-- dump date   	20250517_145544
-- class       	Genbank::Feature
-- table       	feature
-- table       	main
-- field 1	id
-- field 2	type
-- field 3	name
-- field 4	contig
-- field 5	start_pos
-- field 6	end_pos
-- field 7	strand
-- field 8	description
-- field 9	chrom_position
-- field 10	organism
-- field 11	GeneID
-- header
-- id	type	name	contig	start_pos	end_pos	strand	description	chrom_position	organism	GeneID
5061000001	SEQ_END	SEQ_END	NT_166525.1	1595066	1595066	DR	NT_166525.1; contig end	1595066..1595066	Aspergillus niger	<NA>
5061000002	SEQ_END	SEQ_END	NT_166529.1	1734209	1734209	DR	NT_166529.1; contig end	1734209..1734209	Aspergillus niger	<NA>
5061000003	SEQ_END	SEQ_END	NT_166518.1	3625813	3625813	DR	NT_166518.1; contig end	3625813..3625813	Aspergillus niger	<NA>
5061000004	SEQ_END	SEQ_END	NT_166528.1	908643	908643	DR	NT_166528.1; contig end	908643..908643	Aspergillus niger	<NA>
5061000005	SEQ_END	SEQ_END	NT_166527.1	2566738	2566738	DR	NT_166527.1; contig end	2566738..2566738	Aspergillus niger	<NA>
5061000006	SEQ_END	SEQ_END	NT_166530.1	1879820	1879820	DR	NT_166530.1; contig end	1879820..1879820	Aspergillus niger	<NA>
5061000007	SEQ_END	SEQ_END	NT_166519.1	3626085	3626085	DR	NT_166519.1; contig end	3626085..3626085	Aspergillus niger	<NA>
5061000008	SEQ_END	SEQ_END	NT_166523.1	2341370	2341370	DR	NT_166523.1; contig end	2341370..2341370	Aspergillus niger	<NA>
5061000009	SEQ_END	SEQ_END	NT_166538.4	96668	96668	DR	NT_166538.4; contig end	96668..96668	Aspergillus niger	<NA>
5061000010	SEQ_END	SEQ_END	NT_166537.1	263333	263333	DR	NT_166537.1; contig end	263333..263333	Aspergillus niger	<NA>
5061000011	SEQ_END	SEQ_END	NT_166531.1	2132688	2132688	DR	NT_166531.1; contig end	2132688..2132688	Aspergillus niger	<NA>
5061000012	SEQ_END	SEQ_END	NT_166532.1	594599	594599	DR	NT_166532.1; contig end	594599..594599	Aspergillus niger	<NA>
5061000013	SEQ_END	SEQ_END	NT_166520.1	1609811	1609811	DR	NT_166520.1; contig end	1609811..1609811	Aspergillus niger	<NA>
5061000014	SEQ_END	SEQ_END	NT_166539.1	2525243	2525243	DR	NT_166539.1; contig end	2525243..2525243	Aspergillus niger	<NA>
5061000015	SEQ_END	SEQ_END	NT_166521.1	603204	603204	DR	NT_166521.1; contig end	603204..603204	Aspergillus niger	<NA>
5061000016	SEQ_END	SEQ_END	NT_166526.1	2721467	2721467	DR	NT_166526.1; contig end	2721467..2721467	Aspergillus niger	<NA>
5061000017	SEQ_END	SEQ_END	NT_166522.1	683630	683630	DR	NT_166522.1; contig end	683630..683630	Aspergillus niger	<NA>
5061000018	SEQ_END	SEQ_END	NT_166524.1	2925080	2925080	DR	NT_166524.1; contig end	2925080..2925080	Aspergillus niger	<NA>
5061000019	SEQ_END	SEQ_END	NT_166533.1	1542301	1542301	DR	NT_166533.1; contig end	1542301..1542301	Aspergillus niger	<NA>
An09g00010	CDS	An09g00010	NT_166525.1	4485	5126	R	Function: the S. cerevisiae Pad1p confers resistance to cinnamic acid.; Similarity: shows similarity to several phenylacrylic acid decarboxylase and 3-octaprenyl-4-hydroxybenzoate carboxy-lyase of different organisms.; Title: strong similarity to phenylacrylic acid decarboxylase Pad1 - Saccharomyces cerevisiae; uncharacterized protein	complement(4485..5126)	Aspergillus niger	4983552
An09g00020	CDS	An09g00020	NT_166525.1	5289	5658	R	hypothetical protein	complement(join(5289..5531,5620..5658))	Aspergillus niger	84591910
An09g00030	CDS	An09g00030	NT_166525.1	5725	7321	D	Remark: the yigC protein of E. coli has been identified as the ubiD protein.; Title: similarity to ubiquinone biosynthesis protein ubiD - Escherichia coli; See PMID 11029449; See PMID 365223; uncharacterized protein	join(5725..6544,6609..7321)	Aspergillus niger	4983555
An09g00040	CDS	An09g00040	NT_166525.1	7871	8041	D	hypothetical protein	7871..8041	Aspergillus niger	84591911
An09g00050	CDS	An09g00050	NT_166525.1	9009	9798	D	Function: the enzyme CYP55A1 from F. oxysporum is involved in fungal denitrification, acting as a nitric oxide reductase.; Function: the expression of CYP55A1 from F. oxysporum is regulated in response to oxygen tension by an fumarate and nitrate reduction-like system.; Remark: ORF contains an internal stop codon, due to a putative point mutation.; Title: similarity to nitric-oxide cytochrome P-450 reductase Cyp55 - Fusarium oxysporum [putative sequencing error]; putative sequencing error; See PMID 2037602; See PMID 7798191; See PMID 9010754; uncharacterized protein	join(9009..9044,9127..9233,9297..9408,9508..9620,9684..9798)	Aspergillus niger	84591912
An09g00060	CDS	An09g00060	NT_166525.1	10314	15056	R	Similarity: similarity to several hypothetical and known multidrug resistance proteins and ABC transporters of different organisms.; Title: similarity to multidrug resistance protein MLP-2 - Rattus norvegicus; See PMID 9614210; See PMID 10629898; uncharacterized protein	complement(join(10314..10353,10530..10538,10738..10944,11011..14404,14525..15056))	Aspergillus niger	4983570
An09g00070	CDS	An09g00070	NT_166525.1	15206	16785	R	Similarity: N-terminal half shows similarity to several transaminases of eukaryotes and bacteria.; Similarity: shows overall similarity to probable aminotransferases of N. crassa, S. cerevisiae and S. pombe.; Title: similarity to mitochondrial kynurenine aminotransferase KAT - Aedes aegypti; See PMID 12110301; uncharacterized protein	complement(join(15206..15278,15428..15717,16024..16317,16402..16445,16514..16654,16704..16785))	Aspergillus niger	4983576
An09g00080	CDS	An09g00080	NT_166525.1	16792	18056	D	hypothetical protein	join(16792..16864,16952..17052,17529..17570,17737..17866,17953..18056)	Aspergillus niger	84591913
An09g00090	CDS	An09g00090	NT_166525.1	18168	19152	D	hypothetical protein	join(18168..18237,18500..18614,18857..18920,19033..19152)	Aspergillus niger	84591914
An09g00100	CDS	An09g00100	NT_166525.1	19178	20327	D	Function: Sur1p of S. cerevisiae is required for mannosylation of sphingolipids.; Title: similarity to sphingolipid metabolism Sur1 -Saccharomyces cerevisiae; uncharacterized protein	join(19178..19258,19453..20093,20141..20327)	Aspergillus niger	4983543
An09g00110	CDS	An09g00110	NT_166525.1	20634	21675	D	hypothetical protein	join(20634..20697,20783..20849,21038..21094,21188..21260,21349..21675)	Aspergillus niger	84591915
An09g00120	CDS	faeA	NT_166525.1	22340	23242	R	Alternative name: FAEA from A. niger was identical to A. niger FAE-III and is probably identical to ferA.; Function: involved in degradation of complex cell wall polysaccharides.; Gene-ID: faeA;ferA; Mapping: faeA from A. niger is mapped to chromosome I; see EMBL Y09330.; See PMID 9406381; ferulic acid esterase A faeA-Aspergillus niger	complement(join(22340..22724,22782..23242))	Aspergillus niger	4983573
An09g00130	CDS	An09g00130	NT_166525.1	23609	23884	R	hypothetical protein [truncated ORF]	complement(join(23609..23736,23821..>23884))	Aspergillus niger	84591916
An09g00140	CDS	An09g00140	NT_166525.1	24580	25223	D	hypothetical protein	join(24580..24918,25006..25071,25155..25223)	Aspergillus niger	84591917
An09g00150	CDS	An09g00150	NT_166525.1	27488	28366	D	Remark: blast hit not significant. ORF might be questionable.; hypothetical protein	join(27488..27552,27943..28009,28181..28366)	Aspergillus niger	84591918
An09g00160	CDS	An09g00160	NT_166525.1	28425	29297	D	Function: potential methyltransferase.; Similarity: shows similarity to hypothetical protein SPAC1B3. 06c of S. pombe, which belongs to the methyltransferase ubiE family.; Similarity: similiar proteins seem to be expressed in Streptomyces coelicolor and S. pombe.; Title: similarity to hypothetical protein Rv0839 -Mycobacterium tuberculosis; uncharacterized protein	28425..29297	Aspergillus niger	4983544
An09g00170	CDS	An09g00170	NT_166525.1	29830	31580	R	Catalytic activity: alpha-isopropylmalate synthase catalyzes the conversion of 3-Carboxy-3-hydroxy-4-methylpentanoate + CoA = Acetyl-CoA + 3-Methyl-2-oxobutanoate + H2O.; Function: alpha-isopropylmalate synthase catalyzes the first step in leucine biosynthesis pathway.; Remark: LEU4 of S. cerevisiae has the systematic name of YNL104C.; Remark: enzyme in S. cerevisiae shows alternative splicing but the putative protein in A. niger is shorter than the yeast short form.; Remark: the two alternatively spliced forms of LEU4 of S. cerevisiae code for the cytoplasmic and the mitochondrial forms of alpha-isopropylmalate synthase.; Title: strong similarity to alpha-isopropylmalate synthase Leu4 - Saccharomyces cerevisiae; See PMID 2420798; uncharacterized protein	complement(join(29830..31383,31434..31580))	Aspergillus niger	4983571
An09g00180	CDS	An09g00180	NT_166525.1	31914	32336	R	hypothetical protein	complement(join(31914..32016,32122..32336))	Aspergillus niger	84591919
An09g00190	CDS	An09g00190	NT_166525.1	32490	34213	D	Localization: probable integral membrane protein.; Phenotype: null mutant QDR1 of S. cerevisiae is viable, but exhibits higher susceptibility to quinidine (SGD database).; Remark: the systematic name for QDR1 of S. cerevisiae is YIL120W.; Similarity: belongs to the CAR1/CYHR subfamily.; Similarity: belongs to the major facilitator family (also known as the drug resistance translocase family).; Title: similarity to multidrug resistance protein Qdr1 - Saccharomyces cerevisiae; See PMID 11302822; uncharacterized protein	join(32490..32616,32652..33916,33965..34014,34195..34213)	Aspergillus niger	4983563
An09g00200	CDS	An09g00200	NT_166525.1	34616	37095	R	Remark: blast hits show weak similarity to partial sequence of oncogene 1 (tre-2 locus) (clone 210) and transforming protein (clone 213) - human.; hypothetical protein	complement(join(34616..34886,34971..35044,35424..35468,35543..36126,36168..36404,36617..36677,36778..36906,37033..37095))	Aspergillus niger	4983559
An09g00210	CDS	An09g00210	NT_166525.1	37122	38743	D	Remark: blastp hit show very weak similarity to cytochrome P450 1A-61, polyaromatic hydrocarbon-inducible,hepatic - chicken.; hypothetical protein	join(37122..37168,37491..37715,37755..37810,37872..37941,38047..38110,38197..38295,38360..38435,38655..38743)	Aspergillus niger	84591920
An09g00220	CDS	An09g00220	NT_166525.1	38904	40540	R	Catalytic activity: omtB of A. parasiticus catalyzes the conversion of demethylsterigmatocystin (DMST) to sterigmatocystin (ST) and dihydrodemethylsterigmatocystin (DHDMST) to dihydrosterigmatocystin (DHST).; Pathway: omtB of A. parasiticus is a component of the aflatoxin biosynthesis gene cluster.; Remark: aflatoxins are polyketide-derived secondary metabolites; Similarity: shows similarity to several fungal and bacterial O-methyl transferases.; Title: strong similarity to O-methyltransferase omtB - Aspergillus flavus; See PMID 10806361; uncharacterized protein	complement(join(38904..39415,39476..39675,39742..39868,40165..40294,40370..40540))	Aspergillus niger	10098202
An09g00230	CDS	An09g00230	NT_166525.1	40962	41612	R	Remark: blast hits result from similarities to the carboxyterminal part of O-methyltransferase B of Aspergillus spec.; Title: weak similarity to O-methyltransferase omtB -Aspergillus flavus; See PMID 10806361; uncharacterized protein	complement(40962..41612)	Aspergillus niger	84591921
An09g00250	CDS	An09g00250	NT_166525.1	42816	44073	D	Remark: similarity to domains of aldehyd dehydrogenases of various species - S. pombe, A. globiformis, E. coli. Sequence contains possible sequencing errors, bad quality sequence that might have affected the gene prediction.; Title: weak similarity to hypothetical aldehyde dehydrogenase CAB63554.1 - Schizosaccharomyces pombe; uncharacterized protein	join(42816..42922,43409..43531,43655..43701,43865..44073)	Aspergillus niger	84591922
An09g00260	CDS	aglC	NT_166525.1	45217	47136	D	Catalytic activity: alpha-galactosidase catalyzes the hydrolysis of terminal, non-reducing alpha-D-galactose residues in alpha-D-galactosides, including galactose oligosaccharides, galactomannans and galactolipids.; Expression: expression of aglC was only observed on glucose, fructose, and combinations of glucose with xylose and galactose.; Gene-ID: aglC; Mapping: aglC from A. niger is mapped to chromosome II; see list from DSM.; Remark: partial CDS due to contig border, contains aminoterminus of algC, contig linked to contig An09c0030 but with a gap of about 200 bp,sequence ambiguities (contains N's) and possible sequencing errors (bad quality).; See PMID 10347026; alpha-galactosidase aglC-Aspergillus niger [truncated ORF]	join(45217..45313,45391..45997,46051..>47136)	Aspergillus niger	4983539
An09g00270	CDS	aglC	NT_166525.1	47327	47689	D	Catalytic activity: alpha-galactosidase catalyzes the hydrolysis of terminal, non-reducing alpha-D-galactose residues in alpha-D-galactosides, including galactose oligosaccharides, galactomannans and galactolipids.; Expression: expression of aglC was only observed on glucose, fructose, and combinations of glucose with xylose and galactose.; Gene-ID: aglC; Mapping: aglC from A. niger is mapped to chromosome II; see list from DSM.; Remark: carboxyterminal part of algC.; Remark: linked to the adjacent contig An09c0020 but with a gap of about 200 bp, sequence ambiguities (contains N's),; Remark: partial CDS due to contig border.; See PMID 10347026; alpha-galactosidase aglC-Aspergillus niger [truncated ORF]	<47327..47689	Aspergillus niger	84591923
An09g00280	CDS	An09g00280	NT_166525.1	48152	49684	D	hypothetical protein	join(48152..48284,48367..48519,48603..48699,48941..49076,49127..49225,49541..49684)	Aspergillus niger	84591924
An09g00290	CDS	An09g00290	NT_166525.1	50244	50612	D	Title: weak similarity to hypothetical protein encoded by An03g03440 - Aspergillus niger; uncharacterized protein	join(50244..50355,50410..50612)	Aspergillus niger	84591925
An09g00300	CDS	An09g00300	NT_166525.1	51146	53039	D	hypothetical protein	join(51146..51412,51499..51534,51842..52051,52121..52313,52571..52756,52867..53039)	Aspergillus niger	84591926
An09g00310	CDS	An09g00310	NT_166525.1	53537	55376	D	Catalytic activity: acid phosphatases catalyze the conversion of orthophosphoric monoester + H2O = alcohol + orthophosphate.; Similarity: shows similarity to several yeast acid phosphatases.; Title: similarity to constitutive acid phosphatase Ph03 - Saccharomyces cerevisiae; See PMID 6093051; uncharacterized protein	join(53537..53702,53759..53843,53901..53949,54017..54145,54198..54231,54284..54541,54592..55376)	Aspergillus niger	4983557
An09g00320	CDS	An09g00320	NT_166525.1	55848	56892	R	hypothetical protein	complement(join(55848..56370,56426..56696,56778..56892))	Aspergillus niger	4983569
An09g00330	CDS	An09g00330	NT_166525.1	57015	57918	R	hypothetical protein	complement(join(57015..57170,57423..57535,57642..57766,57827..57918))	Aspergillus niger	84591927
An09g00340	CDS	An09g00340	NT_166525.1	58568	59500	R	hypothetical protein	complement(join(58568..58790,58850..59037,59080..59122,59193..59500))	Aspergillus niger	84591928
An09g00350	CDS	An09g00350	NT_166525.1	60211	60885	D	hypothetical protein	60211..60885	Aspergillus niger	84591929
An09g00360	CDS	An09g00360	NT_166525.1	61605	63338	R	Title: similarity to hypothetical protein encoded by An07g04880 - Aspergillus niger; uncharacterized protein	complement(61605..63338)	Aspergillus niger	4983560
An09g00370	CDS	An09g00370	NT_166525.1	64434	64964	R	hypothetical protein	complement(join(64434..64783,64955..64964))	Aspergillus niger	84591930
An09g00380	CDS	An09g00380	NT_166525.1	65415	69782	D	Remark: ankyrin repeats are often contained in other proteins (which are not classified with the ankyrin family) and ensure protein-protein interactions as well as interactions between proteins and nucleic acids.; Remark: ankyrins are a family of adapter molecules that mediate linkages between integral membrane and cytoskeletal proteins and are involved in distribution of membrane proteins in transporting epithelia.; Similarity: shows similarity to several ankyrin-repeat containing proteins of different organisms.; Title: weak similarity to ankyrin 3 (splice form 2) - Mus musculus; uncharacterized protein	join(65415..66697,66767..67699,67765..68288,68347..69782)	Aspergillus niger	4983542
An09g00390	CDS	An09g00390	NT_166525.1	69953	71396	R	Remark: shows similarity to probable oxidoreductases of various bacteria (Streptomyces coelicolor, Pseudomonas aeruginosa, Neisseria meningitidis).; Title: similarity to hypothetical conserved protein PA2776 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(69953..70804,70860..71396))	Aspergillus niger	4983572
An09g00400	CDS	An09g00400	NT_166525.1	71632	73461	D	Function: dicarboxylic amino-acid permease Dip5 of S. cerevisiae belongs to the DAACS family of transporters (TC 2. A. 23, Na+ or H+ symporter).; Remark: DIP5 of S. cerevisae has a systematic name of YPL265W.; Remark: possible sequencing error around pos. 21039 of the contig.; Remark: prnB of A. nidulans is part of the major proline transport system.; Similarity: shows also strong similarity to proline transporter prnB of A. nidulans and several other amino-acid transporter proteins of various organisms.; Title: strong similarity to dicarboxylic amino acid permease Dip5 - Saccharomyces cerevisiae; plasma membrane; putative frameshift; See PMID 8437566; See PMID 9508791; See PMID 2664423; uncharacterized protein	join(71632..71800,71854..>73461)	Aspergillus niger	4983577
An09g00410	CDS	An09g00410	NT_166525.1	73738	74087	R	hypothetical protein	complement(join(73738..73836,73926..74019,74068..74087))	Aspergillus niger	84591931
An09g00420	CDS	An09g00420	NT_166525.1	74108	74830	D	Catalytic activity: (S)-2-haloacid + H(2)O <=> (R)-2-hydroxyacid + halide.; Remark: HADs belong to a large superfamily of hydrolases with diverse substrate specificity, which also includes epoxide hydrolases, phosphoglycolate phosphatases,histidinol phosphate phosphatases, nitrophenyl phosphatases and numerous putative (not yet characterised) proteins.; Similarity: 2-haloacid halidohydrolase IVa of B. cepacia belongs to the 2-haloalkanoid acid dehalogenases.; Title: similarity to 2-haloacid halidohydrolase IVa - Burkholderia cepacia; See PMID 1376111; uncharacterized protein	74108..74830	Aspergillus niger	4983579
An09g00430	CDS	An09g00430	NT_166525.1	74897	77272	R	Similarity: the PrnA protein of A. nidulans belongs to the Zn binuclear cluster family of transcriptional activators and is involved in proline utilization as a nitrogen and/or carbon source.; Similarity: the similarity spans only aa 14-640, the C-terminal part shows no similarity to prnA of A. nidulans.; Title: strong similarity to transcription activator prnA - Aspergillus nidulans; nucleus; See PMID 9622360; uncharacterized protein	complement(join(74897..75803,75854..76024,76071..76752,76806..77090,77146..77272))	Aspergillus niger	4983580
An09g00440	CDS	An09g00440	NT_166525.1	77416	79776	R	Title: weak similarity to hypothetical protein encoded by An11g03090 - Aspergillus niger; uncharacterized protein	complement(join(77416..77571,77829..78006,78321..78528,78882..79160,79207..79253,79404..79493,79577..79612,79706..79776))	Aspergillus niger	10098208
An09g00450	CDS	An09g00450	NT_166525.1	80376	83843	R	Remark: LYS2 of S. cerevisiae has a systematic name of YBR115C.; Remark: shows better overall similarity to probable acyl-CoA synthase fadD9 of M. tuberculosis.; Similarity: similarity to S. cerevisiae LYS2 is restricted to C-terminal part.; Title: weak similarity to L-aminoadipate-semialdehyde dehydrogenase Lys2 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(80376..83024,83075..83476,83541..83843))	Aspergillus niger	4983581
An09g00460	CDS	An09g00460	NT_166525.1	84473	85349	D	hypothetical protein	join(84473..84598,84685..84896,85250..85349)	Aspergillus niger	84591932
An09g00470	CDS	An09g00470	NT_166525.1	86662	87882	R	Similarity: shows weak similarity to proteins containing the abhydrolase domain of various species (H. sapiens, C. elegans, E. coli, M. tuberculosis).; Title: similarity to bladder tumour EST encoded protein 16 from patent DE19818619-A1 - Homo sapiens; uncharacterized protein	complement(86662..87882)	Aspergillus niger	4983584
An09g00480	CDS	An09g00480	NT_166525.1	88737	89946	D	Title: similarity to BCU0021 protein SEQ ID 8 from patent WO2003029421-A2 - Homo sapiens.; uncharacterized protein	join(88737..88781,88851..89336,89418..89598,89667..89836,89896..89946)	Aspergillus niger	4983585
An09g00490	CDS	An09g00490	NT_166525.1	90318	91061	R	hypothetical protein	complement(join(90318..90384,90511..90597,90638..90735,90809..90891,90980..91061))	Aspergillus niger	84591933
An09g00500	CDS	An09g00500	NT_166525.1	91167	94134	D	Function: ARG81 of S. cerevisiae is a regulator of arginine-responsive genes with ARG80 and ARG82; Remark: ARG81 of S. cerevisiae is also known as ARGR2 and has a systematic name of YML099C.; Similarity: shows matches only against the Zn(2)-Cys(6) motif of several hypothetical proteins and known transcription factors.; Title: weak similarity to transcription factor Arg81 - Saccharomyces cerevisiae; uncharacterized protein	join(91167..91969,92261..92521,92574..94134)	Aspergillus niger	4983587
An09g00510	CDS	An09g00510	NT_166525.1	94676	95341	D	Title: strong similarity to hypothetical protein encoded by An01g01630 - Aspergillus niger; uncharacterized protein	join(94676..94847,94902..94964,95019..95341)	Aspergillus niger	4983588
An09g00520	CDS	An09g00520	NT_166525.1	95688	100331	R	Function: the cyclic decapeptide antibiotic tyrocidine is produced by Bacillus brevis ATCC 8185 on an enzyme complex comprising three peptide synthetases, TycA,TycB, and TycC (tyrocidine synthetases 1, 2, and 3), via the nonribosomal pathway.; Similarity: shows similarity to internal part only.; Title: similarity to tyrocidine synthase 2 tycB -Brevibacillus brevis; See PMID 9352938; uncharacterized protein	complement(95688..100331)	Aspergillus niger	4983589
An09g00530	CDS	An09g00530	NT_166525.1	101052	102482	D	Function: the nahG and nahW genes of P. stutzeri AN10 are induced and expressed upon incubation with salicylate, and the enzymes that are encoded, NahG and NahW, are involved in naphthalene and salicylate metabolism.; Title: similarity to salicylate hydroxylase nahW -Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	join(101052..101082,101133..102009,102083..102482)	Aspergillus niger	4983590
An09g00540	CDS	An09g00540	NT_166525.1	103348	104131	R	hypothetical protein	complement(join(103348..103448,103501..103702,103758..103882,103933..104131))	Aspergillus niger	4983591
An09g00550	CDS	An09g00550	NT_166525.1	104951	107067	D	Function: S. pombe enzyme plays a role in the entry into G0, possibly by facilitating the release of a signaling substance into the environment as a means of cell-to-cell communication.; Remark: is longer than all other protein, might be due to sequencing error.; Similarity: fnx1(+) encodes a protein with sequence similarity to the proton-driven plasma membrane transporters from the multidrug resistance group of the major facilitator superfamily of proteins.; Title: similarity to multidrug resistance protein fnx1p - Schizosaccharomyces pombe; See PMID 9710608; uncharacterized protein	join(104951..105561,105612..106919,106989..107067)	Aspergillus niger	4983592
An09g00560	CDS	An09g00560	NT_166525.1	107626	109341	D	Function: enzyme of G. gallus catalyzes the hydroxylation of 25-hydroxyvitamin D3 to 24,25-dihydroxyvitamin D3 and 1,25-dihydroxyvitamin D3 to 1,24, 25-trihydroxivitamin D3.; Title: similarity to mitochondrial 25-hydroxyvitamin D3 24-hydroxylase cP450cc24 - Gallus gallus; See PMID 9512657; uncharacterized protein	join(107626..107745,107782..107981,108031..109231,109297..109341)	Aspergillus niger	4983593
An09g00570	CDS	An09g00570	NT_166525.1	110344	111182	D	Title: weak similarity to calcium binding protein P22 - Gallus gallus; See PMID 7769011; uncharacterized protein	join(110344..110413,110483..110557,110659..111182)	Aspergillus niger	4983594
An09g00580	CDS	An09g00580	NT_166525.1	112176	114692	D	Function: those proteins are mostly involved in transcriptional control.; Similarity: shows similarity to proteins with zinc binuclear cluster homology.; Title: similarity to hypothetical transcription activator SPAC139.03 - Schizosaccharomyces pombe; uncharacterized protein	join(112176..112742,112795..114450,114519..114692)	Aspergillus niger	4983595
An09g00590	CDS	An09g00590	NT_166525.1	115627	116841	D	Catalytic activity: converts salicylate + NADH + O(2) <=> catechol + NAD(+) + H(2)O + CO(2).; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Title: similarity to salicylate hydroxylase nahG -Pseudomonas putida; uncharacterized protein	115627..116841	Aspergillus niger	4983596
An09g00600	CDS	An09g00600	NT_166525.1	117324	118265	D	Title: similarity to hypothetical hydroxylase snoaW - Streptomyces nogalater; uncharacterized protein	117324..118265	Aspergillus niger	4983597
An09g00610	CDS	An09g00610	NT_166525.1	118985	119497	R	Title: similarity to hypothetical protein SC6A5.32c - Streptomyces coelicolor; uncharacterized protein	complement(118985..119497)	Aspergillus niger	4983598
An09g00620	CDS	An09g00620	NT_166525.1	120589	121548	D	Function: 17 beta-hydroxysteroid dehydrogenase (17HSD) catalyzes the reversible conversion of estrone into estradiol.; Similarity: shows strong similarity to several short chain dehydrogenases, especially to estradiol 17beta-dehydrogenases (EC 1. 1. 1. 62).; Title: similarity to estradiol 17-beta-dehydrogenase HSD17B1 - Rattus norvegicus; See PMID 7925110; uncharacterized protein	join(120589..121027,121087..121439,121489..121548)	Aspergillus niger	4983599
An09g00630	CDS	An09g00630	NT_166525.1	123228	123700	R	Title: strong similarity to hypothetical cipC -Aspergillus nidulans; uncharacterized protein	complement(join(123228..123391,123449..123610,123688..123700))	Aspergillus niger	4983600
An09g00640	CDS	An09g00640	NT_166525.1	127027	131898	D	Function: seems to be a general transcription factor.; Function: strains with the rco-1 mutant alleles were aconidial, female sterile, had reduced growth rates, and formed hyphae that coiled in a counterclockwise direction,opposite that of the wild type.; Similarity: shows only partial similarity to protein of N. crassa and several other proteins containing WD domains.; Title: similarity to transcription repressor RCO-1 -Neurospora crassa; nucleus; See PMID 8887652; uncharacterized protein	join(127027..127121,127265..127901,128051..129922,129970..131898)	Aspergillus niger	4983601
An09g00650	CDS	An09g00650	NT_166525.1	133130	133981	D	Remark: a splice site was detected upstream of the START codon.; Title: similarity to hypothetical protein F9K20.18 -Arabidopsis thaliana; uncharacterized protein	join(133130..133256,133319..133700,133762..133981)	Aspergillus niger	4983602
An09g00660	CDS	An09g00660	NT_166525.1	134370	137007	R	Function: isp4 of S. pombe is a membrane oligopeptide transporter.; Remark: isp4 of S. pombe was originally identified by subtractive screening as gene induced during the sexual differentiation process.; Similarity: the predicted A. niger protein shows strong similarity to protein isp4 of S. pombe, which belongs to the OPT subfamily of transporters specific for small oligopeptides (from the C. albicans OPT1 gene).; Title: strong similarity to protein isp4p -Schizosaccharomyces pombe; plasma membrane; See PMID 9643541; See PMID 7954893; uncharacterized protein	complement(join(134370..134442,134501..134876,134951..135027,135083..135248,135294..135618,135697..136706,136758..137007))	Aspergillus niger	4983603
An09g00670	CDS	An09g00670	NT_166525.1	139204	141056	D	Function: a new family of glycosylphosphatidylinositol-anchored beta(1-3)glucanosyltransferases (Gelp), recently identified and characterized in the filamentous fungus Aspergillus fumigatus, showed functional similarity to the Gas/Phr/Epd protein families, which are involved in yeast morphogenesis.; Title: strong similarity to glycosylphosphatidylinositol-anchored beta(1-3)glucanosyltransferase gel3 - Aspergillus fumigatus; plasma membrane; See PMID 9430707; uncharacterized protein	join(139204..139284,139334..139371,139424..139449,139509..140276,140344..141056)	Aspergillus niger	4983604
An09g00680	CDS	An09g00680	NT_166525.1	142135	143655	R	Title: strong similarity to hypothetical protein SC9B2.03 - Streptomyces coelicolor; uncharacterized protein	complement(142135..143655)	Aspergillus niger	4983605
An09g00690	CDS	An09g00690	NT_166525.1	144173	147472	R	Function: the P-type ATPase ENA1 mediates sodium and potassium effluxes in Schwanniomyces occidentalis.; Induction: the expression of ENA1 requires a high pH and the presence of Na+.; Title: strong similarity to P-type ATPase ENA1 -Schwanniomyces occidentalis; See PMID 9430707; uncharacterized protein	complement(join(144173..146828,146893..147158,147257..147472))	Aspergillus niger	4983606
An09g00700	CDS	An09g00700	NT_166525.1	148000	149978	R	Function: PepQ is a metalloprotease in Lactobacillus delbrueckii.; Title: similarity to X-Pro dipeptidase pepQ -Lactobacillus lactis; See PMID 9421914; uncharacterized protein	complement(join(148000..148124,148159..148411,148450..148601,148864..148996,149148..149978))	Aspergillus niger	4983607
An09g00710	CDS	An09g00710	NT_166525.1	150075	151140	D	Alternative name: fluoroacetate dehalogenase.; Catalytic activity: haloacetate + H(2)O = glycolate + halide.; Function: fluoroacetate dehalogenase catalyzes the dehalogenation of fluoroacetate and other haloacetates.; Remark: H-1 is encoded on the plasmid pUO1 from Moraxella sp. strain B.; Similarity: the deduced amino acid sequence of H-1 shows significant similarity to those of three hydrolases of Pseudomonas putida and a haloalkane dehalogenase of Xanthobacter autotrophicus.; Title: similarity to haloacetate dehalogenase H-1 -Moraxella sp.; See PMID 9812982; See PMID 1512562; uncharacterized protein	join(150075..150636,150727..150987,151082..151140)	Aspergillus niger	84591934
An09g00720	CDS	An09g00720	NT_166525.1	151714	152457	D	Remark: questionable ORF due to the gene strukture.; Title: questionable ORF; uncharacterized protein	join(151714..151759,152405..152457)	Aspergillus niger	84591935
An09g00730	CDS	An09g00730	NT_166525.1	153334	154675	D	hypothetical protein	join(153334..153429,153582..153594,153914..153958,154101..154196,154304..154325,154546..154675)	Aspergillus niger	84591936
An09g00770	CDS	An09g00770	NT_166525.1	156017	160429	D	Function: tto1 can transpose autonomously through reverse transcription.; Remark: tto1 uses a gene expression mechanism different from those employed by retroviruses and most retrotransposons in; Title: strong similarity to retrotransposon Tto1 -Nicotiana tabacum; See PMID 8522181; uncharacterized protein	156017..160429	Aspergillus niger	10098210
An09g00790	CDS	An09g00790	NT_166525.1	161883	162752	D	Catalytic activity: axe1 cleaves acetyl side chain groups from acetyl xylan.; Remark: acetyl xylan esterase axe1 of Trichoderma reesei contains an active-site serine residue and a C-terminal fungal cellulose-binding domain.; Remark: the AXE1 gene encodes 302 amino acids including a signal sequence and a putative propeptide.; Title: similarity to acetyl xylan esterase precursor axe1 - Trichoderma reesei; See PMID 8647098; uncharacterized protein	join(161883..162212,162264..162363,162418..162497,162567..162752)	Aspergillus niger	4983612
An09g00800	CDS	An09g00800	NT_166525.1	163482	165369	R	Remark: N-terminally truncated due to contig border.; Title: similarity to zinc binuclear cluster protein sequence #31 from patent WO200224865-A2 - Unclassified organism; uncharacterized protein	complement(join(163482..164043,164094..164563,164613..164804,164858..164872,164920..165185,165243..165369))	Aspergillus niger	4983613
An09g00810	CDS	An09g00810	NT_166525.1	166982	168269	R	Similarity: shows similarity to several hypothetical oxidoreducatases.; Title: strong similarity to hypothetical zinc-binding oxidoreductase mll2116 - Mesorhizobium loti; uncharacterized protein	complement(join(166982..167460,167515..167646,167699..167869,167924..168045,168088..168269))	Aspergillus niger	4983614
An09g00820	CDS	An09g00820	NT_166525.1	169120	169950	R	Catalytic activity: chloride peroxidase catalyzes the conversion of 2 RH + 2 chloride + H2O2 = 2 RCl + 2 H2O.; Similarity: shows strong similarity to several bacterial known chloride and bromide peroxidases.; Title: strong similarity to chloride peroxidase est - Pseudomonas putida; See PMID 7670178; See PMID 11342031; uncharacterized protein	complement(169120..169950)	Aspergillus niger	4983615
An09g00830	CDS	An09g00830	NT_166525.1	170670	172150	D	Title: strong similarity to hypothetical protein BAC55926.1 - Acinetobacter calcoaceticus; uncharacterized protein	join(170670..170722,170782..171619,171813..171834,172101..172150)	Aspergillus niger	4983616
An09g00840	CDS	An09g00840	NT_166525.1	173071	174045	D	Title: similarity to plastic-degradation enzyme within SEQ ID NO:6 from patent WO2004038016-A1 -Aspergillus oryzae; uncharacterized protein	join(173071..173409,173473..173657,173898..173943,173998..174045)	Aspergillus niger	4983617
An09g00850	CDS	An09g00850	NT_166525.1	174813	179305	D	Remark: a putative sequencing error results in an frameshift.; Similarity: shows strong similarity to several ABC-type multidrug transporters of different specificities and of different species.; Title: strong similarity to ATP-binding cassette multidrug transport protein atrA - Aspergillus nidulans [putative frameshift]; plasma membrane; putative frameshift; See PMID 9180695; uncharacterized protein	join(174813..175425,175481..177636,177688..178385,178443..>179305)	Aspergillus niger	4983618
An09g00860	CDS	An09g00860	NT_166525.1	179812	182092	R	Similarity: shows similarity to several known and hypothetical transcriptional activators, the similarity is restricted to the zinc finger domain.; Title: similarity to hypothetical transcription activator CAB59617.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(179812..181065,181125..181627,181675..181700,181755..182092))	Aspergillus niger	4983619
An09g00870	CDS	An09g00870	NT_166525.1	182463	184339	D	Similarity: shows similarity to several known and hypothetical efflux transporters of different specificities of different species.; Title: strong similarity to aflatoxin efflux pump aflT - Aspergillus parasiticus; plasma membrane; uncharacterized protein	join(182463..182660,182715..182975,183037..183372,183423..183603,183657..184339)	Aspergillus niger	4983620
An09g00880	CDS	An09g00880	NT_166525.1	185198	187541	D	Catalytic activity: hydrolysis of terminal non-reducing alpha-l-arabinofuranoside residues in alpha-l-arabinosides.; Function: acts only on small linear 1,5-alpha-linked l-arabinofuranosyl oligosaccharides.; Pathway: involved in degradation of the plant cell wall polysaccharide l-arabinan.; Remark: also strong similarity to abf-A gene of A. niger patent EP506190-A.; Remark: arabinan-degrading enzymes and genes -isolated from fungi and having lower pH optima than arabinan-degrading enzymes of bacterial origin.; Remark: extra copies of abfA or abfB led to a decreased expression level of ABN A, though the repression elicited by abfB is stronger and more persistent than that effected by abfA. Multiple copies of both abf genes influence expression of the other ABF similarly, but to a far less pronounced degree than they affect ABN A synthesis. Four putative promoter elements, shared by all three arabinase genes, could be involved in coordination of L-arabinan degradation by A. niger.; Similarity: belongs to family 51 of glycosyl hydrolases.; Title: strong similarity to alpha-L-arabinofuranosidase A abfA - Aspergillus niger; See PMID 8000538; uncharacterized protein	join(185198..185399,185503..186010,186055..186138,186184..186260,186312..186344,186395..186534,186581..187087,187152..187541)	Aspergillus niger	4983621
An09g00890	CDS	An09g00890	NT_166525.1	187786	189528	R	Catalytic activity: digallate + H2O = 2 gallate.; Remark: similarity to Aspergillus oryzae tannase protein patent JP08080196-A.; Remark: tannase also hydrolyses ester links in other tannins.; Remark: tannase gene product is translated as a single polypeptide that is cleaved by post-translational modification into two tannase subunits linked by a disulfide bond(s).; Remark: tannins have a wide range of effects on various organisms - from toxic effects on animals to growth inhibition of microorganisms.; Remark: the tannase can be used for clarification in beer production.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; See PMID 10192896; See PMID 11191769; uncharacterized protein	complement(187786..189528)	Aspergillus niger	4983622
An09g00900	CDS	An09g00900	NT_166525.1	189736	190563	R	hypothetical protein	complement(join(189736..189858,189922..190113,190194..190292,190370..190416,190530..190563))	Aspergillus niger	84591937
An09g00910	CDS	An09g00910	NT_166525.1	191099	191556	R	Remark: the ORF is short in length (83 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(191099..191296,191503..191556))	Aspergillus niger	84591938
An09g00920	CDS	An09g00920	NT_166525.1	193019	195667	R	Title: similarity to hypothetical protein SPAC57A7.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(193019..195667)	Aspergillus niger	4983625
An09g00930	CDS	An09g00930	NT_166525.1	196563	199888	R	Catalytic activity: ATP + H2O = ADP + orthophosphate.; Function: this is the catalytic component of the active enzyme, which catalyzes the hydrolysis of ATP coupled with the exchange of Na & K ions across the plasma membrane. This action creates the electrochemical gradient of Na & K, providing the energy for active transport of various nutrients.; Pathway: oxidative phosphorylation.; Remark: a putative sequencing error results in an frameshift.; Remark: also strong similarity to Rat (Na,K)-ATPase alpha 1 subunit gene coding region patent WO9855603-A1.; Remark: the ATPase gene appears to be present in one or very few copies in the rat and human genomes and to be transcriptionally regulated in different rat tissues.; Similarity: belongs to the cation transport ATPases family (e1-e2 ATPases).; Title: strong similarity to Na+/K+-exchanging ATPase alpha-1 chain NKAA1 - Rattus norvegicus [putative frameshift]; putative frameshift; See PMID 2166579; See PMID 2994074; uncharacterized protein	complement(<196563..199888)	Aspergillus niger	4983626
An09g00940	CDS	An09g00940	NT_166525.1	200647	201445	R	hypothetical protein	complement(join(200647..200745,200839..200979,201079..201318,201434..201445))	Aspergillus niger	84591939
An09g00950	CDS	An09g00950	NT_166525.1	201771	203615	R	Catalytic activity: release of an N-terminal D-Amino acid from a Peptide, Xaa-|-Yaa-, in which Xaa is preferably D-Ala, D-Ser or D-Thr. D-Amino acid amides and methyl esters also are hydrolysed, as is Clycine amide.; Remark: strong similarity to D-aminopeptidase gene in pC138K from Achromobacter sp. SCRC C1-38 patent JP03072887-A.; Remark: the enzyme appears to be a serine peptidase rather than a thiol one. The inhibition by PCMB in the wild-type enzyme may have been caused by a formation of a mercaptide bond between Cys 60 and PCMB. Considering that D-aminopeptidase, carboxypeptidase DD (a penicillin-binding protein), and beta-lactamase have a common feature in recognizing peptides containing D-amino acid and that the former two catalyze transpeptidation reactions with substrates containing D-alanyl-D-alanine moieties.; Similarity: belongs to the D-stereospecific aminopeptidases.; Title: strong similarity to D-stereospecific aminopeptidase dap - Ochrobactrum anthropi; See PMID 2760064; See PMID 1540587; uncharacterized protein	complement(join(201771..203433,203485..203615))	Aspergillus niger	4983628
An09g00960	CDS	An09g00960	NT_166525.1	203924	204541	R	putative sequencing error; hypothetical protein	complement(join(203924..204280,204332..204541))	Aspergillus niger	84591940
An09g00980	CDS	An09g00980	NT_166525.1	205241	209653	R	Remark: Tto1 from Nicotiana tabacum can transpose autonomously through reverse transcription and the host factors required for transposition are conserved among monocots (class Magnoliopsida; rice) and dicots (class Liliopsida; tobacco), which diverged approximately 200 million years ago.; Title: strong similarity to retrotransposon Tto1 -Nicotiana tabacum; See PMID 8624443; uncharacterized protein	complement(205241..209653)	Aspergillus niger	4983630
An09g01010	CDS	An09g01010	NT_166525.1	210554	211404	D	Catalytic activity: deacetylation of xylans and xylo-oligosaccharides.; Remark: the axe1 from T. reesei carries at its C-terminus a cellulose binding domain of fungal type, which is separated from the catalytic domain by a region rich in serine, glycine, threonine and proline. The binding domain can be separated from the catalytic domain by limited proteolysis without affecting the activity of the enzyme towards acetylated xylan, but abolishing its capability to bind cellulose.; Title: similarity to acetyl xylan esterase precursor axe1 - Trichoderma reesei; See PMID 8647098; uncharacterized protein	join(210554..210983,211062..211147,211210..211404)	Aspergillus niger	4983631
An09g01020	CDS	An09g01020	NT_166525.1	211563	213518	R	Catalytic activity: a monocarboxylic acid amide + H2O = a monocarboxylate + NH3.; Pathway: arginine and proline metabolism; phenylalanine metabolism; tryptophan metabolism; cyanoamino acid metabolism; styrene degradation.; Remark: gene disruption experiments demonstrate that the resulting mutants show significantly reduced growth on acetamide-containing medium, indicating that the A. oryzae amdS gene encodes a functional acetamidase that is required for acetamide utilization.; Similarity: belongs to the amidase family.; Title: strong similarity to acetamidase amdS -Aspergillus oryzae; See PMID 1840550; uncharacterized protein	complement(join(211563..211741,211791..212220,212356..213189,213249..213518))	Aspergillus niger	4983632
An09g01030	CDS	An09g01030	NT_166525.1	214291	216009	D	Catalytic activity: a 2-oxo acid = an aldehyde + CO2; pyruvate = acetaldehyde + CO2.; Pathway: glycolysis / gluconeogenesis.; Remark: although A. parasiticus has an obligate growth requirement for oxygen, it produced ethanol in shake flask cultures indicating a response to anoxic conditions mediated by pyruvate decarboxylase.; Similarity: whith other enzymes which requires TTP; Title: strong similarity to pyruvate decarboxylase dcpY - Aspergillus parasiticus; See PMID 8181725; uncharacterized protein	214291..216009	Aspergillus niger	4983633
An09g01040	CDS	An09g01040	NT_166525.1	216109	217990	R	Remark: Kr2 transcripts of mouse can be detected in all the major structures of the developing nervous system during embryogenesis. The data are consistent with the hypothesis that mKr2 is a regulatory factor required for the differentiation and/or phenotypic maintenance of neurons.; Title: similarity to developmental control protein Kr2 - Mus musculus; See PMID 3409867; See PMID 3815523; uncharacterized protein	complement(join(216109..216148,216262..216379,216457..216627,216692..216908,216959..217055,217197..217519,217589..217767,217864..217990))	Aspergillus niger	4983634
An09g01050	CDS	An09g01050	NT_166525.1	218661	219857	R	Catalytic activity: 1-alkyl-2-acetyl-sn-glycero-3-phosphocholine + H2O = 1-alkyl-sn-glycerol-3-phosphocholine + acetate.; Pathway: Glycerolipid metabolism.; Remark: purified PAF-acetylhydrolase, which converts PAF to an inactive metabolite, lysoPAF, from peritoneal fluid of guinea pigs subjected to experimental endotoxin shock and found that this purified enzyme had similar biochemical properties to the plasma enzyme.; Similarity: belongs to the family of hydrolases.; Title: similarity to platelet-activating factor-acetylhydrolase - Cavia porcellus; See PMID 8947850; uncharacterized protein	complement(218661..219857)	Aspergillus niger	4983635
An09g01060	CDS	An09g01060	NT_166525.1	220356	220867	R	hypothetical protein	complement(join(220356..220434,220500..220607,220785..220867))	Aspergillus niger	84591941
An09g01070	CDS	An09g01070	NT_166525.1	221296	222744	R	Remark: strong similarity to patent WO0100842-A/419 from Corynebacterium glutamicum.; Remark: the sequence shows similarity to several nitrilotriacetate monooxygenases.; Title: strong similarity to protein from patent WO0100842-A - Corynebacterium glutamicum; uncharacterized protein	complement(221296..222744)	Aspergillus niger	4983637
An09g01080	CDS	An09g01080	NT_166525.1	223407	224831	R	Remark: LovC interacts with LNKS and is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L.; Remark: putative part of the lovastatin biosynthesis gene cluster as seen in Aspergillus terreus.; Title: similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(223407..223942,223990..224455,224577..224831))	Aspergillus niger	4983638
An09g01090	CDS	An09g01090	NT_166525.1	225797	227516	D	Function: MUP3 is a very low affinity methionine permease.; Remark: alternative name is YHL036w.; Remark: in mup1 mup3 double null mutants the methionine uptake is strongly inhibited by L-ethionine,L-leucine, L-histidine, L-threonine and L-phenylalanine.; Title: strong similarity to methionine uptake protein Mup3 - Saccharomyces cerevisiae; See PMID 8893857; uncharacterized protein	join(225797..226102,226147..226869,226914..227516)	Aspergillus niger	4983639
An09g01100	CDS	An09g01100	NT_166525.1	227800	228834	D	Complex: S. lactamdurans 7 alpha-cephem-methoxylase two-protein component system formed by cmcI and cmcJ.; Function: S. lactamdurans cmcJ forms part of the 7 alpha-cephem-methoxylase which converts the antibiotic cephalosporin C to 7-methoxycephalosporin C.; Title: strong similarity to 7alpha-cephem-methoxylase subunit cmcJ - Streptomyces lactamdurans; See PMID 7721717; uncharacterized protein	join(227800..228155,228213..228655,228764..228834)	Aspergillus niger	4983640
An09g01110	CDS	An09g01110	NT_166525.1	229345	230877	D	Similarity: the predicted A. niger protein shows weak similarity to a human cation transporter and contains a weak sugar transporter motif.; Title: strong similarity to hypothetical protein SPAC922.05c - Schizosaccharomyces pombe; uncharacterized protein	join(229345..230096,230153..230291,230368..230492,230574..230670,230719..230877)	Aspergillus niger	4983641
An09g01120	CDS	An09g01120	NT_166525.1	230962	232954	R	Remark: putative sequencing errors results in premature stop codons; Remark: the systematic name for S. cerevisiae Prm10 is YJL108c.; Title: strong similarity to cDNA of pheromone-regulated Prm10 - Saccharomyces cerevisiae [putative frameshift]; putative frameshift; See PMID 11062271; uncharacterized protein	complement(<230962..232954)	Aspergillus niger	4983642
An09g01125	CDS	An09g01125	NT_166525.1	234083	234547	R	hypothetical protein	complement(234083..234547)	Aspergillus niger	4983643
An09g01130	CDS	An09g01130	NT_166525.1	234956	235945	R	Title: similarity to kprotein fragment SEQ ID NO:4711 from patent EP1108790-A2 - Corynebacterium glutamicum; uncharacterized protein	complement(234956..235945)	Aspergillus niger	4983644
An09g01140	CDS	An09g01140	NT_166525.1	236259	237270	R	Title: similarity to glucanase ZmGnsN3 from patent WO200073470-A2 - Zea mays; uncharacterized protein	complement(join(236259..236316,236367..236582,236643..236704,236783..237114,237177..237270))	Aspergillus niger	4983645
An09g01150	CDS	An09g01150	NT_166525.1	237384	239015	R	Function: mouse WOX1 is an enhancer of tumor necrosis factor (TNF) mediated apoptosis.; Function: upon TNF induced activation mouse WOX1 confers significant down-regulation of the apoptosis inhibitors Bcl-2 and Bcl-x(L) (>85%) and up-regulation of the pro-apoptotic p53 (approximately 200%) via its C-terminal alcohol dehydrogenase (ADH) domain.; Localization: mouse WOX1 is mainly located in the mitochondria and shows TNF-mediated WOX1 nuclear translocation.; Title: strong similarity to mitochondrial apoptogenic protein WOX1 - Mus musculus; localisation:mitochondrion; See PMID 11058590; uncharacterized protein	complement(join(237384..237797,237897..238169,238227..238601,238656..238866,238918..239015))	Aspergillus niger	4983646
An09g01160	CDS	An09g01160	NT_166525.1	239647	240678	D	Title: strong similarity to hypothetical protein SPBC409.17c - Schizosaccharomyces pombe; uncharacterized protein	join(239647..239815,239875..240381,240452..240678)	Aspergillus niger	4983647
An09g01170	CDS	An09g01170	NT_166525.1	240857	242050	R	Function: rice ACC oxidase is involved in the formation of the ethylene precursor 1-aminocyclopropane-1-carboxylic acid (ACC) from S-adenosylmethionine (AdoMet).; Remark: information concerning rice ACC oxidase is not available via PubMed and has been published by Cohen,E.; Kende, H. : In vivo 1-aminocyclopropane-1-carboxylate synthase activity in internodes of deepwater rice; Plant Physiol., 84; 282-286 (1987).; Title: similarity to 1-aminocyclopropane-1-carboxylate oxidase - Oryza sativa; See PMID 11031228; uncharacterized protein	complement(join(240857..241132,241169..241570,241619..241675,241736..242050))	Aspergillus niger	4983648
An09g01180	CDS	An09g01180	NT_166525.1	243875	245039	D	Title: weak similarity to hypothetical protein encoded by An11g08730 - Aspergillus niger; uncharacterized protein	join(243875..244460,244513..245039)	Aspergillus niger	4983649
An09g01190	CDS	abnA	NT_166525.1	247768	248893	D	Catalytic activity: Arabinan endo-1,5-alpha-L-arabinosidases catalyse the endohydrolysis of 1,5-alpha-L-arabinofuranosidic linkages in 1,5-arabinans.; Function: A. niger abnA is involved in carbohydrate catabolism.; Gene-ID: abnA; See PMID 7764386; endo 1,5-alpha-arabinanase abnA-Aspergillus niger	join(247768..248034,248085..248561,248621..248706,248758..248893)	Aspergillus niger	4983650
An09g01200	CDS	An09g01200	NT_166525.1	250157	252066	D	Remark: LYS14 of S. cerevisiae has a systematic name of YDR034C.; Similarity: similarity is between the N-terminal regions of the predicted A. niger protein and S. cerevisiae Lys14.; Similarity: the predicted A. niger protein contains a N-terminalfungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Title: weak similarity to transcription activator of lysine pathway Lys14 - Saccharomyces cerevisiae; nucleus; See PMID 7935367; uncharacterized protein	join(250157..250242,250317..250353,250414..252066)	Aspergillus niger	4983651
An09g01210	CDS	An09g01210	NT_166525.1	253120	254148	D	Function: E. chrysanthemi kduD is involved in pectin catabolism.; Title: strong similarity to 2-keto-3-deoxygluconate oxidoreductase kduD - Erwinia chrysanthemi; See PMID 3949717; uncharacterized protein	join(253120..253557,253619..253729,253782..253821,253880..254148)	Aspergillus niger	4983652
An09g01220	CDS	An09g01220	NT_166525.1	254357	257065	D	Similarity: the ORF encoded protein shows also strong similarity to EST EMBLEST:BE760598 an_1942 from Aspergillus niger; Similarity: the predicted A. niger protein shows similarity to several hypothetical ATP/GTP binding proteins.; Title: similarity to hypothetical ATP/GTP-binding protein SCC61A.02 - Streptomyces coelicolor; uncharacterized protein	join(254357..254457,254621..254716,254772..255015,255185..255496,255548..257065)	Aspergillus niger	4983653
An09g01230	CDS	An09g01230	NT_166525.1	257159	257581	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(257159..257189,257260..257374,257467..257581))	Aspergillus niger	4983654
An09g01240	CDS	An09g01240	NT_166525.1	258697	260613	D	Function: P. notatum phospholipase B hydrolyzes both the acyl ester bonds of diacylphospholipids (diacyl-hydrolase) and the acyl ester bond of monoacylphospholipids or lysophospholipids.; Remark: A. niger lysophospholipase has been patented as Sequence 3 from Patent WO0127251.; Remark: P. notatum phospholipase B is a glycoprotein.; Title: strong similarity to phospholipase B -Penicillium notatum; See PMID 5402; uncharacterized protein	258697..260613	Aspergillus niger	4983655
An09g01250	CDS	An09g01250	NT_166525.1	260985	262562	R	Title: weak similarity to hypothetical protein encoded by An11g02890 - Aspergillus niger; uncharacterized protein	complement(join(260985..261735,261923..262042,262246..262331,262518..262562))	Aspergillus niger	84591942
An09g01260	CDS	An09g01260	NT_166525.1	262828	264024	R	Remark: aa sequence and possible function of human OXRD-1 where predicted from isolated Incyte clone 266711CD1.; Title: similarity to oxidoreductase OXRD-1 from patent WO200071679-A2 - Homo sapiens; uncharacterized protein	complement(262828..264024)	Aspergillus niger	4983657
An09g01270	CDS	An09g01270	NT_166525.1	265657	267460	D	Catalytic activity: RH + Reduced flavoprotein + O2 = ROH + Oxidized flavoprotein.; Function: YlALK1 functions to assimilate n-decane and longer molecules in Yarrowia lipolytica.; Induction: the expression of the P450 gene YlALK1 was induced by n-tetradecane and repressed by glycerol in Yarrowia lipolytica.; Remark: disruption of Yarrowia lipolytica gene ALK1 results in decreased n-decane assimilation.; Title: strong similarity to n-alkane inducible cytochrome P450 protein ALK1 - Yarrowia lipolytica; See PMID 3892551; See PMID 9848230; See PMID 10953079; uncharacterized protein	join(265657..266118,266179..266851,266939..267204,267317..267460)	Aspergillus niger	4983658
An09g01280	CDS	An09g01280	NT_166525.1	267964	269015	D	Remark: the predicted ORF contains an suboptimal long intron.; Title: questionable ORF; uncharacterized protein	join(267964..268296,268803..269015)	Aspergillus niger	84591943
An09g01290	CDS	An09g01290	NT_166525.1	269286	277611	D	Function: G. fujikuroi FUM5 is a polyketide synthase required for fumonisin-toxin biosynthesis.; Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis; See PMID 10413619; See PMID 11238987; uncharacterized protein	join(269286..269818,269875..270388,270549..271113,271164..271613,271690..274007,274055..274151,274209..274234,274301..275164,275218..275499,275560..275634,275698..276038,276098..276101,276214..276570,276630..277481,277525..277611)	Aspergillus niger	4983660
An09g01300	CDS	An09g01300	NT_166525.1	277829	279439	R	Title: weak similarity to protein fragment SEQ ID NO:2141 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(277829..278395,278458..278607,278669..279021,279196..279315,279376..279439))	Aspergillus niger	4983661
An09g01310	CDS	An09g01310	NT_166525.1	280253	282579	R	hypothetical protein	complement(join(280253..281948,282005..282579))	Aspergillus niger	4983662
An09g01320	CDS	An09g01320	NT_166525.1	283174	285119	D	Function: A. oryzea mreA is an isoamyl alcohol oxidase; Title: strong similarity to isoamyl alcohol oxidase mreA - Aspergillus oryzae; uncharacterized protein	join(283174..283236,283298..283686,283738..283942,284004..285119)	Aspergillus niger	4983663
An09g01330	CDS	An09g01330	NT_166525.1	285485	287993	R	Function: S. cerevisiae ERG7 is responsible for the complex cyclization/rearrangement step in sterol biosynthesis.; Title: strong similarity to lanosterol synthase Erg7 - Saccharomyces cerevisiae; See PMID 7791529; See PMID 8134375; uncharacterized protein	complement(join(285485..285513,285557..285627,285681..285877,285928..287173,287238..287704,287772..287993))	Aspergillus niger	4983664
An09g01340	CDS	An09g01340	NT_166525.1	288737	290414	D	Catalytic activity: leukotriene-B4 20-monooxygenases convert 6Z,8E,10E,14Z)-(5S,12R)-5,12-dihydroxyicosa-6,8,10, 14-tetraenoate + NADPH + O(2) to (6Z,8E,10E,14Z)-(5S,12R)-5,12,20-trihydroxyicosa-6,8,10,14 -tetraenoate + NADP(+) + H(2)O.; Function: human Cyp4F2 is involved in metabolisation of leukotriene B(4) (LTB(4)) to a less potent proinflammatory eicosanoid, 20-OH-LTB(4).; Localization: human Cyp4F2 was isolated from microsomes.; Similarity: similarity is between the C-terminal regions of the predicted A. niger protein and human Cyp4F2.; Title: similarity to leukotriene B(4) omega-hydroxylase cytochrome P450 4F2 CYP4F2 - Homo sapiens; See PMID 10833273; uncharacterized protein	join(288737..289047,289118..289658,289748..290053,290107..290254,290286..290334,290384..290414)	Aspergillus niger	4983665
An09g01350	CDS	An09g01350	NT_166525.1	290872	291434	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(290872..290919,291249..291434)	Aspergillus niger	84591944
An09g01370	CDS	An09g01370	NT_166525.1	291873	293594	R	Catalytic activity: lignostilbene alpha beta-dioxygenases convert 1,2-bis(4-hydroxy-3-methoxyphenyl)ethylene + O(2) to 2 vanillin.; Complex: P. paucimobilis LSD forms a heterodimer.; Function: P. paucimobilis LSD is responsible for the degradation of a diarylpropane-type structure in lignin-derived stilbenes.; Title: strong similarity to lignostilbene-alpha,beta-dioxygenase LSD - Pseudomonas paucimobilis; See PMID 7763879; uncharacterized protein	complement(join(291873..292535,292589..292726,292822..293156,293217..293340,293403..293594))	Aspergillus niger	4983668
An09g01380	CDS	An09g01380	NT_166525.1	294162	296056	D	Catalytic activity: vanillyl-alchool oxidase of P. simplicissimum and other organisms converts a wide range of 4-hydroxybenzyl alcohols and 4-hydroxybenzylamines into the corresponding aldehydes.; Complex: vanillyl-alchool oxidase is a homooctamer.; Localization: in P. simplicissimum the enzyme is located both in the cytoplasm and in peroxisomes.; Title: strong similarity to vanillyl-alcohol oxidase vaoA - Penicillium simplicissimum; See PMID 8529652; See PMID 9013853; See PMID 9141139; See PMID 9261083; See PMID 1396672; uncharacterized protein	join(294162..294466,294580..294933,295001..295047,295104..296056)	Aspergillus niger	4983669
An09g01390	CDS	An09g01390	NT_166525.1	296330	298329	R	Similarity: although some of the proteins showing weak similarity to the predicted ORF are annotated as transcription factor due to the presence of a Zn-2Cys-6 binuclear cluster, the predicted protein itself does not contain such domain.; Title: similarity to transcriptional activator Mut3 - Pichia angusta; See PMID 11126774; uncharacterized protein	complement(join(296330..296715,296768..297237,297285..297434,297507..298224,298281..298329))	Aspergillus niger	84591945
An09g01400	CDS	An09g01400	NT_166525.1	298866	299698	D	hypothetical protein	join(298866..298949,299036..299143,299309..299393,299463..299698)	Aspergillus niger	84591946
An09g01410	CDS	An09g01410	NT_166525.1	299816	301414	R	Function: N. haematococca detoxify the antibioticum pisatin utilizing the cytochrome P450 monooxygenase PADT9.; Remark: putative frameshift due to possible sequencing error at position 55431.; Similarity: N. haematococca PDAT9 has been assigned to a new cytochrome P450 family, CYP57.; Title: strong similarity to cytochrome P450 pisatin demethylase PDAT9 - Nectria haematococca [putative frameshift]; putative frameshift; See PMID 9501474; See PMID 9683653; uncharacterized protein	complement(join(<299816..300713,300769..301118,301213..301414))	Aspergillus niger	84591947
An09g01420	CDS	An09g01420	NT_166525.1	301627	302278	D	Similarity: the C-terminal half of the predicted protein shows similarity to the N-terminal half of CAC3321 of C. acetobutylicum.; Title: similarity to hypothetical protein homolog of yveG CAC3321 - Clostridium acetobutylicum; uncharacterized protein	join(301627..301787,301927..302278)	Aspergillus niger	84591948
An09g01430	CDS	An09g01430	NT_166525.1	303246	304538	R	Induction: the cDNA possibly encoding the AWI 31 protein is induced upon tissue wounding in A. thaliana.; Title: similarity to hypothetical induced upon wounding stress protein AWI 31 - Arabidopsis thaliana; See PMID 9085278; uncharacterized protein	complement(join(303246..304144,304194..304448,304511..304538))	Aspergillus niger	4983674
An09g01440	CDS	An09g01440	NT_166525.1	305391	307056	D	Function: MAK1 the fungal pathogen N. haematococca encodes an FAD-dependent mono-oxygenase, known to specifically hydroxylate the phytoalexins medicarpin and maackiain, converting them to less fungitoxic derivatives.; Remark: medicarpin and maackiain are antifungal pterocarpan phytoalexins produced by many legumes, and are thought to be important components of the defense response of these legumes to certain fungal pathogens.; Similarity: the predicted ORF shows similarity to different known and putative monooxygenases and in particular to MAK1 of N. haematococca.; Title: strong similarity to maackiain detoxification protein MAK1 - Nectria haematococca; See PMID 8709942; See PMID 11485199; uncharacterized protein	join(305391..305601,305667..306280,306335..306678,306753..307056)	Aspergillus niger	4983675
An09g01450	CDS	An09g01450	NT_166525.1	308609	308901	R	Similarity: the predicted protein is very similar to the C-terminal half of CAC2826 of C. acetobutylicum.; Title: strong similarity to hypothetical intracellular protease/amidase related enzyme of the ThiJ family CAC2826 - Clostridium acetobutylicum; uncharacterized protein	complement(join(308609..308861,308894..308901))	Aspergillus niger	84591949
An09g01460	CDS	An09g01460	NT_166525.1	309500	310449	R	Title: strong similarity to hypothetical protein encoded by An03g03400 - Aspergillus niger; uncharacterized protein	complement(join(309500..309987,310053..310449))	Aspergillus niger	84591950
An09g01470	CDS	An09g01470	NT_166525.1	310904	311446	D	hypothetical protein	join(310904..311055,311227..311298,311359..311446)	Aspergillus niger	84591951
An09g01480	CDS	An09g01480	NT_166525.1	311564	312985	D	Title: strong similarity to hypothetical protein encoded by An03g03390 - Aspergillus niger; uncharacterized protein	join(311564..311992,312062..312567,312628..312985)	Aspergillus niger	4983679
An09g01490	CDS	An09g01490	NT_166525.1	314660	315838	R	Similarity: the ORF encoded protein shows also weak similarity to hypothetical protein SPBC3H7. 05c from Schizosaccharomyces pombe; Similarity: the similarity to SPBC3H7. 05c of S. pombe is due to a very short, but well conserved, amino acid stretch.; Title: strong similarity to hypothetical protein EAA74627.1 - Gibberella zeae; uncharacterized protein	complement(314660..315838)	Aspergillus niger	4983680
An09g01500	CDS	An09g01500	NT_166525.1	318213	319209	D	Similarity: the predicted protein shows weaker similarity also to some proteins annotated as spliceosomal components.; Title: weak similarity to hypothetical protein B2O8.260 - Neurospora crassa; uncharacterized protein	join(318213..318505,318579..319209)	Aspergillus niger	4983681
An09g01510	CDS	An09g01510	NT_166525.1	320620	321842	R	hypothetical protein	complement(join(320620..321159,321275..321293,321655..321842))	Aspergillus niger	4983682
An09g01520	CDS	An09g01520	NT_166525.1	322519	323726	R	Remark: the F-box domain is present in numerous proteins and serves as a link between a target protein and a ubiquitin-conjugating enzyme.; Similarity: the similarity to human FBP-7 is due to the presence of an F-box domain.; Title: weak similarity to F-box protein FBP-7 from patent WO200012679-A1 - Homo sapiens; uncharacterized protein	complement(join(322519..322656,322722..323726))	Aspergillus niger	4983683
An09g01530	CDS	An09g01530	NT_166525.1	324946	325798	D	Function: there are no structural features, in the predicted protein, that can support a role as protease.; Title: weak similarity to precursor of IgA-specific metalloendopeptidase - Neisseria gonorrhoeae; See PMID 3027577; uncharacterized protein	join(324946..324978,325194..325283,325336..325497,325568..325798)	Aspergillus niger	84591952
An09g01540	CDS	An09g01540	NT_166525.1	325994	328420	R	Similarity: the similarity to PPR1 of S. cerevisiae and other transcription factors is due to the presence of an N-terminal Zn-2Cys-6 binuclear cluster DNA-binding domain.; Title: weak similarity to transcription activator Ppr1 - Saccharomyces cerevisiae; See PMID 8668194; See PMID 9290251; uncharacterized protein	complement(join(325994..327328,327365..328088,328133..328285,328335..328420))	Aspergillus niger	4983685
An09g01550	CDS	AO-I	NT_166525.1	328898	331064	R	Catalytic activity: RCH(2)NH(2) + H(2)O + O(2) = RCHO + NH(3) + H(2)O(2).; Cofactor: copper and topaquinone.; Complex: AO-I of A. niger forms homodimers.; Gene-ID: AO-I; Induction: AO-I from A. niger is induced by N-butylamin.; Localization: AO-I is located in the cell wall and probably serves primarily as a detoxifying agent,preventing amines from entering and damaging the cell.; Remark: protein sequence PIR:S71320 is wrong, and it was updated by the same authors with sequences TREMBL:AF362473_1 and TREMBL:ANU31869_1.; Similarity: AO-I from A. niger belongs to a group of enzymes including those oxidizing primary monoamines,diamines and histamine.; Similarity: AO-I from A. niger belongs to the copper/topaquinone oxidase family.; Similarity: in A. niger, a similar protein, called AO-II, is probably encoded by the same gene; it might represent a misfolded form of AO-I.; Similarity: two other ORFs show strong similarity to AO-I of A. niger.; cell wall; See PMID 7957232; See PMID 8598539; See PMID 8620882; See PMID 8679675; See PMID 8872745; copper amine oxidase AO-I-Aspergillus niger	complement(join(328898..329033,329083..330053,330101..330677,330733..331064))	Aspergillus niger	4983686
An09g01560	CDS	An09g01560	NT_166525.1	331457	333058	R	Similarity: the predicted protein shows a much stronger similarity to hypothetical protein ORF1 of clone frb110/goh of Ustilago maydis.; Similarity: the similarity to b3Gal-T8 of H. sapiens is due to a very short, but very conserved, amino acid stretch.; Title: weak similarity to beta-1,3-galactosyltransferase b3Gal-T8 - Homo sapiens; See PMID 10580128; uncharacterized protein	complement(join(331457..331490,331609..331922,331976..333058))	Aspergillus niger	4983687
An09g01570	CDS	An09g01570	NT_166525.1	333672	334529	R	hypothetical protein	complement(join(333672..333823,334086..334215,334470..334529))	Aspergillus niger	84591953
An09g01580	CDS	An09g01580	NT_166525.1	334959	337010	R	Similarity: the predicted protein does not contain a RING domain.; Similarity: the predicted protein shows stronger similarity to the A. fumigatus protein CAD29609. 1.; Title: weak similarity to RING finger protein rngB -Dictyostelium discoideum; See PMID 8647262; uncharacterized protein	complement(join(334959..335439,335504..335848,335905..336044,336098..336717,336782..336873,336982..337010))	Aspergillus niger	4983689
An09g01590	CDS	An09g01590	NT_166525.1	337145	338100	R	hypothetical protein	complement(join(337145..337252,337370..337434,337503..337619,337808..337971,338081..338100))	Aspergillus niger	84591954
An09g01600	CDS	An09g01600	NT_166525.1	338505	339199	D	Similarity: the similarity to NMA1338 of N. meningitidis is due to a very short, but very conserved,amino acid stretch.; Title: weak similarity to hypothetical oxidoreductase NMA1338 - Neisseria meningitidis; uncharacterized protein	join(338505..338597,338864..339013,339119..339199)	Aspergillus niger	84591955
An09g01610	CDS	An09g01610	NT_166525.1	339313	340563	D	hypothetical protein	join(339313..339418,339556..339666,339767..339952,340505..340563)	Aspergillus niger	84591956
An09g01620	CDS	An09g01620	NT_166525.1	340748	343079	R	Title: weak similarity to hypothetical protein encoded by An07g08820 - Aspergillus niger; uncharacterized protein	complement(join(340748..340764,340817..340878,341019..341097,341145..341855,342129..342965,343043..343079))	Aspergillus niger	4983693
An09g01630	CDS	An09g01630	NT_166525.1	343613	344942	D	Remark: the patent describes new secreted and transmembrane polypeptides and their polynucleotides,useful for treating blood coagulation disorders, cancers and cellular adhesion disorders.; Title: similarity to protein PRO706 from patent WO9946281-A2 - Homo sapiens; uncharacterized protein	join(343613..343945,343995..344942)	Aspergillus niger	4983694
An09g01640	CDS	An09g01640	NT_166525.1	345201	345604	R	Similarity: other two A. niger ESTs, comprising part of the last exon and the 3'-UTR, confirm the expression of this ORF.; Similarity: the predicted ORF corresponds to A. niger EST EMBLEST:BE759892, comprising 5'-UTR, all the three exons and the 3'-UTR.; Title: strong similarity to EST an_2830 -Aspergillus niger; uncharacterized protein	complement(join(345201..345304,345363..345443,345526..345604))	Aspergillus niger	84591957
An09g01650	CDS	An09g01650	NT_166525.1	346438	348354	D	Similarity: in particular ORF10 of A. terreus lovastatin gene cluster and toxA of Cochliobolus carbonum might be involved in the efflux, respectively, of lovastatin A or HC-toxin produced by the two organisms.; Similarity: the predicted protein shows similarity to many hypothetical permeases of the major facilitator superfamily, mainly involved in multidrug transport.; Title: similarity to hypothetical membrane protein YMR088c - Saccharomyces cerevisiae; See PMID 8704997; See PMID 10334994; uncharacterized protein	join(346438..346594,346644..346738,346800..347123,347180..347332,347378..347739,347799..348354)	Aspergillus niger	4983696
An09g01660	CDS	An09g01660	NT_166525.1	348754	348998	D	Title: strong similarity to hypothetical protein SPBC32F12.15 - Schizosaccharomyces pombe; uncharacterized protein	join(348754..348772,348829..348998)	Aspergillus niger	4983697
An09g01670	CDS	An09g01670	NT_166525.1	349528	350382	D	Localization: HSP30 of N. crassa reversibly associates with mitochondria during heat shock.; Title: weak similarity to heat shock protein 30 hsp30 - Neurospora crassa; See PMID 2144284; uncharacterized protein	349528..350382	Aspergillus niger	84591958
An09g01680	CDS	An09g01680	NT_166525.1	350800	351871	R	Function: RTA1 of S. cerevisiae is involved in 7-aminocholesterol resistance.; Similarity: the predicted protein shows much stronger similarity to hypothetical proteins with unknown function.; Title: similarity to 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; See PMID 8660468; uncharacterized protein	complement(join(350800..351523,351582..351871))	Aspergillus niger	4983699
An09g01690	CDS	An09g01690	NT_166525.1	352774	362013	R	Function: in C. carbonum, a fungal plant pathogen,HTS1 synthesizes HC-toxin, a cyclic tetrapeptide conferring the fungus exceptional virulence on certain genotypes of maize.; Similarity: NRPSs have a modular architecture, where a module is the catalytic unit that incorporate a specific amino acid into the growing chain; each module is composed at least by three different domains: an adenylation domain, a 4'-phosphopantetheine attachment domain (peptidyl carrier) and a condensation domain.; Similarity: in the predicted ORF at least two modules are present, and are characterized by the three described domains.; Similarity: the predicted ORF shows strong similarity to several non-ribosomal peptide synthetases (NRPSs), a class of multifunctional enzymes required for the biosynthesis of a variety of biologically relevant peptide compounds.; Title: strong similarity to HC-toxin synthase HTS1 -Cochliobolus carbonum; See PMID 9756477; See PMID 10811885; See PMID 1281482; uncharacterized protein	complement(join(352774..352907,352951..353061,353131..353200,353293..353344,353477..356868,356915..360582,360718..361435,361496..361692,361746..362013))	Aspergillus niger	4983700
An09g01700	CDS	An09g01700	NT_166525.1	362941	368129	D	Function: MRP1 of H. sapiens and mouse may participate directly in the active transport of drugs into subcellular organelles or influence drug distribution indirectly.; Similarity: MRP1 of H. sapiens belongs to the ATP-binding transport protein family (ABC transporters),and belongs to the MDR (multidrug resistance) subfamily.; Title: strong similarity to multidrug resistance protein MRP1 - Homo sapiens; plasma membrane; See PMID 8098549; See PMID 8649356; See PMID 1360704; uncharacterized protein	join(362941..363150,363212..363734,363788..364023,364075..364354,364410..364643,364697..365430,365492..365654,365710..366045,366092..366194,366262..366336,366382..366432,366480..366544,366604..367222,367274..367357,367412..367789,367868..368129)	Aspergillus niger	4983701
An09g01710	CDS	An09g01710	NT_166525.1	368553	369449	D	Catalytic activity: epoxide hydrolases catalyze the hydrolysis of an epoxide to a glycol.; Similarity: although the similarity to echA of A. tumefaciens is weak, several other hypothetical protein homologues and some structural feature suggest that the predicted protein could act as a hydrolase, and maybe as an epoxide hydrolase.; Title: similarity to epoxide hydrolase from patent EP879890-A - grobacterium radiobacter; uncharacterized protein	368553..369449	Aspergillus niger	4983702
An09g01730	CDS	An09g01730	NT_166525.1	369853	370601	R	hypothetical protein	complement(join(369853..369988,370049..370093,370143..370383,370472..370601))	Aspergillus niger	84591959
An09g01740	CDS	An09g01740	NT_166525.1	370998	376250	D	Catalytic activity: FAS1 of S. cerevisiae is a pentafunctional enzyme consisting of the following domains : acetyl transferase, enoyl reductase, dehydratase and malonyl/palmityl transferase.; Function: FAS1 of S. cerevisiae catalyzes the formation of long-chain fatty acids from acetyl-CoA,malonyl-CoA and NADPH, and is therefore necessary for fatty acid biosynthesis.; Remark: C-terminally truncated ORF due to contig border.; Similarity: the predicted protein is also very similar to FasB, the fatty acid synthase of E. nidulans.; Title: strong similarity to beta chain of fatty-acyl-CoA synthase Fas1 - Saccharomyces cerevisiae [truncated ORF]; cytoplasm; See PMID 3528750; See PMID 6311818; See PMID 6330502; See PMID 810348; See PMID 1107031; uncharacterized protein	370998..>376250	Aspergillus niger	84591960
An09g01750	CDS	An09g01750	NT_166525.1	376352	377458	D	Catalytic activity: Acetyl-CoA+N malonyl-CoA+2N NADPH <=> a long-chain fatty acid+(N+1) CoA+N CO(2)+2N NADP(+).; Function: fatty-acid synthases function in the synthesis of long-chain fatty acids from acety-CoA,malonyl-CoA and NADPH.; Title: strong similarity to fatty acid synthase beta subunit fasB - Aspergillus nidulans [truncated ORF]; See PMID 8848053; See PMID 8962148; uncharacterized protein	join(<376352..376691,376739..376854,376905..377330,377387..377458)	Aspergillus niger	4983705
An09g01760	CDS	An09g01760	NT_166525.1	377905	378778	R	Title: similarity to hypothetical protein YBR096w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(377905..378067,378097..378572,378671..378778))	Aspergillus niger	4983707
An09g01770	CDS	An09g01770	NT_166525.1	378872	379541	R	hypothetical protein	complement(join(378872..379039,379193..379330,379455..379541))	Aspergillus niger	84591961
An09g01790	CDS	An09g01790	NT_166525.1	380813	381601	R	Title: strong similarity to hypothetical protein AAD34553.1 - Aspergillus terreus; uncharacterized protein	complement(380813..381601)	Aspergillus niger	4983710
An09g01800	CDS	An09g01800	NT_166525.1	381929	383314	R	Function: the trichothecene 3-O-acetyltransferase TRI101 from F. sporotrichioides converts isotrichodermol to isotrichodermin.; Function: transfection of TRI101 of F. sporotrichioides into S. cerevisiae, protects the cell from the trichothecene 4,15-diacetoxyscirpenol. Antibiotic-producing organisms, including fungi, protect themselves from their own toxins by e. g. metabolic alteration of the compound.; Pathway: F. sporotrichioides TRI101 is required for the biosynthesis of T-2 toxin.; Remark: Fusarium and related fungi produce trichothecenes which are sesquiterpenoid epoxides that act as potent inhibitors of eukaryotic protein synthesis.; Title: strong similarity to trichothecene 3-O-acetyltransferase TRI101 - Fusarium sporotrichioides; See PMID 10583973; uncharacterized protein	complement(381929..383314)	Aspergillus niger	4983711
An09g01810	CDS	An09g01810	NT_166525.1	383719	384975	D	Function: enzyme is capable of reducing a variety of alpha-ketolactones, alpha-ketolactams and diketones.; Title: strong similarity to ketoreductase from patent EP918090-A - Saccharomyces cerevisiae; See PMID 10951208; uncharacterized protein	join(383719..383752,383818..383869,383918..384050,384116..384401,384440..384975)	Aspergillus niger	4983712
An09g01820	CDS	An09g01820	NT_166525.1	385184	386975	R	Catalytic activity: 4-coumarate-CoA ligase catalyzes the conversion of ATP + 4-coumarate + CoA = AMP + diphosphate + 4-coumaroyl-CoA.; Function: key enzyme of phenylpropanoid metabolism.; Pathway: phenylpropanoid biosynthesis.; Title: strong similarity to 4-coumarate-CoA ligase 4CL - Arabidopsis thaliana; See PMID 7640359; uncharacterized protein	complement(join(385184..386131,386183..386623,386686..386823,386883..386975))	Aspergillus niger	4983713
An09g01830	CDS	An09g01830	NT_166525.1	387291	388936	R	Catalytic activity: (R)-6-hydroxynicotine + H(2)O + O(2) = 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Cofactor: FAD flavoprotein.; Function: catalyzes the oxygen-dependent degradation of 6-hydroxynicotine into 6-hydroxypyrid-N-methylosmine.; Pathway: degradation of nicotine.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 2680607; See PMID 3622516; See PMID 3905431; See PMID 2115879; uncharacterized protein	complement(join(387291..387558,387614..387996,388047..388612,388705..388936))	Aspergillus niger	4983714
An09g01840	CDS	An09g01840	NT_166525.1	389489	390820	D	Catalytic activity: salicylate + NADH + H(+) + O(2) = chatechol + NAD(+) + H(2)O + CO(2).; Cofactor: FAD flavoprotein.; Function: salicylate 1-monooxygenase catalyzes the formation of catechol from salicylate.; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas putida; uncharacterized protein	389489..390820	Aspergillus niger	4983715
An09g01850	CDS	An09g01850	NT_166525.1	391004	392784	R	Catalytic activity: benzoate 4-monooxygenases convert benzoate + NADPH(2) + O(2) to 4-hydroxybenzoate + NADP + H(2)O.; Function: in A. niger bphA and cprA are the two cytochrome P450s required for the para-hydroxylation of benzoate.; Induction: A. niger bphA is inducible by benzoate.; Pathway: bphA of A. niger is an enzyme in the phenylalanine metabolism.; Title: strong similarity to benzoate 4-monooxygenase cytochrome P450 53 bphA - Aspergillus niger; See PMID 10852481; uncharacterized protein	complement(join(391004..391179,391249..391325,391389..392002,392061..392446,392515..392656,392713..392784))	Aspergillus niger	4983716
An09g01860	CDS	An09g01860	NT_166525.1	393519	401433	D	Function: required for conidial pigmentation in A. fumigatus.; Pathway: involved in dihydroxynaphthalene-melanin biosynthesis.; Remark: pigmentation is important for infection in A. fumigatus.; Title: strong similarity to polyketide synthase wA -Aspergillus nidulans; uncharacterized protein	join(393519..394133,394195..401433)	Aspergillus niger	4983717
An09g01870	CDS	An09g01870	NT_166525.1	401932	403624	R	Title: similarity to hypothetical binuclear zinc transcription factor PRF - Nectria haematococca; uncharacterized protein	complement(join(401932..403117,403176..403332,403396..403624))	Aspergillus niger	4983718
An09g01880	CDS	An09g01880	NT_166525.1	404798	405838	R	Function: lovC from A. terreus interacts with LNKS and is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L.; Function: lovC from A. terreus is an accessory protein that modulates polyketide synthase activity during lovastatin biosynthesis.; Remark: it is assumed, that the ORF is encoded in a polyketide biosynthesis gene cluster, as proximal sequences encode homologues of further proteins for lovastatin synthesis (lovF of A. terreus and alb1 of A. fumigatus).; Similarity: the ORF shows similarity to several oxidoreductases, some of the known are quinone oxidoreductases or/and involved in toxin biosynthesis.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(404798..405838)	Aspergillus niger	4983719
An09g01890	CDS	An09g01890	NT_166525.1	405943	406549	D	hypothetical protein	join(405943..406003,406127..406197,406259..406549)	Aspergillus niger	84591962
An09g01900	CDS	An09g01900	NT_166525.1	406867	407551	R	Title: similarity to hypothetical protein mlr5144 -Mesorhizobium loti; uncharacterized protein	complement(join(406867..407433,407510..407551))	Aspergillus niger	4983721
An09g01910	CDS	An09g01910	NT_166525.1	407877	409798	D	Function: TetA of A. tumefaciens C58 confers resistance to tetracyclin and some of it's derivatives.; Repression: TetA expression in A. tumefaciens C58 is repressed by the transcriptional regulator TetR.; Title: similarity to tetracyclin resistance protein tetA - Agrobacterium tumefaciens; See PMID 9882678; uncharacterized protein	join(407877..408137,408193..408376,408584..408735,408853..408938,408985..409229,409369..409626,409743..409798)	Aspergillus niger	4983722
An09g01920	CDS	An09g01920	NT_166525.1	410817	412540	R	Catalytic activity: (R)-6-hydroxynicotine + H(2)O + O(2) = 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Cofactor: FAD flavoprotein.; Function: catalyzes the oxygen-dependent degradation of 6-hydroxynicotine into 6-hydroxypyrid-N-methylosmine.; Pathway: degradation of nicotine.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 2680607; See PMID 3622516; See PMID 3905431; See PMID 2115879; uncharacterized protein	complement(join(410817..411072,411127..411506,411567..411955,412027..412243,412313..412540))	Aspergillus niger	4983723
An09g01930	CDS	An09g01930	NT_166525.1	413170	421418	D	Function: lovF from A. terreus specifies formation of 2-methylbutyrate.; Remark: it is assumed, that the ORF is encoded in a polyketide biosynthesis gene cluster, as proximal sequences encode homologues of further proteins for lovastatin synthesis (lovC of A. terreus and alb1 of A. fumigatus).; Title: strong similarity to lovastatin diketide synthase lovF - Aspergillus terreus; See PMID 10381407; See PMID 11375168; See PMID 11386351; See PMID 11412974; uncharacterized protein	join(413170..413358,413419..413505,413574..413631,413689..414022,414080..414605,414665..415340,415393..418314,418383..420157,420236..420538,420612..421418)	Aspergillus niger	4983724
An09g01940	CDS	An09g01940	NT_166525.1	421812	422925	R	Function: involved in 7-aminocholesterol resistance; 7-aminocholesterol is a strong inhibitor of yeast and of Gram+-bacteria proliferation.; Remark: the protein shows also strong similarity to molasses toxicity resisitance protein RTM1 from S. cerevisiae patent WO9514774-A2.; Title: strong similarity to 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(421812..421964,422090..422718,422769..422925))	Aspergillus niger	4983725
An09g01950	CDS	An09g01950	NT_166525.1	423444	425233	D	Function: catalyzes the hydroxylation at C-15 of isotrichodermin.; Pathway: trichothecene bioynthesis; trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Remark: belong to the cytochrome P450 family.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	join(423444..424421,424476..424790,424845..425011,425068..425233)	Aspergillus niger	4983726
An09g01960	CDS	An09g01960	NT_166525.1	425555	426191	D	hypothetical protein	join(425555..425632,425736..425849,425949..425986,426092..426191)	Aspergillus niger	84591963
An09g01970	CDS	An09g01970	NT_166525.1	426978	428097	D	Title: similarity to oxidoreductase from patent WO0100844 - Corynebacterium glutamicum; uncharacterized protein	join(426978..427308,427394..428097)	Aspergillus niger	4983728
An09g01980	CDS	An09g01980	NT_166525.1	428275	428702	D	hypothetical protein	join(428275..428360,428450..428536,428606..428702)	Aspergillus niger	84591964
An09g01990	CDS	An09g01990	NT_166525.1	428974	430284	D	Catalytic activity: branched-chain amino acid + 2-oxoglutarate = corresponding keto acid + L-glutamate.; Cofactor: pyridoxal-phosphate.; Function: catalyzes the first reaction in the catabolism of L-isoleucine, L-leucine, L-valine and L-methionine.; Title: strong similarity to branched-chain amino acid aminotransferase bcaT - Lactococcus lactis; See PMID 10831406; uncharacterized protein	join(428974..429030,429133..429250,429296..429948,430000..430284)	Aspergillus niger	4983730
An09g02000	CDS	An09g02000	NT_166525.1	431098	432928	R	Catalytic activity: RH + reduced flavoprotein + O(2) = ROH + oxidized flavoprotein + H(2)O.; Cofactor: heme-thiolate.; Title: strong similarity to cytochrome P450 -Rhodotorula minuta; See PMID 7764227; See PMID 8002981; See PMID 8882724; See PMID 9349702; uncharacterized protein	complement(join(431098..431774,431837..432202,432248..432502,432548..432578,432658..432753,432830..432928))	Aspergillus niger	4983731
An09g02010	CDS	An09g02010	NT_166525.1	433797	438870	D	Catalytic activity: acetyl-CoA+N malonyl-CoA+2N NADPH <=> a long-chain fatty acid+(N+1) CoA+N CO(2)+2N NADP(+).; Function: fatty-acid synthases function in the synthesis of long-chain fatty acids from acety-CoA,malonyl-CoA and NADPH.; Phenotype: A. nidulans mutant for fasA are unable to grow on minimal medium unless supplemented with myristic acid.; Title: strong similarity to fatty acid synthase alpha subunit fasA - Aspergillus nidulans; See PMID 8848053; See PMID 8962148; uncharacterized protein	join(433797..433843,433924..433950,434019..434473,434546..438870)	Aspergillus niger	4983732
An09g02020	CDS	An09g02020	NT_166525.1	439270	441790	R	Function: the molecular function of MxA remains elusive, although its antiviral activities are well recognized.; Induction: MxA (also known as Mx1 or p78) is a mammalian protein induced by Interferon- alpha and beta,and to much less extent by Interferon-gamma.; Similarity: MxA of H. sapiens and the predicted ORF contain dynamin domains; all dynamins, comprising human MxA, hydrolyse GTP.; Title: strong similarity to interferon-regulated resistance GTP-binding protein MxA - Homo sapiens; See PMID 2607176; See PMID 10702310; See PMID 2154602; See PMID 2161946; See PMID 2481229; uncharacterized protein	complement(join(439270..439454,439507..439876,439934..441487,441533..441790))	Aspergillus niger	4983733
An09g02030	CDS	An09g02030	NT_166525.1	442146	442965	R	hypothetical protein	complement(join(442146..442527,442657..442731,442922..442965))	Aspergillus niger	84591965
An09g02040	CDS	An09g02040	NT_166525.1	443255	444016	R	Title: strong similarity to hypothetical protein slr1870 - Synechocystis sp.; uncharacterized protein	complement(443255..444016)	Aspergillus niger	4983735
An09g02050	CDS	An09g02050	NT_166525.1	444801	445786	D	Pathway: the two enzymes catalyze two slightly different reactions within the butanoate metabolism.; Similarity: the predicted protein shows strong similarity both to mammalian peroxisomal enoyl-CoA hydratase (EC 4. 2. 1. 17), and to bacterial 3-hydroxybutryl-CoA dehydratase (EC 4. 2. 1. 55).; Title: strong similarity to 3-hydroxybutryl-CoA dehydratase crt - Clostridium acetobutylicum; See PMID 5057466; See PMID 8655474; uncharacterized protein	join(444801..444910,444981..445606,445677..445786)	Aspergillus niger	4983736
An09g02060	CDS	An09g02060	NT_166525.1	446943	450985	D	Similarity: although the length of the predicted ORF is very different from other cholesterol oxidases, and the C- terminal is not conserved, some structural domains suggest that it might have some oxidase activity.; Similarity: the ORF encoded protein shows also weak similarity to putative cholesterol oxidase choD from Mycobacterium leprae.; Similarity: the similarity to choD and other cholesterol oxidases is stronger in the N-terminal part of the molecule.; Title: strong similarity to hypothetical protein CAD21388.1 - Neurospora crassa; uncharacterized protein	join(446943..447126,447418..447534,447591..448012,448053..448201,448246..448739,448787..448923,448961..449680,449813..450985)	Aspergillus niger	4983737
An09g02080	CDS	An09g02080	NT_166525.1	451708	453294	D	Remark: the transposable element Tan1 in A. niger has a structure like IR-ORF-IR-IR-Vader-IR, where IR means Inverted Repeat, Vader is an inactive transposable element,present in approximately 15 copoies in the genome, and the unique ORF encodes a putative transposase homologous to Fusarium oxysporum Fot1 and Magnaporthe grisea Pot2.; Title: strong similarity to transposase Tan1 -Aspergillus niger; See PMID 9003286; uncharacterized protein	451708..453294	Aspergillus niger	4983739
An09g02090	CDS	An09g02090	NT_166525.1	453705	454328	R	Title: weak similarity to hypothetical protein encoded by An12g05320 - Aspergillus niger; uncharacterized protein	complement(join(453705..453934,454004..454328))	Aspergillus niger	4983740
An09g02100	CDS	An09g02100	NT_166525.1	455415	463873	R	Catalytic activity: polyketide synthases are multifunctional enzymes, containing oxidoreductase,transferase and dehydratase activity.; Pathway: polyketides are generated from acetate by a pathway similar to the fatty acid metabolism, where some reduction or dehydratation reactions can be suppressed at specific biosynthetic steps, resulting in a much wider range of products, constituting a large family of often biologically active secondary metabolites.; Similarity: the predicted ORF shows strong similarity to many described or hypothetical polyketide syntases.; Title: strong similarity to polyketide synthase nysI - Streptomyces noursei; See PMID 10873841; uncharacterized protein	complement(join(455415..455432,455504..455614,455719..456512,456552..459958,460035..460308,460442..460870,460942..463873))	Aspergillus niger	4983741
An09g02110	CDS	An09g02110	NT_166525.1	465108	466050	D	Title: questionable ORF; uncharacterized protein	join(465108..465161,465276..465340,465387..465434,465572..465664,465936..466050)	Aspergillus niger	84591966
An09g02120	CDS	An09g02120	NT_166525.1	466312	468819	D	Similarity: the N-terminal part of the predicted ORF shows indeed a good similarity to the isochorismatase family of hydrolase enzymes.; Similarity: the N-terminal region of the predicted ORF shows some similarity to putative proteins similar to pyrazinamidase/nicotinamidase; the similarity to hypothetical protein PA3306 of P. aeruginosa involves a 200 amino acids-long stretch in the central part of the predicted protein.; Title: similarity to hypothetical protein PA3306 -Pseudomonas aeruginosa; uncharacterized protein	466312..468819	Aspergillus niger	4983743
An09g02130	CDS	An09g02130	NT_166525.1	469097	469309	R	Similarity: some similarity with a short stretch of a hypothetical O-succinylhomoserine sulfhydrylase of Mycobacterium leprae.; hypothetical protein	complement(469097..469309)	Aspergillus niger	84591967
An09g02140	CDS	An09g02140	NT_166525.1	469664	470477	R	hypothetical protein	complement(join(469664..469804,469905..469963,470005..470162,470374..470477))	Aspergillus niger	84591968
An09g02150	CDS	An09g02150	NT_166525.1	470518	471925	D	Function: paxM of P. paxilli is comprised within an indole-diterpene gene cluster, but its function is putatively induced by homology.; Similarity: the predicted ORF shows similarity to different, mainly putative, monooxygenases.; Title: strong similarity to hypothetical monooxygenase paxM - Penicillium paxilli; See PMID 11169115; uncharacterized protein	join(470518..470813,470884..471925)	Aspergillus niger	4983746
An09g02160	CDS	rgaeA	NT_166525.1	472482	473317	D	Catalytic activity: deacetylation of rhamnogalacturonan.; Function: rhamnogalacturonan acetylesterase acts in synergy with rhamnogalacturonase A as well as rhamnogalacturonase B from A. aculeatus in the degradation of apple pectin rhamnogalacturonan.; Gene-ID: rgaeA; Induction: the expression of rhamnogalacturonan degrading enzymes by A. acculeatus is regulated at the level of transcription and is subjected to carbon catabolite repression by glucose.; Similarity: the predicted ORF is about 70% identical to the biochemically characterized rhamnogalacturonan acetylesterase of A. aculeatus, which was therefore used for annotation.; Similarity: the predicted ORF is identical to the cloned A. niger gene; the enzymatic characterization of this gene has not been published.; See PMID 7592973; rhamnogalacturonan acetyl esterase rgaeA-Aspergillus niger	join(472482..472596,472647..473317)	Aspergillus niger	4983747
An09g02170	CDS	An09g02170	NT_166525.1	473831	474171	R	Title: weak similarity to precursor of pertussis toxin chain S3 - Bordetella pertussis; See PMID 3704651; uncharacterized protein	complement(join(473831..473922,473994..474171))	Aspergillus niger	84591969
An09g02180	CDS	An09g02180	NT_166525.1	474874	475945	R	Similarity: A. niger EST EMBLEST:BE760925 covers part of the last exon and part of the putative 3'UTR of the gene.; Title: strong similarity to phospholipase A1 from patent JP10155493-A - Aspergillus oryzae; See PMID 2253331; uncharacterized protein	complement(join(474874..475179,475250..475586,475646..475811,475858..475945))	Aspergillus niger	4983749
An09g02190	CDS	An09g02190	NT_166525.1	476309	477407	D	hypothetical protein	join(476309..476428,476679..476827,476915..476927,477026..477233,477295..477407)	Aspergillus niger	84591970
An09g02200	CDS	An09g02200	NT_166525.1	477831	478827	R	Title: questionable ORF; uncharacterized protein	complement(join(477831..477851,477963..477982,478020..478170,478615..478648,478796..478827))	Aspergillus niger	84591971
An09g02210	CDS	An09g02210	NT_166525.1	479099	480819	D	Similarity: the patented protein from A. chrysogenum is involved in biosynthesis of cephalosporin C and can be used to improve the fermentation ability of Acremonium chrysogenum.; Similarity: the predicted ORF also shows significant similarity to many putative or described membrane transporters.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum; uncharacterized protein	join(479099..479286,479342..479720,479808..480476,480556..480819)	Aspergillus niger	4983753
An09g02220	CDS	An09g02220	NT_166525.1	481141	484638	R	Function: human Rev1 transferase may play a critical role during mutagenic translesion DNA synthesis bypassing a template AP site in human cells.; Function: the human Rev1 protein is a dCMP transferase that specifically inserts a dCMP residue opposite to a DNA template G or to a uracile residue, or to an apurinic/apyrimidinic (AP) site.; Similarity: the Rev1 protein of H. sapiens is a member of the family of translesion DNA polymerases.; Title: strong similarity to deoxycytidyl transferase Rev1 - Homo sapiens; See PMID 10536157; See PMID 11278384; uncharacterized protein	complement(481141..484638)	Aspergillus niger	4983754
An09g02230	CDS	An09g02230	NT_166525.1	485588	486025	R	Similarity: the predicted ORF contains domains conserved in protein families with unknown function (see PFAM and BLOCKS).; Title: similarity to hypothetical protein BAA10688.1 - Synechocystis sp.; uncharacterized protein	complement(join(485588..485838,485914..486025))	Aspergillus niger	4983755
An09g02240	CDS	An09g02240	NT_166525.1	486755	488569	R	Remark: in the literature (see citations) there are two reports of N-acetyl-beta-D-glucosaminidases, extracted respectively from A. niger and A. nidulans, which were extensively biochemically characterized.; Remark: unfortunately the two enzymes were not cloned; the pI of the enzymes corresponds to the one calculated for the predicted ORF; the difference in MW could be explained either by polymerization or extensive glycosilation.; Similarity: the predicted ORF is almost identical to A. nidulans nagA gene, coding for an N-acetyl-beta-D-glucosaminidase (unpublished).; Title: strong similarity to beta-N-acetylhexosaminidase from patent WO9839459-A1 -Penicillium chrysogenum; See PMID 2693201; See PMID 9428156; uncharacterized protein	complement(486755..488569)	Aspergillus niger	4983756
An09g02250	CDS	An09g02250	NT_166525.1	489636	493274	D	Function: RAD5 of S. cerevisiae has single-stranded DNA-dependent ATPase activity, and is involved in error-free DNA repair.; Remark: RAD5 of S. cerevisiae is also called REV2,SNM2 or YLR032W.; Similarity: A. niger EST EMBLEST:BE76059 covers the last part of the reading frame and part of the putative 3'UTR.; Similarity: the predicted ORF shows equally strong similarity to the S. cerevisiae RAD5 protein, and its homologue Rad8 of S. pombe.; Title: strong similarity to DNA repair protein Rad5 - Saccharomyces cerevisiae; nucleus; See PMID 8290359; See PMID 9016623; See PMID 9637242; See PMID 10430580; See PMID 1324406; uncharacterized protein	join(489636..492158,492213..492842,492927..493274)	Aspergillus niger	4983757
An09g02260	CDS	An09g02260	NT_166525.1	494364	496242	D	Function: hapE of P. fluorescens catalyses the NADPH-dependent oxidation of 4-hydroxyacetophenone to 4-hydroxyphenyl acetate.; Remark: closest manual homologue (BLASTP) is TREMBL:AF355751_1.; Similarity: the predicted ORF shows moderate similarity to several hypothetical and known monooxygenases with different specificity.; Title: similarity to 4-Hydroxyacetophenone monooxygenase hapE - Pseudomonas fluorescens; See PMID 11322873; uncharacterized protein	join(494364..494676,494730..494854,494901..495083,495131..495227,495272..495343,495403..495441,495505..495734,495806..496034,496106..496242)	Aspergillus niger	4983758
An09g02270	CDS	An09g02270	NT_166525.1	496428	498399	R	Catalytic activity: triacylglycerol + H2O = diacylglycerol + a carboxylate, and diacylglycerol + H2O = monoacylglycerol + a carboxylate.; Title: strong similarity to triacylglycerol lipase lipI - Geotrichum candidum; extracellular/secretion proteins; See PMID 7578238; See PMID 8306978; uncharacterized protein	complement(join(496428..497465,497529..497700,497751..497835,497873..498018,498062..498399))	Aspergillus niger	4983759
An09g02280	CDS	An09g02280	NT_166525.1	499571	501069	D	Function: PRP4 of S. cerevisiae is necessary for spliceosome assembly and for splicing of pre-mRNA.; Remark: PRP4 of S. cerevisiae is also known as RNA4 or YPR178w.; Similarity: the similarity to PRP4 of S. cerevisiae involves only the N-terminal half of the predicted protein.; Title: similarity to U4/U6 snRNP 52kD protein Prp4 -Saccharomyces cerevisiae; See PMID 2528686; See PMID 3322934; See PMID 6094499; See PMID 7050675; See PMID 342911; uncharacterized protein	join(499571..499877,499979..500069,500155..500221,500295..500632,500719..500845,500917..501069)	Aspergillus niger	4983760
An09g02290	CDS	An09g02290	NT_166525.1	501558	505264	R	Catalytic activity: UDP-N-acetyl-D-glucosamine + [1,4-(N-acetyl-beta-D-glucosaminyl)]n =UDP + [1,4-(N-acetyl-beta-D-glucosaminyl)](n+1).; Function: chitin synthase chsE of A. nidulans plays a major role in cell wall biogenesis.; Similarity: chsE of A. nidulans belongs to the chitin synthase class IV subfamily.; Title: strong similarity to chitin synthase chsE -Aspergillus nidulans; See PMID 8810520; uncharacterized protein	complement(join(501558..501649,501697..502502,502551..505264))	Aspergillus niger	4983761
An09g02300	CDS	An09g02300	NT_166525.1	505486	506075	D	hypothetical protein	join(505486..505522,505628..505777,505945..506075)	Aspergillus niger	84591972
An09g02310	CDS	An09g02310	NT_166525.1	507762	508625	R	hypothetical protein	complement(join(507762..508484,508551..508625))	Aspergillus niger	84591973
An09g02320	CDS	An09g02320	NT_166525.1	509680	510972	D	Function: the pathogenicity protein PTH11 functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Localization: a PTH11-green fluorescent protein fusion was localized to the cell membrane and vacuoles.; Remark: the A. niger protein is 250 amino acids shorter than PTH11.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(509680..509895,509973..510487,510546..510972)	Aspergillus niger	4983764
An09g02330	CDS	An09g02330	NT_166525.1	511232	512017	R	Title: weak similarity to hydrolase protein YODH from patent WO9927081-A2 - Bacillus subtilis; uncharacterized protein	complement(join(511232..511237,511375..511791,511874..512017))	Aspergillus niger	4983765
An09g02340	CDS	An09g02340	NT_166525.1	512787	513603	R	Function: phosphatidylethanolamine binding protein D1 is thought to play a role in transport or signal mechanisms between membranes and the cytoplasm.; Phenotype: in wild-type 'indeterminate' tomato plants, inflorescences are separated by three vegetative nodes. In 'determinate' plants homozygous for the recessive allele of the SELF-PRUNING (SP) gene, sympodial segments develop progressively fewer nodes until the shoot is terminated by two consecutive inflorescences.; Similarity: the A. niger protein also shows similarity to the hypothetical phosphatidylethanolamine binding protein D1 Ovd1 of Onchocerca volvulus and contains corresponding PFAM and BLOCKS domains.; Title: similarity to self-pruning protein SP -Lycopersicon esculentum; See PMID 9570763; mitochondrial 54S ribosomal protein mL38	complement(join(512787..513370,513429..513603))	Aspergillus niger	4983766
An09g02350	CDS	An09g02350	NT_166525.1	513981	514503	R	hypothetical protein	complement(join(513981..514069,514311..514503))	Aspergillus niger	84591974
An09g02360	CDS	An09g02360	NT_166525.1	514964	515317	R	hypothetical protein	complement(514964..515317)	Aspergillus niger	84591975
An09g02370	CDS	An09g02370	NT_166525.1	516685	518598	D	Function: SlpE of S. lividans is required for growth on minimal media.; Title: similarity to proteinase SlpE - Streptomyces lividans; See PMID 7592364; uncharacterized protein	join(516685..516735,516809..516862,516899..517058,517105..517449,517499..518309,518460..518598)	Aspergillus niger	4983769
An09g02380	CDS	An09g02380	NT_166525.1	519288	519974	R	Title: similarity to hypothetical protein CG17807 -Drosophila melanogaster; uncharacterized protein	complement(519288..519974)	Aspergillus niger	4983770
An09g02390	CDS	An09g02390	NT_166525.1	520412	521712	R	Catalytic activity: AAT2 of S. cerevisiae catalyzes L-aspartate + 2-oxoglutarate = oxaloacetate + L-glutamate.; Similarity: AAT2 of S. cerevisiae belongs to class-I of pyridoxal-phosphate-dependent aminotransferases.; Title: strong similarity to aspartate aminotransferase Aat2 - Saccharomyces cerevisiae; See PMID 1859361; See PMID 9655342; uncharacterized protein	complement(join(520412..521491,521551..521712))	Aspergillus niger	4983771
An09g02400	CDS	An09g02400	NT_166525.1	522910	523199	R	hypothetical protein	complement(join(522910..523035,523083..523199))	Aspergillus niger	84591976
An09g02410	CDS	An09g02410	NT_166525.1	523245	524873	D	Remark: chip3 was found in a differential-display for the isolation of genes required for the differentiation into an infection structure called the appressorium.; Title: similarity to hard surface induced protein 3 chip3 - Glomerella cingulata; See PMID 10940006; uncharacterized protein	523245..524873	Aspergillus niger	4983773
An09g02420	CDS	An09g02420	NT_166525.1	526946	527442	D	hypothetical protein	join(526946..527156,527233..527330,527386..527442)	Aspergillus niger	84591977
An09g02430	CDS	An09g02430	NT_166525.1	528331	529137	R	Title: similarity to esterase EST2 - Acetobacter pasteurianus; uncharacterized protein	complement(528331..529137)	Aspergillus niger	4983775
An09g02440	CDS	An09g02440	NT_166525.1	529676	530669	D	Function: the homoprotocatechuic acid (HPC) pathway is a typical catabolic sequence for converting peripheral metabolites into intermediates of central metabolism.; Pathway: hpcH is involved in the meta-fission pathway for homoprotocatechuic acid (HPC) catabolism.; Title: strong similarity to 2,4-dihydroxyhept-2-ene-1,7-dioic acid aldolase hpcH -Escherichia coli; See PMID 8529896; uncharacterized protein	join(529676..529807,529860..530011,530075..530310,530366..530500,530614..530669)	Aspergillus niger	4983776
An09g02450	CDS	An09g02450	NT_166525.1	531660	532425	R	hypothetical protein	complement(join(531660..531917,531958..532250,532422..532425))	Aspergillus niger	84591978
An09g02460	CDS	An09g02460	NT_166525.1	532532	533905	R	Function: L. pneumophila DotA is one of the factors inhibiting the fusion of the endosome to the lysosome.; Remark: an alternative name for L. pneumophila dotA is dlpA.; Remark: the N-term and the C-term of the A. niger protein show similarity to the C-term of dotA.; Title: similarity to inhibitor of endosome-lysosome fusion dlpA - Legionella pneumophila; endosome; See PMID 11207624; See PMID 9632267; uncharacterized protein	complement(532532..533905)	Aspergillus niger	4983778
An09g02470	CDS	An09g02470	NT_166525.1	534700	535956	D	Title: similarity to protein fragment SEQ ID NO:24319 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(534700..534896,534966..535471,535523..535956)	Aspergillus niger	4983779
An09g02480	CDS	An09g02480	NT_166525.1	536000	536698	R	hypothetical protein	complement(join(536000..536274,536361..536417,536587..536698))	Aspergillus niger	84591979
An09g02490	CDS	An09g02490	NT_166525.1	537387	538521	R	Function: FLU1 of C. albicans facilitates resistance to fluconazole and cycloheximide in the fluconazole-hypersensitive S. cerevisiae strain YKKB-13 lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Remark: the A. niger protein is C-terminally truncated due to the end of the contig.; Similarity: FLU1 of C. albicans is a member of the major falicitator superfamily.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans [truncated ORF]; See PMID 11065353; uncharacterized protein	complement(join(<537387..538431,538488..538521))	Aspergillus niger	4983781
An09g02500	CDS	An09g02500	NT_166525.1	538556	540074	D	Title: weak similarity to hypothetical adult male testis cDNA clone:4933407G07 - Mus musculus; uncharacterized protein	join(538556..538578,538701..538808,538931..539041,539104..539189,539260..539331,539659..539729,539828..539893,539985..540074)	Aspergillus niger	84591980
An09g02510	CDS	An09g02510	NT_166525.1	540726	541542	D	Remark: the A. niger protein also shows strong similarity to mouse mpv17 protein, disruption of which leads to nephrotic syndrome and chronic renal failure.; Remark: the A. niger protein also shows strong similarity to mouse peroxisomal membrane protein PMP22. The molecular functions of PMP22 and mpv17 are not known.; Title: strong similarity to hypothetical membrane protein YLR251w - Saccharomyces cerevisiae; uncharacterized protein	join(540726..540736,540811..540865,540926..541031,541099..541404,541475..541542)	Aspergillus niger	4983783
An09g02520	CDS	An09g02520	NT_166525.1	541818	542591	R	Similarity: the A. niger protein shows weak similarity to many different protein kinases and contains a PFAM kinase domain.; Title: weak similarity to stress activated protein kinase JNK3 - Rattus norvegicus; deleted EC_number 2.7.1.37; uncharacterized protein	complement(541818..542591)	Aspergillus niger	4983784
An09g02530	CDS	An09g02530	NT_166525.1	543956	545405	R	Title: strong similarity to hypothetical protein EAA60542.1 - Aspergillus nidulans; uncharacterized protein	complement(join(543956..544246,544280..545310,545375..545405))	Aspergillus niger	4983785
An09g02540	CDS	An09g02540	NT_166525.1	546524	548569	D	Title: similarity to hypothetical membrane protein YIL067c - Saccharomyces cerevisiae; uncharacterized protein	546524..548569	Aspergillus niger	4983786
An09g02550	CDS	An09g02550	NT_166525.1	549191	551729	R	Function: in A. niger GABA is used as a nitrogen source.; Induction: transcription of the gabA gene of A. nidulans is activated by the transcriptionfactor IntA.; Repression: transcription of the gabA gene of A. nidulans is repressed by the zinc finger transcription factor PacC.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	complement(join(549191..549294,549364..549442,549513..549660,549725..549853,549908..549985,550038..550239,550292..550316,550363..550395,550446..550474,550530..550564,550616..550694,550749..550863,550919..550990,551034..551098,551202..551230,551292..551364,551421..551490,551548..551581,551641..551729))	Aspergillus niger	4983787
An09g02560	CDS	An09g02560	NT_166525.1	552613	554549	D	Catalytic activity: N1-acetylspermine + O2 + H2O = N1-acetylspermidine + 3-aminopropanal + H2O2.; Remark: polyamine oxidase catalyses the oxidation of the secondary amino group of spermine, spermidine and their acetyl derivatives. The enzyme plays an important role in the regulation of polyamine intracellular concentration and is a member of the family of flavin-containing amine oxidases.; Similarity: belongs to amine oxidase (flavin-containing) proteins.; Title: similarity to polyamine oxidase PAO - Zea mays; See PMID 9598979; See PMID 10089528; uncharacterized protein	join(552613..552743,552803..552833,552897..553034,553091..553391,553504..554549)	Aspergillus niger	4983788
An09g02580	CDS	An09g02580	NT_166525.1	555185	556720	R	Function: YHR gene confers resistance to cycloheximide.; Title: strong similarity to cycloheximide resistance protein CYHR - Candida maltosa; plasma membrane; See PMID 1628836; uncharacterized protein	complement(555185..556720)	Aspergillus niger	84591981
An09g02590	CDS	An09g02590	NT_166525.1	558276	559907	R	Function: required for the conversion of versicolorin to sterigmatocystin.; Pathway: sterigmatocystin biosynthesis.; Remark: stcS of A. nidulans is also called verB,stcF, cyp59A1, cyp59, or cyp60A2.; Remark: sterigmatocystin is a polyketide-derived mycotoxin.; Title: strong similarity to cytochrome P450 monooxygenase stcS - Aspergillus nidulans; See PMID 7486998; See PMID 10618248; uncharacterized protein	complement(join(558276..558456,558513..559780,559857..559907))	Aspergillus niger	4983790
An09g02600	CDS	An09g02600	NT_166525.1	560115	560773	R	hypothetical protein	complement(join(560115..560171,560384..560563,560693..560773))	Aspergillus niger	84591982
An09g02610	CDS	An09g02610	NT_166525.1	561165	562121	D	Catalytic activity: 2-trans,6-trans-farnesyl diphosphate = trichodiene + pyrophosphate.; Function: trichodiene synthase catalyzes the isomerization and cyclization of farnesyl pyrophosphate to form trichodiene, the first cyclic intermediate in the biosynthetic pathway for trichothecenes; it serves to branch trichothecene biosynthesis from the isoprenoid pathway.; Title: similarity to trichodiene synthase -Gibberella pulicaris; See PMID 1421511; uncharacterized protein	561165..562121	Aspergillus niger	4983793
An09g02620	CDS	An09g02620	NT_166525.1	562395	565232	R	Title: similarity to transcription factor ntf1p -Schizosaccharomyces pombe; See PMID 8163491; uncharacterized protein	complement(join(562395..563760,563825..564546,564662..564813,564856..565093,565158..565232))	Aspergillus niger	4983794
An09g02630	CDS	An09g02630	NT_166525.1	569180	569607	D	Title: questionable ORF; uncharacterized protein	join(569180..569208,569266..569314,569578..569607)	Aspergillus niger	84591983
An09g02640	CDS	An09g02640	NT_166525.1	570073	571254	D	hypothetical protein	join(570073..570137,570348..571254)	Aspergillus niger	84591984
An09g02650	CDS	An09g02650	NT_166525.1	572335	574414	R	Function: BiP of O. sativa is involved in protein folding and assembling/disassembling of protein complexes.; Title: weak similarity to dnaK-type molecular chaperone BiP - Oryza sativa; endoplasmatic reticulum; See PMID 9177027; uncharacterized protein	complement(join(572335..572567,572624..572729,572794..572956,573009..573544,573640..573684,573751..574113,574156..574292,574360..574414))	Aspergillus niger	4983797
An09g02660	CDS	An09g02660	NT_166525.1	575317	576618	D	hypothetical protein	575317..576618	Aspergillus niger	4983798
An09g02670	CDS	An09g02670	NT_166525.1	576892	577064	D	Title: questionable ORF; uncharacterized protein	join(576892..576894,576945..577064)	Aspergillus niger	84591985
An09g02680	CDS	An09g02680	NT_166525.1	577770	579258	D	hypothetical protein	join(577770..577797,577846..577969,578070..578145,578224..578312,578437..578540,578647..578972,579070..579258)	Aspergillus niger	84591986
An09g02690	CDS	An09g02690	NT_166525.1	579378	579900	R	hypothetical protein	complement(join(579378..579589,579779..579799,579888..579900))	Aspergillus niger	84591987
An09g02700	CDS	An09g02700	NT_166525.1	580075	581631	R	Catalytic activity: 3-methyl-2-oxobutanoate + lipoamide = S-(2-methylpropanoyl)dihydrolipoamide + CO(2).; Cofactor: thiamine pyrophosphate.; Complex: heterodimer of an alpha and a beta chain.; Function: the branched-chain alpha-keto dehydrogenase complex catalyzes the overall conversion of alpha-keto acids to acyl-CoA and CO(2); it contains multiple copies of 3 enzymatic components: branched-chain alpha-keto acid decarboxylase (E1), lipoamide acyltransferase (E2) and lipoamide dehydrogenase (E3).; Title: strong similarity to branched-chain alpha-keto acid dehydrogenase E1 alpha subunit BCHEL1 -Homo sapiens; localisation:mitochondrion; See PMID 2703538; See PMID 2914958; See PMID 3224821; See PMID 8037208; uncharacterized protein	complement(join(580075..580845,580896..581105,581161..581222,581273..581460,581528..581631))	Aspergillus niger	4983802
An09g02705	CDS	An09g02705	NT_166525.1	582126	582327	D	hypothetical protein	join(582126..582182,582247..582327)	Aspergillus niger	84591988
An09g02710	CDS	An09g02710	NT_166525.1	582618	584244	D	Catalytic activity: acetyl-CoA + dihydrolipoamide <=> CoA + S-acetyldihydrolipoamide.; Cofactor: lipoyl group.; Complex: component of multienzyme pyruvate dehydrogenase complex.; Function: the branched-chain alpha-keto dehydrogenase complex catalyzes the overall conversion of alpha-keto acids to acyl-CoA and CO(2).; Title: strong similarity to branched-chain alpha-keto acid dihydrolipoyl acyltransferase - Gallus gallus; localisation:mitochondrion; See PMID 11168412; uncharacterized protein	join(582618..582789,582884..582987,583043..583114,583174..584244)	Aspergillus niger	4983804
An09g02720	CDS	An09g02720	NT_166525.1	585433	586935	R	Remark: STR1 (suppressor of telomeric repression-1) is a telomerase-associated protein found in conjunction with S. cerevisiae telomerase, a ribonucleoprotein required for telomere replication.; Title: strong similarity to STR1 protein from patent WO9612811-A2 - Saccharomyces cerevisiae; uncharacterized protein	complement(585433..586935)	Aspergillus niger	4983805
An09g02730	CDS	An09g02730	NT_166525.1	587563	588457	D	Complex: heterodimer of two subunits (IMP1 and IMP2).; Function: Known to process the nuclear encoded CYT-B2, the mitochondrially encoded COX2 and cyctochrome C1.; Function: Required for the stability of IMP1.; Function: catalyzes the removal of signal peptides required for the targeting of proteins from the mitochondrial matrix, across the inner membrane, into the inter-membrane space.; Title: strong similarity to inner membrane protease I chain 2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8132591; See PMID 8266095; uncharacterized protein	join(587563..588017,588085..588457)	Aspergillus niger	4983806
An09g02740	CDS	An09g02740	NT_166525.1	588608	591914	R	Title: strong similarity to hypothetical protein SPAC26H5.11 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(588608..589159,589213..591780,591834..591914))	Aspergillus niger	4983807
An09g02750	CDS	An09g02750	NT_166525.1	592359	592783	R	hypothetical protein	complement(join(592359..592544,592598..592783))	Aspergillus niger	84591989
An09g02760	CDS	An09g02760	NT_166525.1	593547	594799	D	hypothetical protein	join(593547..594300,594391..594465,594573..594799)	Aspergillus niger	84591990
An09g02770	CDS	An09g02770	NT_166525.1	594809	597799	R	Remark: protein is essential for the formation of gamma tubulin ring complex.; Title: similarity to gamma tubulin ring protein GRIP210 - Xenopus laevis; See PMID 11134080; uncharacterized protein	complement(join(594809..594887,594960..597799))	Aspergillus niger	4983810
An09g02780	CDS	An09g02780	NT_166525.1	598762	602144	R	Title: similarity to myosin heavy chain - Gallus gallus; See PMID 2892941; See PMID 3312184; See PMID 194651; uncharacterized protein	complement(join(598762..601986,602133..602144))	Aspergillus niger	4983811
An09g02790	CDS	An09g02790	NT_166525.1	602758	604370	R	Catalytic activity: TRI101 of F. sporotrichioides catalyzes O-acetylation of the trichothecene ring specifically at the C-3 position in an acetyl-CoA-dependent manner.; Function: TRI101 of F. sporotrichioides converts isotrichodermol to isotrichodermin and is required for the biosynthesis of T-2 toxin.; Function: transfection of TRI101 of F. sporotrichioides into S. cerevisiae, protects the cell from the trichothecene 4,15-diacetoxyscirpenol. Antibiotic-producing organisms, including fungi, protect themselves from their own toxins by e. g. metabolic alteration of the compound.; Remark: trichothecenes like T-2 toxin or 4,15-diacetoxyscirpenol are sesquiterpenoid mycotoxins. They act as potent protein synthesis inhibitors for eukaryotic organisms, and are produced by different fungal genera,including Fusarium.; Title: similarity to trichothecene 3-O-acetyltransferase TRI101 - Fusarium sporotrichioides; See PMID 10583973; See PMID 10960733; uncharacterized protein	complement(join(602758..604210,604252..604370))	Aspergillus niger	4983812
An09g02800	CDS	An09g02800	NT_166525.1	605482	611272	R	Catalytic activity: Acetyl-CoA + L-homoserine <=> CoA + O-acetyl-L-homoserine.; Remark: the A. nidulans cysA gene shows extensive similarity to bacterial homoserine O:-acetyltransferases.; Title: strong similarity to serine O-acetyltransferase cysA - Aspergillus nidulans; plasma membrane; See PMID 11021945; uncharacterized protein	complement(join(605482..608423,608566..609071,609102..609411,609691..611272))	Aspergillus niger	4983813
An09g02810	CDS	An09g02810	NT_166525.1	611717	613328	R	Title: weak similarity to nuclear mitotic apparatus protein NuMA - Homo sapiens; See PMID 541636; See PMID 1541630; uncharacterized protein	complement(join(611717..612877,612933..613223,613287..613328))	Aspergillus niger	4983814
An09g02820	CDS	An09g02820	NT_166525.1	613704	616799	D	Function: the RAD4 gene product of S. cerevisiae is required for the incision step of excision repair of DNA damaged by UV and by other agents that distort the DNA helix.; Title: strong similarity to excision repair protein Rad4 - Saccharomyces cerevisiae; nucleus; See PMID 2649477; See PMID 2822652; See PMID 3073107; uncharacterized protein	join(613704..614255,614414..614617,614670..615003,615055..616799)	Aspergillus niger	4983815
An09g02830	CDS	An09g02830	NT_166525.1	617794	620165	D	Catalytic activity: Acylaminoacyl-peptide + H(2)O = acylamino acid + peptide.; Function: the A. fumigatus homolog DPPV is a secreted dipeptidyl-peptidase.; Title: strong similarity to acylaminoacyl-peptidase DPP V - Aspergillus fumigatus; extracellular/secretion proteins; See PMID 9045640; See PMID 9234752; uncharacterized protein	join(617794..617822,617891..618160,618212..620165)	Aspergillus niger	4983816
An09g02840	CDS	An09g02840	NT_166525.1	620770	621677	D	Title: strong similarity to hypothetical protein EAA65458.1 - Aspergillus nidulans; uncharacterized protein	join(620770..621172,621262..621677)	Aspergillus niger	4983817
An09g02850	CDS	An09g02850	NT_166525.1	622596	623243	R	Similarity: similarities correspond to multiple asparagine and proline repeats.; Title: weak similarity to hypothetical sporozoite surface protein 2 - Plasmodium yoelii; uncharacterized protein	complement(622596..623243)	Aspergillus niger	84591991
An09g02860	CDS	An09g02860	NT_166525.1	624042	625048	R	Title: weak similarity to DNA topoisomerase top1 -Cricetulus griseus; See PMID 8244980; See PMID 1312902; uncharacterized protein	complement(join(624042..624505,624585..624591,624655..624816,624965..625048))	Aspergillus niger	4983819
An09g02870	CDS	An09g02870	NT_166525.1	625827	628327	D	Function: the prnA gene of A. nidulans codes for a transcriptional activator that mediates proline induction of four other genes involved in proline utilization as a nitrogen and/or carbon source.; Title: similarity to transcription activator prnA -Aspergillus nidulans; nucleus; See PMID 2668692; See PMID 9622360; See PMID 10788322; uncharacterized protein	join(625827..626540,626619..626761,626815..627249,627294..628188,628322..628327)	Aspergillus niger	4983820
An09g02880	CDS	An09g02880	NT_166525.1	629019	630485	D	Title: strong similarity to hypothetical protein SPAC922.05c - Schizosaccharomyces pombe; uncharacterized protein	join(629019..630285,630340..630485)	Aspergillus niger	4983821
An09g02890	CDS	An09g02890	NT_166525.1	631003	632334	D	Title: similarity to hypothetical protein orf-223 -Lactobacillus helveticus; uncharacterized protein	join(631003..631919,632031..632334)	Aspergillus niger	4983822
An09g02900	CDS	An09g02900	NT_166525.1	632893	635319	R	Function: the VRP1 gene product of S. cerevisiae acts in both actomyosin ring formation and function as well as in Hof1p localization during cytokinesis.; Remark: the VRP1 gene product of S. cerevisiae binds an SH3-domain-containing fragment of Hof1p, which encodes a protein related to mammalian proline serine threonine phosphatase-interacting protein and S. pombe Cdc15p required for an actomyosin ring-independent pathway of cytokinesis in S. cerevisiae.; Title: similarity to verprolin Vrp1 - Saccharomyces cerevisiae; See PMID 7968536; See PMID 10931290; See PMID 11260524; uncharacterized protein	complement(632893..635319)	Aspergillus niger	4983823
An09g02910	CDS	An09g02910	NT_166525.1	636540	638966	R	Induction: the S. cerevisiae ATR1 transcription is induced by aminotriazole, and the ATR1 promoter region contains a binding site for the GCN4 activator protein.; Title: similarity to aminotriazole resistance protein Atr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 3280970; See PMID 2123132; uncharacterized protein	complement(join(636540..637310,637500..638966))	Aspergillus niger	4983824
An09g02920	CDS	An09g02920	NT_166525.1	643302	644949	D	Title: similarity to hypothetical protein 260 -Methanothermus fervidus; uncharacterized protein	join(643302..643417,643475..644170,644232..644361,644746..644949)	Aspergillus niger	4983825
An09g02930	CDS	An09g02930	NT_166525.1	645332	647111	R	Title: strong similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; See PMID 8830679; uncharacterized protein	complement(join(645332..646172,646234..646774,646845..646952,647018..647111))	Aspergillus niger	4983826
An09g02940	CDS	An09g02940	NT_166525.1	647671	648506	R	hypothetical protein	complement(join(647671..647711,647887..647940,648034..648129,648287..648506))	Aspergillus niger	84591992
An09g02943	CDS	An09g02943	NT_166525.1	649858	650112	R	hypothetical protein	complement(649858..650112)	Aspergillus niger	84591993
An09g02945	CDS	An09g02945	NT_166525.1	651461	651951	R	hypothetical protein	complement(join(651461..651668,651735..651853,651907..651951))	Aspergillus niger	84591994
An09g02950	CDS	An09g02950	NT_166525.1	656608	658098	R	hypothetical protein	complement(join(656608..657960,658027..658098))	Aspergillus niger	4983830
An09g02960	CDS	An09g02960	NT_166525.1	658318	661476	D	Title: similarity to hypothetical protein B24P7.50 -Neurospora crassa; uncharacterized protein	join(658318..658552,658691..659702,659754..661476)	Aspergillus niger	4983831
An09g02970	CDS	An09g02970	NT_166525.1	662230	662465	R	Title: questionable ORF; uncharacterized protein	complement(join(662230..662263,662335..662465))	Aspergillus niger	84591995
An09g02980	CDS	An09g02980	NT_166525.1	663980	665203	D	Catalytic activity: 2 catechol + O(2) = 2 1,2-benzoquinone + 2 H(2)O.; Remark: patentmatch against polyphenol oxidase PPO W09421 Geneseqprot.; Title: similarity to polyphenol oxidase PPO from patent WO9637617-A1 - Lactuca sativa; uncharacterized protein	join(663980..664248,664312..664434,664498..665203)	Aspergillus niger	4983833
An09g02990	CDS	An09g02990	NT_166525.1	665273	666799	R	Title: similarity to hypothetical Sua5 protein APE2397 - Aeropyrum pernix; uncharacterized protein	complement(join(665273..666039,666350..666482,666638..666799))	Aspergillus niger	4983834
An09g03000	CDS	An09g03000	NT_166525.1	669619	670446	D	Title: weak similarity to hypothetical plenty-of-prolines-101 protein POP101 - Mus musculus; uncharacterized protein	join(669619..669842,669921..670446)	Aspergillus niger	4983835
An09g03010	CDS	An09g03010	NT_166525.1	671532	672164	R	Remark: The EST sequence is from Aspergillus niger but deviates in several positions from the sequence of the genomic DNA.; Title: strong similarity to EST an_2241 -Aspergillus niger; uncharacterized protein	complement(join(671532..671594,671763..672164))	Aspergillus niger	4983836
An09g03020	CDS	An09g03020	NT_166525.1	673971	674938	D	Function: the Aspergillus nidulans complex locus,cnxABC, has been shown to be required for the synthesis of precursor Z, an intermediate in the molybdopterin cofactor pathway.; Induction: transcription of the cnxABC locus is subject to nitrate induction.; Remark: cnxABC is a difunctional protein with two catalytic domains, CnxA and CnxC.; Remark: the molybdopterin cofactor is required for the activity of the molybdoenzyme nitrate reductase.; Similarity: the CnxA domain is similar at the amino acid level to the Escherichia coli moaA gene product, while CnxC is similar to the E. coli moaC product, with both E. coli products encoded by different cistrons.; Title: similarity to molybdopterin cofactor biosynthetic protein cnxABC - Aspergillus nidulans; See PMID 9353296; uncharacterized protein	join(673971..674067,674190..674938)	Aspergillus niger	4983837
An09g03030	CDS	An09g03030	NT_166525.1	675020	676694	R	Catalytic activity: ATP + gamma-L-glutamyl-L-cysteine + glycine <=> ADP + phosphate + glutathione.; Pathway: GSH2 catalyzes the second step in glutathione biosynthesis.; Remark: Glutathione (GSH) is important for the detoxification of harmful intermediates that are generated during normal cellular metabolism.; Title: strong similarity to glutathione synthase Gsh2 - Saccharomyces cerevisiae [putative sequencing error]; putative sequencing error; See PMID 9307967; See PMID 9512666; uncharacterized protein	complement(join(675020..676268,676393..676694))	Aspergillus niger	4983838
An09g03040	CDS	An09g03040	NT_166525.1	677274	679090	D	Title: weak similarity to hypothetical protein CAE76587.1 - Neurospora crassa; uncharacterized protein	join(677274..677311,677443..679090)	Aspergillus niger	4983839
An09g03050	CDS	An09g03050	NT_166525.1	680391	685863	D	Title: similarity to hypothetical protein SCF91.02c - Streptomyces coelicolor; uncharacterized protein	join(680391..680501,680654..680758,680875..682405,682500..682592,683006..683415,683460..685259,685322..685432,685501..685589,685692..685863)	Aspergillus niger	4983840
An09g03060	CDS	An09g03060	NT_166525.1	686492	687666	D	Catalytic activity: H(2)CO(3) = CO(2) + H(2)O.; Function: carbonic anhydrase beta-CA1 catalyzes the reversible hydration of CO2, a reaction that is important in many physiological processes.; Title: strong similarity to beta-type carbonic anhydrase beta-CA1 - Coccomyxa sp.; See PMID 9701590; uncharacterized protein	join(686492..686510,687038..687666)	Aspergillus niger	10098215
An09g03070	CDS	An09g03070	NT_166525.1	688283	696300	R	Function: mok1 plays an essential role for cell morphogenesis.; Induction: alpha-glucan biosynthesis is regulated in a signaling pathway in which the Rho2p GTPase activates Pck2p, and this kinase in turn controls mok1.; Localization: mok1 localizes closely with the actin cytoskeleton.; Localization: the myosin Myo52 partially colocalises with the alpha-glucan synthase mok1 at the cell tips and to a lesser extent at the septum.; Title: strong similarity to alpha-glucan synthase mok1p - Schizosaccharomyces pombe; See PMID 11102532; See PMID 11112691; uncharacterized protein	complement(join(688283..688306,688383..688415,688823..689331,689391..689596,689678..695653,695715..695890,695944..696300))	Aspergillus niger	4983842
An09g03080	CDS	An09g03080	NT_166525.1	697277	697935	D	hypothetical protein	join(697277..697349,697490..697935)	Aspergillus niger	84591996
An09g03090	CDS	An09g03090	NT_166525.1	699514	700886	R	Remark: similarity is due to glutamate-rich region of the protein.; Title: weak similarity to retinitis pigmentosa GTPase regulator RPGR - Homo sapiens; uncharacterized protein	complement(join(699514..699730,699812..699843,699952..700093,700181..700362,700564..700653,700695..700886))	Aspergillus niger	84591997
An09g03100	CDS	An09g03100	NT_166525.1	701095	702819	D	Catalytic activity: AmyA catalyzes the hydrolysis of internal 1,4-alpha-D-glucosidic bonds in oligosaccharides and polysaccharides.; Remark: AmyA requires for its activity the binding of the cofactor calcium.; Title: strong similarity to alpha-amylase precursor amy - Aspergillus niger; extracellular/secretion proteins; See PMID 2340591; uncharacterized protein	join(701095..702105,702163..702819)	Aspergillus niger	4983845
An09g03110	CDS	An09g03110	NT_166525.1	703518	705667	D	Catalytic activity: AMY catalyzes the hydrolysis of internal 1,4-alpha-D-glucosidic bonds in oligosaccharides and polysaccharides.; Remark: Bacillus amyloliquefaciens alpha-amylase AMY is commercially supplied as 'Bacillus subtilis alpha-amylase'.; Title: strong similarity to alpha-amylase precursor amy - Bacillus amyloliquefaciens; extracellular/secretion proteins; See PMID 2830166; See PMID 6156671; uncharacterized protein	join(703518..703596,703675..704082,704171..704586,704637..704825,704924..704944,705002..705221,705270..705531,705634..705667)	Aspergillus niger	4983846
An09g03120	CDS	An09g03120	NT_166525.1	706289	707675	R	Title: similarity to hypothetical serine-rich protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(706289..706505,706716..706872,707020..707204,707277..707411,707479..707557,707624..707675))	Aspergillus niger	4983847
An09g03130	CDS	An09g03130	NT_166525.1	709618	711975	R	Catalytic activity: 2 H(2)O(2) = O(2) + 2 H(2)O.; Function: catalase occurs in almost all aerobically respiring organisms and serves to protect cells from the toxic effects of hydrogen peroxide.; Induction: catA mRNA is barely detectable in growing mycelia, highly induced during sporulation, and present in isolated spores.; Phenotype: catA-disrupted mutants produced spores were sensitive to H2O2, as compared to wild-type spores.; Remark: catA has heme as a cofactor.; Remark: catA is the major spore catalase.; Title: strong similarity to catalase A catA -Aspergillus nidulans; See PMID 8598056; uncharacterized protein	complement(join(709618..711317,711370..711682,711742..711975))	Aspergillus niger	4983848
An09g03140	CDS	An09g03140	NT_166525.1	713099	715058	D	Catalytic activity: An alcohol + NAD(+) = an aldehyde or ketone + NADH.; Remark: adhB was identified as a major stress protein and is induced both by exposure to ethanol and by elevated temperature (45 degrees C).; Title: similarity to alcohol dehydrogenase II adhB -Zymomonas mobilis; See PMID 1917831; See PMID 2059047; uncharacterized protein	join(713099..713731,713799..713837,713979..714243,714659..714666,714768..715058)	Aspergillus niger	4983849
An09g03150	CDS	An09g03150	NT_166525.1	715939	716942	R	Title: weak similarity to cell differentiating factor BUF-3 from patent JP02009388-A - Homo sapiens; uncharacterized protein	complement(join(715939..716152,716232..716311,716421..716496,716542..716631,716711..716797,716890..716942))	Aspergillus niger	84591998
An09g03160	CDS	An09g03160	NT_166525.1	716966	721480	D	Function: DRS2 encodes an aminophospholipid-transporting ATPase.; Function: DRS2 has a possible role in late Golgi function.; Golgi; Localization: DRS2 localizes to late Golgi membranes.; Similarity: DRS2 has similarity to membrane-spanning Ca2+ ATPases.; Similarity: DRS2 is a member of the cation transporting (E1-E2) P-type ATPase superfamily.; Title: strong similarity to ATPase Drs2 -Saccharomyces cerevisiae; See PMID 8247005; See PMID 10601336; uncharacterized protein	join(716966..717248,717356..720249,720331..720560,720622..721480)	Aspergillus niger	4983851
An09g03170	CDS	An09g03170	NT_166525.1	722143	724382	R	Phenotype: disruption of TRI12 of F. sporotrichioides results in both reduced growth on complex media and reduced levels of trichothecene production.; Remark: growth of TRI12 mutants on trichothecene-containing media is inhibited, suggesting that TRI12 may play a role in F. sporotrichioides self-protection against trichothecenes.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Similarity: the ORF encoded protein and TRI12 from F. sporotrichioides show similarities to members of the major facilitator superfamily (MFS) of transporters.; Title: strong similarity to trichothecene efflux pump TRI12 - Fusarium sporotrichioides; plasma membrane; See PMID 10485289; uncharacterized protein	complement(join(722143..722676,722984..723050,723107..723221,723288..723942,724013..724137,724304..724382))	Aspergillus niger	4983852
An09g03180	CDS	An09g03180	NT_166525.1	725541	726620	D	Function: Pth11 from M. grisea is involved in surface dependent signal transduction during plant infection. Pth11 can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces.; Remark: the filamentous ascomycete Magnaporthe grisea is the blast pathogen of many grass species,including rice.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(725541..725905,725967..726028,726096..726427,726525..726620)	Aspergillus niger	4983853
An09g03190	CDS	An09g03190	NT_166525.1	727140	727666	R	hypothetical protein	complement(join(727140..727508,727556..727666))	Aspergillus niger	84591999
An09g03200	CDS	An09g03200	NT_166525.1	728299	729716	D	Title: strong similarity to protein SEQ ID NO:4585 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(728299..728599,728679..728806,728887..729069,729132..729716)	Aspergillus niger	4983855
An09g03210	CDS	An09g03210	NT_166525.1	730537	732342	R	Catalytic activity: Benzoate + NADPH + O(2) <=> 4-hydroxybenzoate + NADP(+) + H(2)O.; Cofactor: Heme.; Function: the P450rm-monooxygenase system in microsomes of R. minuta might function in the degradation of L-phenylalanine on the pathway to beta-ketoadipate.; Remark: the P450rm gene product from Rhodotorula minuta acts as a bifunctional enzyme with isobutene-forming and benzoate 4-hydroxylase activities.; Title: strong similarity to isobutene-forming enzyme and benzoate 4-hydroxylase P450rm - Rhodotorula minuta; See PMID 7764227; See PMID 8002981; See PMID 8882724; See PMID 9349702; uncharacterized protein	complement(join(730537..730668,730731..731601,731668..731792,731853..732040,732111..732342))	Aspergillus niger	4983856
An09g03220	CDS	An09g03220	NT_166525.1	733556	734642	R	Title: weak similarity to hypothetical protein BAA90383.1 - Oryza sativa; uncharacterized protein	complement(join(733556..733713,733773..733856,733944..733977,734103..734232,734303..734507,734609..734642))	Aspergillus niger	84592000
An09g03230	CDS	An09g03230	NT_166525.1	735347	736738	D	Function: Pth11 from M. grisea is involved in surface dependent signal transduction during plant infection. Pth11 can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces.; Remark: the filamentous ascomycete Magnaporthe grisea is the blast pathogen of many grass species,including rice.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(735347..735473,735543..735562,735613..735649,735702..735769,735823..736193,736252..736738)	Aspergillus niger	4983858
An09g03240	CDS	An09g03240	NT_166525.1	738551	739888	D	Catalytic activity: (R)-mevalonate + CoA + 2 NADP(+) <=> (S)-3-hydroxy-3-methylglutaryl-CoA + 2 NADPH .; Title: strong similarity to 3-hydroxy-3-methylglutaryl coenzyme A reductase HmgA -Sulfolobus solfataricus; See PMID 9171410; uncharacterized protein	join(738551..738647,738744..739888)	Aspergillus niger	4983859
An09g03250	CDS	An09g03250	NT_166525.1	740184	742331	D	Function: the human SN2 transporter mediates Na(+)-coupled transport of system N-specific amino acid substrates (glutamine, asparagine, and histidine). In addition, SN2 also transports serine, alanine, and glycine.; Remark: SN2 is an amino acid transport system N cloned from human a liver cell line.; Similarity: the ORF encoded protein shows also similarity to the Arabidopsis thaliana protein fragment SEQ ID NO: 51488 from patent EP1033405-A2, but its function is not decribed.; Title: similarity to amino acid transport system SN2 - Homo sapiens; plasma membrane; See PMID 11243884; uncharacterized protein	join(740184..740259,740357..740407,740491..742331)	Aspergillus niger	84592001
An09g03260	CDS	pgaD	NT_166525.1	743249	744964	R	Catalytic activity: Polygalacturonases random hydrolyse 1,4-alpha-D-galactosiduronic linkages in pectate and other galacturonans.; Function: the endo-polygalacturonase D pgaD is the only A. niger PG capable of hydrolyzing di-galacturonate.; Gene-ID: pgaD; Mapping: pgaD from A. niger is mapped to chromosome I; see EMBL Y18806.; Remark: pgaD = PGD.; See PMID 10675564; endo-polygalacturonase D pgaD-Aspergillus niger	complement(join(743249..743530,743591..744044,744102..744247,744306..744614,744668..744964))	Aspergillus niger	4983861
An09g03265	CDS	An09g03265	NT_166525.1	746814	747095	D	hypothetical protein	746814..747095	Aspergillus niger	84592002
An09g03270	CDS	An09g03270	NT_166525.1	747640	748599	D	Remark: RTM1 overexpression in S. cerevisiae confers resistance to molasses. Its molecular function is unknown.; Title: strong similarity to hypothetical molasses resistency protein Rtm1 - Saccharomyces cerevisiae; See PMID 7672593; uncharacterized protein	join(747640..747793,747850..748071,748154..748599)	Aspergillus niger	4983863
An09g03280	CDS	An09g03280	NT_166525.1	749081	750209	D	Remark: RTA1 overexpression in S. cerevisiae confers resistance to 7-aminocholesterol. Its molecular function is unknown.; Remark: alternate name for S. cerevisiae Rta1: YGR213C.; Title: strong similarity to hypothetical 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; See PMID 8660468; uncharacterized protein	join(749081..749228,749284..749547,749650..750209)	Aspergillus niger	84592003
An09g03290	CDS	An09g03290	NT_166525.1	750425	751558	R	Function: the qa-4 gene of Neurospora crassa encodes 3-dehydroshikimate dehydratase, which catalyzes the third step of the quinic acid (qa) catabolic pathway.; Pathway: in Neurospora crassa, five structural genes and two regulatory genes control the use of quinic acid as a carbon source.; Title: strong similarity to 3-dehydroshikimate dehydratase qa-4 - Neurospora crassa; See PMID 6241580; uncharacterized protein	complement(750425..751558)	Aspergillus niger	4983865
An09g03300	CDS	An09g03300	NT_166525.1	753351	755561	D	Catalytic activity: the purified XylS enzyme from Sulfolobus solfataricus shows high hydrolytic activity on the disaccharide isoprimeverose and catalyzing the release of xylose from xyloglucan oligosaccharides.; Similarity: the xylS (Sulfolobus solfataricus) gene encodes a monomeric enzyme homologous to alpha-glucosidases, alpha-xylosidases, glucoamylases and sucrase-isomaltases of the glycosyl hydrolase family 31.; Title: strong similarity to alpha-xylosidase XylS -Sulfolobus solfataricus; See PMID 10801892; uncharacterized protein	753351..755561	Aspergillus niger	4983866
An09g03310	CDS	An09g03310	NT_166525.1	756045	757032	R	Title: strong similarity to hypothetical protein encoded by An02g05790 - Aspergillus niger; uncharacterized protein	complement(join(756045..756353,756390..756857,756913..757032))	Aspergillus niger	4983867
An09g03320	CDS	An09g03320	NT_166525.1	758201	760091	R	Remark: the Flu1 gene product from C. albicans complements the fluconazole hypersusceptibility of a S. cerevisiae pdr5 mutant, lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Similarity: the predicted ORF shows strong similarity to known and hypothetical members of he multidrug efflux transporters belonging to the major facilitator superfamily of transport proteins.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	complement(join(758201..758453,758520..758651,758716..759702,759766..760091))	Aspergillus niger	4983868
An09g03330	CDS	An09g03330	NT_166525.1	761546	762153	D	Title: similarity to hypothetical protein encoded by SCE66.10c - Streptomyces coelicolor; uncharacterized protein	join(761546..761679,761738..761940,762077..762153)	Aspergillus niger	4983869
An09g03340	CDS	An09g03340	NT_166525.1	762851	765086	D	Remark: Botryotinia fuckeliana=Botrytis cinerea.; Similarity: the Bcmfs1 protein from Botryotinia fuckeliana belongs to the major facilitator family of transporters.; Title: strong similarity to MFS drug transporter Bcmfs1 - Botryotinia fuckeliana; plasma membrane; See PMID 11374155; uncharacterized protein	join(762851..762954,763058..763287,763336..763647,763715..764238,764287..764608,764681..764823,764895..765086)	Aspergillus niger	4983870
An09g03350	CDS	An09g03350	NT_166525.1	766146	767970	D	Title: strong similarity to fumonisin permease SEQ ID NO:7 from patent WO200105980-A1 - Exophiala spinifera; plasma membrane; uncharacterized protein	join(766146..766746,766809..767148,767208..767482,767545..767787,767870..767970)	Aspergillus niger	4983871
An09g03360	CDS	An09g03360	NT_166525.1	770456	770904	D	hypothetical protein	join(770456..770578,770662..770757,770815..770904)	Aspergillus niger	84592004
An09g03370	CDS	An09g03370	NT_166525.1	773485	774569	R	Title: weak similarity to hypothetical protein encoded by F16G20.170 - Arabidopsis thaliana; uncharacterized protein	complement(join(773485..773559,773627..773688,773745..773818,774045..774107,774257..774405,774546..774569))	Aspergillus niger	4983873
An09g03380	CDS	An09g03380	NT_166525.1	776025	778142	R	Similarity: the similarities of the ORF encoded protein to all matching proteins with lower scores are based on repetitive structures.; Title: similarity to hypothetical protein B24P7.110 - Neurospora crassa; uncharacterized protein	complement(join(776025..777695,777837..778142))	Aspergillus niger	4983874
An09g03390	CDS	An09g03390	NT_166525.1	779313	779507	D	Title: questionable ORF; uncharacterized protein	join(779313..779328,779407..779507)	Aspergillus niger	84592005
An09g03400	CDS	An09g03400	NT_166525.1	779620	780493	R	hypothetical protein	complement(join(779620..779705,779774..779954,780039..780233,780302..780376,780458..780493))	Aspergillus niger	84592006
An09g03410	CDS	An09g03410	NT_166525.1	781871	782443	R	hypothetical protein	complement(join(781871..782067,782123..782221,782278..782443))	Aspergillus niger	84592007
An09g03420	CDS	An09g03420	NT_166525.1	783655	783973	D	Title: questionable ORF; uncharacterized protein	join(783655..783735,783848..783973)	Aspergillus niger	84592008
An09g03430	CDS	An09g03430	NT_166525.1	784537	786770	R	Title: strong similarity to EST an_1400 -Aspergillus niger; uncharacterized protein	complement(join(784537..784791,784883..784925,785023..785211,785252..785278,785379..785693,785933..786018,786073..786242,786342..786588,786669..786770))	Aspergillus niger	84592009
An09g03440	CDS	An09g03440	NT_166525.1	787922	788989	D	Similarity: the ORF DNA sequence shows strong similarity to the EST an_3606 from Aspergillus niger.; Similarity: the similarity to CipA from Clostridium thermocellum is located in an highly repetetive sequence domain of CipA.; Title: similarity to S-layer protein CipA -Clostridium thermocellum; See PMID 8458832; uncharacterized protein	join(787922..788137,788240..788989)	Aspergillus niger	4983880
An09g03450	CDS	An09g03450	NT_166525.1	789604	790616	R	Catalytic activity: D-ribulose 5-phosphate <=> D-xylulose 5-phosphate.; Phenotype: rpe1 null mutants are viable but show no ribulose-5-phosphate epimerase activity, cannot grow on D-xylulose, and are sensitive to hydrogren peroxide.; Remark: Rpe1 also converts D-erythrose 4-phosphate into D-erythrulose 4-phosphate and D-threose 4-phosphate.; Remark: synonyms for Rpe1 from S. cerevisiae are Epi1, Pos18 and YJL121c.; Title: strong similarity to ribulose-5-phosphate-epimerase Rpe1 - Saccharomyces cerevisiae; cytoplasm; See PMID 8879247; See PMID 8929392; uncharacterized protein	complement(join(789604..789867,790029..790280,790374..790616))	Aspergillus niger	4983881
An09g03460	CDS	An09g03460	NT_166525.1	791621	792014	R	hypothetical protein	complement(join(791621..791939,792010..792014))	Aspergillus niger	84592010
An09g03470	CDS	An09g03470	NT_166525.1	792273	795233	D	Similarity: the similarities of the ORF encoded protein to all matching proteins with lower scores are mainly based on repetitive structures.; Title: strong similarity to hypothetical verprolin related protein encoded by B24P7.40 - Neurospora crassa; uncharacterized protein	join(792273..792987,793207..795233)	Aspergillus niger	4983883
An09g03480	CDS	An09g03480	NT_166525.1	795999	796491	D	Complex: S. cerevisiae Lsm subunits form a heteromer with a dougnut shape.; Function: S. cerevisiae Lsm2 binds specifically to the 3'-terminal U-tract of U6 snRNA.; Remark: synonyms for S. cerevisiae Lsm2 are Smx5,Snp3 and YBL026w.; Similarity: S. cerevisiae Lsm2 belongs to the snRNP SM proteins family.; Title: strong similarity to snRNA-associated sm-like protein Lsm2 - Saccharomyces cerevisiae; nucleus; See PMID 11333229; See PMID 10747033; uncharacterized protein	join(795999..796012,796097..796347,796460..796491)	Aspergillus niger	4983884
An09g03490	CDS	An09g03490	NT_166525.1	797436	800005	D	Function: Mus musculus SNM1 is involved in DNA interstrand cross-links (ICLs) repair.; Remark: Mus musculus SNM1 is the mammalian homolog of the S. cerevisiae gene SNM1 (PSO2).; Title: strong similarity to protein involved in DNA repair SNM1 - Mus musculus; nucleus; See PMID 10848582; uncharacterized protein	join(797436..798332,798383..799287,799378..800005)	Aspergillus niger	4983885
An09g03500	CDS	bphA	NT_166525.1	800821	802454	D	Catalytic activity: Benzoate + NADPH + O(2) <=> 4-hydroxybenzoate + NADP(+) + H(2)O.; Cofactor: iron; tetrahydropteridine.; Function: oxidoreductase acting on paired donors with incorporation of molecular oxygen with NADH or NADPH as one donor, and incorporation of one atom of oxygen; Gene-ID: bphA; Induction: bphA of A. niger is inducible by benzoate.; Mapping: bphA from A. niger is mapped to chromosome I; see list from DSM, EMBL X52521.; Pathway: bphA of A. niger is an enzyme in the phenylalanine metabolism.; Phenotype: A. niger transformant with a multicopy bphA insert do not grow on benzoate, whereas a transformant with only one extra copy could grow.; Remark: bphA of A. niger is a member of a new P450 gene family designated P450LIII.; endoplasmatic reticulum; See PMID 1868576; See PMID 2250647; benzoate 4-monooxygenase cytochrome P450 53 bphA-Aspergillus niger	join(800821..801119,801200..802454)	Aspergillus niger	4983886
An09g03510	CDS	An09g03510	NT_166525.1	803182	805982	R	Function: Leu3p of S. cerevisiae is a dual-function regulator, stimulating transcription when the inducer alpha-isopropylmalate (alpha-IPM) is present and suppressing transcription when the inducer is absent.; Remark: yeast zinc cluster proteins form a major class of yeast transcriptional regulators. they usually bind as homodimers to target DNA sequences, with each monomer recognizing a CGG triplet. orientation and spacing between the CGG triplet specifies the recognition sequence for a given zinc cluster protein. Leu3p of S. cerevisiae also recognizes CGG triplets, but when oriented in opposite direction, an everted repeat.; Similarity: Leu3p of S. cerevisiae belongs to the family of Zn(II)2Cys6 proteins.; Title: strong similarity to leucine-specific regulatory protein Leu3 - Saccharomyces cerevisiae; nucleus; See PMID 8428928; See PMID 8706857; See PMID 9660826; See PMID 10383402; uncharacterized protein	complement(join(803182..803437,803476..804232,804284..804543,804592..805035,805090..805425,805487..805593,805683..805740,805828..805982))	Aspergillus niger	4983887
An09g03520	CDS	An09g03520	NT_166525.1	806987	807823	D	hypothetical protein	join(806987..807094,807226..807297,807354..807525,807723..807823)	Aspergillus niger	84592011
An09g03530	CDS	An09g03530	NT_166525.1	808024	808725	D	Title: strong similarity to hypothetical protein EAA62175.1 - Aspergillus nidulans; uncharacterized protein	join(808024..808165,808220..808338,808407..808616,808687..808725)	Aspergillus niger	4983889
An09g03540	CDS	An09g03540	NT_166525.1	809100	809483	D	hypothetical protein	809100..809483	Aspergillus niger	84592012
An09g03550	CDS	An09g03550	NT_166525.1	810000	810644	D	hypothetical protein	join(810000..810056,810152..810307,810438..810644)	Aspergillus niger	84592013
An09g03560	CDS	An09g03560	NT_166525.1	810991	811531	D	Similarity: the predicted A. niger protein is similar to several conserved microbial hypothetical proteins.; Title: similarity to hypothetical protein CC3092 -Caulobacter crescentus; uncharacterized protein	join(810991..811111,811188..811396,811451..811531)	Aspergillus niger	4983892
An09g03570	CDS	An09g03570	NT_166525.1	812079	814028	D	Catalytic activity: citA of S. coelicolor catalyses the reaction citrate + CoA = acetyl-CoA + H(2)O + oxaloacetate.; Remark: a citA mutant of S. coelicolor was a glutamate auxotroph, indicating that citA encoded the major citrate synthase allowing flow of acetyl-CoA into the tricarboxylic acid (TCA) cycle. interruption of aerobic TCA cycle-based metabolism resulted in acidification of the medium and defects in morphological differentiation and antibiotic biosynthesis.; Similarity: the predicted A. niger protein is similar to several plant and microbial citrate synthases.; Title: similarity to citrate synthase citA -Streptomyces coelicolor; See PMID 11325948; uncharacterized protein	join(812079..812215,812368..812511,812619..812870,813071..813255,813340..813438,813489..813561,813857..814028)	Aspergillus niger	84592014
An09g03580	CDS	An09g03580	NT_166525.1	814670	815637	D	Similarity: similarity of the predicted A. niger protein to various protein sequences is due to low complexity sequences.; hypothetical protein	join(814670..814807,814873..814908,814988..815218,815281..815637)	Aspergillus niger	84592015
An09g03590	CDS	An09g03590	NT_166525.1	815720	816400	R	hypothetical protein	complement(join(<815720..815843,815884..815952,816039..816126,816292..816400))	Aspergillus niger	84592016
An09g03600	CDS	An09g03600	NT_166525.1	816712	818279	D	Function: AflR in A. flavus is required for the expression of the nor1 and ver1 genes.; Pathway: AflR in A. flavus is involved in the regulation of aflatoxin biosynthesis.; Similarity: AflR of A. flavus encodes a putative transcription factor containing a Zn(2)-Cys(6) fungal-type binuclear cluster domain.; Similarity: the homology is limited to the N-terminus containing the Zn(2)-Cys(6) fungal-type binuclear cluster domain.; Title: similarity to aflatoxin biosynthesis regulator aflR - Aspergillus flavus; See PMID 8074521; uncharacterized protein	join(816712..817192,817249..818279)	Aspergillus niger	4983896
An09g03610	CDS	An09g03610	NT_166525.1	818605	819352	R	hypothetical protein	complement(join(818605..818687,818750..818912,819068..819352))	Aspergillus niger	84592017
An09g03620	CDS	An09g03620	NT_166525.1	819957	820592	R	Similarity: the predicted A. niger protein shows similarity to several conserved microbial hypothetical proteins.; Title: similarity to hypothetical protein aq_1250 -Aquifex aeolicus; uncharacterized protein	complement(819957..820592)	Aspergillus niger	4983898
An09g03630	CDS	An09g03630	NT_166525.1	821370	823284	D	Remark: Aut4p of S. cerevisiae is involved in autophagocytosis, a degradative transport pathway that delivers cytosolic proteins to the lysosome (vacuole). aut4-deleted cells show a partial reduction in total protein breakdown during nitrogen starvation.; Remark: a biologically active fusion protein of Aut4p and the green fluorescent protein is visualized at the vacuolar membrane and in punctate structures attached to the vacuole.; Similarity: the predicted A. niger protein is similar to Aut4p of S. cerevisiae which has limited homology to permeases.; Title: strong similarity to hypothetical protein Aut4 - Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 11058089; uncharacterized protein	join(821370..821529,821589..821858,821912..823284)	Aspergillus niger	4983899
An09g03640	CDS	An09g03640	NT_166525.1	823645	825415	R	Function: NPL1 of A. thaliana is a light-dependent autophosphorylating serine/threonine protein kinase that mediates the avoidance response of chloroplasts to high-intensity blue light.; Remark: A. thaliana NPL1, like A. thaliana NPH1,noncovalently binds the chromophore flavin mononucleotide (FMN) within two specialized PAS domains, termed LOV domains.; Similarity: the predicted A. niger protein is similar to plant blue light receptors (nonphototropic hypocotyl 1 (NPH1) and NPH-like 1 (NPL1)).; Title: similarity to non phototropic hypocotyl 1-like serine/threonine protein kinase NPL1 - Arabidopsis thaliana; See PMID 11251116; See PMID 11309623; See PMID 11371609; uncharacterized protein	complement(join(823645..823674,823816..824242,824297..824447,824518..825415))	Aspergillus niger	4983900
An09g03650	CDS	An09g03650	NT_166525.1	825921	826654	R	Title: weak similarity to hypothetical protein Ta0309 - Thermoplasma acidophilum; uncharacterized protein	complement(join(825921..826325,826394..826654))	Aspergillus niger	4983901
An09g03660	CDS	An09g03660	NT_166525.1	827664	829461	R	Function: translocation of neutral aliphatic and aromatic amino acids across the plasma membrane of the ascomycete Neurospora crassa requires a functional gene product of the mtr locus.; Remark: the N. crassa mtr gene product is covered by patent WO9521263-A1 (AC# AAR79909).; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; plasma membrane; See PMID 2843424; See PMID 8001794; See PMID 1838345; uncharacterized protein	complement(join(827664..827674,827777..827880,827930..827949,828178..829461))	Aspergillus niger	4983902
An09g03680	CDS	An09g03680	NT_166525.1	830717	832058	D	hypothetical protein	join(830717..830842,830928..831029,831070..831410,831537..831726,831912..832058)	Aspergillus niger	84592018
An09g03690	CDS	An09g03690	NT_166525.1	832743	833923	R	hypothetical protein	complement(join(832743..832859,832934..833077,833267..833349,833438..833534,833816..833923))	Aspergillus niger	84592019
An09g03700	CDS	An09g03700	NT_166525.1	834463	836352	R	Title: similarity to hypothetical protein C09F12.2 -Caenorhabditis elegans; uncharacterized protein	complement(join(834463..835385,835561..835795,835849..836352))	Aspergillus niger	4983905
An09g03710	CDS	An09g03710	NT_166525.1	837773	838891	R	Similarity: weak similarity to C2H2 zinc finger protein Zas1A S. pombe.; Title: weak similarity to hypothetical protein encoded by An14g01970 - Aspergillus niger; uncharacterized protein	complement(join(837773..838449,838495..838891))	Aspergillus niger	4983906
An09g03720	CDS	An09g03720	NT_166525.1	839403	840311	D	Title: similarity to actVA-ORF4-like protein A-ORFP from patent WO9911793-A1 - Homo sapiens; uncharacterized protein	839403..840311	Aspergillus niger	4983907
An09g03730	CDS	An09g03730	NT_166525.1	840607	842975	R	Induction: the E. coli aidB dehydrogenase is induced by alkylating agents.; Similarity: the E. coli aidB dehydrogenase belongs to the acyl-CoA dehydrogenase family.; Title: strong similarity to acyl CoA dehydrogenase aidB - Escherichia coli; See PMID 7713936; uncharacterized protein	complement(join(840607..842618,842969..842975))	Aspergillus niger	4983908
An09g03740	CDS	An09g03740	NT_166525.1	843537	844472	D	Similarity: weak similarities to phosphoesterases (EC 3. 1. -. -).; Title: strong similarity to hypothetical protein 239AB - Homo sapiens; uncharacterized protein	843537..844472	Aspergillus niger	4983909
An09g03750	CDS	An09g03750	NT_166525.1	844913	847975	R	Similarity: similarities correspond to multiple serine and threonine repeats.; Title: weak similarity to hypothetical fibroin 3 -Plectreurys tristis; uncharacterized protein	complement(join(844913..845508,845568..845772,845825..845879,845936..846200,846261..846378,846432..846549,846600..846727,846785..846864,846920..847047,847103..847209,847263..847358,847407..847421,847469..847556,847606..847774,847825..847975))	Aspergillus niger	4983910
An09g03760	CDS	An09g03760	NT_166525.1	849956	852085	R	Catalytic activity: Triacylglycerol + H2O = Diacylglycerol + a Carboxylate; Diacylglycerol + H2O = Monoacylglycerol + a Carboxylate.; Function: the lip I lipase of G. candidum hydrolyzes triacylglycerols into fatty acids and glycerol.; Remark: different G. candidum strains produce different isoforms of extracellular lipases I + II,diverging in substrate specifity.; Title: strong similarity to triacylglycerol lipase lipI - Geotrichum candidum; See PMID 2341377; See PMID 7578238; See PMID 8306978; See PMID 8370674; uncharacterized protein	complement(join(849956..851009,851061..851154,851209..851253,851304..851387,851438..851554,851614..852085))	Aspergillus niger	10098221
An09g03770	CDS	An09g03770	NT_166525.1	853609	854379	R	hypothetical protein	complement(853609..854379)	Aspergillus niger	4983912
An09g03780	CDS	pepD	NT_166525.1	856630	858033	D	Catalytic activity: hydrolysis of proteins with broad specificity for peptide bonds, and a preference for a large uncharged residue in P1; hydrolyses peptide amides.; Gene-ID: pepD; Mapping: pepD from A. niger is mapped to chromosome I (LG I); see list from DSM, PUBMED 9309173.; Remark: engineered A. niger mutants which are unable to produce functional PEPD can be used for increased recombinant production of heterologous proteins.; Remark: mutant subtilisin-type serine protease derived from Aspergillus niger - used to transform hosts to confer reduced protease activity, for improved yields in protein expression.; Remark: the reduced identity is due to the use of low complexity filter in the calculation of BLAST similarities.; vacuole; subtilisin-like serine protease pepD-Aspergillus niger	join(856630..856953,857005..857449,857497..857585,857641..858033)	Aspergillus niger	4983913
An09g03790	CDS	An09g03790	NT_166525.1	858660	860798	D	Remark: disruption of FLU1 in C. albicans had only a slight effect on fluconazole susceptibility but resulted in hypersusceptibility to mycophenolic acid.; Remark: expression of FLU1 in C. albicans YKKB-13 mutants, lacking the ABC transporter gene PDR5, mediated resistance to fluconazole and also to cycloheximide.; Similarity: belongs to the multidrug efflux transporter family.; Similarity: no similarity in N-terminus.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 8585712; See PMID 9124851; See PMID 11065353; uncharacterized protein	join(858660..858847,858940..858961,859009..859082,859133..859462,859517..860329,860544..860570,860618..860798)	Aspergillus niger	4983914
An09g03800	CDS	An09g03800	NT_166525.1	862045	863428	R	Remark: other uses include peptide hydrolysis, waste treatment and cleavage of fusion proteins.; Remark: the B. subtilis hydrolase YQJL as well as other recombinant hydrolases from gram-positive bacteria are useful in cleaning (e. g. detergent) or textile treatment compositions, and in animal feeds.; Title: strong similarity to hydrolase protein YQJL from patent WO9927081-A2 - Bacillus subtilis; uncharacterized protein	complement(join(862045..862154,862233..862509,862576..863060,863371..863428))	Aspergillus niger	4983915
An09g03810	CDS	An09g03810	NT_166525.1	864645	866214	D	Remark: disruption of FLU1 in C. albicans had only a slight effect on fluconazole susceptibility but resulted in hypersusceptibility to mycophenolic acid.; Remark: expression of FLU1 in C. albicans YKKB-13 mutants, lacking the ABC transporter gene PDR5, mediated resistance to fluconazole and also to cycloheximide.; Similarity: belongs to the multidrug efflux transporter family.; Similarity: no similarity to N-terminus of C. albicans FLU1.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 8585712; See PMID 9124851; See PMID 11065353; uncharacterized protein	join(864645..864940,865024..866042,866078..866214)	Aspergillus niger	4983916
An09g03820	CDS	An09g03820	NT_166525.1	866322	868411	R	Remark: mutational evidence suggests that the tamA gene has a positive role together with areA in regulating the expression of genes subject to nitrogen metabolite repression.; Remark: the A. nidulans tamA sequence shares significant homology with the UGA35/DAL81/DURL gene of S. cerevisiae.; Similarity: contains Zn-cluster domain generally involved in DNA-binding.; Title: strong similarity to nitrogen regulatory protein tamA - Aspergillus nidulans; See PMID 8655534; See PMID 10079333; See PMID 10471703; uncharacterized protein	complement(join(866322..867198,867250..867687,867717..868411))	Aspergillus niger	4983917
An09g03830	CDS	An09g03830	NT_166525.1	868689	870017	D	Catalytic activity: 2,2-dialkylglycine + pyruvate = dialkyl ketone + CO(2) + L-alanine.; Cofactor: pyridoxal phosphate.; Complex: homotetramer.; Remark: the dialkylglycine decarboxylase catalyzes both decarboxylation and amino transfer.; Similarity: belongs to the class-III of pyridoxal-phosphate-dependent aminotransferases.; Title: strong similarity to 2,2-dialkylglycine decarboxylase structural protein dgdA - Pseudomonas cepacia; cytoplasm; uncharacterized protein	868689..870017	Aspergillus niger	4983918
An09g03840	CDS	An09g03840	NT_166525.1	870406	871560	R	Title: strong similarity to hypothetical 65.9 kd protein SPAC31A2.12 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(870406..870858,870919..871240,871296..871439,871493..871560))	Aspergillus niger	84592020
An09g03850	CDS	An09g03850	NT_166525.1	872760	874799	R	Similarity: similarity corresponds only to a central region of ORF2706 from H. sapiens; Title: similarity to ORFX ORF2706 polypeptide from patent WO200058473-A2 - Homo sapiens; uncharacterized protein	complement(872760..874799)	Aspergillus niger	4983920
An09g03860	CDS	An09g03860	NT_166525.1	875973	876770	D	Title: similarity to calcium binding protein P22 -Gallus gallus; centrosome; See PMID 7769011; uncharacterized protein	join(875973..876042,876105..876182,876253..876770)	Aspergillus niger	4983921
An09g03870	CDS	An09g03870	NT_166525.1	877279	879766	D	Catalytic activity: Citrate = cis-aconitate + H(2)O,also converts isocitrate into cis-aconitate.; Complex: monomer.; Function: required for growth on non-fermentable carbon sources and for biosynthesis of glutamate.; Localization: mitochondrial and extramitochondrial.; Pathway: tricarboxylic acid cycle.; Remark: Aconitase has an active (4Fe-4S) and an inactive (3Fe-4S) forms.; Remark: the active (4Fe-4S) cluster is part of the catalytic site that interconverts citrate, cis-aconitase and iso-citrate.; Similarity: belongs to the aconitase/IPM isomerase family.; Title: strong similarity to mitochondrial aconitase hydroxylase Aco1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1972545; uncharacterized protein	join(877279..877323,877394..879766)	Aspergillus niger	4983922
An09g03880	CDS	An09g03880	NT_166525.1	880057	882573	R	Similarity: similarities correspond to multiple threonine and proline residues.; Title: weak similarity to hypothetical polythreonine protein AAB61262.1 - Cryptosporidium parvum; uncharacterized protein	complement(join(880057..880191,880261..880614,880677..880886,880921..880958,881033..881911,881967..882094,882157..882305,882367..882573))	Aspergillus niger	4983923
An09g03890	CDS	An09g03890	NT_166525.1	882946	884191	R	Similarity: no similarity in N-terminus.; Title: strong similarity to hydroxic acid dehydrogenase-like protein from patent DE19912706-A1 -Staphylococcus aureus; uncharacterized protein	complement(join(882946..883164,883219..883500,883550..883632,883684..883800,883847..883961,884012..884191))	Aspergillus niger	4983924
An09g03900	CDS	An09g03900	NT_166525.1	884644	885921	D	Catalytic activity: L-iditol + NAD(+) = L-sorbose + NADH, also acts on D-glucitol (giving D-fructose) and other closely related sugar alcohols.; Cofactor: Zn2+.; Complex: homotetramer.; Function: also catalyzes the oxidation by NAD+ of sorbitol to fructose.; Similarity: belongs to the Zinc-containing alcohole-dehydrogenase-family.; Title: strong similarity to L-iditol-2 dehydrogenase SORD - Homo sapiens; uncharacterized protein	join(884644..884709,884770..885921)	Aspergillus niger	4983925
An09g03910	CDS	An09g03910	NT_166525.1	886659	887723	R	Similarity: weak similarity to C-terminus of cotransporter protein SNST1 patent US5410031-A -Oryctolagus cuniculus.; hypothetical protein	complement(join(886659..886877,886967..887124,887417..887723))	Aspergillus niger	84592021
An09g03920	CDS	An09g03920	NT_166525.1	888043	889670	R	Function: hydration and nonoxidative cleavage of feruloyl-SCoA to vanillin and acetyl-SCoA.; Title: strong similarity to p-hydroxycinnamoyl CoA hydratase/lyase vdh - Pseudomonas fluorescens; See PMID 9461612; See PMID 10543794; uncharacterized protein	complement(join(888043..888187,888246..888691,888746..889139,889198..889670))	Aspergillus niger	4983927
An09g03930	CDS	An09g03930	NT_166525.1	889991	891267	D	Function: the product of the pathogenicity gene Pth11p protein of M. grisea required for initiation of infection structure formation; Remark: the Pth11p protein of M. grisea can activate appressorium differentiation in response to inductive substrate cues.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(889991..890177,890232..890302,890372..890745,890775..891267)	Aspergillus niger	4983928
An09g03940	CDS	An09g03940	NT_166525.1	892616	893894	D	Function: the homologous gene Ilv-2 of N. crassa encodes alpha-keto-beta-hydroxylacyl reductoisomerase,required for the synthesis of isoleucine and valine.; Title: strong similarity to ketol-acid reductoisomerase ilv-2 - Neurospora crassa; uncharacterized protein	join(892616..893793,893867..893894)	Aspergillus niger	4983929
An09g03950	CDS	An09g03950	NT_166525.1	894420	895909	R	Catalytic activity: ATP + L-Tryptophan + tRNA(Trp) = AMP + Pyrophosphate + L-Tryptophanyl-tRNA(Trp).; Title: strong similarity to cytosolic tryptophan--tRNA ligase Wrs1 - Saccharomyces cerevisiae; cytoplasm; See PMID 9046085; uncharacterized protein	complement(join(894420..894782,894845..895169,895225..895722,895794..895909))	Aspergillus niger	4983930
An09g03960	CDS	An09g03960	NT_166525.1	896408	897614	D	Function: catalyzes L-serine to D-serine racemization.; Title: strong similarity to serine racemase - Mus musculus; uncharacterized protein	join(896408..896744,896818..897614)	Aspergillus niger	4983931
An09g03970	CDS	An09g03970	NT_166525.1	897938	899379	R	Remark: M. musculus XRCC2 protein is a highly conserved novel member of the recA/RAD51 recombination repair gene family, involved in high fidelity repair processes in mammals.; Similarity: similarity is restricted to the central region of M. musculus XRCC2 protein.; Title: similarity to recA/RAD51 family protein XRCC2 - Mus musculus; See PMID 9512535; See PMID 9628903; uncharacterized protein	complement(join(897938..897995,898034..898908,899095..899379))	Aspergillus niger	4983932
An09g03980	CDS	An09g03980	NT_166525.1	900044	901163	R	Function: the prodos protein of D. melanogaster is a transcriptional coactivator that associates with a member of the general transcription factor TFIID.; Title: similarity to prodos protein prod -Drosophila melanogaster; See PMID 11134347; uncharacterized protein	complement(join(900044..900831,900893..901163))	Aspergillus niger	4983933
An09g03990	CDS	An09g03990	NT_166525.1	901640	902172	D	Catalytic activity: 4 ferrocytochrome c + O(2) = 4 ferricytochrome c + 2 H(2)O.; Function: the small integral protein COX9 plays a role in holoenzyme assembly or stability of cytochrome c oxidase (respirarory chain complex).; Localization: mitochondrial inner membrane.; Title: similarity to subunit VIIa of cytochrome c oxidase Cox9 - Saccharomyces cerevisiae; localisation:mitochondrion; uncharacterized protein	join(901640..901666,901767..901809,901960..901995,902093..902172)	Aspergillus niger	4983934
An09g04000	CDS	An09g04000	NT_166525.1	902812	903337	R	Catalytic activity: hUbc12 of H sapiens catalyses ATP + ubiquitin + protein lysine <=> AMP + diphosphate + protein N-ubiquityllysine.; Function: ubiquitin-conjugating enzymes (UBC or E2 enzymes) catalyze the covalent attachment of ubiquitin to target proteins.; Similarity: additionally, the ORF shows similarity to human NCE-1 protein of patent WO9932624-A1.; Title: strong similarity to ubiquitin conjugating enzyme hUbc12 - Homo sapiens; uncharacterized protein	complement(join(902812..902964,903077..903337))	Aspergillus niger	4983935
An09g04010	CDS	An09g04010	NT_166525.1	904461	907538	R	Catalytic activity: UDP-N-acetyl-D-glucosamine + [1,4-(N-Acetyl-beta-D-glucosaminyl)]n = UDP + [1,4-(N-Acetyl-beta-D-glucosaminyl)]n+1.; Pathway: aminosugars metabolism.; Phenotype: disruption of chsC in A. fumigatus leads to no phenotype, however, disruption of of chsC together with chsG (another class III chitin synthase) leads to reduced colony radial growth rate and chitin synthase activity, the fungi conidiate poorly and produce highly branched hyphae.; Remark: chsC of A. fumigatus is a class III chitin synthase.; Title: strong similarity to chitin synthase C chsC -Aspergillus fumigatus; See PMID 8736545; See PMID 10731706; uncharacterized protein	complement(join(904461..904598,904667..905496,905564..906410,906462..906823,906888..907368,907452..907538))	Aspergillus niger	4983936
An09g04020	CDS	An09g04020	NT_166525.1	910036	910741	R	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	complement(join(910036..910245,910502..910525,910595..910741))	Aspergillus niger	84592022
An09g04030	CDS	An09g04030	NT_166525.1	912653	913555	D	Title: weak similarity to hypothetical protein encoded by An01g10470 - Aspergillus niger; uncharacterized protein	912653..913555	Aspergillus niger	4983938
An09g04040	CDS	An09g04040	NT_166525.1	915220	916366	R	hypothetical protein	complement(join(915220..915308,915345..915414,915492..915548,915602..915657,915730..915967,916058..916102,916180..916224,916328..916366))	Aspergillus niger	84592023
An09g04050	CDS	An09g04050	NT_166525.1	916394	917753	D	Title: strong similarity to hypothetical OPY2 like protein CAD21287.1 - Neurospora crassa; uncharacterized protein	join(916394..916430,916489..917753)	Aspergillus niger	4983940
An09g04060	CDS	An09g04060	NT_166525.1	918211	920255	R	Similarity: the predicted A. niger protein shows similarity to several hypothetical Zn(2)-Cys(6) zinc-finger proteins.; Title: strong similarity to hypothetical conserved protein 17E5.150 - Neurospora crassa; uncharacterized protein	complement(join(918211..919185,919246..919437,919491..920025,920155..920255))	Aspergillus niger	4983941
An09g04070	CDS	An09g04070	NT_166525.1	920696	921805	D	Catalytic activity: 2, 5-diketo-D-gluconate reductase of E. coli catalyses the reduction of 2,5-diketo-D-gluconate to 2-keto-L-gulonate.; Remark: 2,5-diketo-D-gluconate reductase of E. coli is active with NADPH as a preferred electron donor.; Similarity: the predicted A. niger protein shows strong similarity to 2,5-diketo-D-gluconate reductase (yqhE) from E. coli and many other oxidoreductases.; Title: strong similarity to 2,5-diketo-D-gluconate reductase yqhE - Escherichia coli; See PMID 10427017; uncharacterized protein	join(920696..920770,920856..920945,921000..921181,921235..921604,921653..921805)	Aspergillus niger	4983942
An09g04080	CDS	An09g04080	NT_166525.1	922046	923004	D	Catalytic activity: gamma-glutamylcysteine synthetase of R. norvegicus catalyses the reaction ATP + L-glutamate + L-cysteine = ADP + orthophosphate + gamma-L-glutamyl-L-cysteine.; Complex: functional gamma-glutamylcysteine synthetase of R. norvegicus consists of one light subunit and one heavy subunit.; Pathway: gamma-glutamylcysteine synthetase catalyses the first step of glutathione (GSH) synthesis. the enzyme is also involved in glutamate metabolism.; Remark: gamma-glutamylcysteine synthetase can use L-aminohexanoate in place of glutamate.; Similarity: the predicted A. niger protein shows strong similarity to gamma-glutamylcysteine synthetase light chain from R. norvegicus and from other species.; Title: strong similarity to gamma-glutamylcysteine synthase light chain - Rattus norvegicus; See PMID 8104188; uncharacterized protein	join(922046..922068,922116..923004)	Aspergillus niger	4983943
An09g04090	CDS	An09g04090	NT_166525.1	923202	924110	R	Similarity: best blastp matches in the patent database are protein kinases.; Title: strong similarity to hypothetical protein mNori-2 - Mus musculus; uncharacterized protein	complement(join(923202..923623,923789..924110))	Aspergillus niger	4983944
An09g04100	CDS	An09g04100	NT_166525.1	924541	928982	R	Catalytic activity: n nucleoside triphosphate = n pyrophosphate + RNA(n).; Function: DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates.; Remark: RPO31 of S. cerevisiae is also known as RPC1, RPC160 and YOR116C.; Title: strong similarity to 160 kD subunit of DNA-directed RNA polymerase III Rpo31 - Saccharomyces cerevisiae; nucleus; See PMID 3021184; See PMID 3896517; uncharacterized protein	complement(join(924541..928798,928888..928982))	Aspergillus niger	4983945
An09g04110	CDS	An09g04110	NT_166525.1	929442	931500	R	Remark: LepA of E. coli is a membrane-bound GTP-binding protein.; Remark: the sequence of yeast Guf1p is almost identical with the sequence given in patent # US5674996-A (yeast checkpoint control protein MEC3, acc. # AAW26665) . the sequence in this patent is different from the sequence of public S. cerevisiae MEC3.; Remark: yeast GUF1 (GTPase of Unknown Function) is located in a region of chromosome IV adjacent to the checkpoint gene MEC3.; Similarity: the predicted A. niger protein shows strong similarity to lepA from E. coli, which belongs to the family of elongation factor-type GTP-binding proteins. these proteins are highly conserved in procaryotes and eucaryotes.; Title: strong similarity to GTP-binding protein lepA - Escherichia coli; See PMID 2999765; uncharacterized protein	complement(join(929442..930705,930764..931500))	Aspergillus niger	4983946
An09g04120	CDS	An09g04120	NT_166525.1	931766	932806	D	Function: feedback control that prevents cells with incompletely assembled spindles from leaving mitosis; Title: strong similarity to spindle checkpoint protein Mad2 - Saccharomyces cerevisiae; See PMID 1651172; uncharacterized protein	join(931766..931814,931864..931889,931943..931968,932020..932058,932111..932139,932190..932343,932515..932806)	Aspergillus niger	4983947
An09g04130	CDS	An09g04130	NT_166525.1	932972	934101	R	Title: strong similarity to hypothetical protein 12F11.190 - Neurospora crassa; uncharacterized protein	complement(join(932972..933496,933600..933651,933806..933913,934007..934101))	Aspergillus niger	4983948
An09g04140	CDS	An09g04140	NT_166525.1	934806	936866	R	Title: similarity to hypothetical protein encoded by gene 51 - Murid herpesvirus 4; uncharacterized protein	complement(join(934806..934898,934951..935541,935592..935833,935894..936285,936340..936866))	Aspergillus niger	84592024
An09g04150	CDS	An09g04150	NT_166525.1	937023	939107	R	Title: strong similarity to hypothetical transcriptional activator ptaA - Aspergillus nidulans; See PMID 11309119; uncharacterized protein	complement(join(937023..937969,938020..938195,938256..938395,938481..939107))	Aspergillus niger	4983950
An09g04160	CDS	An09g04160	NT_166525.1	939680	940042	D	hypothetical protein	939680..940042	Aspergillus niger	84592025
An09g04170	CDS	An09g04170	NT_166525.1	940815	943120	D	Complex: SLY1 of S. cerevisiae binds to Sed5.; Function: SLY1 of S. cerevisiae is essential and has a role in vesicular trafficking from the endoplasmic reticulum to the Golgi apparatus.; Remark: SLY1 of S. cerevisiae is also known as YDR189W.; Similarity: belongs to the STXBP/UNC-18/SEC1 family.; Title: strong similarity to protein Sly1 -Saccharomyces cerevisiae; See PMID 9271199; See PMID 11481671; See PMID 1990290; uncharacterized protein	join(940815..940854,940918..941134,941206..941588,941643..943120)	Aspergillus niger	4983952
An09g04180	CDS	An09g04180	NT_166525.1	943545	944741	R	Function: STE2 of S. cerevisiae has a role in transmitting mating pheromone to the G protein thereby activating it, which leads to growth arrest in G1 and the subsequent induction of mating genes.; Localization: STE2 of S. cerevisiae is an integral membrane protein.; Phenotype: a N388S mutation in STE2 of S. cerevisiae leads to a reduction in growth arrest after phermone treatment and impaired mating competence.; Remark: STE2 of S. cerevisiae is also known as YFL026W.; Similarity: belongs to family 4 of G-protein coupled receptors; Title: similarity to pheromone alpha-factor receptor Ste2 - Saccharomyces cerevisiae; See PMID 2839507; See PMID 3001640; See PMID 1128714; uncharacterized protein	complement(join(943545..943939,944000..944741))	Aspergillus niger	4983953
An09g04190	CDS	An09g04190	NT_166525.1	945987	948119	D	Title: weak similarity to tumor susceptibility protein tsg101 - Mus musculus; uncharacterized protein	join(945987..946250,946303..946411,946476..946714,946770..948119)	Aspergillus niger	4983954
An09g04200	CDS	An09g04200	NT_166525.1	948404	949080	R	hypothetical protein	complement(join(948404..948409,948594..948900,948959..949080))	Aspergillus niger	4983955
An09g04210	CDS	An09g04210	NT_166525.1	950269	951346	D	Title: weak similarity to hypothetical protein encoded by An15g01210 - Aspergillus niger; uncharacterized protein	join(950269..950442,950511..951135,951243..951346)	Aspergillus niger	4983956
An09g04230	CDS	An09g04230	NT_166525.1	952105	953623	D	Remark: the encoded protein shows similarities to protein kinases from other organisms.; Title: similarity to protein kinase STY - Mus musculus; See PMID 7665564; See PMID 8617202; See PMID 1825055; See PMID 1986248; uncharacterized protein	join(952105..952319,952449..952783,952845..953149,953205..953388,953430..953623)	Aspergillus niger	4983958
An09g04240	CDS	An09g04240	NT_166525.1	953924	954563	R	Title: similarity to hypothetical protein CAD37005.1 - Neurospora crassa; uncharacterized protein	complement(join(953924..954325,954423..954563))	Aspergillus niger	4983959
An09g04250	CDS	An09g04250	NT_166525.1	955058	956575	R	Catalytic activity: murine indoleamine 2,3-dioxygenase catalyses the reaction L-tryptophan + O2 = N-formylkynurenine.; Cofactor: murine indoleamine 2,3-dioxygenase requires heme as a cofactor.; Pathway: murine indoleamine 2,3-dioxygenase is involved in tryptophan catabolism.; Remark: indoleamine 2,3-dioxygenase acts on many substituted and unsubstituted indoleamines, including melatonin.; Similarity: the predicted A. niger protein shows strong similarity to murine indoleamine 2,3-dioxygenase,orthologues in other vertebrate species, the hypothetical yeast protein YJR078w and heme binding invertebrate myoglobins.; Title: strong similarity to indoleamine 2,3-dioxygenase IDO - Mus musculus; uncharacterized protein	complement(join(955058..956233,956285..956575))	Aspergillus niger	4983960
An09g04260	CDS	An09g04260	NT_166525.1	956718	957419	R	hypothetical protein	complement(join(956718..956933,956995..957301,957349..957419))	Aspergillus niger	84592026
An09g04270	CDS	An09g04270	NT_166525.1	957559	958214	D	hypothetical protein	join(957559..957683,957773..957878,958021..958081,958165..958214)	Aspergillus niger	84592027
An09g04280	CDS	An09g04280	NT_166525.1	958608	960389	R	Function: involved in tRNA-processing; Similarity: belongs to class-V of pyridoxal-phosphate-dependent aminotransferases; Similarity: strong, to nifs from nitrogen fixing bacteria; Title: strong similarity to tRNA splicing protein SPL1 - Candida maltosa; See PMID 8444805; See PMID 9544248; uncharacterized protein	complement(join(958608..959030,959265..960389))	Aspergillus niger	4983963
An09g04290	CDS	An09g04290	NT_166525.1	960707	961504	R	hypothetical protein	complement(join(960707..960992,961045..961157,961252..961287,961454..961504))	Aspergillus niger	84592028
An09g04300	CDS	An09g04300	NT_166525.1	961792	963131	D	Function: RVS167 from S. cerevisiae is involved in cortical actin cytoskeleton organization.; Similarity: the predicted A. niger protein shows strong similarity to RVS167 from S. cerevisiae, which is a homologue of higher eukaryotes' amphiphysins. the yeast RVS167 gene product displays significant homology with the yeast Rvs161 protein and contains a SH3 domain at the C-terminal end.; Title: strong similarity to protein involved in actin distribution and bipolar budding Rsv167 -Saccharomyces cerevisiae; cytoskeleton; See PMID 8336735; See PMID 10393809; See PMID 10992286; uncharacterized protein	join(961792..961975,962038..963131)	Aspergillus niger	4983965
An09g04310	CDS	An09g04310	NT_166525.1	964261	965193	R	hypothetical protein	complement(join(964261..964288,964342..964783,964878..965193))	Aspergillus niger	84592029
An09g04330	CDS	An09g04330	NT_166525.1	965436	967455	D	Title: weak similarity to pro-phenol oxidase subunit 1 proPO-p1 - Anopheles gambiae; uncharacterized protein	join(965436..965915,966018..966339,966716..966759,966962..967066,967138..967455)	Aspergillus niger	84592030
An09g04335	CDS	An09g04335	NT_166525.1	969014	969482	D	Remark: the ORF is truncated due to a transposon insertion.; hypothetical protein [truncated ORF]	join(969014..969364,969432..969482)	Aspergillus niger	4983968
An09g04350	CDS	An09g04350	NT_166525.1	969656	970864	R	Remark: the ORF encoded protein probably does not belong to the genome of A. niger, it is identical with the transposase of insertion sequence IS10 from Escherichia coli. This sequence could be inserted during subcloning or sequencing of the A. niger DNA.; Title: strong similarity to transposase of insertion sequence IS10 - Escherichia coli [putative cloning actefact]; See PMID 8132525; uncharacterized protein	complement(969656..970864)	Aspergillus niger	84592031
An09g04360	CDS	An09g04360	NT_166525.1	971922	972390	D	Title: weak similarity to hypothetical protein SPy1903 - Streptococcus pyogenes; uncharacterized protein	join(971922..972272,972340..972390)	Aspergillus niger	4983970
An09g04370	CDS	An09g04370	NT_166525.1	972544	973446	R	Similarity: the N-terminal third of the predicted protein has no similarity to Rv0276 of M. tuberculosis.; Title: similarity to hypothetical protein Rv0276 -Mycobacterium tuberculosis; uncharacterized protein	complement(972544..973446)	Aspergillus niger	4983971
An09g04380	CDS	An09g04380	NT_166525.1	974218	975712	D	Title: weak similarity to hypothetical protein yqjA - Bacillus subtilis; uncharacterized protein	join(974218..974453,974518..974939,975002..975126,975179..975712)	Aspergillus niger	4983972
An09g04390	CDS	An09g04390	NT_166525.1	976108	977585	D	Catalytic activity: salicylate + NADH + H(+) + O2 = catechol + NAD(+) + H2O + CO2.; Cofactor: salicylate hydroxylase of P. putida is a flavoprotein (FAD).; Function: salicylate hydroxylase of P. putida catalyzes the decarboxylative hydroxylation of salicylate.; Induction: salicylate hydroxylase of P. putida isinduced by salicylate.; Pathway: salicylate hydroxylase of P. putida is involved in the lower napthalene catabolic pathway which involves conversion of salicylate to lower amphibolic intermediates.; Title: strong similarity to salicylate hydroxylase sal - Pseudomonas putida; See PMID 7629025; See PMID 8695632; uncharacterized protein	join(976108..976591,976679..977039,977123..977585)	Aspergillus niger	4983973
An09g04410	CDS	An09g04410	NT_166525.1	978768	981540	R	Similarity: the N-terminal part of the predicted protein shows weak similarity to Neutrophil chemotactic factor 2-beta preform, patent JP08020600-A, of R. norvegicus, but the proteins have very different length.; hypothetical protein	complement(join(978768..978977,979087..979207,980020..980145,980241..980273,980357..980517,980594..980676,980752..980837,980941..981144,981244..981387,981485..981540))	Aspergillus niger	84592032
An09g04420	CDS	An09g04420	NT_166525.1	981709	982207	D	Title: questionable ORF; uncharacterized protein	join(981709..981711,981890..981943,982133..982207)	Aspergillus niger	84592033
An09g04430	CDS	An09g04430	NT_166525.1	983334	984928	D	hypothetical protein	join(983334..983534,983734..983782,983831..984208,984366..984529,984803..984928)	Aspergillus niger	84592034
An09g04440	CDS	An09g04440	NT_166525.1	985894	987939	R	Title: strong similarity to hypothetical protein CAD70771.1 - Neurospora crassa; uncharacterized protein	complement(join(985894..987723,987775..987939))	Aspergillus niger	4983978
An09g04450	CDS	An09g04450	NT_166525.1	988687	990183	R	Similarity: several BLASTP matches are due to the C-terminal low complexity region, especially to the poly-glycine stretch, and cannot be considered significant.; hypothetical protein	complement(join(988687..988790,988837..988983,989221..989397,989490..989566,989634..989734,989822..989927,990029..990183))	Aspergillus niger	84592035
An09g04460	CDS	An09g04460	NT_166525.1	991112	991797	D	hypothetical protein	join(991112..991366,991511..991667,991712..991797)	Aspergillus niger	84592036
An09g04470	CDS	An09g04470	NT_166525.1	992432	994017	D	Title: strong similarity to hypothetical protein YOR197w - Saccharomyces cerevisiae; uncharacterized protein	join(992432..992523,992584..992786,992842..993252,993300..993375,993424..993741,993801..994017)	Aspergillus niger	4983981
An09g04480	CDS	An09g04480	NT_166525.1	994304	995266	R	Title: questionable ORF; uncharacterized protein	complement(join(994304..994365,994407..994428,994512..994599,994631..994785,994868..994904,995128..995155,995257..995266))	Aspergillus niger	84592037
An09g04490	CDS	An09g04490	NT_166525.1	997018	997782	D	Title: questionable ORF; uncharacterized protein	join(997018..997048,997156..997221,997458..997615,997669..997782)	Aspergillus niger	84592038
An09g04500	CDS	An09g04500	NT_166525.1	998318	998567	R	hypothetical protein	complement(join(998318..998466,998492..998567))	Aspergillus niger	84592039
An09g04510	CDS	An09g04510	NT_166525.1	1000521	1003582	R	Similarity: a poly-alanine stretch in the N-terminal part of the predicted ORF produces some additional non-significant BLASTP matches.; Similarity: the weak similarity to GP protein of the Marburg virus involves only the N-terminal fifth of the predicted protein.; Title: weak similarity to protein GP - Marburg virus; See PMID 8495737; uncharacterized protein	complement(join(1000521..1000769,1000892..1000954,1001009..1001042,1001287..1001315,1001431..1001471,1001560..1001619,1001733..1001842,1002297..1002448,1002684..1002798,1003025..1003167,1003208..1003582))	Aspergillus niger	4983985
An09g04520	CDS	An09g04520	NT_166525.1	1004645	1005534	D	Title: strong similarity to hypothetical membrane protein YLR285w - Saccharomyces cerevisiae; uncharacterized protein	join(1004645..1004794,1004855..1005415,1005469..1005534)	Aspergillus niger	4983986
An09g04530	CDS	An09g04530	NT_166525.1	1005858	1007219	D	Function: KTI12 of S. cerevisiae is involved in resistance to K. lactis killer toxin, that causes cells to arrest in G1 phase.; Title: strong similarity to protein Kti12 -Saccharomyces cerevisiae; See PMID 8065362; See PMID 11296232; uncharacterized protein	join(1005858..1005863,1005912..1006256,1006419..1006571,1006662..1007219)	Aspergillus niger	4983987
An09g04540	CDS	An09g04540	NT_166525.1	1008567	1009479	R	Remark: N-terminally truncated ORF due to contig border.; Similarity: the similarities are mainly based on the zinc finger motifs.; Title: strong similarity to hypothetical protein EAA63983.1 - Aspergillus nidulans [truncated ORF]; uncharacterized protein	complement(join(1008567..1009200,1009253..>1009479))	Aspergillus niger	4983988
An09g04550	CDS	An09g04550	NT_166525.1	1009610	1010230	R	Remark: C-terminally truncated ORF due to contig border.; Title: weak similarity to protein phosphatase type 1 Gac1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 1310938; See PMID 1651919; uncharacterized protein	complement(<1009610..1010230)	Aspergillus niger	84592040
An09g04560	CDS	An09g04560	NT_166525.1	1011718	1012645	D	hypothetical protein	join(1011718..1011979,1012070..1012152,1012292..1012645)	Aspergillus niger	84592041
An09g04570	CDS	An09g04570	NT_166525.1	1014143	1015879	D	Similarity: very weak, local similarity to E. coli TraD, a cell-envelope protein with unknown function.; hypothetical protein	join(1014143..1014364,1014410..1015879)	Aspergillus niger	84592042
An09g04580	CDS	An09g04580	NT_166525.1	1016246	1017409	D	Catalytic activity: palmitoyl-protein thioesterase of R. norvegicus catalyzes the reaction: palmitoyl-protein + H2O = palmitate + protein.; Catalytic activity: palmitoyl-protein thioesterase of R. norvegicus is specific for long-chain thioesters of fatty acids; hydrolyses fatty acids from S-acylated cysteine residues in proteins, palmitoyl cysteine and palmitoyl-CoA.; Phenotype: a protein showing very strong similarity to palmitoyl-protein thioesterase of R. norvegicus was isolated in humans as the gene mutated in infantile neuronal ceroid lipofuscinosis, a severe neurodegenerative disorder, characterized by the accumulation of proteolipid storage material in brain and other tissues, suggesting that the disease is a consequence of abnormal catabolism of acylated proteins.; Title: strong similarity to palmitoyl-protein thioesterase - Rattus norvegicus; See PMID 7901201; See PMID 7916016; See PMID 8786130; uncharacterized protein	join(1016246..1017232,1017404..1017409)	Aspergillus niger	4983992
An09g04590	CDS	An09g04590	NT_166525.1	1018031	1021525	R	Similarity: the predicted ORF, in the same region,shows similarity to another protein patented under patentnumber EP0999284.; Similarity: the similarity to CaMR212 of C. albicans is limited to the C-terminal half of the predicted ORF.; Title: similarity to CaMR212 from patent WO200015838-A2 - Candida albicans; uncharacterized protein	complement(join(1018031..1021241,1021311..1021525))	Aspergillus niger	4983993
An09g04600	CDS	An09g04600	NT_166525.1	1022880	1023335	R	Function: the human pancreatic cancer antigens have cytostatic, neuroprotective, nootropic, immunomodulatory,relaxant, contraceptive, gynaecological, cardiant and antiinflammatory activities, and can be used in gene therapy.; Title: similarity to pancreatic cancer antigen protein sequence SEQ ID NO:464 from patent WO200055320-A1 -Homo sapiens; uncharacterized protein	complement(1022880..1023335)	Aspergillus niger	4983994
An09g04610	CDS	An09g04610	NT_166525.1	1024429	1025405	D	hypothetical protein	join(1024429..1024618,1024726..1025405)	Aspergillus niger	84592043
An09g04620	CDS	An09g04620	NT_166525.1	1027831	1029250	D	Title: strong similarity to hypothetical protein YDR348c - Saccharomyces cerevisiae; uncharacterized protein	join(1027831..1027884,1027951..1028389,1028451..1029250)	Aspergillus niger	4983996
An09g04630	CDS	An09g04630	NT_166525.1	1030023	1030653	D	Title: questionable ORF; uncharacterized protein	join(1030023..1030026,1030284..1030327,1030549..1030653)	Aspergillus niger	84592044
An09g04640	CDS	An09g04640	NT_166525.1	1031013	1033992	R	Complex: nimQ/MCM2 is part of the DNA replication licensing complex, that binds chromatin in G1-phase and leaves chromatin when cells enter and progress through S-phase.; Function: the binding to the chromatin of the licensing factor or factors causes the chromatin to become competent for DNA replication, but once initiation of DNA replication has occurred, the licensing factor would be destroyed, thereby preventing re-replication of the DNA.; Localization: in S. cerevisiae most of MCM2 is distributed throughout the cell cycle to both cytoplasm and nucleoplasm at relatively constant levels.; Similarity: nimQ of A. nidulans is the functional homologue of MCM2 of S. cerevisiae.; Title: strong similarity to hypothetical DNA replication licensing factor nimQ - Aspergillus nidulans; See PMID 8882583; See PMID 9407133; See PMID 7701565; See PMID 8542275; See PMID 8720069; uncharacterized protein	complement(join(1031013..1031115,1031182..1031351,1031420..1033722,1033775..1033890,1033988..1033992))	Aspergillus niger	4983998
An09g04650	CDS	An09g04650	NT_166525.1	1034551	1036774	D	Title: similarity to hypothetical protein mlo2p -Schizosaccharomyces pombe; uncharacterized protein	join(1034551..1034653,1034761..1034878,1034961..1035015,1035084..1035549,1035994..1036545,1036683..1036774)	Aspergillus niger	4983999
An09g04660	CDS	An09g04660	NT_166525.1	1037031	1038627	R	Function: UME5/SRB10 and UME3/SRB11 form a kinase-cyclin pair in the RNA polymerase II holoenzyme, and are essential for a normal transcriptional response to galactose induction in vivo, and are involved in CTD (carboxy-terminal domain) phosphorylation and this modification has a role in the response to transcriptional regulators in vivo.; Remark: SSN3, SRB10 and YPL042C are alternative names for UME5.; Remark: the ORF encoded protein also shows similarity to other cyclin dependend kinases.; Similarity: UME5 belongs to the ser/thr family of protein kinases. cdc2/cdkx subfamily.; Title: strong similarity to meiotic mRNA stability protein kinase Ume5 - Saccharomyces cerevisiae; deleted EC_number 2.7.1.37; See PMID 7877695; See PMID 8164691; uncharacterized protein	complement(join(1037031..1038102,1038156..1038315,1038573..1038627))	Aspergillus niger	4984000
An09g04670	CDS	An09g04670	NT_166525.1	1039124	1039832	R	hypothetical protein	complement(join(1039124..1039237,1039350..1039461,1039633..1039832))	Aspergillus niger	84592045
An09g04680	CDS	An09g04680	NT_166525.1	1039899	1041437	D	Function: rat GLUT2 is sufficient to rescue E. coli mutant defective in glucose uptake.; Localization: immunofluorescence analysis showed that rat GLUT2 is present in the plasma membrane of the insulin-producing beta cells.; Title: similarity to hepatic glucose transport protein GLUT2 - Rattus norvegicus; plasma membrane; See PMID 3048704; uncharacterized protein	join(1039899..1039997,1040064..1041437)	Aspergillus niger	4984002
An09g04690	CDS	An09g04690	NT_166525.1	1042052	1043302	R	Title: strong similarity to hypothetical protein EAA74627.1 - Gibberella zeae; uncharacterized protein	complement(1042052..1043302)	Aspergillus niger	4984003
An09g04700	CDS	An09g04700	NT_166525.1	1043375	1046374	R	Title: weak similarity to hypothetical protein KLF12 - Homo sapiens; uncharacterized protein	complement(join(1043375..1043572,1043645..1043697,1043783..1043924,1044010..1044268,1044379..1044461,1044770..1044950,1045113..1045409,1045505..1045540,1045624..1045681,1045773..1045887,1046048..1046135,1046259..1046374))	Aspergillus niger	84592046
An09g04710	CDS	An09g04710	NT_166525.1	1046497	1050125	D	Catalytic activity: Phosphatidyl-L-serine = Phosphatidylethanolamine + CO2.; Remark: The yeast S. cerevisiae expresses two phosphatidylserine decarboxylase (PSD) activities which are responsible for conversion of phosphatidylserine to phosphatidylethanolamine, and either enzyme alone is sufficient for normal cellular growth.; Remark: YGR170w is the systematic name for PSD2 of S. cerevisiae.; Title: strong similarity to phosphatidylserine decarboxylase 2 Psd2 - Saccharomyces cerevisiae; See PMID 10793889; See PMID 7890740; uncharacterized protein	join(1046497..1046640,1046738..1046782,1046858..1047073,1047129..1047549,1047601..1048587,1048705..1049088,1049149..1049900,1049964..1050125)	Aspergillus niger	4984005
An09g04720	CDS	An09g04720	NT_166525.1	1050400	1051018	D	hypothetical protein	join(1050400..1050480,1050557..1051018)	Aspergillus niger	84592047
An09g04730	CDS	An09g04730	NT_166525.1	1051158	1053179	D	Title: similarity to hypothetical protein 12F11.250 - Neurospora crassa; uncharacterized protein	join(1051158..1051365,1051473..1052135,1052168..1052332,1052380..1052548,1052591..1053179)	Aspergillus niger	4984007
An09g04740	CDS	An09g04740	NT_166525.1	1053488	1054357	R	hypothetical protein	complement(join(1053488..1053555,1053862..1053934,1053979..1054154,1054306..1054357))	Aspergillus niger	84592048
An09g04750	CDS	An09g04750	NT_166525.1	1055827	1057376	D	hypothetical protein	join(1055827..1055876,1055970..1056021,1056269..1056402,1056459..1056534,1056612..1056769,1056953..1057012,1057190..1057376)	Aspergillus niger	84592049
An09g04760	CDS	An09g04760	NT_166525.1	1057397	1058364	R	hypothetical protein	complement(join(1057397..1057552,1057634..1057726,1058084..1058185,1058275..1058364))	Aspergillus niger	84592050
An09g04770	CDS	An09g04770	NT_166525.1	1058470	1060375	R	hypothetical protein	complement(join(1058470..1058594,1058751..1058918,1059106..1059249,1059410..1059464,1059637..1059824,1060011..1060176,1060274..1060375))	Aspergillus niger	84592051
An09g04780	CDS	An09g04780	NT_166525.1	1060736	1063345	D	Title: similarity to hypothetical integral membrane protein - Schizosaccharomyces pombe; uncharacterized protein	1060736..1063345	Aspergillus niger	4984012
An09g04790	CDS	An09g04790	NT_166525.1	1064857	1066587	R	Remark: blastp with the predicted A. niger protein only retrieves putative random hits to proline and glutamine rich proteins.; Title: weak similarity to enabled ena - Drosophila melanogaster; uncharacterized protein	complement(1064857..1066587)	Aspergillus niger	4984013
An09g04800	CDS	An09g04800	NT_166525.1	1067023	1068292	D	hypothetical protein	join(1067023..1067037,1067155..1067242,1067514..1067660,1068177..1068292)	Aspergillus niger	84592052
An09g04810	CDS	An09g04810	NT_166525.1	1069322	1071287	R	Function: K. lactis HGT1 is a high affinity glucose transporter.; Remark: expression of HGT1 from K. lactis is constitutive (in contrast to RAG1, the major gene for low-affinity glucose uptake in K. lactis) and is controlled by several genes also known to affect expression of RAG1.; Similarity: K. lactis HGT1 belongs to the sugar transporter family.; Title: strong similarity to high affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; See PMID 8830679; uncharacterized protein	complement(join(1069322..1069518,1069575..1069673,1069724..1069824,1069874..1070072,1070129..1070216,1070271..1070817,1070881..1071155,1071216..1071287))	Aspergillus niger	4984015
An09g04820	CDS	An09g04820	NT_166525.1	1072756	1074359	D	Title: strong similarity to hypothetical protein CAD27299.1 - Aspergillus fumigatus; uncharacterized protein	join(1072756..1073056,1073122..1073277,1073352..1073674,1073749..1073818,1073893..1073990,1074060..1074225,1074331..1074359)	Aspergillus niger	4984016
An09g04830	CDS	An09g04830	NT_166525.1	1076026	1077440	D	Function: the M. grisea PTH11 gene product is presumably involved in host surface recognition and can activate appressorium differentiation in response to inductive surface cues.; Similarity: similarity is between the N-terminal regions of the predicted A. niger protein and pth11 of M. grisea, which is 200 aa longer.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(1076026..1076203,1076254..1076273,1076330..1076366,1076417..1076484,1076538..1077440)	Aspergillus niger	4984017
An09g04840	CDS	An09g04840	NT_166525.1	1077875	1080229	D	Function: S. cerevisiae TOK1 mediates outwardly-rectifying potassium currents activated by depolarization.; Regulation: Activation of S. cerevisiae Tok1 channels under steady-state conditions is dependent upon ATP in the cytoplasmic solution.; Remark: alternative names for S. cerevisiae TOK1 are YPK1, YORK and DUK1.; Title: strong similarity to outwardly-rectifying potassium channel Tok1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8723646; See PMID 9516239; uncharacterized protein	join(1077875..1077956,1078122..1078443,1078492..1079204,1079274..1080229)	Aspergillus niger	4984018
An09g04850	CDS	An09g04850	NT_166525.1	1080882	1081995	D	Function: C. testosteroni TsaC is involved in aromatic compound catabolism.; Similarity: C. testosteroni TsaC belongs to the short-chain, zinc-independent dehydrogenases.; Title: strong similarity to p-sulfobenzyl alcohol dehydrogenase TsaC - Comamonas testosteroni; See PMID 9006050; uncharacterized protein	join(1080882..1080939,1081127..1081374,1081455..1081658,1081729..1081995)	Aspergillus niger	4984019
An09g04860	CDS	An09g04860	NT_166525.1	1082163	1084589	R	Remark: although the predicted A. niger protein shows similarity to several hypothetical and validated transcription factors no DNA-binding motif was predicted.; Title: weak similarity to transcription activator prnA - Aspergillus nidulans; See PMID 9622360; uncharacterized protein	complement(join(1082163..1082661,1082709..1082944,1082992..1083085,1083137..1083417,1083470..1083765,1083820..1084289,1084340..1084420,1084549..1084589))	Aspergillus niger	4984020
An09g04870	CDS	An09g04870	NT_166525.1	1085411	1087324	R	Title: weak similarity to polypeptide SEQ ID NO:6186 from patent WO200153312-A1 - Homo sapiens; uncharacterized protein	complement(1085411..1087324)	Aspergillus niger	4984021
An09g04880	CDS	An09g04880	NT_166525.1	1088549	1089781	D	hypothetical protein	1088549..1089781	Aspergillus niger	4984022
An09g04890	CDS	An09g04890	NT_166525.1	1090124	1091018	D	Complex: binding studies and coimmunoprecipitation established that human SNAP-23 binds to syntaxin 6 in vitro and in vivo.; Function: during specific granule secretion in neutrophiles human syntaxin 6 interacts with SNAP-23.; Function: in human neutrophiles syntaxin 6 is involved in exocytosis and acts as a target for secretion of specific and azurophilic granules.; Localization: human syntaxin 6 was reported to localize mainly in the plasma membrane of neutrophiles while in other cell types it localises to the trans-Golgi.; Remark: while References PubMed ID 8663448 and 9243506 describe syntaxin 6 as Golgi specific syntaxin involved in trans-Golgi network vesicle trafficking Referecence 11001914 describes it as plasma membrane associated syntaxin involved in exocytosis of neutrophiles.; Title: similarity to syntaxin 6 - Homo sapiens; See PMID 9243506; See PMID 11001914; See PMID 8663448; uncharacterized protein	join(1090124..1090150,1090221..1090869,1090942..1091018)	Aspergillus niger	4984023
An09g04900	CDS	An09g04900	NT_166525.1	1091075	1092331	R	Complex: human SET binds to an HLA class II affinity matrix.; Complex: human SET forms a tripartite complex with PP2A and HRX.; Function: fusion of human SET to CAN (a nuclear pore complex subunit) is common in some forms of leukemia.; Function: human SET is a potent and specific inhibitor of PP2A.; Function: human SET is implicated in tumour relevant signalling events controlling mitosis and/or recognition of tumorous cells.; Title: similarity to inhibitor of PP2A SET - Homo sapiens; nucleus; See PMID 11231286; uncharacterized protein	complement(join(1091075..1091184,1091235..1092077,1092208..1092331))	Aspergillus niger	4984024
An09g04910	CDS	An09g04910	NT_166525.1	1094547	1095666	R	Function: A. nidulans NmrA interacts with the DNA-binding domain and the extreme C terminus of AreA, an activator of nitrogen metabolite gene expression, to inhibit DNA binding under nitrogen sufficient conditions.; Function: A. nidulans NmrA is an inhibitor of the induction of nitrogen metabolite genes.; Title: strong similarity to mediator of nitrogen metabolite repression nmrA - Aspergillus nidulans; See PMID 9106362; See PMID 9537404; See PMID 10471703; uncharacterized protein	complement(join(1094547..1094961,1095023..1095666))	Aspergillus niger	4984025
An09g04920	CDS	An09g04920	NT_166525.1	1096183	1097148	D	hypothetical protein	join(1096183..1096239,1096323..1096395,1096751..1096878,1096978..1097148)	Aspergillus niger	84592053
An09g04940	CDS	An09g04940	NT_166525.1	1098414	1100057	D	Title: strong similarity to transposase of Tan1 -Aspergillus niger; See PMID 9003286; uncharacterized protein	1098414..1100057	Aspergillus niger	10098035
An09g04950	CDS	An09g04950	NT_166525.1	1100905	1103145	R	Catalytic activity: lysophospholipases 2-lysophosphatidylcholine + H(2)O to glycerophosphocholine + a fatty acid anion.; Complex: rat lysophospholipase-transacylase exists as a monomer.; Function: rat lysophospholipase-transacylase catalyzes not only the hydrolysis of 1-acyl-sn-glycero-3-phosphocholine, but also the transfer of its acyl chain to a second molecule of 1-acyl-sn-glycero-3-phosphocholine to form phosphatidylcholine.; Function: rat lysophospholipase-transacylase is involved in fatty acid remodeling of phospholipids.; Remark: rat lysophospholipase-transacylase is selective for choline lysophospholipid, ethanolamine,inositol, and serine lysophospholipids were not good substrates.; Repression: for rat lysophospholipase-transacylase phosphatidic acid was a potent competitive inhibitor, less potent were lysophosphatidic acid, palmitoyl-L-carnitine,and fatty acid.; Title: strong similarity to lysophospholipase-transacylase - Rattus norvegicus; See PMID 9276665; See PMID 9575212; See PMID 10320809; See PMID 8119970; uncharacterized protein	complement(join(1100905..1101047,1101368..1101653,1101725..1102089,1102158..1103145))	Aspergillus niger	4984028
An09g04960	CDS	An09g04960	NT_166525.1	1104014	1105631	D	Complex: cdc2 forms a complex with cyclin B.; Function: cdc2 kinase governs M phase, controls the onset of S phase and, in addition, ensures that there is only one S-phase per cell cycle.; Localization: nuclear translocation of the cyclinB/cdc2 complex is executed specifically at the onset of M-phase.; Title: similarity to cyclin dependent kinase cdc2 -Zea mays; deleted EC_number 2.7.1.37; See PMID 8855663; See PMID 9552419; See PMID 11063929; See PMID 2014258; uncharacterized protein	join(1104014..1104049,1104108..1104515,1104916..1105179,1105254..1105319,1105383..1105631)	Aspergillus niger	84592054
An09g04970	CDS	An09g04970	NT_166525.1	1105726	1106753	R	Function: Bcl-3, p50, and Pirin are sequestered into quarternary complexes on NF-kappaB DNA binding sites,thereby modulating NF-kappaB driven gene expression.; Function: human Pirin likely acts as cofactor of transcriptional regulators.; Function: human Pirin was isolated by a yeast two-hybrid screen as an interactor of nuclear factor I/CCAAT box transcription factor (NFI/CTF1).; Function: using the yeast two-hybrid-system Pirin was identified as Bcl-3 interacting protein.; Localization: confocal immunofluorescence experiments demonstrate a predominant localization of human Pirin within dot-like subnuclear structures.; Title: similarity to transcription cofactor Pirin -Homo sapiens; nucleus; See PMID 9079676; See PMID 10362352; uncharacterized protein	complement(join(1105726..1106243,1106315..1106753))	Aspergillus niger	4984030
An09g04980	CDS	An09g04980	NT_166525.1	1107180	1108925	R	Title: weak similarity to zinc binuclear cluster protein sequence #33 from patent WO200224865-A2 -Unclassified organism; nucleus; uncharacterized protein	complement(join(1107180..1108803,1108861..1108925))	Aspergillus niger	4984031
An09g04990	CDS	An09g04990	NT_166525.1	1110621	1112572	D	Catalytic activity: acetamidases catalyze the conversion of a Monocarboxylic acid amide + H(2)O to a Monocarboxylate + NH3.; Function: A. nidulans amdS hydrolyses acetamide to acetate and ammonium thus providing a source of carbon and nitrogen.; Regulation: regulation of A. nidulans amdS is complex and involves multiple regulatory transcription factors like amdR and amdX.; Title: strong similarity to acetamidase amdS -Aspergillus nidulans; See PMID 9044292; See PMID 3036667; See PMID 7847883; uncharacterized protein	join(1110621..1110905,1110962..1111084,1111187..1111339,1111400..1112254,1112315..1112381,1112433..1112572)	Aspergillus niger	4984032
An09g05000	CDS	An09g05000	NT_166525.1	1113436	1114234	D	Similarity: similarity is from the N-terminal region of the predicted A. niger protein to the N-terminal region of human IPP, which is equivalent to the BTB/POZ/kelch domain.; Title: weak similarity to actin-binding protein IPP - Homo sapiens; See PMID 10072760; uncharacterized protein	join(1113436..1113491,1113565..1114234)	Aspergillus niger	4984033
An09g05010	CDS	An09g05010	NT_166525.1	1115625	1117320	R	Function: S. cerevisiae HNM1 mediates the import of choline, ethanolamine, nitrogen mustard and nitrogen half mustard.; Regulation: expression of S. cerevisiae HNM1 in wild-type cells is only regulated by the phospholipid precursors inositol and choline via the phospholipid regulatory genes INO2, INO4, and OPI1.; Remark: an alternative name for S. cerevisiae HNM1 is CTR.; Title: strong similarity to choline permease Hnm1 -Saccharomyces cerevisiae; plasma membrane; See PMID 2203793; See PMID 8264542; uncharacterized protein	complement(join(1115625..1115749,1115808..1116745,1116827..1117320))	Aspergillus niger	4984034
An09g05020	CDS	An09g05020	NT_166525.1	1117524	1118272	D	hypothetical protein	join(1117524..1117601,1117651..1117868,1118137..1118272)	Aspergillus niger	84592055
An09g05030	CDS	An09g05030	NT_166525.1	1121174	1121702	R	hypothetical protein	complement(join(1121174..1121255,1121305..1121503,1121618..1121702))	Aspergillus niger	84592056
An09g05040	CDS	An09g05040	NT_166525.1	1123349	1124957	D	Title: similarity to hypothetical protein B1D4.110 -Neurospora crassa; uncharacterized protein	join(1123349..1123400,1123459..1123615,1123670..1124957)	Aspergillus niger	4984037
An09g05050	CDS	An09g05050	NT_166525.1	1125263	1125719	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1125263..1125319,1125487..1125552,1125639..1125719))	Aspergillus niger	84592057
An09g05060	CDS	An09g05060	NT_166525.1	1127767	1129452	D	Function: Rdr1 from S. cerevisiae is a transcriptional repressor of five genes (including Pdr5 an efflux pump that confers multidrug resistance).; Function: deletion of RDR1 in S. cerevisiae results in an increased resistance to cycloheximide.; Title: strong similarity to transcription repressor Rdr1 - Saccharomyces cerevisiae; See PMID 11882665; uncharacterized protein	1127767..1129452	Aspergillus niger	4984039
An09g05070	CDS	An09g05070	NT_166525.1	1129719	1131476	D	Function: expression of C. albicans Flu1 mediated not only resistance to fluconazole but also to cycloheximide.; Similarity: FLU1 of C. albicans is a member of the major falicitator superfamily.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	1129719..1131476	Aspergillus niger	4984040
An09g05080	CDS	An09g05080	NT_166525.1	1132811	1134769	D	Catalytic activity: tyrosine/phenylalanine aminotransferases convert L-tyrosine/L-phenylalanine + 2-oxoglutarate to 4-hydroxyphenylpyruvate + L-glutamate.; Function: S. cerevisiae ARO8 is active not only with the aromatic amino acids, but also with methionine,alpha-aminoadipate, and leucine when phenylpyruvate is the amino acceptor, and in the reverse reactions with their oxo-acid analogues and phenylalanine as the amino donor.; Function: S. cerevisiae ARO8 is specialised for aromatic amino acid and alpha-aminoadipate transamination.; Function: S. cerevisiae ARO8 may be able to play a role in several otherwise unrelated metabolic pathways.; Function: S. cerevisiae aro8 and aro9 (aromatic aminotransferase I+II) double mutants are auxotrophic for both phenylalanine and tyrosine, while neither of the single mutants displays any nutritional requirement.; Regulation: S. cerevisiae ARO8 expression is subject to the general control of amino acid biosynthesis.; Remark: the systematic name for S. cerevisiae ARO8 is YGL202w.; Similarity: S. cerevisiae ARO8 is a member of the aminotransferase subgroup I.; Title: similarity to aromatic aminotransferase I Aro8 - Saccharomyces cerevisiae; See PMID 9491083; See PMID 9491082; uncharacterized protein	join(1132811..1132946,1133045..1133107,1133189..1133627,1133695..1133811,1133899..1134769)	Aspergillus niger	4984041
An09g05100	CDS	An09g05100	NT_166525.1	1135224	1136351	D	Title: similarity to Impact - Mus musculus; See PMID 11116084; uncharacterized protein	join(1135224..1135728,1135798..1136351)	Aspergillus niger	4984043
An09g05110	CDS	An09g05110	NT_166525.1	1137281	1140382	R	Function: M. aeruginosa McyG is involved in synthesis of the peptide-polyketide microcystin.; Title: strong similarity to peptide-polyketide synthase McyG - Microcystis aeruginosa; See PMID 11033079; uncharacterized protein	complement(join(1137281..1137652,1137714..1137984,1138041..1139200,1139268..1139629,1139693..1140146,1140251..1140382))	Aspergillus niger	4984044
An09g05120	CDS	An09g05120	NT_166525.1	1141728	1143245	R	Catalytic activity: triacylglycerol lipases convert triacylglycerol + H(2)O to diacylglycerol + a fatty acid anion.; Title: similarity to lipase lip1 - Geotrichum candidum; See PMID 8370674; uncharacterized protein	complement(1141728..1143245)	Aspergillus niger	4984045
An09g05130	CDS	An09g05130	NT_166525.1	1144315	1145626	R	Catalytic activity: monophenol monooxygenases convert L-tyrosine + L-DOPA + O(2) to L-DOPA + DOPAquinone + H(2)O.; Complex: S. antibioticus MelC1 protein is involved in the transfer of copper ion to apotyrosinase MelC2 via binary complex formation.; Function: S. antibioticus tyrosinase melC2 is responsible for melanin synthesis.; Localization: most of the tyrosinase activity was secreted during growth of S. antibioticus.; Regulation: S. antibioticus MelC1 is required for activation and secretion of MelC2.; Title: similarity to monophenol monooxygenase melC2 - Streptomyces antibioticus; extracellular/secretion proteins; See PMID 1400329; See PMID 3932128; uncharacterized protein	complement(join(1144315..1145118,1145178..1145349,1145418..1145626))	Aspergillus niger	4984046
An09g05140	CDS	An09g05140	NT_166525.1	1146182	1147255	D	Similarity: the predicted A. niger protein shows weak similarity to several dehydrogenases and contains dehydrogenase motifs.; Title: strong similarity to hypothetical protein cipA - Aspergillus nidulans; uncharacterized protein	join(1146182..1146253,1146317..1147255)	Aspergillus niger	4984047
An09g05150	CDS	An09g05150	NT_166525.1	1147679	1149209	D	Title: similarity to protein fragment SEQ ID NO:3767 from patent EP1108790-A2 - Corynebacterium glutamicum; uncharacterized protein	join(1147679..1147730,1147787..1148169,1148271..1148355,1148478..1148566,1148625..1148841,1148910..1148989,1149051..1149096,1149178..1149209)	Aspergillus niger	4984048
An09g05160	CDS	An09g05160	NT_166525.1	1150767	1152034	D	Function: S. cerevisiae SCS3 is involved in phospholipid metabolism.; Function: S. cerevisiae SCS3 is involved in the synthesis of inositol phospholipids from inositol but not in the control of inositol synthesis.; Title: weak similarity to protein required for inositol prototrophy Scs3 - Saccharomyces cerevisiae; See PMID 7706223; uncharacterized protein	join(1150767..1151064,1151146..1151232,1151316..1151546,1151641..1151823,1151889..1152034)	Aspergillus niger	84592058
An09g05170	CDS	An09g05170	NT_166525.1	1152989	1154218	D	Title: similarity to hypothetical protein 15E11.110 - Neurospora crassa; uncharacterized protein	1152989..1154218	Aspergillus niger	4984050
An09g05180	CDS	An09g05180	NT_166525.1	1154917	1156281	D	Remark: L4 of S. cerevisiae is also called L2A, RP2,RPL4A, RPL2A, RPL2, YBR031W or YBR0315.; Remark: in S. cerevisiae, the genes coding for the ribosomal protein L4 are present in two copies per haploid genome.; Remark: the ORF is longer than L4 of S. cerevisiae (457 compared to 361 amino acids).; Remark: the amino acid sequence shows also strong similarity to many other L4 ribosomal proteins of different organisms.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L4 - Saccharomyces cerevisiae; cytoplasm; See PMID 1544921; See PMID 3062369; 60S ribosomal protein uL4	join(1154917..1155026,1155123..1155217,1155295..1155445,1155519..1156281)	Aspergillus niger	4984051
An09g05200	CDS	An09g05200	NT_166525.1	1165860	1168896	D	Title: similarity to hypothetical transcription regulator SPAC18G6.01c - Schizosaccharomyces pombe; uncharacterized protein	join(1165860..1166572,1166775..1166806,1166848..1167794,1167856..1168896)	Aspergillus niger	4984052
An09g05210	CDS	An09g05210	NT_166525.1	1169888	1170768	D	Remark: C-terminal truncated ORF due to end of contig.; Title: similarity to hypothetical protein encoded by ORF NT2RP3001426 - Homo sapiens [truncated ORF]; uncharacterized protein	join(1169888..1170319,1170433..>1170768)	Aspergillus niger	4984054
An09g05220	CDS	An09g05220	NT_166525.1	1170912	1172204	D	Function: putatively involved in heat shock response.; Remark: truncated ORF due to contig border.; Title: weak similarity to chaperone protein 6 (HCHP-6) from patent WO200017358-A2 - Homo sapiens [truncated ORF]; uncharacterized protein	join(<1170912..1170998,1171071..1172204)	Aspergillus niger	84592059
An09g05230	CDS	An09g05230	NT_166525.1	1172727	1174638	D	Function: Skip is highly homologous to the Drosophila melanogaster protein Bx42 which is found associated with chromatin in transcriptionally active puffs of salivary glands.; Remark: Skip from H. sapiens is also known as SNW1.; Title: strong similarity to nuclear protein Skip -Homo sapiens; nucleus; See PMID 9569025; uncharacterized protein	join(1172727..1172873,1172976..1174403,1174471..1174638)	Aspergillus niger	4984055
An09g05240	CDS	An09g05240	NT_166525.1	1178263	1179858	D	Title: strong similarity to hypothetical protein CAE76169.1 - Neurospora crassa; uncharacterized protein	join(1178263..1178310,1178438..1178826,1178880..1179858)	Aspergillus niger	4984056
An09g05250	CDS	An09g05250	NT_166525.1	1181518	1182792	R	Similarity: shows strong similarity to WD domain (G-beta repeat) resulting in variing similarities to proteins containing such domains.; Title: strong similarity to hypothetical protein MVP7.5 - Arabidopsis thaliana; uncharacterized protein	complement(join(1181518..1181582,1181670..1182269,1182337..1182675,1182735..1182792))	Aspergillus niger	4984057
An09g05260	CDS	An09g05260	NT_166525.1	1183372	1184892	R	Function: CDC12 of S. cerevisiae is involved in proper bud growth and cytokinesis.; Function: it is required for control of bud growth during mitosis.; Function: it is required for mitosis-specific activation of Gin4p.; Function: it is required for pheromone-induced morphogenesis.; Function: it is required for proper localization of Afr1p.; Title: strong similarity to cell division control protein Cdc12 - Saccharomyces cerevisiae; cytoskeleton; See PMID 9201710; See PMID 9813092; uncharacterized protein	complement(join(1183372..1183441,1183494..1184002,1184066..1184376,1184444..1184606,1184667..1184709,1184766..1184779,1184851..1184892))	Aspergillus niger	4984058
An09g05270	CDS	An09g05270	NT_166525.1	1185464	1188439	D	Function: Pwp2p exists in a proteinaceous complex,possibly associated with the cytoskeleton, where it functions in control of cell growth and separation.; Function: it is required for bud-site selection and cell separation.; Localization: HA-Pwp2p of S. cerevisiae was clustered at multiple points in the cytoplasm, probably associates with the cytoskeleton.; Similarity: shows weaker similarity at the carboxyterminus.; Title: strong similarity to periodic tryptophan protein Pwp2 - Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	join(1185464..1185481,1185583..1185695,1185764..1186259,1186307..1186554,1186603..1188439)	Aspergillus niger	4984059
An09g05280	CDS	An09g05280	NT_166525.1	1189075	1190279	R	Similarity: the ORF encoded protein shows also weak similarity to putative polyketide cyclase snoaM from Streptomyces nogalater.; Title: strong similarity to hypothetical protein CAD27299.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1189075..1189122,1189213..1189718,1189889..1189919,1189955..1189976,1190026..1190279))	Aspergillus niger	4984060
An09g05290	CDS	An09g05290	NT_166525.1	1190688	1194959	R	Function: exonuclease II (ExoII) from S. pombe is a 5'-->3' single-stranded DNA exonuclease.; Function: it is involved in DNA and/or RNA metabolism in vivo.; Similarity: ExoII is a homologue of the multifunctional S. cerevisiae Sep1 protein.; Title: strong similarity to exonuclease II SPAC17A5.14 - Schizosaccharomyces pombe; nucleus; See PMID 8188690; See PMID 8781170; uncharacterized protein	complement(join(1190688..1193221,1193273..1194959))	Aspergillus niger	4984061
An09g05300	CDS	An09g05300	NT_166525.1	1195627	1197211	D	Function: RbAp48 and RbAp46 may have shared as well as unique functions in the regulation of cell proliferation and differentiation.; Function: the retinoblastoma protein (Rb) interacts with multiple cellular proteins that mediate its cellular function.; Similarity: shows strong similarity to first 400 aa and almost no similarity at the carboxyterminus.; Title: strong similarity to G1/S transition control protein-binding protein RbAp48 - Mus musculus; See PMID 7503932; uncharacterized protein	join(1195627..1195645,1195705..1195767,1195824..1195929,1195980..1196441,1196498..1196983,1197037..1197211)	Aspergillus niger	4984062
An09g05310	CDS	An09g05310	NT_166525.1	1198215	1199330	D	Function: catalyzes synthesis of D-erythro-7,8-dihydroneopterintriphosphate from GTP.; Pathway: tetrahydrofolate pathway, GTP cyclohydrolase I catalyses the first step in biosynthesis of tetrahydrofolate in prokaryotes and of tetrahydrobiopterin in vertebrates.; Similarity: GTP cyclohydrolase seem to be conserved among the species but less conserved at the aminoterminus.; Similarity: Nevertheless it is possible that the ORF is too long at the aminoterminus, perhapes alternative splicing exists (human).; Title: strong similarity to GTP cyclohydrolase I Fol2 - Saccharomyces cerevisiae; See PMID 10049741; See PMID 8573145; uncharacterized protein	join(1198215..1198420,1198474..1198607,1198665..1198969,1199028..1199330)	Aspergillus niger	4984063
An09g05320	CDS	An09g05320	NT_166525.1	1200565	1202934	D	Title: similarity to hypothetical protein EAA59211.1 - Aspergillus nidulans; uncharacterized protein	join(1200565..1200723,1200760..1202934)	Aspergillus niger	4984064
An09g05330	CDS	An09g05330	NT_166525.1	1204089	1204684	R	Title: similarity to hypothetical protein 4MeS -Metarhizium anisopliae; uncharacterized protein	complement(join(1204089..1204277,1204340..1204684))	Aspergillus niger	4984065
An09g05340	CDS	An09g05340	NT_166525.1	1205378	1213500	D	Remark: FUM5 is a PKS gene required for fumonisin biosynthesis.; Remark: biochemical analyses indicate that fumonisins are a product of either polyketide or fatty acid biosynthesis.; Remark: the ORF is N-terminally truncated due to contig border.; Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis; See PMID 10413619; See PMID 10872449; uncharacterized protein	join(<1205378..1205856,1205921..1206446,1206492..1206615,1206680..1206792,1206850..1207294,1207369..1207800,1207873..1210010,1210064..1210160,1210216..1210241,1210294..1211160,1211214..1211495,1211556..1211630,1211689..1212026,1212079..1212556,1212607..1213500)	Aspergillus niger	4984066
An09g05350	CDS	An09g05350	NT_166525.1	1214058	1215668	R	Catalytic activity: Penicillin + H2O = a Carboxylate + 6-Aminopenicillanate.; Remark: PVA is used for the enzymatic hydrolysis of penicillin V (phenoxy-methylpenicillin) to 6-aminopenicillanic acid (6-APA). 6-APA is the active beta-lactam nucleus used in the manufacture of semi-synthetic penicillins.; Remark: similar to patent US5516679-A.; Title: strong similarity to mature penicillin V amidohydrolase PVA from patent US5516679-A - Fusarium oxysporum; uncharacterized protein	complement(1214058..1215668)	Aspergillus niger	4984067
An09g05360	CDS	An09g05360	NT_166525.1	1217715	1218556	R	Catalytic activity: dCTP + H2O = dUTP + NH3.; Pathway: pyrimidine metabolism; Similarity: to many dCTP deaminases.; Title: similarity to hypothetical dCTP deaminase AF1108 - Archaeoglobus fulgidus; uncharacterized protein	complement(join(1217715..1217920,1218091..1218556))	Aspergillus niger	4984068
An09g05370	CDS	An09g05370	NT_166525.1	1221659	1225011	D	Catalytic activity: ATP + a protein = ADP + a phosphoprotein.; Remark: kinases of the CDC2 family play a key role in cell cycle regulation and gene expression.; Remark: the human cDNA encodes the full-length amino acid sequence of the cholinesterase-related cell division controller (CHED) kinase.; Title: strong similarity to protein kinase isoform 1 of CDC2L5 - Homo sapiens; deleted EC_number 2.7.1.37; See PMID 11125699; See PMID 11162436; uncharacterized protein	join(1221659..1222812,1222877..1224751,1224804..1225011)	Aspergillus niger	4984069
An09g05380	CDS	An09g05380	NT_166525.1	1226872	1227937	D	Remark: Patent: WO9943820-A1.; Remark: the zea mays sequence represents a plant translation factor designated eIF-4E. eIF-4E is a translation factor which binds to a m^7G cap-binding protein. The eIF-4E nucleotide sequence may be used to control protein synthesis in plants.; Title: strong similarity to eIF-4E protein from patent WO9943820-A1 - Zea mays; uncharacterized protein	join(1226872..1227602,1227667..1227937)	Aspergillus niger	4984070
An09g05390	CDS	An09g05390	NT_166525.1	1228857	1229110	D	Remark: questionable genestructure, large intron and only 36 aa protein predicted.; Title: questionable ORF; uncharacterized protein	join(1228857..1228892,1229036..1229110)	Aspergillus niger	84592060
An09g05400	CDS	An09g05400	NT_166525.1	1229930	1234202	D	Remark: SUSP1 is a cysteine protease containing the well conserved His/Asp/Cys catalytic triad.; Remark: reproductive organs, such as testis, ovary,and prostate, contained much higher amounts of SUSP1 mRNA than colon and peripheral blood leukocyte, whereas other tissues, such as heart and spleen, had little or none.; Title: strong similarity to SUMO-1-specific protease SSP1 - Homo sapiens; See PMID 10799485; uncharacterized protein	join(1229930..1230142,1230259..1230365,1230425..1230505,1230570..1230627,1230687..1231873,1231984..1232385,1232442..1232507,1232558..1232875,1232906..1234202)	Aspergillus niger	4984072
An09g05410	CDS	An09g05410	NT_166525.1	1234494	1235045	R	Remark: AIG1 and AIG2 (for avrRpt2-induced gene),exhibit RPS2- and avrRpt2-dependent induction early after infection with Pseudomonas syringae pv maculicola strain ES4326 carrying avrRpt2.; Remark: the induction patterns of the AIG genes and ELI3 demonstrate that different resistance gene-avr gene combinations can elicit distinct defense responses.; Title: similarity to avrRpt2-induced protein AIG2 -Arabidopsis thaliana; See PMID 8742710; uncharacterized protein	complement(join(1234494..1234845,1234927..1235045))	Aspergillus niger	4984073
An09g05420	CDS	An09g05420	NT_166525.1	1235669	1236641	D	Remark: alternative name for SPC3 is YLR066w.; Remark: it is shown that Spc3p is required for cell growth and signal peptidase activity within the yeast endoplasmic reticulum.; Similarity: to many eukaryotic signal peptidases.; Title: similarity to signal peptidase subunit Spc3 -Saccharomyces cerevisiae; See PMID 9148930; See PMID 8910564; uncharacterized protein	join(1235669..1235814,1235943..1236016,1236115..1236641)	Aspergillus niger	4984074
An09g05430	CDS	An09g05430	NT_166525.1	1236742	1237398	R	Title: weak similarity to hypothetical mucin-like protein EMUCt-2 - Trypanosoma cruzi; See PMID 9556557; uncharacterized protein	complement(join(1236742..1236794,1236983..1237120,1237266..1237277,1237350..1237398))	Aspergillus niger	10098036
An09g05440	CDS	An09g05440	NT_166525.1	1237549	1237935	D	hypothetical protein	join(1237549..1237677,1237735..1237935)	Aspergillus niger	84592061
An09g05460	CDS	An09g05460	NT_166525.1	1238050	1239539	R	Catalytic activity: ATP + [pyruvate dehydrogenase (lipoamide)] = ADP + [pyruvate dehydrogenase (lipoamide)] phosphate.; Remark: pyruvate dehydrogenase kinase in Arabidopsis functions as negative regulator of the mitochondrial pyruvate dehydrogenase complex.; Title: strong similarity to pyruvate dehydrogenase (lipoamide) kinase PDK - Arabidopsis thaliana; localisation:mitochondrion; See PMID 10737148; uncharacterized protein	complement(join(1238050..1238841,1238899..1239181,1239241..1239350,1239429..1239539))	Aspergillus niger	4984077
An09g05470	CDS	An09g05470	NT_166525.1	1239564	1240923	D	Remark: questionable genestructure.; hypothetical protein	join(1239564..1239649,1239762..1239854,1240205..1240279,1240446..1240515,1240693..1240923)	Aspergillus niger	84592062
An09g05480	CDS	An09g05480	NT_166525.1	1241025	1245363	D	Catalytic activity: ubiquitin C-terminal thiolester + H(2)O <=> ubiquitin + a thiol.; Complex: HAUSP of H. sapiens is a subset of ND10.; Function: HAUSP of H. sapiens is an ubiquitin-specific protease.; Remark: HAUSP of H. sapiens is also called USP7.; Remark: HAUSP of H. sapiens is strongly bound by Vmv110, a Herpes simplex virus type 1 immediate-early protein, which induces the proteasome-dependent degradation of the catalytic subunit of DNA-dependent protein kinase.; Remark: ND10 constitutes nuclear bodies.; Remark: ubiquitin-specific proteases (UBPs) are a family of unique hydrolases that specifically remove polypeptides covalently linked via peptide or isopeptide bonds to the C-terminal glycine of ubiquitin.; Title: strong similarity to ubiquitin specific protease HAUSP - Homo sapiens; See PMID 9428630; See PMID 9658103; See PMID 9847347; See PMID 9130697; uncharacterized protein	join(1241025..1241033,1241144..1241264,1241444..1241588,1241647..1241804,1241871..1242060,1242111..1242219,1242272..1243220,1243273..1244405,1244466..1244780,1244834..1244963,1245024..1245079,1245211..1245363)	Aspergillus niger	4984079
An09g05490	CDS	An09g05490	NT_166525.1	1245838	1246762	D	Function: receptors for cargo proteins that are transported by COP I - (coat protein I) and/or COP II-coated vesicles between the endoplasmic reticulum and the Golgi complex in Polysphondylium pallidum.; Title: strong similarity to COP-coated vesicle membrane protein P24 homolog lbrA - Polysphondylium pallidum; See PMID 10571036; uncharacterized protein	join(1245838..1245990,1246067..1246255,1246385..1246762)	Aspergillus niger	4984080
An09g05500	CDS	An09g05500	NT_166525.1	1246974	1249171	D	Remark: protein shows weak similarities to motifs of RNA-polymerase subunits.; hypothetical protein	join(1246974..1247029,1247140..1247555,1247955..1248063,1248170..1248323,1248501..1248704,1248792..1248946,1249039..1249171)	Aspergillus niger	84592063
An09g05510	CDS	An09g05510	NT_166525.1	1249206	1250352	R	Remark: blast hits include a repetitive sequence (poly G).; Remark: questionable genestructure because of a large intron.; Title: weak similarity to hypothetical protein Y51H1A.4 - Caenorhabditis elegans; uncharacterized protein	complement(join(1249206..1249793,1250275..1250352))	Aspergillus niger	84592064
An09g05520	CDS	An09g05520	NT_166525.1	1250382	1250741	D	Remark: the ORF is short in length.; hypothetical protein	1250382..1250741	Aspergillus niger	84592065
An09g05530	CDS	An09g05530	NT_166525.1	1251836	1252640	D	hypothetical protein	join(1251836..1252178,1252276..1252349,1252449..1252640)	Aspergillus niger	4984084
An09g05540	CDS	An09g05540	NT_166525.1	1252868	1254683	R	Remark: the ORF shows strong and highly specific similarity to the N. crassa protein. Additionally, the ORF shows some unspecific similarity to other proteins due to it's proline-rich sequence.; Title: strong similarity to hypothetical protein encoded by gene B18D24.90 - Neurospora crassa; uncharacterized protein	complement(join(1252868..1254454,1254534..1254683))	Aspergillus niger	4984085
An09g05550	CDS	An09g05550	NT_166525.1	1255272	1257368	R	Similarity: the ORF shows unspecific similarity to some proteins due to it's serine-rich sequence.; Title: weak similarity to hypothetical protein EAA53565.1 - Magnaporthe grisea; uncharacterized protein	complement(join(1255272..1255706,1255768..1255907,1255961..1256029,1256082..1257104,1257164..1257368))	Aspergillus niger	4984086
An09g05560	CDS	An09g05560	NT_166525.1	1257461	1257777	D	hypothetical protein	join(1257461..1257506,1257608..1257777)	Aspergillus niger	84592066
An09g05570	CDS	An09g05570	NT_166525.1	1257861	1259812	R	Title: weak similarity to Recq helicase 5 RecQ5 -Drosophila melanogaster; uncharacterized protein	complement(join(1257861..1257953,1258057..1258239,1258296..1258388,1258502..1258739,1258901..1259105,1259260..1259486,1259562..1259688,1259782..1259812))	Aspergillus niger	84592067
An09g05580	CDS	An09g05580	NT_166525.1	1260495	1262036	R	Remark: lactate transport across cell membranes is mediated by a family of proton-coupled monocarboxylate transporters (MCTs).; Title: strong similarity to monocarboxylate transporter MCT3 - Homo sapiens; See PMID 9425115; See PMID 10493836; See PMID 11005765; uncharacterized protein	complement(join(1260495..1260924,1260988..1261571,1261654..1261760,1261811..1262036))	Aspergillus niger	4984089
An09g05590	CDS	An09g05590	NT_166525.1	1262378	1264619	D	Remark: the zinc finger of the S. pombe protein is not part of the homologous region between the two proteins.; Similarity: the ORF encoded protein shows also weak similarity to hypothetical transcriptional regulatory protein SPAC1F7. 11C from Schizosaccharomyces pombe.; Similarity: the ORF is about 100 amino acids shorter than the S. pombe protein and the homologie spans the central part of both proteins.; Title: weak similarity to zinc binuclear cluster protein sequence #108 from patent WO200224865-A2 -Unclassified organism; uncharacterized protein	join(1262378..1262502,1262700..1263554,1263614..1264619)	Aspergillus niger	4984090
An09g05600	CDS	An09g05600	NT_166525.1	1265538	1268127	R	Title: similarity to hypothetical protein CAD11369.1 - Neurospora crassa; uncharacterized protein	complement(join(1265538..1267547,1267607..1267804,1267897..1268127))	Aspergillus niger	4984091
An09g05610	CDS	An09g05610	NT_166525.1	1268924	1271171	R	Function: in N. crassa, the fusion of hyphae of opposite mating type during vegetative growth results in growth inhibition and cell death, a process that is mediated by the tol locus.; Regulation: tol transcription is repressed to allow the coexistence of opposite mating-type nuclei during the sexual reproductive phase.; Remark: mutations in tol are recessive and suppress mating-type-associated heterokaryon incompatibility.; Title: similarity to vegetative incompatibility protein tol - Neurospora crassa; See PMID 9449795; See PMID 9927450; uncharacterized protein	complement(join(1268924..1270759,1270806..1271171))	Aspergillus niger	4984092
An09g05620	CDS	An09g05620	NT_166525.1	1272339	1272797	R	Title: weak similarity to hypothetical protein encoded by An04g05450 - Aspergillus niger; uncharacterized protein	complement(1272339..1272797)	Aspergillus niger	84592068
An09g05625	CDS	An09g05625	NT_166525.1	1275010	1275295	D	Title: similarity to EST SEQ ID NO:6052 from patent WO200056762-A2 - Aspergillus oryzae; uncharacterized protein	join(1275010..1275197,1275262..1275295)	Aspergillus niger	4984094
An09g05630	CDS	An09g05630	NT_166525.1	1276130	1276743	R	Similarity: the ORF overlaps with the A. niger EST NO:4130.; Title: strong similarity to hypothetical protein encoded by gene B18D24.80 - Neurospora crassa; uncharacterized protein	complement(join(1276130..1276473,1276536..1276561,1276652..1276665,1276735..1276743))	Aspergillus niger	4984095
An09g05640	CDS	An09g05640	NT_166525.1	1277241	1279759	D	Alternative name: SSL2, LOM3, YIL143C.; Function: RAD25 is a DEAD/H box-containing helicase,which is required for promoter escape in vivo.; Function: S. cerevisiae RAD25 is required for nucleotide excision repair in RNA polymerase II transcription.; Title: strong similarity to subunit of transcription initation factor TFIIH DNA helicase Rad25 - Saccharomyces cerevisiae; nucleus; See PMID 10713451; See PMID 7891722; uncharacterized protein	join(1277241..1277376,1277439..1279759)	Aspergillus niger	4984096
An09g05650	CDS	An09g05650	NT_166525.1	1280641	1282421	D	Similarity: the ORF is much longer than the N. crassa protein (956 compared to 354 amino acids).; Similarity: the ORF shows strong similarity to the complete sequence of the N. crassa protein.; Title: strong similarity to hypothetical protein encoded by gene B18D24.50 - Neurospora crassa; uncharacterized protein	join(1280641..1280962,1281031..1281339,1281419..1281778,1281854..1282264,1282324..1282421)	Aspergillus niger	4984097
An09g05655	CDS	An09g05655	NT_166525.1	1282792	1284198	D	Title: strong similarity to SEQ ID NO:4184 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	1282792..1284198	Aspergillus niger	4984098
An09g05660	CDS	An09g05660	NT_166525.1	1284653	1287515	R	Remark: the deletion of Qns1 in S. cerevisiae is lethal.; Title: strong similarity to NAD+ synthase Qns1 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1284653..1284762,1284862..1285279,1285333..1285375,1285503..1285841,1285897..1286474,1286523..1286614,1286664..1286689,1286743..1286932,1286993..1287051,1287108..1287258,1287311..1287429,1287487..1287515))	Aspergillus niger	4984099
An09g05670	CDS	An09g05670	NT_166525.1	1287603	1289267	D	Remark: yeast protein belongs to the nudix hydrolase family and is a conserved hypothetical protein in various species, i. e. S. pombe, D. radiodurans, P. aeruginosa etc.; Title: similarity to hypothetical protein YGL067w -Saccharomyces cerevisiae; uncharacterized protein	join(1287603..1287704,1287892..1287994,1288090..1288500,1288594..1289267)	Aspergillus niger	4984100
An09g05680	CDS	An09g05680	NT_166525.1	1289623	1294007	R	Similarity: the ORF is aspartic and glutamic acid-rich and thus shows also unspecic similarity to other proteins.; Similarity: the ORF shows strong and specific N-terminal similarity to the N. crassa protein.; Title: strong similarity to hypothetical protein of gene 93G11.180 - Neurospora crassa; uncharacterized protein	complement(join(1289623..1293582,1293615..1294007))	Aspergillus niger	4984101
An09g05690	CDS	An09g05690	NT_166525.1	1294084	1296092	D	Alternative name: fmo1, fmo2, fmo3, fmo4, fmo5,tissuespecific nomenclature.; Catalytic activity: N,N-dimethylaniline + NADPH + O(2) = N,N-dimethylaniline N-oxide + NADP(+) + H(2)O.; Remark: the human protein is involved in the oxidative metabolism of a variety of xenobiotics.; Title: similarity to dimethylaniline monooxygenase 4 (N-oxide forming) FMO4 - Homo sapiens; See PMID 9804831; See PMID 11042094; See PMID 1417778; uncharacterized protein	join(1294084..1294183,1294255..1294327,1294412..1294633,1294688..1296092)	Aspergillus niger	4984102
An09g05700	CDS	An09g05700	NT_166525.1	1296276	1297147	R	Title: strong similarity to hypothetical conserved protein of gene 12F11.210 - Neurospora crassa; uncharacterized protein	complement(join(1296276..1296371,1296423..1296789,1296888..1297147))	Aspergillus niger	4984103
An09g05710	CDS	An09g05710	NT_166525.1	1298575	1302095	D	Remark: blast hits result from repetitive sequences and cover only part of the sequence.; Title: similarity to desmoplakin I DSP - Homo sapiens; See PMID 1689290; uncharacterized protein	join(1298575..1298796,1298905..1300215,1300286..1301095,1301154..1302095)	Aspergillus niger	4984104
An09g05720	CDS	An09g05720	NT_166525.1	1302265	1302517	R	hypothetical protein	complement(join(1302265..1302311,1302358..1302517))	Aspergillus niger	84592069
An09g05730	CDS	An09g05730	NT_166525.1	1303292	1309971	R	Remark: alb1 is required for conidial pigmentation in A. fumigatus and involved in dihydroxynaphthalene-melanin biosynthesis.; Remark: pigmentation is important for infection in A. fumigatus.; Title: strong similarity to polyketide synthase alb1 - Aspergillus fumigatus; See PMID 9620950; See PMID 10515939; uncharacterized protein	complement(join(1303292..1304989,1305049..1305804,1305862..1309290,1309343..1309634,1309685..1309971))	Aspergillus niger	4984106
An09g05740	CDS	An09g05740	NT_166525.1	1310152	1311732	D	hypothetical protein	join(1310152..1310240,1310287..1310408,1310446..1310683,1310776..1310871,1310998..1311075,1311155..1311250,1311331..1311393,1311479..1311515,1311607..1311732)	Aspergillus niger	84592070
An09g05750	CDS	An09g05750	NT_166525.1	1311809	1313721	R	hypothetical protein	complement(join(1311809..1311959,1312047..1312280,1312722..1313027,1313334..1313461,1313563..1313721))	Aspergillus niger	84592071
An09g05760	CDS	An09g05760	NT_166525.1	1314204	1318510	D	Remark: partial similarity.; Title: similarity to hypothetical protein SPAC9G1.06c - Schizosaccharomyces pombe; uncharacterized protein	join(1314204..1318081,1318238..1318370,1318454..1318510)	Aspergillus niger	4984109
An09g05770	CDS	An09g05770	NT_166525.1	1318879	1320303	R	Catalytic activity: (polyphosphate)n + H2O = (polyphosphate)n-1 + orthophosphate.; Function: degradation of inorganic polyphosphates.; Remark: belongs to the PPase class C family.; Title: strong similarity to cytosolic exopolyphosphatase Ppx1 - Saccharomyces cerevisiae; cytoplasm; See PMID 7860598; uncharacterized protein	complement(1318879..1320303)	Aspergillus niger	4984110
An09g05780	CDS	An09g05780	NT_166525.1	1320929	1321987	D	Catalytic activity: 1-aminocyclopropane-1-carboxylate + H(2)O = 2-oxobutanoate + NH(3).; Remark: 1-aminocyclopropane-1-carboxylic acid (ACC) is a precursor of the plant hormone ethylene.; Remark: protein is truncated due to the contig beginning.; Title: strong similarity to ACC deaminase -Penicillium citrinum [truncated ORF]; See PMID 10737185; uncharacterized protein	<1320929..1321987	Aspergillus niger	4984111
An09g05790	CDS	An09g05790	NT_166525.1	1322614	1323291	R	Remark: homology is restricted to C-terminal BAG domains.; Title: weak similarity to BAG-family molecular chaperone regulator-4 - Homo sapiens; uncharacterized protein	complement(1322614..1323291)	Aspergillus niger	84592072
An09g05800	CDS	An09g05800	NT_166525.1	1323791	1328063	R	Function: protein acts specifically as a repressor for genes regulated by the b mating type locus in Ustilago maydis.; Title: strong similarity to transcription regulator rum1 - Ustilago maydis; nucleus; See PMID 11029697; uncharacterized protein	complement(join(1323791..1326470,1326659..1327460,1327530..1327578,1327674..1328063))	Aspergillus niger	4984113
An09g05810	CDS	An09g05810	NT_166525.1	1328079	1328774	D	hypothetical protein	join(1328079..1328225,1328297..1328404,1328504..1328584,1328709..1328774)	Aspergillus niger	84592073
An09g05820	CDS	An09g05820	NT_166525.1	1330211	1331454	D	hypothetical protein	join(1330211..1330276,1330629..1330947,1331215..1331321,1331407..1331454)	Aspergillus niger	84592074
An09g05830	CDS	An09g05830	NT_166525.1	1331633	1332968	D	Title: strong similarity to hypothetical protein 8D4.30 - Neurospora crassa; uncharacterized protein	join(1331633..1331880,1331942..1332968)	Aspergillus niger	4984116
An09g05840	CDS	An09g05840	NT_166525.1	1333018	1333754	R	Catalytic activity: ATP + thymidine 5'-phosphate <=> ADP + thymidine 5'-diphosphate.; Title: strong similarity to thymidylate kinase CDC8 - Homo sapiens; uncharacterized protein	complement(join(1333018..1333547,1333610..1333754))	Aspergillus niger	4984117
An09g05850	CDS	An09g05850	NT_166525.1	1334358	1335707	D	Catalytic activity: tRNA guanine + queuine = tRNA queuine + guanine.; Remark: important for virulence in Shigella flexneri.; Remark: similarity only with the C-terminus of the proteins.; Title: similarity to queuine tRNA-ribosyltransferase - Shigella flexneri; See PMID 8045893; uncharacterized protein	join(1334358..1334547,1334629..1335707)	Aspergillus niger	4984118
An09g05860	CDS	An09g05860	NT_166525.1	1336410	1338599	R	Catalytic activity: 5-methyltetrahydrofolate + NADP+ = 5,10-methylenetetrahydrofolate + NADPH.; Title: strong similarity to methylenetetrahydrofolate reductase (NADPH) Met12 -Saccharomyces cerevisiae; See PMID 10600168; uncharacterized protein	complement(join(1336410..1338422,1338513..1338599))	Aspergillus niger	4984119
An09g05870	CDS	An09g05870	NT_166525.1	1340195	1341138	R	Catalytic activity: ATP + nucleoside diphosphate = ADP + nucleoside triphosphate.; Title: strong similarity to nucleoside-diphosphate kinase NDK-1 - Neurospora crassa; cytoplasm; See PMID 10583364; uncharacterized protein	complement(join(1340195..1340329,1340382..1340446,1340501..1340566,1340627..1340730,1340787..1340830,1340920..1340950,1341122..1341138))	Aspergillus niger	4984120
An09g05880	CDS	An09g05880	NT_166525.1	1341711	1344702	D	Catalytic activity: hydrolysis of terminal,non-reducing 1,4-linked alpha-D-glucose residues with release of alpha-D-glucose.; Title: strong similarity to alpha-glucosidase ModA -Dictyostelium discoideum; See PMID 96112; See PMID 96113; uncharacterized protein	join(1341711..1341777,1341842..1342583,1342638..1344702)	Aspergillus niger	4984121
An09g05890	CDS	An09g05890	NT_166525.1	1345532	1346328	D	Title: similarity to hypothetical membrane protein YMR010w - Saccharomyces cerevisiae; uncharacterized protein	join(1345532..1345554,1345617..1345832,1345908..1346328)	Aspergillus niger	4984122
An09g05900	CDS	An09g05900	NT_166525.1	1346761	1347940	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; Title: similarity to hypothetical protein EAA58873.1 - Aspergillus nidulans; uncharacterized protein	join(1346761..1346803,1346938..1347280,1347343..1347940)	Aspergillus niger	4984123
An09g05910	CDS	An09g05910	NT_166525.1	1348057	1349399	R	hypothetical protein	complement(join(1348057..1348103,1348177..1348392,1348809..1348954,1349317..1349399))	Aspergillus niger	84592075
An09g05920	CDS	An09g05920	NT_166525.1	1349498	1350798	D	Function: chit33 of T. harzianum random hydrolysis N-acetyl-beta-D-glucosaminide 1,4-beta-linkages in chitin and chitodextrins.; Title: strong similarity to chitinase precursor chit33 - Trichoderma harzianum; See PMID 8575023; uncharacterized protein	join(1349498..1349606,1349679..1349723,1349776..1349789,1349849..1349976,1350030..1350798)	Aspergillus niger	4984125
An09g05930	CDS	An09g05930	NT_166525.1	1351486	1351635	R	Remark: C-terminally truncated ORF due to contig border.; hypothetical protein [truncated ORF]	complement(<1351486..1351635)	Aspergillus niger	84592076
An09g05940	CDS	Sox	NT_166525.1	1351717	1353070	D	Function: the purified enzyme catalyzes the conversion of reduced glutathione to its disulfide form,with concomitant consumption of O2 and release of H2O2.; Gene-ID: Sox; See PMID 10542195; See PMID 3427078; sulphydryl oxidase Sox from patent EP565172-A1-Aspergillus niger	join(1351717..1351942,1352010..1352813,1352922..1353070)	Aspergillus niger	4984127
An09g05950	CDS	An09g05950	NT_166525.1	1354325	1357581	R	Title: strong similarity to plasma membrane ATPase PMA1 - Kluyveromyces lactis; plasma membrane; See PMID 7730265; uncharacterized protein	complement(join(1354325..1356031,1356087..1356761,1356839..1357062,1357128..1357581))	Aspergillus niger	4984128
An09g05960	CDS	An09g05960	NT_166525.1	1357996	1358642	R	hypothetical protein	complement(join(1357996..1358216,1358264..1358485,1358630..1358642))	Aspergillus niger	84592077
An09g05965	CDS	An09g05965	NT_166525.1	1358868	1359107	D	hypothetical protein	1358868..1359107	Aspergillus niger	84592078
An09g05970	CDS	An09g05970	NT_166525.1	1359539	1361734	R	Remark: the predicted ORF shows similarity to several cytosolic glutamate--tRNA ligases from different species.; Title: strong similarity to cytosolic glutamate--tRNA ligase - Arabidopsis thaliana; cytoplasm; uncharacterized protein	complement(join(1359539..1361413,1361471..1361734))	Aspergillus niger	4984131
An09g05980	CDS	An09g05980	NT_166525.1	1361845	1362976	D	Title: similarity to ribosomal protein of the large subunit L1 rplA - Escherichia coli; See PMID 381841; mitochondrial 54S ribosomal protein uL1m	join(1361845..1362197,1362262..1362826,1362884..1362976)	Aspergillus niger	4984132
An09g05990	CDS	An09g05990	NT_166525.1	1363140	1364733	R	Title: similarity to hypothetical protein CAD71232.1 - Neurospora crassa; uncharacterized protein	complement(join(1363140..1364015,1364175..1364414,1364494..1364733))	Aspergillus niger	4984133
An09g06000	CDS	An09g06000	NT_166525.1	1364769	1365998	D	Remark: blast hits are caused by repetitive sequence-motives.; Title: weak similarity to hypothetical membrane protein YJR151c - Saccharomyces cerevisiae; uncharacterized protein	1364769..1365998	Aspergillus niger	4984134
An09g06010	CDS	An09g06010	NT_166525.1	1366276	1367480	R	Similarity: YIL003w of S. cerevisiae belongs to the mrp/nbp35 family of ATP-binding proteins.; Title: strong similarity to hypothetical membrane protein YIL003w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1366276..1366970,1367070..1367238,1367448..1367480))	Aspergillus niger	4984135
An09g06020	CDS	An09g06020	NT_166525.1	1367956	1369228	R	Function: S. cerevisiae mutations in SHP1 markedly reduce catalytic activity of the phosphoprotein phosphatase 1 (PP1) catalytic subunit Glc7 without noticeably affecting the level or distribution of the protein.; Function: S. cerevisiae mutations in SHP1 totally block sporulation and slightly slow cell proliferation and show deficient glycogen accumulation.; Function: the S. cerevisiae SHP1 is involved in the glycogen metabolism.; Function: the human homologe of yeast SHP1, p47 binds to the ATPase p97 which is involved in the heterotypic fusion of transport vesicles with their target membranes and the homotypic fusion of membrane compartments.; Remark: the systematic name for SHP1 of S. cerevisiae is YBL058w.; Title: strong similarity to regulator of phosphoprotein phosphatase 1 Shp1 - Saccharomyces cerevisiae; cytoplasm; See PMID 9214505; See PMID 7891699; uncharacterized protein	complement(join(1367956..1368670,1368720..1369099,1369157..1369228))	Aspergillus niger	4984136
An09g06030	CDS	An09g06030	NT_166525.1	1370864	1372474	D	Complex: S. cerevisiae Oxa1p is a constituent of an oligomeric complex.; Function: S. cerevisiae Oxa1p appears to be involved in the insertion of pairs of transmembrane segments into the inner membrane leading to the export of hydrophilic segments between them.; Function: S. cerevisiae Oxa1p mediates the export of mitochindrial encoded genes like Cytochrome oxidase II from the matrix.; Function: S. cerevisiae Oxa1p mediates the membrane potential-dependent export of N-terminal tails of nuclear encoded proteins from the matrix to the intermembrane space in order to locate the N termini in the intermembrane space.; Function: S. cerevisiae Oxa1p represents a component of a novel, general export machinery in the mitochondrial inner membrane.; Localization: S. cerevisiae Oxa1p spans the inner membrane of the mitochondrion five times and has an N out C in orientation.; Title: strong similarity to mitochondrial intermembrane space.export machinery component Oxa1 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9482871; uncharacterized protein	join(1370864..1371790,1371845..1372474)	Aspergillus niger	4984137
An09g06040	CDS	An09g06040	NT_166525.1	1377830	1378935	R	Complex: TFIID is a multisubunit complex consisting of the TATA-binding protein (TBP) and several TBP-associated factors (TAFs).; Function: TFIID recognizes the core promoter and supplies a scaffolding upon which the rest of the transcriptional machinery can assemble.; Function: the basal transcription factor TFIID coordinates the combined activities of more than 70 polypeptides required for synthesis of mRNA by RNA polII.; Similarity: the predicted ORF is N- and C-terminally extented compared to putative homologues of other species.; Title: similarity to subunit of transcription initiation factor TFIID TAFII28 - Homo sapiens; nucleus; See PMID 10721692; See PMID 8820923; uncharacterized protein	complement(join(1377830..1378373,1378445..1378935))	Aspergillus niger	4984138
An09g06050	CDS	An09g06050	NT_166525.1	1379565	1381120	R	Catalytic activity: S-adenosylmethionine decarboxylases catalyse the reaction,S-adenosyl-L-methionine <=> (5-deoxy-5-adenosyl)(3-aminopropyl) methylsulfonium salt + CO(2).; Function: N. crassa Spe-2 catalyzes the formation of decarboxylated AdoMetDC, a precursor of the polyamines spermidine and spermine.; Remark: S-adenosylmethionine decarboxylases is a potentially important drug target for the chemotherapy of cancer and parasitic diseases.; Title: strong similarity to S-adenosylmethionine decarboxylase spe-2 - Neurospora crassa; cytoplasm; See PMID 10852489; See PMID 1764068; uncharacterized protein	complement(join(1379565..1380943,1381000..1381120))	Aspergillus niger	4984139
An09g06060	CDS	An09g06060	NT_166525.1	1381220	1381851	R	Catalytic activity: phospholipases from the A1 type catalyse the reaction, Phosphatidylcholine + H(2)O <=> 2-acylglycerophosphocholine + a fatty acid anion.; Remark: ORF 5' truncated due to end of Contig.; Title: weak similarity to phospholipase A1 -Polistes annularis [truncated ORF]; See PMID 6712224; uncharacterized protein	complement(join(1381220..1381341,1381427..1381487,1381609..>1381851))	Aspergillus niger	84592079
An09g06070	CDS	An09g06070	NT_166525.1	1382352	1384023	R	Complex: binds tightly to TAFII-250 and also directly interacts with TAFII-40.; Function: the X. laevis transcription factor IID 60 KD subunit p80 plays a central role in mediating promotor responses to various activators and repressors.; Similarity: belongs to the TAF2E family.; Title: strong similarity to subunit of transcription initiation factor TFIID p80 - Xenopus laevis; nucleus; See PMID 7590360; uncharacterized protein	complement(join(1382352..1382408,1382496..1382521,1382634..1383111,1383168..1383586,1383654..1384023))	Aspergillus niger	4984141
An09g06080	CDS	An09g06080	NT_166525.1	1385109	1386222	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1385109..1385214,1385297..1385414,1385547..1385647,1385784..1385875,1385984..1386073,1386163..1386222))	Aspergillus niger	84592080
An09g06090	CDS	An09g06090	NT_166525.1	1386515	1387854	D	Function: the Streptomyces sp. pentalenene synthase catalyzes the cyclization of farnesyl diphosphat to the tricyclic sesquiterpene hydrocarbon pentalenene.; Pathway: the enzyme pentalenene synthase is involved in the biosynthesis of pentalenolactone and related antibiotics.; Title: strong similarity to pentalenene synthase -Streptomyces sp.; See PMID 8180213; uncharacterized protein	join(1386515..1386619,1386688..1386706,1386762..1386914,1387034..1387199,1387247..1387336,1387381..1387414,1387475..1387692,1387739..1387799,1387846..1387854)	Aspergillus niger	84592081
An09g06100	CDS	An09g06100	NT_166525.1	1388378	1389964	D	Phenotype: disruption of the A. thaliana AtSPO11-1 protein results in altered meiotic progression, few bivalents, no fully synapsed chromosomes during prophase I and chromosomes segregated randomly in meiosis I.; Remark: a putative sequencing error results in an premature STOP-codon.; Remark: the SPO11 protein from S. cerevisiae catalyses DNA double-strand breaks (DSBs) that initiate meiotic recombination.; Title: similarity to hypothetical double strand break catalysing AtSPO11-1 - Arabidopsis thaliana [putative sequencing error]; putative sequencing error; See PMID 11157765; uncharacterized protein	join(1388378..1388669,1388717..1388783,1388842..1388950,1389006..1389092,1389280..1389874,1389948..1389964)	Aspergillus niger	4984144
An09g06110	CDS	An09g06110	NT_166525.1	1390211	1390827	R	Complex: the S. pombe UbcP4 interacts with chk1 during the G2/M-phase transition and with cut9 during the metaphase/anaphase transition.; Function: the S. pombe UbcP4 protein is necessary for cell cycle progression at two phases, the G2/M and metaphase/anaphase transition.; Title: strong similarity to ubiquitin conjugating enzyme ubcp3p - Schizosaccharomyces pombe; See PMID 9154838; uncharacterized protein	complement(join(1390211..1390464,1390581..1390827))	Aspergillus niger	4984145
An09g06120	CDS	An09g06120	NT_166525.1	1391652	1393315	R	Function: the M. musculus Phospholipid (PL) scramblase is a 35 kDa protein that is thought to mediate Ca2+-induced bidirectional transbilayer movement of plasma membrane phospholipids in activated, injured, or apoptotic cells.; Title: similarity to cDNA phospholipid scramblase 1 - Mus musculus; See PMID 10930526; uncharacterized protein	complement(join(1391652..1392613,1392787..1393315))	Aspergillus niger	4984146
An09g06130	CDS	An09g06130	NT_166525.1	1394383	1394812	R	Title: similarity to hypothetical protein CAD21257.1 - Neurospora crassa; uncharacterized protein	complement(join(1394383..1394576,1394629..1394812))	Aspergillus niger	4984147
An09g06140	CDS	An09g06140	NT_166525.1	1395064	1395915	D	Remark: L2 of S. cerevisiae is also called YmL2,YMR6, MRPL2, MRP7, YNL005C, or N2007.; Remark: L2 of S. cerevisiae is essential for ribosomal function.; Similarity: the ORF is shorter than L2 of S. cerevisiae (283 compared to 371 amino acids) and the homology between the two proteins spans only a stretch of about 130 amino acids.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2851722; mitochondrial 54S ribosomal protein bL27m	1395064..1395915	Aspergillus niger	4984148
An09g06150	CDS	An09g06150	NT_166525.1	1396257	1400686	R	Function: epistasis analysis with other S. pombe checkpoint mutants indicates that rhp9 acts in a process involving the checkpoint rad genes and that the rhp9 mutant is phenotypically very similar to chk1.; Function: the S. pombe rhp9 protein (S. cerevisiae Rad9 homologue, also known as Crb2) is required for the DNA damage checkpoint, but not the replication checkpoint.; Similarity: similarity is from the C-terminal region of the predicted A. niger protein (aa952 - aa1349) to the C-terminal part of the S. pombe protein.; Title: similarity to DNA damage checkpoint protein rhp9p - Schizosaccharomyces pombe; See PMID 10488332; See PMID 9153313; uncharacterized protein	complement(join(1396257..1400552,1400642..1400686))	Aspergillus niger	4984149
An09g06160	CDS	An09g06160	NT_166525.1	1401168	1402646	R	Complex: the S. cerevisiae SEN2 forms a tetrameric enzyme with two active sites.; Function: SEN2 catalyzes the endonucleolytic cleavage of pre-tRNA, producing 5'-hydroxyl and 2',3'-cyclic phosphate termini, and specifically removing the intron.; Function: the S. cerevisiae SEN2 splices the tRNA precursors which is essential for the production of mature tRNA.; Remark: SEN2 of S. cerevisiae is also known as YLR105C.; Remark: the systematic name of SEN2 is YLR105C.; Title: strong similarity to tRNA splicing endonuclease beta-subunit Sen2 - Saccharomyces cerevisiae; See PMID 9200603; uncharacterized protein	complement(1401168..1402646)	Aspergillus niger	4984150
An09g06170	CDS	An09g06170	NT_166525.1	1403450	1403841	D	Similarity: the ORF has also a match against an A. niger EST SEQ ID NO:3997 from patent WO200056762-A2.; Title: strong similarity to hypothetical protein YHR072w-a - Saccharomyces cerevisiae; uncharacterized protein	join(1403450..1403462,1403521..1403635,1403708..1403760,1403819..1403841)	Aspergillus niger	4984151
An09g06180	CDS	An09g06180	NT_166525.1	1404168	1405522	R	Function: HP-10 is considered to be a new regulatory phosphorylation protein because it has no intrinsic kinase activity.; Function: bacteria expressing the HP-10 encoded protein were found to have a dramatic increase in endogenous phosphorylated proteins.; Title: similarity to phosphorylation regulatory protein HP-10 - Homo sapiens; See PMID 1791827; uncharacterized protein	complement(join(1404168..1404680,1404734..1405002,1405075..1405522))	Aspergillus niger	4984152
An09g06190	CDS	An09g06190	NT_166525.1	1405716	1408522	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1405716..1405841,1405925..1405990,1406169..1406319,1406807..1406911,1407038..1407205,1407436..1407540,1407684..1407795,1407891..1408064,1408217..1408398,1408488..1408522))	Aspergillus niger	84592082
An09g06200	CDS	An09g06200	NT_166525.1	1409021	1410417	D	Localization: PTH11 of M. grisea was localized as a GFP-fusion protein in the cell membrane and in the vacuoles.; Phenotype: pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation. This suggests that Pth11p functions at the cell cortex as an upstream effector of appressorium differentiation.; Title: strong similarity to transmembrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(1409021..1409218,1409278..1409382,1409444..1409817,1409877..1409944,1409999..1410417)	Aspergillus niger	4984154
An09g06210	CDS	An09g06210	NT_166525.1	1411529	1413729	D	Pathway: the lovastatin biosynthesis is part of the polyketide metabolism. Two type I polyketide synthase genes are required: LNKS and LovC.; Remark: the fungal metabolite lovastatin and its derivatives are widely prescribed cholesterol-lowering drugs that act as potent inhibitors of (3S)-hydroxy-3-methylglutaryl-Coenzyme A reductase (HMG-CoA reductase).; Similarity: the N-terminal region of the predicted A. niger protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Title: strong similarity to hypothetical regulator protein of the lovastatin biosynthesis - Aspergillus terreus; See PMID 10334994; uncharacterized protein	join(1411529..1411680,1411732..1412530,1412579..1412740,1412785..1413254,1413324..1413729)	Aspergillus niger	4984155
An09g06220	CDS	An09g06220	NT_166525.1	1413958	1415680	R	Pathway: the lovastatin biosynthesis is part of the polyketide metabolism. Two type I polyketide synthase genes are required: LNKS and LovC.; Remark: the fungal metabolite lovastatin and its derivatives are widely prescribed cholesterol-lowering drugs that act as potent inhibitors of (3S)-hydroxy-3-methylglutaryl-Coenzyme A reductase (HMG-CoA reductase).; Similarity: the N-terminal region of the predicted A. niger protein contains a Prokaryotic membrane lipoprotein lipid attachment site.; Title: strong similarity to hypothetical protein of the lovastatin biosynthesis gene cluster - Aspergillus terreus; uncharacterized protein	complement(join(1413958..1415190,1415288..1415680))	Aspergillus niger	4984156
An09g06230	CDS	An09g06230	NT_166525.1	1416689	1417609	R	Similarity: this gene shows also similarity to the hypothetical protein encoded by An13g01740 Aspergillus niger.; Title: similarity to hypothetical protein 25D9-9 -Aspergillus fumigatus; uncharacterized protein	complement(join(1416689..1417393,1417466..1417609))	Aspergillus niger	4984157
An09g06240	CDS	An09g06240	NT_166525.1	1418770	1419554	D	Title: similarity to hypothetical protein encoded by An09g06370 - Aspergillus niger; uncharacterized protein	join(1418770..1418823,1418938..1419319,1419397..>1419554)	Aspergillus niger	4984158
An09g06250	CDS	An09g06250	NT_166525.1	1420067	1421617	R	Function: the S. cerevisiae homolog aminopeptidase I is a vacuolar enzyme, which catalyzes the removal of amino acids from the NH2 terminus of peptides and proteins.; Title: strong similarity to vacuolar aminopeptidase Ysci - Saccharomyces cerevisiae; vacuole; See PMID 2651436; See PMID 7750534; uncharacterized protein	complement(1420067..1421617)	Aspergillus niger	4984159
An09g06260	CDS	An09g06260	NT_166525.1	1422078	1423478	R	Title: similarity to mutanase mutA - Aspergillus oryzae; See PMID 10636904; uncharacterized protein	complement(join(1422078..1422653,1422701..1423342,1423434..1423478))	Aspergillus niger	4984160
An09g06265	CDS	An09g06265	NT_166525.1	1424134	1424382	R	hypothetical protein	complement(1424134..1424382)	Aspergillus niger	84592083
An09g06270	CDS	An09g06270	NT_166525.1	1424941	1426555	D	Title: strong similarity to hypothetical glutathione-dependent formaldehyde dehydrogenase SPBC1198.01 - Schizosaccharomyces pombe; uncharacterized protein	join(1424941..1425103,1425166..1425261,1425335..1425547,1425632..1426209,1426277..1426555)	Aspergillus niger	4984162
An09g06275	CDS	An09g06275	NT_166525.1	1427500	1427790	R	hypothetical protein	complement(1427500..1427790)	Aspergillus niger	84592084
An09g06280	CDS	An09g06280	NT_166525.1	1428557	1430044	D	Title: strong similarity to hypothetical transcription factor BAB47239.1 - Aspergillus oryzae; uncharacterized protein	1428557..1430044	Aspergillus niger	4984164
An09g06290	CDS	An09g06290	NT_166525.1	1430983	1432563	R	Title: similarity to hypothetical protein SPAC1B2.02c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1430983..1432107,1432180..1432563))	Aspergillus niger	4984165
An09g06300	CDS	An09g06300	NT_166525.1	1432947	1433690	D	Remark: the adrenodoxin precursor protein of Sus scrofa transfers electrons to cytochromes P450 of the vitamin D pathway.; Title: similarity to hypothetical adrenodoxin precursor protein - Sus scrofa; localisation:mitochondrion; uncharacterized protein	join(1432947..1433206,1433264..1433370,1433446..1433690)	Aspergillus niger	4984166
An09g06310	CDS	An09g06310	NT_166525.1	1434010	1434888	R	Title: similarity to hypothetical protein YPR143w -Saccharomyces cerevisiae; uncharacterized protein	complement(1434010..1434888)	Aspergillus niger	4984167
An09g06320	CDS	srpA	NT_166525.1	1435261	1436914	D	Function: This protein is one component involved in the translocation of a nascent polypeptide from the cytoplasm into the endoplasmic reticulum.; Gene-ID: srpA; cytoplasm; See PMID 8566805; signal recognition particle 54K protein homolog srpA-Aspergillus niger	join(1435261..1435338,1435388..1436914)	Aspergillus niger	4984168
An09g06330	CDS	An09g06330	NT_166525.1	1437068	1439657	R	Title: similarity to protein fragment SEQ ID NO:5981 from patent EP1108790-A2 - Corynebacterium glutamicum; uncharacterized protein	complement(join(1437068..1437100,1437148..1437187,1437340..1437390,1437620..1439318,1439383..1439521,1439580..1439657))	Aspergillus niger	4984169
An09g06340	CDS	An09g06340	NT_166525.1	1439985	1440854	R	Title: strong similarity to immunogenic protein #11392 from patent WO200181581-A2 - Propionibacterium acnes; uncharacterized protein	complement(1439985..1440854)	Aspergillus niger	84592085
An09g06350	CDS	An09g06350	NT_166525.1	1442470	1444650	D	Function: the snaD gene of Aspergillus nidulans suppresses mutations in the cytoplasmatic dynein heavy chain gene nudA1, which inhibit nuclear migration, colony growth and asexual sporulation (conidiation).; Title: strong similarity to protein snaD -Aspergillus nidulans; See PMID 10821171; uncharacterized protein	join(1442470..1443070,1443113..1444650)	Aspergillus niger	4984171
An09g06360	CDS	An09g06360	NT_166525.1	1445176	1446991	R	Remark: similarities correspond to multiple serine repeats.; hypothetical protein	complement(join(1445176..1446580,1446629..1446906,1446959..1446991))	Aspergillus niger	4984172
An09g06370	CDS	An09g06370	NT_166525.1	1450236	1451051	D	Similarity: the ORF encoded protein shows also weak similarity to hypothetical protein 3 from Rhizobium leguminosarum.; Title: similarity to hypothetical protein encoded by An15g02610 - Aspergillus niger; uncharacterized protein	1450236..1451051	Aspergillus niger	4984173
An09g06380	CDS	An09g06380	NT_166525.1	1451290	1451858	R	Title: strong similarity to hypothetical protein brt1 - Schizophyllum commune; uncharacterized protein	complement(join(1451290..1451356,1451465..1451622,1451697..1451858))	Aspergillus niger	4984174
An09g06390	CDS	An09g06390	NT_166525.1	1452499	1453593	D	Title: strong similarity to lipase LipP -Pseudomonas sp.; uncharacterized protein	join(1452499..1452905,1452981..1453593)	Aspergillus niger	4984175
An09g06400	CDS	An09g06400	NT_166525.1	1456202	1460096	D	Catalytic activity: Random hydrolysis of N-acetyl-beta-D-glucosaminide 1,4-beta-linkages in chitin and chitodextrins.; Remark: disruption of Aspergillus nidulans chiA gene substantially decreased germination frequency and hyphal growth rate.; Title: strong similarity to chitinase chiA -Aspergillus nidulans; See PMID 9501518; uncharacterized protein	join(1456202..1456303,1456365..1456803,1456864..1460096)	Aspergillus niger	4984176
An09g06410	CDS	An09g06410	NT_166525.1	1461505	1462412	D	Remark: similarities correspond partially to multiple glutamine, glycine and serine repeats.; Title: similarity to hypothetical protein EAA66742.1 - Aspergillus nidulans; uncharacterized protein	join(1461505..1461994,1462059..1462144,1462218..1462412)	Aspergillus niger	4984177
An09g06420	CDS	An09g06420	NT_166525.1	1463212	1464430	D	Function: cephalosporin C is a beta-lactam antibiotic.; Similarity: importantly, the ORF shows additionally strong similarity to nuclease O nucO of A. oryzae and to alpha-methylacyl-CoA racemases, but non of the sequences show significant similarity to the cephalosporin C biosynthesis protein.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP06038763-A -Acremonium chrysogenum; See PMID 10592528; See PMID 1369089; uncharacterized protein	join(1463212..1463266,1463346..1464430)	Aspergillus niger	4984178
An09g06425	CDS	An09g06425	NT_166525.1	1466077	1466649	D	hypothetical protein	join(1466077..1466100,1466251..1466649)	Aspergillus niger	84592086
An09g06430	CDS	An09g06430	NT_166525.1	1467380	1468468	D	Title: strong similarity to hypothetical protein AAH28592.1 - Homo sapiens; uncharacterized protein	1467380..1468468	Aspergillus niger	4984180
An09g06440	CDS	An09g06440	NT_166525.1	1469738	1471705	D	Complex: yeast CAC1, CAC2 and CAC3 form the chromatin assembly factor-I (CAF-I).; Function: RLF2 (Rap1p localization factor-2) is required for the normal distribution of the telomere-binding Rap1p protein within the nucleus. Rlf2p facilitates the efficient and timely assembly of histones into telomeric chromatin.; Phenotype: in rlf2 mutants, telomeric chromatin is perturbed, telomeric silencing is reduced and Rap1p localization is altered. in cells lacking CAF-I, the silent mating loci are derepressed partially.; Remark: deletion of any CAC gene causes an increase in sensitivity to ultraviolet radiation, without significantly increasing sensitivity to gamma rays. deletion of CAC genes also strongly reduces silencing of genes adjacent to telomeric DNA.; Similarity: the predicted A. niger protein shows strong similarity to subunit p90 of chromatin assembly factor-I (RLF2) of S. cerevisiae and similarity to several proteins described as (putative) chromatin assembly factor subunits. the A. niger protein sequence is rich in glutamic acid and lysine. the systematic name of yeast RLF2 is YPR018w. RLF2 is also known as CAC1.; Title: strong similarity to chromatin assembly factor-I (CAF-I) p90 subunit Rlf2 - Saccharomyces cerevisiae; nucleus; See PMID 9030687; See PMID 9030688; See PMID 9436982; uncharacterized protein	join(1469738..1470487,1470546..1470852,1470888..1471705)	Aspergillus niger	4984181
An09g06450	CDS	An09g06450	NT_166525.1	1475679	1480298	D	Remark: the ORF is truncated due to border of contig.; Title: strong similarity to hypothetical protein CAD71235.1 - Neurospora crassa [truncated ORF]; uncharacterized protein	join(<1475679..1476899,1476956..1477065,1477136..1480298)	Aspergillus niger	4984182
An09g06460	CDS	An09g06460	NT_166525.1	1481791	1482809	D	Remark: the predicted A. niger gene is identical to the A. niger patent EST WO200056762-A2 from bp 511 to bp 882.; Title: strong similarity to hypothetical Glc8 related protein CAD21258.1 - Neurospora crassa; uncharacterized protein	join(1481791..1481830,1481889..1482609,1482689..1482809)	Aspergillus niger	4984183
An09g06470	CDS	An09g06470	NT_166525.1	1483452	1484039	D	Remark: ORF classified questionable due to length below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1483452..1483466,1483596..1483663,1483706..1483727,1483774..1483848,1483885..1483897,1483938..1483956,1483988..1484039)	Aspergillus niger	84592087
An09g06480	CDS	An09g06480	NT_166525.1	1484544	1486040	D	Title: similarity to hypothetical protein YJL145w -Saccharomyces cerevisiae; uncharacterized protein	join(1484544..1485307,1485371..1486040)	Aspergillus niger	4984185
An09g06490	CDS	An09g06490	NT_166525.1	1486670	1488986	D	Title: strong similarity to oxide squalene cyclising enzyme from patent JP08308568-A - Rattus rattus; See PMID 8604986; uncharacterized protein	join(1486670..1487340,1487401..1488846,1488896..1488986)	Aspergillus niger	4984186
An09g06500	CDS	An09g06500	NT_166525.1	1489399	1490914	D	Complex: Sgt1p physically associates with Skp1p in vivo and in vitro, and thus also associates with SCF (Skp1p/Cdc53p/F box protein) ubiquitin ligase.; Function: the S. cerevisiae Sgt1p is required for assembling the yeast kinetochore complex, CBF3, via activation of Ctf13p.; Remark: human SGT1 rescues an sgt1 null mutation in S. cervisiae, suggesting that the function of SGT1 is conserved in evolution.; Title: strong similarity to protein Sgt1 -Saccharomyces cerevisiae; See PMID 10445024; uncharacterized protein	join(1489399..1490196,1490252..1490834,1490868..1490914)	Aspergillus niger	4984187
An09g06510	CDS	An09g06510	NT_166525.1	1491409	1492623	R	Remark: the H. sapiens patent transmembrane protein WO200056891-A2 is involved in various human disorders.; Title: strong similarity to human transmembrane from patent WO200056891-A2 - Homo sapiens; uncharacterized protein	complement(join(1491409..1491917,1492128..1492510,1492568..1492623))	Aspergillus niger	4984188
An09g06520	CDS	An09g06520	NT_166525.1	1493127	1494281	D	Remark: the H. sapiens SIRT4 belongs to a group of four human SIRT proteins (SIRT1-SIRT5).; Remark: the five human sirtuins are widely expressed in fetal and adult tissues.; Similarity: the H. sapiens sirtuin type proteins are closly related to yeast Sir2 proteins, which are regulating epigenetic gene silencing and as a possible antiaging effect, they suppresses recombination of rDNA.; Title: strong similarity to cDNA sirtuin type 4 protein SIRT4 - Homo sapiens; See PMID 10381378; uncharacterized protein	join(1493127..1493857,1493939..1494281)	Aspergillus niger	4984189
An09g06530	CDS	An09g06530	NT_166525.1	1494646	1495958	D	Remark: Cyclin-dependent kinase 2 (Cdk2) controls the transition from the G1 to the S phase in the mammalian cell cycle.; Title: strong similarity to cyclin dependent kinase 2-alpha - Rattus rattus; deleted EC_number 2.7.1.37; See PMID 7862443; uncharacterized protein	join(1494646..1494870,1494953..1494976,1495044..1495958)	Aspergillus niger	4984190
An09g06540	CDS	An09g06540	NT_166525.1	1496746	1497518	D	Function: the S. cerevisiae NNF1 is an essential yeast gene required for proper spindle orientation,nucleolar and nuclear envelope structure and mRNA export.; Phenotype: the S. cerevisiae NNF1 null mutant is inviable; cells depleted of Nnf1p or containing a temperature-sensitive nnf1 mutation have elongated microtubules and become bi- and multinucleate.; Remark: the systematic name of S. cerevisiae NNF1 is YJR112W.; Title: similarity to protein Nnf1 - Saccharomyces cerevisiae; See PMID 9247195; uncharacterized protein	join(1496746..1497122,1497224..1497350,1497399..1497518)	Aspergillus niger	4984191
An09g06550	CDS	An09g06550	NT_166525.1	1497599	1499329	R	Title: similarity to hypothetical protein SPAC926.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1497599..1498862,1498952..1499130,1499267..1499329))	Aspergillus niger	4984192
An09g06560	CDS	An09g06560	NT_166525.1	1499769	1501568	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1499769..1499818,1499902..1499930,1500067..1500263,1500535..1500616,1500712..1500793,1501033..1501142,1501191..1501313,1501435..1501568))	Aspergillus niger	84592088
An09g06570	CDS	An09g06570	NT_166525.1	1501668	1503023	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1501668..1501718,1501788..1502098,1502654..1502839,1502942..1503023)	Aspergillus niger	4984194
An09g06580	CDS	An09g06580	NT_166525.1	1503880	1505633	D	Title: strong similarity to ras-GTPase-activating protein SH3-domain binding protein G3BP - Mus musculus; See PMID 9575347; uncharacterized protein	join(1503880..1504197,1504274..1505275,1505340..1505633)	Aspergillus niger	4984195
An09g06590	CDS	sspB	NT_166525.1	1508005	1510212	D	Function: prokaryotes and eukaryotes respond to heat shock and other forms of environmental stress by inducing synthesis of heat-shock proteins.; Function: the sspB protein is a Hsp90 heat shock protein.; Gene-ID: sspB; Remark: the matched sequence of sspB from A. niger was identified by a BLAST search with the new EMBL entry CAA72292.; heat shock protein sspB-Aspergillus niger	join(1508005..1508265,1508365..1510212)	Aspergillus niger	4984196
An09g06600	CDS	An09g06600	NT_166525.1	1510990	1511392	D	Remark: blast hits result from repetitive sequences.; hypothetical protein	join(1510990..1511237,1511332..1511392)	Aspergillus niger	84592089
An09g06610	CDS	An09g06610	NT_166525.1	1511930	1514230	R	Title: strong similarity to hypothetical protein EAA26720.1 - Neurospora crassa; uncharacterized protein	complement(join(1511930..1512906,1512967..1513425,1513495..1514230))	Aspergillus niger	4984198
An09g06620	CDS	An09g06620	NT_166525.1	1514665	1515041	R	hypothetical protein	complement(join(1514665..1514700,1514792..1514811,1514873..1515041))	Aspergillus niger	84592090
An09g06630	CDS	An09g06630	NT_166525.1	1518450	1520822	D	Function: analysis of N. crassa nuc-2 and nuc-1; nuc-2 strains transformed by the nuc-1+ gene suggests that phosphate directly affects the level or activity of the negative regulatory factor(s) controlling phosphorus acquisition.; Title: similarity to transcription activator nuc-1 -Neurospora crassa; nucleus; See PMID 2146493; uncharacterized protein	join(1518450..1519046,1519116..1520169,1520281..1520822)	Aspergillus niger	4984200
An09g06640	CDS	An09g06640	NT_166525.1	1521552	1523682	R	Function: human TFIIE consists of two subunits TFIIE-alpha T2EA_HUMAN and TFIIE-beta T2EB_HUMAN and joins the preinitiation complex after RNA polymerase II and TFIIF.; Function: the general transcription factor TFIIE has an essential role in eukaryotic transcription initiation together with RNA polymerase II and other general factors.; Similarity: restricted to TFIIE alpha subunit.; Title: similarity to DNA-directed RNA polymerase III 82 KD subunit Rpc82 - Saccharomyces cerevisiae; nucleus; See PMID 8407894; uncharacterized protein	complement(join(1521552..1522550,1522612..1523427,1523542..1523598,1523671..1523682))	Aspergillus niger	4984201
An09g06650	CDS	An09g06650	NT_166525.1	1524187	1525820	D	Function: the core protein II is an bifunctional enzyme, that acts as mitochondrial processing peptidase as well as part of the respiration chain b/c1 complex.; Title: strong similarity to core protein II of ubiquinol--cytochrome c reductase CAA42214.1 - Bos primigenius taurus; localisation:mitochondrion; uncharacterized protein	join(1524187..1524450,1524544..1524718,1524802..1525643,1525725..1525820)	Aspergillus niger	4984202
An09g06660	CDS	An09g06660	NT_166525.1	1527248	1527627	D	Title: questionable ORF; uncharacterized protein	join(1527248..1527258,1527403..1527486,1527558..1527627)	Aspergillus niger	84592091
An09g06670	CDS	An09g06670	NT_166525.1	1527938	1529304	R	Function: S. cerevisiae enzyme is essential for mitochondrial function in the absence of Abf2p.; Function: it associated with mitochondrial DNA in vivo.; Function: it is a component of the mitochondrial nucleoid structure.; Function: it is required for maintenance of mtDNA.; Function: it may function as a member of the protein machinery for the mitochondrial inner membrane attachment site for mitochondrial DNA during replication and segregartion of the mitochondrial genome.; Title: strong similarity to suppressor gene of mitochondrial histone Yhm2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9742088; uncharacterized protein	complement(join(1527938..1527992,1528134..1528806,1528885..1528981,1529039..1529057,1529125..1529149,1529223..1529304))	Aspergillus niger	4984204
An09g06680	CDS	citA	NT_166525.1	1531146	1532957	R	Catalytic activity: converts Citrate + CoA <=> acetyl-CoA + H(2)O + oxaloacetate.; Function: up to 11-fold overproduction of citrate synthase did not increase the rate of citric acid production by the fungus, suggesting that citrate synthase contributes little to flux control in the pathway involved in citric acid biosynthesis by a non-commercial strain.; Gene-ID: citA; Localization: in addition to an N-terminal mitochondrial import signal, a peroxisomal target sequence (AKL) was found at the C-terminus of the protein, but it is unclear whether both signals are functional in vivo.; localisation:mitochondrion; See PMID 10689162; citrate synthase citA-Aspergillus niger	complement(join(1531146..1531334,1531399..1531699,1531774..1532390,1532445..1532492,1532553..1532637,1532709..1532773,1532838..1532957))	Aspergillus niger	4984205
An09g06690	CDS	An09g06690	NT_166525.1	1534907	1535420	D	Title: similarity to hypothetical protein related to potassium channel subunit MiRP3 B1D1.370 - Neurospora crassa; uncharacterized protein	join(1534907..1535026,1535211..1535420)	Aspergillus niger	84592092
An09g06700	CDS	An09g06700	NT_166525.1	1535693	1537900	D	Function: many eukaryotic proteins that are known or supposed to bind single-stranded RNA contain one or more copies of a putative RNA-binding domain of about 90 amino acids.; Title: similarity to protein involved in regulation of nuclear pre-mRNA abundance Nrd1 - Saccharomyces cerevisiae; nucleus; See PMID 8943355; See PMID 9234673; uncharacterized protein	join(1535693..1535738,1535881..1536921,1537008..1537041,1537107..1537275,1537331..1537535,1537596..1537900)	Aspergillus niger	4984207
An09g06710	CDS	An09g06710	NT_166525.1	1539219	1540861	R	Catalytic activity: it converts o-acetyl-l-homoserine + methanethiol = l-methionine + acetate.; Cofactor: pyridoxal phosphate.; Function: A. nidulans enzyme transforms o-acetylhomoserine into homocysteine.; Similarity: belongs to the trans-sulfuration enzymes family.; Title: strong similarity to O-acetylhomoserine (thiol)-lyase cysD - Aspergillus nidulans; cytoplasm; uncharacterized protein	complement(join(1539219..1539402,1539469..1540037,1540109..1540468,1540542..1540625,1540689..1540743,1540812..1540861))	Aspergillus niger	4984208
An09g06720	CDS	An09g06720	NT_166525.1	1541966	1543324	D	Remark: ORF might be questionable because of large intron.; Title: weak similarity to hypothetical protein B13I18.100 - Neurospora crassa; uncharacterized protein	join(1541966..1542098,1542161..1542274,1542324..1542338,1542819..1543095,1543216..1543324)	Aspergillus niger	4984209
An09g06730	CDS	An09g06730	NT_166525.1	1545778	1547567	D	Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to lysine-specific high-affinity permease Lyp1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9348664; uncharacterized protein	join(1545778..1545988,1546087..1547567)	Aspergillus niger	4984210
An09g06740	CDS	An09g06740	NT_166525.1	1549760	1552104	D	Catalytic activity: ATP + a long-chain carboxylic acid + CoA <=> AMP + diphosphate + an acyl-CoA.; Function: S. cerevisiae Faa2 is involved in esterification, concomitant with transport, of endogenous long-chain fatty acids into metabolically active CoA thioesters for subsequent degradation or incorporation into phospholipids. It preferentially acts on c9:0-c13:0 fatty acids although c7:0-c17:0 fatty acids are tolerated. Its optimum activity is found at 25 degrees celsius.; Remark: alternate names for S. cerevisiae Faa2: Fam1 or YER015W.; Title: strong similarity to long-chain-fatty-acid--CoA ligase Faa2 - Saccharomyces cerevisiae; See PMID 8027063; See PMID 8206942; uncharacterized protein	join(1549760..1549933,1550033..1550288,1550342..1551932,1551999..1552104)	Aspergillus niger	4984211
An09g06750	CDS	An09g06750	NT_166525.1	1552761	1553890	D	Title: strong similarity to hypothetical protein B13I18.120 - Neurospora crassa; uncharacterized protein	join(1552761..1553265,1553464..1553556,1553655..1553890)	Aspergillus niger	4984212
An09g06760	CDS	An09g06760	NT_166525.1	1554280	1555265	R	Remark: alternate names for Drosophila eld: eyelid or osa.; Similarity: the ORF encoded protein shows significant similarity to the hypothetical protein B13I18. 20 Neurospora crassa.; Similarity: the similarities of the ORF encoded protein to hits with an e-Val less than 2e-11 are mainly based on repetitive structures.; Title: weak similarity to transcription factor eyelid eld - Drosophila melanogaster; uncharacterized protein	complement(join(1554280..1555075,1555180..1555265))	Aspergillus niger	4984213
An09g06770	CDS	An09g06770	NT_166525.1	1555598	1559279	R	Title: strong similarity to hypothetical protein B13I18.130 - Neurospora crassa; uncharacterized protein	complement(join(1555598..1558886,1559224..1559279))	Aspergillus niger	4984214
An09g06780	CDS	An09g06780	NT_166525.1	1559906	1560992	R	Remark: Depletion of the Candida boidinii PMP47 gene results in a retarded growth on oleate and a complete loss of growth on methanol, pmp47delta cells show reduced numbers peroxisomes. The activity of one of the methanol-induced peroxisome matrix enzymes,dihydroxyacetone synthase (DHAS), can not be detected.; Similarity: the peroxisomal membrane protein 47 (Pmp47) from Candida boidinii belongs to the mitochondrial carrier family.; Title: strong similarity to peroxisomal membrane protein 47 Pmp47 - Candida boidinii; peroxisome; See PMID 8698821; uncharacterized protein	complement(join(1559906..1560024,1560080..1560813,1560868..1560992))	Aspergillus niger	4984215
An09g06790	CDS	sgrB	NT_166525.1	1562482	1563538	R	Gene-ID: sgrB;yptA; Similarity: strong similarity to the GTP-binding protein Rab1 from Homo sapiens.; See PMID 11489135; secretion related GTPase srgB-Aspergillus niger	complement(join(1562482..1562676,1562754..1562981,1563039..1563086,1563169..1563292,1563528..1563538))	Aspergillus niger	4984216
An09g06800	CDS	An09g06800	NT_166525.1	1564345	1567695	R	Cofactor: Zinc.; Function: S. cerevisiae Ape2 is involved in the cellular supply of leucine from externally offered leucine-containing dipeptide substrates.; Remark: alternate names for S. cerevisiae Ape2: Aminopeptidase II, YscII, Lap1 or YKL157W.; Similarity: S. cerevisiae Ape2 belongs to peptidase family M1 (zinc metalloprotease) which is also known as the PepN subfamily.; Title: strong similarity to leucyl aminopeptidase Ape2 - Saccharomyces cerevisiae; See PMID 1765107; See PMID 3286257; See PMID 6352682; uncharacterized protein	complement(join(1564345..1564939,1564995..1565207,1565295..1565737,1565790..1565859,1565915..1566129,1566188..1566213,1566274..1566390,1566448..1566565,1566623..1566844,1566907..1567331,1567419..1567588,1567661..1567695))	Aspergillus niger	4984217
An09g06810	CDS	An09g06810	NT_166525.1	1568477	1569995	D	Complex: the SSL1 gene of S. cerevisiae encodes a subunit of the RNA polymerase II transcription factor TFIIH (factor b).; Title: strong similarity to subunit of transcription initiation factor TFIIH Ssl1 - Saccharomyces cerevisiae; nucleus; See PMID 11007479; See PMID 7891722; uncharacterized protein	join(1568477..1568709,1568788..1569123,1569191..1569995)	Aspergillus niger	4984218
An09g06820	CDS	An09g06820	NT_166525.1	1570830	1571432	D	Title: similarity to hypothetical protein B17C10.80 - Neurospora crassa; uncharacterized protein	join(1570830..1571017,1571138..1571432)	Aspergillus niger	4984219
An09g06830	CDS	An09g06830	NT_166525.1	1572070	1575118	R	Function: the Pumilio protein from D. melanogaster is involved in translational regulation of hunchback (hb) mRNA, which is essential for posterior patterning of the Drosophila embryo. This regulation is mediated by sequences in the 3'-untranslated region of hb mRNA (the Nanos response elements or NREs.). Nonos and Pumilio are the two important trans-acting factors.; Similarity: the ORF encoded protein belongs to the Pumilio/Mpt5 family.; Title: similarity to RNA binding protein Pumilio Pum - Drosophila melanogaster; cytoplasm; See PMID 10541556; See PMID 10662662; uncharacterized protein	complement(join(1572070..1572129,1572181..1572286,1572342..1572432,1572491..1572770,1572952..1573592,1573656..1574769,1574819..1574929,1575002..1575118))	Aspergillus niger	4984220
An09g06840	CDS	An09g06840	NT_166525.1	1577330	1579127	D	Function: the S. cerevisiae homolog Sly41p is likely to be involved in vesicular ER to Golgi transport. Sly41p was shown to suppress a functional loss of the essential gene YPT1, a member of the RAS superfamily involved in this particular transport step.; Similarity: S. cerevisiae Sly41p has similarity to the triose phosphate translocator family.; Title: strong similarity to protein involved in ER to Golgi transport Sly41 - Saccharomyces cerevisiae; uncharacterized protein	join(1577330..1577332,1577415..1577807,1577865..1579127)	Aspergillus niger	4984221
An09g06850	CDS	An09g06850	NT_166525.1	1580132	1582686	D	Catalytic activity: NADH + ubiquinone <=> NAD(+) + ubiquinol.; Function: the NDUFS1 gene from Bos taurus encodes for the largest subunit of respiratory chain complex I and it is a component of the iron-sulfur (IP) fragment. It may form a part of the active site where NADH is oxidized.; Title: strong similarity to 78 kD subunit of NADH:ubiquinone reductase NDUFS1 - Bos taurus; localisation:mitochondrion; See PMID 2514801; uncharacterized protein	join(1580132..1580246,1580307..1580330,1580386..1580437,1580492..1580506,1580559..1580581,1580646..1582527,1582584..1582686)	Aspergillus niger	4984222
An09g06860	CDS	An09g06860	NT_166525.1	1583044	1584367	R	Similarity: the ORF encoded protein shows significant similarity to the protein related to the mitotic apparatus protein p62 (protein B13N20. 180) from Neurospora crassa.; Title: similarity to hypothetical mitotic apparatus protein p62 related protein CAB91383.2 - Neurospora crassa; uncharacterized protein	complement(join(1583044..1583501,1583562..1583868,1583919..1584136,1584211..1584367))	Aspergillus niger	4984223
An09g06870	CDS	An09g06870	NT_166525.1	1585634	1588647	D	Complex: the S. pombe byr4 protein interacts with the GTPase Spg1, which is involved in the regulation of septation and constriction of the actomyosin ring for cell division in fission yeast. Spg1 is a member of the Ras superfamily.; Function: the S. pombe byr4 protein is involved in coordination between karyokinesis and cytokinesis in the cell division cycle.; Remark: null alleles of byr4 (S. pombe) cause cell cycle arrest in late mitosis and permit multiple rounds of septation.; Title: similarity to dosage-dependent cytokinesis inhibitor byr4p - Schizosaccharomyces pombe; See PMID 8682866; See PMID 9638658; See PMID 10196225; uncharacterized protein	join(1585634..1588004,1588055..1588647)	Aspergillus niger	4984224
An09g06880	CDS	An09g06880	NT_166525.1	1590640	1591286	R	hypothetical protein	complement(join(1590640..1590723,1590894..1590920,1591005..1591286))	Aspergillus niger	84592093
An09g06890	CDS	An09g06890	NT_166525.1	1594613	1595050	D	Remark: C-terminally truncated ORF due to the end of contig.; Remark: alternate names for S. cerevisiae Mig2: Mlz1 or YGL209W.; Title: weak similarity to transcription co-repressor Mig2 - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	1594613..>1595050	Aspergillus niger	4984226
An14g00010	CDS	srgA	NT_166529.1	810	1554	D	Function: srgA mutants displayed a twofold increase in their hyphal diameter, unusual apical branching and strongly reduced protein secretion during growth on glucose.; Gene-ID: srgA; Similarity: strong similarity to the GTP-binding protein SAS1 from D. discoideum.; See PMID 11489135; secretion related GTPase srgA-Aspergillus niger	join(810..839,894..1161,1232..1554)	Aspergillus niger	4986857
An14g00020	CDS	An14g00020	NT_166529.1	2854	5158	D	Function: S. cerevisiae homolog is essential and an allelic form shows resistance to the drug diazaborine in S. cerevisiae.; Remark: S. cerevisiae homolog Afg2p is a AAA (ATPases associated to a variety of cellular activities) class ATPase similar to the CDC48 gene product.; Title: strong similarity to AAA class ATPase Afg2 -Saccharomyces cerevisiae; uncharacterized protein	join(2854..3610,3680..4380,4430..5158)	Aspergillus niger	4986858
An14g00030	CDS	An14g00030	NT_166529.1	5668	6700	D	Complex: RNPS1 of H. sapiens is found in a single complex of approximately 335 kDa. Four other proteins of the complex were identified as the splicing-associated factors SRm160, DEK, the mRNA-associated shuttling protein Y14 and the mRNA export factor REF.; Function: Recombinant human RNPS1 expressed in baculovirus functionally synergizes with SR proteins and strongly activates splicing of both constitutively and alternatively spliced pre-mRNAs.; Remark: RNPS1 of H. sapiens is a RNA-binding protein.; Title: strong similarity to general activator of pre-mRNA splicing RNPS1 - Homo sapiens; nucleus; uncharacterized protein	join(5668..5982,6039..6144,6198..6700)	Aspergillus niger	4986863
An14g00040	CDS	An14g00040	NT_166529.1	6947	15853	R	Function: A. nidulans uvsB and uvsD belong to the same epistasis group of DNA repair mutants and are likely to control cell cycle checkpoint responses to DNA damage and incomplete replication. They are also involved in septum formation and regulation of gene expression. UVSB probably functions as the central regulator of the A. nidulans DNA damage response.; Similarity: The A. nidulans uvsB gene is shown to encode a rad3/ATR homologue, a component of the nucleotide excision repairosome.; Title: strong similarity to ATM-related kinase required for DNA damage response uvsB - Aspergillus nidulans; uncharacterized protein	complement(join(6947..6988,7037..7183,7233..7351,7403..7487,7550..7637,7687..7809,7866..7948,8004..8128,8198..8395,8446..8728,8786..8986,9029..9125,9227..9388,9443..9535,9599..9696,9751..10054,10140..10620,10671..11211,11276..12505,12563..12805,12860..13339,13420..13516,13577..13729,13781..14176,14231..14535,14593..15218,15268..15853))	Aspergillus niger	4986891
An14g00050	CDS	An14g00050	NT_166529.1	16538	17663	D	Function: S. cerevisiae homolog Tad2p and S. c. Tad3p together convert adenosine at pos. 34 of tRNA-Ala to inosine.; Title: similarity to tRNA-specific adenosine deaminase Tad2 - Saccharomyces cerevisiae; uncharacterized protein	join(16538..16615,16672..16780,16874..17018,17105..17302,17414..17663)	Aspergillus niger	4986895
An14g00060	CDS	An14g00060	NT_166529.1	17675	18498	R	Catalytic activity: NADH + ubiquinone = NAD(+) + ubiquinol.; Function: transfer of electrons from NADH to the respiratory chain. The immediate electron acceptor for the enzyme is believed to be ubiquinone.; Pathway: oxidative phosphorylation, respiratory chain complex I.; Similarity: the N. crassa homolog is the 21 kDa subunit of NADH:ubiquinone oxidoreductase (complex I) and is a nuclear-coded component of its hydrophobic arm.; Title: strong similarity to 20.9 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; uncharacterized protein	complement(join(17675..17755,17838..18040,18098..18303,18357..18373,18439..18498))	Aspergillus niger	4986861
An14g00070	CDS	An14g00070	NT_166529.1	18952	19879	D	Title: weak similarity to hypothetical protein SPBC30D10.04 - Schizosaccharomyces pombe; uncharacterized protein	join(18952..19107,19313..19879)	Aspergillus niger	4986866
An14g00080	CDS	An14g00080	NT_166529.1	20342	22122	R	Catalytic activity: S. cerevisiae homolog Srm1p is Gdp/GTP exchange factor for Gsp1p/Gsp2p.; Function: S. cerevisiae homolog is involved in yeast pheromone response pathway and in mRNA metabolism.; Remark: S. cerevisiae homolog alternative gene names: PRP20, MTR1.; Remark: contains regulator of chromosome condensation (RCC1) signature.; Title: strong similarity to pheromone response pathway suppressor Srm1 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(20342..21169,21229..22122))	Aspergillus niger	4986855
An14g00090	CDS	An14g00090	NT_166529.1	22875	24830	R	Catalytic activity: catalyzes the reduction of 2,4 diamino-6-ribitylamino-4(3H)-pyrimidine 5'-phosphate by NADPH to yield DRTP.; Function: S. cerevisiae Rib7p is HTP reductase involved in riboflavin biosynthesis.; Pathway: third step of riboflavin biosynthesis.; Remark: significantly longer than S. cerevisiae homolog protein Rib7p.; Title: similarity to riboflavin biosynthesis protein Rib7 - Saccharomyces cerevisiae; uncharacterized protein	complement(22875..24830)	Aspergillus niger	4986889
An14g00100	CDS	An14g00100	NT_166529.1	25392	28801	R	Complex: S. cerevisiae homolog interacts with the Nsp1p complex which is involved in nucleocytoplasmic transport.; Function: S. cerevisiae homolog is required for nuclear pore formation.; Localization: S. cerevisiae homolog is localized in the nuclear pore complex.; Title: strong similarity to nucleoporin-interacting protein Nic96 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(25392..25718,25778..26493,26552..27445,27578..27811,27917..28230,28305..28801))	Aspergillus niger	4986856
An14g00110	CDS	An14g00110	NT_166529.1	29188	29744	D	Title: similarity to hypothetical protein YJL003w -Saccharomyces cerevisiae; uncharacterized protein	join(29188..29511,29577..29744)	Aspergillus niger	4986862
An14g00120	CDS	An14g00120	NT_166529.1	30179	31431	D	hypothetical protein	join(30179..30228,30319..30427,30726..30787,30853..31171,31234..31431)	Aspergillus niger	84592897
An14g00130	CDS	An14g00130	NT_166529.1	31696	33936	D	Function: the S. pombe homolog encodes a nonreceptor type protein tyrosine phosphatase that negatively regulates mitosis.; Title: strong similarity to protein-tyrosine-phosphatase pyp1p - Schizosaccharomyces pombe; uncharacterized protein	join(31696..33126,33211..33936)	Aspergillus niger	84592898
An14g00140	CDS	An14g00140	NT_166529.1	34709	36454	D	hypothetical protein	join(34709..35507,35577..36454)	Aspergillus niger	4986865
An14g00150	CDS	An14g00150	NT_166529.1	37149	37848	R	Similarity: the ORF shows strong similarity to EST an_3574 from Aspergillus niger.; Title: similarity to hypothetical protein B24H17.110 - Neurospora crassa; uncharacterized protein	complement(join(37149..37212,37289..37848))	Aspergillus niger	4986886
An14g00160	CDS	An14g00160	NT_166529.1	39008	41024	D	Catalytic activity: K. pneumoniae rbtK catalyzes phosphorylation of D-ribulose to D-ribulose-5-phosphate.; Function: the K. pneumoniae homolog is a D-ribulokinase; Pathway: pentose-phosphate pathway; Title: strong similarity to D-ribulokinase rbtK -Klebsiella pneumoniae; uncharacterized protein	join(39008..39229,39312..39872,39969..41024)	Aspergillus niger	4986859
An14g00170	CDS	An14g00170	NT_166529.1	41331	45062	R	Function: one mechanism reported for H+ transport mediated by Ca2+ is an ATP-dependent Ca2+/H+ antiporter which is catalyzed by (Ca2+ + Mg2+)-ATPase in the plasma membrane.; Similarity: the S. cerevisiae homolog shows similarities to other Ca2+/H+ antiporter.; Title: strong similarity to hypothetical Ca2+/H+ antiporter YNL321w - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	complement(join(41331..41416,41484..41719,41804..41967,42030..42962,43027..44867,44924..45062))	Aspergillus niger	4986893
An14g00180	CDS	An14g00180	NT_166529.1	46230	47563	D	Complex: RPT6 is a protein of the 19S particle.; Function: RPT6 is an ATPase with regulatory function in the proteasome.; Localization: By immunofluorescence RPT6 was determined to be localized almost exclusively to the nucleus throughout the cell cycle.; Remark: The 26 S proteasome of eukaryotes consists of the 20S core protease and two 19S particles and is responsible for the degradation of proteins targeted for proteolysis by the ubiquitin system.; Remark: The two 19S particles mediate the binding and unfolding of a substrate protein before its transfer to the interior of the 20S core.; Title: strong similarity to proteasome 19S regulatory particle subunit Rpt6 - Saccharomyces cerevisiae; See PMID 10419517; See PMID 10688918; uncharacterized protein	join(46230..46464,46553..47228,47305..47563)	Aspergillus niger	4986868
An14g00190	CDS	An14g00190	NT_166529.1	51811	53781	D	Title: weak similarity to hypothetical protein At2g17590 - Arabidopsis thaliana; uncharacterized protein	join(51811..53427,53510..53532,53588..53680,53745..53781)	Aspergillus niger	4986892
An14g00200	CDS	An14g00200	NT_166529.1	54413	56740	D	Remark: the encoded protein shows also weak similarities to several ubiquitin fusion-degradation 1-like proteins.; Title: strong similarity to protein fragment SEQ ID NO:48474 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	54413..56740	Aspergillus niger	4986860
An14g00210	CDS	An14g00210	NT_166529.1	57118	58171	R	Complex: Yip1 specifically binds to the transport GTPases Ypt1p and Ypt31p.; Function: Yip1p has a role in recruiting the two GTPases Ypt1p and Ypt31p to Golgi target membranes in preparation for fusion.; Golgi; Localization: According to subcellular fractionation and indirect immunofluorescence, Yip1 is located to Golgi membranes at steady state.; Title: similarity to Golgi membrane protein Yip1 -Saccharomyces cerevisiae; See PMID 9724632; uncharacterized protein	complement(join(57118..57720,57821..58171))	Aspergillus niger	4986885
An14g00220	CDS	An14g00220	NT_166529.1	58578	60366	R	Title: strong similarity to hypothetical protein SPAC17C9.06 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(58578..59785,59843..60029,60130..60246,60334..60366))	Aspergillus niger	4986864
An14g00230	CDS	An14g00230	NT_166529.1	60773	61732	D	Catalytic activity: ATP + ubiquitin + protein lysine = AMP + diphosphate + protein N-ubiquityllysine.; Localization: UBC6 is an integral membrane protein that localizes to the endoplasmic reticulum (ER), with the catalytic domain facing the cytosol.; Pathway: ER degradation.; Remark: Ubiquitin-conjugating enzymes function in selective proteolysis pathways and catalyse the covalent attachment of ubiquitin to proteolytic substrates. S. cerevisiae Ubc6p is a ubiquitin conjugating enzyme targeting unfolded or misfolded ER lumenal proteins for retrograde transport across the ER membrane and subsequent degradation by the proteasome.; Title: strong similarity to ubiquitin conjugating enzyme Ubc6 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8396728; uncharacterized protein	join(60773..60799,60862..60941,61012..61732)	Aspergillus niger	4986871
An14g00240	CDS	An14g00240	NT_166529.1	62665	63797	D	Catalytic activity: Holocytochrome c = apocytochrome c + heme.; Remark: In the reverse direction, cyt-2 catalyses the attachment of heme to two cysteine residues in the protein, forming thioether links.; Similarity: cyt-2 shows homology to the yeast cytochrome c heme lyase.; Title: strong similarity to holocytochrome-c synthase cyt-2 - Neurospora crassa; See PMID 2572587; uncharacterized protein	join(62665..62748,62808..63481,63557..63797)	Aspergillus niger	4986867
An14g00250	CDS	An14g00250	NT_166529.1	64903	66713	R	Title: strong similarity to hypothetical membrane protein YPL109c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(64903..66285,66348..66713))	Aspergillus niger	4986890
An14g00260	CDS	An14g00260	NT_166529.1	67446	69719	R	Function: GDS (GDP dissociation stimulator) from bovine brain cytosol is a regulatory protein that stimulates the GDP/GTP exchange reaction of smg p21s (ras p21-like GTP-binding proteins) by stimulating the dissociation of GDP from and the subsequent binding of GTP to them.; Title: similarity to stimulatory GDP/GTP exchange protein GDS - Bos taurus; See PMID 1901951; See PMID 2118909; uncharacterized protein	complement(join(67446..68650,68731..68904,68962..69081,69139..69273,69359..69719))	Aspergillus niger	4986878
An14g00270	CDS	An14g00270	NT_166529.1	70607	71085	D	Title: weak similarity to dolichol-phosphate-mannose synthase DPM3 - Homo sapiens; uncharacterized protein	join(70607..70654,70735..71085)	Aspergillus niger	4986887
An14g00280	CDS	An14g00280	NT_166529.1	71876	72918	R	Title: strong similarity to hypothetical protein YJR133w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(71876..71924,71986..72098,72169..72481,72546..72652,72886..72918))	Aspergillus niger	4986882
An14g00290	CDS	An14g00290	NT_166529.1	73942	75347	R	Function: The mae1 gene encodes a permease involved in the uptake of L-malate, succinate and malonic acid.; Title: strong similarity to C4-dicarboxylate transport protein mae1p - Schizosaccharomyces pombe; See PMID 8750236; uncharacterized protein	complement(join(73942..74290,74355..74765,74836..75151,75215..75347))	Aspergillus niger	4986875
An14g00300	CDS	An14g00300	NT_166529.1	78064	79349	D	Function: Ayr1p of S. cerevisiae catalyzes the biosynthesis of phosphatidic acid through the dihydroxyacetone phosphate pathway by NADPH-dependent reduction of the intermediate 1-acyldihydroxyacetone phosphate.; Title: strong similarity to 1-acyldihydroxyacetone-phosphate reductase Ayr1 -Saccharomyces cerevisiae; See PMID 10617610; uncharacterized protein	join(78064..78107,78192..78416,78470..78477,78528..78679,78737..78831,78892..79142,79237..79349)	Aspergillus niger	4986873
An14g00310	CDS	An14g00310	NT_166529.1	80033	81831	D	Catalytic activity: GTP + succinate + CoA = GDP + succinyl-CoA + phosphate.; Localization: Immunocytochemical experiments suggest that succinyl-CoA synthetase from Neocallimastix frontalis is located in the hydrogenosomal matrix.; Pathway: Substrate level phosphorylation step of the tricarboxylic acid cycle.; Title: strong similarity to beta-succinyl CoA synthase precursor scsB - Neocallimastix frontalis; See PMID 9003318; uncharacterized protein	join(80033..80086,80173..80256,80325..80397,80464..80563,80623..81168,81231..81277,81330..81622,81697..81831)	Aspergillus niger	4986880
An14g00320	CDS	An14g00320	NT_166529.1	82278	84103	R	hypothetical protein	complement(join(82278..83196,83263..83618,83730..83895,84024..84103))	Aspergillus niger	4986894
An14g00330	CDS	An14g00330	NT_166529.1	85803	87915	D	Function: SFL1 of S. cerevisiae is involved in cell surface assembly and regulation of the gene related to flocculation (asexual cell aggregation). mutations in SFL1 of S. cerevisiae cause constitutive cell aggregation.; Similarity: the N-terminal section of SFL1 of S. cerevisiae is similar to the heat shock transcription factor (HSF) family. the C-terminal section of SFL1 of S. cerevisiae is similar to the myc family of helix-loop-helix transcription factors.; Title: strong similarity to flocculation suppression protein Sfl1 - Saccharomyces cerevisiae; See PMID 2697640; uncharacterized protein	join(85803..86152,86272..86370,86437..86504,86566..86909,86983..87052,87113..87915)	Aspergillus niger	4986874
An14g00340	CDS	An14g00340	NT_166529.1	88637	89471	R	Remark: the similarity to the microtubule-associated protein homologue of D. melanogaster is due to repetitive sequence in the ORF.; Title: weak similarity to hypothetical protein AAN24427.1 - Bifidobacterium longum; uncharacterized protein	complement(join(88637..89144,89287..89471))	Aspergillus niger	4986877
An14g00350	CDS	An14g00350	NT_166529.1	89981	90751	R	Title: similarity to hypothetical protein YPL107w -Saccharomyces cerevisiae; uncharacterized protein	complement(89981..90751)	Aspergillus niger	4986869
An14g00360	CDS	An14g00360	NT_166529.1	91190	92955	D	hypothetical protein	join(91190..91935,91989..92955)	Aspergillus niger	4986883
An14g00370	CDS	An14g00370	NT_166529.1	93856	95040	R	Remark: ribosomal proteins L13 of S. cerevisiae and A. thaliana were overexpressed in E. coli by tRNA-assisted overproduction.; Similarity: L13a of R. norvegicus is related to the S. cerevisiae ribosomal proteins that have been provisionally designated rp22 and rp23 and to the eubacterial and archaebacterial family of L13 ribosomal proteins.; Similarity: the ORF of A. niger is highly similar to several ESTs (AA787556; AI212136; AA784304; AI327985; ANI237050) of A. nidulans.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L13 - Rattus norvegicus; cytoplasm; See PMID 8198561; See PMID 10733889; 60S ribosomal protein eL13	complement(join(93856..94290,94435..94593,94735..94781,94885..94918,95038..95040))	Aspergillus niger	4986879
An14g00380	CDS	An14g00380	NT_166529.1	96066	97505	R	Similarity: protein homologues are due to repetitive sequence of the ORF.; Title: weak similarity to hypothetical protein encoded by ORF L6202.3 - Leishmania major; uncharacterized protein	complement(96066..97505)	Aspergillus niger	4986876
An14g00390	CDS	An14g00390	NT_166529.1	99702	102686	D	Remark: a putative human homolog of soc-2 of C. elegans, SHOC-2, is expressed in all tissues assayed, and SHOC-2 protein is cytoplasmically localized.; Remark: soc-2 of C. elegans suppresses the activity of an activated form of the EGL-15 FGF receptor.; Remark: the c-terminus of the ORF of A. nidulans is conserved in non-characterized ORFs derived from several divergent species.; Similarity: Similarity to leucine-rich repeat proteins is due to high content of leucine.; Title: strong similarity to leucine-rich repeat protein soc-2 - Caenorhabditis elegans; cytoplasm; See PMID 9618511; uncharacterized protein	99702..102686	Aspergillus niger	4986888
An14g00400	CDS	An14g00400	NT_166529.1	102941	104047	R	Title: similarity to hypothetical protein SPAC22E12.18 - Schizosaccharomyces pombe; uncharacterized protein	complement(102941..104047)	Aspergillus niger	4986881
An14g00410	CDS	An14g00410	NT_166529.1	105012	106628	D	Remark: a transcript of the actin-related protein of D. melanogaster was detected at all stages of development.; Remark: actin-related proteins (ARPs) have primary sequence homology to actin, have no homology to other proteins and, unlike the conventional actins, are clearly divergent.; Title: strong similarity to actin-related protein -Drosophila melanogaster; cytoskeleton; See PMID 8308899; uncharacterized protein	join(105012..105507,105582..106290,106349..106411,106490..106628)	Aspergillus niger	4986884
An14g00420	CDS	An14g00420	NT_166529.1	107933	109128	D	Function: the RING finger/IBR motif-containing domains of HHARI of H. sapiens interact specifically with the ubiquitin-conjugating enzymes UbcH7 and UbcH8, but not with the unrelated ubiquitin-conjugating enzymes UbcH5 and UbcH1. it is not clear at present whether HHARI of H. sapiens serves simply as a substrate for UbcH7 or represents a protein with ubiquitin-protein ligase activity.; Similarity: HHARI of H. sapiens is a homologue of the Drosophila ring finger protein ariadne.; Title: similarity to UbcH 7-binding protein HHARI -Homo sapiens; See PMID 10521492; uncharacterized protein	join(107933..108195,108261..108791,108852..109128)	Aspergillus niger	4986898
An14g00430	CDS	An14g00430	NT_166529.1	109616	110718	R	Function: the enzyme beta-hydroxybutyryl-coenzyme A (CoA) dehydrogenase (BHBD) of C. acetobutylicum catalyzes the reaction (s)-3-hydroxybutanoyl-CoA + NADP(+) = 3-acetoacetyl-CoA + NADPH.; Pathway: beta-hydroxybutyryl-coenzyme A (CoA) dehydrogenase (BHBD) of C. acetobutylicum is involved in butyryl-CoA synthesis.; Remark: beta-hydroxybutyryl-coenzyme A (CoA) dehydrogenase (BHBD) of C. acetobutylicum is a part of the BCS (butyryl-CoA synthesis) operon.; Remark: the ORF of A. niger is expressed in the ESTs BE760071 (97% identity) and BE759647 (96% identity).; Similarity: the enzyme beta-hydroxybutyryl-coenzyme A (CoA) dehydrogenase (BHBD) of C. acetobutylicum is similar to other 3-hydroxyacyl-CoA dehydrogenases.; Title: strong similarity to 3-hydroxybutyryl-CoA dehydrogenase BHBD - Clostridium acetobutylicum; See PMID 8655474; uncharacterized protein	complement(join(109616..110346,110423..110522,110590..110718))	Aspergillus niger	4986896
An14g00440	CDS	An14g00440	NT_166529.1	111030	114703	D	Remark: strong similarity to E. nidulans mdrA, drug resistance protein.; Title: similarity to topoisomerase I interacting factor 1 Tof1 - Saccharomyces cerevisiae; See PMID 10028183; uncharacterized protein	join(111030..111119,111181..111418,111473..113600,113788..114703)	Aspergillus niger	4986897
An14g00450	CDS	An14g00450	NT_166529.1	115383	116657	D	Title: weak similarity to filaggrin MMFIL - Mus musculus; See PMID 3680218; uncharacterized protein	115383..116657	Aspergillus niger	84592899
An14g00460	CDS	An14g00460	NT_166529.1	117140	118570	D	Catalytic activity: betaine aldehyde + NAD(+) + H(2)O = betaine + NADH.; Pathway: osmoregulatory choline-glycine betaine pathway.; Remark: the E. coli protein is a soluble NAD-dependent betaine aldehyde-specific dehydrogenase.; Title: weak similarity to betaine aldehyde dehydrogenase badH - Escherichia coli; See PMID 1879697; See PMID 1956285; uncharacterized protein	117140..118570	Aspergillus niger	4986900
An14g00470	CDS	An14g00470	NT_166529.1	120443	121184	D	Title: weak similarity to hypothetical proline-rich protein T20E23.180 - Arabidopsis thaliana; uncharacterized protein	join(120443..121034,121141..121184)	Aspergillus niger	84592900
An14g00480	CDS	An14g00480	NT_166529.1	121555	123116	R	Remark: the S. cerevisiae transcription factor IIH (TFIIH) is essential both for transcription by RNA polymerase II (RNAP II) and for nucleotide excision repair (NER) of damaged DNA.; Remark: the systematic name for TFB2 of S. cerevisiae is YPL122c.; Title: strong similarity to subunit of transcription initiation factor TFIIH Tfb2 - Saccharomyces cerevisiae; nucleus; See PMID 9118947; See PMID 11007479; uncharacterized protein	complement(join(121555..122776,122844..122931,122990..123116))	Aspergillus niger	4986902
An14g00490	CDS	An14g00490	NT_166529.1	123379	124579	D	Remark: novel protein similar to (predicted) human,plant, worm, yeast and archaea bacterial proteins.; Title: strong similarity to hypothetical protein SPBC31F10.02 - Schizosaccharomyces pombe; uncharacterized protein	join(123379..123405,123470..123510,123755..123833,123882..123924,123987..124159,124282..124300,124354..124432,124504..124579)	Aspergillus niger	4986903
An14g00500	CDS	An14g00500	NT_166529.1	125038	129479	R	Remark: similarity to Superfamily I DNA helicases and helicase subunits.; Remark: weak similarity to ATPases associated with various cellular activities.; Title: strong similarity to hypothetical At2g38770 -Arabidopsis thaliana; uncharacterized protein	complement(join(125038..125486,125554..129024,129068..129479))	Aspergillus niger	4986904
An14g00510	CDS	An14g00510	NT_166529.1	129753	132130	D	Remark: in vivo and in vitro experiments demonstrate that human p84 binds preferentially to the functionally active, hypophosphorylated form of p110RB.; Remark: the amino terminus of p110RB may function in part to facilitate the binding of growth promoting factors at subnuclear regions actively involved in RNA metabolism.; Title: strong similarity to protein p84 - Homo sapiens; See PMID 7525595; uncharacterized protein	join(129753..129992,130082..130160,130213..130331,130389..131075,131129..131278,131334..131647,131704..132130)	Aspergillus niger	4986905
An14g00520	CDS	An14g00520	NT_166529.1	141196	143114	D	Remark: expression was completely lacking in leaves and flowers.; Remark: in common sunflower Hahr1 expression was primarily found in dry seeds, hypocotyls and roots at stages associated with early developmental events.; Title: similarity to root-specific homeotic protein HRS1 - Helianthus annuus; See PMID 9322741; See PMID 10873798; uncharacterized protein	join(141196..141791,141849..141986,142050..142687,142744..143114)	Aspergillus niger	4986906
An14g00530	CDS	An14g00530	NT_166529.1	144573	145050	D	Remark: in S. cerevisiae was shown that each molecule of protein contains 10 +/- 2 Cu(I).; Remark: the C-X-C repeats may coordinate copper binding.; Title: similarity to Cu-binding metallothionein CRD2 - Candida albicans; See PMID 10411649; See PMID 10940034; uncharacterized protein	join(144573..144732,144825..144920,144974..145050)	Aspergillus niger	4986907
An14g00540	CDS	An14g00540	NT_166529.1	146338	149324	D	Remark: coat proteins of approximately 100-kD (adaptins) are components of the adaptor complexes which link clathrin to receptors in coated vesicles.; Title: strong similarity to alpha-adaptin C - Mus musculus; See PMID 10873829; See PMID 2564002; uncharacterized protein	join(146338..146789,146851..147185,147242..149160,149217..149324)	Aspergillus niger	4986908
An14g00550	CDS	An14g00550	NT_166529.1	149600	150415	R	Title: strong similarity to hypothetical protein YBL036c - Saccharomyces cerevisiae; uncharacterized protein	complement(149600..150415)	Aspergillus niger	4986909
An14g00560	CDS	An14g00560	NT_166529.1	153865	158063	D	Remark: N-terminal truncated orf due to end of contig.; Remark: the protein shares similarity with histon deacylases.; Title: similarity to hypothetical protein YPL116w -Saccharomyces cerevisiae [truncated ORF]; See PMID 8962081; uncharacterized protein	join(<153865..155761,155772..157283,157429..158063)	Aspergillus niger	4986910
An14g00570	CDS	An14g00570	NT_166529.1	158754	159824	R	Catalytic activity: 5,10-Methylenetetrahydrofolate + dUMP = Dihydrofolate + dTMP.; Pathway: Pyrimidine metabolism; One carbon pool by folate; Folate biosynthesis.; Remark: mutant TS cDNA can be used in gene therapy to transfer drug resistance to human haematopoietic progenitors, thus allowing dose-intense therapy in cancer patients by protecting normal cells and preventing dose-limiting myelotoxicity.; Title: strong similarity to thymidylate synthase CATSA - Candida albicans; See PMID 10840069; See PMID 10847455; See PMID 2646281; uncharacterized protein	complement(158754..159824)	Aspergillus niger	4986911
An14g00580	CDS	An14g00580	NT_166529.1	160082	161692	R	Catalytic activity: tRNA guanine + queuine = tRNA queuine + guanine.; Function: by similarity the enzyme exchanges the guanine residue with 7-aminomethyl-7-deazaguanine in tRNAs with GU(N) anticodons (tRNA-asp, -asn, -his and -tyr). after this exchange, a cyclopentendiol moiety is attached to the 7-aminomethyl group of 7-deazaguanine, resulting in the hypermodified nucleoside queuosine (q) (7-(((4,5-cis-dihydroxy-2-cyclopenten-1-y1)amino)methyl)-7 -deazaguanosine).; Remark: as cofactor it binds an requires by similarity zinc and magnesium for activity.; Remark: the enzyme also catalyses the exchange of precursors of queuine and of guanine itself for guanine located in the first position of certain tRNA anticodons.; Similarity: the enzyme belongs to the queuine tRNA-ribosyltransferase family.; Title: strong similarity to queuine tRNA-ribosyltransferase tgt - Zymomonas mobilis; See PMID 8654383; See PMID 7665516; uncharacterized protein	complement(join(160082..160265,160315..160502,160549..160626,160677..160734,160780..161100,161165..161248,161301..161551,161615..161692))	Aspergillus niger	4986912
An14g00590	CDS	An14g00590	NT_166529.1	162576	164872	D	Remark: agrobacterium vitis is a common pathogen of grapevine. Most strains utilize tartrate, an abundant compound in grapevine.; Title: similarity to tartrate transport protein ttuB - Agrobacterium vitis; See PMID 8672817; uncharacterized protein	join(162576..162641,162697..162829,162876..162951,162998..163079,163123..163225,163287..163690,163742..163911,163968..164052,164120..164417,164506..164678,164762..164872)	Aspergillus niger	4986913
An14g00600	CDS	An14g00600	NT_166529.1	169337	171281	R	hypothetical protein	complement(join(169337..169461,169555..169745,170203..171281))	Aspergillus niger	4986914
An14g00610	CDS	An14g00610	NT_166529.1	172373	176986	R	hypothetical protein	complement(join(172373..172629,172787..172889,173024..173098,173158..173249,173293..173405,173452..173749,173900..173993,174098..174172,174372..174429,174643..174710,174825..174898,175101..175124,175422..175479,175662..175878,175942..176452,176569..176986))	Aspergillus niger	4986915
An14g00620	CDS	An14g00620	NT_166529.1	178750	180058	D	Catalytic activity: release of an N-terminal amino acid, preferentially leucine, but not glutamic or aspartic acids.; Remark: Enzyme with aminopeptidase activity - used in bread or dough-improving compsns., and to reduce the bitter taste of proteins or protein hydrolysates for foodstuffs, partic. cheese or cocoa.; Remark: as a cofactor of the reaction is zinc required.; Title: strong similarity to aminopeptidase from patent WO9628542-A1 - Aspergillus oryzae; See PMID 8175799; See PMID 1550363; uncharacterized protein	join(178750..178944,179019..179765,179825..180058)	Aspergillus niger	4986916
An14g00630	CDS	An14g00630	NT_166529.1	180938	182385	D	Catalytic activity: adenosine 3',5'-bisphosphate + H(2)O <=> adenosine 5'-phosphate + phosphate.; Pathway: sulfur metabolism.; Remark: dephosphorylates 3'-phosphoadenosine 5'-phosphate (PAP) and 3'-phosphoadenosine 5'-phosphosulfate (PAPS) intermediates of the sulfate assimilation pathway.; Title: strong similarity to salt tolerance protein Met22 - Saccharomyces cerevisiae; See PMID 7809627; See PMID 8393782; uncharacterized protein	join(180938..181992,182160..182385)	Aspergillus niger	4986917
An14g00640	CDS	An14g00640	NT_166529.1	182980	184105	D	Title: strong similarity to hypothetical protein EAA61679.1 - Aspergillus nidulans; uncharacterized protein	join(182980..182989,183076..183286,183386..183825,183885..184105)	Aspergillus niger	4986918
An14g00650	CDS	An14g00650	NT_166529.1	185552	185968	D	hypothetical protein	join(185552..185790,185833..185968)	Aspergillus niger	84592901
An14g00660	CDS	An14g00660	NT_166529.1	186076	189270	D	Catalytic activity: UDP-N-acetyl-D-glucosamine + [1,4-(N-Acetyl-beta-D-glucosaminyl)]n = UDP + [1,4-(N-Acetyl-beta-D-glucosaminyl)]n+1.; Pathway: chsA of E. nidulans is involved in aminosugar metabolism.; Remark: the chsA disruptant of the E. nidulans grew as well as the wild-type strain, but the chsB disruptant had severe growth defects that could not be overcome by the addition of 1. 2M sorbitol as an osmotic stabilizer. these findings suggested that chsB but not chsA is essential for hyphal growth.; Title: strong similarity to chitin synthase chsA -Aspergillus nidulans; See PMID 7765508; See PMID 10906951; See PMID 1731323; uncharacterized protein	join(186076..187846,187899..188083,188143..188309,188367..189270)	Aspergillus niger	4986920
An14g00670	CDS	An14g00670	NT_166529.1	189553	191547	R	Catalytic activity: a Monocarboxylic acid amide + H2O = a Monocarboxylate + NH3.; Pathway: Arginine and proline metabolism; Phenylalanine metabolism; Tryptophan metabolism; Cyanoamino acid metabolism.; Remark: the enzyme acts on carbon-nitrogen bonds,other than peptide bonds In linear amides.; Title: strong similarity to acetamidase amdS -Aspergillus nidulans; See PMID 3036667; uncharacterized protein	complement(join(189553..190113,190176..190299,190354..190775,190835..190934,190991..191064,191118..191216,191272..191547))	Aspergillus niger	4986921
An14g00680	CDS	An14g00680	NT_166529.1	192350	194171	R	Remark: the protein is probably responsible for the uptake of zinc and cadmium ions.; Title: strong similarity to heavy metal ion resistance protein Zrc1 - Saccharomyces cerevisiae; See PMID 8720066; See PMID 2693940; uncharacterized protein	complement(join(192350..192661,192719..192798,192848..193076,193132..193241,193293..193373,193464..193619,193830..193973,194057..194171))	Aspergillus niger	4986922
An14g00690	CDS	An14g00690	NT_166529.1	194387	196674	R	Catalytic activity: 2 H2O2 = O2 + 2 H2O.; Function: the A. nidulans homolog catA is a catalase, functioning to protect cells from different reactive oxygen species.; Induction: A. nidulans catA is induced during oxidative stress and in asexual sporulation.; Remark: as cofactors acts manganese and heme.; Title: strong similarity to catalase A catA -Aspergillus nidulans; See PMID 8598056; See PMID 10589732; uncharacterized protein	complement(join(194387..195771,195908..195941,195997..196422,196483..196674))	Aspergillus niger	4986923
An14g00700	CDS	An14g00700	NT_166529.1	197281	199347	R	Title: strong similarity to hypothetical ATPase HFN2B - Haematobia irritans; See PMID 8551518; uncharacterized protein	complement(join(197281..197305,197459..197769,197838..198354,198414..198858,198987..199347))	Aspergillus niger	4986924
An14g00710	CDS	An14g00710	NT_166529.1	200248	202722	R	Remark: required for polarized morphogenesis in response to pheromone signal.; Title: strong similarity to bud emergence mediator Bem1 - Saccharomyces cerevisiae; See PMID 1538785; uncharacterized protein	complement(join(200248..201162,201241..201996,202364..202393,202717..202722))	Aspergillus niger	4986925
An14g00720	CDS	An14g00720	NT_166529.1	205226	205579	D	hypothetical protein	join(205226..205374,205549..205579)	Aspergillus niger	84592902
An14g00730	CDS	An14g00730	NT_166529.1	206140	207093	R	hypothetical protein	complement(join(206140..206151,206204..206261,206600..206625,206657..206801,207050..207093))	Aspergillus niger	84592903
An14g00740	CDS	An14g00740	NT_166529.1	208346	210005	R	Title: similarity to hypothetical protein T16B24.2 -Arabidopsis thaliana; uncharacterized protein	complement(join(208346..208562,208616..209876,209933..210005))	Aspergillus niger	4986928
An14g00750	CDS	An14g00750	NT_166529.1	210526	212590	D	Title: similarity to defective in vacuolar protein sorting protein Vps36 - Saccharomyces cerevisiae; See PMID 8649377; See PMID 9265642; uncharacterized protein	join(210526..210626,210769..210904,210956..212590)	Aspergillus niger	4986929
An14g00760	CDS	An14g00760	NT_166529.1	213027	215216	D	Similarity: the predicted ORF shows weak similarity to some neurofilament proteins.; hypothetical protein	213027..215216	Aspergillus niger	4986930
An14g00770	CDS	An14g00770	NT_166529.1	215540	217093	R	hypothetical protein	complement(join(215540..216109,216283..216689,216784..217093))	Aspergillus niger	4986931
An14g00780	CDS	An14g00780	NT_166529.1	217950	218506	D	Title: similarity to hypothetical protein PH0854 -Pyrococcus horikoshii; uncharacterized protein	join(217950..218114,218197..218346,218402..218506)	Aspergillus niger	4986932
An14g00790	CDS	An14g00790	NT_166529.1	219205	220045	R	hypothetical protein	complement(join(219205..219349,219468..219514,219881..220045))	Aspergillus niger	84592904
An14g00800	CDS	An14g00800	NT_166529.1	223979	226963	D	Similarity: the similarities are due to repetetive sequences.; Title: similarity to hypothetical protein CAC38347.1 - Schizosaccharomyces pombe; uncharacterized protein	223979..226963	Aspergillus niger	4986934
An14g00810	CDS	An14g00810	NT_166529.1	228113	229482	R	Title: strong similarity to hypothetical protein EAA61688.1 - Aspergillus nidulans; uncharacterized protein	complement(join(228113..228475,228545..229079,229349..229482))	Aspergillus niger	4986935
An14g00820	CDS	An14g00820	NT_166529.1	230392	230807	D	Title: weak similarity to subunit K of the dimeric form of mitochondrial F1F0-ATP synthase Atp19 -Saccharomyces cerevisiae; uncharacterized protein	join(230392..230439,230576..230700,230744..230807)	Aspergillus niger	4986936
An14g00830	CDS	An14g00830	NT_166529.1	231406	232376	D	Function: PPT1 of B. ammoniagenes belongs to the group of holo-acyl carrier protein synthases (ACPS), that transfer the 4'-phosphopantetheine (4'-PP) moiety from coenzyme A (CoA) to Ser-36 of acyl carrier protein (ACP).; Function: PPT1 of B. ammoniagenes in vitro activates fatty acid synthase apoFAS-A.; Similarity: the ORF shows similarity to holo-[acyl-carrier-protein] synthase from some species.; Title: similarity to phosphopantethiene protein transferase PPT1 - Brevibacterium ammoniagenes; See PMID 9346306; uncharacterized protein	join(231406..231830,231974..232038,232192..232376)	Aspergillus niger	4986937
An14g00840	CDS	An14g00840	NT_166529.1	232544	233538	D	Catalytic activity: L-Histidinol phosphate + H2O = L-Histidinol + Orthophosphate; Function: catalyzes ninth step in histidine biosynthetic pathway.; Pathway: histidine biosynthesis.; Title: strong similarity to histidinol-phosphatase His2 - Saccharomyces cerevisiae; See PMID 8056323; uncharacterized protein	join(232544..232702,232771..233538)	Aspergillus niger	4986938
An14g00850	CDS	An14g00850	NT_166529.1	234051	234692	D	Catalytic activity: peptidylproline (omega=180) = peptidylproline (omega=0).; Function: FKBP12 of yeast is a peptidyl-prolyl cis-trans isomerase and binds rapamycin.; Title: strong similarity to peptidyl-prolyl isomerase Fpr1 - Saccharomyces cerevisiae; See PMID 8674674; See PMID 9315655; See PMID 9371805; uncharacterized protein	join(234051..234178,234343..234407,234495..234555,234626..234692)	Aspergillus niger	4986939
An14g00860	CDS	An14g00860	NT_166529.1	235072	237341	R	Catalytic activity: diacylglycerol + H2O = monoacylglycerol + a carboxylate.; Catalytic activity: triacylglycerol + H2O = diacylglycerol + a carboxylate.; Function: the LIP5 gene product from Candida rugosa hydrolyzes triacylglycerols into fatty acids and glycerol.; Title: strong similarity to triacylglycerol lipase Lip5 - Candida rugosa; See PMID 10473391; uncharacterized protein	complement(join(235072..235214,235282..235417,235507..235793,235877..236130,236197..236287,236339..236406,236458..236576,236634..236748,236806..237341))	Aspergillus niger	4986940
An14g00870	CDS	An14g00870	NT_166529.1	238421	240340	R	Title: weak similarity to hypothetical protein K06A9.1a - Caenorhabditis elegans; uncharacterized protein	complement(238421..240340)	Aspergillus niger	4986941
An14g00880	CDS	An14g00880	NT_166529.1	241464	242767	R	Function: the S. cerevisiae MSP1 protein is involved in mitochondrial membrane protein sorting.; Localization: the S. cerevisiae MSP1 protein belongs to the mitochondrial outer membrane.; Title: strong similarity to intra-mitochondrial sorting protein Msp1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8226973; uncharacterized protein	complement(join(241464..242645,242702..242767))	Aspergillus niger	4986942
An14g00890	CDS	An14g00890	NT_166529.1	243171	244840	D	Title: similarity to nucleolar phosphoprotein p130 -Homo sapiens; nucleus; See PMID 7657714; uncharacterized protein	join(243171..244071,244126..244563,244617..244840)	Aspergillus niger	4986943
An14g00900	CDS	An14g00900	NT_166529.1	245563	248829	D	Function: Mcd4 is involved in cell wall integrity in yeast.; Function: the S. cerevisiae MCD4 encodes a conserved component of the GPI anchor synthesis pathway.; Localization: protein seems to be localized as well in the ER as in the vacuole.; Title: strong similarity to glycosylphosphatidylinositol anchor synthesis protein Mcd4 - Saccharomyces cerevisiae; vacuole; See PMID 10069808; See PMID 10514566; uncharacterized protein	join(245563..247302,247355..247542,247601..247742,247819..247927,248018..248829)	Aspergillus niger	4986944
An14g00910	CDS	An14g00910	NT_166529.1	250465	251652	D	hypothetical protein	join(250465..250480,250589..250668,250798..250980,251080..251284,251402..251652)	Aspergillus niger	84592905
An14g00920	CDS	An14g00920	NT_166529.1	251963	255825	D	Remark: disruption of cutinase gene in Fusarium solani pisi drastically decreased its virulence.; Remark: the ORF encoded transcription factor belongs to the fungal Cys6Zn2 binuclear cluster family.; Title: strong similarity to cutinase transcription factor 1 CTF1-alpha - Fusarium solani; nucleus; See PMID 7753774; See PMID 9139694; uncharacterized protein	join(251963..252093,252293..252317,252469..252555,252669..252790,252865..253592,253660..253732,253795..254223,254278..254460,254510..255490,255569..255613,255768..255825)	Aspergillus niger	4986946
An14g00930	CDS	An14g00930	NT_166529.1	256393	257860	D	Catalytic activity: Cystathionine + H(2)O <=> L-homocysteine + NH(3) + pyruvate.; Cofactor: pyridoxal-phosphate.; Pathway: the cystathionine beta-lyase MetG from Emericella nidulans is involved in the methionine, cysteine, selenoamino acid, nitrogen, and sulfur metabolism.; Title: strong similarity to cystathionine beta-lyase metG - Aspergillus nidulans; See PMID 10467009; See PMID 2653822; uncharacterized protein	join(256393..256587,256686..257729,257798..257860)	Aspergillus niger	4986947
An14g00940	CDS	An14g00940	NT_166529.1	258654	259717	D	Title: strong similarity to hypothetical protein SPBC365.16 - Schizosaccharomyces pombe; uncharacterized protein	join(258654..258826,258928..259717)	Aspergillus niger	4986948
An14g00950	CDS	An14g00950	NT_166529.1	260896	262534	R	EC:1.6.99.-.; Function: the Fre2 protein of S. cerevisiae is involved in iron uptake.; Induction: the expression of the FRE2 gene in S. cerevisiae becomes induced by iron-deprivation.; Remark: ORF may be a pseudogene, the database proteins are all longer at the N-terminus.; Title: similarity to ferric/cupric reductase Fre2 -Saccharomyces cerevisiae; See PMID 8164662; See PMID 8861201; See PMID 11120744; uncharacterized protein	complement(join(260896..261915,261970..262018,262067..262254,262301..262364,262416..262534))	Aspergillus niger	4986949
An14g00960	CDS	An14g00960	NT_166529.1	263773	265490	R	Catalytic activity: O3-acetyl-L-serine+H(2)S<=>L-cysteine+acetate.; Cofactor: pyridoxal-phosphate.; Pathway: the last enzymatic step for L-cysteine biosynthesis is catalyzed by the cysteine synthase B from Spinacia oleracea.; Title: similarity to chloroplast cysteine synthase B precursor cysk - Spinacia oleracea; See PMID 8405359; See PMID 1375015; uncharacterized protein	complement(join(263773..264366,264431..265318,265380..265490))	Aspergillus niger	4986950
An14g00970	CDS	An14g00970	NT_166529.1	266386	268463	D	Induction: the S. pombe fnx1 gene expression is induced during starvation.; Title: strong similarity to multidrug resistance protein fnx1p - Schizosaccharomyces pombe; See PMID 9710608; uncharacterized protein	join(266386..266547,266603..266736,266789..267582,267648..267837,267955..268095,268151..268463)	Aspergillus niger	4986951
An14g00980	CDS	An14g00980	NT_166529.1	268881	271070	R	Remark: N-terminally no significant similarities to database proteins.; Title: similarity to protein TRIAD3 - Homo sapiens; See PMID 10422847; uncharacterized protein	complement(268881..271070)	Aspergillus niger	4986952
An14g00990	CDS	An14g00990	NT_166529.1	272629	275681	R	Catalytic activity: 3-hydroxyacyl-CoA dehydrogenase: (S)-3-hydroxyacyl-CoA+NAD(+)<=>3-oxoacyl-CoA+NADH; Catalytic activity: enoyl-CoA hydratase: (3S)-3-hydroxyacyl-CoA<=>trans-2(or 3)-enoyl-CoA+H(2)O; Pathway: the trifunctional protein fox-2 from N. crassa is involved in the beta-oxidation of fatty acids.; Remark: the fox-2 protein from N. crassa carries three enzyme activities: 3-hydroxyacyl-CoA dehydrogenase; 3-hydroxyacyl-CoA epimerase; enoyl-CoA hydratase.; Title: strong similarity to trifunctional protein of the beta-oxidation fox-2 - Neurospora crassa; See PMID 1830049; See PMID 7715608; uncharacterized protein	complement(join(272629..273954,274009..274417,274473..274860,274909..274998,275052..275160,275222..275449,275526..275681))	Aspergillus niger	4986953
An14g01000	CDS	An14g01000	NT_166529.1	276706	277932	D	Title: strong similarity to hypothetical protein CAB52731.1 - Schizosaccharomyces pombe; uncharacterized protein	join(276706..276852,276936..277336,277553..277713,277769..277932)	Aspergillus niger	4986954
An14g01010	CDS	An14g01010	NT_166529.1	278871	280644	R	Complex: the YGL076c gene product from S. cerevisiae is part of cytoplasmic ribosomal large subunit.; Remark: alternate gene-names are RPL6A, YL8A,YGL076c.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L7 - Saccharomyces cerevisiae; cytoplasm; See PMID 1544921; See PMID 1549461; 60S ribosomal uL30 domain-containing protein	complement(join(278871..279330,279383..279549,279741..279853,280466..280533,280631..280644))	Aspergillus niger	4986955
An14g01020	CDS	An14g01020	NT_166529.1	280817	281740	D	Function: the ELL complex in human is involved in the derepression of gene expression.; Similarity: the human gene shows also sequence similarity to the S. cerevisiae SNF8.; Title: strong similarity to derepression ELL complex subunit EAP30 - Homo sapiens; See PMID 10419521; uncharacterized protein	join(280817..281071,281108..281292,281370..281678,281722..281740)	Aspergillus niger	4986956
An14g01030	CDS	An14g01030	NT_166529.1	282338	283855	R	Function: the human eIF3-SU8 binds to the 40S ribosome and promotes the binding of methionyl-tRNAi and mRNA.; Remark: N-terminally truncated protein due to the end of contig.; Title: strong similarity to translation initiation factor eIF-3 subunit - Homo sapiens [truncated ORF]; cytoplasm; See PMID 8995409; uncharacterized protein	complement(282338..>283855)	Aspergillus niger	84592906
An14g01040	CDS	An14g01040	NT_166529.1	283956	284786	R	Function: Nip1p has a primary role in translation initiation. Nip1p is a subunit of eukaryotic initiation factor 3 required for efficient translation initiation.; Localization: mainly cytoplasmic.; Remark: C-terminus truncated due to end of contig.; Title: similarity to nuclear transport protein Nip1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 9722586; See PMID 1332047; uncharacterized protein	complement(join(<283956..284357,284447..284786))	Aspergillus niger	4986957
An14g01050	CDS	An14g01050	NT_166529.1	286066	289169	R	Catalytic activity: ATP + a Protein = ADP + a Phosphoprotein; Function: Yak1p functions as a negative regulator of the cell cycle in S. cerevisiae.; Remark: Yak1 acts downstream of the cAMP-dependent protein kinase in yeast.; Remark: the database proteins are all shorter in length.; Title: similarity to serine/threonine protein kinase Yak1 - Saccharomyces cerevisiae; See PMID 8150276; See PMID 10816418; See PMID 2558053; uncharacterized protein	complement(join(286066..286829,286881..287239,287300..287419,287477..287736,287796..287955,288020..288219,288276..288547,288617..289169))	Aspergillus niger	4986959
An14g01060	CDS	An14g01060	NT_166529.1	291399	295182	D	Complex: protein may interact with TFIIH, which is involved in transcription-coupled repair.; Function: putative helicase, DNA repair and recombination protein.; Similarity: also similarity to human DNA repair helicase ERCC6.; Title: strong similarity to DNA repair and recombination protein Rad26 - Saccharomyces cerevisiae; nucleus; See PMID 9566886; See PMID 9880486; See PMID 10666451; uncharacterized protein	join(291399..291635,291691..291764,291822..295182)	Aspergillus niger	4986960
An14g01068	CDS	An14g01068	NT_166529.1	297289	297855	D	Title: strong similarity to EST an_2307 -Aspergillus niger; uncharacterized protein	join(297289..297697,297764..297855)	Aspergillus niger	4986961
An14g01070	CDS	An14g01070	NT_166529.1	299188	300170	D	Remark: similarity corresponds only to multiple A and T-repeats.; Title: strong similarity to hypothetical protein EAA61306.1 - Aspergillus nidulans; uncharacterized protein	join(299188..299293,299379..299984,300034..300170)	Aspergillus niger	4986962
An14g01080	CDS	An14g01080	NT_166529.1	302114	303253	R	Remark: similarities correspond to different short domains.; hypothetical protein	complement(join(302114..302278,302350..303006,303062..303253))	Aspergillus niger	4986963
An14g01110	CDS	An14g01110	NT_166529.1	304705	306411	R	Function: YlALK1 functions to assimilate n-decane and longer molecules in Yarrowia lipolytica.; Induction: the expression of the P450 gene YlALK1 was induced by n-tetradecane and repressed by glycerol in Yarrowia lipolytica.; Remark: disruption of Yarrowia lipolytica gene ALK1 results in decreased n-decane assimilation.; Title: strong similarity to alkane-inducible cytochrome P450 gene ALK1 - Yarrowia lipolytica; See PMID 3892551; See PMID 9848230; See PMID 10953079; uncharacterized protein	complement(join(304705..304865,304918..305184,305241..305901,305962..306411))	Aspergillus niger	4986965
An14g01120	CDS	An14g01120	NT_166529.1	307156	308838	R	Similarity: the human gene has sequence homology with lysosomal prolylcarboxypeptidase.; Title: strong similarity to thymus specific serine peptidase TSSP - Homo sapiens; See PMID 10527559; See PMID 10630289; uncharacterized protein	complement(join(307156..308625,308680..308838))	Aspergillus niger	4986966
An14g01130	CDS	An14g01130	NT_166529.1	311672	313905	D	Expression: expression of rhamnogalacturonan degrading enzymes by A. acculeatus is regulated at the level of transcription and is subjected to carbon catabolite repression by glucose.; Function: the enzyme is found to be a rhamnogalacturonan alpha-L-rhamnopyranosyl-(1-->4)-alpha-D-galactopyranosylur onide lyase.; Remark: rhamnogalacturonan is a pectic polysaccharide.; Title: strong similarity to rhamnogalacturonase B precursor rhgB - Aspergillus aculeatus; See PMID 7576553; See PMID 7592973; See PMID 7961884; See PMID 8587995; uncharacterized protein	join(311672..311927,311970..312077,312126..312247,312294..312363,312410..312485,312531..312582,312630..312841,312890..313111,313174..313420,313478..313618,313682..313738,313867..313905)	Aspergillus niger	4986967
An14g01140	CDS	An14g01140	NT_166529.1	314011	315736	R	Catalytic activity: guanine + H2O = xanthine + NH3.; Remark: a putative sequencing error results in an frameshift.; Similarity: shows also similarity to chlorohydrolases from different bacteria.; Title: strong similarity to guanine deaminase Gda -Mus musculus [putative frameshift]; putative frameshift; See PMID 6098039; See PMID 8226898; See PMID 10075721; uncharacterized protein	complement(join(<314011..315374,315500..315736))	Aspergillus niger	4986968
An14g01150	CDS	An14g01150	NT_166529.1	316332	319565	R	Catalytic activity: glycine + lipoylprotein = S-aminomethyldihydrolipoylprotein + CO2.; Remark: protein is a component, with EC 2. 1. 2. 10,of the glycine cleavage system, previously known as glycine synthase.; Similarity: the protein shows also similarities to aminomethyltransferases from different organisms.; Title: strong similarity to glycine dehydrogenase component P - Pisum sativum; localisation:mitochondrion; See PMID 8206222; See PMID 9479445; uncharacterized protein	complement(join(316332..316387,316439..319565))	Aspergillus niger	4986969
An14g01160	CDS	An14g01160	NT_166529.1	320635	322534	R	Expression: DAL5 is a constitutively expressed allantoin system gene whose product is required for allantoate transport in yeast.; Remark: dal5 mutants of S. cerevisiae lack allantoate transport; these mutant strains also exhibit a 60% loss of allantoin transport capability.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3549700; See PMID 2651902; See PMID 3275614; uncharacterized protein	complement(join(320635..320758,320814..321275,321332..321549,321596..321741,321788..321835,321894..321963,322025..322199,322317..322534))	Aspergillus niger	4986970
An14g01170	CDS	An14g01170	NT_166529.1	324387	325741	R	Title: similarity to hypothetical protein B7F18.110 - Neurospora crassa; uncharacterized protein	complement(join(324387..324826,324916..325741))	Aspergillus niger	4986971
An14g01180	CDS	An14g01180	NT_166529.1	326029	328923	D	Remark: similarity corresponds to a distinct region.; Title: similarity to hypothetical protein encoded by An02g08790 - Aspergillus niger; uncharacterized protein	join(326029..326718,326780..328516,328585..328923)	Aspergillus niger	4986972
An14g01190	CDS	An14g01190	NT_166529.1	329777	330667	D	Catalytic activity: L-arginine + H(2)O = L-ornithine + urea.; Regulation: arginase activity is regulated by various small molecules, including the product L-ornithine.; Remark: enzyme is a hexamer in B. caldovelox.; Title: similarity to arginase - Bacillus caldovelox; See PMID 8647285; See PMID 2029528; uncharacterized protein	329777..330667	Aspergillus niger	4986973
An14g01200	CDS	An14g01200	NT_166529.1	331024	333511	R	Function: nirA of A. nidulans is a zinc finger transcription factor mediating nitrate induction of genes involved in nitrate assimilation (nitrate reductase,nitrite reductases and a nitrate permease, niaD, niiA and crnA, respectively).; Remark: the nitrate assimilation genes are induced by nitrate and repressed by ammonium at the transcriptional level.; Title: strong similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; See PMID 347305; See PMID 1990284; uncharacterized protein	complement(join(331024..331527,331594..331771,331827..331982,332053..332262,332310..332442,332512..333215,333270..333352,333440..333511))	Aspergillus niger	84592907
An14g01210	CDS	An14g01210	NT_166529.1	334964	336389	R	Function: protein oxidatively degrade glycated low molecular weight amines and amino acids under formation of hydrogen peroxide and glucosone in Aspergillus.; Title: strong similarity to fructosyl amine oxygen oxidoreductase - Aspergillus fumigatus; See PMID 9013588; See PMID 9139700; uncharacterized protein	complement(join(334964..335228,335286..335529,335582..336389))	Aspergillus niger	4986975
An14g01225	CDS	An14g01225	NT_166529.1	337479	338321	R	Function: SRPK2 phosphorylates the SR family of splicing factors in human.; Function: play an important role in regulating both the spliceosome assembly and their intranuclear distribution; Remark: ORF is truncated due to the border of contig.; Title: similarity to serine kinase SRPK2 - Homo sapiens [truncated ORF]; See PMID 10049757; See PMID 9472028; uncharacterized protein	complement(join(<337479..337574,337593..337957,338008..338321))	Aspergillus niger	84592908
An14g01235	CDS	An14g01235	NT_166529.1	339430	340615	R	Title: strong similarity to essential gene #5905 from patent WO200277183-A2 - Bacteroides fragilis; uncharacterized protein	complement(join(339430..340379,340420..340615))	Aspergillus niger	4986977
An14g01245	CDS	An14g01245	NT_166529.1	340885	342386	D	Function: ord1 of A. flavus encodes a cytochrome P-450-type monooxygenase involved in conversion of O-methylsterigmatocystin to aflatoxin.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Title: strong similarity to O-methylsterigmatocystin oxidoreductase ord1 - Aspergillus flavus; See PMID 9143099; uncharacterized protein	join(340885..341133,341184..342386)	Aspergillus niger	4986978
An14g01253	CDS	An14g01253	NT_166529.1	342626	343886	R	Remark: mutants defective in esterase RAG-1 lose to grow on simple triglycerides such as triacetin.; Title: similarity to esterase est - Acinetobacter calcoaceticus; uncharacterized protein	complement(join(342626..343180,343239..343330,343380..343490,343550..343886))	Aspergillus niger	4986979
An14g01255	CDS	An14g01255	NT_166529.1	344332	346964	D	Function: CTF1 beta from F. solani is involved in the constitutive expression of cut2 that causes production of low levels of cutin monomers that strongly induce cut1 using CTF1 alpha as the transcription factor.; Function: CTF1beta from F. solani regulates the gene induction by cutin monomers.; Title: similarity to cutinase transcription factor beta CTF1b - Fusarium solani; nucleus; See PMID 11756444; See PMID 8132657; uncharacterized protein	join(344332..344531,344608..345726,345783..346175,346235..346483,346640..346964)	Aspergillus niger	4986980
An14g01260	CDS	An14g01260	NT_166529.1	347623	349720	D	Function: hapE of P. fluorescens catalyses the NADPH-dependent oxidation of 4-hydroxyacetophenone to 4-hydroxyphenyl acetate.; Similarity: the predicted ORF shows moderate similarity to several hypothetical and known monooxygenases with different specificity.; Title: similarity to 4-Hydroxyacetophenone monooxygenase hapE - Pseudomonas fluorescens; See PMID 11322873; uncharacterized protein	join(347623..347794,347850..348251,348310..348644,348728..349068,349162..349309,349364..349468,349640..349720)	Aspergillus niger	4986981
An14g01270	CDS	An14g01270	NT_166529.1	350571	351900	D	Catalytic activity: (3R)-3-hydroxyacyl-[acyl-carrier protein] + NADP+ = 3-oxoacyl-[acyl-carrier protein] + NADPH.; Function: FabG of S. melioti is the 3-oxoacyl-acyl carrier protein reductase that catalyzes the first reduction step in each cycle of fatty acid elongation.; Similarity: the predicted ORF shows similarity also to other oxidoreductases with different substrate specificity.; Title: similarity to 3-oxoacyl-(acyl carrier protein) reductase fabG - Sinorhizobium meliloti; See PMID 11277432; uncharacterized protein	join(350571..350943,351017..351121,351184..351422,351500..351727,351787..351900)	Aspergillus niger	4986982
An14g01280	CDS	An14g01280	NT_166529.1	352896	353804	R	Similarity: the predicted protein shows similarity to many hypothetical short-chain dehydrogenases of various substrate specificities.; Title: similarity to hypothetical oxidoreductase SMa2343 - Sinorhizobium meliloti; uncharacterized protein	complement(352896..353804)	Aspergillus niger	4986983
An14g01300	CDS	An14g01300	NT_166529.1	355698	356162	R	hypothetical protein	complement(join(355698..355928,356064..356162))	Aspergillus niger	84592909
An14g01310	CDS	An14g01310	NT_166529.1	356452	357937	D	Title: weak similarity to hypothetical protein PA3829 - Pseudomonas aeruginosa; uncharacterized protein	join(356452..356556,356646..356740,357002..357153,357332..357481,357573..357693,357796..357937)	Aspergillus niger	84592910
An14g01330	CDS	An14g01330	NT_166529.1	360193	361975	R	Title: strong similarity to hypothetical protein encoded by An02g11890 - Aspergillus niger; uncharacterized protein	complement(join(360193..360921,360984..361225,361284..361424,361477..361715,361770..361975))	Aspergillus niger	4986988
An14g01340	CDS	An14g01340	NT_166529.1	362518	364145	R	Catalytic activity: 2-carboxy-2,5-dihydro-5-oxofuran-2-acetate = cis,cis-butadiene-1,2,4-tricarboxylate.; Function: PcaB confers the ability to use 4-hydroxybenzoate or protocatechuate as the only carbon source. Hydroxyaromatics catabolism by pcaB serves both nutritional and detoxifying purposes.; Title: strong similarity to 3-carboxy-cis,cis-muconate cycloisomerase pcaB - Bradyrhizobium japonicum; See PMID 9582432; uncharacterized protein	complement(join(362518..362558,362743..363593,363644..363883,363943..364145))	Aspergillus niger	4986989
An14g01350	CDS	An14g01350	NT_166529.1	364569	366224	D	Function: the function of AmMST1 of A. muscaria as monosaccharide transporter was confirmed by heterologous expression of the cDNA in a S. pombe mutant lacking a monosaccharide uptake system.; Similarity: the predicted protein shows similarity to many hypothetical and known sugar transposters with different specificity.; Title: strong similarity to monosaccharide transporter AmMst-1 - Amanita muscaria; plasma membrane; See PMID 9487692; uncharacterized protein	join(364569..365430,365488..365878,365939..366224)	Aspergillus niger	4986990
An14g01360	CDS	An14g01360	NT_166529.1	367206	369182	D	Function: deletion and fusion constructs and in vitro mutagenesis indicated that the Zn(II)2Cys6 cluster and the C-terminal end of A. nidulans FacB are required for function.; Function: deletion of the gene confirmed that it is required for growth on acetate as a sole carbon source.; Function: facB of A. nidulans encodes a N-terminal GAL4-like Zn(II)2Cys6 transcriptional activator.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 10483720; See PMID 9197408; See PMID 9524126; uncharacterized protein	join(367206..367262,367501..368129,368183..369182)	Aspergillus niger	84592911
An14g01370	CDS	An14g01370	NT_166529.1	370756	371232	D	hypothetical protein	370756..371232	Aspergillus niger	4986992
An14g01380	CDS	An14g01380	NT_166529.1	371636	373189	R	Similarity: the predicted protein shows weak similarity also to a synthetic patented subtilisin.; Title: weak similarity to intracellular alkaline serine proteinase - Thermoactinomyces sp.; See PMID 9058969; uncharacterized protein	complement(join(371636..372625,372692..372806,372987..373189))	Aspergillus niger	4986993
An14g01390	CDS	An14g01390	NT_166529.1	373627	375681	R	Title: strong similarity to hypothetical protein AAO75370.1 - Bacteroides thetaiotaomicron; uncharacterized protein	complement(373627..375681)	Aspergillus niger	4986994
An14g01400	CDS	An14g01400	NT_166529.1	376070	377245	D	Title: questionable ORF; uncharacterized protein	join(376070..376206,376305..376384,376592..376709,376919..376996,377080..377245)	Aspergillus niger	84592912
An14g01410	CDS	An14g01410	NT_166529.1	377460	378317	D	Title: weak similarity to hypothetical galactose-1-phosphate uridylyltransferase galT -Pasteurella multocida; uncharacterized protein	377460..378317	Aspergillus niger	4986996
An14g01420	CDS	An14g01420	NT_166529.1	379753	381648	D	Title: strong similarity to hypothetical membrane protein YMR221c - Saccharomyces cerevisiae; uncharacterized protein	join(379753..379960,380013..380175,380224..381285,381339..381648)	Aspergillus niger	4986997
An14g01430	CDS	An14g01430	NT_166529.1	382473	383985	D	Remark: C-terminally truncated ORF due to contig border.; Similarity: the similarity to PA2682 of P. aeruginosa involves only the C-terminal half of the two proteins.; Title: strong similarity to hypothetical conserved protein PA2682 - Pseudomonas aeruginosa [truncated ORF]; uncharacterized protein	join(382473..382719,382780..383217,383273..>383985)	Aspergillus niger	4986998
An14g01440	CDS	An14g01440	NT_166529.1	384304	385879	R	Catalytic activity: SSADH of R. norvegicus catalyzes the reaction: Succinate semialdehyde + NAD+ + H2O = Succinate + NADH.; Pathway: SSADH of R. norvegicus and other species is involved in the butanoate metabolic pathway, and in the glutamate catabolic pathway.; Phenotype: mutations in the SSADH gene in humans cause a neurological syndrome, due to a defect of catabolism of the neurotransmitter GABA.; Similarity: the predicted ORF shows strong similarity to different dehydrogenases, in particular to succinate-semialdehyde dehydrogenase; most of them are hypothetical and belong to different bacterial species, the first described one being the R. norvegicus enzyme.; Title: strong similarity to succinate-semialdehyde dehydrogenase SSADH - Rattus norvegicus; See PMID 7814412; uncharacterized protein	complement(join(384304..384417,384481..384892,384952..385424,385478..385879))	Aspergillus niger	4986999
An14g01450	CDS	An14g01450	NT_166529.1	386128	387005	R	Similarity: SPAC13C5. 04 of S. pombe and the predicted ORF show some similarity to tdnT of Pseudomonas putida, a hypothetical ORF of the aromatic amine catabolic pathway gene cluster, containing domains that are conserved among amidotransferases.; Title: strong similarity to hypothetical protein SPAC13C5.04 - Schizosaccharomyces pombe; See PMID 8990291; uncharacterized protein	complement(join(386128..386418,386496..386722,386780..387005))	Aspergillus niger	4987000
An14g01460	CDS	An14g01460	NT_166529.1	387645	389222	D	Catalytic activity: ATP + L-glutamate + NH3 <-> ADP + phosphate + L-glutamine.; Remark: glutamate--ammonia ligase is also known as glutamine synthetase.; Remark: manual closest BLASTP homologue: PIR:JC1301.; Title: strong similarity to glutamate--ammonia ligase III glnT - Rhizobium leguminosarum; See PMID 1356885; uncharacterized protein	join(387645..388059,388121..388383,388435..388487,388538..389222)	Aspergillus niger	4987001
An14g01470	CDS	An14g01470	NT_166529.1	389538	391076	D	Title: strong similarity to hypothetical protein SPAC1039.06 - Schizosaccharomyces pombe; uncharacterized protein	join(389538..389708,389783..389899,389959..390502,390574..390967,391028..391076)	Aspergillus niger	4987002
An14g01480	CDS	An14g01480	NT_166529.1	391711	392767	D	Function: levodione reductase in C. aquaticum catalyzes regio- and stereoselective reduction of levodione ((6R)-2,2,6-Trimethyl-1,4-cyclohexanedione) to (4R,6R)-4-hydroxy-2,2, 6-trimethylcyclohexanone (actinol).; Similarity: the predicted ORF shows similarity to many short-chain dehydrogenases with different substrate specificity.; Title: strong similarity to levodione reductase lvr - Corynebacterium aquaticum; See PMID 10508066; See PMID 11388460; uncharacterized protein	join(391711..391760,391874..392414,392507..392767)	Aspergillus niger	4987003
An14g01490	CDS	An14g01490	NT_166529.1	392827	394512	R	Remark: UME6 of S. cerevisiae is also called CAR80,NIM2, RIM16 or YDR207C.; Similarity: the similarity to UME6 of S. cerevisiae and other known or putative transcription factors is due to the presence of a fungal Zn(2) - Cys(6) binuclear cluster domain in the N-terminal region of the predicted protein; no other homology is present.; Title: weak similarity to transcription factor Ume6 - Saccharomyces cerevisiae; See PMID 1579492; uncharacterized protein	complement(join(392827..393654,393700..394512))	Aspergillus niger	4987004
An14g01500	CDS	An14g01500	NT_166529.1	394951	396387	R	Title: strong similarity to hypothetical protein SPAC1039.06 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(394951..396126,396196..396387))	Aspergillus niger	4987005
An14g01510	CDS	An14g01510	NT_166529.1	397469	399909	R	Similarity: the length of the predicted protein does not correspond to the one of N. crassa B24P7. 50.; Title: similarity to hypothetical protein B24P7.50 -Neurospora crassa; uncharacterized protein	complement(join(397469..398807,398858..399909))	Aspergillus niger	84592913
An14g01520	CDS	An14g01520	NT_166529.1	400144	401037	D	Title: similarity to hypothetical protein encoded by An12g09920 - Aspergillus niger; uncharacterized protein	400144..401037	Aspergillus niger	84592914
An14g01530	CDS	An14g01530	NT_166529.1	401109	403811	R	Function: in B. polymyxa isp is involved in the generation of multiple beta-amylases and an alpha-amylase from a large amylase precursor.; Similarity: the C- terminal part of the predicted protein shows similarity to several other serine proteases like subtilisin.; Similarity: the similarity to isp of B. polymyxa is limited to the C-terminal third of the predicted protein.; Title: similarity to intracellular serine proteinase isp - Bacillus polymyxa; See PMID 1834632; uncharacterized protein	complement(join(401109..401155,401221..401662,401712..403532,403590..403811))	Aspergillus niger	4987008
An14g01540	CDS	An14g01540	NT_166529.1	404253	405672	R	Function: in spite of this similarity, TAT1 protein exhibit Na+-independent and low-affinity transport of aromatic amino acids such as tryptophan, tyrosine, and phenylalanine, and this activity is not coupled with H+ transport, rather it behaves as an electroneutral facilitated diffusion.; Remark: a putative sequencing error results in an frameshift.; Similarity: the predicted protein and TAT1 of R. norvegicus show similarity to H+/monocarboxylate transporters.; Similarity: the predicted protein shows similarity to transporters with different specificity, thus the substrate is only hypothetical.; Title: similarity to aromatic amino acid transporter TAT1 - Rattus norvegicus [putative frameshift]; plasma membrane; putative frameshift; See PMID 11278508; uncharacterized protein	complement(<404253..405672)	Aspergillus niger	4987009
An14g01550	CDS	An14g01550	NT_166529.1	405999	407375	R	Catalytic activity: acid phosphatases also catalyze transphosphorylations.; Catalytic activity: acid phosphatases catalyze the hydrolysis of an ortophosphoric monoester to alcohol + ortophosphate, with wide specificity.; Title: strong similarity to acid phosphatase AFPhoA - Aspergillus ficuum; extracellular/secretion proteins; See PMID 7945393; uncharacterized protein	complement(join(405999..406034,406092..407114,407184..407375))	Aspergillus niger	4987010
An14g01560	CDS	An14g01560	NT_166529.1	408264	409714	R	Complex: zuotin of S. cerevisiae is a component of the RAC (ribosome-associated complex), that is bound to the ribosome via the zuotin subunit.; Function: RAC stimulates the translocation of a ribosome-bound mitochondrial precursor protein into mitochondria, providing evidence for its chaperone-like effect on nascent chains.; Similarity: zuotin of S. cerevisiae and the predicted protein show strong similarity and functional homology to DnaJ/Hsp40, a molecular chaperone that,together with Hsp70, is involved in folding and translocation in various subcellular compartments of the newly synthesized proteins.; Title: strong similarity to zuotin Zuo1 -Saccharomyces cerevisiae; cytoplasm; See PMID 9707440; See PMID 10660055; See PMID 11054575; See PMID 11274393; See PMID 1396572; uncharacterized protein	complement(join(408264..409313,409364..409504,409562..409714))	Aspergillus niger	4987011
An14g01570	CDS	An14g01570	NT_166529.1	410170	410641	D	Similarity: homologs of the present and the two previous ORFs are present in N. crassa in the same order.; Title: strong similarity to hypothetical protein B24P7.260 - Neurospora crassa; uncharacterized protein	join(410170..410245,410305..410481,410547..410641)	Aspergillus niger	4987012
An14g01580	CDS	An14g01580	NT_166529.1	410903	412113	R	Complex: SPCC550. 02c of S. pombe, also called cwf5p, coimmunoprecipitates with a 40S protein complex involved in pre-mRNA splicing.; Similarity: homologs of the previous, present and next ORF are present in N. crassa in the same order.; Similarity: the predicted protein is very similar to the hypotetical protein B24P7. 250 of N. crassa.; Title: strong similarity to hypothetical RNA binding protein SPCC550.02c - Schizosaccharomyces pombe; See PMID 10409726; uncharacterized protein	complement(join(410903..411919,411973..412113))	Aspergillus niger	4987013
An14g01590	CDS	An14g01590	NT_166529.1	412994	414260	D	Catalytic activity: ERG6 of C. albicans converts S-adenosyl-L-methionine + 5-alpha-cholesta-8,24-dien-3-beta-ol to S-adenosyl-L-homocysteine + 24-methylene-5-alpha-cholest-8-en-3-beta-ol.; Complex: ERG6 of C. albicans is a homotetramer.; Pathway: ERG6 of C. albicans carries out methylation of zymosterol as part of the ergosterol biosynthesis pathway.; Similarity: homologs of the present and the two next ORFs are present in N. crassa in the same order.; Title: strong similarity to sterol transmethylase ERG6 - Candida albicans; See PMID 9593144; uncharacterized protein	join(412994..413197,413265..413299,413366..414260)	Aspergillus niger	4987014
An14g01600	CDS	An14g01600	NT_166529.1	414729	416773	R	Induction: in A. parasiticus expression of the hxtA gene, encoding a hexose transporter protein, was found to be concurrent with the aflatoxin pathway cluster genes, in aflatoxin-conducive medium.; Title: strong similarity to hexose transporter hxtA - Aspergillus parasiticus; See PMID 10978525; uncharacterized protein	complement(join(414729..414875,414986..415176,415281..415631,415689..415909,415957..416031,416081..416402,416542..416773))	Aspergillus niger	4987015
An14g01610	CDS	An14g01610	NT_166529.1	417217	418607	R	Title: similarity to hypothetical protein BAC75132.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(417217..418060,418111..418607))	Aspergillus niger	84592915
An14g01620	CDS	An14g01620	NT_166529.1	419185	421033	D	Title: weak similarity to heparanase - Homo sapiens; See PMID 10764835; uncharacterized protein	join(419185..419315,419365..419484,419541..419680,419762..419869,419923..420291,420340..420431,420495..420528,420588..421033)	Aspergillus niger	4987017
An14g01630	CDS	An14g01630	NT_166529.1	421548	422991	D	Phenotype: overexpression of SNG1 in S. cerevisiae confers hyper-resistance to the mutagen N-methyl-N'nitro-N-nitrosoguanidine (MNNG), whereas null mutants are viable and exhibit only slight sensitivity to MNNG, indicating that SNG1 does not encode a protein involved in a major detoxification step of this mutagen.; Similarity: the predicted protein is about 100 residues shorter than SNG1 of S. cerevisiae.; Title: similarity to nitrosoguanidine resistance factor Sng1 - Saccharomyces cerevisiae; See PMID 7753113; uncharacterized protein	join(421548..421656,421714..422790,422840..422991)	Aspergillus niger	4987018
An14g01650	CDS	An14g01650	NT_166529.1	425546	426070	R	hypothetical protein	complement(join(425546..425683,425784..425891,426002..426070))	Aspergillus niger	84592916
An14g01660	CDS	An14g01660	NT_166529.1	426147	427787	D	Catalytic activity: in Brevibacterium sp. chnB2 catalyzes the oxidation of cyclohexanone.; Similarity: the predicted ORF shows strong similarity to many known and putative flavin-binding monooxygenases with different substrate specificity.; Similarity: the predicted protein shows very strong similarity to a flavin monooxygenase involved in the degradation of fumonisin in Exophiala spinifera, patented under number WO200105980-A1.; Title: strong similarity to cyclohexanone monooxygenase chnB2 - Brevibacterium sp.; See PMID 10894733; uncharacterized protein	426147..427787	Aspergillus niger	4987021
An14g01670	CDS	An14g01670	NT_166529.1	430309	432167	D	Function: PRF from N. haematococca binds at a promoter-distal element which provided transcriptional activation.; Similarity: the similarity to other known or putative transcription factors is due to the presence of a fungal Zn(2) - Cys(6) binuclear cluster domain in the N-terminal region of the predicted protein; no other homology is present.; Title: similarity to binuclear zinc transcription factor PRF - Nectria haematococca; See PMID 8850087; See PMID 856968; uncharacterized protein	join(430309..430522,430574..430772,430896..431346,431401..431895,431946..432167)	Aspergillus niger	4987022
An14g01680	CDS	An14g01680	NT_166529.1	432589	434073	D	Function: MCT3 of R. norvegicus is necessary for efflux of lactic acid from several cell types, but mostly from muscle fibers.; Similarity: the predicted protein shows similarity to many hypothetical membrane proteins and particularly to monocarboxilate transporters.; Title: similarity to monocarboxylate transporter MCT3 - Rattus norvegicus; See PMID 9632638; uncharacterized protein	join(432589..432734,432783..434073)	Aspergillus niger	4987023
An14g01685	CDS	An14g01685	NT_166529.1	434267	434734	R	hypothetical protein	complement(434267..434734)	Aspergillus niger	4987024
An14g01690	CDS	An14g01690	NT_166529.1	435711	436640	R	hypothetical protein	complement(435711..436640)	Aspergillus niger	4987025
An14g01700	CDS	An14g01700	NT_166529.1	437012	438765	R	Function: PHO84 of S. cerevisiae catalyzes a proton-coupled phosphate transport at acidic pH.; Function: in S. cerevisiae another phosphate transport appears to be due to a constitutive low-affinity H+-phosphate symporter and a high-affinity Na+-phosphate co-transporter.; Induction: PHO84 of S. cerevisiae is derepressed in low phosphate.; Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to high-affinity inorganic phosphate/H+ symporter Pho84 - Saccharomyces cerevisiae [putative frameshift]; plasma membrane; putative frameshift; See PMID 2038328; See PMID 8552045; See PMID 8720066; See PMID 1398064; See PMID 1620108; uncharacterized protein	complement(join(<437012..437691,437734..438202,438245..438765))	Aspergillus niger	4987026
An14g01710	CDS	An14g01710	NT_166529.1	439525	441406	R	Function: NapA of E. hirae, together with an ATP-driven sodium pump, contributes to Na+ extrusion when the bacterium grows in a sodium-rich environment.; Similarity: the predicted protein shows moderate similarity to several putative Na+/H+ antiporters; NapA of E. hirae is only the better described one.; Title: similarity to Na+/H+-exchanging protein NapA - Enterococcus hirae; plasma membrane; See PMID 8253756; See PMID 1312090; See PMID 1325937; uncharacterized protein	complement(join(439525..439598,439635..440226,440272..441104,441151..441406))	Aspergillus niger	4987027
An14g01720	CDS	An14g01720	NT_166529.1	443084	443269	D	Similarity: shows homology to fibroin repeat domains.; hypothetical protein	443084..443269	Aspergillus niger	84592917
An14g01730	CDS	An14g01730	NT_166529.1	443766	449585	R	Function: DEAD-box helicases are involved in various aspects of RNA transcription, processing and degradation.; Function: DEAD-box helicases require ATP for the unwinding of nucleic acids.; Similarity: belongs to the family of DEAD/DEAH box helicases.; Title: strong similarity to hypothetical DEAD/DEAH-box RNA helicase SPAC694.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(443766..446874,446934..448759,448809..448830,448870..449475,449557..449585))	Aspergillus niger	4987029
An14g01750	CDS	An14g01750	NT_166529.1	451189	451618	D	Function: OXRD-4 of H. sapiens contains a nitrogenase Mo/Fe metalloprotein domain.; Function: OXRD-4 of H. sapiens is thought to be involved in cell proliferation and inflammation.; Similarity: contains a Rieske [2Fe-2S] iron-sulfur metalloprotein domain.; Similarity: shows homology to a protein of the patent database entry PATENTPROT:AAB19929.; Title: similarity to oxidoreductase OXRD-4 from patent WO200071679-A2 - Homo sapiens; uncharacterized protein	join(451189..451583,451615..451618)	Aspergillus niger	84592918
An14g01760	CDS	An14g01760	NT_166529.1	451715	452571	D	Remark: EC 2. 3. 1. 41 in eukaryotes normally is part of the multifunctional fatty acid synthase protein.; Remark: it cannot be ruled out that this ORF and the upstream ORF An14g01750 (coding for a putative oxidoreductase) actually constitute a single ORF as predicted by fgenesh.; Title: strong similarity to hypothetical 3-oxoacyl-(acyl-carrier-protein) synthase T32M21.120 -Arabidopsis thaliana; uncharacterized protein	join(451715..451733,451826..452571)	Aspergillus niger	4987032
An14g01770	CDS	An14g01770	NT_166529.1	453128	455599	R	Catalytic activity: bgln of C. molischiana catalizes the hydrolysis of terminal non-reducing beta-D-glucose residues with release of beta-D-glucose.; Function: bgln of C. molischiana is mainly involved in the degradation of various aromatic beta-glycosides, eg anthocyanin.; Title: strong similarity to beta-glucosidase bgln -Candida molischiana; cell wall; See PMID 10554245; uncharacterized protein	complement(join(453128..454175,454275..455412,455464..455599))	Aspergillus niger	4987033
An14g01780	CDS	An14g01780	NT_166529.1	455781	456176	D	hypothetical protein	455781..456176	Aspergillus niger	84592919
An14g01790	CDS	An14g01790	NT_166529.1	456593	457189	R	hypothetical protein	complement(456593..457189)	Aspergillus niger	84592920
An14g01800	CDS	An14g01800	NT_166529.1	457325	458773	R	Catalytic activity: melibiose + H2O = galactose + glucose.; Title: strong similarity to alpha-galactosidase -Cyamopsis tetragonoloba; See PMID 2577496; uncharacterized protein	complement(join(457325..458160,458210..458266,458322..458620,458670..458773))	Aspergillus niger	4987036
An14g01810	CDS	An14g01810	NT_166529.1	460487	461724	D	Function: VanD of E. faecium confers resistance to glycopeptides which would bind to D-alanyl-D-alanine-terminating peptidoglycan precursors,thus preventing their incorporation into the cell wall.; Function: VanD of E. faecium is involved in the biosynthesis of D-alanyl-D-lactate-terminating peptidoglycan precursors.; Similarity: belongs to the family of D-alanine:D-alanine ligases.; Title: similarity to D-alanine:D-lactate ligase vanD - Enterococcus faecium; See PMID 10368136; uncharacterized protein	join(460487..460846,460998..461325,461361..461533,461578..461724)	Aspergillus niger	4987037
An14g01820	CDS	An14g01820	NT_166529.1	463544	464167	D	Title: strong similarity to hypothetical cell wall protein binB - Aspergillus nidulans; See PMID 10376827; uncharacterized protein	join(463544..463835,463905..464167)	Aspergillus niger	4987038
An14g01830	CDS	An14g01830	NT_166529.1	464831	466440	R	hypothetical protein	complement(join(464831..464883,465130..465374,465479..465547,465612..465677,465767..466055,466263..466440))	Aspergillus niger	84592921
An14g01840	CDS	An14g01840	NT_166529.1	466729	467325	D	Remark: the systematic gene name of TIR3 of S. cerevisiae is YIL011w.; Similarity: TIR3 of S. cerevisiae is related to the temperature-shock induced protein TIP1 of S. cerevisiae.; Title: similarity to hypothetical temperature-shock induced protein Tir3 - Saccharomyces cerevisiae; uncharacterized protein	466729..467325	Aspergillus niger	4987040
An14g01850	CDS	An14g01850	NT_166529.1	467505	469505	R	Function: UGA4 of S. cerevisiae mediates the cellular uptake of gamma-aminobutyric acid (GABA).; Induction: UGA4 of S. cerevisiae is induced at the transcriptional level in the presence of GABA, requiring the the inducer-specific factor UGA3 and the pleiotropic factor UGA35/DURL/DAL81.; Repression: UGA4 of S. cerevisiae is repressed by the pleiotropic UGA43/DAL80 repressor.; Title: strong similarity to GABA permease Uga4 -Saccharomyces cerevisiae; plasma membrane; See PMID 8455553; uncharacterized protein	complement(join(467505..467692,467777..468161,468234..468853,468901..469048,469103..469150,469206..469351,469415..469505))	Aspergillus niger	4987041
An14g01860	CDS	An14g01860	NT_166529.1	471139	472360	R	Function: RIM2 of S. cerevisiae is essential for mitochondrial DNA metabolism.; Phenotype: inactivation of RIM2 of S. cerevisiae causes the total loss of mitochondrial DNA.; Similarity: belongs to the mitochondrial carrier family (MCF).; Title: strong similarity to mitochondrial carrier protein Rim2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 7891656; uncharacterized protein	complement(join(471139..471348,471401..472052,472119..472175,472230..472360))	Aspergillus niger	4987042
An14g01870	CDS	An14g01870	NT_166529.1	473325	475415	R	Similarity: contains a ATP binding domain reminiscent of AAA family ATPases.; Title: similarity to hypothetical ATPase SCD8A.32c -Streptomyces coelicolor; uncharacterized protein	complement(join(473325..473645,473697..475174,475289..475415))	Aspergillus niger	4987043
An14g01880	CDS	An14g01880	NT_166529.1	476166	479330	R	Catalytic activity: phosphatidyl-L-serine = phosphatidylethanolamine + CO2.; Pathway: PSD2 of S. cerevisiae is involved in the biosynthesis of phasphatidylethanolamine.; Title: similarity to phosphatidylserine decarboxylase Psd2 - Saccharomyces cerevisiae; See PMID 7890740; uncharacterized protein	complement(join(476166..477280,477359..477485,477592..477651,477734..477842,478087..479330))	Aspergillus niger	84592922
An14g01890	CDS	An14g01890	NT_166529.1	479833	480460	R	Title: questionable ORF; uncharacterized protein	complement(join(479833..479921,480283..480460))	Aspergillus niger	84592923
An14g01900	CDS	An14g01900	NT_166529.1	481109	482164	D	Remark: ORF truncated C-terminally due to end of contig.; Title: weak similarity to hypothetical protein encoded by An09g04780 - Aspergillus niger [truncated ORF]; uncharacterized protein	481109..>482164	Aspergillus niger	84592924
An14g01910	CDS	An14g01910	NT_166529.1	482315	493498	R	Function: lovB of A. terreus interacts with lovC in the biosynthesis of the lovastatin precursor dihydromonacolin L.; Pathway: lovB of A. terreus is involved in the lovastatin biosynthesis.; Phenotype: disruption of the lovB gene of A. terreus results in a mutant that is unable to synthesize the nonaketide portion of lovastatin.; Remark: lovastatin is an HMG-CoA reductase ((3S)-hydroxy-3-methylglutaryl-Coenzyme A reductase) inhibitor and thus acting as a cholesterin lowering agent.; Remark: the ORF is C-terminally truncated due to the contig border, however nearly the complete amino acid sequence of lovB of A. terreus is encompassed in the alignment with the ORF.; Title: strong similarity to lovastatin nonaketide synthase lovB - Aspergillus terreus [truncated ORF]; See PMID 11378962; See PMID 10381407; uncharacterized protein	complement(join(<482315..483978,484038..484732,484783..485959,486021..486718,486778..488983,489029..489228,489289..491392,491425..492090,492161..492802,492865..493498))	Aspergillus niger	4987047
An14g01920	CDS	An14g01920	NT_166529.1	493735	494096	D	Remark: unusual intron/exon structure for A. niger and short length (49 amino acids).; Title: questionable ORF; uncharacterized protein	join(493735..493860,494073..494096)	Aspergillus niger	84592925
An14g01930	CDS	An14g01930	NT_166529.1	495055	495324	D	Remark: unusual intron/exon structure for A. niger and short length (39 amino acids).; Title: questionable ORF; uncharacterized protein	join(495055..495061,495212..495324)	Aspergillus niger	84592926
An14g01940	CDS	An14g01940	NT_166529.1	495907	497074	D	Function: lovC of A. terreus interacts with lovB in the biosynthesis of the lovastatin precursor dihydromonacolin L.; Remark: lovastatin is an HMG-CoA reductase ((3S)-hydroxy-3-methylglutaryl-Coenzyme A reductase) inhibitor and thus acting as a cholesterin lowering agent.; Similarity: lovC of A. terreus belongs to the Zn-containing oxidoreductases family.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 11386351; See PMID 11412974; uncharacterized protein	join(495907..496030,496125..497074)	Aspergillus niger	4987050
An14g01950	CDS	An14g01950	NT_166529.1	497992	499434	D	Function: the SPAC18B11. 03c gene product of S. pombe is described as a potential integral membrane protein; however no transmembrane domains have been predicted in the ORF.; Title: similarity to hypothetical protein SPAC18B11.03c - Schizosaccharomyces pombe; uncharacterized protein	join(497992..498022,498083..499434)	Aspergillus niger	4987051
An14g01960	CDS	An14g01960	NT_166529.1	499914	502302	R	Function: Axs of D. melanogaster is not required for the segregation of achiasmate heterologs.; Function: Axs of D. melanogaster is required for the meiotic segregation of achiasmate homologs.; Similarity: the alignment between Axs of D. melanogaster and the ORF encompasses only amino acids 146-587 of the ORF (total ORF length: 734 amino acids).; Title: strong similarity to aberrant X segregation Axs - Drosophila melanogaster; See PMID 2503421; See PMID 8349113; uncharacterized protein	complement(join(499914..501575,501637..501931,501989..502142,502209..502302))	Aspergillus niger	4987052
An14g01970	CDS	An14g01970	NT_166529.1	505283	506618	R	Function: aflR of A. parasiticus is a transcription factor, activating the transcription of all known aflatoxin biosynthetic genes including itself.; Function: aflR of A. parasiticus is essential for aflatoxin biosynthesis.; Similarity: the ORF shows strong local similarity to aflR genes of different Aspergillus species. The alignments encompass only ca. 100 amino acids, but the zinc finger DNA binding domain is always included.; Title: similarity to aflatoxin biosynthesis regulatory protein aflR - Aspergillus parasiticus; See PMID 10919326; See PMID 10967969; See PMID 11414325; uncharacterized protein	complement(join(505283..505840,505899..506618))	Aspergillus niger	4987053
An14g01980	CDS	An14g01980	NT_166529.1	506849	507649	D	Catalytic activity: menG of B. stearothermophilus catalyzes the transfer of a methyl group from 2-heptaprenyl to 1,4-naphthoquinone.; Function: menG of B. stearothermophilus catalyzes the last step of the menaquinone biosynthesis.; Pathway: menG of B. stearothermophilus participates in menaquinone (vitamin K2) biosynthesis.; Remark: menG of B. stearothermophilus belongs to the UBIE family.; Similarity: the ORF is shows similarity (the alignments are all also partial) with methyltransferase of various species.; Similarity: the ORF shows strong similarity to the hypothetical protein SC1E6. 19c of Streptomyces coelicolor.; Similarity: the alignment of the ORF with menG of B. stearothermophilus encompasses only amino acids 39-147 of the ORF (total length: 266 amino acids).; Title: similarity to 2-heptaprenyl-1,4-naphthoquinone methyltransferase menG - Bacillus stearothermophilus; See PMID 9139683; uncharacterized protein	506849..507649	Aspergillus niger	4987054
An14g01990	CDS	An14g01990	NT_166529.1	508505	509407	R	Remark: a splice site was detected upstream of the START codon.; Similarity: the ORF overlaps C-terminally with the A. niger EST an_3143, found in EMBLEST:BE758887.; Similarity: the ORF shows unspecific similarity to the protein of gene CG6590 of D. melanogaster and to other proteins, due to it's high proline content.; Title: strong similarity to EST an_3143 -Aspergillus niger; uncharacterized protein	complement(join(508505..508656,508738..509407))	Aspergillus niger	4987055
An14g02000	CDS	An14g02000	NT_166529.1	510353	510862	R	hypothetical protein	complement(join(510353..510435,510529..510862))	Aspergillus niger	84592927
An14g02010	CDS	An14g02010	NT_166529.1	511157	513903	R	Function: the Hum1 protein of S. cerevisiae has been postulated to be involved in cellular adaption to elevated extracellular Ca2+ concentrations and to be a means to attenuate the propagation of Ca2+ signals in this organism.; Function: the Hum1 protein of S. cerevisiae is required for vacuolar Ca2+/H+ exchange.; Function: vacuolar membrane vesicles from hum1 S. cerevisiae mutants lack all Ca2+/H+ antiport activity,demonstrating that the Hum1 protein catalyzes the exchange of Ca2+ for H+ across the yeast vacuolar membrane.; Remark: Hum1 of S. cerevisiae is also called mnr1,vcx1, and YDL128w.; Title: strong similarity to vacuolar H(+)/Ca(2+) exchanger Vcx1 - Saccharomyces cerevisiae; vacuole; See PMID 8668190; See PMID 10219995; See PMID 10371152; uncharacterized protein	complement(join(511157..511220,511275..511461,511513..511767,512551..512680,512733..512810,512861..512932,512988..513095,513148..513166,513285..513753,513900..513903))	Aspergillus niger	4987057
An14g02020	CDS	An14g02020	NT_166529.1	514613	515992	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(514613..514830,515091..515192,515302..515443,515528..515563,515678..515992)	Aspergillus niger	84592928
An14g02030	CDS	An14g02030	NT_166529.1	516645	520095	D	Similarity: the ORF shows local similarity to SPAC57A7. 05 of S. pombe: the two proteins are similar to each other along a stretch of about 350 amino acids in length.; Title: similarity to hypothetical protein SPAC57A7.05 - Schizosaccharomyces pombe; uncharacterized protein	join(516645..516694,516753..516854,516908..517192,517245..518892,518945..519016,519100..519911,519993..520095)	Aspergillus niger	4987059
An14g02040	CDS	An14g02040	NT_166529.1	520364	521158	R	Remark: contig An14c0100 contains a C-terminally truncated ORF with similarity to the N-terminal region of A. oryzae mreA, indicating that a gap of ~1000 bp with the central region of a predicted isoamyl alcohol oxidase is between contig An14c0090 and An14c0100.; Remark: the ORF is N-terminally truncated due to the contig border.; Similarity: the ORF shows local similarity along a stretch of more than 100 amino acids to mreA of A. oryzae; the local similarity is restricted to the C-terminus of the ORF.; Title: similarity to hypothetical isoamyl alcohol oxidase mreA - Aspergillus oryzae [truncated ORF]; uncharacterized protein	complement(520364..>521158)	Aspergillus niger	4987060
An14g02050	CDS	An14g02050	NT_166529.1	521322	521632	R	Remark: contig An14c0100 contains a N-terminally truncated ORF with similarity to the C-terminal region of A. oryzae mreA, indicating that a gap of ~1000 bp with the central region of a predicted isoamyl alcohol oxidase is between contig An14c0090 and An14c0100.; Remark: the ORF is C-terminally truncated due to contig border.; Similarity: similarity is between the predicted A. niger protein and the N-terminal region of A. oryzae mreA.; Title: similarity to hypothetical isoamyl alcohol oxidase mreA - Aspergillus oryzae [truncated ORF]; uncharacterized protein	complement(<521322..521632)	Aspergillus niger	84592929
An14g02060	CDS	An14g02060	NT_166529.1	522251	523970	D	Catalytic activity: trans,trans-farnesyl diphosphate <=> aristolochene + diphosphate; Function: Ari1 of P. roqueforti synthesizes aristolochene.; Pathway: Ari1 of P. roqueforti is a component of the sesquiterpenoid biosynthetic pathway.; Remark: Ari1 of P. roqueforti is a member of the terpene cyclase group of enzymes.; Remark: aristolochene is the likely precursor of the sesquiterpenoid PR-toxin, produced by Penicillium roqueforti.; Remark: the Ari1 gene of P. roqueforti encodes the sesquiterpene cyclase, also called aristolochene synthase.; Similarity: more than 100 c-terminal amino acids of the ORF are not included in the alignment with Ari1 of P. roqueforti.; Title: similarity to aristolochene synthase Ari1 -Penicillium roqueforti; See PMID 8440737; uncharacterized protein	join(522251..523431,523521..523564,523804..523970)	Aspergillus niger	4987062
An14g02070	CDS	An14g02070	NT_166529.1	524173	525928	R	Similarity: the ORF has a local similarity to celE of C. thermocellum encompassing ca. 250 C-terminal amino acids.; Title: weak similarity to endo-1,4-beta-glucanase celE - Clostridium thermocellum; See PMID 3066698; uncharacterized protein	complement(join(524173..524499,524562..524798,524846..524905,524950..525043,525090..525244,525503..525508,525565..525601,525693..525928))	Aspergillus niger	4987063
An14g02080	CDS	An14g02080	NT_166529.1	527489	528931	D	Catalytic activity: prolidase of A. esteraromaticum hydrolysis Xaa-|-Pro dipeptides.; Remark: a substrate for prolidase of A. esteraromaticum is Pro-Hyp.; Similarity: 100 N-terminal amino acids of the ORF are not aligned with prolidase of A. esteraromaticum.; Similarity: the ORF shows also strong similarity to (hypothetical) aryldialkylphosphatases.; Title: strong similarity to prolidase -Aureobacterium esteraromaticum; See PMID 9989239; uncharacterized protein	527489..528931	Aspergillus niger	4987064
An14g02090	CDS	An14g02090	NT_166529.1	529598	530247	R	hypothetical protein	complement(join(529598..529764,529832..529915,529974..530247))	Aspergillus niger	4987065
An14g02100	CDS	An14g02100	NT_166529.1	531875	532741	R	Function: the MP1 protein of P. marneffei is a cell wall mannoprotein with high affinity for concanavalin A.; Localization: immunogold staining indicated that MP1 of P. marneffei is present in the cell walls, hyphae, and conidia.; Remark: the MP1 protein of P. marneffei acts as a immunogen: P. marneffei infected patients develop a specific antibody response against MP1.; Similarity: the MP1 protein of P. marneffei is 159 amino acids longer than the ORF; the complete ORF sequence is encompassed in the alignment between the two proteins.; Similarity: the ORF overlaps with the A. niger ESTs an_3233 in EMBLEST:BE758971, an_3139 in EMBLEST:BE758883, an_2550 in EMBLEST:BE759683, an_1941 in EMBLEST:BE760597,an_3048 in EMBLEST:BE758804, and an_2258 in EMBLEST:BE759444.; Title: strong similarity to cell wall antigen MP1 -Penicillium marneffei; cell wall; See PMID 9488383; uncharacterized protein	complement(531875..532741)	Aspergillus niger	4987066
An14g02110	CDS	An14g02110	NT_166529.1	534583	534972	D	Remark: the ORF has an unusual exon/intron structure for A. niger and is short in length.; Title: questionable ORF; uncharacterized protein	join(534583..534628,534740..534972)	Aspergillus niger	84592930
An14g02120	CDS	An14g02120	NT_166529.1	536345	537562	D	Remark: the ORF has an unusual exon/intron structure for A. niger and is short in length.; hypothetical protein	join(536345..536361,537002..537030,537101..537219,537348..537485,537539..537562)	Aspergillus niger	84592931
An14g02130	CDS	An14g02130	NT_166529.1	537833	544222	D	Function: atpc-2 of A. thaliana binds to a promoter region located immediately upstream of the CAAT box of the spinach AtpC gene (encoding the gamma subunit of the ATP synthase) and thereby prevents CBF binding, thus repressing AtpC gene expression.; Remark: atpc-2 of A. thaliana has a modular structure.; Similarity: atpc-2 of A. thaliana shows homology to helicases.; Similarity: the ORF has local similarity with atpc-2 of A. thaliana: only the N-terminal half of the ORF is included in the alignment.; Similarity: the ORF shows strong similarity to patent WO0118208 in TREMBL:AX098230_1 and to other hypothetical proteins.; Title: similarity to transcription repressor protein AtPC-2 - Arabidopsis thaliana; See PMID 11274172; uncharacterized protein	join(537833..538086,538141..539452,539885..540111,540172..540422,540558..541429,541553..541615,541670..541727,541786..542187,542393..542547,542600..542661,542708..543998,544055..544222)	Aspergillus niger	4987069
An14g02140	CDS	An14g02140	NT_166529.1	545578	546043	D	Remark: CDPK1 of M. polymorpha is alternatively spliced.; Title: weak similarity to Ca-dependent protein kinase CDPK1 - Marchantia polymorpha; See PMID 10202816; uncharacterized protein	join(545578..545595,545642..545698,545749..545764,545812..545928,545976..546043)	Aspergillus niger	4987070
An14g02150	CDS	An14g02150	NT_166529.1	546525	548234	D	Function: cpdS of A. phoenicis removes acidic,neutral and basic amino acids as well as proline from the C-terminal position at pH 2-5.; Remark: A. phoenicis is also called A. saitoi.; Remark: cpdS of A. phoenicis has a catalytic triad comprising Asp-His-Ser.; Remark: cpdS of A. phoenicis is a member of serine carboxypeptidase family .; Similarity: the ORF shows also strong similarity to serine-type carboxypeptidase of A. niger.; Title: strong similarity to serine-type carboxypeptidase precursor cpdS - Aspergillus phoenicis; See PMID 7772020; uncharacterized protein	join(546525..546609,546653..546798,546844..547264,547327..547995,548045..548118,548193..548234)	Aspergillus niger	4987071
An14g02160	CDS	An14g02160	NT_166529.1	548630	550210	D	Catalytic activity: an alcohol + NAD(+) <=> an aldehyde or ketone + NADH; Function: adhA of S. meliloti reduces alcohols.; Remark: Rhizobium meliloti is also called Sinorhizobium meliloti.; Remark: adhA of S. meliloti belongs to the zinc-containing alcohol dehydrogenase family.; Title: strong similarity to alcohol dehydrogenase adhA - Sinorhizobium meliloti; See PMID 9659380; uncharacterized protein	join(548630..548778,548854..548939,549007..549044,549113..549168,549253..549410,549460..549659,549821..550210)	Aspergillus niger	4987072
An14g02170	CDS	An14g02170	NT_166529.1	550398	551386	R	Catalytic activity: cut A of F. solani hydrolysis cutin, a polyester that forms the structure of plant cuticle.; Function: cutinases allow pathogenic fungi to penetrate through the cuticular barrier of the host plant during the initial phase of fungal infection.; Induction: cut A of F. solani is induced by cutin.; Remark: cut A of F. solani belongs to the cutinase family.; Title: strong similarity to cutinase precursor cutA - Fusarium solani; extracellular/secretion proteins; See PMID 10556791; See PMID 11099798; uncharacterized protein	complement(join(550398..550773,550860..551077,551192..551386))	Aspergillus niger	4987073
An14g02180	CDS	An14g02180	NT_166529.1	552582	554225	R	Catalytic activity: UDP-glucose + D-glucose 6-phosphate <=> UDP + alpha,alpha-trehalose 6-phosphate.; Induction: transcription of tpsB of A. niger was hardly detectable at ambient temperatures but was enhanced strongly upon heat shock, which agrees with the presence of several copies of a C4T stress-responsive element in its 5'-upstream sequences.; Remark: the ORF shows strong similarity to A. niger trehalose synthase of patent WO9824882-A1 in PATENTPROT:AAW49027.; Remark: tpsB of A. niger belongs to other fungal tps1.; Title: strong similarity to trehalose-6-phosphate synthase tpsB - Aspergillus niger; See PMID 9006911; uncharacterized protein	complement(join(552582..552642,552691..553033,553088..553464,553520..553880,553949..554225))	Aspergillus niger	4987074
An14g02190	CDS	An14g02190	NT_166529.1	554805	556273	R	Remark: the ORF shows local similarity to the hypothetical membrane protein YGL247w of S. cerevisiae: only 144 amino acids (about 1/3) of the ORF are included in the alignment.; Title: similarity to hypothetical membrane protein YGL247w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(554805..555140,555187..556088,556159..556273))	Aspergillus niger	4987075
An14g02200	CDS	An14g02200	NT_166529.1	557150	557752	R	Remark: the ORF overlaps with the A. niger ESTs an_2365 in EMBLEST:BE759538 and an_1441 in EMBLEST:BE760308: the former is a nearly complete overlap of both the EST and the ORF, the latter overlap, however,is very short.; Title: strong similarity to EST an_2365 -Aspergillus niger; uncharacterized protein	complement(join(557150..557528,557577..557752))	Aspergillus niger	4987076
An14g02210	CDS	An14g02210	NT_166529.1	560023	561048	R	Remark: IgA-specific metalloendopeptidase (EC: 3. 4. 24. 13) of N. meningitidis acts on the hinge region of the heavy chains of human IgA immunoglobulin, cleaving exclusively Pro-|-Thr and Pro-|-Ser bonds.; Remark: the ORF shows weak local similarity (over a stretch of 82 amino acids) to SFAG 2 carboxypeptidase Y of A. niger patent WO9609397-A1 in PATENTPROT:AAR96738.; Similarity: the ORF shows local similarity to two IgA-specific metalloendopeptidases (NMA0905 and NMB0700) of N. meningitidis: the alignments encompass only 152 amino acids of the ORF.; Title: strong similarity to hypothetical protein SPCC1620.10 - Schizosaccharomyces pombe; See PMID 7783620; uncharacterized protein	complement(560023..561048)	Aspergillus niger	4987077
An14g02220	CDS	An14g02220	NT_166529.1	561194	561702	R	Remark: the ORF is short in length.; hypothetical protein	complement(join(561194..561264,561346..561417,561459..561546,561640..561702))	Aspergillus niger	84592932
An14g02230	CDS	An14g02230	NT_166529.1	562447	564484	R	Function: dsk1 of S. pombe encodes a kinase, which auto-phosphorylates as well as phosphorylates myelin basic protein (MBP).; Function: dsk1 of S. pombe may serve as a cell cycle regulator in coordinating pre-mRNA splicing.; Localization: dsk1 of S. pombe locates in the cytoplasm in G2-arrested cells, in mitotically arrested cells, however, it resides in the nucleus.; Phenotype: the haploid gene disruptant of dsk1 of S. pombe is viable; high dosage of dsk1, however, strongly delays the G2/M progression.; Remark: dsk1 of S. pombe belongs to the ser/thr family of protein kinases.; Remark: in mitotically arrested cells compared to interphase-arrested cells dsk1 of S. pombe is higher phosphorylated, and has a higher kinase activity.; Title: strong similarity to dis1-suppressing protein kinase dsk1p - Schizosaccharomyces pombe; See PMID 8485317; See PMID 9488736; See PMID 10629038; uncharacterized protein	complement(join(562447..562884,562938..563169,563219..563306,563356..564146,564291..564484))	Aspergillus niger	4987079
An14g02240	CDS	An14g02240	NT_166529.1	566362	567803	D	Remark: the ORF overlaps C-terminally with the A. niger EST an_0349 in EMBLEST:BE760713.; Remark: the gene CG16717 of D. melanogaster is from genomic scaffold 142000013386050 section 17 of 54.; Similarity: the ORF shows also strong similarity to 239AB and 239FB of H. sapiens; these proteins are localized at a chromosomal region associated with WAGR (Wilms tumor,aniridia, genitourinary anomalies, and mental retardation).; Similarity: the ORF shows local strong similarity to the gene CG16717 of D. melanogaster: 100 C-terminal amino acids of the ORF are not included in the alignment between the two proteins.; Title: strong similarity to hypothetical protein encoded by CG16717 - Drosophila melanogaster; uncharacterized protein	join(566362..567457,567566..567616,567784..567803)	Aspergillus niger	4987080
An14g02250	CDS	An14g02250	NT_166529.1	567877	569488	R	Catalytic activity: (S)-lactate + 2 ferricytochrome c = pyruvate + 2 ferrocytochrome c.; Complex: L-lactate dehydrogenase of P. anomala is composed of a cytochrome b2 core complexed to flavodehydrogenase (a tetramer).; Function: L-lactate dehydrogenase of P. anomala is an electron transfer enzyme.; Pathway: L-lactate dehydrogenase of P. anomala takes part in the pyruvate metabolism.; Remark: L-lactate dehydrogenase (EC: 1. 1. 2. 3.) is also called (flavo)cytochrome b2.; Remark: Pichia anomala is also called Hansenula anomala.; Similarity: the ORF shows also strong similarity to glycolate oxidases of different species (EC 1. 1. 3. 15).; Title: strong similarity to flavocytochrome b2 L-lactate dehydrogenase CYB2 - Pichia anomala; localisation:mitochondrion; See PMID 8240249; See PMID 8589063; See PMID 8589064; See PMID 9230706; uncharacterized protein	complement(join(567877..568956,569014..569327,569380..569488))	Aspergillus niger	4987081
An14g02260	CDS	An14g02260	NT_166529.1	570840	571775	R	Remark: Rab proteins constitute a family of GTP-binding proteins that are located in distinct intracellular compartments and play a role in the regulation of vesicular trafficking.; Remark: Rab proteins contain four highly conserved peptide sequences involved in GTP binding and hydrolysis; Title: strong similarity to small GTPase Rab24 from patent CN1257926-A - Mus musculus; uncharacterized protein	complement(join(570840..571160,571284..571675,571730..571775))	Aspergillus niger	4987082
An14g02270	CDS	An14g02270	NT_166529.1	572094	572675	D	hypothetical protein	join(572094..572147,572193..572432,572523..572675)	Aspergillus niger	84592933
An14g02280	CDS	An14g02280	NT_166529.1	575835	577405	D	Remark: the patent protein entry Y35412 which also shows weak similarity was not found in patent database.; Title: similarity to hypothetical protein encoded by An02g01160 - Aspergillus niger; uncharacterized protein	join(575835..575837,576236..576633,576699..577268,577348..577405)	Aspergillus niger	4987084
An14g02290	CDS	An14g02290	NT_166529.1	577851	581352	R	Induction: the mRNA for the alpha 1 isoform of the NKAA1 gene from R. norvegicus, is expressed in all fetal and adult rat tissues examined.; Remark: Hydrolysis of ATP is coupled with the exchange of Na(+) and K(+) ions, and is specifically inhibited by ouabain.; Remark: designated alpha-S form; thought to arise from alpha-1 chain by post-translational modification; Remark: the isoform diversity of the Na,K-ATPase alpha subunit may provide a biochemical basis for Na,K-ATPase functional diversity.; Title: strong similarity to Na+/K+-exchanging ATPase alpha-1 chain NKAA1 - Rattus norvegicus; plasma membrane; See PMID 2163680; See PMID 2822726; uncharacterized protein	complement(join(577851..578151,578213..578530,578600..579186,579235..579583,579649..580025,580081..580321,580369..580639,580689..581352))	Aspergillus niger	4987085
An14g02300	CDS	An14g02300	NT_166529.1	582193	583716	R	Remark: the matching coding sequence was isolated by carrying out RT-PCR on all of the mRNA obtained from A. thaliana.; Remark: the patent does not provide information about the function of the protein.; Title: similarity to protein fragment from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(582193..582657,582714..583359,583409..583716))	Aspergillus niger	4987086
An14g02310	CDS	An14g02310	NT_166529.1	584697	585633	D	hypothetical protein	join(584697..584744,584914..585159,585232..585295,585348..585463,585550..585633)	Aspergillus niger	84592934
An14g02320	CDS	An14g02320	NT_166529.1	585819	586838	R	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to splicing coactivator subunit SRm300 - Homo sapiens; uncharacterized protein	complement(585819..586838)	Aspergillus niger	4987088
An14g02330	CDS	An14g02330	NT_166529.1	587904	588895	R	hypothetical protein	complement(join(587904..588068,588169..588231,588326..588431,588516..588895))	Aspergillus niger	84592935
An14g02340	CDS	An14g02340	NT_166529.1	589166	590220	R	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to nucleolar phosphoprotein -Xenopus laevis; uncharacterized protein	complement(join(589166..589677,589730..589982,590038..590220))	Aspergillus niger	84592936
An14g02350	CDS	An14g02350	NT_166529.1	590715	591557	R	Similarity: the ORF also shows strong similarity to the EST an_3030 from Aspergillus niger.; Title: weak similarity to protein belonging to the presenilin superfamily protein S182 - Mus musculus; uncharacterized protein	complement(join(590715..590959,591023..591557))	Aspergillus niger	4987091
An14g02360	CDS	An14g02360	NT_166529.1	592612	593629	R	Complex: the human U2 snRNP-specific protein A' (U2A') forms a ternary complex together with the U2B' protein and the hairpin-loop IV of U2 small nuclear RNA.; Function: the human U2 snRNP-specific protein A' is involved in splicing of mRNA.; Remark: the human U2 snRNP-specific protein A' does not contain segments homologous to the RNP consensus sequences RNP1 and RNP2 of several RNA-binding proteins.; Title: strong similarity to U2 snRNA-specific protein A - Homo sapiens; nucleus; See PMID 9716128; See PMID 2928112; uncharacterized protein	complement(join(592612..592992,593074..593334,593420..593460,593551..593629))	Aspergillus niger	4987092
An14g02370	CDS	An14g02370	NT_166529.1	594172	596503	R	Catalytic activity: NTP + H(2)O <=> NDP + phosphate.; Function: the apyrase Ynd1 from S. cerevisiae is required for golgi N- and O-glycosylation and cell wall integrity.; Golgi; Phenotype: S. cerevisiae ynd1 null mutants are defective in O- and N-linked glycosylation in the Golgi compartments.; Remark: synonyms for Ynd1 from S. cerevisiae are Yej5 and YER005w.; Title: strong similarity to nucleoside diphosphatase Ynd1 - Saccharomyces cerevisiae; See PMID 10409709; uncharacterized protein	complement(join(594172..596144,596217..596337,596392..596426,596494..596503))	Aspergillus niger	4987093
An14g02380	CDS	An14g02380	NT_166529.1	597428	597938	D	hypothetical protein	join(597428..597516,597652..597725,597808..597938)	Aspergillus niger	84592937
An14g02390	CDS	An14g02390	NT_166529.1	598327	599981	R	Function: Mep2 from S. cerevisiae is a transporter which uses ammonium as a nitrogen source.; Remark: Mep2 from S. cerevisiae is an ammonium sensor, generating a signal to regulate filamentous growth in response to ammonium starvation.; Remark: Mep2 from S. cerevisiae, a high affinity ammonium permease, is required for pseudohyphal differentiation in response to ammonium limitation.; Remark: the synonyms for Mep2 from S. cerevisiae are YNL142w, N1207 and N1820.; Similarity: Mep2 from S. cerevisiae belongs to the Amt1/nrgA/Mep family of ammonium transporters.; Title: strong similarity to ammonium transport protein Mep2 - Saccharomyces cerevisiae; plasma membrane; See PMID 9234685; See PMID 9482721; See PMID 11069679; See PMID 8062822; uncharacterized protein	complement(join(598327..599025,599081..599401,599447..599627,599685..599899,599973..599981))	Aspergillus niger	4987095
An14g02400	CDS	An14g02400	NT_166529.1	600435	601004	R	hypothetical protein	complement(join(600435..600560,600637..600695,600806..601004))	Aspergillus niger	84592938
An14g02410	CDS	An14g02410	NT_166529.1	601918	603618	D	Title: similarity to hypothetical conserved protein encoded by 17E5.150 - Neurospora crassa; uncharacterized protein	join(601918..601997,602070..603618)	Aspergillus niger	4987097
An14g02420	CDS	An14g02420	NT_166529.1	603676	606993	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	complement(join(603676..603687,603848..603916,604075..604702,604755..606590,606638..606993))	Aspergillus niger	4987098
An14g02430	CDS	An14g02430	NT_166529.1	608192	608881	R	Remark: the matching coding sequence was isolated by carrying out RT-PCR on all of the mRNA obtained from A. thaliana.; Title: weak similarity to protein fragment from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(608192..608239,608376..608410,608440..608881))	Aspergillus niger	84592939
An14g02440	CDS	An14g02440	NT_166529.1	609959	610532	R	Similarity: the ORF shows similarity to the EST of patent WO200056762-A2 from Aspergillus niger.; Title: similarity to EST SEQ ID NO:4362 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(join(609959..610026,610127..610331,610524..610532))	Aspergillus niger	84592940
An14g02450	CDS	An14g02450	NT_166529.1	610901	612032	R	Induction: Aqy2-1 from S. cerevisiae was detected only during the exponential growth phase in rich medium containing glucose.; Localization: Aqy2-1 from S. cerevisiae is located on the endoplasmic reticulum as well as on the plasma membrane.; Remark: AQY2 is disrupted by a stop codon in most S. cerevisiae strains.; Remark: the synonym for Aqy2 from S. cerevisiae is YLL052c.; Similarity: Aqy2 from S. cerevisiae is a member of mip family of aquaglyceroporin transmembrane channels.; Title: strong similarity to aquaporin water channel protein Aqy2 - Saccharomyces cerevisiae; plasma membrane; See PMID 11158584; See PMID 11168368; uncharacterized protein	complement(join(610901..611290,611359..611655,611706..612032))	Aspergillus niger	4987101
An14g02460	CDS	An14g02460	NT_166529.1	613729	614982	D	Cofactor: FAD and protoheme IX were bound as cofactors by fhp of A. eutrophus.; Function: isogenic Fhp-negative mutant did not accumulate nitrous oxide during denitrification with nitrite as electron acceptor.; Function: isogenic Fhp-negative mutants showed no significant delay in aerobic or anaerobic growth.; Remark: Ralstonia eutropha = Alcaligenes eutrophus.; Remark: fhp of A. eutrophus contains a phospholipid-binding site.; Title: strong similarity to flavohemoglobin Fhp -Alcaligenes eutrophus; See PMID 8125952; See PMID 10336624; uncharacterized protein	613729..614982	Aspergillus niger	4987102
An14g02470	CDS	An14g02470	NT_166529.1	615319	617292	R	Remark: the human PRO304 protein is one of a couple of secreted and transmembrane polypeptides which could be used for treatment of skin diseases.; Remark: the patent WO200104311-A1 does not provide additional functional information.; Similarity: the ORF also shows strong similarities to the sequence of patents US 5821104 and WO9614404-A1 and the EST an_3412 from Aspergillus niger.; Title: strong similarity to protein PRO304 from patent WO200104311-A1 - Homo sapiens; uncharacterized protein	complement(join(615319..616065,616137..617113,617181..617292))	Aspergillus niger	4987103
An14g02480	CDS	An14g02480	NT_166529.1	619138	622012	R	Title: weak similarity to catalase protein from patent CN1219588-A - Bacillus thermoglucosidasius; uncharacterized protein	complement(join(619138..619309,619402..619647,620039..620134,620244..620337,620558..620704,620782..620865,620988..621104,621584..621639,621690..622012))	Aspergillus niger	84592941
An14g02490	CDS	An14g02490	NT_166529.1	622777	623380	D	Title: weak similarity to protein from patent WO200056892-A1 - Streptomyces albulus; uncharacterized protein	join(622777..622951,622998..623380)	Aspergillus niger	4987105
An14g02500	CDS	An14g02500	NT_166529.1	623881	625669	D	Title: similarity to hypothetical protein YER080w -Saccharomyces cerevisiae; uncharacterized protein	join(623881..624240,624309..624657,624747..625669)	Aspergillus niger	4987106
An14g02510	CDS	An14g02510	NT_166529.1	626619	627998	D	Title: weak similarity to hypothetical protein of the gtp1/obg family PAB0558 - Pyrococcus abyssi; uncharacterized protein	join(626619..626983,627033..627294,627420..627654,627793..627998)	Aspergillus niger	84592942
An14g02520	CDS	An14g02520	NT_166529.1	629471	630184	D	Title: weak similarity to hypothetical protein T04D1.4 - Caenorhabditis elegans; uncharacterized protein	join(629471..629488,629535..629711,629801..629931,630019..630184)	Aspergillus niger	84592943
An14g02530	CDS	An14g02530	NT_166529.1	631917	632320	R	Title: weak similarity to protein serine/threonine kinase-1 psk1 - Plasmodium falciparum; uncharacterized protein	complement(join(631917..632205,632295..632320))	Aspergillus niger	84592944
An14g02540	CDS	An14g02540	NT_166529.1	633740	634750	R	Title: weak similarity to sterol regulatory element-binding protein-1 SREBP-1 - Mus musculus; uncharacterized protein	complement(join(633740..634360,634421..634750))	Aspergillus niger	4987110
An14g02550	CDS	An14g02550	NT_166529.1	635958	637391	R	hypothetical protein	complement(join(635958..636173,636238..636254,636404..636464,636642..636729,636968..637182,637215..637391))	Aspergillus niger	84592945
An14g02560	CDS	An14g02560	NT_166529.1	638418	639412	R	Title: similarity to protein from patent EP0845532 -Pseudomonas sp.; uncharacterized protein	complement(join(638418..639095,639155..639412))	Aspergillus niger	4987112
An14g02570	CDS	An14g02570	NT_166529.1	641199	642786	R	Title: similarity to EST Nig077 - Aspergillus niger; uncharacterized protein	complement(join(641199..642426,642473..642786))	Aspergillus niger	4987113
An14g02580	CDS	An14g02580	NT_166529.1	643976	644581	R	hypothetical protein	complement(join(643976..644385,644470..644581))	Aspergillus niger	84592946
An14g02590	CDS	An14g02590	NT_166529.1	645242	646952	D	Function: transcript level analyses demonstrate that gabA is subject to carbon catabolite and nitrogen metabolite repression.; Similarity: shows also similarity to several putative fungal aminoacid permeases.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	join(645242..645401,645496..646952)	Aspergillus niger	4987115
An14g02600	CDS	An14g02600	NT_166529.1	647131	648313	R	hypothetical protein	complement(join(647131..647308,647803..647899,647997..648067,648145..648188,648272..648313))	Aspergillus niger	84592947
An14g02610	CDS	An14g02610	NT_166529.1	648681	653390	D	Localization: integral membrane protein.; Remark: cDNA of atrB can complement the drug hypersensitivity associated with PDR5 deficiency in S. cerevisiae.; Similarity: belongs to the ATP-binding transport protein family (ABC transporters).; Title: strong similarity to ATP-binding cassette multidrug transport protein atrB - Aspergillus nidulans; plasma membrane; See PMID 9180695; uncharacterized protein	join(648681..648878,648929..648973,649026..649436,649490..650034,650085..650590,650640..651249,651298..651572,651620..651795,651842..651935,651983..652290,652341..652547,652597..652756,652803..653242,653292..653390)	Aspergillus niger	4987117
An14g02620	CDS	An14g02620	NT_166529.1	653596	654566	R	Title: similarity to hypothetical protein encoded by An13g01640 - Aspergillus niger; uncharacterized protein	complement(join(653596..653784,653942..654011,654043..654566))	Aspergillus niger	4987118
An14g02630	CDS	An14g02630	NT_166529.1	655590	656462	D	Similarity: short stretches of weak similarity are due to low complexity regions, and do not look significant.; hypothetical protein	655590..656462	Aspergillus niger	4987119
An14g02640	CDS	An14g02640	NT_166529.1	656680	657879	D	Remark: the patent database entry represents one of the proteins encoded by all the open reading frames in the complete genome of Chlamydia pneumoniae.; Similarity: the predicted ORF indeed shows some structural motif in common with such enzymes, but the similarity is too weak to draw conclusions about the function.; Similarity: the predicted ORF shows also a much weaker similarity to several proteins defined as cobalamin-independent methionine synthase on the basis of the similarity to E. coli metE gene.; Title: strong similarity to transmembrane protein from patent WO9927105-A2 - Chlamydia pneumoniae; uncharacterized protein	join(656680..657702,657739..657879)	Aspergillus niger	4987120
An14g02650	CDS	An14g02650	NT_166529.1	658367	659257	D	Catalytic activity: acid phosphatases also catalyze transphosphorylations.; Catalytic activity: acid phosphatases catalyze the hydrolysis of an ortophosphoric monoester to alcohol + ortophosphate, with wide specificity.; Remark: a putative sequencing error results in a frameshift.; Similarity: the predicted ORF also shows similarity to a phospholipase of Fusarium venenatum, patentnumber WO200041509-A2.; Similarity: the predicted ORF also shows similarity to a variety of hypothetical proteins annotated as survival factors, due to the similarity to E. coli SurE, a protein with unknown molecular function, but required for survival.; Title: similarity to acid phosphatase PHO2 -Yarrowia lipolytica [putative frameshift]; putative frameshift; See PMID 1423722; See PMID 7928962; uncharacterized protein	join(658367..658471,658537..>659257)	Aspergillus niger	4987121
An14g02660	CDS	An14g02660	NT_166529.1	659814	660642	D	Title: strong similarity to hypothetical necrosis and ethylene inducing protein BH0395 - Bacillus halodurans; uncharacterized protein	join(659814..660043,660132..660642)	Aspergillus niger	4987122
An14g02670	CDS	An14g02670	NT_166529.1	660991	662226	R	Function: the predicted ORF shows strong similarity to many glycosidases involved in the catabolism of different polysaccharides.; Induction: T. reesei egl4 is regulated in the same manner as other cellulase genes of this fungus.; Title: strong similarity to endoglucanase IV egl4 -Trichoderma reesei; extracellular/secretion proteins; See PMID 9370370; uncharacterized protein	complement(join(660991..661164,661351..662226))	Aspergillus niger	4987123
An14g02680	CDS	An14g02680	NT_166529.1	662484	664167	R	Title: weak similarity to hypothetical xylosidase/arabinosidase - Streptomyces coelicolor; uncharacterized protein	complement(join(662484..662714,662976..663023,663069..663260,663414..663491,663542..663648,663858..663917,664017..664167))	Aspergillus niger	84592948
An14g02690	CDS	An14g02690	NT_166529.1	664805	665189	D	Title: weak similarity to hypothetical protein MT4026.1 - Mycobacterium tuberculosis; uncharacterized protein	join(664805..665010,665063..665189)	Aspergillus niger	84592949
An14g02700	CDS	An14g02700	NT_166529.1	665654	667701	D	Function: itr2 of S. pombe is a transporter for myo-inositol.; Similarity: itr2 of S. pombe belongs to the sugar transporter family.; Similarity: the predicted ORF shows a much stronger similarity to a putative myo-inositol transporter of N. crassa.; Title: strong similarity to myo-inositol transporter 2 itr2p - Schizosaccharomyces pombe; plasma membrane; See PMID 9560432; uncharacterized protein	join(665654..666038,666092..666155,666205..666648,666706..667312,667366..667701)	Aspergillus niger	4987126
An14g02710	CDS	An14g02710	NT_166529.1	668431	668871	R	Similarity: the predicted ORF shows a weak, but consistent similarity to different vertebrate inward rectifying potassium channels.; Title: weak similarity to inward rectifier potassium channel protein cIRK1 - Gallus gallus; See PMID 7642595; uncharacterized protein	complement(join(668431..668704,668774..668871))	Aspergillus niger	84592950
An14g02720	CDS	An14g02720	NT_166529.1	671492	673349	D	Function: mtr of N. crassa is required for the transport of neutral aliphatic and aromatic amino acids.; Similarity: mtr of N. crassa belongs to the Amino Acid/Auxin Permease (AAAP) family.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; plasma membrane; See PMID 8001794; See PMID 1838345; uncharacterized protein	join(671492..671688,671746..671759,671815..671887,671943..672274,672323..672466,672517..672731,672778..672975,673025..673052,673101..673216,673266..673349)	Aspergillus niger	4987128
An14g02730	CDS	An14g02730	NT_166529.1	673502	674269	R	Title: weak similarity to thioredoxin reductase tr/trx - Mycobacterium leprae; See PMID 7476189; uncharacterized protein	complement(join(673502..673650,673671..673753,673841..673921,673946..674046,674213..674269))	Aspergillus niger	84592951
An14g02740	CDS	An14g02740	NT_166529.1	675426	677188	D	Function: high affinity glucose transporter.; Remark: expression of HGT1 from Kluyveromyces lactis is constitutive (in contrast to RAG1, the major gene for low-affinity glucose uptake in K. lactis) and is controlled by several genes also known to affect expression of RAG1.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to high affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; See PMID 8830679; uncharacterized protein	join(675426..675525,675579..675686,675737..676277,676330..677188)	Aspergillus niger	4987130
An14g02750	CDS	An14g02750	NT_166529.1	678710	681154	D	Function: in spite of the strong similarity to ABC transporters, these proteins are located in the cytoplasm,where they associate with the ribosomal fraction; their are involved in the control of translation via direct or indirect regulation of elongation factor eIF2.; Similarity: the predicted ORF shows strong similarity to many members of the ABC transporter family; nevertheless, its closer homologues are GCN20 of S. cerevisiae and the mammalian counterparts ABC50 of H. sapiens and R. norvegicus.; Title: strong similarity to protein Gcn20 -Saccharomyces cerevisiae; cytoplasm; See PMID 9020838; See PMID 9234705; See PMID 9790762; See PMID 10931828; See PMID 7621831; uncharacterized protein	join(678710..678784,678820..679033,679103..679201,679232..679276,679393..679499,679583..680267,680319..681154)	Aspergillus niger	4987131
An14g02760	CDS	eglA	NT_166529.1	682273	683108	R	Catalytic activity: endohydrolysis of 1,4-beta-d-glucosidic linkages in cellulose.; Function: eglA has carboxylmethylcellulase activity.; Gene-ID: eglA; Induction: transcription of eglA is induced by the transcription factor XlnR.; Remark: A. niger eglA has been patented under patentnumber WO9713853-A2.; Similarity: eglA belongs to cellulase family h (family 12 of glycosyl hydrolases).; See PMID 9758775; endoglucanase A eglA-Aspergillus niger	complement(join(682273..682352,682419..682651,682702..683108))	Aspergillus niger	4987132
An14g02770	CDS	An14g02770	NT_166529.1	684774	685479	R	Title: weak similarity to hypothetical Stig1 -Petunia hybrida; uncharacterized protein	complement(join(684774..684974,685036..685479))	Aspergillus niger	84592952
An14g02780	CDS	An14g02780	NT_166529.1	686470	688371	D	Function: the UaY gene codes for a transcriptional activator mediating the induction of a number of unlinked genes involved in purine utilization in Aspergillus nidulans.; Similarity: the N-terminal region of the predicted ORF contains a fungal Zn(2)-Cys(6) binuclear cluster domain, a cysteine-rich region that binds DNA, and is found in many fungal transcriptional activators.; Title: similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; nucleus; See PMID 7729421; uncharacterized protein	join(686470..686636,686689..687490,687541..687601,687649..687834,687962..688371)	Aspergillus niger	4987134
An14g02790	CDS	An14g02790	NT_166529.1	688830	690770	R	Title: weak similarity to hypothetical 2,3-cyclic-nucleotide 3-phosphodiesterase related protein -Neurospora crassa; uncharacterized protein	complement(join(688830..690570,690604..690770))	Aspergillus niger	4987135
An14g02810	CDS	An14g02810	NT_166529.1	694506	695295	R	hypothetical protein	complement(join(694506..695191,695289..695295))	Aspergillus niger	84592953
An14g02820	CDS	An14g02820	NT_166529.1	696276	696916	R	hypothetical protein	complement(join(696276..696395,696539..696916))	Aspergillus niger	84592954
An14g02830	CDS	An14g02830	NT_166529.1	698112	699654	D	Similarity: the predicted A. niger ORF shows similarity to several different dehydrogenases.; Title: weak similarity to norsolorinic acid reductase norA - Aspergillus parasiticus; See PMID 8593042; uncharacterized protein	join(698112..698289,698402..698595,698705..698761,698854..699654)	Aspergillus niger	4987139
An14g02840	CDS	An14g02840	NT_166529.1	700172	700754	R	Title: similarity to hypothetical protein EAA58614.1 - Aspergillus nidulans; uncharacterized protein	complement(join(700172..700542,700613..700754))	Aspergillus niger	4987140
An14g02850	CDS	An14g02850	NT_166529.1	701296	701833	D	Remark: blastp shows significant similarity (52% positives) between the predicted A. niger protein and R. erythropolis ORF4 but due to shortness of both peptides the calculated probability is low (p=0,002).; Title: similarity to hypothetical protein ORF4 -Rhodococcus erythropolis; uncharacterized protein	join(701296..701604,701693..701732,701781..701833)	Aspergillus niger	4987141
An14g02860	CDS	An14g02860	NT_166529.1	702261	703833	D	Catalytic activity: Atrazine chlorohydrolases convert Atrazine + H(2)O to 4-(ethylamino)-2-hydroxy-6-(isopropylamino)-1,3,5-triazine + chloride.; Function: Pseudomonas AtzA catalyzes the dechlorination of atrazine, simazine, and desethylatrazine but is not active with melamine, terbutylazine, or desethyldesisopropylatrazine.; Remark: EC 3. 8. 1. 8; Title: strong similarity to atrazine chlorohydrolase atzA - Pseudomonas sp.; See PMID 8759853; uncharacterized protein	join(702261..702632,702729..702973,703062..703833)	Aspergillus niger	4987142
An14g02870	CDS	An14g02870	NT_166529.1	703872	705389	R	Catalytic activity: Succinate-semialdehyde dehydrogenases convert Succinate semialdehyde + NAD(P)(+) + H(2)O to succinate + NAD(P)H.; Function: in E. coli gabD is required for the utilisation of 4-hydroxyphenylacetate as nitrogene source.; Function: in higher eucaryotes Succinate-semialdehyde dehydrogenases are required for the catabolism of GABA intermediates.; Function: mutations of Succinate-semialdehyde dehydrogenases in higher eucaryotes give rise to central nervous system dysfunction.; Title: strong similarity to succinate-semialdehyde dehydrogenase gabD - Escherichia coli; See PMID 2254272; See PMID 6756331; See PMID 8412016; uncharacterized protein	complement(join(703872..704495,704541..705320,705372..705389))	Aspergillus niger	4987143
An14g02880	CDS	An14g02880	NT_166529.1	707201	708860	D	Function: S. cerevisiae Mal31 is a high-affinity maltose transporter.; Title: strong similarity to maltose transport protein Mal31 - Saccharomyces cerevisiae; plasma membrane; See PMID 1999393; See PMID 2549370; uncharacterized protein	join(707201..707374,707422..707442,707490..708860)	Aspergillus niger	4987144
An14g02890	CDS	An14g02890	NT_166529.1	709697	710728	D	Catalytic activity: S. scrofa LTB4/PGR converts (5Z)-(15S)-11-alpha-hydroxy-9,15-dioxoprostanoate + NAD(P)(+) to (5Z)-(15S)-11-alpha-hydroxy-9,15-dioxoprosta-13-enoate + NAD(P)H.; Function: S. scrofa LTB4/PGR is required for the metabolism of the hormones prostaglandin and leukotrien.; Title: strong similarity to 5-oxoprostaglandin 13-reductase LTB4/PGR - Sus scrofa; See PMID 9461497; See PMID 8576264; uncharacterized protein	709697..710728	Aspergillus niger	4987145
An14g02900	CDS	An14g02900	NT_166529.1	710949	712407	R	Catalytic activity: Cellobiose dehydrogenases convert Cellobiose + acceptor to cellobiono-1,5-lactone + reduced acceptor.; Function: T. versicolor CDH is required for wood-degradation.; Similarity: T. versicolor CDH is a hemoflavoenzyme.; Title: weak similarity to cellobiose dehydrogenase CDH - Trametes versicolor; See PMID 9573367; uncharacterized protein	complement(join(710949..712300,712368..712407))	Aspergillus niger	4987146
An14g02910	CDS	An14g02910	NT_166529.1	713416	715182	R	Function: Dal5p of S. cerevisiae is a component of the allantoate transport system.; Remark: C-terminally truncated ORF due to contig border.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae [truncated ORF]; See PMID 3275614; See PMID 3294799; See PMID 3301804; uncharacterized protein	complement(join(<713416..713603,713657..713874,713926..714444,714495..714772,714820..715182))	Aspergillus niger	4987147
An14g02920	CDS	An14g02920	NT_166529.1	715704	716801	D	Title: strong similarity to hypothetical conserved protein yesR - Bacillus subtilis; uncharacterized protein	715704..716801	Aspergillus niger	4987148
An14g02930	CDS	An14g02930	NT_166529.1	718868	720091	R	Title: similarity to hypothetical protein encoded by An12g07270 - Aspergillus niger; uncharacterized protein	complement(join(718868..719718,720031..720091))	Aspergillus niger	84592955
An14g02940	CDS	An14g02940	NT_166529.1	720181	722013	R	Function: L-sorbose dehydrogenase (SDH) and L-sorbosone dehydrogenase (SNDH) from Gluconobacter oxydans T-100 show an ability to convert D-sorbitol to 2-keto-L-gulonate (2-KLGA).; Function: chemical mutation of the host strain to suppress the L-idonate pathway and replacement of the original promoter with that of E. coli tufB resulted in improving the production of 2-KLGA.; Function: consequently, high-level production from D-sorbitol to 2-KLGA (130 mg/ml) was achieved by simple fermentation of the recombinant Gluconobacter.; Title: strong similarity to FAD dependent L-sorbose dehydrogenase - Gluconobacter oxydans; See PMID 9023923; See PMID 10191408; uncharacterized protein	complement(join(720181..721142,721204..721917,721971..722013))	Aspergillus niger	4987150
An14g02950	CDS	An14g02950	NT_166529.1	723890	725929	D	Similarity: show strong similarity to several oxidoreductases of different organims.; Title: strong similarity to hypothetical isoamyl alcohol oxidase mreA - Aspergillus oryzae; uncharacterized protein	join(723890..723995,724089..724310,724379..724920,724967..725929)	Aspergillus niger	4987151
An14g02960	CDS	An14g02960	NT_166529.1	727949	730727	D	Title: similarity to hypothetical protein encoded by An01g14870 - Aspergillus niger; uncharacterized protein	join(727949..728600,728697..728912,728992..729005,729101..729252,729690..729984,730245..730727)	Aspergillus niger	84592956
An14g02970	CDS	An14g02970	NT_166529.1	731209	735093	D	Similarity: shows strong similarity to sensory transduction histidine kinases and phytochrome-like proteins.; Title: similarity to phytochrome phy - Synechocystis sp.; See PMID 9487803; uncharacterized protein	join(731209..733902,733960..734715,734767..735093)	Aspergillus niger	4987153
An14g02980	CDS	An14g02980	NT_166529.1	735920	738561	R	Similarity: similarity results from repetitive sequences.; Title: weak similarity to mucin-like glycoprotein 900 GP900 - Cryptosporidium parvum; uncharacterized protein	complement(join(735920..737209,737337..737663,737754..737976,738200..738561))	Aspergillus niger	4987154
An14g02990	CDS	An14g02990	NT_166529.1	741146	742614	D	Title: similarity to hypothetical protein KIAA1715 -Homo sapiens; uncharacterized protein	join(741146..741169,741230..741465,741582..742614)	Aspergillus niger	4987155
An14g03000	CDS	An14g03000	NT_166529.1	742918	747465	R	Function: CAF of A. thaliana appears to suppress cell division in floral meristems.; Title: similarity to RNA helicase/RNAseIII carpel factory CAF - Arabidopsis thaliana; See PMID 10556049; uncharacterized protein	complement(join(742918..745411,745468..746360,746418..746547,746596..746743,746850..747102,747162..747185,747276..747304,747378..747465))	Aspergillus niger	4987156
An14g03010	CDS	An14g03010	NT_166529.1	748517	749875	R	Function: might be involved in transcriptional regulation.; Similarity: shows similarity to proteins containing bZIP transcription factor domains.; Title: weak similarity to transcription activator Cin5 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(748517..749020,749074..749330,749528..749543,749822..749875))	Aspergillus niger	4987157
An14g03020	CDS	An14g03020	NT_166529.1	751710	754176	R	Function: suggested activities include nutritional activity, cytokine and cell proliferation/differentiation activity, immune stimulating (e. g. as vaccines) or suppressing activity, haematopoiesis regulating activity,tissue growth activity, activin/inhibin activity,chemotactic/chemokinetic activity, haemostatic and thrombolytic activity, receptor/ligand activity,anti-inflammatory activity, cadherin/tumour invasion suppressor activity, and tumour inhibition activity.; Function: the human secreted proteins, and the polynucleotides encoding them, are predicted to have biological activities which would make them suitable for treating, preventing or ameliorating medical conditions in humans and animals.; Remark: blast hit against protein of patent database.; Title: similarity to secreted protein SEQ ID NO:58 from patent WO9957132-A1 - Homo sapiens; uncharacterized protein	complement(join(751710..752960,753010..753441,753507..753795,753866..754022,754092..754176))	Aspergillus niger	4987158
An14g03030	CDS	An14g03030	NT_166529.1	754801	755374	R	Catalytic activity: it catalyzes the N(1)-acetylation of spermidine and spermine and, by the successive activity of polyamine oxidase, spermine can be converted to spermidine and spermidine to putrescine.; Function: human SPD/SPM acetyltransferase is a rate-limiting enzyme in the catabolic pathway of polyamine metabolism.; Remark: contains putative sequencing error that caused a wrong geneprediction (wrong start codon).; Similarity: shows similarity to several acetyltransferases of different species.; Title: similarity to spermidine/spermine N(1)-acetyltransferase SAT - Homo sapiens [putative frameshift]; putative frameshift; See PMID 1985966; uncharacterized protein	complement(<754801..755374)	Aspergillus niger	4987159
An14g03040	CDS	An14g03040	NT_166529.1	755904	759746	R	Similarity: shows similarity to myosin heavy chain of different species.; Title: similarity to myosin heavy chain -Dictyostelium discoideum; See PMID 2828113; See PMID 3540939; See PMID 3901008; uncharacterized protein	complement(join(755904..757380,757463..758804,759043..759481,759615..759746))	Aspergillus niger	4987160
An14g03050	CDS	An14g03050	NT_166529.1	761089	765791	D	Similarity: shows weak similarities to neuropathy target esterases.; Title: strong similarity to hypothetical protein of the UPF0028 family - Schizosaccharomyces pombe; uncharacterized protein	join(761089..761450,761558..762207,762355..765791)	Aspergillus niger	4987161
An14g03060	CDS	An14g03060	NT_166529.1	766892	767887	D	Title: strong similarity to hypothetical protein encoded by An16g01890 - Aspergillus niger; uncharacterized protein	join(766892..766961,767021..767120,767188..767754,767818..767887)	Aspergillus niger	4987162
An14g03070	CDS	An14g03070	NT_166529.1	768815	770474	D	Catalytic activity: CHO has oligosaccharide oxidation activity.; Function: it can oxidize the reducing end of an oligosaccharide more efficiently than the corresponding monosaccharide, e. g. preferentially oxidizing maltodextrins or cellodextrins over glucose.; Similarity: shows strong similarity to several oxidases with unknown function and to M. nivale carbohydrate oxidase (CHO) i. e. protein Y24919 of patent WO9931990-A1.; Title: strong similarity to carbohydrate oxidase CHO from patent WO9931990-A1 - Microdochium nivale; uncharacterized protein	join(768815..769406,769465..770474)	Aspergillus niger	4987163
An14g03080	CDS	An14g03080	NT_166529.1	771951	772581	R	Localization: might be a transmembrane protein.; Similarity: seems to be the aminoterminus of the predicted protein.; Similarity: shows strong similarity to pos. 121 to 553 of cDNA clone 2960 of A. niger.; Similarity: the ORF shows strong similarity to cDNA clone 2960 - Aspergillus niger.; Title: similarity to hypothetical membrane protein YDL218w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(771951..772209,772273..772376,772438..772581))	Aspergillus niger	4987164
An14g03090	CDS	An14g03090	NT_166529.1	776697	778391	R	Title: strong similarity to glucose/galactose transporter gluP - Brucella abortus; See PMID 9168605; uncharacterized protein	complement(join(776697..776835,776918..777146,777205..777345,777405..777667,777727..778049,778112..778126,778194..778391))	Aspergillus niger	4987165
An14g03100	CDS	An14g03100	NT_166529.1	779172	780558	R	Function: chicken enzyme is responsible for the formation of pentaantennary asparagine-linked oligosaccharides (N-glycans).; Similarity: shows only similarity to aminoterminal part of chicken enzyme and similiar enzymes of other species.; Title: weak similarity to N-acetylglucosaminyltransferase VI GnT-VI - Gallus gallus; See PMID 10962001; uncharacterized protein	complement(join(779172..779916,779990..780558))	Aspergillus niger	4987166
An14g03110	CDS	An14g03110	NT_166529.1	781332	783037	R	Function: initial oxygenation step in trichothecene toxin biosynthesis.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: strong similarity to cytochrome P450 monooxygenase TRI4 - Myrothecium roridum; See PMID 7651333; See PMID 9529523; uncharacterized protein	complement(join(781332..782144,782194..782407,782453..782783,782830..783037))	Aspergillus niger	4987167
An14g03120	CDS	An14g03120	NT_166529.1	783399	784779	D	Similarity: shows only similarity to the central part of pth11.; Title: weak similarity to integral membrane protein PTH11 from patent WO9913094-A2 - Magnaporthe grisea; uncharacterized protein	join(783399..783551,783604..783744,783793..784122,784174..784241,784291..784370,784451..784779)	Aspergillus niger	4987168
An14g03130	CDS	An14g03130	NT_166529.1	786324	786597	R	hypothetical protein	complement(join(786324..786478,786534..786597))	Aspergillus niger	84592957
An14g03140	CDS	An14g03140	NT_166529.1	788061	790551	R	Function: sporulation and tetrad analysis revealed that deletion of YNL059c/ARP5 was lethal for vegetative growth in strain W303 and caused severe growth defects in strain FY1679.; Title: strong similarity to nuclear protein YNL059c - Saccharomyces cerevisiae; nucleus; See PMID 10923024; uncharacterized protein	complement(join(788061..788093,788157..788933,788987..789927,789980..790300,790368..790551))	Aspergillus niger	4987170
An14g03150	CDS	An14g03150	NT_166529.1	791015	791271	R	hypothetical protein	complement(join(791015..791061,791109..791193,791248..791271))	Aspergillus niger	4987171
An14g03160	CDS	An14g03160	NT_166529.1	791899	792576	D	Title: weak similarity to hypothetical protein CAE02259.1 - Oryza sativa; uncharacterized protein	join(791899..792385,792536..792576)	Aspergillus niger	4987172
An14g03170	CDS	An14g03170	NT_166529.1	793554	793996	D	hypothetical protein	join(793554..793689,793884..793996)	Aspergillus niger	10098178
An14g03180	CDS	An14g03180	NT_166529.1	795081	795835	R	Function: Cdc3-profilin may play an essential role in cytokinesis by catalyzing the formation of the F-actin contractile ring.; Function: in S. pombe, cdc3-124 mutant is defective for cytokinesis, but not for DNA replication, mitosis, or septum synthesis.; Function: profilin is an actin-monomer-binding protein.; Title: strong similarity to profilin cdc3p -Schizosaccharomyces pombe; cytoskeleton; uncharacterized protein	complement(join(795081..795212,795286..795420,795519..795603,795692..795707,795808..795835))	Aspergillus niger	4987174
An14g03190	CDS	An14g03190	NT_166529.1	798126	799886	D	Remark: only repetitive elements are matching.; Title: weak similarity to hypothetical protein EG:56G7.1 - Drosophila melanogaster; uncharacterized protein	join(798126..798998,799059..799886)	Aspergillus niger	4987175
An14g03200	CDS	An14g03200	NT_166529.1	800349	806324	R	Remark: the ORF is transcribed in vegetative cells but it is not essential for viability as demonstrated by gene disruption.; Similarity: homologous to RNA-helicase SKI2 S. cerevisiae.; Title: strong similarity to hypothetical RNA-helicase G9365 - Saccharomyces cerevisiae; See PMID 9133744; uncharacterized protein	complement(800349..806324)	Aspergillus niger	4987176
An14g03210	CDS	An14g03210	NT_166529.1	807564	808568	R	Remark: strong similarity to human transcriptional regulator protein #28 patent WO200078954-A2.; Title: strong similarity to transcriptional regulator protein #28 TXREG from patent WO200078954-A2 -Homo sapiens; uncharacterized protein	complement(807564..808568)	Aspergillus niger	4987177
An14g03220	CDS	An14g03220	NT_166529.1	808814	809740	D	Similarity: the ORF shows similarity to some putative DNA-J-like chaperones/heat shock proteins.; Title: similarity to hypothetical DNA-J-like protein SPAC4G9.19 - Schizosaccharomyces pombe; uncharacterized protein	808814..809740	Aspergillus niger	4987178
An14g03230	CDS	An14g03230	NT_166529.1	810296	812857	D	Title: weak similarity to hypothetical protein encoded by An13g03440 - Aspergillus niger; uncharacterized protein	join(810296..810865,811014..811067,811102..811409,811476..812450,812489..812600,812654..812722,812756..812857)	Aspergillus niger	4987179
An14g03240	CDS	An14g03240	NT_166529.1	813848	815247	R	Catalytic activity: acyl-CoA + NADP+ = 2,3-dehydroacyl-CoA + NADPH.; Remark: is a medium chain acyl-CoA dehydrogenase (MCADH). the active site glutamic acid of the protein does not lie in the same position as other well characterized MCADH, but in a position present in long chain and isovaleryl acyl-CoA dehydrogenases (LCADH and IVDH).; Similarity: belongs to the acyl-CoA dehydrogenase family.; Title: strong similarity to acyl-CoA dehydrogenase (NADP+) ACDH - Mycobacterium tuberculosis; See PMID 9535763; uncharacterized protein	complement(join(813848..814863,814926..815247))	Aspergillus niger	4987180
An14g03250	CDS	An14g03250	NT_166529.1	815546	816385	R	Catalytic activity: preverential cleavage in B chain of insulin: Asn3-|-Gln,Gly13-|-Ala, Tyr26-|-Thr.; Remark: alternate name is proteinase A.; Remark: proteinase A obtained from the culture medium of Aspergillus niger var. macrosporus is a unique acid endopeptidase that is insensitive (or less sensitive) to specific inhibitors of ordinary acid or aspartic proteinases, such as pepstatin, diazoacetyl-DL-norleucine methyl ester, and 1,2-epoxy-3-(p-nitrophenoxy)-propane.; Similarity: belongs to peptidase family a4.; Title: strong similarity to aspergillopepsin II -Aspergillus niger; extracellular/secretion proteins; See PMID 1918059; See PMID 1918060; uncharacterized protein	complement(815546..816385)	Aspergillus niger	4987181
An14g03260	CDS	An14g03260	NT_166529.1	816785	817326	R	hypothetical protein	complement(join(816785..816981,817089..817326))	Aspergillus niger	84592958
An14g03270	CDS	An14g03270	NT_166529.1	818081	819214	R	Title: strong similarity to hypothetical SAM-dependent methyltransferase YOR240w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(818081..818277,818347..819214))	Aspergillus niger	4987183
An14g03280	CDS	An14g03280	NT_166529.1	819721	821817	R	Catalytic activity: 2,3-dihydroxy-3-methylbutanoate = 3-methyl-2-oxobutanoate + H2O.; Pathway: fourth step in valine and isoleucine biosynthesis. valine, leucine and isoleucine biosynthesis; pantothenate and CoA biosynthesis.; Remark: the biosynthesis of branched-chain amino acids (aa) involves three shared pathways through which pyruvate or alpha-ketobutyrate are converted into alpha-keto acids, precursors of valine, leucine or isoleucine.; Similarity: belongs to the dihydroxyacid dehydratase/phosphogluconate dehydratases.; Title: strong similarity to dihydroxy-acid dehydratase Ilv3 - Saccharomyces cerevisiae; See PMID 8299945; uncharacterized protein	complement(join(819721..819769,819862..820180,820257..821662,821744..821817))	Aspergillus niger	4987184
An14g03290	CDS	An14g03290	NT_166529.1	822879	827663	D	Remark: ATP-dependent bile acid transport was abolished when the BAT1 coding region was deleted from the genome and restored upon reintroduction of the gene.; Remark: ATP-dependent transport of bile acids is a key determinant of bile flow in mammalian liver and is associated with cholesterol excretion, gallstone formation,and numerous inherited and acquired hepatobiliary diseases. Secretory vesicles and a vacuole enriched fraction purified from S. cerevisiae also exhibit ATP-dependent bile acid transport.; Remark: alternative names are YLL048c, BAT1.; Similarity: to ABC-type multidrug/protein/lipid transport system, ATPase component.; Title: strong similarity to bile acid transporter Ybt1 - Saccharomyces cerevisiae; See PMID 9020838; See PMID 9182565; uncharacterized protein	join(822879..823214,823275..825788,825837..827663)	Aspergillus niger	4987185
An14g03300	CDS	An14g03300	NT_166529.1	827810	829190	D	Title: weak similarity to hypothetical protein BAB32722.1 - Oryza sativa; uncharacterized protein	join(827810..827919,827972..828342,828406..829190)	Aspergillus niger	4987186
An14g03310	CDS	An14g03310	NT_166529.1	829996	831190	R	Catalytic activity: D-amino acid + H2O + O2 = 2-oxo acid + NH3 + H2O2.; Pathway: glycine, serine and threonine metabolism; arginine and proline metabolism; D-arginine and D-ornithine metabolism.; Remark: strong similarity to D-amino acid oxidase DAO1 patent EP0969088-A/2 from Trigonopsis variabilis.; Remark: the patent is the dao gene with an addition in 5 of a nucleotide coding for a polyhistidine of 6 (hisDAO; Remark: the three C-terminal amino acids of the DAO1 gene of Trigonopsis variabilis encoding a D-amino acid oxidase suggest that the enzyme may be located in peroxisomes.; Similarity: belongs to the DAMOX/DASOX family.; Title: strong similarity to D-amino acid oxidase DAO1 from patent EP0969088-A - Trigonopsis variabilis; See PMID 9434346; uncharacterized protein	complement(join(829996..830278,830351..830748,830807..831190))	Aspergillus niger	4987187
An14g03320	CDS	An14g03320	NT_166529.1	831276	833162	D	Title: weak similarity to hypothetical protein 68B2.60 - Neurospora crassa; uncharacterized protein	join(831276..831355,831467..831580,831675..831867,831918..831998,832131..832346,832436..832593,832653..832880,833120..833162)	Aspergillus niger	84592959
An14g03330	CDS	An14g03330	NT_166529.1	833967	835346	R	Title: similarity to hypothetical protein SCF12.05 -Streptomyces coelicolor; uncharacterized protein	complement(join(833967..835057,835130..835346))	Aspergillus niger	4987189
An14g03340	CDS	An14g03340	NT_166529.1	835864	838065	R	Remark: expression analysis of tfdB (1,2-dichlorophenol hydroxylase (DCPH))and tfdC in Escherichia coli suggested that these genes form one operon, tfdCB.; Title: strong similarity to 1,2-dichlorophenol hydroxylase tfdB - Pseudomonas putida; See PMID 8890750; uncharacterized protein	complement(join(835864..836752,836809..836966,837049..837203,837255..837399,837456..837566,837624..837865,837957..838065))	Aspergillus niger	4987190
An14g03350	CDS	An14g03350	NT_166529.1	838519	839334	D	Remark: weak similarity to fragment of human secreted protein encoded by gene 92 patent WO9947540-A1.; Title: weak similarity to fragment of secreted protein encoded by gene 92 from patent WO9947540-A1 - Homo sapiens; uncharacterized protein	join(838519..838576,838821..839096,839276..839334)	Aspergillus niger	84592960
An14g03360	CDS	An14g03360	NT_166529.1	839669	841804	D	Remark: gene disruption experiments showed that SCT1 is not an essential gene under the standard culture conditions. SCT1 did not suppress a null mutant of ctr1,indicating that a mutant form of choline transporter is necessary for the suppression caused by SCT1.; Title: strong similarity to choline-transport mutant SCT1 supressor protein - Saccharomyces cerevisiae; See PMID 7603986; See PMID 7608137; uncharacterized protein	839669..841804	Aspergillus niger	4987192
An14g03370	CDS	An14g03370	NT_166529.1	843093	844661	R	Catalytic activity: allantoin + H2O = allantoate.; Function: utilization of purines as secondary nitrogen sources, when primary sources are limiting.; Pathway: first step in the degradation of allantoin (purine catabolism).; Remark: DAL1 is expressed in an inducer-independent manner in strain M970 (sigma 1278b genetic background) and modestly responds to mutation of the dal80 locus. Expression was also sensitive to nitrogen catabolite repression (NCR).; Similarity: belongs to the DHOASE family.; Title: strong similarity to allantoinase Dal1 -Saccharomyces cerevisiae; See PMID 1803816; uncharacterized protein	complement(join(843093..843418,843443..843518,843570..844106,844164..844661))	Aspergillus niger	4987193
An14g03380	CDS	An14g03380	NT_166529.1	845301	846147	D	hypothetical protein	join(845301..845383,845477..845528,845616..845752,845869..845949,846042..846147)	Aspergillus niger	84592961
An14g03390	CDS	An14g03390	NT_166529.1	848134	850861	D	Remark: FluG from E. nidulans has no apparent role in glutamine biosynthesis, but has an enzymatic role in sporulation factor production.; Remark: interaction between fluG and veA influences the production of the extracellular signal and regulates the initiation of conidiation.; Remark: mutations in the Aspergillus nidulans fluG gene disrupt the programmed induction of asexual sporulation and result in formation of fluffy colonies that are characterized by undifferentiated cotton-like masses of vegetative cells.; Similarity: to glutamate-ammonia ligases.; Title: strong similarity to fluG - Aspergillus nidulans; See PMID 7926755; See PMID 8617205; See PMID 9691036; See PMID 11454752; uncharacterized protein	join(848134..849264,849321..850569,850632..850861)	Aspergillus niger	4987195
An14g03400	CDS	argB	NT_166529.1	851178	852293	D	Catalytic activity: carbamoyl phosphate + L-ornithine = orthophosphate + L-citrulline.; Gene-ID: argB; Mapping: argB from A. niger is mapped to chromosome I; see list from DSM.; Pathway: urea cycle and metabolism of amino groups; arginine and proline metabolism.; Remark: putative sequencing error at positions 56475, 56488 and 56513 generating Frame shifts.; Remark: the N terminus, which shows little or no homology to other OCTases, is highly basic and is probably involved in mitochondrial targeting.; Remark: the differences in the sequence are caused by strain variations or sequencing errors.; Similarity: belongs to the OCTase family.; localisation:mitochondrion; See PMID 3443301; ornithine carbamoyltransferase argB-Aspergillus niger [putative sequencing error]	851178..852293	Aspergillus niger	4987196
An14g03410	CDS	An14g03410	NT_166529.1	852776	853902	R	Remark: also strong similarity with EST an_3520 Aspergillus niger.; Remark: strong similarity to the 3'-untranslated region of the A. niger argB gene encoding ornithine carbamoyl transferase.; Remark: the corresponding gene in potato is of low copy number, is expressed in a variety of tissues, and encodes a protein which includes several domains with similarity to database sequences, including ferredoxin from Clostridium pasteurianum. Expression of the cDNA in E. coli yields a fusion protein with sucrolytic activity.; Title: similarity to sucrose cleavage protein -Solanum tuberosum; See PMID 7957893; uncharacterized protein	complement(join(852776..853465,853522..853902))	Aspergillus niger	4987197
An14g03420	CDS	An14g03420	NT_166529.1	854748	855946	R	Remark: proteins containing C-terminal 'CAAX' sequence motifs undergo three sequential post-translational processing steps: modification of the cysteine with either a 15-carbon farnesyl or 20-carbon geranylgeranyl isoprenyl lipid, proteolysis of the C-terminal -AAX tripeptide, and methylation of the carboxyl group of the now C-terminal prenylcysteine.; Remark: the human RCE1 gene product is bona fide a prenyl protein protease and play a major role in the processing of CAAX-type prenylated proteins.; Title: strong similarity to CAAX prenyl protein protease RCE1 - Homo sapiens; See PMID 10085068; uncharacterized protein	complement(join(854748..855269,855325..855705,855799..855839,855892..855946))	Aspergillus niger	4987198
An14g03430	CDS	An14g03430	NT_166529.1	857124	859137	D	Remark: aflatoxins are polyketide-derived secondary metabolites.; Remark: northern blot analysis and reverse transcriptase-polymerase chain reaction (RT-PCR) studies demonstrated that the gene moxY, is expressed concurrently with genes involved in aflatoxin biosynthesis. Therefore,the two putative aflatoxin pathway genes cypX and moxY followed by a 5-kb non-coding region of DNA define one end of the boundary of the aflatoxin pathway gene cluster in A. parasiticus.; Similarity: the ORF is longer than moxY of A. parasiticus (620 compared to 481 amino acids).; Title: strong similarity to monooxygenase moxY -Aspergillus parasiticus; See PMID 10855719; uncharacterized protein	join(857124..857417,857469..857479,857527..857779,857833..859137)	Aspergillus niger	4987199
An14g03440	CDS	An14g03440	NT_166529.1	859255	861014	R	Remark: cercosporin, a photosensitizing perylenequinone toxin produced by the plant pathogenic Cercospora fungi, generates the highly toxic singlet oxygen (1O2) upon exposure to light. Cercosporin shows broad toxicity against a wide range of organisms, including bacteria, fungi, plants, and animals; however, Cercospora fungi are resistant to its effects.; Remark: targeted disruption of crg1 resulted in mutants that, like CS10, are sensitive to cercosporin. However, unlike CS10, crg1 disruption mutants are not down-regulated in toxin production. Both CS10 and the crg1 disruption mutants are unaffected in their response to other 1O2-generating photosensitizers, suggesting that CRG1 functions specifically against cercosporin, rather than against 1O2.; Title: similarity to cercosporin resistance protein crg1 - Cercospora nicotianae; See PMID 10517336; uncharacterized protein	complement(join(859255..859886,859939..860216,860284..861014))	Aspergillus niger	4987200
An14g03450	CDS	An14g03450	NT_166529.1	861553	862605	R	Remark: similarity to human secreted protein, SEQ ID NO: 8103 patent EP1033401-A2.; Similarity: to dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases).; Title: similarity to secreted protein SEQ ID NO:8103 from patent EP1033401-A2 - Homo sapiens; uncharacterized protein	complement(join(861553..862190,862251..862605))	Aspergillus niger	4987201
An14g03460	CDS	An14g03460	NT_166529.1	863259	865273	R	Remark: similarity to Leishmania antigen M15 protein patent WO9835045-A2.; Title: similarity to antigen M15 from patent WO9835045-A2 - Leishmania sp.; uncharacterized protein	complement(join(863259..863321,863372..863465,863506..864095,864161..864686,864743..864867,864927..865037,865097..865273))	Aspergillus niger	4987202
An14g03470	CDS	An14g03470	NT_166529.1	865721	867578	D	Function: antibodies raised against different domains of C-Nap1 from H. sapiens prove that this protein dissociates from spindle poles during mitosis, but reaccumulates at centrosomes at the end of cell division.; Function: the centrosomal protein C-Nap1 from H. sapiens is required for cell cycle-regulated centrosome cohesion.; Localization: antibodies raised against recombinant C-Nap1 from H. sapiens produced strong labeling of centrosomes by immunofluorescence, and immunoelectron microscope revealed that C-Nap1 is associated specifically with the proximal ends of both mother and daughter centrioles.; Phenotype: antibody-mediated interference with C-Nap1 from H. sapiens function causes centrosome splitting, regardless of the cell cycle phase.; Remark: human C-Nap1 was first identified as a human Nek2-interacting protein in a yeast two-hybrid screen.; Title: similarity to centrosomal Nek2-associated protein C-NAP1 - Homo sapiens; nucleus; See PMID 9647649; See PMID 11076968; uncharacterized protein	join(865721..865900,865955..866035,866097..867578)	Aspergillus niger	4987203
An14g03480	CDS	An14g03480	NT_166529.1	867732	868492	R	hypothetical protein	complement(join(867732..867837,867916..868248,868341..868492))	Aspergillus niger	84592962
An14g03490	CDS	An14g03490	NT_166529.1	868676	870063	D	Title: weak similarity to Son of sevenless protein Sos from patent WO200005258-A1 - Drosophila melanogaster; uncharacterized protein	join(868676..869373,869435..869567,869617..870063)	Aspergillus niger	84592963
An14g03500	CDS	An14g03500	NT_166529.1	870823	873068	R	Catalytic activity: D-Xylulose 5-phosphate + Formaldehyde = Glyceraldehyde 3-phosphate + Glycerone.; Cofactor: Thiamine diphosphate.; Phenotype: a das1 deletion strain of C. boidinii has completely lost the ability to grow on methanol,; Title: strong similarity to dihydroxyacetone synthase DAS1 - Candida boidinii; peroxisome; See PMID 9811645; uncharacterized protein	complement(join(870823..871695,871757..872864,872923..873068))	Aspergillus niger	4987206
An14g03510	CDS	An14g03510	NT_166529.1	873593	874979	D	Catalytic activity: L-iditol + NAD(+) = L-sorbose + NADH.; Pathway: the rat Sorbitol dehydrogenase SDH is involved in the fructose and mannose metabolism.; Remark: two isoforms of SDH from R. norvegicus are produced by use of alternative initiation codons in the same reading frame.; Title: strong similarity to sorbitol dehydrogenase SDH - Rattus norvegicus; See PMID 8223590; See PMID 8761460; uncharacterized protein	join(873593..873798,873854..873981,874035..874194,874253..874721,874776..874979)	Aspergillus niger	4987207
An14g03520	CDS	An14g03520	NT_166529.1	877110	878820	D	Function: Dfg5 from S. cerevisiae is required for filamentous growth, cell polarity, and cellular elongation.; Phenotype: a dfg5 mutant of S. cerevisiae blocks filamentous growth.; Remark: the synonym for Dfg5 from S. cerevisiae is YMR238w.; Title: strong similarity to filamentous growth protein Dfg5 - Saccharomyces cerevisiae; See PMID 9055077; uncharacterized protein	join(877110..877209,877414..877658,877729..878178,878242..878820)	Aspergillus niger	4987208
An14g03530	CDS	An14g03530	NT_166529.1	880246	881673	R	Function: Pth11 of M. grisea is involved in host surface recognition but is not required for appressorium morphogenesis.; Function: Pth11 of M. grisea is involved in the response to both host cutin monomers and contact surface hydrophobicity.; Localization: a M. grisea Pth11-green fluorescent protein fusion was localized to the cell membrane and vacuoles.; Phenotype: pth11 mutants of the M. grisea strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation.; Title: similarity to integral membrane protein PTH11 from patent WO9913094-A2 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(880246..880655,880729..880793,880858..881231,881383..881673))	Aspergillus niger	4987209
An14g03540	CDS	An14g03540	NT_166529.1	882491	884615	D	Title: similarity to hypothetical protein encoded by An08g01290 - Aspergillus niger; uncharacterized protein	join(882491..882768,882863..884615)	Aspergillus niger	4987210
An14g03550	CDS	An14g03550	NT_166529.1	884769	886510	R	Phenotype: the dal5 deletion mutant of S. cerevisiae is viable but unable to transport allontoate or ureidosuccinate.; Remark: synonyms for Dal5 from S. cerevisiae are Urep1 and YJR152w.; Repression: DAL5 is constitutively expressed in S. cerevisiae but DAL5 mRNA levels dropped precipitously when a repressive nitrogen source was provided.; Similarity: S. cerevisiae DAL5 specifies the Dal5p subfamily of the major facilitator family, which also includes YGR260w and YLR004c.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; cytoplasm; See PMID 3294799; See PMID 3301804; See PMID 3549700; uncharacterized protein	complement(join(884769..884912,885004..885474,885540..886062,886112..886236,886286..886510))	Aspergillus niger	4987211
An14g03560	CDS	An14g03560	NT_166529.1	887097	888359	D	Catalytic activity: hydrolysis of Xaa-|-Pro dipeptides; also acts on aminoacyl-hydroxyproline analogs; no action on Pro-|-Pro.; Cofactor: Manganese.; Remark: Microbacterium esteraromaticum = Aureobacterium esteraromaticum.; Remark: the best substrate for the prolidase from A. esteraromaticum is Pro-Hyp.; Title: strong similarity to prolidase -Aureobacterium esteraromaticum; See PMID 9989239; uncharacterized protein	887097..888359	Aspergillus niger	4987212
An14g03570	CDS	An14g03570	NT_166529.1	890124	894528	D	Function: AtrB from A. nidulans is a multidrug ABC transporter and has affinity to substrates belonging to all major classes of agricultural fungicides and some natural toxic compounds.; Function: AtrB of A. nidulans acts by preventing intracellular accumulation of the toxicant.; Function: cDNA of atrB from A. nidulans can complement the drug hypersensitivity associated with PDR5 deficiency in S. cerevisiae.; Induction: The transcription of atrB in mycelium of A. nidulans is strongly enhanced by treatment with several drugs, including antibiotics, azole fungicides and plant defense toxins.; Phenotype: atrB deletion mutants of A. nidulans displayed increased sensitivity to anilinopyrimidine,benzimidazole, phenylpyrrole, phenylpyridylamine,strobirulin and some azole fungicides.; Remark: Emericella nidulans = Aspergillus nidulans.; Title: strong similarity to ATP-binding cassette multidrug transport protein atrB - Aspergillus nidulans; plasma membrane; See PMID 9180695; See PMID 10931903; uncharacterized protein	join(890124..891216,891276..891958,892006..894528)	Aspergillus niger	4987213
An14g03580	CDS	An14g03580	NT_166529.1	894954	896270	R	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Title: strong similarity to protein fragment SEQ ID NO:23028 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(894954..896270)	Aspergillus niger	4987214
An14g03590	CDS	An14g03590	NT_166529.1	897084	897872	R	Function: Nopp 140 functions as a transcriptional activator .; Localization: Nopp140 from R. norvegicus shuttles on tracks between nucleolus and cytoplasm.; Remark: Nopp140 is one of the most phosphorylated proteins in the cell, and nuclear localization signal (NLS) binding of Napp140 was dependent on phosphorylation.; Similarity: the similarities are mainly based on repetetive structures.; Title: similarity to nucleolus-cytoplasm shuttle phosphoprotein Nopp140 - Rattus norvegicus; nucleus; See PMID 8972203; See PMID 1623516; uncharacterized protein	complement(897084..897872)	Aspergillus niger	4987215
An14g03600	CDS	An14g03600	NT_166529.1	898247	899822	R	Title: similarity to hypothetical protein SPAC56F8.12 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(898247..899210,899269..899822))	Aspergillus niger	4987216
An14g03610	CDS	An14g03610	NT_166529.1	900927	902779	D	Phenotype: Disruption of TRI11 of F. sporotrichioides results in an altered trichothecene production phenotype characterized by the accumulation of isotrichodermin, a trichothecene pathway intermediate.; Remark: The TRI11 gene of F. sporotrichioides encodes a cytochrome P-450 monooxygenase required for C-15 hydroxylation in trichothecene biosynthesis.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides [putative sequencing error]; putative sequencing error; See PMID 9435078; uncharacterized protein	join(900927..901040,901134..901278,901340..901725,901791..902398,902464..902540,902601..902779)	Aspergillus niger	4987217
An14g03620	CDS	An14g03620	NT_166529.1	903264	905396	D	Phenotype: deletion of YJL010C in S. cerevisiae is lethal.; Remark: there are no further informations about the patent available.; Title: strong similarity to essential protein YJL010c from patent WO200039342-A2 - Saccharomyces cerevisiae; uncharacterized protein	join(903264..903404,903459..905396)	Aspergillus niger	4987218
An14g03630	CDS	An14g03630	NT_166529.1	905979	908012	R	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Similarity: the ORF encoded protein shows also strong similarities to RNA helicases.; Title: strong similarity to protein fragment SEQ ID NO:48636 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(905979..907566,907648..908012))	Aspergillus niger	4987219
An14g03640	CDS	An14g03640	NT_166529.1	909384	910796	R	Catalytic activity: Salicylate + NADH + O2 = Catechol + NAD+ + H2O + CO2.; Cofactor: FAD.; Function: salA from Acinetobacter was cloned into pUC18 together with salR and salE, and its gene product showed salicylate-inducible hydroxylase activity against a range of substituted salicylates.; Title: strong similarity to salicylate hydroxylase salA - Acinetobacter sp.; See PMID 10715011; uncharacterized protein	complement(join(909384..909743,909807..910796))	Aspergillus niger	4987220
An14g03650	CDS	An14g03650	NT_166529.1	911682	912532	D	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to syndecan-1 gene Xsyn-1 -Xenopus laevis; uncharacterized protein	join(911682..912264,912304..912418,912526..912532)	Aspergillus niger	84592964
An14g03660	CDS	An14g03660	NT_166529.1	912836	915837	R	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Similarity: the ORF encoded protein shows also strong similarities to putative membrane proteins.; Title: strong similarity to protein fragment SEQ ID NO:22357 from patent EP1033405-A2 - Arabidopsis thaliana; plasma membrane; uncharacterized protein	complement(join(912836..913662,913719..914117,914179..914505,914561..915175,915235..915703,915787..915837))	Aspergillus niger	4987222
An14g03670	CDS	An14g03670	NT_166529.1	915853	916718	D	Title: weak similarity to retinitis pigmentosa GTPase regulator RPGR - Bos taurus; uncharacterized protein	join(915853..916041,916103..916165,916237..916340,916424..916718)	Aspergillus niger	84592965
An14g03680	CDS	An14g03680	NT_166529.1	916940	917459	R	hypothetical protein	complement(join(916940..917332,917454..917459))	Aspergillus niger	84592966
An14g03685	CDS	An14g03685	NT_166529.1	918259	918531	D	hypothetical protein	918259..918531	Aspergillus niger	84592967
An14g03690	CDS	An14g03690	NT_166529.1	918825	919193	D	hypothetical protein	join(918825..918959,919002..919193)	Aspergillus niger	84592968
An14g03700	CDS	An14g03700	NT_166529.1	921305	922870	R	Title: weak similarity to protein fragment SEQ ID NO:52297 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(921305..922270,922365..922735,922777..922870))	Aspergillus niger	4987227
An14g03710	CDS	An14g03710	NT_166529.1	924011	927080	D	Phenotype: mis5 deletion in S. pombe results in DNA replication defect and hypersensitivity to UV ray and hydroxyurea.; Phenotype: mis5 mutation in S. pombe leads to high loss rates of minichromosomes.; Remark: mis5 is essential for viability.; Similarity: mis5 from S. pombe encodes a novel member of the ubiquitous MCM family required for the onset of replication.; Title: strong similarity to replication licensing factor mis5p - Schizosaccharomyces pombe; See PMID 7865880; uncharacterized protein	join(924011..925659,925723..925862,925923..926893,926958..927080)	Aspergillus niger	4987228
An14g03720	CDS	An14g03720	NT_166529.1	927991	932413	D	Function: RAD5 of S. cerevisiae has single-stranded DNA-dependent ATPase activity, and is involved in error-free DNA repair.; Remark: RAD5 of S. cerevisiae is also called REV2,SNM2 or YLR032W.; Similarity: the predicted ORF shows equally strong similarity to the S. cerevisiae RAD5 protein, a putative helicase of S. pombe, the DNA repair protein RAD16 of S. cerevisiae and other related proteins from diverse eucaryotic species.; Title: strong similarity to DNA repair protein Rad5 - Saccharomyces cerevisiae; See PMID 8290359; See PMID 1324406; See PMID 9016623; See PMID 9637242; See PMID 10430580; uncharacterized protein	join(927991..928210,928267..928768,928821..929532,929662..929746,929794..929881,929931..930059,930117..930274,930342..930441,930510..930597,930750..930882,930915..930983,931023..931813,931870..932049,932099..932413)	Aspergillus niger	4987229
An14g03730	CDS	An14g03730	NT_166529.1	932887	937878	R	Induction: transcription of M14 from M. musculus is dramatically induced (about 70-fold) by isoproterenol treatment.; Similarity: the ORF also shows strong similarity to the EST SEQ ID NO:4359 of patent WO200056762-A2 from Aspergillus niger.; Similarity: the similarities are based on repetetive structures.; Title: similarity to hypothetical proline-rich protein M14 - Mus musculus; See PMID 2839509; uncharacterized protein	complement(join(932887..933702,933807..934391,934673..934874,935006..935157,935188..935230,935357..937481,937604..937748,937813..937878))	Aspergillus niger	4987230
An14g03740	CDS	An14g03740	NT_166529.1	939007	942549	R	Title: strong similarity to hypothetical protein SPCC14G10.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(939007..939324,939379..939705,939775..942350,942405..942549))	Aspergillus niger	4987231
An14g03760	CDS	An14g03760	NT_166529.1	943919	944561	D	Title: weak similarity to endoglucanase from patent WO9110732-A - Bacillus sp.; uncharacterized protein	join(943919..944356,944511..944561)	Aspergillus niger	4987233
An14g03770	CDS	An14g03770	NT_166529.1	944802	948497	R	Remark: expression of human HRH1 in a S. cerevisiae prp22 (RNA helicase) mutant can partially rescue its temperature-sensitive phenotype.; Title: strong similarity to RNA helicase 1 HRH1 -Homo sapiens; nucleus; See PMID 7935475; uncharacterized protein	complement(944802..948497)	Aspergillus niger	4987234
An14g03780	CDS	An14g03780	NT_166529.1	948952	950929	R	Function: the DExH box protein Suv3p from S. cerevisiaeis a component of a yeast mitochondrial 3'-to-5' exoribonuclease that suppresses group I intron toxicity.; Remark: synonyms for Suv3 from S. cerevisiae are Lpb2 and YPL029w.; Title: strong similarity to mitochondrial RNA helicase Suv3 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8565066; See PMID 1379722; uncharacterized protein	complement(join(948952..949936,949986..950929))	Aspergillus niger	4987235
An14g03790	CDS	An14g03790	NT_166529.1	952047	954493	D	Function: Microinjection of Sec1 from L. pealei into the presynaptic terminal of the giant synapse inhibited evoked neurotransmitter release, but this effect was prevented by coinjecting the cytoplasmic domain of L. pealei syntaxin, one of the binding partners of Sec1.; Remark: Sec1-related proteins are essential for membrane fusion at distinct stages of the constitutive and regulated secretory pathways in eukaryotic cells.; Title: strong similarity to sec1-like protein -Loligo pealei; See PMID 9526009; uncharacterized protein	join(952047..952080,952142..952179,952271..952358,952419..952565,952616..952818,952865..953331,953383..954493)	Aspergillus niger	4987236
An14g03800	CDS	An14g03800	NT_166529.1	954694	955512	R	Title: weak similarity to sexual differentiation protein esc1p - Schizosaccharomyces pombe; uncharacterized protein	complement(954694..955512)	Aspergillus niger	4987237
An14g03810	CDS	An14g03810	NT_166529.1	955762	957155	D	Similarity: the protein shows weaker similarity to a human patented sequence (patent number EP1067182-A2) and a number of hypothetical proteins, some of which annotated as oxidoreductases with various specificity; the predicted protein indeed contains structural features common to short-chain alcohol dehydrogenases.; Title: strong similarity to hypothetical protein SPAC19A8.06 - Schizosaccharomyces pombe; uncharacterized protein	join(955762..955938,956010..956468,956562..957155)	Aspergillus niger	4987238
An14g03820	CDS	An14g03820	NT_166529.1	957440	958781	R	Function: GAL10 of S. cerevisiae converts UDP-glucose to UDP-galactose, being involved in the galactose metabolism pathway.; Similarity: the predicted protein shows a very strong similarity to the N-terminal half of GAL10 of S. cerevisiae; the C-terminal half of the yeast gene is missing from the predicted protein.; Title: strong similarity to UDP-glucose 4-epimerase Gal10 - Saccharomyces cerevisiae; cytoplasm; See PMID 7601342; uncharacterized protein	complement(join(957440..957834,957893..958349,958450..958684,958753..958781))	Aspergillus niger	4987239
An14g03830	CDS	An14g03830	NT_166529.1	959461	960535	D	hypothetical protein	join(959461..959472,959636..959724,959811..959944,960119..960170,960460..960535)	Aspergillus niger	84592969
An14g03850	CDS	An14g03850	NT_166529.1	961041	962864	R	Function: TRI4 gene of Fusarium sporotrichioides encodes a cytochrome P450 monooxygenase involved in trichothecene biosynthesis.; Phenotype: disruption of TRI4 results in the loss of production of both trichothecenes and apotrichodiol and the accumulation of the unoxygenated pathway intermediate trichodiene.; Remark: trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Similarity: the TRI4 gene has been placed in a new cytochrome P450 gene family designated CY P58.; Title: strong similarity to cytochrome P450 monooxygenase TRI4 - Fusarium sporotrichioides; See PMID 7651333; uncharacterized protein	complement(join(961041..961093,961230..961312,961362..961528,961587..961697,961752..962602,962654..962864))	Aspergillus niger	4987242
An14g03860	CDS	An14g03860	NT_166529.1	963014	963765	D	hypothetical protein	join(963014..963063,963157..963271,963339..963439,963485..963632,963724..963765)	Aspergillus niger	84592970
An14g03870	CDS	An14g03870	NT_166529.1	963938	965551	R	Function: AvnA is involved in the conversion of averantin to averufin in aflatoxin biosynthesis in Aspergillus parasiticus.; Remark: Aflatoxins are toxic and carcinogenic secondary metabolites produced by the fungi Aspergillus flavus and A. parasiticus.; Remark: as other polyketides, aflatoxins are synthesized by condensation of acetate units.; Similarity: The avnA gene encodes a cytochrome P-450-type monooxygenase that has been assigned to a new P-450 gene family named CYP60A1.; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; See PMID 7793957; See PMID 9097431; uncharacterized protein	complement(join(963938..964584,964663..965551))	Aspergillus niger	4987244
An14g03880	CDS	An14g03880	NT_166529.1	966060	966972	R	hypothetical protein	complement(join(966060..966154,966236..966281,966320..966385,966494..966629,966677..966972))	Aspergillus niger	84592971
An14g03890	CDS	An14g03890	NT_166529.1	967405	970063	R	Complex: PAT1 of S. cerevisiae interacts with the Lsm decapping complex.; Function: PAT1 of S. cerevisiae is involved in mRNA decapping and degradation, as well as for faithful chromosome transmission during mitosis and meiosis.; Similarity: the alignment of the predicted protein to PAT1 of S. cerevisiae has several gaps; a better alignment is obtained to the putative S. pombe homologue of S. cerevisiae PAT1.; Title: similarity to topoisomerase II-associated protein Pat1 - Saccharomyces cerevisiae; cytoplasm; See PMID 8816497; See PMID 8972867; See PMID 9077451; See PMID 10394921; See PMID 10913177; uncharacterized protein	complement(join(967405..967498,967584..969285,969340..969824,969915..970063))	Aspergillus niger	4987246
An14g03900	CDS	An14g03900	NT_166529.1	970500	971172	R	hypothetical protein	complement(join(970500..970622,970711..970786,970893..971105,971159..971172))	Aspergillus niger	84592972
An14g03910	CDS	An14g03910	NT_166529.1	971296	972628	D	Function: kre2 of C. albicans is involved in the synthesis of mannoproteins, the third major class of macromolecule found in the cell wall.; Function: kre2 of C. albicans transfers an alpha-D-mannosyl residue from GDP-mannose into lipid-linked oligosaccharide, forming an alpha-1,2-D-mannosyl-D-mannose linkage.; Golgi; Phenotype: both heterozygous and homozygous kre2 null mutants of C. albicans showed strong attenuation of virulence in guinea pig and mouse models of systemic candidosis, which, in guinea pigs, could be attributed to a decreased ability to reach and/or adhere internal organs.; Phenotype: the absence of kre2 in C. albicans reduced the ability of C. albicans cells to adhere to each other, to human buccal epithelial cells, and to rat vaginal epithelial cells.; Remark: kre2 of C. albicans is also called mnt1.; Title: strong similarity to alpha-1,2-mannosyltransferase kre2 - Candida albicans; uncharacterized protein	join(971296..971337,971391..972173,972225..972513,972564..972628)	Aspergillus niger	4987248
An14g03920	CDS	An14g03920	NT_166529.1	973214	974023	R	Similarity: the predicted ORF is 60 amino acids longer at its N-terminus than other S12 proteins.; Title: strong similarity to ribosomal protein of the small subunit Rps12 - Saccharomyces cerevisiae; See PMID 11279123; mitochondrial 37S ribosomal protein uS12m	complement(join(973214..973279,973344..973444,973570..974023))	Aspergillus niger	4987249
An14g03930	CDS	An14g03930	NT_166529.1	974428	975112	D	Function: the S. cerevisiae Ump1p is a chaperone and component of proteasome precursor complexes containing unprocessed beta subunits but is not detected in the mature 20S proteasome.; Induction: the propeptide of the Pre2p/Doa3p beta subunit is required for ump1p's function in proteasome maturation.; Induction: transcript levels of mammalian ump1 are increased after IFN-gamma treatment.; Phenotype: S. cerevisiae cells lacking ump1 exhibit a lack of coordination between the processing of beta subunits and proteasome assembly, resulting in functionally impaired proteasomes.; Remark: UMP1 of S. cerevisiae is also called YBR173C or YBR12.; Title: strong similarity to proteasome 20S maturation factor Ump1 - Saccharomyces cerevisiae; See PMID 9491890; See PMID 10757750; See PMID 10973495; uncharacterized protein	join(974428..974430,974517..974952,975045..975112)	Aspergillus niger	4987250
An14g03940	CDS	An14g03940	NT_166529.1	975485	976025	D	hypothetical protein	join(975485..975592,975673..975800,975875..976025)	Aspergillus niger	84592973
An14g03950	CDS	An14g03950	NT_166529.1	976156	977037	R	Title: strong similarity to hypothetical protein EAA60774.1 - Aspergillus nidulans; uncharacterized protein	complement(join(976156..976310,976367..976450,976515..977037))	Aspergillus niger	4987252
An14g03960	CDS	An14g03960	NT_166529.1	977145	978077	D	hypothetical protein	join(977145..977208,977252..977312,977394..977441,977495..977570,977705..977830,977970..978077)	Aspergillus niger	84592974
An14g03970	CDS	An14g03970	NT_166529.1	980214	980934	D	hypothetical protein	join(980214..980352,980446..980541,980672..980763,980830..980934)	Aspergillus niger	84592975
An14g03980	CDS	An14g03980	NT_166529.1	982415	983877	D	Title: strong similarity to hypothetical 57.9 kd protein - Schizosaccharomyces pombe; uncharacterized protein	join(982415..982652,982719..983635,983710..983877)	Aspergillus niger	84592976
An14g03990	CDS	An14g03990	NT_166529.1	984804	986579	D	Remark: the systematic name of hxt5 from S. cerevisiae is YHR096C.; Similarity: the ORF shows similarity to several sugar transporter from different species.; Title: strong similarity to hexose transporter Hxt5 - Saccharomyces cerevisiae; plasma membrane; See PMID 7651133; uncharacterized protein	join(984804..984900,984964..985071,985132..985672,985727..986579)	Aspergillus niger	4987256
An14g04000	CDS	An14g04000	NT_166529.1	987778	990269	D	Function: the regulatory gene amdR of A. oryzae positively regulates the expression of genes involved in the catabolism of certain amides, omega amino acids and lactams.; Induction: amdR of A. oryzae can be induced by omega amino acids.; Phenotype: inactivation of the A. oryzae gene results in the inability to grow on gamma-amino-butyric acid (GABA) as a carbon and/or nitrogen source indicating that GABA utilization is amdR-dependent in A. oryzae.; Similarity: the similarity of the predicted ORF to amdR from A. oryzae is locally high the N-terminal part of the ORF, ending around amino acid 457.; Title: similarity to transcription regulator amdR -Aspergillus oryzae; nucleus; See PMID 2188110; See PMID 1452021; uncharacterized protein	join(987778..988389,988440..990134,990198..990269)	Aspergillus niger	4987257
An14g04010	CDS	An14g04010	NT_166529.1	990504	992008	R	Catalytic activity: Erg8 of S. cerevisiae converts ATP + (R)-5-phosphomevalonate = ADP + (R)-5-diphosphomevalonate.; Pathway: second step in isopentenyl diphosphate formation.; Phenotype: disruption of the chromosomal erg8 coding region in S. cerevisiae by integration of URA3 or HIS3 marker fragments was lethal in haploid cells, indicating that this gene is essential.; Remark: Erg8 of S. cerevisiae is also called YMR220W or YM9959. 02.; Similarity: the ORF overlaps with A. niger EST EMBLEST:BE760517.; Title: strong similarity to phosphomevalonate kinase Erg8 - Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	complement(join(990504..991608,991660..991783,991846..992008))	Aspergillus niger	4987258
An14g04020	CDS	An14g04020	NT_166529.1	992190	992588	R	hypothetical protein	complement(992190..992588)	Aspergillus niger	84592977
An14g04030	CDS	An14g04030	NT_166529.1	992948	993668	D	hypothetical protein	join(992948..993033,993123..993143,993204..993398,993488..993668)	Aspergillus niger	84592978
An14g04040	CDS	An14g04040	NT_166529.1	994514	998341	D	Remark: a splice site was detected upstream of the START codon.; Similarity: the similarity of the predicted ORF to the hypothetical protein from S. pombe is locally high at its C-terminal end starting around amino acid 850.; Title: strong similarity to hypothetical protein SPAC1093.01 with conserved domain PF01535 duf17p -Schizosaccharomyces pombe; uncharacterized protein	994514..998341	Aspergillus niger	4987261
An14g04050	CDS	An14g04050	NT_166529.1	999010	1000624	D	Catalytic activity: pdx3 of S. cerevisiae converts pyridoxamine 5'-phosphate + H2O + O2 = pyridoxal 5'-phosphate + NH3 + H2O2.; Induction: due to the presence of gcn4p binding sequences in the pdx3 promoter region it is assumed that transcription of this gene is under the general control of nitrogen.; Pathway: de novo synthesis of pyridoxine (vitamine B6) and pyridoxal phosphate.; Remark: alternate names for pdx3 of S. crevisiae are YBR032 or YBR035c.; Similarity: the ORF overlaps with A. niger EST PATENTDNA:AAF11550 EST SEQ ID NO:4073.; Similarity: the similarity of the ORF to pdx3 of S. cerevisiae is restricted to the inner part of the ORF,spanning the region between amino acid 105 and 285.; Title: strong similarity to pyridoxamine-phosphate oxidase Pdx3 - Saccharomyces cerevisiae; uncharacterized protein	join(999010..999073,999127..999549,999649..999824,999906..1000099,1000414..1000624)	Aspergillus niger	4987262
An14g04060	CDS	An14g04060	NT_166529.1	1001190	1004088	R	Function: clcn3 of M. musculus is an voltage-gated channel, which is active in chloride transport.; Remark: an alternative name for clcn3 is clc3.; Title: strong similarity to chloride channel 3 clcn3 - Mus musculus [putative frameshift]; putative frameshift; See PMID 7665160; uncharacterized protein	complement(join(<1001190..1002122,1002172..1002899,1002950..1003027,1003076..1003435,1003487..1003554,1003617..1004088))	Aspergillus niger	4987263
An14g04070	CDS	An14g04070	NT_166529.1	1004120	1005404	D	Function: cbf-C of R. norvegicus is forming together with cbf-A and cbf-B the cbf-DNA complex, which binds to CCAAT motifs present in many eukaryotic promoters.; Similarity: a significant similarity of the predicted ORF to CCAAT binding transcription factor C subunits of several species starts with amino acid 100 of the ORF.; Title: similarity to CCAAT binding transcription factor subunit C cbf-C - Rattus norvegicus; nucleus; See PMID 7878029; uncharacterized protein	join(1004120..1004158,1004392..1004518,1004599..1004730,1004811..1004866,1004945..1005035,1005094..1005404)	Aspergillus niger	4987264
An14g04080	CDS	An14g04080	NT_166529.1	1006018	1007040	D	Function: rip1 from S. pombe is part of the respiratory chain complex in the inner mitochondrial membrane (complex III or cytochrome b-c1).; Remark: rip1 from S. pombe is also called Rieske iron-sulfur protein or rsp.; Remark: the systematic name of rip1 from S. pombe is SPBC16H5. 0.; Similarity: the ORF overlaps with A. niger ESTs EMBLEST:AN754, PATENTDNA:AAF11289 EST SEQ ID NO:3812 and PATENTDNA:AAF14587 EST SEQ ID NO:7110.; Title: strong similarity to iron-sulfur subunit of ubiquinol--cytochrome c reductase rip1p -Schizosaccharomyces pombe; localisation:mitochondrion; uncharacterized protein	join(1006018..1006312,1006471..1006559,1006645..1006795,1006859..1007040)	Aspergillus niger	4987265
An14g04090	CDS	An14g04090	NT_166529.1	1007739	1009309	R	Similarity: the ORF shows similarity to the homologues protein of she9 from C. albicans, SPAC823. 13c from S. pombe and YDR393w from S. cerevisiae.; Similarity: the similarity of the ORF to these hypothetical proteins is restricted to its innner part,spanning the region from amino acid 150 to 350.; Title: strong similarity to hypothetical protein she9 - Candida albicans; uncharacterized protein	complement(join(1007739..1008655,1008727..1009309))	Aspergillus niger	4987266
An14g04100	CDS	An14g04100	NT_166529.1	1009891	1010421	R	Similarity: some of the hypothetical protein are putative membrane proteins and/or stress responsive.; Similarity: the similarity to several hypothetical proteins is restricted to the first third of the ORF,ending around amino acid 60.; Title: similarity to hypothetical protein ZK632.10 -Caenorhabditis elegans; uncharacterized protein	complement(join(1009891..1010300,1010364..1010421))	Aspergillus niger	4987267
An14g04110	CDS	An14g04110	NT_166529.1	1011493	1011987	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(1011493..1011617,1011716..1011801,1011902..1011987))	Aspergillus niger	84592979
An14g04120	CDS	An14g04120	NT_166529.1	1012239	1013073	R	hypothetical protein	complement(join(1012239..1012413,1012491..1012566,1012654..1012779,1012857..1012985,1013043..1013073))	Aspergillus niger	84592980
An14g04130	CDS	An14g04130	NT_166529.1	1013145	1013683	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(1013145..1013189,1013330..1013683)	Aspergillus niger	84592981
An14g04140	CDS	An14g04140	NT_166529.1	1014111	1015837	D	Function: c-cam105 is conferring the ability to pump out [3H]taurocholate when expressed in cos cells.; Function: c-cam105 of R. norvegicus is a calcium-independent cell adhesion molecule, which may play a role in the formation and maintainance of the structure of the apical surface of rat hepatocytes.; Induction: phosphorylation of the cytoplasmic tail of c-cam105 is essential for bile acid efflux activity but not for ATPase activity.; Remark: c-cam105 of R. norvegicus is also called C-CAM, ATP-dependent taurocolate-carrier protein or gp110.; Similarity: the ORF shows similarity to several serine-rich proteins.; Similarity: the predicted ORF is 184 amino acids shorter at its N-terminus than c-cam105 of R. norvegicus.; Title: similarity to ecto-ATPase c-cam105 - Rattus norvegicus; plasma membrane; See PMID 8380406; See PMID 8420979; uncharacterized protein	join(1014111..1014205,1014257..1014340,1014399..1014561,1014620..1015837)	Aspergillus niger	4987271
An14g04150	CDS	An14g04150	NT_166529.1	1016240	1016645	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(1016240..1016332,1016499..1016645)	Aspergillus niger	84592982
An14g04160	CDS	An14g04160	NT_166529.1	1017552	1018319	D	Function: cofilin cof1 of S. cerevisiae is an essential component of the yeast cortical cytoskeleton, a low-molecular weight actin-binding and depolymerizing protein with several activities in vitro.; Induction: cofilin activity is regulated by phosphorylation.; Remark: a splice site was detected upstream of the START codon.; Remark: the systematic name for cof1 of S. cerevisiae is YLL050C.; Similarity: the ORF overlaps with A. niger ESTs EMBLEST:BE759006 and EMBLEST:BE759053.; Title: strong similarity to cofilin Cof1 -Saccharomyces cerevisiae; cytoskeleton; See PMID 4055781; See PMID 9078368; See PMID 10231390; uncharacterized protein	join(1017552..1017557,1017621..1017631,1017740..1018000,1018068..1018116,1018179..1018319)	Aspergillus niger	4987273
An14g04170	CDS	cox5	NT_166529.1	1019266	1019675	D	Function: cytochrome c oxidase subunit V cox5 of A. niger is part of the respiratory chain of the mitochondrial oxidative phosphorylation process.; Gene-ID: cox5; Remark: the ORF is C-terminally truncated due to the contig border.; Similarity: the ORF overlaps with EMBL:ANI132229 (A. niger cox5 gene, exons 1-3) and PATENTDNA:AAF11256 (A. niger EST SEQ ID NO:3779).; localisation:mitochondrion; See PMID 10503533; See PMID 11245784; cytochrome c oxidase subunit V cox5-Aspergillus niger [truncated ORF]	join(1019266..1019575,1019671..>1019675)	Aspergillus niger	4987274
An14g04180	CDS	An14g04180	NT_166529.1	1019779	1020390	D	Catalytic activity: H+-transporting ATP synthases produce a proton gradient and convert ADP + phosphate <=> ATP + H(2)O.; Remark: the ORF is N-terminally truncated (330 to 340 amino acids) due to contig border.; Similarity: the ORF overlaps with A. niger EST EMBLEST:BE758985.; Title: strong similarity to H+-transporting ATP synthase beta chain - Neurospora crassa [truncated ORF]; localisation:mitochondrion; uncharacterized protein	join(<1019779..1020244,1020308..1020390)	Aspergillus niger	4987275
An14g04190	CDS	An14g04190	NT_166529.1	1021530	1024065	R	Function: glc3 of S. cerevisiae is involved in glycogen/starch biosynthesis by catalyzing the transglycosylation of a terminal segment of a 1,4-alpha-D-glucan chain to an unbranched chain, thereby converting amylose to amylopectin or creating branches in glycogen.; Induction: glc3 of S. cerevisiae is expressed during the transition between the late exponential and stationary growth phases, coincident with maximal glycogen accumulation.; Phenotype: the null mutant of glc3 in S. cerevisiais is viable, but glycogen deficient.; Remark: glc3 of S. cerevisiae is also called gha1 or YEL011W.; Similarity: the ORF overlaps with A. niger EST EMBLEST:BE760568.; Title: strong similarity to 1,4-alpha-glucan branching enzyme Glc3 - Saccharomyces cerevisiae; cytoplasm; See PMID 8150278; See PMID 1634552; See PMID 1729600; uncharacterized protein	complement(join(1021530..1021556,1021622..1022252,1022305..1022640,1022693..1023384,1023447..1023559,1023615..1023714,1023817..1023941,1024011..1024065))	Aspergillus niger	4987276
An14g04200	CDS	rhgB	NT_166529.1	1024872	1026727	R	Function: rhamnogalacturonase rhgB of A. niger is involved in the oligoglycosyl fragment generation from the backbone of rhamnogalacturonan, a component of cell walls by hydrolysing the 1,4-alpha-D-galactosiduronic linkages.; Gene-ID: rhgB; Induction: the rhgB gene of A. niger was derepressed after 18 h of growth on either apple pectin or sucrose.; Similarity: the ORF is identical to the database entry for the A. niger rhgB protein, but differs at amino acid 226 (G to S), which lies in a splice site.; Similarity: the ORF overlaps nearly completely with A. niger EST EMBL:ANRHGBGEN (rhgB gene).; See PMID 9299700; rhamnogalacturonase rhgB-Aspergillus niger	complement(join(1024872..1025671,1025743..1025944,1026000..1026038,1026092..1026727))	Aspergillus niger	4987277
An14g04210	CDS	An14g04210	NT_166529.1	1028194	1029093	R	Remark: the similarity of the predicted ORF to the Drosophila gene reaches over its whole lenght.; Title: similarity to hypothetical protein encoded by An07g05660 - Aspergillus niger; uncharacterized protein	complement(1028194..1029093)	Aspergillus niger	4987278
An14g04220	CDS	An14g04220	NT_166529.1	1029364	1029754	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(1029364..1029469,1029615..1029754))	Aspergillus niger	84592983
An14g04230	CDS	An14g04230	NT_166529.1	1029928	1031375	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(1029928..1029980,1030115..1030179,1030432..1030491,1030721..1031044,1031164..1031375)	Aspergillus niger	84592984
An14g04240	CDS	An14g04240	NT_166529.1	1031757	1034013	R	Similarity: the ORF shows strong similarity to several conserved hypothetical proteins from bacteria,which are immunoreactive antigens.; Title: strong similarity to hypothetical conserved protein CC0533 - Caulobacter crescentus; uncharacterized protein	complement(join(1031757..1032213,1032301..1033067,1033122..1033555,1033614..1034013))	Aspergillus niger	4987281
An14g04250	CDS	An14g04250	NT_166529.1	1034209	1036110	D	hypothetical protein	join(1034209..1034641,1034827..1034918,1035186..1035358,1035461..1035503,1035997..1036110)	Aspergillus niger	84592985
An14g04260	CDS	An14g04260	NT_166529.1	1036844	1037590	R	Title: strong similarity to hypothetical protein PA4181 - Pseudomonas aeruginosa; uncharacterized protein	complement(1036844..1037590)	Aspergillus niger	4987283
An14g04270	CDS	An14g04270	NT_166529.1	1039457	1040286	D	hypothetical protein	join(1039457..1039505,1039896..1039993,1040077..1040286)	Aspergillus niger	84592986
An14g04280	CDS	An14g04280	NT_166529.1	1040724	1042395	D	Function: qutD of A. nidulans is required for the transport of quinate into the mycelium.; Similarity: qutD of A. nidulans belongs to the sugar transporter family.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; plasma membrane; See PMID 2835177; See PMID 2976880; uncharacterized protein	join(1040724..1040793,1040853..1041991,1042048..1042395)	Aspergillus niger	4987285
An14g04290	CDS	An14g04290	NT_166529.1	1043955	1045676	D	Title: strong similarity to hypothetical amidase -Schizosaccharomyces pombe; uncharacterized protein	join(1043955..1043957,1044074..1044195,1044247..1044314,1044366..1044631,1044690..1045676)	Aspergillus niger	4987286
An14g04300	CDS	An14g04300	NT_166529.1	1046004	1047590	D	Title: strong similarity to molybdenum cofactor biosynthetic protein - Aspergillus nidulans; See PMID 9614089; See PMID 10383438; uncharacterized protein	join(1046004..1046232,1046299..1046512,1046585..1047590)	Aspergillus niger	4987287
An14g04310	CDS	An14g04310	NT_166529.1	1048128	1048797	R	hypothetical protein	complement(join(1048128..1048263,1048306..1048583,1048669..1048797))	Aspergillus niger	84592987
An14g04320	CDS	An14g04320	NT_166529.1	1048853	1052097	D	Title: strong similarity to hypothetical protein SPAC57A7.05 - Schizosaccharomyces pombe; uncharacterized protein	join(1048853..1049007,1049058..1049090,1049146..1050484,1050534..1051666,1051737..1052097)	Aspergillus niger	4987289
An14g04330	CDS	An14g04330	NT_166529.1	1052699	1053907	D	Title: similarity to hypothetical short chain alcohol dehydrogenase cta - Cucumis sativus; uncharacterized protein	join(1052699..1053098,1053160..1053500,1053677..1053907)	Aspergillus niger	4987290
An14g04340	CDS	An14g04340	NT_166529.1	1054219	1055937	D	Function: urdJ from Streptomyces fradiae is involved in the urdamycin biosynthetis.; Title: similarity to transporter involved in urdamycin biosynthesis - Streptomyces fradiae; See PMID 10658661; uncharacterized protein	join(1054219..1054461,1054544..1055263,1055314..1055937)	Aspergillus niger	4987291
An14g04350	CDS	An14g04350	NT_166529.1	1056372	1056725	R	hypothetical protein	complement(1056372..1056725)	Aspergillus niger	84592988
An14g04360	CDS	An14g04360	NT_166529.1	1057400	1057627	D	Title: questionable ORF; uncharacterized protein	join(1057400..1057435,1057502..1057627)	Aspergillus niger	84592989
An14g04370	CDS	pelA	NT_166529.1	1057913	1059269	R	Gene-ID: pelA; See PMID 1934134; See PMID 2225145; pectin lyase pelA-Aspergillus niger	complement(join(1057913..1058248,1058303..1058536,1058600..1058696,1058745..1058870,1058923..1059269))	Aspergillus niger	4987294
An14g04380	CDS	An14g04380	NT_166529.1	1059646	1061431	D	hypothetical protein	join(1059646..1059738,1059809..1059863,1060019..1060072,1060316..1060419,1060499..1060545,1060584..1060754,1060969..1061115,1061195..1061283,1061367..1061431)	Aspergillus niger	84592990
An14g04395	CDS	An14g04395	NT_166529.1	1062370	1062549	D	Catalytic activity: EC 1. 3. 5. 1 catalyzes the transfer of two electrons from succinate to ubiquinon via FAD yielding fumarate and ubiquinol.; Complex: Sdh2p of S. cerevisiae forms part of the heterotetrameric Succinate dehydrogenase complex (complex II) consisting of a flavoprotein (Sdh1p), an iron-sulfur protein (Sdh2p), a cytochrome b and a membrane-anchoring protein.; Function: Sdh2p of S. cerevisiae contains three different iron-sulfur clusters.; Localization: the SDH complex of S. cerevisiae is integrated in the mitochondrial inner membrane.; Pathway: EC 1. 3. 5. 1 is a key enzyme in the tricarboxylic-acid cycle.; Remark: the ORF continues on the adjacent contig.; Remark: the ORF is N-terminally truncated due to end of contig.; Title: strong similarity to succinate dehydrogenase iron-sulfur protein subunit Sdh2 - Saccharomyces cerevisiae [truncated ORF]; localisation:mitochondrion; See PMID 9822678; See PMID 2191948; uncharacterized protein	1062370..>1062549	Aspergillus niger	84592991
An14g04400	CDS	An14g04400	NT_166529.1	1062655	1063054	D	Catalytic activity: EC 1. 3. 5. 1 catalyzes the transfer of two electrons from succinate to ubiquinon via FAD yielding fumarate and ubiquinol.; Complex: Sdh2p of S. cerevisiae forms part of the heterotetrameric Succinate dehydrogenase complex (complex II) consisting of a flavoprotein (Sdh1p), an iron-sulfur protein (Sdh2p), a cytochrome b and a membrane-anchoring protein.; Function: Sdh2p of S. cerevisiae contains three different iron-sulfur clusters.; Localization: the SDH complex of S. cerevisiae is integrated in the mitochondrial inner membrane.; Pathway: EC 1. 3. 5. 1 is a key enzyme in the tricarboxylic-acid cycle.; Remark: the ORF is N-terminally truncated due to end of contig.; Title: strong similarity to succinate dehydrogenase iron-sulfur protein subunit Sdh2 - Saccharomyces cerevisiae [truncated ORF]; localisation:mitochondrion; See PMID 2191948; See PMID 9822678; uncharacterized protein	join(<1062655..1062675,1062731..1063054)	Aspergillus niger	4987297
An14g04410	CDS	An14g04410	NT_166529.1	1063461	1064696	R	Catalytic activity: EC 4. 1. 2. 13 catalyses the reversible cleavage of fructose-1,6-bisphosphate to dihydroxyacetone phosphate and glyceraldehyde-3-phosphate.; Complex: fructose-1,6-bisphosphate aldolase of T. aquaticus forms a homotetramer.; Pathway: EC 4. 1. 2. 13 is an enzyme of the glycolysis and gluconeogenesis pathways.; Title: strong similarity to fructose-1,6-bisphosphate aldolase - Thermus aquaticus; cytoplasm; See PMID 8898912; See PMID 11173490; See PMID 11237691; uncharacterized protein	complement(join(1063461..1063526,1063564..1063615,1063837..1064696))	Aspergillus niger	4987298
An14g04420	CDS	An14g04420	NT_166529.1	1064938	1066341	R	Catalytic activity: 3-hydroxy-2-methylpropanoate + NAD+ = 2-methyl-3-oxopropanoate + NADH.; Remark: the amino acid sequence of 3-hydroxyisobutyrate dehydrogenase shows similarity to several other pyridine nucleotide-dependent dehydrogenases. The resemblance to malate and lactate dehydrogenases suggests that the nucleotide-binding domain is located in the N-terminal region of the protein.; Title: similarity to 3-hydroxyisobutyrate dehydrogenase - Rattus norvegicus; See PMID 1339433; See PMID 2647728; uncharacterized protein	complement(join(1064938..1065498,1065547..1066040,1066086..1066341))	Aspergillus niger	4987299
An14g04430	CDS	An14g04430	NT_166529.1	1066419	1066897	D	hypothetical protein	join(1066419..1066552,1066649..1066736,1066841..1066897)	Aspergillus niger	84592992
An14g04440	CDS	An14g04440	NT_166529.1	1067258	1067469	R	Title: questionable ORF; uncharacterized protein	complement(join(1067258..1067341,1067416..1067469))	Aspergillus niger	84592993
An14g04450	CDS	An14g04450	NT_166529.1	1067894	1069923	R	hypothetical protein	complement(join(1067894..1067968,1068054..1068165,1068233..1068292,1068387..1068529,1068677..1068756,1069008..1069099,1069146..1069232,1069592..1069923))	Aspergillus niger	84592994
An14g04460	CDS	An14g04460	NT_166529.1	1070436	1070652	D	Title: questionable ORF; uncharacterized protein	join(1070436..1070477,1070548..1070652)	Aspergillus niger	84592995
An14g04470	CDS	An14g04470	NT_166529.1	1070720	1071541	D	hypothetical protein	join(1070720..1070801,1070903..1071087,1071123..1071373,1071472..1071541)	Aspergillus niger	84592996
An14g04480	CDS	An14g04480	NT_166529.1	1071594	1072313	D	hypothetical protein	join(1071594..1071779,1071847..1071984,1072179..1072313)	Aspergillus niger	4987305
An14g04490	CDS	An14g04490	NT_166529.1	1072468	1073157	D	Title: weak similarity to hypothetical protein AF1318 - Archaeoglobus fulgidus; uncharacterized protein	1072468..1073157	Aspergillus niger	4987306
An14g04500	CDS	An14g04500	NT_166529.1	1073431	1074543	D	hypothetical protein	1073431..1074543	Aspergillus niger	84592997
An14g04510	CDS	An14g04510	NT_166529.1	1075253	1076095	R	Title: similarity to essential protein #47 WO2003076464-A2 - Aspergillus fumigatus; uncharacterized protein	complement(1075253..1076095)	Aspergillus niger	84592998
An14g04520	CDS	An14g04520	NT_166529.1	1077008	1079827	D	hypothetical protein	join(1077008..1077021,1077101..1078499,1078621..1078787,1078892..1079002,1079156..1079241,1079490..1079577,1079695..1079827)	Aspergillus niger	4987309
An14g04530	CDS	An14g04530	NT_166529.1	1079869	1080839	D	Function: ORF4 is part of the actinorhodin biosynthetic gene cluster of Streptomyces coelicolor but it does not seem to be involved directly in actinorhodin biosynthesis.; Remark: also similar to human patent PATENTPROT:Y14147.; Title: similarity to hypothetical protein actVA-ORF4 - Streptomyces coelicolor; See PMID 1766437; See PMID 7929165; uncharacterized protein	join(1079869..1080123,1080180..1080839)	Aspergillus niger	4987310
An14g04540	CDS	An14g04540	NT_166529.1	1081145	1081756	D	hypothetical protein	join(1081145..1081330,1081517..1081756)	Aspergillus niger	84592999
An14g04550	CDS	An14g04550	NT_166529.1	1083266	1083808	D	hypothetical protein	join(1083266..1083373,1083461..1083517,1083749..1083808)	Aspergillus niger	84593000
An14g04560	CDS	An14g04560	NT_166529.1	1084179	1086169	R	Title: strong similarity to hypothetical protein B15I20.30 - Neurospora crassa; uncharacterized protein	complement(join(1084179..1084835,1084901..1085822,1085904..1086169))	Aspergillus niger	4987313
An14g04570	CDS	An14g04570	NT_166529.1	1086400	1086684	R	hypothetical protein	complement(1086400..1086684)	Aspergillus niger	84593001
An14g04580	CDS	An14g04580	NT_166529.1	1087024	1087378	D	hypothetical protein	join(1087024..1087074,1087187..1087378)	Aspergillus niger	84593002
An14g04590	CDS	An14g04590	NT_166529.1	1087436	1090754	R	Similarity: KCS1 of S. cerevisiae is similar to the basic leucine zipper family of transcription factors.; Title: strong similarity to transcription factor Kcs1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1087436..1089302,1089448..1090754))	Aspergillus niger	4987316
An14g04600	CDS	An14g04600	NT_166529.1	1092559	1093885	R	hypothetical protein	complement(join(1092559..1092652,1092745..1092921,1093087..1093158,1093270..1093376,1093458..1093601,1093685..1093885))	Aspergillus niger	84593003
An14g04610	CDS	An14g04610	NT_166529.1	1094000	1094252	R	hypothetical protein [truncated ORF]	complement(join(1094000..1094041,1094100..>1094252))	Aspergillus niger	84593004
An14g04620	CDS	An14g04620	NT_166529.1	1096275	1097798	D	Title: strong similarity to hypothetical protein EAA35125.1 - Neurospora crassa; uncharacterized protein	1096275..1097798	Aspergillus niger	4987319
An14g04630	CDS	An14g04630	NT_166529.1	1099780	1101119	R	Title: weak similarity to hypothetical protein encoded by An01g07840 - Aspergillus niger; uncharacterized protein	complement(join(1099780..1100484,1100580..1100899,1101113..1101119))	Aspergillus niger	4987320
An14g04640	CDS	An14g04640	NT_166529.1	1103629	1104705	D	Title: strong similarity to hypothetical protein EAA58284.1 - Aspergillus nidulans; uncharacterized protein	join(1103629..1104406,1104470..1104705)	Aspergillus niger	4987321
An14g04650	CDS	An14g04650	NT_166529.1	1105690	1108089	D	Function: A. nidulans palH is one of the components of the ambient pH signal transduction pathway (Pal pathway).; Title: strong similarity to pH signal transductions protein palH - Aspergillus nidulans; See PMID 10476033; See PMID 10821185; uncharacterized protein	join(1105690..1105798,1105892..1108089)	Aspergillus niger	4987322
An14g04660	CDS	An14g04660	NT_166529.1	1108944	1109918	D	Title: similarity to hypothetical conserved protein PA2839 - Pseudomonas aeruginosa; uncharacterized protein	join(1108944..1108947,1109006..1109136,1109196..1109918)	Aspergillus niger	4987323
An14g04670	CDS	An14g04670	NT_166529.1	1110806	1112749	D	Title: weak similarity to hypothetical protein encoded by An01g13670 - Aspergillus niger [putative sequencing error]; putative sequencing error; uncharacterized protein	join(1110806..1110916,1110986..1112749)	Aspergillus niger	4987324
An14g04680	CDS	An14g04680	NT_166529.1	1114490	1117776	D	hypothetical protein	join(1114490..1115011,1115138..1116327,1116522..1117776)	Aspergillus niger	4987325
An14g04710	CDS	pepA	NT_166529.1	1119415	1120761	R	Alternative name: proctase B; Catalytic activity: pepA generally favours hydrophobic residues in P1 and P1', but also accepts Lys in P1, which leads to activation of trypsinogen.; Function: pepA has properties of pepsin-type aspartic proteinases and hydrolyses proteins with broad specificity.; Gene-ID: pepA; Mapping: pepA from A. niger is mapped to chromosome I; see list from DSM, PUBMED 9309173.; Remark: A. niger macrosporus excretes two types of acid endopeptidases, the major one is proctase B/aspergillopepsin I, and the minor one is proctase A.; extracellular/secretion proteins; aspartic proteinase aspergillopepsin I pepA-Aspergillus niger	complement(join(1119415..1119752,1119812..1120060,1120113..1120390,1120442..1120761))	Aspergillus niger	4987328
An14g04720	CDS	An14g04720	NT_166529.1	1121855	1125313	R	Function: S. cerevisiae ARO80 is involved in positive regulation of aromatic amino acid synthesis through positive regulation of ARO9 and ARO10/YDR380W.; Remark: S. cerevisiae ARO80 is a member of the Zn2Cys6 transcription factor family.; Remark: the systematic name for S. cerevisiae ARO80 is YDR421w.; Title: similarity to transcription factor Aro80 -Saccharomyces cerevisiae; See PMID 10207060; uncharacterized protein	complement(join(1121855..1122616,1122669..1122967,1123108..1123869,1123913..1125010,1125109..1125313))	Aspergillus niger	4987329
An14g04730	CDS	An14g04730	NT_166529.1	1126427	1128361	R	Function: disruption of human UVRAG gives rise to developmental defects including complex cyanotic heart defects, altered lung lobation, symmetric liver, and abnormally lobulated spleen.; Function: human UVRAG is able to complement partially the ultraviolet sensitivity of a xeroderma pigmentosum cell line.; Similarity: the strongest similarity of the ORF is to a hypothetical p63 related protein of Neurospora crassa.; Title: strong similarity to UVRAG - Homo sapiens; See PMID 9169138; See PMID 10798355; uncharacterized protein	complement(join(1126427..1128184,1128299..1128361))	Aspergillus niger	4987330
An14g04740	CDS	An14g04740	NT_166529.1	1128856	1130014	D	Title: weak similarity to hypothetical protein SPBC18H10.17c - Schizosaccharomyces pombe; mitochondrial 54S ribosomal protein mL67	join(1128856..1129134,1129241..1130014)	Aspergillus niger	4987331
An14g04750	CDS	An14g04750	NT_166529.1	1130171	1131397	R	Title: similarity to hypothetical protein AAM35689.1 - Xanthomonas axonopodis; uncharacterized protein	complement(join(1130171..1130254,1130366..1130765,1130839..1130942,1131045..1131193,1131277..1131397))	Aspergillus niger	4987332
An14g04760	CDS	An14g04760	NT_166529.1	1132902	1134361	D	Function: S. chinensis FAR is an alcohol-forming fatty acyl-coenzyme A reductase required for the production of esters of long-chain alcohols and fatty acids (waxes).; Title: similarity to acyl CoA reductase FAR -Simmondsia chinensis; See PMID 10712526; uncharacterized protein	join(1132902..1133035,1133101..1134361)	Aspergillus niger	4987333
An14g04765	CDS	An14g04765	NT_166529.1	1134623	1134823	R	hypothetical protein	complement(1134623..1134823)	Aspergillus niger	84593005
An14g04770	CDS	An14g04770	NT_166529.1	1135253	1137043	R	Function: S. cerevisiae Ptc1 inactivates the HOG pathway by dephosphorylating the mitogen-activated protein kinase Hog1.; Function: S. cerevisiae Ptc1 negatively affects PBS2 action, regulating cell wall beta-glucan assembly.; Remark: Ptc1 of S. pombe is a type 2C Ser/Thr phosphatase, one of the three major families of structurally unrelated eukaryotic protein phosphatases.; Title: strong similarity to phosphoprotein phosphatase 2C ptc1p - Schizosaccharomyces pombe; See PMID 7565587; See PMID 8196617; See PMID 11113180; uncharacterized protein	complement(join(1135253..1135696,1135757..1136466,1136497..1137043))	Aspergillus niger	4987335
An14g04780	CDS	An14g04780	NT_166529.1	1137522	1138096	D	Similarity: similarity is from predicted A. niger protein to C-terminus of mouse, rat and human hairless,which are all about 1000 aa longer.; Title: weak similarity to transcription factor hairless - Mus musculus [putative sequencing error]; putative sequencing error; See PMID 8052649; uncharacterized protein	join(1137522..1137556,1137628..1137701,1137790..1137834,1137933..1138096)	Aspergillus niger	84593006
An14g04790	CDS	An14g04790	NT_166529.1	1138428	1140399	R	Catalytic activity: PPiases catalyse the cis-trans isomerization of proline imidic peptide bonds in oligopeptides.; Function: PPiases accelerate the folding of proteins.; Similarity: S. pombe SPAC21E11. 05C belongs to the cyclopholin family of prolyl isomerases, the other two PPI families are, FK506-binding proteins (FKBPs) and parvulins.; Title: strong similarity to peptidyl-prolyl cis-trans isomerase SPAC21E11.05C - Schizosaccharomyces pombe; See PMID 10424896; See PMID 2204030; uncharacterized protein	complement(join(1138428..1138938,1139002..1140215,1140308..1140324,1140390..1140399))	Aspergillus niger	4987337
An14g04800	CDS	An14g04800	NT_166529.1	1141064	1143117	R	Title: strong similarity to protein SEQ ID 2451 from patent EP1258494-A1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1141064..1142916,1143003..1143117))	Aspergillus niger	4987338
An14g04810	CDS	An14g04810	NT_166529.1	1143573	1144156	R	Remark: the predicted ORF is only 79 amino acids long and contains relatively long introns.; hypothetical protein	complement(join(1143573..1143735,1143928..1143962,1144115..1144156))	Aspergillus niger	84593007
An14g04820	CDS	An14g04820	NT_166529.1	1145455	1146659	D	Remark: the predicted ORF contains relatively long introns.; hypothetical protein	join(1145455..1145895,1146148..1146206,1146448..1146536,1146652..1146659)	Aspergillus niger	84593008
An14g04830	CDS	An14g04830	NT_166529.1	1146892	1149417	R	Function: S. cerevisiae Pif1 is a 5'-to-3' DNA helicase.; Function: it has been proposed that S. cerevisiae Pif1p-mediated inhibition of telomerase promotes genetic stability by suppressing telomerase-mediated healing of double-strand breaks.; Function: mutations in S. cerevisiae pif1 cause telomere lengthening and a large increase in the formation rate of new telomeres.; Title: strong similarity to helicase Pif1 -Saccharomyces cerevisiae; See PMID 10693764; See PMID 10926538; uncharacterized protein	complement(join(1146892..1147753,1147823..1148241,1148296..1149417))	Aspergillus niger	4987341
An14g04840	CDS	An14g04840	NT_166529.1	1149820	1150572	R	Title: similarity to hypothetical O-methyl transferase EncK - Streptomyces maritimus; uncharacterized protein	complement(1149820..1150572)	Aspergillus niger	4987342
An14g04850	CDS	An14g04850	NT_166529.1	1151370	1157128	D	Catalytic activity: polyketide synthases are multifunctional enzymes, containing oxidoreductase,transferase and dehydratase activity; some of the typical domains present in polyketide synthases are recognized in the predicted ORF.; Function: pimS2 of S. natalensis is involved in the biosynthesis of the polyene macrolide pimaricin, important in the food industry as a preservative to prevent mould contamination of foods.; Pathway: polyketides are generated from acetate by a pathway similar to the fatty acid metabolism, where some reduction or dehydratation reactions can be suppressed at specific biosynthetic steps, resulting in a much wider range of products, constituting a large family of often biologically active secondary metabolites.; Similarity: the predicted ORF shows strong similarity to different fungal polyketide synthases.; Title: strong similarity to pimaricin polyketide synthase pimS2 - Streptomyces natalensis; See PMID 11094342; uncharacterized protein	join(1151370..1151395,1151545..1157128)	Aspergillus niger	84593009
An14g04860	CDS	An14g04860	NT_166529.1	1157433	1160139	D	Complex: Rad4 of S. pombe may directly or indirectly interact with chromatin proteins to form the complex required for the initiation and/or progression of DNA synthesis.; Function: Rad4 of S. pombe is an essential component for DNA replication and also the checkpoint control system which couples S and M phases.; Title: strong similarity to S-M checkpoint control protein rad4p - Schizosaccharomyces pombe; nucleus; See PMID 8343962; See PMID 9268024; See PMID 1762905; uncharacterized protein	join(1157433..1157461,1157494..1157578,1157665..1157941,1158004..1158626,1158676..1158952,1158999..1159079,1159124..1160139)	Aspergillus niger	4987344
An14g04870	CDS	An14g04870	NT_166529.1	1161065	1164106	R	Complex: FZO1 of S. cerevisiae is part of a larger protein complex of 800 kDa.; Function: FZO1 is a GTPase required for the biogenesis of functional mitochondria in S. cerevisiae.; Localization: FZO1 of S. cerevisiae is an integral protein of the mitochondrial outer membrane exposing its major part to the cytosol.; Remark: FZO1 of S. cerevisiae is also known as YBR179C.; Similarity: A. niger EST EMBLEST:BE759505 comprises the last exon and the probable 3'-UTR of the predicted gene.; Similarity: the N-terminal region of the predicted ORF shows no similarity to FZO1 of S. cerevisiae.; Title: strong similarity to fuzzy onions homolog Fzo1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9230308; See PMID 9685359; See PMID 9891785; uncharacterized protein	complement(join(1161065..1161423,1161480..1162326,1162405..1163536,1163615..1163663,1163737..1164106))	Aspergillus niger	4987345
An14g04880	CDS	An14g04880	NT_166529.1	1164494	1165478	D	Function: DID4 (Doa4-independent degradation gene n. 4) of S. cerevisiae encode a component of the vacuolar protein-sorting (Vps) pathway.; Function: in particular, DID4 of S. cerevisiae belongs to the class E of Vps factors, which function in the maturation of a late endosome/prevacuolar compartment into multivesicular bodies that then fuse with the vacuole.; Remark: DID4 of S. cerevisiae is also known as YKL002W.; Title: strong similarity to class E vacuolar-protein sorting factor Did4 - Saccharomyces cerevisiae; See PMID 11029042; uncharacterized protein	join(1164494..1164499,1164611..1164825,1164896..1164956,1165015..1165296,1165383..1165478)	Aspergillus niger	4987346
An14g04890	CDS	An14g04890	NT_166529.1	1165802	1167552	R	Function: the ability of AFC1 of A. thaliana of restoring the functionality of a compromised signal transduction pathway, was experimentally verified in a mutant strain of S. cerevisiae.; Similarity: the main feature of the predicted ORF is the presence of different structural regions common to various protein kinases.; Similarity: the predicted ORF contains three protein kinase domains and a leucine zipper motiv, usually involved in protein-protein interaction especially in gene regulatory proteins.; Similarity: the predicted ORF is also similar to human calcium-calmodulin dependent protein kinase I.; Title: similarity to protein kinase AFC1 -Arabidopsis thaliana; See PMID 7641687; See PMID 7991592; uncharacterized protein	complement(join(1165802..1166958,1167015..1167044,1167102..1167552))	Aspergillus niger	4987347
An14g04900	CDS	An14g04900	NT_166529.1	1168260	1168616	D	hypothetical protein	join(1168260..1168545,1168588..1168616)	Aspergillus niger	84593010
An14g04910	CDS	An14g04910	NT_166529.1	1169771	1171738	D	Similarity: the similarity is limited to the central part of the molecules and is mainly due to repetitive amino acid stretches.; Title: weak similarity to GABA-A receptor epsilon-like subunit epsilon - Rattus norvegicus; See PMID 10804200; uncharacterized protein	1169771..1171738	Aspergillus niger	4987349
An14g04920	CDS	tpiA	NT_166529.1	1172509	1173656	D	Catalytic activity: triose-phosphate isomerase catalyzes the reversible isomerization: D-glyceraldehyde 3-phosphate <=> dihydroxy-acetone phosphate.; Complex: triose-phosphate isomerase is a homodimer.; Gene-ID: tpiA; Pathway: triose-phosphate isomerase plays an important role in several metabolic pathways, starting from the glycolysis.; cytoplasm; See PMID 6762366; See PMID 10916682; See PMID 11257493; See PMID 3521890; triose-phosphate-isomerase tpiA from patent WO8704464-A-Aspergillus niger	join(1172509..1172546,1172655..1172934,1172994..1173068,1173184..1173296,1173356..1173570,1173628..1173656)	Aspergillus niger	4987350
An14g04930	CDS	An14g04930	NT_166529.1	1173796	1175466	R	Function: MDM10 of P. anserina is implicated in the maintenance of mitochondrial morphology and distribution.; Phenotype: MDM10 mutants in P. anserina accumulate specific deleted mitochondrial genomes during senescence.; Title: strong similarity to mitochondrial outer membrane protein MDM10 - Podospora anserina; localisation:mitochondrion; See PMID 9343397; uncharacterized protein	complement(join(1173796..1173885,1174129..1174570,1174631..1175306,1175370..1175466))	Aspergillus niger	4987351
An14g04940	CDS	An14g04940	NT_166529.1	1175861	1176692	D	Phenotype: S. cerevisiae MRT4 null mutants are viable, are not defective in protein synthesis, but have defects in mRNA decay and growth.; Remark: MRT4 of S. cerevisiae is also known as YKL009W.; Similarity: the predicted ORF contains, indeed,structural characteristics common to ribosomal or RNA-binding proteins.; Similarity: the predicted ORF shows strong similarity to a plenty of putative proteins annotated as acidic ribosomal protein P0; comparison to the validated P0 proteins, and especially the lack of the typical acidic C-terminus, suggest caution in accepting such a classification.; Similarity: the stronger described homologue, MRT4 of S. cerevisiae, is more likely involved in RNA degradation than in protein synthesis, suggesting it is not a ribosome component.; Title: strong similarity to mRNA turnover 4 protein Mrt4 - Saccharomyces cerevisiae; See PMID 10471698; See PMID 3323886; uncharacterized protein	join(1175861..1176054,1176146..1176377,1176414..1176692)	Aspergillus niger	4987352
An14g04950	CDS	An14g04950	NT_166529.1	1177790	1179177	R	Complex: snRNP27D of D. melanogaster is a component of the U1 small nuclear ribonucleoprotein (snRNP) complex.; Function: U1 snRNP is required at an early stage during assembly of the spliceosome, the dynamic RNP complex that performs nuclear pre-mRNA splicing.; Similarity: activity and composition of the U1 snRNP are highly conserved in all metazoans.; Title: strong similarity to 70K U1 small nuclear ribonucleoprotein snRNP27D - Drosophila melanogaster; nucleus; See PMID 1692955; See PMID 11333025; uncharacterized protein	complement(join(1177790..1178472,1178575..1178671,1178729..1178856,1178916..1179177))	Aspergillus niger	4987353
An14g04960	CDS	An14g04960	NT_166529.1	1179502	1180040	D	Similarity: the predicted gene is nearly identical to A. niger EST EMBLEST:BE759452; another A. niger EST (EMBLEST:BE759721) likely corresponds to the polyadenylation signal and the 3'-UTR of the gene.; Title: strong similarity to protein fragment SEQ ID NO:40372 from patent EP1033405-A2 - Zea mays; mitochondrial 54S ribosomal protein mL43	join(1179502..1179540,1179600..1179682,1179749..1180040)	Aspergillus niger	4987354
An14g04970	CDS	An14g04970	NT_166529.1	1180549	1181730	R	Similarity: most BLASTP hits are due to polyproline stretches.; Title: weak similarity to hypothetical zinc-finger protein SPAC19A8.10 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1180549..1181571,1181683..1181730))	Aspergillus niger	4987355
An14g04980	CDS	An14g04980	NT_166529.1	1182507	1184166	R	Complex: PRP19 of S. cerevisiae is a component of the spliceosome, the multiprotein complex responsible for pre-mRNA splicing; within the complex, PRP19 itself is in an oligomeric form.; Function: PRP19 of S. cerevisiae is also involved in an error-prone repair pathway which relies on a recombinational mechanism, comparable to the E. coli SOS repair pathway.; Phenotype: S. cerevisiae null mutant for PRP19 is inviable,other allelic variants are sensitive to DNA mutagens, unable to perform induced mitotic recombination and sporulation.; Remark: PRP19 of S. cerevisiae is also known as PSO4 or YLL036C.; Title: strong similarity to splicing protein Prp19 -Saccharomyces cerevisiae; nucleus; See PMID 7680101; See PMID 8194532; See PMID 8441419; See PMID 2671661; See PMID 2671705; uncharacterized protein	complement(join(1182507..1182970,1183031..1183494,1183549..1183993,1184050..1184094,1184154..1184166))	Aspergillus niger	4987356
An14g04990	CDS	An14g04990	NT_166529.1	1184588	1185132	D	Similarity: the similarity to fkbp39 of D. melanogaster is mainly due to the acidic region present in the fly protein.; Title: weak similarity to FK506-binding 39k protein fkbp39 - Drosophila melanogaster; See PMID 7538962; uncharacterized protein	join(1184588..1184618,1184675..1185132)	Aspergillus niger	4987357
An14g05000	CDS	An14g05000	NT_166529.1	1185608	1189184	D	Function: Ria1 of S. cerevisiae is involved in the biogenesis of the 60S subunit of the ribosome.; Remark: Ria1 of S. cerevisiae is also known as YNL163C.; Remark: reference is: Becam, A-M, Nasr, F, Racki, WJ, Zagulski, M, Herbert, CJ (2001) Ria1p (Ynl163c), a protein similar to elongation factors 2, is involved in the biogenesis of the 60S subunit of the ribosome in S. cerevisiae. Mol. Gen. Genet., in press.; Similarity: nevertheless the stronger similarity to Ria1, which characterization was submitted for publication,suggests that the function of the predicted ORF could be different.; Similarity: the predicted ORF displays strong similarity to several putative proteins all annotated as translation elongation factor 2; it shares many structural features with this protein family, comprised the GTP-binding domains.; Title: strong similarity to protein Ria1 -Saccharomyces cerevisiae; uncharacterized protein	join(1185608..1185634,1185738..1185758,1185834..1186374,1186417..1186747,1186797..1188341,1188458..1188735,1188805..1189184)	Aspergillus niger	4987358
An14g05010	CDS	An14g05010	NT_166529.1	1189993	1190748	R	Complex: CSL4 of S. cerevisiae is an essential component of the exosome, a conserved complex of multiple 3'-to-5' exonucleases required for diverse RNA processing events, such as mRNA degradation and rRNA processing.; Phenotype: null mutation of CSL4 in S. cerevisiae is lethal.; Remark: CSL4 of S. cerevisiae is also known as SKI4 or YNL232W.; Similarity: the N-terminal part of the predicted ORF has only marignal similarity to CSL4 of S. cerevisiae.; Similarity: the predicted ORF shows stronger similarity to putative proteins found in yeasts, fungi and mammals.; Title: strong similarity to 3-5 exoribonuclease Csl4 - Saccharomyces cerevisiae; See PMID 9583939; See PMID 10087930; See PMID 11027292; uncharacterized protein	complement(join(1189993..1190292,1190395..1190482,1190522..1190748))	Aspergillus niger	4987359
An14g05020	CDS	An14g05020	NT_166529.1	1191424	1193471	R	Complex: Vac8 of S. cerevisiae interacts with Apg13.; Function: VAC8 of S. cerevisiae functions in both vacuole inheritance between mother and daughter cells, and protein targeting from the cytoplasm to vacuole.; Localization: VAC8 of S. cerevisiae is found on the vacuole membrane.; Similarity: armadillo (Arm) repeats are thought to mediate protein-protein interactions, and many Arm proteins have multiple functions.; Title: strong similarity to armadillo repeat-containing protein Vac8 - Saccharomyces cerevisiae; vacuole; See PMID 9490720; See PMID 9664035; See PMID 10837477; See PMID 10873824; uncharacterized protein	complement(join(1191424..1191749,1191815..1192564,1192619..1192864,1192919..1193032,1193095..1193215,1193298..1193471))	Aspergillus niger	4987360
An14g05030	CDS	An14g05030	NT_166529.1	1193598	1194310	D	Title: weak similarity to hypothetical membrane protein SCK20.08 - Streptomyces coelicolor; uncharacterized protein	join(1193598..1193792,1193871..1193956,1194073..1194156,1194199..1194310)	Aspergillus niger	84593011
An14g05040	CDS	An14g05040	NT_166529.1	1195932	1196273	D	hypothetical protein	join(1195932..1196105,1196202..1196273)	Aspergillus niger	84593012
An14g05050	CDS	An14g05050	NT_166529.1	1197634	1199524	D	Function: dma1 of S. pombe is a component of the spindle assembly checkpoint, required to prevent septum formation and premature exit from mitosis if spindle function is impaired.; Similarity: the predicted ORF contains an FHA (Forkhead-associated) domain, which is a phosphopeptide binding motif; the FHA domain is a putative nuclear signalling domain found in a variety of otherwise unrelated proteins.; Similarity: the similarity to dma1 of S. pombe is limited to the C-terminal half of the predicted ORF; the C-terminal half is very rich of low-complexity,serine-containing repeats, producing many alignments with proteophosphoglycans.; Title: strong similarity to defective in mitotic arrest dma1p - Schizosaccharomyces pombe; See PMID 8978687; uncharacterized protein	join(1197634..1198709,1198771..1198867,1198931..1199524)	Aspergillus niger	4987363
An14g05060	CDS	An14g05060	NT_166529.1	1200195	1200402	R	hypothetical protein	complement(join(1200195..1200330,1200386..1200402))	Aspergillus niger	84593013
An14g05070	CDS	An14g05070	NT_166529.1	1201187	1202147	R	Title: similarity to hypothetical protein X4G11.070 - Neurospora crassa; uncharacterized protein	complement(join(1201187..1201563,1201622..1201942,1201997..1202147))	Aspergillus niger	4987365
An14g05080	CDS	An14g05080	NT_166529.1	1203682	1205008	R	Function: many ankyrin repeat regions are known to function as protein-protein interaction domains.; Remark: closest manual BLASTP homologue: SWISSPROT:ANK1_HUMAN.; Similarity: ankyrin repeats (ANK) are tandemly repeated modules of about 33 amino acids, that occur in a large number of functionally diverse proteins mainly from eukaryotes.; Similarity: the predicted ORF shows similarity also to the ZU5 domain present in ZO-1 and Unc5-like netrin receptors, which function remains unknown.; Similarity: the similarity to ankyrin of H. sapiens and other proteins is mainly due to the presence of two ankyrin repeats.; Title: weak similarity to ankyrin (variant 2.1) -Homo sapiens; See PMID 1689849; uncharacterized protein	complement(join(1203682..1204064,1204150..1204332,1204416..1204680,1204988..1205008))	Aspergillus niger	84593014
An14g05090	CDS	An14g05090	NT_166529.1	1205964	1206126	D	Similarity: BLASTP identifies a stretch of similarity to D. melanogaster genomic fragment CG6456; there is no sufficient reason to consider such a similarity significant.; hypothetical protein	join(1205964..1206016,1206063..1206126)	Aspergillus niger	84593015
An14g05100	CDS	An14g05100	NT_166529.1	1206836	1208220	D	Title: strong similarity to hypothetical protein alr2987 - Nostoc sp.; uncharacterized protein	join(1206836..1206966,1207036..1207177,1207236..1207777,1207836..1208220)	Aspergillus niger	4987368
An14g05110	CDS	An14g05110	NT_166529.1	1208664	1209200	D	Similarity: the predicted ORF contains an EF-hand,the most common domain responsible for calcium binding in proteins like calmodulin, myosin regulatory light chains,parvalbumins, troponins C, and neuronal calcium sensors.; Title: weak similarity to hypothetical protein AT4g01140 - Arabidopsis thaliana; uncharacterized protein	1208664..1209200	Aspergillus niger	4987369
An14g05120	CDS	An14g05120	NT_166529.1	1209667	1211089	R	Function: MoxR is a poorly characterized bacterial protein which may be involved in the regulation of formation of active methanol dehydrogenase.; Similarity: the predicted ORF shows weak similarity to many putative proteins classified as MoxR-like ATPases.; Title: strong similarity to hypothetical conserved protein 17E5.290 - Neurospora crassa; uncharacterized protein	complement(join(1209667..1209883,1209941..1210095,1210152..1210313,1210367..1210480,1210533..1210682,1210737..1210886,1210943..1211089))	Aspergillus niger	4987370
An14g05130	CDS	An14g05130	NT_166529.1	1211339	1214083	D	Complex: VPS16 of S. cerevisiae is a component of the so called class C Vps complex, required for vacuolar protein sorting and morphology.; Function: VPS16 of S. cerevisiae is required for vacuolar protein sorting and vacuolar biogenesis and stability.; Phenotype: S. cerevisiae VPS16 mutants have pleiotropic defects in vacuolar morphology and vacuolar protein targeting.; Title: strong similarity to vacuolar protein sorting-associated protein Vps16 - Saccharomyces cerevisiae; vacuole; See PMID 3062374; See PMID 8444873; See PMID 9362071; See PMID 1526998; uncharacterized protein	join(1211339..1211483,1211540..1211646,1211692..1211820,1211870..1212458,1212508..1213778,1213835..1214083)	Aspergillus niger	4987371
An14g05140	CDS	An14g05140	NT_166529.1	1214136	1214778	R	Phenotype: ECM1 mutation in S. cerevisiae causes perturbation of the cell surface.; Remark: ECM1 of S. cerevisiae is also called YAL059w.; Title: similarity to Ecm1 - Saccharomyces cerevisiae; See PMID 9335584; uncharacterized protein	complement(join(1214136..1214336,1214397..1214689,1214763..1214778))	Aspergillus niger	4987372
An14g05150	CDS	An14g05150	NT_166529.1	1215054	1217045	D	Catalytic activity: ubiquitin C-terminal thiolester + H2O = ubiquitin + thiol.; Function: UBP1 of S. cerevisiae has an ATP-independent isopeptidase activity, cleaving at the carboxyl terminus of the ubiquitin moiety in natural or engineered linear fusion proteins, irrespective of their size or the presence of an amino-terminal extension to ubiquitin.; Similarity: UBP1 belongs to peptidase family C19; also known as family 2 of ubiquitin carboxyl-terminal hydrolases.; Similarity: although the predicted ORF is shorter than UBP1 of S. cerevisiae and the alignment contains several gaps, it shows consistent similarity to several ubiquitin-specific processing proteases.; Title: similarity to ubiquitin specific protease Ubp1 - Saccharomyces cerevisiae; See PMID 2050695; See PMID 8982460; See PMID 1429680; See PMID 10527495; uncharacterized protein	1215054..1217045	Aspergillus niger	4987373
An14g05160	CDS	An14g05160	NT_166529.1	1217434	1218147	R	Function: centrin is a ubiquitous component of centrosomes and mitotic spindle poles of diverse organisms and plays a role in centrosome separation at the time of mitosis.; Localization: human centrin is localized at the centrosome of interphase cells and redistributes to the region of the spindle poles during mitosis.; Similarity: in the predicted ORF the EF-hands are not well conserved; this fact might have important functional consequences.; Similarity: the human centrin sequence has four putative calcium-binding domains as defined by the EF-hand consensus.; Title: similarity to centrin - Homo sapiens; centrosome; See PMID 8175926; uncharacterized protein	complement(join(1217434..1217800,1217867..1218069,1218145..1218147))	Aspergillus niger	4987374
An14g05170	CDS	An14g05170	NT_166529.1	1218617	1220538	D	Function: thioredoxin participates in various redox reactions through the reversible oxidation of its active center dithiol to a disulfide, and catalyzes dithiol-disulfide exchange reactions.; Similarity: the main feature of the predicted ORF,as well as of the very similar N. crassa hypothetical protein 17E5. 270, is to contain different structural domains, including the thioredoxin and the leucine zippers in the C-terminal region.; Similarity: the similarity to chicken thioredoxin and similar proteins of other species is limited to a single domain of the predicted ORF.; Title: similarity to thioredoxin - Gallus gallus; See PMID 2838473; uncharacterized protein	join(1218617..1218630,1218672..1218729,1218782..1219003,1219054..1220538)	Aspergillus niger	4987375
An14g05180	CDS	An14g05180	NT_166529.1	1222080	1222403	D	Title: weak similarity to hypothetical As-rel1 -Halocynthia roretzi; uncharacterized protein	1222080..1222403	Aspergillus niger	84593016
An14g05190	CDS	An14g05190	NT_166529.1	1222731	1223360	R	Title: weak similarity to MLL - Fugu rubripes; See PMID 9681821; uncharacterized protein	complement(1222731..1223360)	Aspergillus niger	4987377
An14g05200	CDS	An14g05200	NT_166529.1	1223424	1224495	D	Title: questionable ORF; uncharacterized protein	join(1223424..1223463,1223515..1223583,1223683..1223783,1223988..1224184,1224228..1224258,1224364..1224495)	Aspergillus niger	84593017
An14g05210	CDS	An14g05210	NT_166529.1	1225555	1225812	D	Title: weak similarity to protein fragment SEQ ID NO:24290 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(1225555..1225605,1225684..1225812)	Aspergillus niger	84593018
An14g05220	CDS	An14g05220	NT_166529.1	1227558	1229544	R	Title: weak similarity to furin-like protein 1 Fur1 - Drosophila melanogaster; See PMID 8491178; uncharacterized protein	complement(join(1227558..1227670,1227761..1227866,1227943..1228035,1228184..1228232,1228414..1228558,1228779..1228872,1228976..1229009,1229087..1229544))	Aspergillus niger	84593019
An14g05230	CDS	An14g05230	NT_166529.1	1229876	1230373	D	hypothetical protein	join(1229876..1230122,1230225..1230256,1230308..1230373)	Aspergillus niger	84593020
An14g05240	CDS	An14g05240	NT_166529.1	1230474	1232247	R	Title: questionable ORF; uncharacterized protein	complement(join(1230474..1230636,1231125..1231193,1231366..1231389,1231557..1231688,1231742..1231749,1232149..1232247))	Aspergillus niger	84593021
An14g05250	CDS	An14g05250	NT_166529.1	1234888	1235681	D	Function: it is suggested that the ORFL15 protein of S. spinosa is involved in oxido-reduction during spinosyn biosynthesis.; Remark: Spinosyns are insecticidal microlides which are useful for the control of arachnids, nematodes and insects.; Similarity: SDR is a very large family of enzymes,most of which are known to be NAD- or NADP-dependent oxidoreductases with different specificities.; Similarity: the predicted ORF shows strong similarity to several hypothetical and described members of the short chain dehydrogenase (SDR) protein family.; Title: strong similarity to protein involved in spinosyn biosynthesis ORFL15 from patent WO9946387-A1 -Saccharopolyspora spinosa; uncharacterized protein	join(1234888..1234921,1234966..1235681)	Aspergillus niger	4987383
An14g05260	CDS	An14g05260	NT_166529.1	1236019	1238491	D	Catalytic activity: ATP + L-cysteine + tRNA(cys) = AMP + pyrophosphate + L-cysteinyl-tRNA(cys).; Similarity: YNL247W of S. cerevisiae belongs to class-I aminoacyl-tRNA synthetase family.; Title: strong similarity to cysteine--tRNA ligase YNL247w - Saccharomyces cerevisiae; See PMID 7619074; See PMID 9523015; See PMID 11347887; uncharacterized protein	join(1236019..1236309,1236368..1236544,1236632..1237932,1238071..1238491)	Aspergillus niger	4987384
An14g05270	CDS	An14g05270	NT_166529.1	1238736	1240036	D	hypothetical protein	join(1238736..1238766,1238976..1239605,1239660..1239841,1239890..1240036)	Aspergillus niger	84593022
An14g05280	CDS	An14g05280	NT_166529.1	1241323	1242465	D	hypothetical protein	join(1241323..1241816,1241874..1242126,1242283..1242465)	Aspergillus niger	4987386
An14g05290	CDS	An14g05290	NT_166529.1	1243033	1245400	D	Function: isp4 of S. pombe is a membrane oligopeptide transporter.; Remark: isp4 of S. pombe was originally identified by subtractive screening as gene induced during the sexual differentiation process.; Similarity: the predicted A. niger protein shows strong similarity to protein isp4 of S. pombe, which belongs to the OPT subfamily of transporters specific for small oligopeptides (from the C. albicans OPT1 gene).; Title: strong similarity to protein isp4p -Schizosaccharomyces pombe; plasma membrane; See PMID 7954893; See PMID 9643541; uncharacterized protein	join(1243033..1243204,1243257..1245400)	Aspergillus niger	4987387
An14g05300	CDS	An14g05300	NT_166529.1	1246059	1248059	R	Complex: YRA1 of S. cerevisiae mediates nuclear export of mRNA by interacting with several other protein factors, like Mex67.; Function: YRA1 of S. cerevisiae is an mRNA-binding protein involved in the nuclear export of mRNA towards the cytoplasm.; Remark: although the gene structure looks strange,the strong similarity to known proteins justify the model.; Similarity: YRA1 S. cerevisiae belongs to the evolutionarily conserved REF (RNA and export factor binding proteins) family of hnRNP-like proteins.; Title: strong similarity to RNA annealing protein Yra1 - Saccharomyces cerevisiae; nucleus; See PMID 9149233; See PMID 10783248; See PMID 10786854; See PMID 11390651; uncharacterized protein	complement(join(1246059..1246061,1246114..1246381,1246438..1246508,1246565..1246729,1247755..1247784,1247841..1248059))	Aspergillus niger	4987388
An14g05310	CDS	An14g05310	NT_166529.1	1249046	1249794	R	Function: the S. cerevisiae homolog Did3p is a class E Vps factor, which function in the maturation of a late endosome/prevacuolar compartment into multivesicular bodies that then fuse with the vacuole.; Remark: DID3 of S. cerevisiae is also called YKL041w.; Remark: S. cerevisiae Did3p is probably involved in the ubiquitin-mediated maturation of multivesicular bodies.; Title: strong similarity to protein involved in vacuolar protein sorting Did3 - Saccharomyces cerevisiae; endosome; See PMID 9606181; See PMID 11029042; uncharacterized protein	complement(join(1249046..1249684,1249747..1249794))	Aspergillus niger	4987389
An14g05320	CDS	An14g05320	NT_166529.1	1250472	1251383	D	Function: WOS2 of S. pombe is a cochaperone protein that interacts with cdc2 in the control of the M-G1 transition.; Similarity: WOS2 of S. pombe belongs to the p23 / wos2 family.; Title: strong similarity to cell cycle regulator p21 protein wos2p - Schizosaccharomyces pombe; See PMID 10581266; uncharacterized protein	join(1250472..1250502,1250695..1251020,1251082..1251246,1251309..1251383)	Aspergillus niger	4987390
An14g05330	CDS	An14g05330	NT_166529.1	1252424	1253709	D	Title: strong similarity to hypothetical protein YOR091w - Saccharomyces cerevisiae; uncharacterized protein	join(1252424..1252483,1252546..1252563,1252670..1252996,1253024..1253220,1253280..1253709)	Aspergillus niger	4987391
An14g05340	CDS	An14g05340	NT_166529.1	1254664	1256304	D	Title: strong similarity to hypothetical protein BH0485 - Bacillus halodurans; uncharacterized protein	join(1254664..1255055,1255126..1255211,1255292..1255971,1256149..1256216,1256262..1256304)	Aspergillus niger	4987392
An14g05350	CDS	An14g05350	NT_166529.1	1257035	1258578	R	Function: ayg1 of A. fumigatus has an unknown function, but it is contained in the gene cluster responsible for conidial pigmentation.; Phenotype: ayg1 null mutants of A. fumigatus have yellowish-green conidia.; Title: strong similarity to hypothetical yellowish-green 1 ayg1 - Aspergillus fumigatus; See PMID 10515939; uncharacterized protein	complement(join(1257035..1257140,1257200..1257273,1257327..1257459,1257516..1258255,1258323..1258397,1258486..1258578))	Aspergillus niger	4987393
An14g05360	CDS	An14g05360	NT_166529.1	1258730	1260052	D	hypothetical protein	join(1258730..1258884,1259005..1259083,1259275..1259610,1259699..1260052)	Aspergillus niger	84593023
An14g05370	CDS	An14g05370	NT_166529.1	1260177	1261898	D	Similarity: the predicted ORF shows very strong similarity to abr1 of A. fumigatus, a gene of the conidial pigmentation gene cluster; abr1 mutants have brown conidia,and the proposed function of abr1 is multicopper oxidase.; Title: strong similarity to cell surface ferroxidase precursor Fet3 - Saccharomyces cerevisiae; plasma membrane; See PMID 8599111; See PMID 9162052; See PMID 9325307; See PMID 9520490; See PMID 10515939; uncharacterized protein	join(1260177..1260512,1260574..1261673,1261691..1261898)	Aspergillus niger	4987395
An14g05380	CDS	An14g05380	NT_166529.1	1262334	1263517	R	Catalytic activity: the D-amino acid oxidase catalyzes the reaction: D-Amino acid + H2O + O2 = 2-Oxo acid + NH3 + H2O2.; Catalytic activity: the D-amino acid oxidase has a wide specificity for D-amino acids, acting also on glycine.; Cofactor: D-amino acid oxidase is a flavoprotein (FAD is the cofactor).; Title: strong similarity to D-amino acid oxidase DAO1 - Trigonopsis variabilis; See PMID 9434346; uncharacterized protein	complement(join(1262334..1262767,1262821..1263517))	Aspergillus niger	4987396
An14g05390	CDS	An14g05390	NT_166529.1	1264342	1265078	R	Title: strong similarity to hypothetical protein CGI-35 - Homo sapiens; uncharacterized protein	complement(join(1264342..1264482,1264539..1264704,1264756..1264982,1265043..1265078))	Aspergillus niger	4987397
An14g05400	CDS	An14g05400	NT_166529.1	1267465	1267854	D	Title: weak similarity to proteinase inhibitor PID -Solanum tuberosum; See PMID 8069493; uncharacterized protein	1267465..1267854	Aspergillus niger	84593024
An14g05410	CDS	An14g05410	NT_166529.1	1268217	1273183	D	Similarity: A. niger EST EMBLEST:BE760323 corresponds to the 3' portion of the last exon and a fragment of the putative 3'-UTR of the gene.; Title: strong similarity to hypothetical protein CAD21189.1 - Neurospora crassa; uncharacterized protein	join(1268217..1268628,1268688..1268811,1268869..1269180,1269235..1270013,1270074..1273183)	Aspergillus niger	4987399
An14g05420	CDS	An14g05420	NT_166529.1	1273780	1275102	R	Title: weak similarity to hypothetical Ena-VASP-like protein - Homo sapiens; uncharacterized protein	complement(1273780..1275102)	Aspergillus niger	4987400
An14g05430	CDS	An14g05430	NT_166529.1	1275392	1276374	R	Similarity: SDR is a very large family of enzymes,most of which are known to be NAD- or NADP-dependent oxidoreductases with different specificities.; Similarity: the predicted ORF shows strong similarity to several hypothetical and described members of the short chain dehydrogenase (SDR) protein family.; Title: similarity to meso-2,3-butanediol dehydrogenase (D-acetoin forming) budC - Klebsiella pneumoniae; See PMID 10389264; See PMID 11169050; See PMID 11173520; See PMID 11375507; uncharacterized protein	complement(join(1275392..1275481,1275551..1275854,1275927..1276222,1276327..1276374))	Aspergillus niger	4987401
An14g05440	CDS	An14g05440	NT_166529.1	1277161	1278231	D	Title: strong similarity to hypothetical protein encoded by An11g07600 - Aspergillus niger; uncharacterized protein	1277161..1278231	Aspergillus niger	4987402
An14g05450	CDS	An14g05450	NT_166529.1	1278656	1279429	D	Title: strong similarity to hypothetical protein encoded by An08g11330 - Aspergillus niger; uncharacterized protein	1278656..1279429	Aspergillus niger	4987403
An14g05460	CDS	An14g05460	NT_166529.1	1280464	1281882	D	Title: similarity to hypothetical protein YHR040w -Saccharomyces cerevisiae; uncharacterized protein	join(1280464..1280513,1280603..1280840,1280898..1281091,1281174..1281882)	Aspergillus niger	4987404
An14g05470	CDS	An14g05470	NT_166529.1	1282558	1284121	R	Function: enterophilins are a new family of proteins with unknown function associated with enterocyte differentiation in C. porcellus.; Title: weak similarity to hypothetical enterophilin-2L - Cavia porcellus; See PMID 11278568; uncharacterized protein	complement(join(1282558..1283318,1283371..1284121))	Aspergillus niger	4987405
An14g05480	CDS	An14g05480	NT_166529.1	1285832	1286038	D	hypothetical protein	1285832..1286038	Aspergillus niger	84593025
An14g05490	CDS	An14g05490	NT_166529.1	1286919	1288175	D	Title: weak similarity to precursor of licheninase -Bacillus polymyxa; See PMID 1938968; uncharacterized protein	1286919..1288175	Aspergillus niger	4987407
An14g05500	CDS	An14g05500	NT_166529.1	1288908	1292764	R	Similarity: the BLASTP alignment is very nice, but limited to the C-terminal part of the predicted ORF.; Title: similarity to axin-associating molecule Axam - Rattus norvegicus; See PMID 10944533; uncharacterized protein	complement(join(1288908..1289602,1289677..1292764))	Aspergillus niger	4987408
An14g05510	CDS	An14g05510	NT_166529.1	1293340	1295159	R	Function: YSR3 of S. cerevisiae is involved in regulating ceramide and phosphorylated sphingoid base levels, and modulates stress responses through sphingolipid metabolites.; Remark: YSR3 of S. cerevisiae is also called YKR053c.; Similarity: A. niger EST EMBLEST:BE760128 comprises part of the putative 5'-UTR of the gene and part of exon 1.; Title: strong similarity to dihydrosphingosine-1-phosphate phosphatase Ysr3 -Saccharomyces cerevisiae; See PMID 9041652; See PMID 9195906; See PMID 9353337; See PMID 9419344; uncharacterized protein	complement(join(1293340..1293390,1293441..1293876,1293965..1294735,1294816..1295159))	Aspergillus niger	4987409
An14g05520	CDS	An14g05520	NT_166529.1	1296334	1297073	R	Title: questionable ORF; uncharacterized protein	complement(join(1296334..1296499,1296600..1296654,1296831..1296885,1296978..1297073))	Aspergillus niger	84593026
An14g05530	CDS	An14g05530	NT_166529.1	1297919	1298727	D	Remark: RHO1 gene encodes a low-molecular-weight GTPase. one of its recently identified functions is the regulation of beta-1,3-glucan synthase, which synthesizes the main component of the fungal cell wall.; Similarity: belongs to the ras transforming proteins.; Title: strong similarity to GTP-binding protein rho1 from patent WO9738129-A1 - Candida sp.; See PMID 9401032; uncharacterized protein	join(1297919..1298041,1298105..1298308,1298368..1298727)	Aspergillus niger	4987411
An14g05540	CDS	An14g05540	NT_166529.1	1298787	1300065	R	Title: similarity to essential protein #328 from patent WO200286090-A2 - Aspergillus fumigatus; uncharacterized protein	complement(join(1298787..1298948,1299032..1299056,1299500..1299675,1299976..1300065))	Aspergillus niger	4987412
An14g05550	CDS	An14g05550	NT_166529.1	1300852	1302069	D	Remark: this ORF is a putative alginate lyase by homology.; Similarity: belongs to the NADPH:quinone reductase and related Zn-dependent oxidoreductases.; Similarity: the ORF shows similarity to several oxidoreductases with different specificities.; Title: strong similarity to protein from patent WO0100844-A - Corynebacterium glutamicum; uncharacterized protein	join(1300852..1300952,1301009..1301055,1301138..1301639,1301688..1302069)	Aspergillus niger	4987413
An14g05560	CDS	An14g05560	NT_166529.1	1302371	1303362	R	hypothetical protein	complement(join(1302371..1302459,1302546..1302601,1302700..1302768,1302879..1302965,1303242..1303317,1303356..1303362))	Aspergillus niger	84593027
An14g05570	CDS	An14g05570	NT_166529.1	1304488	1305964	R	Title: similarity to EST an_3478 - Aspergillus niger; uncharacterized protein	complement(join(1304488..1305171,1305595..1305750,1305899..1305964))	Aspergillus niger	84593028
An14g05580	CDS	An14g05580	NT_166529.1	1306468	1307290	D	hypothetical protein	join(1306468..1306953,1307000..1307290)	Aspergillus niger	4987416
An14g05590	CDS	An14g05590	NT_166529.1	1307906	1309024	D	Remark: similarity to human sequence 203 from patent WO0129221-A/203.; Remark: this ORF represemnts a putative DNA repair protein.; Title: similarity to sequence 203 from patent WO0129221-A - Homo sapiens; uncharacterized protein	join(1307906..1308716,1308765..1309024)	Aspergillus niger	4987417
An14g05600	CDS	An14g05600	NT_166529.1	1309096	1310146	R	Title: similarity to hypothetical D-alanine-D-alanine ligase B - Aquifex aeolicus; uncharacterized protein	complement(join(1309096..1309263,1309310..1310146))	Aspergillus niger	4987418
An14g05610	CDS	An14g05610	NT_166529.1	1310564	1312677	R	Title: questionable ORF; uncharacterized protein	complement(join(1310564..1310707,1310805..1310990,1311171..1311219,1311711..1311848,1312237..1312436,1312672..1312677))	Aspergillus niger	84593029
An14g05620	CDS	An14g05620	NT_166529.1	1312702	1313779	D	Title: similarity to EST an_2924 - Aspergillus niger; uncharacterized protein	join(1312702..1312959,1313077..1313379,1313516..1313779)	Aspergillus niger	84593030
An14g05630	CDS	An14g05630	NT_166529.1	1314054	1315971	R	Catalytic activity: ATP + 4-coumarate + CoA = AMP + pyrophosphate + 4-coumaroyl-CoA.; Pathway: flavonoids, stilbene and lignin biosynthesis.; Remark: the phenylpropanoid enzyme 4-coumarate:coenzyme A ligase (4CL) plays a key role in general phenylpropanoid metabolism. 4CL is related to a larger class of prokaryotic and eukaryotic adenylate-forming enzymes and shares several conserved peptide motifs with these enzymes.; Similarity: belongs to the Acyl-CoA synthetases (AMP-forming)/AMP-acid ligases II.; Title: strong similarity to 4-coumarate-CoA ligase 3 4CL3 - Populus balsamifera; See PMID 11405227; uncharacterized protein	complement(join(1314054..1314612,1314665..1315081,1315168..1315604,1315661..1315798,1315879..1315971))	Aspergillus niger	4987421
An14g05640	CDS	An14g05640	NT_166529.1	1316053	1317198	R	hypothetical protein	complement(join(1316053..1316191,1316239..1316439,1316487..1316579,1316643..1316833,1316932..1317057,1317178..1317198))	Aspergillus niger	84593031
An14g05650	CDS	An14g05650	NT_166529.1	1317493	1322119	D	hypothetical protein	join(1317493..1317609,1317730..1317787,1317869..1318025,1318088..1318191,1318653..1318805,1318909..1319045,1319272..1319387,1319464..1319583,1319671..1319737,1319823..1320010,1320140..1320272,1320693..1320811,1320875..1320961,1321055..1321360,1321407..1321552,1321618..1321786,1321984..1322119)	Aspergillus niger	84593032
An14g05660	CDS	An14g05660	NT_166529.1	1322404	1323199	D	Title: questionable ORF; uncharacterized protein	join(1322404..1322561,1322907..1323009,1323095..1323199)	Aspergillus niger	84593033
An14g05670	CDS	An14g05670	NT_166529.1	1323769	1325511	D	Remark: the Japanese pear pathotype of Alternaria alternata produces host-specific AK-toxin and causes black spot of Japanese pear. Transformation of the wild type with AKTR-1- and AKT3-1-targeting vectors produced toxin-deficient (Tox-), nonpathogenic mutants.; Title: similarity to AK-toxin regulating protein AktR-1 - Alternaria alternata; See PMID 10975654; uncharacterized protein	join(1323769..1324998,1325068..1325511)	Aspergillus niger	4987425
An14g05680	CDS	An14g05680	NT_166529.1	1325867	1326444	D	hypothetical protein	join(1325867..1326105,1326170..1326284,1326337..1326384,1326427..1326444)	Aspergillus niger	84593034
An14g05690	CDS	An14g05690	NT_166529.1	1328983	1330128	D	Title: questionable ORF; uncharacterized protein	join(1328983..1329020,1329234..1329284,1329550..1329775,1329895..1330128)	Aspergillus niger	84593035
An14g05700	CDS	An14g05700	NT_166529.1	1330248	1331258	R	Title: strong similarity to hypothetical protein encoded by An01g10130 - Aspergillus niger; uncharacterized protein	complement(join(1330248..1330362,1330458..1330535,1330841..1330971,1331072..1331146,1331187..1331258))	Aspergillus niger	84593036
An14g05710	CDS	An14g05710	NT_166529.1	1332485	1333312	R	Similarity: although the similarity to Rhp16 of S. pombe is weak, some motifs in the predicted ORF suggest that it might be involved in DNA binding and repair.; Title: weak similarity to RAD16 nucleotide excision repair protein homolog rhp16p - Schizosaccharomyces pombe; See PMID 8879272; See PMID 10446227; uncharacterized protein	complement(join(1332485..1332549,1332607..1332781,1332860..1333080,1333219..1333312))	Aspergillus niger	84593037
An14g05720	CDS	An14g05720	NT_166529.1	1333904	1335240	D	hypothetical protein	join(1333904..1334034,1334125..1334209,1334431..1334554,1334595..1334745,1334792..1334902,1334974..1335026,1335119..1335240)	Aspergillus niger	84593038
An14g05730	CDS	An14g05730	NT_166529.1	1335429	1336788	R	Function: PTH11 of M. grisea is required for appressorium differentiation in response to inductive surface cues.; Function: as do most fungal plant pathogens, M. grisea differentiates an infection structure specialized for host penetration called the appressorium.; Phenotype: M. grisea cells null mutant for PTH11 are no more pathogenic.; Similarity: the length of the predicted ORF is only one half of the M. grisea PTH11.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(1335429..1335786,1335837..1336309,1336372..1336439,1336489..1336525,1336578..1336597,1336647..1336658,1336734..1336788))	Aspergillus niger	4987431
An14g05740	CDS	An14g05740	NT_166529.1	1337498	1338678	R	hypothetical protein	complement(join(1337498..1337650,1337723..1337953,1338026..1338104,1338205..1338541,1338627..1338678))	Aspergillus niger	84593039
An14g05750	CDS	An14g05750	NT_166529.1	1338760	1340137	D	Catalytic activity: OPR3 of A. thaliana catalyzes the reaction: 8-[(1R,2R)-3-Oxo-2-{(Z)-pent-2-enyl}cyclopentyl]octanoate + NADP+ = (15Z)-12-Oxophyto-10,15-dienoate + NADPH.; Phenotype: A. thaliana ORP3 null mutants are male-sterile due to defects in pollen release caused by a delay in the stomium degeneration program.; Remark: Jasmonic acid (JA) and its precursor 12-oxophytodienoic acid (OPDA) act as plant growth regulators and mediate responses to environmental cues.; Title: strong similarity to 12-oxo-phytodienoate reductase OPR3 - Arabidopsis thaliana; See PMID 10899973; See PMID 10973494; uncharacterized protein	join(1338760..1339017,1339080..1339715,1339766..1340137)	Aspergillus niger	4987433
An14g05760	CDS	An14g05760	NT_166529.1	1340292	1341359	R	Catalytic activity: chnA of Acinetobacter catalyzes the reaction: Cyclohexanol + NAD+ <=> Cyclohexanone + NADH.; Similarity: the gene model structure is confirmed by A. niger EST EMBLEST:BE759160, which covers exons 1 to 3.; Title: strong similarity to cyclohexanol dehydrogenase chnA - Acinetobacter sp.; See PMID 10940013; uncharacterized protein	complement(join(1340292..1340481,1340533..1340585,1340636..1340658,1340715..1340827,1340881..1341241,1341311..1341359))	Aspergillus niger	4987434
An14g05765	CDS	An14g05765	NT_166529.1	1342186	1342566	R	Title: strong similarity to EST an_3120 -Aspergillus niger; uncharacterized protein	complement(1342186..1342566)	Aspergillus niger	4987435
An14g05780	CDS	An14g05780	NT_166529.1	1344057	1345547	D	Function: the S. cerevisiae ERG4 gene encodes sterol C-24(28) reductase which catalyzes the final step in the biosynthesis of ergosterol.; Remark: ergosterol is the precursor of vitamin D2.; Title: strong similarity to sterol C-24 reductase Erg4 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 7791529; See PMID 8125337; See PMID 9630650; See PMID 10722850; See PMID 1882553; uncharacterized protein	join(1344057..1344871,1344922..1345253,1345303..1345547)	Aspergillus niger	4987436
An14g05790	CDS	An14g05790	NT_166529.1	1345923	1348227	R	Similarity: the predicted protein shows similarity to several putative and described fungal transcription factors; their common feature is the presence of a typical binuclear cluster zinc-finger, responsible for DNA binding,which is not well conserved in the predicted protein.; Title: weak similarity to transcription activator prnA - Aspergillus nidulans; See PMID 9622360; uncharacterized protein	complement(join(1345923..1346346,1346395..1346630,1346681..1347121,1347160..1347455,1347502..1347891,1347972..1348038,1348177..1348227))	Aspergillus niger	4987437
An14g05800	CDS	aguA	NT_166529.1	1348819	1351344	D	Function: hydrolysis of alpha-D-1,2-(4-O-methyl)glucuronosyl links in the main chain of hardwood xylans.; Gene-ID: aguA; See PMID 10376490; alpha-glucuronidase aguA-Aspergillus niger	1348819..1351344	Aspergillus niger	4987438
An14g05810	CDS	An14g05810	NT_166529.1	1352109	1353398	D	Complex: GCN5 of S. cerevisiae is a component of the SAGA complex, which posseses histone acetylation function and is important for transcription in vivo.; Function: GCN5 of S. cerevisiae and many other organisms acetylates histones H3 and H4 non-randomly at specific lysines, causing chromatin remodelling during transcriptional activation.; Similarity: in the C-terminal part of the protein there is a bromodomain, which function may be to tether type A histone acetyltransferase to the chromatin during gene activation.; Title: strong similarity to histone acetyltransferase Gcn5 - Saccharomyces cerevisiae; nucleus; See PMID 7862114; See PMID 7957049; See PMID 8601304; See PMID 8805705; See PMID 8943299; uncharacterized protein	join(1352109..1352297,1352346..1353398)	Aspergillus niger	4987439
An14g05820	CDS	An14g05820	NT_166529.1	1354497	1357856	D	Catalytic activity: hydrolysis of terminal,non-reducing beta-d-galactose residues in beta-d-galactosides.; Function: cleaves beta-linked terminal galactosyl residues from gangliosides, glycoproteins, and glycosaminoglycans.; Remark: beta-galactosidase of A. niger has been already patented under patentnumber WO9010703 and WO9716555-A1.; Similarity: belongs to family 35 of glycosyl hydrolases.; Similarity: the absence of nice BLASTN alignments,demonstrates that the predicted ORF is just an homologue of the already described beta-galactosidase of A. niger.; Title: strong similarity to beta-galactosidase lacA - Aspergillus niger; extracellular/secretion proteins; See PMID 1368193; uncharacterized protein	join(1354497..1355114,1355160..1355325,1355375..1355504,1355567..1355675,1355744..1357550,1357639..1357856)	Aspergillus niger	4987440
An14g05830	CDS	An14g05830	NT_166529.1	1358026	1359819	R	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Similarity: the similarity to het-e1 involves only the N-terminal half of the predicted protein.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 7557402; See PMID 9435787; See PMID 10875280; See PMID 10974123; uncharacterized protein	complement(1358026..1359819)	Aspergillus niger	4987441
An14g05840	CDS	An14g05840	NT_166529.1	1360819	1362298	R	Catalytic activity: A. flavus omtB converts demethylsterigmatocystin (DMST) to sterigmatocystin (ST) and dihydrodemethylsterigmatocystin (DHDMST) to dihydrosterigmatocystin (DHST).; Function: A. flavus omtB is a demethylsterigmatocystin 6-O-methyltransferase involved in aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Title: strong similarity to O-methyltransferase omtB - Aspergillus flavus; See PMID 10806361; uncharacterized protein	complement(join(1360819..1361180,1361243..1361699,1361752..1361864,1361924..1362050,1362101..1362298))	Aspergillus niger	4987442
An14g05850	CDS	An14g05850	NT_166529.1	1363262	1364784	D	Function: PTH11 of M. grisea is required for appressorium differentiation in response to inductive surface cues.; Function: as do most fungal plant pathogens, M. grisea differentiates an infection structure specialized for host penetration called the appressorium.; Phenotype: M. grisea cells null mutant for PTH11 are no more pathogenic.; Similarity: the similarity to PTH11 of M. grisea is limited to the N-terminal half of the predicted ORF.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(1363262..1363856,1363910..1364027,1364075..1364235,1364289..1364322,1364379..1364784)	Aspergillus niger	4987443
An14g05860	CDS	An14g05860	NT_166529.1	1365162	1366817	D	hypothetical protein	1365162..1366817	Aspergillus niger	84593040
An14g05870	CDS	An14g05870	NT_166529.1	1367551	1368718	D	Function: PTH11 of M. grisea is required for appressorium differentiation in response to inductive surface cues.; Function: as do most fungal plant pathogens, M. grisea differentiates an infection structure specialized for host penetration called the appressorium.; Phenotype: M. grisea cells null mutant for PTH11 are no more pathogenic.; Similarity: the length of the predicted ORF is only one half of the M. grisea PTH11.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(1367551..1367740,1367795..1367862,1367916..1368295,1368357..1368421,1368480..1368718)	Aspergillus niger	4987445
An14g05880	CDS	An14g05880	NT_166529.1	1369848	1371296	D	Similarity: the central part of the predicted ORF shows only weak similarity to N. crassa B9I2. 20.; Title: strong similarity to hypothetical conserved protein B9I2.20 - Neurospora crassa; uncharacterized protein	join(1369848..1370138,1370202..1370723,1370807..1370860,1370970..1371296)	Aspergillus niger	4987446
An14g05890	CDS	An14g05890	NT_166529.1	1371585	1373266	D	Remark: CLA compounds(cis,trans)-9,11-linoleic acid and (trans, cis)-10,12-linoleic acid are recognised nutritional supplements and effective inhibitors of epidermal carcinogenesis and forestomach neoplasia; furthermore CLA has also been shown to prevent adverse effects caused by immune stimulation in chicks, mice and rats, and has been shown to decrease the ratio of low density lipoprotein cholesterol to high density lipoprotein cholesterol.; Remark: the linoleate isomerase is used in a method for producing conjugated linoleic/linolenic acid (CLA) from oils such as sunflower oil, safflower oil, corn oil,linseed oil, etc.; Similarity: the N-terminal part of the prediction ORF shows also weak similarity to some oxidoreductases.; Similarity: the patented protein, as well as the predicted ORF, show strong similarity to the 67 kDa myosin-crossreactive streptococcal antigen of Streptococcus pyogenes, a protein with unknown function, but involved in the pathogenesis of streptococcal infections.; Title: strong similarity to linoleate isomerase protein sequence PCLA591 from patent WO9932604-A1 -Lactobacillus reuteri; See PMID 8188369; uncharacterized protein	join(1371585..1372144,1372201..1373266)	Aspergillus niger	4987447
An14g05900	CDS	An14g05900	NT_166529.1	1374138	1376042	R	Similarity: other BLASTP hits are explained by the relatively high content of low-complexity regions.; Title: strong similarity to hypothetical protein B14D6.80 - Neurospora crassa; uncharacterized protein	complement(join(1374138..1374185,1374264..1376042))	Aspergillus niger	4987448
An14g05910	CDS	An14g05910	NT_166529.1	1376261	1377772	R	Function: ALG2 of S. cerevisiae is involved in N-glycosylation, converting man[2]glcnac-pp-dolichol to man[3]glcnac-pp-dolichol.; Title: strong similarity to mannosyltransferase Alg2 - Saccharomyces cerevisiae; See PMID 2660743; See PMID 8400550; uncharacterized protein	complement(join(1376261..1376868,1376959..1377383,1377405..1377772))	Aspergillus niger	4987449
An14g05920	CDS	An14g05920	NT_166529.1	1378654	1384222	R	Function: kinesins are microtubule-dependent motor proteins, involved in organelle transport, in mitosis and meiosis, and in the transport of synaptic vesicles along axons of animal neurons.; Similarity: the closest homologues, comprising XCENP-E of X. laevis, are involved in driving congression of chromosomes to the metaphase plate.; Similarity: the main feature of the predicted ORF is to contain, in the N-terminal half, several kinesin-like domains, explaining the strong similarity to several different kinesin-like proteins.; Similarity: the predicted ORF has just half of the length of XCENP-E of X. laevis; the best homologue, having also a corresponding length, is a N. crassa hypothetical protein.; Title: strong similarity to kinesin-related protein XCENP-E - Xenopus laevis; See PMID 9363944; uncharacterized protein	complement(join(1378654..1379193,1379254..1383306,1383363..1383538,1383595..1383918,1384063..1384222))	Aspergillus niger	4987450
An14g05930	CDS	An14g05930	NT_166529.1	1384930	1386473	R	Similarity: the similarity to NAB2 of M. musculus is weak, and the gene structure of the predicted ORF is questionable.; Title: weak similarity to NGFI-A binding protein 2 NAB2 - Mus musculus; See PMID 7624335; See PMID 8668170; uncharacterized protein	complement(join(1384930..1385065,1385545..1385643,1385730..1385988,1386434..1386473))	Aspergillus niger	84593041
An14g05940	CDS	An14g05940	NT_166529.1	1387200	1388767	R	Similarity: very weak similarity to a fragment of protein SEQ ID NO:917 of patent n. WO200042171-A1 of Eucalyptus grandis.; Title: questionable ORF; uncharacterized protein	complement(join(1387200..1387307,1387378..1387482,1387576..1387635,1387722..1388033,1388407..1388472,1388565..1388666,1388741..1388767))	Aspergillus niger	84593042
An14g05950	CDS	An14g05950	NT_166529.1	1389751	1391260	R	Similarity: a short stretch of amino acids of the predicted ORF shows some weak similarity to an A. thaliana hypothetical protein.; hypothetical protein	complement(join(1389751..1390599,1390647..1391003,1391237..1391260))	Aspergillus niger	84593043
An14g05960	CDS	An14g05960	NT_166529.1	1392040	1393661	R	Catalytic activity: H2O + agmatine <=> urea + putrescine.; Complex: agmatinase of E. coli is a homodimer of the speB gene product.; Function: agmatinase of E. coli is part of the second putrescine biosynthetic pathway; it also represents the only pathway for urea biosynthesis in E. coli as no urease is present.; Similarity: the predicted ORF shows much stronger similarity to putative agmatinases of N. crassa and S. pombe.; Title: strong similarity to agmatinase speB -Escherichia coli; See PMID 2153656; See PMID 1310091; uncharacterized protein	complement(join(1392040..1392124,1392184..1392334,1392388..1392480,1392533..1392750,1392799..1393020,1393070..1393153,1393217..1393307,1393380..1393476,1393527..1393661))	Aspergillus niger	4987454
An14g05970	CDS	An14g05970	NT_166529.1	1394612	1396194	R	Title: strong similarity to hypothetical protein SPAC11D3.06 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1394612..1395540,1395609..1396194))	Aspergillus niger	4987455
An14g05980	CDS	An14g05980	NT_166529.1	1397459	1398928	D	Function: TPO3 of S. cerevisiae is a vacuolar polyamine transporter, that controlls the cytoplasmic spermine content.; Phenotype: S. cerevisiae cells in which TPO3 was disrupted showed an increased sensitivity to polyamine toxicity and a decrease in polyamine uptake activity and polyamine content in vacuoles.; Phenotype: S. cerevisiae cells overexpressing TPO3 were resistant to polyamine toxicity and showed an increase in polyamine uptake activity and polyamine content in vacuoles.; Remark: TPO3 of S. cerevisiae is also called YPR156c or P9584. 7.; Similarity: the predicted ORF is 125 amino acids longer at the N-terminus than TPO3 of S. cerevisiae.; Title: strong similarity to polyamine transport protein Tpo3 - Saccharomyces cerevisiae; uncharacterized protein	join(1397459..1398011,1398055..1398156,1398213..1398928)	Aspergillus niger	4987456
An14g05990	CDS	An14g05990	NT_166529.1	1399876	1402625	R	Title: weak similarity to spindle pole body-associated protein sad1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1399876..1402055,1402143..1402213,1402299..1402336,1402482..1402625))	Aspergillus niger	4987457
An14g06000	CDS	An14g06000	NT_166529.1	1403233	1405440	R	Function: MDV1 of S. cerevisiae is involved in the mitochondrial membrane fission event by regulating the assembly of Dnm1p, a dynamin-related GTPase, into punctate structures at the outer mitochondrial membrane.; Phenotype: the mitochondrial fission is blocked in S. cerevisiae MDV null mutants and mitochondrial membranes form nets.; Remark: is also called YJL112w, NET2, FIS2 or GAG3.; Title: strong similarity to mitochondrial fission protein Mdv1 - Saccharomyces cerevisiae; See PMID 11038182; See PMID 11038183; uncharacterized protein	complement(join(1403233..1403508,1403560..1404350,1404416..1404616,1404671..1405271,1405354..1405440))	Aspergillus niger	4987458
An14g06010	CDS	An14g06010	NT_166529.1	1406227	1407310	D	Catalytic activity: chorismate mutases convert chorismate <=> prephenate.; Function: aroC of A. nidulans is an allosterically regulated chorismate mutase acting at the first branch point of aromatic amino acid biosynthesis to generate prephenate.; Induction: tryptophan acts as heterotropic activator of aroC from A. nidulans.; Repression: tyrosine act as negative acting,heterotropic feedback-inhibitor of aroC from A. nidulans.; Title: strong similarity to chorismate mutase aroC -Aspergillus nidulans; cytoplasm; See PMID 10428795; uncharacterized protein	join(1406227..1406297,1406525..1407176,1407233..1407310)	Aspergillus niger	4987459
An14g06020	CDS	An14g06020	NT_166529.1	1407511	1408536	R	Similarity: the ORF shows similarity to putative cdk inhibotor p21 binding protein TOK-1 of H. sapiens.; Title: strong similarity to hypothetical cdk inhibitor p21 binding protein SPCC613.08 -Schizosaccharomyces pombe; uncharacterized protein	complement(join(1407511..1408065,1408124..1408360,1408453..1408536))	Aspergillus niger	4987460
An14g06030	CDS	An14g06030	NT_166529.1	1409190	1409388	D	Remark: the predicted ORF is only 45 amino acids long.; hypothetical protein	join(1409190..1409226,1409288..1409388)	Aspergillus niger	84593044
An14g06040	CDS	An14g06040	NT_166529.1	1410910	1411866	R	Similarity: the predcited ORF is 96 amino acids longer at the N-terminus than the hypothetical protein SPBC17D11. 03c of S. pombe.; Title: weak similarity to hypothetical protein SPBC17D11.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(1410910..1411866)	Aspergillus niger	4987462
An14g06050	CDS	An14g06050	NT_166529.1	1412375	1412886	D	Title: weak similarity to hypothetical protein B10H18.060 - Neurospora crassa; uncharacterized protein	join(1412375..1412713,1412785..1412886)	Aspergillus niger	4987463
An14g06060	CDS	An14g06060	NT_166529.1	1413324	1414490	R	Function: TTP1 of S. cerevisiae is involved in the transfer of mannose residues to the mannans of glycoproteins during maturation in the Golgi.; Function: the correct mannosylation of proteins by TTP1 of S. cerevisiae is essential for growth and morphogenesis.; Golgi; Phenotype: the N-linked sugar residues in the S. cerevisiae TTP1 null mutant lack the main alpha-1,2-linked branches of the mannan.; Remark: TTP1 of S. cerevisiae is also called mnn2 or YBR015C.; Title: strong similarity to alpha-1,2-mannosyltransferase Ttp1 - Saccharomyces cerevisiae; See PMID 9413431; See PMID 9756928; See PMID 9878809; uncharacterized protein	complement(1413324..1414490)	Aspergillus niger	4987464
An14g06070	CDS	An14g06070	NT_166529.1	1416586	1420930	D	Title: similarity to hypothetical protein CAD11325.1 - Neurospora crassa; uncharacterized protein	join(1416586..1416669,1416712..1418955,1419271..1419404,1419511..1419519,1419708..1419769,1419884..1420062,1420272..1420312,1420454..1420490,1420640..1420687,1420741..1420775,1420837..1420930)	Aspergillus niger	4987465
An14g06080	CDS	An14g06080	NT_166529.1	1421438	1422723	D	hypothetical protein	join(1421438..1421552,1421633..1421968,1422066..1422159,1422245..1422380,1422445..1422496,1422608..1422723)	Aspergillus niger	84593045
An14g06090	CDS	An14g06090	NT_166529.1	1425131	1426306	D	hypothetical protein	1425131..1426306	Aspergillus niger	4987467
An14g06100	CDS	An14g06100	NT_166529.1	1427396	1428620	R	Title: strong similarity to hypothetical protein BAC71605.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(1427396..1427666,1427886..1428423,1428524..1428620))	Aspergillus niger	4987468
An14g06110	CDS	An14g06110	NT_166529.1	1428851	1431115	D	Title: weak similarity to gene expression regulator At221 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	join(1428851..1429763,1429814..1430240,1430291..1430579,1430639..1431115)	Aspergillus niger	4987469
An14g06120	CDS	An14g06120	NT_166529.1	1431453	1432482	R	hypothetical protein	complement(join(1431453..1431588,1431692..1431803,1431916..1432004,1432234..1432340,1432384..1432482))	Aspergillus niger	84593046
An14g06130	CDS	An14g06130	NT_166529.1	1433981	1435689	R	Remark: the predicted protein sequence of the ORF contains a poly-asparagine stretch, that shows unspecific homology to several asparagine-rich proteins.; Title: strong similarity to hypothetical protein encoded by An06g01430 - Aspergillus niger; uncharacterized protein	complement(join(1433981..1434993,1435077..1435689))	Aspergillus niger	84593047
An14g06140	CDS	An14g06140	NT_166529.1	1436424	1438574	D	Title: strong similarity to hypothetical protein encoded by An14g07070 - Aspergillus niger; uncharacterized protein	join(1436424..1436475,1436606..1437114,1437282..1437357,1437418..1437853,1437919..1438078,1438150..1438249,1438318..1438574)	Aspergillus niger	4987472
An14g06150	CDS	An14g06150	NT_166529.1	1438731	1443915	R	Function: the insecticidal toxin of P. luminescens has activity against Lepidopteran insects such as Cabbage Looper (Trichoplusia ni), European Corn Borer (Ostrinia nubialis) and Fall Armyworm (Spodoptera frugiperda) and also against Coleopteran insects (e. g., Colorado Potato Beetle, Leptinotarsa decimlineata).; Similarity: the ORF shows similarity to the probable nematicidal protein 2 xnp2 of X. bovienii, which is believed to mediate cell lysis in nematodes.; Title: strong similarity to insecticidal toxin from patent WO9942589-A2 - Photorhabdus luminescens; See PMID 11375158; uncharacterized protein	complement(join(1438731..1438771,1438811..1438861,1439046..1443915))	Aspergillus niger	4987473
An14g06160	CDS	An14g06160	NT_166529.1	1445804	1446799	D	Title: strong similarity to hypothetical protein encoded by An08g09580 - Aspergillus niger; uncharacterized protein	1445804..1446799	Aspergillus niger	4987474
An14g06170	CDS	An14g06170	NT_166529.1	1447723	1449839	D	Remark: alignment of A. niger ESTs with similarity to the predicted protein indicates alternative splicing.; Similarity: additionally, the ORF shows similarity to similarity to EST an_3586 (EMBLEST:BE759248) of Aspergillus niger.; Title: similarity to hypothetical protein AAK62875.1 - Microscilla sp.; uncharacterized protein	join(1447723..1448071,1448173..1448546,1448913..1449006,1449251..1449385,1449499..1449839)	Aspergillus niger	84593048
An14g06180	CDS	An14g06180	NT_166529.1	1450824	1452870	D	Function: KIF1A of H. sapiens is a motor protein for the anterograde axonal transport of synaptic vesicles by using the hydrolysis of ATP to generate force and movement along their cellular tracks, the microtubules.; Remark: KIF1A of H. sapiens is also called ATSV.; Similarity: the ORF show similarity to the N-terminal region of KIF1A from H. sapiens, which does not include the FHA domain, that is a putative nuclear signalling domain and the 'pleckstrin homology' (PH) domain, which is a domain that occurs in a wide range of proteins involved in intracellular signaling, but the region inculdes the motor domain.; Title: strong similarity to kinesin motor protein KIF1A - Homo sapiens; See PMID 10660047; See PMID 11163129; See PMID 7539720; uncharacterized protein	join(1450824..1451112,1451183..1452870)	Aspergillus niger	4987476
An14g06190	CDS	An14g06190	NT_166529.1	1453399	1455729	D	Remark: alternative splicing for murine proteins described.; Similarity: shows only partial similarity to protein of S. cerevisiae.; Similarity: shows stronger similarity to undescribed translation initiation factors of several species.; Title: similarity to translation initiation factor eIF2B 71 kDa delta subunit Gcd2 - Saccharomyces cerevisiae; cytoplasm; See PMID 9472020; See PMID 2038326; uncharacterized protein	join(1453399..1455093,1455214..1455275,1455326..1455356,1455394..1455729)	Aspergillus niger	4987477
An14g06200	CDS	An14g06200	NT_166529.1	1456327	1458507	R	Complex: DNA polymerase alpha in a complex with DNA primase is a replicative polymerase.; Function: POL12 is involved in stimulation of formation of Holliday junctions.; Function: POL12 is required for initiation of DNA replication at a stage before the hydroxyurea step.; Title: strong similarity to DNA-directed DNA polymerase alpha 70 KD subunit Pol12 - Saccharomyces cerevisiae; nucleus; See PMID 9230305; uncharacterized protein	complement(join(1456327..1456407,1456459..1456581,1456639..1457932,1458176..1458507))	Aspergillus niger	4987478
An14g06210	CDS	An14g06210	NT_166529.1	1458912	1460101	D	Function: PDR16 and PDR17 control levels of various lipids in various compartments of the cell and thereby provide a mechanism for multidrug resistance unrecognized so far.; Function: deletion of PDR16 resulted in hypersensitivity of yeast to azole inhibitors of ergosterol biosynthesis.; Title: strong similarity to protein involved in lipid biosynthesis and multidrug resistance Pdr16 -Saccharomyces cerevisiae; See PMID 9890948; uncharacterized protein	join(1458912..1459731,1459779..1460101)	Aspergillus niger	4987479
An14g06220	CDS	An14g06220	NT_166529.1	1461382	1463037	D	Function: patented protein SNF4 is involved in carbon catabolite repression in plants and seeds.; Similarity: shows also strong similarity to regulatory protein SNF4 of S. cerevisiae.; Title: strong similarity to sucrose non-fermenting 4 protein SNF4 from patent WO200036116-A2 - Glycine max; nucleus; uncharacterized protein	join(1461382..1461435,1461733..1461860,1461934..1462097,1462151..1462507,1462566..1462675,1462724..1462886,1462937..1463037)	Aspergillus niger	4987480
An14g06230	CDS	An14g06230	NT_166529.1	1463619	1466698	D	Similarity: hypothetical protein of S. aureus is similar to streptococcal hemagglutinin protein.; Similarity: shows only partial similarity to proteins containing high content of repetitive sequences.; Title: weak similarity to hypothetical protein CAE76144.1 - Neurospora crassa; uncharacterized protein	join(1463619..1464567,1464629..1465731,1466418..1466627,1466681..1466698)	Aspergillus niger	4987481
An14g06240	CDS	An14g06240	NT_166529.1	1466920	1468629	R	Function: PEK phosphorylates eukaryotic translation initiation factor-2 alpha.; Function: the present sequence of R. spec. encodes a pancreatic eukaryotic translation initiation factor-2 alpha kinase (PEK).; Similarity: shows only partial similarity to hypothetical proteins and to PEK.; Title: weak similarity to eukaryotic translation initiation factor-2 alpha kinase PEK from patent WO9938994-A1 - Rattus sp.; uncharacterized protein	complement(join(1466920..1467116,1467160..1467498,1467704..1467788,1467865..1467963,1468040..1468234,1468329..1468409,1468540..1468629))	Aspergillus niger	84593049
An14g06250	CDS	An14g06250	NT_166529.1	1468756	1469781	D	Similarity: similarity to S. pombe transcription factor is restricted to middle part and carboxyterminus.; Title: weak similarity to transcription factor atf21p - Schizosaccharomyces pombe; nucleus; See PMID 10102365; See PMID 8824587; uncharacterized protein	1468756..1469781	Aspergillus niger	4987483
An14g06260	CDS	An14g06260	NT_166529.1	1470619	1471803	R	Function: QUTD is a quinate permease.; Function: belongs to the superfamily of maltose transport protein MAL61.; Similarity: similarity to quinate transport proteins resticted to middle part and carboxyterminus.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; See PMID 2976880; uncharacterized protein	complement(1470619..1471803)	Aspergillus niger	4987484
An14g06270	CDS	An14g06270	NT_166529.1	1472588	1474689	R	Similarity: shows only partial similarity to proteins containing Zn(2)-Cys(6) zinc-finger domains.; Title: weak similarity to negative acting factor naf - Nectria haematococca; nucleus; See PMID 9139694; uncharacterized protein	complement(join(1472588..1474621,1474684..1474689))	Aspergillus niger	4987485
An14g06280	CDS	An14g06280	NT_166529.1	1474904	1476683	R	Function: IREG1 is a basolateral membrane protein involved in iron transport from the intestine to the circulation; highly expressed in duodenal mucosa and placenta.; Title: strong similarity to iron-regulated transporter IREG1 - Mus musculus; plasma membrane; See PMID 10882071; uncharacterized protein	complement(join(1474904..1475185,1475238..1475777,1475825..1475982,1476029..1476068,1476115..1476278,1476335..1476683))	Aspergillus niger	4987486
An14g06290	CDS	An14g06290	NT_166529.1	1477558	1479108	R	Function: Human 3-hydroxyisobutyryl-coenzyme A hydrolase (HIB- CoA hydrolase) can be used for treating,preventing and diagnosing disorders associated with cellular accumulation of methacrylyl-CoA.; Function: such disorders include metabolic disorders such as methacrylic aciduria, congenital defects such as cardiac abnormalities, neurological abnormalities,musculoskeletal and connective tissue abnormalities and other instances of cellular damage.; Similarity: shows also strong similarity to probable enoyl-CoA-hydratase of S. pombe and N. crassa.; Title: strong similarity to 3-hydroxyisobutyryl-coenzyme A hydrolase from patent WO9851782-A2 - Homo sapiens; mitochondrial 37S ribosomal protein mS47	complement(join(1477558..1478775,1478846..1479004,1479058..1479108))	Aspergillus niger	4987487
An14g06300	CDS	An14g06300	NT_166529.1	1479713	1480669	R	Title: strong similarity to mitochondrial ribosomal protein of the large subunit Yml6 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9151978; See PMID 9445368; mitochondrial 54S ribosomal protein uL4m	complement(join(1479713..1480498,1480586..1480669))	Aspergillus niger	4987488
An14g06310	CDS	An14g06310	NT_166529.1	1480920	1482241	D	Title: strong similarity to mitochondrial ribosomal protein of the large subunit Yml35 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9151978; See PMID 9445368; mitochondrial 54S ribosomal protein mL38	join(1480920..1481457,1481517..1482241)	Aspergillus niger	4987489
An14g06320	CDS	An14g06320	NT_166529.1	1482412	1483030	R	EC:3.4.99.36; Function: IMP1 catalyzes the removal of signal peptides required for the targeting of proteins from the mitochondrial matrix, across the inner membrane, into the inter-membrane space.; Function: IMP1 cleaves after Mas1p and Mas2p in the matrix have cleaved the transit peptide to expose the signal for re-export.; Function: IMP1 is required for respiratory function.; Function: IMP1 removes inner membrane space (IMS) targeting peptides for Cyb2p and Cox2p but not for Cyt1p.; Title: strong similarity to mitochondrial protease Imp1 - Saccharomyces cerevisiae; localisation:mitochondrion; uncharacterized protein	complement(join(1482412..1482614,1482694..1483030))	Aspergillus niger	4987490
An14g06330	CDS	An14g06330	NT_166529.1	1483501	1484582	R	Function: the patented sequence may be useful in the control of gene expression as a promoter, coding sequence,3'UTR or termination sequence, for controlling the behaviour of a gene within the chromosome, as a tool for use in genetic mapping, including a use in hybridisation assays, for recognition or isolation of similar DNA fragments, or for the identification of a particular organism.; Function: the protein it encodes may have a use in protein identification and in the elucidation of signal transduction and metabolic pathways.; Similarity: shows stronger similarity to hypothetical proteins of A. thaliana and O. sativa.; Title: similarity to protein fragment SEQ ID NO:498 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1483501..1483653,1483704..1483781,1483811..1484310,1484384..1484582))	Aspergillus niger	4987491
An14g06340	CDS	An14g06340	NT_166529.1	1484865	1486173	R	Function: RSP29, a protein secreted by rat round spermatids, stimulates the secretory function of Sertoli cells in the testis.; Function: the enzyme of R. norvegicus plays a regulatory role in spermatogenesis.; Similarity: shows also similarity to fungal hydroxyacylglutathione hydrolases that function in aminoacid degradation. .; Title: strong similarity to hydroxyacylglutathione hydrolase RSP29 - Rattus norvegicus; uncharacterized protein	complement(join(1484865..1484948,1485000..1485026,1485074..1485208,1485257..1485348,1485401..1485611,1485661..1485694,1485739..1485810,1485878..1486022,1486074..1486173))	Aspergillus niger	4987492
An14g06350	CDS	An14g06350	NT_166529.1	1486517	1487923	R	Function: LAS1 might play a role in regulating bud formation and morphogenesis via the expression of components that function directly in these processes.; Similarity: shows stronger similarity to undescribed proteins of N. crassa and S. pombe.; Title: similarity to nuclear protein Las1 -Saccharomyces cerevisiae; nucleus; See PMID 8582632; uncharacterized protein	complement(join(1486517..1486991,1487049..1487528,1487601..1487740,1487804..1487923))	Aspergillus niger	4987493
An14g06360	CDS	An14g06360	NT_166529.1	1488359	1489573	R	Similarity: shows also similarity to cDNA clone 0386 3' an_0386 of A. niger.; Title: similarity to hypothetical protein 93G11.280 - Neurospora crassa; uncharacterized protein	complement(1488359..1489573)	Aspergillus niger	4987494
An14g06370	CDS	An14g06370	NT_166529.1	1489775	1491078	D	hypothetical protein	join(1489775..1489902,1490111..1490206,1490379..1490431,1490855..1490914,1491023..1491078)	Aspergillus niger	84593050
An14g06380	CDS	An14g06380	NT_166529.1	1491511	1493175	D	Similarity: shows only partial similarity to hypothetical proteins with high content of repetitive sequences.; Title: weak similarity to hypothetical protein MT0291.4 - Mycobacterium tuberculosis; uncharacterized protein	join(1491511..1491570,1491614..1491754,1491926..1492171,1492277..1492497,1492610..1492732,1492851..1493175)	Aspergillus niger	84593051
An14g06390	CDS	An14g06390	NT_166529.1	1493344	1493851	D	Function: protein inta6 described in Herlevsen M. C. Thesis (2001).; Similarity: shows only partial similarity to integrin alpha 6 subchain inta6 of R. norvegicus.; Title: weak similarity to integrin alpha 6 subchain inta6 - Rattus norvegicus; uncharacterized protein	join(1493344..1493447,1493500..1493667,1493719..1493851)	Aspergillus niger	84593052
An14g06400	CDS	An14g06400	NT_166529.1	1494203	1495403	D	hypothetical protein	join(1494203..1494252,1494483..1494576,1494655..1494758,1494846..1494920,1495035..1495079,1495196..1495403)	Aspergillus niger	84593053
An14g06410	CDS	An14g06410	NT_166529.1	1495933	1499262	R	hypothetical protein	complement(join(1495933..1496064,1496386..1496419,1496481..1496688,1496744..1497096,1497355..1497453,1497544..1497644,1497740..1497824,1498272..1498333,1498440..1498537,1498865..1498935,1499099..1499262))	Aspergillus niger	84593054
An14g06420	CDS	An14g06420	NT_166529.1	1499534	1500890	D	hypothetical protein	join(1499534..1499691,1500436..1500705,1500794..1500890)	Aspergillus niger	84593055
An14g06430	CDS	An14g06430	NT_166529.1	1501714	1503481	D	Function: S. cerevisiae ferrireductase system might be a multicomponent electron-transport chain.; Function: protein of S. cerevisiae is involved in ferric reduction.; Title: strong similarity to protein associated with ferric reductase activity Utr1 - Saccharomyces cerevisiae; See PMID 8662826; uncharacterized protein	join(1501714..1501755,1501822..1501872,1501940..1502906,1502962..1503238,1503298..1503481)	Aspergillus niger	4987501
An14g06440	CDS	An14g06440	NT_166529.1	1504751	1505597	D	Remark: function of proteins is not specified in the abstract of the patent.; Similarity: shows also strong similarity to homolog to yeast BET3 involved in targeting and fusion of ER to Golgi transport vesicles of S. pombe.; Title: strong similarity to protein of sequence 1 from patent WO0075305 - Candida albicans; endoplasmatic reticulum; uncharacterized protein	join(1504751..1505037,1505105..1505597)	Aspergillus niger	4987502
An14g06450	CDS	An14g06450	NT_166529.1	1506062	1507546	R	Title: similarity to hypothetical human microfibrillar-associated protein 1 homolog SPAC1782.03 -Schizosaccharomyces pombe; uncharacterized protein	complement(1506062..1507546)	Aspergillus niger	4987503
An14g06460	CDS	An14g06460	NT_166529.1	1507978	1508520	D	Title: similarity to hypothetical protein CAD70946.1 - Neurospora crassa; uncharacterized protein	join(1507978..1508223,1508315..1508369,1508453..1508520)	Aspergillus niger	4987504
An14g06470	CDS	An14g06470	NT_166529.1	1509053	1512771	R	Similarity: the ORF overlaps with A. niger EST (EMBLEST:BE759883) an_2819.; Similarity: the predicted ORF probably contains intron sequences, as the ORF is around 400 amino acids longer than the putatibe S. pombe protein SPCC4F11. 01.; Title: similarity to hypothetical transcription regulator SPCC4F11.01 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1509053..1510398,1510450..1512437,1512506..1512659,1512732..1512771))	Aspergillus niger	4987505
An14g06480	CDS	An14g06480	NT_166529.1	1513726	1514390	D	Protein sequence is in conflict with the conceptual translation; Function: SMD2 of S. cerevisiae is a component of the spliceosomal U1 small nuclear ribonucleoprotein complex; it is required for pre-mRNA splicing and for snRNP biogenesis.; Remark: a putative sequencing error results in a point mutation.; Remark: the systematic name for SMD2 of S. cerevisiae is YLR275W.; Title: strong similarity to small nuclear ribonucleoprotein Smd2 - Saccharomyces cerevisiae [putative sequencing error]; nucleus; putative sequencing error; uncharacterized protein	join(<1513726..1513787,1514026..1514274,1514348..1514390)	Aspergillus niger	4987506
An14g06490	CDS	An14g06490	NT_166529.1	1514914	1515092	D	Remark: the ORF is only 30 amino acids long and contains a relatively long intron.; Title: questionable ORF; uncharacterized protein	join(1514914..1514960,1515047..1515092)	Aspergillus niger	84593056
An14g06500	CDS	An14g06500	NT_166529.1	1515284	1517370	R	Catalytic activity: glycerone kinases catalyse ATP + glycerone <=> ADP + glycerone phosphate.; Induction: DAK1 of S. pombe displayed a halometric increase in the amount of transcript, when cells were grown under high NaCl concentrations.; Similarity: the ORF overlaps with A. niger EST (EMBLEST:BE759040) an_3324.; Title: strong similarity to glycerone kinase isoform I dak1p - Schizosaccharomyces pombe; See PMID 9038161; uncharacterized protein	complement(join(1515284..1515912,1515978..1516603,1516662..1517169,1517364..1517370))	Aspergillus niger	4987508
An14g06510	CDS	An14g06510	NT_166529.1	1517650	1519389	R	Remark: the ORF contains relatively long introns.; hypothetical protein	complement(join(1517650..1517799,1517891..1518009,1518064..1518142,1518246..1518328,1518411..1518473,1518558..1518659,1518813..1518952,1519107..1519193,1519292..1519389))	Aspergillus niger	84593057
An14g06520	CDS	An14g06520	NT_166529.1	1520461	1523817	R	Function: CUL-4A of H. sapiens is a member of the cullin/Cdc53 family of proteins, which are believed to function as an essential component of a multifunctional Ub-protein ligase E3 complex that has a critical role in Ub-mediated proteolysis.; Function: CUL-4A of H. sapiens is found in a complex with UV-damaged DNA-binding DDB, which is believed to be involved in DNA repair, suggesting a role for CUL-4A in cell cycle control, as found for other cullins.; Induction: human cul-4 gene is amplified and overexpressed in primary breast cancers.; Title: strong similarity to ubiquitin protein ligase CUL4A - Homo sapiens; See PMID 9721878; See PMID 10585395; uncharacterized protein	complement(join(1520461..1520496,1520744..1521098,1521185..1521226,1521290..1521650,1521723..1522145,1522203..1523283,1523341..1523817))	Aspergillus niger	4987511
An14g06530	CDS	An14g06530	NT_166529.1	1524088	1529911	R	Function: NUP192 of S. cerevisiae is a large yeast nucleoporin involved in mRNA export.; Remark: the systematic name for NUP192 of S. cerevisiae is YJL039C.; Similarity: the ORF and NUP192 of S. cerevisiae show local similarity (N-terminally).; Similarity: the S. pombe protein SPCC290. 03c shows strong similarity to the ORF.; Title: similarity to nucleoporin Nup192 -Saccharomyces cerevisiae; nucleus; See PMID 10428845; uncharacterized protein	complement(join(1524088..1524405,1524582..1524712,1524853..1525038,1525093..1525248,1525310..1529695,1529728..1529911))	Aspergillus niger	84593058
An14g06540	CDS	An14g06540	NT_166529.1	1530297	1538227	D	Function: TEL1 of S. cerevisiae is a member of the ATM family of genes involved in telomere length regulation.; Phenotype: the S. cerevisiae tel1rad3 double mutant grew poorly and formed irregular-shaped colonies, probably due to chromosome instability, however, during prolonged culture of the double mutant, cells forming normal round-shaped colonies arose at a relatively high frequency.; Phenotype: the S. cerevisiae tel1rad3 double mutant showed all three chromosomes in circular from, which lacked telomeric sequences.; Similarity: the similarity of the ORF to TEL1 of S. cerevisiae starts with amino acid 1782, and includes the catalytic regions of PI-kinases, the FAT and phosphotidylinositol kinase domains.; Title: strong similarity to phosphotidylinositol kinase tel1p - Schizosaccharomyces pombe; uncharacterized protein	join(<1530297..1530375,1530431..1530473,1530511..1531893,1531961..1536811,1536864..1537254,1537305..>1538227)	Aspergillus niger	4987512
An14g06550	CDS	An14g06550	NT_166529.1	1539876	1541459	D	Title: strong similarity to hypothetical membrane protein YNL011c - Saccharomyces cerevisiae; uncharacterized protein	join(1539876..1540077,1540132..1541459)	Aspergillus niger	4987513
An14g06560	CDS	An14g06560	NT_166529.1	1541808	1545231	R	Function: the function of yeast gamma DNA-polymerases is restricted to mitochondrial DNA replication and repair.; Similarity: the ORF shows similarity to several DNA polymerases from different species.; Title: strong similarity to DNA-directed DNA polymerase gamma mip1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1541808..1545090,1545188..1545231))	Aspergillus niger	4987514
An14g06570	CDS	An14g06570	NT_166529.1	1545780	1546395	D	Function: COP1 of A. thaliana acts as a repressor of photomorphogenesis in darkness, probably as a negative transcription regulator.; Similarity: the C-terminus of the ORF (starting with amino acid 105) shows similarity to the zinc-finger domain of COP1 from several species.; Title: weak similarity to regulator protein COP1 -Arabidopsis thaliana; See PMID 1423630; uncharacterized protein	join(1545780..1546140,1546190..1546395)	Aspergillus niger	84593059
An14g06580	CDS	An14g06580	NT_166529.1	1547635	1549408	D	Similarity: the ORF overlaps with A. niger EST an_1809 (EMBLEST:BE760507).; Similarity: the ORF shows similarity to some hypothetical magnesium/cobalt transporters from bacteria.; Title: similarity to hypothetical magnesium/cobalt transport protein sll0671 - Synechocystis sp.; uncharacterized protein	join(1547635..1548704,1548810..1548928,1548982..1549055,1549104..1549156,1549204..1549257,1549306..1549408)	Aspergillus niger	4987516
An14g06590	CDS	An14g06590	NT_166529.1	1549668	1551974	R	Title: similarity to hypothetical transcription activator SPAC139.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1549668..1549798,1549855..1551069,1551305..1551974))	Aspergillus niger	4987517
An14g06600	CDS	An14g06600	NT_166529.1	1552578	1554012	R	Remark: the predicted ORF is N-terminally truncated due to contig border.; hypothetical protein [truncated ORF]	complement(join(1552578..1552744,1552806..>1554012))	Aspergillus niger	4987518
An14g06610	CDS	An14g06610	NT_166529.1	1554806	1557094	R	Function: GTPBP1 of H. sapiens is structurally related to elongation factor 1alpha, a key component of protein biosynthesis machinery and is a member of the superfamily characterized by translation elongation factor Tu.; Induction: expression of GTPBP1 of H. sapiens is enhanced by gamma interferon in a monocytic cell line,THP-1.; Remark: GTPBP1 of H. sapiens is also called GTP-BINDING PROTEIN 1, G-PROTEIN 1, GP-1 or GP1.; Similarity: the ORF shows similarity to some translation elongation factors from different species.; Title: strong similarity to GTP-binding protein GTPBP1 - Homo sapiens; See PMID 10938096; uncharacterized protein	complement(join(1554806..1555021,1555112..1555407,1555463..1556981,1557041..1557094))	Aspergillus niger	4987519
An14g06620	CDS	An14g06620	NT_166529.1	1557892	1558410	R	Function: SMX4 of S. cerevisiae is, as a component of the snRNP complex, involved in nuclear pre-mRNA splicing; it coprecipitates with U4, U5 and U6 snRNAs.; Remark: SMX4 of S. cerevisiae is also called LSM3 or USS2.; Similarity: the ORF overlaps with A. niger ESTs an_2093 (EMBLEST:BE759322) and an_2787 (EMBLEST:BE759857).; Title: strong similarity to snRNP protein Smx4 -Saccharomyces cerevisiae; nucleus; See PMID 10449419; See PMID 10747033; uncharacterized protein	complement(join(1557892..1557926,1557990..1558026,1558126..1558218,1558285..1558410))	Aspergillus niger	4987520
An14g06630	CDS	An14g06630	NT_166529.1	1558879	1560929	D	hypothetical protein	join(1558879..1559617,1559662..1560929)	Aspergillus niger	4987521
An14g06640	CDS	An14g06640	NT_166529.1	1561595	1562573	R	Catalytic activity: PIGL of R. norvegicus catalyses the N-deacetylation of N-acetylglucosaminyl-phosphatidylinositol (GlcNAc-PI) to form glucosaminyl (GlcN)-PI.; Function: PIGL (phosphatidylinositol glycan class L) of R. norvegicus catalyses the second step of glycosylphosphatidylinositol (GPI) anchor biosynthesis, a membrane ancor for many eukaryotic cell-surface proteins.; Similarity: the ORF overlaps with A. niger EST Nig087 (EMBLEST:AN778).; Title: strong similarity to N-acetylglucosaminyl-phosphatidylinositol deacetylase PIGL - Rattus norvegicus; uncharacterized protein	complement(join(1561595..1562259,1562336..1562573))	Aspergillus niger	4987522
An14g06650	CDS	An14g06650	NT_166529.1	1563404	1566275	D	Remark: the intron-exon structure of the predicted ORF is suboptimal.; hypothetical protein	join(1563404..1563454,1563719..1563783,1564396..1564533,1564615..1564752,1564850..1565010,1565094..1565164,1565257..1565305,1565390..1565511,1566012..1566275)	Aspergillus niger	84593060
An14g06660	CDS	An14g06660	NT_166529.1	1566558	1567888	R	hypothetical protein	complement(join(1566558..1566671,1566997..1567171,1567262..1567371,1567537..1567712,1567795..1567888))	Aspergillus niger	84593061
An14g06670	CDS	An14g06670	NT_166529.1	1569437	1571149	D	Similarity: the predicited ORF is 200 amino acids longer than SPAC1F12. 05 of S. pombe (around 100 amino acids at each end).; Title: strong similarity to hypothetical protein SPAC1F12.05 - Schizosaccharomyces pombe; uncharacterized protein	1569437..1571149	Aspergillus niger	4987525
An14g06680	CDS	An14g06680	NT_166529.1	1572720	1574189	R	Title: strong similarity to hypothetical protein F28J12.200 - Arabidopsis thaliana; uncharacterized protein	complement(1572720..1574189)	Aspergillus niger	4987526
An14g06690	CDS	An14g06690	NT_166529.1	1574934	1576759	D	Remark: the intron-exon structure of the predicted ORF is suboptimal.; hypothetical protein	join(1574934..1575059,1575262..1575329,1575442..1575600,1575676..1575738,1575839..1575915,1576115..1576213,1576542..1576759)	Aspergillus niger	84593062
An14g06700	CDS	An14g06700	NT_166529.1	1577504	1579627	D	Catalytic activity: 4CL1 of N. tabacum converts e. g. ATP + 4-coumarate + CoA <=> AMP + diphosphate + 4-coumaroyl-CoA.; Function: 4CL1 of N. tabacum is involved in the branch-point reactions between general phenylpropanoid metabolism and pathways leading to various specific end products.; Title: strong similarity to 4-coumarate-CoA ligase 4CL1 - Nicotiana tabacum; See PMID 8819324; uncharacterized protein	join(1577504..1577812,1578048..1579180,1579240..1579627)	Aspergillus niger	4987528
An14g06710	CDS	An14g06710	NT_166529.1	1583149	1584493	R	Remark: the intron-exon structure of the predicted ORF is suboptimal.; hypothetical protein	complement(join(1583149..1583190,1583317..1583707,1583797..1584049,1584457..1584493))	Aspergillus niger	84593063
An14g06720	CDS	An14g06720	NT_166529.1	1585321	1586223	R	hypothetical protein	complement(join(1585321..1585761,1585993..1586223))	Aspergillus niger	4987530
An14g06730	CDS	An14g06730	NT_166529.1	1586688	1588254	R	Function: rds1 of S. pombe is believed to mediate stress-related responses of the cell.; Induction: of S. pombe rds1 is derepressed when wild-type cells are starved for glucose, ammonium, or phosphate, under carbon dioxide atmosphere, when they are shifted to higher temperatures or when they enter the stationary phase.; Induction: the transcript of rds1 in S. pombe is greatly increased in abundance when adenine auxotrophic strains are starved for adenine.; Title: strong similarity to adenine-repressible gene rds1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1586688..1587713,1587769..1588254))	Aspergillus niger	4987531
An14g06740	CDS	An14g06740	NT_166529.1	1589527	1590492	D	Catalytic activity: beta-ketoacyl reductases catalyse (3R)-3-hydroxyacyl-[acyl-carrier protein] + NADP(+) <=> 3-oxoacyl-[acyl-carrier protein] + NADPH.; Function: beta-ketoacyl reductases are required for the synthesis of the beta-hydroxy acid moiety of rhamnolipids.; Similarity: the ORF shows similarity to various oxidoreductases with different cellular functions.; Similarity: the best homologue of the ORF, B9B15. 60 of N. crassa is a probable NADPH-dependent beta-ketoacyl reductase, which is decribed to be highly similar to rhlG of P. aeruginosa.; Title: strong similarity to beta-ketoacyl reductase rhlG - Pseudomonas aeruginosa; uncharacterized protein	join(1589527..1589599,1589663..1590492)	Aspergillus niger	4987532
An14g06750	CDS	An14g06750	NT_166529.1	1590708	1591869	R	Similarity: . the ORF shows similarity to several oxidoreductases with different cellular functions.; Title: strong similarity to hypothetical oxidoreductase PA0147 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(1590708..1591700,1591795..1591869))	Aspergillus niger	4987533
An14g06760	CDS	An14g06760	NT_166529.1	1592609	1593813	D	Similarity: the ORF shows some similarity to A. niger 2,3-dihydroxybenzoic acid decarboxylase (PATENTPROT:AAW93483).; Title: similarity to hypothetical conserved protein SCIF3.07c - Streptomyces coelicolor; uncharacterized protein	join(1592609..1593599,1593653..1593813)	Aspergillus niger	4987534
An14g06770	CDS	An14g06770	NT_166529.1	1594027	1595709	R	hypothetical protein	complement(join(1594027..1595592,1595635..1595709))	Aspergillus niger	4987535
An14g06780	CDS	An14g06780	NT_166529.1	1596435	1597757	D	Function: hsp40 of H. sapiens is an abundant chaperone, which can stimulate the ATPase activity of hsp70 and the association between hsc70 and hip.; Remark: hsp40 of H. sapiens is also called DNAJB1,HSPF1, DNAJ1 or HDJ1.; Similarity: the ORF shows strong similarity to J-domains of several DNA-J heat-shock proteins.; Title: strong similarity to heat-shock protein Hsp40 - Homo sapiens; See PMID 10830586; uncharacterized protein	1596435..1597757	Aspergillus niger	4987536
An14g06790	CDS	An14g06790	NT_166529.1	1598023	1599357	R	Similarity: the ORF shows similarity to CAF17 of S. cerevisiae, which is predicted to be a CCR4 transcriptional complex component.; Title: strong similarity to hypothetical protein SPAC21E11.07 - Schizosaccharomyces pombe; uncharacterized protein	complement(1598023..1599357)	Aspergillus niger	4987537
An14g06800	CDS	An14g06800	NT_166529.1	1599637	1602266	R	Function: DCP2 of S. cerevisiae is involved in mRNA degradation in yeast by mRNA decapping.; Remark: DCP2 of S. cerevisiae was also called YNL118C or PSU1, but PSU1 is also taken for a transcription activator protein.; Title: strong similarity to mRNA decapping protein Dcp2 - Saccharomyces cerevisiae; See PMID 10508173; See PMID 11139489; uncharacterized protein	complement(join(1599637..1602149,1602236..1602266))	Aspergillus niger	4987538
An14g06810	CDS	An14g06810	NT_166529.1	1603161	1604082	D	Title: strong similarity to hypothetical protein EAA65239.1 - Aspergillus nidulans; uncharacterized protein	join(1603161..1603292,1603473..1603523,1603561..1604082)	Aspergillus niger	4987539
An14g06820	CDS	An14g06820	NT_166529.1	1604173	1605344	R	Function: SPBC19C2. 13c of S. pombe is believed to be involved in cytoplasmic ribosome function.; Title: similarity to hypothetical protein SPBC19C2.13c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1604173..1605187,1605259..1605344))	Aspergillus niger	4987540
An14g06830	CDS	An14g06830	NT_166529.1	1605785	1607728	D	Title: strong similarity to hypothetical membrane protein Ptm1 - Saccharomyces cerevisiae; uncharacterized protein	join(1605785..1605859,1605919..1606116,1606181..1606506,1606562..1606602,1606652..1606726,1606777..1607387,1607444..1607728)	Aspergillus niger	4987541
An14g06840	CDS	An14g06840	NT_166529.1	1608999	1610588	D	hypothetical protein	1608999..1610588	Aspergillus niger	4987542
An14g06850	CDS	An14g06850	NT_166529.1	1610699	1611926	R	Remark: WD domains are a characteristic motifs in beta-transducin, the beta1-subunit of the signal-transducing G proteins.; Title: strong similarity to hypothetical WD-repeat protein - Ajellomyces capsulatus; uncharacterized protein	complement(join(1610699..1611480,1611534..1611759,1611822..1611926))	Aspergillus niger	4987543
An14g06860	CDS	An14g06860	NT_166529.1	1612353	1613861	D	Function: OAC1 of S. cerevisiae is an oxaloacetate carrier, which is responsible for the uptake of oxaloacetate into mitochondria produced from pyruvate by cytoplasmic pyruvate carboxylase.; Phenotype: deletion of the OAC1 gene in S. cerevisiae reduces transport of oxaloacetate sulfate,thiosulfate, and malonate into mitochondria, where as mitochondria from wild-type cells swell in isoosmotic solutions of ammonium salts of oxaloacetate, sulfate,thiosulfate, and malonate, indicating that these anions are cotransported with protons.; Remark: OAC1 of S. cerevisiae is also called YKL120W, YKL522 or PMT1, but PMT1 is also used for an dolichyl-phosphate-mannose--protein mannosyltransferase.; Similarity: the predicted ORF is 78 amino acids longer at the N-termnus than OAC1 of S. cerevisiae.; Title: strong similarity to oxaloacetate transporter Oac1 - Saccharomyces cerevisiae; See PMID 10428783; uncharacterized protein	join(1612353..1612632,1612761..1612990,1613044..1613515,1613566..1613711,1613769..1613861)	Aspergillus niger	4987544
An14g06870	CDS	An14g06870	NT_166529.1	1615712	1617139	D	Catalytic activity: ribonucleotide reductases catalyse 2'deoxyribonucleoside diphosphate + oxidized thioredoxin + H(2)O <=> ribonucleoside diphosphate + reduced thioredoxin.; Function: SUC22 of S. pombe catalyzes the reductive synthesis of deoxyribonucleotides from their corresponding ribonucleotides, the first step necessary for DNA synthesis.; Phenotype: disruption SUC22 in S. pombe is lethal.; Remark: SUC22 of S. pombe is also called SPBC25D12. 04.; Title: strong similarity to ribonucleotide reductase suc22p - Schizosaccharomyces pombe; See PMID 8842148; uncharacterized protein	join(1615712..1615741,1615822..1616052,1616157..1616490,1616544..1617139)	Aspergillus niger	4987545
An14g06880	CDS	An14g06880	NT_166529.1	1617594	1621923	R	Similarity: the ORF shows strong similarity to several proteins with WD-40 repeat domains.; Similarity: the predicted ORF is 235 amino acids longer at the C-terminus than S. pombe SPAC3H5. 08c.; Title: strong similarity to hypothetical beta-transducin SPAC3H5.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1617594..1618031,1618107..1618373,1618559..1618610,1618675..1620347,1620407..1620947,1621118..1621281,1621357..1621523,1621713..1621923))	Aspergillus niger	4987546
An14g06890	CDS	An14g06890	NT_166529.1	1623207	1624902	R	Remark: QUTD gene encodes an essential component of a permease required for transport of quinate ion into mycelium at pH 6. 5. The QUTD gene has been located within the cloned QUT gene cluster of A. nidulans.; Remark: the A. niger ORF contains a putative sequencing error at position 13394.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans [putative frameshift]; putative frameshift; See PMID 2835177; See PMID 2976880; uncharacterized protein	complement(join(<1623207..1624302,1624355..1624540,1624593..1624732,1624779..1624902))	Aspergillus niger	4987547
An14g06900	CDS	An14g06900	NT_166529.1	1625840	1626516	D	Title: similarity to hypothetical protein encoded by An13g01780 - Aspergillus niger; uncharacterized protein	join(1625840..1626398,1626476..1626516)	Aspergillus niger	4987548
An14g06910	CDS	An14g06910	NT_166529.1	1626751	1627428	R	Catalytic activity: RX+glutathione<=>HX+R-S-glutathione.; Complex: the gluthathione S-transferase III from Zea may forms a homodimer.; Function: the gluthathione S-transferase III from Zea mays conjugates reduced glutathione to a wide number of exogenous and endogenous hydrophobic electrophiles and is involved in the detoxification of certain herbicides.; Title: similarity to gluthathione S-transferase III GST3 - Zea mays; See PMID 3277162; See PMID 3532034; uncharacterized protein	complement(1626751..1627428)	Aspergillus niger	4987549
An14g06920	CDS	An14g06920	NT_166529.1	1628587	1629551	D	Title: strong similarity to hypothetical protein 4 -Streptomyces coelicolor; uncharacterized protein	join(1628587..1628838,1628901..1629551)	Aspergillus niger	4987550
An14g06930	CDS	An14g06930	NT_166529.1	1629760	1631023	R	Catalytic activity: ARII of S. salmonicolor catalyzes the reaction of ethyl 4-chloro-3-oxobutanoate (4-COBE) to ethyl (S)-4-chloro-3-hydroxybutanoate.; Similarity: ARII of S. salmonicolor exhibited significant levels of similarity to the amino acid sequences of members of the mammalian 3-hydroxysteroid dehydrogenase-plant dihydroflavonol 4-reductase superfamily but not to the amino acid sequences of members of the aldo-keto reductase superfamily or to the amino acid sequence of an aldehyde reductase previously isolated from the same organism.; Similarity: the A. niger protein also shows similarity to other reductases.; Title: strong similarity to aldehyde reductase II ARII - Sporidiobolus salmonicolor; See PMID 10583966; uncharacterized protein	complement(join(1629760..1630067,1630131..1630268,1630328..1630696,1630771..1631023))	Aspergillus niger	4987551
An14g06940	CDS	An14g06940	NT_166529.1	1632029	1635073	D	Remark: the A. niger protein shows weak similarity to several transcription factors and contains a Fungal Zn(2)-Cys(6) binuclear cluster (according to PFAM, PROSITE and BLOCKS).; Title: weak similarity to protein PRIB - Lentinus edodes; nucleus; uncharacterized protein	join(1632029..1632252,1632324..1632597,1632648..1632733,1632814..1633187,1633428..1633547,1633607..1633891,1633959..1634405,1634646..1635073)	Aspergillus niger	4987552
An14g06950	CDS	An14g06950	NT_166529.1	1635239	1637253	D	Function: C. albicans Flu1 is an efflux transporter involved in drug resistance.; Remark: expression of the C. albicans FLU1 gene in S. cerevisiae mediated not only resistance to fluconazole but also to cycloheximide.; Similarity: C. albicans Flu1 is a multidrug efflux transporter gene of the major facilitator superfamily.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(1635239..1635290,1635352..1635512,1635580..1635993,1636047..1636176,1636245..1636490,1636589..1636636,1636688..1637253)	Aspergillus niger	4987553
An14g06960	CDS	An14g06960	NT_166529.1	1638034	1638802	D	hypothetical protein	join(1638034..1638162,1638221..1638378,1638433..1638802)	Aspergillus niger	4987554
An14g06970	CDS	An14g06970	NT_166529.1	1639134	1640966	D	Title: strong similarity to hypothetical protein Rv3762c - Mycobacterium tuberculosis; uncharacterized protein	1639134..1640966	Aspergillus niger	4987555
An14g06980	CDS	An14g06980	NT_166529.1	1641851	1643192	D	Catalytic activity: delta-12 fatty acid desaturase of M. alpina catalyzes the desaturation of oleic acid (Delta9-18 : 1) to linoleic acid (Delta9, Delta12 : 2).; Title: strong similarity to delta-12 fatty acid desaturase - Mortierella alpina; See PMID 10215899; uncharacterized protein	join(1641851..1641889,1641969..1642767,1642834..1643192)	Aspergillus niger	4987556
An14g06990	CDS	An14g06990	NT_166529.1	1643402	1643722	R	hypothetical protein	complement(join(1643402..1643460,1643506..1643722))	Aspergillus niger	84593064
An14g07000	CDS	An14g07000	NT_166529.1	1644578	1645513	D	Title: similarity to hypothetical protein encoded by An11g09000 - Aspergillus niger; uncharacterized protein	1644578..1645513	Aspergillus niger	84593065
An14g07010	CDS	An14g07010	NT_166529.1	1646113	1647323	D	Remark: the A. niger protein shows similarity to many hypothetical reductases and contains a short chain dehydrogenase PFAM domain.; Remark: the patented arabidopsis protein has not been described.; Title: strong similarity to protein fragment SEQ ID NO:61122 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(1646113..1646188,1646248..1646705,1646781..1646961,1647031..1647141,1647190..1647323)	Aspergillus niger	4987559
An14g07020	CDS	An14g07020	NT_166529.1	1647467	1649008	R	Title: weak similarity to hypothetical cysteine-binding protein fliY - Haloferax volcanii; uncharacterized protein	complement(join(1647467..1648012,1648126..1648639,1648743..1649008))	Aspergillus niger	84593066
An14g07030	CDS	An14g07030	NT_166529.1	1649149	1650830	R	Function: B. subtilis PNB carboxy-esterase catalyzes hydrolysis of several beta-lactam antibiotic PNB esters to the corresponding free acid and PNB alcohol.; Similarity: the A. niger protein also shows strong similarity to other ester hydrolases.; Title: strong similarity to p-nitrobenzyl esterase pnbA - Bacillus subtilis; See PMID 7828905; uncharacterized protein	complement(join(1649149..1649377,1649428..1650830))	Aspergillus niger	4987561
An14g07040	CDS	An14g07040	NT_166529.1	1651571	1653040	D	Title: similarity to gene expression regulator At14 from patent WO200257456-A2 - Unclassified organism; nucleus; uncharacterized protein	join(1651571..1651663,1651874..1653040)	Aspergillus niger	4987562
An14g07050	CDS	An14g07050	NT_166529.1	1653201	1654188	R	Function: RTA1 of S. cerevisiae confers resistance to 7-aminocholesterol, a strong inhibitor of yeast and of Gram+-bacteria proliferation.; Remark: the protein shows also strong similarity to molasses toxicity resisitance protein RTM1 from S. cerevisiae patent WO9514774-A2.; Title: similarity to 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; See PMID 8660468; uncharacterized protein	complement(join(1653201..1653904,1654002..1654188))	Aspergillus niger	4987563
An14g07060	CDS	An14g07060	NT_166529.1	1654843	1655639	R	Function: FRM2 of yeast functions in the fatty acid signalling pathway and is itself regulated by fatty acids.; Remark: A better BlastpPATENT hit was not annotated as a clear function could not be identified for it.; Title: strong similarity to fatty acid regulation protein Frm2 - Saccharomyces cerevisiae; See PMID 8701605; uncharacterized protein	complement(join(1654843..1655045,1655133..1655247,1655304..1655639))	Aspergillus niger	4987564
An14g07070	CDS	An14g07070	NT_166529.1	1656959	1659003	R	Title: similarity to hypothetical hsp70-like protein CAB91447.2 - Neurospora crassa; uncharacterized protein	complement(join(1656959..1657049,1657212..1657294,1657330..1657483,1657570..1657960,1658061..1658127,1658187..1658231,1658309..1658850,1658955..1659003))	Aspergillus niger	4987565
An14g07080	CDS	An14g07080	NT_166529.1	1659840	1661238	D	Title: similarity to hypothetical protein encoded by An14g06130 - Aspergillus niger [putative sequencing error]; putative sequencing error; uncharacterized protein	join(1659840..1660404,1660556..1661238)	Aspergillus niger	4987566
An14g07090	CDS	An14g07090	NT_166529.1	1662149	1664186	R	Title: similarity to hypothetical Hsp70-like protein CAB91447.2 - Neurospora crassa; uncharacterized protein	complement(join(1662149..1662399,1662461..1662572,1662647..1662806,1662857..1664036,1664147..1664186))	Aspergillus niger	4987567
An14g07100	CDS	An14g07100	NT_166529.1	1665210	1666589	D	Title: strong similarity to hypothetical protein encoded by An09g02660 - Aspergillus niger; uncharacterized protein	1665210..1666589	Aspergillus niger	84593067
An14g07110	CDS	An14g07110	NT_166529.1	1667395	1668261	R	hypothetical protein	complement(join(1667395..1667586,1667658..1667703,1667723..1667910,1668193..1668261))	Aspergillus niger	84593068
An14g07120	CDS	An14g07120	NT_166529.1	1669096	1669722	D	hypothetical protein	join(1669096..1669225,1669368..1669463,1669577..1669722)	Aspergillus niger	84593069
An14g07130	CDS	An14g07130	NT_166529.1	1671889	1673803	D	Function: mtr of N. crassa is required for the transport of neutral aliphatic and aromatic amino acids via the N system.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; See PMID 8001794; uncharacterized protein	join(1671889..1672072,1672151..1672223,1672287..1672618,1672697..1672840,1672903..1673117,1673189..1673386,1673453..1673480,1673538..1673653,1673714..1673803)	Aspergillus niger	4987571
An14g07140	CDS	An14g07140	NT_166529.1	1675236	1676159	D	Function: HOC1 of S. cerevisiae is involved in N-glycan processing of proteins, especially cell wall mannoprotein biosynthesis.; Golgi; Phenotype: the S. cerevisiae HOC1 null mutant is viable but is hypersensitive to calcofluor white and hygromycin B and has lowered restrictive temperature in a pkc1-371 background.; Remark: the systematic name for HOC1 of S. cerevisiae is YJR075W.; Similarity: the predicted ORF is 83 amino acids shorter at the N-terminus than HOC1 of S. cerevisiae; the homology starts with amino acid 105.; Title: strong similarity to alpha-1,6-mannosyltransferase Hoc1 - Saccharomyces cerevisiae; See PMID 9055074; See PMID 9434768; uncharacterized protein	1675236..1676159	Aspergillus niger	4987572
An14g07150	CDS	An14g07150	NT_166529.1	1676374	1677120	R	hypothetical protein	complement(join(1676374..1676534,1676608..1676712,1676778..1677120))	Aspergillus niger	4987573
An14g07160	CDS	An14g07160	NT_166529.1	1677968	1679647	D	hypothetical protein	1677968..1679647	Aspergillus niger	4987574
An14g07170	CDS	An14g07170	NT_166529.1	1680208	1680963	R	Remark: the intron is unusually long.; Title: questionable ORF; uncharacterized protein	complement(join(1680208..1680647,1680939..1680963))	Aspergillus niger	84593070
An14g07180	CDS	An14g07180	NT_166529.1	1682735	1683775	R	Catalytic activity: alcolhol dehydrogenases catalyse an alcohol + NAD(+) <=> an aldehyde or ketone + NADH.; Function: alcolhol dehydrogenases are involved in various cellular processes, which require the reversible oxidation of ethanol to acetaldehyde.; Similarity: the ORF shows strong similarity to various alcohol dehydrogenases from several species,especially from bacteria.; Title: strong similarity to thermostable alcohol dehydrogenase adhT - Bacillus stearothermophilus; See PMID 10971204; See PMID 436831; See PMID 1735726; uncharacterized protein	complement(1682735..1683775)	Aspergillus niger	4987576
An14g07190	CDS	An14g07190	NT_166529.1	1684313	1686203	R	Title: similarity to hypothetical protein CAD21260.1 - Neurospora crassa; uncharacterized protein	complement(join(1684313..1684465,1684679..1684975,1685029..1685624,1685694..1685994,1686054..1686203))	Aspergillus niger	4987577
An14g07200	CDS	An14g07200	NT_166529.1	1686400	1688250	R	Catalytic activity: catalases convert 2 H(2)O(2) <=> O(2) + 2 H(2)O.; Function: catC of A. nidulans is involved in the detoxification of hydrogen peroxide, which is a fundamental aspect of the cellular antioxidant responses in amost all aerobically respiring organisms to protect cells.; Title: strong similarity to catalase C catC -Aspergillus nidulans; See PMID 11157957; uncharacterized protein	complement(join(1686400..1686878,1686933..1687017,1687087..1687506,1687570..1687662,1687720..1687954,1688029..1688158,1688220..1688250))	Aspergillus niger	4987578
An14g07210	CDS	An14g07210	NT_166529.1	1690633	1692155	D	Catalytic activity: hisD of E. coli catalyses L-histidinol + 2 NAD(+) + H(2)O <=> L-histidine + 2 NADH.; Function: hisD of E. coli catalyzes the terminal step in the biosynthesis of histidine, the four-electron oxidation of L-histidinol to histidine.; Remark: hisD of E. coli is also called HDH.; Title: strong similarity to histidinol dehydrogenase hisD - Escherichia coli; uncharacterized protein	join(1690633..1690950,1691013..1691065,1691120..1691819,1691895..1692155)	Aspergillus niger	4987579
An14g07220	CDS	An14g07220	NT_166529.1	1692682	1693560	D	Function: the owner of the patent WO200055180-A2 (PATENTPROT:AAB58229) claims, that lung cancer associated proteins and polynucleotide sequences, their agonists, and antagonists may have neuroprotective; cytostatic; cardioactive; immunomodulatory; muscular active general; vulnerary; gastrointestinal general; nephrotropic; antiinfective; gynecological; or antibacterial activity.; Title: similarity to lung cancer associated polypeptide sequence SEQ ID NO:567 from patent WO200055180-A2 - Homo sapiens; uncharacterized protein	1692682..1693560	Aspergillus niger	4987580
An14g07230	CDS	An14g07230	NT_166529.1	1694423	1695649	R	Title: similarity to hypothetical protein encoded by An15g00800 - Aspergillus niger; uncharacterized protein	complement(1694423..1695649)	Aspergillus niger	4987581
An14g07240	CDS	An14g07240	NT_166529.1	1696957	1697388	R	Function: ankyrins attach integral membrane proteins to cytoskeletal elements; they bind to Na-K ATPase and to the cytoskeletal proteins fodrin, tubulin, vimentin and desmin.; Similarity: the predicted ORF shows similarity to several ankyrins and ankyrin-like proteins.; Title: similarity to ankyrin Ank2 - Homo sapiens; uncharacterized protein	complement(1696957..1697388)	Aspergillus niger	4987582
An14g07250	CDS	An14g07250	NT_166529.1	1697917	1698651	D	hypothetical protein	join(1697917..1697964,1698050..1698365,1698416..1698651)	Aspergillus niger	84593071
An14g07260	CDS	An14g07260	NT_166529.1	1699050	1700681	D	Function: eln2 of C. cinereus encodes a novel type of microsomal cytochrome P450 enzyme, which is involved in mushroom morphogenesis.; Localization: C. cinereus eln2 localises to the microsomal compartment.; Phenotype: a dominant mutation of the elongationless2 (eln2) gene of the mushroom C. cinereus affects pattern formation in the development of fruit body primordia, causing dumpy primordia which culminate in mature fruit bodies with short stipes.; Similarity: the ORF shows similarity to several cytochrome p450 related proteins from different species,which have different cellular functions.; Title: strong similarity to cytochrome P450 eln2 -Coprinus cinereus; uncharacterized protein	1699050..1700681	Aspergillus niger	4987584
An14g07270	CDS	An14g07270	NT_166529.1	1701801	1702917	D	Catalytic activity: 1-haloalkane + H(2)O <=> a primary alcohol + halide.; Function: the X. autotrophicus homolog dhmA is an enzyme involved in detoxification of halogenated alkanes,catalyzes cleavage of carbon-halogene bond in halogenated hydrocarbons.; Remark: haloalkane dehalogenases act on a wide range of 1-haloalkanes, haloalcohols, haloalkenes and some haloaromatic compounds.; Similarity: similarity to subfamily of epoxid hydrolases.; Title: similarity to haloalkane dehalogenase dhlA -Xanthobacter autotrophicus; uncharacterized protein	join(1701801..1701962,1702015..1702199,1702260..1702917)	Aspergillus niger	4987585
An14g07280	CDS	An14g07280	NT_166529.1	1703680	1704544	R	Title: weak similarity to hypothetical protein K07E12.1 - Caenorhabditis elegans; uncharacterized protein	complement(join(1703680..1704426,1704479..1704544))	Aspergillus niger	84593072
An14g07300	CDS	An14g07300	NT_166529.1	1706931	1707662	D	Title: strong similarity to hypothetical protein CAD70322.1 - Neurospora crassa; uncharacterized protein	1706931..1707662	Aspergillus niger	4987587
An14g07310	CDS	An14g07310	NT_166529.1	1709406	1710380	R	Remark: the N. crassa homolog B23L21. 350 might be related to the host-specific AK-toxin Akt2.; Title: similarity to hypothetical protein B23L21.350 - Neurospora crassa; uncharacterized protein	complement(join(1709406..1710189,1710331..1710380))	Aspergillus niger	84593073
An14g07320	CDS	An14g07320	NT_166529.1	1711790	1713827	D	Function: the cytochrome P450 enzymes usually act as terminal oxidases in multicomponent electron transfer chains, called P450-containing monooxygenase systems.; Pathway: Aflatoxin pathway.; Remark: the avnA gene of A. parasiticus encodes a fungal cytochrome P-450-type enzyme which is involved in the conversion of averantin to averufin in the aflatoxin biosynthetic pathway in A. parasiticus.; Similarity: shows similarity to several cytochrome P450 monooxygenases.; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; uncharacterized protein	join(1711790..1711872,1711985..1712648,1712707..1712950,1713043..1713532,1713721..1713742,1713774..1713827)	Aspergillus niger	4987589
An14g07330	CDS	An14g07330	NT_166529.1	1713918	1715796	R	Title: strong similarity to hypothetical protein ybiU - Escherichia coli; uncharacterized protein	complement(join(1713918..1714139,1714201..1714307,1714364..1714609,1714664..1714799,1714856..1715013,1715071..1715185,1715236..1715433,1715488..1715796))	Aspergillus niger	4987590
An14g07340	CDS	An14g07340	NT_166529.1	1715820	1717694	R	hypothetical protein	complement(join(1715820..1716024,1716111..1716212,1716474..1716624,1716847..1716978,1717038..1717154,1717583..1717694))	Aspergillus niger	84593074
An14g07350	CDS	An14g07350	NT_166529.1	1717791	1719365	R	Title: strong similarity to hypothetical protein ybiU - Escherichia coli; uncharacterized protein	complement(join(1717791..1718250,1718353..1718828,1718883..1719160,1719263..1719365))	Aspergillus niger	4987592
An14g07360	CDS	An14g07360	NT_166529.1	1720966	1722822	R	Function: the A. parasiticus homolog aflR is a Zn2Cys6-type sequence-specific DNA-binding protein that is thought to be necessary for expression of most of the genes in the aflatoxin pathway gene cluster.; Similarity: the ORF encoded protein shows significant domain homology to binuclear Zn(2)-Cys(6) cluster domains of many fungal transcription factors.; Title: similarity to aflatoxin biosynthesis regulatory protein aflR - Aspergillus parasiticus; uncharacterized protein	complement(1720966..1722822)	Aspergillus niger	4987593
An14g07370	CDS	An14g07370	NT_166529.1	1723003	1723497	R	Title: strong similarity to hypothetical protein EAA60648.1 - Aspergillus nidulans; uncharacterized protein	complement(1723003..1723497)	Aspergillus niger	4987594
An14g07380	CDS	An14g07380	NT_166529.1	1724007	1725025	D	Similarity: has similarity to superfamily of alcohol dehydrogenases.; Title: strong similarity to hypothetical zinc-binding oxidoreductase BAB49325.1 - Mesorhizobium loti; uncharacterized protein	join(1724007..1724286,1724319..1725025)	Aspergillus niger	4987595
An14g07390	CDS	An14g07390	NT_166529.1	1725541	1726227	R	Catalytic activity: endohydrolysis of 1,4-beta-d-xylosidic linkages in xylans.; Pathway: xylan degradation.; Remark: A. niger XYN1 has a low pH optimum.; Similarity: belongs to cellulase family g (family 11 of glycosyl hydrolases).; Title: strong similarity to endo-1,4-beta-xylanase I xyn1 - Aspergillus niger; extracellular/secretion proteins; uncharacterized protein	complement(join(1725541..1725946,1725998..1726227))	Aspergillus niger	4987596
An14g07400	CDS	An14g07400	NT_166529.1	1729014	1730107	D	Title: strong similarity to hypothetical protein encoded by An14g07410 - Aspergillus niger; uncharacterized protein	join(1729014..1729164,1729198..1729684,1729732..1730107)	Aspergillus niger	4987597
An14g07420	CDS	An14g07420	NT_166529.1	1731202	1734209	R	Catalytic activity: hydrolysis of the 1,4-beta-linkages of N-acetyl-D-glucosamine polymers of chitin.; Remark: truncated due to end of contig.; Similarity: belongs to the chitinase family.; Title: strong similarity to chitinase chiC -Aspergillus nidulans [truncated ORF] [putative sequencing error]; putative sequencing error; uncharacterized protein	complement(1731202..>1734209)	Aspergillus niger	84593075
An01g00010	CDS	An01g00010	NT_166518.1	134	700	D	Remark: 5' truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	join(<134..282,484..700)	Aspergillus niger	84589810
An01g00020	CDS	An01g00020	NT_166518.1	1295	1968	D	Function: E. coli PhnN protein is a member of the nucleotide-binding proteins of the binding protein-dependent transport systems.; Remark: blastp shows possibly significant similarity (47% positives) between predicted A. niger protein and E. coli phnN but due to shortness of both peptides the probability is low (p=7,1).; Title: weak similarity to nucleotide binding protein phnN - Escherichia coli; uncharacterized protein	join(1295..1387,1687..1968)	Aspergillus niger	84589811
An01g00030	CDS	An01g00030	NT_166518.1	2871	4272	D	Function: Disruption of S. cerevisiae HGH1 reveals no basic phenotypes.; Remark: S. cerevisiae HGH1 was cloned from cDNA and shows similarity to human non-histone linker DNA-binding proteins of the HMG1 family.; Title: strong similarity to Hgh1 - Saccharomyces cerevisiae; See PMID 9818723; uncharacterized protein	join(2871..2891,2969..3014,3129..3232,3310..3423,3481..4272)	Aspergillus niger	4978422
An01g00040	CDS	An01g00040	NT_166518.1	5250	6158	D	Function: in S. cerevisiae TFIIF is required for initiation at most, if not all, polymerase II promoters and probably contains three subunits in yeast, alpha, beta and a small subunit.; Remark: ORF 3'truncated due to end of contig.; Title: strong similarity to alpha subunit of transcription initiation factor TFIIF Tfg1 - Saccharomyces cerevisiae [truncated ORF]; localisation:nucleus; See PMID 7995524; uncharacterized protein	5250..>6158	Aspergillus niger	4978366
An01g00050	CDS	An01g00050	NT_166518.1	6263	9904	R	Catalytic activity: Acetyl-CoA + N malonyl-CoA + 2 NADH + 2 NADPH = a long-chain acyl-CoA + N CoA + N CO(2) + N NAD(+) + N NADP(+).; Remark: C-terminally truncated due to contig border.; Remark: FAS1 is a pentafunctional enzyme consisting of the following domains: acetyl transferase, enoyl reductase, dehydratase and malonyl/palmityl transferase.; Title: similarity to fatty-acyl-CoA synthase beta chain Fas1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 3031066; See PMID 3528750; uncharacterized protein	complement(<6263..9904)	Aspergillus niger	4978516
An01g00060	CDS	An01g00060	NT_166518.1	12561	18281	D	Catalytic activity: Acetyl-CoA + n Malonyl-CoA + 2n NADPH = long-chain fatty acid + (n+1) CoA + n CO(2) + 2n NADP(+).; Complex: Fatty acid synthetase is composed of [alpha(6)beta(6)] hexamers of the two multifunctional subunits FAS1 (alpha) and FAS2 (beta).; Title: strong similarity to fatty acid synthase alpha subunit fas2p - Schizosaccharomyces pombe; See PMID 9693066; uncharacterized protein	join(12561..13089,13163..18111,18171..18281)	Aspergillus niger	4978430
An01g00070	CDS	An01g00070	NT_166518.1	18722	20794	R	Catalytic activity: S-Adenosyl-l-Methionine + tRNA = S-Adenosyl-l-Homocysteine + tRNA containing n(2)-Methylguanine.; Function: trm1 dimethylates a single guanine residue at position 26 of most tRNAs using S-Adenosyl-l -Methionine as donor of the methyl groups.; Remark: In the majority of eukaryotic tRNAs, the guanosine at position 26 is modified by a dimethyl group.; Title: strong similarity to N2,N2-dimethylguanosine tRNA methyltransferase trm1p - Schizosaccharomyces pombe; See PMID 10611485; uncharacterized protein	complement(join(18722..18857,19125..19374,19477..20168,20214..20794))	Aspergillus niger	84589812
An01g00080	CDS	An01g00080	NT_166518.1	21259	22367	R	Title: weak similarity to hypothetical membrane protein YOR228c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(21259..22046,22133..22367))	Aspergillus niger	4977893
An01g00090	CDS	An01g00090	NT_166518.1	22991	23744	D	Title: weak similarity to secreted protein SEQ ID NO:901 from patent WO200155322-A2 - Homo sapiens; uncharacterized protein	join(22991..23035,23124..23744)	Aspergillus niger	4978397
An01g00100	CDS	An01g00100	NT_166518.1	24270	25634	R	Catalytic activity: Pyruvate + lipoamide = S-acetyldihydrolipoamide + CO(2).; Complex: PDB1 is a component of the multienzyme pyruvate dehydrogenase complex.; Remark: PDB1 has the cofactor thiamin pyrophosphate.; Title: strong similarity to pyruvate dehydrogenase beta chain precursor Pdb1 - Saccharomyces cerevisiae; See PMID 8433986; uncharacterized protein	complement(join(24270..24741,24810..25096,25197..25320,25393..25634))	Aspergillus niger	4978453
An01g00110	CDS	An01g00110	NT_166518.1	26335	28373	D	Title: strong similarity to hypothetical protein SPAC1039.02 - Schizosaccharomyces pombe; uncharacterized protein	join(26335..26528,26592..27842,27960..28281,28347..28373)	Aspergillus niger	4978279
An01g00120	CDS	An01g00120	NT_166518.1	28504	29949	R	Function: MRF1 is suggested to be a transcriptional regulator of genes involved in assembly of mitochondrial respiratory proteins.; Localization: Antibodies against MRF1 detected the antigen localized predominantly in the nucleus in vivo.; Title: similarity to mitochondrial respiratory function protein Mrf1 - Saccharomyces cerevisiae; nucleus; See PMID 8195160; uncharacterized protein	complement(join(28504..28537,28614..29636,29720..29949))	Aspergillus niger	4978368
An01g00130	CDS	An01g00130	NT_166518.1	30454	32188	D	Function: GatA is involved in the formation of correctly charged Gln-tRNA(Gln) through transamidation of misacylated Glu-tRNA(Gln).; Remark: The three genes, gatC, gatA, and gatB constitute Glu-tRNAGln amidotransferase which is a novel heterotrimeric enzyme required for correct decoding of glutamine codons during translation.; Title: strong similarity to glutamyl-tRNA (Gln) amidotransferase chain A gatA - Bacillus subtilis; See PMID 9342321; uncharacterized protein	join(30454..30592,30664..30988,31065..31240,31314..32188)	Aspergillus niger	4977151
An01g00140	CDS	An01g00140	NT_166518.1	32574	34196	R	Remark: Bre2 from S. cerevisiae is a subunit of a complex associated with Set1.; Similarity: Bre2 from S. cerevisiae is a member of the trxG gene super family, some human homologues of which are involved in hematopoiesis and leukemia.; Title: similarity to trithorax related protein Bre2 - Saccharomyces cerevisiae; See PMID 11742990; uncharacterized protein	complement(32574..34196)	Aspergillus niger	4977056
An01g00150	CDS	An01g00150	NT_166518.1	35486	37083	D	Function: ENP1is an essential nuclear protein with effects on N-glycosylation of proteins in the secretory pathway.; Localization: Immunohistochemical studies to define the cellular localization of the ENP1 protein revealed that it was localized to the nucleus.; Title: strong similarity to nuclear protein Enp1 -Saccharomyces cerevisiae; nucleus; See PMID 9034325; uncharacterized protein	join(35486..35854,35915..36162,36219..37083)	Aspergillus niger	4977140
An01g00160	CDS	An01g00160	NT_166518.1	39100	40209	D	Function: the S. cerevisiae homolog HAC1 encodes the transcription factor that upregulates unfolded protein response (UPR) induced genes.; Pathway: unfolded protein response pathway (UPR).; Remark: an intracellular signaling from the endoplasmic reticulum (ER) to the nucleus, called the unfolded protein response (UPR), is activated when unfolded proteins are accumulated in the ER under a variety of stress conditions ('ER stress').; Remark: expression is controlled by regulated splicing of HAC1 mRNA. regulated mRNA splicing is initiated by Ire1p, and only the product of spliced mRNA is able to induce the response.; Title: similarity to regulator of unfolded protein response (UPR) Hac1 - Saccharomyces cerevisiae; See PMID 7816617; uncharacterized protein	join(39100..39305,39370..39803,39824..40209)	Aspergillus niger	4978432
An01g00170	CDS	An01g00170	NT_166518.1	40931	41687	D	Remark: RAD52 Inhibitor (Fifty Two Inhibitor).; Title: similarity to hypothetical protein Fti1 -Saccharomyces cerevisiae; See PMID 9159472; uncharacterized protein	join(40931..40975,41097..41687)	Aspergillus niger	4978391
An01g00190	CDS	An01g00190	NT_166518.1	42813	45348	D	Induction: priB transcript was abundant in primordia, while preprimordial mycelia and mature fruiting bodies contained lower levels of this transcript.; Remark: PRIB binds to the DNA fragment containing the upstream region of priB.; Remark: the PRIB binding site has a length of 16 bp and the consensus sequence 5' GGGGGGGACAGGANCC 3'.; Similarity: the predicted A. niger protein shows similarity to the PRIB protein of L. edodes and similarity to the GAL4 zinc binuclear cluster homology found in many transcription factors.; Title: similarity to protein PRIB - Lentinus edodes; See PMID 9498550; See PMID 8112580; uncharacterized protein	join(42813..43555,43613..44137,44190..44328,44431..44462,44516..44589,44657..45348)	Aspergillus niger	4978375
An01g00200	CDS	An01g00200	NT_166518.1	45640	47735	D	Catalytic activity: succinyl-coa + a 3-oxo acid = succinate + a 3-oxo-acyl-coa.; Function: key enzyme for ketone body catabolism. transfers the coa moiety from succinate to acetoacetate. formation of the enzyme-coa intermediate proceeds via an unstable anhydride species formed between the carboxylate groups of the enzyme and substrate.; Pathway: first step of ketolysis in extrahepatic tissues.; Title: strong similarity to succinyl-CoA:3-ketoacid-CoA transferase SCOT - Homo sapiens; localisation:mitochondrion; See PMID 8751852; uncharacterized protein	join(45640..45672,45864..46212,46278..46464,46521..46822,46875..46954,47010..47041,47112..47229,47296..47517,47601..47735)	Aspergillus niger	4978404
An01g00210	CDS	An01g00210	NT_166518.1	48573	50388	R	Title: strong similarity to hypothetical protein AAO27753.1 - Fusarium sporotrichioides; uncharacterized protein	complement(join(48573..48806,48862..49182,49243..49641,49702..49963,50042..50388))	Aspergillus niger	4978439
An01g00220	CDS	An01g00220	NT_166518.1	51793	52766	R	Remark: Protein is probably involved in drug efflux. C-terminus truncated due to end of contig.; Title: strong similarity to hypothetical membrane protein YJR124c - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	complement(join(<51793..52259,52351..52766))	Aspergillus niger	4978425
An01g00240	CDS	An01g00240	NT_166518.1	55373	57167	R	Remark: CYP4F5 showed omega-hydroxylation activity toward leukotriene B4 (LTB4), a chemical mediator of inflammation.; Title: strong similarity to cytochrome P450 protein 4F5 - Rattus norvegicus; See PMID 8554568; See PMID 9344476; uncharacterized protein	complement(join(55373..56082,56135..56777,56875..56969,57035..57167))	Aspergillus niger	4978352
An01g00250	CDS	An01g00250	NT_166518.1	57893	59378	D	Catalytic activity: NADH + Nitrate = NAD+ + Nitrite + H2O.; Induction: light acts both directly as a signal and indirectly through photosynthesis to regulate the expression of genes encoding nitrate reductase (NR).; Remark: nitrate reductase (NR) is the first enzyme in nitrate assimilation.; Title: strong similarity to nitrate reductase NR2 -Arabidopsis thaliana; See PMID 9014362; See PMID 7991680; uncharacterized protein	join(57893..58022,58074..58217,58597..59378)	Aspergillus niger	4978440
An01g00260	CDS	An01g00260	NT_166518.1	60604	63410	D	Title: strong similarity to hypothetical transcription activator SPAC139.03 - Schizosaccharomyces pombe; uncharacterized protein	join(60604..60655,61102..61610,61680..63410)	Aspergillus niger	4978456
An01g00270	CDS	An01g00270	NT_166518.1	63949	65686	D	Remark: putative sequencing error - stop codon at residue 308. The deduced amino acid sequence of FLU1 showed similarity to CaMDR1 (formerly BEN(r)), a member of the major facilitator superfamily of multidrug efflux transporters. The disruption of FLU1 in C. albicans had only a slight effect on fluconazole susceptibility; however, it resulted in hypersusceptibility to mycophenolic acid. Exression of FLU1 in YKKB-13 mediated not only resistance to fluconazole but also to cycloheximide among the different drugs tested.; Title: similarity to fluconazole resistance protein FLU1 - Candida albicans [putative frameshift]; putative frameshift; See PMID 11065353; uncharacterized protein	join(63949..64311,64387..64791,64862..64979,65038..65292,65346..65686)	Aspergillus niger	4978406
An01g00280	CDS	An01g00280	NT_166518.1	67007	68159	D	Remark: possible phosphatase.; Title: strong similarity to hypothetical protein SPAC823.14 - Schizosaccharomyces pombe; uncharacterized protein	join(67007..67052,67160..67485,67563..67991,68052..68159)	Aspergillus niger	4978407
An01g00290	CDS	An01g00290	NT_166518.1	69017	71162	D	Title: similarity to hypothetical protein encoded by An17g00430 - Aspergillus niger; uncharacterized protein	join(69017..69642,69702..70065,70123..70533,70815..70824,71023..71162)	Aspergillus niger	4978349
An01g00310	CDS	An01g00310	NT_166518.1	71813	73574	D	Title: strong similarity to hypothetical protein encoded by An02g10090 - Aspergillus niger; uncharacterized protein	join(71813..71815,71851..71936,72030..72094,72190..72239,72480..72503,72727..73004,73067..73574)	Aspergillus niger	84589813
An01g00320	CDS	An01g00320	NT_166518.1	73906	74876	R	Title: similarity to hypothetical protein encoded by An08g08380 - Aspergillus niger; uncharacterized protein	complement(join(73906..73954,74092..74876))	Aspergillus niger	4978129
An01g00330	CDS	abfA	NT_166518.1	77956	80194	D	Catalytic activity: hydrolysis of terminal non-reducing alpha-l-arabinofuranoside residues in alpha-l-arabinosides.; Function: acts only on small linear 1,5-alpha-linked l-arabinofuranosyl oligosaccharide.; Gene-ID: abfA;arfA;awabfA;exoA; Pathway: involved in degradation of the plant cell wall polysaccharide l-arabinan.; See PMID 7764056; See PMID 8000538; alpha-l-arabinofuranosidase a precursor abfA-Aspergillus niger	join(77956..78099,78152..78666,78715..78798,78847..78923,78972..79004,79056..79207,79258..79746,79802..80194)	Aspergillus niger	4978177
An01g00340	CDS	An01g00340	NT_166518.1	81209	82518	D	Title: strong similarity to hypothetical protein SPCC320.08 - Schizosaccharomyces pombe; uncharacterized protein	join(81209..81435,81543..82518)	Aspergillus niger	4978052
An01g00360	CDS	An01g00360	NT_166518.1	84225	85369	D	hypothetical protein	join(84225..84651,85003..85065,85112..85146,85277..85369)	Aspergillus niger	84589814
An01g00370	CDS	An01g00370	NT_166518.1	87292	88529	D	Function: aspartic proteinase; hydrolase; hydrolysis of proteins with broad specifity.; Title: strong similarity to aspergillopepsin apnS -Aspergillus phoenicis; See PMID 8142467; uncharacterized protein	join(87292..87564,87621..88529)	Aspergillus niger	4977253
An01g00380	CDS	An01g00380	NT_166518.1	89179	90251	R	Function: Lactate transport across cell membranes is mediated by a family of proton-coupled monocarboxylate transporters (MCTs).; Localization: MCT3 of H. sapiens is uniquely expressed in the retinal pigment epithelium.; Title: similarity to monocarboxylate transporter MCT3 - Homo sapiens; See PMID 9425115; See PMID 10493836; See PMID 10510291; uncharacterized protein	complement(join(89179..89561,89624..89997,90055..90251))	Aspergillus niger	4977459
An01g00390	CDS	An01g00390	NT_166518.1	94559	95614	D	hypothetical protein	join(94559..94732,94904..95614)	Aspergillus niger	4977603
An01g00400	CDS	An01g00400	NT_166518.1	98078	99156	D	Title: strong similarity to hypothetical protein SPBC12C2.09c - Schizosaccharomyces pombe; uncharacterized protein	join(98078..98662,98715..98945,98995..99156)	Aspergillus niger	4977714
An01g00420	CDS	An01g00420	NT_166518.1	100703	101903	D	Title: strong similarity to hypothetical protein encoded by An01g01580 - Aspergillus niger; uncharacterized protein	join(100703..100995,101097..101732,101786..101903)	Aspergillus niger	84589815
An01g00430	CDS	An01g00430	NT_166518.1	103009	105537	R	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Title: similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	complement(103009..105537)	Aspergillus niger	84589816
An01g00450	CDS	An01g00450	NT_166518.1	108997	110564	R	Function: mmsB of P. aeruginosa is involved in valine metabolism.; Phenotype: mmsB mutants of P. aeruginosa with insertionally inactivated mmsB grow slowly on valine/isoleucine medium and exhibit reduced enzyme activity in cell-free extracts compared to P. aeruginosa PAO.; Similarity: the ORF shows similarity to various dehydrogenases.; Title: similarity to 3-hydroxyisobutyrate dehydrogenase mmsB - Pseudomonas aeruginosa; uncharacterized protein	complement(join(108997..109124,109636..110458,110520..110564))	Aspergillus niger	4978082
An01g00460	CDS	An01g00460	NT_166518.1	111845	112646	D	hypothetical protein	join(111845..111907,111969..112646)	Aspergillus niger	4978303
An01g00470	CDS	An01g00470	NT_166518.1	113663	114175	D	Title: strong similarity to hypothetical protein jhp0584 - Helicobacter pylori; uncharacterized protein	113663..114175	Aspergillus niger	84589817
An01g00480	CDS	An01g00480	NT_166518.1	114545	117211	D	Title: strong similarity to hypothetical protein AAO49461.1 - Leptosphaeria maculans; uncharacterized protein	114545..117211	Aspergillus niger	4978256
An01g00490	CDS	An01g00490	NT_166518.1	118609	120776	D	Title: strong similarity to isoamyl alcohol oxidase mreA - Aspergillus oryzae; uncharacterized protein	join(118609..119069,119144..119628,119688..120292,120342..120776)	Aspergillus niger	4977545
An01g00500	CDS	An01g00500	NT_166518.1	122641	123009	R	hypothetical protein	complement(join(122641..122765,122862..123009))	Aspergillus niger	84589818
An01g00510	CDS	An01g00510	NT_166518.1	125838	128114	R	Catalytic activity: hydroxylation of n-alkanes at the terminal position.; Function: catalyzes the terminal hydroxylation as the first step in the assimilation of alkanes and fatty acids.; Remark: Overproduction of microsomal cytochrome P450Alk1(CYP 52A3) of Candida maltosa in S. cerevisiae resulted in an extensive proliferation of endoplasmic reticulum (ER) and induction of Kar2p and Pdi1p.; Title: strong similarity to cytochrome P450 cyp52A3-a - Candida maltosa; See PMID 8645001; See PMID 10050038; uncharacterized protein	complement(join(125838..125891,126203..126418,126484..126562,126619..126907,126986..128114))	Aspergillus niger	4977082
An01g00520	CDS	An01g00520	NT_166518.1	130637	131021	R	hypothetical protein	complement(join(130637..130751,130945..131021))	Aspergillus niger	4977905
An01g00530	CDS	proctase-A	NT_166518.1	133164	134012	R	Catalytic activity: Preferential cleavage in B chain of insulin: Asn3+Gln, Gly13+Ala,Tyr26+Thr; Gene-ID: proctase-A; Remark: aspergillopepsin II is also called proteinase A or proctase-A. Proteinase A obtained from the culture medium of Aspergillus niger var. macrosporus is a unique acid endopeptidase that is insensitive (or less sensitive) to specific inhibitors of ordinary acid or aspartic proteinases, such as pepstatin,diazoacetyl-DL-norleucine methyl ester,and 1,2-epoxy-3-(p-nitrophenoxy)-propane.; localisation:extracellular/secretion proteins; similarity: belongs to peptidase family a4.; See PMID 9561230; See PMID 9561240; See PMID 1918059; See PMID 1918060; proteinase aspergillopepsin II-Aspergillus niger	complement(133164..134012)	Aspergillus niger	4977455
An01g00540	CDS	An01g00540	NT_166518.1	135495	136740	D	hypothetical protein	join(135495..135552,135602..135618,135997..136184,136473..136508,136662..136740)	Aspergillus niger	84589819
An01g00550	CDS	An01g00550	NT_166518.1	138081	138920	R	Function: rAsp f 4 of A. fumigatus expressed on the surface of the filamentous phage M13 is an allergen, which is bound by human serum IgE.; Title: strong similarity to allergen rAsp f 4 -Aspergillus fumigatus; uncharacterized protein	complement(138081..138920)	Aspergillus niger	4977122
An01g00560	CDS	An01g00560	NT_166518.1	141666	142179	R	Function: Sec11 from S. cerevisiae is a subunit of the microsomal signal peptidase, a complex of four polypeptides.; Function: Sec11 from S. cerevisiae is required for signal peptide cleavage, signal peptidase-dependent protein degradation, and yeast cell growth.; Title: strong similarity to signal peptidase subunit Sec11 - Saccharomyces cerevisiae; localisation:endoplasmatic reticulum; See PMID 9148930; See PMID 1846444; See PMID 3283143; uncharacterized protein	complement(join(141666..141888,141971..142179))	Aspergillus niger	4978133
An01g00570	CDS	An01g00570	NT_166518.1	142634	143836	R	Title: weak similarity to hypothetical protein -Campylobacter jejuni; uncharacterized protein	complement(142634..143836)	Aspergillus niger	4978496
An01g00600	CDS	An01g00600	NT_166518.1	145907	148733	D	Remark: putative reductase; Title: similarity to hypothetical protein YLR011w -Saccharomyces cerevisiae; uncharacterized protein	join(145907..146423,146563..146636,146849..146994,147053..148366,148508..148733)	Aspergillus niger	10098204
An01g00610	CDS	An01g00610	NT_166518.1	149971	150783	D	Title: strong similarity to hypothetical protein BAC69773.1 - Streptomyces avermitilis; uncharacterized protein	join(149971..150650,150735..150783)	Aspergillus niger	4978421
An01g00620	CDS	An01g00620	NT_166518.1	150927	152485	R	Function: converts p-cumic aldehyde + H20 + NAD to p-cumate + NADH; Remark: Pseudomonas putida F1 utilizes p-cymene (p-isopropyltoluene) by an 11-step pathway through p-cumate (p-isopropylbenzoate) to isobutyrate, pyruvate, and acetyl coenzyme A.; Title: strong similarity to p-cumic aldehyde dehydrogenase cymc - Pseudomonas putida; See PMID 8631713; See PMID 9150211; uncharacterized protein	complement(join(150927..151559,151615..152385,152456..152485))	Aspergillus niger	4977698
An01g00630	CDS	An01g00630	NT_166518.1	153643	154856	D	Remark: Acinetobacter sp. strain ADP1 is able to grow on a range of esters of aromatic alcohols, converting them to the corresponding aromatic carboxylic acids by the sequential action of three inducible enzymes: an areA-encoded esterase, an areB-encoded benzyl alcohol dehydrogenase, and an areC-encoded benzaldehyde dehydrogenase.; Title: strong similarity to benzyl alcohol dehydrogenase areB - Acinetobacter sp.; See PMID 10419955; uncharacterized protein	join(153643..153835,153885..154657,154710..154856)	Aspergillus niger	4977807
An01g00640	CDS	An01g00640	NT_166518.1	155185	157010	R	Title: strong similarity to hypothetical protein CAD21096.1 - Neurospora crassa; uncharacterized protein	complement(join(155185..155996,156073..156220,156282..157010))	Aspergillus niger	4978092
An01g00650	CDS	An01g00650	NT_166518.1	157927	158202	R	hypothetical protein	complement(157927..158202)	Aspergillus niger	84589820
An01g00660	CDS	An01g00660	NT_166518.1	159669	160857	D	Title: similarity to hypothetical protein rfeF -Aspergillus nidulans; uncharacterized protein	join(159669..160056,160111..160430,160569..160748,160813..160857)	Aspergillus niger	4978380
An01g00670	CDS	An01g00670	NT_166518.1	161149	163361	D	hypothetical protein	join(161149..161157,161391..161474,161717..161777,161899..162186,162242..162602,162660..162783,162836..163143,163229..163361)	Aspergillus niger	84589821
An01g00680	CDS	An01g00680	NT_166518.1	164378	165985	D	Catalytic activity: Benzoate + NADPH + O2 = 4-Hydroxybenzoate + NADP+ + H2O.; Similarity: avnA of Aspergillus parasiticus is involved in aflatoxin biosynthetic pathway; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; See PMID 9097431; uncharacterized protein	join(164378..164425,164478..165590,165653..165985)	Aspergillus niger	4977405
An01g00690	CDS	An01g00690	NT_166518.1	166755	167882	R	Title: strong similarity to FLO11 gene expression regulator At14 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	complement(166755..167882)	Aspergillus niger	4978446
An01g00700	CDS	An01g00700	NT_166518.1	168522	169518	D	Remark: Overexpression of RTM1 confers resistance to the toxicity of molasses. The RTM1 gene encodes a hydrophobic 34-kD protein that contains seven potential transmembrane-spanning segments.; Title: strong similarity to molasses resistency protein Rtm1 - Saccharomyces cerevisiae; See PMID 7672593; uncharacterized protein	join(168522..168687,168766..169002,169073..169518)	Aspergillus niger	4978084
An01g00710	CDS	An01g00710	NT_166518.1	169885	171300	R	Function: aromatic-L-amino-acid decarboxylases catalyses the decarboxylation of tryptophan to tryptamine.; Function: ddc of Sorangium cellulosum is converting L-dopa (dihydroxy- L-phenylalanine) to dopamine.; Remark: the predicted ORF is a probable pyridoxal-dependent decarboxylase family member.; Similarity: the ORF shows similarity to pyridoxal phosphate-dependent carboxylases involved in the decarboxylation of aromatic amino acids, which in some cases leads to the synthesis of alkaloids/eucaryotic neurotransmitters like dopamine.; Title: strong similarity to aromatic amino acid decarboxylase ddc - Sorangium cellulosum; See PMID 10816050; uncharacterized protein	complement(169885..171300)	Aspergillus niger	4977531
An01g00720	CDS	An01g00720	NT_166518.1	173504	175807	D	Function: sit1 of S. cerevisiae is a ferrioxamine B permease involved in siderophore (microbial iron chelators) iron transport.; Phenotype: S. cerevisiae cells with a deleted sit1 gene are unable to take up ferrioxamine B.; Remark: sit1 of S. cerevisiae is also called ARN3 or YEL065W.; Similarity: the ORF shows similarity to several major facilitator protein homologs from different species and with various specificities.; Title: strong similarity to transporter sit1 -Saccharomyces cerevisiae; See PMID 10816729; uncharacterized protein	join(173504..173725,173778..173861,173915..173990,174042..174106,174176..174280,174330..174423,174470..174795,174844..174901,174949..175042,175096..175283,175337..175396,175446..175807)	Aspergillus niger	4978169
An01g00730	CDS	An01g00730	NT_166518.1	176385	180823	D	Remark: the ORF is truncated due to the contig border.; hypothetical protein [truncated ORF]	join(176385..176699,176770..177487,177565..177739,177828..178146,178206..178524,178654..179353,179406..179619,179689..179952,180022..180219,180278..>180823)	Aspergillus niger	4977066
An01g00740	CDS	An01g00740	NT_166518.1	180928	181542	D	Remark: N-terminally truncated due to contig border.; hypothetical protein [truncated ORF]	<180928..181542	Aspergillus niger	84589822
An01g00750	CDS	An01g00750	NT_166518.1	184131	184444	D	hypothetical protein	join(184131..184357,184426..184444)	Aspergillus niger	4977944
An01g00760	CDS	An01g00760	NT_166518.1	186071	186286	R	hypothetical protein	complement(186071..186286)	Aspergillus niger	84589823
An01g00770	CDS	An01g00770	NT_166518.1	187506	189152	R	Function: pMSS116 promotes ATP-dependent splicing of group II introns in yeast.; Localization: pMSS116 is localized in the mitochondrial matrix.; Similarity: pMSS116 has DEAD/H box RNA helicase homology.; Title: similarity to RNA helicase Mss116 -Saccharomyces cerevisiae; See PMID 2535893; See PMID 7567443; uncharacterized protein	complement(187506..189152)	Aspergillus niger	4977762
An01g00780	CDS	xynB	NT_166518.1	190078	190823	R	Catalytic activity: Endohydrolysis of 1,4-beta-d-xylosidic linkages in xylans.; Gene-ID: xynB; Pathway: Xylan degradation.; Similarity: Belongs to cellulase family g (family 11 of glycosyl hydrolases).; endo-1,4-xylanase xynB-Aspergillus niger	complement(join(190078..190477,190546..190823))	Aspergillus niger	4978152
An01g00790	CDS	An01g00790	NT_166518.1	191427	191690	R	hypothetical protein	complement(join(191427..191494,191549..191690))	Aspergillus niger	84589824
An01g00800	CDS	An01g00800	NT_166518.1	191853	192844	R	Title: similarity to hypothetical protein AAO51454.1 - Dictyostelium discoideum; uncharacterized protein	complement(join(191853..191935,192004..192844))	Aspergillus niger	4978098
An01g00810	CDS	An01g00810	NT_166518.1	193759	194194	R	Title: weak similarity to androgen receptor A hARa -Homo sapiens; uncharacterized protein	complement(join(193759..193792,193845..194194))	Aspergillus niger	84589825
An01g00820	CDS	An01g00820	NT_166518.1	195689	197459	D	Function: The QUTD gene encodes an essential component of a permease required for transport of quinate ion into mycelium.; Localization: The QUTD gene has been located within the cloned QUT gene cluster of A. nidulans.; Similarity: The QutD gene shows strong homology with the N. crassa QA-Y gene.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; See PMID 2835177; See PMID 2976880; uncharacterized protein	join(195689..195765,195827..196269,196332..196969,197025..197459)	Aspergillus niger	4978462
An01g00830	CDS	An01g00830	NT_166518.1	197782	198002	R	hypothetical protein	complement(join(197782..197850,197901..198002))	Aspergillus niger	84589826
An01g00840	CDS	An01g00840	NT_166518.1	198877	199925	R	hypothetical protein	complement(join(198877..198957,199120..199346,199437..199526,199605..199739,199832..199925))	Aspergillus niger	84589827
An01g00850	CDS	An01g00850	NT_166518.1	199947	201911	D	Function: Xylose uptake in Bacillus megaterium depends on expression of a H+/xylose symporter encoded by xylT, the last gene in the xyl operon.; Remark: Expression of xylT is xylose inducible.; Title: similarity to xylose permease xylT - Bacillus megaterium; See PMID 9076741; uncharacterized protein	join(199947..200369,200419..200533,200628..201020,201084..201437,201508..201911)	Aspergillus niger	4978119
An01g00860	CDS	An01g00860	NT_166518.1	202342	204197	R	Catalytic activity: DHGO is an enzyme catalyzing the stereospecific phenol oxidative coupling reaction converting dihydrogeodin to (+)- geodin.; Remark: a putative frameshift results in an premature STOP codon.; Similarity: DHGO shows significant homology with multicopper blue proteins such as laccase and ascorbate oxidase.; Title: strong similarity to dihydrogeodin oxidase DHGO - Aspergillus terreus [putative frameshift]; putative frameshift; See PMID 7665560; uncharacterized protein	complement(join(<202342..204060,204119..204197))	Aspergillus niger	4977875
An01g00870	CDS	An01g00870	NT_166518.1	205013	206032	R	Catalytic activity: COQ2 catalyzes the transfer of the polyisoprenoid side chain to para-hydroxybenzoate (PHB).; Pathway: COQ2 catalyzes a step in the biosynthesis of the lipid-soluble electron carrier Coenzyme Q.; Remark: The amino acid sequence of COQ2 exhibits a typical amino-terminal mitochondrial leader sequence and six potential membrane-spanning domains.; Title: strong similarity to para-hydroxybenzoate polyprenyltransferase Coq2 - Saccharomyces cerevisiae; See PMID 1740455; uncharacterized protein	complement(205013..206032)	Aspergillus niger	4978100
An01g00880	CDS	An01g00880	NT_166518.1	207172	208551	R	Catalytic activity: 6-OMT catalyzes the transfer of the S-methyl group of S-adenosyl-L-methionine to the 6-hydroxyl group of 1,2,3,4-tetrahydro-1-[(4-hydroxyphenyl)methyl]-6,7-isoquin olinediol (norcoclaurine).; Pathway: 6-OMT catalyzes an early step in the biosynthetic pathway to reticuline, an important intermediate in synthesizing isoquinoline alkaloids.; Title: strong similarity to S-adenosyl-L-methionine:norcoclaurine 6-O-methyltransferase 6-OMT - Coptis japonica; See PMID 7925429; See PMID 10811648; uncharacterized protein	complement(join(207172..207485,207541..207980,208048..208171,208226..208352,208411..208551))	Aspergillus niger	4978490
An01g00890	CDS	An01g00890	NT_166518.1	209578	210918	D	Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	join(209578..209742,209813..210188,210254..210383,210446..210513,210584..210918)	Aspergillus niger	4978419
An01g00900	CDS	An01g00900	NT_166518.1	211858	215482	R	Catalytic activity: Protein tyrosine phosphate + H(2)O = protein tyrosine + phosphate.; Function: pyp2+ encodes a nonreceptor type protein tyrosine phosphatase that negatively regulates mitosis.; Title: similarity to protein-tyrosine-phosphatase pyp2p - Schizosaccharomyces pombe; See PMID 1448087; See PMID 1464319; uncharacterized protein	complement(join(211858..212390,212757..212916,213021..213286,213407..213603,213662..213682,213731..214432,214486..215176,215239..215482))	Aspergillus niger	4978437
An01g00910	CDS	An01g00910	NT_166518.1	215818	219220	D	Title: strong similarity to hypothetical protein CAD21096.1 - Neurospora crassa; uncharacterized protein	join(215818..216653,216705..218738,218821..218884,219155..219220)	Aspergillus niger	4978500
An01g00920	CDS	An01g00920	NT_166518.1	219994	220749	D	Title: strong similarity to hypothetical lysogenic protein CAD54907.1 - Bacteriophage P2-EC58; uncharacterized protein	219994..220749	Aspergillus niger	84589828
An01g00930	CDS	An01g00930	NT_166518.1	222156	223132	D	Catalytic activity: Methyl chloride transferase catalyzes the synthesis of methyl chloride from S-adenosine-L-methionine and chloride ion.; Title: similarity to methyl chloride transferase AAC72357.1 - Batis maritima; See PMID 9789006; uncharacterized protein	join(222156..222638,222773..223132)	Aspergillus niger	4978351
An01g00940	CDS	An01g00940	NT_166518.1	223396	224770	R	Title: weak similarity to AP-1-like stress-induced transcriptional activator Yap2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(223396..223562,223630..224770))	Aspergillus niger	4977581
An01g00950	CDS	An01g00950	NT_166518.1	225110	227545	D	Title: weak similarity to hypothetical protein encoded by An11g07790 - Aspergillus niger; uncharacterized protein	join(225110..225206,225260..225555,225688..225707,225755..225893,226089..226097,226147..226229,226267..226294,226561..226609,226881..227009,227172..227545)	Aspergillus niger	4978463
An01g00960	CDS	An01g00960	NT_166518.1	227971	228969	R	Title: strong similarity to hypothetical oxidoreductase DR2595 - Deinococcus radiodurans; uncharacterized protein	complement(227971..228969)	Aspergillus niger	4978427
An01g00970	CDS	An01g00970	NT_166518.1	229718	231392	D	Title: similarity to hypothetical protein encoded by An11g04000 - Aspergillus niger; uncharacterized protein	join(229718..230116,230174..230217,230694..230836,231079..231392)	Aspergillus niger	84589829
An01g00990	CDS	An01g00990	NT_166518.1	233314	233586	R	Title: weak similarity to hypothetical protein encoded by An01g12970 - Aspergillus niger; uncharacterized protein	complement(233314..233586)	Aspergillus niger	84589830
An01g01000	CDS	An01g01000	NT_166518.1	233771	235094	R	Title: similarity to hypothetical protein BAC11036.1 - Homo sapiens; uncharacterized protein	complement(join(233771..234620,234656..234834,234891..235094))	Aspergillus niger	4977449
An01g01010	CDS	An01g01010	NT_166518.1	235716	236969	R	Title: weak similarity to hypothetical protein Y49E10.24 - Caenorhabditis elegans; uncharacterized protein	complement(235716..236969)	Aspergillus niger	4977123
An01g01020	CDS	An01g01020	NT_166518.1	238713	242046	D	Title: similarity to protein SEQ ID NO:628 from patent WO200222660-A2 - Homo sapiens; uncharacterized protein	join(238713..238872,238928..242046)	Aspergillus niger	4978227
An01g01030	CDS	An01g01030	NT_166518.1	242490	242972	R	Title: weak similarity to hypothetical protein encoded by An16g05360 - Aspergillus niger; uncharacterized protein	complement(242490..242972)	Aspergillus niger	4977640
An01g01040	CDS	An01g01040	NT_166518.1	243525	245264	D	Function: Ank3 plays an important role in the polarized distribution of many integral membrane proteins.; Function: the ankyrin domain is supposed to mediate protein-protein interactions.; Localization: Ank3 is a broadly distributed epithelial ankyrin and is the major ankyrin in the kidney and other tissues.; Remark: Ank3 is expressed in alternatively spliced forms including forms that lack the NH2-terminal repeat domain.; Title: similarity to ankyrin 3 Ank3 - Mus musculus; See PMID 7615634; See PMID 9060470; uncharacterized protein	243525..245264	Aspergillus niger	84589831
An01g01050	CDS	An01g01050	NT_166518.1	246521	247675	R	Title: similarity to hypothetical protein YLR007w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(246521..246814,246879..247483,247543..247675))	Aspergillus niger	4978267
An01g01060	CDS	An01g01060	NT_166518.1	248200	248908	R	Complex: Forms a heterodimer with the spU2AF59 large subunit.; Function: spU2AF23 is the SNRNP auxiliary factor small subunit which is necessary for the splicing of pre-mRNA.; Localization: Nuclear protein.; Remark: Binds to the polypyrimidine tract of introns early during spliceosome assembly.; Title: strong similarity to splicing factor spU2AF23 - Schizosaccharomyces pombe; See PMID 8657565; uncharacterized protein	complement(join(248200..248528,248608..248908))	Aspergillus niger	4977558
An01g01070	CDS	An01g01070	NT_166518.1	249120	250677	R	Title: strong similarity to hypothetical protein BAB09014.1 - Arabidopsis thaliana; uncharacterized protein	complement(join(249120..249205,249343..250169,250223..250677))	Aspergillus niger	4978091
An01g01080	CDS	An01g01080	NT_166518.1	252231	253216	D	Catalytic activity: 7,8-dihydrobiopterin + NADP(+) = sepiapterin + NADPH.; Pathway: Sepiapterin reductase SPR (7,8-dihydrobiopterin: NADP+ oxidoreductase) catalyzes the terminal step in the biosynthetic pathway for tetrahydrobiopterin, the cofactor necessary for aromatic amino acid hydroxylation.; Title: strong similarity to sepiapterin reductase SPR - Rattus norvegicus; See PMID 2201030; See PMID 2260974; uncharacterized protein	join(252231..252267,252348..252661,252752..253122,253180..253216)	Aspergillus niger	4978236
An01g01090	CDS	An01g01090	NT_166518.1	254023	254736	D	Complex: Dr1 directly interacts with the TATA-binding protein (TBP) subunit of the multiprotein TFIID complex.; Function: Dr1 has a regulatory role in repression of class II gene transcription that is mediated via phosphorylation.; Title: similarity to TATA-binding protein-associated phosphoprotein Dr1 - Homo sapiens; See PMID 7958881; See PMID 1339312; uncharacterized protein	join(254023..254044,254113..254139,254292..254551,254617..254736)	Aspergillus niger	4977927
An01g01110	CDS	An01g01110	NT_166518.1	256770	260389	R	Function: Pseudomonas sp. hyuA is involved in the conversion of D-5-substituted hydantoins to corresponding N-carbamyl-D-amino acids.; Title: strong similarity to D-amino acid hydantoin hydrolase hyuA - Pseudomonas sp.; See PMID 1732229; uncharacterized protein	complement(join(256770..259709,259823..260389))	Aspergillus niger	4978156
An01g01120	CDS	An01g01120	NT_166518.1	261196	265965	D	Title: similarity to hypothetical protein encoded by An11g03480 - Aspergillus niger; uncharacterized protein	join(261196..261315,261384..261485,262180..262531,262624..262700,263299..263306,263456..263514,263593..263747,263784..263827,263913..264025,264243..265241,265631..265686,265748..265863,265941..265965)	Aspergillus niger	84589832
An01g01130	CDS	An01g01130	NT_166518.1	266481	274393	R	Function: G. fujikuroi FUM5 is a polyketide synthase required for fumonisin-toxin biosynthesis.; Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis; See PMID 10413619; uncharacterized protein	complement(join(266481..266527,266944..266979,267081..273424,273498..273834,273895..274227,274300..274393))	Aspergillus niger	4978278
An01g01140	CDS	An01g01140	NT_166518.1	276183	277523	R	Title: strong similarity to hypothetical protein encoded by An01g12050 - Aspergillus niger; uncharacterized protein	complement(276183..277523)	Aspergillus niger	4977989
An01g01150	CDS	An01g01150	NT_166518.1	277784	279802	D	Function: M. grisea Pth11p can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces using multiple signaling pathways to mediate differentiation.; Remark: the adjacent genomic region contains another predicted A. niger protein with similarity to M. grisea PTH11.; Similarity: similarity is from the N-terminal region of the predicted A. niger protein to the N-terminal region of M. grisea PTH11, which is 100 aa longer.; Title: similarity to surface recognition protein PTH11 - Magnaporthe grisea; localisation:plasma membrane; See PMID 10521529; uncharacterized protein	join(277784..277994,278016..278299,278362..279267,279665..279802)	Aspergillus niger	4978094
An01g01160	CDS	An01g01160	NT_166518.1	280500	281690	D	Function: S. viridochromogenes pat is involved in the metabolism of the herbicide glufosinate and can confer resistance against glufosinate.; Similarity: similarity is from the C-terminal region of the predicted A. niger protein to S. viridochromogenes pat, which is 100 aa shorter.; Title: similarity to phosphinothricin N-acetyltransferase pat - Streptomyces viridochromogenes; See PMID 3240868; uncharacterized protein	280500..281690	Aspergillus niger	4977050
An01g01170	CDS	An01g01170	NT_166518.1	283362	284579	D	Title: strong similarity to hypothetical protein BAC47708.1 - Bradyrhizobium japonicum; uncharacterized protein	283362..284579	Aspergillus niger	4978135
An01g01180	CDS	An01g01180	NT_166518.1	285933	287600	R	Similarity: the C-terminal region of the predicted A. niger protein contains a chromate transporter motif.; Title: strong similarity to hypothetical conserved protein CAD21291.1 - Neurospora crassa; uncharacterized protein	complement(join(285933..286156,286188..286565,286625..287301,287428..287600))	Aspergillus niger	4977730
An01g01190	CDS	An01g01190	NT_166518.1	288459	289091	D	Similarity: the predicted A. niger protein contains a phosphoglycerate mutase motif.; Title: similarity to hypothetical phosphoglycerate mutase SPAC5H10.03 - Schizosaccharomyces pombe; uncharacterized protein	288459..289091	Aspergillus niger	4977665
An01g01210	CDS	An01g01210	NT_166518.1	289556	291551	R	Function: R. norvegicus acyl-peptide hydrolase is a serine protease which catalyzes the removal of an N alpha-acetylated amino acid residue from an N alpha-acetylated peptide.; Similarity: the predicted A. niger protein shows strong similarity to several putative mikrobial acyl-peptide hydrolases.; Title: similarity to acylaminoacyl-peptidase -Rattus norvegicus; See PMID 2722805; uncharacterized protein	complement(join(289556..291127,291186..291551))	Aspergillus niger	84589833
An01g01220	CDS	An01g01220	NT_166518.1	292065	293460	R	Function: M. grisea Pth11p can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces using multiple signaling pathways to mediate differentiation.; Remark: the adjacent genomic region contains another predicted A. niger protein with similarity to M. grisea PTH11.; Similarity: similarity is from the N-terminal region of the predicted A. niger protein to the N-terminal region of M. grisea PTH11, which is 200 aa longer.; Title: similarity to surface recognition protein PTH11 - Magnaporthe grisea; localisation:plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(292065..292554,292646..293037,293094..293234,293299..293460))	Aspergillus niger	4977163
An01g01230	CDS	An01g01230	NT_166518.1	295236	295966	D	Title: strong similarity to hypothetical protein SPAC869.06c - Schizosaccharomyces pombe; uncharacterized protein	join(295236..295568,295622..295966)	Aspergillus niger	4977518
An01g01240	CDS	An01g01240	NT_166518.1	296229	296786	R	Function: C. carbonum TOXA likely encodes an HC-toxin efflux pump which contributes to self-protection against HC-toxin and/or the secretion of HC-toxin into the extracellular milieu.; Remark: ORF 5'truncated due to end of contig.; Remark: the function of C. carbonum TOXA is indicated by its sequence similarity to the major facilitator superfamily and the impossibility to mutate TOXA in HC-toxin producing strains.; Similarity: C. carbonum TOXA is a member of the major facilitator superfamily.; Title: similarity to HC-toxin efflux pump TOXA -Cochliobolus carbonum [truncated ORF]; localisation:plasma membrane; See PMID 8704997; uncharacterized protein	complement(296229..>296786)	Aspergillus niger	84589834
An01g01250	CDS	An01g01250	NT_166518.1	296889	298115	R	Remark: the ORF is C-terminally truncated due to end of contig.; Similarity: belongs to the major falicitator superfamily (MFS).; Title: strong similarity to hypothetical membrane transport protein SPAC3H1.06c - Schizosaccharomyces pombe [truncated ORF]; <NA>	complement(join(<296889..297292,297350..297782,297834..297863,297930..298115))	Aspergillus niger	10098206
An01g01260	CDS	An01g01260	NT_166518.1	299013	300797	R	Catalytic activity: beta-D-glucuronoside + H2O = D-glucuronate + alcohol.; Function: beta-glucuronidase of E. coli is widely used as a gene expression reporter in transgenic organisms.; Repression: expression of uidA in E. coli is negatively controlled by the products of the uidR and uxuR genes and is sensitive to catabolite repression.; Title: strong similarity to beta-glucuronidase uidA - Escherichia coli; See PMID 1323505; See PMID 2504501; See PMID 2823062; uncharacterized protein	complement(299013..300797)	Aspergillus niger	4978051
An01g01270	CDS	An01g01270	NT_166518.1	302329	302871	D	Remark: the ORF is short in length (86 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	join(302329..302431,302714..302871)	Aspergillus niger	84589835
An01g01280	CDS	An01g01280	NT_166518.1	304266	305921	R	Function: expression of the membrane pump protein of patent W35808 regulates cercosporin production and pathogenicity of C. kikuchii.; Function: the membrane protein pump of patent W35808 confers resistance to the polyketide phytotoxin cercosporin.; Similarity: also shows strong similarity to hypothetical HC-toxin efflux pump TOXA of Cochliobolus carbonum (PubMed 8704997).; Similarity: belongs to the major facilitator superfamily of transmembrane transport proteins.; Similarity: shows strong similarity to protein patent database entry GENESEQPROT:W35808.; Title: strong similarity to cercosporin resistance transmembrane efflux pump from patent WO9735001-A1 -Cercospora kikuchii; uncharacterized protein	complement(304266..305921)	Aspergillus niger	4977027
An01g01290	CDS	An01g01290	NT_166518.1	307727	309838	D	Catalytic activity: SHC in A. acidocaldarius catalyzes the cyclization of squalene into hopene.; Pathway: SHC in A. acidocaldarius is the key enzyme in the synthesis of pentacyclic hopanoids (triterpenoids).; Similarity: also shows strong similarity to lanosterol synthase (EC 5. 4. 99. 7) of Alicyclobacillus acidoterrestris.; Similarity: belongs to the terpene cyclase/mutase family.; Title: strong similarity to squalene-hopene cyclase SHC - Alicyclobacillus acidocaldarius; localisation:plasma membrane; See PMID 9295270; See PMID 1729216; uncharacterized protein	join(307727..309162,309193..309838)	Aspergillus niger	4978037
An01g01300	CDS	An01g01300	NT_166518.1	309947	310988	R	hypothetical protein	complement(join(309947..310232,310346..310397,310784..310988))	Aspergillus niger	84589836
An01g01310	CDS	An01g01310	NT_166518.1	311419	312317	R	hypothetical protein	complement(join(311419..311610,311706..311804,311854..311953,312007..312317))	Aspergillus niger	4977577
An01g01320	CDS	An01g01320	NT_166518.1	312690	314120	D	Catalytic activity: Asp 130 within the conserved YLKYDNC motif is the catalytic nucleophile in the active site of agal in P. chrysosporium.; Catalytic activity: alpha-galactosidases catalyze the hydrolysis of terminal, non-reducing alpha-D-galactose residues in alpha-D-galactosides.; Function: alpha-galactosidase of C. tetragonoloba is involved in the hydrolysis of galactomannans and melibiose.; Similarity: also shows strong similarity to alpha-galactosidase from Cyamopsis tetragonoloba (guar) of protein patent GENESEQPROT:R70206.; Similarity: belongs to family 27 of glycosyl hydrolases.; Similarity: contains the YLKYDNC motif which is highly conserved in all known family 27 glycosyl hydrolases.; Title: strong similarity to alpha-galactosidase agal - Phanerochaete chrysosporium; See PMID 10933800; See PMID 2577496; uncharacterized protein	join(312690..313296,313361..313457,313509..313924,313993..313997,314070..314120)	Aspergillus niger	4978099
An01g01330	CDS	An01g01330	NT_166518.1	314474	317976	D	Function: FacB of E. nidulans is a hypothetical DNA-binding transcriptional activator involved in the regulation of acetamide and acetate utilisation.; Similarity: the ORF shows similarity to several transcription activators.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; uncharacterized protein	join(314474..314546,314593..314644,314786..314841,315138..315295,315362..316360,316422..316981,317039..317832,317933..317976)	Aspergillus niger	4978215
An01g01340	CDS	An01g01340	NT_166518.1	318138	319617	R	Function: UGL of Bacillus sp. GL1 hydrolyzes the tetrasaccharide of unsaturated glucuronyl-glucosyl-rhamnosyl-glucose releasing unsaturated glucuronate.; Pathway: UGL of Bacillus sp. GL1 is involved in the degradation of oligosaccharides with an unsaturated uronic acid at the nonreducing terminal produced by polysaccharide lyases.; Title: similarity to unsaturated glucuronyl hydrolase UGL - Bacillus sp.; See PMID 10441389; uncharacterized protein	complement(join(318138..319409,319474..319617))	Aspergillus niger	4978230
An01g01350	CDS	An01g01350	NT_166518.1	320012	321713	D	Function: S. cerevisiae TNA1 encodes the yeast high affinity nicotinic acid permease.; Regulation: S. cerevisiae TNA1 is repressed by nicotinate and p-aminobenzoate.; Remark: the systematic name for S. cerevisiae TNA1 is YGR260W.; Similarity: S. cerevisiae TNA1 is a member of the yeast Dal5p subfamily of the major facilitator family.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 10984621; uncharacterized protein	join(320012..320266,320327..320553,320608..320686,320747..321220,321270..321713)	Aspergillus niger	4977118
An01g01360	CDS	An01g01360	NT_166518.1	322013	323338	R	Title: similarity to hypothetical transmembrane protein CAD18032.1 - Ralstonia solanacearum; uncharacterized protein	complement(join(322013..322857,322917..323201,323257..323338))	Aspergillus niger	4977582
An01g01370	CDS	An01g01370	NT_166518.1	323769	326257	D	Title: strong similarity to hypothetical protein encoded by An06g01030 - Aspergillus niger; uncharacterized protein	join(323769..324420,324515..324541,324757..324783,324929..324997,325127..325284,325341..325717,325750..326257)	Aspergillus niger	4978194
An01g01380	CDS	An01g01380	NT_166518.1	326663	330565	R	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Title: similarity to beta transducin-like protein het-e - Podospora anserina; See PMID 9435787; See PMID 10875280; See PMID 10974123; See PMID 7557402; uncharacterized protein	complement(join(326663..328439,328498..329113,329189..329774,329918..330565))	Aspergillus niger	4977341
An01g01390	CDS	An01g01390	NT_166518.1	331842	333984	D	Complex: the yeast SWI/SNF chromatin remodeling complex is comprised of 11 tightly associated polypeptides (SWI1, SWI2, SWI3, SNF5, SNF6, SNF11, SWP82, SWP73, SWP59 (Arp9), SWP61, and SWP29).; Function: S. cerevisiae Arp9 is a component of the RSC and SWI/SNF chromatin remodeling complex with structural roles, as the ATPase activity is not required for Arp9 function.; Remark: the systematic name for S. cerevisiae Arp9 is YMR033w an alias is SWP59.; Similarity: S. cerevisiae Arp9 is a member of the actin-related protein (ARP) family of ATPases.; Title: similarity to chromatin remodeling Snf/Swi complex subunit Arp9 - Saccharomyces cerevisiae; localisation:nucleus; See PMID 9726966; See PMID 9844636; See PMID 10529347; See PMID 10753786; uncharacterized protein	join(331842..331871,331953..333381,333437..333984)	Aspergillus niger	4978263
An01g01400	CDS	An01g01400	NT_166518.1	334615	335132	R	Title: strong similarity to hypothetical protein encoded by slr0318 - Synechocystis sp.; uncharacterized protein	complement(join(334615..334949,335021..335132))	Aspergillus niger	4978113
An01g01410	CDS	An01g01410	NT_166518.1	335563	335911	R	Title: strong similarity to hypothetical protein encoded by An01g01460 - Aspergillus niger; uncharacterized protein	complement(join(335563..335738,335797..335911))	Aspergillus niger	84589837
An01g01420	CDS	An01g01420	NT_166518.1	336861	338198	R	Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	complement(join(336861..337093,337168..337395,337462..337487,337537..337604,337659..338198))	Aspergillus niger	84589838
An01g01430	CDS	An01g01430	NT_166518.1	338420	340232	D	Function: S. lavendulae mcrA protects this microorganism from its own antibiotic, the antitumor drug mitomycin C.; Function: the predicted A. niger protein shows high similarity to a putative FAD-dependent oxygenase encM from the enterocin biosynthetic gene cluster of Streptomyces maritimus and therefore might be involved in toxin synthesis.; Title: similarity to hydroquinone oxidase mcrA -Streptomyces lavendulae; See PMID 10468636; See PMID 11137817; uncharacterized protein	join(338420..338602,338717..339137,339189..339250,339309..340232)	Aspergillus niger	4978228
An01g01440	CDS	An01g01440	NT_166518.1	341069	342172	D	Title: strong similarity to hypothetical protein CAD21096.1 - Neurospora crassa; uncharacterized protein	join(341069..342041,342129..342172)	Aspergillus niger	84589839
An01g01450	CDS	An01g01450	NT_166518.1	342903	345536	D	hypothetical protein	join(342903..342937,343262..345536)	Aspergillus niger	4978409
An01g01460	CDS	An01g01460	NT_166518.1	347298	347657	D	Title: strong similarity to hypothetical protein encoded by An01g01410 - Aspergillus niger; uncharacterized protein	join(347298..347415,347473..347657)	Aspergillus niger	84589840
An01g01470	CDS	An01g01470	NT_166518.1	348060	348877	R	Title: similarity to hypothetical protein encoded by An08g11970 - Aspergillus niger; uncharacterized protein	complement(join(348060..348180,348273..348877))	Aspergillus niger	4978369
An01g01475	CDS	An01g01475	NT_166518.1	350219	350719	D	hypothetical protein	350219..350719	Aspergillus niger	4978510
An01g01480	CDS	An01g01480	NT_166518.1	351211	352610	R	Function: the S. cerevisiae antibiotic resistance protein QDR1 confers resistance to the antiarrhythmic and antimalarial quinoline ring-containing drug Quinidine.; Title: similarity to multidrug resistance protein Qdr1 - Saccharomyces cerevisiae; See PMID 11302822; uncharacterized protein	complement(join(351211..351999,352002..352610))	Aspergillus niger	84589841
An01g01490	CDS	An01g01490	NT_166518.1	352773	353909	D	Title: similarity to hypothetical protein B3E4.80 -Neurospora crassa; uncharacterized protein	join(352773..353728,353783..353909)	Aspergillus niger	4978468
An01g01500	CDS	An01g01500	NT_166518.1	354593	355767	D	Function: mouse KIN17, a nuclear zinc finger protein, binds to the curved DNA fragments found at illegitimate recombination sites.; Function: overexpression of mouse KIN17 inhibits cellular proliferation.; Induction: mouse KIN17 is expressed after induction of S-phase and after UV-exposure.; Similarity: mouse KIN17 shares epitopes with the bacterial RecA protein, which controls the expression of the SOS UV-response genes.; Title: strong similarity to UV-response Zn-finger protein kin17 - Mus musculus; localisation:nucleus; See PMID 8078469; See PMID 9635863; See PMID 10413603; uncharacterized protein	join(354593..354646,354697..354770,354825..355005,355060..355767)	Aspergillus niger	4978102
An01g01520	CDS	An01g01520	NT_166518.1	357464	358423	D	Catalytic activity: pyrroline-5-carboxylate reductases convert L-proline + NAD(P)(+) to 1-pyrroline-5-carboxylate + NAD(P)H.; Function: Z. arboricola P5CR plays a role in the final step of proline biosynthesis.; Remark: an alternative name for Z. arboricola P5CR is Delta 1-pyrroline-5-carboxylate reductase.; Title: similarity to pyrroline-5-carboxylate reductase P5CR - Zalerion arboricola; See PMID 8654976; uncharacterized protein	join(357464..357524,357606..358423)	Aspergillus niger	4978402
An01g01530	CDS	An01g01530	NT_166518.1	358901	360402	D	Catalytic activity: proline dehydrogenases convert L-proline + acceptor + H(2)O to (S)-1-pyrroline-5-carboxylate + reduced acceptor.; Function: proline dehydrogenase is a mitochondrial enzyme which catalyzes the first step in the conversion of proline to glutamate.; Title: similarity to proline dehydrogenase slgA -Drosophila melanogaster; localisation:mitochondrium; See PMID 8096642; uncharacterized protein	join(358901..359496,359589..360402)	Aspergillus niger	4978371
An01g01540	CDS	An01g01540	NT_166518.1	361954	365312	D	Function: A. nidulans treA is an acid trehalase required for utilisation of the extracellular disaccharide trehalose.; Localization: A. nidulans treA is localized in the conidiospore wall.; Title: strong similarity to alpha,alpha-trehalase treA - Aspergillus nidulans; localisation:cell wall; See PMID 9140977; See PMID 9308367; uncharacterized protein	join(361954..361965,362017..363759,363804..364094,364140..365312)	Aspergillus niger	4978248
An01g01550	CDS	An01g01550	NT_166518.1	365658	368130	R	Catalytic activity: catalases convert 2 H(2)O(2) to O(2) + 2 H(2)O.; Function: catalase occurs in almost all aerobically respiring organisms and serves to protect cells from the toxic effects of hydrogen peroxide.; Title: strong similarity to catalase cat1 -Aspergillus fumigatus; See PMID 9353056; uncharacterized protein	complement(join(365658..366583,366639..366813,366900..367064,367114..367529,367580..367805,367855..368130))	Aspergillus niger	4978376
An01g01560	CDS	An01g01560	NT_166518.1	369001	370325	R	Title: similarity to hypothetical protein yxaG -Bacillus subtilis; uncharacterized protein	complement(join(369001..369082,369249..369815,369880..370325))	Aspergillus niger	4978358
An01g01580	CDS	An01g01580	NT_166518.1	372140	373609	R	Title: strong similarity to hypothetical protein encoded by An01g00420 - Aspergillus niger; uncharacterized protein	complement(join(372140..372431,372498..373151,373209..373609))	Aspergillus niger	4978364
An01g01590	CDS	An01g01590	NT_166518.1	374518	377942	R	Function: pyruvate decarboxylase is the key enzyme in the glycolytic-fermentative pathway of ethanol production in fungi, and in certain plants and bacteria.; Remark: N. crassa harbors large amounts of cytoplasmic filaments which are homopolymers of a 59-kDa polypeptide, pyruvate decarboxylase.; Remark: a possible sequencing error occured at position 38662, giving rise to a frame-shift, and was removed.; Remark: the predicted A. niger protein shows similarities to pyruvate decarboxylase of N. crassa as well as of other organisms in its C-terminal region whereas the N-terminal region shows homologies to alcohol dehydrogenase enzymes.; Title: similarity to pyruvate decarboxylase PDC -Neurospora crassa [putative frameshift]; localisation:cytoplasm; putative frameshift; See PMID 8359692; uncharacterized protein	complement(join(<374518..374874,374913..376267,376317..376776,376830..377083,377138..377207,377260..377437,377488..377570,377710..377801,377836..377942))	Aspergillus niger	4978355
An01g01600	CDS	An01g01600	NT_166518.1	380016	381448	D	Function: M. auratus MCT2 facilitates the cellular uptake of lactate, pyruvate and other monocarboxylates.; Similarity: M. auratus MCT2 belongs to the monocarboxylate transporter family.; Title: similarity to monocarboxylate transporter 2 MCT2 - Mesocricetus auratus; See PMID 7829520; uncharacterized protein	join(380016..380337,380376..380492,380541..381448)	Aspergillus niger	4978447
An01g01620	CDS	An01g01620	NT_166518.1	386047	387099	D	Function: S. cerevisiae ZRT1 is involved in zinc import into the cell.; Induction: S. cerevisiae ZRT1 is expressed in response to zinc deficiency.; Remark: alternative names for S. cerevisiae ZRT1 are YGL255W and FZF1.; Title: strong similarity to high-affinity zinc transport protein Zrt1 - Saccharomyces cerevisiae; See PMID 8637895; See PMID 9618566; See PMID 10748254; uncharacterized protein	386047..387099	Aspergillus niger	4978362
An01g01630	CDS	An01g01630	NT_166518.1	387878	388549	R	Title: strong similarity to hypothetical protein encoded by An09g00510 - Aspergillus niger; uncharacterized protein	complement(join(387878..388215,388387..388549))	Aspergillus niger	4978365
An01g01640	CDS	An01g01640	NT_166518.1	389389	390429	R	Catalytic activity: E. gunnii CAD 1 catalyzes the reversible oxidation of cinnamyl alcohol to cinnamacetaldehyde with the concomitant reduction of NADP.; Function: E. gunnii cinnamyl alcohol dehydrogenase is considered a key enzyme in lignin biosynthesis.; Pathway: E. gunnii CAD 1 is involved in lignin biosynthesis.; Title: strong similarity to cinnamyl-alcohol dehydrogenase CAD1 - Eucalyptus gunnii; See PMID 9526508; uncharacterized protein	complement(389389..390429)	Aspergillus niger	4978190
An01g01650	CDS	An01g01650	NT_166518.1	391218	392273	R	Title: similarity to hypothetical protein encoded by An12g05420 - Aspergillus niger; uncharacterized protein	complement(join(391218..391243,391478..392273))	Aspergillus niger	84589842
An01g01660	CDS	An01g01660	NT_166518.1	393061	393574	R	Function: Acinetobacter salE shows activity against short-chain alkyl esters of 4-nitrophenol but was also able to hydrolyze ethyl salicylate to ethanol and salicylic acid.; Title: weak similarity to alkyl salicylate esterase salE - Acinetobacter sp.; See PMID 10715011; uncharacterized protein	complement(join(393061..393388,393483..393574))	Aspergillus niger	84589843
An01g01670	CDS	An01g01670	NT_166518.1	394875	396565	R	Title: similarity to hypothetical protein encoded by An01g11590 - Aspergillus niger; uncharacterized protein	complement(join(394875..395392,395455..396565))	Aspergillus niger	4977125
An01g01680	CDS	An01g01680	NT_166518.1	397789	398582	D	Title: similarity to hypothetical protein encoded by An01g01690 - Aspergillus niger; uncharacterized protein	join(397789..398165,398277..398422,398497..398582)	Aspergillus niger	84589844
An01g01690	CDS	An01g01690	NT_166518.1	399024	400067	R	Title: similarity to hypothetical protein encoded by An01g01680 - Aspergillus niger; uncharacterized protein	complement(join(399024..399050,399117..399170,399367..399423,399664..399740,399785..400067))	Aspergillus niger	84589845
An01g01700	CDS	An01g01700	NT_166518.1	400801	401316	D	hypothetical protein	join(400801..400903,400952..401316)	Aspergillus niger	84589846
An01g01710	CDS	An01g01710	NT_166518.1	402426	402993	D	hypothetical protein	join(402426..402517,402563..402644,402841..402993)	Aspergillus niger	84589847
An01g01720	CDS	An01g01720	NT_166518.1	409076	410762	R	Function: S. cerevisiae blh1 mutants show hypersensitivity to bleomycin, indicating that bleomycin hydrolase is able to inactivate bleomycin in vivo and to protect cells from bleomycin-induced toxicity.; Similarity: S. cerevisiae BLH1 is a member of the cysteine protease family.; Title: strong similarity to bleomycin hydrolase Blh1 - Saccharomyces cerevisiae; See PMID 8463237; uncharacterized protein	complement(join(409076..409510,409567..410424,410459..410580,410633..410762))	Aspergillus niger	4977514
An01g01730	CDS	An01g01730	NT_166518.1	411539	412676	R	Title: strong similarity to hypothetical protein encoded by An12g06350 - Aspergillus niger; uncharacterized protein	complement(join(411539..412548,412652..412676))	Aspergillus niger	84589848
An01g01740	CDS	An01g01740	NT_166518.1	412935	413432	R	Title: weak similarity to troponin C -Caenorhabditis elegans; uncharacterized protein	complement(join(412935..412969,413035..413166,413234..413249,413302..413358,413421..413432))	Aspergillus niger	84589849
An01g01750	CDS	An01g01750	NT_166518.1	414491	416881	R	Function: Rattus norvegicus CLN2 is a lysosomal protease.; Similarity: Rattus norvegicus CLN2 shows similarity to prokaryotic pepstatin-insensitive acid proteases.; Title: similarity to lysosomal protease CLN2 -Rattus norvegicus; localisation:lysosome; See PMID 10428067; uncharacterized protein	complement(join(414491..414563,414649..414823,414893..415068,415120..415296,415351..415488,415541..415737,415781..416312,416364..416627,416673..416881))	Aspergillus niger	4978472
An01g01760	CDS	An01g01760	NT_166518.1	418508	418830	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(418508..418530,418567..418570,418756..418830))	Aspergillus niger	84589850
An01g01770	CDS	An01g01770	NT_166518.1	419587	421358	D	hypothetical protein	join(419587..419631,419954..420041,420172..420270,420351..420423,420455..420509,420598..420687,421104..421358)	Aspergillus niger	84589851
An01g01780	CDS	An01g01780	NT_166518.1	423796	424949	D	Localization: PTH11 of M. grisea was localized as a GFP-fusion protein in the cell membrane and in the vacuoles.; Phenotype: pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation. This suggests that Pth11p functions at the cell cortex as an upstream effector of appressorium differentiation.; Title: strong similarity to transmembrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(423796..423963,424029..424949)	Aspergillus niger	4978166
An01g01790	CDS	An01g01790	NT_166518.1	425160	427067	R	Remark: Band 3 of the erythrocyte cytoskeleton is a central component taking part in two widely divergent functions of erythroid cells; it is a primary determinant of cytoskeletal architecture and responsible for electroneutral Cl-/HCO3- exchange across the plasma membrane.; Title: similarity to band 3 anion transport protein - Gallus gallus; See PMID 3185555; uncharacterized protein	complement(join(425160..425786,425844..425987,426051..426254,426308..426483,426536..426891,426943..427067))	Aspergillus niger	4977232
An01g01800	CDS	An01g01800	NT_166518.1	427645	429702	D	hypothetical protein	join(427645..427869,427923..427994,428048..428413,428463..428507,428554..428780,428831..429392,429571..429702)	Aspergillus niger	4977246
An01g01810	CDS	An01g01810	NT_166518.1	430109	432302	R	Function: plays a role in the entry into G0,possibly by facilitating the release of a signaling substance into the environment as a means of cell-to-cell communication.; Similarity: fnx1(+) encodes a protein with sequence similarity to the proton-driven plasma membrane transporters from the multidrug resistance group of the major facilitator superfamily of proteins.; Title: similarity to multidrug resistance protein fnx1p - Schizosaccharomyces pombe; See PMID 9710608; uncharacterized protein	complement(join(430109..430218,430258..431361,431414..432130,432197..432302))	Aspergillus niger	4977368
An01g01820	CDS	catR	NT_166518.1	432564	434983	R	Catalytic activity: 2 H2O2 = O2 + 2 H2O; Function: occurs in almost all aerobically respiring organisms and serves to protect cells from the toxic effects of hydrogen peroxide.; Gene-ID: catR; Similarity: belongs to the catalase family.; localisation:peroxisome; See PMID 7934925; catalase R catR-Aspergillus niger	complement(join(432564..433655,433705..433869,433924..434339,434402..434627,434690..434983))	Aspergillus niger	4978057
An01g01830	CDS	An01g01830	NT_166518.1	436559	438847	D	Catalytic activity: 2 H2O2 = O2 + 2 H2O.; Function: Streptomyces reticuli produces a mycelium-associated enzyme (CpeB) which exhibits heme-dependent catalase and peroxidase activity, as well as heme-independent manganese-peroxidase activity. The catalase-peroxidase CpeB and its apo-form (obtained after extraction of heme catalyze the peroxidation of Mn(II) to Mn(III), independent of the presence or absence of the heme inhibitor KCN.; Title: strong similarity to catalase/peroxidase cpeB - Streptomyces reticuli; See PMID 10217488; See PMID 10806381; uncharacterized protein	436559..438847	Aspergillus niger	4977099
An01g01840	CDS	An01g01840	NT_166518.1	439169	440611	D	Catalytic activity: RCH2NH2 + H2O + O2 = RCHO + NH3 + H2O2; Remark: MAO oxidizes both serotonin [5-hydroxytryptamine (5-HT)] and beta-phenylethylamine (PEA), unlike human MAO-A and MAO-B, which oxidize only 5-HT and PEA, respectively.; Title: strong similarity to monoamine oxidase MAO -Oncorhynchus mykiss; See PMID 7808446; uncharacterized protein	439169..440611	Aspergillus niger	4977363
An01g01850	CDS	An01g01850	NT_166518.1	441440	443550	D	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 9435787; See PMID 10875280; See PMID 10974123; See PMID 7557402; uncharacterized protein	join(441440..443311,443428..443550)	Aspergillus niger	4978073
An01g01860	CDS	An01g01860	NT_166518.1	444536	445109	R	Remark: Homology is only based on repetitive sequence.; Title: similarity to hypothetical protein encoded by An17g00940 - Aspergillus niger; uncharacterized protein	complement(join(444536..444751,444900..445109))	Aspergillus niger	10098211
An01g01870	CDS	An01g01870	NT_166518.1	446938	449784	D	Function: putative cellulase.; Similarity: fungal cellulose-binding domain homology.; Title: strong similarity to hypothetical Avicelase III aviIII - Aspergillus aculeatus; uncharacterized protein	join(446938..447037,447085..447229,447273..447471,447518..447758,447808..447861,447907..449703,449735..449784)	Aspergillus niger	4977095
An01g01880	CDS	An01g01880	NT_166518.1	449958	451163	R	Catalytic activity: (s)-lactate + o(2) = acetate + co(2) + h(2)o.; Similarity: belongs to the fmn-dependent alpha-hydroxy acid dehydrogenases family.; Title: strong similarity to L-lactate 2-monooxygenase LA2M - Mycobacterium smegmatis; See PMID 9341146; See PMID 2324094; uncharacterized protein	complement(449958..451163)	Aspergillus niger	4977180
An01g01890	CDS	An01g01890	NT_166518.1	452001	453300	D	hypothetical protein	join(452001..452149,452187..452445,452531..452725,452848..453300)	Aspergillus niger	84589852
An01g01900	CDS	An01g01900	NT_166518.1	454927	456789	D	Function: Mct is a component of a novel drug export system specific to the mitomycins. Mct encodes a hydrophobic polypeptide that has significant amino acid sequence similarity with several actinomycete antibiotic export proteins.; Title: strong similarity to mitomycin C translocase mct - Streptomyces lavendulae; See PMID 10198016; uncharacterized protein	join(454927..455345,455410..456020,456077..456323,456381..456504,456565..456789)	Aspergillus niger	4978353
An01g01920	CDS	An01g01920	NT_166518.1	457714	459937	R	Catalytic activity: hydrolysis of terminal non-reducing N-acetyl-D-hexosamine residues in N-acetyl-beta-D-hexosaminides.; Similarity: similarity to bacterial and eukaryotic beta-N-acetylhexosaminidases.; Title: similarity to beta-N-acetylhexosaminidase -Vibrio furnissii; See PMID 8969206; See PMID 10398828; uncharacterized protein	complement(join(457714..459315,459362..459834,459883..459937))	Aspergillus niger	4977548
An01g01930	CDS	An01g01930	NT_166518.1	460754	462013	R	hypothetical protein	complement(join(460754..461222,461482..461524,461671..462013))	Aspergillus niger	84589853
An01g01940	CDS	An01g01940	NT_166518.1	463553	465415	R	Function: UGA4 of S. cerevisiae is a GABA-specific high-affinity permease.; Title: strong similarity to GABA permease Uga4 -Saccharomyces cerevisiae; See PMID 7888172; See PMID 8455553; uncharacterized protein	complement(join(463553..463729,463791..464838,464905..464958,465009..465055,465122..465415))	Aspergillus niger	4977524
An01g01950	CDS	An01g01950	NT_166518.1	467286	468435	R	Similarity: all yeast homologs are about 400 aminoacids longer at N-terminus.; Similarity: bacterial homologs have about the same length.; Title: similarity to aluminium resistance protein Alr1 - Saccharomyces cerevisiae; See PMID 9430719; See PMID 10220002; uncharacterized protein	complement(join(467286..467871,467930..468435))	Aspergillus niger	4977112
An01g01960	CDS	An01g01960	NT_166518.1	470513	471340	D	Catalytic activity: catalyzes the reduction of 2,4 diamino-6-ribitylamino-4(3H)-pyrimidine 5'-phosphate by NADPH to yield DRTP.; Pathway: riboflavin biosynthesis (second step).; Title: strong similarity to riboflavin biosynthesis protein Rib7 - Saccharomyces cerevisiae; See PMID 3547188; See PMID 8256517; uncharacterized protein	470513..471340	Aspergillus niger	4977358
An01g01970	CDS	An01g01970	NT_166518.1	471856	472604	R	Title: similarity to hypothetical protein encoded by An04g02750 - Aspergillus niger; uncharacterized protein	complement(join(471856..471860,471917..472243,472301..472604))	Aspergillus niger	84589854
An01g01980	CDS	An01g01980	NT_166518.1	473738	475353	D	hypothetical protein	join(473738..474681,474712..475185,475221..475353)	Aspergillus niger	4977919
An01g01990	CDS	An01g01990	NT_166518.1	476179	476470	D	hypothetical protein	join(476179..476245,476295..476470)	Aspergillus niger	84589855
An01g02000	CDS	An01g02000	NT_166518.1	477442	479157	D	Catalytic activity: L-Tryptophan = Tryptamine + CO2; EC:4.1.1.28; Pathway: Histidine metabolism; Tyrosine metabolism; Phenylalanine metabolism; Tryptophan metabolism; Alkaloid biosynthesis I.; Title: similarity to aromatic-L-amino-acid decarboxylase DDC - Rattus norvegicus; See PMID 7567987; uncharacterized protein	join(477442..477490,477600..478530,478587..478881,478963..479157)	Aspergillus niger	4977430
An01g02010	CDS	An01g02010	NT_166518.1	479790	480995	D	Similarity: blast matches to acid rich proteins due to serine and aspartic acids repeats.; hypothetical protein	479790..480995	Aspergillus niger	84589856
An01g02020	CDS	An01g02020	NT_166518.1	481538	482041	D	Title: strong similarity to hypothetical protein ssl3291 - Synechocystis sp.; uncharacterized protein	join(481538..481618,481671..481776,481868..481948,482007..482041)	Aspergillus niger	4977024
An01g02030	CDS	An01g02030	NT_166518.1	482341	486460	R	Function: FUM5 of G. fujikuroi is a PKS gene required for fumonisin biosynthesis.; Remark: all homologs are N-terminal much longer.; Title: similarity to polyketide synthase FUM5 -Gibberella moniliformis; See PMID 10413619; See PMID 10802562; See PMID 10872449; contains an internal stop codon; uncharacterized protein; <NA>	complement(join(482341..483721,483830..484170,484249..484323,484393..484674,484769..485640,485793..485888,485938..486460))	Aspergillus niger	84589857
An01g02040	CDS	An01g02040	NT_166518.1	487264	488964	D	hypothetical protein	join(487264..487440,487519..487795,487845..488263,488317..488964)	Aspergillus niger	84589858
An01g02050	CDS	An01g02050	NT_166518.1	489382	491550	R	Remark: At221 might be involved in the gene expression regulation of lovF.; Title: similarity to gene expression regulator At221 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	complement(join(489382..490429,490479..490527,490623..491550))	Aspergillus niger	4977055
An01g02060	CDS	An01g02060	NT_166518.1	492021	493748	D	Similarity: similarity to YOR306c, YNL125c, YKL221w and monocarboxylate transporter proteins.; Title: similarity to monocarboxylate transporter 3 -Gallus gallus; See PMID 9168967; uncharacterized protein	join(492021..492070,492118..492334,492396..493172,493238..493351,493436..493540,493719..493748)	Aspergillus niger	4978079
An01g02070	CDS	An01g02070	NT_166518.1	493813	495910	R	Function: A. fumigatus secretes a serine alkaline protease (ALP) and a metalloprotease (MEP) when the fungus is cultivated in the presence of collagen as sole nitrogen and carbon source.; Remark: putative sequencing error at position 82586 (Stop); Remark: strong similarity to metalloproteases from aspergillus.; Title: strong similarity to metalloprotease mep -Aspergillus fumigatus; extracellular/secretion proteins; See PMID 7715453; uncharacterized protein	complement(join(493813..494002,494072..494486,494532..495082,495125..495513,495560..495910))	Aspergillus niger	4977749
An01g02080	CDS	An01g02080	NT_166518.1	496556	497234	R	Title: similarity to hypothetical protein SC2G5.30 -Streptomyces coelicolor; uncharacterized protein	complement(join(496556..496594,496672..496771,496831..497234))	Aspergillus niger	4978103
An01g02090	CDS	An01g02090	NT_166518.1	499043	502667	D	Title: similarity to hypothetical protein BX908807_12 - Neurospora crassa; uncharacterized protein	join(499043..499116,499239..499426,499537..502572,502624..502667)	Aspergillus niger	4977351
An01g02100	CDS	An01g02100	NT_166518.1	503174	504446	R	Function: Pus4p of S. cerevisiae catalyzes the formation of psi55 in both mitochondrial and cytoplasmic tRNAs.; Title: strong similarity to tRNA-pseudouridine synthase Pus4 - Saccharomyces cerevisiae; See PMID 9358157; uncharacterized protein	complement(join(503174..504345,504413..504446))	Aspergillus niger	4978144
An01g02110	CDS	An01g02110	NT_166518.1	505103	507246	D	Title: similarity to hypothetical protein CAD11409.1 - Neurospora crassa; uncharacterized protein	join(505103..505307,505394..505662,505738..505896,505952..507046,507131..507160,507211..507246)	Aspergillus niger	4977838
An01g02120	CDS	An01g02120	NT_166518.1	507483	508658	R	Function: Ebp2p of S. cerevisiae is required for the maturation of 25S rRNA and 60S subunit assembly; it may be one of the target proteins of Rrs1p for executing the signal to regulate ribosome biogenesis.; Remark: EbP2p is the genename for YKL172w of S. cerevisiae.; Similarity: shows also similarity to human nucleolar protein p40.; Title: strong similarity to nucleolar protein Ebp2 -Saccharomyces cerevisiae; nucleus; See PMID 10849420; See PMID 10947841; See PMID 11226172; uncharacterized protein	complement(join(507483..507793,507875..508658))	Aspergillus niger	4978298
An01g02130	CDS	An01g02130	NT_166518.1	509974	511188	D	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Title: similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	509974..511188	Aspergillus niger	84589859
An01g02140	CDS	An01g02140	NT_166518.1	513646	515462	R	Remark: the deletion of YGR260w in a bna1 auxotrophic mutant for nicotinic acid prevents growth at low nicotinic acid concentration. This suggests that YGR260w is necessary for nicotinic acid import into the cell.; Remark: the systematic name for TNA1 of S. cerevisiae is YGR260w.; Similarity: the ORF shows similarity to some allantoate permeases.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 8720066; See PMID 10373489; uncharacterized protein	complement(join(513646..513913,513981..514017,514068..514587,514636..514887,514962..515133,515221..515462))	Aspergillus niger	4977970
An01g02150	CDS	An01g02150	NT_166518.1	516465	518691	R	Function: arcA of A. nidulans is, together with suDpro and suEpro, responsible for regulation of synthesis of arginine catabolic enzymes.; Title: strong similarity to transcription regulator of arginine catabolism arcA - Aspergillus nidulans; See PMID 62492; uncharacterized protein	complement(join(516465..516855,516907..517071,517120..517820,517870..517999,518111..518691))	Aspergillus niger	4978245
An01g02160	CDS	An01g02160	NT_166518.1	519563	521134	R	Function: fnx1 of S. pombe required for entry into the quiescent G0 state, that is normally induced by nitrogen starvation.; Similarity: similarity to several multidrug resistance proteins.; Title: strong similarity to multidrug resistance protein fnx1p - Schizosaccharomyces pombe; See PMID 9710608; uncharacterized protein	complement(519563..521134)	Aspergillus niger	4977221
An01g02170	CDS	An01g02170	NT_166518.1	523220	524159	D	Similarity: similarity to S. pombe hypothetical protein SPAC13C5. 04, similarity to several esterases; Title: similarity to anthranilate converting enzyme tdnT - Pseudomonas putida; See PMID 8990291; uncharacterized protein	join(523220..523457,523561..523787,523875..524159)	Aspergillus niger	4978373
An01g02180	CDS	An01g02180	NT_166518.1	524349	525203	R	Title: similarity to hypothetical protein YOL032w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(524349..524385,524548..525203))	Aspergillus niger	4977609
An01g02190	CDS	An01g02190	NT_166518.1	525648	526681	D	Catalytic activity: ATP + Thiamine = AMP + Thiamine diphosphate.; Pathway: Thiamine metabolism.; Title: similarity to thiamin pyrophosphokinase tnr3p - Schizosaccharomyces pombe; See PMID 6282163; See PMID 7499352; uncharacterized protein	join(525648..525688,525754..526681)	Aspergillus niger	4978339
An01g02200	CDS	An01g02200	NT_166518.1	526894	527422	R	Catalytic activity: nucleoside triphosphate + RNA(n) = Pyrophosphate + RNA(n+1).; Remark: RNA polymerases I, II, and III of S. cerevisiae share three subunits that are immunologically and biochemically indistinguishable (RPB5, RPB6, and RPB8).; Title: strong similarity to 16 kD subunit of DNA-directed RNA polymerase I,II,III Rpb8 - Saccharomyces cerevisiae; nucleus; See PMID 1408842; See PMID 10653691; uncharacterized protein	complement(join(526894..526999,527094..527422))	Aspergillus niger	4978231
An01g02210	CDS	An01g02210	NT_166518.1	527707	528957	D	Title: similarity to hypothetical protein SPCC11E10.06c - Schizosaccharomyces pombe; uncharacterized protein	join(527707..528178,528248..528957)	Aspergillus niger	4978305
An01g02220	CDS	An01g02220	NT_166518.1	529861	530814	D	Complex: in S. cerevisiae the tRNA splicing endonuclease is a tetrameric enzyme.; Function: in S. cerevisiae the tRNA splicing endonuclease is responsible for identification and cleavage of the splice sites in pre-tRNA.; Function: splicing of tRNA precursors is essential for the production of mature tRNA.; Title: strong similarity to tRNA splicing endonuclease gamma subunit Sen34 - Saccharomyces cerevisiae [putative frameshift]; putative frameshift; See PMID 9200603; uncharacterized protein	join(529861..530368,530491..>530814)	Aspergillus niger	4978399
An01g02230	CDS	An01g02230	NT_166518.1	531751	532544	R	Remark: ribonuclease P is involved in processing of tRNAs and rRNAs.; Title: similarity to ribonuclease P protein subunit p29 - Homo sapiens; See PMID 9759486; See PMID 10024167; uncharacterized protein	complement(join(531751..531956,532022..532544))	Aspergillus niger	4977688
An01g02240	CDS	An01g02240	NT_166518.1	533332	534440	D	Similarity: shows similarity to several oxidoreductases with different specificities, e. g 1-aminocyclopropane-1-carboxylic acid oxidases.; Title: similarity to 1-aminocyclopropane-1-carboxylic acid oxidase - Cucumis sativus; See PMID 10608661; uncharacterized protein	join(533332..533640,533745..534440)	Aspergillus niger	4978435
An01g02250	CDS	An01g02250	NT_166518.1	534769	537781	R	Title: weak similarity to hypothetical AAA-ATPase AAR34299.1 - Geobacter sulfurreducens; uncharacterized protein	complement(join(534769..535556,535646..536275,536335..537781))	Aspergillus niger	4978445
An01g02260	CDS	An01g02260	NT_166518.1	538785	540989	D	Similarity: C-terminus shows weak similarity to central part of bacterial ftsZ proteins.; Title: strong similarity to hypothetical protein encoded by An07g04490 - Aspergillus niger; uncharacterized protein	join(538785..538954,539007..539322,539370..539568,539643..539990,540046..540989)	Aspergillus niger	4978134
An01g02270	CDS	An01g02270	NT_166518.1	543263	544984	R	Catalytic activity: rinonuclease H catalyzes the endonucleolytic cleavage to 5'-phospho- monoester.; Function: ribonuclease H is an endonuclease that degrades the RNA of RNA-DNA hybrids specifically.; Title: similarity to ribonuclease H1 RNH1 -Trypanosoma brucei; See PMID 9178276; uncharacterized protein	complement(join(543263..543329,543384..543868,544284..544343,544392..544446,544823..544875,544949..544984))	Aspergillus niger	84589860
An01g02280	CDS	An01g02280	NT_166518.1	547069	549324	R	Similarity: shows only weak similarity to N-terminal part of hypothetical protein DR0458 of Deinococcus radiodurans.; hypothetical protein	complement(join(547069..547243,547288..547371,547427..547621,547679..548242,548297..548484,548800..549324))	Aspergillus niger	4978467
An01g02290	CDS	An01g02290	NT_166518.1	551475	551958	D	hypothetical protein	join(551475..551616,551659..551717,551896..551958)	Aspergillus niger	84589861
An01g02300	CDS	An01g02300	NT_166518.1	553719	554437	R	Similarity: all matching proteins are 20-50 aminoacids longer at the C-terminus.; Title: similarity to glia maturation factor BmGMF -Brugia malayi; See PMID 7820553; See PMID 9047337; uncharacterized protein	complement(join(553719..553910,553982..554112,554261..554360,554435..554437))	Aspergillus niger	4977096
An01g02310	CDS	An01g02310	NT_166518.1	554879	555974	D	Remark: shows similarity to several bacterial competence-damage proteins.; Title: strong similarity to hypothetical protein YMR178w - Saccharomyces cerevisiae; uncharacterized protein	join(554879..554965,555083..555249,555347..555974)	Aspergillus niger	4977067
An01g02320	CDS	An01g02320	NT_166518.1	557217	558142	R	Function: Aras of A. nidulans is an essential gene that regulates the ordered program of development.; Title: strong similarity to GTP-binding protein a-ras - Aspergillus nidulans; See PMID 8035812; See PMID 10835388; uncharacterized protein	complement(join(557217..557452,557523..557798,557865..557979,558131..558142))	Aspergillus niger	4978153
An01g02330	CDS	An01g02330	NT_166518.1	562453	565630	R	Title: similarity to pyoverdine biosynthesis protein PvcA - Pseudomonas aeruginosa; See PMID 8704959; See PMID 10383985; uncharacterized protein	complement(join(562453..562771,562807..562889,563061..563104,563523..563860,563926..564560,564646..565031,565093..565630))	Aspergillus niger	4977427
An01g02340	CDS	An01g02340	NT_166518.1	566557	567583	R	Similarity: shows strong similarity to several dehydrogenases.; Title: strong similarity to hypothetical short chain dehydrogenase SPAC521.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(566557..566722,566802..566857,566913..567222,567279..567583))	Aspergillus niger	4978302
An01g02350	CDS	An01g02350	NT_166518.1	571543	572931	R	Remark: the human NK cell antigen DX1 has the patent-number WO9502611-A.; Title: weak similarity to NK cell antigen DX1 - Homo sapiens; uncharacterized protein	complement(join(571543..571673,571928..572129,572300..572602,572893..572931))	Aspergillus niger	84589862
An01g02360	CDS	An01g02360	NT_166518.1	572993	574418	D	Function: M. grisea pth11p is a plasma membrane protein that mediates appressorium differentiation in response to inductive substrate cues.; Remark: putative short form of M. grisea pth11p.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(572993..573187,573259..573295,573349..573416,573458..573846,573977..574418)	Aspergillus niger	4978450
An01g02370	CDS	An01g02370	NT_166518.1	576509	578347	R	Function: the Aspergillus nidulans SREA is involved in regulation of siderophore biosynthesis and control of iron uptake.; Title: strong similarity to siderophore biosynthesis repressor sREA - Aspergillus nidulans; See PMID 9988696; uncharacterized protein	complement(join(576509..577344,577409..577947,578013..578347))	Aspergillus niger	4978083
An01g02380	CDS	An01g02380	NT_166518.1	579029	580034	D	hypothetical protein	join(579029..579144,579237..579394,579688..579754,579875..580034)	Aspergillus niger	84589863
An01g02390	CDS	An01g02390	NT_166518.1	580095	581585	R	hypothetical protein	complement(join(580095..580205,580295..580364,580460..580674,581065..581080,581173..581259,581317..581363,581496..581585))	Aspergillus niger	84589864
An01g02400	CDS	An01g02400	NT_166518.1	581952	582882	D	hypothetical protein	join(581952..582025,582283..582409,582518..582618,582729..582882)	Aspergillus niger	84589865
An01g02410	CDS	An01g02410	NT_166518.1	583313	584375	R	Title: similarity to hypothetical protein SPAC6F12.04 - Schizosaccharomyces pombe [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<583313..583485,583546..583635,583698..583813,583882..584019,584187..584375))	Aspergillus niger	4977110
An01g02420	CDS	An01g02420	NT_166518.1	584681	585776	R	Title: similarity to hypothetical protein SC6F7.17c - Streptomyces coelicolor; uncharacterized protein	complement(join(584681..584994,585062..585776))	Aspergillus niger	4978148
An01g02430	CDS	An01g02430	NT_166518.1	586098	587441	R	Catalytic activity: the F. solani D-amino acid oxidase converts D-amino acid and H2O and O2 to 2-oxo acid and NH3 and H2O2.; Catalytic activity: the F. solani D-amino acid oxidase is able to oxidatively deaminate cephalosporin C to 7-beta-(5-carboxy-5-oxopentanamido)cephalosporanic acid.; Remark: the D-amino acid oxidase posseses a wide specificity for D-amino acids and also acts on glycine.; Title: strong similarity to D-amino-acid oxidase DAO - Fusarium solani; peroxisome; See PMID 1982443; uncharacterized protein	complement(join(586098..586817,586871..586974,587025..587110,587197..587349,587413..587441))	Aspergillus niger	4978383
An01g02440	CDS	An01g02440	NT_166518.1	588488	590047	D	Title: similarity to hypothetical protein K21H1.13 -Arabidopsis thaliana; uncharacterized protein	join(588488..588713,588810..589237,589289..590047)	Aspergillus niger	4978363
An01g02460	CDS	An01g02460	NT_166518.1	592328	594621	R	Title: strong similarity to hypothetical protein EAA66045.1 - Aspergillus nidulans; uncharacterized protein	complement(join(592328..593782,593847..594032,594085..594621))	Aspergillus niger	4978095
An01g02470	CDS	An01g02470	NT_166518.1	595077	596442	D	hypothetical protein	join(595077..595142,595217..595347,595413..595463,595544..595732,595820..595939,596047..596166,596268..596442)	Aspergillus niger	84589866
An01g02480	CDS	An01g02480	NT_166518.1	596831	597616	R	hypothetical protein	complement(join(596831..596926,597180..597479,597539..597616))	Aspergillus niger	84589867
An01g02490	CDS	An01g02490	NT_166518.1	598714	599448	R	hypothetical protein	complement(join(598714..598733,598824..598933,598989..599064,599145..599448))	Aspergillus niger	84589868
An01g02500	CDS	An01g02500	NT_166518.1	600708	601165	R	Function: thioredoxin is involved in oxidative stress response and redox regulation.; Localization: the S. cerevisiae TRX1 and TRX2 are located in the cytoplasm, while TRX3 is located in the mitochondrion.; Remark: the A. nidulans thioredoxin is an intercellular disulphide-reducing enzyme which exhibits an unusual fluorescence emission spectrum, characterized by a high contribution of tyrosine residues.; Remark: the amino acid sequence of A. nidulans thioredoxin was determined by automated Edman degradation.; Similarity: the A. nidulans thioredoxin displays a sequence similarity of 45% to at least one of three thioredoxin homologues in S. cerevisiae TRX1, TRX2 and TRX3.; Title: strong similarity to thioredoxin -Aspergillus nidulans; See PMID 1459127; uncharacterized protein	complement(join(600708..601005,601137..601165))	Aspergillus niger	4977411
An01g02510	CDS	An01g02510	NT_166518.1	602579	604975	R	hypothetical protein	complement(602579..604975)	Aspergillus niger	4977271
An01g02520	CDS	An01g02520	NT_166518.1	605868	606308	R	hypothetical protein	complement(join(605868..605887,605969..605973,606004..606214,606296..606308))	Aspergillus niger	84589869
An01g02530	CDS	An01g02530	NT_166518.1	607903	608236	R	hypothetical protein	complement(join(607903..607995,608018..608070,608170..608236))	Aspergillus niger	84589870
An01g02540	CDS	An01g02540	NT_166518.1	608463	609418	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(608463..608548,609190..609418)	Aspergillus niger	84589871
An01g02550	CDS	An01g02550	NT_166518.1	610068	610545	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(610068..610143,610240..610292,610486..610545))	Aspergillus niger	84589872
An01g02560	CDS	An01g02560	NT_166518.1	610974	612255	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(610974..611159,612025..612255)	Aspergillus niger	84589873
An01g02570	CDS	An01g02570	NT_166518.1	612991	613891	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(612991..613178,613277..613304,613416..613452,613509..613598,613667..613743,613826..613891)	Aspergillus niger	84589874
An01g02590	CDS	An01g02590	NT_166518.1	614462	614635	R	hypothetical protein	complement(614462..614635)	Aspergillus niger	84589875
An01g02600	CDS	An01g02600	NT_166518.1	614759	617570	D	Remark: the adaptin complex proteins are involved in the formation of clathrin coated pits and vesicels.; Similarity: the predicted A. niger protein reveals two conserved domains, the adaptin N-terminal region (aa 24-587, PF01602) and the C-terminal gamma-adaptin domain (aa 726-848, PF02139), who are together part of the adaptin complex (AP-complex).; Title: strong similarity to gamma1-adaptin - Homo sapiens; See PMID 9733768; uncharacterized protein	join(614759..614780,614879..615002,615065..615253,615305..617420,617475..617570)	Aspergillus niger	4978075
An01g02610	CDS	An01g02610	NT_166518.1	618864	620246	R	Title: strong similarity to EST an_2155 -Aspergillus niger; uncharacterized protein	complement(join(618864..619004,619092..619166,619534..619757,619809..619919,619967..620246))	Aspergillus niger	84589876
An01g02620	CDS	An01g02620	NT_166518.1	621072	622270	D	Function: A. oryzae nuclear protein HAPC binds specifically to a CCAAT sequence in the promoter region of the A. oryzae Taka-amylase A gene.; Similarity: the predicted A. niger protein contains a CBFD-NFYB-HMF domain (aa 47-115, PF00808) which is typical for histone like transcription factors.; Title: strong similarity to CCAAT-binding protein hapC - Aspergillus oryzae; nucleus; See PMID 10905428; uncharacterized protein	join(621072..621231,621613..621723,621789..621916,622013..622270)	Aspergillus niger	4977915
An01g02630	CDS	An01g02630	NT_166518.1	623303	625761	R	Pathway: amdR in A. oryzae and in A. nidulans is involved in the capability of the fungi to grow on gamma-amino-butyric acid (GABA) as a carbon and/or nitrogen source.; Similarity: the N-terminal region of the predicted A. niger protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Title: strong similarity to transcription regulator amdR - Aspergillus nidulans; nucleus; See PMID 1479891; uncharacterized protein	complement(join(623303..624449,624509..625761))	Aspergillus niger	4978061
An01g02640	CDS	An01g02640	NT_166518.1	626570	628193	R	Catalytic activity: omtB of A. parasiticus catalyzes the conversion of demethylsterigmatocystin (DMST) to sterigmatocystin (ST) and dihydrodemethylsterigmatocystin (DHDMST) to dihydrosterigmatocystin (DHST).; Pathway: omtB of A. parasiticus is a component of the aflatoxin biosynthesis gene cluster.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Remark: omtB of A. parasiticus is also called dmtA.; Title: strong similarity to O-methyltransferase B omtB - Aspergillus parasiticus; See PMID 10806361; uncharacterized protein	complement(join(626570..626880,626938..627395,627452..627575,627656..627779,627870..628193))	Aspergillus niger	4977851
An01g02650	CDS	An01g02650	NT_166518.1	628416	630232	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(628416..628536,628892..629004,629097..629149,629231..629320,629542..629765,629894..629983,630108..630232))	Aspergillus niger	84589877
An01g02660	CDS	An01g02660	NT_166518.1	630725	632175	D	Title: strong similarity to hypothetical protein encoded by An03g05810 - Aspergillus niger; uncharacterized protein	join(630725..630895,631054..631349,631403..631647,631707..631737,631815..632175)	Aspergillus niger	4977350
An01g02670	CDS	An01g02670	NT_166518.1	632522	633703	R	Function: the S. pombe scn1 protein interact with the CUT9 protein, a putative component of anaphse-promoting complex (APC) which is required for cyclin degradation and metaphase-anaphase transition.; Function: the predicted S. pombe scn1 protein contains a TatD related DNAse domain (aa 19-357, PF01026),a feature of a large superfamily of metalloenzymes.; Remark: the S. cerevisiae homolog of S. pombe scn1 is YMR262W.; Title: strong similarity to hypothetical protein scn1p - Schizosaccharomyces pombe; See PMID 7798319; uncharacterized protein	complement(join(632522..633483,633514..633703))	Aspergillus niger	4977069
An01g02680	CDS	An01g02680	NT_166518.1	634142	635380	D	hypothetical protein	634142..635380	Aspergillus niger	4977348
An01g02690	CDS	An01g02690	NT_166518.1	635816	637583	R	Remark: information regarding S. cerevisiae ICT1 has not yet been published and is available from SGD and MIPS.; Similarity: the predicted A. niger protein shows similarity to S. cerevisiae ICT1, disruption of ICT1 leads to enhanced sensitivity to benomyl and azoles.; Title: strong similarity to hypothetical protein SPAC6G10.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(635816..636091,636251..637348,637416..637583))	Aspergillus niger	4977170
An01g02700	CDS	An01g02700	NT_166518.1	638437	639832	D	Title: similarity to hypothetical protein SPBC902.03 - Schizosaccharomyces pombe; uncharacterized protein	join(638437..639055,639150..639832)	Aspergillus niger	4977871
An01g02720	CDS	An01g02720	NT_166518.1	641378	644464	R	Complex: the six S. cerevisiae MCM proteins (MCM2-7) interact with each other to form predominantly a hexameric complex containing all six MCM proteins but also other smaller subcomplexes.; Function: S. cerevisiae MCM3 is a helicase subunit involved in DNA replication initiation, DNA unwinding and in the pre-replicative complex formation and its maintenance.; Similarity: the predicted A. niger protein contains a MCM 2/3/5 domain (aa 110-664, PF00493) which is a component of proteins required for the initiation of DNA replication.; Title: strong similarity to replication helicase subunit Mcm3 - Saccharomyces cerevisiae; nucleus; See PMID 2233713; See PMID 9427284; See PMID 10980206; uncharacterized protein	complement(join(641378..641414,641477..643548,643606..643869,643925..644030,644081..644127,644197..644248,644321..644339,644398..644464))	Aspergillus niger	4978167
An01g02730	CDS	An01g02730	NT_166518.1	644902	645659	R	Remark: the C. lindemuthianum CIH1 is a fungal glycoprotein specifically located at the biotrophic interface formed in the Colletotrichum lindemuthianum-bean interaction.; Title: similarity to proline-rich glycoprotein CIH1 - Colletotrichum lindemuthianum; plasma membrane; See PMID 9721685; uncharacterized protein	complement(join(644902..645521,645593..645659))	Aspergillus niger	4978139
An01g02740	CDS	An01g02740	NT_166518.1	646643	648481	R	Catalytic activity: the A. oryzae tannase converts digallate and H(2)O to 2 gallate.; Remark: an alternate name for tannase is tannin hydrolase and tannin acetylhydrolase.; Remark: tannase is an esterase that hydrolyses the acyl esters of tannins, making tannins more soluble at a lower temperature and pH.; Remark: the ORF shows strong similarity to patent JP08080196-A in PATENTPROT:AAR93195.; Title: strong similarity to tannase precursor from patent JP08080196-A - Aspergillus oryzae; See PMID 8917102; uncharacterized protein	complement(join(646643..647362,647435..648481))	Aspergillus niger	4977166
An01g02750	CDS	An01g02750	NT_166518.1	649696	650372	D	Title: weak similarity to hypothetical protein CAC28656.1 - Neurospora crassa; uncharacterized protein	join(649696..649739,649792..650197,650247..650372)	Aspergillus niger	84589878
An01g02760	CDS	An01g02760	NT_166518.1	650688	651305	R	Title: weak similarity to killer toxin Khr -Saccharomyces cerevisiae; See PMID 1368554; uncharacterized protein	complement(650688..651305)	Aspergillus niger	4978235
An01g02770	CDS	An01g02770	NT_166518.1	651423	652027	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(651423..651463,651554..651651,651728..651795,651935..652027))	Aspergillus niger	84589879
An01g02790	CDS	An01g02790	NT_166518.1	652747	656634	R	Function: a N. crassa cya-5 mutant contains coxI mRNA but the COXI protein could not be detected. The CYA-5 protein of N. crassa is required in a post-transcriptional step for COXI expression, most probably for the efficient translation of coxI mRNA.; Localization: CYA-5 is a nuclear encoded protein. A mitochondrial targeting sequence at its amino-terminus suggests a mitochondrial localization.; Title: strong similarity to COXI translation protein CYA-5 - Neurospora crassa; See PMID 9342407; uncharacterized protein	complement(join(652747..653713,653789..656634))	Aspergillus niger	4978290
An01g02800	CDS	An01g02800	NT_166518.1	657121	659110	D	Complex: the signal recognition particle consists of a 7S RNA molecule of 300 nucleotides and six protein subunits: SRP72, SRP68, SRP54, SRP19, SRP14 and SRP9.; Function: the signal-recognition-particle assembly has a crucial role in targeting secretory proteins to the rough endoplasmic reticulum membrane. SRP68 binds the 7s RNA, SRP72 binds to this complex subsequently. This ribonucleoprotein complex might interact directly with the docking protein in the er membrane and possibly participate in the elongation arrest function.; Title: strong similarity to signal recognition particle 68K protein SRP68 - Canis lupus; cytoplasm; See PMID 1702390; See PMID 6292236; See PMID 8388879; uncharacterized protein	join(657121..657311,657405..658547,658603..659110)	Aspergillus niger	4978210
An01g02810	CDS	An01g02810	NT_166518.1	661184	662988	D	Cofactor: Heme.; Function: Erg5 is a cytochrome P450 involved in C-22 denaturation of the ergosterol side-chain.; Pathway: S. cerevisiae Erg5 is involved in the Ergosterol biosynthesis.; Remark: alternate names for S. cerevisiae Erg5: Cyp61, YMR015c.; Similarity: S. cerevisiae Erg5 belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 sterol delta22-desaturase Erg5 - Saccharomyces cerevisiae; See PMID 7791529; See PMID 8635732; See PMID 331007; See PMID 10390230; uncharacterized protein	join(661184..661343,661416..661566,661652..662900,662953..662988)	Aspergillus niger	4978239
An01g02820	CDS	An01g02820	NT_166518.1	665173	665901	D	hypothetical protein	join(665173..665272,665452..665661,665745..665779,665860..665901)	Aspergillus niger	84589880
An01g02830	CDS	An01g02830	NT_166518.1	666258	666978	D	Title: similarity to heat shock protein 67B2 -Drosophila melanogaster; See PMID 2454316; uncharacterized protein	join(666258..666545,666601..666978)	Aspergillus niger	4978111
An01g02840	CDS	An01g02840	NT_166518.1	667632	670948	R	Function: IF2 is a translation factor that catalyzes the binding of initiator methionyl-tRNA to the ribosomal P site.; Title: strong similarity to translation initiation factor IF2 - Homo sapiens; See PMID 10200264; uncharacterized protein	complement(join(667632..667875,667930..670412,670490..670948))	Aspergillus niger	4978286
An01g02850	CDS	An01g02850	NT_166518.1	671577	675639	R	hypothetical protein	complement(join(671577..673019,673070..673236,673300..674854,674914..675028,675083..675639))	Aspergillus niger	4978309
An01g02860	CDS	An01g02860	NT_166518.1	676989	678352	D	Title: similarity to hypothetical protein SPBC651.03c - Schizosaccharomyces pombe; uncharacterized protein	join(676989..677238,677288..677419,677466..678352)	Aspergillus niger	4978107
An01g02870	CDS	An01g02870	NT_166518.1	678584	679801	D	Title: similarity to hypothetical protein SPAC227.06 - Schizosaccharomyces pombe; uncharacterized protein	join(678584..678745,678804..678855,678924..679629,679711..679801)	Aspergillus niger	4978163
An01g02880	CDS	An01g02880	NT_166518.1	680256	681196	R	Title: strong similarity to cytoplasmic ubiquitin / ribosomal fusion protein Cep52 - Saccharomyces cerevisiae [putative frameshift]; cytoplasm; putative frameshift; uncharacterized protein	complement(join(680256..680342,680452..680562,680798..680978,681102..681108,681196))	Aspergillus niger	4978136
An01g02890	CDS	An01g02890	NT_166518.1	681265	683416	R	Complex: forms a complex with the other RRN proteins RRN6 and RRN11.; Function: involved in the transcription of 35S rRNA genes by the core domain of RNA polymerase I.; Title: similarity to protein Rrn7 - Saccharomyces cerevisiae; See PMID 7958901; See PMID 8887672; uncharacterized protein	complement(join(681265..681372,681408..681489,681549..681579,681695..682111,682162..682548,682599..682737,682791..682896,682953..683197,683414..683416))	Aspergillus niger	4978183
An01g02900	CDS	An01g02900	NT_166518.1	684340	685173	R	Function: Translation intitiation factor eIF-5A (previously named eIF-4D) is a highly conserved protein that promotes formation of the first peptide bond. One of its lysine residues is posttranslationally modified by spermidine to form hypusine. eIF-5a is essential for cell growth in yeast cells.; Title: strong similarity to translation initiation factor Eif-5a.2 - Saccharomyces cerevisiae; See PMID 1903841; uncharacterized protein	complement(join(684340..684410,684479..684611,684670..684936,685162..685173))	Aspergillus niger	4978101
An01g02910	CDS	An01g02910	NT_166518.1	685681	687769	D	Title: strong similarity to hypothetical ARE1-like protein F3I17.5 - Arabidopsis thaliana; uncharacterized protein	join(685681..686547,686600..686894,686949..687769)	Aspergillus niger	4977152
An01g02920	CDS	An01g02920	NT_166518.1	688177	689663	D	Title: similarity to hypothetical protein PA5145 -Pseudomonas aeruginosa; uncharacterized protein	join(688177..688392,688472..688597,688674..689663)	Aspergillus niger	4977525
An01g02930	CDS	An01g02930	NT_166518.1	690505	691287	D	Title: similarity to hypothetical protein encoded by An12g09280 - Aspergillus niger; uncharacterized protein	690505..691287	Aspergillus niger	4977011
An01g02940	CDS	An01g02940	NT_166518.1	691397	694237	R	Remark: the similarity is restricted to the C2H2-type zinc finger motif.; Title: weak similarity to regulator protein Mhy1 -Yarrowia lipolytica; uncharacterized protein	complement(join(691397..692438,692483..692607,692655..692705,692751..692873,692920..693991,694059..694113,694162..694237))	Aspergillus niger	4977503
An01g02950	CDS	An01g02950	NT_166518.1	696265	701627	R	Title: similarity to hypothetical protein CAD21096.1 - Neurospora crassa; uncharacterized protein	complement(join(696265..698561,698623..699285,699334..699985,700061..700563,700631..701627))	Aspergillus niger	4977564
An01g02960	CDS	An01g02960	NT_166518.1	702178	703879	R	Catalytic activity: homogentisate + o(2) = 4-maleylacetoacetate.; Pathway: The HmgA protein catalyzes an essential step in phenylalanine catabolism.; Remark: defects in homogentisate dioxygenase are the cause of alkaptonuria, an autosomal recessive error of metabolism which is characterized by an increase in the level of homogentisic acid.; Title: strong similarity to 3,4-dihydroxyphenylacetate 2,3-dioxygenase hmgA - Aspergillus nidulans; See PMID 7673153; uncharacterized protein	complement(join(702178..702327,702380..702498,702549..702903,702960..703597,703651..703879))	Aspergillus niger	4977038
An01g02970	CDS	An01g02970	NT_166518.1	704561	705994	R	Function: PcaB confers the ability to use 4-hydroxybenzoate or protocatechuate as the only carbon source. Hydroxyaromatics catabolism by pcaB serves both nutritional and detoxifying purposes.; Title: strong similarity to 3-carboxy-cis,cis-muconate cycloisomerase pcaB - Bradyrhizobium japonicum; See PMID 9582432; uncharacterized protein	complement(704561..705994)	Aspergillus niger	4977097
An01g02980	CDS	An01g02980	NT_166518.1	706891	707783	D	Title: similarity to hypothetical protein CG7415 -Drosophila melanogaster; uncharacterized protein	join(706891..707019,707066..707177,707225..707298,707343..707366,707457..707783)	Aspergillus niger	84589881
An01g02990	CDS	An01g02990	NT_166518.1	708426	708945	D	hypothetical protein	join(708426..708791,708856..708945)	Aspergillus niger	4977198
An01g03000	CDS	An01g03000	NT_166518.1	709725	711556	D	Title: strong similarity to hypothetical succinyl-CoA:3-ketoacid-CoA transferase SCOT - Homo sapiens; uncharacterized protein	join(709725..709986,710055..710249,710313..710699,710765..711109,711172..711269,711329..711556)	Aspergillus niger	4977961
An01g03010	CDS	An01g03010	NT_166518.1	711799	712074	R	hypothetical protein	complement(711799..712074)	Aspergillus niger	4977912
An01g03020	CDS	An01g03020	NT_166518.1	712979	714344	R	hypothetical protein	complement(join(712979..713674,713705..713742,713828..713841,713899..713933,714201..714281,714315..714344))	Aspergillus niger	4977352
An01g03030	CDS	An01g03030	NT_166518.1	714732	715871	D	Catalytic activity: multiple catalytic activities of TDH: as tartrate dehydrogenase catalyzes the oxidation of (R,R)-tartrate to oxaloglycolate by NAD+ and enables the organism to grow with tartrate as the sole carbon source; as D-malate dehydrogenase catalyzes the oxidative decarboxylation of D-malate to pyruvate and carbon dioxide by NAD+; as tartrate decarboxylase catalyzes the decarboxylation of meso-tartrate to D-glycerate and carbon dioxide.; Title: strong similarity to tartrate dehydrogenase TDH - Pseudomonas putida; See PMID 2184888; See PMID 8053675; uncharacterized protein	join(714732..714981,715033..715871)	Aspergillus niger	4977631
An01g03040	CDS	An01g03040	NT_166518.1	716367	718796	D	Similarity: the ORF shows similarity to some transcription factors.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; uncharacterized protein	join(716367..716436,716501..718178,718301..718796)	Aspergillus niger	4977798
An01g03050	CDS	An01g03050	NT_166518.1	719656	721921	R	Function: The poly(A)-binding protein (PABP) is the major mRNA-binding protein in eukaryotes, and it is essential for viability of the yeast S. cerevisiae.; Localization: The nuclear protein appears to be derived from the cytoplasmic one by proteolytic cleavage into 53 and 17 kd polypeptides.; Remark: The proteins has four tandemly arrayed 90 amino acid regions of homology that probably represent poly(A)-binding domains.; Title: similarity to polyadenylate-binding protein Pabp - Saccharomyces cerevisiae; See PMID 3537727; See PMID 1675426; uncharacterized protein	complement(join(719656..719716,719787..721921))	Aspergillus niger	4977463
An01g03060	CDS	An01g03060	NT_166518.1	723548	727293	R	Function: pub1 (protein ubiquitin ligase 1) catalyzes the attachment of the small protein ubiquitin to proteins such as the mitotic activating tyrosine phosphatase cdc25 thus specifically marking them for degradation by proteasomes.; Title: similarity to ubiquitin protein ligase ub1p -Schizosaccharomyces pombe; See PMID 8635463; See PMID 9197411; uncharacterized protein	complement(join(723548..724219,724276..727293))	Aspergillus niger	4977620
An01g03070	CDS	An01g03070	NT_166518.1	728781	729263	R	Title: similarity to mitochondrial ribosomal protein Yml27 - Saccharomyces cerevisiae; See PMID 1764528; mitochondrial 54S ribosomal protein mL41	complement(join(728781..729002,729081..729263))	Aspergillus niger	4977270
An01g03080	CDS	An01g03080	NT_166518.1	729584	732593	D	Title: strong similarity to hypothetical coiled-coil protein - Schizosaccharomyces pombe; uncharacterized protein	join(729584..732322,732411..732593)	Aspergillus niger	4977913
An01g03090	CDS	An01g03090	NT_166518.1	734393	737584	D	Catalytic activity: hydrolysis of 1,3-beta-D-glucosidic linkages in 1,3-beta-D-glucans.; Function: Gel1 of A. fumigatus has a role in cell wall biosynthesis.; Localization: Gel1 of A. fumigatus is anchored to the plasma membrane via a glycosylphosphatidylinositol linkage.; Remark: Gel1 of A. fumigatus was originally called ENGL1.; Remark: the official name for 1,3-beta-glucanosyltransferase is glucan endo-1,3-beta-D-glucosidase.; Similarity: Gel1 of A. fumigatus belongs to family 72 of glycosylhydrolases.; Title: strong similarity to 1,3-beta-glucanosyltransferase gel1 - Aspergillus fumigatus; plasma membrane; See PMID 9846753; See PMID 10769178; See PMID 10809732; uncharacterized protein	join(734393..734554,734608..735136,735192..735301,735350..737077,737133..737194,737248..737584)	Aspergillus niger	4978417
An01g03100	CDS	An01g03100	NT_166518.1	741159	742606	D	Function: HUM1 is required for vacuolar Ca2+/H+ exchange and is related to mammalian Na+/Ca2+ exchangers.; Remark: A single nucleotide change in the MNR1 gene determines resistance to manganese in S. cerevisiae. MNR1 was shown to correspond to HUM1, which determines a vacuolar membrane protein.; Title: strong similarity to manganese resistance protein 1 Mnr1 - Saccharomyces cerevisiae; See PMID 8668190; See PMID 10219995; uncharacterized protein	join(741159..741539,741617..742467,742534..742606)	Aspergillus niger	4978464
An01g03110	CDS	An01g03110	NT_166518.1	743281	745008	D	Title: similarity to ribosomal protein of the small subunit Rsm7 - Saccharomyces cerevisiae; mitochondrial 37S ribosomal protein uS7m	join(743281..743628,743747..744079,744152..744570,744643..744670,744868..745008)	Aspergillus niger	4978346
An01g03120	CDS	An01g03120	NT_166518.1	745747	748805	D	Function: a synthetic lethal phenotype was observed in S. cerevisiae when additional to Pho90 four other phosphate transporters were inactivated.; Remark: the identical protein match in the patent database uses wrong codes and descriptions.; Title: strong similarity to phosphate transport protein Pho90 - Saccharomyces cerevisiae; plasma membrane; See PMID 11779791; uncharacterized protein	join(745747..745829,745988..747251,747310..748429,748493..748634,748769..748805)	Aspergillus niger	4978469
An01g03130	CDS	An01g03130	NT_166518.1	749507	750443	R	Remark: Protein is rich in proline, glutamine and glutamatic acid.; Title: weak similarity to surface protein PspC -Streptococcus pneumoniae; uncharacterized protein	complement(join(749507..749513,749665..750443))	Aspergillus niger	4978451
An01g03140	CDS	An01g03140	NT_166518.1	752058	754591	D	Remark: unspecific blast hits are due to the low complexity sequence of the ORF.; Title: weak similarity to hypothetical protein encoded by An12g10460 - Aspergillus niger; uncharacterized protein	join(752058..752551,753321..753350,753796..753844,753963..753997,754028..754097,754451..754501,754550..754591)	Aspergillus niger	4978470
An01g03150	CDS	An01g03150	NT_166518.1	755202	756155	D	Title: strong similarity to hypothetical protein EAA66565.1 - Aspergillus nidula; uncharacterized protein	join(755202..755293,755348..756155)	Aspergillus niger	4978390
An01g03160	CDS	An01g03160	NT_166518.1	756995	757680	D	Complex: S8 is one of the protein constituents of the 40S subunit of eucaryotic ribosomes.; Function: involved in eucaryotic protein synthesis.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit S8 - Rattus norvegicus; cytoplasm; See PMID 3684599; See PMID 8910435; 40S ribosomal protein eS8	join(756995..757068,757152..757680)	Aspergillus niger	4978400
An01g03170	CDS	An01g03170	NT_166518.1	758131	759162	D	Title: similarity to hypothetical protein CG16717 -Drosophila melanogaster; uncharacterized protein	758131..759162	Aspergillus niger	4978398
An01g03180	CDS	An01g03180	NT_166518.1	759634	765984	R	Function: Drosophila Mbc encodes a conserved protein that is essential for myoblast fusion, dorsal closure, and cytoskeletal organization.; Pathway: It is suggested that Mbc is a specific upstream regulator of the activity of the GTPase Rac that mediates several morphogenetic processes in Drosophila embryogenesis.; Title: similarity to myoblast city protein Mbc -Drosophila melanogaster; See PMID 9245788; See PMID 9808621; uncharacterized protein	complement(759634..765984)	Aspergillus niger	4978408
An01g03190	CDS	An01g03190	NT_166518.1	768397	773123	R	Function: SEC3 is one of ten SEC genes required for targeting or fusion of post-Golgi secretory vesicles to the plasma membrane in S. cerevisiae. It is suggested that polarized secretion would result from the coupling of actin-dependent vesicle targeting with SEC3-dependent establishment of the vesicle fusion site.; Title: similarity to protein Sec3 - Saccharomyces cerevisiae; plasma membrane; See PMID 9247645; See PMID 9491896; uncharacterized protein	complement(join(768397..769315,769375..770492,770567..772854,772925..773123))	Aspergillus niger	4978487
An01g03200	CDS	An01g03200	NT_166518.1	773971	775940	R	Remark: Incorporated choline is exclusively utilized for the synthesis of phosphatidylcholine.; Title: similarity to choline permease Hnm1 -Saccharomyces cerevisiae; See PMID 2203793; uncharacterized protein	complement(join(773971..774008,774139..774193,774267..774983,775050..775399,775467..775634,775691..775940))	Aspergillus niger	84589882
An01g03210	CDS	An01g03210	NT_166518.1	776654	777628	R	Function: NADPH:protochlorophyllide oxidoreductase (POR) catalyses the light-dependent reduction of protochlorophyllide to chlorophyllide, a key reaction in the chlorophyll biosynthetic pathway.; Localization: POR is a peripheral protein located on the stromal side of the thylakoid membrane.; Title: similarity to proteophosphoglycan ppg3 -Pisum sativum; See PMID 7579182; See PMID 9224639; uncharacterized protein	complement(776654..777628)	Aspergillus niger	4978132
An01g03220	CDS	An01g03220	NT_166518.1	777933	779495	D	Remark: the systematic name of Upc2 from S. cerevisiae is YDR213w.; Title: similarity to hypothetical RNA polymerase II transcription factor Upc2 - Saccharomyces cerevisiae; uncharacterized protein	777933..779495	Aspergillus niger	4978396
An01g03230	CDS	An01g03230	NT_166518.1	779953	781200	D	Similarity: the similarities are due to repetetive sequences.; hypothetical protein	join(779953..780012,780082..781200)	Aspergillus niger	4978389
An01g03240	CDS	An01g03240	NT_166518.1	781851	783725	R	Title: weak similarity to hypothetical protein B23I11.30 - Neurospora crassa; uncharacterized protein	complement(781851..783725)	Aspergillus niger	4978452
An01g03250	CDS	An01g03250	NT_166518.1	784604	786316	D	Pathway: TRI4 of Fusarium sporotrichioides catalyzes the first oxygenation step in the trichothecene pathway and participates in apotrichodiol biosynthesis.; Remark: TRI4 has been placed in a new cytochrome P450 gene family designated CYP58.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: strong similarity to cytochrome P450 monooxygenase TRI4 - Fusarium sporotrichioides; See PMID 7651333; uncharacterized protein	join(784604..784935,785004..786112,786177..786316)	Aspergillus niger	4978483
An01g03260	CDS	An01g03260	NT_166518.1	786746	787234	R	Title: similarity to hypothetical mitochondrial ribosomal protein of the small subunit S37 - Saccharomyces cerevisiae; mitochondrial 37S ribosomal protein mS37	complement(join(786746..786844,786955..787034,787108..787234))	Aspergillus niger	4978484
An01g03270	CDS	An01g03270	NT_166518.1	787507	789626	D	Title: strong similarity to hypothetical conserved protein B24M22.130 - Neurospora crassa; uncharacterized protein	join(787507..787881,787943..789046,789321..789626)	Aspergillus niger	4977339
An01g03280	CDS	An01g03280	NT_166518.1	791886	792635	D	Remark: C-terminally truncated due to contig border.; hypothetical protein [truncated ORF]; <NA>	791886..>792635	Aspergillus niger	10098151
An01g03290	CDS	An01g03290	NT_166518.1	792858	793121	D	Remark: no start codon due to end of contig.; Title: weak similarity to hypothetical lipoprotein nlpD - Synechocystis sp. [truncated ORF]; <NA>	<792858..793121	Aspergillus niger	84589883
An01g03300	CDS	An01g03300	NT_166518.1	794345	795633	R	Function: E. coli iucB functions as N epsilon-hydroxylysine:acetyl coenzyme A N epsilon-transacetylase involved in biosynthesis of aerobactin.; Function: E. coli iucB is involved in iron uptake through biosynthesis of the low molecular weight iron specific chelator (siderophore) aerobactin, a hydroxamate compound.; Regulation: expression of E. coli iucB is iron dependent.; Title: strong similarity to siderophore synthesizing acetylase iucB - Escherichia coli [putative frameshift]; putative frameshift; See PMID 2935523; See PMID 2973985; See PMID 4313071; uncharacterized protein	complement(join(<794345..794461,794537..794931,795055..795633))	Aspergillus niger	84589884
An01g03310	CDS	An01g03310	NT_166518.1	796670	798091	R	Function: human Crym is a NADP-regulated thyroid hormone receptor.; Localization: human Crym was purified from cytosol.; Similarity: human Crym shows similarity to bacterial lysine cyclodeaminase and ornithine cyclodeaminase.; Title: similarity to thyroid hormone-binding protein mu-crystallin Crym - Homo sapiens; cytoplasm; putative frameshift; uncharacterized protein	complement(join(796670..797529,797833..798091))	Aspergillus niger	4978283
An01g03320	CDS	An01g03320	NT_166518.1	798778	799409	D	hypothetical protein	join(798778..798807,798857..798977,799067..799275,799311..799409)	Aspergillus niger	84589885
An01g03330	CDS	An01g03330	NT_166518.1	799765	801063	R	Complex: interaction of A. nidulans pclA with a PSTAIRE kinase was shown in vivo.; Function: A. nidulans pclA might mediate cell cycle events during late stages of sporulation.; Function: mutations of A. nidulans pclA show reduced production of conidia.; Induction: in A. nidulans expression of pclA was strongly induced by ectopic expression of brlA or abaA under conidiation-suppressing conditions.; Title: strong similarity to Pcl-like cyclin pclA -Aspergillus nidulans; See PMID 11359914; uncharacterized protein	complement(799765..801063)	Aspergillus niger	4978411
An01g03340	CDS	An01g03340	NT_166518.1	802844	803635	R	Function: A. aculeatus xyloglucan-specific endo-beta-1,4-glucanase hydrolyzes structurally diverse xyloglucans from various sources, but hydrolyzes no other cell wall component.; Title: strong similarity to xyloglucan-specific endo-beta-1,4-glucanase - Aspergillus aculeatus; See PMID 9884411; uncharacterized protein	complement(join(802844..803246,803313..803635))	Aspergillus niger	4977580
An01g03350	CDS	An01g03350	NT_166518.1	804754	805553	D	Function: N. crassa erg-1 is involved in the terminal steps of ergosterol biosynthesis, catalysing deltaC8 -> deltaC7 isomerisation.; Title: strong similarity to C-8 sterol isomerase erg-1 - Neurospora crassa; See PMID 154056; uncharacterized protein	join(804754..805036,805113..805139,805216..805553)	Aspergillus niger	4978252
An01g03360	CDS	An01g03360	NT_166518.1	805910	807157	D	Title: strong similarity to hypothetical protein SPBC2G5.03 - Schizosaccharomyces pombe; uncharacterized protein	join(805910..806728,806951..807157)	Aspergillus niger	4977588
An01g03370	CDS	An01g03370	NT_166518.1	807780	811835	R	Function: D. discoideum aimless is involved in the processing of chemotactic signals through G-protein-coupled receptors.; Function: mutations in D. discoideum aimless impaire both chemotaxis and activation of adenylyl cyclase.; Title: similarity to aimless RasGEF aleA -Dictyostelium discoideum; See PMID 8793298; uncharacterized protein	complement(join(807780..808392,808460..808539,808599..809027,809079..810555,810930..811116,811194..811515,811593..811835))	Aspergillus niger	4977239
An01g03390	CDS	An01g03390	NT_166518.1	814577	815217	R	Title: weak similarity to hypothetical protein CAD21197.1 - Neurospora crassa; uncharacterized protein	complement(join(814577..815075,815147..815217))	Aspergillus niger	4978050
An01g03400	CDS	An01g03400	NT_166518.1	815743	817553	D	Remark: alternative names for S. cerevisiae ARG81 are ARGR2 and YML099C.; Similarity: similarity is between the fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain containing N-terminal regions of the predicted A. niger protein and S. cerevisiae ARG81, which is 300 aa longer.; Similarity: the predicted A. niger protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Title: weak similarity to transcription factor Arg81 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(815743..815802,815891..816418,816483..816623,816777..817553)	Aspergillus niger	84589886
An01g03410	CDS	An01g03410	NT_166518.1	818338	819479	D	Function: S. cerevisiae Nfu1 has been implicated in mitochondrial Fe/S cluster assembly.; Function: mutations in S. cerevisiae nfu1 lead to decrease in activity of Fe/S containing mitochondrial proteins and mitochondrial iron accumulation.; Localization: S. cerevisiae Nfu1 is located in the mitochondrial matrix.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_2888 and 1706.; Remark: the systematic name for S. cerevisiae NFU1 is YKL040c.; Title: strong similarity to Fe/S cluster assembly factor Nfu1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 10468587; See PMID 11171977; uncharacterized protein	join(818338..818637,818718..819254,819324..819479)	Aspergillus niger	4978067
An01g03430	CDS	An01g03430	NT_166518.1	821100	821652	D	hypothetical protein	join(821100..821107,821310..821652)	Aspergillus niger	84589887
An01g03440	CDS	An01g03440	NT_166518.1	823925	824307	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(823925..824040,824181..824307)	Aspergillus niger	84589888
An01g03450	CDS	An01g03450	NT_166518.1	827145	829875	D	Function: overepression of S. cerevisiae PSP1 suppresses the temperature sensitivity of mutations in DNA-Pol1, DNA-Pol3 and the DNA-replication initation factor CDC6.; Title: similarity to suppressor of DNA-Pol1 mutations Psp1 - Saccharomyces cerevisiae; See PMID 9529527; uncharacterized protein	join(827145..829291,829353..829875)	Aspergillus niger	4978126
An01g03460	CDS	rpl15	NT_166518.1	831046	832016	D	Gene-ID: rpl15; Remark: informations regarding A. niger rp115 has not yet been published and is available from Swissprot and EMBL.; Remark: the exon/intron structure of the predicted A. niger protein is in accordance with the A. niger EST an_1657.; Similarity: the aa sequences of A. niger rp115 and S. cerevisiae RPL15 are nearly identical.; cytoplasm; See PMID 6814480; 60S ribosomal protein eL15	join(831046..831132,831358..831514,831575..831801,831876..832016)	Aspergillus niger	4978348
An01g03470	CDS	An01g03470	NT_166518.1	832907	836231	D	Function: human E6-AP is a ubiquitin-protein ligase (E3) implicated in p53 inactivation.; Title: strong similarity to ubiquitin protein ligase E6-AP - Homo sapiens; See PMID 8221889; See PMID 11265246; uncharacterized protein	join(832907..833093,833153..835264,835327..836231)	Aspergillus niger	4977848
An01g03480	CDS	An01g03480	NT_166518.1	838062	839393	D	Catalytic activity: L-iditol 2-dehydrogenases convert L-iditol + NAD(+) to L-sorbose + NADH.; Remark: a splice site upstream of the start codon was detected.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_0571, 2665, 2264, 2244, 1618 and 0775.; Title: strong similarity to sorbitol dehydrogenase gutB - Bacillus subtilis; uncharacterized protein	join(838062..838075,838136..838205,838280..838348,838413..838775,838831..839143,839200..839393)	Aspergillus niger	4978138
An01g03490	CDS	An01g03490	NT_166518.1	839882	840896	D	Title: strong similarity to hypothetical protein CAE76442.1 - Neurospora crassa; uncharacterized protein	join(839882..840294,840368..840896)	Aspergillus niger	4978081
An01g03500	CDS	An01g03500	NT_166518.1	840990	842990	R	Remark: RZF of S. pombe is also called SPBC15C4. 06c.; Similarity: the ORF shows similarity to RZF only along a stretch of about 200 amino acids.; Similarity: the ORF shows strong similarity to the A. niger EST EMBLEST:BE760008 an_2963.; Similarity: the predicted A. niger protein contains a RING zinc finger DNA-binding motif and shows similarity to the RING zinc finger domains of several cDNAs.; Title: similarity to hypothetical serine-rich zinc-finger protein RZF - Schizosaccharomyces pombe; uncharacterized protein	complement(join(840990..841666,841719..842146,842706..842866,842979..842990))	Aspergillus niger	4978208
An01g03510	CDS	An01g03510	NT_166518.1	843556	845701	D	Complex: S. cerevisiae ADA3 is part of the ADA and SAGA histone acetyltransferase complexes which also contain Spt, Ada2, Gcn5 and, ADA specific, Ahc1.; Function: S. cerevisiae ADA3 is an adapter protein within the ADA and SAGA histone acetyltransferase complex.; Title: strong similarity to ADA and SAGA histone acetyltransferase subunint Ada3 - Saccharomyces cerevisiae; nucleus; See PMID 10490601; uncharacterized protein	join(843556..844102,844206..844657,844700..845701)	Aspergillus niger	4978089
An01g03520	CDS	An01g03520	NT_166518.1	846139	848009	R	Function: it has been suggested that S. cerevisiae NPR2 is a post-transcriptional regulator of nitrogen permeases.; Regulation: S. cerevisiae NPR2 mRNA is not down-regulated under nitrogen catabolite repression, and is induced by urea and proline.; Title: similarity to nitrogen permease regulator Npr2 - Saccharomyces cerevisiae; See PMID 7867803; uncharacterized protein	complement(join(846139..846787,847013..847218,847275..847459,847533..847907,847967..848009))	Aspergillus niger	4978096
An01g03530	CDS	An01g03530	NT_166518.1	848525	849439	R	hypothetical protein	complement(848525..849439)	Aspergillus niger	4978027
An01g03540	CDS	An01g03540	NT_166518.1	850523	853973	D	Similarity: similarity is between the N-terminal regions of the predicted A. niger protein to human artemis.; Title: similarity to DNA double-strand break repair/V(D)J recombination protein artemis - Homo sapiens; See PMID 11336668; uncharacterized protein	join(850523..850649,850767..850791,851025..851242,851300..851328,851555..851653,851700..851853,851910..852178,852228..852812,852864..853973)	Aspergillus niger	4978087
An01g03550	CDS	An01g03550	NT_166518.1	854319	857170	R	Catalytic activity: ureases convert urea + H(2)O to CO(2) + 2 NH(3).; Title: strong similarity to urease URE1 -Cryptococcus neoformans; See PMID 10639402; uncharacterized protein	complement(join(854319..854588,854636..854695,854754..856811,856980..857066,857150..857170))	Aspergillus niger	4978112
An01g03560	CDS	An01g03560	NT_166518.1	858078	859700	R	Complex: S. cerevisiae HMO1 binds single-stranded DNA and associates with a 5' to 3' DNA helicase activity.; Function: S. cerevisiae HMO1 is a single-stranded DNA binding protein that associates with a 5' to 3' DNA helicase activity in nuclear extracts.; Function: S. cerevisiae HMO1 may play a general role in controlling chromatin structure and perhaps a specific role in controlling transcription and DNA replication.; Remark: the coding region might be N-terminal truncated due to border of contig.; Remark: the systematic name for S. cerevisiae HMO1 is YDR174w.; Title: similarity to chromatin-associated protein Hmo1 - Saccharomyces cerevisiae; nucleus; See PMID 8969238; uncharacterized protein	complement(join(858078..858093,858189..858628,858684..859070,859620..859700))	Aspergillus niger	4978367
An01g03570	CDS	An01g03570	NT_166518.1	860285	861473	R	Catalytic activity: cytochrome-b5 reductases convert NADH + 2 ferricytochrome b5 to NAD(+) + 2 ferrocytochrome b5.; Function: S. cerevisiae MCR1 plays an important role in the response to oxidative damage.; Localization: S. cerevisiae MCR1 is inserted into the outer mitochondrial membrane, where 1/3 becomes firmely anchored at the outer surface while the rest is released into the intermembrane space after proteolytic cleavage in the inner membrane.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger EST an_2939.; Title: strong similarity to cytochrome-b5 reductase Mcr1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8001120; See PMID 11420140; uncharacterized protein	complement(join(860285..860853,860911..860985,861042..861321,861429..861473))	Aspergillus niger	4978482
An01g03580	CDS	An01g03580	NT_166518.1	862745	864105	R	Remark: alternative names for S. cerevisiae RPL20 are RPL18A2 and YMR242C.; Remark: the exon/intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_3214, 0548, 1747, 3000, 3600, 3406, 2063 and 0732.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L18a Rpl20 - Saccharomyces cerevisiae; cytoplasm; See PMID 9396790; See PMID 9421530; See PMID 10404161; 60S ribosomal protein eL20	complement(join(862745..862897,862960..863136,863209..863393,863770..863773,863838..863883,864074..864105))	Aspergillus niger	4978127
An01g03590	CDS	An01g03590	NT_166518.1	864244	865813	D	Title: strong similarity to peptidase HPEP-6 from patent WO200042201-A2 - Homo sapiens; uncharacterized protein	join(864244..864809,864860..865085,865141..865671,865727..865813)	Aspergillus niger	4978110
An01g03600	CDS	An01g03600	NT_166518.1	866265	867834	R	Title: weak similarity to casein kinase 1 cki1p -Schizosaccharomyces pombe; uncharacterized protein	complement(join(866265..866267,866520..866793,866869..867238,867384..867659,867756..867834))	Aspergillus niger	4978108
An01g03610	CDS	An01g03610	NT_166518.1	868090	870234	R	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_2008.; Title: strong similarity to hypothetical zf-C3HC4 zinc finger protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(868090..868208,868370..868500,868709..868800,868987..869031,869090..869857,869916..870043,870114..870234))	Aspergillus niger	4977934
An01g03620	CDS	An01g03620	NT_166518.1	871912	872604	R	hypothetical protein	complement(join(871912..872126,872282..872399,872452..872502,872593..872604))	Aspergillus niger	84589889
An01g03630	CDS	An01g03630	NT_166518.1	872971	875537	D	Complex: S. cerevisiae STB1, STB2 and SIN3 are components of a large multiprotein complex.; Complex: in a two-hybrid screen S. cerevisiae STB2 binds the transcriptional repressor SIN3 which has no DNA binding activity.; Similarity: similarity is between the N-terminal halfs of the predicted A. niger protein and S. cerevisiae STB2.; Title: strong similarity to Sin3p binding protein Stb2 - Saccharomyces cerevisiae; nucleus; See PMID 9234741; See PMID 9393435; uncharacterized protein	join(872971..874249,874366..875537)	Aspergillus niger	4978115
An01g03640	CDS	An01g03640	NT_166518.1	875920	876322	R	Complex: in S. cerevisiae the TIM10 complex can be formed exclusively from Tim9 and Tim10.; Complex: in S. cerevisiae the TIM10 complex is a member of the Tim18p-Tim22p-Tim54p membrane complex.; Function: the S. cerevisiae TIM10 complex functions as a putative chaperone to guide hydrophobic precursors across the intermembrane space.; Function: the S. cerevisiae TIM10 complex is a member of the Tim18p-Tim22p-Tim54p membrane complex that mediates precursor insertion into the membrane.; Function: the S. cerevisiae TIM10 complex is required for import of the ADP/ATP carrier (AAC) into mitochondria.; Localization: in S. cerevisiae the soluble TIM10 complex localises in the mitochondrial intermembrane space while as part of a larger complex it localises to the membrane.; Remark: an alternative name for S. cerevisiae TIM10 is MRS11.; Title: strong similarity to mitochondrial import factor Tim10 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 11483513; See PMID 11509656; uncharacterized protein	complement(join(875920..876103,876225..876322))	Aspergillus niger	4977164
An01g03650	CDS	An01g03650	NT_166518.1	876674	878826	D	Catalytic activity: lysine-tRNA ligase convert ATP + L-lysine + tRNA(Lys) to AMP + diphosphate + L-lysyl-tRNA(Lys).; Title: strong similarity to cytosolic lysine--tRNA ligase Krs1 - Saccharomyces cerevisiae; cytoplasm; See PMID 2903861; uncharacterized protein	join(876674..876732,876961..877250,877310..877474,877532..877957,878009..878826)	Aspergillus niger	4978137
An01g03660	CDS	An01g03660	NT_166518.1	879331	880395	D	Similarity: the ORF shows strong similarity to EST 5419 - Aspergillus oryzae.; Title: similarity to hypothetical protein T9E8.140 -Arabidopsis thaliana; uncharacterized protein	join(879331..879394,879508..880267,880371..880395)	Aspergillus niger	4978090
An01g03670	CDS	An01g03670	NT_166518.1	880623	883369	R	Similarity: the similarities are mainly due to repetetive sequences.; Title: strong similarity to hypothetical protein EAA66525.1 - Aspergillus nidulans; uncharacterized protein	complement(join(880623..882541,882608..882883,883177..883369))	Aspergillus niger	4977841
An01g03680	CDS	An01g03680	NT_166518.1	883834	886290	R	Complex: mouse ALDR must form a homo- or heterodimer to be functional.; Similarity: mouse ALDR is a ABC half transporter containing one transmembrane domain and a single ATP-binding fold while functional ABC-tansporter comprise two transmembrane and two ATP-binding domains.; Title: strong similarity to peroxisomal ABC transporter ALDR - Mus musculus; peroxisome; See PMID 8577752; See PMID 10504404; uncharacterized protein	complement(883834..886290)	Aspergillus niger	4977835
An01g03690	CDS	An01g03690	NT_166518.1	889031	891291	R	Title: weak similarity to toxin subunit 1 TOX S1 -Bordetella pertussis; See PMID 2873570; uncharacterized protein	complement(join(889031..889123,889219..889332,889420..889632,889678..889744,890192..890224,890338..890436,890759..890792,890889..891291))	Aspergillus niger	84589890
An01g03700	CDS	An01g03700	NT_166518.1	891411	893428	D	Function: PSR1 of S. cerevisiae is a membrane-linked protein phosphatase involved in response to sodium stress,together with the homologue PSR2.; Phenotype: growth of the PSR1/PSR2 mutant is severely inhibited under conditions of sodium stress, due to the inability to properly induce transcription of ENA1/PMR2, the major sodium extrusion pump of yeast cells.; Remark: PSR1 of S. cerevisiae is also called YLL010c.; Similarity: the N-terminal region of the predicted ORF shows no significant similarity.; Title: strong similarity to phosphatase Psr1 -Saccharomyces cerevisiae; plasma membrane; See PMID 10777497; uncharacterized protein	join(891411..891510,891608..892803,892855..893004,893060..893158,893216..893428)	Aspergillus niger	4977286
An01g03710	CDS	An01g03710	NT_166518.1	893684	893938	R	hypothetical protein	complement(join(893684..893850,893881..893938))	Aspergillus niger	84589891
An01g03720	CDS	An01g03720	NT_166518.1	894763	896220	D	Function: SDS22 of S. cerevisiae is essential for the mitotic metaphase/anaphase transition, positively modulating protein phosphatase-1.; Remark: SDS22 of S. cerevisiae is also called EGP1 or YKL193c.; Title: strong similarity to protein phosphatase type1 regulatory subunit Sds22 - Saccharomyces cerevisiae; nucleus; See PMID 9584086; See PMID 10775415; See PMID 7791784; See PMID 7791785; uncharacterized protein	join(894763..894898,894993..895024,895101..895172,895242..895538,895595..895669,895738..896140,896201..896220)	Aspergillus niger	4978382
An01g03730	CDS	An01g03730	NT_166518.1	896438	897201	R	Remark: the gene model was extracted to fill an intergenic region; the N-terminal part of the predicted ORF overlaps to the 3'UTR of the A. niger xyrA gene.; Title: questionable ORF; uncharacterized protein	complement(join(896438..896995,897070..897201))	Aspergillus niger	4977073
An01g03740	CDS	xyrA	NT_166518.1	897456	898537	R	Function: D-xylose reductase catalyses the NADPH-dependent reduction of D-xylose to xylitol, which is the first step in D-xylose catabolism in fungi.; Gene-ID: xyrA; Induction: xyrA is under the transcriptional control of XlnR, a major transcription factor involved in the degradation of the polysaccharides xylan and cellulose.; See PMID 10760176; D-xylose reductase xyrA-Aspergillus niger	complement(join(897456..897482,897544..898331,898393..898537))	Aspergillus niger	4977114
An01g03750	CDS	An01g03750	NT_166518.1	899081	901553	R	Function: A. nidulans brlA, abaA, and wetA form a dependent pathway that regulates asexual reproductive development.; Function: in A. nidulans, expression of abaA in vegetative cells does not result in conidial differentiation but does lead to activation of brlA and wetA, cessation of vegetative growth, and accentuated cellular vacuolization.; Title: strong similarity to protein abaA -Aspergillus nidulans; See PMID 2655931; uncharacterized protein	complement(join(899081..900828,900885..901061,901115..901553))	Aspergillus niger	4978477
An01g03760	CDS	An01g03760	NT_166518.1	902537	905371	R	Similarity: the presence of RNA binding domains suggests a role in RNA processing.; Title: strong similarity to hypothetical protein pi029 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(902537..903754,903805..904077,904290..905048,905144..905371))	Aspergillus niger	4978174
An01g03770	CDS	An01g03770	NT_166518.1	905661	906245	D	Complex: dynein consists of at least two heavy chains and a number of intermediate and light chains.; Function: dynein is involved in intracellular transport and motility, and plays a role in changing or maintaining the spatial distribution of cytoskeletal structures.; Similarity: the predicted ORF is almost identical to the 8 kDa cytoplasmic dynein light chain NUDG of Aspergillus nidulans, whose characterization has not been published.; Title: strong similarity to dynein light chain 1 cdlc1 - Drosophila melanogaster; See PMID 8628263; See PMID 11212346; uncharacterized protein	join(905661..905691,905743..905765,905816..905849,905903..905937,905983..906009,906062..906131,906181..906245)	Aspergillus niger	4977654
An01g03780	CDS	An01g03780	NT_166518.1	906588	907776	D	Similarity: the patented EST covers the last two exons and part of the putative 3'-UTR.; Title: strong similarity to EST SEQ ID NO:4125 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(906588..906885,907186..907219,907295..907319,907377..907409,907475..907515,907584..907776)	Aspergillus niger	4977914
An01g03790	CDS	An01g03790	NT_166518.1	908116	910402	R	Function: DUR3 is a component required for active transport of urea in S. cerevisiae.; Similarity: DUR3 of S. cerevisiae is a member of the major facilitator superfamily (MFS) of transport proteins.; Title: strong similarity to urea transport protein Dur3 - Saccharomyces cerevisiae; plasma membrane; See PMID 7867803; See PMID 8335627; See PMID 8720066; uncharacterized protein	complement(join(908116..908692,908748..909401,909455..909971,910025..910197,910281..910402))	Aspergillus niger	4978170
An01g03800	CDS	An01g03800	NT_166518.1	910576	911258	D	hypothetical protein	join(910576..910662,910827..911120,911202..911258)	Aspergillus niger	84589892
An01g03810	CDS	An01g03810	NT_166518.1	911778	912692	D	Similarity: the HIT (histidine triad) region binds one zinc ion in proteins lacking zinc fingers; the domain is poorly conserved in the predicted ORF.; Similarity: the N-terminal part of the predicted protein produces some BLASTP hits due to the high content of low-complexity regions.; Title: similarity to hypothetical HIT-like protein -Rhodococcus sp.; uncharacterized protein	911778..912692	Aspergillus niger	4977053
An01g03820	CDS	An01g03820	NT_166518.1	913162	913745	R	Complex: SBH2 of cerevisiae interacts with SSH1 and SSS1; the complex is involved in protein translocation into the endoplasmic reticulum.; Remark: SBH2 of S. cerevisiae is also known as SEB2 or YER019C.; Similarity: strong similarity to A. oryzae EST PATENTDNA:AAF12808, which confirms the structure of exons 2 and 3.; Title: strong similarity to ER protein-translocation complex subunit Sbh2 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8612571; See PMID 8740416; See PMID 10921929; uncharacterized protein	complement(join(913162..913196,913258..913603,913743..913745))	Aspergillus niger	4977591
An01g03840	CDS	An01g03840	NT_166518.1	914167	915097	R	hypothetical protein	complement(join(914167..914320,914422..914539,914652..914848,915057..915097))	Aspergillus niger	84589893
An01g03850	CDS	An01g03850	NT_166518.1	915404	916060	D	hypothetical protein	join(915404..915443,915645..915690,915734..915908,916010..916060)	Aspergillus niger	84589894
An01g03860	CDS	An01g03860	NT_166518.1	916898	917715	R	hypothetical protein	complement(join(916898..917019,917118..917245,917378..917464,917509..917586,917669..917715))	Aspergillus niger	84589895
An01g03870	CDS	An01g03870	NT_166518.1	918028	919210	D	Title: strong similarity to hypothetical protein SPAC23H3.04 - Schizosaccharomyces pombe; uncharacterized protein	join(918028..918110,918180..918618,918671..918865,918920..919210)	Aspergillus niger	4978308
An01g03880	CDS	An01g03880	NT_166518.1	919462	919611	D	Title: strong similarity to EST an_1234 -Aspergillus niger; uncharacterized protein	919462..919611	Aspergillus niger	84589896
An01g03900	CDS	An01g03900	NT_166518.1	920827	925138	R	Function: AtrA of A. nidulans is an ABC transporter,and can complement the drug hypersensitivity associated with PDR5 deficiency in S. cerevisiae.; Function: multidrug transporters are membrane proteins which, by an unknown mechanism, recognize diverse toxic compounds and efflux them from cells.; Title: strong similarity to ATP-binding cassette multidrug transport protein atrA - Aspergillus nidulans; plasma membrane; See PMID 9180695; uncharacterized protein	complement(join(920827..922080,922328..925138))	Aspergillus niger	4977098
An01g03910	CDS	An01g03910	NT_166518.1	926033	926482	R	hypothetical protein	complement(join(926033..926182,926270..926482))	Aspergillus niger	84589897
An01g03920	CDS	An01g03920	NT_166518.1	926586	927447	D	hypothetical protein	join(926586..926709,926933..926998,927195..927263,927341..927447)	Aspergillus niger	84589898
An01g03930	CDS	An01g03930	NT_166518.1	928678	930322	R	Function: pcn1 of S. pombe is involved in nucleic acid metabolism and cell-cycle control.; Function: pcn1 of S. pombe seems to encircle DNA and tether the polymerase to the DNA template for processive DNA synthesis.; Title: strong similarity to proliferating cell nuclear antigen pcn1p - Schizosaccharomyces pombe; nucleus; See PMID 10449724; See PMID 1361173; uncharacterized protein	complement(join(928678..928695,928752..929038,929092..929521,929590..929630,929684..929890,930307..930322))	Aspergillus niger	84589899
An01g03940	CDS	An01g03940	NT_166518.1	930778	932035	D	Title: strong similarity to hypothetical protein EAA64320.1 - Aspergillus nidulans; uncharacterized protein	join(930778..930794,930868..930907,930951..931074,931133..931296,931339..931468,931533..932035)	Aspergillus niger	84589900
An01g03950	CDS	An01g03950	NT_166518.1	932684	934759	R	Title: strong similarity to hypothetical protein CAE76289.1 - Neurospora crassa; uncharacterized protein	complement(join(932684..933348,933400..933851,933907..934388,934450..934649,934711..934759))	Aspergillus niger	4978203
An01g03960	CDS	An01g03960	NT_166518.1	935166	935718	R	Title: weak similarity to hypothetical kinesin-like protein klp-7 - Caenorhabditis elegans; uncharacterized protein	complement(join(935166..935322,935412..935610,935655..935718))	Aspergillus niger	84589901
An01g03970	CDS	An01g03970	NT_166518.1	936758	939688	D	Similarity: the C-terminal part shows strong similarity to D. melanogaster asp, mammalian plectins and dystonin, all proteins involved in cytoskeletal organization, in different cellular compartments and functional contexts.; Similarity: the N-terminal part shows a weaker similarity to X. laevis nucleolar phosphoprotein xNopp180,involved in nuclear localization signal binding, which shuttles between the nucleolus and the cytoplasm.; Similarity: the predicted protein shows different similarities in the N-terminal and C-terminal halves.; Title: similarity to microtubule-associated protein asp - Drosophila melanogaster; See PMID 9151690; See PMID 7593294; uncharacterized protein	join(936758..938787,938833..939688)	Aspergillus niger	4977029
An01g03980	CDS	An01g03980	NT_166518.1	940144	940829	R	Title: questionable ORF; uncharacterized protein	complement(join(940144..940215,940276..940284,940339..940376,940610..940643,940747..940767,940824..940829))	Aspergillus niger	84589902
An01g03990	CDS	An01g03990	NT_166518.1	941425	942318	R	Similarity: very weak similarity to a putative protein kinase of Myxococcus xanthus, that has a totally different length.; hypothetical protein	complement(join(941425..941491,941548..941661,941718..941874,941956..941989,942062..942110,942203..942318))	Aspergillus niger	84589903
An01g04000	CDS	An01g04000	NT_166518.1	942391	942830	D	hypothetical protein	join(942391..942721,942772..942830)	Aspergillus niger	84589904
An01g04010	CDS	An01g04010	NT_166518.1	943098	943434	R	Title: weak similarity to protein fragment SEQ ID NO:5110 from patent EP1033405-A2 - Zea mays; uncharacterized protein	complement(join(943098..943144,943311..943434))	Aspergillus niger	84589905
An01g04020	CDS	An01g04020	NT_166518.1	944542	949268	R	hypothetical protein	complement(join(944542..944768,945181..945440,945543..945640,945809..945907,946010..946069,946434..946496,946712..946865,946910..946965,947207..947323,947566..947733,947999..948129,948222..948467,948647..948730,948985..949125,949208..949268))	Aspergillus niger	84589906
An01g04030	CDS	An01g04030	NT_166518.1	949555	951666	D	Similarity: the inner part of the predicted ORF shows some similarity to the C-terminal half of the hypothetical protein SPCC1259. 08 of S. pombe.; Title: weak similarity to hypothetical protein SPCC1259.08 - Schizosaccharomyces pombe; uncharacterized protein	949555..951666	Aspergillus niger	4977200
An01g04040	CDS	sarA	NT_166518.1	952476	953607	D	Function: sarA of A. nidulans is involved in the secretion of proteins, probably as a component of COPII coat of vesicles, that facilitate the transport from the ER to the Golgi by vesicle budding.; Gene-ID: sarA; Phenotype: three mutant alleles of the A. niger sarA gene (D29G, E109K, D29G/E109K), generated by site-directed mutagenesis, revealed a thermosensitive dominant-negative phenotype in the presence of the wild-type sarA allele.; Similarity: the sequence of the predicted ORF is different to the published translation of the A. niger sarA gene at positions C102R, D141E and V142L.; See PMID 8889833; See PMID 9756629; secretion-associated GTP-binding protein sarA-Aspergillus niger	join(952476..952494,952653..952756,952920..952959,953062..953127,953203..953502,953567..953607)	Aspergillus niger	4977273
An01g04050	CDS	An01g04050	NT_166518.1	955646	956119	R	Function: bimG of A. nidulans is required for the completion of anaphase by reversing the action of the nimA kinase.; Phenotype: a mutation in bimG of A. nidulans causes an abnormally high content of nuclear phosphoproteins.; Phenotype: the temperature-sensitive, recessive cell cycle mutation A. nidulans bimG11 causes an elevated mitotic index at restrictive temperature and an inability to complete the anaphase separation of daughter nuclei.; Remark: the N-terminal part of the ORF is found on ORF An01g04060.; Remark: the ORF is N-terminally truncated due to contig border.; Title: strong similarity to phosphoprotein phosphatase bimG - Aspergillus nidulans [truncated ORF]; uncharacterized protein	complement(join(955646..955741,955820..>956119))	Aspergillus niger	4978130
An01g04060	CDS	An01g04060	NT_166518.1	956837	960289	R	Function: TFC4 of S. cerevisiae is a subunit of transcription factor tau (TFIIIC) involved in tRNA and 5SRNA gene transcription; TFC4 acts as assembly factor,which recruits the initiation factor, TFIIIB, to the DNA.; Remark: TFC4 of S. cerevisiae is also called YGR047C or pcf1.; Title: strong similarity to assembling subunit of transcription factor IIIC Tfc4 - Saccharomyces cerevisiae; nucleus; See PMID 2686985; uncharacterized protein	complement(join(956837..957717,957769..957984,958034..958874,958923..959937,960021..960289))	Aspergillus niger	4977148
An01g04070	CDS	An01g04070	NT_166518.1	960827	961112	R	Remark: the predicted ORF is only 62 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(960827..960935,961033..961112))	Aspergillus niger	84589907
An01g04080	CDS	An01g04080	NT_166518.1	961990	963943	D	Similarity: the similarity of the predicted ORF to the hypothetical protein YOR359w of S. cerevisiae is restricted to the C-terminal end of both proteins, but the homology in this region is relatively high.; Title: similarity to hypothetical protein YOR359w -Saccharomyces cerevisiae; uncharacterized protein	join(961990..962491,962550..963832,963887..963943)	Aspergillus niger	4977292
An01g04090	CDS	An01g04090	NT_166518.1	964270	965058	D	hypothetical protein	join(964270..964278,964378..965058)	Aspergillus niger	84589908
An01g04100	CDS	An01g04100	NT_166518.1	965215	967544	R	Function: mdr of B. subtilis is a multidrug-efflux transporter for e. g. puromycin, nerfloxacin and tosufloxa.; Similarity: the ORF shows strong similarity to several multidrug-efflux transporters (especially from bacteria) with different specificities.; Title: strong similarity to multidrug resistance protein MDR - Bacillus subtilis; See PMID 1675788; See PMID 11378963; uncharacterized protein	complement(join(965215..965316,965376..965995,966063..966119,966223..966619,966666..966701,966750..966762,966815..967154,967214..967544))	Aspergillus niger	4977465
An01g04110	CDS	An01g04110	NT_166518.1	968260	969306	R	Function: SutB of P. chrysogenum is the major sulfate permease involved in sulfate uptake by P. chrysogenum.; Function: in industrial fermentations, P. chrysogenum uses sulfate as the source of sulfur for the biosynthesis of penicillin.; Phenotype: disruption of P. chrysogenum sutB resulted in a loss of sulfate uptake ability.; Remark: the N-terminal half of the homolog to SutB of P. chrysogenum is located in ORF An01g04210.; Remark: the ORF is N-terminally truncated due to contig border.; Title: strong similarity to sulfate permease SutB -Penicillium chrysogenum [truncated ORF]; uncharacterized protein	complement(968260..>969306)	Aspergillus niger	4977419
An01g04120	CDS	An01g04120	NT_166518.1	969574	970241	R	Function: bimG of A. nidulans is required for the completion of anaphase by reversing the action of the nimA kinase.; Phenotype: a mutation in bimG of A. nidulans causes an abnormally high content of nuclear phosphoproteins.; Phenotype: the temperature-sensitive, recessive cell cycle mutation A. nidulans bimG11 causes an elevated mitotic index at restrictive temperature and an inability to complete the anaphase separation of daughter nuclei.; Remark: the C-terminal part of the ORF is found on ORF An01g04050.; Remark: the ORF is C-terminally truncated due to contig border.; Title: strong similarity to phosphoprotein phosphatase bimG - Aspergillus nidulans [truncated ORF]; uncharacterized protein	complement(join(<969574..969975,970065..970241))	Aspergillus niger	4977628
An01g04130	CDS	An01g04130	NT_166518.1	970825	971443	D	hypothetical protein	join(970825..971096,971182..971228,971328..971443)	Aspergillus niger	84589909
An01g04140	CDS	An01g04140	NT_166518.1	972516	972671	R	Remark: the EST of A. niger can be found in EMBLEST:BE759969.; Similarity: the alignment of the predicted ORF sequence with the A. niger EST shows some gaps and missmatches.; Title: similarity to EST an_2919 - Aspergillus niger; uncharacterized protein	complement(972516..972671)	Aspergillus niger	84589910
An01g04150	CDS	An01g04150	NT_166518.1	973359	975878	R	Similarity: the predicted ORF is 148 amino acids longer than the hypothetical protein SPAC926. 06c of S. pombe.; Title: strong similarity to hypothetical protein SPAC926.06c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(973359..974806,974920..975739,975837..975878))	Aspergillus niger	4977906
An01g04160	CDS	An01g04160	NT_166518.1	977295	978795	R	Remark: the intron-exon structure for the predicted ORF is suboptimal.; hypothetical protein	complement(join(977295..977439,977483..977629,977687..977776,977976..978100,978348..978360,978667..978670,978726..978795))	Aspergillus niger	84589911
An01g04170	CDS	An01g04170	NT_166518.1	979942	982492	D	Remark: the predicted intron-exon structure of the ORF is not optimal.; hypothetical protein	join(979942..980039,980067..980113,980277..980446,980519..980637,980774..980878,981078..981161,981269..981334,981613..981894,982008..982085,982393..982492)	Aspergillus niger	84589912
An01g04180	CDS	An01g04180	NT_166518.1	982925	985240	D	Similarity: the ORF overlaps with A. niger EST (EMBLEST:BE759732) an_2635.; Similarity: the predicted ORF is 119 amino acids longer than the hypothetical protein SPAC31G5. 20c of S. pombe.; Title: strong similarity to hypothetical protein SPAC31G5.20c - Schizosaccharomyces pombe; uncharacterized protein	join(982925..984364,984431..985240)	Aspergillus niger	4978123
An01g04190	CDS	An01g04190	NT_166518.1	986246	986410	R	Remark: the predicted ORF is only 54 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(986246..986410)	Aspergillus niger	84589913
An01g04200	CDS	An01g04200	NT_166518.1	987020	987150	D	Remark: the predicted ORF is only 30 amino acids long.; Title: questionable ORF; uncharacterized protein	join(987020..987040,987079..987150)	Aspergillus niger	84589914
An01g04210	CDS	An01g04210	NT_166518.1	987637	989264	R	Function: SutB of P. chrysogenum is the major sulfate permease involved in sulfate uptake by P. chrysogenum.; Function: in industrial fermentations, P. chrysogenum uses sulfate as the source of sulfur for the biosynthesis of penicillin.; Phenotype: disruption of P. chrysogenum sutB resulted in a loss of sulfate uptake ability.; Remark: the C-terminal half of the homolog to SutB of P. chrysogenum is located on An01g04200.; Remark: the ORF is C-terminally truncated due to contig border.; Title: strong similarity to sulfate permease SutB -Penicillium chrysogenum [truncated ORF]; uncharacterized protein	complement(join(<987637..988073,988141..988684,988748..988893,988964..989264))	Aspergillus niger	4978187
An01g04220	CDS	An01g04220	NT_166518.1	991205	992262	D	hypothetical protein	join(991205..991284,991325..991591,991808..991944,992030..992262)	Aspergillus niger	84589915
An01g04230	CDS	An01g04230	NT_166518.1	993587	995154	R	Title: strong similarity to hypothetical WD-repeat transcription regulation protein SPCC18.13 -Schizosaccharomyces pombe; uncharacterized protein	complement(join(993587..993977,994039..994707,994769..995154))	Aspergillus niger	4978154
An01g04240	CDS	An01g04240	NT_166518.1	995490	996549	D	Remark: P0 of S. cerevisiae belongs to the family of rat acidic ribosomal proteins P0.; Remark: P0 of S. cerevisiae is also called A0,L8300. 8, YLR340w and ribosomal protein YL10e.; Similarity: the ORF overlaps with the EST seq id NO:3822 of patent WO200056762-A2 from A. niger.; Title: strong similarity to cytoplasmic acidic ribosomal protein P0 - Saccharomyces cerevisiae; cytoplasm; See PMID 2681177; See PMID 3287327; 60S ribosomal protein uL10	join(995490..995663,995721..995790,995855..996549)	Aspergillus niger	4977317
An01g04250	CDS	An01g04250	NT_166518.1	997368	998661	D	Catalytic activity: Uroporphyrinogen-III <=> coproporphyrinogen + 4 CO(2).; Function: the T. terrestris homolog catalyzes the sequential decarboxylation of the four acetyl side chains of uroporphyrinogen to yield coproporphyrinogen, an intermediate in protoheme biosynthesis.; Title: strong similarity to uroporphyrinogen decarboxylase from patent WO9925839-A1 - Thielavia terrestris; cytoplasm; uncharacterized protein	join(997368..997422,997478..997519,997618..998541,998591..998661)	Aspergillus niger	4978301
An01g04260	CDS	An01g04260	NT_166518.1	998761	999353	R	Catalytic activity: cytosine + H(2)O <=> uracil + NH(3).; Remark: strong similarity to cytosine deaminase FCA1 - Candida albicans.; Title: strong similarity to cytosine deaminase FCA1 - Candida albicans; See PMID 9000374; uncharacterized protein	complement(join(998761..998782,998860..999125,999195..999353))	Aspergillus niger	4978191
An01g04270	CDS	An01g04270	NT_166518.1	999446	1001377	R	Title: similarity to EST SEQ ID NO:4107 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(join(999446..999511,999940..1000137,1000683..1000824,1000923..1001103,1001208..1001293,1001340..1001377))	Aspergillus niger	84589916
An01g04280	CDS	An01g04280	NT_166518.1	1001523	1002970	D	Function: Haploid S. cerevisiae cells carrying the disrupted YDJ1 gene are inviable for growth in liquid media.; Function: YDJ1p from S. cerevisiae is involved mitochondrial and ER import.; Function: YDJ1p from S. cerevisiae is required for normal growth and disruption of its gene results in very slow growing cells that have pleiotropic morphological defects.; Localization: YDJ1p from S. cerevisiae cofractionates with nuclei and also microsomes, suggesting that its perinuclear localization reflects association with the ER.; Remark: has similarity to family of dnaJ heat shock proteins.; Remark: synonyms for Ydj1 from S. cerevisiae are Mas5 and YNL064c.; Similarity: the ORF also shows strong similarity to expressed sequence tag seq id no:6895 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to dnaJ protein homolog Ydj1 - Saccharomyces cerevisiae; cytoplasm; See PMID 11014801; See PMID 11689685; uncharacterized protein	join(1001523..1001558,1001628..1001697,1001775..1002593,1002654..1002970)	Aspergillus niger	4977506
An01g04300	CDS	An01g04300	NT_166518.1	1004347	1007071	R	Title: strong similarity to protein fragment SEQ ID NO:54638 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1004347..1005078,1005138..1006930,1006993..1007071))	Aspergillus niger	4978441
An01g04310	CDS	An01g04310	NT_166518.1	1007842	1009449	R	Function: the S. pombe homolog Mex67p participates at various common steps with Rae1p export complexes in promoting the nuclear cytoplasmic export of mRNA.; Similarity: S. pombe Mex67p has similarity to the human mRNA export factor Tap.; Title: strong similarity to mRNA export factor mex67p - Schizosaccharomyces pombe; nucleus; uncharacterized protein	complement(join(1007842..1007889,1007944..1009449))	Aspergillus niger	4977289
An01g04320	CDS	An01g04320	NT_166518.1	1010990	1012437	D	Complex: part of the Erv41p-Erv46p subcomplex associated with the COPII vesicle coat.; Function: S. cerevisiae Erv46p is involved in ER to Golgi vesicle transport.; Remark: a splice site upstream of the start codon was detected.; Remark: alternative gene names for the S. cerevisiae homolog ERV46 are FUN9 and YAL042W.; Title: strong similarity to COPII vesicle coat component protein Erv46 - Saccharomyces cerevisiae; intracellular transport vesicles; uncharacterized protein	join(1010990..1011182,1011250..1011430,1011513..1012064,1012143..1012437)	Aspergillus niger	4978356
An01g04330	CDS	An01g04330	NT_166518.1	1013493	1017211	R	Title: strong similarity to hypothetical protein YLR187w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1013493..1016486,1016551..1016708,1016768..1017118,1017196..1017211))	Aspergillus niger	4978479
An01g04340	CDS	An01g04340	NT_166518.1	1017660	1018172	D	hypothetical protein	join(1017660..1017732,1017816..1017973,1018056..1018172)	Aspergillus niger	84589917
An01g04350	CDS	An01g04350	NT_166518.1	1018718	1020874	R	hypothetical protein	complement(join(1018718..1018775,1019096..1019320,1019403..1019510,1019609..1019719,1019900..1020055,1020142..1020182,1020277..1020390,1020571..1020636,1020722..1020874))	Aspergillus niger	84589918
An01g04360	CDS	An01g04360	NT_166518.1	1022402	1023828	D	hypothetical protein	join(1022402..1023005,1023062..1023828)	Aspergillus niger	4977080
An01g04370	CDS	An01g04370	NT_166518.1	1025298	1026836	R	Function: the C. albicans homolog CATFIIIA is involved in initiating transcription of the ribosomal RNA 5S gene.; Similarity: C. abicans CATFIIIA belongs to the superfamily of transcription factor IIIA proteins.; Title: strong similarity to transcription factor CATFIIIA from patent WO200028037-A1 - Candida albicans; nucleus; uncharacterized protein	complement(1025298..1026836)	Aspergillus niger	4977330
An01g04380	CDS	An01g04380	NT_166518.1	1027426	1028179	D	Complex: S. cerevisiae Rpo26p is essential for the assembly of RNA polymerase I and RNA polymerase II and for the stability of the largest subunits of these enzymes.; Function: the S. cerevisiae homolog RPO26 catalyses DNA-template-directed extension of the 3'-end of an RNA strand by one nucleotide at a time.; Title: strong similarity to 23 kD subunit of DNA-directed RNA polymerase I,II,III Rpo26 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(1027426..1027460,1027589..1027882,1027955..1028074,1028146..1028179)	Aspergillus niger	4978285
An01g04390	CDS	An01g04390	NT_166518.1	1028410	1030274	D	hypothetical protein	join(1028410..1028549,1028641..1028715,1028928..1028974,1029311..1029592,1029720..1029792,1029923..1030274)	Aspergillus niger	84589919
An01g04400	CDS	An01g04400	NT_166518.1	1030556	1031931	D	Similarity: has similarity to the monocarboxylate transporters of the major facilitator superfamily.; Title: strong similarity to hypothetical protease Mch5 - Saccharomyces cerevisiae; uncharacterized protein	join(1030556..1030740,1030803..1031931)	Aspergillus niger	4977131
An01g04410	CDS	An01g04410	NT_166518.1	1032539	1033322	R	Title: strong similarity to N-acetyl transferase NACTH from patent US6017744-A - Homo sapiens; uncharacterized protein	complement(join(1032539..1032710,1032838..1033069,1033154..1033322))	Aspergillus niger	4978222
An01g04420	CDS	An01g04420	NT_166518.1	1033917	1035301	D	Title: strong similarity to hypothetical protein CAE76116.1 - Neurospora crassa; uncharacterized protein	join(1033917..1034638,1034728..1035301)	Aspergillus niger	4977768
An01g04430	CDS	An01g04430	NT_166518.1	1036821	1040265	R	Title: strong similarity to translation initiation factor eIF-3 - Schizosaccharomyces pombe; cytoplasm; uncharacterized protein	complement(join(1036821..1037337,1037412..1039786,1039869..1040093,1040224..1040265))	Aspergillus niger	4977231
An01g04440	CDS	An01g04440	NT_166518.1	1043357	1044089	D	Similarity: the C-terminal region of the predicted protein shows no similarity.; Title: strong similarity to hypothetical conserved protein SMc00345 - Sinorhizobium meliloti; uncharacterized protein	join(1043357..1043428,1043560..1043629,1043717..1043788,1043878..1044089)	Aspergillus niger	4977138
An01g04450	CDS	An01g04450	NT_166518.1	1044657	1047716	R	Catalytic activity: guanosine 3',5'-cyclic phosphate + H2O = guanosine 5'-phosphate.; Function: PDE9A of M. musculus and H. sapiens plays a role in signal transduction by regulating the intracellular concentration of cyclic nucleotides; this phosphodiesterase has a high affinity for cGMP.; Remark: in mammals a number of isoforms of PDE9A are produced by alternative splicing.; Similarity: the predicted protein is almost twice longer as PDE9A of mammals, and the N- and C-terminal regions show no similarity.; Title: similarity to cGMP phosphodiesterase PDE9A -Mus musculus; See PMID 9624145; See PMID 9856478; uncharacterized protein	complement(join(1044657..1046644,1046711..1047716))	Aspergillus niger	4977678
An01g04455	CDS	An01g04455	NT_166518.1	1047772	1048657	R	hypothetical protein	complement(join(1047772..1048021,1048441..1048508,1048625..1048657))	Aspergillus niger	84589920
An01g04460	CDS	An01g04460	NT_166518.1	1048867	1050128	D	hypothetical protein	join(1048867..1048879,1049019..1049216,1049355..1049471,1049745..1049794,1050012..1050128)	Aspergillus niger	84589921
An01g04470	CDS	An01g04470	NT_166518.1	1054041	1057907	R	Similarity: although some regions of the predicted protein are very similar to S. pombe SPAC3H1. 12c, other regions are absolutely not conserved.; Similarity: the predicted protein contains several structurale domains found in DNA-binding regulatory proteins, like the BAH domain, the PHD-type zinc finger and the Myb-like DNA-binding domain.; Title: similarity to hypothetical protein YGL131c -Saccharomyces cerevisiae; uncharacterized protein	complement(1054041..1057907)	Aspergillus niger	4977831
An01g04480	CDS	An01g04480	NT_166518.1	1059468	1061434	D	Title: weak similarity to gravin-like gl - Xenopus laevis; See PMID 11165490; uncharacterized protein	join(1059468..1059627,1059804..1059909,1059980..1060123,1060216..1060398,1060480..1060544,1060643..1060697,1060777..1060905,1061076..1061181,1061357..1061434)	Aspergillus niger	84589922
An01g04490	CDS	An01g04490	NT_166518.1	1062262	1062897	R	hypothetical protein	complement(join(1062262..1062398,1062648..1062897))	Aspergillus niger	84589923
An01g04500	CDS	An01g04500	NT_166518.1	1063262	1064071	R	hypothetical protein	complement(join(1063262..1063481,1063764..1063916,1063989..1064071))	Aspergillus niger	84589924
An01g04510	CDS	An01g04510	NT_166518.1	1065585	1065799	D	hypothetical protein	join(1065585..1065598,1065667..1065799)	Aspergillus niger	84589925
An01g04520	CDS	An01g04520	NT_166518.1	1066791	1069966	D	Function: D. melanogaster mus308 encodes a theta DNA polymerase involved in DNA repair.; Function: mus308 is required in D. melanogaster to process ethyl nitrosourea (ENU) induced lesions, and may play a role in post replication bypass of O-alkylpyrimidines, probably mediated by recombination,which serves to increase the time available for error-free repair of these lesions.; Similarity: mus308 of D. melanogaster and other similar proteins are twice longer than the predicted proetin.; Title: similarity to theta DNA polymerase mus308 -Drosophila melanogaster; See PMID 8417992; See PMID 8816490; See PMID 9539982; See PMID 10343651; See PMID 10732683; uncharacterized protein	join(1066791..1067426,1067505..1067594,1067651..1067833,1067890..1068370,1068421..1068592,1068644..1068805,1068859..1069305,1069361..1069802,1069838..1069966)	Aspergillus niger	4977208
An01g04530	CDS	An01g04530	NT_166518.1	1070331	1071294	R	Similarity: strong similarity to A. niger EST EMBLEST:BE760850.; Similarity: the predicted ORF does not contain structural features common to protein kinases.; Title: similarity to hypothetical MAP3K protein kinase-like protein MLD14.3 - Arabidopsis thaliana; uncharacterized protein	complement(join(1070331..1070692,1070748..1071294))	Aspergillus niger	4977146
An01g04540	CDS	An01g04540	NT_166518.1	1072154	1073425	D	hypothetical protein	join(1072154..1072341,1072637..1072969,1073026..1073425)	Aspergillus niger	4977834
An01g04550	CDS	An01g04550	NT_166518.1	1073768	1078190	D	Function: VPS8 of S. cerevisiae is involved in vacuolar protein sorting and required for localization and trafficking of the CPY sorting receptor.; Similarity: VPS8 of S. cerevisiae is a membrane-associated hydrophilic protein which contains a C-terminal cysteine-rich region that conforms to the H2 variant of the RING finger Zn2+ binding motif.; Similarity: the predicted protein does not contain such a RING finger.; Title: strong similarity to vacuolar protein sorting-associated protein Vps8 - Saccharomyces cerevisiae; See PMID 8864656; See PMID 8969229; See PMID 9412470; See PMID 3062374; uncharacterized protein	join(1073768..1073870,1073927..1077688,1078042..1078190)	Aspergillus niger	84589926
An01g04560	CDS	An01g04560	NT_166518.1	1079026	1080500	D	Function: mixed-linked glucanases (MLGases) are extracellular enzymes able to hydrolyze beta 1,3-1,4-glucans.; Similarity: the C-terminal part of the predicted protein has similarity to a calcium binding domain found e. g. in a penicillin-binding protein of Bacillus subtilis.; Similarity: the product of MLG1 of C. carbonum has no close similarity to any known protein but does contain a motif (EIDI) that occurs at the active site of MLGases from several prokaryotes; this motif is conserved in the predicted protein.; Title: strong similarity to mixed-linked glucanase precursor MLG1 - Cochliobolus carbonum; extracellular/secretion proteins; See PMID 9464371; uncharacterized protein	join(1079026..1079396,1079478..1079904,1080000..1080500)	Aspergillus niger	4978336
An01g04570	CDS	An01g04570	NT_166518.1	1080911	1084244	R	Function: CAP10 of C. neoformans is a cytoplasmic protein required for capsule formation.; Remark: C. neoformans is a pathogenic fungus which most commonly affects the central nervous system and causes fatal meningoencephalitis primarily in patients with AIDS,and produces a thick extracellular polysaccharide capsule which is well recognized as a virulence factor.; Title: strong similarity to capsular associated protein CAP10 - Filobasidiella neoformans; cytoplasm; See PMID 10482503; uncharacterized protein	complement(join(1080911..1082486,1082536..1082966,1083013..1083159,1083215..1083628,1083685..1084007,1084063..1084121,1084201..1084244))	Aspergillus niger	4978412
An01g04590	CDS	An01g04590	NT_166518.1	1086015	1089310	D	Function: KRE33 of S. cerevisiae, also called YNL132W, is a protein extremely conserved till humans; the molecular function is unknown, but the gene is claimed to be involved in killer toxin resistance, although the results are still unpublished.; Phenotype: null mutation of KRE33 in S. cerevisiae is lethal.; Title: strong similarity to hypothetical protein Kre33 - Saccharomyces cerevisiae; uncharacterized protein	join(1086015..1089013,1089103..1089310)	Aspergillus niger	4977260
An01g04600	CDS	prpA	NT_166518.1	1089714	1091234	R	Function: the evidences suggesting the existence and expression of prpA in A. niger are very strong, although no function could be clearly demonstrated for the gene product.; Gene-ID: prpA; Phenotype: an A. niger strain containing a deletion of the prpA gene is viable; however, deletion of the prpA gene causes a reduction of exogenous proteins production.; Similarity: prpA is similar to protein disulfide isomerase (PDI), an enzyme important in assisting the folding and maturation of secretory proteins in eukaryotes.; See PMID 9021130; See PMID 10653750; See PMID 10672446; PDI related protein A prpA-Aspergillus niger	complement(join(1089714..1090947,1091013..1091020,1091082..1091234))	Aspergillus niger	4978424
An01g04610	CDS	An01g04610	NT_166518.1	1091764	1093311	D	Title: similarity to hypothetical protein CAE76271.1 - Neurospora crassa; uncharacterized protein	1091764..1093311	Aspergillus niger	4978378
An01g04620	CDS	An01g04620	NT_166518.1	1093500	1095445	R	Function: the DnaJ-domain is part of a chaperone (protein folding) system.; Similarity: the main feature of the predicted protein is to contain a C-terminal DnaJ domain; the domain covers just 10% of the total protein lenght.; Title: weak similarity to immunogenic protein #16513 from patent WO200181581-A2 - Propionibacterium acnes; uncharacterized protein	complement(join(1093500..1095152,1095281..1095445))	Aspergillus niger	4978104
An01g04630	CDS	An01g04630	NT_166518.1	1095895	1097208	R	Complex: more in detail, ATP3 is a part of the F1 complex, a water soluble subunit which retain the ATPase activity but not the proton-transporting activity.; Function: ATP3 of S. cerevisiae is a component of the H+-transporting ATP synthase complex, a mitochondrial membrane-bound enzyme in which transport of protons is coupled with ATP synthesis.; Remark: in the gene model, a non conventional splice donor (GC instead of GT) was used in the 3' position of exon 4, due to the identity to A. niger EST SEQ ID NO:3921 of patent WO200056762-A2 and the local identity to the fungal homologues.; Title: strong similarity to gamma chain precursor of the H+-transporting ATP synthase Atp3 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 7929329; See PMID 9857174; See PMID 10953875; See PMID 7498726; uncharacterized protein	complement(join(1095895..1095988,1096040..1096074,1096127..1096147,1096207..1096319,1096379..1096953,1097153..1097208))	Aspergillus niger	4978331
An01g04640	CDS	An01g04640	NT_166518.1	1098217	1101326	D	Catalytic activity: ATP-independent breakage of single-stranded DNA,followed by passage and rejoining.; Catalytic activity: when a topoisomerase transiently breaks a DNA backbone bond,it simultaneously forms a protein-DNA link,in which a tyrosyl oxygen in the enzyme is joined to a DNA phosphorus at one end of the enzyme-severed DNA strand.; Function: the reaction catalyzed by topoisomerases leads to the conversion of one topological isomer of DNA to another; eukaryotic topoisomerase I and II can relax both negative and positive supercoils, whereas prokaryotic enzymes relax only negative supercoils.; Similarity: the predicted protein shows very strong similarity to the A. nidulans topoisomerase, whose catalytic activity was not experimentally reported.; Title: strong similarity to topoisomerase I CaTOP1 -Candida albicans; nucleus; See PMID 9026437; uncharacterized protein	join(1098217..1098271,1098457..1098674,1098770..1100326,1100377..1100616,1100686..1101135,1101192..1101326)	Aspergillus niger	4978442
An01g04650	CDS	An01g04650	NT_166518.1	1102904	1104203	R	Remark: the encoded protein also shows weak similarities to UDPglucose 4-epimerase galE from Neisseria gonorrhoeae.; Title: strong similarity to sequence SEQ ID NO:12396 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	complement(join(1102904..1103814,1103916..1104077,1104152..1104203))	Aspergillus niger	4977100
An01g04660	CDS	An01g04660	NT_166518.1	1107129	1108770	R	hypothetical protein	complement(join(1107129..1107956,1108030..1108105,1108412..1108770))	Aspergillus niger	4977250
An01g04670	CDS	An01g04670	NT_166518.1	1109548	1111010	R	Similarity: proline-rich regions lead to a variety of unspecific similarities.; Title: similarity to hypothetical protein F10M23.90 - Arabidopsis thaliana; uncharacterized protein	complement(join(1109548..1110472,1110524..1110651,1110729..1110829,1110908..1111010))	Aspergillus niger	4978414
An01g04680	CDS	An01g04680	NT_166518.1	1111408	1114187	R	Function: palB of A. nidulans is a factor involved in ambient pH signalling transduction pathway.; Remark: calpains are cytosolic cysteine proteases that are activated by a rise in intracellular Ca2+, and are believed to function in stimulating Ca2+ signaling.; Title: strong similarity to calpain-like protease palB - Aspergillus nidulans; cytoplasm; See PMID 7499363; See PMID 7581026; uncharacterized protein	complement(join(1111408..1113324,1113381..1113612,1113684..1114057,1114137..1114187))	Aspergillus niger	4978314
An01g04690	CDS	An01g04690	NT_166518.1	1115049	1116233	D	Function: Ant1 of S. cerevisiae is a peroxisomal transporter involved in the transport of cytoplasmic ATP into the peroxisomal lumen in exchange for AMP.; Induction: Ant1 of S. cerevisiae is induced by oleic acid.; Localization: Ant1 of S. cerevisiae is localized in the peroxisomal membrane.; Remark: ATP imported into the peroxisome is required for the activation of fatty acids.; Title: strong similarity to peroxisomal transporter Ant1 - Saccharomyces cerevisiae; peroxisome; See PMID 11566870; uncharacterized protein	join(1115049..1115149,1115222..1115766,1115822..1116059,1116110..1116233)	Aspergillus niger	4978157
An01g04700	CDS	An01g04700	NT_166518.1	1116780	1117694	D	Title: weak similarity to thermostable nuclease Tnase nuch - Staphylococcus hyicus; See PMID 8045422; uncharacterized protein	join(1116780..1117157,1117245..1117694)	Aspergillus niger	4977593
An01g04710	CDS	An01g04710	NT_166518.1	1118175	1118959	R	Catalytic activity: ATP + AMP = ADP + ADP.; Function: adenylate kinase is required for cell maintenance and cell growth.; Localization: adenylate kinase ADK2 from S. cerevisiae is located in the mitochindrial matrix.; Remark: ADK2 of S. cerevisiae is also known as AKY3,PAK3 and YER170W.; Similarity: adenylate kinases are highly conserved.; Title: strong similarity to adenylate kinase Adk2 -Saccharomyces cerevisiae; See PMID 9425120; See PMID 1587477; See PMID 1620094; uncharacterized protein	complement(join(1118175..1118707,1118788..1118959))	Aspergillus niger	4978474
An01g04720	CDS	An01g04720	NT_166518.1	1120003	1121608	D	Complex: eukaryotic DNA primase is a heterodimer of a large subunit (p58) and a small subunit (p48).; Function: DNA primase initiates the synthesis of new DNA strands by synthesizing short RNA oligomers on single-stranded DNA, is essential for telomere maintenance and so chromosome stability.; Title: strong similarity to DNA primase large subunit Pri2 - Saccharomyces cerevisiae; See PMID 11084371; See PMID 2528682; uncharacterized protein	join(1120003..1120192,1120245..1120795,1120847..1121608)	Aspergillus niger	4978025
An01g04730	CDS	An01g04730	NT_166518.1	1122380	1125038	D	Complex: sec23 interacts with 5 other proteins,namely sec13, sec16, sec24, sec31 and sar1, to form the coat protein II - coated vesicle (COPII) complex.; Function: sec23 is required for transport of secretory, plasma membrane and vacuolar proteins from the endoplasmic reticulum to the Golgi apparatus.; Localization: sec23 is located on the cytoplasmic surface of either the cytoskeleton or the membrane.; Remark: sec23 binds directly to the C-terminus of sec16.; Similarity: sec23 is highly conserved.; Title: strong similarity to secretory protein Sec23 - Saccharomyces cerevisiae; See PMID 8930902; See PMID 1498369; See PMID 2670558; uncharacterized protein	join(1122380..1122472,1122529..1122659,1122724..1123018,1123084..1123554,1123611..1124708,1124763..1124956,1125014..1125038)	Aspergillus niger	4977081
An01g04740	CDS	An01g04740	NT_166518.1	1125481	1126225	D	Remark: the ORF overlaps with A. niger EST an_2410 in EMBLEST.; Similarity: ribosomal protein L12 is highly conserved.; Title: strong similarity to ribosomal protein of the large subunit L12 - Mus musculus; See PMID 8359697; 60S ribosomal protein uL11	join(1125481..1125484,1125545..1125578,1125645..1125765,1125832..1126156,1126212..1126225)	Aspergillus niger	4978288
An01g04750	CDS	An01g04750	NT_166518.1	1128589	1128869	R	Remark: the ORF is a short.; hypothetical protein	complement(join(1128589..1128655,1128697..1128869))	Aspergillus niger	84589927
An01g04760	CDS	An01g04760	NT_166518.1	1131918	1137031	D	Similarity: similarity to N-acetylglucosaminyltransferase chain p110 from R. norvegicus is only over C-terminal region.; Title: similarity to hypothetical protein B12K8.10 -Neurospora crassa; uncharacterized protein	join(1131918..1133686,1133736..1135087,1135460..1136349,1136402..1137031)	Aspergillus niger	4977567
An01g04770	CDS	An01g04770	NT_166518.1	1137725	1139395	R	hypothetical protein	complement(1137725..1139395)	Aspergillus niger	84589928
An01g04790	CDS	An01g04790	NT_166518.1	1140291	1141370	R	hypothetical protein	complement(join(1140291..1140356,1140528..1140614,1140722..1140884,1140978..1141022,1141139..1141210,1141306..1141370))	Aspergillus niger	84589929
An01g04800	CDS	An01g04800	NT_166518.1	1141966	1142721	D	hypothetical protein	join(1141966..1142081,1142244..1142435,1142514..1142721)	Aspergillus niger	84589930
An01g04810	CDS	An01g04810	NT_166518.1	1143914	1144964	D	hypothetical protein	join(1143914..1144048,1144162..1144314,1144735..1144786,1144873..1144964)	Aspergillus niger	84589931
An01g04820	CDS	An01g04820	NT_166518.1	1146084	1147322	D	Remark: the ORF has an unusual exon/intron structure.; hypothetical protein	join(1146084..1146163,1146248..1146355,1146470..1146570,1146991..1147190,1147272..1147322)	Aspergillus niger	84589932
An01g04830	CDS	An01g04830	NT_166518.1	1154364	1155293	R	Function: the flbD gene from Aspergillus nidulans encodes a protein with a Myb-like DNA-binding domain that is proposed to act in concert with other developmental regulators to control initiation of conidiophore development.; Function: the flbD gene from Aspergillus nidulans is involved in the coordination of initiation of conidiophore development.; Title: strong similarity to myb-like DNA binding protein flbD - Aspergillus nidulans; nucleus; See PMID 7883170; See PMID 9539422; uncharacterized protein	complement(1154364..1155293)	Aspergillus niger	4978271
An01g04840	CDS	An01g04840	NT_166518.1	1157037	1158131	R	hypothetical protein	complement(join(1157037..1157262,1157575..1157888,1158051..1158131))	Aspergillus niger	84589933
An01g04850	CDS	An01g04850	NT_166518.1	1158507	1159360	D	Title: weak similarity to hypothetical protein BAB09566.1 - Arabidopsis thaliana; uncharacterized protein	join(1158507..1158636,1158818..1159055,1159108..1159197,1159297..1159360)	Aspergillus niger	84589934
An01g04860	CDS	An01g04860	NT_166518.1	1159801	1161467	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1159801..1159814,1159912..1159967,1160042..1160151,1160232..1160248,1160520..1160601,1160695..1160746,1160781..1160809,1160952..1161053,1161272..1161361,1161444..1161467)	Aspergillus niger	84589935
An01g04870	CDS	An01g04870	NT_166518.1	1162942	1166243	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1162942..1163235,1163280..1163339,1163379..1163492,1163891..1164106,1164172..1164277,1164357..1164431,1164557..1164589,1164700..1164789,1164901..1165022,1165171..1165565,1165649..1165850,1165952..1166026,1166109..1166243))	Aspergillus niger	84589936
An01g04880	CDS	An01g04880	NT_166518.1	1166572	1168613	R	Complex: B. thermoamyloliquefaciens alpha-glucosidase II is a homohexamer; Function: B. thermoamyloliquefaciens alpha-glucosidase II is involved in polysaccharide meatabolism.; Remark: a splice site upstream of the start codon was detected.; Similarity: B. thermoamyloliquefaciens alpha-glucosidase II belongs to the glycosyl hydrolase family 31.; Title: strong similarity to alpha-glucosidase II -Bacillus thermoamyloliquefaciens; See PMID 10945254; uncharacterized protein	complement(join(1166572..1167656,1167731..1168613))	Aspergillus niger	4977344
An01g04890	CDS	An01g04890	NT_166518.1	1168854	1170446	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1168854..1168924,1169065..1169144,1169457..1169529,1169584..1169756,1169887..1169983,1170038..1170126,1170337..1170446))	Aspergillus niger	84589937
An01g04900	CDS	An01g04900	NT_166518.1	1170822	1172321	D	Title: strong similarity to hypothetical protein CAC18296.1 - Neurospora crassa; uncharacterized protein	join(1170822..1170965,1171038..1172321)	Aspergillus niger	4977083
An01g04910	CDS	An01g04910	NT_166518.1	1172737	1174617	D	Title: similarity to hypothetical protein EAK99938.1 - Candida albicans; uncharacterized protein	join(1172737..1172998,1173055..1174205,1174321..1174359,1174471..1174617)	Aspergillus niger	4978105
An01g04920	CDS	An01g04920	NT_166518.1	1174834	1175516	R	Complex: S. cerevisiae L29 is part of the 60S subunit of the ribosome.; Function: S. cerevisiae ribosomal protein L29 is involved in the biosynthesis of proteins.; Remark: an alternative name for S. cerevisiae L29 is YL34, or RPL29.; Remark: the original reference for the isolation of S. cerevisiae L29 is Otaka, E.; Higo, K. I.; Itoh, T; Mol. Gen. Genet. 195: 544-546 (1984) which is not available via PubMed.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L29 - Saccharomyces cerevisiae; cytoplasm; See PMID 9008165; 60S ribosomal protein eL29	complement(join(1174834..1174869,1174943..1175045,1175323..1175374,1175510..1175516))	Aspergillus niger	4978171
An01g04930	CDS	An01g04930	NT_166518.1	1176609	1177503	D	Catalytic activity: S. cerevisiae ATP Synthase delta chain produces ATP from ADP in the presence of a proton gradient.; Complex: S. cerevisiae ATP Synthase delta chain is part of the catlytic heteromeric complex ATP-synthase.; Function: S. cerevisiae ATP Synthase delta chain is involved in ATP synthesis.; Remark: the systematic name for ATP16 of S. cerevisiae is YDL004W.; Title: strong similarity to ATP synthase delta chain Atp16 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8026496; uncharacterized protein	join(1176609..1176740,1176817..1176839,1176932..1177062,1177173..1177261,1177326..1177415,1177471..1177503)	Aspergillus niger	4977147
An01g04940	CDS	An01g04940	NT_166518.1	1177837	1179222	D	hypothetical protein	1177837..1179222	Aspergillus niger	84589938
An01g04950	CDS	An01g04950	NT_166518.1	1179842	1182315	R	Similarity: similarity is from the N-terminal region of the predicted A. niger protein to A. thaliana At2g30890, which is 500aa shorter.; Title: weak similarity to hypothetical protein At2g30890 - Arabidopsis thaliana; uncharacterized protein	complement(join(1179842..1181692,1181747..1182114,1182165..1182315))	Aspergillus niger	4977697
An01g04960	CDS	An01g04960	NT_166518.1	1182601	1183329	D	hypothetical protein	join(1182601..1182669,1182834..1182993,1183076..1183329)	Aspergillus niger	84589939
An01g04970	CDS	An01g04970	NT_166518.1	1183493	1184596	D	Function: human CTNS is a lysosomal cystine transporter.; Function: mutations in human CTNS cause nephropathic cystinosis, an autosomal recessive disorder resulting from defective lysosomal transport of cystine.; Localization: human cystinosin-green fluorescent protein colocalizes with lysosomal-associated membrane protein 2 (LAMP-2) to lysosomes.; Title: strong similarity to lysosomal cystine transporter cystinosin CTNS - Homo sapiens; lysosome; See PMID 9537412; See PMID 10673275; See PMID 11150305; uncharacterized protein	join(1183493..1183533,1183608..1183625,1183718..1184156,1184228..1184596)	Aspergillus niger	4978273
An01g04980	CDS	An01g04980	NT_166518.1	1186471	1187622	D	Function: Fusarium sp. Tri6 is involved in the regulation of enzymes, of the trichothecene toxin biosynthesis pathway.; Remark: the predicted A. niger protein contains a zinc-finger-domain in the C-terminus.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Similarity: the predicted A. niger protein shows strong similarity to Tri6 transcription activators of several Fusarium species (F. graminearum, F. cerealis, F. sporotrichioides).; Title: similarity to transcription activator Tri6 -Fusarium cerealis; nucleus; See PMID 10635566; uncharacterized protein	join(1186471..1186577,1186665..1187622)	Aspergillus niger	4978131
An01g04990	CDS	An01g04990	NT_166518.1	1189457	1190668	R	Similarity: the predicted A. niger protein shows local similarity to the integrase gene in Pseudomonas putida (aa 169-317); hypothetical protein	complement(1189457..1190668)	Aspergillus niger	4977646
An01g05000	CDS	An01g05000	NT_166518.1	1194351	1194905	D	Similarity: similarity is between the N-terminal regions of the predicted A. niger protein and the polyguluronate lyase gene of Corynebacterium sp. (aa 7-67).; Title: weak similarity to polyguluronate lyase alyPG - Corynebacterium sp.; See PMID 9491925; uncharacterized protein	join(1194351..1194367,1194408..1194426,1194486..1194572,1194645..1194905)	Aspergillus niger	84589940
An01g05010	CDS	An01g05010	NT_166518.1	1195282	1196248	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1195282..1195308,1195544..1195621,1195703..1195746,1195817..1195831,1195939..1195981,1196195..1196248))	Aspergillus niger	84589941
An01g05020	CDS	An01g05020	NT_166518.1	1196917	1197807	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1196917..1196995,1197068..1197158,1197336..1197446,1197546..1197555,1197637..1197807))	Aspergillus niger	84589942
An01g05030	CDS	An01g05030	NT_166518.1	1198094	1199577	R	Title: strong similarity to oxidoreductase OXRD-8 from patent WO200071679-A2 - Homo sapiens; uncharacterized protein	complement(join(1198094..1198793,1198919..1199214,1199270..1199406,1199532..1199577))	Aspergillus niger	4977211
An01g05040	CDS	An01g05040	NT_166518.1	1199876	1200636	D	Complex: dUTP pyrophosphatases are homotrimeric enzymes.; Function: dUTP pyrophosphatases hydrolyze dUTP to dUMP and pyrophosphate, preventing the incorporation of uracil into DNA during replication, and are involved in DNA replication and DNA repair.; Title: strong similarity to dUTP pyrophosphatase DUT1 - Candida albicans; See PMID 7874734; See PMID 8223452; uncharacterized protein	join(1199876..1200215,1200297..1200469,1200553..1200636)	Aspergillus niger	4978165
An01g05050	CDS	An01g05050	NT_166518.1	1200883	1202281	R	Catalytic activity: pyridoxal kinases convert ATP + pyridoxal to ADP + pyridoxal-5-phosphat.; Function: human PKH is required for the synthesis of pyridoxal-5-phosphate (PLP)1, an essential cofactor for numerous enzymic reactions of intermediary metabolism, from vitaminB6.; Remark: an alternative name for human PKH is PNK.; Title: strong similarity to pyridoxal kinase PKH -Homo sapiens; See PMID 9099727; uncharacterized protein	complement(join(1200883..1201510,1201561..1201678,1201738..1201950,1202001..1202080,1202160..1202170,1202228..1202281))	Aspergillus niger	4978204
An01g05060	CDS	An01g05060	NT_166518.1	1203129	1204229	D	Title: strong similarity to hypothetical protein EAA66142.1 - Aspergillus nidulans; uncharacterized protein	1203129..1204229	Aspergillus niger	4978209
An01g05070	CDS	An01g05070	NT_166518.1	1204521	1206989	R	Title: strong similarity to hypothetical protein SPBC776.06c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1204521..1206191,1206245..1206305,1206358..1206989))	Aspergillus niger	4978023
An01g05080	CDS	An01g05080	NT_166518.1	1207855	1208872	D	Similarity: similarity is from the C-terminal half of the predicted A. niger protein to myosin regulator light chain from P. yessoensis, which is 100 aa shorter.; Title: similarity to myosin regulatory light chain -Patinopecten yessoensis; cytoskeleton; See PMID 6706905; uncharacterized protein	join(1207855..1207857,1207916..1208390,1208472..1208872)	Aspergillus niger	4978319
An01g05090	CDS	An01g05090	NT_166518.1	1209775	1211472	D	Complex: S. pombe cdc16 forms a heterodimer with byr4, which then binds spglp.; Function: S. pombe cdc16 is required for p34cdc2 kinase activity and septum formation.; Function: S. pombe cdc16 negatively regulates septation via Spglp GTPase and its effector cdc7 kinase.; Function: S. pombe cdc16 together with byr4 forms a two-component GTPase-activating protein (GAP) regulating Spglp GTPase.; Localization: using indirect immunofluorescence byr4 localises to the spindle pole bodies except during mitosis.; Similarity: S. pombe cdc16 belongs to the superfamily of cell cycle arrest proteins BUB2.; Title: strong similarity to cell division control protein cdc16p - Schizosaccharomyces pombe; centrosome; See PMID 9742395; See PMID 11271422; See PMID 8334988; uncharacterized protein	join(1209775..1210146,1210237..1210472,1210602..1211015,1211349..1211472)	Aspergillus niger	4977921
An01g05100	CDS	An01g05100	NT_166518.1	1212690	1214127	R	Function: N. sylvestris cp29B exists as complex with ribosome-free mRNAs and possibly acts as stabilizing factor.; Localization: N. sylvestris ribonucleoprotein B 29K has been identified from a tobacco chloroplast lysate.; Remark: N. sylvestris ribonucleoprotein B 29K is nuclear encoded.; Similarity: the predicted ORF contains the RNA recognition motiv PF00076 (aa 273-314).; Title: weak similarity to ribonucleoprotein B cp29B - Nicotiana sylvestris; See PMID 11038367; See PMID 1721701; uncharacterized protein	complement(join(1212690..1213530,1213586..1213781,1213833..1213989,1214047..1214127))	Aspergillus niger	4977866
An01g05110	CDS	An01g05110	NT_166518.1	1214568	1214955	D	hypothetical protein	join(1214568..1214705,1214791..1214955)	Aspergillus niger	84589943
An01g05120	CDS	An01g05120	NT_166518.1	1215606	1216844	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1215606..1215728,1215809..1215945,1216060..1216071,1216159..1216209,1216421..1216506,1216587..1216634,1216702..1216844))	Aspergillus niger	84589944
An01g05130	CDS	An01g05130	NT_166518.1	1217126	1218681	R	hypothetical protein	complement(join(1217126..1217247,1217488..1217513,1217593..1217626,1217797..1217893,1217987..1218208,1218301..1218436,1218641..1218681))	Aspergillus niger	84589945
An01g05140	CDS	An01g05140	NT_166518.1	1220341	1223270	D	hypothetical protein	join(1220341..1220519,1220599..1220619,1220709..1220729,1220780..1220860,1220934..1221050,1221118..1221460,1221558..1221620,1221728..1221832,1221925..1221948,1222134..1222258,1222485..1222548,1222941..1223270)	Aspergillus niger	84589946
An01g05150	CDS	An01g05150	NT_166518.1	1226717	1227517	D	Function: S. cerevisiae SOL1 suppresses mutations in LOS1, which is a regulator of gene products involved in tRNA expression/function as well as pre-tRNA splicing.; Function: yeast Sol proteins affect tRNA expression/ function at steps other than transcription or splicing.; Induction: LOS1 appears to positively regulate SOL1.; Similarity: similarities from yeast Sol proteins to G6PDs are restricted to areas separate from the catalytic domain.; Similarity: yeast Sol proteins have extensive similarity to an unusual group of glucose-6-phosphate dehydrogenases.; Title: strong similarity to Sol1 - Saccharomyces cerevisiae; See PMID 8725220; uncharacterized protein	1226717..1227517	Aspergillus niger	4978395
An01g05160	CDS	An01g05160	NT_166518.1	1227553	1229930	D	Similarity: the predicted A. niger protein contains several WSC domains which are putative carbohydrate binding domains.; Similarity: the predicted A. niger protein shows likely unspecific similarity to serine, proline and threonine rich proteins.; Title: weak similarity to chitinase chiA -Aspergillus nidulans; See PMID 9501518; uncharacterized protein	join(1227553..1227693,1227957..1228095,1228183..1228235,1228359..1229930)	Aspergillus niger	4977399
An01g05180	CDS	An01g05180	NT_166518.1	1232747	1238733	D	Title: strong similarity to hypothetical guanine nucleotide binding protein beta subunit-like protein -Schizosaccharomyces pombe; uncharacterized protein	join(1232747..1232904,1233006..1236126,1236197..1236307,1236530..1236551,1236771..1237651,1237842..1238563,1238730..1238733)	Aspergillus niger	4978313
An01g05190	CDS	An01g05190	NT_166518.1	1239266	1241962	R	Title: strong similarity to hypothetical protein SPBC15D4.16 - Schizosaccharomyces pombe; uncharacterized protein	complement(1239266..1241962)	Aspergillus niger	4978393
An01g05200	CDS	An01g05200	NT_166518.1	1242326	1242628	D	Function: DPM2 of M. musculus essential for the ER localization and stable expression of DPM1.; Function: DPM2 of M. musculus regulates the biosynthesis of dolichol phosphate-mannose.; Localization: DPM2 of M. musculus is an integral membrane protein in the endoplasmic reticulum.; Remark: DPM2 of M. musculus interacts with DPM1.; Similarity: DPM2 of M. musculus belongs to the DPM2 family.; Title: strong similarity to DPM2 - Mus musculus; endoplasmatic reticulum; See PMID 9724629; uncharacterized protein	join(1242326..1242382,1242443..1242628)	Aspergillus niger	4977036
An01g05210	CDS	An01g05210	NT_166518.1	1243042	1245720	D	Remark: blastp matches are unspecific.; hypothetical protein	join(1243042..1243171,1243279..1243523,1243559..1243618,1243681..1243805,1243886..1244048,1244126..1244223,1244353..1244459,1244532..1244715,1244801..1245649,1245708..1245720)	Aspergillus niger	4977983
An01g05220	CDS	An01g05220	NT_166518.1	1245885	1247903	D	Remark: blastp matches are unspecific; hypothetical protein	1245885..1247903	Aspergillus niger	84589947
An01g05230	CDS	An01g05230	NT_166518.1	1249417	1250209	R	Remark: the ORF shows also strong similarity to EST an_2899 from Aspergillus niger.; Title: weak similarity to hypothetical protein CAE76314.1 - Neurospora crassa; uncharacterized protein	complement(join(1249417..1249568,1249635..1249913,1250080..1250209))	Aspergillus niger	4978262
An01g05240	CDS	An01g05240	NT_166518.1	1250403	1251690	D	hypothetical protein	join(1250403..1250675,1250735..1250851,1251029..1251168,1251302..1251505,1251570..1251690)	Aspergillus niger	84589948
An01g05250	CDS	An01g05250	NT_166518.1	1251771	1252385	R	hypothetical protein	complement(join(1251771..1251878,1251972..1252092,1252158..1252267,1252362..1252385))	Aspergillus niger	84589949
An01g05260	CDS	An01g05260	NT_166518.1	1253556	1256210	D	Function: S. cerevisiae Mph1p is required for the protection of the genome from spontaneous and chemically induced damage.; Function: S. cerevisiae mph1 mutants display a spontaneous mutator phenotyp.; Function: in S. cerevisiae the mph1 mutator phenotype was dependent on REV3 and RAD6.; Function: it has been proposed that Mph1 affects the rate of DNA lesion formation, e. g., by modulating the susceptibility of DNA to chemical attack through compaction of Chromatin, changes of DNA twist or changes of secondary structure.; Remark: the systematic name for S. cerevisiae MPH1 is YIR002c.; Similarity: S. cerevisiae Mph1p shows strong similarity to ATP-dependent RNA helicases.; Title: strong similarity to DEAH protein Mph1 -Saccharomyces cerevisiae; nucleus; See PMID 10880470; uncharacterized protein	1253556..1256210	Aspergillus niger	4978206
An01g05270	CDS	An01g05270	NT_166518.1	1256674	1257650	R	Title: weak similarity to extracellular proteinase prtY - Lactobacillus helveticus; See PMID 10923793; uncharacterized protein	complement(join(1256674..1256821,1256893..1257066,1257151..1257345,1257466..1257650))	Aspergillus niger	4978387
An01g05280	CDS	An01g05280	NT_166518.1	1259037	1259714	D	Title: strong similarity to hypothetical protein encoded by An11g07100 - Aspergillus niger; uncharacterized protein	join(1259037..1259081,1259142..1259714)	Aspergillus niger	4977925
An01g05290	CDS	An01g05290	NT_166518.1	1260266	1261427	D	Remark: a possible sequencing error occured and was corrected with a frame shift of 1 bp.; Remark: the extracted protein is N-terminal longer than most of the matching proteins.; Title: strong similarity to actin-capping protein beta chain - Gallus gallus [putative frameshift]; cytoskeleton; putative frameshift; See PMID 2745461; uncharacterized protein	join(1260266..1260294,1260335..1260795,1260859..1261129,1261209..1261278,1261310..>1261427)	Aspergillus niger	4978114
An01g05300	CDS	An01g05300	NT_166518.1	1262847	1265586	D	Function: S. pombe TAF72 is a subunit of the RNA-pol II transcription factor TFIID and is required for activated but not basal transcription.; Remark: a putative sequencing error was corrected by introducing a frameshift of 1 bp.; Remark: a series of deletion mutants of S. pombe TAF72 revealed that the most evolutionarily conserved regions, including the WD40 repeats, are in fact indispensable for viability.; Title: strong similarity to subunit of transcription initiation factor TFIID taf72p - Schizosaccharomyces pombe [putative frameshift]; nucleus; putative frameshift; See PMID 10721692; See PMID 9224658; uncharacterized protein	join(1262847..1263029,1263379..1263520,1263571..1263614,1263668..1264480,1264530..>1265586)	Aspergillus niger	4977657
An01g05310	CDS	An01g05310	NT_166518.1	1265953	1267505	R	Function: overexpression of S. cerevisiae PPE1 yields phenotypes similar to those observed after inactivation of the regulatory PP2A subunits B and B'.; Function: phosphoprotein phosphatase 2A (PP2A) catalytic subunit contains a methyl ester on its C-terminus which in S. cerevisiae is removed by the specific carboxyl methylesterase PPE1.; Remark: in the PIR protein database S. cerevisiae PPE1 has erronously been annotated as the S. cerevisiae mitochondrial ribosomal protein YmS2.; Title: strong similarity to protein phosphatase methylesterase Ppe1 - Saccharomyces cerevisiae; See PMID 11060018; uncharacterized protein	complement(join(1265953..1266167,1266267..1266520,1266583..1266673,1266735..1266954,1266976..1267240,1267318..1267505))	Aspergillus niger	4977183
An01g05320	CDS	An01g05320	NT_166518.1	1268607	1270241	D	Title: strong similarity to hypothetical protein SPAC23C11.06c - Schizosaccharomyces pombe; uncharacterized protein	join(1268607..1268759,1268820..1270241)	Aspergillus niger	4977980
An01g05330	CDS	An01g05330	NT_166518.1	1270974	1273207	R	Function: S. cerevisiae NPL4 is required for nuclear export and import of proteins and RNA.; Localization: S. cerevisiae NPL4 is located at the nuclear periphery and localizes in a pattern similar to nuclear pore complex proteins.; Title: strong similarity to nuclear transport regulator Npl4 - Saccharomyces cerevisiae; nucleus; See PMID 8930904; uncharacterized protein	complement(join(1270974..1271270,1271349..1272649,1272686..1272822,1272911..1273041,1273109..1273207))	Aspergillus niger	4977477
An01g05340	CDS	An01g05340	NT_166518.1	1273932	1274753	R	Catalytic activity: 1,4-benzoquinone reductases convert 1,2,4-trihydroxybenzene + NAD to hydroxybenzoquinone + NADH2.; Complex: P. chrysosporium qr forms a homomdimer.; Induction: expression of P. chrysosporium qr is induced by 2-dimethoxybenzoquinone, vanillic acid, or several other aromatic compounds.; Localization: a S. cerevisiae protein, Pst2p with strong similarity to the predicted A. niger protein has been identified as a protoplast secreted protein.; Remark: the IUPAC proposes EC 1. 6. 5. 7. for 1,4-benzoquinone reductases.; Title: strong similarity to 1,4-benzoquinone reductase qr - Phanerochaete chrysosporium; extracellular/secretion proteins; See PMID 9925562; uncharacterized protein	complement(join(1273932..1274033,1274107..1274503,1274567..1274652,1274727..1274753))	Aspergillus niger	4977296
An01g05350	CDS	An01g05350	NT_166518.1	1275763	1276687	R	Complex: S. cerevisiae Yth1p interacts with Fip1p,another component of the PF I.; Complex: S. cerevisiae Yth1p is a subunit of the polyadenylation factor I (PF I), a key component of the RNA 3'-end processing machinery.; Function: S. cerevisiae Yth1p binds RNA polymers with a distinct preference for poly(U).; Function: S. cerevisiae yth1 mutants have normal mRNA cleavage activity, but fail to polyadenylate the upstream cleavage product.; Remark: the systematic name for S. cerevisiae YTH1 is YPR107c.; Similarity: S. cerevisiae Yth1p contains five C3H-zinc-finger repeats and a putative RNA-binding zinc knuckle motif at the carboxyl terminus.; Title: strong similarity to RNA-binding polyadenylation factor I subunit Yth1 - Saccharomyces cerevisiae; nucleus; See PMID 10371034; See PMID 9224719; uncharacterized protein	complement(join(1275763..1275853,1275948..1276443,1276480..1276687))	Aspergillus niger	4978357
An01g05360	CDS	An01g05360	NT_166518.1	1279269	1280626	D	Catalytic activity: chitinases hydrolyse the 1,4-beta-linkages of N-acetyl-D-glucosamine polymers of chitin.; Title: strong similarity to 42 kDa endochitinase Tham-ch - Trichoderma hamatum; See PMID 9742695; uncharacterized protein	join(1279269..1279456,1279546..1279570,1279637..1279871,1280001..1280626)	Aspergillus niger	4978360
An01g05370	CDS	An01g05370	NT_166518.1	1281472	1282683	R	Remark: a splice site upstream of the START-codon was detected.; Similarity: the ORF displays strong similarity to the A. niger EST an_2772.; Title: similarity to hypothetical protein encoded by An09g04380 - Aspergillus niger; uncharacterized protein	complement(join(1281472..1281756,1281824..1281945,1282016..1282431,1282520..1282683))	Aspergillus niger	4977574
An01g05380	CDS	An01g05380	NT_166518.1	1283504	1284465	D	hypothetical protein	join(1283504..1283653,1283737..1283769,1283815..1284061,1284347..1284465)	Aspergillus niger	84589950
An01g05390	CDS	An01g05390	NT_166518.1	1285218	1287623	R	Title: similarity to hypothetical protein YBR007c -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1285218..1285368,1285426..1287623))	Aspergillus niger	4978476
An01g05400	CDS	An01g05400	NT_166518.1	1290619	1291560	D	Remark: the central region of the predicted A. niger protein shows weak similarity to small molecule binding proteins.; Title: weak similarity to hypothetical protein 6R55.1 - Caenorhabditis elegans; uncharacterized protein	join(1290619..1291080,1291159..1291560)	Aspergillus niger	4978040
An01g05410	CDS	An01g05410	NT_166518.1	1291954	1293509	R	Title: strong similarity to hypothetical protein EAA65709.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1291954..1292796,1292856..1293019,1293072..1293414,1293477..1293509))	Aspergillus niger	4977181
An01g05420	CDS	An01g05420	NT_166518.1	1293798	1294285	D	hypothetical protein	join(1293798..1293883,1293966..1294122,1294247..1294285)	Aspergillus niger	84589951
An01g05440	CDS	An01g05440	NT_166518.1	1294687	1296276	R	hypothetical protein	complement(join(1294687..1294908,1294952..1295101,1295347..1295469,1295516..1295566,1295659..1295739,1296040..1296071,1296156..1296276))	Aspergillus niger	84589952
An01g05450	CDS	An01g05450	NT_166518.1	1296652	1297700	D	Function: Pho85p interacts with the cyclin Pcl1p/Hcs26p and Pcl2p to regulate cell cycle progression.; Function: Pho85p-Pho80p Cyclin CDK is required for negative regulation of Pho4p transcription factor in response to phosphate.; Function: cyclin-dependent protein kinase Pho85p interacts with the cyclin Pho80p.; Remark: Pho85 was originally discovered as a regulator of phosphate metabolism but roles for Pho85 in glycogen biosynthesis, actin regulation and cell cycle progression have since been discovered.; Remark: YPL031C is the systematic name for PHO85.; Title: strong similarity to cyclin-dependent protein kinase Pho85 - Saccharomyces cerevisiae; deleted EC_number 2.7.1.37; See PMID 10740818; See PMID 8108735; uncharacterized protein	join(1296652..1296696,1296782..1296805,1296885..1297700)	Aspergillus niger	4977086
An01g05460	CDS	An01g05460	NT_166518.1	1298947	1299472	R	Title: strong similarity to hypothetical protein encoded by An11g00170 - Aspergillus niger; uncharacterized protein	complement(join(1298947..1299351,1299440..1299472))	Aspergillus niger	4977030
An01g05470	CDS	An01g05470	NT_166518.1	1300853	1302191	D	Title: strong similarity to hypothetical protein F14J16.17 - Arabidopsis thaliana; uncharacterized protein	join(1300853..1301136,1301222..1302191)	Aspergillus niger	4977586
An01g05480	CDS	An01g05480	NT_166518.1	1302424	1302889	R	Title: similarity to hypothetical protein encoded by An06g00890 - Aspergillus niger; uncharacterized protein	complement(join(1302424..1302797,1302859..1302889))	Aspergillus niger	84589953
An01g05490	CDS	An01g05490	NT_166518.1	1303495	1304214	D	hypothetical protein	join(1303495..1303501,1303715..1303949,1304148..1304214)	Aspergillus niger	84589954
An01g05500	CDS	An01g05500	NT_166518.1	1304847	1307872	R	Title: strong similarity to hypothetical trp asp repeat protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1304847..1307463,1307535..1307789,1307856..1307872))	Aspergillus niger	4978299
An01g05510	CDS	An01g05510	NT_166518.1	1308141	1309336	D	Complex: Arp2/3 complex 34 kD subunit belongs to a complex composed of arp2, arp3, p41-arc, p34-arc, p21-arc,p20-arc and p16-arc.; Function: Arp2/3 complex 34 kD subunit forms part of a complex implicated in the control of actin polymerization in cells.; Similarity: Arp2/3 complex 34 kD subunit shows strong similarity to other p34-arc subunits.; Title: strong similarity to GABA-A receptor epsilon-like subunit - Homo sapiens; cytoskeleton; See PMID 9230079; uncharacterized protein	join(1308141..1308202,1308273..1308943,1308999..1309099,1309154..1309202,1309257..1309336)	Aspergillus niger	4977709
An01g05520	CDS	An01g05520	NT_166518.1	1310268	1311564	R	hypothetical protein	complement(join(1310268..1310531,1310622..1310833,1311110..1311205,1311307..1311439,1311511..1311564))	Aspergillus niger	84589955
An01g05530	CDS	An01g05530	NT_166518.1	1311699	1312899	D	hypothetical protein	join(1311699..1312691,1312753..1312899)	Aspergillus niger	4978080
An01g05540	CDS	An01g05540	NT_166518.1	1313662	1317496	D	Title: similarity to hypothetical protein T27E13.9 -Arabidopsis thaliana; uncharacterized protein	join(1313662..1313931,1314003..1314206,1314278..1315002,1315674..1315799,1315952..1316614,1316729..1317393,1317444..1317496)	Aspergillus niger	10098153
An01g05560	CDS	An01g05560	NT_166518.1	1318365	1319490	D	Title: similarity to hypothetical protein SPCC18.12c - Schizosaccharomyces pombe; uncharacterized protein	join(1318365..1318452,1318531..1318620,1318685..1318937,1319022..1319490)	Aspergillus niger	4978287
An01g05570	CDS	An01g05570	NT_166518.1	1319843	1320238	R	Title: similarity to hypothetical protein SPBC21D10.07 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1319843..1320120,1320205..1320238))	Aspergillus niger	4977314
An01g05580	CDS	An01g05580	NT_166518.1	1320660	1320846	D	Remark: the ORF encoded protein is C-terminally truncated due to the contig border.; Title: similarity to hypothetical periodic tryptophan protein Pwp1 - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	1320660..>1320846	Aspergillus niger	4977403
An01g05590	CDS	An01g05590	NT_166518.1	1323907	1324999	D	Title: strong similarity to EST an_3161 -Aspergillus niger; uncharacterized protein	join(1323907..1323935,1324261..1324999)	Aspergillus niger	84589956
An01g05600	CDS	An01g05600	NT_166518.1	1325404	1326147	D	hypothetical protein	1325404..1326147	Aspergillus niger	84589957
An01g05610	CDS	An01g05610	NT_166518.1	1327184	1329316	D	Complex: human RRN3 interacts directly with TAF(I)110 and TAF(I)63 of promoter-selectivity factor SL1.; Function: human RRN3 is essential in the SL1-mediated recruitment of RNA Polymerase I to rRNA gene promoters.; Function: human RRN3 mediates growth-dependent control of ribosomal RNA synthesis.; Remark: an alternative name for human RRN3 is TIF-IA.; Title: strong similarity to RNA polymerase I transcription factor RRN3 - Homo sapiens; nucleus; See PMID 10758157; See PMID 11250903; See PMID 11265758; uncharacterized protein	join(1327184..1329037,1329095..1329316)	Aspergillus niger	4978333
An01g05620	CDS	An01g05620	NT_166518.1	1329841	1331520	R	Function: Pseudomanas sp. lipP has a 1,3-positional specificity toward triolein and uses p-Nitrophenyl esters of fatty acids with short to medium chains (C4 and C6) as substrate.; Title: strong similarity to lipase LipP -Pseudomonas sp.; See PMID 9464382; uncharacterized protein	complement(join(1329841..1329853,1329940..1330042,1330446..1330905,1331047..1331520))	Aspergillus niger	4978515
An01g05630	CDS	An01g05630	NT_166518.1	1332478	1335336	D	Remark: the single exon of the predicted A. niger protein shows strong similarity to several aspartate-tRNA ligases, which are general about 400 aa shorter.; Title: strong similarity to cytoplasmic aspartate--tRNA ligase Aps - Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	1332478..1335336	Aspergillus niger	4978498
An01g05640	CDS	An01g05640	NT_166518.1	1335871	1336777	R	Remark: the ORF shows local similarity to the hypothetical protein B17C10. 270 of N. crassa: only 41 amino acids are included in the alignment.; Title: similarity to hypothetical protein B17C10.270 - Neurospora crassa; uncharacterized protein	complement(join(1335871..1336389,1336451..1336777))	Aspergillus niger	4978503
An01g05650	CDS	An01g05650	NT_166518.1	1337696	1339481	D	Phenotype: a tubA mutation (tubA4) causes supersensitivity to benomyl during vegetative growth.; Remark: A. nidulans possesses 2 tubulin genes: tubB is required for sexual development and tubA is required during vegetative growth for mitosis and nuclear migration.; Remark: tubA of A. nidulans belongs to the tubulin family.; Remark: tubulin is the major component of microtubules.; Title: strong similarity to tubulin alpha-1 chain tubA - Aspergillus nidulans; See PMID 8336695; See PMID 8601474; See PMID 1672037; uncharacterized protein	join(1337696..1337720,1337796..1337836,1337957..1337983,1338077..1338152,1338235..1339189,1339259..1339481)	Aspergillus niger	4978024
An01g05660	CDS	An01g05660	NT_166518.1	1340664	1344933	D	Localization: Ede1 of S. cerevisiae is localized in punctate cortical spots that only partially colocalize with actin patches.; Phenotype: deletion of Ede1 of S. cerevisiae impairs the diploid budding pattern, but has only a small impact on actin cytoskeleton organization.; Phenotype: deletion of Ede1 of S. cerevisiae leads to a defective fluid-phase endocytosis and to defective internalization of the pheromone (alpha)-factor and uracil permease.; Remark: Ede1 of S. cerevisiae belongs to the VDP/uso1/YBL047c family.; Remark: Ede1 of S. cerevisiae is also called YBL047c and YBL0520.; Remark: the ORF overlaps C-terminally with the A. niger EST an_3336 in EMBLEST:BE759046.; Similarity: the ORF shows additionally similarity to other proteins containing an EH domain, like epithermal growth factor receptor substrates.; Similarity: the ORF shows local strong similarity to Ede1 of S. cerevisiae: the proteins overlap in the N-terminal half.; Title: strong similarity to endocytosis protein Ede1 - Saccharomyces cerevisiae; See PMID 10954428; uncharacterized protein	join(1340664..1340676,1340808..1340962,1341057..1341180,1341270..1341448,1341481..1344849,1344904..1344933)	Aspergillus niger	4978426
An01g05670	CDS	An01g05670	NT_166518.1	1345923	1349019	R	Function: Pma1 of S. cerevisiae is a hydrogen ion pump, the proton gradient generated by the enzyme drives the active transport of nutrients by H+-symport.; Induction: expression of Pma1 of S. cerevisiae is strongly stimulated during growth adaption under high copper stress, presumably triggered by the resulting intracellular acidification. This physiological response may allow the cells to cope with copper-induced lipid peroxidation and consequent decrease in plasma membrane lipid ordering and increase in the non-specific permeability to protons.; Phenotype: null mutation of Pma1 of S. cerevisiae is lethal in haploid cells.; Remark: Pma1 of S. cerevisiae is also called G3737 andYGL008c.; Title: strong similarity to H+-transporting ATPase Pma1 - Saccharomyces cerevisiae; plasma membrane; See PMID 11284007; See PMID 11481477; See PMID 3005867; uncharacterized protein	complement(join(1345923..1346101,1346191..1348288,1348342..1348572,1348639..1349019))	Aspergillus niger	4977068
An01g05680	CDS	An01g05680	NT_166518.1	1350022	1351821	D	Similarity: the ORF is 250 amino acids shorter than B1D1. 200 of N. crassa.; Similarity: the ORF shows local strong similarity to B1D1. 200 of N. crassa: only 71 N-terminal amino acids are included in the alignment.; Title: similarity to hypothetical myocyte-specific enhancer factor 2d related protein B1D1.200 - Neurospora crassa; uncharacterized protein	join(1350022..1350052,1350108..1350211,1350264..1350525,1350582..1350612,1350911..1351008,1351101..1351495,1351584..1351749,1351784..1351821)	Aspergillus niger	4977445
An01g05690	CDS	An01g05690	NT_166518.1	1352235	1354014	R	Complex: orc5 is one of the six subunits of ORC.; Function: ORC is important for chromosomal replication and mating type transcriptional silencing.; Function: orc5 of S. pombe is a part of the origin recognition complex (ORC) that binds to DNA origins.; Remark: orc5 of S. pombe belongs to the orc5 family.; Similarity: the ORF is 113 amino acids longer than orc5 of S. pombe, however, due to gap introduction, the complete orc5 and ORF sequences are aligned.; Title: strong similarity to origin recognition complex subunit 5 orc5p - Schizosaccharomyces pombe; See PMID 10535928; uncharacterized protein	complement(join(1352235..1353392,1353461..1353847,1353928..1354014))	Aspergillus niger	4978345
An01g05700	CDS	An01g05700	NT_166518.1	1355071	1357457	R	Function: pumilio of X. laevis binds cyclin B1 mRNA and interacts with Xcat-2 (a Nanos homolog) and CPEB (a key regulator of translational repression and activation of mRNAs stored in oocytes).; Remark: pumilio is a translational repressor by binding to the 3' UTR of mRNA and thereby involved in developmental regulation.; Remark: the ORF is 189 amino acids longer than pumilio of X. laevis, in the alignment between the two proteins about 100 N- and C-terminal amino acids of the ORF are lacking.; Title: strong similarity to cyclin B1 mRNA-binding protein pumilio - Xenopus laevis; See PMID 11283000; See PMID 11441171; uncharacterized protein	complement(join(1355071..1356167,1356225..1357262,1357295..1357457))	Aspergillus niger	4978192
An01g05710	CDS	An01g05710	NT_166518.1	1357767	1358781	R	Title: similarity to hypothetical protein CAD21190.1 - Neurospora crassa; uncharacterized protein	complement(join(1357767..1358201,1358503..1358781))	Aspergillus niger	84589958
An01g05717	CDS	An01g05717	NT_166518.1	1362980	1363252	D	hypothetical protein	1362980..1363252	Aspergillus niger	84589959
An01g05720	CDS	An01g05720	NT_166518.1	1363896	1364719	R	Remark: the ORF's intron/exon structure is unusual for A. niger and the ORF is short in length (123 amino acids).; Title: questionable ORF; uncharacterized protein	complement(join(1363896..1364024,1364083..1364209,1364604..1364719))	Aspergillus niger	84589960
An01g05730	CDS	An01g05730	NT_166518.1	1366584	1368525	D	Function: OsMST3 of O. sativa has transport activity for some monosaccharides in an energy-dependent H+ co-transport manner.; Function: OsMST3 of O. sativa is involved in the accumulation of monosaccharides required for cell wall synthesis at the stage of cell thickening.; Remark: 100 N-terminal amino acids of the ORF are lacking in the alignment with OsMST3 of O. sativa.; Remark: a putative frameshift results in an premature STOP codon.; Title: strong similarity to monosaccharide transporter 3 OsMST3 - Oryza sativa [putative frameshift]; putative frameshift; See PMID 11038054; uncharacterized protein	join(1366584..1366891,1366999..1367301,1367362..1367635,1367675..1367869,1367921..>1368525)	Aspergillus niger	84589961
An01g05740	CDS	An01g05740	NT_166518.1	1368898	1372702	D	Catalytic activity: RNA polymerase III catalyses DNA-template-directed extension of the 3'- end of an RNA strand by one nucleotide at a time.; Complex: RP128 of D. melanogaster is the second largest chain of RNA polymerase III.; Function: DNA-dependent RNA polymerase III transcribes DNA encoding tRNA and 5S RNA genes into RNA.; Remark: RP128 of D. melanogaster belongs to the RNA polymerase beta-chain family.; Title: strong similarity to 132 kD subunit of DNA-directed RNA polymerase III RP128 - Drosophila melanogaster; nucleus; See PMID 1910149; uncharacterized protein	join(1368898..1368964,1369036..1369831,1369888..1372702)	Aspergillus niger	4978085
An01g05750	CDS	An01g05750	NT_166518.1	1373012	1373899	R	Title: similarity to hypothetical indole-diterpene gene cluster protein paxU - Penicillium paxilli; See PMID 11169115; uncharacterized protein	complement(1373012..1373899)	Aspergillus niger	4977672
An01g05760	CDS	An01g05760	NT_166518.1	1374548	1375773	R	Function: UFD1 of S. cerevisiae functions at a post-ubiquitination step in the ubiquitin fusion degradation (UFD) pathway.; Function: furthermore UFD1 of S. cerevisiae interacts with the poly(A) polymerase and thereby affects polyadenylation.; Remark: UFD1 of S. cerevisiae is also called G4318 and YGR048w.; Remark: ubiquitination marks a protein for degradation.; Title: strong similarity to ubiquitin fusion degradation protein Ufd1 - Saccharomyces cerevisiae; See PMID 9236779; See PMID 7615550; uncharacterized protein	complement(join(1374548..1375330,1375389..1375703,1375771..1375773))	Aspergillus niger	4977911
An01g05770	CDS	An01g05770	NT_166518.1	1376154	1377509	D	Function: CD2BP of H. sapiens binds a cytoplamic region of CD2.; Remark: CD2 is a T cell surface antigen, recognizing LFA-3 on antigen-presenting cells.; Remark: overexpression of CD2BP of H. sapiens enhances IL-2 production by crosslinking of CD2 but not of the T cell receptor.; Similarity: the ORF is 110 amino acids longer than CD2BP of H. sapiens, the alignment between the two proteins lacks about 100 N-terminal amino acids of the ORF.; Title: similarity to CD2 binding protein CD2BP -Homo sapiens; See PMID 9843987; See PMID 10404223; uncharacterized protein	1376154..1377509	Aspergillus niger	4978330
An01g05780	CDS	An01g05780	NT_166518.1	1377828	1379356	R	Function: Tih2 of S. cerevisiae is required for vegetative cell growth and localizes in the nucleus.; Function: furthermore, Tih2 of S. cerevisiae is required for transcription of G(1) cyclin and of several ribosomal protein genes.; Remark: Tih2 of S. cerevisiae is also called YPL235w or P1060.; Remark: Tih2 of S. cerevisiae may be involved in the regulation of RNA polymerase II-directed transcription.; Remark: Tih2 of S. cerevisiae tightly interacts with Tih1, which has been shown to interact with the TATA-binding protein and the RNA polymerase II holoenzyme complex.; Title: strong similarity to RuvB-like protein Tih2 -Saccharomyces cerevisiae; See PMID 10787406; uncharacterized protein	complement(join(1377828..1378781,1378843..1379289,1379348..1379356))	Aspergillus niger	4978429
An01g05790	CDS	An01g05790	NT_166518.1	1379991	1382813	D	Function: uso1 of S. cerevisiae is required for intracellular protein transport in S. cerevisiae, probably the protein transport from the ER to the later secretory compartments.; Phenotype: uso1 mutant S. cerevisiae strains were blocked in the protein secretion pathway and are not able to induce sexual aggregation.; Similarity: the ORF is 835 amino acids shorter at the C-terminus than uso1 of S. cerevisiae; the similarity is restricted to the C-terminal part, which is probably dispensable for the protein function.; Similarity: the ORF shows similarity to myosin heavy chains from some species.; Title: similarity to transport protein Uso1 -Saccharomyces cerevisiae; See PMID 2373371; See PMID 2715179; uncharacterized protein	1379991..1382813	Aspergillus niger	4978473
An01g05800	CDS	An01g05800	NT_166518.1	1383210	1384510	R	Function: estf1 of P. fluorescens shows highest activity towards lactones and significantly lower activity towards aliphatic esters with the exception of ethyl caprylate.; Localization: estf1 of P. fluorescens is membrane bound or membrane associated.; Similarity: the ORF shows local similarity to estf1 of P. fluorescens: only the N-terminal half is included in the alignment.; Similarity: the ORF shows strong similarity to the hypothetical abhydrolase (SPAC22H12. 03) of S. cerevisiae.; Title: similarity to lactone-specific esterase estf1 - Pseudomonas fluorescens; See PMID 9925571; uncharacterized protein	complement(join(1383210..1383241,1383311..1383614,1383687..1383882,1384004..1384128,1384199..1384238,1384317..1384510))	Aspergillus niger	4977104
An01g05810	CDS	An01g05810	NT_166518.1	1385444	1385958	R	Title: strong similarity to hypothetical protein CAE85516.1 - Neurospora crassa; uncharacterized protein	complement(join(1385444..1385617,1385706..1385755,1385826..1385958))	Aspergillus niger	4977742
An01g05820	CDS	An01g05820	NT_166518.1	1386487	1387624	D	Pathway: hpcE of E. coli is part of the homoprotocatechuate (HPC; 3,4-dihydroxyphenylacetate) degradative operon.; Remark: homoprotocatechuate is catabolized to Krebs cycle intermediates and part of the tyrosine metabolism.; Remark: hpcE of E. coli encodes two functionalities: the 2-hydroxyhepta-2,4-diene-1,7-dioate isomerase (EC 5. 3. 3. -) and the 5-oxopent-3-ene-1,2,5-tricarboxylate decarboxylase (EC 4. 1. 1. -).; Similarity: the C-terminal part of the ORF (35 amino acids) and 154 N-terminal amino acids of hpcE are not included in the alignment between the two proteins.; Similarity: the ORF is 110 amino acids shorter than hpcE of E. coli.; Title: strong similarity to homoprotocatechuate operon enzyme hpcE - Escherichia coli; See PMID 8223600; See PMID 8384293; uncharacterized protein	join(1386487..1386514,1386565..1386803,1386871..1387186,1387254..1387350,1387417..1387624)	Aspergillus niger	4977384
An01g05830	CDS	An01g05830	NT_166518.1	1389386	1391243	R	Function: the drug transporter CYHR of C. maltosa mediates resistance to cycloheximide.; Similarity: only the N-terminal parts of the two proteins (ORF and CYHR of C. maltosa) are aligned.; Similarity: the ORF shows similarity to several MDR proteins from different species.; Title: strong similarity to cycloheximide resistance protein CYHR - Candida maltosa; See PMID 1628836; uncharacterized protein	complement(join(1389386..1389664,1389741..1390256,1390331..1390497,1390549..1390793,1390848..1390930,1391019..1391243))	Aspergillus niger	4977546
An01g05840	CDS	An01g05840	NT_166518.1	1392895	1393770	R	Remark: C-terminally truncated ORF due to contig border.; Similarity: the central part of the predicted ORF shows some weak and partial similarity to a novel human DNA binding protein called GLUT4 enhancer factor.; hypothetical protein [truncated ORF]	complement(<1392895..1393770)	Aspergillus niger	4978213
An01g05850	CDS	An01g05850	NT_166518.1	1394809	1396144	D	Remark: in A. nidulans, the gene is adjacent to sncB, a suppressor of the nudC mutation.; Title: strong similarity to hypothetical protein AAB38299.1 - Aspergillus nidulans; See PMID 8647384; uncharacterized protein	join(1394809..1394847,1394952..1395223,1395287..1395827,1395896..1396144)	Aspergillus niger	4978265
An01g05860	CDS	An01g05860	NT_166518.1	1396980	1397898	R	Similarity: other BLASTP matches are mainly due to poly-Ser stretches.; Title: weak similarity to hypothetical secreted antigen SagBb - Enterococcus hirae; uncharacterized protein	complement(join(1396980..1397774,1397824..1397898))	Aspergillus niger	4978158
An01g05870	CDS	An01g05870	NT_166518.1	1398070	1398973	R	hypothetical protein	complement(join(1398070..1398409,1398507..1398810,1398892..1398973))	Aspergillus niger	84589962
An01g05880	CDS	An01g05880	NT_166518.1	1399091	1400145	D	Similarity: the predicted ORF shows a partial and weak similarity to the C-terminal region of the B. taurus neurofilament-M subunit.; Title: similarity to hypothetical protein encoded by An11g00170 - Aspergillus niger; uncharacterized protein	join(1399091..1399120,1399362..1399428,1399511..1400145)	Aspergillus niger	4977173
An01g05890	CDS	An01g05890	NT_166518.1	1400539	1401224	R	Similarity: Dof2 of Z. mais was identified due to the presence of a putative DNA binding motif, called Dof domain; Dof2 has no known function.; Similarity: the predicted ORF is very rich in low complexity regions, and the BLASTP hits are mainly due to repetitive elements.; Title: weak similarity to hypothetical DNA-binding protein Dof2 - Zea mays; See PMID 7567449; uncharacterized protein	complement(join(1400539..1400981,1401050..1401122,1401189..1401224))	Aspergillus niger	4977523
An01g05900	CDS	An01g05900	NT_166518.1	1401696	1403531	R	Function: CYP58 of F. sporotrichioides is encoded by the Tri4 gene and is involved in trichothecene biosynthesis.; Function: due to the extreme variety of substrates and reactions catalyzed, it is difficult to assess substrate specificity by homology comparison.; Remark: trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Similarity: the protein shows strong similarity to the large superfamily of P450 cytochromes, which are heme-thiolate proteins acting as terminal oxidase in multicomponent electron transfer chains.; Title: strong similarity to cytochrome P450 trichodiene oxygenase TRI4 - Fusarium sporotrichioides; See PMID 7651333; uncharacterized protein	complement(join(1401696..1401858,1401904..1402067,1402120..1402204,1402261..1402286,1402338..1402658,1402706..1403244,1403315..1403531))	Aspergillus niger	4978074
An01g05910	CDS	An01g05910	NT_166518.1	1403731	1404722	D	hypothetical protein	join(1403731..1403787,1403860..1404165,1404238..1404337,1404432..1404479,1404592..1404722)	Aspergillus niger	84589963
An01g05920	CDS	An01g05920	NT_166518.1	1405138	1406867	R	Title: strong similarity to hypothetical methyltransferase AAO34671.1 - Gibberella zeae; uncharacterized protein	complement(join(1405138..1405186,1405216..1405277,1405475..1405811,1405868..1406077,1406137..1406177,1406245..1406311,1406361..1406402,1406459..1406551,1406604..1406650,1406718..1406867))	Aspergillus niger	4978388
An01g05930	CDS	An01g05930	NT_166518.1	1408223	1408777	R	hypothetical protein	complement(join(1408223..1408474,1408715..1408777))	Aspergillus niger	84589964
An01g05940	CDS	An01g05940	NT_166518.1	1409200	1410182	D	hypothetical protein	join(1409200..1409324,1409645..1409715,1410037..1410182)	Aspergillus niger	84589965
An01g05955	CDS	An01g05955	NT_166518.1	1411009	1411410	D	hypothetical protein	1411009..1411410	Aspergillus niger	84589966
An01g05960	CDS	An01g05960	NT_166518.1	1411852	1412269	D	Function: CV-N of N. ellipsosporum binds with extremely high affinity to highly conserved binding site(s) on the viral envelope glycoprotein gp120, preventing virus-to-cell fusion, viral entry and infection of cells.; Function: cyanovirin-N of N. ellipsosporum is a potent HIV (human immunodeficiency virus)-inactivating protein.; Remark: cyanovirin-N of N. ellipsosporum has been patented under Patent N. WO9634107-A2.; Similarity: the predicted ORF is identical to several A. niger ESTs (e. g. EMBL EST Acc. BE760612,BE758894).; Title: similarity to cyanovirin-N CV-N - Nostoc ellipsosporum; See PMID 9299483; See PMID 10794101; uncharacterized protein	join(1411852..1411984,1412067..1412269)	Aspergillus niger	4978146
An01g05970	CDS	An01g05970	NT_166518.1	1412664	1414787	R	Title: similarity to hypothetical protein CAD70385.1 - Neurospora crassa; uncharacterized protein	complement(1412664..1414787)	Aspergillus niger	4978232
An01g05980	CDS	An01g05980	NT_166518.1	1415079	1415846	R	hypothetical protein	complement(join(1415079..1415301,1415436..1415565,1415658..1415702,1415780..1415846))	Aspergillus niger	84589967
An01g05990	CDS	An01g05990	NT_166518.1	1415983	1418417	D	Function: abp2 of S. pombe binds the ARS (autonomously replicating sequence) element ars3002 on chromosome III.; Localization: abp2 of S. pombe is likely located within the nucleus.; Phenotype: disruption of the abp2 gene in S. pombe showed that the gene is not essential for cell viability,however the null mutant was hypersensitive to DNA damage,suggesting that abp2 may play a role in regulating the cell cycle response to stress signals.; Remark: N-terminus might be about 100 amino acids shorter due to repetitive elements and weaker homology.; Similarity: abp2 of S. pombe contains a region similar to a proline-rich motif (GRP) present in several proteins that bind A+T-rich DNA sequences, and experimentally proven to be important for the DNA binding activity.; Title: similarity to ARS binding protein 2 abp2p -Schizosaccharomyces pombe; See PMID 9488484; uncharacterized protein	join(1415983..1416663,1416723..1418417)	Aspergillus niger	4978272
An01g06000	CDS	An01g06000	NT_166518.1	1418577	1419794	R	Function: SigA of C. glutamicum encodes one principal sigma factor of the unique bacterial RNA polymerase.; Similarity: BLASTP detects comparable similarities with proteins having different functions and cellular localizations.; Similarity: domain structures functionally characterizing the various similar proteins are not conserved in the predicted ORF.; Similarity: strong similarity to hypothetical protein B7J19. 40 of Neurospora crassa.; Title: similarity to sigma factor SigA -Corynebacterium glutamicum; See PMID 8550480; uncharacterized protein	complement(join(1418577..1418714,1419018..1419456,1419583..1419635,1419696..1419794))	Aspergillus niger	4977939
An01g06010	CDS	An01g06010	NT_166518.1	1420569	1421187	R	Title: weak similarity to chromosomal protein D1 -Drosophila melanogaster; See PMID 2542275; uncharacterized protein	complement(join(1420569..1421012,1421071..1421187))	Aspergillus niger	4978047
An01g06020	CDS	An01g06020	NT_166518.1	1421762	1422752	R	Similarity: BLASTP detects several other unrelated similar proteins due to a polyglutamine stretch in the C-terminus.; Title: similarity to hypothetical protein B7J19.160 - Neurospora crassa; uncharacterized protein	complement(join(1421762..1422397,1422449..1422630,1422698..1422752))	Aspergillus niger	4978015
An01g06030	CDS	An01g06030	NT_166518.1	1424172	1425609	D	Catalytic activity: D-sorbose, D-agatose and 5-dehydro-D-fructose also act as acceptors in the previous reaction.; Catalytic activity: khk of H. sapiens catalyzes the reaction: ATP + D-fructose = ADP + D-fructose 1-phosphate.; Pathway: khk of H. sapiens is involved in the fructose and mannose primary metabolism.; Phenotype: defects in khk in H. sapiens are the cause of fructosuria, a benign disease of intermediary metabolism.; Remark: in H. sapiens two forms (a and c) of khk are produced by alternative splicing.; Remark: khk of H. sapiens requires potassium.; Repression: khk of H. sapiens is inhibited by ADP.; Similarity: the predicted ORF shows weaker similarities with some ribokinases, suggesting that the substrate specificity might also be different.; Title: strong similarity to ketohexokinase khk -Homo sapiens; See PMID 7833921; See PMID 9799106; See PMID 2996495; uncharacterized protein	join(1424172..1424218,1424278..1424428,1424462..1424671,1424735..1424893,1424949..1425010,1425065..1425175,1425270..1425379,1425515..1425609)	Aspergillus niger	4977389
An01g06040	CDS	An01g06040	NT_166518.1	1425872	1427025	D	Localization: the membrane localization suggested by the title is very questionable.; Title: strong similarity to hypothetical membrane protein YOL077c - Saccharomyces cerevisiae; uncharacterized protein	join(1425872..1426104,1426182..1427025)	Aspergillus niger	4977741
An01g06050	CDS	An01g06050	NT_166518.1	1427967	1428962	D	Similarity: the predicted ORF shows a weak and partial similarity to an ABC transporter protein of S. aureus, patentnumber WO9950418-A1.; hypothetical protein	1427967..1428962	Aspergillus niger	4977745
An01g06060	CDS	An01g06060	NT_166518.1	1430819	1431762	R	Function: rab11 of R. norvegicus influences endosome to TGN vesicular trafficking.; Localization: small GTP binding proteins of the rab family are associated with the cytoplasmic surface of compartments of the central vacuolar system.; Similarity: rab11 of R. norvegicus belongs to the ras transforming protein superfamily, and more precisely to the rab family of small GTP binding proteins.; Similarity: the gene model is strongly supported by local identity to several EST clones, in particular A. niger EMBLEST Acc. BE758911 and BE759254.; Similarity: the predicted ORF shows strong similarities with other members of the rab family identified in plants and fungi.; Title: strong similarity to GTP-binding protein rab11 - Rattus norvegicus; intracellular transport vesicles; See PMID 10332741; See PMID 11121436; See PMID 1711847; uncharacterized protein	complement(join(1430819..1430949,1431019..1431099,1431160..1431549,1431660..1431672,1431742..1431762))	Aspergillus niger	4977176
An01g06070	CDS	An01g06070	NT_166518.1	1432622	1435922	D	Remark: chp1 of S. pombe is also called SPAC18G6. 02c.; Similarity: chjp1 of S. pombe contains a chromo (chromatin organisation modifier) domain and is required for centromere function.; Similarity: part of the predicted ORF is identical to A. niger EST EMBLEST Acc. BE758993.; Similarity: the similarity with CHP1 of S. pombe is limited to the N-terminal tenth of the predicted ORF.; Title: weak similarity to chromo domain protein 1 chp1p - Schizosaccharomyces pombe; See PMID 9722643; uncharacterized protein	join(1432622..1433764,1433820..1434857,1434914..1435245,1435310..1435922)	Aspergillus niger	4977365
An01g06080	CDS	An01g06080	NT_166518.1	1436504	1438412	R	Catalytic activity: ClpX of M. musculus has an ATPase activity.; Complex: ClpX of M. musculus is the regulatory subunit of a two component chaperone/protease complex; in this complex ClpX act as a chaperone molecule, while the protease subunit is called ClpP.; Function: the proposed function of the ClpX/ClpP complex in eukaryotic mitochondria is to exhert functions similar to the proteasome in this subcellular compartment.; Similarity: ClpX of M. musculus is a member of the Hsp100/Clp chaperone family, whose members participate in a broad range of biological processes in both prokaryotes and eukaryotes.; Similarity: in bacteria the ClpX/ClpP complex reveal a structural organization and a function homologous to that of the eukaryotic 26S proteasome.; Title: strong similarity to energy-dependent regulator of proteolysis ClpX - Mus musculus; localisation:mitochondrion; See PMID 10347188; uncharacterized protein	complement(join(1436504..1437144,1437232..1437357,1437448..1437909,1437968..1438412))	Aspergillus niger	4977049
An01g06090	CDS	An01g06090	NT_166518.1	1439035	1439258	D	Title: strong similarity to EST an_1250 -Aspergillus niger; uncharacterized protein	join(1439035..1439048,1439059..1439123,1439137..1439258)	Aspergillus niger	84589968
An01g06100	CDS	An01g06100	NT_166518.1	1439508	1440092	R	Similarity: very weak similarity to a small fragment of spen, a D. melanogaster gene involved in development.; hypothetical protein	complement(join(1439508..1440023,1440090..1440092))	Aspergillus niger	84589969
An01g06110	CDS	An01g06110	NT_166518.1	1440983	1442375	D	Catalytic activity: GPD1 of S. cerevisiae catalyzes the reaction: sn-glycerol 3-phosphate + NAD(+) <=> glycerone phosphate + NADH.; Function: as osmotic balance regulates cell fusion during mating in S. cerevisiae, a secondary effect of GDP1 mutations is an impairment of cell fusion.; Function: whereas GDP1 is mainly involved in osmoregulation, GDP2 is required to regulate metabolism under anoxic conditions, when glycerol formation is strictly required as a redox sink for excess cytosolic NADH.; Induction: expression of GPD1 of S. cerevisiae is induced by osmotic stress.; Remark: GPD1 of S. cerevisiae is produced with an N-terminal extension that is removed from the functional enzyme; this extension does not target GDP1 to any organelle.; Similarity: S. cerevisiae has a second glycerol-3-phosphate dehydrogenase called GPD2, which is 69% identical to GPD1.; Similarity: the predicted ORF belongs to the NAD-dependent glycerol-3-phosphate dehydrogenase family.; Title: strong similarity to glycerol-3-phosphate dehydrogenase (NAD+) precursor Gpd1 - Saccharomyces cerevisiae; cytoplasm; See PMID 7934860; See PMID 8196651; See PMID 9171333; See PMID 9281576; See PMID 7476212; uncharacterized protein	join(1440983..1441044,1441120..1441676,1441761..1442252,1442320..1442375)	Aspergillus niger	4978068
An01g06120	CDS	An01g06120	NT_166518.1	1443220	1447974	D	Catalytic activity: endohydrolysis of 1,6-alpha-D-glucoside linkages at points of branching in chains of 1,4-linked-alpha-D-glucose residues.; Catalytic activity: transfers a segment of a 1,4-alpha-D-glucan to a new position in an acceptor, which may be glucose or a 1,4-alpha-D-glucan.; Function: the glycogen debranching enzyme in mammals and yeast is involved both in the catabolism and in the biosynthesis of glycogen; its transferase activity is important for branching rearrangement.; Phenotype: in H. sapiens mutations of the glycogen debranching enzyme gene AGL cause a pathology known as glycogenosis type III.; Remark: GDB1 of S. cerevisiae is also known as YPR184w.; Remark: in H. sapiens the structure of the transcript of the AGL gene shows high degree of polymorphism, due to alternative transcription starts and alternative splicing, giving rise to different tissue-specific isoforms.; Similarity: 4-alpha-glucanotransferase / amylo-1,6-glucosidase is also called glycogen debranching enzyme, a bifunctional protein conserved from yeast to humans.; Title: strong similarity to 4-alpha-glucanotransferase / amylo-1,6-glucosidase Gdb1 -Saccharomyces cerevisiae; See PMID 8954797; See PMID 11094287; uncharacterized protein	join(1443220..1443437,1443495..1447821,1447900..1447974)	Aspergillus niger	4977795
An01g06130	CDS	An01g06130	NT_166518.1	1448524	1451230	D	Title: strong similarity to hypothetical membrane protein YLR241w - Saccharomyces cerevisiae; uncharacterized protein	join(1448524..1448694,1448755..1448919,1448997..1450170,1450227..1451230)	Aspergillus niger	84589970
An01g06140	CDS	An01g06140	NT_166518.1	1451643	1452816	D	Complex: subunit II is one of the three major components of the complex of the respiratory chain that catalyzes the reduction of oxygen to water on the inner mitochondrial membrane.; Remark: due to their strong evolutionary conservation, cytochromes are often used for molecular phylogenetic comparison.; Remark: the COII gene of K. blattae is encoded by the mitochondrial genome.; Similarity: the predicted ORF shows weak similarity to a region of many cytochrome c oxidase subunits II of different fungal species.; Title: weak similarity to cytochrome c oxidase subunit II COII - Kluyveromyces blattae; See PMID 10826829; uncharacterized protein	join(1451643..1451736,1451971..1452190,1452286..1452400,1452479..1452652,1452751..1452816)	Aspergillus niger	84589971
An01g06150	CDS	An01g06150	NT_166518.1	1453353	1454703	R	Catalytic activity: DAHP synthase catalyzes the condensation of erythrose-4-phosphate (E4P) and phosphoenolpyruvate (PEP) to yield DAHP (3-deoxy-D-arabino-heptulosonate-7-phosphate).; Cofactor: both aroG and aroF of A. nidulans are inhibited by the chelating agent EDTA, which indicates a metal ion as cofactor.; Function: DAHP synthases catalyze the first committed step of the shikimate pathway, which ultimately leads to the biosynthesis of folates, ubiquinone, aromatic amino acids, and derivatives.; Repression: aroG and aroF of A. nidulans are differentially regulated by phenylalanine and tyrosine,respectively.; Repression: phenylalanine is a competitive inhibitor of the isoenzyme aroG in its reaction with E4P (erythrose-4-phosphate).; Similarity: in A. nidulans two DAHP synthase isoenzymes exist, and are called aroG and aroF.; Title: strong similarity to phe-inhibited DAHP synthase aroG - Aspergillus nidulans; See PMID 11285739; uncharacterized protein	complement(join(1453353..1453522,1453598..1454503,1454575..1454629,1454698..1454703))	Aspergillus niger	4978280
An01g06160	CDS	An01g06160	NT_166518.1	1455810	1459585	R	Title: weak similarity to hypothetical ABC transporter - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1455810..1458813,1458871..1458956,1459003..1459158,1459211..1459585))	Aspergillus niger	84589972
An01g06170	CDS	An01g06170	NT_166518.1	1460678	1461880	D	Title: strong similarity to EST an_1229 -Aspergillus niger; uncharacterized protein	1460678..1461880	Aspergillus niger	4977998
An01g06180	CDS	An01g06180	NT_166518.1	1462326	1463666	R	Catalytic activity: cytochrome c1 accepts electrons from the Rieske Fe-S protein and tranfers them to cytochrome c.; Catalytic activity: the complete cytochrome b-c1 enzyme complex catalyzes electron transfer from ubiquinol to the soluble cytochrome c; the transfer is coupled to translocation of two protons across the inner mithochondrial membrane per quinol oxidized.; Complex: the main subunits of complex b-c1 are: cytochrome b, cytochrome c1 and the Rieske Fe-S protein; in all organisms studied, the complex consists of 9-11 different polypeptides, and has an Mr of 240 kD.; Function: CYT1 of N. crassa is one heme-containing component of the cytochrome b-c1 complex, also called ubiquinol-cytochrome c oxidoreductase; it is a constituent of the mitochondrial respiratory chain.; Localization: cytochrome c1 is anchored to the inner mitochondrial membrane with its N-terminus protruding into the mitochondrial intermembrane space.; Remark: cytochrome b-c1 complex is highly conserved among living organisms; the crystal structure of the complete complex of mammals and chicken was determined.; Remark: the cytochrome c1 is synthesized as precursor, containing a N-terminal presequence removed by a peptidase.; Similarity: the predicted ORF is 14 amio acids shorter at the C-terminus than the N. crassa protein.; Title: strong similarity to cytochrome c1 of ubiquinol--cytochrome c reductase CYT-1 - Neurospora crassa; localisation:mitochondrion; See PMID 9204897; See PMID 9565029; See PMID 11192733; See PMID 11245784; See PMID 3030747; uncharacterized protein	complement(join(1462326..1462591,1462659..1463056,1463139..1463201,1463332..1463480,1463592..1463666))	Aspergillus niger	4977404
An01g06190	CDS	An01g06190	NT_166518.1	1464136	1465786	R	Function: it is proposed that, in general, the AAA domains act as ATP-dependent protein clamps.; Function: the PCH2 gene of S. cerevisiae is required for the meiotic checkpoint that prevents chromosome segregation when recombination and chromosome synapsis are defective.; Localization: most of the PCH2 protein localizes to the nucleolus; nucleolar localization of PCH2 is regulated by different proteins involved in meiotic checkpoint control.; Remark: PCH2 of S. cerevisiae is also known as YBR186w.; Similarity: strong similarity to HPV16 E1 binding protein of H. sapiens, a protein with unknown molecular function, but interacting with human papillomavirus E1 ATP-dependent DNA helicase.; Similarity: the predicted ORF contains a conserved region of about 220 amino acids that contains an ATP-binding site, and is called AAA, for 'A'TPases 'A'ssociated with diverse cellular 'A'ctivities.; Title: strong similarity to pachytene checkpoint protein Pch2 - Saccharomyces cerevisiae; nucleus; See PMID 9223484; See PMID 10319812; See PMID 11029058; uncharacterized protein	complement(join(1464136..1464333,1464400..1464696,1464759..1465110,1465159..1465226,1465303..1465602,1465697..1465786))	Aspergillus niger	4977334
An01g06200	CDS	An01g06200	NT_166518.1	1465915	1466514	D	Title: questionable ORF; uncharacterized protein	join(1465915..1465993,1466333..1466378,1466454..1466514)	Aspergillus niger	84589973
An01g06210	CDS	An01g06210	NT_166518.1	1467205	1469940	D	Function: Rcy1 of S. cerevisiae is required for the recycling of internalized material to the plasma membrane anfter endocytosis.; Phenotype: S. cerevisiae cells with a Rcy1 null mutation are defective in endocytosis at an early postinternalization step, and are defective in recycling.; Remark: Rcy1 of S. cerevisiae is also known as YJL204c.; Similarity: Rcy1 of S. cerevisiae contains, near its N-terminus, an F-box domain, a motif which links the target protein with a ubiquitin-conjugating enzyme; the F-box is just marginally conserved in the predicted ORF.; Similarity: the predicted ORF shows strong similarity with the SLS2 gene of Y. lipolytica, whose molecular function is unknown, but can be important in secretory pathways.; Title: strong similarity to F-box protein Rcy1 -Saccharomyces cerevisiae; See PMID 10394896; See PMID 10769031; uncharacterized protein	join(1467205..1467247,1467334..1469620,1469670..1469940)	Aspergillus niger	4978008
An01g06220	CDS	An01g06220	NT_166518.1	1470593	1471166	D	Function: while C. albicans rbt4 strains show no phenotypes on several laboratory media, they had significantly reduced virulence.; Regulation: expression of C. albicans Rbt4 is induced in wild-type cells during the switch from the yeast form to filamentous growth, under control of TUP1.; Remark: ORF 5'truncated due to end of contig.; Title: strong similarity to secreted RBT4 - Candida albicans [truncated ORF]; extracellular/secretion proteins; uncharacterized protein	join(<1470593..1470794,1470873..1471083,1471130..1471166)	Aspergillus niger	84589974
An01g06230	CDS	An01g06230	NT_166518.1	1471522	1473970	R	Complex: eIF3 consists of at least 10 subunits: p170, p116 (eIF3 beta), p110, p66, p48, p47, p44, p40, p36, and p35.; Function: eIF3 stimulates the binding of Met-tRNAf (as a Met-tRNAf. eIF2. GTP ternary complex) to 40 S ribosomal subunits.; Title: strong similarity to translation initiation factor 3 subunit eIF3 beta - Homo sapiens; cytoplasm; See PMID 8995410; See PMID 9388245; uncharacterized protein	complement(join(1471522..1471950,1472012..1473539,1473610..1473802,1473898..1473970))	Aspergillus niger	4977446
An01g06240	CDS	An01g06240	NT_166518.1	1474738	1475901	D	Function: SWI/SNF is a chromatin-remodeling complex.; Function: yeast SWI/SNF complex is required for transcriptional activation by the glucocorticoid receptor.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger EST an_3193.; Similarity: similarity is from the topoisomerase I associated Zn-finger domain containing C-terminal region of the predicted A. niger protein to the central region of M. musculus BAF60a, which is 200 aa longer.; Similarity: the predicted A. niger protein contains a topoisomerase I associated Zn-finger domain.; Title: similarity to SWI/SNF complex subunit BAF60a - Mus musculus; nucleus; See PMID 11420722; See PMID 8804307; uncharacterized protein	join(1474738..1474744,1474845..1474972,1475078..1475551,1475604..1475657,1475716..1475901)	Aspergillus niger	4978328
An01g06250	CDS	An01g06250	NT_166518.1	1476726	1479218	D	Similarity: the N-terminal region of the predicted A. niger protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain. -; Title: strong similarity to hypothetical zinc-finger protein SPCC1223.01 - Schizosaccharomyces pombe; uncharacterized protein	join(1476726..1477196,1477268..1477506,1477571..1479218)	Aspergillus niger	4977772
An01g06260	CDS	An01g06260	NT_166518.1	1479561	1482654	R	Complex: human MSH4 interacts specifically with MSH5 to form a heterodimer and MLH1.; Function: human MSH4 is required for reciprocal recombination and proper segregation of homologous chromosomes at meiosis I.; Similarity: human MSH4 belongs to the eucaryotic E. coli MutHLS homologes, where MutS homologs in eucaryotes have evolved to play crucial roles in DNA mismatch repair and/or meiotic recombination.; Title: strong similarity to meiotic recombination protein MSH4 - Homo sapiens; nucleus; See PMID 10928988; See PMID 9299235; See PMID 10029069; uncharacterized protein	complement(join(1479561..1481107,1481154..1481241,1481292..1481411,1481452..1481607,1481652..1481692,1481747..1482065,1482109..1482398,1482463..1482541,1482628..1482654))	Aspergillus niger	4978053
An01g06270	CDS	An01g06270	NT_166518.1	1482792	1484465	D	Complex: D. melanogaster Nle binds to the cytoplasmic domain of Notch.; Function: X. laevis nle is a modulator of Notch signaling, with mutatios in D. melanogaster nle but also overexpression of D. melanogaster or X. laevis Nle enhancing Notch activity.; Title: strong similarity to modulator of Notch activity notchless nle - Xenopus laevis; See PMID 9857191; uncharacterized protein	join(1482792..1483016,1483083..1484167,1484222..1484465)	Aspergillus niger	4978501
An01g06280	CDS	An01g06280	NT_166518.1	1484813	1485504	R	Remark: informations have only been published in Hemmann S. Thesis (1998), Institute of Biochemistry,University of Zurich Switzerland.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with PATENTDNA:AAF11390 A. niger EST 3913.; Title: strong similarity to IgE-binding protein -Aspergillus fumigatus; See PMID 9723708; uncharacterized protein	complement(join(1484813..1485136,1485244..1485504))	Aspergillus niger	4978361
An01g06290	CDS	An01g06290	NT_166518.1	1487001	1488055	R	Title: strong similarity to hypothetical protein related to VeA - Neurospora crassa; uncharacterized protein	complement(join(1487001..1487277,1487337..1487845,1488035..1488055))	Aspergillus niger	4978006
An01g06300	CDS	An01g06300	NT_166518.1	1491567	1492122	D	hypothetical protein	join(1491567..1491704,1491880..1492122)	Aspergillus niger	84589975
An01g06310	CDS	An01g06310	NT_166518.1	1492268	1494420	D	Catalytic activity: A. oryzae gtaA catalysed the hydrolysis not only of L-glutamine but also of D-glutamine.; Title: strong similarity to glutaminase A gtaA -Aspergillus oryzae; See PMID 10952006; uncharacterized protein	join(1492268..1492400,1492484..1494420)	Aspergillus niger	4977220
An01g06320	CDS	An01g06320	NT_166518.1	1496713	1499437	D	Title: weak similarity to hypothetical protein SCP1.259 - Streptomyces coelicolor; uncharacterized protein	join(1496713..1496751,1496838..1496928,1497009..1497055,1497106..1497247,1497404..1497520,1497561..1497677,1497886..1497958,1498049..1498177,1498266..1498334,1498538..1498580,1498913..1499050,1499141..1499437)	Aspergillus niger	84589976
An01g06330	CDS	An01g06330	NT_166518.1	1500577	1501871	D	Function: S. cerevisiae UPC2 is a heme-inhibited activator involved in sterol uptake and regulation of cell wall mannoproteins.; Remark: alternative names for S. cerevisiae UPC2 are MOX4 and YDR213w.; Remark: the 3'UTR of the predicted A. niger protein is covered by the A. niger EST an_1035.; Remark: the predicted A. niger protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Similarity: S. cerevisiae UPC2 is a zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster domain type.; Similarity: similarity is between the predicted A. niger protein and the C-terminal region of S. cerevisiae UPC2, which is 600 aa longer.; Title: similarity to RNA polymerase II transcription factor Upc2 - Saccharomyces cerevisiae; nucleus; See PMID 11208779; See PMID 11292809; uncharacterized protein	join(1500577..1501337,1501508..1501871)	Aspergillus niger	4977111
An01g06332	CDS	An01g06332	NT_166518.1	1501955	1502164	D	hypothetical protein	1501955..1502164	Aspergillus niger	84589977
An01g06340	CDS	An01g06340	NT_166518.1	1503179	1503821	R	Title: weak similarity to hypothetical protein G65A3.10 - Neurospora crassa; uncharacterized protein	complement(join(1503179..1503366,1503479..1503688,1503779..1503821))	Aspergillus niger	4977613
An01g06350	CDS	An01g06350	NT_166518.1	1504998	1506299	R	Function: human GnT-IV is an essential enzyme in the production of tri- and tetra-antennary Asn-linked sugar chains.; Title: weak similarity to UDP-N-acetylglucosamine:alpha-1,3-D-mannoside beta-1,4-N-acetylglucosaminyltransferase GnT-IV - Homo sapiens; See PMID 9565571; See PMID 10570912; uncharacterized protein	complement(1504998..1506299)	Aspergillus niger	4978164
An01g06360	CDS	An01g06360	NT_166518.1	1507770	1508932	D	Function: A. alternata Akt3-1 is involved in AK-toxin biosynthesis.; Function: P. putida FadB is essential for the beta-oxidation of certain n-phenylalkanoyl-CoA derivatives when they reach a critical size.; Similarity: the predicted A. niger protein contains an enoyl-CoA hydratase motif and shows similarity to several putative enoyl-CoA hydratases and Pseudomonas putida FadB.; Title: strong similarity to AK-toxin production protein Akt3-1 - Alternaria alternata; See PMID 10975654; See PMID 11251808; uncharacterized protein	join(1507770..1508086,1508191..1508301,1508369..1508725,1508785..1508932)	Aspergillus niger	4977462
An01g06370	CDS	An01g06370	NT_166518.1	1509144	1509971	R	Similarity: the ORF shows strong similarity to EST EMBLEST:BE758779 an_3023 of Aspergillus niger.; Title: strong similarity to hypothetical protein YKR065c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1509144..1509320,1509402..1509971))	Aspergillus niger	4977611
An01g06380	CDS	An01g06380	NT_166518.1	1510869	1511960	R	Title: weak similarity to serotonin receptor -Didelphis marsupialis virginiana; uncharacterized protein	complement(join(1510869..1511055,1511105..1511186,1511319..1511370,1511421..1511613,1511674..1511960))	Aspergillus niger	4977544
An01g06390	CDS	An01g06390	NT_166518.1	1512856	1515687	D	Similarity: the N-terminal region of the predicted protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Similarity: the ORF shows strong similarity to the A. niger EST EMBLEST:BE760705 an_0337.; Title: strong similarity to hypothetical protein EAA65779.1 - Aspergillus nidulans; uncharacterized protein	join(1512856..1512917,1513106..1514538,1514596..1515551,1515601..1515687)	Aspergillus niger	4978323
An01g06400	CDS	An01g06400	NT_166518.1	1516523	1517674	D	hypothetical protein	1516523..1517674	Aspergillus niger	4977541
An01g06410	CDS	An01g06410	NT_166518.1	1518414	1520338	D	Remark: a putative sequencing error results in an premature STOP codon.; Remark: the deletion of YGR260w in a bna1 auxotrophic mutant for nicotinic acid prevents growth at low nicotinic acid concentration. This suggests that YGR260w is necessary for nicotinic acid import into the cell.; Remark: the systematic name for TNA1 of S. cerevisiae is YGR260w.; Similarity: the ORF shows similarity to some allantoate permeases.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae [putative sequencing error]; putative sequencing error; See PMID 10869563; uncharacterized protein	join(1518414..1518572,1518635..1518714,1518769..1518949,1519001..1519054,1519134..1519632,1519726..1519992,1520040..1520338)	Aspergillus niger	10098219
An01g06420	CDS	An01g06420	NT_166518.1	1520506	1521096	R	Title: weak similarity to hypothetical protein CAE81933.1 - Neurospora crassa; uncharacterized protein	complement(1520506..1521096)	Aspergillus niger	4977583
An01g06430	CDS	An01g06430	NT_166518.1	1521844	1522474	R	Remark: putative prolin rich protein.; hypothetical protein	complement(join(1521844..1522358,1522405..1522474))	Aspergillus niger	4977416
An01g06440	CDS	An01g06440	NT_166518.1	1525191	1526209	D	Similarity: this gene shows also strong similarity to EST SEQ ID NO:4296 from patent WO200056762-A2 -Aspergillus niger.; Title: similarity to hypothetical protein CAE28089.1/RPA2648 - Rhodopseudomonas palustris; uncharacterized protein	join(1525191..1525437,1525500..1526209)	Aspergillus niger	4978159
An01g06450	CDS	An01g06450	NT_166518.1	1526648	1527364	D	hypothetical protein	join(1526648..1526945,1527051..1527167,1527279..1527364)	Aspergillus niger	84589978
An01g06460	CDS	An01g06460	NT_166518.1	1528033	1528920	D	hypothetical protein	join(1528033..1528475,1528533..1528920)	Aspergillus niger	4978492
An01g06470	CDS	An01g06470	NT_166518.1	1530318	1532349	R	Function: CB-CYP4 of C. briggsae belongs to the peptidyl-prolyl cis-trans isomerase (rotamase)/cyclophilin family, which facilitates the cis-trans isomerization of proline imidic peptide bonds in oligopeptides.; Similarity: the ORF shows similarity to several peptidyl-prolyl cis-trans isomerases from different species.; Title: strong similarity to peptidyl-prolyl cis-trans isomerase CB-CYP4 - Caenorhabditis elegans; uncharacterized protein	complement(join(1530318..1531753,1531810..1532187,1532274..1532349))	Aspergillus niger	4977308
An01g06480	CDS	An01g06480	NT_166518.1	1532612	1534416	D	Complex: hetero-oligomeric complex of about 850 to 900 kda that forms two stacked rings, 12 to 16 nm in diameter.; Function: molecular chaperone; assist the folding of proteins upon atp hydrolysis. known to play a role, in vitro, in the folding of actin and tubulin. in yeast may play a role in mitotic spindle formation.; Remark: TCP1 beta supplies an essential function that partially overlaps with that of TCP1 alpha in acting as a molecular chaperone in tubulin and spindle biogenesis.; Similarity: belongs to the molecular chaperone t-complex-type proteins.; Title: strong similarity to TCP1 complex beta chain TCP1 Beta - Saccharomyces cerevisiae; See PMID 7908441; See PMID 7916460; uncharacterized protein	join(1532612..1532614,1532682..1532839,1532915..1534289,1534357..1534416)	Aspergillus niger	4978512
An01g06490	CDS	An01g06490	NT_166518.1	1535132	1536097	D	hypothetical protein	join(1535132..1535199,1535308..1535355,1535442..1535589,1535705..1536097)	Aspergillus niger	84589979
An01g06500	CDS	An01g06500	NT_166518.1	1536285	1537796	D	Remark: Phenotypic analysis of dfg mutant strains genetically dissects filamentous growth into the cellular processes of signal transduction, bud site selection, cell morphogenesis and invasive growth. Epistasis tests between dfg mutant alleles and dominant activated alleles of the RAS2 and STE11 genes, RAS2Val19 and STE11-4, respectively,identify putative targets for the filamentation signaling pathway. Several of the genes described here have homologues in filamentous fungi, where they also regulate fungal development.; Remark: alternative name is YMR238w.; Title: strong similarity to filamentous growth protein Dfg5 - Saccharomyces cerevisiae; See PMID 9055077; uncharacterized protein	join(1536285..1536385,1536472..1537144,1537200..1537796)	Aspergillus niger	4978460
An01g06510	CDS	An01g06510	NT_166518.1	1537892	1538540	R	Remark: the ORF is short in length (116 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(1537892..1538029,1538139..1538300,1538490..1538540))	Aspergillus niger	84589980
An01g06520	CDS	An01g06520	NT_166518.1	1538935	1541641	D	Remark: xNopp180 is heavily phosphorylated and it contains multiple consensus sites for phosphorylation by casein kinase II and cdc2 kinase.; Similarity: belongs to the nucleolus-cytoplasm shuttle phosphoprotein.; Title: similarity to nucleolar phosphoprotein xNopp180 - Xenopus laevis; See PMID 7593294; uncharacterized protein	join(1538935..1538941,1539006..1541641)	Aspergillus niger	4977837
An01g06530	CDS	An01g06530	NT_166518.1	1541928	1543217	R	Catalytic activity: L-Leucine + 2-Oxoglutarate = 4-Methyl-2-oxopentanoate + L-Glutamate.; Pathway: valine, leucine and isoleucine degradation; valine, leucine and isoleucine biosynthesis; pantothenate and CoA biosynthesis.; Remark: TOXF has a biosynthetic role in HC-toxin synthesis, perhaps to aminate a precursor of Aeo (2-amino-9, 10-epoxi-8-oxodecanoic acid).; Title: strong similarity to branched-chain amino acid aminotransferase TOXF - Cochliobolus carbonum; See PMID 10627051; uncharacterized protein	complement(join(1541928..1543066,1543145..1543217))	Aspergillus niger	4977777
An01g06540	CDS	An01g06540	NT_166518.1	1543901	1544512	D	Title: questionable ORF; uncharacterized protein	join(1543901..1544011,1544096..1544128,1544378..1544512)	Aspergillus niger	84589981
An01g06550	CDS	An01g06550	NT_166518.1	1544924	1548414	D	Pathway: unfolded protein response pathway (UPR).; Remark: in S. cerevisiae the ER transmembrane receptor, Ire1p, transmits the signal to the nucleus culminating in the transcriptional activation of genes encoding an adaptive response. Yeast Ire1p requires both protein kinase and site-specific endoribonuclease (RNase) activities to signal the UPR.; Similarity: belongs to the serine/threonine protein kinases.; Title: strong similarity to protein kinase Ire1 -Saccharomyces cerevisiae; deleted EC_number 2.7.1.37; endoplasmatic reticulum; See PMID 11069889; See PMID 1625574; See PMID 8358794; uncharacterized protein	join(1544924..1547910,1547958..1548414)	Aspergillus niger	4977315
An01g06560	CDS	An01g06560	NT_166518.1	1548820	1550336	D	Catalytic activity: N-(L-arginino)succinate = fumarate + L-arginine.; Pathway: urea cycle and metabolism of amino groups; alanine and aspartate metabolism; arginine and proline metabolism.; Remark: argininosuccinate lyase (ASL) catalyzes the reversible hydrolysis of argininosuccinate to arginine and fumarate, a reaction important for the detoxification of ammonia via the urea cycle and for arginine biosynthesis. ASL belongs to a superfamily of structurally related enzymes, all of which function as tetramers and catalyze similar reactions in which fumarate is one of the products.; Similarity: to other argininosuccinate lyases.; Title: strong similarity to argininosuccinate lyase ASAL - Candida albicans; See PMID 11092456; See PMID 8194754; uncharacterized protein	join(1548820..1548874,1548943..1549773,1549828..1550336)	Aspergillus niger	4977386
An01g06570	CDS	An01g06570	NT_166518.1	1550663	1552100	R	Title: similarity to hypothetical protein C29F5.1 -Caenorhabditis elegans; uncharacterized protein	complement(join(1550663..1550795,1550930..1551884,1551938..1552100))	Aspergillus niger	4977918
An01g06580	CDS	An01g06580	NT_166518.1	1552253	1552950	D	Remark: the ORF is short in length (91 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	join(1552253..1552307,1552390..1552483,1552572..1552619,1552872..1552950)	Aspergillus niger	84589982
An01g06600	CDS	An01g06600	NT_166518.1	1553463	1553753	R	Remark: the ORF is short in length (51 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(1553463..1553536,1553672..1553753))	Aspergillus niger	84589983
An01g06610	CDS	An01g06610	NT_166518.1	1554158	1556332	D	Title: strong similarity to hypothetical calcium-related spray protein 1A9.60 - Neurospora crassa; uncharacterized protein	join(1554158..1554527,1554582..1556332)	Aspergillus niger	4977704
An01g06620	CDS	An01g06620	NT_166518.1	1556993	1559009	D	Catalytic activity: hydrolysis of terminal,non-reducing alpha-L-rhamnose residues in alpha-L-rhamnosides.; Remark: RhaA and RhaB, optimally active at pH 4. 5 to 5, showed K(m) and V(max) values of 2. 8 mM and 24 U/mg (RhaA) and 0. 30 mM and 14 U/mg (RhaB) when tested for p-nitrophenyl-alpha-L-rhamnopyranoside.; Title: strong similarity to alpha-L-rhamnosidase A precursor rhaA - Aspergillus aculeatus; See PMID 11319105; uncharacterized protein	join(1556993..1558093,1558140..1559009)	Aspergillus niger	4977721
An01g06630	CDS	An01g06630	NT_166518.1	1559119	1561831	D	Catalytic activity: hydrolysis of terminal,non-reducing beta-D-mannose residues in beta-D-mannosides.; Pathway: glycoprotein degradation.; Remark: Man2A is an intracellular enzyme comprising a catalytic module in a subfamily of family 2 of the glycosyl hydrolases that at present contains only mammalian beta-mannosidases.; Similarity: belongs to the beta-galactosidase/beta-glucuronidase family.; Title: strong similarity to mannosidase Man2A -Cellulomonas fimi; See PMID 10347049; uncharacterized protein	join(1559119..1560378,1560443..1561831)	Aspergillus niger	4978185
An01g06640	CDS	An01g06640	NT_166518.1	1561986	1563879	R	Catalytic activity: phenol sulfate + h(2)o = phenol + sulfate.; Function: the P. aeruginosa homolog ATSA catalyzes the hydrolysis of Sulfate esters.; Repression: synthesis of P. aeruginosa ATSA is repressed when sulfate, cysteine or thiocyanate is supplied as the sole sulfur source for growth.; Title: strong similarity to arylsulfatase atsA -Pseudomonas aeruginosa; uncharacterized protein	complement(join(1561986..1563669,1563722..1563879))	Aspergillus niger	4977898
An01g06650	CDS	An01g06650	NT_166518.1	1564515	1565765	R	Title: strong similarity to hypothetical protein PA4204 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(1564515..1565337,1565404..1565765))	Aspergillus niger	4978334
An01g06660	CDS	An01g06660	NT_166518.1	1566379	1567431	D	Catalytic activity: NADH + 2 ferricytochrome b5 <=> NAD(+) + 2 ferrocytochrome b5.; Function: the structure of H. sapiens AAF04812. 1 makes it a potential oxygen sensor.; Remark: the H. sapiens homolog AAF04812. 1 represents a natural fusion of cytochrome b5 (b5) and cytochrome b5 reductase (b5R).; Title: similarity to flavohemoprotein b5/b5R AAF04812.1 - Homo sapiens; cytoplasm; uncharacterized protein	1566379..1567431	Aspergillus niger	4977393
An01g06670	CDS	An01g06670	NT_166518.1	1567581	1568079	R	Similarity: the ORF overlaps with A. niger EST an_2741.; Similarity: the ORF shows similarity to cyclophilins and other FK506/rapamycin-binding proteins.; Similarity: the predicted ORF is 81 amino acids shorter at the C-terminus than FKBP-21 of N. crassa.; Title: strong similarity to peptidyl-prolyl isomerase FKBP-21 - Neurospora crassa; uncharacterized protein	complement(join(1567581..1567749,1567841..1568079))	Aspergillus niger	4977058
An01g06690	CDS	An01g06690	NT_166518.1	1568770	1569825	R	Function: the S. cerevisiae homolog ZRT2 encodes a low-affinity zinc transporter.; Induction: S. cerevisiae ZRT1 is expressed in response to zinc deficiency.; Similarity: S. cerevisiae Zrt2p belongs to the family of ZIP metal ion transporters.; Title: strong similarity to low affinity zinc transport protein Zrt2 - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	complement(1568770..1569825)	Aspergillus niger	4977374
An01g06700	CDS	An01g06700	NT_166518.1	1570844	1571173	R	hypothetical protein	complement(join(1570844..1571117,1571154..1571173))	Aspergillus niger	84589984
An01g06710	CDS	An01g06710	NT_166518.1	1571796	1574752	D	Title: similarity to hypothetical phosphorylase AAM06921.1 - Methanosarcina acetivorans; uncharacterized protein	join(1571796..1574552,1574609..1574752)	Aspergillus niger	4977209
An01g06720	CDS	An01g06720	NT_166518.1	1574889	1575534	R	hypothetical protein	complement(join(1574889..1575201,1575253..1575315,1575418..1575448,1575486..1575534))	Aspergillus niger	84589985
An01g06730	CDS	An01g06730	NT_166518.1	1575826	1577100	D	hypothetical protein	join(1575826..1576069,1576122..1576270,1576410..1576936,1577040..1577100)	Aspergillus niger	84589986
An01g06740	CDS	An01g06740	NT_166518.1	1577821	1578276	D	hypothetical protein	1577821..1578276	Aspergillus niger	84589987
An01g06750	CDS	An01g06750	NT_166518.1	1578418	1579113	D	Similarity: the S. coelicolor homolog SCD72A. 11 has weakly similar to many acetyltransferases.; Title: similarity to hypothetical acetyltransferase SCD72A.11 - Streptomyces coelicolor; uncharacterized protein	1578418..1579113	Aspergillus niger	4978197
An01g06760	CDS	An01g06760	NT_166518.1	1579537	1580759	R	Title: weak similarity to hypothetical protein encoded by An08g03810 - Aspergillus niger; uncharacterized protein	complement(join(1579537..1579574,1579623..1580527,1580599..1580759))	Aspergillus niger	84589988
An01g06770	CDS	An01g06770	NT_166518.1	1581391	1582261	R	Title: similarity to hypothetical protein encoded by DR0613 - Deinococcus radiodurans; uncharacterized protein	complement(join(1581391..1581496,1581732..1582261))	Aspergillus niger	4978448
An01g06780	CDS	An01g06780	NT_166518.1	1582997	1584148	D	Title: similarity to actVA-ORF4-like protein A-ORFP from patent WO9911793-A1 - Homo sapiens; uncharacterized protein	join(1582997..1583590,1583658..1584020,1584071..1584148)	Aspergillus niger	4977337
An01g06790	CDS	An01g06790	NT_166518.1	1584701	1591367	R	Function: M. musculus Ank3 is an epithelial ankyrin that is involved in the polarized distribution of many integral membrane proteins. ankyrins act as protein linker between the integral membrane proteins and the spectrin-based cytoskeleton.; Remark: ankyrin repeats are often contained in other proteins (which are not classified with the ankyrin family) and ensure protein-protein interactions as well as interactions between proteins and nucleic acids.; Remark: the M. musculus homolog Ank3 is significantly shorter.; Title: similarity to ankyrin 3 (splice form 4) - Mus musculus; cytoskeleton; uncharacterized protein	complement(join(1584701..1585030,1585081..1586791,1586849..1587451,1587513..1587537,1587593..1587790,1587846..1587959,1588016..1588153,1588213..1588426,1588484..1589025,1589266..1589312,1589524..1589553,1589726..1590092,1590200..1590520,1590590..1591367))	Aspergillus niger	4978454
An01g06800	CDS	An01g06800	NT_166518.1	1592071	1593587	D	Catalytic activity: N-acylsphingosine + H(2)O <=> a fatty acid + sphingosine.; Function: the S. cerevisiae homolog YPC1 encodes an alkaline ceramidase activity responsible for the breakdown of dihydroceramide and phytoceramide but not unsaturated ceramide. Ypc1p also has reverse activity, catalyzing synthesis of phytoceramide from palmitic acid and phytosphingosine.; Title: strong similarity to alkaline ceramidase Ypc1 - Saccharomyces cerevisiae; uncharacterized protein	join(1592071..1592079,1592140..1592245,1592380..1592493,1592576..1592812,1592875..1593159,1593218..1593335,1593404..1593587)	Aspergillus niger	4978124
An01g06810	CDS	An01g06810	NT_166518.1	1594021	1595315	D	Title: strong similarity to transmembrane protein from patent WO9927105-A2 - Chlamydia pneumoniae; uncharacterized protein	join(1594021..1594279,1594348..1595315)	Aspergillus niger	4977959
An01g06820	CDS	An01g06820	NT_166518.1	1595677	1599103	R	Function: the F. oxysporum homolog CYP505 encodes a membrane-bound fatty acid (omega-1-omega-3) hydroxylase. the physiological roles of the terminal hydroxylation of fatty acids are essentially unknown.; Localization: native F. oxysporum P450foxy was exclusively recovered in the membrane fraction of the fungal cells.; Remark: N- and C-terminal homologies respectively suggest that F. oxysporum P450foxy is a fused protein of P450 and its reductase.; Similarity: F. oxysporum P450foxy is the eukaryotic counterpart of bacterial P450BM3, but it is a unique cytochrome P450 in that it is self-sufficient, which means that it can complete its function without the aid of other proteinaceous components such as NADPH-cytochrome P450 oxidoreductase (referred to as P450reductase).; Title: strong similarity to fatty acid omega-hydroxylase (P450foxy) CYP505 - Fusarium oxysporum; uncharacterized protein	complement(join(1595677..1597112,1597168..1597666,1597726..1598864,1598927..1599007,1599064..1599103))	Aspergillus niger	4978250
An01g06830	CDS	An01g06830	NT_166518.1	1599653	1600771	D	Function: the S. cerevisiae TSC10 gene was found to encode 3-ketosphinganine reductase, the enzyme that catalyzes the second step in the synthesis of phytosphingosine, the long chain base found in yeast sphingolipids.; Remark: an alternative gene name for the S. cerevisiae homolog TSC10 is YBR265w.; Title: similarity to 3-ketosphinganine reductase Tsc10 - Saccharomyces cerevisiae; uncharacterized protein	join(1599653..1599673,1599733..1599799,1599859..1599926,1600058..1600771)	Aspergillus niger	4977557
An01g06840	CDS	An01g06840	NT_166518.1	1601160	1602748	R	Function: the S. cerevisiae homolog FAT2 encodes a putative acyl-CoA synthetase that may be involved in peroxisomal fatty acid metabolism.; Induction: expression of S. cerevisiae Fat2p is highly inducible by oleic acid.; Remark: alternative gene names for S. cerevisiae FAT2 are PCS60 and YBR222C.; Similarity: high similarity to the Escherichia coli long chain acyl-CoA synthetase.; Title: strong similarity to acid-CoA ligase Fat2 -Saccharomyces cerevisiae; peroxisome; uncharacterized protein	complement(join(1601160..1601254,1601338..1602748))	Aspergillus niger	4977572
An01g06850	CDS	An01g06850	NT_166518.1	1603161	1604480	D	Catalytic activity: 4-hydroxybutanoate + NAD(+) <=> succinate semialdehyde + NADH; Pathway: butanoate metabolism.; Title: similarity to 4-hydroxybutyrate dehydrogenase - Alcaligenes eutrophus; uncharacterized protein	join(1603161..1603246,1603283..1603511,1603569..1604480)	Aspergillus niger	4978147
An01g06860	CDS	An01g06860	NT_166518.1	1604827	1605723	D	Title: strong similarity to hypothetical protein Fum9p - Gibberella moniliformis; uncharacterized protein	1604827..1605723	Aspergillus niger	4977396
An01g06870	CDS	An01g06870	NT_166518.1	1606338	1609249	D	Title: strong similarity to hypothetical protein Fum8p - Gibberella moniliformis; uncharacterized protein	join(1606338..1606379,1606608..1607176,1607249..1607715,1607774..1607864,1607909..1608339,1608393..1609249)	Aspergillus niger	4977751
An01g06880	CDS	An01g06880	NT_166518.1	1609568	1610617	D	Title: similarity to dihydroflavonol 4-reductase BAA12723.1 - Rosa hybrid cultivar; See PMID 8528604; uncharacterized protein	1609568..1610617	Aspergillus niger	4977685
An01g06890	CDS	An01g06890	NT_166518.1	1610959	1612885	R	Similarity: the ORF is shorter than pesA of M. anisopliae (540 compared to 5157 amino acids).; Similarity: the ORF shows similarity to peptide and toxin synthetases of different species.; Title: similarity to peptide synthase pesA -Metarhizium anisopliae; See PMID 8964498; uncharacterized protein	complement(join(1610959..1612169,1612272..1612517,1612590..1612662,1612729..1612739,1612804..1612885))	Aspergillus niger	4977684
An01g06900	CDS	An01g06900	NT_166518.1	1613643	1616808	R	Title: weak similarity to transcription regulator of maltose utilization amyR - Aspergillus oryzae; See PMID 10830498; uncharacterized protein	complement(join(1613643..1613755,1613822..1613853,1613910..1614370,1614427..1614633,1614760..1615006,1615059..1615080,1615148..1615385,1615512..1615970,1616025..1616056,1616127..1616250,1616405..1616420,1616530..1616592,1616705..1616808))	Aspergillus niger	84589989
An01g06910	CDS	An01g06910	NT_166518.1	1617793	1620043	D	Function: in S. cerevisiae expressed CYP94A5 from Nicotiana tabacum is able to catalyze the oxidation of fatty acids to the omega-alcohol and to the corresponding diacid.; Title: strong similarity to cytochrome P450 CYP94A5 - Nicotiana tabacum; See PMID 11358528; uncharacterized protein	join(1617793..1618049,1618133..1619447,1619641..1619685,1619792..1619917,1619963..1620043)	Aspergillus niger	4977471
An01g06920	CDS	An01g06920	NT_166518.1	1620350	1625031	D	Title: strong similarity to multidrug resistance protein ABCC2 - Homo sapiens; uncharacterized protein	join(1620350..1620559,1620621..1623583,1623653..1624099,1624184..1624279,1624338..1625031)	Aspergillus niger	4977824
An01g06930	CDS	An01g06930	NT_166518.1	1625470	1633457	R	Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis; See PMID 10413619; uncharacterized protein	complement(join(1625470..1626871,1626951..1627282,1627351..1627713,1627780..1628656,1628717..1630020,1630121..1630992,1631060..1632932,1632996..1633051,1633094..1633457))	Aspergillus niger	4977719
An01g06940	CDS	An01g06940	NT_166518.1	1634989	1636742	D	Title: strong similarity to hypothetical transmembrane transport protein SCC30.17c - Streptomyces coelicolor; uncharacterized protein	join(1634989..1635812,1635881..1636114,1636193..1636742)	Aspergillus niger	4977089
An01g06950	CDS	An01g06950	NT_166518.1	1637123	1644535	R	Remark: the nearby located ORF An01g06930 is also homolog to polyketide synthase FUM5.; Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis; See PMID 10413619; uncharacterized protein	complement(join(1637123..1637950,1638010..1638324,1638377..1638925,1639019..1641265,1641314..1642992,1643023..1643173,1643241..1643338,1643392..1643516,1643568..1643876,1643934..1644408,1644463..1644535))	Aspergillus niger	4978320
An01g06960	CDS	An01g06960	NT_166518.1	1648485	1649579	R	Title: strong similarity to hypothetical phosphatidyl synthase SPAC22A12.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(1648485..1649579)	Aspergillus niger	4977342
An01g06970	CDS	An01g06970	NT_166518.1	1651816	1652859	D	Catalytic activity: ARA1 of S. cerevisiae catalyzes the reaktion D-arabinose + NAD(P)(+) <=> D-arabinono-1,4-lactone + NAD(P)H.; Complex: ARA1 of S. cerevisiae is a heterodimer of a heavy chain and a light chain.; Function: ARA1 of S. cerevisiae catalyzes the oxidation of D-arabinose, L-xylose, L-fucose and L-galactose in the presence of NADP(+).; Remark: YBR149W and YBR1127 are alternative names for ARA1.; Similarity: ARA1 of S. cerevisiae belongs to the aldo/keto reductase family.; Similarity: shows similarity to several known and hypothetical oxidoreductases with different specificities.; Title: strong similarity to D-arabinose dehydrogenase Ara1 - Saccharomyces cerevisiae; See PMID 9920381; uncharacterized protein	join(1651816..1652223,1652290..1652859)	Aspergillus niger	4977800
An01g06980	CDS	An01g06980	NT_166518.1	1655089	1655396	R	hypothetical protein	complement(join(1655089..1655138,1655276..1655396))	Aspergillus niger	84589990
An01g06990	CDS	An01g06990	NT_166518.1	1655788	1658106	R	Remark: blastp matches are unspecific.; hypothetical protein	complement(join(1655788..1657430,1657492..1657868,1658060..1658106))	Aspergillus niger	4977197
An01g07000	CDS	An01g07000	NT_166518.1	1658528	1660119	R	Function: ERG24 of S. cerevisiae reduces the c14=c15 double bond of 4,4-dimethyl-cholesta-8,14,24-trienol to produce 4,4-dimethyl-cholesta-8,24- dienol.; Pathway: ERG24 of S. cerevisiae is involved in ergosterol biosynthesis.; Repression: ERG24 of S. cerevisiae is inhibited by the morpholine antifungal drug fenpropimorph.; Similarity: ERG24 of S. cerevisiae belongs to the erg4/erg24 family; Title: strong similarity to C-14 sterol reductase Erg24 - Saccharomyces cerevisiae; See PMID 8125337; See PMID 1418625; uncharacterized protein	complement(join(1658528..1659630,1659709..1660016,1660079..1660119))	Aspergillus niger	4977711
An01g07010	CDS	An01g07010	NT_166518.1	1660378	1661323	D	Remark: the orf encoded protein also shows weak similarity to human ovarian tumor EST fragment encoded protein 82.; Similarity: only the N-terminal 100 aminoacids show similarity to the N-terminal 100 aminoacids SPBC18H10. 07 of S. pombe.; Title: similarity to hypothetical protein SPBC18H10.07 - Schizosaccharomyces pombe; uncharacterized protein	join(1660378..1660401,1660457..1661323)	Aspergillus niger	4978064
An01g07020	CDS	An01g07020	NT_166518.1	1662722	1664455	D	Similarity: similarities to other are mainly based on repetetive structures.; Title: similarity to hypothetical zinc-finger protein - Schizosaccharomyces pombe; nucleus; uncharacterized protein	1662722..1664455	Aspergillus niger	84589991
An01g07025	CDS	An01g07025	NT_166518.1	1664655	1665784	D	hypothetical protein	join(1664655..1664871,1664922..1665784)	Aspergillus niger	4977625
An01g07030	CDS	An01g07030	NT_166518.1	1666322	1667657	R	Catalytic activity: yiaE of E. coli catalizes the reduction of 2, 5-diketo-D-gluconate to 5-keto-D-gluconate,2-keto-D-gluconate (2KDG) to D-gluconate,2-keto-L-gulonate to L-idonate with NADPH as a preferred electron donor.; Title: strong similarity to 2-ketoaldonate reductase yiaE - Escherichia coli; See PMID 9811658; uncharacterized protein	complement(join(1666322..1666420,1666481..1666720,1666788..1667200,1667287..1667501,1667605..1667657))	Aspergillus niger	4977968
An01g07040	CDS	An01g07040	NT_166518.1	1668118	1670310	R	Title: similarity to hypothetical protein SPAC30D11.09 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1668118..1668945,1668997..1670310))	Aspergillus niger	4977819
An01g07050	CDS	An01g07050	NT_166518.1	1670578	1671832	D	Function: the gro-1 gene, together with the gop-1,gop-2, gop-3 and hap-1 genes enables study of a physiological clock; Similarity: shows similarity to GOP-2 protein of C. elegans from patent Y02529.; Title: strong similarity to hypothetical protein SPBC119.15 - Schizosaccharomyces pombe; uncharacterized protein	join(1670578..1670620,1670679..1671832)	Aspergillus niger	4977855
An01g07060	CDS	An01g07060	NT_166518.1	1672496	1674294	D	hypothetical protein	join(1672496..1672501,1672559..1672676,1672737..1673139,1673187..1673261,1673323..1673366,1673399..1673634,1673937..1673947,1674003..1674294)	Aspergillus niger	4977076
An01g07070	CDS	An01g07070	NT_166518.1	1675083	1675823	D	Catalytic activity: GUK1 of B. taurus catalyzes the reaction ATP + GMP = ADP + GDP:; Function: GUK1 of B. taurus is essential for recycling GMP and indirectly, cGMP.; Remark: a putative frameshift results in an premature STOP codon.; Similarity: GUK1 of B. taurus shows similarity to other guanylate kinases:; Title: strong similarity to guanylate kinase GUK1 -Bos taurus [putative frameshift]; putative frameshift; See PMID 8243671; uncharacterized protein	join(1675083..1675092,1675128..>1675823)	Aspergillus niger	84589992
An01g07080	CDS	An01g07080	NT_166518.1	1675867	1676976	R	Remark: similarity of the ORF encoded protein to similar proteins is mainly based on repetitive amino acids.; hypothetical protein	complement(join(1675867..1675939,1676053..1676149,1676472..1676840,1676967..1676976))	Aspergillus niger	4977217
An01g07090	CDS	An01g07090	NT_166518.1	1677351	1678286	D	Remark: the similarity of the ORF encoded protein to similar proteins in mainly based on repetitive amino acids.; hypothetical protein	join(1677351..1677413,1677483..1678286)	Aspergillus niger	4977349
An01g07100	CDS	An01g07100	NT_166518.1	1678421	1679418	R	Catalytic activity: Glutathione transferases catalize the reaction RX + glutathione = HX + R-S-glutathione, X may be a sulfate, nitrite or halide group, and R may be an aliphatic, aromatic or heterocyclic group.; Function: the glutathione transferase from patent Y05537 is involved in herbicide metabolism.; Title: strong similarity to subunit TaGST1 from patent WO9914337-A2 - Triticum aestivum; uncharacterized protein	complement(join(1678421..1678482,1678529..1678874,1678921..1679004,1679063..1679240,1679300..1679418))	Aspergillus niger	4978162
An01g07110	CDS	An01g07110	NT_166518.1	1679471	1680683	R	Title: weak similarity to hypothetical protein encoded by An14g00090 - Aspergillus niger; uncharacterized protein	complement(join(1679471..1679629,1679673..1680234,1680289..1680683))	Aspergillus niger	84589993
An01g07120	CDS	An01g07120	NT_166518.1	1681360	1685677	R	Catalytic activity: 5-oxo-L-prolinases catalize the reaktion of ATP + 5-oxo-L-proline + 2 H(2)O = ADP + phosphate + L-glutamate.; Function: 5-oxo-L-prolinases are involved in the cleavage of glutathion.; Title: strong similarity to ATP-hydrolyzing 5-oxoprolinase - Rattus norvegicus; See PMID 8943290; See PMID 9516961; uncharacterized protein	complement(join(1681360..1682267,1682328..1682514,1682573..1682934,1682993..1683103,1683166..1684557,1684614..1684908,1684979..1685677))	Aspergillus niger	4978329
An01g07130	CDS	An01g07130	NT_166518.1	1686178	1687550	D	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; EC:1.14.13.1; Remark: alternate name = salicylate hydroxylase.; Remark: the enzyme of Pseudomonas putida is an external flavoprotein monooxygenase, which uses NADH as the external reductant.; Title: strong similarity to salicylate 1-monooxygenase sal1 - Pseudomonas putida; See PMID 1917904; uncharacterized protein	join(1686178..1687026,1687113..1687550)	Aspergillus niger	4978284
An01g07140	CDS	An01g07140	NT_166518.1	1687708	1690292	R	Function: the transcription factor regulates the nmt1 promoter in fission yeast; mnt1 is also repressed by thiamine.; Remark: strong similarity only over the N-terminal part of the protein.; Title: similarity to transcription factor ntf1p -Schizosaccharomyces pombe; nucleus; See PMID 8163491; uncharacterized protein	complement(join(1687708..1687781,1688021..1690292))	Aspergillus niger	4978443
An01g07150	CDS	An01g07150	NT_166518.1	1690813	1692587	D	Function: CYHR of C. maltosa confers resistance to cycloheximide.; Remark: CYHR of C. maltosa is a transmembrane protein and probably a transporter.; Title: strong similarity to cycloheximide resistance protein CYHR - Candida maltosa; plasma membrane; See PMID 1628836; uncharacterized protein	join(1690813..1690962,1691030..1691113,1691170..1691641,1691717..1692165,1692228..1692587)	Aspergillus niger	4977109
An01g07160	CDS	An01g07160	NT_166518.1	1694284	1696230	R	Title: strong similarity to tubulin-folding cofactor E - Homo sapiens; uncharacterized protein	complement(join(1694284..1695478,1695533..1695989,1696062..1696230))	Aspergillus niger	4977499
An01g07170	CDS	An01g07170	NT_166518.1	1696478	1697254	D	Remark: component of U2 snRNP in H. sapiens.; Remark: protein in H. sapiens is about two fold longer than in fungi.; Remark: subunit of the mammalian splicing factor SF3a.; Title: strong similarity to spliceosome-associated protein SAP62 - Homo sapiens; nucleus; See PMID 9016565; uncharacterized protein	join(1696478..1696489,1696550..1697254)	Aspergillus niger	4977299
An01g07180	CDS	An01g07180	NT_166518.1	1697888	1700012	R	Title: strong similarity to serine/threonine kinase cot-1 - Neurospora crassa; See PMID 9680960; uncharacterized protein	complement(join(1697888..1698200,1698252..1698728,1698813..1699316,1699399..1700012))	Aspergillus niger	4977873
An01g07190	CDS	An01g07190	NT_166518.1	1701228	1702571	D	Complex: Tim54 of S. cerevisiae forms together with Tim22 the TIM22. 54 complex in the mitochondrial inner membrane.; Function: Tim54 of S. cerevisiae is a component of a complex neccessary for insertion of imported proteins in the mitochondrial inner membrane.; Remark: the TIM23. 17 complex is required for translocation of proteins across the inner membrane,whereas TIM22. 54 is required for insertion of proteins in the mitochondrial inner membrane.; Title: strong similarity to component of the translocase of mitochondrial inner membrane Tim54 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9412462; See PMID 10637294; uncharacterized protein	1701228..1702571	Aspergillus niger	4977886
An01g07200	CDS	An01g07200	NT_166518.1	1703313	1705944	R	EC:2.4.1.-; Remark: located in cytosol and in nucleus in Rattus norvegicus.; Title: similarity to N-acetylglucosaminyltransferases chain p110 - Rattus norvegicus; cytoplasm; uncharacterized protein	complement(join(1703313..1703776,1703827..1705782,1705863..1705944))	Aspergillus niger	4977048
An01g07210	CDS	An01g07210	NT_166518.1	1706131	1707330	R	Remark: only partial similarities.; Title: similarity to caffeine-induced death protein cid2p - Schizosaccharomyces pombe; See PMID 10036242; See PMID 10757807; uncharacterized protein	complement(join(1706131..1706287,1706644..1707175,1707258..1707330))	Aspergillus niger	4978292
An01g07220	CDS	An01g07220	NT_166518.1	1707856	1709039	D	Function: MutM protein removes the oxidatively damaged DNA base product, 8-oxoguanine (GO) in Thermus thermophilus.; Title: similarity to formamidopyrimidine-DNA glycosidase MutM - Thermus thermophilus; See PMID 9461446; See PMID 10731660; uncharacterized protein	join(1707856..1708448,1708505..1709039)	Aspergillus niger	4977406
An01g07230	CDS	An01g07230	NT_166518.1	1709162	1710070	R	Title: similarity to hypothetical protein DRB0099 -Deinococcus radiodurans; uncharacterized protein	complement(1709162..1710070)	Aspergillus niger	4977490
An01g07240	CDS	An01g07240	NT_166518.1	1710599	1712465	D	Title: similarity to NADP-reducing hydrogenase D chain - Desulfovibrio fructosovorans; See PMID 7751270; uncharacterized protein	join(1710599..1710706,1710780..1712465)	Aspergillus niger	4978195
An01g07250	CDS	An01g07250	NT_166518.1	1713068	1713421	D	Catalytic activity: nucleoside triphosphate + RNA(n) = pyrophosphate + RNA(n+1).; Function: catalyses DNA-template-directed extention of the 3'- end of an RNA strand by one nucleotide at a time.; Remark: ABC10 alpha of S. cerevisiae is also called RPB12 or RPC10.; Title: strong similarity to 7.7 kD subunit of DNA-directed RNA polymerase II Abc10-alpha - Saccharomyces cerevisiae; nucleus; See PMID 1617300; uncharacterized protein	join(1713068..1713267,1713397..1713421)	Aspergillus niger	4977472
An01g07260	CDS	An01g07260	NT_166518.1	1713888	1715242	R	Catalytic activity: N-(5-phospho-D-ribosyl)anthranilate + pyrophosphate = anthranilate + 5-phospho-alpha-D-ribose 1-diphosphate.; Title: strong similarity to anthranilate phosphoribosyltransferase - Saccharomyces cerevisiae; See PMID 2428012; uncharacterized protein	complement(join(1713888..1714847,1714916..1715242))	Aspergillus niger	4977420
An01g07270	CDS	An01g07270	NT_166518.1	1715638	1716693	D	Remark: partial similarities over the C-terminus.; Title: similarity to mitochondrial ribosomal protein of the large subunit Yml11 - Saccharomyces cerevisiae; See PMID 9162110; mitochondrial 54S ribosomal protein uL10m	1715638..1716693	Aspergillus niger	4977370
An01g07280	CDS	An01g07280	NT_166518.1	1717088	1718617	R	Catalytic activity: a phosphatidylcholine + H2O = 1,2-diacylglycerol + choline phosphate.; Function: the L. monocytogenes enzyme plays a role during infections of mammalian cells.; Remark: the database proteins are app. 130 aa shorter.; Title: similarity to precursor of phosphatidylinositol-specific phospholipase C - Listeria monocytogenes; See PMID 8331063; See PMID 9367761; See PMID 1662763; uncharacterized protein	complement(1717088..1718617)	Aspergillus niger	4977624
An01g07290	CDS	An01g07290	NT_166518.1	1720285	1723964	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(1720285..1722467,1722515..1723243,1723629..1723655,1723688..1723964)	Aspergillus niger	4977143
An01g07300	CDS	An01g07300	NT_166518.1	1724256	1724976	R	Catalytic activity: ATP + D-gluconate = ADP + 6-phospho-D-gluconate.; Remark: alternate name = gluconate kinase 2 in Escherichia coli.; Title: strong similarity to gluconokinase gntV -Escherichia coli; See PMID 8655507; See PMID 9151423; uncharacterized protein	complement(join(1724256..1724708,1724809..1724976))	Aspergillus niger	4977713
An01g07310	CDS	An01g07310	NT_166518.1	1726170	1727781	D	Remark: questionable gene structure.; hypothetical protein	join(1726170..1726246,1726512..1726679,1726864..1726888,1726969..1727265,1727659..1727781)	Aspergillus niger	84589994
An01g07320	CDS	An01g07320	NT_166518.1	1727826	1729588	D	Function: protein performs a role in the delivery of proteins to the vacuole.; Remark: the embryogenesis protein H beta 58 protein of the mouse is also named vacuolar sorting protein (see AC: AB015476).; Title: strong similarity to embryogenesis protein H beta 58 - Mus musculus; uncharacterized protein	join(1727826..1728045,1728157..1728629,1728692..1728716,1728815..1728931,1729365..1729588)	Aspergillus niger	4977884
An01g07330	CDS	An01g07330	NT_166518.1	1729975	1735604	R	Function: the guanine nucleotide-exchange proteins (GEPs) accelerate replacement of bound GDP with GTP.; Remark: only partial similarity over the N-Terminus.; Title: similarity to brefeldin A-inhibited guanine nucleotide-exchange protein 2 - Homo sapiens; See PMID 10212200; uncharacterized protein	complement(join(1729975..1730055,1730134..1732194,1732312..1733744,1733868..1734116,1734198..1734708,1734763..1734869,1734912..1735118,1735166..1735339,1735402..1735468,1735527..1735604))	Aspergillus niger	4977353
An01g07340	CDS	An01g07340	NT_166518.1	1735630	1736083	D	hypothetical protein	join(1735630..1735704,1735810..1735856,1735948..1736083)	Aspergillus niger	84589995
An01g07350	CDS	An01g07350	NT_166518.1	1736104	1736780	D	Function: Mms2 and Ubc13 form a complex required for a novel polyubiquitin chain assembly in yeast.; Function: part of the error-free postreplication repair pathway.; Title: strong similarity to ubiquitin conjugating enzyme like protein Mms2 - Saccharomyces cerevisiae; nucleus; See PMID 9576943; See PMID 9705497; See PMID 10924462; uncharacterized protein	join(1736104..1736176,1736246..1736325,1736398..1736523,1736586..1736665,1736720..1736780)	Aspergillus niger	4977407
An01g07360	CDS	An01g07360	NT_166518.1	1737408	1739032	D	Title: weak similarity to hypothetical protein B7F18.80 - Neurospora crassa; uncharacterized protein	join(1737408..1737456,1737547..1737689,1737757..1738444,1738522..1738572,1738656..1738730,1738818..1739032)	Aspergillus niger	4977108
An01g07370	CDS	An01g07370	NT_166518.1	1739060	1739839	R	Title: strong similarity to PTD013 - Homo sapiens; uncharacterized protein	complement(join(1739060..1739697,1739773..1739839))	Aspergillus niger	4977252
An01g07380	CDS	An01g07380	NT_166518.1	1740285	1741823	D	Remark: the S. pombe protein possibly interacts with protein phosphatase two C.; Title: strong similarity to hypothetical protein SPBC16D10.01c - Schizosaccharomyces pombe; uncharacterized protein	join(1740285..1740841,1740906..1741509,1741722..1741823)	Aspergillus niger	4978255
An01g07390	CDS	An01g07390	NT_166518.1	1741875	1743723	D	Remark: sir proteins from Kluyveromyces lactis are essential for transcriptional silencing of mating type loci.; Title: similarity to regulator protein SIR2 -Kluyveromyces marxianus; nucleus; See PMID 8007956; See PMID 9539421; uncharacterized protein	join(1741875..1742127,1742188..1742498,1742560..1743099,1743164..1743343,1743402..1743543,1743662..1743723)	Aspergillus niger	4977953
An01g07400	CDS	An01g07400	NT_166518.1	1744151	1745769	D	Remark: last exon seems to be in the wrong frame,maybe due to the contig end.; Title: strong similarity to hypothetical protein YOL124c - Saccharomyces cerevisiae; uncharacterized protein	join(1744151..1744264,1744449..1745323,1745390..1745561,1745662..1745769)	Aspergillus niger	4978489
An01g07410	CDS	An01g07410	NT_166518.1	1746128	1747633	R	Remark: only partial similarities.; Title: weak similarity to histidine triad protein Hnt1 - Saccharomyces cerevisiae; See PMID 10958787; See PMID 11805111; uncharacterized protein	complement(join(<1746128..1746343,1746566..1746677,1746860..1747204,1747427..1747527,1747618..>1747633))	Aspergillus niger	4977193
An01g07420	CDS	An01g07420	NT_166518.1	1748258	1749807	R	Complex: cyclin B (nimE) of E. nidulans interacts with nimTcdc25 tyrosine phosphatase.; Function: cyclin B (nimE) of E. nidulans is a subunit of the mitotic progression factor (MPF).; Similarity: the predicted A. niger protein shows strong similarity to cyclin B (nimE) of E. nidulans.; Title: strong similarity to cyclin B nimE -Aspergillus nidulans; See PMID 9552417; See PMID 1534750; uncharacterized protein	complement(join(1748258..1748355,1748411..1748549,1748602..1749807))	Aspergillus niger	4977464
An01g07430	CDS	An01g07430	NT_166518.1	1751522	1752868	D	Function: ribosomal yeast protein l2 is a 37-kDa polypeptide component of the mitochondria 54 S large ribosomal subunit.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9079633; mitochondrial 54S ribosomal protein uL2m	join(1751522..1752281,1752384..1752868)	Aspergillus niger	4977910
An01g07440	CDS	An01g07440	NT_166518.1	1753329	1753699	R	hypothetical protein	complement(join(1753329..1753565,1753664..1753699))	Aspergillus niger	84589996
An01g07445	CDS	An01g07445	NT_166518.1	1753743	1754087	D	Remark: the encoded protein contains a Zn(2)-Cys(6) binuclear cluster.; Title: similarity to transcriptional regulator Cat8 - Saccharomyces cerevisiae; nucleus; See PMID 7891685; uncharacterized protein	1753743..1754087	Aspergillus niger	84589997
An01g07450	CDS	An01g07450	NT_166518.1	1754277	1756560	D	Remark: protein is involved in acetamide and acetate utilisation in A. nidulans.; Remark: the cDNA SB011195. p1 possesses additional sequences (the first intron) but because of two stop-codons within this intron and because of the homologies to other proteins this sequences were not added to the ORD coding sequence.; Similarity: the ORF shows similarity to some transcription factors.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; uncharacterized protein	join(1754277..1754425,1754480..1754999,1755063..1755860,1755937..1756560)	Aspergillus niger	84589998
An01g07460	CDS	An01g07460	NT_166518.1	1756913	1758029	R	Function: the protein is responsible for vegetative incompatibility in Podospora anserina.; Remark: the Podospora anserina protein is N-terminal 800 aa longer than the A. niger protein.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 7557402; uncharacterized protein	complement(join(1756913..1757512,1757691..1758029))	Aspergillus niger	4978488
An01g07470	CDS	An01g07470	NT_166518.1	1758987	1760618	D	Remark: RNaseP of H. sapiens is a ribonucleoprotein that cleaves tRNA precursors to generate the 5' termini of the mature tRNAs.; Similarity: the ORF is longer than RNaseP of H. sapiens and the similarity between the two proteins extends solely over a stretch of ca. 60 amino acids.; Title: weak similarity to Ribonuclease P protein subunit p40 RNaseP - Homo sapiens; See PMID 7514716; uncharacterized protein	join(1758987..1759130,1759179..1759220,1759267..1759543,1759589..1759699,1759767..1759913,1759980..1760319,1760396..1760618)	Aspergillus niger	4977452
An01g07480	CDS	An01g07480	NT_166518.1	1760926	1764312	R	Function: dna2 plays an essential role in Okazaki fragment metabolism in Schizosaccharomyces pombe.; Remark: the Aspergillus protein is N-terminal about 300 aa shorter than the S. pombe homolog.; Title: strong similarity to DNA binding protein dna2p - Schizosaccharomyces pombe; nucleus; See PMID 10880469; uncharacterized protein	complement(join(1760926..1763444,1763506..1763749,1763818..1764312))	Aspergillus niger	4977573
An01g07490	CDS	An01g07490	NT_166518.1	1764345	1766127	R	Title: similarity to hypothetical protein CAF06129.1 - Neurospora crassa; uncharacterized protein	complement(join(1764345..1764461,1764547..1766127))	Aspergillus niger	84589999
An01g07500	CDS	An01g07500	NT_166518.1	1766817	1767276	D	Title: strong similarity to hypothetical protein CAF06125.1 - Neurospora crassa; uncharacterized protein	join(1766817..1767064,1767189..1767276)	Aspergillus niger	4977354
An01g07510	CDS	An01g07510	NT_166518.1	1767674	1768769	R	Catalytic activity: nitrilases catalyze a nitrile + H(2)O <=> a carboxylate + NH(3).; Similarity: the ORF shows similarity to several nitrilases from different species and to the N-terminal part of NitFhit from Caenorhabditis elegans, which displays nitrilase activity.; Title: similarity to nitrilase fusion protein NitFhit - Caenorhabditis elegans; uncharacterized protein	complement(join(1767674..1768030,1768091..1768169,1768224..1768507,1768586..1768678,1768758..1768769))	Aspergillus niger	4977014
An01g07520	CDS	An01g07520	NT_166518.1	1769055	1772208	D	Function: the S. pombe homolog is an essential protein directly or indirectly implicated in mitotic control.; Remark: S. pombe cells disrupted in the dis3+ gene are unable to germinate and fail in cell division.; Title: strong similarity to mitotic control protein dis3p - Schizosaccharomyces pombe; nucleus; See PMID 1944266; uncharacterized protein	join(1769055..1769250,1769303..1771986,1772023..1772208)	Aspergillus niger	4977175
An01g07530	CDS	An01g07530	NT_166518.1	1772439	1774036	R	Function: the M. auratus homolog catalyzes the H+/Lactate-cotransport; facilitates the cellular uptake of lactate, pyruvate and other monocarboxylates.; Localization: integral membrane protein (probable).; Title: similarity to monocarboxylate transporter MCT2 - Mesocricetus auratus; uncharacterized protein	complement(join(1772439..1773749,1773815..1774036))	Aspergillus niger	4977307
An01g07540	CDS	An01g07540	NT_166518.1	1774408	1775892	R	hypothetical protein	complement(join(1774408..1774488,1774588..1774711,1774751..1774805,1775407..1775544,1775656..1775739,1775844..1775892))	Aspergillus niger	84590000
An01g07550	CDS	An01g07550	NT_166518.1	1777249	1778490	D	Title: similarity to androgen receptor coactivator ARA55 - Homo sapiens; See PMID 10075738; uncharacterized protein	join(1777249..1777886,1777977..1778115,1778170..1778490)	Aspergillus niger	4977663
An01g07560	CDS	An01g07560	NT_166518.1	1779034	1779370	R	hypothetical protein	complement(join(1779034..1779104,1779148..1779370))	Aspergillus niger	84590001
An01g07570	CDS	An01g07570	NT_166518.1	1779531	1781222	D	Function: defects in Liz1p of S. pombe blocks cell cycle progression in G2 when ribonucleotide reductase activity is inactivated.; Similarity: the predicted A. niger protein shows strong similarity to Liz1p of S. pombe and other transmembrane transporter proteins.; Title: strong similarity to transmembrane transporter liz1p - Schizosaccharomyces pombe; plasma membrane; See PMID 9950674; uncharacterized protein	join(1779531..1779709,1779770..1779886,1779952..1780079,1780134..1780557,1780635..1781028,1781082..1781222)	Aspergillus niger	4977244
An01g07580	CDS	An01g07580	NT_166518.1	1781671	1782876	R	Remark: protein may be a methyltransferase-like protein similar to human and mouse proteins.; Title: strong similarity to hypothetical protein YDL201w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1781671..1781823,1781863..1782142,1782242..1782338,1782418..1782605,1782701..1782876))	Aspergillus niger	4977047
An01g07590	CDS	An01g07590	NT_166518.1	1783196	1783964	D	Title: strong similarity to hypothetical protein W02A11.2 - Caenorhabditis elegans; uncharacterized protein	join(1783196..1783591,1783700..1783775,1783852..1783964)	Aspergillus niger	4978335
An01g07600	CDS	An01g07600	NT_166518.1	1784195	1786977	R	Title: similarity to pax transcription activation domain interacting protein PTIP - Mus musculus; nucleus; See PMID 10908331; uncharacterized protein	complement(join(1784195..1784836,1784901..1786317,1786375..1786811,1786885..1786977))	Aspergillus niger	4978438
An01g07615	CDS	An01g07615	NT_166518.1	1788206	1788779	D	Remark: the ORF is truncated due to the contig border.; Remark: the missing N-terminal coding sequence is encoded in An01g07630 on the adjacent contig.; Title: strong similarity to hypothetical host-specific AK-toxin related protein CAB91703.2 -Neurospora crassa [truncated ORF]; uncharacterized protein	join(1788206..1788415,1788471..1788609,1788671..>1788779)	Aspergillus niger	4978322
An01g07630	CDS	An01g07630	NT_166518.1	1788929	1789810	D	Remark: the ORF is truncated due to the contig border.; Remark: the missing N-terminal coding sequence is encoded in An01g07615 on the adjacent contig.; Title: strong similarity to hypothetical host-specific AK-toxin related protein CAB91703.2 -Neurospora crassa [truncated ORF]; uncharacterized protein	<1788929..1789810	Aspergillus niger	84590002
An01g07640	CDS	An01g07640	NT_166518.1	1790170	1791374	R	Remark: alternate names = hypothetical protein LPG21w.; Title: similarity to hypothetical membrane protein YPL087w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1790170..1790353,1790414..1790610,1790695..1790930,1791006..1791192,1791279..1791374))	Aspergillus niger	4978225
An01g07650	CDS	An01g07650	NT_166518.1	1792669	1793684	D	Remark: substrates of the nematode Onchocerca volvulus proteins are small ions.; Title: similarity to MRS3/MRS4 class mitochondrial solute carrier - Onchocerca volvulus; localisation:mitochondrion; uncharacterized protein	join(1792669..1792720,1792789..1793684)	Aspergillus niger	4978276
An01g07660	CDS	An01g07660	NT_166518.1	1794055	1795834	R	Remark: protein may be an EF-hand-like calcium-binding protein.; Title: similarity to hypothetical protein B7F18.80 -Neurospora crassa; uncharacterized protein	complement(join(1794055..1794264,1794340..1794405,1794467..1795834))	Aspergillus niger	4977488
An01g07670	CDS	An01g07670	NT_166518.1	1795923	1796848	D	hypothetical protein	join(1795923..1796132,1796213..1796275,1796521..1796568,1796696..1796848)	Aspergillus niger	84590003
An01g07680	CDS	An01g07680	NT_166518.1	1798182	1801357	R	Title: similarity to hypothetical protein encoded by An11g02490 - Aspergillus niger; uncharacterized protein	complement(join(1798182..1798797,1799128..1799319,1799941..1800092,1800286..1800310,1800393..1800481,1800991..1801044,1801102..1801125,1801229..1801357))	Aspergillus niger	84590004
An01g07690	CDS	An01g07690	NT_166518.1	1802051	1803249	R	Remark: weak partial similarities to human mRNA for alpha-1 chain of collagen IV.; hypothetical protein	complement(join(1802051..1802083,1802180..1802541,1802634..1802705,1802790..1802893,1802986..1803033,1803113..1803249))	Aspergillus niger	84590005
An01g07700	CDS	An01g07700	NT_166518.1	1803706	1805085	R	Function: pth11 of M. grisea is involved in host surface recognition.; Remark: pth11 of M. grisea is probably membrane associated.; Similarity: the ORF is about 260 amino acids shorter than pth11 of M. grisea.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(1803706..1804042,1804094..1804189,1804240..1804622,1804675..1804790,1804896..1805085))	Aspergillus niger	4977298
An01g07710	CDS	An01g07710	NT_166518.1	1806110	1806437	D	Remark: partial similarity to S. coelicolor hydroxyacyl-CoA dehydrogenase (TREMBL:SCHCOADH_5).; hypothetical protein	join(1806110..1806205,1806315..1806437)	Aspergillus niger	84590006
An01g07720	CDS	An01g07720	NT_166518.1	1807029	1808538	D	Function: omtB of A. parasiticus converts demethylsterigmatocystin to sterigmatocystin.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Remark: omtB of A. parasiticus belongs to the aflatoxin biosynthetic gene cluster.; Title: strong similarity to O-methyltransferase B omtB - Aspergillus parasiticus; See PMID 6798444; See PMID 10806361; uncharacterized protein	join(1807029..1807211,1807264..1807390,1807452..1807575,1807629..1808080,1808138..1808394,1808461..1808538)	Aspergillus niger	4977846
An01g07730	CDS	An01g07730	NT_166518.1	1808995	1809712	R	Title: weak similarity to precursor of protein TcSL-2 - Toxocara cani; See PMID 7629180; uncharacterized protein	complement(join(1808995..1809485,1809550..1809712))	Aspergillus niger	84590007
An01g07740	CDS	An01g07740	NT_166518.1	1810910	1811221	R	Remark: the ORF is short in length.; hypothetical protein	complement(1810910..1811221)	Aspergillus niger	84590008
An01g07750	CDS	An01g07750	NT_166518.1	1811653	1812447	R	Remark: Alternate names = protein B7F18. 60; Title: similarity to hypothetical prefoldin subunit 1 - Neurospora crassa; uncharacterized protein	complement(join(1811653..1811821,1811916..1812082,1812141..1812215,1812331..1812447))	Aspergillus niger	4977877
An01g07760	CDS	An01g07760	NT_166518.1	1812552	1813738	R	Similarity: shows similarity to several oxygenases.; Title: strong similarity to hypothetical protein F12A12.10 - Arabidopsis thaliana; uncharacterized protein	complement(join(1812552..1812781,1812855..1813299,1813415..1813738))	Aspergillus niger	4977857
An01g07765	CDS	An01g07765	NT_166518.1	1814118	1814450	D	hypothetical protein	1814118..1814450	Aspergillus niger	84590009
An01g07770	CDS	An01g07770	NT_166518.1	1814765	1815544	D	Title: strong similarity to hypothetical protein EAA59879.1 - Aspergillus nidulans; uncharacterized protein	1814765..1815544	Aspergillus niger	4977057
An01g07780	CDS	An01g07780	NT_166518.1	1815861	1816261	D	Title: questionable ORF; uncharacterized protein	join(1815861..1815989,1816157..1816261)	Aspergillus niger	84590010
An01g07790	CDS	An01g07790	NT_166518.1	1816318	1817930	D	Remark: a putative sequencing error results in an premature STOP codon.; putative sequencing error; hypothetical protein [putative sequencing error]	join(1816318..1816423,1816516..1817930)	Aspergillus niger	4977259
An01g07800	CDS	An01g07800	NT_166518.1	1818262	1819010	R	hypothetical protein	complement(join(1818262..1818349,1818451..1818531,1818658..1819010))	Aspergillus niger	84590011
An01g07810	CDS	An01g07810	NT_166518.1	1819587	1820662	D	Function: The S. pombe homolog is required for nitrogen starvation-induced sexual development.; Title: strong similarity to protein rcd1p -Schizosaccharomyces pombe; See PMID 9447985; uncharacterized protein	join(1819587..1819737,1819796..1819951,1820040..1820415,1820485..1820662)	Aspergillus niger	4977285
An01g07820	CDS	An01g07820	NT_166518.1	1821692	1824504	D	Title: similarity to hypothetical Pto kinase interactor F28B23.17 - Arabidopsis thaliana; uncharacterized protein	join(1821692..1821862,1821955..1822052,1822115..1822334,1822392..1823234,1823290..1824504)	Aspergillus niger	4977954
An01g07830	CDS	An01g07830	NT_166518.1	1836372	1838000	D	Function: in S. pombe Ste11 protein regulates positively transcription of the mating type genes, matP and matM, and the mei2 gene, which is essential for commitment to meiosis.; Function: in S. pombe expression of ste11 is essential for induction of sexual development, and its ectopic expression stimulates uncontrolled mating and sporulation.; Regulation: in S. pombe methionine and nitrogen starvation reduce the intracellular cAMP pool and induce the expression of at least two cAMP-repressible genes,including fbp1 and ste11.; Similarity: S. pombe ste11 encodes a member of the family of HMG-box proteins.; Similarity: similarity is from central region of predicted A. niger protein to N-terminal 100 aa of S. pombe ste11.; Title: similarity to transcription factor ste11p -Schizosaccharomyces pombe; See PMID 1657709; uncharacterized protein	join(1836372..1836581,1836636..1836710,1836777..1838000)	Aspergillus niger	4977920
An01g07840	CDS	An01g07840	NT_166518.1	1839789	1840678	R	Remark: no transmembrane regions were prdicted for the ORF.; Similarity: similarity of predicted A. niger protein is confined to central region of G. gallus cKv1. 4(m),which is 200 aa longer.; Title: weak similarity to potassium channel Shaker alpha subunit variant cKv1.4(m) - Gallus gallus; See PMID 10095080; uncharacterized protein	complement(join(1839789..1840505,1840559..1840678))	Aspergillus niger	4977647
An01g07850	CDS	An01g07850	NT_166518.1	1841974	1842784	D	Title: similarity to hypothetical protein SPBP23A10.09 - Schizosaccharomyces pombe; uncharacterized protein	join(1841974..1842000,1842064..1842614,1842691..1842784)	Aspergillus niger	4977423
An01g07860	CDS	An01g07860	NT_166518.1	1843733	1847222	D	Function: the protein also shows similarity to S. hamata shst2 which encodes a high-affinity H+/sulfate cotransporter that mediates the uptake of sulfate by plant roots from low concentrations of sulfate in the soil solution.; Title: strong similarity to hypothetical membrane transport protein YGR125w - Saccharomyces cerevisiae; uncharacterized protein	join(1843733..1843964,1844058..1845389,1845442..1845641,1845689..1845922,1845971..1847148,1847198..1847222)	Aspergillus niger	4977645
An01g07870	CDS	An01g07870	NT_166518.1	1852482	1854326	D	Function: sea lamprey neurofilaments (NFs) are unique in being homopolymers of a single 180 kDa subunit (NF-180).; Title: similarity to neurofilament subunit NF-180 -Petromyzon marinus; cytoskeleton; See PMID 7770000; uncharacterized protein	join(1852482..1852768,1852836..1853034,1853095..1853296,1853353..1853631,1853686..1854326)	Aspergillus niger	4978306
An01g07872	CDS	An01g07872	NT_166518.1	1854560	1854877	D	hypothetical protein	1854560..1854877	Aspergillus niger	84590012
An01g07890	CDS	cpcA	NT_166518.1	1859072	1859254	D	Function: Disruption of cpcA in A. niger resulted in a strain which is sensitive towards 3-aminotriazole and fails to respond to amino acid starvation.; Gene-ID: cpcA; Remark: cpcA of Aspergillus niger was cloned by complementation of a S. cerevisiae delta gcn4 mutant strain.; See PMID 9004217; transcriptional regulator gene cpcA-Aspergillus niger	1859072..1859254	Aspergillus niger	84590013
An01g07900	CDS	cpcA	NT_166518.1	1859628	1860420	D	Gene-ID: cpcA; Remark: the second exon is N-terminal two aminoacids longer than the published sequence.; Remark: two putative frameshift leading to premature STOP codons found.; nucleus; putative frameshift; See PMID 9004217; leucine zipper cpcA-Aspergillus niger [putative frameshift]	join(1859628..1859652,1859704..>1860420)	Aspergillus niger	84590014
An01g07910	CDS	An01g07910	NT_166518.1	1861711	1863550	R	EC:6.3.5.4; Title: similarity to glutamine-hydrolyzing asparagine synthase - Arabidopsis thaliana; See PMID 9881155; uncharacterized protein	complement(join(1861711..1862775,1862810..1863550))	Aspergillus niger	4978237
An01g07920	CDS	An01g07920	NT_166518.1	1864505	1866458	D	Remark: appearance of novel reticular membrane structures as well as an accumulation of 40- to 50-nm-diameter vesicles suggested that Vps9p may be required for the consumption of transport vesicles containing vacuolar protein precursors.; Title: strong similarity to vacuolar protein sorting-associated protein Vps9 - Saccharomyces cerevisiae; See PMID 8628304; uncharacterized protein	join(1864505..1865309,1865362..1865439,1865498..1865673,1865724..1865871,1865941..1866159,1866238..1866349,1866413..1866458)	Aspergillus niger	4977536
An01g07930	CDS	An01g07930	NT_166518.1	1867178	1868694	R	Title: strong similarity to hypothetical protein encoded by An11g05030 - Aspergillus niger; uncharacterized protein	complement(join(1867178..1868135,1868238..1868587,1868647..1868694))	Aspergillus niger	84590015
An01g07940	CDS	An01g07940	NT_166518.1	1869229	1869821	R	Remark: blastp hits are caused by repetetive sequence motives.; Title: weak similarity to hypothetical protein Y38B5A.a - Caenorhabditis elegans; uncharacterized protein	complement(join(1869229..1869695,1869752..1869821))	Aspergillus niger	84590016
An01g07950	CDS	An01g07950	NT_166518.1	1870639	1871439	D	Title: similarity to hypothetical protein CAD70322.1 - Neurospora crassa; uncharacterized protein	1870639..1871439	Aspergillus niger	4977500
An01g07960	CDS	An01g07960	NT_166518.1	1873110	1875767	D	Title: strong similarity to hypothetical protein CAD70321.1 - Neurospora crassa; uncharacterized protein	join(1873110..1873362,1873392..1873667,1873906..1873984,1874040..1874167,1874641..1874708,1875011..1875560,1875697..1875767)	Aspergillus niger	84590017
An01g07970	CDS	An01g07970	NT_166518.1	1876573	1877373	D	Title: similarity to hypothetical protein encoded by An06g02140 - Aspergillus niger; uncharacterized protein	join(1876573..1877241,1877314..1877373)	Aspergillus niger	84590018
An01g07980	CDS	An01g07980	NT_166518.1	1878439	1878696	D	Title: strong similarity to EST SEQ ID NO:4248 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	1878439..1878696	Aspergillus niger	4977661
An01g07990	CDS	An01g07990	NT_166518.1	1880525	1881116	D	Title: similarity to hypothetical protein encoded by An09g04200 - Aspergillus niger; uncharacterized protein	join(1880525..1880838,1881008..1881116)	Aspergillus niger	4978202
An01g08000	CDS	An01g08000	NT_166518.1	1881717	1886460	D	Function: het-e1 of P. anserina is involved in vegetative incompatibility.; Remark: co-expression of antagonistic alleles of the unlinked loci het-e and het-c triggers a cell death reaction that prevents the formation of viable heterokaryons between strains that contain incompatible combinations of het-c and het-e alleles.; Remark: het-e1 of P. anserina is transducin-like.; Remark: the reactivity of the het-e1 of P. anserina depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Title: strong similarity to vegetative incompatibility gene het-e1 - Podospora anserina; See PMID 7557402; See PMID 9435787; uncharacterized protein	join(1881717..1882184,1882276..1886460)	Aspergillus niger	4977635
An01g08010	CDS	An01g08010	NT_166518.1	1888541	1889556	D	Function: CCC1 of S. cerevisiae is a transporter that effects the accumulation of iron and Mn(2+) in vacuoles.; Remark: CCC1 of S. cerevisiae is involved in the transfer of iron from the cytosol to the vacuole.; Title: strong similarity to iron and manganese transporter Ccc1 - Saccharomyces cerevisiae; vacuole; See PMID 11390404; uncharacterized protein	join(1888541..1888607,1888661..1888997,1889049..1889556)	Aspergillus niger	4978160
An01g08020	CDS	An01g08020	NT_166518.1	1889744	1890328	R	hypothetical protein	complement(1889744..1890328)	Aspergillus niger	4977229
An01g08030	CDS	An01g08030	NT_166518.1	1892159	1893367	D	Pathway: the protein of patent W55817 from S. roseofulvus is involved in the polyketide pathway of frenolicin biosynthesis.; Similarity: frnR of S. roseofulvus encodes a putative cyclase/dehydrase with similarity to beta-lactamase.; Similarity: shows homology to the protein patent database entry GENESEQPROT:W55817.; Similarity: the protein sequence of patent W55817 is identical to the product of the frnR gene of the frenolicin biosynthesis gene cluster of S. roseofulvus.; Title: similarity to frenolicin gene cluster protein 18 from patent JP10094395-A - Streptomyces roseofulvus; uncharacterized protein	join(1892159..1892673,1892826..1893143,1893258..1893276,1893344..1893367)	Aspergillus niger	4977859
An01g08040	CDS	An01g08040	NT_166518.1	1894197	1896079	R	Similarity: the C-terminus contains a domain with similarity to the RNA polymerase II mediator subunit ROX3 of S. cerevisiae (PubMed 1656237;8995225).; Similarity: the N-terminus shows deliberate matches to a variety of serine-rich proteins from diverse species.; Similarity: the N-terminus shows weak similarity to the proline-rich protein VRP1 (verprolin) of S. cerevisiae involved in cytoskeleton organization (PubMed 7968536).; Title: similarity to hypothetical protein B11E5.120 - Neurospora crassa; uncharacterized protein	complement(join(1894197..1894867,1894980..1895713,1895841..1896079))	Aspergillus niger	4977153
An01g08050	CDS	An01g08050	NT_166518.1	1896882	1899608	R	Function: UaY of A. nidulans binds to the consensus sequence 5'-tcggnnnnnnccga-3'.; Function: UaY of A. nidulans mediates the induction of a number of unlinked genes involved in purine utilization.; Similarity: UaY of A. nidulans contains a Zn(2)-Cys(6), fungal-type binuclear cluster domain.; Title: similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; See PMID 7602582; See PMID 7729421; uncharacterized protein	complement(join(1896882..1897962,1898025..1898787,1898844..1899342,1899462..1899608))	Aspergillus niger	4977435
An01g08060	CDS	An01g08060	NT_166518.1	1902036	1905220	D	Function: UaY of A. nidulans binds to the consensus sequence 5'-tcggnnnnnnccga-3'.; Function: UaY of A. nidulans mediates the induction of a number of unlinked genes involved in purine utilization.; Similarity: UaY of A. nidulans contains a Zn(2)-Cys(6), fungal-type binuclear cluster domain.; Title: similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; See PMID 7602582; See PMID 7729421; uncharacterized protein	join(1902036..1902194,1902371..1902561,1902714..1902763,1902986..1903065,1903195..1903610,1903662..1904267,1904353..1905220)	Aspergillus niger	4977664
An01g08070	CDS	An01g08070	NT_166518.1	1905622	1907550	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Title: questionable ORF; uncharacterized protein	complement(join(1905622..1905796,1905871..1905987,1906749..1906948,1907025..1907042,1907122..1907185,1907280..1907394,1907469..1907550))	Aspergillus niger	84590019
An01g08080	CDS	An01g08080	NT_166518.1	1907646	1911008	D	Title: strong similarity to hypothetical protein SPAC32A11.02c - Schizosaccharomyces pombe; uncharacterized protein	join(1907646..1907696,1907762..1907832,1907974..1908254,1908326..1908516,1908569..1908851,1908907..1909046,1909098..1909228,1909281..1909635,1909687..1909803,1909863..1909902,1909966..1911008)	Aspergillus niger	4978449
An01g08090	CDS	An01g08090	NT_166518.1	1911429	1913471	R	Catalytic activity: aminoimidazole ribonucleotide carboxylases catalyse the reaction,1-(5-phospho-D-ribosyl)-5-amino-4-imidazolecarbox ylate => 1-(5-phospho-D-ribosyl)-5-aminoimidazole + CO2.; Function: C. glabrata ADE2 catalyses a central step in de novo purine biosynthesis.; Remark: the C. glabrata ADE2 gene encodes aminoimidazole ribonucleotide (AIR) carboxylase.; Title: strong similarity to aminoimidazole ribonucleotide carboxylase ADE2 - Candida glabrata; See PMID 9500840; See PMID 9602176; uncharacterized protein	complement(join(1911429..1911625,1911807..1912764,1912828..1912925,1913006..1913471))	Aspergillus niger	4977950
An01g08100	CDS	An01g08100	NT_166518.1	1914199	1915239	D	Title: similarity to hypothetical protein CAE81998.1 - Neurospora crassa; uncharacterized protein	1914199..1915239	Aspergillus niger	4977249
An01g08110	CDS	An01g08110	NT_166518.1	1915740	1919327	R	Remark: atp7a (Menkes protein) in Mus musculus is localised in the plasma membrane of liver peroxisomes.; Title: strong similarity to Cu(2+)-transporting P-type ATPase Atp7a - Mus musculus; plasma membrane; See PMID 9687544; See PMID 10332039; uncharacterized protein	complement(1915740..1919327)	Aspergillus niger	4977805
An01g08120	CDS	An01g08120	NT_166518.1	1920870	1921877	D	Remark: ACOB is one of the preinduction genes (acts before induction of sporulation) in Aspergillus nidulans.; Title: strong similarity to protein ACOB -Aspergillus nidulans; See PMID 7551046; uncharacterized protein	join(1920870..1921128,1921180..1921877)	Aspergillus niger	4977598
An01g08130	CDS	An01g08130	NT_166518.1	1922604	1923835	R	Remark: expression of RAX1 from S. cerevisiae is required for the delivery of Rax2-GFP to the cell surface (see PUBMED entry 11110666).; Similarity: the predicted A. niger protein shows strong similarity to hypothetical proteins SPAC23G3. 05c from S. pombe and YOR301w (RAX1) from S. cerevisiae.; Title: strong similarity to hypothetical protein SPAC23G3.05c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1922604..1922840,1922894..1923620,1923681..1923835))	Aspergillus niger	4977744
An01g08140	CDS	An01g08140	NT_166518.1	1923938	1924458	D	Remark: blastp hits are caused by repetetive sequence motives.; hypothetical protein	join(1923938..1924042,1924120..1924458)	Aspergillus niger	84590020
An01g08150	CDS	An01g08150	NT_166518.1	1925965	1926714	D	Catalytic activity: carbonyl reductases catalyse the reaction, R-CHOH-R' + NADP+ = R-CO-R' + NADPH; Function: human carbonyl reductase is envolved in prostaglandin- and leukotrine-metabolism in H. sapiens.; Title: similarity to carbonyl reductase CBR - Homo sapiens; See PMID 1921984; uncharacterized protein	1925965..1926714	Aspergillus niger	4977769
An01g08160	CDS	An01g08160	NT_166518.1	1926931	1928669	R	Complex: in S. cerevisiae Gcn5 with Ada and Hac1is part of a large multimeric histone acetyltransferase complex.; Function: S. cerevisiae Gcn5 is required for transcriptional activation.; Remark: GCN5 is a lys14 specific histone H3 acetyltransferase in S. cerevisiae.; Title: strong similarity to histone acetyltransferase Gcn5 - Saccharomyces cerevisiae; nucleus; See PMID 10430845; See PMID 1396595; uncharacterized protein	complement(join(1926931..1926951,1927015..1928046,1928107..1928160,1928220..1928305,1928526..1928622,1928655..1928669))	Aspergillus niger	4977062
An01g08170	CDS	An01g08170	NT_166518.1	1929271	1930401	D	Complex: yeast Rad1-Rad10 form a complex.; Function: in yeast Rad1-Rad10 form a complex with endonuclease activity, incising damaged DNA strands on the 5'-side of the lesion.; Title: strong similarity to DNA repair endonuclease rad1p - Schizosaccharomyces pombe; nucleus; See PMID 9660799; See PMID 10915862; See PMID 1563349; uncharacterized protein	1929271..1930401	Aspergillus niger	4977686
An01g08180	CDS	An01g08180	NT_166518.1	1930641	1934736	R	Complex: RINT-1 specifically binds to Rad50 only during late S and G(2)/M phases.; Complex: S. cerevisiae RAD50 forms different complexes to act specifically in DNA double-strand break repair, cell cycle checkpoint activation, telomere maintenance, and meiosis.; Complex: the Mre11-Rad50 complex possesses single-strand endonuclease activity and ATP-dependent double-strand-specific exonuclease activity.; Function: the RAD50 gene of S. cerevisiae is required for chromosome synapsis and recombination during meiosis and for repair of DNA damage during vegetative growth.; Title: strong similarity to DNA-repair ATPase Rad50 - Saccharomyces cerevisiae; nucleus; See PMID 2659437; See PMID 10892749; See PMID 10915866; See PMID 11029422; See PMID 11096100; uncharacterized protein	complement(join(1930641..1930649,1930737..1934426,1934490..1934573,1934635..1934736))	Aspergillus niger	4977032
An01g08190	CDS	An01g08190	NT_166518.1	1935001	1937093	D	Similarity: shows weak similarity to several bacterial aminopeptidases.; Title: weak similarity to hypothetical aminopeptidase pepA - Mycobacterium tuberculosis; uncharacterized protein	join(1935001..1935058,1935142..1935215,1935319..1935435,1935515..1935553,1935638..1935709,1936000..1936193,1936505..1936559,1936841..1936966,1937040..1937093)	Aspergillus niger	84590021
An01g08200	CDS	An01g08200	NT_166518.1	1937323	1937719	R	Remark: similarity of predicted A. niger protein to human breast tumour-associated protein 71 was discovered using blastp against the PATENTPROT database.; Remark: the protein sequence of human breast tumour-associated protein 71 is a fragment derived from an EST.; Title: weak similarity to EST derived breast tumour-associated protein 71 from patent DE19813835-A1 -Homo sapiens; uncharacterized protein	complement(join(1937323..1937481,1937528..1937719))	Aspergillus niger	84590022
An01g08210	CDS	An01g08210	NT_166518.1	1937899	1939455	D	Function: F. solani PBP is essential for induction of the cutinase gene.; Similarity: F. solani PBP and the predicted A. niger protein share a fungal Cys6Zn2 binuclear cluster DNA-binding domain.; Title: strong similarity to transcription factor PBP - Fusarium solani; nucleus; See PMID 7744822; uncharacterized protein	join(1937899..1939056,1939162..1939336,1939409..1939455)	Aspergillus niger	4977332
An01g08220	CDS	An01g08220	NT_166518.1	1940196	1941275	R	Title: strong similarity to hypothetical membrane protein YNL010w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1940196..1940359,1940418..1940566,1940622..1940924,1940978..1941061,1941184..1941275))	Aspergillus niger	4978078
An01g08230	CDS	An01g08230	NT_166518.1	1941940	1943462	D	Similarity: similarity is between the N-terminal regions of the predicte A. niger protein and S. cerevisiae GCD14.; Similarity: the N-terminal region of the predicted A. niger protein shows similarity to different methyltransferases.; Title: weak similarity to methyltransferase Gcd14 -Saccharomyces cerevisiae; See PMID 10330157; uncharacterized protein	join(1941940..1942045,1942136..1942282,1942352..1942422,1942482..1943462)	Aspergillus niger	4977313
An01g08240	CDS	An01g08240	NT_166518.1	1944587	1946657	R	Complex: by two-hybrid assay and in vitro S. cerevisiae yTaf(II)19p and Not5p interact.; Complex: the S. cerevisiae Ccr4-Not complex (1 mDa in size), consists of the proteins Ccr4, Caf1, and Not1 to Not5.; Function: S. cerevisiae CCR4 is required for positive and negative regulation of a number of genes involved in nonfermentative growth, including glucose-repressible ADH2.; Function: the S. cerevisiae Ccr4-Not complex likely represses transcription by inhibiting factors more specifically required for promoters lacking a TATA sequence like the yTaf(II)19 subunit of TFIID.; Regulation: the transcriptional activation ability of S. cerevisiae CCR4 is glucose regulated.; Title: similarity to transcription regulator Ccr4 -Saccharomyces cerevisiae; nucleus; See PMID 8007957; See PMID 10490603; See PMID 10864925; uncharacterized protein	complement(join(1944587..1945032,1945072..1945773,1945835..1946657))	Aspergillus niger	4977186
An01g08250	CDS	An01g08250	NT_166518.1	1946659	1947238	D	Remark: blastp shows significant similarity (43% identity) between predicted A. niger protein and A. sulcata LWamide but due to shortness of both peptides the probability is low (p=1,2).; Remark: literature concerning LWamide of A. sulcata is not available via PubMed.; Title: similarity to precursor of LWamide neuropeptide - Anemonia sulcata; uncharacterized protein	join(1946659..1946731,1946808..1946879,1946964..1947238)	Aspergillus niger	84590023
An01g08260	CDS	An01g08260	NT_166518.1	1947256	1949602	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Remark: blastp with the predicted A. niger protein only retrieves random hits.; Title: questionable ORF; uncharacterized protein	complement(join(1947256..1947574,1947608..1947679,1947736..1947794,1947885..1947954,1948638..1948699,1948806..1948868,1949474..1949602))	Aspergillus niger	84590024
An01g08265	CDS	An01g08265	NT_166518.1	1949923	1950910	D	hypothetical protein	join(1949923..1950095,1950194..1950292,1950763..1950910)	Aspergillus niger	84590025
An01g08270	CDS	An01g08270	NT_166518.1	1951411	1952098	D	hypothetical protein	join(1951411..1951498,1951611..1952098)	Aspergillus niger	84590026
An01g08280	CDS	An01g08280	NT_166518.1	1952121	1953320	D	Title: strong similarity to hypothetical protein CAC28582.1 - Neurospora crassa; uncharacterized protein	1952121..1953320	Aspergillus niger	4977985
An01g08290	CDS	An01g08290	NT_166518.1	1953830	1954201	R	Title: weak similarity to hypothetical protein CG6115 - Drosophila melanogaster; uncharacterized protein	complement(join(1953830..1953846,1953919..1954029,1954156..1954201))	Aspergillus niger	84590027
An01g08300	CDS	An01g08300	NT_166518.1	1955069	1956234	D	Title: similarity to hypothetical conserved protein VC1938 - Vibrio cholerae; uncharacterized protein	join(1955069..1955425,1955514..1955517,1955649..1955818,1955878..1956234)	Aspergillus niger	4978150
An01g08310	CDS	An01g08310	NT_166518.1	1960276	1963395	D	Title: strong similarity to hypothetical protein CAC28577.2 - Neurospora crassa; uncharacterized protein	1960276..1963395	Aspergillus niger	4977242
An01g08360	CDS	An01g08360	NT_166518.1	1966173	1968901	R	Remark: the similarity is only in the hydroxyproline-rich region.; Title: similarity to hydroxyproline-rich microfilarial sheath protein - Brugia malayi; See PMID 7637719; uncharacterized protein	complement(join(1966173..1967783,1967842..1968234,1968284..1968901))	Aspergillus niger	84590028
An01g08370	CDS	An01g08370	NT_166518.1	1969276	1970364	R	Remark: transcription factor TFIIIC mediates tRNA and 5S RNA gene activation by binding to intragenic promoter elements.; Title: similarity to transcription factor IIIC 95K chain Tfc1 - Saccharomyces cerevisiae; See PMID 2052571; See PMID 1737746; uncharacterized protein	complement(1969276..1970364)	Aspergillus niger	4977187
An01g08380	CDS	An01g08380	NT_166518.1	1971055	1972026	R	Remark: Dibenzothiophene (DBT) is representative of a broad range of sulfur heterocycles found in petroleum that are recalcitrant to desulfurization via HDS.; Remark: Rhodococcus sp. strain IGTS8 has the ability to convert DBT to 2-hydroxybiphenyl (HBP) with the release of inorganic sulfur. The conversion of DBT to HBP is catalyzed by a multienzyme pathway consisting of two monooxygenases and a desulfinase.; Remark: the development of biocatalytic desulfurization of petroleum fractions may allow its use in place of conventional hydrodesulfurization (HDS).; Title: similarity to NADH-dependent FMN oxydoreductase dszD - Rhodococcus erythropolis; See PMID 9634856; uncharacterized protein	complement(join(1971055..1971803,1971867..1971907,1971959..1972026))	Aspergillus niger	4977103
An01g08390	CDS	An01g08390	NT_166518.1	1972340	1972840	D	Remark: mitochondrial ribosomal proteins (MRPs) are the counterparts in that organelle of the cytoplasmic ribosomal proteins in the host.; Remark: the mitochondrial ribosome of the yeast S. cerevisiae contains 13 large subunit proteins.; Title: similarity to ribosomal protein of the large subunit Mrpl36 - Saccharomyces cerevisiae; See PMID 9151978; See PMID 9445368; mitochondrial 54S ribosomal protein bL31m	1972340..1972840	Aspergillus niger	4977708
An01g08400	CDS	An01g08400	NT_166518.1	1973313	1975313	R	Remark: VPSS/GRD2, encodes a hydrophilic protein similar to human sorting nexin-1, a protein involved in trafficking of the epidermal growth factor receptor.; Remark: Vps5p is required for retrieval of membrane proteins from a prevacuolar/late endosomal compartment back to the late Golgi apparatus.; Title: strong similarity to sorting nexin-1-like protein Vps5 - Saccharomyces cerevisiae; See PMID 9175702; uncharacterized protein	complement(join(1973313..1973459,1973522..1974124,1974173..1974553,1974604..1975082,1975159..1975218,1975280..1975313))	Aspergillus niger	4977565
An01g08410	CDS	An01g08410	NT_166518.1	1975898	1976757	R	Remark: patent EP892050-A2.; Remark: useful as diagnostic reagents and for prevention and treatment of inflammatory diseases, cancer and Parkinson's disease.; Title: strong similarity to polypeptide HFIZG53 from patent EP892050-A2 - Homo sapiens; uncharacterized protein	complement(join(1975898..1976015,1976077..1976552,1976623..1976757))	Aspergillus niger	4977357
An01g08420	CDS	An01g08420	NT_166518.1	1977728	1979659	D	Remark: Secretory proteins become folded by the action of a number of molecular chaperones soon after they enter the endoplasmic reticulum (ER). In mammalian cells,the ER membrane protein calnexin has been shown to be a molecular chaperone involved in the folding of secretory proteins and in the assembly of cell surface receptor complexes.; Title: strong similarity to calcium-binding protein precursor cnx1p - Schizosaccharomyces pombe; See PMID 7621821; See PMID 10597630; See PMID 10878246; uncharacterized protein	join(1977728..1977853,1977916..1978198,1978255..1978385,1978455..1979108,1979165..1979659)	Aspergillus niger	4977847
An01g08430	CDS	An01g08430	NT_166518.1	1980563	1982518	D	Catalytic activity: 2-Methyl-3-oxopropanoate + CoA + NAD+ = Propanoyl-CoA + CO2 + NADH.; Pathway: valine, leucine and isoleucine degradation; propanoate metabolism.; Remark: MMSDH clearly belongs to a superfamily of aldehyde dehydrogenases and is closely related to betaine aldehyde dehydrogenase, 2-hydroxymuconic semialdehyde dehydrogenase, and class 1 and 2 aldehyde dehydrogenases.; Remark: the enzyme is active with malonate semialdehyde and consumes both stereoisomers of methylmalonate semialdehyde, implicating a single semialdehyde dehydrogenase in the catabolism of valine,thymine, and compounds catabolized by way of beta-alanine.; Title: strong similarity to methylmalonate-semialdehyde dehydrogenase MMSDH - Rattus norvegicus; See PMID 2768248; See PMID 1527093; uncharacterized protein	join(1980563..1981310,1981388..1982025,1982102..1982518)	Aspergillus niger	4978332
An01g08440	CDS	An01g08440	NT_166518.1	1983019	1983897	R	Remark: weak similarity to the C-terminal domain of the glucan-binding protein - Streptococcus mutans.; Title: strong similarity to hypothetical protein encoded by An13g02980 - Aspergillus niger; uncharacterized protein	complement(join(1983019..1983141,1983199..1983648,1983746..1983787,1983844..1983897))	Aspergillus niger	4978459
An01g08450	CDS	An01g08450	NT_166518.1	1984772	1986358	D	Catalytic activity: ATP + a Protein = ADP + a Phosphoprotein.; Remark: babo is not required during embryogenesis but is essential for proper pupation and adult viability. Among findings on babo function, babo primarily regulates cell proliferation and has only minimal effects on patterning.; Title: weak similarity to baboon babo - Drosophila melanogaster; deleted EC_number 2.7.1.37; uncharacterized protein	join(1984772..1984945,1985024..1986358)	Aspergillus niger	4978506
An01g08460	CDS	An01g08460	NT_166518.1	1986568	1988443	R	Function: Alg12 from S. cerevisiae is part of the dolichol pathway.; Function: Alg12 from S. cerevisiae is responsible for the addition of the alpha-1,6 mannose to dolichol-linked Man7GlcNAc2.; Function: The S. cerevisiae alg12 deletion mutant accumulates oligosaccharide lipid with a Man(7)GlcNAc(2) oligosaccharide.; Title: strong similarity to the mannosyltransferase Alg12 - Saccharomyces cerevisiae; See PMID 10336995; See PMID 12460943; uncharacterized protein	complement(join(1986568..1986588,1986656..1988043,1988104..1988443))	Aspergillus niger	4978324
An01g08465	CDS	An01g08465	NT_166518.1	1988694	1989222	D	Title: strong similarity to hypothetical protein SPAC19A8.09 - Schizosaccharomyces pombe; uncharacterized protein	join(1988694..1988706,1988814..1988873,1988946..1989056,1989167..1989222)	Aspergillus niger	4978316
An01g08470	CDS	An01g08470	NT_166518.1	1990289	1992942	R	Catalytic activity: ubiquitin C-terminal thiolester + H2O = ubiquitin + a thiol.; Remark: acts on esters formed between thiols such as dithiothreitol or glutathione and the C-terminal glycine residue of the polypeptide ubiquitin. also acts on AMP-ubiquitin.; Title: strong similarity to ubiquitin carboxyl-terminal hydrolase UBP1 - Pichia anomala; See PMID 1883836; See PMID 10635554; See PMID 10933821; uncharacterized protein	complement(join(1990289..1992346,1992452..1992682,1992907..1992942))	Aspergillus niger	4978128
An01g08490	CDS	An01g08490	NT_166518.1	1997656	1999294	D	Catalytic activity: ATP + L-histidine + tRNA(His) = AMP + pyrophosphate + L-histidyl-tRNA(His).; Localization: might encode the cytoplasmic and mitochondrial protein.; Pathway: aminoacyl-tRNA biosynthesis.; Remark: histidyl-tRNA synthetase (HisRS) is responsible for the synthesis of histidyl-transfer RNA,which is essential for the incorporation of histidine into proteins.; Title: strong similarity to histidine--tRNA ligase Hts1 - Saccharomyces cerevisiae; See PMID 3521891; See PMID 10430027; uncharacterized protein	join(1997656..1998948,1999013..1999294)	Aspergillus niger	4977172
An01g08500	CDS	An01g08500	NT_166518.1	1999496	2001328	R	Remark: COQ6 encodes a protein which is involved in the biosynthesis of coenzyme Q (Tzagoloff and Dieckmann,1990).; Similarity: to E. coli ubiH and visC proteins.; Title: strong similarity to monooxygenase Coq6 -Saccharomyces cerevisiae; See PMID 10669875; See PMID 10987383; uncharacterized protein	complement(join(1999496..1999522,1999647..1999668,1999739..2001089,2001148..2001328))	Aspergillus niger	4977212
An01g08510	CDS	An01g08510	NT_166518.1	2001884	2002374	D	Remark: the N-terminal part shows similarity to many different proteins of various organisms.; hypothetical protein	join(2001884..2002111,2002240..2002374)	Aspergillus niger	4977025
An01g08520	CDS	An01g08520	NT_166518.1	2002624	2004175	R	Complex: when expressed in COS7 cells,epitope-tagged sorting nexins SNX1, SNX1A, SNX2, and SNX4 coimmunoprecipitated with receptor tyrosine kinases for EGF, platelet-derived growth factor, and insulin.; Function: SNX4 of S. cerevisiae is a sorting nexin involved in protein sorting.; Remark: the protein contains a conserved domain of approximately 100 amino acids, which was termed the phox homology (PX) domain.; Remark: the systematic genename of SNX4 is YJL036w .; Title: strong similarity to sorting nexin protein Snx4 - Saccharomyces cerevisiae; See PMID 9819414; uncharacterized protein	complement(join(2002624..2003805,2003882..2004175))	Aspergillus niger	4978029
An01g08530	CDS	kexB	NT_166518.1	2004659	2007243	R	Catalytic activity: cleavage of -Lys-Arg+ and Arg-Arg+ bonds to process yeast alpha-factor pheromone and killer toxin precursors.; Gene-ID: kexB; Mapping: aglC from A. niger is mapped to chromosome II; see list from DSM.; Remark: Secreted yields of foreign proteins may be enhanced in filamentous fungi through the use of translational fusions in which the target protein is fused to an endogenous secreted carrier protein. The fused proteins are usually separated in vivo by cleavage of an engineered Kex2 endoprotease recognition site at the fusion junction.; Remark: a Ca2+-activated subtilisin homologue,containing Cys near the active site His, and inhibited by p-mercuribenzoate. Similar enzymes occur in mammals.; Remark: the differences in the sequence are caused by strain variations or sequencing errors.; See PMID 1367012; See PMID 10618249; kexin precursor kexB-Aspergillus niger	complement(join(2004659..2005430,2005481..2007243))	Aspergillus niger	4977223
An01g08540	CDS	An01g08540	NT_166518.1	2008303	2009948	R	Remark: K3OH is involved in metabolism of tryptophan to kynurenic acid (KYNA), which has anticonvulsant and neuroprotective activities, and quinolinic acid (QUIN) which is neurotoxic, and is a target for inhibition of QUIN synthesis.; Remark: patent WO9802553.; Title: strong similarity to kynurenine 3-hydroxylase K3OH from patent WO9802553 - Rattus sp.; See PMID 10672018; See PMID 11080194; uncharacterized protein	complement(join(2008303..2009031,2009087..2009461,2009548..2009762,2009840..2009948))	Aspergillus niger	4977965
An01g08550	CDS	An01g08550	NT_166518.1	2011265	2013001	R	Remark: ATR1 allowes gcn4 mutant strains to grow in the presence of aminotriazole.; Title: strong similarity to aminotriazole resistance protein Atr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 3280970; See PMID 9046086; uncharacterized protein	complement(join(2011265..2011548,2011617..2011864,2011925..2012158,2012220..2013001))	Aspergillus niger	4977234
An01g08560	CDS	An01g08560	NT_166518.1	2016580	2021075	D	Remark: the ORF encoded protein is N-terminal extended in comparison to S. cerevisiae YGR266w.; Title: similarity to hypothetical protein YGR266w -Saccharomyces cerevisiae; uncharacterized protein	join(2016580..2019462,2019518..2019643,2019699..2019901,2019957..2020252,2020327..2021075)	Aspergillus niger	4977694
An01g08570	CDS	An01g08570	NT_166518.1	2021816	2023058	D	Catalytic activity: NADPH + oxidized thioredoxin <=> NADP(+) + reduced thioredoxin.; Complex: the thioredoxin reductase TrxB from Penicillium chrysogenum forms a homodimer.; Title: strong similarity to thioredoxin reductase TrxB - Penicillium chrysogenum; cytoplasm; See PMID 8106340; uncharacterized protein	join(2021816..2021837,2021918..2022817,2022877..2023058)	Aspergillus niger	4977808
An01g08580	CDS	An01g08580	NT_166518.1	2023631	2026513	R	Catalytic activity: N1-acetylspermine + O(2) + H(2)O <=> N1-acetylspermidine + 3-amino-propanal + H(2)O(2).; Remark: the polyamine oxidase PAO utilises an FAD cofactor to catalyse the oxidation of the secondary amino groups of spermine and spermidine.; Similarity: the closest manual homologue PAO from Z. mays shows an E-val. of 1e-25.; Title: similarity to polyamine oxidase PAO - Zea mays; See PMID 9598979; See PMID 1366693; See PMID 10368296; uncharacterized protein	complement(2023631..2026513)	Aspergillus niger	4977735
An01g08590	CDS	An01g08590	NT_166518.1	2028439	2029572	R	Title: strong similarity to hypothetical protein YKR088c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2028439..2028796,2028858..2029277,2029328..2029572))	Aspergillus niger	4977165
An01g08600	CDS	An01g08600	NT_166518.1	2031574	2033921	D	Title: similarity to hypothetical protein At2g26280 - Arabidopsis thaliana; uncharacterized protein	join(2031574..2032505,2032580..2033311,2033363..2033921)	Aspergillus niger	4977700
An01g08610	CDS	An01g08610	NT_166518.1	2034254	2035406	R	Catalytic activity: Citrate <=> acetate + oxaloacetate.; Title: strong similarity to citrate lyase beta chain CitE - Klebsiella pneumoniae; cytoplasm; See PMID 7830578; uncharacterized protein	complement(join(2034254..2034964,2035026..2035246,2035367..2035406))	Aspergillus niger	4977454
An01g08620	CDS	An01g08620	NT_166518.1	2035977	2036745	D	Title: strong similarity to hypothetical protein SPBC2A9.05c - Schizosaccharomyces pombe; uncharacterized protein	join(2035977..2036119,2036243..2036529,2036597..2036745)	Aspergillus niger	4977747
An01g08630	CDS	An01g08630	NT_166518.1	2037258	2038963	R	Induction: the mrcA gene product from Streptomyces lavendulae is inducible by mitomycin C.; Title: similarity to protein involved in mitomycin C resistance McrA - Streptomyces lavendulae; See PMID 7517396; See PMID 8917108; uncharacterized protein	complement(join(2037258..2037405,2037470..2038335,2038400..2038963))	Aspergillus niger	4977438
An01g08640	CDS	An01g08640	NT_166518.1	2040891	2041991	D	Catalytic activity: 4 porphobilinogen+H(2)O<=>hydroxymethylbilane+4 NH(3).; Function: the hydroxymethylbilane synthase Hem3 from S. cerevisiae catalyzes the tetrapolymerisation of the monopyrrole PBG into the hydroxymethylbilane preuroporphyrinogen.; Induction: the promotor of the S. cer. HEM3 gene has a binding site for Hap2p/Hap3p/Hap4p complex.; Pathway: Hem3 S. cer. is involved in the yeast porphyrin biosynthesis.; Remark: the hydroxymethylbilane synthase from S. cerevisiae is alternativly named porphobilinogen deaminase or pre-uroporphyrinogen synthase.; Title: strong similarity to hydroxymethylbilane synthase Hem3 - Saccharomyces cerevisiae; See PMID 1508149; uncharacterized protein	join(2040891..2041393,2041454..2041991)	Aspergillus niger	4977569
An01g08650	CDS	An01g08650	NT_166518.1	2042585	2044102	D	hypothetical protein	2042585..2044102	Aspergillus niger	4977592
An01g08660	CDS	An01g08660	NT_166518.1	2044539	2045591	D	Remark: N-terminally truncated ORF due to the end of contig.; Title: similarity to ankyrin Ank - Drosophila melanogaster [truncated ORF]; See PMID 7937942; uncharacterized protein	join(<2044539..2045408,2045508..2045591)	Aspergillus niger	4977858
An01g08670	CDS	An01g08670	NT_166518.1	2045810	2048181	D	Similarity: the similarities of the ORF encoded protein to other proteins are mainly based on repetitive structures.; Title: similarity to nucleolin C23 - Cricetulus griseus; nucleus; See PMID 3470736; uncharacterized protein	join(2045810..2045843,2046088..2046134,2046227..2046334,2046469..2046522,2046633..2046671,2046729..2046899,2047163..2047574,2047664..2047782,2047876..2048181)	Aspergillus niger	4978161
An01g08680	CDS	An01g08680	NT_166518.1	2048547	2050866	R	Title: weak similarity to regulator protein Gal4 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(2048547..2048722,2048784..2048984,2049042..2049511,2049681..2049981,2050084..2050506,2050557..2050738,2050817..2050866))	Aspergillus niger	84590029
An01g08690	CDS	An01g08690	NT_166518.1	2051467	2053208	D	Catalytic activity: Benzoate + NADPH + O(2) <=> 4-hydroxybenzoate + NADP(+) + H(2)O.; Cofactor: Iron, Tetrahydrobiopterin.; Pathway: the benzoate 4-monooxygenase cytochrome P450 53 (BphA) from A. niger is involved in the phenylalanine metabolism.; Title: strong similarity to benzoate 4-monooxygenase cytochrome P450 53 bphA - Aspergillus niger; See PMID 2250647; uncharacterized protein	join(2051467..2051844,2051905..2052452,2052512..2052800,2052867..2053208)	Aspergillus niger	4977856
An01g08700	CDS	An01g08700	NT_166518.1	2053782	2055877	D	Function: the CYHR protein from C. maltosa transforms S. cerevisiae to cycloheximide resistance.; Similarity: the ORF encoded protein shows the strongest similarity to the protein of patent JP09009966-A,but this patent does not describe its function clearly enough.; Title: strong similarity to cycloheximide resistance protein CYHR - Candida maltosa; See PMID 1628836; uncharacterized protein	join(2053782..2054030,2054094..2054588,2054637..2055316,2055369..2055438,2055797..2055877)	Aspergillus niger	4978289
An01g08710	CDS	An01g08710	NT_166518.1	2056856	2059047	D	Remark: the ORF encoded protein has a unusual gene structure and it is much shorter than cnjB from Tetrahymena thermophila.; Similarity: the similarities of the ORF encoded protein to other proteins are mainly based on repetitive structures.; Title: similarity to protein cnjB - Tetrahymena thermophila; See PMID 8233798; uncharacterized protein	join(2056856..2056922,2057026..2057140,2057186..2057266,2057320..2057450,2057504..2057634,2057714..2057812,2057889..2058096,2058149..2058296,2058344..2058420,2058476..2058536,2058590..2058666,2058731..2058802,2058869..2059047)	Aspergillus niger	4978226
An01g08720	CDS	An01g08720	NT_166518.1	2059498	2065560	R	Remark: the CDR1 gene from C. albicans was cloned by functional complementation of a PDR5 null mutant of S. cerevisiae.; Similarity: the ORF encoded protein shows the strongest similarity to the AtrA transporter from A. nidulans, which is not enough functionally characterized.; Title: strong similarity to multidrug resistance ATP-binding cassette transporter CDR1 - Candida albicans; See PMID 7614555; uncharacterized protein	complement(join(2059498..2059557,2059634..2061011,2061071..2065560))	Aspergillus niger	4978295
An01g08730	CDS	An01g08730	NT_166518.1	2066611	2069446	R	Title: weak similarity to gamma-tocopherol methyltransferase from patent WO9904622-A1 - Arabidopsis sp.; uncharacterized protein	complement(join(2066611..2066636,2066766..2066779,2066940..2066989,2067480..2068160,2068212..2068460,2068625..2069446))	Aspergillus niger	4978039
An01g08740	CDS	An01g08740	NT_166518.1	2069805	2071502	D	Function: the protein product of MJ0720 from Methanococcus jannaschii was found to be alpha-isopropylmalate dehydrogenase (LeuB) and was found to catalyze the NAD-dependent decarboxylation of one isomer of DL-threo-isopropylmalate to 2-ketoisocaproate; thus, it is involved in the biosynthesis of leucine.; Remark: LeuB normally is the gene name for beta-isopropylmalate dehydrogenases (EC 1. 1. 1. 85; e. g. LeuB Corynebacterium glutamicum.; Title: similarity to protein MJ0720 - Methanococcus jannaschii; See PMID 10940051; uncharacterized protein	2069805..2071502	Aspergillus niger	4977196
An01g08750	CDS	An01g08750	NT_166518.1	2072809	2073610	R	hypothetical protein	complement(join(2072809..2072943,2073004..2073151,2073231..2073610))	Aspergillus niger	84590030
An01g08760	CDS	An01g08760	NT_166518.1	2074334	2076988	D	Remark: the Flu1 gene product from C. albicans complements the fluconazole hypersusceptibility of a S. cerevisiae pdr5 mutant, lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Title: similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(2074334..2074514,2074548..2074628,2074690..2074731,2074801..2075248,2075437..2075982,2076097..2076112,2076266..2076311,2076621..2076988)	Aspergillus niger	4977051
An01g08770	CDS	An01g08770	NT_166518.1	2078586	2080367	R	hypothetical protein	complement(join(2078586..2078696,2078773..2079187,2079299..2079595,2080138..2080175,2080302..2080367))	Aspergillus niger	84590031
An01g08780	CDS	An01g08780	NT_166518.1	2081473	2083308	D	Induction: the HXT1 gene from S. cerevisiae is repressed at high glucose concentrations.; Remark: alternate name for S. cerevisiae Hxt1: YHR094C,Hor4.; Title: strong similarity to high affinity hexose transporter Hxt1 - Saccharomyces cerevisiae; See PMID 9151960; See PMID 2046678; uncharacterized protein	join(2081473..2081692,2081764..2081952,2082030..2082966,2083032..2083308)	Aspergillus niger	4977987
An01g08790	CDS	An01g08790	NT_166518.1	2086052	2087850	D	Similarity: the ORF encoded protein shows the strongest similarity to the S. pombe hypothetical proteins SPAC1B3. 16c and SPAC1B3. 15c.; Title: strong similarity to 4-hydroxyphenylacetate transporter hpaX - Escherichia coli; See PMID 9315705; uncharacterized protein	join(2086052..2086200,2086250..2086561,2086614..2087205,2087272..2087850)	Aspergillus niger	4977491
An01g08800	CDS	An01g08800	NT_166518.1	2088470	2090083	R	Catalytic activity: ATP + L-glutamate + NH(3) <=> ADP + phosphate + L-glutamine.; Pathway: the glutamine synthetase (GLN1) from S. cerevisiae is involved in glutamate metabolism and nitrogen metabolism.; Remark: the DNA sequence of the ORF is nearly identical to the A. niger EST BE759130.; Similarity: the ORF encoded protein shows stong similarity to the protein described in patent WO8704462-A.; Title: strong similarity to glutamine synthase Gln1 - Saccharomyces cerevisiae; See PMID 2865193; uncharacterized protein	complement(join(2088470..2088487,2088542..2088963,2089022..2089526,2089746..2089886,2089931..2089969,2090081..2090083))	Aspergillus niger	4977373
An01g08810	CDS	An01g08810	NT_166518.1	2090307	2090797	D	hypothetical protein	join(2090307..2090340,2090493..2090797)	Aspergillus niger	84590032
An01g08820	CDS	An01g08820	NT_166518.1	2096473	2098844	R	Title: strong similarity to hypothetical protein CAD71053.1 - Neurospora crassa; uncharacterized protein	complement(join(2096473..2097132,2097186..2098844))	Aspergillus niger	84590033
An01g08830	CDS	An01g08830	NT_166518.1	2099360	2100271	D	Title: similarity to hypothetical protein CAD70783.1 - Neurospora crassa; uncharacterized protein	join(2099360..2099446,2099521..2099963,2099998..2100056,2100119..2100149,2100205..2100271)	Aspergillus niger	4978009
An01g08840	CDS	An01g08840	NT_166518.1	2100463	2101849	R	Similarity: the ORF encoded protein also shows strong similarities to B. subtilis conserved hypothetical proteins yoqW and yoaM.; Similarity: the similarities of the ORF encoded protein with a score less than 58. 6 (e. val:1e-07) are mainly based on repetitive structures.; Title: strong similarity to hypothetical protein YMR114c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2100463..2101106,2101173..2101707,2101823..2101849))	Aspergillus niger	4977428
An01g08850	CDS	An01g08850	NT_166518.1	2103306	2104897	R	Similarity: the ORF encoded protein and the Aspergillus nidulans CpcB protein are homologues of the activated protein kinase C receptor RACK1 from Rattus norvegicus.; Similarity: the ORF encoded protein shows also very stong similarity to the human WD-repeat protein described in patent WO9521252-A2.; Title: strong similarity to Gbeta like protein cpcB - Aspergillus nidulans; See PMID 10931303; 40S ribosomal protein RACK1	complement(join(2103306..2103731,2103994..2104311,2104476..2104602,2104818..2104897))	Aspergillus niger	4977902
An01g08860	CDS	An01g08860	NT_166518.1	2105340	2106315	R	Title: strong similarity to hypothetical protein 12F11.240 - Neurospora crassa; uncharacterized protein	complement(join(2105340..2105788,2105856..2106315))	Aspergillus niger	4977740
An01g08870	CDS	An01g08870	NT_166518.1	2107007	2107982	R	Complex: the Erv25 protein from S. cerevisiae forms a protein complex with Emp24 (another component of COPII-coated vesicles) that can be isolated after chemical cross-linking.; Remark: alternate name for S. cerevisiae Erv25: YML012w.; Similarity: the ORF encoded protein shows also strong similarity to the Haemonchus contortus protein described in patent DE19704024-A1.; Title: strong similarity to component of COPII-coated vesicles Erv25 - Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 8900179; See PMID 10704443; uncharacterized protein	complement(join(2107007..2107025,2107100..2107400,2107502..2107628,2107794..2107982))	Aspergillus niger	4977487
An01g08880	CDS	An01g08880	NT_166518.1	2108713	2112380	R	Remark: alternate names for S. cerevisiae MUC1 gene: FLO11 or YIR019c.; Remark: there are no hints for any Muc1 1,4-alpha-glucosidase activity in the literature.; Similarity: the Muc1 protein from S. cerevisiae is a mucin-like protein.; Similarity: the similarities of the ORF encoded protein to Muc1 from S. cerevisiae and the other proteins are mainly based on repetitive structures.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; uncharacterized protein	complement(join(2108713..2110047,2110107..2112380))	Aspergillus niger	4978372
An01g08890	CDS	An01g08890	NT_166518.1	2118297	2118968	R	hypothetical protein	complement(2118297..2118968)	Aspergillus niger	4978410
An01g08900	CDS	An01g08900	NT_166518.1	2122665	2124356	D	Function: the Aspergillus nidulans wetA gene is required for synthesis of cell wall layers that make asexual spores (conidia) impermeable.; Title: strong similarity to regulator protein wetA -Aspergillus nidulans; See PMID 1986246; See PMID 2180753; uncharacterized protein	2122665..2124356	Aspergillus niger	4977293
An01g08910	CDS	An01g08910	NT_166518.1	2125276	2125952	R	Title: weak similarity to chromodomain-helicase-DNA-binding protein CHD-1 - Mus musculus; See PMID 7739555; See PMID 8460153; uncharacterized protein	complement(join(2125276..2125667,2125880..2125952))	Aspergillus niger	4977322
An01g08920	CDS	An01g08920	NT_166518.1	2126589	2128458	D	Remark: Scp1='S. cerevisiae CalPonin'.; Similarity: the n-terminal part of the ORF encoded protein (~200aa) shows strong similarity to the hypothetical protein Scp1=YOR367W from S. cerevisiae, the c-terminal the ORF encoded protein is highly repetitve. This repetitve part shows similarity to e. g. the mouse 'mena' protein Pubmed (8861907).; Title: similarity to hypothetical protein Scp1 -Saccharomyces cerevisiae; uncharacterized protein	join(2126589..2126755,2126817..2128458)	Aspergillus niger	4977909
An01g08930	CDS	An01g08930	NT_166518.1	2129012	2131130	R	Title: weak similarity to hypothetical RNA binding protein BAA83714.1 - Homo sapiens; uncharacterized protein	complement(join(2129012..2130792,2131082..2131130))	Aspergillus niger	4978504
An01g08950	CDS	An01g08950	NT_166518.1	2133521	2134887	D	Remark: in C. albicans two very similar iron permeases has been discovered: CaFTR1 and CaFTR2. Mutants lacking CaFTR1 but not CaFTR2 exhibited a severe growth defect in iron-deficient medium and were unable to establish systemic infection in mice.; Title: strong similarity to high-affinity iron permease CaFTR2 - Candida albicans; See PMID 10807578; uncharacterized protein	join(2133521..2133551,2133613..2133734,2133810..2134255,2134323..2134887)	Aspergillus niger	4977160
An01g08960	CDS	An01g08960	NT_166518.1	2135775	2137616	D	Function: the Fet1, CaFet1 gene products from S. cerevisiae and from C. albicans are iron transporter multicopper ferroxidases required for ferrous iron high affinity uptake (TC 9. A. 10).; Similarity: the ORF encoded protein shows also strong similarity to the S. cerevisae multicopper oxidase Fet3 (Pubmed 7836366;8293473).; Title: strong similarity to iron transport multicopper oxidase Fet3 - Candida albicans; See PMID 10517594; uncharacterized protein	2135775..2137616	Aspergillus niger	4977031
An01g08970	CDS	An01g08970	NT_166518.1	2138184	2139790	R	Title: weak similarity to tropomyosin I - Drosophila melanogaster; See PMID 3079761; See PMID 3038522; uncharacterized protein	complement(join(2138184..2139523,2139634..2139722,2139768..2139790))	Aspergillus niger	84590034
An01g08980	CDS	An01g08980	NT_166518.1	2140518	2141287	R	Similarity: the ORF encoded protein shows strongest similarity to the S. cerevisiae protein of unknown function Orm1 (YGR038w).; Title: strong similarity to membrane protein NHMP1 from patent WO9833817-A1 - Homo sapiens; uncharacterized protein	complement(join(2140518..2140565,2140626..2140984,2141155..2141287))	Aspergillus niger	4977451
An01g08990	CDS	An01g08990	NT_166518.1	2142596	2144929	D	Similarity: the similarities of the ORF encoded protein to the cnjB protein from T. thermophila and to other proteins are mainly based on repetitive structures.; Title: similarity to protein cnjB - Tetrahymena thermophila; See PMID 8233798; uncharacterized protein	join(2142596..2142823,2142876..2143988,2144054..2144929)	Aspergillus niger	4977797
An01g09000	CDS	An01g09000	NT_166518.1	2145119	2145951	R	Similarity: the ORF encoded protein shows also similarities to some hypothetical phosphoglycolate phosphatases (EC 3. 1. 3. 18).; Title: strong similarity to hypothetical protein YOR131c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2145119..2145343,2145426..2145597,2145679..2145888,2145947..2145951))	Aspergillus niger	4977570
An01g09010	CDS	An01g09010	NT_166518.1	2146626	2147489	D	Title: weak similarity to gastric mucin clone PGM-2A - Sus scrofa; See PMID 7755593; uncharacterized protein	2146626..2147489	Aspergillus niger	4978264
An01g09020	CDS	An01g09020	NT_166518.1	2147641	2148797	R	Title: strong similarity to hypothetical protein ymaE - Bacillus subtilis; uncharacterized protein	complement(join(2147641..2147835,2147908..2148544,2148664..2148797))	Aspergillus niger	4977736
An01g09030	CDS	An01g09030	NT_166518.1	2149391	2154359	R	Remark: the ORF is N-terminal truncated due to border of contig.; Title: strong similarity to hypothetical protein CAD11387.1 - Neurospora crassa [truncated ORF]; uncharacterized protein	complement(join(2149391..2149546,2149607..2151030,2151057..2153157,2153250..>2154359))	Aspergillus niger	4977881
An01g09040	CDS	An01g09040	NT_166518.1	2157968	2160031	R	Function: DEAD-box family RNA-helicases are involved in nuclear and mitochondrial splicing processes, RNA editing, rRNA processing, translation initiation, nuclear mRNA export, and mRNA degradation (see also the DEAD-box database at http://www. columbia. edu/~ej67/dbhome. htm).; Function: DEAD-box family RNA-helicases manipulate RNA in a manner that requires nucleoside triphosphates and have been shown to unwind purified RNA duplexes.; Function: at least one DEAD-box family protein,NPH-II from vaccinia virus, can effectively catalyze protein displacement from RNA and thereby participate in the structural reorganization of ribonucleoprotein assemblies.; Similarity: DEAD-box family RNA-helicases are highly conserved, howver only for few members of the family actual helicase activity has been proven e. g. not for MrDb.; Title: strong similarity to DEAD box protein MrDb -Homo sapiens; See PMID 10322435; See PMID 11141562; See PMID 8861962; uncharacterized protein	complement(join(2157968..2158216,2158284..2158544,2158601..2159076,2159132..2159377,2159443..2160031))	Aspergillus niger	4977425
An01g09050	CDS	An01g09050	NT_166518.1	2166188	2168488	D	Function: High levels of Ca 2+ added to the medium could reverse the effects of the spray and frost mutants in N. crassa (http://www. fgsc. net/asilo99/posterabs1. htm).; Function: N. crassa spray mutants initially grow as colonies that are flat on the surface, and then aerial mycelium fans upward (http://www. fgsc. net/compend/s. html).; Remark: data has not yet been published and is available via http://www. fgsc. net.; Title: similarity to calcium-related protein spray -Neurospora crassa; uncharacterized protein	join(2166188..2166560,2166627..2168488)	Aspergillus niger	4977281
An01g09060	CDS	An01g09060	NT_166518.1	2169449	2170493	R	Function: human U1 snRNP protein C is a part of the splicosome involved in pre-mRNA processing.; Function: the splicosome forms, when a number of small nuclear ribonucleoprotein particles (snRNPs) bind sequentially to the pre-mRNA.; Title: strong similarity to U1 snRNP protein C -Homo sapiens; nucleus; See PMID 10322216; uncharacterized protein	complement(join(2169449..2169789,2170003..2170131,2170190..2170290,2170480..2170493))	Aspergillus niger	84590035
An01g09070	CDS	An01g09070	NT_166518.1	2171000	2172061	R	Remark: similarity to W96322 was retrieved using blastx against the GENESEQPROT protein database.; Title: weak similarity to inducible nitric oxide synthase from patent WO9906059-A2 - Homo sapiens; uncharacterized protein	complement(2171000..2172061)	Aspergillus niger	84590036
An01g09080	CDS	An01g09080	NT_166518.1	2174585	2176097	R	Similarity: similarity is between the central regions of the predicted A. niger protein and S. pombe TFIIH chain p47.; Title: weak similarity to transcription factor TFIIH chain p47 - Schizosaccharomyces pombe; See PMID 10077189; uncharacterized protein	complement(join(2174585..2174624,2174822..2174916,2175083..2175320,2175371..2175855,2175924..2176097))	Aspergillus niger	84590037
An01g09090	CDS	An01g09090	NT_166518.1	2176327	2176794	D	Title: strong similarity to hypothetical protein CAD11379.1 - Neurospora crassa; uncharacterized protein	2176327..2176794	Aspergillus niger	84590038
An01g09100	CDS	An01g09100	NT_166518.1	2180319	2181587	R	Function: A. oryzae ArpA null mutants showed poor growth and hyper-branched mycelia, as well as a nuclear distribution defect.; Function: Actin-related proteins (Arps) participate in a diverse array of cellular processes. They modulate assembly of conventional actin, contribute to microtubule-based motility catalyzed by dynein, and serve as integral components of large protein complexes required for gene expression.; Function: in A. oryzae overexpression of the ArpA gene causes a defect in nuclear migration into elongating hyphae of germlings.; Title: strong similarity to actin-related protein arpA - Aspergillus oryzae; cytoskeleton; See PMID 10611965; See PMID 10628858; uncharacterized protein	complement(join(2180319..2180381,2180440..2180754,2180820..2181587))	Aspergillus niger	4977045
An01g09110	CDS	An01g09110	NT_166518.1	2182261	2183075	R	Title: similarity to hypothetical protein encoded by B23L21.360 - Neurospora crassa; uncharacterized protein	complement(join(2182261..2182341,2182403..2182475,2182533..2182671,2182736..2183075))	Aspergillus niger	4977468
An01g09120	CDS	An01g09120	NT_166518.1	2183199	2184969	D	Title: strong similarity to hypothetical protein encoded by B23L21.370 - Neurospora crassa; mitochondrial 37S ribosomal protein mS35	join(2183199..2183243,2183322..2183979,2184056..2184641,2184837..2184969)	Aspergillus niger	4977228
An01g09130	CDS	An01g09130	NT_166518.1	2185246	2186647	R	Title: weak similarity to hypothetical photoreceptor membrane-associated protein trp - Drosophila melanogaster; uncharacterized protein	complement(join(2185246..2185337,2185426..2185449,2185666..2186647))	Aspergillus niger	84590039
An01g09140	CDS	An01g09140	NT_166518.1	2186714	2187306	R	hypothetical protein	complement(join(2186714..2186794,2186863..2187306))	Aspergillus niger	4978012
An01g09150	CDS	An01g09150	NT_166518.1	2187440	2187816	D	hypothetical protein	join(2187440..2187545,2187689..2187816)	Aspergillus niger	84590040
An01g09160	CDS	An01g09160	NT_166518.1	2187887	2193562	R	Similarity: hZFH shows significant similarity to some proteins of the Snf2-like family, known to act as transcriptional regulators for multiple genes.; Title: similarity to hypothetical zinc-finger helicase hZFH - Homo sapiens; uncharacterized protein	complement(join(2187887..2188141,2188238..2188401,2188492..2188528,2188829..2188897,2188947..2189528,2189586..2193182,2193254..2193562))	Aspergillus niger	4977319
An01g09170	CDS	An01g09170	NT_166518.1	2193993	2195486	D	Title: similarity to hypothetical gene At2g19870 -Arabidopsis thaliana; uncharacterized protein	2193993..2195486	Aspergillus niger	4977716
An01g09180	CDS	An01g09180	NT_166518.1	2195930	2199641	R	Complex: ISW2p of S. cerevisiae forms a two-subunit complex with Itc1p.; Function: S. cerevisiae Isw2 complex represses transcription of early meiotic genes during mitotic growth in a parallel pathway to Rpd3-Sin3 histone deacetylase complex.; Function: the Isw2 complex functions at Ume6-dependent and -independent loci to create DNase I-inaccessible chromatin structure by regulating the positioning or placement of nucleosomes.; Function: the Isw2 complex functions mainly in repression of transcription in a parallel pathway with the Sin3-Rpd3 complex.; Localization: in vegetatively growing diploid cells,the Isw2 protein is cytoplasmic, whereas in cells entering sporulation Isw2p accumulates in the nucleus.; Phenotype: the isw2 homozygous deletant diploid strain was blocked in the G(1) phase of the cell cycle,unable to execute the premeiotic DNA replication and progress through the nuclear meiotic division cycle.; Remark: ISW2p/Itc1p interacts efficiently with both naked DNA and nucleosomal arrays in an ATP-independent manner.; Similarity: the predicted A. niger protein shows similarity to the ISW2 (Imitation Switch gene) protein of S. cerevisiae, which belongs to the superfamily II of DNA/RNA helicases (SNF2 family). the systematic name of ISW2 is YOR304w.; Title: strong similarity to Isw2 - Saccharomyces cerevisiae; See PMID 10090725; See PMID 10620773; See PMID 11081629; See PMID 11238944; See PMID 11533234; uncharacterized protein	complement(join(2195930..2199130,2199191..2199334,2199396..2199422,2199522..2199641))	Aspergillus niger	4977590
An01g09190	CDS	An01g09190	NT_166518.1	2200352	2201140	D	Title: weak similarity to hypothetical protein encoded by SPAC6B12.14c - Schizosaccharomyces pombe; uncharacterized protein	2200352..2201140	Aspergillus niger	4977789
An01g09210	CDS	An01g09210	NT_166518.1	2202161	2204284	D	Title: similarity to clathrin-associated adaptor complex assembly protein AP47 - Mus musculus; See PMID 10640811; uncharacterized protein	join(2202161..2202233,2202302..2202743,2202817..2204284)	Aspergillus niger	4977154
An01g09220	CDS	An01g09220	NT_166518.1	2204487	2205821	R	Title: weak similarity to tyrosinase melC2 -Streptomyces lincolnensis; uncharacterized protein	complement(join(2204487..2205219,2205278..2205363,2205420..2205821))	Aspergillus niger	4977340
An01g09230	CDS	An01g09230	NT_166518.1	2206148	2207582	R	hypothetical protein	complement(join(2206148..2206295,2206382..2206439,2206477..2206606,2207016..2207094,2207146..2207197,2207233..2207338,2207412..2207582))	Aspergillus niger	84590041
An01g09240	CDS	An01g09240	NT_166518.1	2208031	2209300	D	Remark: PTH11 is a pathogenicity gene predicted to encode a novel transmembrane protein. pth11 mutants are nonpathogenic and it is suggested that the protein is volved in host surface recognition by functioning as an upstream effector of appressorium differentiation.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(2208031..2208127,2208173..2208237,2208340..2208445,2208493..2208547,2208713..2208811,2208864..2208935,2208982..2209300)	Aspergillus niger	4977174
An01g09250	CDS	An01g09250	NT_166518.1	2209520	2210442	R	Catalytic activity: 2-acetolactate + CO(2) <=> 2 pyruvate.; Pathway: synthesis of branched chain aminoacids.; Title: similarity to acetolactate synthase precursor ALS - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2209520..2209980,2210063..2210289,2210369..2210442))	Aspergillus niger	4977680
An01g09260	CDS	An01g09260	NT_166518.1	2212082	2213863	R	Catalytic activity: An aldehyde + NAD(P)(+) + H(2)O <=> an acid + NAD(P)H.; Title: strong similarity to aldehyde dehydrogenase (NADP+) - Homo sapiens; uncharacterized protein	complement(join(2212082..2212449,2212509..2213308,2213431..2213661,2213760..2213863))	Aspergillus niger	4977155
An01g09270	CDS	An01g09270	NT_166518.1	2214708	2216557	R	Catalytic activity: isocitrate <=> succinate + glyoxylate.; Title: strong similarity to isocitrate lyase acuD -Aspergillus nidulans; uncharacterized protein	complement(join(2214708..2215068,2215131..2215683,2215738..2216080,2216136..2216291,2216354..2216557))	Aspergillus niger	4977120
An01g09280	CDS	An01g09280	NT_166518.1	2216873	2217612	R	hypothetical protein	complement(join(2216873..2216935,2217010..2217108,2217415..2217481,2217563..2217612))	Aspergillus niger	84590042
An01g09290	CDS	An01g09290	NT_166518.1	2218796	2221262	R	Title: strong similarity to neutral trehalase treB -Aspergillus nidulans; uncharacterized protein	complement(join(2218796..2218922,2218997..2220735,2220799..2220920,2220988..2221063,2221137..2221262))	Aspergillus niger	4978122
An01g09300	CDS	An01g09300	NT_166518.1	2222434	2225172	R	Remark: C-terminal half: high similaritiy to trk-transporters.; Remark: Mol. Microbiol. 37:671-679(2000).; Remark: a splice site was detected upstream of the START codon.; Title: similarity to high-affinity potassium uptake transporter trk1 - Schwanniomyces occidentalis; uncharacterized protein	complement(join(2222434..2222710,2222766..2222809,2222861..2223575,2223631..2223745,2223811..2224147,2224292..2224445,2224485..2224677,2224744..2224880,2224959..2225079,2225136..2225172))	Aspergillus niger	4977693
An01g09310	CDS	An01g09310	NT_166518.1	2226083	2227083	R	Title: similarity to beta-ketoacyl reductase rhlG -Pseudomonas aeruginosa; uncharacterized protein	complement(join(2226083..2226302,2226367..2226670,2226746..2226980,2227054..2227083))	Aspergillus niger	4977437
An01g09320	CDS	An01g09320	NT_166518.1	2227799	2228803	D	Title: similarity to hypothetical protein YHL013c -Saccharomyces cerevisiae; uncharacterized protein	2227799..2228803	Aspergillus niger	4977473
An01g09330	CDS	An01g09330	NT_166518.1	2228905	2229835	R	Remark: Methyl chloride transferase catalyzes the synthesis of methyl chloride from S-adenosine-L-methionine and chloride ion.; Title: strong similarity to methyl chloride transferase BMCT - Batis maritima; See PMID 9789006; uncharacterized protein	complement(join(2228905..2229261,2229332..2229409,2229440..2229835))	Aspergillus niger	4977815
An01g09340	CDS	An01g09340	NT_166518.1	2229967	2230653	R	hypothetical protein	complement(join(2229967..2230144,2230198..2230303,2230451..2230545,2230604..2230653))	Aspergillus niger	84590043
An01g09350	CDS	An01g09350	NT_166518.1	2231526	2233381	D	Title: similarity to hypothetical membrane protein YBR043c - Saccharomyces cerevisiae; uncharacterized protein	join(2231526..2231910,2231972..2232981,2233085..2233381)	Aspergillus niger	4977129
An01g09360	CDS	An01g09360	NT_166518.1	2233585	2236404	R	hypothetical protein	complement(join(2233585..2234072,2234271..2234422,2234477..2234535,2234579..2234798,2234997..2235153,2235274..2235509,2235606..2235664,2236177..2236250,2236305..2236404))	Aspergillus niger	84590044
An01g09370	CDS	An01g09370	NT_166518.1	2236456	2236778	R	hypothetical protein	complement(join(2236456..2236551,2236668..2236778))	Aspergillus niger	84590045
An01g09380	CDS	An01g09380	NT_166518.1	2237015	2241894	D	Remark: protein possibly involved in attachment of the cellulosome to the cell surface.; Title: similarity to hypothetical S-layer protein -Clostridium thermocellum; uncharacterized protein	join(2237015..2237282,2237396..2241894)	Aspergillus niger	4978296
An01g09390	CDS	An01g09390	NT_166518.1	2242430	2244420	R	Catalytic activity: 5-L-Glutamyl)-peptide + an Amino acid = Peptide +5-L-Glutamyl amino acid; Complex: the purified enzyme gamma-Glutamyltranspeptidase from Pseudomonas is composed of two nonidentical subunits.; Remark: processing of the precursor protein to its subunits is probably temperature-dependent.; Title: strong similarity to gamma-Glutamyltranspeptidase - Pseudomonas aeruginosa; See PMID 776530; uncharacterized protein	complement(join(2242430..2243716,2243770..2244119,2244178..2244196,2244256..2244420))	Aspergillus niger	4978151
An01g09400	CDS	An01g09400	NT_166518.1	2245402	2246870	D	Similarity: the ORF sequence shows some similarities to the A. oryzae EST SEQ ID NO:6333 rom patent WO200056762-A2.; Title: strong similarity to hypothetical protein CAD36997.1 - Neurospora crassa; uncharacterized protein	join(2245402..2245676,2245745..2246063,2246124..2246870)	Aspergillus niger	4977774
An01g09410	CDS	An01g09410	NT_166518.1	2248069	2249245	R	Function: the zebrafish biklf gene encodes a novel Kruppel-like transcription factor.; Similarity: the predicted ORF shows similarity to some C2H2 zinc finger proteins.; Title: similarity to Kruppel-like transcription factor biklf - Danio rerio; See PMID 11025220; uncharacterized protein	complement(join(2248069..2248191,2248251..2248806,2248864..2248971,2249035..2249090,2249120..2249245))	Aspergillus niger	4978175
An01g09420	CDS	An01g09420	NT_166518.1	2250563	2250974	R	hypothetical protein	complement(join(2250563..2250739,2250867..2250974))	Aspergillus niger	84590046
An01g09430	CDS	An01g09430	NT_166518.1	2251172	2254511	D	hypothetical protein	join(2251172..2251264,2251343..2251428,2251563..2251619,2251666..2251769,2251852..2251965,2252860..2252930,2253008..2253235,2253409..2253660,2253743..2253817,2253910..2254019,2254140..2254257,2254464..2254511)	Aspergillus niger	84590047
An01g09440	CDS	An01g09440	NT_166518.1	2254620	2257473	R	Similarity: shows only partial similarity to human COIL.; Title: weak similarity to coilin p80 COIL - Homo sapiens; uncharacterized protein	complement(join(2254620..2254688,2254780..2254927,2255046..2255135,2255221..2255372,2255489..2255556,2255808..2255935,2256277..2256393,2256482..2256552,2256604..2256683,2256776..2256974,2257055..2257159,2257235..2257244,2257304..2257473))	Aspergillus niger	84590048
An01g09450	CDS	An01g09450	NT_166518.1	2259510	2260361	R	Similarity: shows only partial similarity to several hypothetical proteins.; Title: similarity to hypothetical protein SMa0322 -Sinorhizobium meliloti; uncharacterized protein	complement(2259510..2260361)	Aspergillus niger	4977703
An01g09460	CDS	An01g09460	NT_166518.1	2262875	2263815	R	Function: WSC domain is a putative carbohydrate binding domain, the protein might be involved in carbohydrate utilization.; Remark: frameshift confirmed by cDNA comparison.; Remark: putative frameshift because of sequencing error.; Similarity: shows similarity to proteins with high content of repetitive sequences.; Title: similarity to glucoamylase III Wsc2 -Saccharomyces cerevisiae [putative frameshift]; putative frameshift; See PMID 3138030; uncharacterized protein	complement(join(<2262875..2262898,2262955..2263460,2263517..2263815))	Aspergillus niger	4977303
An01g09470	CDS	An01g09470	NT_166518.1	2266387	2267799	D	hypothetical protein	join(2266387..2266416,2266518..2266775,2266864..2267048,2267104..2267155,2267208..2267471,2267557..2267799)	Aspergillus niger	84590049
An01g09480	CDS	An01g09480	NT_166518.1	2269211	2270245	R	Function: mutants of T. aestivum show altered the phospholipid composition of wild type yeast, with the most marked effect being increased abundance of phosphatidylserine.; Localization: might be localized in the ER or might be a mitochondrial protein.; Title: strong similarity to phosphatidylserine synthase pS232 - Triticum aestivum; uncharacterized protein	complement(join(2269211..2269579,2269645..2269826,2269889..2269900,2269972..2270009,2270079..2270136,2270194..2270245))	Aspergillus niger	4978033
An01g09490	CDS	An01g09490	NT_166518.1	2270787	2271686	R	Function: GAR1 of S. cerevisiae is involved in 35S rRNA processing and required for pre-rRNA processing.; Function: GAR1 of S. cerevisiae is involved in cleavage of 33S precursor rRNA at A1 site to yield 32S rRNA and in cleavage of 32S precursor rRNA at A2 site to yield 20S and 27SA2 precursors.; Function: GAR1 of S. cerevisiae is involved in pre-rRNA pseudouridylation.; Similarity: strong similarity to S. pombe GAR1 and fruit fly GCR101 protein.; Title: strong similarity to nucleolar rRNA processing protein Gar1 - Saccharomyces cerevisiae; nucleus; See PMID 1531632; See PMID 8502556; uncharacterized protein	complement(join(2270787..2271019,2271079..2271107,2271165..2271310,2271371..2271471,2271527..2271574,2271644..2271686))	Aspergillus niger	4977441
An01g09500	CDS	An01g09500	NT_166518.1	2271952	2274391	D	Catalytic activity: ATP + L-threonine + tRNA(THR) = AMP + pyrophosphate + L-threonyl-tRNA.; Similarity: strong similarity to members of class II aminoacyl-tRNA synthetases.; Title: strong similarity to cytosolic threonine--tRNA ligase Ths1 - Saccharomyces cerevisiae; cytoplasm; See PMID 2995918; uncharacterized protein	join(2271952..2272012,2272078..2272516,2272566..2272830,2272884..2273459,2273519..2274179,2274237..2274391)	Aspergillus niger	4977746
An01g09510	CDS	An01g09510	NT_166518.1	2274988	2276810	D	Similarity: shows only partial similarity to sequence of DNA patent database.; Title: weak similarity to protein fragment SEQ ID NO:43781 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(2274988..2276397,2276453..2276504,2276566..2276810)	Aspergillus niger	4977771
An01g09520	CDS	An01g09520	NT_166518.1	2277415	2278947	D	Function: MPKA of A. nidulans is involved in germination of conidial spores and polarized growth.; Function: MPKA of A. nidulans transfers phosphate from ATP to serine/threonine residues of the target protein.; Title: strong similarity to mitogen-activated protein kinase mPKA - Aspergillus nidulans; See PMID 10220889; uncharacterized protein	join(2277415..2277527,2277613..2277745,2277813..2277879,2277942..2278256,2278310..2278947)	Aspergillus niger	4977040
An01g09530	CDS	An01g09530	NT_166518.1	2279285	2281928	R	Function: the C. nicotianae Crg1 is involved in cellular resistance to the perylenequinone toxin,cercosporin, that generates highly toxic singlet oxygen upon exposure to light.; Similarity: the A. niger protein, in contrast to CRG1 of C. nicotianae, contains a fungal-type Zn(2)-Cys(6) DNA-binding domain.; Title: similarity to cercosporin resistance protein CRG1 - Cercospora nicotianae; See PMID 12604346; uncharacterized protein	complement(join(2279285..2279472,2279590..2279607,2279765..2279781,2279838..2280896,2280967..2281692,2281750..2281928))	Aspergillus niger	4977101
An01g09540	CDS	An01g09540	NT_166518.1	2282186	2283067	D	Title: strong similarity to hypothetical short chain alcohol dehydrogenase SPCC663.06c - Schizosaccharomyces pombe; uncharacterized protein	join(2282186..2282795,2282874..2283067)	Aspergillus niger	4977161
An01g09550	CDS	An01g09550	NT_166518.1	2284637	2286132	D	Title: similarity to hypothetical dihydrolipoamide dehydrogenase Rv2713 - Mycobacterium tuberculosis; uncharacterized protein	join(2284637..2284844,2284919..2285260,2285324..2285681,2285731..2286038,2286089..2286132)	Aspergillus niger	4977115
An01g09560	CDS	An01g09560	NT_166518.1	2286807	2288107	R	Function: YLL057c of S. cerevisiae plays a role in sulfonate catabolism.; Title: strong similarity to Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygenase YLL057c -Saccharomyces cerevisiae; See PMID 10482536; uncharacterized protein	complement(join(2286807..2287016,2287070..2287173,2287227..2287695,2287732..2287826,2287885..2288107))	Aspergillus niger	4977023
An01g09570	CDS	An01g09570	NT_166518.1	2289344	2291330	D	Similarity: belongs to the major facilitator superfamily.; Title: strong similarity to hypothetical membrane protein YIL166c - Saccharomyces cerevisiae; uncharacterized protein	join(2289344..2289589,2289652..2289747,2289811..2290095,2290178..2290303,2290358..2290453,2290500..2291025,2291092..2291330)	Aspergillus niger	4977444
An01g09580	CDS	An01g09580	NT_166518.1	2291494	2293791	R	Function: amyR of A. nidulans activates the expression of th gene encoding Taka-amylase A.; Induction: the expression of amyR of A. nidulans is under the control of the carbon catabolite repressor CREA.; Remark: an alternative name for amyR of A. nidulans is malA.; Title: strong similarity to transcription regulator of maltose utilization amyR - Aspergillus nidulans; nucleus; See PMID 11318101; uncharacterized protein	complement(join(2291494..2292297,2292350..2292827,2292876..2293370,2293487..2293791))	Aspergillus niger	4977093
An01g09590	CDS	An01g09590	NT_166518.1	2295204	2296449	D	Complex: Kv beta 1 of R. norvegicus is an accessory protein of the voltage-gated potassium channel Kv1.; Function: Kv beta 1 of R. norvegicus modulates the activity of the pore-forming alpha subunit of the voltage-gated potassium channel Kv1.; Title: strong similarity to voltage-gated potassium channel beta subunit Kv beta 1 - Rattus norvegicus; See PMID 9687064; See PMID 8183366; uncharacterized protein	join(2295204..2295271,2295333..2295355,2295411..2295565,2295620..2296174,2296225..2296449)	Aspergillus niger	4977843
An01g09600	CDS	An01g09600	NT_166518.1	2297467	2298934	R	Remark: the C-terminus contains a highly acidic domain.; hypothetical protein	complement(join(2297467..2298111,2298209..2298509,2298573..2298934))	Aspergillus niger	84590050
An01g09610	CDS	An01g09610	NT_166518.1	2300107	2300823	D	Remark: due to the presence of an GST domain, the ORF show similarity to glutathione S-transferases.; Similarity: shows strong similarity to a 5'-EST of the A. niger cDNA clone an_2396.; Similarity: shows strong similarity to the N-terminal half of translation elongation factor eEF-1 gamma chain.; Title: strong similarity to gamma subunit of translation elongation factor eEF-1 - Homo sapiens; uncharacterized protein	join(2300107..2300157,2300215..2300823)	Aspergillus niger	4978056
An01g09620	CDS	An01g09620	NT_166518.1	2301078	2303425	R	Catalytic activity: RH2OH + O2 = RHO + H2O2.; Function: fao1 of C. cloacae catalyzes the flavin-dependent omega-oxidation using molecular oxygen as acceptor, producing hydrogen peroxid.; Pathway: fao1 of C. cloacae functions in the utilization of alkanes and long-chain fatty acids as carbon source.; Title: strong similarity to long-chain-fatty-acid alcohol oxidase fao1 - Candida cloacae; endoplasmatic reticulum; See PMID 10660617; uncharacterized protein	complement(join(2301078..2301844,2301895..2303006,2303055..2303425))	Aspergillus niger	4977107
An01g09630	CDS	An01g09630	NT_166518.1	2304880	2306405	D	Title: strong similarity to hypothetical protein YDR132c - Saccharomyces cerevisiae; uncharacterized protein	join(2304880..2305024,2305081..2305203,2305258..2305326,2305381..2306405)	Aspergillus niger	4977192
An01g09640	CDS	An01g09640	NT_166518.1	2306485	2308294	R	Function: NOL1/NOP1/sun proteins are thought to be involved in rRNA/tRNA processing.; Similarity: belongs to the NOL1/NOP1/sun family of nucleolar proteins.; Title: strong similarity to hypothetical nucleolar protein SPAC2C4.06c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2306485..2308002,2308094..2308294))	Aspergillus niger	4978223
An01g09650	CDS	An01g09650	NT_166518.1	2308994	2310069	R	Title: weak similarity to FYVE domain-containing dual specificity protein phosphatase FYVE-DSP1b - Homo sapiens; uncharacterized protein	complement(join(2308994..2309419,2309623..2310069))	Aspergillus niger	4977078
An01g09660	CDS	An01g09660	NT_166518.1	2310282	2311507	D	hypothetical protein	join(2310282..2310389,2310932..2311013,2311329..2311507)	Aspergillus niger	84590051
An01g09670	CDS	An01g09670	NT_166518.1	2311616	2314702	R	hypothetical protein	complement(join(2311616..2311812,2311904..2311989,2312080..2312264,2312397..2312531,2312644..2312830,2312870..2313105,2313193..2313239,2313321..2313494,2313589..2313674,2313728..2313847,2313960..2314132,2314222..2314268,2314351..2314615,2314694..2314702))	Aspergillus niger	84590052
An01g09680	CDS	An01g09680	NT_166518.1	2316407	2317258	D	hypothetical protein	join(2316407..2316415,2316504..2316602,2316660..2316723,2316807..2316813,2316873..2317079,2317150..2317258)	Aspergillus niger	84590053
An01g09690	CDS	An01g09690	NT_166518.1	2317290	2318103	D	hypothetical protein	join(2317290..2317393,2317580..2317654,2317693..2317853,2317944..2317996,2318050..2318103)	Aspergillus niger	84590054
An01g09700	CDS	An01g09700	NT_166518.1	2318131	2319935	R	Title: similarity to EST an_1026 - Aspergillus niger; uncharacterized protein	complement(join(2318131..2318280,2318404..2318457,2318599..2318658,2319072..2319186,2319271..2319429,2319687..2319780,2319845..2319935))	Aspergillus niger	84590055
An01g09710	CDS	An01g09710	NT_166518.1	2320229	2321033	D	hypothetical protein	join(2320229..2320280,2320358..2320417,2320475..2320567,2320655..2320755,2320849..2320900,2320990..2321033)	Aspergillus niger	84590056
An01g09720	CDS	An01g09720	NT_166518.1	2321164	2321582	R	hypothetical protein	complement(join(2321164..2321216,2321312..2321407,2321504..2321582))	Aspergillus niger	84590057
An01g09730	CDS	An01g09730	NT_166518.1	2321824	2323610	D	Function: in A. niger GABA is used as a nitrogen source.; Induction: transcription of the gabA gene of A. nidulans is activated by the transcriptionfactor IntA.; Repression: transcription of the gabA gene of A. nidulans is repressed by the zinc finger transcription factor PacC.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	join(2321824..2322027,2322126..2322172,2322228..2322307,2322358..2323610)	Aspergillus niger	4977106
An01g09740	CDS	An01g09740	NT_166518.1	2323797	2325665	R	Catalytic activity: (S)-3-hydroxybutanoyl-CoA + NADP(+) = 3-acetoacetyl-CoA + NADPH.; Pathway: Beta-hydroxybutyryl-CoA dehydrogenase of C. acetobutylicum belongs to the butyrate/butanol-producing pathway.; Similarity: Beta-hydroxybutyryl-CoA dehydrogenase of C. acetobutylicum belongs to the 3-hydroxyacyl-CoA dehydrogenase family; Title: similarity to beta-hydroxybutyryl-CoA dehydrogenase hbd - Clostridium acetobutylicum; See PMID 8655474; uncharacterized protein	complement(2323797..2325665)	Aspergillus niger	4977504
An01g09750	CDS	An01g09750	NT_166518.1	2326434	2327963	R	Function: NADH-cytochrome b5 reductase is a component of a cytochrome b5-dependent electron transport system.; Function: NADH-cytochrome b5 reductase is involved in a variety of enzyme reactions these include fatty acyl coenzyme A desaturation or elongation, cholesterol biosynthesis, and certain cytochrome P-450-dependent oxidations.; Title: strong similarity to NADH-cytochrome b5 reductase - Mortierella alpina; See PMID 10473389; uncharacterized protein	complement(join(2326434..2327624,2327671..2327831,2327888..2327963))	Aspergillus niger	4978413
An01g09760	CDS	An01g09760	NT_166518.1	2328251	2329912	D	Function: cytochromes P450 are a group of heme-thiolate monooxygenases.; Similarity: human CYP4F2 belongs to the cytochrome P450 family.; Similarity: more than 250 N-terminal amino acids of the ORF are not included in the alignment with CYP4F2 of H. sapiens.; Title: strong similarity to cytochrome P450 4F2 CYP4F2 - Homo sapiens; See PMID 8026587; See PMID 10492403; uncharacterized protein	2328251..2329912	Aspergillus niger	4978043
An01g09770	CDS	An01g09770	NT_166518.1	2329998	2333810	R	Remark: the orf encoded protein shows homology to different types of protein kinases.; Title: similarity to mitogen-activated protein kinase ERK1 - Dictyostelium discoideum; See PMID 7935416; uncharacterized protein	complement(join(2329998..2330709,2330759..2330849,2330905..2330971,2331016..2331337,2331404..2331865,2331916..2332193,2332309..2332403,2332632..2332947,2333019..2333236,2333284..2333502,2333609..2333810))	Aspergillus niger	4978291
An01g09780	CDS	An01g09780	NT_166518.1	2334240	2335259	R	Catalytic activity: ldhA of E. coli catalyzes D-lactate + NAD(+) = pyruvate + NADH.; Function: ldhA of E. coli is a fermentative lactate dehydrogenase.; Remark: the ORF is N-terminally truncated due to contig border.; Similarity: ldhA of E. coli belongs to the D-isomer specific 2-hydroxyacid dehydrogenase family.; Title: strong similarity to D-lactate dehydrogenase ldhA - Escherichia coli [truncated ORF]; See PMID 9025293; uncharacterized protein	complement(2334240..>2335259)	Aspergillus niger	4978317
An01g09790	CDS	An01g09790	NT_166518.1	2335689	2336158	R	Title: questionable ORF; uncharacterized protein	complement(join(2335689..2335713,2336049..2336158))	Aspergillus niger	84590058
An01g09800	CDS	An01g09800	NT_166518.1	2336508	2337905	D	Title: strong similarity to hypothetical protein encoded by ORF G4P06 - Aspergillus nidulans; uncharacterized protein	join(2336508..2336613,2336694..2337544,2337594..2337905)	Aspergillus niger	4978384
An01g09810	CDS	An01g09810	NT_166518.1	2338059	2339531	R	Title: strong similarity to hypothetical alpha-D-mannose-alpha(1-6)phosphatidyl myo-inositol monomannoside transferase BH2688 - Bacillus halodurans; uncharacterized protein	complement(join(2338059..2339117,2339268..2339531))	Aspergillus niger	4978281
An01g09820	CDS	An01g09820	NT_166518.1	2340373	2342172	D	Catalytic activity: UDP glucose + 2 NAD+ + H2O = UDP glucuronate + 2 NADH.; Title: strong similarity to UDP-glucose dehydrogenase UDPGDH - Drosophila melanogaster; See PMID 9862465; uncharacterized protein	join(2340373..2340416,2340502..2340670,2340719..2340920,2340974..2342172)	Aspergillus niger	4978172
An01g09830	CDS	An01g09830	NT_166518.1	2342309	2343234	R	Catalytic activity: RX + glutathione = HX + R-S-glutathione.; Title: strong similarity to glutathione S-transferase Gtt1 - Saccharomyces cerevisiae; See PMID 9792709; uncharacterized protein	complement(join(2342309..2342661,2342729..2343126,2343194..2343234))	Aspergillus niger	4977447
An01g09840	CDS	An01g09840	NT_166518.1	2343788	2344259	D	hypothetical protein	join(2343788..2343806,2343862..2343897,2344024..2344139,2344206..2344259)	Aspergillus niger	4977679
An01g09850	CDS	An01g09850	NT_166518.1	2344530	2345354	R	Title: similarity to protein SEQ ID NO:2986 from patent WO200200677-A1 - Homo sapiens; uncharacterized protein	complement(2344530..2345354)	Aspergillus niger	4977850
An01g09860	CDS	An01g09860	NT_166518.1	2345702	2346845	D	Function: The hPrp18 protein of H. sapiens is required for the second step of mRNA splicing.; Title: strong similarity to pre-mRNA splicing factor hPrp18 - Homo sapiens; nucleus; uncharacterized protein	join(2345702..2346600,2346653..2346845)	Aspergillus niger	4977258
An01g09870	CDS	An01g09870	NT_166518.1	2347427	2348585	D	Remark: Similarity to CaM II kinase of R. norvegicus is restricted to a single domain.; Similarity: the ORF is shorter than CaM II kinase of R. norvegicus (294 compared to 533 amino acids). Only 37 amino acids are included in the alignment between the two proteins.; Title: weak similarity to Ca2+/calmodulin-dependent protein kinase II delta chain - Rattus norvegicus; uncharacterized protein	join(2347427..2347563,2347624..2347802,2347947..2348176,2348247..2348585)	Aspergillus niger	4978181
An01g09880	CDS	An01g09880	NT_166518.1	2349006	2350719	R	Title: similarity to hypothetical protein T41p -Homo sapiens; uncharacterized protein	complement(join(2349006..2350564,2350659..2350719))	Aspergillus niger	4977265
An01g09890	CDS	An01g09890	NT_166518.1	2351633	2352435	D	Function: ARL3 of S. cerevisiae is a non-essential protein that has a role in vesicular trafficking.; Remark: ARL3 of S. cerevisiae is also known as YPL051W.; Similarity: ARL3 of S. cerevisiae is a member of the highly conserved ADP-ribosylation factors (ARFs) family which are guanine nucleotide-binding proteins.; Title: strong similarity to ADP-ribosylation factor-like protein Arl3 - Saccharomyces cerevisiae; See PMID 9920936; uncharacterized protein	join(2351633..2351681,2351738..2352435)	Aspergillus niger	4977084
An01g09900	CDS	An01g09900	NT_166518.1	2353193	2353868	D	Title: weak similarity to hypothetical protein Y2H9A.3 - Caenorhabditis elegans; uncharacterized protein	join(2353193..2353288,2353347..2353868)	Aspergillus niger	4977501
An01g09910	CDS	An01g09910	NT_166518.1	2354083	2355661	R	Alternative name: GlcNAc-inositol phospholipid assembly protein, transcription factor SPT14.; Function: The S. cerevisiae SPT14 protein (SPT = Suppressor of Ty insertion mutations) was initially described as an activator of Ty transcription as well as regulator of several mating type genes including HIS4.; Remark: The S. cerevisiae SPT14 protein is similar to the H. sapiens PIG-A which is involved in transferring N-acetylglucosamine to lipopolysaccharides (biosynthesis of GPI anchors).; Title: strong similarity to GPI-anchor biosynthesis protein Pig-a - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2354083..2354334,2354407..2355049,2355101..2355489,2355538..2355572,2355631..2355661))	Aspergillus niger	4977291
An01g09920	CDS	An01g09920	NT_166518.1	2356485	2358674	D	Remark: DEAD box helicases are involved in various aspects of RNA metabolism, including nuclear transcription,pre-mRNA splicing, ribosome biogenesis, nucleocytoplasmic transport, translation, RNA decay and organellar gene expression.; Title: strong similarity to hypothetical DEAD box ATP-dependent RNA helicase SPCC285.03 - Schizosaccharomyces pombe; uncharacterized protein	join(2356485..2357203,2357333..2357874,2358154..2358674)	Aspergillus niger	4977556
An01g09930	CDS	An01g09930	NT_166518.1	2361415	2362913	R	Function: required for propionate catabolism.; Title: strong similarity to propionate catabolic protein PrpD - Salmonella typhimurium; uncharacterized protein	complement(join(2361415..2362505,2362577..2362913))	Aspergillus niger	4977659
An01g09940	CDS	An01g09940	NT_166518.1	2363319	2364958	D	Catalytic activity: Citrate + CoA <=> acetyl-CoA + H(2)O + oxaloacetate.; Function: conversion of oxaloacetate to citrate in the glyoxylate cycle.; Title: strong similarity to glyoxysomal citrate synthase - Cucurbita sp.; See PMID 7888626; uncharacterized protein	join(2363319..2363641,2363694..2363891,2363941..2364705,2364759..2364841,2364909..2364958)	Aspergillus niger	4977272
An01g09950	CDS	An01g09950	NT_166518.1	2366362	2367895	D	Remark: The A. terreus cds is included in the lovastatin biosynthesis gene cluster.; Title: strong similarity to hypothetical protein of the lovastatin biosynthesis gene cluster - Aspergillus terreus; See PMID 10334994; uncharacterized protein	join(2366362..2366610,2366687..2367895)	Aspergillus niger	4977928
An01g09960	CDS	xlnD	NT_166518.1	2368215	2370629	D	Catalytic activity: Hydrolysis of 1,4-beta-D-xylans so as to remove successive D-xylose residues from the non-reducing termini.; Gene-ID: xlnD;xylD; Mapping: xlnD from A. niger is mapped to chromosome II (LG II); see list from DSM, EMBL Z84377.; Remark: The xlnD xylosidase exhibits high activity on the artificial substrate p-nitrophenyl beta-D-xylopyranoside (XylNp) and a sideactivity on p-nitrophenyl alpha-L-arabinofuranoside and p-nitrophenyl beta-D-glucopyranoside.; See PMID 9128738; See PMID 9546179; xylosidase xlnD-Aspergillus niger	2368215..2370629	Aspergillus niger	4977682
An01g09970	CDS	An01g09970	NT_166518.1	2371149	2373242	R	Title: weak similarity to Lactobacillus crispatus silent surface layer protein cbsB - Lactobacillus crispatus; See PMID 11053389; uncharacterized protein	complement(join(2371149..2371462,2371534..2371600,2371661..2371744,2371801..2372011,2372202..2372450,2372503..2372584,2372649..2372782,2372841..2372936,2372972..2373118,2373196..2373242))	Aspergillus niger	4977369
An01g09980	CDS	An01g09980	NT_166518.1	2374363	2374859	D	Title: strong similarity to hemolysin Asp-HS -Aspergillus fumigatus; See PMID 8086452; See PMID 8860955; See PMID 8913518; See PMID 16196; See PMID 778450; uncharacterized protein	join(2374363..2374457,2374517..2374859)	Aspergillus niger	4977576
An01g10000	CDS	An01g10000	NT_166518.1	2375652	2380333	R	Title: strong similarity to ATP-binding cassette transporter abc1p - Schizosaccharomyces pombe; See PMID 9037770; uncharacterized protein	complement(join(2375652..2375757,2375827..2377498,2377547..2380170,2380230..2380333))	Aspergillus niger	4977811
An01g10010	CDS	An01g10010	NT_166518.1	2381748	2383479	D	Catalytic activity: O-succinyl-L-homoserine + L-cysteine = cystathionine + succinate.; Function: The O-succinylhomoserine (thiol)-lyase met-7 chain of N. crassa is required to form O-succinylhomoserine (thiol)-lyase together with met-3 chain.; Remark: Can also use hydrogen sulfide and methanethiol as substrates producing homocysteine and methionine respectively.; Remark: In the absence of thiol, can also catalyse beta,gamma-elimination to form 2-oxobutanoate, succinate and ammonia.; Title: strong similarity to O-succinylhomoserine (thiol)-lyase met-7 chain - Neurospora crassa; uncharacterized protein	join(2381748..2381767,2381829..2383479)	Aspergillus niger	4977191
An01g10020	CDS	An01g10020	NT_166518.1	2385021	2386669	D	hypothetical protein	join(2385021..2386442,2386578..2386606,2386645..2386669)	Aspergillus niger	84590059
An01g10030	CDS	An01g10030	NT_166518.1	2386961	2388296	R	Function: S. cerevisiae Syr2p is a sphingosine hydroxylase and provides resistance to the Pseudomonas syringae cyclic lipodepsipeptide syringomycin. Syr2p is required for the hydroxylation of C-4 of the sphingoid moiety of ceramid.; Remark: alternative gene names for the S. cerevisiae homolog SYR2 are SUR2 and YDR297w.; Title: strong similarity to syringomycin-resistance gene Syr2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2386961..2387547,2387606..2387815,2387972..2388296))	Aspergillus niger	4978475
An01g10040	CDS	An01g10040	NT_166518.1	2388792	2389139	D	hypothetical protein	join(2388792..2388879,2389012..2389139)	Aspergillus niger	84590060
An01g10050	CDS	An01g10050	NT_166518.1	2389510	2390396	D	Remark: the immunoglobulin E (IgE)-dependent histamine-releasing factor (HRF) is produced by lymphocytes of atopic children.; Title: strong similarity to IgE-dependent histamine-releasing factor - Homo sapiens; uncharacterized protein	join(2389510..2389524,2389737..2390022,2390094..2390253,2390312..2390396)	Aspergillus niger	4978257
An01g10060	CDS	An01g10060	NT_166518.1	2390899	2394634	R	Title: strong similarity to hypothetical transcription activator SPAC139.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2390899..2392114,2392168..2392238,2392289..2392605,2392659..2393691,2393746..2393785,2393836..2394365,2394422..2394634))	Aspergillus niger	4978221
An01g10070	CDS	An01g10070	NT_166518.1	2395286	2396184	R	Function: a S. cerevisiae mutant sec65-1 is conditionally defective in the insertion of integral membrane proteins into the ER.; Remark: the S. cerevisiae SEC65 gene encodes a 32 kDa subunit of yeast signal recognition particle (SRP).; Title: strong similarity to signal recognition particle chain Sec65 - Saccharomyces cerevisiae; See PMID 9723915; uncharacterized protein	complement(join(2395286..2395662,2395758..2396184))	Aspergillus niger	4977133
An01g10080	CDS	An01g10080	NT_166518.1	2397124	2397653	R	hypothetical protein	complement(join(2397124..2397316,2397417..2397481,2397588..2397653))	Aspergillus niger	84590061
An01g10090	CDS	An01g10090	NT_166518.1	2398353	2399966	D	hypothetical protein	join(2398353..2398430,2398675..2398793,2399255..2399377,2399813..2399966)	Aspergillus niger	84590062
An01g10100	CDS	An01g10100	NT_166518.1	2400277	2401961	D	Similarity: strong similarity to superfamily of aminotransferases/transaminases.; Title: strong similarity to hypothetical aminotransferase SPBC1773.03c - Schizosaccharomyces pombe; uncharacterized protein	join(2400277..2400289,2400349..2400654,2400712..2401058,2401158..2401610,2401704..2401961)	Aspergillus niger	4977725
An01g10110	CDS	An01g10110	NT_166518.1	2402725	2403585	D	hypothetical protein	join(2402725..2402751,2402996..2403430,2403499..2403585)	Aspergillus niger	84590063
An01g10120	CDS	An01g10120	NT_166518.1	2404837	2405438	D	hypothetical protein	join(2404837..2404847,2405088..2405184,2405253..2405438)	Aspergillus niger	84590064
An01g10130	CDS	An01g10130	NT_166518.1	2405972	2406499	D	Title: similarity to hypothetical protein encoded by An14g05700 - Aspergillus niger; uncharacterized protein	join(2405972..2405979,2406034..2406247,2406314..2406499)	Aspergillus niger	84590065
An01g10140	CDS	An01g10140	NT_166518.1	2406598	2409744	R	Function: YSH1 is involved in cleavage of pre-mRNA during 3'-end formation in yeast.; Remark: BRR5 is an alternative name for YSH1.; Title: similarity to component of pre-mRNA polyadenylation factor PF I Ysh1 - Saccharomyces cerevisiae; nucleus; See PMID 9099738; uncharacterized protein	complement(join(2406598..2407163,2407228..2407888,2407947..2409093,2409437..2409534,2409592..2409744))	Aspergillus niger	4977256
An01g10150	CDS	An01g10150	NT_166518.1	2410485	2412267	D	Title: similarity to hypothetical protein CAD21098.1 - Neurospora crassa; uncharacterized protein	join(2410485..2411565,2411621..2412267)	Aspergillus niger	4977302
An01g10160	CDS	An01g10160	NT_166518.1	2413858	2414835	R	hypothetical protein	complement(join(2413858..2413922,2414006..2414346,2414467..2414573,2414740..2414835))	Aspergillus niger	84590066
An01g10170	CDS	An01g10170	NT_166518.1	2415317	2417635	D	Function: PK12 protein autophosphorylates in vitro on serine, threonine, and tyrosine residues, thereby making it a member of the dual-specificity protein kinases.; Similarity: protein kinase PK12 belong to the LAMMER family; Title: similarity to protein kinase PK12 - Nicotiana tabacum; See PMID 8989879; uncharacterized protein	join(2415317..2416180,2416244..2416322,2416377..2416724,2416780..2417242,2417291..2417378,2417438..2417635)	Aspergillus niger	4977105
An01g10180	CDS	An01g10180	NT_166518.1	2417757	2418257	R	hypothetical protein	complement(join(2417757..2418188,2418243..2418257))	Aspergillus niger	84590067
An01g10190	CDS	An01g10190	NT_166518.1	2419970	2421280	R	Function: mitochondrial tricarboxylate carrier shows citrate transport activity.; Remark: the ORF encoded protein also shows similarity to sideroflexin 1 from M. musculus. Disruption of this mitochondrial protein leads to pathologic intramitochondrial iron deposits in erythrocytes.; Title: similarity to mitochondrial tricarboxylate carrier - Rattus sp.; localisation:mitochondrion; See PMID 6617879; See PMID 8132491; uncharacterized protein	complement(join(2419970..2420650,2420722..2420816,2420882..2421015,2421078..2421280))	Aspergillus niger	4978004
An01g10200	CDS	An01g10200	NT_166518.1	2421885	2424215	R	Remark: most blastp matches are due to repetitive amino acids. In the other ones the match is restricted to the PDH Domain.; Title: weak similarity to hypothetical protein CG9007 - Drosophila melanogaster; uncharacterized protein	complement(join(2421885..2421942,2421983..2422048,2422102..2424215))	Aspergillus niger	4977331
An01g10210	CDS	An01g10210	NT_166518.1	2425348	2426194	R	hypothetical protein	complement(join(2425348..2425439,2425544..2425640,2426003..2426194))	Aspergillus niger	84590068
An01g10220	CDS	An01g10220	NT_166518.1	2426311	2427507	D	hypothetical protein	join(2426311..2426370,2426436..2426498,2426579..2426691,2426778..2427047,2427269..2427292,2427384..2427507)	Aspergillus niger	84590069
An01g10230	CDS	An01g10230	NT_166518.1	2427780	2429087	R	hypothetical protein	complement(join(2427780..2427956,2428127..2428233,2428329..2428409,2428484..2428594,2428921..2428947,2429027..2429087))	Aspergillus niger	84590070
An01g10240	CDS	An01g10240	NT_166518.1	2429509	2430600	D	Title: similarity to hypothetical protein Rv2802c -Mycobacterium tuberculosis; uncharacterized protein	join(2429509..2429757,2429946..2430068,2430139..2430600)	Aspergillus niger	4977842
An01g10250	CDS	An01g10250	NT_166518.1	2430842	2431621	R	hypothetical protein	complement(join(2430842..2430873,2431117..2431621))	Aspergillus niger	84590071
An01g10270	CDS	An01g10270	NT_166518.1	2433385	2435656	D	Title: similarity to hypothetical protein YOR243c -Saccharomyces cerevisiae; uncharacterized protein	join(2433385..2433599,2433658..2435656)	Aspergillus niger	4977687
An01g10280	CDS	An01g10280	NT_166518.1	2436324	2437958	D	Title: weak similarity to transcriptional activator protein ACEII from patent WO9823642-A1 - Trichoderma reesei; nucleus; uncharacterized protein	2436324..2437958	Aspergillus niger	84590072
An01g10290	CDS	An01g10290	NT_166518.1	2438366	2439749	R	Remark: the ORF encoded protein shows similarity to several hypothetical and known (patented) oxidoreductases.; Title: similarity to protein fragment SEQ ID NO:11998 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(2438366..2439220,2439282..2439422,2439486..2439749))	Aspergillus niger	4977278
An01g10300	CDS	An01g10300	NT_166518.1	2440496	2441311	R	hypothetical protein	complement(join(2440496..2440631,2440709..2440794,2441180..2441311))	Aspergillus niger	84590073
An01g10310	CDS	An01g10310	NT_166518.1	2442464	2444188	R	Remark: blastp matches are due to repetitive amino acids.; hypothetical protein	complement(join(2442464..2443594,2443660..2443764,2444027..2444084,2444115..2444188))	Aspergillus niger	4977718
An01g10320	CDS	An01g10320	NT_166518.1	2445188	2446135	D	Remark: blastp matches are unspecific.; hypothetical protein	2445188..2446135	Aspergillus niger	4977390
An01g10330	CDS	An01g10330	NT_166518.1	2446620	2448014	R	hypothetical protein	complement(join(2446620..2446859,2446999..2447115,2447284..2447414,2447493..2447699,2447747..2448014))	Aspergillus niger	84590074
An01g10340	CDS	An01g10340	NT_166518.1	2448109	2449805	D	Phenotype: yeast sur4 mutants have altered bud localization.; Phenotype: yeast sur4 mutants have altered phospholipid composition.; Remark: ELO3, SRE1 and VBM1 are alternative names for SUR4.; Title: similarity to hypothetical fatty acid elongation protein Sur4 - Saccharomyces cerevisiae; See PMID 9211877; See PMID 9832547; uncharacterized protein	join(2448109..2448900,2448966..2449805)	Aspergillus niger	4977860
An01g10350	CDS	An01g10350	NT_166518.1	2451312	2454639	D	Catalytic activity: beta-galactosidases hydrolyse terminal, non-reducing beta-D-galactose residues in beta-D-galactosides.; Function: A. niger lacA is involved in carbohydrate utilisation.; Title: strong similarity to secreted beta-galactosidase lacA - Aspergillus niger; See PMID 1368193; uncharacterized protein	join(2451312..2452123,2452184..2453163,2453217..2453513,2453569..2453640,2453700..2453787,2453844..2454639)	Aspergillus niger	4977214
An01g10360	CDS	An01g10360	NT_166518.1	2455091	2456977	R	Function: TNA1 is necessary for nicotinic acid import into the cell.; Remark: YGR260w is the systematic name for TNA1 of S. cerevisiae.; Similarity: TNA1 belongs to the yeast Dal5p subfamily of the major facilitator family.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	complement(join(2455091..2455263,2455325..2455772,2455824..2456055,2456113..2456273,2456342..2456505,2456555..2456657,2456723..2456977))	Aspergillus niger	4977969
An01g10370	CDS	An01g10370	NT_166518.1	2457011	2459340	D	Title: weak similarity to hypothetical protein D1044.3 - Caenorhabditis elegans; uncharacterized protein	join(2457011..2457110,2457252..2457623,2457827..2457911,2457962..2458198,2458301..2458377,2459192..2459340)	Aspergillus niger	84590075
An01g10380	CDS	An01g10380	NT_166518.1	2460244	2462588	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: weak similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	complement(join(2460244..2460659,2460725..2462588))	Aspergillus niger	4978035
An01g10390	CDS	An01g10390	NT_166518.1	2463032	2463616	D	hypothetical protein	join(2463032..2463154,2463352..2463450,2463527..2463616)	Aspergillus niger	84590076
An01g10400	CDS	An01g10400	NT_166518.1	2464372	2465727	R	hypothetical protein	complement(join(2464372..2464563,2464618..2464715,2464972..2465057,2465152..2465282,2465500..2465727))	Aspergillus niger	84590077
An01g10410	CDS	An01g10410	NT_166518.1	2466535	2466756	D	hypothetical protein	join(2466535..2466618,2466682..2466756)	Aspergillus niger	84590078
An01g10420	CDS	An01g10420	NT_166518.1	2468141	2468494	R	hypothetical protein	complement(join(2468141..2468363,2468427..2468494))	Aspergillus niger	84590079
An01g10430	CDS	An01g10430	NT_166518.1	2469261	2469423	D	hypothetical protein	join(2469261..2469266,2469337..2469423)	Aspergillus niger	84590080
An01g10440	CDS	An01g10440	NT_166518.1	2469947	2470735	R	hypothetical protein	complement(join(2469947..2469999,2470240..2470296,2470690..2470735))	Aspergillus niger	84590081
An01g10450	CDS	An01g10450	NT_166518.1	2471742	2473794	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: weak similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	join(2471742..2471905,2472099..2472795,2472832..2472921,2472973..2473794)	Aspergillus niger	84590082
An01g10460	CDS	An01g10460	NT_166518.1	2474288	2476046	D	Title: similarity to hypothetical protein CAD21056.1 - Neurospora crassa; uncharacterized protein	join(2474288..2474454,2474518..2475364,2475426..2476046)	Aspergillus niger	4978077
An01g10470	CDS	An01g10470	NT_166518.1	2476520	2477591	D	Title: similarity to hypothetical protein encoded by An01g09070 - Aspergillus niger; uncharacterized protein	join(2476520..2476522,2476698..2477591)	Aspergillus niger	4977555
An01g10480	CDS	An01g10480	NT_166518.1	2478514	2478927	D	Title: strong similarity to FLO11 gene expression regulator At03 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	2478514..2478927	Aspergillus niger	84590083
An01g10490	CDS	An01g10490	NT_166518.1	2480108	2481592	D	Function: RIPA is a novel Ras-interacting protein from Dictyostelium, whose function is required for both chemotaxis and the synthesis and relay of the cyclic AMP (cAMP) chemoattractant signal.; Remark: similarity to RIPA is mainly due to Q-rich regions.; Title: similarity to Ras-interacting protein RIPA -Dictyostelium discoideum; See PMID 10473630; uncharacterized protein	2480108..2481592	Aspergillus niger	4977121
An01g10500	CDS	An01g10500	NT_166518.1	2482204	2482718	R	hypothetical protein	complement(join(2482204..2482331,2482418..2482467,2482534..2482718))	Aspergillus niger	84590084
An01g10510	CDS	An01g10510	NT_166518.1	2483477	2488952	D	hypothetical protein	join(2483477..2483527,2484084..2484159,2484238..2484278,2484379..2484495,2484613..2484674,2484774..2484808,2485089..2485326,2485412..2485539,2485696..2485853,2485953..2486069,2486758..2486871,2487226..2487274,2487441..2487541,2487631..2487689,2487857..2488051,2488125..2488174,2488369..2488410,2488511..2488576,2488687..2488952)	Aspergillus niger	84590085
An01g10520	CDS	An01g10520	NT_166518.1	2489015	2490628	R	hypothetical protein	complement(join(2489015..2489089,2489263..2489409,2489521..2489578,2489660..2489788,2489837..2489930,2490177..2490309,2490554..2490628))	Aspergillus niger	84590086
An01g10530	CDS	An01g10530	NT_166518.1	2491315	2492031	D	hypothetical protein	join(2491315..2491394,2491517..2491606,2491702..2491831,2491906..2492031)	Aspergillus niger	84590087
An01g10540	CDS	An01g10540	NT_166518.1	2494442	2495719	D	Function: the A. nidulans brlA gene is a primary regulator of development-specific gene expression during conidiation.; Remark: mutations in brlA, that disrupt either or both Cys2-His2 Zn(II) coordination sites, result in brlA alleles that fail to induce either the asexual reproductive pathway or the expression of development-specific genes.; Title: strong similarity to developmental regulatory protein brlA - Aspergillus nidulans; See PMID 2108321; See PMID 3293800; See PMID 9073485; uncharacterized protein	2494442..2495719	Aspergillus niger	4978338
An01g10550	CDS	An01g10550	NT_166518.1	2496886	2497949	D	Similarity: The transposase Minos-2 from Drosophila hydei is a member of the Tc1-like family of transposons.; Title: strong similarity to transposase Minos-2 -Drosophila hydei; See PMID 8197129; See PMID 1661410; uncharacterized protein	join(2496886..2497147,2497255..2497949)	Aspergillus niger	4977760
An01g10560	CDS	An01g10560	NT_166518.1	2498366	2500384	D	hypothetical protein	join(2498366..2498400,2498549..2498588,2498693..2498702,2498962..2499052,2499086..2499266,2499432..2499607,2500114..2500200,2500249..2500384)	Aspergillus niger	84590088
An01g10570	CDS	An01g10570	NT_166518.1	2500845	2502074	R	Title: similarity to hypothetical protein EAA65998.1 - Aspergillus nidulans; uncharacterized protein	complement(join(2500845..2500914,2500947..2501099,2501776..2502074))	Aspergillus niger	4977026
An01g10580	CDS	An01g10580	NT_166518.1	2503590	2504579	D	Catalytic activity: Two-stage endonucleolytic cleavage to 3'-phosphomononucleotides and 3'-phosphooligonucleotides with 2',3'-cyclic phosphate intermediates.; Title: strong similarity to ribonuclease T2 precursor rntB - Aspergillus oryzae; See PMID 1913876; See PMID 3169020; uncharacterized protein	join(2503590..2503819,2503871..2504055,2504105..2504220,2504268..2504463,2504515..2504579)	Aspergillus niger	4977729
An01g10590	CDS	An01g10590	NT_166518.1	2507896	2508124	R	hypothetical protein	complement(join(2507896..2507979,2508011..2508124))	Aspergillus niger	84590089
An01g10600	CDS	An01g10600	NT_166518.1	2509598	2510487	R	Title: strong similarity to hypothetical protein F2P05 - Aspergillus nidulans; uncharacterized protein	complement(join(2509598..2510300,2510369..2510487))	Aspergillus niger	4977381
An01g10610	CDS	An01g10610	NT_166518.1	2511219	2512413	D	Remark: D-arabinitol dehydrogenase from patent JP11332569-A is used as a clinical diagnosing agent for mycosis.; Title: similarity to D-arabinitol dehydrogenase from patent JP11332569-A - Bacillus sp.; uncharacterized protein	join(2511219..2511318,2511396..2511827,2511880..2511977,2512031..2512105,2512162..2512413)	Aspergillus niger	4977938
An01g10620	CDS	An01g10620	NT_166518.1	2512575	2513453	R	hypothetical protein	complement(join(2512575..2513063,2513121..2513453))	Aspergillus niger	4977388
An01g10630	CDS	An01g10630	NT_166518.1	2513786	2515505	R	hypothetical protein	complement(join(2513786..2513922,2514133..2514330,2514553..2514615,2514769..2514896,2515099..2515505))	Aspergillus niger	84590090
An01g10640	CDS	An01g10640	NT_166518.1	2515866	2516981	D	Title: strong similarity to hypothetical exported protein YPO0987 - Yersinia pestis; uncharacterized protein	2515866..2516981	Aspergillus niger	4977816
An01g10650	CDS	An01g10650	NT_166518.1	2517791	2519120	D	Catalytic activity: (S)-dihydroorotate + H(2)O = N-carbamoyl-L-aspartate.; Induction: By N-carbamoyl-L-aspartate.; Pathway: URA4 catalyzes third step in pyrimidine biosynthesis pathway.; Similarity: URA4 belongs to the DHOase family.; Title: strong similarity to dihydroorotase Ura4 -Saccharomyces cerevisiae; See PMID 2897615; uncharacterized protein	join(2517791..2517845,2517944..2518023,2518135..2518588,2518639..2519120)	Aspergillus niger	4977793
An01g10660	CDS	An01g10660	NT_166518.1	2519199	2520305	R	Title: similarity to hypothetical protein G4P04 -Aspergillus nidulans; uncharacterized protein	complement(join(2519199..2519801,2519867..2520183,2520248..2520305))	Aspergillus niger	4977712
An01g10680	CDS	An01g10680	NT_166518.1	2521266	2524348	D	Title: similarity to hypothetical developmental regulatory protein brlA - Aspergillus nidulans; uncharacterized protein	join(2521266..2521464,2521514..2521571,2522114..2522591,2522732..2523209,2523598..2523747,2523798..2523856,2523917..2524348)	Aspergillus niger	10098240
An01g10690	CDS	An01g10690	NT_166518.1	2524814	2525542	D	Title: weak similarity to secreted protein SEQ ID NO: 305 from patent WO200142451-A2 - Homo sapiens; uncharacterized protein	join(2524814..2525416,2525495..2525542)	Aspergillus niger	4977662
An01g10700	CDS	An01g10700	NT_166518.1	2525814	2527493	R	Title: strong similarity to hypothetical protein SPBC36B7.04 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2525814..2526374,2526552..2527118,2527170..2527274,2527326..2527493))	Aspergillus niger	4977327
An01g10710	CDS	An01g10710	NT_166518.1	2528142	2530093	D	Title: strong similarity to hypothetical protein DD57 - Mus musculus; uncharacterized protein	join(2528142..2528163,2528216..2529045,2529134..2529701,2529891..2530093)	Aspergillus niger	84590091
An01g10720	CDS	An01g10720	NT_166518.1	2530201	2530875	D	Function: RPS31 is a structural protein of the small ribosomal (40S)-subunit.; Pathway: RPS31 is involved in protein biosynthesis.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit Rps31 - Saccharomyces cerevisiae; cytoplasm; See PMID 9830035; 40S ribosomal protein eS25	join(2530201..2530203,2530276..2530309,2530573..2530782,2530853..2530875)	Aspergillus niger	4977702
An01g10730	CDS	An01g10730	NT_166518.1	2531296	2532124	R	Title: similarity to plasma membrane bound receptor from patent DE19627237-A1 - Sus scrofa; uncharacterized protein	complement(join(2531296..2531816,2532004..2532124))	Aspergillus niger	4978229
An01g10740	CDS	An01g10740	NT_166518.1	2533375	2534680	R	Title: strong similarity to hypothetical Ras-like GTP-binding protein RagC - Homo sapiens; uncharacterized protein	complement(join(2533375..2533534,2533582..2534265,2534317..2534418,2534472..2534680))	Aspergillus niger	4977894
An01g10750	CDS	An01g10750	NT_166518.1	2536412	2538728	D	Title: strong similarity to hypothetical acid phosphatase CAB58405.1 - Schizosaccharomyces pombe; uncharacterized protein	join(2536412..2536421,2536532..2536862,2536927..2536939,2537001..2537035,2537086..2537101,2537171..2537337,2537392..2537726,2537824..2538728)	Aspergillus niger	4977720
An01g10760	CDS	An01g10760	NT_166518.1	2538937	2542265	R	Title: strong similarity to hypothetical protein YKR079c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2538937..2538988,2539069..2541391,2541809..2542265))	Aspergillus niger	84590092
An01g10770	CDS	An01g10770	NT_166518.1	2543337	2545243	R	Title: weak similarity to DNA-binding protein Mcm1 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(2543337..2544181,2544244..2545243))	Aspergillus niger	4977940
An01g10780	CDS	An01g10780	NT_166518.1	2547722	2548577	D	hypothetical protein	join(2547722..2547860,2548189..2548387,2548529..2548577)	Aspergillus niger	84590093
An01g10790	CDS	An01g10790	NT_166518.1	2548969	2549307	R	Title: strong similarity to hypothetical conidiation-specific protein con-10 - Neurospora crassa; uncharacterized protein	complement(join(2548969..2549106,2549182..2549307))	Aspergillus niger	4977255
An01g10800	CDS	An01g10800	NT_166518.1	2550429	2551472	R	Function: ERG25 catalyses the first step in the removal of the two C-4 methyl groups of 4,4-dimethylzymosterol.; Localization: Immunofluorescence data suggest that ERG25 is present in the endoplasmic reticulum and plasma membrane.; Pathway: Ergosterol biosynthesis.; Similarity: ERG25 belongs to the sterol desaturase family.; Similarity: The amino acid sequence of ERG25 shows a C-terminal endoplasmic reticulum retrieval signal KKXX and three histidine-rich clusters found in eukaryotic membrane desaturases.; Title: similarity to methyl sterol oxidase Erg25 -Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8552601; See PMID 8663358; uncharacterized protein	complement(2550429..2551472)	Aspergillus niger	4977880
An01g10810	CDS	An01g10810	NT_166518.1	2551772	2556662	D	Remark: TRK1 is also involved in the control of the membrane potential.; Remark: The TRK1 potassium transporters of the soil yeast Schwanniomyces occidentalis is operating at low and medium K+ concentrations (< 1 mM); it functions at neutral and high pH and fails at low pH.; Title: strong similarity to high-affinity potassium uptake transporter trk1 - Schwanniomyces occidentalis; See PMID 10931360; uncharacterized protein	join(2551772..2551850,2551900..2552065,2552178..2552303,2552477..2552599,2552668..2552768,2552855..2552916,2552995..2553069,2553188..2553248,2553345..2553437,2553787..2553911,2554209..2554400,2554452..2555308,2555362..2555527,2555583..2555751,2555814..2555925,2556092..2556662)	Aspergillus niger	4977505
An01g10820	CDS	An01g10820	NT_166518.1	2557101	2559473	R	Title: strong similarity to hypothetical membrane protein YOR206w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2557101..2559140,2559180..2559473))	Aspergillus niger	4977690
An01g10830	CDS	An01g10830	NT_166518.1	2559801	2560568	D	Title: strong similarity to hypothetical protein YPL065w - Saccharomyces cerevisiae; uncharacterized protein	join(2559801..2559805,2559882..2560098,2560164..2560568)	Aspergillus niger	4977616
An01g10840	CDS	An01g10840	NT_166518.1	2560942	2562161	D	Title: strong similarity to hypothetical membrane protein YBR271w - Saccharomyces cerevisiae; uncharacterized protein	join(2560942..2560975,2561044..2561304,2561395..2562161)	Aspergillus niger	4978497
An01g10850	CDS	An01g10850	NT_166518.1	2562702	2565131	R	Function: S. cerevisiae Msp1 is involved in intramitochondrial sorting of proteins.; Localization: S. cerevisiae Msp1 is an integral membrane protein in the mitochondrial outer membrane.; Remark: alternate names for S. cerevisiae Msp1: Yta4 or YGR028W.; Similarity: S. cerevisiae Msp1 belongs to the AAA family of ATPases.; Title: similarity to membrane-spanning ATPase Msp1 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 7754704; See PMID 8226973; uncharacterized protein	complement(join(2562702..2563594,2563644..2564951,2564984..2565067,2565113..2565131))	Aspergillus niger	4977268
An01g10860	CDS	An01g10860	NT_166518.1	2566304	2567024	D	Title: similarity to hypothetical protein encoded by An04g08050 - Aspergillus niger; uncharacterized protein	join(2566304..2566504,2566600..2566954,2566996..2567024)	Aspergillus niger	4977783
An01g10870	CDS	An01g10870	NT_166518.1	2567143	2569332	R	Function: C. albicans CHR1/S. cerevisiae Rok1 are involved in ribosome biogenesis. More specifically in a early step of the processing of the 35S rRNA precursor.; Remark: C. albicans CHR1 was cloned by functional complementation of the S. cerevisiae rok1 mutation. Literture for S. cerevisiae Rok1: Pubmed 9154839; 9848659; 9571634.; Similarity: the ORF encoded protein and the C. albicans CHR1 helicase are homologs of the well characterized Rok1 helicase from S. cerevisiae.; Title: strong similarity to DEAD box RNA helicase CHR1 - Candida albicans; nucleus; See PMID 10705369; uncharacterized protein	complement(join(2567143..2568308,2568405..2569332))	Aspergillus niger	4977763
An01g10880	CDS	An01g10880	NT_166518.1	2570064	2570901	R	Catalytic activity: ATP + H(2)O <=> ADP + phosphate.; Complex: the f-type ATPases have 2 components, Cf(1) - the catalytic core - and Cf(0) - the membrane proton channel. In S. cerevisiae, the dimeric form of ATP synthase consists of 18 polypeptides: alpha, beta, gamma, delta,epsilon, 4 (b), 5 (oscp), 6 (a), 8, 9 (c), d, e (tim11), f,g, h, i, j and k.; Function: the S. cerevisiae mitochondrial ATP synthase G chain (Atp20) is one of the chains of the nonenzymatic component (cf(0) subunit) of the mitochondrial ATPase complex.; Remark: alternate names for S. cerevisiae Atp20: YPR020W or mitochondrial ATP synthase G chain.; Title: similarity to ATP synthase subunit g homolog Atp20 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9857174; See PMID 10336613; uncharacterized protein	complement(join(2570064..2570313,2570374..2570458,2570640..2570901))	Aspergillus niger	4977072
An01g10890	CDS	An01g10890	NT_166518.1	2572542	2573268	D	hypothetical protein	join(2572542..2572613,2572696..2572754,2572980..2573268)	Aspergillus niger	84590094
An01g10900	CDS	An01g10900	NT_166518.1	2574425	2575242	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are based on repetitive structures.; Title: similarity to hypothetical la costa protein lcs - Drosophila melanogaster; uncharacterized protein	join(2574425..2574571,2574632..2574699,2574773..2574885,2575214..2575242)	Aspergillus niger	4977891
An01g10910	CDS	An01g10910	NT_166518.1	2576117	2577144	D	Catalytic activity: Catechol + O(2) <=> cis,cis-muconate.; Similarity: the ORF encoded protein is also similar to the sequence 379 from Patent WO0100842, but its function is not clearly enough decribed.; Title: similarity to catechol 1,2-dioxygenase alpha chain CatA - Pseudomonas sp.; See PMID 2295613; See PMID 7646060; uncharacterized protein	join(2576117..2576596,2576639..2576729,2576798..2577144)	Aspergillus niger	4978026
An01g10920	CDS	An01g10920	NT_166518.1	2578961	2580188	D	Catalytic activity: L-iditol + NAD(+) <=> L-sorbose + NADH.; Cofactor: Zinc.; Complex: Homotetramer.; Pathway: the rat Sorbitol dehydrogenase SDH is involved in the fructose and mannose metabolism.; Remark: Sorbitol dehydrogenase=L-iditol 2-dehydrogenase.; Title: strong similarity to sorbitol dehydrogenase SDH - Rattus norvegicus; See PMID 8223590; See PMID 8761460; uncharacterized protein	join(2578961..2579127,2579195..2580188)	Aspergillus niger	4977395
An01g10930	CDS	An01g10930	NT_166518.1	2581492	2584400	D	Function: the sugar transferase from patent JP11009276-A preferably catalyses the glucose transfer of an alpha-1 right arrow 3 bond or the glucose transfer of an alpha-1 right arrow 3 and an alpha-1 right arrow 4 bond to a sugar receptor by reacting with a substrate selected from starch and its decomposition products.; Similarity: the ORF DNA sequence shows also strong similarity to the A. niger EST an_3550.; Title: strong similarity to enzyme with sugar transferase activity from patent JP11009276-A - Acremonium sp.; uncharacterized protein	join(2581492..2581702,2581754..2582397,2582463..2582658,2582716..2582787,2582837..2583307,2583351..2583465,2583512..2584400)	Aspergillus niger	4977533
An01g10940	CDS	An01g10940	NT_166518.1	2585065	2585519	D	hypothetical protein	join(2585065..2585239,2585317..2585390,2585466..2585519)	Aspergillus niger	4977974
An01g10950	CDS	An01g10950	NT_166518.1	2585623	2586418	R	Title: similarity to protein involved in nonactin biosynthesis NonF - Streptomyces griseus; See PMID 10650222; uncharacterized protein	complement(join(2585623..2585649,2585684..2586418))	Aspergillus niger	4977184
An01g10960	CDS	An01g10960	NT_166518.1	2588228	2589380	R	Function: the LigI gene product from Sphingomonas paucimobilis catalyzes the hydrolysis of 2-pyrone-4,6-dicarboxylic acid.; Pathway: the LigI 2-pyrone-4, 6-dicarboxylic acid hydrolase is involved in lignin degradation.; Title: strong similarity to 2-pyrone-4,6-dicarboxylic acid hydrolase LigI - Sphingomonas paucimobilis; See PMID 9864312; See PMID 11092855; uncharacterized protein	complement(join(2588228..2589082,2589318..2589380))	Aspergillus niger	4977995
An01g10970	CDS	An01g10970	NT_166518.1	2590434	2592213	D	Similarity: the N. crassa qa-y protein belongs to the maltose transport protein MAL61 superfamily.; Title: strong similarity to quinate transporter qa-y - Neurospora crassa; See PMID 1533844; uncharacterized protein	join(2590434..2590527,2590597..2590950,2591009..2591077,2591144..2592213)	Aspergillus niger	4977516
An01g10980	CDS	An01g10980	NT_166518.1	2592655	2595403	R	Function: the N. crassa nit-4 protein pathway-specific regulatory gene of nitrate assimilation. It activates the transcription of the genes for nitrate and nitrite reductases.; Similarity: the nit-4 protein from N. crassa is a fungal Zn(2)-Cys(6) binuclear type transcription factor.; Title: strong similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 7592372; See PMID 1840634; uncharacterized protein	complement(join(2592655..2593202,2593254..2593564,2593628..2594414,2594466..2594547,2594617..2595084,2595170..2595223,2595329..2595403))	Aspergillus niger	4977979
An01g10990	CDS	An01g10990	NT_166518.1	2596246	2597826	R	Catalytic activity: ATP + L-threonine + tRNA(Thr) <=> AMP + diphosphate + L-threonyl-tRNA(Thr).; Remark: alternate name for S. cerevisiae Mst1: YKL194C.; Title: strong similarity to mitochondrial threonine--tRNA ligase Mst1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2999113; uncharacterized protein	complement(2596246..2597826)	Aspergillus niger	4977543
An01g11000	CDS	An01g11000	NT_166518.1	2598426	2599793	D	Remark: alternate name for S. cerevisiae Aga1: YNR044W.; Title: weak similarity to agglutinin core protein Aga1 - Saccharomyces cerevisiae; uncharacterized protein	2598426..2599793	Aspergillus niger	4977917
An01g11010	CDS	An01g11010	NT_166518.1	2600567	2601952	R	Remark: alternate name for S. cerevisiae Crh1: YGR189C.; Title: strong similarity to cell wall protein Crh1 -Saccharomyces cerevisiae; cell wall; See PMID 10757808; uncharacterized protein	complement(join(2600567..2601394,2601537..2601811,2601865..2601952))	Aspergillus niger	4977513
An01g11020	CDS	An01g11020	NT_166518.1	2603727	2604480	R	hypothetical protein	complement(join(2603727..2603798,2604000..2604085,2604206..2604335,2604379..2604480))	Aspergillus niger	84590095
An01g11030	CDS	An01g11030	NT_166518.1	2604694	2605123	R	hypothetical protein	complement(join(2604694..2604785,2604881..2604967,2605054..2605123))	Aspergillus niger	84590096
An01g11070	CDS	An01g11070	NT_166518.1	2609692	2610721	R	Pathway: the (+)-pinoresinol/(+)-lariciresinol reductase PLR from Forsythia x intermedia is involved in the biosynthesis of lignins.; Remark: the PLR enzyme from Forsythia x intermedia is identical to the protein described in patent WO9820113-A1.; Title: similarity to the +pinoresinol/+lariciresinol reductase PLR - Forsythia x intermedia; See PMID 8910615; uncharacterized protein	complement(join(2609692..2610391,2610442..2610623,2610689..2610721))	Aspergillus niger	4977171
An01g11080	CDS	An01g11080	NT_166518.1	2611909	2614013	R	Catalytic activity: ATP + a protein <=> ADP + a phosphoprotein.; Function: the Wis1 protein from S. pombe is a dosage-dependent regulator of mitosis with serine/threonine protein kinase activity. it may play a role in the integration of nutritional sensing with the control over entry into mitosis.; Remark: in S. pombe, the Wis1-Sty1 MAP (mitogen-activated protein) kinase signaling cascade is known to play a major role in cellular adaptation to adverse external stimuli, including osmotic stress,oxidative stress, nutrient deprivation, DNA-damaging agents, and heat stress.; Title: strong similarity to MAP kinase kinase wis1p - Schizosaccharomyces pombe; deleted EC_number 2.7.1.37; See PMID 9693384; See PMID 1756736; uncharacterized protein	complement(join(2611909..2612292,2612352..2612950,2613044..2613274,2613335..2614013))	Aspergillus niger	4977781
An01g11090	CDS	An01g11090	NT_166518.1	2614796	2616044	R	Title: weak similarity to de novo DNA cytosine methyltransferase Dnmt3a from patent WO9967397-A1 - Mus sp.; uncharacterized protein	complement(join(2614796..2614834,2614922..2615050,2615283..2615324,2615473..2615606,2615742..2615833,2615896..2616044))	Aspergillus niger	84590097
An01g11100	CDS	An01g11100	NT_166518.1	2617966	2619817	D	Similarity: the ORF encoded protein shows strong similarity to the hypothetical protein SPAC5D6. 04 (S. pombe).; Title: strong similarity to hypothetical membrane protein YBR287w - Saccharomyces cerevisiae; uncharacterized protein	join(2617966..2618176,2618236..2618402,2618479..2618852,2619183..2619692,2619748..2619817)	Aspergillus niger	4978048
An01g11120	CDS	An01g11120	NT_166518.1	2621286	2623428	R	Function: the S. cerevisiae Fet5 protein is a iron transport multicopper oxidase, which is required for ferrous iron high affinity uptake. It may be required to oxidize Fe(II) and release it from the transporter. It is an essential component of copper-dependent iron transport.; Remark: alternate name for S. cerevisiae Fet5: YFL041W.; Title: strong similarity to multicopper ferroxidase iron transport mediator Fet5 - Saccharomyces cerevisiae; See PMID 9413439; uncharacterized protein	complement(join(2621286..2621576,2621632..2622049,2622108..2622296,2622349..2622413,2622477..2622506,2622557..2622885,2622940..2623056,2623107..2623428))	Aspergillus niger	4977799
An01g11130	CDS	An01g11130	NT_166518.1	2624315	2626796	D	Catalytic activity: a phosphatidylcholine + H(2)O <=> 1,2-diacylglycerol+ choline phosphate.; Cofactor: Zinc.; Pathway: the non-hemolytic phospholipase C from B. pseudomallei is involved in phospholipid degradation.; Title: strong similarity to non-hemolytic phospholipase C - Burkholderia pseudomallei; See PMID 10523590; uncharacterized protein	join(2624315..2624364,2624482..2624603,2624635..2624769,2624850..2625058,2625107..2625230,2625356..2625685,2625737..2625847,2625897..2626099,2626154..2626626,2626700..2626796)	Aspergillus niger	4977090
An01g11140	CDS	An01g11140	NT_166518.1	2627127	2627579	D	Function: the probable acetyl transferase ORF5 is one of six genes found to be responsible for IAA (indole-3-acetic) production in Azospirillum brasilense.; Title: similarity to acetyl transferase of an indole-3-acetic acid producing gene cluster ORF5 -Azospirillum brasilense; See PMID 1896020; uncharacterized protein	2627127..2627579	Aspergillus niger	4977215
An01g11150	CDS	An01g11150	NT_166518.1	2629390	2632083	D	Catalytic activity: ATP + choline <=> ADP + O-phosphocholine.; Function: the choline kinase Cki1 from S. cerevisiae is responsible for phosphatidylcholine synthesis via the CDP-choline pathway. It also exhibits ethanolamine kinase activity but at 14% efficiency compared with choline.; Pathway: S. cerevisiae Cki1 is involved in the CDP-choline and CDP-ethanolamine dependent pathways of the phospholipid biosynthesis.; Remark: alternate name for S. cerevisiae Cki1: YLR133W.; Title: strong similarity to choline kinase Cki1 -Saccharomyces cerevisiae; See PMID 10092638; See PMID 2536698; uncharacterized protein	join(2629390..2629438,2629674..2630554,2630644..2631180,2631227..2631370,2631421..2631639,2631754..2632083)	Aspergillus niger	4978072
An01g11160	CDS	An01g11160	NT_166518.1	2632147	2633364	R	Catalytic activity: ubiquitin C-terminal thiolester + H(2)O <=> ubiquitin + a thiol.; Remark: the human ubiquitin carboxyl-terminal hydrolase BAP1 is also described in patent WO9805968-A1.; Title: strong similarity to ubiquitin carboxyl-terminal hydrolase BAP1 - Homo sapiens; See PMID 9528852; uncharacterized protein	complement(join(2632147..2632168,2632285..2633106,2633166..2633260,2633323..2633364))	Aspergillus niger	4977853
An01g11170	CDS	An01g11170	NT_166518.1	2634163	2634480	D	hypothetical protein	2634163..2634480	Aspergillus niger	4977554
An01g11180	CDS	An01g11180	NT_166518.1	2635018	2636937	R	Catalytic activity: (R)-6-hydroxynicotine + H(2)O + O(2) <=> 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Cofactor: FAD.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3622516; See PMID 2680607; uncharacterized protein	complement(join(2635018..2635069,2635145..2635430,2635477..2635682,2635733..2636063,2636116..2636206,2636259..2636655,2636714..2636937))	Aspergillus niger	4977849
An01g11190	CDS	An01g11190	NT_166518.1	2637374	2638733	D	Function: for Pth11 from M. grisea it is suggested that it functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Title: similarity to plasma membrane protein Pth11 -Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(2637374..2637484,2637547..2637771,2637835..2638213,2638268..2638342,2638411..2638733)	Aspergillus niger	4977044
An01g11200	CDS	An01g11200	NT_166518.1	2639545	2641098	D	Remark: SRPK family members may be uniquely regulated and targeted, thereby contributing to splicing regulation in different tissues, during development, or in response to signaling.; Remark: higher eukaryotes are showing similar genes but are approximately 100-150 amino acids longer.; Remark: reversible phosphorylation plays an important role in pre-mRNA splicing in mammalian cells.; Title: strong similarity to serine kinase SRPK2 -Homo sapiens; See PMID 9472028; uncharacterized protein	join(2639545..2639792,2639845..2640182,2640242..2640561,2640612..2640852,2640908..2641098)	Aspergillus niger	4977540
An01g11210	CDS	An01g11210	NT_166518.1	2641855	2642740	R	hypothetical protein	complement(join(2641855..2642049,2642462..2642557,2642657..2642740))	Aspergillus niger	84590098
An01g11220	CDS	An01g11220	NT_166518.1	2643186	2643637	R	Title: weak similarity to hypothetical protein encoded by An07g02370 - Aspergillus niger; uncharacterized protein	complement(join(2643186..2643250,2643424..2643637))	Aspergillus niger	10098241
An01g11240	CDS	An01g11240	NT_166518.1	2644898	2645213	R	Remark: the ORF is short in length (71 amino acids).; hypothetical protein	complement(join(2644898..2645014,2645062..2645119,2645173..2645213))	Aspergillus niger	4978342
An01g11250	CDS	An01g11250	NT_166518.1	2646244	2649505	D	Title: weak similarity to intestinal mucin MUC3 -Homo sapiens; uncharacterized protein	join(2646244..2646892,2647617..2647663,2647715..2649505)	Aspergillus niger	4978481
An01g11260	CDS	An01g11260	NT_166518.1	2649764	2652483	R	Remark: STB5 encodes a C6 zinc cluster DNA-binding protein which interacts with the sin3 transcriptional repressor.; Title: similarity to regulator protein Stb5 -Saccharomyces cerevisiae; See PMID 9393435; See PMID 10961924; uncharacterized protein	complement(join(2649764..2650206,2650301..2650463,2650509..2650554,2650725..2650982,2651035..2652156,2652287..2652483))	Aspergillus niger	4978486
An01g11270	CDS	An01g11270	NT_166518.1	2652964	2654063	D	Remark: removes carboxyl groups from ring mounted carboxyls, particularly in the production of catechol.; Remark: similarity to A. niger 2,3-dihydroxybenzoic acid decarboxylase protein patent WO9909048-A1.; Title: similarity to 2,3-dihydroxybenzoic acid decarboxylase from patent WO9909048-A1 - Aspergillus niger; uncharacterized protein	join(2652964..2653015,2653092..2653862,2653930..2654063)	Aspergillus niger	4978465
An01g11280	CDS	An01g11280	NT_166518.1	2654308	2656448	R	Catalytic activity: cyclohexanone + NADPH + O2 = 6-hexanolide + NADP+ + H2O.; Pathway: caprolactam degradation.; Remark: putative sequencing error at position 17435,generating a stop codon.; Remark: the activity of estf1 P. fluorescens increased from gamma-butyrolactone (18. 1 U/mg) to epsilon-caprolactone (21. 8 U/mg) to delta-valerolactone (36. 5 U/mg). The activities towards the aliphatic esters were significantly lower; the only exception was the activity toward ethyl caprylate, which was the preferred substrate.; Similarity: to cyclohexanone monooxygenase proteins in different organisms.; Title: similarity to lactone-specific esterase estf1 - Pseudomonas fluorescens [putative sequencing error]; putative sequencing error; See PMID 9925571; uncharacterized protein	complement(join(2654308..2654561,2654617..2654743,2654775..2654966,2655073..2655327,2655387..2655715,2655796..2656197,2656277..2656448))	Aspergillus niger	10098160
An01g11290	CDS	An01g11290	NT_166518.1	2658082	2659860	D	Remark: CFP encodes a cercosporin transporter that contributes resistance to cercosporin by actively exporting cercosporin, thus maintaining low cellular concentrations of the toxin.; Remark: many species of the fungal genus Cercospora,including the soybean pathogen C. kikuchii, produce the phytotoxic polyketide cercosporin.; Similarity: to multidrug resistance transporter proteins of the major facilitator superfamily.; Title: strong similarity to cercosporin transporter CFP - Cercospora kikuchii; See PMID 10517030; uncharacterized protein	join(2658082..2658291,2658358..2659860)	Aspergillus niger	4978312
An01g11300	CDS	An01g11300	NT_166518.1	2660482	2661268	D	hypothetical protein	join(2660482..2660588,2660667..2660800,2660885..2661030,2661113..2661268)	Aspergillus niger	84590099
An01g11310	CDS	An01g11310	NT_166518.1	2661733	2663060	D	Similarity: the ORF shows similarity to several transcription regulators.; Title: weak similarity to sterigmatocystin synthesis transcription regulator aflR - Aspergillus nidulans; See PMID 8662194; uncharacterized protein	join(2661733..2661834,2661893..2661919,2661975..2663060)	Aspergillus niger	4977478
An01g11320	CDS	An01g11320	NT_166518.1	2663386	2663715	R	Catalytic activity: L-tryptophan = tryptamine + CO2.; Pathway: histidine metabolism; tyrosine metabolism; phenylalanine metabolism; tryptophan metabolism; alkaloid biosynthesis I.; Remark: DDC3 is used to increase the production of polypeptides by recombinant host filamentous fungal cells.; Remark: similarity to DDC3 (dopa decarboxylase 3) from Aspergillus oryzae patent WO9960136-A1.; Title: similarity to dopa decarboxylase 3 DDC3 from patent WO9960136-A1 - Aspergillus oryzae; uncharacterized protein	complement(2663386..2663715)	Aspergillus niger	4977632
An01g11330	CDS	An01g11330	NT_166518.1	2664651	2665431	D	Title: strong similarity to hypothetical protein CAD70322.1 - Neurospora crassa; uncharacterized protein	join(2664651..2664670,2664729..2665431)	Aspergillus niger	4977862
An01g11340	CDS	An01g11340	NT_166518.1	2665532	2666906	R	Catalytic activity: release of N-terminal amino acids, preferentially methionine, from peptides and arylamides.; Remark: deletion of the yeast MAP1 gene is not lethal, suggesting that alternative NH2-terminal processing pathway(s) exist for cleaving methionine from nascent polypeptide chains in eukaryotic cells.; Similarity: belongs to the Escherichia coli methionyl aminopeptidase family.; Title: strong similarity to methionyl aminopeptidase Map1 - Saccharomyces cerevisiae; See PMID 1569059; uncharacterized protein	complement(join(2665532..2665629,2665687..2666233,2666308..2666627,2666679..2666709,2666763..2666906))	Aspergillus niger	4977276
An01g11350	CDS	An01g11350	NT_166518.1	2667238	2667657	D	hypothetical protein	join(2667238..2667318,2667400..2667657)	Aspergillus niger	84590100
An01g11360	CDS	An01g11360	NT_166518.1	2667667	2669362	D	Catalytic activity: release of N-terminal amino acids, preferentially methionine, from peptides and arylamides.; Remark: lower and higher eukaryotes, as well as bacteria, share a similar N-terminal protein processing machinery, indicating universality of this system.; Remark: the N-terminal protein processing pathway is an essential mechanism found in all organisms.; Remark: the trembl:AF250964_1 is putative the same as pir:T00698 exept the different 9 amino acids before the start methionine.; Similarity: to human methionyl aminopeptidase.; Title: strong similarity to methionine aminopeptidase-like protein F6E13.31 - Arabidopsis thaliana; See PMID 11060042; uncharacterized protein	join(2667667..2667709,2667765..2667926,2667993..2668597,2668647..2669120,2669171..2669257,2669306..2669362)	Aspergillus niger	4977825
An01g11370	CDS	An01g11370	NT_166518.1	2671224	2673837	R	Remark: genetic analysis and GFP fusions show that the NLS of a Zn-binuclear cluster transcriptional activator of Aspergillus nidulans (PrnA) is tripartite.; Remark: the prnA gene A. nidulans codes for a transcriptional activator that mediates proline induction of four other genes involved in proline utilization as a nitrogen and/or carbon source in Aspergillus nidulans.; Title: similarity to transcription activator prnA -Aspergillus nidulans; See PMID 9622360; See PMID 10788322; uncharacterized protein	complement(join(2671224..2671471,2671568..2672303,2672364..2672739,2672834..2673477,2673532..2673703,2673736..2673740,2673781..2673837))	Aspergillus niger	4977402
An01g11380	CDS	An01g11380	NT_166518.1	2674688	2675704	R	Title: strong similarity to sequence 1 from patent EP0845532 - Pseudomonas sp.; uncharacterized protein	complement(join(2674688..2675365,2675441..2675704))	Aspergillus niger	4977091
An01g11390	CDS	An01g11390	NT_166518.1	2676438	2678162	D	Remark: probable nadh-dependent flavin oxidoreductase.; Title: strong similarity to sequence 385 from patent WO0100842 - Corynebacterium glutamicum; uncharacterized protein	join(2676438..2676506,2676561..2676692,2676771..2677048,2677152..2677344,2677413..2677972,2678072..2678162)	Aspergillus niger	4977335
An01g11400	CDS	An01g11400	NT_166518.1	2678225	2681978	D	Remark: only a small domain is homolog to many different proteins.; Title: weak similarity to hypothetical protein encoded by An02g00880 - Aspergillus niger; uncharacterized protein	join(2678225..2678449,2678494..2678740,2678789..2678870,2679022..2679078,2679348..2679547,2679613..2679765,2679824..2679929,2679971..2680633,2680701..2681223,2681289..2681978)	Aspergillus niger	4977642
An01g11410	CDS	An01g11410	NT_166518.1	2683323	2684377	D	Title: strong similarity to hypothetical protein BAB49374.1 - Mesorhizobium loti; uncharacterized protein	join(2683323..2683399,2683435..2683684,2683748..2684030,2684097..2684377)	Aspergillus niger	4977064
An01g11420	CDS	An01g11420	NT_166518.1	2685689	2686510	D	hypothetical protein	join(2685689..2686251,2686318..2686510)	Aspergillus niger	4977997
An01g11430	CDS	An01g11430	NT_166518.1	2687512	2689098	D	Remark: weak similarity to cell surface proteins with repetetive sequences.; Title: weak similarity to S-layer protein -Clostridium thermocellum; uncharacterized protein	join(2687512..2687621,2687682..2689098)	Aspergillus niger	4977021
An01g11440	CDS	An01g11440	NT_166518.1	2690197	2691033	D	Catalytic activity: UDPglucose = UDPgalactose.; Pathway: galactose metabolism; nucleotide sugars metabolism.; Remark: null mutant of gal10 S. cerevisiae is viable and cannot utilize galactose.; Similarity: belongs to the UDPglucose 4-epimerase family; Title: similarity to UDPglucose 4-epimerase Gal10 -Saccharomyces cerevisiae; See PMID 6092912; See PMID 6715281; uncharacterized protein	2690197..2691033	Aspergillus niger	4978381
An01g11450	CDS	An01g11450	NT_166518.1	2691545	2693942	D	Remark: ophD encodes a permease for phthalate transport.; Similarity: to putative allantoate transporter proteins from different organisms.; Title: strong similarity to phthalate permease ophD - Burkholderia cepacia; See PMID 10498738; uncharacterized protein	join(2691545..2691571,2691722..2692105,2692160..2692253,2692300..2692499,2692545..2692618,2692663..2692767,2692816..2692988,2693043..2693206,2693263..2693566,2693631..2693821,2693871..2693942)	Aspergillus niger	4977238
An01g11470	CDS	An01g11470	NT_166518.1	2695001	2696103	D	Title: similarity to hypothetical protein encoded by An08g09690 - Aspergillus niger; uncharacterized protein	join(2695001..2695731,2695789..2695866,2695923..2696103)	Aspergillus niger	4977775
An01g11480	CDS	An01g11480	NT_166518.1	2697125	2699277	D	Remark: RT-PCR experiments confirm that ox1 is expressed under conditions of peptide alkaloid biosynthesis.; Remark: the ox1 is 100 aa shorter in the N-terminal region, but all other similaritys are shown to oxidoreductases with different substrate specificity.; Title: strong similarity to oxidoreductase ox1 -Claviceps purpurea; See PMID 10071219; uncharacterized protein	join(2697125..2697202,2697285..2697727,2697786..2697984,2698040..2698714,2698790..2699017,2699107..2699277)	Aspergillus niger	4977597
An01g11500	CDS	An01g11500	NT_166518.1	2700528	2702714	D	Similarity: the ORF shows weak similarity to the hypothetical protein C33D9. 8 of C. elegans.; Title: weak similarity to hypothetical protein encoded by An16g04050 - Aspergillus niger; uncharacterized protein	join(2700528..2701149,2701366..2702714)	Aspergillus niger	84590101
An01g11510	CDS	An01g11510	NT_166518.1	2703374	2704912	D	Catalytic activity: Hydrolysis of the 6-sulfate group of the N-acetyl-D-glucosamine 6-sulfate units of heparan sulfate and keratan sulfate.; Pathway: glycosaminoglycan degradation.; Remark: it is a periplasmic enzyme and acts as homodimer.; Remark: mucin desulfation is believed to be a rate-limiting step in mucin degradation by colon bacteria.; Title: strong similarity to mucin-desulfating sulfatase MdsA - Prevotella sp.; See PMID 10809675; See PMID 10981693; uncharacterized protein	2703374..2704912	Aspergillus niger	4977755
An01g11520	CDS	pgaI	NT_166518.1	2707839	2709059	D	Catalytic activity: random hydrolysis of 1,4-alpha-D-galactosiduronic linkages in pectate and other galacturonans.; Gene-ID: pgaI; Pathway: pentose and glucuronate interconversions; starch and sucrose metabolism.; Remark: strong similarity to prepro-polygalacturonase I patent EP421919-A from Aspergillus niger.; See PMID 10945680; See PMID 1934135; polygalacturonase pgaI-Aspergillus niger	join(2707839..2708066,2708119..2708538,2708601..2709059)	Aspergillus niger	4978020
An01g11530	CDS	An01g11530	NT_166518.1	2711739	2713085	R	Remark: AWI 31 was specifically induced by wounding.; Remark: not regulated by other environmental stresses such as drought, high salt, low temperature, or a DPE herbicide treatment.; Title: similarity to induced upon wounding stress protein AWI 31 - Arabidopsis thaliana; See PMID 9085278; uncharacterized protein	complement(join(2711739..2712332,2712376..2712904,2712967..2713085))	Aspergillus niger	4978341
An01g11540	CDS	An01g11540	NT_166518.1	2714648	2716711	D	Remark: expression of FLU1 in YKKB-13 mediated not only resistance to fluconazole but also to cycloheximide.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; See PMID 11181345; uncharacterized protein	join(2714648..2714805,2714872..2715990,2716071..2716292,2716504..2716711)	Aspergillus niger	4977325
An01g11550	CDS	An01g11550	NT_166518.1	2717238	2718941	R	Title: strong similarity to hypothetical protein CAD21353.1 - Neurospora crassa; uncharacterized protein	complement(join(2717238..2717381,2717435..2718808,2718882..2718941))	Aspergillus niger	4977701
An01g11560	CDS	An01g11560	NT_166518.1	2719315	2720877	R	Catalytic activity: Digallate + H2O = 2 Gallate.; Remark: also hydrolyses ester links in other tannins.; Remark: similarity to Aspergillus oryzae tannase protein patent JP08080196-A.; Remark: tannase gene product is translated as a single polypeptide that is cleaved by post-translational modification into two tannase subunits linked by a disulfide bond(s).; Remark: tannins have a wide range of effects on various organisms--from toxic effects on animals to growth inhibition of microorganisms.; Remark: the tannase can be used for clarification in beer production.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; See PMID 10192896; See PMID 11191769; uncharacterized protein	complement(2719315..2720877)	Aspergillus niger	84590102
An01g11570	CDS	An01g11570	NT_166518.1	2721285	2722508	R	Similarity: the ORF shows weak similarity to the DNA binding protein Ncp1 of Ustilago maydis.; Title: similarity to hypothetical protein encoded by An01g11580 - Aspergillus niger; uncharacterized protein	complement(join(2721285..2721817,2722089..2722219,2722267..2722508))	Aspergillus niger	4977937
An01g11580	CDS	An01g11580	NT_166518.1	2725016	2725661	R	Title: similarity to hypothetical protein encoded by An01g11570 - Aspergillus niger; uncharacterized protein	complement(join(2725016..2725187,2725249..2725661))	Aspergillus niger	4977677
An01g11590	CDS	An01g11590	NT_166518.1	2726697	2728054	D	Title: similarity to hypothetical protein encoded by An01g01670 - Aspergillus niger; uncharacterized protein	join(2726697..2726699,2726750..2728054)	Aspergillus niger	4977764
An01g11600	CDS	An01g11600	NT_166518.1	2728324	2730267	R	Remark: DAL5 encodes a component of the allantoate transport system.; Remark: its relatively high basal level of expression did not increase further upon addition of allantoin pathway intermediates.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 3275614; See PMID 3301804; uncharacterized protein	complement(join(2728324..2728348,2728412..2728608,2728669..2729076,2729143..2729512,2729572..2729781,2729856..2729905,2729955..2730048,2730101..2730267))	Aspergillus niger	4977671
An01g11610	CDS	An01g11610	NT_166518.1	2731358	2732835	D	Remark: the Pyrococcus horikoshii enzyme has the following properties: an aminoacylase activity and a carboxypeptidase activity.; Remark: the protein shows also similarity to Pyrococcus horikoshii enzyme, patent JP10210976-A.; Title: similarity to indole-3-acetyl-L-aspartic acid hydrolase IAA-asp - Enterobacter agglomerans; See PMID 9747708; See PMID 10651904; uncharacterized protein	join(2731358..2731471,2731529..2731934,2732032..2732380,2732430..2732557,2732606..2732835)	Aspergillus niger	4977600
An01g11620	CDS	An01g11620	NT_166518.1	2733525	2735492	D	Remark: the expression of the structural genes for lysine (LYS) biosynthesis is controlled by a pathway-specific regulation mediated by the transcriptional activator Lys14 in the presence of alpha-aminoadipate semialdehyde, an intermediate of the pathway acting as a co-inducer.; Remark: the protein belongs to a fungal regulatory familiy containing the Zn(II)2Cys6 binuclear cluster DNA binding domain.; Title: similarity to transcription activator of lysine pathway Lys14 - Saccharomyces cerevisiae; See PMID 9701810; See PMID 10975256; uncharacterized protein	join(2733525..2733558,2733673..2734651,2734697..2734997,2735049..2735492)	Aspergillus niger	4977728
An01g11630	CDS	An01g11630	NT_166518.1	2737048	2737386	R	Function: Sss1 from S. cerevisiae is required for continued translocation of secretory precursor proteins through the ER membrane.; Function: overexpressed SSS1 from S. cerevisiae restores translocation in the sec61 mutant.; Localization: Sss1 from S. cerevisiae is firmly bound to the ER membrane and exposes its amino-terminal half on the cytosolic side.; Remark: Sss1 from S. cerevisiae interacts directly with Sec61, a 10-transmembrane-domain membrane protein of the heterotrimeric Sec61p complex.; Remark: the evolutionarily conserved Sec61 protein complex mediates the translocation of secretory proteins into the endoplasmic reticulum.; Title: strong similarity to translocation complex component Sss1 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 7961662; See PMID 8223425; See PMID 9303299; uncharacterized protein	complement(join(2737048..2737088,2737153..2737239,2737302..2737386))	Aspergillus niger	4978013
An01g11640	CDS	An01g11640	NT_166518.1	2738527	2739967	D	Remark: MEP2 is an ammonium sensor, generating a signal to regulate filamentous growth in response to ammonium starvation.; Remark: MEP2, a high affinity ammonium permease, is required for pseudohyphal differentiation in response to ammonium limitation.; Title: strong similarity to high affinity low capacity ammonia permease Mep2 - Saccharomyces cerevisiae; See PMID 9234685; See PMID 9482721; uncharacterized protein	join(2738527..2738934,2738981..2739967)	Aspergillus niger	4977519
An01g11650	CDS	An01g11650	NT_166518.1	2740057	2740908	R	Catalytic activity: 10-Formyltetrahydrofolate + H2O = Formate + Tetrahydrofolate.; Pathway: glyoxylate and dicarboxylate metabolism; one carbon pool by folate.; Remark: also strong similarity to formate transport associated protein, PurU - Bacillus subtilis from patent WO9927107-A2.; Remark: it appears that PurU provides the major source of formate for the purT-dependent synthesis of FGAR.; Title: strong similarity to formyltetrahydrofolate deformylase purU - Corynebacterium sp.; See PMID 7543100; uncharacterized protein	complement(2740057..2740908)	Aspergillus niger	4978173
An01g11660	CDS	cbhB	NT_166518.1	2741545	2743155	D	Catalytic activity: hydrolysis of 1,4-beta-D-glucosidic linkages in cellulose and cellotetraose, releasing cellobiose from the non-reducing ends of the chains.; Gene-ID: cbhB; Mapping: cbhB from A. niger is mapped to chromosome II; see list from DSM, EMBL AF156269.; Pathway: starch and sucrose metabolism.; Remark: northern blot analysis showed that the transcription of the cbhA and cbhB genes is induced by D-xylose but not by sophorose and, in addition, requires the xylanolytic transcriptional activator XlnR.; Remark: patent cbhB WO9906574-A1.; Remark: the differences in the sequence are caused by strain variations or sequencing errors.; See PMID 10508057; 1,4-beta-D-glucan cellobiohydrolase B precursor cbhB-Aspergillus niger	2741545..2743155	Aspergillus niger	4977345
An01g11670	CDS	An01g11670	NT_166518.1	2743874	2745337	D	Catalytic activity: endohydrolysis of 1,4-beta-D-glucosidic linkages in cellulose, lichenin and cereal beta-D-glucans.; Pathway: starch and sucrose metabolism; Remark: also hydrolyse 1,4-linkages in beta-D-glucans also containing 1,3-linkages.; Title: strong similarity to endo-beta-1,4-glucanase A eglA - Aspergillus nidulans; See PMID 10386374; uncharacterized protein	join(2743874..2743964,2744020..2744231,2744294..2744358,2744421..2744518,2744571..2745337)	Aspergillus niger	4977614
An01g11680	CDS	An01g11680	NT_166518.1	2746204	2747468	D	Catalytic activity: 3-Carboxy-2,5-dihydro-5-oxofuran-2-acetate = 3-Carboxy-cis,cis-muconate.; Pathway: phenylalanine metabolism; Remark: the stereochemical and regiochemical course of the reaction is (i) opposite that of CMLE from Pseudomonas putida (EC 5. 5. 1. 2) and (ii) identical to that of cis,cis-muconate lactonizing enzyme (MLE; EC 5. 5. 1. 1) from P. putida.; Title: strong similarity to carboxy-cis,cis-muconate cyclase CMLE - Neurospora crassa; See PMID 4448182; See PMID 4448183; See PMID 8132467; uncharacterized protein	join(2746204..2746347,2746401..2746509,2746560..2747363,2747419..2747468)	Aspergillus niger	4978234
An01g11690	CDS	An01g11690	NT_166518.1	2748829	2750314	R	Remark: Pth11p functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Remark: inhibition of of the genes PTH2, PTH3, PTH11 and PTH12 results in the reduction or elimination of the pathogenic phenotype of the fungus. The genes are useful in the design of screens to identify inhibitors of the fungal pathogenic gene products.; Remark: similarity to integral membrane protein PTH11 - Magnaporthe grisea patent WO9913094-A2.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(2748829..2749474,2749538..2749935,2749996..2750100,2750165..2750314))	Aspergillus niger	4977935
An01g11700	CDS	An01g11700	NT_166518.1	2751323	2752031	R	Title: weak similarity to BPP-CNP precursor homolog - Agkistrodon blomhoffi; uncharacterized protein	complement(join(2751323..2751672,2751743..2752031))	Aspergillus niger	84590103
An01g11710	CDS	An01g11710	NT_166518.1	2754354	2755164	D	Remark: the similarity partially located in the middle of the protein.; Title: weak similarity to alpha-glucoside-hydrogen symporter Mal11 - Saccharomyces cerevisiae; See PMID 8594329; uncharacterized protein	join(2754354..2754387,2754471..2754752,2754796..2754988,2755038..2755164)	Aspergillus niger	84590104
An01g11720	CDS	An01g11720	NT_166518.1	2756300	2760477	R	Title: strong similarity to hypothetical protein YPL206c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2756300..2759092,2759327..2759373,2759542..2759584,2759642..2759704,2759870..2759987,2760285..2760383,2760419..2760477))	Aspergillus niger	84590105
An01g11730	CDS	An01g11730	NT_166518.1	2761042	2761522	D	hypothetical protein	join(2761042..2761061,2761130..2761229,2761298..2761394,2761446..2761522)	Aspergillus niger	84590106
An01g11740	CDS	An01g11740	NT_166518.1	2761724	2763178	R	Alternative name: Microsomal dipeptidase. Renal dipeptidase. Dehydropeptidase I. DPH I.; Cofactor: zinc; Function: hydrolysis of dipeptides. Hydrophobic dipeptides are cleaved preferentially, including prolyl amino acids.; Localization: membrane bound, with broad specificity.; Remark: inhibited by bestatin and cilastatin.; Similarity: belongs to peptidase family M19.; Title: strong similarity to hypothetical membrane dipeptidase - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2761724..2762637,2762689..2762901,2762956..2763178))	Aspergillus niger	4977458
An01g11750	CDS	An01g11750	NT_166518.1	2763850	2764668	R	Similarity: the ORF shows also weak similarity to the protein-tyrosine kinase homolog btl of D. melanogaster and to tyrosine-kinases of other species.; Title: weak similarity to polypeptide SEQ ID NO:41298 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	complement(2763850..2764668)	Aspergillus niger	4977391
An01g11760	CDS	An01g11760	NT_166518.1	2767048	2768829	D	Title: similarity to polypeptide SEQ ID NO:6405 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	join(2767048..2767060,2767319..2767530,2767591..2768829)	Aspergillus niger	4977532
An01g11770	CDS	An01g11770	NT_166518.1	2769004	2771670	R	Remark: N-methyl peptide synthetase.; Remark: probable a short peptid synthetase.; Title: similarity to peptide synthase enniatin synthase esyn1 - Fusarium scirpi; See PMID 8483420; See PMID 11085259; See PMID 7601090; uncharacterized protein	complement(join(2769004..2771145,2771212..2771670))	Aspergillus niger	84590107
An01g11780	CDS	An01g11780	NT_166518.1	2772835	2773473	D	Similarity: TO PROTEINS WITH A CORE MUTT DOMAIN.; Title: weak similarity to dATP pyrophosphohydrolase NMB0642 - Neisseria meningitidis; uncharacterized protein	2772835..2773473	Aspergillus niger	4977945
An01g11790	CDS	An01g11790	NT_166518.1	2773538	2776541	R	Similarity: the ORF shows similarity to several hypothetical peptide synthetases.; Title: similarity to hypothetical acetate--CoA ligase involved in polyketide synthesis pksJ - Bacillus subtilis; See PMID 9384377; See PMID 8344529; uncharacterized protein	complement(join(2773538..2774456,2774509..2775721,2775773..2776541))	Aspergillus niger	4977971
An01g11800	CDS	An01g11800	NT_166518.1	2776812	2778827	R	Catalytic activity: Phenol + NADPH + O(2) <=> catechol + NADP(+) + H(2)O; Title: strong similarity to phenol 2-monooxygenase -Trichosporon beigelii; uncharacterized protein	complement(join(2776812..2776921,2776971..2777087,2777135..2777309,2777362..2778249,2778309..2778827))	Aspergillus niger	4977655
An01g11810	CDS	An01g11810	NT_166518.1	2779857	2781193	R	Catalytic activity: ppe1 of S. pombe catalyses the reaction a phosphoprotein + H(2)O <=> a protein + phosphate.; Remark: a gene disruption (designated delta ppe1) causes cold-sensitive lethality and short, pear-shaped cells.; Similarity: the predicted A. niger protein shows strong similarity to cell shape control protein phosphatase ppe1 from S. pombe and other serine/threonine protein phosphatases.; Title: strong similarity to cell shape control protein phosphatase ppe1p - Schizosaccharomyces pombe; See PMID 8387356; uncharacterized protein	complement(join(2779857..2780146,2780200..2780531,2780580..2780976,2781040..2781193))	Aspergillus niger	4977254
An01g11820	CDS	An01g11820	NT_166518.1	2781617	2783417	D	Title: similarity to hypothetical nucleolar phosphoprotein - Neurospora crassa; uncharacterized protein	join(2781617..2781867,2781971..2783417)	Aspergillus niger	4977413
An01g11830	CDS	An01g11830	NT_166518.1	2783926	2784978	R	Title: weak similarity to protein YIL159w -Saccharomyces cerevisiae; uncharacterized protein	complement(2783926..2784978)	Aspergillus niger	84590108
An01g11840	CDS	An01g11840	NT_166518.1	2785886	2787148	R	Title: strong similarity to hypothetical protein encoded by An05g02120 - Aspergillus niger; uncharacterized protein	complement(join(2785886..2786359,2786408..2786727,2786782..2787148))	Aspergillus niger	4978502
An01g11850	CDS	An01g11850	NT_166518.1	2788913	2789042	D	hypothetical protein	join(2788913..2788985,2789017..2789042)	Aspergillus niger	84590109
An01g11860	CDS	An01g11860	NT_166518.1	2789708	2793317	D	Title: similarity to transcription activator Put3 -Saccharomyces cerevisiae; See PMID 9207794; See PMID 2017167; uncharacterized protein	join(2789708..2790240,2790897..2790971,2791073..2791347,2791377..2793091,2793210..2793317)	Aspergillus niger	4978522
An01g11880	CDS	An01g11880	NT_166518.1	2794959	2796864	D	Function: ordA of A. parasiticus is involved in the conversion of O-methylsterigmatocystin (OMST) to aflatoxin B1.; Remark: a putative frameshift results in an premature STOP codon.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Similarity: the ORF shows strong similarity to several cytochrome P450-type monooxygenases from different species.; Title: strong similarity to O-methylsterigmatocystin oxidoreductase ordA - Aspergillus parasiticus [putative frameshift]; putative frameshift; uncharacterized protein	join(2794959..2795151,2795205..2795358,2795410..2795580,2795636..2795787,2795839..2796407,2796468..>2796864)	Aspergillus niger	4977431
An01g11890	CDS	An01g11890	NT_166518.1	2798577	2799255	D	hypothetical protein	join(2798577..2798748,2799083..2799255)	Aspergillus niger	84590110
An01g11900	CDS	An01g11900	NT_166518.1	2799550	2800206	D	Title: weak similarity to protein fragment SEQ ID NO:47715 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	2799550..2800206	Aspergillus niger	4977623
An01g11910	CDS	An01g11910	NT_166518.1	2800544	2803215	R	Remark: Fission yeast cut17 is required for chromosome segregasion.; Remark: group of cut proteins consists of mutants in which a portion of the nuclear chromatin is stretched by the elongated spindle but the entire nucleus is not separated.; Remark: similarity to Inhibitor of Apoptosis domain; Title: similarity to protein cut17p -Schizosaccharomyces pombe; See PMID 8395535; See PMID 10910336; uncharacterized protein	complement(join(2800544..2802485,2802534..2802643,2802718..2803014,2803078..2803215))	Aspergillus niger	4977245
An01g11920	CDS	An01g11920	NT_166518.1	2803715	2805326	D	Title: similarity to hypothetical protein SPBC1A4.06c - Schizosaccharomyces pombe; uncharacterized protein	join(2803715..2803729,2803803..2805326)	Aspergillus niger	4977453
An01g11930	CDS	An01g11930	NT_166518.1	2805774	2807210	D	Catalytic activity: L-histidinol-phosphate + 2-oxoglutarate <=> 3-(imidazol-4-yl)-2-oxopropyl phosphate + L-glutamate.; Function: histidinol-phosphate aminotransferase.; Pathway: eighth step in histidine biosynthetic pathway.; Remark: responsive to control of general amino acid biosynthesis.; Title: strong similarity to histidinol-phosphate transaminase his3p - Schizosaccharomyces pombe; uncharacterized protein	join(2805774..2805847,2805899..2805960,2806036..2806072,2806187..2807210)	Aspergillus niger	4978018
An01g11940	CDS	An01g11940	NT_166518.1	2809398	2811114	D	Similarity: the ORF shows weak similarity to chitinase chiA of A. nidulans.; Title: similarity to putative integral membrane protein CAF32121.1/AfA33H4.055c - Aspergillus fumigatus; uncharacterized protein	join(2809398..2809716,2809955..2811114)	Aspergillus niger	4977149
An01g11950	CDS	An01g11950	NT_166518.1	2811884	2812748	R	Catalytic activity: Nucleoside triphosphate + RNA(n) = Pyrophosphate + RNA(n+1); Remark: DNA-directed RNA polymerase I, II, III 25 KD subunit.; Title: strong similarity to 25 kD subunit of DNA-directed RNA polymerase I,II,III Rpb5 - Saccharomyces cerevisiae; nucleus; See PMID 10841537; uncharacterized protein	complement(join(2811884..2812409,2812481..2812563,2812650..2812748))	Aspergillus niger	4977534
An01g11960	CDS	An01g11960	NT_166518.1	2813186	2814982	D	Complex: Bfr1 also associates with yeast polyribosomes and mRNP complexes.; Complex: Bfr1 interacts with Bbp1, a component of the spindle pole body.; Remark: Bfr1 protein from S. cerevisiae is a multicopy suppressor of brefeldin A-induced lethality. Bfr1, in addition, partially suppresses the growth and secretion defects of the ER-to-Golgi secretion mutant sec17.; Similarity: the predicted A. niger protein shows strong similarity to Bfr1 protein from S. cerevisiae. stronger similarity is found with the hypothetical protein SPAC458. 02c from S. pombe.; Title: similarity to brefeldin A resistance protein Bfr1 - Saccharomyces cerevisiae; See PMID 11410665; See PMID 8070655; uncharacterized protein	join(2813186..2813314,2813539..2814720,2814773..2814982)	Aspergillus niger	4977766
An01g11970	CDS	An01g11970	NT_166518.1	2815795	2817399	R	Function: mixed-linked glucanases are extracellular enzymes able to hydrolyze beta 1,3-1,4-glucans.; Title: strong similarity to mixed-linked glucanase MLG1 - Cochliobolus carbonum; See PMID 9464371; uncharacterized protein	complement(join(2815795..2816379,2816458..2816911,2816984..2817399))	Aspergillus niger	4977986
An01g11990	CDS	An01g11990	NT_166518.1	2821431	2821834	D	Title: strong similarity to hypothetical protein CAF32129.1 - Aspergillus fumigatus; uncharacterized protein	join(2821431..2821448,2821511..2821834)	Aspergillus niger	4977599
An01g12000	CDS	An01g12000	NT_166518.1	2823872	2825035	D	Function: dsk1 of S. pombe is a protein kinase, that auto-phosphorylates as well as phosphorylates e. g. myelin basic protein (MBP).; Induction: mitotically arrested S. pombe cells have a several-fold higher kinase activity of dsk1 than that from wild type.; Phenotype: high dosage of dsk1+ strongly delays the G2/M progression of S. pombe cells.; Title: similarity to dis1-suppressing protein kinase dsk1p - Schizosaccharomyces pombe; See PMID 8485317; uncharacterized protein	2823872..2825035	Aspergillus niger	4977371
An01g12010	CDS	An01g12010	NT_166518.1	2828819	2831195	R	Title: weak similarity to phosphoprotein phosphatase PPT - Rattus norvegicus; See PMID 8077208; uncharacterized protein	complement(join(2828819..2829716,2829772..2830479,2830531..2831195))	Aspergillus niger	4977828
An01g12020	CDS	An01g12020	NT_166518.1	2831913	2834170	R	Similarity: the ORF shows weak similarity to putative bi-functional transferase/deacetylase of S. coelicolor.; Title: strong similarity to hypothetical protein encoded by An04g09400 - Aspergillus niger; uncharacterized protein	complement(join(2831913..2832407,2832475..2833384,2833437..2834170))	Aspergillus niger	4977865
An01g12030	CDS	An01g12030	NT_166518.1	2835534	2836093	R	Title: strong similarity to hypothetical protein encoded by An01g12040 - Aspergillus niger; uncharacterized protein	complement(join(2835534..2835605,2835800..2836093))	Aspergillus niger	84590111
An01g12040	CDS	An01g12040	NT_166518.1	2837469	2838801	R	Similarity: shows similarity to several polyketide synthases and fatty acid synthases; the similarity is restricted to the short-chain alcohol dehydrogenase homology and acyl carrier protein homology domains of polyketide synthases and to the beta-ketoacyl reductase and acyl carrier domains of fatty acid synthases.; Title: similarity to polyketide synthase FUM5 -Gibberella moniliformis; See PMID 10413619; uncharacterized protein	complement(join(2837469..2837900,2837992..2838801))	Aspergillus niger	84590112
An01g12050	CDS	An01g12050	NT_166518.1	2839195	2840601	R	Pathway: trichothecene synthesis.; Remark: Regulation of TRI3 transcription in liquid cultures appeared identical to that of other trichothecene pathway genes.; Remark: TRI3 is an acetyltransferase that converts 15-decalonectrin to calonectrin.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: similarity to 15-decalonectrin 15-O-acetyltransferase TRI3 - Fusarium sporotrichioides; See PMID 8593041; uncharacterized protein	complement(2839195..2840601)	Aspergillus niger	4977421
An01g12060	CDS	An01g12060	NT_166518.1	2841290	2844139	D	Function: Pwp2p exists in a proteinaceous complex,possibly associated with the cytoskeleton, where it functions in control of cell growth and separation.; Function: it is required for bud-site selection and cell separation.; Localization: HA-Pwp2p of S. cerevisiae was clustered at multiple points in the cytoplasm, probably associates with the cytoskeleton.; Title: similarity to WD-repeat protein Pwp2 -Saccharomyces cerevisiae; See PMID 8804409; uncharacterized protein	join(2841290..2841345,2841431..2841698,2841777..2842472,2842605..2842900,2843365..2844139)	Aspergillus niger	84590113
An01g12070	CDS	An01g12070	NT_166518.1	2844963	2845717	D	hypothetical protein	join(2844963..2844990,2845094..2845220,2845618..2845717)	Aspergillus niger	84590114
An01g12080	CDS	An01g12080	NT_166518.1	2846976	2847887	D	hypothetical protein	join(2846976..2847171,2847254..2847299,2847330..2847372,2847615..2847887)	Aspergillus niger	84590115
An01g12090	CDS	An01g12090	NT_166518.1	2849029	2850225	D	Catalytic activity: Nitrile + H2O = a Carboxylate + NH3.; Remark: the Klebsiella ozaenae nitrilase BXN converts the herbicide bromoxynil (3,5-dibromo-4-hydroxybenzonitrile) to 3,5-dibromo-4-hydroxybenzoic acid.; Title: strong similarity to nitrilase BXN -Klebsiella ozaenae; uncharacterized protein	join(2849029..2850012,2850052..2850225)	Aspergillus niger	4977243
An01g12100	CDS	An01g12100	NT_166518.1	2850460	2852808	D	Remark: The gene is required for conversion of either ferulate or vanillate to protocatechuate in Acinetobacter.; Remark: This protein is similar to vanB, but seems 300 aa to long.; Remark: VanA and VanB form an oxygenative demethylase that converts vanillate to protocatechuate in microorganisms.; Title: similarity to vanillate demethylase vanB -Acinetobacter sp.; cytoplasm; See PMID 10348863; See PMID 10671462; uncharacterized protein	join(2850460..2850873,2850970..2852808)	Aspergillus niger	4977092
An01g12110	CDS	An01g12110	NT_166518.1	2853325	2854619	R	Title: similarity to hypothetical protein YLL056c -Saccharomyces cerevisiae; uncharacterized protein	complement(join(2853325..2853329,2853441..2853463,2853515..2854260,2854300..2854322,2854394..2854619))	Aspergillus niger	4977248
An01g12120	CDS	An01g12120	NT_166518.1	2854968	2857299	R	Title: weak similarity to transcription regulator Rgt - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2854968..2856563,2856613..2857007,2857071..2857299))	Aspergillus niger	4977457
An01g12130	CDS	An01g12130	NT_166518.1	2857474	2859045	D	Catalytic activity: plant enzyme with EC number EC 2. 3. 1. 144 catalyses benzoyl-CoA + anthranilate <=> CoA + N-benzoylanthranilate.; Remark: catalyzes the synthesis of anthranilate (vitamin L1) involved in plant phytoalexin biosynthesis.; Title: similarity to anthranilate N-benzoyltransferase - Dianthus caryophyllus; See PMID 9426598; uncharacterized protein	2857474..2859045	Aspergillus niger	4978022
An01g12150	CDS	lacA+	NT_166518.1	2859768	2863201	R	Gene-ID: lacA+; See PMID 1368193; beta-galactosidase lacA-Aspergillus niger	complement(join(2859768..2861095,2861143..2861809,2861856..2861990,2862040..2862135,2862183..2862198,2862246..2862512,2862565..2862867,2862935..2863011,2863067..2863201))	Aspergillus niger	4977988
An01g12160	CDS	An01g12160	NT_166518.1	2866091	2866395	R	hypothetical protein	complement(join(2866091..2866099,2866157..2866293,2866383..2866395))	Aspergillus niger	84590116
An01g12170	CDS	An01g12170	NT_166518.1	2866998	2868228	D	Catalytic activity: Alcohol + NAD+ = Aldehyde or Ketone + NADH; Pathway: Bile acid biosynthesis; Pathway: Fatty acid metabolism; Pathway: Glycerolipid metabolism; Pathway: Glycolysis / Gluconeogenesis; Pathway: Tyrosine metabolism; Title: strong similarity to alcohol dehydrogenase alcB - Aspergillus nidulans; See PMID 8821658; See PMID 10938850; uncharacterized protein	join(2866998..2867539,2867611..2868067,2868121..2868228)	Aspergillus niger	4978521
An01g12180	CDS	An01g12180	NT_166518.1	2868464	2871336	R	Catalytic activity: S-Adenosyl-L-methionine + tRNA = S-Adenosyl-L-homocysteine + tRNA containing 5-methylcytosine.; Remark: similarity to nucleolar Nop2p.; Remark: similarity to proteins involved in rRNA processing.; Remark: weak similarity to human proliferation associated nucleolar antigen P120.; Title: strong similarity to tRNA (cytosine-5-)-methyltransferase Ncl1 - Saccharomyces cerevisiae; nucleus; See PMID 9767141; See PMID 10445884; uncharacterized protein	complement(join(2868464..2868803,2868862..2869396,2869724..2870973,2871048..2871217,2871316..2871336))	Aspergillus niger	4977796
An01g12190	CDS	An01g12190	NT_166518.1	2871730	2873760	D	Function: MCT3 of H. sapiens is a proton-linked monocarboxylate transporter, that was shown to facilitate cellular import of lactate and pyruvate.; Title: similarity to monocarboxylate transporter MCT3 - Homo sapiens; See PMID 9425115; See PMID 10493836; See PMID 10510291; uncharacterized protein	join(2871730..2871818,2871874..2872293,2872327..2872397,2872471..2873358,2873459..2873760)	Aspergillus niger	4977016
An01g12200	CDS	An01g12200	NT_166518.1	2875062	2875639	D	Title: similarity to hypothetical protein F10B6.29 -Arabidopsis thaliana; uncharacterized protein	join(2875062..2875122,2875206..2875303,2875394..2875639)	Aspergillus niger	4977823
An01g12210	CDS	An01g12210	NT_166518.1	2876002	2877668	R	Function: in Neurospora crassa the beta chain of the mitochondrial processing peptidase and the core I protein of ubiquinol--cytochrome-c reductase are identical.; Function: the protein is bifunctional and participates both in protein processing and electron transport.; Title: strong similarity to core protein I of ubiquinol--cytochrome-c reductase beta-MPP - Neurospora crassa; localisation:mitochondrion; uncharacterized protein	complement(join(2876002..2876392,2876448..2877142,2877207..2877284,2877340..2877465,2877519..2877668))	Aspergillus niger	4977948
An01g12220	CDS	An01g12220	NT_166518.1	2878122	2879093	R	Pathway: galactose metabolism.; Similarity: shows much higher similarity to yet probable fungal UDPglucose 4-epimerases.; Title: similarity to protein SEQ ID NO:52 from patent WO200111033-A2 - Haemophilus influenzae; uncharacterized protein	complement(2878122..2879093)	Aspergillus niger	4978014
An01g12230	CDS	An01g12230	NT_166518.1	2879790	2881036	R	Function: it is associated with snoRNA and required for 35S rRNA processing and methylation.; Function: it is involved in cleavage of 33S precursor rRNA at A1 site to yield 32S rRNA.; Function: it is involved in cleavage of 35S precursor rRNA at A0 site to yield 33S rRNA.; Function: protein of S. cerevisiae is involved in cleavage of 32S precursor rRNA at A2 site to yield 20S and 27SA2 precursors.; Title: strong similarity to nucleolar protein Nop1 -Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(2879790..2880500,2880569..2880714,2880952..2881036))	Aspergillus niger	4977801
An01g12240	CDS	An01g12240	NT_166518.1	2881666	2882506	R	Title: strong similarity to hypothetical protein CAC28784.2 - Neurospora crassa; uncharacterized protein	complement(join(2881666..2882160,2882240..2882506))	Aspergillus niger	4977274
An01g12250	CDS	An01g12250	NT_166518.1	2886023	2888300	D	Remark: ORF might be questionable at the carboxyterminus.; hypothetical protein	join(2886023..2886118,2886524..2886663,2886710..2886772,2886878..2886908,2887081..2887204,2887257..2887623,2887682..2888096,2888151..2888300)	Aspergillus niger	4978180
An01g12260	CDS	An01g12260	NT_166518.1	2889424	2890452	R	Similarity: blast hits result from repetitive sequences.; hypothetical protein	complement(join(2889424..2889753,2889946..2890151,2890340..2890344,2890400..2890452))	Aspergillus niger	84590117
An01g12270	CDS	An01g12270	NT_166518.1	2891639	2893723	D	Similarity: shows only partial similarity to fungal hypothetical protein and is probably not an integral membrane protein.; Title: similarity to hypothetical membrane protein YPL277c - Saccharomyces cerevisiae; uncharacterized protein	2891639..2893723	Aspergillus niger	4977398
An01g12290	CDS	An01g12290	NT_166518.1	2895039	2897485	R	Similarity: shows similarity to homeodomain repressor proteins in the family of Drosophila Cut.; Title: similarity to CCAAT displacement protein CASP - Homo sapiens; See PMID 9332351; uncharacterized protein	complement(join(2895039..2896172,2896222..2897069,2897121..2897288,2897356..2897485))	Aspergillus niger	4977780
An01g12300	CDS	An01g12300	NT_166518.1	2898354	2902070	D	Function: TRAP-1 can distinguish activated forms of the receptor from wild-type receptor in the absence of TGFbeta and may potentially have a functional role in TGFbeta signaling.; Similarity: shows only partial similarity at the carboxyterminus.; Title: similarity to TGF beta receptor associated protein-1 TRAP-1 - Homo sapiens; uncharacterized protein	join(2898354..2898510,2898563..2901117,2901162..2902070)	Aspergillus niger	4977754
An01g12310	CDS	An01g12310	NT_166518.1	2902178	2903329	R	Catalytic activity: hydroxyquinol 1,2-dioxygenase of A. sp. was a novel dioxygenase that catalyzed both the intradiol and extradiol cleavage of catechol.; Cofactor: iron.; Remark: when hydroxyquinol was used as a substrate,the purified enzyme of A. sp. showed 6. 8-fold activity of that for catechol.; Title: similarity to hydroxyquinol 1,2-dioxygenase BAA82713.1 - Arthrobacter sp.; See PMID 10380628; uncharacterized protein	complement(join(2902178..2902448,2902522..2903003,2903093..2903329))	Aspergillus niger	4978318
An01g12320	CDS	An01g12320	NT_166518.1	2904020	2905996	R	Function: might be involved in transcriptional regulation.; Similarity: contains a fungal Zn(2)-Cys(6) binuclear cluster and shows weak similarity to proteins containing the same domain.; Title: strong similarity to possible transcription factor CAF32142.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(2904020..2905323,2905381..2905996))	Aspergillus niger	4977551
An01g12330	CDS	An01g12330	NT_166518.1	2908736	2909253	D	Complex: purified human LSm proteins form a heteromer that is stable even in the absence of RNA and exhibits a doughnut shape under the electron microscope,with striking similarity to the Sm core RNP structure.; Function: the purified LSm heteromer binds specifically to U6 snRNA and it facilitates the formation of U4/U6 RNA duplices in vitro, suggesting that it may play a role in U4/U6 snRNP formation.; Title: similarity to U6 snRNA-associated Sm-like protein LSm7 - Homo sapiens; nucleus; See PMID 10523320; uncharacterized protein	join(2908736..2908946,2909005..2909076,2909126..2909253)	Aspergillus niger	4977137
An01g12340	CDS	An01g12340	NT_166518.1	2909934	2910239	D	Remark: truncated ORF due to contig border.; hypothetical protein [truncated ORF]	2909934..>2910239	Aspergillus niger	4977605
An01g12350	CDS	An01g12350	NT_166518.1	2910344	2911443	D	Remark: truncated ORF due to contig border.; Similarity: shows weak similarity to proteins containing Leucine Rich Repeats.; Title: similarity to hypothetical protein encoded by An15g02640 - Aspergillus niger [truncated ORF]; uncharacterized protein	join(<2910344..2911345,2911438..2911443)	Aspergillus niger	84590118
An01g12360	CDS	An01g12360	NT_166518.1	2911915	2914061	R	Function: pan3 of S. cerevisiae is involved in cell wall biogenesis and architecture.; Similarity: similarity is restricted to carboxyterminus.; Title: similarity to component of the Pab1p-dependent poly(A) ribonuclease Pan3 - Saccharomyces cerevisiae; See PMID 8816488; See PMID 9774670; uncharacterized protein	complement(join(2911915..2912948,2912996..2913151,2913205..2913349,2913400..2913591,2913700..2913806,2913857..2914061))	Aspergillus niger	4977167
An01g12370	CDS	An01g12370	NT_166518.1	2915280	2916888	D	Title: similarity to hypothetical protein SPCC285.11 - Schizosaccharomyces pombe; uncharacterized protein	join(2915280..2915414,2915446..2916888)	Aspergillus niger	4977267
An01g12380	CDS	An01g12380	NT_166518.1	2919391	2924177	D	Function: multidrug resistance.; Similarity: shows strong similarity to several fungal ABC-transporter.; Title: strong similarity to ATP-binding cassette transporter PMR1 - Penicillium digitatum; plasma membrane; See PMID 9758830; uncharacterized protein	join(2919391..2921256,2921317..2922246,2922301..2922613,2922667..2924177)	Aspergillus niger	4977469
An01g12390	CDS	An01g12390	NT_166518.1	2925204	2927063	R	Title: similarity to repressed by TUP1 protein 2 RBT2 - Candida albicans; See PMID 10790384; uncharacterized protein	complement(2925204..2927063)	Aspergillus niger	4977885
An01g12395	CDS	An01g12395	NT_166518.1	2928484	2929169	D	hypothetical protein	join(2928484..2928606,2928891..2929169)	Aspergillus niger	84590119
An01g12400	CDS	An01g12400	NT_166518.1	2929476	2930481	R	Title: strong similarity to 3-oxoacyl-(acyl-carrier-protein) reductase fabG - Bacillus subtilis; See PMID 8759840; uncharacterized protein	complement(join(2929476..2929925,2930042..2930257,2930350..2930481))	Aspergillus niger	4977012
An01g12410	CDS	An01g12410	NT_166518.1	2931969	2934416	D	Similarity: to some transcription factors.; Title: similarity to regulator protein qutA -Aspergillus nidulans; uncharacterized protein	join(2931969..2932102,2932228..2933531,2933582..2933904,2933958..2934416)	Aspergillus niger	4977426
An01g12420	CDS	An01g12420	NT_166518.1	2936133	2937277	D	Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L17 - Rattus norvegicus; cytoplasm; See PMID 2211664; 60S ribosomal protein uL22	join(2936133..2936135,2936465..2936678,2936872..2937059,2937128..2937277)	Aspergillus niger	4978491
An01g12430	CDS	An01g12430	NT_166518.1	2938786	2940784	D	Title: strong similarity to hypothetical protein CAF32157.1 - Neurospora crassa; uncharacterized protein	join(2938786..2938822,2938888..2938952,2939018..2939050,2939148..2939531,2939598..2940310,2940397..2940512,2940551..2940554,2940596..2940670,2940763..2940784)	Aspergillus niger	4977752
An01g12440	CDS	An01g12440	NT_166518.1	2940977	2941870	R	Remark: similarities correspond to multiple S-repeats.; Title: similarity to hypothetical protein BAA13766.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(2940977..2941870)	Aspergillus niger	4978054
An01g12450	CDS	An01g12450	NT_166518.1	2945014	2947888	R	Title: strong similarity to hypothetical glucan beta-1,3 exoglucanase exgS - Aspergillus phoenicis; uncharacterized protein	complement(join(2945014..2947622,2947672..2947888))	Aspergillus niger	4977765
An01g12460	CDS	An01g12460	NT_166518.1	2950974	2952471	R	Title: similarity to hypothetical valine--pyruvate transaminase DR1030 - Deinococcus radiodurans; uncharacterized protein	complement(join(2950974..2951421,2951517..2951902,2951998..2952471))	Aspergillus niger	4977394
An01g12470	CDS	An01g12470	NT_166518.1	2957490	2959337	D	Title: similarity to hypothetical Atu related protein - Neurospora crassa; uncharacterized protein	join(2957490..2958831,2958901..2959337)	Aspergillus niger	4977806
An01g12480	CDS	An01g12480	NT_166518.1	2961386	2964703	D	Title: similarity to hypothetical ankyrin-like cytoskeletal-structural protein - Drosophila melanogaster; uncharacterized protein	2961386..2964703	Aspergillus niger	4977916
An01g12490	CDS	An01g12490	NT_166518.1	2965662	2967344	D	Similarity: the ORF shows similarity to NADH dehydrogenase (complex I) as well as others not involved in respiration (1. 6. 99. 3).; Title: similarity to 64 kD NADH dehydrogenase ndh64 - Neurospora crassa; See PMID 10482790; uncharacterized protein	2965662..2967344	Aspergillus niger	84590120
An01g12500	CDS	An01g12500	NT_166518.1	2967494	2969389	R	Catalytic activity: A monocarboxylic acid amide + H(2)O = a monocarboxylate + NH(3).; Title: strong similarity to acetamidase amdS -Aspergillus oryzae; uncharacterized protein	complement(join(2967494..2967657,2967743..2969042,2969096..2969389))	Aspergillus niger	4977195
An01g12520	CDS	An01g12520	NT_166518.1	2975511	2976407	R	Title: strong similarity to beta-ketoacyl reductase rhlG - Pseudomonas aeruginosa; uncharacterized protein	complement(join(2975511..2976237,2976292..2976407))	Aspergillus niger	4977280
An01g12530	CDS	An01g12530	NT_166518.1	2977135	2977889	D	Catalytic activity: O2. - + O2. - + 2 H+ = O2 + H2O2.; Title: strong similarity to manganese superoxide dismutase - Penicillium chrysogenum; uncharacterized protein	join(2977135..2977179,2977237..2977710,2977776..2977889)	Aspergillus niger	4977786
An01g12540	CDS	An01g12540	NT_166518.1	2978431	2978867	D	Title: weak similarity to hypothetical protein YPL158c - Saccharomyces cerevisiae; uncharacterized protein	join(2978431..2978743,2978794..2978867)	Aspergillus niger	84590121
An01g12550	CDS	An01g12550	NT_166518.1	2979236	2980829	R	Catalytic activity: hydrolysis of the terminal 1,2-linked alpha-D-mannose residues in the oligo-mannose oligosaccharide Man9(GlcNAc)2.; Pathway: glycoprotein biosynthesis.; Remark: A. saitoi msdS enzyme has activity with methyl-2-O-alpha-d-mannopyranosyl alpha-D-mannopyranoside at pH 5. 0, while no activity was determined with methyl-3-O-alpha-D-mannopyranosyl alpha-D-mannopyranoside or methyl-6-O-alpha-D-mannopyranosyl alpha-D-mannopyranoside. The substrate specificity of the enzyme was analysed by using pyridylaminated (PA)-oligomannose-type sugar chains, Man9-6(GlcNAc)2-PA (Man is mannose; GlcNAc is N-acetylglucosamine). The enzyme hydrolysed Man8GlcNAc2-PA (type 'M8A') fastest, and 'M6C' Manalpha1-3[Manalpha1-2Manalpha1-3(Manalpha1-6) Manalpha1-6]Manbeta1-4GlcNAcbeta1-4GlcNAc-PA slowest, among the PA-sugar chains.; Remark: Aspergillus saitoi is a synonym for Aspergillus phoenicis.; Remark: strong similarity to A. niger ESTs: an_3639,an_2055, an_2131, an_2995.; Similarity: belongs to the glycosyl hydrolase family 47.; Title: strong similarity to mannosyl-oligosaccharide 1,2-alpha-mannosidase msdS - Aspergillus saitoi; See PMID 8519794; See PMID 10215597; uncharacterized protein	complement(join(2979236..2979496,2979549..2980829))	Aspergillus niger	4977321
An01g12560	CDS	An01g12560	NT_166518.1	2981464	2982334	D	hypothetical protein	join(2981464..2981588,2981636..2981729,2981776..2981887,2982018..2982334)	Aspergillus niger	84590122
An01g12570	CDS	An01g12570	NT_166518.1	2983205	2985908	D	Catalytic activity: L-histidinol + 2 NAD+ = L-histidine + 2 NADH.; Pathway: histidine metabolism.; Remark: his-3 of N. crassa is a mutifunctional enzyme with the following enzymatic activities: phosphoribosyl-AMP cyclohydrolase (EC 3. 5. 4. 19) / phosphoribosyl-ATP pyrophosphatase (EC 3. 6. 1. 31) / histidinol dehydrogenase (EC 1. 1. 1. 23).; Similarity: belongs to the histidinol dehydrogenases.; Title: strong similarity to histidinol dehydrogenase his-3 - Neurospora crassa; See PMID 2529437; See PMID 2530448; See PMID 3005109; uncharacterized protein	join(2983205..2984048,2984097..2985653,2985709..2985908)	Aspergillus niger	4977013
An01g12580	CDS	An01g12580	NT_166518.1	2986104	2987074	R	Title: similarity to protein fragment SEQ ID NO:21284 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(2986104..2986898,2986979..2987074))	Aspergillus niger	4977088
An01g12590	CDS	An01g12590	NT_166518.1	2987535	2988042	D	Similarity: shows also similarity to EST l3g02a1. r1 from Aspergillus nidulans.; Title: similarity to hypothetical protein 5C2.160 -Neurospora crassa; uncharacterized protein	join(2987535..2987685,2987777..2988042)	Aspergillus niger	4977929
An01g12600	CDS	An01g12600	NT_166518.1	2988475	2989419	R	Remark: TAF17 is broadly, but not universally,required for transcription in yeast, TAF17 depletion and TAF130 depletion each disrupt TFIID integrity yet cause different transcriptional consequences, suggesting that the widespread influence of TAF17 might not be due solely to its function in TFIID.; Remark: alternative name is YMR236w.; Remark: the homologues of this ORF are 50 % shorter.; Similarity: to human transcription factor TFIID.; Title: strong similarity to subunit of transcription initiation factor TFIID Taf17 - Saccharomyces cerevisiae; nucleus; See PMID 8962109; See PMID 10747053; uncharacterized protein	complement(2988475..2989419)	Aspergillus niger	4977287
An01g12610	CDS	An01g12610	NT_166518.1	2989990	2992467	R	Remark: disruption of the yeast genomic SMP2 gene resulted in a respiration-deficient phenotype, although the cells retained mitochondrial DNA, and showed increased stability of pSR1 like the original smp2 mutant. The function of the Smp2 protein in plasmid maintenance is independent of respiration.; Title: strong similarity to plasmid maintenance,respiration and cell proliferation protein Smp2 -Saccharomyces cerevisiae; See PMID 8437575; uncharacterized protein	complement(join(2989990..2990887,2990935..2991715,2991882..2992173,2992231..2992301,2992359..2992467))	Aspergillus niger	4978200
An01g12620	CDS	An01g12620	NT_166518.1	2993318	2996697	D	Title: similarity to hypothetical protein 5C2.150 -Neurospora crassa; uncharacterized protein	join(2993318..2993361,2993426..2993619,2993677..2994695,2994751..2996697)	Aspergillus niger	4977185
An01g12630	CDS	An01g12630	NT_166518.1	2997100	2998464	D	Remark: similarity to Arabidopsis thaliana protein fragment SEQ ID NO: 61882 patent EP1033405-A2.; Title: strong similarity to hypothetical protein BAB27240.1 - Mus musculus; uncharacterized protein	join(2997100..2997113,2997167..2997256,2997384..2997515,2997570..2997614,2997691..2997866,2997931..2998019,2998070..2998174,2998270..2998464)	Aspergillus niger	4978003
An01g12640	CDS	An01g12640	NT_166518.1	2998608	2999414	R	Title: strong similarity to hypothetical protein EAA65635.1 - Aspergillus nidulans; uncharacterized protein	complement(2998608..2999414)	Aspergillus niger	4977876
An01g12660	CDS	An01g12660	NT_166518.1	3001242	3002464	D	hypothetical protein	join(3001242..3001335,3001433..3001740,3001905..3002051,3002327..3002464)	Aspergillus niger	84590123
An01g12670	CDS	An01g12670	NT_166518.1	3002818	3003240	R	hypothetical protein	complement(join(3002818..3002841,3002905..3003240))	Aspergillus niger	84590124
An01g12680	CDS	An01g12680	NT_166518.1	3004933	3006662	R	Title: weak similarity to DNA-binding protein 5E5 -Rattus norvegicus; See PMID 8537300; uncharacterized protein	complement(join(3004933..3005004,3005097..3005178,3005373..3005570,3005849..3006079,3006248..3006349,3006421..3006495,3006634..3006662))	Aspergillus niger	84590125
An01g12690	CDS	An01g12690	NT_166518.1	3006852	3008082	D	Title: strong similarity to hypothetical protein CAD21381.1 - Neurospora crassa; uncharacterized protein	join(3006852..3007042,3007197..3008082)	Aspergillus niger	4977434
An01g12700	CDS	An01g12700	NT_166518.1	3009067	3010747	R	Function: the H. sapiens RBQ-3 preferentially binds to underphosphorylated pRB.; Title: similarity to retinoblastoma protein binding protein RBQ-3 - Homo sapiens; See PMID 7558034; uncharacterized protein	complement(join(3009067..3010156,3010215..3010355,3010416..3010504,3010564..3010625,3010678..3010747))	Aspergillus niger	4977882
An01g12710	CDS	An01g12710	NT_166518.1	3011558	3017058	D	Catalytic activity: n nucleoside triphosphate = n pyrophosphate + rna(n).; Function: RNA polymerase II catalyzes transcription of mRNA and U1-U5 snRNA.; Remark: RNA polymerase II consists of about 12 to 15 different subunits.; Title: strong similarity to largest subunit of DNA-directed RNA polymerase II rpb1p - Schizosaccharomyces pombe; nucleus; uncharacterized protein	join(3011558..3011686,3011760..3011916,3011985..3012055,3012116..3016986,3017043..3017058)	Aspergillus niger	4977424
An01g12720	CDS	An01g12720	NT_166518.1	3017909	3020181	D	Similarity: patentmatch against tumour suppressor TSA305 protein Y17750 Patentprot.; Title: similarity to tumour suppressor protein TSA305 from patent WO9928457-A1 - Homo sapiens; uncharacterized protein	join(3017909..3017951,3018085..3018159,3018230..3020181)	Aspergillus niger	4977844
An01g12730	CDS	An01g12730	NT_166518.1	3020927	3021720	D	Similarity: similarities correspond to multiple T-and P-repeats.; Title: similarity to hypothetical protein EAA65640.1 - Aspergillus nidulans; uncharacterized protein	join(3020927..3021520,3021610..3021720)	Aspergillus niger	4977361
An01g12740	CDS	An01g12740	NT_166518.1	3022122	3024517	R	Function: p40 and Rab9 presumably act together to drive the process of transport vesicle docking.; Remark: the H. sapiens p40 gene product binds to Rab9 GTP, required for the transport of mannose 6-phosphate receptors from endosomes to the trans-Golgi network.; Title: similarity to Rab9 effector p40 - Homo sapiens; See PMID 9230071; uncharacterized protein	complement(join(3022122..3023950,3024033..3024119,3024190..3024517))	Aspergillus niger	4977579
An01g12750	CDS	An01g12750	NT_166518.1	3025109	3027085	D	Function: the H. sapiens CDC20 protein directly binds to anaphase-promoting complex during mitosis and G1,and activate its cyclin ubiquitination activity.; Title: strong similarity to cell cycle protein CDC20 - Homo sapiens; nucleus; See PMID 9811605; See PMID 10793135; See PMID 9734353; uncharacterized protein	3025109..3027085	Aspergillus niger	4977542
An01g12760	CDS	An01g12760	NT_166518.1	3027418	3029917	R	Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; See PMID 9197408; uncharacterized protein	complement(join(3027418..3028537,3028595..3029262,3029315..3029382,3029504..3029577,3029638..3029773,3029836..3029917))	Aspergillus niger	4977448
An01g12770	CDS	An01g12770	NT_166518.1	3031774	3033596	D	Remark: Functional assays establish that H. sapiens TFIIA has no apparent role in basal transcription but plays an important role in activation of transcription.; Remark: H. sapiens TFIIA can be an integral component of the preinitiation complex.; Remark: the gene for human protein TFIIA alpha encodes a fusion protein of the two subunits p35 and p19.; Title: strong similarity to large subunit of transcription initation factor TFIIA p35/p19 - Homo sapiens; nucleus; uncharacterized protein	join(3031774..3031791,3031946..3032047,3032410..3033152,3033315..3033500,3033557..3033596)	Aspergillus niger	4977300
An01g12780	CDS	An01g12780	NT_166518.1	3035469	3037634	R	Function: S. cerevisiae Sfp1p regulates the expression of gene products involved in the G2/M transition during the mitotic cell cycle and the DNA-damage response,for example does overexpression of Sfp1p induce the expression of Pds1p, which is known to regulate the G2 checkpoint.; Function: the S. cerevisiae homolog Sfp1p acts as a repressor of the G2/M transition, both in the normal cell cycle and in the G2 checkpoint pathway.; Localization: S. cerevisiae Sfp1p is a nuclear protein with two Cys2His2 zinc-finger domains commonly found in transcription factors.; Title: strong similarity to split zinc finger protein 1 Sfp1 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(3035469..3035783,3035831..3036893,3036985..3037634))	Aspergillus niger	4978509
An01g12790	CDS	An01g12790	NT_166518.1	3039579	3040092	R	hypothetical protein	complement(join(3039579..3039745,3040077..3040092))	Aspergillus niger	84590126
An01g12800	CDS	An01g12800	NT_166518.1	3042055	3044418	D	Title: strong similarity to hypothetical conserved protein SPAC16.04 - Schizosaccharomyces pombe; uncharacterized protein	join(3042055..3042281,3042342..3044276,3044334..3044418)	Aspergillus niger	4977817
An01g12810	CDS	An01g12810	NT_166518.1	3044886	3045792	D	Remark: the systematic name of the matching S. cerevisia protein is YKL065c.; Similarity: the ORF shows strong similarity to EST SEQ ID NO:6241 of patent WO200056762-A2 from Aspergillus oryzae.; Title: similarity to BAX-associated protein fragment SEQ ID NO:242 from patent WO200264766-A2 - Saccharomyces cerevisiae; uncharacterized protein	join(3044886..3044910,3044983..3045032,3045078..3045188,3045239..3045342,3045414..3045792)	Aspergillus niger	4977727
An01g12820	CDS	An01g12820	NT_166518.1	3047504	3048811	R	Function: mdm12 from S. pombe is required for mitochondrial inheritance.; Localization: mdm12 is an integral component of the outer mitochondrial membrane.; Similarity: the ORF shows strong similarity to expressed sequence tag seq id no:6793 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to mitochondrial inheritance component mdm12p - Schizosaccharomyces pombe; localisation:mitochondrion; uncharacterized protein	complement(3047504..3048811)	Aspergillus niger	4977585
An01g12830	CDS	An01g12830	NT_166518.1	3052130	3053407	D	hypothetical protein	join(3052130..3052184,3052265..3052496,3052651..3052701,3052968..3053051,3053152..3053238,3053326..3053407)	Aspergillus niger	84590127
An01g12840	CDS	An01g12840	NT_166518.1	3054478	3055551	D	hypothetical protein	join(3054478..3054764,3054924..3055551)	Aspergillus niger	84590128
An01g12850	CDS	An01g12850	NT_166518.1	3056094	3056303	D	Title: strong similarity to EST an_3045 -Aspergillus niger; uncharacterized protein	3056094..3056303	Aspergillus niger	84590129
An01g12860	CDS	An01g12860	NT_166518.1	3057231	3057699	R	hypothetical protein	complement(join(3057231..3057248,3057313..3057344,3057460..3057527,3057569..3057699))	Aspergillus niger	84590130
An01g12880	CDS	An01g12880	NT_166518.1	3060061	3060593	R	hypothetical protein	complement(join(3060061..3060264,3060314..3060408,3060488..3060593))	Aspergillus niger	84590131
An01g12890	CDS	An01g12890	NT_166518.1	3060822	3061907	D	hypothetical protein	join(3060822..3060883,3061233..3061361,3061415..3061907)	Aspergillus niger	84590132
An01g12910	CDS	An01g12910	NT_166518.1	3063979	3067329	R	Title: strong similarity to hypothetical protein kinase Kin3 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(3063979..3065961,3066016..3066157,3066242..3067329))	Aspergillus niger	4977963
An01g12920	CDS	An01g12920	NT_166518.1	3067916	3070350	D	hypothetical protein	join(3067916..3067922,3068182..3068256,3068540..3068628,3068726..3068830,3068935..3069000,3069245..3069417,3069722..3069856,3070245..3070350)	Aspergillus niger	84590133
An01g12940	CDS	An01g12940	NT_166518.1	3073638	3075414	R	Title: weak similarity to hypothetical protein CAC17479.1 - Homo sapiens; uncharacterized protein	complement(join(3073638..3073678,3073861..3074727,3074781..3075414))	Aspergillus niger	4977562
An01g12950	CDS	An01g12950	NT_166518.1	3076067	3076888	D	Title: similarity to hypothetical protein PA0544 -Pseudomonas aeruginosa; uncharacterized protein	3076067..3076888	Aspergillus niger	4977440
An01g12960	CDS	An01g12960	NT_166518.1	3077290	3078825	D	Catalytic activity: H. sapiens homolog ACADSB activity goes toward the short branched chain acyl-CoA derivatives ((S)-2-methylbutyryl-CoA, isobutyryl-CoA, and 2-methylhexanoyl-CoA), as well as toward the short straight chain acyl-CoAs (butyryl-CoA and hexanoyl-CoA).; Function: The acyl-CoA dehydrogenases (ACDs) are a family of mitochondrial enzymes that oxidize straight chain or branched chain acyl-CoAs in the metabolism of fatty acids or branched chain amino acids.; Title: strong similarity to short/branched chain specific acyl-CoA dehydrogenase precursor ACADSB - Homo sapiens; localisation:mitochondrion; uncharacterized protein	join(3077290..3077387,3077497..3078345,3078459..3078825)	Aspergillus niger	4977347
An01g12970	CDS	An01g12970	NT_166518.1	3081242	3082185	R	Similarity: the ORF shows strong similarity to expressed sequence tag seq id no:6160 of patent WO200056762-A2 from Aspergillus oryzae.; Title: similarity to hypothetical protein T24H10.2 -Caenorhabditis elegans; uncharacterized protein	complement(join(3081242..3081798,3081882..3082185))	Aspergillus niger	4977336
An01g12980	CDS	An01g12980	NT_166518.1	3083430	3084458	D	hypothetical protein	join(3083430..3083573,3083685..3083867,3083959..3084006,3084054..3084458)	Aspergillus niger	84590134
An01g12990	CDS	An01g12990	NT_166518.1	3085922	3087916	D	Title: strong similarity to hypothetical membrane protein YJL091c - Saccharomyces cerevisiae; uncharacterized protein	join(3085922..3085977,3086308..3086392,3086522..3087916)	Aspergillus niger	4977964
An01g13000	CDS	An01g13000	NT_166518.1	3088190	3090150	D	Function: the heterotrimeric Thermus thermophilus asp-tRNAasn amidotransferase also generates gln-tRNAgln.; Similarity: bears strong sequence similarity to amidase superfamily.; Similarity: the ORF shows strong similarity to expressed sequence tag seq id no:4067 of patent WO200056762-A2 from Aspergillus niger.; Title: strong similarity to glu/asp-tRNA amidotransferase subunit A gatA - Thermus thermophilus; See PMID 10913601; uncharacterized protein	join(3088190..3088314,3088394..3088965,3089030..3090150)	Aspergillus niger	4977629
An01g13010	CDS	An01g13010	NT_166518.1	3090587	3092403	R	Catalytic activity: nucleoside 3',5'-cyclic phosphate + H(2)O = nucleoside 5'-phosphate.; Function: the C. albicans homolog PDE1 complements a S. cerevisiae PDEase-deficient mutant. It belongs to the cAMP phosphodiesterases class-II and hydrolyses both cAMP and cGMP.; Remark: C. albicans PDE1 shares a putative protein kinase A (PKA) phosphorylation site with S. cerevisiae PDE1, suggesting a possible regulation by PKA-dependend phosphorylation.; Repression: C. albicans PDE1 is only moderately inhibited by millimolar concentrations of standard PDEase inhibitors.; Title: strong similarity to cyclic nucleotide phosphodiesterase PDE1 - Candida albicans; uncharacterized protein	complement(join(3090587..3092068,3092305..3092403))	Aspergillus niger	4977692
An01g13020	CDS	An01g13020	NT_166518.1	3092691	3093552	D	hypothetical protein	join(3092691..3092768,3092886..3093147,3093213..3093220,3093265..3093552)	Aspergillus niger	84590135
An01g13030	CDS	An01g13030	NT_166518.1	3094519	3096202	R	Similarity: the ORF shows strong similarity to expressed sequence tag seq id no:5871 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to hypothetical protein 68B2.90 - Neurospora crassa; uncharacterized protein	complement(join(3094519..3095282,3095359..3095664,3095764..3096202))	Aspergillus niger	4978370
An01g13040	CDS	An01g13040	NT_166518.1	3097110	3098684	D	Catalytic activity: H. sapiens PEPD hydrolyses Xaa-|-Pro dipeptides, also acts on aminoacyl-hydroxyproline analogs, but shows no action on Pro-|-Pro.; Function: the human homolog PEPD is a proline specific metallo-peptidases.; Remark: prolidase (peptidase D) deficiency upsets skin healing and facilitates the occurrence of chronic cutaneous ulcerations.; Title: strong similarity to prolidase PEPD from patent JP02104286-A - Homo sapiens; cytoplasm; uncharacterized protein	join(3097110..3097203,3097303..3098684)	Aspergillus niger	4977372
An01g13050	CDS	An01g13050	NT_166518.1	3100715	3101244	R	hypothetical protein	complement(join(3100715..3100733,3100792..3101037,3101168..3101244))	Aspergillus niger	84590136
An01g13060	CDS	An01g13060	NT_166518.1	3102232	3102920	D	Title: strong similarity to EST an_2136 -Aspergillus niger; uncharacterized protein	join(3102232..3102557,3102686..3102920)	Aspergillus niger	4977119
An01g13070	CDS	An01g13070	NT_166518.1	3103964	3106434	D	Complex: S. cerevisiae Sec63p is subunit of the ER translocon.; Function: S. cerevisiae Sec63p is the functional signal recognition particle receptor of the ER protein translocation machinery (translocon) which is responsible for translocation of nascent secretory proteins across the ER membrane and also patricipates in the retrograde proteasome/ubiquitin dependent ER degradation.; Remark: former name Npl1p of S. cerevisiae homolog Sec63p is obsolete.; Title: strong similarity to signal recognition particle receptor Sec63 - Saccharomyces cerevisiae; uncharacterized protein	join(3103964..3103993,3104051..3104135,3104223..3104449,3104533..3105100,3105300..3106190,3106274..3106434)	Aspergillus niger	4977456
An01g13080	CDS	An01g13080	NT_166518.1	3107945	3109162	R	Function: the S. pombe homolog ntf1 is a transcription factor involved in regulating nmt1+ expression.; Similarity: S. pombe ntf1 shares substantial homology with a family of Cys6 zinc finger-containing transcription factors typified by GAL4 from S. cerevisiae.; Similarity: the ORF is shorter than nft1 of S. pombe (344 compared to 706 amino acids). The two proteins show a local N-terminal similarity over a stretch of about 100 amino acids.; Title: similarity to thiamin repressible genes regulatory protein ntf1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(3107945..3108677,3108767..3108864,3108959..3109162))	Aspergillus niger	4977560
An01g13090	CDS	An01g13090	NT_166518.1	3110766	3113001	R	hypothetical protein	complement(join(3110766..3110865,3111365..3111472,3111546..3111639,3111755..3111800,3111903..3112007,3112084..3112261,3112370..3112428,3112548..3112678,3112761..3113001))	Aspergillus niger	84590137
An01g13100	CDS	An01g13100	NT_166518.1	3114043	3121032	R	Similarity: the ORF shows strong similarity to expressed sequence tag an_3084 from Aspergillus niger.; Title: strong similarity to hypothetical protein AAN61518.1 - Caenorhabditis elegans; uncharacterized protein	complement(join(3114043..3114292,3114354..3120744,3120870..3121032))	Aspergillus niger	4977930
An01g13110	CDS	An01g13110	NT_166518.1	3121477	3122363	R	hypothetical protein	complement(join(3121477..3121837,3121912..3121954,3122001..3122210,3122324..3122363))	Aspergillus niger	84590138
An01g13120	CDS	An01g13120	NT_166518.1	3122913	3123807	R	Function: Arl2 interacts with the tubulin-specific chaperone protein known as cofactor D by downregulating the tubulin GAP activity of C, D, and E, and inhibits the binding of D to native tubulin in vitro.; Function: Cofactors C, D, and E assemble the alpha/beta- tubulin heterodimer and also interact with native tubulin, stimulating it to hydrolyze GTP and thus acting together as a beta-tubulin GTPase activating protein (GAP).; Remark: the ADP ribosylation factor-like proteins (Arls) are a family of small monomeric G proteins.; Title: strong similarity to ADP-ribosylation factor-like 2 protein ARL2 - Mus musculus; See PMID 10831612; uncharacterized protein	complement(join(3122913..3123044,3123146..3123226,3123304..3123449,3123504..3123520,3123576..3123686,3123749..3123807))	Aspergillus niger	4978344
An01g13130	CDS	An01g13130	NT_166518.1	3124494	3127024	D	Function: PTC is a glutamine synthase inhibitor, a herbicide and a component of the antibiotic phosphinotricyl-alanyl-alanine (PTT).; Similarity: shows only partial similarity to patented protein because it is much larger.; Title: weak similarity to phosphinothricin-resistance protein from patent EP0290986 -Alcaligenes faecalis; uncharacterized protein	join(3124494..3125115,3125238..3126897,3126970..3127024)	Aspergillus niger	4977439
An01g13150	CDS	An01g13150	NT_166518.1	3127912	3130471	D	Function: enzyme of S. cerevisiae is involved in ribosom assembly.; Similarity: belongs to the 'DEAD' box family helicase.; Similarity: shows also strong similarity to hypothetical protein from S. pombe.; Title: strong similarity to ATP dependent RNA helicase Drs1 - Saccharomyces cerevisiae; nucleus; See PMID 1454790; See PMID 8247005; uncharacterized protein	join(3127912..3129687,3129773..3130471)	Aspergillus niger	4977606
An01g13160	CDS	An01g13160	NT_166518.1	3131351	3133501	D	Catalytic activity: 3-carboxy-3-hydroxy-4-methylpentanoate + CoA = acetyl-CoA + 3-methyl-2-oxobutanoate + H2O.; Function: catalyzes the condensation of acetyl-CoA and 2-oxoisovalerate to form 2-isopropylmalate.; Localization: mitochondrial and cytoplasmic.; Pathway: first step in leucine biosynthesis.; Remark: a single nuclear gene produces two forms by use of alternative initiation codons in the same reading frame.; Similarity: belongs to the alpha-ipm synthetase/homocitrate synthase family.; Title: strong similarity to alpha-isopropylmalate synthase Leu4 - Saccharomyces cerevisiae; uncharacterized protein	join(3131351..3131358,3131483..3131627,3131707..3133278,3133346..3133501)	Aspergillus niger	4977667
An01g13170	CDS	An01g13170	NT_166518.1	3134486	3139612	R	Function: CPS1 product is described as peptide synthetase-like protein.; Similarity: similar to S. pombe hypothetical protein: SwissProt Accession Number Q10250, S. cerevisiae probable membrane protein YOR093c: PIR Accession Number S61654, S. verticillus bleomycin peptide synthetase BlmVI encoded by GenBank Accession Number AF210249, M. xanthus saframycin Mx1 synthetase SafB: PIR Accession Number T1855; similar to Pfam domain PF00501; Title: strong similarity to hypothetical peptide synthase-like protein CPS1 - Cochliobolus heterostrophus; uncharacterized protein	complement(join(3134486..3135383,3135439..3136042,3136098..3136325,3136366..3139612))	Aspergillus niger	4977770
An01g13180	CDS	An01g13180	NT_166518.1	3140460	3143217	R	Similarity: shows only partial similarity to the human protein.; Title: weak similarity to serine-threonine kinase STK9 - Homo sapiens; uncharacterized protein	complement(join(3140460..3140680,3140761..3140905,3140968..3141123,3141240..3141317,3141667..3141956,3142529..3142581,3143138..3143217))	Aspergillus niger	84590139
An01g13190	CDS	An01g13190	NT_166518.1	3143398	3144373	D	Complex: ribosomal protein S5. e of S. cerevisiae is a part of the ribosome.; Function: ribosomal protein S5. e of S. cerevisiae is involved in protein biosynthesis.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S5.e - Saccharomyces cerevisiae; cytoplasm; 40S ribosomal protein uS7	join(3143398..3143543,3143766..3143949,3144056..3144373)	Aspergillus niger	4977113
An01g13200	CDS	An01g13200	NT_166518.1	3144977	3147448	D	Function: pharmaceutical compositions comprising FLEXHT can be used to treat diseases or conditions associated with altered expression of functional FLEXHT.; Function: the polynucleotide sequences of the patent can be used to express the protein sequences.; Function: the proteins and polynucleotides of the patent can be used to diagnose and treat disorders.; Similarity: shows stronger similarity to several hypothetical protein from S. cerevisiae, S. pombe, D. melanogaster, etc.; Title: similarity to FLEXHT-10 from patent WO200070047-A2 - Homo sapiens; uncharacterized protein	join(3144977..3145023,3145116..3145151,3145231..3145518,3145582..3147448)	Aspergillus niger	4977305
An01g13210	CDS	An01g13210	NT_166518.1	3148057	3148791	D	Similarity: shows only partial similarity to spd1.; Title: weak similarity to S phase inhibitor spd1p -Schizosaccharomyces pombe; uncharacterized protein	3148057..3148791	Aspergillus niger	4977301
An01g13220	CDS	An01g13220	NT_166518.1	3149492	3152494	R	Function: neither heat shock nor a range of other stimuli, including hydrogen peroxide, cobalt chloride,2-deoxyglucose, or tunicamycin, led to its expression,suggesting selectivity for production of ORP150 in response to oxygen deprivation, i. e. it was an oxygen-regulated protein (ORP150).; Title: strong similarity to 150 kDa oxygen regulated protein ORP150 - Rattus norvegicus; See PMID 8617779; uncharacterized protein	complement(3149492..3152494)	Aspergillus niger	4977397
An01g13230	CDS	An01g13230	NT_166518.1	3153113	3154892	R	Function: the patented sequences (DNA database) can be used to treat and diagnose cancer and cell proliferative, autoimmune/inflammatory, vesicle trafficking,neurological, cardiovascular, cell motility, reproductive and muscle disorders.; Similarity: shows higher similarity to hypothetical proteins.; Title: similarity to cytoskeleton-associated protein 4 from patent WO200017355-A2 - Homo sapiens; uncharacterized protein	complement(join(3153113..3153374,3153432..3153620,3153669..3153967,3154027..3154465,3154550..3154752,3154821..3154892))	Aspergillus niger	4977450
An01g13240	CDS	An01g13240	NT_166518.1	3155513	3157498	D	Title: similarity to hypothetical protein CAE75736.1 - Neurospora crassa; uncharacterized protein	3155513..3157498	Aspergillus niger	4977481
An01g13250	CDS	An01g13250	NT_166518.1	3158263	3160495	R	Title: similarity to hypothetical protein YKL047w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(3158263..3159829,3159897..3160064,3160124..3160193,3160263..3160297,3160374..3160495))	Aspergillus niger	4977689
An01g13260	CDS	An01g13260	NT_166518.1	3161022	3161953	D	Function: EBP is suggested to be the first structurally characterized member of a family of high affinity microsomal drug acceptor proteins carrying so called sigma-binding sites.; Function: EBP shared structural features with pro-and eukaryotic drug transport proteins.; Function: the emopamil-binding protein (EBP) acts as a high affinity acceptor for several antiischemic drugs and thus represents a potential common molecular target for antiischemic drug action.; Title: strong similarity to emopamil-binding protein - Cavia porcellus; See PMID 7706302; uncharacterized protein	join(3161022..3161238,3161319..3161482,3161568..3161802,3161871..3161953)	Aspergillus niger	4977726
An01g13270	CDS	An01g13270	NT_166518.1	3162483	3168766	D	Complex: the SRm160/300 splicing coactivator,consists of the serine/arginine (SR)-related nuclear matrix protein of 160 kDa and a 300-kDa nuclear matrix antigen.; Function: it functions in splicing by promoting critical interactions between splicing factors bound to pre-mRNA, including snRNPs and SR family proteins.; Similarity: shows only partial similarity to several protein having repetitive sequences.; Title: similarity to splicing coactivator subunit SRm300 - Homo sapiens; See PMID 10668804; See PMID 11004489; uncharacterized protein	join(3162483..3162582,3162894..3163029,3163361..3163391,3163517..3168766)	Aspergillus niger	4977852
An01g13280	CDS	An01g13280	NT_166518.1	3169516	3172669	R	Complex: human Rad54B, like human Rad54 (hRad54),associates with human Rad51 (hRad51) through their NH(2)-terminal domains.; Function: human Rad54B is involved in mitotic and meiotic recombination and repair.; Remark: human RAD54B is highly homologous to mammalian RAD54.; Remark: in contrast to Rad54, whose association with Rad51 is induced by ionizing radiation, Rad54B associates with Rad51 constitutively in immunoprecipitation experiments.; Similarity: the predicted A. niger protein shows strong similarity to huamn RAD54B, which belongs to the SNF2 superfamily, with sequence motifs similar to those in DNA and RNA helicases.; Title: strong similarity to RAD54B - Homo sapiens; See PMID 9409819; See PMID 9409820; See PMID 9335591; uncharacterized protein	complement(join(3169516..3172222,3172291..3172580,3172643..3172669))	Aspergillus niger	4977926
An01g13290	CDS	An01g13290	NT_166518.1	3173022	3174808	R	Title: strong similarity to choline permease Hnm1 -Saccharomyces cerevisiae; plasma membrane; See PMID 2203793; See PMID 8720066; See PMID 9348664; uncharacterized protein	complement(join(3173022..3173778,3173828..3174320,3174375..3174489,3174626..3174808))	Aspergillus niger	4977992
An01g13300	CDS	An01g13300	NT_166518.1	3175536	3176403	D	hypothetical protein	join(3175536..3175598,3175693..3175845,3175993..3176093,3176226..3176403)	Aspergillus niger	84590140
An01g13310	CDS	An01g13310	NT_166518.1	3176804	3179547	D	hypothetical protein	join(3176804..3176924,3177061..3177158,3177445..3177522,3177618..3177692,3177794..3177901,3178310..3178396,3179027..3179176,3179341..3179547)	Aspergillus niger	84590141
An01g13320	CDS	An01g13320	NT_166518.1	3179798	3181122	D	Function: the product of M. grisea pathogenicity gene pth11 is not required for appressorium morphogenesis but is involved in host surface recognition.; Similarity: shows only partial similarity to protein of M. grisea.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(3179798..3179842,3179959..3180209,3180263..3180396,3180455..3181122)	Aspergillus niger	4977949
An01g13330	CDS	An01g13330	NT_166518.1	3181509	3184160	R	hypothetical protein	complement(join(3181509..3181619,3181720..3181792,3182036..3182055,3182145..3182220,3182316..3182356,3182427..3182676,3183011..3183064,3183163..3183239,3183670..3183810,3183909..3183936,3184054..3184160))	Aspergillus niger	84590142
An01g13340	CDS	An01g13340	NT_166518.1	3184459	3186468	D	Function: the protein of H. pylori demonstrates good protective properties against H. pylori, which has been strongly implicated in chronic active gastritis and peptic ulcer disease.; Remark: the protein of H. pylori was found as hit in patent database against DNA.; Similarity: shows partial similarity to several dehydrogenases and deacetylases.; Similarity: shows similarity at the carboxyterminal only, protein of patent is much shorter.; Title: similarity to 35kDa antigenic protein from patent WO200029432-A1 - Helicobacter pylori; uncharacterized protein	join(3184459..3184555,3184750..3185910,3186011..3186468)	Aspergillus niger	4977621
An01g13350	CDS	An01g13350	NT_166518.1	3186916	3189705	R	Function: protein of S. cerevisiae binds to damaged proteins and actively participates in an emergent rescue function as a molecular chaperone.; Function: protein of S. cerevisiae is important for reactivation of mRNA splicing after heat shock, assists in the repair of the splicing apparatus. .; Function: protein of S. cerevisiae is involved in barotolerance that is temperature dependent.; Function: protein of S. cerevisiae is most likely a disaggregator of proteins during hydrostatic pressure stress.; Function: protein of S. cerevisiae is required for thermotolerance ethanol and other stresses.; Function: protein of S. cerevisiae is required in normal amounts for [psi+] phenotype and for conversion of [psi-] to [psi+].; Similarity: shows strong similarity to endopeptidase Clp of several species.; Title: strong similarity to heat shock protein Hsp104 - Saccharomyces cerevisiae; cytoplasm; See PMID 9369220; See PMID 9391130; See PMID 9703962; uncharacterized protein	complement(3186916..3189705)	Aspergillus niger	4977283
An01g13360	CDS	An01g13360	NT_166518.1	3190264	3191478	R	Similarity: shows only partial similarity to Su(UR)ES of D. melanogaster.; Title: weak similarity to supressor of underreplication Su(UR)ES - Drosophila melanogaster; See PMID 11033777; uncharacterized protein	complement(join(3190264..3190373,3190394..3190640,3190943..3191079,3191129..3191212,3191311..3191372,3191453..3191478))	Aspergillus niger	84590143
An01g13370	CDS	An01g13370	NT_166518.1	3192045	3193856	D	Similarity: shows similarity to N-terminus only of several N-methyltransferase of Nicotiana spec.; Title: weak similarity to putrescine N-methyltransferase NsPMT1 - Nicotiana sylvestris; uncharacterized protein	join(3192045..3192107,3192216..3192398,3192795..3193640,3193713..3193856)	Aspergillus niger	4977203
An01g13390	CDS	An01g13390	NT_166518.1	3195015	3196208	R	Title: similarity to hypothetical protein CAD21062.1 - Neurospora crassa; uncharacterized protein	complement(join(3195015..3195871,3195941..3196208))	Aspergillus niger	4977508
An01g13400	CDS	An01g13400	NT_166518.1	3197257	3197965	D	Function: the S. cerevisiae Gim3 protein (prefoldin 4 homolog) binds specifically to cytosolic chaperonin (c-CPN) and transfers target proteins to it. It binds to nascent polypeptide chain and promotes folding in an environment in which there are many competing pathways for nonnative proteins.; Remark: alternate names for S. cerevisiae Gim3: Pfd4 or YNL153C.; Title: strong similarity to homolog of the prefoldin subunit 4 Gim3 - Saccharomyces cerevisiae; cytoplasm; See PMID 9463374; uncharacterized protein	join(3197257..3197274,3197340..3197474,3197597..3197664,3197773..3197965)	Aspergillus niger	4977566
An01g13410	CDS	An01g13410	NT_166518.1	3198482	3201121	R	Function: the cutinase transcription factor 1 CTF1alpha from Fusarium solani positively acts in vivo by binding selectively to palindrome 2 of the cutinase gene promoter. This has been shown in the heterolog S. cerevisiae system.; Similarity: the ORF encoded protein shows strong similarity to the hypothetical transcription factor B14D6. 340 from Neurospora crassa.; Title: similarity to cutinase transcription factor alpha CTF1a - Fusarium solani; nucleus; See PMID 9139694; uncharacterized protein	complement(join(3198482..3199595,3199651..3200426,3200479..3200580,3200651..3201121))	Aspergillus niger	4977639
An01g13420	CDS	An01g13420	NT_166518.1	3203329	3205492	R	Title: weak similarity to hypothetical protein CG8621 - Drosophila melanogaster; uncharacterized protein	complement(join(3203329..3203423,3203582..3203679,3203756..3203858,3204274..3204352,3204426..3204534,3204639..3204737,3204805..3204881,3205102..3205238,3205396..3205492))	Aspergillus niger	84590144
An01g13430	CDS	An01g13430	NT_166518.1	3205840	3206897	R	Title: weak similarity to desaturase homologue from patent WO9846764-A1 - Schizochytrium sp.; uncharacterized protein	complement(join(3205840..3205897,3205989..3206318,3206410..3206483,3206542..3206697,3206790..3206897))	Aspergillus niger	84590145
An01g13440	CDS	An01g13440	NT_166518.1	3207247	3208202	D	Title: weak similarity to hypothetical protein AAF13358.1 - Eufolliculina uhligi; uncharacterized protein	join(3207247..3207347,3207528..3207629,3207670..3207783,3207866..3207965,3208068..3208202)	Aspergillus niger	84590146
An01g13450	CDS	An01g13450	NT_166518.1	3209946	3210748	R	Title: similarity to hypothetical protein B9B15.40 -Neurospora crassa; uncharacterized protein	complement(join(3209946..3210044,3210530..3210748))	Aspergillus niger	4977895
An01g13460	CDS	An01g13460	NT_166518.1	3211524	3212733	D	Title: strong similarity to hypothetical protein B9B15.50 - Neurospora crassa; uncharacterized protein	join(<3211524..3211630,3211726..>3212733)	Aspergillus niger	4978021
An01g13470	CDS	An01g13470	NT_166518.1	3213679	3215223	R	Title: similarity to topoisomerase II binding protein TopBP from patent JP11075856-A - Homo sapiens; uncharacterized protein	complement(join(3213679..3213869,3213943..3214124,3214226..3215223))	Aspergillus niger	4977467
An01g13480	CDS	An01g13480	NT_166518.1	3218479	3219836	D	Title: strong similarity to protein SEQ ID NO:7805 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	join(3218479..3218531,3218687..3219175,3219233..3219355,3219434..3219836)	Aspergillus niger	4978182
An01g13490	CDS	An01g13490	NT_166518.1	3220456	3221718	R	Catalytic activity: Acyl-CoA + H(2)O <=> CoA + a carboxylate.; Complex: the human acyl-CoA thioesterase II was isolated as an HIV nef-binding protein by yeast two-hybrid system.; Remark: the human acyl-CoA thioesterase II (trembl|HSRNATII_1;Pubmed 10807905) is identical to the hACTE-III protein (pir|JC5644; Pubmed 9299485).; Similarity: human acyl-CoA thioesterase II is homologous to E. coli thioesterase II but to none of the mammalian thioesterases.; Title: strong similarity to thioesterase II hTE -Homo sapiens; See PMID 9299485; See PMID 10807905; uncharacterized protein	complement(join(3220456..3221069,3221136..3221553,3221617..3221718))	Aspergillus niger	4977482
An01g13495	CDS	An01g13495	NT_166518.1	3222164	3222595	D	hypothetical protein	3222164..3222595	Aspergillus niger	84590147
An01g13500	CDS	An01g13500	NT_166518.1	3223119	3223754	R	hypothetical protein	complement(3223119..3223754)	Aspergillus niger	4978000
An01g13510	CDS	An01g13510	NT_166518.1	3224347	3226834	D	Function: the Sequence 5 from Patent WO0077222 (S. natalensis) is encodes a protein involved at the biosynthesis of pimaricin.; Remark: Pimaricin is an archetype polyene, important in the food industry as a preservative to prevent mould contamination of foods, produced by Streptomyces natalensis. Polyene macrolides are a class of large macrocyclic polyketides that interact with membrane sterols, having antibiotic activity against fungi but not bacteria.; Title: similarity to protein sequence 5 from patent WO0077222 - Streptomyces natalensis; uncharacterized protein	join(3224347..3224350,3224492..3225136,3225181..3225766,3225829..3226157,3226213..3226399,3226456..3226834)	Aspergillus niger	4977530
An01g13520	CDS	An01g13520	NT_166518.1	3227200	3228724	D	Similarity: B10H4. 010 from N. crassa shows similarity to cholesterol oxidase.; Title: strong similarity to hypothetical protein B10H4.010 - Neurospora crassa; uncharacterized protein	join(3227200..3227898,3228018..3228223,3228283..3228724)	Aspergillus niger	84590148
An01g13530	CDS	An01g13530	NT_166518.1	3229044	3230252	D	Function: the S. cerevisiae Gpi8 protein is a transamidase involved in the attachment of GPI-anchors to proteins.; Localization: Gpi8 is a 47 kDa type I membrane glycoprotein residing on the luminal side of the ER membrane.; Remark: alternate name for S. cerevisiae Gpi8: YDR331w.; Similarity: S. cerevisiae Gpi8 belongs to peptidase family C13; also known as the hemoglobinase family.; Title: strong similarity to protein involved in the attachment of GPI-anchors to proteins Gpi8 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8978684; See PMID 10727241; uncharacterized protein	3229044..3230252	Aspergillus niger	4977681
An01g13540	CDS	An01g13540	NT_166518.1	3231169	3233805	D	Remark: Sna41 from S. pombe is involved in DNA replication and may play some roles in the regulation of DNA replication by the MCM proteins.; Remark: a putative frameshift results in a premature STOP codon.; Remark: the replication licensing factor limits DNA replication to once in a cell cycle and is thought to contain MCM proteins. the Nda4 protein of Schizosaccharomyces pombe is one of the MCM proteins and is involved in DNA replication.; Similarity: the ORF encoded protein shows also strong similarity to Cdc45 from S. cerevisiae, which is also known to be involved in DNA replication (required for initiation of chromosomal DNA replication).; Title: strong similarity to suppressor of nda4 mutation sna41p - Schizosaccharomyces pombe [putative frameshift]; nucleus; putative frameshift; See PMID 9619628; uncharacterized protein	join(3231169..3231577,3231692..3231889,3232104..3232351,3232406..3233405,3233559..>3233805)	Aspergillus niger	4977480
An01g13550	CDS	An01g13550	NT_166518.1	3234448	3235987	D	Remark: ORF contains two frameshifts, due to putative sequencing errors.; Title: strong similarity to hypothetical protein AAL60010.1 - Arabidopsis thaliana [putative frameshift]; putative frameshift; uncharacterized protein	join(3234448..3235229,3235304..>3235987)	Aspergillus niger	4977602
An01g13560	CDS	An01g13560	NT_166518.1	3236849	3238232	R	Catalytic activity: N ATP + {nucleotide}(M) <=> N diphosphate + {nucleotide}(M+N).; Function: the poly(A) polymerase Pla1 from S. pombe creates the 3' poly(A) tail of mRNA's.; Remark: N-terminally truncated ORF due to the end of contig.; Title: strong similarity to poly(A) polymerase la1p - Schizosaccharomyces pombe [truncated ORF]; nucleus; See PMID 8692700; uncharacterized protein	complement(join(3236849..3237050,3237100..3237214,3237258..3237864,3237925..3238136,3238187..>3238232))	Aspergillus niger	4977041
An01g13570	CDS	An01g13570	NT_166518.1	3238348	3238620	R	Catalytic activity: ATP + RNA(n) = pyrophosphate + RNA(n+1).; Remark: C-terminal truncated ORF due to end of contig.; Remark: also acts slowly with CTP. Catalyses template-independent extension of the 3'- and of a DNA strand by one nucleotide at a time. Cannot initiate a chain de novo. The primer, depending on the source of the enzyme, may be an RNA or DNA fragment or oligo(A) bearing 3'-OH terminal group.; Title: similarity to poly(A) polymerase pla1p -Schizosaccharomyces pombe [truncated ORF]; See PMID 8692700; uncharacterized protein	complement(join(<3238348..3238399,3238472..3238620))	Aspergillus niger	84590149
An01g13580	CDS	An01g13580	NT_166518.1	3239198	3240562	R	Remark: strong similarity to Streptomyces clavuligerus protein sequence of orfdwn1 patent WO9833896-A2.; Remark: the present sequence represents the protein sequence of a gene specific for 5S clavam biosynthesis from Streptomyces clavuligerus (SC) and which is not essential for 5R clavam biosynthesis.; Title: strong similarity to clavaminate synthase orfdwn1 from patent WO9833896-A2 - Streptomyces clavuligerus; See PMID 10223939; uncharacterized protein	complement(join(3239198..3239280,3239337..3239416,3239465..3239612,3239673..3239782,3239846..3240341,3240418..3240562))	Aspergillus niger	4977832
An01g13590	CDS	An01g13590	NT_166518.1	3241439	3242827	D	Catalytic activity: N6-(L-1,3-dicarboxypropyl)-L-lysine + NADP+ + H2O = L-glutamate + L-2-aminoadipate 6-semialdehyde + NADPH.; Pathway: lysine biosynthesis.; Remark: the biosynthesis of the essential amino acid lysine in higher fungi and cyanobacteria occurs via the alpha-aminoadipate pathway, which is completely different from the lysine biosynthetic pathway found in plants and bacteria. The penultimate reaction in the alpha-aminoadipate pathway is catalysed by NADPH-dependent saccharopine reductase.; Title: strong similarity to saccharopine reductase LYS3 - Magnaporthe grisea; See PMID 10771443; See PMID 11080625; uncharacterized protein	3241439..3242827	Aspergillus niger	4977804
An01g13600	CDS	An01g13600	NT_166518.1	3244577	3245734	R	Function: the S. cerevisiae Mir1 protein should be involved in the mitochondrial protein import (Pubmed 2170848). Its gene has also been cloned as mitochondrial phosphate transport which is responsible for the transport of phosphate groups from the cytosol to the mitochondrial matrix (Pubmed 1840493).; Remark: alternate name for S. cerevisiae Mir1: YJR077C.; Similarity: the ORF DNA sequence is very strong similar to the EST an_3225 Aspergillus niger.; Title: strong similarity to mitochondrial phosphate transport protein Mir1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1840493; See PMID 2170848; uncharacterized protein	complement(join(3244577..3244961,3245025..3245444,3245595..3245734))	Aspergillus niger	4977650
An01g13610	CDS	An01g13610	NT_166518.1	3247174	3249165	D	Function: this alkaline alpha-amylase from Patent WO0060058 catalyzes the endohydrolysis of 1,4-alpha-glucosidic linkages in oligosaccharides and polysaccharides.; Title: strong similarity to unnamed ORF encoding a alkaline alpha-amylase sequence 1 from patent WO0060058 -Bacillus sp.; uncharacterized protein	join(3247174..3247243,3247313..3247720,3247780..3248369,3248445..3248510,3248558..3248780,3248828..3249165)	Aspergillus niger	4977630
An01g13620	CDS	An01g13620	NT_166518.1	3249255	3250871	R	Catalytic activity: ATP + gamma-L-glutamyl-L-cysteine + glycine <=> ADP + phosphate + glutathione.; Pathway: the glutathione synthetase Gsh2 from S. cerevisiae catalyzes the second step of glutathione biosynthesis.; Remark: alternate name for S. cerevisiae Gsh2: YOL049w.; Title: strong similarity to glutathione synthase Gsh2 - Saccharomyces cerevisiae; See PMID 9512666; uncharacterized protein	complement(join(3249255..3250397,3250467..3250871))	Aspergillus niger	4977127
An01g13630	CDS	An01g13630	NT_166518.1	3252064	3252849	D	Title: strong similarity to yaiB from patent FR2807446-A1 - Lactococcus lactis; uncharacterized protein	3252064..3252849	Aspergillus niger	4977466
An01g13640	CDS	An01g13640	NT_166518.1	3254720	3258452	D	Function: nirA mediates nitrate induction in Aspergillus nidulans.; Title: similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; See PMID 1922075; uncharacterized protein	join(3254720..3254835,3254932..3254981,3255047..3255382,3255461..3255552,3255612..3255660,3255791..3256789,3256847..3256947,3257002..3257680,3257746..3258452)	Aspergillus niger	4977522
An01g13650	CDS	An01g13650	NT_166518.1	3259180	3261216	D	Function: the M. pneumoniae HMW1 protein is component of the cytoskeleton-like structure which stabilizes the shape of the wall-less mycoplasma. This cytoskeleton-like network of accessory proteins containing hmw proteins 1 to 5 allows the proper anchoring of cytadhesin proteins in the mycoplasmal membrane at the attachment organelle.; Title: similarity to cytadherence accessory protein HMW1 - Mycoplasma pneumoniae; See PMID 9495768; uncharacterized protein	3259180..3261216	Aspergillus niger	4977571
An01g13660	CDS	An01g13660	NT_166518.1	3262149	3264070	D	Catalytic activity: 4 benzenediol + O(2) <=> 4 benzosemiquinone + 2 H(2)O.; Cofactor: Copper.; Function: the laccase I from E. nidulans catalyzes the oxidation of benzendiol to benzosemiquinone by molecular oxygen. Laccases are a group of multi-copper proteins of low specificity acting on both catechol and p-benzenediol, and often acting also on aminophenols and phenylenediamine. Laccase I from E. nidulans is a p-diphenol oxidase which is needed for synthesis of green conidial pigment.; Remark: the 1990 decribed (Pubmed 2192364) yA gene from E. nidulans encodes the previous 1982 purified laccase I enzyme (Pubmed 7050088), which differs from the laccase II enzyme (Pubmed 6341366).; Title: strong similarity to laccase I precursor yA -Aspergillus nidulans; See PMID 7050088; See PMID 2192364; See PMID 2659435; uncharacterized protein	join(3262149..3262392,3262474..3262951,3263002..3264070)	Aspergillus niger	4978017
An01g13670	CDS	An01g13670	NT_166518.1	3264536	3267368	D	Title: strong similarity to hypothetical protein CAF06065.1 - Neurospora crassa; uncharacterized protein	join(3264536..3264673,3264736..3265085,3265142..3266849,3266901..3267368)	Aspergillus niger	4978060
An01g13680	CDS	An01g13680	NT_166518.1	3267934	3268832	D	Title: similarity to polypeptide SEQ ID NO:41157 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	join(3267934..3267990,3268132..3268232,3268316..3268832)	Aspergillus niger	4977240
An01g13690	CDS	An01g13690	NT_166518.1	3269059	3270185	R	Function: the S. cerevisiae Pas7 protein binds to the N-terminal PTS2-type peroxisomal targeting signal and plays an essential role in peroxisomal protein import. For example it is essential for import of 3-oxoacyl-coa thiolase (a PTS2-containing protein) into peroxisomes. It may direct the thiolase to peroxisomes by shuttling between the cytosol and peroxisomal membranes.; Remark: alternate names for S. cerevisiae Pas7: Pex7, Peb1 or YDR142C.; Title: strong similarity to peroxisome targeting signal receptor Pas7 - Saccharomyces cerevisiae; cytoplasm; See PMID 8636211; See PMID 8670791; uncharacterized protein	complement(join(3269059..3269193,3269248..3269484,3269560..3269959,3270022..3270185))	Aspergillus niger	4977059
An01g13700	CDS	An01g13700	NT_166518.1	3271039	3276048	D	Function: the Crz1 protein from S. cerevisiae is a zinc finger transcription factor that acts via the CDRE UAS element (calcineurin-dependent response element). Crz1 is sufficient to confer calcineurin-dependent transcriptional induction of the FKS2 structure gene, which encodes a beta-1,3 glucan synthase.; Remark: alternate names for S. cerevisiae Crz1: Hal8, Tcn1 or YNL027W.; Title: similarity to calcineurin responsive zinc-finger transcription factor Crz1 - Saccharomyces cerevisiae; nucleus; See PMID 9407035; uncharacterized protein	join(3271039..3271394,3271446..3272004,3272083..3272463,3272624..3272752,3272904..3273050,3273138..3273538,3273633..3274153,3274216..3274327,3274381..3274641,3274727..3275912,3275989..3276048)	Aspergillus niger	84590150
An01g13710	CDS	An01g13710	NT_166518.1	3276057	3279857	R	Protein sequence is in conflict with the conceptual translation; Function: the human 'lodestar' homolog shows similar properties as the original 'lodestar' protein from Drosophila, it displayed a strong double-stranded DNA-dependent ATPase activity that was inhibited by single-stranded DNA and exhibited RNA polymerase II termination activity.; Similarity: the human 'lodestar' homolog belongs to the SWI2/SNF2 protein family of DNA dependent ATPases.; Title: strong similarity to homolog of the lodestar ATPase - Homo sapiens [putative sequencing error]; nucleus; putative sequencing error; See PMID 9748214; uncharacterized protein	complement(join(3276057..3276119,3276205..3276358,3276466..3276651,3276740..3276965,3277056..3277697,3277751..3277938,3278001..3278034,3278097..3278317,3278366..3278470,3278528..3279198,3279296..3279513,3279602..3279857))	Aspergillus niger	4977578
An01g13720	CDS	An01g13720	NT_166518.1	3279962	3281272	R	Similarity: the ORF shows strong similarity to the A. niger EST an_3546.; Title: strong similarity to hypothetical protein encoded by An12g06470 - Aspergillus niger; uncharacterized protein	complement(join(3279962..3280047,3280134..3280188,3280296..3280428,3280560..3281272))	Aspergillus niger	4977941
An01g13730	CDS	An01g13730	NT_166518.1	3283280	3284465	D	Remark: the proeteinsequence shows glutamin arginin rich repeat domain.; Title: strong similarity to hypothetical protein encoded by An01g13710 - Aspergillus niger; uncharacterized protein	join(3283280..3283412,3283519..3283616,3283713..3284465)	Aspergillus niger	84590151
An01g13740	CDS	An01g13740	NT_166518.1	3287028	3288367	R	Title: similarity to hypothetical protein EAA33322.1 - Neurospora crassa; uncharacterized protein	complement(join(3287028..3287811,3288102..3288367))	Aspergillus niger	4977637
An01g13750	CDS	An01g13750	NT_166518.1	3289222	3290695	D	Title: similarity to hypothetical DNA repair system protein alkB - Xanthomonas axonopodis; uncharacterized protein	join(3289222..3290336,3290647..3290695)	Aspergillus niger	4977767
An01g13760	CDS	An01g13760	NT_166518.1	3290907	3291649	D	Title: weak similarity to hypothetical cytochrome c-type protein NapB precursor PA1173 - Pseudomonas aeruginosa; uncharacterized protein	join(3290907..3291058,3291116..3291328,3291592..3291649)	Aspergillus niger	84590152
An01g13770	CDS	An01g13770	NT_166518.1	3291844	3293028	R	Similarity: N-terminal to ubiquitin-conjugating enzymes.; Title: weak similarity to crossbronx cbx -Drosophila melanogaster; uncharacterized protein	complement(join(3291844..3291927,3291981..3292750,3292814..3292908,3292967..3293028))	Aspergillus niger	4977903
An01g13780	CDS	An01g13780	NT_166518.1	3293303	3294496	R	Remark: the protein shows repetitive sequences.; hypothetical protein	complement(join(3293303..3293937,3294022..3294496))	Aspergillus niger	4977994
An01g13790	CDS	An01g13790	NT_166518.1	3295198	3297747	R	Function: proteins containing homeobox domains are likely to play an important role in development and most are known to be sequence-specific DNA-binding transcription factors.; Remark: the protein shows only similarity in the DNA-binding homeodomain.; Title: weak similarity to homeodomain protein Prep-1 - Homo sapiens; See PMID 9482739; See PMID 9482740; uncharacterized protein	complement(3295198..3297747)	Aspergillus niger	4978212
An01g13810	CDS	An01g13810	NT_166518.1	3300422	3304606	D	Catalytic activity: ATP + Urea + CO2 = ADP + Orthophosphate + Urea-1-carboxylate.; Pathway: urea cycle and metabolism of amino groups; nitrogen metabolism.; Remark: DUR1,2 in S. cerevisiae is induced by the presence of allophanate, the last intermediate of the allantoin degradative pathway.; Remark: expression of allantoin pathway genes is subject to induction and nitrogen catabolite repression.; Title: strong similarity to urea amidolyase Dur1 -Saccharomyces cerevisiae; See PMID 1802034; See PMID 1938916; uncharacterized protein	join(3300422..3300492,3300546..3300665,3300734..3301007,3301064..3301784,3301838..3303138,3303194..3303347,3303401..3303830,3303885..3304288,3304365..3304606)	Aspergillus niger	4977883
An01g13820	CDS	An01g13820	NT_166518.1	3304923	3306623	R	Title: strong similarity to protein sequence SEQ ID NO:18221 from patent EP1074617-A2 - Homo sapiens; uncharacterized protein	complement(3304923..3306623)	Aspergillus niger	4977878
An01g13830	CDS	An01g13830	NT_166518.1	3307059	3308780	R	Title: strong similarity to GTP-binding protein cgtA - Caulobacter crescentus; uncharacterized protein	complement(join(3307059..3308011,3308249..3308780))	Aspergillus niger	4977888
An01g13850	CDS	An01g13850	NT_166518.1	3313208	3313600	R	hypothetical protein	complement(join(3313208..3313465,3313496..3313600))	Aspergillus niger	84590153
An01g13860	CDS	An01g13860	NT_166518.1	3316136	3316718	D	hypothetical protein	join(3316136..3316184,3316324..3316558,3316679..3316718)	Aspergillus niger	84590154
An01g13870	CDS	An01g13870	NT_166518.1	3321261	3321574	R	hypothetical protein	complement(join(3321261..3321410,3321484..3321505,3321555..3321574))	Aspergillus niger	84590155
An01g13880	CDS	An01g13880	NT_166518.1	3323734	3325927	D	Remark: resistance to tetracycline by an active tetracycline efflux. This is an energy-dependent process that decreases the accumulation of the antibiotic in whole cells. this protein functions as a metal-tetracycline/h+ antiporter.; Similarity: belongs to the major facilitator family (also known as the drug resistance translocase family).; Title: similarity to tetracycline resistance protein TetR - Pasteurella multocida; See PMID 8109938; uncharacterized protein	join(3323734..3323827,3324124..3325048,3325114..3325927)	Aspergillus niger	4977924
An01g13890	CDS	An01g13890	NT_166518.1	3327880	3331219	D	Remark: the uaY gene codes for a transcriptional activator mediating the induction of a number of unlinked genes involved in purine utilization in Aspergillus nidulans.; Similarity: to GAL4 zinc binuclear cluster proteins.; Title: strong similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; See PMID 7729421; uncharacterized protein	join(3327880..3330118,3330172..3330224,3330278..3331219)	Aspergillus niger	4977803
An01g13900	CDS	An01g13900	NT_166518.1	3332914	3335727	D	Similarity: to dnaJ molecular chaperones.; Title: similarity to hypothetical protein dnajp -Schizosaccharomyces pombe; uncharacterized protein	join(3332914..3334108,3334240..3334315,3334371..3335727)	Aspergillus niger	4977539
An01g13910	CDS	An01g13910	NT_166518.1	3336263	3337414	R	Remark: ELO1 is a gene involved in the elongation of the fatty acid 14:0 to 16:0.; Remark: synonyms for elo1: YJL196c.; Title: similarity to fatty acid elongation protein Elo1 - Saccharomyces cerevisiae; See PMID 8702485; See PMID 9546663; uncharacterized protein	complement(join(3336263..3336577,3336698..3337414))	Aspergillus niger	4977168
An01g13920	CDS	An01g13920	NT_166518.1	3338951	3340461	D	Catalytic activity: GTP + IMP + L-Aspartate = GDP + Orthophosphate + N6-(1,2-Dicarboxyethyl)-AMP.; Pathway: purine metabolism; alanine and aspartate metabolism.; Remark: adenylosuccinate synthetase catalyzes the first committed step in the de novo biosynthesis of AMP,thermodynamically coupling the hydrolysis of GTP to the formation of adenylosuccinate from l-aspartate and IMP.; Title: strong similarity to adenylosuccinate synthase ade2p - Schizosaccharomyces pombe; See PMID 10496970; See PMID 1448066; uncharacterized protein	join(3338951..3338993,3339102..3339170,3339223..3339674,3339751..3340461)	Aspergillus niger	4977251
An01g13930	CDS	An01g13930	NT_166518.1	3341030	3342088	D	Catalytic activity: succinate + acceptor = fumarate + reduced acceptor; Pathway: citrate cycle (TCA cycle); oxidative phosphorylation; butanoate metabolism; reductive carboxylate cycle (CO2 fixation); electron Transport System, Complex II.; Remark: succinate dehydrogenase (EC 1. 3. 99. 1) is an intrinsic bacterial or inner mitochondrial membrane protein that catalyses the oxidation of succinate and donates electrons to the respiratory chain via quinone acceptors.; Title: similarity to succinate dehydrogenase -Saccharomyces cerevisiae; See PMID 8120006; uncharacterized protein	join(3341030..3341329,3341565..3341641,3341733..3341852,3341923..3342088)	Aspergillus niger	4978513
An01g13940	CDS	An01g13940	NT_166518.1	3342321	3343181	R	Function: Maf proteins are a putative inhibitor of septum formation in eukaryotes, bacteria, and archaea.; Similarity: the ORF shows similarity to the N-terminal half of H. sapiens cetylserotonin methytransferase-like protein ASMTL, representing the part of the unique fusion product, which is homologous to the bacterial maf/orfE genes.; Title: strong similarity to septum formation protein maf - Bacillus subtilis; See PMID 8387996; See PMID 9736779; See PMID 10747295; uncharacterized protein	complement(3342321..3343181)	Aspergillus niger	4977991
An01g13950	CDS	An01g13950	NT_166518.1	3343918	3344358	R	Remark: Mlx act to diversify Mad family function by its restricted association with a subset of the Mad family of transcriptional repressors.; Remark: the predicted protein shows a basic-helix-loop-helix-leucine zipper motif.; Remark: transcriptional repression by Mad1:Mlx heterodimers is dependent on dimerization, DNA binding, and recruitment of the mSin3A. HDAC corepressor complex.; Title: similarity to MAX-like bHLHZIP protein MLX -Homo sapiens; See PMID 10593926; uncharacterized protein	complement(3343918..3344358)	Aspergillus niger	4977792
An01g13960	CDS	An01g13960	NT_166518.1	3345040	3345894	D	Title: weak similarity to nucleolin DNCHNL - Gallus gallus; See PMID 2114180; uncharacterized protein	join(3345040..3345160,3345224..3345894)	Aspergillus niger	4977820
An01g13970	CDS	An01g13970	NT_166518.1	3346441	3346621	R	hypothetical protein	complement(join(3346441..3346566,3346619..3346621))	Aspergillus niger	84590156
An01g13980	CDS	An01g13980	NT_166518.1	3348408	3350130	D	Remark: the homology is only in the C-terminal part of the protein.; Title: weak similarity to exo-alpha-sialidase TCNA -Trypanosoma cruzi; See PMID 1711561; uncharacterized protein	join(3348408..3348519,3348723..3348794,3348845..3349932,3349987..3350130)	Aspergillus niger	4977715
An01g13990	CDS	An01g13990	NT_166518.1	3351192	3352043	D	Remark: weak similarity to part of the atropin protein.; hypothetical protein	join(3351192..3351461,3351523..3351849,3351984..3352043)	Aspergillus niger	84590157
An01g14000	CDS	An01g14000	NT_166518.1	3352628	3353620	D	Catalytic activity: (3R)-3-Hydroxyacyl-[acyl-carrier protein] + NADP+ = 3-Oxoacyl-[acyl-carrier protein] + NADPH.; Pathway: fatty acid biosynthesis.; Remark: chnA contains to a cyclohexanol oxidation gene cluster.; Remark: exhibits a marked preference for acyl-carrier-protein derivatives over CoA derivatives as substrates.; Title: strong similarity to cyclohexanol dehydrogenase chnA - Acinetobacter sp.; See PMID 10940013; uncharacterized protein	join(3352628..3352670,3352728..3353103,3353198..3353548,3353602..3353620)	Aspergillus niger	4977996
An01g14010	CDS	An01g14010	NT_166518.1	3354700	3356606	D	Catalytic activity: 4 Benzenediol + O2 = 4 Benzosemiquinone + 2 H2O.; Remark: laccases are a group of multi-copper proteins of low specificity. Act on both O- and P-quinols,and often acting also on aminophenols and phenylenediamine.; Remark: the semiquinone may react further either enzymically or non- enzymically.; Title: strong similarity to brown 2 protein abr2 -Aspergillus fumigatus; See PMID 10515939; uncharacterized protein	join(3354700..3354976,3355024..3355498,3355550..3356606)	Aspergillus niger	4977636
An01g14020	CDS	An01g14020	NT_166518.1	3357308	3359252	D	Remark: aflR function is conserved between Aspergillus spp. and that aflR expression is sufficient to activate genes in the ST pathway.; Remark: the protein seems approximately 200 amino acids longer, but there is a wide lenght variety in transcription regulators.; Similarity: to unassigned GAL4-type zinc cluster proteins.; Title: similarity to sterigmatocystin synthesis transcription regulator aflR - Aspergillus nidulans; See PMID 8662194; uncharacterized protein	join(3357308..3358099,3358147..3358290,3358350..3359252)	Aspergillus niger	4977634
An01g14030	CDS	An01g14030	NT_166518.1	3360643	3361716	D	Remark: there is a small glutamin rich region which maps to many other proteins.; Title: similarity to hypothetical protein CAD21072.1 - Neurospora crassa; uncharacterized protein	3360643..3361716	Aspergillus niger	4977383
An01g14040	CDS	An01g14040	NT_166518.1	3364335	3366353	D	Title: weak similarity to finger protein spalt major Dvirsalm - Drosophila virilis; See PMID 7905822; uncharacterized protein	join(3364335..3364366,3364417..3364627,3364683..3366353)	Aspergillus niger	4977966
An01g14050	CDS	An01g14050	NT_166518.1	3366885	3369660	D	Remark: APC4 homologues are required for metaphase-to-anaphase transitions during meiosis and mitosis.; Remark: anaphase-promoting complex is composed of eight protein subunits, including APC4.; Title: similarity to anaphase-promoting complex subunit 4 APC4 - Homo sapiens; See PMID 9469815; uncharacterized protein	join(3366885..3367038,3367137..3367482,3367533..3368100,3368153..3368241,3368413..3368884,3368937..3369003,3369060..3369209,3369272..3369660)	Aspergillus niger	4977346
An01g14060	CDS	An01g14060	NT_166518.1	3370131	3370499	D	hypothetical protein	join(3370131..3370433,3370476..3370499)	Aspergillus niger	84590158
An01g14070	CDS	An01g14070	NT_166518.1	3371225	3374417	D	Remark: proteins that contain nuclear localization sequences are recognized in the cytoplasm and delivered to the nucleus by the heterodimeric importin complex.; Remark: the S. cerevisiae protein KAP95 is involved in nuclear import; required for the docking of import substrate to the nuclear membrane/pore; identified as an rna1-1 synthetic lethal.; Similarity: to importin beta chains of many organisms; Title: strong similarity to karyopherin beta Kap95 -Saccharomyces cerevisiae; See PMID 9238021; See PMID 10831607; uncharacterized protein	join(3371225..3371264,3371360..3371418,3371504..3372310,3372378..3373006,3373067..3373283,3373334..3373666,3373722..3373959,3374012..3374120,3374172..3374354,3374390..3374417)	Aspergillus niger	4977957
An01g14075	CDS	An01g14075	NT_166518.1	3374663	3374920	R	hypothetical protein	complement(3374663..3374920)	Aspergillus niger	84590159
An01g14080	CDS	An01g14080	NT_166518.1	3375798	3376469	D	Remark: YS24 is part of the small (40S) ribosomal subunit.; Remark: synonyms are S24, YS22, RP50, YP58.; Similarity: YS24 of S. cerevisiae belongs to S8 protein family.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit Ys24 - Saccharomyces cerevisiae; cytoplasm; See PMID 6814480; See PMID 4000930; 40S ribosomal protein uS8	join(3375798..3375930,3376210..3376469)	Aspergillus niger	4977829
An01g14090	CDS	An01g14090	NT_166518.1	3376837	3378172	D	Remark: homology to patent EP0999284; Title: similarity to sequence 13 from patent EP0999284 - Candida albicans; uncharacterized protein	join(3376837..3376872,3376960..3377291,3377371..3377964,3378058..3378172)	Aspergillus niger	4978385
An01g14100	CDS	An01g14100	NT_166518.1	3378370	3380295	R	Remark: Herp is the first integral membrane protein regulated by the ER stress response pathway. Both the N and C termini face the cytoplasmic side of the ER; this membrane topology makes it unlikely that Herp acts as a molecular chaperone for proteins in the ER.; Title: weak similarity to stress protein Herp - Mus musculus; uncharacterized protein	complement(join(3378370..3379965,3380032..3380295))	Aspergillus niger	4977484
An01g14110	CDS	An01g14110	NT_166518.1	3380932	3382572	D	Catalytic activity: Phosphatidyl-L-serine = Phosphatidylethanolamine + CO2.; Pathway: glycine, serine and threonine metabolism; glycerolipid metabolism; Remark: phosphatidylserine decarboxylase plays a pivotal role in the synthesis of phospholipid by the mitochondria.; Title: strong similarity to phosphatidylserine decarboxylase 1 Psd1 - Saccharomyces cerevisiae; See PMID 8227017; See PMID 8407984; uncharacterized protein	3380932..3382572	Aspergillus niger	4977474
An01g14120	CDS	An01g14120	NT_166518.1	3382906	3384469	D	Catalytic activity: cleavage at Xaa+ bonds in which Xaa carries a hydrophobic, basic or acidic sidechain; Remark: proteasomes are large, multisubunit particles that act as the proteolytic machinery for most regulated intracellular protein breakdown in eukaryotic cells.; Remark: the protein seems approximately 300 aa to long.; Title: similarity to proteasome alpha subunit ProsMA5 - Drosophila melanogaster; See PMID 9409776; See PMID 9647634; uncharacterized protein	join(3382906..3383572,3383640..3384469)	Aspergillus niger	4977529
An01g14130	CDS	leu2A	NT_166518.1	3384748	3386187	R	Catalytic activity: 3-Carboxy-2-hydroxy-4-methylpentanoate + NAD+ = 3-Carboxy-4-methyl-2-oxopentanoate + NADH.; Gene-ID: leu2A; Pathway: valine, leucine and isoleucine biosynthesis; Remark: in A. niger are two highly divergent,differentially regulated, isozymes for beta-isopropylmalate dehydrogenase present.; Remark: the differences in the sequence might be caused by strain variations or sequencing errors.; See PMID 8781173; beta-isopropylmalate dehydrogenase A leu2A-Aspergillus niger	complement(join(3384748..3384980,3385051..3385678,3385748..3385843,3385903..3385971,3386043..3386063,3386137..3386187))	Aspergillus niger	4977432
An01g14140	CDS	An01g14140	NT_166518.1	3386910	3387880	R	Catalytic activity: CDPdiacylglycerol + myo-Inositol = CMP + Phosphatidyl-1D-myo-inositol.; Pathway: glycerolipid metabolism.; Remark: a splice site was detected upstream of the START codon.; Remark: the CDPdiacylglycerol--inositol 3-phosphatidyltransferase was abundantly expressed in rat brain and kidney.; Title: strong similarity to CDPdiacylglycerol--inositol 3-phosphatidyltransferase -Rattus norvegicus; See PMID 8804431; uncharacterized protein	complement(join(3386910..3387227,3387281..3387657,3387715..3387880))	Aspergillus niger	4978458
An01g14160	CDS	An01g14160	NT_166518.1	3388924	3390612	R	Catalytic activity: a phosphoprotein + H(2)O <=> a protein + phosphate.; Function: the protein phosphatase MP2C from Medicago sativa functions as a negative regulator of mitogen activated protein kinase (MAPK) pathways.; Title: similarity to protein phosphatase 2C MP2C -Medicago sativa; See PMID 9465121; See PMID 10571894; uncharacterized protein	complement(join(3388924..3389906,3390033..3390116,3390171..3390612))	Aspergillus niger	4977512
An01g14180	CDS	An01g14180	NT_166518.1	3392507	3394394	R	Remark: Pad-1 seems to be essential for both asexual and sexual development.; Title: strong similarity to splice factor Pad-1 -Neurospora crassa; See PMID 9578630; See PMID 10801464; uncharacterized protein	complement(join(3392507..3392765,3392824..3393303,3393367..3393675,3393730..3394394))	Aspergillus niger	4977897
An01g14200	CDS	An01g14200	NT_166518.1	3395152	3396388	R	Function: Scs7p is required for the hydroxylation of the very long chain fatty acid in yeast.; Remark: alternate names for the S. cereviseae SCS7 gene: FAH1, YMR272C.; Similarity: the Scs7p gene product from S. cerevisiae contains a cytochrome b5-like domain.; Title: strong similarity to fatty acid hydroxylase Scs7 - Saccharomyces cerevisiae; See PMID 9368039; See PMID 9559540; uncharacterized protein	complement(join(3395152..3395305,3395370..3395618,3395673..3396388))	Aspergillus niger	4977015
An01g14210	CDS	An01g14210	NT_166518.1	3399919	3401250	D	Alternative name: Cephalosporium acremonium.; Catalytic activity: orotidine 5'-phosphate <=> UMP + CO(2).; Pathway: the pyr4 gene product of Acremonium chrysogenum catalyzes sixth and last step in the biosynthesis of pyrimidines.; Title: similarity to orotidine-5-phosphate decarboxylase pyr4 - Acremonium chrysogenum; See PMID 2140299; See PMID 2587233; uncharacterized protein	join(3399919..3400210,3400271..3401250)	Aspergillus niger	4978176
An01g14230	CDS	An01g14230	NT_166518.1	3402656	3404316	D	Title: similarity to hypothetical hydroxyproline-rich glycoprotein like protein CAD21077.1 -Neurospora crassa; uncharacterized protein	join(3402656..3403547,3403619..3404316)	Aspergillus niger	4977669
An01g14250	CDS	An01g14250	NT_166518.1	3405216	3406946	R	Complex: CopD from bovine is the delta subunit of the oligomeric coatamer complex.; Function: the coatomer complex is required for budding from Golgi membranes in Bos taurus.; Function: the coatomer is a cytosolic protein complex that binds to dilysine motifs and reversibly associates with golgi non-clathrin-coated vesicles.; Remark: the complex is essential for the retrograde Golgi-to-ER transport of dilysine tagged proteins.; Title: strong similarity to delta subunit of the coatomer delta-coat protein CopD - Bos taurus; cytoplasm; See PMID 8858162; uncharacterized protein	complement(join(3405216..3406128,3406185..3406381,3406438..3406881,3406944..3406946))	Aspergillus niger	4977309
An01g14280	CDS	An01g14280	NT_166518.1	3407400	3410103	D	Similarity: the similarity of the ORF encoded protein to its homologues based mainly on repetitive structures.; Title: weak similarity to hypothetical surface protein AAS - Staphylococcus saprophyticus; uncharacterized protein	join(3407400..3408644,3408697..3410103)	Aspergillus niger	4978041
An01g14290	CDS	An01g14290	NT_166518.1	3411744	3414153	D	Remark: the Arabidopsis thaliana gene product has the protein id: AAF79266. 1.; Title: strong similarity to hypothetical protein F12K21.21 - Arabidopsis thaliana; uncharacterized protein	join(3411744..3411946,3412252..3412329,3412579..3412622,3412675..3412700,3412905..3413028,3413099..3413266,3413327..3413618,3413673..3414153)	Aspergillus niger	4977743
An01g14310	CDS	An01g14310	NT_166518.1	3415094	3418497	D	Function: Sac1p encodes a novel lipid phosphoinositide phosphatase in which specific mutations can cause the sac1 phenotypes by altering the in vivo regulation of the protein.; Function: Sac1p is an important regulator of microsomal ATP transport providing a possible link between inositol phospholipid signaling and ATP-dependent processes in the yeast ER.; Remark: S. cerevisiae sac1 mutants are showing a inositol dependent phenotype.; Remark: Sac1p shares primary sequence homology with a subfamily of cytosolic/peripheral membrane phosphoinositide phosphatases, the synaptojanins which have approximately the same lenght.; Remark: the SAC1 gene product (Sac1p) is an integral membrane protein of the endoplasmic reticulum and the Golgi complex.; Title: strong similarity to lipid phosphoinositide phosphatase Sac1 - Saccharomyces cerevisiae; See PMID 10075922; See PMID 10625610; See PMID 2687291; uncharacterized protein	join(3415094..3415304,3415437..3416167,3416224..3418139,3418329..3418497)	Aspergillus niger	4977955
An01g14330	CDS	An01g14330	NT_166518.1	3419969	3423092	D	Protein sequence is in conflict with the conceptual translation; Complex: S. cerevisiae Kap104p binds to its substrates Nab2p, Nab4p/Hrp1p and the small GTPase Ran/Gsp1.; Complex: efficient Ran-GTP-mediated substrate release from Kap104p requires RNA, indicating an interaction between Kap104p and RNA.; Function: Kap104p is a S. cerevisiae nuclear import receptor for two essential mRNA-binding proteins, Nab2p and Nab4p/Hrp1p.; Localization: S. cerevisiae Kap104p shuttles its substrate from the cytoplasm into the nucleus and therefore occurs in both cellular compartments.; Remark: the systematic name for S. cerevisiae KAP104 is YBR017c.; Similarity: S. cerevisiae Kap104p belongs to the beta-karyopherin (or importin) family or proteins.; Title: strong similarity to nuclear import receptor Kap104 - Saccharomyces cerevisiae; putative frameshift; See PMID 8849456; See PMID 10506153; uncharacterized protein	join(3419969..3420070,3420320..3422838,3422891..3422900,3422991..3423092)	Aspergillus niger	4978019
An01g14350	CDS	An01g14350	NT_166518.1	3433002	3433566	D	Remark: C-terminal truncated ORF due to the end of contig.; Remark: alternate name for S. cerevisiae Ups2: YDR213W.; Remark: the similarities to the ORF encoded protein are only focused on the Zn(2)-Cys(6) binuclear cluster domain.; Similarity: the ORF encoded protein shows similarity to transcription factors of the fungal Zn(2)-Cys(6) binuclear cluster domain type.; Title: similarity to transcription factor Upc2 -Saccharomyces cerevisiae [truncated ORF]; See PMID 9696767; uncharacterized protein	join(3433002..3433111,3433174..3433476,3433531..>3433566)	Aspergillus niger	4977627
An01g14360	CDS	An01g14360	NT_166518.1	3433667	3434703	D	Remark: N-terminal truncated ORF due to the end of contig.; Title: strong similarity to hypothetical protein 68B2.10 - Neurospora crassa [truncated ORF]; uncharacterized protein	join(<3433667..3433674,3433758..3434703)	Aspergillus niger	84590160
An01g14370	CDS	An01g14370	NT_166518.1	3436951	3438396	R	Remark: the recombinant uronate reductase and L-gulono-gamma-lactone oxidase from patent DE19604798-A1 can be used in L-ascorbic acid production from D-glucuronic or galacturonic acids.; Title: strong similarity to uronate dehydrogenase from patent DE19604798-A1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(3436951..3437204,3437288..3437406,3437462..3437549,3437598..3437688,3437746..3437812,3437907..3438014,3438068..3438396))	Aspergillus niger	4977737
An01g14380	CDS	An01g14380	NT_166518.1	3438949	3440057	R	Title: strong similarity to hypothetical protein B3E4.80 - Neurospora crassa; uncharacterized protein	complement(join(3438949..3439079,3439131..3439701,3439781..3439896,3439958..3440057))	Aspergillus niger	84590161
An01g14390	CDS	An01g14390	NT_166518.1	3440834	3445885	D	Remark: the HET-E gene of the fungus Podospora anserina is responsible for vegetative incompatibility.; Title: strong similarity to beta-transducin-like protein het-e - Podospora anserina; See PMID 7557402; See PMID 9435787; uncharacterized protein	join(3440834..3440855,3440929..3441002,3441054..3441491,3441609..3442086,3442146..3445885)	Aspergillus niger	4977904
An01g14400	CDS	An01g14400	NT_166518.1	3446231	3448451	D	Remark: the cercosporin toxin resistance protein CRG1 from C. nicotianae is also described patent WO9841082-A1.; Title: similarity to cercosporin toxin resistance protein CRG1 - Cercospora nicotianae; See PMID 10517336; uncharacterized protein	join(3446231..3446346,3446726..3446792,3446846..3447492,3447556..3447830,3447880..3448451)	Aspergillus niger	4977312
An01g14410	CDS	An01g14410	NT_166518.1	3449192	3449834	D	Similarity: the O-crystallin from Octopus dofleini is similar to phosphatidylethanolamine-binding proteins.; Title: weak similarity to O-crystallin - Octopus dofleini; See PMID 10350626; uncharacterized protein	join(3449192..3449336,3449392..3449834)	Aspergillus niger	4977739
An01g14420	CDS	An01g14420	NT_166518.1	3450729	3451897	D	Catalytic activity: an epoxide + H(2)O <=> a glycol.; Remark: alternate name for soluble epoxide hydrolase SEH: cytosolic epoxide hydrolase CEH.; Remark: soluble epoxide hydrolase SEH from Homo sapiens: gene name EPHX2.; Similarity: the Human soluble epoxide hydrolase SEH is also described in patent US5445956-A.; Title: similarity to soluble epoxide hydrolase SEH -Homo sapiens; See PMID 8619856; See PMID 8678300; uncharacterized protein	join(3450729..3451057,3451117..3451223,3451276..3451376,3451439..3451897)	Aspergillus niger	4977493
An01g14430	CDS	An01g14430	NT_166518.1	3451999	3454177	R	Function: the human SRPK2 kinase (also the SRPK1 kinase) specifically phosphorylates members of the SR family of splicing factors.; Similarity: the ORF encoded protein shows also similarity to the patent WO9938981-A2.; Title: similarity to serine kinase SRPK2 - Homo sapiens; See PMID 9446799; See PMID 9472028; uncharacterized protein	complement(join(3451999..3452122,3452209..3452749,3452808..3453495,3453806..3454177))	Aspergillus niger	4978058
An01g14440	CDS	An01g14440	NT_166518.1	3454693	3455748	R	Remark: N-terminal truncated ORF due to the end of contig.; Similarity: the similarity of the ORF encoded protein to all hits is based on repetitive structures.; Title: similarity to extracellular matrix protein lustrin A - Haliotis rufescens [truncated ORF]; See PMID 9405458; uncharacterized protein	complement(3454693..>3455748)	Aspergillus niger	4977932
An01g14450	CDS	An01g14450	NT_166518.1	3455851	3457198	R	Remark: C-terminal truncated ORF due to the end of contig.; Remark: alternate name for Leishmania mexicana sap2: lmsap2.; Remark: the ORF encoded protein shows a repetitive structure.; Title: similarity to secreted acid phosphatase 2 precursor sap2 - Leishmania mexicana [truncated ORF]; extracellular/secretion proteins; See PMID 7720697; uncharacterized protein	complement(<3455851..3457198)	Aspergillus niger	84590162
An01g14460	CDS	An01g14460	NT_166518.1	3458364	3459967	R	Remark: alternate name for S. cerevisiae Flr1: YBR008c.; Title: similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; See PMID 9235926; See PMID 10572257; uncharacterized protein	complement(join(3458364..3459617,3459677..3459967))	Aspergillus niger	4977520
An01g14480	CDS	An01g14480	NT_166518.1	3462050	3463953	R	Function: Atr1 from S. cerevisiae is a putative component of the machinery responsible for pumping aminotriazole (and possibly other toxic compounds) out of the cell. It is a probable ATP-dependent export permease.; Remark: alternate names for S. cerevisiae Atr1: Snq1, YML116W or YM8339. 03.; Title: strong similarity to aminotriazole resistance protein Atr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 3280970; See PMID 9046086; See PMID 2123132; uncharacterized protein	complement(join(3462050..3462893,3462951..3463091,3463145..3463492,3463570..3463646,3463696..3463953))	Aspergillus niger	4977052
An01g14490	CDS	An01g14490	NT_166518.1	3465117	3466244	R	Remark: the ORF shows similarity to ankyrin-repeats,which are believed to mediate protein-protein interactions.; Title: similarity to ankyrin 2 Ank2 - Drosophila melanogaster; See PMID 7937942; uncharacterized protein	complement(3465117..3466244)	Aspergillus niger	84590163
An01g14500	CDS	An01g14500	NT_166518.1	3466422	3467939	R	Catalytic activity: Benzoate + NADPH + O(2) <=> 4-hydroxybenzoate + NADP(+) + H(2)O.; Function: the P450rm-monooxygenase system in microsomes of R. minuta might function in the degradation of L-phenylalanine on the pathway to beta-ketoadipate.; Remark: the P450rm gene product from Rhodotorula minuta acts as a bifunctional enzyme with isobutene-forming and benzoate 4-hydroxylase activities.; Title: strong similarity to isobutene-forming enzyme and benzoate 4-hydroxylase P450rm - Rhodotorula minuta; See PMID 7764227; See PMID 8002981; See PMID 8882724; See PMID 9349702; uncharacterized protein	complement(3466422..3467939)	Aspergillus niger	4977785
An01g14510	CDS	An01g14510	NT_166518.1	3468751	3470325	D	Function: the S. cerevisiae Sec14 gene product is required for transport of secretory proteins from the golgi complex. It catalyzes the transfer of phosphatidylinositol and phosphatidylcholine between membranes in vitro.; Remark: in opposite to S. cerevisiae the SEC14 gene in Y. lipolytica is not essential.; Title: similarity to phosphatidylinositol-phosphatidylcholine transfer protein Sec14 - Yarrowia lipolytica; See PMID 8138566; uncharacterized protein	join(3468751..3469482,3469552..3469593,3469647..3469746,3469799..3470325)	Aspergillus niger	4977547
An01g14520	CDS	An01g14520	NT_166518.1	3471745	3473283	D	Title: strong similarity to carbohydrate oxidase CHO from patent WO9931990-A1 - Microdochium nivale; uncharacterized protein	join(3471745..3472060,3472121..3473283)	Aspergillus niger	4977615
An01g14530	CDS	An01g14530	NT_166518.1	3473514	3474775	R	Catalytic activity: (S)-2-hydroxy-acid + O(2) <=> 2-oxo acid + H(2)O(2).; Cofactor: FMN.; Pathway: the (S)-2-hydroxy-acid oxidase GOX from S. oleracea catalyzes the second reaction of the photorespiratory pathway (glycolate pathway).; Remark: the (S)-2-hydroxy-acid oxidase GOX from S. oleracea is also described in patent US5834262-A.; Title: strong similarity to (S)-2-hydroxy-acid oxidase GOX - Spinacia oleracea; peroxisome; See PMID 2644287; See PMID 2681790; See PMID 2824469; See PMID 3286256; uncharacterized protein	complement(join(3473514..3473666,3473753..3474639,3474691..3474775))	Aspergillus niger	4977422
An01g14540	CDS	An01g14540	NT_166518.1	3477462	3480158	R	Title: similarity to hypothetical protein CAD37157.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(3477462..3477505,3477562..3478133,3478184..3478452,3478499..3478549,3478599..3478637,3478687..3479224,3479271..3479454,3479514..3479762,3479810..3479916,3480076..3480158))	Aspergillus niger	4977323
An01g14550	CDS	An01g14550	NT_166518.1	3480807	3482099	R	Catalytic activity: Formamide <=> cyanide + H(2)O.; Similarity: the cyanide hydratase Cht from G. sorghi belongs to the nitrilase family.; Title: strong similarity to cyanide hydratase Cht -Gloeocercospora sorghi; See PMID 1382413; uncharacterized protein	complement(join(3480807..3480980,3481033..3481077,3481132..3481344,3481408..3481898,3481952..3482099))	Aspergillus niger	4977526
An01g14560	CDS	An01g14560	NT_166518.1	3484612	3485319	R	Remark: the fungal protein CIH1 from C. lindemuthianum is important for the fungus-host interaction. It is fungally encoded and Northern analysis showed that it is only expressed in planta.; Title: similarity to hypothetical intracellular hyphae protein 1 CIH1 - Colletotrichum lindemuthianum; See PMID 9721685; uncharacterized protein	complement(3484612..3485319)	Aspergillus niger	4977899
An01g14570	CDS	An01g14570	NT_166518.1	3487222	3488040	D	Title: questionable ORF; uncharacterized protein	join(3487222..3487347,3487431..3487487,3487786..3487835,3487905..3487925,3488016..3488040)	Aspergillus niger	84590164
An01g14590	CDS	An01g14590	NT_166518.1	3488599	3489843	D	Catalytic activity: an alcohol + NAD(+) <=> an aldehyde or ketone + NADH.; Title: strong similarity to thermostable alcohol dehydrogenase adhT - Bacillus stearothermophilus; See PMID 4578954; See PMID 436831; See PMID 1735726; uncharacterized protein	join(3488599..3488884,3488964..3489063,3489124..3489307,3489367..3489843)	Aspergillus niger	4978062
An01g14600	CDS	An01g14600	NT_166518.1	3491296	3492050	D	Function: the endo-1,4-beta-Xylanase B XynB from Aspergillus tubingensis endohydrolysis the 1,4-beta-D-xylosidic linkages in xylans.; Title: strong similarity to endo-1,4-beta-xylanase B xynB from patent WO9414965 - Aspergillus tubingensis; uncharacterized protein	join(3491296..3491561,3491621..3492050)	Aspergillus niger	4977958
An01g14610	CDS	An01g14610	NT_166518.1	3492283	3492543	R	Title: questionable ORF; uncharacterized protein	complement(join(3492283..3492444,3492535..3492543))	Aspergillus niger	84590165
An01g14620	CDS	An01g14620	NT_166518.1	3493211	3494920	D	Induction: the transcript level of the C. albicans HGT1 gene is enhanced in the presence of drugs, e. g. cycloheximide, chloramphenicol and benomyl.; Title: strong similarity to hexose transporter HGT1 - Candida albicans; See PMID 10612724; uncharacterized protein	join(3493211..3493307,3493375..3493762,3493823..3494604,3494664..3494920)	Aspergillus niger	4978340
An01g14630	CDS	An01g14630	NT_166518.1	3495438	3495806	R	hypothetical protein	complement(join(3495438..3495607,3495692..3495806))	Aspergillus niger	4977787
An01g14640	CDS	An01g14640	NT_166518.1	3497782	3498906	D	Title: weak similarity to mucin 5AC - Homo sapiens; See PMID 7826332; uncharacterized protein	join(3497782..3497899,3498015..3498285,3498354..3498906)	Aspergillus niger	4977559
An01g14650	CDS	An01g14650	NT_166518.1	3500204	3501326	D	Catalytic activity: {(1,4)-alpha-D-galacturonide}(N) + H(2)O <=> {(1,4)-alpha-D-galacturonide}(N-1) + D-galacturonate.; Title: strong similarity to exo-alpha 1,4-polygalacturonase PGX1 - Cochliobolus carbonum; extracellular/secretion proteins; See PMID 9546185; uncharacterized protein	join(3500204..3501055,3501103..3501155,3501200..3501326)	Aspergillus niger	4977826
An01g14660	CDS	An01g14660	NT_166518.1	3503241	3504894	D	Remark: alternate name for S. cerevisiae Flr1: YBR008c.; Similarity: the ORF encoded protein also shows strong similarity to the protein descibed in patent JP09009966-A.; Title: similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; See PMID 9235926; See PMID 10572257; uncharacterized protein	join(3503241..3503438,3503489..3503983,3504042..3504715,3504765..3504894)	Aspergillus niger	4977510
An01g14670	CDS	pgaE	NT_166518.1	3506860	3508155	R	Function: the polygalacturonase E (PgaE) from A. niger random hydrolysis the 1,4-alpha-D-galactosiduronic linkages in pectate and in other galacturonans.; Gene-ID: pgaE; Remark: the amino acid sequence of the ORF encoded protein differs at two positions to the published PgaE sequence.; Similarity: the ORF encoded protein shows stong similarity to the protein described in patent EP421919-A.; See PMID 9492270; polygalacturonase E precursor pgaE-Aspergillus niger	complement(join(3506860..3507182,3507242..3507371,3507422..3507844,3507895..3508155))	Aspergillus niger	4977284
An01g14680	CDS	An01g14680	NT_166518.1	3509391	3510603	D	Title: similarity to hypothetical protein SPCC576.01c - Schizosaccharomyces pombe; uncharacterized protein	join(3509391..3509484,3509538..3510117,3510168..3510603)	Aspergillus niger	4977535
An01g14690	CDS	An01g14690	NT_166518.1	3510780	3513000	R	Remark: the Flu1 gene product from C. albicans complements the fluconazole hypersusceptibility of a S. cerevisiae pdr5 mutant, lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Similarity: the ORF encoded protein also shows stong similarity to the protein described in patent JP09009966-A.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	complement(join(3510780..3510902,3511059..3511136,3511186..3511280,3511343..3511651,3511701..3511850,3511901..3511994,3512058..3512320,3512374..3512412,3512500..3512679,3512736..3513000))	Aspergillus niger	4977982
An01g14700	CDS	An01g14700	NT_166518.1	3513503	3514005	R	hypothetical protein	complement(join(3513503..3513634,3513862..3514005))	Aspergillus niger	84590166
An01g14710	CDS	An01g14710	NT_166518.1	3516046	3517092	D	Title: weak similarity to cytochrome b Cytb -Anthophora pacifica; uncharacterized protein	3516046..3517092	Aspergillus niger	4977596
An01g14720	CDS	An01g14720	NT_166518.1	3518059	3520376	D	Function: AmdA (A. nidulans) fusions with the GAL4 DNA binding domain in S. cerevisiae revealed its ability to activate transcription.; Title: strong similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; nucleus; See PMID 7596297; See PMID 9126617; uncharacterized protein	join(3518059..3518070,3518121..3520376)	Aspergillus niger	4977085
An01g14730	CDS	An01g14730	NT_166518.1	3520916	3522232	R	Catalytic activity: 2,5-dihydro-5-oxofuran-2-acetate <=> cis,cis-hexadienedioate.; Cofactor: the cis,cis-muconate lactonizing enzyme I from T. cutaneum uses Manganese as cofactor.; Similarity: the ORF encoded protein is strong similar to some hypothetical proteins, see BlastP list.; Similarity: the ORF encoded protein shows a similarity to the cis,cis-muconate lactonizing enzyme I from T. cutaneum with an e-val. of 0. 065.; Title: similarity to cis,cis-muconate lactonizing enzyme I TcMLE - Trichosporon cutaneum; See PMID 8110801; uncharacterized protein	complement(join(3520916..3521236,3521304..3521796,3521871..3522232))	Aspergillus niger	4977984
An01g14740	CDS	goxC	NT_166518.1	3523455	3525272	D	Catalytic activity: beta-D-glucose + O(2) <=> D-glucono-1,5-lactone + H(2)O(2).; Cofactor: FAD.; Gene-ID: goxC;gox;ggox;god; Mapping: goxC from A. niger is mapped to chromosome II; see list from DSM.; Pathway: the goxC protein from A. niger is involved in the pentose-phosphate pathway.; Remark: the ORF has an irregular internal stop codon due to a putative sequencing error.; putative sequencing error; See PMID 2792372; See PMID 8299156; See PMID 2406261; glucose oxidase precursor goxC-Aspergillus niger [putative sequencing error]	3523455..3525272	Aspergillus niger	4977376
An01g14750	CDS	An01g14750	NT_166518.1	3525708	3529223	R	Title: similarity to hypothetical tol like protein CAD37049.1 - Neurospora crassa; uncharacterized protein	complement(join(3525708..3527077,3527123..3527177,3527386..3527634,3527802..3527860,3528023..3528045,3528113..3528229,3528442..3529223))	Aspergillus niger	84590167
An01g14760	CDS	An01g14760	NT_166518.1	3532615	3534065	D	Catalytic activity: (R)-6-hydroxynicotine + H(2)O + O(2) <=> 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Cofactor: the 6-hydroxy-D-nicotine oxidase 6-HDNO from Arthrobacter oxidans from uses FAD as cofactor.; Induction: the expression of the 6-HDNO protein in Arthrobacter oxidans is linked to the presence of nicotine.; Title: strong similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3622516; See PMID 3905431; See PMID 1700696; uncharacterized protein	join(3532615..3533244,3533295..3534065)	Aspergillus niger	4977269
An01g14770	CDS	An01g14770	NT_166518.1	3534130	3537456	R	Function: AmdA (A. nidulans) fusions with the GAL4 DNA binding domain in S. cerevisiae revealed its ability to activate transcription.; Title: strong similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; nucleus; See PMID 7596297; See PMID 9126617; uncharacterized protein	complement(join(3534130..3536431,3536487..3536538,3536598..3536972,3537008..3537028,3537079..3537161,3537386..3537456))	Aspergillus niger	4977595
An01g14780	CDS	An01g14780	NT_166518.1	3537753	3538840	D	Remark: the ADH sequence 19 protein is part of the patent EP0845532 with the title: 'Enzymes for the synthesis of coniferyl alcohol, coniferyl aldehyde, ferulic acid,vanillin, vanillic acid and their applications'.; Remark: the organism of patent EP0845532 remains unclassified.; Title: strong similarity to alcohol dehydrogenase ADH from patent EP0845532 - Unclassified organism; uncharacterized protein	join(3537753..3538260,3538314..3538840)	Aspergillus niger	4977401
An01g14790	CDS	An01g14790	NT_166518.1	3539011	3539821	R	Function: the nodL gene encodes a chitooligosaccharide O-acetyltransferase.; Remark: Rhizobia secrete specific lipo-chitooligosaccharide signals (LCOs) called Nod factors that are required for infection and nodulation of legumes.; Title: strong similarity to NodL - Rhizobium meliloti; See PMID 8801423; See PMID 10406097; See PMID 1558960; uncharacterized protein	complement(join(3539011..3539377,3539427..3539663,3539715..3539821))	Aspergillus niger	4977489
An01g14800	CDS	An01g14800	NT_166518.1	3543425	3545152	D	Catalytic activity: digallate + H(2)O <=> 2 gallate.; Similarity: the tannase from Aspergillus oryzae (PubMed 9146733 and 8917102) is identical to patent JP08080196-A.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; See PMID 9146733; uncharacterized protein	3543425..3545152	Aspergillus niger	4978070
An01g14810	CDS	An01g14810	NT_166518.1	3545702	3546423	R	Similarity: the similarity of the ORF encoded protein to all hits is based on repetitive structures.; Title: weak similarity to hypothetical protein SPAC19B12.02c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(3545702..3545863,3545927..3546147,3546279..3546423))	Aspergillus niger	84590168
An01g14820	CDS	An01g14820	NT_166518.1	3548184	3549116	D	Remark: alternate name for S. cerevisiae YNL283c: WSC2.; Similarity: the ORF is about half as long as YNL283c of S. cerevisiae.; Similarity: the similarity of the ORF encoded protein to all hits is based on repetitive structures.; Title: similarity to hypothetical membrane protein YNL283c - Saccharomyces cerevisiae; uncharacterized protein	join(3548184..3548382,3548448..3548519,3548569..3549116)	Aspergillus niger	4977773
An01g14830	CDS	An01g14830	NT_166518.1	3549412	3549730	D	Title: questionable ORF; uncharacterized protein	join(3549412..3549472,3549557..3549597,3549683..3549730)	Aspergillus niger	84590169
An01g14840	CDS	An01g14840	NT_166518.1	3550280	3551101	D	Title: similarity to hypothetical protein SC4B10.33 - Streptomyces coelicolor; uncharacterized protein	join(3550280..3550690,3550748..3551101)	Aspergillus niger	4978517
An01g14850	CDS	An01g14850	NT_166518.1	3551273	3552163	R	Catalytic activity: ATP + D-gluconate <=> ADP + 6-phospho-D-gluconate.; Function: the GntV gene product from E. coli catalyzes the phosphorylation of D-gluconate to 6-phospho-D-gluconate.; Title: similarity to gluconokinase gntV -Escherichia coli; See PMID 3040894; See PMID 9151423; uncharacterized protein	complement(3551273..3552163)	Aspergillus niger	84590170
An01g14860	CDS	An01g14860	NT_166518.1	3552784	3554663	R	Catalytic activity: ATP + O-succinylbenzoate + CoA <=> AMP + diphosphate + O-succinylbenzoyl-CoA.; Pathway: the O-succinylbenzoate--CoA ligase MenE of Bacillus subtilis is involved in the menaquinon biosynthesis.; Remark: putative C-terminal truncated ORF due to the end of contig.; Title: similarity to O-succinylbenzoate--CoA ligase menE - Bacillus subtilis [truncated ORF]; See PMID 1629163; See PMID 6780514; See PMID 6780515; uncharacterized protein	complement(join(<3552784..3554370,3554433..3554663))	Aspergillus niger	4978069
An01g14870	CDS	An01g14870	NT_166518.1	3555217	3556029	R	Title: weak similarity to hypothetical inner membrane protein - Helicobacter pylori; uncharacterized protein	complement(3555217..3556029)	Aspergillus niger	4977527
An01g14880	CDS	An01g14880	NT_166518.1	3556433	3557470	R	Catalytic activity: an alcohol + NADP(+) <=> an aldehyde + NADPH.; Remark: alternate names for the alcohol dehydrogenase/aldehyde reductase AKR1A1 from H. sapiens: ALR or ALDR1.; Title: strong similarity to alcohol dehydrogenase/aldehyde reductase AKR1A1 - Homo sapiens; See PMID 10510318; See PMID 2498333; uncharacterized protein	complement(join(3556433..3557069,3557136..3557470))	Aspergillus niger	4977962
An01g14890	CDS	An01g14890	NT_166518.1	3557730	3558811	D	Title: strong similarity to hypothetical protein CAD27299.1 - Aspergillus fumigatus; uncharacterized protein	join(3557730..3558135,3558197..3558699,3558764..3558811)	Aspergillus niger	4977222
An01g14900	CDS	An01g14900	NT_166518.1	3560093	3561842	D	Induction: transcription of the yeast TNA1 gene is not only regulated by nicotinate but also by p-aminobenzoate.; Remark: the S. cerevisiae gene product Tna1 (=YGR260w) belongs to the Dal5 tranporter family.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 10984621; uncharacterized protein	join(3560093..3560216,3560277..3560434,3560493..3560689,3560757..3560909,3560965..3561244,3561303..3561842)	Aspergillus niger	4977618
An01g14910	CDS	An01g14910	NT_166518.1	3561999	3564405	R	Function: facB gene of Aspergillus nidulans is a major regulatory gene involved in acetamide and acetate utilisation.; Remark: the ORF encoded protein belongs to the family of GAL4-type zinc cluster transcriptional regulators (Zn(II)2Cys6 transcriptional activator).; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; See PMID 9197408; See PMID 10483720; uncharacterized protein	complement(join(3561999..3562060,3562149..3564405))	Aspergillus niger	4977818
An01g14920	CDS	An01g14920	NT_166518.1	3565347	3567201	R	Cofactor: manganese or cobalt.; Function: Xaa-Pro aminopeptidases catalyze the release of any N-terminal amino acid, including proline,that is linked with proline, even from a dipeptide or tripeptide.; Remark: the aminopeptidase P (PepQ) from Lactococcus lactis belongs to the class of Xaa-Pro aminopeptidases.; Similarity: the ORF encoded protein shows a higher similarity to the protein described in patent WO9909145-A1,but the patent contains no further functional characterization.; Title: similarity to aminopeptidase P pepP -Lactococcus lactis; See PMID 10543778; See PMID 7770058; uncharacterized protein	complement(join(3565347..3565540,3565617..3565776,3565830..3565941,3566002..3566083,3566131..3566229,3566280..3566688,3566739..3567005,3567058..3567201))	Aspergillus niger	4978063
An01g14930	CDS	An01g14930	NT_166518.1	3567660	3569298	D	Remark: alternate name for S. cerevisiae Git1: YCR098c.; Remark: glycerophosphoinositol can be used by phospholipid biosynthesis in yeast.; Title: strong similarity to glycerophosphoinositol transporter Git1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9691030; uncharacterized protein	join(3567660..3568144,3568204..3568572,3568626..3569298)	Aspergillus niger	4977813
An01g14940	CDS	An01g14940	NT_166518.1	3570236	3571665	R	Catalytic activity: a phosphatidylcholine + H2O = 1,2-diacylglycerol + choline phosphate.; Similarity: the protein shows also similarity to the phospholipase C (EC 3. 1. 4. 3) of Pseudomonas aeruginosa.; Title: similarity to nonhemolytic phospholipase C PC-PLC - Burkholderia pseudomallei; See PMID 10523590; uncharacterized protein	complement(join(3570236..3571036,3571102..3571665))	Aspergillus niger	4977382
An01g14950	CDS	An01g14950	NT_166518.1	3573062	3574147	D	Remark: introduction of the R. etli ans operon (including the ansA gene) into Sinorhizobium meliloti induced growth with asparagine as the sole carbon and nitrogen source.; Title: strong similarity to L-asparaginase II AnsA -Rhizobium etli; See PMID 10930734; uncharacterized protein	3573062..3574147	Aspergillus niger	4978507
An01g14960	CDS	An01g14960	NT_166518.1	3574855	3576108	D	Catalytic activity: L-asparagine + H(2)O <=> L-aspartate + NH(3).; Remark: alternate name for S. cerevisiae Asp3: YLR155c.; Similarity: the ORF encoded protein shows also strong similarity to the asparaginase from Erwinia chrysanthemi (patent EP211639-A).; Title: strong similarity to asparaginase II Asp3 -Saccharomyces cerevisiae; extracellular/secretion proteins; See PMID 9170245; See PMID 3042786; uncharacterized protein	join(3574855..3575020,3575078..3575778,3575839..3576108)	Aspergillus niger	4977644
An01g14970	CDS	An01g14970	NT_166518.1	3577371	3578691	D	Pathway: the microsomal delta-12 desaturase from Zea mays (patent WO9411516-A) is involved in the biosynthesis of unsaturated fatty acids.; Remark: EC 1. 14. 99. -. .; Remark: accumulation of the hydroxylase may be controlled post-transcriptionally in Lesquerella fendleri.; Remark: enzyme has oleate delta-12 desaturase activity and oleate 12-hydroxylase activity in Lesquerella fendleri.; Title: strong similarity to bifunctional oleate 12-hydroxylase:desaturase LFAH12 - Lesquerella fendleri; See PMID 9680976; uncharacterized protein	join(3577371..3577796,3577869..3578178,3578246..3578691)	Aspergillus niger	4977288
An01g14980	CDS	An01g14980	NT_166518.1	3579749	3580721	R	Expression: significant DNA similarities to Aspergillus nidulans EST.; Title: strong similarity to hypothetical protein encoded by An10g00840 - Aspergillus niger; uncharacterized protein	complement(join(3579749..3580453,3580509..3580721))	Aspergillus niger	4978036
An01g14990	CDS	An01g14990	NT_166518.1	3581610	3583385	R	Function: the TRI11 gene product from F. sporotrichioides catalyzes the hydroxylation at C-15 of isotricodermin.; Remark: disruption of TRI11 gene from F. sporotrichioides results in an altered trichothecene production phenotype characterized by the accumulation of isotrichodermin, a trichothecene pathway intermediate.; Remark: trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Similarity: the TRI11 gene product from F. sporotrichioides belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	complement(join(3581610..3581945,3582018..3582285,3582348..3582514,3582638..3582927,3582961..3583092,3583172..3583241,3583305..3583385))	Aspergillus niger	4978005
An01g15000	CDS	An01g15000	NT_166518.1	3584850	3586639	R	Function: it has been proposed that C. carbonum TOXA encodes an HC-toxin efflux pump which contributes to self-protection against HC-toxin and/or the secretion of HC-toxin into the extracellular milieu.; Remark: the predicted A. niger protein occurs from a genomic region containing aflatoxin biosynthesis genes.; Title: strong similarity to HC-toxin efflux pump TOXA - Cochliobolus carbonum; plasma membrane; See PMID 8704997; uncharacterized protein	complement(join(3584850..3585921,3586014..3586639))	Aspergillus niger	4977901
An01g15010	CDS	An01g15010	NT_166518.1	3587196	3588630	D	Catalytic activity: A. flavus omtA converts S-adenosyl-L-methionine + sterigmatocystin to S-adenosyl-L-homocysteine + 7-O-methylsterigmatocystin.; Function: A. flavus omtA forms part of the aflatoxin biosynthesis pathway and is involved in the conversion of sterigmatocystin to o- methylsterigmatocystin and dihydrosterigmatocystin to dihydro-o-methylsterigmatocystin.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Title: similarity to O-methyltransferase omtA -Aspergillus flavus; See PMID 7557460; uncharacterized protein	join(3587196..3587483,3587534..3588049,3588106..3588630)	Aspergillus niger	4977054
An01g15020	CDS	An01g15020	NT_166518.1	3589499	3590917	D	Catalytic activity: A. flavus omtB converts demethylsterigmatocystin (DMST) to sterigmatocystin (ST) and dihydrodemethylsterigmatocystin (DHDMST) to dihydrosterigmatocystin (DHST).; Function: A. flavus omtB is a demethylsterigmatocystin 6-O-methyltransferase involved in aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Title: similarity to O-methyltransferase omtB -Aspergillus flavus; See PMID 10806361; uncharacterized protein	join(3589499..3589564,3589660..3589792,3589883..3590066,3590140..3590917)	Aspergillus niger	4977290
An01g15030	CDS	An01g15030	NT_166518.1	3591516	3591872	R	Remark: blastp shows significant similarity (41% positives) between the predicted A. niger protein and M. mulatta TCR A but due to shortness of both peptides the calculated probability is low (p=2,4).; Remark: information regarding M. mulatta TCR A has not yet been published and is available from EMBL.; Similarity: the predicted A. niger protein contains a NK-cell receptor motif.; Title: weak similarity to T-cell receptor alpha tcrA - Macaca mulatta; uncharacterized protein	complement(3591516..3591872)	Aspergillus niger	84590171
An01g15040	CDS	An01g15040	NT_166518.1	3592510	3592956	R	hypothetical protein	complement(join(3592510..3592722,3592837..3592956))	Aspergillus niger	84590172
An01g15050	CDS	An01g15050	NT_166518.1	3594568	3594720	D	Remark: ORF 3'truncated due to end of contig.; Title: strong similarity to hypothetical protein YDR090c - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	3594568..>3594720	Aspergillus niger	84590173
An01g15060	CDS	An01g15060	NT_166518.1	3595248	3595957	D	Title: similarity to hypothetical protein YDR090c -Saccharomyces cerevisiae; uncharacterized protein	join(3595248..3595373,3595426..3595564,3595619..3595675,3595726..3595774,3595828..3595957)	Aspergillus niger	4977933
An01g15070	CDS	An01g15070	NT_166518.1	3595967	3597412	R	Function: in N. crassa the acr-2 mutation confers acriflavine resistance.; Similarity: N. crassa acr-2 contains a putative Zn(II)Cys6 binuclear DNA-binding domain.; Similarity: similarity is relatively high beteween the N-terminal region of N. crassa acr-2 and the predicted A. niger protein, low for the rest of the sequence.; Similarity: the N-terminus of the predicted A. niger protein contains a low probability putative Zn(II)Cys6 binuclear DNA-binding domain.; Title: weak similarity to transcription factor involved in acriflavine resistance acr-2 - Neurospora crassa; See PMID 8679704; uncharacterized protein	complement(join(3595967..3597291,3597397..3597412))	Aspergillus niger	4977247
An01g15080	CDS	An01g15080	NT_166518.1	3597683	3599326	R	Title: strong similarity to transposase of Tan1 -Aspergillus niger; See PMID 9003286; uncharacterized protein	complement(join(3597683..3598420,3598501..3598629,3598775..3599326))	Aspergillus niger	4977908
An01g15100	CDS	An01g15100	NT_166518.1	3600258	3601417	R	Catalytic activity: gibberellin (GA) 7-oxidase oxidizes GA12-aldehyde to GA12 and GA14-aldehyde to GA14 they further metabolise GA12 to four products, two of which are monohydroxylated GA12.; Function: gibberellin (GA) plant hormones are biosynthesized via complex pathways, the final steps of which are catalyzed by 2-oxoglutarate-dependent dioxygenases.; Title: similarity to gibberellin 7-oxidase -Cucurbita maxima; See PMID 9177256; uncharacterized protein	complement(join(3600258..3600935,3601007..3601174,3601247..3601417))	Aspergillus niger	4977178
An01g15110	CDS	An01g15110	NT_166518.1	3602135	3603926	D	Catalytic activity: benzoate 4-monooxygenases convert benzoate + NADPH2 + O2 to 4-hydroxybenzoate + NADP + H2O.; Function: in A. niger bphA and cprA are the two cytochrome P450s required for the para-hydroxylation of benzoate.; Induction: A. niger bphA is inducible by benzoate.; Similarity: A. niger bphA is a cytochrome P450 of the pisatin demethylase family.; Title: strong similarity to benzoate 4-monooxygenase cytochrome P450 53 bphA - Aspergillus niger; endoplasmatic reticulum; See PMID 10852481; See PMID 2250647; uncharacterized protein	join(3602135..3602481,3602528..3603726,3603781..3603926)	Aspergillus niger	4977528
An01g15120	CDS	An01g15120	NT_166518.1	3604097	3605310	R	hypothetical protein	complement(join(3604097..3604681,3604815..3604938,3605028..3605152,3605236..3605310))	Aspergillus niger	10098040
An01g15130	CDS	An01g15130	NT_166518.1	3607086	3608716	R	Function: S. cerevisiae ATR1 is a membrane-associated component of the machinery responsible for pumping aminotriazole, 4-nitroquinoline-N-oxide (and possibly other toxic compounds) out of the cell.; Function: S. cerevisiae cells with multiple copies of ATR1 accumulated less aminotriazole than wild-type cells, whereas cells with the atr1 deletion mutation retained more aminotriazole.; Function: total deletion of the S. cerevisiae ATR1 region coding for a ATP-binding domain leads to 4-nitroquinoline-N-oxide sensitive null-mutants.; Induction: ATR1 transcription is induced by aminotriazole.; Induction: ATR1 transcription is induced by the basic region-leucine zipper transcription factors YAP1 and GCN4.; Similarity: S. cerevisiae ATR1 belongs to the major facilitator family of transmembrane transport proteins.; Title: strong similarity to aminotriazole resistance protein Atr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9287330; See PMID 2123132; See PMID 3280970; uncharacterized protein	complement(join(3607086..3608516,3608594..3608716))	Aspergillus niger	4977978
An01g15140	CDS	An01g15140	NT_166518.1	3609254	3610807	D	Catalytic activity: agmatinase of E. coli catalyzes the reversible reaction H2O + agmatine <=> urea + putrescine.; Complex: agmatinase of E. coli is an homodimer of two speB-encoded polypeptides.; Function: agmatinase of E. coli is part of the second putrescine biosynthetic pathway, and also represents the only pathway for urea biosynthesis in E. coli as no urease is present.; Pathway: agmatinase of E. coli is part of the polyamine biosynthesis, and arginine utilization pathways.; Repression: agmatinase of E. coli is inhibited by L-arginine and L-ornitine.; Similarity: agmatinase of E. coli belongs to the arginase protein family.; Title: strong similarity to agmatinase speB -Escherichia coli; See PMID 2153656; See PMID 3081491; See PMID 3157043; uncharacterized protein	join(3609254..3609361,3609451..3609577,3609649..3610311,3610392..3610537,3610622..3610807)	Aspergillus niger	4978049
An01g15150	CDS	An01g15150	NT_166518.1	3611185	3613516	R	Function: facB of A. nidulans is a major regulatory gene involved in acetamide and acetate utilisation, as indicated by genetic studies.; Similarity: the N-terminal region of the predicted ORF contains a fungal Zn(2)-Cys(6) binuclear cluster domain, a cysteine-rich region that binds DNA, and is found in many fungal transcriptional activators.; Similarity: the predicted ORF shows similarity or strong similarity to several putative transcription factors.; Similarity: the similarity to facB of A. nidulans is particularly strong in the N-terminal region.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; uncharacterized protein	complement(join(3611185..3611731,3611786..3612429,3612529..3613431,3613493..3613516))	Aspergillus niger	84590174
An01g15160	CDS	An01g15160	NT_166518.1	3615125	3615765	R	Function: dik of H. sapiens exhibit protein kinase activity toward autophosphorylation and substrate phosphorylation.; Function: many ankyrin repeat regions are known to function as protein-protein interaction domains.; Remark: ankyrin repeats are tandemly repeated modules of about 33 amino acids that occur in a large number of functionally diverse proteins mainly from eukaryotes.; Similarity: the predicted ORF also contains two ZU5 domains, that are domains of unknown function present in ZO-1 and Unc5-like netrin receptors.; Similarity: the predicted ORF contains two putative ankyrin repeats, which justify many BLASTP matches,comprised dik of H. sapiens.; Title: similarity to protein kinase dik - Homo sapiens; See PMID 10948194; uncharacterized protein	complement(join(3615125..3615693,3615729..3615765))	Aspergillus niger	84590175
An01g15170	CDS	An01g15170	NT_166518.1	3615767	3616483	D	Catalytic activity: aldehyde dehydrogenase catalyzes the following reversible reaction: aldehyde + NAD(+) + H2O <=> acid + NADH.; Function: aldehyde dehydrogenase catalyzes the second step in ethanol utilization, and enables Aspergillus to grow on ethanol as carbon source.; Similarity: aldehyde dehydrogenases represent a large protein family with a wide substrate specificity.; Similarity: the predicted ORF shows a slightly weaker similarity to the aldehyde dehydrogenase gene AldA of A. niger than to the A. nidulans homologue.; Similarity: the predicted ORF shows strong similarity only to the C-terminal part of various aldehyde dehydrogenases; the gene model could not be extended in the N-terminal direction, because there is no similarity with aldehyde dehydrogenase genes at the genomic level in the 5' region.; Title: strong similarity to aldehyde dehydrogenase aldA - Aspergillus nidulans; See PMID 11102439; See PMID 2606357; uncharacterized protein	join(3615767..3615795,3615830..3615891,3615966..3616483)	Aspergillus niger	84590176
An01g15180	CDS	An01g15180	NT_166518.1	3617792	3618731	R	Catalytic activity: AFAR of R. norvegicus exhibits aldehyde reductase activity and is capable of converting the protein-binding dialdehyde form of AFB1-dihydrodiol to the nonbinding dialcohol metabolite.; Function: AFAR of R. norvegicus and other mammals (comprising humans) is important for the protection of liver against the toxic and carcinogenic effects of aflatoxin B1 (AFB1).; Similarity: the predicted ORF shows similarity also to the human CPRM3 protein patented under patentnumber WO9859055-A2 for clinical applications.; Similarity: the predicted ORF shows similarity with other aldo-keto and alcohol reductases, as well as a weaker similarity to some potassium channels of bacteria and plants.; Similarity: the similarity of the predicted ORF to AFAR of R. norvegicus is limited to the C-terminal half of the protein.; Title: similarity to aflatoxin B1 aldehyde reductase AFAR - Rattus norvegicus; See PMID 8234296; uncharacterized protein	complement(join(3617792..3618002,3618053..3618236,3618274..3618376,3618411..3618731))	Aspergillus niger	84590177
An01g15190	CDS	An01g15190	NT_166518.1	3620729	3621934	D	Catalytic activity: alcohol dehydrogenases catalyze the reversible reaction alcohol + NAD(+) <=> aldehyde or ketone + NADH.; Cofactor: members of this family of alchool dehydrogenases require Zn for their activity, and use NAD or NADP as electron exchangers.; Similarity: fdh of M. marinus belongs to the zinc-containing alcohol dehydrogenase family, and to ADH class-III subfamily.; Similarity: the predicted ORF shows strong similarity with a number of known and putative alcohol and aldehyde dehydrogenases, with very wide substrate specificities.; Title: strong similarity to glutathione-dependent formaldehyde dehydrogenase FDH - Methylobacter marinus; See PMID 7926692; uncharacterized protein	join(3620729..3621074,3621180..3621934)	Aspergillus niger	4977356
An01g15200	CDS	An01g15200	NT_166518.1	3623923	3625813	D	Function: PVA of F. oxysporum is used for the enzymatic hydrolysis of penicillin V (phenoxy-methylpenicillin) to 6-aminopenicillanic acid (6-APA).; Remark: 6-APA is the active beta-lactam nucleus used in the manufacture of semi-synthetic penicillins.; Remark: C-terminally truncated ORF due to contig border.; Title: strong similarity to mature penicillin V amidohydrolase PVA from patent US5516679-A - Fusarium oxysporum [truncated ORF]; uncharacterized protein	join(3623923..3624224,3624293..3624698,3624761..3624889,3624949..3625481,3625545..>3625813)	Aspergillus niger	4978211
An13g00010	CDS	An13g00010	NT_166528.1	863	2984	D	Title: similarity to hypothetical kinetoplast-associated like protein CAD37020.1 - Neurospora crassa; uncharacterized protein	join(863..867,918..2337,2408..2720,2836..2984)	Aspergillus niger	4986474
An13g00020	CDS	An13g00020	NT_166528.1	3664	7288	R	Function: inp52 of S. cerevisiae is involved in vesicle cycling, e. g. protein sorting at the trans-Golgi network probably by acting in membrane formation.; Phenotype: S. cerevisiae inp52 null mutants are viable, but have abnormal vacuoles.; Remark: inp52 of S. cerevisiae is also called YNL106C, SJL2 or hypothetical protein N2160.; Similarity: the ORF overlaps with A. niger EST EMBLEST:BE760099.; Title: strong similarity to inositol-1,4,5-triphosphate 5-phosphatase Inp52 - Saccharomyces cerevisiae; See PMID 9560389; See PMID 10224048; See PMID 10947947; See PMID 11094088; uncharacterized protein	complement(join(3664..4046,4130..4455,4511..4620,4670..4969,5016..6645,6695..6899,6958..7288))	Aspergillus niger	4986462
An13g00030	CDS	An13g00030	NT_166528.1	8130	9120	D	Similarity: the ORF overlaps with A. niger EST EMBLEST:BE759558.; Similarity: the ORF shows some similarity to the peptidylprolyl isomerase FPR4 of S. cerevisiae.; Title: strong similarity to hypothetical protein YGR280c - Saccharomyces cerevisiae; See PMID 9371805; uncharacterized protein	join(8130..8152,8229..9042,9100..9120)	Aspergillus niger	4986469
An13g00040	CDS	An13g00040	NT_166528.1	10102	11400	D	Catalytic activity: 1-acylglycerol-3-phosphate O-acyltransferases convert Acyl-CoA + 1-acyl-sn-glycerol 3-phosphate <=> CoA + 1,2-diacyl-sn-glycerol 3-phosphate.; Function: 1-acylglycerol-3-phosphate O-acyltransferase mr1 of M. ramanniana is active in the formation of triacylglycerol from diacylglycerol and fatty acyl substrates.; Title: strong similarity to 1-acylglycerol-3-phosphate O-acyltransferase from patent WO200001713-A2 - Mortierella ramanniana; uncharacterized protein	join(10102..10301,10374..11400)	Aspergillus niger	4986458
An13g00050	CDS	An13g00050	NT_166528.1	12839	15753	R	Function: kin1 of U. maydis is required for filamentous growth of the fungi.; Function: kinesins are microtubule associated motors involved in the transport of membrane bound organelles,transport between the endoplasmic reticulum and the Golgi and transport of protein complexes to cellular destinations.; Title: strong similarity to kinesin motor protein kin1 - Ustilago maydis; cytoskeleton; uncharacterized protein	complement(join(12839..14910,14985..15753))	Aspergillus niger	4986482
An13g00060	CDS	An13g00060	NT_166528.1	16365	17551	R	Remark: the real presence of a modified carboxypeptidase-zinc binding PROSITE pattern is questionable.; hypothetical protein	complement(join(16365..16460,16727..16887,16920..16977,17171..17207,17364..17444,17544..17551))	Aspergillus niger	84592774
An13g00070	CDS	An13g00070	NT_166528.1	18656	19873	R	Function: kin28 is implicated in the transition from transcription initiation to transcription elongation by phosphorylation of the carboxy-terminal domain (CTD) of the largest subunit of the RNA polymerase II complex.; Function: kin28 of S. cerevisiae is a subunit of general transcription factor TFIIH, a multiprotein complex required for RNA polymerase II transcription initiation.; Remark: kin28 of S. cerevisiae is also called YDL108W or D2330.; Title: strong similarity to subunit of transcription initiation factor TFIIH protein kinase Kin28 -Saccharomyces cerevisiae; deleted EC_number 2.7.1.37; nucleus; See PMID 9620805; See PMID 9875293; uncharacterized protein	complement(join(18656..19677,19807..19873))	Aspergillus niger	84592775
An13g00080	CDS	An13g00080	NT_166528.1	20447	21163	D	Title: strong similarity to hypothetical conserved protein B2F7.100 - Neurospora crassa; mitochondrial 37S ribosomal protein mS41	20447..21163	Aspergillus niger	4986459
An13g00090	CDS	An13g00090	NT_166528.1	21629	23412	R	Function: cyp51 of U. necator convers resistance of the obligate biotrophic grape powdery mildew fungus U. necator to sterol demethylation-inhibiting fungicides (DMIs) (a phenylalanine residue for a tyrosine residue at position 136 is leading to a higher resistance).; Function: cyp51 of U. necator is a cytochrome P450-like protein, which catalyses the C14-demethylation of lanosterol, necessary for ergosterol biosynthesis; it transforms lanosterol into 4,4'-dimethyl cholesta-8,14,24-triene-3-beta-ol.; Remark: cyp51 of U. necator is also called CYPL1,P450-L1A1, sterol 14-alpha demethylase or P450-14DM.; Similarity: the ORF overlaps with A. niger EST EMBLEST:BE760185.; Title: strong similarity to eburicol 14 alpha-demethylase cyp51 - Uncinula necator; uncharacterized protein	complement(join(21629..22855,22905..23102,23167..23412))	Aspergillus niger	4986453
An13g00100	CDS	An13g00100	NT_166528.1	24589	26556	R	Function: dun1 of S. cerevisiae is involved in DNA repair by serine/threonine-specific protein phosphorylation.; Phenotype: S. cerevisiae dun1 null mutants are defective in DNA damage repair and in DNA damage-resposive induction of RNR genes, and sensitive to DNA damaging agents.; Remark: dun1 of S. cerevisiae is also called D2370 or YDL101.; Title: strong similarity to protein kinase Dun1 -Saccharomyces cerevisiae; deleted EC_number 2.7.1.37; nucleus; See PMID 10357828; uncharacterized protein	complement(join(24589..25226,25278..25294,25353..25483,25552..26144,26197..26228,26426..26556))	Aspergillus niger	4986461
An13g00110	CDS	An13g00110	NT_166528.1	27753	34512	D	Catalytic activity: stt4 of S. cerevisiae converts ATP + 1-phosphatidyl-1D-myo-inositol <=> ADP + 1-phosphatidyl-1D-myo-inositol 4-phosphate.; Function: stt4 of S. cerevisiae is acting on phosphatidylinositol (PI) in the first committed step in the production of the second messenger inositol-1,4,5,-trisphosphate.; Function: stt4 of S. cerevisiae is involved in the regulation of intracellular aminophospholipid transport, a cell cycle checkpoint controller, is important for the maintainance of vacuole morphology and cell wall integrity,and actin cytoskeleton organization by acting in the signal transduction pathway with PKC1.; Phenotype: S. cerevisiae stt4 null mutants have an osmoremedial phenotype, are bleomycin and staurosporine sensitive and arrest mostly in G2/M phase.; Remark: for development of antifungal drugs, the potential of 1-phosphatidylinositol 4-kinase as target is investigated.; Remark: stt4 of S. cerevisiae is also called BLM1,YLR305C or L2142.; Title: strong similarity to 1-phosphatidylinositol 4-kinase Stt4 - Saccharomyces cerevisiae; See PMID 9449533; See PMID 9582361; See PMID 9624007; See PMID 10930462; uncharacterized protein	join(27753..27793,28055..28286,28347..31055,31110..31218,31281..31418,31472..31832,31891..32262,32320..32575,32649..32852,32903..33190,33244..34512)	Aspergillus niger	4986454
An13g00130	CDS	An13g00130	NT_166528.1	36720	37559	R	hypothetical protein	complement(36720..37559)	Aspergillus niger	84592776
An13g00140	CDS	An13g00140	NT_166528.1	39929	42013	R	Function: YT521 of R. norvegicus interats with the nuclear transcriptosomal component scaffold attachment factor B, and the 68-kDa Src substrate (Sam68) associated during mitosis.; Function: YT521 of R. norvegicus modulates alternative splice site selection in a concentration-dependent manner.; Title: similarity to splicing factor YT521 - Rattus norvegicus; nucleus; uncharacterized protein	complement(join(39929..40447,40521..41074,41140..41826,41890..42013))	Aspergillus niger	4986481
An13g00145	CDS	An13g00145	NT_166528.1	43300	44120	R	hypothetical protein	complement(join(43300..43588,43909..44120))	Aspergillus niger	84592777
An13g00160	CDS	An13g00160	NT_166528.1	44690	46007	D	hypothetical protein	join(44690..44727,44815..44935,45015..45106,45271..45316,45364..45462,45568..45654,45814..45865,45925..46007)	Aspergillus niger	84592778
An13g00170	CDS	An13g00170	NT_166528.1	46468	47553	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(46468..46690,46762..46907,47191..47553)	Aspergillus niger	84592779
An13g00180	CDS	An13g00180	NT_166528.1	48542	49131	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(48542..48718,48911..49010,49094..49131))	Aspergillus niger	84592780
An13g00190	CDS	An13g00190	NT_166528.1	49642	50353	R	hypothetical protein	complement(join(49642..49689,49789..50049,50104..50145,50234..50353))	Aspergillus niger	84592781
An13g00200	CDS	An13g00200	NT_166528.1	50472	51095	D	hypothetical protein	join(50472..50603,50719..50961,51015..51095)	Aspergillus niger	84592782
An13g00210	CDS	An13g00210	NT_166528.1	51675	55410	R	Similarity: the similarity to csx2 of S. pombe is much weaker than to the N. crassa protein and is only locally high in the C-terminal half of the ORF.; Title: strong similarity to hypothetical protein B14D6.480 - Neurospora crassa; uncharacterized protein	complement(join(51675..53070,53129..53219,53480..54992,55088..55236,55347..55410))	Aspergillus niger	4986473
An13g00220	CDS	An13g00220	NT_166528.1	57196	58976	R	Title: weak similarity to protein fragment SEQ ID NO:54900 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(57196..58213,58279..58976))	Aspergillus niger	4986464
An13g00230	CDS	An13g00230	NT_166528.1	59107	59502	D	Remark: the ORF is questionable due to its short lenght of only 87 amino acids.; Title: questionable ORF; uncharacterized protein	join(59107..59206,59284..59355,59411..59502)	Aspergillus niger	84592783
An13g00240	CDS	An13g00240	NT_166528.1	60191	63727	R	Function: the role of rad16 in the repair of DNA might be to change the chromatin structure of silenced genes to provide access for excision repair enzymes, but its activity seems not absolutely required for excision repair.; Phenotype: the S. cerevisiae rad16 mutant is deficient for repair of the HML alpha locus.; Remark: rad16 of S. cerevisiae shares homology with the rad54 protein involved in recombinational repair and SNF2, a transcription factor that possibly functions in transcription activation through an interaction with chromatin components that allows access of other factors involved in transcription.; Title: strong similarity to DNA repair protein Rad16 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(60191..60422,60484..61236,61290..61416,61465..61511,61567..61787,61849..61907,61959..62033,62095..62203,62255..62584,62636..63549,63679..63727))	Aspergillus niger	4986485
An13g00250	CDS	An13g00250	NT_166528.1	64260	66492	D	Function: rad7 of S. cerevisiae is one of 10 proteins involved in nucleotide excision repair of DNA damaged by UV light, bulky adducts or cross-linking agents.; Phenotype: S. cerevisiae rad7 mutants show partial incision defects.; Remark: rad7 of S. cerevisiae is also called YJR052W or J166.; Title: strong similarity to DNA repair protein Rad7 - Saccharomyces cerevisiae; nucleus; See PMID 9792654; See PMID 9001217; uncharacterized protein	join(64260..64261,64322..64360,64432..64459,64562..65095,65151..65316,65477..66492)	Aspergillus niger	4986479
An13g00270	CDS	An13g00270	NT_166528.1	69593	72633	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 9987114; See PMID 11152942; See PMID 8710886; See PMID 9383611; uncharacterized protein	join(69593..69887,69983..70326,70432..72633)	Aspergillus niger	4986484
An13g00280	CDS	An13g00280	NT_166528.1	73812	74990	D	Complex: the S. cerevisiae homolog RPB11 is a RNA polymerase subunit unique to RNA polymerase II.; Title: strong similarity to 13.6 kD subunit of DNA-directed RNA polymerase II Rpb11 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(73812..73828,74431..74489,74556..74665,74787..74990)	Aspergillus niger	4986475
An13g00290	CDS	An13g00290	NT_166528.1	75617	80196	D	Function: the S. cerevisiae homolog PAN1 interacts with mRNA 3' ends and conditional mutations in PAN1 lead to an arrest of translation initiation and alterations in mRNA poly(A) tail length. distribution of cytosolic proteins is also affected in some cases.; Remark: alternative gene names for S. cerevisiae homolog are PAN1, MDP3 and MIP3.; Title: strong similarity to poly(A)-specific ribonuclease Pan1 - Saccharomyces cerevisiae; uncharacterized protein	join(75617..76251,76304..77367,77452..78361,78435..78977,79044..80196)	Aspergillus niger	4986465
An13g00300	CDS	An13g00300	NT_166528.1	80689	83717	R	Title: strong similarity to hypothetical protein B14D6.440 - Neurospora crassa; uncharacterized protein	complement(join(80689..80894,80976..83445,83511..83717))	Aspergillus niger	4986457
An13g00310	CDS	An13g00310	NT_166528.1	84762	87536	D	Complex: the S. pombe homolog cnd2 is a subunit of the condensin complex which promotes mitotic chromosome condensation. The condensin complex contains two SMC (structural maintenance of chromosomes) and three non-SMC subunits, one is cnd2.; Localization: condensin subunits tagged with GFP were observed to alter dramatically their localization during the cell cycle, enriched in the nucleus during mitosis, but cytoplasmic during other stages.; Title: strong similarity to condensin complex component cnd2p - Schizosaccharomyces pombe; uncharacterized protein	join(84762..84838,84903..85479,85545..87536)	Aspergillus niger	4986456
An13g00320	CDS	An13g00320	NT_166528.1	88381	89789	R	Title: strong similarity to EST SEQ ID NO:4066 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(join(88381..88917,88970..89437,89496..89789))	Aspergillus niger	4986476
An13g00330	CDS	An13g00330	NT_166528.1	90120	90530	R	Remark: a putative sequencing error leads to a frameshift.; putative frameshift; hypothetical protein [putative frameshift]	complement(join(<90120..90136,90246..90285,90362..90530))	Aspergillus niger	84592784
An13g00340	CDS	An13g00340	NT_166528.1	90551	91151	D	hypothetical protein	join(90551..91023,91118..91151)	Aspergillus niger	84592785
An13g00350	CDS	An13g00350	NT_166528.1	94108	94423	R	hypothetical protein	complement(join(94108..94203,94266..94288,94333..94423))	Aspergillus niger	84592786
An13g00360	CDS	An13g00360	NT_166528.1	94809	96195	R	Title: weak similarity to 31K proliferation related acidic leucine-rich protein PAL31 - Rattus norvegicus; uncharacterized protein	complement(join(94809..95040,95248..95285,95371..95545,95627..95953,96062..96195))	Aspergillus niger	84592787
An13g00370	CDS	An13g00370	NT_166528.1	96398	98320	D	Function: Crz1p contains zinc finger motifs and binds specifically to the CDRE (calcineurin-dependent response element) of several target genes in yeast.; Localization: calcineurin dephosphorylates Crz1p and this results in translocation of Crz1p to the nucleus.; Remark: calcineurin effects Ca2+-dependent changes in gene expression through regulation of the Crz1p transcription factor.; Remark: calcineurin is a conserved Ca2+/calmodulin-dependent protein phosphatase that plays a critical role in Ca2+ signaling.; Title: strong similarity to calcineurin responsive zinc-finger transcription factor Crz1 - Saccharomyces cerevisiae; nucleus; See PMID 9407035; See PMID 10197980; uncharacterized protein	96398..98320	Aspergillus niger	4986451
An13g00380	CDS	An13g00380	NT_166528.1	99194	100219	R	Title: similarity to hypothetical protein B12J7.160 - Neurospora crassa; uncharacterized protein	complement(join(99194..99588,99763..100219))	Aspergillus niger	4986489
An13g00390	CDS	An13g00390	NT_166528.1	101080	102284	R	Title: strong similarity to hypothetical protein EAA64232.1 - Aspergillus nidulans; uncharacterized protein	complement(join(101080..101672,101726..102284))	Aspergillus niger	4986486
An13g00400	CDS	An13g00400	NT_166528.1	102979	105798	D	Function: synthesis of trehalose in the yeast S. cerevisiae is catalysed by the trehalose-6-phosphate (Tre6P) synthase/phosphatase complex, which is composed of at least three different subunits encoded by the genes TPS1, TPS2, and TPS3; Tps1 and Tps2 carry the catalytic activities of trehalose synthesis, namely Tre6P synthase (Tps1) and Tre6P phosphatase (Tps2), while TPS3 has regulatory functions.; Remark: the TSL1 and TPS3 genes are identical.; Title: strong similarity to regulator subunit of trehalose-6-phosphate synthase/phosphatase complex Tps3 -Saccharomyces cerevisiae; See PMID 8850521; See PMID 9133641; See PMID 9194697; uncharacterized protein	join(102979..103001,103062..105798)	Aspergillus niger	4986472
An13g00410	CDS	An13g00410	NT_166528.1	106517	107831	D	Title: strong similarity to hypothetical protein CAD28442.1 - Aspergillus fumigatus; uncharacterized protein	join(106517..106643,106701..107599,107817..107831)	Aspergillus niger	4986460
An13g00420	CDS	An13g00420	NT_166528.1	108023	108318	R	Remark: N-terminally truncated due to contig border.; Title: weak similarity to hypothetical protein encoded by An08g03040 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(join(108023..108035,108044..>108318))	Aspergillus niger	4986490
An13g00430	CDS	An13g00430	NT_166528.1	108423	109550	D	Function: ACOB may be a gene that is required for sporulation only at elevated temperatures.; Phenotype: disruption of the acoB gene produces a strain that is thermosensitive for conidiation.; Title: similarity to pre-induction sporulation gene acoB - Aspergillus nidulans; See PMID 7551046; uncharacterized protein	108423..109550	Aspergillus niger	4986491
An13g00440	CDS	An13g00440	NT_166528.1	110093	110731	R	Catalytic activity: URA6 catalyzes the conversion of ATP and UMP to ADP and UDP.; Remark: the alternate gene name for URA6 is SOC8.; Title: strong similarity to uridine-monophosphate kinase Ura6 - Saccharomyces cerevisiae; See PMID 2172245; See PMID 3025561; uncharacterized protein	complement(110093..110731)	Aspergillus niger	4986492
An13g00450	CDS	An13g00450	NT_166528.1	111857	113111	D	Title: weak similarity to hypothetical protein encoded by An08g00850 - Aspergillus niger; uncharacterized protein	join(111857..112009,112056..113111)	Aspergillus niger	4986493
An13g00460	CDS	An13g00460	NT_166528.1	113631	115661	R	Title: strong similarity to hypothetical protein BAC67939.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(113631..115235,115358..115522,115572..115661))	Aspergillus niger	4986494
An13g00470	CDS	An13g00470	NT_166528.1	116485	116957	D	hypothetical protein	join(116485..116637,116688..116957)	Aspergillus niger	84592788
An13g00480	CDS	An13g00480	NT_166528.1	117748	120623	R	Remark: the structure of Candida antarctica lipase B shows that the enzyme has a Ser-His-Asp catalytic triad in its active site.; Title: similarity to precursor of triacylglycerol lipase B - Candida antarctica; See PMID 8087556; uncharacterized protein	complement(join(117748..119296,119356..119411,119518..119606,119991..120033,120363..120425,120531..120623))	Aspergillus niger	10098170
An13g00490	CDS	An13g00490	NT_166528.1	121221	122512	D	hypothetical protein	join(121221..121451,121776..121850,121935..121972,122085..122184,122399..122512)	Aspergillus niger	84592789
An13g00500	CDS	An13g00500	NT_166528.1	123034	125553	R	hypothetical protein	complement(join(123034..123133,123247..123313,123390..123432,123783..123854,124170..124199,124368..124448,124673..124763,124854..124981,125332..125553))	Aspergillus niger	84592790
An13g00510	CDS	An13g00510	NT_166528.1	125743	127317	D	Induction: expression of hxk1 increases strongly during growth in fructose or glycerol.; Remark: two hexokinases were characterized in Schizosaccharomyces pombe: hxk1, with a low phosphorylation coefficient on glucose (Km 8. 5 mM) and hxk2, a kinetically conventional hexokinase.; Title: strong similarity to hexokinase 1 hxk1p -Schizosaccharomyces pombe; cytoplasm; See PMID 8549830; uncharacterized protein	125743..127317	Aspergillus niger	4986499
An13g00520	CDS	An13g00520	NT_166528.1	127977	129119	R	Title: similarity to EST an_3235 - Aspergillus niger; uncharacterized protein	complement(join(127977..128252,128433..128475,128590..129119))	Aspergillus niger	4986500
An13g00530	CDS	An13g00530	NT_166528.1	129339	129589	R	hypothetical protein	complement(join(129339..129443,129551..129589))	Aspergillus niger	84592791
An13g00540	CDS	An13g00540	NT_166528.1	129623	130547	D	Title: weak similarity to hypothetical major allergen Phl p 5 - Phleum pratense; uncharacterized protein	join(129623..129947,130075..130547)	Aspergillus niger	4986502
An13g00550	CDS	An13g00550	NT_166528.1	131367	132705	R	Catalytic activity: aroF catalyzes the condensation of erythrose-4-phosphate (E4P) and phosphoenolpyruvate (PEP) to yield DAHP.; Pathway: 3-deoxy-D-arabino-heptulosonate-7-phosphate (DAHP) synthase aroF catalyzes the first committed step of the shikimate pathway of the biosynthesis of aromatic amino acids.; Remark: aroF is inhibited by tyrosine.; Title: strong similarity to tyr-inhibited DAHP synthase aroF - Aspergillus nidulans; See PMID 11285739; uncharacterized protein	complement(join(131367..132383,132544..132599,132663..132705))	Aspergillus niger	4986503
An13g00560	CDS	An13g00560	NT_166528.1	135156	136469	R	Function: the csgA mutations of M. xanthus inhibit sporulation as well as rippling; Localization: most of csgA protein in M. xanthus is associated with the extracellular matrix.; Title: similarity to developmental protein C-factor csgA - Myxococcus xanthus; See PMID 1372277; See PMID 2118510; See PMID 2542221; uncharacterized protein	complement(join(135156..135772,135825..136081,136400..136430,136460..136469))	Aspergillus niger	4986504
An13g00570	CDS	An13g00570	NT_166528.1	137052	138026	D	Title: weak similarity to dentin phosphoprotein precursor DPP - Rattus norvegicus; uncharacterized protein	join(137052..137129,137196..138026)	Aspergillus niger	84592792
An13g00580	CDS	An13g00580	NT_166528.1	138284	138811	R	hypothetical protein	complement(join(138284..138346,138430..138682,138729..138811))	Aspergillus niger	84592793
An13g00590	CDS	An13g00590	NT_166528.1	138964	140205	D	Induction: POT1 is induced approximately 30-fold when oleate is the carbon source.; Phenotype: disruption of POT1 abolishes the ability of Y. lipolytica cells to grow on solid media with oleate as a carbon source.; Title: strong similarity to peroxisomal acetyl-CoA C-acyltransferase POT1 - Yarrowia lipolytica; peroxisome; See PMID 7916689; uncharacterized protein	138964..140205	Aspergillus niger	4986507
An13g00600	CDS	An13g00600	NT_166528.1	140460	142062	D	Remark: C-terminally truncated due to contig border.; Title: weak similarity to hypothetical protein Rv3439c - Mycobacterium tuberculosis [truncated ORF]; uncharacterized protein	join(140460..140551,140620..141246,141323..141773,141851..>142062)	Aspergillus niger	4986508
An13g00610	CDS	An13g00610	NT_166528.1	142199	143289	R	Title: similarity to human secreted protein with SEQ ID NO:128 from patent WO200061627-A - Homo sapiens; extracellular/secretion proteins; uncharacterized protein	complement(join(142199..142666,142724..143201,143270..143289))	Aspergillus niger	4986509
An13g00620	CDS	An13g00620	NT_166528.1	143580	145482	D	Function: G19P1 is an acidic phosphoprotein that is a substrate for protein kinase C in fibroblasts and epidermal carcinoma cells.; Title: strong similarity to 80K protein H precursor G19P1 - Homo sapiens; See PMID 2793184; uncharacterized protein	join(143580..143688,143826..144773,144833..145482)	Aspergillus niger	4986510
An13g00630	CDS	An13g00630	NT_166528.1	147627	147876	D	Remark: Metallothioneins (MTs) may play key roles because of their preferential binding to zinc especially in ageing.; Title: similarity to protein CAP5 - Colletotrichum gloeosporioides; See PMID 11707929; uncharacterized protein	join(147627..147692,147742..147876)	Aspergillus niger	84592794
An13g00640	CDS	An13g00640	NT_166528.1	149493	150545	D	Title: weak similarity to hypothetical protein PA4177 - Pseudomonas aeruginosa; uncharacterized protein	149493..150545	Aspergillus niger	4986512
An13g00650	CDS	An13g00650	NT_166528.1	151082	153011	D	Function: S. cerevisiae TRF5 is required for the establishment of cohesion between sister chromatids, which is coupled to replication fork passage.; Function: S. cerevisiae Trf4 and Trf5 represent the fourth class of essential nuclear DNA polymerases (designated DNA polymerase kappa) and provide a key link in the coordination between DNA replication and sister chromatid cohesion.; Similarity: S. cerevisiae TRF5 and TRF4 are redundant homologs as shown by the viability of single, but lethality of double mutants.; Title: similarity to DNA polymerase kappa Trf5 -Saccharomyces cerevisiae; nucleus; See PMID 10926539; uncharacterized protein	join(151082..151635,151665..152376,152433..153011)	Aspergillus niger	4986513
An13g00660	CDS	An13g00660	NT_166528.1	154102	155493	R	Catalytic activity: L-fucose dehydrogenase converts a D-threo-aldose + NADP(+) to a D-threo-aldono-1,5-lactone + NADPH.; Function: Pseudomonas FDH is involved in carbohydrate utilisation.; Function: Pseudomonas FDH is specific to NADP+ as a hydrogen acceptor.; Title: similarity to L-fucose dehydrogenase FDH -Pseudomonas sp.; uncharacterized protein	complement(154102..155493)	Aspergillus niger	4986514
An13g00670	CDS	An13g00670	NT_166528.1	156439	156951	R	Function: S. cerevisiae MIA1 is a mitochondrial protein of unknown function and mia1 mutations lead to respiratory defects.; Remark: information regarding S. cerevisiae MIA1 has not yet been published and is available from http://genome-www. stanford. edu/cgi-bin/SGD/genehunter.; Remark: the systematic name for S. cerevisiae MIA1 is YJL104w.; Title: strong similarity to mitochondrial protein Mia1 - Saccharomyces cerevisiae; localisation:mitochondrion; uncharacterized protein	complement(join(156439..156843,156949..156951))	Aspergillus niger	4986515
An13g00680	CDS	An13g00680	NT_166528.1	157776	159812	D	Function: Y. lipolytica PEX23 is involved in peroxisomal biogenesis, especially concerning import of peroxisomal proteins.; Function: Y. lipolytica pex23 mutants lack morphologically recognizable peroxisomes and mislocalize all peroxisomal matrix proteins investigated preferentially to the cytosol.; Function: Y. lipolytica pex23 strains accumulate vesicles that contain both peroxisomal matrix and membrane proteins.; Remark: the EMBL entry for PEX22 likely is a typing error and contains a protein sequence identical to the Genbank entry for PEX23.; Title: strong similarity to integral peroxisomal membrane protein PEX23 - Yarrowia lipolytica; peroxisome; See PMID 10637297; uncharacterized protein	join(157776..157788,157918..159113,159183..159812)	Aspergillus niger	4986516
An13g00690	CDS	An13g00690	NT_166528.1	160052	162020	R	Similarity: similarity is between the N-terminal halfs of the predicted A. niger protein and N. crassa acr-2, which include the fungal GAL4-type Zn(II)Cys6 binuclear DNA-binding domain.; Title: similarity to transcription factor involved in acriflavine resistance acr-2 - Neurospora crassa; nucleus; See PMID 8679704; uncharacterized protein	complement(join(160052..160132,160260..160704,160760..160960,161015..161827,161890..162020))	Aspergillus niger	4986517
An13g00700	CDS	An13g00700	NT_166528.1	162698	163049	R	Remark: ORF 5'truncated due to end of contig.; hypothetical protein [truncated ORF]	complement(join(162698..162828,162917..>163049))	Aspergillus niger	84592795
An13g00710	CDS	An13g00710	NT_166528.1	163302	165562	D	Catalytic activity: RCH(2)NH(2) + H(2)O + O(2) = RCHO + NH(3) + H(2)O(2).; Induction: AO-I is highly expressed in A. niger grown on n-butylamine as a single nitrogen source.; Localization: AO-I is located in the cell wall and probably serves primarily as a detoxifying agent,preventing amines from entering and damaging the cell.; Remark: the AO-I aa sequence deviates significantly from the genomic sequence and therefore the two enzymes are probably isoenzymes.; Similarity: AO-I belongs to the copper/topaquinone oxidase family.; Title: strong similarity to copper amine oxidase AO-I - Aspergillus niger; cell wall; See PMID 8620882; See PMID 10896215; uncharacterized protein	join(163302..163643,163700..164279,164334..165242,165327..165562)	Aspergillus niger	4986519
An13g00720	CDS	An13g00720	NT_166528.1	166073	167631	D	Remark: the expression of FLU1 mediated not only resistance to fluconazole but also to cycloheximide.; Title: similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(166073..166578,166659..167631)	Aspergillus niger	4986520
An13g00730	CDS	An13g00730	NT_166528.1	168124	170394	R	Function: Cha4p is a positive regulator of CHA1 transcription that is binding UASCHA alone or as part of a complex.; Function: Cha4p of S. cerevisiae activates transcription via serine/threonine response elements in the CHA1 promoter, UASCHA.; Remark: the CHA1 gene of S. cerevisiae encodes the catabolic L-serine (L-threonine) deaminase responsible for the utilization of serine/threonine as nitrogen sources.; Similarity: Cha4p belongs to the superfamily of unassigned GAL4-type zinc cluster proteins.; Title: similarity to transcription activator Cha4 -Saccharomyces cerevisiae; nucleus; See PMID 8889513; uncharacterized protein	complement(join(168124..169365,169416..169868,169985..170334,170388..170394))	Aspergillus niger	4986521
An13g00740	CDS	An13g00740	NT_166528.1	171093	172905	R	Catalytic activity: CFA synthase catalyzes the transfer of a methylene from S-adenosyl-L-methionine to an unsaturated fatty acid to form a cyclopropyl fatty acid and S-adenosyl-L-homocysteine.; Function: CFA synthase of Escherichia coli catalyzes a modification of the acyl chains of phospholipid bilayers.; Title: similarity to cyclopropane-fatty-acyl-phospholipid synthase - Escherichia coli; See PMID 1445840; uncharacterized protein	complement(join(171093..171302,171369..172120,172193..172679,172801..172905))	Aspergillus niger	4986522
An13g00750	CDS	An13g00750	NT_166528.1	174214	175616	R	Title: similarity to hypothetical protein CAD21416.1 - Neurospora crassa; uncharacterized protein	complement(join(174214..174974,175041..175277,175364..175616))	Aspergillus niger	4986523
An13g00760	CDS	An13g00760	NT_166528.1	176190	176979	D	Function: tropomyosin, and by inference actin cables, may facilitate directed vesicular transport of components to the correct location on the cell surface.; Localization: indirect immunofluorescence microscopy reveals that tropomyosin is localized with actin cables in wild-type cells.; Phenotype: disruption of TPM1 results in the disappearance of actin cables from the cytoskeleton and in a reduced growth rate.; Remark: TPM1 encodes the major form of tropomyosin in yeast.; Title: strong similarity to tropomyosin Tpm1 -Saccharomyces cerevisiae; cytoskeleton; See PMID 2649250; See PMID 1629236; uncharacterized protein	join(176190..176207,176411..176715,176817..176979)	Aspergillus niger	4986524
An13g00770	CDS	An13g00770	NT_166528.1	177328	178062	R	Title: strong similarity to hypothetical protein CAD21418.1 - Neurospora crassa; uncharacterized protein	complement(join(177328..177816,177883..178062))	Aspergillus niger	4986525
An13g00780	CDS	An13g00780	NT_166528.1	178359	179457	D	Title: strong similarity to hypothetical protein CAD21419.1 - Neurospora crassa; uncharacterized protein	join(178359..178453,178518..178816,178881..178985,179042..179263,179318..179457)	Aspergillus niger	4986526
An13g00790	CDS	An13g00790	NT_166528.1	180221	183416	D	Title: similarity to CSI2 like protein CAC28732.1 -Neurospora crassa; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	join(180221..181256,181404..181434,181505..181587,181688..181861,181951..182064,182102..182323,182617..183416)	Aspergillus niger	4986527
An13g00793	CDS	An13g00793	NT_166528.1	183577	183905	R	hypothetical protein	complement(join(183577..183597,183692..183741,183821..183905))	Aspergillus niger	4986528
An13g00800	CDS	An13g00800	NT_166528.1	184575	185711	D	Function: It is proposed that Per8p is a component of the molecular machinery that controls the proliferation of peroxisomes.; Induction: in the methylotrophic yeast Hansenula polymorpha the formation of peroxisomes is induced in methanol or methylamine medium.; Localization: Per8p is an integral membrane protein of the peroxisome that is concentrated in the membranes of newly formed organelles.; Phenotype: PER8 mutant cells contain no peroxisome-like structures and peroxisomal enzymes are located in the cytosol.; Remark: Hansenula polymorpha and Pichia angusta are synonymous names referring to the same organism.; Title: strong similarity to peroxisomal integral membrane protein Per8p - Pichia angusta; peroxisome; See PMID 7844145; uncharacterized protein	184575..185711	Aspergillus niger	4986529
An13g00810	CDS	An13g00810	NT_166528.1	186103	187589	R	Title: weak similarity to RecQ-type DNA helicase WRN - Mus musculus; uncharacterized protein	complement(join(186103..186281,186341..187335,187426..187509,187561..187589))	Aspergillus niger	4986530
An13g00820	CDS	An13g00820	NT_166528.1	188302	188720	D	Title: similarity to protein fragment SEQ ID NO:23725 from patent EP1033405-A - Zea mays; uncharacterized protein	join(188302..188350,188415..188442,188552..188615,188682..188720)	Aspergillus niger	4986531
An13g00830	CDS	An13g00830	NT_166528.1	190500	193049	R	hypothetical protein	complement(join(190500..190672,191080..191150,191247..191368,191450..191498,191575..191772,191998..192200,192402..192457,192845..192919,192974..193049))	Aspergillus niger	84592796
An13g00840	CDS	An13g00840	NT_166528.1	194523	196418	D	Function: GAP1 is the general amino acid permease gene of S. cerevisiae that catalyses active transport of apparently all biological amino acids across the plasma membrane.; Induction: GAP1 activity is regulated according to nitrogen source, the activity being high on urea and low on glutamate; this regulation is due to differential protein sorting from the Golgi complex to either the plasma membrane or the vacuole.; Phenotype: mutations at the GAP1 locus selectively abolish the activity of the general amino acid transport system.; Title: strong similarity to general amino acid permease Gap1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8636059; See PMID 2194797; uncharacterized protein	join(194523..194799,194873..195290,195356..196418)	Aspergillus niger	4986533
An13g00850	CDS	An13g00850	NT_166528.1	197991	200871	D	Title: strong similarity to hypothetical Rho GTPase protein - Schizosaccharomyces pombe; uncharacterized protein	join(197991..198221,198292..199435,199493..199588,199644..199829,199874..200871)	Aspergillus niger	4986534
An13g00860	CDS	An13g00860	NT_166528.1	201862	203891	R	Function: the cdc18 protein is required both for initiation of DNA replication and for coupling mitosis to the completion of S phase.; Induction: transcription of CDC18+ is activated by the transcriptional activator cdc10+ during passage through START.; Remark: cdc18 is a highly unstable protein that is expressed only once per cell cycle at the boundary between G1 and S phase.; Title: strong similarity to cell division control protein cdc18p - Schizosaccharomyces pombe; See PMID 7916658; See PMID 8643672; uncharacterized protein	complement(join(201862..202391,202485..203456,203507..203767,203840..203891))	Aspergillus niger	4986535
An13g00870	CDS	An13g00870	NT_166528.1	204651	206269	D	Title: strong similarity to protein fragment SEQ ID NO:55236 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(204651..205137,205206..206269)	Aspergillus niger	4986536
An13g00880	CDS	An13g00880	NT_166528.1	206591	206958	R	hypothetical protein	complement(join(206591..206674,206737..206958))	Aspergillus niger	84592797
An13g00890	CDS	An13g00890	NT_166528.1	207595	209868	D	Function: severin kinase is a kinase from cytosolic extracts that specifically phosphorylates severin, a Ca2+-dependent F-actin fragmenting protein.; Pathway: the presence of severin kinase in Dictyostelium suggests a direct signal transduction from the plasma membrane to the cytoskeleton by phosphorylation of actin-binding proteins.; Similarity: severin kinase belongs to the Ste20p- or p21-activated protein kinase family.; Title: strong similarity to severin kinase -Dictyostelium discoideum; See PMID 9582328; uncharacterized protein	join(207595..207646,207720..207750,207839..208155,208214..209868)	Aspergillus niger	4986538
An13g00910	CDS	An13g00910	NT_166528.1	211009	213850	R	Function: FacB/acuB is a major regulatory gene involved in acetamide and acetate utilisation.; Phenotype: acuB mutants are unable to grow on acetate as a sole carbon source due to lack of both ACS (acetyl-CoA synthetase) and isocitrate lyase activity.; Similarity: acuB is analogous to the A. nidulans facB regulatory gene.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; See PMID 9197408; See PMID 10483720; uncharacterized protein	complement(join(211009..211804,211871..213239,213292..213408,213489..213502,213663..213850))	Aspergillus niger	4986539
An13g00920	CDS	An13g00920	NT_166528.1	214527	215920	D	Function: mandelate racemase enables Pseudomonas to utilize (R)-mandelate as sole carbon source.; Title: similarity to mandelate racemase -Pseudomonas putida; See PMID 2831968; uncharacterized protein	join(214527..214613,214674..214896,214962..215920)	Aspergillus niger	4986540
An13g00930	CDS	An13g00930	NT_166528.1	216362	217358	D	Remark: gdhIII is one of four glucose dehydrogenase genes have been cloned from B. megaterium IAM1030.; Title: strong similarity to glucose 1-dehydrogenase gdhIII - Bacillus megaterium; See PMID 1629157; uncharacterized protein	join(216362..216430,216504..216787,216884..217358)	Aspergillus niger	4986541
An13g00940	CDS	An13g00940	NT_166528.1	217524	218705	R	Title: strong similarity to hypothetical protein CAD21281.1 - Neurospora crassa; uncharacterized protein	complement(217524..218705)	Aspergillus niger	4986542
An13g00950	CDS	An13g00950	NT_166528.1	219688	221023	D	Title: strong similarity to alcohol dehydrogenase alcB - Aspergillus nidulans; See PMID 8821658; uncharacterized protein	join(219688..219845,219934..219982,220033..220189,220254..221023)	Aspergillus niger	4986543
An13g00970	CDS	An13g00970	NT_166528.1	222934	224393	R	Title: weak similarity to heat shock protein groEL -Streptococcus pyogenes; uncharacterized protein	complement(join(222934..223896,223986..224098,224138..224393))	Aspergillus niger	4986545
An13g00980	CDS	An13g00980	NT_166528.1	226653	230482	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	complement(join(226653..230048,230126..230482))	Aspergillus niger	4986546
An13g00990	CDS	An13g00990	NT_166528.1	231700	234162	D	hypothetical protein	231700..234162	Aspergillus niger	4986547
An13g01000	CDS	An13g01000	NT_166528.1	234809	236381	R	Similarity: weak similarity to PATENTPROT entry GENESEQPROT:W71368 (H. sapiens DAP3 protein).; Similarity: weak similarity to hypothetical protein SPBC29A3. 15c of S. pombe.; Title: weak similarity to death associated protein DAP3 from patent WO9839429-A2 - Homo sapiens; mitochondrial 37S ribosomal protein mS29	complement(join(234809..235695,235751..236381))	Aspergillus niger	4986548
An13g01010	CDS	An13g01010	NT_166528.1	236788	237538	D	Title: strong similarity to hypothetical protein YOR294w - Saccharomyces cerevisiae; uncharacterized protein	join(236788..236825,236938..237538)	Aspergillus niger	4986549
An13g01020	CDS	An13g01020	NT_166528.1	238643	241573	R	Function: RhoGAPs stimulate the activity of Rho-type GTPases.; Pathway: Rho-type GTPases mediate signalling pathways involved in cytoskeleton organization, cell polarization, cell growth and development etc.; Remark: BEM2 of S. cerevisiae is also known as IPL2,SUP9 or TSL1.; Remark: the sytematic gene name of BEM2 of S. cerevisiae is YER155c.; Similarity: the similarity to RhoGAPs of diverse species covers only the GTPase activation domain located in the C-terminal part.; Title: similarity to Rho-type GTPase activating protein Bem2 - Saccharomyces cerevisiae; See PMID 7962097; See PMID 7962098; uncharacterized protein	complement(join(238643..239349,239407..239501,239557..240226,240285..240862,241048..241282,241543..241573))	Aspergillus niger	4986550
An13g01030	CDS	An13g01030	NT_166528.1	242817	243431	R	hypothetical protein	complement(join(242817..243254,243384..243431))	Aspergillus niger	84592798
An13g01040	CDS	An13g01040	NT_166528.1	245067	246251	D	Catalytic activity: heterotrimeric RABGGT of H. sapiens (alpha1beta1 component B + Rab escort protein, also called component A) catalyzes the transfer of geranylgeranyl (a 20-carbon isoprenoid group) from geranylgeranyl pyrophosphate to both cysteines in Rab proteins with an -xxCC, -xCxC and -CCxx C-terminus.; Function: RABGGTB of H. sapiens is the beta subunit of the heterodimeric (alpha1beta1) catalytic component of Rab geranylgeranyl transferase (RABGGT).; Pathway: Rab GTP-binding proteins modified by RABGGT play an important role in vesicular traffic regulation, eg the control of exocytosis in neuroendocrine and neuronal cells of human brain.; Title: strong similarity to geranylgeranyl transferase type II beta-subunit RABGGTB - Homo sapiens; cytoplasm; See PMID 8706741; See PMID 1525821; uncharacterized protein	join(245067..245165,245237..245974,246027..246151,246209..246251)	Aspergillus niger	4986552
An13g01050	CDS	An13g01050	NT_166528.1	247533	249350	D	Title: strong similarity to acvA gene expression regulator Pc804 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	247533..249350	Aspergillus niger	4986553
An13g01060	CDS	An13g01060	NT_166528.1	250040	253532	D	Function: swi4 of S. pombe is involved in termination of copy-synthesis during mating-type switching.; Similarity: strong similarity to DNA mismatch repair proteins of the mutS family from diverse species.; Title: strong similarity to mating-type switching protein swi4p - Schizosaccharomyces pombe; nucleus; See PMID 1317550; uncharacterized protein	join(250040..250793,250912..251996,252057..253532)	Aspergillus niger	4986554
An13g01070	CDS	An13g01070	NT_166528.1	254284	255023	R	Complex: RPS28B (RPS33B) in S. cerevisiae forms part of the 40S ribosomal subunit.; Remark: the systematic gene name of RPS28B (RPS33B) from S. cerevisiae is YLR264W.; Title: strong similarity to 40S ribosomal protein S28.e.B RPS 28B Rps33b - Saccharomyces cerevisiae; cytoplasm; See PMID 6196722; 40S ribosomal protein eS28	complement(join(254284..254345,254743..254826,254963..255023))	Aspergillus niger	4986555
An13g01080	CDS	An13g01080	NT_166528.1	255586	256845	D	Catalytic activity: ATP phosphoribosyltransferase (EC 2. 4. 2. 17) catalyzes the transfer of 5-phospho-D-ribosyl from 5-phospho-D-ribosyl-1-diphosphate to N1 of ATP.; Function: ATP phosphoribosyltransferase in S. cerevisiae is allosterically regulated.; Pathway: ATP phosphoribosyltransferase in S. cerevisiae catalyzes the initial step in histidine biosynthesis.; Remark: his1 of S. pombe complements HIS1 deficiency in S. cerevisiae.; Remark: possible sequencing error at position 28102 or unusual splicing donor site (GC instead of GT).; Similarity: also strong similarity to ATP phosphoribosyltransferase HIS1 of S. cerevisiae.; Title: strong similarity to ATP phosphoribosyltransferase his1p - Schizosaccharomyces pombe [putative sequencing error]; See PMID 7844145; See PMID 385447; uncharacterized protein	join(255586..255602,255695..255729,255844..256341,256405..256542,256610..256845)	Aspergillus niger	4986556
An13g01090	CDS	An13g01090	NT_166528.1	257869	260490	R	Title: strong similarity to hypothetical protein YJR098c - Saccharomyces cerevisiae; uncharacterized protein	complement(257869..260490)	Aspergillus niger	4986557
An13g01100	CDS	An13g01100	NT_166528.1	260590	261625	D	hypothetical protein	join(260590..260670,260740..260897,261021..261102,261196..261249,261302..261370,261530..261625)	Aspergillus niger	84592799
An13g01110	CDS	An13g01110	NT_166528.1	262059	262956	R	Title: similarity to hypothetical protein encoded by An14g05070 - Aspergillus niger; uncharacterized protein	complement(join(262059..262205,262303..262956))	Aspergillus niger	4986559
An13g01120	CDS	An13g01120	NT_166528.1	263686	264806	D	Catalytic activity: LB4D in H. sapiens catalyzes the conversion of leukotriene B4 into 12-oxo-leukotriene B4.; Catalytic activity: LB4D in H. sapiens requires NADP as a cofactor.; Pathway: LB4D in H. sapiens catalyzes the initial and key step of metabolic inactivation of leukotriene B4.; Similarity: LB4D of H. sapiens is homologous to 15-oxoprostaglandin 13-reductase of Sus scrofa (pig) and dithiolethione-inducible gene-1 of Rattus norvegicus (rat).; Similarity: also shows strong similarity to hypothetical quinone oxidoreductases and allyl-alcohol dehydrogenases of various species.; Title: strong similarity to NADP-dependent leukotriene B4 12-hydroxydehydrogenase LB4D - Homo sapiens; See PMID 8576264; See PMID 9461497; See PMID 9667737; uncharacterized protein	join(263686..264516,264567..264806)	Aspergillus niger	4986560
An13g01130	CDS	An13g01130	NT_166528.1	265308	266279	D	Catalytic activity: RhlG in P. aeruginosa catalyzes the reduction of 3-oxodecanoyl-ACP to 3-hydroxydecanoyl-ACP.; Pathway: RhlG in P. aeruginosa is specifically involved in the biosynthesis of rhamnolipids.; Similarity: RhlG in P. aeruginosa is homologous to 3-oxoacyl-(acyl-carrier-protein) reductase FabG.; Similarity: shows similarity to 3-oxoacyl-(acyl-carrier-protein) reductases of various species.; Title: strong similarity to NADPH-dependent beta-ketoacyl reductase RhlG - Pseudomonas aeruginosa; See PMID 9721281; uncharacterized protein	join(265308..265368,265456..266279)	Aspergillus niger	4986561
An13g01140	CDS	An13g01140	NT_166528.1	266336	267761	R	Catalytic activity: serine/threonine-specific protein kinases catalyze the transfer of a phosphate group from ATP to the hydroxyl group of serine or threonine.; Function: Hal4 in S. cerevisiae presumably acts together with Hal5 to activate the Trk1-Trk2 potassium transporter.; Pathway: Hal4 in S. cerevisiae is involved in the coordinate regulation of potassium transport and electrical membrane potential.; Remark: HAL4 of S. cerevisiae is also called SAT4.; Remark: the systematic gene name of HAL4 of S. cerevisiae is YCR008w.; Similarity: the homology covers only the C-terminal part of Hal4 from S. cerevisiae and other serine/threonine-specific protein kinases.; Title: similarity to serine/threonine-specific protein kinase Hal4 - Saccharomyces cerevisiae; See PMID 10207057; uncharacterized protein	complement(join(266336..266449,266514..266685,266716..266856,266989..267761))	Aspergillus niger	84592800
An13g01150	CDS	An13g01150	NT_166528.1	268673	271015	R	Function: probable GTPase-activator protein of Rab-like small GTPases (Rab-GAP).; Localization: drainin in D. discoideum is a peripheral membrane protein associated with the cytoplasmic phase of the vacuolar membrane.; Pathway: drainin in D. discoideum presumably mediates the volume-sensing of the contractile vacuole,leading to the formation of a water discharge channel between the contractile vacuole and the plasma membrane.; Similarity: only the central part shows homology to drainin of D. discoideum and other Rab-GAP-like proteins.; Title: similarity to drainin phgA - Dictyostelium discoideum; See PMID 10369671; uncharacterized protein	complement(join(268673..269269,269319..269773,269821..271015))	Aspergillus niger	4986563
An13g01160	CDS	An13g01160	NT_166528.1	273314	277234	R	Function: telomerase trt1 is a ribonucleoprotein enzyme essential for the replication of chromosome termini in most eukaryotes by means of elongating telomeres.; Remark: Trt1 deletion causes telomere shortening and senescence.; Remark: telomerase trt1 is a reverse transcriptase that adds simple sequence repeats to chromosome ends by copying a template sequence within the RNA component of the enzyme.; Similarity: Trt1 belongs to the reverse transcriptase family.; Title: strong similarity to telomerase catalytic chain trt1p - Schizosaccharomyces pombe; nucleus; See PMID 9252327; See PMID 9467843; uncharacterized protein	complement(join(273314..275224,275276..275469,275722..276024,276074..276343,276395..276713,276779..277234))	Aspergillus niger	10098166
An13g01170	CDS	An13g01170	NT_166528.1	278745	281334	R	hypothetical protein	complement(join(278745..278893,279120..279341,280012..280155,280635..280906,281025..281073,281128..281169,281265..281334))	Aspergillus niger	84592801
An13g01180	CDS	An13g01180	NT_166528.1	282726	288612	D	Remark: MyoM from D. discoideum is the first known unconventional myosin containing an active Rac-GEF domain.; Title: similarity to unconventional myosin heavy chain MyoM - Dictyostelium discoideum; cytoskeleton; See PMID 10828443; See PMID 11208126; uncharacterized protein	join(282726..287351,287422..288612)	Aspergillus niger	4986566
An13g01190	CDS	An13g01190	NT_166528.1	289706	290931	D	Function: the S. cerevisiae Ulp1 protein is a Ubl-specific protease, that cleaves proteins from Smt3 and SUMO-1 but not from ubiquitin.; Remark: protein function can be modulated by ligation to ubiquitin or to ubiquitin-like proteins. SUMO-1 (vertebrates) and Smt3 (S. cerevisiae) are ubiquitin-like proteins (Ubl proteins), they are ligated to cellular proteins. this protein conjugation of SUMO-1/Smt3 to other proteins is involved in many physiological processes.; Remark: yeast Ulp1 has several functions, including an essential role in the G2/M phase of the cell cycle.; Similarity: the hypothetical protein YPL020c of S. cerevisiae is Ubl (ubiquitin-like protein) specific protease 1 (Ulp1p).; Title: similarity to cysteine-type peptidase Ulp1 -Saccharomyces cerevisiae; See PMID 10094048; uncharacterized protein	join(289706..289762,289855..289882,289953..289967,290052..290101,290173..290192,290259..290810,290883..290931)	Aspergillus niger	4986567
An13g01200	CDS	An13g01200	NT_166528.1	292729	294523	D	Title: similarity to insulin receptor substrate protein xIRS-u - Xenopus laevis; See PMID 9717835; uncharacterized protein	join(292729..293720,293909..293962,294265..294397,294464..294523)	Aspergillus niger	4986568
An13g01210	CDS	An13g01210	NT_166528.1	296942	297600	R	Function: pre3 is a subunit of the 20S proteasome involved in ubiquitin-dependent protein degradation.; Remark: pre3 of S. cerevisiae is a subunit necessary or hydrolysis of peptidylglutamyl-peptide.; Title: strong similarity to proteasome 20S subunit Pre3 - Saccharomyces cerevisiae; cytoplasm; See PMID 9677364; uncharacterized protein	complement(join(296942..297266,297326..297600))	Aspergillus niger	4986569
An13g01220	CDS	An13g01220	NT_166528.1	298378	299320	D	Title: strong similarity to hypothetical suppressor of bem1/bud5 bem46p - Schizosaccharomyces pombe; plasma membrane; uncharacterized protein	join(298378..298471,298536..299320)	Aspergillus niger	4986570
An13g01230	CDS	An13g01230	NT_166528.1	303431	305296	D	Title: weak similarity to colon cancer antigen protein SEQ ID NO:4503 from patent WO200122920-A2 - Homo sapiens; uncharacterized protein	join(303431..303451,303547..303669,303860..305296)	Aspergillus niger	4986571
An13g01240	CDS	An13g01240	NT_166528.1	306031	309507	D	Function: the human cysteine-rich transcription factor NF-X1 is a repressor of HLA-DRA transcription. It binds to the X-box motif of class II MHC genes and may play an important role in regulating the duration of an inflammatory response by limiting the period in which class II MHC molecules are induced by interferon-gamma.; Similarity: the ORF DNA sequence also shows strong similarity to the EST an_1974 from Aspergillus niger.; Title: strong similarity to cysteine-rich transcription factor NF-X1 - Homo sapiens; See PMID 7964459; uncharacterized protein	306031..309507	Aspergillus niger	4986572
An13g01250	CDS	An13g01250	NT_166528.1	311467	313402	D	Function: S. cerevisiae is able to use the bacterial hydroxamate siderophore enterobactin as natural iron source. A enb1 null mutant looses this ability to import 55Fe-enterobactin.; Remark: alternate names for S. cerevisiae Enb1: Arn4 or YOL158C.; Similarity: the S. cerevisiae Enb1 protein belongs to the major facilitator super family (MFS).; Title: strong similarity to siderophore-iron transporter for enterobactin Enb1 - Saccharomyces cerevisiae; See PMID 10831226; uncharacterized protein	join(311467..311738,311801..312414,312465..313402)	Aspergillus niger	10098172
An13g01260	CDS	An13g01260	NT_166528.1	313737	316394	D	Title: similarity to 1,2-alpha-D-mannosidase aman2 -Bacillus sp.; See PMID 8149382; uncharacterized protein	join(313737..314830,314884..315420,315657..316192,316360..316394)	Aspergillus niger	4986574
An13g01270	CDS	An13g01270	NT_166528.1	316683	319074	R	Title: strong similarity to hypothetical protein B11A5.10 - Neurospora crassa; uncharacterized protein	complement(join(316683..317517,317570..319074))	Aspergillus niger	4986575
An13g01280	CDS	An13g01280	NT_166528.1	320136	321968	R	Title: strong similarity to hypothetical protein EAA64035.1 - Aspergillus nidulans; uncharacterized protein	complement(320136..321968)	Aspergillus niger	4986576
An13g01290	CDS	An13g01290	NT_166528.1	323573	324645	D	Remark: alternate name for S. cerevisiae Upc2: YDR213w.; Title: similarity to gene expression regulator At14 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	join(323573..324129,324184..324213,324315..324645)	Aspergillus niger	4986577
An13g01300	CDS	An13g01300	NT_166528.1	325532	327613	D	Catalytic activity: (5-L-glutamyl)-peptide + an amino acid <=> peptide + 5-L-glutamyl-amino acid.; Pathway: the human GGT1 protein plays a key role in the gamma-glutamyl cycle, a pathway for the synthesis and degradation of glutathione.; Remark: the human GGT1 enzyme consists of two polypeptide chains, which are synthesized in precursor form from a single polypeptide.; Title: strong similarity to gamma-glutamyl transpeptidase GGT1 - Homo sapiens; See PMID 2904146; See PMID 1678521; uncharacterized protein	join(325532..325756,325818..325851,325907..326066,326117..326696,326767..326927,326980..327113,327165..327613)	Aspergillus niger	4986578
An13g01310	CDS	An13g01310	NT_166528.1	328698	331510	D	Remark: the human MDB4 protein is identical to the MED1 protein described in patent WO9904626-A1. This patent describes MED1 as a human methyl-CpG binding with an endonuclease activity.; Title: similarity to methyl-CpG binding protein MBD4 - Homo sapiens; nucleus; See PMID 9774669; uncharacterized protein	join(328698..330298,330355..331510)	Aspergillus niger	4986579
An13g01320	CDS	An13g01320	NT_166528.1	332766	335345	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to pre-mRNA splicing factor SRp75 - Homo sapiens; uncharacterized protein	332766..335345	Aspergillus niger	4986580
An13g01330	CDS	An13g01330	NT_166528.1	338237	339646	R	Title: weak similarity to hypothetical protein CG7709 - Drosophila melanogaster; uncharacterized protein	complement(join(338237..338654,338866..338994,339151..339231,339585..339646))	Aspergillus niger	84592802
An13g01340	CDS	An13g01340	NT_166528.1	343108	344503	D	Function: the Rhodopsin from Alligator mississippiensis is a visual pigment. It is the light-absorbing molecules that mediate vision. It consists of an apoprotein, opsin and the covalently linked to cis-retinal.; Remark: Alligator mississippiensis=American alligator.; Title: similarity to Rhodopsin - Alligator mississippiensis; plasma membrane; See PMID 8654500; uncharacterized protein	join(343108..343698,343754..344503)	Aspergillus niger	4986582
An13g01350	CDS	An13g01350	NT_166528.1	346340	347924	D	Function: TRI11 (F. s.) catalyzes the hydroxylation at C-15 of isotrichodermin.; Pathway: the TRI11 enzyme from F. sporotrichioides is involved trichothecene biosynthesis. Trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Similarity: TRI11 (F. s.) belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	join(346340..346396,346473..347000,347052..347924)	Aspergillus niger	4986583
An13g01360	CDS	An13g01360	NT_166528.1	348116	348746	D	hypothetical protein	join(348116..348397,348594..348746)	Aspergillus niger	84592803
An13g01370	CDS	An13g01370	NT_166528.1	349305	351405	D	hypothetical protein	join(349305..349389,349469..349655,349707..350241,350290..350328,350377..350427,350473..350729,350776..351314,351362..351405)	Aspergillus niger	4986585
An13g01380	CDS	An13g01380	NT_166528.1	354269	354881	D	hypothetical protein	join(354269..354409,354483..354607,354746..354881)	Aspergillus niger	84592804
An13g01390	CDS	An13g01390	NT_166528.1	356127	356778	D	hypothetical protein	join(356127..356239,356418..356778)	Aspergillus niger	84592805
An13g01400	CDS	An13g01400	NT_166528.1	358608	359177	D	Title: weak similarity to protein SEQ ID NO:5202 from patent EP786519-A2 - Staphylococcus aureus; uncharacterized protein	join(358608..358655,358887..359177)	Aspergillus niger	84592806
An13g01410	CDS	An13g01410	NT_166528.1	359746	362913	D	hypothetical protein	join(359746..359916,360040..360209,360408..360534,360634..360712,360789..360880,360928..361005,361099..361144,361234..361378,361425..361616,362303..362493,362828..362913)	Aspergillus niger	84592807
An13g01420	CDS	An13g01420	NT_166528.1	365542	367457	R	Function: the E. nidulans AflR protein is involved in the regulation of the sterigmatocystin biosynthesis.; Similarity: the ORF encoded protein and the E. nidulans AflR protein are transcriptional regulators of the fungal Zn(2)-Cys(6) binuclear cluster type.; Title: similarity to sterigmatocystin synthesis transcription regulator aflR - Aspergillus nidulans; nucleus; See PMID 8662194; See PMID 9680223; uncharacterized protein	complement(join(365542..365559,365744..366140,366197..366471,366527..367177,367227..367457))	Aspergillus niger	4986590
An13g01430	CDS	An13g01430	NT_166528.1	368578	369131	D	hypothetical protein	join(368578..368580,368882..368960,369031..369131)	Aspergillus niger	10098174
An13g01440	CDS	An13g01440	NT_166528.1	369629	371554	R	Title: strong similarity to multidrug resistance protein fnx1p - Schizosaccharomyces pombe; See PMID 9710608; uncharacterized protein	complement(join(369629..369769,369815..370142,370189..370319,370368..370751,370793..370913,371083..371192,371242..371378,371425..371554))	Aspergillus niger	4986592
An13g01450	CDS	An13g01450	NT_166528.1	372638	374011	D	Function: the Bacteroides fragilis TetX protein has been shown to act by chemically modifying tetracycline in a reaction that appears to require oxygen and NADPH.; Title: strong similarity to tetracycline resistance causing oxidoreductase tetX - Bacteroides fragilis; See PMID 1846135; uncharacterized protein	join(372638..373258,373313..374011)	Aspergillus niger	4986593
An13g01460	CDS	An13g01460	NT_166528.1	374326	374718	D	Remark: the similarity of the ORF encoded protein to the mucin FIM-C. 1 from X. laevis is only based on repetitive structures.; Title: weak similarity to mucin FIM-C.1 - Xenopus laevis; uncharacterized protein	374326..374718	Aspergillus niger	4986594
An13g01470	CDS	An13g01470	NT_166528.1	375111	375533	R	Title: weak similarity to laminin gamma 3 chain precursor LAMC3 - Homo sapiens; uncharacterized protein	complement(join(375111..375328,375404..375533))	Aspergillus niger	4986595
An13g01480	CDS	An13g01480	NT_166528.1	377432	378601	D	Remark: the patent does not provide any further information on the function of the protein.; Similarity: the patent match is against the translated DNA sequence of patent FR2785293-A/43 (AC# AX024100).; Similarity: the predicted A. niger protein shows similarity to several procaryotic hypothetical proteins.; Title: strong similarity to sequence 43 from patent FR2785293-A - Neisseria meningitidis; uncharacterized protein	377432..378601	Aspergillus niger	4986596
An13g01490	CDS	An13g01490	NT_166528.1	379393	383073	D	Similarity: similarity of the predicted A. niger protein is due to low complexity sequences.; Title: weak similarity to hypothetical membrane protein YJR151c - Saccharomyces cerevisiae; uncharacterized protein	join(379393..379693,379750..380196,380315..383073)	Aspergillus niger	4986597
An13g01500	CDS	An13g01500	NT_166528.1	383355	383827	R	Title: weak similarity to hypothetical protein encoded by An15g02450 - Aspergillus niger; uncharacterized protein	complement(join(383355..383517,383586..383662,383753..383827))	Aspergillus niger	84592808
An13g01510	CDS	An13g01510	NT_166528.1	386759	387271	R	Title: similarity to EST an_2981 - Aspergillus niger; uncharacterized protein	complement(join(386759..386861,387032..387105,387197..387271))	Aspergillus niger	84592809
An13g01520	CDS	An13g01520	NT_166528.1	388064	388925	R	hypothetical protein	complement(join(388064..388131,388328..388925))	Aspergillus niger	4986600
An13g01530	CDS	An13g01530	NT_166528.1	390719	391105	D	Title: weak similarity to hypothetical protein ycnE - Bacillus subtilis; uncharacterized protein	join(390719..390740,390819..391105)	Aspergillus niger	4986601
An13g01540	CDS	An13g01540	NT_166528.1	391554	392261	R	Title: weak similarity to hypothetical protein encoded by An13g01550 - Aspergillus niger; uncharacterized protein	complement(391554..392261)	Aspergillus niger	4986602
An13g01550	CDS	An13g01550	NT_166528.1	393690	394333	R	Title: weak similarity to hypothetical protein encoded by An13g01540 - Aspergillus niger; uncharacterized protein	complement(join(393690..394101,394245..394333))	Aspergillus niger	84592810
An13g01560	CDS	An13g01560	NT_166528.1	395768	397794	D	Catalytic activity: receptor tyrosine kinase CCK-2 of patent US5677144-A H. sapiens catalyses the reaction ATP + a protein tyrosine = ADP + protein tyrosine phosphate.; Remark: the protein sequence of human receptor tyrosine kinase CCK-2 of patent US5677144-A (AC# AAW34671) is shorter. the same protein sequence is also covered by patent WO9834954-A2 (AC# AAW77114) and an even shorter protein sequence is covered by patent DE4239817-A (AC# AAR54089). thus, it is not clear whether the full length protein has been cloned yet.; Similarity: the predicted A. niger protein shows local similarity to protein kinases, specifically the amino acids between positions 510 and 600.; Title: similarity to receptor tyrosine kinase CCK-2 from patent US5677144-A - Homo sapiens; deleted EC_number 2.7.1.112; uncharacterized protein	join(395768..395827,395910..396080,396130..397794)	Aspergillus niger	4986604
An13g01570	CDS	An13g01570	NT_166528.1	398495	398891	R	hypothetical protein	complement(join(398495..398592,398650..398699,398761..398891))	Aspergillus niger	84592811
An13g01580	CDS	An13g01580	NT_166528.1	400032	401719	D	Remark: disruption of the acr-2 gene in N. crassa lead to progenies that were hypersensitive to acriflavine.; Similarity: N. crassa acr-2 is a Gal4 type transcription factor with a fungal Zn(2)Cys(6) DNA-binding domain.; Similarity: the predicted A. niger protein shows similarity to several Zn(2)Cys(6) DNA-binding domain containing proteins.; Title: strong similarity to transcription factor involved in acriflavine resistance acr-2 - Neurospora crassa; See PMID 8679704; uncharacterized protein	join(400032..400431,400484..400946,401008..401719)	Aspergillus niger	4986606
An13g01590	CDS	An13g01590	NT_166528.1	402712	403504	D	Catalytic activity: cyanamide hydratase of M. verrucaria catalysys the reaction urea = cyanamide + H2O.; Regulation: the enzyme was detectable only when the fungus was grown on cyanamide as the sole nitrogen source.; Remark: cyanamide hydratase containes zinc and consists of six identical subunits with Mr = 27,700.; Remark: cyanamide hydratase of M. verrucaria is covered by the patent WO9848023-A1 (AC# AAW80804).; Similarity: the predicted A. niger protein is strongly similar to cyanamide hydratase of M. verrucaria and the hypothetical protein YFL061w of S. cerevisiae.; Title: strong similarity to cyanamide hydratase -Myrothecium verrucaria; See PMID 2034671; uncharacterized protein	join(402712..402931,402990..403504)	Aspergillus niger	4986607
An13g01600	CDS	An13g01600	NT_166528.1	403684	404842	R	Title: strong similarity to hypothetical protein encoded by An08g01970 - Aspergillus niger; uncharacterized protein	complement(join(403684..403722,403773..404549,404600..404842))	Aspergillus niger	4986608
An13g01610	CDS	An13g01610	NT_166528.1	405128	407411	D	Title: similarity to hypothetical transcription regulator SPBC530.05 - Schizosaccharomyces pombe; uncharacterized protein	join(405128..405145,405212..405732,405831..406258,406313..406661,406780..406908,406958..407411)	Aspergillus niger	4986609
An13g01620	CDS	An13g01620	NT_166528.1	407674	409084	R	Title: similarity to hypothetical protein encoded by An11g07000 - Aspergillus niger; uncharacterized protein	complement(join(407674..408176,408238..409084))	Aspergillus niger	4986610
An13g01630	CDS	An13g01630	NT_166528.1	409945	411145	R	hypothetical protein	complement(join(409945..410080,410170..410218,410424..410720,410810..410946,411063..411145))	Aspergillus niger	84592812
An13g01640	CDS	An13g01640	NT_166528.1	411531	412475	D	Function: the detergent-solubilized complex of terminal quinol oxidase oxidizes caldariella quinol at high rates and is completely inhibited by cyanide and by quinolone analogs, potent inhibitors of quinol oxidases.; Remark: multiple alignments and phylogenetic analysis of the heme-bearing subunit I (DoxB) locate this oxidase at the bottom of the phylogenetic tree, in the branch of heme-copper oxidases recently suggested to be incapable of superstoichiometric proton pumping. this finding is corroborated by lack of the essential amino acid residues delineating the putative H+-pumping channel. it is therefore concluded that A. ambivalens copes with its strongly acidic environment simply by an extreme turnover of its terminal oxidase, generating a proton gradient only by chemical charge separation.; Similarity: the predicted A. niger protein shows homology to subunit I of terminal quinol oxidase of A. ambivalens which belongs to the superfamily of respiratory heme-copper oxidases.; Title: weak similarity to subunit I of terminal quinol oxidase doxB - Acidianus ambivalens; plasma membrane; See PMID 9023221; uncharacterized protein	join(411531..411685,411824..412475)	Aspergillus niger	4986612
An13g01650	CDS	An13g01650	NT_166528.1	413074	413691	R	Remark: 'frezzled-like protein' seems to be the misspelled 'frizzled-like protein'.; Remark: this is the amino acid sequence of the full length human frezzled-like protein (HFLP), used in the method of the invention. it is a member of the frizzled protein family. it is used in the detection and treatment of differentiation-related disorders. in conditions where HFLP is under-expressed, its agonist is involved in the treatment. antagonist and antibodies of HFLP are used in the treatment of disorder where HFLP is over-expressed, e. g. the regulation of haematopoiesis, and wound healing. HFLP products are used to develop products for treating e. g. cancers, inflammatory and autoimmune diseases,infectious diseases and allergic reactions.; Similarity: the predicted A. niger protein shows homology to the protein sequence of patent WO9909152-A1 (AC# AAY03232).; Title: weak similarity to frizzled-like protein from patent WO9909152-A1 - Homo sapiens; uncharacterized protein	complement(join(413074..413450,413673..413691))	Aspergillus niger	84592813
An13g01660	CDS	An13g01660	NT_166528.1	414791	415270	D	Title: strong similarity to EST an_2552 -Aspergillus niger; uncharacterized protein	414791..415270	Aspergillus niger	4986614
An13g01680	CDS	An13g01680	NT_166528.1	416464	418911	R	Catalytic activity: D-xylulose 5-phosphate/D-fructose 6-phosphate phosphoketolase (xfp) of. B. lactis catalyses the following reactions: D-fructose 6-phosphate + orthophosphate = acetyl phosphate + D-erythrose 4-phosphate + H2O or D-xylulose 5-phosphate + orthophosphate = acetyl phosphate + D-glyceraldehyde 3-phosphate + H2O.; Cofactor: D-xylulose 5-phosphate/D-fructose 6-phosphate phosphoketolase requires thiamine diphosphate as a cofactor.; Pathway: D-xylulose 5-phosphate/D-fructose 6-phosphate phosphoketolase (xfp) of B. lactis is involved in the pentose phosphate cycle, pentose and glucuronate interconversions and aminosugars metabolism.; Similarity: the predicted A. niger protein shows strong similarity to D-xylulose 5-phosphate/D-fructose 6-phosphate phosphoketolase (xfp) of. B. lactis and to hypothetical proteins of several microorganisms.; Title: strong similarity to D-xylulose 5-phosphate/D-fructose 6-phosphate phosphoketolase xfp -Bifidobacterium lactis; See PMID 11292814; uncharacterized protein	complement(416464..418911)	Aspergillus niger	4986616
An13g01690	CDS	An13g01690	NT_166528.1	419622	420761	R	Remark: the patented protein is involved in abscission or dehiscence. expression of the protein in a transgenic plant can be used to manipulate plant abscission and reduce/prevent pod dehiscence, especially to regulate abscission of pollen from anthers, to generate male sterile plants and for hybrid seed production.; Remark: the protein sequence of the rape hypothetical protein (SAC25) is covered by the patent WO9423043-A (AC# AAR60800).; Similarity: the predicted A. niger protein shows similarity to putative oxidoreductases.; Title: strong similarity to abscission/dehiscence protein from patent WO9423043-A - Brassica napus; uncharacterized protein	complement(join(419622..419766,419811..419918,419958..420169,420228..420761))	Aspergillus niger	4986617
An13g01700	CDS	An13g01700	NT_166528.1	421138	423599	D	Title: weak similarity to hypothetical protein encoded by An08g05310 - Aspergillus niger; uncharacterized protein	join(421138..421354,421410..421724,421788..422074,422127..422248,422303..422954,423117..423151,423263..423339,423461..423481,423514..423534,423583..423599)	Aspergillus niger	4986618
An13g01710	CDS	An13g01710	NT_166528.1	424059	424619	D	hypothetical protein	424059..424619	Aspergillus niger	84592814
An13g01720	CDS	An13g01720	NT_166528.1	425793	426380	D	hypothetical protein	join(425793..425981,426072..426380)	Aspergillus niger	84592815
An13g01730	CDS	An13g01730	NT_166528.1	427299	428277	R	Remark: the nucleotide sequence partially overlaps with the 3'- non coding sequence of A. ficuum acid phosphatase (aphA).; Title: similarity to hypothetical protein encoded by An09g06230 - Aspergillus niger; uncharacterized protein	complement(join(427299..428057,428107..428277))	Aspergillus niger	4986621
An13g01740	CDS	An13g01740	NT_166528.1	428650	430015	R	Remark: the nucleotide sequence overlaps with the 3'- non coding sequence of A. ficuum acid phosphatase (aphA).; Title: similarity to hypothetical protein encoded by An09g06230 - Aspergillus niger; uncharacterized protein	complement(join(428650..429516,429578..430015))	Aspergillus niger	4986622
An13g01750	CDS	aphA	NT_166528.1	430750	432744	R	Catalytic activity: the acid phosphatase aphA of A. ficuum catalyses the reaction orthophosphoric monoester + H(2)O = alcohol + orthophosphate.; Gene-ID: aphA;pacA; Regulation: the level of expression of the gene in A. niger is affected by phosphate concentration and pH of the growth medium.; Similarity: the predicted A. niger protein is highly similar (identical amino acids exceed 95%) to the acid phosphatase aphA of A. ficuum and partial sequences of acid phosphatase of A. niger. the protein sequence of TREMBL:AN18554_1 of A. niger lacks the N-terminus, which can be found in the protein sequence of PIR:JT0386 of A. niger. however, this latter sequence shows some discrepancy with downstream segments of the aphA of A. ficuum or A. niger, which might be due to alternative splicing.; See PMID 3224828; acid phosphatase aphA-Aspergillus niger	complement(join(430750..431101,431155..431595,431645..432340,432389..432744))	Aspergillus niger	4986623
An13g01760	CDS	An13g01760	NT_166528.1	434163	437265	R	Function: OPT1 of C. albicans was cloned from a C. albicans genomic library through heterologous expression in the S. cerevisiae di-/tripeptide transport mutant PB1X-9B. OPT1 restored oligopeptide transport in the mutant cells,as indicated by growth on the tetrapeptide Lys-Leu-Leu-Gly,sensitivity to toxic tetra- and pentapeptides, and an increase in the initial uptake rate of the radiolabelled tetrapeptide Lys-Leu-Gly-[3H]Leu.; Remark: C. albicans oligopeptide transporter OPT1 is probably localized in the plasma membrane.; Remark: the hypothetical protein SPAC29B12. 10c of Schizosaccharomyces pombe is covered by patent WO200052162-A2 (AC# AAY96165). the present sequence is that of an oligopeptide transporter (OPT) family member from S. pombe, designated emb CAB16254. 1. members of the OPT family have been identified in yeasts and plants. the invention relates to a novel OPT of S. cerevisiae,designated OPT1 (see AAY96149). OPT1 is the first example of a genetically defined eukaryotic transport protein which can transport enkephalins across the cell membrane. vectors allowing expression of the OPT1 gene, transgenic plants, and treatment of OPT1p with toxic enkephalins as an antifungal method are claimed. also claimed is a method for obtaining mammalian enkephalin transporters by functional complementation of OPT1 deficient yeast.; Title: strong similarity to oligopeptide transporter OPT1 - Candida albicans; plasma membrane; See PMID 9043116; uncharacterized protein	complement(join(434163..434338,434437..434449,434623..435198,435255..435437,435492..435821,435874..435971,436029..436183,436232..436438,436494..436768,436838..437136,437199..437265))	Aspergillus niger	4986624
An13g01770	CDS	An13g01770	NT_166528.1	437837	438647	D	Title: weak similarity to hypothetical translated cDNA FLJ13744 - Homo sapiens; uncharacterized protein	join(437837..437935,438039..438123,438245..438380,438464..438647)	Aspergillus niger	84592816
An13g01780	CDS	An13g01780	NT_166528.1	439471	439986	D	Remark: new sequence determined DNA fragments (SDFs) from different plant species may be useful for protein identification and for aiding in the elucidation of signal transduction and metabolic pathways. its coding sequence has a use in the control of gene expression as a promoter,coding sequence, 3'UTR or termination sequence, for controlling the behaviour of a gene within the chromosome,as a tool for use in genetic mapping, including a use in hybridisation assays, for recognition or isolation of similar DNA fragments, or for the identification of a particular organism.; Remark: the patent match is against the protein fragment SEQ ID NO: 52620 of patent EP1033405-A2 (AC# AAG42215).; Title: weak similarity to protein fragment SEQ ID NO:52620 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	439471..439986	Aspergillus niger	4986626
An13g01790	CDS	An13g01790	NT_166528.1	440075	441878	R	Remark: new sequence determined DNA fragments (SDFs) from different plant species may be useful for protein identification and for aiding in the elucidation of signal transduction and metabolic pathways. its coding sequence has a use in the control of gene expression as a promoter,coding sequence, 3'UTR or termination sequence, for controlling the behaviour of a gene within the chromosome,as a tool for use in genetic mapping, including a use in hybridisation assays, for recognition or isolation of similar DNA fragments, or for the identification of a particular organism.; Remark: the patent does not provide further information about the function of the protein.; Remark: the patent match is against the protein fragment SEQ ID NO: 75858 of patent EP1033405-A2 (AC# AAG58725).; Title: similarity to protein fragment SEQ ID NO:75858 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(440075..440423,440470..440615,440682..441698,441741..441878))	Aspergillus niger	4986627
An13g01800	CDS	An13g01800	NT_166528.1	442371	443399	R	Title: strong similarity to hypothetical protein encoded by An15g07140 - Aspergillus niger; uncharacterized protein	complement(442371..443399)	Aspergillus niger	4986628
An13g01810	CDS	An13g01810	NT_166528.1	444908	446870	R	Catalytic activity: 4-hydroxyacetophenone monooxygenase (HAPMO) of P. fluorescens catalyses the reaction 4-hydroxyphenylacetate + NAD(P)H + O(2) = 3,4-dihydroxyphenylacetate + NAD(P)(+) + H(2)O.; Remark: HAPMO of P. fluorescens is a homodimer of approximately 140 kDa with each subunit containing a noncovalently bound FAD molecule.; Similarity: the predicted A. niger protein and 4-hydroxyacetophenone monooxygenase (HAPMO) of P. fluorescens show homology to flavin-containing monooxygenases.; Title: strong similarity to 4-hydroxyacetophenone monooxygenase hapE - Pseudomonas fluorescens; See PMID 11322873; uncharacterized protein	complement(join(444908..445753,445808..445974,446022..446682,446742..446870))	Aspergillus niger	4986629
An13g01820	CDS	An13g01820	NT_166528.1	446999	447865	D	hypothetical protein	join(446999..447022,447131..447196,447231..447372,447409..447476,447557..447678,447784..447865)	Aspergillus niger	84592817
An13g01830	CDS	An13g01830	NT_166528.1	448116	451560	R	Remark: Sak serine-threonine kinase may be useful for identifying modulators potentially useful in treatment or prevention of proliferative disease.; Remark: the patent WO200039322-A1 (AC# AAR92214) covers SAK-b serine-threonine kinase of M. musculus.; Title: weak similarity to SAK-b serine-threonine kinase from patent CA2150789-A - Mus musculus; uncharacterized protein	complement(join(448116..448170,448275..448577,448651..448978,449101..449147,449222..449336,449425..449691,449730..449827,449895..450053,450139..450298,450369..450521,450686..450824,450907..450954,451055..451060,451175..451264,451351..451560))	Aspergillus niger	84592818
An13g01840	CDS	An13g01840	NT_166528.1	451850	453300	D	Catalytic activity: dimethylallyltryptophan synthase of C. purpurea catalyses the reaction dimethylallyl diphosphate + L-tryptophan = diphosphate + 4-(3-methylbut-2-enyl)-L-tryptophan.; Function: dimethylallyltryptophan synthase of C. purpurea (also known as tryptophan dimethylallyltransferase) is a prenyltransferase, which catalyses the first step in ergot alkaloid biosynthesis.; Remark: ergot alkaloids (EAs), products of Claviceps spp., are widely used in various fields of clinical medicine (neurology, psychiatry, endocrinology).; Remark: the A. oryzae dimethylallyl-cycloacetoacetyl-L-tryptophan synthase (DCAT-S) is involved in the synthesis of beta-CPA, from cyclo-acetoacetyl-L-tryptophan and dimethylallylpyrophosphate, by its homology to a dimethylallyltryptophan synthase (DMAT-S) from Claviceps purpurea. Aspergillus host cells having a modification in the DCAT-S gene, leading to reduced or eliminated toxin production, are useful for expression of heterologous polypeptides of interest. other toxins which may be reduced or eliminated comprise kojic acid, 3-nitropropionic acid,emodin, etc. the DCAT-S gene can be used to identify and disrupt similar genes in other filamentous fungal host strains such as Trichoderma, Penicillium and Fusarium.; Remark: the patent match is against dimethylallyl-cycloacetoacetyl-L-tryptophan synthase (DCAT-S) of A. oryzae, which is covered by patent WO200039322-A1 (AC# AAY96961).; Title: strong similarity to dimethylallyltryptophan synthase dmaW - Claviceps purpurea; See PMID 7488077; See PMID 11036684; See PMID 1605639; uncharacterized protein	join(451850..453123,453177..453300)	Aspergillus niger	4986632
An13g01850	CDS	An13g01850	NT_166528.1	453781	454800	R	hypothetical protein	complement(join(453781..453834,453929..453981,454064..454255,454348..454515,454608..454668,454765..454800))	Aspergillus niger	84592819
An13g01860	CDS	An13g01860	NT_166528.1	455845	457787	R	Induction: transcription of the gabA gene of A. nidulans is activated by the transcription factor IntA.; Remark: in A. niger GABA is used as a nitrogen source.; Remark: in agreement with the wealth of genetic data available, transcript level analyses demonstrate that gabA (A. nidulans) is subject to carbon catabolite and nitrogen metabolite repression, omega-amino acid induction and regulation in response to ambient pH (being acid-expressed).; Repression: transcription of the gabA gene of A. nidulans is repressed by the zinc finger transcription factor PacC.; Similarity: the predicted A. niger protein shows also similarity to several putative fungal aminoacid permeases.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	complement(join(455845..455885,455929..455972,456236..457408,457479..457549,457620..457787))	Aspergillus niger	4986634
An13g01870	CDS	An13g01870	NT_166528.1	458510	460639	D	Title: similarity to hypothetical protein encoded by An04g06980 - Aspergillus niger; uncharacterized protein	join(458510..458548,458589..458666,458724..458932,459086..459160,459314..459527,459624..459689,459831..460097,460214..460639)	Aspergillus niger	4986635
An13g01880	CDS	An13g01880	NT_166528.1	461919	463714	D	Catalytic activity: Triacylglycerol + H2O = Diacylglycerol + a Carboxylate; Diacylglycerol + H2O = Monoacylglycerol + a Carboxylate.; Pathway: Glycerolipid metabolism.; Remark: R. toruloides cephalosporin esterase is covered by patent WO9812345-A1 (AC# AAW54159).; Remark: the cephalosporin esterase from Rhodosporidium toruloides has EC 3. 1. 1. 41.; Title: strong similarity to cephalosporin esterase -Rhodosporidium toruloides; See PMID 9406399; See PMID 10878123; uncharacterized protein	join(461919..462230,462290..462637,462686..463714)	Aspergillus niger	4986636
An13g01890	CDS	An13g01890	NT_166528.1	464166	465285	D	Similarity: the predicted A. niger protein shows similarity to conserved hypothetical proteins from different microbial organisms.; Title: similarity to hypothetical protein Rv1147 -Mycobacterium tuberculosis; uncharacterized protein	join(464166..464247,464341..464457,464591..464779,464879..465285)	Aspergillus niger	4986637
An13g01900	CDS	An13g01900	NT_166528.1	466374	468222	D	Title: weak similarity to hypothetical Kruppel-related gene 3 HKR3 - Homo sapiens; uncharacterized protein	join(466374..467449,467508..467873,468055..468080,468155..468222)	Aspergillus niger	84592820
An13g01910	CDS	An13g01910	NT_166528.1	470063	471819	D	Remark: similarity is mainly due to serines and prolines in the protein.; Title: weak similarity to hypothetical pollen extensin-like protein Pex2 - Zea mays; uncharacterized protein	join(470063..470071,470311..471819)	Aspergillus niger	84592821
An13g01920	CDS	An13g01920	NT_166528.1	472113	473636	D	Catalytic activity: acetyl-CoA C-acetyltransferase catalyzes the reversible reaction: acetoacetyl-CoA + CoA = 2 acetyl-CoA.; Function: acetyl-CoA C-acetyltransferase plays a major role in ketone body metabolism.; Remark: acetyl-CoA C-acetyltransferase is a tetramer of identical chains.; Title: strong similarity to precursor of acetyl-CoA C-acetyltransferase - Rattus norvegicus; localisation:mitochondrion; See PMID 2478525; uncharacterized protein	join(472113..472394,472444..473388,473436..473636)	Aspergillus niger	4986640
An13g01930	CDS	An13g01930	NT_166528.1	473733	475370	R	Similarity: SSADH contains significant homology to bacterial NADP(+)-succinic semialdehyde dehydrogenase (EC 1. 2. 1. 16) and conserved regions of general aldehyde dehydrogenases (EC 1. 2. 1. 3), suggesting it is a member of the aldehyde dehydrogenase superfamily of proteins.; Title: strong similarity to succinate-semialdehyde dehydrogenase SSADH - Rattus norvegicus; See PMID 7814412; uncharacterized protein	complement(join(473733..475271,475344..475370))	Aspergillus niger	4986641
An13g01940	CDS	An13g01940	NT_166528.1	475636	477276	R	Catalytic activity: 3-Oxoadipate enol-lactone + H2O = 3-Oxoadipate.; Title: similarity to 3-oxoadipate enol-lactone hydrolase catD - Pseudomonas sp.; See PMID 11741863; uncharacterized protein	complement(475636..477276)	Aspergillus niger	4986642
An13g01950	CDS	An13g01950	NT_166528.1	477336	478328	D	hypothetical protein	join(477336..477373,477473..477559,477646..477793,477895..477978,478060..478101,478263..478328)	Aspergillus niger	84592822
An13g01960	CDS	An13g01960	NT_166528.1	478390	480554	R	Function: alkJ is membrane-bound and converts aliphatic medium-chain-length alcohols into aldehydes.; Remark: Pseudomonas putida was formerly annotated as Pseudomonas oleovorans.; Remark: alkJ is encoded on the plasmid OCT in the alkBFGHJKL operon.; Remark: the alkBFGHJKL and alkST operons encode enzymes that allow Pseudomonas putida (oleovorans) to metabolize alkanes.; Title: strong similarity to alcohol dehydrogenase alkJ - Pseudomonas putida; plasma membrane; See PMID 1453953; uncharacterized protein	complement(join(478390..478469,478514..478941,479028..479166,479284..479469,479577..480294,480348..480554))	Aspergillus niger	4986644
An13g01970	CDS	An13g01970	NT_166528.1	480994	483392	D	hypothetical protein	join(480994..481021,481506..481628,482115..482184,482266..482359,482588..482804,482865..483017,483147..483226,483288..483392)	Aspergillus niger	84592823
An13g01980	CDS	An13g01980	NT_166528.1	484708	486634	D	Title: similarity to hypothetical membrane protein YDL237w - Saccharomyces cerevisiae; uncharacterized protein	join(484708..484717,484919..485045,485148..485576,485629..486634)	Aspergillus niger	4986646
An13g01990	CDS	An13g01990	NT_166528.1	487532	488761	D	Title: similarity to hypothetical protein encoded by An08g03120 - Aspergillus niger; uncharacterized protein	join(487532..487878,488218..488522,488628..488761)	Aspergillus niger	84592824
An13g02000	CDS	An13g02000	NT_166528.1	489805	490811	R	Catalytic activity: catA catalyzes the oxygenative ring cleavage of catechol to form cis,cis-muconic acid.; Title: strong similarity to catechol 1,2-dioxygenase catA - Pseudomonas putida; See PMID 7646060; uncharacterized protein	complement(join(489805..490501,490561..490811))	Aspergillus niger	4986648
An13g02010	CDS	An13g02010	NT_166528.1	492351	492485	R	Remark: questionable due to small size and lack of homologies.; Title: questionable ORF; uncharacterized protein	complement(join(492351..492406,492452..492485))	Aspergillus niger	84592825
An13g02020	CDS	An13g02020	NT_166528.1	494378	495422	D	Title: strong similarity to hypothetical protein YCR010c - Saccharomyces cerevisiae; uncharacterized protein	join(494378..494778,494867..495041,495093..495422)	Aspergillus niger	4986650
An13g02030	CDS	An13g02030	NT_166528.1	495865	497873	R	Function: GAP1 is the general amino acid permease gene of S. cerevisiae that catalyses active transport of apparently all biological amino acids across the plasma membrane.; Induction: GAP1 activity is regulated according to nitrogen source, the activity being high on urea and low on glutamate; this regulation is due to differential protein sorting from the Golgi complex to either the plasma membrane or the vacuole.; Phenotype: mutations at the GAP1 locus selectively abolish the activity of the general amino acid transport system.; Title: strong similarity to general amino acid permease Gap1 - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	complement(join(495865..496065,496141..496382,496466..496940,496997..497208,497260..497349,497408..497651,497706..497873))	Aspergillus niger	4986651
An13g02040	CDS	An13g02040	NT_166528.1	498342	499004	R	Title: weak similarity to GAL4 DNA binding domain from patent WO9633724-A2 - Homo sapiens; uncharacterized protein	complement(join(498342..498510,498602..498862,498955..499004))	Aspergillus niger	84592826
An13g02050	CDS	An13g02050	NT_166528.1	499210	500183	D	Title: similarity to MmcH encoded protein sequence from patent WO200053737-A2 - Streptomyces lavendulae; uncharacterized protein	join(499210..499383,499431..500183)	Aspergillus niger	4986653
An13g02060	CDS	An13g02060	NT_166528.1	502849	504616	D	Function: Tri4 gene of Fusarium sporotrichioides encodes a cytochrome P450 monooxygenase involved in trichothecene biosynthesis.; Phenotype: disruption of Tri4 results in the loss of production of both trichothecenes and apotrichodiol and the accumulation of the unoxygenated pathway intermediate trichodiene.; Remark: trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Similarity: the Tri4 gene has been placed in a new cytochrome P450 gene family designated CY P58.; Title: strong similarity to cytochrome P450 monooxygenase TRI4 - Fusarium sporotrichioides; See PMID 7651333; uncharacterized protein	join(502849..503107,503184..503725,503781..504120,504192..504616)	Aspergillus niger	4986654
An13g02070	CDS	An13g02070	NT_166528.1	505913	506639	R	Title: similarity to hypothetical protein MUK11 -Arabidopsis thaliana; uncharacterized protein	complement(join(505913..505955,506031..506324,506392..506639))	Aspergillus niger	4986655
An13g02080	CDS	An13g02080	NT_166528.1	506870	511303	R	Catalytic activity: 5-oxoprolinase catalyzes a reaction in which the endergonic cleavage of 5-oxo-L-proline to form L-glutamate is coupled to the exergonic hydrolysis of ATP to ADP and inorganic phosphate.; Remark: 5-oxoprolinase is composed of two strongly interacting, apparently identical subunits.; Remark: evolutionary relationships exist among the hydantoinases and rat kidney 5-oxoprolinase which share the common property of hydrolyzing the imide bond of 5-membered rings.; Title: strong similarity to ATP-hydrolyzing 5-oxoprolinase - Rattus norvegicus; See PMID 8943290; uncharacterized protein	complement(join(506870..508575,508624..508981,509030..509463,509515..509634,509684..510232,510280..511044,511092..511202,511267..511303))	Aspergillus niger	4986656
An13g02090	CDS	An13g02090	NT_166528.1	512076	514068	D	Repression: allantoate uptake by DAL5 is constitutive but is sensitive to nitrogen catabolite repression.; Similarity: DAL5 is a member of the allantoate family of the major facilitator superfamily (MFS).; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3301804; See PMID 3549700; uncharacterized protein	join(512076..512252,512302..512377,512424..512479,512530..512683,512750..512947,512994..513227,513274..513528,513658..513741,513821..514068)	Aspergillus niger	4986657
An13g02100	CDS	An13g02100	NT_166528.1	514494	515789	D	Title: weak similarity to transcription factor Cat8 - Kluyveromyces lactis; uncharacterized protein	join(514494..514539,514595..514720,514783..515339,515394..515609,515658..515789)	Aspergillus niger	4986658
An13g02110	CDS	An13g02110	NT_166528.1	516386	518049	R	Catalytic activity: an alpha-L-fucoside + H(2)O = an alcohol + L-fucose.; Function: alpha-l-fucosidase FUCA1 is responsible for hydrolyzing the alpha-1,6-linked fucose joined to the reducing-end n-acetylglucosamine of the carbohydrate moieties of glycoproteins.; Localization: FUCA1 has a lysosomal localization.; Remark: an unusual aspect of rat liver alpha-L-fucosidase FUCA1 protein structure is its high content of tryptophan (6%).; Similarity: FUCA1 belongs to family 29 of glycosyl hydrolases.; Title: strong similarity to tissue alpha-L-fucosidase precursor FUCA1 - Rattus norvegicus; lysosome; See PMID 2482732; uncharacterized protein	complement(join(516386..517652,517721..518049))	Aspergillus niger	4986659
An13g02120	CDS	An13g02120	NT_166528.1	519253	520250	D	Remark: C-terminally truncated due to contig border.; Title: similarity to hypothetical protein CAD37048.1 - Neurospora crassa [truncated ORF]; uncharacterized protein	join(519253..519365,519411..519940,519996..>520250)	Aspergillus niger	84592827
An13g02130	CDS	An13g02130	NT_166528.1	520487	522068	R	Catalytic activity: YPS3 of S. cerevisiae is a protease with endoproteolitic specificity for basic residue cleavage sites.; Localization: as its close homolgues YPS1 and YPS2,YPS3 of S. cerevisiae contain a C-terminal GPI-anchoring signal, and is probably bound to the plasma membrane.; Remark: YPS3 of S. cerevisiae is also called YPS4 or YLR121C.; Similarity: YPS3 of S. cerevisiae belongs to the yapsin group of enzymes, a subfamily of aspartic proteases; other yeast genes, as well as the mammalian pro-opiomelanocortin converting enzyme belong to this group.; Title: strong similarity to aspartic proteinase Yps3 - Saccharomyces cerevisiae; See PMID 10191273; uncharacterized protein	complement(join(520487..521478,521531..521849,521901..522068))	Aspergillus niger	4986661
An13g02140	CDS	An13g02140	NT_166528.1	522704	524305	R	Function: mal 23-c of S. cerevisiae is part of the complex locus MAL2, involved in the regulation of maltose utilization; Remark: the fungal Zn N-terminus domain forms a binuclear Zn cluster, in which two Zn atoms are bound by six Cys residues.; Similarity: in the N-terminal part of the predicted ORF there is a very well conserved fungal transcriptional regulatory protein Zn N-terminus domain, a Cys rich motif that is involved in zinc-dependent binding of DNA.; Similarity: the main feature of the predicted ORF is that it shows short regions of strong similarity with several proteins, all corresponding to well defined domains.; Title: similarity to MAL-activator 23-C Mal23-c -Saccharomyces cerevisiae; See PMID 3036644; uncharacterized protein	complement(join(522704..523064,523121..523483,523533..524305))	Aspergillus niger	84592828
An13g02150	CDS	An13g02150	NT_166528.1	524890	526634	D	Function: FLU1 of C. albicans confers resistance to fluconazole and cycloheximide to a S. cerevisiae strain hypersensitive to multiple drugs.; Function: multidrug transporters are membrane proteins which, by an unknown mechanism, recognize diverse toxic compounds and efflux them from cells.; Similarity: the predicted ORF shows strong similarity to known and hypothetical members of the multidrug efflux transporters belonging to the major facilitator superfamily of transport proteins.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 8987357; See PMID 11065353; uncharacterized protein	join(524890..525241,525291..525620,525669..525876,525927..526288,526342..526634)	Aspergillus niger	4986663
An13g02160	CDS	An13g02160	NT_166528.1	527530	529161	D	Catalytic activity: a carboxylic ester + H2O = an alcohol + a carboxylate.; Function: PNBA of B. subtilis catalyzes hydrolysis of several beta-lactam antibiotic p-nitrobenzyl (PNB) esters to the corresponding free acid and PNB alcohol, a process that can be important in the manufacturing of clinically important oral drugs.; Function: carboxylesterases show wide specificity.; Function: in humans, carboxylesterases play an important role in the hydrolytic biotransformation of a vast number of structurally diverse drugs.; Similarity: PNBA of B. subtilis has high homology to members of carboxylesterase type B superfamily.; Similarity: the predicted ORF shows strong similarity to bacterial esterase (BEST1), patentnummer WO9902703-A1, which can be useful for the degradation and detoxification of fumonisins, which are toxic and potentially widespread in food and feed.; Title: strong similarity to p-nitrobenzyl esterase pnbA - Bacillus subtilis; See PMID 7828905; See PMID 9597156; uncharacterized protein	join(527530..528256,528290..529161)	Aspergillus niger	4986664
An13g02170	CDS	An13g02170	NT_166528.1	529375	529717	R	Similarity: the predicted ORF shows a partial weak similarity to a region of the 1,3-beta-glucanase of L. esculentum (tomato).; hypothetical protein	complement(join(529375..529482,529521..529553,529691..529717))	Aspergillus niger	84592829
An13g02180	CDS	An13g02180	NT_166528.1	530446	532928	R	Catalytic activity: CFL1 of C. albicans, as well as the S. cerevisiae homologue FRE1, can reduce copper (Cu2+ to Cu+) besides iron.; Catalytic activity: NADH + 2 Fe(3+) = NAD(+) + 2 Fe(2+); Function: CFL1 of C. albicans can functionally rescue the S. cerevisiae fre1 mutants, lacking the ferric reductase activity.; Function: ferric reductase in C. albicans and other yeasts is used to reduce iron extracellularly and then specifically transport the ferrous iron into the cell.; Induction: C. albicans reductase activity is induced in low-iron conditions, and upon exit of stationary growth phase.; Localization: FRE1 of S. cerevisiae, the homologue of CFL1 of C. albicans, is an integral membrane protein.; Repression: C. albicans reductase activity is negatively regulated by copper.; Title: strong similarity to ferric reductase CFL1 -Candida albicans; See PMID 8868423; See PMID 10784045; uncharacterized protein	complement(join(530446..531409,531455..531576,531623..531675,531720..531952,531997..532382,532434..532928))	Aspergillus niger	4986666
An13g02200	CDS	An13g02200	NT_166528.1	536177	536936	D	hypothetical protein	join(536177..536449,536670..536787,536824..536936)	Aspergillus niger	84592830
An13g02210	CDS	An13g02210	NT_166528.1	537437	538123	R	Similarity: the predicted ORF has partial weak similarity to the replication protein-binding trans-activator RBT1 of M. musculus.; hypothetical protein	complement(join(537437..537603,537774..537861,537953..538123))	Aspergillus niger	84592831
An13g02220	CDS	An13g02220	NT_166528.1	538199	539076	D	Title: similarity to hypothetical protein encoded by An19g00010 - Aspergillus niger; uncharacterized protein	join(538199..538482,538537..538573,538627..538654,538716..538752,538809..539076)	Aspergillus niger	4986670
An13g02230	CDS	An13g02230	NT_166528.1	539686	540015	D	Title: strong similarity to EST AN04C06 -Aspergillus niger; uncharacterized protein	539686..540015	Aspergillus niger	84592832
An13g02240	CDS	An13g02240	NT_166528.1	540239	542108	R	Function: HOL1 of S. cerevisiae seems to be involved in the uptake of several cations and of histidinol.; Phenotype: gain-of-function HOL1 mutations in S. cerevisiae confer increased uptake rates of cations (including K+ and Na+) and histidinol; these mutations provoke amino-acid substitutions within the predicted transmembrane domains.; Similarity: HOL1 of S. cerevisiae belongs to the major facilitator family (also known as the multidrug resistance translocase family) of transport proteins.; Title: strong similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8955402; See PMID 2405251; uncharacterized protein	complement(join(540239..541372,541426..541509,541673..541911,541961..542108))	Aspergillus niger	4986672
An13g02250	CDS	An13g02250	NT_166528.1	542789	543974	R	Title: similarity to hypothetical protein SC1C3.21 SC1C3.21 - Streptomyces coelicolor; uncharacterized protein	complement(join(542789..542918,542968..543390,543443..543646,543697..543974))	Aspergillus niger	4986673
An13g02260	CDS	An13g02260	NT_166528.1	544375	546200	D	Function: glutaryl 7-ACA acylase deacetylates 7 beta-(4-carboxybutanamido)cephalosporanic acid (glutaryl 7-ACA) to 7-amino cephalosporanic acid (7-ACA).; Localization: extracellular excretion of glutaryl 7-ACA acylase was observed in a recombinant strain of B. subtilis.; Title: similarity to glutaryl 7-ACA acylase -Bacillus laterosporus; See PMID 1744041; uncharacterized protein	join(544375..546003,546063..546200)	Aspergillus niger	4986674
An13g02270	CDS	An13g02270	NT_166528.1	547921	548790	D	Function: actVII is a dehydrase and forms part of the polyketide synthase for the antibiotic actinorhodin,which consists of discrete monofunctional components.; Title: similarity to dehydrase actVII - Streptomyces coelicolor; See PMID 1527048; uncharacterized protein	547921..548790	Aspergillus niger	4986675
An13g02280	CDS	An13g02280	NT_166528.1	549314	549682	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(549314..549562,549671..549682))	Aspergillus niger	84592833
An13g02290	CDS	An13g02290	NT_166528.1	550414	551415	D	Function: N. crassa qa-4 catalyzes the third step of the quinic acid (qa) catabolic pathway.; Function: in N. crassa five structural and two regulatory genes mediate the initial events in quinate/shikimate metabolism as a carbon source.; Induction: N. crassa qa-4 is induced by quinic acid.; Title: strong similarity to 3-dehydroshikimate dehydratase qa-4 - Neurospora crassa; See PMID 2525625; See PMID 6241580; uncharacterized protein	550414..551415	Aspergillus niger	4986677
An13g02300	CDS	An13g02300	NT_166528.1	551691	552767	D	Similarity: the predicted A. niger ORF contains a fungal Gal4 type Zn(2)-Cys(6) DNA-binding motif.; Title: similarity to sterigmatocystin synthesis transcription regulator aflR - Aspergillus nidulans; nucleus; See PMID 8662194; uncharacterized protein	551691..552767	Aspergillus niger	4986678
An13g02310	CDS	An13g02310	NT_166528.1	552924	553805	R	Catalytic activity: Ribitol dehydrogenases convert Ribitol + NAD(+) to D-ribulose + NADH.; Function: K. aerogenes rbtD is required for the utilisation of ribitol as a carbon source.; Title: strong similarity to Ribitol dehydrogenase rbtD - Klebsiella aerogenes; See PMID 2933028; uncharacterized protein	complement(join(552924..553532,553608..553805))	Aspergillus niger	4986679
An13g02320	CDS	An13g02320	NT_166528.1	554369	554827	R	Function: A. thaliana mrp2 is a MgATP-energized pump active in the transport of glutathione (GS) and glucuronate conjugates and other bulky amphipathic anions across the vacuolar membrane.; Localization: A. thaliana mrp2 localizes to the vacuolar membrane fraction.; Remark: ORF 5'truncated due to end of contig.; Similarity: A. thaliana mrp2 is an ATP-binding cassette (ABC) transporter of the multidrug resistance-associated protein (MRP) family.; Title: strong similarity to glutathione S-conjugate ABC-transporter MRP2 - Arabidopsis thaliana [truncated ORF]; vacuole; See PMID 9693718; See PMID 11115509; uncharacterized protein	complement(554369..>554827)	Aspergillus niger	84592834
An13g02330	CDS	An13g02330	NT_166528.1	554931	556508	R	Function: ATP-dependent transport of bile acids is a key determinant of bile flow in mammalian liver and is associated with cholesterol excretion, gallstone formation,and numerous inherited and acquired hepatobiliary diseases.; Remark: C-terminal truncated ORF due to end of contig.; Remark: the systematic name for YBT1 of S. cerevisiae is YLL048c.; Similarity: the ORF shows similarity to various multidrug resistance proteins, which are also active in ATP-dependent substrate transport.; Similarity: the aligment is over the C-terminal part of the predicted ORF, containing putative transmembrane stretches, but not a ATP-binding domain.; Title: similarity to membrane protein Ybt1 -Saccharomyces cerevisiae [truncated ORF]; See PMID 8139928; See PMID 9182565; uncharacterized protein	complement(<554931..556508)	Aspergillus niger	84592835
An13g02340	CDS	An13g02340	NT_166528.1	557514	558600	D	Similarity: similarity to human breast tumour-associated protein 77 patent DE19813839-A1.; Similarity: to dehydrogenases with different specificities.; Title: similarity to tumour-associated protein 77 from patent DE19813839-A1 - Homo sapiens; uncharacterized protein	join(557514..557865,557945..558600)	Aspergillus niger	4986682
An13g02350	CDS	An13g02350	NT_166528.1	558778	561487	D	Remark: the N-terminal part of the protein shows similarity to unknown transport proteins with an aquaporin domain.; Remark: the similarity is only in the C-terminal part of the protein and shows in this part similarity to apuaporins.; Similarity: belongs to the major intrinsic protein family.; Title: similarity to aquaporin 3 AQP3 - Homo sapiens; See PMID 7558005; uncharacterized protein	join(558778..558800,558982..559162,559304..559339,559429..559446,559744..559833,559873..560517,560577..561118,561175..561487)	Aspergillus niger	4986683
An13g02360	CDS	An13g02360	NT_166528.1	562120	564033	R	Title: weak similarity to ankyrin 1 Ank-1 - Mus musculus; uncharacterized protein	complement(562120..564033)	Aspergillus niger	84592836
An13g02370	CDS	An13g02370	NT_166528.1	564667	566338	R	Remark: probable zinc-finger protein.; Title: strong similarity to hypothetical protein EAA72710.1 - Gibberella zeae; uncharacterized protein	complement(join(564667..565299,565355..565641,565689..565989,566141..566338))	Aspergillus niger	4986685
An13g02380	CDS	An13g02380	NT_166528.1	567432	568636	R	Title: weak similarity to hypothetical NADH dehydrogenase subunit 2 ND2 - Lophognathus longirostris; uncharacterized protein	complement(join(567432..568245,568299..568636))	Aspergillus niger	4986686
An13g02390	CDS	An13g02390	NT_166528.1	569483	571525	D	Remark: also similarity to Neisseria gonorrheae ORF 097 patent WO9957280-A2.; Remark: the disruption of FLU1 in C. albicans had only a slight effect on fluconazole susceptibility; however, it resulted in hypersusceptibility to mycophenolic acid,thus suggesting that this compound could be a substrate for the protein encoded by FLU1.; Title: similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(569483..569805,569881..570015,570155..570716,570766..570870,570917..571525)	Aspergillus niger	4986687
An13g02400	CDS	An13g02400	NT_166528.1	572742	574830	D	Remark: nirA mediates pathway-specific nitrate assimilation in Aspergillus nidulans.; Remark: the ORF is about 200 amino acids shorter than nirA of A. nidulans.; Similarity: to unassigned GAL4-type zinc cluster proteins.; Title: similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; See PMID 1756977; See PMID 1922075; uncharacterized protein	join(572742..572867,572926..573510,573556..573707,573756..573929,573983..574324,574359..574830)	Aspergillus niger	4986688
An13g02410	CDS	An13g02410	NT_166528.1	575622	577080	D	Title: weak similarity to hypothetical cation transporter DRA0361 - Deinococcus radiodurans; uncharacterized protein	join(575622..575825,575897..576011,576060..576337,576389..576667,576717..576827,576880..577080)	Aspergillus niger	4986689
An13g02420	CDS	An13g02420	NT_166528.1	578654	579569	R	Title: strong similarity to hypothetical protein EAA54802.1 - Magnaporthe grisea; uncharacterized protein	complement(join(578654..578950,579021..579119,579195..579569))	Aspergillus niger	4986690
An13g02430	CDS	An13g02430	NT_166528.1	581407	588911	D	Remark: PKS1 is a multifunctional polyketide synthase (PKS) with six catalytic domains arranged in the following order, starting at the N terminus: beta-ketoacyl synthase, acyltransferase, dehydratase, enoyl reductase,beta-ketoacyl reductase, and acyl carrier protein.; Remark: PKS1 is involved in production of the virulence factor T-toxin.; Remark: putative part of the lovastatin biosynthesis gene cluster as seen in Aspergillus terreus.; Similarity: shows also strong similarity to polyketide synthases of different organisms.; Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 8953776; See PMID 7500937; uncharacterized protein	join(581407..581692,581747..582131,582204..582382,582465..584200,584262..587504,587589..588347,588533..588555,588682..588685,588717..588911)	Aspergillus niger	4986691
An13g02450	CDS	An13g02450	NT_166528.1	589631	591970	D	Title: strong similarity to hypothetical protein AAO76127.1 - Bacteroides thetaiotaomicron; uncharacterized protein	join(589631..591609,591742..591970)	Aspergillus niger	4986693
An13g02460	CDS	An13g02460	NT_166528.1	593273	596570	D	Similarity: to nonribosomal peptide synthetases and polyketide synthetases.; Title: similarity to nonribosomal peptide synthase MxcG - Stigmatella aurantiaca; See PMID 11029592; uncharacterized protein	join(593273..593554,593601..593862,593903..596085,596181..596570)	Aspergillus niger	4986694
An13g02470	CDS	An13g02470	NT_166528.1	596998	597385	D	hypothetical protein	join(596998..597321,597368..597385)	Aspergillus niger	84592837
An13g02480	CDS	An13g02480	NT_166528.1	597568	599404	R	Catalytic activity: N1-acetylspermine + O2 + H2O = N1-acetylspermidine + 3-aminopropanal + H2O2.; Remark: polyamine oxidase catalyses the oxidation of the secondary amino group of spermine, spermidine and their acetyl derivatives. The enzyme plays an important role in the regulation of polyamine intracellular concentration and is a member of the family of flavin-containing amine oxidases.; Similarity: belongs to amine oxidase (flavin-containing) proteins.; Title: strong similarity to polyamine oxidase PAO -Zea mays; See PMID 9598979; See PMID 10089528; uncharacterized protein	complement(join(597568..598565,598625..598877,598926..598976,599024..599161,599219..599249,599298..599404))	Aspergillus niger	4986696
An13g02500	CDS	An13g02500	NT_166528.1	600562	603367	D	hypothetical protein	join(600562..600574,600756..600809,600891..601004,601155..601401,601478..601681,601773..601928,602282..602348,602459..602566,602646..602732,602833..602882,602952..603061,603087..603367)	Aspergillus niger	84592838
An13g02510	CDS	An13g02510	NT_166528.1	603534	604622	D	Remark: members of the genus Aspergillus are opportunistic pathogens for cold- and warm-blooded animals. They are associated with an impressive spectrum of diseases in humans, ranging from benign colonization of the lung to life-threatening diseases such as invasive aspergillosis or allergic bronchopulmonary aspergillosis (ABPA).; Remark: rAsp f 9 Aspergillus fumigatus is one of those allergens. It shows similarity to various bacterial beta-glucanases and eukaryotic endotransglycosidases.; Title: strong similarity to allergen rAsp f 9 -Aspergillus fumigatus; See PMID 9482698; uncharacterized protein	join(603534..603627,603681..603961,604011..604622)	Aspergillus niger	4986699
An13g02520	CDS	An13g02520	NT_166528.1	604765	605462	R	hypothetical protein	complement(join(604765..604941,605084..605106,605174..605273,605309..605389,605460..605462))	Aspergillus niger	84592839
An13g02530	CDS	An13g02530	NT_166528.1	606003	606727	D	Catalytic activity: H2CO3 = CO2 + H2O.; Pathway: nitrogen metabolism.; Remark: most of the N. gonorrhoeae CAH seems to be produced as a soluble protein located in the periplasm of E. coli. The enzyme is homologous to carbonic anhydrases from the animal kingdom; it is an alpha-carbonic anhydrase. A comparison with the amino acid sequences of human carbonic anhydrases I and II suggests that the secondary structures are essentially intact in the bacterial enzyme but that several loops are much shorter than in the human forms.; Similarity: belongs to the carbonic anhydrase family.; Title: similarity to carbonic anhydrase CAH -Neisseria gonorrhoeae; See PMID 9108244; See PMID 9761692; See PMID 11248679; uncharacterized protein	join(606003..606435,606501..606727)	Aspergillus niger	4986701
An13g02540	CDS	An13g02540	NT_166528.1	607420	608319	D	Remark: alternative names are GTT1, YIR038c.; Remark: subcellular fractionation demonstrated that Gtt1p associates with the endoplasmic reticulum. Expression of GTT1 is induced after diauxic shift and remains high throughout the stationary phase.; Remark: the glutathione S-transferases (GSTs) represent a significant group of detoxification enzymes that play an important role in drug resistance in all eukaryotic species.; Title: strong similarity to glutathione S-transferase Gtt1 - Saccharomyces cerevisiae; See PMID 9792709; uncharacterized protein	join(607420..607457,607512..607906,607973..608319)	Aspergillus niger	4986702
An13g02550	CDS	An13g02550	NT_166528.1	608776	609767	R	hypothetical protein	complement(join(608776..609259,609498..609582,609674..609767))	Aspergillus niger	84592840
An13g02560	CDS	An13g02560	NT_166528.1	609821	610445	R	hypothetical protein	complement(join(609821..610036,610125..610286,610389..610445))	Aspergillus niger	84592841
An13g02570	CDS	An13g02570	NT_166528.1	611100	611789	R	Title: weak similarity to hypothetical protein encoded by An14g02770 - Aspergillus niger; uncharacterized protein	complement(join(611100..611345,611418..611789))	Aspergillus niger	84592842
An13g02580	CDS	An13g02580	NT_166528.1	612073	613614	R	hypothetical protein	complement(join(612073..612225,612451..612567,612883..612974,613116..613191,613365..613433,613504..613614))	Aspergillus niger	84592843
An13g02590	CDS	An13g02590	NT_166528.1	613978	615592	D	Function: low-affinity glucose transporter. Can function as a sensor that generates an intracellular signal in the presence of high level of glucose. Required for maximal expression of the high glucose-induced hxt1 protein.; Remark: Rgt2p is a high glucose-sensing counterpart to Snf3p.; Remark: alternative name is YDL138w.; Similarity: belongs to the sugar transporter family.; Title: similarity to glucose permease Rgt2 -Saccharomyces cerevisiae; See PMID 8901598; uncharacterized protein	join(613978..614152,614207..614822,614883..615125,615197..615419,615533..615592)	Aspergillus niger	4986707
An13g02600	CDS	An13g02600	NT_166528.1	615853	617446	R	Remark: all other found dioxygenases are exept the YLL057c 100 amino acids shorter.; Remark: purified recombinant yeast protein YLL057c is shown to be an Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygenase.; Similarity: belongs to the tfda family of dioxygenases.; Title: strong similarity to Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygenase YLL057c -Saccharomyces cerevisiae; See PMID 10482536; See PMID 11223942; uncharacterized protein	complement(join(615853..615896,615930..616012,616141..616267,616329..616385,616438..617154,617209..617446))	Aspergillus niger	4986709
An13g02610	CDS	An13g02610	NT_166528.1	618058	619591	R	Title: similarity to hypothetical protein EAA77948.1 - Gibberella zeae; uncharacterized protein	complement(join(618058..618111,618359..618370,618775..618833,618883..619591))	Aspergillus niger	4986710
An13g02620	CDS	An13g02620	NT_166528.1	620128	622260	R	Remark: also strong similarity to S. lividans proteinase (slpE).; Remark: impaired expression of such proteases by Streptomyces hosts improves the quality, quantity and stability of exogenous gene products.; Remark: strong similarity to S. lividans protease P5-6 patent WO9517512-A.; Title: strong similarity to proteinase P5-6 from patent WO9517512-A - Streptomyces lividans; See PMID 7592364; uncharacterized protein	complement(join(620128..620176,620318..620556,620622..621303,621367..621478,621533..621792,621851..621892,621950..622260))	Aspergillus niger	4986711
An13g02630	CDS	An13g02630	NT_166528.1	622731	624354	D	hypothetical protein	join(622731..622940,623502..623657,624223..624354)	Aspergillus niger	84592844
An13g02640	CDS	An13g02640	NT_166528.1	624877	627177	R	Catalytic activity: L-phenylalanine = trans-cinnamate + NH3.; Pathway: tyrosine metabolism; phenylalanine metabolism; nitrogen metabolism; alkaloid biosynthesis II.; Remark: PAL is used for the prodn. of L-phenylalanine from cinnamic acid and ammonia.; Remark: also strong similarity to L-phenylalanine ammonia lyase (PAL) from Rhodosporidium turoloides patent EP278706-A.; Remark: the active sites of the enzyme phenylalanine ammonia-lyase (Pal) from Rhodosporidium toruloides contains a dehydroalanine residue that is believed to be essential for catalytic activity.; Similarity: belongs to the histidine ammonia-lyase family.; Title: strong similarity to phenylalanine ammonia-lyase Pal - Rhodosporidium toruloides; See PMID 8200528; See PMID 1368015; uncharacterized protein	complement(624877..627177)	Aspergillus niger	4986713
An13g02650	CDS	An13g02650	NT_166528.1	627443	628422	R	hypothetical protein	complement(join(627443..627566,627608..627702,627756..627866,627958..628014,628112..628153,628240..628288,628370..628422))	Aspergillus niger	84592845
An13g02660	CDS	An13g02660	NT_166528.1	629061	631580	D	Title: weak similarity to hypothetical N-WASP binding protein WISH - Mus musculus; uncharacterized protein	join(629061..629168,629380..629492,629547..629892,629942..630011,630320..630474,630739..630855,630966..631086,631162..631407,631456..631580)	Aspergillus niger	84592846
An13g02670	CDS	Arsa-7	NT_166528.1	631742	632962	D	Gene-ID: Arsa-7; Remark: Arsa-7 from A. niger is differentially expressed in the pellet morphology relative to the filamentous morphology.; Remark: putative cell wall protein.; differential expressed Arsa-7 from patent US2003215950-A1-Aspergillus niger	631742..632962	Aspergillus niger	4986716
An13g02680	CDS	An13g02680	NT_166528.1	633455	635909	R	Remark: Inactivation of ribonucleotide reductase, by either hydroxyurea or a cdc22-M45 mutation, causes liz1(-) cells in G2 to undergo an aberrant mitosis, resulting in chromosome missegregation and late mitotic arrest.; Remark: Liz1p, a fission yeast membrane protein, is required for normal cell division when ribonucleotide reductase is inhibited.; Title: strong similarity to transmembrane transporter liz1p - Schizosaccharomyces pombe; See PMID 9950674; uncharacterized protein	complement(join(633455..633640,633782..633896,633954..634181,634246..634361,634423..634478,634530..634633,634687..634731,634787..635017,635063..635249,635295..635373,635421..635559,635610..635731,635826..635909))	Aspergillus niger	4986717
An13g02690	CDS	An13g02690	NT_166528.1	636475	638052	R	Catalytic activity: N,N-dimethylaniline + NADPH + O2 = N,N-dimethylaniline N-oxide + NADP+ + H2O.; Function: this protein is involved in the oxidative metabolism of a variety of xenobiotics such as drugs and pesticides.; Remark: pulmonary microsomes from Rhesus macaque express a flavin-containing monooxygenase (FMO) resembling the FMO2 ortholog from rabbit with respect to immunochemical cross-reactivity and expression in lung, but not liver.; Similarity: belongs to the FMO family.; Title: strong similarity to flavin-containing monooxygenase FMO2 - Macaca mulatta; See PMID 9061021; uncharacterized protein	complement(join(636475..637272,637332..637478,637530..637803,637850..638052))	Aspergillus niger	4986718
An13g02700	CDS	An13g02700	NT_166528.1	638834	640112	D	Catalytic activity: taurine + 2-oxoglutarate + O2 = sulfite + aminoacetaldehyde + succinate + CO2.; EC:1.14.11.17.; Remark: taurine/alpha-ketoglutarate dioxygenase (TauD), a member of the broad class of non-heme Fe(II) oxygenases, converts taurine (2-aminoethanesulfonate) to sulfite and aminoacetaldehyde while decomposing alpha-ketoglutarate (alphaKG) to form succinate and CO(2).; Remark: the Escherichia coli tauD gene is required for the utilization of taurine (2-aminoethanesulfonic acid) as a sulfur source and is expressed only under conditions of sulfate starvation.; Similarity: belongs to the TFDA family.; Title: similarity to taurine dioxygenase,2-oxoglutarate-dependent tauD - Escherichia coli; See PMID 9287300; See PMID 10563813; uncharacterized protein	join(638834..639277,639348..639889,639941..640112)	Aspergillus niger	4986719
An13g02710	CDS	An13g02710	NT_166528.1	640713	641553	R	Title: weak similarity to hypothetical protein YIL064w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(640713..641213,641278..641553))	Aspergillus niger	4986720
An13g02720	CDS	An13g02720	NT_166528.1	642151	643325	R	Title: weak similarity to hypothetical urokinase plasminogen activator receptor UPAR - Aotus trivirgatus; uncharacterized protein	complement(join(642151..642363,642469..642507,642609..642712,642818..642892,642981..643102,643246..643325))	Aspergillus niger	84592847
An13g02730	CDS	An13g02730	NT_166528.1	643385	643691	D	Remark: the ORF is putative 5' longer.; Title: strong similarity to EST an_3461 -Aspergillus niger; uncharacterized protein	join(643385..643487,643552..643691)	Aspergillus niger	4986722
An13g02740	CDS	An13g02740	NT_166528.1	644735	645249	D	hypothetical protein	join(644735..644837,644944..645027,645048..645163,645211..645249)	Aspergillus niger	84592848
An13g02760	CDS	An13g02760	NT_166528.1	645611	646644	R	hypothetical protein	complement(join(645611..645714,645775..646028,646251..646336,646396..646644))	Aspergillus niger	84592849
An13g02770	CDS	An13g02770	NT_166528.1	646895	648029	D	Remark: D(--)-Mandelate dehydrogenase, the first enzyme of the mandelate pathway in the yeast Rhodotorula graminis, catalyses the NAD(+)-dependent oxidation of D(--)-mandelate to phenylglyoxylate.; Title: strong similarity to D-mandelate dehydrogenase - Rhodotorula graminis; See PMID 8411179; See PMID 1731758; uncharacterized protein	join(646895..647040,647096..648029)	Aspergillus niger	4986726
An13g02780	CDS	An13g02780	NT_166528.1	648092	649089	R	Remark: ADD is a cytoskeletal heterodimeric protein which may be involved in cellular signal transduction and interacts with other membrane skeleton proteins which affect ion transport across the cell membrane.; Remark: in rat, mouse and human the adducins are playing a substantial role in hypertension.; Remark: the similarity of the ORF to proteins of higher organisms concerns the N-terminal region of adducins, however the ORF shows also homology to aldolases from lower eucaryotes over its whole lenght.; Title: similarity to alpha-adducin alpha-ADD -Rattus norvegicus; See PMID 8543181; See PMID 9678591; uncharacterized protein	complement(join(648092..648448,648495..648802,648870..649089))	Aspergillus niger	4986727
An13g02790	CDS	An13g02790	NT_166528.1	649509	651437	R	Remark: impaired expression of Tap by Streptomyces hosts improves the quality, quantity and stability of exogenous gene products.; Remark: strong similarity to S. lividans protease Tap patent WO9517512-A.; Remark: tripeptidyl aminopeptidase (Tap) from Streptomyces lividans is responsible for the major amino-terminal degradative activity in culture broths of S. lividans strains.; Title: strong similarity to tripeptidylaminopeptidase Tap - Streptomyces lividans; See PMID 7487044; uncharacterized protein	complement(join(649509..649676,649785..649845,649897..649972,650019..651269,651320..651437))	Aspergillus niger	4986728
An13g02800	CDS	An13g02800	NT_166528.1	652660	653990	D	hypothetical protein	join(652660..652761,652841..652937,653124..653235,653318..653490,653564..653742,653832..653990)	Aspergillus niger	84592850
An13g02810	CDS	An13g02810	NT_166528.1	654141	656202	D	Remark: ENB1 S. cerevisiae encodes a transporter protein (Enb1p), which specifically recognizes and transports enterobactin. Enterobactin is a catecholate-type siderophore produced by several enterobacterial genera grown in severe iron deprivation.; Similarity: belongs to the major facilitator super family (MFS).; Title: strong similarity to siderophore-iron transporter for enterobactin Enb1 - Saccharomyces cerevisiae; See PMID 10831226; uncharacterized protein	join(654141..654350,654395..655849,655899..655915,655964..656041,656094..656202)	Aspergillus niger	4986730
An13g02820	CDS	An13g02820	NT_166528.1	656310	657143	R	Catalytic activity: triacylglycerol + H2O = diacylglycerol + a carboxylate; Diacylglycerol + H2O = monoacylglycerol + a carboxylate.; Pathway: glycerolipid metabolism.; Remark: gehA, P. acnes was overexpressed in E. coli under the control of the bacteriophage T7 promoter, and the corresponding polypeptide was found to be present in insoluble aggregates. Active lipase was produced when the overexpressing strain was incubated at a reduced temperature in the presence of sucrose.; Similarity: belongs to the triacylglycerol lipase family.; Title: strong similarity to triacylglycerol lipase gehA - Propionibacterium acnes; See PMID 9168624; uncharacterized protein	complement(656310..657143)	Aspergillus niger	4986731
An13g02830	CDS	An13g02830	NT_166528.1	658300	659212	D	hypothetical protein	join(658300..658516,658610..658743,658840..658957,659043..659212)	Aspergillus niger	84592851
An13g02840	CDS	An13g02840	NT_166528.1	659927	660967	R	hypothetical protein	complement(join(659927..660187,660478..660619,660879..660967))	Aspergillus niger	84592852
An13g02850	CDS	An13g02850	NT_166528.1	661239	661946	D	hypothetical protein	join(661239..661310,661435..661545,661596..661946)	Aspergillus niger	84592853
An13g02860	CDS	An13g02860	NT_166528.1	662068	664508	D	hypothetical protein	join(662068..662143,662229..662292,662369..662455,662571..662690,663171..663262,663496..663557,663627..663769,663864..664019,664068..664220,664337..664508)	Aspergillus niger	84592854
An13g02870	CDS	An13g02870	NT_166528.1	664652	665129	R	hypothetical protein	complement(join(664652..664918,664992..665129))	Aspergillus niger	84592855
An13g02880	CDS	An13g02880	NT_166528.1	667185	669743	R	Title: strong similarity to hypothetical integral membrane protein SPAC16A10.01 - Schizosaccharomyces pombe; uncharacterized protein	complement(667185..669743)	Aspergillus niger	4986737
An13g02890	CDS	An13g02890	NT_166528.1	669777	670903	R	Remark: the predicted ORF is questionable due to its intron-exon structure and proximity to the next N-terminally encoded ORF.; Title: questionable ORF; uncharacterized protein	complement(join(669777..670048,670230..670360,670442..670630,670697..670780,670887..670903))	Aspergillus niger	84592856
An13g02900	CDS	An13g02900	NT_166528.1	670987	671449	D	hypothetical protein	join(670987..671143,671247..671449)	Aspergillus niger	84592857
An13g02910	CDS	An13g02910	NT_166528.1	671551	672732	R	hypothetical protein	complement(join(671551..671859,671926..672399,672520..672732))	Aspergillus niger	84592858
An13g02920	CDS	An13g02920	NT_166528.1	672771	673912	D	Function: due to the restricted similarity to lovF of A. terreus it is assumed, that the predicted ORF encodes another, e. g. A. niger-specific polyketide synthase with an N-terminal beta-ketoacyl synthase domain containing an active site cysteine.; Remark: lovF polyketid synthase of A. terreus is encoded in a lovastatin biosynthesis cluster.; Remark: polyketid biosynthesis in bacteria and fungi is related to fatty acid metabolism and results in wide range of biologically active secondary metabolites, e. g. lovastatin, which inhibits HMG-CoA reductase.; Similarity: the predicted ORF is only 1/10 as long as lovF of A. terreus and its similarity to lovF is restricted to the 60 N-terminal amino acids.; Title: similarity to polyketide synthase lovF -Aspergillus terreus; See PMID 10334994; See PMID 10381407; uncharacterized protein	join(672771..672887,672942..673032,673131..673276,673383..673604,673814..673912)	Aspergillus niger	84592859
An13g02940	CDS	An13g02940	NT_166528.1	675547	676629	R	Function: lovC of A. terreus is thought to be responsible for the three enoyl reductions predicted to be necessary for the formation of dihydromonacolin L, a intermediate of lovastatin production.; Remark: lovC of A. terreus is encoded in a lovastatin biosynthesis cluster, which also contains other proteins involved in polyketide synthesis, e. g. lovB and lovF.; Remark: lovC of A. terreus is involved in polyketide synthesis, that is related to fatty acid metabolism and results in wide range of biologically active secondary metabolites, e. g. lovastatin, which inhibits HMG-CoA reductase.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; See PMID 10381407; uncharacterized protein	complement(675547..676629)	Aspergillus niger	4986743
An13g02950	CDS	An13g02950	NT_166528.1	677958	678416	D	hypothetical protein	join(677958..678111,678186..678252,678320..678416)	Aspergillus niger	84592860
An13g02960	CDS	An13g02960	NT_166528.1	678773	681555	D	Function: lovB of A. terreus is involved in polyketide synthesis, that is related to fatty acid metabolism and results in wide range of biologically active secondary metabolites, e. g. lovastatin, which inhibits HMG-CoA reductase.; Remark: lovB of A. terreus is encoded in a lovastatin biosynthesis cluster, which also contains other proteins involved in polyketide synthesis, e. g. lovC and lovF.; Remark: the predicted ORF is C-terminally truncated due to the contig border.; Similarity: the predicted ORF shows comparable similarity to lovB and lovF of A. terreus, therefore it is assumed, that it may encode an A. niger-specific polyketide synthase.; Title: strong similarity to lovastatin nonaketide synthase lovB - Aspergillus terreus [truncated ORF]; See PMID 10381407; See PMID 11378962; uncharacterized protein	join(678773..679403,679475..>681555)	Aspergillus niger	4986745
An13g02970	CDS	An13g02970	NT_166528.1	681659	682015	D	Title: weak similarity to hypothetical protein encoded by An08g03800 - Aspergillus niger; uncharacterized protein	681659..682015	Aspergillus niger	84592861
An13g02980	CDS	An13g02980	NT_166528.1	682904	683508	R	Title: similarity to hypothetical protein encoded by An01g08440 - Aspergillus niger; uncharacterized protein	complement(join(682904..683392,683455..683508))	Aspergillus niger	4986747
An13g02990	CDS	An13g02990	NT_166528.1	684553	686236	D	Similarity: the predicted ORF is rich in proline,glycine and glutamine, therefore it shows unspecific similarity to some proteins with a high content of these amino acids.; Title: similarity to hypothetical protein EAA71271.1 - Gibberella zeae; uncharacterized protein	join(684553..685223,685283..686054,686111..686236)	Aspergillus niger	4986748
An13g03000	CDS	An13g03000	NT_166528.1	686802	688467	R	Catalytic activity: ALK1 of Y. lipolytica catalyses RH + reduced flavoprotein + O2 = ROH + oxidized flavoprotein.; Function: ALK1 of Y. lipolytica is probably the major cytochrome P450 protein to metabolize short-chain n-alkanes such as decane and dodecane in Y. lipolytica.; Induction: ALK1 of Y. lipolytica is induced by n-tetradecane and repressed by glycerol.; Phenotype: an ALK1 of Y. lipolytica gene disruptant did not grow well on n-decane, but grew on longer-chain n-alkanes such as hexadecane as a sole carbon source.; Title: strong similarity to n-alkane-inducible cytochrome P450 protein ALK1 - Yarrowia lipolytica; See PMID 9848230; See PMID 10953079; uncharacterized protein	complement(join(686802..687989,688066..688467))	Aspergillus niger	4986749
An13g03010	CDS	An13g03010	NT_166528.1	689920	690764	D	Remark: the intron-exon structure is not optimal.; hypothetical protein	join(689920..690084,690318..690406,690483..690559,690637..690764)	Aspergillus niger	84592862
An13g03020	CDS	An13g03020	NT_166528.1	691699	692185	D	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 86 amino acids long.; Title: questionable ORF; uncharacterized protein	join(691699..691738,691803..691868,692031..692185)	Aspergillus niger	84592863
An13g03030	CDS	An13g03030	NT_166528.1	693562	695848	D	Title: similarity to hypothetical protein CAB91400.2 - Neurospora crassa [putative sequencing error]; putative sequencing error; uncharacterized protein	join(693562..693621,693731..695848)	Aspergillus niger	4986752
An13g03040	CDS	An13g03040	NT_166528.1	696460	700707	R	Function: esyn1 of F. scirpi is a multifunctional enzyme catalysing n-methyl depsipeptide formation.; Similarity: esyn1 of F. scirpi is 3131 amino acids long and the predicted ORF 1415 aa.; Similarity: the ORF show similarity to several peptide synthetases from different species.; Title: strong similarity to enniatin synthase esyn1 - Fusarium scirpi; See PMID 7601090; See PMID 8483420; uncharacterized protein	complement(696460..700707)	Aspergillus niger	4986753
An13g03050	CDS	An13g03050	NT_166528.1	701922	702825	D	Title: weak similarity to hypothetical protein encoded by An04g04070 - Aspergillus niger; uncharacterized protein	join(701922..702106,702173..702615,702689..702825)	Aspergillus niger	4986754
An13g03060	CDS	An13g03060	NT_166528.1	704371	708689	R	Induction: the transcription of atrB from A. nidulans is strongly enhanced by treatment with several drugs, including antibiotics, azole fungicides and plant defense toxins.; Title: strong similarity to ATP-binding cassette multidrug transport protein atrB - Aspergillus nidulans; See PMID 9180695; uncharacterized protein	complement(join(704371..706893,706950..708689))	Aspergillus niger	4986755
An13g03070	CDS	An13g03070	NT_166528.1	709365	710376	R	hypothetical protein	complement(join(709365..709556,709639..709662,709775..709822,709880..709978,710059..710264,710337..710376))	Aspergillus niger	84592864
An13g03080	CDS	An13g03080	NT_166528.1	711339	711844	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 77 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(711339..711441,711714..711844))	Aspergillus niger	4986757
An13g03090	CDS	An13g03090	NT_166528.1	712280	713174	D	Remark: the ORF contains introns, that are suboptimal long.; hypothetical protein	join(712280..712417,712539..712733,712887..713174)	Aspergillus niger	84592865
An13g03100	CDS	An13g03100	NT_166528.1	714126	715881	R	Function: DUK1 of S. cerevisiae is a channel permeable to outward flow of K+ ions.; Remark: DUK1 of S. cerevisiae is also called TOK1,YJL093C, YKC1 or YORK.; Repression: in excised membrane patches external divalent cations block DUK1 of S. cerevisiae in a voltage-dependent manner, and their removal allows inward channel current.; Title: strong similarity to outward-rectifier potassium channel Duk1 - Saccharomyces cerevisiae; See PMID 10089235; See PMID 7651518; uncharacterized protein	complement(join(714126..714617,714663..715617,715684..715750,715845..715881))	Aspergillus niger	4986759
An13g03110	CDS	An13g03110	NT_166528.1	716256	717852	R	Function: TNA1 of S. cerevisiae is a high affinity plasma membrane permease, which belongs to the allantoate permease family and is involved in the uptake of nicotinic acid.; Phenotype: the deletion of TNA1 in S. cerevisiae prevents growth at low nicotinic acid concentration.; Remark: the systematic name for TNA1 of S. cerevisiae is YGR260W.; Similarity: the ORF overlaps with A. niger EST (EMBLEST:AN784) Nig091.; Similarity: the ORF shows similarity to several transporters with different substrate specificities.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 10984621; uncharacterized protein	complement(join(716256..717597,717665..717852))	Aspergillus niger	4986760
An13g03120	CDS	An13g03120	NT_166528.1	718574	719182	R	hypothetical protein	complement(join(718574..718627,718738..719053,719148..719182))	Aspergillus niger	84592866
An13g03130	CDS	An13g03130	NT_166528.1	720936	722126	D	Similarity: the predicted ORF is 125 amino acids longer at the C-terminus than the putative cysteine-binding protein fliY of H. volcanii.; Title: similarity to hypothetical cysteine-binding protein fliY - Haloferax volcanii; uncharacterized protein	join(720936..721121,721170..721304,721356..722126)	Aspergillus niger	4986762
An13g03140	CDS	An13g03140	NT_166528.1	723329	724367	D	Remark: the EC number of endo-beta-1,4-glucanase is 3. 2. 1. 4.; Similarity: the homology is restricted to the N-terminal part of celA1 from S. halstedii.; Title: weak similarity to endo-beta-1,4-glucanase celA1 - Streptomyces halstedii; See PMID 1400190; uncharacterized protein	join(723329..723621,723674..723729,723782..723841,723905..723976,724039..724122,724195..724367)	Aspergillus niger	4986763
An13g03150	CDS	An13g03150	NT_166528.1	724940	726224	R	Catalytic activity: 3-methyl-2-oxobutanoate + lipoamide = S-(2-methylpropanoyl)dihydrolipoamide +CO2.; Catalytic activity: the E1 component of BCKDH requires thiamin pyrophosphate as a cofactor.; Complex: the E1 component of BCKDH is composed of two alpha and two beta chains.; Function: the E1 component of BCKDH catalyses the oxidative decarboxylation of branched-chain alpha-ketoacids, which are derived from branched-chain amino acids by transamination.; Pathway: BCKDH is a key enzyme in the catabolism of branched-chain amino acids.; Title: strong similarity to Arp2/3 complex 34 kD subunit BCKDH - Gallus gallus; localisation:mitochondrion; See PMID 11168412; uncharacterized protein	complement(join(724940..724977,725027..725589,725662..726224))	Aspergillus niger	4986764
An13g03160	CDS	An13g03160	NT_166528.1	726925	728750	R	Function: astA of E. rectale catalyzes the transfer of a sulfate moiety from an aromatic sulfate ester to another aromatic alcohol.; Title: similarity to arylsulfate sulfotransferase astA - Eubacterium rectale IIIH; See PMID 11320417; uncharacterized protein	complement(join(726925..728226,728277..728750))	Aspergillus niger	4986765
An13g03170	CDS	An13g03170	NT_166528.1	728981	729697	R	hypothetical protein	complement(join(728981..729181,729305..729395,729561..729697))	Aspergillus niger	84592867
An13g03180	CDS	An13g03180	NT_166528.1	731128	732804	D	hypothetical protein	join(731128..731318,731390..731564,731652..731775,732059..732178,732337..732426,732471..732535,732578..732667,732742..732804)	Aspergillus niger	84592868
An13g03190	CDS	An13g03190	NT_166528.1	733238	734409	R	Catalytic activity: Rnh1 of M. musculus cleaves RNA-DNA hybrids at the RNA:DNA junction generating a 3'-hydroxyl-terminated oligoribonucleotide and a 5'-monophosphate-terminated polydeoxyribonucleotide.; Function: a role of RNase H1 in the removal of RNA primers during lagging-strand DNA biosynthesis is proposed.; Title: strong similarity to ribonuclease (RNase) H1 Rnh1 - Mus musculus; nucleus; See PMID 9799596; See PMID 10567561; uncharacterized protein	complement(join(733238..733509,733558..733935,734121..734263,734366..734409))	Aspergillus niger	4986768
An13g03200	CDS	An13g03200	NT_166528.1	734523	734780	R	Remark: the ORF is short in length (85 amino acids).; hypothetical protein	complement(734523..734780)	Aspergillus niger	84592869
An13g03210	CDS	An13g03210	NT_166528.1	735303	735927	R	hypothetical protein	complement(join(735303..735794,735874..735927))	Aspergillus niger	84592870
An13g03220	CDS	An13g03220	NT_166528.1	736414	737960	D	Function: TPO1 of S. cerevisiae facilitates the uptake of the polyamines spermine and spermidine into vacuolar vesicles.; Function: TPO1 of S. cerevisiae is involved in the regulation of the spermidine and spermine content of the cytoplasm.; Remark: the systematic gene name of TPO1 in S. cerevisiae is YLL028w.; Similarity: belongs to the major facilitator superfamily (MFS-MDR).; Similarity: shows an even stronger similarity to a protein involved in cepahalosporin C biosynthesis of protein patent GENESEQPROT:W14440 which lacks a clear functional description.; Title: strong similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; vacuole; See PMID 9920864; See PMID 11171066; uncharacterized protein	join(736414..736528,736599..736788,736850..737960)	Aspergillus niger	4986771
An13g03230	CDS	An13g03230	NT_166528.1	738267	741451	R	Title: similarity to hypothetical transcription regulator SPBC530.11c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(738267..738649,738733..738817,738902..739541,739614..739953,740056..740288,740362..740603,740679..741077,741156..741331,741421..741451))	Aspergillus niger	84592871
An13g03240	CDS	An13g03240	NT_166528.1	742562	743782	D	Title: strong similarity to hypothetical protein Z of the rapamycin biosynthetis gene cluster - Streptomyces hygroscopicus; See PMID 8635730; uncharacterized protein	742562..743782	Aspergillus niger	4986773
An13g03250	CDS	An13g03250	NT_166528.1	744238	745884	R	Function: RAG1 of K. lactis facilitates the cellular uptake of various sugars including glucose and fructose.; Function: RAG1 of K. lactis is important for fermentative growth.; Induction: RAG1 of K. lactis is inducible by glucose, fructose, mannose, sucrose, raffinose and galactose.; Title: strong similarity to low affinity hexose transporter RAG1 - Kluyveromyces lactis; plasma membrane; See PMID 1603079; See PMID 2402460; uncharacterized protein	complement(join(744238..744917,744980..745675,745737..745884))	Aspergillus niger	4986774
An13g03260	CDS	An13g03260	NT_166528.1	746344	747962	D	Similarity: homologous to protein of patent database entry GENESEQPROT:B19189.; Title: strong similarity to lipid metabolism protein YGR046w from patent WO200058521-A2 - Saccharomyces cerevisiae; uncharacterized protein	join(746344..746422,746614..747011,747066..747962)	Aspergillus niger	4986775
An13g03270	CDS	An13g03270	NT_166528.1	748814	749644	R	Title: similarity to hypothetical protein encoded by An13g03280 - Aspergillus niger; uncharacterized protein	complement(748814..749644)	Aspergillus niger	84592872
An13g03280	CDS	An13g03280	NT_166528.1	750124	750962	R	Title: similarity to hypothetical protein encoded by An13g03270 - Aspergillus niger; uncharacterized protein	complement(join(750124..750782,750860..750962))	Aspergillus niger	84592873
An13g03290	CDS	An13g03290	NT_166528.1	752910	753773	D	Title: strong similarity to hypothetical protein of the paxilline biosynthesis gene cluster paxU - Penicillium paxilli; See PMID 11169115; uncharacterized protein	752910..753773	Aspergillus niger	4986778
An13g03300	CDS	An13g03300	NT_166528.1	754682	755996	D	Title: strong similarity to hypothetical conserved protein 99H12.80 - Neurospora crassa; uncharacterized protein	join(754682..754869,754935..755034,755096..755164,755221..755284,755375..755883,755949..755996)	Aspergillus niger	4986779
An13g03310	CDS	An13g03310	NT_166528.1	756431	758164	R	Remark: alternative name is YGR260w.; Remark: the deletion of YGR260w in a bna1 auxotrophic mutant for nicotinic acid prevents growth at low nicotinic acid concentration. This suggests that YGR260w is necessary for nicotinic acid import into the cell. The direct measurement of nicotinic acid uptake on whole cells demonstrates that YGR260w encodes the yeast high affinity nicotinic acid permease.; Similarity: to Dal5p subfamily of the major facilitator family.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	complement(join(756431..756669,756721..757534,757585..757754,757795..757963,758021..758164))	Aspergillus niger	4986780
An13g03320	CDS	An13g03320	NT_166528.1	758898	760856	R	Catalytic activity: a 2-oxo acid = an aldehyde + CO2; pyruvate = acetaldehyde + CO2.; Pathway: glycolysis / gluconeogenesis.; Similarity: belongs to the thiamine-diphosphate protein family.; Title: strong similarity to pyruvate decarboxylase (PDC)-2 SEQ ID NO:44292 from patent EP1033405-A2 -Arabidopsis thaliana; uncharacterized protein	complement(join(758898..759239,759296..760641,760688..760856))	Aspergillus niger	84592874
An13g03330	CDS	An13g03330	NT_166528.1	760902	762306	R	Protein sequence is in conflict with the conceptual translation; Catalytic activity: alcohol + NAD+ = aldehyde or ketone + NADH.; Pathway: glycolysis / gluconeogenesis; atty acid metabolism; bile acid biosynthesis; tyrosine metabolism; glycerolipid metabolism.; Remark: Expression of the structural genes for alcohol and aldehyde dehydrogenase, alcA and aldA,respectively, enables the fungus Aspergillus nidulans to grow on ethanol. The pathway-specific transcriptional activator AlcR mediates the induction of ethanol catabolism in the presence of a coinducing compound. Ethanol catabolism is further subject to negative control mediated by the general carbon catabolite repressor CreA.; Remark: putative sequencing error at position 33553 generating a frame shift. 1 bases too much.; Similarity: belongs to the long-chain alcohol dehydrogenases.; Title: strong similarity to alcohol dehydrogenase alcA - Aspergillus nidulans; putative frameshift; See PMID 3297923; See PMID 11102439; uncharacterized protein	complement(join(<760902..761136,761191..761444,761496..761565,761624..761800,761856..761938,762000..762035,762082..762186,762231..762306))	Aspergillus niger	4986781
An13g03340	CDS	An13g03340	NT_166528.1	762578	763167	R	hypothetical protein	complement(join(762578..762813,762903..762962,763041..763167))	Aspergillus niger	84592875
An13g03350	CDS	An13g03350	NT_166528.1	764258	765800	R	hypothetical protein	complement(join(764258..764307,764567..764645,764685..764702,765051..765117,765481..765800))	Aspergillus niger	84592876
An13g03360	CDS	An13g03360	NT_166528.1	766289	767359	D	Title: strong similarity to hypothetical protein encoded by An12g09820 - Aspergillus niger; uncharacterized protein	join(766289..766338,766638..766816,766877..767198,767338..767359)	Aspergillus niger	4986785
An13g03370	CDS	An13g03370	NT_166528.1	768114	769590	D	Catalytic activity: s-adenosyl-l-methionine + sterigmatocystin = s-adenosyl-l-homocysteine + 7-o-methylsterigmatocystin.; Pathway: aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites produced by the fungi Aspergillus flavus and Aspergillus parasiticus. Among the catalytic steps in the aflatoxin biosynthetic pathway, the conversion of sterigmatocystin to O-methylsterigmatocystin and the conversion of dihydrosterigmatocystin to dihydro-O-methylsterigmatocystin are catalyzed by an S-adenosylmethionine-dependent O-methyltransferase.; Remark: omtA of A. parasiticus is also called omt-1.; Title: strong similarity to O-methyltransferase A omtA - Aspergillus parasiticus; See PMID 7557460; See PMID 8285664; See PMID 8434913; uncharacterized protein	join(768114..768356,768423..768992,769060..769590)	Aspergillus niger	4986786
An13g03380	CDS	An13g03380	NT_166528.1	770065	771732	D	Remark: strong similarity to amino acid sequence of M. vaccae antigen GV-33 patent WO9932634-A2.; Title: strong similarity to amino acid sequence antigen GV-33 from patent WO9932634-A2 - Mycobacterium vaccae; uncharacterized protein	join(770065..770306,770363..770636,770694..771411,771644..771732)	Aspergillus niger	4986787
An13g03390	CDS	An13g03390	NT_166528.1	772401	772933	R	hypothetical protein	complement(join(772401..772529,772581..772644,772728..772807,772886..772933))	Aspergillus niger	84592877
An13g03400	CDS	An13g03400	NT_166528.1	773148	774193	D	Title: strong similarity to hypothetical protein encoded by An03g03680 - Aspergillus niger; uncharacterized protein	join(773148..773366,773419..773710,773784..774193)	Aspergillus niger	84592878
An13g03410	CDS	An13g03410	NT_166528.1	774572	775236	D	hypothetical protein	join(774572..774793,774898..775000,775124..775236)	Aspergillus niger	84592879
An13g03420	CDS	An13g03420	NT_166528.1	775611	777368	R	hypothetical protein	complement(join(775611..775725,775776..775834,776241..776451,776499..777050,777154..777368))	Aspergillus niger	84592880
An13g03430	CDS	An13g03430	NT_166528.1	778654	779846	D	Title: similarity to hypothetical protein encoded by An15g04190 - Aspergillus niger; uncharacterized protein	join(778654..779179,779235..779580,779633..779846)	Aspergillus niger	4986792
An13g03440	CDS	An13g03440	NT_166528.1	780425	781653	R	Title: similarity to hypothetical protein NMA2036 -Neisseria meningitidis; uncharacterized protein	complement(join(780425..781460,781511..781653))	Aspergillus niger	4986793
An13g03450	CDS	An13g03450	NT_166528.1	783028	784137	R	Title: weak similarity to integral membrane protein PTH11 from patent WO9913094-A2 - Magnaporthe grisea; uncharacterized protein	complement(join(783028..783454,783514..783902,783958..784065,784123..784137))	Aspergillus niger	4986794
An13g03460	CDS	An13g03460	NT_166528.1	784711	785404	R	hypothetical protein	complement(join(784711..784756,784851..784968,785057..785263,785353..785404))	Aspergillus niger	84592881
An13g03470	CDS	An13g03470	NT_166528.1	785549	787846	D	Remark: similarity to bacterial Flavin monooxygenase fccC amino acid sequence SEQ ID NO:7. patent WO200004158-A2.; Remark: the prdicted ORF seems N-terminal approximately 150 aa to long.; Title: similarity to flavin monooxygenase fccC from patent WO200004158-A2 - Bacterium 2412.1; uncharacterized protein	join(785549..785558,785624..786012,786104..786321,786375..786523,786594..786928,786983..787846)	Aspergillus niger	4986796
An13g03480	CDS	An13g03480	NT_166528.1	788893	791203	R	Remark: all found homolog proteins differ in size.; Title: weak similarity to tonoplast intrinsic protein ZmTIP1 - Zea mays; uncharacterized protein	complement(join(788893..788954,789020..789220,789321..789405,789445..789510,789568..789582,789935..790431,790513..790750,790928..791203))	Aspergillus niger	4986797
An13g03490	CDS	An13g03490	NT_166528.1	791524	792285	D	Remark: the 1. 8 A crystal structure of E. coli ycaCgp reveals an octameric complex comprised of two tetrameric rings. A large three-layer (alphabetaalpha) sandwich domain and a small helical domain form the folded structure of the monomeric unit. Comparisons with sequence and structure databases suggest that ycaCgp belongs to a diverse family of bacterial hydrolases. The most closely related three-dimensional structure is that of the D2 tetrameric N-carbamoylsarcosine amidohydrolase (CSHase) from an Arthrobacter species.; Title: strong similarity to hydrolase of unknown specificity ycaC - Escherichia coli; See PMID 9782055; uncharacterized protein	join(791524..791586,791636..791904,791991..792285)	Aspergillus niger	4986798
An13g03500	CDS	An13g03500	NT_166528.1	792690	793749	D	Remark: human ARSDR1 is involved in the androgen receptor-regulated gene network of the human prostate that may play a role in the pathogenesis of prostate carcinoma.; Remark: the patent sequence is nearly the same as the human androgen-regulated short-chain dehydrogenase/reductase 1 except the 4 N-terminal amino acids.; Similarity: belongs to the short-chain alcohol dehydrogenases.; Title: strong similarity to sequence 1 from patent WO0065067-A - Homo sapiens; See PMID 11245473; uncharacterized protein	join(792690..793496,793556..793645,793735..793749)	Aspergillus niger	4986799
An13g03510	CDS	An13g03510	NT_166528.1	794819	795398	R	Remark: the predicted ORF could encode, together with ORF 110CG, another part of the Ant1 transposon (lenght: 4918 nt), as the sequence 3' to this region is probably the transposase, which is decribed to lie 3' of the Ant1 transposon 5' insertion site (niaD insertion site).; hypothetical protein	complement(join(794819..794910,795018..795131,795221..795398))	Aspergillus niger	84592882
An13g03520	CDS	An13g03520	NT_166528.1	795567	796955	D	Remark: the predicted ORF could encode, together with ORF 118WK, another part of the Ant1 transposon (lenght: 4918 nt), as the sequence 3' to this region is probably the transposase, which is decribed to lie 3' of the Ant1 transposon 5' insertion site (niaD insertion site).; Title: strong similarity to hypothetical protein encoded by An05g02110 - Aspergillus niger; uncharacterized protein	795567..796955	Aspergillus niger	4986801
An13g03530	CDS	An13g03530	NT_166528.1	797021	798001	R	Function: ORF1 of transposon Ant1 from A. niger encodes a putative Tc1-mariner class transposase.; Title: strong similarity to protein encoded by ORF1 of transposon Ant1 - Aspergillus niger; See PMID 8552048; uncharacterized protein	complement(797021..798001)	Aspergillus niger	4986802
An13g03540	CDS	An13g03540	NT_166528.1	798632	800331	D	Title: similarity to hypothetical protein encoded by An04g03850 - Aspergillus niger; uncharacterized protein	join(798632..799150,799198..799355,799442..799599,799925..800331)	Aspergillus niger	84592883
An13g03550	CDS	An13g03550	NT_166528.1	801118	802529	D	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: due to the presence of WD-40 repeats, the ORF shows similarity to several proteins, that contain this motif.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Similarity: the ORF is much shorter than het-e-1 of P. anserina (380 amino acids compaired to 1356), and shows no similarity to the GTP-binding domain of the vegetative incompatibility protein.; Title: strong similarity to vegetative incompatibility protein het-e1 - Podospora anserina; See PMID 10875280; See PMID 10974123; See PMID 7557402; See PMID 9435787; uncharacterized protein	join(801118..801183,801240..801428,801642..802529)	Aspergillus niger	84592884
An13g03560	CDS	An13g03560	NT_166528.1	803259	804754	R	Function: MAOB of H. sapiens plays an important role in regulating the intracellular levels of amines via there oxidation, e. g. it catalyzes the oxidative deamination of many neuro-transmitters and dietary amines.; Title: strong similarity to flavin-containing amine oxidase MAOB - Homo sapiens; uncharacterized protein	complement(join(803259..804004,804056..804362,804413..804754))	Aspergillus niger	4986805
An13g03570	CDS	An13g03570	NT_166528.1	805234	810172	R	Similarity: the ORF shows strong similarity to ABC transporters/multidrug resistance proteins with various substrate specificities.; Title: strong similarity to ABC transporter CDR4 -Candida albicans; See PMID 9767132; uncharacterized protein	complement(join(805234..805693,805755..806218,806275..807207,807263..807632,807687..808282,808329..808572,808624..808967,809021..809472,809546..809628,809685..810172))	Aspergillus niger	4986806
An13g03580	CDS	An13g03580	NT_166528.1	810208	811312	D	hypothetical protein	join(810208..810331,810460..810512,810627..810836,810911..811063,811181..811312)	Aspergillus niger	84592885
An13g03590	CDS	An13g03590	NT_166528.1	811331	813390	D	Similarity: the ORF shows similarity to several putative transcrption regulators.; Title: similarity to fungal ZBC protein sequence #41 from patent WO200224865-A2 - unidentified organism; uncharacterized protein	join(811331..811909,812030..812215,812277..812749,812952..813390)	Aspergillus niger	4986808
An13g03600	CDS	An13g03600	NT_166528.1	814824	816506	D	Catalytic activity: PLCN of B. pseudomallei converts phosphatidylcholine + H2O = 1,2-diacylglycerol + choline phosphate.; Function: PLCN of B. pseudomallei hydrolyses phosphatidylserine and phosphatidylcholine.; Similarity: the ORF overlaps with A. niger EST (EMBLEST:BE758821) an_3066.; Similarity: the predicted ORF is 225 amino acids shorter at its C-terminus than PLCN of B. pseudomallei.; Title: strong similarity to phosphatidylcholine-hydrolyzing phospholipase C PLCN -Burkholderia pseudomallei; uncharacterized protein	814824..816506	Aspergillus niger	4986809
An13g03610	CDS	An13g03610	NT_166528.1	816783	818576	R	Function: FLU1 of C. albicans is a multidrug efflux transporter of the major facilitator superfamily, which confers resistance to fluconazole and to cycloheximide.; Phenotype: the disruption of FLU1 in C. albicans had only a slight effect on fluconazole susceptibility; however, it resulted in hypersusceptibility to mycophenolic acid, thus suggesting that this compound could be a substrate for the protein encoded by FLU1.; Similarity: the ORF shows strong similarity to various multidrug efflux transporters with different substrate specificities.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; uncharacterized protein	complement(816783..818576)	Aspergillus niger	4986810
An13g03620	CDS	An13g03620	NT_166528.1	818781	820201	R	hypothetical protein	complement(join(818781..819038,819183..819340,819748..820201))	Aspergillus niger	4986811
An13g03630	CDS	An13g03630	NT_166528.1	820374	821505	R	hypothetical protein	complement(join(820374..820609,820696..820779,820886..820973,821048..821147,821226..821269,821371..821505))	Aspergillus niger	84592886
An13g03640	CDS	An13g03640	NT_166528.1	821865	823577	D	Function: polyamine transport proteins in the vacuolar membrane regulate the polyamine content in the cytoplasm.; Similarity: the ORF is 97 amino acids shorter at the N-terminus than TPO1 of S. cerevisiae.; Title: strong similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; vacuole; See PMID 11171066; See PMID 9920864; See PMID 10585849; uncharacterized protein	join(821865..822049,822101..822122,822195..822244,822297..822626,822674..823577)	Aspergillus niger	4986813
An13g03650	CDS	An13g03650	NT_166528.1	824804	826566	R	Function: high-affinity permease for lysine; Similarity: belongs to a family that groups many amino acid permeases; Title: strong similarity to lysine permease Lyp1 -Saccharomyces cerevisiae; plasma membrane; See PMID 8368011; uncharacterized protein	complement(join(824804..826278,826344..826566))	Aspergillus niger	4986814
An13g03660	CDS	An13g03660	NT_166528.1	826580	828825	R	Title: weak similarity to hypothetical protein encoded by An12g09260 - Aspergillus niger; uncharacterized protein	complement(join(826580..826881,827091..827242,827375..827667,827899..827964,828130..828161,828226..828266,828320..828603,828637..828825))	Aspergillus niger	4986815
An13g03670	CDS	An13g03670	NT_166528.1	830004	830120	D	Remark: C-terminally truncated ORF due to contig end.; Title: questionable ORF [truncated ORF]; uncharacterized protein	830004..>830120	Aspergillus niger	84592887
An13g03680	CDS	An13g03680	NT_166528.1	830328	831954	R	Induction: in S. cerevisiae the relatively high basal level of DAL5 expression did not increase further upon addition of allantoin pathway intermediates.; Repression: in S. cerevisiae steady-state DAL5 mRNA levels dropped precipitously when a repressive nitrogen source was provided.; Similarity: S. cerevisiae DAL5 specifies the Dal5p subfamily of the major facilitator family, which also includes YGR260w and YLR004c.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 3275614; uncharacterized protein	complement(join(830328..831273,831332..831954))	Aspergillus niger	4986817
An13g03690	CDS	An13g03690	NT_166528.1	832572	834091	R	Title: strong similarity to hypothetical protein EAA59596.1 - Aspergillus nidulans; uncharacterized protein	complement(join(832572..833865,834036..834091))	Aspergillus niger	4986818
An13g03700	CDS	An13g03700	NT_166528.1	834501	835463	D	hypothetical protein	join(834501..834919,834971..835088,835140..835463)	Aspergillus niger	4986819
An13g03710	CDS	An13g03710	NT_166528.1	836313	838294	D	Catalytic activity: hydrolysis of terminal,non-reducing 1,4-linked alpha-D-glucose residues with release of alpha-D-glucose.; Pathway: galactose metabolism; starch and sucrose metabolism.; Remark: the substrate specificity of the SAM1606 alpha-glucosidase was significantly different from those of the oligo-1,6-glucosidases.; Similarity: belongs to the alpha-glucosidases.; Title: strong similarity to alpha-glucosidase aglU -Bacillus sp.; See PMID 8125087; uncharacterized protein	join(836313..836486,836533..836991,837095..838294)	Aspergillus niger	4986820
An13g03730	CDS	An13g03730	NT_166528.1	838890	839285	D	Catalytic activity: acetyl-CoA + beta-D-Galactoside = CoA + 6-acetyl-beta-D-galactoside.; Remark: Escherichia coli galactoside acetyltransferase (GAT) is a member of a large family of acetyltransferases that O-acetylate dissimilar substrates but share limited sequence homology. Steady-state kinetic analysis of over-expressed GAT demonstrated that it accepted a range of substrates, including glucosides and lactosides which were acetylated at rates comparable to galactosides.; Remark: the ORF is C-terminal shorter than the matching sequences, probably due to an previous transposon insertion.; Similarity: belongs to the acetyltransferases (the isoleucine patch superfamily).; Title: similarity to galactoside acetyltransferase lacA - Escherichia coli; See PMID 7592843; uncharacterized protein	join(838890..838993,839027..839285)	Aspergillus niger	10098176
An13g03740	CDS	An13g03740	NT_166528.1	839694	840629	R	Title: weak similarity to hypothetical retrovirus-related polyprotein - Arabidopsis thaliana; uncharacterized protein	complement(join(839694..840123,840186..840202,840444..840629))	Aspergillus niger	84592888
An13g03760	CDS	An13g03760	NT_166528.1	842475	843050	R	Title: similarity to hypothetical protein encoded by An02g09120 - Aspergillus niger; uncharacterized protein	complement(join(842475..842551,842643..842703,842829..843050))	Aspergillus niger	84592889
An13g03790	CDS	An13g03790	NT_166528.1	844025	844608	D	Remark: strong similarity to Candida albicans polypeptide sequence # 24 patent EP982401-A2.; Similarity: belongs to the acetyltransferases (the isoleucine patch superfamily).; Title: strong similarity to polypeptide sequence # 24 from patent EP982401-A2 - Candida albicans; uncharacterized protein	join(844025..844046,844146..844182,844299..844608)	Aspergillus niger	84592890
An13g03800	CDS	An13g03800	NT_166528.1	844930	846600	R	Remark: strong similarity to bacterial esterase (BEST1) WO9606175-A2 and WO9902703-A1.; Remark: the esterase enzyme can degrade fumonisin. The polynucleotides encoding fumonisin degrading enzymes are useful for degrading fumonisins during the process of harvesting grain for animal feed, or in plant tissues,which are used for silage or as a spray on grain, fruit or vegetables. They are also useful for detoxifying fumonisins, structurally related mycotoxins, and fumonisin hydrolysis products of both.; Title: strong similarity to fumonisin esterase BEST1 from patent WO9606175-A2 - Bacterium ATCC 55552; uncharacterized protein	complement(844930..846600)	Aspergillus niger	4986826
An13g03810	CDS	An13g03810	NT_166528.1	847624	849378	D	Catalytic activity: digallate + H2O = 2 gallate.; Remark: also hydrolyses ester links in other tannins.; Remark: strong similarity to Aspergillus oryzae tannase protein patent JP08080196-A.; Remark: tannase gene product is translated as a single polypeptide that is cleaved by post-translational modification into two tannase subunits linked by a disulfide bond(s).; Remark: tannins have a wide range of effects on various organisms - from toxic effects on animals to growth inhibition of microorganisms.; Remark: the tannase can be used for clarification in beer production.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; See PMID 10192896; See PMID 11191769; uncharacterized protein	847624..849378	Aspergillus niger	4986827
An13g03820	CDS	An13g03820	NT_166528.1	850948	853457	D	Remark: the CZF1 gene, encoding a putative transcription factor, was shown to be involved in the regulation of hyphal growth under certain conditions,including embedded conditions. Ectopic expression of CZF1 in embedded cells promoted the rapid formation of hyphae. Elimination of CZF1 and CPH1, encoding a homologue of the S. cerevisiae Ste12p transcription factor, led to a pronounced defect in filamentous growth of embedded cells.; Similarity: contains a Zn(2)-Cys(6), fungal-type binuclear cluster domain.; Title: similarity to zinc-finger protein CZF1 -Candida albicans; See PMID 10564506; See PMID 1409649; uncharacterized protein	join(850948..851524,851578..851618,851673..852472,852768..852790,852878..852956,853001..853244,853314..853457)	Aspergillus niger	4986828
An13g03840	CDS	An13g03840	NT_166528.1	856073	856781	D	hypothetical protein	join(856073..856159,856380..856480,856535..856781)	Aspergillus niger	84592891
An13g03850	CDS	An13g03850	NT_166528.1	856937	857439	R	hypothetical protein	complement(join(856937..857275,857395..857439))	Aspergillus niger	84592892
An13g03860	CDS	An13g03860	NT_166528.1	858708	860098	R	Title: strong similarity to hypothetical protein encoded by An08g09040 - Aspergillus niger; uncharacterized protein	complement(join(858708..859882,859942..860098))	Aspergillus niger	4986832
An13g03870	CDS	An13g03870	NT_166528.1	860782	863244	R	Remark: genetic analysis and GFP fusions show that the NLS of a Zn-binuclear cluster transcriptional activator of Aspergillus nidulans (PrnA) is tripartite.; Remark: the prnA gene A. nidulans codes for a transcriptional activator that mediates proline induction of four other genes involved in proline utilization as a nitrogen and/or carbon source in Aspergillus nidulans.; Similarity: belongs to unassigned GAL4-type zinc cluster proteins.; Title: strong similarity to transcription activator prnA - Aspergillus nidulans; nucleus; See PMID 9622360; See PMID 10788322; uncharacterized protein	complement(join(860782..861841,861889..862493,862664..863075,863162..863244))	Aspergillus niger	4986833
An13g03890	CDS	An13g03890	NT_166528.1	864035	865853	R	Similarity: to multidrug-efflux transporters.; Title: strong similarity to hypothetical protein B15I20.50 - Neurospora crassa; uncharacterized protein	complement(join(864035..864388,864487..864840,864892..865293,865343..865357,865414..865596,865734..865853))	Aspergillus niger	4986835
An13g03900	CDS	An13g03900	NT_166528.1	868158	868999	D	hypothetical protein	join(868158..868450,868511..868736,868795..868869,868967..868999)	Aspergillus niger	4986836
An13g03910	CDS	An13g03910	NT_166528.1	870715	872312	R	Function: PYD2 enables Saccharomyces kluyveri to degrade the majority of pyrimidines.; Induction: PYD2 expression is inducible by dihydrouracil, though not by uracil.; Similarity: PYD2 shows similarities with dihydroorotases, allantoinases and uricases from various organisms.; Title: strong similarity to dihydropyrimidinase Pyd2 - Saccharomyces kluyveri; See PMID 10656811; uncharacterized protein	complement(join(870715..871234,871277..872217,872265..872312))	Aspergillus niger	4986837
An13g03920	CDS	An13g03920	NT_166528.1	872645	874486	D	Remark: this enzyme has strict specificity for the D-form and strict substrate specificity for N-carbamyl-D-amino acids, but does not react with N-carbamyl-beta-alanine.; Title: similarity to N-carbamyl-D-amino acid amidohydrolase - Pseudomonas sp.; See PMID 9648218; uncharacterized protein	join(872645..873128,873174..874486)	Aspergillus niger	4986838
An13g03930	CDS	An13g03930	NT_166528.1	874557	876301	R	Function: DAL4 is responsible for the transport of allantoin into the cell.; Phenotype: DAL4 mutants are unable to transport allantoin and exhibit a 50% loss of allantoate transport.; Similarity: there is a striking similarity of DAL4 to the uracil permease component encoded by FUR4.; Title: strong similarity to allantoin transport protein Dal4 - Saccharomyces cerevisiae; plasma membrane; See PMID 1293888; See PMID 3549700; uncharacterized protein	complement(join(874557..875803,875845..875930,875990..876089,876133..876301))	Aspergillus niger	4986839
An13g03940	CDS	An13g03940	NT_166528.1	876738	878104	R	Function: LCAD is involved in the utilization of fatty acids for energy generation.; Title: strong similarity to long-chain-acyl-CoA dehydrogenase precursor LCAD - Rattus norvegicus; localisation:mitochondrion; See PMID 8268228; See PMID 2777793; uncharacterized protein	complement(join(876738..877727,877772..877849,877925..878104))	Aspergillus niger	4986840
An13g03950	CDS	An13g03950	NT_166528.1	878972	880358	D	Title: strong similarity to hypothetical protein EAA59522.1 - Aspergillus nidulans; uncharacterized protein	join(878972..879086,879137..879407,879491..880358)	Aspergillus niger	4986841
An13g03960	CDS	An13g03960	NT_166528.1	880510	881045	R	hypothetical protein	complement(join(880510..880667,880777..880911,880958..881045))	Aspergillus niger	84592893
An13g03970	CDS	An13g03970	NT_166528.1	881243	882643	D	Catalytic activity: FAD of M. marinus catalyzes the reaction of formaldehyde + glutathione + NAD+ = S-formylglutathione + NADH.; Remark: the ORF encoded protein also shows similarity to other dehydrogenases.; Similarity: FAD of M. marinus belongs to the zinc-containing alcohol dehydrogenase family. class-III subfamily.; Title: similarity to glutathione-dependent formaldehyde dehydrogenase FDH - Methylobacter marinus; See PMID 7926692; uncharacterized protein	join(881243..881354,881414..882199,882248..882299,882357..882401,882451..882504,882616..882643)	Aspergillus niger	4986843
An13g03980	CDS	An13g03980	NT_166528.1	883184	884371	R	Phenotype: disruption of flavanone 3 beta-hydroxylase in Petunia hybrida causes white flowers.; Remark: the ORF encoded protein also shows similarity to other oxidoreductase.; Similarity: 3 beta-hydroxylase of Petunia hybrida belongs to the 1-aminocyclopropane-1-carboxylate oxidase family.; Title: similarity to flavanone 3 beta-hydroxylase -Petunia hybrida; See PMID 1544919; See PMID 2154946; uncharacterized protein	complement(join(883184..883234,883290..883936,883987..884371))	Aspergillus niger	4986844
An13g03990	CDS	An13g03990	NT_166528.1	884738	886731	D	Function: FUI1 of S. cerevisiae is required for the high-affinity transport of uridine.; Remark: YBL042C and YBL040 are alternative names for FUI1 of S. cerevisiae.; Remark: the ORF encoded protein also shows strong similarity to allantoin permeases.; Similarity: FUI1 of S. cerevisiae belongs to the allantoin permease family.; Title: strong similarity to uridine permease Fui1 -Saccharomyces cerevisiae; plasma membrane; See PMID 9485596; uncharacterized protein	join(884738..885237,885285..885389,885438..885813,885870..886012,886069..886139,886190..886731)	Aspergillus niger	4986845
An13g04000	CDS	An13g04000	NT_166528.1	886968	888216	R	Catalytic activity: hmgA of S. solfaticus catalyzes the reaction of (S)-mevalonate + CoA + 2 NADP+ = 3-hydroxy-3-methylglutaryl-CoA + 2 NADPH.; Function: hmgA of S. solfaticus converts HMG-CoA to mevalonate.; Similarity: hmgA of S. solfaticus belongs to the HMG-CoA reductase family.; Title: strong similarity to hydroxymethylglutaryl-CoA reductase hmgA - Sulfolobus solfataricus; See PMID 9171410; uncharacterized protein	complement(join(886968..887829,887906..888216))	Aspergillus niger	4986846
An13g04010	CDS	An13g04010	NT_166528.1	889569	890266	D	Title: similarity to hypothetical protein encoded by An13g04050 - Aspergillus niger; uncharacterized protein	join(889569..889923,889989..890266)	Aspergillus niger	84592894
An13g04030	CDS	An13g04030	NT_166528.1	890943	893407	R	Title: similarity to hypothetical protein B11A5.10 -Neurospora crassa; uncharacterized protein	complement(join(890943..891324,891515..891633,892308..892339,892433..893330,893384..893407))	Aspergillus niger	4986849
An13g04040	CDS	An13g04040	NT_166528.1	893780	894712	D	hypothetical protein	join(893780..894060,894109..894712)	Aspergillus niger	84592895
An13g04050	CDS	An13g04050	NT_166528.1	896196	897202	D	Title: similarity to hypothetical protein encoded by An13g04010 - Aspergillus niger; uncharacterized protein	join(896196..896256,896309..896346,896407..896900,896983..897202)	Aspergillus niger	84592896
An13g04060	CDS	An13g04060	NT_166528.1	901805	903858	R	Title: strong similarity to hypothetical protein encoded by An07g08820 - Aspergillus niger; uncharacterized protein	complement(join(901805..902537,902604..902719,902799..903118,903189..903858))	Aspergillus niger	4986852
An13g04070	CDS	An13g04070	NT_166528.1	904837	906067	R	Title: strong similarity to FLO11 gene expression regulator At14 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	complement(join(904837..905931,905996..906067))	Aspergillus niger	4986853
An13g04080	CDS	An13g04080	NT_166528.1	906528	908626	D	Remark: this P450 of G. fujikuroi is, together with three similar P450 monooxygenases, a putative geranylgeranyl diphosphate synthase, and a copalyl diphosphate synthase, involved in gibberellin biosynthesis.; Title: strong similarity to cytochrome P450 monooxygenase P450II - Gibberella fujikuroi; See PMID 9917370; See PMID 10531641; uncharacterized protein	join(906528..906872,907115..907205,907272..907850,907950..908314,908465..908626)	Aspergillus niger	4986854
An12g00010	CDS	An12g00010	NT_166527.1	472	1230	R	Remark: questionable ORF due to the absence of an intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(472..1230)	Aspergillus niger	4985368
An12g00015	CDS	An12g00015	NT_166527.1	2164	2562	R	hypothetical protein	complement(2164..2562)	Aspergillus niger	84592438
An12g00020	CDS	An12g00020	NT_166527.1	3315	5433	R	Function: lactate dehydrogenases catalyse the oxidation of lactate to pyruvate.; Remark: the predicted ORF shows homology to A. nidulans EST AA966896.; Similarity: the predicted ORF shows similarity to some lactate dehydrogenases from several species.; Title: strong similarity to D-lactate dehydrogenase dld - Kluyveromyces lactis; uncharacterized protein	complement(join(3315..3349,3399..3441,3566..3741,3803..5077,5157..5433))	Aspergillus niger	4985367
An12g00030	CDS	An12g00030	NT_166527.1	6505	7766	D	Catalytic activity: L-iditol 2-dehydrogenases catalyze L-sorbitol + NAD(+) = L-sorbose + NADH.; Function: L-iditol 2-dehydrogenases catalyze the oxidation by NAD+ of sorbitol to fructose.; Remark: the predicted ORF shows partial similarity to A. nidulans ESTs AA785306 and AA966892.; Title: strong similarity to L-iditol 2-dehydrogenase Sor1 - Saccharomyces cerevisiae; See PMID 8125328; See PMID 9464424; uncharacterized protein	join(6505..6531,6642..6764,6840..7766)	Aspergillus niger	4985352
An12g00040	CDS	An12g00040	NT_166527.1	8470	9607	R	Function: rab4 is involved in intracellular trafficking of proteins and might play a role in transport arrest during mitosis.; Remark: human rab4 is phoshorylated by cdc2-kinase during mitosis.; Title: strong similarity to GTP-binding protein rab4 - Homo sapiens; intracellular transport vesicles; See PMID 8330623; See PMID 1902553; See PMID 2501306; uncharacterized protein	complement(join(8470..8887,9041..9320,9442..9476,9555..9607))	Aspergillus niger	4985385
An12g00050	CDS	An12g00050	NT_166527.1	10286	13020	R	hypothetical protein	complement(join(10286..12808,12925..13020))	Aspergillus niger	4985377
An12g00060	CDS	An12g00060	NT_166527.1	14270	15256	D	Title: similarity to hypothetical protein CAE76586.1 - Neurospora crassa; uncharacterized protein	14270..15256	Aspergillus niger	4985382
An12g00080	CDS	An12g00080	NT_166527.1	19319	19621	D	Remark: questionable ORF due to the presence of only 55 amino acids coding sequence.; Title: questionable ORF; uncharacterized protein	join(19319..19405,19470..19510,19545..19563,19601..19621)	Aspergillus niger	84592439
An12g00090	CDS	An12g00090	NT_166527.1	20244	21008	D	hypothetical protein	join(20244..20289,20384..20436,20526..20674,20742..20844,20949..21008)	Aspergillus niger	84592440
An12g00100	CDS	An12g00100	NT_166527.1	24067	26510	D	Similarity: the N-terminal part of the predicted ORF shows weak similarities to polysaccharide synthesizing proteins of fungi and plants, that are supposed to be involved in cell wall biogenesis.; Similarity: the predicted ORF shows similarities to A. nidulans EST AA784284.; Title: strong similarity to hypothetical polysaccharide synthase CPS1 - Filobasidiella neoformans; uncharacterized protein	join(24067..24104,24211..25080,25124..25357,25403..25694,26251..26323,26473..26510)	Aspergillus niger	4985381
An12g00110	CDS	An12g00110	NT_166527.1	27685	28845	D	Function: atp12 of S. cerevisiae is required for the assembly of the mitochondrial F1-F0 complex.; Localization: atp12 of S. cerevisiae is located in the mitochondrial matrix.; Similarity: the first 40 amino acids of atp12 from S. cerevisiae, which are probably necessary for mitochondrial localization, show no homology to the predicted ORF.; Title: strong similarity to F1-F0 complex assembling factor Atp12 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1826907; See PMID 2142305; uncharacterized protein	join(27685..27982,28049..28845)	Aspergillus niger	4985373
An12g00120	CDS	An12g00120	NT_166527.1	29221	33426	D	Function: swh1 of S. cerevisiae plays a role in ergosterol synthesis.; Function: the seven homologues of the mammalian oxysterol-binding protein (OSBP) in S. cerevisiae are implicated in lipid trafficking and sterol homeostasis.; Remark: swh1 is also called osh1 or YAR044W.; Similarity: the predicted ORF shares homologies with the A. nidulans EST AA788412.; Title: strong similarity to hypothetical oxysterol binding protein homologue Swh1 - Saccharomyces cerevisiae; See PMID 11238399; uncharacterized protein	join(29221..29240,29487..30727,30791..32166,32231..32584,32656..33426)	Aspergillus niger	4985375
An12g00130	CDS	An12g00130	NT_166527.1	33667	35306	D	Function: the mss51 protein of S. cerevisiae is required for the maturation and translation of cytochrome c oxidase subunit I mRNA.; Phenotype: the mss51 mutant of S. cerevisiae is respiratory deficient due to the absence of cytochrome c oxidase subunit 1 (Cox1p).; Similarity: the predicted ORF is identical to the first 42 nucleotides of A. niger EST ANI239933.; Title: strong similarity to mRNA processing protein of cytochrome c oxidase Mss51 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 6320175; See PMID 10803883; See PMID 2177521; See PMID 6297789; uncharacterized protein	join(33667..34555,34621..35306)	Aspergillus niger	4985387
An12g00140	CDS	An12g00140	NT_166527.1	36341	36880	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: weak similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	complement(36341..36880)	Aspergillus niger	84592441
An12g00150	CDS	An12g00150	NT_166527.1	37999	38722	D	Remark: questionable ORF due to the presence of unusally long introns.; Title: questionable ORF; uncharacterized protein	join(37999..38051,38218..38306,38535..38722)	Aspergillus niger	84592442
An12g00160	CDS	An12g00160	NT_166527.1	39797	42060	R	Catalytic activity: mae1 of S. cerevisiae (oxaloacetate decarboxylating) catalyses the oxidative decarboxylation of malate to pyruvate (S)-malate + NAD(+) <=> pyruvate + CO2 + NADH.; Function: mae1 of S. cerevisiae is involved in the synthesis of pyruvate by facilitating an alternative route for pyruvate synthesis, that is not dependent on the activity of pyruvate kinase.; Induction: a three to fourfold induction of mae1 from S. cerevisiae was observed during anaerobic growth on glucose.; Phenotype: the null mutant of S. cerevisiae exhibits no malic enzyme activity.; Title: strong similarity to malate dehydrogenase homolog Mae1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9062925; See PMID 9603875; uncharacterized protein	complement(join(39797..40134,40207..40574,40645..40911,40979..41112,41162..41290,41343..41546,41619..41840,41893..42060))	Aspergillus niger	4985372
An12g00170	CDS	An12g00170	NT_166527.1	43434	44553	R	Catalytic activity: quinone reductases catalyse NADPH + quinone = NADP(+) + semiquinone.; Function: quinone reductases catalyse the one electron reduction of certain quinones.; Title: strong similarity to quinone reductase cryz -Cavia porcellus; See PMID 9426193; See PMID 1989495; uncharacterized protein	complement(join(43434..44441,44521..44553))	Aspergillus niger	4985376
An12g00180	CDS	An12g00180	NT_166527.1	45427	46584	R	hypothetical protein	complement(join(45427..46390,46457..46584))	Aspergillus niger	4985356
An12g00190	CDS	An12g00190	NT_166527.1	47480	52370	R	Remark: questionable ORF due to unusal exon-intron structure.; Title: questionable ORF; uncharacterized protein	complement(join(47480..47803,48875..49049,49113..49206,49325..49442,49810..49906,49962..50041,50169..50233,50319..50410,50914..51068,51167..51273,51354..51400,51571..51650,51707..51785,51938..52039,52172..52217,52298..52370))	Aspergillus niger	84592443
An12g00200	CDS	An12g00200	NT_166527.1	52373	55708	D	Remark: questionable ORF due to the presence of an unusal exon-intro structure.; Title: questionable ORF; uncharacterized protein	join(52373..52403,52592..52705,52871..53106,53183..53333,53454..53713,53801..53977,54016..54304,54400..54458,54514..54633,54734..54846,55290..55367,55465..55708)	Aspergillus niger	84592444
An12g00210	CDS	An12g00210	NT_166527.1	56392	61527	R	Function: snf2 of H. sapiens as part of the swi/snf complex is involved in reorganization of chromatin structure to facilitate binding of transcription factors.; Function: the human swi/snf complex mediates the ATP-dependent disruption of a nucleosome, thereby enabling the activators, gal4-vp16 and gal4-ah, to bind within a nucleosome core.; Remark: the predicted ORF is 100 amino acids longer at the N-terminus than human snf2.; Similarity: the predicted ORF shows similarities with several snf proteins from different species starting around amino acid 800 of the predicted ORF.; Title: strong similarity to transcription activator snf2 - Homo sapiens; nucleus; See PMID 8047169; See PMID 9099865; uncharacterized protein	complement(56392..61527)	Aspergillus niger	4985365
An12g00220	CDS	An12g00220	NT_166527.1	62137	62735	D	Similarity: the predicted ORF overlaps with A. niger EST BE759492.; Similarity: the predicted ORF shares weak similarities with one chain of human and bovine NADH dehydrogenase.; Title: strong similarity to hypothetical protein EAA61911.1 - Aspergillus nidulans; uncharacterized protein	join(62137..62259,62332..62643,62706..62735)	Aspergillus niger	4985358
An12g00230	CDS	An12g00230	NT_166527.1	63687	67976	D	Title: strong similarity to hypothetical protein B14D6.520 - Neurospora crassa; uncharacterized protein	join(63687..65623,65678..65863,65921..66389,66441..67025,67083..67976)	Aspergillus niger	4985374
An12g00240	CDS	An12g00240	NT_166527.1	68429	68804	R	Function: a member of the yer057c/yjgf/upf0076/uk114 family, the yabJ gene from B. subtilis is required for adenine-mediated repression of purine biosynthetic genes.; Function: human recombinant uk14 (p14. 5) inhibits in vitro protein synthesis in a rabbit reticulocyte lysate system.; Induction: the uk14 mRNA of H. sapiens is weakly expressed in freshly isolated monocytes, but is significantly upregulated when these monocytes are subjected to differentiation.; Remark: the ORF is N-terminally truncated due to 3' contig boder.; Remark: uk14 belongs to the new hypothetical family of small proteins with presently unknown function, named yer057c/yjgf/upf0076/uk114 family.; Title: strong similarity to translational inhibitor uk14 - Homo sapiens [truncated ORF]; See PMID 8973653; uncharacterized protein	complement(join(68429..68575,68664..>68804))	Aspergillus niger	4985362
An12g00250	CDS	An12g00250	NT_166527.1	68907	69265	D	Remark: the ORF encoded protein is N-terminally truncated due to the contig border.; Title: weak similarity to precursor of antiplatelet protein - Haementeria officinalis [truncated ORF]; uncharacterized protein	join(<68907..68990,69044..69115,69164..69265)	Aspergillus niger	84592445
An12g00260	CDS	An12g00260	NT_166527.1	69621	71354	R	Remark: blastp homologies may be due to repetetive sequence motives.; Title: weak similarity to hypothetical protein AAF50995.2 - Drosophila melanogaster; uncharacterized protein	complement(join(69621..71030,71232..71354))	Aspergillus niger	4985366
An12g00270	CDS	An12g00270	NT_166527.1	71572	72117	D	hypothetical protein	join(71572..71681,71778..72117)	Aspergillus niger	84592446
An12g00290	CDS	An12g00290	NT_166527.1	72966	73546	D	hypothetical protein	join(72966..72968,73099..73341,73478..73546)	Aspergillus niger	84592447
An12g00300	CDS	An12g00300	NT_166527.1	73805	74002	R	hypothetical protein	complement(73805..74002)	Aspergillus niger	84592448
An12g00310	CDS	An12g00310	NT_166527.1	74451	75578	D	hypothetical protein	join(74451..74519,74630..74710,74793..74891,75133..75223,75295..75382,75464..75578)	Aspergillus niger	84592449
An12g00320	CDS	An12g00320	NT_166527.1	76298	77031	D	Catalytic activity: APT1 of S. cerevisiae catalyzes the reaction of AMP + diphosphate = adenine + 5-phospho-alpha-D-ribose 1-diphosphate.; Pathway: APT1 of S. cerevisiae play a role in the purin salvage pathway.; Remark: YML022W is the systematic name for APT1.; Title: strong similarity to adenine phosphoribosyltransferase Apt1 - Saccharomyces cerevisiae; See PMID 7642142; uncharacterized protein	join(76298..76796,76877..77031)	Aspergillus niger	4985360
An12g00330	CDS	An12g00330	NT_166527.1	77461	78286	R	Title: weak similarity to hypothetical protein Rv0923c - Mycobacterium tuberculosis; uncharacterized protein	complement(join(77461..77494,77616..78286))	Aspergillus niger	4985359
An12g00340	CDS	An12g00340	NT_166527.1	79220	82635	R	Function: human alpha 1,2-mannosidase IB processes Man9GlcNAc to Man5GlcNAc.; Title: similarity to alpha 1,2-mannosidase IB - Homo sapiens; See PMID 9592125; uncharacterized protein	complement(join(79220..81292,81386..81433,81488..81668,81759..81919,82025..82053,82111..82172,82215..82481,82559..82635))	Aspergillus niger	4985369
An12g00350	CDS	An12g00350	NT_166527.1	83407	84535	R	hypothetical protein	complement(join(83407..83616,83684..84535))	Aspergillus niger	4985361
An12g00360	CDS	An12g00360	NT_166527.1	84561	84979	D	hypothetical protein	join(84561..84577,84639..84879,84899..84979)	Aspergillus niger	84592450
An12g00370	CDS	An12g00370	NT_166527.1	86711	88038	R	Function: the human small nuclear ribonucleoprotein (snRNP) U5 is part of the spliceosome.; Title: strong similarity to U5 snRNP-specific 40 kDa protein - Homo sapiens; See PMID 9774689; uncharacterized protein	complement(join(86711..86763,86819..87574,87639..87719,87825..88038))	Aspergillus niger	4985364
An12g00380	CDS	An12g00380	NT_166527.1	88424	89329	D	Complex: Bet3p is a component of the TRAPP complex which may act upstream of the SNARE complex.; Function: Bet3p of S. cerevisiae is nvolved in targeting and fusion of ER to golgi transport vesicles.; Golgi; Phenotype: bet3-1 at the nonpermissive temperature fails to transport invertase, alpha-factor and carboxypeptidase Y to the Golgi.; Remark: YKR068C is the systematic name for BET3.; Title: strong similarity to Bet3 - Saccharomyces cerevisiae; See PMID 10698928; uncharacterized protein	join(88424..88461,88636..88855,88937..89128,89210..89329)	Aspergillus niger	4985384
An12g00390	CDS	An12g00390	NT_166527.1	92116	94747	D	Title: strong similarity to hypothetical protein SOM1 - Neurospora crassa; uncharacterized protein	join(92116..92613,92670..92821,92905..94189,94255..94518,94577..94747)	Aspergillus niger	4985388
An12g00400	CDS	An12g00400	NT_166527.1	97834	99694	R	Title: weak similarity to hypothetical protein K06A9.1a - Caenorhabditis elegans; uncharacterized protein	complement(join(97834..99035,99184..99227,99294..99528,99598..99694))	Aspergillus niger	4985389
An12g00410	CDS	An12g00410	NT_166527.1	101316	102702	R	Localization: RBP47 of N. plumbaginifolia is localized in the nucleus.; Remark: RBP47 of N. plumbaginifolia does not stimulate mRNA splicing.; Remark: in vivo UV crosslinking experiments demonstrated that RBP47 of N. plumbaginifolia is associated with the nuclear poly(A)+ RNA.; Title: strong similarity to RNA binding protein 47 RBP47 - Nicotiana plumbaginifolia; nucleus; See PMID 11105760; uncharacterized protein	complement(join(101316..102069,102130..102273,102330..102434,102497..102702))	Aspergillus niger	4985390
An12g00420	CDS	An12g00420	NT_166527.1	104857	106496	R	hypothetical protein	complement(join(104857..104964,105141..105233,105523..105913,106261..106496))	Aspergillus niger	84592451
An12g00430	CDS	An12g00430	NT_166527.1	107669	108650	R	hypothetical protein	complement(join(107669..107735,107919..108087,108125..108180,108219..108274,108399..108650))	Aspergillus niger	84592452
An12g00440	CDS	An12g00440	NT_166527.1	109436	110440	R	Title: weak similarity to hypothetical protein SPCC1494.09c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(109436..109956,110032..110440))	Aspergillus niger	4985393
An12g00450	CDS	An12g00450	NT_166527.1	111221	112201	R	Title: similarity to hypothetical protein bK126B4.3 - Homo sapiens; uncharacterized protein	complement(join(111221..111247,111290..112201))	Aspergillus niger	4985394
An12g00460	CDS	An12g00460	NT_166527.1	112576	114095	R	Function: C. albicans DLH1 complements a dmc1/dmc1 null mutant in S. cerevisiae. DLH1 restores both sporulation and meiotic recombination to a Saccharomyces dmc1 delta/dmc1 delta strain.; Remark: C. albicans is a fungus that is thought not to undergo meiosis, yet the presence of an intact homologue of a meiosis-specific gene in C. albicans raises the possibility that this organism has a cryptic meiotic pathway.; Similarity: the predicted A. niger protein shows strong similarity to the functional homologue of the meiosis-specific gene DMC1 (DLH1) of C. albicans.; Title: strong similarity to protein DLH1 - Candida albicans; See PMID 8725225; uncharacterized protein	complement(join(112576..112643,112692..112854,112907..112929,112993..113420,113485..113588,113659..113754,113880..113963,114057..114095))	Aspergillus niger	4985395
An12g00470	CDS	An12g00470	NT_166527.1	115058	116125	R	Title: similarity to hexamer-binding protein HEXBP -Leishmania major; See PMID 8314766; uncharacterized protein	complement(join(115058..115297,115357..115542,115608..115723,115885..115896,115969..116004,116071..116125))	Aspergillus niger	4985396
An12g00480	CDS	An12g00480	NT_166527.1	117646	119309	R	Catalytic activity: UTP + N-acetyl-alpha-D-glucosamine 1-phosphate <=> diphosphate + UDP-N-acetyl-D-glucosamine; Title: strong similarity to UDP-N-acetylglucosamine pyrophosphorylase CaUAP1 - Candida albicans; See PMID 9603950; uncharacterized protein	complement(join(117646..117717,117801..118535,118593..119309))	Aspergillus niger	4985397
An12g00490	CDS	An12g00490	NT_166527.1	120078	121696	R	Catalytic activity: Peptidylproline (omega=180) <=> peptidylproline (omega=0); Remark: Cis-trans isomerization of proline imidic peptide bonds in oligopeptides.; Title: strong similarity to cyclophilin isoform 10 cyp-10 - Caenorhabditis elegans; See PMID 8694762; uncharacterized protein	complement(join(120078..120494,120553..120749,120803..121503,121617..121696))	Aspergillus niger	4985398
An12g00500	CDS	An12g00500	NT_166527.1	125356	126943	D	Title: weak similarity to hypothetical protein CG7709 - Drosophila melanogaster; uncharacterized protein	join(125356..125583,125630..125740,125816..126943)	Aspergillus niger	4985399
An12g00510	CDS	An12g00510	NT_166527.1	129181	129932	R	Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S24.e - Saccharomyces cerevisiae; cytoplasm; 40S ribosomal protein eS24	complement(join(129181..129257,129329..129576,129856..129932))	Aspergillus niger	4985400
An12g00520	CDS	An12g00520	NT_166527.1	130334	131991	D	Title: similarity to hypothetical membrane protein YJR129c - Saccharomyces cerevisiae; uncharacterized protein	join(130334..130570,130704..131297,131627..131795,131876..131991)	Aspergillus niger	4985401
An12g00530	CDS	An12g00530	NT_166527.1	132389	134467	R	Title: similarity to myosin heavy chain - Gallus gallus; uncharacterized protein	complement(132389..134467)	Aspergillus niger	4985402
An12g00540	CDS	An12g00540	NT_166527.1	134614	135075	D	hypothetical protein	join(134614..134797,134852..135075)	Aspergillus niger	84592453
An12g00550	CDS	An12g00550	NT_166527.1	135616	139061	R	Title: strong similarity to hypothetical protein KIAA1464 - Homo sapiens; uncharacterized protein	complement(join(135616..135845,136041..136359,136624..136730,136788..137303,137362..137608,137671..137801,137862..138088,138148..139061))	Aspergillus niger	4985404
An12g00560	CDS	An12g00560	NT_166527.1	140100	140809	D	hypothetical protein	join(140100..140139,140177..140276,140344..140441,140613..140809)	Aspergillus niger	84592454
An12g00570	CDS	An12g00570	NT_166527.1	141115	141977	R	Title: similarity to hypothetical protein SPAC23G3.04 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(141115..141499,141556..141977))	Aspergillus niger	4985406
An12g00580	CDS	An12g00580	NT_166527.1	144377	145633	R	Remark: DnaJ protein could behave as a functional heat shock protein in Brucella ovis.; Title: weak similarity to heat shock protein dnaJ -Brucella ovis; See PMID 1459952; uncharacterized protein	complement(join(144377..144883,144925..144948,144981..145499,145589..145633))	Aspergillus niger	4985407
An12g00590	CDS	An12g00590	NT_166527.1	145959	147579	D	Remark: YOR340c is the alternate name for RPA43.; Similarity: the similarity to S. cerevisiae RPA43 is concerning the N-terminal half of the predicted ORF.; Title: similarity to 36 kD subunit of DNA-dependent RNA polymerase I Rpa43 - Saccharomyces cerevisiae; See PMID 7592632; uncharacterized protein	join(145959..147279,147437..147579)	Aspergillus niger	4985408
An12g00600	CDS	An12g00600	NT_166527.1	147812	149610	R	Catalytic activity: NADH + 2 monodehydroascorbate = NAD(+) + 2 ascorbate.; Remark: MDA reductase from Cucumis sativus, an FAD-enzyme, is the first enzyme to be identified whose substrate is an organic radical and catalyzes the reduction of MDA to ascorbate by NAD(P)H.; Title: similarity to monodehydroascorbate reductase MDA - Cucumis sativus; See PMID 7545669; uncharacterized protein	complement(join(147812..149069,149124..149313,149388..149610))	Aspergillus niger	4985409
An12g00610	CDS	An12g00610	NT_166527.1	150602	154430	R	Remark: serine rich proteins.; Remark: shows also similarities to dentin sialophosphoprotein precursor of Homo sapiens.; Title: weak similarity to RNA I and III supressor gene Srp40 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(150602..151607,151664..153982,154069..154430))	Aspergillus niger	4985410
An12g00620	CDS	An12g00620	NT_166527.1	155183	157282	R	Title: strong similarity to hypothetical protein EAA61938.1 - Aspergillus nidulans; uncharacterized protein	complement(join(155183..155872,155921..156493,156571..156783,156842..156955,157070..157282))	Aspergillus niger	4985411
An12g00630	CDS	An12g00630	NT_166527.1	157752	159607	R	Catalytic activity: Triacylglycerol + H2O = Diacylglycerol + a Carboxylate; Diacylglycerol + H2O = Monoacylglycerol + a Carboxylate.; Pathway: Glycerolipid metabolism.; Remark: Escherichia coli cells with a disrupted diacylglycerol kinase gene are unable to grow on media containing arbutin due to a lethal accumulation of diacylglycerol.; Title: strong similarity to triacylglycerol lipase Tgl2 - Saccharomyces cerevisiae; See PMID 9544243; uncharacterized protein	complement(join(157752..157855,158170..158204,158288..158515,158571..158700,158751..158789,158837..159024,159095..159335,159400..159607))	Aspergillus niger	4985412
An12g00640	CDS	An12g00640	NT_166527.1	160087	160765	R	Catalytic activity: ATP + H2O = ADP + Orthophosphate.; Pathway: oxidative phosphorylation; Photosynthesis; ATP Synthase.; Remark: non-integral membrane component of the membrane integral v0 complex of vacuolar atpase. v-atpase is responible for acidifying a variety of intracellular compartment in eukaryotic cells.; Remark: the protein probably couples ATP hydrolysis and proton translocation.; Similarity: similar to the b-subunit of the F-type ATPase.; Title: strong similarity to vacuolar atp synthase subunit g vma10 - Neurospora crassa; See PMID 9559854; See PMID 10748245; uncharacterized protein	complement(join(160087..160260,160347..160447,160500..160531,160576..160631,160668..160706,160763..160765))	Aspergillus niger	4985413
An12g00650	CDS	An12g00650	NT_166527.1	161054	161385	D	Remark: the nuclear genes PET117 and PET191 are required for the assembly of active cytochrome c oxidase in S. cerevisiae, yet their gene products are not subunits of the final assembled cytochrome c oxidase complex.; Title: similarity to assembly factor of cytochrome c oxidase Pet117 - Saccharomyces cerevisiae; See PMID 8381337; See PMID 8811190; uncharacterized protein	join(161054..161149,161212..161385)	Aspergillus niger	4985414
An12g00660	CDS	An12g00660	NT_166527.1	162676	164384	D	Catalytic activity: L-Tryptophan + O2 = N-Formylkynurenine.; Pathway: Tryptophan metabolism.; Remark: The depletion of an essential amino acid (aa), tryptophan, caused by interferon-gamma (IFN-gamma)-mediated induction of indoleamine 2,3-dioxygenase (IDO) in mouse allografted tumor cells, has been suggested as a reason for the allograft rejection.; Title: similarity to indoleamine 2,3-dioxygenase IDO - Mus musculus; See PMID 1937018; uncharacterized protein	join(162676..163166,163224..163537,163589..163749,163806..164108,164169..164384)	Aspergillus niger	4985415
An12g00670	CDS	An12g00670	NT_166527.1	164709	165860	D	Catalytic activity: Cinnamyl alcohol + NADP+ = Cinnamaldehyde + NADPH.; Pathway: flavonoids, stilbene and lignin biosynthesis.; Remark: acts on coniferyl alcohol, sinapyl alcohol,4-coumaryl alcohol and cinnamyl alcohol.; Title: strong similarity to cinnamyl-alcohol dehydrogenase CAD14 - Nicotiana tabacum; See PMID 9788995; See PMID 10322194; See PMID 1643282; uncharacterized protein	164709..165860	Aspergillus niger	4985416
An12g00680	CDS	An12g00680	NT_166527.1	167287	169660	R	Remark: it contains a Fungal Zn(2)-Cys(6) binuclear cluster domain.; Title: similarity to gene expression regulator At14 from patent WO200257456-A2 - Unclassified organism; nucleus; uncharacterized protein	complement(join(167287..168474,168795..168829,168946..169660))	Aspergillus niger	10098108
An12g00690	CDS	An12g00690	NT_166527.1	170368	173866	D	Title: strong similarity to hypothetical protein CAD21497.1 - Neurospora crassa; uncharacterized protein	join(170368..172779,172828..173329,173397..173866)	Aspergillus niger	4985418
An12g00695	CDS	An12g00695	NT_166527.1	175111	175347	D	hypothetical protein	175111..175347	Aspergillus niger	84592455
An12g00700	CDS	An12g00700	NT_166527.1	177790	178933	R	Catalytic activity: a Phenyl acetate + H2O = a Phenol + Acetate.; Title: weak similarity to arylesterase EST1 -Acetobacter pasteurianus; See PMID 11330700; uncharacterized protein	complement(join(177790..178371,178445..178746,178804..178933))	Aspergillus niger	4985420
An12g00710	CDS	An12g00710	NT_166527.1	179705	180548	R	Title: strong similarity to hypothetical protein CAD21276.1 - Neurospora crassa; uncharacterized protein	complement(join(179705..180301,180357..180548))	Aspergillus niger	4985421
An12g00720	CDS	An12g00720	NT_166527.1	182214	186046	R	Catalytic activity: nucleoside triphosphate + RNA(n) = pyrophosphate + RNA(n+1).; Remark: catalyses DNA-template-directed extention of the 3'- end of an RNA strand by one nucleotide at a time. can initiate a chain de novo.; Remark: in eukaryotes, three forms of the enzyme have been distinguished on the basis of sensitivity to alpha-amanitin, and the type of RNA synthesized.; Remark: the enzyme needs DNA as template.; Title: strong similarity to 138 kD subunit of DNA-dependent RNA polymerase II rpb2p - Schizosaccharomyces pombe; nucleus; See PMID 10605121; See PMID 10916156; uncharacterized protein	complement(join(182214..182376,182439..186046))	Aspergillus niger	4985422
An12g00730	CDS	An12g00730	NT_166527.1	186436	188783	R	Remark: conserved hypothetical protein in different organisms, Schizosaccharomyces pombe, Drosophila melanogaster, Arabidopsis thaliana, Caenorhabditis elegans.; Title: strong similarity to hypothetical conserved protein SPAC1952.06c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(186436..186455,186578..186622,186683..186800,186856..187140,187194..187708,187759..187852,187900..188134,188194..188300,188356..188597,188655..188709,188757..188783))	Aspergillus niger	4985423
An12g00740	CDS	An12g00740	NT_166527.1	189152	189401	D	Title: weak similarity to mitochondrial protein TOM6 - Neurospora crassa; uncharacterized protein	join(189152..189271,189348..189401)	Aspergillus niger	4985425
An12g00750	CDS	An12g00750	NT_166527.1	190738	193075	D	Remark: functional studies have shown that the amdR genes are highly conserved and functionally interchangeable between the two species.; Remark: inactivation of the A. oryzae gene results in the inability to grow on gamma-amino-butyric acid (GABA) as a carbon and/or nitrogen source indicating that GABA utilization is amdR-dependent in A. oryzae as it is in A. nidulans.; Remark: the positively acting regulatory gene amdR of Aspergillus nidulans coordinately regulates the expression of five structural genes involved in the catabolism of certain amides (amdS), omega amino acids (gatA and gabA), and lactams (lamA and lamB) in the presence of omega amino acid inducers.; Title: strong similarity to transcription regulator amdR - Aspergillus oryzae; See PMID 2188110; See PMID 1452021; uncharacterized protein	join(190738..191136,191189..193075)	Aspergillus niger	84592456
An12g00760	CDS	An12g00760	NT_166527.1	193518	195245	R	Catalytic activity: Nicotinate D-ribonucleotide + Pyrophosphate = Nicotinate + 5-Phospho-alpha-D-ribose 1-diphosphate.; Pathway: nicotinate and nicotinamide metabolism.; Remark: htere is a homology to bacterial nicotinate phosphoribosyl transferase.; Title: strong similarity to hypothetical nicotinate phosphoribosyltransferase Npt1 - Saccharomyces cerevisiae; See PMID 7030616; See PMID 8516295; See PMID 10218108; uncharacterized protein	complement(join(193518..193735,193818..194256,194309..194928,194987..195070,195134..195245))	Aspergillus niger	4985426
An12g00770	CDS	An12g00770	NT_166527.1	196353	197609	D	Remark: similarity with the human candidate tumor suppressorp33(ING1).; Remark: the yeast protein is a component of NuA4 histone acetyltransferase complex.; Title: similarity to tumour suppressor p33ING1b ING1 - Homo sapiens; nucleus; See PMID 10805724; See PMID 10866301; See PMID 11076655; uncharacterized protein	196353..197609	Aspergillus niger	4985427
An12g00780	CDS	An12g00780	NT_166527.1	198215	199350	R	Catalytic activity: Nucleoside triphosphate + RNA(n) = Pyrophosphate + RNA(n+1).; Remark: in yeast it is an essential subunit, since inactivation by deletion or nonsense mutations led to a recessive lethal phenotype.; Title: strong similarity to 31 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; nucleus; See PMID 10384303; See PMID 1400451; uncharacterized protein	complement(join(198215..199058,199094..199350))	Aspergillus niger	4985428
An12g00790	CDS	An12g00790	NT_166527.1	199889	202276	D	Remark: STI1 may play a role in mediating the heat shock response of some HSP70 genes.; Title: strong similarity to stress-induced protein Sti1 - Saccharomyces cerevisiae; See PMID 2674681; See PMID 10567567; uncharacterized protein	join(199889..199953,200042..200235,200294..201032,201089..201680,201740..201888,202126..202276)	Aspergillus niger	4985429
An12g00800	CDS	An12g00800	NT_166527.1	205975	210915	D	Remark: Immunoblotting revealed that vp115 was not actually a component of the glucose transporter-containing vesicles, was most abundant in the plasma membranes and high density microsome fractions of rat adipocytes, and was expressed in all the major rat tissues.; Title: strong similarity to C2-domain family vesicle protein GLUT4 - Rattus norvegicus; See PMID 10350628; uncharacterized protein	join(205975..206187,206263..206325,206412..206667,206726..209137,209192..209332,209385..209527,209581..210915)	Aspergillus niger	4985430
An12g00810	CDS	An12g00810	NT_166527.1	211752	212296	R	hypothetical protein	complement(join(211752..211942,212067..212173,212244..212296))	Aspergillus niger	84592457
An12g00820	CDS	An12g00820	NT_166527.1	214518	216916	D	Catalytic activity: UTP + alpha-D-Glucose 1-phosphate = Pyrophosphate + UDPglucose.; Pathway: pentose and glucuronate interconversions; Galactose metabolism; Starch and sucrose metabolism; Nucleotide sugars metabolism.; Remark: in yeast a few percent of enzymatic activities leading to the formation of UDP-Glc appears sufficient to provide the UDP-Glc demands required for cell viability.; Remark: the loss of function of UGP1 is lethal mainly because of the inability of yeast cells to properly form the cell wall.; Title: strong similarity to UTP-glucose-1-phosphate uridylyltransferase Ugp1 - Saccharomyces cerevisiae; See PMID 9159472; See PMID 1481573; uncharacterized protein	join(214518..214619,215453..216916)	Aspergillus niger	4985432
An12g00830	CDS	An12g00830	NT_166527.1	217660	220503	D	Remark: nit-4, a pathway-specific regulatory gene in the nitrogen circuit of Neurospora crassa, is required for the expression of nit-3 and nit-6, the structural genes which encode nitrate and nitrite reductase, respectively.; Remark: there is another homologous regulatory gene from Aspergillus nidulans, nirA, which encodes a protein whose amino-terminal half has approximately 60% amino acid identity with NIT4 but whose carboxy terminus is completely different.; Title: strong similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 1922075; See PMID 1840634; uncharacterized protein	join(217660..217775,218012..218171,218277..218876,218990..219141,219211..219387,219417..219791,219912..220503)	Aspergillus niger	4985433
An12g00840	CDS	An12g00840	NT_166527.1	220980	223631	D	Remark: activation target is probably a protein or proteins in the basal initiation complex.; Remark: the protein contains the fungal Zn(2)-Cys(6) binuclear cluster domain.; Title: strong similarity to transcription factor ntf1p - Schizosaccharomyces pombe; See PMID 8163491; uncharacterized protein	join(220980..221516,221633..222345,222404..223631)	Aspergillus niger	4985434
An12g00850	CDS	An12g00850	NT_166527.1	225194	227429	R	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the A. niger gene is only one half of the lenght of the P. anserina protein.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 7557402; uncharacterized protein	complement(join(225194..227262,227351..227429))	Aspergillus niger	4985435
An12g00860	CDS	An12g00860	NT_166527.1	228356	231451	R	Remark: the protein contains a domain of glutamine rich residues.; Title: similarity to hypothetical protein AAN36787.1 - Plasmodium falciparum; uncharacterized protein	complement(228356..231451)	Aspergillus niger	84592458
An12g00870	CDS	An12g00870	NT_166527.1	233025	234701	R	Remark: Ssu1p mediates efflux of the free form of sulphite.; Title: strong similarity to sulfite resistant protein Ssu1 - Saccharomyces cerevisiae; See PMID 8082198; See PMID 9294463; See PMID 10870099; uncharacterized protein	complement(join(233025..233165,233492..233777,233836..234132,234194..234562,234616..234701))	Aspergillus niger	4985437
An12g00880	CDS	An12g00880	NT_166527.1	235515	238738	R	Catalytic activity: 1,2-Bis(4-hydroxy-3-methoxyphenyl)ethylene + O2 = 2 Vanillin.; Remark: the A. niger protein seems c-terminal 200 aa to long.; Remark: the enzyme catalyses oxidative cleavage of the interphenyl double bond in the synthetic substrate and lignin-derived stilbenes. It is responsible for the degradation of a diarylpropane-type structure in lignin.; Title: strong similarity to neoxanthin cleavage enzyme NC1 - Arabidopsis thaliana; See PMID 10611388; See PMID 11006307; uncharacterized protein	complement(join(235515..235600,235898..236095,236200..236239,236415..236450,236551..236742,236854..237268,237323..237962,238120..238655,238713..238738))	Aspergillus niger	4985438
An12g00890	CDS	An12g00890	NT_166527.1	240329	245960	D	Title: weak similarity to ankyrin Ank2 - Mus musculus; See PMID 8486643; uncharacterized protein	join(240329..241258,241316..241549,241602..241923,241995..243696,243760..244715,244768..245729,245814..245960)	Aspergillus niger	4985439
An12g00900	CDS	An12g00900	NT_166527.1	246194	248151	D	Remark: the protein shows only in a small part homology and is 300 aa longer as the homologous protein.; Title: weak similarity to nucleic acid-associated protein 36 BAA90827.1 - Asterina pectinifera; See PMID 10632699; uncharacterized protein	join(246194..247663,247729..248151)	Aspergillus niger	4985440
An12g00910	CDS	An12g00910	NT_166527.1	249550	250950	D	Catalytic activity: Phosphatidyl-L-serine = Phosphatidylethanolamine + CO2.; Pathway: Glycine, serine and threonine metabolism; Glycerolipid metabolism.; Remark: The yeast S. cerevisiae expresses two phosphatidylserine decarboxylase (PSD) activities which are responsible for conversion of phosphatidylserine to phosphatidylethanolamine, and either enzyme alone is sufficient for normal cellular growth.; Remark: the phosphatidylserine decarboxylases show great lenght variation in different organisms.; Title: similarity to phosphatidylserine decarboxylase Psd2 - Saccharomyces cerevisiae; See PMID 7890740; See PMID 10793889; uncharacterized protein	join(249550..249590,249660..250950)	Aspergillus niger	4985441
An12g00920	CDS	An12g00920	NT_166527.1	251434	252835	R	Catalytic activity: 6-Carboxyhexanoyl-CoA + L-Alanine = 8-Amino-7-oxononanoate + CoA + CO2.; Pathway: biotin metabolism.; Remark: strong similarity to many 8-amino-7-oxononanoate synthases from different organisms.; Title: strong similarity to transmembrane protein from patent WO9927105-A2 - Chlamydia pneumoniae; See PMID 9914476; See PMID 10642176; uncharacterized protein	complement(join(251434..251817,251871..252013,252067..252835))	Aspergillus niger	4985442
An12g00930	CDS	An12g00930	NT_166527.1	254784	256190	R	Remark: Tri101 appears to be a defense option which the producers have independently acquired in addition to their original resistance mechanisms.; Title: strong similarity to trichothecene 3-O-acetyltransferase TRI101 - Gibberella zeae; See PMID 9762900; See PMID 10960733; uncharacterized protein	complement(254784..256190)	Aspergillus niger	4985443
An12g00940	CDS	An12g00940	NT_166527.1	256803	258886	R	Remark: SVOP and SV2 are more distantly related to eukaryotic and bacterial phosphate, sugar, and organic acid transporters.; Title: similarity to SV2 related protein SVOP -Rattus norvegicus; See PMID 9801366; See PMID 9868370; uncharacterized protein	complement(join(256803..256964,257072..257096,257214..257220,257277..257290,257340..258886))	Aspergillus niger	4985444
An12g00950	CDS	rhgA	NT_166527.1	259520	261024	R	Catalytic activity: Random hydrolysis of 1,4-alpha-D-galactosiduronic linkages in pectate and other galacturonans.; Gene-ID: rhgA; Remark: the differences in the protein sequence could be determined among sequencing errors or strain variations.; See PMID 8929397; See PMID 9212401; rhamnogalacturonase rhgA-Aspergillus niger	complement(join(259520..259992,260049..260250,260303..260341,260398..261024))	Aspergillus niger	4985445
An12g00960	CDS	An12g00960	NT_166527.1	261912	262828	R	Remark: the dna sequenz is identical to the untranslatetd region of the rhgA gen in the following ORF.; Title: strong similarity to hypothetical protein ydcF - Escherichia coli; uncharacterized protein	complement(join(261912..262696,262765..262828))	Aspergillus niger	4985446
An12g00970	CDS	An12g00970	NT_166527.1	263873	264865	D	Title: similarity to hypothetical protein encoded by An11g00960 - Aspergillus niger; uncharacterized protein	join(263873..264285,264365..264614,264695..264865)	Aspergillus niger	84592459
An12g00980	CDS	An12g00980	NT_166527.1	266532	269098	D	Remark: weak similarity to small domains of different transcription factors.; Title: similarity to hypothetical protein encoded by An18g01730 - Aspergillus niger; uncharacterized protein	join(266532..267312,267377..268419,268665..268875,268998..269098)	Aspergillus niger	4985448
An12g00990	CDS	An12g00990	NT_166527.1	269863	270176	D	Title: questionable ORF; uncharacterized protein	join(269863..269993,270101..270176)	Aspergillus niger	84592460
An12g01000	CDS	An12g01000	NT_166527.1	273186	276225	D	Catalytic activity: acetylcholine + H2O = choline + acetate.; Function: Che1 of B. floridae hydrolyzes acetylthiocholine and butyrylthiocholine.; Remark: Che1 of B. floridae possesses an ethanolamine-glycan-phosphatidylinositol-anchor and most of the protein is anchored in vivo.; Remark: the ORF is longer than Che1 of B. floridae (829 compared to 605 amino acids), the similarity between the two proteins extends over a stretch of about 250 amino acids.; Title: strong similarity to cholinesterase 1 ChE1 -Branchiostoma floridae; See PMID 9062997; See PMID 9874207; uncharacterized protein	join(273186..275267,275408..275439,275508..275708,275864..275874,276013..276044,276094..276225)	Aspergillus niger	4985450
An12g01010	CDS	An12g01010	NT_166527.1	276715	278392	R	Similarity: the ORF is proline-rich and thus has unspecific blast hits to some proteins.; Title: weak similarity to hypothetical protein encoded by An02g01890 - Aspergillus niger; uncharacterized protein	complement(join(276715..278232,278279..278392))	Aspergillus niger	4985451
An12g01020	CDS	An12g01020	NT_166527.1	283006	284959	D	Catalytic activity: acetamidases catalyze the conversion of a Monocarboxylic acid amide + H2O = a Monocarboxylate + NH3.; Function: the amdS gene codes for an acetamidase enzyme that hydrolyses acetamide to acetate and ammonium thus providing A. nidulans with a source of carbon and nitrogen.; Title: strong similarity to acetamidase amdS -Aspergillus nidulans; See PMID 7847883; uncharacterized protein	join(283006..283046,283138..283541,283606..284076,284136..284959)	Aspergillus niger	4985452
An12g01030	CDS	An12g01030	NT_166527.1	286903	289002	D	Similarity: blast hits result from repetitive sequences.; Title: similarity to hypothetical protein encoded by An06g00830 - Aspergillus niger; uncharacterized protein	join(286903..287626,287695..288202,288264..289002)	Aspergillus niger	4985453
An12g01040	CDS	An12g01040	NT_166527.1	289706	291847	R	Remark: predicted protein is probably to long at the aminoterminus.; Title: similarity to hypothetical membrane protein YMR221c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(289706..291185,291245..291365,291403..291847))	Aspergillus niger	4985454
An12g01050	CDS	An12g01050	NT_166527.1	294315	295180	D	hypothetical protein	join(294315..294325,294460..295180)	Aspergillus niger	84592461
An12g01060	CDS	An12g01060	NT_166527.1	297272	300335	R	Function: contains a fungal Zn(2)-Cys(6) binuclear cluster and shows similarity to proteins with this domain,thus it might be involved in regulation of transcription.; Similarity: similarity region to crg1 of C. nicotianae covers aminoacids 300-700.; Title: similarity to cercosporin resistance protein crg1 - Cercospora nicotianae; uncharacterized protein	complement(join(297272..297940,298011..298534,298593..298876,298927..300335))	Aspergillus niger	4985456
An12g01070	CDS	An12g01070	NT_166527.1	301571	303280	R	Remark: the blast results suggest this ORF to be split into two, but due to the blast match against TREMBL:SPBC36B7_5 we do not split this ORF.; Similarity: shows similarity to proteins containing the zinc-binding RING finger motif related FYVE finger motif.; Title: weak similarity to phosphatidylinositol(3)-phosphate binding protein Pib1 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(301571..302224,302291..303280))	Aspergillus niger	4985457
An12g01080	CDS	An12g01080	NT_166527.1	304778	308301	R	Function: contains several domains that are typical for transporter and shows similarity to proteins containing those motifs (compare to PFAM results).; Title: similarity to hypothetical integral membrane protein SPCC1322.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(304778..307643,307721..308301))	Aspergillus niger	4985458
An12g01090	CDS	An12g01090	NT_166527.1	310095	312000	D	hypothetical protein	join(310095..310118,310195..310223,310299..310436,310688..310806,311007..311116,311318..311460,311845..311882,311918..312000)	Aspergillus niger	84592462
An12g01100	CDS	An12g01100	NT_166527.1	315027	318672	D	Similarity: blast hits result from repetive sequences.; hypothetical protein	join(315027..317781,317829..318026,318085..318136,318191..318537,318599..318672)	Aspergillus niger	4985460
An12g01110	CDS	An12g01110	NT_166527.1	318946	320210	D	Remark: the family of Cys/Met metabolism PLP-dependent enzymes includes enzymes involved in cysteine and methionine metabolism.; Similarity: shows similarity to different members belonging to the family of Cys/Met metabolism PLP-dependent enzymes.; Title: similarity to cystathionine beta-lyase metC -Lactococcus lactis; uncharacterized protein	join(318946..319107,319173..320210)	Aspergillus niger	4985461
An12g01120	CDS	An12g01120	NT_166527.1	320516	320782	D	Function: cnxG of A. nidulans is involved in the conversion of precursor Z to molybdopterin, the intermediate section of the molybdenum cofactor biosynthetic pathway.; Title: strong similarity to molybdopterin synthase small subunit cnxG - Aspergillus nidulans; See PMID 10383438; uncharacterized protein	320516..320782	Aspergillus niger	84592463
An12g01130	CDS	An12g01130	NT_166527.1	321037	321863	R	hypothetical protein	complement(join(321037..321223,321359..321612,321705..321863))	Aspergillus niger	4985463
An12g01140	CDS	An12g01140	NT_166527.1	324871	328126	D	Function: CYT-4 is thought to regulate mitochondrial RNA splicing by protein phosphorylation.; Remark: no later publications (than 1992) confirming the proposed function of CYT4 as phosphorylase were found. therefore a ribonuclease function of CYT4 might be possible.; Similarity: CYT-4 is similar to the SSD1/SRK1 protein of S. cerevisiae and the DIS3 protein of S. pombe,which have been implicated in protein phosphatase functions that regulate cell cycle and mitotic chromosome segregation.; Similarity: ORF is also similar to many ribonucleases.; Title: strong similarity to protein phosphatase CYT-4 - Neurospora crassa; localisation:mitochondrion; See PMID 2478417; See PMID 1311848; uncharacterized protein	join(324871..325047,325104..325441,325504..328126)	Aspergillus niger	4985464
An12g01150	CDS	An12g01150	NT_166527.1	328338	330057	R	Function: The TRI4 geneproduct catalyzes the first oxygenation step in the trichothecene pathway and participates in apotrichodiol biosynthesis.; Remark: trichothecenes are sesquiterpene mycotoxins produced by various species of fungi, which can occur on various agricultural products.; Similarity: The TRI4 gene has been placed in a new cytochrome P450 gene family designated CY P58.; Title: strong similarity to cytochrome P450 trichodiene oxygenase TRI4 - Fusarium sporotrichioides; See PMID 7651333; uncharacterized protein	complement(join(328338..328512,328566..328732,328786..328893,328960..329819,329862..330057))	Aspergillus niger	4985465
An12g01160	CDS	An12g01160	NT_166527.1	330681	331845	D	hypothetical protein	join(330681..330729,331053..331115,331318..331482,331566..331608,331701..331845)	Aspergillus niger	84592464
An12g01170	CDS	An12g01170	NT_166527.1	332172	334325	R	Function: MatB is part of a three gene cluster (matABC) encoding the malonate-metabolizing system,malonate-->malonyl-CoA-->acetyl-CoA, in R. trifolii.; Similarity: the ORF encoded protein also shows strong similarity to long-chain-fatty-acid-CoA ligases of different species.; Title: strong similarity to malonyl CoA synthase matB - Rhizobium trifolii; uncharacterized protein	complement(join(332172..332212,332307..332545,332600..333516,333581..333882,333947..334325))	Aspergillus niger	4985467
An12g01180	CDS	An12g01180	NT_166527.1	334892	335421	D	Title: similarity to protein fragment SEQ ID NO:35753 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(334892..335005,335076..335182,335244..335421)	Aspergillus niger	4985468
An12g01190	CDS	An12g01190	NT_166527.1	336170	337381	R	Function: SSO1 and SSO2 of yeast encode syntaxin homologs (post-Golgi t-SNAREs), they act in late stages of secretion.; Remark: SNAREs (soluble N-ethylmaleimide-sensitive fusion protein attachment protein receptors) are cytoplasmically oriented membrane proteins that reside on vesicular carriers (v-SNARE) and target organelles (t-SNARE). The pairing of a stage-specific v-SNARE with its cognate t-SNARE may mediate the specificity of membrane traffic.; Title: strong similarity to syntaxin-related protein (T-SNARE) Sso2 - Saccharomyces cerevisiae; See PMID 8223426; uncharacterized protein	complement(join(336170..336237,336295..336574,336625..337091,337161..337266,337376..337381))	Aspergillus niger	4985469
An12g01200	CDS	An12g01200	NT_166527.1	337420	339124	R	hypothetical protein	complement(join(337420..337540,337764..337982,338121..338310,338564..338702,338830..338951,339049..339124))	Aspergillus niger	84592465
An12g01210	CDS	An12g01210	NT_166527.1	340939	342903	R	Function: PTR2 of S. cerevisiae facilitates the uptake of small peptides.; Localization: PTR2 of S. cerevisiae is a integral membrane protein.; Similarity: PTR2 of S. cerevisiae belongs to the PTR2 transporter family.; Title: strong similarity to peptide transport protein Ptr2 - Saccharomyces cerevisiae; plasma membrane; See PMID 8264579; uncharacterized protein	complement(join(340939..342320,342376..342710,342872..342903))	Aspergillus niger	4985471
An12g01220	CDS	An12g01220	NT_166527.1	343228	345629	D	Title: questionable ORF; uncharacterized protein	join(343228..343451,343555..343606,343711..343851,343899..344027,344091..344293,344400..344458,344797..344944,345026..345160,345363..345407,345479..345629)	Aspergillus niger	84592466
An12g01230	CDS	An12g01230	NT_166527.1	345677	346023	D	hypothetical protein	join(345677..345820,345952..346023)	Aspergillus niger	84592467
An12g01250	CDS	An12g01250	NT_166527.1	348164	349796	R	Remark: the transport of pyruvate and lactate across cellular membranes is an essential process in mammalian cells and is mediated by the H+/monocarboxylate transporters (MCTs).; Title: strong similarity to monocarboxylate transporter 4 MCT4 - Mus musculus; See PMID 10926847; uncharacterized protein	complement(join(348164..348343,348409..349190,349303..349489,349611..349796))	Aspergillus niger	4985475
An12g01260	CDS	An12g01260	NT_166527.1	350651	351857	D	Catalytic activity: Nitrile + H2O = Carboxylate + NH3.; Function: The nitrilase genes of A. thaliana (NIT1-4) encode very similar proteins that hydrolyze indole-3-acetonitrile to the phytohormone indole-3-acetic acid.; Remark: Gene structure was manually adjusted fit the Arabidopsis nit1 gene.; Title: strong similarity to nitrilase NIT1 -Arabidopsis thaliana; See PMID 1555601; See PMID 8022831; uncharacterized protein	join(350651..350896,350963..351119,351186..351214,351277..351752,351803..351857)	Aspergillus niger	4985476
An12g01270	CDS	An12g01270	NT_166527.1	351971	352977	R	Similarity: This ORF is also similar to many hypothetical proteins with similar lenth.; Similarity: hypothetical protein has similarity to C-terminal part of many alanyl-tRNA synthetases.; Title: similarity to hypothetical alanine--tRNA ligase alaS - Streptomyces coelicolor; uncharacterized protein	complement(join(351971..352075,352192..352977))	Aspergillus niger	84592468
An12g01280	CDS	An12g01280	NT_166527.1	353497	354741	R	Catalytic activity: ATP + L-Citrulline + L-Aspartate = AMP + Pyrophosphate + N(omega)-(L-Arginino)succinate.; Title: strong similarity to argininosuccinate synthase argG - Streptomyces clavuligerus; See PMID 8566818; uncharacterized protein	complement(353497..354741)	Aspergillus niger	4985478
An12g01290	CDS	An12g01290	NT_166527.1	356241	356747	R	remark: N-terminally truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	complement(356241..>356747)	Aspergillus niger	84592469
An12g01300	CDS	An12g01300	NT_166527.1	357650	360341	D	Function: in N. crassa, the fusion of hyphae of opposite mating type during vegetative growth results in growth inhibition and cell death, a process that is mediated by the tol locus.; Regulation: tol transcription is repressed to allow the coexistence of opposite mating-type nuclei during the sexual reproductive phase.; Remark: mutations in tol are recessive and suppress mating-type-associated heterokaryon incompatibility.; Title: similarity to vegetative incompatibility protein tol - Neurospora crassa; See PMID 9449795; See PMID 9927450; uncharacterized protein	join(357650..358091,358200..358310,358355..358923,359037..360341)	Aspergillus niger	84592470
An12g01310	CDS	An12g01310	NT_166527.1	361210	362779	R	Similarity: ORF is also similar to hypothetical peptidoglycan binding domain protein, a and beta-mannosidase precursor and a glucan 1,3-beta-glucosidase.; Title: strong similarity to hypothetical protein PA2063 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(361210..361532,361599..362516,362596..362779))	Aspergillus niger	4985481
An12g01320	CDS	An12g01320	NT_166527.1	363700	368164	D	Function: Linoleate diol synthase is a homotetrameric ferric hemeprotein, which catalyzes dioxygenation of linoleic acid to (8R)-hydroperoxylinoleate and isomerization of the hydroperoxide to (7S,8S)-dihydroxylinoleate.; Remark: The linoleate diol synthase is a cyclooxygenase-related dioxygenase.; Similarity: Belongs to family of fatty acid heme dioxygenases.; Similarity: The linoleate diol synthase is similar to prostaglandin H synthases.; Title: strong similarity to linoleate diol synthase - Gaeumannomyces graminis; See PMID 10497176; See PMID 10667399; uncharacterized protein	join(363700..364131,364207..364371,364449..364557,364610..364699,364760..365102,365173..365959,366021..366082,366142..366618,366687..367107,367174..367407,367467..367743,368016..368164)	Aspergillus niger	4985482
An12g01330	CDS	An12g01330	NT_166527.1	369557	370424	R	Remark: The eIF4E gene of S. pombe encodes the cap-binding component eIF4E.; Title: strong similarity to translation initiation factor eIF-4E - Schizosaccharomyces pombe; uncharacterized protein	complement(join(369557..370024,370085..370156,370221..370424))	Aspergillus niger	4985483
An12g01340	CDS	An12g01340	NT_166527.1	370969	372187	R	Function: Adult mice homozygous for the Mpv17 deletion developed nephrotic syndrome and chronic renal failure.; Similarity: ORF is also similar to peroxisomal membrane proteins.; Title: strong similarity to hypothetical protein mpv17 - Mus musculus; uncharacterized protein	complement(join(370969..370977,371020..371026,371112..371126,371268..371288,371367..371730,371841..371932,372177..372187))	Aspergillus niger	4985484
An12g01350	CDS	An12g01350	NT_166527.1	372676	373702	D	Function: S4 of yeast is important in the assembly and function of the 40S ribosomal subunit.; Function: mutations in S4 of yeast affect the control of translational fidelity.; Remark: S4 of yeast is also called omnipotent suppressor protein SUP44.; Similarity: S4 of yeast belongs to the S5p family of ribosomal proteins.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S4 - Saccharomyces cerevisiae; cytoplasm; See PMID 2247072; 40S ribosomal protein uS5	join(372676..372939,373117..373374,373445..373702)	Aspergillus niger	4985485
An12g01360	CDS	An12g01360	NT_166527.1	374778	376713	D	Cofactor: Heme.; Similarity: Similarity to many different cytochrome P450 proteins.; Title: strong similarity to hypothetical cytochrome P450 protein 2E4.050 - Neurospora crassa; uncharacterized protein	join(374778..375186,375241..375275,375327..376139,376192..376713)	Aspergillus niger	4985486
An12g01370	CDS	An12g01370	NT_166527.1	377802	380655	D	Similarity: Most weak blast hits are caused by repetetive sequence elements.; Title: similarity to hypothetical protein encoded by An04g06340 - Aspergillus niger; uncharacterized protein	join(377802..377904,377985..378762,378822..379188,379285..379329,379558..379692,379999..380031,380113..380655)	Aspergillus niger	4985487
An12g01380	CDS	An12g01380	NT_166527.1	381873	383145	D	Cofactor: NADPH.; Function: krd of Z. rouxii catalyzes the asymmetric reduction of selected ketone substrates.; Function: krd of Z. rouxii reduces alpha-ketolactones, alpha-ketolactams, and diketones.; Similarity: Similarity to many different reductases.; Similarity: krd of Z. rouxii belongs to the carbonyl reductase enzyme class.; Title: strong similarity to ketoreductase krd -Zygosaccharomyces rouxii; See PMID 10951208; uncharacterized protein	join(381873..382314,382369..382948,382986..383145)	Aspergillus niger	4985488
An12g01400	CDS	An12g01400	NT_166527.1	384131	385249	D	hypothetical protein	384131..385249	Aspergillus niger	84592471
An12g01410	CDS	An12g01410	NT_166527.1	386515	390584	D	Title: questionable ORF; uncharacterized protein	join(386515..386574,386757..386970,387307..387364,387485..387658,387828..388006,388171..388266,388315..388423,388580..388706,389036..389115,389325..389555,389739..389830,389998..390141,390184..390282,390388..390584)	Aspergillus niger	84592472
An12g01420	CDS	An12g01420	NT_166527.1	390798	391402	D	Title: weak similarity to hypothetical helicase protein Cag-omega from cagI pathogenicity island -Helicobacter pylori; See PMID 8962108; uncharacterized protein	join(390798..390800,390851..391072,391192..391210,391263..391402)	Aspergillus niger	84592473
An12g01430	CDS	An12g01430	NT_166527.1	392442	393676	D	hypothetical protein	join(392442..392550,392742..392907,393252..393321,393393..393521,393599..393676)	Aspergillus niger	84592474
An12g01440	CDS	An12g01440	NT_166527.1	393954	395436	D	Title: weak similarity to hypothetical cation efflux system protein czcB3 - Aquifex aeolicus; uncharacterized protein	join(393954..394165,394251..394350,394439..394653,394929..395118,395266..395436)	Aspergillus niger	84592475
An12g01460	CDS	An12g01460	NT_166527.1	396669	397821	R	Function: NOP-1 may function as a rhodopsin in N. crassa photobiology.; Function: Opsins are a class of retinal-binding,seven transmembrane helix proteins that function as light-responsive ion pumps or sensory receptors.; Remark: nop-1 expression of N. crassa is regulated by light and conidiation.; Title: strong similarity to opsin nop-1 - Neurospora crassa; See PMID 10393943; See PMID 10571987; uncharacterized protein	complement(join(396669..396750,396808..396942,396997..397484,397546..397612,397676..397821))	Aspergillus niger	4985496
An12g01470	CDS	An12g01470	NT_166527.1	399072	400637	R	Title: strong similarity to hypothetical protein encoded by An12g01780 - Aspergillus niger; uncharacterized protein	complement(399072..400637)	Aspergillus niger	4985497
An12g01480	CDS	An12g01480	NT_166527.1	401349	404366	R	Catalytic activity: ATP + L-Isoleucine + tRNA(Ile) = AMP + Pyrophosphate + L-Isoleucyl-tRNA(Ile).; Title: strong similarity to mitochondrial isoleucine--tRNA ligase Ism1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 6304034; See PMID 7607232; uncharacterized protein	complement(401349..404366)	Aspergillus niger	4985498
An12g01490	CDS	An12g01490	NT_166527.1	404745	406333	R	Complex: KIF17, a molecular motor interacts with the PDZ domain of mouse Lin-10 (Mint1/X11), which is a constituent of a large protein complex including mLin-2 (CASK), mLin-7 (MALS/Velis) and the NR2B subunit of the NMDA receptor.; Complex: rat lin-10 interacts with neurabin-II/spinophilin, which has recently been isolated as a protein interacting with protein phosphatase I and F-actin.; Function: lin-10 is required for the targeting of transmembrane receptors to the basolateral surface via specific cytosceleton dependent transport.; Localization: rat lin-10 is distributed in both the cytosol and membrane fractions.; Title: similarity to transport regulator lin-10 -Rattus norvegicus; intracellular transport vesicles; See PMID 9480860; See PMID 9514910; See PMID 10610414; See PMID 10846156; uncharacterized protein	complement(join(404745..406216,406270..406333))	Aspergillus niger	4985499
An12g01500	CDS	An12g01500	NT_166527.1	406841	410462	D	Function: A. nidulans bimC mutations interfere with separation of the spindle pole bodies, cause abnormal spindle morphology and prevent nuclear division.; Title: strong similarity to kinesin-like mitotic spindle organising factor bimC - Aspergillus nidulans; See PMID 2138511; uncharacterized protein	join(406841..409477,409527..410462)	Aspergillus niger	4985500
An12g01510	CDS	An12g01510	NT_166527.1	410920	413069	R	Remark: the systematic name for S. cerevisiae APC11 is YDL008w.; Similarity: similarity is from the N-terminal region of the predicted A. niger protein to the N-terminal half of the S. cerevisiae RING-finger protein APC11, which is 400 aa shorter.; Similarity: the predicted A. niger protein contains a RING-finger domain.; Title: similarity to RING-finger ubiquitin ligases (E3) Apc11 - Saccharomyces cerevisiae; See PMID 10888670; uncharacterized protein	complement(join(410920..412059,412140..412332,412511..412587,412645..412676,412745..413069))	Aspergillus niger	10098110
An12g01520	CDS	An12g01520	NT_166527.1	413287	414321	D	Function: human TST catalyzes the transfer of sulfur in thiosulfate and other compounds to cyanide ion to form thiocyanate ion; Localization: TST localises in the mitochondrial matrix in animal tissues.; Title: strong similarity to thiosulfate sulfurtransferase TST - Homo sapiens; localisation:mitochondrion; See PMID 1953758; uncharacterized protein	join(413287..414206,414267..414321)	Aspergillus niger	4985502
An12g01530	CDS	An12g01530	NT_166527.1	414768	416691	D	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger EST an_2527.; Remark: the systematic name for S. cerevisiae RGD1 is YBR260c.; Title: weak similarity to Rho3 and Rho4 GTPase activating protein Rgd1 - Saccharomyces cerevisiae; See PMID 10526184; uncharacterized protein	join(414768..414807,415013..415204,415258..416385,416579..416691)	Aspergillus niger	4985503
An12g01540	CDS	An12g01540	NT_166527.1	417332	417909	D	Similarity: the ORF shows strong similarity to EST EMBLEST:BE760874 an_0852 - Aspergillus niger.; Similarity: the predicted A. niger protein contains a DNA-binding motif and shows similarity to the putative DNA-binding domain of a fusion protein resulting from chromosomal rearrangements in human acute megakaryoblastic leukemias.; Title: similarity to hypothetical protein dJ1042K10.5 - Homo sapiens; See PMID 11431691; uncharacterized protein	join(417332..417483,417562..417662,417731..417909)	Aspergillus niger	4985504
An12g01550	CDS	An12g01550	NT_166527.1	418224	419122	R	Complex: human Trax (Translin-associated factor X) has been shown to interact with TB-RBP/Translin by its coimmunoprecipitation and in yeast two-hybrid assays,forming heterodimers.; Function: Translin/TB-RBP is a single-stranded DNA-and RNA-binding protein which can bind the 3' UTR regions (Y and H elements) of stored mRNAs and can suppress in vitro translation of the mRNAs that contain these sequences.; Function: human Trax-Translin/TB-RBP interactions modulate the DNA- and RNA-binding activity of Translin/TB-RBP, while Trax has no DNA/RNA-binding activity by itself.; Localization: cell fractionation and confocal microscope studies reveal that human Trax is predominantly cytoplasmic.; Title: similarity to modifier of Translin DNA/RNA-binding Trax - Homo sapiens; cytoplasm; See PMID 9013868; See PMID 11027506; uncharacterized protein	complement(join(418224..418863,418929..419122))	Aspergillus niger	4985505
An12g01560	CDS	An12g01560	NT_166527.1	419522	421342	R	Function: N. crassa QA-Y was identified as quinic acid permease by sequence similarity and mutant phenotype.; Similarity: N. crassa QA-Y belongs to the major facilitator family.; Title: strong similarity to quinic acid permease QA-Y - Neurospora crassa; See PMID 2976880; See PMID 1533844; uncharacterized protein	complement(join(419522..419674,419728..420729,420779..420964,421018..421040,421162..421342))	Aspergillus niger	4985506
An12g01570	CDS	An12g01570	NT_166527.1	421655	422657	D	Catalytic activity: gluconolactonases convert D-glucono-1,5-lactone + H(2)O to D-gluconate; Function: gluconolactonase is involved in the biosynthesis of different monosaccharides, like ribose and xylulose, from glucose.; Title: strong similarity to gluconolactonase -Zymomonas mobilis; See PMID 1482681; uncharacterized protein	join(421655..421960,422028..422657)	Aspergillus niger	4985507
An12g01580	CDS	An12g01580	NT_166527.1	422713	423684	R	Catalytic activity: A. thaliana PGDH catalyses the oxidation of 3-phosphoglycerate to phosphohydroxypyruvate.; Function: A. thaliana PGDH is involved in serine biosynthesis.; Similarity: similarity is from the predicted A. niger protein to the N-terminal half of A. thaliana PGDH,which is 300 aa longer.; Title: similarity to 3-phosphoglycerate dehydrogenase PGDH - Arabidopsis thaliana; See PMID 9867856; uncharacterized protein	complement(422713..423684)	Aspergillus niger	4985508
An12g01590	CDS	An12g01590	NT_166527.1	423847	426184	R	Function: S. cerevisiae PPR1 regulates expression of pyrimidine biosynthetis genes.; Similarity: the predicted A. niger protein shows similarity to several fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain containing transcription factors,however it contains no such domain by itself.; Title: similarity to transcription activator Ppr1 -Saccharomyces cerevisiae; nucleus; See PMID 6278253; See PMID 7958913; uncharacterized protein	complement(join(423847..423933,424001..424576,424622..424673,424730..425602,425686..425782,425867..425971,426175..426184))	Aspergillus niger	4985509
An12g01600	CDS	An12g01600	NT_166527.1	426660	428930	D	Function: S. cerevisiae PPR1 regulates expression of pyrimidine biosynthetis genes.; Similarity: the predicted A. niger protein shows similarity to several fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain containing transcription factors,however it contains no such domain by itself.; Title: similarity to transcription activator Ppr1 -Saccharomyces cerevisiae; nucleus; See PMID 6278253; See PMID 7958913; uncharacterized protein	join(426660..426734,426765..426997,427052..427204,427261..427552,427692..428930)	Aspergillus niger	4985510
An12g01610	CDS	An12g01610	NT_166527.1	428977	429801	R	Catalytic activity: macrophomate synthase converts 5-acetyl-4-methoxy-6-methyl-2-pyrone (1) to 4-acetyl-3-methoxy-5-methylbenzoic acid (macrophomic acid,2). -; Function: macrophomate synthase is a Mg(II)-dependent dimeric enzyme that catalyzes an extraordinary, complex five-step chemical transformation from 2-pyrone and oxalacetate to benzoate involving decarboxylation, C-C bond formation, and dehydration.; Title: similarity to macrophomate synthase -Macrophoma commelinae; See PMID 10731719; See PMID 10984474; uncharacterized protein	complement(428977..429801)	Aspergillus niger	4985511
An12g01620	CDS	An12g01620	NT_166527.1	430094	431969	R	Function: in B. cepacia 4-hydroxyphthalate,4-chlorophthalate, 4-methylphthalate, and cinchomeronate compete for the phthalate permease.; Title: strong similarity to phthalate permease ophD - Burkholderia cepacia; plasma membrane; See PMID 10498738; uncharacterized protein	complement(join(430094..430141,430443..430579,430662..430681,430711..430910,430967..431702,431755..431969))	Aspergillus niger	4985512
An12g01630	CDS	An12g01630	NT_166527.1	432049	434645	R	Title: strong similarity to hypothetical protein EAA59080.1 - Aspergillus nidulans; uncharacterized protein	complement(join(432049..432264,432482..432733,432790..433003,433065..433195,433250..433352,433402..433663,433713..433785,433875..433892,433952..434460,434540..434645))	Aspergillus niger	4985513
An12g01640	CDS	An12g01640	NT_166527.1	435213	436861	D	Remark: blastp with the predicted A. niger protein only retrieves putative random hits to serine and proline rich proteins.; Title: weak similarity to mucin - Sus scrofa; uncharacterized protein	join(435213..436361,436427..436861)	Aspergillus niger	4985514
An12g01650	CDS	An12g01650	NT_166527.1	438164	440708	R	Similarity: the predicted A. niger protein contains an ankyrin motif.; Title: similarity to polypeptide SEQ ID NO 29028 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	complement(join(438164..438975,439487..440708))	Aspergillus niger	84592476
An12g01660	CDS	An12g01660	NT_166527.1	441063	443966	R	Similarity: the predicted A. niger protein contains an ankyrin motif.; Title: weak similarity to vertebrate left-right axis determinant inversin inv - Mus musculus; See PMID 9771707; uncharacterized protein	complement(join(441063..441509,442167..442260,442349..442495,442812..442841,442947..442974,443063..443666,443886..443966))	Aspergillus niger	84592477
An12g01670	CDS	An12g01670	NT_166527.1	445166	447163	D	Catalytic activity: monophenol monooxygenases convert L-tyrosine + L-DOPA + O(2) to L-DOPA + DOPAquinone + H(2)O.; Function: tyrosinase is a copper containing monooxygenase catalyzing the formation of melanin pigments and other polyphenolic compounds from various phenols.; Title: strong similarity to tyrosinase melO -Aspergillus oryzae; See PMID 6308414; See PMID 7893753; uncharacterized protein	join(445166..446305,446372..447163)	Aspergillus niger	4985517
An12g01680	CDS	An12g01680	NT_166527.1	448204	449860	D	Title: weak similarity to oxidoreductase OXRD-8 from patent DE29916782-U1 - Homo sapiens; uncharacterized protein	join(448204..448250,448306..448913,448961..449197,449247..449860)	Aspergillus niger	4985518
An12g01690	CDS	An12g01690	NT_166527.1	450371	450857	D	Title: similarity to hypothetical protein F2J6.1 -Arabidopsis thaliana; uncharacterized protein	join(450371..450431,450560..450641,450812..450857)	Aspergillus niger	84592478
An12g01700	CDS	An12g01700	NT_166527.1	451379	453227	D	Function: S. cerevisiae CHA4 is involved in transcriptional activation of catabolic L-serine (L-threonine) deaminase via the serine/threonine response element.; Similarity: similarity is between the N-terminal 2/3s of the predicted A. niger protein and S. cerevisiae CHA4, which is 100 aa longer.; Similarity: the predicted A. niger protein contains a N-terminal fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Title: similarity to transcription activator Cha4 -Saccharomyces cerevisiae; nucleus; See PMID 8889513; uncharacterized protein	join(451379..451768,451839..452264,452324..452470,452532..453227)	Aspergillus niger	4985520
An12g01710	CDS	An12g01710	NT_166527.1	454020	455099	R	Function: might be a short chain dehydrogenase of unknown specificity.; Remark: the patent comprises novel human nucleic acid sequences from tumor breast tissue which have cytostatic activity.; Similarity: shows strong similarity to probable short chain dehydrogenases of different organisms.; Title: strong similarity to human breast tumour-associated protein 77 from patent DE19813839-A1 -Homo sapiens; uncharacterized protein	complement(join(454020..454166,454230..454298,454357..454950,455010..455099))	Aspergillus niger	4985521
An12g01720	CDS	An12g01720	NT_166527.1	455445	455937	D	Function: patent WO9957280-A2 covers neisserial polypeptides predicted to be useful antigens for vaccines and diagnostics SEQ ID NO:124.; Similarity: covers only a part of the patent sequence.; Title: weak similarity to ORF 297 protein sequence from patent WO9957280-A2 - Neisseria meningitidis; uncharacterized protein	join(455445..455530,455640..455937)	Aspergillus niger	84592479
An12g01730	CDS	An12g01730	NT_166527.1	456558	457492	R	Function: the family of short chain dehydrogenases contains a wide variety of dehydrogenases involved in for example glycolysis/gluconeogenesis, fatty acid metabolism,bile acid biosynthesis, etc.; Function: the gene encoding this sequence of patent JP09075093-A are specifically expressed during the growth of cotton fibre.; Remark: blast hit against protein of patent JP09075093-A.; Remark: putative sequencing error around pos. 73231.; Similarity: predicted protein shows strong similarity to probable oxidoreductase of different organisms.; Title: strong similarity to cotton fibrous tissue specific protein from patent JP09075093-A - Gossypium barbadense [putative frameshift]; putative frameshift; uncharacterized protein	complement(<456558..457492)	Aspergillus niger	4985523
An12g01750	CDS	An12g01750	NT_166527.1	459778	460792	R	Title: strong similarity to hypothetical protein CAD21295.1 - Neurospora crassa; uncharacterized protein	complement(join(459778..460316,460534..460792))	Aspergillus niger	4985525
An12g01760	CDS	An12g01760	NT_166527.1	461979	462856	D	Similarity: shows only short similarity to protein of B. burgdorferi.; Title: weak similarity to antigen P93 from patent WO9512676-A1 - Borrelia burgdorferi; uncharacterized protein	join(461979..462334,462387..462419,462487..462856)	Aspergillus niger	84592480
An12g01770	CDS	An12g01770	NT_166527.1	463647	464223	R	Similarity: shows only short partial similarity to human protein.; Title: weak similarity to gastric mucin MUC5AC -Homo sapiens; uncharacterized protein	complement(join(463647..463775,463828..464223))	Aspergillus niger	84592481
An12g01780	CDS	An12g01780	NT_166527.1	465390	466946	R	Remark: protein of the patent is useful useful for diagnosis or vaccine production.; Title: weak similarity to viral protein encoded by ORF1 of ET-NANB (HEV) Burma strain from patent US5824649-A - Hepatitis E virus; uncharacterized protein	complement(465390..466946)	Aspergillus niger	84592482
An12g01790	CDS	An12g01790	NT_166527.1	467287	468291	R	Title: similarity to hypothetical protein encoded by An06g00800 - Aspergillus niger; uncharacterized protein	complement(join(467287..468119,468261..468291))	Aspergillus niger	84592483
An12g01800	CDS	An12g01800	NT_166527.1	468822	471941	D	Function: it is a alpha-1,3-glucanase; alpha-1,3-glucanohydrolase.; Function: mutanase is composed of two distinct domains: a NH(2)-terminal catalytic domain and a putative COOH-terminal polysaccharide-binding domain separated by a O-glycosylated Pro-Ser-Thr-rich linker peptide.; Remark: same enzyme of T. harzianum is patented WO9818437-A1 and used as component for dental care products.; Similarity: shows similarity to the aminoterminal part of mutanase of several fungi.; Title: similarity to mutanase mutA - Trichoderma harzianum; See PMID 10636904; uncharacterized protein	join(468822..468926,468993..471941)	Aspergillus niger	4985530
An12g01810	CDS	An12g01810	NT_166527.1	472766	473568	R	Similarity: shows only partial similarity at the aminoterminus.; Title: weak similarity to glutamine--tRNA ligase QARS - Homo sapiens; uncharacterized protein	complement(join(472766..472946,473268..473391,473499..473568))	Aspergillus niger	84592484
An12g01820	CDS	An12g01820	NT_166527.1	474251	475416	D	Catalytic activity: ubiquitin C-terminal thiolester + H(2)O = ubiquitin + a thiol.; Similarity: shows strong similarity to several ubiquitin thiolesterase but is around 100 AA longer at the aminoterminus.; Title: similarity to ubiquitin thiolesterase L3 -Homo sapiens; See PMID 2530630; uncharacterized protein	join(474251..474472,474721..475416)	Aspergillus niger	4985532
An12g01830	CDS	An12g01830	NT_166527.1	476393	477932	R	Title: weak similarity to hypothetical ATP-binding protein bax - Escherichia coli; uncharacterized protein	complement(join(476393..476516,476759..477088,477299..477392,477476..477620,477741..477932))	Aspergillus niger	84592485
An12g01840	CDS	An12g01840	NT_166527.1	477972	479709	R	Title: similarity to hypothetical protein related to meiosis-specific protein NDT80 - Neurospora crassa; uncharacterized protein	complement(join(477972..477991,478338..478349,478524..479709))	Aspergillus niger	84592486
An12g01850	CDS	An12g01850	NT_166527.1	480419	483168	R	Function: glycosidase enzymes from organisms of the genera Staphlothermus, Pyrococcus and Thermococcus - for deriving sugar from oligosaccharides, useful in the e. g. food processing, textile or baking industries.; Localization: might be an extracellular/secreted protein.; Title: strong similarity to glycosidase from patent WO9824799-A1 - Thermotoga maritima; See PMID 11210501; See PMID 11210502; uncharacterized protein	complement(join(480419..481198,481251..481486,481540..481970,482017..482970,483035..483168))	Aspergillus niger	4985535
An12g01860	CDS	An12g01860	NT_166527.1	484257	484529	D	hypothetical protein	484257..484529	Aspergillus niger	84592487
An12g01870	CDS	An12g01870	NT_166527.1	486311	488484	D	Similarity: might be longer at the aminoterminus because blast search showed similarity at pos. 44141-43934.; Similarity: shows only partial similarity to several transcription factors.; Title: similarity to positive regulator of the lactose-galactose regulon LAC9 - Kluyveromyces lactis; nucleus; uncharacterized protein	join(486311..487438,487486..488484)	Aspergillus niger	4985537
An12g01880	CDS	An12g01880	NT_166527.1	489222	490921	D	Function: PIG-M transfers the first mannose to glycosylphosphatidylinositol on the lumenal side of the ER and glycosylphosphatidylinositol (GPI) acts as a membrane anchor of many cell surface proteins.; Title: strong similarity to mannosyltransferase PIG-M - Homo sapiens; endoplasmatic reticulum; See PMID 11226175; uncharacterized protein	join(489222..490214,490286..490393,490724..490845,490888..490921)	Aspergillus niger	4985538
An12g01890	CDS	An12g01890	NT_166527.1	491177	492782	R	Function: the central isoprenoid pathway concerned with the synthesis of prenyl lipids is present in C. utilis and active in the biosynthesis of ergosterol.; Function: the influential steps in the pathway that were manipulated were 3-hydroxy methylglutaryl coenzyme A (HMG-CoA) reductase, encoded by the HMG gene, and squalene synthase, encoded by the ERG9 gene.; Function: through metabolic engineering of the isoprenoid pathway, a sevenfold increase in the yield of lycopene has been achieved.; Title: strong similarity to squalene synthase ERG9 -Candida utilis; See PMID 9647847; uncharacterized protein	complement(join(491177..491284,491333..491515,491568..492627,492715..492782))	Aspergillus niger	4985539
An12g01900	CDS	An12g01900	NT_166527.1	493698	495351	D	Function: DnaJ homologues act in conjunction with molecular chaperones of the Hsp70 protein family in a variety of cellular processes.; Localization: the S. cerevisiae DJP1 gene encodes a cytosolic protein homologous to Escherichia coli DnaJ.; Title: strong similarity to dnaJ protein homolog YIR004w - Saccharomyces cerevisiae; cytoplasm; See PMID 9679141; uncharacterized protein	join(493698..493803,493850..493893,493962..494055,494106..495142,495208..495351)	Aspergillus niger	4985540
An12g01910	CDS	An12g01910	NT_166527.1	496602	498309	D	Function: phytase as component of a feed composition for monogastric animals (e. g., pigs, poultry) enhances the nutritional value of plant material without the need for adding additional phosphate to the feed.; Function: the enzyme showed high activity with 4-nitrophenyl phosphate at a pH range of 3 to 5 and with phytic acid at a pH range of 2. 5 to 7. 5.; Function: the gene (phyA3) encoding a heat-stable enzyme has been cloned from A. fumigatus and overexpressed in A. niger.; Remark: shows also high similarity to patent EP969089-A1 that describes a consensus protein sequence (included is A. niger).; Title: strong similarity to phytase phyA3 -Aspergillus fumigatus; extracellular/secretion proteins; uncharacterized protein	join(496602..497032,497099..497166,497257..497383,497445..498309)	Aspergillus niger	4985541
An12g01920	CDS	An12g01920	NT_166527.1	498609	500829	R	Title: strong similarity to hypothetical protein Pa5G0034 - Podospora anserina; uncharacterized protein	complement(join(498609..500713,500820..500829))	Aspergillus niger	4985542
An12g01930	CDS	An12g01930	NT_166527.1	502089	503950	R	Function: expression of the mouse cDNA in cultured mouse cells resulted in a nearly 10-fold increase in the incidence of point mutations.; Function: the E. coli dinB gene is an SOS gene known to be required for lambda phage untargeted mutagenesis.; Function: the product DinB is structurally related to the E. coli UmuC protein and the S. cerevisiae Rev1 and Rad30 proteins, all of which are shown to be involved in bypass synthesis at a DNA lesion.; Similarity: is around 200 AA shorter than the murine protein but longer than other predicted protein with similiar function.; Title: similarity to homologue of the E.coli mutagenesis protein DinB - Mus musculus; See PMID 10620008; uncharacterized protein	complement(join(502089..503759,503807..503950))	Aspergillus niger	4985543
An12g01940	CDS	An12g01940	NT_166527.1	504400	506416	D	Function: protein of E. nidulans seems to be involved in double-strand break repair.; Remark: paper might be published soon.; Similarity: shows weak similarity to patent WO9955716-A1 (nibrin of H. sapiens).; Title: strong similarity to campothecin resistance conferring protein rcaA - Aspergillus nidulans; uncharacterized protein	join(504400..504599,504655..506416)	Aspergillus niger	4985544
An12g01950	CDS	An12g01950	NT_166527.1	508078	509923	D	Remark: the ORF shows an significant match against the EST an_2509 from Aspergillus niger.; Title: strong similarity to hypothetical protein CAD60583.1 - Podospora anserina; uncharacterized protein	join(508078..508573,508656..509923)	Aspergillus niger	4985545
An12g01960	CDS	An12g01960	NT_166527.1	510188	512400	R	Complex: component of the allantoate transport system.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; See PMID 10869563; uncharacterized protein	complement(join(510188..510212,510330..510343,510404..510739,510824..511063,511137..511256,511336..511536,511595..511701,511770..511861,511908..511983,512046..512400))	Aspergillus niger	4985546
An12g01970	CDS	An12g01970	NT_166527.1	513843	515461	D	Title: similarity to hypothetical protein encoded by An01g00420 - Aspergillus niger; uncharacterized protein	join(513843..514150,514205..514864,514928..515045,515238..515286,515418..515461)	Aspergillus niger	4985547
An12g01980	CDS	An12g01980	NT_166527.1	516272	521842	R	Catalytic activity: (3r)-3-hydroxyacyl-[acyl-carrier protein] + nadp(+) = 3-oxoacyl-[acyl-carrier protein] + nadph.; Catalytic activity: acetyl-coa + n malonyl-coa + 2n nadph = long-chain fatty acid + (n+1) coa + n co(2) + 2n nadp(+).; Catalytic activity: acyl-[acyl-carrier protein] + malonyl-[acyl-carrier protein] = 3-oxoacyl-[acyl-carrier protein] + co(2) + [acyl-carrier protein].; Complex: fatty acid synthetase are [alpha(6)beta(6)] hexamers of two multifunctional subunits (alpha & beta).; Complex: this subunit coordinates the binding of the six beta subunits to the enzyme complex.; Function: fatty acid synthetase catalyzes the formation of long-chain fatty acids from acetyl-coa,malonyl-coa and nadph.; Function: the alpha subunit contains domains for: acyl carrier protein, 3-oxoacyl-[acyl-carrier protein] reductase, and 3-oxoacyl-[acyl-carrier-protein] synthase.; Similarity: to the fatty acid synthetase, subunit alpha from other fungi.; Title: strong similarity to fatty acid synthase alpha subunit Fas2 - Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	complement(join(516272..516391,516448..521090,521139..521608,521660..521686,521742..521842))	Aspergillus niger	4985548
An12g01990	CDS	An12g01990	NT_166527.1	522587	528875	D	Catalytic activity: this subunit of fatty acid synthetase, with five different catalytic activities, bears four distinct domains.; Complex: the yeast fatty acid synthase is a complex (alpha 6 beta 6) of two multifunctional proteins alpha and beta.; Title: strong similarity to fatty-acyl-CoA synthase beta chain fas1p - Schizosaccharomyces pombe; cytoplasm; uncharacterized protein	join(522587..527750,527794..528276,528322..528437,528483..528875)	Aspergillus niger	4985549
An12g02000	CDS	An12g02000	NT_166527.1	528913	530473	R	Catalytic activity: salicylate + NADH + O(2) <=> catechol + NAD(+) + H(2)O + CO(2).; Cofactor: FAD.; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Remark: ORF contains a frameshift, due to a putative sequencing error.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas putida [putative frameshift]; putative frameshift; See PMID 2363715; uncharacterized protein	complement(join(<528913..529709,529772..530013,530128..530473))	Aspergillus niger	4985552
An12g02010	CDS	An12g02010	NT_166527.1	530670	531624	D	Similarity: the similarity of the ORF encoded protein to the protein sequence from ORF 982 Neisseria meningitidis is only based on repetitive structures.; Title: weak similarity to hypothetical protein At2g22660 - Arabidopsis thaliana; uncharacterized protein	join(530670..530869,530969..531038,531412..531537,531577..531624)	Aspergillus niger	84592488
An12g02020	CDS	An12g02020	NT_166527.1	531931	533331	R	Function: the trichothecene 3-O-acetyltransferase TRI101 from F. sporotrichioides converts isotrichodermol to isotrichodermin.; Function: transfection of TRI101 of F. sporotrichioides into S. cerevisiae, protects the cell from the trichothecene 4,15-diacetoxyscirpenol. Antibiotic-producing organisms, including fungi, protect themselves from their own toxins by e. g. metabolic alteration of the compound.; Pathway: F. sporotrichioides TRI101 is required for the biosynthesis of T-2 toxin.; Remark: Fusarium and related fungi produce trichothecenes which are sesquiterpenoid epoxides that act as potent inhibitors of eukaryotic protein synthesis.; Title: strong similarity to trichothecene 3-O-acetyltransferase TRI101 - Fusarium sporotrichioides; See PMID 8246841; See PMID 10583973; uncharacterized protein	complement(531931..533331)	Aspergillus niger	84592489
An12g02030	CDS	An12g02030	NT_166527.1	533769	535217	R	Title: weak similarity to hypothetical ATP-binding ABC transporter protein - Deinococcus radiodurans; uncharacterized protein	complement(join(533769..534014,534165..534282,534358..534658,534763..534911,535001..535116,535164..535217))	Aspergillus niger	84592490
An12g02040	CDS	An12g02040	NT_166527.1	535412	537392	D	Remark: the regulatory Aspergillus niger acuA mutation, which leads to the lost of acetyl-CoA synthetase (ACS) activity can be complemented with the A. niger facB gene.; Similarity: the FacB protein from A. niger is a zinc finger transcription factor of the fungal Zn(2)-Cys(6) binuclear cluster domain type.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; See PMID 10483720; uncharacterized protein	join(535412..535610,535661..535916,535963..536494,536544..537173,537225..537392)	Aspergillus niger	4985554
An12g02050	CDS	An12g02050	NT_166527.1	538565	546161	D	Function: the A. nidulans wA PKS gene has been identified to encode a heptaketide naphthopyrone synthase.; Remark: ORF contains a frameshift, due to a putative sequencing error.; Title: strong similarity to polyketide synthase wA -Aspergillus nidulans [putative frameshift]; putative frameshift; See PMID 11251292; uncharacterized protein	join(538565..539068,539125..541958,541999..542079,542125..>546161)	Aspergillus niger	4985555
An12g02060	CDS	An12g02060	NT_166527.1	547124	548003	R	Title: strong similarity to hypothetical protein encoded by An03g02680 - Aspergillus niger; uncharacterized protein	complement(join(547124..547560,547610..548003))	Aspergillus niger	4985556
An12g02070	CDS	An12g02070	NT_166527.1	548710	549379	D	Function: the the ribonuclease T1 precursor RntA from Aspergillus oryzae catalyzes degradation of RNA in a two-stage endonucleolytic cleavage to 3'-phosphomononucleotides and 3'-phosphooligonucleotides ending in G-P with 2',3'-cyclic phosphate intermediates.; Title: similarity to ribonuclease T1 precursor rntA - Aspergillus oryzae; See PMID 8534978; See PMID 10029539; uncharacterized protein	join(548710..549034,549129..549379)	Aspergillus niger	4985557
An12g02080	CDS	An12g02080	NT_166527.1	550751	552330	R	Function: A. nidulans stcS catalyzes the conversion of versicolorin A to sterigmatocystin.; Pathway: A. nidulans stcS is involved in the sterigmatocystin biosynthesis.; Remark: ORF contains a frameshift, due to a putative sequencing error.; Remark: alternate name for A. nidulans stcS is verB.; Title: strong similarity to cytochrome P450 monooxygenase stcS - Aspergillus nidulans [putative frameshift]; putative frameshift; See PMID 7486998; See PMID 8643646; uncharacterized protein	complement(join(<550751..551791,551837..552330))	Aspergillus niger	4985558
An12g02090	CDS	An12g02090	NT_166527.1	553228	555870	D	Function: nit-4 of N. crassa is a transcription factor activating gene expression of nitrate assimilatory genes nit-3 and nit-6, which encode nitrate reductase and nitrite reductase, respectively.; Remark: activation of nit-3 and nit-6 requires the synergisitc interaction of the global-acting nit-2 with the pathway-specific nit-4 transcription factors.; Similarity: the nit-4 protein from N. crassa is a zinc finger transcription factor of the fungal Zn(2)-Cys(6) binuclear cluster domain type.; Title: strong similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 1388109; See PMID 1531376; See PMID 1829047; uncharacterized protein	join(553228..553323,553517..553771,553834..554637,554688..554897,554950..555092,555138..555419,555591..555870)	Aspergillus niger	4985559
An12g02100	CDS	An12g02100	NT_166527.1	555942	556406	R	Function: Mmf1p influences the maintenance of mitochondrial DNA (mtDNA) and the cell division time. Mammalian members of this protein family may be implicated in regulation of protein translation.; Localization: electron microscopy immunogold labeling shows that S. cerevisiae Mmf1 is present in the mitochondrial matrix, and analysis of the different submitochondrial fractions demonstrated that Mmf1p is a soluble protein of the matrix.; Remark: alternate names for S. cerevisiae Mmf1: YIL051c or Mmd1.; Similarity: the ORF encoded protein and the S. cerevisiae Mmf1 protein belong to the conserved UK114 protein family.; Title: similarity to mitochondrial matrix factor 1 Mmf1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 11003673; uncharacterized protein	complement(join(555942..556237,556295..556406))	Aspergillus niger	4985560
An12g02110	CDS	An12g02110	NT_166527.1	556887	558788	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: strong similarity to hypothetical protein CAD70448.1 - Neurospora crassa; uncharacterized protein	556887..558788	Aspergillus niger	4985561
An12g02120	CDS	An12g02120	NT_166527.1	560100	561161	D	Similarity: the similarities of the ORF encoded protein to matching proteins with an E-val less than 3e-11 are mainly based on repetitive structures.; Title: similarity to hypothetical mold-specific protein MS8 - Ajellomyces capsulatus; uncharacterized protein	560100..561161	Aspergillus niger	4985562
An12g02130	CDS	An12g02130	NT_166527.1	561735	562443	D	Title: weak similarity to hypothetical protein KIAA1235 - Homo sapiens; uncharacterized protein	join(561735..561892,561957..562154,562204..562270,562300..562443)	Aspergillus niger	84592491
An12g02150	CDS	An12g02150	NT_166527.1	563927	564497	R	Title: questionable ORF; uncharacterized protein	complement(join(563927..564034,564148..564214,564292..564497))	Aspergillus niger	84592492
An12g02160	CDS	An12g02160	NT_166527.1	565036	565441	D	hypothetical protein	join(565036..565280,565387..565441)	Aspergillus niger	84592493
An12g02170	CDS	An12g02170	NT_166527.1	567158	567711	D	Remark: truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	join(<567158..567509,567566..567711)	Aspergillus niger	84592494
An12g02175	CDS	An12g02175	NT_166527.1	568295	568787	D	hypothetical protein	join(568295..568348,568425..568511,568575..568787)	Aspergillus niger	4985569
An12g02180	CDS	An12g02180	NT_166527.1	568995	569345	D	Title: similarity to hypothetical protein encoded by An12g09970 - Aspergillus niger; uncharacterized protein	568995..569345	Aspergillus niger	84592495
An12g02190	CDS	An12g02190	NT_166527.1	569949	571188	D	Title: strong similarity to hypothetical protein encoded by An12g09960 - Aspergillus niger; uncharacterized protein	join(569949..570234,570456..571038,571137..571188)	Aspergillus niger	4985570
An12g02200	CDS	An12g02200	NT_166527.1	571569	572472	R	Function: the stress induction of Hsp30 acts to reduce stress stimulation of the H+-ATPase.; Induction: expression of S. cerevisiae Hsp30 is induced by heat shock, ethanol treatment, and entry into stationary phase.; Remark: alternate names for S. cerevisiae Hsp30: YRO1 or YCR021C.; Similarity: S. cerevisiae Hsp30 belongs to the archaeal opsin family and to the Hsp30 subfamily.; Title: strong similarity to heat shock protein Hsp30 - Saccharomyces cerevisiae; plasma membrane; See PMID 9250391; See PMID 9414109; See PMID 7812443; uncharacterized protein	complement(join(571569..572288,572347..572472))	Aspergillus niger	4985571
An12g02210	CDS	An12g02210	NT_166527.1	573026	574930	R	Similarity: the FacB protein from A. nidulans is a zinc finger transcription factor of the fungal Zn(2)-Cys(6) binuclear cluster domain type.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; uncharacterized protein	complement(join(573026..573256,573306..573797,573852..574371,574419..574930))	Aspergillus niger	4985572
An12g02220	CDS	An12g02220	NT_166527.1	578111	579995	D	Function: the biological conversion of cellulose to glucose generally requires three types of hydrolytic enzymes: (1) endoglucanases which cut internal beta-1,4-glucosidic bonds; (2) exocellobiohydrolases that cut the dissaccharide cellobiose from the nonreducing end of the cellulose polymer chain; (3) beta-1,4-glucosidases which hydrolyze the cellobiose and other short cello-oligosaccharides to glucose. CHB2 from Trichoderma reesei is an exocellobiohydrolases.; Title: strong similarity to cellulose 1,4-beta-cellobiosidase II CBH2 - Trichoderma reesei; See PMID 8875646; See PMID 2377893; See PMID 3596237; uncharacterized protein	join(578111..578255,578313..578610,578668..578921,578993..579130,579309..579566,579638..579879,579951..579995)	Aspergillus niger	4985573
An12g02240	CDS	An12g02240	NT_166527.1	581164	583301	R	Catalytic activity: ATP + glycine + tRNA(Gly) <=> AMP + diphosphate + glycyl-tRNA(Gly).; Function: the glycyl-tRNA synthetase gene GRS1 encodes both cytoplasmic and mitochondrial activities in S. cerevisiae.; Remark: alternate name for S. cerevisiae Grs1: YBR121C.; Title: strong similarity to glycine--tRNA ligase Grs1 - Saccharomyces cerevisiae; See PMID 10874035; uncharacterized protein	complement(join(581164..581550,581629..582714,582771..583301))	Aspergillus niger	4985575
An12g02250	CDS	An12g02250	NT_166527.1	583764	584376	R	hypothetical protein	complement(join(583764..583988,584024..584190,584288..584309,584368..584376))	Aspergillus niger	84592496
An12g02280	CDS	An12g02280	NT_166527.1	586677	587114	D	hypothetical protein	join(586677..586710,586762..586922,586983..587114)	Aspergillus niger	4985579
An12g02300	CDS	An12g02300	NT_166527.1	588797	589765	D	Title: similarity to hypothetical protein encoded by An12g02310 - Aspergillus niger; uncharacterized protein	join(588797..589032,589089..589394,589627..589765)	Aspergillus niger	4985581
An12g02310	CDS	An12g02310	NT_166527.1	590460	591292	D	Title: similarity to hypothetical protein encoded by An12g02300 - Aspergillus niger; uncharacterized protein	join(590460..590695,590759..591203,591239..591292)	Aspergillus niger	84592497
An12g02320	CDS	An12g02320	NT_166527.1	591621	592473	R	Catalytic activity: (3R)-3-hydroxyacyl-[acyl-carrier protein] + NADP(+) <=> 3-oxoacyl-[acyl-carrier protein] + NADPH.; Pathway: FabG from Salmonella typhimurium catalyzes the first reduction step in the fatty acid biosynthesis pathway.; Similarity: the ORF encoded protein and FabG from Salmonella typhimurium belong to the short-chain dehydrogenases/reductases (SDR) family.; Title: similarity to 3-oxoacyl-(acyl carrier protein) reductase fabG - Salmonella typhimurium; See PMID 9642179; uncharacterized protein	complement(join(591621..591625,591693..592473))	Aspergillus niger	4985583
An12g02330	CDS	An12g02330	NT_166527.1	593253	594667	R	Function: the AiiA enzyme from Bacillus sp. 240B1 degrades N-acylhomoserine lactone.; Remark: N-acylhomoserine lactones, known as autoinducers (AIs), are widely conserved signal molecules present in quorum-sensing systems of many gram-negative bacteria.; Similarity: AiiA from Bacillus sp. 240B1 contains a 'HXHXDH' zinc-binding motif that is conserved in several groups of metallohydrolases.; Title: similarity to acylhomoserine lactone signal inactivating enzyme aiiA - Bacillus sp.; See PMID 10716724; uncharacterized protein	complement(join(593253..593684,593762..594371,594495..594667))	Aspergillus niger	4985584
An12g02340	CDS	An12g02340	NT_166527.1	597692	599278	D	Function: PnbA from B. subtilis catalyzes the hydrolysis of several beta-lactam antibiotic PNB esters to the corresponding free acid and PNB alcohol.; Title: strong similarity to p-nitrobenzyl esterase pnbA - Bacillus subtilis; See PMID 7828905; uncharacterized protein	597692..599278	Aspergillus niger	4985585
An12g02350	CDS	An12g02350	NT_166527.1	600321	602045	D	Function: S. cerevisiae Lys14 activates the transcription of lysine biosynthesis genes. This activation is dependent on the inducer alpha-aminoadipate semialdehyde and repressed by lysine.; Remark: alternate name for S. cerevisiae Lys14: YDR034C.; Similarity: the ORF encoded protein also shows significant domain homology to many fungal binuclear Zn(2)-Cys(6) cluster transcription factors.; Title: similarity to transcription activator of lysine pathway Lys14 - Saccharomyces cerevisiae; nucleus; See PMID 7935367; uncharacterized protein	join(600321..600424,600477..600512,600569..600929,601068..602045)	Aspergillus niger	84592498
An12g02360	CDS	An12g02360	NT_166527.1	602441	603963	D	Catalytic activity: Hippurate + H(2)O <=> benzoate + glycine.; Title: similarity to hippurate hydrolase HipO -Campylobacter jejuni; See PMID 7730270; uncharacterized protein	join(602441..602548,602607..602784,602858..603434,603515..603658,603714..603963)	Aspergillus niger	4985587
An12g02370	CDS	An12g02370	NT_166527.1	605698	606970	D	Function: the MCT3 protein from rat is a proton-linked monocarboxylate transporter, that catalyzes the rapid transport across the plasma membrane of many monocarboxylates such as lactate, pyruvate, branched-chain oxo acids derived from leucine, valine and isoleucine, and the ketone bodies acetoacetate, beta-hydroxybutyrate and acetate.; Title: similarity to monocarboxylate transporter MCT3 - Rattus norvegicus; See PMID 9632638; See PMID 9841555; uncharacterized protein	join(605698..606091,606141..606970)	Aspergillus niger	4985588
An12g02380	CDS	An12g02380	NT_166527.1	607246	608433	R	Function: the c-ski gene product (c-Ski) was found to bind to N-CoR (nuclear hormone receptor co-repressor),an element implicated in transcriptional repression mediated by multiple transcriptional repressors including the nuclear hormone receptors and Mad. c-Ski is required for transcriptional repression mediated by Mad involved in negative regulation of cellular proliferation.; Title: similarity to transforming protein ski - Homo sapiens; nucleus; See PMID 9371722; See PMID 9988677; uncharacterized protein	complement(join(607246..608114,608181..608433))	Aspergillus niger	4985589
An12g02390	CDS	An12g02390	NT_166527.1	609467	610956	D	Title: similarity to hypothetical protein CAC28841.2 - Neurospora crassa; uncharacterized protein	join(609467..609580,609670..610956)	Aspergillus niger	84592499
An12g02400	CDS	An12g02400	NT_166527.1	611133	612913	R	Title: weak similarity to transcription activator of lysine pathway Lys14 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(611133..612731,612803..612913))	Aspergillus niger	4985591
An12g02410	CDS	An12g02410	NT_166527.1	613649	614911	D	Function: germins are a family of homopentameric cereal glycoproteins expressed during germination which may play a role in altering the properties of cell walls during germinative growth.; Function: spherulin is a major encystment specific protein.; Similarity: belongs to the germin-like family.; Title: strong similarity to precursor of spherulin 1a - Physarum polycephalum; cell wall; uncharacterized protein	join(613649..613788,613851..613996,614055..614472,614780..614805,614877..614911)	Aspergillus niger	4985592
An12g02420	CDS	An12g02420	NT_166527.1	615819	616956	D	Function: phenylcoumaran benzylic ether reductases,2'-hydroxyisoflavone reductases and pinoresinol-lariciresinol reductases are involved in the biosynthesis of important and related phenylpropanoid-derived plant defense compounds; Similarity: shows also strong similarity to several plant 2'-hydroxyisoflavone reductases and pinoresinol-lariciresinol reductases.; Title: strong similarity to phenylcoumaran benzylic ether reductase pcbera - Populus trichocarpa; See PMID 10066819; uncharacterized protein	join(615819..615908,615980..616261,616313..616639,616693..616956)	Aspergillus niger	4985593
An12g02430	CDS	An12g02430	NT_166527.1	618042	620040	D	Catalytic activity: 4-coumarate-CoA ligase catalyzes the conversion of ATP + 4-coumarate + CoA = AMP + diphosphate + 4-coumaroyl-CoA.; Title: strong similarity to 4-coumarate-CoA ligase 4CL1 - Populus trichocarpa; uncharacterized protein	join(618042..618652,618711..619133,619177..619486,619552..619655,619718..619877,619930..620040)	Aspergillus niger	4985594
An12g02440	CDS	An12g02440	NT_166527.1	621440	625599	D	Title: similarity to hypothetical ATP-binding protein SCCB12.04 - Streptomyces coelicolor; uncharacterized protein	join(621440..621572,621637..621857,621964..622087,622135..622506,622556..622580,622639..623979,624033..624494,624694..624846,624943..625511,625580..625599)	Aspergillus niger	84592500
An12g02450	CDS	An12g02450	NT_166527.1	626037	633720	R	Similarity: shows strong similarity to several glucosyltransferases with different specificities.; Title: strong similarity to alpha-glucan synthase mok1p - Schizosaccharomyces pombe; See PMID 10087262; uncharacterized protein	complement(join(626037..626085,626150..626663,626769..626974,627042..632163,632219..633021,633109..633262,633360..633720))	Aspergillus niger	4985596
An12g02460	CDS	An12g02460	NT_166527.1	635516	637165	D	Catalytic activity: alpha-amylase catalyses the endohydrolysis of 1,4-alpha-glucosidic linkages in oligosaccharides and polysaccharides.; Function: alpha-amylase acts on starch, glycogen and related polysaccharides and oligosaccharides in a random manner; reducing groups are liberated in the alpha-configuration.; Title: strong similarity to alpha-amylase -Aspergillus niger; uncharacterized protein	635516..637165	Aspergillus niger	4985597
An12g02470	CDS	An12g02470	NT_166527.1	637305	638375	R	Similarity: shows similarity to several different oxidoreductases.; Title: similarity to NADPH-protochlorophyllide-oxidoreductase - Pinus mugo; uncharacterized protein	complement(join(637305..637676,637734..638375))	Aspergillus niger	4985598
An12g02480	CDS	An12g02480	NT_166527.1	638742	639660	D	hypothetical protein	join(638742..639063,639117..639427,639478..639660)	Aspergillus niger	4985599
An12g02490	CDS	An12g02490	NT_166527.1	639966	641161	D	Function: putative transcription factor, due to motifs.; Similarity: shows similarity to several transcriptional regulators, but the homology regions covers always only the zinc finger motif region.; Title: weak similarity to aflatoxin biosynthesis regulator aflR - Aspergillus flavus; uncharacterized protein	join(639966..641054,641102..641161)	Aspergillus niger	4985600
An12g02500	CDS	An12g02500	NT_166527.1	641495	642612	D	Remark: lovC interacts with LNKS and is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L.; Remark: putative part of the lovastatin biosynthesis gene cluster as seen in Aspergillus terreus.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	join(641495..642033,642096..642612)	Aspergillus niger	4985601
An12g02510	CDS	An12g02510	NT_166527.1	642848	643885	R	Similarity: shows some similarity to major capsid protein orf25 of Herpesvirus saimiri.; hypothetical protein	complement(642848..643885)	Aspergillus niger	4985602
An12g02520	CDS	An12g02520	NT_166527.1	644332	645431	R	Remark: patent WO9503416-A.; Remark: the enzyme is used to catalyse the biosynthesis of clavulanic acid from a precursor clavulanic acid aldehyde. The obtained clavulanic acid is in turn a key ingredient in the antibiotic Augmentin.; Title: strong similarity to clavulanic acid dehydrogenase from patent WO9503416-A - Streptomyces clavuligerus; uncharacterized protein	complement(join(644332..644365,644542..644912,644995..645308,645392..645431))	Aspergillus niger	4985603
An12g02540	CDS	An12g02540	NT_166527.1	647954	649729	R	Remark: the gene (cel1) expressing the 1. 3-kb mRNA,is differentially regulated by the carbon source of the culture medium.; Title: similarity to cellulose-growth-specific protein cel1 - Agaricus bisporus; See PMID 1398098; uncharacterized protein	complement(join(647954..647975,648032..648406,648444..648530,648819..649058,649112..649154,649210..649729))	Aspergillus niger	4985605
An12g02550	CDS	An12g02550	NT_166527.1	651572	652384	D	Remark: strong similarity only to the C-terminus of xynD, as the predicted ORF is 298 amino acids shorter at the N-terminus.; Remark: xynD specifically release only esters of 5-5'diFA from either xylanase-treated or insoluble fractions of cell walls, even though other esterified dimers were solubilized by preincubation with xylanase.; Title: similarity to esterase D xynD - Pseudomonas fluorescens; See PMID 8373350; See PMID 8979352; uncharacterized protein	651572..652384	Aspergillus niger	4985606
An12g02560	CDS	An12g02560	NT_166527.1	653616	655958	D	Remark: only in the C-terminal domain is weak similarity.; Title: weak similarity to protein-tyrosine phosphatase SH-PTP2 - Rattus norvegicus; See PMID 8048963; uncharacterized protein	join(653616..653687,653898..653996,654685..655458,655565..655723,655764..655801,655877..655958)	Aspergillus niger	4985607
An12g02580	CDS	An12g02580	NT_166527.1	659300	659676	D	hypothetical protein	join(659300..659321,659378..659676)	Aspergillus niger	84592501
An12g02590	CDS	An12g02590	NT_166527.1	660602	661001	D	Title: similarity to hypothetical protein SPAC10F6.16 - Schizosaccharomyces pombe; uncharacterized protein	join(660602..660715,660750..661001)	Aspergillus niger	4985610
An12g02600	CDS	An12g02600	NT_166527.1	661504	662952	R	Remark: Pth11p can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces and that multiple signaling pathways mediate differentiation.; Remark: the Pth11p protein is approximately in the C-terminal region 200 amino acids longer.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(661504..661976,662017..662386,662430..662606,662713..662952))	Aspergillus niger	84592502
An12g02620	CDS	An12g02620	NT_166527.1	663704	665443	R	Title: similarity to hypothetical negative acting factor related protein B3E4.130 - Neurospora crassa; uncharacterized protein	complement(join(663704..665182,665408..665443))	Aspergillus niger	84592503
An12g02630	CDS	An12g02630	NT_166527.1	666008	667100	D	Remark: patent WO9911793-A1.; Remark: the patent is useful in the diagnosis,prevention, and treatment of infectious, vesicle trafficking, immunological, and neoplastic disorders.; Title: strong similarity to actVA-ORF4-like protein A-ORFP from patent WO9911793-A1 - Homo sapiens; uncharacterized protein	join(666008..666190,666248..666385,666431..666482,666553..667100)	Aspergillus niger	4985614
An12g02640	CDS	An12g02640	NT_166527.1	667420	668555	R	Remark: patent WO9833896-A2; Remark: the patent protein is useful for producing clavulanic acid without production of 5S clavam or clavam-2-carboxylates.; Title: strong similarity to clavin biosynthesis gene orfup1 from patent WO9833896-A2 - Streptomyces clavuligerus; See PMID 10223939; uncharacterized protein	complement(join(667420..667453,667514..668050,668122..668555))	Aspergillus niger	4985615
An12g02650	CDS	An12g02650	NT_166527.1	669164	669976	R	Similarity: the predicted ORF shows similarity to various methyltransferases.; Title: similarity to 24-sterol C-methyltransferase ESMT1 - Zea mays; uncharacterized protein	complement(669164..669976)	Aspergillus niger	4985616
An12g02660	CDS	An12g02660	NT_166527.1	670917	672374	D	Similarity: the blastp matches are mainly based on repetetive structures.; hypothetical protein	670917..672374	Aspergillus niger	84592504
An12g02670	CDS	An12g02670	NT_166527.1	672621	681644	R	Remark: fumonisins are toxins associated with several mycotoxicoses and are produced by the maize pathogen Gibberella fujikuroi mating population A (MP-A). Biochemical analyses indicate that fumonisins are a product of either polyketide or fatty acid biosynthesis.; Title: strong similarity to polyketide synthase FUM5 - Gibberella fujikuroi; See PMID 10413619; uncharacterized protein	complement(join(672621..674723,674806..675987,676045..679597,679744..680108,680178..680233,680348..680471,680532..681644))	Aspergillus niger	4985618
An12g02680	CDS	An12g02680	NT_166527.1	683472	684029	D	Title: weak similarity to hypothetical protein encoded by An02g12900 - Aspergillus niger; uncharacterized protein	683472..684029	Aspergillus niger	4985619
An12g02690	CDS	An12g02690	NT_166527.1	685227	685783	R	Title: weak similarity to cytochrome b5 CB5 - Oryza sativa; See PMID 8049375; uncharacterized protein	complement(join(685227..685474,685525..685734,685780..685783))	Aspergillus niger	84592505
An12g02700	CDS	An12g02700	NT_166527.1	685908	686736	D	Catalytic activity: D-Gluconate + NAD+ or NADP+ = 5-Dehydro-D-gluconate + NADH or NADPH.; Remark: GNO is involved in the nonphosphorylative,ketogenic oxidation of glucose and oxidizes gluconate to 5-ketogluconate.; Remark: there is a great variety in the substrate specificity and cellular localizations in the short-chain alcohol dehydrogenase family.; Similarity: to members of the short-chain alcohol dehydrogenase family.; Title: strong similarity to gluconate 5-dehydrogenase GNO - Gluconobacter oxydans; See PMID 7981120; See PMID 7751271; uncharacterized protein	join(685908..686467,686532..686736)	Aspergillus niger	4985621
An12g02710	CDS	An12g02710	NT_166527.1	686813	689510	R	Remark: CFP encodes a cercosporin transporter that contributes resistance to cercosporin by actively exporting cercosporin, thus maintaining low cellular concentrations of the toxin.; Remark: many species of the fungal genus Cercospora,including the soybean pathogen C. kikuchii, produce the phytotoxic polyketide cercosporin.; Remark: reduced expression of the membrane pump protein results in a reduction in cercosporin production,making the fungus less pathogenic to plants and also less able to protect itselt against cercosporin.; Remark: similarity to Cercospora kikuchii membrane pump protein patent WO9735001-A1.; Title: similarity to cercosporin transporter CFP -Cercospora kikuchii; See PMID 10517030; uncharacterized protein	complement(join(686813..686923,687012..687111,687183..687260,687357..687806,687875..688038,688281..688371,688464..688631,688714..688818,689383..689510))	Aspergillus niger	84592506
An12g02720	CDS	An12g02720	NT_166527.1	691662	692576	D	Remark: the sequence shows also similarity to the N-terminus of dihydrofolate reductases.; Title: similarity to hypothetical protein C25G4.2 -Caenorhabditis elegans; uncharacterized protein	join(691662..691800,691873..692576)	Aspergillus niger	4985623
An12g02730	CDS	An12g02730	NT_166527.1	694901	702366	D	Remark: PKS1 is a multifunctional polyketide synthase (PKS)-encoding gene (PKS1) with six catalytic domains arranged in the following order, starting at the N terminus: beta-ketoacyl synthase, acyltransferase,dehydratase, enoyl reductase, beta-ketoacyl reductase, and acyl carrier protein.; Remark: the polyketide synthase is required for fungal virulence and production of the polyketide T-toxin.; Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 8953776; See PMID 10913297; uncharacterized protein	join(694901..695092,695175..695319,695395..695663,695729..696091,696158..697088,697142..702148,702215..702366)	Aspergillus niger	4985624
An12g02740	CDS	An12g02740	NT_166527.1	702901	703815	R	Remark: patent WO9743303-A1 and WO9737026-A1.; Title: weak similarity to ATP-dependent proteinase Clp from patent WO9743303-A1 - Streptococcus pneumoniae; uncharacterized protein	complement(702901..703815)	Aspergillus niger	4985625
An12g02750	CDS	An12g02750	NT_166527.1	704290	707820	R	Remark: due to its unusual lenght the protein could be a new polyketidesynthase.; Remark: similarity to polyketidsynthases.; Remark: similarity to the N-terminal region of acid-CoA ligases.; Title: similarity to FK520 biosynthetic gene cluster polyketide synthase fkbB - Streptomyces hygroscopicus; See PMID 9780228; See PMID 10863099; uncharacterized protein	complement(join(704290..705254,705314..707054,707098..707820))	Aspergillus niger	4985626
An12g02760	CDS	An12g02760	NT_166527.1	708901	710566	D	Title: similarity to hypothetical protein BAB49075.1 - Mesorhizobium loti; uncharacterized protein	join(708901..709021,709092..709218,709273..709316,709382..709538,709755..709791,710231..710566)	Aspergillus niger	4985627
An12g02770	CDS	An12g02770	NT_166527.1	710970	713183	R	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: only the N-terminal part shows similarity to het1-e1.; Remark: the C-terminal part shows similarity to ankyrin like proteins and death inducer proteins.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 9435787; See PMID 10875280; See PMID 10974123; See PMID 7557402; uncharacterized protein	complement(710970..713183)	Aspergillus niger	4985628
An12g02780	CDS	An12g02780	NT_166527.1	713922	715944	D	Remark: the sequence shows only with the N-terminal part similarity to AbsR1, but is 300 aa longer.; Title: strong similarity to hypothetical protein AAO55050.1 - Pseudomonas syringae; uncharacterized protein	join(713922..715522,715669..715830,715890..715944)	Aspergillus niger	84592507
An12g02790	CDS	An12g02790	NT_166527.1	716291	717412	D	Catalytic activity: 3-(2-Hydroxyphenyl)propanoate + NAD+ = 2-Coumarate + NADH.; Pathway: phenylalanine metabolism.; Remark: PCBER is preferentially produced in the secondary xylem of stems and roots and is associated with the active growth period.; Remark: the enzyme is putative involved in lignan synthesis.; Title: strong similarity to phenylcoumaran benzylic ether reductase pcbera - Populus trichocarpa; See PMID 9664291; See PMID 11030549; uncharacterized protein	join(716291..716383,716441..717052,717128..717412)	Aspergillus niger	4985630
An12g02800	CDS	An12g02800	NT_166527.1	717919	719745	D	Remark: TPO1 is a polyamine transport protein on the vacuolar membrane.; Similarity: to multidrug resistance proteins.; Title: strong similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; vacuole; See PMID 9678606; See PMID 9920864; uncharacterized protein	join(717919..718606,718696..719038,719096..719351,719416..719745)	Aspergillus niger	4985631
An12g02810	CDS	An12g02810	NT_166527.1	720344	721700	D	Catalytic activity: S-Adenosyl-L-methionine + Sterigmatocystin = S-Adenosyl-L-homocysteine + 7-O-Methylsterigmatocystin.; Remark: RT-PCR data demonstrated that both the avfA and avfA1 as well as omtB genes in A. parasiticus were expressed only in the aflatoxin-conducive medium.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Remark: the biosynthesis of aflatoxins (B(1), G(1),B(2), and G(2)) is a multi-enzyme process controlled genetically by over 20 genes.; Title: strong similarity to O-methyltransferase omtB - Aspergillus flavus; See PMID 10328980; See PMID 10806361; uncharacterized protein	join(720344..720505,720555..720696,720749..720875,720935..721700)	Aspergillus niger	4985632
An12g02820	CDS	An12g02820	NT_166527.1	721798	723318	R	Remark: azole resistance in Candida albicans can be mediated by several resistance mechanisms.; Remark: the fluconazole resistance protein seems N-and C-terminal longer.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; See PMID 11181345; uncharacterized protein	complement(join(721798..722986,723038..723318))	Aspergillus niger	4985633
An12g02830	CDS	An12g02830	NT_166527.1	724425	725433	D	Title: weak similarity to hypothetical methyltransferase adpE - Anabaena sp.; See PMID 10931313; uncharacterized protein	join(724425..724589,724647..724667,724720..724869,724921..725433)	Aspergillus niger	4985634
An12g02840	CDS	An12g02840	NT_166527.1	725641	741128	R	Remark: LPS1 activates the three amino acids of the peptide portion of ergot peptide alkaloids during D-lysergyl peptide assembly.; Title: strong similarity to d-lysergyl-peptide-synthase PS1 - Claviceps purpurea; See PMID 10071219; See PMID 1281482; uncharacterized protein	complement(join(725641..725934,725977..729057,729121..737283,737343..740561,740721..741128))	Aspergillus niger	4985635
An12g02850	CDS	An12g02850	NT_166527.1	741644	742711	D	Catalytic activity: NADPH + Oxidized thioredoxin = NADP+ + Reduced thioredoxin.; Pathway: pyrimidine metabolism; Remark: patent EP0565172-A/1.; Title: strong similarity to sulphydryl oxidase Sox from patent EP565172-A1 - Aspergillus niger; uncharacterized protein	join(741644..741802,741869..742711)	Aspergillus niger	4985636
An12g02860	CDS	An12g02860	NT_166527.1	743319	744972	D	Similarity: to efflux pumps and resistance proteins.; Title: strong similarity to hypothetical protein of the lovastatin biosynthesis gene cluster - Aspergillus terreus; See PMID 10334994; uncharacterized protein	join(743319..743689,743767..744212,744275..744972)	Aspergillus niger	4985637
An12g02870	CDS	An12g02870	NT_166527.1	745996	746783	D	hypothetical protein	join(745996..746238,746280..746393,746527..746653,746743..746783)	Aspergillus niger	84592508
An12g02880	CDS	An12g02880	NT_166527.1	747014	749551	R	Title: weak similarity to zinc binuclear cluster protein sequence #124 from patent WO200224865-A2 -Unclassified organism; uncharacterized protein	complement(join(747014..747209,747265..747734,747797..748003,748056..748070,748123..748378,748434..748452,748527..748748,748804..748822,748880..749254,749311..749342,749479..749551))	Aspergillus niger	4985639
An12g02890	CDS	An12g02890	NT_166527.1	751532	752976	R	Catalytic activity: L-Leucine + 2-Oxoglutarate = 4-Methyl-2-oxopentanoate + L-Glutamate.; Pathway: valine, leucine and isoleucine degradation; valine, leucine and isoleucine biosynthesis; pantothenate and CoA biosynthesis.; Remark: TOXF has a biosynthetic role in HC-toxin synthesis, perhaps to aminate a precursor of Aeo (2-amino-9, 10-epoxi-8-oxodecanoic acid).; Title: strong similarity to branched-chain amino acid aminotransferase TOXF - Cochliobolus carbonum; See PMID 10627051; uncharacterized protein	complement(join(751532..751780,751887..752539,752609..752752,752833..752865,752934..752976))	Aspergillus niger	4985640
An12g02900	CDS	An12g02900	NT_166527.1	754176	755888	R	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Title: similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	complement(754176..755888)	Aspergillus niger	4985641
An12g02910	CDS	An12g02910	NT_166527.1	756626	757320	R	hypothetical protein	complement(join(756626..756684,756766..756814,756979..757320))	Aspergillus niger	84592509
An12g02920	CDS	An12g02920	NT_166527.1	759281	762180	R	Similarity: the predicted ORF is 205 amino acids longer at the N-terminus than chiA of B. circulans; the similarity concerns the inner region of both proteins.; Title: weak similarity to chitinase A1 chiA -Bacillus circulans; See PMID 2203782; uncharacterized protein	complement(join(759281..762001,762067..762180))	Aspergillus niger	4985643
An12g02930	CDS	An12g02930	NT_166527.1	762815	763941	D	Title: weak similarity to ankyrin-related protein unc-44 - Caenorhabditis elegans; See PMID 7744957; uncharacterized protein	join(762815..763140,763203..763941)	Aspergillus niger	4985644
An12g02940	CDS	An12g02940	NT_166527.1	765223	766558	D	hypothetical protein	join(765223..765363,765518..765626,765771..766558)	Aspergillus niger	84592510
An12g02950	CDS	An12g02950	NT_166527.1	767393	768640	D	Remark: the similarity is only in a small part of the ankyrins.; Title: weak similarity to 190 kDa ankyrin isoform AnkG190 - Rattus norvegicus; See PMID 9727010; uncharacterized protein	join(767393..767439,767624..768033,768168..768640)	Aspergillus niger	4985646
An12g02960	CDS	An12g02960	NT_166527.1	770004	771608	R	hypothetical protein	complement(join(770004..771346,771377..771608))	Aspergillus niger	4985647
An12g02970	CDS	An12g02970	NT_166527.1	772138	773399	R	Catalytic activity: a Phosphoprotein + H2O = a Protein + Orthophosphate.; Remark: protein phosphatase 2A (PP2A) comprises a family of serine/threonine phosphatases, minimally containing a well conserved catalytic subunit, the activity of which is highly regulated.; Remark: the use of specific PP2A inhibitors and molecular genetics in yeast, Drosophila and mice has revealed roles for PP2A in cell cycle regulation, cell morphology and development.; Title: strong similarity to phosphatase 2A ACP2 -Homo sapiens; See PMID 11171037; See PMID 2837763; uncharacterized protein	complement(join(772138..772210,772264..772336,772395..772928,772988..773093,773157..773198,773250..773399))	Aspergillus niger	4985648
An12g02980	CDS	An12g02980	NT_166527.1	773999	775155	D	Catalytic activity: a phosphoprotein + H2O = a protein + orthophosphate.; Remark: in A. nidulans, the temperature-sensitive,recessive cell cycle mutation bimG11 causes an elevated mitotic index at restrictive temperature and an inability to complete the anaphase separation of daughter nuclei.; Title: strong similarity to phosphoprotein phosphatase bimG - Aspergillus nidulans; See PMID 11104818; See PMID 2544297; uncharacterized protein	join(773999..774178,774240..774641,774711..775010,775087..775155)	Aspergillus niger	4985649
An12g02990	CDS	An12g02990	NT_166527.1	776913	778062	R	Title: similarity to hypothetical protein encoded by An14g01970 - Aspergillus niger; uncharacterized protein	complement(join(776913..777987,778052..778062))	Aspergillus niger	4985650
An12g03010	CDS	An12g03010	NT_166527.1	779162	779833	R	Catalytic activity: Isochorismate + H2O = 2,3-Dihydro-2,3-dihydroxybenzoate + Pyruvate.; Pathway: ubiquinone biosynthesis; Remark: the cytosolic proteins EntE, EntF, and EntB/G, which are Escherichia coli enzymes necessary for the final stage of enterobactin synthesis, are released by osmotic shock.; Remark: the siderophore molecule enterobactin, a cyclic trimeric lactone of N-(2,3-dihydroxybenzoyl)serine,is synthesized and secreted by Escherichia coli in response to iron starvation.; Title: similarity to isochorismatase entB -Escherichia coli; See PMID 9485415; See PMID 10692387; See PMID 2139796; uncharacterized protein	complement(join(779162..779374,779426..779833))	Aspergillus niger	4985651
An12g03020	CDS	An12g03020	NT_166527.1	780111	781690	D	Remark: shows also similarity to unknown geneproduct in the Aspergillus terreus lovastatin biosynthesis gene cluster.; Title: strong similarity to dityrosine transporter Dtr1 - Saccharomyces cerevisiae; See PMID 9678606; See PMID 10436161; uncharacterized protein	join(780111..780246,780297..781690)	Aspergillus niger	4985652
An12g03030	CDS	An12g03030	NT_166527.1	782776	783484	R	hypothetical protein	complement(join(782776..783114,783244..783362,783442..783484))	Aspergillus niger	84592511
An12g03040	CDS	An12g03040	NT_166527.1	784555	786415	R	Catalytic activity: Endonucleolytic cleavage to 5'-phosphomonoester.; Remark: acts on RNA-DNA hybrids. Similar enzymes are obtained from E. coli, chicken embryo, human KB cells, rat liver, Ustilago maydis, human leucaemic cells, S. cerevisiae (H2), and Tetrahymena.; Remark: also strong similarity to Human type 2 RNase H protein patent WO9928447-A1.; Title: similarity to ribonuclease H1 Rnh1 - Mus musculus; See PMID 9181574; See PMID 9799596; uncharacterized protein	complement(join(784555..785224,785379..785566,785690..785763,785805..785906,786210..786234,786374..786415))	Aspergillus niger	4985654
An12g03050	CDS	An12g03050	NT_166527.1	788840	789666	D	Title: strong similarity to hypothetical protein encoded by An11g05880 - Aspergillus niger; uncharacterized protein	join(788840..789309,789387..789666)	Aspergillus niger	4985655
An12g03070	CDS	An12g03070	NT_166527.1	790730	793191	R	Title: strong similarity to hypothetical protein SPAC4H3.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(790730..790892,790977..791005,791077..791214,791321..791385,791439..792807,792871..793191))	Aspergillus niger	4985657
An12g03080	CDS	An12g03080	NT_166527.1	793727	794113	D	hypothetical protein	join(793727..793735,793991..794113)	Aspergillus niger	84592512
An12g03090	CDS	An12g03090	NT_166527.1	794829	795464	D	hypothetical protein	join(794829..795385,795422..795464)	Aspergillus niger	84592513
An12g03100	CDS	An12g03100	NT_166527.1	796037	797260	R	Remark: the ORF encoded protein ist N-terminally truncated due to contig boundary.; Title: strong similarity to hypothetical protein CAD71224.1 - Neurospora crassa [truncated ORF]; uncharacterized protein	complement(796037..>797260)	Aspergillus niger	84592514
An12g03110	CDS	An12g03110	NT_166527.1	797362	798427	D	Function: the membrane pump protein of C. kikuchii confers resistance to the polyketide phytotoxin cercosporin.; Title: strong similarity to membrane pump protein from patent WO9735001-A1 - Cercospora kikuchii [truncated ORF]; plasma membrane; See PMID 10517030; uncharacterized protein	join(<797362..797391,797456..797636,797691..798427)	Aspergillus niger	4985661
An12g03120	CDS	An12g03120	NT_166527.1	798550	799582	R	Function: lipP of Pseudomonas sp. shows 1,3-positional specificity towards triolein.; Function: lipP of Pseudomonas sp. shows high activity towards short-chain to medium-chain fatty acids.; Similarity: lipP of Pseudomonas sp. belongs to the 'gdxg' family of lipolytic enzymes.; Title: strong similarity to lipase LipP -Pseudomonas sp.; See PMID 9464382; uncharacterized protein	complement(join(798550..798579,798680..799582))	Aspergillus niger	4985662
An12g03130	CDS	An12g03130	NT_166527.1	800927	801796	D	Remark: the similarity of the ORF encoded protein is only based on repetitive amino acids.; hypothetical protein	join(800927..801016,801149..801796)	Aspergillus niger	4985663
An12g03140	CDS	An12g03140	NT_166527.1	802508	804004	D	Remark: the homology is mainly based on repetitiv amino acids.; Title: weak similarity to hypothetical megakaryocyte stimulating factor - Mus musculus; uncharacterized protein	join(802508..802644,802711..804004)	Aspergillus niger	4985664
An12g03150	CDS	An12g03150	NT_166527.1	804919	809309	R	Phenotype: Delta atrD mutants in A. nidulans display a hypersensitive phenotype to compounds such as cycloheximide, the cyclosporin derivative PSC 833,nigericin and valinomycin, indicating that AtrDp is involved in protection against cytotoxic compounds.; Similarity: atrD of A. nidulans shows similarity to the ATP-binding transport protein family (ABC transporters).; Title: strong similarity to multidrug resistance protein atrD - Aspergillus nidulans; plasma membrane; See PMID 10954082; uncharacterized protein	complement(join(804919..804945,804999..805971,806023..806552,806602..806884,806904..807394,807440..808034,808081..808682,808734..808788,808853..808968,809022..809309))	Aspergillus niger	4985665
An12g03160	CDS	An12g03160	NT_166527.1	810175	811966	D	Remark: a splice site was detected upstream of the START codon.; hypothetical protein	join(810175..810465,810539..810871,810927..811412,811467..811684,811747..811966)	Aspergillus niger	4985666
An12g03170	CDS	An12g03170	NT_166527.1	812526	814914	D	Function: facB of A. nidulans encodes a Zn(II)2Cys6 transcriptional activator.; Phenotype: facB recessive loss of function mutants in A. nidulans are deficient in acetate induction of acetyl-CoA synthase, isocitrate lyase, malate synthase,acetamidase, and NADP-isocitrate dehydrogenase.; Title: strong similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; nucleus; See PMID 9197408; See PMID 9367656; uncharacterized protein	join(812526..812614,812683..814373,814442..814645,814715..814914)	Aspergillus niger	4985667
An12g03180	CDS	An12g03180	NT_166527.1	815344	816948	R	Catalytic activity: salicylate + NADH + O(2) = catechol + NAD(+) + H(2)O + CO(2).; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas putida; See PMID 1993181; See PMID 2363715; uncharacterized protein	complement(join(815344..815934,815991..816442,816549..816694,816752..816848,816906..816948))	Aspergillus niger	4985668
An12g03190	CDS	An12g03190	NT_166527.1	817305	818319	D	Title: strong similarity to hypothetical protein YAL049c - Saccharomyces cerevisiae; uncharacterized protein	join(817305..817571,817634..817806,817871..817980,818022..818164,818197..818319)	Aspergillus niger	4985669
An12g03200	CDS	An12g03200	NT_166527.1	819204	822345	R	Function: human actVA-ORF4-like protein is useful in the treatment of infectious, vesicle trafficking,immunological and neoplastic disorders.; Remark: the ORF encoded protein also shows weak similarity to several transkription factors.; Title: similarity to actVA-ORF4-like protein from patent WO9911793-A1 - Homo sapiens; uncharacterized protein	complement(join(819204..819587,819644..820277,820588..820641,820711..821117,821278..821450,821502..821691,821749..822234,822340..822345))	Aspergillus niger	10098111
An12g03210	CDS	An12g03210	NT_166527.1	822908	823964	D	Function: the nor-1 gene is involved in aflatoxin biosynthesis in Aspergillus parasiticus. Recombinant Nor-1 expressed in Escherichia coli converted the 1' keto group of norsolorinic acid to the 1' hydroxyl group of averantin in crude E. coli cell extracts in the presence of NADPH.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins. athway: nor-1 of A. parasiticus is involved in the aflatoxin biosynthesis.; Remark: nar-1 is an alternative name for nor-1.; Similarity: nor-1 of A. parasiticus belongs to the short-chain dehydrogenases/reductases (sdr) family.; Title: strong similarity to norsolorinic acid ketoreductase nor-1 - Aspergillus parasiticus; See PMID 7993094; uncharacterized protein	join(822908..822944,823041..823533,823609..823708,823763..823822,823881..823964)	Aspergillus niger	4985671
An12g03220	CDS	An12g03220	NT_166527.1	824637	825135	R	Title: similarity to hypothetical protein encoded by slr0318 - Synechocystis sp; uncharacterized protein	complement(join(824637..824968,825024..825135))	Aspergillus niger	4985672
An12g03230	CDS	An12g03230	NT_166527.1	825364	827616	D	Catalytic activity: l-serine + 1-(indol-3-yl)glycerol 3-phosphate = l-tryptophan + glyceraldehyde 3-phosphate + H(2)O.; Pathway: last (fifth) step in biosynthesis of tryptophan.; Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to tryptophan synthase-encoding trpB - Aspergillus nidulans [putative frameshift]; putative frameshift; See PMID 10905354; uncharacterized protein	join(825364..825499,825569..825872,825922..>827616)	Aspergillus niger	4985673
An12g03240	CDS	An12g03240	NT_166527.1	828655	829765	R	Catalytic activity: acetyl-CoA + arylamine = CoA + N-acetylarylamine.; Remark: pineal gland isozyme NAT-10 and arylamine acetylase are alternative names for arylamine N-acetyltransferase.; Similarity: belongs to the arylamine N-acetyltransferase family.; Title: similarity to arylamine N-acetyltransferase -Gallus gallus; See PMID 2583181; uncharacterized protein	complement(join(828655..829113,829229..829274,829335..829765))	Aspergillus niger	4985674
An12g03250	CDS	An12g03250	NT_166527.1	830631	832373	R	Title: similarity to immunogenic protein #5097 from patent WO200181581-A2 - Propionibacterium acnes; uncharacterized protein	complement(830631..832373)	Aspergillus niger	4985675
An12g03260	CDS	An12g03260	NT_166527.1	832790	833804	D	Catalytic activity: (3S)-3-Hydroxyacyl-CoA + NAD+ = 3-Oxoacyl-CoA + NADH.; Title: strong similarity to 3-hydroxyacyl-CoA dehydrogenase hmgA - Sulfolobus solfataricus; See PMID 9171410; uncharacterized protein	join(832790..833050,833112..833804)	Aspergillus niger	4985676
An12g03270	CDS	An12g03270	NT_166527.1	834563	835700	D	Title: similarity to hypothetical BH0305 - Bacillus halodurans; uncharacterized protein	join(834563..834596,834643..834752,834813..835700)	Aspergillus niger	4985677
An12g03280	CDS	An12g03280	NT_166527.1	836489	840203	R	hypothetical protein	complement(join(836489..836624,836707..837147,837231..837370,837460..837496,837571..837768,837866..837971,838018..838308,838357..838772,838925..839013,839145..839265,839346..839448,839635..839715,839956..840093,840170..840203))	Aspergillus niger	4985678
An12g03290	CDS	maoN	NT_166527.1	841414	843010	D	Catalytic activity: catalyzes the conversion of RCH2NH2 + H2O + O2 = RCHO + NH3 + H2O2.; Gene-ID: maoN; monoamine oxidase maoN-Aspergillus niger	join(841414..841597,841651..841733,841790..843010)	Aspergillus niger	4985679
An12g03300	CDS	An12g03300	NT_166527.1	843111	844565	R	Title: strong similarity to aspartic protease pr1 -Phaffia rhodozyma; extracellular/secretion proteins; uncharacterized protein	complement(join(843111..843494,843544..843859,843910..844565))	Aspergillus niger	4985680
An12g03310	CDS	An12g03310	NT_166527.1	845931	850387	D	hypothetical protein	join(845931..846021,846126..847389,847476..847534,847875..847985,848137..848310,848386..848436,848591..848737,848834..848892,849053..849174,849259..849375,849530..849586,849895..849992,850100..850171,850302..850387)	Aspergillus niger	84592515
An12g03320	CDS	An12g03320	NT_166527.1	850970	856363	R	hypothetical protein	complement(join(850970..851347,851415..851561,852106..852223,852305..852388,852485..852512,852659..852773,852851..852877,852987..853070,853118..853214,853300..853517,853606..853679,853990..854085,854203..854271,854376..854424,855322..855451,855579..855696,855804..856001,856105..856363))	Aspergillus niger	84592516
An12g03330	CDS	An12g03330	NT_166527.1	856849	860394	R	Remark: blast matches are random.; Title: weak similarity to protein-tyrosine-phosphatase ptp-bk - Mus musculus; uncharacterized protein	complement(join(856849..857169,857589..857728,858576..858676,858719..860394))	Aspergillus niger	84592517
An12g03340	CDS	An12g03340	NT_166527.1	861281	862319	R	hypothetical protein	complement(join(861281..861375,861563..862319))	Aspergillus niger	84592518
An12g03350	CDS	An12g03350	NT_166527.1	862584	866260	D	Title: weak similarity to hypothetical protein encoded by An08g04870 - Aspergillus niger; uncharacterized protein	join(862584..862720,862830..862911,863003..863064,863155..863450,863502..863590,863675..863855,864332..864405,864476..864734,864823..864900,865001..865074,865329..865396,865488..865643,865750..865960,866039..866260)	Aspergillus niger	84592519
An12g03360	CDS	An12g03360	NT_166527.1	866377	867639	R	hypothetical protein	complement(join(866377..866622,866850..866962,867176..867250,867384..867639))	Aspergillus niger	84592520
An12g03370	CDS	An12g03370	NT_166527.1	868134	870455	D	Title: similarity to protein fragment SEQ ID NO:37063 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(868134..868194,868277..868492,868536..870229,870267..870455)	Aspergillus niger	4985687
An12g03380	CDS	An12g03380	NT_166527.1	871946	873061	R	Title: weak similarity to transcription factor BKLF - Mus musculus; uncharacterized protein	complement(join(871946..872153,872216..872882,872956..873061))	Aspergillus niger	84592521
An12g03390	CDS	An12g03390	NT_166527.1	873535	876281	R	hypothetical protein	complement(join(873535..873649,874545..874606,874681..874900,875325..875426,875456..876070,876211..876281))	Aspergillus niger	84592522
An12g03400	CDS	An12g03400	NT_166527.1	877986	878691	R	Title: weak similarity to transcription factor MHY1 - Yarrowia lipolytica; uncharacterized protein	complement(join(877986..878196,878261..878691))	Aspergillus niger	84592523
An12g03410	CDS	An12g03410	NT_166527.1	880387	880696	D	hypothetical protein	join(880387..880535,880609..880696)	Aspergillus niger	84592524
An12g03420	CDS	An12g03420	NT_166527.1	881438	883879	R	Similarity: shows similarity to N-terminal part of gap of M. hominis.; Title: weak similarity to glyceraldehyde 3-phosphate dehydrogenase gap - Mycoplasma hominis; uncharacterized protein	complement(join(881438..881555,881699..881784,881836..881944,882036..882273,882351..882565,882945..883058,883280..883624,883839..883879))	Aspergillus niger	84592525
An12g03440	CDS	An12g03440	NT_166527.1	884113	886080	R	Catalytic activity: glucose oxidase catalyzes the conversion of Beta-D-glucose + O(2) <=> D-glucono-1,5-lactone + H(2)O(2).; Title: similarity to glucose oxidase goxC -Aspergillus niger; uncharacterized protein	complement(884113..886080)	Aspergillus niger	4985693
An12g03460	CDS	An12g03460	NT_166527.1	886991	888328	R	Title: strong similarity to proline permease prnB -Aspergillus nidulans; plasma membrane; See PMID 9140969; See PMID 10613888; See PMID 8437566; uncharacterized protein	complement(886991..888328)	Aspergillus niger	4985695
An12g03470	CDS	An12g03470	NT_166527.1	888805	889748	R	hypothetical protein	complement(join(888805..889011,889227..889265,889369..889401,889465..889584,889659..889748))	Aspergillus niger	84592526
An12g03480	CDS	An12g03480	NT_166527.1	890170	891747	D	Title: weak similarity to hypothetical protein encoded by An12g03490 - Aspergillus niger; uncharacterized protein	join(890170..890271,890539..890606,890966..891064,891556..891633,891681..891747)	Aspergillus niger	84592527
An12g03490	CDS	An12g03490	NT_166527.1	891799	895141	D	Title: weak similarity to hypothetical protein encoded by An12g03480 - Aspergillus niger; uncharacterized protein	join(891799..891862,891947..892049,892340..892413,892616..892696,892744..892804,892876..892959,893144..893168,893271..893367,893417..893550,893592..893761,893945..894031,894127..894165,894261..894425,894526..894583,894682..894827,894919..894996,895099..895141)	Aspergillus niger	84592528
An12g03500	CDS	An12g03500	NT_166527.1	896437	897288	R	Title: weak similarity to hypothetical protein CAD71089.1 - Neurospora crassa; uncharacterized protein	complement(join(896437..896852,896923..897173,897242..897288))	Aspergillus niger	4985699
An12g03510	CDS	An12g03510	NT_166527.1	898334	899758	R	Title: strong similarity to hypothetical protein encoded by An15g07630 - Aspergillus niger; uncharacterized protein	complement(898334..899758)	Aspergillus niger	84592529
An12g03520	CDS	An12g03520	NT_166527.1	899903	900049	R	hypothetical protein	complement(899903..900049)	Aspergillus niger	84592530
An12g03530	CDS	An12g03530	NT_166527.1	900814	902575	R	Function: cytochrome P450s are involved in the oxidative degradation of various compounds.; Function: the cytochrome P450 enzymes usually act as terminal oxidases in multicomponent electron transfer chains, called P450-containing monooxygenase systems.; Remark: a putative sequencing error results in an frameshift.; Title: similarity to cytochrome P450 trichodiene oxygenase TRI4 - Fusarium sporotrichioides [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<900814..900988,901063..901229,901296..901403,901472..901513,901518..902325,902380..902575))	Aspergillus niger	4985702
An12g03540	CDS	An12g03540	NT_166527.1	902794	903177	R	hypothetical protein	complement(902794..903177)	Aspergillus niger	84592531
An12g03550	CDS	An12g03550	NT_166527.1	904174	906014	R	Remark: the systematic genename of S. cerevisiae DAL5 is YJR152W.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 3301804; uncharacterized protein	complement(join(904174..904358,904419..904767,904818..905237,905295..905355,905415..905559,905619..905714,905765..906014))	Aspergillus niger	4985704
An12g03560	CDS	An12g03560	NT_166527.1	906319	906720	D	hypothetical protein	join(906319..906369,906438..906495,906575..906720)	Aspergillus niger	84592532
An12g03570	CDS	pyrA	NT_166527.1	907133	908044	R	Catalytic activity: catalyzes the conversion of orotidine-5'-phosphate = UMP + CO2.; Gene-ID: pyrA;pyrG; Mapping: pyrA/pyrG from A. niger is mapped to chromosome III; see list from DSM, EMBL X96734.; Pathway: sixth and last step in the biosynthesis of pyrimidines.; Remark: pyrA ang pyrG from A. niger are probable identical.; Similarity: belongs to the omp decarboxylase family.; See PMID 8650301; See PMID 3357784; orotidine-5-phosphate decarboxylase pyrA-Aspergillus niger	complement(join(907133..907818,907888..908044))	Aspergillus niger	4985706
An12g03580	CDS	An12g03580	NT_166527.1	908566	909157	R	Catalytic activity: glutathione S-transferases catalyze the conversion of RX + glutathione <=> HX + R-S-glutathione.; Title: strong similarity to microsomal glutathione S-transferase 3 MGST3 - Homo sapiens; uncharacterized protein	complement(join(908566..908856,908916..909051,909126..909157))	Aspergillus niger	4985707
An12g03590	CDS	An12g03590	NT_166527.1	909159	909421	D	hypothetical protein	join(909159..909211,909256..909421)	Aspergillus niger	84592533
An12g03600	CDS	An12g03600	NT_166527.1	909555	911122	R	Catalytic activity: diacylglycerol acyltransferases catalyze the conversion of acyl-CoA + 1,2-diacylglycerol = CoA + triacylglycerol.; EC:2.3.1.20; Function: diacylglycerol acyltransferase DAGAT of A. thaliana catalyzes the acylation of diacylglycerol by oleoylcoA to give triacylglycerol.; Remark: might alternatively be a sterol O-acyltransferase.; Title: strong similarity to diacylglycerol acyltransferase DAGAT - Arabidopsis thaliana; See PMID 10601854; uncharacterized protein	complement(join(909555..909754,909804..910761,910867..910978,911022..911122))	Aspergillus niger	4985709
An12g03610	CDS	An12g03610	NT_166527.1	911164	911843	D	hypothetical protein	join(911164..911238,911378..911476,911571..911843)	Aspergillus niger	84592534
An12g03620	CDS	An12g03620	NT_166527.1	911924	913167	D	Function: Pfs2p of S. cerevisiae is required for mRNA 3'-end processing, it bridges two mRNA 3'-end processing factors.; Remark: the systematic genename of PFS2 of S. cerevisiae is YNL317w.; Remark: truncated ORF due to end of contig.; Title: similarity to polyadenylation factor I subunit 2 Pfs2 - Saccharomyces cerevisiae [truncated ORF]; See PMID 10619842; uncharacterized protein	join(911924..912017,912112..912227,912301..912501,912565..>913167)	Aspergillus niger	4985711
An12g03640	CDS	An12g03640	NT_166527.1	913296	913927	D	Remark: truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	join(<913296..913689,913740..913927)	Aspergillus niger	84592535
An12g03630	CDS	An12g03630	NT_166527.1	913968	914435	R	Title: similarity to hypothetical membrane protein YPR153w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(913968..914088,914146..914435))	Aspergillus niger	4985713
An12g03650	CDS	An12g03650	NT_166527.1	914774	916995	D	Remark: PEX17 is required for the import of a subset of matrix proteins into peroxisomes in Yarrowia lipolytica.; Title: similarity to peroxisomal membrane protein PEX17 - Yarrowia lipolytica; peroxisome; See PMID 9111320; uncharacterized protein	join(914774..914847,914910..916356,916410..916631,916702..916995)	Aspergillus niger	4985714
An12g03660	CDS	An12g03660	NT_166527.1	917236	918138	R	Catalytic activity: S-adenosyl-L-methionine + protein S-farnesyl-L-cysteine = S-adenosyl-L-homocysteine + protein C-terminal S-farnesyl-L-cysteine methyl ester.; EC:2.1.1.100; Remark: STE14 mediates C-terminal methylation of the isoprenylated C-terminal cysteine in a-factor mating pheromone and RAS-proteins in S. cerevisiae.; Remark: STE14 null mutant exhibits a profound block in a-factor export in S. cerevisiae.; Title: strong similarity to farnesyl cysteine carboxyl-methyltransferase Ste14 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8212897; uncharacterized protein	complement(join(917236..917324,917388..918138))	Aspergillus niger	4985715
An12g03670	CDS	An12g03670	NT_166527.1	918845	919681	D	EC:2.3.1.-; Function: maltose O-acetyltransferase mac of E. coli acetylates glucose, maltose, mannose, galactose and fructose in Escherichia coli.; Function: putative O-acetyltransferase.; Title: strong similarity to maltose O-acetyltransferase maa - Escherichia coli; See PMID 1856235; uncharacterized protein	join(918845..919005,919158..919518,919604..919681)	Aspergillus niger	4985716
An12g03680	CDS	An12g03680	NT_166527.1	920027	920802	D	Protein sequence is in conflict with the conceptual translation; putative sequencing error; hypothetical protein [putative sequencing error]	join(920027..920234,920311..920397,920521..920615,920713..920802)	Aspergillus niger	84592536
An12g03690	CDS	An12g03690	NT_166527.1	921297	921548	R	hypothetical protein	complement(join(921297..921396,921469..921548))	Aspergillus niger	84592537
An12g03700	CDS	An12g03700	NT_166527.1	921695	930254	D	Function: Ubiquitin-specific proteases (UBPs) are a family of unique hydrolases that specifically remove polypeptides covalently linked via peptide or isopeptide bonds to the C-terminal glycine of ubiquitin.; Title: strong similarity to ubiquitin specific protease UBP12 - Arabidopsis thaliana; See PMID 11115897; uncharacterized protein	join(921695..922557,922648..925381,925481..925609,925663..926409,926459..926562,926611..926810,926888..927451,927511..929646,929703..929759,929861..929913,930016..930087,930177..930254)	Aspergillus niger	4985719
An12g03710	CDS	An12g03710	NT_166527.1	931610	933112	R	Title: strong similarity to alpha subunit of transcription initiation factor TFIIE Tfa1 - Saccharomyces cerevisiae; nucleus; See PMID 7961670; uncharacterized protein	complement(join(931610..932780,932857..932952,933018..933112))	Aspergillus niger	4985720
An12g03720	CDS	An12g03720	NT_166527.1	933559	935625	D	Catalytic activity: tRNA-pseudouridine synthase catalyzes the conversion of tRNA uridine to tRNA pseudouridine.; Remark: Pus1p in S. cerevisiae is an intranuclear protein which exhibits a nucleotide-specific and intron-dependent tRNA pseudouridine synthase activity.; Remark: possible sequencing error at position 28835; 2 bp too much.; Title: strong similarity to tRNA-pseudouridine synthase I Pus1 - Saccharomyces cerevisiae [putative frameshift]; nucleus; putative frameshift; See PMID 8641292; uncharacterized protein	join(933559..933785,933883..934065,934130..934583,934707..935337,935415..>935625)	Aspergillus niger	4985721
An12g03730	CDS	An12g03730	NT_166527.1	936010	937598	R	Function: Sen1 of S. cerevisiae is involved in tRNA processing.; Similarity: the ORF is shorter than Sen1 of S. cerevisiae and the homology between the two proteins is restricted to a stretch of about 300 amino acids.; Title: similarity to ATP dependent RNA helicase Sen1 - Saccharomyces cerevisiae; See PMID 8544822; See PMID 9365256; See PMID 9819377; See PMID 1569945; uncharacterized protein	complement(join(936010..936602,936633..936971,937004..937252,937376..937598))	Aspergillus niger	4985722
An12g03740	CDS	An12g03740	NT_166527.1	938109	939663	R	Remark: the ORF has an unusual exon/intron structure for A. niger.; Title: weak similarity to hypothetical protein encoded by An12g03800 - Aspergillus niger; uncharacterized protein	complement(join(938109..938333,938445..938809,938901..939129,939279..939326,939502..939663))	Aspergillus niger	84592538
An12g03750	CDS	An12g03750	NT_166527.1	939838	940754	R	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	complement(join(939838..939957,940190..940286,940368..940438,940531..940590,940650..940754))	Aspergillus niger	84592539
An12g03760	CDS	An12g03760	NT_166527.1	940964	942796	R	Title: similarity to hypothetical protein encoded by An12g03780 - Aspergillus niger; uncharacterized protein	complement(join(940964..941016,941097..941124,941260..941477,941545..941611,941724..942001,942222..942339,942389..942796))	Aspergillus niger	4985725
An12g03770	CDS	An12g03770	NT_166527.1	943440	945489	R	Title: similarity to hypothetical protein encoded by An12g03780 - Aspergillus niger; uncharacterized protein	complement(join(943440..943497,943632..943722,943847..943936,944008..944056,944121..944317,944384..944450,944510..944773,944839..944924,944979..945042,945121..945489))	Aspergillus niger	4985726
An12g03780	CDS	An12g03780	NT_166527.1	945519	947862	D	Similarity: shows also weak similarity to vimentin and myosin of different organisms.; Title: weak similarity to hypothetical methyl-accepting chemotaxis related protein PAB1308 -Pyrococcus abyssi; uncharacterized protein	join(945519..945608,945756..946074,946280..946650,946934..947275,947353..947419,947475..947692,947761..947862)	Aspergillus niger	4985727
An12g03790	CDS	An12g03790	NT_166527.1	947887	948899	R	Title: weak similarity to elongation factor Ts tsf -Guillardia theta; uncharacterized protein	complement(join(947887..947970,948470..948725,948784..948899))	Aspergillus niger	84592540
An12g03800	CDS	An12g03800	NT_166527.1	949087	950672	R	Remark: the ORF has an unusual exon/intron structure for A. niger.; Title: weak similarity to hypothetical protein encoded by An12g03740 - Aspergillus niger; uncharacterized protein	complement(join(949087..949317,949423..949519,949730..949932,950307..950672))	Aspergillus niger	84592541
An12g03810	CDS	An12g03810	NT_166527.1	951262	951565	R	Remark: the ORF is short in sequence.; hypothetical protein	complement(join(951262..951390,951449..951565))	Aspergillus niger	84592542
An12g03820	CDS	An12g03820	NT_166527.1	952300	952793	R	hypothetical protein	complement(join(952300..952503,952704..952793))	Aspergillus niger	84592543
An12g03830	CDS	An12g03830	NT_166527.1	953244	957403	R	Function: alpha INT1 of C. albicans mediates enhanced aggregation/adhesion and plays a role in morphogenesis.; Similarity: the ORF is shorter than alpha INT1 of C. albicans (1349 compared to 1664 amino acids) and the homology between the two proteins is restricted to a central stretch of about 400 amino acids.; Title: similarity to integrin-like protein alpha chain alpha INT1 - Candida albicans; See PMID 8552638; uncharacterized protein	complement(join(953244..953816,953872..954575,954631..957403))	Aspergillus niger	4985732
An12g03840	CDS	An12g03840	NT_166527.1	957990	958652	R	hypothetical protein	complement(957990..958652)	Aspergillus niger	84592544
An12g03850	CDS	An12g03850	NT_166527.1	958723	960553	D	Function: CHR1 of C. albicans complements a rok1 mutant of S. cerevisiae which is required for cell cycle progression and also for rRNA processing.; Remark: a putative sequencing error results in an frameshift.; Title: similarity to DEAD box RNA helicase CHR1 -Candida albicans [putative frameshift]; nucleus; putative frameshift; See PMID 10705369; uncharacterized protein	join(958723..959364,959464..>960553)	Aspergillus niger	4985734
An12g03860	CDS	An12g03860	NT_166527.1	960905	962601	R	EC:3.1.1.-; Function: putative carboxylic esterase.; Remark: possible sequencing error at position 1047,2 bp too much.; Similarity: shows similarity to several kinds of different esterases, e. g. acetylcholinesterases,triacylglycerol lipases.; Title: strong similarity to precursor of cephalosporin esterase - Rhodosporidium toruloides [putative frameshift]; putative frameshift; See PMID 9406399; uncharacterized protein	complement(join(<960905..961162,961250..962601))	Aspergillus niger	84592545
An12g03880	CDS	An12g03880	NT_166527.1	963279	965248	R	Title: similarity to hypothetical protein SPCC4B3.12 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(963279..965075,965138..965248))	Aspergillus niger	4985736
An12g03890	CDS	An12g03890	NT_166527.1	965747	966358	D	Title: strong similarity to mitochondrial ribosomal protein of the large subunit L14 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2060626; mitochondrial 54S ribosomal protein uL14m	join(965747..965761,965837..965921,965994..966218,966288..966358)	Aspergillus niger	4985737
An12g03900	CDS	An12g03900	NT_166527.1	966548	967168	R	Function: enzyme of S. cerevisiae is required for normal cell growth over a wide temperature range, but is not essential for synthesis of mRNA.; Title: strong similarity to 14.2 kD subunit of DNA-directed RNA polymerase II Rpb9 - Saccharomyces cerevisiae; nucleus; See PMID 1918023; uncharacterized protein	complement(join(966548..966592,966655..966744,966944..967168))	Aspergillus niger	4985738
An12g03910	CDS	An12g03910	NT_166527.1	967695	968420	D	Function: pin1 may modulate cell cycle control through interaction with Cdc25 and its activator, Plx1.; Function: the cis/trans peptidyl-prolyl isomerase,Pin1, is a regulator of mitosis that is well conserved from yeast to man.; Title: strong similarity to peptidyl-prolyl cis/trans isomerase pinA - Aspergillus nidulans; nucleus; uncharacterized protein	join(967695..967697,967774..968177,968226..968342,968411..968420)	Aspergillus niger	4985739
An12g03920	CDS	An12g03920	NT_166527.1	971750	974544	R	Title: strong similarity to hypothetical protein EAA57929.1 - Aspergillus nidulans; uncharacterized protein	complement(join(971750..971807,971867..972042,972094..974199,974260..974544))	Aspergillus niger	4985740
An12g03930	CDS	An12g03930	NT_166527.1	974899	975645	D	Function: CBC mediates the effect of the cap structure in U snRNA export, and provide direct evidence for the involvement of a cellular RNA-binding factor in the transport of RNA to the cytoplasm.; Function: cap structures are added cotranscriptionally to all RNA polymerase II transcripts and affect several processes including RNA stability,pre-messenger RNA splicing, RNA export from the nucleus and translation initiation.; Localization: might be a nuclear protein.; Title: strong similarity to CAP binding protein CBP20-X - Xenopus laevis; See PMID 7651522; uncharacterized protein	join(974899..974964,975025..975119,975168..975212,975271..975462,975513..975645)	Aspergillus niger	4985741
An12g03940	CDS	An12g03940	NT_166527.1	975796	976681	R	Remark: in Cercospora pyridoxine auxotrophy due to gene disruption.; Title: strong similarity to hypothetical pyridoxine synthesis protein PDX2 - Cercospora nicotianae; uncharacterized protein	complement(join(975796..976369,976428..976681))	Aspergillus niger	4985742
An12g03950	CDS	An12g03950	NT_166527.1	977120	978076	D	Remark: npgA of E. nidulans maps next to aatA and might also be involved in biosynthesis of penicillin or other antibiotics.; Title: strong similarity to hypothetical protein npgA - Aspergillus nidulans; uncharacterized protein	977120..978076	Aspergillus niger	4985743
An12g03960	CDS	An12g03960	NT_166527.1	978445	979384	R	Function: the penicillin biosynthesis is catalysed by three enzymes encoded by acvA (pcbAB), ipnA (pcbC) and ataA (penDE).; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to acyltransferase ataA -Aspergillus nidulans; See PMID 9729600; See PMID 10422583; uncharacterized protein	complement(join(978445..978614,978673..979384))	Aspergillus niger	4985744
An12g03970	CDS	An12g03970	NT_166527.1	980245	982892	R	Function: The recessive, temperature-sensitive bimA1 mutation of Aspergillus nidulans blocks nuclei in metaphase at restrictive temperature.; Function: the sequence of the bimA gene indicates that it is a member of a family of mostly nuclear proteins that contain a degenerate 34 amino acid repeat, the TPR (tetratricopeptide repeat) gene family. -; Title: strong similarity to nuclear protein bimA -Aspergillus nidulans; nucleus; uncharacterized protein	complement(join(980245..980316,980381..982227,982277..982450,982556..982892))	Aspergillus niger	4985745
An12g03980	CDS	An12g03980	NT_166527.1	983938	984538	D	Title: strong similarity to hypothetical protein AAN52526.1 - Pichia angusta; uncharacterized protein	join(983938..983946,984017..984538)	Aspergillus niger	4985746
An12g03990	CDS	An12g03990	NT_166527.1	985038	987401	R	Title: strong similarity to hypothetical protein EAA57923.1 - Aspergillus nidulans; uncharacterized protein	complement(join(985038..986760,986815..987401))	Aspergillus niger	4985747
An12g04000	CDS	An12g04000	NT_166527.1	989071	993655	D	Function: it could also be an activator of 3'-5' ribonuclease or might be directly implicated in association with the RNA14 protein in the nuclear polyadenylation of the mRNAs.; Function: protein of S. cerevisiae may be a nuclease which would normally be inactive owing to inhibition by wild-type RNA14 protein and could be activated either as a normal component of mRNA decay or during some specific cellular stress.; Localization: integral membrane protein.; Similarity: shows similarity at carboxyterminus to several known and putative mrna stability proteins.; Title: similarity to mrna stability protein Ssm4 -Saccharomyces cerevisiae; uncharacterized protein	join(989071..992044,992097..993655)	Aspergillus niger	4985748
An12g04010	CDS	An12g04010	NT_166527.1	994627	998499	D	Similarity: shows partial similarity mainly to Arabidopsis sequences.; Title: similarity to hypothetical protein encoded by An09g00360 - Aspergillus niger; uncharacterized protein	join(994627..994663,994780..997995,998066..998499)	Aspergillus niger	4985749
An12g04020	CDS	An12g04020	NT_166527.1	999579	1006576	R	Catalytic activity: it converts ATP + Acetyl-CoA + HCO(3)(-) = ADP + + malonyl-CoA.; Catalytic activity: it converts ATP + biotin-carboxyl-carrier protein + CO(2) = ADP + Orthophosphate.; Cofactor: biotin.; Function: the S. pombe protein carries three functions i. e. biotin carboxyl carrier protein, biotin carboxylase and carboxyltransferase.; Localization: cytoplasmic.; Pathway: first step in long-chain fatty acid synthesis.; Similarity: strong similarity to acetyl-CoA carboxylase accA A. nidulans.; Title: strong similarity to acetyl-CoA carboxylase SPAC56E4.04c - Schizosaccharomyces pombe; cytoplasm; See PMID 9871120; uncharacterized protein	complement(join(999579..1006109,1006180..1006350,1006427..1006576))	Aspergillus niger	4985750
An12g04030	CDS	An12g04030	NT_166527.1	1011927	1013828	R	Function: NUDE, is a homologue of the nuclear distribution protein RO11 of Neurospora crassa.; Function: movement and distribution of nuclei in fungi have been shown to be dependent on cytoplasmic microtubules and the microtubule-associated motor cytoplasmic dynein.; Similarity: similar to Neurospora crassa RO11.; Title: strong similarity to nuclear distribution protein nudE - Aspergillus nidulans; cytoplasm; See PMID 10931877; uncharacterized protein	complement(join(1011927..1013507,1013592..1013828))	Aspergillus niger	4985751
An12g04040	CDS	An12g04040	NT_166527.1	1017121	1018201	D	hypothetical protein	join(1017121..1017208,1017258..1017492,1017589..1017639,1017688..1018201)	Aspergillus niger	84592546
An12g04050	CDS	An12g04050	NT_166527.1	1019070	1020685	D	Remark: the ORF encoded protein also shows similarity to CSHase of Arthrobacter sp from patent R22271. .; Title: similarity to hypothetical protein b1011 -Escherichia coli; uncharacterized protein	join(1019070..1019176,1019313..1019737,1019805..1019936,1019995..1020491,1020563..1020685)	Aspergillus niger	4985753
An12g04060	CDS	An12g04060	NT_166527.1	1021264	1023178	D	Remark: the ORF also shows similarity to the EST d1g09a1. r1 of Aspergillus nidulans.; Title: similarity to hypothetical protein SPAC29A4.06c - Schizosaccharomyces pombe; uncharacterized protein	join(1021264..1021280,1021401..1021513,1021746..1023178)	Aspergillus niger	4985754
An12g04070	CDS	An12g04070	NT_166527.1	1023472	1024989	R	Phenotype: in S. cerevisiae zrt3 mutants inefficiently mobilize stored zinc to offset deficiency.; Remark: YKL175w is an alternative name for ZRT3.; Similarity: Zrt3p is a member of the ZIP family of metal transporters.; Title: similarity to zinc-transporter Zrt3 -Saccharomyces cerevisiae; vacuole; See PMID 10856230; uncharacterized protein	complement(join(1023472..1024698,1024753..1024883,1024935..1024989))	Aspergillus niger	4985755
An12g04080	CDS	An12g04080	NT_166527.1	1025402	1025641	R	hypothetical protein	complement(join(1025402..1025444,1025523..1025641))	Aspergillus niger	84592547
An12g04090	CDS	An12g04090	NT_166527.1	1027187	1028060	D	Title: similarity to hypothetical protein encoded by An04g09490 - Aspergillus niger; uncharacterized protein	join(1027187..1027649,1027756..1027787,1027947..1028060)	Aspergillus niger	4985757
An12g04100	CDS	An12g04100	NT_166527.1	1028320	1029000	R	hypothetical protein	complement(1028320..1029000)	Aspergillus niger	4985758
An12g04110	CDS	An12g04110	NT_166527.1	1029691	1030695	D	Phenotype: mitochondrial DNA recombination was reduced in an yeast mutant lacking the NUC1 endo/exonuclease.; Similarity: the ORF encoded protein shows strong similarity to several described mitochondrial nucleases.; Title: strong similarity to precursor of mitochondrial nuclease Nuc1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8087883; See PMID 2836791; uncharacterized protein	1029691..1030695	Aspergillus niger	4985759
An12g04120	CDS	An12g04120	NT_166527.1	1031044	1032323	R	Title: similarity to hypothetical protein T25B24.3 -Arabidopsis thaliana; uncharacterized protein	complement(join(1031044..1031363,1031434..1031689,1031742..1032323))	Aspergillus niger	4985760
An12g04130	CDS	An12g04130	NT_166527.1	1032981	1034314	R	Remark: blastp matches are unspecific.; hypothetical protein	complement(join(1032981..1034095,1034185..1034314))	Aspergillus niger	84592548
An12g04140	CDS	An12g04140	NT_166527.1	1036348	1040682	R	Title: similarity to hypothetical Sec76 domain protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1036348..1038857,1038916..1040151,1040256..1040682))	Aspergillus niger	4985762
An12g04150	CDS	An12g04150	NT_166527.1	1040832	1041563	D	Remark: blastp matches are due to repetitive amino acids.; hypothetical protein	join(1040832..1040962,1041081..1041203,1041443..1041563)	Aspergillus niger	84592549
An12g04160	CDS	An12g04160	NT_166527.1	1042514	1043657	D	hypothetical protein	join(1042514..1042628,1042961..1043053,1043136..1043235,1043564..1043657)	Aspergillus niger	84592550
An12g04170	CDS	An12g04170	NT_166527.1	1044540	1046477	D	Function: ECM14 of S. cerevisisae is involved in cell wall biogenesis and architecture.; Similarity: the ORF encoded protein shows similarity to different types of carboxypeptidases.; Title: similarity to Ecm14 - Saccharomyces cerevisiae; See PMID 9335584; uncharacterized protein	join(1044540..1044950,1045023..1046477)	Aspergillus niger	4985765
An12g04180	CDS	An12g04180	NT_166527.1	1047035	1048952	R	Function: DIP5 of S. cerevisiae mediates high-affinity and high-capacity transport of L-glutamate and L-aspartate.; Phenotype: the dip5 mutation caused a several hundred-fold reduction of uptake of L-glutamate and L-aspartate.; Remark: YPL265W is an alternative name for DIP5.; Similarity: DIP5 of S. cerevisiae belongs to the amino acid permease family.; Title: strong similarity to dicarboxylic amino acid permease Dip5 - Saccharomyces cerevisiae; plasma membrane; See PMID 9508791; uncharacterized protein	complement(join(1047035..1048349,1048409..1048569,1048627..1048633,1048685..1048742,1048802..1048952))	Aspergillus niger	4985766
An12g04190	CDS	An12g04190	NT_166527.1	1050015	1052874	R	Remark: YBT1 and YLL048C are alternative names for BAT1.; Remark: the ORF encoded protein is N-terminally truncated due to the contig border.; Similarity: the ORF encoded protein shows similarity to various ABC transporters with different function.; Title: strong similarity to bile acid transporter Bat1 - Saccharomyces cerevisiae [truncated ORF]; vacuole; See PMID 9182565; uncharacterized protein	complement(join(1050015..1051308,1051358..>1052874))	Aspergillus niger	4985767
An12g04200	CDS	An12g04200	NT_166527.1	1053229	1053451	D	hypothetical protein	join(1053229..1053344,1053433..1053451)	Aspergillus niger	84592551
An12g04210	CDS	An12g04210	NT_166527.1	1054623	1056349	D	Catalytic activity: PhacA catalyzes the ortho-hydroxylation of phenylacetate, the first step of A. nidulans phenylacetate catabolism.; Remark: Aspergillus nidulans utilizes phenylacetate as a carbon source via homogentisate, which is degraded to fumarate and acetoacetate.; Remark: PhacA is a novel cytochrome P450 monooxygenase.; Title: strong similarity to phenylacetate 2-hydroxylase phacA - Aspergillus nidulans; See PMID 10329644; uncharacterized protein	join(1054623..1054712,1054768..1055920,1055973..1056349)	Aspergillus niger	4985769
An12g04220	CDS	An12g04220	NT_166527.1	1056583	1057738	D	Catalytic activity: 3-alpha,7-alpha,12-alpha-trihydroxy-5-beta-cholanate + NAD(+) = 3-alpha,12-alpha-dihydroxy-7-oxo-5-beta-cholanate + NADH.; Function: HdhA catalyses the oxidation of the 7-alpha-hydroxyl group of bile acids and alcohols both in their free and conjugated forms.; Title: similarity to 7-alpha-hydroxysteroid dehydrogenase hdhA - Escherichia coli; See PMID 2007545; uncharacterized protein	join(1056583..1056678,1056737..1056852,1056923..1057401,1057483..1057619,1057670..1057738)	Aspergillus niger	4985770
An12g04230	CDS	An12g04230	NT_166527.1	1058349	1059086	R	hypothetical protein	complement(1058349..1059086)	Aspergillus niger	84592552
An12g04240	CDS	An12g04240	NT_166527.1	1059463	1059926	R	hypothetical protein	complement(join(1059463..1059499,1059631..1059926))	Aspergillus niger	84592553
An12g04250	CDS	An12g04250	NT_166527.1	1061526	1063306	D	Function: PDAT9 from the fungus Nectria haematococca encodes pisatin demethylase, an enzyme that detoxifies the phytoalexin pisatin, an antimicrobial compound produced by pea in response to infection by this plant pathogen.; Remark: a putative sequencing error results in an frameshift.; Similarity: PDAT9 is a cytochrome P450 whose deduced amino acid sequence is distinct from all other reported cytochrome P-450s, and therefore has been assigned to a new cytochrome P450 family, CYP57.; Title: strong similarity to cytochrome P450 pisatin demethylase PDAT9 - Nectria haematococca [putative frameshift]; putative frameshift; See PMID 2034215; See PMID 8208242; uncharacterized protein	join(1061526..1061807,1061915..1062160,1062213..1062839,1062893..1063000,1063047..1063097,1063160..1063186,1063242..>1063306)	Aspergillus niger	4985773
An12g04260	CDS	An12g04260	NT_166527.1	1063931	1064890	D	Catalytic activity: UDP-glucose = UDP-galactose.; Pathway: Galactose metabolism.; Title: similarity to UDP-glucose 4-epimerase GALE -Streptomyces lividans; See PMID 3335481; uncharacterized protein	1063931..1064890	Aspergillus niger	4985774
An12g04280	CDS	An12g04280	NT_166527.1	1065772	1067087	R	Function: The serine esterase est from Acinetobacter calcoaceticus confers the ability to grow on simple triglycerides such as triacetin (TAC).; Similarity: Belongs to the GDXG family of lipolytic enzymes.; Title: similarity to esterase est - Acinetobacter calcoaceticus; See PMID 2545531; uncharacterized protein	complement(join(1065772..1065804,1066064..1066802,1066856..1066976,1067039..1067087))	Aspergillus niger	4985776
An12g04310	CDS	An12g04310	NT_166527.1	1069702	1070760	D	Catalytic activity: Cinnamyl alcohol+NADP(+)<=>cinnamaldehyde+NADPH.; Function: CAD1 from Eucalyptus gunnii catalyzes the reversible oxidation of cinnamyl alcohol to cinnamacetaldehyde with the concomitant reduction of NADP.; Pathway: lignin biosynthesis.; Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to cinnamyl-alcohol dehydrogenase CAD1 - Eucalyptus gunnii [putative frameshift]; putative frameshift; See PMID 9526508; uncharacterized protein	<1069702..1070760	Aspergillus niger	4985779
An12g04320	CDS	An12g04320	NT_166527.1	1071255	1071719	R	Title: weak similarity to hypothetical protein clone Bal50 - Unclassified organism; uncharacterized protein	complement(join(1071255..1071308,1071420..1071590,1071636..1071719))	Aspergillus niger	84592554
An12g04330	CDS	An12g04330	NT_166527.1	1071898	1073695	R	Catalytic activity: NADH + acceptor <=> NAD(+) + reduced acceptor.; Cofactor: FAD, FeS.; Title: strong similarity to thermostable NADH oxidase - Thermoanaerobium brockii; See PMID 1599437; See PMID 8357835; uncharacterized protein	complement(join(1071898..1071939,1072008..1072361,1072442..1072678,1072742..1072761,1072834..1073244,1073298..1073403,1073457..1073535,1073634..1073695))	Aspergillus niger	4985781
An12g04340	CDS	An12g04340	NT_166527.1	1074256	1075587	R	Function: the human zeta-crystallin/quinone reductase CRYZ is specific for NADPH. It catalyses the one electron reduction of certain quinones. Orthoquinones are the best substrates.; Similarity: the ORF encoded protein shows also strong similarities to many Arabidopsis thaliana patent oxidoreductases which are functionally not decribed.; Title: strong similarity to zeta-crystallin/quinone reductase CRYZ - Homo sapiens; See PMID 8466529; uncharacterized protein	complement(join(1074256..1074734,1074795..1074926,1074984..1075270,1075322..1075587))	Aspergillus niger	4985782
An12g04350	CDS	An12g04350	NT_166527.1	1075989	1077308	R	Catalytic activity: a carboxylic ester + H(2)O <=> an alcohol + a carboxylic anion.; Function: LipP from Pseudomonas sp. B11-1 is a lipase that showes a 1,3-positional specificity toward triolein. p-Nitrophenyl esters of fatty acids with short to medium chains (C4 and C6) served as good substrates.; Title: similarity to lipase LipP - Pseudomonas sp.; See PMID 9464382; uncharacterized protein	complement(join(1075989..1076115,1076275..1077308))	Aspergillus niger	4985783
An12g04360	CDS	An12g04360	NT_166527.1	1077568	1078858	D	Remark: the prostate specific androgen regulated protein ARSDR1 from patent WO200065067-A2 is identical to the androgen-regulated short-chain dehydrogenase/reductase 1 (TREMBL:AF167438_1).; Title: similarity to prostate specific androgen regulated protein ARSDR1 from patent WO200065067-A2 - Homo sapiens; See PMID 11245473; uncharacterized protein	join(1077568..1077624,1077654..1077822,1077853..1078146,1078224..1078858)	Aspergillus niger	4985784
An12g04370	CDS	An12g04370	NT_166527.1	1079536	1081227	D	Remark: A. parasiticus moxY is part of the aflatoxin biosynthetic pathway gene cluster and is expressed concurrently with genes involved in aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Title: strong similarity to monooxygenase moxY -Aspergillus parasiticus; See PMID 10855719; uncharacterized protein	join(1079536..1079772,1079864..1080182,1080244..1080572,1080628..1080965,1081014..1081227)	Aspergillus niger	4985785
An12g04380	CDS	An12g04380	NT_166527.1	1081719	1082417	R	Title: strong similarity to immunogenic protein #19801 from patent WO200181581-A2 - Propionibacterium acnes; uncharacterized protein	complement(1081719..1082417)	Aspergillus niger	4985786
An12g04390	CDS	An12g04390	NT_166527.1	1082889	1083926	R	Function: the 12-hydroxydehydrogenase LTB4DH from Sus scrofa catalyzes the conversion of leukotriene b4 into its biologically less active metabolite, 12-oxo-leukotriene b4. This is an initial and key step of metabolic inactivation of leukotriene b4 in various tissues other than leukocytes.; Similarity: the ORF encoded protein shows also strong similarities to many Arabidopsis thaliana patent oxidoreductases which are functionally not decribed.; Title: strong similarity to NADP dependent leukotriene b4 12-hydroxydehydrogenase LTB4DH - Sus scrofa; See PMID 8576264; uncharacterized protein	complement(1082889..1083926)	Aspergillus niger	4985787
An12g04410	CDS	An12g04410	NT_166527.1	1085954	1086359	R	Remark: the ORF is short in length (58 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(<1085954..1086029,1086262..1086359))	Aspergillus niger	84592555
An12g04430	CDS	An12g04430	NT_166527.1	1087115	1087687	R	hypothetical protein	complement(1087115..1087687)	Aspergillus niger	84592556
An12g04440	CDS	An12g04440	NT_166527.1	1087717	1089884	D	hypothetical protein	join(1087717..1088038,1088431..1088672,1089059..1089418,1089514..1089655,1089796..1089884)	Aspergillus niger	84592557
An12g04450	CDS	An12g04450	NT_166527.1	1090166	1091167	D	Remark: the ORF contains many Prolins.; Title: similarity to EST SEQ ID NO:4177 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	1090166..1091167	Aspergillus niger	4985793
An12g04460	CDS	An12g04460	NT_166527.1	1091473	1092415	D	Title: similarity to EST SEQ ID NO:4349 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(1091473..1091633,1091974..1092013,1092088..1092169,1092234..1092415)	Aspergillus niger	84592558
An12g04470	CDS	An12g04470	NT_166527.1	1092458	1094226	D	Remark: hoxN gene has several features typical of a hydrophobic integral membrane protein. Alkaline phosphatase fusion proteins produced by insertion of the transposon TnphoA into hoxN gave significant levels of alkaline phosphatase activity indicating that protein HoxN contains periplasmic domains. Taken together, our results suggest that gene hoxN encodes the high-affinity nickel transporter of A. eutrophus.; Title: strong similarity to high affinity nickel transporter - Ralstonia eutropha; See PMID 7896709; See PMID 7934894; See PMID 1847142; uncharacterized protein	join(1092458..1092685,1092761..1092771,1092830..1092902,1092954..1093039,1093095..1093373,1093424..1093569,1093634..1093686,1093771..1094226)	Aspergillus niger	4985795
An12g04480	CDS	An12g04480	NT_166527.1	1094849	1095689	R	Catalytic activity: chitin + H2O = chitosan + acetate.; Pathway: aminosugars metabolism.; Remark: strong similarity to C. lindemuthianum chitin deacetylase patent DE19810349-A1.; Remark: the protein of the patent is also used to produce chitosan oligosaccharides from chitin oligosaccharides and for removing N-acetyl from other amino sugars, making it suitable for synthesis of new sugar chains.; Title: strong similarity to chitin deacetylase from patent DE19810349-A1 - Colletotrichum lindemuthianum; uncharacterized protein	complement(join(1094849..1094910,1094972..1095336,1095397..1095689))	Aspergillus niger	4985796
An12g04490	CDS	An12g04490	NT_166527.1	1097359	1099389	D	Remark: mRNA expression of pol lambda is highest in mouse testis and fetal liver. The biological function may differ from DNA translesion synthesis.; Title: strong similarity to DNA polymerase lambda POLL - Mus musculus; See PMID 10982892; uncharacterized protein	1097359..1099389	Aspergillus niger	4985797
An12g04500	CDS	An12g04500	NT_166527.1	1099949	1104139	R	Catalytic activity: ATP + H2O = ADP + orthophosphate.; Pathway: oxidative phosphorylation.; Remark: hydrolysis of ATP is coupled with the transport of Ca2+ ions. The enzyme from the plasma membrane of eucaryotes differs from that found in sarcoplasmic reticulum in that it is activated by calmodulin, is sensitive to low concentrations of vanadate, and is of higher molecular mass (150 kDa).; Similarity: belongs to the cation transport ATPases.; Title: strong similarity to transport ATPase Drs2 -Saccharomyces cerevisiae; See PMID 8247005; See PMID 9852106; See PMID 10601336; uncharacterized protein	complement(join(1099949..1100797,1100861..1101164,1101216..1104139))	Aspergillus niger	4985798
An12g04510	CDS	An12g04510	NT_166527.1	1105743	1107830	R	Catalytic activity: benzoate + NADPH + O2 = 4-hydroxybenzoate + NADP+ + H2O.; Induction: bphA of A. niger is inducible by benzoate.; Pathway: phenylalanine metabolism.; Remark: analysis revealed that CYP53 is a member of a P450 gene family designated P450LIII.; Similarity: belongs to the cytochrome P450 family.; Title: strong similarity to benzoate 4-monooxygenase cytochrome P450 53 bphA - Aspergillus niger; See PMID 2250647; uncharacterized protein	complement(join(1105743..1105927,1105977..1106514,1106586..1106920,1106993..1107184,1107249..1107727,1107793..1107830))	Aspergillus niger	4985799
An12g04520	CDS	An12g04520	NT_166527.1	1109563	1111306	R	Function: probable transporter. confers resistance to cycloheximide.; Remark: the CYHR gene from Candida maltosa confers resistance to cycloheximide.; Similarity: belongs to the major facilitator family (also known as the drug resistance translocase family). belongs to the car1/cyhr subfamily.; Title: strong similarity to cycloheximide resistance protein CYHR - Candida maltosa; plasma membrane; See PMID 1628836; uncharacterized protein	complement(join(1109563..1109897,1109984..1110560,1110614..1111306))	Aspergillus niger	4985800
An12g04530	CDS	An12g04530	NT_166527.1	1111856	1113774	D	Catalytic activity: versicolorin B synthase of A. parasiticus catalyzes the side chain cyclization of racemic versiconal hemiacetal to the bisfuran ring system of versicolorin B.; Pathway: versicolorin B synthase catalyzes an essential transformation in the aflatoxin biosynthetic pathway of A. parasiticus.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Remark: putative sequencing error at position 27713,1 base too much and at position 26638; putative sequencing error leads to a STOP Codon.; Remark: the biosynthesis of aflatoxin B1 proceeds through three configurationally labile intermediates to racemic versiconal hemiacetal. Subsequent enzymatic cyclization establishes the stereochemistry of this,critical ring fusion in (-)-versicolorin B and is catalyzed by versicolorin B synthase (VBS).; Remark: vbs of A. parasiticus possesses an amino-terminal sequence homologous to the ADP-binding region of other flavoenzymes; however, this enzyme does not require flavin or nicotinamide cofactors for its cyclase activity.; Similarity: belongs to the choline dehydrogenase and related flavoproteins.; Title: strong similarity to versicolorin B synthase vbs - Aspergillus parasiticus [putative frameshift]; putative frameshift; See PMID 8662689; See PMID 8784203; uncharacterized protein	join(1111856..1112135,1112190..1113027,1113143..>1113774)	Aspergillus niger	84592559
An12g04540	CDS	An12g04540	NT_166527.1	1113948	1118264	R	Title: weak similarity to hypothetical protein CAD60719.1 - Podospora anserina; uncharacterized protein	complement(join(1113948..1114046,1114098..1114682,1114850..1115382,1115424..1115542,1116001..1116058,1116134..1116229,1116536..1116615,1116738..1116950,1117024..1117113,1117192..1117290,1117382..1117965,1118025..1118264))	Aspergillus niger	4985802
An12g04550	CDS	An12g04550	NT_166527.1	1120095	1120879	D	hypothetical protein	join(1120095..1120125,1120214..1120315,1120412..1120501,1120630..1120706,1120761..1120800,1120830..1120879)	Aspergillus niger	84592560
An12g04560	CDS	An12g04560	NT_166527.1	1121029	1122028	R	Complex: the human 75-kD autoantigen (PM-Sc1) is part of the nuclear/nucleolar particle termed PM-Scl (polymyositis/scleroderma). the PM-Scl complex consists of 11 to 16 proteins.; Remark: the PM/Scl complex is the human counterpart of the yeast (S. cerevisiae) exosome, which is an RNA-processing complex consisting of 11 3' --> 5' exoribonucleases.; Remark: the exosome plays a major role in diverse RNA processing and degradation pathways.; Remark: yeast Rrp45p is homologous to PM-Scl75.; Similarity: the predicted A. niger protein shows strong similarity to the human 75-kD autoantigen (PM-Sc1) and related conserved hypothetical proteins from procaryotic and eucaryotic species, which belong to the RNase PH family.; Title: strong similarity to 75-kD autoantigen PM-Sc1 - Homo sapiens; See PMID 10465791; See PMID 11178117; See PMID 2007859; uncharacterized protein	complement(join(1121029..1121623,1121685..1121804,1121865..1122028))	Aspergillus niger	4985804
An12g04570	CDS	An12g04570	NT_166527.1	1122278	1123297	D	Title: strong similarity to hypothetical protein BAA90629.1 - Oryza sativa; uncharacterized protein	join(1122278..1122287,1122341..1122363,1122412..1122488,1122536..1122820,1122872..1122956,1123006..1123176,1123232..1123297)	Aspergillus niger	4985805
An12g04580	CDS	An12g04580	NT_166527.1	1123467	1124601	D	hypothetical protein	join(1123467..1123546,1123593..1123845,1124050..1124118,1124204..1124382,1124556..1124601)	Aspergillus niger	4985806
An12g04590	CDS	An12g04590	NT_166527.1	1124847	1125724	D	Catalytic activity: 5,6,7,8-tetrahydrofolate + NADP(+) <=> 7,8-dihydrofolate + NADPH; Function: dihydrofolate reductase catalyzes the reduction of dihydrofolic acid to tetrahydrofolic acid with NADPH an essential step in de novo synthesis both of glycine and of purines and deoxythymidine phosphate (the precursors of DNA synthesis), and important also in the conversion of deoxyuridine monophosphate to deoxythymidine monophosphate.; Similarity: similarity to dihydrofolate reductase of several species is restricted to aminoterminus.; Title: similarity to dihydrofolate reductase DHFR -Pneumocystis carinii; See PMID 2682653; uncharacterized protein	join(1124847..1125602,1125659..1125724)	Aspergillus niger	4985807
An12g04600	CDS	An12g04600	NT_166527.1	1126026	1128643	R	Function: CIC-3 in rat may play an important role in neuronal cell function through regulation of membrane excitability by protein kinase C.; Remark: a splice site was detected upstream of the START codon.; Remark: alternative splicing at the aminoterminus possible because of long and short forms of chloride channels.; Similarity: strong similarity to chloride channels at the aminoterminus but no similarity at the carboxyterminus.; Title: similarity to protein kinase C-regulated chloride channel ClC3 - Rattus rattus; See PMID 8155321; uncharacterized protein	complement(join(1126026..1126151,1126183..1126569,1126625..1127813,1127970..1128643))	Aspergillus niger	4985808
An12g04610	CDS	An12g04610	NT_166527.1	1133802	1134638	D	Function: might be involved in degradation of cellulose or similiar substances.; Similarity: restricted to aminoterminus, partial similarity might point to a pseudogene.; Title: similarity to endoglucanase IV egl4 -Trichoderma reesei; See PMID 9370370; uncharacterized protein	1133802..1134638	Aspergillus niger	4985809
An12g04620	CDS	An12g04620	NT_166527.1	1136198	1137919	D	Function: might be a membrane transporter used in A. chrysogenum to improve the fermentation ability.; Remark: patent W14439 against protein.; Title: similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum; uncharacterized protein	join(1136198..1136452,1136511..1136934,1136985..1137726,1137787..1137919)	Aspergillus niger	4985810
An12g04630	CDS	An12g04630	NT_166527.1	1139935	1141403	D	Function: PVA is used for the enzymatic hydrolysis of penicillin V (phenoxy-methylpenicillin) to 6-aminopenicillanic acid (6-APA).; Remark: alternative splicing possible.; Similarity: shows strong similarity to proteins of patents W00291 (full length) and W00290 (mature).; Title: strong similarity to full length Penicillin V amidohydrolase from patent US5516679-A - Fusarium oxysporum; uncharacterized protein	join(1139935..1140275,1140330..1140378,1140447..1141403)	Aspergillus niger	4985811
An12g04640	CDS	An12g04640	NT_166527.1	1142083	1143045	D	Function: isoamyl acetate hydrolytic enzyme of S. cerevisiae is involved in C-compound and carbohydrate utilization and fermentation.; Function: might be a lipase/acylhydrolase with GDSL-like motif according to pfam-domain.; Remark: patent not found in DSM-patentdatabase.; Similarity: shows also similarity to isoamyl acetate hydrolytic enzyme of S. cerevisiae.; Title: similarity to sequence 28 from patent WO0032789 - Mangifera indica; uncharacterized protein	join(1142083..1142221,1142278..1142317,1142384..1142462,1142521..1143045)	Aspergillus niger	4985812
An12g04650	CDS	An12g04650	NT_166527.1	1144220	1145963	D	Title: weak similarity to hypothetical secreted antigen SagA - Enterococcus faecium; uncharacterized protein	join(1144220..1144421,1144498..1145963)	Aspergillus niger	4985813
An12g04655	CDS	An12g04655	NT_166527.1	1146099	1146935	R	Title: strong similarity to hypothetical protein AAF47250.1 - Drosophila melanogaster; uncharacterized protein	complement(join(1146099..1146624,1146687..1146738,1146905..1146935))	Aspergillus niger	4985814
An12g04660	CDS	An12g04660	NT_166527.1	1147200	1149058	R	Function: gene disruption demonstrated that the thi6 null strain is auxotrophic for thiamin, indicating that the THI6 protein is essential for thiamin synthesis in yeast.; Function: thiamin-phosphate pyrophosphorylase (TMP-PPase; EC 2. 5. 1. 3) involved in de novo synthesis of thiamin in S. cerevisiae is a bifunctional enzyme with 4-methyl-5-beta-hydroxyethylthiazole kinase (Th-kinase; EC 2. 7. 1. 50) activity.; Title: strong similarity to thiamin-phosphate pyrophosphorylase/hydroxyethylthiazole kinase Thi6 -Saccharomyces cerevisiae; See PMID 7982968; uncharacterized protein	complement(join(1147200..1147454,1147506..1147606,1147652..1148028,1148084..1148497,1148547..1148682,1148732..1148908,1148959..1149058))	Aspergillus niger	4985815
An12g04670	CDS	An12g04670	NT_166527.1	1151209	1152486	D	Function: eukaryotic translation initiation factor 5 (eIF-5) catalyzes hydrolysis of GTP bound to a 40 S ribosomal initiation complex with the subsequent joining of a 60 S ribosomal subunit to form an 80 S initiation complex.; Remark: a splice site was detected upstream of the START codon.; Remark: translation initiation factor eIF-5 exists as long and short form (alternative splicing).; Title: strong similarity to translation initiation factor Eif-5 - Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	1151209..1152486	Aspergillus niger	4985816
An12g04680	CDS	An12g04680	NT_166527.1	1152965	1156558	R	Title: similarity to hypothetical protein SPCC622.13c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1152965..1156480,1156526..1156558))	Aspergillus niger	4985817
An12g04690	CDS	An12g04690	NT_166527.1	1157351	1160210	D	Function: DNA ligases catalyze the formation of phosphodiester bonds at single-strand breaks in double-strand DNA.; Similarity: DNA ligases of several species seem to be highly variable at the aminoterminus.; Title: strong similarity to ATP-dependent DNA ligase LigI - Xenopus laevis; nucleus; See PMID 8682316; uncharacterized protein	join(1157351..1158569,1158624..1159009,1159061..1159333,1159384..1159614,1159665..1160210)	Aspergillus niger	4985818
An12g04700	CDS	An12g04700	NT_166527.1	1160899	1163546	D	Function: Tri r 4 is associated with IgE antibody binding and delayed type hypersensitivity in Homo sapiens.; Function: dipeptidyl peptidase IV (DPP IV) is responsible for the removal of N-terminal dipeptides sequentially from polypeptides having unsubstituted N-termini, provided that the penultimate residue is proline.; Similarity: similarity to several peptidase families.; Title: strong similarity to allergen Tri r 4 -Trichophyton rubrum; uncharacterized protein	join(1160899..1160966,1161032..1161083,1161141..1161379,1161438..1162449,1162509..1162731,1162794..1163026,1163109..1163320,1163405..1163546)	Aspergillus niger	4985819
An12g04710	CDS	An12g04710	NT_166527.1	1164126	1166792	R	Function: a novel gene family in which null mutations cause pleiotropic effects on metal-ion resistance or sensitivity and distribution of membrane proteins in different targets was discovered.; Function: deletion of the VTC1 gene (DeltaVTC1) results in a reduced amount of V-ATPase in the vacuolar membrane.; Function: the family was defined as VTC (Vacuolar Transporter Chaperon) and it contains four genes in the S. cerevisiae genome.; Function: these mutant cells fail to accumulate quinacrine into their vacuoles, but they are able to grow at pH 7. 5. The VTC1 null mutant also results in a reduced amount of the plasma membrane H(+)-ATPase (Pma1p) in membrane preparations and possibly mis-targeting.; Similarity: similarity to VTC1 is only partial because VTC1 is much smaller but the predicted protein might be a member of the same family.; Similarity: strong similarity to several fungal hypothetical proteins.; Title: similarity to negative regulator of Cdc Fourty two Vtc1 - Saccharomyces cerevisiae; See PMID 10480897; uncharacterized protein	complement(join(1164126..1164520,1164576..1165884,1165938..1166183,1166247..1166718,1166788..1166792))	Aspergillus niger	4985820
An12g04720	CDS	An12g04720	NT_166527.1	1169612	1172911	R	Complex: the predominant form is a heterohexamer of MCM2, MCM3, MCM4, MCM5, MCM6, and MCM7, sometimes called the RLF-M component of replication licensing factor.; Function: as replication proceeds, MCM proteins are phosphorylated and dissociate from the chromatin.; Function: part of the replication licensing system that permits DNA replication to occur once and only once within a single cell division cycle.; Function: the complex of six MCM proteins is one of several proteins that must be bound at the origins of replication for the initiation of DNA replication.; Title: strong similarity to replication licensing factor mcm4p - Schizosaccharomyces pombe; nucleus; uncharacterized protein	complement(join(1169612..1170199,1170257..1171449,1171500..1171571,1171622..1171720,1171811..1172491,1172548..1172911))	Aspergillus niger	4985821
An12g04730	CDS	An12g04730	NT_166527.1	1173443	1177979	D	Similarity: shows only wear similarity at the aminoterminus.; Title: similarity to hypothetical membrane protein YMR266w - Saccharomyces cerevisiae; uncharacterized protein	join(1173443..1173466,1173496..1173566,1173887..1174040,1174221..1174414,1174477..1176905,1176961..1177979)	Aspergillus niger	4985822
An12g04740	CDS	An12g04740	NT_166527.1	1178219	1179529	R	Function: N-delta-arginine methylation may be important during logarithmic growth and may be dispensable or even deleterious during post-exponential growth.; Title: similarity to N-delta-arginine methyltransferase Rmt2 - Saccharomyces cerevisiae; See PMID 9873020; uncharacterized protein	complement(1178219..1179529)	Aspergillus niger	4985823
An12g04750	CDS	An12g04750	NT_166527.1	1180109	1181195	R	Complex: Phb2p of S. cerevisiae forms a large multimeric complex with Phb1p.; Function: Phb1/Phb2 complex of S. cerevisiae is involved in stabilization of mitochondrial proteins.; Function: prohibitins are ubiquitous, abundant and evolutionarily strongly conserved proteins that play a role in important cellular processes.; Function: prohibitins in S. cerevisiae regulate membrane protein degradation and replicative lifespan.; Remark: the systematic genenmae of PHB2 of S. cerevisiae is YGR231C.; Title: strong similarity to prohibitin Phb2 -Saccharomyces cerevisiae; See PMID 9259555; See PMID 9632789; See PMID 10207067; See PMID 10835343; uncharacterized protein	complement(join(1180109..1180432,1180487..1180842,1180896..1180964,1181024..1181195))	Aspergillus niger	4985824
An12g04760	CDS	An12g04760	NT_166527.1	1181590	1182550	D	Complex: CF I in S. cerevisiae contains five subunits, Rna14, Rna15, Pcf11, Clp1 and Hrp1.; Complex: subunit of cleavage factor I (CF I).; Function: CF I is involved in pre-mRNA 3'-end processing.; Remark: the systematic genename of RNA15 of S. cerevisiae is YGL044C.; Title: strong similarity to cleavage and polyadenylation factor CF I component Rna15 - Saccharomyces cerevisiae; See PMID 11344258; uncharacterized protein	join(1181590..1181638,1181712..1182550)	Aspergillus niger	4985825
An12g04770	CDS	An12g04770	NT_166527.1	1184090	1190936	D	Remark: might be a transcription factor, despite the only weak similarity to other proteins, but some motifs are present.; Title: weak similarity to helicase-like transcription factor HLTF-1 - Homo sapiens; uncharacterized protein	join(1184090..1184474,1184526..1184670,1184718..1185449,1185501..1190360,1190438..1190688,1190893..1190936)	Aspergillus niger	4985826
An12g04780	CDS	An12g04780	NT_166527.1	1191397	1192411	R	Catalytic activity: NADH:ubiquinone reductase catalyzes the conversion of NADH + ubiquinone = NAD+ + ubiquinol.; Function: the 24 kD subunit of respiratory chain complex I is believed to be a component of the flavoprotein-sulfur fragment.; Title: strong similarity to 24 kD subunit of NADH:ubiquinone reductase Nuo24 - Neurospora crassa; localisation:mitochondrion; uncharacterized protein	complement(join(1191397..1191792,1191868..1192158,1192289..1192411))	Aspergillus niger	4985827
An12g04790	CDS	An12g04790	NT_166527.1	1192786	1193382	R	Title: similarity to hypothetical protein PA3762 -Pseudomonas aeruginosa; uncharacterized protein	complement(1192786..1193382)	Aspergillus niger	4985828
An12g04800	CDS	An12g04800	NT_166527.1	1193670	1194743	R	Catalytic activity: adenosine deaminase catalyzes the conversion of adenosine + H2O = inosine + NH3.; Pathway: adenosine deaminase is an enzyme of the purine salvage pathway.; Remark: the systenatic name of AAH1 of S. cerevisiae is YNL141W.; Title: strong similarity to adenosine deaminase Aah1 - Saccharomyces cerevisiae; See PMID 3072477; See PMID 6392474; See PMID 9335580; uncharacterized protein	complement(1193670..1194743)	Aspergillus niger	4985829
An12g04810	CDS	An12g04810	NT_166527.1	1195632	1196936	R	Function: SUA5 is a gene required for normal growth in S. cerevisiae.; Function: SUA5 is annotatied at the yeast databases SGD, YPD, and MIPS as being involved in translation initation.; Title: strong similarity to protein involved in translation initiation Sua5 - Saccharomyces cerevisiae; See PMID 1325384; See PMID 1666843; uncharacterized protein	complement(join(1195632..1195836,1195948..1196936))	Aspergillus niger	4985830
An12g04820	CDS	An12g04820	NT_166527.1	1197616	1201276	R	Title: strong similarity to hypothetical conserved protein SPCC132.01c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1197616..1199251,1199305..1200893,1200959..1201276))	Aspergillus niger	4985831
An12g04830	CDS	An12g04830	NT_166527.1	1201748	1202426	R	Complex: the coatomer is an oligomeric complex that consists of at least the alpha, beta, beta', gamma, delta,epsilon and zeta subunits.; Function: the coatomer complex is required for budding from golgi membranes, and is essential for the retrograde golgi-to-ER transport of dilysine-tagged proteins.; Function: the coatomer is a cytosolic protein complex that binds to dilysine motifs and reversibly associates with golgi non-clathrin-coated vesicles, which further mediate biosynthetic protein transport from the ER,via the golgi up to the trans golgi network.; Function: the coatomer zeta subunit may be involved in regulating the coat assembly and, hence, the rate of biosynthetic protein transport due to its association-dissociation properties with the coatomer complex.; Remark: the systematic name of RET3 is YPL010W.; Title: strong similarity to coatomer protein zeta chain Ret3 - Saccharomyces cerevisiae; See PMID 8617224; uncharacterized protein	complement(join(1201748..1201988,1202062..1202284,1202318..1202426))	Aspergillus niger	4985832
An12g04840	CDS	An12g04840	NT_166527.1	1203209	1205224	R	Title: similarity to hypothetical nuclear protein -Xenopus laevis; uncharacterized protein	complement(1203209..1205224)	Aspergillus niger	4985833
An12g04850	CDS	An12g04850	NT_166527.1	1206957	1207386	D	Title: questionable ORF; uncharacterized protein	join(1206957..1206959,1207126..1207267,1207364..1207386)	Aspergillus niger	84592561
An12g04860	CDS	An12g04860	NT_166527.1	1208345	1208925	D	Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L30 - Saccharomyces cerevisiae; cytoplasm; 60S ribosomal protein eL30	join(1208345..1208417,1208481..1208518,1208591..1208707,1208833..1208925)	Aspergillus niger	4985835
An12g04870	CDS	An12g04870	NT_166527.1	1209506	1210452	D	Function: L10 of S. cerevisiae is involved in control of cell growth and proliferation.; Remark: L10 of S. cerevisiae is also called L9, GRC5, L2341, YLR075w, or QSR1.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L10 - Saccharomyces cerevisiae; cytoplasm; See PMID 9301022; 60S ribosomal protein uL16	join(1209506..1209550,1209767..1209942,1210002..1210452)	Aspergillus niger	4985836
An12g04880	CDS	An12g04880	NT_166527.1	1212449	1214398	D	hypothetical protein	join(1212449..1214257,1214375..1214398)	Aspergillus niger	4985837
An12g04890	CDS	An12g04890	NT_166527.1	1214883	1216258	D	Title: weak similarity to proline iminopeptidase homolog MG310 - Mycoplasma genitalium; uncharacterized protein	join(1214883..1215136,1215240..1215278,1215394..1216258)	Aspergillus niger	4985838
An12g04900	CDS	An12g04900	NT_166527.1	1218813	1222384	D	Remark: truncated due to end of contig.; Title: strong similarity to hypothetical protein CAE85584.1 - Neurospora crassa [truncated ORF]; uncharacterized protein	join(<1218813..1219096,1219160..1219370,1219431..1220521,1220777..1220805,1220871..1220949,1220980..1221103,1221163..1221783,1221831..1222199,1222257..>1222384)	Aspergillus niger	4985839
An12g04910	CDS	An12g04910	NT_166527.1	1222533	1224793	R	Remark: Prp16 is an essential yeast splicing factor that catalyzes RNA-dependent hydrolysis of nucleoside triphosphates. Prp16 is a member of the DEAH-box protein family, which is defined by six co-linear sequence motifs.; Remark: might be C-terminally truncated due to contig end.; Title: strong similarity to mRNA splicing factor Prp16 - Saccharomyces cerevisiae [truncated ORF]; See PMID 9550699; See PMID 9611193; uncharacterized protein	complement(join(<1222533..1222591,1222652..1224793))	Aspergillus niger	4985840
An12g04920	CDS	An12g04920	NT_166527.1	1225145	1226847	R	Title: similarity to hypothetical protein SPCC70.11c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1225145..1226407,1226464..1226847))	Aspergillus niger	4985841
An12g04930	CDS	An12g04930	NT_166527.1	1227473	1228776	D	Similarity: shows similarity to several putative mitochondrial carrier proteins.; Title: strong similarity to hypothetical mitochondrial carrier protein SPBP23A10.06 -Schizosaccharomyces pombe; See PMID 2158156; See PMID 8206158; uncharacterized protein	join(1227473..1227596,1227653..1228776)	Aspergillus niger	4985842
An12g04940	CDS	An12g04940	NT_166527.1	1229904	1231816	R	Function: in S. cerevisiae lack of functional Hsp60 did not result in increased folding, but in the aggregation of protein, suggesting that Hsp60 and Hsp70 act in an ordered pathway with substrate transfer predominantly in the direction from Hsp70 to Hsp60.; Function: protein folding in mitochondria depends on the functional cooperation of the Hsp70 and Hsp60 chaperone systems, at least for a subset of mitochondrial polypeptides.; Title: strong similarity to mitochondrial heat shock protein Hsp60 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9476895; See PMID 9563826; uncharacterized protein	complement(join(1229904..1231417,1231485..1231626,1231709..1231816))	Aspergillus niger	4985843
An12g04950	CDS	An12g04950	NT_166527.1	1233382	1233764	D	Function: F-type ATPases have 2 components, cf(1) -the catalytic core and cf(0) the membrane proton channel. cf(1) has five subunits: alpha(3), beta(3), gamma(1),delta(1), epsilon(1). cf(0) has three main subunits: a, b and c.; Function: the epsilon subunit is the smallest of the 5 chains of the enzymatic component (coupling factor cf(1)) of the mitochondrial ATPase complex.; Title: strong similarity to epsilon chain of mitochondrial ATP-Synthase - Ipomoea batatas; localisation:mitochondrion; See PMID 8349605; uncharacterized protein	join(1233382..1233413,1233488..1233602,1233699..1233764)	Aspergillus niger	4985844
An12g04960	CDS	An12g04960	NT_166527.1	1234226	1236978	D	Function: S. cererevisiae MAK10 is necessary for the propagation of the L-A dsRNA virus.; Function: in S. cerevisiae loss of L-A by mak10-1 mutants is partially suppressed by loss of the mitochondrial genome, suggesting that the mitochondrial genome and L-A dsRNA compete for the MAK10 protein.; Repression: S. cererevisiae MAK10 is glucose repressible.; Title: strong similarity to Mak10 - Saccharomyces cerevisiae; See PMID 1398065; uncharacterized protein	join(1234226..1234450,1234533..1234673,1234745..1234981,1235042..1235500,1235554..1235811,1235886..1235984,1236034..1236978)	Aspergillus niger	4985845
An12g04970	CDS	An12g04970	NT_166527.1	1239492	1241860	D	Similarity: similarity is confined to N-terminal 50 aa containing the Zn-finger DNA-binding motif.; Title: weak similarity to zinc-finger transcription factor CAA19035.1 - Schizosaccharomyces pombe; uncharacterized protein	join(1239492..1240512,1240684..1240774,1240924..1241860)	Aspergillus niger	84592562
An12g04975	CDS	An12g04975	NT_166527.1	1242180	1243489	R	hypothetical protein	complement(join(1242180..1242650,1242868..1243080,1243211..1243489))	Aspergillus niger	84592563
An12g04980	CDS	An12g04980	NT_166527.1	1245022	1245202	R	Remark: ORF questionable due to short length.; Title: questionable ORF; uncharacterized protein	complement(join(1245022..1245051,1245137..1245202))	Aspergillus niger	84592564
An12g04990	CDS	An12g04990	NT_166527.1	1246449	1247246	D	Catalytic activity: D-sorbitol 6-phosphate + NAD(+) <=> D-fructose 6-phosphate + NADH.; Remark: glucitol is synonymous to sorbitol.; Title: strong similarity to glucitol 6-phosphate dehydrogenase gutD - Clostridium beijerinckii; See PMID 9572925; uncharacterized protein	1246449..1247246	Aspergillus niger	4985849
An12g05000	CDS	An12g05000	NT_166527.1	1249008	1250654	D	Catalytic activity: Cyclohexanone + NADPH + O(2) <=> 6-hexanolide + NADP(+) + H(2)O.; Function: chnB from Acinetobacter is a FAD monooxygenase and catalyzes the conversion of cyclohexanone to caprolactone in the cyclohexanol oxidation.; Title: strong similarity to cyclohexanone monooxygenase chnB - Acinetobacter sp.; See PMID 10940013; uncharacterized protein	1249008..1250654	Aspergillus niger	4985850
An12g05010	CDS	aceA	NT_166527.1	1252363	1253425	D	Catalytic activity: a carboxylic ester + H(2)O <=> an alcohol + a carboxylic anion.; Function: aceA from A. awamori liberates acetic acid from wheat bran, and hydrolysed alpha-naphthyl acetate and propionate only when aromatic esters were used for the substrate.; Gene-ID: aceA;axeA; Remark: aceA from A. niger is described in Patent number EP0507369-A/7, 07-OCT-1992, GIST-BROCADES.; See PMID 9291122; acetyl xylan esterase axeA-Aspergillus niger	join(1252363..1252564,1252636..1252892,1252973..1253425)	Aspergillus niger	4985851
An12g05020	CDS	An12g05020	NT_166527.1	1254612	1255145	R	Function: hydrophobins lower the water surface tension, coat aerial hyphae with a hydrophobic layer and mediate attachment of hyphae to hydrophobic surfaces.; Localization: HFBI from T. reesei is secreted.; Title: similarity to hydrophobin HFBI - Trichoderma reesei; See PMID 8631337; See PMID 10998570; uncharacterized protein	complement(join(1254612..1254638,1254909..1254992,1255050..1255145))	Aspergillus niger	84592565
An12g05030	CDS	An12g05030	NT_166527.1	1259683	1261880	D	Function: SKT5 from S. cerevisiae is a posttranlational activator of chitin synthase 3 activity by combining with Chs3p to interact synergistically in chitin biosynthesis.; Remark: CAL2, CHS4 and CSD4 are synonymous for SKT5.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to enzyme activator protein Skt5 - Saccharomyces cerevisiae; See PMID 9234668; uncharacterized protein	join(1259683..1261522,1261576..1261800,1261849..1261880)	Aspergillus niger	4985853
An12g05040	CDS	An12g05040	NT_166527.1	1262028	1262930	R	Title: similarity to hypothetical protein lin-10 -Caenorhabditis elegans; uncharacterized protein	complement(join(1262028..1262161,1262278..1262342,1262830..1262930))	Aspergillus niger	84592566
An12g05050	CDS	An12g05050	NT_166527.1	1263927	1265978	D	Function: semi-dominant mutations in the amdA gene of E. nidulans lead to elevated expression of the gene encoding acetamidase, amdS.; Function: the C2H2 zinc-finger motifs identified in the protein of E. nidulans are similar to those found in the carbon catabolite repressor protein, CreA, which also regulates amdS and recognizes sequences which overlap with the proposed site of action for AmdA.; Localization: seems to be a nuclear protein.; Title: similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; See PMID 7596297; uncharacterized protein	1263927..1265978	Aspergillus niger	4985855
An12g05060	CDS	An12g05060	NT_166527.1	1266087	1267607	R	Function: S. cerevisiae enzyme is a high affinity transporter of nicotinic acid.; Remark: a splice site was detected upstream of the START codon.; Similarity: belongs to the allantoate transporter family.; Title: similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10649454; See PMID 10869563; uncharacterized protein	complement(1266087..1267607)	Aspergillus niger	4985856
An12g05070	CDS	An12g05070	NT_166527.1	1268118	1268930	D	Function: the HHED aldolase catalyses the analogous reaction in the catechol meta-fission pathway.; Function: the homoprotocatechuic acid (HPC) pathway is a typical catabolic sequence for converting peripheral metabolites into intermediates of central metabolism.; Similarity: strong similarity at the first 2/3 of the the protein.; Title: similarity to 2,4-dihydroxyhept-2-ene-1,7-dioic acid aldolase hpcH - Escherichia coli; See PMID 8529896; uncharacterized protein	1268118..1268930	Aspergillus niger	4985857
An12g05080	CDS	An12g05080	NT_166527.1	1269529	1270000	R	Function: might be involved in regulation of translation initiation.; Similarity: predicted protein seems to be highly conserved.; Title: strong similarity to hypothetical translation initiation inhibitor SPAC922.01 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1269529..1269753,1269816..1269889,1269949..1270000))	Aspergillus niger	4985858
An12g05090	CDS	An12g05090	NT_166527.1	1270601	1271984	D	Function: 1-Aminocyclopropane carboxylase oxidase (ACC oxidase) GEFE-1 (W09880) is an enzyme involved in the biosynthesis of ethylene in plants important for fruit ripening.; Remark: blast hit against protein of patent WO9717429-A1.; Title: similarity to 1-aminocyclopropane-1-carboxylate oxidase GEFE-1 from patent WO9717429-A1 - Pelargonium domesticum; uncharacterized protein	join(1270601..1270846,1270903..1271028,1271085..1271673,1271740..1271984)	Aspergillus niger	4985859
An12g05100	CDS	An12g05100	NT_166527.1	1272153	1273308	R	Remark: the enzyme of B. subtilis is used in a novel method (patent EP955375-A2) to produce optically active 4-haol-3-hydroxybutyric acid ester, with a high purity.; Similarity: seems to be highly conserved.; Title: strong similarity to 3-oxoacyl-(acyl-carrier-protein) reductase fabG - Bacillus subtilis; See PMID 8759840; uncharacterized protein	complement(join(1272153..1272248,1272289..1272346,1272425..1272641,1272733..1273160,1273253..1273308))	Aspergillus niger	4985860
An12g05110	CDS	An12g05110	NT_166527.1	1274369	1276275	D	Title: strong similarity to hypothetical protein encoded by An15g01870 - Aspergillus niger; uncharacterized protein	join(1274369..1274413,1274464..1274512,1274561..1276275)	Aspergillus niger	4985861
An12g05120	CDS	An12g05120	NT_166527.1	1277152	1278344	D	Complex: in various organisms, cdc2 has been identified as a component of the M-phase specific histone H1 kinase (maturation-promoting factor, growth-associated H1 kinase) and CTD kinase.; Function: PfPK5 of P. falciparum has kinase activity against casein and histone H1.; Function: PfPK5 of P. falciparum is present in approximately constant amounts throughout the intra-erythrocytic asexual reproductive stage of the life cycle.; Localization: PfPK5 of P. falciparum is located in the parasite's cytosol.; Similarity: shows similarity to the carboxyterminal part of cdc2 and related protein kinases.; Title: similarity to protein kinase cdc2 homolog PfPK5 - Plasmodium falciparum; deleted EC_number 2.7.1.37; uncharacterized protein	join(1277152..1277584,1277832..1277941,1278009..1278344)	Aspergillus niger	4985862
An12g05140	CDS	An12g05140	NT_166527.1	1279134	1280471	D	Title: weak similarity to hypothetical protein encoded by An15g00660 - Aspergillus niger; uncharacterized protein	1279134..1280471	Aspergillus niger	84592567
An12g05150	CDS	An12g05150	NT_166527.1	1280951	1282407	R	Function: putative dioxygenase.; Similarity: shows similarity to several dioxygenases.; Title: similarity to protein sequence SEQ ID NO:1465 from patent WO200294867-A2 - Photorhabdus luminescens; uncharacterized protein	complement(join(1280951..1281393,1281478..1281643,1281722..1281864,1281922..1282118,1282160..1282187,1282230..1282407))	Aspergillus niger	4985865
An12g05160	CDS	An12g05160	NT_166527.1	1282652	1283978	D	hypothetical protein	join(1282652..1282813,1282860..1282946,1283081..1283144,1283250..1283323,1283410..1283491,1283566..1283640,1283827..1283978)	Aspergillus niger	84592568
An12g05170	CDS	An12g05170	NT_166527.1	1284873	1285958	R	Title: similarity to hypothetical protein AAM35689.1 - Xanthomonas axonopodis; uncharacterized protein	complement(join(1284873..1285021,1285128..1285436,1285529..1285958))	Aspergillus niger	4985867
An12g05180	CDS	An12g05180	NT_166527.1	1287719	1288857	R	Catalytic activity: CPEP phosphonomutase catalyzes the rearrangement of the carboxyphosphono group of CPEP to form the C-P bond of phosphinopyruvate.; Function: an enzyme catalyzing the formation of an unusual C-P bond that is involved in the biosynthesis of the antibiotic bialaphos (BA) was isolated from the cell extract of a mutant (NP71) of Streptomyces hygroscopicus SF1293.; Title: strong similarity to carboxyphosphonoenolpyruvate phosphonomutase bcpA -Streptomyces hygroscopicus; uncharacterized protein	complement(join(1287719..1287748,1287815..1288296,1288362..1288857))	Aspergillus niger	4985868
An12g05190	CDS	An12g05190	NT_166527.1	1289260	1290967	D	Complex: component of the allantoate transport system.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; See PMID 10869563; uncharacterized protein	join(1289260..1289391,1289433..1289508,1289564..1289735,1289800..1290068,1290129..1290967)	Aspergillus niger	4985869
An12g05200	CDS	An12g05200	NT_166527.1	1291130	1293549	D	Function: protein of S. cerevisiae is involved in regulation of aromatic aminotransferase II that catalyzes the first step of tryptophan, phenylalanine, and tyrosine catabolism.; Localization: although not found in literature,nuclear localization is highly probable.; Similarity: shows similarity to aminoterminal and central part of S. cerevisiae transcription factor.; Title: similarity to transcription factor Aro80 -Saccharomyces cerevisiae; See PMID 10207060; uncharacterized protein	join(1291130..1291443,1291497..1291805,1291862..1292760,1292828..1293549)	Aspergillus niger	4985870
An12g05210	CDS	An12g05210	NT_166527.1	1294352	1295897	R	Function: in lower eukaryotes such as aspergillus and in bacteria the main role of amine oxidases is to provide a source of ammonium.; Function: trout MAO oxidizes both serotonin [5-hydroxytryptamine (5-HT)] and beta-phenylethylamine (PEA).; Title: strong similarity to monoamine oxidase MAO -Oncorhynchus mykiss; See PMID 7808446; uncharacterized protein	complement(join(1294352..1295115,1295188..1295478,1295573..1295897))	Aspergillus niger	4985871
An12g05220	CDS	An12g05220	NT_166527.1	1296714	1299413	D	Function: the nmt1+ gene of the fission yeast Schizosaccharomyces pombe is subject to transcriptional repression mediated by thiamine and ntf1+ encodes a 6-cysteine zinc finger-containing transcription factor that regulates the nmt1 promoter.; Similarity: shows only similarity to the amino- and central part of nft1.; Title: similarity to transcription factor nft1p -Schizosaccharomyces pombe; nucleus; See PMID 8163491; uncharacterized protein	join(1296714..1296763,1296861..1296983,1297053..1297177,1297252..1297991,1298057..1298330,1298387..1298562,1298627..1298807,1298875..1299413)	Aspergillus niger	4985872
An12g05230	CDS	An12g05230	NT_166527.1	1300808	1301204	D	hypothetical protein	join(1300808..1300906,1300992..1301204)	Aspergillus niger	84592569
An12g05240	CDS	An12g05240	NT_166527.1	1302059	1303180	D	Title: weak similarity to RNA polymerase -Paramyxoviridae sp.; uncharacterized protein	join(1302059..1302426,1302499..1303180)	Aspergillus niger	4985874
An12g05250	CDS	An12g05250	NT_166527.1	1303393	1304349	R	Similarity: shows only weak similarity to aminoterminal and central part of TH7 protein and also to parts of several patented proteins.; Title: weak similarity to phenylcoumaran benzylic ether reductase homolog TH7 - Tsuga heterophylla; See PMID 10066819; uncharacterized protein	complement(join(1303393..1303968,1304020..1304349))	Aspergillus niger	4985875
An12g05260	CDS	An12g05260	NT_166527.1	1304845	1305860	D	Catalytic activity: hydroxyisoflavone reductases catalyse vestitone + NADP(+) <=> 2'-hydroxyformononetin + NADPH.; Function: hydroxyisoflavone reductases are involved in the biosysthesis of the pterocarpin phytoalexins medicarpin and maachiain, which play a significant role in the defense response of plants.; Similarity: strong similarity to Sequence 17 from Patent EP0845532, which decribes enzymes for the synthesis of coniferyl alcohol, coniferyl aldehyde, ferulic acid,vanillin, vanillic acid and their applications.; Title: similarity to 2-hydroxyisoflavone reductase -Pisum sativum; See PMID 10680168; uncharacterized protein	join(1304845..1305144,1305196..1305290,1305356..1305860)	Aspergillus niger	4985876
An12g05270	CDS	An12g05270	NT_166527.1	1306337	1307627	D	Remark: only the N-terminal domain of the protein is matching.; Similarity: to Zn(2)-Cys(6) binuclear cluster family.; Title: weak similarity to transcription activator CMR1 - Colletotrichum lagenarium; uncharacterized protein	join(1306337..1306479,1306545..1306998,1307055..1307627)	Aspergillus niger	4985877
An12g05280	CDS	An12g05280	NT_166527.1	1308416	1309372	D	Remark: esterases are contributing to detoxification of pyrethroid compounds, as a resistant mechanism in Mexican strains of the southern cattle tick.; Title: weak similarity to esterase - Boophilus microplus; See PMID 10899463; uncharacterized protein	1308416..1309372	Aspergillus niger	4985878
An12g05290	CDS	An12g05290	NT_166527.1	1309560	1310576	D	Title: weak similarity to hypothetical protein encoded by An04g00640 - Aspergillus niger; uncharacterized protein	join(1309560..1309667,1309763..1309898,1309992..1310188,1310403..1310576)	Aspergillus niger	84592570
An12g05300	CDS	An12g05300	NT_166527.1	1310683	1312210	D	hypothetical protein	join(1310683..1310840,1310923..1311007,1311066..1311297,1311359..1312018,1312101..1312210)	Aspergillus niger	84592571
An12g05310	CDS	An12g05310	NT_166527.1	1313220	1315262	D	Remark: possibly involved in the degradation of external UDP-glucose by similarity; Similarity: belongs to 5' nucleotidase family.; Title: strong similarity to hypothetical 5 nucleotidase family protein SPBPB2B2.06c -Schizosaccharomyces pombe; uncharacterized protein	join(1313220..1313541,1313611..1315262)	Aspergillus niger	4985881
An12g05320	CDS	An12g05320	NT_166527.1	1316859	1317438	D	Title: similarity to hypothetical protein encoded by An09g02090 - Aspergillus niger; uncharacterized protein	join(1316859..1317099,1317161..1317438)	Aspergillus niger	4985882
An12g05330	CDS	An12g05330	NT_166527.1	1318944	1322399	D	Catalytic activity: random hydrolysis of N-acetyl-beta-D-glucosaminide 1,4-beta-linkages in chitin and chitodextrins.; Pathway: aminosugars metabolism.; Remark: some chitinases also display lysozyme activity.; Similarity: to protein with hevein chitin-binding domain homology.; Title: strong similarity to RF2 - Candida sphaerica; See PMID 6387625; See PMID 6473099; uncharacterized protein	join(1318944..1319430,1319525..1319595,1319648..1319990,1320128..1320658,1320734..1321355,1321465..1321873,1322019..1322399)	Aspergillus niger	84592572
An12g05350	CDS	An12g05350	NT_166527.1	1323970	1327197	R	hypothetical protein	complement(join(1323970..1324035,1324118..1324285,1324447..1324516,1324732..1324828,1325276..1325407,1325494..1325625,1325950..1326059,1326309..1326408,1326712..1326864,1327032..1327197))	Aspergillus niger	84592573
An12g05360	CDS	An12g05360	NT_166527.1	1328252	1330116	D	Remark: cholesterol 24-hydroxylase is expressed predominantly in the brain as judged by RNA and protein blotting. In situ mRNA hybridization and immunohistochemistry localize the expression of this P450 to neurons in multiple subregions of the brain.; Remark: the turnover of cholesterol in the brain is thought to occur via conversion of excess cholesterol into 24S-hydroxycholesterol, an oxysterol that is readily secreted from the central nervous system into the plasma.; Similarity: belongs to cytochrome P450 family proteins.; Title: strong similarity to cholesterol 24-hydroxylase - Mus musculus; See PMID 10377398; uncharacterized protein	join(1328252..1328639,1328714..1329540,1329622..1330116)	Aspergillus niger	4985886
An12g05370	CDS	An12g05370	NT_166527.1	1330616	1332139	R	Catalytic activity: s-adenosyl-l-methionine + sterigmatocystin = s-adenosyl-l-homocysteine + 7-o-methylsterigmatocystin.; Pathway: aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites produced by the fungi Aspergillus flavus and Aspergillus parasiticus. Among the catalytic steps in the aflatoxin biosynthetic pathway, the conversion of sterigmatocystin to O-methylsterigmatocystin and the conversion of dihydrosterigmatocystin to dihydro-O-methylsterigmatocystin are catalyzed by an S-adenosylmethionine-dependent O-methyltransferase.; Remark: omtA of A. parasiticus is also called omt-1.; Title: strong similarity to O-methyltransferase A omtA - Aspergillus parasiticus; See PMID 7557460; See PMID 8285664; See PMID 8434913; uncharacterized protein	complement(join(1330616..1330835,1330901..1331442,1331496..1331828,1331888..1332139))	Aspergillus niger	4985887
An12g05380	CDS	An12g05380	NT_166527.1	1332943	1335313	D	Remark: confer resistance to various antibiotics and toxins in fungi and bacteria.; Remark: many species of the fungal genus Cercospora,including the soybean pathogen C. kikuchii, produce the phytotoxic polyketide cercosporin.; Title: strong similarity to cercosporin transporter CFP - Cercospora kikuchii; See PMID 10517030; uncharacterized protein	join(1332943..1333231,1333328..1333574,1333690..1334059,1334168..1334311,1334424..1334593,1334670..1334767,1334853..1334883,1334953..1335313)	Aspergillus niger	4985888
An12g05390	CDS	An12g05390	NT_166527.1	1335831	1337215	R	Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	complement(join(1335831..1336123,1336221..1336415,1336494..1336580,1336632..1337007,1337159..1337215))	Aspergillus niger	4985889
An12g05400	CDS	An12g05400	NT_166527.1	1337940	1339865	D	Catalytic activity: cholesterol + NADPH + O2 = 7alpha-hydroxycholesterol + NADP+ + H2O.; Pathway: bile acid biosynthesis.; Remark: cholesterol 7 alpha-hydroxylase, the key enzyme in a series of metabolic changes for the production of bile acids from cholesterol, shows circadian rhythms.; Similarity: belongs to the human cytochrome P450 family.; Title: similarity to cholesterol 7alpha-monooxygenase CYP7 - Oryctolagus cuniculus; See PMID 7751825; uncharacterized protein	join(1337940..1338136,1338187..1338948,1339023..1339546,1339678..1339865)	Aspergillus niger	4985890
An12g05420	CDS	An12g05420	NT_166527.1	1340518	1341602	D	Title: similarity to hypothetical protein encoded by An03g01830 - Aspergillus niger; uncharacterized protein	join(1340518..1341300,1341552..1341602)	Aspergillus niger	4985892
An12g05430	CDS	An12g05430	NT_166527.1	1342118	1342755	D	Title: similarity to hypothetical protein CAF32108.1 - Aspergillus fumigatus; uncharacterized protein	join(1342118..1342531,1342573..1342755)	Aspergillus niger	84592574
An12g05440	CDS	An12g05440	NT_166527.1	1343386	1345581	R	Induction: by allophanate or its non-metabolized analog oxalurate. Sensitive to nitrogen catabolite repression.; Remark: DUR3 expression in yeast is highly sensitive to nitrogen catabolite repression and also has a partial requirement for the GLN3 product.; Title: strong similarity to urea transport protein Dur3 - Saccharomyces cerevisiae; See PMID 8335627; uncharacterized protein	complement(join(1343386..1343493,1343569..1344623,1344681..1345107,1345141..1345581))	Aspergillus niger	4985894
An12g05450	CDS	An12g05450	NT_166527.1	1346121	1352176	R	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Title: similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	complement(join(1346121..1348001,1348060..1348356,1348413..1350947,1351076..1351991,1352052..1352176))	Aspergillus niger	84592575
An12g05460	CDS	An12g05460	NT_166527.1	1352930	1357237	R	Catalytic activity: ATP + 5-oxo-L-proline + 2 H2O = ADP + orthophosphate + L-glutamate.; Pathway: 5-OPase of R. norvegicus is involved in glutathione biosynthesis.; Phenotype: deficiency of 5-OPase of R. norvegicus is associated with 5-oxoprolinuria.; Remark: 5-OPase of R. norvegicus belongs to the oxoprolinase family.; Title: strong similarity to 5-oxoprolinase from patent WO9825945-A1 - Rattus norvegicus; See PMID 8943290; See PMID 9516961; See PMID 9751079; uncharacterized protein	complement(join(1352930..1353732,1353818..1354019,1354087..1354365,1354418..1354524,1354580..1355682,1355735..1356896,1356949..1357134,1357195..1357237))	Aspergillus niger	4985896
An12g05470	CDS	An12g05470	NT_166527.1	1357551	1359018	R	Similarity: the ORF shows strong local similarity to yraM of B. subtilis along the N-terminal half.; Title: strong similarity to hypothetical protein yraM - Bacillus subtilis; uncharacterized protein	complement(join(1357551..1358022,1358194..1358432,1358482..1358625,1358653..1359018))	Aspergillus niger	4985897
An12g05490	CDS	An12g05490	NT_166527.1	1360578	1362376	D	Similarity: the N-terminus of the ORF shows strong similarity to several other proteins including transcription factors.; Title: similarity to hypothetical protein encoded by An01g03400 - Aspergillus niger; uncharacterized protein	join(1360578..1360637,1360691..1361206,1361306..1361395,1361443..1361575,1361669..1362189,1362317..1362376)	Aspergillus niger	4985899
An12g05500	CDS	An12g05500	NT_166527.1	1362655	1363782	R	Function: dsk1 of S. pombe plays a role in the regulation of chromosome segregation at the metaphase/anaphase transition.; Function: recently, it was found that dsk1 of S. pombe also functions as a kinase specific for SR proteins,a family of pre-mRNA splicing factors containing arginine-serine repeats, and is thus presumably involved in pre-mRNA splicing.; Remark: dsk1 (dis1-suppressing protein kinase) of S. pombe is also called SPBC530. 14C.; Similarity: the ORF is shorter than dsk1 of S. pombe (307 compared to 455 amino acids).; Similarity: the ORF shows local strong similarity to dsk1 of S. pombe over two stretches of ca. 100 and ca. 60 amino acids.; Title: similarity to protein kinase dsk1p -Schizosaccharomyces pombe; See PMID 9488736; See PMID 10629038; uncharacterized protein	complement(join(1362655..1362942,1363010..1363128,1363192..1363410,1363485..1363782))	Aspergillus niger	4985900
An12g05510	CDS	An12g05510	NT_166527.1	1364516	1366417	R	Function: TAF1 of S. cerevisiae encodes a transporter for the fungal siderophore triacetylfusarinine C.; Phenotype: disruption of TAF1 of S. cerevisiae leads to yeast cells unable to take up and utilize iron from triacetylfusarinine C und fusigen.; Remark: TAF1 is also called ARN2 or YHL047c.; Remark: siderophores (e. g. ferrioxamine B,ferrichrome, triacetylfusarinine C and ferricrocin) are iron chelators and are used by bacteria to bind extracellular iron. After iron binding they are recognized by membrane proteins such as TAF1 and the bound iron is internalized.; Title: strong similarity to triacetylfusarinine C transporter Taf1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10816729; See PMID 11158346; See PMID 2531838; uncharacterized protein	complement(join(1364516..1365450,1365512..1366125,1366179..1366417))	Aspergillus niger	4985901
An12g05520	CDS	An12g05520	NT_166527.1	1366698	1367571	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(1366698..1366771,1366856..1366896,1367150..1367571)	Aspergillus niger	84592576
An12g05530	CDS	An12g05530	NT_166527.1	1368408	1369115	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(1368408..1368513,1368621..1368758,1368841..1368900,1368985..1369115)	Aspergillus niger	84592577
An12g05540	CDS	An12g05540	NT_166527.1	1369361	1369823	D	hypothetical protein	join(1369361..1369620,1369685..1369823)	Aspergillus niger	84592578
An12g05550	CDS	An12g05550	NT_166527.1	1370233	1371149	R	hypothetical protein	complement(join(1370233..1370603,1370659..1370887,1370949..1371149))	Aspergillus niger	84592579
An12g05570	CDS	An12g05570	NT_166527.1	1372516	1373922	D	Function: faoA of A. terreus is an FAD-binding oxidoreductase, which deglycates glycated compounds like N-epsilon-fructosyl N-sigma-Z-lysine and N-fructosyl valine, oxidatively into free fructosamine.; Title: strong similarity to fructosyl amino acid oxidase faoA - Aspergillus terreus; See PMID 9022674; uncharacterized protein	join(1372516..1372635,1372684..1373669,1373730..1373922)	Aspergillus niger	4985907
An12g05580	CDS	An12g05580	NT_166527.1	1374972	1376566	D	Remark: the ORF is shorter than SPBC530. 11c of S. pombe (514 compared to 819 amino acids).; Similarity: the ORF shows local similarity to SPBC530. 11c of S. pombe over a stretch of 260 amino acids.; Title: weak similarity to hypothetical transcriptional regulator SPBC530.11c - Schizosaccharomyces pombe; uncharacterized protein	join(1374972..1375203,1375254..1376566)	Aspergillus niger	4985908
An12g05590	CDS	An12g05590	NT_166527.1	1376859	1378517	R	Catalytic activity: B. subtilis pnbA catalyzes hydrolysis of several beta-lactam antibiotic PNB esters to the corresponding free acids and PNB alcohols.; Title: strong similarity to p-nitrobenzyl esterase pnbA - Bacillus subtilis; See PMID 7828905; uncharacterized protein	complement(1376859..1378517)	Aspergillus niger	4985909
An12g05600	CDS	An12g05600	NT_166527.1	1381619	1383562	D	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Similarity: the ORF is about 100 amino acids shorter than het-6 of N. crassa.; Title: similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	join(1381619..1381668,1381840..1383562)	Aspergillus niger	4985910
An12g05610	CDS	An12g05610	NT_166527.1	1384337	1385962	D	Function: mtr of N. crassa is required for the transport of neutral aliphatic and aromatic amino acids via the N system and belongs to the Amino Acid/Auxin Permease (AAAP)family (TC 2. A. 42).; Remark: mtr is a short cut for methyltryptophan resistance (protein).; Title: strong similarity to neutral amino acid permease mtr from patent WO9325663-A - Neurospora crassa; plasma membrane; See PMID 8001794; See PMID 1838345; uncharacterized protein	join(1384337..1384793,1384848..1385039,1385092..1385480,1385546..1385962)	Aspergillus niger	4985911
An12g05630	CDS	An12g05630	NT_166527.1	1387791	1389194	D	Function: TRI101 of F. sporotrichioides confers resistance to the trichothecene 4,15-diacetoxyscirpenol.; Function: TRI101 of F. sporotrichioides converts isotrichodermol to isotrichodermin and is required for the biosynthesis of the trichothecene T-2 toxin.; Phenotype: mutation of TRI101 of F. sporotrichioides leads to abolished synthesis of T-2 toxin and to accumulation of isotrichodermol.; Remark: fungi protect themselves from their own toxins by e. g. modification of the toxins.; Remark: trichothecenes are mycotoxins and act as potent inhibitors of eukaryotic protein synthesis.; Title: similarity to trichothecene 3-O-acetyltransferase TRI101 - Fusarium sporotrichioides; See PMID 10583973; See PMID 10960733; uncharacterized protein	1387791..1389194	Aspergillus niger	4985913
An12g05640	CDS	An12g05640	NT_166527.1	1389634	1390728	R	Similarity: the ORF is much shorter than Y57A10A. p of C. elegans (364 compared to 1718 amino acids).; Title: weak similarity to hypothetical protein Y57A10A.p - Caenorhabditis elegans; uncharacterized protein	complement(1389634..1390728)	Aspergillus niger	4985914
An12g05650	CDS	An12g05650	NT_166527.1	1392048	1398081	D	Function: ankyrins serve as linkers between the spectrin-based cytoskeleton and integral membrane protein.; Localization: ank3 of M. musculus is plasma-membrane associated.; Remark: the ORF shows local similarity to ank3 of M. musculus (about 500 C-terminal amino acid of the ORF are aligned with ank3); the ank motifs are included in the alignment between the two proteins.; Title: strong similarity to ankyrin 3 Ank3 - Mus musculus; See PMID 7615634; See PMID 10810176; uncharacterized protein	join(1392048..1393065,1393115..1393934,1393983..1397095,1397174..1398081)	Aspergillus niger	4985915
An12g05660	CDS	An12g05660	NT_166527.1	1398463	1399074	R	Title: similarity to hypothetical protein encoded by An12g02830 - Aspergillus niger; uncharacterized protein	complement(join(1398463..1398879,1398931..1399074))	Aspergillus niger	4985916
An12g05670	CDS	An12g05670	NT_166527.1	1399487	1402619	D	Title: similarity to protein fragment SEQ ID NO:19345 from patent EP1033405-A2 - Arabidopsis thaliana [putative frameshift]; putative frameshift; uncharacterized protein	join(1399487..1399577,1399645..1402619)	Aspergillus niger	4985917
An12g05680	CDS	An12g05680	NT_166527.1	1402918	1406622	R	Function: ANK1 is a cytoskeleton component and generates the p57 membrane proteinase which cleaves C3, the third component of complement.; Title: similarity to erythrocyte splice form 1 of ankyrin ANK1 - Homo sapiens; plasma membrane; See PMID 7526850; See PMID 2141335; uncharacterized protein	complement(join(1402918..1406055,1406116..1406622))	Aspergillus niger	4985918
An12g05690	CDS	An12g05690	NT_166527.1	1406933	1408250	D	hypothetical protein	join(1406933..1407046,1407421..1407595,1407647..1407690,1407774..1407823,1407896..1407991,1408081..1408122,1408205..1408250)	Aspergillus niger	84592580
An12g05700	CDS	An12g05700	NT_166527.1	1409244	1411855	D	Catalytic activity: RhaA is able to hydrolyze alpha-1,2 and alpha-1,6 linkages to beta-D-glucosides.; Title: similarity to alpha-L-rhamnosidase A precursor rhaA - Aspergillus aculeatus; See PMID 11319105; uncharacterized protein	join(1409244..1409304,1409347..1410570,1410642..1411855)	Aspergillus niger	4985920
An12g05710	CDS	An12g05710	NT_166527.1	1412454	1414093	D	Catalytic activity: fucP has L-fucose-H+ symport activity.; Function: fucP mediates the transport of L-Fucose (6-deoxy-L-galactose) into Escherichia coli.; Title: strong similarity to L-fucose permease fucP -Escherichia coli; plasma membrane; See PMID 8052131; uncharacterized protein	join(1412454..1412544,1412604..1412805,1412858..1413402,1413465..1413661,1413722..1414093)	Aspergillus niger	4985921
An12g05720	CDS	An12g05720	NT_166527.1	1415374	1416701	D	Pathway: heml is involved in porphyrin and chlorophyll metabolism.; Remark: Deletion of heml does not ablate heme biosynthesis.; Remark: the Bacillus subtilis hemAXCDBL gene cluster encodes enzymes of the biosynthetic pathway from glutamate to uroporphyrinogen III.; Title: strong similarity to glutamate-1-semialdehyde 2,1-aminomutase hemL - Bacillus subtilis [putative frameshift]; putative frameshift; See PMID 1672867; uncharacterized protein	join(1415374..1415846,1415901..>1416701)	Aspergillus niger	4985922
An12g05730	CDS	An12g05730	NT_166527.1	1417583	1418503	D	Title: weak similarity to hypothetical protein encoded by An08g11010 - Aspergillus niger; uncharacterized protein	join(1417583..1417676,1417789..1418036,1418092..1418185,1418244..1418316,1418368..1418503)	Aspergillus niger	4985923
An12g05740	CDS	An12g05740	NT_166527.1	1419114	1420959	R	Title: strong similarity to hypothetical protein EAA70268.1 - Gibberella zeae; uncharacterized protein	complement(join(1419114..1419599,1419654..1419803,1419850..1420164,1420321..1420860,1420906..1420959))	Aspergillus niger	4985924
An12g05750	CDS	An12g05750	NT_166527.1	1422472	1424549	R	Function: PHO84 is a high-affinity inorganic phosphate/H+ symporter.; Induction: PHO84 transcription is regulated by Pi.; Phenotype: disruption of PHO84 is not lethal.; Title: strong similarity to high-affinity inorganic phosphate/H+ symporter Pho84 - Saccharomyces cerevisiae; plasma membrane; See PMID 10518922; See PMID 2038328; uncharacterized protein	complement(join(1422472..1423790,1423867..1424187,1424252..1424549))	Aspergillus niger	4985925
An12g05760	CDS	An12g05760	NT_166527.1	1424627	1425249	D	hypothetical protein	join(1424627..1424648,1424734..1424866,1424970..1425249)	Aspergillus niger	84592581
An12g05770	CDS	An12g05770	NT_166527.1	1425370	1425964	R	hypothetical protein	complement(join(1425370..1425567,1425701..1425964))	Aspergillus niger	84592582
An12g05780	CDS	An12g05780	NT_166527.1	1426604	1426818	D	Title: questionable ORF; uncharacterized protein	join(1426604..1426637,1426674..1426735,1426804..1426818)	Aspergillus niger	84592583
An12g05790	CDS	An12g05790	NT_166527.1	1429080	1429276	R	Title: questionable ORF; uncharacterized protein	complement(join(1429080..1429136,1429238..1429276))	Aspergillus niger	84592584
An12g05800	CDS	An12g05800	NT_166527.1	1429760	1429861	R	Title: questionable ORF; uncharacterized protein	complement(1429760..1429861)	Aspergillus niger	84592585
An12g05810	CDS	An12g05810	NT_166527.1	1437880	1440370	D	Catalytic activity: laccases convert 4 benzenediol + O(2) <=> 4 benzosemiquinone + 2 H(2)O.; Function: laccase (urishiol oxidase) is an multi-copper enzyme found in fungi and plants with low specificity on both catechol and p-benzenediol, which oxidizes many different types of phenols and diamines.; Function: laccase of C. parasitica is involved in the lignin degradation an detoxification of lignin-derived products.; Induction: copper is needed as cofactor.; Remark: the A. nidulans homologue of the ORF encodes a dihydrogeodin oxidase, that catalyzes the regio- and stereospecific phenol oxidative coupling reaction to form (+)-geodin from dihydrogeodin.; Similarity: shows similarity to several laccases,phenol oxidases of different organisms.; Title: strong similarity to laccase - Cryphonectria parasitica; See PMID 3032923; See PMID 7665560; See PMID 1535523; uncharacterized protein	join(1437880..1438224,1438281..1438389,1438445..1438468,1438519..1438763,1438822..1438906,1438963..1439018,1439072..1439216,1439267..1439853,1439948..1440370)	Aspergillus niger	4985931
An12g05820	CDS	An12g05820	NT_166527.1	1440624	1442324	R	Phenotype: HGT1 disruption strains show much-reduced uptake of glucose at low concentrations and growth are particularly affected in low-glucose medium.; Similarity: HGT1 belongs to the sugar transporter family.; Title: strong similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; See PMID 8830679; uncharacterized protein	complement(join(1440624..1441754,1441831..1442082,1442208..1442324))	Aspergillus niger	4985932
An12g05830	CDS	An12g05830	NT_166527.1	1443721	1445572	D	Title: weak similarity to transcription regulator PRO1 - Sordaria macrospora; uncharacterized protein	join(1443721..1443800,1443856..1445572)	Aspergillus niger	4985933
An12g05840	CDS	An12g05840	NT_166527.1	1446317	1450009	D	Function: E1 is involved in lipid metabolism and in the detoxification of xenobiotics.; Remark: possible sequencing error at position 51887,2 bp too much.; Title: similarity to precursor of liver carboxylesterase E1 - Rattus norvegicus [putative frameshift]; endoplasmatic reticulum; putative frameshift; See PMID 2973315; See PMID 3235453; See PMID 8006016; uncharacterized protein	join(1446317..1447244,1447300..1448535,1448664..1448759,1448920..>1450009)	Aspergillus niger	4985934
An12g05850	CDS	An12g05850	NT_166527.1	1451082	1451424	D	hypothetical protein	join(1451082..1451304,1451387..1451424)	Aspergillus niger	84592586
An12g05870	CDS	An12g05870	NT_166527.1	1452015	1453136	R	Induction: mmsR has been identified as a member of the XylS/AraC family of transcriptional regulators and appears to act as a positive regulator of the mmsAB operon.; Remark: mmsB belongs to the mmsAB operon of Pseudomonas aeruginosa PAO containing two structural genes involved in valine metabolism.; Title: similarity to 3-hydroxyisobutyrate dehydrogenase mmsB - Pseudomonas aeruginosa; See PMID 1339433; uncharacterized protein	complement(join(1452015..1452444,1452506..1453025,1453094..1453136))	Aspergillus niger	4985937
An12g05880	CDS	An12g05880	NT_166527.1	1454360	1454675	R	hypothetical protein	complement(join(1454360..1454497,1454550..1454675))	Aspergillus niger	84592587
An12g05890	CDS	An12g05890	NT_166527.1	1455899	1457065	R	Title: weak similarity to outer spore coat protein cotB - Bacillus subtilis; uncharacterized protein	complement(1455899..1457065)	Aspergillus niger	4985939
An12g05900	CDS	An12g05900	NT_166527.1	1458090	1459199	R	Remark: Prt1 activity is inhibited by phenanthroline, suggesting that it is a metalloprotease.; Title: strong similarity to extracellular metalloproteinase precursor Prt1 - Erwinia carotovora; extracellular/secretion proteins; See PMID 1917878; uncharacterized protein	complement(1458090..1459199)	Aspergillus niger	4985940
An12g05910	CDS	An12g05910	NT_166527.1	1459904	1460504	R	hypothetical protein	complement(join(1459904..1459971,1460114..1460504))	Aspergillus niger	84592588
An12g05920	CDS	An12g05920	NT_166527.1	1461623	1462541	D	Title: weak similarity to negative regulatory protein Hex2 - Saccharomyces cerevisiae; uncharacterized protein	join(1461623..1461855,1461912..1462140,1462200..1462541)	Aspergillus niger	84592589
An12g05930	CDS	An12g05930	NT_166527.1	1462993	1464711	R	Title: similarity to hypothetical protein SPCC970.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1462993..1463787,1463861..1464625,1464661..1464711))	Aspergillus niger	4985943
An12g05940	CDS	An12g05940	NT_166527.1	1464970	1465405	D	hypothetical protein	join(1464970..1465033,1465127..1465215,1465298..1465405)	Aspergillus niger	84592590
An12g05950	CDS	An12g05950	NT_166527.1	1465730	1467530	R	Similarity: the central part produces deliberate homology matches with a variety of serine/threonine-rich glycoproteins.; Title: weak similarity to hypothetical protein YMR317w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1465730..1467017,1467049..1467530))	Aspergillus niger	4985945
An12g05960	CDS	An12g05960	NT_166527.1	1468339	1470048	D	Catalytic activity: DPPII of R. norvegicus hydrolyzes the peptide bond between the second and third amino acid residue of oligo- and polypeptides,preferentially those following a proline residue.; Complex: DPPII of R. norvegicus probably forms a homodimer by means of a leucine zipper motif.; Function: DPPII of R. norvegicus is involved in the degradation of some oligopeptides or their fragments, such as substance P, casomorphin, bradykinin and thyroliberin.; Similarity: DPPII of R. norvegicus belongs to the serine protease superfamily.; Similarity: DPPII of R. norvegicus shares strong homology with human quiescent cells proline dipeptidase QPP.; Similarity: shows also strong similarity to the Haem 84-1 portion of H. contortus 55A surface protein of patent GENESEQPROT:R12098.; Similarity: the 3'-part of the ORF shows strong similarity to a 3'-EST of the A. niger cDNA clone 0418 (EMBLEST:BE760748).; Title: strong similarity to dipeptidyl peptidase II DPPII - Rattus norvegicus; lysosome; See PMID 11139392; See PMID 11173530; uncharacterized protein	1468339..1470048	Aspergillus niger	4985946
An12g05970	CDS	An12g05970	NT_166527.1	1470198	1471570	R	Catalytic activity: NahW of P. stutzeri is a NADH-dependent monooxygenase that catalyzes the conversion of salicylate to catechol.; Function: NahW of P. stutzeri is an isoenzyme of the NahG salicylate hydroxylase.; Pathway: NahW of P. stutzeri is involved in the metabolization of naphtalene and salicylates (lower naphtalene degradation pathway).; Title: strong similarity to salicylate hydroxylase nahW - Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	complement(join(1470198..1470483,1470548..1471357,1471419..1471570))	Aspergillus niger	4985947
An12g05980	CDS	An12g05980	NT_166527.1	1471918	1472410	R	hypothetical protein	complement(join(1471918..1472198,1472296..1472410))	Aspergillus niger	84592591
An12g05990	CDS	An12g05990	NT_166527.1	1472490	1473948	D	Similarity: the central part also shares similarity with the serine/threonine-rich domain of the cell wall maintanance and heat response related protein WSC2 of S. cerevisiae.; Title: weak similarity to hypothetical protein AAA19110.1 - Pichia angusta; uncharacterized protein	join(1472490..1472612,1472663..1472804,1472858..1473948)	Aspergillus niger	4985949
An12g06000	CDS	An12g06000	NT_166527.1	1474067	1474739	R	hypothetical protein	complement(join(1474067..1474269,1474324..1474348,1474411..1474500,1474671..1474739))	Aspergillus niger	4985950
An12g06010	CDS	An12g06010	NT_166527.1	1475450	1476936	R	Catalytic activity: PAO of Z. mays catalyzes the FAD-dependent oxidation of secondary amino groups of spermidine and spermine and their acetyl derivatives,thereby producing hydrogen peroxide.; Function: PAO in Z. mays plays an impotant role in the homeostasis of polyamines which are involved in cell growth and differentiation.; Localization: plant PAOs are predominantly localised in the cell wall.; Pathway: PAO of Zea mays is a key enzyme in the polyamine catabolism.; Remark: possible frameshift at position 10905.; Title: strong similarity to polyamine oxidase PAO -Zea mays [putative frameshift]; putative frameshift; See PMID 9598979; See PMID 11164591; uncharacterized protein	complement(join(<1475450..1475669,1475723..1476390,1476455..1476595,1476689..1476776,1476880..1476936))	Aspergillus niger	4985951
An12g06030	CDS	An12g06030	NT_166527.1	1478123	1479235	R	Catalytic activity: sulfite oxidase of G. gallus catalyzes the reaction 'sulfite + H2O + O2 = sulfate + H2O2'.; Complex: sulfite oxidase of G. gallus is a homodimer.; Function: sulfite oxidase of G. gallus contains a cytochrome b-like heme-binding domain and a molybdopterin-binding domain.; Function: the catalytic activity of sulfite oxidase of G. gallus requires molybdenum.; Localization: sulfite oxidase of G. gallus is localized to the mitochondrial intermembrane space.; Pathway: sulfite oxidase of G. gallus catalyzes the conversion of sulfite to sulfate, the terminal step in the oxidative degradation of cysteine and methionine.; Remark: in the presence of cytochrome c sulfite oxidase of G. gallus transfers the electrons on cytochrom c and not on oxygen.; Similarity: the A. niger protein also shows strong similarity to various bacterial sulfite dehydrogenases (EC 1. 8. 2. 1) involved in lithotrophic sulfur oxidation.; Title: strong similarity to sulfite oxidase - Gallus gallus; localisation:mitochondrion; See PMID 510290; See PMID 2687265; See PMID 9428520; uncharacterized protein	complement(1478123..1479235)	Aspergillus niger	4985953
An12g06040	CDS	An12g06040	NT_166527.1	1479497	1481074	D	Catalytic activity: ACC synthase catalyzes the reaction 'S-adenosylmethionine = 1-aminocyclopropane-1-carboxylate + methylthioadenosine'.; Function: ACC synthase is a critical regulatory enzyme for ethylene dependent development processes such as fruit ripening and flower senescence and response to various environmental stimuli.; Function: ACC synthase requires pyridoxal phosphate as a prosthetic group.; Pathway: ACC synthase is the key enzyme in the biosynthesis of the plant hormone ethylene.; Remark: possible sequence error leading to a premature STOP at position 15543.; Similarity: the A. niger gene shows strong similarity to the protein patent database entry GENESEQPROT:W57484.; Title: strong similarity to 1-aminocyclopropane-1-carboxylic acid synthase from patent US5767376-A - Carica papaya [putative sequencing error]; putative sequencing error; See PMID 9449850; See PMID 10889246; See PMID 7891663; uncharacterized protein	join(1479497..1479625,1479678..1479719,1479777..1480033,1480081..1480226,1480281..1480489,1480542..1480624,1480684..1481074)	Aspergillus niger	84592592
An12g06050	CDS	An12g06050	NT_166527.1	1481582	1483527	R	Function: Flr1p of S. cerevisiae confers resistance to various antibiotics including fluconazole, diazaborine,cerulenin, benomyl and methotrexate.; Function: Flr1p of S. cerevisiae participates in the Yap1p-mediated oxidative stress response.; Induction: FLR1 expression in S. cerevisiae is transcriptionally activated by the bZip transcription factor Yap1p.; Remark: the systematic name of FLR1 of S. cerevisiae is YBR008c.; Similarity: FLR1 of S. cerevisiae belongs to the major facilitator superfamily.; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10102370; See PMID 10572257; See PMID 10903515; See PMID 11056165; uncharacterized protein	complement(join(1481582..1481623,1481678..1481948,1482005..1482200,1482250..1482291,1482349..1482680,1482734..1482753,1482809..1483075,1483141..1483527))	Aspergillus niger	4985955
An12g06060	CDS	An12g06060	NT_166527.1	1484146	1484919	D	Title: similarity to hypothetical protein AAK28431.1 - Streptococcus gordonii; uncharacterized protein	join(1484146..1484605,1484642..1484919)	Aspergillus niger	4985956
An12g06070	CDS	An12g06070	NT_166527.1	1485336	1486667	R	Function: AflR in A. flavus is required for the expression of the nor1 and ver1 genes.; Pathway: AflR in A. flavus is involved in the regulation of aflatoxin biosynthesis.; Similarity: AflR of A. flavus encodes a putative transcription factor containing a Zn(2)-Cys(6) fungal-type binuclear cluster domain.; Similarity: the homology is limited to the N-terminus containing the Zn(2)-Cys(6) fungal-type binuclear cluster domain.; Title: similarity to aflatoxin biosynthesis regulator aflR - Aspergillus flavus; See PMID 8074521; uncharacterized protein	complement(join(1485336..1485899,1485939..1486667))	Aspergillus niger	4985957
An12g06080	CDS	An12g06080	NT_166527.1	1488740	1490181	D	hypothetical protein	join(1488740..1488799,1488911..1488999,1489092..1489472,1489612..1489765,1490092..1490181)	Aspergillus niger	84592593
An12g06090	CDS	An12g06090	NT_166527.1	1490810	1491357	D	Title: similarity to hypothetical 12.8K protein G3L - Vaccinia virus; uncharacterized protein	join(1490810..1490871,1491087..1491357)	Aspergillus niger	84592594
An12g06100	CDS	An12g06100	NT_166527.1	1492193	1493350	R	Similarity: also shows weak similarity to the N-terminal part of human dentatorubral-pallidoluysian atrophy protein DRPLA (atrophin-1).; Title: weak similarity to hypothetical precursor of extensin - Lycopersicon esculentum; uncharacterized protein	complement(join(1492193..1492228,1492297..1492531,1492587..1492726,1492815..1492907,1493015..1493350))	Aspergillus niger	84592595
An12g06110	CDS	An12g06110	NT_166527.1	1494200	1494939	R	Title: similarity to hypothetical protein encoded by An03g04820 - Aspergillus niger; uncharacterized protein	complement(join(1494200..1494568,1494652..1494939))	Aspergillus niger	84592596
An12g06120	CDS	An12g06120	NT_166527.1	1496017	1497437	R	Similarity: AAB98428. 1 of M. jannaschii is a homolog of the conserved hypothetical protein HI0902 from Haemophilus influenzae.; Title: weak similarity to hypothetical protein AAB98428.1 - Methanococcus jannaschii; uncharacterized protein	complement(join(1496017..1496142,1496321..1496454,1496552..1496788,1497050..1497437))	Aspergillus niger	84592597
An12g06130	CDS	An12g06130	NT_166527.1	1497915	1498985	D	Title: similarity to glutamyl endoprotease polypeptide from patent WO200268623-A2 - Aspergillus niger; uncharacterized protein	1497915..1498985	Aspergillus niger	4985963
An12g06140	CDS	An12g06140	NT_166527.1	1500158	1500484	R	Remark: the ORF is N-terminally truncated due to the end of the contig.; Similarity: the N-terminal part of the truncated ORF produces deliberate homology matches to a variety of proline-rich proteins from diverse species.; Title: similarity to hypothetical protein encoded by An16g07930 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(1500158..>1500484)	Aspergillus niger	84592598
An12g06147	CDS	An12g06147	NT_166527.1	1501457	1502103	D	hypothetical protein	join(1501457..1501478,1501625..1502103)	Aspergillus niger	84592599
An12g06150	CDS	An12g06150	NT_166527.1	1502229	1503631	D	hypothetical protein	join(1502229..1502265,1502345..1502601,1502853..1503000,1503064..1503120,1503177..1503631)	Aspergillus niger	84592600
An12g06160	CDS	An12g06160	NT_166527.1	1504864	1505770	R	hypothetical protein	complement(join(1504864..1505269,1505387..1505468,1505525..1505556,1505661..1505770))	Aspergillus niger	84592601
An12g06170	CDS	An12g06170	NT_166527.1	1505956	1506355	D	hypothetical protein	join(1505956..1506188,1506238..1506355)	Aspergillus niger	84592602
An12g06180	CDS	An12g06180	NT_166527.1	1506522	1507673	D	Catalytic activity: GnT-IV generates the beta-1,4-glycosidic bond between a N-acetylglucosamin moiety (from GlcNAc-UDP) and the alpha-1,3-linked Mannose residiue of the biantennary core structure of N-glycans (Man3GlcNAc2-Asn).; Function: GnT-IV is one of the essential enzymes in the production of tri- and tetra-antennary Asn-linked sugar chains.; Function: MGAT4B of H. sapiens has GnT-IV enzymatic activity.; Title: weak similarity to isoenzyme B of UDP-N-acetylglucosamine:alpha-1,3-D-mannoside beta-1,4-N-acetylglucosaminyltransferase IV MGAT4B - Homo sapiens; See PMID 10372966; See PMID 9278430; See PMID 9565571; uncharacterized protein	1506522..1507673	Aspergillus niger	4985969
An12g06190	CDS	An12g06190	NT_166527.1	1509744	1512062	R	Function: acu-15 in N. crassa is involved in the regulation of acetate induction.; Similarity: the similarity is restricted to the N-terminal part.; Title: weak similarity to transcription activator acu-15 - Neurospora crassa; uncharacterized protein	complement(join(1509744..1510610,1510660..1510728,1510785..1510823,1510880..1511420,1511474..1511838,1511910..1511955,1512019..1512062))	Aspergillus niger	4985970
An12g06200	CDS	An12g06200	NT_166527.1	1512425	1514146	D	Title: strong similarity to hypothetical protein SCF91.02c - Streptomyces coelicolor; uncharacterized protein	1512425..1514146	Aspergillus niger	4985971
An12g06210	CDS	An12g06210	NT_166527.1	1514321	1515564	R	Title: similarity to hypothetical protein encoded by An11g09010 - Aspergillus niger; uncharacterized protein	complement(join(1514321..1514773,1514935..1515267,1515418..1515564))	Aspergillus niger	84592603
An12g06230	CDS	An12g06230	NT_166527.1	1516336	1516878	D	hypothetical protein	join(1516336..1516437,1516609..1516693,1516748..1516878)	Aspergillus niger	84592604
An12g06240	CDS	An12g06240	NT_166527.1	1516922	1517986	R	Title: weak similarity to hypothetical protein AAL32543.1 - Arabidopsis thaliana; uncharacterized protein	complement(join(1516922..1517245,1517309..1517986))	Aspergillus niger	4985975
An12g06250	CDS	An12g06250	NT_166527.1	1519427	1520280	R	Function: the secreted protein of patent Y11086 may be useful for treating or reducing the risk of H. pylori infections.; Similarity: shows weak similarity to the protein patent database entry GENESEQPROT:Y11086.; Title: weak similarity to secreted protein from patent WO9824475-A1 - Helicobacter pylori; uncharacterized protein	complement(join(1519427..1519879,1520206..1520280))	Aspergillus niger	4985976
An12g06270	CDS	An12g06270	NT_166527.1	1520903	1521908	R	Title: weak similarity to hypothetical caspase-8 CASP8 - Rattus norvegicus; uncharacterized protein	complement(join(1520903..1521232,1521314..1521430,1521516..1521591,1521693..1521768,1521845..1521908))	Aspergillus niger	84592605
An12g06280	CDS	An12g06280	NT_166527.1	1522041	1523515	D	Similarity: the sequence of residues 79 to 123 is similar to the repeat sequence of autolysin from Enterococcus faecalis (PubMed 1679432; patent GENESEQPROT:R85290).; hypothetical protein	join(1522041..1522383,1522438..1522483,1522850..1522968,1523118..1523188,1523285..1523515)	Aspergillus niger	84592606
An12g06290	CDS	An12g06290	NT_166527.1	1523778	1525805	D	Catalytic activity: KlDLD in K. lactis catalyzes the stereospecific oxidation of D-lactate to pyruvate: (R)-lactate + 2 ferricytochrome c <=> pyruvate + 2 ferrocytochrome c.; Function: KlDLD of K. lactis transfers two electrons from D-lactate to cytochrome c via FAD.; Induction: KlDLD in K. lactis is induced by it's substrate lactate at the transcriptional level.; Pathway: KlDLD of K. lactis is the key enzyme of D-lactate utilization which is linked to the respiratory chain.; Repression: KlDLD in K. lactis is repressed by glucose at the transcriptional level.; Title: strong similarity to D-lactate dehydrogenase dld - Kluyveromyces lactis; localisation:mitochondrion; See PMID 9683671; See PMID 7969031; uncharacterized protein	join(1523778..1524101,1524157..1524983,1525031..1525260,1525315..1525496,1525549..1525578,1525632..1525705,1525757..1525805)	Aspergillus niger	4985980
An12g06300	CDS	An12g06300	NT_166527.1	1526309	1527358	R	Function: LovC of A. terreus encodes a putative enoyl reductase.; Similarity: contains a Zn-binding dehydrogenases similarity domain.; Similarity: the 5'-part of the ORF shows similarity to a 5'-EST of the A. niger cDNA clone 3213 (EMBLEST:BE758951).; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(1526309..1527358)	Aspergillus niger	4985981
An12g06310	CDS	An12g06310	NT_166527.1	1528310	1528784	D	Title: weak similarity to hypothetical protein MGD8.2 - Arabidopsis thaliana; uncharacterized protein	join(1528310..1528375,1528449..1528559,1528626..1528784)	Aspergillus niger	4985982
An12g06340	CDS	An12g06340	NT_166527.1	1529540	1533120	R	Function: the human erythrocyte ankyrin ANK1 attachs integral membrane proteins to cytoskeletal elements. It binds to the erythrocyte membrane protein band 4. 2, to Na-K ATPase, to the lymphocyte membrane protein GP85, and to the cytoskeletal proteins fodrin, tubulin, vimentin and desmin. Erythrocyte ankyrins also link spectrin (beta chain) to the cytoplasmic domain of the erythrocytes anion exchange protein.; Title: similarity to erythrocyte ankyrin ANK1 - Homo sapiens; cytoskeleton; See PMID 1689849; See PMID 8226993; See PMID 8640229; uncharacterized protein	complement(join(1529540..1529596,1529895..1531695,1531743..1532564,1532660..1532956,1533011..1533120))	Aspergillus niger	4985985
An12g06350	CDS	An12g06350	NT_166527.1	1534110	1537044	D	Title: weak similarity to glucan synthase FKS -Paracoccidioides brasiliensis; uncharacterized protein	join(1534110..1535450,1535570..1535624,1535795..1535861,1535913..1537044)	Aspergillus niger	10098114
An12g06360	CDS	An12g06360	NT_166527.1	1538257	1540313	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are based on repetitive structures.; Title: weak similarity to transamidase GPI8 -Plasmodium falciparum; uncharacterized protein	join(1538257..1538486,1538580..1538778,1539178..1539201,1539244..1539295,1539355..1539575,1539663..1539830,1540212..1540313)	Aspergillus niger	84592607
An12g06370	CDS	An12g06370	NT_166527.1	1540503	1541181	D	hypothetical protein	join(1540503..1540566,1540665..1540682,1540725..1540804,1540921..1541181)	Aspergillus niger	84592608
An12g06380	CDS	An12g06380	NT_166527.1	1542393	1544075	D	Function: fibroin heavy chain Fib-H from Bombyx mori (domestic silkworm) forms the silk filament; a strong,inextensible, insoluble and chemically inert fibre.; Remark: Bombyx mori=domestic silkworm.; Remark: the structure of the ORF encoded protein is highly repetitive.; Title: similarity to fibroin heavy chain Fib-H -Bombyx mori; extracellular/secretion proteins; See PMID 10366732; uncharacterized protein	1542393..1544075	Aspergillus niger	4985989
An12g06400	CDS	An12g06400	NT_166527.1	1544896	1545817	R	Function: recombinant Nor-1 from A. parasiticus expressed in E. coli converted the 1' keto group of norsolorinic acid to the 1' hydroxyl group of averantin in crude E. coli cell extracts in the presence of NADPH. The results confirm that Nor-1 functions as a ketoreductase in vitro.; Pathway: the Nor-1 ketoreductase from A. parasiticus is involved in the aflatoxin biosynthesis.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Title: strong similarity to norsolorinic acid ketoreductase nor-1 - Aspergillus parasiticus; See PMID 10584035; See PMID 7993094; uncharacterized protein	complement(join(1544896..1544966,1545013..1545164,1545234..1545817))	Aspergillus niger	4985991
An12g06420	CDS	An12g06420	NT_166527.1	1548102	1549361	D	Remark: N-terminally truncated ORF due to the end of contig.; Title: similarity to gag-like protein protein from transposon TART-B1 - Drosophila melanogaster [truncated ORF]; See PMID 7809068; uncharacterized protein	<1548102..1549361	Aspergillus niger	84592609
An12g06430	CDS	An12g06430	NT_166527.1	1549394	1553260	D	Title: strong similarity to reverse transcriptase of the LINE-like retrotransposon Tad1-1 - Neurospora crassa; See PMID 7512193; uncharacterized protein	1549394..1553260	Aspergillus niger	4985993
An12g06440	CDS	An12g06440	NT_166527.1	1553509	1554651	R	Function: Lovastatin is a fungal polyketide derived metabolite isolated from a strain of Aspergillus terreus,which inhibits the 3-hydroxy-3-methylglutaryl coenzyme A (HMG CoA) reductase an enzyme involved as key rate-controlling step early in the cholesterol biosynthetic pathway.; Title: strong similarity to transesterase involved in the lovastatin biosynthesis LovD - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(1553509..1554651)	Aspergillus niger	4985994
An12g06460	CDS	An12g06460	NT_166527.1	1556911	1557684	D	Title: similarity to hypothetical protein CG10383 -Drosophila melanogaster; uncharacterized protein	join(1556911..1556955,1557126..1557431,1557466..1557684)	Aspergillus niger	84592610
An12g06470	CDS	An12g06470	NT_166527.1	1558163	1559503	R	Title: weak similarity to AP1 protein from patent US5811536-A - Arabidopsis thaliana; uncharacterized protein	complement(1558163..1559503)	Aspergillus niger	4985997
An12g06480	CDS	An12g06480	NT_166527.1	1560014	1562841	R	Function: the AmdA transcriptional activator from A. nidulans is involved in the induction of the A. nidulans structual gene amdS (acetamidase).; Title: similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; nucleus; See PMID 7596297; See PMID 9126617; uncharacterized protein	complement(join(1560014..1561064,1561162..1561274,1561328..1561861,1561968..1562605,1562655..1562841))	Aspergillus niger	4985998
An12g06490	CDS	An12g06490	NT_166527.1	1563550	1565391	D	Cofactor: the cofactor from human FMO1 enzyme is FAD.; Function: the human hepatic monooxygenase FMO1 is involved in the oxidative metabolism of a variety of xenobiotics such as drugs and pesticides. FMO1 catalyzes the N-oxygenation of secondary and tertiary amines.; Title: similarity to N-oxide-forming dimethylaniline monooxygenase FMO1 - Homo sapiens; See PMID 8128486; See PMID 1712018; uncharacterized protein	join(1563550..1563669,1563731..1564545,1564596..1565391)	Aspergillus niger	4985999
An12g06500	CDS	An12g06500	NT_166527.1	1566222	1568200	R	Function: the S. cerevisiae Tna1 transporter is involved in the uptake of nicotinic acid.; Remark: alternate name for S. cerevisiae Tna1: YGR260W.; Similarity: the ORF encoded protein shows also strong similarity to the allantoate transporter Dal5/YJR152W from S. cerevisiae, but the accessible literature does not describe any functional characterization of Dal5 (Pubmed 3275614).; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	complement(join(1566222..1566307,1566362..1566482,1566537..1566694,1566769..1567008,1567067..1567668,1567736..1567830,1567886..1568089,1568147..1568200))	Aspergillus niger	4986000
An12g06510	CDS	An12g06510	NT_166527.1	1568615	1569839	D	Function: the gibberellin 7-oxidase from Cucurbita maxima is a 2-oxoglutarate dependent dioxygenase involved in final steps of gibberellin (GA) plant hormones biosynthesis.; Pathway: Gibberellin (GA) plant hormones biosynthesis.; Similarity: the ORF shows similarity to several putative oxidoreductases.; Similarity: the gibberellin 7-oxidase from Cucurbita maxima (winter squash) belongs to the superfamily of the 1-aminocyclopropane-1-carboxylate oxidases.; Title: similarity to gibberellin 7-oxidase -Cucurbita maxima; See PMID 9177256; uncharacterized protein	join(1568615..1568651,1568712..1568885,1568950..1569126,1569182..1569493,1569559..1569700,1569758..1569839)	Aspergillus niger	4986001
An12g06520	CDS	An12g06520	NT_166527.1	1570626	1572157	R	Catalytic activity: a carboxylic ester + H(2)O <=> an alcohol + a carboxylic anion.; Remark: the esterase described in patent JP11075860-A is identical to the arylesterase from Acetobacter pasteurianus EST1; Title: similarity to esterase from patent JP11075860-A - Acetobacter pasteurianus; uncharacterized protein	complement(join(1570626..1570718,1570782..1570916,1570996..1571048,1571124..1571151,1571339..1571749,1571838..1572038,1572095..1572157))	Aspergillus niger	4986002
An12g06530	CDS	An12g06530	NT_166527.1	1572442	1574317	D	Catalytic activity: (S)-lactate + 2 ferricytochrome C <=> pyruvate + 2 ferrocytochrome C.; Cofactor: FMN; Protoheme IX.; Complex: Homotetramer.; Localization: the flavocytochrome b2 L-lactate dehydrogenas CYB2 from Pichia anomala is located in the mitochondrial intermembrane space.; Remark: Pichia anomala=Hansenula anomala.; Title: strong similarity to flavocytochrome b2 L-lactate dehydrogenase CYB2 - Pichia anomala; localisation:mitochondrion; See PMID 2688640; See PMID 3319613; uncharacterized protein	join(1572442..1572698,1572760..1572941,1573013..1573467,1573525..1573595,1573653..1574103,1574207..1574317)	Aspergillus niger	4986003
An12g06540	CDS	An12g06540	NT_166527.1	1574683	1576541	D	Title: similarity to hypothetical conserved protein PA2682 - Pseudomonas aeruginosa; uncharacterized protein	join(1574683..1574802,1574954..1575395,1575450..1575877,1575949..1576118,1576199..1576541)	Aspergillus niger	4986004
An12g06550	CDS	An12g06550	NT_166527.1	1577252	1579477	D	Title: similarity to hypothetical protein encoded by An01g11860 - Aspergillus niger; uncharacterized protein	join(1577252..1577492,1577558..1577757,1577809..1578218,1578336..1578786,1578818..1578875,1578996..1579477)	Aspergillus niger	4986005
An12g06560	CDS	An12g06560	NT_166527.1	1580124	1582108	D	Catalytic activity: Triacylglycerol + H2O = Diacylglycerol + a Carboxylate; Diacylglycerol + H2O = Monoacylglycerol + a Carboxylate.; Pathway: Glycerolipid metabolism.; Title: strong similarity to triacylglycerol lipase Lip4 - Candida rugosa; See PMID 8440480; See PMID 10787175; uncharacterized protein	join(1580124..1580496,1580557..1580784,1580838..1581943,1582073..1582108)	Aspergillus niger	4986006
An12g06580	CDS	An12g06580	NT_166527.1	1583331	1585541	D	Remark: Inactivation of the A. oryzae gene results in the inability to grow on gamma-amino-butyric acid (GABA) as a carbon and/or nitrogen source indicating that GABA utilization is amdR-dependent in A. oryzae as it is in A. nidulans.; Remark: amdR genes are highly conserved and functionally interchangeable between species.; Title: similarity to transcription regulator amdR -Aspergillus oryzae; See PMID 1452021; See PMID 2188110; uncharacterized protein	1583331..1585541	Aspergillus niger	4986008
An12g06590	CDS	An12g06590	NT_166527.1	1586359	1587393	D	Title: similarity to essential gene #7448 from patent WO200277183-A2 - Burkholderia fungorum; uncharacterized protein	1586359..1587393	Aspergillus niger	4986009
An12g06600	CDS	An12g06600	NT_166527.1	1588207	1588554	D	hypothetical protein	1588207..1588554	Aspergillus niger	84592611
An12g06610	CDS	An12g06610	NT_166527.1	1589467	1591618	D	Title: weak similarity to mitogen-activated protein kinase MKC1 - Candida albicans; See PMID 7891715; uncharacterized protein	join(1589467..1589880,1589930..1590407,1590460..1591102,1591147..1591618)	Aspergillus niger	4986011
An12g06620	CDS	An12g06620	NT_166527.1	1591879	1592588	D	hypothetical protein	join(1591879..1591927,1591969..1592008,1592066..1592085,1592203..1592297,1592328..1592588)	Aspergillus niger	84592612
An12g06630	CDS	An12g06630	NT_166527.1	1593060	1593633	R	Title: weak similarity to hypothetical protein F17K2.5 - Arabidopsis thaliana; uncharacterized protein	complement(join(1593060..1593131,1593184..1593428,1593495..1593633))	Aspergillus niger	84592613
An12g06640	CDS	An12g06640	NT_166527.1	1594538	1596277	D	Remark: Cdc48p of S. cerevisiae is more than twice the length of this protein.; Remark: the Yeast cell cycle protein CDC48p is a member of a protein family involved in secretion,peroxisome formation, and gene expression.; Title: weak similarity to valosin-containing protein like AAA-ATPase Cdc48 - Saccharomyces cerevisiae; See PMID 9695811; See PMID 1860879; uncharacterized protein	join(1594538..1594561,1594770..1594873,1594917..1594965,1595138..1595173,1595440..1595521,1595608..1595816,1595873..1596277)	Aspergillus niger	84592614
An12g06650	CDS	An12g06650	NT_166527.1	1596716	1598871	R	Remark: similarity to dnaJ proteins belongs only to the dnaJ motif.; Title: weak similarity to hypothetical surface-located membrane protein 1 lmp1 - Borrelia burgdorferi; uncharacterized protein	complement(join(1596716..1598265,1598316..1598871))	Aspergillus niger	84592615
An12g06660	CDS	An12g06660	NT_166527.1	1600605	1603983	R	Title: strong similarity to hypothetical protein encoded by An11g03400 - Aspergillus niger; uncharacterized protein	complement(join(1600605..1600662,1600794..1600841,1601119..1602531,1602764..1602772,1602901..1603027,1603195..1603282,1603645..1603764,1603810..1603983))	Aspergillus niger	84592616
An12g06670	CDS	An12g06670	NT_166527.1	1604506	1606967	R	Title: similarity to hypothetical protein encoded by An08g12240 - Aspergillus niger; uncharacterized protein	complement(join(1604506..1606755,1606807..1606878,1606929..1606967))	Aspergillus niger	4986017
An12g06680	CDS	An12g06680	NT_166527.1	1607456	1607964	D	Title: similarity to hypothetical protein slr0852 -Synechocystis sp.; uncharacterized protein	join(1607456..1607809,1607869..1607964)	Aspergillus niger	84592617
An12g06690	CDS	An12g06690	NT_166527.1	1608135	1611246	R	Catalytic activity: Phosphatidylcholine + H2O = 1-Acylglycerophosphocholine + a Carboxylate.; Remark: the homology is only at the C-terminal part.; Remark: the normal cofactor of this enzyme class is calcium.; Remark: the phospholipase A(2) (PLA(2)) superfamily consists of a broad range of enzymes defined by their ability to catalyze the hydrolysis of the middle (sn-2) ester bond of substrate phospholipids.; Title: similarity to calcium-independent phospholipase A2 - Homo sapiens; See PMID 10833412; See PMID 11080672; uncharacterized protein	complement(join(1608135..1609002,1609162..1609606,1609658..1610197,1610244..1611246))	Aspergillus niger	84592618
An12g06700	CDS	An12g06700	NT_166527.1	1611509	1611996	R	hypothetical protein	complement(join(1611509..1611898,1611949..1611996))	Aspergillus niger	84592619
An12g06710	CDS	An12g06710	NT_166527.1	1612196	1612834	D	Remark: match found in blastXpatent analysis.; Title: weak similarity to ApoE4Lx2 protease from patent WO9413798-A - Homo sapiens; uncharacterized protein	1612196..1612834	Aspergillus niger	84592620
An12g06720	CDS	An12g06720	NT_166527.1	1613169	1616039	R	Remark: N-terminal truncated orf due to end of contig.; Remark: only weakly conserved PFAM motif (PF00069 Eukaryotic protein kinase domain), but this ORF can probably be considered as having this domain; compare to the PFAM results,; Remark: shows weak similarity to several serine/threonine protein kinases.; Title: weak similarity to translation initiation factor eIF-2 alpha kinase GCN2 - Drosophila melanogaster [truncated ORF]; uncharacterized protein	complement(join(1613169..1613264,1613312..1613481,1613534..1614069,1614582..1614632,1614778..1614862,1614980..1614995,1615051..1615170,1615266..1615286,1615453..1615545,1615902..>1616039))	Aspergillus niger	84592621
An12g06730	CDS	An12g06730	NT_166527.1	1618254	1620104	D	Title: weak similarity to metalloreductase freA -Aspergillus nidulans; uncharacterized protein	join(1618254..1618692,1618745..1618818,1618870..1619072,1619294..1620104)	Aspergillus niger	84592622
An12g06740	CDS	An12g06740	NT_166527.1	1620482	1621267	D	Title: similarity to hypothetical protein encoded by An12g06730 - Aspergillus niger; uncharacterized protein	1620482..1621267	Aspergillus niger	84592623
An12g06750	CDS	An12g06750	NT_166527.1	1621654	1622254	R	hypothetical protein	complement(join(1621654..1621750,1621797..1622006,1622097..1622254))	Aspergillus niger	84592624
An12g06760	CDS	An12g06760	NT_166527.1	1622697	1623896	R	Remark: the protein shows weak similarity to the mlr9023 transposase sequences of Mesorhizobium loti within the aminoacid sequence 89-148.; hypothetical protein	complement(join(1622697..1622756,1622842..1623215,1623292..1623306,1623650..1623742,1623827..1623896))	Aspergillus niger	84592625
An12g06770	CDS	An12g06770	NT_166527.1	1624047	1625828	D	Remark: co-expression of antagonistic alleles of the unlinked loci het-e and het-c triggers a cell death reaction that prevents the formation of viable heterokaryons between strains that contain incompatible combinations of het-c and het-e alleles.; Remark: the A. niger gene is only one half of the lenght of the P. anserina protein.; Remark: the het-e-1 gene of the fungus Podospora anserina is responsible for vegetative incompatibility through specific interactions with different alleles of the unlinked gene, het-c.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 7557402; See PMID 9435787; uncharacterized protein	join(1624047..1625317,1625417..1625828)	Aspergillus niger	84592626
An12g06780	CDS	An12g06780	NT_166527.1	1625943	1626994	R	Title: similarity to hypothetical protein encoded by An04g07590 - Aspergillus niger; uncharacterized protein	complement(join(1625943..1626107,1626354..1626372,1626457..1626877,1626922..1626994))	Aspergillus niger	84592627
An12g06790	CDS	An12g06790	NT_166527.1	1629024	1630610	R	hypothetical protein	complement(join(1629024..1629208,1629254..1629526,1629588..1630537,1630585..1630610))	Aspergillus niger	84592628
An12g06800	CDS	An12g06800	NT_166527.1	1631215	1632491	D	Title: weak similarity to hypothetical protein encoded by An04g07590 - Aspergillus niger; uncharacterized protein	join(1631215..1631364,1631436..1632491)	Aspergillus niger	84592629
An12g06810	CDS	An12g06810	NT_166527.1	1634239	1634699	D	hypothetical protein	join(1634239..1634439,1634487..1634699)	Aspergillus niger	4986031
An12g06820	CDS	An12g06820	NT_166527.1	1634999	1637628	R	hypothetical protein	complement(join(1634999..1636058,1636179..1636662,1637177..1637285,1637443..1637628))	Aspergillus niger	4986032
An12g06830	CDS	An12g06830	NT_166527.1	1638493	1639428	D	Title: strong similarity to hypothetical protein encoded by An11g08100 - Aspergillus niger; uncharacterized protein	1638493..1639428	Aspergillus niger	4986033
An12g06840	CDS	An12g06840	NT_166527.1	1640206	1640772	R	Title: similarity to hypothetical protein encoded by An02g09280 - Aspergillus niger; uncharacterized protein	complement(1640206..1640772)	Aspergillus niger	84592630
An12g06850	CDS	An12g06850	NT_166527.1	1641646	1642262	D	Title: similarity to hypothetical protein encoded by An12g06870 - Aspergillus niger; uncharacterized protein	join(1641646..1641819,1641876..1642262)	Aspergillus niger	84592631
An12g06860	CDS	An12g06860	NT_166527.1	1644454	1645483	R	Title: strong similarity to hypothetical protein 68B2.10 - Neurospora crassa; uncharacterized protein	complement(join(1644454..1645219,1645266..1645483))	Aspergillus niger	4986036
An12g06870	CDS	An12g06870	NT_166527.1	1646384	1646815	R	Title: similarity to hypothetical protein encoded by An12g06850 - Aspergillus niger; uncharacterized protein	complement(join(1646384..1646569,1646627..1646815))	Aspergillus niger	84592632
An12g06880	CDS	An12g06880	NT_166527.1	1648131	1650721	R	hypothetical protein	complement(join(1648131..1650279,1650311..1650356,1650409..1650721))	Aspergillus niger	84592633
An12g06890	CDS	An12g06890	NT_166527.1	1652576	1654166	R	Remark: the schistosome homologues of heat-shock protein Hsp70 elicit a dominant antibody response in humans infected with S. mansoni.; Title: strong similarity to dnaK-type molecular chaperone hsp70 - Schistosoma mansoni; See PMID 1484560; uncharacterized protein	complement(join(1652576..1654101,1654151..1654166))	Aspergillus niger	4986039
An12g06900	CDS	An12g06900	NT_166527.1	1654959	1656113	D	Remark: ORF 5' truncated due to end of contig.; Title: weak similarity to DNA gyrase B subunit gyrB - Flexibacter japonensis [truncated ORF]; uncharacterized protein	<1654959..1656113	Aspergillus niger	84592634
An12g06910	CDS	An12g06910	NT_166527.1	1658450	1658874	D	Similarity: similarity from predicted A. niger protein is to the N-terminus of C. thermosaccharolyticum xylose isomerase, which is 350 aa longer.; Title: weak similarity to xylose isomerase -Clostridium thermosaccharolyticum; uncharacterized protein	join(1658450..1658613,1658787..1658874)	Aspergillus niger	84592635
An12g06920	CDS	An12g06920	NT_166527.1	1660015	1661361	D	Title: weak similarity to NAD-dependent DNA ligase -Thermus sp.; uncharacterized protein	join(1660015..1660458,1660511..1660996,1661044..1661361)	Aspergillus niger	84592636
An12g06930	CDS	amyA	NT_166527.1	1662331	1664372	R	Catalytic activity: alpha-amylases catalyse the endohydrolysis of 1,4-alpha-glucosidic linkages in oligosaccharides and polysaccharides.; Gene-ID: amyA;amyB; Remark: nearly identical matches (even on DNA level) were found to other ORFs.; Remark: the A. niger transposon Ant1 is known to contain amyA 3'UTR sequences, therefore the genomic localization of the predicted A. niger protein could be due to a transposon induced rearrangment.; Remark: the adjacent genomic region contains several remnants of transposable elements and likely is a hotspot for transoposn insertion.; Similarity: the nucleotide sequences of amyA and amyB from A. niger are identical throughout all but the last few nucleotides of their respective coding regions.; See PMID 2340591; extracellular alpha-amylase amyA/amyB-Aspergillus niger	complement(join(1662331..1662618,1662698..1662938,1663004..1663150,1663216..1663378,1663437..1663665,1663734..1663842,1663912..1664027,1664114..1664152,1664208..1664372))	Aspergillus niger	4986043
An12g06940	CDS	An12g06940	NT_166527.1	1665327	1666949	D	Remark: the adjacent genomic region contains several remnants of transposable elements and likely is a hotspot for transoposon insertion.; Remark: the central region of the A. niger transposon Ant1 contains the 3' UTR of the amyA from A. niger.; Remark: the predicted A. niger protein shows strong similarity on DNA level to the 3' UTR of amyA from A. niger.; Title: strong similarity to hypothetical protein encoded by An05g02110 - Aspergillus niger; See PMID 8552048; uncharacterized protein	join(1665327..1665380,1665462..1666949)	Aspergillus niger	4986044
An12g06960	CDS	An12g06960	NT_166527.1	1667243	1668546	D	Remark: the adjacent genomic region contains several remnants of transposable elements and likely is a hotspot for transoposn insertion.; Similarity: similarity is from C-terminal 100 aa of the predicted A. niger protein to N-terminus of PDC E1 alpha from A. thaliana.; Title: weak similarity to E1 alpha subunit of pyruvate dehydrogenase complex PDC - Arabidopsis thaliana; See PMID 7590338; uncharacterized protein	join(1667243..1667651,1667711..1668030,1668082..1668546)	Aspergillus niger	4986045
An12g06970	CDS	An12g06970	NT_166527.1	1668937	1669734	R	Complex: other domains of S. cerevisiae Djp1p interact with the substrates for the Hsp70 machinery.; Complex: the DnaJ-domain of S. cerevisiae Djp1p specifies the interaction with a particular Hsp70.; Function: S. cerevisiae Djp1p in conjunction with hsp70 proteins is specifically required for peroxisomal protein import.; Remark: YIR004w is the systematic name for S. cerevisiae Djp1p.; Remark: the adjacent genomic region contains several remnants of transposable elements and likely is a hotspot for transoposn insertion.; Similarity: similarity of predicted A. niger protein is confined to N-terminal half of S. cerevisiae Djp1p which is 200 aa longer.; Title: similarity to DnaJ-like protein Djp1 -Saccharomyces cerevisiae; cytoplasm; See PMID 9679141; uncharacterized protein	complement(join(1668937..1669494,1669576..1669734))	Aspergillus niger	4986046
An12g06980	CDS	An12g06980	NT_166527.1	1670953	1671506	D	Remark: the adjacent genomic region contains several remnants of transposable elements and likely is a hotspot for transoposn insertion.; Title: strong similarity to EST SEQ ID NO:6341 from patent WO200056762-A2 - Aspergillus oryzae; uncharacterized protein	join(1670953..1671400,1671460..1671506)	Aspergillus niger	4986047
An12g06990	CDS	An12g06990	NT_166527.1	1672560	1672828	D	Remark: the adjacent genomic region contains several transposon related sequences, indicating a hotspot for transposon insertion.; Similarity: the predicted A. niger protein is only a 100 aa remnant of the 1230 aa reverse transcriptase homologe from C. intestinalis.; Title: similarity to hypothetical reverse transcriptase homolog - Ciona intestinalis; uncharacterized protein	join(1672560..1672599,1672647..1672828)	Aspergillus niger	4986048
An12g07000	CDS	An12g07000	NT_166527.1	1673003	1673983	R	Function: ORF1 of A. niger Ant1 encodes the Ant1 transposase.; Remark: in the adjacent genomic region only remnants of the complete Ant1 transposon are found on both DNA strands, spaced from base 55168 to 63290.; Remark: the adjacent genomic region contains several transposon related sequences, indicating a hotspot for transposon insertion.; Title: strong similarity to protein encoded by ORF1 of transposon Ant1 - Aspergillus niger; See PMID 8552048; uncharacterized protein	complement(1673003..1673983)	Aspergillus niger	4986049
An12g07020	CDS	An12g07020	NT_166527.1	1675364	1676629	R	Complex: S. cerevisiae Hoc1 together with Anp1, Mnn9, Mnn10, and Mnn11 forms the Golgi mannosyltransferase A-complex.; Function: S. cerevisiae HOC1 has been suggested to encode a Golgi-localized putative mannosyltransferase required for the proper construction of the cell wall.; Function: S. cerevisiae Hoc1 is a component of the Golgi mannosyltransferase A-complex, which also shows protein O-glycosylation activity.; Golgi; Title: strong similarity to alpha-1,6-mannosyltransferase Hoc1 - Saccharomyces cerevisiae; See PMID 9055074; See PMID 10635561; uncharacterized protein	complement(1675364..1676629)	Aspergillus niger	4986051
An12g07030	CDS	An12g07030	NT_166527.1	1677173	1678168	D	Function: S. cerevisiae Wsc proteins are putative transmembrane stress receptors and upstream activators of the RHO1-regulated PKC1-MAP kinase cascade.; Function: S. cerevisiae Wsc proteins are required for maintenance of cell wall integrity and the stress response.; Remark: YOL105c is the systematic name for WSC3.; Similarity: the predicted A. niger protein contains predicted WSC- and transmembrane domains.; Title: weak similarity to stress response mediator Wsc3 - Saccharomyces cerevisiae; See PMID 10394905; See PMID 10430578; uncharacterized protein	join(1677173..1677179,1677374..1677515,1677592..1678168)	Aspergillus niger	4986052
An12g07040	CDS	An12g07040	NT_166527.1	1679043	1679789	D	Remark: ORF questionable due to short length and nearly entirely consisting of lysine.; Similarity: ORF shows unspecific similarity to lysine rich proteins.; Title: questionable ORF; uncharacterized protein	join(1679043..1679085,1679246..1679277,1679610..1679789)	Aspergillus niger	84592637
An12g07050	CDS	An12g07050	NT_166527.1	1680318	1681304	R	Remark: 5' of this predicted A. niger protein is an ORF which also shows similarity to the N-terminal region of drf1, possibly indicating a gene duplication.; Similarity: the similarity of the predicted A. niger protein is to the N-termnal region of S. pombe dfr1, while the conserved dihydrofolate reductase domain is at the C-terminus of dfr1.; Title: weak similarity to dihydrofolate reductase dfr1p - Schizosaccharomyces pombe; See PMID 8088538; uncharacterized protein	complement(join(1680318..1680471,1680545..1680986,1681048..1681131,1681187..1681205,1681263..1681304))	Aspergillus niger	84592638
An12g07060	CDS	An12g07060	NT_166527.1	1681555	1682484	R	Remark: coincidentally the ORF 3' of this predicted A. niger protein itself shows similarity to dfr1 of S. pombe indicating a possible gene duplication.; Remark: the hypothetical protein YMR222c of S. cerevisiae shows similarity to dihydrofolate reductase dfr1 of S. pombe.; Title: similarity to hypothetical protein YMR222c -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1681555..1681712,1681784..1682269,1682375..1682393,1682443..1682484))	Aspergillus niger	4986055
An12g07070	CDS	An12g07070	NT_166527.1	1683170	1690335	D	Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 8953776; uncharacterized protein	join(1683170..1683882,1683957..1684243,1684304..1689138,1689186..1689966,1690238..1690335)	Aspergillus niger	4986056
An12g07090	CDS	An12g07090	NT_166527.1	1690608	1692036	R	Function: 6-HDNO of A. oxidans specifically oxidizes 6-hydroxy-D-nicotine to 6-hydroxy-N-methylmyosmine.; Remark: at position 37530 a possible sequencing error was corrected.; Similarity: the predicted A. niger protein shows similarity to several oxygen oxidoreductases that covalently bind FAD.; Similarity: the similarity between the predicted A. niger protein and 6-HDNO from A. oxidans is confined to the FAD binding domain.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans [putative sequencing error]; putative sequencing error; See PMID 2115879; See PMID 3622516; uncharacterized protein	complement(join(1690608..1691386,1691437..1691560,1691611..1692036))	Aspergillus niger	4986058
An12g07100	CDS	An12g07100	NT_166527.1	1693583	1694718	R	Function: cucumopine synthase produces cucumopine, a guanido amino acid of unknown function.; Remark: no literature was available also a Genbank entry from 08-SEP-2000 contains a 'in press' statement.; Title: strong similarity to cucumopine synthase cus - Agrobacterium rhizogenes; uncharacterized protein	complement(join(1693583..1694041,1694116..1694457,1694506..1694718))	Aspergillus niger	4986059
An12g07110	CDS	An12g07110	NT_166527.1	1696524	1698629	D	Catalytic activity: the anthranilate synthase complex catalyses the reaction, Chorismate + L-glutamine <=> anthranilate + pyruvate + L-glutamate.; Function: Y. pestis YbtS is part of the anthranilate synthase complex, which can be involved in the biosynthesis of tryptophan.; Function: Y. pestis YbtS might be necessary for converting chorismate to salicylate.; Title: strong similarity to anthranilate synthase component I ybtS - Yersinia pestis; See PMID 9818149; uncharacterized protein	join(1696524..1696537,1696721..1696810,1696941..1696980,1697400..1698629)	Aspergillus niger	4986060
An12g07120	CDS	An12g07120	NT_166527.1	1703429	1705505	D	Function: P450 enzymes usually act as terminal oxidases in multicomponent electron transfer chains in a multitude of biochemical pathways. .; Similarity: the C-terminus of the predicted A. niger protein contains a conserved P450 monooxygenase domain.; Title: similarity to cytochrome P450 monooxygenase P450II - Gibberella fujikuroi; See PMID 9917370; uncharacterized protein	join(1703429..1703560,1703612..1703653,1703711..1703830,1703898..1704069,1704151..1704234,1704304..1704400,1704462..1704579,1704648..1704933,1705021..1705258,1705319..1705505)	Aspergillus niger	4986061
An12g07130	CDS	An12g07130	NT_166527.1	1705877	1706944	R	Title: strong similarity to hypothetical protein cipA - Aspergillus nidulans; uncharacterized protein	complement(join(1705877..1706821,1706876..1706944))	Aspergillus niger	4986062
An12g07140	CDS	An12g07140	NT_166527.1	1707494	1709203	R	Function: Rdr1 from S. cerevisiae acts as a transcriptional repressor of multiple genes.; Similarity: the N-terminal region of the predicted A. niger protein contains a GAL4-type Z(2)-Cys(6) DNA-binding domain.; Title: strong similarity to zinc-finger transcription factor Rdr1 - Saccharomyces cerevisiae; nucleus; See PMID 11882665; uncharacterized protein	complement(1707494..1709203)	Aspergillus niger	4986063
An12g07150	CDS	An12g07150	NT_166527.1	1711504	1712062	D	Function: R. etlic NifA is a transcriptional regulator of nitrogen fixation.; Similarity: the predicted A. niger protein shows similarity to a domain of the transcriptional regulator NifA from R. etli required for RNA pol-II sigma-54 factor interaction and ATP-binding.; Title: weak similarity to NIF-specific regulatory protein NIFA - Rhizobium etli; See PMID 9560416; uncharacterized protein	join(1711504..1711578,1711646..1712062)	Aspergillus niger	4986064
An12g07160	CDS	An12g07160	NT_166527.1	1712853	1714890	D	Similarity: predicted A. niger protein contains a C-terminal putative ATPase domain and shows similarity to several ATPase domain containing proteins.; Similarity: similarity of predicted A. niger protein is between its C-terminus and the C-terminal ATPase domain of myosin heavey chain of G. gallus.; Title: weak similarity to myosin heavy chain -Gallus gallus; uncharacterized protein	join(1712853..1712870,1712930..1713292,1713460..1713495,1713550..1714890)	Aspergillus niger	10098117
An12g07170	CDS	An12g07170	NT_166527.1	1714982	1717169	R	Function: S. cerevisiae DUR3 is a urea symporter mediating urea import.; Induction: High-level expression of S. cerevisiae DUR3 is inducer dependent, requiring functional DAL81 and DAL82 genes.; Regulation: Expression of S. cerevisiae DUR3 is regulated in a manner similar to that of other genes in the allantoin pathway.; Repression: DUR3 expression is highly sensitive to nitrogen catabolite repression and also has a partial requirement for the GLN3 product.; Repression: Maintenance of S. cerevisiae DUR3 mRNA at uninduced, nonrepressed basal levels requires the negatively acting DAL80 gene product.; Similarity: S. cerevisiae DUR3 belongs to the major facilitator family.; Title: strong similarity to urea transport protein Dur3 - Saccharomyces cerevisiae; plasma membrane; See PMID 8335627; uncharacterized protein	complement(join(1714982..1716184,1716246..1716523,1716579..1716840,1716900..1717169))	Aspergillus niger	4986066
An12g07180	CDS	An12g07180	NT_166527.1	1719228	1720051	R	Function: SalE of Acinetobacter sp. was shown to have esterase activity against short-chain alkyl esters of 4-nitrophenol but was also able to hydrolyze ethyl salicylate to ethanol and salicylic acid.; Title: similarity to alkyl salicylate esterase salE - Acinetobacter sp.; See PMID 10715011; uncharacterized protein	complement(join(1719228..1719566,1719626..1720051))	Aspergillus niger	4986067
An12g07190	CDS	An12g07190	NT_166527.1	1720698	1722942	R	Function: nirA of A. nidulans is a zinc finger transcription factor mediating nitrate induction of genes involved in nitrate assimilation (nitrate reductase,nitrite reductases and a nitrate permease, niaD, niiA and crnA, respectively).; Remark: the nitrate assimilation genes are induced by nitrate and repressed by ammonium at the transcriptional level.; Remark: the predicted A. niger protein is C-terminal 200 aa shorter than nirA of A. nidulans.; Similarity: nirA of A. nidulans belongs to the family of Gal4 Zn(2)-Cys(6)-finger transcription factors.; Title: similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; See PMID 1922075; uncharacterized protein	complement(join(1720698..1721250,1721329..1721667,1721729..1721893,1721950..1722101,1722160..1722756,1722814..1722942))	Aspergillus niger	4986068
An12g07200	CDS	An12g07200	NT_166527.1	1723919	1724545	D	Title: weak similarity to hypothetical seryl-tRNA synthase APE1976 - Aeropyrum pernix; uncharacterized protein	1723919..1724545	Aspergillus niger	84592639
An12g07210	CDS	An12g07210	NT_166527.1	1725481	1726150	D	Remark: the predicted A. niger protein shows similarity to the N-terminal region of S. cerevisiae YML002w, which is 550 aa longer.; Title: weak similarity to hypothetical membrane protein YML002w - Saccharomyces cerevisiae; uncharacterized protein	join(1725481..1725887,1726018..1726150)	Aspergillus niger	84592640
An12g07220	CDS	An12g07220	NT_166527.1	1727870	1729201	D	Similarity: similarity is confined to N-terminal region.; Title: weak similarity to antibacterial glycoprotein achacin - Achatina fulica; See PMID 1396687; uncharacterized protein	1727870..1729201	Aspergillus niger	4986071
An12g07230	CDS	An12g07230	NT_166527.1	1730969	1743030	D	Function: the S. chrysomallus actinomycin synthetases ACMS I, II, and III catalyze the assembly of the acyl peptide lactone precursor of actinomycin by a nonribosomal mechanism.; Title: strong similarity to enniatin synthase esyn1 - Fusarium scirpi; See PMID 9573200; See PMID 9667890; uncharacterized protein	join(1730969..1731344,1731413..1743030)	Aspergillus niger	4986072
An12g07240	CDS	An12g07240	NT_166527.1	1743719	1744752	D	Title: similarity to hypothetical protein AAM35689.1 - Xanthomonas axonopodis; uncharacterized protein	join(1743719..1744443,1744719..1744752)	Aspergillus niger	4986073
An12g07250	CDS	An12g07250	NT_166527.1	1745020	1748722	R	Similarity: protein is more than twice as long as protein from T. maritima and shows similarity twice to full length of T. maritima protein, stronger at N-terminus and weaker at C-terminus.; Title: similarity to hypothetical conserved protein - Thermotoga maritima; uncharacterized protein	complement(join(1745020..1745085,1745195..1745316,1745348..1745368,1745462..1745566,1745648..1746029,1746090..1746319,1746377..1747218,1747270..1747307,1747362..1747479,1747530..1748722))	Aspergillus niger	4986074
An12g07260	CDS	An12g07260	NT_166527.1	1749361	1750149	D	Title: strong similarity to hypothetical protein SC4B10.22 - Streptomyces coelicolor; uncharacterized protein	join(1749361..1749786,1749823..1750149)	Aspergillus niger	4986075
An12g07270	CDS	An12g07270	NT_166527.1	1750534	1751580	D	Title: similarity to hypothetical protein encoded by An14g02930 - Aspergillus niger; uncharacterized protein	1750534..1751580	Aspergillus niger	84592641
An12g07280	CDS	An12g07280	NT_166527.1	1751828	1753693	R	Catalytic activity: an aromatic primary alcohol + O(2) <=> an aromatic aldehyde + H(2)O(2).; Function: a double bond conjugated with a primary alcohol is necessary for substrate recognition by P. eryngii aao, and that activity is increased by the presence of additional conjugated double bonds and electron donor groups.; Function: aao from P. eryngii is an extracellular enzyme and constitutes a source for H2O2 required in lignin biodegradation.; Function: aao from P. eryngii presents wide specificity, showing activity on benzyl, cinnamyl, naphthyl and aliphatic unsaturated alcohols.; Title: strong similarity to aryl-alcohol oxidase precursor aao - Pleurotus eryngii; extracellular/secretion proteins; See PMID 10377251; See PMID 1425667; uncharacterized protein	complement(join(1751828..1753408,1753466..1753693))	Aspergillus niger	4986077
An12g07300	CDS	An12g07300	NT_166527.1	1759368	1759913	R	hypothetical protein	complement(1759368..1759913)	Aspergillus niger	4986079
An12g07320	CDS	An12g07320	NT_166527.1	1761329	1762673	D	Function: AWI 31 from A. thaliana is specifically induced by wounding.; Title: strong similarity to induced upon wounding stress protein AWI 31 - Arabidopsis thaliana; See PMID 9085278; uncharacterized protein	join(1761329..1761682,1761760..1761943,1762021..1762280,1762341..1762673)	Aspergillus niger	4986081
An12g07330	CDS	An12g07330	NT_166527.1	1762823	1765572	R	Function: deletion and fusion constructs and in vitro mutagenesis indicated that the Zn(II)2Cys6 cluster and the C-terminal end of A. nidulans FacB are required for function.; Function: deletion of the gene confirmed that it is required for growth on acetate as a sole carbon source.; Function: facB of A. nidulans encodes a N-terminal GAL4-like Zn(II)2Cys6 transcriptional activator.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; uncharacterized protein	complement(join(1762823..1763797,1763852..1764439,1764500..1765274,1765382..1765572))	Aspergillus niger	4986082
An12g07340	CDS	An12g07340	NT_166527.1	1766189	1767202	D	Title: similarity to hypothetical protein EAA61153.1 - Aspergillus nidulans; uncharacterized protein	join(1766189..1766656,1766695..1766734,1766792..1767002,1767058..1767202)	Aspergillus niger	84592642
An12g07350	CDS	An12g07350	NT_166527.1	1770095	1771648	R	Remark: shows unspecific similarity to serine rich proteins.; hypothetical protein	complement(join(1770095..1770327,1770586..1770619,1770862..1770872,1770942..1771146,1771406..1771648))	Aspergillus niger	84592643
An12g07360	CDS	An12g07360	NT_166527.1	1773977	1774210	R	Function: S. cerevisiae Hub1 is an ubiquitin like protein that becomes covalently attached to target proteins and likely regulates activity of target proteins.; Remark: information regarding S. cerevisiae Hub1 has not been published and is available at http://www. biochem. mpg. de/jentsch/Jentsch. html.; Remark: the systematic name for S. cerevisiae HUB1 is YNR032c-a.; Title: strong similarity to ubiquitin like modifier Hub1 - Saccharomyces cerevisiae; uncharacterized protein	complement(1773977..1774210)	Aspergillus niger	4986085
An12g07370	CDS	An12g07370	NT_166527.1	1775036	1777528	R	Remark: part of the predicted A. niger protein is identical to an A. niger EST, an_3257.; Similarity: a DNA-binding motif within the predicted A. niger protein is only detected against the Structural Classification of Proteins database, not against other protein motif databases.; Similarity: the predicted A. niger protein shows similarity to several DNA-binding proteins.; Title: similarity to hypothetical protein CAE76230.1 - Neurospora crassa; uncharacterized protein	complement(join(1775036..1775412,1775461..1775756,1775803..1775894,1775941..1776946,1777230..1777528))	Aspergillus niger	4986086
An12g07380	CDS	An12g07380	NT_166527.1	1778626	1780693	R	Remark: moxY of A. parasiticus is expressed concurrently with genes involved in aflatoxin biosynthesis and it lies on one end of the cluster of this genes. Therefore moxY of A. parasiticus is presumably also involved in aflatoxin biosynthesis.; Similarity: the predicted A. niger protein shows simiilarity to several monooxygenases involved in polyketide or sterois metabolism.; Title: strong similarity to monooxygenase moxY -Aspergillus parasiticus; See PMID 10855719; uncharacterized protein	complement(join(1778626..1778825,1778882..1779580,1779728..1779908,1779960..1780124,1780184..1780377,1780435..1780693))	Aspergillus niger	4986087
An12g07390	CDS	An12g07390	NT_166527.1	1783294	1785466	D	Catalytic activity: phenol hydroxylases transform phenol + NADPH2 + O2 to catechol + NADP + H2O.; Complex: T. cutaneum phenol hydroxylase is a dimeric flavoenzyme.; Function: T. cutaneum phenol hydroxylase forms the first step in phenol metabolism by o-hydroxylysing phenol.; Title: strong similarity to phenol hydroxylase -Trichosporon cutaneum; See PMID 1429434; See PMID 7851397; uncharacterized protein	join(1783294..1784398,1784455..1784477,1784534..1784993,1785066..1785466)	Aspergillus niger	4986088
An12g07400	CDS	An12g07400	NT_166527.1	1786549	1788433	D	Function: S. cerevisiae TPO1 mediates H+-gradient dependent vacuolar transport of polyamines, like spermine (TC 2. A. 1. 2).; Function: S. cerevisiae TPO1 shows hight structural similarity to E. coli PotE which mediates membrane potential dependent uptake of putrescine, while excretion involves an exchange reaction between putrescine and ornithine.; Remark: the systematic name for S. cerevisiae TOP1 is YLL028w.; Title: strong similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; vacuole; See PMID 9920864; See PMID 10585849; See PMID 11470516; uncharacterized protein	join(1786549..1786944,1786990..1787379,1787426..1788433)	Aspergillus niger	4986089
An12g07420	CDS	An12g07420	NT_166527.1	1789698	1790519	R	Title: weak similarity to hypothetical protein encoded by An01g10470 - Aspergillus niger; uncharacterized protein	complement(1789698..1790519)	Aspergillus niger	4986091
An12g07430	CDS	An12g07430	NT_166527.1	1791186	1792524	R	Similarity: the central region of the predicted A. niger protein contains a glyoxalase II hydrolase motif.; Title: similarity to homeostasis assocoiated protein sequence SEQ ID NO:380 from patent WO200100842-A2 -Corynebacterium glutamicum; uncharacterized protein	complement(join(1791186..1791613,1791667..1791832,1791891..1792033,1792082..1792234,1792287..1792524))	Aspergillus niger	4986092
An12g07450	CDS	An12g07450	NT_166527.1	1795180	1797152	R	Function: S. cerevisiae Rgt2p is a glucose sensor in the membrane which generates the intracellular signal inhibiting the transcriptional repressor Rgt1.; Function: inhibition of Rgt1 by S. cerevisiae Rgt2p induces expression of HXT glucose transporters.; Remark: the systematic name for S. cerevisiae RGT2 is YDL138w.; Title: strong similarity to glucose permease Rgt2 -Saccharomyces cerevisiae; plasma membrane; See PMID 9564039; See PMID 10477308; uncharacterized protein	complement(join(1795180..1795197,1795338..1795616,1795662..1796012,1796062..1796113,1796190..1796926,1796985..1797152))	Aspergillus niger	4986094
An12g07460	CDS	An12g07460	NT_166527.1	1798917	1799904	R	hypothetical protein	complement(join(1798917..1799282,1799833..1799904))	Aspergillus niger	84592644
An12g07470	CDS	An12g07470	NT_166527.1	1800267	1800795	R	Function: N. ellipsosporum CV-N has anti-HIV activity.; Remark: blastp shows significant similarity (45% positives) between predicted A. niger protein and N. ellipsosporum CV-N but due to shortness of both peptides the calculated probability is low (p=0,018).; Title: weak similarity to cyanovirin-N CV-N - Nostoc ellipsosporum; See PMID 9299483; uncharacterized protein	complement(join(1800267..1800511,1800654..1800795))	Aspergillus niger	4986096
An12g07480	CDS	An12g07480	NT_166527.1	1801232	1801551	R	Title: questionable ORF; uncharacterized protein	complement(join(1801232..1801244,1801321..1801427,1801510..1801551))	Aspergillus niger	84592645
An12g07490	CDS	An12g07490	NT_166527.1	1802179	1803164	R	Function: rhlG encodes an NADPH-dependent beta-ketoacyl reductase which is specifically involved in the synthetic pathway for the fatty acid moiety of rhamnolipids.; Title: similarity to beta-ketoacyl reductase rhlG -Pseudomonas aeruginosa; See PMID 9721281; uncharacterized protein	complement(join(1802179..1802384,1802433..1803032,1803095..1803164))	Aspergillus niger	4986098
An12g07500	CDS	An12g07500	NT_166527.1	1804231	1805915	R	Catalytic activity: {(1,4)-alpha-D-galacturonide}(N) + H(2)O = {(1,4)-alpha-D- galacturonide}(N-1) + D-galacturonate.; Function: pgaX is an exopolygalacturonase [poly(1,4-alpha-D-galacturonide)galacturonohydrolase] that cleaves monomer units from the non-reducing end of pectate and other galacturonans.; Induction: expression of the pgaX gene is inducible with galacturonic acid.; Repression: expression of the pgaX gene is subject to catabolite repression.; Title: strong similarity to exopolygalacturonase pgaX - Aspergillus tubingensis; extracellular/secretion proteins; See PMID 10467119; See PMID 8856078; uncharacterized protein	complement(join(1804231..1804278,1804329..1804403,1804457..1804558,1804611..1804799,1804851..1805011,1805063..1805121,1805178..1805544,1805609..1805915))	Aspergillus niger	4986099
An12g07510	CDS	An12g07510	NT_166527.1	1806832	1807620	R	Title: similarity to secreted protein #70 from patent WO9925825-A2 - Homo sapiens; uncharacterized protein	complement(join(1806832..1807015,1807072..1807208,1807313..1807328,1807427..1807620))	Aspergillus niger	4986100
An12g07520	CDS	An12g07520	NT_166527.1	1808133	1808597	D	Remark: the 10. 5 kD subunit of the respiratory chain complex I is one of the smallest chains.; Title: strong similarity to 10.5 kD subunit of NADH:ubiquinone reductase CI-B8 - Bos taurus; localisation:mitochondrion; See PMID 1518044; uncharacterized protein	join(1808133..1808218,1808282..1808388,1808451..1808483,1808539..1808597)	Aspergillus niger	4986101
An12g07530	CDS	An12g07530	NT_166527.1	1808730	1810085	R	Remark: sequencing error at position 15524, 1 bp too much.; Title: strong similarity to hypothetical protein B2J23.80 - Neurospora crassa [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<1808730..1809193,1809249..1809409,1809477..1810085))	Aspergillus niger	4986102
An12g07540	CDS	An12g07540	NT_166527.1	1810781	1813579	R	Complex: it appears that Chs4p is involved in chitin synthase 3 activity by combining with Chs3p to interact synergistically in chitin biosynthesis.; Function: CHS4 is involved in chitin biosynthesis.; Phenotype: CSH4 null mutants have a chitin content of 10% of that of the parental strain.; Title: similarity to chitin synthase regulatory factor CHS4 - Candida albicans; See PMID 10439400; uncharacterized protein	complement(join(1810781..1810914,1810971..1813163,1813216..1813579))	Aspergillus niger	4986103
An12g07550	CDS	An12g07550	NT_166527.1	1815547	1816890	D	Title: weak similarity to regulator protein Cbp4 -Saccharomyces cerevisiae; uncharacterized protein	join(1815547..1815679,1815716..1815782,1815936..1816028,1816319..1816435,1816497..1816681,1816763..1816890)	Aspergillus niger	4986104
An12g07560	CDS	An12g07560	NT_166527.1	1816981	1818486	R	hypothetical protein	complement(join(1816981..1817036,1817239..1817484,1817604..1817722,1817800..1817889,1817980..1818092,1818195..1818341,1818415..1818486))	Aspergillus niger	84592646
An12g07570	CDS	An12g07570	NT_166527.1	1819048	1819675	D	Function: SNC2 mediates the targeting and transport of secretory proteins.; Similarity: SNC2 is a homolog of the yeast SNC1 gene and of the vertebrate synaptic vesicle-associated membrane proteins synaptobrevin and VAMP.; Title: strong similarity to synaptobrevin Snc2 -Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 8374953; uncharacterized protein	join(1819048..1819155,1819376..1819675)	Aspergillus niger	4986106
An12g07580	CDS	An12g07580	NT_166527.1	1821443	1824283	D	Remark: N-Acetylglutamate kinase (AGK) and N-acetyl-gamma-glutamyl-phosphate reductase (AGPR) function as two separate mitochondrial enzymes, but are encoded by the single nuclear gene arg-6 in Neurospora crassa.; Title: strong similarity to acetylglutamate kinase/N-acetyl-gamma-glutamyl-phosphate reductase precursor arg-6 - Neurospora crassa; localisation:mitochondrion; See PMID 7907589; uncharacterized protein	join(1821443..1823857,1823921..1824161,1824228..1824283)	Aspergillus niger	4986107
An12g07590	CDS	An12g07590	NT_166527.1	1825560	1828017	D	Function: cohesin Rec8 is required for reductional chromosome segregation at meiosis.; Phenotype: when the rec8 gene is deleted, sister chromatids separate at meiosis I, resulting in equational rather than reductional chromosome segregation.; Remark: N-terminally truncated due to contig border.; Remark: the reductional segregation of the first stage of meiotic cell division (meiosis I) requires that sister chromatids remain associated through their centromeres and move together to the same pole.; Title: similarity to meiotic cohesin rec8p -Schizosaccharomyces pombe [truncated ORF]; See PMID 1339382; See PMID 10440376; uncharacterized protein	join(<1825560..1825594,1825660..1825800,1825868..1826002,1826072..1826558,1826616..1827185,1827247..1828017)	Aspergillus niger	4986108
An12g07600	CDS	An12g07600	NT_166527.1	1830130	1831614	D	Title: weak similarity to protein SEQ ID NO: 2310 from patent US6562958-B1 - Acinetobacter baumannii; uncharacterized protein	join(1830130..1830198,1830290..1830784,1830854..1831174,1831234..1831528,1831586..1831614)	Aspergillus niger	4986109
An12g07610	CDS	An12g07610	NT_166527.1	1832051	1832603	R	hypothetical protein	complement(join(1832051..1832380,1832556..1832603))	Aspergillus niger	84592647
An12g07620	CDS	An12g07620	NT_166527.1	1833229	1834569	R	Title: strong similarity to hypothetical protein encoded by An15g05550 - Aspergillus niger; uncharacterized protein	complement(1833229..1834569)	Aspergillus niger	4986111
An12g07630	CDS	An12g07630	NT_166527.1	1835794	1837761	R	Catalytic activity: 2-methylisocitrate is converted to succinate and pyruvate by ICL2.; Induction: in glucose-limited cultures, growth with threonine as a nitrogen source results in a threefold induction of ICL2 mRNA levels and of 2-methylisocitrate lyase activity in cell extracts relative to cultures grown with ammonia as the nitrogen source.; Localization: 2-methylisocitrate lyase is located in the mitochondrial matrix.; Pathway: ICL2 catalyzes a step in the methylcitrate cycle of threonine catabolism.; Remark: the catalyzed reaction is similar to that catalyzed by isocitrate lyase.; Repression: transcription of ICL2 is subject to glucose catabolite repression.; Title: strong similarity to 2-methylisocitrate lyase Icl2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 11092862; uncharacterized protein	complement(join(1835794..1835801,1835856..1836109,1836162..1836585,1836642..1837054,1837104..1837392,1837452..1837761))	Aspergillus niger	4986112
An12g07640	CDS	An12g07640	NT_166527.1	1837998	1839659	R	hypothetical protein	complement(join(1837998..1838108,1838231..1838266,1838566..1838724,1838795..1839152,1839435..1839465,1839536..1839659))	Aspergillus niger	84592648
An12g07650	CDS	An12g07650	NT_166527.1	1841633	1842303	D	hypothetical protein	join(1841633..1841699,1841785..1841936,1841998..1842303)	Aspergillus niger	84592649
An12g07660	CDS	An12g07660	NT_166527.1	1842306	1844598	D	Catalytic activity: ATP + L-aspartate + L-glutamine = AMP + diphosphate + L-asparagine + L-glutamate.; Function: asnB is involved in asparagine biosynthesis in vegetative cells.; Induction: in rich sporulation medium asnB is expressed only during exponential growth but is constitutively expressed in minimal medium.; Phenotype: deletion of asnB leads to a slow-growth phenotype, even in the presence of asparagine.; Remark: Bacillus subtilis has three asparagine synthetase genes, asnB, asnH, and asnO.; Title: strong similarity to asparagine synthase asnB - Bacillus subtilis; See PMID 10498721; uncharacterized protein	join(1842306..1842474,1842531..1842988,1843047..1843152,1843209..1843448,1843499..1844598)	Aspergillus niger	4986115
An12g07670	CDS	An12g07670	NT_166527.1	1844880	1845728	R	Title: strong similarity to hypothetical lactam utilization protein lamB - Aspergillus nidulans; uncharacterized protein	complement(join(1844880..1845516,1845601..1845728))	Aspergillus niger	4986116
An12g07680	CDS	An12g07680	NT_166527.1	1845854	1847684	R	hypothetical protein	complement(join(1845854..1845924,1845977..1846057,1846107..1846231,1846284..1846364,1846431..1846618,1846711..1846822,1846958..1847072,1847127..1847259,1847381..1847542,1847667..1847684))	Aspergillus niger	84592650
An12g07690	CDS	An12g07690	NT_166527.1	1847838	1850733	D	Function: LYS14 activates the transcription of at least four genes involved in lysine biosynthesis.; Induction: transcriptional activation by LYS14 is dependent on the inducer alpha-aminoadipate semialdehyde,an intermediate of the pathway.; Remark: LYS14 has a cysteine-rich DNA-binding motif of the Zn(II)2Cys6 type in its N-terminal portion.; Repression: LYS14 mediates repression by lysine.; Title: similarity to transcription activator of lysine pathway Lys14 - Saccharomyces cerevisiae; See PMID 7935367; uncharacterized protein	join(1847838..1848011,1848074..1848341,1848402..1850342,1850414..1850733)	Aspergillus niger	4986118
An12g07695	CDS	An12g07695	NT_166527.1	1851343	1851600	D	hypothetical protein	1851343..1851600	Aspergillus niger	84592651
An12g07700	CDS	An12g07700	NT_166527.1	1852280	1852801	D	Similarity: the predicted ORF shows strong similarity to Aspergillus oryzae EST SEQ ID NO:6167 of patent n. WO200056762-A2.; Title: weak similarity to hypothetical protein b2460 - Escherichia coli; uncharacterized protein	join(1852280..1852377,1852469..1852700,1852775..1852801)	Aspergillus niger	4986120
An12g07710	CDS	An12g07710	NT_166527.1	1854281	1856353	D	Function: DBF20 of S. cerevisiae is involved in termination of M-phase.; Induction: the transcription of DBF20 of S. cerevisiae is not cell-cycle regulated.; Similarity: the predicted ORF and DBF20 of S. cerevisiae show strong similarity to Dbf2 and to other Ser/Thr protein kinases.; Title: strong similarity to protein kinase Dbf20 -Saccharomyces cerevisiae; See PMID 9613578; See PMID 1916278; See PMID 8131744; See PMID 8307336; See PMID 9528782; uncharacterized protein	join(1854281..1854848,1854899..1856213,1856266..1856353)	Aspergillus niger	4986121
An12g07715	CDS	An12g07715	NT_166527.1	1856543	1857122	R	Title: weak similarity to hypothetical protein SPAC25B8.18 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1856543..1856623,1856696..1857025,1857108..1857122))	Aspergillus niger	4986122
An12g07720	CDS	An12g07720	NT_166527.1	1857566	1859655	R	Catalytic activity: NADH + 2 Fe3+ = NAD+ + 2 Fe2+.; Function: iron uptake in S. cerevisiae involves at least two steps: reduction of ferric to ferrous ions extracellularly and transport of the reduced ions through the plasma membrane; FRE2, together with FRE1, is shown to account for the total membrane-associated ferric reductase activity of the cell.; Induction: FRE2 of S. cerevisiae is induced by iron-deprivation like FRE1, but temporal regulation during growth differs from that of FRE1.; Title: strong similarity to ferric/cupric reductase Fre2 - Saccharomyces cerevisiae; plasma membrane; See PMID 9546033; See PMID 9726978; See PMID 8164662; See PMID 8940093; See PMID 9153234; uncharacterized protein	complement(join(1857566..1858435,1858457..1859453,1859501..1859655))	Aspergillus niger	4986123
An12g07730	CDS	An12g07730	NT_166527.1	1860346	1860864	D	Similarity: the aligment is over the first half of both proteins.; Title: weak similarity to copper transport protein COPT1 - Arabidopsis thaliana; See PMID 7499355; uncharacterized protein	join(1860346..1860830,1860861..1860864)	Aspergillus niger	4986124
An12g07740	CDS	An12g07740	NT_166527.1	1861723	1863142	R	Remark: mithramycin is a glycosylated aromatic polyketide produced by Streptomyces argillaceus, and is used as an antitumor drug.; Remark: the mtmU gene from Streptomyces argillaceus codes for a 4-ketoreductase involved in D-oliose biosynthesis, and its inactivation resulted in the accumulation of premithramycinone and premithramycin A, the first glycosylated intermediate which contains a D-olivose unit.; Title: similarity to D-oliose 4-ketoreductase mtmU -Streptomyces argillaceus; See PMID 11254130; uncharacterized protein	complement(join(1861723..1862780,1862844..1862977,1863030..1863142))	Aspergillus niger	4986125
An12g07750	CDS	An12g07750	NT_166527.1	1864230	1864973	D	Title: similarity to hypothetical serine repeat antigen BAA78500.1 - Plasmodium falciparum; uncharacterized protein	join(1864230..1864646,1864698..1864973)	Aspergillus niger	4986126
An12g07760	CDS	An12g07760	NT_166527.1	1866484	1867532	D	Catalytic activity: 2-lysophosphatidylcholine + H2O = glycerophosphocholine + a carboxylate.; Pathway: phospholipid degradation.; Remark: strong similarity to human lysophospholipase extended NHLP patent WO9849319-A1.; Title: strong similarity to lysophospholipase extended NHLP from patent WO9849319-A1 - Homo sapiens; uncharacterized protein	join(1866484..1866566,1866630..1866641,1866724..1866814,1866875..1866928,1866984..1867372,1867430..1867532)	Aspergillus niger	4986127
An12g07770	CDS	An12g07770	NT_166527.1	1867785	1868643	R	Remark: similarity to Arabidopsis thaliana protein fragment SEQ ID NO: 6347 patent EP1033405-A2.; Title: similarity to protein fragment SEQ ID NO:6347 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1867785..1868287,1868409..1868481,1868602..1868643))	Aspergillus niger	4986128
An12g07780	CDS	An12g07780	NT_166527.1	1869137	1870208	D	Remark: strong similarity to human sequence 79 from patent EP1067182-A/79.; Similarity: to dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases).; Title: strong similarity to sequence 79 from patent EP1067182-A - Homo sapiens; uncharacterized protein	join(1869137..1869305,1869370..1870208)	Aspergillus niger	4986129
An12g07790	CDS	An12g07790	NT_166527.1	1871349	1872298	D	Remark: BTF3 is a protein initially identified in HeLa cells that may be involved in the initiation of transcription. Although its specific role in transcription is unclear, BTF3 can form a stable complex with RNA polymerase II.; Remark: the ORF encoded protein shows also strong similarity to Aspergillus oryzae EST SEQ ID NO:4910.; Title: strong similarity to transcription factor btf3p - Schizosaccharomyces pombe; See PMID 8809106; uncharacterized protein	join(1871349..1871394,1871798..1871971,1872051..1872298)	Aspergillus niger	4986130
An12g07800	CDS	An12g07800	NT_166527.1	1873079	1877437	R	Remark: most of the homologues are only the half of the length.; Title: strong similarity to hypothetical coronin-like protein SPAC11E3.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1873079..1876154,1876236..1877437))	Aspergillus niger	4986131
An12g07810	CDS	An12g07810	NT_166527.1	1878234	1878862	D	Catalytic activity: ATP + ubiquitin + protein lysine = AMP + pyrophosphate + protein N-ubiquityllysine.; Pathway: second step in ubiquitin conjugation.; Remark: strong similarity to human ubiquitin-conjugating enzyme 2 UCE2 patent CN1268564-A.; Remark: the human gene product expressed in Escherichia coli exhibited the ability to form a thiol ester linkage with ubiquitin in a ubiquitin-activating enzyme E1-dependent manner.; Similarity: to the Drosophila's bendless gene product.; Title: strong similarity to ubiquitin-conjugating enzyme 2 UCE2 from patent CN1268564-A - Homo sapiens; See PMID 8902611; uncharacterized protein	join(1878234..1878286,1878350..1878438,1878491..1878622,1878687..1878862)	Aspergillus niger	4986132
An12g07820	CDS	An12g07820	NT_166527.1	1879669	1881280	D	hypothetical protein	join(1879669..1879691,1879787..1880226,1880301..1880524,1880582..1880962,1881020..1881280)	Aspergillus niger	84592652
An12g07830	CDS	An12g07830	NT_166527.1	1881629	1882557	D	Remark: ribosomal protein L32 regulates the splicing of the transcript of its own gene, RPL32.; Remark: strong similarity to EST an_2400 and an_3018 Aspergillus niger.; Similarity: belongs to the ribosomal protein L24E family.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L30 - Kluyveromyces lactis; cytoplasm; See PMID 2040015; 60S ribosomal protein eL24	join(1881629..1881679,1881828..1881971,1882273..1882557)	Aspergillus niger	4986134
An12g07840	CDS	An12g07840	NT_166527.1	1883645	1884248	R	Catalytic activity: acetyl-CoA + D-glucosamine 6-phosphate = CoA + N-acetyl-D-glucosamine 6-phosphate.; Pathway: glutamate metabolism; aminosugars metabolism.; Remark: GNA1 (also known as PAT1) is required for multiple steps in the cell cycle, such as exit from G0,progression of DNA synthesis, and mitosis.; Remark: the recombinant yeast protein for YFL017C (GNA1) displayed phosphoglucosamine acetyltransferase activities in vitro and utilized glucosamine 6-phosphate as the substrate. GNA1, a member of the Gcn5-related N-acetyltransferase (GNAT) superfamily, participates in UDP-GlcNAc biosynthesis by catalyzing the formation of GlcNAc6P from AcCoA and GlcN6P.; Similarity: belongs to the family of acetyltransferases.; Title: strong similarity to glucosamine-phosphate N-acetyltransferase Gna1 - Saccharomyces cerevisiae; See PMID 9077451; See PMID 9867860; See PMID 11278591; uncharacterized protein	complement(join(1883645..1883734,1883811..1884248))	Aspergillus niger	4986135
An12g07850	CDS	An12g07850	NT_166527.1	1885073	1887051	R	Catalytic activity: (S)-malate = fumarate + H2O.; Pathway: citrate cycle (TCA cycle); reductive carboxylate cycle (CO2 fixation).; Remark: a splice site was detected upstream of the START codon.; Remark: the level of fumR RNA from R. oryzae increased in cells producing FA under stress conditions (high carbon and low nitrogen levels in the medium),suggesting that transcriptional regulation of fumR might be involved in the overproduction and accumulation of FA by Ro cells under stress conditions.; Similarity: belongs to the fumarate hydratase.; Title: strong similarity to fumarate hydratase fumR - Rhizopus oryzae; See PMID 7557464; uncharacterized protein	complement(join(1885073..1885259,1885318..1886335,1886394..1886509,1886603..1886640,1886706..1886750,1886854..1887051))	Aspergillus niger	4986136
An12g07860	CDS	An12g07860	NT_166527.1	1887595	1888828	R	Remark: also strong similarity to Sulfolobus solfataricus esterase P1-8LC patent WO9730160-A1.; Remark: strong similarity to EST SEQ ID NO:4009 from Aspergillus niger.; Title: strong similarity to esterase P1-8LC from patent WO9730160-A1 - Sulfolobus solfataricus; uncharacterized protein	complement(join(1887595..1887852,1887920..1888237,1888301..1888828))	Aspergillus niger	4986137
An12g07870	CDS	An12g07870	NT_166527.1	1890135	1891519	D	Catalytic activity: L-aspartate + 2-oxoglutarate = oxaloacetate + L-glutamate.; Remark: alternative names are YLR027c, ASP5.; Remark: the gene AAT2 codes for the cytosolic and peroxisomal AAT activities. Disruption of the AAT2 gene did not affect growth on oleate. Furthermore beta-oxidation of palmitate was normal. AAT2 is not essential for the peroxisomal NAD(H) redox shuttle.; Similarity: belongs to the class-I of pyridoxal-phosphate-dependent aminotransferases.; Title: strong similarity to cytosolic aspartate transaminase Aat2 - Saccharomyces cerevisiae; See PMID 9288922; See PMID 9655342; uncharacterized protein	join(1890135..1891211,1891275..1891380,1891455..1891519)	Aspergillus niger	4986138
An12g07880	CDS	An12g07880	NT_166527.1	1892227	1893608	R	Remark: CHS5 of S. cerevisiae is involved in chitin synthase III activity, also required for homozygosis in the first stages of mating.; Remark: Chs5p is required for the polarization of Chs3p. in wild-type cells, Chs3p is polarized as a diffuse ring at the incipient bud site and at the neck between the mother and bud in small-budded cells; it is not found at the neck in large-budded cells containing a single nucleus.; Remark: alternative names are CAL3, YLR330W.; Remark: the homologues proteins are C-terminally longer.; Title: strong similarity to chitin synthesis protein Chs5 - Saccharomyces cerevisiae; See PMID 9008706; See PMID 9111317; uncharacterized protein	complement(join(1892227..1893411,1893537..1893608))	Aspergillus niger	4986139
An12g07890	CDS	An12g07890	NT_166527.1	1894115	1894660	R	hypothetical protein	complement(1894115..1894660)	Aspergillus niger	84592653
An12g07900	CDS	An12g07900	NT_166527.1	1895269	1895966	D	Remark: shows strong similarity to EST an_3273 Aspergillus niger.; Remark: the small human eukaryotic initiation factor (eIF)-4C is implicated in the initiation pathway, where it enhances ribosome dissociation into subunits and stabilizes the binding of the initiator Met-tRNA(i) to 40 S ribosomal subunits.; Similarity: belongs to the eif-1a family.; Title: strong similarity to protein synthesis factor eIF-4C - Homo sapiens; See PMID 8106356; uncharacterized protein	join(1895269..1895289,1895538..1895966)	Aspergillus niger	4986141
An12g07910	CDS	An12g07910	NT_166527.1	1896641	1899976	R	Remark: mus-38 participates in a different NER (nucleotide excision repair) pathway from that involving the mus-18 gene.; Similarity: to the yeast RAD1 protein.; Title: strong similarity to component of the nucleotide excision repairosome MUS38 - Neurospora crassa; See PMID 9560435; uncharacterized protein	complement(join(1896641..1897558,1897609..1898710,1898762..1899238,1899289..1899340,1899400..1899470,1899520..1899607,1899677..1899854,1899929..1899976))	Aspergillus niger	4986142
An12g07920	CDS	An12g07920	NT_166527.1	1900387	1900661	R	Remark: the ORF is short in length (70 amino acids).; hypothetical protein	complement(join(1900387..1900448,1900511..1900661))	Aspergillus niger	4986143
An12g07930	CDS	An12g07930	NT_166527.1	1901712	1903275	D	Remark: C-terminal truncated ORF due to end of contig.; Remark: yeast Las17 protein is homologous to the Wiskott-Aldrich Syndrome protein, which is implicated in severe immunodeficiency. Las17p/Bee1p has been shown to be important for actin patch assembly and actin polymerization.; Title: strong similarity to proline-rich protein Las17 - Saccharomyces cerevisiae [truncated ORF]; See PMID 9742397; See PMID 10512884; See PMID 10648568; See PMID 8105860; uncharacterized protein	join(1901712..1901935,1902000..>1903275)	Aspergillus niger	84592654
An12g07940	CDS	An12g07940	NT_166527.1	1903379	1903800	D	Title: similarity to hypothetical protein Y48E1B.1 -Caenorhabditis elegans [truncated ORF]; uncharacterized protein	join(<1903379..1903715,1903769..1903800)	Aspergillus niger	4986144
An12g07950	CDS	An12g07950	NT_166527.1	1905064	1906925	D	Function: MRS2 of S. cerevisiae is essential for the excision of group II introns from mitochondrial transcripts in vivo.; Remark: MRS2 of S. cerevisiae is a nuclear encoded protein involved in mitochondrial biogenesis.; Title: strong similarity to mitochondrial RNA splicing protein Mrs2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1551905; uncharacterized protein	join(1905064..1905663,1905731..1906359,1906421..1906925)	Aspergillus niger	4986146
An12g07960	CDS	An12g07960	NT_166527.1	1907250	1909351	R	Title: strong similarity to hypothetical protein YPL030w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1907250..1907274,1907331..1907398,1907594..1909351))	Aspergillus niger	4986147
An12g07970	CDS	An12g07970	NT_166527.1	1909808	1910561	R	hypothetical protein	complement(join(1909808..1909900,1909965..1910017,1910231..1910397,1910485..1910561))	Aspergillus niger	84592655
An12g07980	CDS	An12g07980	NT_166527.1	1910729	1912304	R	hypothetical protein	complement(join(1910729..1910857,1910952..1911056,1911146..1911258,1911337..1911438,1911532..1911787,1911910..1912014,1912092..1912304))	Aspergillus niger	84592656
An12g07990	CDS	An12g07990	NT_166527.1	1915604	1916866	R	Similarity: shows unspecific matches to Glu-rich domains of various proteins from diverse species.; hypothetical protein	complement(join(1915604..1915609,1915677..1915734,1915967..1916026,1916110..1916171,1916296..1916432,1916481..1916675,1916790..1916815,1916856..1916866))	Aspergillus niger	84592657
An12g08000	CDS	An12g08000	NT_166527.1	1916881	1919481	D	Function: Pfam and COG motives suggest a putative ketopantoate reductase.; Title: strong similarity to hypothetical protein SPCC1902.02 - Schizosaccharomyces pombe; uncharacterized protein	join(1916881..1916914,1917083..1917203,1917261..1917301,1917364..1917793,1917858..1919481)	Aspergillus niger	4986151
An12g08010	CDS	An12g08010	NT_166527.1	1920087	1921055	R	Title: weak similarity to homeobox protein HOXC13 -Homo sapiens; uncharacterized protein	complement(join(1920087..1920215,1920421..1920504,1920562..1920620,1920695..1920898,1921049..1921055))	Aspergillus niger	84592658
An12g08020	CDS	An12g08020	NT_166527.1	1921168	1922155	R	Pathway: phosphoglycerate mutase catalyzes the conversion of 3-phosphoglycerate to 2-phosphoglycerate (the substrate of enolase) in glycolysis and the reverse reaction in gluconeogenesis.; Title: strong similarity to hypothetical phosphoglycerate mutase YKR043c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1921168..1921234,1921288..1921503,1921626..1921889,1921980..1922155))	Aspergillus niger	4986153
An12g08030	CDS	An12g08030	NT_166527.1	1922850	1924922	R	Function: SUB2 of S. cerevisiae is essential for prespliceosome formation.; Remark: the systematic gene name of SUB2 of S. cerevisiae is YDL084w.; Similarity: belongs to the DEAD-box family of ATP-dependent RNA helicases.; Similarity: belongs to the superfamily II of DNA and RNA helicases.; Title: strong similarity to NADH oxidoreductase complex I subunit Sub2 - Saccharomyces cerevisiae; nucleus; See PMID 11156604; uncharacterized protein	complement(join(1922850..1922895,1922948..1923205,1923255..1923615,1923668..1924078,1924676..1924922))	Aspergillus niger	4986154
An12g08040	CDS	An12g08040	NT_166527.1	1925363	1925971	D	Complex: ribonuclease P of H. sapiens is a ribonucleoprotein complex with several protein subunits.; Function: ribonuclease P of H. sapiens is involved in tRNA processing in the nucleus.; Title: similarity to hypothetical ribonuclease P subunit Rpp21 - Homo sapiens; uncharacterized protein	1925363..1925971	Aspergillus niger	4986155
An12g08050	CDS	An12g08050	NT_166527.1	1926901	1927275	R	Title: strong similarity to EST an_2641 -Aspergillus niger; uncharacterized protein	complement(1926901..1927275)	Aspergillus niger	84592659
An12g08060	CDS	An12g08060	NT_166527.1	1927294	1927967	R	Similarity: shows similarity to 5'-ESTs of the A. nidulans cDNA clones r2e05a1 and m7g05a1.; Title: strong similarity to hypothetical protein CAE76529.1 - Neurospora crassa; uncharacterized protein	complement(join(1927294..1927524,1927692..1927967))	Aspergillus niger	4986157
An12g08070	CDS	An12g08070	NT_166527.1	1928247	1928900	D	hypothetical protein	join(1928247..1928302,1928381..1928415,1928458..1928599,1928683..1928714,1928836..1928900)	Aspergillus niger	84592660
An12g08080	CDS	An12g08080	NT_166527.1	1929000	1929655	R	hypothetical protein	complement(join(1929000..1929194,1929284..1929346,1929506..1929655))	Aspergillus niger	84592661
An12g08090	CDS	An12g08090	NT_166527.1	1929889	1930773	D	Title: weak similarity to actin filament-binding protein b-nexilin - Rattus norvegicus; See PMID 9832551; uncharacterized protein	1929889..1930773	Aspergillus niger	4986160
An12g08100	CDS	An12g08100	NT_166527.1	1931653	1933860	R	Function: nimA of A. nidulans is involved in cell cycle control and chromatin condensation.; Function: the kinase activity of nimA of A. nidulans has not been demonstrated experimentally.; Phenotype: overexpression of nimA in A. nidulans causes mitotic induction.; Similarity: also shows similarity to other protein kinases.; Similarity: an N-terminal fragment of nimA of A. nidulans is subject of the protein patent WO9966051-A2 (PATENTPROT:AAY59147).; Title: strong similarity to serine/threonine protein kinase nimA - Aspergillus nidulans; See PMID 3359487; uncharacterized protein	complement(join(1931653..1933629,1933688..1933740,1933809..1933860))	Aspergillus niger	4986161
An12g08110	CDS	An12g08110	NT_166527.1	1934513	1936562	D	Similarity: contains ankyrin-repeat and BPOZ-domain-like regions which are thought to mediate protein-protein interactions.; Similarity: shows homology to the protein patent database entry PATENTPROT:AAB64399.; Title: strong similarity to intracellular signalling protein INTRA31 from patent WO200077040-A2 - Homo sapiens; uncharacterized protein	join(1934513..1934749,1934814..1934899,1934969..1935960,1936015..1936562)	Aspergillus niger	4986162
An12g08120	CDS	An12g08120	NT_166527.1	1936687	1937272	R	hypothetical protein	complement(join(1936687..1936801,1936889..1936970,1937008..1937272))	Aspergillus niger	84592662
An12g08130	CDS	An12g08130	NT_166527.1	1937865	1938082	D	Title: questionable ORF; uncharacterized protein	join(1937865..1937870,1937915..1938082)	Aspergillus niger	84592663
An12g08140	CDS	An12g08140	NT_166527.1	1938493	1939841	R	hypothetical protein	complement(join(1938493..1938760,1938857..1939072,1939123..1939274,1939329..1939468,1939559..1939624,1939730..1939841))	Aspergillus niger	84592664
An12g08150	CDS	An12g08150	NT_166527.1	1939960	1941009	R	hypothetical protein	complement(join(1939960..1940046,1940149..1940271,1940385..1940446,1940562..1940660,1940741..1940804,1940893..1941009))	Aspergillus niger	84592665
An12g08160	CDS	An12g08160	NT_166527.1	1941576	1941889	R	Title: questionable ORF; uncharacterized protein	complement(join(1941576..1941687,1941861..1941889))	Aspergillus niger	84592666
An12g08170	CDS	An12g08170	NT_166527.1	1943201	1943879	R	Remark: shep-GRP of C. bursa-pastoris is a precursor polypeptide for two glycine/histidine-rich peptides,shepherins I (28 aa) and II (38 aa).; Similarity: the homology region covers the complete shepherin I sequence.; Title: weak similarity to antimicrobial peptide precursor shep-GRP - Capsella bursapastoris; See PMID 11117262; uncharacterized protein	complement(join(1943201..1943333,1943384..1943443,1943515..1943648,1943727..1943793,1943842..1943879))	Aspergillus niger	84592667
An12g08180	CDS	An12g08180	NT_166527.1	1944855	1948150	D	hypothetical protein	join(1944855..1944940,1945063..1945139,1945223..1945327,1945626..1945838,1945927..1945982,1946361..1946450,1946612..1946728,1946798..1946863,1946935..1947175,1947407..1947484,1947588..1947734,1947878..1947954,1948052..1948150)	Aspergillus niger	84592668
An12g08190	CDS	An12g08190	NT_166527.1	1948748	1949310	R	hypothetical protein	complement(join(1948748..1948897,1948940..1948952,1949033..1949152,1949180..1949310))	Aspergillus niger	84592669
An12g08200	CDS	An12g08200	NT_166527.1	1950922	1951902	R	hypothetical protein	complement(join(1950922..1951009,1951070..1951259,1951483..1951697,1951802..1951902))	Aspergillus niger	84592670
An12g08210	CDS	An12g08210	NT_166527.1	1951975	1952371	R	Similarity: the C-terminus shows similarity to a conserved domain of transcription factors of the Brn-3b family.; Title: questionable ORF; uncharacterized protein	complement(join(1951975..1952173,1952203..1952218,1952323..1952371))	Aspergillus niger	84592671
An12g08220	CDS	An12g08220	NT_166527.1	1953341	1953949	D	hypothetical protein	join(1953341..1953393,1953469..1953949)	Aspergillus niger	84592672
An12g08230	CDS	An12g08230	NT_166527.1	1955939	1956990	D	Remark: the initiation of conidiophore development in the filamentous fungus Aspergillus nidulans is a complex process requiring the activities of several genes including fluG, flbA, flbB, flbC, flbD, and flbE. Recessive mutations in any one of these genes result in greatly reduced expression of the brlA developmental regulatory gene and a colony morphology described as fluffy. These fluffy mutants have somewhat diverse phenotypes but generally grow as undifferentiated masses of vegetative hyphae to form large cotton-like colonies.; Title: strong similarity to zinc-finger protein flbC - Aspergillus nidulans; See PMID 9339347; See PMID 8978035; uncharacterized protein	join(1955939..1956200,1956275..1956990)	Aspergillus niger	4986174
An12g08240	CDS	An12g08240	NT_166527.1	1958044	1963015	R	Remark: similarity to HTRM (human transcriptional regulatory molecule) clone 2674047 patent WO9957144-A2.; Title: similarity to human transcriptional regulatory protein from patent WO9957144-A2 - Homo sapiens; uncharacterized protein	complement(join(1958044..1958088,1958123..1958138,1958224..1958315,1958680..1959738,1959788..1959915,1959968..1960040,1960100..1960987,1961037..1961948,1962005..1963015))	Aspergillus niger	4986175
An12g08250	CDS	An12g08250	NT_166527.1	1963438	1963832	D	hypothetical protein	join(1963438..1963551,1963647..1963832)	Aspergillus niger	4986176
An12g08260	CDS	An12g08260	NT_166527.1	1964592	1968054	R	Remark: all other found homologues are shorter in lenght.; Remark: similarity to amino acid sequence of a human hydrolytic enzyme HYENZ8 patent WO200116334-A.; Title: similarity to C-terminus of a human hydrolytic enzyme HYENZ8 from patent WO200116334-A2 - Homo sapiens; uncharacterized protein	complement(join(1964592..1967636,1967695..1968054))	Aspergillus niger	4986177
An12g08270	CDS	An12g08270	NT_166527.1	1968619	1970023	R	Catalytic activity: (S)-lactate + O2 = acetate + CO2 + H2O.; Pathway: pyruvate metabolism.; Remark: L-Lactate 2-monooxygenase catalyzes the oxidation of L-lactate to acetate and carbon dioxide.; Similarity: belongs to the FMN-dependent alpha-hydroxy acid dehydrogenases family.; Title: strong similarity to L-lactate 2-monooxygenase LA2M - Mycobacterium smegmati; See PMID 2324094; See PMID 3571231; uncharacterized protein	complement(join(1968619..1968956,1969009..1969651,1969713..1969734,1969815..1970023))	Aspergillus niger	4986178
An12g08280	CDS	inu1	NT_166527.1	1970364	1972037	R	Catalytic activity: hydrolysis of terminal non-reducing beta-D-fructofuranoside residues in beta-D-fructofuranosides; Function: the exo-inulinase inu1 from A. niger hydrolyses inulin and levan.; Gene-ID: inu1; Pathway: galactose metabolism; starch and sucrose metabolism.; Remark: Sucrose-inducible secretory sucrose:sucrose 1-fructosyltransferase (1-SST) from Aspergillus foetidus is extensively glycosylated, and the active form is probably represented by a dimer of identical subunits with an apparent molecular mass of 180 kDa. Expression of the cloned gene in an invertase-deficient mutant of S. cerevisiae resulted in 1-kestose production, with 6-kestose and neokestose being side products of the reaction.; Remark: identical to DNA and protein sequence of sucrose:sucrose 1-fructosyltransferase from Aspergillus foetidus.; Similarity: belongs to family 32 of glycosyl hydrolases.; See PMID 9495772; exo-inulinase inu1-Aspergillus niger	complement(join(1970364..1971584,1971645..1972037))	Aspergillus niger	4986179
An12g08290	CDS	An12g08290	NT_166527.1	1973372	1973820	R	hypothetical protein	complement(join(1973372..1973465,1973577..1973729,1973798..1973820))	Aspergillus niger	84592673
An12g08300	CDS	An12g08300	NT_166527.1	1974000	1975111	D	Title: similarity to hypothetical protein encoded by An04g09580 - Aspergillus niger; uncharacterized protein	join(1974000..1974006,1974195..1974545,1974600..1975111)	Aspergillus niger	84592674
An12g08310	CDS	An12g08310	NT_166527.1	1975636	1976745	R	hypothetical protein	complement(join(1975636..1975806,1975897..1975952,1976047..1976127,1976222..1976288,1976352..1976480,1976614..1976745))	Aspergillus niger	84592675
An12g08320	CDS	An12g08320	NT_166527.1	1977047	1979199	D	Function: the S. cerevisiae Tna1 transporter is involved in the uptake of nicotinic acid.; Remark: alternate name for S. cerevisiae Tna1: YGR260W.; Similarity: belongs to the permeases of the major facilitator superfamily.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 10984621; uncharacterized protein	join(1977047..1977127,1977223..1977349,1977517..1977717,1977798..1977898,1977955..1978102,1978154..1979199)	Aspergillus niger	4986183
An12g08330	CDS	An12g08330	NT_166527.1	1980088	1980514	D	hypothetical protein	join(1980088..1980263,1980358..1980514)	Aspergillus niger	84592676
An12g08340	CDS	An12g08340	NT_166527.1	1981308	1982633	D	Title: strong similarity to hypothetical protein B2J23.50 - Neurospora crassa; uncharacterized protein	join(1981308..1981390,1981460..1982633)	Aspergillus niger	4986185
An12g08350	CDS	An12g08350	NT_166527.1	1983207	1985367	R	Phenotype: disruption of TRI12 of F. sporotrichioides results in both reduced growth on complex media and reduced levels of trichothecene production.; Remark: growth of TRI12 mutants on trichothecene-containing media is inhibited, suggesting that TRI12 may play a role in F. sporotrichioides self-protection against trichothecenes.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: strong similarity to trichothecene efflux pump TRI12 - Fusarium sporotrichioides; See PMID 10485289; uncharacterized protein	complement(join(1983207..1983620,1983689..1983819,1983873..1984167,1984302..1984681,1984747..1984903,1984964..1985019,1985058..1985151,1985224..1985367))	Aspergillus niger	4986186
An12g08360	CDS	An12g08360	NT_166527.1	1986227	1987223	R	Title: similarity to hypothetical protein YER182w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1986227..1986604,1986687..1987223))	Aspergillus niger	4986187
An12g08370	CDS	An12g08370	NT_166527.1	1987429	1989290	R	Catalytic activity: UBP6 of S. cerevisiae preferentially hydrolyzes ubiquitin-carboxy-terminal alpha-NH-protein extensions.; Function: UBP6 of S. cerevisiae is probably involved in the deubiquitination of polyubiquitinated proteins targeted for proteasomal degradation.; Function: UBP6 of S. cerevisiae probably plays an important role in the generation of free ubiquitin and ribosomal proteins from ubiquitin-ribosomal protein fusions.; Remark: the systematic gene name of UBP6 in S. cerevisiae is YFR010w.; Similarity: UBP6 of S. cerevisiae belongs to the ubiquitin carboxyl-terminal hydrolases family 2 (also known as peptidase family C19).; Similarity: also shows strong similarity to queuine tRNA-ribosyltransferase (tRNA-guanine transglycosylase,guanine insertion enzyme; EC 2. 4. 2. 29) of various species.; Similarity: contains a ubiquitin-like domain in the N-terminal part.; Similarity: the 3'-part of the ORF is nearly identical to a 5'-EST of the A. niger cDNA clone 3200 (EMBLEST:BE758940).; Title: strong similarity to ubiquitin specific protease Ubp6 - Saccharomyces cerevisiae; See PMID 9344467; See PMID 10386876; See PMID 8982460; uncharacterized protein	complement(join(1987429..1987490,1987557..1989203,1989275..1989290))	Aspergillus niger	4986188
An12g08380	CDS	An12g08380	NT_166527.1	1990002	1990806	D	Complex: p20-Arc of H. sapiens forms part of the heteroheptameric Arp2/3 complex composed of Arp2, Arp3,p41-Arc, p34-Arc, p21-Arc, p20-Arc, and p16-Arc.; Function: the Arp2/3 complex of H. sapiens promotes actin polymerization in lamellipodia of motile cells and participates in lamellipodial protrusion.; Localization: the Arp2/3 complex of H. sapiens is localized to the actin-rich lamellipodia at the leading edge of motile cells.; Similarity: the 5'-part of the ORF shows strong similarity to a 5'-EST of the A. niger cDNA clone 3082 (EMBLEST:BE758834).; Title: strong similarity to Arp2/3 complex subunit p20-Arc - Homo sapiens; cytoskeleton; See PMID 9230079; uncharacterized protein	join(1990002..1990004,1990060..1990154,1990223..1990537,1990607..1990649,1990705..1990749,1990798..1990806)	Aspergillus niger	4986189
An12g08390	CDS	An12g08390	NT_166527.1	1991714	1993685	D	Complex: hnRNP F in H. sapiens forms part of hnRNP complexes associated with pre-mRNAs containing guanosine-rich sequences.; Function: hnRNP F in H. sapiens is involved in the processing of mRNAs containing guanosine-rich sequences.; Localization: hnRNP F in H. sapiens is concentrated in discrete regions of the nucleoplasm.; Title: similarity to heterogeneous nuclear ribonucleoprotein hnRNP F - Homo sapiens; See PMID 7512260; uncharacterized protein	join(1991714..1992148,1992201..1992608,1992663..1992725,1992773..1993081,1993179..1993685)	Aspergillus niger	4986190
An12g08400	CDS	An12g08400	NT_166527.1	1994208	1995439	R	Similarity: the 3'-part of the ORF shows strong similarity to a 3'-EST of the A. niger cDNA clone 1672 (EMBLEST:BE760426).; Title: strong similarity to hypothetical protein YGL050w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1994208..1994738,1994963..1995439))	Aspergillus niger	4986191
An12g08410	CDS	An12g08410	NT_166527.1	1995547	1996870	D	Similarity: also shares some homology with the C-terminal part of the Alpha-ketoglutarate dehydrogenase E1 subunit of patent GENESEQPROT:Y32087.; Title: weak similarity to hypothetical transcription factor MBK20.16 - Arabidopsis thaliana; uncharacterized protein	join(1995547..1995643,1995814..1996100,1996190..1996306,1996435..1996602,1996660..1996673,1996765..1996870)	Aspergillus niger	84592677
An12g08420	CDS	An12g08420	NT_166527.1	1997916	2001371	R	hypothetical protein	complement(join(1997916..1998070,1998222..1998352,1998495..1998565,1998654..1998799,1998861..1999013,1999154..1999229,1999497..1999610,1999654..1999771,1999841..1999895,1999977..2000137,2000224..2000389,2000848..2000917,2001038..2001138,2001245..2001371))	Aspergillus niger	84592678
An12g08430	CDS	An12g08430	NT_166527.1	2001945	2003088	R	Title: weak similarity to hypothetical protein PA2750 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(2001945..2002054,2002162..2002432,2002529..2002597,2002651..2002944,2003023..2003088))	Aspergillus niger	84592679
An12g08440	CDS	An12g08440	NT_166527.1	2003120	2004254	D	Title: weak similarity to hypothetical protein gom -Drosophila melanogaster; uncharacterized protein	join(2003120..2003251,2003355..2003469,2003766..2003807,2003909..2004126,2004153..2004254)	Aspergillus niger	84592680
An12g08450	CDS	An12g08450	NT_166527.1	2004276	2005419	R	hypothetical protein	complement(join(2004276..2004341,2004401..2004588,2005001..2005045,2005142..2005247,2005273..2005419))	Aspergillus niger	84592681
An12g08460	CDS	An12g08460	NT_166527.1	2005681	2006141	D	Function: the products of patent GENESEQPROT:Y07772 are useful for diagnosis, prevention, treatment or amelioration of medical conditions by means of e. g. protein or gene therapy.; Remark: protein patent GENESEQPROT:Y07772 describes human genes and their protein products.; Title: weak similarity to human secreted protein 29 from patent WO9909155-A1 - Homo sapiens; uncharacterized protein	join(2005681..2005741,2005924..2006141)	Aspergillus niger	84592682
An12g08470	CDS	An12g08470	NT_166527.1	2006298	2007086	R	hypothetical protein	complement(join(2006298..2006468,2006542..2006759,2006804..2006880,2007052..2007086))	Aspergillus niger	84592683
An12g08480	CDS	An12g08480	NT_166527.1	2007163	2008762	R	hypothetical protein	complement(join(2007163..2007167,2007262..2007294,2007351..2007522,2007725..2007898,2008343..2008506,2008585..2008762))	Aspergillus niger	84592684
An12g08490	CDS	An12g08490	NT_166527.1	2009060	2010961	D	hypothetical protein	join(2009060..2009137,2009288..2009363,2009395..2009522,2009613..2009834,2010033..2010076,2010107..2010152,2010407..2010423,2010482..2010526,2010669..2010693,2010747..2010839,2010923..2010961)	Aspergillus niger	84592685
An12g08500	CDS	An12g08500	NT_166527.1	2011744	2012330	R	Title: questionable ORF; uncharacterized protein	complement(join(2011744..2011797,2012054..2012068,2012121..2012330))	Aspergillus niger	84592686
An12g08510	CDS	An12g08510	NT_166527.1	2014583	2016108	D	Similarity: contains a putative fungal Zn(2)-Cys(6)-type DNA-binding domain.; Similarity: shows unspecific matches to diverse proline-rich proteins of various species.; Title: similarity to hypothetical protein encoded by An11g02690 - Aspergillus niger; uncharacterized protein	join(2014583..2014765,2014955..2015233,2015330..2015635,2015701..2016108)	Aspergillus niger	4986202
An12g08520	CDS	An12g08520	NT_166527.1	2016516	2018125	D	hypothetical protein	join(2016516..2016582,2016765..2017209,2017460..2017485,2017790..2017885,2018091..2018125)	Aspergillus niger	84592687
An12g08530	CDS	An12g08530	NT_166527.1	2018432	2021361	R	Function: Hsl1p in S. cerevisiae is involved in Swe1p-targeting for degradation during the G2/M transition.; Function: Hsl1p in S. cerevisiae is part of the septin-dependent morphogenesis checkpoint for the G2/M-transition.; Function: Hsl1p in S. cerevisiae is required for Swe1p localization to the bud neck septin ring.; Function: Hsl1p in S. cerevisiae requires septins and Hsl7p binding for proper targeting of Swe1p.; Localization: Hsl1p in S. cerevisiae colocalizes with Hsl7p and Swe1p to the daughter side of the mother bud neck.; Pathway: Hsl1p in S. cerevisiae down-regulates Swe1p which in turn is an inhibitor of Cdc28.; Phenotype: disruption of HSL1 in S. cerevisiae is synthetically lethal in combination with a deletion of the amino terminus of histone H3.; Phenotype: disruption of HSL1 in S. cerevisiae leads to a Swe1p-mediated G2 delay.; Remark: HSL1 in S. cerevisiae is also called NIK1.; Remark: the ORF is N-terminally truncated due to end of contig.; Remark: the systematic name of HSL1 in S. cerevisiae is YKL101w.; Title: similarity to Swe1 regulating protein kinase Hsl1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 10805747; See PMID 8647431; uncharacterized protein	complement(join(2018432..2018607,2018735..2019040,2019093..2020909,2020991..2021044,2021138..>2021361))	Aspergillus niger	4986204
An12g08540	CDS	An12g08540	NT_166527.1	2021474	2022004	R	Function: together with Hsl7, the Hsl1 protein kinase induces the degradation of the Swe1 protein kinase. Hsl1p and Hsl7p interact directly with Swe1 to promote its recognition by the ubiquitination complex. Hsl1 is a negative regulator for Swe1. Swe1 phosphorylates Cdc2-type cyclin-dependent kinases (Cdc28p in S. cerevisiae). Morphogenesis influences cell-cycle and nuclear division. A cell cycle delay induced by the morphogenesis checkpoint requires Swe1p.; Remark: C-terminally truncated ORF due to the end of contig.; Remark: alternate names for S. cerevisiae Hsl1: YKL101W, Nik1.; Title: strong similarity to Swe1 regulating protein kinase Hsl1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 10490630; See PMID 10679396; See PMID 11230131; uncharacterized protein	complement(<2021474..2022004)	Aspergillus niger	84592688
An12g08550	CDS	An12g08550	NT_166527.1	2023465	2024228	R	Title: strong similarity to hypothetical protein AAC25763.1 - Streptomyces lividans; uncharacterized protein	complement(join(2023465..2023858,2024149..2024228))	Aspergillus niger	4986206
An12g08560	CDS	An12g08560	NT_166527.1	2025450	2027728	D	Title: strong similarity to proteinase SlpE -Streptomyces lividans; See PMID 7592364; uncharacterized protein	join(2025450..2025668,2025719..2025908,2025961..2026242,2026381..2027193,2027240..2027330,2027389..2027449,2027510..2027728)	Aspergillus niger	4986207
An12g08570	CDS	An12g08570	NT_166527.1	2029808	2030592	D	Function: Peroxidases of the peroxiredoxin (Prx) family catalyze the reduction of H(2)O(2) and lipid peroxides.; Title: similarity to type 2 peroxiredoxin PrxII -Brassica napus; peroxisome; See PMID 10329461; uncharacterized protein	join(2029808..2029857,2030021..2030297,2030356..2030499,2030557..2030592)	Aspergillus niger	4986208
An12g08580	CDS	An12g08580	NT_166527.1	2031201	2033913	D	Catalytic activity: the yeast RNAseP shows endonucleolytic cleavage activity for RNA, removing 5'-extra-nucleotide from a tRNA precursor.; Complex: the yeast RNAseP consists of a RNA moiety and at least 8 protein subunits: Pop1, Pop3, Pop4, Pop5,Pop6, Pop7, Pop8 and Ppp1.; Function: the Pop1 gene product from S. cerevisiae is required for processing of 5. 8s rRNA (short form) at site A3 and for 5' and 3' processing of pre-tRNA.; Title: strong similarity to ribonuclease P chain Pop1 - Saccharomyces cerevisiae; nucleus; See PMID 7926742; uncharacterized protein	join(2031201..2031533,2031616..2033913)	Aspergillus niger	4986209
An12g08590	CDS	An12g08590	NT_166527.1	2034270	2035214	R	Title: similarity to hypothetical protein YFR011c -Saccharomyces cerevisiae; uncharacterized protein	complement(join(2034270..2034794,2034861..2034918,2035156..2035214))	Aspergillus niger	4986210
An12g08600	CDS	An12g08600	NT_166527.1	2036244	2036792	R	Remark: this ORF overlaps with an EST that belongs to the following A. niger glkA gene.; Title: questionable ORF; uncharacterized protein	complement(2036244..2036792)	Aspergillus niger	84592689
An12g08610	CDS	GlkA	NT_166527.1	2037174	2038720	D	Catalytic activity: ATP + D-glucose <=> ADP + D-glucose 6-phosphate.; Function: the glucokinase GlkA from A. niger has great affinity for glucose. Mannose, 2-deoxyglucose and glucosamine can serve as substrates. Its activity is relatively constant between pH 7. 5 and pH 9. 0. below pH 7. 5, the activity decreases with pH.; Gene-ID: GlkA; Pathway: Glycolysis.; cytoplasm; See PMID 8856049; glucokinase glkA-Aspergillus niger	join(2037174..2037356,2037416..2038720)	Aspergillus niger	4986212
An12g08620	CDS	An12g08620	NT_166527.1	2039854	2041697	D	Remark: Botryotinia fuckeliana=Botrytis cinerea.; Similarity: the Bcmfs1 protein from Botryotinia fuckeliana belongs to the major facilitator family of transporters.; Title: strong similarity to MFS drug transporter Bcmfs1 - Botryotinia fuckeliana; plasma membrane; See PMID 11374155; uncharacterized protein	join(2039854..2040144,2040192..2040998,2041050..2041697)	Aspergillus niger	4986213
An12g08630	CDS	An12g08630	NT_166527.1	2043266	2044967	R	Function: TRI11 (F. s.) catalyzes the hydroxylation at C-15 of isotricodermin.; Pathway: the TRI11 enzyme from F. sporotrichioides is involved trichothecene biosynthesis. Trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Similarity: TRI11 (F. s.) belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	complement(join(2043266..2044159,2044208..2044798,2044890..2044967))	Aspergillus niger	4986214
An12g08640	CDS	An12g08640	NT_166527.1	2045885	2047456	R	Function: mammalian ASC-1 is involved in transcriptional activation.; Remark: the mammalian ASC-1 protein is a coactivator molecule of nuclear receptors which functions in conjunction with CBP-p300 and SRC-1.; Title: similarity to transcription coactivator ASC-1 - Mus musculus; nucleus; See PMID 10454579; uncharacterized protein	complement(2045885..2047456)	Aspergillus niger	4986215
An12g08650	CDS	An12g08650	NT_166527.1	2048506	2049571	R	Remark: the E. nidulans ptaC mRNA can become alternatively spliced.; Title: strong similarity to hypothetical transcriptional activator ptaC - Aspergillus nidulans; uncharacterized protein	complement(join(2048506..2049426,2049506..2049571))	Aspergillus niger	4986216
An12g08660	CDS	An12g08660	NT_166527.1	2050632	2051780	D	Title: weak similarity to protein fragment SEQ ID NO: 16694 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	2050632..2051780	Aspergillus niger	4986217
An12g08670	CDS	An12g08670	NT_166527.1	2053125	2054336	D	Complex: S. cerevisiae Rrp42 is an 'exosome' 3->5 exoribonuclease complex component with Rrp4, Rrp41, Rrp43 and Dis3 (Rrp44); Function: this S. cerevisiae 'exosome' 3->5 exoribonuclease complex is required for the 3' processing of the 7s pre-rRNA to the mature 5. 8s rRNA.; Remark: alternate name for S. cerevisiae Rrp42: YDL111c.; Similarity: S. cerevisiae Rrp42p is related to RNase PH.; Title: similarity to 3-5 exoribonuclease involved in rRNA processing Rrp42 - Saccharomyces cerevisiae; nucleus; See PMID 9390555; See PMID 10465791; uncharacterized protein	join(2053125..2053370,2053485..2053664,2053788..2053997,2054115..2054336)	Aspergillus niger	4986218
An12g08680	CDS	An12g08680	NT_166527.1	2054688	2055299	D	Catalytic activity: Peptidylproline (omega=180) <=> peptidylproline (omega=0).; Similarity: cyp-4 from C. elegans belongs to the cyclophilin-type peptidylprolyl isomerasease family.; Title: strong similarity to cyclophilin isoform 4 cyp-4 - Caenorhabditis elegans; See PMID 8694762; uncharacterized protein	join(2054688..2054720,2054771..2054812,2054886..2055299)	Aspergillus niger	4986219
An12g08690	CDS	An12g08690	NT_166527.1	2056464	2058307	D	Function: S. cerevisiae Mrs6 (geranylgeranyl transferase component A) binds to unprenylated Rab (G-protein), presents it to the catalytic component B (Bet2), and remains bound to it after the geranylgeranyl transfer reaction. Mrs6 (component A) may be regenerated by transferring its prenylated Rab to a protein acceptor.; Remark: alternate names for S. cerevisiae Mrs6: YOR370C, MSI4.; Title: strong similarity to Rab geranylgeranyl transferase component A Mrs6 - Saccharomyces cerevisiae; See PMID 8183917; See PMID 7882424; See PMID 8132658; uncharacterized protein	join(2056464..2056537,2056592..2056710,2056771..2057784,2057973..2058307)	Aspergillus niger	4986220
An12g08700	CDS	An12g08700	NT_166527.1	2059204	2060954	D	hypothetical protein	join(2059204..2059557,2059696..2059864,2059914..2060499,2060567..2060954)	Aspergillus niger	84592690
An12g08710	CDS	An12g08710	NT_166527.1	2063045	2065941	D	hypothetical protein	join(2063045..2063126,2063165..2063265,2063480..2063674,2063783..2063926,2064009..2064068,2064286..2064475,2064590..2064693,2064784..2064873,2064972..2065020,2065163..2065211,2065417..2065527,2065623..2065941)	Aspergillus niger	84592691
An12g08720	CDS	An12g08720	NT_166527.1	2066896	2068461	D	Title: similarity to hypothetical protein AAG27909.1 - Arabidopsis thaliana; uncharacterized protein	2066896..2068461	Aspergillus niger	4986223
An12g08730	CDS	An12g08730	NT_166527.1	2072731	2073865	D	Function: the S. cerevisiae Mcm1 protein is a DNA-binding transcription factor involved in transcriptional regulation of several different target genes. For example it interacts with the alpha-2 repressor or with the alpha-1 activator thereby regulating the expression of mating-type-specific genes.; Remark: alternate names for S. cerevisiae Mcm1: Fun80, YMR043W.; Title: similarity to MADS-box domain transcription factor Mcm1 - Saccharomyces cerevisiae; nucleus; See PMID 9490409; See PMID 3066908; uncharacterized protein	join(2072731..2072976,2073161..2073295,2073376..2073650,2073823..2073865)	Aspergillus niger	4986224
An12g08740	CDS	An12g08740	NT_166527.1	2074338	2074859	R	hypothetical protein	complement(join(2074338..2074536,2074651..2074709,2074839..2074859))	Aspergillus niger	84592692
An12g08750	CDS	An12g08750	NT_166527.1	2075453	2077123	R	Title: similarity to hypothetical protein At2g21120 - Arabidopsis thaliana; uncharacterized protein	complement(join(2075453..2076924,2077012..2077123))	Aspergillus niger	4986226
An12g08760	CDS	An12g08760	NT_166527.1	2078046	2078890	D	Complex: N. crassa Vma-4 belongs to the v-ATPase an heteromultimeric enzyme composed of a peripheral catalytic v1 complex (components A to H) attached to an integral membrane v0 proton pore complex (components: A, C, C', C'' and D).; Function: N. crassa Vma-4 is a subunit of the peripheral v1 complex of vacuolar ATPase (v-ATPase). The V-ATPase is responsible for acidifying a variety of intracellular compartments in eukaryotic cells, thus providing most of the energy required for transport processes in the vacuolar system.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to vacuolar ATPase subunit E Vma-4 - Neurospora crassa; vacuole; See PMID 10340846; See PMID 7619848; uncharacterized protein	join(2078046..2078078,2078157..2078668,2078740..2078890)	Aspergillus niger	4986227
An12g08770	CDS	An12g08770	NT_166527.1	2079648	2082151	R	hypothetical protein	complement(join(2079648..2080286,2080335..2080488,2080540..2080618,2080671..2080800,2080857..2080909,2080959..2081060,2081113..2082151))	Aspergillus niger	4986228
An12g08780	CDS	An12g08780	NT_166527.1	2082869	2083096	D	hypothetical protein	join(2082869..2083029,2083063..2083096)	Aspergillus niger	84592693
An12g08790	CDS	An12g08790	NT_166527.1	2085449	2090170	D	Function: the human FIC1 protein encodes putative integral membrane P-type ATPase and potential aminophospholipid translocase (or flippase). It may play a role in the transport of aminophospholipids from the outer to the inner leaflet of various membranes and the maintenance of asymmetric distribution of phospholipids in the canicular membrane. It may have a role in transport of bile acids into the canaliculus, uptake of bile acids from intestinal contents into intestinal mucosa or both.; Remark: defects in FIC1 also are the cause of benign recurrent intrahepatic cholestasis (bric or summerskill syndrome), an autosomal recessive disorder, characterized by intermittent episodes of cholestasis without extrahepatic bile duct obstruction, with initial elevation of serum bile acids, followed by cholestatic jaundice which generally spontaneously resolves after periods of weeks to months.; Remark: defects in FIC1 are the cause of progressive familial intrahepatic cholestasis type 1 (pfic1 or byler disease), an autosomal recessive disorder, characterized by early infancy cholestasis, that may be initially episodic but progresses to malnutrition, growth retardation and end-stage liver disease before adulthood.; Remark: defects in fic1 could be associated with recurrent intrahepatic cholestasis of pregnancy (icp or ricp pregnancy-related cholestasis), characterized by generalized itching, with or without jaundice, absence of biliary colic, absence of jaundice or pruritus between pregnancies, and absence of chronic liver disease. appears during pregnancy (primarily in the third trimester), and disappears shortly postpartum. may be a female-limited autosomal dominant inheritance.; Title: strong similarity to P-type ATPase FIC1 -Homo sapiens; See PMID 9500542; uncharacterized protein	join(2085449..2085928,2085989..2088925,2088978..2089207,2089255..2090170)	Aspergillus niger	4986230
An12g08800	CDS	An12g08800	NT_166527.1	2091343	2097874	D	Function: S. cerevisiae Sen1 is required for endonucleolytic cleavage of introns from all families of precursor tRNAs. Sen1 is also involved in processing of rRNAs and small nuclear and nucleolar RNAs.; Remark: alternate names for S. cerevisiae Sen1: YLR430w, Cik3, Nrd2.; Similarity: S. cerevisiae Sen1 belongs to the Dna2/Nam7 helicase family.; Title: strong similarity to ATP dependent RNA helicase Sen1 - Saccharomyces cerevisiae; nucleus; See PMID 9365256; See PMID 9819377; See PMID 1569945; uncharacterized protein	join(2091343..2091365,2091435..2097561,2097613..2097708,2097770..2097874)	Aspergillus niger	4986231
An12g08810	CDS	An12g08810	NT_166527.1	2100752	2101573	R	hypothetical protein	complement(join(2100752..2100947,2101023..2101110,2101224..2101286,2101393..2101573))	Aspergillus niger	84592694
An12g08820	CDS	An12g08820	NT_166527.1	2102731	2104341	D	Remark: C-terminally truncated ORF due to the end of contig.; Title: weak similarity to for serine/threonine protein kinase NPKCSD - Suberites domuncula [truncated ORF]; uncharacterized protein	2102731..>2104341	Aspergillus niger	4986233
An12g08830	CDS	An12g08830	NT_166527.1	2104992	2105831	D	Title: weak similarity to outer arm dynein light chain LC7 - Chlamydomonas reinhardtii; See PMID 10402468; uncharacterized protein	join(2104992..2105024,2105115..2105831)	Aspergillus niger	4986234
An12g08840	CDS	An12g08840	NT_166527.1	2106290	2108843	R	hypothetical protein	complement(join(2106290..2106405,2106487..2106577,2106679..2106753,2106852..2107026,2107363..2107579,2107693..2107803,2107854..2108159,2108279..2108619,2108755..2108843))	Aspergillus niger	84592695
An12g08850	CDS	An12g08850	NT_166527.1	2109234	2109624	D	hypothetical protein	join(2109234..2109440,2109496..2109624)	Aspergillus niger	84592696
An12g08860	CDS	An12g08860	NT_166527.1	2110464	2110725	D	hypothetical protein	join(2110464..2110489,2110593..2110725)	Aspergillus niger	84592697
An12g08870	CDS	An12g08870	NT_166527.1	2111169	2111445	D	hypothetical protein	join(2111169..2111304,2111345..2111445)	Aspergillus niger	84592698
An12g08880	CDS	An12g08880	NT_166527.1	2112455	2113341	R	hypothetical protein	complement(join(2112455..2112601,2112692..2112794,2112852..2112935,2113035..2113192,2113306..2113341))	Aspergillus niger	84592699
An12g08890	CDS	An12g08890	NT_166527.1	2113795	2114859	R	Title: similarity to hypothetical protein EAA72664.1 - Gibberella zeae; uncharacterized protein	complement(join(2113795..2113935,2114068..2114859))	Aspergillus niger	4986240
An12g08900	CDS	An12g08900	NT_166527.1	2115980	2118175	R	Remark: also similarity to Trypanosoma cruzi cyclin 4 (cyc4).; Title: similarity to hypothetical Pcl-like cyclin pas1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2115980..2117697,2117764..2118175))	Aspergillus niger	4986241
An12g08910	CDS	An12g08910	NT_166527.1	2118253	2119771	D	hypothetical protein	join(2118253..2118320,2118538..2118714,2118801..2118883,2118927..2119098,2119184..2119441,2119515..2119674,2119718..2119771)	Aspergillus niger	84592700
An12g08915	CDS	An12g08915	NT_166527.1	2120353	2120928	R	hypothetical protein	complement(join(2120353..2120424,2120475..2120566,2120919..2120928))	Aspergillus niger	84592701
An12g08920	CDS	An12g08920	NT_166527.1	2121575	2122483	R	hypothetical protein	complement(join(2121575..2121710,2122007..2122127,2122168..2122483))	Aspergillus niger	84592702
An12g08930	CDS	An12g08930	NT_166527.1	2123577	2125061	R	Catalytic activity: an epoxide + H2O = a glycol.; Function: hyl1 of A. niger hydrolyses 4-nitrostyrene epoxide and other epoxides.; Pathway: tetrachloroethene degradation; Remark: also strong similarity to Aspergillus niger epoxide hydrolase protein sequence SEQ ID NO:2 patent WO200068394-A1.; Remark: epoxide hydrolases have important roles in the defense of cells against potentially harmful epoxides. Conversion of epoxides into less toxic and more easily excreted diols is a universally successful strategy.; Remark: the sequence variantion might be sequence errors or strain variation.; Title: strong similarity to epoxide hydrolase hyl1 -Aspergillus niger; See PMID 10548561; See PMID 10673439; uncharacterized protein	complement(join(2123577..2123666,2123714..2123869,2123924..2124044,2124090..2124276,2124332..2124613,2124664..2124797,2124844..2125061))	Aspergillus niger	4986245
An12g08940	CDS	An12g08940	NT_166527.1	2125511	2126999	R	Remark: strong similarity to E. coli bioS1 protein patent DE19806872-A1.; Similarity: to nifS proteins.; Title: strong similarity to biotin biosynthesis gene bioS1 from patent DE19806872-A1 - Escherichia coli; uncharacterized protein	complement(join(2125511..2125566,2125613..2126120,2126166..2126243,2126291..2126611,2126656..2126785,2126831..2126864,2126924..2126999))	Aspergillus niger	4986246
An12g08950	CDS	An12g08950	NT_166527.1	2127384	2129581	D	Remark: the allantoin permease component encoded by DAL4 in S. cerevisiae has similarity to the uracil permease component encoded by FUR4.; Title: strong similarity to allantoin transport protein Dal4 - Saccharomyces cerevisiae; See PMID 1293888; See PMID 11409177; uncharacterized protein	join(2127384..2127614,2127763..2128024,2128078..2128712,2128757..2129581)	Aspergillus niger	4986247
An12g08960	CDS	areA	NT_166527.1	2131258	2133990	R	Function: major nitrogen regulatory protein. positively acting regulatory gene of nitrogen metabolite repression.; Gene-ID: areA; Mapping: areA from A. niger is mapped to chromosome III (LG III); see list from DSM, PUBMED 11589576.; Remark: northern analysis indicates the synthesis of multiple transcripts, the major species being approximately 2. 95 kb and 3. 1 kb. Maximal expression of areAnig is observed under conditions of nitrogen starvation and is mainly due to an increase in the level of the shorter transcript.; Remark: putative sequencing error at position 41647,generating a stop codon.; Remark: the differences in the sequence are caused by strain variations or sequencing errors.; Similarity: to other fungal nitrogen regulatory proteins. To gata transcription factors in the zinc-finger region.; nucleus; putative sequencing error; See PMID 9540832; See PMID 11589576; regulator of nitrogen metabolite repression areA-Aspergillus niger [putative sequencing error]	complement(join(2131258..2133448,2133542..2133990))	Aspergillus niger	4986248
An12g08970	CDS	An12g08970	NT_166527.1	2134473	2135573	D	Remark: the ORF encoded protein shows similarities to the upstream region of the areA gene from Aspergillus niger.; hypothetical protein	join(2134473..2134555,2134651..2134662,2135067..2135149,2135251..2135327,2135532..2135573)	Aspergillus niger	84592703
An12g08980	CDS	An12g08980	NT_166527.1	2136052	2137214	R	hypothetical protein	complement(join(2136052..2136153,2136346..2136399,2136491..2136964,2137005..2137214))	Aspergillus niger	84592704
An12g08990	CDS	An12g08990	NT_166527.1	2137706	2138651	D	hypothetical protein	join(2137706..2138087,2138488..2138651)	Aspergillus niger	84592705
An12g09000	CDS	An12g09000	NT_166527.1	2139459	2141804	R	hypothetical protein	complement(join(2139459..2139703,2139771..2139855,2140194..2140323,2140444..2140691,2140775..2140915,2141019..2141081,2141165..2141278,2141328..2141449,2141501..2141557,2141705..2141804))	Aspergillus niger	84592706
An12g09010	CDS	An12g09010	NT_166527.1	2141965	2143227	D	hypothetical protein	join(2141965..2142174,2142314..2142673,2142757..2142775,2142849..2142956,2143004..2143227)	Aspergillus niger	84592707
An12g09020	CDS	An12g09020	NT_166527.1	2143929	2145096	R	Remark: the similarity is restricted only to the N-terminus.; Title: similarity to hypothetical protein CAD79668.1 - Neurospora crassa; uncharacterized protein	complement(join(2143929..2144578,2144645..2144974,2145030..2145096))	Aspergillus niger	4986254
An12g09030	CDS	An12g09030	NT_166527.1	2145384	2146391	D	hypothetical protein	join(2145384..2145467,2145741..2145766,2145836..2145867,2145932..2145983,2146119..2146146,2146338..2146391)	Aspergillus niger	84592708
An12g09040	CDS	An12g09040	NT_166527.1	2146728	2148604	D	hypothetical protein	join(2146728..2146750,2146900..2146978,2147135..2147214,2147296..2147358,2147496..2147600,2147882..2147980,2148287..2148437,2148533..2148604)	Aspergillus niger	84592709
An12g09050	CDS	An12g09050	NT_166527.1	2148771	2149780	R	Title: questionable ORF; uncharacterized protein	complement(join(2148771..2148807,2149012..2149154,2149399..2149488,2149760..2149780))	Aspergillus niger	84592710
An12g09060	CDS	An12g09060	NT_166527.1	2150411	2151215	D	hypothetical protein	join(2150411..2150425,2150541..2150626,2150782..2150849,2151025..2151215)	Aspergillus niger	84592711
An12g09070	CDS	An12g09070	NT_166527.1	2151577	2153350	D	hypothetical protein	join(2151577..2151607,2151639..2151923,2152017..2152168,2152364..2152444,2152558..2152792,2153280..2153350)	Aspergillus niger	84592712
An12g09080	CDS	An12g09080	NT_166527.1	2153558	2154518	R	Title: similarity to EST an_3065 - Aspergillus niger; uncharacterized protein	complement(join(2153558..2153624,2153702..2153800,2153877..2154135,2154298..2154373,2154444..2154518))	Aspergillus niger	84592713
An12g09090	CDS	An12g09090	NT_166527.1	2155609	2155926	R	Title: similarity to hypothetical protein encoded by An08g08730 - Aspergillus niger; uncharacterized protein	complement(2155609..2155926)	Aspergillus niger	84592714
An12g09100	CDS	An12g09100	NT_166527.1	2156328	2158276	D	hypothetical protein	join(2156328..2156352,2156427..2156523,2156886..2157196,2157317..2157422,2157602..2157772,2157893..2158085,2158136..2158276)	Aspergillus niger	84592715
An12g09110	CDS	An12g09110	NT_166527.1	2158716	2159410	D	hypothetical protein	join(2158716..2158729,2158825..2158997,2159081..2159173,2159244..2159410)	Aspergillus niger	84592716
An12g09120	CDS	An12g09120	NT_166527.1	2160754	2163825	R	Title: strong similarity to hypothetical protein EAA47516.1 - Magnaporthe grisea; uncharacterized protein	complement(join(2160754..2163543,2163604..2163825))	Aspergillus niger	4986264
An12g09130	CDS	An12g09130	NT_166527.1	2164592	2165970	R	Remark: similarity to maize ZmGnsN3 glucanase of patent WO200073470-A2 found in TREMBL:AX053132_1.; Remark: the predicted ORF is approximately N-terminal 60 amino acids longer.; Title: similarity to glucanase ZmGnsN3 from patent WO200073470-A2 - Zea mays; uncharacterized protein	complement(join(2164592..2165055,2165118..2165165,2165215..2165285,2165353..2165454,2165520..2165794,2165959..2165970))	Aspergillus niger	4986265
An12g09140	CDS	An12g09140	NT_166527.1	2168338	2170050	D	Remark: alternative name is YGR065c.; Remark: expression of YGR065C S. cerevisiae under the control of the constitutive ADH1 promoter resulted in very high biotin transport rates across the plasma membrane that were no longer regulated by the biotin concentration in the growth medium.; Similarity: belongs to the major facilitator superfamily (MFS).; Title: strong similarity to H+-biotin symporter Vht1 - Saccharomyces cerevisiae; See PMID 10373489; uncharacterized protein	join(2168338..2168476,2168556..2168806,2168864..2168897,2168952..2169858,2169912..2170050)	Aspergillus niger	4986266
An12g09150	CDS	An12g09150	NT_166527.1	2170420	2172046	D	Remark: strong similarity to Corynebacterium glutamicum sequence 419 from Patent WO0100842-A/419.; Similarity: belongs to the nitrilotriacetate monooxygenases.; Title: strong similarity to sequence 419 from patent WO0100842-A - Corynebacterium glutamicum; uncharacterized protein	join(2170420..2170524,2170580..2170768,2170815..2171062,2171131..2172046)	Aspergillus niger	4986267
An12g09160	CDS	An12g09160	NT_166527.1	2172251	2173238	D	hypothetical protein	join(2172251..2172299,2172480..2172596,2172657..2172669,2172755..2172829,2173042..2173105,2173158..2173238)	Aspergillus niger	84592717
An12g09170	CDS	An12g09170	NT_166527.1	2173592	2174050	D	Remark: N-terminal truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	<2173592..2174050	Aspergillus niger	84592718
An12g09180	CDS	An12g09180	NT_166527.1	2174284	2175459	R	hypothetical protein	complement(join(2174284..2174676,2174821..2174898,2174959..2175459))	Aspergillus niger	4986270
An12g09190	CDS	An12g09190	NT_166527.1	2175992	2177287	R	Remark: similarity to human nucleic acid-binding protein, NuABP-10 patent WO200044900-A2.; Remark: the predicted ORF represents an putative zinc-finger protein.; Title: similarity to nucleic acid-binding protein NuABP-10 from patent WO200044900-A2 - Homo sapiens; uncharacterized protein	complement(join(2175992..2176102,2176160..2177287))	Aspergillus niger	4986271
An12g09200	CDS	An12g09200	NT_166527.1	2178137	2178475	D	hypothetical protein	join(2178137..2178142,2178233..2178298,2178383..2178475)	Aspergillus niger	84592719
An12g09210	CDS	An12g09210	NT_166527.1	2179097	2180073	D	hypothetical protein	join(2179097..2179101,2179181..2179361,2179462..2179575,2179690..2180073)	Aspergillus niger	84592720
An12g09220	CDS	An12g09220	NT_166527.1	2180466	2181394	R	hypothetical protein	complement(join(2180466..2180734,2180871..2181010,2181165..2181394))	Aspergillus niger	84592721
An12g09230	CDS	An12g09230	NT_166527.1	2181633	2182219	R	hypothetical protein	complement(join(2181633..2181768,2181809..2182027,2182125..2182219))	Aspergillus niger	84592722
An12g09240	CDS	An12g09240	NT_166527.1	2182250	2182884	R	hypothetical protein	complement(join(2182250..2182365,2182439..2182521,2182602..2182758,2182809..2182884))	Aspergillus niger	84592723
An12g09250	CDS	An12g09250	NT_166527.1	2182995	2183362	D	hypothetical protein	join(2182995..2183150,2183246..2183362)	Aspergillus niger	84592724
An12g09260	CDS	An12g09260	NT_166527.1	2184839	2186270	D	Title: strong similarity to hypothetical protein CAF06101.1 - Neurospora crassa; uncharacterized protein	join(2184839..2184982,2185061..2185287,2185354..2185588,2185658..2185771,2185842..2186270)	Aspergillus niger	4986278
An12g09270	CDS	An12g09270	NT_166527.1	2186495	2188470	R	Function: Lac12 from K. lactis mediates the transport of lactose and it would appear that the permease works in part by a proton symport mechanism.; Title: strong similarity to lactose permease Lac12 -Kluyveromyces lactis; See PMID 3053697; uncharacterized protein	complement(join(2186495..2186740,2186807..2187234,2187309..2187531,2187629..2187978,2188055..2188268,2188324..2188470))	Aspergillus niger	4986279
An12g09280	CDS	An12g09280	NT_166527.1	2189207	2190015	R	Title: similarity to hypothetical protein encoded by An01g02930 - Aspergillus niger; uncharacterized protein	complement(join(2189207..2189334,2189622..2190015))	Aspergillus niger	4986280
An12g09290	CDS	An12g09290	NT_166527.1	2190945	2191662	D	hypothetical protein	join(2190945..2191036,2191117..2191182,2191318..2191391,2191445..2191662)	Aspergillus niger	84592725
An12g09300	CDS	An12g09300	NT_166527.1	2191866	2192592	D	hypothetical protein	join(2191866..2191981,2192088..2192365,2192421..2192460,2192517..2192592)	Aspergillus niger	4986282
An12g09310	CDS	An12g09310	NT_166527.1	2193178	2195341	D	Function: Bacillus subtilis PNB carboxy-esterase (PNBCE) catalyzes hydrolysis of several beta-lactam antibiotic PNB esters to the corresponding free acid and PNB alcohol.; Remark: p-Nitrobenzyl esters serve as protecting groups on intermediates in the manufacture of clinically important oral beta-lactam antibiotics; de-esterification of the intermediates is required for synthesis of the final product.; Similarity: belongs to the carboxylesterases type B.; Title: similarity to para-nitrobenzyl esterase pnbA - Bacillus subtilis; See PMID 7828905; uncharacterized protein	join(2193178..2193283,2193333..2193705,2193751..2195341)	Aspergillus niger	4986283
An12g09320	CDS	An12g09320	NT_166527.1	2195803	2197442	D	hypothetical protein	join(2195803..2195856,2195965..2196141,2196188..2196285,2196394..2196477,2196554..2196840,2196912..2196980,2197084..2197270,2197358..2197442)	Aspergillus niger	84592726
An12g09330	CDS	An12g09330	NT_166527.1	2197910	2198683	R	Remark: in yeast PAD (phenylacrylic acid decarboxylase) activity and CA (cinnamic acid) resistance,but not steady-state PAD1 mRNA levels, are influenced by mitochondrial genotype. PAD1 is a single-copy gene in the yeast genome and not essential for viability.; Title: strong similarity to phenylacrylic acid decarboxylase Pad1 - Saccharomyces cerevisiae; See PMID 8181743; uncharacterized protein	complement(2197910..2198683)	Aspergillus niger	4986285
An12g09340	CDS	An12g09340	NT_166527.1	2199245	2200849	D	Remark: strong similarity to S. cerevisiae ferulic acid decarboxylasepatent EP857789-A2.; Remark: the S. cerevisiae enzyme is able to transform ferulic acid and p-coumaric acid to 4-vinylguaiacol and 4-vinylphenol, respectively, by nonoxidative decarboxylation.; Title: strong similarity to ferulic acid decarboxylase FDC1 from patent EP857789-A2 - Saccharomyces cerevisiae; uncharacterized protein	2199245..2200849	Aspergillus niger	4986286
An12g09350	CDS	An12g09350	NT_166527.1	2201181	2202407	D	Title: similarity to hypothetical protein PaxU -Penicillium paxilli; uncharacterized protein	join(2201181..2201974,2202227..2202407)	Aspergillus niger	4986287
An12g09360	CDS	An12g09360	NT_166527.1	2202552	2203971	D	hypothetical protein	join(2202552..2202756,2202846..2203115,2203210..2203350,2203442..2203529,2203625..2203666,2203743..2203971)	Aspergillus niger	84592727
An12g09370	CDS	An12g09370	NT_166527.1	2204104	2205809	D	Remark: alternativ name is YDR497c.; Remark: gene disruption and tetrad analysis showed that yeast cells contain two separate myoinositol transporters. The ITR1 product was the major transporter and the ITR2 product the minor one in cells grown in minimum medium containing glucose. Northern blot analysis showed that ITR1 mRNA was much more abundant than ITR2 mRNA.; Title: strong similarity to myo-inositol permease Itr1 - Saccharomyces cerevisiae; See PMID 2040626; uncharacterized protein	join(2204104..2204463,2204523..2205809)	Aspergillus niger	4986289
An12g09380	CDS	An12g09380	NT_166527.1	2206081	2208154	R	hypothetical protein	complement(join(2206081..2206134,2206227..2206303,2206402..2206544,2206618..2206692,2207094..2207196,2207470..2207532,2207692..2207749,2207835..2208044,2208080..2208154))	Aspergillus niger	84592728
An12g09390	CDS	An12g09390	NT_166527.1	2208778	2209461	D	hypothetical protein	join(2208778..2208963,2209081..2209461)	Aspergillus niger	84592729
An12g09400	CDS	An12g09400	NT_166527.1	2210209	2210801	D	hypothetical protein	join(2210209..2210337,2210415..2210801)	Aspergillus niger	84592730
An12g09410	CDS	An12g09410	NT_166527.1	2211142	2211872	R	hypothetical protein	complement(join(2211142..2211556,2211736..2211872))	Aspergillus niger	84592731
An12g09420	CDS	An12g09420	NT_166527.1	2212798	2213722	D	hypothetical protein	join(2212798..2212947,2213057..2213152,2213227..2213341,2213458..2213536,2213674..2213722)	Aspergillus niger	84592732
An12g09430	CDS	An12g09430	NT_166527.1	2215502	2216603	D	hypothetical protein	join(2215502..2215549,2215723..2215951,2216015..2216091,2216145..2216603)	Aspergillus niger	84592733
An12g09440	CDS	An12g09440	NT_166527.1	2217233	2219707	R	Title: similarity to hypothetical protein PA1213 -Pseudomonas aeruginosa; uncharacterized protein	complement(join(2217233..2217389,2217453..2217758,2217815..2218301,2218351..2218605,2218916..2218979,2219345..2219401,2219516..2219707))	Aspergillus niger	4986296
An12g09450	CDS	An12g09450	NT_166527.1	2220866	2222283	D	Remark: a heterologous gene encoding a gene product which confers trichothecene resistance can be used to transform plant cells to make them resistant to fungal infection.; Remark: similarity to yeast sequence encoding trichothecene resistance polypeptide patent WO200060061-A2.; Title: similarity to trichothecene resistance polypeptide from patent WO200060061-A2 - Saccharomyces cerevisiae; uncharacterized protein	join(2220866..2221486,2221618..2222283)	Aspergillus niger	4986297
An12g09460	CDS	An12g09460	NT_166527.1	2222444	2225056	R	Remark: similarity to A. terreus ORF13 Zinc finger II protein patent WO200037629-A2.; Remark: the homologue regulatory protein is a member of the Aspergillus terreus lovastatin biosynthesis gene cluster.; Similarity: belongs to the unassigned GAL4-type zinc cluster proteins.; Title: similarity to ORF13 Zinc finger II protein from patent WO200037629-A2 - Aspergillus terreus; uncharacterized protein	complement(join(2222444..2222870,2222930..2223165,2223224..2223658,2223741..2224036,2224118..2224137,2224222..2224515,2224569..2224607,2224743..2224766,2224833..2225056))	Aspergillus niger	4986298
An12g09470	CDS	An12g09470	NT_166527.1	2225489	2226280	D	Remark: Cofilin and related proteins isolated from diverse organisms are low molecular weight proteins (15-20 kD) that possess several activities in vitro. All bind to monomeric actin and sever filaments, and some can stably associate with filaments.; Remark: Cofilin from S. cerevisiae binds to and severs actin filaments in vitro, and also enhances their depolymerization.; Remark: alternate name is YLL050c .; Title: similarity to cofilin Cof1 - Saccharomyces cerevisiae; See PMID 10231390; See PMID 8421056; See PMID 8440472; uncharacterized protein	join(2225489..2225805,2225870..2225918,2225979..2226099,2226147..2226280)	Aspergillus niger	4986299
An12g09480	CDS	An12g09480	NT_166527.1	2226469	2227846	R	Function: M. sativa F3H is involved in the synthesis of flavonoids.; Title: similarity to naringenin 3-dioxygenase F3H -Medicago sativa; See PMID 8541503; uncharacterized protein	complement(join(2226469..2226712,2226769..2227196,2227251..2227374,2227422..2227590,2227640..2227741,2227792..2227846))	Aspergillus niger	4986300
An12g09490	CDS	An12g09490	NT_166527.1	2228350	2229921	D	Function: S. cerevisiae VHT1 is a plasma membrane H+-biotin symporter.; Remark: the systematic name for S. cerevisiae VHT1 is YGR065. C; Title: strong similarity to H+-biotin symporter Vht1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10373489; uncharacterized protein	join(2228350..2228545,2228595..2228612,2228660..2228810,2228860..2229011,2229064..2229439,2229494..2229736,2229795..2229921)	Aspergillus niger	4986301
An12g09500	CDS	An12g09500	NT_166527.1	2230433	2232586	R	Function: human ankyrin-1 provides the primary linkage between the membrane skeleton and integral plasma membrane proteins.; Title: similarity to ankyrin ANK1 - Homo sapiens; cytoskeleton; See PMID 10810176; uncharacterized protein	complement(2230433..2232586)	Aspergillus niger	4986302
An12g09510	CDS	An12g09510	NT_166527.1	2234210	2235655	D	Catalytic activity: Hg + NADP(+) + H(+) = Hg(2+) + NADPH.; Remark: Microbes can detoxify organo-mercurials and mercury salts through sequential action of two enzymes,organomercury lyase and mercuric ion reductase (MerA).; Remark: N-terminally truncated due to contig border.; Similarity: MerA from Bacillus sp. strain RC607 shows homology to FAD-dependent disulphide oxidoreductases and to dihydrolipoamide dehydrogenases.; Title: similarity to mercury(II) reductase merA -Bacillus sp. [truncated ORF]; See PMID 2067577; See PMID 2536669; uncharacterized protein	join(<2234210..2234406,2234491..2235655)	Aspergillus niger	4986303
An12g09520	CDS	An12g09520	NT_166527.1	2236164	2237105	D	Title: weak similarity to hypothetical protein encoded by An02g13400 - Aspergillus niger; uncharacterized protein	2236164..2237105	Aspergillus niger	4986304
An12g09530	CDS	An12g09530	NT_166527.1	2237233	2237781	R	hypothetical protein	complement(2237233..2237781)	Aspergillus niger	4986305
An12g09540	CDS	An12g09540	NT_166527.1	2238849	2239940	D	Title: strong similarity to hypothetical yellow-related protein DR1790 - Deinococcus radiodurans; uncharacterized protein	2238849..2239940	Aspergillus niger	84592734
An12g09550	CDS	An12g09550	NT_166527.1	2240340	2241399	D	Title: weak similarity to hypothetical poly(A) binding protein II PABPII - Xenopus laevis; uncharacterized protein	join(2240340..2240432,2240496..2240557,2240736..2241399)	Aspergillus niger	84592735
An12g09560	CDS	An12g09560	NT_166527.1	2243392	2245088	D	Function: AvnA is involved in the conversion of averantin to averufin in aflatoxin biosynthesis in Aspergillus parasiticus.; Remark: Aflatoxins are synthesized by condensation of acetate units.; Remark: Aflatoxins are toxic and carcinogenic secondary metabolites produced by the fungi Aspergillus flavus and A. parasiticus.; Similarity: The avnA gene encodes a cytochrome P-450-type monooxygenase that has been assigned to a new P-450 gene family named CYP60A1.; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; See PMID 7793957; See PMID 9097431; uncharacterized protein	join(2243392..2243454,2243520..2244632,2244705..2244871,2244935..2245088)	Aspergillus niger	4986308
An12g09565	CDS	An12g09565	NT_166527.1	2246210	2246557	R	hypothetical protein	complement(2246210..2246557)	Aspergillus niger	84592736
An12g09570	CDS	An12g09570	NT_166527.1	2246813	2247310	R	hypothetical protein	complement(join(2246813..2247004,2247125..2247310))	Aspergillus niger	84592737
An12g09580	CDS	An12g09580	NT_166527.1	2250773	2253130	D	Function: nit-4 is a pathway-specific regulatory gene in the nitrogen circuit of Neurospora crassa which is required for the expression of the structural genes for nitrate and nitrite reductase.; Remark: nit-4 possesses a single Zn(II)2Cys6 binuclear-type zinc finger, which may mediate DNA binding.; Title: similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 1388109; See PMID 1840634; uncharacterized protein	join(2250773..2250916,2251000..2251608,2251678..2251829,2251886..2252056,2252111..2252452,2252527..2253130)	Aspergillus niger	4986311
An12g09590	CDS	An12g09590	NT_166527.1	2254742	2255233	R	hypothetical protein	complement(join(2254742..2254897,2254981..2255029,2255154..2255233))	Aspergillus niger	84592738
An12g09600	CDS	An12g09600	NT_166527.1	2255251	2256369	D	Function: TNA1 is the yeast high affinity nicotinic acid permease.; Induction: The transcript levels of TNA1 increase when extracellular nicotinic acid and thiamine,respectively, are absent.; Similarity: TNA1 belongs to the yeast Dal5p subfamily of the major facilitator family.; Title: similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	join(2255251..2255416,2255524..2255549,2255616..2255901,2255951..2256369)	Aspergillus niger	4986313
An12g09610	CDS	An12g09610	NT_166527.1	2256464	2258840	R	Title: weak similarity to hypothetical extensin homolog HRGP2 - Glycine max; uncharacterized protein	complement(join(2256464..2256882,2256923..2257047,2257136..2258227,2258419..2258463,2258572..2258655,2258785..2258840))	Aspergillus niger	84592739
An12g09620	CDS	An12g09620	NT_166527.1	2259395	2260260	D	hypothetical protein	join(2259395..2259687,2259781..2259926,2260007..2260260)	Aspergillus niger	84592740
An12g09630	CDS	An12g09630	NT_166527.1	2260347	2262368	R	Remark: Alterations of the azole target enzyme and the overexpression of multidrug efflux transporter genes are the most frequent azole resistance mechanisms in Candida albicans.; Remark: possible sequencing error at position 59218,2 bp too much.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans [putative frameshift]; putative frameshift; See PMID 11065353; uncharacterized protein	complement(join(<2260347..2260653,2260700..2262368))	Aspergillus niger	4986316
An12g09640	CDS	An12g09640	NT_166527.1	2263271	2264916	R	Title: strong similarity to hypothetical GTP cyclohydrolase CAB65619.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2263271..2263342,2263431..2263567,2263619..2263763,2263831..2264787,2264857..2264916))	Aspergillus niger	4986317
An12g09650	CDS	An12g09650	NT_166527.1	2265484	2266920	R	Title: strong similarity to hypothetical uracil phosphoribosyltranferase SPAC1002.17 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2265484..2266106,2266159..2266335,2266389..2266716,2266765..2266920))	Aspergillus niger	4986318
An12g09660	CDS	An12g09660	NT_166527.1	2267297	2267962	D	Catalytic activity: UMP + diphosphate = uracil + 5-phospho-alpha-D-ribose 1-diphosphate.; Pathway: salvage pathway of pyrimidine metabolism.; Title: strong similarity to uracil phosphoribosyltransferase upp - Bacillus caldolyticus; See PMID 9268683; uncharacterized protein	join(2267297..2267712,2267767..2267962)	Aspergillus niger	4986319
An12g09670	CDS	An12g09670	NT_166527.1	2268376	2269300	R	Catalytic activity: UMP + diphosphate = uracil + 5-phospho-alpha-D-ribose 1-diphosphate.; Pathway: Salvage pathway of pyrimidine metabolism.; Title: strong similarity to uracil phosphoribosyltransferase UPRT - Toxoplasma gondii; See PMID 9247925; uncharacterized protein	complement(join(2268376..2268433,2268488..2268692,2268762..2268862,2268922..2269069,2269135..2269300))	Aspergillus niger	4986320
An12g09680	CDS	An12g09680	NT_166527.1	2270493	2272536	D	Catalytic activity: 2-methyl-3-oxopropanoate + CoA + NAD(+) = propanoyl-CoA + CO(2) + NADH.; Title: strong similarity to methylmalonate-semialdehyde dehydrogenase precursor MMSDH -Bos taurus; See PMID 8514806; uncharacterized protein	join(2270493..2270612,2270669..2270854,2270910..2271080,2271132..2271296,2271349..2272147,2272202..2272536)	Aspergillus niger	4986321
An12g09690	CDS	An12g09690	NT_166527.1	2273081	2273385	R	hypothetical protein	complement(join(2273081..2273184,2273268..2273385))	Aspergillus niger	84592741
An12g09700	CDS	An12g09700	NT_166527.1	2274098	2275214	D	Complex: PRAP (PRL Receptor Associated Protein) is an ovarian-specific protein that associates with the short form of the prolactin receptor.; Function: PRAP may contribute to the luteotropic effects of PRL on the corpus luteum during pregnancy.; Remark: Prolactin (PRL) is essential for progesterone biosynthesis and luteal cell hypertrophy of the rat corpus luteum during pregnancy.; Title: similarity to ovarian-specific phosphoprotein PRAP - Rattus norvegicus; See PMID 8663045; uncharacterized protein	join(2274098..2274449,2274562..2275214)	Aspergillus niger	4986323
An12g09710	CDS	An12g09710	NT_166527.1	2276200	2278121	R	Title: weak similarity to hypothetical protein SCH63.38 - Streptomyces coelicolor; uncharacterized protein	complement(join(2276200..2276960,2277041..2277881,2278080..2278121))	Aspergillus niger	4986324
An12g09720	CDS	An12g09720	NT_166527.1	2278825	2281696	D	Function: Ecm10 is involved in protein folding and assembling/disassembling of protein complexes.; Remark: Besides Ssc1 and Ssq1, Ecm10 is the third Hsp70 protein identified in the mitochondrial matrix.; Similarity: Ecm10 belongs to the heat shock protein 70 (Hsp70) superfamily.; Title: similarity to dnaK-type molecular chaperone Ecm10 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 11150530; uncharacterized protein	join(2278825..2278882,2278952..2279523,2279591..2279635,2279759..2280036,2280095..2280200,2280254..2280357,2280413..2280572,2280637..2280784,2280852..2281015,2281064..2281444,2281619..2281696)	Aspergillus niger	4986325
An12g09750	CDS	An12g09750	NT_166527.1	2283040	2284192	D	Title: strong similarity to hypothetical protein CAD70289.1 - Neurospora crassa; uncharacterized protein	join(2283040..2283430,2283497..2283940,2284011..2284192)	Aspergillus niger	4986328
An12g09760	CDS	An12g09760	NT_166527.1	2284498	2286256	R	Title: strong similarity to hypothetical protein BAC67939.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(2284498..2285522,2285575..2285640,2285689..2286256))	Aspergillus niger	4986329
An12g09770	CDS	An12g09770	NT_166527.1	2287128	2288940	D	Function: Bfr1+ serves as an efflux pump that confers resistance to brefeldin A and various antibiotics.; Similarity: Bfr1+ protein is a member of the ATP-binding cassette superfamily.; Similarity: The bfr1+ protein exhibits significant homology in primary and secondary structures with two multidrug resistance gene products of S. cerevisiae, Snq2 and Sts1/Pdr5/Ydr1.; Similarity: The structural characteristic of bfr1+ protein resembles that of mammalian P-glycoprotein, which is responsible for multidrug resistance in tumor cells.; Title: similarity to brefeldin A resistance protein bfr1p - Schizosaccharomyces pombe; See PMID 7883711; uncharacterized protein	join(2287128..2287235,2287295..2287313,2287526..2287768,2288084..2288940)	Aspergillus niger	84592742
An12g09780	CDS	An12g09780	NT_166527.1	2289496	2290723	R	Title: weak similarity to alkyl salicylate esterase salE - Acinetobacter sp.; uncharacterized protein	complement(join(2289496..2289600,2289692..2290625,2290716..2290723))	Aspergillus niger	4986331
An12g09790	CDS	An12g09790	NT_166527.1	2291377	2292724	R	hypothetical protein	complement(join(2291377..2291451,2291591..2291687,2291754..2292484,2292541..2292633,2292683..2292724))	Aspergillus niger	4986332
An12g09800	CDS	An12g09800	NT_166527.1	2293197	2293913	D	hypothetical protein	join(2293197..2293331,2293385..2293690,2293740..2293913)	Aspergillus niger	84592743
An12g09810	CDS	An12g09810	NT_166527.1	2294515	2295855	R	Catalytic activity: An alcohol + NAD(+) = an aldehyde or ketone + NADH.; Function: AdhT catalyzes the oxidation of primary and secondary alcohols to aldehydes and ketones,respectively, by NAD+.; Pathway: Alcohol degradation.; Remark: AdhT is a zinc-metalloprotein.; Similarity: The deduced protein sequence of adhT shows significant similarity with the highly thermostable ADH from the thermoacidophilic archaebacterium Sulfolobus solfataricus.; Title: strong similarity to thermostable alcohol dehydrogenase adhT - Bacillus stearothermophilus; See PMID 8020473; uncharacterized protein	complement(join(2294515..2294633,2294755..2294999,2295081..2295513,2295573..2295855))	Aspergillus niger	4986334
An12g09820	CDS	An12g09820	NT_166527.1	2298484	2299326	D	Title: strong similarity to hypothetical protein encoded by An13g03360 - Aspergillus niger; uncharacterized protein	join(2298484..2298628,2298696..2299079,2299196..2299326)	Aspergillus niger	4986335
An12g09830	CDS	An12g09830	NT_166527.1	2299924	2301793	D	Title: similarity to hypothetical protein SC1C3.21 -Streptomyces coelicolor; uncharacterized protein	join(2299924..2300013,2300078..2300277,2300349..2300455,2300504..2300853,2300911..2300965,2301021..2301183,2301418..2301682,2301758..2301793)	Aspergillus niger	4986336
An12g09850	CDS	An12g09850	NT_166527.1	2303172	2303725	D	Title: weak similarity to cell wall protein Crh1 -Saccharomyces cerevisiae; uncharacterized protein	join(2303172..2303342,2303438..2303725)	Aspergillus niger	84592744
An12g09860	CDS	An12g09860	NT_166527.1	2304262	2305656	D	Title: strong similarity to hypothetical protein CAD70545.1 - Neurospora crassa; uncharacterized protein	join(2304262..2304480,2304532..2304675,2304731..2304810,2304861..2305656)	Aspergillus niger	4986339
An12g09870	CDS	An12g09870	NT_166527.1	2306174	2306467	R	Remark: it looks like only a glycin, prolin rich region.; hypothetical protein	complement(2306174..2306467)	Aspergillus niger	84592745
An12g09880	CDS	An12g09880	NT_166527.1	2306786	2308611	D	Catalytic activity: O3-acetyl-L-serine + hydrogen sulfide = L-cysteine + acetate.; Pathway: cysteine metabolism; selenoamino acid metabolism; sulfur metabolism.; Remark: a pyridoxal-phosphate protein. Some alkyl thiols, cyanide, pyrazole and some other heterocyclic compounds can act as acceptors.; Remark: the rcs2 transcript of Oryza sativa accumulated in shoots grown in the light, but disappeared almost completely by dark treatment.; Title: strong similarity to cysteine synthase rcs2 -Oryza sativa; See PMID 10095115; uncharacterized protein	join(2306786..2306887,2306994..2307155,2307851..2308128,2308224..2308611)	Aspergillus niger	4986341
An12g09890	CDS	An12g09890	NT_166527.1	2309080	2310139	R	Title: similarity to hypothetical protein encoded by An11g00960 - Aspergillus niger; uncharacterized protein	complement(join(2309080..2309277,2309340..2309586,2309661..2310139))	Aspergillus niger	84592746
An12g09900	CDS	An12g09900	NT_166527.1	2311030	2312759	D	Remark: amino acid transporters are essential participants in the resource allocation processes that support plant growth and development.; Remark: the transporter designated BAT1 (b(0,+)-type amino acid transporter 1) from rat kidney was found to be structurally related to recently identified amino acid transporters for system L, system y(+)L, and system x(-)C, which are linked, via a disulfide bond, to the other type II membrane glycoprotein, 4F2hc (4F2 heavy chain).; Title: strong similarity to amino acid transporter BAT1 - Rattus norvegicus; See PMID 10506124; See PMID 10748260; uncharacterized protein	join(2311030..2311351,2311405..2311916,2311975..2312136,2312184..2312759)	Aspergillus niger	4986343
An12g09910	CDS	An12g09910	NT_166527.1	2313351	2314019	D	Remark: the Nudix family proteins, are fused to other domains and form multidomain proteins whose functions are known or could be predicted seem to be related to stress-response and elimination of damage products.; Similarity: to Nudix (MutT) family of pyrophosphohydrolases.; Title: similarity to mutator MutT/nudix family protein DR0329 - Deinococcus radiodurans; See PMID 11145417; uncharacterized protein	join(2313351..2313728,2313813..2314019)	Aspergillus niger	4986344
An12g09920	CDS	An12g09920	NT_166527.1	2314277	2315124	R	Remark: weak similarity to Porphorymonas gingivalis protein PG123 patent WO9929870-A1.; Title: weak similarity to PG123 from patent WO9929870-A1 - Porphorymonas gingivalis; uncharacterized protein	complement(join(2314277..2314623,2314731..2315124))	Aspergillus niger	84592747
An12g09930	CDS	An12g09930	NT_166527.1	2317212	2319376	R	Remark: weak similarity to Vesicular stomatitis virus G stem polypeptide patent WO9932648-A1.; Title: weak similarity to virus G stem polypeptide from patent WO9932648-A1 - Vesicular stomatitis; See PMID 2168974; uncharacterized protein	complement(join(2317212..2317349,2317443..2318091,2318535..2318611,2318645..2318767,2318845..2319116,2319205..2319376))	Aspergillus niger	84592748
An12g09940	CDS	An12g09940	NT_166527.1	2319522	2320851	D	Catalytic activity: stearoyl-CoA + AH2 + O2 = oleoyl-CoA + A + 2 H2O.; Remark: delta 9-desaturase gene (Ole1), codes for a key enzyme involved in regulating membrane fluidity in animal cells and microorganisms.; Title: strong similarity to stearoyl-CoA desaturase ole1 - Ajellomyces capsulatus; See PMID 8538376; uncharacterized protein	join(2319522..2319759,2319824..2320851)	Aspergillus niger	4986347
An12g09950	CDS	An12g09950	NT_166527.1	2321576	2322574	D	Catalytic activity: alcohol + NAD+ = aldehyde or ketone + NADH.; Pathway: glycolysis / gluconeogenesis; fatty acid metabolism; bile acid biosynthesis; tyrosine metabolism; glycerolipid metabolism.; Remark: ADH is a zinc protein. It acts on primary or secondary alcohols or hemiacetals; the animal, but not the yeast, enzyme acts also on cyclic secondary alcohols. The insect enzyme is a member of the nonmetallo-short-chain alcohol dehydrogenase (ADH) family.; Title: strong similarity to thermostable alcohol dehydrogenase adhT - Bacillus stearothermophilus; See PMID 10971204; See PMID 1735726; uncharacterized protein	2321576..2322574	Aspergillus niger	4986348
An12g09960	CDS	An12g09960	NT_166527.1	2322643	2323740	R	Title: strong similarity to hypothetical protein encoded by An12g02190 - Aspergillus niger; uncharacterized protein	complement(join(2322643..2322688,2322830..2323062,2323121..2323386,2323443..2323740))	Aspergillus niger	4986349
An12g09970	CDS	An12g09970	NT_166527.1	2324656	2326105	R	Title: similarity to hypothetical protein encoded by An12g02180 - Aspergillus niger; uncharacterized protein	complement(join(2324656..2325351,2325404..2325513,2325598..2325628,2325670..2325782,2325958..2326105))	Aspergillus niger	4986350
An12g09980	CDS	An12g09980	NT_166527.1	2326952	2329614	R	Remark: only a smalll part of the protein match the sequence.; Title: weak similarity to zinc-binding protein Rar1 - Toxoplasma gondii; See PMID 10571178; uncharacterized protein	complement(join(2326952..2327061,2327125..2327556,2327628..2327736,2328111..2328199,2328234..2328316,2328635..2328665,2328825..2329614))	Aspergillus niger	4986351
An12g09990	CDS	An12g09990	NT_166527.1	2332137	2333989	R	Title: similarity to hypothetical protein encoded by An16g06080 - Aspergillus niger; uncharacterized protein	complement(join(2332137..2332173,2332346..2332383,2332655..2333521,2333652..2333756,2333831..2333989))	Aspergillus niger	4986352
An12g10000	CDS	An12g10000	NT_166527.1	2335596	2337591	D	Remark: transcript level analyses demonstrate that gabA is subject to carbon catabolite and nitrogen metabolite repression.; Similarity: to other choline transport proteins.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	join(2335596..2335718,2335789..2335859,2335914..2335937,2335998..2336087,2336139..2336221,2336280..2336677,2336724..2337053,2337112..2337591)	Aspergillus niger	4986353
An12g10020	CDS	An12g10020	NT_166527.1	2338718	2340641	D	Catalytic activity: an aromatic primary alcohol + O2 = an aromatic aldehyde + H2O2.; Remark: aao from Pleurotus eryngii presents wide specificity, showing activity on benzyl, cinnamyl, naphthyl and aliphatic unsaturated alcohols.; Remark: aryl-alcohol oxidase is a unique flavoprotein with 15% carbohydrate content.; Title: strong similarity to aryl-alcohol oxidase precursor aao - Pleurotus eryngii; See PMID 1425667; uncharacterized protein	join(2338718..2338954,2339016..2340641)	Aspergillus niger	4986355
An12g10030	CDS	An12g10030	NT_166527.1	2340923	2341852	R	Remark: rev7 is involved in polarity establishment/cellular polarization during budding.; Title: weak similarity to membrane protein YIL140w Rev7 - Saccharomyces cerevisiae; See PMID 7871890; uncharacterized protein	complement(join(2340923..2341587,2341639..2341852))	Aspergillus niger	4986356
An12g10050	CDS	An12g10050	NT_166527.1	2343417	2344648	D	Remark: can be used in a method to produce aromatic hydrocarbons, particularly catechol which is used in the development of pharmaceuticals such as L-DOPA and adrenaline, agrobiochemicals such as carbofuran, and antioxidants such as 4-tert-butyl catechol and veratol.; Remark: similarity to Aspergillus niger 2,3-dihydroxybenzoic acid decarboxylase patent WO9909048-A1.; Title: similarity to 2,3-dihydroxybenzoic acid decarboxylase from patent WO9909048-A1 - Aspergillus niger; uncharacterized protein	join(2343417..2343604,2343660..2343733,2343795..2344648)	Aspergillus niger	4986358
An12g10060	CDS	An12g10060	NT_166527.1	2344998	2345960	R	Remark: also show homology to different oxidoreductases.; Remark: strong similarity to human breast tumour-associated protein 77 patent DE19813839-A1.; Title: strong similarity to breast tumour-associated protein 77 from patent DE19813839-A1 - Homo sapiens; uncharacterized protein	complement(2344998..2345960)	Aspergillus niger	4986359
An12g10080	CDS	An12g10080	NT_166527.1	2347020	2348050	R	hypothetical protein	complement(join(2347020..2347453,2347585..2347648,2347712..2348050))	Aspergillus niger	84592749
An12g10090	CDS	An12g10090	NT_166527.1	2348395	2351731	R	Catalytic activity: L-2-Aminoadipate 6-semialdehyde + NAD+ or NADP+ + H2O = L-2-Aminoadipate + NADH or NADPH.; Pathway: sixth step in lysine biosynthesis; lysine degradation.; Remark: lys2 from S. cerevisiae catalyzes the activation of 2-aminoadipate by ATP-dependent adenylation,and the reduction of activated 2-aminoadipate. Together with lys5 protein, it catalyzes the overall interconversion of 2-aminoadipate and 2-aminoadipic-2-semialdehyde. It may be a component of the enzyme complex L-aminoadipate-semialdehyde dehydrogenase.; Title: strong similarity to L-aminoadipate-semialdehyde dehydrogenase Lys2 -Saccharomyces cerevisiae; See PMID 2013406; See PMID 7900426; uncharacterized protein	complement(join(2348395..2348796,2348869..2351054,2351112..2351379,2351438..2351731))	Aspergillus niger	4986362
An12g10100	CDS	An12g10100	NT_166527.1	2352336	2353426	R	Title: strong similarity to hypothetical membrane protein YDL144c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2352336..2353177,2353234..2353426))	Aspergillus niger	4986363
An12g10110	CDS	An12g10110	NT_166527.1	2353777	2355958	D	Remark: ARGR2 from yeast is a positive and negative regulator of many arginine-responsive genes.; Remark: there is evidence that ArgRII is the sensor of the effector arginine and that the binding site of arginine would be the region downstream from the zinc cluster, sharing some identity with the arginine binding domain of bacterial arginine repressors.; Similarity: to unassigned GAL4-type zinc cluster proteins; GAL4 zinc binuclear cluster homology.; Title: similarity to transcription factor Arg81 -Saccharomyces cerevisiae; See PMID 3709534; See PMID 10688655; uncharacterized protein	join(2353777..2354922,2355119..2355958)	Aspergillus niger	4986364
An12g10120	CDS	An12g10120	NT_166527.1	2356031	2357021	R	Remark: adducin is a ubiquitously expressed membrane-skeletal protein localized at spectrin-actin junctions that binds calmodulin and is an in vivo substrate for protein kinase C (PKC) and Rho-associated kinase.; Remark: the human adducin is approximately 400 amino acids longer.; Similarity: to adducins of different organisms.; Title: strong similarity to adducin alpha chain (splice form 1) ADD1 - Homo sapiens; See PMID 10950304; See PMID 1840603; uncharacterized protein	complement(join(2356031..2356105,2356156..2356687,2356744..2357021))	Aspergillus niger	4986365
An12g10130	CDS	An12g10130	NT_166527.1	2357630	2359246	D	Remark: prnB A. nidulans, encoding the major proline transport system is one of a cluster of four genes necessary and sufficient for the utilization of proline as sole nitrogen and/or carbon source.; Remark: the proline utilisation gene cluster of Aspergillus nidulans can be repressed efficiently only when both repressing nitrogen and repressing carbon sources are present.; Title: strong similarity to proline permease prnB -Aspergillus nidulans; See PMID 2664423; See PMID 8437566; uncharacterized protein	2357630..2359246	Aspergillus niger	4986366
An12g10140	CDS	An12g10140	NT_166527.1	2359354	2360848	R	Catalytic activity: (S)-2-hydroxy acid + O2 = 2-oxo acid + h2O2.; Pathway: Glyoxylate and dicarboxylate metabolism.; Remark: the IRE-like sequence in mouse GOX exhibited strong binding to IRPs at room temperature.; Title: strong similarity to glycolate oxidase GOX -Mus musculus; See PMID 9891009; uncharacterized protein	complement(join(2359354..2359429,2359490..2359566,2359621..2359874,2359926..2360000,2360053..2360217,2360270..2360699,2360762..2360848))	Aspergillus niger	4986367
An12g10150	CDS	An12g10150	NT_166527.1	2361213	2363058	D	Catalytic activity: RCH2NH2 + H2O + O2 = RCHO + NH3 + H2O2.; Pathway: glycine, serine and threonine metabolism; arginine and proline metabolism; histidine metabolism; tyrosine metabolism; phenylalanine metabolism; tryptophan metabolism.; Remark: flavoprotein(FAD). Acts on primary amines,and usually also on some secondary and tertiary amines.; Remark: trout MAO oxidizes both serotonin [5-hydroxytryptamine (5-HT)] and beta-phenylethylamine (PEA).; Title: strong similarity to monoamine oxidase MAO -Oncorhynchus mykiss; See PMID 7808446; uncharacterized protein	join(2361213..2361941,2361994..2363058)	Aspergillus niger	4986368
An12g10160	CDS	An12g10160	NT_166527.1	2363544	2364812	D	Title: similarity to hypothetical UDP-galactose:N-acetylgalactosamine-alpha-R beta 1,3-galactosyltransferase C1galt1 - Rattus norvegicus; uncharacterized protein	2363544..2364812	Aspergillus niger	4986369
An12g10170	CDS	An12g10170	NT_166527.1	2364987	2365629	R	Title: weak similarity to hypothetical PxORF73 peptide Pxorf73 - Plutella xylostella; uncharacterized protein	complement(join(2364987..2365026,2365154..2365629))	Aspergillus niger	4986370
An12g10180	CDS	An12g10180	NT_166527.1	2367229	2368808	R	Title: strong similarity to hypothetical protein BAC67939.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(2367229..2368202,2368265..2368808))	Aspergillus niger	4986371
An12g10190	CDS	An12g10190	NT_166527.1	2370620	2372503	R	Remark: Tna1p is necessary for nicotinic acid import into the cell.; Similarity: belongs to the allantoate permease family; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	complement(join(2370620..2370870,2370931..2371248,2371304..2371405,2371459..2371815,2371863..2371985,2372033..2372193,2372260..2372404,2372491..2372503))	Aspergillus niger	4986372
An12g10200	CDS	An12g10200	NT_166527.1	2373696	2374676	R	Remark: the protein shows partial homology to ice nucleation proteins.; Title: weak similarity to ice nucleation gene inaX -Xanthomonas campestris; See PMID 2259339; uncharacterized protein	complement(2373696..2374676)	Aspergillus niger	84592750
An12g10210	CDS	An12g10210	NT_166527.1	2375676	2376791	D	Title: similarity to hypothetical protein CAD21295.1 - Neurospora crassa; <NA>	join(<2375676..2375940,2376017..2376148,2376210..2376340,2376550..>2376791)	Aspergillus niger	10098163
An12g10220	CDS	An12g10220	NT_166527.1	2377660	2379649	D	Function: oxidation of leucoanthocyanidins into anthocyanidins.; Pathway: flavonoid synthesis; anthocyanidins biosynthesis.; Remark: steady-state level of mRNAs encoded by the flavonoid biosynthetic genes as determined in young seedlings is coordinately induced by light.; Similarity: belongs to the iron/ascorbate-dependent family of oxidoreductases.; Title: similarity to leucoanthocyanidin dioxygenase LDOX - Vitis vinifera; See PMID 8193299; uncharacterized protein	join(2377660..2377694,2377765..2377853,2377890..2377961,2378051..2378185,2378268..2378492,2378679..2378818,2379240..2379273,2379355..2379472,2379520..2379649)	Aspergillus niger	4986375
An12g10230	CDS	An12g10230	NT_166527.1	2380199	2381155	D	Remark: atf21 regulates meiosis and mitosis in fission yeast by two branches of a MAP kinase cascade.; Title: similarity to ATF/CREB-family transcription factor atf21p - Schizosaccharomyces pombe; See PMID 8824587; See PMID 10102365; uncharacterized protein	2380199..2381155	Aspergillus niger	4986376
An12g10240	CDS	An12g10240	NT_166527.1	2381887	2382259	R	Remark: expression of the con-10 gene in various mutants defective at different stages of conidiation indicates that it plays a role after aerial hyphal development.; Title: strong similarity to conidiation-specific protein pCon-10a - Neurospora crassa; See PMID 2970007; uncharacterized protein	complement(join(2381887..2382075,2382134..2382259))	Aspergillus niger	4986377
An12g10250	CDS	An12g10250	NT_166527.1	2383639	2385760	R	Catalytic activity: Phenol + NADPH + O2 = Catechol + NADP+ + H2O.; Pathway: phenylalanine metabolism; toluene degradation.; Remark: southern blot analysis revealed the presence of phenol hydroxylase gene-related sequences in a number of T. cutaneum and Trichosporon beigelii strains and in Cryptococcus elinovii but not in Trichosporon pullulans,Trichosporon penicillatum, or Candida tropicalis.; Title: strong similarity to phenol 2-monooxygenase -Trichosporon beigelii; See PMID 1429434; uncharacterized protein	complement(join(2383639..2384515,2384564..2384604,2384650..2384885,2384938..2385102,2385159..2385402,2385509..2385760))	Aspergillus niger	4986378
An12g10260	CDS	An12g10260	NT_166527.1	2386232	2386706	R	hypothetical protein	complement(join(2386232..2386381,2386477..2386519,2386612..2386706))	Aspergillus niger	84592751
An12g10270	CDS	An12g10270	NT_166527.1	2388462	2390100	D	Catalytic activity: S-adenosyl-L-methionine = 1-aminocyclopropane-1-carboxylate + methylthioadenosine.; Pathway: propanoate metabolism.; Remark: comparative analysis of structural and expression characteristics of ACC synthase genes from Arabidopsis and other plant species suggests that the sequence divergence of the ACC synthase genes and possibly the distinct regulatory networks governing the expression of ACC synthase subfamilies arose early in plant evolution and before the divergence of monocots and dicots.; Title: similarity to 1-aminocyclopropane-1-carboxylate synthase ACS1 -Arabidopsis thaliana; See PMID 8566772; See PMID 1438312; uncharacterized protein	join(2388462..2388526,2388762..2388893,2388920..2389138,2389324..2389532,2389615..2389966,2389971..2390100)	Aspergillus niger	84592752
An12g10280	CDS	An12g10280	NT_166527.1	2390984	2393292	D	Remark: the protein seems approximately N-terminal 200 amino acids shorter.; Title: similarity to hypothetical protein 1A9.40 -Neurospora crassa; uncharacterized protein	join(2390984..2391635,2391713..2393292)	Aspergillus niger	4986381
An12g10290	CDS	An12g10290	NT_166527.1	2394258	2396650	D	Phenotype: mutations in S. cerevisiae HOL1 confer the ability of cells to take up histidinol from the medium.; Similarity: to ion transporters similar to the major facilitator superfamily of transporters.; Title: similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; See PMID 2405251; See PMID 8955402; uncharacterized protein	join(2394258..2394354,2395103..2395375,2395569..2396650)	Aspergillus niger	4986382
An12g10300	CDS	An12g10300	NT_166527.1	2397057	2398093	R	Remark: only a part of the protein match to serine/threonine protein kinase-like protein in Arabidopsis thaliana.; hypothetical protein	complement(join(2397057..2397452,2397522..2397636,2397697..2397899,2397986..2398093))	Aspergillus niger	84592753
An12g10310	CDS	An12g10310	NT_166527.1	2398230	2398704	D	hypothetical protein	join(2398230..2398603,2398656..2398704)	Aspergillus niger	84592754
An12g10320	CDS	An12g10320	NT_166527.1	2400956	2401975	D	Function: high affinity zinc transport protein.; Remark: also strong similarity to metal-regulated transporter polypeptide ZRT2 in Arabidopsis thaliana patent WO9745000-A1.; Similarity: to other zinc transport proteins of Arabidopsis thaliana, Schizosaccharomyces pombe.; Title: strong similarity to high affinity zinc transport protein Zrt1 - Saccharomyces cerevisiae; See PMID 8322518; uncharacterized protein	join(2400956..2401135,2401178..2401975)	Aspergillus niger	4986385
An12g10330	CDS	An12g10330	NT_166527.1	2403566	2404168	R	Remark: N-terminal truncated ORF due to end of contig.; Title: weak similarity to hypothetical protein encoded by An02g14500 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(2403566..>2404168)	Aspergillus niger	4986386
An12g10340	CDS	An12g10340	NT_166527.1	2406428	2407326	R	Similarity: shows similarity to N-terminal half of purine-cytosine permease homolog yxlA of B. subtilis and to N-terminal half of hypothetical proteins of M. pneumoniae and M . genitalium. .; Title: weak similarity to hypothetical purine-cytosine permease homolog yxlA - Bacillus subtilis; uncharacterized protein	complement(join(2406428..2407153,2407210..2407326))	Aspergillus niger	4986387
An12g10350	CDS	An12g10350	NT_166527.1	2408400	2408768	R	Title: strong similarity to hypothetical protein encoded by An15g07090 - Aspergillus niger; uncharacterized protein	complement(join(2408400..2408445,2408503..2408570,2408634..2408768))	Aspergillus niger	4986388
An12g10360	CDS	An12g10360	NT_166527.1	2410308	2411486	R	Title: similarity to hypothetical protein encoded by An08g08280 - Aspergillus niger; uncharacterized protein	complement(join(2410308..2411204,2411268..2411486))	Aspergillus niger	4986389
An12g10370	CDS	An12g10370	NT_166527.1	2414534	2415381	D	hypothetical protein	join(2414534..2415294,2415345..2415381)	Aspergillus niger	84592755
An12g10380	CDS	An12g10380	NT_166527.1	2415814	2418780	R	Catalytic activity: chitin synthase catalyzes the conversion of UDP-N-acetyl-D-glucosamine + [1,4-(N-Acetyl-beta-D-glucosaminyl)]n = UDP + [1,4-(N-Acetyl-beta-D-glucosaminyl)]n+1.; Function: chitin synthase catalyzes the alpha-1,4-glycosylation of chitin by UDP-N-acetyl-D-glucosamine producing elongated chitin and UDP.; Title: strong similarity to chitin synthase C chsC -Aspergillus fumigatus; uncharacterized protein	complement(join(2415814..2415951,2416014..2417690,2417807..2418168,2418230..2418623,2418697..2418780))	Aspergillus niger	4986391
An12g10390	CDS	An12g10390	NT_166527.1	2422180	2423823	R	Function: The tannase of A. oryzae hydrolyzes the ester bonds of tannic acid to produce gallic acid and glucose.; Title: similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; uncharacterized protein	complement(join(2422180..2423414,2423493..2423823))	Aspergillus niger	4986392
An12g10400	CDS	An12g10400	NT_166527.1	2425139	2426311	R	Similarity: shows similarity to C-terminal part of PA1406 of P. aeruginosa.; Title: similarity to hypothetical protein encoded by An16g01890 - Aspergillus niger; uncharacterized protein	complement(2425139..2426311)	Aspergillus niger	4986393
An12g10410	CDS	An12g10410	NT_166527.1	2427810	2429117	R	Catalytic activity: UDPglucose = UDPgalactose.; Pathway: galactose metabolism; nucleotide sugars metabolism.; Remark: the enzyme requires NAD+. Also acts on UDP-2-deoxyglucose.; Title: strong similarity to UDP-Glc-4-epimerase galE - Escherichia coli; See PMID 10531250; uncharacterized protein	complement(join(2427810..2428738,2428823..2429117))	Aspergillus niger	4986394
An12g10420	CDS	An12g10420	NT_166527.1	2430806	2431983	R	Remark: spherulin 4 from Physarum polycephalum accumulates during spherulation.; Title: similarity to developmentally regulated spherulin 4 - Physarum polycephalum; See PMID 2930775; uncharacterized protein	complement(join(2430806..2431126,2431383..2431776,2431880..2431983))	Aspergillus niger	84592756
An12g10430	CDS	An12g10430	NT_166527.1	2432299	2434014	R	Remark: it seems that there has been an gene duplication with 22CK but the similarity here is much better.; Remark: spherulin 4 from Physarum polycephalum accumulates during spherulation.; Title: strong similarity to developmentally regulated spherulin 4 - Physarum polycephalum; See PMID 2930775; uncharacterized protein	complement(join(2432299..2432573,2432736..2433018,2433119..2433470,2433535..2433832,2433915..2434014))	Aspergillus niger	4986396
An12g10440	CDS	An12g10440	NT_166527.1	2434536	2443432	D	Title: strong similarity to hypothetical protein CAD70539.1 - Neurospora crassa; uncharacterized protein	join(2434536..2434604,2434673..2434775,2434848..2435752,2435803..2437716,2437800..2441967,2442020..2442479,2442538..2442748,2442809..2443432)	Aspergillus niger	4986397
An12g10450	CDS	An12g10450	NT_166527.1	2443555	2445009	R	Title: weak similarity to hypothetical protein SCC88.10c - Streptomyces coelicolor; uncharacterized protein	complement(join(2443555..2443865,2443900..2443952,2444231..2445009))	Aspergillus niger	4986398
An12g10460	CDS	An12g10460	NT_166527.1	2445627	2446110	D	Title: weak similarity to hypothetical protein encoded by Orf10 - Yersinia enterocolitica; uncharacterized protein	join(2445627..2446000,2446032..2446110)	Aspergillus niger	84592757
An12g10470	CDS	An12g10470	NT_166527.1	2447248	2450654	D	Remark: only repetitive sequences are shown homology.; Title: weak similarity to retinitis pigmentosa GTPase regulator RPGR - Homo sapiens; uncharacterized protein	join(2447248..2447392,2447444..2449806,2449875..2450385,2450509..2450654)	Aspergillus niger	4986400
An12g10480	CDS	An12g10480	NT_166527.1	2451305	2455772	D	Remark: C-terminal truncated ORF due to end of contig.; Remark: the SEN1 gene, which is essential for growth in the yeast S. cerevisiae, is required for endonucleolytic cleavage of introns from all 10 families of precursor tRNAs.; Title: similarity to protein Sen1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 1569945; uncharacterized protein	join(2451305..2451318,2451379..2455043,2455083..2455363,2455437..>2455772)	Aspergillus niger	4986401
An12g10490	CDS	An12g10490	NT_166527.1	2457262	2458510	D	Title: weak similarity to WbpV - Pseudomonas aeruginosa; See PMID 10627048; uncharacterized protein	join(2457262..2457729,2457798..2457986,2458051..2458334,2458387..2458510)	Aspergillus niger	4986402
An12g10500	CDS	An12g10500	NT_166527.1	2458785	2460359	R	Remark: also strong similarity to patent FR2728905-A1 which is also the stereospecific, heat-stable amino acid amidohydrolase from B. stearothermophilus.; Remark: the deacetylating capacity of purified aminoacylase Bacillus stearothermophilus varies considerably depending on the nature of the amino acid residue in the substrate.; Similarity: belongs to peptidase M40, also known as the AMA/HIPO/HYUC family of hydrolases.; Title: strong similarity to N-carbamyl-L-amino acid amidohydrolase amaB - Bacillus stearothermophilus; See PMID 8285691; See PMID 9023955; uncharacterized protein	complement(join(2458785..2458860,2458914..2459741,2459810..2460172,2460205..2460359))	Aspergillus niger	4986403
An12g10510	CDS	An12g10510	NT_166527.1	2460653	2462920	D	Remark: the predicted ORF probably encodes a fusion protein between a acetylornithine deacetylase (EC 3. 5. 1. 16) (C-terminal) and a dehydratase (N-terminal), as the predicted ORF has a 359 amino acid extention at the N-terminus compaired to argE of M. xanthus, which shows similarity to threonine dehydratases (EC 4. 2. 1. 16).; Title: similarity to acetylornithine deacetylase argE - Myxococcus xanthus; See PMID 8092856; See PMID 9829957; uncharacterized protein	2460653..2462920	Aspergillus niger	4986404
An12g10520	CDS	An12g10520	NT_166527.1	2463372	2465084	D	Remark: Meis1 from Homo sapiens encodes a homeobox protein belonging to the TALE (three amino acid loop extension) family of homeodomain-containing proteins.; Remark: the similarity is only in the homeodomain in the found proteins.; Similarity: belongs to the TALE/MEIS family of homeobox proteins.; Title: similarity to Meis1-related protein 2 MRG2 -Homo sapiens; See PMID 9049632; uncharacterized protein	2463372..2465084	Aspergillus niger	4986405
An12g10530	CDS	An12g10530	NT_166527.1	2466257	2467912	R	Title: similarity to kinesin light chain KLC -Plectonema boryanum; uncharacterized protein	complement(2466257..2467912)	Aspergillus niger	84592758
An12g10540	CDS	An12g10540	NT_166527.1	2468722	2469455	D	Similarity: shows similarity to N-terminal part of mrsA of M. tuberculosis.; Title: weak similarity to hypothetical phosphoglucomutase or phosphomannomutase mrsA -Mycobacterium tuberculosis; uncharacterized protein	join(2468722..2468882,2469201..2469280,2469298..2469455)	Aspergillus niger	84592759
An12g10550	CDS	An12g10550	NT_166527.1	2470787	2474558	R	Similarity: shows similarity to several sensor/response regulator proteins, the similarity is restricted to the His Kinase A phosphoacceptor domain and Histidine kinase-ATPase domain.; Title: similarity to histidine protein kinase/response regulator luxQ - Vibrio harveyi; uncharacterized protein	complement(join(2470787..2470933,2470997..2471270,2471331..2472347,2472405..2473121,2473177..2474340,2474500..2474558))	Aspergillus niger	4986408
An12g10560	CDS	An12g10560	NT_166527.1	2475566	2476870	D	Similarity: aminoacids 5-257 show similarity to N-terminal half of S. cerevisiae Gal80p.; Similarity: shows similarity to several oxidoreductases.; Title: similarity to negative regulator for expression of galactose-induced genes Gal80 - Saccharomyces cerevisiae; uncharacterized protein	join(2475566..2476169,2476250..2476408,2476470..2476870)	Aspergillus niger	4986409
An12g10570	CDS	An12g10570	NT_166527.1	2477099	2479664	R	Title: weak similarity to hypothetical isoflavone reductase homolog F18A5.50 - Arabidopsis thaliana; uncharacterized protein	complement(join(2477099..2477159,2477212..2477364,2477432..2477594,2477664..2478308,2478539..2478749,2478933..2479664))	Aspergillus niger	4986410
An12g10580	CDS	An12g10580	NT_166527.1	2479966	2480923	D	Title: similarity to hypothetical protein 4 -Streptomyces coelicolor; uncharacterized protein	join(2479966..2480216,2480248..2480923)	Aspergillus niger	4986411
An12g10590	CDS	An12g10590	NT_166527.1	2481160	2482695	R	hypothetical protein	complement(join(2481160..2481410,2481477..2482695))	Aspergillus niger	4986412
An12g10600	CDS	An12g10600	NT_166527.1	2483368	2484495	R	hypothetical protein	complement(2483368..2484495)	Aspergillus niger	4986413
An12g10610	CDS	An12g10610	NT_166527.1	2485050	2486293	R	Similarity: shows similarity to several dihydroflavonol an cinnamoyl-coA reductases.; Title: similarity to aldehyde reductase ARII -Sporidiobolus salmonicolor; See PMID 10583966; uncharacterized protein	complement(join(2485050..2485354,2485410..2485547,2485606..2485971,2486038..2486293))	Aspergillus niger	4986414
An12g10620	CDS	An12g10620	NT_166527.1	2486627	2488556	D	Title: similarity to hypothetical transcription activator SPAC139.03 - Schizosaccharomyces pombe; uncharacterized protein	join(2486627..2486992,2487059..2487467,2487572..2487681,2487915..2488556)	Aspergillus niger	84592760
An12g10630	CDS	An12g10630	NT_166527.1	2489072	2490637	R	Catalytic activity: acid phosphatase catalyzes the conversion of an orthophosphoric monoester + H2O = an alcohol + orthophosphate.; Title: similarity to acid phosphatase aphA -Aspergillus ficuum; uncharacterized protein	complement(join(2489072..2490435,2490505..2490637))	Aspergillus niger	4986416
An12g10640	CDS	An12g10640	NT_166527.1	2491354	2492432	R	Similarity: shows similarity to several hydroxyisoflavone reductases.; Title: similarity to 2-hydroxyisoflavone reductase IRL - Zea mays; uncharacterized protein	complement(join(2491354..2492301,2492361..2492432))	Aspergillus niger	4986417
An12g10650	CDS	An12g10650	NT_166527.1	2493458	2494007	R	Title: weak similarity to hypothetical protein DR0722 - Deinococcus radiodurans; uncharacterized protein	complement(join(2493458..2493886,2493960..2494007))	Aspergillus niger	4986418
An12g10660	CDS	An12g10660	NT_166527.1	2494624	2497252	D	Function: nirA of A. nidulans is a zinc finger transcription factor mediating nitrate induction of genes involved in nitrate assimilation (nitrate reductase,nitrite reductases and a nitrate permease, niaD, niiA and crnA, respectively).; Remark: the nitrate assimilation genes are induced by nitrate and repressed by ammonium at the transcriptional level.; Similarity: the ORF shows similarity to several transcriptional activators.; Title: similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; uncharacterized protein	join(2494624..2494757,2494843..2495864,2495918..2496050,2496099..2496308,2496344..2496520,2496577..2497252)	Aspergillus niger	4986419
An12g10670	CDS	An12g10670	NT_166527.1	2498239	2499638	D	Title: similarity to hypothetical lyase SC7E4.19 -Streptomyces coelicolor; uncharacterized protein	join(2498239..2498396,2498438..2498799,2498858..2499014,2499071..2499160,2499212..2499245,2499302..2499513,2499566..2499638)	Aspergillus niger	4986420
An12g10680	CDS	An12g10680	NT_166527.1	2501098	2502912	D	Similarity: shows strong similarity to several hypothetical monooxygenases and epoxigenases of different organisms.; Title: strong similarity to hypothetical monooxygenase paxM - Penicillium paxilli; See PMID 11169115; uncharacterized protein	join(2501098..2501393,2501491..2501768,2501818..2502188,2502238..2502912)	Aspergillus niger	4986421
An12g10690	CDS	An12g10690	NT_166527.1	2502985	2503665	D	hypothetical protein	2502985..2503665	Aspergillus niger	84592761
An12g10700	CDS	An12g10700	NT_166527.1	2506262	2507223	R	Title: similarity to hypothetical protein SPAC1952.10c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2506262..2506426,2506584..2507021,2507098..2507223))	Aspergillus niger	4986423
An12g10710	CDS	An12g10710	NT_166527.1	2508354	2509079	R	Title: strong similarity to hypothetical protein SPAC869.06c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2508354..2508677,2508741..2509079))	Aspergillus niger	4986424
An12g10720	CDS	An12g10720	NT_166527.1	2509795	2511916	D	Catalytic activity: catalase catalyzes the converison of 2 H2O2 = O2 + 2 H2O.; Similarity: shows strong similarity to several catalases of different species.; Title: strong similarity to catalase kat -Methanosarcina barkeri; See PMID 10382262; uncharacterized protein	join(2509795..2510113,2510184..2510242,2510310..2510471,2510538..2510662,2510719..2510808,2510858..2511125,2511185..2511916)	Aspergillus niger	4986425
An12g10730	CDS	An12g10730	NT_166527.1	2512450	2513574	D	Title: strong similarity to hypothetical protein AAO51653.1 - Dictyostelium discoideum; uncharacterized protein	2512450..2513574	Aspergillus niger	4986426
An12g10740	CDS	An12g10740	NT_166527.1	2514918	2515976	R	Similarity: similarity hypothetical protocatechuate 3,4-dioxygenase beta chain of Streptomyces cover the N-terminal 300 aminoacids.; Title: similarity to hypothetical exported protein YPO0987 - Yersinia pestis; uncharacterized protein	complement(2514918..2515976)	Aspergillus niger	4986427
An12g10750	CDS	An12g10750	NT_166527.1	2516679	2518501	D	Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; uncharacterized protein	join(2516679..2516753,2516849..2516952,2517001..2517700,2517749..2518501)	Aspergillus niger	4986428
An12g10760	CDS	An12g10760	NT_166527.1	2519330	2521245	D	Title: similarity to hypothetical protein YPL146c -Saccharomyces cerevisiae; uncharacterized protein	join(2519330..2519563,2519750..2519851,2519935..2520275,2520361..2520526,2520609..2520686,2520914..2521083,2521167..2521245)	Aspergillus niger	84592762
An12g10770	CDS	An12g10770	NT_166527.1	2521491	2523633	R	Catalytic activity: aao uses oxygen as an acceptor to produce hydrogen peroxide from primary aromatic or poly-unsaturated aliphatic alcohols.; Pathway: aao is involved in lignin degradation by Pleurotus pulmonarius.; Remark: the purified aao is an extracellular glycoprotein with 14% N-carbohydrate content.; Title: strong similarity to aryl-alcohol oxidase precursor aao - Pleurotus pulmonarius; extracellular/secretion proteins; See PMID 10606774; uncharacterized protein	complement(join(2521491..2522422,2522468..2522741,2522772..2523030,2523091..2523218,2523264..2523501,2523578..2523633))	Aspergillus niger	84592763
An12g10780	CDS	An12g10780	NT_166527.1	2525058	2527613	R	Function: the pathogenicity protein PTH11 functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Localization: a PTH11-green fluorescent protein fusion was localized to the cell membrane and vacuoles.; Title: strong similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(2525058..2525243,2525353..2525554,2525652..2525934,2525991..2526058,2526117..2526536,2526588..2526627,2526687..2526723,2526777..2526976,2527031..2527145,2527195..2527306,2527441..2527613))	Aspergillus niger	4986430
An12g10790	CDS	An12g10790	NT_166527.1	2529797	2531449	D	Title: strong similarity to hypothetical oxidase dotB - Mycosphaerella pini; uncharacterized protein	join(2529797..2529936,2530020..2530144,2530269..2530445,2530509..2530829,2530881..2531055,2531119..2531449)	Aspergillus niger	4986432
An12g10800	CDS	An12g10800	NT_166527.1	2532960	2533349	D	hypothetical protein	join(2532960..2533064,2533227..2533275,2533309..2533349)	Aspergillus niger	84592764
An12g10810	CDS	An12g10810	NT_166527.1	2533582	2534124	D	Remark: the mRNA sequence of cDNA clone 2678 shows 100 percent identity to the genomic DNA.; Similarity: the ORF encoded protein shows a significant selfblast hit to the hypothetical protein An06g00160 from Aspergillus niger.; Title: strong similarity to EST an_2678 -Aspergillus niger; uncharacterized protein	join(2533582..2533750,2533835..2534124)	Aspergillus niger	4986434
An12g10820	CDS	An12g10820	NT_166527.1	2535988	2536428	R	hypothetical protein	complement(2535988..2536428)	Aspergillus niger	84592765
An12g10830	CDS	An12g10830	NT_166527.1	2536453	2537569	D	Induction: mRNA of binA from A. nidulans was induced by bafilomycin.; Remark: the ORF shows also a match with the A. niger EST SEQ ID NO:4020 from patent WO200056762-A2.; Title: similarity to hypothetical protein EAA74834.1 - Gibberella zeae; uncharacterized protein	join(2536453..2536471,2536549..2536785,2536842..2536898,2537019..2537569)	Aspergillus niger	4986436
An12g10840	CDS	An12g10840	NT_166527.1	2537871	2538521	R	hypothetical protein	complement(2537871..2538521)	Aspergillus niger	84592766
An12g10850	CDS	An12g10850	NT_166527.1	2540913	2541940	D	Function: macrophomate synthase from the fungus Macrophoma commelinae is a Mg(II)-dependent dimeric enzyme that catalyzes an extraordinary, complex five-step chemical transformation from 2-pyrone and oxalacetate to benzoate involving decarboxylation, C-C bond formation, and dehydration.; Induction: oxalacetate inhibits the enzyme activity at a concentration higher than 5 mM, and magnesium chloride stimulates the enzyme activity.; Title: strong similarity to macrophomate synthase -Macrophoma commelinae; See PMID 10731719; See PMID 10984474; uncharacterized protein	join(2540913..2541164,2541283..2541542,2541583..2541940)	Aspergillus niger	4986438
An12g10860	CDS	An12g10860	NT_166527.1	2543241	2546616	D	Function: lys2 catalyzes both the activation and reduction of alpha-aminoadipic acid to its semialdehyde.; Similarity: lys2 belongs to the superfamily of acyladenylate-forming enzymes.; Title: similarity to aminoadipate reductase enzyme lys2 - Acremonium chrysogenum; See PMID 11254122; uncharacterized protein	join(2543241..2543549,2543670..2543883,2543947..2546153,2546224..2546616)	Aspergillus niger	4986439
An12g10870	CDS	An12g10870	NT_166527.1	2549118	2549792	R	Title: similarity to hypothetical acetyltransferase 2SCG4.07c - Streptomyces coelicolor; uncharacterized protein	complement(join(2549118..2549214,2549362..2549792))	Aspergillus niger	4986440
An12g10880	CDS	An12g10880	NT_166527.1	2551592	2553044	D	hypothetical protein	join(2551592..2551649,2551873..2552016,2552190..2552205,2552306..2552561,2552743..2552900,2552990..2553044)	Aspergillus niger	84592767
An12g10890	CDS	An12g10890	NT_166527.1	2553169	2554032	R	Title: weak similarity to dehydrogenase LovC from patent WO200037629-A2 - Aspergillus terreus; uncharacterized protein	complement(join(2553169..2553248,2553354..2553913,2553998..2554032))	Aspergillus niger	84592768
An12g10900	CDS	An12g10900	NT_166527.1	2554977	2555709	D	Title: weak similarity to tropinone reductase II TRN2 - Datura stramonium; uncharacterized protein	join(2554977..2555178,2555345..2555709)	Aspergillus niger	84592769
An12g10910	CDS	An12g10910	NT_166527.1	2556052	2557247	D	Function: lovC from A. terreus is essential for formation of 4a,5-dihydromonacolin L.; Title: similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 11386351; See PMID 11412974; uncharacterized protein	join(2556052..2556174,2556244..2556266,2556317..2556433,2556506..2556933,2556970..2557050,2557102..2557247)	Aspergillus niger	4986444
An12g10920	CDS	An12g10920	NT_166527.1	2558707	2559374	D	Title: similarity to protein cognate of protein kinase C-theta from patent WO9714038-A1 - Homo sapiens; uncharacterized protein	join(2558707..2558763,2558898..2559064,2559095..2559116,2559147..2559374)	Aspergillus niger	84592770
An12g10930	CDS	An12g10930	NT_166527.1	2560058	2561124	D	Title: similarity to hypothetical protein encoded by An12g10570 - Aspergillus niger; uncharacterized protein	join(2560058..2560362,2560447..2560670,2560745..2560818,2560987..2561124)	Aspergillus niger	84592771
An12g10940	CDS	An12g10940	NT_166527.1	2562784	2564000	D	Title: questionable ORF; uncharacterized protein	join(2562784..2562789,2563268..2563292,2563589..2563666,2563963..2564000)	Aspergillus niger	84592772
An12g10950	CDS	An12g10950	NT_166527.1	2565000	2565645	R	Title: similarity to guanine nucleotide-specific ribonuclease Po1 - Pleurotus ostreatus; See PMID 7798182; uncharacterized protein	complement(join(2565000..2565292,2565354..2565645))	Aspergillus niger	4986448
An12g10960	CDS	An12g10960	NT_166527.1	2566417	2566731	D	Remark: C-terminally truncated due to contig border.; Title: strong similarity to hypothetical protein encoded by An03g02680 - Aspergillus niger [truncated ORF]; uncharacterized protein	2566417..>2566731	Aspergillus niger	84592773
An15g00010	CDS	An15g00010	NT_166530.1	1	2114	R	Complex: Sec15p of S. cerevisiae and six other proteins (Sec6p, Sec8p, Sec3p, Sec5p, Sec10p and Exo70p) together form the exocyst complex.; Function: Sec15p of S. cerevisiae and six other proteins (Sec6p, Sec8p, Sec3p, Sec5p, Sec10p and Exo70p) function together in a complex (exocyst) required for exocytosis, and not other intracellular trafficking steps.; Localization: the exocyst of S. cerevisiae is specifically located at sites of vesicle fusion at the tip of the bud.; Remark: C-terminally truncated ORF due to end of contig.; Title: strong similarity to exocyst complex vesicular traffic control protein Sec15 - Saccharomyces cerevisiae [truncated ORF]; plasma membrane; See PMID 10873817; See PMID 8978675; uncharacterized protein	complement(join(<1..261,309..444,501..571,662..763,822..953,1011..2003,2064..2114))	Aspergillus niger	4987607
An15g00020	CDS	An15g00020	NT_166530.1	3793	6597	D	Complex: Mei2p of S. pombe also binds to the novel WD-repeat protein Mip1p, which facilitates function of the meiotic regulator Mei2p.; Complex: Mei2p of S. pombe binds to a polyadenylated RNA molecule, meiRNA, loss of which blocks meiosis I.; Function: mei2 of S. pombe is required also for meiosis I.; Function: mei2 of S. pombe, which is essential but not sufficient for the initiation of premeiotic DNA synthesis, encodes an RNA-binding protein.; Localization: binding of Mei2p of S. pombe to mRNA is necessary for nuclear localization of Mei2p.; Repression: the expression of mei2 of S. pombe is negatively regulated by cAMP.; Title: similarity to meiotic RNA-binding protein mei2p - Schizosaccharomyces pombe; See PMID 2840284; See PMID 7520368; See PMID 9778252; uncharacterized protein	join(3793..3983,4016..4424,4521..4955,5012..5377,5436..5471,5539..5605,5692..5780,5828..5845,5895..5940,5978..6070,6202..6321,6377..6597)	Aspergillus niger	4987632
An15g00025	CDS	An15g00025	NT_166530.1	7721	7960	D	Title: strong similarity to hypothetical protein EAA57835.1 - Aspergillus nidulans; uncharacterized protein	7721..7960	Aspergillus niger	84593076
An15g00030	CDS	An15g00030	NT_166530.1	8003	11545	R	Function: Las21p of S. cerevisiae participates in extracellular/cell surface phenomena.; Function: the major facilitator super family is the largest family of secondary transport carriers and each newly identified family has been shown to exhibit specificity for a single class of substrates.; Remark: Las21 is a synonymous name for Yj1062W.; Remark: the N-terminal of An15g00030 shows high similarity to regions conserved in many phosphodiesterases and nucleotide pyrophosphatases as shown by alignment with Pig-o - Mus musculus.; Similarity: Las21 (Yj1062W) of S. cerevisiae is a member of the major facilitator super family, possessing multimembrane spanning domains.; Title: strong similarity to member of the major facilitator superfamily Las21 - Saccharomyces cerevisiae; plasma membrane; See PMID 10734606; See PMID 10781593; See PMID 10943556; uncharacterized protein	complement(join(8003..8127,8302..8469,8625..9149,9617..10216,10282..10652,10708..10835,10900..11239,11346..11545))	Aspergillus niger	4987619
An15g00040	CDS	An15g00040	NT_166530.1	11697	12705	R	Remark: N-terminal half shows similarity to YBL028c of S. cerevisiae; S. cerevisiae YBL028c is 100 aa shorter.; Remark: YBL028c of S. cerevisiae has been classified as mating type regulating protein by the MIPS database,but no supporting literature was found.; Title: similarity to hypothetical protein YBL028c -Saccharomyces cerevisiae; uncharacterized protein	complement(join(11697..11733,11830..12070,12242..12328,12419..12466,12525..12705))	Aspergillus niger	4987636
An15g00050	CDS	An15g00050	NT_166530.1	13268	15279	D	Function: SIZ1 of S. cerevisiae is required for septin-sumoylation where together with the SUMO1/Smt3-ligase it acts as an adaptor between the conjugating enzyme and substrates.; Remark: SIZ1 of S. cerevisiae is also known as YDR409W.; Remark: the function of SIZ1 in S. cerrevisiae may contribute to the regulation of chromatin structure and chromosome maintenance.; Similarity: SIZ1 of S. cerevisiae is a member of the PIAS family that contain a zinc-binding RING domain.; Title: strong similarity to an E3-like factor Siz1 -Saccharomyces cerevisiae; See PMID 11333221; See PMID 11572779; See PMID 11577116; See PMID 11587849; uncharacterized protein	join(13268..13415,13510..13855,13938..14232,14330..14435,14485..14710,14769..15279)	Aspergillus niger	4987605
An15g00060	CDS	An15g00060	NT_166530.1	15802	16701	D	Complex: TRAPP (transport protein particle) of S. cereviesiae is a multiprotein complex containing ten subunits, Bet5p, Trs20p, Bet3p, Trs23p, Trs33p,Trs31p,Trs65p, Trs85p, Trs120p and Trs130p.; Function: targeting of ER vesicles to Golgi.; Golgi; Remark: Trs33p of S. cerevisiae is N-terminally 50 AA longer.; Remark: Trs33p of S. cerevisiae is a 33 kDa subunit of TRAPP.; Remark: the systematic name for Trs33p of S. cerevisiae is YOR115c.; Title: strong similarity to TRAPP complex subunit involved in targeting and fusion of ER transport vesicles to golgi Trs33 - Saccharomyces cerevisiae; See PMID 10698928; uncharacterized protein	join(15802..16031,16200..16317,16404..16493,16570..16701)	Aspergillus niger	4987611
An15g00070	CDS	An15g00070	NT_166530.1	17160	18641	R	Catalytic activity: (S)-malate + NAD(+) <=> oxaloacetate + NADH, and also oxidizes some other 2-hydroxydicarboxylic acids.; Function: malat-dehydrogenase catalyzes the conversion of oxaloacetate and malate.; Localization: normally mitochondrial, but some plant isoforms are localized in the glyoxisome.; Similarity: shows also strong similarity to cytosolic mdh from Piromyces sp. E2.; Title: strong similarity to malate dehydrogenase precursor MDH - Mus musculus; localisation:mitochondrion; See PMID 9834842; uncharacterized protein	complement(join(17160..17300,17360..17504,17558..17642,17698..18075,18136..18223,18296..18406,18509..18540,18629..18641))	Aspergillus niger	4987622
An15g00080	CDS	An15g00080	NT_166530.1	20176	20960	R	Complex: L28 of R. norvegicus is a component of the 60S fragment of the ribosome.; Function: the ribosome translates mRNA into protein.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L28 - Rattus norvegicus; cytoplasm; See PMID 2207170; uncharacterized protein	complement(join(20176..20350,20430..20554,20626..20649,20713..20807,20918..20960))	Aspergillus niger	4987625
An15g00090	CDS	An15g00090	NT_166530.1	21509	21950	D	Title: similarity to hypothetical protein SPAC1687.07 - Schizosaccharomyces pombe; uncharacterized protein	join(21509..21563,21631..21950)	Aspergillus niger	4987614
An15g00100	CDS	An15g00100	NT_166530.1	22612	23816	R	Complex: in addition to the RNA-binding activity of the human SAP 49, this protein is associated specifically with U2 snRNP and the U2 snRNP-associated spliceosomal protein SAP 145.; Function: SAP 49 of H. sapiens is associated specifically with U2 snRNP and binds to a region in the pre-mRNA immediately upstream of the branchpoint sequence in the prespliceosomal complex A.; Title: strong similarity to splicosome associated protein SAP49 - Homo sapiens; nucleus; See PMID 7958871; uncharacterized protein	complement(join(22612..23271,23352..23727,23797..23816))	Aspergillus niger	4987612
An15g00110	CDS	An15g00110	NT_166530.1	25261	26472	D	Function: FLX1 from S. cerevisiae is involved in maintaining the balance of flavin nucleotides in mitochondria.; Function: FLXI from S. cerevisiae is a flavin adenine dinucleotide transporter, maintaining a normal ratio of FAD/FMN in mitochondria.; Localization: FLXI from S. cerevisiae is localized to the inner membrane of mitochondria.; Title: strong similarity to mitochondrial FAD carrier protein Flx1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8631763; uncharacterized protein	join(25261..25378,25494..25739,25856..26115,26182..26472)	Aspergillus niger	4987608
An15g00120	CDS	An15g00120	NT_166530.1	27007	28578	R	Function: WT1 from H. sapiens recognises and binds to the DNA sequence 5'-CGCCCCCGC-3'.; Function: WT1 proteins from H. sapiens act as nucleic acid-binding zinc finger-containing transcription factors involved in both transactivation and -repression.; Remark: proteins from data banks are N-terminally longer (approx. 100 AA).; Similarity: shows similarity to various Zn-finger proteins but strongest similarity to WT1 - H. sapiens.; Title: similarity to Wilms tumor susceptibility protein WT1 - Homo sapiens; See PMID 10333728; uncharacterized protein	complement(join(27007..27357,27425..27598,27698..27751,27814..28578))	Aspergillus niger	4987627
An15g00130	CDS	An15g00130	NT_166530.1	30638	32048	R	Remark: shows weak similarity to N-terminal half of cytidylate kinase CP0181 Chlamydophila pneumoniae.; Title: questionable ORF; uncharacterized protein	complement(join(30638..30662,30797..30839,31250..31296,31419..31543,31876..31984,32041..32048))	Aspergillus niger	84593077
An15g00140	CDS	An15g00140	NT_166530.1	37514	39989	R	Complex: in S. cerevisiae Tup1 forms a complex with Ssn6 and Histone H3 and H4.; Function: Tup1 from S. cerevisiae interacts directly with histones H3 and H4 to act as general repressor of transcription.; Function: the Ssn6-Tup1 complex from S. cerevisiae likely actively recruits deacetylase activities to deacetylate adjacent nucleosomes and promote Tup1-histone interaction.; Similarity: Roc1 from Candida albicans and TupA from Aspergillus nidulans also show strong similarity.; Title: similarity to transcription repressor Tup1 -Saccharomyces cerevisiae; nucleus; See PMID 10871883; See PMID 11069890; uncharacterized protein	complement(join(37514..37538,37636..37711,37785..37917,37985..38455,38565..39100,39173..39501,39571..39652,39890..39989))	Aspergillus niger	4987601
An15g00150	CDS	An15g00150	NT_166530.1	41195	42349	D	Function: this enzyme introduces a C-5 double bond in the B ring of ergosterol.; Remark: the C5-sterol desaturase is required for ergosterol biosynthesis in yeast.; Title: strong similarity to C-5 sterol desaturase Erg3 - Saccharomyces cerevisiae; See PMID 1864507; See PMID 10514567; See PMID 10933640; uncharacterized protein	join(41195..41463,41560..42349)	Aspergillus niger	4987615
An15g00160	CDS	An15g00160	NT_166530.1	43083	46163	R	Remark: GCR3 is involved in the expression of glycolytic genes.; Title: strong similarity to transcription regulator CaGCR3 - Candida albicans; See PMID 10206191; uncharacterized protein	complement(join(43083..43972,44077..44258,44312..45258,45323..45590,45678..45784,45856..45947,46100..46163))	Aspergillus niger	4987633
An15g00170	CDS	An15g00170	NT_166530.1	47808	49440	R	Function: Schizosaccharomyces pombe skp1+ encodes a protein kinase related to mammalian glycogen synthase kinase 3.; Function: glycogen synthase kinase 3 (GSK-3) family is involved in cell fate determination, nuclear signalling,and hormonal regulation in higher eukaryotes.; Title: strong similarity to protein kinase skp1p -Schizosaccharomyces pombe; See PMID 8524294; See PMID 9064503; uncharacterized protein	complement(join(47808..47941,48008..48212,48266..48459,48515..48863,48992..49075,49133..49305,49395..49440))	Aspergillus niger	4987617
An15g00180	CDS	An15g00180	NT_166530.1	54614	55454	R	hypothetical protein	complement(join(54614..54729,54798..54834,54937..54994,55393..55454))	Aspergillus niger	84593078
An15g00190	CDS	An15g00190	NT_166530.1	59348	60563	R	Title: strong similarity to mitochondrial import receptor MOM38 - Neurospora crassa; localisation:mitochondrion; uncharacterized protein	complement(join(59348..59455,59529..60173,60252..60563))	Aspergillus niger	4987624
An15g00200	CDS	An15g00200	NT_166530.1	61614	63937	D	Remark: the H. sapiens PFKFB4 product encodes bifunctional enzyme 6-Phosphofructo-2-kinase/fructose 2,6-bisphosphatase (PFK-2/FBPase-2), responsible for the synthesis and breakdown of Fru-2,6-P2, a key metabolite in the regulation of glycolysis.; Title: similarity to 6-phosphofructo-2-kinase/fructose 2,6-bisphosphatase PFKFB4 - Homo sapiens; See PMID 10095107; uncharacterized protein	join(61614..61627,61762..61950,62009..62044,62106..62203,62308..62477,62541..62621,62677..62784,62836..62955,63027..63401,63462..63638,63698..63937)	Aspergillus niger	4987600
An15g00210	CDS	An15g00210	NT_166530.1	64872	67377	D	Remark: the systematic genename of ELP2 is YGR200C.; Title: strong similarity to elongator complex and elongating RNA pol II holoenzyme 90 kDa subunit Elp2 -Saccharomyces cerevisiae; See PMID 10777588; uncharacterized protein	join(64872..65000,65086..67377)	Aspergillus niger	4987618
An15g00220	CDS	An15g00220	NT_166530.1	67690	68598	R	Remark: the homologe S. pombe SPAC20G4. 01 protein sequence is fragmented (see database entry).; Title: strong similarity to hypothetical ATP-dependent transporter SPAC20G4.01 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(67690..68402,68466..68598))	Aspergillus niger	4987634
An15g00230	CDS	An15g00230	NT_166530.1	69014	70582	D	Catalytic activity: tRNA isopentenyltransferases catalyze the conversion of isopentenyl diphosphate + tRNA = diphosphate + tRNA containing 6-isopentenyladenosine.; Title: strong similarity to tRNA isopentenyltransferase Mod5 - Saccharomyces cerevisiae; uncharacterized protein	join(69014..69112,69191..70582)	Aspergillus niger	4987628
An15g00240	CDS	An15g00240	NT_166530.1	71155	72744	R	Function: Rai1p (Rat1p interacting protein 1) of S. cerevisisae is required for normal 5. 8S rRNA processing.; Function: S. cerevisisae rai1 deletion mutant indicated a defect in 60S rRNA biogenesis.; Remark: the systematic genename of RAI1 of S. cerevisiae is YGL246c.; Title: strong similarity to nuclear exoribonuclease binding protein Rai1 - Saccharomyces cerevisiae; See PMID 10805743; uncharacterized protein	complement(join(71155..71300,71369..71668,71751..71921,71971..72074,72131..72138,72189..72216,72270..72301,72370..72612,72670..72744))	Aspergillus niger	4987629
An15g00250	CDS	An15g00250	NT_166530.1	73280	74595	D	Title: strong similarity to hypothetical protein YOR164c - Saccharomyces cerevisiae; uncharacterized protein	join(73280..73323,73425..73681,73789..73941,74000..74595)	Aspergillus niger	4987602
An15g00260	CDS	An15g00260	NT_166530.1	74695	75331	R	hypothetical protein	complement(join(74695..74792,74977..75331))	Aspergillus niger	4987610
An15g00270	CDS	An15g00270	NT_166530.1	76033	77338	D	Complex: human replication factor C is a heteropentamer of subunits of 140/145, 40, 38, 37, and 36. 5 kD that forms a complex with proliferating cell nuclear antigen (PCNA) in the presence of ATP.; Function: the 40 kd subunit of human replication factor C binds ATP. replication factor C and PCNA are necessary for the elongation of primed DNA templates by DNA polymerase delta and epsilon.; Similarity: the predicted A. niger protein shows strong similarity to human 40 kD subunit of replication factor C (RFC2), which is also known as activator 1.; Title: strong similarity to 40 kD subunit of replication factor C RFC2 - Homo sapiens; nucleus; uncharacterized protein	join(76033..76121,76193..76413,76473..76572,76628..77050,77113..77338)	Aspergillus niger	4987613
An15g00280	CDS	An15g00280	NT_166530.1	77572	78755	R	Title: strong similarity to hypothetical protein jhp0295 - Helicobacter pylori; uncharacterized protein	complement(join(77572..77707,77770..77873,77940..78517,78650..78755))	Aspergillus niger	4987621
An15g00290	CDS	An15g00290	NT_166530.1	79400	81279	R	Catalytic activity: A monocarboxylic acid amide + H(2)O = a monocarboxylate + NH(3).; Title: strong similarity to acetamidase amdS -Aspergillus nidulans; See PMID 6769897; uncharacterized protein	complement(join(79400..80287,80350..80531,80597..80873,80935..80956,81026..81279))	Aspergillus niger	4987620
An15g00300	CDS	An15g00300	NT_166530.1	82250	84718	D	Function: the Aspergillus oryzae amyR protein binds to DNA as a homodimer, which is responsible for starch/maltose induction of amylolytic genes.; Remark: similarity corresponds only to central region of homologous protein.; Title: similarity to transcription regulator of maltose utilization amyR - Aspergillus oryzae; See PMID 10830498; uncharacterized protein	join(82250..82346,82598..83738,83797..84394,84443..84718)	Aspergillus niger	4987609
An15g00310	CDS	An15g00310	NT_166530.1	85028	86736	R	Title: strong similarity to monosaccharide transporter AmMst-1 - Amanita muscaria; plasma membrane; See PMID 9487692; uncharacterized protein	complement(join(85028..86104,86158..86454,86524..86736))	Aspergillus niger	4987630
An15g00320	CDS	An15g00320	NT_166530.1	87666	89585	D	Catalytic activity: hydrolysis of terminal non-reducing beta-D-fructofuranoside residues in beta-D-fructofuranoside.; Remark: the purified A. niger enzyme hydrolyses sucrose and raffinose but there was no detectable hydrolysis of inulin, melezitose or PNPG.; Title: strong similarity to beta-fructofuranosidase precursor suc1 - Aspergillus niger; uncharacterized protein	join(87666..89067,89134..89585)	Aspergillus niger	4987604
An15g00330	CDS	An15g00330	NT_166530.1	90226	91714	R	Title: strong similarity to glycoprotein-associated amino acid transporter b0,+AT1 - Mus musculus; plasma membrane; See PMID 8631857; See PMID 10588648; uncharacterized protein	complement(join(90226..91017,91073..91714))	Aspergillus niger	4987599
An15g00340	CDS	An15g00340	NT_166530.1	92475	93635	D	Function: protein involved in import of cytochrome c into mitochondria in yeast.; Title: similarity to mitochondrial import factor of cytochrome c Cyc2 - Saccharomyces cerevisiae; uncharacterized protein	92475..93635	Aspergillus niger	4987616
An15g00350	CDS	An15g00350	NT_166530.1	93891	96200	D	Catalytic activity: 2-Hydroxybutane-1,2,4-tricarboxylate = But-1-ene-1,2,4-tricarboxylate + H2O.; Function: responsible for the dehydration of cis-homoaconitate to homoisocitrate acid.; Pathway: third step in lysine biosynthesis.; Title: strong similarity to homoaconitate hydratase lYSF - Aspergillus nidulans; localisation:mitochondrion; uncharacterized protein	93891..96200	Aspergillus niger	4987626
An15g00360	CDS	An15g00360	NT_166530.1	97005	100280	D	Remark: similarity corresonds only to the N-terminal region, which binds integral membrane proteins. The acidic C-terminal 'regulatory' domain contains an alternatively spliced sequence.; Title: similarity to ankyrin ANK1 - Homo sapiens; See PMID 2137557; uncharacterized protein	join(97005..97450,97511..100280)	Aspergillus niger	4987603
An15g00370	CDS	An15g00370	NT_166530.1	100626	101134	D	hypothetical protein	join(100626..100795,100864..100926,100993..101134)	Aspergillus niger	84593079
An15g00380	CDS	An15g00380	NT_166530.1	101964	103896	R	Function: MSS1 of S. cerevisiae works in association with the small subunit of mitoribosomes and seems to play some part in mitochondrial translation.; Title: strong similarity to mitochondrial GTPase Mss1 - Saccharomyces cerevisiae; See PMID 8392589; See PMID 9774408; uncharacterized protein	complement(join(101964..103544,103630..103896))	Aspergillus niger	84593080
An15g00390	CDS	An15g00390	NT_166530.1	104732	110223	R	Function: sepA function in A. nidulans requires a preceding mitosis; sepA acts prior to actin ring formation during septation in A. nidulans.; Remark: the A. nidulans sepA gene encodes a member of the FH1/2 protein family, which appear to have roles in morphogenesis and cytokinesis in yeast and Drosophila.; Title: strong similarity to cytokinesis protein sepA - Aspergillus nidulans; See PMID 8150280; uncharacterized protein	complement(join(104732..105565,105622..110223))	Aspergillus niger	4987637
An15g00400	CDS	An15g00400	NT_166530.1	111094	111599	D	Title: similarity to hypothetical protein CAD70967.1 - Neurospora crassa; uncharacterized protein	join(111094..111120,111183..111599)	Aspergillus niger	4987638
An15g00410	CDS	An15g00410	NT_166530.1	112630	113867	R	Function: insertional inactivation of A. nidulans aciA did not reveal an altered phenotype. Acetate inducibility of aciA was found to be dependent on the amdA regulatory gene.; Remark: strong similarity also to formate dehydrogenases (EC 1. 2. 1. 2).; Title: strong similarity to acetate-inducible gene aciA - Aspergillus nidulans; See PMID 3916805; uncharacterized protein	complement(join(112630..113521,113611..113786,113853..113867))	Aspergillus niger	4987640
An15g00420	CDS	An15g00420	NT_166530.1	116603	119695	R	Catalytic activity: ATP + L-leucine + tRNA(Leu) = AMP + diphosphate + L-leucyl-tRNA(Leu).; Title: strong similarity to mitochondrial leucine--tRNA ligase leu-5 - Neurospora crassa; localisation:mitochondrion; See PMID 4940374; uncharacterized protein	complement(join(116603..118906,118963..119103,119171..119695))	Aspergillus niger	4987641
An15g00430	CDS	An15g00430	NT_166530.1	120103	120522	D	Title: questionable ORF; uncharacterized protein	join(120103..120128,120297..120361,120440..120522)	Aspergillus niger	84593081
An15g00440	CDS	An15g00440	NT_166530.1	123855	126071	D	Remark: homology corresponds to multiple serine repeats.; hypothetical protein	join(123855..125721,125783..125979,126033..126071)	Aspergillus niger	4987643
An15g00450	CDS	An15g00450	NT_166530.1	127226	129103	R	Title: strong similarity to hypothetical protein SPBC16A3.10 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(127226..127707,127765..128883,129082..129103))	Aspergillus niger	4987644
An15g00460	CDS	An15g00460	NT_166530.1	129529	131453	D	Function: h1Vps45 is believed to be implicated in vesicular transportation from Golgi to vacuole.; Function: the protein is necessary for the correct sorting and delivery of vacuolar hydrolases.; Title: strong similarity to vacuolar protein sorting protein hlVps45 - Homo sapiens; See PMID 10404641; uncharacterized protein	join(129529..129570,129625..129654,129717..130742,130815..131453)	Aspergillus niger	4987645
An15g00470	CDS	An15g00470	NT_166530.1	132191	136511	R	Function: in A. nidulans the hypA gene is required for multiple aspects of hyphal morphogenesis.; Remark: hyp mutants have aberrant patterns of septation and show defects in polarity establishment and tip growth in A. nidulans.; Title: strong similarity to hypercellular protein hypA - Aspergillus nidulans; See PMID 10049919; uncharacterized protein	complement(join(132191..135475,135528..136511))	Aspergillus niger	4987646
An15g00480	CDS	An15g00480	NT_166530.1	137531	142892	D	Title: strong similarity to hypothetical protein 99H12.140 - Neurospora crassa; uncharacterized protein	join(137531..137658,137719..142737,142808..142892)	Aspergillus niger	4987647
An15g00490	CDS	An15g00490	NT_166530.1	143219	144326	D	Complex: The Mediator complex is composed of two subcomplexes, the Rgr1 and Srb4 subcomplexes, which appear to function in the reception of activator signals and the subsequent modulation of Pol II activity, respectively; Complex: the Med6-containing subcomplex is composed of: Srb4p, Srb2p, Srb5p, Srb6p, Med6p, Rox3p.; Complex: the Rgr1-associated subcomplex is composed of : Rgr1p, Gal11p, Sin4p, Med3p, Srb7p, Med1p, Med4p,Med7p, Med8p, Med9p.; Function: Med6p of S. cerevisiae is subunit of the multisubunit Mediator complex which is required for most RNA polymerase II (Pol II) transcription.; Remark: the systematic genename of MED6 is YHR058C.; Title: strong similarity to RNA pol II transcription mediator Med6 - Saccharomyces cerevisiae; See PMID 9234719; See PMID 9671455; See PMID 9710620; See PMID 9891034; uncharacterized protein	join(143219..143243,143375..143736,143811..144326)	Aspergillus niger	4987648
An15g00500	CDS	An15g00500	NT_166530.1	144872	145762	D	Title: strong similarity to hypothetical protein YJL055w - Saccharomyces cerevisiae; uncharacterized protein	join(144872..144915,145033..145228,145295..145762)	Aspergillus niger	4987649
An15g00510	CDS	An15g00510	NT_166530.1	145917	146864	R	Catalytic activity: the proteasome has an ATP-dependent proteolytic activity.; Function: the proteasome is a multicatalytic proteinase complex which is characterized by its ability to cleave peptides with arg, phe, tyr, leu, and glu adjacent to the leaving group at neutral or slightly basic ph.; Pathway: is involved in an atp/ubiquitin-dependent non-lysosomal proteolytic pathway.; Title: strong similarity to proteasome 20S subunit C2 - Rattus norvegicus; See PMID 2335242; See PMID 2819072; uncharacterized protein	complement(join(145917..146555,146628..146739,146827..146864))	Aspergillus niger	4987650
An15g00520	CDS	An15g00520	NT_166530.1	147377	147997	D	Title: strong similarity to hypothetical membrane protein YJR044c - Saccharomyces cerevisiae; uncharacterized protein	join(147377..147415,147495..147708,147864..147997)	Aspergillus niger	4987651
An15g00530	CDS	An15g00530	NT_166530.1	148368	149935	D	hypothetical protein	join(148368..148428,148492..148563,148617..149935)	Aspergillus niger	4987652
An15g00540	CDS	An15g00540	NT_166530.1	150365	151119	D	Title: strong similarity to hypothetical protein B13O20.120 - Neurospora crassa; uncharacterized protein	join(150365..150463,150527..150787,150896..150993,151056..151119)	Aspergillus niger	4987653
An15g00550	CDS	An15g00550	NT_166530.1	151848	152894	R	Title: strong similarity to hypothetical protein YBR101c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(151848..151958,152043..152150,152177..152404,152478..152894))	Aspergillus niger	4987654
An15g00560	CDS	An15g00560	NT_166530.1	155508	157342	D	Title: strong similarity to actin gamma -Aspergillus nidulans; cytoskeleton; See PMID 2975248; uncharacterized protein	join(155508..155514,155642..155672,155930..155985,156173..156203,156278..157049,157112..157342)	Aspergillus niger	4987655
An15g00570	CDS	An15g00570	NT_166530.1	158794	161352	R	Catalytic activity: the AIRS part of S. pombe ADE1 converts 1-(5-phospho-D-ribosyl)acetamidine to ADP + phosphate + 5-amino-1-(5-phospho-D-ribosyl)imidazole.; Catalytic activity: the GARS part of S. pombe ADE1 converts ATP + 5-phospho-D-ribosylamine + glycine to ADP + phosphate + N 1-(5-phospho-D-ribosyl)glycinamide.; Function: S. pombe ADE1 has glycinamide ribotide synthetase (GARSase) and aminoimidazole ribotide synthetase (AIRSase) enzyme activities which catalyse the 2nd and 5th steps, respectively, of the purine synthetic pathway. ATP + 2-(formamido)-N; Title: strong similarity to bifunctional purine synthase ade1p - Schizosaccharomyces pombe; See PMID 3502942; uncharacterized protein	complement(join(158794..160412,160475..161002,161073..161352))	Aspergillus niger	4987656
An15g00580	CDS	An15g00580	NT_166530.1	162358	164844	D	Function: Overexpression of PET127 completely blocked respiratory growth and caused cells to lose wild-type mitochondrial DNA, suggesting that too much Pet127p prevents mitochondrial gene expression.; Function: S. cerevisiae Pet127 is membrane bound and is involved in processing of the 5' ends of mitochondrial mRNAs.; Similarity: similarity is from the central region of the prediced A. niger protein to the N-terminal half of S. cerevisiae Pet127.; Title: strong similarity to mitochondrial mRNA processing protein Pet127 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 10397341; See PMID 9111353; uncharacterized protein	join(162358..162546,162637..163060,163120..163183,163254..164844)	Aspergillus niger	4987657
An15g00590	CDS	An15g00590	NT_166530.1	166182	170114	R	Function: human Nod2 is required for LPS-induced NF-kB activation and might be a cytosolic receptor for pathogen components.; Title: weak similarity to NOD2 - Homo sapiens; See PMID 11058605; uncharacterized protein	complement(166182..170114)	Aspergillus niger	4987658
An15g00600	CDS	An15g00600	NT_166530.1	172562	174148	R	Title: weak similarity to hypothetical protein CAD11363.1 - Neurospora crassa; uncharacterized protein	complement(join(172562..172765,173085..173173,173400..173491,173587..173960,174056..174148))	Aspergillus niger	4987659
An15g00610	CDS	An15g00610	NT_166530.1	174621	175475	D	Catalytic activity: imidazoleglycerolphosphate dehydratases convert D-erythro-1-(imidazol-4-yl)glycerol 3-phosphate to 3-(imidazol-4-yl)-2-oxopropyl phosphate + H(2)O.; Function: imidazoleglycerolphosphate dehydratases are required for histidine biosynthesis.; Regulation: expression of the igh gene in T. harzianum is not inhibited by external histidine and the level of igh mRNA was about threefold higher in cells starved of histidine.; Title: strong similarity to imidazoleglycerolphosphate dehydratase igh - Trichoderma harzianum; See PMID 1406594; uncharacterized protein	join(174621..174939,175022..175413,175452..175475)	Aspergillus niger	4987660
An15g00620	CDS	An15g00620	NT_166530.1	175565	176239	R	hypothetical protein	complement(join(175565..175878,175945..176239))	Aspergillus niger	4987661
An15g00630	CDS	An15g00630	NT_166530.1	177395	178595	R	Function: S. cerevisiae SUR1 is required for the mannosylation of inositolphosphorylceramide (IPC) to form mannosylinositolphosphorylceramide (MIPC).; Title: strong similarity to sphingolipid metabolism Sur1 - Saccharomyces cerevisiae; See PMID 9323360; uncharacterized protein	complement(join(177395..178039,178092..178247,178317..178595))	Aspergillus niger	4987662
An15g00640	CDS	An15g00640	NT_166530.1	185144	185952	R	Title: strong similarity to hypothetical protein GABA-A receptor epsilon subunit - Caenorhabditis elegans; uncharacterized protein	complement(join(185144..185695,185764..185952))	Aspergillus niger	4987663
An15g00650	CDS	An15g00650	NT_166530.1	186898	187266	D	Function: replacement histone H3. 2 genes of M. sativa may affect nucleosome assembly and chromatin repression.; Title: strong similarity to replacement histone H3.2 - Medicago sativa; nucleus; See PMID 8722568; uncharacterized protein	186898..187266	Aspergillus niger	84593082
An15g00660	CDS	An15g00660	NT_166530.1	188235	193052	R	Remark: the N-terminal 400 aa of the predicted A. niger protein show no similarity to other proteins, aa 400 to 800 show similarity to proline rich proteins and the remaining C-terminal region shows similarity to two hypothetical proteins from N. crassa and S. pombe respectevly.; Remark: the predicted A. niger protein potentially is N-terminally 800 aa too long.; Title: strong similarity to hypothetical protein 65E11.60 - Neurospora crassa; uncharacterized protein	complement(join(188235..189076,189160..189800,189849..189964,190029..190046,190100..190210,190289..191300,191479..191656,191852..193052))	Aspergillus niger	4987665
An15g00670	CDS	An15g00670	NT_166530.1	194032	195755	D	Remark: information regarding S. cerevisiae EHT1 has not been published and is available from http://genome-www. stanford. edu/cgi-bin/SGD/genehunter.; Remark: the systematic name for S. cerevisiae EHT1 is YBR177c.; Title: strong similarity to alcohol acyl transferase Eht1 - Saccharomyces cerevisiae; uncharacterized protein	join(194032..194814,194865..195025,195080..195160,195220..195343,195392..195520,195570..195755)	Aspergillus niger	4987666
An15g00680	CDS	An15g00680	NT_166530.1	195933	196651	R	Function: S. cerevisiae Loc1p is a double-stranded RNA-binding protein and is involved in localization of mRNA.; Function: S. cerevisiae Loc1p is required for the localization of transcriptional repressor ASH1 mRNA to the distal end of daughter cells during anaphase of the cell cycle.; Localization: by immunofluorescence S. cerevisiae Loc1p was observed to be a nuclear protein that did not shuttle between the nucleus and cytoplasm.; Remark: information regarding S. cerevisiae Loc1 has not been published and is available from http://www. ncbi. nlm. nih. gov/cgi-bin/Entrez/coglist?gi=34&cog=-,http://genome-www. stanford. edu/cgi-bin/SGD/genehunter and http://www. google. de/search?q=cache:www. wisc. edu/union/info/conf/rna/RNA2000_poster. pdf+loc1+cerevisiae&hl=de.; Title: strong similarity to RNA-binding protein Loc1 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(195933..196064,196148..196297,196364..196651))	Aspergillus niger	4987667
An15g00690	CDS	An15g00690	NT_166530.1	197109	197923	D	Title: strong similarity to 14.8 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; See PMID 10940377; See PMID 8166654; uncharacterized protein	join(197109..197151,197264..197325,197540..197686,197804..197923)	Aspergillus niger	4987668
An15g00700	CDS	An15g00700	NT_166530.1	198502	199195	R	Complex: in S. cerevisiae Rpc19p and Rpc40p form a heterodimer that may be a equivalent of alpha homodimers found in E. coli RNA polymerase.; Function: Rpc19p of S. cerevisiae is a shared subunit of RNA polymerases I and III.; Remark: YNL113W is the systematic name for RPC19.; Similarity: Rpc19p of S. cerevisiae belongs to the archaebacteria RPOL/eukaryotic RPB11/RPC19 RNA polymerase family.; Title: strong similarity to 16 kD subunit of DNA-directed RNA polymerase I,III Rpc19 - Saccharomyces cerevisiae; nucleus; See PMID 1869554; uncharacterized protein	complement(join(198502..198635,198710..198786,198871..198962,199037..199195))	Aspergillus niger	4987669
An15g00710	CDS	An15g00710	NT_166530.1	199444	200826	R	hypothetical protein	complement(join(199444..199618,199766..199826,199924..200028,200121..200140,200330..200356,200789..200826))	Aspergillus niger	84593083
An15g00720	CDS	An15g00720	NT_166530.1	202604	202916	D	hypothetical protein	join(202604..202816,202860..202916)	Aspergillus niger	84593084
An15g00728	CDS	An15g00728	NT_166530.1	204230	205378	D	hypothetical protein	204230..205378	Aspergillus niger	4987672
An15g00730	CDS	An15g00730	NT_166530.1	206294	207485	R	Title: strong similarity to hypothetical protein 99H12.280 - Neurospora crassa; uncharacterized protein	complement(join(206294..207259,207312..207485))	Aspergillus niger	4987673
An15g00740	CDS	An15g00740	NT_166530.1	208356	210047	D	Title: similarity to hypothetical protein SPBC1271.03c - Schizosaccharomyces pombe; uncharacterized protein	208356..210047	Aspergillus niger	4987674
An15g00750	CDS	An15g00750	NT_166530.1	210776	211249	R	Complex: elongation factor 1 is composed of four subunits: alpha, beta, delta, and gamma.; Function: elongation factor 1-gamma probably plays a role in anchoring the complex to other cellular components.; Remark: CAM1 and YPL048W are alternativ names for TEF3.; Remark: the ORF encoded protein is N-terminally truncated due to the contig border.; Title: strong similarity to elongation factor 1-gamma 1 Tef3 - Saccharomyces cerevisiae [truncated ORF]; cytoplasm; See PMID 8041634; uncharacterized protein	complement(210776..>211249)	Aspergillus niger	84593085
An15g00760	CDS	An15g00760	NT_166530.1	211354	212037	R	Function: Elongation factor 1 mediates the transport of aminoacyl-tRNA to 80S ribosomes. It is composed of three subunits, named alpha, beta and gamma.; Remark: the ORF encoded protein also shows strong similarity to a hypothetical protein in A. nidulans that might play a role in sterigmatocystin biosynthesis (PMID 8643646) and similarity to glutathione S-transferase of Issatchenkia orientalis (PMID 10217793).; Remark: the ORF encoded protein is C-terminally truncated due to the contig border.; Title: strong similarity to translation elongation factor eEF-1 gamma chain - Artemia sp. [truncated ORF]; cytoplasm; See PMID 3666137; uncharacterized protein	complement(join(<211354..211460,211701..211902,212008..212037))	Aspergillus niger	4987675
An15g00770	CDS	An15g00770	NT_166530.1	212674	213413	D	Function: MRP-S9 of S. cerevisiae plays a role in assembly and/or function of the 30s subunit of yeast mitochondrial ribosomes.; Phenotype: S. cerevisiae cells disrupted in the chromosomal copy of MRP-S9 were unable to respire and displayed a characteristic phenotype of mutants with defects in mitochondrial protein synthesis as indicated by a loss of cytochrome c oxidase activity.; Remark: YBR146w is the systematic name for MRP-S9.; Title: strong similarity to mitochondrial ribosomal protein of the small subunit S9 - Saccharomyces cerevisiae; localisation:mitochondrion; mitochondrial 37S ribosomal protein uS9m	join(212674..213247,213322..213413)	Aspergillus niger	4987677
An15g00780	CDS	An15g00780	NT_166530.1	218154	218586	R	Remark: HMD1 and YPL190C are alternative names for NAB3.; Title: weak similarity to RNA binding protein Nab3 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(218154..218289,218342..218586))	Aspergillus niger	84593086
An15g00790	CDS	An15g00790	NT_166530.1	218977	220711	D	Title: similarity to hypothetical protein 82C3.050 -Neurospora crassa; uncharacterized protein	join(218977..218981,219181..220103,220309..220575,220641..220711)	Aspergillus niger	4987679
An15g00800	CDS	An15g00800	NT_166530.1	222140	224043	R	Title: weak similarity to hypothetical protein encoded by An14g07230 - Aspergillus niger; uncharacterized protein	complement(join(222140..222210,222355..222538,222612..222630,222851..224043))	Aspergillus niger	84593087
An15g00810	CDS	An15g00810	NT_166530.1	224647	226549	D	Title: similarity to hypothetical zinc-finger protein CAC28841.2 - Neurospora crassa; uncharacterized protein	join(224647..224795,224957..226301,226448..226549)	Aspergillus niger	4987681
An15g00820	CDS	An15g00820	NT_166530.1	226715	229381	R	Remark: blastp matches are due to repetitiv amino acids.; Title: weak similarity to Alpha-D-glucosyltransferase from patent WO9606173-A1 -Streptococcus salivarius; uncharacterized protein	complement(join(226715..226940,227018..227160,227253..227588,227644..227881,227937..229381))	Aspergillus niger	4987682
An15g00830	CDS	An15g00830	NT_166530.1	229775	230776	R	hypothetical protein	complement(229775..230776)	Aspergillus niger	4987683
An15g00840	CDS	An15g00840	NT_166530.1	231366	233291	R	Catalytic activity: chitinase hydrolyses the 1,4-beta-linkages of N-acetyl-D-glucosamine polymers of chitin.; Remark: chitodextrinase, 1,4-beta-poly-N-acetylglucosaminidase and poly-beta-glucosaminidase are alternative names for chitinase.; Title: strong similarity to chitinase - Chelonus sp.; See PMID 8063715; uncharacterized protein	complement(join(231366..231985,232038..232125,232177..232622,232678..232797,232856..233022,233083..233291))	Aspergillus niger	4987684
An15g00850	CDS	An15g00850	NT_166530.1	233688	235668	D	Title: similarity to hypothetical secreted hydrolase - Streptomyces avermitilis; uncharacterized protein	join(233688..234068,234133..235668)	Aspergillus niger	4987685
An15g00860	CDS	An15g00860	NT_166530.1	236315	237865	D	Title: similarity to hypothetical protein CAD79655.1 - Neurospora crassa; uncharacterized protein	join(236315..236582,236650..236888,236941..236965,237016..237365,237401..237865)	Aspergillus niger	4987686
An15g00870	CDS	An15g00870	NT_166530.1	239122	239976	R	Function: cnb-1 antisense expression caused increase in hyphal branching, changes in hyphal morphology and concomitant loss of the distinctive tip-high Ca2+ gradient typical for growing wild-type hyphae and finally growth arrest.; Function: cnb-1 of N. crassa has a specific role in the precise regulation of apical growth.; Title: strong similarity to calcineurin subunit B cnb-1 - Neurospora crassa; See PMID 9349701; uncharacterized protein	complement(join(239122..239509,239595..239668,239738..239790,239868..239976))	Aspergillus niger	4987687
An15g00880	CDS	An15g00880	NT_166530.1	240507	242493	D	Function: in D. melanogaster E(Pc) may have a wider role in chromatin formation or gene regulation than other Polycomb group genes.; Localization: in D. melanogaster E(Pc) is a chromatin protein, binding to polytene chromosomes at about 100 sites.; Phenotype: mutations in E(Pc) in D. melanogaster are strong enhancers of mutations in many Polycomb group genes and are also strong suppressors of position-effect variegation.; Title: similarity to polycomb protein enhancer E(Pc) - Drosophila melanogaster; See PMID 9735366; uncharacterized protein	join(240507..240647,240789..241271,241338..241634,241690..242493)	Aspergillus niger	4987688
An15g00890	CDS	An15g00890	NT_166530.1	242964	244661	R	Remark: YDR257C is the systematic name for RMS1.; Title: strong similarity to hypothetical regulator protein Rms1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(242964..243458,243518..243745,243807..244402,244511..244661))	Aspergillus niger	4987689
An15g00900	CDS	An15g00900	NT_166530.1	245242	246483	D	Function: O-sialoglycoprotein endopeptidase does not cleave unglycosylated proteins, desialylated glycoproteins or glycoproteins that are only N-glycosylated.; Function: O-sialoglycoprotein endopeptidase of P. haemolytica specifically hydrolyzes O-linked sialoglycoproteins.; Similarity: O-sialoglycoprotein endopeptidase of P. haemolytica belongs to peptidase family M22.; Title: strong similarity to O-sialoglycoprotein endopeptidase - Pasteurella haemolytica; See PMID 9314606; uncharacterized protein	join(245242..245593,245750..246483)	Aspergillus niger	4987690
An15g00910	CDS	An15g00910	NT_166530.1	247273	248801	R	Complex: the Snf1 kinase is a heterotrimeric enzyme composed of a catalytic alpha-subunit, a regulatory gamma-subunit and a beta-subunit that mediates heterotrimer formation. S. cerevisiae encodes three beta-subunit genes,SIP1, SIP2 and GAL83.; Function: the yeast SNF1 complex is switched on by glucose starvation, and its targets include transcription factors that repress transcription of genes required for catabolism of alternative carbon sources.; Localization: Green fluorescent protein fusions to Gal83, Sip1, and Sip2 show different patterns of localization to the nucleus, vacuole, and/or cytoplasm.; Phenotype: the sip1Delta sip2Delta gal83Delta strain is unable to derepress invertase, grows poorly on alternative carbon sources and fails to direct the phosphorylation of the Mig1 and Sip4 proteins in vivo.; Remark: SPM2 and YGL208W are alternative names for SIP2.; Title: strong similarity to protein Sip2 -Saccharomyces cerevisiae; See PMID 10990457; See PMID 11331606; uncharacterized protein	complement(join(247273..247320,247370..247955,248059..248801))	Aspergillus niger	4987691
An15g00920	CDS	An15g00920	NT_166530.1	251325	252800	D	Function: Ttp1 participates in the cellular event of glycoprotein glycosylation essential for growth and morphogenesis, in parallel with the pathways involving Mpk1 MAP kinase and calcineurin.; Golgi; Phenotype: mnn2 mutants are defective in the addition of the first -1,2-linked mannose as it has no branches on the backbone.; Remark: TTP1 (type II membrane protein) and YBR015C are alternative names for MNN2.; Title: similarity to mannosyltransferases Mnn2 -Saccharomyces cerevisiae; See PMID 9413431; See PMID 9756928; uncharacterized protein	251325..252800	Aspergillus niger	4987692
An15g00930	CDS	An15g00930	NT_166530.1	253146	255533	R	Function: abc1p has a dual function: overexpression of abc1p in S. cerevisiae suppresses a cytochrome b mRNA translation defect and the protein is essential for the electron transfer in the bc1 complex.; Function: it is possible that abc1 is involved in the correct folding and/or assembly of cytochrome b and that this folding occurs during the translation process.; Phenotype: the inactivation of abc1 in S. cerevisiae leads to a respiratory deficiency suggesting a block in the bc1 segment of the respiratory chain.; Remark: YGL119w is an alternative name for ABC1.; Similarity: abc1 of S. cerevisiae belongs to the abc1 family.; Similarity: shows also weak similarity to ABC transporters.; Title: strong similarity to chaperone for ubiquinol-cytochrome c reductase Abc1 - Saccharomyces cerevisiae; See PMID 1648478; See PMID 9210471; uncharacterized protein	complement(join(253146..253175,253279..254378,254427..254709,254766..255533))	Aspergillus niger	4987693
An15g00940	CDS	An15g00940	NT_166530.1	255833	256827	D	Catalytic activity: urease catalyzes the reaction Urea + H(2)O <=> CO(2) + 2 H(3).; Function: the accessory protein ureF is proposed to modulate the activation process of urease by eliminating the binding of nickel irons to noncarbamylated protein.; Title: similarity to urease accessory protein ureF -Actinobacillus pleuropneumoniae; See PMID 9353010; uncharacterized protein	join(255833..255971,256070..256827)	Aspergillus niger	4987694
An15g00950	CDS	An15g00950	NT_166530.1	257429	259981	R	Remark: the ORF encoded protein is N-terminally truncated due to the contig border.; Title: strong similarity to hypothetical membrane protein YDL074c - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	complement(join(257429..257602,257674..258747,258805..259461,259517..259660,259787..>259981))	Aspergillus niger	4987695
An15g00960	CDS	An15g00960	NT_166530.1	260315	262127	D	Complex: Tfc5p (chain B') in S. cerevisiae forms part of TFIIIB, composed of B', Brf, and TBP.; Function: TFIIIB in S. cerevisiae binds autonomously to the SNR6 (U6 snRNA) promoter.; Function: Tfc5p in S. cerevisiae is involved in the initiation of the transcription of type III genes by RNA polymerase III.; Function: Tfc5p in S. cerevisiae is required for assembly of the TFIIIB-TFIIIC-DNA complex.; Remark: the systematic name of TFC5 in S. cerevisiae is YNL039w.; Title: strong similarity to transcription initiation factor IIIB chain B Tfc5 - Saccharomyces cerevisiae; nucleus; See PMID 10384303; See PMID 7568218; See PMID 8617241; See PMID 9585500; uncharacterized protein	join(260315..260342,260422..262127)	Aspergillus niger	4987696
An15g00970	CDS	An15g00970	NT_166530.1	262480	263403	R	Similarity: shows strong similarity to the protein patent database entry GENSEQPROT:W74726; Title: strong similarity to secreted protein fg949_3 from patent WO9846757-A2 - Homo sapiens; extracellular/secretion proteins; uncharacterized protein	complement(262480..263403)	Aspergillus niger	4987697
An15g00980	CDS	An15g00980	NT_166530.1	263851	265428	D	Complex: MMM1 of N. crassa probably forms part of an oligomeric protein complex.; Function: MMM1 in N. crassa is required for normal mitochondrial morphology independently of the major cytoskeletal system used for mitochondrial transport.; Localization: in N. crassa the insertion of MMM1 into the mitochondrial outer membrane is dependent on a mitochondrial surface receptor.; Localization: the N-terminus of MMM1 in N. crassa faces the mitochiondrial intermembrane space and the C-terminus faces the cytoplasm.; Phenotype: mmm1 mutants of N. crassa are female sterile.; Phenotype: mmm1 mutants of N. crassa exhibit abnormal giant mitochondria and abberrant mitochondria distribution.; Title: strong similarity to maintaining mitochondrial morphology protein MMM1 - Neurospora crassa; localisation:mitochondrion; See PMID 10982393; uncharacterized protein	join(263851..263866,263927..263957,264021..265428)	Aspergillus niger	4987698
An15g00990	CDS	An15g00990	NT_166530.1	265664	266369	R	Catalytic activity: masB enzyme E2 (containing Ni2+) of K. oxytoca catalyzes the 1,3-oxygenlytic reaction of the aci-reductone intermediate to yield CO, formate, and methylthiopropionic acid.; Catalytic activity: masB enzyme E2' (containing Fe2+) of K. oxytoca catalyzes the 1,2-oxygenlytic reaction of the aci-reductone intermediate to yield formate and methylthio-alpha-ketobutyric acid, the alpha-ketoacid precursor of methionine.; Function: masB of K. oxytoca encodes a protein with two different 5-methylthio-3-oxo-1-penten-1,2-diol dioxygenase activities E2 or E2' in the presence of Ni2+ or Fe2+ respectively.; Pathway: the masB-encoded enzymes E-2 and E-2' in K. oxytoca catalyze different oxidation reactions of an aci-reductone intermediate in the methionine salvage pathway.; Remark: in the cited literature K. oxytoca is designated a derivative of K. pneumoniae.; Remark: the masB-encoded enzymes E-2 and E-2' of K. oxytoca are interconvertable.; Similarity: also shows similarity to the EST z3a11a1. f1 from A. nidulans (EMBLEST:AI213520).; Title: similarity to methionine salvage pathway enzyme E-2/E-2 masB - Klebsiella oxytoca; See PMID 9880484; uncharacterized protein	complement(join(265664..265798,265860..266231,266340..266369))	Aspergillus niger	4987699
An15g01000	CDS	An15g01000	NT_166530.1	266769	268931	D	Complex: Mto1p of S. cerevisiae probably forms a heterodimeric complex with Mss1p.; Function: MTO1 of S. cerevisiae is involved in the regulation of the processing of mitochondrial COX1 pre-mRNA for subunit 1 of cytochrome oxidase.; Function: gidA of bacteria is involved in the regulation of DNA replication.; Phenotype: mto1 mutants of S. cerevisiae in a paromomycin-resistant background (due to a point mutation in the mitochondrial 15S rRNA) show reduced respiratory competence.; Remark: the systematic gene name of MTO1 in S. cerevisiae is YGL236c.; Similarity: also shows strong similarity to the glucose inhibited division protein gidA of diverse bacteria.; Title: strong similarity to mitochondrial translation optimization protein Mto1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9774408; uncharacterized protein	join(266769..266884,266951..268931)	Aspergillus niger	4987700
An15g01020	CDS	An15g01020	NT_166530.1	270337	271426	R	Catalytic activity: Crd1p of S. cerevisiae catalyzes the transfer of a phosphatidyl moiety from CDP-diacylglycerol to phosphatidylglycerol in the presence of Mg2+.; Complex: Crd1p of S. cerevisiae forms an oligomeric complex whose biogenesis and/or activity is influenced by the assembly of cytochrome oxidase.; Localization: Crd1p of S. cerevisiae is located to the inner mitochondrial membrane.; Pathway: Crd1p of S. cerevisiae catalyzes the final step of the cardiolipin biosynthesis.; Phenotype: crd1- mutants of S. cerevisiae are not viable under elevated-temperature conditions.; Phenotype: in crd1- mutants of S. cerevisiae the efficiency of oxidative phosphorylation is decreased.; Remark: the systematic name of CRD1 (CLS1) of S. cerevisiae is YDL142c.; Similarity: belongs to the CDP-alcohol phosphatidyltransferase family.; Title: strong similarity to cardiolipin synthase Crd1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 10769171; See PMID 9370334; See PMID 9442089; See PMID 9462830; See PMID 9614098; uncharacterized protein	complement(join(270337..270605,270672..270976,271084..271159,271228..271426))	Aspergillus niger	4987702
An15g01030	CDS	An15g01030	NT_166530.1	272475	275170	R	hypothetical protein	complement(join(272475..273382,273759..273899,274098..274120,274235..274366,274696..274772,275005..275023,275136..275170))	Aspergillus niger	84593088
An15g01040	CDS	An15g01040	NT_166530.1	276894	277813	D	hypothetical protein	join(276894..276980,277014..277180,277409..277412,277460..277573,277615..277736,277771..277813)	Aspergillus niger	84593089
An15g01050	CDS	An15g01050	NT_166530.1	279672	280345	D	Title: weak similarity to hypothetical protein R03H4.2 - Caenorhabditis elegans; uncharacterized protein	join(279672..279737,279792..279915,280007..280073,280174..280201,280295..280345)	Aspergillus niger	84593090
An15g01060	CDS	An15g01060	NT_166530.1	280721	281420	D	Similarity: also shows weak homology to the C-terminal part of the small nuclear ribonucleoprotein SIK1 of S. cerevisiae involved in 35S rRNA primary transcript processing.; Similarity: also shows weak homology to the N-terminal part of cGMP-gated ion channel proteins from diverse mammalian species.; Similarity: the homology is restricted to a small centrally located region of At2g28290 from A. thaliana.; Title: weak similarity to hypothetical SNF2 subfamily global transcription activator At2g28290 -Arabidopsis thaliana; uncharacterized protein	join(280721..280772,280884..280902,281020..281066,281212..281420)	Aspergillus niger	84593091
An15g01070	CDS	An15g01070	NT_166530.1	282295	283063	D	hypothetical protein	join(282295..282375,282650..283063)	Aspergillus niger	84593092
An15g01080	CDS	An15g01080	NT_166530.1	284942	286561	R	hypothetical protein	complement(join(284942..285026,285193..285443,285622..285783,286211..286367,286497..286561))	Aspergillus niger	84593093
An15g01090	CDS	An15g01090	NT_166530.1	286925	289367	D	hypothetical protein	join(286925..286964,287043..287172,287264..287413,287520..287616,287698..287859,288205..288383,288621..288713,288790..288922,289146..289226,289311..289367)	Aspergillus niger	84593094
An15g01100	CDS	An15g01100	NT_166530.1	290296	290888	D	hypothetical protein	join(290296..290388,290547..290651,290709..290888)	Aspergillus niger	84593095
An15g01110	CDS	An15g01110	NT_166530.1	295007	296434	D	Remark: the gti1 (gluconate transport inducer 1) mutation in S. pombe leads to a 10-fold decrease in the onset of gluconate uptake in response to starvation.; Title: similarity to gluconate transport-inducing protein gti1p - Schizosaccharomyces pombe; See PMID 9372449; uncharacterized protein	295007..296434	Aspergillus niger	4987711
An15g01120	CDS	An15g01120	NT_166530.1	298612	300328	R	hypothetical protein	complement(join(298612..298740,298796..298882,298921..298996,299043..299269,299348..300328))	Aspergillus niger	4987712
An15g01130	CDS	An15g01130	NT_166530.1	305590	310309	D	Function: the ATP-binding cassette transporter bfr1 from Schizosaccharomyces pombe confers hyper-resistance to brefeldin A (BFA), an inhibitor of intracellular protein transport. It could serve as an efflux pump of various antibiotics.; Remark: alternate names for S. pombe bfr1 ABC-transporter: SPBC18B5. 01C or hba2.; Similarity: the ORF encoded protein shows also strong similarity to the weak acid pump protein Pdr12 from S. cerevisiae described in patent WO9951746-A1.; Title: strong similarity to brefeldin A resistance protein bfr1p - Schizosaccharomyces pombe; See PMID 7646493; See PMID 7883711; uncharacterized protein	join(305590..309276,309332..309715,309773..310309)	Aspergillus niger	4987713
An15g01140	CDS	An15g01140	NT_166530.1	310731	313437	R	Similarity: the ORF encoded protein shows significant similarity to a group of hypothetical proteins,which are homologs to the Caenorhabditis elegans hypothetical protein F52C12. 1.; Title: similarity to tyrosine-DNA phosphodiesterase TDP1 from patent WO200125407-A2 - Homo sapiens; uncharacterized protein	complement(join(310731..310758,310997..311251,311330..311430,311493..311725,311853..311913,311967..312084,312132..312304,312359..312541,312622..313437))	Aspergillus niger	4987714
An15g01150	CDS	An15g01150	NT_166530.1	314256	315161	D	hypothetical protein	join(314256..314274,314386..315161)	Aspergillus niger	4987715
An15g01155	CDS	An15g01155	NT_166530.1	315216	315737	R	Title: strong similarity to hypothetical protein CAC18246.1 - Neurospora crassa; uncharacterized protein	complement(join(315216..315512,315564..315737))	Aspergillus niger	4987716
An15g01160	CDS	An15g01160	NT_166530.1	316084	319739	D	Function: the Dhr1p from S. cerevisiae is a probable ATP-binding RNA helicase, which is required for 18S rRNA synthesis. It associates with the U3 snoRNP and may play a role in restructuring of the pre-rRNA. Depletion of Dhr1 inhibited processing steps that require base pairing of U3 to the 5' end of the 18S rRNA.; Remark: alternate names for S. cerevisiae Dhr1: Ecm16 or YMR128W.; Title: strong similarity to DEAH-box RNA helicase Dhr1 - Saccharomyces cerevisiae; nucleus; See PMID 10982841; uncharacterized protein	join(316084..316287,316344..319739)	Aspergillus niger	4987717
An15g01170	CDS	An15g01170	NT_166530.1	319977	320606	R	Complex: the human SRm160 and the related protein SRm300 form a complex that is required for the splicing of specific pre-mRNAs.; Function: the SRm160/300 complex associates with splicing complexes and promotes splicing through interactions with SR family proteins.; Remark: SRm300= 300-kD nuclear matrix antigen.; Title: similarity to splicing coactivator subunit SRM300 - Homo sapiens; nucleus; See PMID 9531537; See PMID 10668804; uncharacterized protein	complement(319977..320606)	Aspergillus niger	4987718
An15g01180	CDS	An15g01180	NT_166530.1	321553	324559	R	Function: the Pumilio protein from D. melanogaster is involved in translational regulation of hunchback (hb) mRNA, which is essential for posterior patterning of the Drosophila embryo. This regulation is mediated by sequences in the 3'-untranslated region of hb mRNA (the Nanos response elements or NREs.). Nonos and Pumilio are the two important trans-acting factors.; Similarity: the ORF encoded protein belongs to the Pumilio/Mpt5 family. It also shows strong similarity to the human protein of the Pumilio/Mpt5 family described in patent WO9824815-A1.; Title: strong similarity to RNA binding protein Pumilio Pum - Drosophila melanogaster; cytoplasm; See PMID 10541556; See PMID 10662662; uncharacterized protein	complement(join(321553..321983,322037..322592,322645..322923,322973..324559))	Aspergillus niger	4987719
An15g01190	CDS	An15g01190	NT_166530.1	332277	333770	R	Remark: N-terminally truncated ORF due to the end of contig.; Title: weak similarity to hypothetical protein YNL224 - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	complement(join(332277..332359,332577..332616,332792..332844,332973..333159,333642..>333770))	Aspergillus niger	84593096
An15g01200	CDS	An15g01200	NT_166530.1	334466	334945	D	Title: weak similarity to hypothetical protein PA3340 - Pseudomonas aeruginosa; uncharacterized protein	334466..334945	Aspergillus niger	84593097
An15g01210	CDS	An15g01210	NT_166530.1	337438	338572	D	Title: weak similarity to phospholipid scramblase 3 - Homo sapiens; uncharacterized protein	join(337438..337755,337832..338572)	Aspergillus niger	84593098
An15g01220	CDS	An15g01220	NT_166530.1	339158	339991	R	hypothetical protein	complement(join(339158..339412,339525..339674,339719..339991))	Aspergillus niger	84593099
An15g01230	CDS	An15g01230	NT_166530.1	343569	348269	R	Function: gigas mutant cells are enlarged and repeat S phase without entering M phase, but differentiate normally to produce adult structures.; Similarity: the predicted A. niger protein shows similarity to the gigas protein gig of D. melanogaster, to human tuberous sclerosis 2 protein (TSC2) and related proteins. the best match is to the conserved hypothetical protein SPAC630. 13c of S. pombe.; Title: similarity to gigas protein gig - Drosophila melanogaster; See PMID 10052455; uncharacterized protein	complement(343569..348269)	Aspergillus niger	4987724
An15g01240	CDS	An15g01240	NT_166530.1	349077	352423	D	Title: strong similarity to protein required for accurate mitotic chromosome segregation Cse1 -Saccharomyces cerevisiae; See PMID 8336709; See PMID 9774694; uncharacterized protein	join(349077..349146,349257..349567,349624..349794,349871..351195,351251..351333,351389..351692,351748..351927,351979..352423)	Aspergillus niger	4987725
An15g01250	CDS	An15g01250	NT_166530.1	352738	353413	R	Similarity: PrfB belongs to the prokaryotic and mitochondrial release factors family.; Title: similarity to peptide chain release factor 2 PrfB - Streptomyces coelicolor; See PMID 7545157; uncharacterized protein	complement(join(352738..353139,353219..353413))	Aspergillus niger	4987726
An15g01260	CDS	An15g01260	NT_166530.1	355187	355831	R	Title: weak similarity to hypothetical protein C24A8.3 - Caenorhabditis elegans; uncharacterized protein	complement(join(355187..355464,355516..355587,355630..355699,355757..355831))	Aspergillus niger	84593100
An15g01270	CDS	An15g01270	NT_166530.1	356327	356703	R	Function: the S. cerevisiae PET100 protein is required for the biogenesis of the cytochrome c oxidase. It is probably involved in its assembly into the active holoenzyme.; Remark: alternate name for S. cerevisiae Pet100: YDR079W.; Title: similarity to assembly factor of cytochrome c oxidase Pet100 - Saccharomyces cerevisiae; See PMID 8702496; uncharacterized protein	complement(join(356327..356596,356653..356703))	Aspergillus niger	4987728
An15g01280	CDS	An15g01280	NT_166530.1	357365	358264	D	Function: A bacterially expressed form of the S. cerevisiae Eci1 protein catalyzed the isomerization of 3-cis-octenoy-CoA to 2-trans-octenoyl-CoA.; Remark: A S. cerevisiae mutant devoid of Eci1 was unable to grow on media containing unsaturated fatty acids such as oleic acid but was proficient for growth when a saturated fatty acid such as palmitic acid was the sole carbon source.; Remark: alternate name for S. cerevisiae Eci1: YLR284c.; Title: strong similarity to delta3-cis-delta2-trans-enoyl-CoA isomerase Eci1 -Saccharomyces cerevisiae; peroxisome; See PMID 9813046; See PMID 9837886; uncharacterized protein	join(357365..357561,357628..358264)	Aspergillus niger	4987729
An15g01290	CDS	An15g01290	NT_166530.1	358502	359822	R	Remark: the human D123 protein is identical to the protein described in patent JP08092288-A and to the human HT-1080 protein.; Title: strong similarity to protein D123 - Homo sapiens; See PMID 8601400; uncharacterized protein	complement(join(358502..358719,358861..359627,359692..359822))	Aspergillus niger	4987730
An15g01300	CDS	An15g01300	NT_166530.1	360386	362616	D	Title: weak similarity to suppressor of telomeric repression-7 STR7 from patent WO9612811-A2 - Saccharomyces cerevisiae; uncharacterized protein	join(360386..360497,360554..362616)	Aspergillus niger	4987731
An15g01310	CDS	An15g01310	NT_166530.1	362944	364354	D	Function: the MOZ protein represents a chromatin-associated acetyltransferase.; Remark: the human MOZ protein participates in a T(8; 16)(P11;P13) chromosomal translocation that produces a MOZ-CBP chimaera observed in the M4/M5 subtype of acute myeloid leukemia.; Title: similarity to monocytic leukemia zinc finger protein MOZ - Homo sapiens; See PMID 10839822; See PMID 11243405; uncharacterized protein	join(362944..364093,364155..364354)	Aspergillus niger	4987732
An15g01320	CDS	An15g01320	NT_166530.1	365033	371504	R	Title: strong similarity to hypothetical protein pi070 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(365033..366607,366665..366966,366998..367244,367304..368581,368645..369001,369057..371504))	Aspergillus niger	4987733
An15g01330	CDS	An15g01330	NT_166530.1	371808	372711	D	Similarity: the ORF encoded protein shows also strong similarity to the Chlamydia pneumoniae protein of unknown function described in patent WO9927105-A2.; Title: strong similarity to hypothetical conserved protein aq_1575 - Aquifex aeolicus; uncharacterized protein	join(371808..372021,372086..372711)	Aspergillus niger	4987734
An15g01340	CDS	An15g01340	NT_166530.1	372942	375302	R	Function: Mis6 from S. pombe is located in the inner regions of the centromeres and is essential for sister chromatid segregation during the G1/S phase following mitosis.; Similarity: the ORF encoded protein shows strong similarity to the rat protein of unknown function LRPR1.; Title: similarity to inner centromere protein mis6p - Schizosaccharomyces pombe; nucleus; See PMID 9230309; See PMID 10766735; See PMID 10900382; uncharacterized protein	complement(join(372942..374036,374088..375115,375173..375302))	Aspergillus niger	4987735
An15g01350	CDS	An15g01350	NT_166530.1	376083	378016	R	Similarity: the ORF encoded protein shows similarity to the functional unknown human secreted protein encoded by gene 55 of the patent WO9931117-A1.; Title: strong similarity to hypothetical cleft lip and palate transmembrane protein 1 CLPTM1 - Homo sapiens; See PMID 9828125; uncharacterized protein	complement(join(376083..376400,376456..376941,377015..378016))	Aspergillus niger	4987736
An15g01360	CDS	An15g01360	NT_166530.1	378520	379908	D	Catalytic activity: retinol + NADP(+) <=> retinal + NADPH.; Function: the human retinol dehydrogenase (prRDH) catalyzes the reduction of all-trans-retinal to all-trans-retinol within the photoreceptor outer segment.; Title: similarity to all-trans-retinol dehydrogenase from photoreceptor outer segments prRDH - Homo sapiens; See PMID 10753906; uncharacterized protein	join(378520..378794,378853..378938,378996..379160,379215..379285,379351..379908)	Aspergillus niger	4987737
An15g01370	CDS	An15g01370	NT_166530.1	380111	381579	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to hypothetical protein CAD70933.1 - Neurospora crassa; uncharacterized protein	complement(join(380111..380830,380894..381373,381454..381579))	Aspergillus niger	4987738
An15g01380	CDS	An15g01380	NT_166530.1	381951	382879	D	Function: Sec22 from S. cerevisiae is a v-SNARE involved in the visicle transport between the endoplasmic reticulum and Golgi complex.; Remark: SNAREs (soluble N-ethylmaleimide-sensitive fusion protein attachment protein receptors) are cytoplasmically oriented membrane proteins that reside on vesicular carriers (v-SNARE) and target organelles (t-SNARE). The pairing of a stage-specific v-SNARE with its cognate t-SNARE may mediate the specificity of membrane traffic.; Remark: alternate names for S. cerevisiae Sec22: Sly2, Tsl26, YLR268W.; Similarity: S. cerevisiae Sec22 belongs to the synaptobrevin family.; Title: strong similarity to Synaptobrevin homolog v-SNARE Sec22 - Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 9202032; See PMID 11001058; uncharacterized protein	join(381951..381984,382067..382101,382181..382290,382362..382767,382817..382879)	Aspergillus niger	4987739
An15g01390	CDS	An15g01390	NT_166530.1	383198	384448	R	Function: S. cerevisiae Iki1 is essential for the intracellular killing process of pGKL killer toxin. The S. cerevisiae iki mutants show an insensitive phenotype to the pGKL killer toxin.; Remark: an alternate name for S. cerevisiae Iki1 is YHR187W.; Title: strong similarity to hypothetical killer toxin insensitive protein 1 Iki1 - Saccharomyces cerevisiae; See PMID 9145530; uncharacterized protein	complement(join(383198..383928,383990..384146,384290..384448))	Aspergillus niger	4987740
An15g01400	CDS	An15g01400	NT_166530.1	385837	386614	D	Similarity: the ORF encoded protein is very repetitive. It has arginine-rich regions and shows similarities to proteins which may be able to bind RNA. The ORF DNA sequence is similar to the E. nidulans EST p0h09a1. r1.; Title: similarity to U1 snRNP 70K protein -Arabidopsis thaliana; See PMID 8776903; uncharacterized protein	join(385837..386161,386220..386614)	Aspergillus niger	4987741
An15g01410	CDS	An15g01410	NT_166530.1	387061	388381	D	Title: strong similarity to protein fragment SEQ ID NO:57973 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(387061..387100,387189..388381)	Aspergillus niger	4987742
An15g01420	CDS	An15g01420	NT_166530.1	388669	391513	D	Function: S. cerevisiae Cwh41 cleaves the distal alpha 1,2-linked glucose residue from the Glc(3)Man(9)GlcNAc(2) oligosaccharide precursor highly specifically.; Pathway: S. cerevisiae Cwh41 is the first enzyme in the N-linked oligosaccharide processing pathway.; Remark: alternate names for S. cerevisiae Cwh41: Gls1, YGL027C.; Title: strong similarity to glucosidase I Cwh41 -Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 9363442; See PMID 9763440; See PMID 9878780; uncharacterized protein	join(388669..388915,388997..389476,389542..389699,389751..389796,389855..390233,390296..391205,391265..391513)	Aspergillus niger	4987743
An15g01430	CDS	An15g01430	NT_166530.1	391636	392434	R	Title: similarity to protein fragment SEQ ID NO:47464 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(391636..392332,392397..392434))	Aspergillus niger	4987744
An15g01440	CDS	An15g01440	NT_166530.1	392954	395803	D	Similarity: the ORF DNA sequence shows also similarity to the E. nidulans EST d5b12a1. f1.; Title: weak similarity to hypothetical protein SPBC27B12.05 - Schizosaccharomyces pombe; uncharacterized protein	join(392954..393140,393202..394123,394180..395803)	Aspergillus niger	4987745
An15g01450	CDS	An15g01450	NT_166530.1	396609	398441	R	Complex: In yeast two-hybrid assays the Drosophila protein ARI-1 interacts with a novel ubiquitin-conjugating enzyme UbcD10.; Title: similarity to ariadne-1 protein ari -Drosophila melanogaster; See PMID 10880484; uncharacterized protein	complement(join(396609..397363,397475..397606,397667..398441))	Aspergillus niger	4987746
An15g01460	CDS	An15g01460	NT_166530.1	399768	400631	D	Remark: S. cerevisiae cwh8/cax4 mutants show an anomalous cell wall, the mutation also affects the actin organization.; Remark: alternate names for S. cerevisiae Cwh8: Cax4 or YGR036c.; Similarity: the S. cerevisiae Cwh8 (Cax4) protein contains 3 short stretches of amino acids that are characteristic for a wide variety of phosphatases,including lipid phosphatases and a protein phosphatase.; Title: strong similarity to Cwh8 - Saccharomyces cerevisiae; See PMID 9725829; See PMID 10024662; uncharacterized protein	join(399768..399815,399905..400094,400165..400631)	Aspergillus niger	4987747
An15g01470	CDS	An15g01470	NT_166530.1	401518	404927	D	Title: similarity to secreted protein #5 from patent WO200107459-A1 - Homo sapiens; uncharacterized protein	join(401518..403476,403528..403640,403698..403870,403922..404051,404099..404189,404340..404927)	Aspergillus niger	4987748
An15g01480	CDS	An15g01480	NT_166530.1	405293	406430	D	Localization: SmMAK16, the Schistosoma mansoni homologue of the S. cerevisiae Mak16 protein is localized exclusively in nucleoli (Pubmed 10838225).; Remark: S. cerevisiae mak16 mutants show a decreased amount of free 60S ribosomal subunits. Conditional mutants arrest at G(sub)1, are deficient in maintenance of killer M1 double-stranded RNA.; Remark: alternate name for S. cerevisiae Mak16: YAL025C.; Title: strong similarity to Mak16 - Saccharomyces cerevisiae; nucleus; See PMID 7739558; See PMID 3045810; uncharacterized protein	join(405293..405354,405503..406430)	Aspergillus niger	4987749
An15g01490	CDS	An15g01490	NT_166530.1	407115	407867	D	Title: weak similarity to hypothetical conserved protein encoded by 9G6.060 - Araneus diadematus; uncharacterized protein	407115..407867	Aspergillus niger	4987750
An15g01500	CDS	An15g01500	NT_166530.1	409696	411432	D	Remark: Saccharomyces pastorianus=Saccharomyces carlsbergensis.; Title: strong similarity to fructose symporter Fsy1 - Saccharomyces pastorianus; plasma membrane; See PMID 10986274; uncharacterized protein	join(409696..410257,410330..411432)	Aspergillus niger	4987751
An15g01510	CDS	An15g01510	NT_166530.1	412238	416071	R	Function: the S. cerevisiae Drs2 protein is a magnesium dependent enzyme that catalyzes the hydrolysis of ATP coupled with the transport of calcium . It is involved in the late Golgi function and a possible link between membrane asymmetry and clathrin function at the Golgi complex (Pubmed 10601336). It seems to be less important for aminophospholipid translocation as earlier published (compare Pubmed 8633245 with 9852106;10429211).; Golgi; Localization: Subcellular fractionation and immunofluorescence analysis indicate that Drs2 localizes to late Golgi membranes containing Kex2.; Remark: alternate names for S. cerevisiae Drs2: Fun38, Swa8 or YAL026C.; Title: strong similarity to P-type ATPase Drs2 -Saccharomyces cerevisiae; See PMID 10601336; uncharacterized protein	complement(join(412238..414207,414259..414733,414830..414996,415102..416071))	Aspergillus niger	4987752
An15g01520	CDS	An15g01520	NT_166530.1	416702	423071	D	Remark: Sec16p S. cerevisiae engages in multiple protein-protein interactions both on the ER membrane and as part of the coat of a completed vesicle. Some Sec16p is localized to the ER by immunofluorescence microscopy. Membrane-associated Sec16p is incorporated into transport vesicles derived from the ER that are formed in an in vitro vesicle budding reaction.; Title: strong similarity to multidomain vesicle coat protein Sec16 - Saccharomyces cerevisiae; See PMID 7593161; uncharacterized protein	join(416702..416829,417151..417183,417242..422436,422497..423071)	Aspergillus niger	4987753
An15g01530	CDS	An15g01530	NT_166530.1	423536	425099	R	Complex: Hus1 participates in a protein complex with Rad9 and Rad1.; Localization: Hus1 is a nuclear protein and that this localization depends on Rad17.; Remark: Hus1 fission yeast protein levels are not affected by S-phase arrest, and are not altered by mutations in other checkpoint genes, suggesting that Hus1 is not regulated at the transcriptional or translational levels.; Similarity: the predicted A. niger protein shows strong similarity to mitotic and DNA damage checkpoint protein Hus1 of S. pombe and homologous proteins from diverse eucaryotic species.; Title: strong similarity to mitotic and DNA damage checkpoint protein hus1p - Schizosaccharomyces pombe; See PMID 9180692; See PMID 10648611; uncharacterized protein	complement(join(423536..423577,423798..423874,423948..424755,424808..424926,425057..425099))	Aspergillus niger	4987754
An15g01540	CDS	An15g01540	NT_166530.1	425860	427700	D	hypothetical protein	join(425860..425949,426023..426094,426183..426321,426379..426424,426518..426799,426947..427015,427219..427419,427458..427510,427588..427700)	Aspergillus niger	84593101
An15g01550	CDS	An15g01550	NT_166530.1	427945	432069	D	Title: similarity to hypothetical conserved protein B11N2.10 - Neurospora crassa; uncharacterized protein	427945..432069	Aspergillus niger	10098198
An15g01560	CDS	An15g01560	NT_166530.1	433087	435822	R	Remark: Gyp7p S. cerevisiae was able to most effectively accelerate the intrinsic GTPase activity of Ypt7p. It was also active, but to a lesser extent, on Ypt31p, Ypt32p and Ypt1p. Ypt6p, Sec4p and the human H-Ras protein did not serve as substrates.; Title: strong similarity to GTPase activating protein Gyp7 - Saccharomyces cerevisiae; See PMID 10091609; See PMID 10508155; uncharacterized protein	complement(join(433087..433475,433539..433857,433913..434175,434230..435601,435667..435822))	Aspergillus niger	4987757
An15g01570	CDS	An15g01570	NT_166530.1	435948	436685	R	hypothetical protein	complement(join(435948..436044,436138..436258,436350..436415,436622..436685))	Aspergillus niger	84593102
An15g01580	CDS	An15g01580	NT_166530.1	437598	438486	D	Remark: weak similarity to H. pylori cell envelope protein 05ae20220orf32 patent WO9640893-A1.; Title: weak similarity to cell envelope protein 05ae20220orf32 from patent WO9640893-A1 - Helicobacter pylori; uncharacterized protein	join(437598..437816,437899..438298,438359..438486)	Aspergillus niger	4987759
An15g01590	CDS	An15g01590	NT_166530.1	438945	440530	D	Remark: Growth of Alcaligenes sp. strain O-1 with 2-aminobenzenesulfonate (ABS; orthanilate) as sole source of carbon and energy requires expression of the soluble,multicomponent 2-aminobenzenesulfonate 2,3-dioxygenase system (deaminating) (ABSDOS).; Similarity: belongs to the bacterial ring-hydroxylating dioxygenase alpha subunit family.; Title: similarity to 2-aminobenzenesulfonate dioxygenase large subunit absA - Alcaligenes sp.; putative frameshift; See PMID 10589735; uncharacterized protein	join(438945..439225,439295..439764,439830..440175,440230..440459,440517..440530)	Aspergillus niger	4987760
An15g01600	CDS	An15g01600	NT_166530.1	441508	442490	D	Title: similarity to hypothetical peroxisomal organisation and biogenesis protein SPAC3G6.05 -Schizosaccharomyces pombe; uncharacterized protein	join(441508..441606,441702..441755,441798..442106,442359..442490)	Aspergillus niger	4987761
An15g01610	CDS	An15g01610	NT_166530.1	442787	444953	R	hypothetical protein	complement(join(442787..443004,443102..443163,443628..443742,443835..444086,444600..444688,444847..444953))	Aspergillus niger	84593103
An15g01620	CDS	An15g01620	NT_166530.1	445116	448352	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: weak similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	join(445116..447357,447511..448352)	Aspergillus niger	4987763
An15g01630	CDS	An15g01630	NT_166530.1	448912	449980	D	hypothetical protein	join(448912..448959,449028..449162,449245..449488,449581..449704,449784..449817,449870..449980)	Aspergillus niger	84593104
An15g01640	CDS	An15g01640	NT_166530.1	450402	454383	D	Title: weak similarity to kinesin light chain KLC -Plectonema boryanum; uncharacterized protein	join(450402..450445,450528..450694,450779..450917,451113..451249,451300..451351,451417..451619,451673..451741,451791..451877,451932..452132,452165..453682,453743..454383)	Aspergillus niger	4987765
An15g01650	CDS	An15g01650	NT_166530.1	455426	457729	R	Function: the TetH from Pasteurella multocida gives resistance to tetracycline by an active tetracycline efflux. This is an energy-dependent process that decreases the accumulation of the antibiotic in whole cells. This protein functions as a metal-tetracycline/h+ antiporter.; Similarity: belongs to the prokaryotic drug resistance translocase family.; Title: similarity to tetracycline resistance protein TetH - Pasteurella multocida; See PMID 8109938; uncharacterized protein	complement(join(455426..455716,455783..457237,457341..457416,457722..457729))	Aspergillus niger	4987766
An15g01670	CDS	An15g01670	NT_166530.1	458411	460463	R	Remark: SRP101 from Yarrowia lipolytica is presumably involved in protein targeting to and translocation across the endoplasmic reticulum.; Title: strong similarity to signal sequence receptor alpha subunit SRP101 - Yarrowia lipolytica; See PMID 10992287; uncharacterized protein	complement(join(458411..459663,459899..460184,460245..460463))	Aspergillus niger	4987768
An15g01680	CDS	An15g01680	NT_166530.1	460753	461929	D	Remark: strong similarity to human signal peptide-containing protein (SIGP) (clone ID 2328134) patent WO9933981-A2.; Title: strong similarity to signal peptide-containing protein SIGP from patent WO9933981-A2 -Homo sapiens; uncharacterized protein	join(460753..461040,461097..461660,461714..461929)	Aspergillus niger	4987769
An15g01690	CDS	An15g01690	NT_166530.1	463314	464024	D	Remark: a splice site was detected upstream of the START codon.; Remark: strong similarity to EST BE758857 A. niger.; Remark: there are to L14 proteins in yeast and there are part of the large ribosomal (60s) subunit.; Similarity: belongs to the L14e family of ribosomal proteins.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L14.a - Saccharomyces cerevisiae; cytoplasm; See PMID 9559554; See PMID 10542411; See PMID 10690410; 60S ribosomal protein eL14	join(463314..463439,463538..463801,463965..464024)	Aspergillus niger	4987770
An15g01700	CDS	An15g01700	NT_166530.1	464778	465566	D	Remark: NAC (nascent polypeptide-associated complex) is an alpha/beta heterodimeric complex binding the newly synthesized polypeptide chains as they emerge from the ribosome.; Remark: a splice site was detected upstream of the START codon.; Remark: differential splicing converts alphaNAC from mouse into a tissue-specific DNA-binding activator and suggest that this regulation may be an important event in the proper control of gene expression during myogenic differentiation.; Title: strong similarity to nascent polypeptide-associated complex alpha chain alpha-NAC - Mus musculus; See PMID 8698236; uncharacterized protein	join(464778..465008,465126..465184,465248..465566)	Aspergillus niger	4987771
An15g01710	CDS	An15g01710	NT_166530.1	466064	466815	D	Catalytic activity: ATP + H2O = ADP + orthophosphate.; Function: ATP7 from Kluyveromyces lactis is one of the chains of the nonenzymatic component (cf(0) subunit) of the mitochondrial ATPase complex.; Pathway: oxidative phosphorylation; photosynthesis; ATP synthase.; Remark: the subunit D is nuclear encoded.; Similarity: to the H+-transporting ATP synthases chain d.; Title: strong similarity to F1Fo-ATP synthase subunit 7 ATP7 - Kluyveromyces lactis; See PMID 9790576; uncharacterized protein	join(466064..466072,466152..466547,466628..466714,466786..466815)	Aspergillus niger	4987772
An15g01720	CDS	An15g01720	NT_166530.1	467831	468859	D	Title: similarity to hypothetical protein encoded by An03g03510 - Aspergillus niger; uncharacterized protein	467831..468859	Aspergillus niger	4987773
An15g01730	CDS	An15g01730	NT_166530.1	469688	470331	D	hypothetical protein	join(469688..469711,469781..469942,470039..470200,470266..470331)	Aspergillus niger	84593105
An15g01740	CDS	An15g01740	NT_166530.1	470485	472557	R	Catalytic activity: succinate semialdehyde + NAD+ or NADP+ + H2O = succinate + NADH or NADPH.; Pathway: 4-aminobutyrate (GABA) degradation pathway.; Similarity: belongs to the aldehyde dehydrogenase family.; Title: similarity to succinate-semialdehyde dehydrogenase NAD(P)+ gabD - Escherichia coli; See PMID 8297211; See PMID 2254272; uncharacterized protein	complement(join(470485..471937,472011..472249,472297..472557))	Aspergillus niger	4987775
An15g01750	CDS	An15g01750	NT_166530.1	473144	474571	R	Remark: the ORF shows C-terminal similarity to the apurinic/apyrimidinic endonuclease III family.; Title: similarity to hypothetical protein B2J23.160 - Neurospora crassa; uncharacterized protein	complement(473144..474571)	Aspergillus niger	4987776
An15g01760	CDS	An15g01760	NT_166530.1	475083	476960	R	Catalytic activity: 5-phospho-beta-D-ribosylamine + pyrophosphate + L-Glutamate = L-glutamine + 5-phospho-alpha-D-ribose 1-diphosphate + H2O.; Pathway: purine metabolism; glutamate metabolism.; Remark: also strong similarity to Sequence 3 from Ashbya possypii Patent EP0927761.; Remark: northern blots demonstrate that ADE4 expression in yeast is transcriptionally regulated.; Similarity: belongs to the amidophosphoribosyltransferases.; Title: strong similarity to amidophosphoribosyltransferase Ade4 - Saccharomyces cerevisiae; See PMID 6376509; uncharacterized protein	complement(join(475083..475602,475658..476798,476876..476960))	Aspergillus niger	4987777
An15g01770	CDS	An15g01770	NT_166530.1	478440	480334	D	Catalytic activity: S-adenosyl-L-methionine + DNA cytosine = S-adenosyl-L-homocysteine + DNA 5-methylcytosine.; Remark: the disruption of masc1 has no effect on viability or methylation maintenance but prevents the de novo methylation of DNA repeats, which takes place after fertilization, through the methylation induced premeiotically (MIP) process.; Similarity: belongs to the site-specific DNA methylase dcm.; Title: strong similarity to C5-DNA methyltransferase Masc1 - Ascobolus immersus; See PMID 9346245; uncharacterized protein	join(478440..479848,479902..480334)	Aspergillus niger	4987778
An15g01780	CDS	An15g01780	NT_166530.1	481612	483313	D	Catalytic activity: 2-hydroxybutane-1,2,3-tricarboxylate = (Z)-but-2-ene-1,2,3-tricarboxylate + H2O.; Pathway: lysine biosynthesis.; Remark: the prpBCDE genes constitute an operon in Salmonella typhimurium which encodes catabolic functions required for propionate catabolism.; Title: strong similarity to 2-methylcitrate dehydratase PrpD - Salmonella typhimurium; See PMID 9006051; See PMID 10482501; uncharacterized protein	join(481612..481725,481802..482579,482635..482819,482882..483313)	Aspergillus niger	4987779
An15g01790	CDS	An15g01790	NT_166530.1	484341	486526	D	Remark: the DAL5 gene product is highly hydrophobic. DAL5 gene, encoding a necessary component of the allantoate transport system, is constitutively expressed in S. cerevisiae.; Similarity: member of the allantoate family of the major facilitator superfamily (MFS).; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; See PMID 3301804; uncharacterized protein	join(484341..484492,484548..484706,484768..484827,484871..485135,485187..485450,485505..485605,485676..485741,485794..486028,486111..486292,486463..486526)	Aspergillus niger	4987780
An15g01800	CDS	An15g01800	NT_166530.1	486689	488242	R	Remark: strong similarity to corynebacterium glutamicum gene sequence 211 from Patent WO0100842.; Similarity: to metal-dependent amidohydrolases/aminoacylases.; Title: strong similarity to protein from patent WO0100842-A - Corynebacterium glutamicum; uncharacterized protein	complement(join(486689..486912,486982..487121,487188..487993,488195..488242))	Aspergillus niger	4987781
An15g01810	CDS	An15g01810	NT_166530.1	488867	490803	D	Title: strong similarity to hypothetical protein encoded by An01g11620 - Aspergillus niger; uncharacterized protein	join(488867..488894,488935..490025,490106..490262,490310..490357,490408..490574,490624..490803)	Aspergillus niger	4987782
An15g01820	CDS	An15g01820	NT_166530.1	491115	492210	R	Title: weak similarity to lung Kruppel-like factor LKLF - Mus musculus; uncharacterized protein	complement(join(491115..491190,491335..491496,491798..492210))	Aspergillus niger	84593106
An15g01830	CDS	An15g01830	NT_166530.1	492408	496041	D	Remark: the main function of the ATPases is the adaptation to stress conditions.; Similarity: belongs to the cation transport ATPases.; Title: strong similarity to sodium P-type ATPase ena-1 - Neurospora crassa; See PMID 10712689; uncharacterized protein	join(492408..492875,492939..493204,493257..495303,495364..496041)	Aspergillus niger	4987784
An15g01840	CDS	An15g01840	NT_166530.1	496213	497229	R	Remark: a splice site was detected upstream of the START codon.; Remark: strong similarity to Secoisolariciresinol dehydrogenase protein clone SMDEHY511 patent WO9955846-A1.; Remark: the patant protein is involved in lignan biosynthetic pathway.; Similarity: belongs to the dehydrogenases with different specificities.; Title: strong similarity to secoisolariciresinol dehydrogenase SMDEHY511 from patent WO9955846-A1 -Forsythia intermedia; See PMID 10629170; uncharacterized protein	complement(join(496213..496269,496320..496503,496574..497113,497168..497229))	Aspergillus niger	4987785
An15g01850	CDS	An15g01850	NT_166530.1	497861	499439	D	Catalytic activity: ATP + L-Glutamate + NH3 = ADP + Orthophosphate + L-Glutamine.; Pathway: glutamate metabolism; peptideglycan biosynthesis; nitrogen metabolism.; Remark: Glutamine synthetase (GS), an essential enzyme in ammonia assimilation and glutamine biosynthesis,has three distinctive types: GSI, GSII and GSIII. Genes for GSI have been found only in bacteria (eubacteria) and archaea (archaebacteria), while GSII genes only occur in eukaryotes and a few soil-dwelling bacteria.; Similarity: belongs to the glutamate-ammonia ligase.; Title: strong similarity to glutamine synthase glnA - Pyrococcus sp; See PMID 7916055; See PMID 9172372; uncharacterized protein	join(497861..498296,498348..498604,498650..498702,498746..499439)	Aspergillus niger	4987786
An15g01860	CDS	An15g01860	NT_166530.1	500653	502452	D	Catalytic activity: L-malate + CoA = acetyl-CoA + H2O + glyoxylate.; Pathway: pyruvate metabolism; glyoxylate and dicarboxylate metabolism.; Remark: in fungi, the malate synthase proteins are located in glyoxysomes and the deduced acuE and acu-9 proteins both contain a C-terminal S-K-L sequence, which has been implicated in transport into peroxisomes.; Similarity: belongs to the malate synthase family.; Title: strong similarity to malate synthase acuE -Aspergillus nidulans; uncharacterized protein	join(500653..501013,501075..501700,501753..502106,502165..502452)	Aspergillus niger	4987787
An15g01870	CDS	An15g01870	NT_166530.1	503359	505312	R	Title: strong similarity to hypothetical protein encoded by An12g05110 - Aspergillus niger; uncharacterized protein	complement(join(503359..505110,505187..505312))	Aspergillus niger	4987788
An15g01880	CDS	An15g01880	NT_166530.1	505636	506494	R	Title: strong similarity to hypothetical IgE-binding protein - Aspergillus fumigatus; uncharacterized protein	complement(join(505636..505772,505926..506118,506210..506494))	Aspergillus niger	4987789
An15g01890	CDS	An15g01890	NT_166530.1	508144	511430	R	Catalytic activity: hydrolysis of terminal,non-reducing beta-D-glucose residues with release of beta-D-glucose.; Pathway: cyanoamino acid metabolism; starch and sucrose metabolism; flavonoids, stilbene and lignin biosynthesis.; Remark: beta-glucosidase plays a morphogenetic role in the parasitic cycle of C. immitis.; Similarity: belongs to the beta-glucosidase-related glycosidases.; Title: strong similarity to beta-glucosidase precursor bgl2 - Coccidioides immitis; See PMID 11254576; uncharacterized protein	complement(join(508144..508263,508537..508611,508719..511108,511154..511325,511377..511430))	Aspergillus niger	4987790
An15g01900	CDS	An15g01900	NT_166530.1	512289	513956	R	Remark: disruption of the CTR locus completely abolished the choline transport activity, indicating that the CTR product is the sole choline transporter in yeast.; Title: strong similarity to choline permease Hnm1 -Saccharomyces cerevisiae; See PMID 2203793; uncharacterized protein	complement(join(512289..512422,512491..513428,513475..513956))	Aspergillus niger	4987791
An15g01910	CDS	An15g01910	NT_166530.1	514589	518040	R	Function: the translational elongation factor 3 (EF-3) superfamily stimulates EF-1 alpha-dependent binding of aminoacyl-tRNA by the ribosome.; Remark: the requirement for EF-3 is unique to fungi,a functional analog has not been found in prokaryotes or other eukaryotes.; Similarity: the C. albicans homolog ELF1 has homology to the ATP-binding cassette (ABC) gene family. Members of this gene family include both membrane transport proteins which confer a drug-resistance phenotype, and proteins whose functions are associated with protein translation.; Title: strong similarity to elongation-like factor ELF - Candida albicans; See PMID 9720054; uncharacterized protein	complement(join(514589..514643,514693..515367,515417..518040))	Aspergillus niger	4987792
An15g01920	CDS	An15g01920	NT_166530.1	519212	520708	D	Catalytic activity: 2-methylcitrate + CoA = propanoyl-CoA + H2O + oxaloacetate; Pathway: propanoate metabolism.; Remark: propionate is oxidized to pyruvate via the methylcitrate cycle. The key enzyme is methylcitrate synthase. A mcsA deletion strain was unable to grow on propionate. The inhibitory growth effect of propionate on glucose medium was enhanced in this strain, which led to the assumption that trapping of the available CoA as propionyl-CoA and/or the accumulating propionyl-CoA itself interferes with other biosynthetic pathways such as fatty acid and polyketide syntheses.; Similarity: belongs to the citrate (si)-synthases.; Title: strong similarity to methylcitrate synthase mcsA - Aspergillus nidulans; See PMID 10712680; uncharacterized protein	join(519212..519268,519320..520456,520505..520708)	Aspergillus niger	4987793
An15g01930	CDS	An15g01930	NT_166530.1	520824	522748	R	Remark: Pth11p functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Remark: inhibition of of the genes PTH2, PTH3, PTH11 and PTH12 results in the reduction or elimination of the pathogenic phenotype of the fungus. The genes are useful in the design of screens to identify inhibitors of the fungal pathogenic gene products.; Remark: similarity to integral membrane protein PTH11 - Magnaporthe grisea patent WO9913094-A2.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(520824..521555,521629..521769,521847..521929,521988..521996,522076..522112,522160..522345,522399..522466,522535..522748))	Aspergillus niger	4987794
An15g01940	CDS	An15g01940	NT_166530.1	524500	526394	R	Function: the ORF seems to be a putative isoamyl alcohol oxidase.; Similarity: strong similarity to thale cress sequence 70 from Patent WO9813478 found in TREMBL:A71637_1.; Similarity: the ORF shows similarity to several oxidoreductases.; Title: strong similarity to antifungal protein from patent WO9813478-A - Arabidopsis thaliana; uncharacterized protein	complement(join(524500..524697,524781..526047,526123..526394))	Aspergillus niger	4987795
An15g01950	CDS	An15g01950	NT_166530.1	527435	529481	R	Remark: strong similarity to A. crisogenum Cephalosporin C patent JP06038763-A.; Similarity: belongs to the acyl-CoA synthetases (AMP-forming)/AMP-acid ligases II.; Title: strong similarity to Cephalosporin C from patent JP06038763-A - Acremonium chrysogenum; See PMID 11405634; uncharacterized protein	complement(join(527435..527852,527927..529394,529472..529481))	Aspergillus niger	4987796
An15g01960	CDS	An15g01960	NT_166530.1	530226	531567	R	Remark: Fructosyl amino acid oxidase (FAOD), is active toward model compounds of the glycated proteins in blood, N epsilon-fructosyl N sigma-Z-lysine and N-fructosyl valine.; Title: strong similarity to fructosyl amino acid oxidase faoP - Penicillium janthinellum; See PMID 9022674; uncharacterized protein	complement(join(530226..530710,530754..531567))	Aspergillus niger	4987797
An15g01970	CDS	An15g01970	NT_166530.1	532276	533419	D	Remark: in the CNS Brn-3. 2 is selectively expressed in postmitotic neurons, implying a role in specifying terminally differentiated neuronal phenotypes.; Title: similarity to unassigned homeobox protein Brn-3.2 - Mus sp.; See PMID 7904822; See PMID 8162704; uncharacterized protein	join(532276..533197,533259..533419)	Aspergillus niger	4987798
An15g01980	CDS	An15g01980	NT_166530.1	533691	535090	R	Catalytic activity: 6-carboxyhexanoyl-CoA + L-alanine = 8-amino-7-oxononanoate + CoA + CO2.; Pathway: biotin metabolism.; Remark: belongs to a putative biotin synthesis cluster.; Remark: strong similarity to hlamydia pneumoniae transmembrane protein sequence patent WO9927105-A2.; Similarity: belongs to the 7-keto-8-aminopelargonate synthetase and related enzymes.; Title: strong similarity to 8-amino-7-oxononanoate synthase from patent WO9927105-A2 - Chlamydia pneumoniae; uncharacterized protein	complement(join(533691..534023,534090..534232,534316..535090))	Aspergillus niger	4987799
An15g01990	CDS	An15g01990	NT_166530.1	536217	538899	D	Catalytic activity: S-adenosyl-L-methionine + 8-amino-7-oxononanoate = S-adenosyl-4-methylthio-2-oxobutanoate + 7,8-diaminononanoate.; Pathway: biotin metabolism.; Remark: similarity to metabolic pathway protein patent WO0100843-A/639 from Corynebacterium glutamicum found in TREMBL:AX064357_1.; Remark: the predicted ORF seems N-terminal approximately 250 amino acids to long.; Remark: this ORF is probable a adenosylmethionine-8-amino-7-oxononanoate aminotransferase-like protein and belongs to a putative biotin synthesis cluster.; Similarity: the ORF shows strong similarity to several putative adenosylmethionine--8-amino-7-oxononanoate transaminases.; Title: strong similarity to biotin synthesis enzyme from patent WO0100843-A - Corynebacterium glutamicum; uncharacterized protein	join(536217..536404,536465..536596,536643..537980,538050..538630,538724..538899)	Aspergillus niger	4987800
An15g02000	CDS	An15g02000	NT_166530.1	539949	541184	D	Catalytic activity: dethiobiotin + sulfur = biotin.; Pathway: biotin metabolism.; Remark: biotin synthase catalyzes the insertion of a sulfur atom between two carbon atoms of dethiobiotin to form biotin in the last step of the biotin biosynthesis pathway.; Similarity: belongs to the biotin and lipoic acid synthetases family.; Title: strong similarity to biotin synthase Bio2 -Saccharomyces cerevisiae; See PMID 8117110; uncharacterized protein	join(539949..540155,540237..541184)	Aspergillus niger	4987801
An15g02010	CDS	An15g02010	NT_166530.1	541339	541903	R	hypothetical protein	complement(join(541339..541471,541542..541903))	Aspergillus niger	84593107
An15g02020	CDS	An15g02020	NT_166530.1	542024	543548	D	hypothetical protein	join(542024..542101,542589..542656,542708..542857,542927..542994,543081..543194,543285..543357,543440..543548)	Aspergillus niger	84593108
An15g02030	CDS	An15g02030	NT_166530.1	543948	545408	R	hypothetical protein	complement(join(543948..544409,544467..544494,544623..544742,544981..545068,545162..545281,545339..545408))	Aspergillus niger	84593109
An15g02040	CDS	An15g02040	NT_166530.1	546399	546790	D	Remark: the N-terminus of the ORF is identical to EST SEQ ID NO:4121 from patent WO200056762-A2.; Title: strong similarity to EST an_3318 -Aspergillus niger; uncharacterized protein	join(546399..546484,546540..546571,546627..546790)	Aspergillus niger	4987805
An15g02050	CDS	An15g02050	NT_166530.1	547693	548691	R	Title: similarity to hypothetical protein encoded by An04g09900 - Aspergillus niger; uncharacterized protein	complement(join(547693..548104,548216..548395,548435..548691))	Aspergillus niger	84593110
An15g02060	CDS	An15g02060	NT_166530.1	549732	549989	D	hypothetical protein	549732..549989	Aspergillus niger	84593111
An15g02070	CDS	An15g02070	NT_166530.1	551118	552380	D	Catalytic activity: salicylate + NADH + O(2) <=> catechol + NAD(+) + H(2)O + CO(2).; Cofactor: FAD.; Function: the salicylate 1-monooxygenase NahG from Pseudomonas putida strain PpG7 is involved in the lower napthalene catabolic pathway which involves conversion of salicylate to lower amphibolic intermediates.; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Title: similarity to salicylate hydroxylase nahG -Pseudomonas putida; See PMID 1993181; See PMID 2363715; uncharacterized protein	551118..552380	Aspergillus niger	4987808
An15g02080	CDS	An15g02080	NT_166530.1	552534	555546	R	Remark: the regulator An1000 is involved in the gene expression regulation of FLO11, lovF, lovE or acvA.; Remark: the similarity of the ORF encoded protein to blastp matches is restricted to the Fungal Zn(2)-Cys(6) binuclear cluster.; Title: strong similarity to lovF gene expression regulator An1000 from patent WO200257456-A2 - Unclassified organism; nucleus; uncharacterized protein	complement(join(552534..554204,554256..554691,554905..555123,555188..555546))	Aspergillus niger	4987809
An15g02090	CDS	An15g02090	NT_166530.1	556439	557783	D	Title: strong similarity to hypothetical protein EAA77948.1 - Gibberella zeae; uncharacterized protein	join(556439..557363,557413..557783)	Aspergillus niger	4987810
An15g02100	CDS	An15g02100	NT_166530.1	558276	558675	R	hypothetical protein	complement(join(558276..558421,558558..558589,558638..558675))	Aspergillus niger	84593112
An15g02110	CDS	An15g02110	NT_166530.1	560315	562323	D	Catalytic activity: Penicillin + H2O = a Carboxylate + 6-Aminopenicillanate.; Remark: PVA is used for the enzymatic hydrolysis of penicillin V (phenoxy-methylpenicillin) to 6-aminopenicillanic acid (6-APA). 6-APA is the active beta-lactam nucleus used in the manufacture of semi-synthetic penicillins.; Title: similarity to penicillin V amidohydrolase PVA from patent US5516679-A - Fusarium oxysporum; uncharacterized protein	join(560315..560611,560648..560703,560759..561739,561814..562050,562110..562141,562271..562323)	Aspergillus niger	4987812
An15g02120	CDS	An15g02120	NT_166530.1	562511	564532	R	Phenotype: A. nidulans cells lacking the tcsA gene are unable to produce conidia on standard Aspergillus growth media.; Remark: the ORF encoded protein shows similarity to many hypothetical two component histidin kinases and contains a corresponding PFAM domain.; Remark: the tscA protein has not been described.; Title: strong similarity to histidine kinase tcsA -Aspergillus nidulans; See PMID 10905426; uncharacterized protein	complement(562511..564532)	Aspergillus niger	4987813
An15g02130	CDS	An15g02130	NT_166530.1	566636	574940	R	Function: lovF from A. terreus specifies formation of 2-methylbutyrate.; Remark: lovF is synonymous to lovastatin diketide synthase LDKS.; Title: strong similarity to lovastatin diketide synthase lovF - Aspergillus terreus; See PMID 10334994; See PMID 10381407; uncharacterized protein	complement(join(566636..567505,567563..567883,567951..573410,573481..573637,573698..574131,574189..574457,574518..574662,574728..574940))	Aspergillus niger	4987814
An15g02140	CDS	An15g02140	NT_166530.1	575093	576170	R	Similarity: the similarity of the predicted A. niger protein is to the N-termnal region of S. pombe dfr1, while the conserved dihydrofolate reductase domain is at the C-terminus of dfr1.; Title: weak similarity to dihydrofolate reductase dfr1p - Schizosaccharomyces pombe; See PMID 8088538; uncharacterized protein	complement(join(575093..575235,575332..575793,575847..575924,575993..576011,576129..576170))	Aspergillus niger	4987815
An15g02150	CDS	An15g02150	NT_166530.1	577681	578854	D	Function: the pathogenicity protein PTH11 functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Localization: a PTH11-green fluorescent protein fusion was localized to the cell membrane and vacuoles.; Remark: the A. niger protein is 300 amino acids shorter than PTH11.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(577681..578195,578259..578332,578397..578854)	Aspergillus niger	4987816
An15g02160	CDS	An15g02160	NT_166530.1	579139	579875	R	Title: similarity to hypothetical protein BAC45498.1 - Bradyrhizobium japonicum; uncharacterized protein	complement(join(579139..579568,579724..579875))	Aspergillus niger	84593113
An15g02170	CDS	An15g02170	NT_166530.1	580980	581876	R	hypothetical protein	complement(join(580980..581414,581544..581603,581772..581876))	Aspergillus niger	84593114
An15g02180	CDS	An15g02180	NT_166530.1	581948	583380	D	Catalytic activity: salicylate hydroxylases convert Salicylate + NADH + O2 = Catechol + NAD+ + H2O + CO2.; Function: NahW of P. stutzeri exhibits a broad substrate specificities and metabolize salicylate,methylsalicylates, and chlorosalicylates.; Function: NahW of P. stutzeri is involved in naphthalene and salicylate metabolism.; Remark: the A. niger protein also shows similarity to 6-hydroxynicotinic acid mono-oxygenase from Pseudomonas fluorescens strain TN5 from patent JP09121864-A.; Remark: the similarity is restricted to small region of the proteins.; Title: similarity to salicylate hydroxylase nahW -Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	join(581948..581983,582049..582407,582498..583380)	Aspergillus niger	4987819
An15g02190	CDS	An15g02190	NT_166530.1	584464	586165	D	Function: the bmr3 transporter of B. subtilis functions as a multidrug transporter: it mediates resistance to puromycin, tosufloxacin, and norfloxacin.; Induction: expression of bmr3 is dependent on the growth phase of B. subtilis.; Title: strong similarity to multidrug transporter bmr3 - Bacillus subtilis; See PMID 9023234; uncharacterized protein	join(584464..584765,584827..586165)	Aspergillus niger	4987820
An15g02200	CDS	An15g02200	NT_166530.1	586741	588680	D	Catalytic activity: AOD1 of C. boidinii converts primary alcohol + O2 = aldehyde + H2O2.; Function: the AOD1 protein of C. boidinii is the first key enzyme for methanol metabolism.; Remark: AOD1 of C. boidinii belongs to the oxidoreductases family.; Similarity: the A. niger EST ID NO:4251 in PATENTDNA:AAF11728 overlaps with the ORF at the ORF's extreme C-terminus (patent WO200056762-A2).; Title: strong similarity to alcohol oxidase AOD1 -Candida boidinii; See PMID 1587486; uncharacterized protein	join(586741..586801,586869..587212,587277..588680)	Aspergillus niger	4987821
An15g02210	CDS	An15g02210	NT_166530.1	589021	591016	R	Function: the triacylglycerol of C. rugosa mediates the breakdown of lipids.; Remark: C. rugosa is also named C. cylindricacea.; Remark: the triacylglycerol lipase of C. rugosa belongs to the type-B carboxylesterase/lipase family.; Similarity: the ORF shows also strong similarity to the cholesterol esterase of C. rugosa.; Title: strong similarity to extracellular triacylglycerol lipase Lip1 - Candida rugosa; See PMID 8142346; See PMID 8509417; See PMID 11457462; See PMID 1610906; uncharacterized protein	complement(join(589021..589640,589703..590173,590241..590474,590534..590615,590670..590711,590771..591016))	Aspergillus niger	4987822
An15g02220	CDS	An15g02220	NT_166530.1	593256	593757	D	hypothetical protein	join(593256..593397,593483..593757)	Aspergillus niger	84593115
An15g02230	CDS	An15g02230	NT_166530.1	594212	595080	R	Remark: unusual exon/intron structure for A. niger and short length (122 amino acids).; hypothetical protein	complement(join(594212..594529,594907..594946,595070..595080))	Aspergillus niger	84593116
An15g02240	CDS	An15g02240	NT_166530.1	595312	595988	D	hypothetical protein	join(595312..595419,595501..595602,595650..595780,595850..595988)	Aspergillus niger	84593117
An15g02250	CDS	An15g02250	NT_166530.1	596860	597111	R	Remark: the ORF is short in length; hypothetical protein	complement(596860..597111)	Aspergillus niger	84593118
An15g02260	CDS	An15g02260	NT_166530.1	597273	597952	R	hypothetical protein	complement(join(597273..597591,597663..597744,597820..597952))	Aspergillus niger	84593119
An15g02270	CDS	An15g02270	NT_166530.1	598034	598441	D	hypothetical protein	598034..598441	Aspergillus niger	4987828
An15g02280	CDS	An15g02280	NT_166530.1	598994	600105	R	Function: the WOX1 protein of M. musculus is a mitochondrial apoptogenic protein.; Induction: the WOX1 protein of M. musculus downregulates the apoptosis inhibitors Bcl-2 and Bcl-x(L) and upregulates pro-apoptotic p53.; Induction: the WOX1 protein of M. musculus is induced by hyaluronidase.; Localization: WOX1 protein of M. musculus is mainly located in the mitochondria.; Remark: WOX1 of M. musculus belongs to the short-chain dehydrogenases/reductases (sdr) family.; Title: similarity to WW domain-containing oxidoreductase WOX1 - Mus musculus; See PMID 11058590; uncharacterized protein	complement(join(598994..599178,599236..599454,599494..599625,599701..600013,600064..600105))	Aspergillus niger	4987829
An15g02290	CDS	An15g02290	NT_166530.1	601477	603813	D	Function: mepB of A. fumigatus is probably involved in the intracellular degradation of small peptides.; Phenotype: gene disruption of the mepB gene of A. fumigatus did not reveal any detectable phenotype.; Remark: mepB of A. fumigatus is a cytosolic zinc metalloproteinase of the thimet oligopeptidase family (M3).; Similarity: the ORF shows also strong similarity to S. cerevisiae saccharolysin and to thimet oligopeptidases of various species also involved in cytoplasmic peptide degradation.; Similarity: the extreme C-terminus of the ORF overlaps with the 5' genomic sequence preceding the A. niger abf B gene (see adjacent ORF An15g02300) in EMBL:ANABFB and EMBL:ANABFB1.; Title: strong similarity to cytoplasmic metalloproteinase mepB - Aspergillus fumigatus; cytoplasm; See PMID 9245813; uncharacterized protein	join(601477..602745,602807..602930,602980..603280,603330..603530,603600..603813)	Aspergillus niger	4987830
An15g02300	CDS	abfB	NT_166530.1	605172	606671	D	Catalytic activity: abfB of A. niger is involved in the hydrolysis of terminal non-reducing alpha-L-arabinofuranoside residues in alpha-L-arabinosides.; Function: abfB of A. niger is involved in degradation of the cell wall polysaccharide L-arabinan.; Gene-ID: abfB;abf2;awabfB;exoB; Similarity: abfB of A. niger belongs to family 54 of glycosyl hydrolases.; Similarity: the ORF differs from the abfB protein from patent EP506190-A in a single amino acid (G19A).; Similarity: the ORF is nearly identical to the abfB protein from A. niger in PIR:S39113: they differ in a single amino acid (D465E).; See PMID 8299175; arabinofuranosidase B abfB-Aspergillus niger	605172..606671	Aspergillus niger	4987831
An15g02310	CDS	An15g02310	NT_166530.1	607120	608892	R	Similarity: the ORF overlaps with the A. niger sequence from patent EP506190-A; the overlapping patent sequence is the 3' untranslated sequence of the abfB gene,which is encoded on the neighbouring ORF (An15g02300).; hypothetical protein	complement(join(607120..607629,607687..608892))	Aspergillus niger	84593120
An15g02320	CDS	An15g02320	NT_166530.1	609454	610518	R	Function: the ATP11 protein of S. cerevisiae (together with ATP12) is essential for the expression of the functional F1-ATPase in acting as a chaperone (it binds the ATPase's beta-subunit).; Localization: the ATP11 protein of S. cerevisiae is found in mitochondria (immunochemical evidence).; Phenotype: ATP11 gene mutants of S. cerevisiae had 10% or less of wild-type ATPase activity.; Remark: alternate names for ATP11 of S. cerevisiae are protein N0357 and YNL315c.; Title: strong similarity to chaperone protein Atp11 - Saccharomyces cerevisiae; See PMID 10681564; See PMID 1532796; uncharacterized protein	complement(join(609454..610288,610343..610518))	Aspergillus niger	4987833
An15g02330	CDS	An15g02330	NT_166530.1	610800	611485	D	Remark: unusual intron/exon structure for A. niger.; hypothetical protein	join(610800..610846,611050..611211,611299..611485)	Aspergillus niger	84593121
An15g02340	CDS	An15g02340	NT_166530.1	612647	614555	D	Pathway: arg1 of S. cerevisiae in active in the urea cycle, where it is involved in the penultimate step of the arginine biosynthetic pathway.; Phenotype: systematic deletion of the arg1 gene of S. cerevisiae produced a viable phenotype.; Regulation: transcription of arg1 protein of S. cerevisiae is not affected by the presence of arginine in the growth medium whereas enzyme activity is.; Remark: Alternate names for arg1 of S. cerevisiae are arg10, citrulline-aspartate ligase, protein O1228, and YOL058w.; Remark: arg1 of S. cerevisiae is a member of the argininosuccinate synthase family.; Title: strong similarity to argininosuccinate synthase Arg1 - Saccharomyces cerevisiae; cytoplasm; See PMID 2897249; uncharacterized protein	join(612647..612686,612767..612805,612867..613022,613079..613114,613168..613424,613479..613497,613557..613589,613644..613910,613969..614095,614149..614203,614261..614427,614498..614555)	Aspergillus niger	4987835
An15g02350	CDS	An15g02350	NT_166530.1	615625	616767	D	Remark: the ORF has some gaps (one over 30 amino acids) if aligned with the N. crassa protein.; Similarity: the ORF is serine rich and therefore shows unspecific homologies to other serine rich proteins (e. g. D. discoideum spore coat protein sp96).; Title: strong similarity to hypothetical precursor of spore coat protein sp96 - Neurospora crassa; uncharacterized protein	615625..616767	Aspergillus niger	4987836
An15g02360	CDS	An15g02360	NT_166530.1	617532	618956	R	Localization: acetylornithine aminotransferases localize to the mitochondrial matrix.; Pathway: acetylornithine aminotransferases catalyze the fourth step in arginine biosynthesis.; Phenotype: disruption of the arg8 gene in K. lactis resulted in strains auxotrophic for arginine.; Remark: acetylornithine aminotransferases belong to class-III of pyridoxal-phosphate-dependent aminotransferases.; Similarity: the A. niger EST an_2621 in EMBLEST:BE759720 overlaps with the ORF.; Title: strong similarity to acetylornithine aminotransferase arg8 - Kluyveromyces lactis; localisation:mitochondrion; See PMID 9544247; uncharacterized protein	complement(617532..618956)	Aspergillus niger	4987837
An15g02370	CDS	An15g02370	NT_166530.1	620701	622231	D	Induction: the expression level of ccg-8 of N. crassa is influenced by circadian rhythm (it preferentially accumulates from light-night to early-morning).; Remark: the ORF shows also similarity to the transcription regulator OPI1 of S. cerevisiae and due to its relatively high serine content unspecific similarity to proteophosphoglycans.; Similarity: the ccg-8 gene of N. crassa is 199 amino acids shorter at the N-terminus than the ORF.; Title: similarity to clock-controlled gene-8 ccg-8 -Neurospora crassa; See PMID 8917550; uncharacterized protein	join(620701..620995,621063..622231)	Aspergillus niger	4987838
An15g02380	CDS	An15g02380	NT_166530.1	623037	624624	D	Remark: the ORF is C-terminally truncated due to the contig border.; Title: strong similarity to hypothetical transmembrane protein SPAC977.11 - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	join(623037..624154,624346..>624624)	Aspergillus niger	4987839
An15g02390	CDS	An15g02390	NT_166530.1	624725	625870	R	Catalytic activity: estradiol 17beta-dehydrogenase type 1 catalyzes the reaction Estradiol-17-beta + NAD(P)(+) <=> estrone + NAD(P)H.; Remark: the A. niger protein also shows strong similarity to many different hypothetical dehydrogenases and it contains a short chain dehydrogenase PFAM domain.; Title: similarity to estradiol 17-beta-dehydrogenase type 1 - Homo sapiens; See PMID 2779584; See PMID 3456799; uncharacterized protein	complement(<624725..625870)	Aspergillus niger	4987840
An15g02400	CDS	An15g02400	NT_166530.1	626217	628037	R	Remark: the A. niger ORF also shows strong similarity to EST an_0173 of A. niger.; Title: similarity to hypothetical protein CG11840 -Drosophila melanogaster; uncharacterized protein	complement(join(626217..626838,626983..628037))	Aspergillus niger	4987841
An15g02410	CDS	An15g02410	NT_166530.1	629596	631288	D	Function: hNmrr is a nitrogen metabolic repression regulator protein.; Title: similarity to nitrogen metabolic repression regulator hNmrr from patent CN1269419-A - Homo sapiens; uncharacterized protein	join(629596..629638,629696..629910,629984..630137,630189..630521,630572..630794,631033..631141,631280..631288)	Aspergillus niger	4987842
An15g02420	CDS	An15g02420	NT_166530.1	631613	633560	D	Function: eIF-2B is a guanin nucleotide releasing protein for eIF-2. eIF-2 forms a complex with GTP and mediates the binding of the methionyl initiator tRNA to the small rubosomal subunit, which then binds to the 5' cap of the mRNA and begins scanning along the mRNA.; Function: eIF-2B is required to cause GDP release so that a nex GTP molecule can bind and eIF2 can be reused.; Title: similarity to eukaryotic translation initiation factor eIF2B subunit 3 - Homo sapiens; cytoplasm; See PMID 10900014; uncharacterized protein	join(631613..631738,631806..631860,631937..633006,633061..633137,633192..633250,633313..633353,633411..633560)	Aspergillus niger	4987843
An15g02440	CDS	An15g02440	NT_166530.1	634751	637007	R	Function: Gcn20p of S. cerevisiae functions together with Gcn1p in facilitating the activation of Gcn2p by uncharged tRNA on translating ribosomes.; Function: Gcn20p of S. cerevisiae is a component of a protein complex that couples the kinase activity of GCN2 to the availability of amino acids.; Remark: the A. niger ORF contains a putative sequencing error at position 28062.; Similarity: Gcn20p of S. cerevisiae is a member of ATP-binding cassette (ABC) family, eF-3 subfamily.; Title: strong similarity to positive effector of Gcn2p Gcn20 - Saccharomyces cerevisiae [putative frameshift]; cytoplasm; putative frameshift; See PMID 7621831; See PMID 9234705; uncharacterized protein	complement(<634751..637007)	Aspergillus niger	4987845
An15g02450	CDS	An15g02450	NT_166530.1	637389	639084	R	Title: weak similarity to regulator protein Ppr1 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(637389..637781,637856..638144,638197..638620,638673..639084))	Aspergillus niger	4987846
An15g02460	CDS	An15g02460	NT_166530.1	640554	642143	D	Phenotype: aro8 mutants cannot grow on minimal medium supplemented with tryptophane, kinurenine,phenylalanine and tyrosine.; Remark: YGL202W is the systematic name for ARO8.; Similarity: ARO8 belongs to the aminotransferase subgroup I.; Title: similarity to aromatic aminotransferase I Aro8 - Saccharomyces cerevisiae; See PMID 9491083; See PMID 9491082; uncharacterized protein	640554..642143	Aspergillus niger	4987847
An15g02470	CDS	An15g02470	NT_166530.1	642805	644325	R	Title: weak similarity to hypothetical variant surface glycoprotein MVAT5 homolog - Trypanosoma brucei; uncharacterized protein	complement(642805..644325)	Aspergillus niger	4987848
An15g02480	CDS	An15g02480	NT_166530.1	644666	645310	R	hypothetical protein	complement(join(644666..645040,645308..645310))	Aspergillus niger	84593122
An15g02490	CDS	An15g02490	NT_166530.1	645510	646799	R	Catalytic activity: leuB of Sulfolobus sp. catalyzes the reaction 3-carboxy-2-hydroxy-4-methylpentanoate + NAD+ = 3-carboxy-4-methyl-2-oxopentanoate + NADH (the product decarboxylates to 4-methyl-2-oxopentanoate).; Pathway: leuB of Sulfolobus sp. catalyzes the third step in leucine biosynthesis.; Remark: the A. niger protein also shows strong similarity to the unpublished homo-isocitrate dehydrogenase LYS12 of S. cerevisiae that is involved in lysine biosynthesis.; Similarity: leuB of Sulfolobus sp. belongs to the isocitrate and isopropylmalate dehydrogenases family.; Title: similarity to 3-isopropylmalate dehydrogenase leuB - Sulfolobus sp.; See PMID 9023199; uncharacterized protein	complement(join(645510..646353,646421..646590,646656..646696,646769..646799))	Aspergillus niger	4987850
An15g02500	CDS	An15g02500	NT_166530.1	646822	647679	D	hypothetical protein	join(646822..646958,647142..647244,647355..647508,647603..647679)	Aspergillus niger	84593123
An15g02510	CDS	An15g02510	NT_166530.1	648118	648588	R	Remark: blastp matches are unspecific.; Title: weak similarity to prokaryotic essential gene #5987 from patent WO200277183-A2 - Bacteroides fragilis; uncharacterized protein	complement(648118..648588)	Aspergillus niger	84593124
An15g02520	CDS	An15g02520	NT_166530.1	649260	650285	R	hypothetical protein	complement(join(649260..649595,649908..650285))	Aspergillus niger	4987853
An15g02530	CDS	An15g02530	NT_166530.1	650329	651190	D	hypothetical protein	join(650329..650372,650702..650867,650996..651190)	Aspergillus niger	84593125
An15g02540	CDS	An15g02540	NT_166530.1	651653	652547	R	Title: strong similarity to hypothetical protein encoded by An18g01500 - Aspergillus niger; uncharacterized protein	complement(join(651653..651835,651898..652126,652195..652547))	Aspergillus niger	84593126
An15g02550	CDS	An15g02550	NT_166530.1	653234	655184	D	Title: strong similarity to hypothetical protein encoded by An19g00370 - Aspergillus niger; uncharacterized protein	join(653234..654156,654213..654438,654552..654655,654908..654928,654967..655003,655152..655184)	Aspergillus niger	4987856
An15g02560	CDS	An15g02560	NT_166530.1	656117	656450	D	Remark: blastp matches are only due to repetitive amino acids.; hypothetical protein	join(656117..656386,656418..656450)	Aspergillus niger	84593127
An15g02570	CDS	An15g02570	NT_166530.1	657090	657689	D	Title: weak similarity to precursor of agglutinin isolectin 1 - Triticum aestivum; uncharacterized protein	join(657090..657182,657262..657323,657416..657571,657626..657689)	Aspergillus niger	84593128
An15g02580	CDS	An15g02580	NT_166530.1	658022	660096	D	Title: strong similarity to hypothetical protein encoded by An16g02740 - Aspergillus niger; uncharacterized protein	join(658022..658144,658372..658964,659118..659230,659368..659374,659474..659549,659665..659705,659815..659892,660078..660096)	Aspergillus niger	4987859
An15g02590	CDS	An15g02590	NT_166530.1	660247	662805	R	Catalytic activity: human DMGDH catalyzes the reaction N,N-dimethylglycine + acceptor + H2O = sarcosine + formaldehyde + reduced acceptor.; Function: human dimethylglycine dehydrogenase (DMGDH) is a mitochondrial matrix enzyme involved in the metabolism of choline, converting dimethylglycine to sarcosine. Sarcosine is then transformed to glycine by sarcosine dehydrogenase.; Title: strong similarity to dimethylglycine dehydrogenase precursor DMGDH - Homo sapiens; localisation:mitochondrion; See PMID 11231903; uncharacterized protein	complement(660247..662805)	Aspergillus niger	4987860
An15g02600	CDS	An15g02600	NT_166530.1	663523	664221	R	hypothetical protein	complement(663523..664221)	Aspergillus niger	4987861
An15g02610	CDS	An15g02610	NT_166530.1	665083	665937	D	Function: aphA-6 of A. baumannii phosphorylates, and thereby inactivates, the antibiotic kanamycin and structurally related aminoglycosides.; Title: similarity to kanamycin kinase type IV aphA-6 - Acinetobacter baumannii; See PMID 2846986; uncharacterized protein	665083..665937	Aspergillus niger	4987862
An15g02620	CDS	An15g02620	NT_166530.1	666116	667419	R	Title: weak similarity to fungal ZBC protein sequence #116 from patent WO200224865-A2 - Unclassified organism; uncharacterized protein	complement(join(666116..666904,666962..667279,667336..667419))	Aspergillus niger	4987863
An15g02630	CDS	An15g02630	NT_166530.1	667843	668955	D	Function: lovC from A. terreus interacts with LNKS and is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L.; Function: lovC of A. terreus is involved in lovastatin production.; Similarity: the ORF shows similarity to several unspecified oxidoreductases.; Title: similarity to enoyl reductase lovC from patent WO200037629-A2 - Aspergillus terreus; See PMID 10334994; uncharacterized protein	667843..668955	Aspergillus niger	4987864
An15g02640	CDS	An15g02640	NT_166530.1	669093	670406	R	Title: similarity to human cancer associated protein sequence SEQ ID NO:1313 from patent WO200055350-A1 - Homo sapiens; uncharacterized protein	complement(join(669093..669138,669247..670406))	Aspergillus niger	4987865
An15g02650	CDS	An15g02650	NT_166530.1	670785	671299	R	Title: similarity to hypothetical protein CC3092 -Caulobacter crescentus; uncharacterized protein	complement(join(670785..671144,671213..671299))	Aspergillus niger	4987866
An15g02660	CDS	An15g02660	NT_166530.1	672106	672597	R	Title: strong similarity to essential protein SEQ ID NO:22 from patent WO2003076464-A2 - Aspergillus fumigatus; uncharacterized protein	complement(672106..672597)	Aspergillus niger	84593129
An15g02670	CDS	An15g02670	NT_166530.1	672699	674733	R	Remark: the ORF is truncated and contains no stop codon, due to the end of the contig.; Title: strong similarity to essential protein #22 from patent WO2003076464-A2 - Aspergillus fumigatus [truncated ORF]; uncharacterized protein	complement(<672699..674733)	Aspergillus niger	84593130
An15g02680	CDS	An15g02680	NT_166530.1	675311	677153	R	Function: tetA from E. coli encodes a tetracycline cation/proton antiporter.; Function: tetA from E. coli is necessary for tetracycline resistance.; Title: strong similarity to tetracyclin resistance protein tetA - Escherichia coli; plasma membrane; See PMID 11069672; See PMID 6310527; uncharacterized protein	complement(join(675311..675351,675381..676833,676893..677153))	Aspergillus niger	4987868
An15g02690	CDS	An15g02690	NT_166530.1	677954	679344	R	Catalytic activity: protoporphyrin + Fe(2+) <=> protoheme + 2 H(+).; Function: catalyzes the insertion of iron into protoporphyrin to produce heme.; Remark: Danio rerio = zebrafish.; Title: strong similarity to ferrochelatase fch -Danio rerio; See PMID 10985389; uncharacterized protein	complement(join(677954..678411,678472..679054,679123..679344))	Aspergillus niger	4987870
An15g02700	CDS	An15g02700	NT_166530.1	679864	682147	D	Function: Ku70 of M. musculus has a role in chromosome translocation.; Function: Ku70 of M. musculus is a ssDNA/ATP-dependent helicase.; Function: the DNA helicase II complex binds preferentially to fork-like ends of dsDNA in a cell cycle-dependent manner.; Similarity: belongs to the ATP-dependent DNA helicase II 70kDa subunit family.; Title: strong similarity to ATP-dependent DNA helicase II subunit Ku70 - Mus musculus; nucleus; See PMID 10689133; See PMID 1701785; uncharacterized protein	join(679864..679929,679987..680598,680673..681504,681569..681672,681742..681969,682043..682147)	Aspergillus niger	4987871
An15g02710	CDS	An15g02710	NT_166530.1	682859	683933	R	Title: strong similarity to hypothetical protein encoded by An02g01160 - Aspergillus niger; uncharacterized protein	complement(join(682859..682907,682981..683616,683683..683933))	Aspergillus niger	4987872
An15g02720	CDS	An15g02720	NT_166530.1	684736	685366	R	Title: weak similarity to hypothetical hsp70-related protein ORP150RP - Leishmania major; uncharacterized protein	complement(join(684736..684930,685051..685158,685253..685366))	Aspergillus niger	84593131
An15g02730	CDS	An15g02730	NT_166530.1	687703	689636	R	Title: weak similarity to cancer associated protein sequence SEQ ID NO:1409 from patent WO200055350-A1 - Homo sapiens; uncharacterized protein	complement(join(687703..687804,687863..688006,688112..688365,688452..688522,688570..688668,688795..688927,689202..689312,689440..689555,689626..689636))	Aspergillus niger	84593132
An15g02740	CDS	An15g02740	NT_166530.1	689891	694913	D	Function: apsA of A. nidulans is required for nuclear positioning and completion of asexual development.; Phenotype: apsA mutants of A. nidulans are partially blocked in conidiation (asexual sporulation) due to failure of the organized migration of nuclei into the conidiophore metulae.; Phenotype: apsA mutants of A. nidulans have a slightly reduced hyphal growth rate and en irregular distribution of nuclei in vegetative hyphae.; Remark: Emericella nidulans = Aspergillus nidulans.; Title: strong similarity to anucleate primary sterigmata gene apsA - Aspergillus nidulans; See PMID 8025681; See PMID 7860626; uncharacterized protein	join(689891..690301,690342..694761,694837..694913)	Aspergillus niger	4987875
An15g02750	CDS	An15g02750	NT_166530.1	695623	697541	R	Title: similarity to hypothetical protein B13N4.250 - Neurospora crassa; uncharacterized protein	complement(join(695623..695709,695821..695858,695970..696421,696484..697541))	Aspergillus niger	4987876
An15g02760	CDS	An15g02760	NT_166530.1	698630	700517	D	Complex: Rvs167 from S. cerevisiae may be part of a cytoskeletal complex with Vrp1, Rvs161 and Sac6.; Function: Rvs167 from S. cerevisiae affects actin distribution and bipolar budding.; Phenotype: rvs167 mutants from S. cerevisiae has reduced viability upon starvation.; Phenotype: rvs167 mutants from S. cerevisiae show defectes in sporulation.; Remark: the synonym for Rvs167 from S. cerevisiae is YDR388w.; Title: strong similarity to protein involved in actin distribution and bipolar budding Rsv167 -Saccharomyces cerevisiae; cytoskeleton; See PMID 9395067; See PMID 9434108; See PMID 10992286; uncharacterized protein	join(698630..698740,698927..699241,699350..699466,699534..700517)	Aspergillus niger	4987877
An15g02770	CDS	An15g02770	NT_166530.1	700748	703564	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	complement(join(700748..700848,700984..703564))	Aspergillus niger	4987878
An15g02780	CDS	An15g02780	NT_166530.1	704480	705600	R	Remark: about the EST of patent WO200056762-A2 are no further informations available.; Title: strong similarity to EST SEQ ID NO:4136 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(join(704480..704594,704803..704930,705412..705600))	Aspergillus niger	84593133
An15g02790	CDS	An15g02790	NT_166530.1	706075	706765	D	hypothetical protein	join(706075..706172,706348..706453,706691..706765)	Aspergillus niger	84593134
An15g02800	CDS	An15g02800	NT_166530.1	707587	708148	R	Title: weak similarity to protamine I-1 - Chrysemys picta; uncharacterized protein	complement(join(707587..708033,708119..708148))	Aspergillus niger	84593135
An15g02810	CDS	An15g02810	NT_166530.1	710865	712190	R	Catalytic activity: D-myo-inositol 1,4,5-trisphosphate + H(2)O <=> D-myo-inositol 1,4-bisphosphate + phosphate.; Remark: the synonyms for Inp52 from S. cerevisiae are Sjl2, Pie3 and YNL106c.; Similarity: Inp52 from S. cerevisiae belongs to the Inositol-1,4,5-trisphosphate 5-phosphatase type II family.; Title: similarity to phosphatidylinositol phosphate phosphatase Inp52 - Saccharomyces cerevisiae; See PMID 9560389; See PMID 10029994; uncharacterized protein	complement(710865..712190)	Aspergillus niger	4987882
An15g02820	CDS	An15g02820	NT_166530.1	712554	714558	R	Catalytic activity: ATP + pyruvate + HCO(3)(-) = ADP + phosphate + oxaloacetate.; Cofactor: Biotin, Manganese and acetyl-CoA.; Function: pyruvate carboxylase pcb catalyzes tissue specific the initial reactions of glucose (liver,kidney) and lipid (adipose tissue,liver,brain) synthesis from pyruvate.; Title: strong similarity to pyruvate carboxylase pcb - Homo sapiens; See PMID 7918683; See PMID 3555348; See PMID 6548474; uncharacterized protein	complement(join(712554..714462,714515..714558))	Aspergillus niger	4987883
An15g02830	CDS	An15g02830	NT_166530.1	714832	716646	D	Catalytic activity: ATP + Propanoyl-CoA + HCO3- = ADP + Orthophosphate + (S)-Methylmalonyl-CoA; Cofactor: Biotin; Function: PCCB of H. sapiens is a biotin-dependent enzyme involved in the degradation of branched-chain amino acids, fatty acids with odd-numbered chain lengths, and other metabolites.; Remark: PCCB of H. sapiens is a biotinyl-protein,carboxylates butanoyl-CoA and catalyses transcarboxylation.; Title: strong similarity to propionyl-CoA carboxylase beta chain precursor PCCB - Homo sapiens; See PMID 2154743; See PMID 3460076; uncharacterized protein	join(714832..715461,715524..716106,716168..716646)	Aspergillus niger	4987884
An15g02840	CDS	An15g02840	NT_166530.1	717074	717930	D	Title: strong similarity to hypothetical protein CAE76274.1 - Neurospora crassa; uncharacterized protein	join(717074..717161,717228..717703,717874..717930)	Aspergillus niger	4987885
An15g02850	CDS	An15g02850	NT_166530.1	718219	718899	R	hypothetical protein	complement(join(718219..718722,718840..718899))	Aspergillus niger	4987886
An15g02860	CDS	An15g02860	NT_166530.1	719473	720702	D	Catalytic activity: trans-2,3-Didehydroacyl-CoA + NADP+ = trans,trans-2,3,4,5-Tetradehydroacyl-CoA + NADPH.; Phenotype: Sps19 from S. cerevisiae is dispensable for growth and sporulation on solid acetate and oleate media, but is essential for these processes to occur on petroselineate.; Remark: ORF contains 1 frameshift, due to a putative sequencing error.; Remark: synonyms for Sps19 from S. cerevisiae are Spx19 and YNL202w.; Title: strong similarity to peroxisomal 2,4-dienoyl-CoA reductase involved in sporulation Sps19 -Saccharomyces cerevisiae [putative sequencing error]; peroxisome; See PMID 7969036; See PMID 9268358; See PMID 9427398; uncharacterized protein	join(719473..719527,719583..719841,719898..720061,720119..720318,720374..720524,720578..720702)	Aspergillus niger	4987887
An15g02870	CDS	An15g02870	NT_166530.1	721230	723134	D	Similarity: the similarities are based on repetetive structures.; Title: similarity to Kaposis sarcoma-associated herpesvirus glycoprotein M - Herpesvirus 8; See PMID 9151804; uncharacterized protein	721230..723134	Aspergillus niger	84593136
An15g02880	CDS	An15g02880	NT_166530.1	723695	724944	D	Similarity: the ORF also shows strong similarity to the EST an_2290 from Aspergillus niger.; Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to bZIP transcription factor L-Maf - Gallus gallus; uncharacterized protein	join(723695..723931,724006..724944)	Aspergillus niger	4987889
An15g02890	CDS	An15g02890	NT_166530.1	725471	729258	D	Function: Mic1 from S. cerevisiae is an efficient GTPase-activating protein for Ypt6 and Sec4.; Remark: Mic1 from S. cerevisiae interacts with the transcription factor Mac1.; Remark: synonyms for Mic1 from S. cerevisiae are Mdr1, Gyp2 and YGR100w.; Title: strong similarity to GTPase-activating protein Mic1 - Saccharomyces cerevisiae; See PMID 10559187; uncharacterized protein	join(725471..725581,725638..726553,726610..726961,727008..729258)	Aspergillus niger	4987890
An15g02900	CDS	An15g02900	NT_166530.1	730196	735826	R	Remark: ROM1 from S. cerevisiae is a GDP-GTP exchange protein (GEP) for the Rho1p SmallGTP-binding protein.; Remark: the predicted ORF seems approximately 600 aa longer than the found homologues.; Title: similarity to GDP/GTP exchange protein Rom1 -Saccharomyces cerevisiae; See PMID 8641285; uncharacterized protein	complement(join(730196..730927,730981..731250,731318..735826))	Aspergillus niger	4987891
An15g02910	CDS	An15g02910	NT_166530.1	736954	737269	R	Remark: the ORF is short in length (49 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(736954..737064,737185..737215,737262..737269))	Aspergillus niger	84593137
An15g02920	CDS	An15g02920	NT_166530.1	738028	738440	R	hypothetical protein	complement(join(738028..738123,738309..738440))	Aspergillus niger	84593138
An15g02930	CDS	An15g02930	NT_166530.1	738684	743451	D	Remark: CDR4 seems to be involved in fluconazole resistance in C. albicans.; Title: strong similarity to ABC transporter CDR4 -Candida albicans; See PMID 9767132; uncharacterized protein	join(738684..739261,739348..740860,740966..742459,742510..742973,743028..743451)	Aspergillus niger	4987894
An15g02940	CDS	An15g02940	NT_166530.1	743905	744623	D	hypothetical protein	join(743905..744000,744073..744228,744334..744426,744516..744623)	Aspergillus niger	84593139
An15g02950	CDS	An15g02950	NT_166530.1	745133	746181	D	hypothetical protein	join(745133..745273,745324..745594,745808..746181)	Aspergillus niger	84593140
An15g02960	CDS	An15g02960	NT_166530.1	746395	747997	D	Title: similarity to hypothetical protein CAD37071.1 - Neurospora crassa; uncharacterized protein	join(746395..746471,746614..747997)	Aspergillus niger	4987897
An15g02970	CDS	An15g02970	NT_166530.1	749354	749676	R	hypothetical protein	complement(join(749354..749569,749641..749676))	Aspergillus niger	84593141
An15g02980	CDS	An15g02980	NT_166530.1	750388	751532	D	Catalytic activity: 1-CARBOXYVINYL CARBOXYPHOSPHONATE = 3-(HYDROHYDROXYPHOSPHORYL)PYRUVATE + CO(2).; Function: the Streptomyces hygroscopicus homolog BCPA catalyzes the formation of an unusual C-P bond that is involved in the biosynthesis of the antibiotic bialaphos (BA). BCPA catalyzes the rearrangement of the carboxyphosphono group of CPEP to form the C-P bond of phosphoenolpyruvate.; Pathway: Bialaphos biosynthesis pathway (BAP).; Title: strong similarity to carboxyphosphonoenolpyruvate mutase bcpA - Streptomyces hygroscopicus; uncharacterized protein	join(750388..750865,750936..751417,751470..751532)	Aspergillus niger	4987899
An15g02990	CDS	An15g02990	NT_166530.1	752303	753125	D	Catalytic activity: S-adenosyl-L-methionine + catechol <=> S-adenosyl-L-homocysteine + guaiacol.; Function: the murine homolog COMT is a Mg2+-dependent enzyme which catalyses the transfer of methyl groups from S-adenosyl methionine to a hydroxyl group of a catecholic substrate. It converts, and thereby inactivates, dopamine to 3-methoxytyramine and norepinephrine to noemetanephrine.; Remark: COMT also shortens the biological half-lives of certain neuroactive drugs, like L-dopa, alpha-methyl dopa and isoproterenol.; Title: strong similarity to catechol-O-methyltransferase COMT from patent WO9832878-A1 - Mus sp.; uncharacterized protein	join(752303..752320,752397..753125)	Aspergillus niger	4987900
An15g03000	CDS	An15g03000	NT_166530.1	753411	753645	R	hypothetical protein	complement(join(753411..753458,753538..753645))	Aspergillus niger	84593142
An15g03010	CDS	An15g03010	NT_166530.1	753673	754729	D	Title: strong similarity to hypothetical protein B7F18.180 - Neurospora crassa; uncharacterized protein	join(753673..753674,753903..754025,754106..754506,754680..754729)	Aspergillus niger	4987902
An15g03020	CDS	An15g03020	NT_166530.1	754860	755891	R	Complex: the P. patens RPN10 is part of the 26S proteasome, the primary protease of the ubiquitin-mediated proteolytic system in eukaryotes.; Function: the P. patens RPN10 has affinity for multiubiquitin chains in vitro and as a result may function as a receptor for ubiquitinated substrates.; Phenotype: the disruption of the rpn10 gene in P. patens shows strains which are viable but are under developmental arrest, generating abnormal caulonema that are unable to form buds and gametophores.; Title: strong similarity to proteasome 19S regulatory particle multiubiquitin chain binding subunit RPN10 - Physcomitrella patens; See PMID 10449580; uncharacterized protein	complement(join(754860..755405,755487..755706,755770..755808,755866..755891))	Aspergillus niger	4987903
An15g03030	CDS	An15g03030	NT_166530.1	756312	757594	D	Title: strong similarity to hypothetical protein B7F18.200 - Neurospora crassa; uncharacterized protein	join(756312..756459,756512..756803,756871..757594)	Aspergillus niger	4987904
An15g03040	CDS	An15g03040	NT_166530.1	759122	762862	R	Remark: Note that in the older literature, some RING-fingers are denoted as LIM-domains. The LIM-domain Zn-finger is a fundamentally different family, albeit with similar Cys-spacing.; Title: strong similarity to hypothetical LIM domain protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(759122..759577,759633..759919,759980..761077,761154..761798,761867..762569,762626..762862))	Aspergillus niger	4987905
An15g03050	CDS	An15g03050	NT_166530.1	763532	764285	D	hypothetical protein	join(763532..763623,763747..763993,764084..764153,764239..764285)	Aspergillus niger	84593143
An15g03060	CDS	An15g03060	NT_166530.1	764717	765751	D	hypothetical protein	join(764717..764813,764901..765447,765552..765622,765711..765751)	Aspergillus niger	84593144
An15g03070	CDS	An15g03070	NT_166530.1	766017	766777	D	hypothetical protein	join(766017..766318,766413..766523,766681..766777)	Aspergillus niger	84593145
An15g03080	CDS	An15g03080	NT_166530.1	767018	768859	D	Function: E2 enzymes/ubc's in general catalyse the covalent attachment of ubiquitin to other target proteins or ubiquitin itself.; Golgi; Similarity: contains a domain typically for ubiquitin conjugating enzymes E2/ubc's. So does the A. thaliana homolog MJK13.; Similarity: the ORF shows similarity to a C-terminal region of M musculus BRUCE protein, but not to the N-terminally located baculovirus inhibitor of apoptosis repeat (BIR) motif.; Title: similarity to BIR repeat containing ubiquitin-conjugating enzyme BRUCE - Mus musculus; uncharacterized protein	join(767018..767349,767483..767651,767708..768570,768721..768859)	Aspergillus niger	4987909
An15g03090	CDS	An15g03090	NT_166530.1	769282	770579	D	Catalytic activity: 3-beta-hydroxy-4-alpha-methyl-5-alpha-cholest-7-ene-4-beta -carboxylate + NAD(+) <=> 4-alpha-methyl-5-alpha-cholest-7-en-3-one + CO(2) + NADH.; Function: the C. albicans homolog ERG26 is a C-3 sterol dehydrogenase/C-4 decarboxylase; Pathway: C. albicans ERG26 is involved in ergosterol biosynthesis.; Title: strong similarity to C-3 sterol dehydrogenase/C-4 decarboxylase ERG26 - Candida albicans; uncharacterized protein	join(769282..769857,769917..770579)	Aspergillus niger	4987910
An15g03100	CDS	An15g03100	NT_166530.1	771910	774057	D	Catalytic activity: the A. parasiticus homolog versicolorin B synthase vsb catalyzes the side chain cyclization of racemic versiconal hemiacetal to the bisfuran ring system of(-)-versicolorin B.; Function: aflatoxin B1 is a potent environmental carcinogen produced by certain strains of Aspergillus. Central to the biosynthesis of this mycotoxin is the reaction catalyzed by versicolorin B synthase vbs.; Pathway: aflatoxin biosynthetic pathway.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Title: strong similarity to versicolorin B synthase vbs - Aspergillus parasiticus; See PMID 8662689; uncharacterized protein	join(771910..772355,772520..773402,773528..773957,774011..774057)	Aspergillus niger	4987911
An15g03110	CDS	An15g03110	NT_166530.1	774969	776079	D	hypothetical protein	join(774969..775039,775183..775311,775407..775466,775566..775641,776005..776079)	Aspergillus niger	84593146
An15g03120	CDS	An15g03120	NT_166530.1	776186	777949	D	hypothetical protein	join(776186..776206,776241..776322,776442..776549,776635..776738,776815..777001,777151..777255,777339..777820,777890..777949)	Aspergillus niger	84593147
An15g03130	CDS	An15g03130	NT_166530.1	778046	779429	R	hypothetical protein	complement(join(778046..778201,778683..778865,779084..779159,779320..779429))	Aspergillus niger	84593148
An15g03140	CDS	An15g03140	NT_166530.1	779543	785788	D	Function: overexpression of S. pombe CEK1 complements a fission yeast mutation that blocks anaphase.; Remark: the S. pombe homolog CEK1 is significantly shorter.; Title: similarity to protein kinase cek1p -Schizosaccharomyces pombe; uncharacterized protein	join(779543..780109,780179..785788)	Aspergillus niger	4987915
An15g03150	CDS	An15g03150	NT_166530.1	787333	790200	R	Title: strong similarity to hypothetical protein SPCC1183.11 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(787333..789498,789562..790200))	Aspergillus niger	4987916
An15g03160	CDS	An15g03160	NT_166530.1	790581	790863	D	hypothetical protein	join(790581..790642,790671..790863)	Aspergillus niger	84593149
An15g03170	CDS	An15g03170	NT_166530.1	791053	791826	D	hypothetical protein	join(791053..791180,791277..791324,791404..791475,791565..791826)	Aspergillus niger	84593150
An15g03180	CDS	An15g03180	NT_166530.1	792141	793040	D	hypothetical protein	join(792141..792153,792246..792444,792827..793040)	Aspergillus niger	84593151
An15g03190	CDS	An15g03190	NT_166530.1	793374	795204	D	Complex: the E. nidulans homolog tubB encodes one of two alpha-tubulin isoforms that are required for microtubule formation.; Function: Microtubules are polymers that are essential for, among other functions, cell transport and cell division in all eukaryotes. Gamma-tubulin is necessary to initiate the assembly of alpha-beta tubulin heterodimers into microtubule polymers.; Title: strong similarity to hypothetical tubulin alpha-2 chain tubB - Aspergillus nidulans; uncharacterized protein	join(793374..793385,793541..793599,793682..793835,793896..793983,794034..794105,794166..794669,794738..795204)	Aspergillus niger	4987920
An15g03200	CDS	An15g03200	NT_166530.1	795533	796699	R	Function: the H. sapiens homolog MUP1 is a mitochondrial deoxynucleotide carrier (TC 2. A. 29). Its physiological role is probably to supply deoxynucleotides to the mitochondrial matrix for conversion to triphosphates and incorporation into mitochondrial DNA.; Title: strong similarity to mitochondrial uncoupling protein MUP1 from patent WO200061614-A2 - Homo sapiens; localisation:mitochondrion; See PMID 11226231; uncharacterized protein	complement(join(795533..796412,796481..796533,796667..796699))	Aspergillus niger	4987921
An15g03210	CDS	An15g03210	NT_166530.1	797395	799026	D	Catalytic activity: H. sapiens BBH converts gamma-butyrobetaine (4-trimethylammoniobutanoate),alpha-ketoglutarate and molecular oxygen into carnitine (3-hydroxy-4-trimethylammoniobutanoate), succinate and CO2; Function: the H. sapiens homolog gamma-butyrobetaine hydroxylase BBH is a alpha-ketoglutarate-dependent dioxygenase. It mediates the last step in carnitine biosynthesis and uses iron (2+) and ascorbate as co-factors.; Remark: gamma-butyrobetaine hydroxylase is inhibited by MET-88, 3-(2,2,2-trimethylhydrazinium) propionate.; Title: strong similarity to gamma-butyrobetaine hydroxylase BBH - Homo sapiens; uncharacterized protein	797395..799026	Aspergillus niger	4987922
An15g03220	CDS	An15g03220	NT_166530.1	799482	800374	R	Similarity: shows strong similarity to thioredoxin superfamily.; Title: strong similarity to member of the subfamily of yeast glutaredoxins Grx4 - Saccharomyces cerevisiae; See PMID 10567543; uncharacterized protein	complement(join(799482..799550,799622..800374))	Aspergillus niger	4987923
An15g03230	CDS	An15g03230	NT_166530.1	801183	803928	D	Title: strong similarity to hypothetical exonuclease - Schizosaccharomyces pombe; uncharacterized protein	join(801183..801603,801721..802086,802165..803353,803444..803552,803608..803928)	Aspergillus niger	4987924
An15g03240	CDS	An15g03240	NT_166530.1	804065	805911	R	Title: weak similarity to hypothetical retrotransposon protein AAK72287.1 - Oryza sativa; uncharacterized protein	complement(join(804065..805556,805619..805911))	Aspergillus niger	4987925
An15g03250	CDS	An15g03250	NT_166530.1	806373	806691	D	hypothetical protein	join(806373..806453,806542..806691)	Aspergillus niger	84593152
An15g03260	CDS	An15g03260	NT_166530.1	807434	808579	D	Catalytic activity: the threonin aldolase converts L-threonine to glycine and acetaldehyde.; Remark: riboflavin production in the filamentous fungus Ashbya gossypii is limited by glycine and is enhanced by activation of the threonin aldolase.; Remark: the A. gossypii gly1 gene encoding the threonine aldolase was isolated by heterologous complementation of the glycine-auxotrophic S. cerevisiae strain YM13 with a genomic library from A. gossypii.; Title: strong similarity to threonine aldolase -Ashbya gossypii; See PMID 9797278; uncharacterized protein	join(807434..807515,807588..808579)	Aspergillus niger	4987927
An15g03270	CDS	An15g03270	NT_166530.1	808854	809667	R	hypothetical protein	complement(join(808854..809028,809191..809393,809530..809667))	Aspergillus niger	84593153
An15g03280	CDS	An15g03280	NT_166530.1	809885	812984	D	Catalytic activity: Rad53p phosphorylates proteins on serine, threonine, and tyrosine.; Function: S. cerevisiae Rad53p is required for DNA damage-induced checkpoint arest in G1, S/M, and G2/M in mitosis. It is dispensable for sporulation but required for wild-type spore viability.; Induction: S. cerevisiae Mec1p and Tel1p regulate Rad53p phosphorylation.; Remark: alternative gene names for the S. cerevisiae homolog RAD53 are LSD1, MEC2 and SPK1.; Title: strong similarity to protein kinase RAD53 from patent US5674996-A - Saccharomyces cerevisiae; uncharacterized protein	join(809885..810727,810786..811186,811235..812984)	Aspergillus niger	4987929
An15g03290	CDS	An15g03290	NT_166530.1	813654	814089	R	hypothetical protein	complement(join(813654..813809,813889..813938,814029..814089))	Aspergillus niger	84593154
An15g03300	CDS	An15g03300	NT_166530.1	815632	816075	D	hypothetical protein	815632..816075	Aspergillus niger	4987931
An15g03310	CDS	An15g03310	NT_166530.1	818070	818494	D	hypothetical protein	join(818070..818127,818195..818311,818415..818494)	Aspergillus niger	84593155
An15g03320	CDS	An15g03320	NT_166530.1	819105	819557	R	hypothetical protein	complement(join(819105..819183,819255..819368,819460..819557))	Aspergillus niger	84593156
An15g03330	CDS	An15g03330	NT_166530.1	819700	821191	D	Catalytic activity: Bed1p is a alpha-1,6-mannosyltransferase.; Complex: Bed1p, Anp1p, Mnn9p, Mnn11p, and Hoc1p are subunits of the same complex.; Function: S. cerevisiae Bed1p gene is a component of one of two complexes in the cis-Golgi, which elongates the alpha-1,6-linked mannose backbone of many cell wall proteins in yeast. Bed1p/Mnn10p and Mnn11p are responsible for the majority of the alpha-1, 6- polymerizing activity of the complex.; Title: strong similarity to galactosyltransferase Bed1 - Saccharomyces cerevisiae; uncharacterized protein	join(819700..820135,820193..820478,820528..821191)	Aspergillus niger	4987934
An15g03340	CDS	An15g03340	NT_166530.1	821724	822163	D	Similarity: the ORF shows strong similarity to expressed sequence tag seq id no:3902 of patent WO200056762-A2 from Aspergillus niger.; Title: strong similarity to hypothetical protein NUO-12.3 - Neurospora crassa; uncharacterized protein	join(821724..821949,822069..822163)	Aspergillus niger	4987935
An15g03350	CDS	An15g03350	NT_166530.1	822541	824142	R	Function: the E. nidulans homolog PalC participates in regulation of gene expression by ambient (extracellular) pH.; Pathway: the E. nidulans palA, B, C, F, H, and I genes encode components of an ambient pH signal transduction pathway which regulates the zinc finger transcription factor pacC.; Title: strong similarity to palC - Aspergillus nidulans; uncharacterized protein	complement(join(822541..822798,822850..824142))	Aspergillus niger	4987936
An15g03360	CDS	An15g03360	NT_166530.1	824732	825379	R	Remark: TAF47 S. cerevisiae is a TAF(II) complex (TBP-associated protein complex) component.; Remark: also similarity to Yeast transcriptional activator factor TAF-47 protein patent WO9749828-A.; Remark: alternate name is YPL011c.; Title: similarity to component of the TBP-associated protein complex Taf47 - Saccharomyces cerevisiae; See PMID 9845373; uncharacterized protein	complement(824732..825379)	Aspergillus niger	4987937
An15g03370	CDS	An15g03370	NT_166530.1	825743	827224	D	Remark: ptr6, causes accumulation of mRNA in the nucleus and inhibition of growth at the nonpermissive temperature. Ptr6p is required for mRNA transport and is a Schizosaccharomyces pombe homologue of yTAFII67 and hTAFII55.; Title: strong similarity to subunit of transcription initiation factor TFIID ptr6p - Schizosaccharomyces pombe; nucleus; See PMID 10388808; uncharacterized protein	join(825743..826775,826893..827224)	Aspergillus niger	4987938
An15g03380	CDS	An15g03380	NT_166530.1	827318	827978	R	hypothetical protein	complement(join(827318..827338,827376..827978))	Aspergillus niger	4987939
An15g03390	CDS	An15g03390	NT_166530.1	828913	829805	D	Remark: strong similarity to Arabidopsis thaliana protein fragment SEQ ID NO: 38749 patent EP1033405-A2.; Similarity: belongs to enoyl-CoA hydratases family.; Title: strong similarity to protein fragment SEQ ID NO:38749 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(828913..829232,829301..829805)	Aspergillus niger	4987940
An15g03400	CDS	An15g03400	NT_166530.1	830746	831150	D	hypothetical protein	join(830746..831082,831119..831150)	Aspergillus niger	4987941
An15g03410	CDS	An15g03410	NT_166530.1	831733	832515	R	Title: weak similarity to hypothetical protein B12J7.240 - Neurospora crassa; uncharacterized protein	complement(831733..832515)	Aspergillus niger	4987942
An15g03420	CDS	An15g03420	NT_166530.1	833222	835258	D	Remark: similarity to EST an_0838 Aspergillus niger.; Title: strong similarity to hypothetical protein YER049w - Saccharomyces cerevisiae; uncharacterized protein	join(833222..833385,833452..834866,834996..835258)	Aspergillus niger	4987943
An15g03430	CDS	An15g03430	NT_166530.1	835983	836469	D	hypothetical protein	join(835983..836027,836100..836133,836167..836197,836314..836392,836434..836469)	Aspergillus niger	84593157
An15g03440	CDS	An15g03440	NT_166530.1	837265	838075	D	hypothetical protein	join(837265..837276,837358..837518,837589..837630,837719..837860,837977..838075)	Aspergillus niger	84593158
An15g03450	CDS	An15g03450	NT_166530.1	838579	842240	D	Title: similarity to EST an_0903 - Aspergillus niger; uncharacterized protein	join(838579..838638,838757..838866,838981..839097,839182..839315,839491..839690,839794..839899,840150..840377,840460..840522,840614..840668,841004..841104,841190..841321,841413..841543,841717..841754,841805..841924,842186..842240)	Aspergillus niger	84593159
An15g03460	CDS	An15g03460	NT_166530.1	842299	843586	R	hypothetical protein	complement(join(842299..842376,842425..842586,842627..842722,842904..843057,843152..843281,843385..843586))	Aspergillus niger	84593160
An15g03470	CDS	An15g03470	NT_166530.1	844094	846170	R	hypothetical protein	complement(join(844094..844384,844539..844604,844964..845093,845845..845989,846110..846170))	Aspergillus niger	84593161
An15g03480	CDS	An15g03480	NT_166530.1	846892	847282	R	hypothetical protein	complement(join(846892..847030,847115..847146,847226..847282))	Aspergillus niger	84593162
An15g03490	CDS	An15g03490	NT_166530.1	847606	855290	D	Title: strong similarity to hypothetical bHLH transcription factor hpa3 - Aspergillus nidulans; uncharacterized protein	join(847606..848611,848668..848907,848974..849286,849588..849828,849891..849979,850030..850343,850729..850951,850991..855021,855250..855290)	Aspergillus niger	10098192
An15g03500	CDS	An15g03500	NT_166530.1	855709	856488	R	Title: weak similarity to hypothetical protein AAP68395.1 - Oryza sativa; uncharacterized protein	complement(855709..856488)	Aspergillus niger	4987951
An15g03510	CDS	An15g03510	NT_166530.1	856668	857188	R	hypothetical protein	complement(join(856668..856800,856862..857019,857096..857188))	Aspergillus niger	84593163
An15g03520	CDS	An15g03520	NT_166530.1	857309	857926	R	hypothetical protein	complement(join(857309..857422,857653..857724,857837..857926))	Aspergillus niger	84593164
An15g03530	CDS	An15g03530	NT_166530.1	858058	860294	D	Catalytic activity: a dinucleotide + H2O = 2 mononucleotide; hydrolytically removes 5'-nucleotides successively from the 3'-hydroxy termini of 3'-hydroxy-terminated oligonucleotides.; Function: human PC-1 is an ecto-enzyme possessing alkaline phosphodiesterase I and nucleotide pyrophosphatase activities.; Pathway: purine metabolism; starch and sucrose metabolism; riboflavin metabolism; nicotinate and nicotinamide metabolism; pantothenate and CoA biosynthesis.; Remark: he murine cell membrane glycoprotein PC-1 is a homodimer with restricted tissue distribution, being first characterized in plasma cells. In situ chromosomal hybridization localizes the gene for human PC-1 to chromosome 6q22-q23, a common site for deletions in human lymphoid neoplasia.; Similarity: belongs to the nucleotide pyrophosphatases.; Title: strong similarity to plasma cell membrane glycoprotein PC-1 - Homo sapiens; See PMID 1315502; See PMID 2211644; See PMID 8001561; uncharacterized protein	join(858058..858519,858597..859860,859918..860294)	Aspergillus niger	4987954
An15g03540	CDS	An15g03540	NT_166530.1	861062	862951	D	Remark: respiratory deficient pet mutants of S. cerevisiae assigned to complementation group G2 define a gene, named BCS1, whose product is shown to be necessary for the expression of functional ubiquinol-cytochrome c reductase (bc1) complex. The BCS1 protein is anchored in the mitochondrial inner membrane via a single transmembrane domain and has an N(out)-C(in) topology. Unlike the majority of nuclear encoded mitochondrial preproteins, the BCS1 protein does not contain an N-terminal targeting sequence.; Title: strong similarity to protein precursor Bcs1 -Saccharomyces cerevisiae; See PMID 1327750; See PMID 8599931; uncharacterized protein	join(861062..862819,862910..862951)	Aspergillus niger	4987955
An15g03550	CDS	An15g03550	NT_166530.1	863389	864206	R	Title: weak similarity to protopectinase from patent WO9806832-A1 - Bacillus subtilis; uncharacterized protein	complement(join(863389..863475,863538..864206))	Aspergillus niger	4987956
An15g03560	CDS	An15g03560	NT_166530.1	864442	866640	D	hypothetical protein	join(864442..864631,864751..864837,865290..865436,865506..865655,865721..865917,866115..866186,866267..866440,866515..866640)	Aspergillus niger	84593165
An15g03570	CDS	An15g03570	NT_166530.1	866888	868283	R	Remark: similarity to human secreted protein sequence SEQ ID NO:154 patent WO200004140-A1.; Title: similarity to secreted protein SEQ ID NO:154 from patent WO200004140-A1 - Homo sapiens; uncharacterized protein	complement(join(866888..867820,867888..868283))	Aspergillus niger	4987958
An15g03580	CDS	An15g03580	NT_166530.1	869365	874370	R	Function: mouse KIF1B works as a monomeric motor for anterograde transport of mitochondria.; Remark: KIF1B is expressed ubiquitously in various kinds of tissues. In situ hybridization revealed that KIF1B is expressed abundantly in differentiated nerve cells.; Remark: also strong similarity to Thermomyces lanuginosus kinesin motor protein TL-gamma patent WO9937659-A1 but this protein is only 784 amino acis in lenght.; Title: strong similarity to kinesin-like protein KIF1B - Mus musculus; See PMID 7528108; uncharacterized protein	complement(join(869365..874229,874313..874370))	Aspergillus niger	4987959
An15g03590	CDS	An15g03590	NT_166530.1	874675	875913	R	hypothetical protein	complement(join(874675..874992,875313..875401,875443..875538,875631..875763,875830..875913))	Aspergillus niger	84593166
An15g03600	CDS	An15g03600	NT_166530.1	877021	877765	R	hypothetical protein	complement(join(877021..877541,877714..877765))	Aspergillus niger	84593167
An15g03610	CDS	An15g03610	NT_166530.1	878065	878546	R	hypothetical protein	complement(join(878065..878115,878228..878324,878374..878546))	Aspergillus niger	84593168
An15g03620	CDS	An15g03620	NT_166530.1	878600	879651	R	hypothetical protein	complement(join(878600..878778,878866..878947,879047..879101,879279..879350,879494..879651))	Aspergillus niger	84593169
An15g03630	CDS	An15g03630	NT_166530.1	881195	881813	D	Remark: C-terminal truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	join(881195..881228,881320..881437,881681..>881813)	Aspergillus niger	84593170
An15g03640	CDS	An15g03640	NT_166530.1	882529	884247	R	hypothetical protein	complement(join(882529..882779,882857..882962,883179..883239,883384..883467,883652..883718,883769..883811,883905..883984,884052..884247))	Aspergillus niger	84593171
An15g03650	CDS	An15g03650	NT_166530.1	884538	885656	D	Complex: the HapB, HapC and HapE proteins of A. nidulans form the complex AnCF, which binds to the CCAAT sequence in the amdS promoter of Aspergillus nidulans.; Function: in A. nidulans, AnCF regulates positively the expression of the amdS gene (encoding acetamidase) and two penicillin biosynthesis genes (ipnA and aatA). in A. nidulans, AnCF negatively regulates the expression of lysF,which encodes homoaconitase.; Phenotype: A. nidulans strains with deletions of each of the hapB, hapC, and hapE genes have identical phenotypes of slow growth, poor conidiation, and reduced expression of amdS.; Regulation: the A. nidulans multimeric CCAAT binding complex AnCF is negatively autoregulated via its hapB subunit gene, which contains two inversely oriented,conserved CCAAT boxes (box alpha and box beta).; Similarity: the predicted A. niger protein shows strong similarity to the HapB protein of A. nidulans. a domain of approximately 65 amino acids is conserved in fungal, plant and vertebrate species.; Title: strong similarity to protein hapB -Aspergillus nidulans; nucleus; See PMID 9858535; See PMID 11243777; See PMID 11285740; uncharacterized protein	884538..885656	Aspergillus niger	4987966
An15g03660	CDS	An15g03660	NT_166530.1	886089	888304	R	hypothetical protein	complement(join(886089..886269,886347..886606,886685..886736,886809..887021,887101..887181,887293..887507,887627..887695,887989..888074,888178..888304))	Aspergillus niger	84593172
An15g03670	CDS	An15g03670	NT_166530.1	888385	891274	D	Remark: a splice site was detected upstream of the START codon.; Title: similarity to hypothetical C2H2-type zinc-finger protein - Schizosaccharomyces pombe; uncharacterized protein	join(888385..888487,888575..890589,890642..891274)	Aspergillus niger	4987968
An15g03680	CDS	An15g03680	NT_166530.1	891515	893176	R	Title: similarity to hypothetical protein CAC86582.1 - Podospora anserina; uncharacterized protein	complement(join(891515..891745,891778..891936,892100..893176))	Aspergillus niger	4987969
An15g03690	CDS	An15g03690	NT_166530.1	893810	895223	D	hypothetical protein	join(893810..894147,894239..894355,894508..894567,894658..894738,894827..895223)	Aspergillus niger	84593173
An15g03700	CDS	An15g03700	NT_166530.1	896576	897280	D	hypothetical protein	join(896576..896605,896720..897280)	Aspergillus niger	84593174
An15g03710	CDS	An15g03710	NT_166530.1	897682	899465	D	Title: weak similarity to hypothetical transcription regulator meaB - Aspergillus nidulans; See PMID 8690087; uncharacterized protein	join(897682..897763,898109..898189,898249..898336,898399..898947,899003..899465)	Aspergillus niger	4987972
An15g03720	CDS	An15g03720	NT_166530.1	899763	900413	R	Remark: Hap1 of S. cerevisiae binds to two classes of DNA elements, UAS1/CYC1 and UAS/CYC7, and permits differential transcriptional activation at these sites. in yeast, oxygen sensing and heme signaling are primarily mediated by the heme activator protein Hap1, which, in response to heme, activates the transcription of genes required for respiration and for controlling oxidative damage.; Similarity: the predicted A. niger protein shows weak similarity to the CYC1/CYP3/HAP1 transcription activator of S. cerevisiae which belongs to the unassigned GAL4-type zinc cluster proteins.; Title: weak similarity to CYC1/CYP3 transcription activator Hap1 - Saccharomyces cerevisiae; See PMID 10617612; See PMID 11212295; See PMID 2643482; uncharacterized protein	complement(join(899763..899792,899827..899844,899952..900278,900333..900413))	Aspergillus niger	4987973
An15g03730	CDS	An15g03730	NT_166530.1	901116	902195	R	Similarity: the predicted A. niger protein shows strong similarity to hypothetical proteins of several procaryotic species.; Title: strong similarity to hypothetical 41.5 kD protein of cosmid clone 65G3 - Zymomonas mobilis; uncharacterized protein	complement(901116..902195)	Aspergillus niger	4987974
An15g03740	CDS	An15g03740	NT_166530.1	902628	903651	D	Function: A. parasiticus adhA catalyses the conversion of 5'-hydroxyaverantin (HAVN) to 5'-ketoaverantin, the open-chain form of averufin (AVF) in the synthesis of aflatoxin.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Similarity: the protein shows strong similarity to several mammalian NAD+-dependent 15-hydroxyprostaglandin dehydrogenases.; Title: similarity to short-chain alcohol dehydrogenase adhA - Aspergillus parasiticus; See PMID 11055914; uncharacterized protein	join(902628..902886,902933..903651)	Aspergillus niger	4987975
An15g03750	CDS	An15g03750	NT_166530.1	904434	906150	D	Remark: the patent does not provide further information about the function of the protein.; Similarity: the predicted A. niger protein shows similarity to the adhesion protease of patent WO0109293-A/1 of H. sapiens (AC# CAC33153) and strong similarity to probable zinc metallopeptidase of S. pombe.; Title: similarity to adhesion protease from patent WO0109293-A - Homo sapiens; uncharacterized protein	join(904434..904440,904532..906150)	Aspergillus niger	4987976
An15g03760	CDS	An15g03760	NT_166530.1	906491	908061	D	Title: weak similarity to hypothetical protein CAD21317.1 - Neurospora crassa; uncharacterized protein	join(906491..906644,906695..907382,907540..907571,907805..908061)	Aspergillus niger	4987977
An15g03770	CDS	An15g03770	NT_166530.1	908867	909918	D	Catalytic activity: MR1 of M. ramanniana catalyses the reaction acyl-CoA + 1,2-diacylglycerol = CoA + triacylglycerol.; Function: MR1 of M. ramanniana is active in the formation of triacylglycerol from diacylglycerol and fatty acyl substrates.; Remark: the DNA sequence encoding MR1 of M. ramanniana can be used to modify the triacylglycerol and lipid composition of plant cells.; Similarity: the predicted A. niger protein shows strong similarity to the protein sequence diacylglycerol acyl transferase (MR1) of patent WO200001713-A2 (AC# AAY68640) of M. ramanniana.; Title: strong similarity to diacylglycerol acyl transferase MR1 from patent WO200001713-A2 - Mortierella ramanniana; uncharacterized protein	join(908867..909675,909814..909852,909882..909918)	Aspergillus niger	84593175
An15g03780	CDS	An15g03780	NT_166530.1	910042	911867	R	Complex: Moe1 from S. pombe interacts with a Ras effector, Scd1 of S. pombe, Mal3 of S. pombe, which is a member of a conserved family of microtubule-binding proteins (includes human EB1 and budding yeast Bim1) and Yin6 of S. pombe, which is a homolog of the human breast cancer gene Int6.; Function: Moe1 from S. pombe is a negative regulator for microtubule dynamics which induces instabilty in microtubules and affects spindle formation.; Pathway: Moe1 from S. pombe is a component of the ras protooncogene mediated signal transduction pathway that regulates cell proliferation.; Phenotype: a moe1 null (Delta) mutant exhibits numerous phenotypes indicative of abnormal microtubule functioning, including an abnormality in the spindle. moe1Delta mutants are resistant to microtubule destabilizing agents; moreover, moe1Delta rescued the growth defects of tubulin mutants containing unstable microtubules.; Similarity: the predicted A. niger protein shows strong similarity to Moe1 from S. pombe and several hypothetical proteins from various eucaryotic organisms,which belong to the eIF3S7 family.; Title: strong similarity to ras pathway interacting protein moe1p - Schizosaccharomyces pombe; nucleus; See PMID 9892665; See PMID 11102508; See PMID 11121040; See PMID 11268035; uncharacterized protein	complement(join(910042..911594,911660..911867))	Aspergillus niger	4987979
An15g03790	CDS	An15g03790	NT_166530.1	912383	913168	D	hypothetical protein	join(912383..912646,912839..912917,912993..913168)	Aspergillus niger	84593176
An15g03800	CDS	An15g03800	NT_166530.1	913445	913947	D	Similarity: the nucleotide sequence of the ORF shows strong similarity to two ESTs of A. niger (an_3228 and an_3303).; Title: strong similarity to EST an_3228 -Aspergillus niger; uncharacterized protein	join(913445..913733,913796..913857,913906..913947)	Aspergillus niger	4987981
An15g03810	CDS	An15g03810	NT_166530.1	914373	914983	R	Title: similarity to hypothetical protein mlr1783 -Mesorhizobium loti; uncharacterized protein	complement(join(914373..914417,914470..914724,914798..914983))	Aspergillus niger	4987982
An15g03820	CDS	An15g03820	NT_166530.1	915381	917466	R	Catalytic activity: an aromatic primary alcohol + O(2) <=> an aromatic aldehyde + H(2)O(2).; Function: a double bond conjugated with a primary alcohol is necessary for substrate recognition by P. eryngii aao, and that activity is increased by the presence of additional conjugated double bonds and electron donor groups.; Function: aao from P. eryngii is an extracellular enzyme and constitutes a source for H(2)O(2) required in lignin biodegradation.; Function: aao from P. eryngii presents wide specificity, showing activity on benzyl, cinnamyl, naphthyl and aliphatic unsaturated alcohols.; Title: strong similarity to aryl-alcohol oxidase precursor aao - Pleurotus pulmonarius; extracellular/secretion proteins; See PMID 10377251; See PMID 1425667; uncharacterized protein	complement(join(915381..915428,915492..915655,915721..916077,916233..916902,916955..917225,917286..917367,917421..917466))	Aspergillus niger	4987983
An15g03830	CDS	An15g03830	NT_166530.1	918158	919545	R	hypothetical protein	complement(join(918158..918922,918968..919061,919130..919545))	Aspergillus niger	4987984
An15g03850	CDS	An15g03850	NT_166530.1	920837	921334	R	hypothetical protein	complement(join(920837..921165,921238..921334))	Aspergillus niger	84593177
An15g03860	CDS	An15g03860	NT_166530.1	921903	925016	R	Induction: transcription of the gabA gene of A. nidulans is activated by the transcription factor IntA.; Remark: a putative sequencing error results in an frameshift.; Remark: in A. niger GABA is used as a nitrogen source.; Remark: in agreement with the wealth of genetic data available, transcript level analyses demonstrate that gabA (A. nidulans) is subject to carbon catabolite and nitrogen metabolite repression, omega-amino acid induction and regulation in response to ambient pH (being acid-expressed).; Repression: transcription of the gabA gene of A. nidulans is repressed by the zinc finger transcription factor PacC.; Similarity: the predicted A. niger protein shows also similarity to several putative fungal aminoacid permeases.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans [putative frameshift]; putative frameshift; See PMID 10320578; uncharacterized protein	complement(join(<921903..922917,923076..923541,923718..924010,924075..924514,924565..924605,924704..924824,924883..925016))	Aspergillus niger	4987987
An15g03870	CDS	An15g03870	NT_166530.1	925280	926694	R	hypothetical protein	complement(join(925280..925582,925701..925770,925895..925952,926287..926360,926549..926694))	Aspergillus niger	84593178
An15g03880	CDS	An15g03880	NT_166530.1	926888	927868	D	hypothetical protein	join(926888..927439,927559..927680,927733..927763,927800..927868)	Aspergillus niger	4987989
An15g03890	CDS	An15g03890	NT_166530.1	928566	929292	D	hypothetical protein	join(928566..928750,928844..928936,928953..929023,929135..929292)	Aspergillus niger	84593179
An15g03900	CDS	An15g03900	NT_166530.1	929501	931295	D	Function: Zinc-replete cells accumulate zinc in the vacuole via the Zrc1p (and Cot1p) transporters.; Localization: a Zrc1-GFP fusion protein is localized to the vacuolar membrane in S. cerevisiae.; Regulation: the Zap1p transcriptional activator of S. cerevisiae induces the expression of ZRC1 when the intracellular zinc level is decreased and this induction is repressed by zinc. Zap1p also activates zinc transporters of the ZIP family (Zrt1p, Zrt2p and Zrt3p).; Remark: ZRC1 from S. cerevisiae was initially identified as a gene conferring resistance to zinc and cadmium ions. the oxidative-stress-resistance (OSR) gene from S. cerevisiae, which enhances resistance against oxidative stress caused by lipid hydroperoxide, was isolated independently and found to be identical to ZRC1.; Similarity: the predicted A. niger protein shows strong similarity to heavy metal ion resistance protein ZRC1/OSD from S. cerevisiae and additional heavy metal ion transporting proteins from S. cerevisiae and other species. ZRC1 from S. cerevisiae belongs to the cation diffusion facilitator (CDF) family.; Title: strong similarity to heavy metal ion resistance protein Zrc1 - Saccharomyces cerevisiae; vacuole; See PMID 8867889; See PMID 10856230; See PMID 11027563; See PMID 11263974; See PMID 2693940; uncharacterized protein	join(929501..929579,929638..929684,929752..929838,929896..930253,930571..931295)	Aspergillus niger	4987991
An15g03910	CDS	An15g03910	NT_166530.1	932043	934196	D	Remark: CDC1 protein of S. cerevisiae plays a role in manganese homeostasis.; Remark: the N. crassa mutant frost has a hyperbranching phenotype that can be corrected by adding Ca(2+).; Remark: the fr mutant of N. crassa was sensitive to Mn(2+), and a revertant allele whose product differs by one amino acid was tolerant to Mn(2+). Mn(2+) depletion induced the wild-type strain to hyperbranch, resulting in a morphology similar to that of fr. the fr mutant of N. crassa was also sensitive to calcineurin inhibitors.; Similarity: the predicted A. niger protein shows strong similarity to the frost gene (fr) of N. crassa and to the CDC1 proteins from the yeasts S. cerevisiae and S. pombe.; Title: strong similarity to frost gene fr -Neurospora crassa; See PMID 10669587; uncharacterized protein	join(932043..932357,932434..934079,934169..934196)	Aspergillus niger	4987992
An15g03930	CDS	An15g03930	NT_166530.1	934919	935886	R	hypothetical protein	complement(join(934919..934981,935032..935120,935312..935438,935551..935694,935773..935886))	Aspergillus niger	84593180
An15g03940	CDS	An15g03940	NT_166530.1	936381	938135	D	Function: monosaccharide transporter Mst-1 of A. muscaria is involved in the active uptake of monosaccharides.; Induction: monosaccharide transporter Mst-1 of A. muscaria is upregulated in ectomycorrhizas by a monosaccharide-controlled mechanism.; Similarity: the predicted A. niger protein shows strong similarity to the monosaccharide transporter Mst-1 of A. muscaria, which belongs to the sugar transporter family.; Title: strong similarity to monosaccharide transporter AmMst-1 - Amanita muscaria; plasma membrane; See PMID 9487692; uncharacterized protein	join(936381..936478,936542..936870,936926..937387,937441..938135)	Aspergillus niger	4987995
An15g03950	CDS	An15g03950	NT_166530.1	938642	940552	D	Catalytic activity: lingual triacylglycerol lipase of R. norvegicus catalyses the reaction triacylglycerol + H(2)O = diacylglycerol + a fatty acid anion.; Pathway: lingual triacylglycerol lipase of R. norvegicus catalyses the first step in glycerolipid catabolism.; Title: strong similarity to precursor of lingual triacylglycerol lipase - Rattus norvegicus; See PMID 3839077; uncharacterized protein	join(938642..939388,939428..940552)	Aspergillus niger	4987996
An15g03960	CDS	An15g03960	NT_166530.1	940720	941426	R	hypothetical protein	complement(join(940720..940946,941047..941108,941302..941426))	Aspergillus niger	84593181
An15g03970	CDS	An15g03970	NT_166530.1	942087	943420	R	hypothetical protein	complement(join(942087..942181,942364..942445,942528..942560,942784..942941,943237..943420))	Aspergillus niger	84593182
An15g03980	CDS	An15g03980	NT_166530.1	944051	946103	D	Catalytic activity: oxalate decarboxylase from C. velutipes catalyses the reaction oxalate = formate + CO(2).; Pathway: oxalate decarboxylase from C. velutipes is involved in glyoxylate and dicarboxylate metabolism.; Remark: an oxalate decarboxylase (APOXD) from A. phoenices is covered by patent WO9842827-A2 (AC# AAW79948). APOXD may be used for e. g. degrading oxalic acid,protecting against oxalic toxicity or as a selectable marker in plants.; Remark: oxalic acid is present as nutritional stress in many crop plants like Amaranth and Lathyrus. oxalic acid has also been found to be involved in the attacking mechanism of several phytopathogenic fungi.; Remark: transgenic tobacco and tomato plants expressing oxalate decarboxylase from C. velutipes show remarkable resistance to phytopathogenic fungus Sclerotinia sclerotiorum that utilizes oxalic acid during infestation.; Title: strong similarity to oxalate decarboxylase -Collybia velutipes; See PMID 10702293; uncharacterized protein	join(944051..944345,944424..944513,944643..944658,944717..944888,944953..945020,945105..945225,945284..945788,945858..945960,946016..946103)	Aspergillus niger	4987999
An15g03990	CDS	An15g03990	NT_166530.1	946320	948404	R	Function: OMST-oxidoreductase from A. flavus converts O-methylsterigmatocystin (OMST) to aflatoxin B1.; Pathway: OMST-oxidoreductase from A. flavus catalyses the last step of the aflatoxin biosynthetic pathway.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Similarity: the predicted A. niger protein shows strong similarity to OMST-oxidoreductase (ord1) from A. flavus, which belongs to the cytochrome P-450-type monooxygenase gene family CYP64.; Title: strong similarity to O-methylsterigmatocystin oxidoreductase ord1 - Aspergillus flavus; See PMID 9143099; See PMID 7793957; uncharacterized protein	complement(join(946320..946355,946443..946761,946833..947104,947187..947440,947527..947675,947762..947953,948020..948152,948212..948404))	Aspergillus niger	4988000
An15g04000	CDS	An15g04000	NT_166530.1	949564	951129	R	hypothetical protein	complement(join(949564..949794,949890..950100,950493..950607,950707..950766,950868..950966,951078..951129))	Aspergillus niger	84593183
An15g04010	CDS	An15g04010	NT_166530.1	951467	952537	R	Title: strong similarity to hypothetical protein encoded by An14g06160 - Aspergillus niger; uncharacterized protein	complement(join(951467..951723,951757..952537))	Aspergillus niger	4988002
An15g04020	CDS	An15g04020	NT_166530.1	952728	953269	R	hypothetical protein	complement(join(952728..952864,952918..953082,953167..953269))	Aspergillus niger	84593184
An15g04030	CDS	An15g04030	NT_166530.1	953396	954190	R	Title: questionable ORF; uncharacterized protein	complement(join(953396..953527,953617..953641,953686..953736,954084..954190))	Aspergillus niger	84593185
An15g04040	CDS	An15g04040	NT_166530.1	954422	959209	D	Function: the toxins have activity against Lepidopteran insects and Coleopteran insects, and are active against strains resistant to known insecticides.; Remark: P. luminescens is a member of the Enterobacteriaceae family and is a symbiotic bacterium of nematodes of the genus Heterorhabditis; the nematodes colonise insect larvae, kill them, and their offspring feed on the dead larvae; however, the insecticidal agents are produced by P. luminescens rather than the nematodes.; Remark: the 176 kD insecticidal toxin from P. luminescens is one of five insecticidal toxins encoded by ORFs arranged in an operon-like structure in a 9. 7kb fragment of P. luminescens DNA.; Similarity: the predicted ORF is also very similar to the nematicidal protein 2 produced by Xenorhabdus bovienii, still unpublished.; Title: strong similarity to 176 kD insecticidal toxin from patent WO9942589-A2 - Photorhabdus luminescens; uncharacterized protein	join(954422..954823,954920..959209)	Aspergillus niger	4988005
An15g04050	CDS	An15g04050	NT_166530.1	959870	962271	D	Phenotype: KHA1 mutants in S. cerevisiae accumulate K+, show net influx without a significant difference in efflux, as well as an increased growth rate, smaller cells,and twice the cell yield per glucose used; mutant cells also produce a greater acidification of the medium coincident with an internal pH alkalinization and show a higher oxygen consumption velocity.; Remark: KHA1 of S. cerevisiae is also known as YJL094c.; Title: strong similarity to K+/H+ exchanger Kha1 -Saccharomyces cerevisiae; plasma membrane; See PMID 8720066; See PMID 9348664; See PMID 9678606; See PMID 9811642; See PMID 10628851; uncharacterized protein	join(959870..959977,960030..960446,960498..961160,961210..962271)	Aspergillus niger	4988006
An15g04060	CDS	An15g04060	NT_166530.1	962950	964686	R	Function: S. cerevisiae Flr1 is a transmembrane transporter confering fluconazole resistance.; Induction: S. cerevisiae Flr1 is transcriptionally regulated by the Cap1 and yAP-1 proteins.; Remark: YBR008c is the systematic name for S. cerevisiae Flr1.; Similarity: S. cerevisiae Flr1 belongs to the major facilitator family (TC 2. A. 1).; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9235926; uncharacterized protein	complement(962950..964686)	Aspergillus niger	4988007
An15g04070	CDS	An15g04070	NT_166530.1	965005	965585	R	hypothetical protein	complement(join(965005..965158,965248..965381,965460..965585))	Aspergillus niger	84593186
An15g04080	CDS	An15g04080	NT_166530.1	965621	966432	D	hypothetical protein	join(965621..965708,965792..965935,966030..966051,966111..966432)	Aspergillus niger	84593187
An15g04100	CDS	An15g04100	NT_166530.1	970552	972183	D	Pathway: the DOX proteins constitute a complete upper naphthalene catabolic pathway.; Remark: DoxF is one of the DOX proteins, converting naphthalene to salicylate and phenanthrene to 1-hydroxy-2-naphthoic acid.; Title: strong similarity to salicylaldehyde dehydrogenase doxF - Pseudomonas sp.; See PMID 8226631; uncharacterized protein	join(970552..970782,970848..971144,971207..971527,971596..972183)	Aspergillus niger	4988011
An15g04110	CDS	An15g04110	NT_166530.1	973129	975090	D	Remark: the ORF has an unusual exon/intron structure.; Title: weak similarity to hypothetical protein encoded by An08g09080 - Aspergillus niger; uncharacterized protein	join(973129..973231,973359..973730,973794..973900,973984..974150,974462..974555,974697..974892,975074..975090)	Aspergillus niger	84593188
An15g04120	CDS	An15g04120	NT_166530.1	975863	977406	D	Title: strong similarity to hypothetical protein encoded by An01g01140 - Aspergillus niger; uncharacterized protein	join(975863..976524,976622..977092,977141..977247,977390..977406)	Aspergillus niger	4988013
An15g04130	CDS	An15g04130	NT_166530.1	977979	979133	R	Function: pth11 of M. grisea is not required for appressorium morphogenesis but is involved in host surface recognition; it represses differentiation on poorly inductive surfaces; Function: pth11 of M. grisea mediates appressorium differentiation in response to inductive substrate cues.; Localization: pth11 of M. grisea is found at the cell membrane and vacuoles.; Phenotype: pth11 mutants of M. grisea are nonpathogenic due to the defect in appressorium differentiation.; Remark: fungi infect plants by appressorium formation.; Title: similarity to appressorium differentiation protein pth11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(977979..978372,978444..978823,978883..978980,979046..979133))	Aspergillus niger	4988014
An15g04140	CDS	An15g04140	NT_166530.1	981010	989184	D	Function: PKS1 from C. heterostrophus encodes a multifunctional polyketide synthase with six catalytic domains: beta-ketoacyl synthase, acyltransferase,dehydratase, enoyl reductase, beta-ketoacyl reductase and acyl carrier protein.; Phenotype: PKS1 in race T of the fungal pathogen C. heterostrophus was inactivated by targeted gene disruption,T-toxin production and high virulence were eliminated,indicating that this PKS is required for fungal virulence.; Remark: race T of the fungal pathogen C. heterostrophus may have acquired PKS1 by horizontal DNA-transfer rather than by vertical inheritance from an ancestral strain.; Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 8953776; uncharacterized protein	join(981010..981252,981303..981447,981500..981768,981824..982681,982892..984331,984386..988279,988336..989184)	Aspergillus niger	4988015
An15g04150	CDS	An15g04150	NT_166530.1	989638	990670	D	Function: the introduction of extra copies of Orf11 genes in a S. coelicolor actIII mutant restores the ability to produce actinorhodin.; Remark: the ORF is truncated and contains no stop codon, due to the end of the contig.; Remark: the disruption of the Orf11 gene in S. coelicolor appears to have no significant effect on the production of actinorhodin.; Title: strong similarity to oxidoreductase involved in actinorhodin production encoded by Orf11 - Streptomyces lividans; See PMID 10400594; uncharacterized protein	join(<989638..989930,990014..990204,990275..>990670)	Aspergillus niger	4988016
An15g04160	CDS	An15g04160	NT_166530.1	990776	991813	R	Remark: it is assumed, that this sequence probably has been incorporated into the A. niger sample and is a putative cloning artefact.; Remark: the predicted ORF is identical to exodeoxyribonuclease I sbc originally found in E. coli.; Title: strong similarity to exodeoxyribonuclease I sbc - Escherichia coli [putative cloning artefact]; uncharacterized protein	complement(join(<990776..991328,991473..991813))	Aspergillus niger	4988017
An15g04170	CDS	An15g04170	NT_166530.1	991829	992389	D	Remark: the distance to ORF 110WK is only 15 base pairs.; hypothetical protein	991829..992389	Aspergillus niger	4988018
An15g04180	CDS	An15g04180	NT_166530.1	993326	994636	D	Title: strong similarity to hypothetical cytochrome P450 related protein B13N20.260 - Neurospora crassa; uncharacterized protein	993326..994636	Aspergillus niger	4988019
An15g04190	CDS	An15g04190	NT_166530.1	997610	999086	R	Title: similarity to hypothetical protein encoded by An13g03430 - Aspergillus niger; uncharacterized protein	complement(join(997610..997841,997903..999086))	Aspergillus niger	4988020
An15g04200	CDS	An15g04200	NT_166530.1	999505	1000797	R	Title: similarity to hypothetical protein encoded by An02g01120 - Aspergillus niger; uncharacterized protein	complement(join(999505..999666,999732..999932,1000005..1000159,1000190..1000248,1000328..1000797))	Aspergillus niger	84593189
An15g04210	CDS	An15g04210	NT_166530.1	1001640	1002650	D	Similarity: the predicted ORF shows strong similarity to putative oxidoreductases with various substrate specificities and also strong homology to potassium channels from some species.; Title: strong similarity to hypothetical oxidoreductase SPAC977.14c - Schizosaccharomyces pombe; uncharacterized protein	1001640..1002650	Aspergillus niger	4988022
An15g04220	CDS	An15g04220	NT_166530.1	1002901	1005018	R	Title: strong similarity to hypothetical protein EAA59582.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1002901..1004542,1004699..1005018))	Aspergillus niger	4988023
An15g04230	CDS	An15g04230	NT_166530.1	1005209	1006253	D	Catalytic activity: dihydrodipicolinate synthases catalyse L-aspartate 4-semialdehyde + pyruvate <=> dihydrodipicolinate + 2 H(2)O.; Function: dapA of C. glutamicum is involved in the lysine biosynthesis by catalyzing the first step in diaminopimelate and lysine biosynthesis.; Similarity: the ORF shows similarity to several bacterial dihydrodipicolinate synthases.; Title: strong similarity to dihydrodipicolinate synthase dapA - Corynebacterium glutamicum; See PMID 8659901; See PMID 9559056; See PMID 10498736; uncharacterized protein	join(1005209..1005667,1005726..1006253)	Aspergillus niger	4988024
An15g04240	CDS	An15g04240	NT_166530.1	1006661	1007402	D	hypothetical protein	join(1006661..1006888,1007006..1007069,1007141..1007164,1007248..1007402)	Aspergillus niger	84593190
An15g04250	CDS	An15g04250	NT_166530.1	1007985	1010013	D	hypothetical protein	join(1007985..1009232,1009294..1009484,1009689..1010013)	Aspergillus niger	84593191
An15g04260	CDS	An15g04260	NT_166530.1	1010471	1011625	R	Title: similarity to hypothetical protein MRI1 -Arabidopsis thaliana; uncharacterized protein	complement(1010471..1011625)	Aspergillus niger	4988027
An15g04270	CDS	An15g04270	NT_166530.1	1012122	1013917	D	Similarity: shows strong similarity to several hexose transporter.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; See PMID 1339361; See PMID 2175387; See PMID 2835177; See PMID 2976880; See PMID 3049934; uncharacterized protein	join(1012122..1012340,1012390..1013100,1013162..1013518,1013573..1013669,1013736..1013917)	Aspergillus niger	4988028
An15g04280	CDS	An15g04280	NT_166530.1	1015411	1016441	D	Function: in S. cerevisiae biosynthesis of phosphatidic acid through the dihydroxyacetone phosphate pathway requires NADPH-dependent reduction of the intermediate 1-acyldihydroxyacetone phosphate by AYR1 before the second step of acylation.; Function: phosphatidic acid is a key intermediate in the formation of glycerophospholipids and triacylglycerols.; Localization: in S. cerevisiae lipid particles and the endoplasmic reticulum harbor 1-acyldihydroxyacetone-phosphate reductase (ADR) activity.; Pathway: dihydroxyacetone phosphate pathway.; Remark: the systematic genename of AYR1 is YIL124w.; Title: strong similarity to 1-acyldihydroxyacetone-phosphate reductase Ayr1 -Saccharomyces cerevisiae; See PMID 10617610; uncharacterized protein	join(1015411..1015855,1015918..1016276,1016379..1016441)	Aspergillus niger	4988029
An15g04290	CDS	An15g04290	NT_166530.1	1016581	1018323	R	Catalytic activity: 6-hydroxy-D-nicotine oxidases catalyze the conversion of (D)-6-hydroxynicotine + H2O + O2 = 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H2O2.; Pathway: 6-hydroxy-D-nicotine oxidases are involved in the degradation of nicotine.; Similarity: shows similarity to several putative oxidoreductases.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; uncharacterized protein	complement(join(1016581..1017064,1017175..1018196,1018255..1018323))	Aspergillus niger	4988030
An15g04300	CDS	An15g04300	NT_166530.1	1018717	1019964	R	Title: strong similarity to hypothetical protein encoded by EAA61985.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1018717..1018861,1018920..1019203,1019264..1019452,1019506..1019964))	Aspergillus niger	4988031
An15g04310	CDS	An15g04310	NT_166530.1	1020533	1021694	D	Catalytic activity: alcohol dehydrogenases convert alcohol + NAD(+) to aldehyde or ketone + NADH.; Similarity: shows strong similarity to several putative alcohol dehydrogenases and oxidoreductases.; Title: strong similarity to alcohol dehydrogenase adhT - Bacillus stearothermophilus; uncharacterized protein	join(1020533..1020665,1020728..1021174,1021228..1021694)	Aspergillus niger	4988032
An15g04320	CDS	An15g04320	NT_166530.1	1021837	1024111	R	Similarity: N-terminal third shows similarity to N-terminal third of the A. nidulans facB.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; uncharacterized protein	complement(join(1021837..1023950,1024105..1024111))	Aspergillus niger	4988033
An15g04330	CDS	An15g04330	NT_166530.1	1025954	1026283	R	Remark: DAL5 of S. cerevsiae encodes a component of the allantoate transport system.; Remark: N-terminally truncated ORF due to contig border.; Remark: the relatively high basal level of expression of S. cerevisiae DAL5 did not increase further upon addition of allantoin pathway intermediates.; Remark: the systematic genename of S. cerevisiae DAL5 is YJR152W.; Title: similarity to allantoate permease Dal5 -Saccharomyces cerevisiae [truncated ORF]; See PMID 3275614; See PMID 3301804; uncharacterized protein	complement(1025954..>1026283)	Aspergillus niger	84593192
An15g04340	CDS	An15g04340	NT_166530.1	1026388	1028033	R	Function: Dal5 from S. cerevisiae is a component of the allantoate transport system.; Regulation: DAL5 gene from S. cerevisiae is constitutively expressed but repressed when a nitrogen source was provided.; Remark: synonyms for Dal5 from S. cerevisiae are UreP1, J2230 and YJR152w.; Similarity: Dal5 from S. cerevisiae belongs to the allantoate permease family.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3294799; See PMID 3301804; uncharacterized protein	complement(join(<1026388..1026638,1026695..1026780,1026841..1026981,1027031..1027400,1027455..1027552,1027601..1027662,1027710..1027764,1027809..1027872,1027922..1028033))	Aspergillus niger	4988035
An15g04350	CDS	An15g04350	NT_166530.1	1028557	1030176	D	Similarity: the ORF encoded protein shows also strong similarities to other oxidoreductases.; Title: strong similarity to hypothetical oxidoreductase encoded by mll6520 - Mesorhizobium loti; uncharacterized protein	join(1028557..1028788,1028847..1029136,1029206..1029782,1029840..1030101,1030146..1030176)	Aspergillus niger	4988036
An15g04360	CDS	An15g04360	NT_166530.1	1030238	1031095	R	Catalytic activity: (S)-2-haloacid + H(2)O <=> (R)-2-hydroxyacid + halide.; Remark: Acts on acids of short-chain lengths, C(2) to C(4), with inversion of configuration at C-2.; Title: similarity to haloacid dehalogenase dhlB -Xanthobacter autotrophicus; See PMID 1744048; uncharacterized protein	complement(join(1030238..1030376,1030434..1030995,1031056..1031095))	Aspergillus niger	4988037
An15g04370	CDS	An15g04370	NT_166530.1	1031565	1032970	D	Catalytic activity: hydrolysis of Xaa-Pro dipeptides; also acts on aminoacyl- hydroxyproline analogs.; Remark: Microbacterium esteraromaticum = Aureobacterium esteraromaticum.; Title: similarity to proline dipeptidase from patent JP11318454-A - Microbacterium esteraromaticum; uncharacterized protein	join(1031565..1031743,1031857..1031964,1032025..1032970)	Aspergillus niger	4988038
An15g04380	CDS	An15g04380	NT_166530.1	1033255	1035100	R	Catalytic activity: PhacA catalyzes the ortho-hydroxylation of phenylacetate, the first step of A. nidulans phenylacetate catabolism.; Remark: Aspergillus nidulans utilizes phenylacetate as a carbon source via homogentisate, which is degraded to fumarate and acetoacetate.; Remark: Emericella nidulans = Aspergillus nidulans.; Remark: PhacA is a novel cytochrome P450 monooxygenase.; Title: strong similarity to phenylacetate 2-hydroxylase phacA - Aspergillus nidulans; endoplasmatic reticulum; See PMID 10329644; uncharacterized protein	complement(join(1033255..1033643,1033701..1034048,1034097..1034317,1034369..1034669,1034719..1035100))	Aspergillus niger	4988039
An15g04390	CDS	An15g04390	NT_166530.1	1035383	1036431	D	Function: hdhA from E. coli catalyses the oxidation of the 7-alpha-hydroxyl group of bile acids and alcohols both in their free and conjugated forms.; Similarity: there are also strong similarities to other oxidoreductases.; Title: strong similarity to 7-alpha-hydroxysteroid dehydrogenase gene hdhA - Escherichia coli; See PMID 2007545; uncharacterized protein	join(1035383..1035452,1035507..1035660,1035733..1036127,1036193..1036431)	Aspergillus niger	4988040
An15g04400	CDS	An15g04400	NT_166530.1	1037222	1038341	R	Similarity: the ORF encoded protein shows significant domain homology to binuclear Zn(2)-Cys(6) cluster domains of many fungal transcription factors.; Title: similarity to transcription factor Sip4 -Saccharomyces cerevisiae; nucleus; See PMID 9843506; See PMID 11169757; uncharacterized protein	complement(join(1037222..1038041,1038145..1038239,1038300..1038341))	Aspergillus niger	84593193
An15g04410	CDS	An15g04410	NT_166530.1	1038703	1040824	D	Function: Ppr1 from S. cerevisiaeis is a positive transcriptional regulator of the Ura1 and Ura3 genes.; Remark: the synonym for Ppr1 from S. cerevisiae is YLR014c.; Remark: the zinc finger and additional 14 amino acids of the carboxyl side of Ppr1 from S. cerevisiae are sufficient for the DNA-binding specificity.; Title: similarity to transcription activator Ppr1 -Saccharomyces cerevisiae; nucleus; See PMID 2118990; See PMID 6096562; uncharacterized protein	join(1038703..1038729,1038861..1038955,1039008..1039774,1039811..1039887,1039940..1040824)	Aspergillus niger	4988042
An15g04420	CDS	An15g04420	NT_166530.1	1041025	1042450	R	Catalytic activity: NADH + acceptor = NAD+ + reduced acceptor.; Cofactor: FAD; contains 2 FAD molecules per subunit.; Complex: the NADH oxidase from T. brockii exists as a homohexamer.; Function: the NADH oxidase from T. brockii reduces a range of alternative electron acceptors.; Function: the role of the NADH oxidase from T. brockii is not clear.; Remark: ORF contains an internal stop codon, due to a putative sequencing error.; Remark: the NADH oxidase from T. brockii is thermostable.; Title: similarity to NADH oxidase -Thermoanaerobacter brockii [putative sequencing error]; putative sequencing error; See PMID 8357835; See PMID 1599437; uncharacterized protein	complement(join(1041025..1041084,1041141..1041494,1041550..1042214,1042276..1042450))	Aspergillus niger	4988043
An15g04430	CDS	An15g04430	NT_166530.1	1043661	1045463	R	hypothetical protein	complement(1043661..1045463)	Aspergillus niger	4988044
An15g04440	CDS	An15g04440	NT_166530.1	1046075	1047287	R	Remark: the encoded protein of patent WO200100844-A2 is a sugar metabolism and oxidative phosphorylation protein for production or modulation of production of fine chemicals e. g. amino acids, carbohydrates or enzymes.; Title: strong similarity to protein involved in carbon metabolism and energy production from patent WO200100844-A2 - Corynebacterium glutamicum; uncharacterized protein	complement(join(1046075..1046460,1046533..1046669,1046722..1046809,1046859..1046911,1046965..1047287))	Aspergillus niger	4988045
An15g04450	CDS	An15g04450	NT_166530.1	1047474	1047890	R	hypothetical protein	complement(join(1047474..1047589,1047674..1047890))	Aspergillus niger	84593194
An15g04460	CDS	An15g04460	NT_166530.1	1048810	1049283	R	hypothetical protein	complement(join(1048810..1048950,1048996..1049190,1049245..1049283))	Aspergillus niger	84593195
An15g04470	CDS	An15g04470	NT_166530.1	1049778	1052273	D	Remark: the matching coding sequence was isolated by carrying out RT-PCR on all of the mRNA obtained from A. thaliana.; Remark: the patent EP1033405-A2 does not provide further information about the function of the protein.; Title: similarity to protein from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(1049778..1050783,1050832..1052273)	Aspergillus niger	4988048
An15g04480	CDS	An15g04480	NT_166530.1	1052652	1053317	D	Title: similarity to hypothetical protein B13C5.110 - Neurospora crassa; uncharacterized protein	join(1052652..1053098,1053183..1053317)	Aspergillus niger	4988049
An15g04490	CDS	An15g04490	NT_166530.1	1053496	1057801	R	Catalytic activity: ATP + H(2)O <=> ADP + phosphate.; Function: myoA involved in hyphal morphogenesis,vesicle migration, septal wall formation, and cell polarity.; Localization: a GFP-myoA fusion protein in Aspergillus nidulans is enriched in growing hyphal tips, at sites of septum formation and in patches at the cell cortex.; Title: strong similarity to myosin I myoA -Aspergillus nidulans; cytoskeleton; See PMID 7860631; See PMID 9756952; See PMID 10658211; uncharacterized protein	complement(join(1053496..1053926,1053979..1054541,1054588..1054847,1054883..1054974,1055021..1056718,1056769..1057251,1057328..1057373,1057470..1057706,1057799..1057801))	Aspergillus niger	4988050
An15g04500	CDS	An15g04500	NT_166530.1	1058659	1059684	R	hypothetical protein	complement(join(1058659..1058858,1059097..1059323,1059398..1059684))	Aspergillus niger	84593196
An15g04510	CDS	An15g04510	NT_166530.1	1060054	1060969	R	Remark: the patent does not provide further information about the function of the protein.; Remark: the sequence of the patent EP1033405-A2 from A. thaliana was obtained by carrying out RT-PCR on all mRNAs.; Title: similarity to protein fragment from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1060054..1060848,1060910..1060969))	Aspergillus niger	84593197
An15g04520	CDS	An15g04520	NT_166530.1	1061771	1065372	D	Complex: Cdc5 from S. cerevisiae is probably recruitet to origin complexes by Dbf4.; Function: Cdc5 from S. cerevisiae is a positive regulator of cyclin-specific anaphase-promoting complex (APC) activity in late mitosis.; Function: Cdc5 from S. cerevisiae is essential for the onset of Clb2p proteolysis but not for Clb5p proteolysis.; Function: Cdc5 from S. cerevisiae is involved in regulation of DNA replication.; Function: Cdc5 from S. cerevisiae is required for exit of mitosis.; Function: Cdc5 from S. cerevisiae phosphorylates Dbf4p.; Function: the degradation of Cdc5p from S. cerevisiae in G1 might provide a feedback mechanism by which the APC destroys its activator at the onset of the next cell cycle.; Induction: CDC5 transcript from S. cerevisiae accumulation peaks at the G2/M boundary.; Phenotype: cdc5-1 mutants are defective in destruction of cyclins and show a reduction in the cyclin-ubiquitin ligase activity of the anaphase-promoting complex.; Remark: synonyms for Cdc5 from S. cerevisiae are Pkx2, Msd2 and YMR001c.; Repression: Cdc5 from S. cerevisiae degraded in G1 by an anaphase-promoting complex and Hct1 dependent mechanism.; Title: similarity to polo-like protein kinase Cdc5 -Saccharomyces cerevisiae; deleted EC_number 2.7.1.37; nucleus; See PMID 8321244; See PMID 9819423; See PMID 10594031; See PMID 10678171; See PMID 11157974; uncharacterized protein	join(1061771..1062082,1062153..1062595,1062650..1064759,1064812..1065372)	Aspergillus niger	4988053
An15g04530	CDS	An15g04530	NT_166530.1	1066467	1068082	D	Function: rhaB is a polysaccharidase.; Similarity: shows only partial similarity to rhaB.; Title: weak similarity to rhamnosidase B precursor rhaB - Aspergillus aculeatus; See PMID 11319105; uncharacterized protein	join(1066467..1066527,1066582..1067007,1067094..1067549,1067709..1067829,1067920..1068082)	Aspergillus niger	84593198
An15g04540	CDS	An15g04540	NT_166530.1	1068597	1069400	R	Function: contains a BTB/POZ domain that mediates homomeric dimerisation and in some instances heteromeric dimerisation in proteins mainly involved in transcriptional regulation.; Similarity: shows only partial similarity to several hypothetical proteins.; Title: weak similarity to hypothetical protein B21O8.120 - Neurospora crassa; uncharacterized protein	complement(1068597..1069400)	Aspergillus niger	84593199
An15g04550	CDS	An15g04550	NT_166530.1	1070540	1071365	R	Catalytic activity: endohydrolysis of 1,4-beta-D-xylosidic linkages in xylans.; Pathway: xylan degradation.; Remark: patented enzyme is used for bleaching at increased temperatures.; Title: strong similarity to xylanase A xynA from patent WO200068396-A2 - Aspergillus niger; extracellular/secretion proteins; uncharacterized protein	complement(join(1070540..1070939,1070995..1071365))	Aspergillus niger	4988056
An15g04560	CDS	An15g04560	NT_166530.1	1071861	1074057	D	hypothetical protein	join(1071861..1071961,1072883..1072966,1073052..1073303,1073419..1073489,1073621..1074057)	Aspergillus niger	84593200
An15g04570	CDS	An15g04570	NT_166530.1	1074611	1075767	D	Function: enzyme of T. reesei is involved in degradation of polysaccharids.; Title: strong similarity to endoglucanase IV -Trichoderma reesei; extracellular/secretion proteins; See PMID 9370370; uncharacterized protein	join(1074611..1074941,1075012..1075255,1075320..1075767)	Aspergillus niger	4988058
An15g04580	CDS	An15g04580	NT_166530.1	1076366	1078140	R	Function: it is assumed, that the A. chrysogenum protein might be a membrane transporter used in A. chrysogenum to improve the fermentation ability.; Remark: patent W14439 against protein.; Similarity: shows strong similarity to several major facilitator transport proteins of S. pombe, C. albicans,P. olsonii.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum; uncharacterized protein	complement(join(1076366..1076698,1076763..1077637,1077702..1077967,1078025..1078140))	Aspergillus niger	4988059
An15g04590	CDS	An15g04590	NT_166530.1	1078849	1080812	D	Function: might be a transcriptional regulator.; Similarity: shows similarity to several proteins containing Zn(II)2Cys6 clusters.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; uncharacterized protein	join(1078849..1080563,1080617..1080731,1080777..1080812)	Aspergillus niger	4988060
An15g04600	CDS	An15g04600	NT_166530.1	1082809	1085335	D	Function: P. chrysogenum uses sulfate as a source of sulfur for the biosynthesis of penicillin.; Function: sutB of P. chrysogenum is a sulfate transporter.; Remark: protein of P. chrysogenum is patented and there exist two similiar genes sutA and sutB.; Title: strong similarity to sulfate permease SutB -Penicillium chrysogenum; plasma membrane; See PMID 10572125; See PMID 11010912; uncharacterized protein	join(1082809..1083061,1083113..1083258,1083305..1085335)	Aspergillus niger	4988061
An15g04610	CDS	An15g04610	NT_166530.1	1085793	1086946	D	Catalytic activity: the enzyme of G. mastotermitis catalyses the second step in the xylose utilising pathway converting xylose to xylulosephosphate.; Pathway: Xylulose-phosphate is further degraded by the transaldolase and transketolase reactions of the pentose phosphate pathway.; Title: strong similarity to xylitol dehydrogenase xdh - Galactocandida mastotermitis [truncated ORF]; See PMID 10661867; uncharacterized protein	join(<1085793..1085909,1085981..1086946)	Aspergillus niger	4988062
An15g04620	CDS	An15g04620	NT_166530.1	1086996	1088211	R	Catalytic activity: DTDP-Glucose = DTDP-4-Dehydro-6-Deoxy-D- Glucose + H(2)O.; Function: involved in anabolism pathway to biosynthesis of the O antigen of lipopolysaccharide.; Similarity: shows similarity to glucose-4,6-dehydratase enzymes of different species.; Title: similarity to dTDP-glucose-4,6-dehydratase rmlB - Streptococcus mutans; See PMID 9023194; uncharacterized protein	complement(join(1086996..1087501,1087555..1087869,1087925..1088130,1088186..1088211))	Aspergillus niger	4988063
An15g04630	CDS	An15g04630	NT_166530.1	1089564	1091369	D	Function: contains domain typical for sugar transporter.; Remark: similarity to patented sequence from Pompejus M., Kroeger B., Schroeder H., Zelder O., Haberhauer G.; 'corynebacterium glutamicum genes encoding proteins involved in membrane synthesis and membrane transport'; Patent number WO0100805-A/513, 04-JAN-2001. BASF AKTIENGESELLSCHAFT (DE).; Similarity: shows higher similarity to putative membrane transporter form S. pombe.; Title: similarity to sequence 513 from patent WO0100805 - Corynebacterium glutamicum; plasma membrane; uncharacterized protein	join(1089564..1089875,1089931..1090328,1090481..1091369)	Aspergillus niger	4988064
An15g04640	CDS	An15g04640	NT_166530.1	1091494	1092347	R	Function: protein of in involved in antibiotic resistance.; Similarity: shows only partial similarity to proteins containing domain typical for acetyltransferase (GNAT) family.; Title: weak similarity to puromycin N-acetyltransferase pac - Streptomyces anulatus; uncharacterized protein	complement(join(1091494..1091834,1091918..1092347))	Aspergillus niger	4988065
An15g04650	CDS	An15g04650	NT_166530.1	1092779	1093807	R	Title: strong similarity to hypothetical protein EAA64269.1 - Aspergillus nidulans; uncharacterized protein	complement(1092779..1093807)	Aspergillus niger	4988066
An15g04660	CDS	An15g04660	NT_166530.1	1095208	1096443	D	Remark: blast hit against patented sequence from Pompejus M., Kroeger B., Schroeder H., Zelder O., Haberhauer G.; 'corynebacterium glutamicum genes encoding proteins involved in carbon metabolism and energy production' Patent number WO0100844-A/143, 04-JAN-2001. BASF AKTIENGESELLSCHAFT (DE).; Title: similarity to sequence 143 from patent WO0100844 - Corynebacterium glutamicum; uncharacterized protein	join(1095208..1095425,1095506..1095789,1095860..1096443)	Aspergillus niger	4988067
An15g04670	CDS	An15g04670	NT_166530.1	1096545	1097639	R	Similarity: shows only partial similarity to the patented proteinsequence.; Title: similarity to protein #1230 from patent WO200177335-A - Listeria monocytogenes; uncharacterized protein	complement(join(1096545..1096872,1096936..1097639))	Aspergillus niger	4988068
An15g04680	CDS	An15g04680	NT_166530.1	1098013	1100650	R	Function: the polynucleotides described in AAQ97525-27 encode the human analogues of the prokaryotic mutL4 DNA repair gene.; Similarity: shows only partial similarity to mutL homologues.; Title: similarity to DNA repair protein hMLH2 from patent WO9520678-A1 - Homo sapiens; nucleus; uncharacterized protein	complement(join(1098013..1099787,1099834..1100198,1100244..1100650))	Aspergillus niger	4988069
An15g04690	CDS	An15g04690	NT_166530.1	1100962	1102446	D	Similarity: shows only partial similarity to patented protein.; Title: similarity to protein fragment SEQ ID NO:49734 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(1100962..1101296,1101347..1101518,1101572..1101871,1101929..1102007,1102055..1102219,1102313..1102446)	Aspergillus niger	4988070
An15g04700	CDS	An15g04700	NT_166530.1	1102695	1106702	R	Title: similarity to hypothetical hydroxymethyltransferase AAL18983.1 - Salmonella typhimurium; uncharacterized protein	complement(join(1102695..1105433,1105867..1106106,1106361..1106510,1106637..1106702))	Aspergillus niger	4988071
An15g04710	CDS	An15g04710	NT_166530.1	1107295	1107715	D	hypothetical protein	join(1107295..1107405,1107513..1107551,1107599..1107715)	Aspergillus niger	84593201
An15g04720	CDS	An15g04720	NT_166530.1	1109060	1111489	D	Similarity: blast hits mainly result from repetitive sequences.; Title: weak similarity to transactivator EBNA-2 -Herpesvirus papio HVP; uncharacterized protein	join(1109060..1109338,1109393..1109656,1109793..1109914,1110189..1110811,1110927..1111046,1111120..1111296,1111401..1111489)	Aspergillus niger	4988073
An15g04740	CDS	An15g04740	NT_166530.1	1112164	1114757	D	Similarity: Similarity is restricted to zinc cluster in N-terminal part of protein.; Title: weak similarity to transcription activator of lysine pathway Lys14 - Saccharomyces cerevisiae; uncharacterized protein	join(1112164..1113127,1113219..1113609,1113667..1113955,1114017..1114336,1114415..1114757)	Aspergillus niger	4988075
An15g04750	CDS	An15g04750	NT_166530.1	1114926	1116913	R	Similarity: partial similarity results from repetitive sequences.; Title: weak similarity to EH domain binding protein h-NUMB-R from patent WO9846744-A1 - Homo sapiens; uncharacterized protein	complement(join(1114926..1114966,1115016..1116009,1116347..1116913))	Aspergillus niger	10097992
An15g04760	CDS	An15g04760	NT_166530.1	1118061	1119931	R	Catalytic activity: glucan endo-1,3-alpha-glucosidase catalyzes the conversion of endohydrolysis of 1,3-alpha-D-glucosidic linkages in isolichenin, pseudonigeran and nigeran.; Function: P. purporogenum mutA is a mutanase (glucan endo-1,3-alpha-glucosidase) involved in polysaccharid catabolism.; Title: similarity to mutanase mutA - Penicillium purporogenum; See PMID 10636904; uncharacterized protein	complement(join(1118061..1118228,1118413..1119789,1119848..1119931))	Aspergillus niger	4988077
An15g04770	CDS	An15g04770	NT_166530.1	1121550	1123307	R	Catalytic activity: GAD catalyzes the conversion of glutamic acid to gamma-aminobutyric acid and the plant GAD binds calmodulin which has not been decribed so far.; Function: It might be possible that intracellular Ca2+ signals via calmodulin are involved in the regulation of gamma-aminobutyric acid synthesis in plants.; Similarity: shows a very strong similarity to undescribed GAD from A. oryzae.; Title: strong similarity to calmodulin-binding glutamate decarboxylase GAD - Petunia hybrida; uncharacterized protein	complement(join(1121550..1121655,1121716..1122254,1122315..1122950,1123004..1123031,1123087..1123307))	Aspergillus niger	4988078
An15g04780	CDS	An15g04780	NT_166530.1	1124028	1125113	D	Function: this family includes a number of K+ ion channel beta chain regulatory domains - these are reported to have oxidoreductase activity.; Similarity: belongs to the aldo/keto reductase family.; Title: strong similarity to protein fragment SEQ ID NO:37791 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(1124028..1124205,1124254..1125113)	Aspergillus niger	4988079
An15g04790	CDS	An15g04790	NT_166530.1	1125238	1127958	R	Function: might be involved in transcriptional regulation.; Similarity: shows partial similarity to protein containing fungal Zn(2)-Cys(6) binuclear cluster.; Title: weak similarity to LEU3 from patent WO8806593-A - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1125238..1127464,1127711..1127797,1127861..1127958))	Aspergillus niger	10097993
An15g04800	CDS	An15g04800	NT_166530.1	1130637	1133152	D	Catalytic activity: B2Tom hydrolysis of beta-1,2-glucose residue from tetrasaccharide moeity of alpha-tomatine.; Function: B2Tom is involved in the detoxification of alpha-tomatine found in Lycopersicon spp.; Similarity: shows strong similarity to corresponding enzymes of G. graminis, B. fuckeliana etc and several patented proteins.; Title: strong similarity to beta-1,2-D-glucosidase B2Tom - Septoria lycopersici; extracellular/secretion proteins; uncharacterized protein	join(1130637..1130814,1130871..1133152)	Aspergillus niger	4988081
An15g04810	CDS	An15g04810	NT_166530.1	1136669	1138204	R	Catalytic activity: alpha-1,3-mannosyltransferases are responsible for adding the terminal mannose residues of O-linked oligosaccharides.; Title: similarity to alpha-1,3-mannosyltransferase Mnt2 - Saccharomyces cerevisiae; See PMID 10521541; uncharacterized protein	complement(1136669..1138204)	Aspergillus niger	4988082
An15g04820	CDS	An15g04820	NT_166530.1	1139970	1142208	D	Function: vbs of A. parasiticus catalyzes the step from versiconal hemiacetal to versicolorinB.; Pathway: vbs of A. parasiticus catalyzes a step in the aflatoxin biosynthesis.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Title: strong similarity to versicolorin B synthase vbs - Aspergillus parasiticus; See PMID 10855719; uncharacterized protein	join(1139970..1140332,1140396..1140431,1140465..1141905,1141987..1142049,1142117..1142208)	Aspergillus niger	4988083
An15g04830	CDS	An15g04830	NT_166530.1	1142950	1145631	D	Function: in N. crassa, the fusion of hyphae of opposite mating type during vegetative growth results in growth inhibition and cell death, a process that is mediated by the tol locus.; Regulation: tol transcription is repressed to allow the coexistence of opposite mating-type nuclei during the sexual reproductive phase.; Remark: mutations in tol are recessive and suppress mating-type-associated heterokaryon incompatibility.; Title: similarity to vegetative incompatibility protein tol - Neurospora crassa; See PMID 9449795; See PMID 9927450; uncharacterized protein	join(1142950..1143430,1143512..1145260,1145510..1145631)	Aspergillus niger	4988084
An15g04840	CDS	An15g04840	NT_166530.1	1145710	1147033	R	hypothetical protein	complement(join(1145710..1146021,1146105..1146234,1146412..1146591,1146832..1146903,1146996..1147033))	Aspergillus niger	84593202
An15g04850	CDS	An15g04850	NT_166530.1	1147237	1150768	D	Remark: the Pho85P gene of S. cerevisiae is also called YPL110c or LPH16, but is not identical to Pho85.; Similarity: the predicted ORF is 115 amino acids shorter at the N-terminus than Pho85P of S. cerevisiae.; Title: strong similarity to hypothetical cyclin-dependent protein kinase Pho85 - Saccharomyces cerevisiae; uncharacterized protein	join(1147237..1147375,1147431..1149443,1149493..1149551,1149591..1149639,1149745..1149845,1149896..1150169,1150221..1150768)	Aspergillus niger	4988086
An15g04860	CDS	An15g04860	NT_166530.1	1151543	1153514	D	Catalytic activity: UGT51C1 of C. albicans conbverts UDP-glucose + a sterol <=> UDP + an O-glucosylsterol.; Function: UDP-glucose:sterol glucosyltransferases synthesize sterol glucosides, typical membrane-bound lipids of many eukaryotes.; Similarity: the ORF shares the strongest homology with the hypothetical protein CHIP6 of G. cingulata.; Title: strong similarity to UDP-glucose:sterol glucosyltransferase UGT51C1 - Candida albicans; uncharacterized protein	join(1151543..1151687,1151764..1152388,1152449..1153514)	Aspergillus niger	4988087
An15g04870	CDS	An15g04870	NT_166530.1	1153636	1154810	D	Title: similarity to hypothetical protein expressed during hard surface attachment CHIP6 - Glomerella cingulata; uncharacterized protein	join(1153636..1154340,1154393..1154531,1154587..1154810)	Aspergillus niger	84593203
An15g04880	CDS	An15g04880	NT_166530.1	1155386	1156906	D	Function: annexins are a family of proteins that bind to acidic phospholipids in a calcium-dependent manner.; Function: annexins have been claimed to be involved in cytoskeletal interactions, phospholipase inhibition,intracellular signalling, anticoagulation, membrane fusion and exocytosis.; Remark: anx7 of H. sapiens is also called ANXA7 or synexin.; Similarity: the ORF show strong similarity to different annexin forms from several species.; Title: strong similarity to annexin 7 anx7 - Homo sapiens; uncharacterized protein	1155386..1156906	Aspergillus niger	4988089
An15g04900	CDS	An15g04900	NT_166530.1	1159376	1160614	R	Function: endoglucanases hydrolyse internal 1,4-beta-D-glucosidic linkages in cellulose.; Similarity: the ORF shows similarity with some exoglucanases (EC 3. 2. 1. 91) from different species.; Title: strong similarity to endoglucanase IV egl4 -Trichoderma reesei; uncharacterized protein	complement(1159376..1160614)	Aspergillus niger	4988091
An15g04920	CDS	An15g04920	NT_166530.1	1162540	1163580	R	Title: similarity to hypothetical protein encoded by An04g06270 - Aspergillus niger; uncharacterized protein	complement(join(1162540..1162767,1162804..1162865,1163041..1163366,1163528..1163580))	Aspergillus niger	4988093
An15g04930	CDS	An15g04930	NT_166530.1	1165056	1167176	R	Function: in N. crassa, the fusion of hyphae of opposite mating type during vegetative growth results in growth inhibition and cell death, a process that is mediated by the tol locus.; Regulation: tol transcription is repressed to allow the coexistence of opposite mating-type nuclei during the sexual reproductive phase.; Remark: mutations in tol are recessive and suppress mating-type-associated heterokaryon incompatibility.; Similarity: the predicted ORF 196 amino acids shorter at the N-terminus and 180 amino acids at the C-terminal end than tol of N. crassa.; Title: strong similarity to vegetative incompatibility protein tol - Neurospora crassa; See PMID 9927450; See PMID 9449795; uncharacterized protein	complement(join(1165056..1166761,1166853..1166888,1167005..1167176))	Aspergillus niger	4988094
An15g04940	CDS	An15g04940	NT_166530.1	1168120	1169277	D	Function: A. parasiticus norA has norsolorinic acid reductase (NOR) activity.; Function: norA of A. parasiticus is genomically localized within the aflatoxin biosynthetic cluster and has been implicated in aflatoxin biosynthesis.; Induction: A. parasiticus norA mRNA and protein is present only when the fungus is grown in medium conductive to aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Similarity: the ORF shows also strong similarity to several aryl-alcohol dehyrogenases from different species.; Title: strong similarity to norsolorinic acid reductase norA - Aspergillus parasiticus; uncharacterized protein	1168120..1169277	Aspergillus niger	4988095
An15g04950	CDS	An15g04950	NT_166530.1	1169527	1170472	R	Title: weak similarity to hypothetical protein B11H24.070 - Neurospora crassa; uncharacterized protein	complement(join(1169527..1170273,1170335..1170472))	Aspergillus niger	84593204
An15g04960	CDS	An15g04960	NT_166530.1	1171408	1171940	D	Title: weak similarity to hypothetical protein CAF32133.1 - Aspergillus fumigatus; uncharacterized protein	join(1171408..1171500,1171560..1171657,1171730..1171940)	Aspergillus niger	4988097
An15g04970	CDS	An15g04970	NT_166530.1	1172418	1173340	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 135 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(1172418..1172741,1172927..1172956,1173287..1173340))	Aspergillus niger	84593205
An15g04980	CDS	An15g04980	NT_166530.1	1174841	1175872	D	Title: strong similarity to hypothetical protein encoded by An18g00860 - Aspergillus niger; uncharacterized protein	join(1174841..1175297,1175367..1175872)	Aspergillus niger	84593206
An15g04990	CDS	An15g04990	NT_166530.1	1176072	1176657	R	Remark: the EST an_2920 of A. niger has database entry code EMBLEST:BE759970.; Remark: the sequence of EST an_2920 of A. niger contains several undefinied bases (n).; Title: similarity to EST an_2920 - Aspergillus niger; uncharacterized protein	complement(join(1176072..1176167,1176307..1176657))	Aspergillus niger	84593207
An15g05000	CDS	An15g05000	NT_166530.1	1177911	1179001	D	Remark: the intron-exon structure of the predicted ORF is not common to A. niger proteins.; hypothetical protein	join(1177911..1177990,1178230..1178546,1178673..1179001)	Aspergillus niger	84593208
An15g05010	CDS	An15g05010	NT_166530.1	1179972	1180674	R	hypothetical protein	complement(join(1179972..1180314,1180372..1180512,1180568..1180674))	Aspergillus niger	4988102
An15g05020	CDS	An15g05020	NT_166530.1	1181098	1182119	D	hypothetical protein	join(1181098..1181321,1181381..1182119)	Aspergillus niger	4988103
An15g05030	CDS	An15g05030	NT_166530.1	1183201	1184334	D	Function: EstA from S. chrysomallus specifically hydrolyzes short-chain p-nitrophenyl esters.; Remark: formation of EstA from S. chrysomallus starts at the end of growth phase, and its activity level remains constant throughout stationary phase.; Title: strong similarity to esterase A gene EstA -Streptomyces chrysomallus; See PMID 9829953; See PMID 1474897; uncharacterized protein	1183201..1184334	Aspergillus niger	4988104
An15g05050	CDS	An15g05050	NT_166530.1	1185530	1188493	D	Title: similarity to polypeptide SEQ ID NO:1833 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	join(1185530..1186526,1186589..1187124,1187289..1188213,1188246..1188493)	Aspergillus niger	4988106
An15g05060	CDS	An15g05060	NT_166530.1	1188787	1190451	R	Function: CFP from C. kikuchii is required for wild type cercosporin production, resistance and virulence on soybean.; Remark: cercosporin is a photoactivated perylenequinone toxin that belongs to a family of photosensitizers which absorb light energy and produce extremely cytotoxic, reactive oxygen species.; Similarity: to multidrug resistance transporter proteins of the major facilitator superfamily.; Title: strong similarity to protein involved in cercosporin production CFP - Cercospora kikuchii; See PMID 10517030; uncharacterized protein	complement(1188787..1190451)	Aspergillus niger	4988107
An15g05070	CDS	An15g05070	NT_166530.1	1191151	1193050	R	Function: cytochrome P450s are involved in the oxidative degradation of various compounds.; Phenotype: when Cyp3a-13 cDNA from M. musculus was expressed in CR119 cells which had been established as a cell line stably expressing NADPH-cytochrome P-450 reductase cDNA of guinea pigs, aflatoxin B1-dependent cytotoxicity was observed.; Title: similarity to cytochrome P-450 protein Cyp3a-13 - Mus musculus; See PMID 7803471; uncharacterized protein	complement(join(1191151..1191169,1191285..1191958,1192022..1193050))	Aspergillus niger	4988108
An15g05080	CDS	An15g05080	NT_166530.1	1193783	1196033	R	Title: weak similarity to hypothetical protein CAD21084.1 - Neurospora crassa; uncharacterized protein	complement(join(1193783..1194806,1194865..1195338,1195398..1195546,1195612..1195893,1195968..1196033))	Aspergillus niger	4988109
An15g05090	CDS	An15g05090	NT_166530.1	1197635	1205229	D	Function: G. fujikuroi FUM5 is a polyketide synthase required for fumonisin-toxin biosynthesis.; Remark: polyketides are synthesized by an evolutionarily related but architecturally diverse family of multifunctional enzymes called polyketide synthases.; Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis; See PMID 10413619; uncharacterized protein	join(1197635..1197686,1197742..1198588,1198654..1205174,1205225..1205229)	Aspergillus niger	4988110
An15g05100	CDS	An15g05100	NT_166530.1	1205312	1206778	R	Induction: expression of S. cerevisiae UPC2 is induced both in anaerobic and cold-shocked cells.; Phenotype: upc2 null mutant of S. cerevisiae does not show the calcium ion sensitivity and sterol uptake seen in upc2-1 mutants.; Phenotype: upc2-1 mutants of S. cerevisiae show a pleiotrophic phenotype including aerobic accumulation of sterols, total lipid storage, sensitivity to metabolic inhibitors, response to altered sterol structures, and cation requirements.; Remark: synonyms for Upc2 from S. cerevisiae are Mox4 and YDR213w.; Similarity: Upc2 from S. cerevisiae belongs to a fungal regulatory familiy containing the Zn(II)2Cys6 binuclear cluster DNA binding domain.; Title: similarity to transcription activator Upc2 -Saccharomyces cerevisiae; nucleus; See PMID 9696767; See PMID 10073572; See PMID 11292809; uncharacterized protein	complement(join(1205312..1206613,1206680..1206778))	Aspergillus niger	4988111
An15g05110	CDS	An15g05110	NT_166530.1	1207172	1208957	R	Function: gibberlin synthesis in G. fujikuroi involves at least four cytochrome P450 monooxygenase-catalyzed steps and at least three P450 monooxygenases are involved one of them beeing P450I.; Title: strong similarity to cytochrome P450 monooxygenase P450I - Gibberella fujikuroi; See PMID 9501474; See PMID 9917370; See PMID 10531641; uncharacterized protein	complement(join(1207172..1207593,1207661..1208246,1208279..1208391,1208461..1208563,1208634..1208957))	Aspergillus niger	4988112
An15g05120	CDS	An15g05120	NT_166530.1	1210730	1211741	R	Function: Ypc1 from S. cerevisiae also has reverse activity, catalyzing synthesis of phytoceramide from palmitic acid and phytosphingosine.; Function: Ypc1 from S. cerevisiae encodes a alkaline ceramidase with reverse (CoA-independent) activity.; Function: Ypc1 from S. cerevisiae encodes an alkaline ceramidase activity responsible for the breakdown of dihydroceramide and phytoceramide but not unsaturated ceramide.; Remark: Ceramide is a core intermediate of sphingolipids, an important modulator of many cellular events including apoptosis, cell cycle arrest, senescence,differentiation, and stress responses.; Remark: the synonym for Ypc1 from S. cerevisiae is YBR183W; Title: similarity to alkaline ceramidase Ypc1 -Saccharomyces cerevisiae; See PMID 10702247; See PMID 10900202; uncharacterized protein	complement(join(1210730..1210892,1210954..1211071,1211153..1211434,1211675..1211741))	Aspergillus niger	4988113
An15g05130	CDS	An15g05130	NT_166530.1	1212792	1214785	R	Catalytic activity: phenol sulfate + H(2)O <=> phenol + sulfate.; Function: ars-1 from N. crassa catalyzes the hydrolysis of Sulfate esters.; Remark: N. crassa ars-1 gene is expressed under conditions of sulfur limitation.; Title: strong similarity to arylsulfatase gene ars-1 - Neurospora crassa; See PMID 2528685; uncharacterized protein	complement(join(1212792..1213163,1213217..1213329,1213405..1214212,1214266..1214423,1214479..1214785))	Aspergillus niger	4988114
An15g05150	CDS	An15g05150	NT_166530.1	1217775	1219295	D	Similarity: the ORF encoded protein shows also weak similarity to other transporter proteins.; Title: similarity to immunogenic protein #19915 from patent WO200181581-A2 - Propionibacterium acnes; uncharacterized protein	1217775..1219295	Aspergillus niger	4988116
An15g05160	CDS	An15g05160	NT_166530.1	1219447	1221212	R	Title: weak similarity to ORF 711 from patent WO9957280-A2 - Neisseria meningitidis; uncharacterized protein	complement(join(1219447..1219525,1219668..1219829,1219920..1219986,1220068..1220224,1220356..1220383,1220477..1220882,1220999..1221065,1221153..1221212))	Aspergillus niger	84593209
An15g05170	CDS	An15g05170	NT_166530.1	1221641	1222597	D	Catalytic activity: O3-acetyl-L-serine + hydrogen sulfide = L-cysteine + acetate.; Cofactor: Pyridoxal-phosphate.; Remark: Some alkyl thiols, cyanide, pyrazole and some other heterocyclic compounds can act as acceptors.; Title: strong similarity to cysteine synthase cysK -Methanosarcina thermophila; cytoplasm; See PMID 10930739; uncharacterized protein	1221641..1222597	Aspergillus niger	4988118
An15g05180	CDS	An15g05180	NT_166530.1	1222818	1224655	R	hypothetical protein	complement(join(1222818..1224471,1224552..1224655))	Aspergillus niger	4988119
An15g05190	CDS	An15g05190	NT_166530.1	1226226	1226816	R	hypothetical protein	complement(join(1226226..1226365,1226482..1226502,1226540..1226636,1226781..1226816))	Aspergillus niger	84593210
An15g05200	CDS	An15g05200	NT_166530.1	1227311	1228116	R	Similarity: the ORF encoded protein shows also similarities to other methyltransferases.; Title: weak similarity to O-methyltransferase MdmC -Streptomyces mycarofaciens; uncharacterized protein	complement(join(1227311..1227522,1227594..1228116))	Aspergillus niger	4988121
An15g05210	CDS	An15g05210	NT_166530.1	1228651	1229186	R	hypothetical protein	complement(join(1228651..1228780,1228877..1229056,1229170..1229186))	Aspergillus niger	84593211
An15g05220	CDS	An15g05220	NT_166530.1	1229521	1230274	D	Catalytic activity: 5,6,7,8-tetrahydrofolate + NADP(+) <=> 7,8-dihydrofolate + NADPH.; Function: the dihydrofolate reductase from animals and some microorganisms also slowly reduces folate to 5,6,7, 8-tetrahydrofolate.; Remark: essential step for de novo glycine and purine synthesis.; Title: similarity to dihydrofolate reductase dfr1p -Schizosaccharomyces pombe; See PMID 8088538; uncharacterized protein	join(1229521..1229607,1229655..1229900,1229948..1230274)	Aspergillus niger	84593212
An15g05230	CDS	An15g05230	NT_166530.1	1231108	1232106	R	Title: weak similarity to hypothetical protein encoded by mll5172 - Mesorhizobium loti; uncharacterized protein	complement(1231108..1232106)	Aspergillus niger	4988124
An15g05240	CDS	An15g05240	NT_166530.1	1232942	1233551	D	Title: weak similarity to hypothetical protein B14D6.120 - Neurospora crassa; uncharacterized protein	join(1232942..1233142,1233228..1233335,1233417..1233551)	Aspergillus niger	84593213
An15g05250	CDS	An15g05250	NT_166530.1	1234062	1234931	D	Induction: human Hep27 is synthesized and accumulated in the nucleus of human hepatoblastoma (HepG2) cells, following growth arrest induced by butyrate treatment.; Remark: an alternative name for human Hep27 is protein D.; Similarity: human Hep27 is a putative member of the short-chain alcohol dehydrogenase enzymes (SCAD) family.; Title: similarity to nuclear protein Hep27 - Homo sapiens; nucleus; See PMID 7556196; uncharacterized protein	join(1234062..1234348,1234388..1234931)	Aspergillus niger	4988126
An15g05260	CDS	An15g05260	NT_166530.1	1235300	1238530	R	Remark: The deletion spectrum at het-6 thus resembles other cases where mitotic deletions occur such as of tumor suppressor genes and of the hprt gene (coding for hypoxanthine-guanine phosphoribosyl-transferase) in humans.; Similarity: to heterokaryon incompatibility proteins.; Title: similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; uncharacterized protein	complement(join(1235300..1237924,1237979..1238530))	Aspergillus niger	4988127
An15g05270	CDS	An15g05270	NT_166530.1	1239088	1241133	R	Catalytic activity: a carboxylic ester + H(2)O <=> an alcohol + a carboxylic anion.; Function: the carboxylesterase ES-4 from R. norvegicus also hydrolyses acetanilide and, distinctively,palmitoyl-CoA.; Function: the carboxylesterase ES-4 from R. norvegicus expressed in COS cells hydrolyses omicron-nitrophenyl acetate and alpha-naphthyl acetate.; Remark: changes in activity and expression of ES-4 from R. norvegicus correlate to thyroxine status in the rat suggesting a physiological regulatory role by this hormone.; Title: strong similarity to carboxylesterase precursor protein ES-4 - Rattus norvegicus; See PMID 10395963; See PMID 8611161; uncharacterized protein	complement(1239088..1241133)	Aspergillus niger	4988128
An15g05280	CDS	An15g05280	NT_166530.1	1241535	1243330	D	Catalytic activity: the F. oxysporum homolog PVA hydrolyses penicillin V (phenoxy-methylpenicillin) to 6-aminopenicillanic acid 6-APA).; Title: strong similarity to penicillin V amidohydrolase PVA from patent US5516679-A - Fusarium oxysporum; uncharacterized protein	join(1241535..1241839,1241894..1241936,1241994..1242958,1243006..1243330)	Aspergillus niger	4988129
An15g05290	CDS	An15g05290	NT_166530.1	1244072	1248874	R	Function: S. cerevisiae Ybt1p transports bile acids in vitro.; Remark: alternative gene names for the S. cerevisiae homolog YLL048c are YBT1 and BAT1.; Similarity: belongs to the superfamily of ATP binding cassette (ABC) transporter.; Title: strong similarity to bile acid transporter Ybt1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1244072..1244790,1244842..1247623,1247679..1248482,1248551..1248874))	Aspergillus niger	4988130
An15g05300	CDS	An15g05300	NT_166530.1	1249975	1250686	R	hypothetical protein	complement(join(1249975..1250001,1250088..1250122,1250153..1250162,1250193..1250403,1250451..1250609,1250670..1250686))	Aspergillus niger	84593214
An15g05310	CDS	An15g05310	NT_166530.1	1250923	1252674	D	Function: the S. cerevisiae homolog Upc2p encodes a binucleate zinc cluster protein controlling expression of an anaerobic sterol transport system that is responsible for uptake and intracellular esterification of intracellular cholesterol.; Remark: alternative gene names for UPC2 are MOX4 and YDR213w.; Repression: S. cerevisiae Upc2p is heme-inhibited.; Title: strong similarity to RNA polymerase II transcription factor Upc2 - Saccharomyces cerevisiae; uncharacterized protein	1250923..1252674	Aspergillus niger	4988132
An15g05320	CDS	An15g05320	NT_166530.1	1253342	1254091	D	Title: similarity to hypothetical protein DR0703 -Deinococcus radiodurans; uncharacterized protein	join(1253342..1253698,1253787..1253852,1253927..1254091)	Aspergillus niger	4988133
An15g05330	CDS	An15g05330	NT_166530.1	1254371	1255638	D	hypothetical protein	join(1254371..1254605,1254653..1254705,1254845..1255018,1255149..1255321,1255352..1255435,1255518..1255638)	Aspergillus niger	84593215
An15g05340	CDS	An15g05340	NT_166530.1	1255866	1256824	D	hypothetical protein	join(1255866..1255919,1256136..1256589,1256694..1256824)	Aspergillus niger	84593216
An15g05350	CDS	An15g05350	NT_166530.1	1257322	1259027	D	Function: S. cerevisiae Crh1p is a putative glycosidases involved in cell wall biogenesis.; Induction: transcription of Crh1p is cell cycle dependent.; Similarity: the S. cerevisiae homolog Crh1p shows similarity with various bacterial beta-glucanases and eukaryotic endotransglycosidases.; Title: strong similarity to cell wall protein Crh1 -Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	join(1257322..1258121,1258193..1258487,1258738..1258775,1258829..1259027)	Aspergillus niger	4988136
An15g05360	CDS	An15g05360	NT_166530.1	1259346	1260604	D	Title: similarity to actVA-ORF4-like protein from patent WO9911793-A1 - Homo sapiens; uncharacterized protein	join(1259346..1259388,1259450..1259661,1259732..1259882,1259957..1260289,1260345..1260604)	Aspergillus niger	4988137
An15g05370	CDS	pgaII	NT_166530.1	1261383	1262523	R	Catalytic activity: catalyzes the random hydrolysis of 1,4-alpha-D-galactosiduronic linkages in pectate and other galacturonans.; Function: pgaII encodes the A. niger polygalacturonase (pectinase).; Gene-ID: pgaII;pgx2; polygalacturonase pgaII-Aspergillus niger	complement(join(1261383..1261841,1261894..1262523))	Aspergillus niger	4988138
An15g05380	CDS	An15g05380	NT_166530.1	1263017	1263773	D	Remark: this hypothetical orf is most likely the prepro-region of the following gene identical to A. niger PGII.; hypothetical protein	join(1263017..1263159,1263284..1263427,1263503..1263619,1263668..1263773)	Aspergillus niger	84593217
An15g05390	CDS	An15g05390	NT_166530.1	1264066	1265228	R	hypothetical protein	complement(join(1264066..1264220,1264340..1264402,1264660..1264712,1264810..1265025,1265101..1265228))	Aspergillus niger	84593218
An15g05400	CDS	An15g05400	NT_166530.1	1265903	1266586	D	hypothetical protein	1265903..1266586	Aspergillus niger	4988141
An15g05410	CDS	An15g05410	NT_166530.1	1267168	1267611	D	Function: belongs to a family of low-molecular-weight HSPs related to stress response and protein folding.; Title: strong similarity to heat-shock protein hsp30 - Aspergillus nidulans; uncharacterized protein	1267168..1267611	Aspergillus niger	4988142
An15g05430	CDS	An15g05430	NT_166530.1	1268396	1269758	R	hypothetical protein	complement(join(1268396..1268496,1268532..1268671,1268775..1268870,1268956..1269035,1269126..1269252,1269310..1269373,1269452..1269758))	Aspergillus niger	84593219
An15g05440	CDS	An15g05440	NT_166530.1	1269909	1271503	D	Phenotype: Disruption strains showed much-reduced uptake of glucose at low concentrations and growth was particularly affected in low-glucose medium.; Similarity: the ORF encoded protein also shows similarity to other hexose transporters.; Title: strong similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; putative frameshift; See PMID 8830679; uncharacterized protein	join(1269909..1270113,1270170..1271503)	Aspergillus niger	4988145
An15g05450	CDS	An15g05450	NT_166530.1	1272241	1273041	R	Catalytic activity: R-CHOH-R' + NADP(+) <=> R-CO-R' + NADPH.; Remark: the carbonyl reductase from Candida magnoliae is also described in patent WO9835025-A1.; Similarity: the ORF encoded protein shows also strong similarity to the functionally less characterized dehydrogenases Sou2 and Sou1 from C. albicans. C. albicans Sou(-) mutants are unable to utilize L-sorbose.; Title: strong similarity to NADPH-dependent carbonyl reductase S1 - Candida magnoliae; See PMID 10945260; uncharacterized protein	complement(1272241..1273041)	Aspergillus niger	4988146
An15g05460	CDS	An15g05460	NT_166530.1	1273471	1275325	D	Remark: S. cerevisiae cells expressing Tpo1 become resistant to polyamine toxicity,the resistance was overcome by bafilomycin A1, an inhibitor of vacuolar H+-ATPase.; Remark: alternate name for S. cerevisiae Tpo1: YLL028w.; Similarity: the ORF encoded protein shows also similarity to a protein involved in cephalosporin C biosynthesis of patent JP09009966-A.; Title: strong similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; vacuole; See PMID 9920864; uncharacterized protein	join(1273471..1273559,1273620..1273736,1273784..1273837,1273885..1275325)	Aspergillus niger	4988147
An15g05470	CDS	An15g05470	NT_166530.1	1275413	1276491	R	Title: similarity to hypothetical protein BH0305 -Bacillus halodurans; uncharacterized protein	complement(join(1275413..1275932,1275999..1276093,1276156..1276491))	Aspergillus niger	4988148
An15g05480	CDS	An15g05480	NT_166530.1	1278425	1278815	D	hypothetical protein	join(1278425..1278744,1278791..1278815)	Aspergillus niger	84593220
An15g05490	CDS	An15g05490	NT_166530.1	1279559	1281856	R	Title: strong similarity to hypothetical protein encoded by An02g01140 - Aspergillus niger; uncharacterized protein	complement(join(1279559..1279922,1279974..1280212,1280262..1280723,1280783..1281099,1281149..1281603,1281660..1281856))	Aspergillus niger	4988150
An15g05500	CDS	An15g05500	NT_166530.1	1283402	1286061	R	Induction: CFL1 transcription in C. albicans is regulated in response to levels of iron and copper.; Title: similarity to ferric reductase cfl1 - Candida albicans; See PMID 10784045; uncharacterized protein	complement(join(1283402..1284120,1284153..1284504,1284590..1284711,1284782..1285131,1285185..1285561,1285612..1286061))	Aspergillus niger	4988151
An15g05510	CDS	An15g05510	NT_166530.1	1287398	1288531	R	Induction: CaFTR2 expression was repressed under iron-limited conditions and induced when iron supply was sufficient.; Similarity: CaFTR2 from C. albicans is a high-affinity iron permease; Title: strong similarity to high-affinity iron permease CaFTR2 - Candida albicans; plasma membrane; See PMID 10807578; uncharacterized protein	complement(1287398..1288531)	Aspergillus niger	4988152
An15g05520	CDS	An15g05520	NT_166530.1	1288878	1290743	D	Cofactor: copper.; Function: fet3 from C. albicans is an essential component of copper-dependent iron transport.; Function: fet3 from C. albicans is an iron transport multicopper ferroxidase required for ferrous iron high affinity uptake.; Phenotype: the fet3 deletion mutant of C. albicans was unable to grow in low-iron medium.; Similarity: fet3 from C. albicans belongs to the multicopper oxidase family (TC 9. A. 10).; Title: strong similarity to iron transport multicopper oxidase Fet3 - Candida albicans; plasma membrane; See PMID 10517594; uncharacterized protein	1288878..1290743	Aspergillus niger	4988153
An15g05530	CDS	An15g05530	NT_166530.1	1291404	1293345	R	Function: FLU1 in C. albicans is a multidrug efflux transporter gene of the major facilitator superfamily.; Phenotype: expression of FLU1 in C. albicans mediated not only resistance to fluconazole but also to cycloheximide.; Phenotype: the disruption of FLU1 in C. albicans had only a slight effect on fluconazole susceptibility but resulted in hypersusceptibility to mycophenolic acid.; Phenotype: the disruption of FLU1 in a background of C. albicans mutants with deletions in several multidrug efflux transporter genes, including CDR1, CDR2 and CaMDR1,resulted in enhanced susceptibility to several azole derivatives.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	complement(join(1291404..1291477,1291580..1291691,1291763..1291876,1291941..1293053,1293151..1293345))	Aspergillus niger	4988154
An15g05540	CDS	An15g05540	NT_166530.1	1293709	1295533	R	Function: the gene product of the mtr locus of N. crassa is required for the transport of neutral aliphatic and aromatic amino acids via the N system.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; plasma membrane; See PMID 1838345; uncharacterized protein	complement(join(1293709..1293792,1293849..1293964,1294014..1294041,1294090..1294287,1294339..1294553,1294603..1294746,1294797..1295128,1295191..1295298,1295388..1295533))	Aspergillus niger	4988155
An15g05550	CDS	An15g05550	NT_166530.1	1296313	1297716	R	Title: weak similarity to neuronal apoptosis inhibitory protein Naip1 - Mus musculus; uncharacterized protein	complement(1296313..1297716)	Aspergillus niger	4988156
An15g05560	CDS	An15g05560	NT_166530.1	1297981	1298334	D	Similarity: the ORF encoded protein shows also weak similarities to other proteins, which are based on repetetive structures.; Title: similarity to EST Nig004 - Aspergillus niger; uncharacterized protein	1297981..1298334	Aspergillus niger	84593221
An15g05570	CDS	An15g05570	NT_166530.1	1299243	1299507	D	Title: questionable ORF; uncharacterized protein	join(1299243..1299256,1299393..1299507)	Aspergillus niger	84593222
An15g05580	CDS	An15g05580	NT_166530.1	1300405	1301280	R	Function: the fused gene Lux::npt-II with comprises a gene conferring conditional growth advantage and a marker gene, used as a probe to select and isolate genetic elements.; Remark: the matched sequence is that of a fusion protein encoded by the firefly (P. pyralis) luciferase:neomycin phosphotransferase-II chimeric gene.; Title: similarity to Lux/npt-II fusion protein from patent WO9217593-A - synthetic; uncharacterized protein	complement(1300405..1301280)	Aspergillus niger	4988159
An15g05590	CDS	An15g05590	NT_166530.1	1302857	1303439	R	Title: weak similarity to protein fragment SEQ ID NO:13253 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1302857..1302898,1303009..1303189,1303258..1303439))	Aspergillus niger	84593223
An15g05600	CDS	An15g05600	NT_166530.1	1303680	1303886	R	Title: weak similarity to indole-3-glycerol phosphate synthase - Staphylococcus aureus; uncharacterized protein	complement(1303680..1303886)	Aspergillus niger	84593224
An15g05610	CDS	An15g05610	NT_166530.1	1304179	1305540	R	Remark: the ORF is truncated and contains no start codon, due to the end of the contig.; Title: weak similarity to polypeptide SEQ ID NO:1833 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	complement(join(1304179..1304501,1304556..>1305540))	Aspergillus niger	4988162
An15g05620	CDS	An15g05620	NT_166530.1	1306154	1307084	D	hypothetical protein	join(1306154..1306322,1306375..1307084)	Aspergillus niger	84593225
An15g05630	CDS	An15g05630	NT_166530.1	1308031	1313308	R	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Similarity: contains 12 WD40-like repeats.; Similarity: the A. niger protein, like het-e1 of P. anserina, contains both a GTP-binding domain and a WD40-repeat domain reminiscent of G-protein alpha and beta subunits, respectively.; Title: similarity to vegetative heterokaryon incompatibility factor het-e1 - Podospora anserina; See PMID 7557402; See PMID 9435787; See PMID 10875280; See PMID 10974123; uncharacterized protein	complement(join(1308031..1310478,1310554..1312260,1312340..1313308))	Aspergillus niger	4988164
An15g05640	CDS	An15g05640	NT_166530.1	1313536	1314301	R	hypothetical protein	complement(join(1313536..1313710,1313823..1314301))	Aspergillus niger	84593226
An15g05650	CDS	An15g05650	NT_166530.1	1315741	1317253	D	Function: SRPK2 of H. sapiens specifically phosphorylates the SR family of splicing factors involved in spliceosome assembly and alternative splicing regulation.; Title: strong similarity to SR-protein-specific serine kinase SRPK2 - Homo sapiens; See PMID 9472028; uncharacterized protein	join(1315741..1316018,1316080..1316408,1316469..1316770,1316858..1317020,1317075..1317253)	Aspergillus niger	4988166
An15g05660	CDS	An15g05660	NT_166530.1	1317533	1317944	R	Title: questionable ORF; uncharacterized protein	complement(join(1317533..1317674,1317742..1317770,1317828..1317944))	Aspergillus niger	4988167
An15g05670	CDS	An15g05670	NT_166530.1	1320622	1322505	D	Catalytic activity: N,N-Dimethylaniline + NADPH + O2 = N,N-dimethylaniline N-oxide + NADP(+) + H2O.; Title: strong similarity to flavin-containing monooxygenase 1C1 - Oryctolagus cuniculus; See PMID 8486656; uncharacterized protein	1320622..1322505	Aspergillus niger	4988168
An15g05680	CDS	An15g05680	NT_166530.1	1323524	1324122	R	Complex: the Sm proteins B', B, D1, D2, D3, E, F and G constitute the core of the spliceosomal ribonucleoprotein particles U1, U2, U4/U6 and U5.; Function: the Sm proteins are necessary for spliceosome assembly.; Function: the Sm proteins interact with the Sm site present in four of the major spliceosomal small nuclear RNAs.; Title: strong similarity to Sm-type small nuclear ribonucleoprotein F - Homo sapiens; nucleus; See PMID 7744013; uncharacterized protein	complement(join(1323524..1323590,1323732..1323887,1323985..1324022,1324117..1324122))	Aspergillus niger	4988169
An15g05690	CDS	An15g05690	NT_166530.1	1324696	1325603	R	Similarity: also shows strong similarity to the Aspergillus oryzae EST SEQ ID NO:4834 of the DNA patent WO200056762-A2 (PATENTDNA:AAF12311).; Title: strong similarity to hypothetical conserved protein SPBC2D10.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1324696..1324839,1324956..1325078,1325170..1325235,1325300..1325414,1325569..1325603))	Aspergillus niger	4988170
An15g05700	CDS	An15g05700	NT_166530.1	1327302	1329275	D	Title: similarity to hypothetical protein CAB91732.2 - Neurospora crassa; uncharacterized protein	join(1327302..1327360,1327420..1327993,1328049..1328653,1328858..1328918,1328991..1329275)	Aspergillus niger	4988171
An15g05710	CDS	An15g05710	NT_166530.1	1330230	1333357	D	Catalytic activity: phosphatidic acid (derivative) + H2O = 2-acylphosphoglyceride (derivative) + fatty acid.; Title: strong similarity to hypothetical phosphatidic acid-preferring phospholipase A1 B14D6.220 -Neurospora crassa; uncharacterized protein	join(1330230..1331249,1331310..1332630,1332688..1332825,1332882..1333357)	Aspergillus niger	4988172
An15g05720	CDS	An15g05720	NT_166530.1	1333743	1336190	R	Function: gephyrin of R. norvegicus binds with high affinity to molybdopterin, the metabolic precursor of the molybdenum cofactor.; Function: gephyrin of R. norvegicus catalyzes the final step in the biosynthesis of the molybdenum cofactor,the insertion of molybdenum into molybdopterin.; Function: gephyrin of R. norvegicus forms a submembraneous scaffold for anchoring inhibitory neurotransmitter receptors in the postsynaptic membrane to subsynaptic microtubules.; Function: gephyrin of R. norvegicus is able to reconstitute molybdenum cofactor (MoCo) biosynthesis in Moco-deficient bacteria, a molybdenum-dependent mouse cell line, and a Moco-deficient plant mutant.; Function: the molybdenum cofactor biosynthesis enzyme Cnx1 of A. thaliana binds to the cytoskeleton in the same way that its mammalian homolog gephyrin does in neuronal cells.; Similarity: also shows strong similarity to the molybdenum cofactor biosynthesis enzyme Cnx1 of Arabidopsis thaliana.; Title: strong similarity to postsynaptic receptor clustering and molybdenum cofactor biosynthesis protein gephyrin - Rattus norvegicus; See PMID 9990024; See PMID 11325967; uncharacterized protein	complement(join(1333743..1335208,1335314..1335538,1335593..1335630,1335692..1335732,1335786..1336190))	Aspergillus niger	4988173
An15g05730	CDS	An15g05730	NT_166530.1	1336520	1337366	R	Complex: Vma16p of S. cerevisiae forms part of the membrane-embedded multi-subunit V0-complex of vacuolar H(+)-transporting ATPase.; Function: Vma16p of S. cerevisiae is involved in the assembly of the V0V1-complex of vacuolar H(+)-transporting ATPase.; Function: Vma16p of S. cerevisiae is required for H(+)-transport activity of the vacuolar H(+)-transporting ATPase.; Function: vacuolar H(+)-transporting ATPase is required for the acidification of the vacuolar lumen.; Localization: Vma16p of S. cerevisiae is incorporated into the vacuolar membrane.; Remark: an alternative name for VMA16 of S. cerevisiae is PPA1.; Title: strong similarity to vacuolar H(+)-transporting ATPase V0-complex proteolipid subunit c Vma16 - Saccharomyces cerevisiae; vacuole; See PMID 9030535; uncharacterized protein	complement(join(1336520..1336628,1336682..1336990,1337053..1337144,1337203..1337237,1337309..1337366))	Aspergillus niger	4988174
An15g05740	CDS	An15g05740	NT_166530.1	1337888	1338839	D	Function: Rab6 of H. sapiens is probably involved in vesicle traffic targeting.; Similarity: belongs to the ras superfamily.; Title: strong similarity to GTP-binding protein Rab6 - Homo sapiens; See PMID 2501306; uncharacterized protein	join(1337888..1337940,1338002..1338027,1338096..1338184,1338314..1338716,1338781..1338839)	Aspergillus niger	4988175
An15g05750	CDS	An15g05750	NT_166530.1	1339812	1341280	D	Title: similarity to hypothetical protein SPAC26H5.13c - Schizosaccharomyces pombe; uncharacterized protein	join(1339812..1339841,1339871..1340165,1340214..1341280)	Aspergillus niger	4988176
An15g05760	CDS	An15g05760	NT_166530.1	1342240	1342974	R	hypothetical protein	complement(join(1342240..1342317,1342528..1342764,1342912..1342974))	Aspergillus niger	84593227
An15g05770	CDS	An15g05770	NT_166530.1	1343031	1347843	D	Function: four conserved cystein residues in the sulphite reductase domain are required for binding of a 4Fe4S cluster and a siroheme as cofactors.; Function: the protein is likely to incorporate a flavodoxin oxidoreductase (electron donor undetermined), a flavodoxin electron transfer domain and a sulfite reductase catalytic domain.; Similarity: the C-terminus is highly similar to a variety of sulphite reductases.; Similarity: the N-terminus is similar to pyruvate:ferrodoxin/flavodoxin oxidoreductases.; Similarity: the middle domain is homologous to FMN-containing flavodoxins.; Title: strong similarity to hypothetical sulphite reductase SPAC4C5.05c - Schizosaccharomyces pombe; uncharacterized protein	join(1343031..1343061,1343171..1343310,1343372..1343920,1344086..1347754,1347814..1347843)	Aspergillus niger	4988178
An15g05780	CDS	An15g05780	NT_166530.1	1348365	1349477	D	Complex: RPC37 of S. cerevisiae is the RNA Polymerase C (III) 37 kDa subunit and interacts with the C53 subunit.; Function: RNA polymerase III is necessary for the transcription of tRNAs, the 5S rRNA and other small stable RNAs.; Remark: RPC37 of S. cerevisiae is also called YKR025w.; Similarity: the C-terminal region of the predicted protein shows no similarity.; Title: strong similarity to 37 kD subunit of DNA-directed RNA polymerase III Rpc37 - Saccharomyces cerevisiae; nucleus; See PMID 9159472; See PMID 10375630; See PMID 10393904; uncharacterized protein	join(1348365..1348614,1348714..1348827,1348909..1349180,1349253..1349477)	Aspergillus niger	4988180
An15g05790	CDS	An15g05790	NT_166530.1	1350265	1354426	D	Regulation: RPO1 of S. cerevisiae is subject to catabolite repression.; Remark: mitochondrial RNA polymerases have also been assigned the role of a primase in the replication of mtDNA.; Similarity: RPO41 of S. cerevisiae and the predicted protein show similarity to bacteriophage-coded RNA polymerases.; Title: strong similarity to mitochondrial DNA-directed RNA polymerase Rpo41 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 3308116; See PMID 3517858; See PMID 2152961; See PMID 2677667; See PMID 3045116; uncharacterized protein	join(1350265..1351083,1351142..1354426)	Aspergillus niger	84593228
An15g05800	CDS	An15g05800	NT_166530.1	1355057	1355904	R	Remark: the ORF is classified as questionable because it has no similarity and is located, on the opposite strand, in region corresponding to the 5'-UTR of the following A. niger xylR transcript.; Title: questionable ORF; uncharacterized protein	complement(join(1355057..1355241,1355364..1355492,1355588..1355736,1355825..1355904))	Aspergillus niger	84593229
An15g05810	CDS	xlnR	NT_166530.1	1356148	1358893	D	Function: the transcriptional activator XlnR regulates both xylanolytic and endoglucanase gene expression in A. niger, constituting a key factor allowing A. niger to harmonize its sugar metabolism and extracellular xylan degradation through regulation of gene expression.; Gene-ID: xlnR;xylR; Mapping: xlnR from A. niger is mapped to chromosome III (LG III); see list from DSM, EMBL AJ001909.; nucleus; See PMID 9466262; See PMID 9758775; See PMID 10376490; See PMID 10508057; See PMID 10760176; xylanolytic transcriptional activator xlnR-Aspergillus niger	join(1356148..1356373,1356438..1358695,1358750..1358893)	Aspergillus niger	4988182
An15g05820	CDS	An15g05820	NT_166530.1	1359342	1360514	D	Similarity: many of the hypothetical proteins showing similarity to the predicted ORF are annotated as pyruvate formate-lyase activating enzyme; the predicted protein shows only a stretch of 31 residues with 41% identity to the first enzymatically characterized pyruvate formate-lyase activating enzyme (of E. coli), then nothing can be concluded about its enzymatic activity or function.; Title: strong similarity to hypothetical conserved protein aq_729 - Aquifex aeolicus; uncharacterized protein	join(1359342..1359746,1359813..1360340,1360389..1360514)	Aspergillus niger	4988183
An15g05830	CDS	An15g05830	NT_166530.1	1362374	1363999	D	hypothetical protein	join(1362374..1362633,1363013..1363310,1363643..1363999)	Aspergillus niger	84593230
An15g05840	CDS	An15g05840	NT_166530.1	1365421	1368476	R	Similarity: the first three exons of the predicted protein correspond to A. niger EST SEQ ID NO:4205 of patent WO200056762-A2.; Title: similarity to hypothetical protein CAC28841.2 - Neurospora crassa; uncharacterized protein	complement(join(1365421..1365547,1365720..1367339,1367515..1367708,1367760..1368273,1368341..1368369,1368426..1368476))	Aspergillus niger	4988185
An15g05850	CDS	An15g05850	NT_166530.1	1369146	1370442	D	Similarity: the C-terminal region of the predicted protein shows no similarity.; Title: similarity to hypothetical protein AAH08596.1 - Homo sapiens; uncharacterized protein	join(1369146..1369331,1369394..1369611,1369673..1370045,1370080..1370442)	Aspergillus niger	4988186
An15g05860	CDS	An15g05860	NT_166530.1	1370714	1371922	R	Similarity: the similarity to F12F6. 5 of C. elegans is due to a very short stretch of quite well conserved amino acids.; Title: weak similarity to hypothetical protein F12F6.5 - Caenorhabditis elegans; uncharacterized protein	complement(1370714..1371922)	Aspergillus niger	84593231
An15g05870	CDS	An15g05870	NT_166530.1	1372540	1373158	R	Title: weak similarity to hypothetical protein AAH07476.1 - Mus musculus; uncharacterized protein	complement(join(1372540..1372636,1372776..1373158))	Aspergillus niger	84593232
An15g05880	CDS	An15g05880	NT_166530.1	1373457	1376346	D	Title: strong similarity to hypothetical protein SPBC1604.01 - Schizosaccharomyces pombe; uncharacterized protein	join(1373457..1373752,1373823..1374502,1374612..1374827,1374892..1375764,1375912..1376103,1376151..1376232,1376280..1376346)	Aspergillus niger	4988189
An15g05890	CDS	An15g05890	NT_166530.1	1376658	1378131	D	Catalytic activity: aldehyde dehydrogenase catalyzes the NAD-dependent conversion of an aldehyde to the corresponding carboxylate.; Similarity: the predicted protein shows similarity to several aldehyde dehydrogenases from different species,and to different isoforms of the enzyme within single organisms; such enzymes show often a variety of different substrate specificities, of subcellular localization and tissue distribution.; Title: strong similarity to aldehyde dehydrogenase AHD-M1 - Mus musculus; See PMID 8058062; uncharacterized protein	join(1376658..1377959,1378018..1378131)	Aspergillus niger	4988190
An15g05900	CDS	An15g05900	NT_166530.1	1379245	1381332	R	Title: questionable ORF; uncharacterized protein	complement(join(1379245..1379300,1379392..1379456,1379566..1379612,1379808..1379937,1380038..1380061,1380108..1380131,1380383..1380428,1380842..1380867,1381028..1381332))	Aspergillus niger	84593233
An15g05910	CDS	An15g05910	NT_166530.1	1381788	1383092	R	hypothetical protein	complement(join(1381788..1382688,1382754..1382799,1382879..1383092))	Aspergillus niger	4988192
An15g05920	CDS	An15g05920	NT_166530.1	1383771	1384251	R	Function: TOA2 from S. cerevisiae is necessary for the basal transcription machinery of RNA polymerase II; by binding to TATA binding protein (TBP) transcription is initiated from the Pol II promoter.; Phenotype: the S. cerevisiae TOA2 null mutant is inviable.; Remark: the systematic name of TOA2 from S. cerevisiae is YKL058W.; Similarity: the ORF overlaps with A. niger EST (PATENTDNA:AAF11372) SEQ ID NO:3895.; Title: strong similarity to small subunit of transcription factor TFIIA Toa2 - Saccharomyces cerevisiae; nucleus; See PMID 10692576; uncharacterized protein	complement(join(1383771..1383917,1384008..1384155,1384211..1384251))	Aspergillus niger	4988193
An15g05930	CDS	An15g05930	NT_166530.1	1384454	1385307	D	Remark: A. niger EST an_3119 has the database entry number EMBLEST:BE758865.; Similarity: additionally, the ORF overlaps with a short part of A. niger EST (EMBLEST:BE759083) an_3391.; Title: strong similarity to EST an_3119 -Aspergillus niger; uncharacterized protein	join(1384454..1384571,1384637..1384836,1384891..1384911,1384971..1385022,1385075..1385307)	Aspergillus niger	4988194
An15g05940	CDS	An15g05940	NT_166530.1	1385434	1387395	R	Function: in addition to their catalytic role,hexokinases are thought to be involved in triggering carbon catabolite repression.; Phenotype: mutations in the A. nidulans xprF (and xprG) genes have been shown to result in elevated levels of extracellular protease in response to carbon limitation.; Remark: a splice site was detected upstream of the START codon.; Remark: no loss of glucose or fructose phosphorylating activity was detected in A. nidulans xprF1 or xprF2 mutants, which could mean, that (1) the xprF gene may encode a minor hexokinase or (2) the xprF gene may encode a protein with no hexose phosphorylating activity.; Similarity: the ORF overlaps with A. niger EST (EMBLEST:BE759083) an_3391.; Title: strong similarity to hexokinase-like protein xprF - Aspergillus nidulans; See PMID 11102357; uncharacterized protein	complement(join(1385434..1386676,1386764..1387395))	Aspergillus niger	4988195
An15g05950	CDS	An15g05950	NT_166530.1	1387698	1390679	D	Title: questionable ORF; uncharacterized protein	join(1387698..1387739,1387784..1387823,1387925..1388124,1388352..1388479,1388562..1388691,1389290..1389462,1389669..1389753,1389936..1390208,1390286..1390374,1390472..1390679)	Aspergillus niger	84593234
An15g05960	CDS	An15g05960	NT_166530.1	1391351	1392386	D	Similarity: the predicted protein shows also weak similarity to a D. melanogaster hypothetical protein with unknown function.; Title: weak similarity to hypothetical protein AAF54945.1 - Drosophila melanogaster; uncharacterized protein	join(1391351..1391805,1391864..1392386)	Aspergillus niger	4988197
An15g05970	CDS	An15g05970	NT_166530.1	1392985	1393947	D	hypothetical protein	1392985..1393947	Aspergillus niger	4988198
An15g05980	CDS	An15g05980	NT_166530.1	1394415	1396565	D	Function: the S. cerevisiae TNA1 transporter is involved in the uptake of nicotinic acid.; Remark: TNA1 of S. cerevisiae is also called YGR260w.; Similarity: the C-terminal part of the predicted protein shows only weak similarity to TNA1.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10649454; See PMID 10869563; See PMID 10984621; uncharacterized protein	join(1394415..1394775,1394866..1395536,1395724..1396125,1396377..1396387,1396499..1396565)	Aspergillus niger	4988199
An15g05990	CDS	An15g05990	NT_166530.1	1396972	1398006	R	Catalytic activity: D-arabinitol + NAD+ = D-ribulose + NADH.; Catalytic activity: xylitol, D-glucitol and galactitol can also acts as substrates for ARDH of P. stipitis.; Complex: ARDH of P. stipitis is a homotetramer.; Similarity: ARDH of P. stipitis belongs to the short-chain dehydrogenase family; the predicted protein shows similarity also to other members of this family, thus another substrate specificity cannot be excluded.; Title: strong similarity to D-arabinitol 2-dehydrogenase ARDH - Pichia stipitis; See PMID 7483848; uncharacterized protein	complement(join(1396972..1397651,1397724..1398006))	Aspergillus niger	4988200
An15g06000	CDS	An15g06000	NT_166530.1	1398121	1399218	D	hypothetical protein	join(1398121..1398387,1398607..1398729,1398819..1398919,1399026..1399218)	Aspergillus niger	84593235
An15g06010	CDS	An15g06010	NT_166530.1	1400495	1402888	R	Function: human 76p is involved in microtubule nucleation.; Localization: human 76p is located at the centrosome; the similarity is too weak to draw conclusions about the localization of the predicted protein.; Similarity: the similarity to human 76p is limited to the N-terminal part of the predicted protein and shows significant gaps.; Title: similarity to gamma tubulin ring complex protein 76p - Homo sapiens; See PMID 10562286; uncharacterized protein	complement(1400495..1402888)	Aspergillus niger	4988202
An15g06020	CDS	An15g06020	NT_166530.1	1403812	1407150	D	Catalytic activity: ATP + ubiquitin + protein lysine = AMP + pyrophosphate + protein N-ubiquityllysine.; Function: UBA1 of S. cerevisiae activates ubiquitin by first adenylating with ATP its carboxy-terminal glycine residue and thereafter linking this residue to the side chain of a cysteine residue in E1, yielding an ubiquitin-E1 thiolester and free AMP; thereafter the ubiquitin is transferred to any of a number of ubiquitin-conjugating E2 enzymes.; Pathway: first step in ubiquitin conjugation.; Title: strong similarity to ubiquitin activating protein Uba1 - Saccharomyces cerevisiae; See PMID 7629121; See PMID 8982460; See PMID 1989885; uncharacterized protein	join(1403812..1403817,1403877..1403965,1404034..1404119,1404171..1406955,1407012..1407150)	Aspergillus niger	4988203
An15g06030	CDS	An15g06030	NT_166530.1	1407713	1408981	D	Function: ECM4 of S. cerevisiae is involved in cell wall biogenesis and architecture.; Remark: ECM4 of S. cerevisiae is also called YKR076w.; Title: strong similarity to hypothetical protein Ecm4 - Saccharomyces cerevisiae; See PMID 9159472; See PMID 9335584; uncharacterized protein	join(1407713..1407718,1407791..1407959,1408026..1408112,1408171..1408346,1408409..1408981)	Aspergillus niger	4988204
An15g06040	CDS	An15g06040	NT_166530.1	1409675	1411879	R	Localization: the rabbit Ca-dependent carrier is mainly located in the peroxisomal membrane, although a minor fraction is found in the mitochondria; the Ca2+ binding N-terminal half of the transporter faces the cytosol.; Similarity: the C-terminal part of these proteins has strong similarity to mitochondrial carrier proteins,that have a variety of substrate specificities and that are involved in energy transfer in the inner mitochondrial membrane.; Similarity: the predicted protein shows strong similarity to the rabbit Ca2+-dependent carrier and to other similar mammalian proteins like human Aralar.; Similarity: these proteins are characterized by the presence, in the N-terminal, of EF-hands that bind calcium and cause conformational changes.; Title: strong similarity to Ca-dependent solute carrier - Oryctolagus cuniculus; See PMID 9238007; See PMID 9722566; uncharacterized protein	complement(join(1409675..1410194,1410257..1410289,1410343..1410446,1410504..1410565,1410615..1411234,1411300..1411507,1411600..1411680,1411750..1411879))	Aspergillus niger	4988205
An15g06050	CDS	An15g06050	NT_166530.1	1412558	1413577	D	Complex: UME3 of S. cerevisiae is a component of RNA polymerase II holoenzyme, involved in RNA pol II carboxy-terminal domain phosphorylation.; Function: activity of the kinase (SSN3)/cyclin (SSN8) pair is required, along with SSN6 & TUP1, for transcriptional repression of specific genes.; Remark: UME3 of S. cerevisiae is also known as GIG3,NUT9, SRB11, SSN8 or YNL025C.; Similarity: UME3 of S. cerevisiae and the predicted ORF show strong similarity to human cyclin C and to H. sapiens cyclin H/S. cerevisiae ccl1, which are decribed to be a companion of cdk7, the cyclin-dependent kinase involved in the phosphorylation of the largest subunit of the RNA polymerase II; both are part of a subcomplex of TFIIH, the transcription initation factor TFIIK.; Title: strong similarity to cyclin homolog Ume3 -Saccharomyces cerevisiae; nucleus; See PMID 7732022; See PMID 8524287; See PMID 9303311; See PMID 9488431; See PMID 9520600; uncharacterized protein	join(1412558..1412717,1412753..1412986,1413042..1413577)	Aspergillus niger	4988206
An15g06060	CDS	An15g06060	NT_166530.1	1414457	1416402	D	hypothetical protein	join(1414457..1414541,1414874..1415089,1415140..1415377,1415426..1415536,1415620..1415689,1415773..1415946,1416169..1416294,1416337..1416402)	Aspergillus niger	84593236
An15g06070	CDS	An15g06070	NT_166530.1	1417005	1417255	R	Title: questionable ORF; uncharacterized protein	complement(join(1417005..1417053,1417101..1417255))	Aspergillus niger	84593237
An15g06080	CDS	An15g06080	NT_166530.1	1418498	1419217	D	Title: similarity to hypothetical protein SPAC22H10.02 - Schizosaccharomyces pombe; uncharacterized protein	join(1418498..1418788,1418903..1419217)	Aspergillus niger	4988209
An15g06090	CDS	An15g06090	NT_166530.1	1420053	1421092	R	hypothetical protein	complement(join(1420053..1420202,1420280..1420381,1420462..1420530,1420775..1420885,1421021..1421092))	Aspergillus niger	84593238
An15g06100	CDS	An15g06100	NT_166530.1	1421582	1422095	D	Title: weak similarity to hypothetical protein B21O8.60 - Neurospora crassa; uncharacterized protein	join(1421582..1421705,1421767..1421879,1421985..1422095)	Aspergillus niger	4988211
An15g06110	CDS	An15g06110	NT_166530.1	1422603	1423385	R	Function: syntaxins are involved in intracellular vesicle trafficking.; Similarity: the predicted protein shows much stronger similarity to syntaxin 8 related protein of Neurospora crassa, a hypothetical protein.; Title: weak similarity to syntaxin 6 STX6 - Rattus norvegicus; See PMID 8663448; uncharacterized protein	complement(1422603..1423385)	Aspergillus niger	4988212
An15g06120	CDS	An15g06120	NT_166530.1	1424041	1425435	D	Similarity: mouse TRAF5 is member of the TNF receptor-associated factors family, implicated in signal transduction especially in lymphocytes.; Similarity: the predicted protein shares with TRAF5 many structural and functional domains, implicating a conservation of the signal transduction properties,although in different physiological contexts.; Title: similarity to TRAF5 - Mus musculus; See PMID 9990039; See PMID 10202013; See PMID 10449775; See PMID 10523862; See PMID 11046039; uncharacterized protein	join(1424041..1424577,1424635..1425435)	Aspergillus niger	4988213
An15g06140	CDS	An15g06140	NT_166530.1	1427006	1429642	R	Function: hyphal fusion between N. crassa strains that are of alternative het-C specificity results in vegetative heterokaryons that are aconidial and which show growth inhibition and hyphal compartmentation and death.; Function: in Neurospora crassa, 11 het loci have been identified that affect the viability of vegetative heterokaryons; the het-C locus has at least three mutually incompatible alleles, termed het-c(OR), het-c(PA), and het-c(GR).; Function: in filamentous fungi, nonself recognition during vegetative growth is believed to be mediated by genetic differences at heterokaryon incompatibility (het) loci.; Title: strong similarity to heterokaryon incompatibility protein HET-C - Neurospora crassa; See PMID 8001163; See PMID 8088519; See PMID 8844148; See PMID 9258675; See PMID 124288; uncharacterized protein	complement(join(1427006..1428296,1428405..1429052,1429124..1429282,1429343..1429490,1429546..1429642))	Aspergillus niger	4988215
An15g06150	CDS	An15g06150	NT_166530.1	1431239	1432198	D	Title: strong similarity to hypothetical protein EAA64210.1 - Aspergillus nidulans; uncharacterized protein	1431239..1432198	Aspergillus niger	4988216
An15g06160	CDS	An15g06160	NT_166530.1	1432466	1433735	R	Similarity: the predicted ORF shows similarity to different known or hypothetical methyltransferases with different specificity.; Title: similarity to gamma-tocopherol methyltransferase gamma-TMT from patent WO9904622-A1 -Synechocystis sp.; uncharacterized protein	complement(join(1432466..1432705,1432755..1433462,1433697..1433735))	Aspergillus niger	4988217
An15g06170	CDS	An15g06170	NT_166530.1	1434164	1434879	R	hypothetical protein	complement(join(1434164..1434326,1434418..1434480,1434573..1434586,1434730..1434879))	Aspergillus niger	84593239
An15g06180	CDS	An15g06180	NT_166530.1	1436033	1439261	R	Remark: the ORF is also called SPAC22H10. 03c.; Title: strong similarity to hypothetical protein ranbp7p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1436033..1437803,1437859..1438388,1438443..1439261))	Aspergillus niger	4988219
An15g06190	CDS	An15g06190	NT_166530.1	1444030	1444863	D	Complex: the 'Spindle Checkpoint Complex' is composed of Mad1, Mad2 and Mad3. It interacts with Cdc20.; Function: the S. cerevisiae Mad2 protein is involved in the feedback control that prevents cells with incompletely assembled spindles from leaving mitosis.; Remark: alternate name for S. cerevisiae Mad2: YJL030W.; Similarity: the ORF DNA sequence shows also similarity to the E. nidulans EST v7h04a1. f1.; Title: similarity to spindle checkpoint protein Mad2 - Saccharomyces cerevisiae; nucleus; See PMID 10366450; See PMID 10837255; uncharacterized protein	join(1444030..1444369,1444430..1444689,1444756..1444863)	Aspergillus niger	84593240
An15g06200	CDS	An15g06200	NT_166530.1	1447061	1449714	R	Title: similarity to transcriptional regulator molecule HTRM clone 693452 from patent WO9957144-A2 - Homo sapiens; uncharacterized protein	complement(join(1447061..1447234,1447387..1447504,1447563..1447749,1447792..1448689,1448733..1448765,1448800..1448992,1449047..1449714))	Aspergillus niger	4988221
An15g06210	CDS	An15g06210	NT_166530.1	1450927	1452509	D	Similarity: the ORF encoded protein closer related to hypothetical protein YGR111w from S. cerevisiae.; Title: weak similarity to alpha-2 subunit of propyl-4-hydrolase from patent WO9738121-A1 - Mus sp.; uncharacterized protein	join(1450927..1451063,1451105..1452509)	Aspergillus niger	4988222
An15g06220	CDS	An15g06220	NT_166530.1	1452667	1453950	R	Title: weak similarity to hypothetical replicase ORF-I - Garlic virus C; uncharacterized protein	complement(join(1452667..1452956,1453027..1453766,1453832..1453950))	Aspergillus niger	4988223
An15g06230	CDS	An15g06230	NT_166530.1	1454571	1456298	R	Function: the S. cerevisiae Anp1 protein involved in the organization of the secretory pathway. It required to maintain a functional Golgi-apparatus.; Golgi; Remark: alternate names for S. cerevisiae Anp1: Gem3, Mnn8 or YEL036C.; Similarity: the S. cerevisiae Anp1 belongs to the Anp1 / Mmn9 / Van1 family.; Title: strong similarity to aminonitrophenyl propanediol resistance protein Anp1 - Saccharomyces cerevisiae; See PMID 7957057; See PMID 9434768; See PMID 10635561; uncharacterized protein	complement(join(1454571..1454951,1455002..1455321,1455373..1456055,1456207..1456298))	Aspergillus niger	4988224
An15g06240	CDS	An15g06240	NT_166530.1	1456989	1458095	R	Catalytic activity: chlorophyllide A + NADP(+) <=> protochlorophyllide + NADPH.; Function: the PorB protein from Hordeum vulgare is involved in the phototransformation of protochlorophyllide (pchlide) to chlorophyllide (chlide).; Similarity: the ORF DNA sequence shows strong similarity to the Aspergillus niger EST an_2781. The ORF encoded protein is also similar to the protein from patent WO9423043-A, which is functionally not clearly enough described.; Title: similarity to NADPH-protochlorophyllide oxidoreductase PorB - Hordeum vulgare; See PMID 7724548; uncharacterized protein	complement(join(1456989..1457390,1457460..1458095))	Aspergillus niger	4988225
An15g06250	CDS	An15g06250	NT_166530.1	1461334	1462903	R	Catalytic activity: (R,R)-butane-2,3-diol + NAD(+) <=> (R)-acetoin + NADH.; Title: strong similarity to 2,3-butanediol dehydrogenase ADH - Pseudomonas putida; See PMID 7813883; uncharacterized protein	complement(join(1461334..1461461,1461547..1462032,1462097..1462183,1462265..1462513,1462604..1462637,1462817..1462903))	Aspergillus niger	4988226
An15g06260	CDS	An15g06260	NT_166530.1	1463336	1464682	R	Function: the S. cerevisiae Arc1 protein binds specifically G4 quadruplex nucleic acid structures (these are four-stranded right-handed helices, stabilized by guanine base quartets). It binds to tRNA and functions as a cofactor for the methionyl- and glutamyl-tRNA synthetases.; Remark: alternate names for S. cerevisiae Arc1: G4P1 or YGL105W.; Title: strong similarity to GU4 nucleic-binding protein 1 Arc1 - Saccharomyces cerevisiae; See PMID 8895587; See PMID 9659920; See PMID 11069915; uncharacterized protein	complement(1463336..1464682)	Aspergillus niger	4988227
An15g06270	CDS	An15g06270	NT_166530.1	1465815	1466956	D	Similarity: the ORF encoded protein exclusively shows strong similarity to the hypothetical protein B11B22. 120 from Neurospora crassa.; Title: similarity to potassium-dependent sodium-calcium exchanger NCKX1 - Gallus gallus; See PMID 10662833; See PMID 11023899; uncharacterized protein	join(1465815..1465982,1466042..1466956)	Aspergillus niger	4988228
An15g06280	CDS	An15g06280	NT_166530.1	1467346	1468606	R	Function: A. niger Aspergillopepsin I catalyzes the hydrolysis of proteins with a broad specificity. It generally favors hydrophobic residues in P1 and P1', but also accepts Lys in P1, which leads to activation of trypsinogen. It does not clot milk.; Remark: N-terminally truncated ORF due to the end of contig.; Remark: alternate names for the A. niger Aspergillopepsin I protease: Awamorin, Aspergillopepsin A,Proteinase B, Proctase B, PepA or Aspergillopeptidase A.; Title: strong similarity to aspartic proteinase aspergillopepsin I pepA - Aspergillus niger [truncated ORF]; extracellular/secretion proteins; See PMID 7787314; See PMID 1508158; uncharacterized protein	complement(join(1467346..1467476,1467535..1468295,1468353..>1468606))	Aspergillus niger	4988229
An15g06290	CDS	An15g06290	NT_166530.1	1470727	1471822	R	Function: the B. subtilis MinD ATPase is required for the correct placement of the division site. The cell division inhibitors MinC and MinD act in concert to form an inhibitor capable of blocking formation of the polar Z ring septums. It rapidly oscillates between the poles of the cell to destabilize FTSZ filaments that have formed before they mature into polar Z rings.; Similarity: the ORF encoded protein shows strongest similarity to the protein of unknown function Nbp35 from S. cerevisiae. It also shows strong similarity to the protein sequence HTRM clone 1870914 from patent WO9957144-A2,which function is not clearly enough described.; Title: similarity to cell division inhibitor ATPase minD - Bacillus subtilis; See PMID 10411726; uncharacterized protein	complement(join(1470727..1471673,1471738..1471822))	Aspergillus niger	4988230
An15g06300	CDS	An15g06300	NT_166530.1	1472663	1473112	D	hypothetical protein	join(1472663..1472719,1472815..1472976,1473065..1473112)	Aspergillus niger	84593241
An15g06310	CDS	An15g06310	NT_166530.1	1473899	1477758	D	Catalytic activity: S-adenosyl-L-methionine + phosphatidylethanolamine <=> S-adenosyl-L-homocysteine + phosphatidyl-N-methylethanolamine.; Pathway: S. pombe Cho2 catalyzes the first step in phosphatidylethanolamine methylation pathway.; Title: strong similarity to phosphatidylethanolamine methyltransferase cho2p - Schizosaccharomyces pombe; See PMID 10799484; See PMID 1655700; uncharacterized protein	join(1473899..1474079,1474216..1476160,1476215..1476784,1476853..1476943,1477006..1477070,1477318..1477340,1477400..1477758)	Aspergillus niger	4988232
An15g06320	CDS	An15g06320	NT_166530.1	1478830	1479862	D	Remark: the human protein hRrp41p was expressed in yeast and shown to suppress the lethality of genetic depletion of yeast Rrp41p.; Similarity: the ORF DNA sequence very strong similar to the Aspergillus niger EST an_2945.; Title: similarity to exosome component Rrp41 - Homo sapiens; See PMID 11017189; See PMID 11110791; uncharacterized protein	join(1478830..1478968,1479027..1479862)	Aspergillus niger	4988233
An15g06330	CDS	An15g06330	NT_166530.1	1480310	1481640	D	Title: weak similarity to SFV4 non-structural polyprotein from patent WO9210578-A - Semliki forest virus; uncharacterized protein	join(1480310..1480381,1480440..1480841,1481197..1481291,1481327..1481357,1481408..1481431,1481464..1481483,1481562..1481640)	Aspergillus niger	84593242
An15g06340	CDS	An15g06340	NT_166530.1	1482698	1483808	R	Title: weak similarity to myosin-IA - Acanthamoeba castellanii; uncharacterized protein	complement(join(1482698..1482829,1482873..1482947,1483234..1483287,1483357..1483569,1483671..1483808))	Aspergillus niger	84593243
An15g06350	CDS	An15g06350	NT_166530.1	1484194	1486242	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to splicing coactivator subunit SRm300 - Homo sapiens; uncharacterized protein	1484194..1486242	Aspergillus niger	4988236
An15g06360	CDS	An15g06360	NT_166530.1	1487181	1489186	R	Remark: In Drosophila, glutamyl-prolyl-tRNA synthetase Aats-glupro is a multifunctional synthetase encoded by a unique gene and composed of three domains: the amino- and carboxy-terminal domains catalyze the aminoacylation of glutamic acid and proline tRNA species,respectively, and the central domain is made of 75 amino acids repeated six times amongst which 46 are highly conserved and constitute the repeated motifs.; Similarity: the predited ORF is about 1000 amino acids shorter at the N-terminus than D. melanogaster Aats-glupro.; Title: similarity to multifunctional glutamine-proline--tRNA ligase Aats-glupro - Drosophila melanogaster; See PMID 1756734; See PMID 9063462; uncharacterized protein	complement(join(1487181..1487191,1487258..1488519,1488589..1488758,1488815..1489186))	Aspergillus niger	4988237
An15g06370	CDS	An15g06370	NT_166530.1	1489439	1491447	D	Function: TCP1 is proposed to be required for normal development and function of actin and microtubules either through direct or indirect interaction with the major cytoskeletal components.; Localization: TCP1 from S. cerevisiae was localized to the cytoplasm and the cell cortex.; Title: strong similarity to T-complex-type molecular chaperone Tcp1 - Saccharomyces cerevisiae; See PMID 1901944; See PMID 7865875; uncharacterized protein	join(1489439..1489481,1489523..1489594,1489651..1489736,1489796..1489900,1489969..1491003,1491064..1491447)	Aspergillus niger	4988238
An15g06380	CDS	An15g06380	NT_166530.1	1491946	1494189	R	Function: l(2)dtl encodes a signal transduction protein involved in cell cycle control.; Induction: induction of l(2)dtl is by heat shock.; Title: similarity to lethal(2)denticleless l(2)dtl -Drosophila melanogaster; See PMID 8666267; uncharacterized protein	complement(join(1491946..1493327,1493384..1493503,1493547..1494189))	Aspergillus niger	4988239
An15g06390	CDS	An15g06390	NT_166530.1	1494600	1500186	D	Function: RRP5 is required for formation of both 18S and 5. 8S rRNA in yeast.; Localization: Nucleolus; Title: strong similarity to ribosomal RNA processing protein Rrp5 - Saccharomyces cerevisiae; nucleus; See PMID 8896463; uncharacterized protein	join(1494600..1495082,1495143..1499570,1499629..1500186)	Aspergillus niger	4988240
An15g06400	CDS	An15g06400	NT_166530.1	1500398	1501700	R	Title: similarity to hypothetical protein CAD70839.1 - Neurospora crassa; uncharacterized protein	complement(join(1500398..1501599,1501691..1501700))	Aspergillus niger	4988241
An15g06410	CDS	An15g06410	NT_166530.1	1503337	1504948	D	Title: similarity to hypothetical membrane protein YDL237w - Saccharomyces cerevisiae; uncharacterized protein	join(1503337..1503737,1503826..1504948)	Aspergillus niger	4988242
An15g06420	CDS	An15g06420	NT_166530.1	1505584	1506654	R	Title: weak similarity to urease accessory gene ureD - Bacillus sp.; uncharacterized protein	complement(1505584..1506654)	Aspergillus niger	4988243
An15g06430	CDS	An15g06430	NT_166530.1	1507862	1511581	D	Complex: XSA1 is a subunit of the cohesin complex which plays an essential role in sister chromatid cohesion in Xenopus laevis cell-free extracts.; Similarity: XSA1 belongs to the SA family of mammalian proteins and exhibit similarity to Scc3p, a recently identified component of yeast cohesin.; Title: strong similarity to cohesin subunit XSA1 -Xenopus laevis; See PMID 10931856; uncharacterized protein	join(1507862..1508363,1508430..1511581)	Aspergillus niger	4988244
An15g06440	CDS	An15g06440	NT_166530.1	1513212	1514969	R	Function: Srp1p (importin alpha) functions as the nuclear localization signal (NLS) receptor in S. cerevisiae.; Function: Srp1p of S. cerevisiae has also a role in regulation of protein degradation separate from its well-established role as the NLS receptor.; Function: Srp1p of S. cerevisiae is involved in nuclear import, nuclear structure, chromosome segregation,and cell cycle.; Remark: C-terminally truncated ORF due to contig border.; Title: strong similarity to karyopherin alpha Srp1 -Saccharomyces cerevisiae [truncated ORF]; See PMID 7644471; See PMID 10394916; See PMID 10913188; uncharacterized protein	complement(join(<1513212..1513877,1513937..1514446,1514736..1514969))	Aspergillus niger	4988245
An15g06450	CDS	An15g06450	NT_166530.1	1515673	1517716	D	Title: similarity to hypothetical protein SPAC26H5.06 - Schizosaccharomyces pombe; uncharacterized protein	join(1515673..1515942,1516000..1516909,1517107..1517338,1517425..1517716)	Aspergillus niger	4988246
An15g06460	CDS	An15g06460	NT_166530.1	1518291	1519587	R	Title: strong similarity to hypothetical protein CAD21104.1 - Neurospora crassa; uncharacterized protein	complement(join(1518291..1519526,1519585..1519587))	Aspergillus niger	4988247
An15g06470	CDS	An15g06470	NT_166530.1	1520452	1521371	D	Function: the signal-sequence receptor (SSR) has been shown to be a component of the environment which nascent polypeptides meet on passage through the endoplasmic reticulum (ER) membrane.; Remark: shows similarity to other eukaryotic signal sequence receptor alpha chains, but in most cases the C-terminal part differs.; Title: similarity to signal sequence receptor alpha chain - Canis lupus; endoplasmatic reticulum; uncharacterized protein	join(1520452..1520523,1520598..1521028,1521086..1521371)	Aspergillus niger	4988248
An15g06480	CDS	An15g06480	NT_166530.1	1521730	1522679	R	Remark: the matching TREMBL entry SCCDC31_2 does not contain the sequence of the S. cerevisiae CDC31 but that of YOR258w.; Similarity: shows also strong similarity to hypothetical protein YOR258w of S. cerevisiae.; Title: strong similarity to hypothetical protein SPCC18.09c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1521730..1522487,1522577..1522679))	Aspergillus niger	4988249
An15g06490	CDS	An15g06490	NT_166530.1	1522989	1527208	D	Function: might be involved in mRNA splicing.; Similarity: shows strong similarity to several hypothetical ATP-dependent helicases.; Title: strong similarity to hypothetical ATP-dependent RNA helicase YLR419w - Saccharomyces cerevisiae; See PMID 11230534; uncharacterized protein	join(1522989..1523231,1523318..1526852,1526940..1527208)	Aspergillus niger	4988250
An15g06500	CDS	An15g06500	NT_166530.1	1528243	1530141	R	Similarity: shows similarity to several B-type cyclins of different organisms, but onlythe nimE of A. nidulans shows an almost overall similarity.; Title: strong similarity to cyclin B nimE -Aspergillus nidulans; See PMID 9647650; See PMID 9802893; See PMID 10564263; See PMID 10601021; See PMID 11102358; uncharacterized protein	complement(join(1528243..1528506,1528560..1529099,1529161..1530141))	Aspergillus niger	4988251
An15g06510	CDS	An15g06510	NT_166530.1	1531285	1531604	R	hypothetical protein	complement(join(1531285..1531465,1531528..1531604))	Aspergillus niger	84593244
An15g06520	CDS	An15g06520	NT_166530.1	1532505	1533332	R	hypothetical protein	complement(join(1532505..1532575,1532667..1532944,1533130..1533332))	Aspergillus niger	84593245
An15g06530	CDS	An15g06530	NT_166530.1	1534061	1535076	R	Remark: blastp matches due to glycine-richness of protein.; hypothetical protein	complement(join(1534061..1534480,1534687..1535076))	Aspergillus niger	84593246
An15g06540	CDS	An15g06540	NT_166530.1	1535123	1537264	D	Remark: a splice site was detected upstream of the START codon.; Title: similarity to hypothetical protein CAC28648.1 - Neurospora crassa; uncharacterized protein	join(1535123..1535899,1535978..1537264)	Aspergillus niger	4988255
An15g06550	CDS	An15g06550	NT_166530.1	1538501	1541244	D	Title: weak similarity to 47 kD subunit of DNA-directed RNA polymerase III Rpc53 - Saccharomyces cerevisiae; uncharacterized protein	join(1538501..1540279,1540747..1540781,1540826..1540863,1540944..1540948,1541071..1541244)	Aspergillus niger	4988256
An15g06560	CDS	An15g06560	NT_166530.1	1542063	1543070	D	Similarity: shows only similarity against the N-terminal part of the A. thaliana ORF.; Title: weak similarity to hypothetical proline-rich protein T20D16.24 - Arabidopsis thaliana; uncharacterized protein	join(1542063..1542417,1542719..1542772,1542952..1543070)	Aspergillus niger	4988257
An15g06570	CDS	An15g06570	NT_166530.1	1543255	1544041	D	hypothetical protein	join(1543255..1543438,1543680..1544041)	Aspergillus niger	84593247
An15g06580	CDS	furA	NT_166530.1	1544253	1545120	R	Catalytic activity: uracil phosphoribosyltransferase catalyzes the conversion of UMP + pyrophosphate = uracil + 5-phospho-alpha-D-ribose 1-diphosphate.; Gene-ID: furA; Pathway: pyrimidine salvage pathway.; Remark: the matching sequence of furA from A. niger (EMBL: AAK08633) was identified by an BLASTX search.; uracil phosphoribosyltransferase furA-Aspergillus niger	complement(join(1544253..1544659,1544789..1544888,1544944..1545120))	Aspergillus niger	4988259
An15g06590	CDS	An15g06590	NT_166530.1	1545891	1546160	R	Title: weak similarity to hypothetical mitochondrial H+-transporting ATP synthase protein 6 homolog MURF4 -Leishmania tarentolae; uncharacterized protein	complement(1545891..1546160)	Aspergillus niger	84593248
An15g06600	CDS	An15g06600	NT_166530.1	1546360	1549053	R	Function: AmdA (A. nidulans) fusions with the GAL4 DNA binding domain in S. cerevisiae revealed its ability to activate transcription.; Remark: amdA of A. nidulans has only two introns.; Title: strong similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; nucleus; See PMID 7596297; See PMID 9126617; uncharacterized protein	complement(join(1546360..1546501,1546559..1547553,1547609..1548765,1548918..1549053))	Aspergillus niger	4988261
An15g06610	CDS	An15g06610	NT_166530.1	1549449	1550111	D	hypothetical protein	join(1549449..1549569,1549639..1550111)	Aspergillus niger	84593249
An15g06620	CDS	An15g06620	NT_166530.1	1551801	1552600	D	Similarity: shows matches to proline-rich proteins.; hypothetical protein	join(1551801..1552145,1552208..1552600)	Aspergillus niger	84593250
An15g06630	CDS	An15g06630	NT_166530.1	1553804	1555670	D	Similarity: aminoacids 120 to 215 show similarity to AL0 protein of Indian cassava mosaic virus.; hypothetical protein	join(1553804..1553942,1554082..1554178,1554443..1554843,1554961..1555009,1555158..1555217,1555290..1555493,1555604..1555670)	Aspergillus niger	84593251
An15g06640	CDS	An15g06640	NT_166530.1	1555713	1556433	D	hypothetical protein	join(1555713..1555920,1556309..1556433)	Aspergillus niger	84593252
An15g06650	CDS	An15g06650	NT_166530.1	1563113	1567644	D	Similarity: N-terminal half differs from all homologs, except the N-terminal SH3 domain.; Similarity: shows similarity to several guanine-nucleotide exchange proteins.; Title: similarity to guanine-nucleotide exchange protein Cdc25 - Saccharomyces cerevisiae; See PMID 10747046; See PMID 1667084; See PMID 1668647; uncharacterized protein	join(1563113..1563500,1563546..1566304,1566369..1566585,1566656..1566923,1567188..1567644)	Aspergillus niger	4988266
An15g06660	CDS	An15g06660	NT_166530.1	1568078	1569541	R	Complex: the COP9 signalosome has eight core subunits that are highly conserved between plants and animals; some of the subunits in Arabidopsis are found in forms that are independent of the complex.; Function: mouse JAB1/CSN5 has been implicated in numerous signaling pathways including those that regulate light signaling in plants, larval development in Drosophila, and integrin signaling, cell cycle control, and steroid hormone signaling in a number of systems.; Function: the COP9 signalosome may have both an evolutionary and a physical relationship with both the regulatory lid of the proteasome and eIF3.; Function: the Constitutive Photomorphogenic9 (COP9) complex is a nuclear localized, multisubunit protein complex essential for repression of light-mediated development in Arabidopsis.; Function: the mouse Jun activating binding protein (JAB1) specifically stabilizes complexes of c-Jun or JunD with AP-1 sites, increasing the specificity of target gene activation by AP-1 proteins; JAB1 is also known as COP9 signalosome subunit 5 (CSN5), which is a component of the COP9 signalosome regulatory complex (CSN).; Similarity: shows also strong similarity to Jun coactivator Jab1 of M. musculus and related proteins.; Title: strong similarity to constitutive photomorphogenic COP9 complex chain AJH2 - Arabidopsis thaliana; nucleus; See PMID 10363642; See PMID 11019806; See PMID 11258719; uncharacterized protein	complement(join(1568078..1568214,1568531..1569448,1569517..1569541))	Aspergillus niger	4988267
An15g06670	CDS	An15g06670	NT_166530.1	1570255	1572742	D	Expression: human PRC1 protein levels are high during S and G2/M and drop dramatically after cells exit mitosis and enter G1.; Function: human PRC1 is a good substrate for several CDKs in vitro and is phosphorylated in vivo at sites that are phosphorylated by CDK in vitro, strongly suggesting that PRC1 is an in vivo CDK substrate.; Function: human PRC1 is involved in cytokinesis.; Localization: PRC1 is a nuclear protein in interphase, becomes associated with mitotic spindles in a highly dynamic manner during mitosis, and localizes to the cell mid-body during cytokinesis.; Similarity: shows also similarity to anaphase spindle elongation protein ASE1 of S. cerevisiae.; Title: strong similarity to protein regulating cytokinesis PRC1 - Homo sapiens; uncharacterized protein	join(1570255..1570371,1570423..1570475,1570532..1570746,1570797..1572742)	Aspergillus niger	4988268
An15g06680	CDS	An15g06680	NT_166530.1	1573694	1575915	R	Catalytic activity: glutamate--tRNA ligases catalyze the conversion of ATP + L-glutamate + tRNA(Glu) = AMP + pyrophosphate + L-glutamyl-tRNA(Glu).; Similarity: shows strong similarity to several eukaryotic mitochondrial and prokaryotic glutamate--tRNA ligases.; Title: strong similarity to mitochondrial glutamate--tRNA ligase Mse1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 7607232; uncharacterized protein	complement(join(1573694..1574288,1574357..1574523,1574582..1574839,1574893..1575306,1575367..1575404,1575474..1575546,1575625..1575915))	Aspergillus niger	4988269
An15g06690	CDS	An15g06690	NT_166530.1	1576331	1578355	D	Function: human HIRIP4 has been shown to be a positive cochaperones of hsc70.; Function: the chaperone function of Hsp70 proteins in these events is regulated by members of the DnaJ-like protein family, which occurs through direct interaction of different Hsp70 and DnaJ-like protein pairs that appear to be specifically adapted to each other.; Function: the folding of proteins and the assembly of protein complexes within subcompartments of the eukaryotic cell is catalysed by different members of the Hsp70 protein family.; Similarity: shows similarity to several other eukaryotic dnaJ related proteins.; Title: strong similarity to dnaJ related protein HIRIP4 - Homo sapiens; See PMID 8016869; See PMID 10816573; uncharacterized protein	join(1576331..1576334,1576410..1576436,1576529..1576587,1576652..1577096,1577159..1577336,1577393..1577916,1578207..1578355)	Aspergillus niger	4988270
An15g06700	CDS	An15g06700	NT_166530.1	1580039	1581973	D	Catalytic activity: dihydroxy-acid dehydratase catalyzes the conversion of 2,3-dihydroxy-3-methylbutanoate = 3-methyl-2-oxobutanoate + H2O.; Pathway: fourth step in valine and isoleucine biosynthesis.; Title: strong similarity to dihydroxy-acid dehydratase ilvD - Bacillus subtilis; See PMID 1400210; uncharacterized protein	join(1580039..1580482,1580548..1580702,1580758..1581973)	Aspergillus niger	4988271
An15g06710	CDS	An15g06710	NT_166530.1	1584512	1585006	D	hypothetical protein	1584512..1585006	Aspergillus niger	4988272
An15g06720	CDS	An15g06720	NT_166530.1	1585976	1586565	R	Title: strong similarity to hypothetical conserved protein PA5185 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(1585976..1586426,1586489..1586565))	Aspergillus niger	4988273
An15g06730	CDS	An15g06730	NT_166530.1	1589601	1591223	D	Similarity: patentmatch against protein AC A46560_1 Trembl.; Title: strong similarity to sequence 3 from patent WO9526406 - Eremothecium gossypii; uncharacterized protein	join(1589601..1589843,1589910..1590430,1590533..1591223)	Aspergillus niger	4988274
An15g06740	CDS	An15g06740	NT_166530.1	1591986	1593189	R	Alternative name: Rp49; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L32 - Drosophila subobscura; cytoplasm; See PMID 6087289; 60S ribosomal eL32 domain-containing protein	complement(join(1591986..1592094,1592165..1592411,1592782..1592821,1592874..1592892,1593065..1593189))	Aspergillus niger	4988275
An15g06750	CDS	An15g06750	NT_166530.1	1593532	1597045	D	Remark: ankyrins attach integral membrane proteins to cytoskeletal elements; they bind to Na-K Atpase and to the cytoskeletal proteins fodrin, tubulin, vimentin and desmin.; Remark: the H. sapiens brain variant ank2 gene might be alternative spliced producing two variants.; Title: similarity to ankyrin Ank2 - Homo sapiens; See PMID 8253844; See PMID 8557748; uncharacterized protein	join(1593532..1593641,1593691..1594860,1594915..1597045)	Aspergillus niger	4988276
An15g06760	CDS	An15g06760	NT_166530.1	1597217	1598533	R	Title: similarity to D-oliose 4-ketoreductase mtmU -Streptomyces argillaceus; See PMID 8654997; See PMID 9150235; See PMID 10102355; uncharacterized protein	complement(join(1597217..1597710,1597783..1598060,1598132..1598325,1598386..1598411,1598497..1598533))	Aspergillus niger	4988277
An15g06770	CDS	An15g06770	NT_166530.1	1599049	1599885	R	Title: weak similarity to myosin heavy chain II -Acanthamoeba castellanii; See PMID 3040773; See PMID 3944121; uncharacterized protein	complement(join(1599049..1599602,1599666..1599885))	Aspergillus niger	4988278
An15g06780	CDS	An15g06780	NT_166530.1	1601111	1602959	R	Title: similarity to vesicular acetylcholine transporter VAChT - Homo sapiens; plasma membrane; See PMID 8071310; See PMID 9237624; See PMID 9782459; See PMID 7559575; uncharacterized protein	complement(join(1601111..1601553,1601607..1601709,1601772..1602150,1602208..1602608,1602843..1602959))	Aspergillus niger	4988279
An15g06790	CDS	An15g06790	NT_166530.1	1604692	1606588	R	Function: when overexpressed, Sce3 of S. pombe rescues all mutants of cdc11.; Localization: Sce3p of S. pombe is located predominantly in the cytoplasm.; Remark: in S. pombe, the cdc11 gene is required for the initiation of septum formation at the end of mitosis.; Remark: sce3 of S. pombe encodes a putative RNA-binding protein which shows homology to human eIF4B.; Similarity: the predicted A. niger protein shows strong similarity to the suppressor of the septation mutant cdc11 (Sce3) of S. pombe.; Title: strong similarity to suppressor of the septation mutant cdc11 sce3p - Schizosaccharomyces pombe; cytoplasm; See PMID 9254700; uncharacterized protein	complement(join(1604692..1605677,1605755..1606063,1606138..1606206,1606327..1606371,1606428..1606484,1606585..1606588))	Aspergillus niger	4988280
An15g06800	CDS	An15g06800	NT_166530.1	1607555	1608014	R	hypothetical protein	complement(join(1607555..1607674,1607730..1607801,1607952..1608014))	Aspergillus niger	84593253
An15g06810	CDS	An15g06810	NT_166530.1	1609172	1610252	D	Catalytic activity: NADH + 2 ferricytochrome b5 = NAD(+) + 2 ferrocytochrome b5.; Remark: About one third of the S. cerevisiae Mcr1 precursor protein is inserted into the outer mitochondrium membrane whereas the remaining molecules pass through the outer membrane into the inner membrane, are cleaved by inner membrane protease 1, and are released into the intermembrane space.; Remark: The S. cerevisiae gene MCR1 encodes two mitochondrial isoforms of NADH-cytochrome b5 reductase.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to cytochrome-b5 reductase Mcr1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8001120; See PMID 9199337; uncharacterized protein	join(1609172..1609424,1609485..1609562,1609702..1610252)	Aspergillus niger	4988282
An15g06820	CDS	An15g06820	NT_166530.1	1612871	1621708	D	Title: strong similarity to hypothetical protein SPAC3H5.09c - Schizosaccharomyces pombe; uncharacterized protein	join(1612871..1613722,1613792..1614945,1615018..1617424,1617467..1618508,1618641..1620545,1620756..1621447,1621497..1621597,1621648..1621708)	Aspergillus niger	4988283
An15g06830	CDS	An15g06830	NT_166530.1	1622784	1622988	R	hypothetical protein	complement(join(1622784..1622841,1622882..1622988))	Aspergillus niger	84593254
An15g06840	CDS	An15g06840	NT_166530.1	1623962	1625426	R	Title: strong similarity to hypothetical protein encoded by EAA61711.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1623962..1624327,1624410..1624649,1624785..1625426))	Aspergillus niger	4988285
An15g06850	CDS	An15g06850	NT_166530.1	1625919	1626638	D	Title: strong similarity to hypothetical protein YBR261c - Saccharomyces cerevisiae; uncharacterized protein	1625919..1626638	Aspergillus niger	4988286
An15g06860	CDS	An15g06860	NT_166530.1	1627343	1628601	R	Title: similarity to hypothetical protein encoded by An06g02540 - Aspergillus niger; uncharacterized protein	complement(join(1627343..1627597,1627648..1627997,1628054..1628079,1628129..1628190,1628243..1628361,1628424..1628601))	Aspergillus niger	4988287
An15g06870	CDS	An15g06870	NT_166530.1	1629553	1630683	D	Title: strong similarity to hypothetical protein encoded by An15g02610 - Aspergillus niger; uncharacterized protein	join(1629553..1629567,1629784..1630683)	Aspergillus niger	4988288
An15g06880	CDS	An15g06880	NT_166530.1	1631153	1637648	D	Title: similarity to hypothetical transcription factor subunit SPBC336.07 - Schizosaccharomyces pombe; uncharacterized protein	join(1631153..1631187,1631444..1631521,1631641..1631900,1632130..1633235,1633299..1637648)	Aspergillus niger	4988289
An15g06890	CDS	An15g06890	NT_166530.1	1638247	1638552	R	Remark: ORF is N-terminal truncated due to contig end. Overlap with contig cmhx. 00.; hypothetical protein [truncated ORF]	complement(1638247..>1638552)	Aspergillus niger	84593255
An15g06900	CDS	An15g06900	NT_166530.1	1638653	1639040	R	Remark: ORF 3'truncated due to end of contig.; Remark: ubiquitin-conjugating enzymes (UBCs) selectively target proteins for proteasomal degradation by the covalent attachment of ubiquitin moieties.; Similarity: the M musculus NCUBE1, yeast UBC6 and chicken NCUBE1 constitute a distinct family of UBCs sharing a conserved noncanonical active site sequence and a C-terminal transmembrane domain.; Title: strong similarity to non-canonical ubiquitin conjugating enzyme 1 ncube1 - Mus musculus [truncated ORF]; endoplasmatic reticulum; See PMID 10708578; uncharacterized protein	complement(<1638653..1639040)	Aspergillus niger	4988291
An15g06910	CDS	An15g06910	NT_166530.1	1639353	1640942	R	Remark: the predicted A. niger protein harbours a DHHC region PF01529 (aa 121-185) which is predicted to be a zink finger domain.; Title: similarity to educed expression in colorectal cancer protein rec - Homo sapiens; See PMID 10918388; uncharacterized protein	complement(join(1639353..1640680,1640744..1640942))	Aspergillus niger	4988292
An15g06920	CDS	An15g06920	NT_166530.1	1641571	1643213	R	Title: strong similarity to hypothetical membrane protein CAC18292.2 - Neurospora crassa; plasma membrane; uncharacterized protein	complement(join(1641571..1641624,1641674..1642701,1642754..1643213))	Aspergillus niger	4988293
An15g06925	CDS	An15g06925	NT_166530.1	1644790	1645233	R	Title: weak similarity to hypothetical protein SPAC23A1.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(1644790..1645233)	Aspergillus niger	4988294
An15g06930	CDS	An15g06930	NT_166530.1	1645823	1646710	R	hypothetical protein	complement(join(1645823..1645990,1646078..1646138,1646215..1646271,1646377..1646460,1646541..1646710))	Aspergillus niger	84593256
An15g06950	CDS	An15g06950	NT_166530.1	1649804	1651330	R	Remark: A. niger var. awamori contains multiple copies of a transposable element, Vader.; Remark: the predicted A. niger ORF contains 16 possible sequencing errors leading to stop codons and frame-shifts and therefore likely is a pseudogene.; Remark: this 437-bp element caused a 2-bp duplication (TA) of the target sequence in A. niger var. awamori and A. niger.; Title: strong similarity to hypothetical transposable element Tan1 - Aspergillus niger [putative pseudogene]; putative pseudogene; See PMID 8625427; <NA>	complement(join(1649804..1650884,1651245..1651330))	Aspergillus niger	84593257
An15g06960	CDS	An15g06960	NT_166530.1	1653642	1655666	D	Title: weak similarity to hypothetical regulator protein CAB16735.1 - Schizosaccharomyces pombe; uncharacterized protein	join(1653642..1653685,1653719..1655493,1655533..1655666)	Aspergillus niger	4988297
An15g06970	CDS	An15g06970	NT_166530.1	1656975	1658385	R	Catalytic activity: sterigmatocystin 7-O-methyltransferase of A. parasiticus catalyses the reaction S-adenosyl-L-methionine + sterigmatocystin = S-adenosyl-L-homocysteine + 7-O-methylsterigmatocystin.; Pathway: sterigmatocystin 7-O-methyltransferase of A. parasiticus is involved in aflatoxin biosynthesis.; Similarity: the predicted A. niger protein and sterigmatocystin 7-O-methyltransferase of A. parasiticus belong to the superfamily of O-methyltransferases.; Title: strong similarity to methyltransferase B omtB - Aspergillus parasiticus; See PMID 7557460; See PMID 8285664; See PMID 8434913; uncharacterized protein	complement(join(1656975..1657288,1657356..1657810,1657871..1657994,1658062..1658188,1658245..1658385))	Aspergillus niger	4988298
An15g06980	CDS	An15g06980	NT_166530.1	1658439	1660769	D	Similarity: the predicted protein of A. niger shows similarity to hypothetical transcription regulatory proteins with GAL4-type zinc binuclear cluster domains of the yeasts S. pombe and S. cerevisiae.; Title: similarity to hypothetical transcription regulator protein CAD21130.1 - Schizosaccharomyces pombe; uncharacterized protein	join(1658439..1659017,1659071..1659732,1659788..1660769)	Aspergillus niger	4988299
An15g06990	CDS	An15g06990	NT_166530.1	1661324	1663529	D	Title: similarity to hypothetical membrane protein YGL060w - Saccharomyces cerevisiae; uncharacterized protein	join(1661324..1662379,1662483..1663529)	Aspergillus niger	4988300
An15g07000	CDS	An15g07000	NT_166530.1	1663772	1665557	R	Catalytic activity: phytase catalyses the reaction myo-inositol hexakisphosphate + H2O = D-myo-inositol 1,2,4,5,6-pentakisphosphate + orthophosphate.; Function: phytase as component of a feed composition for monogastric animals (e. g., pigs, poultry) enhances the nutritional value of plant material without the need for adding additional phosphate to the feed.; Function: the enzyme showed high activity with 4-nitrophenyl phosphate at a pH range of 3 to 5 and with phytic acid at a pH range of 2. 5 to 7. 5.; Function: the gene (phyA) encoding a heat-stable enzyme has been cloned from A. fumigatus and overexpressed in A. niger.; Remark: shows also high similarity to patent EP969089-A1 that describes a consensus protein sequence (included is A. niger).; Title: strong similarity to phytase phyA -Aspergillus fumigatus; extracellular/secretion proteins; See PMID 9143104; See PMID 10679211; See PMID 11195907; uncharacterized protein	complement(join(1663772..1663998,1664047..1665167,1665218..1665374,1665419..1665557))	Aspergillus niger	4988301
An15g07010	CDS	An15g07010	NT_166530.1	1666402	1667251	R	hypothetical protein	complement(join(1666402..1666586,1666694..1666782,1666804..1667082,1667136..1667251))	Aspergillus niger	84593258
An15g07020	CDS	An15g07020	NT_166530.1	1667294	1667943	D	hypothetical protein	join(1667294..1667579,1667612..1667943)	Aspergillus niger	84593259
An15g07030	CDS	An15g07030	NT_166530.1	1668522	1669400	D	Catalytic activity: farnesyltranstransferase (GGPS1) of H. sapiens catalyses the reaction trans-trans-farnesyl diphosphate + isopentenyl diphosphate = diphosphate + geranylgeranyl diphosphate.; Complex: the human farnesyltranstransferase behaves as an oligomeric molecule with 280 kDa on a gel filtration column.; Function: farnesyltranstransferase (GGPS1) of H. sapiens synthesizes an important precursor of carotenoids and geranylgeranylated proteins such as small G proteins and for the regulation of a nuclear hormone receptor (LXR-RXR).; Remark: some forms of this enzyme will also use geranyl diphosphate and dimethylallyl diphosphate as donors; it will not use larger prenyl diphosphates as efficient donors.; Similarity: the predicted protein of A. niger shows similarity to geranylgeranyl diphosphate synthases, which are officially named farnesyltranstransferases.; Title: strong similarity to geranylgeranyl diphosphate synthase GGPS1 - Homo sapiens; See PMID 10101267; uncharacterized protein	1668522..1669400	Aspergillus niger	84593260
An15g07040	CDS	An15g07040	NT_166530.1	1671199	1675068	R	Catalytic activity: phospholipase D (SPO14) of S. cerevisiae catalyses the reaction phosphatidylcholine + H(2)O = choline + phosphatidatephenol.; Function: the SPO14 gene encodes a phospholipase D (PLD) that is essential for meiosis. analysis of two mutant proteins, one with a point mutation that inactivated the PLD activity (Spo14pK--> H) and one with an amino-terminal deletion (Spo14pDeltaN) which doid not affect PLD activity demonstrated that these mutants could not restore meiosis in a spo14 deletion strain.; Localization: Spo14p is initially distributed throughout the cell, becomes concentrated at the spindle pole bodies after the meiosis I division, and at meiosis II localizes to the new spore membrane as it surrounds the nuclei and then expands to encapsulate the associated cytoplasm during the formation of spores.; Pathway: SPO14p of S. cerevisiae is involved in glycerolipid metabolism and phospholipid degradation.; Remark: the catalytically inactive protein also undergoes relocalization during meiosis; however, in the absence of PLD activity, no membrane is formed. in contrast, Spo14pDeltaN does not relocalize properly, indicating that the failure of this protein to complement a spo14 mutant is due to its inability to localize its PLD activity.; Similarity: the predicted A. niger protein shows strong similarity to the superfamily of phospholipase D. similarity is restricted to a domain of approximately 400 amino acids.; Title: strong similarity to phospholipase D Spo14 -Saccharomyces cerevisiae; See PMID 9425156; See PMID 10425393; See PMID 1582554; uncharacterized protein	complement(join(1671199..1671882,1671931..1674179,1674231..1674374,1674432..1674798,1674868..1675068))	Aspergillus niger	4988305
An15g07050	CDS	An15g07050	NT_166530.1	1676060	1678254	R	Catalytic activity: phenol hydroxylase of T. cutaneum catalyses the reaction phenol + NADPH + O(2) = catechol + NADP(+) + H(2)O.; Pathway: phenol hydroxylase of T. cutaneum is involved in phenylalanine metabolism and catabolism of aromates.; Remark: phenol hydroxylase of T. cutaneum is inhibited by excess phenol.; Similarity: the predicted A. niger protein shows particularly strong similarity to fungal phenol hydroxylases, which belong to the FAD-dependent oxidoreductases.; Title: strong similarity to phenol hydroxylase -Trichosporon cutaneum; See PMID 1429434; uncharacterized protein	complement(join(1676060..1676956,1677003..1677025,1677074..1678043,1678111..1678254))	Aspergillus niger	4988306
An15g07060	CDS	An15g07060	NT_166530.1	1678825	1681087	R	Remark: the gene zas1 of S. pombe encodes putative C2H2 zinc finger proteins that may be due to alternative splicing of zas1 hnRNA.; Title: similarity to hypothetical C2H2 zinc finger protein Zas1A - Schizosaccharomyces pombe; See PMID 10718196; uncharacterized protein	complement(join(1678825..1680962,1681033..1681087))	Aspergillus niger	4988307
An15g07070	CDS	An15g07070	NT_166530.1	1682183	1682784	D	Catalytic activity: cyanase of E. coli catalyses the reaction cyanate + bicarbonate = CO(2) + carbamate.; Remark: cyanase of E. coli belongs to the cyanate-inducible cyn operon. the cyn operon comprises approximately 2600 base pairs and includes cynT, cynS, and cynX, which encode cyanate permease, cyanase, and a protein of unknown function, respectively.; Remark: the covalent structure of cyanase is made up of a cynS dimer which is linked by a disulfide bond between the single cystine residue. the native enzyme (Mr 150,000) then appears to be a complex of four or five such subunit dimers.; Remark: the cyn operon of E. coli is located next to the lac operon, and the direction of cynS transcription was opposite that of lac.; Similarity: the predicted A. niger protein is similar to conserved procaryotic and plant cyanases.; Title: strong similarity to cyanate lyase cynS -Escherichia coli; cytoplasm; uncharacterized protein	join(1682183..1682203,1682271..1682710,1682763..1682784)	Aspergillus niger	4988308
An15g07080	CDS	An15g07080	NT_166530.1	1683231	1684497	D	Remark: CTCF of G. gallus binds to a specific DNA region of the c-myc promoter and is important for chicken c-myc transcription.; Remark: six major nuclear isoforms of CTCF protein are differentially expressed in different chicken cell lines and tissues.; Remark: the DNA-binding domain of CTCF of G. gallus is composed of 11 Zn fingers: 10 are of C2H2 class, and 1 is of C2HC class.; Similarity: the predicted A. niger protein and CTCF of G. gallus shows similarity to zinc- finger transcription factors.; Title: similarity to zinc-finger transcription factor CTCF - Gallus gallus; nucleus; See PMID 8246978; uncharacterized protein	join(1683231..1683479,1683554..1684191,1684251..1684497)	Aspergillus niger	4988309
An15g07090	CDS	An15g07090	NT_166530.1	1684930	1685323	R	Remark: the predicted A. niger ORF is encoded entirely by the ESTs an_3153 and an_2361 of A. niger.; Title: strong similarity to hypothetical protein encoded by An12g10350 - Aspergillus niger; uncharacterized protein	complement(join(1684930..1684975,1685045..1685109,1685183..1685323))	Aspergillus niger	4988310
An15g07100	CDS	An15g07100	NT_166530.1	1686923	1687698	D	hypothetical protein	join(1686923..1687017,1687096..1687185,1687327..1687496,1687589..1687698)	Aspergillus niger	84593261
An15g07110	CDS	An15g07110	NT_166530.1	1688050	1689172	D	Catalytic activity: homocysteine S-methyltransferase AtHMT-1 of A. thaliana catalyses the reaction S-adenosyl-L-methionine + L-homocysteine = S-adenosyl-L-homocysteine + L-methionine.; Cofactor: homocysteine S-methyltransferase AtHMT-1 of A. thaliana may require zinc as a cofactor.; Function: AtHMT-1 of A. thaliana catalyses methyl transfer from S-methylmethionine or S-adenosylmethionine (less efficient) to homocysteine, selenohomocysteine and less efficiently selenocysteine.; Remark: AtHMT-1 of A. thaliana complements an Escherichia coli yagD mutant, which lacks HMT (SMM:Hcy S-methyltransferase) activity.; Remark: AtHMT-1 of A. thaliana is strongly inhibited by methionine.; Similarity: the predicted A. niger protein belongs to the homocysteine S-methyltransferases.; Title: strong similarity to homocysteine S-methyltransferase AtHMT-1 - Arabidopsis thaliana; See PMID 10747987; uncharacterized protein	join(1688050..1688970,1689032..1689172)	Aspergillus niger	4988312
An15g07120	CDS	An15g07120	NT_166530.1	1689323	1691074	R	Remark: prnB of A. nidulans encodes the major proline transport system and is part of a cluster of four genes necessary and sufficient for the utilization of proline as sole nitrogen and/or carbon source.; Remark: the proline utilisation gene cluster of A. nidulans can be repressed efficiently only when both repressing nitrogen and repressing carbon sources are present.; Title: strong similarity to proline permease prnB -Aspergillus nidulans; plasma membrane; See PMID 8437566; See PMID 9140969; See PMID 10613888; uncharacterized protein	complement(join(1689323..1689439,1689496..1689836,1689892..1691074))	Aspergillus niger	4988313
An15g07130	CDS	An15g07130	NT_166530.1	1692364	1692942	D	Similarity: similarity of the predicted A. niger protein and various protein sequences is due to low complexity sequences.; Title: weak similarity to hypothetical protein M01E5.4 - Caenorhabditis elegans; uncharacterized protein	1692364..1692942	Aspergillus niger	84593262
An15g07140	CDS	An15g07140	NT_166530.1	1693671	1694705	R	Title: strong similarity to hypothetical protein encoded by An13g01800 - Aspergillus niger; uncharacterized protein	complement(1693671..1694705)	Aspergillus niger	4988315
An15g07150	CDS	An15g07150	NT_166530.1	1695604	1699025	R	Catalytic activity: DNA polymerase delta of S. pombe catalyses the reaction n deoxynucleoside triphosphate = n pyrophosphate + DNA(n).; Complex: highly purified, active spPol delta of S. pombe was shown to contain at least four distinct subunits,a large catalytic subunit Pol3, and three smaller subunits Cdc1, Cdc27, and Cdm1 with molecular masses of 125, 51, 42, and 19 kDa, respectively.; Function: DNA polymerase delta of S. pombe possesses two enzymatic activities: DNA synthesis (polymerase) and a 3' to 5' exonucleolytic activity that degrades single stranded DNA.; Remark: aphidicolin inhibits DNA polymerase delta of S. pombe, but not DNA polymerase alpha.; Similarity: the predicted protein of A. niger shows strong similarity to the large subunit (delta chain) of DNA- directed DNA polymerases, which belong to the DNA polymerase type-B family.; Title: strong similarity to catalytic subunit of DNA-directed DNA polymerase delta ol3p -Schizosaccharomyces pombe; nucleus; See PMID 10671561; See PMID 1960723; uncharacterized protein	complement(join(1695604..1696342,1696393..1698578,1698633..1699025))	Aspergillus niger	4988316
An15g07160	CDS	An15g07160	NT_166530.1	1700335	1701879	R	Catalytic activity: pectin lyases catalyse the eliminative cleavage of pectin to give oligosaccharides with terminal 4-deoxy-6-methyl-alpha-D-galact-4-enuronosyl groups.; Remark: Aspergillus niger pectin lyases are encoded by a multigene family with five characterized members (pelA, B, C, D, E and F).; Remark: microbial pectin and pectate lyases are virulence factors that degrade the pectic components of the plant cell wall. the homogalacturan backbone of pectin varies in its degree of methylation from the highly methylated and relatively hydrophobic form known as pectin,to the fully demethylated and highly charged form known as pectate. methylated and demethylated regions of pectin are cleaved by pectin lyase and calcium-dependent pectate lyases, respectively. protein engineering of lyases specific for particular patterns of methylation, will yield modified pectins of high value to the food and pharmaceutical industries.; Remark: pectin lyases A and D (formerly known as PLII and PLI, respectively) are the major components of the commercial pectinase preparation Ultrazym.; Title: strong similarity to pectin lyase pelA -Aspergillus niger; See PMID 9195887; See PMID 1934134; See PMID 2225145; uncharacterized protein	complement(join(1700335..1701058,1701118..1701202,1701258..1701879))	Aspergillus niger	4988317
An15g07170	CDS	An15g07170	NT_166530.1	1702147	1702831	R	hypothetical protein	complement(join(1702147..1702445,1702693..1702831))	Aspergillus niger	84593263
An15g07180	CDS	An15g07180	NT_166530.1	1703151	1703771	D	hypothetical protein	join(1703151..1703399,1703515..1703586,1703682..1703771)	Aspergillus niger	84593264
An15g07190	CDS	An15g07190	NT_166530.1	1703946	1705010	D	Induction: the ZRT1 gene is induced at the transcriptional level by low intracellular concentration of zinc.; Remark: Zrt1p of S. cerevisiae (also known as YGL255W or NRC376) is a high-affinity zinc transport protein.; Remark: the protein sequence of patent WO9745000-A1 (ID-# AAW41170) is identical to Zrt1p of S. cerevisiae,although the description refers to a metal-regulated transporter (MRT) polypeptide of Arabidopsis thaliana and calls the protein ZRT2.; Similarity: the predicted amino acid sequence of Zrt1p of S. cerevisiae is similar to that of Irt1p, a probable Fe(II) transporter from Arabidopsis thaliana.; Title: strong similarity to high-affinity zinc transport protein Zrt1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8637895; See PMID 9784581; See PMID 9786854; See PMID 10748254; uncharacterized protein	1703946..1705010	Aspergillus niger	4988320
An15g07200	CDS	An15g07200	NT_166530.1	1705476	1706417	D	Remark: the nucleotide sequence is highly similar to the 5'-EST BE760062 of Aspergillus niger.; Title: similarity to hypothetical transmembrane protein - Erysiphe pisi; uncharacterized protein	1705476..1706417	Aspergillus niger	4988321
An15g07210	CDS	An15g07210	NT_166530.1	1706623	1707876	R	hypothetical protein	complement(join(1706623..1706698,1706759..1706951,1707020..1707058,1707310..1707412,1707517..1707696,1707796..1707876))	Aspergillus niger	84593265
An15g07220	CDS	An15g07220	NT_166530.1	1708015	1709572	D	Remark: the mutant upc2 of S. cerevisiae was identified by its impaired aerobic sterol exclusion and its simultanous hypersensitivity to Ca2+.; Similarity: the ORF of A. niger and UPC2 (YDR213W) of S. cerevisiae contain a Zn(II)2Cys6 binuclear cluster DNA binding domain.; Title: similarity to transcription activator Upc2 -Saccharomyces cerevisiae; See PMID 9696767; uncharacterized protein	join(1708015..1708103,1708156..1709572)	Aspergillus niger	4988323
An15g07230	CDS	An15g07230	NT_166530.1	1709713	1710529	R	Remark: the nucleotide sequence of the ORF is found in many highly similar ESTs of A. niger.; Remark: this is the amino acid sequence of the rat thioredoxin 2 (TrX2), used in the method of the invention in protein repair. Trx2 proteins are translocated to mitochondria and are resistant to oxidation. mitochondria are the sites of vital cellular functions such as lipid metabolism and aerobic respiration (oxidative phosphorylation). in respiration, incomplete reduction of dioxygen results in the formation of reactive oxygen intermediates (ROIs) (hydrogen peroxide, the superoxide anion O2, and the hydroxyl radical OH). increased levels of ROIs, referred to as oxidative stress, can result in lipid peroxidation, inactivation of proteins and strand breakage in DNA. Thioredoxin can act as an antioxidant molecule and scavenge hydroxyl radicals, reduce hydrogen peroxide and reactive proteins inactivated by oxidation. more specifically, Trx2 may be used to protect against ischaemic damage (heart attacks and strokes), eye disease (acts as radio-protectant), radiation and drug toxicity.; Title: similarity to mitochondrial thioredoxin from patent WO9832863-A2 - Rattus sp.; uncharacterized protein	complement(join(1709713..1709905,1710015..1710278,1710435..1710529))	Aspergillus niger	4988324
An15g07240	CDS	An15g07240	NT_166530.1	1711150	1713325	D	Remark: the DNA sequence (AAT34137) which encodes the biosynthetic enzymes of icosapentaenoic acid (EPA) can be used to transform Escherichia coli. the DNA sequence allows efficient microbial production of EPA, which is a raw material for drugs, agrochemicals, foods and animal feedstuffs. EPA is also useful for lipid balance correction and as an antihypertensive, antiinflammatory and anticancer agent.; Title: strong similarity to icosapentaenoic acid synthase from patent WO9621735-A1 - Shewanella putrefaciens; uncharacterized protein	join(1711150..1711219,1711407..1713325)	Aspergillus niger	4988325
An15g07250	CDS	An15g07250	NT_166530.1	1713995	1716127	R	Function: human ankyrin-1 provides the primary linkage between the membrane skeleton and integral plasma membrane proteins.; Title: similarity to ankyrin B - Homo sapiens; See PMID 10810176; uncharacterized protein	complement(1713995..1716127)	Aspergillus niger	4988326
An15g07260	CDS	An15g07260	NT_166530.1	1716685	1718113	D	Similarity: the predicted A. niger protein shows strong similarity to several putative microbial and plant oxidoreductases and several patented sequences derived from Arabidopsis thaliana.; Title: strong similarity to hypothetical oxidoreductase PA0147 - Pseudomonas aeruginosa; uncharacterized protein	join(1716685..1716909,1716963..1717070,1717122..1717547,1717611..1717747,1717807..1717978,1718045..1718113)	Aspergillus niger	4988327
An15g07270	CDS	An15g07270	NT_166530.1	1719133	1720286	D	Expression: CAR1 mRNA levels are low in growing cells, rise to peak expression at 5-10 hr of development when the cAMP signaling system is maximally active, and decrease as development proceeds.; Function: these receptors of D. discoideum coordinate the aggregation of individual cells into a multicellular organism and regulate the expression of a large number of developmentally regulated genes.; Similarity: the predicted protein of A. niger is similar to the multigene family of cell surface cyclic adenosine monophosphate (cAMP) receptors of D. discoideum which includes the chemoattractant receptor CAR1 .; Title: similarity to chemoattractant receptor CAR1 -Dictyostelium discoideum; plasma membrane; uncharacterized protein	join(1719133..1719255,1719310..1719547,1719598..1719783,1719837..1720075,1720143..1720286)	Aspergillus niger	84593266
An15g07280	CDS	An15g07280	NT_166530.1	1720815	1721224	R	hypothetical protein	complement(join(1720815..1720871,1720988..1721224))	Aspergillus niger	84593267
An15g07290	CDS	An15g07290	NT_166530.1	1721462	1722163	D	Title: weak similarity to hypothetical protein CAB92903.1 - Streptomyces coelicolor; uncharacterized protein	join(1721462..1721698,1721789..1722163)	Aspergillus niger	84593268
An15g07300	CDS	An15g07300	NT_166530.1	1722397	1727884	D	Similarity: the 3' nucleotide sequence of the ORF shows strong similarity to two ESTs of A. niger (the 5'EST an_3564 and the 3'EST an_1208) and the 5'EST r7h08a1. r1 of A. nidulans.; Title: similarity to hypothetical protein encoded by An03g06670 - Aspergillus niger; uncharacterized protein	join(1722397..1725109,1725200..1727199,1727249..1727884)	Aspergillus niger	4988331
An15g07310	CDS	An15g07310	NT_166530.1	1728204	1730594	D	Title: similarity to hypothetical protein YER080w -Saccharomyces cerevisiae; uncharacterized protein	join(1728204..1728420,1728719..1728956,1728987..1729600,1729660..1729811,1729899..1730594)	Aspergillus niger	84593269
An15g07330	CDS	An15g07330	NT_166530.1	1732072	1733648	D	Title: similarity to hypothetical protein encoded by 17E5.150 - Neurospora crassa; uncharacterized protein	join(1732072..1732154,1732202..1733648)	Aspergillus niger	4988334
An15g07340	CDS	An15g07340	NT_166530.1	1734236	1735249	D	Catalytic activity: the ezyme 4,5-dihydroxyphthalate decarboxylase of B. cepacia catalyzes the conversion of 4,5-dihydroxyphthalate to 3,4-dihydroxybenzoate and carbon dioxide.; Remark: 4,5-dihydroxyphthalate decarboxylase of B. cepacia participates in the aerobic phthalate degradation pathway.; Remark: the genes for phthalate degradation are arranged in at least three transcriptional units in B. cepacia. the gene for phthalate dioxygenase reductase (ophA1) is present by itself, while the genes for an inactive transporter (ophD) and 4,5-dihydroxyphthalate decarboxylase (ophC) are linked and the genes for phthalate dioxygenase oxygenase (ophA2) and cis-phthalate dihydrodiol dehydrogenase (ophB) are linked.; Title: strong similarity to 4,5-dihydroxyphthalate decarboxylase ophC - Burkholderia cepacia; See PMID 9851995; uncharacterized protein	1734236..1735249	Aspergillus niger	84593270
An15g07350	CDS	An15g07350	NT_166530.1	1735457	1737328	R	Title: strong similarity to hypothetical protein CAC28841.2 - Neurospora crassa; uncharacterized protein	complement(join(1735457..1736993,1737024..1737135,1737229..1737328))	Aspergillus niger	4988336
An15g07360	CDS	An15g07360	NT_166530.1	1738190	1739898	D	Function: the protein PRG3 is a flavin-oxidase that increases the intracellular content of reactive oxygen species (ROS).; Localization: PRG3 is localised in the cytoplasm.; Remark: PRG nucleotides, proteins and antibodies are useful as diagnostic and therapeutic agents for detection and treatment of cancer and other proliferative diseases. the gene/cDNA may be used for gene therapy, to restore a gene function downstream of p53, that cannot be activated in the p53-deficient tumour cell. Antibodies can be used as inducers of cell cycle arrest and/or apoptosis. The DNA sequences can be used to generate 'knockout' animals as a model of cancer susceptibility.; Remark: the patent match is against the translated DNA sequence of patent WO200012526-A1 (AC# AAZ51672).; Remark: the patented sequence is the complete cDNA of PRG3 gene, whose RNA levels are upregulated in response to induction of p53 activity in human colon cancer EB1 cells.; Similarity: the patented DNA sequence encodes the human homolog of Drosophila melanogaster peroxidasin and shares a motif with bacterial flavin-oxidases.; Title: strong similarity to PRG3 protein from patent WO200012526-A1 - Homo sapiens; cytoplasm; See PMID 10441517; uncharacterized protein	join(1738190..1738375,1738435..1738479,1738536..1738583,1738649..1739118,1739174..1739591,1739679..1739752,1739817..1739898)	Aspergillus niger	4988337
An15g07370	CDS	An15g07370	NT_166530.1	1740251	1740517	R	Similarity: similarity to the ORF CG4090 of D. melanogaster is due to a repeated sequence motif.; Title: similarity to hypothetical protein encoded by CG4090 - Drosophila melanogaster; uncharacterized protein	complement(1740251..1740517)	Aspergillus niger	4988338
An15g07380	CDS	An15g07380	NT_166530.1	1741033	1742521	D	hypothetical protein	join(1741033..1741126,1741173..1741352,1741474..1741881,1741968..1742034,1742118..1742168,1742250..1742341,1742394..1742521)	Aspergillus niger	84593271
An15g07390	CDS	An15g07390	NT_166530.1	1745044	1746403	R	Catalytic activity: GPD1 of S. cerevisiae catalyzes the reaction: sn-glycerol 3-phosphate + NAD(+) <=> glycerone phosphate + NADH.; Catalytic activity: glycerol-3-phosphate dehydrogenase (G3PDH) of S. cerevisiae catalyzes the reaction sn-glycerol 3-phosphate + NAD(+) = glycerone phosphate + NADH.; Function: as osmotic balance regulates cell fusion during mating in S. cerevisiae, a secondary effect of GDP1 mutations is an impairment of cell fusion.; Function: whereas GDP1 is mainly involved in osmoregulation, GDP2 is required to regulate metabolism under anoxic conditions, when glycerol formation is strictly required as a redox sink for excess cytosolic NADH.; Induction: expression of GPD1 of S. cerevisiae is induced by osmotic stress.; Remark: GPD1 of S. cerevisiae is produced with an N-terminal extension that is removed from the functional enzyme; this extension does not target GDP1 to any organelle.; Similarity: S. cerevisiae has a second glycerol-3-phosphate dehydrogenase called GPD2, which is 69% identical to GPD1.; Similarity: the predicted ORF belongs to the NAD-dependent glycerol-3-phosphate dehydrogenase family.; Title: strong similarity to glycerol-3-phosphate dehydrogenase (NAD+) precursor Gpd1 - Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	complement(join(1745044..1745123,1745180..1746291,1746351..1746403))	Aspergillus niger	4988340
An15g07400	CDS	An15g07400	NT_166530.1	1746638	1747956	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(1746638..1746767,1746935..1747002,1747281..1747289,1747332..1747359,1747430..1747485,1747569..1747664,1747819..1747956)	Aspergillus niger	84593272
An15g07460	CDS	An15g07460	NT_166530.1	1751591	1753990	D	Function: OPT1 of C. albicans was cloned from a C. albicans genomic library through heterologous expression in the S. cerevisiae di-/tripeptide transport mutant PB1X-9B. OPT1 restored oligopeptide transport in the mutant cells,as indicated by growth on the tetrapeptide Lys-Leu-Leu-Gly,sensitivity to toxic tetra- and pentapeptides, and an increase in the initial uptake rate of the radiolabelled tetrapeptide Lys-Leu-Gly-[3H]Leu.; Similarity: OPT1 of C. albicans is not a member of the ABC or PTR membrane transport families.; Title: strong similarity to oligopeptide transporter OPT1 - Candida albicans; See PMID 9043116; uncharacterized protein	1751591..1753990	Aspergillus niger	4988347
An15g07470	CDS	An15g07470	NT_166530.1	1754593	1755528	D	Function: M. grisea Pth11p can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces using multiple signaling pathways to mediate differentiation.; Similarity: the entire predicted A. niger protein is similar to the N-terminal region of M. grisea PTH11, which is approximately three times longer.; Title: similarity to surface recognition protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(1754593..1754802,1754918..1754951,1755016..1755089,1755145..1755528)	Aspergillus niger	4988348
An15g07480	CDS	An15g07480	NT_166530.1	1756295	1756957	R	Similarity: similarities are due to low complexity sequence.; Title: weak similarity to hypothetical eggshell precursor protein - Schistosoma mansoni; See PMID 2911280; uncharacterized protein	complement(join(1756295..1756424,1756512..1756634,1756749..1756957))	Aspergillus niger	4988349
An15g07490	CDS	An15g07490	NT_166530.1	1757865	1759102	R	Remark: the 2,4-dichlorophenoxyacetate monooxygenase gene (tfdA) of A. eutrophus is localized on plasmid pJP4 together with five additional genes (tfdB, tfdC, tfdD, tfdE and tfdF). plasmid pJP4 permits its host bacterium, strain JMP134, to degrade and utilize as sole sources of carbon and energy 3-chlorobenzoate and 2,4-dichlorophenoxyacetic acid.; Title: strong similarity to 2,4-dichlorophenoxyacetate monooxygenase tfdA - Alcaligenes eutrophus; See PMID 3036764; uncharacterized protein	complement(join(1757865..1757960,1758018..1758240,1758486..1759102))	Aspergillus niger	4988350
An15g07500	CDS	An15g07500	NT_166530.1	1760268	1761293	D	Catalytic activity: ribokinase catalyses the reaction ATP + D-ribose = ADP + D-ribose 5-phosphate.; Pathway: ribokinase activates D- ribose for the pentose cycle.; Remark: ribokinase of E. coli has been cloned and purified to homogeneity. protein sequence analyses of peptides generated by cyanogen bromide cleavage and o-iodosobenzoic acid cleavage confirmed the translation initiation site and the reading frame of the DNA sequence. amino acid compositions of native ribokinase and the C-terminal dodecapeptide agree with the predicted amino acid compositions, confirming the accuracy of the DNA sequence and the translation termination site.; Remark: the patent match is against the translated DNA sequence 391 of patent WO0100844-A/391 (AC# AX065265),which covers corynebacterium glutamicum genes encoding proteins involved in carbon metabolism and energy production.; Similarity: the ribokinase of E. coli and the predicted A. niger protein are highly conserved in diverse procaryotic and eucaryotic organisms including H. sapiens.; Title: strong similarity to ribokinase rbsK -Escherichia coli; See PMID 3011794; uncharacterized protein	1760268..1761293	Aspergillus niger	4988351
An15g07510	CDS	An15g07510	NT_166530.1	1761690	1764276	R	Function: CaPTR2 of C. albicans is involved in the uptake of small peptides. plasmids encoding CaPTR2 restored peptide transport to peptide transport deficient mutants of S. cerevisiae as determined by uptake of radiolabelled dileucine, growth on dipeptides as sources of required amino acids, and restoration of growth inhibition by toxic peptides.; Remark: CaPTR2 of C. albicans was cloned from a C. albicans genomic library by functional complementation of a peptide transport deficient mutant (strain ptr2-2) of S. cerevisiae.; Remark: the patent match is against the protein sequence of patent WO9525114-A1 (AC# AAR84891). The patent covers the peptide transport protein ATPTR2Ap of Arabidopsis thaliana, which will be used to increase plant resistance to herbicidal peptide(s), preferentially those produced by a plant pathogen.; Similarity: the peptide transport gene (CaPTR2) of C. albicans belongs to the PTR2 family of transporters.; Title: strong similarity to peptide transport gene CaPTR2 - Candida albicans; plasma membrane; See PMID 7773409; uncharacterized protein	complement(join(1761690..1763058,1763118..1763253,1763310..1763625,1764205..1764276))	Aspergillus niger	4988352
An15g07520	CDS	An15g07520	NT_166530.1	1765306	1765965	R	Title: similarity to hypothetical protein mlr2143 -Mesorhizobium loti; uncharacterized protein	complement(join(1765306..1765390,1765462..1765684,1765746..1765965))	Aspergillus niger	4988353
An15g07530	CDS	An15g07530	NT_166530.1	1767557	1785044	R	Function: AM-toxin synthetase (AMT) is a primary determinant of virulence and specificity in the A. alternata apple pathotype/apple interaction.; Remark: Afternaria afternata apple pathotype causes Alternaria blotch of susceptible apple cultivars through the production of a cyclic peptide host-specific toxin,AM-toxin.; Title: strong similarity to cyclic peptide AM-toxin synthase AMT - Alternaria alternata; See PMID 10875335; uncharacterized protein	complement(join(1767557..1767730,1767896..1771255,1771320..1784561,1784619..1785044))	Aspergillus niger	4988354
An15g07540	CDS	An15g07540	NT_166530.1	1785268	1787515	D	Remark: C-terminal truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	join(1785268..1785337,1785425..1785483,1785569..1785676,1785760..1785892,1786000..1786066,1786203..1786364,1786435..1786525,1786602..1786751,1786857..1786928,1787004..1787080,1787167..1787331,1787410..>1787515)	Aspergillus niger	84593273
An15g07550	CDS	An15g07550	NT_166530.1	1788679	1790136	D	Function: neutral amino acid permease Mtr of N. crassa is required for the transport of neutral aliphatic and aromatic amino acids via the N system.; Remark: the protein sequence of neutral amino acid permease Mtr of N. crassa is covered by patent WO9325663-A (AC# AAR47118). the patented Mtr of N. crassa is intended to be used as a selection marker.; Similarity: the predicted A. niger protein shows strong similarity to neutral amino acid permease Mtr of N. crassa and weak similarity to other amino acid transporters.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; See PMID 1838345; uncharacterized protein	join(1788679..1790013,1790077..1790136)	Aspergillus niger	4988356
An15g07560	CDS	An15g07560	NT_166530.1	1791765	1792325	D	Title: similarity to hypothetical protein dag11 -Agaricus bisporus; uncharacterized protein	join(1791765..1791896,1791983..1792216,1792272..1792325)	Aspergillus niger	4988357
An15g07570	CDS	An15g07570	NT_166530.1	1792685	1794650	D	Catalytic activity: arylsulfatase ars-1 of N. crassa catalyses the reaction: a phenol sulfate + H(2)O = a phenol + sulfate.; Remark: arylsulfatase of N. crassa is expressed under conditions of sulfur limitation and is under coordinate control of the cys-3+ and scon+ regulatory genes.; Title: strong similarity to arylsulfatase ars-1 -Neurospora crassa; See PMID 2528685; uncharacterized protein	join(1792685..1793030,1793080..1794063,1794137..1794258,1794318..1794650)	Aspergillus niger	4988358
An15g07580	CDS	An15g07580	NT_166530.1	1794864	1796368	R	Function: fructosyl amine oxygen oxidoreductase of A. fumigatus oxidatively degrades glycated low molecular weight amines and amino acids under formation of hydrogen peroxide and glucosone.; Title: strong similarity to fructosyl amine oxygen oxidoreductase - Aspergillus fumigatus; See PMID 9013588; See PMID 9139700; uncharacterized protein	complement(join(1794864..1796140,1796191..1796368))	Aspergillus niger	4988359
An15g07590	CDS	An15g07590	NT_166530.1	1796995	1798647	D	Remark: ttuB codes for a protein with homology to transporter proteins and is required for entry of tartrate into bacteria.; Similarity: belongs to the allantoate permease family.; Title: strong similarity to tartrate transport protein ttuB - Agrobacterium vitis; plasma membrane; See PMID 7592429; uncharacterized protein	join(1796995..1797119,1797166..1797393,1797445..1797539,1797586..1797675,1797719..1798647)	Aspergillus niger	4988360
An15g07600	CDS	An15g07600	NT_166530.1	1799233	1800903	D	Remark: the patent match is against the translated DNA sequence of patent EP1097998-A/6 (AC# AX135967), which covers the tetracycline resistance gene tetA.; Remark: the resistance protein TetA is a tetracycline/metal-proton antiporter located in the cytoplasmic membrane.; Similarity: the ORF shows weak similarity to some tetracycline resistance proteins.; Title: weak similarity to protein tetA from patent EP1097998-A - Corynebacterium glutamicum; See PMID 7826010; uncharacterized protein	join(1799233..1799509,1799560..1799673,1799742..1799835,1799927..1800323,1800382..1800903)	Aspergillus niger	4988361
An15g07610	CDS	An15g07610	NT_166530.1	1801179	1801848	R	hypothetical protein	complement(join(1801179..1801378,1801467..1801562,1801654..1801729,1801786..1801848))	Aspergillus niger	84593274
An15g07620	CDS	An15g07620	NT_166530.1	1801984	1802457	D	hypothetical protein	join(1801984..1802268,1802335..1802457)	Aspergillus niger	84593275
An15g07630	CDS	An15g07630	NT_166530.1	1803271	1804716	R	Title: strong similarity to hypothetical protein encoded by An12g03510 - Aspergillus niger; uncharacterized protein	complement(1803271..1804716)	Aspergillus niger	84593276
An15g07640	CDS	An15g07640	NT_166530.1	1804910	1806117	D	hypothetical protein	join(1804910..1804967,1805013..1805047,1805095..1805213,1805342..1805470,1805522..1805593,1805697..1805831,1805911..1805950,1806034..1806117)	Aspergillus niger	84593277
An15g07650	CDS	An15g07650	NT_166530.1	1806258	1807759	R	hypothetical protein	complement(join(1806258..1806385,1806468..1806573,1806666..1806729,1806915..1807041,1807348..1807471,1807551..1807622,1807709..1807759))	Aspergillus niger	84593278
An15g07660	CDS	An15g07660	NT_166530.1	1807798	1809271	D	hypothetical protein	join(1807798..1808091,1808175..1808270,1808483..1808626,1808716..1808830,1809084..1809271)	Aspergillus niger	84593279
An15g07670	CDS	An15g07670	NT_166530.1	1809400	1810614	R	Catalytic activity: monophenol monooxygenase of S. glaucescens catalyses the reaction L-tyrosine + L-DOPA + O(2) = L-DOPA + DOPAquinone + H(2)O.; Cofactor: monophenol monooxygenase of S. glaucescens requires copper as a cofactor.; Localization: intracellular and extracellular forms of monophenol monooxygenase of S. glaucescens were found to be indentical in molecular weight (29 000), in copper content (0. 21%), in the 19 amino acids at the amino-terminal end and in the ratio of cresolase to catecholase activity (0,005).; Pathway: monophenol monooxygenase plays a role in the metabolism of tyrosine and riboflavin and in the biosynthesis of flavonoids, stilbene and lignin as well as alkaloids.; Similarity: the predicted A. niger protein shows similarity to monophenol monooxygenase (tyrosinase) from S. glaucescens and many other organisms.; Title: similarity to monophenol monooxygenase tyrosinase - Streptomyces glaucescens; extracellular/secretion proteins; See PMID 3002431; See PMID 6804598; See PMID 1901488; uncharacterized protein	complement(join(1809400..1809678,1809742..1810063,1810133..1810227,1810276..1810614))	Aspergillus niger	4988368
An15g07680	CDS	An15g07680	NT_166530.1	1811369	1813121	D	hypothetical protein	join(1811369..1811500,1811549..1811625,1811706..1811790,1811869..1811928,1812051..1812177,1812272..1812375,1812580..1812621,1812745..1812884,1812974..1813121)	Aspergillus niger	84593280
An15g07690	CDS	An15g07690	NT_166530.1	1813273	1814193	R	hypothetical protein	complement(join(1813273..1813359,1813480..1813615,1813665..1813786,1813855..1813999,1814081..1814193))	Aspergillus niger	84593281
An15g07700	CDS	An15g07700	NT_166530.1	1815294	1816091	D	Catalytic activity: aspergillopepsin II of A. niger hydrolyses peptide bonds in proteins, preferentially at Tyr-X, Phe-X, His-X, Asn-X, Asp-X, Gln-X, and Glu-X residues.; Inhibition: aspergillopepsin II of A. niger is a unique acid endopeptidase that is insensitive (or less sensitive) to specific inhibitors of ordinary acid or aspartic proteinases, such as pepstatin,diazoacetyl-DL-norleucine methyl ester, and 1,2-epoxy-3-(p-nitrophenoxy)-propane.; Remark: Glu-219 and Asp-123 are deduced to be the catalytic residues of aspergillopepsin II.; Remark: pH titration analysis using small-angle X-ray scattering (SAXS) as well as circular dichroism (CD) and gel filtration indicated that the enzyme was unfolded around a neutral pH with concomitant dissociation of the two chains.; Remark: the protein sequence of aspergillopepsin II precursor of A. niger is covered by patent JP04075586-A (AC# AAR22752). the patented aspergillopepsin II (proctase-A) is used to produce secreted acid protease for digestive enzyme preparations.; Similarity: the predicted A. niger protein shows strong similarity, but not identity, to aspergillopepsin II precursor (acid proteinase A) of A. niger, which is a non-pepsin-type acid proteinase and belongs to peptidase family A4.; Structure: aspergillopepsin II of A. niger has a unique two-chain structure with a 39-residue light (L) chain and a 173-residue heavy (H) chain linked noncovalently. the mature two-chain form is processed from the single peptide chain preproenzyme of 282 residues.; Title: strong similarity to aspergillopepsin II precursor (acid proteinase A) - Aspergillus niger; extracellular/secretion proteins; See PMID 7674918; See PMID 9058983; See PMID 10684617; See PMID 10854444; See PMID 1918060; uncharacterized protein	1815294..1816091	Aspergillus niger	4988371
An15g07710	CDS	An15g07710	NT_166530.1	1816528	1817101	R	Title: similarity to hypothetical membrane protein YJR085c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1816528..1816632,1816682..1816851,1816906..1816998,1817065..1817101))	Aspergillus niger	4988372
An15g07720	CDS	An15g07720	NT_166530.1	1817862	1818885	R	Catalytic activity: carboxyphosphonoenolpyruvate mutase of S. hygroscopicus catalyses the reaction 1-carboxyvinyl carboxyphosphonate = 3-(hydrohydroxyphosphoryl)pyruvate + CO(2).; Pathway: carboxyphosphonoenolpyruvate mutase is involved in the synthesis of bialaphos, a potent herbicide isolated from S. hygroscopicus.; Similarity: the predicted A. niger protein shows strong similarity to carboxyphosphonoenolpyruvate mutase of S. hygroscopicus and related sequences from other procaryotic species as well as some fungi and A. thaliana.; Title: strong similarity to carboxyphosphonoenolpyruvate mutase - Streptomyces hygroscopicus; cytoplasm; uncharacterized protein	complement(join(1817862..1818484,1818544..1818688,1818751..1818885))	Aspergillus niger	4988373
An15g07730	CDS	An15g07730	NT_166530.1	1819576	1821975	D	Catalytic activity: 3-isopropylmalate dehydratase (leu1) of R. niveus catalyses 3-isopropylmalate = 2-isopropylmaleate + H(2)O, but also 2-isopropylmaleate + H(2)O = 3-hydroxy-4-methyl-3-carboxypentanone).; Function: the R. niveus leul gene complements leucine auxotrophy of R. niveus M-37 (leu1-), which is deficient for alpha-IPMI.; Pathway: 3-isopropylmalate dehydratase catalyses the second step in leucine biosynthesis.; Similarity: the predicted A. niger protein shows strong similarity to 3-isopropylmalate dehydratase (leu1) of R. niveus, which belongs to the aconitase/IPM isomerase family.; Title: strong similarity to 3-isopropylmalate dehydratase leu1 - Rhizopus niveus; uncharacterized protein	join(1819576..1819695,1819755..1819937,1819991..1820350,1820399..1820939,1820996..1821321,1821374..1821551,1821608..1821975)	Aspergillus niger	4988374
An15g07740	CDS	An15g07740	NT_166530.1	1822116	1824650	R	Function: the Leu3 protein of yeast is a dual-function regulator, stimulating transcription when the inducer alpha-isopropylmalate (alpha-IPM) is present and suppressing transcription when the inducer is absent.; Remark: yeast zinc cluster proteins form a major class of yeast transcriptional regulators. they usually bind as homodimers to target DNA sequences, with each monomer recognizing a CGG triplet. orientation and spacing between the CGG triplet specifies the recognition sequence for a given zinc cluster protein. Leu3p recognizes CGG triplets, but when oriented in opposite directions, an everted repeat.; Similarity: the predicted A. niger protein shows strong similarity to Leu3p, which belongs to the family of Zn(II)2Cys6 proteins.; Title: strong similarity to leucine-specific regulatory protein Leu3 - Saccharomyces cerevisiae; nucleus; See PMID 8428928; See PMID 8706857; See PMID 9660826; See PMID 10383402; uncharacterized protein	complement(join(1822116..1822867,1822932..1823194,1823258..1823695,1823744..1824086,1824162..1824268,1824326..1824486,1824630..1824650))	Aspergillus niger	4988375
An15g07750	CDS	An15g07750	NT_166530.1	1824802	1826184	D	hypothetical protein	join(1824802..1824882,1825186..1825270,1825369..1825386,1825438..1825617,1825750..1826003,1826098..1826184)	Aspergillus niger	84593282
An15g07760	CDS	An15g07760	NT_166530.1	1826361	1827368	D	Catalytic activity: purified manA of D. thermophilum hydrolyses 1,4-beta-D-mannosidic linkages in mannose,mannobiose, and mannotriose.; Pathway: manA of D. thermophilum is involved in fructose and mannose metabolism.; Remark: manA of D. thermophilum is a monomeric enzyme with an optimal temperature and pH for activity of 80 degrees C and 5. 0. in the absence of substrate, the enzyme showed no loss of activity at 80 degrees C over 16 h, while at 90 degrees C the enzyme had a half-life of 5. 4 min.; Similarity: the predicted A. niger protein shows strong similarity to beta-mannanase (manA) of D. thermophilum, which is a single-domain enzyme related to one group of beta-mannanases (glycosyl hydrolase family 26).; Title: strong similarity to beta-mannanase manA -Dictyoglomus thermophilum; extracellular/secretion proteins; See PMID 10525841; uncharacterized protein	1826361..1827368	Aspergillus niger	4988377
An15g07770	CDS	An15g07770	NT_166530.1	1827679	1828887	D	Remark: not all of the pregnancy-associated glycoproteins have the conserved active sites of the aspartic proteinase family and, therefore, may not be enzymatically active.; Similarity: the predicted A. niger protein shows weak similarity to pregnancy-associated glycoprotein 2 (PAG2) of S. scrofa, which, together with many other pregnancy-associated glycoproteins of S. scrofa and of ruminant species, belongs to the aspartic proteinase gene family (peptidase family A1).; Title: weak similarity to pregnancy-associated glycoprotein 2 PAG2 - Sus scrofa; See PMID 7669851; See PMID 9509990; uncharacterized protein	join(1827679..1827752,1827837..1827985,1828041..1828377,1828428..1828887)	Aspergillus niger	84593283
An15g07780	CDS	An15g07780	NT_166530.1	1828995	1829983	D	hypothetical protein	join(1828995..1829133,1829175..1829292,1829593..1829624,1829695..1829831,1829912..1829983)	Aspergillus niger	84593284
An15g07790	CDS	An15g07790	NT_166530.1	1830357	1831244	R	Similarity: similarity of the predicted A. niger protein to various protein sequences is due to low complexity sequences (serine and threonine).; Title: similarity to hypothetical protein encoded by An11g02730 - Aspergillus niger; uncharacterized protein	complement(join(1830357..1830559,1830711..1830907,1830985..1831244))	Aspergillus niger	4988380
An15g07800	CDS	An15g07800	NT_166530.1	1832415	1834692	R	Title: strong similarity to precursor of alpha-amylase A - Aspergillus niger; See PMID 2340591; uncharacterized protein	complement(join(1832415..1833070,1833141..1833192,1833257..1833331,1833382..1833472,1833522..1833684,1833742..1833850,1833905..1834060,1834114..1834217,1834330..1834384,1834450..1834692))	Aspergillus niger	4988381
An15g07810	CDS	An15g07810	NT_166530.1	1836330	1844754	D	Title: strong similarity to hypothetical cell wall alpha-glucan synthase ags1p - Schizosaccharomyces pombe; uncharacterized protein	join(1836330..1836692,1836756..1836931,1836991..1837219,1837272..1837753,1837816..1838108,1838158..1838656,1838742..1839186,1839246..1841461,1841521..1841562,1841622..1842777,1842836..1843006,1843067..1843217,1843274..1843575,1843643..1844003,1844067..1844257,1844665..1844754)	Aspergillus niger	4988382
An15g07820	CDS	An15g07820	NT_166530.1	1845029	1845843	D	hypothetical protein	join(1845029..1845205,1845281..1845403,1845464..1845589,1845643..1845843)	Aspergillus niger	4988383
An15g07830	CDS	An15g07830	NT_166530.1	1846429	1847708	D	Title: similarity to hypothetical protein attM -Agrobacterium tumefaciens; uncharacterized protein	join(1846429..1846660,1846761..1847132,1847221..1847708)	Aspergillus niger	4988384
An15g07840	CDS	An15g07840	NT_166530.1	1848063	1848839	D	Title: similarity to alkyl salicylate esterase salE - Acinetobacter sp.; See PMID 10715011; uncharacterized protein	1848063..1848839	Aspergillus niger	4988385
An15g07850	CDS	An15g07850	NT_166530.1	1850272	1851047	D	hypothetical protein	join(1850272..1850336,1850384..1851047)	Aspergillus niger	84593285
An15g07860	CDS	An15g07860	NT_166530.1	1851102	1852517	R	Title: strong similarity to hypothetical short chain dehydrogenase SPCC736.13 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1851102..1851375,1851437..1851729,1851893..1852007,1852117..1852311,1852435..1852517))	Aspergillus niger	4988387
An15g07870	CDS	An15g07870	NT_166530.1	1852983	1854095	R	Catalytic activity: An alcohol + NAD(+) <=> an aldehyde or ketone + NADH.; Cofactor: Zinc or Iron.; Remark: Acts on primary or secondary alcohols or hemiacetals. The animal, but not the yeast, enzyme acts also on cyclic secondary alcohols.; Title: strong similarity to alcohol dehydrogenase adhT - Bacillus stearothermophilus; See PMID 4578954; See PMID 436831; See PMID 1735726; uncharacterized protein	complement(1852983..1854095)	Aspergillus niger	4988388
An15g07880	CDS	An15g07880	NT_166530.1	1855355	1857116	R	Title: strong similarity to hypothetical hydroxylase A - Amycolatopsis orientalis; uncharacterized protein	complement(join(1855355..1855632,1855693..1856232,1856283..1856721,1856840..1856888,1856992..1857116))	Aspergillus niger	4988389
An15g07890	CDS	An15g07890	NT_166530.1	1857798	1858674	R	Title: similarity to protein c-fos - Xenopus laevis; See PMID 2632235; uncharacterized protein	complement(join(1857798..1857802,1857961..1858508,1858562..1858674))	Aspergillus niger	84593286
An15g07900	CDS	An15g07900	NT_166530.1	1859696	1861504	D	Title: strong similarity to cytochrome P450 -Myrothecium roridum; See PMID 9529523; uncharacterized protein	join(1859696..1859903,1859970..1860838,1860899..1860924,1860972..1861056,1861105..1861268,1861327..1861504)	Aspergillus niger	4988391
An15g07910	CDS	An15g07910	NT_166530.1	1862045	1867736	D	Title: strong similarity to cyclic peptide AM-toxin synthase AMT - Alternaria alternata; See PMID 10875335; uncharacterized protein	join(1862045..1862404,1862454..1867736)	Aspergillus niger	4988392
An15g07920	CDS	An15g07920	NT_166530.1	1868857	1877016	D	Title: strong similarity to lovastatin nonaketide synthase lovB - Aspergillus terreus; See PMID 10381407; See PMID 11378962; uncharacterized protein	join(1868857..1869196,1869263..1869531,1869619..1870855,1870916..1872045,1872099..1873706,1873772..1873833,1873888..1875706,1875784..1876092,1876151..1876821,1876905..1877016)	Aspergillus niger	4988393
An15g07930	CDS	An15g07930	NT_166530.1	1878048	1879820	D	Catalytic activity: L-arginine + N NADPH + M O(2) <=> citrulline + nitric oxide + N NADP(+).; Remark: truncated due to contig end.; Title: strong similarity to nitric-oxide synthase -Manduca sexta [truncated ORF]; See PMID 9736646; uncharacterized protein	join(1878048..1878603,1878667..1878743,1878816..1879129,1879182..1879298,1879359..>1879820)	Aspergillus niger	4988394
An02g00010	CDS	An02g00010	NT_166519.1	26	574	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(26..78,160..574)	Aspergillus niger	4979615
An02g00020	CDS	An02g00020	NT_166519.1	713	988	R	Remark: the ORF is short in length (91 amino acids).; Similarity: the ORF shows over a stretch of ca. 40 amino acids strong similarity to the N-terminus of several yeast allantoin permeases (ca. 500 amino acids in length).; Title: similarity to hypothetical allantoate permease - Schizosaccharomyces pombe; uncharacterized protein	complement(713..988)	Aspergillus niger	84590178
An02g00030	CDS	An02g00030	NT_166519.1	1606	2977	R	Function: S. cerevisiae ARO8 is specialised for aromatic amino acid and alpha-aminoadipate transamination.; Phenotype: a double mutant of ARO8 and ARO9 of S. cerevisiae is auxotroph for phenylalanine/tyrosine.; Title: strong similarity to aromatic aminotransferases I Aro8 - Saccharomyces cerevisiae; See PMID 9491082; See PMID 9491083; uncharacterized protein	complement(join(1606..2378,2434..2977))	Aspergillus niger	4979640
An02g00040	CDS	An02g00040	NT_166519.1	3736	5430	D	Function: DAL5 of S. cerevisiae is a component of the allantoate transport system.; Remark: DAL5 of S. cerevisiae belongs to the allantoate permease family.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; uncharacterized protein	join(3736..4114,4171..4836,4891..5238,5291..5430)	Aspergillus niger	4979623
An02g00050	CDS	An02g00050	NT_166519.1	5800	7488	D	Function: pnba of B. subtilis hydrolysis several beta-lactam antibiotic pnb esters to the corresponding free acid and pnb alcohol.; Remark: pnba of B. subtilis belongs to the type-B carboxylesterase/lipase family.; Similarity: the ORF overlaps with pnba of B. subtilis N-terminally (up to amino acid 300).; Title: strong similarity to para-nitrobenzyl esterase pnba - Bacillus subtilis; See PMID 7828905; uncharacterized protein	join(5800..7196,7266..7488)	Aspergillus niger	4979626
An02g00060	CDS	An02g00060	NT_166519.1	10494	12038	D	Function: Mst-1 of A. muscaria transports monosaccharids via the plasma membrane.; Induction: Mst-1 of A. muscaria is upregulated by monosaccharids.; Remark: Mst-1 of A. muscaria belongs to the sugar transporter family.; Title: strong similarity to monosaccharide transporter AmMst-1 - Amanita muscaria; plasma membrane; See PMID 9487692; uncharacterized protein	10494..12038	Aspergillus niger	4979618
An02g00070	CDS	An02g00070	NT_166519.1	12833	13969	D	Function: bah of S. hygroscopicus removes the N-acetyl group from bialaphos.; Pathway: bah of S. hygroscopicus catalyzes one of the final steps in the bialaphos biosynthetic pathway.; Remark: bah of S. hygroscopicus belongs to the 'GDXG' family of lipolytic enzymes.; Remark: bialaphos is an antibiotic.; Title: strong similarity to bialaphos acetylhydrolase bah - Streptomyces hygroscopicus; See PMID 2066341; See PMID 8688624; uncharacterized protein	12833..13969	Aspergillus niger	4979632
An02g00080	CDS	An02g00080	NT_166519.1	14732	15307	R	Catalytic activity: flhA of P. denitrificans catalyzes the reaction: formaldehyde + glutathione + NAD+ = S-formylglutathione + NADH.; Complex: flhA of P. denitrificans forms a tetramer.; Function: flhA of P. denitrificans is is essential for the oxidation of formaldehyde produced during methylotrophic growth.; Pathway: flhA of P. denitrificans is a component of the formaldehyde detoxification pathway.; Phenotype: mutation of flhA of P. denitrificans abolishes the bacterium's ability to grow on methanol,methylamine, or choline, whereas heterotrophic growth remains unaffected.; Title: strong similarity to NAD-GSH-dependent formaldehyde dehydrogenase flhA - Paracoccus denitrificans; deleted EC_number 1.2.1.1; See PMID 7798140; uncharacterized protein	complement(14732..15307)	Aspergillus niger	4979627
An02g00090	CDS	An02g00090	NT_166519.1	17548	18852	D	Catalytic activity: prolidase of A. esteraromaticum hydrolyses Xaa-|-Pro dipeptides.; Similarity: the ORF overlaps with the A. niger EST an_2700 in EMBLEST:BE759786 at it's C-terminus.; Title: strong similarity to prolidase -Aureobacterium esteraromaticum; See PMID 9989239; uncharacterized protein	17548..18852	Aspergillus niger	4979647
An02g00100	CDS	An02g00100	NT_166519.1	19415	20388	R	Localization: est of A. calcoaceticus is external to the cytoplasmic membrane.; Phenotype: est mutants of A. calcoaceticus loose the ability to grow on simple triglycerides such as triacetin,but they are still able to grow on acetate.; Remark: A. calcoaceticus is an oil-degrading bacterium.; Remark: est of A. calcoaceticus belongs to the 'gdxg' family of lipolytic enzymes.; Similarity: the ORF is aligned to the est of A. calcoaceticus N-terminally (up to amino acid 236) and the alignement encompasses 3 gaps (with one gap > 20 amino acids).; Title: similarity to esterase est - Acinetobacter calcoaceticus; See PMID 2545531; uncharacterized protein	complement(join(19415..19789,19864..20388))	Aspergillus niger	4979639
An02g00110	CDS	An02g00110	NT_166519.1	22533	23489	D	Title: strong similarity to hypothetical protein encoded by An11g10340 - Aspergillus niger; uncharacterized protein	22533..23489	Aspergillus niger	4979624
An02g00120	CDS	An02g00120	NT_166519.1	24371	25179	R	hypothetical protein	complement(join(24371..24800,24862..24995,25054..25179))	Aspergillus niger	4979619
An02g00130	CDS	An02g00130	NT_166519.1	25596	27867	D	Remark: the ORF has an unusual exon/intron structure for A. niger with very long introns (> 500 bp).; Title: questionable ORF; uncharacterized protein	join(25596..25666,25772..25883,26461..26535,26638..26679,26876..27184,27240..27419,27510..27551,27643..27867)	Aspergillus niger	84590179
An02g00140	CDS	An02g00140	NT_166519.1	28383	30080	R	Catalytic activity: xynB of B. subtilis hydrolysis 1, 4-beta-D-xylans in removing successive D-xylose residues from the non-reducing termini.; Pathway: xynB of B. subtilis is involved xylan degradation/utilization.; Phenotype: the xynB mutant of B. subtilis is deficient in xylan utilization.; Similarity: the similarity of the ORF to xynB of B. subtilis is restricted to the first 400 amino acids (4/5 of the protein).; Title: strong similarity to xylan 1,4-beta-xylosidase xynB - Bacillus subtilis; See PMID 6413490; See PMID 9649739; uncharacterized protein	complement(join(28383..29110,29166..29622,29682..30080))	Aspergillus niger	4979621
An02g00150	CDS	An02g00150	NT_166519.1	30332	32115	R	Function: pdat9 of N. haematococca detoxifies the phytoalexin pisatin.; Remark: pdat9 of N. haematococca was assigned to a new cytochrome P450 family, CYP57.; Remark: pisatin is an antimicrobial compound produced by pea in response to infection by N. haematococca.; Title: strong similarity to cytochrome P450 pisatin demethylase PDAT9 - Nectria haematococca; See PMID 8208242; See PMID 8755624; uncharacterized protein	complement(join(30332..30526,30580..30711,30767..30868,30915..31676,31737..31822,31863..32115))	Aspergillus niger	4979625
An02g00160	CDS	An02g00160	NT_166519.1	32492	34247	D	Function: pth11 of M. grisea is not required for appressorium morphogenesis but is involved in host surface recognition; it represses differentiation on poorly inductive surfaces; Function: pth11 of M. grisea mediates appressorium differentiation in response to inductive substrate cues.; Localization: pth11 of M. grisea is found at the cell membrane and vacuoles.; Phenotype: pth11 mutants of M. grisea are nonpathogenic due to the defect in appressorium differentiation.; Remark: fungi infect plants by appressorium formation.; Title: strong similarity to appressorium differentiation protein pth11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(32492..32617,32896..33183,33231..33691,33854..34247)	Aspergillus niger	4979614
An02g00170	CDS	An02g00170	NT_166519.1	34365	37432	R	Function: hyuA of Pseudomonas sp. hydrolyzes hydantoin.; Pathway: stereospecific conversion of DL-5-substituted hydantoins to the corresponding L-amino acids.; Similarity: the ORF overlaps solely N-terminal with the hyuA gene of Pseudomonas sp. (up to amino acid 398 of the ORF).; Title: similarity to hydantoin hydrolase hyuA -Pseudomonas sp.; See PMID 1732229; See PMID 9028051; uncharacterized protein	complement(join(34365..37321,37384..37432))	Aspergillus niger	4979648
An02g00180	CDS	An02g00180	NT_166519.1	37868	39829	R	Function: pho-4 of N. crassa encodes a phosphate transporter.; Remark: pho-4 of N. crassa belongs to the pho-4 family of transporters.; Remark: pho-4 of N. crassa serves presumably as Na(+)-phosphate symporter, because phosphate uptake is stimulated 85-fold by the addition of Na+.; Repression: pho-4 of N. crassa is repressed by phosphate.; Similarity: the ORF overlaps with the A. niger EST an_2869 in EMBLEST:BE759926.; Title: strong similarity to phosphate-repressible phosphate permease pho-4 - Neurospora crassa; See PMID 2531109; See PMID 7732001; uncharacterized protein	complement(join(37868..38157,38209..39663,39748..39829))	Aspergillus niger	4979631
An02g00190	CDS	An02g00190	NT_166519.1	40940	42800	R	Complex: the amdA protein of Rhodococcus forms a homodimer.; Remark: amdA of Rhodococcus belongs to the indoleacetamide hydrolases.; Similarity: the ORF overlaps with amdA only at it's N-terminus (up to amino acid 333).; Similarity: the ORF shows strong similarity to amidases and amidotransferases of various species.; Title: similarity to enantiomer-selective amidase amdA - Rhodococcus sp.; See PMID 1938876; uncharacterized protein	complement(join(40940..41967,42024..42451,42505..42800))	Aspergillus niger	4979610
An02g00200	CDS	An02g00200	NT_166519.1	44179	45575	D	Function: pth11 of M. grisea is not required for appressorium morphogenesis but is involved in host surface recognition; it represses differentiation on poorly inductive surfaces.; Function: pth11 of M. grisea mediates appressorium differentiation in response to inductive substrate cues.; Localization: pth11 of M. grisea is found at the cell membrane and vacuoles.; Phenotype: pth11 mutants of M. grisea are nonpathogenic due to the defect in appressorium differentiation.; Remark: fungi infect plants by appressorium formation.; Similarity: the alignment of the ORF with pth11 of M. grisea excludes 88 C-terminal amino acids of the ORF and 111 N-terminal and 235 C-terminal amino acids of pth11.; Title: similarity to appressorium differentiation protein pth11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(44179..44400,44474..44982,45047..45575)	Aspergillus niger	4979629
An02g00210	CDS	An02g00210	NT_166519.1	48541	52371	D	Function: mxaA of S. aurantiaca extends the assembled polyketide chain of the myxalamids with alanine.; Pathway: mxaA of S. aurantiaca is involved in myxalamid biosynthesis.; Remark: myxalamids are typical polyketide structures with incorporated amino acids.; Similarity: the ORF shows also similarity to other peptide synthetases.; Title: strong similarity to nonribosomal peptide synthase MxaA - Stigmatella aurantiaca; See PMID 11182319; uncharacterized protein	48541..52371	Aspergillus niger	4979636
An02g00220	CDS	An02g00220	NT_166519.1	52734	53728	R	Function: the 17beta-HSD protein of C. lunatus catalyses the reduction of steroids and of nonsteroidal substrates.; Remark: 17beta-HSD of C. lunatus belongs to the short chain alcohol dehydrogenase/reductase family.; Remark: expression studies revealed that 17beta-HSD of C. lunatus is mainly expressed in the stationary phase of growth indicating its possible involvement in secondary metabolism.; Similarity: the ORF shows also strong similarity to oxygenase-reductases but these enzymes have about twice the length of the ORF and overlap with the ORF at their C-terminus.; Title: strong similarity to 17beta-hydroxysteroid dehydrogenase 17beta-HSDcl - Cochliobolus lunatus; See PMID 11165029; See PMID 9895285; See PMID 10624836; uncharacterized protein	complement(join(52734..52809,52873..53203,53271..53593,53643..53728))	Aspergillus niger	4979633
An02g00230	CDS	An02g00230	NT_166519.1	54271	55126	R	Function: Fum9 of G. moniliformis is presumably involved in fumonisin biosynthesis.; Remark: fumonisins are mycotoxins found in infected maize and sorghum.; Title: similarity to hypothetical fumonisin biosynthesis protein FUM9 - Gibberella moniliformis; uncharacterized protein	complement(join(54271..54622,54681..55126))	Aspergillus niger	4979612
An02g00240	CDS	An02g00240	NT_166519.1	55801	57803	D	Induction: GABA of A. nidulans is induced via the intA gene.; Repression: GABA of A. nidulans is subject of ammonium repression mediated by the areA gene.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 375001; See PMID 10320578; uncharacterized protein	join(55801..56013,56080..56202,56252..56361,56420..56826,56871..57029,57129..57274,57327..57803)	Aspergillus niger	4979613
An02g00250	CDS	An02g00250	NT_166519.1	57859	58638	R	Catalytic activity: 2-deoxy-D-ribose 5-phosphate = D-glyceraldehyde 3-phosphate + acetaldehyde.; Pathway: the dra protein of B. subtilis is involved in the nucleotide and deoxyribonucleotide catabolism.; Remark: the dra gene of B. subtilis is part of the dra-nupC-pdp operon.; Repression: the dra-nupC-pdp operon of B. subtilis is subject to glucose repression.; Title: strong similarity to deoxyribose-phosphate aldolase dra - Bacillus subtilis; cytoplasm; See PMID 8550462; uncharacterized protein	complement(join(57859..58098,58132..58638))	Aspergillus niger	4979635
An02g00260	CDS	An02g00260	NT_166519.1	58884	61558	R	Function: acu-15 of N. crassa functions as a positive regulator of acetate induction.; Similarity: the ORF and acu-15 of N. crassa are aligned only at a stretch shorter than 200 amino acids and this alignment does not encompass the Zn2Cys6 DNA-binding domain of acu-15 of N. crassa or the leucine zipper of the ORF.; Similarity: the ORF shows also weak similarity to other (putative) transcription factors.; Similarity: the ORF shows strong similarity to the hypothetical protein encoded by An07g01280 from A. niger.; Title: weak similarity to hypothetical transcription activator protein acu-1 - Neurospora crassa; uncharacterized protein	complement(join(58884..59053,59102..60308,60477..60944,61000..61004,61361..61416,61548..61558))	Aspergillus niger	4979616
An02g00270	CDS	An02g00270	NT_166519.1	62718	63071	R	Induction: it was reported that the mRNA for binA of A. nidulans was induced by bafilomycin.; Title: strong similarity to hypothetical protein binA - Aspergillus nidulans; uncharacterized protein	complement(join(62718..62813,62853..63071))	Aspergillus niger	84590180
An02g00280	CDS	An02g00280	NT_166519.1	63553	64344	D	Function: the CefT protein confers resistance to some toxic organic acids, including isovaleric acid and phenylacetic acid.; Remark: 2 possible sequencing errors were corrected by intron insertion: the first putative error is located between exons 2 and 3 (1 bp missing) and the second is located between exons 3 and 4 (1 bp too much).; Similarity: the predicted ORF is about 280 amino acids shorter than several major facilitator protein homologs.; Title: similarity to multidrug resistant protein cefT - Acremonium chrysogenum [putative sequencing error]; See PMID 12172807; uncharacterized protein	join(63553..63612,63793..64113,64116..64180,64242..64344)	Aspergillus niger	84590181
An02g00290	CDS	An02g00290	NT_166519.1	64897	67241	D	Function: putative transcriptional regulator.; Title: strong similarity to hypothetical protein EAA61130.1 - Aspergillus nidulans; uncharacterized protein	join(64897..65926,65993..66410,66494..67241)	Aspergillus niger	4979643
An02g00300	CDS	An02g00300	NT_166519.1	68162	69104	D	Title: similarity to hypothetical protein MDB19 -Arabidopsis thaliana; uncharacterized protein	join(68162..68379,68467..68961,69017..69104)	Aspergillus niger	4979644
An02g00310	CDS	An02g00310	NT_166519.1	69480	70555	R	Remark: AFAR is a protein in rat liver cytosol that reduces aflatoxin B1-dialdehyde.; Similarity: shows similarity to several different oxidoreductases with different specificities.; Title: strong similarity to aflatoxin B1 aldehyde reductase AFAR - Rattus norvegicus; See PMID 8526867; See PMID 9331086; uncharacterized protein	complement(join(69480..70426,70492..70555))	Aspergillus niger	4979645
An02g00320	CDS	An02g00320	NT_166519.1	70646	72369	R	Title: weak similarity to hypothetical biotin activation protein jhp1068 - Helicobacter pylori; uncharacterized protein	complement(join(70646..70784,70834..70896,71518..71916,72155..72369))	Aspergillus niger	4979649
An02g00330	CDS	An02g00330	NT_166519.1	72573	73094	D	hypothetical protein	72573..73094	Aspergillus niger	4979628
An02g00340	CDS	An02g00340	NT_166519.1	73691	75565	D	Function: the A. oryzae amdS gene encodes an acetamidase enzyme that hydrolyses acetamide to acetate and ammonium thus providing A. oryzae with a source of carbon and nitrogen.; Title: strong similarity to acetamidase amds -Aspergillus oryzae; See PMID 1840550; uncharacterized protein	join(73691..73981,74037..74159,74210..74362,74412..75266,75315..75399,75450..75565)	Aspergillus niger	4979617
An02g00350	CDS	An02g00350	NT_166519.1	75868	77619	R	Function: tannase (tannin acyl hydrolase) is a carboxylic ester hydrolase which hydrolyzes the ester bonds of tannic acid to produce gallic acid and glucose.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; uncharacterized protein	complement(75868..77619)	Aspergillus niger	4979637
An02g00360	CDS	An02g00360	NT_166519.1	77727	79478	D	hypothetical protein	join(77727..77866,78056..78397,78509..78731,78878..79003,79139..79210,79289..79384,79461..79478)	Aspergillus niger	84590182
An02g00370	CDS	An02g00370	NT_166519.1	79745	83097	R	Title: strong similarity to hypothetical protein encoded by An06g00670 - Aspergillus niger; uncharacterized protein	complement(join(79745..80897,81002..83097))	Aspergillus niger	84590183
An02g00380	CDS	An02g00380	NT_166519.1	83248	83811	D	hypothetical protein	join(83248..83416,83501..83811)	Aspergillus niger	84590184
An02g00390	CDS	An02g00390	NT_166519.1	84337	85865	R	Remark: PTH11 is a pathogenicity gene predicted to encode a novel transmembrane protein. pth11 mutants are nonpathogenic and it is suggested that the protein is involved in host surface recognition by functioning as an upstream effector of appressorium differentiation.; Similarity: shows similarity to central part of M. grisea PTH11 protein, might be a putative pseudogene.; Title: similarity to integral membrane protein PTH11 from patent WO9913094-A2 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(84337..84442,84646..85038,85105..85478,85531..85635,85695..85865))	Aspergillus niger	4979609
An02g00400	CDS	An02g00400	NT_166519.1	86467	88356	D	Similarity: show similarity to several prokaryotic and eukaryotic GMC oxidoreductases with different specificities.; Title: similarity to aryl-alcohol oxidase precursor aao - Pleurotus pulmonarius; See PMID 10606774; uncharacterized protein	join(86467..86682,86746..88356)	Aspergillus niger	4979620
An02g00410	CDS	An02g00410	NT_166519.1	88741	89145	D	hypothetical protein	join(88741..88769,88812..88883,88983..89145)	Aspergillus niger	84590185
An02g00420	CDS	An02g00420	NT_166519.1	89478	91497	R	Similarity: the ORF shows similarity to several multi-drug transporter.; Title: similarity to multidrug resistance protein fnx1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(89478..89672,89765..90411,90501..90567,90774..90878,90929..91017,91058..91123,91210..91317,91395..91497))	Aspergillus niger	4978523
An02g00430	CDS	An02g00430	NT_166519.1	91507	91913	R	hypothetical protein	complement(join(91507..91629,91698..91913))	Aspergillus niger	84590186
An02g00440	CDS	An02g00440	NT_166519.1	92015	93344	R	Title: weak similarity to dihydrofolate reductase dfr1p - Schizosaccharomyces pombe; See PMID 8088538; uncharacterized protein	complement(join(92015..92514,92571..92608,92714..92732,92803..92932,93190..93242,93338..93344))	Aspergillus niger	4978525
An02g00450	CDS	An02g00450	NT_166519.1	93601	102087	D	Remark: 4 possible sequencing errors were predicted by genewise, which were corrected by (mini) intron insertions, at position 55739 (1 bp missing), at position 53016 (1 base missing), at position 52327 (1 bp missing),and at position 51457 (1 bp missing).; Title: strong similarity to lovastatin diketide synthase lovF - Aspergillus terreus [putative sequencing error]; See PMID 10334994; uncharacterized protein	join(93601..94200,94257..94605,94688..94738,94816..94979,95032..95511,95578..95698,95751..95910,95965..96365,96411..96895,96898..96987,97052..98371,98430..98759,98795..98856,98919..99001,99083..99622,99691..100307,100310..100822,100878..101172,101258..102087)	Aspergillus niger	10098058
An02g00460	CDS	An02g00460	NT_166519.1	103169	104875	R	Protein sequence is in conflict with the conceptual translation; Title: similarity to hypothetical oxidoreductase ox1 - Claviceps purpurea [putative sequencing error]; putative sequencing error; uncharacterized protein	complement(103169..104875)	Aspergillus niger	4978527
An02g00470	CDS	An02g00470	NT_166519.1	106208	107553	D	Localization: PTH11 of M. grisea was localised as a GFP-fusion protein in the cell membrane and in the vacuoles.; Phenotype: pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation. This suggests that Pth11p functions at the cell cortex as an upstream effector of appressorium differentiation.; Title: similarity to transmembrane protein PTH11 -Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(106208..106403,106503..106543,106612..106991,107043..107107,107165..107553)	Aspergillus niger	4978528
An02g00480	CDS	An02g00480	NT_166519.1	108006	108349	R	Title: questionable ORF; uncharacterized protein	complement(join(108006..108085,108135..108194,108295..108349))	Aspergillus niger	84590187
An02g00490	CDS	An02g00490	NT_166519.1	109430	112719	D	Title: weak similarity to mitochondrial precursor protein import receptor tom70 - Neurospora crassa; uncharacterized protein	join(109430..110094,110150..110822,110908..111799,112514..112719)	Aspergillus niger	4978530
An02g00500	CDS	An02g00500	NT_166519.1	113267	113870	D	Title: strong similarity to hypothetical protein encoded by An07g03540 - Aspergillus niger; uncharacterized protein	join(113267..113668,113718..113870)	Aspergillus niger	4978531
An02g00510	CDS	An02g00510	NT_166519.1	114196	115431	D	Title: weak similarity to hypothetical protein encoded by YDL218w - Saccharomyces cerevisiae; uncharacterized protein	join(114196..114345,114402..114514,114574..114699,114895..114948,115021..115138,115348..115431)	Aspergillus niger	4978532
An02g00520	CDS	An02g00520	NT_166519.1	117963	118263	D	hypothetical protein	join(117963..118080,118136..118263)	Aspergillus niger	84590188
An02g00530	CDS	An02g00530	NT_166519.1	119087	120405	D	Remark: Rsb1 of S. cerevisiae is predicted to be an integral membrane protein with seven transmembrane-spanning domains.; Remark: Rsb1 overproducing cells showed an ATP-dependen decrease in accumulation of exogenously added sphingosine and dihydrosphingosine because of their increased release.; Title: weak similarity to sphingoid long-chain base resistancy protein Rsb1 - Saccharomyces cerevisiae; See PMID 12034738; uncharacterized protein	join(119087..119308,119370..119972,120037..120405)	Aspergillus niger	4978534
An02g00540	CDS	An02g00540	NT_166519.1	120643	122900	R	Title: similarity to hypothetical transcription regulator protein CAA91958.1 - Schizosaccharomyces pombe; nucleus; uncharacterized protein	complement(join(120643..121110,121167..122628,122674..122900))	Aspergillus niger	4978535
An02g00550	CDS	An02g00550	NT_166519.1	122975	123958	D	Remark: the gibberellin (GA) 20-oxidase encoded by the GA5 gene of Arabidopsis directs GA biosynthesis.; Similarity: shows similarity to several oxidoreductases.; Title: similarity to gibberellin 20-oxidase GA5 -Arabidopsis thaliana; See PMID 7604047; See PMID 10330476; uncharacterized protein	122975..123958	Aspergillus niger	4978536
An02g00560	CDS	An02g00560	NT_166519.1	124105	126162	R	Remark: uapA of A. nidulans is a high-affinity,high-capacity specific xanthine/uric acid transporter; the region including amino acid residues 378-446 in UapA is critical for purine recognition and transport.; Title: strong similarity to uric acid-xanthine permease uapA - Aspergillus nidulans; See PMID 9670000; See PMID 10824738; uncharacterized protein	complement(join(124105..124499,124562..125025,125072..125751,125798..126094,126124..126162))	Aspergillus niger	4978537
An02g00570	CDS	An02g00570	NT_166519.1	126179	127708	D	Function: atrazine chlorocyclohydrolase hydrolytically dechlorinates atrazine to hydroxyatrazine.; Pathway: atrazine chlorocyclohydrolase catalyzes the first step in atrazine degradation pathway.; Title: strong similarity to atrazine chlorocyclohydrolase atzA - Pseudomonas sp.; See PMID 8759853; See PMID 11010866; uncharacterized protein	join(126179..126646,126716..127708)	Aspergillus niger	4978538
An02g00580	CDS	An02g00580	NT_166519.1	127756	129306	R	Function: pyruvate dehydrogenase phosphatase PDPc of B. taurus is a serine/threonine phosphatase removing the serine- or threonine-bound phosphate group from pyruvate dehydrogenase.; Title: similarity to pyruvate dehydrogenase phosphatase PDPc - Bos taurus; See PMID 8396421; uncharacterized protein	complement(127756..129306)	Aspergillus niger	4978539
An02g00590	CDS	An02g00590	NT_166519.1	129844	131662	R	Title: strong similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis; See PMID 8830679; uncharacterized protein	complement(join(129844..130598,130668..131053,131103..131303,131361..131662))	Aspergillus niger	4978540
An02g00600	CDS	An02g00600	NT_166519.1	131930	133850	R	hypothetical protein	complement(join(131930..132071,132200..132552,132632..132721,132762..132865,133205..133276,133527..133671,133755..133850))	Aspergillus niger	84590189
An02g00610	CDS	An02g00610	NT_166519.1	134497	136769	R	Catalytic activity: beta-galactosidase catalyzes the hydrolysis of terminal, non-reducing beta-D-galactose residues in beta-D-galactosides.; Title: similarity to beta-galactosidase bgaM -Bacillus megaterium; See PMID 10322036; uncharacterized protein	complement(join(134497..134794,134844..134974,135023..135163,135222..135437,135487..135890,135943..136392,136442..136769))	Aspergillus niger	4978542
An02g00620	CDS	An02g00620	NT_166519.1	136860	137539	R	Title: weak similarity to endometrium tumour EST encoded protein 15 from patent DE19817948-A1 - Homo sapiens; uncharacterized protein	complement(join(136860..137149,137232..137357,137500..137539))	Aspergillus niger	84590190
An02g00630	CDS	An02g00630	NT_166519.1	137719	138303	R	hypothetical protein	complement(137719..138303)	Aspergillus niger	84590191
An02g00640	CDS	An02g00640	NT_166519.1	138711	139407	R	hypothetical protein	complement(join(138711..138845,138958..139061,139209..139407))	Aspergillus niger	84590192
An02g00650	CDS	An02g00650	NT_166519.1	139410	141448	D	hypothetical protein	join(139410..139487,139612..139658,139749..139889,139957..140043,140228..140337,140657..140934,141010..141281,141337..141448)	Aspergillus niger	84590193
An02g00660	CDS	An02g00660	NT_166519.1	142215	145264	D	Title: similarity to hypothetical protein CAC18275.2 - Neurospora crassa; uncharacterized protein	join(142215..143382,143430..145264)	Aspergillus niger	4978547
An02g00670	CDS	An02g00670	NT_166519.1	145609	146884	D	Catalytic activity: ketopantoate reductase catalyzes the conversion of (r)-pantoate + NADP+ = 2-dehydropantoate + NADPH.; Function: ketopantoate reductase catalyzes the nadph-dependent reduction of ketopantoate into pantoic acid.; Pathway: ketopantoate reductase is involved in the alternative pyrimidine biosynthetic (apb) pathway.; Remark: the encoded protein shows also similarities to ketopantoate reductases from other organisms.; Title: similarity to hypothetical protein encoded by all1319 - Nostoc sp.; uncharacterized protein	join(145609..145649,145702..145795,145845..145899,145957..146156,146216..146739,146821..146884)	Aspergillus niger	4978548
An02g00680	CDS	An02g00680	NT_166519.1	148444	148990	R	Title: weak similarity to hypothetical protein YMR192w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(148444..148769,148824..148902,148961..148990))	Aspergillus niger	4978549
An02g00690	CDS	An02g00690	NT_166519.1	151333	152187	D	hypothetical protein	join(151333..151532,151574..151691,152122..152187)	Aspergillus niger	84590194
An02g00700	CDS	An02g00700	NT_166519.1	152519	153830	R	Title: strong similarity to hypothetical protein encoded by An02g06510 - Aspergillus niger; uncharacterized protein	complement(join(152519..153138,153194..153830))	Aspergillus niger	4978551
An02g00710	CDS	An02g00710	NT_166519.1	154305	156421	D	Similarity: the ORF encoded protein shows weak similarity to many heat shock proteins.; Title: similarity to hypothetical protein CAE76621.1 - Neurospora crassa; uncharacterized protein	join(154305..154368,154437..154942,154978..155064,155131..155200,155256..155530,155655..155689,155743..155920,155989..156118,156204..156421)	Aspergillus niger	4978552
An02g00720	CDS	An02g00720	NT_166519.1	156948	157744	R	Title: questionable ORF; uncharacterized protein	complement(join(156948..157007,157083..157120,157191..157244,157356..157448,157541..157605,157683..157744))	Aspergillus niger	84590195
An02g00730	CDS	An02g00730	NT_166519.1	158335	159377	D	Function: the Cutinase CutA from Botrytis cinerea catalyzes the hydrolysis of cutin, a polyester that forms the structure of plant cuticle.; Function: the Cutinase allows pathogenic fungi to penetrate through the cuticular barrier into the host plant during the initial stage of the fungal infection.; Title: similarity to cutinase A gene CutA - Botrytis cinerea; extracellular/secretion proteins; See PMID 9002269; uncharacterized protein	join(158335..158653,158755..158945,159018..159377)	Aspergillus niger	4978554
An02g00740	CDS	An02g00740	NT_166519.1	159568	161324	R	Catalytic activity: 6-Hydroxy-D-nicotine oxidases convert (R)-6-hydroxynicotine + H(2)O + O(2) to 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Cofactor: FAD.; Pathway: degradation of nicotine.; Title: similarity to 6-Hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 2115879; See PMID 2680607; See PMID 3622516; uncharacterized protein	complement(join(159568..160072,160147..160385,160460..160805,160862..160965,161034..161324))	Aspergillus niger	4978555
An02g00750	CDS	An02g00750	NT_166519.1	161850	163346	R	Function: Pth11 from M. grisea is involved in surface dependent signal transduction during plant infection. Pth11 can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces.; Remark: the filamentous ascomycete Magnaporthe grisea is the blast pathogen of many grass species,including rice.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(161850..162148,162252..162319,162374..162448,162499..162708,162975..163026,163157..163346))	Aspergillus niger	4978556
An02g00760	CDS	An02g00760	NT_166519.1	163985	166890	R	Remark: the Flu1 gene product from C. albicans complements the fluconazole hypersusceptibility of a S. cerevisiae pdr5 mutant, lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Title: similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	complement(join(163985..164348,164510..164665,165246..165445,165536..165911,165977..166713,166777..166890))	Aspergillus niger	4978557
An02g00770	CDS	An02g00770	NT_166519.1	167475	167823	R	Title: questionable ORF; uncharacterized protein	complement(join(167475..167605,167802..167823))	Aspergillus niger	84590196
An02g00780	CDS	An02g00780	NT_166519.1	168482	170075	R	Title: strong similarity to hypothetical protein PA2063 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(168482..169147,169271..169806,169855..169869,169916..170075))	Aspergillus niger	4978559
An02g00790	CDS	An02g00790	NT_166519.1	170351	172363	R	hypothetical protein	complement(join(<170351..170483,170562..170612,170694..170906,170974..171109,171654..171782,171804..171874,171966..172001,172323..172363))	Aspergillus niger	84590197
An02g00800	CDS	An02g00800	NT_166519.1	172600	173790	D	hypothetical protein	join(172600..172919,173131..173215,173258..173485,173521..173549,173595..173665,173756..173790)	Aspergillus niger	84590198
An02g00810	CDS	An02g00810	NT_166519.1	174560	175978	R	Catalytic activity: S-Adenosyl-L-methionine + 6-Demethylsterigmatocystin = S-Adenosyl-L-homocysteine + Sterigmatocystin.; Function: O-Methyltransferase I catalyzes both the conversion of demethylsterigmatocystin to sterigmatocystin and the conversion of dihydrodemethylsterigmatocystin to dihydrosterigmatocystin during aflatoxin biosynthesis.; Pathway: aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites produced by the fungi Aspergillus flavus and Aspergillus parasiticus. Among the catalytic steps in the aflatoxin biosynthetic pathway, the conversion of sterigmatocystin to O-methylsterigmatocystin and the conversion of dihydrosterigmatocystin to dihydro-O-methylsterigmatocystin are catalyzed by an S-adenosylmethionine-dependent O-methyltransferase.; Remark: omtB of A. parasiticus is also called dmtA.; Title: strong similarity to O-methyltransferase B omtB - Aspergillus parasiticus; See PMID 8285664; See PMID 10543813; uncharacterized protein	complement(join(174560..174897,174958..175394,175448..175571,175618..175747,175802..175978))	Aspergillus niger	4978562
An02g00820	CDS	An02g00820	NT_166519.1	176363	177424	R	hypothetical protein	complement(join(176363..176496,176707..177015,177108..177262,177339..177424))	Aspergillus niger	84590199
An02g00830	CDS	An02g00830	NT_166519.1	178031	179804	D	hypothetical protein	join(178031..178162,178274..178319,178409..178573,178641..178688,178754..178846,179076..179315,179382..179467,179519..179576,179662..179804)	Aspergillus niger	84590200
An02g00840	CDS	An02g00840	NT_166519.1	179874	183194	D	Title: similarity to nonribosomal peptide synthase MxcG - Stigmatella aurantiaca; See PMID 11029592; uncharacterized protein	join(179874..180143,180193..180950,181002..182013,182064..183194)	Aspergillus niger	4978565
An02g00850	CDS	An02g00850	NT_166519.1	183804	186023	R	Remark: putative mixed-linked glucanase but the homologe protein from Neurospora with the similar lenght is not described.; Title: strong similarity to hypothetical mixed-linked glucanase precursor related protein MLG1 -Neurospora crassa; uncharacterized protein	complement(183804..186023)	Aspergillus niger	4978566
An02g00860	CDS	An02g00860	NT_166519.1	186448	188030	R	hypothetical protein	complement(join(186448..186671,186795..186873,187122..187445,187505..187630,187720..187803,187893..187908,187987..188030))	Aspergillus niger	84590201
An02g00870	CDS	An02g00870	NT_166519.1	188888	190571	R	Remark: the pap1+ gene is required for spk1(+)-conferred staurosporine resistance.; Title: similarity to transcription factor ap1p -Schizosaccharomyces pombe; See PMID 1899230; See PMID 10731689; uncharacterized protein	complement(join(188888..188986,189063..189142,189202..190156,190215..190571))	Aspergillus niger	4978568
An02g00880	CDS	An02g00880	NT_166519.1	191428	194360	R	Remark: only the region of the MYND finger domain is found in all proteins.; Title: weak similarity to ubiquitin specific protease 15 UBP15 - Arabidopsis thaliana; See PMID 11115897; uncharacterized protein	complement(join(191428..192131,192185..192870,192926..193835,193892..194360))	Aspergillus niger	4978569
An02g00890	CDS	An02g00890	NT_166519.1	194998	196749	R	Catalytic activity: O-phospho-L-serine + 2-oxoglutarate = 3-phosphonooxypyruvate + L-glutamate.; Pathway: glycine, serine and threonine metabolism; vitamin B6 metabolism.; Remark: the SER1 gene encodes 3-phosphoserine aminotransferase which catalyzes the formation of phosphoserine from 3-phosphohydroxy-pyruvate, which is obtained by oxidation of 3-phosphoglycerate, an intermediate of glycolysis.; Similarity: belongs to class-v of pyridoxal-phosphate-dependent aminotransferases.; Title: strong similarity to phosphoserine transaminase Ser1 - Saccharomyces cerevisiae; See PMID 7553933; See PMID 8017107; uncharacterized protein	complement(join(194998..195083,195136..195226,195282..195474,195524..195709,195758..195783,195836..195958,196013..196181,196237..196411,196466..196584,196643..196749))	Aspergillus niger	4978570
An02g00910	CDS	An02g00910	NT_166519.1	198158	199236	D	Catalytic activity: vestitone + NADP+ = 2'-hydroxyformononetin + NADPH.; Remark: IFRH plays a distinct role in plant antioxidant defense and are possibly involved in NAD(P)/NAD(P)H homeostasis.; Similarity: belongs to the isoflavone reductases.; Title: similarity to 2-hydroxyisoflavone reductase IFRH - Arabidopsis thaliana; See PMID 7592828; uncharacterized protein	join(198158..198262,198314..198549,198602..198948,198995..199236)	Aspergillus niger	4978572
An02g00920	CDS	An02g00920	NT_166519.1	200161	200452	R	hypothetical protein	complement(join(200161..200204,200263..200452))	Aspergillus niger	84590202
An02g00930	CDS	An02g00930	NT_166519.1	200807	201222	D	hypothetical protein	join(200807..200884,200959..201018,201103..201222)	Aspergillus niger	84590203
An02g00950	CDS	An02g00950	NT_166519.1	201677	202644	D	Remark: the ORF seems approximately 150 amino acids shorter than the Neurospora homolog.; Title: similarity to hypothetical protein B2A19.90 -Neurospora crassa; uncharacterized protein	join(201677..202121,202205..202644)	Aspergillus niger	84590204
An02g00957	CDS	An02g00957	NT_166519.1	203227	204391	D	Title: weak similarity to the transcription factor Pip2 - Saccharomyces cerevisiae; uncharacterized protein	join(203227..203367,203615..203766,203830..204391)	Aspergillus niger	84590205
An02g00960	CDS	An02g00960	NT_166519.1	205045	205755	D	Remark: a splice site upstream of the START codon was detected.; Similarity: the FrcK protein from Sinorhizobium meliloti shows homology with some kinases.; Title: strong similarity to kinase FrcK -Sinorhizobium meliloti; See PMID 11466273; uncharacterized protein	205045..205755	Aspergillus niger	4978578
An02g00970	CDS	An02g00970	NT_166519.1	205899	206497	R	Title: strong similarity to hypothetical protein 13E11.200 - Neurospora crassa; uncharacterized protein	complement(join(205899..206063,206135..206296,206390..206497))	Aspergillus niger	4978579
An02g00980	CDS	An02g00980	NT_166519.1	207112	208778	D	Remark: radixin is a capping protein for the barbed end of actin filaments and it is proposed to play a role in the association of actin filaments with the plasma membrane.; Similarity: to translation initiation factors eIF-2B but the protein seems approximately 200 aa to long.; Title: weak similarity to cytoskeletal protein radixin - Homo sapiens; uncharacterized protein	join(207112..207254,207314..208778)	Aspergillus niger	4978580
An02g00990	CDS	An02g00990	NT_166519.1	208894	210174	R	Remark: putative amidohydrolase by similarity.; Title: strong similarity to amidohydrolase from patent WO0100843-A - Corynebacterium glutamicum; uncharacterized protein	complement(208894..210174)	Aspergillus niger	4978581
An02g01000	CDS	An02g01000	NT_166519.1	211805	213798	D	Function: glutaryl 7-ACA acylase converts 7 beta-(4-carboxybutanamido)cephalosporanic acid (glutaryl 7-ACA) to 7-amino cephalosporanic acid (7-ACA).; Remark: extracellular excretion of the enzyme was observed in a recombinant strain of B. subtilis.; Remark: strong similarity to GL-7ACA aycylase Bacillus laterosporus J1 patent EP482844-A.; Title: strong similarity to glutaryl 7-ACA acylase precursor GL-7ACA - Bacillus laterosporus; See PMID 1744041; uncharacterized protein	join(211805..211985,212036..212449,212526..212749,212807..213189,213252..213798)	Aspergillus niger	4978582
An02g01010	CDS	An02g01010	NT_166519.1	213901	215065	D	hypothetical protein	join(213901..214440,214865..215065)	Aspergillus niger	84590206
An02g01020	CDS	An02g01020	NT_166519.1	215133	215814	R	hypothetical protein	complement(join(215133..215222,215358..215391,215447..215814))	Aspergillus niger	84590207
An02g01022	CDS	An02g01022	NT_166519.1	215909	216145	R	hypothetical protein	complement(215909..216145)	Aspergillus niger	84590208
An02g01025	CDS	An02g01025	NT_166519.1	216278	216409	R	hypothetical protein	complement(join(216278..216337,216389..216409))	Aspergillus niger	84590209
An02g01030	CDS	An02g01030	NT_166519.1	216560	217173	D	hypothetical protein	join(216560..216622,216691..216977,217059..217173)	Aspergillus niger	84590210
An02g01040	CDS	An02g01040	NT_166519.1	217512	218979	D	Title: similarity to hypothetical protein EAA71860.1 - Gibberella zeae; uncharacterized protein	join(217512..217679,217900..217981,218042..218750,218829..218979)	Aspergillus niger	4978588
An02g01050	CDS	An02g01050	NT_166519.1	219257	220896	R	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Pathway: phenylalanine metabolism.; Remark: nahG from Pseudomonas putida catalyzes the formation of catechol from salicylate, a key intermediate in naphthalene catabolism.; Similarity: belongs to the tetracycline 6-hydroxylase family.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas putida; See PMID 6296054; See PMID 8328809; See PMID 1993181; uncharacterized protein	complement(join(219257..219868,219942..220307,220364..220425,220487..220638,220701..220782,220854..220896))	Aspergillus niger	4978589
An02g01060	CDS	An02g01060	NT_166519.1	221183	221973	D	Title: strong similarity to hypothetical protein encoded by An02g01130 - Aspergillus niger; uncharacterized protein	join(221183..221373,221530..221567,221601..221709,221799..221973)	Aspergillus niger	84590211
An02g01070	CDS	An02g01070	NT_166519.1	223010	223949	D	Title: strong similarity to hypothetical protein encoded by An03g03570 - Aspergillus niger; uncharacterized protein	join(223010..223325,223424..223531,223594..223866,223918..223949)	Aspergillus niger	4978591
An02g01080	CDS	An02g01080	NT_166519.1	224059	226023	R	Title: similarity to hypothetical transcription regulator SPAC11D3.07c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(224059..224302,224361..225138,225248..225733,225789..226023))	Aspergillus niger	4978592
An02g01090	CDS	An02g01090	NT_166519.1	226711	227613	D	Function: the nor-1 ketoreductase from Aspergillus parasiticus may be involved in the dehydration of norsolorinic acid to form averantin.; Pathway: aflatoxin biosynthesis.; Remark: a mutation of nor-1 in Aspergillus parasiticus SU-1 blocks the aflatoxin B1 biosynthesis, and results in the accumulation of norsolorinic acid (NA).; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Similarity: belongs to the short-chain alcohol dehydrogenases.; Title: strong similarity to norsolorinic acid ketoreductase nor-1 - Aspergillus parasiticus; See PMID 7993094; uncharacterized protein	join(226711..226747,226793..227324,227387..227465,227542..227613)	Aspergillus niger	4978593
An02g01100	CDS	An02g01100	NT_166519.1	228062	229935	D	Remark: YOR273c (TPO4) is a polyamine transporter and it was detected on the vacuolar membrane. Cells overexpressing these gene were resistant to polyamine toxicity and showed an increase in polyamine uptake activity and polyamine content in vacuoles.; Remark: alternative name is YOR273c.; Similarity: belongs to the benomyl/methotrexate resistance protein family.; Title: strong similarity to polyamine transport protein Tpo4 - Saccharomyces cerevisiae; See PMID 11171066; See PMID 9593122; uncharacterized protein	join(228062..229167,229219..229387,229472..229776,229851..229935)	Aspergillus niger	4978594
An02g01110	CDS	An02g01110	NT_166519.1	230438	231452	R	Remark: AiiA Bacillus sp., is an enzyme that inactivates the acylhomoserine lactone quorum-sensing signal and attenuates the virulence of Erwinia carotovora.; Title: similarity to metallohydrolase aiiA -Bacillus sp.; See PMID 10716724; uncharacterized protein	complement(join(230438..230902,230983..231348,231411..231452))	Aspergillus niger	4978595
An02g01120	CDS	An02g01120	NT_166519.1	231646	233902	R	Title: weak similarity to hypothetical protein encoded by An18g01500 - Aspergillus niger; uncharacterized protein	complement(join(231646..231699,231835..231906,232487..232515,232707..232826,232928..232988,233050..233299,233397..233902))	Aspergillus niger	4978596
An02g01130	CDS	An02g01130	NT_166519.1	234255	235570	D	Title: strong similarity to hypothetical protein encoded by An13g03430 - Aspergillus niger; uncharacterized protein	join(234255..235276,235372..235570)	Aspergillus niger	4978597
An02g01140	CDS	An02g01140	NT_166519.1	235874	238465	R	Similarity: belongs to the unassigned GAL4-type zinc cluster proteins.; Title: weak similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; See PMID 9197408; uncharacterized protein	complement(join(235874..236348,236405..236637,236704..237129,237183..237499,237552..238030,238097..238197,238276..238389,238433..238465))	Aspergillus niger	4978598
An02g01150	CDS	An02g01150	NT_166519.1	238839	239826	R	hypothetical protein	complement(join(238839..238982,239041..239176,239312..239445,239674..239826))	Aspergillus niger	84590212
An02g01160	CDS	An02g01160	NT_166519.1	240032	241038	D	Title: strong similarity to hypothetical protein encoded by An15g02710 - Aspergillus niger; uncharacterized protein	join(240032..240282,240336..240941,240990..241038)	Aspergillus niger	4978600
An02g01170	CDS	An02g01170	NT_166519.1	241347	241592	R	Remark: the ORF is short in length (55 amino acids).; hypothetical protein	complement(join(241347..241379,241458..241592))	Aspergillus niger	84590213
An02g01180	CDS	An02g01180	NT_166519.1	242000	243116	R	Catalytic activity: DPP1 removes the beta phosphate from DGPP (Diacylglycerol pyrophosphate) to form phosphatidate.; Remark: alternative name is YDR284C.; Remark: the DPP1 gene, encoding diacylglycerol pyrophosphate (DGPP) phosphatase from S. cerevisiae, has been identified as a zinc-regulated gene, and it contains a putative zinc-responsive element (UAS(ZRE)) in its promoter.; Similarity: to the PAP2 superfamily.; Title: similarity to diacylglycerol pyrophosphate phosphatase Dpp1 - Saccharomyces cerevisiae; See PMID 9452443; See PMID 11139591; uncharacterized protein	complement(join(242000..242972,243043..243116))	Aspergillus niger	4978602
An02g01190	CDS	An02g01190	NT_166519.1	243242	244769	R	hypothetical protein	complement(join(243242..243431,243638..243686,243868..243970,244056..244149,244296..244591,244743..244769))	Aspergillus niger	84590214
An02g01200	CDS	An02g01200	NT_166519.1	245088	248032	R	Remark: loss of KLPA function redresses unbalanced forces within the spindle caused by mutation in bimC, and KLPA and BIMC kinesin-like proteins play opposing roles in spindle function.; Similarity: to kinesin-related protein KLPA.; Title: strong similarity to kinesin-related protein kLPA - Aspergillus nidulans; See PMID 8416986; uncharacterized protein	complement(join(245088..245264,245319..246883,246940..247071,247432..247764,247819..247960,248015..248032))	Aspergillus niger	4978604
An02g01210	CDS	An02g01210	NT_166519.1	248808	251068	D	Function: CRN1 of S. cerevisiae is involved in microtubuli filament assembly by promoting the rapid barbed-end assembly of actin filaments and cross-linking filaments into bundles and more complex networks.; Remark: coronin and the ORF show sequence similarities to G protein beta subunits (WD40 repeats).; Remark: the systematic name for CRN1 of S. cerevisiae is YLR429W.; Title: strong similarity to coronin Crn1 -Saccharomyces cerevisiae; See PMID 9885246; uncharacterized protein	join(248808..249041,249107..249249,249305..249353,249428..249531,249596..250057,250107..250815,250871..251068)	Aspergillus niger	4978605
An02g01220	CDS	An02g01220	NT_166519.1	252052	255265	R	Function: U1 snRNP 70K mediated the splicing of pre-mRNA by binding to the stem loop I region of U1-snRNA.; Similarity: the arginine/asparagine-rich C-terminus of the ORF shows similarity to C-terminal sequences in splicing factors, but not to RNA-binding domains.; Title: strong similarity to U1 snRNP 70K protein -Xenopus laevis; uncharacterized protein	complement(join(252052..253078,253147..254176,254244..254526,254581..254969,255032..255141,255222..255265))	Aspergillus niger	4978606
An02g01230	CDS	An02g01230	NT_166519.1	256764	257637	D	Remark: the predicted ORF contains an relatively long intron.; hypothetical protein	join(256764..256804,256972..257026,257136..257401,257469..257637)	Aspergillus niger	84590215
An02g01240	CDS	An02g01240	NT_166519.1	257780	258743	D	Function: negative co-factor 2 (NC2) of H. sapiens regulates transcription of the class II genes through binding to TFIID and inhibition of pre-initiation complex formation by interacting with TBP-promoter complexes via heterodimeric histone fold domains.; Similarity: the C-terminal half of the ORF shows similarity to the N-terminal half of NC2 of H. sapiens.; Title: strong similarity to alpha chain of transcription regulator NC2 - Homo sapiens; uncharacterized protein	join(257780..258404,258481..258743)	Aspergillus niger	4978608
An02g01250	CDS	An02g01250	NT_166519.1	260391	263177	R	Title: strong similarity to hypothetical protein encoded by 5E6.080 - Neurospora crassa; uncharacterized protein	complement(join(260391..261915,261971..262192,262256..262941,263006..263113,263169..263177))	Aspergillus niger	4978609
An02g01255	CDS	An02g01255	NT_166519.1	263538	264642	R	hypothetical protein	complement(join(263538..263752,263840..263944,264038..264322,264381..264642))	Aspergillus niger	4978610
An02g01260	CDS	An02g01260	NT_166519.1	265454	269720	D	Function: het-e mediates vegetative incompatibility in the fungus P. anserina.; Similarity: the similarity of the ORF to het-e of P. anserina does not include the GTP-binding region or WD repeats.; Title: weak similarity to beta transducin-like protein het-e1 - Podospora anserina; uncharacterized protein	join(265454..267313,267366..269720)	Aspergillus niger	4978611
An02g01270	CDS	An02g01270	NT_166519.1	270157	273698	R	Similarity: the aligment is restricted to the inner part of the S. pombe protein and the C-terminus of the predicted ORF.; Title: similarity to hypothetical protein SPAC1783.02c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(270157..270904,270974..271216,271285..271463,271916..272852,272927..273173,273320..273698))	Aspergillus niger	4978612
An02g01280	CDS	An02g01280	NT_166519.1	274817	275058	D	Remark: the predicted ORF is only 35 amino acids long.; Title: questionable ORF; uncharacterized protein	join(274817..274825,274909..274944,274996..275058)	Aspergillus niger	84590216
An02g01290	CDS	An02g01290	NT_166519.1	275752	277878	R	Function: PRR1 of S. cerevisiae is involved in pheromone-induced growth arrest, probably by inhibiting gene transcription in pheromone signaling.; Remark: the systematic name for PRR1 of S. cerevisiae is YKL116C.; Similarity: the ORF shows similarity to several unspecified serine/threonine-specific protein kinases from different species.; Title: strong similarity to protein kinase Prr1 -Saccharomyces cerevisiae; See PMID 11337509; uncharacterized protein	complement(join(275752..276299,276363..277878))	Aspergillus niger	4978614
An02g01300	CDS	An02g01300	NT_166519.1	280233	281858	R	Remark: the predcited ORF contains an relatively long intron.; Title: strong similarity to hypothetical protein encoded by An12g03010 - Aspergillus niger; uncharacterized protein	complement(join(280233..280763,281283..281553,281611..281858))	Aspergillus niger	4978615
An02g01310	CDS	An02g01310	NT_166519.1	283331	284306	R	Title: weak similarity to outer membrane protein A precursor ompA - Shigella dysenteriae; uncharacterized protein	complement(join(283331..283509,283610..283781,283867..283983,284247..284306))	Aspergillus niger	84590217
An02g01320	CDS	An02g01320	NT_166519.1	284398	284886	D	Remark: blast matches are not significant.; Title: weak similarity to hypothetical protein encoded by An03g06340 - Aspergillus niger; uncharacterized protein	284398..284886	Aspergillus niger	4978617
An02g01330	CDS	An02g01330	NT_166519.1	285609	286931	D	Similarity: shows similarity to several hypothetical NADH-dependent flavin oxidoreductases.; Title: similarity to hypothetical nadh-dependent flavin oxidoreductase SPBC23G7.10c - Schizosaccharomyces pombe; uncharacterized protein	join(285609..285773,285831..286931)	Aspergillus niger	4978618
An02g01340	CDS	An02g01340	NT_166519.1	287177	287976	R	Title: strong similarity to hypothetical protein encoded by An16g06660 - Aspergillus niger; uncharacterized protein	complement(join(287177..287284,287343..287539,287613..287976))	Aspergillus niger	84590218
An02g01350	CDS	An02g01350	NT_166519.1	289369	292053	D	Function: human ankyrin is a protein linker between the integral membrane proteins and spectrin-based cytoskeleton.; Similarity: human ankyrin is C-terminal 1000 aa longer.; Title: similarity to ankyrin - Homo sapiens; cytoskeleton; See PMID 2137557; See PMID 11018513; uncharacterized protein	join(289369..289459,289580..292053)	Aspergillus niger	4978620
An02g01360	CDS	An02g01360	NT_166519.1	292458	293323	R	Complex: in yeast the preprotein import machinery of the inner membrane (MIM complex) consists of MIM23, MIM17,MIM33 and MIM14.; Function: the yeast MIM complex constitutes a proteinaceous channel that accepts preproteins from the MOM complex, facilitates their reversible transmembrane movement, and mediates unidirectional transport by linkage to the ATP-dependent mt-Hsp70-MIM44 system.; Title: strong similarity to subunit of the mitochondrial inner membrane protein import machinery Mim23 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 7600576; uncharacterized protein	complement(join(292458..292625,292739..293323))	Aspergillus niger	4978621
An02g01370	CDS	An02g01370	NT_166519.1	293920	299258	D	Title: strong similarity to hypothetical transmembran protein SPCC1494.07 - Schizosaccharomyces pombe; uncharacterized protein	join(293920..294023,294115..295040,295094..296039,296087..296323,296371..296599,296648..296958,297007..297524,297575..297715,297762..298384,298437..299258)	Aspergillus niger	4978622
An02g01380	CDS	An02g01380	NT_166519.1	299607	300395	D	Similarity: predicted protein has prolin repeats and therefore shows unspecific similarity to various prolin rich proteins.; hypothetical protein	299607..300395	Aspergillus niger	84590219
An02g01390	CDS	An02g01390	NT_166519.1	300697	302814	D	Title: strong similarity to hypothetical protein SPBC14F5.11c - Schizosaccharomyces pombe; uncharacterized protein	join(300697..300787,300851..301131,301186..301452,301505..302665,302719..302814)	Aspergillus niger	4978624
An02g01400	CDS	An02g01400	NT_166519.1	303641	305252	D	Function: ABN A from A. niger endohydrolyses 1,5-alpha-L-arabinofuranosidic linkages in 1,5-arabinanse; Similarity: predicted protein is C-terminal 80 aa longer than all homologies, but no later Startcodon was found.; Title: similarity to endo-alpha-1,5-arabinanase abnA - Aspergillus niger; See PMID 7764386; uncharacterized protein	join(303641..304686,304797..304972,305055..305083,305140..305195,305246..305252)	Aspergillus niger	4978625
An02g01410	CDS	An02g01410	NT_166519.1	305399	306177	R	Similarity: shows unspecific similarity to proteins with serine repeats.; hypothetical protein	complement(join(305399..305444,305477..306177))	Aspergillus niger	84590220
An02g01420	CDS	An02g01420	NT_166519.1	307040	312590	R	Catalytic activity: mouse unp converts ubiquitin c-terminal thiolester + h(2)o = ubiquitin + a thiol.; Function: the M. musculus homolog Unp is a de-ubiquitinating enzyme,being able to cleave ubiquitin from both natural and engineered linear ubiquitin-protein fusions, including the polyubiquitin precursor.; Similarity: all similar proteins are at least 500 aa shorter.; Title: similarity to ubiquitin specific protease Unp - Mus musculus; See PMID 9602026; See PMID 11018721; uncharacterized protein	complement(join(307040..307812,307863..308532,308584..309944,309997..312015,312428..312590))	Aspergillus niger	4978627
An02g01430	CDS	An02g01430	NT_166519.1	314363	315701	D	Function: AWI 31 form A. thaliana is induced upon wounding.; Title: similarity to induced upon wounding stress protein AWI 31 - Arabidopsis thaliana; See PMID 9085278; uncharacterized protein	join(314363..314393,314454..314969,315043..315701)	Aspergillus niger	4978628
An02g01440	CDS	An02g01440	NT_166519.1	315891	316499	R	hypothetical protein	complement(join(315891..315917,316047..316065,316117..316499))	Aspergillus niger	84590221
An02g01450	CDS	An02g01450	NT_166519.1	320348	321103	D	hypothetical protein	join(320348..320648,320859..321103)	Aspergillus niger	84590222
An02g01460	CDS	An02g01460	NT_166519.1	323120	323378	D	Title: questionable ORF; uncharacterized protein	join(323120..323203,323236..323243,323324..323378)	Aspergillus niger	84590223
An02g01470	CDS	An02g01470	NT_166519.1	323645	325940	R	Similarity: shows weak similarity to several DNA-binding zinc-finger proteins due to serine and glutamic acid repeats.; Title: weak similarity to C2H2 zinc finger transcription factor D-Sp1 - Drosophila melanogaster; uncharacterized protein	complement(join(323645..323784,323909..324314,324421..325016,325186..325217,325369..325430,325533..325545,325623..325776,325883..325940))	Aspergillus niger	4978632
An02g01480	CDS	An02g01480	NT_166519.1	328182	330131	D	Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; plasma membrane; See PMID 10943556; See PMID 11065353; uncharacterized protein	join(328182..329655,329711..329755,329821..330131)	Aspergillus niger	4978633
An02g01490	CDS	An02g01490	NT_166519.1	331796	333085	D	Catalytic activity: human Pcd converts (6R)-6-(L-erythro-1,2-dihydroxypropyl)-5,6,7, 8-tetrahydro-4a-hydroxypterin <=> (6R)-6-(L-erythro-1,2-dihydroxypropyl)-7,8-dihydro-6H-pter in + H(2)O.; Function: the human Pcd/dimerization cofactor for the transcription factor HNF-1 alpha is a bifunctional protein proposed to be involved in entirely different biochemical functions.; Title: weak similarity to pterin-4-alpha-carbinolamine dehydratase Pcd - Homo sapiens; See PMID 7763270; uncharacterized protein	join(331796..332170,332270..332332,332412..332545,332824..333085)	Aspergillus niger	4978634
An02g01500	CDS	An02g01500	NT_166519.1	334256	336673	D	Similarity: shows unspecific similarity to maize extensin and murin mucin due to serine and proline repeats.; Title: similarity to hypothetical protein B2E7.150 -Neurospora crassa; uncharacterized protein	334256..336673	Aspergillus niger	4978635
An02g01510	CDS	An02g01510	NT_166519.1	337354	339354	R	Complex: Sec62p from S. cerevisiea is part of the oligomeric Sec-protein complex in the endoplasmic reticulum membrane.; Function: Sec62p from S. cerevisiea is an essential component of the Sec-complex that is responsible for posttranslational protein translocation across the membrane of the endoplasmic reticulum.; Remark: Sec62p from S. cerevisiea binds via its cytosolic N- and C-terminal domains to the Sec-complex.; Title: strong similarity to component of the endoplasmic reticulum protein translocation machinery Sec62 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 11071912; uncharacterized protein	complement(join(337354..337561,337705..337743,338084..338241,338301..338857,338919..339354))	Aspergillus niger	4978636
An02g01520	CDS	An02g01520	NT_166519.1	339787	341695	D	Similarity: the weakly similar glucan 1,4-alpha-glucosidase from S. cerevisiae is classified as EC 3. 2. 1. 3.; Title: strong similarity to hypothetical protein YHR151c - Saccharomyces cerevisiae; uncharacterized protein	join(339787..339846,339911..341695)	Aspergillus niger	4978637
An02g01530	CDS	An02g01530	NT_166519.1	342047	344294	R	Remark: the ORF is shorter than the replicase protein of Turnip yellow mosaic virus (713 compared to 1844 amino acids), the alignment between the two proteins encompasses only about 150 amino acids.; Title: similarity to hypothetical replicase protein - Turnip yellow mosaic virus; See PMID 2800335; uncharacterized protein	complement(join(342047..343816,343854..344045,344115..344294))	Aspergillus niger	4978638
An02g01540	CDS	An02g01540	NT_166519.1	344758	346542	D	Function: human ferrodoxin-NADP+ oxidoreductase is a flavoprotein mediating electron transport to all mitochondrial forms of cytochrome P450.; Function: plant ferredoxin-NADP+ (oxido)reductase catalyzes the reversible electron transfer between NADP(H) and electron carrier proteins such as ferredoxin and flavodoxin.; Remark: in mammals Adrenodoxin reductase is synonymous for FNR.; Title: strong similarity to ferredoxin-NADP+ reductase FNR - Homo sapiens; localisation:mitochondrion; See PMID 2236061; See PMID 9039955; See PMID 10899784; uncharacterized protein	join(344758..345063,345128..345562,345622..346438,346526..346542)	Aspergillus niger	4978639
An02g01550	CDS	An02g01550	NT_166519.1	346786	347235	R	Function: CS-Ag from C. immitis is a heat-stable,19-kDa antigen with serine protease activity.; Title: strong similarity to secreted serine protease 19 kDa CS antigen CS-Ag - Coccidioides immitis; See PMID 7558310; uncharacterized protein	complement(346786..347235)	Aspergillus niger	4978640
An02g01560	CDS	An02g01560	NT_166519.1	350679	351993	D	Function: human Edg-4 is a functional G protein-coupled receptor for lysophosphatidic acid (LPA).; Title: weak similarity to G protein-coupled receptor Edg-4 - Homo sapiens; See PMID 9525886; uncharacterized protein	join(350679..351248,351310..351993)	Aspergillus niger	4978641
An02g01570	CDS	An02g01570	NT_166519.1	356217	359206	R	Remark: N-terminal 300 aa longer than most similar predicted ORFs.; Title: strong similarity to hypothetical protein B1D1.130 - Neurospora crassa; uncharacterized protein	complement(join(356217..358418,358769..359206))	Aspergillus niger	4978642
An02g01580	CDS	An02g01580	NT_166519.1	359634	360696	D	Function: SNAP proteins activate and recycle SNARE proteins by serving as adaptors between SNAREs and the cytosolic chaperone NSF.; Function: SNAP proteins play an essential role in membrane trafficking in eukaryotic cells.; Similarity: SEC17 from P. pastoris belongs to the SNAP protein family.; Title: strong similarity to vesicular transport protein SEC17 - Pichia pastoris; intracellular transport vesicles; See PMID 9693958; See PMID 10445030; See PMID 10923020; uncharacterized protein	join(359634..359801,359870..360171,360229..360403,360457..360696)	Aspergillus niger	4978643
An02g01590	CDS	An02g01590	NT_166519.1	361453	363997	R	Similarity: the predicted A. niger protein shows strong similarity to conserved hypothetical proteins from diverse eucaryotic species. conservation of the protein sequences among fungal species is particularily strong.; Title: strong similarity to hypothetical protein B5O22.240 - Neurospora crassa; uncharacterized protein	complement(join(361453..363282,363345..363814,363886..363997))	Aspergillus niger	4978644
An02g01600	CDS	An02g01600	NT_166519.1	364383	366047	D	Title: strong similarity to hypothetical protein B5O22.250 - Neurospora crassa; See PMID 9545376; uncharacterized protein	join(364383..365015,365073..366047)	Aspergillus niger	4978645
An02g01610	CDS	An02g01610	NT_166519.1	366437	367401	R	Catalytic activity: Klebsiella aerogenes UreG is a GTPase.; Complex: in Klebsiella aerogenes UreG forms a complex containing urease apoprotein and the UreD, and UreF accessory proteins.; Function: Eu3 from G. max is necessary for accumulation of the embryo-specific urease Eu1, perhaps by stabilizing it by Ni insertion and activation of the tissue-ubiquitous urease Eu4.; Remark: Eu3 is synonymous to UreG.; Title: strong similarity to nickel-binding urease accessory protein Eu3 - Glycine max; See PMID 10500143; See PMID 10652150; uncharacterized protein	complement(join(366437..366980,367067..367165,367229..367401))	Aspergillus niger	4978646
An02g01615	CDS	An02g01615	NT_166519.1	367818	368039	D	hypothetical protein	367818..368039	Aspergillus niger	84590224
An02g01620	CDS	An02g01620	NT_166519.1	368184	370725	R	Remark: the matching protein ptaB from Aspergillus nidulans is probably involved in regulation of transcription.; Similarity: shows unspecific similarity to several glutamine rich proteins.; Title: similarity to ptaB - Aspergillus nidulans; See PMID 11309119; uncharacterized protein	complement(join(368184..368717,368775..369044,369104..369397,369465..370276,370422..370725))	Aspergillus niger	4978648
An02g01630	CDS	An02g01630	NT_166519.1	372462	375928	D	Function: AAA proteases are a conserved class of ATP-dependent proteases that mediate the degradation of membrane proteins in bacteria, mitochondria and chloroplasts.; Function: AAA proteases combine proteolytic and chaperone-like activities and thus form a membrane-integrated quality-control system.; Function: inactivation of AAA proteases causes severe defects in various organisms, including neurodegeneration in humans.; Title: similarity to spastin protein Spast - Homo sapiens; See PMID 10610178; See PMID 10782097; uncharacterized protein	join(372462..372655,372866..372969,373077..375928)	Aspergillus niger	4978649
An02g01640	CDS	An02g01640	NT_166519.1	376586	378503	D	Title: strong similarity to hypothetical protein EAA58646.1 - Aspergillus nidulans; uncharacterized protein	join(376586..377759,377930..378398,378485..378503)	Aspergillus niger	4978650
An02g01650	CDS	An02g01650	NT_166519.1	378986	386511	R	Title: strong similarity to hypothetical protein B8B20.20 - Neurospora crassa; uncharacterized protein	complement(join(378986..386159,386282..386511))	Aspergillus niger	4978651
An02g01660	CDS	An02g01660	NT_166519.1	388639	389492	D	Title: weak similarity to hypothetical AP2 domain transcription factor-like protein MPE11.5 - Arabidopsis thaliana; uncharacterized protein	join(388639..388817,388930..389023,389136..389492)	Aspergillus niger	84590225
An02g01670	CDS	An02g01670	NT_166519.1	389496	390064	R	hypothetical protein	complement(join(389496..389556,389667..390064))	Aspergillus niger	84590226
An02g01680	CDS	An02g01680	NT_166519.1	390673	392227	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	join(390673..391943,392116..392227)	Aspergillus niger	4978654
An02g01690	CDS	An02g01690	NT_166519.1	392435	396562	R	Complex: COPII is composed of at least five proteins: the Sec23/24 complex, the Sec13/31 complex, and the protein Sar1.; Function: Sec31 is the 150 kDa component of the COPII coat, that covers ER-derived vesicles involved in transport from the Endoplasmic Reticulum to the Golgi Apparatus.; Remark: alternate names for S. cerevisiae Sec31: Web1 or YDL195W.; Title: strong similarity to p150 component of the COPII coat of secretory pathway vesicles Sec31 -Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 11210564; See PMID 9190202; uncharacterized protein	complement(join(392435..392479,392535..392833,392885..395654,395710..395943,395998..396103,396161..396277,396354..396562))	Aspergillus niger	4978655
An02g01700	CDS	An02g01700	NT_166519.1	397048	397567	D	Similarity: the similarity of the ORF encoded protein to the human RNA binding cyclophilin-33B only concerns the RNA binding domain, there are no similarities to the peptidylprolyl isomerase part of CYP-33.; Title: similarity to RNA binding cyclophilin-33B CYP-33 - Homo sapiens; See PMID 8977107; uncharacterized protein	join(397048..397368,397430..397567)	Aspergillus niger	4978656
An02g01710	CDS	An02g01710	NT_166519.1	397857	398611	R	Remark: the ORF is truncated due to the border of contig.; Title: weak similarity to hypothetical protein CAD70407.1 - Neurospora crassa [truncated ORF]; uncharacterized protein	complement(join(397857..397956,398174..398246,398428..>398611))	Aspergillus niger	4978657
An02g01720	CDS	An02g01720	NT_166519.1	398800	399481	D	Catalytic activity: 4 ferrocytochrome c + O(2) <=> 4 ferricytochrome c + 2 H(2)O (catalyzed by the complete complex).; Function: the S. cerevisiae Cox12 protein is one of the nuclear-coded polypeptide chains of cytochrome c oxidase, the terminal oxidase in mitochondrial electron transport. It is essential during assembly of the cytochrome c oxidase complex for its full activity but apparently can be removed after the oxidase is assembled.; Remark: alternate name for S. cerevisiae Cox12: YLR038C.; Title: strong similarity to subunit VIb of cytochrome c oxidase Cox12 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1331057; uncharacterized protein	join(398800..398866,399038..399068,399154..399235,399312..399375,399447..399481)	Aspergillus niger	4978658
An02g01730	CDS	An02g01730	NT_166519.1	400902	402102	R	Function: the S. cerevisiae dicarboxylate transport protein DTP catalyzes an electroneutral exchange across the inner mitochondrial membrane of dicarboxylates (e. g. malonate, malate, succinate) for inorganic phosphate and certain sulfur-containing compounds (e. g. sulfite, sulfate, thiosulfate) (TC 2. A. 29).; Remark: alternate names for S. cerevisiae DTP: DIC1 or YLR348c.; Title: strong similarity to mitochondrial dicarboxylate transport protein Dtp - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9020177; uncharacterized protein	complement(join(400902..401585,401656..401754,401873..401877,401949..402102))	Aspergillus niger	4978659
An02g01740	CDS	An02g01740	NT_166519.1	402842	404386	R	Catalytic activity: ATP + L-phenylalanine + tRNA(Phe) <=> AMP + diphosphate + L-phenylalanyl-tRNA(Phe).; Remark: alternate name for S. cerevisiae Msf1: YPR047W.; Remark: in contrast to the cytosolic protein, the mitochondrial phenylalanine--tRNA ligase is active as monomer.; Title: strong similarity to mitochondrial phenylalanine--tRNA ligase alpha subunit Msf1 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1924298; See PMID 3029120; uncharacterized protein	complement(402842..404386)	Aspergillus niger	4978660
An02g01750	CDS	An02g01750	NT_166519.1	405180	406062	R	Function: S. cerevisiae Mge1 cooperates with mitochondrial Hsp70 (Ssc1) in the mitochondrial import of proteins from the cytoplasm. It seems to control the nucleotide-dependent binding of Ssc1 to substrate proteins and the association of Ssc1 with Mim44.; Localization: S. cerevisiae Mge1 is localized in the mitochondrial matrix.; Remark: alternate names for S. cerevisiae Mge1: Yge1 or YOR232W.; Similarity: S. cerevisiae Mge1 belongs to the GrpE family.; Title: strong similarity to chaperone involved in mitochondrial protein import Mge1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9048947; See PMID 8022808; See PMID 8798629; uncharacterized protein	complement(join(405180..405209,405271..405699,405799..406062))	Aspergillus niger	4978661
An02g01760	CDS	An02g01760	NT_166519.1	409242	410141	D	Complex: CBP1 from Cryptococcus neoformans binds to calcineurin in vitro and in vivo.; Function: Cryptococcus neoformans cbp1 mutant strains exhibit modest defects in growth under stress conditions and virulence.; Remark: Cryptococcus neoformans = Filobasidiella neoformans.; Similarity: the ORF encoded protein shows strongest similarity to the nebula related protein from Neurospora crassa (B5O22. 230) which is functionally not characterized.; Title: similarity to calcineurin-binding protein CBP1 - Cryptococcus neoformans; See PMID 10899116; uncharacterized protein	join(409242..409823,409857..410141)	Aspergillus niger	4978662
An02g01770	CDS	An02g01770	NT_166519.1	410794	413117	R	Catalytic activity: L-arginyl-tRNA + protein <=> tRNA + L-arginyl-protein.; Function: S. cerevisiae Ate1 functions in the N-end rule pathway of protein degradation, where it conjugates Arg, a primary destabilizing residue, to N-termini of proteins bearing secondary destabilizing residues aspartic acid or glutamic acid.; Remark: alternate name for S. cerevisiae Ate1: YGL017W.; Title: strong similarity to arginyl-tRNA-protein transferase Ate1 - Saccharomyces cerevisiae; See PMID 2185248; uncharacterized protein	complement(join(410794..410919,411031..411302,411368..411433,411495..411617,411662..411876,411929..412090,412148..412270,412327..412389,412464..412539,412645..412689,413060..413117))	Aspergillus niger	4978663
An02g01780	CDS	An02g01780	NT_166519.1	414133	417597	R	hypothetical protein	complement(join(414133..414221,414323..414466,414558..414700,414793..414834,414915..415065,415864..415902,416153..416222,416292..416346,416463..416534,416605..416831,416980..417171,417264..417323,417361..417504,417583..417597))	Aspergillus niger	84590227
An02g01790	CDS	An02g01790	NT_166519.1	417755	418378	D	Function: S. pombe Aps1 catalyzes the hydrolysis of dinucleoside oligophosphates.; Remark: dinucleoside polyphosphates (Ap3A,1 Ap4A,Ap5A, and Ap6A) are involved in intracellular and extracellular signaling functions in several biological systems.; Similarity: S. pombe Aps1 belongs to the nudix hydrolase family.; Title: strong similarity to diadenosine 5,5-P1,P6-hexaphosphate hydrolase aps1p - Schizosaccharomyces pombe; See PMID 10090752; See PMID 10419486; uncharacterized protein	join(417755..417806,417951..418378)	Aspergillus niger	4978665
An02g01800	CDS	An02g01800	NT_166519.1	419373	420639	D	Catalytic activity: N nucleoside triphosphate <=> N diphosphate + {RNA}(N).; Function: S. cerevisiae Rpb3 is a component of the DNA-dependent RNA polymerase II catalyzes the transcription of DNA into mRNA using the four ribonucleoside triphosphates as substrates.; Remark: alternate name for S. cerevisiae Rpb3: YIL021W.; Title: strong similarity to 45 kD subunit of DNA-directed RNA polymerase II Rpb3 - Saccharomyces cerevisiae; nucleus; See PMID 9556554; See PMID 9738888; See PMID 2685562; uncharacterized protein	join(419373..419426,419546..420114,420246..420639)	Aspergillus niger	4978666
An02g01810	CDS	An02g01810	NT_166519.1	422319	424259	R	Title: weak similarity to huntingtin interacting protein 1 related Hip1R - Mus musculus; uncharacterized protein	complement(join(422319..423643,423716..424259))	Aspergillus niger	4978667
An02g01820	CDS	An02g01820	NT_166519.1	426537	426769	R	Title: questionable ORF; uncharacterized protein	complement(join(426537..426614,426680..426769))	Aspergillus niger	84590228
An02g01830	CDS	cyc	NT_166519.1	427216	428179	R	Gene-ID: cyc; localisation:mitochondrion; See PMID 2544196; cytochrome c cyc-Aspergillus niger	complement(join(427216..427240,427307..427401,427466..427624,427698..427729,428152..428179))	Aspergillus niger	4978669
An02g01840	CDS	An02g01840	NT_166519.1	428280	428581	D	hypothetical protein	join(428280..428433,428535..428581)	Aspergillus niger	84590229
An02g01850	CDS	An02g01850	NT_166519.1	428670	429222	R	hypothetical protein	complement(join(428670..428713,428794..428988,429168..429222))	Aspergillus niger	84590230
An02g01860	CDS	An02g01860	NT_166519.1	429274	430624	D	Title: similarity to hypothetical protein CAD21170.1 - Neurospora crassa; uncharacterized protein	join(429274..429660,429752..430152,430273..430624)	Aspergillus niger	4978672
An02g01870	CDS	An02g01870	NT_166519.1	431235	431876	D	Function: the peripheral-type benzodiazepine receptor from mouse is responsible for the manifestation of peripheral-type benzodiazepine recognition sites and is most likely to comprise binding domains for benzodiazepines and isoquinoline carboxamides. It may play a role in the transport of porphyrins and heme.; Title: strong similarity to peripheral-type benzodiazepine receptor 1 isoquinoline-binding protein MBR - Mus musculus; localisation:mitochondrion; See PMID 8125973; uncharacterized protein	join(431235..431337,431407..431876)	Aspergillus niger	4978673
An02g01880	CDS	An02g01880	NT_166519.1	432782	433629	D	Similarity: the similarities of the ORF encoded protein are mainly based on repetitive structures.; Title: weak similarity to hypothetical protein AAH29548.1 - Mus musculus; uncharacterized protein	join(432782..432830,433001..433629)	Aspergillus niger	4978674
An02g01890	CDS	An02g01890	NT_166519.1	433914	435977	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are based on repetitive structures.; Title: weak similarity to hydroxyproline-rich cell wall glycoprotein HRGPnt3 - Nicotiana tabacum; uncharacterized protein	complement(join(433914..434968,435026..435128,435183..435977))	Aspergillus niger	4978675
An02g01900	CDS	An02g01900	NT_166519.1	437144	438365	R	Title: similarity to hypothetical protein SPBP8B7.28c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(437144..437257,437322..437714,437912..438146,438213..438239,438292..438365))	Aspergillus niger	4978676
An02g01910	CDS	An02g01910	NT_166519.1	438442	438715	D	hypothetical protein	join(438442..438548,438631..438715)	Aspergillus niger	84590231
An02g01920	CDS	An02g01920	NT_166519.1	442062	443194	R	hypothetical protein	complement(join(442062..442296,442532..443072,443161..443194))	Aspergillus niger	84590232
An02g01930	CDS	An02g01930	NT_166519.1	443378	443813	R	hypothetical protein	complement(join(443378..443512,443598..443813))	Aspergillus niger	84590233
An02g01940	CDS	An02g01940	NT_166519.1	444521	446073	R	hypothetical protein	complement(join(444521..444826,444898..445167,445219..445261,445343..445454,445566..445705,445817..445881,445975..446073))	Aspergillus niger	84590234
An02g01950	CDS	An02g01950	NT_166519.1	446210	448676	D	Function: S. cerevisiae Sme1 is an essential for pre-mRNA splicing, cap modification and U1, U2, U4 and U5 snRNA stability.; Remark: alternate name for S. cerevisiae Sme1: YOR159C.; Similarity: the S. cerevisiae Sme1 protein is a human E core protein homolog.; Title: similarity to homolog of the human E core protein Sme1 - Saccharomyces cerevisiae; nucleus; See PMID 8918241; See PMID 9012791; uncharacterized protein	join(446210..446383,446443..447186,447240..448676)	Aspergillus niger	4978681
An02g01960	CDS	An02g01960	NT_166519.1	449003	449742	R	Title: questionable ORF; uncharacterized protein	complement(join(449003..449094,449191..449224,449314..449368,449663..449742))	Aspergillus niger	84590235
An02g01970	CDS	An02g01970	NT_166519.1	450002	451225	D	Title: similarity to hypothetical membrane protein YDL111c - Saccharomyces cerevisiae; uncharacterized protein	join(450002..450550,450617..451225)	Aspergillus niger	4978683
An02g01980	CDS	An02g01980	NT_166519.1	451731	452453	R	Function: DRAP-deaminase of A. gossypii converts 2,5-diamino-6-(ribosylamino)-4(3h)-pyrimidinone 5'-phosphate into 5-amino-6-(ribosylamino)-2,4(1h,3h)-pyrimidinedione 5'-phosphate.; Pathway: DRAP-deaminase of A. gossypii belongs to the riboflavin biosynthesis pathway.; Remark: the patented gene was isolated from an A. gossypii cDNA library and clones were isolated by functional complementation in S. cerevisiae mutants. it can be used for production of riboflavin in eukaryotic cells.; Title: similarity to DRAP-deaminase rib2 from patent DE4420785-A1 - Ashbya gossypii; uncharacterized protein	complement(451731..452453)	Aspergillus niger	4978684
An02g01990	CDS	An02g01990	NT_166519.1	452830	453875	D	Remark: the DnaJ-like protein HSPJ2 of H. sapiens may be used to treat or prevent tissue damage, e. g. in cases of ankylosing spondylitis, heart attack, ischaemia,UV exposure, insulin-dependent diabetes and for wound healing, and may be expressed from a vector containing the nucleic acids. antagonists of HSPJ2 of H. sapiens are used to treat or prevent a wide variety of solid cancers,leukaemia and lymphoma, immune disorders and inflammation.; Title: similarity to DnaJ-like protein HSPJ2 from patent WO9855509-A2 - Homo sapiens; cytoplasm; uncharacterized protein	join(452830..453031,453106..453875)	Aspergillus niger	4978685
An02g02000	CDS	An02g02000	NT_166519.1	455212	457533	D	Remark: the ORF is similar to an EST (AA788334) from A. nidulans.; Similarity: the C-terminus of the ORF is similar to the C-terminus of the hypothetical protein SPAC167. 05 of S. pombe. similarities to other ORFs are due to low complexity of sequence.; Title: strong similarity to hypothetical protein SPAC167.05 - Schizosaccharomyces pombe; uncharacterized protein	join(455212..456391,456448..457196,457246..457307,457368..457533)	Aspergillus niger	4978686
An02g02010	CDS	An02g02010	NT_166519.1	458116	459591	R	Catalytic activity: tyrosyl-tRNA synthetase catalyses ATP + L-tyrosine + tRNA(Tyr) = AMP + diphosphate + L-tyrosyl-tRNA(Tyr).; Pathway: the activation of amino acids and transfer to specific tRNA molecules is the first step in protein biosynthesis.; Phenotype: the null mutant of tyrosyl-tRNA synthetase of S. cerevisiae is inviable.; Remark: the tyrosyl-tRNA synthetase gene of S. cerevisiae was isolated by functional complementation of a mutant Escherichia coli suppressor tRNA defective in aminoacylation.; Similarity: the ORF is similar to tyrosyl-tRNA synthetase.; Title: strong similarity to cytoplasmic tyrosine--tRNA ligase Tyrrs - Saccharomyces cerevisiae; cytoplasm; See PMID 8509419; uncharacterized protein	complement(join(458116..458337,458399..458640,458699..458765,458822..459279,459346..459384,459471..459591))	Aspergillus niger	4978687
An02g02020	CDS	An02g02020	NT_166519.1	460568	462568	D	Function: V-ATPase of S. cerevisiae is responsible for acidifying a variety of intracellular compartments in eukaryotic cells. it is an electrogenic proton pump that generates a proton motive force of 180 mV, inside positive and acidic, in the vacuolar membrane vesicles. V-ATPase catalyses the reaction ATP + H(2)O = ADP + phosphate.; Phenotype: the null mutant of vma-2 of S. cerevisiae is viable, but severely defective for growth in medium buffered at neutral pH.; Remark: the protein vma-2 of S. cerevisiae is a noncatalytic subunit (B) of the peripheral heteromultimeric V1 complex of vacuolar ATPase (V-ATPase).; Title: strong similarity to vacuolar H(+)-transporting ATPase subunit B Vma2 - Saccharomyces cerevisiae; vacuole; See PMID 9819393; See PMID 10358087; See PMID 2478556; See PMID 8626613; uncharacterized protein	join(460568..460666,460753..460837,460904..460923,461005..461040,461093..461254,461305..461621,461669..461943,461991..462209,462258..462568)	Aspergillus niger	4978688
An02g02030	CDS	An02g02030	NT_166519.1	462756	464231	R	Function: isopenicillin N epimerase of N. lactamdurans catalyzes the reversible isomerization between isopenicillin N and penicillin N and requires pyridoxal phosphate as a cofactor.; Pathway: isopenicillin N epimerase is involved in the biosynthesis of cephalosporin antibiotics.; Remark: expression of cefD of N. lactamdurans in S. lividans transformants results in isopenicillin N epimerase activities that are 10-12 times higher than those in N. lactamdurans.; Remark: the sequence SXHKXL in isopenicillin N epimerase of N. lactamdurans resembles the consensus sequence for pyridoxal phosphate binding found in several amino acid decarboxylases from Enterobacteria.; Similarity: isopenicillin N epimerase of N. lactamdurans belongs to class-V of pyridoxal-phosphate-dependent aminotransferases.; Title: strong similarity to isopenicillin N epimerase cefD - Nocardia lactamdurans; cytoplasm; See PMID 1867773; uncharacterized protein	complement(join(462756..463392,463483..464231))	Aspergillus niger	4978689
An02g02040	CDS	An02g02040	NT_166519.1	464626	469524	R	Similarity: the ORF is similar to various long proteins due to low complexity of sequence.; Title: strong similarity to hypothetical protein SPAC4F10.13c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(464626..464924,464972..468767,468864..469296,469427..469524))	Aspergillus niger	4978690
An02g02050	CDS	An02g02050	NT_166519.1	469560	471501	D	hypothetical protein	join(469560..469622,469710..469936,470199..470214,470300..470478,470597..470647,470816..471037,471126..471311,471420..471501)	Aspergillus niger	84590236
An02g02060	CDS	An02g02060	NT_166519.1	472614	473779	D	Remark: the patented alcohol dehydrogenase is used for the synthesis of coniferyl alcohol, coniferyl aldehyde,ferulic acid, vanillin, vanillic acid and their applications.; Similarity: the protein is similar to alcohol dehydrogenases.; Title: strong similarity to alcohol dehydrogenase from patent EP0845532-A - Unclassified organism; cytoplasm; uncharacterized protein	join(472614..473423,473483..473779)	Aspergillus niger	4978692
An02g02070	CDS	An02g02070	NT_166519.1	474080	474834	D	Similarity: ORF has similarity to several coiled-coil proteins.; hypothetical protein	join(474080..474199,474259..474834)	Aspergillus niger	4978693
An02g02080	CDS	An02g02080	NT_166519.1	474901	475780	R	hypothetical protein	complement(join(474901..475094,475198..475311,475415..475615,475711..475780))	Aspergillus niger	84590237
An02g02090	CDS	An02g02090	NT_166519.1	476098	477447	D	hypothetical protein	join(476098..476175,476687..476851,477128..477193,477280..477447)	Aspergillus niger	84590238
An02g02100	CDS	An02g02100	NT_166519.1	478886	480890	D	hypothetical protein	join(478886..478946,479077..479110,479198..479316,479368..479441,479536..479632,479729..479808,479874..479965,480056..480161,480248..480413,480491..480561,480643..480700,480754..480890)	Aspergillus niger	84590239
An02g02110	CDS	An02g02110	NT_166519.1	481695	482541	R	hypothetical protein	complement(join(481695..481823,481866..482189,482369..482396,482435..482541))	Aspergillus niger	84590240
An02g02120	CDS	An02g02120	NT_166519.1	482792	483247	R	hypothetical protein	complement(join(482792..482870,482939..483003,483089..483247))	Aspergillus niger	84590241
An02g02130	CDS	An02g02130	NT_166519.1	483405	485156	D	hypothetical protein	join(483405..483460,483550..483675,483827..483916,483985..484056,484152..484228,484325..484368,484412..484433,484476..484560,484645..484701,484778..484959,485098..485156)	Aspergillus niger	84590242
An02g02140	CDS	An02g02140	NT_166519.1	487498	488286	D	hypothetical protein	join(487498..487527,487638..487685,487759..487992,488024..488153,488234..488286)	Aspergillus niger	84590243
An02g02150	CDS	An02g02150	NT_166519.1	488600	490005	D	Function: Mutations in the developmental modifier medusa (medA) of A. nidulans result in aberrant conidiophores with branching chains of reiterated reproductive cells (metulae), delayed conidial differentiation and frequent reinitiation of secondary conidiophores.; Function: the medusa protein of A. nidulans is required for correct temporal expression of both brlA transcripts (brlA alpha and brlA beta). the medusa protein of A. nidulans is a coactivator required for normal levels of abacus (abaA) expression.; Remark: C-terminus is missing due to truncated ORF.; Title: strong similarity to hypothetical Medusa medA - Aspergillus nidulans [truncated ORF]; See PMID 8722771; uncharacterized protein	join(488600..488639,488771..>490005)	Aspergillus niger	4978701
An02g02160	CDS	An02g02160	NT_166519.1	490147	490590	R	Remark: the ORF is highly similar to ESTs BE759272 and BE759284 of A. niger.; hypothetical protein	complement(join(<490147..490297,490332..490484,490526..490590))	Aspergillus niger	84590244
An02g02170	CDS	An02g02170	NT_166519.1	491574	493878	D	Function: tryptophan synthase TRP5 of S. cerevisiae catalyses the reaction L-serine + 1-(indol-3-yl)glycerol 3-phosphate = L-tryptophan + glyceraldehyde 3-phosphate + H(2)O. TRP5 also catalyses the conversion of indoleglycerol phosphate into indole and glyceraldehyde phosphate. the enzyme requires the co-factor pyridoxal-phosphate.; Pathway: tryptophan synthase catalyzes the last (fifth) step in the biosynthesis of tryptophan.; Remark: in bacteria and plants, each domain is found on a separate subunit (alpha and beta chains), while in fungi the two domains are fused together on a single multifunctional protein.; Remark: yeast genomic DNA fragments expressed in the yeast shuttle vector pCN60 rescue the trp5 mutation of the yeast cell C9 when they harbor TRP5.; Title: strong similarity to tryptophan synthase Trp5 - Saccharomyces cerevisiae; cytoplasm; See PMID 2675471; See PMID 2734310; See PMID 6276387; uncharacterized protein	join(491574..491709,491785..492088,492147..493878)	Aspergillus niger	4978703
An02g02180	CDS	An02g02180	NT_166519.1	494662	496129	R	Remark: HTRM are human transcriptional regulator molecules. The patent gives no further information about the function of the protein.; Title: similarity to HTRM clone 052927 from patent WO9957144-A2 - Homo sapiens; uncharacterized protein	complement(join(494662..494701,494734..494883,494941..495241,495312..495425,495470..495971,496022..496129))	Aspergillus niger	4978704
An02g02190	CDS	An02g02190	NT_166519.1	496700	497338	R	Function: the protein is a putative transmembrane protein.; Similarity: the protein is similar to patented HRM-7 of H. sapiens and hypothetical proteins from several divergent species.; Title: strong similarity to human regulatory molecule HRM-7 from patent WO9915658-A2 - Homo sapiens; uncharacterized protein	complement(join(496700..497029,497084..497177,497245..497263,497320..497338))	Aspergillus niger	4978705
An02g02200	CDS	An02g02200	NT_166519.1	497870	500293	D	Similarity: the ORF contains repetitive proline and threonine residues.; Title: similarity to hypothetical SNF2/SWI2 protein family member SRCAP - Homo sapiens; uncharacterized protein	join(497870..498051,498107..498280,498397..498629,498799..499006,499452..499671,499745..500293)	Aspergillus niger	10098042
An02g02210	CDS	An02g02210	NT_166519.1	500656	504265	R	Function: HLTF of H. sapiens binds to the B Box of the plasminogen activator inhibitor-1 (PAI-1) gene. in vitro transcription from the PAI-1 promoter in HeLa cell extracts was inhibited by HLTF antibodies and by the HLTF DNA binding domain.; Localization: HLTF from H. sapiens was located in the nucleoplasm and can be immunoprecipitated from HeLa cell nuclear extracts.; Similarity: helicase-like transcription factor (HLTF) from H. sapiens contains a DNA-binding domain, a RING finger domain, and seven helicase domains and is homologous to SWI/SNF proteins of S. cerevisiae.; Title: strong similarity to helicase-like transcription factor - Homo sapiens; nucleus; See PMID 8672239; uncharacterized protein	complement(join(500656..501192,501298..503432,503482..504265))	Aspergillus niger	4978707
An02g02220	CDS	An02g02220	NT_166519.1	504279	504815	D	hypothetical protein	join(504279..504415,504467..504638,504723..504815)	Aspergillus niger	84590245
An02g02230	CDS	An02g02230	NT_166519.1	505213	507636	R	Similarity: the ORF is strongly similar to hypothetical proteins from several divergent species.; Title: strong similarity to hypothetical protein SPAC824.01 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(505213..506079,506140..506343,506395..506597,506685..507636))	Aspergillus niger	4978709
An02g02240	CDS	An02g02240	NT_166519.1	508627	511667	D	Function: an Asd-4 null mutant of N. crassa obtained by the rip procedure did not show any effect upon nitrogen control, but instead resulted in severe defects in ascus and ascospore genesis.; Function: mobility shift assays demonstrated that ASD4 acts as a sequence-specific DNA binding protein and recognizes DNA fragments that contain GATA core elements.; Remark: ASD4 protein of N. crassa contains a single GATA-type zinc finger and a putative coiled-coil domain. the ASD4 protein exists as a tetramer in solution.; Title: strong similarity to GATA type zinc finger protein ASD4 - Neurospora crassa; nucleus; See PMID 10998244; uncharacterized protein	join(508627..508677,508848..508969,509387..509441,509473..509508,509635..509993,510192..510285,510664..510852,510948..511667)	Aspergillus niger	4978710
An02g02250	CDS	An02g02250	NT_166519.1	513397	514925	D	Function: SRPK2 of H. sapiens is involved in spliceosome assembly for pre-mRNA splicing and the control of trafficking of splicing factors, probably by phosphorylating arginine and serine-rich (RS) domains in respective proteins.; Similarity: the ORF shows similarity to several serine/arginine-rich protein-specific kinases from different species with various cellular fucntions.; Title: strong similarity to serine kinase SRPK2 -Homo sapiens; uncharacterized protein	join(513397..513734,513796..514115,514178..514473,514523..514685,514741..514925)	Aspergillus niger	4978711
An02g02260	CDS	An02g02260	NT_166519.1	515579	517613	R	Title: strong similarity to hypothetical membrane protein YMR155w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(515579..516066,516115..516302,516356..516980,517038..517079,517199..517331,517391..517462,517533..517613))	Aspergillus niger	4978712
An02g02270	CDS	An02g02270	NT_166519.1	518610	520245	D	Title: strong similarity to hypothetical membrane protein YDR105c - Saccharomyces cerevisiae; uncharacterized protein	join(518610..518660,518713..518792,518871..519459,519529..520245)	Aspergillus niger	4978713
An02g02280	CDS	An02g02280	NT_166519.1	520683	523927	D	Function: PMS1 of S. cerevisiae is a mutL homolog and is similar to and associates with Mlh1p, possibly by forming a heterodimer, that binds to a Msh2p-heteroduplex complex containing a G-T mismatch.; Function: PMS1 of S. cerevisiae is required for DNA mismatch repair in mitosis and meiosis, low levels of postmeiotic segregation, and high spore viability, but is dispensable for homologous recombination.; Phenotype: mutations in the DNA mismatch repair protein PMS1 of S. cerevisiae results in elevated rates of spontaneous mutation and causes a marked increase in the instability of simple DNA repeats.; Remark: PMS1 of S. cerevisiae is also called YNL082W or N2317.; Title: strong similarity to DNA mismatch repair gene Pms1 - Saccharomyces cerevisiae; See PMID 8842147; See PMID 7618086; uncharacterized protein	join(520683..520818,520896..522360,522919..523927)	Aspergillus niger	4978714
An02g02290	CDS	An02g02290	NT_166519.1	524495	526328	D	Catalytic activity: delta-1-pyrroline-5-carboxylate dehydrogenases catalyse 1-pyrroline-5-carboxylate + NAD(+) + H(2)O <=> L-glutamate + NADH.; Function: prnC of A. nidulans is involved in the mitochondrial pathway for proline utilization.; Remark: in A. nidulans the genes prnB, prnC, and prnD are clustered.; Repression: prnC of A. nidulans is repressed by the simultaneous presence of glucose and ammonium.; Title: strong similarity to delta-1-pyrroline-5-carboxylate dehydrogenase prnC -Aspergillus nidulans; See PMID 10613888; See PMID 355839; uncharacterized protein	join(524495..524617,524690..524797,524844..526328)	Aspergillus niger	4978715
An02g02300	CDS	An02g02300	NT_166519.1	526831	527584	D	Similarity: the ORF shows weak similarity to peptide synthetases from different species, which are all around 1000 amino acids longer.; Title: weak similarity to nonribosomal peptide synthetase tex1 - Hypocrea virens; uncharacterized protein	join(526831..527083,527256..527584)	Aspergillus niger	84590246
An02g02310	CDS	An02g02310	NT_166519.1	528534	529260	R	Function: the human IBSP product binds tightly to hydroxyapatite. It appears to form an integral part of the mineralized matrix. It probably important to cell-matrix interaction and promotes Arg-Gly-Asp-dependent cell attachment.; Title: similarity to bone sialoprotein precursor IBSP - Homo sapiens; extracellular/secretion proteins; See PMID 3597437; uncharacterized protein	complement(join(528534..528642,528716..529260))	Aspergillus niger	4978717
An02g02320	CDS	An02g02320	NT_166519.1	530246	531095	R	Remark: alternate name for S. cerevisiae Upc2: YDR213W.; Similarity: the ORF encoded protein and S. cerevisiae are zinc finger transcription factors of the Zn(2)-Cys(6) binuclear cluster domain type.; Title: similarity to RNA polymerase II transcription factor Upc2 - Saccharomyces cerevisiae; See PMID 9696767; uncharacterized protein	complement(join(530246..530980,531030..531095))	Aspergillus niger	4978718
An02g02330	CDS	An02g02330	NT_166519.1	531446	532347	D	Function: S. cerevisiae Rta1 is involved in 7-aminocholesterol resistance.; Remark: alternate name for S. cerevisiae Rta1: YGR213C.; Similarity: the ORF encoded protein and S. cerevisiae are also strong similar to yeast RTM1 and YER185w.; Title: strong similarity to hypothetical 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; See PMID 8660468; uncharacterized protein	join(531446..531617,531692..532347)	Aspergillus niger	4978719
An02g02340	CDS	An02g02340	NT_166519.1	532994	538422	R	Catalytic activity: UDP-N-acetyl-D-glucosamine + {(1, 4)-(N-acetyl-beta-D-glucosaminyl)}(N) <=> UDP + {(1,4)-(N-acetyl-beta-D-glucosaminyl)}(N+1).; Remark: CsmA=asmA (PIR:JC5546).; Title: strong similarity to chitin synthase with a myosin motor-like domain csmA - Aspergillus nidulans; See PMID 9223429; See PMID 10368147; uncharacterized protein	complement(join(532994..533091,533142..534409,534457..538080,538130..538422))	Aspergillus niger	4978720
An02g02350	CDS	An02g02350	NT_166519.1	541376	541772	R	hypothetical protein	complement(join(541376..541552,541758..541772))	Aspergillus niger	84590247
An02g02360	CDS	An02g02360	NT_166519.1	542477	547418	D	Catalytic activity: UDP-N-acetyl-D-glucosamine + {(1, 4)-(N-acetyl-beta-D-glucosaminyl)}(N) <=> UDP + {(1,4)-(N-acetyl-beta-D-glucosaminyl)}(N+1).; Remark: C-terminally truncated ORF due to the end of contig.; Remark: CsmA=asmA (PIR:JC5546).; Title: strong similarity to chitin synthase with a myosin motor-like domain csmA - Aspergillus nidulans [truncated ORF]; See PMID 9223429; See PMID 10368147; uncharacterized protein	join(542477..542589,542646..542834,542878..>547418)	Aspergillus niger	4978722
An02g02370	CDS	An02g02370	NT_166519.1	547519	551286	R	Function: N. crassa ro-3 is required for the cytoplasmic dynein-driven retrograde movement of vesicles and organelles along microtubules. The dynein-dynactin interaction is a key component of the mechanism of axonal transport of vesicles and organelles.; Remark: C-terminally truncated ORF due to the end of contig.; Remark: alternate names for N. crassa ro-3: p150Glued, Dynactin 150 kDa isoform,DP-150, DAP-150 or 150 kDa Dynein-associated polypeptide.; Title: strong similarity to 150 kDa Dynein-associated polypeptide ro-3 - Neurospora crassa [truncated ORF]; cytoskeleton; See PMID 8744947; See PMID 10878138; uncharacterized protein	complement(join(<547519..550783,551068..551286))	Aspergillus niger	4978723
An02g02380	CDS	An02g02380	NT_166519.1	551720	552725	R	Remark: Expression of the SSM1 gene was found to be repressed in the transcription elongation factor S-II null mutant. Ssm1 confers yeast resistance to 6-azauracil.; Remark: alternate names for S. cerevisiae Ssm1: Sdt1 or YGL224c.; Title: strong similarity to hypothetical suppressor of deletion of TFIIS Ssm1 - Saccharomyces cerevisiae; See PMID 10858443; uncharacterized protein	complement(join(551720..552411,552477..552512,552574..552586,552651..552725))	Aspergillus niger	4978724
An02g02390	CDS	An02g02390	NT_166519.1	553753	556197	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: similarity to Ser/Arg-related nuclear matrix protein SRM160 - Homo sapiens; nucleus; See PMID 10339552; See PMID 10668804; uncharacterized protein	553753..556197	Aspergillus niger	4978725
An02g02400	CDS	An02g02400	NT_166519.1	557024	557228	R	Remark: N-terminally truncated ORF due to the end of contig.; hypothetical protein [truncated ORF]	complement(join(557024..557043,557156..>557228))	Aspergillus niger	84590248
An02g02410	CDS	An02g02410	NT_166519.1	558882	562121	D	Induction: HBP undergoes up-regulation in response to cholesterol loading of cells.; Pathway: the 110-kDa membrane protein HBP is a component of a cellular pathway that facilitates removal of excess cholesterol from cells, perhaps through its interaction with HDL.; Remark: HBP preferentially binds HDL apolipoproteins.; Title: similarity to high density lipoprotein-binding protein HBP - Homo sapiens; plasma membrane; See PMID 1318310; uncharacterized protein	join(558882..559319,559388..559669,559721..560182,560234..560558,560605..560969,561016..561213,561261..562121)	Aspergillus niger	4978727
An02g02420	CDS	An02g02420	NT_166519.1	562741	563084	R	hypothetical protein	complement(join(562741..562845,563082..563084))	Aspergillus niger	84590249
An02g02430	CDS	An02g02430	NT_166519.1	563810	564488	D	Title: weak similarity to G-protein coupled human rhodopsin from patent WO9405695-A1 - Homo sapiens; uncharacterized protein	join(563810..563884,564076..564172,564251..564288,564378..564488)	Aspergillus niger	84590250
An02g02440	CDS	An02g02440	NT_166519.1	564674	565843	D	hypothetical protein	join(564674..564820,564917..565006,565097..565215,565377..565603,565704..565843)	Aspergillus niger	84590251
An02g02450	CDS	An02g02450	NT_166519.1	566418	568587	D	hypothetical protein	join(566418..566560,566688..566814,567040..567209,567515..567640,567766..567869,567949..568080,568183..568257,568371..568469,568547..568587)	Aspergillus niger	84590252
An02g02460	CDS	An02g02460	NT_166519.1	569418	570359	D	hypothetical protein	569418..570359	Aspergillus niger	4978732
An02g02470	CDS	An02g02470	NT_166519.1	572591	572969	D	hypothetical protein	join(572591..572763,572858..572969)	Aspergillus niger	84590253
An02g02480	CDS	An02g02480	NT_166519.1	573936	576112	D	Function: PT1 has a role in the acquisition of phosphate from the environment.; Induction: PT1 transcript levels increase in response to phosphate starvation.; Induction: PT1 transcripts are present in roots and were not detected in leaves.; Similarity: PT1 shares identity with high-affinity phosphate transporters from Arabidopsis, yeast, Neurospora crassa.; Title: strong similarity to inorganic phosphate transport protein PT1 - Medicago truncatula; plasma membrane; See PMID 9425684; uncharacterized protein	join(573936..574252,574317..574484,574542..574684,574743..576112)	Aspergillus niger	4978734
An02g02490	CDS	An02g02490	NT_166519.1	576880	579235	R	Function: functional rad9 cognates from S. malidevorans can restore radioresistance and the radiation-induced G2 delay response to S. pombe rad9 deletion cells.; Function: rad9p from S. pombe is involved in promoting resistance to ionizing radiation and UV light, as well as regulating cell cycle progression after irradiation.; Title: similarity to DNA repair protein rad9p -Schizosaccharomyces malidevorans; See PMID 7821792; uncharacterized protein	complement(join(576880..577679,577731..578043,578169..578270,578325..578893,578949..579178,579225..579235))	Aspergillus niger	4978735
An02g02500	CDS	An02g02500	NT_166519.1	580093	582120	D	hypothetical protein	join(580093..580229,580287..580541,580591..580715,580794..580838,580903..581050,581100..582028,582080..582120)	Aspergillus niger	4978736
An02g02510	CDS	An02g02510	NT_166519.1	582571	587182	D	Catalytic activity: N deoxynucleoside triphosphate = N pyrophosphate + DNA(N).; Function: POL1 catalyses DNA-template-directed extension of the 3'-end of an RNA strand by one nucleotide at a time.; Remark: POL1 cannot initiate a chain de novo but requires a primer which may be DNA or RNA.; Similarity: POL1 belongs to DNA-polymerase type-B family.; Title: strong similarity to polymerase I Pol1 -Saccharomyces cerevisiae; nucleus; See PMID 3047550; See PMID 3287376; uncharacterized protein	join(582571..582960,583018..584739,584796..585353,585405..586145,586199..587182)	Aspergillus niger	4978737
An02g02520	CDS	An02g02520	NT_166519.1	587342	589570	D	Function: thi-4 is believed to be involved in the condensation of pyrimidine and thiazole precursors, which is necessary for the synthesis of thiamine.; Title: strong similarity to thiamin biosynthesis protein thi-4 - Neurospora crassa; See PMID 8662211; uncharacterized protein	join(587342..587586,587653..587834,587887..587969,588036..588580,588639..588789,588843..588908,588977..589085,589162..589377,589443..589570)	Aspergillus niger	4978738
An02g02530	CDS	An02g02530	NT_166519.1	590198	592757	D	Complex: the nucleolar protein fibrillarin interacts with p68.; Function: a role for p68 is either in postmitotic nucleolar reassembly or in the activation of ribosomal DNA transcription/preribosomal RNA processing.; Localization: p68 shows a distinct granular distribution in the nucleus.; Similarity: p68 shows extensive homology with the translation initiation factor eIF-4A.; Similarity: p68 was first identified because of its specific immunological cross-reaction with the DNA tumour virus nuclear oncogene SV40 large T.; Title: strong similarity to ATP-dependent RNA helicase p68 - Homo sapiens; nucleus; See PMID 10837141; See PMID 10648785; uncharacterized protein	join(590198..590244,590489..591678,591734..591841,592347..592475,592534..592757)	Aspergillus niger	4978739
An02g02540	CDS	An02g02540	NT_166519.1	594501	595760	R	Catalytic activity: an acetic ester + H(2)O <=> an alcohol + acetate.; Remark: acetyl esterase I is active on acetylated xylan and mannan.; Remark: acetyl esterase I is used in the preparation of feed or food, and in the paper or pulp industry.; Title: strong similarity to acetyl-esterase I from patent WO9502689-A - Aspergillus aculeatus; uncharacterized protein	complement(join(594501..595143,595198..595324,595571..595760))	Aspergillus niger	4978740
An02g02550	CDS	An02g02550	NT_166519.1	596133	597401	D	hypothetical protein	join(596133..596461,596552..596611,596651..596749,597044..597122,597208..597254,597326..597401)	Aspergillus niger	84590254
An02g02560	CDS	An02g02560	NT_166519.1	597465	598653	D	hypothetical protein	join(597465..597519,597759..597845,598116..598166,598258..598434,598472..598653)	Aspergillus niger	84590255
An02g02570	CDS	An02g02570	NT_166519.1	598990	599542	R	hypothetical protein	complement(join(598990..599123,599421..599451,599489..599542))	Aspergillus niger	84590256
An02g02580	CDS	An02g02580	NT_166519.1	601407	602428	R	hypothetical protein	complement(join(601407..601631,601835..601853,601971..602057,602292..602428))	Aspergillus niger	84590257
An02g02600	CDS	An02g02600	NT_166519.1	605688	607464	D	Title: strong similarity to hypothetical transcriptional regulator CON7 - Magnaporthe grisea; uncharacterized protein	join(605688..606039,606127..606323,606568..606748,607109..607464)	Aspergillus niger	4978745
An02g02610	CDS	An02g02610	NT_166519.1	608101	609698	R	hypothetical protein	complement(join(608101..608819,608999..609038,609093..609139,609178..609263,609667..609698))	Aspergillus niger	84590258
An02g02620	CDS	An02g02620	NT_166519.1	610131	611325	D	Remark: C-terminally truncated due to contig border.; Title: weak similarity to hypothetical protein T21J18.80 - Arabidopsis thaliana [truncated orf]; uncharacterized protein	join(610131..610757,610849..>611325)	Aspergillus niger	4978747
An02g02630	CDS	An02g02630	NT_166519.1	611506	612348	D	Title: weak similarity to hypothetical ABC-transporter yvfR - Bacillus cereus; uncharacterized protein	611506..612348	Aspergillus niger	84590259
An02g02640	CDS	An02g02640	NT_166519.1	612969	614117	D	Complex: the regulation of vesicular transport in eukaryotic cells involves Ras-like GTPases of the Ypt/Rab family. The S. cerevisiae Yip1 protein specifically binds to the transport GTPases Ypt1p and Ypt31p.; Golgi; Remark: alternate name for S. cerevisiae Yip1: YGR172C.; Similarity: the ORF encoded protein shows strong similarity to human secreted protein encoded by gene 82 clone HSKHL65 from patent WO9842738-A1, but its function is not clearly enough decribed.; Title: similarity to Golgi membrane protein Yip1 -Saccharomyces cerevisiae; See PMID 11278413; See PMID 9724632; uncharacterized protein	join(612969..613056,613180..613412,613560..613597,613656..613808,613868..614117)	Aspergillus niger	4978749
An02g02645	CDS	An02g02645	NT_166519.1	614201	615007	D	hypothetical protein	join(614201..614287,614348..614587,614642..614743,614954..615007)	Aspergillus niger	84590260
An02g02650	CDS	An02g02650	NT_166519.1	615127	616935	D	Complex: Yrb2p binds to GTP-Gsp1p, but not to GDP-Gsp1p. Yrb2p also binds to the Ran nucleotide exchanger Prp20p/Rcc1 as well as to a novel 150-kDa GTP-binding protein.; Function: Yrb2p is involved in export of nuclear export signal (NES)-containing proteins out of the nucleus.; Localization: Yrb2p is located inside the nucleus,and this localization relies on the N terminus.; Remark: Yrb2p interacts with Xpo1p and not with other members of the importin/karyopherin beta superfamily.; Remark: the Ran binding domain of Yrb2p is essential for function and for its association with Prp20p and the GTP-binding proteins.; Similarity: the predicted A. niger protein shows similarity to Yrb2p (YRB2) of S. cerevisiae, a brefeldin A resistance protein from S. pombe, which is the S. pombe orthologue of Yrb2p of S. cerevisiae, and nuclear pore protein NUP2 from S. cerevisiae. the systematic name of yeast Yrb2p is YIL063c.; Title: similarity to protein Yrb2 - Saccharomyces cerevisiae; nucleus; See PMID 9121474; See PMID 9395535; See PMID 9636166; See PMID 10050047; uncharacterized protein	join(615127..615163,615256..615291,615367..615878,615942..616458,616511..616818,616870..616935)	Aspergillus niger	4978751
An02g02660	CDS	An02g02660	NT_166519.1	617664	619701	R	Remark: alternate name for S. cerevisiae Dcw1 is YKL046c.; Title: strong similarity to hypothetical protein Dcw1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(617664..617719,617761..617792,617996..618054,618125..618703,618770..619225,619301..619548,619611..619701))	Aspergillus niger	4978752
An02g02680	CDS	An02g02680	NT_166519.1	620768	624349	D	Function: the musN gene from E. nidulans was identified in a screen searching for methyl methane-sulfonate (MMS)-sensitive and radiation-induced mutants. Further characterization showed the musN mutation apparently caused high levels solely of mitotic crossing over.; Similarity: the ORF encoded protein is strong similar to many probable RNA helicases e. g. SPAC23A1. 19c (S. pombe) and YDR291w (S. cerevisiae).; Title: similarity to RecQ helicase musN -Aspergillus nidulans; See PMID 1582555; uncharacterized protein	join(620768..623465,623511..623884,623957..624349)	Aspergillus niger	4978754
An02g02690	CDS	An02g02690	NT_166519.1	625150	627114	R	Similarity: the Pro1 protein from Sordaria macrospora is a zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster domain type.; Title: similarity to transcription factor required for fruiting body development Pro1 - Sordaria macrospora; See PMID 10224253; uncharacterized protein	complement(join(625150..625950,626008..627114))	Aspergillus niger	4978755
An02g02700	CDS	An02g02700	NT_166519.1	627954	628722	R	Catalytic activity: 10-formyltetrahydrofolate + 5'-phosphoribosylglycinamide <=> tetrahydrofolate + 5'-phosphoribosyl-N-formylglycinamide.; Pathway: the S. cerevisiae Ade8 gene product is involved in third step (the first of two transformylation reactions) in de novo purine biosynthesis.; Remark: alternate names for S. cerevisiae Ade8: YDR408c,GART or GARtransformylase.; Title: strong similarity to phosphoribosylglycinamide formyltransferase Ade8 -Saccharomyces cerevisiae; See PMID 2183217; See PMID 4581491; uncharacterized protein	complement(join(627954..628196,628312..628722))	Aspergillus niger	4978756
An02g02710	CDS	An02g02710	NT_166519.1	629729	632406	R	Remark: A splice site was detected upstream of the START codon.; Similarity: the ORF encoded protein shows also strong similarity to the S. pombe hypothetical protein SPBP4H10. 07, but the similarity to SPCC4G3. 12c is more extented. It also show many hits to hypothetical Arabidopsis thaliana RING-H2 finger proteins.; Title: strong similarity to hypothetical RING finger protein SPCC4G3.12c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(629729..629836,629890..630165,630196..632406))	Aspergillus niger	4978757
An02g02720	CDS	An02g02720	NT_166519.1	633926	635263	D	Function: Colicins are polypeptide toxins produced by and active against, Escherichia coli and closely related bacteria.; Function: the Colicin E9 is a plasmid-coded bactericidal protein with an endonuclease activity for both single-and double-stranded DNA with undefined specificity.; Title: similarity to Colicin E9 - Escherichia coli; See PMID 9716496; See PMID 2646600; uncharacterized protein	633926..635263	Aspergillus niger	4978758
An02g02730	CDS	An02g02730	NT_166519.1	635691	637304	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	635691..637304	Aspergillus niger	4978759
An02g02740	CDS	An02g02740	NT_166519.1	638032	640290	R	Complex: Rabex-5 from Bos taurus forms a tight physical complex with Rabaptin-5, and this complex is essential for endocytic membrane fusion.; Function: Rabex-5 displays GDP/GTP exchange activity on Rab5(a small GTPase Rab5 which plays an essential role in endocytic traffic) upon delivery of the GTPase to the membrane.; Similarity: the ORF encoded protein and the Rabex-5 protein from Bos taurus show similarity to the VPS9 protein from S. cerevisiae which is required for Golgi to vacuole trafficking.; Title: similarity to Rab5 GDP/GTP exchange factor Rabex-5 - Bos taurus; See PMID 9323142; See PMID 10633070; uncharacterized protein	complement(join(638032..639889,639920..640290))	Aspergillus niger	4978760
An02g02750	CDS	An02g02750	NT_166519.1	640992	642620	R	Catalytic activity: 2 H(2)O(2) <=> O(2) + 2 H(2)O.; Cofactor: Heme; Manganese.; Function: the catalase occurs in almost all aerobically respiring organisms and serves to protect cells from the toxic effects of hydrogen peroxide.; Title: strong similarity to catalase cta1p -Schizosaccharomyces pombe; See PMID 8537298; See PMID 10380645; uncharacterized protein	complement(join(640992..642422,642472..642524,642599..642620))	Aspergillus niger	4978761
An02g02760	CDS	An02g02760	NT_166519.1	644502	644944	R	Similarity: the similarities of the ORF encoded protein to other proteins are mainly based on repetitive structures.; Title: weak similarity to skeleton binding protein 1 Pfsbp1 - Plasmodium falciparum; uncharacterized protein	complement(join(644502..644839,644914..644944))	Aspergillus niger	84590261
An02g02770	CDS	An02g02770	NT_166519.1	645763	646025	D	hypothetical protein	join(645763..645899,645930..645957,646002..646025)	Aspergillus niger	84590262
An02g02780	CDS	An02g02780	NT_166519.1	646134	647840	D	Function: TOXA of C. carbonum exports the cyclic tetrapeptide HC-toxin, which is responsible for the maize pathogenicity of the fungus.; Function: TOXA of C. carbonum may function in self-protection against the HC-toxin and/or the secretion of HC-toxin into the extracellular milieu.; Remark: the HC-toxin exerts a potent cytostatic effect on plant and animal cells by inhibiting histone deacetylase.; Title: strong similarity to HC-toxin efflux pump TOXA - Cochliobolus carbonum; plasma membrane; See PMID 8704997; uncharacterized protein	646134..647840	Aspergillus niger	4978764
An02g02790	CDS	An02g02790	NT_166519.1	647895	649430	R	Function: Filobasidiella neoformans produces a thick extracellular polysaccharide capsule, which is well recognized as a virulence factor. CAP10 from Filobasidiella neoformans is required for capsule formation.; Remark: Filobasidiella neoformans=Cryptococcus neoformans.; Title: strong similarity to capsular associated protein CAP10 - Filobasidiella neoformans; cytoplasm; See PMID 10482503; uncharacterized protein	complement(join(647895..649024,649157..649430))	Aspergillus niger	4978765
An02g02800	CDS	An02g02800	NT_166519.1	649975	651333	D	hypothetical protein	join(649975..650021,650276..650356,650408..650477,650693..650882,651167..651204,651244..651333)	Aspergillus niger	84590263
An02g02810	CDS	An02g02810	NT_166519.1	653442	655283	D	Function: Mal11 from S. cerevisiae is a high-affinity transporter for uptake of alpha-glucosides such as maltose, turanose, isomaltose,alpha-methylglucoside, maltotriose, palatinose, trehalose and melezitose. It acts with the concomitant export of a proton (symport system).; Remark: alternate names for S. cerevisiae Mal11: Agt1 or YGR289C.; Title: strong similarity to alpha-glucoside-hydrogen symporter Mal11 - Saccharomyces cerevisiae; See PMID 8594329; uncharacterized protein	join(653442..653762,653877..655283)	Aspergillus niger	4978767
An02g02820	CDS	An02g02820	NT_166519.1	655471	656571	R	Catalytic activity: (3S)-3-hydroxyacyl-CoA <=> trans-2(or 3)-enoyl-CoA + H(2)O.; Function: straight-chain enoyl-CoA thioesters from C4 up to at least C16 are processed by the rat mitochondrial enoyl-CoA hydratase ECHS1.; Title: strong similarity to mitochondrial enoyl-CoA hydratase ECHS1 - Rattus norvegicus; localisation:mitochondrion; See PMID 8895557; See PMID 2806264; uncharacterized protein	complement(join(655471..655520,655573..656118,656192..656329,656421..656571))	Aspergillus niger	4978768
An02g02830	CDS	An02g02830	NT_166519.1	657086	657881	D	Golgi; Remark: the human RER1 protein complements the phenotype (mislocalization of the Sec12-reporter protein) of a S. cerevisiae rer1 mutant.; Title: strong similarity to protein RER1 - Homo sapiens; See PMID 9309388; uncharacterized protein	join(657086..657154,657308..657728,657802..657881)	Aspergillus niger	4978769
An02g02840	CDS	An02g02840	NT_166519.1	659087	661994	R	Title: similarity to protein involved in betaine lipid production btaA from patent WO200283844-A2 -Agrobacterium tumefaciens; uncharacterized protein	complement(join(659087..659216,659275..659477,659532..659670,659723..661001,661174..661430,661481..661497,661549..661680,661743..661994))	Aspergillus niger	4978770
An02g02850	CDS	An02g02850	NT_166519.1	663653	666796	R	Remark: alternate name for B. subtilis ISP-1: IspA.; Similarity: Only the c-terminal part of the ORF encoded protein shows similarity to the serine proteinase IspA from B. subtilis, the n-terminal part shows weak similarity to the mammalian transcription factors (e. g. NF-kappa-B2).; Title: similarity to intracellular microbial serine proteinase ISP-1 - Bacillus subtilis; See PMID 3087947; uncharacterized protein	complement(join(663653..664375,664418..665017,665068..665594,665646..665818,665871..666796))	Aspergillus niger	4978771
An02g02860	CDS	An02g02860	NT_166519.1	667526	669905	D	Title: similarity to hypothetical protein encoded by An15g05550 - Aspergillus niger; uncharacterized protein	join(667526..667531,667563..667986,668194..668345,668397..669905)	Aspergillus niger	4978772
An02g02870	CDS	An02g02870	NT_166519.1	670210	671713	R	Catalytic activity: an alcohol + NAD(+) <=> an aldehyde or ketone + NADH.; Cofactor: Zinc.; Remark: the Emericella nidulans functional cDNA encoding the alcohol dehydrogenase (ADHIII) was isolated by its ability to complement an adh1 mutation in S. cerevisiae.; Similarity: the ORF encoded protein shows also strong similarity to the alcohol-dehydrogenase from A. niger AdhA described in patent WO8704464-A.; Title: strong similarity to alcohol dehydrogenase adhIII - Aspergillus nidulans; See PMID 2998782; uncharacterized protein	complement(join(670210..670394,670458..670714,670763..670813,670868..670961,671017..671097,671158..671179,671232..671313,671364..671412,671482..671713))	Aspergillus niger	4978773
An02g02880	CDS	An02g02880	NT_166519.1	672609	673444	R	Function: biochemical analyses of purified recombinant yeast ARL1 (yARL1) protein revealed properties similar to other ADP-ribosylation factors (ARFs) e. g. the ability to bind and hydrolyze GTP.; Remark: The amino terminus of Arl1 from S. cerevisiae is myristoylated.; Remark: alternate name for S. cerevisiae Alr1: YBR164c.; Title: strong similarity to ADP-ribosylation factor-like protein Arl1 - Saccharomyces cerevisiae; See PMID 9388248; uncharacterized protein	complement(join(672609..672635,672697..673020,673105..673188,673255..673293,673370..673444))	Aspergillus niger	4978774
An02g02890	CDS	An02g02890	NT_166519.1	674106	676483	D	Similarity: the ORF encoded protein shows also similarity A. chrysogenum gamma-actin described in patent WO9839459-A1.; Similarity: the ORF encoded protein shows strong similarity to the not functionally characterized proteins from S. cervisiae ARP8 type e. g. the actin-like protein SPAC664. 02c, S. pombe.; Title: similarity to actin cps8p -Schizosaccharomyces pombe; cytoskeleton; See PMID 8292390; See PMID 8774852; See PMID 3309892; uncharacterized protein	join(674106..674148,674207..674285,674390..674795,674852..676483)	Aspergillus niger	4978775
An02g02900	CDS	An02g02900	NT_166519.1	677152	678730	D	Complex: Paf1 was identified by affinity chromatography, it is member of a collection of factors that associate with S. cerevisiae RNA polymerase II.; Remark: alternate name for S. cerevisiae Paf1: YBR279W.; Title: strong similarity to RNA polymerase II-associated factor Paf1 - Saccharomyces cerevisiae; nucleus; See PMID 8552095; See PMID 9891041; See PMID 10219085; uncharacterized protein	join(677152..677416,677484..678730)	Aspergillus niger	4978776
An02g02910	CDS	An02g02910	NT_166519.1	679356	681222	D	Catalytic activity: (S)-dihydroorotate + NAD(+) <=> orotate + NADH.; Cofactor: FAD; FMN.; Pathway: the PyrE gene product from Emericella nidulans is involved in the pyrimidine metabolism.; Remark: alternate name for E. nidulans PyrE: DHO-DH.; Remark: the orotate reductase PyrE from Emericella nidulans is the target site of the antifungal compound LY214352 [8-chloro-4-(2-chloro-4-fluorophenoxy) quinoline].; Title: strong similarity to orotate reductase pyrE -Aspergillus nidulans; See PMID 8660469; uncharacterized protein	join(679356..679358,679533..680051,680110..681222)	Aspergillus niger	4978777
An02g02920	CDS	An02g02920	NT_166519.1	682555	683403	R	Catalytic activity: D-glyceraldehyde 3-phosphate <=> glycerone phosphate.; Pathway: the TpiA product from B. stearothermophilus is involved in Glycolysis,Gluconeogenesis,Glycerolipid metabolism, Fructose and mannose metabolism.; Similarity: the ORF encoded protein shows also strong similarity to the protein described in patent WO9928475-A2.; Title: strong similarity to triosephosphate isomerase tpiA - Bacillus stearothermophilus; See PMID 6105959; See PMID 8244026; See PMID 8421318; uncharacterized protein	complement(682555..683403)	Aspergillus niger	4978778
An02g02930	CDS	An02g02930	NT_166519.1	686251	686739	D	Catalytic activity: D-ribose 5-phosphate <=> D-ribulose 5-phosphate.; Complex: ribose-5-phosphate isomerase RpiB from Escherichia coli is a homodimer.; Pathway: the RpiB product from E. coli is involved in the nonoxidative branch of the pentose phosphate pathway.; Title: strong similarity to ribose-5-phosphate isomerase rpiB - Escherichia coli; See PMID 8576032; uncharacterized protein	686251..686739	Aspergillus niger	4978779
An02g02940	CDS	An02g02940	NT_166519.1	687815	688820	D	Function: the mammalian Chip homologue is well characterized as chaperone Pubmed 10330192.; Remark: the Drosophila melanogaster Chip protein plays a important role in fly development.; Similarity: the ORF encoded protein shows also strong similarity to the human PPRM-1 protein described in patent WO9949037-A2.; Title: strong similarity to Hsp70-interacting protein Chip - Drosophila melanogaster; See PMID 10488341; uncharacterized protein	join(687815..687897,687986..688523,688587..688820)	Aspergillus niger	4978780
An02g02950	CDS	An02g02950	NT_166519.1	689245	690943	R	Catalytic activity: ATP + {tetrahydrofolyl-[Glu]}(N) + L-glutamate <=> ADP + phosphate + {tetrahydrofolyl-[Glu]}(N+1).; Function: in organisms that synthesize folate coenzymes de novo, the addition of the glutamyl side chains is achieved by the action of two enzymes, dihydrofolate synthetase and folylpolyglutamate synthetase.; Remark: alternate name for S. cerevisiae Met7: YOR241w.; Title: strong similarity to tetrahydrofolylpolyglutamate synthase Met7 - Saccharomyces cerevisiae; See PMID 10799479; uncharacterized protein	complement(join(689245..689471,689545..689705,689767..690668,690718..690879,690926..690943))	Aspergillus niger	4978781
An02g02960	CDS	An02g02960	NT_166519.1	691802	692446	D	Function: the ACBP type 2 from Saccharomyces carlsbergensis binds medium- and long-chain acyl-CoA esters with very high affinity and may function as an intracellular carrier of acyl-CoA esters.; Remark: alternate name for S. carlsbergensis ACBP type 2: ACB2.; Similarity: the DNA sequence of the ORF is nearly identical to the A. niger EST Nig058c.; Title: similarity to acyl-CoA-binding type 2 protein Acbp - Saccharomyces carlsbergensis; See PMID 8093000; See PMID 9434347; uncharacterized protein	join(691802..692053,692161..692226,692330..692446)	Aspergillus niger	4978782
An02g02970	CDS	An02g02970	NT_166519.1	692635	694586	R	Similarity: the ORF encoded protein shows similarity to a yet unpublished human tyrosyl-DNA phosphodiesterase TDP1 (literature about this, but which does not describe this protein directly: Pubmed 10521354).; Title: strong similarity to hypothetical protein SPCP31B10.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(692635..693360,693424..693817,693864..693976,694140..694586))	Aspergillus niger	4978783
An02g02980	CDS	An02g02980	NT_166519.1	694766	696681	R	Function: the Die2 protein promotes the expression of the inositol transporter gene ITR1 in S. cerevisiae.; Remark: alternate names for S. cerevisiae Die2: YGR227W, Alg10.; Title: strong similarity to protein influencing Itr1 expression Die2 - Saccharomyces cerevisiae; See PMID 7565092; uncharacterized protein	complement(join(694766..694960,695081..695691,695740..695877,695925..696681))	Aspergillus niger	4978784
An02g02990	CDS	An02g02990	NT_166519.1	696986	697931	D	Title: similarity to hypothetical protein OSJNBa0049B20.21 - Oryza sativa; uncharacterized protein	join(696986..697099,697157..697743,697823..697931)	Aspergillus niger	4978785
An02g03000	CDS	An02g03000	NT_166519.1	698545	699269	R	Similarity: the ORF encoded protein shows significant similarity to S. pombe SPCC4G3. 13c and to mammalian AMFR, but this proteins are functionally not characterized.; Title: weak similarity to B-type cyclin - Nicotiana tabacum; See PMID 8580965; See PMID 9193070; uncharacterized protein	complement(join(698545..698841,698988..699269))	Aspergillus niger	4978786
An02g03010	CDS	An02g03010	NT_166519.1	700022	703839	R	Function: the S. pombe Cut14 protein is involved in chromosome segregation.; Remark: better characterized are the human and the chicken homologues Pubmed 7929577;9789013;10958694; Similarity: the S. pombe Cut14 protein belongs to the SMC family.; Title: strong similarity to chromosome segregation protein cut14p - Schizosaccharomyces pombe; nucleus; See PMID 8395535; uncharacterized protein	complement(join(700022..700286,700339..701012,701062..701436,701485..703642,703715..703755,703813..703839))	Aspergillus niger	4978787
An02g03030	CDS	An02g03030	NT_166519.1	704568	704932	R	hypothetical protein	complement(join(704568..704703,704775..704932))	Aspergillus niger	84590264
An02g03060	CDS	An02g03060	NT_166519.1	707662	707988	D	Title: weak similarity to hypothetical protein T12C22.20 - Arabidopsis thaliana; uncharacterized protein	join(707662..707673,707719..707988)	Aspergillus niger	84590265
An02g03070	CDS	An02g03070	NT_166519.1	708378	710239	R	Similarity: the ORF encoded protein and Gel3 from Aspergillus fumigatus belong to the fungal Gas1 protein family.; Title: strong similarity to glycosylphosphatidylinositol-anchored beta(1-3)glucanosyltransferase gel3 - Aspergillus fumigatus; plasma membrane; See PMID 10769178; uncharacterized protein	complement(join(708378..709078,709135..709890,709958..709983,710044..710081,710159..710239))	Aspergillus niger	4978793
An02g03100	CDS	An02g03100	NT_166519.1	712312	713438	D	Title: strong similarity to hypothetical protein encoded by An04g09510 - Aspergillus niger; uncharacterized protein	join(712312..712693,712798..712898,712940..712976,713053..713438)	Aspergillus niger	4978795
An02g03090	CDS	An02g03090	NT_166519.1	713750	716039	R	Complex: human NOT2, NOT3, NOT4 and a CAF1-like factor, CALIF form a protein complex like their yeast homologues.; Remark: the yeast CCR4-NOT protein complex is a global regulator of RNA polymerase II transcription.; Title: similarity to Not2p - Homo sapiens; See PMID 10637334; uncharacterized protein	complement(join(713750..713839,713916..714276,714325..714590,714643..714707,714760..715286,715385..715526,715594..715701,716027..716039))	Aspergillus niger	4978796
An02g03110	CDS	An02g03110	NT_166519.1	716762	718115	D	Remark: YmL4 of S. cerevisiae is also called MRPL4,YLR439W, or L9753. 1.; Title: similarity to mitochondrial ribosomal protein of the large subunit Yml4 - Saccharomyces cerevisiae; See PMID 7828914; mitochondrial 54S ribosomal protein uL29m	join(716762..717128,717189..717355,717492..717604,717941..718115)	Aspergillus niger	4978797
An02g03120	CDS	An02g03120	NT_166519.1	718445	720268	D	Function: Regulates vesicle traffic in secretory pathway by regulating dissociation of GDP from Sec4/Ypt/rab family of GTP-binding proteins.; Title: strong similarity to GDP dissociation inhibitor in the secretory pathway Gdi1 - Saccharomyces cerevisiae; See PMID 8157010; uncharacterized protein	join(718445..718490,718545..718569,718631..718690,718753..718780,718862..719207,719259..719813,719867..720124,720180..720268)	Aspergillus niger	4978798
An02g03130	CDS	An02g03130	NT_166519.1	720561	721174	R	hypothetical protein	complement(join(720561..720790,720838..720851,720882..721174))	Aspergillus niger	4978799
An02g03140	CDS	An02g03140	NT_166519.1	722194	724469	D	Remark: ORC binds chromatin throughout the cell cycle.; Remark: origin recognition complex binds to sequences A and B1 of the DNA replication origins.; Remark: origin recognition complex(ORC) is comprised of Orc1p, Rrr1p, Orc3p, Orc4p, Orc5p, and Orc6p.; Title: similarity to origin recognition complex subunit 4-related protein orp4p - Schizosaccharomyces pombe; See PMID 10077566; See PMID 10713440; uncharacterized protein	join(722194..723759,723831..724469)	Aspergillus niger	4978800
An02g03150	CDS	An02g03150	NT_166519.1	730756	731938	D	hypothetical protein	join(730756..730792,730868..730879,731132..731262,731508..731537,731590..731639,731761..731803,731873..731938)	Aspergillus niger	84590266
An02g03160	CDS	An02g03160	NT_166519.1	738027	740422	D	Function: flbA encodes an Emericella nidulans RGS (regulator of G protein signaling) domain protein that is required for control of mycelial proliferation and activation of asexual sporulation.; Title: strong similarity to developmental regulator flbA - Aspergillus nidulans; See PMID 7830576; See PMID 8895563; See PMID 11156981; uncharacterized protein	join(738027..738740,738847..739975,740034..740221,740276..740422)	Aspergillus niger	4978802
An02g03170	CDS	An02g03170	NT_166519.1	740975	741712	R	Title: weak similarity to lactose operon repressor lacI - Escherichia coli; uncharacterized protein	complement(join(740975..741175,741311..741400,741653..741712))	Aspergillus niger	84590267
An02g03180	CDS	An02g03180	NT_166519.1	743016	744504	R	Complex: the S. cerevisiae Cdc73 protein was found in complexes with RNA polymerase II and Paf1p. The Cdc73p,Paf1p complex includes Gal11p TFIIb and TFIIF, but lacks TBP, TFIIH TFIIS and Srbps.; Remark: alternate name for S. cerevisiae Cdc73: YLR418c.; Title: strong similarity to DNA-directed RNA polymerase II accessory protein Cdc73 - Saccharomyces cerevisiae; nucleus; See PMID 9032243; uncharacterized protein	complement(join(743016..743756,743815..743975,744063..744504))	Aspergillus niger	4978804
An02g03190	CDS	An02g03190	NT_166519.1	744765	746318	R	Title: similarity to monocarboxylate transporter MCT3 - Rattus norvegicus; See PMID 9632638; See PMID 9841555; uncharacterized protein	complement(join(744765..745499,745553..746147,746179..746318))	Aspergillus niger	4978805
An02g03200	CDS	An02g03200	NT_166519.1	746526	747313	R	Title: strong similarity to hypothetical protein Pep2 - Nectria haematococca; uncharacterized protein	complement(join(746526..747034,747127..747313))	Aspergillus niger	4978806
An02g03210	CDS	An02g03210	NT_166519.1	749014	751761	R	Complex: the human SRm160 and a related protein SRm300 (the 300-kD nuclear matrix antigen recognized by mAb B4A11) form a complex that is required for the splicing of specific pre-mRNAs.; Similarity: the similarity of the ORF encoded protein to SRm160 is partly based on repetitive structures.; Title: similarity to SR-related matrix protein of 160 kD SRm160 - Homo sapiens; nucleus; See PMID 9531537; See PMID 10339552; See PMID 10694877; uncharacterized protein	complement(749014..751761)	Aspergillus niger	4978807
An02g03220	CDS	An02g03220	NT_166519.1	755573	757096	R	Function: the PrnB product is required for high-affinity proline transport in A. nidulans.; Title: strong similarity to proline permease prnB -Aspergillus nidulans; plasma membrane; See PMID 8550020; See PMID 2664423; See PMID 7590163; uncharacterized protein	complement(755573..757096)	Aspergillus niger	4978808
An02g03230	CDS	An02g03230	NT_166519.1	757784	758886	R	Complex: the Seh1 protein from S. cerevisiae interacts with Nup84, Nup85, Nup120 and Sec13.; Function: the Seh1 protein from S. cerevisiae required for correct nuclear pore biogenesis.; Localization: the Seh1 protein from S. cerevisiae is localized at the nuclear pore complex.; Remark: alternate names for S. cerevisiae Seh1: Sec13p homolog or YGL100w.; Similarity: the ORF encoded Protein and the Seh1 protein from S. cerevisiae are strong similar to the S. cerevisiae Sec13.; Title: strong similarity to nucleoporin-interacting component Seh1 - Saccharomyces cerevisiae; nucleus; See PMID 8565072; uncharacterized protein	complement(join(757784..758626,758704..758886))	Aspergillus niger	4978809
An02g03240	CDS	An02g03240	NT_166519.1	759373	760930	D	Catalytic activity: UDP-N-acetyl-D-glucosamine + dolichyl phosphate <=> UMP + N-acetyl-D-glucosaminyl-diphosphodolichol.; Function: the Alg7 product from S. cerevisiae catalyzes the initial step in the synthesis of dolichol-P-P-oligosaccharides.; Remark: alternate names for S. cerevisiae Alg7: Tur1, GPT or YBR243C.; Title: strong similarity to UDP-N-acetylglucosamine--dolichyl-phosphate N-acetylglucosaminephosphotransferase Alg7 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 7873591; See PMID 2678101; uncharacterized protein	join(759373..759617,759710..759890,759950..760930)	Aspergillus niger	4978810
An02g03250	CDS	An02g03250	NT_166519.1	764063	766449	D	Catalytic activity: 3-isopropylmalate <=> 2-isopropylmaleate + H(2)O; Remark: Also: 2-isopropylmaleate + H(2)O = 3-hydroxy-4-methyl-3- carboxypentanone, thus bringing about an interconversion between the two isomers.; Title: strong similarity to 3-isopropylmalate dehydratase LEU2 - Phycomyces blakesleeanus; uncharacterized protein	join(764063..764269,764338..766449)	Aspergillus niger	4978811
An02g03260	CDS	An02g03260	NT_166519.1	767446	775024	R	Title: strong similarity to hypothetical cell wall alpha-glucan synthase ags1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(767446..767494,767554..768064,768120..768325,768374..774343,774408..774583,774671..775024))	Aspergillus niger	4978812
An02g03270	CDS	An02g03270	NT_166519.1	783085	785088	D	Catalytic activity: 5-methyltetrahydrofolate + NADP(+) <=> 5,10-methylenetetrahydrofolate + NADPH; Cofactor: FAD; Remark: two contradictory functions have been assigned to yeast MET13: methylenetetrahydrofolate reductase and mitochondrial ribosomal protein.; Title: strong similarity to methylenetetrahydrofolate reductase Met13 - Saccharomyces cerevisiae; localisation:mitochondrion; uncharacterized protein	join(783085..783908,783974..784845,784904..785088)	Aspergillus niger	4978813
An02g03280	CDS	An02g03280	NT_166519.1	785773	789100	R	Title: similarity to hypothetical protein UNC-89 -Caenorhabditis elegans; See PMID 9427008; See PMID 10591098; See PMID 10677831; uncharacterized protein	complement(join(785773..785830,785916..785981,786470..787969,788115..789100))	Aspergillus niger	4978814
An02g03290	CDS	An02g03290	NT_166519.1	790090	791503	R	Title: strong similarity to hypothetical protein SPCC4G3.11 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(790090..791166,791246..791503))	Aspergillus niger	4978815
An02g03300	CDS	An02g03300	NT_166519.1	791872	792541	D	Catalytic activity: ATP + H(2)O <=> ADP + phosphate; Title: strong similarity to vacuolar ATPase subunit F - Neurospora crassa; See PMID 10340846; uncharacterized protein	join(791872..791898,791962..791996,792056..792089,792161..792298,792401..792541)	Aspergillus niger	4978816
An02g03310	CDS	An02g03310	NT_166519.1	793182	793829	R	Title: strong similarity to hypothetical phosphatidylglycerol/phosphatidylinositol transfer protein pltpao - Aspergillus oryzae; uncharacterized protein	complement(join(793182..793280,793347..793563,793621..793829))	Aspergillus niger	4978817
An02g03320	CDS	An02g03320	NT_166519.1	794533	796086	R	Catalytic activity: Acyl-CoA + acetyl-CoA <=> CoA + 3-oxoacyl-CoA.; Title: strong similarity to peroxisomal acetyl-CoA C-acyltransferase POT1 - Yarrowia lipolytica; peroxisome; See PMID 7916689; uncharacterized protein	complement(join(794533..794571,794639..794750,794801..794865,794918..795766,795825..795920,795982..796086))	Aspergillus niger	4978818
An02g03330	CDS	An02g03330	NT_166519.1	797355	799508	D	Catalytic activity: long-chain fatty acyl-CoA synthetases catalyse ATP + a long-chain carboxylic acid + CoA <=> AMP + diphosphate + an acyl-CoA.; Title: strong similarity to very long-chain fatty acyl-CoA synthase Fat1 - Saccharomyces cerevisiae; See PMID 9660783; uncharacterized protein	join(797355..797640,797696..797851,797920..799066,799136..799285,799337..799508)	Aspergillus niger	4978819
An02g03340	CDS	An02g03340	NT_166519.1	800035	801791	D	Title: similarity to hypothetical protein Aut4 -Saccharomyces cerevisiae; uncharacterized protein	join(800035..800144,800207..800598,801039..801325,801456..801791)	Aspergillus niger	4978820
An02g03350	CDS	An02g03350	NT_166519.1	802273	803522	R	Title: strong similarity to hypothetical rev interacting protein mis3p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(802273..803043,803111..803383,803463..803522))	Aspergillus niger	4978821
An02g03360	CDS	An02g03360	NT_166519.1	804332	806707	R	Title: similarity to hypothetical protein CAD21381.1 - Neurospora crassa; uncharacterized protein	complement(join(804332..804606,804644..804759,804858..805051,805148..805412,805633..805789,805838..806100,806177..806298,806446..806529,806588..806707))	Aspergillus niger	4978822
An02g03370	CDS	An02g03370	NT_166519.1	807083	807447	D	hypothetical protein	join(807083..807221,807278..807447)	Aspergillus niger	84590268
An02g03380	CDS	An02g03380	NT_166519.1	809638	810704	R	Title: strong similarity to hypothetical protein EAA61757.1 - Aspergillus nidulans; uncharacterized protein	complement(join(809638..809843,809990..810203,810294..810704))	Aspergillus niger	4978824
An02g03390	CDS	An02g03390	NT_166519.1	811712	814330	R	Title: strong similarity to spindle pole body protein GCP2 - Homo sapiens; See PMID 9566967; uncharacterized protein	complement(join(811712..811793,811842..812059,812108..814092,814162..814330))	Aspergillus niger	4978825
An02g03400	CDS	An02g03400	NT_166519.1	814950	816003	D	Catalytic activity: Cleavage at Xaa-bonds in which Xaa carries a hydrophobic, basic or acidic side chain.; Complex: S. cerevisiae Pup2p is the alpha-5 subunit of the 20S proteasome core.; Remark: A multisubunit protein abundant in the cytoplasm of most eukaryotic cells, apparently containing at least three distinct endopeptidase active sites. Inhibited by mercurial reagents and some inhibitors of serine endopeptidases. Belongs to peptidase family S25.; Title: strong similarity to proteasome 20S subunit Pup2 - Saccharomyces cerevisiae; uncharacterized protein	join(814950..814974,815032..815044,815114..815192,815291..815634,815724..816003)	Aspergillus niger	4978826
An02g03410	CDS	An02g03410	NT_166519.1	816262	817782	R	Title: strong similarity to protein SEQ ID NO:7875 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	complement(816262..817782)	Aspergillus niger	4978827
An02g03420	CDS	An02g03420	NT_166519.1	818590	821567	D	Title: weak similarity to fungal ZBC protein sequence #33 from patent WO200224865-A2 - unidentified organism; uncharacterized protein	join(818590..818764,818819..820364,820418..821567)	Aspergillus niger	4978828
An02g03430	CDS	An02g03430	NT_166519.1	822928	823205	D	hypothetical protein	join(822928..822994,823063..823205)	Aspergillus niger	84590269
An02g03440	CDS	An02g03440	NT_166519.1	825592	826267	R	hypothetical protein	complement(join(825592..825897,826211..826267))	Aspergillus niger	84590270
An02g03450	CDS	An02g03450	NT_166519.1	826457	827877	D	Title: weak similarity to hypothetical protein AAA72367.1 - Homo sapiens; uncharacterized protein	join(826457..827137,827238..827311,827355..827877)	Aspergillus niger	4978831
An02g03460	CDS	An02g03460	NT_166519.1	828371	829832	D	Title: similarity to hypothetical protein YIL041w -Saccharomyces cerevisiae; uncharacterized protein	join(828371..828436,828544..828629,828766..828921,828991..829552,829607..829738,829800..829832)	Aspergillus niger	4978832
An02g03470	CDS	An02g03470	NT_166519.1	830240	831344	R	hypothetical protein	complement(join(830240..830378,830487..830561,830760..830844,831016..831190,831342..831344))	Aspergillus niger	84590271
An02g03480	CDS	An02g03480	NT_166519.1	831559	832977	R	Remark: cells lacking Arv1p display altered intracellular sterol distribution and are defective in sterol uptake, consistent with a role for Arv1p in trafficking sterol into the plasma membrane.; Remark: the S. cerevisiae protein is involved in sterol uptake and distribution into the plasma membrane.; Title: similarity to protein involved in sterol distribution Arv1 - Saccharomyces cerevisiae; See PMID 11063737; uncharacterized protein	complement(join(831559..832617,832686..832739,832789..832977))	Aspergillus niger	4978834
An02g03490	CDS	An02g03490	NT_166519.1	833225	834793	R	Remark: all found proteins found are probable oxidoreductases.; Title: strong similarity to hypothetical oxidoreductase mll4186 - Mesorhizobium loti; uncharacterized protein	complement(join(833225..833481,833550..834126,834184..834552,834593..834793))	Aspergillus niger	4978835
An02g03500	CDS	An02g03500	NT_166519.1	834912	835860	D	hypothetical protein	join(834912..835126,835208..835245,835346..835405,835468..835563,835646..835860)	Aspergillus niger	84590272
An02g03510	CDS	An02g03510	NT_166519.1	836295	837747	D	Remark: pike AANAT-1 is nearly exclusively expressed in the retina.; Remark: serotonin N-acetyltransferase (arylalkylamine N-acetyltransferase, AANAT, EC 2. 3. 1. 87) is the first enzyme in the conversion of serotonin to melatonin.; Title: similarity to arylalkylamine N-acetyltransferase AANAT1 - Esox lucius; See PMID 10085157; uncharacterized protein	join(836295..836690,836764..837216,837259..837292,837461..837619,837650..837747)	Aspergillus niger	4978837
An02g03520	CDS	An02g03520	NT_166519.1	837964	840268	D	Remark: CRFG mRNA was localized to the outer medulla and was highly expressed in epithelial cells. The specific renal expression of CRFG mRNA in the outer medulla was reduced dramatically in several rat models of renal disease, including diabetic nephropathy, partial nephrectomy,ischemia, and anti-Thy1. 1-induced nephritis. CRFG was localized selectively in the nucleus of human and rodent cells, as determined by immunocytochemistry and green fluorescence fusion protein.; Title: strong similarity to G protein-binding protein CRFG - Homo sapiens; See PMID 11316846; uncharacterized protein	join(837964..837984,838070..838178,838287..838388,838475..840168,840227..840268)	Aspergillus niger	4978838
An02g03530	CDS	An02g03530	NT_166519.1	841113	841828	D	hypothetical protein	join(841113..841195,841246..841299,841374..841392,841427..841642,841721..841828)	Aspergillus niger	84590273
An02g03540	CDS	An02g03540	NT_166519.1	841937	843739	R	Function: low-affinity glucose transporter.; Induction: repressed at high glucose concentrations.; Remark: HXT3::lacZ in S. cerevisiae is maximally expressed after entry into stationary phase.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to hexose transporter Hxt3 - Saccharomyces cerevisiae; See PMID 8417358; uncharacterized protein	complement(join(841937..843295,843355..843467,843529..843739))	Aspergillus niger	4978840
An02g03550	CDS	An02g03550	NT_166519.1	843964	844770	D	Remark: the sequence seems to be a promotor sequence.; Title: weak similarity to hypothetical protein encoded by CG9894 - Drosophila melanogaster; uncharacterized protein	join(843964..844236,844609..844770)	Aspergillus niger	84590274
An02g03560	CDS	An02g03560	NT_166519.1	845719	848431	R	hypothetical protein	complement(join(845719..845926,846011..846067,846178..846545,846623..846651,846753..847142,847259..847289,847360..847413,847488..847523,847610..847698,847756..847806,847967..848023,848127..848151,848222..848256,848323..848431))	Aspergillus niger	84590275
An02g03570	CDS	An02g03570	NT_166519.1	848524	849622	R	Remark: YBR159w S. cerevisiae has probably 17beta-hydroxysteroid dehydrogenases (17beta-HSDs) activity.; Similarity: belongs to the dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases).; Title: strong similarity to membrane protein YBR159w - Saccharomyces cerevisiae; See PMID 11090658; uncharacterized protein	complement(join(848524..849387,849446..849622))	Aspergillus niger	4978843
An02g03580	CDS	An02g03580	NT_166519.1	849956	850405	D	Remark: strong similarity to S. cerevisiae lipid metabolism protein encoded by the open reading frame YERO44c patent WO200058521-A2.; Remark: the S. cerevisiae protein is involved in the synthesis of ergosterol.; Title: strong similarity to lipid metabolism protein YER044c from patent WO200058521-A2 - Saccharomyces cerevisiae; See PMID 10929718; uncharacterized protein	849956..850405	Aspergillus niger	4978844
An02g03590	CDS	An02g03590	NT_166519.1	851093	852443	R	Catalytic activity: UTP + alpha-D-Galactose 1-phosphate = pyrophosphate + UDPgalactose.; Pathway: galactose metabolism.; Remark: GAL7 converts galactose to glucose in S. cerevisiae.; Similarity: belongs to the UDPglucose-hexose-1-phosphate uridylyltransferases.; Title: strong similarity to UDP-glucose-hexose-1-phosphate uridylyltransferase Gal7 -Saccharomyces cerevisiae; See PMID 10993714; See PMID 2851900; See PMID 6715281; uncharacterized protein	complement(join(851093..851198,851251..852016,852077..852261,852343..852443))	Aspergillus niger	4978845
An02g03600	CDS	An02g03600	NT_166519.1	853174	854136	D	hypothetical protein	join(853174..853221,853286..853652,853712..854136)	Aspergillus niger	4978846
An02g03610	CDS	An02g03610	NT_166519.1	854707	855783	D	hypothetical protein	join(854707..854744,854844..854928,855167..855397,855478..855783)	Aspergillus niger	84590276
An02g03620	CDS	An02g03620	NT_166519.1	856003	857850	D	Remark: Acremonium chrysogenum gene involved in biosynthesis of cephalosporin C patent JP09009966-A.; Remark: shows also strong similarity to YLL028w (TPO1) S. cerevisiae.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum; uncharacterized protein	856003..857850	Aspergillus niger	4978848
An02g03630	CDS	An02g03630	NT_166519.1	858764	860435	D	Remark: all found homologues proteins are deduced to polyketid synthesis clusters in different organisms.; Title: similarity to pimaricin biosynthetic gene cluster protein pimK - Streptomyces natalensis; See PMID 11094342; uncharacterized protein	join(858764..859356,859403..860032,860123..860435)	Aspergillus niger	4978849
An02g03640	CDS	An02g03640	NT_166519.1	860932	861931	D	Catalytic activity: 3-hydroxy-2-methylpropanoate + NAD+ = 2-methyl-3-oxopropanoate + NADH.; Pathway: valine, leucine and isoleucine degradation.; Similarity: belongs to the 3-hydroxyisobutyrate dehydrogenase and related proteins family.; Title: strong similarity to hypothetical 3-hydroxyacid dehydrogenase - Helicobacter pylori; uncharacterized protein	join(860932..860979,861059..861931)	Aspergillus niger	4978850
An02g03650	CDS	An02g03650	NT_166519.1	862141	863344	R	Remark: the protein sequence shows similarity to different prolin rich proteins with different length.; hypothetical protein	complement(join(862141..862839,863165..863268,863317..863344))	Aspergillus niger	4978851
An02g03660	CDS	An02g03660	NT_166519.1	864208	865999	D	hypothetical protein	join(864208..864447,864539..864623,864802..864900,864993..865106,865500..865999)	Aspergillus niger	84590277
An02g03670	CDS	An02g03670	NT_166519.1	866048	867786	D	Remark: strong similarity to Acremonium chrysogenum gene involved in biosynthesis of cephalosporin C patent JP09009966-A.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum; uncharacterized protein	join(866048..866328,866393..866765,866826..866909,866959..867786)	Aspergillus niger	4978853
An02g03690	CDS	An02g03690	NT_166519.1	868994	869404	D	hypothetical protein	join(868994..869059,869129..869404)	Aspergillus niger	84590278
An02g03700	CDS	An02g03700	NT_166519.1	869713	870810	R	Remark: the ORF shows only to the C-terminal end weak similarity.; Title: weak similarity to nicotinic acetylcholine receptor alpha-4 chain ACh4 - Rattus norvegicus; See PMID 3829125; uncharacterized protein	complement(869713..870810)	Aspergillus niger	4978856
An02g03710	CDS	An02g03710	NT_166519.1	871121	871645	R	Title: similarity to hypothetical protein CAD79137.1 - Pirellula sp.; uncharacterized protein	complement(join(871121..871500,871549..871645))	Aspergillus niger	4978857
An02g03720	CDS	An02g03720	NT_166519.1	871949	874747	D	Function: involved in nucleotide excision repair of dna damaged with uv light, bulky adducts, or cross-linking agents.; Remark: Rad4. Rad23 interacts with DNA damage during NER (nucleotide excision repair) and may play a role in recognition of the damage.; Similarity: to S. pombe spac12b10. 12c and some, to mammalian xpcc.; Title: similarity to excision repair protein Rad4 -Saccharomyces cerevisiae; nucleus; See PMID 9837874; See PMID 2649477; uncharacterized protein	871949..874747	Aspergillus niger	4978858
An02g03728	CDS	An02g03728	NT_166519.1	875793	877673	R	Function: Mob1p from S. cerevisiae binds Mps1p (protein kinase essential for spindle pole body duplication and mitotic checkpoint regulation) in a two-hybrid assay.; Function: Mob1p is an essential S. cerevisiae protein; Function: Mutations in Mob1p cause a late nuclear division arrest.; Remark: Mob1p from S. cerevisiae is a phosphoprotein in vivo and a substrate for the Mps1p kinase in vitro.; Title: similarity to protein involved in cell cycle Mob1 - Saccharomyces cerevisiae; See PMID 9436989; uncharacterized protein	complement(join(875793..877100,877203..877673))	Aspergillus niger	4978859
An02g03730	CDS	An02g03730	NT_166519.1	877748	879691	D	Function: might be involved in cobalt reduction leading to cobalt(i) corrinoids.; Pathway: cobalamin biosynthesis.; Title: strong similarity to hypothetical dopamine responsive protein - Rattus norvegicus; uncharacterized protein	join(877748..877868,877972..878057,878196..878292,878348..878879,878940..879192,879525..879576,879648..879691)	Aspergillus niger	4978860
An02g03740	CDS	An02g03740	NT_166519.1	879967	882705	R	Function: human erbB2 catalyzes the phosphorylation of a peptidyl tyrosine residue by ATP.; Remark: the ORF encoded protein shows similarity to several tyrosine kinases of different organisms.; Title: weak similarity to protein-tyrosine kinase erbB2 - Homo sapiens; deleted EC_number 2.7.1.112; uncharacterized protein	complement(join(879967..882315,882358..882705))	Aspergillus niger	4978861
An02g03750	CDS	An02g03750	NT_166519.1	884924	886893	R	hypothetical protein	complement(join(884924..885159,885282..885325,885361..885512,885596..885769,886337..886521,886661..886720,886794..886893))	Aspergillus niger	84590279
An02g03760	CDS	An02g03760	NT_166519.1	887994	891390	R	Function: PIM1 catalyzes the initial steps of protein degradation.; Function: PIM1 degrades alpha-,beta-, and gamma-subunits of the F1ATPase, the beta-subunit of the matrix processing peptidase (Mas1p) and several mitochondrial ribosomal proteins.; Function: PIM1 probably mediates both assembly of protein complexes and degradation of disassembled proteins; Phenotype: pim1 mutant shows deficiencies in splicing of COX1 and CYTB pre-mRNA and subsequent degradation of the transcripts.; Phenotype: pim1 null mutant has a nonfunctional mitochondrial genome.; Remark: LON and YBL022C are alternative names for PIM1 in S. cerevisiae.; Title: strong similarity to precursor of endopeptidase La-like enzyme Pim1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8276800; See PMID 9585511; uncharacterized protein	complement(join(887994..888155,888211..891390))	Aspergillus niger	4978863
An02g03770	CDS	An02g03770	NT_166519.1	891880	893653	D	Function: MDJ1 of S. cerevisiae is required for proper folding of precursor proteins being transported into the mitochondria.; Phenotype: mdj1 null mutants in S. cerevisiae have petite phenotype and are ts.; Remark: YFL016C is the systematic name for MDJ1.; Title: strong similarity to precursor of heat shock protein Mdj1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8168133; uncharacterized protein	join(891880..892092,892163..893406,893467..893653)	Aspergillus niger	4978864
An02g03780	CDS	An02g03780	NT_166519.1	894674	897799	D	Function: human histidine domain-protein tyrosine phosphatase might be a tumour suppressor.; Remark: the ORFencoded protein also shows similarity to the unknown protein BRO1 of S. cerevisiae. A null mutation in BRO1 is synthetically lethal with null mutations in BCK1, MPK1, which encodes a mitogen-activated protein kinase that functions downstream of Bck1p, or PKC1,a gene encoding a protein kinase C homolog that activates Bck1p.; Title: similarity to histidine domain-protein tyrosine phosphatase from patent WO200063392-A1 - Homo sapiens; uncharacterized protein	join(894674..894951,895026..896622,896681..897799)	Aspergillus niger	4978865
An02g03790	CDS	An02g03790	NT_166519.1	898962	899782	R	Remark: blastp matches are due to repetive amino acids.; hypothetical protein	complement(join(898962..899450,899561..899782))	Aspergillus niger	4978866
An02g03800	CDS	An02g03800	NT_166519.1	901077	903158	D	hypothetical protein	join(901077..901239,901524..901628,901704..901760,902032..902102,902187..902367,902427..902451,902519..902636,902716..902764,902846..902890,903046..903158)	Aspergillus niger	84590280
An02g03810	CDS	An02g03810	NT_166519.1	905161	908769	D	hypothetical protein	join(905161..905213,905298..905406,905679..905738,905790..905942,906004..906100,906338..906441,906516..906526,906594..906739,907003..907134,907202..907318,907719..907822,908176..908260,908438..908541,908581..908769)	Aspergillus niger	84590281
An02g03820	CDS	An02g03820	NT_166519.1	908829	912551	D	hypothetical protein	join(908829..908849,908939..909023,909329..909466,909618..909794,909904..910186,911039..911205,911285..911316,911389..911440,911524..911731,911855..911903,912002..912181,912429..912551)	Aspergillus niger	84590282
An02g03830	CDS	creA	NT_166519.1	914318	915601	D	Function: creA of A. nidulans is involved in carbon catabolite repression. creA of A. nidulans represses the transcription of the alcR, alcA and aldA genes by binding to a GC-rich region in their promoter.; Gene-ID: creA; Mapping: creA from A. niger is mapped to chromosome IV; see list from DSM.; Remark: creA of A. niger complements the creA204 mutation of A. nidulans.; nucleus; See PMID 8359691; catabolite repressor creA-Aspergillus niger	914318..915601	Aspergillus niger	4978870
An02g03840	CDS	An02g03840	NT_166519.1	917800	918668	D	Title: strong similarity to hypothetical DNA-binding protein creA - Aspergillus oryzae; uncharacterized protein	join(917800..917912,917990..918668)	Aspergillus niger	4978871
An02g03850	CDS	An02g03850	NT_166519.1	919603	920280	D	Function: snRPG of H. sapiens is associated with small nuclear ribonucleoproteins (sn-RNP) U1, U2 U4/U6 and U5, necessary for mRNA splicing.; Remark: in humans, snRNPs represent the major targets for the so-called anti-Sm auto-antibodies which are diagnostic for systemic lupus erythematosus (SLE).; Similarity: the predicted ORF belongs to the snRNP Sm proteins family.; Title: similarity to small nuclear ribonucleoprotein G snRPG - Homo sapiens; nucleus; See PMID 7744013; uncharacterized protein	join(919603..919675,919755..919823,919902..920017,920107..920280)	Aspergillus niger	4978872
An02g03860	CDS	An02g03860	NT_166519.1	921104	925070	D	Remark: the ORF encoded protein also shows strong similarity to YPL012w of S. cerevisiae. Loss of function mutations of the unknown protein YPL012w are not viable.; Title: strong similarity to hypothetical protein B1D1.160 - Neurospora crassa; uncharacterized protein	join(921104..921166,921284..923194,923247..925070)	Aspergillus niger	4978873
An02g03870	CDS	An02g03870	NT_166519.1	925602	925927	R	hypothetical protein	complement(join(925602..925629,925736..925814,925906..925927))	Aspergillus niger	84590283
An02g03880	CDS	An02g03880	NT_166519.1	927061	927727	D	hypothetical protein	join(927061..927283,927354..927727)	Aspergillus niger	84590284
An02g03890	CDS	An02g03890	NT_166519.1	928328	929305	D	hypothetical protein	join(928328..928664,928739..928816,928942..929079,929100..929305)	Aspergillus niger	84590285
An02g03900	CDS	An02g03900	NT_166519.1	929367	932132	R	hypothetical protein	complement(join(929367..929410,929555..929742,929835..929921,930031..930328,930432..930703,930804..930936,931093..931314,931402..931570,932028..932132))	Aspergillus niger	84590286
An02g03910	CDS	An02g03910	NT_166519.1	933783	934033	R	hypothetical protein	complement(join(933783..933794,933827..934033))	Aspergillus niger	84590287
An02g03920	CDS	An02g03920	NT_166519.1	934257	935659	R	hypothetical protein	complement(join(934257..934306,934506..934604,935117..935268,935475..935659))	Aspergillus niger	84590288
An02g03930	CDS	An02g03930	NT_166519.1	936915	937275	R	hypothetical protein	complement(join(936915..936949,937086..937275))	Aspergillus niger	84590289
An02g03940	CDS	An02g03940	NT_166519.1	938853	941844	D	Function: General repressor of transcription (with Tup1p); mediates glucose repression; Title: strong similarity to glucose repression mediator protein Ssn6 - Saccharomyces cerevisiae; See PMID 9733762; See PMID 3316983; uncharacterized protein	join(938853..939027,939112..939315,939376..939458,939518..939697,939750..939842,939898..940054,940105..940349,940405..941844)	Aspergillus niger	4978881
An02g03950	CDS	An02g03950	NT_166519.1	942907	944476	D	Function: the L3 protein is a component of the large subunit of cytoplasmic ribosomes.; Remark: L3 of S. cerevisiae is also called RPL3,TCM1, MAK8, YOR063W or YOR29-14.; Remark: putative sequence error in exon1, no start codon, frameshift between exon 1 and 2.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L3 - Saccharomyces cerevisiae; cytoplasm; See PMID 6355773; 60S ribosomal protein uL3	join(942907..942908,942985..943016,943105..943162,943235..943391,943490..944163,944221..944476)	Aspergillus niger	4978882
An02g03960	CDS	An02g03960	NT_166519.1	945164	945752	D	Title: strong similarity to hypothetical protein CAD70372.1 - Neurospora crassa; uncharacterized protein	join(945164..945410,945493..945752)	Aspergillus niger	4978883
An02g03970	CDS	An02g03970	NT_166519.1	946444	947466	D	Similarity: the predicted ORF shows weak similarity to asparagine-rich proteins in different organisms.; hypothetical protein	946444..947466	Aspergillus niger	84590290
An02g03980	CDS	An02g03980	NT_166519.1	950666	952914	D	Function: required for synthesis of beta-1,6-glucan; directly involved in cell surface assembly; may be functionally redundant with Skn1p for beta-1,6-glucan synthesis.; Title: strong similarity to beta-glucan synthesis associated protein Kre6 - Saccharomyces cerevisiae; See PMID 1837148; See PMID 7929594; uncharacterized protein	join(950666..951276,951350..951530,951592..951708,951746..952268,952330..952807,952863..952914)	Aspergillus niger	4978885
An02g03990	CDS	An02g03990	NT_166519.1	954031	955176	D	hypothetical protein	join(954031..954277,954465..954571,954651..954881,955138..955176)	Aspergillus niger	4978886
An02g04000	CDS	An02g04000	NT_166519.1	955964	957503	R	Catalytic activity: ATP + [pyruvate dehydrogenase (lipoamide)] <=> ADP + [pyruvate dehydrogenase (lipoamide)] phosphate; Function: inhibits the mitochondrial pyruvate dehydrogenase complex by phosphorylating the E1 alpha subunit, thus probably contributing to the regulation of glucose metabolism.; Title: strong similarity to pyruvate dehydrogenase kinase isoform 2 - Zea mays; uncharacterized protein	complement(join(955964..956027,956092..957083,957144..957292,957392..957503))	Aspergillus niger	4978887
An02g04010	CDS	An02g04010	NT_166519.1	962163	963770	D	hypothetical protein	join(962163..962464,962583..962914,962986..963186,963263..963687,963744..963770)	Aspergillus niger	4978888
An02g04020	CDS	An02g04020	NT_166519.1	964961	966924	R	Catalytic activity: N6-(1,2-dicarboxyethyl)AMP <=> fumarate + AMP; Function: Adenylosuccinate lyase ADSL is a bifunctional enzyme, which catalyzes the eight step in the de novo biosynthesis of purines and purine nucleotide recycling.; Function: Adenylosuccinate lyase is one of three enzymes that are involved the purine nucleotide cycle,which converts AMP into IMP and reconverts IMP into AMP.; Title: strong similarity to adenylosuccinate lyase ADSL - Homo sapiens; See PMID 10888601; See PMID 1529104; uncharacterized protein	complement(join(964961..965211,965285..965342,965400..965406,965469..965547,965601..965673,965731..965847,965913..966640,966708..966794,966873..966924))	Aspergillus niger	4978889
An02g04030	CDS	An02g04030	NT_166519.1	967217	969236	R	Remark: 70 kDa exocyst component protein.; Title: strong similarity to 70 kDa exocyst component protein Exo70 - Saccharomyces cerevisiae; See PMID 8978675; uncharacterized protein	complement(join(967217..968891,968953..969236))	Aspergillus niger	4978890
An02g04040	CDS	An02g04040	NT_166519.1	969745	972264	D	Catalytic activity: Phosphatidylcholine + H2O = 1-Acylglycerophosphocholine + Carboxylate.; Title: strong similarity to cytosolic phospholipase A2 beta PLA2G4 - Homo sapiens; See PMID 10358058; uncharacterized protein	969745..972264	Aspergillus niger	4978891
An02g04050	CDS	An02g04050	NT_166519.1	972950	974805	R	Remark: P-TEN is a potential tumor suppressor, that is multiply mutated in many advanced human cancers.; Similarity: the predicted ORF is 149 amino acids longer at the C-terminus than P-TEN of H. sapiens.; Similarity: weak similarity to tensin, as the ORF probably contains a tensin domain, which is also present in P-TEN.; Title: similarity to protein-tyrosine phosphatase P-TEN - Homo sapiens; uncharacterized protein	complement(join(972950..974562,974648..974732,974803..974805))	Aspergillus niger	4978892
An02g04060	CDS	An02g04060	NT_166519.1	975560	975982	R	hypothetical protein	complement(975560..975982)	Aspergillus niger	4978893
An02g04070	CDS	An02g04070	NT_166519.1	977410	979558	R	Title: weak similarity to hypothetical protein BAC84898.1 - Oryza sativa; uncharacterized protein	complement(join(977410..978861,978920..979558))	Aspergillus niger	4978894
An02g04080	CDS	An02g04080	NT_166519.1	979931	980439	R	Remark: homozygosity for the mutation led to a recessive embryonic lethal phenotype.; Remark: putative role in U6 snRNP assembly and function; Title: strong similarity to Small nuclear ribonucleoprotein Lsm4 - Mus musculus; See PMID 10629062; uncharacterized protein	complement(join(979931..980101,980178..980369,980437..980439))	Aspergillus niger	4978895
An02g04090	CDS	An02g04090	NT_166519.1	981292	982123	D	hypothetical protein	join(981292..982030,982068..982123)	Aspergillus niger	84590291
An02g04100	CDS	An02g04100	NT_166519.1	982268	983982	R	Catalytic activity: Acetyl-CoA + histone <=> CoA + acetyl-histone.; Function: may play a role in telomeric silencing.; Title: strong similarity to histone acetyltransferase Hat1 - Saccharomyces cerevisiae; See PMID 10637607; uncharacterized protein	complement(join(982268..983071,983117..983228,983278..983542,983614..983889,983967..983982))	Aspergillus niger	4978897
An02g04110	CDS	An02g04110	NT_166519.1	984731	985747	D	Catalytic activity: (S)-3-hydroxyacyl-CoA + NAD(+) <=> 3-oxoacyl-CoA + NADH.; Title: similarity to phenylacetaldehyde dehydrogenase padA - Escherichia coli; See PMID 9109378; uncharacterized protein	984731..985747	Aspergillus niger	4978898
An02g04120	CDS	An02g04120	NT_166519.1	986313	987656	D	Title: similarity to protein SEQ ID NO:13148 from patent EP1074617-A2 - Homo sapiens; uncharacterized protein	join(986313..986362,986447..987418,987473..987656)	Aspergillus niger	4978899
An02g04130	CDS	An02g04130	NT_166519.1	989758	991947	D	Remark: sel-10 is a negative regulator of lin-12/Notch-mediated signaling.; Title: similarity to sel-10 - Caenorhabditis elegans; See PMID 9389650; See PMID 9861048; uncharacterized protein	join(989758..990180,990260..990906,990968..991679,991756..991947)	Aspergillus niger	4978900
An02g04140	CDS	An02g04140	NT_166519.1	992688	993754	D	Remark: the ORF is C-terminally truncated due to contig border.; Title: strong similarity to hypothetical protein EAA58004.1 - Aspergillus nidulans [truncated ORF]; uncharacterized protein	join(992688..992885,993038..>993754)	Aspergillus niger	4978902
An02g04150	CDS	An02g04150	NT_166519.1	993882	994682	D	Title: similarity to hypothetical protein encoded by An16g01110 - Aspergillus niger [truncated ORF]; uncharacterized protein	<993882..994682	Aspergillus niger	84590292
An02g04160	CDS	An02g04160	NT_166519.1	995762	996949	D	Remark: O3 exposure for 2 h was sufficient for Mpt1 induction in Betula pendula.; Title: strong similarity to mitochondrial phosphate translocator Mpt1 - Betula pendula; localisation:mitochondrion; See PMID 9349251; uncharacterized protein	join(995762..995852,996001..996651,996713..996836,996898..996949)	Aspergillus niger	4978903
An02g04170	CDS	An02g04170	NT_166519.1	997467	998373	D	Function: phosphophoryn binds tightly to collagen and is believed to initiate the formation of apatite crystals which play a central role in the mineralization process.; Remark: similarity is mainly due to repetitive sequence !; Title: weak similarity to dentin phosphoprotein precursor AAC52774.1 - Rattus norvegicus; See PMID 8702961; uncharacterized protein	join(997467..997853,997909..998373)	Aspergillus niger	4978904
An02g04180	CDS	An02g04180	NT_166519.1	999359	1001016	R	Title: strong similarity to hypothetical membrane protein YDL001w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(999359..999435,999519..1001016))	Aspergillus niger	4978905
An02g04190	CDS	An02g04190	NT_166519.1	1001752	1002980	R	Remark: similarities are mainly based on glutamate rich regions.; Title: similarity to hypothetical protein AAP68958.1 - Caenorhabditis elegans; uncharacterized protein	complement(join(1001752..1002253,1002319..1002980))	Aspergillus niger	4978906
An02g04200	CDS	An02g04200	NT_166519.1	1003320	1004137	R	Title: strong similarity to hypothetical protein SPCC4B3.08 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1003320..1003898,1003979..1004137))	Aspergillus niger	4978907
An02g04210	CDS	An02g04210	NT_166519.1	1004759	1007693	R	Function: OmCLC-3 and OmCLC-5 function as intracellular chloride channels.; Similarity: CLC channels are closely related to the mammalian CLC-3, -4, and-5 subfamily.; Title: strong similarity to chloride channel CLC-3 -Tilapia mossambica; See PMID 10082675; uncharacterized protein	complement(join(1004759..1006237,1006290..1006381,1006428..1006542,1006592..1006744,1006796..1007492,1007554..1007693))	Aspergillus niger	4978908
An02g04220	CDS	An02g04220	NT_166519.1	1007995	1022795	D	Remark: putative coiled-coil protein; possible motor protein; similar to dynein.; Title: strong similarity to hypothetical coiled-coil protein SPCC737.08 - Schizosaccharomyces pombe; uncharacterized protein	join(1007995..1015941,1015998..1022795)	Aspergillus niger	4978909
An02g04230	CDS	An02g04230	NT_166519.1	1023105	1024289	R	Remark: partial similarity due to repetitive sequence.; hypothetical protein [truncated ORF]	complement(1023105..>1024289)	Aspergillus niger	4978910
An02g04240	CDS	An02g04240	NT_166519.1	1024843	1025957	D	Remark: Acinus is a caspase-3-activated protein required for apoptotic chromatin condensation.; Remark: most blastp hits are due to repetetive sequence motives.; Title: weak similarity to acinusS mRNA - Homo sapiens; See PMID 10490026; uncharacterized protein	join(1024843..1025796,1025904..1025957)	Aspergillus niger	4978911
An02g04250	CDS	An02g04250	NT_166519.1	1026058	1027303	R	Golgi; Remark: p58 in Rattus norvegicus is localized to tubulo-vesicular elements at the endoplasmic reticulum-Golgi interface and the cis-Golgi cisternae in pancreatic acinar cells.; Title: similarity to protein p58 - Rattus norvegicus; See PMID 8626736; See PMID 1478936; uncharacterized protein	complement(join(1026058..1026492,1026545..1026805,1026855..1026936,1026995..1027065,1027122..1027145,1027202..1027303))	Aspergillus niger	4978912
An02g04260	CDS	An02g04260	NT_166519.1	1027864	1028232	D	Remark: alternate name in Schizosaccharomyces pombe = SPAC17C9. 09c; Title: strong similarity to hypothetical small hypothetical zinc-finger protein tim13p -Schizosaccharomyces pombe; uncharacterized protein	join(1027864..1027986,1028056..1028232)	Aspergillus niger	4978913
An02g04270	CDS	pkaC	NT_166519.1	1029226	1030874	R	Gene-ID: pkaC; Remark: A number of transformants also showed a strongly reduced or complete absence of sporulation as phenotype, which was quickly lost upon propagation of the strains.; Remark: Transformants overexpressing pkaC were phenotypically different with respect to growth, showing a more compact colony morphology, accompanied by a more dense sporulation, especially on media containing trehalose and glycerol.; deleted EC_number 2.7.1.37; See PMID 9141684; cAMP-dependent protein kinase catalytic subunit pkaC-Aspergillus niger	complement(join(1029226..1029706,1029768..1030021,1030089..1030874))	Aspergillus niger	4978914
An02g04280	CDS	An02g04280	NT_166519.1	1033078	1035763	R	Function: Sin1 of Schizosaccharomyces pombe is a conserved component of the eukaryotic of the stress-activated MAP kinase (SAPK) signal pathway.; Remark: Sin1 of Schizosaccharomyces pombe interacts with Sty1/Spc1 MAP-kinase.; Title: strong similarity to stress activated map kinase interacting protein sin1p - Schizosaccharomyces pombe; See PMID 10428959; uncharacterized protein	complement(join(1033078..1035103,1035168..1035635,1035741..1035763))	Aspergillus niger	4978915
An02g04290	CDS	An02g04290	NT_166519.1	1036616	1040037	R	Function: RFC1 in S. cerevisiae is probably not involved in repair of double-stranded DNA breaks.; Function: RFC1 in S. cerevisiae may signal end of replication.; Function: RFC1 in S. cerevisiae plays a role in DNA replication and DNA repair; Title: strong similarity to replication factor C chain Rfc1 - Saccharomyces cerevisiae; nucleus; See PMID 7651383; uncharacterized protein	complement(join(1036616..1037229,1037283..1039648,1039703..1039790,1039846..1039867,1039951..1040037))	Aspergillus niger	4978916
An02g04300	CDS	An02g04300	NT_166519.1	1040377	1041214	D	Remark: MRPL16 is component of the large subunit of mitochondrial ribosome in S. cerevisiae.; Remark: alternate name in S. cerevisiae = YBL038w.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L16 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2060626; See PMID 7478995; mitochondrial 54S ribosomal protein uL16m	join(1040377..1040434,1040497..1040964,1041036..1041214)	Aspergillus niger	4978917
An02g04310	CDS	An02g04310	NT_166519.1	1041289	1041918	R	Remark: The ubc1 gene encodes a type II regulatory subunit of cAMP-dependent protein kinase (PKA) in Ustilago maydis.; Title: weak similarity to cAMP-dependent protein kinase type II regulatory chain uac1 - Ustilago maydis; See PMID 7995519; uncharacterized protein	complement(join(1041289..1041383,1041537..1041683,1041743..1041801,1041869..1041918))	Aspergillus niger	4978918
An02g04320	CDS	An02g04320	NT_166519.1	1042482	1043834	R	Remark: RFC3 is a heteropentamer of subunits of 140/145, 40, 38, 37, and 36. 5 kDa that forms a complex with pcna in the presence of ATP.; Title: strong similarity to replication factor C 38-kDa subunit RFC3 - Homo sapiens; nucleus; See PMID 9488738; uncharacterized protein	complement(join(1042482..1042506,1042565..1042620,1042678..1042776,1042830..1042998,1043061..1043683,1043748..1043834))	Aspergillus niger	4978919
An02g04330	CDS	An02g04330	NT_166519.1	1044597	1045361	R	Function: COX11 is a nuclear genes of S. cerevisiae whose product is localized in mitochondria and is required for the synthesis/assembly of cytochrome oxidase.; Title: strong similarity to assembly factor of cytochrome c oxidase Cox11 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8118433; See PMID 2167832; uncharacterized protein	complement(join(1044597..1045055,1045118..1045187,1045240..1045361))	Aspergillus niger	4978920
An02g04340	CDS	An02g04340	NT_166519.1	1046770	1048361	R	Title: similarity to hypothetical protein BAA97377.1 - Arabidopsis thaliana; uncharacterized protein	complement(join(1046770..1047666,1048099..1048210,1048306..1048361))	Aspergillus niger	4978921
An02g04350	CDS	An02g04350	NT_166519.1	1049803	1051206	D	Remark: CpG methylation of the recognition site greatly inhibits DNA binding, suggesting that DNA methylation may regulate the c-myc/max complex in Mus musculus in vivo.; Remark: Max forms a sequence-specific DNA-binding protein complex with myc or mad in Mus musculus.; Remark: in Mus musculus the myc-max complex is a transcriptional activator, whereas the mad-max complex is a repressor.; Similarity: Max belongs to members of the myc family of helix-loop-helix transcription factors.; Title: weak similarity to helix-loop-helix transcription factor Max - Mus musculus; nucleus; See PMID 8193530; See PMID 9308235; See PMID 1840505; uncharacterized protein	join(1049803..1049866,1049921..1051206)	Aspergillus niger	4978922
An02g04360	CDS	An02g04360	NT_166519.1	1052036	1053044	D	Title: similarity to hypothetical protein SPCC1235.07 - Schizosaccharomyces pombe; uncharacterized protein	join(1052036..1052446,1052504..1052668,1052723..1052830,1052892..1053044)	Aspergillus niger	4978923
An02g04355	CDS	An02g04355	NT_166519.1	1054140	1054807	D	Title: weak similarity to hypothetical protein CAD37032.1 - Neurospora crassa; uncharacterized protein	join(1054140..1054356,1054460..1054482,1054626..1054644,1054752..1054807)	Aspergillus niger	4978925
An02g04370	CDS	An02g04370	NT_166519.1	1055010	1056218	D	Similarity: weak similarity to transcription factors of the fungal Zn(2)-Cys(6) binuclear cluster type.; Title: similarity to hypothetical protein B23I11.340 - Neurospora crassa; uncharacterized protein	join(1055010..1055049,1055102..1055856,1055915..1056111,1056167..1056218)	Aspergillus niger	84590293
An02g04380	CDS	An02g04380	NT_166519.1	1056601	1057947	D	Title: similarity to hypothetical protein EAA68518.1 - Gibberella zeae; uncharacterized protein	join(1056601..1056643,1056712..1056954,1057005..1057058,1057113..1057163,1057230..1057372,1057430..1057607,1057736..1057809,1057855..1057947)	Aspergillus niger	4978926
An02g04390	CDS	An02g04390	NT_166519.1	1059067	1060399	D	Title: similarity to hypothetical protein CAD37031.1 - Neurospora crassa; uncharacterized protein	join(1059067..1059160,1059206..1059303,1059446..1059613,1059643..1059882,1059998..1060399)	Aspergillus niger	4978927
An02g04400	CDS	An02g04400	NT_166519.1	1061090	1063619	R	Title: strong similarity to hypothetical protein SCF91.02c - Streptomyces coelicolor; uncharacterized protein	complement(join(1061090..1061326,1061380..1061450,1061942..1063619))	Aspergillus niger	4978928
An02g04410	CDS	An02g04410	NT_166519.1	1064447	1066068	R	Remark: Candida albicans FLU1 seems not to be required for the development of azole resistance in clinical isolates of Candida albicans.; Remark: Candida albicans FLU1 showed similarity to CaMDR1 (formerly BEN(r)), a member of the major facilitator superfamily of multidrug efflux transporters.; Remark: The disruption of FLU1 in C. albicans had only a slight effect on fluconazole susceptibility; however, it resulted in hypersusceptibility to mycophenolic acid,thus suggesting that this compound could be a substrate for the protein encoded by FLU1.; Title: similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	complement(join(1064447..1065111,1065168..1065705,1065796..1066068))	Aspergillus niger	4978929
An02g04420	CDS	An02g04420	NT_166519.1	1066934	1069990	R	Title: strong similarity to hypothetical protein encoded by An12g06190 - Aspergillus niger; uncharacterized protein	complement(join(1066934..1067756,1067879..1067947,1067991..1068040,1068102..1068642,1068721..1069073,1069164..1069333,1069366..1069450,1069772..1069990))	Aspergillus niger	4978930
An02g04430	CDS	An02g04430	NT_166519.1	1070360	1071688	D	Catalytic activity: S-Adenosyl-L-methionine = 1-Aminocyclopropane-1-carboxylate + Methylthioadenosine.; Title: strong similarity to 1-aminocyclopropane-1-carboxylate synthase acs -Penicillium citrinum; See PMID 10227140; See PMID 10737185; uncharacterized protein	1070360..1071688	Aspergillus niger	4978931
An02g04440	CDS	An02g04440	NT_166519.1	1072585	1074550	D	Function: the S. cerevisiae homolog GAP1 encodes the low affinitiy, high capacity general aminoacid permease which is responsible for uptake of aminoacids as source of nitrogen when grown on media with limited N supply.; Induction: S. cerevisiae GAP1 expression is induced by growth on poor nitrogen sources.; Localization: Gap1p is sorted differently on different nitrogen sorces. Gap1p is found predominantly internally by growth on rich nitrogen sources. when grown on poor nitrogen sources Gap1p is sorted from the golgi to the plasma membran.; Title: strong similarity to general amino acid permease Gap1 - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	join(1072585..1073040,1073102..1073282,1073368..1073831,1073893..1074417,1074530..1074550)	Aspergillus niger	4978932
An02g04450	CDS	An02g04450	NT_166519.1	1075123	1075527	D	hypothetical protein	join(1075123..1075199,1075257..1075335,1075387..1075527)	Aspergillus niger	84590294
An02g04460	CDS	An02g04460	NT_166519.1	1075828	1079052	R	Title: strong similarity to protein SEQ ID NO:7789 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	complement(join(1075828..1077130,1077305..1078132,1078177..1078463,1078516..1079052))	Aspergillus niger	4978934
An02g04470	CDS	An02g04470	NT_166519.1	1079770	1080055	R	hypothetical protein	complement(join(1079770..1079928,1079969..1080055))	Aspergillus niger	84590295
An02g04480	CDS	An02g04480	NT_166519.1	1080879	1081733	D	Title: strong similarity to hypothetical protein B5O22.190 - Neurospora crassa; uncharacterized protein	1080879..1081733	Aspergillus niger	4978936
An02g04490	CDS	An02g04490	NT_166519.1	1081887	1082350	R	hypothetical protein	complement(join(1081887..1082213,1082279..1082350))	Aspergillus niger	84590296
An02g04500	CDS	An02g04500	NT_166519.1	1082418	1084991	D	Function: S. cerevisiae Rgp1p seems to participate in recycling of proteins from the late endosome to the Golgi.; Remark: the S. cerevisiae homolog RGP1 is significantly shorter.; Title: similarity to golgi recycling factor Rgp1 -Saccharomyces cerevisiae; uncharacterized protein	join(1082418..1082949,1083019..1084059,1084114..1084991)	Aspergillus niger	4978938
An02g04510	CDS	An02g04510	NT_166519.1	1085849	1086956	D	Complex: S. cerevisiae Mob1 binds the cell cycle-regulated protein kinase Dbf2p.; Function: Mob1p is part of a group of proteins, the mitotic exit network (MEN) required for the telophase/G1 transition, which includes Lte1, Tem1, Cdc5, Cdc15,Dbf2/Dbf20, and Mob1.; Induction: Expression of S. cerevisiae MOB1 is cell cycle-regulated, peaking at the at the G2/M boundary.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to protein required for completion of mitosis and maintenance of ploidy Mob1 -Saccharomyces cerevisiae; uncharacterized protein	join(1085849..1085967,1086100..1086263,1086338..1086431,1086490..1086623,1086715..1086956)	Aspergillus niger	4978939
An02g04520	CDS	An02g04520	NT_166519.1	1087392	1088424	D	Catalytic activity: ATP + H(2)O <=> ADP + phosphate.; Similarity: strong similarity to family of H+-transporting ATP synthases.; Similarity: the ORF shows strong similarity to expressed sequence tag seq id no:3989 of patent WO200056762-A2 from Aspergillus niger.; Title: strong similarity to H+-transporting ATP synthase delta chain precursor Atp5 - Saccharomyces cerevisiae; See PMID 7866306; uncharacterized protein	join(1087392..1087559,1087791..1088105,1088165..1088254,1088311..1088424)	Aspergillus niger	4978940
An02g04530	CDS	An02g04530	NT_166519.1	1088955	1090699	D	Catalytic activity: S-adenosyl-L-methionine + phospholipid olefinic fatty acid <=> S-adenosyl-L-homocysteine + phospholipid cyclopropane fatty acid.; Function: the E. coli homolog cfa encodes a cyclopropane fatty acid synthase that catalyzes a modification of the acyl chains of phospholipid bilayers. cfa adds a methylene group across the 9,10 position of a delta(9)- olefinic acyl chain in phosphatidylethanolamine or, more slowly, phosphatidylglycerol or phosphatidylinositol forming a cyclopropane derivative.; Title: strong similarity to cyclopropane-fatty-acyl-phospholipid synthase - Escherichia coli; uncharacterized protein	join(1088955..1089071,1089141..1090264,1090328..1090436,1090517..1090699)	Aspergillus niger	4978941
An02g04540	CDS	An02g04540	NT_166519.1	1091508	1095097	R	Title: strong similarity to hypothetical protein YMR196w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1091508..1091880,1091943..1092728,1092777..1092873,1092925..1094371,1094437..1094536,1094593..1094710,1094770..1094792,1094879..1094894,1094974..1095097))	Aspergillus niger	4978942
An02g04550	CDS	An02g04550	NT_166519.1	1095687	1097236	R	hypothetical protein	complement(join(1095687..1095735,1095900..1096019,1096431..1096540,1096619..1096696,1096780..1096812,1096886..1097236))	Aspergillus niger	84590297
An02g04555	CDS	An02g04555	NT_166519.1	1097348	1097961	R	hypothetical protein	complement(join(1097348..1097439,1097507..1097667,1097761..1097850,1097915..1097961))	Aspergillus niger	4978944
An02g04560	CDS	An02g04560	NT_166519.1	1098260	1099024	D	hypothetical protein	join(1098260..1098388,1098501..1098629,1098719..1099024)	Aspergillus niger	84590298
An02g04570	CDS	An02g04570	NT_166519.1	1099081	1100499	R	hypothetical protein	complement(join(1099081..1099253,1099313..1099372,1099824..1099962,1100296..1100401,1100456..1100499))	Aspergillus niger	84590299
An02g04580	CDS	An02g04580	NT_166519.1	1100665	1101527	D	Similarity: the ORF shows strong similarity to expressed sequence tag an_2257 from Aspergillus niger.; Title: strong similarity to hypothetical protein YAL049c - Saccharomyces cerevisiae; uncharacterized protein	join(1100665..1100807,1100860..1101115,1101171..1101527)	Aspergillus niger	4978947
An02g04590	CDS	An02g04590	NT_166519.1	1102220	1103627	D	Title: similarity to hypothetical monocarboxylate permease Esbp6 - Saccharomyces cerevisiae; uncharacterized protein	join(1102220..1102471,1102596..1103627)	Aspergillus niger	4978948
An02g04600	CDS	An02g04600	NT_166519.1	1104079	1104818	D	hypothetical protein	join(1104079..1104172,1104225..1104541,1104663..1104818)	Aspergillus niger	84590300
An02g04610	CDS	An02g04610	NT_166519.1	1105391	1106012	R	hypothetical protein	complement(join(1105391..1105818,1105925..1106012))	Aspergillus niger	84590301
An02g04620	CDS	An02g04620	NT_166519.1	1106264	1109053	D	Remark: similarities are mainly based on repetetive structures.; Remark: there is also some similarity to EST SEQ ID NO:6064 from patent WO200056762-A2 of Aspergillus oryzae.; Title: similarity to S-layer protein - Clostridium thermocellum; See PMID 8458832; uncharacterized protein	1106264..1109053	Aspergillus niger	4978951
An02g04630	CDS	An02g04630	NT_166519.1	1109291	1110678	R	Remark: diphtheria toxin inhibits eukaryotic protein synthesis by ADP-ribosylating diphthamide, a posttranslationally modified histidine residue present in EF2.; Remark: strong similarity to Amino acid sequecne of the DPH1 gene product patent WO9953762-A1.; Title: strong similarity to diphtheria toxin resistance protein DPH1 from patent WO9953762-A1 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1109291..1110444,1110528..1110678))	Aspergillus niger	4978952
An02g04640	CDS	An02g04640	NT_166519.1	1110958	1112108	D	Catalytic activity: (S)-3-hydroxy-3-methylglutaryl-CoA = acetyl-CoA + acetoacetate.; Pathway: synthesis and degradation of ketone bodies; valine, leucine and isoleucine degradation; butanoate metabolism.; Remark: rat liver, cannot produce ketone bodies from fatty acid oxidation but, since the tissue possesses a high activity of HMG-CoA lyase, it produce ketone bodies from leucine catabolism.; Similarity: belongs to the HMG-CoA lyase family.; Title: strong similarity to 3-hydroxy-3-methylglutaryl CoA lyase HMG-CoA lyase - Rattus norvegicus; See PMID 9798904; See PMID 10796071; See PMID 3741427; See PMID 9425122; uncharacterized protein	join(1110958..1111212,1111299..1112108)	Aspergillus niger	4978953
An02g04650	CDS	An02g04650	NT_166519.1	1112288	1113765	R	Title: strong similarity to hypothetical protein EAA59178.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1112288..1113021,1113228..1113599,1113669..1113765))	Aspergillus niger	84590302
An02g04660	CDS	An02g04660	NT_166519.1	1114741	1115160	R	Title: similarity to hypothetical protein YBR269c -Saccharomyces cerevisiae; uncharacterized protein	complement(1114741..1115160)	Aspergillus niger	4978955
An02g04670	CDS	An02g04670	NT_166519.1	1115819	1117314	D	Remark: BTN1 is a nonessential gene under most growth conditions which functions in the vacuole in yeast S. cerevisiae.; Remark: Batten disease is caused by a defect in vacuolar (lysosomal) pH control.; Similarity: to human Batten disease-related protein CLN3.; Title: strong similarity to Batten disease-related protein Btn1 - Saccharomyces cerevisiae; See PMID 10319861; See PMID 11053386; See PMID 11332774; See PMID 9753630; uncharacterized protein	join(1115819..1115957,1116042..1116750,1116807..1117314)	Aspergillus niger	4978956
An02g04680	CDS	An02g04680	NT_166519.1	1118130	1120548	D	Function: lipe of R. norvegicus is a key enzyme in fatty acid mobilization from adipose tissue triglycerides,overall energy homeostasis and probably is important in steroidogenesis.; Function: lipe of R. norvegicus is responsible for hormone-sensitive acylglycerol hydrolase and cholesteryl ester hydrolase activity in a variety of tissues.; Induction: the activity of the hormone-sensitive lipase lipe of R. norvegicus is controlled by insulin.; Title: strong similarity to hormone-sensitive lipase lipe - Rattus norvegicus; uncharacterized protein	join(1118130..1118136,1118199..1118283,1118337..1120548)	Aspergillus niger	4978957
An02g04690	CDS	An02g04690	NT_166519.1	1120995	1122821	R	Function: carboxypeptidase cdpS from A. saitoi removes acidic, neutral and basic amino acids as well as proline from the C-terminal position of proteins at pH 2-5.; Function: the A. niger carboxypeptidase in addition partially digests preferentially peptides containing a hydrophobic residue in position P1, as well as arginine,lysine or phenylalanine in P1 of ester substrates.; Remark: a putative frameshift due to a possible sequencing error at position 8766 (1 bp too much) was corrected.; Repression: cdpS of A. saitoi is inhibited by DFP (diisopropyl fluorophosphate).; Similarity: the predicted ORF is strongly similar/identical to the precursor form of the published A. niger cdp-I carboxypeptidase, which mature form was described as protein of 471 amino acid, but with 9 different amino acids.; Title: strong similarity to serine-type carboxypeptidase I cdpS - Aspergillus saitoi; putative frameshift; See PMID 1637154; See PMID 7772020; See PMID 9748653; uncharacterized protein	complement(join(<1120995..1121105,1121183..1121905,1121969..1122389,1122447..1122592,1122647..1122821))	Aspergillus niger	4978958
An02g04700	CDS	An02g04700	NT_166519.1	1122989	1124165	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(1122989..1123189,1123266..1123508,1123706..1123922,1124092..1124165))	Aspergillus niger	84590303
An02g04710	CDS	An02g04710	NT_166519.1	1124924	1126100	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(1124924..1125139,1125242..1125522,1125635..1125759,1126039..1126100))	Aspergillus niger	84590304
An02g04720	CDS	An02g04720	NT_166519.1	1126324	1126872	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(1126324..1126491,1126619..1126704,1126782..1126872))	Aspergillus niger	84590305
An02g04730	CDS	An02g04730	NT_166519.1	1126963	1128383	D	Title: similarity to hypothetical membrane protein YDL237w - Saccharomyces cerevisiae; uncharacterized protein	join(1126963..1127231,1127303..1128383)	Aspergillus niger	4978962
An02g04740	CDS	An02g04740	NT_166519.1	1129018	1129274	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(1129018..1129147,1129216..1129274))	Aspergillus niger	84590306
An02g04750	CDS	An02g04750	NT_166519.1	1130132	1134440	D	Title: weak similarity to hypothetical protein encoded by CG7709 - Drosophila melanogaster; uncharacterized protein	join(1130132..1130582,1131418..1131516,1131669..1133349,1133405..1134440)	Aspergillus niger	4978964
An02g04760	CDS	An02g04760	NT_166519.1	1134622	1136142	R	Title: weak similarity to hypothetical DNA-binding protein DF1 - Pisum sativum; uncharacterized protein	complement(1134622..1136142)	Aspergillus niger	84590307
An02g04770	CDS	An02g04770	NT_166519.1	1136741	1137204	R	hypothetical protein	complement(join(1136741..1136777,1136811..1136835,1136988..1137204))	Aspergillus niger	84590308
An02g04780	CDS	An02g04780	NT_166519.1	1138166	1138811	R	Title: weak similarity to 3,5-cyclic-nucleotide phosphodiesterase regA - Dictyostelium discoideum; uncharacterized protein	complement(join(1138166..1138289,1138339..1138811))	Aspergillus niger	84590309
An02g04790	CDS	An02g04790	NT_166519.1	1140178	1140957	D	Title: similarity to hypothetical protein encoded by An01g02260 - Aspergillus niger; uncharacterized protein	join(1140178..1140797,1140921..1140957)	Aspergillus niger	4978968
An02g04800	CDS	An02g04800	NT_166519.1	1141225	1143317	R	Function: sconB of E. nidulans functions as a negative regulator of sulfur metabolism.; Similarity: belongs to the met30/sconb/scon-2 family of wd-repeat proteins; Similarity: contains 8 wd repeats (trp-asp domains); Title: strong similarity to sulfur metabolite repression control protein sconB - Aspergillus nidulans; See PMID 11085267; See PMID 8479426; See PMID 9520259; uncharacterized protein	complement(join(1141225..1142919,1143000..1143317))	Aspergillus niger	4978969
An02g04810	CDS	An02g04810	NT_166519.1	1144122	1144828	R	hypothetical protein	complement(join(1144122..1144343,1144416..1144467,1144552..1144617,1144734..1144828))	Aspergillus niger	84590310
An02g04820	CDS	An02g04820	NT_166519.1	1144920	1146560	D	Function: APG17 of S. cerevisiae is a component of a Apg1/Cvt9-containing complex, which is involved in autophagy, a membrane trafficking to vacuole/lysosome induced by nutrient starvation necessary for the sequestration and delivery of cytoplasmic material in vacuoles. .; Function: the apg1 complex could be necessary for switching between two distinct vesicular transport systems in a nutrient-dependent manner.; Title: similarity to cytokeratin-like protein Apg17 - Saccharomyces cerevisiae; See PMID 10582243; See PMID 10966461; See PMID 10995454; uncharacterized protein	1144920..1146560	Aspergillus niger	4978971
An02g04830	CDS	An02g04830	NT_166519.1	1147697	1149403	R	Remark: sudD of A. nidulans is another suppressor of the bimD6 mutation, which is a recessive,temperature-sensitive lethal mutation. at a restrictive temperature, the chromosomes of bimD6 mutant strains fail to attach properly to the spindle microtubules, and the mutant also displays a high rate of chromosome loss.; Similarity: the predicted A. niger protein shows strong similarity to the extragenic suppressor of the bimD6 mutation (sudD) of A. nidulans and orthologues of diverse eucaryotic species.; Title: strong similarity to extragenic suppressor of the bimD6 mutation sudD - Aspergillus nidulans; uncharacterized protein	complement(1147697..1149403)	Aspergillus niger	4978972
An02g04840	CDS	An02g04840	NT_166519.1	1149781	1153622	D	Remark: DA-box proteins have been shown to function in chromosome structure and segregation.; Remark: a putative frameshift results in an premature STOP codon.; Remark: sudA of A. nidulans is a suppressor of the bimD6 mutation, which is a recessive, temperature-sensitive lethal mutation.; Similarity: the predicted A. niger protein shows strong similarity to the chromosome scaffold protein (sudA) of A. nidulans and orthologues of diverse eucaryotic species, which belong to the DA-box protein family.; Title: strong similarity to chromosome scaffold protein sudA - Aspergillus nidulans [putative frameshift]; putative frameshift; See PMID 8849887; uncharacterized protein	join(1149781..1149818,1149885..1150044,1150097..1153268,1153330..1153622)	Aspergillus niger	4978973
An02g04850	CDS	An02g04850	NT_166519.1	1153995	1155080	R	Remark: the matching protein is essential for viability in C. albicans.; Title: similarity to protein SEQ ID NO:7804 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	complement(join(1153995..1154599,1154966..1155080))	Aspergillus niger	4978974
An02g04860	CDS	An02g04860	NT_166519.1	1155723	1156832	D	Title: strong similarity to cytochrome-b5 reductase - Saccharomyces cerevisiae; See PMID 8307010; uncharacterized protein	join(1155723..1155727,1155793..1155935,1156006..1156625,1156683..1156832)	Aspergillus niger	4978975
An02g04870	CDS	An02g04870	NT_166519.1	1157102	1158191	R	Title: weak similarity to hypothetical phosphatidylinositol-4-phosphate 5-kinase -Schizosaccharomyces pombe; See PMID 9660759; uncharacterized protein	complement(join(1157102..1157848,1157919..1158191))	Aspergillus niger	4978976
An02g04880	CDS	An02g04880	NT_166519.1	1158724	1160858	D	Catalytic activity: ATP + L-arginine + tRNA(arg) = AMP + pyrophosphate + L-arginyl-tRNA(arg); Similarity: shows stronger similarity to cytoplasmic proteins from different species than to mitochondrial localized.; Title: strong similarity to arginine--tRNA ligase Msr1 - Saccharomyces cerevisiae; See PMID 7607232; uncharacterized protein	join(1158724..1158948,1159031..1160325,1160380..1160793,1160852..1160858)	Aspergillus niger	4978977
An02g04890	CDS	An02g04890	NT_166519.1	1162399	1163971	D	hypothetical protein	join(1162399..1162407,1162534..1162626,1162678..1162738,1162839..1163129,1163251..1163306,1163409..1163465,1163737..1163832,1163870..1163971)	Aspergillus niger	84590311
An02g04900	CDS	pgaB	NT_166519.1	1164656	1165889	D	Catalytic activity: random hydrolysis of 1,4-alpha-D-galactosiduronic linkages in pectate and other galacturonans; Gene-ID: pgaB; Mapping: pgaB from A. niger is mapped to chromosome IV; see EMBL Y18805.; Remark: pgaB-specific mRNA accumulates in mycelia grown on sucrose.; See PMID 10642523; endopolygalacturonases pgaB-Aspergillus niger	join(1164656..1164862,1164933..1165349,1165425..1165889)	Aspergillus niger	4978979
An02g04910	CDS	An02g04910	NT_166519.1	1167439	1170953	D	Similarity: the ORF shows similarity to various ABC transporters.; Title: strong similarity to multidrug resistance ABC transporter bfr1p - Schizosaccharomyces pombe; See PMID 9537449; uncharacterized protein	join(1167439..1167509,1167660..1167919,1167992..1168232,1168283..1168541,1168591..1169050,1169101..1169180,1169242..1169724,1169789..1169948,1170046..1170058,1170152..1170176,1170223..1170315,1170481..1170554,1170884..1170953)	Aspergillus niger	4978980
An02g04920	CDS	An02g04920	NT_166519.1	1171296	1172567	R	Title: similarity to hypothetical protein encoded by An09g02960 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(1171296..>1172567)	Aspergillus niger	4978981
An02g04930	CDS	An02g04930	NT_166519.1	1173958	1174738	R	hypothetical protein	complement(join(1173958..1174103,1174189..1174275,1174363..1174455,1174534..1174738))	Aspergillus niger	84590312
An02g04940	CDS	An02g04940	NT_166519.1	1175034	1175329	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(1175034..1175174,1175273..1175329))	Aspergillus niger	84590313
An02g04950	CDS	An02g04950	NT_166519.1	1175978	1177459	R	hypothetical protein	complement(join(1175978..1176116,1176211..1176316,1176434..1176612,1176688..1176777,1176849..1176969,1177109..1177156,1177270..1177459))	Aspergillus niger	84590314
An02g04960	CDS	An02g04960	NT_166519.1	1177668	1178834	D	Title: strong similarity to hypothetical protein 68B2.80 - Neurospora crassa; uncharacterized protein	1177668..1178834	Aspergillus niger	4978985
An02g04970	CDS	An02g04970	NT_166519.1	1179415	1180974	R	hypothetical protein	complement(join(1179415..1180763,1180794..1180974))	Aspergillus niger	4978986
An02g04980	CDS	An02g04980	NT_166519.1	1181458	1183487	D	Function: ddx21 of H. sapiens can unwind double-stranded RNA (helicase) and can fold or introduce a secondary structure to a single-stranded RNA (foldase).; Remark: ddx21 of H. sapiens is also called nuleolar RNA helicase GU, dead box protein 21 or RHII/GU.; Similarity: the ORF shows similarity to several RNA helicases from different species.; Title: strong similarity to DEAD-box RNA helicase II ddx21 - Homo sapiens; nucleus; uncharacterized protein	join(1181458..1181662,1181715..1181791,1181856..1182334,1182398..1183487)	Aspergillus niger	4978987
An02g04990	CDS	An02g04990	NT_166519.1	1183898	1185181	R	Title: strong similarity to hypothetical protein B21J21.225 - Neurospora crassa; uncharacterized protein	complement(1183898..1185181)	Aspergillus niger	4978988
An02g05000	CDS	An02g05000	NT_166519.1	1186058	1187453	R	Function: acyltransferases catalyse the transfer of acyl groups from a donor to a variety of substrates such as glycerides, sterols, stanols and phosphatides and play a key role in lipid synthesis.; Remark: the patent WO200018889-A2 is corresponding to AAY9948 of the PATENTPROT database; the DNA is found under PATENTDNA AAA37527.; Title: strong similarity to acyltransferase yscat1 from patent WO200018889-A2 - Saccharomyces sp.; uncharacterized protein	complement(join(1186058..1186871,1186943..1187053,1187144..1187162,1187240..1187453))	Aspergillus niger	4978989
An02g05010	CDS	An02g05010	NT_166519.1	1187802	1188360	D	Remark: mRpL31 of S. cerevisiae is also called YKL138c, ribosomal protein MRP31 or YmL31.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L31 - Saccharomyces cerevisiae; localisation:mitochondrion; mitochondrial 54S ribosomal protein mL60	join(1187802..1187845,1187962..1188191,1188308..1188360)	Aspergillus niger	4978990
An02g05020	CDS	An02g05020	NT_166519.1	1188876	1191484	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(1188876..1190674,1190758..1190766,1191256..1191386,1191471..1191484))	Aspergillus niger	84590315
An02g05030	CDS	An02g05030	NT_166519.1	1192191	1193584	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(1192191..1192232,1192585..1192735,1193067..1193191,1193281..1193426,1193527..1193584)	Aspergillus niger	84590316
An02g05040	CDS	An02g05040	NT_166519.1	1194133	1195481	D	hypothetical protein	join(1194133..1194261,1194484..1194563,1194655..1194885,1195078..1195305,1195367..1195481)	Aspergillus niger	84590317
An02g05050	CDS	An02g05050	NT_166519.1	1195486	1196206	R	hypothetical protein	complement(join(1195486..1195547,1195612..1195801,1195881..1196016,1196109..1196206))	Aspergillus niger	84590318
An02g05060	CDS	An02g05060	NT_166519.1	1197082	1197652	D	hypothetical protein	join(1197082..1197508,1197564..1197652)	Aspergillus niger	4978995
An02g05070	CDS	An02g05070	NT_166519.1	1199428	1205206	R	Remark: LPS1 activates the three amino acids of the peptide portion of ergot peptide alkaloids during D-lysergyl peptide assembly.; Title: strong similarity to d-lysergyl-peptide-synthase PS1 - Claviceps purpurea; cytoplasm; See PMID 10071219; See PMID 1281482; uncharacterized protein	complement(join(1199428..1204743,1204799..1205076,1205176..1205206))	Aspergillus niger	84590319
An02g05080	CDS	An02g05080	NT_166519.1	1206218	1207776	D	Function: Mak1 from N. haematococca specifically hydroxylates the phytoalexins medicarpin and maackiain,converting them to less fungitoxic derivatives.; Localization: heterologous expression of the Mak1 cDNA construct in plants indicated that Mak1 protein accumulates in the plant cytoplasm, associated with endoplasmic reticulum membranes.; Similarity: the predicted A. niger protein shows strong similarity to Mak1 from the fungal pathogen N. haematococca. Mak1 belongs to the flavin-containing mono-oxygenases.; Title: strong similarity to maackiain detoxification protein MAK1 - Nectria haematococca; endoplasmatic reticulum; See PMID 8709942; See PMID 11485199; uncharacterized protein	join(1206218..1206389,1206448..1207040,1207098..1207444,1207509..1207776)	Aspergillus niger	4978997
An02g05090	CDS	An02g05090	NT_166519.1	1207962	1210432	D	Function: gibberelin synthesis in G. fujikuroi involves at least four cytochrome P450 monooxygenase-catalyzed steps and at least three P450 monooxygenases are involved, one of them beeing P450I.; Title: strong similarity to cytochrome P450 monooxygenase P450I - Gibberella fujikuroi; See PMID 9501474; See PMID 9917370; See PMID 10531641; uncharacterized protein	join(1207962..1207965,1208047..1208158,1208301..1208312,1208450..1208687,1208736..1208874,1209106..1209816,1209907..1210225,1210354..1210432)	Aspergillus niger	84590320
An02g05100	CDS	An02g05100	NT_166519.1	1210881	1211396	R	Similarity: similarity of the predicted A. niger protein to various protein sequences is due to low complexity sequences.; hypothetical protein	complement(1210881..1211396)	Aspergillus niger	4978999
An02g05110	CDS	An02g05110	NT_166519.1	1211757	1212681	D	hypothetical protein	join(1211757..1211877,1211969..1212033,1212155..1212285,1212390..1212681)	Aspergillus niger	84590321
An02g05120	CDS	An02g05120	NT_166519.1	1212884	1213468	R	hypothetical protein	complement(1212884..1213468)	Aspergillus niger	4979001
An02g05140	CDS	An02g05140	NT_166519.1	1215203	1218568	R	Similarity: similarity of the predicted A. niger protein to various protein sequences is due to low complexity sequences.; hypothetical protein	complement(join(1215203..1215249,1215297..1215765,1215910..1216694,1216831..1217135,1217281..1218096,1218144..1218568))	Aspergillus niger	4979003
An02g05150	CDS	An02g05150	NT_166519.1	1219861	1220772	D	Catalytic activity: C-8,7 sterol isomerase of A. thaliana catalyses the isomerization of the C-8 double bond to the C-7 position within the steroid B ring.; Pathway: C-8,7 sterol isomerase of A. thaliana is involved in steroid biosynthesis.; Remark: the activity of C-8,7 sterol isomerase of A. thaliana is inhibited by the presence of sigma ligands,haloperidol, ifenprodil and verapamil.; Similarity: the predicted A. niger protein shows strong similarity to C-8,7 sterol isomerase of A. thaliana and other members of the superfamily of emopamil-binding proteins.; Title: strong similarity to C-8,7 sterol isomerase -Arabidopsis thaliana; uncharacterized protein	1219861..1220772	Aspergillus niger	4979004
An02g05160	CDS	An02g05160	NT_166519.1	1221437	1223384	R	Title: similarity to hypothetical protein encoded by An11g09150 - Aspergillus niger; uncharacterized protein	complement(join(1221437..1222011,1222095..1222303,1222420..1222644,1222697..1223110,1223290..1223384))	Aspergillus niger	4979005
An02g05170	CDS	An02g05170	NT_166519.1	1223643	1225369	D	Function: Mak1 from N. haematococca specifically hydroxylates the phytoalexins medicarpin and maackiain,converting them to less fungitoxic derivatives.; Localization: heterologous expression of the Mak1 cDNA construct in plants indicated that Mak1 protein accumulates in the plant cytoplasm, associated with endoplasmic reticulum membranes.; Remark: another ORF An02g05080 also shows strong similarity to Mak1 from N. haematococca.; Similarity: the predicted A. niger protein shows strong similarity to Mak1 from the fungal pathogen N. haematococca. Mak1 belongs to the flavin-containing mono-oxygenases.; Title: strong similarity to maackiain detoxification protein MAK1 - Nectria haematococca; endoplasmatic reticulum; See PMID 8709942; See PMID 11485199; uncharacterized protein	join(1223643..1223802,1223864..1224410,1224477..1224540,1224627..1224976,1225060..1225369)	Aspergillus niger	4979006
An02g05180	CDS	An02g05180	NT_166519.1	1225607	1226183	R	Similarity: similarity of the predicted A. niger protein to various protein sequences is due to low complexity sequences.; hypothetical protein	complement(join(1225607..1225621,1225677..1226183))	Aspergillus niger	10098257
An02g05190	CDS	An02g05190	NT_166519.1	1227464	1228585	R	Remark: the predicted A. niger protein shows strong similarity to the protein sequence of patent EP1033405-A2 (AC# AAG34578) of A. thaliana and several putative zinc finger proteins from divergent organisms.; Title: strong similarity to protein sequence a from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1227464..1227893,1227990..1228585))	Aspergillus niger	4979008
An02g05210	CDS	An02g05210	NT_166519.1	1229475	1230883	D	Function: synexin (annexin VII) of M. musculus is a calcium/phospholipid-binding protein which promotes membrane fusion and is involved in exocytosis.; Remark: murine synexin (annexin VII) has four annexin repeats.; Similarity: the predicted A. niger protein shows similarity to murine synexin (annexin VII) and many other proteins that belong to the annexin family.; Title: strong similarity to synexin (annexin VII) -Mus musculus; See PMID 7916616; See PMID 11108960; uncharacterized protein	join(1229475..1229493,1229553..1230883)	Aspergillus niger	4979010
An02g05220	CDS	An02g05220	NT_166519.1	1231512	1234576	R	Function: the human Staf-50 down-regulates the transcription directed by the long terminal repeat promoter region of human immunodeficiency virus type 1 in transfected cells.; Function: the human Staf-50 is a member of the Ring finger family and contains all the features of a transcriptional regulator able to initiate a second cascade of gene induction.; Title: similarity to transcription regulator Staf-50 - Homo sapiens; See PMID 7797467; uncharacterized protein	complement(join(1231512..1234283,1234514..1234576))	Aspergillus niger	4979011
An02g05230	CDS	An02g05230	NT_166519.1	1234864	1236327	R	Remark: the patent does not provide further information about the function of the protein.; Similarity: the predicted A. niger protein shows similarity to protein fragment SEQ ID NO: 65270 of patent EP1033405-A2 (AC# AAG51428) and peroxisomal membrane proteins of various species.; Title: similarity to protein fragment SEQ ID NO:65270 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1234864..1236201,1236292..1236327))	Aspergillus niger	4979012
An02g05240	CDS	An02g05240	NT_166519.1	1237136	1237692	R	Function: histone H4 forms part of the octameric (2*H2A, 2*H2B, 2*H3, 2*H4) nucleosome core.; Title: strong similarity to histone 4 from patent WO9919502-A1 - Homo sapiens; nucleus; uncharacterized protein	complement(join(1237136..1237437,1237683..1237692))	Aspergillus niger	4979013
An02g05250	CDS	An02g05250	NT_166519.1	1237960	1238322	D	hypothetical protein	1237960..1238322	Aspergillus niger	84590322
An02g05260	CDS	An02g05260	NT_166519.1	1239103	1240743	R	Function: PTG of M. musculus belongs to a gene family known collectively as glycogen targeting subunits of protein phosphatase-1, that participate in the assembly and regulation of the enzymes of glycogen metabolism within mammalian cells. in addition to binding and localizing phosphatase PP1C to glycogen, PTG formes complexes with phosphorylase kinase, phosphorylase a, and glycogen synthase, the primary enzymes involved in the hormonal regulation of glycogen metabolism.; Similarity: the predicted A. niger protein shows similarity to protein phosphatase 1 binding protein (PTG,also known as PPP1R5) of M. musculus and other species.; Title: similarity to protein phosphatase 1 binding protein PTG - Mus musculus; cytoplasm; See PMID 9045612; See PMID 9756875; uncharacterized protein	complement(1239103..1240743)	Aspergillus niger	4979015
An02g05270	CDS	An02g05270	NT_166519.1	1241285	1241950	D	hypothetical protein	join(1241285..1241364,1241824..1241950)	Aspergillus niger	84590323
An02g05280	CDS	An02g05280	NT_166519.1	1243582	1244540	R	hypothetical protein	complement(join(1243582..1243869,1243908..1244038,1244171..1244179,1244399..1244540))	Aspergillus niger	84590324
An02g05290	CDS	An02g05290	NT_166519.1	1245149	1245505	R	hypothetical protein	complement(1245149..1245505)	Aspergillus niger	84590325
An02g05300	CDS	An02g05300	NT_166519.1	1246836	1247923	D	hypothetical protein	join(1246836..1246847,1246864..1247204,1247254..1247343,1247506..1247579,1247667..1247923)	Aspergillus niger	84590326
An02g05310	CDS	An02g05310	NT_166519.1	1248052	1249487	R	hypothetical protein	complement(join(1248052..1248160,1248223..1248300,1248507..1248635,1248692..1248778,1248963..1249059,1249167..1249238,1249430..1249487))	Aspergillus niger	84590327
An02g05320	CDS	An02g05320	NT_166519.1	1250337	1254890	R	Similarity: the predicted A. niger protein shows similarity to the putative verprolin related protein of N. crassa. similarities to other protein sequences are due to low complexity sequences consisting of prolines and serines.; Title: similarity to hypothetical verprolin related protein - Neurospora crassa; uncharacterized protein	complement(1250337..1254890)	Aspergillus niger	4979021
An02g05330	CDS	An02g05330	NT_166519.1	1255853	1257654	D	hypothetical protein	join(1255853..1255855,1256057..1256300,1256364..1256466,1256549..1256940,1257424..1257514,1257540..1257654)	Aspergillus niger	84590328
An02g05340	CDS	An02g05340	NT_166519.1	1258047	1259009	R	Title: strong similarity to hypothetical protein 68B2.110 - Neurospora crassa; uncharacterized protein	complement(1258047..1259009)	Aspergillus niger	4979023
An02g05350	CDS	An02g05350	NT_166519.1	1259316	1259972	D	hypothetical protein	join(1259316..1259503,1259580..1259619,1259766..1259799,1259884..1259972)	Aspergillus niger	84590329
An02g05360	CDS	An02g05360	NT_166519.1	1260297	1261142	R	Similarity: the predicted A. niger protein shows strong similarity to putative protein 9G6. 360of N. crassa. similarity to other proteins is due to low complexity sequences consisting of threonines.; Title: strong similarity to hypothetical protein 9G6.360 - Neurospora crassa; uncharacterized protein	complement(join(1260297..1260404,1260480..1261142))	Aspergillus niger	4979025
An02g05370	CDS	An02g05370	NT_166519.1	1261370	1262103	R	hypothetical protein	complement(join(1261370..1261735,1261975..1262103))	Aspergillus niger	84590330
An02g05380	CDS	An02g05380	NT_166519.1	1262465	1264870	R	Function: VPS33 of S. cerevisiae is involved in the sorting of vacuolar proteins from the Golgi apparatus and their targeting to the vacuole and that is required for the morphogenesis of vacuoles and subsequent expression of vacuolar functions. VPS33 mutants missort and secrete multiple vacuolar hydrolases and exhibit extreme defects in vacuolar morphology.; Remark: VPS33 of S. cerevisiae is also known as CLS14, MET27, PEP14, SLP1, VAM5, VPL25, VPT33 and has a systematic name of YLR396C.; Similarity: the predicted A. niger protein shows strong similarity to vacuolar protein-sorting protein VPS33 of S. cerevisiae and putative homologues from other species, including a partial C-terminal protein sequence from Aspergillus fumigatus. a partial C-terminal protein sequence (HbrA) from Aspergillus nidulans is covered by patent WO200056893-A1 (AC# AAB29042).; Title: strong similarity to vacuolar protein sorting-associated protein Vps33 - Saccharomyces cerevisiae; cytoplasm; See PMID 2183024; See PMID 2201898; See PMID 3062374; See PMID 3131304; See PMID 3131305; uncharacterized protein	complement(join(1262465..1263961,1264020..1264231,1264514..1264709,1264793..1264870))	Aspergillus niger	4979027
An02g05390	CDS	An02g05390	NT_166519.1	1265425	1266742	D	Complex: SEC9 of S. cerevisiae is physically associated with two proteins that are homologous to components of the neuronal SNARE complex.; Function: SEC9 of S. cerevisiae is a t-SNARE required for post-Golgi vesicle fusion of secretory vesicles with the plasma membrane.; Localization: SEC9 of S. cerevisiae is bound to the yeast plasma membrane, but absent from post-Golgi vesicles.; Similarity: the predicted A. niger protein shows strong similarity to SEC9 of S. cerevisiae and several synaptosomal proteins like SNAP-25.; Title: strong similarity to t-SNARE Sec9 -Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	join(1265425..1266624,1266683..1266742)	Aspergillus niger	4979028
An02g05400	CDS	An02g05400	NT_166519.1	1269179	1272936	D	Remark: the 146D nuclear protein of X. laevis is found in the nucleoplasm with high local concentrations during interphase. during mitosis, when transcription and splicing are downregulated, the protein is released from the nuclear speckles and transiently dispersed throughout the cytoplasm.; Remark: the 146D nuclear protein of X. laevis is part of a large particle of approximately 12S.; Similarity: the predicted A. niger protein shows strong similarity to the 146D nuclear protein of X. laevis,human spliceosomal protein SAP 155 and other putative nuclear proteins.; Title: strong similarity to 146D nuclear protein -Xenopus laevis; nucleus; See PMID 9436997; uncharacterized protein	join(1269179..1269188,1269248..1269889,1269968..1272936)	Aspergillus niger	4979029
An02g05410	CDS	An02g05410	NT_166519.1	1273720	1275288	D	Catalytic activity: fumarate reductase flavocytochrome c3 (fccA) from S. frigidimarina catalyses the reaction succinate + acceptor <=> fumarate + reduced acceptor.; Cofactor: fumarate reductase flavocytochrome c3 (fccA) from S. frigidimarina is a flavoprotein (FAD) and contains iron-sulfur centres.; Complex: fumarate reductase flavocytochrome c3 (fccA) from S. frigidimarina is a component of succinate dehydrogenase (EC 1. 3. 5. 1).; Pathway: fumarate reductase flavocytochrome c3 (fccA) from S. frigidimarin is involved in the citrate cycle, oxidative phosphorylation, butanoate metabolism and the reductive carboxylate cycle (CO2 fixation).; Remark: Shewanella frigidimarina was formerly named S. putrefaciens.; Similarity: the predicted protein of A. niger shows strong similarity to fumarate reductase flavocytochrome c3 (fccA) from S. frigidimarina and from many other species.; Title: strong similarity to fumarate reductase flavocytochrome c3 fccA - Shewanella frigidimarina; See PMID 10479620; uncharacterized protein	1273720..1275288	Aspergillus niger	4979030
An02g05417	CDS	An02g05417	NT_166519.1	1275705	1276710	D	hypothetical protein	join(1275705..1275737,1276312..1276710)	Aspergillus niger	84590331
An02g05420	CDS	An02g05420	NT_166519.1	1276871	1278095	D	Similarity: the predicted A. niger protein shows strong similarity to the putative zinc finger protein (flbC) of A. nidulans and similarity to the C2H2 domain of many zinc finger proteins of the Kruppel subfamily.; Title: strong similarity to hypothetical zinc-finger protein flbC - Aspergillus nidulans; uncharacterized protein	join(1276871..1277343,1277428..1277915,1277977..1278095)	Aspergillus niger	4979032
An02g05430	CDS	An02g05430	NT_166519.1	1279118	1280098	R	Title: questionable ORF; uncharacterized protein	complement(join(1279118..1279197,1279292..1279440,1280052..1280098))	Aspergillus niger	84590332
An02g05440	CDS	An02g05440	NT_166519.1	1280589	1283868	R	Similarity: the predicted A. niger protein shows also similarity to the C-termini of hypothetical proteins from M. musculus and H. sapiens.; Title: similarity to hypothetical protein Leucine-rich protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1280589..1281051,1281107..1281823,1281872..1282409,1282460..1282546,1282599..1282946,1283001..1283868))	Aspergillus niger	4979034
An02g05450	CDS	An02g05450	NT_166519.1	1284250	1285780	D	Complex: human hUba3 forms a complex with APP-BP1 (amyloid precursor protein-binding protein) which behaves like the ubiquitin activating enzyme E1 in a novel ubiquitinylation-related pathway involving the ubiquitin-like molecule NEDD8. hUba3 contains the active cysteine and ATP binding site.; Function: expression of human APP-BP1 in ts41 cells drives the cell cycle through the S-M checkpoint and this function requires both hUba3 and hUbc12 (a human homolog of yeast Ub-conjugating enzyme Ubc12p).; Remark: the protein sequence of human hUba3, here named NAE1-beta protein, is covered by patent WO9932624-A1 (AC# AAY25339).; Remark: ubiquitin (ub) and ubiquitin-like proteins (i. e. human NEDD8) are ligated to proteins by a protein system consisting of E1- (Ub-activating), E2-like (Ub-conjugating) enzymes and E3 (Ub-ligating) enzymes. the covalent attachment of ubiquitin to other proteins mediates the selective degradation of short-lived and abnormal proteins.; Title: strong similarity to Nedd8-activating enzyme hUba3 - Homo sapiens; See PMID 9694792; See PMID 10722740; uncharacterized protein	join(1284250..1284278,1284326..1284427,1284550..1284629,1284678..1284974,1285029..1285780)	Aspergillus niger	4979035
An02g05460	CDS	An02g05460	NT_166519.1	1286043	1287338	R	Complex: RCP40 of S. cerevisiae associates with RCP19 of S. cerevisiae, another subunit shared only by RNAP I and RNAP III. The RCP19/RCP40 heterodimer interacts with the ABC10 beta subunit (encoded by RPB10) of S. cerevisiae, which is one of the five polypeptides common to all three nuclear RNA polymerases.; Complex: RCP40 of S. cerevisiae is a subunit of RNA polymerases I(A) (RNAP I) and III(C) (RNAP III), but not RNA polymerase II.; Remark: RCP40 of S. cerevisiae is also called AC40,RPC5, YPR110C or P8283. 18.; Remark: RCP40 of S. cerevisiae is unique in the yeast genome and is required for cell viability.; Similarity: the predicted A. niger protein shows strong similarity to RPC40, a subunit of RNA polymerase I and III from S. cerevisiae and many other eucaryotic organisms. RCP40 of S. cerevisiae shows a local sequence similarity to prokaryotic alpha subunits.; Title: strong similarity to 40 kD subunit of DNA-directed RNA polymerase I,III Rpc40 - Saccharomyces cerevisiae; nucleus; See PMID 8516295; See PMID 3815519; uncharacterized protein	complement(join(1286043..1286285,1286328..1287014,1287113..1287217,1287294..1287338))	Aspergillus niger	4979036
An02g05470	CDS	An02g05470	NT_166519.1	1287768	1289324	D	Catalytic activity: NADH:ubiquinone oxidoreductase catalyses the reaction NADH + ubiquinone = NADH(+) + ubiquinol.; Cofactor: NADH:ubiquinone oxidoreductase requires iron-sulfur as a cofactor.; Complex: the 49 kd subunit from N. crassa is a component of the iron-sulphur subcomplex of the enzyme.; Function: the proton-pumping NADH:ubiquinone oxidoreductase is the first of the respiratory chain complexes in many bacteria and mitochondria of most eukaryotes. NADH:ubiquinone oxidoreductase transfers electrons from NADH to the respiratory chain. the immediate electron acceptor for the enzyme is believed to be ubiquinone.; Localization: NADH:ubiquinone oxidoreductase is located on the matrix side of the mitochondrial inner membrane.; Remark: the mitochondrial NADH-ubiquinone reductase (complex I) is an assembly of approximately 30 different polypeptides. the 49 kd subunit from N. crassa is a nuclear gene product, that is imported into the mitochondria.; Similarity: the predicted A. niger protein shows strong similarity to the mitochondrial 49 K subunit of NADH: ubiquinone reductase (complex I) from N. crassa and many other eucaryotic and procaryotic organisms.; Title: strong similarity to 49 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; See PMID 11004444; See PMID 2147127; uncharacterized protein	join(1287768..1288439,1288507..1289227,1289287..1289324)	Aspergillus niger	4979037
An02g05480	CDS	An02g05480	NT_166519.1	1290201	1290967	R	Function: the protein encoded by UBC2-1 from A. thaliana is shown to accept 125I-ubiquitin from wheat E1 enzymes, when expressed from E. coli hosts as fusion protein carrying N-terminal extensions. UBC2-1 is deubiquitinated in the presence of lysine and, by these criteria, is considered a functional E2 enzyme.; Remark: ubiquitin (ub) and ubiquitin-like proteins are ligated to proteins by a protein system consisting of E1- (Ub-activating), E2-like (Ub-conjugating) enzymes and E3 (Ub-ligating) enzymes. the covalent attachment of ubiquitin to other proteins mediates the selective degradation of short-lived and abnormal proteins.; Remark: ubiquitin is coupled to protein by a peptide bond between the C-terminal glycine of ubiquitin and epsilon-amino groups of lysine residues in the protein. an intermediate in the reaction contains one ubiquitin residue bound as a thiolester to the enzyme, and a residue of ubiquitin adenylate non-covalently bound to the enzyme.; Title: strong similarity to ubiquitin conjugating enzyme UBC2 - Arabidopsis thaliana; See PMID 8219072; uncharacterized protein	complement(join(1290201..1290484,1290581..1290731,1290941..1290967))	Aspergillus niger	4979038
An02g05490	CDS	An02g05490	NT_166519.1	1291756	1293560	R	Catalytic activity: CMK2 of S. cerevisiae catalyses the reaction ATP + protein = ADP + O-phosphoprotein.; Cofactor: CMK2 of S. cerevisiae needs Ca2+/calmodulin as a cofactor.; Remark: CMK1 and CMK2 of S. cerevisiae were found to have different biochemical properties in terms of autoregulatory activity and preference for yeast CaM or bovine CaM for maximal activity.; Remark: mutant S. cerevisiae cells with deletion of CMK2, or both CMK1 and CMK2, are viable, although loss of CMK2 causes a slow rate of spore germination.; Similarity: the predicted A. niger protein shows strong similarity to Ca2+/calmodulin-dependent protein kinase (CMK2) from S. cerevisiae and many other eucaryotic organisms. in S. cerevisiae, there are two known Ca2+/calmodulin-dependent protein kinases, CMK1 and CMK2.; Title: strong similarity to Ca(2+)/calmodulin-dependent protein kinase Cmk2 -Saccharomyces cerevisiae; See PMID 2026147; See PMID 2061341; uncharacterized protein	complement(join(1291756..1292558,1292629..1292785,1292838..1293045,1293117..1293168,1293554..1293560))	Aspergillus niger	4979039
An02g05510	CDS	An02g05510	NT_166519.1	1293972	1294353	D	hypothetical protein	join(1293972..1294060,1294251..1294353)	Aspergillus niger	84590333
An02g05520	CDS	An02g05520	NT_166519.1	1294953	1296180	R	hypothetical protein	complement(join(1294953..1295066,1295108..1295177,1295339..1296180))	Aspergillus niger	4979041
An02g05530	CDS	An02g05530	NT_166519.1	1297227	1301067	R	Function: severin kinase is a kinase from cytosolic extracts that specifically phosphorylates severin, a Ca2+-dependent F-actin fragmenting protein.; Pathway: the presence of severin kinase in Dictyostelium suggests a direct signal transduction from the plasma membrane to the cytoskeleton by phosphorylation of actin-binding proteins.; Similarity: the central part of the predicted A. niger protein shows strong similarity to severin kinase from D. discoideum and (mostly hypothetical) kinases from diverse eucaryotic species, that belong to the Ste20p- or p21-activated protein kinase family.; Title: similarity to severin kinase - Dictyostelium discoideum; cytoplasm; See PMID 9582328; uncharacterized protein	complement(join(1297227..1299074,1299122..1299291,1299340..1299454,1299532..1300853,1300905..1300975,1301024..1301067))	Aspergillus niger	4979042
An02g05540	CDS	An02g05540	NT_166519.1	1302719	1304679	R	Catalytic activity: kynurenine/alpha-aminoadipate aminotransferase of R. norvegicus catalyses the reaction L-kynurenine + 2-oxoglutarate = 4-(2-aminophenyl)-2,4-dioxobutanoate + L-glutamate and the reaction L-2-aminoadipate + 2-oxoglutarate = 2-oxoadipate + L-glutamate.; Cofactor: kynurenine/alpha-aminoadipate aminotransferase of R. norvegicus needs pyridoxal-phosphate as a co-factor.; Function: kynurenine aminotransferase catalyses the irreversible transamination of the L-tryptophan metabolite L-kynurenine to form kynurenic acid, which is thought to be an endogenous modulator of glutamatergic neurotransmission.; Similarity: the predicted A. niger protein shows strong similarity to kynurenine/alpha-aminoadipate aminotransferase of R. norvegicus, but also to probable valine-pyruvate transaminase of S. pombe.; Title: strong similarity to kynurenine/alpha-aminoadipate aminotransferase - Rattus norvegicus; cytoplasm; See PMID 7493966; uncharacterized protein	complement(join(1302719..1302973,1303035..1303859,1303919..1303995,1304052..1304262,1304320..1304351,1304402..1304438,1304518..1304679))	Aspergillus niger	4979043
An02g05550	CDS	An02g05550	NT_166519.1	1304818	1305423	D	hypothetical protein	join(1304818..1304855,1304929..1305105,1305273..1305423)	Aspergillus niger	84590334
An02g05560	CDS	An02g05560	NT_166519.1	1306817	1307881	D	Catalytic activity: 2,3-dihydroxybenzoic acid decarboxylase of A. niger catalyses the reaction 2,3-dihydroxybenzoate = catechol + CO(2).; Complex: 2,3-dihydroxybenzoic acid decarboxylase is a homotetramer.; Pathway: 2,3-dihydroxybenzoic acid decarboxylase of A. niger catalyses the last step in the metabolism of indole to catechol.; Remark: the products of the invention can be used in a method to produce aromatic hydrocarbons, particularly catechol which is used in the development of pharmaceuticals such as L-DOPA and adrenaline,agrobiochemicals such as carbofuran, and antioxidants such as 4-tert-butyl catechol and veratol. unlike the invention,prior art aromatic hydrocarbon production methods involve the use of non-renewable resources, have a negative impact on the environment, and involve high temperatures and acid conditions which pose environmental and safety concerns,are expensive and are energy consuming.; Similarity: the predicted A. niger protein shows strong similarity, but not identity, to the protein sequence 2,3-dihydroxybenzoic acid decarboxylase of patent WO9909048-A1 of A. niger (AC# AAW93483).; Title: strong similarity to 2,3-dihydroxybenzoic acid decarboxylase from patent WO9909048-A1 - Aspergillus niger; cytoplasm; uncharacterized protein	1306817..1307881	Aspergillus niger	4979045
An02g05570	CDS	An02g05570	NT_166519.1	1308348	1309166	R	Title: weak similarity to hypothetical protein encoded by An17g00640 - Aspergillus niger; uncharacterized protein	complement(join(1308348..1308396,1308484..1308948,1309159..1309166))	Aspergillus niger	84590335
An02g05580	CDS	An02g05580	NT_166519.1	1309336	1309897	D	hypothetical protein	join(1309336..1309541,1309573..1309897)	Aspergillus niger	84590336
An02g05590	CDS	An02g05590	NT_166519.1	1310622	1313264	R	Catalytic activity: benzoylformate decarboxylase of P. putida catalyses the reaction benzoylformate = benzaldehyde + CO(2); Cofactor: benzoylformate decarboxylase of P. putida requires thiamine pyrophosphate as a cofactor.; Pathway: benzoylformate decarboxylase of P. putida is one of the five known enzymes of the mandelate pathway.; Remark: the genes for (S)-mandelate dehydrogenase,benzoylformate decarboxylase and mandelate racemase of P. putida are organized in an operon (mdlCBA).; Title: similarity to benzoylformate decarboxylase -Pseudomonas putida; cytoplasm; See PMID 2271624; uncharacterized protein	complement(join(1310622..1310667,1310757..1312366,1312434..1312646,1312712..1312870,1313211..1313264))	Aspergillus niger	4979048
An02g05600	CDS	An02g05600	NT_166519.1	1313622	1315660	D	Title: strong similarity to hypothetical protein CAD70734.1 - Neurospora crassa; uncharacterized protein	join(1313622..1313858,1313920..1314736,1314795..1315660)	Aspergillus niger	4979049
An02g05610	CDS	An02g05610	NT_166519.1	1316551	1318044	R	Catalytic activity: branched-chain alpha-ketoacid dehydrogenase kinase of R. norvegicus catalyzes the reaction ATP + [3-methyl-2-oxobutanoate dehydrogenase (lipoamide)] = ADP + [3-methyl-2-oxobutanoate dehydrogenase (lipoamide)] phosphate.; Complex: mammalian mitochondrial branched-chain alpha-ketoacid dehydrogenase complex consists of three catalytic components: E1 (a heterotetrameric thiamine pyrophosphate-dependent decarboxylase), E2 (a 24-mer of identical lipoate-bearing proteins), E3 (a dimeric dehydrogenase) and two regulatory enzymes, a specific kinase (branched-chain alpha-ketoacid dehydrogenase kinase) and a specific phosphatase, which control enzyme activity by reversible phosphorylation/dephosphorylation.; Function: branched-chain alpha-ketoacid dehydrogenase kinase of R. norvegicus catalyzes the phosphorylation and inactivation of the branched-chain alpha-ketoacid dehydrogenase complex, the key regulatory enzyme of the valine, leucine and isoleucine catabolic pathways.; Remark: alpha-chloroisocaproate and dichloroacetate inhibit branched-chain alpha-ketoacid dehydrogenase kinase of R. norvegicus; Similarity: the predicted A. niger protein shows strong similarity to branched-chain alpha-ketoacid dehydrogenase kinase (BCKDK) from R. norvegicus, which belongs to the PDK(pyruvate dehydrogenase kinase)/BCKDK family of protein kinases.; Title: strong similarity to branched-chain alpha-ketoacid dehydrogenase kinase BCKDK - Rattus norvegicus; localisation:mitochondrion; uncharacterized protein	complement(join(1316551..1316968,1317068..1317757,1317817..1317952,1318023..1318044))	Aspergillus niger	4979050
An02g05620	CDS	An02g05620	NT_166519.1	1318536	1318932	D	Similarity: the predicted A. niger protein shows strong similarity to the five ESTs an_2860, an_2570,an_2857, AN06C0 and an_2883 of A. niger.; Similarity: the predicted A. niger protein shows weak similarity to the hypothetical protein YHR138c from S. cerevisiae, which is similar to yeast protease B inhibitor 2 (PBI2).; Title: weak similarity to hypothetical protein encoded by An07g10060 - Aspergillus niger; uncharacterized protein	join(1318536..1318553,1318613..1318653,1318713..1318781,1318845..1318932)	Aspergillus niger	4979051
An02g05630	CDS	An02g05630	NT_166519.1	1319451	1322006	R	Induction: the N. crassa HAK1 transporter is only expressed when cells are K+ starved.; Remark: the N. crassa HAK1 transporter expressed by the corresponding cDNAs in a trk1 delta trk2 delta mutant of S. cerevisiae exhibits a high affinity for Rb+ and K+.; Remark: the N. crassa HAK1 transporter shows a high concentrative capacity and is the K(+)-H+ symporter described in N. crassa.; Title: strong similarity to potassium transporter hak-1 - Neurospora crassa; plasma membrane; See PMID 10027968; uncharacterized protein	complement(join(1319451..1320440,1320489..1320635,1320681..1321445,1321491..1321751,1321806..1322006))	Aspergillus niger	4979052
An02g05640	CDS	An02g05640	NT_166519.1	1323492	1324478	R	Similarity: the predicted A. niger protein shows strong similarity to the hypothetical protein SPAC11D3. 03c from S. pombe and also strong similarity to the hypothetical protein CG10208 of D. melanogaster, but only weak similarity to hypothetical proteins from several procaryotic organisms.; Title: strong similarity to hypothetical protein SPAC11D3.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1323492..1323691,1323743..1324048,1324103..1324478))	Aspergillus niger	4979053
An02g05650	CDS	An02g05650	NT_166519.1	1325058	1328805	D	Remark: the N-terminus of the human protein sequence is covered by patent WO200073801-A2 (AC# AAB63577).; Similarity: the predicted A. niger protein shows strong similarity to the hypothetical protein YPL217c from S. cerevisiae and also strong similarity to hypothetical proteins from several eucaryotic organisms.; Title: strong similarity to hypothetical protein YPL217c - Saccharomyces cerevisiae; uncharacterized protein	join(1325058..1325115,1325189..1325259,1325326..1325415,1325482..1328805)	Aspergillus niger	4979054
An02g05660	CDS	An02g05660	NT_166519.1	1328987	1331635	D	hypothetical protein	join(1328987..1329015,1329194..1329347,1329623..1330288,1330394..1331270,1331358..1331635)	Aspergillus niger	4979055
An02g05670	CDS	An02g05670	NT_166519.1	1331770	1332384	D	Catalytic activity: lactoylglutathione lyase (glyoxalase-I) of L. esculentum catalyses the reaction (R)-S-lactoylglutathione = glutathione + methylglyoxal.; Cofactor: glyoxalase-I of L. esculentum contains zinc (by similarity).; Function: glyoxalase-I of L. esculentum catalyses the conversion of hemimercaptal, formed from methylglyoxal and glutathione, to S-lactoylglutathione (by similarity) and thus may serve to detoxify methylglyoxal produced from triosephosphates in all cells.; Induction: glyoxalase-I of L. esculentum is induced by salt-stress.; Pathway: glyoxalase-I of L. esculentum belongs to the glyoxal pathway.; Similarity: the predicted A. niger protein shows similarity to lactoylglutathione lyase (glyoxalase-I) of L. esculentum, which belongs to the glyoxalase I family.; Title: similarity to lactoylglutathione lyase glyoxalase-I - Lycopersicon esculentum; See PMID 8616220; uncharacterized protein	1331770..1332384	Aspergillus niger	4979056
An02g05680	CDS	An02g05680	NT_166519.1	1333496	1334349	D	Title: strong similarity to hypothetical protein EAA62513.1 - Aspergillus nidulans; uncharacterized protein	join(1333496..1333564,1333633..1334349)	Aspergillus niger	4979057
An02g05690	CDS	An02g05690	NT_166519.1	1335301	1337778	R	Title: similarity to hypothetical coiled-coil protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1335301..1335654,1335719..1336731,1336794..1337438,1337511..1337629,1337714..1337778))	Aspergillus niger	4979058
An02g05700	CDS	An02g05700	NT_166519.1	1338494	1341492	R	Function: eEF-2 of C. griseus promotes the GTP-dependent translocation of the nascent protein chain from the A-site to the P-site of the ribosome.; Remark: eEF-2 of C. griseus is completely inactivated by phosphorylation mediated by EF-2 kinase.; Similarity: the predicted A. niger protein shows strong similarity to GTP-binding translation elongation factor eEF-2 of C. griseus, which belongs to the EF-G/EF-2 family.; Title: strong similarity to translation elongation factor eEF-2 - Cricetulus griseus; cytoplasm; uncharacterized protein	complement(join(1338494..1338511,1338575..1340353,1340410..1341065,1341144..1341201,1341330..1341345,1341485..1341492))	Aspergillus niger	4979059
An02g05710	CDS	An02g05710	NT_166519.1	1341961	1343039	D	hypothetical protein	join(1341961..1341976,1342093..1342130,1342224..1342311,1342402..1342497,1342593..1342794,1342907..1343039)	Aspergillus niger	84590337
An02g05720	CDS	An02g05720	NT_166519.1	1343650	1344252	R	hypothetical protein	complement(join(1343650..1343919,1344160..1344252))	Aspergillus niger	84590338
An02g05730	CDS	An02g05730	NT_166519.1	1344920	1346715	D	Catalytic activity: cellulose synthase of A. xylinum catalyses the reaction UDP-glucose + {(1,4)-beta-D-glucosyl}(N) = UDP + {(1,4)-beta-D-glucosyl}(N+1).; Pathway: cellulose synthase of A. xylinum is involved in the synthesis of cellulose.; Remark: cellulose synthase of A. xylinum is the second protein encoded by the cellulose biosynthesis (bcs) operon.; Title: similarity to cellulose synthase protein bcsB - Acetobacter xylinum; See PMID 2146681; See PMID 2151718; uncharacterized protein	join(1344920..1345088,1345237..1346271,1346322..1346592,1346643..1346715)	Aspergillus niger	4979062
An02g05740	CDS	An02g05740	NT_166519.1	1347406	1357181	R	Title: strong similarity to hypothetical membrane protein YLR087c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1347406..1357034,1357157..1357181))	Aspergillus niger	4979063
An02g05750	CDS	An02g05750	NT_166519.1	1357760	1359948	D	Similarity: the ORF overlpas with A. niger EST an_1043 entry EMBLEST:BE760156.; Similarity: the predicted ORF is 162 amino acids longer at the C-terminus than the hypothetical protein SPAC30D11. 06c of S. pombe.; Title: strong similarity to hypothetical protein SPAC30D11.06c - Schizosaccharomyces pombe; uncharacterized protein	join(1357760..1357854,1358022..1358075,1358131..1358218,1358272..1359285,1359343..1359701,1359771..1359948)	Aspergillus niger	4979064
An02g05760	CDS	An02g05760	NT_166519.1	1360876	1362366	D	Remark: glucan 1,4-alpha-glucosidase of S. cerevisiae has the EC number 3. 2. 1. 3.; Remark: the ORF shows strong similarity to EST an_3103 of A. niger. It has the database entry number EMBLEST:BE758851.; Similarity: additionally, the ORF overlaps with A. niger EST entry EMBLEST:BE759644.; Similarity: the blastp hits are mostly unspecific.; Title: weak similarity to glucan 1,4-alpha-glucosidase Muc1 - Saccharomyces cerevisiae; uncharacterized protein	join(1360876..1360996,1361072..1362366)	Aspergillus niger	4979065
An02g05770	CDS	An02g05770	NT_166519.1	1363032	1364111	R	hypothetical protein	complement(join(1363032..1363247,1363331..1363605,1363709..1363770,1363859..1363926,1364043..1364111))	Aspergillus niger	84590339
An02g05780	CDS	An02g05780	NT_166519.1	1364285	1364606	R	hypothetical protein	complement(join(1364285..1364449,1364490..1364606))	Aspergillus niger	84590340
An02g05790	CDS	An02g05790	NT_166519.1	1364712	1365400	D	Title: strong similarity to hypothetical protein encoded by An09g03310 - Aspergillus niger; uncharacterized protein	join(1364712..1364831,1364894..1365400)	Aspergillus niger	4979068
An02g05800	CDS	An02g05800	NT_166519.1	1365765	1366225	D	hypothetical protein	join(1365765..1365892,1365952..1366225)	Aspergillus niger	84590341
An02g05810	CDS	An02g05810	NT_166519.1	1366349	1366636	D	Remark: the ORF is questionable due to its short lenght of only 81 amino acids.; Title: questionable ORF; uncharacterized protein	join(1366349..1366476,1366519..1366636)	Aspergillus niger	84590342
An02g05820	CDS	An02g05820	NT_166519.1	1366668	1366933	R	Remark: the ORF is questionable due to its short lenght of only 72 amino acids.; Title: questionable ORF; uncharacterized protein	complement(join(1366668..1366784,1366832..1366933))	Aspergillus niger	84590343
An02g05830	CDS	An02g05830	NT_166519.1	1367024	1368190	D	Catalytic activity: mannitol-1-phosphate 5-dehydrogenases convert D-mannitol 1-phosphate + NAD(+) <=> D-fructose 6-phosphate + NADH.; Function: mannitol-1-phosphate 5-dehydrogenase mtlD of S. mutans is acting as part of the phosphoenolpyruvate-dependent phosphotransferase system (PTS), which facilitates the vectorial translocation of metabolisable carbohydrates to form the corresponding sugar phosphates, which are then converted to glycolytic intermediates.; Similarity: the ORF shows a weak homologues overlap with A. niger EST entry EMBLEST:BE760637 and strong similarity to PATENTDNA:AAF11255 EST SEQ ID NO:3778 as well as with PATENTDNA:AAF11568 EST SEQ ID NO:4091.; Title: strong similarity to mannitol-1-phosphate 5-dehydrogenase mtlD - Streptococcus mutans; See PMID 10878121; uncharacterized protein	1367024..1368190	Aspergillus niger	4979072
An02g05840	CDS	An02g05840	NT_166519.1	1368503	1369441	R	Catalytic activity: phaA of P. putida catalyses (3S)-3-hydroxyacyl-CoA <=> trans-2(or 3)-enoyl-CoA + H(2)O.; Function: phaA of P. putida is involved in the the aerobic degradation of phenylacetic acid.; Title: strong similarity to enoyl CoA hydratase phaA - Pseudomonas putida; uncharacterized protein	complement(join(1368503..1369107,1369213..1369441))	Aspergillus niger	4979073
An02g05850	CDS	An02g05850	NT_166519.1	1370023	1371643	R	Function: ada2 of S. cerevisiae functions as adaptor for some transcriptional activation domains and thereby facilitates activation, probably by potentiating the activity of the transcriptional activator complex GAL4-VP16.; Phenotype: mutations in ada2 of S. cerevisiae reduced the activity of GAL4-VP16 and GCN4.; Remark: ada2 of S. cerevisiae is also called YDR448W, D9461. 33 or SWI8.; Title: strong similarity to transcription adaptor Ada2 - Saccharomyces cerevisiae; nucleus; See PMID 10490601; uncharacterized protein	complement(join(1370023..1371474,1371551..1371643))	Aspergillus niger	4979074
An02g05860	CDS	An02g05860	NT_166519.1	1372857	1374988	D	Function: dagA of D. discoideum is required for receptor and G protein-mediated activation of adenylyl cyclase.; Similarity: the ORF shows similarity to several serine/threonine protein kinases from different species with various function.; Title: strong similarity to rac-family serine/threonine protein kinase homolog dagA -Dictyostelium discoideum; deleted EC_number 2.7.1.37; uncharacterized protein	join(1372857..1372878,1372959..1373102,1373166..1374317,1374369..1374733,1374791..1374988)	Aspergillus niger	4979075
An02g05870	CDS	An02g05870	NT_166519.1	1376204	1379162	R	Function: coatomer beta' subunit copB2 (p102) of H. sapiens is part of the Golgi coatomer complex necessary for membrane traffic in the constitutive exocytic pathway and retro-Golgi to ER transport by facilitating the formation of non-clathrin coated vesicles.; Remark: a putative frameshift due to an possible error at position 23672 (one bp too much) was corrected.; Title: strong similarity to coatomer beta subunit copB2 - Homo sapiens [putative frameshift]; cytoplasm; putative frameshift; See PMID 8334999; uncharacterized protein	complement(join(<1376204..1377422,1377478..1378746,1378804..1378835,1378895..1378916,1378966..1379028,1379145..1379162))	Aspergillus niger	4979076
An02g05880	CDS	An02g05880	NT_166519.1	1379852	1380684	R	Catalytic activity: the NADH dehydrogenase from N. crassa converts NADH + ubiquinone <=> NAD(+) + ubiquinol.; Function: subunit of the bioenergetic enzyme complex NADH:ubiquinone reductase, which is involved in electron transfer from NADH to ubiquinone in the respiratory chain.; Induction: the level of the corresponding mRNA of the NADH dehydrogenase from N. crassa is increased 3-fold if cells are grown in the presence of chloramphenicol.; Similarity: the ORF overlaps with A. niger EST entry in PATENTDNA:AAF11473 EST SEQ ID NO:3996.; Title: strong similarity to 29.9 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; See PMID 1830489; uncharacterized protein	complement(join(1379852..1379918,1379976..1380080,1380143..1380684))	Aspergillus niger	4979077
An02g05890	CDS	An02g05890	NT_166519.1	1381234	1383620	D	Complex: protein disulfate isomerases are part of variuos enzymes with different functions, e. g. are active as beta subunit of prolyl 4-hydroxylases.; Function: pdi1 of C. elegans is facilitating the rearrangement of both intrachain and interchain disulfide bonds in proteins to form the native structures from maturating protein chains.; Similarity: the ORF show similarity to several protein disulfide-isomerases from different species.; Title: strong similarity to protein disulfide-isomerase pdi1 - Caenorhabditis elegans; endoplasmatic reticulum; uncharacterized protein	join(1381234..1381454,1381516..1381597,1381667..1383196,1383258..1383620)	Aspergillus niger	4979078
An02g05900	CDS	An02g05900	NT_166519.1	1384197	1385070	D	Similarity: the ORF shows strong similarity to A. niger EST PATENTDNA: AAF11580 SEQ ID NO:4103.; Title: similarity to hypothetical protein AA57718.1 - Aspergillus nidulans; uncharacterized protein	join(1384197..1384199,1384556..1384634,1384704..1384987,1385062..1385070)	Aspergillus niger	4979079
An02g05910	CDS	An02g05910	NT_166519.1	1385326	1386338	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(1385326..1385580,1385725..1385754,1386084..1386338)	Aspergillus niger	84590344
An02g05920	CDS	An02g05920	NT_166519.1	1386845	1388642	D	Function: uga4 of S. cerevisiae additionally transports delta-aminolevulinic acid (ALA), another precursor of the porphyrin biosynthesis.; Function: uga4 of S. cerevisiae is the specific GABA transport protein of the yeast, in which additionally the amino acid permease (GAP1 gene) and the proline permease (PUT4 gene) exist.; Induction: the presence of GABA induces the expression of uga4 in S. cerevisiae; this induction is conferred by the 5' flanking region and requires the integrity of two positive regulatory proteins, the inducer-specific factor UGA3 and the pleiotropic factor UGA35/DURL/DAL81.; Remark: uga4 of S. cerevisiae is also called YDL210W or D1037.; Similarity: the ORF shows strong similarity to specialized amino acid and GABA transporters from several species, which belong both to the superfamily of choline transport proteins.; Title: strong similarity to GABA permease Uga4 -Saccharomyces cerevisiae; plasma membrane; See PMID 2109179; See PMID 10713424; uncharacterized protein	join(1386845..1387100,1387153..1387264,1387316..1388642)	Aspergillus niger	4979081
An02g05930	CDS	An02g05930	NT_166519.1	1389219	1390558	D	Title: strong similarity to hypothetical protein encoded by An16g01290 - Aspergillus niger; uncharacterized protein	join(1389219..1389398,1389442..1390354,1390414..1390466,1390517..1390558)	Aspergillus niger	4979082
An02g05940	CDS	An02g05940	NT_166519.1	1392210	1392774	D	hypothetical protein	join(1392210..1392267,1392360..1392490,1392578..1392622,1392676..1392774)	Aspergillus niger	84590345
An02g05950	CDS	An02g05950	NT_166519.1	1392822	1393631	R	hypothetical protein	complement(join(1392822..1392871,1392984..1393131,1393171..1393323,1393500..1393631))	Aspergillus niger	84590346
An02g05960	CDS	An02g05960	NT_166519.1	1394058	1394741	R	hypothetical protein	complement(join(1394058..1394249,1394365..1394655,1394727..1394741))	Aspergillus niger	84590347
An02g05970	CDS	An02g05970	NT_166519.1	1395863	1396998	R	hypothetical protein	complement(join(1395863..1396001,1396048..1396410,1396500..1396548,1396623..1396718,1396815..1396871,1396971..1396998))	Aspergillus niger	84590348
An02g05980	CDS	An02g05980	NT_166519.1	1397310	1399460	R	hypothetical protein	complement(join(1397310..1397437,1397481..1397608,1397693..1397761,1397898..1398002,1398070..1398526,1398618..1398667,1398716..1398850,1398969..1399076,1399396..1399460))	Aspergillus niger	84590349
An02g05990	CDS	An02g05990	NT_166519.1	1399561	1400368	R	hypothetical protein	complement(join(1399561..1399680,1399772..1400212,1400285..1400368))	Aspergillus niger	84590350
An02g06000	CDS	An02g06000	NT_166519.1	1400652	1402434	D	Title: strong similarity to gene expression regulator protein SEQ ID NO:119 from patent WO200257456-A2 - Unclassified organism; nucleus; uncharacterized protein	join(1400652..1401156,1401246..1402010,1402262..1402434)	Aspergillus niger	4979089
An02g06010	CDS	An02g06010	NT_166519.1	1404695	1405303	D	Title: weak similarity to protein CARD-6 from patent WO200100826-A2 - Homo sapiens; uncharacterized protein	1404695..1405303	Aspergillus niger	4979090
An02g06020	CDS	An02g06020	NT_166519.1	1406031	1407686	R	Similarity: the ORF show much weaker similarity to several tetracycline efflux pumps from different species.; Title: strong similarity to hypothetical amine transporter SPCC18.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1406031..1407355,1407413..1407470,1407518..1407538,1407585..1407686))	Aspergillus niger	4979091
An02g06030	CDS	An02g06030	NT_166519.1	1408400	1409429	D	Catalytic activity: uaz of A. flavus converts urate + O(2) + H(2)O <=> 5-hydroxyxyisourate + H(2)O(2), and 5-hydroxyisourate decompose autocatalytically to form allantoin.; Function: uricase (urate oxidase) is the peroxisomal enzyme responsible for the degradation of the purine ring in urate into allantoin.; Remark: uaz of A. flavus is also called uox.; Title: strong similarity to urate oxidase uaz -Aspergillus flavus; peroxisome; See PMID 1339455; uncharacterized protein	join(1408400..1408539,1408596..1409242,1409308..1409429)	Aspergillus niger	4979092
An02g06040	CDS	An02g06040	NT_166519.1	1409778	1410532	R	Similarity: the ORF shows also strong similarity to several ribosomal proteins L13 from different species with mitochondrial and cytoplasmic localization, which belongs to the same superfamily as L23, to the L13 family of ribosomal proteins.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L23 - Kluyveromyces lactis; See PMID 10743564; mitochondrial 54S ribosomal protein uL13m	complement(join(1409778..1409896,1410029..1410389,1410512..1410532))	Aspergillus niger	4979093
An02g06050	CDS	An02g06050	NT_166519.1	1410880	1411877	D	Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S16.e - Saccharomyces cerevisiae; cytoplasm; See PMID 1544921; 40S ribosomal protein uS9	join(1410880..1410925,1411037..1411059,1411441..1411512,1411587..1411877)	Aspergillus niger	4979094
An02g06060	CDS	An02g06060	NT_166519.1	1412818	1414374	R	Function: nrd1 of S. pombe is involved in blocking the onset of sexual development by repressing the Ste11-regulated genes essential for conjugation and meiosis until cells reach a critical level of starvation.; Phenotype: deletion of nrd1 IN S. pombe causes cells to initiate sexual development without nutrient starvation.; Title: similarity to RNA binding protein nrd1p -Schizosaccharomyces pombe; uncharacterized protein	complement(join(1412818..1413303,1413352..1413822,1414061..1414135,1414208..1414217,1414322..1414374))	Aspergillus niger	4979095
An02g06070	CDS	An02g06070	NT_166519.1	1416376	1418326	R	Function: crgA of M. circinelloides is involved in the regulation of carotenoid biosynthesis by light.; Similarity: the ORF shows similarity to RING finger proteins/transcription regulators from several species with diverse cellular function.; Title: strong similarity to carotenoid biosynthesis protein cgrA - Mucor circinelloide; See PMID 10651817; uncharacterized protein	complement(join(1416376..1418121,1418216..1418326))	Aspergillus niger	4979096
An02g06080	CDS	An02g06080	NT_166519.1	1418843	1422958	R	Phenotype: S. pombe ste20 mutants are methylamine-sensitive, exhibit enhanced medium acidification and are defective in the utilization of glycerol as a carbon source.; Remark: ste20 of S. pombe is also called ste16 or SPBC12C2. 02c.; Similarity: the ORF shows strong similarity another developmental protein, to piaA of D. discoideum, a regulator protein involved in chemoattractant receptor and G protein-mediated activation of the 12 transmembrane domain adenylyl cyclase.; Title: strong similarity to sexual differentiation and meiosis protein ste20p - Schizosaccharomyces pombe; See PMID 10467002; uncharacterized protein	complement(join(1418843..1419044,1419114..1419280,1419338..1421179,1421228..1422958))	Aspergillus niger	4979097
An02g06090	CDS	An02g06090	NT_166519.1	1423888	1425251	R	Function: cellobiose dehydrogenase (CDH) is an enzyme produced under lignocellulose-degrading conditions by T. versicolor strain 52J (Tv) and several other wood-degrading fungi.; Similarity: the predicted ORF shows only weak similarity to the N-terminal part of cdh of T. versicolor,which is involved in heme binding; the C-terminal flavin domain is not homologues to the ORF.; Title: weak similarity to cellobiose dehydrogenase cdh - Trametes versicolor; uncharacterized protein	complement(join(1423888..1425143,1425203..1425251))	Aspergillus niger	4979098
An02g06100	CDS	An02g06100	NT_166519.1	1425896	1427293	D	hypothetical protein	join(1425896..1426081,1426137..1426347,1426452..1426548,1426636..1426754,1426823..1426911,1427024..1427293)	Aspergillus niger	84590351
An02g06110	CDS	An02g06110	NT_166519.1	1427897	1428683	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(1427897..1428101,1428322..1428683)	Aspergillus niger	84590352
An02g06120	CDS	An02g06120	NT_166519.1	1429604	1431661	R	Catalytic activity: tyr1 of S. cerevisiae converts prephenate + NADP(+) <=> 4-hydroxyphenylpyruvate + CO(2) + NADPH.; Remark: alternate names for tyr1 of S. cerevisiae are YBR1218 or YBR166c.; Title: strong similarity to prephenate dehydrogenase Tyr1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1429604..1429762,1429935..1430066,1430196..1430795,1430918..1431066,1431155..1431266,1431334..1431394,1431651..1431661))	Aspergillus niger	4979101
An02g06130	CDS	An02g06130	NT_166519.1	1432386	1433133	D	Remark: S14. e of N. crassa is also called crp-2.; Similarity: the ORF overlaps with A. niger ESTs an_3158, database entry EMBLEST:BE758901 and an_3216 EMBLEST:BE758954.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S14.e - Neurospora crassa; cytoplasm; See PMID 1977135; 40S ribosomal protein uS11	join(1432386..1432452,1432526..1432598,1432761..1432921,1432982..1433133)	Aspergillus niger	4979102
An02g06140	CDS	An02g06140	NT_166519.1	1433839	1435239	D	Function: it is assumed that the B. napus subsp. napus Sll3 S-locus protein Cepp is involved in self-incompatibility.; Similarity: the predicted ORF shows weak similarity to S-locus protein 3 SP3 of B. rapa.; Title: similarity to hypothetical S-locus protein Cepp - Brassica napus; See PMID 10471721; See PMID 10559445; uncharacterized protein	1433839..1435239	Aspergillus niger	4979103
An02g06150	CDS	An02g06150	NT_166519.1	1436529	1437893	R	Catalytic activity: bat2 of S. cerevisiae catalyses e. g. L-leucine + 2-oxoglutarate <=> 4-methyl-2-oxopentanoate + L-glutamate.; Phenotype: deletion of the gene for the cytosolic BAT2 of S. cerevisiae and the mitochondrial gene for bat1 resulted in an auxotrophy for branched-chain amino acids (Ile, Leu, and Val) and in a severe growth reduction on glucose-containing media, even after supply of these amino acids.; Remark: alternate names for bat2 of S. cerevisiae are J2209, YJR148w and TWT2.; Title: strong similarity to branched-chain amino acid aminotransferase Bat2 - Saccharomyces cerevisiae; See PMID 8798704; uncharacterized protein	complement(join(1436529..1436714,1436785..1437389,1437479..1437893))	Aspergillus niger	4979104
An02g06160	CDS	An02g06160	NT_166519.1	1439414	1440479	D	hypothetical protein	join(1439414..1439576,1439670..1439836,1439930..1440027,1440103..1440206,1440295..1440479)	Aspergillus niger	84590353
An02g06170	CDS	An02g06170	NT_166519.1	1440686	1441370	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger ORFs and is only 118 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(1440686..1440761,1440854..1440940,1441054..1441151,1441275..1441370))	Aspergillus niger	84590354
An02g06180	CDS	An02g06180	NT_166519.1	1442152	1443945	D	Function: nit-4 of N. crassa is a pathway-specific regulatory transcription activator, which is required for the expression of the structural genes for nitrate and nitrite reductase.; Similarity: The predicted ORF is 423 amino aids shorter at its C-terminus than nit-4 of N. crassa.; Similarity: the ORF shows similarity to some zinc finger transcription activators with various cellular function.; Title: strong similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 1388109; See PMID 1531376; See PMID 1840634; uncharacterized protein	join(1442152..1442292,1442491..1443081,1443131..1443282,1443358..1443537,1443591..1443945)	Aspergillus niger	4979107
An02g06185	CDS	An02g06185	NT_166519.1	1444227	1444446	R	hypothetical protein	complement(join(1444227..1444290,1444367..1444446))	Aspergillus niger	84590355
An02g06190	CDS	An02g06190	NT_166519.1	1444641	1445415	R	hypothetical protein	complement(join(1444641..1444968,1445074..1445166,1445261..1445415))	Aspergillus niger	84590356
An02g06200	CDS	An02g06200	NT_166519.1	1445877	1446639	R	hypothetical protein	complement(join(1445877..1446061,1446181..1446278,1446332..1446446,1446540..1446639))	Aspergillus niger	84590357
An02g06210	CDS	An02g06210	NT_166519.1	1447453	1448256	R	hypothetical protein	complement(join(1447453..1447713,1447818..1447855,1447903..1448194,1448248..1448256))	Aspergillus niger	84590358
An02g06220	CDS	An02g06220	NT_166519.1	1448281	1451190	D	Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to hypothetical protein CAF06122.1 - Neurospora crassa; uncharacterized protein	join(1448281..1449232,1449293..1451190)	Aspergillus niger	4979112
An02g06230	CDS	An02g06230	NT_166519.1	1452332	1453387	R	Complex: TFIIB binds directly to TBP, recruits RNA polymerase II, in part through an interaction with the small subunit of TFIIF.; Function: TFIIB is required for association of RNA polymerase II to the mRNA transcription initiation complex.; Function: TFIIB stabilizes TBP binding to the TATA element.; Remark: a splice site upstream of the START codon was detected.; Similarity: the predicted ORF shows strong similarity to TFIIB of several species.; Title: strong similarity to transcription initiation factor TFIIB - Kluyveromyces lactis; nucleus; See PMID 9519295; See PMID 8346020; uncharacterized protein	complement(1452332..1453387)	Aspergillus niger	4979113
An02g06240	CDS	An02g06240	NT_166519.1	1453945	1454862	D	Catalytic activity: ATP14 of S. cerevisiae catalyses the reaction ATP + H2O <=> ADP + phosphate.; Function: ATP14 of S. cerevisiae couples H+ transport via the inner mitochondrial membrane to ATP synthesis.; Phenotype: the ATP14 mutant of S. cerevisiae shows a high percentage of rho-cells arising spontaneously and no detectable oligomycin-sensitive ATPase activity.; Remark: ATP14 of S. cerevisiae is also called YLR295C or L8003. 20.; Similarity: the predicted ORF shows local identity with some A. niger ESTs, e. g. EMBLEST:BE760081.; Title: similarity to ATP synthase subunit h Atp14 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8702761; See PMID 11083870; uncharacterized protein	join(1453945..1453967,1454168..1454330,1454404..1454482,1454594..1454862)	Aspergillus niger	4979114
An02g06250	CDS	An02g06250	NT_166519.1	1454930	1455625	D	hypothetical protein	join(1454930..1454945,1455017..1455117,1455229..1455482,1455577..1455625)	Aspergillus niger	84590359
An02g06260	CDS	An02g06260	NT_166519.1	1456161	1456765	D	hypothetical protein	join(1456161..1456167,1456500..1456765)	Aspergillus niger	84590360
An02g06270	CDS	An02g06270	NT_166519.1	1457276	1458714	D	hypothetical protein	join(1457276..1457338,1457517..1457579,1457673..1457770,1457832..1458055,1458308..1458714)	Aspergillus niger	84590361
An02g06280	CDS	An02g06280	NT_166519.1	1458738	1462173	D	Similarity: the predicted ORF shows local weak similarity to chitinase A of A. nidulans in the N-terminal region.; Similarity: the similarity of the predicted ORF to SPAC7D4. 03c of S. pombe is particularly strong in the central part of the molecule.; Title: strong similarity to hypothetical protein SPAC7D4.03c - Schizosaccharomyces pombe; uncharacterized protein	join(1458738..1459585,1459644..1462173)	Aspergillus niger	4979118
An02g06290	CDS	An02g06290	NT_166519.1	1462751	1463268	D	Title: questionable ORF; uncharacterized protein	join(1462751..1462759,1462884..1462903,1463113..1463135,1463219..1463268)	Aspergillus niger	84590362
An02g06300	CDS	An02g06300	NT_166519.1	1463834	1466554	R	Function: in human hydrolysis of the neuropeptide N-acetyl-L-aspartyl-L-glutamate (NAAG) by N-acetylated alpha-linked acidic dipeptidase (NAALADase) to release glutamate may be important in a number of neurodegenerative disorders in which excitotoxic mechanisms are implicated.; Similarity: the predicted A. niger protein shows similarity to several putative and known carboxypeptidase proteins.; Similarity: the predicted A. niger proteins is about 150-200 aminoacids longer at the N-terminus in comparison to similar proteins.; Title: similarity to naaladase II - Homo sapiens; See PMID 10085079; uncharacterized protein	complement(join(1463834..1464022,1464077..1466554))	Aspergillus niger	4979120
An02g06310	CDS	An02g06310	NT_166519.1	1466624	1468804	R	Title: questionable ORF; uncharacterized protein	complement(join(1466624..1466825,1466911..1467049,1467145..1467210,1467483..1467537,1467646..1467719,1467827..1467862,1467935..1468103,1468417..1468560,1468643..1468804))	Aspergillus niger	84590363
An02g06320	CDS	An02g06320	NT_166519.1	1469944	1471546	D	Catalytic activity: hydroxymethylglutaryl-CoA synthases convert (S)-3-hydroxy-3-methylglutaryl-CoA + CoA to acetyl-CoA + H2O + acetoacetyl-CoA.; Function: hmgs of S. cerevisiae condenses acetyl-CoA with acetoacetyl-CoA to form hmg-CoA, which is the substrate for hmg-CoA reductase.; Remark: alternative names for S. cerevisiae HMGS are YM4987. 09c and YML126c.; Title: strong similarity to 3-hydroxy-3-methylglutaryl-CoA synthase Erg13 -Saccharomyces cerevisiae; See PMID 2880580; uncharacterized protein	join(1469944..1470003,1470084..1470186,1470264..1471345,1471409..1471546)	Aspergillus niger	4979122
An02g06330	CDS	An02g06330	NT_166519.1	1473355	1475307	D	Title: similarity to hypothetical protein B2I10.080 - Neurospora crassa; uncharacterized protein	1473355..1475307	Aspergillus niger	4979123
An02g06340	CDS	An02g06340	NT_166519.1	1475804	1478319	D	Title: similarity to hypothetical protein BAB76423.1 - Nostoc sp.; uncharacterized protein	join(1475804..1476143,1476219..1476435,1476500..1476990,1477065..1477671,1477732..1477742,1477878..1477939,1477972..1478319)	Aspergillus niger	4979124
An02g06350	CDS	An02g06350	NT_166519.1	1479040	1483463	D	Function: pmc1 of S. cerevisiae pumps Ca2+ into the vacuole and participates in the control of the cytosolic free calcium together with atc1 protein.; Phenotype: mutations in calcineurin A or B subunits or the inhibitory compounds FK506 and cyclosporin A restore growth of pmc1 mutants in high Ca2+ media.; Remark: a putative sequencing error results in an frameshift.; Remark: alternate names for pmc1 of S. cerevisiae are G3749 or YGL006w.; Remark: the predicted ORF shows similarity with the A. nidulans EST AA784502.; Repression: the growth of S. cerevisae pmc1 mutants is inhibited by added Ca2+ only after activation of calcineurin.; Title: strong similarity to calcium-transporting ATPase Pmc1 - Saccharomyces cerevisiae [putative frameshift]; vacuole; putative frameshift; See PMID 7507493; uncharacterized protein	join(1479040..1479174,1479364..1479603,1479667..1480521,1480587..1481017,1481072..1481214,1481268..>1483463)	Aspergillus niger	4979125
An02g06360	CDS	An02g06360	NT_166519.1	1484166	1484827	D	Complex: arc16 of H. sapiens belongs to a complex composed of arp2, arp3, p41-arc, p34-arc, p21-arc, p20-arc and p16-arc.; Function: arc16 of H. sapiens is part of a complex implicated in the control of actin polymerisation in cells.; Remark: a splice site was detected upstream of the START codon; Remark: synomys for arc16 of H. sapiens are p16-arc or arpC5 family protein.; Title: similarity to arp2/3 complex 16kD subunit arc16 - Homo sapiens; cytoskeleton; See PMID 9230079; uncharacterized protein	join(1484166..1484524,1484611..1484827)	Aspergillus niger	4979126
An02g06370	CDS	An02g06370	NT_166519.1	1485011	1486175	R	Title: strong similarity to hypothetical protein B12F1.50 - Neurospora crassa; uncharacterized protein	complement(join(1485011..1485847,1485915..1486175))	Aspergillus niger	4979127
An02g06380	CDS	An02g06380	NT_166519.1	1486572	1489167	D	Function: N. crassa ro-2 mutations disrupted nuclear and vacuole distribution.; Remark: N. crassa ro-2 has independently been cloned twice with different N- and C-terminal sequences.; Remark: information concerning N. crassa ro-2 has only partially been published and additional information is avialable via http://www. fgsc. net/asil2000/invitedabs. htm.; Similarity: N. crassa ro-2 has independently been classified as p62 subunit of Arp1.; Similarity: N. crassa ro-2 originally has been classified as a novel 80 kDa protein that has two Cys-rich motifs which resemble zinc-binding LIM or RING domains thought to mediate protein-protein interactions as well as several potential binding sites for Src homology 3 (SH3) domains.; Title: strong similarity to RO2 - Neurospora crassa [putative frameshift]; putative frameshift; See PMID 9159520; uncharacterized protein	join(1486572..1486625,1486662..1486915,1486982..1488318,1488465..1488653,1488747..1488818,1488973..>1489167)	Aspergillus niger	4979128
An02g06390	CDS	An02g06390	NT_166519.1	1489747	1490858	R	Remark: RP30 is also called RPS7A or RPS30 or YOR096W or YOR3177W.; Remark: there are two genes for the ribosomal protein S7 in yeast.; Similarity: the predicted ORF is identical to the EMBLEST BE759339 of A. niger.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit Rp30 - Saccharomyces cerevisiae; cytoplasm; See PMID 1737755; 40S ribosomal protein eS7	complement(join(1489747..1490110,1490269..1490351,1490703..1490858))	Aspergillus niger	4979129
An02g06400	CDS	An02g06400	NT_166519.1	1491540	1492583	R	Function: S. cerevisiae VPS21 encodes a rab5 like small GTPase that is involved in both the vacuolar protein sorting and the endocytic trafficking and mediates fusion of transport vesicles with the endosomal/prevacuolar compartment.; Remark: VPS21 of S. cerevisiae is also called YPT51 or O3154 or YOR089c or YOR3154c.; Remark: a splice site was detected upstream of the START codon.; Similarity: the predicted ORF partially overlaps with the A. nidulans EMBLEST AA788364.; Title: strong similarity to small Ras-like GTPase Vps21 - Saccharomyces cerevisiae; endosome; See PMID 8586662; uncharacterized protein	complement(join(1491540..1492180,1492332..1492395,1492500..1492583))	Aspergillus niger	4979130
An02g06410	CDS	An02g06410	NT_166519.1	1493030	1503721	D	Remark: multiple short Exons of the genemodel suggest a questionable ORF, but the N-terminal region shows some similarity to type II secretion system protein gspE1 of Halobacterium sp.; Title: questionable ORF; uncharacterized protein	join(1493030..1493122,1493138..1493237,1493304..1493459,1493729..1493989,1495271..1495357,1495712..1495806,1496996..1497077,1497103..1497269,1497903..1497967,1498569..1498800,1501503..1501618,1501732..1501772,1502243..1502315,1503087..1503172,1503603..1503721)	Aspergillus niger	84590364
An02g06420	CDS	An02g06420	NT_166519.1	1505596	1507048	R	Catalytic activity: acetate kinases convert ATP + acetate to ADP + acetyl phosphate.; Function: acetate kinases facilitate the production of acetyl-CoA by phosphorylating acetate in the presence of ATP and a divalent cation.; Phenotype: the growth of a bacterial mutant lacking acetate kinase has been shown to be inhibited by glucose,suggesting that the enzyme is also involved in excretion of excess carbohydrate.; Title: strong similarity to acetate kinase ackA -Escherichia coli; cytoplasm; See PMID 7883769; See PMID 8226682; uncharacterized protein	complement(join(1505596..1506054,1506107..1506179,1506233..1506295,1506354..1507048))	Aspergillus niger	4979132
An02g06430	CDS	An02g06430	NT_166519.1	1507504	1510303	D	Catalytic activity: transketolase catalyzes the reversible transfer of a two-carbon ketol unit to an aldose receptor, e. g. Sedoheptulose 7-phosphate + D-glyceraldehyde 3-phosphate <=> D-ribose 5-phosphate + D-xylulose 5-phosphate.; Remark: the transketolase TKL1 of S. cerevisiae is also called YPR074C or YP9499. 29C.; Similarity: the predicted ORF shows strong similarity to the hypothetical transketolase SPBC24C6. 09c of S. pombe.; Title: similarity to transketolase Tkt1 -Saccharomyces cerevisiae; cytoplasm; See PMID 8226984; See PMID 9924800; uncharacterized protein	join(1507504..1507666,1507720..1507794,1507855..1508089,1508139..1508291,1508342..1508651,1508701..1509321,1509382..1510207,1510266..1510303)	Aspergillus niger	4979133
An02g06440	CDS	An02g06440	NT_166519.1	1511881	1512915	D	Function: rtm1 of S. cerevisiae confers resistance to the toxicity of molasse and might thus be a transporter involved in detoxification.; Title: strong similarity to molasses resistency protein Rtm1 - Saccharomyces cerevisiae; plasma membrane; See PMID 7672593; uncharacterized protein	join(1511881..1512103,1512163..1512255,1512317..1512915)	Aspergillus niger	4979134
An02g06450	CDS	An02g06450	NT_166519.1	1513898	1515019	R	Similarity: shows some similarity to several NADH dehydrogenase subunits.; hypothetical protein	complement(join(1513898..1514649,1514716..1515019))	Aspergillus niger	4979135
An02g06460	CDS	An02g06460	NT_166519.1	1515477	1517401	R	Similarity: aminoacids 240 to 450 show some similarity to proteins of M. jannaschii and P. horikoshii.; Title: weak similarity to hypothetical protein MJ0147 - Methanococcus jannaschii; uncharacterized protein	complement(join(1515477..1515920,1515978..1516318,1516371..1516612,1516675..1517040,1517100..1517401))	Aspergillus niger	4979136
An02g06470	CDS	An02g06470	NT_166519.1	1519087	1521457	D	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Title: similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	join(1519087..1519632,1519755..1520846,1520981..1521133,1521248..1521322,1521422..1521457)	Aspergillus niger	4979137
An02g06490	CDS	An02g06490	NT_166519.1	1523117	1523848	D	hypothetical protein	join(1523117..1523125,1523178..1523335,1523421..1523539,1523595..1523848)	Aspergillus niger	84590365
An02g06500	CDS	An02g06500	NT_166519.1	1524750	1526876	R	Remark: dnaK proteins belong to the heat shock protein 70 family.; Similarity: the similarity of the predicted ORF to heat shock proteins of different spezies is restricted to the N-terminal region.; Title: similarity to dnaK-type molecular chaperone dnaK - Buchnera sp.; uncharacterized protein	complement(join(1524750..1524875,1524963..1525223,1525279..1525411,1525483..1525589,1525647..1525924,1525971..1526037,1526091..1526135,1526210..1526751,1526825..1526876))	Aspergillus niger	4979141
An02g06510	CDS	An02g06510	NT_166519.1	1527239	1528673	D	Similarity: shows similarity to central region of putative lipid transfer proteins of P. sativum and A. thaliana.; Title: weak similarity to hypothetical precursor of chloroplastic lipid transfer protein M30 - Pisum sativum; uncharacterized protein	join(1527239..1527241,1527390..1527942,1528027..1528673)	Aspergillus niger	84590366
An02g06520	CDS	An02g06520	NT_166519.1	1529660	1531370	R	Catalytic activity: Na+ (in) + 2H+ (out) Na+ (out) + 2H+ (in).; Function: the Na+/H+ antiporter NapA of E. hirae can mediate sodium uptake when a transmembrane pH gradient is present.; Similarity: the predicted ORF shows similarity to Na+/H+ antiporters of several bacteria.; Title: strong similarity to Na+/H+ antiporter NapA -Enterococcus hirae; See PMID 9278382; uncharacterized protein	complement(join(1529660..1529962,1530053..1530070,1530130..1530320,1530390..1530664,1530723..1530894,1530946..1531278,1531334..1531370))	Aspergillus niger	4979143
An02g06530	CDS	An02g06530	NT_166519.1	1532297	1536261	D	Function: cluA of D. discoideum is supposed to act as a linker between motor molecules and mitochondria.; Phenotype: disruption of cluA in D. discoideum results in clustering of mitochondria near the cell center,in addition the mutants show a cytokinesis defect.; Similarity: the predicted ORF includes the EST BE758770 of A. niger.; Similarity: the predicted ORF shows strong similarity to proteins annotated as predicted EIF3 proteins of different spezies, this might be a database annotation error.; Title: strong similarity to protein required for dispersion of mitochondria cluA - Dictyostelium discoideum; See PMID 9150866; uncharacterized protein	join(1532297..1532333,1532411..1532476,1532544..1532599,1532671..1536261)	Aspergillus niger	4979144
An02g06540	CDS	An02g06540	NT_166519.1	1536954	1538195	R	hypothetical protein	complement(join(1536954..1537113,1537251..1537327,1537386..1537704,1537761..1537823,1537897..1538028,1538092..1538195))	Aspergillus niger	84590367
An02g06550	CDS	An02g06550	NT_166519.1	1540844	1542689	D	Catalytic activity: NADH + 2 Fe(3+) <=> NAD(+) + 2 Fe(2+).; Function: Fre1p of S. cerevisiae is required for the activity of the principal iron uptake system which utilizes a reductase activity that acts on ferric iron chelates external to the cell.; Remark: the ferric reductase FRE1 of S. cerevisiae is also called L8167. 2 or YLR214w.; Repression: mRNA levels of FRE1 from S. cerevisiae are repressed by iron.; Similarity: Fre1p of S. cerevisiae is about 100 amino acids longer at the N- and C-terminus.; Similarity: the predicted ORF shares similarities with several other putative ferric reductases, e. g. the gene product of cfl1 from C. albicans.; Title: similarity to ferric reductase Fre1 -Saccharomyces cerevisiae; plasma membrane; See PMID 1570306; uncharacterized protein	join(1540844..1541507,1541565..1541671,1541824..1541862,1541919..>1542689)	Aspergillus niger	4979146
An02g06560	CDS	An02g06560	NT_166519.1	1543823	1544690	D	Catalytic activity: RX + glutathione = HX + R-S-glutathione.; Pathway: glutathione metabolism.; Remark: the isoJ gene from Rhodococcus sp. was overexpressed in Escherichia coli and was found to have activity with 1-chloro-2,4-dinitrobenzene and 3,4-dichloro-1-nitrobenzene but not with 1,2-epoxy-2-methyl-3-butene.; Similarity: belongs to the glutathione transferase family.; Title: strong similarity to glutathione S-transferase isoJ - Rhodococcus sp.; See PMID 10715003; uncharacterized protein	join(1543823..1543902,1543961..1544014,1544072..1544690)	Aspergillus niger	4979147
An02g06570	CDS	An02g06570	NT_166519.1	1545021	1547300	D	Remark: functional assays establish the ZFM1 protein as a transcriptional repressor. ZFM1 protein represses Gal4-GQC-mediated transcription, and this activity requires both a repression domain found in the N-terminal 137 amino acids of the protein, as well as a GQC interaction region.; Title: strong similarity to transcription factor ZFM1 - Homo sapiens; See PMID 9506990; uncharacterized protein	join(1545021..1545186,1545246..1545459,1545519..1545736,1545988..1546211,1546266..1546374,1546424..1546629,1546686..1547207,1547259..1547300)	Aspergillus niger	4979148
An02g06580	CDS	An02g06580	NT_166519.1	1548061	1550346	D	Remark: AE2 anion exchangers from chicken are involved in the regulation of intracellular pH in each of these gastric epithelial cell types. In situ hybridization analyses have further revealed that AE2 transcripts accumulate to very high levels within the acid-secreting epithelial cells of the profound gland in the stomach and,to a lesser extent, within the mucus-secreting cells of the superficial gland that line the stomach lumen.; Similarity: belongs to the anion exchanger family.; Title: strong similarity to anion exchanger AE2-1 -Gallus gallus; See PMID 8621532; See PMID 11193604; uncharacterized protein	join(1548061..1548446,1548545..1548693,1548763..1548850,1548905..1549401,1549451..1550346)	Aspergillus niger	4979149
An02g06590	CDS	An02g06590	NT_166519.1	1552265	1555954	D	Remark: GERp95 belongs to a family of highly conserved proteins in metazoans and Schizosaccharomyces pombe. It has recently been determined that plant and Drosophila homologues of GERp95 are important for controlling the differentiation of stem cells (Bohmert et al., 1998; Cox et al., 1998; Moussian et al., 1998).; Remark: GERp95 is a cytoplasmically exposed peripheral membrane protein that exists in a protease-resistant complex.; Remark: these proteins may exert their effects on cell differentiation from the level of intracellular membranes.; Title: strong similarity to Golgi ER protein 95 kDa GERp95 - Rattus norvegicus; See PMID 10512872; uncharacterized protein	join(1552265..1552381,1552813..1553187,1553237..1553349,1553401..1553603,1553655..1553803,1553860..1555696,1555758..1555954)	Aspergillus niger	4979150
An02g06600	CDS	An02g06600	NT_166519.1	1558018	1561712	R	Remark: SPT7 from yeast is a histone acetyltransferase SAGA complex member transcription factor.; Remark: SPT7 plays an important role in transcription initiation in vivo.; Similarity: belongs to the unassigned bromodomain proteins.; Title: strong similarity to transcription factor Spt7 - Saccharomyces cerevisiae; See PMID 7713415; See PMID 1350857; uncharacterized protein	complement(join(1558018..1558642,1558699..1559384,1559434..1560572,1560635..1561712))	Aspergillus niger	4979151
An02g06610	CDS	An02g06610	NT_166519.1	1562215	1563282	D	Title: similarity to hypothetical protein SPAC11E3.10 - Schizosaccharomyces pombe; uncharacterized protein	join(1562215..1562320,1562675..1563282)	Aspergillus niger	4979152
An02g06620	CDS	An02g06620	NT_166519.1	1563997	1564292	D	hypothetical protein	join(1563997..1564124,1564241..1564292)	Aspergillus niger	84590368
An02g06630	CDS	An02g06630	NT_166519.1	1564422	1567071	R	Catalytic activity: protein tyrosine phosphate + H2O = protein tyrosine + orthophosphate.; Remark: pyp2+ act as negative regulators of mitosis upstream of the wee1+/mik1+ pathway.; Remark: the pyp2 in fission yeast is about 150 amino acids longer, but the variability in length is great over different organisms.; Similarity: belongs to the tyrosine specific protein phosphatase and dual specificity protein phosphatase family.; Title: strong similarity to protein-tyrosine-phosphatase yp2p - Schizosaccharomyces pombe; See PMID 1448087; See PMID 1464319; uncharacterized protein	complement(join(1564422..1565267,1565326..1565591,1565725..1566152,1566200..1566310,1567055..1567071))	Aspergillus niger	4979154
An02g06640	CDS	An02g06640	NT_166519.1	1567104	1568087	R	hypothetical protein	complement(join(1567104..1567199,1567318..1567486,1567577..1567785,1567867..1567926,1568019..1568087))	Aspergillus niger	84590369
An02g06650	CDS	An02g06650	NT_166519.1	1568309	1570057	D	hypothetical protein	join(1568309..1568460,1568799..1568858,1568939..1569013,1569242..1569274,1569391..1569514,1570004..1570057)	Aspergillus niger	84590370
An02g06660	CDS	An02g06660	NT_166519.1	1570768	1571589	D	Remark: putative serin threonin rich protein.; hypothetical protein	1570768..1571589	Aspergillus niger	4979157
An02g06670	CDS	An02g06670	NT_166519.1	1572940	1573872	D	Remark: only a small domain matches with homologe proteins.; Title: weak similarity to regulator protein Snf5 -Saccharomyces cerevisiae; uncharacterized protein	join(1572940..1573531,1573598..1573872)	Aspergillus niger	4979158
An02g06680	CDS	An02g06680	NT_166519.1	1574390	1575636	R	Remark: Pex19p in Pichia pastoris functions at an early stage of peroxisome biogenesis.; Remark: import of peroxisomal targeting signal 1-and 2-containing peroxisomal matrix proteins is defective in pex19 mutants.; Similarity: to pex19 proteins in different organisms such as S. cerevisiae, Homo sapines. .; Title: strong similarity to protein Pex19 - Pichia pastoris [truncated ORF]; See PMID 10051604; See PMID 10359594; uncharacterized protein	complement(join(1574390..1574506,1574580..1575433,1575513..>1575636))	Aspergillus niger	4979159
An02g06700	CDS	An02g06700	NT_166519.1	1579738	1581604	D	Remark: mutations within the meaB gene elicit the inappropriate expression of several activities subject to nitrogen metabolite repression in Aspergillus nidulans and also have some unrelated phenotypic effects.; Title: strong similarity to nitrogen metabolite repression protein mEAB - Aspergillus nidulans; See PMID 8690087; See PMID 9352912; uncharacterized protein	join(1579738..1579917,1580392..1580608,1580720..1581220,1581300..1581604)	Aspergillus niger	4979160
An02g06710	CDS	An02g06710	NT_166519.1	1582940	1584523	D	Remark: STM1 gene has been identified as a multicopy suppressor of mutations in several genes involved in mitosis (e. g. TOM1, MPT5, and POP2).; Title: strong similarity to suppressor of tom1 protein Mpt4 - Saccharomyces cerevisiae; See PMID 7548221; See PMID 10681538; uncharacterized protein	join(1582940..1582960,1583271..1583289,1583490..1583660,1583733..1583874,1583965..1584523)	Aspergillus niger	4979161
An02g06720	CDS	An02g06720	NT_166519.1	1585450	1588615	R	Catalytic activity: L-glutamine + H2O = L-glutamate + NH3.; Pathway: glutamate metabolism; D-glutamine and D-glutamate metabolism; nitrogen metabolism.; Remark: also strong similarity to A. oryzae glutaminase protein patent WO9960104-A1.; Remark: purified glutaminase from A. oryzae catalysed the hydrolysis not only of L-glutamine but also of D-glutamine.; Remark: the glutaminase from Neurospora crassa is approximately the same lenght as the predicted orf, whereas the homolog protein from A. oryzae is 200 amino acids shorter.; Remark: the purified glutaminase and determined partial amino-acid sequence can be used for enhancing taste particularly in glutamic acid-converting food processing to give e. g. seasoning sauces and pastes as well as other seasoning materials.; Title: strong similarity to glutaminase A gtaA -Aspergillus oryzae; See PMID 10952006; uncharacterized protein	complement(join(1585450..1585479,1585636..1585780,1585910..1586604,1586655..1586785,1586837..1587842,1587897..1588302,1588356..1588615))	Aspergillus niger	4979162
An02g06730	CDS	An02g06730	NT_166519.1	1590498	1591339	R	hypothetical protein	complement(join(1590498..1590588,1590933..1591339))	Aspergillus niger	84590371
An02g06740	CDS	An02g06740	NT_166519.1	1591500	1592732	D	hypothetical protein	join(1591500..1591808,1591890..1592039,1592094..1592732)	Aspergillus niger	4979164
An02g06750	CDS	An02g06750	NT_166519.1	1593129	1594757	R	Remark: also strong similarity to DEADbox family protein 3 Homo sapiens patent WO9825145-A1.; Remark: proteins of the DEAD family of putative ATP-dependent RNA helicases have been implicated in translation initiation, ribosome assembly, and RNA processing in a variety of organisms from E. coli to man.; Similarity: belongs to the 'dead' box family helicase.; Title: strong similarity to DEAD box protein Dbp45A - Drosophila melanogaster; See PMID 7692973; uncharacterized protein	complement(join(1593129..1594188,1594249..1594757))	Aspergillus niger	4979165
An02g06760	CDS	An02g06760	NT_166519.1	1594852	1598610	R	Remark: RNA14 and RNA15 in yeast correlate with a reduction of mRNA stability and poly(A) tail length.; Remark: the yeast RNA14 is a component of the cleavage factor I (CF I) involved in pre-mRNA 3'-end processing. interacts with fip1 and probably also with RNA15.; Title: similarity to mRNA 3-end processing protein Rna14 - Saccharomyces cerevisiae; See PMID 1674817; uncharacterized protein	complement(join(1594852..1594911,1594988..1595304,1595393..1596094,1596149..1597151,1597214..1597645,1597702..1598610))	Aspergillus niger	4979166
An02g06770	CDS	An02g06770	NT_166519.1	1599346	1600376	D	Remark: also strong similarity to wheat anti-silencing protein ASP from Triticum aestivum patent WO9955870-A2.; Remark: the phenotype suggested a role for ASF1 in DNA repair and chromosome maintenance.; Remark: yeast ASF1 overexpression weakens repression of genes near telomeres.; Title: strong similarity to anti-silencing function protein Asf1 - Saccharomyces cerevisiae; See PMID 9290207; See PMID 10759893; uncharacterized protein	join(1599346..1599454,1599507..1599546,1599607..1599915,1599971..1600376)	Aspergillus niger	4979167
An02g06780	CDS	An02g06780	NT_166519.1	1601740	1605076	R	Remark: Sro7 function was believed to be the targeting of the myosin proteins to their intrinsic pathways, but nowadays more likely is its role in protein exocytosis, as it is implicated in docking and fusion of post-Golgi vesicles with the plasma membrane.; Remark: yeast SRO7 was identified as a multicopy suppressor of a defect in Rho3p, a small GTPase that maintains cell polarity.; Similarity: belongs to the lethal(2)giant protein family.; Title: strong similarity to suppressor of rho3 Sro7 - Saccharomyces cerevisiae; See PMID 9691031; See PMID 10402465; uncharacterized protein	complement(join(1601740..1601765,1601818..1602099,1602152..1602273,1602328..1602883,1602931..1604502,1604561..1604900,1604990..1605076))	Aspergillus niger	4979168
An02g06790	CDS	An02g06790	NT_166519.1	1605666	1606545	R	Title: weak similarity to hypothetical protein CAD60729.1 - Podospora anserina; uncharacterized protein	complement(join(1605666..1605807,1605926..1606018,1606085..1606545))	Aspergillus niger	4979169
An02g06800	CDS	An02g06800	NT_166519.1	1607008	1607500	D	hypothetical protein	join(1607008..1607037,1607078..1607143,1607225..1607500)	Aspergillus niger	84590372
An02g06810	CDS	An02g06810	NT_166519.1	1608142	1609363	R	Title: strong similarity to hypothetical protein YGL232w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1608142..1608258,1608332..1608472,1608537..1608751,1608817..1608982,1609090..1609224,1609322..1609363))	Aspergillus niger	4979171
An02g06820	CDS	An02g06820	NT_166519.1	1610241	1612157	D	Catalytic activity: a 2-oxo acid = an aldehyde + CO2; pyruvate = acetaldehyde + CO2.; Pathway: glycolysis / gluconeogenesis.; Remark: PDC levels are a major determinant of ethanol production.; Similarity: belongs to the thiamine-diphosphate protein family.; Title: strong similarity to pyruvate decarboxylase pdcA - Aspergillus oryzae; putative sequencing error; See PMID 9210590; uncharacterized protein	join(1610241..1610430,1610513..1611740,1611798..1612005,1612084..>1612157)	Aspergillus niger	4979172
An02g06830	CDS	An02g06830	NT_166519.1	1613776	1618675	D	Catalytic activity: ATP + a protein = ADP + a phosphoprotein.; Remark: the cellular integrity and response to hypoosmotic conditions in the yeast S. cerevisiae are ensured by a MAP kinase signal transduction pathway mediated by the yeast homolog of mammalian protein kinase C. Bck1p functions as the MAP kinase kinase kinase of this pathway.; Similarity: belongs to unassigned Ser/Thr or Tyr-specific protein kinases; shows protein kinase homology.; Title: similarity to MAP kinase kinase kinase KLBCK1 - Candida sphaerica; deleted EC_number 2.7.1.37; See PMID 10329146; uncharacterized protein	join(1613776..1618505,1618558..1618675)	Aspergillus niger	4979173
An02g06840	CDS	An02g06840	NT_166519.1	1619060	1621646	R	Remark: SEC34 encodes a protein of 93-kD,peripherally associated with membranes. Fractionation of yeast cytosol indicates that Sec34p and Sec35p exist in an approximately 750-kD protein complex.; Title: strong similarity to vesicle tethering protein Sec34 - Saccharomyces cerevisiae; See PMID 10562277; See PMID 11292827; uncharacterized protein	complement(join(1619060..1621000,1621035..1621374,1621438..1621646))	Aspergillus niger	4979174
An02g06850	CDS	An02g06850	NT_166519.1	1621955	1623881	D	Title: similarity to hypothetical membrane protein YLR077w - Saccharomyces cerevisiae; uncharacterized protein	join(1621955..1623643,1623825..1623881)	Aspergillus niger	4979175
An02g06860	CDS	An02g06860	NT_166519.1	1624182	1625998	D	Catalytic activity: L-glutamate = 4-aminobutanoate + CO2.; Pathway: glutamate metabolism; alanine and aspartate metabolism; beta-alanine metabolism; taurine and hypotaurine metabolism; butanoate metabolism.; Remark: also strong similarity to glutamate decarboxylase from mouse patent WO9214485-A.; Similarity: belongs to the family of human glutamate decarboxylases.; Title: strong similarity to glutamate decarboxylase 1 - Felis silvestris catus; See PMID 10331265; See PMID 3453123; uncharacterized protein	join(1624182..1624226,1624358..1625998)	Aspergillus niger	4979176
An02g06870	CDS	An02g06870	NT_166519.1	1626291	1628995	R	Remark: RINT-1 human specifically binds to Rad50 only during late S and G(2)/M phases, suggesting that RINT-1 may be involved in cell cycle regulation.; Title: strong similarity to RAD50-interacting protein 1 RINT-1 - Homo sapiens; See PMID 11096100; uncharacterized protein	complement(join(1626291..1627919,1627969..1628113,1628167..1628472,1628527..1628774,1628846..1628995))	Aspergillus niger	4979177
An02g06890	CDS	An02g06890	NT_166519.1	1629219	1631723	D	Catalytic activity: ATP + deoxyribonucleotide(N) + deoxyribonucleotide(M) <=> AMP + diphosphate + deoxyribonucleotide(N+M); Function: Catalyses the formation of a phosphodiester at the site of a single strand break in duplex DNA.; Remark: RNA can also act as substrate to some extent.; Title: strong similarity to DNA ligase cdc17p -Schizosaccharomyces pombe; uncharacterized protein	1629219..1631723	Aspergillus niger	4979178
An02g06900	CDS	An02g06900	NT_166519.1	1632600	1633780	R	Title: strong similarity to hypothetical protein CAD60743.1 - Podospora anserina; uncharacterized protein	complement(join(1632600..1633610,1633721..1633780))	Aspergillus niger	4979179
An02g06910	CDS	An02g06910	NT_166519.1	1638630	1641263	D	Title: strong similarity to hypothetical membrane protein YIL108w - Saccharomyces cerevisiae; uncharacterized protein	join(1638630..1638941,1639002..1639097,1639186..1640923,1640982..1641108,1641167..1641263)	Aspergillus niger	4979180
An02g06920	CDS	An02g06920	NT_166519.1	1643316	1643716	R	hypothetical protein	complement(join(1643316..1643389,1643430..1643462,1643527..1643716))	Aspergillus niger	84590373
An02g06930	CDS	An02g06930	NT_166519.1	1650191	1650687	R	hypothetical protein	complement(join(1650191..1650277,1650333..1650432,1650626..1650687))	Aspergillus niger	84590374
An02g06940	CDS	An02g06940	NT_166519.1	1651712	1654314	D	Title: similarity to transcription factor BOM - Mus musculus; nucleus; See PMID 12175488; uncharacterized protein	join(1651712..1651725,1651812..1651946,1652062..1652583,1652646..1653940,1653986..1654314)	Aspergillus niger	4979183
An02g06950	CDS	An02g06950	NT_166519.1	1659182	1660007	D	Catalytic activity: hydrolysis of terminal 1,4-linked alpha-D-glucose residues successively from non-reducing ends of the chains with release of beta-D-glucose.; Remark: STA1 of S. cerevisiae is also known as DEX2 and MAL5.; Title: weak similarity to glucan 1,4-alpha-glucosidase precursor Sta1 - Saccharomyces cerevisiae; uncharacterized protein	join(1659182..1659239,1659287..1659343,1659408..1659494,1659547..1660007)	Aspergillus niger	84590375
An02g06960	CDS	An02g06960	NT_166519.1	1660398	1664741	R	Function: vacuolar protein sorting; Remark: Mutations in the yeast gene VPS41 give rise to poor growth on low iron medium, severe alterations in vacuolar morphology, and cause the missorting of membranous and soluble vacuolar proteins.; Title: strong similarity to vacuolar assembly protein VPS41 - Lycopersicon esculentum; See PMID 7596406; See PMID 9159129; uncharacterized protein	complement(join(1660398..1660422,1660524..1660562,1660629..1660917,1660977..1664289,1664341..1664367,1664421..1664741))	Aspergillus niger	4979185
An02g06970	CDS	An02g06970	NT_166519.1	1665115	1666480	D	Title: similarity to hypothetical membrane protein YDR282c - Saccharomyces cerevisiae; uncharacterized protein	join(1665115..1665453,1665512..1666480)	Aspergillus niger	4979186
An02g06980	CDS	An02g06980	NT_166519.1	1666946	1668196	D	Remark: The enzymatic properties including base specificity of RNase Trv were very similar to those of typical T2-family RNases such as RNase T2 from Aspergillus oryzae and RNase M from A. saitoi.; Title: similarity to ribonuclease TRV - Trichoderma viride; See PMID 1794979; uncharacterized protein	join(1666946..1667199,1667296..1667590,1667646..1667838,1667889..1668196)	Aspergillus niger	4979187
An02g06990	CDS	An02g06990	NT_166519.1	1668400	1668528	D	hypothetical protein	1668400..1668528	Aspergillus niger	84590376
An02g07000	CDS	An02g07000	NT_166519.1	1669788	1672161	R	Remark: recognizes a specific sequence in the promoter of the HO gene; found in nucleus in G1 but in cytoplasm in S, G2, and M phase of cell cycle; entry into nucleus is controlled during cell cycle by phosphorylation within the nuclear localization; sequence inhibited by Ash1p in daughter cells resulting in mother cell-specific HO expression; activation of HO gene requires Swi4p/Swi6p in addition to Swi5p; dephosphorylated by Cdc14p.; Title: similarity to transcription factor Swi5 -Saccharomyces cerevisiae; See PMID 3284746; uncharacterized protein	complement(join(1669788..1671448,1671507..1672161))	Aspergillus niger	4979189
An02g07010	CDS	An02g07010	NT_166519.1	1673850	1674455	D	Remark: a splice site was detected upstream of the START codon.; Remark: high homology to other polyubiquitin and CEP-80 genes at the N- and C-terminus; Remark: ubi1 of A. nidulans is a ubiquitin/ribosomal fusion protein.; Title: strong similarity to ubiquitin ubi1 -Aspergillus nidulans; cytoplasm; See PMID 10684969; uncharacterized protein	join(1673850..1673943,1674020..1674300,1674366..1674455)	Aspergillus niger	4979190
An02g07020	CDS	An02g07020	NT_166519.1	1674698	1676506	R	Catalytic activity: Hydrolysis of the 1,4-beta-linkages of N-acetyl-D-glucosamine polymers of chitin.; Remark: Chitinase has been suggested to play a pivotal role in autolysis of the parasitic cell wall of Coccidioides immitis during the asexual reproductive cycle (endosporulation) of this systemic pathogen. Loss of CTS1 function had no effect on virulence or endosporulation. The absence of a functional CTS1 gene can be compensated for by elevated expression of the CTS2 gene.; Title: strong similarity to chitinase 1 precursor cts1 - Coccidioides immitis; See PMID 8566773; See PMID 10992492; uncharacterized protein	complement(join(1674698..1675356,1675430..1675490,1675549..1675598,1675668..1675697,1675756..1676009,1676089..1676189,1676283..1676369,1676501..1676506))	Aspergillus niger	4979191
An02g07030	CDS	An02g07030	NT_166519.1	1679430	1680097	R	hypothetical protein	complement(join(1679430..1679558,1679621..1680018,1680085..1680097))	Aspergillus niger	4979192
An02g07040	CDS	An02g07040	NT_166519.1	1682214	1683293	R	Localization: yeast proteasomes are mainly localized in the nuclear envelope-ER network.; Title: strong similarity to proteasome 20S subunit Scl1 - Saccharomyces cerevisiae; See PMID 9285707; See PMID 10582237; See PMID 187288; uncharacterized protein	complement(join(1682214..1682294,1682322..1682600,1682666..1682878,1682938..1683032,1683154..1683213,1683287..1683293))	Aspergillus niger	4979193
An02g07050	CDS	An02g07050	NT_166519.1	1684096	1685355	R	Remark: Homology is mainly based on repetitive sequences.; Title: weak similarity to hypothetical protein B0041.7 - Caenorhabditis elegans; uncharacterized protein	complement(1684096..1685355)	Aspergillus niger	4979194
An02g07060	CDS	An02g07060	NT_166519.1	1685918	1689122	R	Remark: Alp6 localizes to spindle pole body (SPB) and also to the equatorial microtubule organizing centre. Alp6 may play a crucial role in the spindle pole-mediated checkpoint pathway. temperature-sensitive (ts) alp4 and alp6 mutants show two types of microtubular defects.; Title: strong similarity to gamma-tubulin-interacting protein alp6p -Schizosaccharomyces pombe; See PMID 11080156; uncharacterized protein	complement(join(1685918..1687495,1687497..1689122))	Aspergillus niger	4979195
An02g07070	CDS	An02g07070	NT_166519.1	1690294	1692333	R	Remark: Atf1, and its binding site are necessary for the induction of ctt1(+) by osmotic stress, UV irradiation, and heat shock. Atf1 is activated by menadione treatment in pap1 mutant cells; Title: strong similarity to transcription factor atf1p - Schizosaccharomyces pombe; See PMID 8557039; See PMID 10102365; See PMID 10731689; uncharacterized protein	complement(join(1690294..1690600,1690666..1691908,1692231..1692333))	Aspergillus niger	4979196
An02g07080	CDS	An02g07080	NT_166519.1	1695673	1696266	R	Function: thyroid hormone-binding protein. Probably transports thyroxine from the bloodstream to the brain.; Remark: synonyms: prealbumin precursor; TBPA precursor.; Title: similarity to transthyretin precursor TTR -Rattus norvegicus; See PMID 3839240; See PMID 8246408; See PMID 1519447; uncharacterized protein	complement(1695673..1696266)	Aspergillus niger	4979197
An02g07090	CDS	An02g07090	NT_166519.1	1697374	1698529	D	Function: ASNA1 anion-transporting atpase catalyzes the extrusion of arsenite.; Title: strong similarity to ASNA1 product arsenite translocating ATPase - Homo sapiens; See PMID 8884272; uncharacterized protein	join(1697374..1697760,1697829..1698418,1698481..1698529)	Aspergillus niger	4979198
An02g07100	CDS	An02g07100	NT_166519.1	1698635	1699144	D	hypothetical protein	join(1698635..1698685,1698812..1699022,1699098..1699144)	Aspergillus niger	84590377
An02g07110	CDS	An02g07110	NT_166519.1	1701418	1701615	D	Remark: a splice site was detected upstream of the START codon.; hypothetical protein	1701418..1701615	Aspergillus niger	4979200
An02g07120	CDS	An02g07120	NT_166519.1	1702533	1704018	R	Function: binds to the 40s ribosome and promotes the binding of methionyl-tRNAi and mRNA.; Remark: Int-6 synonym: eukaryotic translation initiation factor 3 subunit 6.; Title: strong similarity to viral integration site protein int-6/EIF-3 P48 - Mus musculus; cytoplasm; See PMID 7853537; uncharacterized protein	complement(join(1702533..1702551,1702618..1702812,1702874..1704018))	Aspergillus niger	4979201
An02g07130	CDS	An02g07130	NT_166519.1	1704312	1705261	D	Title: similarity to hypothetical neighbour-of-FAU protein NOF1 - Homo sapiens; See PMID 8786148; mitochondrial 54S ribosomal protein mL49	join(1704312..1704639,1704717..1705150,1705238..1705261)	Aspergillus niger	4979202
An02g07140	CDS	An02g07140	NT_166519.1	1706534	1708939	R	Remark: Swi1p is component of the Swi/Snf chromatin remodelling complex.; Remark: the Swi/Snf complex includes Swi1p, Snf2p,Swi3p, Snf5p, Snf6p, Snf11p and other proteins.; Title: similarity to transcription regulator Swi1 -Saccharomyces cerevisiae [truncated ORF]; nucleus; See PMID 7917331; See PMID 8939065; See PMID 3143101; uncharacterized protein	complement(1706534..>1708939)	Aspergillus niger	4979203
An02g07150	CDS	An02g07150	NT_166519.1	1709055	1710866	D	Remark: ORF 5'truncated due to start of contig.; Similarity: the predicted A. niger protein shows similarity to several RNA-binding proteins.; Title: weak similarity to splicing coactivator subunit SRm300 - Homo sapiens [truncated ORF]; See PMID 10668804; uncharacterized protein	join(<1709055..1709116,1709250..1709366,1709453..1709517,1709575..1709702,1709799..1709879,1709985..1710017,1710100..1710251,1710321..1710402,1710792..1710866)	Aspergillus niger	84590378
An02g07160	CDS	An02g07160	NT_166519.1	1711069	1711851	D	Catalytic activity: Maltose O-acetyltransferases catalyse the reaction, Acetyl-CoA + maltose <=> CoA + acetyl-maltose.; Function: E. coli maa acetylates glucose, maltose,mannose, galactose, and fructose in decreasing relative rates of 1, 0. 55, 0. 20, 0. 07 and 0. 04.; Remark: alternative names for E. coli maa are mac,b0459 and ylaD.; Similarity: E. coli maa belongs to the cyse/laca/lpxa/nodl family of acetyltransferases, composed of multiple repeats of [liv]-g-x(4).; Title: similarity to maltose O-acetyltransferase maa - Escherichia coli; See PMID 1856235; uncharacterized protein	join(1711069..1711212,1711336..1711686,1711750..1711851)	Aspergillus niger	4979205
An02g07170	CDS	An02g07170	NT_166519.1	1712033	1713841	R	Similarity: N. crassa acr-2 is a Gal4 type transcription factor with a fungal Zn(2)Cys(6) DNA-binding domain.; Similarity: the predicted A. niger protein shows similarity to several Zn(2)Cys(6) DNA-binding domain containing proteins.; Title: weak similarity to transcription factor involved in acriflavine resistance acr-2 - Neurospora crassa; See PMID 8679704; uncharacterized protein	complement(join(1712033..1712050,1712085..1712721,1712777..1712910,1712967..1713274,1713327..1713770,1713829..1713841))	Aspergillus niger	4979206
An02g07180	CDS	An02g07180	NT_166519.1	1714136	1714581	D	hypothetical protein	join(1714136..1714256,1714355..1714581)	Aspergillus niger	84590379
An02g07190	CDS	tbpA	NT_166519.1	1715006	1716702	D	Function: A. niger tbpA is homologe to human TBP-7.; Gene-ID: tbpA; Remark: information about A. niger tbpA has not been published and is available via Swissprot and EMBL.; Similarity: A. niger tbpA belongs to the AAA family of ATPases.; Similarity: the predicted ORF is 64 amino acids longer than the A. niger tbpA protein sequence in the database, additionally three amino acids do not exactly match in the alignment.; See PMID 10664589; 26S protease regulatory subunit tbpA-Aspergillus niger	join(1715006..1715163,1715219..1715263,1715325..1715423,1715476..1715762,1715828..1716702)	Aspergillus niger	4979208
An02g07200	CDS	An02g07200	NT_166519.1	1716972	1717424	R	hypothetical protein	complement(join(1716972..1717054,1717177..1717305,1717391..1717424))	Aspergillus niger	84590380
An02g07210	CDS	pepE	NT_166519.1	1717460	1718858	D	Function: the intracellular protease pepE is responsible for 68% of total intracellular proteolytic activity.; Gene-ID: pepE; Mapping: pepE from A. niger is mapped to chromosome IV (LG IV); see list from DSM, PUBMED 9309173.; See PMID 9266703; aspartic protease pepE-Aspergillus niger	join(1717460..1717561,1717653..1717803,1717857..1718511,1718570..1718858)	Aspergillus niger	4979210
An02g07220	CDS	An02g07220	NT_166519.1	1718930	1719510	R	Remark: ORF classified questionable because according to patent Q87111 the DNA-region of this predicted A. niger ORF belongs to the 5'UTR of A. niger pepE.; Title: questionable ORF; uncharacterized protein	complement(join(1718930..1719013,1719095..1719250,1719333..1719416,1719448..1719510))	Aspergillus niger	84590381
An02g07230	CDS	An02g07230	NT_166519.1	1719821	1722413	D	Function: A. nidulans pod mutants have defects in establishing polar hyphal growth but are capable of nuclear division.; Function: a conditional mutation in pod40 from A. nidulans results in a polarity-defective phenotype.; Title: strong similarity to CTD phosphatase-like protein pod40 - Aspergillus nidulans; See PMID 11273680; uncharacterized protein	join(1719821..1720068,1720133..1720219,1720382..1722413)	Aspergillus niger	4979212
An02g07240	CDS	An02g07240	NT_166519.1	1722970	1723393	R	hypothetical protein	complement(join(1722970..1723085,1723162..1723393))	Aspergillus niger	4979213
An02g07250	CDS	argA	NT_166519.1	1724102	1725245	R	Gene-ID: argA; Remark: by a BLASTX search argA from A. niger (EMBL: AF242315) was found: the ORF and argA from A. niger are identical in sequence, however, the ORF is N-terminal 23 amino acids longer and C-terminal 34.; Remark: depending on the growth conditions A. nidulans agaA transcripts have different 5'ends.; Similarity: the ORF is almost identical to A. nidulans arginase agaA.; See PMID 10547040; See PMID 9056996; arginase argA-Aspergillus niger	complement(join(1724102..1724405,1724478..1725061,1725159..1725245))	Aspergillus niger	4979214
An02g07260	CDS	An02g07260	NT_166519.1	1725790	1727758	R	Function: S. cerevisiae PET112 is nuclear encoded and seems to have a general function in mitochondrial gene expression, probably in translation.; Function: S. cerevisiae pet112 mutations lead to loss of mitochondrial DNA.; Function: the predicted A. niger protein, A. nidulans nempA and S. cerevisiae pet112 all show high similarity to bacterial glutamyl-tRNA amidotransferases.; Title: strong similarity to mitochondrial glutamyl-tRNA amidotransferase Pet112 - Saccharomyces cerevisiae; See PMID 8082172; See PMID 9287027; uncharacterized protein	complement(join(1725790..1727045,1727098..1727239,1727295..1727371,1727428..1727758))	Aspergillus niger	4979215
An02g07270	CDS	An02g07270	NT_166519.1	1727979	1728362	R	hypothetical protein	complement(join(1727979..1728124,1728236..1728362))	Aspergillus niger	84590382
An02g07280	CDS	An02g07280	NT_166519.1	1728867	1729320	R	hypothetical protein	complement(join(1728867..1728957,1729048..1729196,1729240..1729320))	Aspergillus niger	84590383
An02g07290	CDS	An02g07290	NT_166519.1	1729421	1731039	D	Title: weak similarity to hypothetical protein encoded by An11g05410 - Aspergillus niger; uncharacterized protein	join(1729421..1730501,1730558..1730942,1730997..1731039)	Aspergillus niger	4979218
An02g07300	CDS	An02g07300	NT_166519.1	1732221	1734879	R	Title: strong similarity to hypothetical protein CAF05875.1 - Neurospora crassa; uncharacterized protein	complement(join(1732221..1734600,1734656..1734879))	Aspergillus niger	4979219
An02g07310	CDS	An02g07310	NT_166519.1	1735338	1739150	D	hypothetical protein	join(1735338..1735622,1735662..1739150)	Aspergillus niger	4979220
An02g07320	CDS	An02g07320	NT_166519.1	1739358	1740333	D	Catalytic activity: enoyl-CoA hydratases convert (3S)-3-hydroxyacyl-CoAc <=> trans-2(or 3)-enoyl-CoA + H(2)O.; Function: enoyl-CoA hydratases are involved in fatty acid metabolism.; Function: the decribed function of H. sapiens AUH as AU-specific RNA-binding protein may indicate a role in mRNA degradation.; Remark: also acts in the reverse direction. With cis-compounds, yields (3R)-3-hydroxyacyl-CoA (cf. EC 4. 2. 1. 74).; Title: strong similarity to AU-specific RNA-binding protein / enoyl-CoA hydratase AUH - Homo sapiens; uncharacterized protein	join(1739358..1739695,1739763..1740333)	Aspergillus niger	4979221
An02g07330	CDS	An02g07330	NT_166519.1	1742978	1743997	D	Title: similarity to hypothetical protein F17H10.1 -Caenorhabditis elegans; uncharacterized protein	join(1742978..1743283,1743356..1743997)	Aspergillus niger	4979222
An02g07340	CDS	An02g07340	NT_166519.1	1744354	1747915	D	Title: similarity to hypothetical protein CAE76294.1 - Neurospora crassa; uncharacterized protein	join(1744354..1744363,1744470..1747915)	Aspergillus niger	4979223
An02g07350	CDS	An02g07350	NT_166519.1	1748785	1749261	D	Title: weak similarity to hypothetical group 3 Lea protein MGL3 - Zea mays; uncharacterized protein	join(1748785..1748995,1749053..1749261)	Aspergillus niger	4979224
An02g07360	CDS	An02g07360	NT_166519.1	1749927	1751459	D	Title: strong similarity to hypothetical protein B23L21.110 - Neurospora crassa; uncharacterized protein	join(1749927..1750420,1750478..1751459)	Aspergillus niger	4979225
An02g07370	CDS	An02g07370	NT_166519.1	1754491	1757103	R	Title: similarity to hypothetical retinitis pigmentosa GTPase regulator-like protein - Takifugu rubripes retinitis; uncharacterized protein	complement(1754491..1757103)	Aspergillus niger	4979226
An02g07380	CDS	An02g07380	NT_166519.1	1757573	1762310	R	Title: strong similarity to myosin II heavy chain -Drosophila melanogaster; cytoskeleton; uncharacterized protein	complement(join(1757573..1757632,1757693..1757779,1758492..1762211,1762269..1762310))	Aspergillus niger	4979227
An02g07390	CDS	An02g07390	NT_166519.1	1763112	1763786	D	Title: strong similarity to essential protein #41 from patent WO2003076464-A2 - Aspergillus fumigatus; uncharacterized protein	join(1763112..1763296,1763417..1763786)	Aspergillus niger	4979228
An02g07400	CDS	An02g07400	NT_166519.1	1767128	1767596	D	Title: strong similarity to nonhistone chromosomal protein Nhp6b - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(1767128..1767188,1767239..1767334,1767386..1767507,1767564..1767596)	Aspergillus niger	4979229
An02g07410	CDS	An02g07410	NT_166519.1	1770912	1772896	D	hypothetical protein	join(1770912..1771327,1771390..1771824,1771877..1771954,1772003..1772235,1772331..1772412,1772460..1772564,1772611..1772798,1772850..1772896)	Aspergillus niger	4979230
An02g07420	CDS	An02g07420	NT_166519.1	1773250	1774344	R	Title: strong similarity to hypothetical protein B24B19.20 - Neurospora crassa; uncharacterized protein	complement(1773250..1774344)	Aspergillus niger	4979231
An02g07430	CDS	An02g07430	NT_166519.1	1774610	1775842	D	Function: homoserine dehydrogenases catalyze the NAD-dependent reduction of aspartate beta-semialdehyde into homoserine, which participates in the biosynthesis of threonine and then isoleucine as well as in that of methionine.; Remark: the yeast enzyme acts most rapidly with NAD(+); Neurospora enzyme with NADP(+). Enzyme from E. coli is a multifunctional protein, which also acts as aspartate kinase (EC 2. 7. 2. 4).; Title: strong similarity to homoserine dehydrogenase YJR139c - Saccharomyces cerevisiae; uncharacterized protein	join(1774610..1774640,1774761..1775842)	Aspergillus niger	4979232
An02g07440	CDS	An02g07440	NT_166519.1	1775934	1777343	R	Title: strong similarity to protein SEQ ID NO:7812 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	complement(join(1775934..1776164,1776254..1776984,1777057..1777189,1777242..1777343))	Aspergillus niger	4979233
An02g07450	CDS	An02g07450	NT_166519.1	1777871	1778709	D	hypothetical protein	join(1777871..1777907,1777961..1778036,1778259..1778709)	Aspergillus niger	84590384
An02g07460	CDS	An02g07460	NT_166519.1	1779667	1782642	R	Title: strong similarity to hypothetical protein SPBC354.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1779667..1781889,1781948..1782496,1782559..1782642))	Aspergillus niger	4979235
An02g07470	CDS	An02g07470	NT_166519.1	1784500	1785783	R	Catalytic activity: D-fructose 1,6-bisphosphate <=> glycerone phosphate + D-glyceraldehyde 3-phosphate, the sixth step in glycolysis.; Remark: a splice site was detected upstream of the START codon.; Remark: also acts on (3S,4R)-ketose 1-phosphates. The enzyme increases electron-attraction by the carbonyl group, some (class I) forming a protonatedimine with it,others (class II), mainly of microbial origin, polarizing it with a metal ion, e. g. zinc.; Title: strong similarity to fructose-bisphosphate aldolase Fba1 - Saccharomyces cerevisiae; cytoplasm; See PMID 1959676; uncharacterized protein	complement(join(1784500..1785060,1785114..1785416,1785492..1785602,1785676..1785783))	Aspergillus niger	4979236
An02g07480	CDS	An02g07480	NT_166519.1	1786585	1788927	R	Title: strong similarity to pheromone response pathway suppressor Srm1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1786585..1787000,1787218..1788028,1788084..1788586,1788714..1788927))	Aspergillus niger	4979237
An02g07490	CDS	An02g07490	NT_166519.1	1789782	1791591	R	Remark: C-terminally truncated due to contig border.; Remark: the human USP21 gene is located on chromosome 1q21 and encodes a member of the ubiquitin-specific protease family with highly conserved Cys and His domains.; Title: similarity to NEDD8-specific protease USP21 -Homo sapiens [truncated ORF]; See PMID 10799498; uncharacterized protein	complement(<1789782..1791591)	Aspergillus niger	4979238
An02g07500	CDS	An02g07500	NT_166519.1	1792844	1794450	R	Catalytic activity: N6-(L-1,3-dicarboxypropyl)-L-lysine + NAD(+) + H(2)O = L-lysine + 2-oxoglutarate + NADH.; Pathway: LYS1 from Candida albicans catalyzes the 8th step of the alpha-aminoadipate pathway of lysine biosynthesis.; Title: strong similarity to saccharopine dehydrogenase LYS1 - Candida albicans; See PMID 1429460; See PMID 7927784; uncharacterized protein	complement(join(1792844..1793129,1793193..1793340,1793392..1793488,1793539..1793741,1793796..1794036,1794098..1794114,1794252..1794332,1794390..1794450))	Aspergillus niger	4979239
An02g07510	CDS	An02g07510	NT_166519.1	1794912	1795539	R	Title: weak similarity to heavy neurofilament subunit NF-H - Rattus norvegicus; uncharacterized protein	complement(join(1794912..1795402,1795500..1795539))	Aspergillus niger	4979240
An02g07520	CDS	An02g07520	NT_166519.1	1796194	1797456	R	Title: weak similarity to hypothetical anthranilate synthase trpE - Bacillus halodurans; uncharacterized protein	complement(1796194..1797456)	Aspergillus niger	4979241
An02g07530	CDS	An02g07530	NT_166519.1	1798636	1799652	D	Remark: C-terminally truncated due to contig border.; Remark: PspA has been shown to be immunogenic in humans and therefore may have efficacy as a human vaccine.; Remark: PspA is a serologically variable protein of Streptococcus pneumoniae that has a surface-exposed domain and a variable-length proline-rich putative cell wall-associated domain.; Remark: Similarity to PspA is based mainly on the repetitive character of the sequence (PAPA stretches).; Title: similarity to pneumococcal surface protein A PspA - Streptococcus pneumoniae [truncated ORF]; cell wall; See PMID 10992499; See PMID 11015380; uncharacterized protein	join(1798636..1798936,1799013..>1799652)	Aspergillus niger	4979242
An02g07550	CDS	An02g07550	NT_166519.1	1803677	1804899	R	Title: similarity to hypothetical protein encoded by B9B15.005 - Neurospora crassa; uncharacterized protein	complement(join(1803677..1804777,1804834..1804899))	Aspergillus niger	4979244
An02g07560	CDS	An02g07560	NT_166519.1	1805488	1806385	D	Function: RTM1 of S. cerevisiae increased the resistance to the toxicity of molasses in the growth medium.; Title: strong similarity to molasses toxicity resisitance protein RTM1 from patent WO9514774-A2 -Saccharomyces cerevisiae; uncharacterized protein	join(1805488..1805659,1805727..1806385)	Aspergillus niger	4979245
An02g07570	CDS	An02g07570	NT_166519.1	1807868	1809334	R	Function: KES1 of S. cerevisae plays a role in ergosterol synthesis.; Phenotype: mutations in the KES1 gene result in pleiotropic sterol-related phenotypes.; Remark: Kes1p of S. cerevisae consists of only the ligand binding domain.; Remark: inactivation of the KES1 gene resulted in the ability of yeast to survive in the absence of Sec14p,a phosphatidylinositol/phosphatidylcholine transfer protein that is normally required for cell viability due to its essential requirement in transporting vesicles from the Golgi.; Similarity: KES1 of S. cerevisae belongs to the OSBP (oxysterol binding protein) family.; Title: strong similarity to ergosterol biosynthesis protein Kes1 - Saccharomyces cerevisiae; See PMID 8017104; uncharacterized protein	complement(join(1807868..1808662,1808723..1808777,1808825..1809150,1809263..1809334))	Aspergillus niger	4979246
An02g07580	CDS	An02g07580	NT_166519.1	1811618	1813291	D	Function: CYHR of C. maltosa confers resistance to cycloheximide.; Localization: CYHR of C. maltosa is an integral membrane protein.; Remark: the ORF encoded protein also shows strong similarity to a protein involved in cephalosporin C biosynthesis of Acremonium chrysogenum (Patent W14439),which is only poorly described.; Similarity: CYHR of C. maltosa belongs to the car1/cyhr subfamily.; Similarity: CYHR of C. maltosa belongs to the major facilitator family (also known as the drug resistance translocase family).; Title: strong similarity to cycloheximide resistance protein CYHR - Candida maltosa; plasma membrane; See PMID 1628836; uncharacterized protein	join(1811618..1812031,1812090..1812323,1812386..1813291)	Aspergillus niger	4979247
An02g07590	CDS	An02g07590	NT_166519.1	1813993	1816800	D	Function: nagA of S. thermoviolaceus hydrolyzes chitin oligosaccharides to N-acetylglucosamine.; Title: similarity to beta-N-Acetylglucosaminidase nagA - Streptomyces thermoviolaceus; See PMID 9687451; uncharacterized protein	join(1813993..1814028,1814094..1814216,1814304..1816355,1816432..1816800)	Aspergillus niger	4979248
An02g07600	CDS	An02g07600	NT_166519.1	1817057	1819288	D	Catalytic activity: succinate + ubiquinone = fumarate + ubiquinol.; Complex: SDH1 of S. cerevisiae forms part of complex II containing four subunits: a 70 kda flavoprotein (FP), a 27 kda iron-sulfur protein (IP), a cytochrome b and a membrane-anchoring protein.; Localization: SDH1 of S. cerevisiae forms part of the mitochondrial inner membrane.; Pathway: SDH1 of S. cerevisiae is involved tricarboxylic acid cycle.; Remark: SDH1 of S. cerevisiae uses FAD as cofactor.; Remark: SDHA, YKL148C and YKL602 are alternative names for SDH1.; Similarity: SDH1 of S. cerevisiae shows similarity to the flavoprotein subunits of bacterial succinate dehydrogenase and of fumarate reductase.; Title: strong similarity to succinate dehydrogenase Sdh1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1511876; See PMID 1518827; uncharacterized protein	join(1817057..1817217,1817282..1817372,1817469..1817819,1817921..1819288)	Aspergillus niger	4979249
An02g07610	CDS	An02g07610	NT_166519.1	1820044	1822278	R	Remark: strong similarity to A. niger EST from cDNA clone 2283 5' mRNA sequenc in pYES2.; Title: strong similarity to mannitol transporter mat1 - Apium graveolens; See PMID 10759540; uncharacterized protein	complement(join(1820044..1820266,1820331..1820445,1820497..1821503,1821566..1821656,1821716..1821741,1821826..1822089,1822151..1822278))	Aspergillus niger	4979250
An02g07620	CDS	An02g07620	NT_166519.1	1824136	1825217	R	hypothetical protein	complement(join(1824136..1824496,1824571..1824835,1825089..1825141,1825189..1825217))	Aspergillus niger	84590385
An02g07630	CDS	An02g07630	NT_166519.1	1825400	1828458	D	Title: similarity to hypothetical c-module-binding factor - Neurospora crassa; uncharacterized protein	join(1825400..1825567,1825764..1825995,1826083..1826158,1826206..1826355,1826437..1826498,1826549..1827317,1827391..1827451,1827656..1827663,1827729..1828458)	Aspergillus niger	84590386
An02g07640	CDS	An02g07640	NT_166519.1	1829398	1831235	D	Title: strong similarity to hypothetical protein CAF06119.1 - Neurospora crassa; uncharacterized protein	join(1829398..1830427,1830481..1830809,1830864..1831235)	Aspergillus niger	4979253
An02g07650	CDS	An02g07650	NT_166519.1	1833060	1834858	D	Catalytic activity: alpha-D-Glucose 1-phosphate = alpha-D-Glucose 6-phosphate.; Catalytic activity: alpha-D-Hexose 1-phosphate = alpha-D-Hexose 6-phosphate.; Catalytic activity: alpha-D-Ribose 1-phosphate = alpha-D-Ribose 5-phosphate.; Remark: Transcription of pgmB was low during hyphal growth and in the sexual phase of development, but was significantly increased during the asexual stage of the Aspergillus nidulans life cycle.; Title: strong similarity to phosphoglucomutase pgmB - Aspergillus nidulans; See PMID 10660061; uncharacterized protein	join(1833060..1833112,1833186..1833487,1833546..1834858)	Aspergillus niger	4979254
An02g07660	CDS	An02g07660	NT_166519.1	1835081	1836688	R	Remark: the ORF is longer than the StrI-related protein of D. radiodurans (535 compared to 403 amino acids).; Title: strong similarity to streptomycin biosynthesis protein StrI-related protein - Deinococcus radiodurans; See PMID 7845353; uncharacterized protein	complement(1835081..1836688)	Aspergillus niger	4979255
An02g07670	CDS	An02g07670	NT_166519.1	1837157	1838857	R	Remark: Similarity corresponds to multiple S-repeats.; Title: similarity to hypothetical protein K06A9.1a -Caenorhabditis elegans; uncharacterized protein	complement(1837157..1838857)	Aspergillus niger	4979256
An02g07680	CDS	An02g07680	NT_166519.1	1841486	1842207	D	hypothetical protein	join(1841486..1841514,1841648..1841772,1841841..1841940,1842030..1842207)	Aspergillus niger	84590387
An02g07690	CDS	An02g07690	NT_166519.1	1843415	1844568	R	Localization: Mal3 is a cytoplasmic protein that also associates with mitotic microtubule structures.; Remark: loss of the S. pombe mal3+ gene product had no gross effect on mitotic spindle morphology. overexpression of mal3+ compromised spindle formation and function and led to severe growth inhibition and abnormal cell morphology.; Similarity: the predicted A. niger protein shows strong similarity to the chromosome segregation protein Mal3 of S. pombe and EB-1 proteins from vertebrate species.; Title: strong similarity to chromosome segregation protein mal3p - Schizosaccharomyces pombe; See PMID 9348288; uncharacterized protein	complement(join(1843415..1843471,1843557..1844041,1844106..1844183,1844257..1844291,1844406..1844477,1844555..1844568))	Aspergillus niger	4979258
An02g07700	CDS	An02g07700	NT_166519.1	1845115	1847146	R	Function: the receptor subunit binds specifically to pIkappaBalpha and promotes its in vitro ubiquitination,thus allowing the pIkappaBalpha-ubiquitin ligase to mark proteins for degradation by the proteasome system.; Remark: the H. sapiens b-TRCP variant E3RS-IkappaB is a receptor component of IkappaBa-ubiquitin ligase.; Remark: the H. sapiens b-TRCP variant E3RS-IkappaB protein contains beta-transducin repeats, F-box and WD regions.; Title: similarity to b-TRCP variant E3RS-IkappaB -Homo sapiens; See PMID 9859996; uncharacterized protein	complement(join(1845115..1845863,1845981..1846087,1846143..1847146))	Aspergillus niger	4979259
An02g07710	CDS	An02g07710	NT_166519.1	1848758	1850233	R	Title: similarity to hypothetical protein encoded by Z2629 - Escherichia coli; uncharacterized protein	complement(join(1848758..1849022,1849082..1849172,1849235..1849916,1850030..1850158,1850210..1850233))	Aspergillus niger	4979260
An02g07720	CDS	An02g07720	NT_166519.1	1850933	1851898	D	Catalytic activity: L-aspartate 4-semialdehyde + pyruvate = dihydrodipicolinate + 2 H(2)O.; Function: catalyzes the formation of dihydrodipicolinate from L-aspartate 4-semialdehyde and pyruvate.; Pathway: first step in diaminopimelate and lysine biosynthesis.; Title: similarity to dihydrodipicolinate synthase dapA - Escherichia coli; uncharacterized protein	1850933..1851898	Aspergillus niger	4979261
An02g07730	CDS	An02g07730	NT_166519.1	1853567	1855306	R	Function: isoform 1 of ING1 from M. musculus inhibits p53-dependent transcriptional activation and may function as an oncoprotein.; Function: isoform 2 of ING1 from M. musculus acts as a negative growth regulator by cooperating with p53 in transcriptional activation of p53-responsive genes and may act as a tumor suppressor.; Remark: 5'-truncated ORF due to end of contig.; Remark: ING1 from M. musculus contains 1 phd-finger domain.; Remark: ING1 from M. musculus is found in 2 isoforms produced by alternative splicing.; Remark: ING1 is widely expressed with highest levels in thymus and testis in the adult mouse.; Title: similarity to growth regulator ING1 - Mus musculus [truncated ORF]; See PMID 9440695; See PMID 10542254; See PMID 11461112; See PMID 9102209; uncharacterized protein	complement(join(1853567..1853707,1853756..1854941,1854972..>1855306))	Aspergillus niger	4979262
An02g07740	CDS	An02g07740	NT_166519.1	1857294	1858486	D	Title: strong similarity to hypothetical protein SPAC1952.10c - Schizosaccharomyces pombe; uncharacterized protein	join(1857294..1857376,1857432..1857894,1857951..1858145,1858196..1858486)	Aspergillus niger	4979263
An02g07750	CDS	An02g07750	NT_166519.1	1860021	1860845	D	Title: similarity to hypothetical protein SPAC2C4.08 - Schizosaccharomyces pombe; uncharacterized protein	1860021..1860845	Aspergillus niger	4979264
An02g07760	CDS	An02g07760	NT_166519.1	1861449	1862485	D	Title: similarity to hypothetical transcription regulator PAB1642 - Pyrococcus abyssi; uncharacterized protein	join(1861449..1861968,1862011..1862131,1862428..1862485)	Aspergillus niger	4979265
An02g07770	CDS	An02g07770	NT_166519.1	1863882	1866234	R	Catalytic activity: trehalose synthase catalyzes the trehalose synthesis from alpha-D-glucose 1-phosphate and D-glucose.; Remark: TSase and TSase synthase are alternative names for trehalose synthase.; Title: strong similarity to trehalose synthase TSase - Grifola frondosa; See PMID 9763690; uncharacterized protein	complement(join(1863882..1864582,1864649..1864758,1864811..1865275,1865335..1865610,1865661..1866070,1866130..1866234))	Aspergillus niger	4979266
An02g07780	CDS	An02g07780	NT_166519.1	1867522	1868333	D	Function: ARFs are GTP-binding proteins that function as an allosteric activators of the cholera toxin catalytic subunit, an ADP- ribosyltransferase. ARFs are involved in protein trafficking they may modulate vesicle budding and uncoating within the golgi apparatus.; Similarity: ARF6 of H. sapiens belongs to the ARF family of GTP-binding proteins.; Title: strong similarity to ADP-ribosylation factor 6 ARF6 - Homo sapiens; See PMID 1993656; uncharacterized protein	join(1867522..1867615,1867685..1867843,1867915..1868061,1868124..1868236,1868292..1868333)	Aspergillus niger	4979267
An02g07790	CDS	An02g07790	NT_166519.1	1869305	1869738	D	Title: similarity to hypothetical protein B3E4.280 -Neurospora crassa; uncharacterized protein	join(1869305..1869353,1869484..1869596,1869670..1869738)	Aspergillus niger	4979268
An02g07800	CDS	An02g07800	NT_166519.1	1870123	1871460	R	Remark: the ORF encoded protein also shows strong similarity to one of the proteins from patent Y34744, that represents the proteins encoded by all the open reading frames in the complete genome of Chlamydia pneumoniae.; Title: strong similarity to hypothetical protein CP0630 - Chlamydophila pneumoniae; uncharacterized protein	complement(join(1870123..1870694,1870756..1871172,1871241..1871460))	Aspergillus niger	4979269
An02g07810	CDS	An02g07810	NT_166519.1	1871865	1872250	D	Title: questionable ORF; uncharacterized protein	join(1871865..1871904,1872141..1872250)	Aspergillus niger	84590388
An02g07820	CDS	An02g07820	NT_166519.1	1872647	1875770	D	hypothetical protein	join(1872647..1873781,1873853..1873857,1873958..1873985,1874132..1874241,1874356..1874748,1874898..1875627,1875745..1875770)	Aspergillus niger	10098260
An02g07830	CDS	An02g07830	NT_166519.1	1876081	1878788	R	Function: the PHD finger, is a C4HC3 zinc-finger-like motif found in nuclear proteins thought to be involved in chromatin-mediated transcriptional regulation.; Similarity: the ORF encoded protein also shows similarity to several hypothetical and known phd finger transcription regulators; the region of similarity is restricted to the phd-domain.; Title: similarity to hypothetical phd finger transcription regulator - Schizosaccharomyces pombe; nucleus; uncharacterized protein	complement(join(1876081..1877138,1877198..1878788))	Aspergillus niger	4979272
An02g07840	CDS	An02g07840	NT_166519.1	1881288	1883261	D	Title: weak similarity to hypothetical protein encoded by An14g03700 - Aspergillus niger; uncharacterized protein	join(1881288..1881580,1881632..1883261)	Aspergillus niger	4979273
An02g07850	CDS	An02g07850	NT_166519.1	1883691	1885406	R	Phenotype: Disruption strains showed much-reduced uptake of glucose at low concentrations and growth was particularly affected in low-glucose medium.; Similarity: the ORF encoded protein also shows similarity to other hexose transporters.; Title: strong similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; See PMID 8830679; uncharacterized protein	complement(join(1883691..1884734,1884826..1884906,1884974..1885176,1885238..1885406))	Aspergillus niger	4979274
An02g07860	CDS	An02g07860	NT_166519.1	1887421	1890762	D	Remark: a splice site was detected upstream of the START codon.; Remark: the facB gene of Aspergillus nidulans is a major regulatory gene involved in acetamide and acetate utilisation.; Similarity: belongs to Zn[2]-Cys[6] fungal-type binuclear cluster proteins.; Title: strong similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; nucleus; See PMID 9197408; See PMID 9524126; See PMID 10483720; uncharacterized protein	join(1887421..1887700,1887766..1888570,1888643..1889254,1889307..1890762)	Aspergillus niger	4979275
An02g07870	CDS	An02g07870	NT_166519.1	1890924	1891999	R	Catalytic activity: procollagen L-proline + 2-oxoglutarate + O2 = procollagen trans-4-hydroxy-L-proline + succinate + CO2.; Pathway: arginine and proline metabolism.; Remark: prolyl 4-hydroxylase catalyzes the formation of 4-hydroxyproline in collagens.; Remark: the recently identified peptide-binding domain showed a relatively low identity to those from other species, and the Km of the Drosophila enzyme for (Pro-Pro-Gly)10 was higher than that of any other animal prolyl 4-hydroxylase studied.; Title: similarity to prolyl-4-hydroxylase-alpha -Drosophila melanogaster; See PMID 10037780; uncharacterized protein	complement(join(1890924..1890942,1891063..1891617,1891692..1891999))	Aspergillus niger	4979276
An02g07880	CDS	An02g07880	NT_166519.1	1894109	1895890	D	Remark: QUTD gene encodes an essential component of a permease required for transport of quinate ion into mycelium at pH 6. 5. The QUTD gene has been located within the cloned QUT gene cluster of A. nidulans.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; See PMID 2835177; See PMID 2976880; uncharacterized protein	join(1894109..1894648,1894754..1895464,1895531..1895890)	Aspergillus niger	4979277
An02g07890	CDS	pacC	NT_166519.1	1897956	1900151	D	Gene-ID: pacC; Mapping: pacC from A. niger is mapped to chromosome IV (LG IV); see list from DSM, PUBMED 8709960.; Remark: identical to pacC A. niger patent WO9925735-A1.; Remark: the Aspergillus PacC zinc finger transcription factor mediates regulation of both acid- and alkaline-expressed genes by ambient pH.; Remark: the differences in the sequence are caused by strain variations or sequencing errors.; nucleus; See PMID 8602152; transcription factor pacC-Aspergillus niger	join(1897956..1898219,1898359..1898647,1898701..1900151)	Aspergillus niger	4979278
An02g07900	CDS	An02g07900	NT_166519.1	1902309	1904695	D	Remark: FKH2 S. cerevisiae, caused a form of yeast pseudohyphal growth.; Remark: Fkh2p assembles into ternary complexes with Mcm1p on both the SWI5 and CLB2 cell-cycle-regulated upstream activating sequence (UAS) elements in vitro, and in an Mcm1 p-dependent manner in vivo.; Remark: investigation of the relationship between Fkh2 and a related forkhead protein Fkh1 demonstrates that these proteins act in overlapping pathways to regulate cell morphology and cell separation.; Title: strong similarity to fork head 2 protein Fkh2 - Saccharomyces cerevisiae; See PMID 10747051; See PMID 10894548; See PMID 10899128; See PMID 10959837; uncharacterized protein	join(1902309..1902422,1902484..1903509,1903561..1904438,1904507..1904575,1904656..1904695)	Aspergillus niger	4979279
An02g07910	CDS	An02g07910	NT_166519.1	1906778	1908260	R	Remark: SLG1 S. cerevisiae plays a regulatory role in bud emergence or stationary phase.; Title: similarity to hypothetical protein Slg1 -Saccharomyces cerevisiae; See PMID 8896276; See PMID 10660075; uncharacterized protein	complement(join(1906778..1907247,1907303..1907777,1908056..1908168,1908206..1908260))	Aspergillus niger	4979280
An02g07920	CDS	An02g07920	NT_166519.1	1909078	1909840	R	Title: weak similarity to hypothetical stringent starvation protein B PA4427 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(1909078..1909154,1909399..1909840))	Aspergillus niger	84590389
An02g07930	CDS	An02g07930	NT_166519.1	1911356	1915331	R	Remark: linoleate diol synthase from Gaeumannomyces graminis is a homotetrameric ferric hemeprotein, which catalyzes dioxygenation of linoleic acid to (8R)-hydroperoxylinoleate and isomerization of the hydroperoxide to (7S,8S)-dihydroxylinoleate. Ferryl intermediates and a tyrosyl radical are formed in the reaction.; Similarity: belongs to a gene family of fatty acid heme dioxygenases.; Title: strong similarity to precursor of linoleate diol synthase - Gaeumannomyces graminis; See PMID 10497176; uncharacterized protein	complement(join(1911356..1911417,1911473..1911752,1911802..1912038,1912091..1912505,1912559..1913046,1913099..1913442,1913492..1913822,1913874..1913964,1914020..1914160,1914215..1914419,1914473..1914714,1914771..1914868,1914933..1915331))	Aspergillus niger	4979282
An02g07940	CDS	An02g07940	NT_166519.1	1919085	1921095	D	Title: strong similarity to hypothetical protein YEL023c - Saccharomyces cerevisiae; uncharacterized protein	join(1919085..1919210,1919293..1921095)	Aspergillus niger	4979283
An02g07950	CDS	An02g07950	NT_166519.1	1921720	1923003	R	Remark: shows similarity also to E. nidulans sterigmatocystin synthesis transcription regulator aflR.; Remark: the S. cerevisiae protein is a transcriptional activator, necessary for gamma-aminobutyrate (GABA)-dependent induction of GABA genes (such as UGA1, UGA2, UGA4).; Similarity: belongs to unassigned GAL4-type zinc cluster proteins; GAL4 zinc binuclear cluster homology.; Title: similarity to regulator protein Uga3 -Saccharomyces cerevisiae; See PMID 2109179; uncharacterized protein	complement(join(1921720..1922847,1922917..1923003))	Aspergillus niger	4979284
An02g07960	CDS	An02g07960	NT_166519.1	1923822	1927007	R	Remark: sterol glycosyltransferase (SGT) isolated from A. thaliana is used in a method to produce transgenic plants which have a better tolerance of/resistance against adverse environmental factors such as drought, high salt content of the soil, cold/frost and fungal attack using recombinant SGT.; Remark: strong similarity to A. thaliana protein containing sterol glycosyltransferase patent WO9817789-A1.; Title: strong similarity to sterol glycosyltransferase SGT from patent WO9817789-A1 -Arabidopsis thaliana; uncharacterized protein	complement(join(1923822..1923994,1924060..1924180,1924240..1924331,1924407..1924512,1924569..1924716,1924787..1925134,1925191..1925299,1925356..1925501,1925641..1925868,1925905..1926263,1926320..1926474,1926531..1926731,1926809..1927007))	Aspergillus niger	4979285
An02g07970	CDS	An02g07970	NT_166519.1	1927762	1928766	D	Remark: RTA1 from S. cerevisiae led to strong resistance to 7-aminocholesterol a strong inhibitor of yeast and of Gram+-bacteria proliferation.; Remark: the protein shows also strong similarity to molasses toxicity resisitance protein RTM1 from S. cerevisiae patent WO9514774-A2.; Title: strong similarity to 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; See PMID 8660468; See PMID 7672593; uncharacterized protein	join(1927762..1927924,1927995..1928237,1928300..1928766)	Aspergillus niger	4979286
An02g07980	CDS	An02g07980	NT_166519.1	1929326	1931211	R	Remark: strong similarity to Microdochium nivale carbohydrate oxidase patent WO9931990-A1.; Remark: the M. nivale CHO oxidase has an oxidizing activity on maltotetraose which is at least twice as much as the oxidizing activity on glucose at a substrate concentration of 0. 83 mM. The CHO can oxidase the reducing end of an oligosaccharide more efficiently than the corresponding monosaccharide, e. g. preferentially oxidizing maltodextrins or cellodextrins over glucose.; Title: strong similarity to carbohydrate oxidase CHO from patent WO9931990-A1 - Microdochium nivale; uncharacterized protein	complement(join(1929326..1929369,1929507..1929770,1929841..1930049,1930107..1930801,1930858..1931211))	Aspergillus niger	4979287
An02g07990	CDS	An02g07990	NT_166519.1	1934111	1934422	D	hypothetical protein	join(1934111..1934207,1934280..1934422)	Aspergillus niger	84590390
An02g08000	CDS	An02g08000	NT_166519.1	1939295	1940659	D	Remark: heterotrimeric G proteins, consisting of alpha, beta, and gamma subunits, are implicated in major signal transduction pathways controlling a diversity of functions in eukaryotic organisms.; Remark: in the filamentous fungus Neurospora crassa,G proteins are implicated in the regulation of several environmental responses.; Similarity: belongs to the g-alpha family. belongs to subfamily 3 (g(q).; Title: strong similarity to G protein alpha chain Gna-1 - Neurospora crassa; See PMID 8325859; uncharacterized protein	join(1939295..1939424,1939496..1939680,1939778..1939941,1939996..1940254,1940318..1940659)	Aspergillus niger	4979289
An02g08010	CDS	An02g08010	NT_166519.1	1941475	1942683	D	Remark: only serine rich proteins are matching.; Title: similarity to hypothetical serine-rich protein SPBC215.13 - Schizosaccharomyces pombe; mitochondrial 37S ribosomal protein mS38	join(1941475..1941910,1941986..1942683)	Aspergillus niger	4979290
An02g08020	CDS	An02g08020	NT_166519.1	1943838	1944804	R	Catalytic activity: ATP + H2O = ADP + Orthophosphate.; Pathway: oxidative phosphorylation.; Remark: a group of enzymes from the plasma membranes of yeast and Neurospora. They are closely related to the H+/K+-transporting ATPases (EC 3. 6. 1. 36), have a single catalytic sub-unit (100 kDa) and form phosphoenyzme intermediates.; Title: strong similarity to H+-transporting ATPase lipid-binding protein vma3 - Neurospora crassa; See PMID 8190074; uncharacterized protein	complement(join(1943838..1943902,1943964..1944067,1944131..1944287,1944376..1944505,1944653..1944665,1944788..1944804))	Aspergillus niger	4979291
An02g08030	CDS	An02g08030	NT_166519.1	1948353	1949007	D	Remark: during the life cycle of P. infestans, ric1 was expressed in all developmental stages but the level of expression varied. Sporangia and germinating cysts appeared to contain only very little ric1 mRNA whereas in the mycelium and during in planta growth higher levels were detected. Subjecting the mycelium to osmotic stress or to a high pH resulted in increased ric1 expression.; Title: similarity to membrane spanning protein RIC1 - Phytophthora infestans; See PMID 10591972; uncharacterized protein	join(1948353..1948369,1948538..1948672,1948767..1949007)	Aspergillus niger	4979292
An02g08040	CDS	An02g08040	NT_166519.1	1950475	1952208	D	Remark: only a serin threonin rich region is matching.; hypothetical protein	1950475..1952208	Aspergillus niger	4979293
An02g08050	CDS	An02g08050	NT_166519.1	1954512	1955918	D	Title: similarity to hypothetical phosphatidyl synthase SPAC22A12.08c - Schizosaccharomyces pombe; uncharacterized protein	join(1954512..1954879,1954958..1955918)	Aspergillus niger	4979294
An02g08060	CDS	An02g08060	NT_166519.1	1956375	1957832	R	Remark: no obvious phenotypes could be attributed to YGL144c.; Title: similarity to hypothetical protein YGL144c -Saccharomyces cerevisiae; See PMID 10806424; uncharacterized protein	complement(join(1956375..1957701,1957759..1957832))	Aspergillus niger	4979295
An02g08070	CDS	An02g08070	NT_166519.1	1958731	1960701	D	Remark: mutants exhibit RNase MRP RNA processing defect; functions redundantly with REX1 and REX2 in U5 snRNA and RNase P RNA processing.; Remark: the biogenesis of a number of RNA species in eukaryotic cells requires 3' processing.; Remark: the length to the REX3 protein is differnt but due to the similarity to other exonucleases the function seems clear.; Similarity: part of family of 3'- to 5' exonucleases.; Title: similarity to 3-5 exonuclease Rex3 -Saccharomyces cerevisiae; See PMID 10716935; uncharacterized protein	1958731..1960701	Aspergillus niger	4979296
An02g08080	CDS	An02g08080	NT_166519.1	1961128	1961802	R	Remark: X. laevis L22 mRNA is a example of the correlation between the polypyrimidine terminal tract and the translational regulation observed in other rp mRNAs.; Similarity: belongs to the ribosomal protein L22 protein family.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L22 - Xenopus laevis; cytoplasm; See PMID 7890164; 60S ribosomal protein eL22	complement(join(1961128..1961254,1961317..1961513,1961584..1961619,1961788..1961802))	Aspergillus niger	4979297
An02g08090	CDS	An02g08090	NT_166519.1	1962659	1963380	D	Remark: Dim1p plays a role in mitotic spindle formation and/or function.; Remark: Dim1p strongly inhibits the pre-rRNA processing steps that lead to the synthesis of 18S rRNA.; Title: strong similarity to essential for mitosis protein dim1p - Schizosaccharomyces pombe; See PMID 9528805; See PMID 9182666; uncharacterized protein	join(1962659..1962739,1962807..1962840,1962902..1962949,1963038..1963280,1963355..1963380)	Aspergillus niger	4979298
An02g08100	CDS	An02g08100	NT_166519.1	1963875	1965080	D	Function: translin is a recombination hotspot binding protein, which specifically binds to consensus sequences at breakpoint junctions of chromosomal translocations in many cases of lymphoid malignancies.; Title: strong similarity to translin-like protein TRAX - Gallus gallus; See PMID 9244443; See PMID 9013868; uncharacterized protein	join(1963875..1963940,1964149..1964202,1964253..1964423,1964465..1964570,1964649..1964734,1964802..1964951,1965006..1965080)	Aspergillus niger	4979299
An02g08110	CDS	An02g08110	NT_166519.1	1965332	1965986	R	Catalytic activity: 2 glutathione + H2O2 = oxidized glutathione + 2 H2O.; Function: may constitute a glutathionine peroxidase-like protective system against oxidative stresses.; Pathway: glutathione metabolism.; Remark: a protein containing a selenocysteine residue. Steroid and lipid hydroperoxides, but not the product of reaction of EC 1. 13. 11. 12 on phospholipids,can act as acceptor, but more slowly than H2O2.; Similarity: belongs to the glutathione peroxidase family.; Title: strong similarity to glutathione peroxidase Hyr1 - Saccharomyces cerevisiae; See PMID 10480913; uncharacterized protein	complement(join(1965332..1965858,1965944..1965986))	Aspergillus niger	4979300
An02g08120	CDS	An02g08120	NT_166519.1	1967258	1967817	R	hypothetical protein	complement(join(1967258..1967549,1967618..1967817))	Aspergillus niger	4979301
An02g08130	CDS	An02g08130	NT_166519.1	1968326	1969211	R	Title: similarity to hypothetical protein 2SCG18.24 - Streptomyces coelicolor; uncharacterized protein	complement(join(1968326..1968366,1968417..1968470,1968524..1968595,1968644..1968964,1969025..1969211))	Aspergillus niger	4979302
An02g08140	CDS	An02g08140	NT_166519.1	1972038	1974023	D	Catalytic activity: protein tyrosine phosphate + H2O = protein tyrosine + orthophosphate.; Remark: CDC14 S. cerevisiae encodes a phosphotyrosine phosphatase (PTPase) and is essential for termination of M phase.; Similarity: belongs to the non-receptor class of the protein-tyrosine phosphatase family. cdc14 subfamily.; Title: strong similarity to protein-tyrosine-phosphatase Cdc14 - Saccharomyces cerevisiae; See PMID 10801456; See PMID 1597462; See PMID 8668128; uncharacterized protein	join(1972038..1972083,1972133..1972730,1972781..1974023)	Aspergillus niger	4979303
An02g08160	CDS	An02g08160	NT_166519.1	1975419	1976214	R	Title: strong similarity to hypothetical protein PA2804 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(1975419..1975668,1975750..1975975,1976076..1976214))	Aspergillus niger	4979305
An02g08170	CDS	An02g08170	NT_166519.1	1976616	1977612	R	Remark: also strong similarity to Penicillium decumbens epoxidation enzyme patent JP08322560-A.; Remark: the enzyme converts the phosphomycin precursor (z)-1-propenyl phosphonic acid into the antibiotic phosphomycin.; Title: strong similarity to epoxidase subunit A epoA - Penicillium decumbens; See PMID 10049860; uncharacterized protein	complement(join(1976616..1976875,1976933..1977151,1977205..1977379,1977439..1977612))	Aspergillus niger	4979306
An02g08180	CDS	An02g08180	NT_166519.1	1978379	1980281	D	Remark: GIT1 gene encodes a permease involved in the uptake of glycerophosphoinositol.; Title: strong similarity to glycerophosphoinositol transporter Git1 - Saccharomyces cerevisiae; See PMID 9691030; uncharacterized protein	join(1978379..1978571,1978608..1978680,1978744..1978938,1978996..1979161,1979221..1979322,1979373..1979502,1979557..1979669,1979727..1980281)	Aspergillus niger	4979307
An02g08190	CDS	An02g08190	NT_166519.1	1980476	1981653	R	Title: weak similarity to hypothetical membrane protein Upc2 - Saccharomyces cerevisiae; See PMID 9696767; uncharacterized protein	complement(join(1980476..1980574,1980612..1981560,1981619..1981653))	Aspergillus niger	84590391
An02g08200	CDS	An02g08200	NT_166519.1	1982252	1983352	D	Remark: there is also similarity to rape abscission/dehiscence protein Brassica napus patent WO9423043-A.; Similarity: belongs to ribitol dehydrogenase family and shows homology to short-chain alcohol dehydrogenase.; Title: similarity to developmental abscission/dehiscence protein SAC25 - Brassica napus; See PMID 8111020; uncharacterized protein	join(1982252..1982636,1982685..1983352)	Aspergillus niger	4979309
An02g08210	CDS	An02g08210	NT_166519.1	1984012	1986784	D	Title: strong similarity to hypothetical protein EAA61130.1 - Aspergillus nidulans; uncharacterized protein	join(1984012..1984128,1984189..1984229,1984401..1984516,1984621..1984702,1984773..1985509,1985589..1986012,1986079..1986370,1986428..1986784)	Aspergillus niger	4979310
An02g08220	CDS	An02g08220	NT_166519.1	1989012	1990016	D	Catalytic activity: 2-Hydroxy-4-oxobutane-1,2,4-tricarboxylate = (E)-4-oxobut-1-ene-1,2,4-tricarboxylate + H2O.; Pathway: metabolic pathway for dissimilation of protocatechuate.; Remark: ligJ from Sphingomonas paucimobilis gene is essential to the degradation of vanillate and syringate.; Title: similarity to 4-oxalomesaconate hydratase ligJ - Sphingomonas paucimobilis; See PMID 11092855; uncharacterized protein	1989012..1990016	Aspergillus niger	4979311
An02g08230	CDS	An02g08230	NT_166519.1	1990227	1992069	R	Function: high affinity glucose transporter.; Remark: expression of HGT1 from Kluyveromyces lactis is constitutive (in contrast to RAG1, the major gene for low-affinity glucose uptake in K. lactis) and is controlled by several genes also known to affect expression of RAG1.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to high affinity glucose transporter HGT1 - Kluyveromyces lactis; See PMID 8830679; uncharacterized protein	complement(join(1990227..1990396,1990491..1990651,1990721..1991080,1991151..1991471,1991541..1991820,1991892..1992069))	Aspergillus niger	4979312
An02g08240	CDS	An02g08240	NT_166519.1	1994237	1994958	D	Title: strong similarity to EST an_3059 -Aspergillus niger; uncharacterized protein	join(1994237..1994424,1994658..1994958)	Aspergillus niger	84590392
An02g08250	CDS	An02g08250	NT_166519.1	1995023	1996378	D	Remark: putative cation efflux system protein.; Title: strong similarity to hypothetical protein F12L6.11 - Arabidopsis thaliana; uncharacterized protein	join(1995023..1995036,1995087..1995907,1995978..1996378)	Aspergillus niger	4979314
An02g08260	CDS	An02g08260	NT_166519.1	1997083	1998969	D	Remark: Yox1 binding to the leucine tRNA gene is necessary for the in vivo regulation of the gene and its suggests that the YOX1 gene codes for a non-essential product.; Similarity: belongs to the family of homeobox proteins.; Title: similarity to homeotic protein Yox1 -Saccharomyces cerevisiae; See PMID 8096171; uncharacterized protein	join(1997083..1997264,1997354..1997465,1997530..1998969)	Aspergillus niger	4979315
An02g08270	CDS	An02g08270	NT_166519.1	1999852	2001579	D	Catalytic activity: N1-acetylspermine + O2 + H2O = N1-acetylspermidine + 3-aminopropanal + H2O2.; Remark: acetylspermidine oxidase (ASOD) catalyzes the oxidation of N-acetylated spermidine in polyamine metabolism.; Similarity: belongs to the family of FAD-containing amine oxidases.; Title: strong similarity to acetylspermidine oxidase ASOD - Candida boidinii; See PMID 10913603; uncharacterized protein	join(1999852..1999977,2000032..2000069,2000138..2000526,2000582..2001579)	Aspergillus niger	4979316
An02g08280	CDS	An02g08280	NT_166519.1	2002568	2003551	R	Remark: there is only homolgy to one element of DNA-directed RNA polymerase II large subunit in different orgenisms.; Title: weak similarity to DNA-directed RNA polymerase II large chain ama-1 - Caenorhabditis elegans; See PMID 2586513; uncharacterized protein	complement(2002568..2003551)	Aspergillus niger	4979317
An02g08290	CDS	An02g08290	NT_166519.1	2006472	2018571	R	Remark: according to PMID:10334994, the lovB gene encodes LNKS (14), containing the six domains characteristic of PKSs (Fig. 2), an integrated methyltransferase domain located between the AT and the KR domain, and a domain at the COOH-terminus that is similar to the condensation domain of nonribosomal peptide synthetases (NRPSs).; Title: strong similarity to lovastatin nonaketide synthase lovB - Aspergillus terreus; See PMID 10334994; See PMID 11386351; uncharacterized protein	complement(join(2006472..2010958,2011038..2011683,2011745..2014772,2014826..2016372,2016433..2017079,2017203..2018571))	Aspergillus niger	4979318
An02g08300	CDS	An02g08300	NT_166519.1	2019329	2019897	D	Title: strong similarity to hypothetical protein encoded by An11g06450 - Aspergillus niger; uncharacterized protein	join(2019329..2019484,2019559..2019897)	Aspergillus niger	4979319
An02g08310	CDS	An02g08310	NT_166519.1	2020047	2021096	R	Remark: the LNKS and (at least) the LovC proteins interact to produce a polyketide of the correct length and with the correct reduction and cyclization pattern.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(2020047..2021096)	Aspergillus niger	4979320
An02g08320	CDS	An02g08320	NT_166519.1	2021545	2022775	D	Remark: the protein is only the half of the length of PTH11.; Title: weak similarity to integral membrane protein PTH11 from patent WO9913094-A2 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(2021545..2021808,2021897..2022775)	Aspergillus niger	4979321
An02g08330	CDS	An02g08330	NT_166519.1	2023391	2025058	D	Similarity: the ORF shows similarity to several multidrug-efflux transporters.; Title: strong similarity to sequence 253 from patent WO0100804 - Corynebacterium glutamicum; uncharacterized protein	join(2023391..2023560,2023633..2025058)	Aspergillus niger	4979322
An02g08340	CDS	An02g08340	NT_166519.1	2025837	2027769	R	Remark: in agreement with the wealth of genetic data available, transcript level analyses demonstrate that gabA (A. nidulans) is subject to carbon catabolite and nitrogen metabolite repression, omega-amino acid induction and regulation in response to ambient pH (being acid-expressed).; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	complement(join(2025837..2026288,2026340..2026660,2026717..2027088,2027149..2027368,2027402..2027446,2027671..2027769))	Aspergillus niger	4979323
An02g08350	CDS	An02g08350	NT_166519.1	2028175	2030120	D	Title: strong similarity to hypothetical protein encoded by An16g00980 - Aspergillus niger; uncharacterized protein	join(2028175..2028220,2028499..2029124,2029185..2030120)	Aspergillus niger	4979324
An02g08360	CDS	An02g08360	NT_166519.1	2030510	2030995	D	hypothetical protein	join(2030510..2030585,2030621..2030770,2030943..2030995)	Aspergillus niger	4979325
An02g08370	CDS	An02g08370	NT_166519.1	2031611	2033158	D	Catalytic activity: RCH2NH2 + H2O + O2 = RCHO + NH3 + H2O2.; Pathway: glycine, serine and threonine metabolism; arginine and proline metabolism; histidine metabolism; tyrosine metabolism; phenylalanine metabolism; tryptophan metabolism.; Remark: MAO-N has the C-terminal tripeptide Ala-Arg-Leu, which corresponds to the consensus targeting sequence found in many peroxisomal enzymes.; Title: strong similarity to monoamine oxidase N mao-N - Aspergillus niger; See PMID 7727530; See PMID 7770050; uncharacterized protein	join(2031611..2032521,2032588..2033158)	Aspergillus niger	4979326
An02g08380	CDS	An02g08380	NT_166519.1	2038104	2043261	D	Remark: alternative name is MSI2.; Remark: in S. cerevisiae the protein is a Gdp/GTP exchange factor required for growth at low temperatures. Under non-permissive conditions, more than 70% of the msi2 disruptants arrested at telophase as large budded cells with two nuclei divided completely and elongated spindles,indicating that the msi2 deletion is a cell division cycle mutation.; Title: strong similarity to guanine nucleotide-releasing factor Lte1 - Saccharomyces cerevisiae; See PMID 7941731; See PMID 7985422; uncharacterized protein	join(2038104..2042955,2043014..2043261)	Aspergillus niger	4979327
An02g08390	CDS	An02g08390	NT_166519.1	2044107	2047943	D	Remark: the S. Pombe protein is approximately only the half of the lentgh, but all other homologies show only that there is myosin heavy chain anaologies which is also very long.; Title: similarity to hypothetical protein SPAC25B8.08 - Schizosaccharomyces pombe; uncharacterized protein	join(2044107..2044299,2044414..2044922,2044986..2045390,2045460..2046929,2047070..2047128,2047289..2047404,2047448..2047455,2047500..2047622,2047800..2047943)	Aspergillus niger	4979328
An02g08400	CDS	An02g08400	NT_166519.1	2048800	2050362	D	Remark: all other homologies are to prolin rich proteins.; Title: similarity to hypothetical protein CAD70496.1 - Neurospora crassa; uncharacterized protein	2048800..2050362	Aspergillus niger	4979329
An02g08410	CDS	An02g08410	NT_166519.1	2052180	2054698	R	Remark: in Drosophila the locus where RN-tre is found produces a number of transcripts that accumulate ubiquitously during early embryogenesis but more specifically in the central nervous system during later stages.; Similarity: similar sequences have been identified in Arabidopsis thaliana, Caenorhabditis elegans, Homo sapiens, Mus musculus and S. cerevisiae.; Title: strong similarity to tre oncogene-related protein RN-tre - Drosophila melanogaster; See PMID 9512660; uncharacterized protein	complement(join(2052180..2052560,2052620..2054698))	Aspergillus niger	4979330
An02g08420	CDS	An02g08420	NT_166519.1	2057255	2058738	R	Remark: Aspergillus nidulans reproduces asexually via uninucleate, haploid spores, which are produced on morphologically differentiated aerial structures, called conidiophores. hymA is involved in budding processes, and is required for the formation of metulae and for their further differentiation.; Title: strong similarity to hypha-like metulae protein hymA - Aspergillus nidulans; See PMID 8969518; See PMID 9928930; uncharacterized protein	complement(join(2057255..2057494,2057562..2057834,2057893..2058368,2058479..2058539,2058634..2058738))	Aspergillus niger	4979331
An02g08430	CDS	An02g08430	NT_166519.1	2059349	2061247	D	Remark: PRMT3, asymmetrically dimethylates arginine residues present both in the designed substrate GST-GAR and in substrate proteins present in hypomethylated extracts of a yeast rmt1 mutant that lacks type I arginine methyltransferase activity; PRMT3 is thus a functional type I protein arginine N-methyltransferase.; Remark: methylation is one of the many post-translational modifications that modulate protein function.; Title: strong similarity to protein arginine N-methyltransferase 3 PRMT3 - Rattus norvegicus; See PMID 9642256; uncharacterized protein	join(2059349..2059586,2059720..2060133,2060194..2060431,2060497..2061247)	Aspergillus niger	4979332
An02g08440	CDS	An02g08440	NT_166519.1	2061448	2062561	R	Remark: the Blastn match against entry EMBL:AF263922 (A. niger NsfA gene) arise from additional, not annotated DNA sequences next to the NsfA gene in this EMBL-entry.; Title: strong similarity to hypothetical protein CAD70331.1 - Neurospora crassa; uncharacterized protein	complement(join(2061448..2062492,2062554..2062561))	Aspergillus niger	4979333
An02g08445	CDS	An02g08445	NT_166519.1	2063043	2063309	D	Remark: the similarity is restricted to the very N-terminus of the matching protein.; Title: weak similarity to essential protein #664 from patent WO200286090-A2 - Aspergillus fumigatus; uncharacterized protein	join(2063043..2063164,2063222..2063309)	Aspergillus niger	84590393
An02g08450	CDS	nsfA	NT_166519.1	2063422	2065658	D	Gene-ID: nsfA; Remark: strong similarity to Sec18 S. cerevisiae. SEC18 gene function is required for secretory protein transport between the endoplasmic reticulum (ER) and the Golgi complex.; Remark: the differences in the sequence are caused by strain variations or sequencing errors.; Remark: there is no publication for the A. niger genproduct available.; secretory gene nsfA-Aspergillus niger	join(2063422..2063742,2063793..2065658)	Aspergillus niger	4979335
An02g08460	CDS	An02g08460	NT_166519.1	2066745	2067577	D	Remark: most of the blastp matches are unspecific.; Title: weak similarity to hypothetical protein F17L21.7 - Arabidopsis thaliana; uncharacterized protein	join(2066745..2067171,2067240..2067577)	Aspergillus niger	4979336
An02g08470	CDS	An02g08470	NT_166519.1	2069869	2070735	R	Title: similarity to hypothetical protein YGL079w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(2069869..2069950,2070157..2070309,2070428..2070735))	Aspergillus niger	4979337
An02g08480	CDS	An02g08480	NT_166519.1	2074535	2075094	R	hypothetical protein	complement(join(2074535..2074882,2074947..2074990,2075043..2075094))	Aspergillus niger	84590394
An02g08490	CDS	An02g08490	NT_166519.1	2076378	2082215	R	Function: barA of E. coli could activate ompR by phosphorylation.; Function: over-expression of barA of E. coli suppresses a defect in ompC and ompF expression.; Similarity: barA of E. coli shows similarity to other prokaryotic sensory transduction histidine kinases.; Title: similarity to sensor-regulator protein barA -Escherichia coli; See PMID 1574005; See PMID 7957084; uncharacterized protein	complement(join(2076378..2076665,2076722..2076835,2076900..2082215))	Aspergillus niger	4979339
An02g08500	CDS	An02g08500	NT_166519.1	2083371	2085220	D	hypothetical protein	join(2083371..2083447,2083810..2083853,2083965..2084139,2084384..2084479,2084686..2085220)	Aspergillus niger	84590395
An02g08510	CDS	An02g08510	NT_166519.1	2088980	2095974	D	Title: similarity to sensor/regulator protein RpfA -Erwinia carotovora; uncharacterized protein	join(2088980..2091591,2091643..2092830,2092886..2093375,2093428..2093908,2093957..2095974)	Aspergillus niger	4979341
An02g08520	CDS	An02g08520	NT_166519.1	2096624	2097697	R	Catalytic activity: allantoate + H(2)O = (-)-ureidoglycolate + urea.; Remark: also hydrolyses (+)-ureidoglycolate to glyoxylate and urea.; Title: strong similarity to allantoicase alc -Neurospora crassa; See PMID 2148685; uncharacterized protein	complement(2096624..2097697)	Aspergillus niger	4979342
An02g08530	CDS	An02g08530	NT_166519.1	2098940	2099465	R	hypothetical protein	complement(join(2098940..2098961,2099155..2099465))	Aspergillus niger	4979343
An02g08540	CDS	An02g08540	NT_166519.1	2104005	2105232	D	Similarity: patentmatch against protein AC W12703 Geneseqprot.; Title: weak similarity to 2-5A-dependent RNase from patent WO9639806-A1 - Mus musculus; uncharacterized protein	join(2104005..2104043,2104154..2104260,2104296..2104607,2104655..2104814,2104942..2105232)	Aspergillus niger	84590396
An02g08560	CDS	An02g08560	NT_166519.1	2106488	2107514	D	Title: similarity to hypothetical dioxygenase SCOEDB - Streptomyces coelicolor; uncharacterized protein	join(2106488..2107115,2107171..2107514)	Aspergillus niger	4979346
An02g08570	CDS	An02g08570	NT_166519.1	2110936	2112188	D	Remark: the annotated ORF shows also strong similarity to the A. niger EST an_2771.; Title: strong similarity to isopenicillin N acyltransferase aAT - Aspergillus nidulans; See PMID 7847890; See PMID 2120195; See PMID 2166227; uncharacterized protein	join(2110936..2110992,2111067..2111471,2111550..2112188)	Aspergillus niger	4979347
An02g08580	CDS	An02g08580	NT_166519.1	2113001	2113783	D	Similarity: similarities correspond to multiple serine-repeats.; Title: weak similarity to hypothetical serine-rich repeat protein - Schizosaccharomyces pombe; uncharacterized protein	join(2113001..2113021,2113217..2113783)	Aspergillus niger	84590397
An02g08590	CDS	An02g08590	NT_166519.1	2114461	2115398	D	Function: after binding acetylcholine, the homolog from X. laevis achr responds by an extensive change in conformation that affects all subunits and leads to opening of an ion-conducting channel across the plasma membrane.; Title: strong similarity to hypothetical cytochrom B561 related protein CAD70500.1 - Neurospora crassa; uncharacterized protein	join(2114461..2114593,2114643..2114699,2114754..2114869,2114904..2115398)	Aspergillus niger	4979349
An02g08600	CDS	An02g08600	NT_166519.1	2115793	2117298	D	Catalytic activity: ATP + L-serine + tRNA(Ser) = AMP + diphosphate + L-seryl-tRNA(Ser).; Remark: mature SerZMm homolog protein overexpressed in E. coli efficiently aminoacylated bacterial tRNA(Ser) in vitro.; Title: strong similarity to mitochondrial serine--tRNA ligase serS - Zea mays; localisation:mitochondrion; See PMID 9747857; uncharacterized protein	2115793..2117298	Aspergillus niger	4979350
An02g08610	CDS	An02g08610	NT_166519.1	2118010	2119742	R	Title: strong similarity to hypothetical protein CAD21038.1 - Neurospora crassa; uncharacterized protein	complement(join(2118010..2119152,2119215..2119742))	Aspergillus niger	4979351
An02g08620	CDS	An02g08620	NT_166519.1	2121188	2123135	D	Remark: disruption of the acr-2 gene in N. crassa lead to progenies that were hypersensitive to acriflavine.; Title: strong similarity to transcription factor involved in acriflavine resistance acr-2 - Neurospora crassa; uncharacterized protein	join(2121188..2121656,2121710..2121826,2121932..2122247,2122304..2123135)	Aspergillus niger	4979352
An02g08630	CDS	An02g08630	NT_166519.1	2124570	2126756	R	Title: strong similarity to phosphoinositide dependent protein kinase-1 PDK1 - Homo sapiens; uncharacterized protein	complement(join(2124570..2124914,2124972..2126756))	Aspergillus niger	4979353
An02g08640	CDS	An02g08640	NT_166519.1	2128900	2130766	D	Similarity: similarities correspond to multiple serine-repeats.; Title: weak similarity to hypothetical membrane protein YMR317w - Saccharomyces cerevisiae; uncharacterized protein	join(2128900..2129634,2129715..2130036,2130134..2130567,2130623..2130766)	Aspergillus niger	4979354
An02g08650	CDS	An02g08650	NT_166519.1	2132089	2133005	D	Title: strong similarity to EST AN07D07 -Aspergillus niger; uncharacterized protein	join(2132089..2132143,2132331..2132414,2132477..2132502,2132686..2132820,2132910..2133005)	Aspergillus niger	84590398
An02g08660	CDS	An02g08660	NT_166519.1	2133188	2135090	R	Title: strong similarity to hypothetical protein H04M03.4 - Caenorhabditis elegans; uncharacterized protein	complement(join(2133188..2133775,2133838..2134263,2134315..2134665,2134747..2134827,2134899..2134968,2135074..2135090))	Aspergillus niger	4979356
An02g08670	CDS	An02g08670	NT_166519.1	2139415	2140910	D	Title: strong similarity to hypothetical phosphate/phosphoenolpyruvate translocator protein At2g25520 - Arabidopsis thaliana; uncharacterized protein	join(2139415..2139545,2139605..2139672,2139740..2139745,2139804..2140021,2140072..2140479,2140542..2140910)	Aspergillus niger	4979357
An02g08680	CDS	An02g08680	NT_166519.1	2142680	2143786	D	Title: strong similarity to hypothetical protein CAD70306.1 - Neurospora crassa; uncharacterized protein	2142680..2143786	Aspergillus niger	4979358
An02g08685	CDS	An02g08685	NT_166519.1	2144122	2144298	D	hypothetical protein	2144122..2144298	Aspergillus niger	84590399
An02g08690	CDS	An02g08690	NT_166519.1	2144616	2146654	R	Title: strong similarity to galactose permease Gal2 - Saccharomyces cerevisiae; See PMID 2666404; See PMID 2697639; uncharacterized protein	complement(join(2144616..2144753,2144828..2144957,2145041..2145179,2145244..2145360,2145422..2145499,2145565..2145580,2145635..2145896,2145995..2146268,2146303..2146503,2146570..2146654))	Aspergillus niger	4979360
An02g08700	CDS	An02g08700	NT_166519.1	2147870	2150128	R	Complex: human TFIIIB related factor hBRF is part of the TBP-containing complex 0. 38M-TFIIIB.; Function: the human 0. 38M-TFIIIB complex is required for transcription of the adenovirus type 2 VAI gene.; Title: strong similarity to TFIIIB related factor hBRF - Homo sapiens; See PMID 8943358; uncharacterized protein	complement(2147870..2150128)	Aspergillus niger	4979361
An02g08710	CDS	An02g08710	NT_166519.1	2150917	2152917	R	Remark: The transposable element Tan1 of Aspergillus niger var. awamori is a member of the Fot1 family.; Remark: This ORF has 31 stop codons.; Title: strong similarity to transposase Tan1 -Aspergillus niger [putative pseudogene]; putative pseudogene; See PMID 8625427; See PMID 9003286; uncharacterized protein	complement(2150917..2152917)	Aspergillus niger	84590400
An02g08720	CDS	An02g08720	NT_166519.1	2153875	2157651	D	Title: strong similarity to copper resistance-associated P-type ATPase CRP1 - Candida albicans; See PMID 10737803; uncharacterized protein	2153875..2157651	Aspergillus niger	4979363
An02g08730	CDS	An02g08730	NT_166519.1	2158115	2160022	R	Title: strong similarity to hypothetical protein SPCC4G3.05c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2158115..2159197,2159247..2159653,2159703..2159872,2159931..2160022))	Aspergillus niger	4979364
An02g08740	CDS	An02g08740	NT_166519.1	2160613	2162869	D	hypothetical protein	join(2160613..2160903,2160956..2161165,2161226..2161737,2161791..2162018,2162077..2162869)	Aspergillus niger	4979365
An02g08750	CDS	An02g08750	NT_166519.1	2163128	2164081	R	Catalytic activity: the A. eutrophus UDPglucose 4-epimerase converts UDP-glucose to UDP-galactose.; Title: strong similarity to hypothetical UDP-glucose 4-epimerase - Alcaligenes eutrophus; See PMID 7851418; uncharacterized protein	complement(2163128..2164081)	Aspergillus niger	4979366
An02g08760	CDS	An02g08760	NT_166519.1	2165159	2167398	D	Title: similarity to apoptosis associated protein #11 from patent WO200102550-A2 - Candida albicans; uncharacterized protein	join(2165159..2165273,2165381..2165513,2165596..2166671,2166746..2167398)	Aspergillus niger	4979367
An02g08770	CDS	An02g08770	NT_166519.1	2167514	2168557	R	Title: weak similarity to hypothetical protein AAN36506.1 - Plasmodium falciparum; uncharacterized protein	complement(2167514..2168557)	Aspergillus niger	4979368
An02g08780	CDS	An02g08780	NT_166519.1	2169087	2170490	R	Title: similarity to hypothetical protein B7F18.110 - Neurospora crassa; uncharacterized protein	complement(2169087..2170490)	Aspergillus niger	4979369
An02g08790	CDS	An02g08790	NT_166519.1	2170759	2173166	D	Title: similarity to hypothetical protein B7F18.120 - Neurospora crassa; uncharacterized protein	join(2170759..2171529,2171587..2173054,2173114..2173166)	Aspergillus niger	4979370
An02g08800	CDS	An02g08800	NT_166519.1	2173904	2174917	D	Title: similarity to hypothetical protein CIP1 -Candida sp.; uncharacterized protein	2173904..2174917	Aspergillus niger	4979371
An02g08810	CDS	An02g08810	NT_166519.1	2176461	2177259	D	Similarity: just strong repetitive similarities.; hypothetical protein	join(2176461..2176543,2176851..2177259)	Aspergillus niger	4979372
An02g08820	CDS	An02g08820	NT_166519.1	2178186	2180638	R	Title: strong similarity to hypothetical protein SPBC31F10.16 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2178186..2178353,2178425..2178799,2178855..2179777,2179831..2180111,2180171..2180295,2180384..2180638))	Aspergillus niger	4979373
An02g08830	CDS	An02g08830	NT_166519.1	2181126	2187386	D	Title: similarity to hypothetical protein SPBC31F10.14c - Schizosaccharomyces pombe; uncharacterized protein	join(2181126..2185408,2185505..2185685,2185738..2185893,2185950..2187386)	Aspergillus niger	4979374
An02g08840	CDS	An02g08840	NT_166519.1	2187708	2190404	R	Title: similarity to rabkinesin-6 - Mus musculus; See PMID 9438855; uncharacterized protein	complement(join(2187708..2188042,2188096..2188156,2188207..2188737,2188788..2188915,2188962..2189976,2190039..2190404))	Aspergillus niger	4979375
An02g08845	CDS	An02g08845	NT_166519.1	2191135	2192563	D	Title: strong similarity to hypothetical protein CAD60765.1 - Podospora anserina; uncharacterized protein	join(2191135..2191237,2191358..2191526,2191579..2191899,2191993..2192240,2192487..2192563)	Aspergillus niger	4979376
An02g08850	CDS	An02g08850	NT_166519.1	2192848	2193477	D	Function: Ubc4 of S. cerevisiae is involved in heat shock response and turnover of short-lived proteins.; Function: Ubc4 of S. cerevisiae is one of several ubiquitin-conjugating enzymes that attach posttranslational ubiquitin to proteins.; Remark: Ubiquitin conjugating enzymes are involved in rapid and highly selective protein degradation.; Remark: Ubiquitin conjugating enzymes are involved in the regulation by degradation in many different cellular pathways.; Title: strong similarity to ubiquitin conjugating enzyme Ubc4 - Saccharomyces cerevisiae; See PMID 2154373; uncharacterized protein	join(2192848..2192874,2192967..2193083,2193160..2193477)	Aspergillus niger	4979377
An02g08860	CDS	An02g08860	NT_166519.1	2194154	2195968	D	Title: strong similarity to cytochrome P450 pisatin demethylase PDAT9 - Nectria haematococca; uncharacterized protein	join(2194154..2194462,2194551..2194758,2194846..2194964,2195021..2195968)	Aspergillus niger	4979378
An02g08870	CDS	An02g08870	NT_166519.1	2198480	2202834	D	Title: strong similarity to hypothetical protein SPCC4G3.09c - Schizosaccharomyces pombe; uncharacterized protein	join(2198480..2200821,2200955..2201013,2201240..2201595,2201649..2202730,2202768..2202834)	Aspergillus niger	10098050
An02g08880	CDS	An02g08880	NT_166519.1	2203159	2204455	R	Title: similarity to hypothetical protein PFB0705w -Plasmodium falciparum; uncharacterized protein	complement(join(2203159..2204060,2204137..2204272,2204366..2204455))	Aspergillus niger	4979380
An02g08890	CDS	An02g08890	NT_166519.1	2205181	2207083	R	hypothetical protein	complement(join(2205181..2206357,2206404..2207083))	Aspergillus niger	4979381
An02g08900	CDS	An02g08900	NT_166519.1	2207821	2209610	R	Title: strong similarity to protein precursor Bcs1 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(2207821..2209161,2209233..2209362,2209420..2209610))	Aspergillus niger	4979382
An02g08910	CDS	An02g08910	NT_166519.1	2210022	2211400	D	Title: strong similarity to hypothetical protein SC5C7.08 - Streptomyces coelicolor; uncharacterized protein	join(2210022..2210161,2210224..2210268,2210326..2210964,2211022..2211400)	Aspergillus niger	4979383
An02g08920	CDS	An02g08920	NT_166519.1	2213330	2215273	D	Function: CCT3 is required for microtubule and actin function in vivo.; Title: strong similarity to TCP1-related protein Cct3 - Saccharomyces cerevisiae; See PMID 7916460; uncharacterized protein	join(2213330..2213354,2213417..2213483,2213552..2213760,2213843..2214433,2214487..2215124,2215178..2215273)	Aspergillus niger	4979384
An02g08930	CDS	An02g08930	NT_166519.1	2215453	2216049	R	Title: strong similarity to hypothetical protein FLJ13902 - Homo sapiens; uncharacterized protein	complement(2215453..2216049)	Aspergillus niger	4979385
An02g08940	CDS	An02g08940	NT_166519.1	2216752	2220214	D	Title: similarity to hypothetical ubiquitin-conjugating enzyme At2g16920 - Arabidopsis thaliana; uncharacterized protein	join(2216752..2216808,2216876..2217006,2217054..2217165,2217228..2219781,2219841..2220214)	Aspergillus niger	4979386
An02g08950	CDS	An02g08950	NT_166519.1	2221055	2222512	D	Title: weak similarity to hypothetical protein B0041.7 - Caenorhabditis elegans; uncharacterized protein	join(2221055..2221073,2221361..2221496,2221555..2221723,2221796..2221858,2221910..2222512)	Aspergillus niger	4979387
An02g08960	CDS	An02g08960	NT_166519.1	2223272	2223524	D	Title: questionable ORF; uncharacterized protein	join(2223272..2223304,2223334..2223357,2223435..2223524)	Aspergillus niger	84590401
An02g08970	CDS	An02g08970	NT_166519.1	2224246	2226494	R	Remark: S. cerevisiae cells expressing Tpo1 become resistant to polyamine toxicity,the resistance was overcome by bafilomycin A1, an inhibitor of vacuolar H+-ATPase.; Remark: alternate name for S. cerevisiae Tpo1: YLL028w.; Similarity: the ORF encoded protein shows also similarity to a protein involved in cephalosporin C biosynthesis of patent JP09009966-A, but its function is not clearly enough described.; Title: similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; See PMID 9920864; uncharacterized protein	complement(join(2224246..2224586,2224790..2225015,2225064..2225435,2225493..2226494))	Aspergillus niger	4979389
An02g08980	CDS	An02g08980	NT_166519.1	2227012	2228440	D	Cofactor: FAD.; Function: amadoriases are a novel class of FAD enzymes which catalyze the oxidative deglycation of glycated amino acids to yield corresponding amino acids,glucosone, and H(2)O(2).; Remark: alternate name for amadoriase II A. fumigatus: fructosyl amine:oxygen oxidoreductase.; Similarity: the ORF encoded protein shows also strong similarity to the amadoriase from Aspergillus terreus described in patent JP10033180-A.; Title: strong similarity to amadoriase II -Aspergillus fumigatus; See PMID 9139700; See PMID 10684633; uncharacterized protein	join(2227012..2227255,2227293..2228440)	Aspergillus niger	4979390
An02g08990	CDS	An02g08990	NT_166519.1	2229267	2230742	D	Remark: a splice site was detected upstream of the START codon.; Title: weak similarity to eukaryotic initiation factor 4B Eif4B - Triticum aestivum; See PMID 10600500; uncharacterized protein	join(2229267..2229647,2229710..2230310,2230366..2230742)	Aspergillus niger	4979391
An02g09000	CDS	An02g09000	NT_166519.1	2235568	2237543	D	Similarity: the similarities of the ORF encoded protein to all other proteins are mainly based on repetitive structures.; Title: weak similarity to dentin sialophosphoprotein DSPP - Homo sapiens; uncharacterized protein	join(2235568..2236513,2236567..2237543)	Aspergillus niger	4979392
An02g09010	CDS	An02g09010	NT_166519.1	2240006	2242650	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to intestinal mucin MUC2 -Homo sapiens; uncharacterized protein	join(2240006..2240083,2240136..2240309,2240365..2242650)	Aspergillus niger	4979393
An02g09020	CDS	An02g09020	NT_166519.1	2244699	2246239	R	Complex: Sds3p (S. cerevisiae) is an integral subunit of the high molecular weight Rpd3p/Sin3p containing yeast histone deacetylase complex (transcriptional repression).; Function: the S. cerevisae Sds3 protein is involved in transcriptional silencing at the HMR locus and telomeres.; Remark: alternate name for S. cerevisiae Sds3: YIL084c.; Similarity: the ORF encoded protein shows strong similarity to the hypothetical protein B2O8. 340 from Neurospora crassa, which is related to nif-specific regulatory protein from Rhizobium leguminosarum,PIR:S06965.; Title: similarity to component of the yeast histone deacetylase complex Sds3 - Saccharomyces cerevisiae; nucleus; See PMID 8978024; See PMID 10655212; See PMID 11024051; uncharacterized protein	complement(join(2244699..2245784,2245856..2246239))	Aspergillus niger	4979394
An02g09030	CDS	An02g09030	NT_166519.1	2247204	2249115	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; hypothetical protein	complement(join(2247204..2247672,2247738..2248260,2248341..2249115))	Aspergillus niger	4979395
An02g09033	CDS	An02g09033	NT_166519.1	2249396	2250083	R	hypothetical protein	complement(join(2249396..2249754,2249849..2250083))	Aspergillus niger	84590402
An02g09040	CDS	An02g09040	NT_166519.1	2255618	2256600	R	Title: strong similarity to EST g7c08a1.r1 -Aspergillus nidulans; uncharacterized protein	complement(join(2255618..2256401,2256470..2256600))	Aspergillus niger	4979397
An02g09050	CDS	An02g09050	NT_166519.1	2259018	2260670	D	Similarity: the ORF encoded protein and Gel3 from Aspergillus fumigatus belong to the fungal Gas1 protein family.; Title: strong similarity to glycosylphosphatidylinositol-anchored beta(1-3)glucanosyltransferase gel3 - Aspergillus fumigatus; plasma membrane; See PMID 10769178; uncharacterized protein	join(2259018..2259165,2259228..2259439,2259552..2260670)	Aspergillus niger	4979398
An02g09060	CDS	An02g09060	NT_166519.1	2261447	2263621	R	Similarity: the ORF encoded protein shows similarity/weak similarity to the many known and hypothetical protein kinases.; Title: similarity to disease associated protein kinase DAPK-3 from patent WO9858052-A2 - Homo sapiens; uncharacterized protein	complement(2261447..2263621)	Aspergillus niger	4979399
An02g09070	CDS	An02g09070	NT_166519.1	2266741	2267664	R	Title: weak similarity to precursor of alpha/beta-gliadin - Triticum aestivum; uncharacterized protein	complement(join(2266741..2266938,2267197..2267664))	Aspergillus niger	4979400
An02g09080	CDS	An02g09080	NT_166519.1	2269043	2273274	R	Similarity: the similarities of the ORF encoded protein to all other proteins are mainly based on repetitive structures.; Title: weak similarity to dentin sialophosphoprotein DSPP - Homo sapiens; uncharacterized protein	complement(join(2269043..2272607,2272735..2272787,2272999..2273005,2273038..2273072,2273119..2273274))	Aspergillus niger	4979401
An02g09090	CDS	An02g09090	NT_166519.1	2273929	2275140	D	Catalytic activity: alpha-D-glucose <=> beta-D-glucose.; Remark: alternate names for mutarotase enzyme: mutarotase or aldose mutarotase.; Similarity: the ORF encoded protein shows also strong similarity to the characterized aldose 1-epimerase mro from Acinetobacter calcoaceticus (Pubmed 3012466).; Title: strong similarity to mutarotase enzyme from patent JP07039380-A - Sus scrofa; uncharacterized protein	2273929..2275140	Aspergillus niger	4979402
An02g09100	CDS	An02g09100	NT_166519.1	2275547	2277256	R	Function: the Act2 protein from S. cerevisiae plays an important role in nuclear pore complex (NPC) structure and function.; Similarity: the ORF encoded protein shows strong similarity to the actin-related protein RO7, required for nuclear localization and proper localization of cytoplasmic dynein and dynactin in Neurospora crassa (still unpublished).; Title: similarity to actin-like protein Act2 -Saccharomyces cerevisiae; See PMID 9218799; See PMID 1729653; uncharacterized protein	complement(2275547..2277256)	Aspergillus niger	4979403
An02g09120	CDS	An02g09120	NT_166519.1	2277558	2281970	R	Remark: the ORF belongs to a retrotransposon-like sequence found also in other contigs.; Remark: the tobacco retrotransposon Tto1 is one of the few active retrotransposons of plants.; Title: strong similarity to hypothetical retrotransposon Tto1 - Nicotiana tabacum; See PMID 8624443; uncharacterized protein	complement(2277558..2281970)	Aspergillus niger	4979404
An02g09150	CDS	An02g09150	NT_166519.1	2282647	2285446	D	Remark: the ORF encoded protein partly contains repetitive structures.; Title: similarity to structure specific nuclease 5 from patent WO9823774-A - Unclassified organism; uncharacterized protein	join(2282647..2282660,2282791..2285357,2285409..2285446)	Aspergillus niger	4979405
An02g09160	CDS	An02g09160	NT_166519.1	2286063	2287217	R	Title: strong similarity to hypothetical protein YOR311c - Saccharomyces cerevisiae; uncharacterized protein	complement(2286063..2287217)	Aspergillus niger	4979406
An02g09170	CDS	An02g09170	NT_166519.1	2287846	2289890	D	Function: Spb4p from S. cerevisiae (an essential putative RNA helicase) is required for a late step in the assembly of 60S ribosomal subunits.; Remark: alternate name for S. cerevisiae Spb4: YFL002C.; Title: strong similarity to ATP dependent RNA helicase Spb4 - Saccharomyces cerevisiae; nucleus; See PMID 8774901; See PMID 9769101; uncharacterized protein	join(2287846..2288184,2288306..2288709,2288765..2289890)	Aspergillus niger	4979407
An02g09180	CDS	An02g09180	NT_166519.1	2290523	2293955	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: the similarities of the ORF encoded protein to MUC1 from S. cerevisiae and the other proteins are mainly based on repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	complement(join(2290523..2291066,2291129..2292029,2292080..2293955))	Aspergillus niger	4979408
An02g09190	CDS	An02g09190	NT_166519.1	2295068	2296037	R	Remark: alternate name for S. cerevisiae MRPS28: YDR337w.; Title: strong similarity to mitochondrial ribosomal protein of the small subunit S15 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2263452; mitochondrial 37S ribosomal protein uS15m	complement(join(2295068..2295331,2295389..2295921,2295992..2296037))	Aspergillus niger	4979409
An02g09200	CDS	An02g09200	NT_166519.1	2296386	2297353	D	Function: the S. cerevisiae Yst1 protein binds DNA. it is required for the assembly and/or stability of the 40S ribosomal subunit.; Remark: the C. albicans CaYst1 protein complements the lethality of a yst1 null mutation in S. cerevisiae.; Similarity: the ORF encoded protein shows also strong similarity to the S. cervisiae Yst1 protein; Title: strong similarity to translational factor CaYST1 - Candida albicans; See PMID 9579059; 40S ribosomal protein uS2	join(2296386..2296555,2296627..2297353)	Aspergillus niger	4979410
An02g09210	CDS	An02g09210	NT_166519.1	2298086	2298923	R	Remark: alternate name for S. cerevisiae Rho2: YNL090W.; Title: similarity to GTP-binding protein Rho2 -Saccharomyces cerevisiae; See PMID 9038344; See PMID 9405296; See PMID 1441750; uncharacterized protein	complement(join(2298086..2298247,2298327..2298446,2298501..2298723,2298835..2298923))	Aspergillus niger	4979411
An02g09220	CDS	An02g09220	NT_166519.1	2299570	2301396	D	Catalytic activity: tRNA uridine <=> tRNA pseudouridine.; Function: the Deg1 product from S. cerevisiae is responsible for the formation of pseudouridine at position 38 and 39 in the anticodon stem and loop of tRNAs.; Localization: Deg1p (S. cer.) localizes both in the nucleus and in the cytoplasm.; Remark: alternate names for S. cerevisiae Deg1: Pus3, YFL001W.; Title: strong similarity to pseudouridine synthase Deg1 - Saccharomyces cerevisiae; nucleus; See PMID 9430663; uncharacterized protein	join(2299570..2300012,2300070..2300179,2300294..2300635,2300738..2301396)	Aspergillus niger	4979412
An02g09230	CDS	An02g09230	NT_166519.1	2301495	2302237	R	Title: similarity to glycosylphosphatidylinositol anchor class H biosynthesis protein GPI-H - Homo sapiens; See PMID 8054538; See PMID 8407896; uncharacterized protein	complement(join(2301495..2301572,2301636..2301838,2301904..2302237))	Aspergillus niger	4979413
An02g09240	CDS	An02g09240	NT_166519.1	2303968	2305369	D	Catalytic activity: ATP + D-ribose 5-phosphate <=> AMP + 5-phospho-alpha-D-ribose 1-diphosphate.; Remark: alternate name for S. cerevisiae Prs5: YOL061W.; Title: strong similarity to ribose-phosphate pyrophosphokinase Prs5 - Saccharomyces cerevisiae; See PMID 9829955; uncharacterized protein	join(2303968..2304885,2304938..2305261,2305313..2305369)	Aspergillus niger	4979414
An02g09250	CDS	An02g09250	NT_166519.1	2306203	2307477	R	Function: the vacuolar ATPase is responsible for acidifying a variety of intracellular compartments in eukaryotic cells. The active enzyme consists of a catalytic V1 domain attached to an integral membrane V0 proton pore complex. The Vma6 subunit from S. cerevisiae is a non-integral membrane component of the membrane pore domain and is required for proper assembly of the V0 sector.; Title: strong similarity to subunit of the vacuolar ATPase Vma6 - Saccharomyces cerevisiae; vacuole; See PMID 8509410; uncharacterized protein	complement(join(2306203..2306286,2306342..2307225,2307291..2307379,2307446..2307477))	Aspergillus niger	4979415
An02g09260	CDS	An02g09260	NT_166519.1	2307814	2309750	D	Complex: the S. cerevisiae Nop5 protein interacts with Nop1.; Function: S. cerevisiae Nop5 is required for pre-18S rRNA processing.; Remark: alternate names for S. cerevisiae Nop5: Nop58 or YOR310C.; Title: strong similarity to nucleolar protein Nop5 -Saccharomyces cerevisiae; nucleus; See PMID 9632712; uncharacterized protein	join(2307814..2307938,2308065..2308225,2308294..2309750)	Aspergillus niger	4979416
An02g09270	CDS	An02g09270	NT_166519.1	2310631	2312353	R	Catalytic activity: Cellobiose + O(2) <=> cellobiono-1,5-lactone + H(2)O(2).; Cofactor: Flavoprotein; Heme.; Function: the cellobiose dehydrogenase (oxidase) (CBDH) is secreted by the soft-rot thermophilic fungus Humicola insolens during growth on cellulose.; Remark: alternate EC 1. 1. 99. 18.; Title: strong similarity to cellobiose dehydrogenase CBDH - Humicola insolens; extracellular/secretion proteins; See PMID 9461557; See PMID 9920875; uncharacterized protein	complement(join(2310631..2310738,2310809..2312353))	Aspergillus niger	4979417
An02g09280	CDS	An02g09280	NT_166519.1	2313743	2315426	D	Similarity: the similarities of the ORF encoded protein to RPGR from B. taurus and to other proteins are only based on repetitive structures.; Title: similarity to retinitis pigmentosa GTPase regulator RPGR - Bos taurus; See PMID 10932196; uncharacterized protein	join(2313743..2314155,2314241..2314490,2314521..2314673,2314878..2315426)	Aspergillus niger	4979418
An02g09290	CDS	An02g09290	NT_166519.1	2316286	2318177	R	hypothetical protein	complement(join(2316286..2317926,2317992..2318177))	Aspergillus niger	4979419
An02g09300	CDS	An02g09300	NT_166519.1	2319602	2320648	R	Title: strong similarity to hypothetical protein CAD21172.1 - Neurospora crassa; uncharacterized protein	complement(2319602..2320648)	Aspergillus niger	4979420
An02g09310	CDS	An02g09310	NT_166519.1	2321227	2322444	R	Remark: alternate names for the human stomatin protein: EPB72,BND7 or erythrocyte band 7 integral membrane protein.; Remark: defects in EPB72 in red blood cells of patients with hereditary stomatocytosis or cryohydrocytosis results in an increased Na+/K+-permeability and hence to a disorder of cell volume control.; Similarity: the ORF encoded protein shows also strong similarity to the human protein described in patent WO9925825-A2.; Title: strong similarity to erythrocyte membrane protein stomatin - Homo sapiens; See PMID 7592848; See PMID 8825639; See PMID 1547348; uncharacterized protein	complement(join(2321227..2321457,2321508..2322000,2322060..2322177,2322249..2322444))	Aspergillus niger	4979421
An02g09330	CDS	An02g09330	NT_166519.1	2326496	2327688	D	Remark: N-terminally truncated ORF due to the end of contig.; Title: weak similarity to S-phase kinase associated protein p45Skp2 from patent WO9711176-A2 - Homo sapiens [truncated ORF]; uncharacterized protein	join(<2326496..2327001,2327064..2327688)	Aspergillus niger	4979423
An02g09340	CDS	An02g09340	NT_166519.1	2328182	2329342	D	Similarity: the ORF encoded protein shows also weak similarity chitinase ChiA from Emericella nidulans (Pubmed 9501518).; Title: weak similarity to TRK2 protein fragment from patent WO9909151-A2 - Lycopersicon esculentum; uncharacterized protein	2328182..2329342	Aspergillus niger	4979424
An02g09350	CDS	An02g09350	NT_166519.1	2329580	2331968	R	Remark: the cDNA of the sulfate transport protein 2 (shst2) from Stylosanthes hamata has been isolated by complementation of a yeast mutant.; Title: strong similarity to sulfate transport protein shst2 - Stylosanthes hamata; See PMID 7568135; uncharacterized protein	complement(join(2329580..2330278,2330341..2330857,2330928..2331557,2331622..2331968))	Aspergillus niger	4979425
An02g09360	CDS	An02g09360	NT_166519.1	2333182	2333692	R	hypothetical protein	complement(join(2333182..2333577,2333657..2333692))	Aspergillus niger	84590403
An02g09370	CDS	An02g09370	NT_166519.1	2334472	2335214	D	Complex: the human eIF2 translation initiation factor is a heterotrimer composed of an alpha, a beta, and a gamma chain.; Function: the human eIF-2 functions in the early steps of protein synthesis by forming a ternary complex with GTP and initiator tRNA. This complex binds to a 40s ribosomal subunit, followed by mRNA binding to form a 43S preinitiation complex. Junction of the 60S ribosomal subunit to form the 80S initiation complex is preceded by hydrolysis of the GTP bound to eIF-2 and release of an eIF-2-GDP binary complex. In order for eIF-2 to recycle and catalyze another round of initiation, the GDP bound to eIF-2 must exchange with gIF by way of a reaction catalyzed by eIF-2b.; Remark: N-terminally truncated ORF due to the end of contig.; Title: similarity to translation initiation factor eIF-2 alpha chain EIF2A - Homo sapiens [truncated ORF]; cytoplasm; See PMID 1748310; See PMID 2948954; uncharacterized protein	join(<2334472..2334680,2334737..2335214)	Aspergillus niger	4979427
An02g09380	CDS	An02g09380	NT_166519.1	2335275	2335841	D	Title: questionable ORF; uncharacterized protein	join(2335275..2335359,2335528..2335634,2335734..2335841)	Aspergillus niger	84590404
An02g09390	CDS	An02g09390	NT_166519.1	2336001	2338133	D	Function: the murine Trp6 protein is a nonselective capacitative calcium entry channel subunit. It mediates calcium entry stimulated by a G-protein coupled receptor but not by intracellular calcium store depletion. It becomes activated by diacylglycerol (DAG) in a membrane-delimited fashion independently of protein kinase C. It is permeable for calcium, cesium, sodium, potassium and magnesium.; Remark: TREMBL:SCYOR089C_2 is not S. cerevisiae YOR089c/Vps21. It is identical to a truncated YOR088c protein.; Similarity: only the C-terminal part of the ORF encoded protein shows strong similarity to the S. cerevisiae hypothetical protein YOR088c. The N-terminal part of the ORF encoded protein is similar to the complete peptide sequence of the hypothetical protein YOR087w from S. cerevisiae. The ORF encoded protein can not be divided into two separate ORFs.; Similarity: the ORF DNA sequence shows strong similarity the EST an_1965 from Aspergillus niger.; Title: similarity to capacitative calcium entry channel Trp6 - Mus musculus; plasma membrane; See PMID 9368034; uncharacterized protein	join(2336001..2336076,2336136..2336463,2336520..2337454,2337510..2337650,2337700..2338133)	Aspergillus niger	4979429
An02g09420	CDS	An02g09420	NT_166519.1	2339657	2341451	R	Function: TRI4 from F. sporotrichioides catalyzes the first oxygenation step in the trichothecene pathway and participates in apotrichodiol biosynthesis.; Remark: Trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Remark: alternate name for Fusarium sporotrichioides TRI4: CYP58.; Similarity: TRI4 (F. s.) belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 trichodiene oxygenase TRI4 - Fusarium sporotrichioides; See PMID 7651333; uncharacterized protein	complement(join(2339657..2339849,2339885..2340051,2340109..2340219,2340276..2340593,2340645..2341451))	Aspergillus niger	4979432
An02g09430	CDS	An02g09430	NT_166519.1	2342236	2350059	D	Remark: FUM5 from Gibberella fujikuroi is a PKS gene required for fumonisin biosynthesis.; Remark: Fumonisins are toxins associated with several mycotoxicoses and are produced by the maize pathogen Gibberella fujikuroi mating population A (MP-A).; Remark: a putative frameshift results in an premature STOP codon.; Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis [putative frameshift]; putative frameshift; See PMID 10413619; See PMID 11238987; uncharacterized protein	join(2342236..2343345,2343398..2343521,2343573..2343685,2343733..2344183,2344251..2344697,2344749..2348239,2348294..2348634,2348692..2349163,2349219..>2350059)	Aspergillus niger	4979433
An02g09440	CDS	An02g09440	NT_166519.1	2350690	2352781	R	Remark: ankyrin repeats are believed to mediate protein-protein interactions.; Title: similarity to ankyrin Ank2 - Drosophila melanogaster; See PMID 7937942; uncharacterized protein	complement(join(2350690..2351147,2351218..2352781))	Aspergillus niger	4979434
An02g09450	CDS	An02g09450	NT_166519.1	2353322	2354033	D	hypothetical protein	join(2353322..2353411,2353489..2353587,2353806..2353874,2353953..2354033)	Aspergillus niger	84590405
An02g09460	CDS	An02g09460	NT_166519.1	2354370	2356719	R	Complex: S. cerevisiae Pep7 (Vac1) genetically and physically interacts with the activated, GTP-bound form of Vps21, a Rab GTPase that functions in Golgi-to-endosome transport, and with Vps45.; Function: S. cerevisiae Pep7 is required for the transport of the Golgi-precursors of the soluble hydrolases carboxypeptidase Y, proteinase A, and proteinase B to the endosome. Pep7 functions in a vesicle consumption step in vesicle-mediated transport of soluble hydrolases to the endosome.; Remark: alternate names for S. cerevisiae Pep7: Vac1, Vpl21, Vps19, Vpt19 or YDR323C.; Title: strong similarity to vacuolar segregation protein Pep7 - Saccharomyces cerevisiae; See PMID 9168472; See PMID 10021387; uncharacterized protein	complement(join(2354370..2355000,2355069..2355288,2355343..2355717,2355777..2356270,2356334..2356356,2356435..2356719))	Aspergillus niger	4979436
An02g09470	CDS	An02g09470	NT_166519.1	2357268	2359448	R	Function: Spf1 (Cod1) was discouvered to be involved in the control of HMG-CoA reductase degradation. spf1 mutants show resistance to the killer toxin SMKT. A functional characterization about its P-type ATPase function is not published yet.; Remark: N-terminally truncated ORF due to the end of contig.; Remark: alternate name for S. cerevisiae Spf1: Cod1 or YEL031W.; Similarity: S. cerevisiae Spf1 and the ORF encoded protein belong to the cation transport ATPases family (E1-E2 ATPases); subfamily V.; Title: strong similarity to hypothetical Ca2+-transporting ATPase Spf1 - Saccharomyces cerevisiae [truncated ORF]; plasma membrane; See PMID 10361284; See PMID 10704442; uncharacterized protein	complement(join(2357268..2357697,2357756..2357892,2357946..2358379,2358419..>2359448))	Aspergillus niger	4979437
An02g09480	CDS	An02g09480	NT_166519.1	2359550	2361028	R	Function: Spf1 (Cod1) was discouvered to be involved in the control of HMG-CoA reductase degradation. spf1 mutants show resistance to the killer toxin SMKT. A functional characterization about its P-type ATPase function is not published yet.; Remark: C-terminally truncated ORF due to the end of contig.; Remark: alternate name for S. cerevisiae Spf1: Cod1 or YEL031W.; Similarity: S. cerevisiae Spf1 and the ORF encoded protein belong to the cation transport ATPases family (E1-E2 ATPases); subfamily V.; Title: strong similarity to hypothetical Ca2+-transporting ATPase Spf1 - Saccharomyces cerevisiae [truncated ORF]; plasma membrane; See PMID 10361284; See PMID 10704442; uncharacterized protein	complement(<2359550..2361028)	Aspergillus niger	84590406
An02g09490	CDS	An02g09490	NT_166519.1	2361087	2361769	R	hypothetical protein	complement(join(2361087..2361213,2361293..2361385,2361499..2361572,2361617..2361709,2361755..2361769))	Aspergillus niger	84590407
An02g09500	CDS	An02g09500	NT_166519.1	2361939	2363254	R	Function: Pth11 from M. grisea is involved in surface dependent signal transduction during plant infection. Pth11 can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces.; Remark: the filamentous ascomycete Magnaporthe grisea is the blast pathogen of many grass species,including rice.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(2361939..2362324,2362381..2362445,2362503..2363038,2363102..2363254))	Aspergillus niger	4979440
An02g09510	CDS	An02g09510	NT_166519.1	2363448	2365217	R	hypothetical protein	complement(join(2363448..2363595,2363761..2363912,2364013..2364114,2364359..2364424,2364506..2364595,2364696..2364820,2364953..2365217))	Aspergillus niger	84590408
An02g09520	CDS	An02g09520	NT_166519.1	2365480	2366132	R	hypothetical protein	complement(join(2365480..2365587,2365687..2365694,2365841..2365871,2366082..2366132))	Aspergillus niger	84590409
An02g09530	CDS	An02g09530	NT_166519.1	2368427	2370387	R	Function: Pth11 from M. grisea is involved in surface dependent signal transduction during plant infection. Pth11 can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces.; Remark: the filamentous ascomycete Magnaporthe grisea is the blast pathogen of many grass species,including rice.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(2368427..2368494,2368727..2368889,2368927..2369291,2369428..2369495,2369555..2369697,2369744..2369962,2370032..2370136,2370190..2370387))	Aspergillus niger	4979443
An02g09540	CDS	An02g09540	NT_166519.1	2371071	2372952	D	Function: Hnm1 from S. cerevisiae is responsible for the yeast choline import. A mutant displays a phenotype only when the internal choline biosynthesis is destroyed (cho1-mutants).; Remark: alternate names for S. cerevisiae Hnm1: Ctr1, Ctr or YGL077C.; Title: strong similarity to choline permease Hnm1 -Saccharomyces cerevisiae; See PMID 1878995; uncharacterized protein	join(2371071..2371190,2371255..2371439,2371507..2371586,2371653..2371663,2371735..2372104,2372168..2372952)	Aspergillus niger	4979444
An02g09550	CDS	An02g09550	NT_166519.1	2373355	2374189	R	Function: disruption of het-c2 gene from Podospora anserina drastically impairs ascospore production in homozygous crosses, and some mutants exhibit abnormal branching of apical hyphae. the protein encoded by het-c2 is essential in the biology of the fungus and may be involved in cell-wall biosynthesis.; Similarity: the ORF encoded protein and the het-c2 protein from Podospora anserina are also similar to the pig glycolipid transfer protein, GTLP.; Title: strong similarity to protein het-c2 -Podospora anserina; See PMID 8016091; uncharacterized protein	complement(join(2373355..2373649,2373764..2373882,2373943..2374001,2374063..2374189))	Aspergillus niger	4979445
An02g09560	CDS	An02g09560	NT_166519.1	2375032	2376142	R	Similarity: the ORF encoded protein shows strongest similarity to the unpublished human protein LRP16.; Title: strong similarity to protein regulating gene expression PRGE-6 from patent WO9964596-A2 - Homo sapiens; nucleus; uncharacterized protein	complement(join(2375032..2375449,2375508..2376142))	Aspergillus niger	4979446
An02g09570	CDS	An02g09570	NT_166519.1	2380463	2381260	D	hypothetical protein	join(2380463..2380527,2380664..2380844,2380938..2381089,2381152..2381260)	Aspergillus niger	84590410
An02g09580	CDS	An02g09580	NT_166519.1	2381360	2382298	R	hypothetical protein	complement(join(2381360..2381499,2381566..2381788,2381853..2381945,2382263..2382298))	Aspergillus niger	84590411
An02g09600	CDS	An02g09600	NT_166519.1	2383660	2384504	R	hypothetical protein	complement(join(2383660..2383712,2383851..2384003,2384099..2384241,2384464..2384504))	Aspergillus niger	84590412
An02g09610	CDS	An02g09610	NT_166519.1	2385298	2387154	R	Protein sequence is in conflict with the conceptual translation; Function: N. crassa WC-1 is a transcription factor involved in light regulation. It binds and affects blue light regulation of the AL-3 gene.; Similarity: the ORF encoded protein shows also exclusively very strong similarity to the E. nidulans NsdD gene product.; Similarity: the ORF encoded protein, WC-1 from N. crassa and NsdD from E. nidulans belong to the GATA-type transcription factor family.; Title: similarity to zinc-finger transcription factor WC-1 - Neurospora crassa; nucleus; putative frameshift; See PMID 9009271; uncharacterized protein	complement(join(2385298..2385506,2385677..2386010,2386103..2387036,2387123..2387154))	Aspergillus niger	4979450
An02g09620	CDS	An02g09620	NT_166519.1	2388612	2389661	R	hypothetical protein	complement(join(2388612..2388757,2388823..2389017,2389121..2389292,2389512..2389661))	Aspergillus niger	84590413
An02g09630	CDS	An02g09630	NT_166519.1	2390911	2391415	R	hypothetical protein	complement(join(2390911..2391065,2391265..2391415))	Aspergillus niger	84590414
An02g09640	CDS	An02g09640	NT_166519.1	2393174	2395158	R	hypothetical protein	complement(join(2393174..2393273,2393559..2393680,2394045..2394166,2394237..2394384,2394426..2394478,2394681..2394854,2394893..2394938,2395027..2395082,2395137..2395158))	Aspergillus niger	84590415
An02g09650	CDS	An02g09650	NT_166519.1	2395210	2395943	D	hypothetical protein	join(2395210..2395535,2395739..2395943)	Aspergillus niger	84590416
An02g09660	CDS	An02g09660	NT_166519.1	2396465	2398188	R	hypothetical protein	complement(join(2396465..2396689,2396773..2396836,2397110..2397250,2397357..2397413,2397643..2397763,2397820..2397887,2398055..2398188))	Aspergillus niger	84590417
An02g09670	CDS	An02g09670	NT_166519.1	2398246	2399514	D	hypothetical protein	join(2398246..2398299,2398925..2399133,2399189..2399237,2399311..2399514)	Aspergillus niger	84590418
An02g09680	CDS	An02g09680	NT_166519.1	2402162	2402955	R	hypothetical protein	complement(join(2402162..2402296,2402379..2402534,2402602..2402690,2402706..2402955))	Aspergillus niger	84590419
An02g09690	CDS	An02g09690	NT_166519.1	2403836	2405733	R	Catalytic activity: triacylglycerol + H2O = diacylglycerol + a carboxylate; diacylglycerol + H2O = monoacylglycerol + a carboxylate.; Pathway: glycerolipid metabolism.; Remark: TFL I is a trimer enzyme.; Similarity: belongs to the carboxylesterases type-B family.; Title: strong similarity to lipase I precursor TFLI - Geotrichum fermentans; See PMID 9228786; uncharacterized protein	complement(join(2403836..2404434,2404505..2405125,2405182..2405368,2405455..2405733))	Aspergillus niger	4979458
An02g09700	CDS	An02g09700	NT_166519.1	2405937	2407093	D	hypothetical protein	join(2405937..2406056,2406129..2406208,2406327..2406446,2406549..2406631,2406729..2406857,2406924..2407093)	Aspergillus niger	84590420
An02g09710	CDS	An02g09710	NT_166519.1	2407417	2407955	D	hypothetical protein	join(2407417..2407804,2407846..2407955)	Aspergillus niger	4979460
An02g09720	CDS	An02g09720	NT_166519.1	2408241	2410629	R	Catalytic activity: ATP + L-glutamate + L-cysteine = ADP + orthophosphate + gamma-L-glutamyl-L-cysteine.; Pathway: glutamate metabolism; glutathione metabolism.; Remark: a DNA fragment encoding gamma-glutamylcysteine synthetase [EC 6. 3. 2. 2] of Schizosaccharomyces pombe was cloned by complementation of the cadmium hypersensitivity of a S. pombe mutant deficient in the enzyme.; Title: strong similarity to gamma-glutamylcysteine synthase gcs1p - Schizosaccharomyces pombe; See PMID 7608113; See PMID 8619315; uncharacterized protein	complement(join(2408241..2409242,2409307..2409892,2409947..2410072,2410131..2410273,2410337..2410402,2410475..2410547,2410619..2410629))	Aspergillus niger	4979461
An02g09730	CDS	An02g09730	NT_166519.1	2411693	2412154	R	Catalytic activity: NADH + ubiquinone <=> NAD(+) + ubiquinol.; Pathway: ubiquinone biosynthesis; oxidative phosphorylation.; Remark: strong similarity to Arabidopsis thaliana protein fragment SEQ ID NO: 4828 patent EP1033405-A2.; Remark: the homologues human protein was earlier proposed to be a cell adhesion protein.; Remark: the predicted ORF is 22 amino acids shorter at the N- and C-terminus than the CI-B18 chain of NADH:ubiquinone reductase from B. taurus.; Similarity: the ORF shows similarity to several ubiquinone oxidoreductases.; Title: similarity to 18 kD subunit of NADH:ubiquinone reductase CI-B18 - Bos taurus; See PMID 1518044; uncharacterized protein	complement(join(2411693..2411797,2411886..2412010,2412103..2412154))	Aspergillus niger	4979462
An02g09740	CDS	An02g09740	NT_166519.1	2412585	2415765	D	Remark: in the fission yeast S. pombe, the 'start' of the cell cycle is controlled by the two functionally redundant transcriptional regulator complexes, Res1p-Cdc10p and Res2p-Cdc10p, that activate genes essential for the onset and progression of S phase.; Remark: res2+ in fission yeast is largely redundant in function with res1+ and is required for the initiation of mitotic and premeiotic DNA synthesis, but has an additional role in meiotic division. unlike res1+, res2+ is highly induced during conjugation and strongly depends on cdc10+ for its activity.; Title: strong similarity to cell cycle regulator res2p - Schizosaccharomyces pombe; See PMID 8168485; See PMID 10982385; uncharacterized protein	join(2412585..2412632,2412745..2412931,2412991..2414819,2414981..2415129,2415492..2415605,2415650..2415658,2415723..2415765)	Aspergillus niger	4979463
An02g09770	CDS	An02g09770	NT_166519.1	2417471	2419054	D	hypothetical protein	join(2417471..2417569,2417653..2417880,2417974..2418114,2418232..2418396,2418561..2418630,2418722..2418879,2418947..2419054)	Aspergillus niger	84590421
An02g09780	CDS	An02g09780	NT_166519.1	2419836	2421658	D	Remark: S. cerevisiae normally will not take up sterols from the environment under aerobic conditions. A specific mutant, upc2-1, of the predicted transcriptional activator UPC2 (YDR213w) has been recognized as a strain that allows a high level of aerobic sterol uptake.; Remark: alternative name is YDR213w.; Similarity: to unassigned GAL4-type zinc cluster proteins; GAL4 zinc binuclear cluster homology.; Title: similarity to RNA polymerase II transcription factor Upc2 - Saccharomyces cerevisiae; See PMID 11208779; uncharacterized protein	join(2419836..2420633,2420687..2421490,2421545..2421658)	Aspergillus niger	4979467
An02g09790	CDS	An02g09790	NT_166519.1	2422421	2424667	R	Remark: strong similarity to Arabidopsis thaliana protein fragment SEQ ID NO: 38506 patent EP1033405-A2.; Remark: strong similarity to EST SEQ ID NO:4038 from Aspergillus niger.; Remark: the predicted ORF is a putative amino acid permease.; Similarity: to choline transport proteins.; Title: strong similarity to protein fragment SEQ ID NO:38506 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(2422421..2422632,2422710..2423112,2423174..2423697,2423765..2423885,2423938..2424163,2424212..2424287,2424398..2424473,2424551..2424667))	Aspergillus niger	4979468
An02g09795	CDS	An02g09795	NT_166519.1	2424995	2425282	R	hypothetical protein	complement(2424995..2425282)	Aspergillus niger	84590422
An02g09800	CDS	An02g09800	NT_166519.1	2425669	2426934	D	hypothetical protein	join(2425669..2425932,2426027..2426171,2426251..2426349,2426504..2426617,2426684..2426934)	Aspergillus niger	84590423
An02g09810	CDS	An02g09810	NT_166519.1	2427273	2431431	D	Catalytic activity: NADPH + NAD+ = NADP+ + NADH.; Function: the transhydrogenation between nadh and nadp is coupled to respiration and atp hydrolysis and functions as a proton pump across the membrane.; Pathway: nicotinate and nicotinamide metabolism.; Remark: a splice site upstream of the START codon was detected.; Remark: similarity to EST an_2187 from Aspergillus niger.; Remark: the mitochondrial energy-linked nicotinamide nucleotide transhydrogenase is a homodimer of monomer Mr = 109,228. Hydropathy analysis of its cDNA-deduced amino acid sequence (1043 residues) has indicated that the molecule is composed of 3 domains: a 430-residue-long hydrophilic N-terminal domain which binds NAD(H), a 200-residue-long hydrophilic C-terminal domain which binds NADP(H), and a 400-residue-long hydrophobic central domain which appears to be made up mainly of about 14 hydrophobic clusters of approximately 20 residues each.; Similarity: to E. coli transhydrogenase alpha- and beta-subunit and to alanine dehydrogenases.; Title: strong similarity to mitochondrial nicotinamide nucleotide transhydrogenase NNTM - Bos taurus; See PMID 3277960; See PMID 2005110; uncharacterized protein	join(2427273..2427369,2427435..2427996,2428048..2428137,2428191..2428194,2428244..2428306,2428364..2428624,2428676..2428793,2428825..2429295,2429347..2429499,2429552..2429692,2429736..2429897,2429943..2430113,2430157..2430411,2430456..2430589,2430639..2430785,2430830..2431002,2431038..2431231,2431279..2431353,2431400..2431431)	Aspergillus niger	4979471
An02g09820	CDS	An02g09820	NT_166519.1	2432437	2432664	R	Remark: the ORF is short in length (54 amino acids).; hypothetical protein	complement(join(2432437..2432509,2432573..2432664))	Aspergillus niger	84590424
An02g09830	CDS	An02g09830	NT_166519.1	2434429	2435916	R	hypothetical protein	complement(2434429..2435916)	Aspergillus niger	4979473
An02g09840	CDS	An02g09840	NT_166519.1	2436502	2438152	R	hypothetical protein	complement(join(2436502..2436682,2436762..2436845,2437145..2437271,2437369..2437446,2437662..2437819,2438094..2438152))	Aspergillus niger	84590425
An02g09850	CDS	An02g09850	NT_166519.1	2438368	2438681	D	hypothetical protein	join(2438368..2438480,2438579..2438681)	Aspergillus niger	84590426
An02g09860	CDS	An02g09860	NT_166519.1	2438757	2440502	R	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	complement(join(2438757..2438847,2439073..2439129,2439190..2439321,2439400..2439467,2439555..2439593,2440291..2440343,2440415..2440502))	Aspergillus niger	84590427
An02g09870	CDS	An02g09870	NT_166519.1	2440881	2441249	D	Title: questionable ORF; uncharacterized protein	join(2440881..2440958,2441102..2441113,2441196..2441249)	Aspergillus niger	84590428
An02g09880	CDS	An02g09880	NT_166519.1	2441863	2443130	R	hypothetical protein	complement(join(2441863..2442470,2442548..2443130))	Aspergillus niger	84590429
An02g09890	CDS	An02g09890	NT_166519.1	2443896	2444278	R	Title: strong similarity to EST an_2336 -Aspergillus niger; uncharacterized protein	complement(join(2443896..2443916,2443979..2444278))	Aspergillus niger	4979479
An02g09900	CDS	An02g09900	NT_166519.1	2444513	2445640	R	hypothetical protein	complement(join(2444513..2444653,2444730..2444930,2445148..2445273,2445575..2445640))	Aspergillus niger	84590430
An02g09910	CDS	An02g09910	NT_166519.1	2446265	2447411	R	Remark: FEN1 S. cerevisiae is involved in the synthesis of 1,3-beta-glucan, a component of the cell wall,and elongation of fatty acids up to 24 carbons .; Title: strong similarity to fatty acid elongase Fen1 - Saccharomyces cerevisiae; See PMID 9211877; uncharacterized protein	complement(join(2446265..2446605,2446655..2446937,2447007..2447411))	Aspergillus niger	4979481
An02g09920	CDS	An02g09920	NT_166519.1	2447486	2448130	D	hypothetical protein	join(2447486..2447705,2447790..2448130)	Aspergillus niger	84590431
An02g09930	CDS	An02g09930	NT_166519.1	2449240	2450130	D	Catalytic activity: 4 ferrocytochrome c + O2 = 4 ferricytochrome c + 2 H2O.; Pathway: oxidative phosphorylation.; Remark: Cytochrome c oxidase (CcO) in S. cerevisiae is subject to intricate physiological control. Growth phase, carbon source, and oxygen level are three well recognized modulators of CcO expression.; Remark: strong similarity to EST an_2060 from Aspergillus niger.; Similarity: to mammalian cytochrome-c oxidase chain Va.; Title: strong similarity to subunit VI of cytochrome c oxidase Cox6 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 6210289; See PMID 6290493; See PMID 2537949; uncharacterized protein	join(2449240..2449433,2449606..2449651,2449812..2449929,2450012..2450130)	Aspergillus niger	4979483
An02g09940	CDS	An02g09940	NT_166519.1	2451098	2452493	R	Catalytic activity: transfers an alpha-D-mannosyl residue from GDPmannose into lipid--linked oligosaccharide,forming an alpha-1,2-D-mannosyl-D-mannose linkage.; Pathway: glycoprotein biosynthesis.; Remark: KTR1 S. cerevisiae utilizes mannose,methyl-alpha-mannoside, alpha-1,2-mannobiose and methyl-alpha-1,2-mannobiose, as well as Man15-30GlcNAc,derived from mnn2 mutant glycoproteins, as substrates. It did not utilize alpha-1,6-mannobiose, alpha-1,6-mannotriose, alpha-1,6-mannotetraose, mammalian Man9GlcNAc or yeast Man9-10GlcNAc.; Remark: glycosylation constitutes one of the most important of all the post-translational modifications and may have numerous effects on the function, structure,physical properties and targeting of particular proteins. Eukaryotic glycan structures are progressively elaborated in the secretory pathway. Following the addition of a core N-linked carbohydrate in the endoplasmic reticulum,glycoproteins move to the Golgi complex where the elongation of O-linked sugar chains and processing of complex N-linked oligosaccharide structures take place.; Similarity: belongs to the; Title: strong similarity to alpha-1,2-mannosyltransferase Ktr1 - Saccharomyces cerevisiae; See PMID 8631921; See PMID 9020857; See PMID 9878809; uncharacterized protein	complement(join(2451098..2451254,2451316..2451934,2451991..2452254,2452337..2452493))	Aspergillus niger	4979484
An02g09950	CDS	An02g09950	NT_166519.1	2452835	2455575	D	Remark: GCP3 colocalizes with gamma-tubulin at the centrosome, cosediment with gamma-tubulin in sucrose gradients, and coimmunoprecipitate with gamma-tubulin,indicating that they are part of the gamma-tubulin complex. The yeast spindle pole body and the animal centrosome share a common molecular mechanism for microtubule nucleation.; Title: similarity to spindle pole body protein spc98 homolog GCP3 - Homo sapiens; See PMID 9566967; uncharacterized protein	join(2452835..2452852,2452963..2455575)	Aspergillus niger	4979485
An02g09960	CDS	An02g09960	NT_166519.1	2456100	2460185	R	Catalytic activity: ATP + 5'-phosphoribosyl-N-formylglycinamide + L-glutamine + H2O = ADP + orthophosphate + 5'-phosphoribosyl-N-formylglycinamidine + L-glutamate.; Pathway: purine metabolism.; Remark: Escherichia coli 5'-phosphoribosylformylglycinamide (FGAR) amidotransferase (EC 6. 3. 5. 3) encoded by the purL gene catalyzes the conversion of FGAR to formylglycinamidine in the presence of glutamine and ATP for the de novo purine nucleotide biosynthesis.; Similarity: belongs to the phosphoribosylformylglycinamidine synthase family.; Title: strong similarity to phosphoribosylformylglycinamidine synthase purL -Escherichia coli; See PMID 2531746; See PMID 2659070; uncharacterized protein	complement(2456100..2460185)	Aspergillus niger	4979486
An02g09970	CDS	An02g09970	NT_166519.1	2461797	2464041	D	Function: might be a membrane transporter used in A. chrysogenum to improve the fermentation ability.; Remark: strong similarity to A. chrysogenum cephalosporin C biosynthesis protein patent JP09009966-A.; Similarity: to multidrug transporters of diverse fungal species.; Title: strong similarity to cephalosporin C biosynthesis protein from patent JP09009966-A - Acremonium chrysogenum; uncharacterized protein	join(2461797..2462226,2462277..2462880,2462927..2463264,2463315..2463557,2463857..2464041)	Aspergillus niger	4979487
An02g09980	CDS	An02g09980	NT_166519.1	2464151	2465446	D	Title: similarity to hypothetical protein encoded by An01g14410 - Aspergillus niger; uncharacterized protein	join(2464151..2464250,2464311..2464573,2464656..2464726,2464803..2464881,2465159..2465446)	Aspergillus niger	84590432
An02g09990	CDS	An02g09990	NT_166519.1	2465511	2468093	D	Similarity: the N-terminus of the ORF shows local similarity to zinc-finger containing transcription factors.; Title: weak similarity to CYC1/CYP3 transcription activator Hap1 - Saccharomyces cerevisiae; See PMID 2851658; See PMID 2643482; uncharacterized protein	join(2465511..2466394,2466455..2466714,2466764..2466989,2467037..2468093)	Aspergillus niger	4979489
An02g10000	CDS	An02g10000	NT_166519.1	2468310	2469681	R	Catalytic activity: 4-fumarylacetoacetate + H(2)O = acetoacetate + fumarate.; Function: use of phenylalanine and phenylacetate as a carbon source.; Induction: by phenylacetate (PhOAc), 2OH-PhOAc,3OH-PhOAc, 4OH-PhOAc, phenylalanine, and tyrosine.; Induction: not induced by acetate or glutamate.; Pathway: last step in the metabolism of tyrosine.; Remark: N-terminal truncated ORF due to end of contig.; Remark: disruption of the fah gene results in phenylalanine toxicity, secretion of succinylacetone and the absence of growth. This is analogous to the genetic disease, type I hereditary tyrosinaemia (ht1) in humans.; Repression: expression is partially repressed by glucose.; Title: strong similarity to fumarylacetoacetate hydrolase fahA - Aspergillus nidulans [truncated ORF]; See PMID 7568087; uncharacterized protein	complement(join(2468310..2468920,2468954..2469298,2469375..>2469681))	Aspergillus niger	4979490
An02g10010	CDS	An02g10010	NT_166519.1	2471687	2473684	R	Function: D. buzzatii Osvaldo pol codes for a putative protease (PR), a reverse transcriptase/ribonuclease H (RT/RH), a integrase (IN), and a significant portion of the surface envelope (ENV) protein.; Remark: the predicted A. niger protein contains two possible sequencing errors at position 31867 and 32236.; Similarity: similarity is from the predicted A. niger protein to the N-terminal half of, which is 700 aa longer.; Title: similarity to retrotransposon Osvaldo gene pol - Drosophila buzzatii [putative pseudogene]; putative pseudogene; See PMID 10406108; uncharacterized protein	complement(join(2471687..2472018,2472082..2472737,2472875..2473208,2473633..2473684))	Aspergillus niger	84590433
An02g10020	CDS	An02g10020	NT_166519.1	2475442	2475728	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(2475442..2475528,2475687..2475728)	Aspergillus niger	84590434
An02g10030	CDS	An02g10030	NT_166519.1	2476365	2477080	R	Title: weak similarity to hypothetical protein encoded by An08g11120 - Aspergillus niger; uncharacterized protein	complement(join(2476365..2476662,2476761..2477080))	Aspergillus niger	4979493
An02g10040	CDS	An02g10040	NT_166519.1	2479666	2480766	R	Catalytic activity: cinnamyl-alcohol dehydrogenases convert cinnamyl alcohol + NADP(+) to cinnamaldehyde + NADPH.; Function: E. gunnii CAD1 catalyses the conversion of p-hydroxy-cinnamaldehydes to the corresponding alcohols and is considered a key enzyme in lignin biosynthesis.; Function: E. gunnii CAD1 exhibits high affinity towards lignin precursors including 4-coumaraldehyde and coniferaldehyde, but does not accept sinapaldehyde, and recombinant CAD 1 can also utilize a wide range of aromatic substrates including unsubstituted and substituted benzaldehydes.; Title: strong similarity to cinnamyl alcohol dehydrogenase CAD1 - Eucalyptus gunnii; See PMID 9526508; uncharacterized protein	complement(join(2479666..2480330,2480385..2480766))	Aspergillus niger	4979494
An02g10050	CDS	An02g10050	NT_166519.1	2481239	2484224	R	Remark: Schizosaccharomyces pombe thi1 gene acts as an activator of several thiamine-repressible genes which are involved in the control of thiamine metabolism.; Similarity: contains a zn(2)-cys(6), fungal-type binuclear cluster domain.; Title: similarity to transcription activator thi1p -Schizosaccharomyces pombe; nucleus; See PMID 8088540; uncharacterized protein	complement(join(2481239..2482672,2482741..2483268,2483328..2483666,2483718..2483854,2483928..2484012,2484189..2484224))	Aspergillus niger	4979495
An02g10060	CDS	An02g10060	NT_166519.1	2485273	2488831	R	Title: weak similarity to regulator of beta-1,3-glucan synthase Hkr1 - Saccharomyces cerevisiae; See PMID 8113191; See PMID 8550469; uncharacterized protein	complement(join(2485273..2485290,2485359..2485367,2485800..2485889,2485983..2486057,2486165..2486206,2486455..2486690,2486750..2487247,2487300..2487487,2487651..2487743,2487973..2488089,2488200..2488320,2488535..2488650,2488785..2488831))	Aspergillus niger	4979496
An02g10070	CDS	An02g10070	NT_166519.1	2490111	2490645	D	hypothetical protein	join(2490111..2490260,2490327..2490404,2490502..2490645)	Aspergillus niger	84590435
An02g10080	CDS	An02g10080	NT_166519.1	2492921	2494388	R	Function: F. oxysporum P450foxy catalyzes the subterminal (-1 to -3) hydroxylation of fatty acids.; Function: the physiological roles of the terminal hydroxylation of fatty acids including those of F. oxysporum P450foxy are essentially unknown.; Localization: native F. oxysporum P450foxy was exclusively recovered in the membrane fraction of the fungal cells.; Remark: F. oxysporum P450foxy is a unique cytochrome P450 in that it is self-sufficient, which means that it can complete its function without the aid of other proteinaceous components such as NADPH-cytochrome P450 oxidoreductase (referred to as P450reductase).; Remark: N- and C-terminal homologies respectively suggest that F. oxysporum P450foxy is a fused protein of P450 and its reductase.; Remark: the Exon-Intron structure in the C-terminal region of the predicted A. niger protein is in accordance with the A. niger ESTs an_1826 and 1715.; Similarity: F. oxysporum P450foxy belongs to the CYP505 group of cytochrome P450s.; Similarity: similarity is from the predicted A. niger protein to the N-terminal half of F. oxysporum P450foxy, which is 600 aa longer.; Title: similarity to fatty-acid subterminal hydroxylase P450foxy - Fusarium oxysporum; See PMID 10995755; uncharacterized protein	complement(join(2492921..2494215,2494280..2494388))	Aspergillus niger	4979498
An02g10090	CDS	An02g10090	NT_166519.1	2496018	2497100	R	Title: strong similarity to hypothetical protein encoded by An11g00960 - Aspergillus niger; uncharacterized protein	complement(join(2496018..2496534,2496625..2496929,2497008..2497100))	Aspergillus niger	4979499
An02g10100	CDS	An02g10100	NT_166519.1	2497703	2499167	R	Localization: ER-localisation was determined by cytoimmunofluorescence studies using epitope-tagged mouse EP58.; Title: similarity to endoplasmic reticulum protein EP58 - Mus musculus; endoplasmatic reticulum; See PMID 11167020; uncharacterized protein	complement(join(2497703..2498130,2498198..2499167))	Aspergillus niger	4979500
An02g10110	CDS	An02g10110	NT_166519.1	2503089	2507581	R	Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to ATP-binding cassette transporter abc1p - Schizosaccharomyces pombe [putative frameshift]; putative frameshift; See PMID 9037770; uncharacterized protein	complement(join(<2503089..2504740,2504814..2505902,2505959..2506472,2506543..2507581))	Aspergillus niger	4979501
An02g10120	CDS	An02g10120	NT_166519.1	2509097	2510146	R	Title: similarity to hypothetical protein encoded by An07g01070 - Aspergillus niger; uncharacterized protein	complement(2509097..2510146)	Aspergillus niger	4979502
An02g10130	CDS	An02g10130	NT_166519.1	2510664	2511210	D	hypothetical protein	join(2510664..2510811,2510855..2511210)	Aspergillus niger	84590436
An02g10140	CDS	An02g10140	NT_166519.1	2512001	2514787	R	Similarity: to proteins involved in non-ribosomal protein biosynthesis and polyketide synthesis.; Title: strong similarity to o peptide-polyketide synthase McyG - Microcystis aeruginosa; See PMID 11033079; uncharacterized protein	complement(join(2512001..2512381,2512487..2514787))	Aspergillus niger	4979504
An02g10150	CDS	An02g10150	NT_166519.1	2515727	2517595	D	Title: similarity to hypothetical dehydratase/racemase - Rhodococcus erythropolis; uncharacterized protein	join(2515727..2516075,2516128..2516426,2516488..2516982,2517047..2517595)	Aspergillus niger	4979505
An02g10160	CDS	An02g10160	NT_166519.1	2518436	2520225	D	Catalytic activity: L-kynurenine + 2-oxoglutarate <=> 4-(2-aminophenyl)-2,4-dioxobutanoate + L-glutamate; Cofactor: Pyridoxal-phosphate.; Remark: Also acts on 3-hydroxykynurenine.; Title: strong similarity to kynurenine aminotransferase - Rattus sp.; See PMID 7926014; uncharacterized protein	join(2518436..2518509,2518578..2518646,2518702..2518786,2518845..2518950,2519009..2519081,2519143..2519296,2519362..2519375,2519437..2519860,2519938..2520225)	Aspergillus niger	4979506
An02g10170	CDS	An02g10170	NT_166519.1	2521170	2522680	D	Remark: Lactic acid efflux from white skeletal muscle is catalyzed by the monocarboxylate transporter isoform MCT3. MCT3 is the major MCT isoform responsible for efflux of glycolytically derived lactic acid from white skeletal muscle.; Title: similarity to monocarboxylate transporter MCT3 - Rattus norvegicus; See PMID 9632638; uncharacterized protein	join(2521170..2521557,2521610..2521702,2521758..2522680)	Aspergillus niger	4979507
An02g10180	CDS	An02g10180	NT_166519.1	2523152	2525499	D	Remark: The cut9 gene encodes a 78-kD protein containing the 10 34-amino acid repeats, tetratricopeptide repeats (TPR), and is similar to budding yeast Cdc16.; Title: strong similarity to anaphase control protein cut9p - Schizosaccharomyces pombe; See PMID 7798319; uncharacterized protein	join(2523152..2523248,2523305..2524058,2524131..2524523,2524581..2524831,2524934..2525499)	Aspergillus niger	4979508
An02g10190	CDS	An02g10190	NT_166519.1	2525822	2526864	D	Title: strong similarity to hypothetical protein BAB14757.1 - Homo sapiens; uncharacterized protein	join(2525822..2525844,2525908..2525970,2526032..2526096,2526173..2526864)	Aspergillus niger	4979509
An02g10200	CDS	An02g10200	NT_166519.1	2527157	2539135	R	Remark: TRRAP is an essential cofactor for the tanscription factors c-Myc and E2F.; Title: strong similarity to protein TRRAP - Homo sapiens; See PMID 9708738; uncharacterized protein	complement(join(2527157..2527840,2527892..2538691,2538765..2538922,2539042..2539135))	Aspergillus niger	4979510
An02g10210	CDS	An02g10210	NT_166519.1	2540473	2542900	R	Title: strong similarity to protein phosphatase PP2A0 B subunit gamma isoform - Oryctolagus cuniculus; See PMID 8576224; uncharacterized protein	complement(join(2540473..2540818,2540883..2541010,2541068..2541238,2541300..2541653,2541720..2542319,2542434..2542538,2542877..2542900))	Aspergillus niger	4979511
An02g10220	CDS	An02g10220	NT_166519.1	2544724	2546882	D	Remark: human transcription factor IIIC (hTFIIIC) is a multisubunit complex that mediates transcription of class III genes through direct recognition of promoters (for tRNA and virus-associated RNA genes) or promoter-TFIIIA complexes (for the 5S RNA gene) and subsequent recruitment of TFIIIB and RNA polymerase III.; Title: similarity to transcription factor IIIC63 -Homo sapiens; See PMID 10373544; uncharacterized protein	join(2544724..2544864,2544921..2545230,2545290..2545367,2545420..2545528,2545586..2546882)	Aspergillus niger	4979512
An02g10230	CDS	An02g10230	NT_166519.1	2547429	2548571	R	Title: similarity to hypothetical protein CAD11786.1 - Neurospora crassa; uncharacterized protein	complement(join(2547429..2548390,2548457..2548571))	Aspergillus niger	4979513
An02g10240	CDS	An02g10240	NT_166519.1	2549889	2550540	R	hypothetical protein	complement(join(2549889..2550011,2550056..2550210,2550432..2550540))	Aspergillus niger	84590437
An02g10250	CDS	An02g10250	NT_166519.1	2552427	2553488	D	Title: weak similarity to hypothetical reverse transcriptase - Glomerella cingulata; uncharacterized protein	2552427..2553488	Aspergillus niger	84590438
An02g10260	CDS	An02g10260	NT_166519.1	2553763	2556111	R	Remark: Fission yeast genes nda1 and nda4, mutations of which lead to S-phase block, chromatin alteration and Ca2+ suppression, are members of the CDC46/MCM2 family.; Title: strong similarity to cell division protein nda4p - Schizosaccharomyces pombe; See PMID 8298187; uncharacterized protein	complement(join(2553763..2554255,2554323..2555728,2555783..2555909,2555975..2556111))	Aspergillus niger	4979516
An02g10270	CDS	An02g10270	NT_166519.1	2556660	2560023	D	Complex: S. cerevisiae Vps52p, Vps53p, and Vps54p are associated in a 1:1:1 complex.; Function: Vps52p, Vps53p, and Vps54p are required for the retrograde transport of Golgi membrane proteins from an endosomal/prevacuolar compartment.; Golgi; Phenotype: S. cerevisiae LUV1 mutants lack a morphologically intact vacuole and instead accumulate small vesicles that are acidified and contain the vacuolar proteins alkaline phosphatase and carboxypeptidase Y and the vacuolar membrane H(+)-ATPase.; Remark: alternative gene names for S. cerevisiae VPS54 are YDR027C, LUV1, RKI1 or TCS3.; Similarity: the ORF overlaps with the A. niger EST an_3009 (EMBLEST:BE758766).; Title: strong similarity to protein involved in vacuolar protein sorting Vps54 - Saccharomyces cerevisiae; See PMID 10888679; uncharacterized protein	join(2556660..2556879,2556940..2559787,2559840..2560023)	Aspergillus niger	4979517
An02g10280	CDS	An02g10280	NT_166519.1	2560402	2560736	R	Remark: the ORF is short in length (89 amino acids).; hypothetical protein	complement(join(2560402..2560578,2560644..2560736))	Aspergillus niger	4979518
An02g10290	CDS	An02g10290	NT_166519.1	2561624	2562595	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(2561624..2561686,2561810..2561860,2562076..2562114,2562251..2562595)	Aspergillus niger	84590439
An02g10300	CDS	An02g10300	NT_166519.1	2562627	2562992	R	Remark: the ORF has short length (97 amino acids).; hypothetical protein	complement(join(2562627..2562674,2562728..2562837,2562857..2562992))	Aspergillus niger	84590440
An02g10310	CDS	An02g10310	NT_166519.1	2563431	2565764	D	Function: the glycogen synthase of N. crassa synthesizes starch (glycogen) by addition of glucose moieties.; Pathway: the glycogen synthase of N. crassa is involved in glycogen biosynthesis.; Remark: the glycogen synthase of N. crassa belongs to the mammalian/fungal glycogen synthase family.; Remark: the glycogen synthase of N. crassa is inactivated at 45 degrees, thus glycogen accumulation shifts to trehalose accumulation.; Similarity: the ORF overlaps with the A. niger EST an_2027 at it's C-terminus.; Title: strong similarity to glycogen synthase -Neurospora crassa; See PMID 8549797; uncharacterized protein	join(2563431..2563895,2563961..2565323,2565376..2565571,2565647..2565764)	Aspergillus niger	4979521
An02g10320	CDS	An02g10320	NT_166519.1	2567160	2568390	D	Induction: expression of the nmt1 gene of A. parasiticus is inhibited by thiamine (2. 0 microM).; Remark: nmt1 of A. parasiticus belongs to the nmt1 family.; Remark: nmt1 of A. parasiticus is presumably involved in the thiamine biosynthesis (vitamine B1).; Similarity: the ORF overlaps with the A. niger EST an_0381 at it's C-terminus.; Similarity: the ORF overlaps with the A. niger patent WO200056762-A2 at it's C-terminus.; Similarity: the ORF shows strong similarity also to other proteins involved in thiamine/pyrimidine biosynthesis.; Title: strong similarity to protein nmt1 -Aspergillus parasiticus; See PMID 7711083; uncharacterized protein	join(2567160..2567194,2567270..2567441,2567510..2567659,2567719..2568390)	Aspergillus niger	4979522
An02g10330	CDS	An02g10330	NT_166519.1	2568695	2570635	R	Title: strong similarity to hypothetical protein BAC67939.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(2568695..2570149,2570231..2570635))	Aspergillus niger	4979523
An02g10340	CDS	An02g10340	NT_166519.1	2572101	2574303	D	Remark: the ORF has a - for A. niger - long intron (295 nucleotides).; hypothetical protein	join(2572101..2572598,2572894..2574303)	Aspergillus niger	4979524
An02g10350	CDS	An02g10350	NT_166519.1	2574517	2575624	R	Function: the FPPS protein of G. fujikuroi is a key enzyme in isoprenoid biosynthesis.; Induction: the FPPS protein of G. fujikuroi is not regulated by light induction.; Remark: the FPPS polypeptide chain from G. fujikuroi carries two activities: a dimethylallyltranstransferase (EC: 2. 5. 1. 1) and a geranyltranstransferase (EC: 2. 5. 1. 10) activity.; Title: strong similarity to farnesyl-pyrophosphate synthase FPPS - Gibberella fujikuroi; See PMID 8753652; uncharacterized protein	complement(join(2574517..2575440,2575508..2575624))	Aspergillus niger	4979525
An02g10360	CDS	An02g10360	NT_166519.1	2576231	2578390	D	Complex: CDC23 is a component of the APC (anaphase-promoting complex).; Function: CDC23 of S. cerevisiae is required for cell cycle progression through the G2/M transition.; Function: CDC23 of S. cerevisiae is required for chromosome segregation.; Remark: the APC plays a key role in the regulation of mitosis by triggering the separation of sister chromatids at the metaphase-anaphase transition.; Similarity: 90 N-terminal amino acids of the ORF are not homologous to CDC23 of S. cerevisiae; the alignment of the two proteins includes five extended gaps.; Title: strong similarity to cell division control protein Cdc23 - Saccharomyces cerevisiae; nucleus; See PMID 8423787; uncharacterized protein	join(2576231..2576554,2576639..2576671,2576720..2577058,2577111..2577294,2577348..2578059,2578243..2578390)	Aspergillus niger	4979526
An02g10370	CDS	An02g10370	NT_166519.1	2578611	2581853	R	Function: DNA ligases IV ligate DNA and thereby hydrolyze ATP.; Function: DNA ligases IV presumably function in V(D)J recombination and non-homologous end-joining of DNA double-strand breaks.; Remark: DNA ligase IV of H. sapiens belongs to the ATP-dependent DNA ligase family.; Remark: a putative sequencing error results in an frameshift.; Similarity: the ORF is C-terminally 190 amino acids longer than lig4 of H. sapiens; the two proteins are aligned until amino acid 652.; Similarity: the similarity of the ORF to the hypothetical protein 15E6. 90 of N. crassa is much higher than to known DNA ligases.; Title: similarity to DNA ligase IV lig4 - Homo sapiens [putative frameshift]; nucleus; putative frameshift; See PMID 7760816; See PMID 9363683; See PMID 9539976; uncharacterized protein	complement(join(<2578611..2580651,2580704..2580770,2580846..2581853))	Aspergillus niger	4979527
An02g10380	CDS	An02g10380	NT_166519.1	2582242	2584005	R	Complex: SAP 61 of H. sapiens is part of the heterotrimeric splicing factor SF3a together with SAP 62,and 114.; Function: spliceosome-associated proteins are involved in pre-mRNA splicing.; Function: spliceosome-associated proteins are required for U2 snRNP binding to the pre-mRNA.; Remark: SAP 61 of H. sapiens is associated with pre-mRNA in spliceosomal complexes and with U2 snRNP.; Title: strong similarity to spliceosome-associated protein SAP61 - Homo sapiens; nucleus; See PMID 8022796; uncharacterized protein	complement(join(2582242..2583855,2583916..2584005))	Aspergillus niger	4979528
An02g10390	CDS	An02g10390	NT_166519.1	2584282	2585872	D	Complex: eukaryotic translation initiation factors 4A function as a subunit of the initiation factor complex elF4F, which mediates the binding of mRNA to the ribosome (cap recognition).; Function: eukaryotic translation initiation factors 4A are ATP-dependent RNA helicases.; Function: eukaryotic translation initiation factors 4A unwind secondary structure in the 5'-untranslated region of mRNA,; Function: eukaryotic translation initiation factors' 4A activity is a prerequisite for mRNA binding to ribosomes.; Remark: eIF-4A II of M. musculus is differently high expressed in various organs.; Remark: eukaryotic translation initiation factors 4A belong to the 'DEAD' box family of helicases.; Similarity: the ORF has ca. 100 C-terminal additional amino acids, not found in eIF-4AII of M. musculus and other species.; Title: strong similarity to eukaryotic translation initiation factor eIF-4A II - Mus musculus; See PMID 11333019; See PMID 11418588; See PMID 3046931; uncharacterized protein	join(2584282..2584312,2584374..2584628,2584683..2585872)	Aspergillus niger	4979529
An02g10400	CDS	An02g10400	NT_166519.1	2587052	2589191	R	Similarity: similarity is restricted to C-terminus of the protein.; Title: strong similarity to GTP-binding associated protein #28 from patent WO200105970-A2 - Homo sapiens; uncharacterized protein	complement(join(2587052..2587166,2587232..2587379,2587429..2587918,2587966..2588560,2588590..2589191))	Aspergillus niger	4979530
An02g10405	CDS	An02g10405	NT_166519.1	2589710	2590152	R	hypothetical protein	complement(join(2589710..2589751,2589913..2590039,2590094..2590152))	Aspergillus niger	84590441
An02g10410	CDS	An02g10410	NT_166519.1	2590977	2591198	D	Remark: possible sequencing error.; Title: strong similarity to EST an_3055 -Aspergillus niger [putative frameshift]; uncharacterized protein	2590977..2591198	Aspergillus niger	84590442
An02g10420	CDS	An02g10420	NT_166519.1	2592884	2595031	R	Title: strong similarity to hypothetical protein CAB91439.2 - Neurospora crassa; uncharacterized protein	complement(join(2592884..2593002,2593041..2593211,2593287..2593310,2593529..2593772,2593830..2594453,2594675..2595031))	Aspergillus niger	4979533
An02g10430	CDS	An02g10430	NT_166519.1	2595176	2596051	R	Title: questionable ORF; uncharacterized protein	complement(join(2595176..2595393,2595883..2596051))	Aspergillus niger	84590443
An02g10440	CDS	An02g10440	NT_166519.1	2596074	2598156	D	Catalytic activity: ATP + H2O = ADP + Orthophosphate.; Function: the vacuolar ATPase generates an acidic interior and drives the transport of small molecules in vacuoles, storing large amounts of phosphate and basic amino acids.; Remark: the vacuolar ATPase is a large enzyme,composed of 8-10 subunits that are arranged into two sectors, a complex consisting of peripheral subunits (V1) and an integral membrane complex (V0).; Remark: the vma-1 gene of N. crassa encodes the largest, non-integral catalytic subunit of the active enzyme.; Title: strong similarity to H+-transporting ATPase vma-1 - Neurospora crassa; vacuole; See PMID 8722770; See PMID 1400281; See PMID 1491233; See PMID 2142943; See PMID 2971651; uncharacterized protein	join(2596074..2596181,2596276..2596360,2596423..2597090,2597150..2598046,2598100..2598156)	Aspergillus niger	4979535
An02g10450	CDS	An02g10450	NT_166519.1	2598854	2601364	D	Function: VPS1 binds microtubules and could also be involved in microtubule-associated motility.; Function: VPS1 interacts with the mvp1 protein.; Function: the VPS1 protein (vacuolar sorting protein 1) of S. cerevisiae is essential for protein sorting in meiotic cell division.; Function: the VPS1 protein is necessary for membrane protein retention in a late golgi compartment.; Golgi; Similarity: belongs to the dynamin family.; Title: strong similarity to GTP-binding protein Vps1 - Saccharomyces cerevisiae; See PMID 9372190; uncharacterized protein	join(2598854..2598879,2598948..2599017,2599093..2599187,2599262..2600009,2600059..2600700,2600750..2601008,2601062..2601146,2601196..2601364)	Aspergillus niger	4979536
An02g10460	CDS	An02g10460	NT_166519.1	2603085	2604375	R	Remark: the Nitrilase family contains hydrolases that break carbon-nitrogen bond and appear to be involved in the reduction of organic nitrogen compounds and ammonia production.; Similarity: contains Carbon-nitrogen hydrolase Pfam domain.; Similarity: similarity to nitrilases.; Title: similarity to protein fragment SEQ ID NO:63238 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(2603085..2603251,2603297..2603372,2603467..2603639,2603703..2604115,2604177..2604265,2604331..2604375))	Aspergillus niger	4979537
An02g10470	CDS	An02g10470	NT_166519.1	2605196	2606256	D	Similarity: similarity to esterases and lipases (EC 3. 1. 1. - and 2. 3. 1. -) involved in metabolism of vitamins, co-factors, lipids and fatty-acids.; Title: similarity to protein fragment SEQ ID NO:22341 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(2605196..2605363,2605420..2606256)	Aspergillus niger	4979538
An02g10480	CDS	An02g10480	NT_166519.1	2606544	2607742	D	Catalytic activity: 2 RH + 2 chloride + H(2)O(2) = 2 RCl + 2 H(2)O.; Function: catalyzes peroxidative halogenations involved in the biosynthesis of clardariomycin (2,2-dichloro-1,3-cyclo-pentenedione), the enzyme also has potent catalase activity and in the absence of halide ion,acts as a peroxidase similar to plant peroxidases.; Remark: brings about the chlorination of a range of organic molecules, forming stable C-Cl bonds.; Title: similarity to chloride peroxidase cpo -Leptoxyphium fumago; See PMID 3771564; uncharacterized protein	join(2606544..2607011,2607054..2607244,2607556..2607742)	Aspergillus niger	4979539
An02g10490	CDS	An02g10490	NT_166519.1	2608373	2609670	D	Catalytic activity: endohydrolysis of 1,3- or 1,4-linkages in beta-d-glucans when the glucose residue whose reducing group is involved in the linkage to be hydrolysed is itself substituted at C-3.; Title: strong similarity to endo-1,3(4)-beta-glucanase bg1 - Phaffia rhodozyma; plasma membrane; uncharacterized protein	join(2608373..2608764,2608815..2609268,2609326..2609670)	Aspergillus niger	4979540
An02g10500	CDS	An02g10500	NT_166519.1	2610987	2611891	R	Similarity: weak similarity (partial) to Guanylate kinase (E. C. 2. 7. 4. 8) S. cerevisiae.; hypothetical protein	complement(join(2610987..2611330,2611536..2611605,2611689..2611716,2611758..2611805,2611851..2611891))	Aspergillus niger	84590444
An02g10510	CDS	An02g10510	NT_166519.1	2612039	2612235	D	hypothetical protein	join(2612039..2612099,2612156..2612235)	Aspergillus niger	84590445
An02g10520	CDS	An02g10520	NT_166519.1	2612895	2614405	R	hypothetical protein	complement(join(2612895..2613016,2613109..2613186,2613294..2613417,2613502..2613728,2613995..2614117,2614165..2614405))	Aspergillus niger	84590446
An02g10530	CDS	An02g10530	NT_166519.1	2614547	2615073	R	hypothetical protein	complement(join(2614547..2614739,2614805..2614855,2615000..2615073))	Aspergillus niger	84590447
An02g10540	CDS	An02g10540	NT_166519.1	2615133	2615904	D	hypothetical protein	join(2615133..2615293,2615519..2615625,2615717..2615904)	Aspergillus niger	84590448
An02g10550	CDS	An02g10550	NT_166519.1	2616084	2617244	D	Catalytic activity: endohydrolysis of 1,5-alpha-l-arabinofuranosidic linkages in 1,5-arabinans.; Function: the prefered substrate of A. niger ABN A protein is linear 1,5-alpha-l-arabinan, the enzyme activity is progressively reduced as 1,5-alpha-chains become shorter or more highly substituted.; Induction: by l-araban, arabinogalactan and l-arabitol.; Pathway: involved in degradation of the plant cell wall polysaccharide l-arabinan.; Similarity: belongs to family 43 of glycosyl hydrolases.; Title: strong similarity to endo-alpha-1,5-arabinanase abnA - Aspergillus niger; plasma membrane; See PMID 7764386; See PMID 8000538; uncharacterized protein	join(2616084..2616338,2616401..2616877,2616944..2617029,2617106..2617244)	Aspergillus niger	4979546
An02g10560	CDS	An02g10560	NT_166519.1	2618997	2620058	D	Similarity: contains ankyrin repeat domain.; Similarity: similarity is restricted to C-terminus of Murine protein kinase/ankyrin homologue SEQ ID no:334.; Title: similarity to protein kinase/ankyrin homologue SEQ ID NO:334 from patent WO9955865-A1 - Mus musculus; uncharacterized protein	2618997..2620058	Aspergillus niger	4979547
An02g10570	CDS	An02g10570	NT_166519.1	2620679	2621352	D	Title: questionable ORF; uncharacterized protein	join(2620679..2620791,2621238..2621352)	Aspergillus niger	84590449
An02g10580	CDS	An02g10580	NT_166519.1	2622938	2625379	R	Title: similarity to hypothetical protein CAD21354.1 - Neurospora crassa; uncharacterized protein	complement(2622938..2625379)	Aspergillus niger	4979549
An02g10590	CDS	An02g10590	NT_166519.1	2625516	2625751	D	hypothetical protein	join(2625516..2625553,2625598..2625751)	Aspergillus niger	84590450
An02g10600	CDS	An02g10600	NT_166519.1	2626060	2626380	D	hypothetical protein	join(2626060..2626158,2626273..2626380)	Aspergillus niger	84590451
An02g10610	CDS	An02g10610	NT_166519.1	2627552	2629578	R	Similarity: similarity is restricted to C-terminus.; Title: weak similarity to hypothetical protein Cj0814 - Campylobacter jejuni; uncharacterized protein	complement(join(2627552..2627927,2627994..2628123,2628186..2628711,2628766..2628862,2628920..2628941,2629013..2629170,2629232..2629449,2629510..2629578))	Aspergillus niger	4979552
An02g10620	CDS	An02g10620	NT_166519.1	2630090	2632692	D	Similarity: similarity corresponds to multiple alanine repeats.; Similarity: weak similarity to putative secreted protein SC4A7. 11 - Streptomyces coelicolor.; hypothetical protein	join(2630090..2630206,2630277..2632047,2632112..2632140,2632198..2632692)	Aspergillus niger	4979553
An02g10630	CDS	An02g10630	NT_166519.1	2633209	2635215	R	Similarity: contains ATP/GTP-binding site motif A (P-loop).; Title: strong similarity to hypothetical protein encoded by An08g09830 - Aspergillus niger; uncharacterized protein	complement(join(2633209..2633234,2633299..2635039,2635192..2635215))	Aspergillus niger	84590452
An02g10640	CDS	An02g10640	NT_166519.1	2636184	2637413	D	Similarity: only partial similarity.; Title: weak similarity to hypothetical protein CAB55016.2 - Caenorhabditis elegans; uncharacterized protein	join(2636184..2636901,2636956..2637413)	Aspergillus niger	84590453
An02g10650	CDS	An02g10650	NT_166519.1	2637653	2637901	D	hypothetical protein	join(2637653..2637806,2637846..2637901)	Aspergillus niger	84590454
An02g10660	CDS	An02g10660	NT_166519.1	2638428	2639731	R	Function: the beta subunit of H. sapiens methionine adenosyltransferase MATII has regulatory function.; Remark: Methionine adenosyltransferase (MAT; S-adenosyl-L-methionine synthetase, EC 2. 5. 1. 6)1 is an essential enzyme that catalyzes the synthesis of S-adenosylmethionine (AdoMet) from L-methionine (L-Met) and ATP, the major methyl group donor, participating in the methylation of proteins, DNA, RNA, phospholipids, and other small molecules.; Remark: the H. sapiens methionine adenosyltransferase consists of catalytic alpha(2)/alpha(2') subunits and a noncatalytic beta subunit.; Title: strong similarity to methionine adenosyltransferase regulatory beta subunit MAT II - Homo sapiens; cytoplasm; See PMID 10644686; uncharacterized protein	complement(join(2638428..2638458,2638610..2639321,2639389..2639408,2639520..2639731))	Aspergillus niger	4979557
An02g10670	CDS	An02g10670	NT_166519.1	2640535	2642221	D	Catalytic activity: (R)-Lactate + 2 Ferricytochrome c = Pyruvat + 2 Ferrocytochrome c.; Similarity: no N-terminal similarity.; Title: strong similarity to protein D-lactate dehydrogenase YEL071w - Saccharomyces cerevisiae; See PMID 10509019; uncharacterized protein	join(2640535..2642139,2642189..2642221)	Aspergillus niger	4979558
An02g10680	CDS	An02g10680	NT_166519.1	2642905	2643882	D	Catalytic activity: estradiol-17-beta + NAD(+) = estrone + NADH.; Complex: homodimer.; Function: favors the reduction of estrogens and androgens, also has 20-alpha-hsd activity, uses preferentially NADH.; Localization: cytoplasmic.; Pathway: biosynthesis of estrogens.; Similarity: belongs to the short-chain dehydrogenases/reductases family (sdr).; Title: strong similarity to estradiol 17beta-dehydrogenase E2DH - Homo sapiens; uncharacterized protein	join(2642905..2643388,2643491..2643882)	Aspergillus niger	4979559
An02g10690	CDS	An02g10690	NT_166519.1	2644010	2645859	R	Title: weak similarity to cercosporin resistance protein crg1 - Cercospora nicotianae; uncharacterized protein	complement(join(2644010..2644596,2644653..2644912,2644959..2645584,2645836..2645859))	Aspergillus niger	4979560
An02g10700	CDS	An02g10700	NT_166519.1	2646803	2648381	R	Catalytic activity: RH + reduced flavoprotein + O2 = ROH + oxidized flavoprotein + H2O.; Function: CYP52A3-A of C. maltosa catalyses the terminal hydroxylation of n-alkanes.; Induction: CYP52A3-A of C. maltosa is induced by alkanes.; Pathway: CYP52A3-A of C. maltosa catalyses the first step of n-alkane assimilation.; Title: strong similarity to alkane-hydroxylating cytochrome P-450 CYP52A3-A - Candida maltosa; See PMID 1368716; See PMID 2735924; uncharacterized protein	complement(join(2646803..2647227,2647286..2648381))	Aspergillus niger	4979561
An02g10710	CDS	An02g10710	NT_166519.1	2649901	2651999	D	Function: severin kinase of D. discoideum is involved in signal transduction from the plasma membrane to the cytoskeleton by phosphorylation of actin-binding proteins.; Function: severin kinase of D. discoideum phosphorylates severin, a Ca2+-dependent F-actin fragmenting protein, enabling rapid rearrangement of the actin cytoskeleton.; Similarity: belongs to the Ste20p- or p21-activated protein kinase family.; Title: strong similarity to severin kinase -Dictyostelium discoideum; cytoplasm; See PMID 9582328; uncharacterized protein	join(2649901..2649949,2650017..2650084,2650159..2650326,2650380..2650981,2651035..2651667,2651732..2651999)	Aspergillus niger	4979562
An02g10720	CDS	An02g10720	NT_166519.1	2653014	2653552	R	hypothetical protein	complement(join(2653014..2653385,2653433..2653552))	Aspergillus niger	84590455
An02g10730	CDS	An02g10730	NT_166519.1	2653632	2655371	D	Title: similarity to hypothetical protein CAD21413.1 - Neurospora crassa; uncharacterized protein	join(2653632..2655079,2655167..2655371)	Aspergillus niger	4979564
An02g10740	CDS	An02g10740	NT_166519.1	2655916	2656613	D	Function: TIM22 of N. crassa is essential for mitochondrial import of AAC-class carrier proteins.; Function: TIM22 of N. crassa is involved in targeting of nuclear-encoded preproteins with internal targeting signals to the mitochondrial inner membrane.; Title: strong similarity to mitochondrial inner membrane translocase component TIM22 - Neurospora crassa; localisation:mitochondrion; See PMID 9368075; See PMID 11405338; uncharacterized protein	join(2655916..2656026,2656106..2656201,2656275..2656613)	Aspergillus niger	4979565
An02g10750	CDS	An02g10750	NT_166519.1	2657473	2658652	R	Catalytic activity: O3-acetyl-L-serine + H2S = L-cysteine + acetate; Function: the catalytic activity of cysB of A. nidulans requires pyridoxal-phosphate as a cofactor.; Remark: cysB of A. nidulans is also named O-acetylserine (thiol)-lyase.; Title: strong similarity to cysteine synthase cysB -Aspergillus nidulans; See PMID 9108143; uncharacterized protein	complement(join(2657473..2658470,2658532..2658652))	Aspergillus niger	4979566
An02g10760	CDS	An02g10760	NT_166519.1	2659241	2662638	D	Function: the condensin complex of S. pombe is essential for mitotic chromosome condensation.; Localization: condensin of S. pombe translocates from the cytoplasm to the nucleus during mitosis due to phosphorylation by Cdc2.; Similarity: also shows strong similarity to the condensin complex component cnd3 of Schizosaccharomyces pombe (see PMID reference).; Title: strong similarity to essential protein AN97 from patent WO9924580-A2 - Aspergillus nidulans; See PMID 10485849; uncharacterized protein	join(2659241..2661289,2661340..2662638)	Aspergillus niger	4979567
An02g10770	CDS	An02g10770	NT_166519.1	2663673	2664262	D	Title: questionable ORF; uncharacterized protein	join(2663673..2663852,2663905..2663923,2664074..2664104,2664223..2664262)	Aspergillus niger	84590456
An02g10780	CDS	An02g10780	NT_166519.1	2664933	2667165	D	Function: Ran-binding proteins regulate the interaction between Ran-GTPase and the nucleoporin complex.; Pathway: the interaction of Ran-GTPase with the nucleoporin complex controls the nuclear export pathway.; Similarity: contains a putative zinc finger domain of the Ran-binding protein family.; Title: strong similarity to hypothetical RNA-binding zinc finger protein CAB11213.1 - Schizosaccharomyces pombe; uncharacterized protein	join(2664933..2665085,2665286..2665343,2665514..2666178,2666245..2667165)	Aspergillus niger	4979569
An02g10790	CDS	An02g10790	NT_166519.1	2668676	2669782	D	Complex: the eukaryotic proteasome core forms a highly ordered ring-like complex consisiting of 28 distinct subunits. the S. cerevisiae homolog Pre6p is the alpha-4 subunit of the 20S proteasome core.; Function: eukaryotic proteasome complexes are involved in non-lysosomal degradation of misformed and/or short-lived proteins.; Localization: the proteasome of S. cerevisiae has been shown to be localized mainly at the nuclear envelope-endoplasmic reticulum network.; Title: strong similarity to proteasome 20S subunit Pre6 - Saccharomyces cerevisiae; See PMID 7918444; See PMID 9799224; uncharacterized protein	join(2668676..2668703,2668778..2668784,2668840..2668892,2668979..2669366,2669446..2669782)	Aspergillus niger	4979570
An02g10800	CDS	An02g10800	NT_166519.1	2670079	2671196	R	Title: strong similarity to hypothetical zinc-finger protein SPBC3B9.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2670079..2670160,2670229..2670330,2670473..2670534,2670597..2670670,2670737..2670780,2670855..2670861,2671169..2671196))	Aspergillus niger	4979571
An02g10810	CDS	An02g10810	NT_166519.1	2671676	2675620	D	Similarity: the C-terminus shows homology to synaptojanin-like IPP phosphatases which are involved in the control of vesicle recycling (see PMID reference).; Title: strong similarity to hypothetical polyphosphoinositide phosphatase B18D24.60 - Neurospora crassa; See PMID 10931870; uncharacterized protein	join(2671676..2671723,2671790..2674235,2674285..2674494,2674541..2674800,2674849..2675516,2675608..2675620)	Aspergillus niger	4979572
An02g10820	CDS	An02g10820	NT_166519.1	2675916	2676311	D	hypothetical protein	join(2675916..2676111,2676172..2676311)	Aspergillus niger	84590457
An02g10830	CDS	An02g10830	NT_166519.1	2678699	2680286	D	Function: ATR1 of S. cerevisiae confers resistance to aminotriazole and 4-nitroquinoline-N-oxide.; Remark: the systematic gene name of ATR1 of S. cerevisiae is YML116w.; Similarity: belongs to the major facilitator superfamily (MFS).; Title: strong similarity to aminotriazole resistance protein Atr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 2123132; See PMID 3280970; uncharacterized protein	join(2678699..2678833,2678889..2680286)	Aspergillus niger	4979578
An02g10840	CDS	An02g10840	NT_166519.1	2680766	2682357	D	Function: P450rm of R. minuta catalyses the formation of isobutene from isovalerate and the 4-hydroxylation of benzoate.; Pathway: P450rm of R. minuta functions in the degradation of L-phenylalanine on the pathway to beta-ketoadipate.; Remark: a putative sequencing error results in an frameshift.; Similarity: belongs to the CYP53 family of cytochromes P450.; Title: strong similarity to bifunctional cytochrome P450rm - Rhodotorula minuta [putative frameshift]; endoplasmatic reticulum; putative frameshift; See PMID 7764227; See PMID 8882724; See PMID 9349702; uncharacterized protein	join(2680766..2681699,2681764..>2682357)	Aspergillus niger	4979579
An02g10850	CDS	An02g10850	NT_166519.1	2682443	2684653	R	Remark: possible sequencing error at position 13159 leading to a frameshift which would destroy the zinc-finger domain.; Similarity: contains a fungal-type Zn(2)-Cys(6) binuclear cluster DNA-binding domain.; Title: similarity to hypothetical transcription regulator of arginine catabolism arcA - Aspergillus nidulans [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<2682443..2682570,2682622..2682718,2682775..2682833,2682909..2683033,2683072..2683931,2683992..2683998,2684150..2684358,2684478..2684584,2684645..2684653))	Aspergillus niger	84590458
An02g10860	CDS	An02g10860	NT_166519.1	2685672	2686932	D	Title: weak similarity to hypothetical protein encoded by An19g00070 - Aspergillus niger; uncharacterized protein	join(2685672..2685920,2685966..2686195,2686326..2686347,2686575..2686616,2686846..2686932)	Aspergillus niger	84590459
An02g10870	CDS	An02g10870	NT_166519.1	2687039	2688960	R	Localization: PTH11 of M. porthe is an integral plasma membrane protein.; Remark: contains five putative transmembrane domains.; Similarity: PTH11 of M. porthe is almost twice as long.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	complement(join(2687039..2687066,2687159..2687223,2687353..2687547,2687648..2687807,2687865..2688241,2688307..2688578,2688722..2688827,2688916..2688960))	Aspergillus niger	4979582
An02g10880	CDS	An02g10880	NT_166519.1	2689883	2690380	R	hypothetical protein	complement(join(2689883..2689941,2689993..2690267,2690325..2690380))	Aspergillus niger	84590460
An02g10890	CDS	An02g10890	NT_166519.1	2691627	2692846	D	Catalytic activity: catalyzes prenylation of para-hydroxybenzoate.; Pathway: second step in coenzyme Q biosynthesis pathway; Remark: disruption of the chromosomal COQ2 gene indicates the gene is not essential for viability, yet is required for PHB:polyprenyltransferase activity and respiratory function.; Title: strong similarity to para-hydroxybenzoate-polyprenyltransferase Coq2 -Saccharomyces cerevisiae; See PMID 1740455; uncharacterized protein	join(2691627..2692604,2692655..2692846)	Aspergillus niger	4979584
An02g10900	CDS	An02g10900	NT_166519.1	2694018	2695256	R	Title: similarity to hypothetical protein encoded by An10g00180 - Aspergillus niger; uncharacterized protein	complement(join(2694018..2694146,2694266..2694280,2694351..2694401,2694683..2695151,2695213..2695256))	Aspergillus niger	4979585
An02g10910	CDS	An02g10910	NT_166519.1	2698918	2699414	R	hypothetical protein	complement(join(2698918..2699044,2699132..2699280,2699361..2699414))	Aspergillus niger	84590461
An02g10920	CDS	An02g10920	NT_166519.1	2699532	2701717	D	Catalytic activity: RCH2NH2 + H2O = RCHO + NH3 + H2O2.; Localization: using transmission electron microscopy, the amine oxidase activity in Aspergillus niger AKU 3302 was localized to the outer side of the cell wall but not inside the cell using the cerium perhydroxide deposition method.; Pathway: glycine, serine and threonine metabolism; arginine and proline metabolism; histidine metabolism; tyrosine metabolism; phenylalanine metabolism; tryptophan metabolism; beta-alanine metabolism; alkaloid biosynthesis II.; Remark: northern blot analysis indicated that AO-I was highly expressed in A. niger grown on n-butylamine as a single nitrogen source.; Similarity: belongs to the amine oxidases (copper-containing). AO-I from A. niger belongs to the copper/topaquinone oxidase family.; Title: strong similarity to copper amine oxidase AO-I - Aspergillus niger; See PMID 8620882; See PMID 10896215; uncharacterized protein	join(2699532..2699582,2699639..2700070,2700128..2701717)	Aspergillus niger	4979587
An02g10930	CDS	An02g10930	NT_166519.1	2702178	2703425	R	Remark: strong similarity to Corynebacterium glutamicum HA protein sequence SEQ ID NO:386 patent WO200100842-A2.; Remark: the predicted ORF represents a probable nadh-dependent flavin oxidoreductase by similarity.; Title: strong similarity to HA protein sequence SEQ ID NO:386 from patent WO200100842-A2 - Corynebacterium glutamicum; uncharacterized protein	complement(2702178..2703425)	Aspergillus niger	4979588
An02g10940	CDS	An02g10940	NT_166519.1	2703995	2705783	R	Function: StcS of A. nidulans is involved in the conversion of versicolorin A to demethylsterigmatocystin.; Pathway: StcS of A. nidulans is involved in the sterigmatocystin biosynthesis.; Remark: sterigmatocystin is a polyketide-derived mycotoxin.; Similarity: belongs to the cytochrome P450 family.; Title: strong similarity to cytochrome P450 monooxygenase stcS - Aspergillus nidulans; See PMID 8643646; See PMID 10618248; See PMID 7486998; uncharacterized protein	complement(join(2703995..2705605,2705739..2705783))	Aspergillus niger	4979589
An02g10950	CDS	An02g10950	NT_166519.1	2705853	2706672	D	hypothetical protein	join(2705853..2705886,2705973..2706060,2706279..2706462,2706553..2706672)	Aspergillus niger	84590462
An02g10960	CDS	An02g10960	NT_166519.1	2707063	2708415	D	Similarity: the hypothetical A. niger protein with similarity to this ORF is described with weak similarity to the integral membrane protein PTH11 of M. grisea.; Title: similarity to hypothetical protein encoded by An12g05390 - Aspergillus niger; uncharacterized protein	join(2707063..2707158,2707223..2707688,2707736..2707828,2707877..2708415)	Aspergillus niger	4979591
An02g10970	CDS	An02g10970	NT_166519.1	2708897	2709979	D	Similarity: belongs to the dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases).; Title: similarity to sequence 6 from patent WO0144446-A6 - Homo sapiens; uncharacterized protein	join(2708897..2709804,2709865..2709979)	Aspergillus niger	4979592
An02g10980	CDS	An02g10980	NT_166519.1	2710714	2711562	D	Remark: similarity to A. niger ESTs an_3449, an_2275, an_3290 and an_2495.; Similarity: the ORF shows weak similarity to another A. niger protein.; Title: similarity to hypothetical glutathione S-transferase BAB68404.1 - Gibberella fujikuroi; uncharacterized protein	2710714..2711562	Aspergillus niger	4979593
An02g10990	CDS	An02g10990	NT_166519.1	2711679	2713642	R	Similarity: the ORF shows similarity to another A. niger protein. This other protein displays similarity to the cercosporin resistance protein Crg1 of Cercospora nicotianae.; Title: similarity to hypothetical protein encoded by An17g00650 - Aspergillus niger; uncharacterized protein	complement(join(2711679..2712157,2712390..2712693,2713061..2713642))	Aspergillus niger	84590463
An02g11000	CDS	An02g11000	NT_166519.1	2714085	2715320	D	Catalytic activity: 2 farnesyl diphosphate = pyrophosphate + presqualene diphosphate; presqualene diphosphate = pyrophosphate + cyclopropylcarbinyl cation; cyclopropylcarbinyl cation + NADPH = squalene + NADP+.; Pathway: sterol biosynthesis; terpenoid biosynthesis.; Remark: the yeast Candida utilis does not possess an endogenous biochemical pathway for the synthesis of carotenoids. The central isoprenoid pathway concerned with the synthesis of prenyl lipids is present in C. utilis and active in the biosynthesis of ergosterol.; Remark: through metabolic engineering of the isoprenoid pathway, a sevenfold increase in the yield of lycopene has been achieved. The influential steps in the pathway that were manipulated were 3-hydroxy methylglutaryl coenzyme A (HMG-CoA) reductase, encoded by the HMG gene,and squalene synthase, encoded by the ERG9 gene.; Similarity: belongs to the; Title: strong similarity to squalene synthase ERG9 -Candida utilis; See PMID 8474436; See PMID 9647847; uncharacterized protein	join(2714085..2714152,2714216..2715320)	Aspergillus niger	4979595
An02g11010	CDS	An02g11010	NT_166519.1	2715948	2717336	D	Title: weak similarity to hypothetical protein encoded by An14g05440 - Aspergillus niger; uncharacterized protein	join(2715948..2716052,2716122..2717336)	Aspergillus niger	4979596
An02g11020	CDS	An02g11020	NT_166519.1	2717984	2718881	R	hypothetical protein	complement(join(2717984..2718070,2718298..2718348,2718437..2718507,2718553..2718731,2718799..2718881))	Aspergillus niger	84590464
An02g11030	CDS	An02g11030	NT_166519.1	2718934	2720235	D	Catalytic activity: S-adenosyl-L-methionine = 1-aminocyclopropane-1-carboxylate + methylthioadenosine.; Pathway: propanoate metabolism.; Remark: ACC synthase from P. citrinum had 430 amino acid residues and a shorter C terminal than the plant enzyme. The enzyme purified from Escherichia coli transformed with ACC-synthase-encoding DNA showed similar properties to those of the purified enzyme from P. citrinum. S. cerevisiae with ACC synthase accumulated ACC in the medium with increasing time of incubation.; Similarity: belongs to the 1-aminocyclopropane-1-carboxylate synthases.; Title: strong similarity to ACC synthase acs -Penicillium citrinum; See PMID 11515533; uncharacterized protein	2718934..2720235	Aspergillus niger	4979598
An02g11040	CDS	An02g11040	NT_166519.1	2720330	2722743	R	Catalytic activity: citrate = isocitrate.; Pathway: citrate cycle (TCA cycle); glyoxylate and dicarboxylate metabolism; reductive carboxylate cycle (CO2 fixation).; Remark: aconitase has an active (4fe-4s) and an inactive (3fe-4s) forms. the active (4fe-4s) cluster is part of the catalytic site that interconverts citrate,cis-aconitase, and isocitrate.; Remark: an iron-sulfur protein. cis-Aconitate is used to designate the isomer (Z)-prop-1-ene-1,2,3-tricarboxylate. Also converts isocitrate into cis-aconitate.; Similarity: belongs to the aconitase/ipm isomerase family.; Title: strong similarity to mitochondrial aconitate hydratase Aco1 - Saccharomyces cerevisiae; See PMID 10490611; See PMID 1972545; uncharacterized protein	complement(join(2720330..2721280,2721333..2722545,2722640..2722743))	Aspergillus niger	4979599
An02g11050	CDS	An02g11050	NT_166519.1	2722961	2724598	R	Remark: disruption of STL1 had no detectable effect on yeast growth on glucose, galactose, mannose, maltose or glycerol as sole carbon source.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to sugar transport protein Stl1 - Saccharomyces cerevisiae; See PMID 8076821; uncharacterized protein	complement(join(2722961..2723671,2723732..2724598))	Aspergillus niger	4979600
An02g11060	CDS	An02g11060	NT_166519.1	2725215	2726360	R	Remark: strong similarity to Neisseria meningitidis sequence 43 patent FR2785293-A/43 and patent WO200026375-A2.; Title: strong similarity to sequence 43 from patent FR2785293-A - Neisseria meningitidis; uncharacterized protein	complement(2725215..2726360)	Aspergillus niger	4979601
An02g11070	CDS	An02g11070	NT_166519.1	2726942	2729168	R	Function: the yeast gene is a positive regulator of URA1 and URA3 expression.; Remark: PPR1 is a yeast transcription factor that contains a six-cysteine, two-zinc (Zn) domain, homologous to a similar structure in GAL4. Like GAL4, it binds to DNA sites with conserved CGG triplets symmetrically placed near each end. Whereas the GAL4 site has 11 intervening base pairs, the PPR1 site has 6.; Remark: the S. cerevisiae gene PPR1 encodes a positive regulator of the expression of the two unlinked structural genes URA1 and URA3.; Similarity: belongs to the unassigned GAL4-type zinc cluster proteins.; Title: similarity to regulator protein Ppr1 -Saccharomyces cerevisiae; See PMID 7958913; See PMID 11297736; See PMID 6096561; See PMID 6096562; uncharacterized protein	complement(join(2726942..2728826,2728924..2729168))	Aspergillus niger	4979602
An02g11080	CDS	An02g11080	NT_166519.1	2729259	2730327	R	Catalytic activity: catalyzes the conversion of 2-pyrone-4,6-dicarboxylate + H2O to oxalomesaconate.; Pathway: involved in the phthalate catabolic pathway.; Title: similarity to 2-pyrone-4,6-dicarboxylate hydrolase pcmC - Arthrobacter keyseri; See PMID 11371533; uncharacterized protein	complement(join(2729259..2729710,2729769..2730235,2730281..2730327))	Aspergillus niger	4979603
An02g11090	CDS	An02g11090	NT_166519.1	2730633	2731805	D	Localization: Yhm2p S. cerevisiae is localized in the mitochondrial inner membrane and is also associated with mitochondrial DNA in vivo.; Remark: Yhm2p S. cerevisiae exhibits general DNA-binding activity in vitro. Yhm2p may function as a member of the protein machinery for the mitochondrial inner membrane attachment site of mitochondrial DNA during replication and segregation of mitochondrial genomes.; Remark: alternative name is YMR241w.; Title: strong similarity to suppressor gene of mitochondrial histone Yhm2 - Saccharomyces cerevisiae; See PMID 9742088; uncharacterized protein	join(2730633..2730744,2730791..2730831,2730902..2730997,2731058..2731528,2731581..2731805)	Aspergillus niger	4979604
An02g11100	CDS	An02g11100	NT_166519.1	2731947	2733353	R	hypothetical protein	complement(join(2731947..2731998,2732054..2732307,2732424..2732659,2733048..2733183,2733258..2733353))	Aspergillus niger	84590465
An02g11110	CDS	An02g11110	NT_166519.1	2733453	2733894	R	Title: questionable ORF; uncharacterized protein	complement(join(2733453..2733584,2733802..2733894))	Aspergillus niger	84590466
An02g11120	CDS	An02g11120	NT_166519.1	2734458	2736122	D	Remark: C-terminal truncated ORF due to end of contig.; Remark: strong similarity to Arabidopsis thaliana OPT family member emb CAB10414. 1 patent WO200052162-A2.; Remark: the ORF represents a putative mammalian enkephalin transport proteins for transporting enkephalin across cell membrane.; Title: strong similarity to oligopeptide transporter family member emb CAB10414.1 from patent WO200052162-A2 -Arabidopsis thaliana [truncated ORF]; uncharacterized protein	join(2734458..2734732,2734902..2735056,2735124..2735503,2735562..>2736122)	Aspergillus niger	4979607
An02g11130	CDS	An02g11130	NT_166519.1	2736228	2736869	D	Function: isp4 of S. pombe was originally identified by subctractive screening as gene induced during the sexual differentiation process.; Function: subsequently, it was demonstrated that isp4 of S. pombe is a membrane oligopeptide transporter.; Remark: N-terminal truncated ORF due to end of contig.; Similarity: the predicted A. niger protein shows strong similarity to isp4 of S. pombe, which belongs to a group of transporters specific for small oligopeptides,which is called the OPT family (from the C. albicans OPT1 gene).; Title: strong similarity to protein isp4p -Schizosaccharomyces pombe [truncated ORF]; plasma membrane; See PMID 9643541; See PMID 7954893; uncharacterized protein	join(<2736228..2736701,2736750..2736869)	Aspergillus niger	84590467
An02g11140	CDS	An02g11140	NT_166519.1	2737607	2738644	D	Catalytic activity: PT1 of P. taeda catalyzes the reduction of the benzylic ether bond of dehydrodiconiferyl alcohol and dihydrodehydrodiconiferyl alchool to produce,respectively, isodihydrodehydrodiconyferyl alcohol and tetrahydrodehydrodiconiferyl alcohol.; Function: these compounds, as many other phenylpropanoids, are crucial for plant defense mechanisms,especially against fungal infections.; Title: similarity to phenylcoumaran benzylic ether reductase PT1 - Pinus taeda; See PMID 10066819; uncharacterized protein	join(2737607..2737996,2738054..2738644)	Aspergillus niger	4979650
An02g11150	CDS	aglB	NT_166519.1	2739381	2741125	D	Catalytic activity: alpha-galactosidase from A. niger catalyses the reaction melibiose + H(2)O = galactose + glucose.; Function: alpha-galactosidase participates in the hydrolysis of complex plant saccharides such as galacto(gluco)mannans.; Gene-ID: aglB; Remark: in A. niger, there are three known genes encoding alpha-galactosidase, aglA, aglB and aglC.; extracellular/secretion proteins; See PMID 10347026; alpha-galactosidase aglB-Aspergillus niger	join(2739381..2739449,2739512..2739644,2739696..2739836,2739902..2739991,2740050..2740352,2740440..2740624,2740715..2741125)	Aspergillus niger	4979651
An02g11160	CDS	An02g11160	NT_166519.1	2741240	2742923	R	Similarity: the ORF shows strong similarity to the A. niger EST an_3218.; Title: strong similarity to hypothetical protein CAD70913.1 - Neurospora crassa; uncharacterized protein	complement(join(2741240..2742566,2742619..2742923))	Aspergillus niger	4979652
An02g11170	CDS	An02g11170	NT_166519.1	2743969	2744720	D	Similarity: the predicted A. niger protein shows similarity to hypothetical proteins of several procaryotic species.; Title: similarity to hypothetical protein PA2706 -Pseudomonas aeruginosa; uncharacterized protein	join(2743969..2744224,2744297..2744549,2744606..2744720)	Aspergillus niger	4979653
An02g11180	CDS	An02g11180	NT_166519.1	2745255	2746248	D	Title: strong similarity to EST an_0208 -Aspergillus niger; uncharacterized protein	join(2745255..2745697,2745760..2746087,2746138..2746248)	Aspergillus niger	4979654
An02g11190	CDS	An02g11190	NT_166519.1	2746664	2747168	D	Similarity: the predicted A. niger protein shows strong similarity to protein fragment SEQ ID NO: 75556 of patent EP1033405-A2 (Acc. # AAG58521) from Z. mays and many conserved hypothetical proteins from procaryotic and eucaryotic organisms.; Title: strong similarity to protein fragment SEQ ID NO:75556 from patent EP1033405-A2 - Zea mays; uncharacterized protein	join(2746664..2746939,2747010..2747168)	Aspergillus niger	4979655
An02g11200	CDS	An02g11200	NT_166519.1	2747410	2748458	R	Title: similarity to 13 kD subunit of NADH:ubiquionen reductase - Bos taurus; localisation:mitochondrion; putative frameshift; uncharacterized protein	complement(join(2747410..2747538,2747589..2747756,2747877..2748458))	Aspergillus niger	4979656
An02g11210	CDS	An02g11210	NT_166519.1	2748533	2749274	D	Title: weak similarity to hypothetical protein CG4548 - Drosophila melanogaster; uncharacterized protein	join(2748533..2748601,2748667..2749056,2749107..2749274)	Aspergillus niger	4979657
An02g11220	CDS	An02g11220	NT_166519.1	2749356	2750095	R	hypothetical protein	complement(join(2749356..2749834,2749879..2750095))	Aspergillus niger	84590468
An02g11230	CDS	An02g11230	NT_166519.1	2750516	2751343	R	Title: strong similarity to hypothetical protein YDR196c - Saccharomyces cerevisiae; uncharacterized protein	complement(2750516..2751343)	Aspergillus niger	4979659
An02g11240	CDS	An02g11240	NT_166519.1	2751682	2752119	R	hypothetical protein	complement(join(2751682..2751885,2751962..2752051,2752114..2752119))	Aspergillus niger	84590469
An02g11250	CDS	An02g11250	NT_166519.1	2752329	2753220	R	hypothetical protein	complement(join(2752329..2752474,2752522..2752637,2752839..2752921,2752996..2753046,2753125..2753220))	Aspergillus niger	84590470
An02g11260	CDS	An02g11260	NT_166519.1	2755797	2757857	R	Function: monosaccharide transporter Mst-1 of A. muscaria is involved in the active uptake of monosaccharides.; Induction: monosaccharide transporter Mst-1 of A. muscaria is upregulated in ectomycorrhizas by a monosaccharide-controlled mechanism.; Similarity: the predicted A. niger protein shows strong similarity to the monosaccharide transporter Mst-1 of A. muscaria, which belongs to the sugar transporter family.; Title: strong similarity to monosaccharide transporter AmMst-1 - Amanita muscaria; plasma membrane; See PMID 9487692; uncharacterized protein	complement(join(2755797..2756138,2756188..2756572,2756631..2756687,2756738..2756779,2756831..2757024,2757088..2757172,2757226..2757416,2757491..2757690,2757773..2757857))	Aspergillus niger	4979662
An02g11270	CDS	An02g11270	NT_166519.1	2759303	2760986	D	Title: strong similarity to hypothetical protein EAA63528.1 - Aspergillus nidulans; uncharacterized protein	join(2759303..2759788,2760099..2760986)	Aspergillus niger	4979663
An02g11280	CDS	An02g11280	NT_166519.1	2760996	2763136	R	Title: weak similarity to transcription regulator of arginine catabolism arcA - Aspergillus nidulans; uncharacterized protein	complement(join(2760996..2762144,2762165..2762629,2762700..2762830,2762962..2763136))	Aspergillus niger	4979664
An02g11290	CDS	An02g11290	NT_166519.1	2763748	2766062	R	Catalytic activity: 1-phosphatidyl-1D-myo-inositol 4, 5-bisphosphate + H(2) <=> D-myo-inositol 1,4,5-trisphosphate + diacylglycerol.; Function: Plc1 from S. pombe is a 1-phosphatidylinositol-4,5-bisphosphate phosphodiesterase.; Function: activated by all classes of cell surface receptors, Plc proteins generate the ubiquitous second messengers inositol 1,4,5-trisphosphate and diacylglycerol.; Phenotype: the mutant plc1-1 of S. pombe is unable to grow on a minimal medium containing high amounts of phosphate.; Title: similarity to phosphoinositide-specific phospholipase C lc1p - Schizosaccharomyces pombe; See PMID 11015615; See PMID 7732727; See PMID 8590474; uncharacterized protein	complement(join(2763748..2763913,2763977..2764571,2764639..2765247,2765428..2765485,2765706..2766062))	Aspergillus niger	4979665
An02g11300	CDS	An02g11300	NT_166519.1	2767915	2768713	R	Remark: Yml37 from S. cerevisiae is a mitochondrial ribosomal protein of the large subunit.; Remark: synonyms for Yml37 from S. cerevisiae are Mrpl37 and YBR268w.; Title: similarity to mitochondrial ribosomal protein of the large subunit Yml37 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9151978; mitochondrial 54S ribosomal protein mL54	complement(join(2767915..2768165,2768236..2768713))	Aspergillus niger	4979666
An02g11310	CDS	An02g11310	NT_166519.1	2769720	2770234	D	Title: questionable ORF; uncharacterized protein	join(2769720..2769730,2769818..2769868,2769925..2769957,2770129..2770234)	Aspergillus niger	84590471
An02g11320	CDS	An02g11320	NT_166519.1	2771241	2772527	R	Remark: about the patent is no further information available.; Remark: the matching coding sequence was isolated by carrying out RT-PCR on all of the mRNA obtained from A. thaliana.; Similarity: the ORF encoded protein shows also strong similarities to epimerases.; Title: strong similarity to protein fragment SEQ ID NO:15392 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(2771241..2771852,2771898..2772527))	Aspergillus niger	4979668
An02g11330	CDS	An02g11330	NT_166519.1	2773489	2774888	D	Induction: the mRNA for spherulin 4 of P. polycephalum protein accumulates during spherulation.; Remark: spherulin 4 of P. polycephalum has many features of a plasma membrane protein: a signal peptide and a long hydrophobic region, which could serve as a transmembrane anchor.; Title: similarity to developmentally regulated spherulin 4 - Physarum polycephalum; See PMID 2930775; uncharacterized protein	join(2773489..2773706,2773909..2774266,2774565..2774888)	Aspergillus niger	4979669
An02g11340	CDS	An02g11340	NT_166519.1	2775782	2776682	R	Title: weak similarity to hypothetical protein encoded by B13I18.180 - Neurospora crassa; uncharacterized protein	complement(join(2775782..2775857,2775901..2775937,2776068..2776173,2776204..2776232,2776376..2776489,2776586..2776682))	Aspergillus niger	84590472
An02g11350	CDS	An02g11350	NT_166519.1	2778271	2779804	D	Title: questionable ORF; uncharacterized protein	join(2778271..2778277,2778377..2778495,2778541..2778639,2778733..2778796,2779373..2779538,2779732..2779804)	Aspergillus niger	84590473
An02g11360	CDS	An02g11360	NT_166519.1	2780243	2781214	R	Similarity: the similarities to lower scored matches are mainly based on repetetive structures.; Title: strong similarity to hypothetical endo alpha-1,4 polygalactosaminidase precusor - Pseudomonas sp.; uncharacterized protein	complement(2780243..2781214)	Aspergillus niger	4979672
An02g11380	CDS	An02g11380	NT_166519.1	2784884	2786560	R	Remark: ORF contains 5 frameshifts, due to putative sequencing errors.; Remark: Tan1 is identical to transposon Tndm2 from Aspergillus niger.; Remark: the Tan1 element has a unique organization: IR-ORF-IR-IR-Vader-IR.; Remark: the transposase Tan1 is present as a single copy in A. niger var. awamori.; Title: strong similarity to transposase Tan1 -Aspergillus niger [putative pseudogene]; putative pseudogene; See PMID 9003286; <NA>	complement(2784884..2786560)	Aspergillus niger	84590474
An02g11390	CDS	An02g11390	NT_166519.1	2786863	2789349	R	Similarity: the ORF also shows strong similarity to the EST an_2371 from Aspergillus niger.; Similarity: the similarities of lower scored matches are based on repetetive structures.; Title: strong similarity to hypothetical protein encoded by DR0708 - Deinococcus radiodurans; uncharacterized protein	complement(join(2786863..2787129,2787202..2789349))	Aspergillus niger	4979674
An02g11400	CDS	An02g11400	NT_166519.1	2791747	2797499	D	Title: strong similarity to hypothetical protein CAD70539.1 - Neurospora crassa [truncated ORF]; uncharacterized protein	join(2791747..2791812,2791879..2791968,2792034..>2797499)	Aspergillus niger	4979675
An02g11410	CDS	An02g11410	NT_166519.1	2797602	2800583	D	Remark: the A. niger ORF is N-terminally truncated due to the contig border.; Remark: the A. niger ORF shows strong similarity to EST an_3206 of A. niger.; Similarity: the ORF shows also weak similarity to the hypothetical protein PA3059 of P. aeruginosa.; Similarity: the ORF shows strong similarity to another A. niger protein. This other protein displays weak similarity to the UDP-glucose-polyglycerol phosphate glucosyltransferase tagE of B. subtilis.; Title: strong similarity to hypothetical protein encoded by An12g10440 - Aspergillus niger [truncated ORF]; uncharacterized protein	<2797602..2800583	Aspergillus niger	84590475
An02g11420	CDS	dapB	NT_166519.1	2801169	2804015	R	Gene-ID: dapB; Remark: the A. niger protein is unpublished.; dipeptidyl aminopeptidase type IV dapB-Aspergillus niger	complement(join(2801169..2801287,2801370..2801639,2801699..2804015))	Aspergillus niger	4979677
An02g11430	CDS	An02g11430	NT_166519.1	2804781	2805854	R	Remark: blastp matches are unspecific.; hypothetical protein	complement(2804781..2805854)	Aspergillus niger	84590476
An02g11440	CDS	An02g11440	NT_166519.1	2807359	2810452	D	Title: strong similarity to hypothetical protein SPCC1450.12 - Schizosaccharomyces pombe; uncharacterized protein	join(2807359..2807467,2807530..2807759,2807827..2808135,2808190..2808811,2808874..2808970,2809023..2810166,2810204..2810452)	Aspergillus niger	4979679
An02g11450	CDS	An02g11450	NT_166519.1	2810948	2812083	D	hypothetical protein	join(2810948..2811013,2811103..2812083)	Aspergillus niger	4979680
An02g11460	CDS	An02g11460	NT_166519.1	2812541	2814141	D	Pathway: N. crassa homolog met-10+ is putatively involved in methionine pathway.; Title: strong similarity to hypothetical protein met-10+ - Neurospora crassa; uncharacterized protein	join(2812541..2812835,2812899..2813000,2813053..2813130,2813180..2814141)	Aspergillus niger	4979681
An02g11470	CDS	An02g11470	NT_166519.1	2814591	2815278	D	Catalytic activity: nucleoside triphosphate + RNA(n) = pyrophosphate + RNA(n+1).; Localization: GFP-Rpb4 fusion protein was detected in the cytoplasm as well as the nuclei.; Remark: S. cerevisiae homolog RPB4 is essential for yeast cell growth and normal levels of RNA polymerase II activity, but not absolutely essential for mRNA synthesis.; Title: strong similarity to 16 kD subunit DNA-directed RNA polymerase II rpb4p - Schizosaccharomyces pombe; nucleus; See PMID 11168400; uncharacterized protein	join(2814591..2814781,2814910..2815037,2815151..2815278)	Aspergillus niger	4979682
An02g11480	CDS	An02g11480	NT_166519.1	2818711	2820993	D	Function: the Aspergillus nidulans homolog TamA functions as a co-activator of AreA, the major nitrogen regulatory protein in A. nidulans.; Localization: a GFP fusion with A. nidulans TamA is predominantly localized in the nucleus.; Remark: presence or absence of ammonium does not affect nuclear localization of GFP-TamA in A. nidulans.; Remark: the predicted DNA-binding domain of A. nidulans TamA is not essential for function.; Title: strong similarity to nitrogen regulatory protein tamA - Aspergillus nidulans; nucleus; uncharacterized protein	join(2818711..2819150,2819244..2820993)	Aspergillus niger	4979683
An02g11490	CDS	An02g11490	NT_166519.1	2821154	2821432	R	Title: strong similarity to EST an_0572 -Aspergillus niger; uncharacterized protein	complement(2821154..2821432)	Aspergillus niger	84590477
An02g11500	CDS	An02g11500	NT_166519.1	2822464	2823634	R	Remark: S. cerevisiae homolog YIL130w contains GAL4 zinc binuclear cluster domain.; Similarity: the ORF shows also similarity to probable membrane protein YIL130w of S. cerevisiae. However, the length of the ORF is only one third of the S. cerevisiae protein.; Title: weak similarity to zinc binuclear cluster protein sequence #124 from patent WO200224865-A2 -Unclassified organism; uncharacterized protein	complement(join(2822464..2822980,2823036..2823204,2823260..2823533,2823590..2823634))	Aspergillus niger	84590478
An02g11510	CDS	An02g11510	NT_166519.1	2824455	2825661	R	Remark: Drosophila melanogaster RpII215 encodes the largest subunit of RNA polymerase II with a molecular weight of 215 kDa.; Title: weak similarity to largest subunit of RNA polymerase II RpII215 - Drosophila melanogaster; uncharacterized protein	complement(join(2824455..2824933,2824984..2825092,2825126..2825156,2825245..2825346,2825418..2825494,2825551..2825661))	Aspergillus niger	4979685
An02g11520	CDS	An02g11520	NT_166519.1	2825837	2826720	D	hypothetical protein	join(2825837..2826018,2826146..2826157,2826254..2826307,2826549..2826720)	Aspergillus niger	84590479
An02g11530	CDS	An02g11530	NT_166519.1	2826918	2828088	D	Remark: strong similarity to HA protein sequence SEQ ID NO:416 patent WO200100842-A2 from Corynebacterium glutamicum.; Remark: the predicted ORF is a putative hydroxyquinol-1, 2-dioxygenase by similarity.; Title: strong similarity to HA protein sequence SEQ ID NO:416 from patent WO200100842-A2 - Corynebacterium glutamicum; uncharacterized protein	join(2826918..2827211,2827268..2827741,2827807..2828088)	Aspergillus niger	4979688
An02g11540	CDS	An02g11540	NT_166519.1	2828555	2829205	R	hypothetical protein	complement(join(2828555..2828685,2828840..2829038,2829134..2829205))	Aspergillus niger	84590480
An02g11550	CDS	An02g11550	NT_166519.1	2829370	2830767	D	Remark: E. coli homolog b1423/YDCJ is a hypothetical protein in TRG-RIML intergenic region.; Title: strong similarity to hypothetical protein ydcJ - Escherichia coli; uncharacterized protein	2829370..2830767	Aspergillus niger	4979690
An02g11560	CDS	An02g11560	NT_166519.1	2831162	2833036	D	Function: A. parasiticus homolog versicolorin B synthase (vsb) catalyzes the side chain cyclization of racemic versiconal hemiacetal to the bisfuran ring system of(-)-versicolorin B.; Pathway: Aspergillus parasiticus aflatoxin biosynthetic pathway.; Remark: A. parasiticus vsb possesses an amino-terminal sequence homologous to the ADP-binding region of other flavoenzymes. However, this enzyme does not require flavin or nicotinamide cofactors for its cyclase activity.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Title: strong similarity to versicolorin B synthase vbs - Aspergillus parasiticus; See PMID 8662689; uncharacterized protein	2831162..2833036	Aspergillus niger	4979691
An02g11570	CDS	An02g11570	NT_166519.1	2833534	2834307	R	Remark: S. c. homolog is a mitochondrial ribosomal protein.; Title: similarity to mitochondrial ribosomal protein of the large subunit Yml49 - Saccharomyces cerevisiae; localisation:mitochondrion; uncharacterized protein	complement(2833534..2834307)	Aspergillus niger	4979692
An02g11580	CDS	An02g11580	NT_166519.1	2834741	2835594	D	Remark: strong similarity to Human secreted protein sequence encoded by gene 48 SEQ ID NO:188 patent WO200056754-A1.; Title: strong similarity to secreted protein sequence encoded by gene 48 SEQ ID NO:188 from patent WO200056754-A1 - Homo sapiens [putative pseudogene]; putative pseudogene; <NA>	join(2834741..2835301,2835381..2835594)	Aspergillus niger	10098268
An02g11590	CDS	An02g11590	NT_166519.1	2836916	2839306	R	Function: Rps1 is required for sporulation.; Function: S. cerevisiae Rps1/Mps1 is required for spindle pole body duplication and has a mitotic checkpoint function.; Remark: alternative gene name for S. cerevisiae RPS1 is MPS1; Remark: phosphoamino acid analysis of substrates phosphorylated by Mps1p indicates that this kinase can phosphorylate serine, threonine and tyrosine residues,identifying Mps1p as a dual specificity protein kinase.; Title: strong similarity to serine/threonine protein kinase Rpk1 - Saccharomyces cerevisiae; uncharacterized protein	complement(2836916..2839306)	Aspergillus niger	4979694
An02g11600	CDS	An02g11600	NT_166519.1	2840861	2842284	D	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 154 amino acids long.; hypothetical protein	join(2840861..2840883,2841306..2841492,2841558..2841637,2841880..2842033,2842264..2842284)	Aspergillus niger	84590481
An02g11610	CDS	An02g11610	NT_166519.1	2843147	2843968	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 154 amino acids long.; hypothetical protein	complement(join(2843147..2843336,2843422..2843525,2843576..2843653,2843876..2843968))	Aspergillus niger	84590482
An02g11620	CDS	An02g11620	NT_166519.1	2844301	2845665	D	hypothetical protein	2844301..2845665	Aspergillus niger	84590483
An02g11625	CDS	An02g11625	NT_166519.1	2846118	2847596	D	Remark: similarities are based on glycin/serin rich structures.; Title: weak similarity to RNA helicase GLH-2 -Caenorhabditis elegans; uncharacterized protein	2846118..2847596	Aspergillus niger	4979698
An02g11627	CDS	An02g11627	NT_166519.1	2847686	2847925	R	hypothetical protein	complement(2847686..2847925)	Aspergillus niger	84590484
An02g11630	CDS	An02g11630	NT_166519.1	2850317	2851999	R	Remark: the ORF contains a PWI motif, which is often present in splicing factors suggesting it might be important for multiple interactions within splicing complexes.; Title: strong similarity to hypothetical Ser/Arg-related nuclear matrix protein - Mus musculus; uncharacterized protein	complement(join(2850317..2850839,2850997..2851394,2851454..2851618,2851720..2851810,2851857..2851999))	Aspergillus niger	4979700
An02g11640	CDS	An02g11640	NT_166519.1	2853923	2854349	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 111 amino acids.; Title: questionable ORF; uncharacterized protein	join(2853923..2853979,2854071..2854349)	Aspergillus niger	84590485
An02g11650	CDS	An02g11650	NT_166519.1	2855646	2856274	R	Remark: the first intron is unusually long.; hypothetical protein	complement(join(2855646..2855664,2855713..2855804,2855848..2856081,2856227..2856274))	Aspergillus niger	4979702
An02g11660	CDS	An02g11660	NT_166519.1	2856881	2857696	D	Similarity: the ORF shows strong similarity to several putative 2-hydroxyhepta-2,4-diene-1,7-dioate isomerases from bacteria.; Title: strong similarity to hypothetical homolog of prokaryotic 2-hydroxyhepta-2,4-diene-1,7-dioate isomerase SPBC21C3.09c - Schizosaccharomyces pombe; uncharacterized protein	join(2856881..2857178,2857269..2857696)	Aspergillus niger	4979703
An02g11670	CDS	An02g11670	NT_166519.1	2857952	2858840	R	hypothetical protein	complement(join(2857952..2857985,2858032..2858840))	Aspergillus niger	4979704
An02g11680	CDS	An02g11680	NT_166519.1	2859580	2861222	R	Function: eIF-4A of S. pombe recognizes and binds to the 7-methylguanosine-containing (m7Gppp) cap during an early step in the initiation of protein synthesis and facilitates ribosome binding to a mRNA by inducing the unwinding of its secondary structures.; Remark: eIF-4A of S. pombe is also called mRNA CAP-binding protein, eIF-4F 25 kDA subunit, TIF451, TIF45,TIF1 or SPAC16E8. 15.; Title: strong similarity to translation initiation factor eIF-4A - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2859580..2859590,2859652..2860294,2860355..2860713,2860772..2860840,2860907..2860981,2861183..2861222))	Aspergillus niger	4979705
An02g11690	CDS	An02g11690	NT_166519.1	2862017	2863707	D	Title: strong similarity to hypothetical protein F3F9.18 - Arabidopsis thaliana; uncharacterized protein	join(2862017..2862351,2862519..2863707)	Aspergillus niger	4979706
An02g11700	CDS	An02g11700	NT_166519.1	2863877	2864801	R	Phenotype: CTR2 overexpression in S. pombe provides increased resistance to copper starvation and is also associated with an increased sensitivity to copper toxicity.; Phenotype: S. pombe ctr2 mutants display a high level of resistance to toxic copper concentrations.; Similarity: the ORF overlaps with A. niger ESTs an_0415 (EMBLEST:BE760746), an_3561 (EMBLEST:BE759211) and entry PATENTDNA:AAF11529 SEQ ID NO:4052.; Title: strong similarity to copper transport protein Ctr2 - Saccharomyces cerevisiae; See PMID 7499355; uncharacterized protein	complement(join(2863877..2863994,2864059..2864149,2864381..2864579,2864712..2864801))	Aspergillus niger	4979707
An02g11710	CDS	An02g11710	NT_166519.1	2865641	2866085	D	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 113 amino acids long.; hypothetical protein	join(2865641..2865730,2865834..2866085)	Aspergillus niger	84590486
An02g11720	CDS	An02g11720	NT_166519.1	2866366	2869866	R	Function: alpha-mannosidases facilitate the hydrolysis of terminal, non-reducing alpha-D-mannose residues in alpha-D-mannosides, which originate from N-linked carbohydrate chains released during glycoprotein turnover.; Title: strong similarity to alpha-mannosidase msd2 -Aspergillus nidulans; uncharacterized protein	complement(join(2866366..2866987,2867036..2869028,2869122..2869630,2869721..2869866))	Aspergillus niger	4979709
An02g11730	CDS	An02g11730	NT_166519.1	2870055	2870598	D	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 137 amino acids long.; Title: questionable ORF; uncharacterized protein	join(2870055..2870102,2870233..2870598)	Aspergillus niger	84590487
An02g11740	CDS	An02g11740	NT_166519.1	2871542	2871846	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 65 amino acids l; Title: questionable ORF; uncharacterized protein	complement(join(2871542..2871686,2871794..2871846))	Aspergillus niger	84590488
An02g11750	CDS	An02g11750	NT_166519.1	2872086	2873139	D	Similarity: the ORF overlaps with A. niger ESTs an_2297 (EMBLEST:BE759480), an_2292 (EMBLEST:BE759475) and an_2887 (EMBLEST:BE759941).; Title: strong similarity to hypothetical conserved protein SPBC337.10c - Schizosaccharomyces pombe; uncharacterized protein	join(2872086..2872752,2872832..2873139)	Aspergillus niger	4979712
An02g11760	CDS	An02g11760	NT_166519.1	2874593	2875984	R	Remark: the A. niger EST is decribed in PATENTDNA:AAF11691 EST SEQ ID NO:4214.; Title: strong similarity to EST SEQ ID NO:4214 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(2874593..2875984)	Aspergillus niger	4979713
An02g11770	CDS	An02g11770	NT_166519.1	2876981	2877338	D	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 88 amino acids long.; Title: questionable ORF; uncharacterized protein	join(2876981..2877052,2877144..2877338)	Aspergillus niger	84590489
An02g11780	CDS	An02g11780	NT_166519.1	2879290	2880147	R	Remark: the intron-exon structure of the ORF is not typical for A. niger proteins.; hypothetical protein	complement(join(2879290..2879357,2879446..2879598,2879786..2879826,2879933..2880004,2880065..2880147))	Aspergillus niger	84590490
An02g11790	CDS	An02g11790	NT_166519.1	2880654	2881501	R	Function: pcd1 of S. cerevisiae is a putative peroxisomal nudix hydrolase active towards coenzyme A and its derivatives.; Remark: in constrast to pcd1 of S. cerevisiae, no membrane region was predicted in the ORF.; Title: similarity to hypothetical coenzyme A diphosphatase Pcd1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2880654..2880982,2881072..2881501))	Aspergillus niger	4979716
An02g11800	CDS	An02g11800	NT_166519.1	2882922	2884673	R	Function: YPR125w of S. cerevisiae supresses the splicing defect caused by the disruption of the nuclear MRS2 gene (mrs2-1 mutation), which causes a strong pet-phenotype in strains with mitochondrial group II introns, and a leaky pet-phenotype in strains without group II introns.; Title: strong similarity to hypothetical membrane protein YPR125w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2882922..2883971,2884034..2884606,2884647..2884673))	Aspergillus niger	4979717
An02g11810	CDS	An02g11810	NT_166519.1	2885361	2887068	R	Title: strong similarity to hypothetical conserved protein 12F11.50 - Neurospora crassa; uncharacterized protein	complement(join(2885361..2886099,2886152..2887068))	Aspergillus niger	4979718
An02g11820	CDS	An02g11820	NT_166519.1	2890369	2891120	R	Catalytic activity: phaB of A. latus converts (R)-3-hydroxyacyl-CoA + NADP(+) <=> 3-oxoacyl-CoA + NADPH.; Function: phaB of A. latus is involved in the metabolism of butanoate.; Remark: a puative frameshift due to a possible sequencing error at position 609 (one base too much) was corrected.; Title: strong similarity to acetoacetyl-CoA reductase phaB - Alcaligenes latus [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<2890369..2890930,2891013..2891120))	Aspergillus niger	84590491
An02g11830	CDS	An02g11830	NT_166519.1	2891277	2891975	R	Catalytic activity: glutathione S-transferases convert RX + glutathione <=> HX + R-S-glutathione.; Function: URE2 of S. cerevisiae is involved in cellular responses to the nitrogen source.; Phenotype: disruption of URE2 in S. cerevisiae showed that URE2 is regulating GLN1 and GDH2, the structural genes for glutamine synthetase and NAD-linked glutamate dehydrogenase, respectively, at the transcriptional level.; Title: strong similarity to glutathione transferase homolog Ure2 - Saccharomyces cerevisiae; uncharacterized protein	complement(2891277..2891975)	Aspergillus niger	4979720
An02g11840	CDS	An02g11840	NT_166519.1	2892181	2893338	R	hypothetical protein	complement(join(2892181..2892271,2892548..2892633,2892678..2892752,2892867..2893153,2893272..2893338))	Aspergillus niger	84590492
An02g11850	CDS	An02g11850	NT_166519.1	2893949	2894883	D	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 94 amino acids long.; Title: questionable ORF; uncharacterized protein	join(2893949..2894005,2894252..2894266,2894408..2894549,2894813..2894883)	Aspergillus niger	84590493
An02g11860	CDS	An02g11860	NT_166519.1	2895379	2896737	R	Title: strong similarity to hypothetical Ydr124wp-like protein - Pneumocystis carinii; uncharacterized protein	complement(join(2895379..2895953,2896027..2896212,2896287..2896737))	Aspergillus niger	4979723
An02g11870	CDS	An02g11870	NT_166519.1	2898187	2898701	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 104 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(2898187..2898359,2898560..2898701))	Aspergillus niger	84590494
An02g11880	CDS	An02g11880	NT_166519.1	2898939	2900341	D	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins.; Title: questionable ORF; uncharacterized protein	join(2898939..2899140,2899418..2899570,2899659..2899724,2900160..2900341)	Aspergillus niger	84590495
An02g11890	CDS	An02g11890	NT_166519.1	2900589	2902555	R	Similarity: the ORF shows also weak similarity to heparanase Hep of R. norvegicus and of H. sapiens.; Title: strong similarity to hypothetical protein encoded by An14g01330 - Aspergillus niger; uncharacterized protein	complement(join(2900589..2901396,2901506..2902021,2902110..2902209,2902354..2902555))	Aspergillus niger	4979726
An02g11900	CDS	An02g11900	NT_166519.1	2904290	2908380	R	Function: SMC1 of S. cerevisiae is a coiled-coil protein involved in chromosome structure or segregation,which is essential for yeast nuclear division.; Phenotype: smc1p-depleted S. cerevisiae cells have a defect in nuclear division as evidenced by the absence of anaphase cells.; Phenotype: the smc1-1 mutant of S. cerevisiae was identified initially as a mutant of S. cerevisiae that had an elevated rate of minichromosome nondisjunction.; Remark: SMC1 of S. cerevisiae is also called chl10 or YFL008W.; Remark: a putative sequencing error in the fourth exon results in an frameshift.; Title: strong similarity to chromosome segregation protein Smc1 - Saccharomyces cerevisiae [putative frameshift]; putative frameshift; See PMID 7929577; See PMID 8442383; uncharacterized protein	complement(join(<2904290..2904737,2904795..2905102,2905152..2907945,2908042..2908126,2908204..2908297,2908350..2908380))	Aspergillus niger	4979727
An02g11910	CDS	An02g11910	NT_166519.1	2910290	2911287	D	Function: pdx1 of S. cerevisiae plays a structural role in the PDH complex, i. e., it binds and positions E3 (dihydrolipoamide dehydrogenase) to the E2 (dihydrolipoamide transactylase) core, and this specific binding is essential for a functional PDH complex.; Phenotype: mitochondrial extracts of S. cerevisiae pdx1 minus mutants do not catalyze a CoA- and NAD(+)-linked oxidation of pyruvate.; Remark: pdx1 of S. cerevisiae is also called dihydrolipoamide dehydrogenase-binding protein of pyruvate dehydrogenase complex, E3-binding protein or E3BP.; Title: similarity to mitochondrial pyruvate dehydrogenase complex protein Pdx1 - Saccharomyces cerevisiae; uncharacterized protein	join(2910290..2910368,2910497..2911287)	Aspergillus niger	4979728
An02g11920	CDS	An02g11920	NT_166519.1	2912457	2914482	R	Function: Fzr1 of M. musculus is a recently identified 7WD domain member of a family, which is implicated in cell cycle regulation of Drosophila and yeast.; Function: overexpression of Fzr1 of M. musculus increases natural killer cell-mediated cell death and suppresses tumor growth.; Remark: Fzr1 of M. musculus is also called Fyr or fzr.; Remark: mammalian fizzy-related genes regulate the cyclosome. Ubiquitin-mediated proteolysis by the cyclosome plays an essential role in cell cycle control.; Similarity: the ORF shows strong similarity to the A. niger EST an_2748.; Title: strong similarity to fizzy-related protein Fzr1 - Mus musculus; See PMID 10606752; See PMID 10891459; uncharacterized protein	complement(join(2912457..2913221,2913275..2913821,2913905..2914048,2914154..2914482))	Aspergillus niger	4979729
An02g11930	CDS	An02g11930	NT_166519.1	2915153	2915514	R	hypothetical protein	complement(join(2915153..2915290,2915374..2915514))	Aspergillus niger	84590496
An02g11940	CDS	An02g11940	NT_166519.1	2916376	2918137	D	Title: strong similarity to aminopeptidase METPRO02 from patent EP939131-A2 - Homo sapiens; uncharacterized protein	join(2916376..2916451,2916509..2916570,2916623..2916724,2916784..2916919,2916971..2917063,2917113..2918137)	Aspergillus niger	4979731
An02g11950	CDS	An02g11950	NT_166519.1	2918548	2919628	D	Title: similarity to hypothetical protein SPAC4D7.11 - Schizosaccharomyces pombe; uncharacterized protein	join(2918548..2918759,2918866..2919628)	Aspergillus niger	4979732
An02g11960	CDS	An02g11960	NT_166519.1	2919848	2920785	R	Complex: E. coli clpP is the proteolytic component of clp proteinase. The Clp holoenzyme consists of two adjacent heptameric rings of the proteolytic subunit ClpP,which are flanked by a hexameric ring of a regulatory subunit from the Clp/Hsp100 chaperone family at one or both ends.; Function: the E. coli homolog clpP encodes a protease required for ATP-driven cleavage of proteins to small peptides; Remark: electron micrographs of the protein show superimposed disk-like structures with a central cavity,similar in appearance to purified proteasomes from eukaryotic cells.; Remark: the proposed function of the ClpX/ClpP complex in eukaryotic mitochondria is to exhert functions similar to the proteasome in this subcellular compartment.; Title: strong similarity to endopeptidase Clp chain P clpP - Escherichia coli; uncharacterized protein	complement(join(2919848..2920399,2920454..2920479,2920546..2920564,2920627..2920785))	Aspergillus niger	4979733
An02g11970	CDS	An02g11970	NT_166519.1	2922542	2923630	R	Function: pho13 of S. pombe and aryl phosphatases functions as a phosphoric monoester hydrolase.; Remark: pho13 of S. pombe is also called PHO13 or SPBC15D4. 15.; Similarity: the predicted ORF shows similarity to nitrophenylphosphatases and acryl phosphatases from different species.; Title: strong similarity to 4-nitrophenylphosphatase pho13p - Schizosaccharomyces pombe; cytoplasm; uncharacterized protein	complement(join(<2922542..2923058,2923129..2923220,2923279..2923347,2923422..2923443,2923526..>2923630))	Aspergillus niger	4979734
An02g11980	CDS	An02g11980	NT_166519.1	2924199	2925528	R	Function: rfc is a DNA binding protein and ATPase that acts as a processivity factor for DNA polymerases delta and epsilon and loads proliferating cell nuclear antigen (PCNA) on DNA.; Function: rfc2 of S. cerevisiae interacts with the CDC44/RFC1 and RFC5 gene products in the RF-C complex and with both DNA polymerases during chromosomal DNA replication.; Phenotype: disruption of the rcf2 gene in S. cerevisiae led to a dumbbell-shaped terminal morphology,common to mutants having a defect in chromosomal DNA replication.; Phenotype: mutant rcf2 in S. cerevisiae courses temperature-sensitive cell growth, defects in the integrity of chromosomal DNA at restrictive temperatures,progression through cell cycle without definitive terminal morphology and rapid loss of cell viability at restrictive temperatures, sensitivity to hydroxyurea, methyl methanesulfonate and UV light and an increased rate of spontaneous mitotic recombination and chromosome loss.; Remark: replication factor C is also called activator 1.; Title: strong similarity to replication factor C chain Rfc2 - Saccharomyces cerevisiae; nucleus; See PMID 9671499; uncharacterized protein	complement(join(2924199..2924363,2924412..2925215,2925275..2925361,2925418..2925528))	Aspergillus niger	4979735
An02g11990	CDS	An02g11990	NT_166519.1	2925812	2927096	R	Function: sec20 of C. albicans is probably involved in vesicle formation for retrograde golgi-ER protein transport.; Phenotype: reduced sec20 expression in the C. albicans PCK1p-SEC20 strain is not affecting morphogenesis but leads to a series of hypersensitivity phenotypes including supersensitivity to aminoglycoside antibiotics,to nystatin, to sodium dodecyl sulfate, and to cell wall inhibitors.; Phenotype: repression of sec20 expression in C. albicans prevented (MET3p-SEC20 allele) or retarded (PCK1p-SEC20 allele) growth and led to the appearance of extensive intracellular membranes, which frequently formed stacks.; Remark: the predicted ORF contains an C-terminal ER retention signal (KDEL), which is homologues to the yeast retention signal HDEL found in sec20 of S. cerevisae and unusual for a membrane protein.; Similarity: the similarity of the predicted ORF to sec20 of C. albicans is restricted to the inner part of the ORF, reaching from amino acid 50 to 280.; Title: similarity to protein involved in protein secretion sec20 - Candida albicans; See PMID 1537327; See PMID 11114899; uncharacterized protein	complement(join(2925812..2926365,2926436..2926716,2926783..2927096))	Aspergillus niger	4979736
An02g12000	CDS	An02g12000	NT_166519.1	2927280	2928363	D	Remark: the predicted intron-exon structure of the ORF and its lenght are suboptimal.; Similarity: the predicted ORF shows weak similarity to a short stretch (73 bp) of the A. nidulans ESTEMBLEST:AI213526.; Title: similarity to ribosomal protein YmL44-like protein CAE76322.1 - Neurospora crassa; uncharacterized protein	join(2927280..2927357,2927532..2927595,2927645..2927986,2928320..2928363)	Aspergillus niger	4979737
An02g12010	CDS	An02g12010	NT_166519.1	2928488	2929610	R	Catalytic activity: ipp1 of S. cerevisiae converts pyrophosphat + H(2)O = 2 orthophosphate.; Function: ipp1 of S. cerevisiae catalyzes the hydrolysis of pyrophosphate to orthophosphate.; Induction: for the activation of ipp1 from S. cerevisiae the presence of a divalent metal cation is necessary, magnesium confers the highest activity.; Remark: inorganic pyrophosphatases can be active in cytosol or mitochiondrium.; Remark: ipp1 of S. cerevisiae is also called PPA1,PPA, YBR011C, YBR011 or YBR0202.; Similarity: the predicted ORF shows similarity to several inorganic pyrophosphatases from different species.; Title: strong similarity to inorganic pyrophosphatase Ipp1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2928488..2928626,2928679..2928762,2928817..2929160,2929220..2929339,2929434..2929610))	Aspergillus niger	4979738
An02g12020	CDS	An02g12020	NT_166519.1	2930178	2930568	R	hypothetical protein	complement(join(2930178..2930524,2930562..2930568))	Aspergillus niger	84590497
An02g12030	CDS	An02g12030	NT_166519.1	2931247	2932587	D	Function: smm1 of S. cerevisiae is involved in the synthesis and processing of mitochondrial tRNAs.; Phenotype: overexpression of smm1 in S . cerevisiae weakly suppresses a mutation affecting the maturation of mitochondrial tRNA-Asp.; Phenotype: the smm1 mutation in S. cerevisiae cells confers temperature-sensitiv growth and aberrant mitochondrial inheritance and morphology at the nonpermissive temperature.; Remark: smm1 of S. cerevisiae is also called YNR015W or N2065.; Similarity: the similarity to smm1 of S. cerevisiae is restricted to its N-terminal part, reaching to amino acid 300.; Title: strong similarity to hypothetical tRNA--dihydrouridine synthase Smm1 - Saccharomyces cerevisiae; See PMID 9211792; See PMID 10366593; uncharacterized protein	2931247..2932587	Aspergillus niger	4979740
An02g12040	CDS	An02g12040	NT_166519.1	2933512	2936883	R	Phenotype: disruption of the fun30 gene in S. cerevisiae surprisingly resulted in increased resistance to UV irradiation.; Remark: synonyms for fun30 of S. cerevisiae are YAL019W or YAL001.; Similarity: the predicted ORF shows strong similarity to several helicases from different species.; Title: strong similarity to helicase Fun30 -Saccharomyces cerevisiae; nucleus; See PMID 10454593; See PMID 8144453; uncharacterized protein	complement(2933512..2936883)	Aspergillus niger	4979741
An02g12050	CDS	An02g12050	NT_166519.1	2937836	2938114	D	Function: Vma21p of S. cerevisiae is involved in vacuolar H-ATPase assembly or function, which is important for vacuolar acidification.; Phenotype: null mutants of vma21 cannot grow on glycerol or at pH 7. 5 and exhibits increased calcium sensitivity.; Remark: the systematic name for VMA21 is YGR105W.; Title: similarity to V-ATPase assembly protein Vma21 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 10600674; See PMID 7841520; See PMID 8416931; uncharacterized protein	join(2937836..2937911,2937978..2938114)	Aspergillus niger	4979742
An02g12060	CDS	An02g12060	NT_166519.1	2938617	2939240	R	Catalytic activity: cystathione beta-synthases convert L-serine + L-homocysteine <=> cystathionine + H(2)O.; Function: cystathione beta-synthases have sulfhydrase and beta-thionase activity and catalyzs the first irreversible step in homocysteine transulfuration.; Induction: cystathione beta-synthase are pyridoxal-phosphate dependent.; Similarity: the ORF shows similarity to the C-terminal end of cysB from D. discoideum including the characteristic CBS domain.; Title: similarity to hypothetical cystathione beta-synthase cysB - Dictyostelium discoideum; uncharacterized protein	complement(join(2938617..2939051,2939136..2939240))	Aspergillus niger	4979743
An02g12070	CDS	An02g12070	NT_166519.1	2939911	2941340	D	Repression: the activity of phosphate transporters can be inhibited by N-ethylmaleimide.; Similarity: the predicted ORF shows strong similarity to several mitochondrial phosphate transporters; Title: strong similarity to mitochondrial phosphate transport protein G7 - Glycine max; localisation:mitochondrion; See PMID 10437831; uncharacterized protein	join(2939911..2940195,2940270..2940434,2940484..2940737,2940788..2941133,2941189..2941208,2941271..2941340)	Aspergillus niger	4979744
An02g12080	CDS	An02g12080	NT_166519.1	2942157	2942885	D	Similarity: the ORF shows similarity to several glycine-rich proteins.; Similarity: the predicted ORF overlaps with A. niger EST EMBLEST:BE759579.; hypothetical protein	join(2942157..2942196,2942292..2942322,2942381..2942450,2942552..2942674,2942754..2942885)	Aspergillus niger	4979745
An02g12090	CDS	An02g12090	NT_166519.1	2943548	2945010	R	Similarity: the predicted ORF shows similarity to several glutamic acid-rich proteins due to its high glutamic acid content.; Similarity: the similarity to the other A. niger protein, however, is short (about 60 amino acids) but highly specific.; Title: weak similarity to hypothetical protein encoded by An03g06210 - Aspergillus niger; uncharacterized protein	complement(join(2943548..2944158,2944379..2944501,2944627..2944656,2944815..2945010))	Aspergillus niger	4979746
An02g12100	CDS	An02g12100	NT_166519.1	2945346	2945766	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(2945346..2945521,2945652..2945766)	Aspergillus niger	84590498
An02g12110	CDS	An02g12110	NT_166519.1	2945809	2947790	R	hypothetical protein	complement(join(2945809..2946132,2946236..2946313,2946441..2946482,2946619..2946691,2946971..2947019,2947097..2947172,2947234..2947294,2947406..2947467,2947629..2947790))	Aspergillus niger	84590499
An02g12120	CDS	An02g12120	NT_166519.1	2950057	2950925	R	Remark: rpl37B of S. cerevisiae is also called YOR234C, RPL35B, YDR500C or D9719. 6.; Remark: there are two genes for rpl37 in S. cerevisiae rpl37A and rp37B with only one conservative amino acid difference.; Similarity: the predicted ORF overlaps with A. niger ESTs EMBLEST:BE759376, EMBLEST:BE759740 and PATENTDNA:AAF11451 EST SEQ ID NO:3974.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit Rpl37b - Saccharomyces cerevisiae; cytoplasm; See PMID 8082197; 60S ribosomal protein eL33	complement(join(2950057..2950154,2950267..2950367,2950434..2950475,2950541..2950594,2950747..2950756,2950901..2950925))	Aspergillus niger	4979749
An02g12130	CDS	An02g12130	NT_166519.1	2951796	2952583	D	Remark: the sequence overlaps with A. niger EST EMBL:ANNGSDA (A. niger gsdA gene).; Title: questionable ORF; uncharacterized protein	join(2951796..2951823,2951950..2952152,2952305..2952583)	Aspergillus niger	84590500
An02g12140	CDS	gsdA	NT_166519.1	2953468	2955831	D	Catalytic activity: gsdA of A. niger converts glucose-6-phosphate + NADP(+) = D-glucono-delta-lactone 6-phosphate + NADPH.; Function: gsdA of A. niger catalyses the first step in the pentose phosphate pathway.; Gene-ID: gsdA; Phenotype: overexpression of gsdA in A. niger was shown to be deleterious for the fungus, especially when cotransformants were grown on media containing ammonia.; Remark: the predicted ORF overlaps with A. niger ESTs EMBLEST:BE760650, EMBL:ANG6PDHSE (A. niger mRNA for glucose-6-phosphate dehydrogenase) and EMBL:ANNGSDA (A. niger gsdA gene).; Repression: glucose-6-phosphat 1-dehydrogenase is inhibited by NADPH and stimulated by NADP(+).; cytoplasm; glucose-6-phosphat 1-dehydrogenase gsdA-Aspergillus niger	join(2953468..2953511,2953863..2953935,2953991..2954011,2954078..2954422,2954496..2954693,2954759..2954843,2954902..2954978,2955031..2955238,2955295..2955666,2955722..2955831)	Aspergillus niger	4979751
An02g12150	CDS	An02g12150	NT_166519.1	2956040	2956663	R	Similarity: the sequence probably contains a putative duplication fragment of the 3' ORF, as it overlaps with a part of the A. niger gsdA gene sequence (EMBL:ANNGSDA).; Title: questionable ORF; uncharacterized protein	complement(join(2956040..2956145,2956239..2956463,2956542..2956663))	Aspergillus niger	84590501
An02g12160	CDS	An02g12160	NT_166519.1	2956879	2959066	D	Function: suc1 of P. major catalyzes the active uptake of sucrose or maltose and is sensitive to uncouplers.; Similarity: the ORF shows similarity to several sucrose transporters from different species.; Title: strong similarity to sucrose transport protein suc1 - Plantago major; uncharacterized protein	join(2956879..2956976,2957092..2957117,2957174..2957418,2957493..2957559,2957613..2957684,2957736..2957925,2957986..2958101,2958168..2959066)	Aspergillus niger	4979753
An02g12170	CDS	An02g12170	NT_166519.1	2960280	2963704	R	Function: msb1 of S. cerevisiae is involved in the establishment of cell polarity and bud formation.; Remark: msb1 of S. cerevisiae is also called YOR188W.; Similarity: the ORF shows similarity to some nucleolus-cytoplasm shuttle phosphoproteins.; Similarity: the similarity of the predicted ORF to msb1 from S. crevisiae is restricted to its N-terminal end,ending with amino acid 350.; Title: strong similarity to morphogenesis-related protein Msb1 - Saccharomyces cerevisiae; See PMID 2690082; uncharacterized protein	complement(join(2960280..2960359,2960425..2962721,2962790..2963018,2963068..2963161,2963242..2963399,2963515..2963704))	Aspergillus niger	4979754
An02g12180	CDS	An02g12180	NT_166519.1	2963783	2964452	D	hypothetical protein	join(2963783..2963797,2963883..2964015,2964118..2964250,2964353..2964452)	Aspergillus niger	84590502
An02g12190	CDS	An02g12190	NT_166519.1	2965299	2965939	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(2965299..2965460,2965841..2965939)	Aspergillus niger	84590503
An02g12200	CDS	An02g12200	NT_166519.1	2966092	2966580	R	hypothetical protein	complement(join(2966092..2966157,2966258..2966312,2966392..2966439,2966516..2966580))	Aspergillus niger	84590504
An02g12210	CDS	An02g12210	NT_166519.1	2966683	2968714	D	Function: mef2a of H. sapiens is a transcription factor involved in cell proliferation and differentiation,which binds to conserved A/T-rich sequence in the control regions of numerous muscle-specific genes.; Remark: mef2a is also called mf2A.; Similarity: due to its high proline content, the predicted ORF shows similarity to several hydroxyproline-rich proteins.; Similarity: the similarity of the predicted ORF to mef2A from H. sapiens is locally high in its N-terminal part, reaching from amino acid 1 to 430 and including all characteristic motivs of the transcription factor.; Title: strong similarity to myocyte-specific enhancer factor mef2A - Homo sapiens; nucleus; See PMID 8114702; See PMID 8148875; uncharacterized protein	join(2966683..2966738,2966821..2966977,2967053..2968714)	Aspergillus niger	4979758
An02g12220	CDS	An02g12220	NT_166519.1	2970036	2972153	R	Function: multidrug transporter are active in the efflux of a varity of (often cytotoxic) compounds, e. g. fnx1 of S. pombe possibly releases a signaling substance into the environment, which could be required for entry of the cell into the quiescent G0 state.; Remark: the poly-A end of the predicted ORF overlaps with A. niger ESTs EMBLEST:BE760322 and EMBLEST:BE760339.; Similarity: the ORF shows strong similarity to several multi drug resistance transporters with different specificity.; Title: strong similarity to multidrug resistance protein fnx1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2970036..2971150,2971208..2971329,2971386..2971696,2971851..2972153))	Aspergillus niger	4979759
An02g12230	CDS	An02g12230	NT_166519.1	2973199	2974343	R	Similarity: the ORF is similar to the region of homologues protein, where the calcium-binding domain (EF-hand) is located.; Similarity: the predicted ORF shows similarity to several calcium-binding proteins with different functions,like calpain-related proteins.; Title: strong similarity to calcium-binding protein abp32 - Homo sapiens; uncharacterized protein	complement(join(2973199..2974131,2974212..2974230,2974303..2974343))	Aspergillus niger	4979760
An02g12240	CDS	An02g12240	NT_166519.1	2974482	2974961	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 99 amino acids.; Title: questionable ORF; uncharacterized protein	join(2974482..2974502,2974592..2974780,2974872..2974961)	Aspergillus niger	84590505
An02g12250	CDS	An02g12250	NT_166519.1	2975060	2976130	R	Function: the short-chain dehydrogenase family is a very large family of enzymes, most of which are known to be NAD- or NADP-dependent oxidoreductases.; Similarity: the predicted ORF shows similarity to several proteins, which are members of the short-chain dehydrogenase/reductase superfamily (SDR).; Title: strong similarity to alcohol dehydrogenase pan2 - Mus musculus; uncharacterized protein	complement(join(2975060..2975183,2975250..2976130))	Aspergillus niger	4979762
An02g12260	CDS	An02g12260	NT_166519.1	2977040	2978254	D	Remark: the predicted intron-exon structure of the ORF is unusual.; Similarity: the similarity of the ORF to the hypothetical protein SPBC31F10. 03 of S. pombe is restricted to the inner part of the molecules, reaching from amino acids 24 to 200.; Title: strong similarity to hypothetical protein SPBC31F10.03 - Schizosaccharomyces pombe; uncharacterized protein	join(2977040..2977109,2977319..2977368,2977474..2977478,2977553..2977637,2977721..2978254)	Aspergillus niger	4979763
An02g12270	CDS	An02g12270	NT_166519.1	2978766	2979369	R	Induction: the transcript of grrbp2 of E. esula is induced in response to low temperatures.; Similarity: the ORF shows similarity to several RNA-binding proteins with glycine-rich domains.; Similarity: the predicted ORF overlaps with A. niger ESTs EMBLEST:BE759828 and PATENTDNA:AAF11490 SEQ ID NO:4013.; Title: strong similarity to glycine-rich RNA-binding protein grrbp2 - Euphorbia esula; See PMID 9747799; See PMID 10858526; uncharacterized protein	complement(join(2978766..2978806,2978881..2978990,2979040..2979146,2979215..2979287,2979350..2979369))	Aspergillus niger	4979764
An02g12280	CDS	An02g12280	NT_166519.1	2980045	2981336	D	hypothetical protein	join(2980045..2980079,2980188..2980429,2980499..2980559,2980681..2980727,2980849..2980920,2981074..2981336)	Aspergillus niger	84590506
An02g12290	CDS	An02g12290	NT_166519.1	2982295	2984473	D	Function: sf1 contributes to the recognition of the 3' splice site by interacting with U2AF65 and binding to the intron branch site during the formation of the early splicing complex.; Remark: sf1 of D. melanogatser is also called CG5836.; Similarity: the ORF is similar to sf1 of D. melanogaster in a region containing the KH-motiv and the zinc-finger motiv, which are both involved in facilitating nucleic acid binding.; Similarity: the predicted ORF is similar to the sf1 protein of D. melanogaster in inter region, including amino acids 130 to 260, but shows no homology to the N-terminal region of sf1 (RS domain found in several splicing proteins), which is believed to mediate protein-protein or protein-RNA interactions.; Title: similarity to splicing factor sf1 -Drosophila melanogaster; uncharacterized protein	join(2982295..2982424,2982486..2982946,2982998..2984473)	Aspergillus niger	84590507
An02g12300	CDS	An02g12300	NT_166519.1	2985543	2986489	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(2985543..2985584,2985668..2985912,2986241..2986300,2986393..2986489)	Aspergillus niger	84590508
An02g12310	CDS	An02g12310	NT_166519.1	2986712	2987552	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(2986712..2986777,2986830..2987372,2987538..2987552)	Aspergillus niger	4979768
An02g12320	CDS	An02g12320	NT_166519.1	2988635	2989609	D	Function: eIF-2 functions in the early steps of protein synthesis by forming a ternary complex with GTP and initiator tRNA.; Function: the beta subunit of eIF-2 is necessary for the exchange of GDP with GTP, to enable a new round of translation initiation by eIF-2.; Remark: sui3 of S. cerevisiae is also called TIF212,WP1054 or YPL237w.; Similarity: the predicted ORF overlaps with A. niger ESTs EMBLEST:BE759615 and EMBLEST:BE758850.; Title: strong similarity to translation initiation factor eIF-2 beta chain Sui3 - Saccharomyces cerevisiae; cytoplasm; See PMID 2678106; See PMID 3136928; uncharacterized protein	join(2988635..2988701,2988772..2989383,2989443..2989609)	Aspergillus niger	4979769
An02g12330	CDS	An02g12330	NT_166519.1	2990257	2991568	R	Remark: a splice site was detected upstream of the START codon.; Similarity: the predicted ORF is 140 amino acids longer at its N-terminus than the homologues hypothetical proteins of the MTH747 superfamily.; Similarity: the predicted ORF shows similarity to some proteins, which are members of the superfamily catagorized by the conserved hypothetical protein MTH747.; Title: strong similarity to hypothetical conserved protein TM0367 - Thermotoga maritima; uncharacterized protein	complement(join(2990257..2990475,2990540..2990889,2990945..2991388,2991440..2991457,2991514..2991568))	Aspergillus niger	4979770
An02g12340	CDS	An02g12340	NT_166519.1	2991706	2992265	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(2991706..2991763,2991963..2992057,2992146..2992265)	Aspergillus niger	84590509
An02g12350	CDS	An02g12350	NT_166519.1	2992430	2996033	R	Function: the ankyrin repeat is one of the most common protein sequence motifs found in a variety proteins with different activities.; Similarity: the predicted ORF shows similarity to ankyrin isoforms from several species, which is due to the presence of ankyrin-repeat homology domain.; Similarity: the similarity to ankryrin repeat domains is located in the C-terminal part of the predicted ORF, starting around amino acid 900.; Title: similarity to neuronal long splice form of ankyrin ANK2 - Homo sapiens; See PMID 1830053; See PMID 1833308; See PMID 8253844; uncharacterized protein	complement(join(2992430..2995248,2995352..2995880,2995935..2996033))	Aspergillus niger	4979772
An02g12360	CDS	An02g12360	NT_166519.1	2996891	2997872	R	Similarity: the predicted ORF overlaps with A. niger ESTs EMBLEST:AN728, EMBLEST:BE758829 and EMBLEST:BE759606.; Similarity: the predicted ORF shows similarities to SH3 domain sequences of several hypothetical proteins.; Title: strong similarity to hypothetical protein csh3p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2996891..2996946,2997041..2997262,2997318..2997714,2997810..2997872))	Aspergillus niger	4979773
An02g12370	CDS	An02g12370	NT_166519.1	2998841	2999611	R	hypothetical protein	complement(2998841..2999611)	Aspergillus niger	4979774
An02g12380	CDS	An02g12380	NT_166519.1	2999989	3000465	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(2999989..3000046,3000129..3000328,3000374..3000407,3000455..3000465))	Aspergillus niger	84590510
An02g12390	CDS	An02g12390	NT_166519.1	3000473	3001019	D	Function: yeast MBF1 mediates GCN4-dependent transcriptional activation by bridging the DNA-binding region of GCN4 and TBP.; Remark: The matching A. niger EST Asc0397 matches the complementary strand, but it is likely that this EST was cloned in the wrong orientation since the splice site is matching exactely this gene model and a poly(A)-tail can be recognized at the 5-end of the EST.; Similarity: yeast MBF1 shows similarity to the bridging molecule that connects the Drosophila nuclear receptor FTZ-F1 and TATA-binding protein (TBP).; Title: strong similarity to multiprotein bridging factor 1 Mbf1 - Saccharomyces cerevisiae; nucleus; See PMID 9710580; uncharacterized protein	join(3000473..3000628,3000711..3001019)	Aspergillus niger	4979776
An02g12400	CDS	An02g12400	NT_166519.1	3001956	3002570	D	hypothetical protein	join(3001956..3002111,3002165..3002176,3002246..3002257,3002296..3002371,3002533..3002570)	Aspergillus niger	84590511
An02g12410	CDS	An02g12410	NT_166519.1	3003262	3004519	R	Function: TIF34 of S. cerevisiae is required for cell cycle progression and for mating and plays an essential role in initiation of protein synthesis.; Remark: a putative sequencing error results in an frameshift.; Remark: the A. niger protein also shows strong similarity to the S. pombe Sum1 protein, the overexpression of which suppresses uncontrolled mitosis 1 in the cdc2-3w.; Similarity: TIF34 of S. cerevisiae and the A. niger protein show strong similarity to human TRIP-1 protein.; Title: strong similarity to translation initiation factor eIF3 subunit Tif34 - Saccharomyces cerevisiae [putative frameshift]; cytoplasm; putative frameshift; See PMID 8972194; See PMID 9671501; uncharacterized protein	complement(join(<3003262..3003621,3003678..3003794,3003858..3004368,3004493..3004519))	Aspergillus niger	4979778
An02g12420	CDS	An02g12420	NT_166519.1	3005481	3008521	D	Function: the protein product of the ADE3 gene of S. cerevisiae has been identified as the cytoplasmic trifunctional C1-tetrahydrofolate (THF) synthase, which possesses 10-formyl-THF synthetase (EC 6. 3. 4. 3), 5,10-methenyl-THF cyclohydrolase (EC 3. 5. 4. 9), and 5,10-methylene-THF dehydrogenase (EC 1. 5. 1. 5) activities.; Pathway: protein product of the ADE3 gene of S. cerevisiae necessary for the biosynthesis of purines,thymydylate, methionine, histidine, panthotenate, and formyl tRNA-MET.; Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to trifunctional C1-tetrahydrofolate synthase Ade3 - Saccharomyces cerevisiae [putative frameshift]; cytoplasm; putative frameshift; See PMID 8464869; See PMID 3514599; uncharacterized protein	join(3005481..3005604,3005671..3005691,3005748..3005785,3005847..3008375,3008440..>3008521)	Aspergillus niger	4979779
An02g12430	CDS	icdA	NT_166519.1	3010242	3012112	D	Catalytic activity: icdA from A. niger catalyzes the reaction: isocitrate + NADP(+) = 2-oxoglutarate + CO(2) + NADPH; Function: the activity of the mitochondrial NADP-dependent isocitrate dehydrogenase of A. niger is inhibited by an accumulation of intracellular glycerol; Gene-ID: icdA; Remark: a splice site was detected upstream of the START codon.; localisation:mitochondrion; See PMID 8885410; precursor of mitochondrial isocitrate dehydrogenase icdA-Aspergillus niger	join(3010242..3010304,3010549..3010584,3010689..3010699,3010762..3010795,3010853..3010991,3011047..3011083,3011143..3011639,3011688..3012112)	Aspergillus niger	4979780
An02g12440	CDS	An02g12440	NT_166519.1	3013229	3015847	R	Remark: blastp matches are due to repetitive amino acids.; hypothetical protein	complement(join(3013229..3013447,3013728..3013872,3013973..3014498,3014764..3015847))	Aspergillus niger	84590512
An02g12450	CDS	An02g12450	NT_166519.1	3016104	3017427	R	Function: tomato XOPG1 is involved weakening of the endosperm tissue during germination.; Title: similarity to polygalacturonase XOPG1 -Lycopersicon esculentum; See PMID 10517833; uncharacterized protein	complement(join(3016104..3016691,3016727..3017267,3017324..3017427))	Aspergillus niger	4979782
An02g12460	CDS	An02g12460	NT_166519.1	3017506	3018725	D	Title: strong similarity to EST SEQ ID NO:4225 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(3017506..3017628,3017752..3017789,3017845..3017892,3018032..3018725)	Aspergillus niger	4979783
An02g12470	CDS	An02g12470	NT_166519.1	3021132	3022375	D	Title: weak similarity to protein kinase Elm1 -Saccharomyces cerevisiae; uncharacterized protein	join(3021132..3021625,3021655..3022375)	Aspergillus niger	4979784
An02g12480	CDS	An02g12480	NT_166519.1	3022659	3025099	R	Title: weak similarity to mitochondrial transcription factor mtTFB - Kluyveromyces lactis; uncharacterized protein	complement(join(3022659..3022708,3022758..3022779,3022883..3022903,3023072..3023119,3023194..3024917,3024976..3025099))	Aspergillus niger	4979785
An02g12490	CDS	An02g12490	NT_166519.1	3025622	3027329	D	Remark: the function of the protein from EP1033405-A2 has not been described.; Title: similarity to protein fragment SEQ ID NO:24712 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(3025622..3025765,3025823..3025987,3026043..3027329)	Aspergillus niger	4979786
An02g12500	CDS	An02g12500	NT_166519.1	3027563	3028522	D	Remark: other uses include peptide hydrolysis, waste treatment and cleavage of fusion proteins.; Remark: the B. subtilis hydrolase YQJL as well as other recombinant hydrolases from gram-positive bacteria are useful in cleaning (e. g. detergent) or textile treatment compositions, and in animal feeds.; Title: similarity to hydrolase protein YQJL from patent WO9927081-A2 - Bacillus subtilis; uncharacterized protein	3027563..3028522	Aspergillus niger	4979787
An02g12503	CDS	An02g12503	NT_166519.1	3029354	3030265	D	Function: a tfs1 deletion strain of S. pombe has a slow growth phenotype and increased sensitivity to the drug 6-azauracil.; Remark: tfs1 from S. pombe is not essential for viability since a haploid S. pombe strain with tfs1 deleted from the genome is viable.; Similarity: tfs1 from S. pombe shows similarities to genes of other organisms encoding transcription elongation factor TFIIS.; Title: strong similarity to transcription elongation factor TFIIS encoded by tfs1p - Schizosaccharomyces pombe; nucleus; See PMID 8904334; uncharacterized protein	3029354..3030265	Aspergillus niger	4979788
An02g12505	CDS	An02g12505	NT_166519.1	3031053	3032311	R	Function: the expressed protein PMEA from Aspergillus had a molecular mass of 38. 5 kDa, a pH optimum of 5. 0, and a temperature optimum of 55 degrees C.; Similarity: pmeA from Aspergillus oryzae is very similar to those of Aspergillus niger PMEA and Aspergillus aculeatus PME1.; Title: similarity to pectin methylesterase pmeA -Aspergillus oryzae; See PMID 10052131; uncharacterized protein	complement(join(3031053..3031607,3031673..3032311))	Aspergillus niger	4979789
An02g12507	CDS	An02g12507	NT_166519.1	3032971	3033570	D	hypothetical protein	join(3032971..3032973,3033007..3033132,3033170..3033287,3033479..3033570)	Aspergillus niger	84590513
An02g12510	CDS	An02g12510	NT_166519.1	3034655	3037742	R	Catalytic activity: H(+)[intracellular] + ATP + H2O = H(+)[extracellular] + ADP + phosphate.; Function: a proton gradient across the plasma membrane is important for many proton-driven transport functions.; Function: pmaA of A. nidulans is involved in proton homeostasis and establishment/maintanance of a proton gradient across the plasma membrane.; Remark: a putative sequencing error results in a frameshift.; Title: strong similarity to plasma membrane H(+)-ATPase pmaA - Aspergillus nidulans [putative frameshift]; plasma membrane; putative frameshift; See PMID 11131024; uncharacterized protein	complement(join(<3034655..3037007,3037067..3037290,3037346..3037742))	Aspergillus niger	4979791
An02g12520	CDS	An02g12520	NT_166519.1	3038095	3039528	R	hypothetical protein	complement(join(3038095..3038174,3038290..3038350,3038410..3038546,3038586..3038702,3038783..3038973,3039084..3039254,3039365..3039528))	Aspergillus niger	84590514
An02g12530	CDS	An02g12530	NT_166519.1	3040093	3040421	R	Title: questionable ORF; uncharacterized protein	complement(join(3040093..3040230,3040347..3040421))	Aspergillus niger	84590515
An02g12540	CDS	An02g12540	NT_166519.1	3040813	3042023	D	hypothetical protein	join(3040813..3040882,3040980..3041155,3041489..3041554,3041629..3041709,3041750..3041862,3041939..3042023)	Aspergillus niger	84590516
An02g12550	CDS	An02g12550	NT_166519.1	3042341	3042642	R	Title: questionable ORF; uncharacterized protein	complement(join(3042341..3042472,3042562..3042642))	Aspergillus niger	84590517
An02g12560	CDS	An02g12560	NT_166519.1	3043315	3046166	D	hypothetical protein	join(3043315..3043433,3043657..3043741,3043831..3043906,3044257..3044321,3044416..3044584,3044691..3044736,3044961..3045064,3045218..3045319,3045705..3045820,3045959..3045990,3046064..3046166)	Aspergillus niger	84590518
An02g12570	CDS	An02g12570	NT_166519.1	3046331	3048037	D	hypothetical protein	join(3046331..3046399,3046622..3046990,3047067..3047198,3047389..3047483,3047508..3047644,3047922..3048037)	Aspergillus niger	84590519
An02g12580	CDS	An02g12580	NT_166519.1	3048808	3050673	R	hypothetical protein	complement(join(3048808..3048923,3049016..3049127,3049388..3049393,3049660..3049732,3049976..3050031,3050100..3050117,3050668..3050673))	Aspergillus niger	84590520
An02g12590	CDS	An02g12590	NT_166519.1	3051762	3052113	D	Title: questionable ORF; uncharacterized protein	join(3051762..3051825,3051901..3051951,3052034..3052113)	Aspergillus niger	84590521
An02g12600	CDS	An02g12600	NT_166519.1	3052705	3054378	R	Similarity: belongs to the family of metal-dependent hydrolases of the beta-lactamase superfamily II.; Title: similarity to hypothetical hydrolase MJ0301 -Methanococcus jannaschii; uncharacterized protein	complement(join(3052705..3052829,3052894..3053133,3053199..3053600,3053632..3053779,3053840..3054091,3054343..3054378))	Aspergillus niger	4979800
An02g12610	CDS	An02g12610	NT_166519.1	3054963	3056216	R	Function: Rna1 of S. pombe regulates the activity of Ran-GTPase which is involved in the control of nuclear-cytoplasmic export/import.; Localization: Rna1 of S. pombe is concentrated around the nucleus.; Phenotype: rna1 mutants of S. pombe are impaired in processing and/or export of RNA (all types) from the nucleus.; Similarity: the A. niger protein, like Rna1 of S. pombe, contains a leucine rich repeat domain and an acid rich region in the C-terminal part of the sequence.; Title: strong similarity to Ran-GTPase-activating protein 1 rna1p - Schizosaccharomyces pombe; cytoplasm; See PMID 8374168; See PMID 9121474; uncharacterized protein	complement(3054963..3056216)	Aspergillus niger	4979801
An02g12620	CDS	An02g12620	NT_166519.1	3056659	3057040	D	Function: Cox17p of S. cerevisiae shuttles Cu(I) ions to the mitochondrial intermembrane space, which is necessary for the assembly of functional cytochrome c oxidase.; Function: Cu(I) ions in Cox17p of S. cerevisiae are liganded in a binuclear cuprous cysteinyl-thiolate cluster.; Phenotype: mutations in the COX17 gene of S. cerevisiae cause a respiratory deficiency due to a block in the production of a functional cytochrome oxidase complex.; Similarity: nearly identical to Aspergillus niger EST SEQ ID NO:4014 of patent WO200056762-A2 (PATENTDNA:AAF11491).; Title: strong similarity to copper metallochaperone Cox17 - Saccharomyces cerevisiae [putative sequencing error]; cytoplasm; putative sequencing error; See PMID 8662933; See PMID 9407107; See PMID 9585572; See PMID 10970896; uncharacterized protein	join(3056659..3056686,3056783..3056838,3056900..3057040)	Aspergillus niger	4979802
An02g12630	CDS	An02g12630	NT_166519.1	3057410	3059290	R	Catalytic activity: glucosyl-dolichyl-phosphate + Man9GlcNAc2-dolichyl-pyrophosphate = dolichyl-phosphate + Glc1Man9GlcNAc2-dolichyl-pyrophosphate.; Function: Alg6p of S. cerevisiae is involved in the synthesis of the dolichyl pyrophosphate-linked oligosaccharide precursor.; Pathway: Alg6p of S. cerevisiae is involved in the N-glycosylation pathway.; Title: strong similarity to glucosyltransferase Alg6 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8877369; uncharacterized protein	complement(join(3057410..3058188,3058285..3058790,3058839..3059001,3059056..3059290))	Aspergillus niger	4979803
An02g12640	CDS	An02g12640	NT_166519.1	3060112	3061830	D	Function: High levels of CP-RBP30 mRNA was found in leaves but not in roots.; Remark: CP-RBP30 and is targeted to chloroplasts.; Title: strong similarity to RNA-binding protein 30 -Nicotiana plumbaginifolia; nucleus; See PMID 1406585; uncharacterized protein	join(3060112..3060816,3060868..3061148,3061200..3061830)	Aspergillus niger	4979804
An02g12650	CDS	An02g12650	NT_166519.1	3063057	3064238	D	Remark: ORF 5'truncated due to end of contig.; Remark: blastp with the predicted A. niger protein only retrieves random hits to serine rich proteins.; hypothetical protein [truncated ORF]	<3063057..3064238	Aspergillus niger	4979805
An02g12660	CDS	An02g12660	NT_166519.1	3064907	3065374	R	hypothetical protein	complement(3064907..3065374)	Aspergillus niger	84590522
An02g12670	CDS	An02g12670	NT_166519.1	3065746	3067688	R	Catalytic activity: gamma-glutamyltransferases convert (5-L-glutamyl)-peptide + an amino acid to peptide + 5-L-glutamyl-amino acid.; Function: B. subtilis ggt catalyzes the transfer of the gamma-glutamyl group from gamma-glutamyl compounds (such as glutathione) to amino acids, peptide acceptors, or H(2)O.; Function: B. subtilis ggt plays a major role in glutathione (L-g-glutamyl-L-cysteinylglycine) metabolism and is involved in polyglutamate production.; Function: glutathione is involved in the maintenance of protein thiol group status and reduction of highly reactive forms of oxygen and free radicals.; Function: in bacteria and mammals ggt is the only protease known to cleave intact glutathione.; Localization: mammalian ggt is located at the external surface of epithelial cells.; Title: similarity to NR-1 gamma-glutamyltranspeptidase ggt - Bacillus subtilis; See PMID 10392451; See PMID 8763966; uncharacterized protein	complement(join(3065746..3067035,3067082..3067407,3067464..3067482,3067539..3067688))	Aspergillus niger	4979807
An02g12680	CDS	An02g12680	NT_166519.1	3068430	3070007	D	Catalytic activity: acetylornithine deacetylases convert N2-acetyl-L-ornithine + H(2)O to acetate + L-ornithine.; Function: M. xanthus argE is involved in arginine biosynthesis.; Title: similarity to acetylornithine deacetylase argE - Myxococcus xanthus; See PMID 9829957; uncharacterized protein	join(3068430..3069621,3069685..3069788,3069897..3070007)	Aspergillus niger	4979808
An02g12690	CDS	An02g12690	NT_166519.1	3070436	3071617	D	Similarity: the predicted A. niger protein shows similarity to several hypothetical isochorismatases and contains a isochorismatases motif.; Title: similarity to hypothetical protein yaaI -Escherichia coli; uncharacterized protein	join(3070436..3070538,3070615..3070715,3070773..3070854,3070910..3071059,3071122..3071228,3071281..3071363,3071433..3071464,3071502..3071617)	Aspergillus niger	84590523
An02g12700	CDS	An02g12700	NT_166519.1	3072148	3073001	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3072148..3072254,3072330..3072474,3072572..3072628,3072732..3073001))	Aspergillus niger	84590524
An02g12710	CDS	An02g12710	NT_166519.1	3073275	3074302	R	Title: weak similarity to hypothetical protein encoded by An17g00030 - Aspergillus niger; uncharacterized protein	complement(join(3073275..3073673,3073839..3074191,3074257..3074302))	Aspergillus niger	84590525
An02g12720	CDS	An02g12720	NT_166519.1	3074325	3075523	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(3074325..3074394,3074518..3074557,3074853..3074971,3075056..3075124,3075230..3075360,3075401..3075523)	Aspergillus niger	84590526
An02g12730	CDS	An02g12730	NT_166519.1	3075589	3077954	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3075589..3075702,3075796..3075864,3075958..3076136,3076427..3076638,3076733..3076918,3077069..3077164,3077298..3077453,3077527..3077555,3077651..3077818,3077895..3077954))	Aspergillus niger	84590527
An02g12740	CDS	An02g12740	NT_166519.1	3078246	3078590	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(3078246..3078256,3078309..3078395,3078545..3078590)	Aspergillus niger	84590528
An02g12750	CDS	An02g12750	NT_166519.1	3080263	3082187	R	Alternative name: an alternativ name for the S. cerevisiae Cct chaperonin complex is TCP-1.; Complex: in S. cerevisiae CCT1-8 form the Cct chaperonin complex.; Function: S. cerevisiae CCT8 is a subunit of the Cct chaperonin complex which binds to newly synthesized actin and tubulin and can convert these proteins into an assembly-competent state.; Localization: S. cerevisiae CCT localized to the cytoplasm and the cell cortex.; Similarity: S. cerevisiae CCT shows similarity to GroEl.; Title: strong similarity to cytoskeleton specific chaperonin subunit Cct4 - Saccharomyces cerevisiae; See PMID 7865875; See PMID 7916461; See PMID 8771707; uncharacterized protein	complement(join(3080263..3081117,3081171..3081743,3081795..3081824,3081876..3081905,3081958..3081980,3082033..3082084,3082140..3082187))	Aspergillus niger	4979815
An02g12760	CDS	An02g12760	NT_166519.1	3082542	3084036	D	Function: S. cerevisiae Rpt1p is one of 6 different ATPases of the 17 subunit regulatory particle of the 26S proteasome.; Title: strong similarity to proteasome 19S regulatory particle subunit Rpt1 - Saccharomyces cerevisiae; See PMID 9584156; See PMID 10872471; uncharacterized protein	join(3082542..3082636,3082710..3082824,3082878..3083107,3083157..3084036)	Aspergillus niger	4979816
An02g12770	CDS	An02g12770	NT_166519.1	3084810	3087072	D	Remark: S. cerevisiae SDH1 is the flavoprotein subunit of the mitochondrial matrix succinate dehydrogenase heterotetramer.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_2833 and an_1386.; Title: strong similarity to succinate dehydrogenase Sdh1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9929002; uncharacterized protein	join(3084810..3084851,3084948..3084999,3085060..3085133,3085190..3085353,3085409..3086797,3086853..3087072)	Aspergillus niger	4979817
An02g12780	CDS	An02g12780	NT_166519.1	3087899	3089164	D	Function: S. cerevisiae WSC2 is a plasme membrane localised regulator of the PKC1-MPK1 pathway.; Similarity: similarity of the predicted A. niger protein to S. cerevisiae WSC2 is mostly due to serine repeats.; Title: weak similarity to cell wall integrity and stress response factor Wsc2 - Saccharomyces cerevisiae; See PMID 9391108; uncharacterized protein	join(3087899..3088574,3088647..3089164)	Aspergillus niger	84590529
An02g12790	CDS	An02g12790	NT_166519.1	3089417	3090486	R	Catalytic activity: 5-oxopent-3-ene-1,2,5-tricarboxylate decarboxylases convert 5-oxopent-3-ene-1,2, 5-tricarboxylate to 2-oxohept-3-enedioate + CO(2).; Function: E. coli hpcE is a 5-carboxymethyl-2-hydroxymuconate delta-isomerase and 5-oxopent-3-ene-1,2,5-tricarboxylate decarboxylase.; Function: E. coli hpcE is involved in the utilisation of homoprotocatechuate and hydroxyphenylacetate.; Title: similarity to bifunctional OPET decarboxylase/HHDD isomerase hpcE - Escherichia coli; See PMID 8223600; uncharacterized protein	complement(join(3089417..3089692,3089752..3089952,3090043..3090176,3090231..3090486))	Aspergillus niger	4979819
An02g12800	CDS	An02g12800	NT_166519.1	3091351	3092478	R	Catalytic activity: gentisate 1,2-dioxygenases convert 2,5-dihydroxybenzoate + O(2) to maleylpyruvate.; Complex: P. alcaligenes gdo is a homodimer.; Function: P. alcaligenes gdo is involved in the utilisation of 3-hydroxybenzoate as a carbon source.; Induction: P. alcaligenes gdo is 3-hydroxybenzoate-inducible.; Title: similarity to gentisate 1,2-dioxygenases gdo - Pseudomonas alcaligenes; See PMID 10049846; uncharacterized protein	complement(join(3091351..3091795,3091825..3092140,3092232..3092478))	Aspergillus niger	4979820
An02g12810	CDS	An02g12810	NT_166519.1	3092799	3093456	R	Title: weak similarity to protein SEQ ID NO: #2154 from patent US6562958-B1 - Acinetobacter baumannii; uncharacterized protein	complement(join(3092799..3092826,3093036..3093235,3093298..3093456))	Aspergillus niger	4979821
An02g12820	CDS	An02g12820	NT_166519.1	3093983	3094945	R	Catalytic activity: Aryl-alcohol dehydrogenases convert an aromatic alcohol + NAD(+) to an aromatic aldehyde + NADH.; Function: Acinetobacter areB is involved in the catabolism of aromatic alcohol esters, accepting a range of substituted aromatic compounds as substrate.; Induction: expression of Acinetobacter areB is induced by benzyl acetate, benzyl alcohol, and benzaldehyde, as well as 2- and 4-hydroxybenzyl acetates and benzyl propionate and butyrate.; Title: strong similarity to benzyl alcohol dehydrogenase areB - Acinetobacter sp. [putative sequencing error]; putative sequencing error; See PMID 10419955; See PMID 11114944; uncharacterized protein	complement(join(3093983..3094129,3094181..3094945))	Aspergillus niger	4979822
An02g12830	CDS	An02g12830	NT_166519.1	3095292	3097868	D	Similarity: similarity is between the central regions of the predicted A. niger protein and F. solani CTF1.; Title: similarity to cutinase transcription factor alpha CTF1a - Fusarium solani; nucleus; See PMID 9139694; uncharacterized protein	join(3095292..3095334,3095484..3096585,3096641..3097066,3097124..3097368,3097468..3097868)	Aspergillus niger	4979823
An02g12840	CDS	An02g12840	NT_166519.1	3097912	3098555	R	Remark: ORF 5'truncated due to end of contig, the N-terminal region is represented by the predicted ORF An02g12850.; hypothetical protein [truncated ORF]	complement(join(3097912..3097977,3098070..>3098555))	Aspergillus niger	84590530
An02g12850	CDS	An02g12850	NT_166519.1	3098818	3101376	R	Remark: ORF 3'truncated due to end of contig.; Remark: blastp with the predicted A. niger protein probably only retrieves random hits to proline rich proteins.; Title: weak similarity to SH3 domain binding protein CR16 - Rattus norvegicus [truncated ORF]; See PMID 8839352; See PMID 8906616; uncharacterized protein	complement(join(<3098818..3099296,3099541..3099566,3099775..3099889,3100608..3101376))	Aspergillus niger	4979825
An02g12860	CDS	An02g12860	NT_166519.1	3101751	3102208	R	hypothetical protein	complement(join(3101751..3101915,3102050..3102208))	Aspergillus niger	84590531
An02g12870	CDS	An02g12870	NT_166519.1	3102283	3102946	R	hypothetical protein	complement(join(3102283..3102380,3102473..3102536,3102609..3102679,3102847..3102946))	Aspergillus niger	84590532
An02g12880	CDS	An02g12880	NT_166519.1	3103649	3104123	D	hypothetical protein	join(3103649..3103678,3103731..3103944,3104044..3104123)	Aspergillus niger	4979828
An02g12890	CDS	An02g12890	NT_166519.1	3104259	3105028	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to glycine rich proteins.; hypothetical protein	complement(join(3104259..3104330,3104518..3104800,3104955..3105028))	Aspergillus niger	84590533
An02g12900	CDS	An02g12900	NT_166519.1	3105621	3106654	D	Title: similarity to hypothetical protein encoded by An04g10150 - Aspergillus niger; uncharacterized protein	join(3105621..3106204,3106485..3106552,3106593..3106654)	Aspergillus niger	4979830
An02g12910	CDS	An02g12910	NT_166519.1	3107368	3108042	D	Title: weak similarity to hypothetical protein PM0349 - Pasteurella multocida; uncharacterized protein	join(3107368..3107473,3107576..3108042)	Aspergillus niger	84590534
An02g12920	CDS	An02g12920	NT_166519.1	3108758	3110807	D	Remark: C-terminal region and 3'UTR of the predicted A. niger protein are in accordance with A. niger EST AN07F11 EMBLEST:ANI239976.; Similarity: the predicted A. niger protein shows similarity to several hypothetical ABC-transporter proteins and contains an unusual kinase domain.; Title: strong similarity to hypothetical protein SPAC10F6.14c - Schizosaccharomyces pombe; uncharacterized protein	join(3108758..3109539,3109613..3110807)	Aspergillus niger	4979832
An02g12930	CDS	An02g12930	NT_166519.1	3112333	3114056	R	Function: S. aureofaciens tcrC is a tetracycline efflux pump of the major facilitator familiy.; Title: similarity to tetracycline efflux pump tcrC -Streptomyces aureofaciens; plasma membrane; See PMID 8534971; uncharacterized protein	complement(join(3112333..3112340,3112382..3114056))	Aspergillus niger	4979833
An02g12940	CDS	An02g12940	NT_166519.1	3114632	3115565	D	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_ 3344.; Title: strong similarity to EST an_3344 -Aspergillus niger; uncharacterized protein	join(3114632..3114718,3114822..3115304,3115374..3115565)	Aspergillus niger	4979834
An02g12950	CDS	An02g12950	NT_166519.1	3116567	3118636	D	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Title: similarity to heterokaryon incompatibility factor het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	3116567..3118636	Aspergillus niger	84590535
An02g12960	CDS	An02g12960	NT_166519.1	3119084	3119917	R	Remark: C-terminal region and 3'UTR of the predicted A. niger protein are covered by the A. niger EST an_2701 .; Remark: ORF 5'truncated due to end of contig, the N-terminal region is represented by the predicted ORF An02g12970.; Similarity: the predicted A. niger protein shows weak similarity to proline rich proteins.; Title: weak similarity to intestinal mucin MUC2 -Homo sapiens [truncated ORF]; uncharacterized protein	complement(3119084..>3119917)	Aspergillus niger	84590536
An02g12970	CDS	An02g12970	NT_166519.1	3120044	3124428	R	Localization: C. thermocellum ancA is a cell surface protein.; Remark: ORF 3'truncated due to end of contig, the C-terminal region is represented by the predicted ORF An02g12960.; Similarity: the predicted A. niger protein shows weak similarity to several extracellular and cell wall associated proline rich exo-alpha-sialidases.; Title: weak similarity to cellulosome attachment protein ancA - Clostridium thermocellum [truncated ORF]; See PMID 8458832; uncharacterized protein	complement(join(<3120044..3121010,3121056..3121108,3121267..3123656,3123703..3124215,3124328..3124428))	Aspergillus niger	4979837
An02g12980	CDS	An02g12980	NT_166519.1	3124738	3125913	D	Function: S. cerevisiae Sed5p has an essential role in vesicular transport between ER and Golgi compartments.; Golgi; Localization: immuno-EM reveals that the majority of S. cerevisiae Sed5p is in a tubulo-vesicular compartment on the cis side of the Golgi apparatus.; Similarity: S. cerevisiae Sed5 is a member of the syntaxin family.; Title: strong similarity to cis-Golgi t-SNARE Sed5 -Saccharomyces cerevisiae; See PMID 10515003; See PMID 1400588; See PMID 7929581; uncharacterized protein	join(3124738..3124987,3125037..3125218,3125265..3125828,3125878..3125913)	Aspergillus niger	4979838
An02g12990	CDS	An02g12990	NT_166519.1	3127260	3128203	D	Title: weak similarity to hypothetical translation initiation factor IF-2 F28O16.19 - Arabidopsis thaliana; uncharacterized protein	join(3127260..3127445,3127570..3127686,3127793..3128044,3128141..3128203)	Aspergillus niger	84590537
An02g13000	CDS	An02g13000	NT_166519.1	3128474	3129553	R	hypothetical protein	complement(join(3128474..3128725,3128864..3129020,3129305..3129342,3129467..3129553))	Aspergillus niger	84590538
An02g13010	CDS	An02g13010	NT_166519.1	3131870	3132482	D	hypothetical protein	join(3131870..3132040,3132107..3132220,3132288..3132327,3132364..3132402,3132454..3132482)	Aspergillus niger	84590539
An02g13020	CDS	An02g13020	NT_166519.1	3133604	3134117	D	hypothetical protein	join(3133604..3133750,3133863..3134117)	Aspergillus niger	84590540
An02g13030	CDS	An02g13030	NT_166519.1	3134440	3134667	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3134440..3134543,3134640..3134667))	Aspergillus niger	84590541
An02g13040	CDS	An02g13040	NT_166519.1	3135752	3136540	D	Function: Xanthobacter Py2 XamoC is one of 6 subunits of the alkene monooxygenase Xamo, which oxidizes benzene, toluene, and phenol converting them to carbon sources.; Title: weak similarity to ferredoxin aamC -Xanthobacter sp.; See PMID 10103255; uncharacterized protein	join(3135752..3136024,3136096..3136320,3136406..3136540)	Aspergillus niger	4979844
An02g13050	CDS	An02g13050	NT_166519.1	3137636	3139272	R	Remark: Alterations of the azole target enzyme and the overexpression of multidrug efflux transporter genes are the most frequent azole resistance mechanisms in Candida albicans.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	complement(join(3137636..3137789,3137843..3138705,3138760..3139149,3139204..3139272))	Aspergillus niger	4979845
An02g13060	CDS	An02g13060	NT_166519.1	3140047	3141036	R	Title: weak similarity to hypothetical DNA gyrase subunit A VC1258 - Vibrio cholerae; uncharacterized protein	complement(join(3140047..3140298,3140343..3140490,3140592..3140954,3140984..3141036))	Aspergillus niger	84590542
An02g13070	CDS	An02g13070	NT_166519.1	3142052	3143101	D	hypothetical protein	join(3142052..3142135,3142260..3142297,3142354..3142458,3142503..3142572,3142665..3142889,3143024..3143101)	Aspergillus niger	84590543
An02g13080	CDS	An02g13080	NT_166519.1	3143120	3144418	R	Catalytic activity: Indoleacetate-lysine ligases convert ATP + indole-3-acetate + L-lysine to ADP + n6-[(indole-3-yl)acetyl]-L-lysine.; Function: P. savastanoi iaaL converts the plant gall inducing indole-3-acetate (iaa) to iaa-lysine.; Similarity: P. savastanoi iaaL shows similarity to other enzymes which act via an ATP-dependent covalent binding of AMP to their substrate.; Title: similarity to N epsilon-(indole-3-acetyl)-L-lysine synthase iaaL -Pseudomonas syringae; See PMID 2377619; uncharacterized protein	complement(3143120..3144418)	Aspergillus niger	4979848
An02g13090	CDS	An02g13090	NT_166519.1	3145201	3146371	D	Function: C. carbonum TOXG encodes an alanine racemase whose function is to convert L-Ala to D-Ala for incorporation into HC-toxin.; Title: strong similarity to alanine racemase TOXG -Cochliobolus carbonum; See PMID 10671527; uncharacterized protein	join(3145201..3145669,3145719..3146371)	Aspergillus niger	4979849
An02g13100	CDS	An02g13100	NT_166519.1	3147364	3149469	D	Title: weak similarity to transcription activator Ppr1 - Saccharomyces cerevisiae; See PMID 6096561; uncharacterized protein	join(3147364..3148180,3148221..3148665,3148720..3149011,3149062..3149469)	Aspergillus niger	4979850
An02g13110	CDS	An02g13110	NT_166519.1	3149676	3150359	R	Remark: blastp with the predicted A. niger protein mostly retrieves random hits to proline rich proteins.; Title: weak similarity to aortic carboxypeptidase-like protein ACLP from patent WO9921965-A2 - Homo sapiens; uncharacterized protein	complement(join(3149676..3150195,3150328..3150359))	Aspergillus niger	84590544
An02g13120	CDS	An02g13120	NT_166519.1	3150790	3151509	D	Title: strong similarity to hypothetical protein encoded by An04g08050 - Aspergillus niger; uncharacterized protein	join(3150790..3150984,3151042..3151509)	Aspergillus niger	4979852
An02g13130	CDS	An02g13130	NT_166519.1	3151871	3152872	R	Similarity: the predicted A. niger protein contains a neutral zinc metallopeptidases, zinc-binding region signature.; Title: strong similarity to hypothetical protein CAC18209.1 - Neurospora crassa; uncharacterized protein	complement(join(3151871..3152080,3152155..3152199,3152268..3152630,3152696..3152872))	Aspergillus niger	4979853
An02g13140	CDS	An02g13140	NT_166519.1	3154518	3155483	R	Title: strong similarity to hypothetical protein EAA60090.1 - Aspergillus nidulans; uncharacterized protein	complement(join(3154518..3155125,3155180..3155483))	Aspergillus niger	4979854
An02g13150	CDS	An02g13150	NT_166519.1	3157419	3159440	R	Function: A. nidulans palI mutations mimic the effects of acidic growth pH and homology of PalI to S. cerevisiae Rim9p meiotic signal transduction component suggest that PalI might be a membrane sensor for ambient pH.; Title: similarity to membrane sensor for ambient pH palI - Aspergillus nidulans; See PMID 7830727; See PMID 9791171; uncharacterized protein	complement(join(3157419..3157896,3157948..3159166,3159251..3159440))	Aspergillus niger	4979855
An02g13160	CDS	An02g13160	NT_166519.1	3161319	3163328	R	Function: C. albicans CFL1 is a surface-associated ferric reductase involved in iron homeostasis.; Function: C. albicans CFL1 is able to complement mutations in the S. cerevisiae cell surface metalloreductases fre1 that is required for reduction and uptake of free ferric iron.; Regulation: C. albicans CFL1 is regulated in response to levels of iron and copper.; Title: similarity to ferric reductase CFL1 - Candida albicans; plasma membrane; See PMID 10784045; See PMID 11120744; uncharacterized protein	complement(join(3161319..3162983,3163099..3163135,3163171..3163328))	Aspergillus niger	4979856
An02g13170	CDS	An02g13170	NT_166519.1	3164510	3165639	D	hypothetical protein	join(3164510..3164658,3164751..3164834,3164981..3165124,3165392..3165457,3165549..3165639)	Aspergillus niger	84590545
An02g13180	CDS	An02g13180	NT_166519.1	3166236	3169520	D	Function: T. harzianum lam1. 3 is a lytic enzyme involved in degradation of host cell walls, enabling utilisation of both their cell walls and cellular contents for nutrition.; Title: strong similarity to beta-1,3-exoglucanase lam1.3 - Trichoderma atroviride; extracellular/secretion proteins; See PMID 9931476; uncharacterized protein	join(3166236..3166510,3166598..3166694,3166768..3166934,3166993..3167273,3167330..3167751,3167802..3168167,3168228..3168704,3168768..3169520)	Aspergillus niger	4979858
An02g13190	CDS	An02g13190	NT_166519.1	3170378	3172950	D	Title: strong similarity to hypothetical protein 7C14.090 - Neurospora crassa; uncharacterized protein	join(3170378..3170423,3170516..3172950)	Aspergillus niger	4979859
An02g13200	CDS	An02g13200	NT_166519.1	3173706	3176376	D	Remark: blastp with the predicted A. niger protein mostly retrieves random hits to serine, proline, threonine and glutamine rich proteins.; Similarity: the N-terminus of the predicted A. niger protein contains a Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Title: strong similarity to hypothetical transcription factor CAB91400.2 - Neurospora crassa; uncharacterized protein	join(3173706..3173765,3173811..3174422,3174471..3174611,3174657..3175414,3175506..3176376)	Aspergillus niger	4979860
An02g13210	CDS	An02g13210	NT_166519.1	3176544	3179113	R	Function: human LUCA15 specifically bound poly(G) RNA homopolymers in vitro and its ectopic expression suppressed the cell growth.; Regulation: LUCA15 is one of the down-regulated genes in ras-transformed cells.; Title: similarity to RNA-binding tumour suppressor LUCA15 - Homo sapiens; See PMID 10353602; See PMID 11029660; uncharacterized protein	complement(join(3176544..3177130,3177179..3177569,3177616..3177959,3178011..3178071,3178120..3178327,3178608..3179113))	Aspergillus niger	4979861
An02g13220	CDS	An02g13220	NT_166519.1	3180466	3182447	D	Catalytic activity: Lysophospholipases convert 2-lysophosphatidylcholine + H(2)O to glycerophosphocholine + a fatty acid anion.; Function: P. notatum phospholipase B has lysophospholipase and phospholipase B activity, however by endogenous proteolytic modification, its phospholipase B activity is lost almost completely, whereas its lysophospholipase activity remains unchanged.; Remark: similar phospholipase B proteins from C. albica and A. fumigatus are secreted virulence factors.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger EST an_1710.; Title: strong similarity to lysophospholipase phospholipase B - Penicillium notatum; See PMID 9580028; See PMID 10627494; See PMID 1722456; uncharacterized protein	join(3180466..3180517,3180577..3182447)	Aspergillus niger	4979862
An02g13230	CDS	An02g13230	NT_166519.1	3182751	3183910	R	Remark: all other members of this family are 3 fold longer.; Similarity: to proteins of the tenascin family.; Title: weak similarity to tenascin-X Tnx - Mus musculus; uncharacterized protein	complement(join(3182751..3183046,3183100..3183345,3183425..3183577,3183636..3183761,3183829..3183910))	Aspergillus niger	84590546
An02g13240	CDS	An02g13240	NT_166519.1	3184649	3186533	R	Catalytic activity: hydrolysis of terminal,non-reducing 1,4-linked alpha-D-glucose residues with release of alpha-D-glucose.; Pathway: galactose metabolism; starch and sucrose metabolism.; Remark: the described cluster in A. parasiticus has no similar well-defined sugar gene cluster has been reported so far in any other related Aspergillus species such as A. flavus, A. nidulans, A. sojae, A. niger, A. oryzae and A. fumigatus.; Remark: this single entry covers a group of enzymes whose specificity is directed mainly towards the exohydrolysis of 1,4-alpha-glucosidic linkages, and that hydrolyse oligosaccharides rapidly, relative to polysaccharides, which are hydrolysed relatively slowly, or not at all.; Title: strong similarity to alpha-1-6-glucosidase glcA - Aspergillus parasiticus; See PMID 10978525; uncharacterized protein	complement(join(3184649..3185180,3185235..3185994,3186062..3186533))	Aspergillus niger	4979864
An02g13250	CDS	An02g13250	NT_166519.1	3187961	3188866	R	Remark: water transport in highly water-permeable membranes is conducted by water-selective pores namely,water channels. AQP3 in rat may function as a water and urea exit mechanism in antidiuresis in collecting duct cells.; Similarity: to the aquaporins of different eukaryotes.; Title: strong similarity to water channel protein aquaporin 3 AQP3 - Rattus norvegicus; See PMID 8063828; See PMID 7517548; See PMID 7526388; uncharacterized protein	complement(join(3187961..3188194,3188243..3188866))	Aspergillus niger	4979865
An02g13260	CDS	An02g13260	NT_166519.1	3189405	3190584	R	hypothetical protein	complement(join(3189405..3189467,3189511..3189912,3190197..3190237,3190530..3190584))	Aspergillus niger	4979866
An02g13270	CDS	An02g13270	NT_166519.1	3191010	3192939	D	Catalytic activity: Benzoate + NADPH + O2 = 4-Hydroxybenzoate + NADP+ + H2O.; Induction: bphA of A. niger is inducible by benzoate.; Pathway: phenylalanine metabolism.; Remark: the A. niger protein requires Fe2+ and tetrahydrobiopterin.; Similarity: to the cytochrome P450 superfamily.; Title: strong similarity to benzoate 4-monooxygenase cytochrome P450 53 bphA - Aspergillus niger; endoplasmatic reticulum; See PMID 2250647; uncharacterized protein	join(3191010..3191303,3191361..3191404,3191451..3191638,3191697..3191794,3191843..3191932,3191991..3192133,3192184..3192322,3192378..3192489,3192571..3192724,3192777..3192939)	Aspergillus niger	4979867
An02g13280	CDS	An02g13280	NT_166519.1	3193155	3193886	R	Similarity: the ORF shows strong similarity to another A. niger protein.; Title: similarity to hypothetical protein AAN59045.1 - Streptococcus mutans; uncharacterized protein	complement(3193155..3193886)	Aspergillus niger	4979868
An02g13290	CDS	An02g13290	NT_166519.1	3195013	3196457	D	Function: ARGR2 of S. cerevisiae is a regulator of arginine-responsive genes together with ARG80 and ARG82.; Remark: ARGR2 of S. cerevisiae is also called ARG81.; Similarity: only the N-terminus of fungal transcriptional regulatory proteins containing the zinc-finger domain is similar to the ORF sequence.; Title: similarity to transcription factor Arg81 -Saccharomyces cerevisiae; See PMID 7985419; See PMID 10436161; See PMID 789352; uncharacterized protein	join(3195013..3195077,3195128..3196457)	Aspergillus niger	4979869
An02g13300	CDS	An02g13300	NT_166519.1	3196939	3199838	D	Title: similarity to hypothetical protein ID880 -Bradyrhizobium japonicum; uncharacterized protein	join(3196939..3198617,3198667..3198918,3198972..3199085,3199160..3199838)	Aspergillus niger	10098273
An02g13310	CDS	An02g13310	NT_166519.1	3200248	3202479	R	Title: strong similarity to hypothetical protein Rv0976c - Mycobacterium tuberculosis; uncharacterized protein	complement(join(3200248..3200804,3200892..3201031,3201078..3201281,3201348..3201988,3202055..3202339,3202378..3202479))	Aspergillus niger	4979871
An02g13320	CDS	An02g13320	NT_166519.1	3203132	3204925	D	Remark: the homolog proteins match only with the N-terminal parts, and are shorter.; Title: similarity to gentisate 1,2-dioxygenase xlnE - Pseudomonas alcaligenes; See PMID 10049846; uncharacterized protein	join(3203132..3204076,3204137..3204925)	Aspergillus niger	4979872
An02g13330	CDS	An02g13330	NT_166519.1	3205001	3207475	R	Remark: Schizosaccharomyces pombe thi1 gene acts as an activator of several thiamine-repressible genes which are involved in the control of thiamine metabolism.; Similarity: contains a zn(2)-cys(6), fungal-type binuclear cluster domain.; Title: similarity to thiamine repressible gene thi1p - Schizosaccharomyces pombe; See PMID 8088540; uncharacterized protein	complement(join(3205001..3205551,3205631..3205688,3205780..3206825,3206890..3207185,3207250..3207377,3207428..3207475))	Aspergillus niger	4979873
An02g13340	CDS	An02g13340	NT_166519.1	3208469	3210193	R	Remark: strong similarity to BAA-BEST1 from Hordeum sp. patent WO9902703-A1.; Similarity: also strong similarity to para-nitrobenzyl esterases and acetylcholinesterases.; Title: strong similarity to fumonisin esterase BAA-BEST1 from patent WO9902703-A1 - Hordeum sp.; uncharacterized protein	complement(3208469..3210193)	Aspergillus niger	4979874
An02g13350	CDS	An02g13350	NT_166519.1	3211614	3212156	D	Remark: molybdenum cofactor (Moco) biosynthesis is an evolutionarily conserved pathway present in eubacteria,archaea and eukaryotes, including humans.; Similarity: to molybdopterin-converting factor chain 2.; Title: strong similarity to molybdopterin synthase large subunit cnxH - Aspergillus nidulans; See PMID 10383438; See PMID 11135669; uncharacterized protein	3211614..3212156	Aspergillus niger	4979875
An02g13360	CDS	An02g13360	NT_166519.1	3212299	3213350	R	Remark: the yeast nuclear SCO1 gene is required for the accumulation of subunits 1 and 2 of cytochrome c oxidase complex. Thought to play a role in either mitochondrial copper transport or insertion of copper into the active site of cox.; Similarity: the protein belongs to the SCO1/2 protein family.; Title: strong similarity to assembly factor of cytochrome c oxidase Sco1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 11086158; See PMID 2543907; uncharacterized protein	complement(join(3212299..3212420,3212500..3212824,3212904..3213350))	Aspergillus niger	4979876
An02g13370	CDS	An02g13370	NT_166519.1	3213991	3217302	R	Title: strong similarity to hypothetical protein 7C14.100 - Neurospora crassa; uncharacterized protein	complement(join(3213991..3216302,3216634..3216672,3217062..3217075,3217262..3217302))	Aspergillus niger	4979877
An02g13380	CDS	An02g13380	NT_166519.1	3220577	3222271	D	Remark: due to repetitiv sequences it is only weak similarity.; Title: weak similarity to gastric mucin clone PGM-2A - Sus scrofa; See PMID 7506218; uncharacterized protein	3220577..3222271	Aspergillus niger	4979878
An02g13390	CDS	An02g13390	NT_166519.1	3223899	3224534	R	Remark: caYAE1 is used to produce e. g. recombinant protein and DNA vaccination, for treating candidosis.; Remark: similarity to caYAE1 protein YAE1 from Candida albicans patent EP844307-A1.; Title: similarity to caYAE1 protein YAE1 from patent EP844307-A1 - Candida albicans; uncharacterized protein	complement(3223899..3224534)	Aspergillus niger	4979879
An02g13400	CDS	An02g13400	NT_166519.1	3225210	3226088	D	Remark: weak similarity to O antigen abe gene protein from Salmonella enterica patent WO9850531-A1.; Title: weak similarity to antigen abe from patent WO9850531-A1 - Salmonella enterica; uncharacterized protein	3225210..3226088	Aspergillus niger	4979880
An02g13410	CDS	An02g13410	NT_166519.1	3226758	3229176	R	Remark: AT-1 protein functions as an Ac-CoA transporter, and may play a key role in acetylation processes of gangliosides.; Remark: the protein seems approximately 200 aa to short.; Remark: the protein shows also similarity to Acetyl-coenzyme A transporter (AT) protein from Homo sapiens patent US5851788-A and WO9833816-A1.; Title: similarity to acetyl-coenzyme A transporter AT-1 - Homo sapiens; See PMID 9096318; uncharacterized protein	complement(join(3226758..3226823,3226927..3226981,3227139..3227369,3227426..3229176))	Aspergillus niger	4979881
An02g13420	CDS	An02g13420	NT_166519.1	3229825	3230965	D	Title: strong similarity to hypothetical protein EAA60070.1 - Aspergillus nidulans; uncharacterized protein	join(3229825..3229873,3229944..3230965)	Aspergillus niger	4979882
An02g13430	CDS	An02g13430	NT_166519.1	3231414	3233015	R	Remark: all found homology proteins are longer.; Title: weak similarity to trichohyalin TRHY - Homo sapiens; See PMID 7685034; uncharacterized protein	complement(join(3231414..3232064,3232113..3233015))	Aspergillus niger	4979883
An02g13440	CDS	An02g13440	NT_166519.1	3234390	3235271	R	Remark: the protein shows strong similarity to carboxylic ester hydrolases, the substrate specifity is unkown cause it shows both similarity to carboxylesterases and to triacylglycerol lipases.; Title: strong similarity to lipase LipP -Pseudomonas sp.; See PMID 9464382; uncharacterized protein	complement(3234390..3235271)	Aspergillus niger	4979884
An02g13450	CDS	An02g13450	NT_166519.1	3236326	3239759	R	Title: weak similarity to protein CAP59 -Cryptococcus neoformans; uncharacterized protein	complement(join(3236326..3236475,3236720..3236745,3236843..3238551,3238644..3238717,3238766..3238839,3239071..3239311,3239344..3239356,3239662..3239759))	Aspergillus niger	4979885
An02g13460	CDS	An02g13460	NT_166519.1	3244012	3245616	R	Function: pcpl3 of s. cerevisiae mediates the active transport of purines and cytosine.; Title: strong similarity to purine-cytosine permease pcpl3 - Kluyveromyces marxianus; See PMID 10943566; uncharacterized protein	complement(join(3244012..3245139,3245200..3245616))	Aspergillus niger	4979886
An02g13470	CDS	An02g13470	NT_166519.1	3247951	3249531	D	Title: similarity to hypothetical protein CAD60573.1 - Podospora anserina; uncharacterized protein	join(3247951..3248042,3248112..3248178,3248246..3248398,3248455..3248516,3248570..3248867,3248935..3249531)	Aspergillus niger	4979887
An02g13480	CDS	An02g13480	NT_166519.1	3252232	3253798	R	Title: similarity to hypothetical protein B2J23.40 -Neurospora crassa; uncharacterized protein	complement(join(3252232..3253115,3253173..3253229,3253277..3253470,3253520..3253529,3253588..3253663,3253709..3253798))	Aspergillus niger	4979888
An02g13490	CDS	An02g13490	NT_166519.1	3254809	3256203	D	Function: A. parasiticus norA has norsolorinic acid reductase (NOR) activity.; Function: norA of A. parasiticus is genomically localized within the aflatoxin biosynthetic cluster and has been implicated in aflatoxin biosynthesis.; Induction: A. parasiticus norA mRNA and protein is present only when the fungus is grown in medium conductive to aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Title: strong similarity to norsolorinic acid reductase norA - Aspergillus parasiticus; See PMID 8593042; uncharacterized protein	join(3254809..3254927,3254981..3255067,3255126..3255206,3255271..3255838,3255913..3256203)	Aspergillus niger	4979889
An02g13500	CDS	An02g13500	NT_166519.1	3256964	3259321	D	Title: strong similarity to hypothetical protein Mx - Anas platyrhynchos; See PMID 8100373; See PMID 9360386; uncharacterized protein	join(3256964..3257077,3257132..3257351,3257479..3257616,3257664..3259321)	Aspergillus niger	4979890
An02g13510	CDS	An02g13510	NT_166519.1	3260062	3261344	D	Similarity: the ORF encoded protein shows also strong similarity to the hypothetical proteins YIL083c (S. cerevisiae) and SPCC4B3. 18 (S. pombe).; Title: strong similarity to polypeptide SEQ ID NO:41022 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	join(3260062..3260245,3260296..3260483,3260550..3261344)	Aspergillus niger	4979891
An02g13520	CDS	An02g13520	NT_166519.1	3262569	3263955	D	Title: similarity to hypothetical protein CAC41653.1 - Ustilago maydis; uncharacterized protein	join(3262569..3263570,3263602..3263955)	Aspergillus niger	4979892
An02g13530	CDS	An02g13530	NT_166519.1	3264694	3266078	R	Catalytic activity: chitin + H(2)O <=> chitosan + acetate.; Title: similarity to peptidoglycan N-acetylglucosamine deacetylase PgdA - Streptococcus pneumoniae; See PMID 10781617; uncharacterized protein	complement(join(3264694..3265028,3265077..3265162,3265219..3266078))	Aspergillus niger	4979893
An02g13540	CDS	An02g13540	NT_166519.1	3266769	3268928	R	Function: the Ded1 protein from S. cerevisiae is a ATP-dependent RNA helicase and plays a role in translation initiation.; Remark: S. cerevisiae Ded1 is essential for cell viability.; Remark: alternate name for S. cerevisiae Ded1: Spp81 or YOR204W.; Similarity: the ORF encoded protein shows also strong similarity to the ATP-dependent RNA helicase DBP1 (YPL119C) from S. cerevisiae.; Title: strong similarity to ATP-dependent RNA helicase Ded1 - Saccharomyces cerevisiae; See PMID 9144215; See PMID 10364207; uncharacterized protein	complement(join(3266769..3267067,3267125..3267273,3267323..3267516,3267571..3267722,3267771..3267850,3267897..3268263,3268303..3268438,3268490..3268547,3268600..3268928))	Aspergillus niger	4979894
An02g13550	CDS	An02g13550	NT_166519.1	3270832	3272406	D	Catalytic activity: ATP + pantothenate <=> ADP + D-4'-phosphopantothenate.; Pathway: the pantothenate kinase PanK from Emericella nidulans is involved in first step in coenzyme A (CoA) biosynthesis.; Title: strong similarity to pantothenate kinase panK - Aspergillus nidulans; See PMID 9890959; uncharacterized protein	join(3270832..3271047,3271180..3271462,3271532..3272036,3272091..3272406)	Aspergillus niger	4979895
An02g13560	CDS	An02g13560	NT_166519.1	3274756	3275974	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to nucleolar protein gar2p -Schizosaccharomyces pombe; uncharacterized protein	join(3274756..3274799,3275020..3275974)	Aspergillus niger	4979896
An02g13570	CDS	An02g13570	NT_166519.1	3276257	3277822	D	Function: the human pig-C protein is involved in the first step of glycosylphosphatidylinositol synthesis which is the transfer of N-acetylglucosamine from UDP-N-acetylglucosamine to phosphatidylinositol.; Remark: Glycosylphosphatidylinositol (GPI) protein anchors are ubiquitous in eukaryotic cells. GPI anchors are synthesized in the endoplasmic reticulum by actions of ten or more gene products. The first step of the biosynthesis,the transfer of N-acetylglucosamine from UDP-N-acetylglucosamine to phosphatidylinositol.; Similarity: pig-C is the human Gpi2 (S. cerevisiae) homolog.; Title: strong similarity to protein involved in glycosylphosphatidylinositol biosynthesis pig-C - Homo sapiens; endoplasmatic reticulum; See PMID 8806613; See PMID 9463366; uncharacterized protein	join(3276257..3276614,3276669..3276940,3277247..3277822)	Aspergillus niger	4979897
An02g13580	CDS	An02g13580	NT_166519.1	3278510	3279836	D	Function: an endochitinase the catalyzes hydrolysis of the 1,4-beta-linkages of N-acetyl-D-glucosamine polymers of chitin.; Title: strong similarity to endochitinase from patent EP531218-A - Aphanocladium album; uncharacterized protein	join(3278510..3278547,3278625..3278917,3278980..3279836)	Aspergillus niger	4979898
An02g13590	CDS	An02g13590	NT_166519.1	3280335	3284383	R	Function: Pseudomonas tolaasii is the causal agent of brown blotch disease of Agaricus bisporus. The PheN sensor regulator is responsible for the phenotypic switch from the smooth, pathogenic form (designated 1116S) to the rough non-pathogenic form (designated 1116R) of P. tolaasii.; Remark: N-terminally truncated ORF due to the end of contig.; Similarity: the PheN protein from Pseudomonas tolaasii has sensor and regulator domains. It belongs to the conserved family of two component bacterial sensor regulator proteins.; Title: strong similarity to two component sensor regulator PheN - Pseudomonas tolaasii [truncated ORF]; See PMID 7642492; See PMID 9282733; uncharacterized protein	complement(join(3280335..3280624,3280693..3282107,3282276..3282440,3282489..3283982,3284046..>3284383))	Aspergillus niger	4979899
An02g13600	CDS	An02g13600	NT_166519.1	3286187	3288309	R	Function: is involved in the uptake of histidinol and other cations.; Remark: alternate name for S. cerevisiae Hol1 is YNR055c.; Similarity: the ORF encoded protein shows also strong similarity to the major facilitator superfamily of transporters.; Title: strong similarity to the cation transporter Hol1 - Saccharomyces cerevisiae; See PMID 8955402; uncharacterized protein	complement(join(3286187..3286856,3287004..3288045,3288123..3288309))	Aspergillus niger	4979900
An02g13610	CDS	An02g13610	NT_166519.1	3289639	3289994	R	hypothetical protein	complement(join(3289639..3289701,3289806..3289994))	Aspergillus niger	84590547
An02g13620	CDS	An02g13620	NT_166519.1	3290608	3292179	D	Title: weak similarity to hypothetical protein ORF-c18_019 - Sulfolobus solfataricus; uncharacterized protein	3290608..3292179	Aspergillus niger	4979902
An02g13630	CDS	An02g13630	NT_166519.1	3293036	3294576	D	Title: strong similarity to hypothetical protein CC0505 - Caulobacter crescentus; uncharacterized protein	join(3293036..3293410,3293461..3294576)	Aspergillus niger	4979903
An02g13640	CDS	An02g13640	NT_166519.1	3295024	3296351	D	Function: the Slg1 protein from S. cerevisiae is proposed to play a regulatory role in bud emergence or stationary phase.; Localization: Epitope-tagged Slg1p cofractionated with the plasma membrane.; Remark: alternate names for S. cerevisiae Slg1: Wsc3 or YOL105C.; Similarity: the similarities of the ORF encoded protein to some matching proteins are mainly based on repetitive structures.; Title: similarity to cell cycle relevant protein Slg1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10660075; uncharacterized protein	join(3295024..3295312,3295451..3295620,3295677..3296351)	Aspergillus niger	4979904
An02g13650	CDS	An02g13650	NT_166519.1	3296602	3297278	R	hypothetical protein	complement(join(3296602..3296719,3296801..3297083,3297164..3297278))	Aspergillus niger	4979905
An02g13660	CDS	An02g13660	NT_166519.1	3298028	3299059	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to extracellular matrix protein papilin Ppn - Drosophila melanogaster; uncharacterized protein	complement(3298028..3299059)	Aspergillus niger	84590548
An02g13670	CDS	An02g13670	NT_166519.1	3300125	3301778	D	Title: similarity to human secreted protein fragment from patent WO9909155-A1 - Homo sapiens; uncharacterized protein	join(3300125..3300718,3300773..3301296,3301369..3301661,3301711..3301778)	Aspergillus niger	4979907
An02g13680	CDS	An02g13680	NT_166519.1	3303100	3306141	D	Complex: a complex of the nuclear matrix proteins SRm160 and SRm300 functions as a coactivator of pre-mRNA splicing.; Function: the SRm160/300 splicing coactivator functions in splicing by promoting critical interactions between splicing factors bound to pre-mRNA, including snRNPs and SR family proteins.; Remark: SRM160 is a serine (S) and arginine (R)-rich protein.; Title: similarity to Ser/Arg-related nuclear matrix protein SRM160 - Homo sapiens; nucleus; See PMID 9531537; See PMID 10668804; uncharacterized protein	join(3303100..3303337,3303399..3304767,3304817..3305989,3306039..3306141)	Aspergillus niger	4979908
An02g13690	CDS	An02g13690	NT_166519.1	3306852	3307063	R	hypothetical protein	complement(join(3306852..3306881,3306953..3307063))	Aspergillus niger	84590549
An02g13700	CDS	An02g13700	NT_166519.1	3307650	3310673	D	Title: weak similarity to sterigmatocystin synthesis transcription regulator aflR - Aspergillus nidulans; uncharacterized protein	join(3307650..3310074,3310105..3310673)	Aspergillus niger	4979910
An02g13710	CDS	An02g13710	NT_166519.1	3312054	3312956	R	Title: weak similarity to Slg1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(3312054..3312583,3312659..3312956))	Aspergillus niger	4979911
An02g13720	CDS	An02g13720	NT_166519.1	3313314	3313818	D	hypothetical protein	join(3313314..3313498,3313587..3313818)	Aspergillus niger	84590550
An02g13730	CDS	An02g13730	NT_166519.1	3313914	3314796	R	hypothetical protein	complement(join(3313914..3314006,3314097..3314161,3314231..3314340,3314594..3314796))	Aspergillus niger	84590551
An02g13740	CDS	An02g13740	NT_166519.1	3314858	3316694	D	Catalytic activity: release of a C-terminal amino acid from a peptide in which glycine is the penultimate amino acid.; Pathway: yscS is a member of the peptidases in S. cerevisiae involved in nitrogen metabolism.; Repression: transcriptional repression of yscS in yeast cells grown on rich nitrogen sources.; Similarity: yscS belongs to peptidase family M20A.; Title: strong similarity to Gly-X carboxypeptidase precursor Yscs - Saccharomyces cerevisiae; vacuole; See PMID 2026161; See PMID 7700231; uncharacterized protein	join(3314858..3315201,3315249..3316546,3316600..3316694)	Aspergillus niger	4979914
An02g13750	CDS	An02g13750	NT_166519.1	3317220	3319701	R	Catalytic activity: glutamine is hydrolysed to glutamate and ammonium.; Remark: purified glutaminase gtaA catalyses the hydrolysis not only of L-glutamine but also of D-glutamine.; Title: strong similarity to glutaminase A gtaA -Aspergillus oryzae; See PMID 10952006; uncharacterized protein	complement(join(3317220..3317298,3317357..3317492,3317546..3317689,3317741..3317943,3317997..3318580,3318633..3319075,3319148..3319440,3319508..3319701))	Aspergillus niger	4979915
An02g13760	CDS	An02g13760	NT_166519.1	3320289	3321750	D	hypothetical protein	join(3320289..3320464,3320583..3320630,3320729..3320754,3320882..3320966,3321055..3321298,3321388..3321498,3321691..3321750)	Aspergillus niger	84590552
An02g13770	CDS	An02g13770	NT_166519.1	3322344	3324358	R	Title: strong similarity to hypothetical protein BAC67939.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(3322344..3323902,3324085..3324199,3324275..3324358))	Aspergillus niger	4979917
An02g13780	CDS	An02g13780	NT_166519.1	3328606	3329627	D	Title: weak similarity to hypothetical protein F22O6.70 - Arabidopsis thaliana; uncharacterized protein	join(3328606..3328688,3328953..3329100,3329197..3329323,3329512..3329627)	Aspergillus niger	84590553
An02g13790	CDS	An02g13790	NT_166519.1	3330449	3332163	R	Complex: a purified Drosophila septin complex comprised of the three septin polypeptides Pnut, Sep2, and Sep1 forms filaments and exhibits GTPase activity.; Function: septin proteins such as Sep1 are necessary for cytokinesis in Drosophila.; Similarity: Sep1 is a member of the GTPase superfamily.; Title: similarity to septin protein Sep1 -Drosophila melanogaster; See PMID 9751888; See PMID 8636235; uncharacterized protein	complement(join(3330449..3330794,3330927..3331176,3331297..3331571,3331631..3332163))	Aspergillus niger	4979919
An02g13800	CDS	An02g13800	NT_166519.1	3334972	3336260	R	Similarity: the ORF shows similarity to an A. niger sequence clone 2457. The sequence deviates in overall length as well as in two positions in the matching region from the sequence of the genomic DNA.; Title: strong similarity to hypothetical membrane protein YPR157w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(3334972..3335326,3335423..3335584,3335637..3335693,3335748..3336078,3336131..3336260))	Aspergillus niger	4979920
An02g13810	CDS	An02g13810	NT_166519.1	3337203	3338343	R	Function: dodA encodes a type of aromatic ring-cleaving dioxygenase involved in betalain biosynthesis in Amanita muscaria.; Induction: regulation occurs at the transcriptional level; the mRNA accumulates to high levels only in the coloured cap tissue.; Title: similarity to DOPA-dioxygenase dodA - Amanita muscaria; See PMID 9341673; uncharacterized protein	complement(join(3337203..3337516,3337581..3337638,3337701..3337833,3337919..3338029,3338115..3338127,3338337..3338343))	Aspergillus niger	4979921
An02g13820	CDS	An02g13820	NT_166519.1	3338950	3340296	R	Title: weak similarity to tight junction protein ZO-1 - Hydra vulgaris; uncharacterized protein	complement(join(3338950..3340099,3340163..3340296))	Aspergillus niger	4979922
An02g13830	CDS	An02g13830	NT_166519.1	3340712	3341734	D	Title: similarity to hypothetical protein CAE76380.1 - Neurospora crassa; uncharacterized protein	join(3340712..3340933,3341005..3341224,3341313..3341734)	Aspergillus niger	4979923
An02g13840	CDS	An02g13840	NT_166519.1	3342005	3342949	R	Complex: S9 is a protein of the cytosolic small ribosomal (40S)-subunit.; Function: S9 is involved in protein biosynthesis.; Similarity: S9 belongs to the S4P family of ribosomal proteins.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S9 - Homo sapiens; cytoplasm; See PMID 7772601; 40S ribosomal protein uS4	complement(join(3342005..3342182,3342242..3342475,3342561..3342659,3342738..3342756,3342832..3342869,3342936..3342949))	Aspergillus niger	4979924
An02g13850	CDS	An02g13850	NT_166519.1	3343221	3343959	D	Complex: URP1 is a protein of the cytosolic large ribosomal (60S)-subunit.; Function: URP1 is involved in protein biosynthesis.; Similarity: URP1 is a homolog of rat ribosomal protein gene L21.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit Urp1 - Saccharomyces cerevisiae; cytoplasm; See PMID 7871891; See PMID 8428379; 60S ribosomal protein eL21	join(3343221..3343256,3343333..3343400,3343472..3343519,3343635..3343959)	Aspergillus niger	4979925
An02g13860	CDS	An02g13860	NT_166519.1	3346394	3350575	D	Title: weak similarity to neurofilament triplet H protein NF-H - Rattus norvegicus; uncharacterized protein	join(3346394..3346979,3347031..3347201,3347262..3350575)	Aspergillus niger	4979926
An02g13870	CDS	An02g13870	NT_166519.1	3350903	3353757	R	Remark: silencing is an epigenetic form of transcriptional regulation whereby genes are heritably, but not necessarily permanently, inactivated.; Similarity: SAS2 bears similarities to known protein acetyltransferases.; Similarity: SAS2 belongs to the MYST family and members of this family are implicated in acute myeloid leukemia (MOZ), transcriptional silencing in yeast (SAS2 and YBF2/SAS3), HIV Tat interaction in humans (Tip60).; Title: similarity to transcription silencing protein Sas2 - Saccharomyces cerevisiae; See PMID 8782818; See PMID 9093847; uncharacterized protein	complement(join(3350903..3350971,3351009..3351052,3351168..3351360,3351755..3351833,3351872..3352026,3352091..3353247,3353305..3353339,3353391..3353455,3353570..3353597,3353684..3353757))	Aspergillus niger	4979927
An02g13880	CDS	An02g13880	NT_166519.1	3354302	3356866	R	Function: cdc5 might encode a transcription factor whose activity is required for cell cycle progression and growth during G2.; Phenotype: a cdc5 mutant arrests with a 2N DNA content and a single interphase nucleus.; Similarity: cdc5 contains a region sharing significant homology with the DNA binding domain of the myb family of transcription factors.; Title: strong similarity to myb-related protein cdc5p - Schizosaccharomyces pombe; See PMID 8313892; uncharacterized protein	complement(join(3354302..3356276,3356338..3356678,3356751..3356784,3356841..3356866))	Aspergillus niger	4979928
An02g13890	CDS	An02g13890	NT_166519.1	3357236	3358651	D	Remark: the matching protein is a Jun N-terminal protein kinase (JNK3) binding protein.; Title: similarity to JNK3 binding protein amino acid sequence #8 from patent WO200031132-A1 - Mus sp.; uncharacterized protein	join(3357236..3357369,3357442..3358380,3358435..3358651)	Aspergillus niger	4979929
An02g13900	CDS	An02g13900	NT_166519.1	3359052	3360049	D	Function: RNH70 is involved in DNA replication and RNA processing.; Phenotype: deletion of RNH70 from the yeast genome did not result in any serious phenotype under the conditions tested.; Title: similarity to ribonuclease Rnh70 -Saccharomyces cerevisiae; nucleus; See PMID 10359084; See PMID 10669875; uncharacterized protein	join(3359052..3359374,3359443..3360049)	Aspergillus niger	4979930
An02g13910	CDS	An02g13910	NT_166519.1	3361635	3362789	D	Title: strong similarity to hypothetical protein SPBP4H10.20 - Schizosaccharomyces pombe; uncharacterized protein	join(3361635..3361710,3361815..3362477,3362545..3362789)	Aspergillus niger	4979931
An02g13920	CDS	An02g13920	NT_166519.1	3363121	3363954	D	Catalytic activity: ubiquitin C-terminal thiolester + H(2)O = ubiquitin + a thiol.; Complex: the interaction between YUH1 and the yeast ubiquitin protein has been studied by heteronuclear multidimensional NMR spectroscopy.; Function: YUH1, a cysteine protease that catalyzes the removal of ubiquitin C-terminal adducts, is important for the generation of monomeric ubiquitin.; Remark: YUH1 acts on esters formed between thiols such as dithiothreitol or glutathione and the C-terminal glycine residue of the polypeptide ubiquitin.; Remark: the release of ubiquitin from attachment to other proteins and adducts is critical for ubiquitin biosynthesis, proteasomal degradation and other cellular processes.; Similarity: YUH1 is member of the UCH (ubiquitin C-terminal hydrolase) family of enzymes.; Title: strong similarity to ubiquitin thiolesterase Yuh1 - Saccharomyces cerevisiae; cytoplasm; See PMID 10406793; See PMID 10413498; uncharacterized protein	join(3363121..3363172,3363254..3363954)	Aspergillus niger	4979932
An02g13930	CDS	An02g13930	NT_166519.1	3364934	3365446	R	Remark: the ORF is C-terminally truncated due to end of contig.; hypothetical protein [truncated ORF]	complement(<3364934..3365446)	Aspergillus niger	84590554
An02g13940	CDS	An02g13940	NT_166519.1	3366225	3369905	R	Function: SPBP35G2. 14 of S. pombe is similar to PUF proteins of S. cerevisiae which are thought to be involved in the regulation of mRNA stability.; Similarity: contains a RNA recognition motif (RRM) and 5 pumilio-family (PUF) RNA-binding repeats.; Title: strong similarity to hypothetical RNA-binding protein CAA18887.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(3366225..3369594,3369667..3369905))	Aspergillus niger	4979934
An02g13950	CDS	An02g13950	NT_166519.1	3370090	3370942	D	Title: weak similarity to hypothetical protein OSJNBa0026A15.6 - Oryza sativa; uncharacterized protein	join(3370090..3370130,3370180..3370236,3370283..3370335,3370431..3370568,3370854..3370942)	Aspergillus niger	84590555
An02g13960	CDS	An02g13960	NT_166519.1	3371299	3372685	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3371299..3371433,3371531..3371604,3371681..3371737,3371888..3371952,3372098..3372192,3372314..3372401,3372585..3372685))	Aspergillus niger	84590556
An02g13970	CDS	An02g13970	NT_166519.1	3373177	3375599	D	Title: weak similarity to hypothetical glutamate-rich coiled-coil protein CAB87375.1 -Schizosaccharomyces pombe; uncharacterized protein	join(3373177..3375079,3375145..3375599)	Aspergillus niger	4979937
An02g13980	CDS	An02g13980	NT_166519.1	3376942	3378882	R	Phenotype: Disruption of Tri4 resulted in the loss of production of both trichothecenes and apotrichodiol and the accumulation of the unoxygenated pathway intermediate trichodiene.; Remark: Trichothecenes are strong inhibitors of protein synthesis in mammalian cells.; Remark: an alternate name for the F. sporotrichioides trichodiene oxygenase is TRI4.; Remark: the F. sporotrichioides trichodiene oxygenase is part of the fungal trichothecenes and apotrichodiol biosythesis.; Title: strong similarity to trichodiene oxygenase cytochrome P450 CYP58 - Fusarium sporotrichioides; See PMID 7651333; uncharacterized protein	complement(join(3376942..3377772,3377835..3377862,3377945..3378128,3378187..3378520,3378579..3378651,3378731..3378882))	Aspergillus niger	10098275
An02g13990	CDS	An02g13990	NT_166519.1	3379255	3380358	D	hypothetical protein	join(3379255..3379348,3379510..3379691,3379787..3380005,3380057..3380162,3380240..3380358)	Aspergillus niger	84590557
An02g14000	CDS	An02g14000	NT_166519.1	3380695	3382473	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3380695..3380803,3380918..3381036,3381123..3381189,3381279..3381368,3381512..3381532,3381785..3381881,3381980..3382226,3382301..3382354,3382447..3382473))	Aspergillus niger	84590558
An02g14005	CDS	An02g14005	NT_166519.1	3382610	3383002	D	hypothetical protein	3382610..3383002	Aspergillus niger	84590559
An02g14010	CDS	An02g14010	NT_166519.1	3383257	3384567	D	hypothetical protein	join(3383257..3383462,3383627..3383686,3383835..3384567)	Aspergillus niger	4979942
An02g14020	CDS	An02g14020	NT_166519.1	3385617	3386921	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3385617..3385753,3385794..3385889,3385967..3386086,3386178..3386258,3386349..3386383,3386554..3386623,3386696..3386786,3386889..3386921))	Aspergillus niger	84590560
An02g14030	CDS	An02g14030	NT_166519.1	3387326	3387790	D	hypothetical protein	join(3387326..3387553,3387584..3387790)	Aspergillus niger	84590561
An02g14040	CDS	An02g14040	NT_166519.1	3388013	3388334	R	hypothetical protein	complement(join(3388013..3388129,3388182..3388334))	Aspergillus niger	4979945
An02g14050	CDS	An02g14050	NT_166519.1	3389978	3390907	R	hypothetical protein	complement(join(3389978..3390319,3390518..3390685,3390732..3390803,3390857..3390907))	Aspergillus niger	84590562
An02g14060	CDS	An02g14060	NT_166519.1	3391587	3393140	D	Title: questionable ORF; uncharacterized protein	join(3391587..3391757,3391956..3392115,3392181..3392390,3392726..3392841,3392898..3393140)	Aspergillus niger	84590563
An02g14070	CDS	An02g14070	NT_166519.1	3393612	3394018	D	Similarity: the ORF shows strong similarity to the A. niger EST an_2818.; Title: weak similarity to hypothetical protein encoded by An11g01490 - Aspergillus niger; uncharacterized protein	join(3393612..3393655,3393736..3394018)	Aspergillus niger	4979948
An02g14080	CDS	An02g14080	NT_166519.1	3395351	3397155	R	Catalytic activity: the T. aquaticus asparaginyl-tRNA-synthetase converts ATP and L-asparagine and tRNA(Asn) to AMP and diphosphate and L-asparaginyl-tRNA(Asn).; Remark: the T. aquaticus asparaginyl-tRNA-synthetase is remarkably thermostable and retains 50% of its initial tRNA aminoacylation activity after 1 h of incubation at 90 degrees C or 21 h at 85 degrees C.; Title: strong similarity to asparagine--tRNA ligase ASNS - Thermus aquaticus; See PMID 8706760; uncharacterized protein	complement(join(3395351..3395477,3395558..3397155))	Aspergillus niger	4979949
An02g14090	CDS	An02g14090	NT_166519.1	3397586	3399493	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3397586..3397726,3397820..3397861,3397932..3398027,3398076..3398254,3398302..3398385,3398657..3398758,3399204..3399284,3399418..3399493))	Aspergillus niger	84590564
An02g14100	CDS	An02g14100	NT_166519.1	3399845	3402346	D	Function: TIA-1 is a translational silencer that selectively regulates the expression of TNF-alpha.; Function: the M. musculus TIA-1 belongs to a family of RNA recognition motif (RRM) proteins which possess four RRM-type (PF00076) RNA binding domains (aa 192-258, 283-358, 417-483, 508-574).; Remark: the M. musculus TIA-1 has been implicated as effector of apoptotic cell death.; Title: similarity to cDNA RNA-binding protein TIA-1 - Mus musculus; See PMID 8871565; See PMID 10921895; uncharacterized protein	3399845..3402346	Aspergillus niger	4979951
An02g14110	CDS	An02g14110	NT_166519.1	3403247	3405066	D	hypothetical protein	join(3403247..3403313,3403447..3404787,3404858..3405066)	Aspergillus niger	4979952
An02g14130	CDS	An02g14130	NT_166519.1	3424278	3424546	R	hypothetical protein	complement(join(3424278..3424481,3424544..3424546))	Aspergillus niger	84590565
An02g14140	CDS	An02g14140	NT_166519.1	3425305	3426262	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3425305..3425334,3425471..3425523,3425674..3425710,3425752..3425872,3425947..3426063,3426098..3426123,3426251..3426262))	Aspergillus niger	84590566
An02g14150	CDS	An02g14150	NT_166519.1	3427120	3427648	D	hypothetical protein	join(3427120..3427353,3427447..3427537,3427581..3427648)	Aspergillus niger	84590567
An02g14160	CDS	An02g14160	NT_166519.1	3429028	3433004	R	Function: the C. neoformans AP59 gene is required for capsule formation which is a crucial step in the pathogenicity of Cryptococcus neoformans.; Remark: the similarity of the predicted A. niger protein is restricted to the N-terminal half of the protein.; Title: similarity to protein CAP59 - Cryptococcus neoformans; See PMID 8007987; uncharacterized protein	complement(join(3429028..3429061,3429111..3429223,3429278..3429684,3429743..3429992,3430051..3430494,3430594..3430736,3430919..3431198,3431277..3432724,3432860..3433004))	Aspergillus niger	10098055
An02g14170	CDS	An02g14170	NT_166519.1	3433664	3434254	D	Title: weak similarity to hypothetical protein all7165 - Nostoc sp.; uncharacterized protein	3433664..3434254	Aspergillus niger	4979957
An02g14180	CDS	An02g14180	NT_166519.1	3434569	3435377	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3434569..3434685,3434835..3434959,3435043..3435112,3435264..3435377))	Aspergillus niger	84590568
An02g14190	CDS	An02g14190	NT_166519.1	3436896	3438953	D	Similarity: the deduced S. aureofaciens tcr3 amino acid sequence had a high level identity with that of the self-defense gene (tet347) of Streptomyces rimosus, known to mediate oxytetracycline efflux.; Title: similarity to hypothetical self-defense gene tcr3 - Streptomyces aureofaciens; See PMID 8534971; uncharacterized protein	join(3436896..3437119,3437190..3437320,3437373..3438107,3438158..3438819,3438876..3438953)	Aspergillus niger	4979959
An02g14200	CDS	An02g14200	NT_166519.1	3441379	3442393	D	Function: the P. marneffei CflA initiates polarized growth and extension of the germ tube and subsequently maintains polarized growth in the vegetative mycelium.; Remark: heterologous expression of cflA alleles in A. nidulans prevents conidiation.; Similarity: the P. marneffei CflA belongs to the Rho family of GTPases.; Title: strong similarity to CDC42-like protein CflA - Penicillium marneffei; See PMID 11344153; uncharacterized protein	join(3441379..3441398,3441599..3441718,3441899..3442277,3442334..3442393)	Aspergillus niger	4979960
An02g14210	CDS	An02g14210	NT_166519.1	3443437	3444820	R	Catalytic activity: the E. coli agmanitase converts agmatine and H2O to putrescine and urea.; Function: the predicted E. coli agmanitase protein is involved in the putrescine biosynthetic pathway and thus in the proline and arginine metabolism.; Remark: an alternate name for the agmanitase is agmatine ureohydrolase.; Title: strong similarity to hypothetical agmanitase - Escherichia coli; See PMID 1310091; uncharacterized protein	complement(join(3443437..3444452,3444511..3444637,3444695..3444820))	Aspergillus niger	4979961
An02g14220	CDS	An02g14220	NT_166519.1	3445395	3447182	D	Function: the enzyme catalyzes the condensation of malonyl-ACP with the growing fatty acid chain.; Similarity: the E. coli fabJ gene product belongs to the beta-ketoacyl-ACP-synthase familiy.; Title: strong similarity to 3-oxoacyl-(acyl-carrier-protein) synthase fabJ -Escherichia coli; See PMID 7972002; uncharacterized protein	join(3445395..3445446,3445656..3445822,3445871..3445978,3446028..3446099,3446149..3446235,3446284..3446550,3446600..3446968,3447018..3447182)	Aspergillus niger	4979962
An02g14230	CDS	An02g14230	NT_166519.1	3447894	3449420	D	Title: similarity to hypothetical protein SPCC126.04c - Schizosaccharomyces pombe; uncharacterized protein	join(3447894..3447918,3448041..3448928,3449002..3449420)	Aspergillus niger	4979963
An02g14240	CDS	An02g14240	NT_166519.1	3450089	3451318	D	Catalytic activity: the S. cerevisiae guanyllytransferase converts GTP and (5')PP-pur-mRNA to diphosphate and G(5')PPP-pur-mRNA.; Remark: Can modify also synthetic poly(A) and poly(G) to form the structures M(7)G(5')pppA(N) and M(7)G(5')pppG(N).; Remark: the S. cerevisiae guanyllytransferase is also referred to as mRNA capping enzyme.; Title: strong similarity to mRNA guanylyltransferase - Saccharomyces cerevisiae; See PMID 1315757; uncharacterized protein	3450089..3451318	Aspergillus niger	4979964
An02g14250	CDS	An02g14250	NT_166519.1	3451674	3452254	R	hypothetical protein	complement(join(3451674..3451782,3451823..3451925,3451956..3452100,3452162..3452254))	Aspergillus niger	84590569
An02g14260	CDS	An02g14260	NT_166519.1	3453574	3454492	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(3453574..3453625,3453672..3453784,3453941..3454099,3454246..3454270,3454452..3454492))	Aspergillus niger	84590570
An02g14270	CDS	An02g14270	NT_166519.1	3455704	3456752	R	hypothetical protein	complement(join(3455704..3456549,3456633..3456752))	Aspergillus niger	4979967
An02g14280	CDS	An02g14280	NT_166519.1	3457955	3460000	D	Title: similarity to hypothetical membrane protein YPR157w - Saccharomyces cerevisiae; uncharacterized protein	join(3457955..3458094,3458180..3459473,3459548..3460000)	Aspergillus niger	4979968
An02g14290	CDS	An02g14290	NT_166519.1	3460501	3462727	R	Function: the R. toruloides cephalosporin esterase hydrosyses the acetyl estyl bond on the 10-position of the antibiotic cephalosporin C, producingDeacetylcephalosporin and acetate.; Pathway: the cephalosporin cleavage is part of the penicillin and cephalosporin metabolism.; Title: strong similarity to cephalosporin esterase -Rhodosporidium toruloides; See PMID 9406399; uncharacterized protein	complement(join(3460501..3460511,3460556..3460569,3460681..3461465,3461523..3461837,3461890..3462212,3462276..3462514,3462591..3462727))	Aspergillus niger	4979969
An02g14300	CDS	An02g14300	NT_166519.1	3463493	3464989	D	Function: pth11 of M. grisea is involved in host surface recognition.; Similarity: the ORF is about 260 amino acids shorter than pth11 of M. grisea.; Similarity: the ORF is shorter than pth11 of M. grisea (391 compared to 631 amino acids).; Similarity: the ORF shows similarity to the EST seq id no:6959 of patent WO200056762-A2 - Aspergillus oryzae; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	join(3463493..3463681,3463746..3463785,3463857..3463924,3463998..3464371,3464426..3464490,3464550..3464989)	Aspergillus niger	4979970
An02g14310	CDS	An02g14310	NT_166519.1	3465938	3469376	R	Remark: an alterntative gene name for PHF2 is GRC5.; Title: strong similarity to PHD-finger protein PHF2 - Homo sapiens; uncharacterized protein	complement(join(3465938..3466876,3466956..3469376))	Aspergillus niger	4979971
An02g14320	CDS	An02g14320	NT_166519.1	3470467	3470975	D	hypothetical protein	join(3470467..3470646,3470787..3470975)	Aspergillus niger	84590571
An02g14330	CDS	An02g14330	NT_166519.1	3471322	3472095	D	Title: strong similarity to hypothetical protein HSPC175 - Homo sapiens; uncharacterized protein	join(3471322..3471353,3471497..3471520,3471657..3471713,3471786..3471913,3471995..3472095)	Aspergillus niger	4979973
An02g14340	CDS	An02g14340	NT_166519.1	3473383	3473872	D	Complex: the U5 snRNP is part of the splicosome.; Remark: SNU13 of S. cerevisiae constitutes the U4/U6. U5 snRNP (small nuclear ribonucleoprotein particle) component.; Remark: SNU13 of S. cerevisiae is also called YEL026w.; Similarity: strong similarity to ribosomal protein L7a superfamily.; Similarity: the ORF shows strong similarity to the A. niger EST no:3887 of patent WO200056762-A2.; Title: strong similarity to RNA-binding protein Snu13 - Saccharomyces cerevisiae; See PMID 11720284; uncharacterized protein	join(3473383..3473401,3473458..3473553,3473610..3473872)	Aspergillus niger	4979974
An02g14350	CDS	An02g14350	NT_166519.1	3474760	3475931	D	Similarity: the ORF shows strong similarity to expressed sequence tag an_2353 from Aspergillus niger.; Title: strong similarity to hypothetical protein B14D6.530 - Neurospora crassa; uncharacterized protein	join(3474760..3474826,3474926..3475230,3475290..3475931)	Aspergillus niger	4979975
An02g14360	CDS	An02g14360	NT_166519.1	3476360	3478530	D	Title: strong similarity to hypothetical protein SPBC29A3.06 - Schizosaccharomyces pombe; uncharacterized protein	join(3476360..3476692,3476762..3477250,3477304..3477475,3477556..3478158,3478223..3478326,3478510..3478530)	Aspergillus niger	4979976
An02g14370	CDS	An02g14370	NT_166519.1	3478998	3479521	R	hypothetical protein	complement(join(3478998..3479060,3479162..3479521))	Aspergillus niger	84590572
An02g14380	CDS	hxk	NT_166519.1	3480258	3482055	R	Catalytic activity: ATP + D-hexose <=> ADP + D-hexose 6-phosphate.; Function: A. niger hxk is responsible for phosphorylation of glucose and fructose. D-Glucose, the glucose analogue 2-deoxy-D-glucose, D-fructose, D-mannose and D-glucosamine are phosphorylated by hexokinase, whereas the hexoses D-galactose, L-sorbose, methyl alpha-D-glucoside and the pentoses L-arabinose and D-xylose are not.; Gene-ID: hxk; Mapping: hxk from A. niger is mapped to chromosome VI; see EMBL AJ009973.; hexokinase hxk-Aspergillus niger	complement(join(3480258..3481133,3481198..3481605,3481695..3481720,3481803..3481925,3482016..3482055))	Aspergillus niger	4979978
An02g14390	CDS	An02g14390	NT_166519.1	3482846	3484094	R	Complex: Sir2p is one of four Silent Information Regulator genes in yeast. Sir2p (but not the other Sir proteins) is a component of the nucleolar complex called RENT, a regulator of nucleolar silencing and telophase exit.; Function: the S. cerevisiae homolog Sir2p is a NAD-dependent histone deacetylase and participates in maintenance of silencing of HMR, HML and telomeres. unlike repressors that act by binding to promoters, the Sir proteins help repress transcription by creating a silent chromatin stucture in a gene- and promoter-independent manner. the Sir proteins do not bind DNA directly, but rather seem to act via histones and other DNA binding proteins.; Title: strong similarity to regulator protein Sir2 -Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(3482846..3483859,3483972..3484094))	Aspergillus niger	4979979
An02g14400	CDS	An02g14400	NT_166519.1	3484671	3487268	D	Title: strong similarity to hypothetical protein SPCC338.13 - Schizosaccharomyces pombe; uncharacterized protein	join(3484671..3485861,3485912..3487016,3487261..3487268)	Aspergillus niger	4979980
An02g14410	CDS	An02g14410	NT_166519.1	3488254	3490103	R	Function: the S. cerevisiae homolog Mep3p is an ammonia permease of high capacity and low affinity.; Repression: the S. cerevisiae MEP genes are subject to nitrogen control, in the presence of a good nitrogen source, all three MEP genes are repressed.; Similarity: shows sequence similarity to S. cerevisiae Mep1p and Mep2p.; Title: strong similarity to ammonium transport protein Mep3 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(3488254..3488897,3488954..3489545,3489604..3489935,3489995..3490103))	Aspergillus niger	4979981
An02g14420	CDS	An02g14420	NT_166519.1	3490176	3492418	D	hypothetical protein	join(3490176..3490222,3490265..3490405,3490597..3490849,3491204..3491337,3491417..3491598,3491725..3491831,3491952..3492098,3492183..3492244,3492340..3492418)	Aspergillus niger	84590573
An02g14430	CDS	An02g14430	NT_166519.1	3492912	3494904	D	hypothetical protein	join(3492912..3492990,3493033..3493126,3493209..3493444,3494068..3494345,3494439..3494529,3494609..3494716,3494801..3494904)	Aspergillus niger	84590574
An02g14450	CDS	pmrA	NT_166519.1	3495485	3498863	R	Function: pmrA is a P-type Ca(2+)-ATPases with a high degree of sequence similarity to the Pmr1 proteins from yeasts and mammalians and is involved in in Ca(2+) and Mn(2+) homeostasis in A. niger.; Gene-ID: pmrA; secretory pathway Ca2+-ATPase pmrA-Aspergillus niger	complement(join(3495485..3495505,3495639..3496108,3496161..3498648,3498756..3498863))	Aspergillus niger	4979985
An02g14460	CDS	An02g14460	NT_166519.1	3500244	3502085	D	Function: the S. pombe homolog rad21 is a gene essential in mitotic growth that is involved in DNA double-strand-break repair. Further functions of rad21 are related to chromosome segregation and microtubule function.; Title: strong similarity to double-strand-break repair protein rad21p - Schizosaccharomyces pombe; nucleus; uncharacterized protein	join(3500244..3500507,3500580..3502085)	Aspergillus niger	4979986
An02g14470	CDS	An02g14470	NT_166519.1	3503440	3505552	D	Remark: MDR1 of C. albicans is also called BMR.; Similarity: the ORF shows similarity to multiple drug resistance proteins from several species.; Title: strong similarity to benomyl/methotrexate resistance protein MDR1 - Candida albicans; plasma membrane; See PMID 9745021; uncharacterized protein	join(3503440..3503870,3503926..3504035,3504095..3504129,3504190..3504434,3504489..3504521,3504576..3504662,3504713..3505122,3505183..3505294,3505369..3505552)	Aspergillus niger	4979987
An02g14480	CDS	An02g14480	NT_166519.1	3505740	3508271	R	hypothetical protein	complement(join(3505740..3506032,3506272..3506377,3506479..3506487,3507039..3507142,3507218..3507315,3507445..3507519,3507600..3507681,3507831..3508026,3508104..3508271))	Aspergillus niger	84590575
An02g14490	CDS	An02g14490	NT_166519.1	3508883	3511145	D	Title: strong similarity to hypothetical protein B24B19.80 - Neurospora crassa; uncharacterized protein	join(3508883..3509126,3509276..3511074,3511128..3511145)	Aspergillus niger	4979989
An02g14500	CDS	An02g14500	NT_166519.1	3511489	3512121	R	Similarity: the ORF shows strong similarity to the A. niger EST an_3015.; Title: similarity to hypothetical protein encoded by An11g03520 - Aspergillus niger; uncharacterized protein	complement(3511489..3512121)	Aspergillus niger	4979990
An02g14520	CDS	An02g14520	NT_166519.1	3513563	3515554	D	Catalytic activity: ATP + xanthosine 5'-phosphate + L-glutamine + H(2)O <=> AMP + diphosphate + GMP + L-glutamate.; Function: the S. cerevisiae homolog Gua1p is a GMP synthetase which catalyzes the amination of xanthine monophosphate to guanine monophosphate in the guanine branch of the purine biosynthesis pathway.; Pathway: GMP biosynthesis pathway.; Title: strong similarity to GMP synthase (glutamine-hydrolyzing) Gua1 - Saccharomyces cerevisiae; uncharacterized protein	join(3513563..3513631,3513727..3513868,3513938..3514460,3514517..3514908,3514962..3515315,3515366..3515446,3515496..3515554)	Aspergillus niger	4979991
An02g14530	CDS	An02g14530	NT_166519.1	3515887	3516753	D	Title: strong similarity to electron transfer protein ETRN-4 from patent WO200105969-A2 - Homo sapiens; uncharacterized protein	join(3515887..3516003,3516066..3516248,3516331..3516609,3516688..3516753)	Aspergillus niger	4979992
An02g14540	CDS	An02g14540	NT_166519.1	3517117	3518785	D	Title: strong similarity to hypothetical protein PA2682 - Pseudomonas aeruginosa; uncharacterized protein	join(3517117..3517366,3517566..3518204,3518274..3518342,3518430..3518785)	Aspergillus niger	4979993
An02g14550	CDS	An02g14550	NT_166519.1	3518894	3521494	R	Title: strong similarity to hypothetical protein SPBC1861.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(3518894..3520166,3520225..3520525,3520578..3520808,3520855..3520996,3521043..3521251,3521305..3521494))	Aspergillus niger	4979994
An02g14560	CDS	ostA	NT_166519.1	3521823	3523519	D	Complex: ostA is the alpha-chain of the A. niger oligosaccharyltransferase.; Function: the oligosaccharyltransferase complex catalyzes the asparagine-linked glycosylation of proteins in the lumen of the endoplasmic reticulum.; Gene-ID: ostA; oligosaccharyltransferase alpha subunit ostA-Aspergillus niger	join(3521823..3522175,3522297..3523329,3523394..3523519)	Aspergillus niger	4979995
An02g14570	CDS	An02g14570	NT_166519.1	3523694	3524752	R	hypothetical protein	complement(join(3523694..3523736,3523790..3523895,3524117..3524209,3524290..3524539,3524618..3524752))	Aspergillus niger	84590576
An02g14580	CDS	An02g14580	NT_166519.1	3525653	3527647	R	hypothetical protein	complement(join(3525653..3525715,3525794..3526006,3526113..3526151,3526309..3526358,3526445..3526489,3526767..3526979,3527102..3527180,3527326..3527474,3527533..3527647))	Aspergillus niger	84590577
An02g14590	CDS	An02g14590	NT_166519.1	3527883	3531367	D	Catalytic activity: L-glutamate + H(2)O + NAD(+) <=> 2-oxoglutarate + NH(3) + NADH.; Complex: S. cerevisiae Gdh2p forms a homotetramer.; Function: the S. cerevisiae homolog Gdh2p is a NAD-dependent glutamate dehydrogenase.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to glutamate dehydrogenase Gdh2 - Saccharomyces cerevisiae; uncharacterized protein	join(3527883..3528201,3528275..3531108,3531162..3531262,3531322..3531367)	Aspergillus niger	4979998
An02g14600	CDS	An02g14600	NT_166519.1	3531889	3534331	R	Function: the N. crassa homolog CIA84 is a nuclear encoded, mitochondria targeted chaperone involved in the in the assembly of mitochondrial NADH:ubiquinone oxidoreductase (complex I).; Title: strong similarity to NADH:ubiquinone reductase intermediate-associated protein CIA84 -Neurospora crassa; See PMID 9769214; uncharacterized protein	complement(join(3531889..3532057,3532122..3534331))	Aspergillus niger	4979999
An02g14610	CDS	An02g14610	NT_166519.1	3534727	3535527	D	Function: ribosomal protein S18 is involved in the binding of fMet-tRNA, and hence the initiation of translation.; Similarity: shows similarity to the ribosomal subunit S18 of several species.; Title: similarity to ribosomal protein of the small subunit S18 rpsR - Escherichia coli; See PMID 6210737; See PMID 10094780; mitochondrial 37S ribosomal protein bS18m	join(3534727..3534871,3534917..3535230,3535321..3535527)	Aspergillus niger	4980000
An02g14620	CDS	An02g14620	NT_166519.1	3536051	3538027	D	Complex: the S. cerevisiae homolog Aip1p interacts with the ubiquitous actin depolymerizing factor cofilin.; Function: S. cerevisiae Aip1p is a cofilin-associated protein that enhances the filament disassembly activity of cofilin and restricts cofilin localization to cortical actin patches.; Title: strong similarity to actin interacting protein Aip1 - Saccharomyces cerevisiae; cytoskeleton; uncharacterized protein	join(3536051..3536066,3536127..3536215,3536294..3538027)	Aspergillus niger	4980001
An02g14630	CDS	An02g14630	NT_166519.1	3538402	3541890	D	Title: strong similarity to hypothetical protein CAD37054.1 - Neurospora crassa; uncharacterized protein	join(3538402..3538461,3538669..3539181,3539347..3539967,3540024..3540285,3540430..3541503,3541556..3541717,3541787..3541890)	Aspergillus niger	4980002
An02g14640	CDS	An02g14640	NT_166519.1	3542884	3544458	D	Similarity: the ORF shows strong similarity to expressed sequence tag seq id no:5842 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to transcriptional coactivator HFI1 related protein CAD71048.1 - Neurospora crassa; uncharacterized protein	join(3542884..3543103,3543173..3543534,3543615..3543723,3543800..3544458)	Aspergillus niger	4980003
An02g14650	CDS	An02g14650	NT_166519.1	3545692	3548700	R	Function: the S. pombe homolog prp1 is involved in in pre-mRNA splicing, cell cycle progression and/or poly(A)+ RNA nuclear export.; Title: strong similarity to hypothetical pre-mRNA splicing factor prp1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(3545692..3545835,3545905..3548197,3548318..3548700))	Aspergillus niger	4980004
An02g14660	CDS	An02g14660	NT_166519.1	3549023	3550322	D	Function: the S. cerevisiae homolog Dim1p is an essential protein responsible for m6[2]Am6[2]A dimethylation in 3'-terminal loop of 18S rRNA.; Title: strong similarity to rRNA (adenine-N6,N6-)-dimethyltransferase Dim1 - Saccharomyces cerevisiae; uncharacterized protein	join(3549023..3549208,3549283..3549504,3549567..3549968,3550173..3550322)	Aspergillus niger	4980005
An02g14670	CDS	An02g14670	NT_166519.1	3550417	3552748	R	Similarity: the N. crassa homolog 2E4. 120 shows similarity to GYP1, the GTPase activating protein for Ypt1p and Sec4p.; Title: strong similarity to hypothetical protein 2E4.120 - Neurospora crassa; uncharacterized protein	complement(join(3550417..3550578,3550634..3550726,3550791..3551674,3551721..3552208,3552294..3552380,3552518..3552601,3552690..3552748))	Aspergillus niger	4980006
An02g14680	CDS	An02g14680	NT_166519.1	3553799	3554188	D	Remark: a splice site was detected upstream of the START codon.; hypothetical protein	join(3553799..3553842,3553906..3554188)	Aspergillus niger	84590578
An02g14690	CDS	An02g14690	NT_166519.1	3555574	3557183	D	Complex: S. cerevisiae Hrp1p is one of five subunits of cleavage factor I (CF I), which is required for cleavage activity in vitro when mixed with CF II and for specific polyadenylation when mixed with polyadenylation factor I.; Function: the S. cerevisiae homolog Hrp1p is involved in cleavage and polyadenylation of mRNA 3' ends.; Title: strong similarity to heterogeneous nuclear ribonucleoprotein Hrp1 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(3555574..3555610,3555679..3555842,3555917..3556994,3557047..3557183)	Aspergillus niger	4980008
An02g14700	CDS	An02g14700	NT_166519.1	3557473	3557797	R	hypothetical protein	complement(join(3557473..3557574,3557639..3557797))	Aspergillus niger	84590579
An02g14710	CDS	An02g14710	NT_166519.1	3558265	3560448	R	Function: the N. crassa SPRAY protein is supposed to be located in an organellar membrane, regulating the distribution of Ca(2+) via calcineurin.; Phenotype: the N. crassa spray mutant is sensitive to calcineurin inhibitors.; Remark: between the contig-sequence positions 193548 - 193933 one or more introns may be missing (contig DNA sequence deduced from cDNA).; Title: strong similarity to hypothetical calcium-related spray protein - Neurospora crassa; See PMID 11343401; uncharacterized protein	complement(3558265..3560448)	Aspergillus niger	4980010
An02g14720	CDS	An02g14720	NT_166519.1	3563268	3564901	R	Function: the predicted A. vitis protein ttuB codes for a protein with homology to transporter proteins and is required for entry of tartrate into bacteria.; Title: strong similarity to hypothetical tartrate transport protein ttuB - Agrobacterium vitis; See PMID 7592429; uncharacterized protein	complement(join(3563268..3563914,3563978..3564511,3564604..3564901))	Aspergillus niger	4980011
An02g14730	CDS	An02g14730	NT_166519.1	3565162	3566593	R	Remark: the expression of the M. musculus IRG1 is altered upon the activation of macrophages by bacterial LPS.; Title: similarity to immune response protein IRG1 -Mus musculus; See PMID 7721348; uncharacterized protein	complement(join(3565162..3566059,3566139..3566593))	Aspergillus niger	4980012
An02g14740	CDS	An02g14740	NT_166519.1	3567011	3568203	R	hypothetical protein	complement(join(3567011..3567261,3567360..3568203))	Aspergillus niger	4980013
An02g14750	CDS	An02g14750	NT_166519.1	3568653	3570235	D	Remark: actin-related proteins (Arps), which are divergent, but apparently homologues to actin, are categorized into 10 classes.; Similarity: the predicted A. niger protein contains three actin like domains (aa 13-101, 141-221, 323-472) and is therefore showing similarity to a broad range of actin-like proteins.; Title: strong similarity to actin-related protein -Homo sapiens; See PMID 10380635; uncharacterized protein	join(3568653..3568695,3568787..3569285,3569359..3570235)	Aspergillus niger	4980014
An02g14760	CDS	An02g14760	NT_166519.1	3570965	3573028	R	hypothetical protein	complement(join(3570965..3572032,3572092..3572677,3572793..3573028))	Aspergillus niger	4980015
An02g14770	CDS	An02g14770	NT_166519.1	3574563	3576653	R	Title: strong similarity to hypothetical protein EAA62014.1 - Aspergillus nidulans; uncharacterized protein	complement(join(3574563..3575230,3575366..3576514,3576629..3576653))	Aspergillus niger	4980016
An02g14780	CDS	An02g14780	NT_166519.1	3577128	3577452	R	hypothetical protein	complement(join(3577128..3577236,3577293..3577334,3577421..3577452))	Aspergillus niger	84590580
An02g14790	CDS	An02g14790	NT_166519.1	3577513	3578768	D	Function: UNG1 encodes the repair enzyme uracil-DNA-glycosylase.; Phenotype: the UNG1 null mutant is viable.; Similarity: the carboxyl-terminal two-thirds of UNG1 is highly homologous to the entire Escherichia coli enzyme (50% amino acid identity).; Title: strong similarity to uracil-DNA glycosylase Ung1 - Saccharomyces cerevisiae; nucleus; See PMID 2644266; uncharacterized protein	join(3577513..3577874,3577948..3578407,3578472..3578768)	Aspergillus niger	4980018
An02g14800	CDS	pdiA	NT_166519.1	3579372	3581183	R	Function: pdiA from A. niger catalyzes the refolding of denatured and reduced RNase A.; Function: pdiA from A. niger complements PDI function in a S. cerevisiae pdi1 deletion mutant.; Function: pdiA from A. niger encodes a putative protein disulphide isomerase.; Gene-ID: pdiA;pdi1; Remark: a synonym for pdiA from A. niger is pdi1.; Remark: the transcription of pdiA from A. niger is induced 3-4-fold after treatment with tunicamycin, an inhibitor of N-linked glycosylation.; See PMID 9021130; See PMID 10653750; protein disulfide isomerase A pdiA-Aspergillus niger	complement(join(3579372..3579738,3579806..3580245,3580345..3580723,3580822..3581183))	Aspergillus niger	4980019
An02g14810	CDS	An02g14810	NT_166519.1	3582315	3584218	R	Function: Aut4 from S. cerevisiae is essential for the disintegration of autophagic vesicles, inside the vacuole of cells.; Localization: a biologically active fusion protein of Aut4 from S. cerevisiae and the green fluorescent protein is visualized at the vacuolar membrane and in punctate structures attached to the vacuole.; Remark: Aut4 from S. cerevisiae is a putative integral membrane protein with limited homologies to permeases.; Title: strong similarity to protein involved in autophagic vesicle breakdown Aut4 - Saccharomyces cerevisiae; See PMID 1105808; uncharacterized protein	complement(join(3582315..3583387,3583499..3583999,3584059..3584218))	Aspergillus niger	4980020
An02g14820	CDS	An02g14820	NT_166519.1	3585687	3589081	D	Complex: RGR1 interacts with SIN4 to organize chromatin structure and thus regulate transcription.; Function: RGR1 is required to repress the expression of glucose-regulated genes.; Title: strong similarity to regulator protein Rgr1 -Saccharomyces cerevisiae; nucleus; See PMID 7635307; See PMID 2196447; uncharacterized protein	join(3585687..3586370,3586436..3589081)	Aspergillus niger	4980021
An02g14830	CDS	An02g14830	NT_166519.1	3589536	3591782	R	Catalytic activity: DPB2 catalyses DNA-template-directed extension of the 3'-end of an RNA strand by one nucleotide at a time.; Function: DPB2, the gene encoding DNA polymerase II subunit B, is required for chromosome replication in S. cerevisiae.; Phenotype: disruption of DPB2 is lethal.; Title: strong similarity to DNA polymerase II subunit-B Dpb2 - Saccharomyces cerevisiae; nucleus; See PMID 2052544; uncharacterized protein	complement(3589536..3591782)	Aspergillus niger	4980022
An02g14840	CDS	An02g14840	NT_166519.1	3592381	3593806	D	Title: similarity to protein sequence #9319 from patent WO200175067-A2 - Homo sapiens; uncharacterized protein	join(3592381..3593430,3593519..3593806)	Aspergillus niger	4980023
An02g14850	CDS	An02g14850	NT_166519.1	3594266	3594964	R	Title: similarity to barley containing SNP protein fragment SEQ ID NO:660 from patent WO2003057877-A1 -Hordeum vulgare; uncharacterized protein	complement(3594266..3594964)	Aspergillus niger	4980024
An02g14860	CDS	An02g14860	NT_166519.1	3595381	3596263	R	Function: Antizyme protein binds to, and inhibits,ornithine decarboxylase ODC, a key enzyme in polyamine biosynthesis.; Remark: The matching EST is from Aspergillus niger deviates in several positions from the sequence of the genomic DNA.; Title: strong similarity to ornithine decarboxylase antizyme - Aspergillus nidulans; See PMID 10954585; uncharacterized protein	complement(join(3595381..3595597,3595685..3596080,3596160..3596263))	Aspergillus niger	4980025
An02g14870	CDS	An02g14870	NT_166519.1	3597439	3599566	R	Title: strong similarity to hypothetical conserved zinc-finger protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(3597439..3598858,3598932..3599220,3599395..3599566))	Aspergillus niger	4980026
An02g14880	CDS	An02g14880	NT_166519.1	3601298	3602556	D	Catalytic activity: dCMP + H2O = dUMP + NH3; Pathway: DCD1 plays a role in dTTP biosynthesis.; Phenotype: DCD1 mutant is viable, resistant to 5-fluoro-2'-deoxycytidylate.; Title: strong similarity to dCMP deaminase Dcd1 -Saccharomyces cerevisiae; See PMID 6373725; See PMID 3023902; uncharacterized protein	join(3601298..3601319,3601384..3601732,3601790..3602151,3602218..3602350,3602406..3602556)	Aspergillus niger	4980027
An02g14890	CDS	An02g14890	NT_166519.1	3603807	3605593	D	Function: HIS7 encodes a bifunctional glutamine amidotransferase: cyclase from S. cerevisiae.; Induction: HIS7 gene expression is regulated by the general control system of amino acid biosynthesis.; Pathway: HIS7 represents the first isolated eukaryotic gene encoding the enzymatic activities which catalyze the fifth and sixth step in histidine biosynthesis.; Title: strong similarity to amidotransferase/cyclase His7 - Saccharomyces cerevisiae; See PMID 8366040; uncharacterized protein	join(3603807..3603929,3603983..3605431,3605504..3605593)	Aspergillus niger	4980028
An02g14900	CDS	An02g14900	NT_166519.1	3606707	3607648	D	Remark: C-terminally truncated due to contig border.; Remark: the C-terminal part of the gene is located on contig An02c0480.; Title: similarity to human peptidase HPEP-14 from patent WO200042201-A2 - Homo sapiens [truncated orf]; uncharacterized protein	join(3606707..3606897,3606969..3607077,3607133..>3607648)	Aspergillus niger	4980029
An02g14910	CDS	An02g14910	NT_166519.1	3607751	3608660	D	Remark: N-terminally truncated due to contig border.; Remark: the N-terminal part of the gene is located on contig An02c0460.; Title: similarity to human peptidase HPEP-14 from patent WO200042201-A2 - Homo sapiens [truncated orf]; uncharacterized protein	join(<3607751..3608047,3608098..3608460,3608586..3608660)	Aspergillus niger	84590581
An02g14920	CDS	An02g14920	NT_166519.1	3608947	3609957	R	Remark: ftsJ has been renamed rrmJ.; Remark: the methylation reaction catalyzed by ftsJ requires S-adenosylmethionine as donor of methyl groups.; Remark: the natural substrate for ftsJ are ribosomes or a pre-ribosomal ribonucleoprotein particle.; Title: strong similarity to 23S rRNA methyltransferase ftsJ - Escherichia coli; See PMID 10748051; uncharacterized protein	complement(join(3608947..3609030,3609102..3609150,3609214..3609512,3609572..3609598,3609669..3609719,3609775..3609957))	Aspergillus niger	4980031
An02g14930	CDS	An02g14930	NT_166519.1	3610850	3612233	D	Complex: OST3 corresponds to the 34-kD gamma-subunit of the yeast oligosaccharyltransferase.; Phenotype: expression of OST3 is not essential for viability, however its loss is accompanied by significant underglycosylation of soluble and membrane-bound glycoproteins in vivo.; Remark: within the lumen of the rough endoplasmic reticulum, oligosaccharyltransferase catalyzes the en bloc transfer of a high mannose oligosaccharide moiety from the lipid-linked oligosaccharide donor to asparagine acceptor sites in nascent polypeptides.; Title: strong similarity to dolichyl-diphosphooligosaccharide-protein glycotransferase gamma chain Ost3 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 7622558; uncharacterized protein	join(3610850..3611194,3611258..3611355,3611411..3611766,3611844..3611951,3611984..3612037,3612187..3612233)	Aspergillus niger	4980032
An02g14940	CDS	An02g14940	NT_166519.1	3613220	3614892	D	Title: strong similarity to human transmembrane protein HTMPN-23 from patent WO9961471-A2 - Homo sapiens; uncharacterized protein	join(3613220..3613983,3614043..3614892)	Aspergillus niger	4980033
An02g14950	CDS	An02g14950	NT_166519.1	3615045	3616649	R	Function: CA3 is required for efficient pre-rRNA processing predominantly at site A3.; Localization: CA3 is localized predominantly in the nucleolus.; Phenotype: genetic depletion of CA3 results in a deficiency of 60S ribosomal subunits and a delayed synthesis of the mature 25S rRNA.; Remark: Dbp3p and CA3 are synonymous.; Remark: in S. cerevisiae, ribosomal biogenesis takes place primarily in the nucleolus, in which a single 35S precursor rRNA (pre-rRNA) is first transcribed and sequentially processed into 25S, 5. 8S, and 18S mature rRNAs, leading to the formation of the 40S and 60S ribosomal subunits.; Title: strong similarity to ATP-dependent RNA helicase Ca3 - Saccharomyces cerevisiae; nucleus; See PMID 9032262; uncharacterized protein	complement(join(3615045..3615201,3615263..3615334,3615391..3616649))	Aspergillus niger	4980034
An02g14960	CDS	An02g14960	NT_166519.1	3616924	3617215	R	Remark: blastP similarities are solely due to a 60 bp T repeat.; hypothetical protein	complement(join(3616924..3616980,3617012..3617215))	Aspergillus niger	84590582
An02g14970	CDS	An02g14970	NT_166519.1	3617539	3618714	R	Function: mycocerosic acid synthase (MAS) is a multifunctional protein which catalyzes elongation of n-fatty acyl-CoA with methylmalonyl-CoA as the elongating agent.; Remark: mycocerosyl lipids are found uniquely in the cell walls of pathogenic mycobacteria.; Similarity: MAS is the first case of an elongating multifunctional enzyme composed of two identical subunits that resemble the vertebrate fatty acid synthase in size,subunit structure, and linear organization of functional domains.; Title: similarity to mycocerosate synthase MAS -Mycobacterium tuberculosis; See PMID 1527058; uncharacterized protein	complement(join(3617539..3618165,3618228..3618319,3618373..3618639,3618690..3618714))	Aspergillus niger	4980036
An02g14980	CDS	An02g14980	NT_166519.1	3620128	3622222	R	Catalytic activity: the SpSSB complex is active in single-stranded DNA binding and the T antigen-dependent unwinding of SV40 ori DNA.; Complex: ssb1(+) is a constituent of the heterotrimeric single-stranded DNA-binding protein complex SpSSB.; Title: strong similarity to single-stranded DNA-binding protein 68k chain ssb1p - Schizosaccharomyces pombe; See PMID 8702843; uncharacterized protein	complement(join(3620128..3620221,3620278..3621179,3621234..3621771,3621826..3621916,3621978..3622129,3622179..3622222))	Aspergillus niger	4980037
An02g14990	CDS	An02g14990	NT_166519.1	3622805	3625439	D	Catalytic activity: ubiquitin C-terminal thiolester + H(2)O = ubiquitin + a thiol.; Function: UBP1 cleaves linear and branched multiubiquitin polymers with a marked preference for branched polymers.; Remark: a splice site was detected upstream of the START codon.; Similarity: UBP1 belongs to family 2 of ubiquitin carboxyl-terminal hydrolases.; Title: strong similarity to ubiquitin carboxyl-terminal hydrolase UBP1 - Homo sapiens; See PMID 7851534; uncharacterized protein	join(3622805..3622835,3622906..3622973,3623024..3623164,3623235..3623508,3623568..3625248,3625295..3625439)	Aspergillus niger	4980038
An02g15000	CDS	An02g15000	NT_166519.1	3625708	3626085	D	Remark: C-terminally truncated due to contig border.; hypothetical protein [truncated ORF]	join(3625708..3625737,3625775..3625850,3625898..3625979,3626057..>3626085)	Aspergillus niger	84590583
An07g00010	CDS	An07g00010	NT_166523.1	273	819	D	Title: similarity to hypothetical protein encoded by An07g00070 - Aspergillus niger; uncharacterized protein	join(273..419,484..819)	Aspergillus niger	4981286
An07g00020	CDS	An07g00020	NT_166523.1	1336	2682	D	Title: strong similarity to hypothetical protein Z -Streptomyces hygroscopicus; uncharacterized protein	1336..2682	Aspergillus niger	4981303
An07g00030	CDS	An07g00030	NT_166523.1	3260	4398	R	Remark: the ORF shows also strong similarity to proteins with (putative) other functions, such as oxidoreductases and aldo-keto-reductases.; Remark: the potassium channel beta subunit of B. taurus belongs to the fission yeast pyridoxine 4-dehydrogenase superfamily.; Remark: the potassium channel beta subunit of B. taurus shows alpha-dendrotoxin-sensitivity.; Title: strong similarity to oligosaccharyl transferase subunit - Bos taurus; See PMID 8127858; See PMID 8807399; uncharacterized protein	complement(join(3260..3604,3677..4011,4078..4279,4342..4398))	Aspergillus niger	4981302
An07g00040	CDS	An07g00040	NT_166523.1	4959	6921	D	Catalytic activity: fcs of Amycolatopsis sp. facilitates the ATP-dependent conversion of ferulic acid to feruloyl-Coenzyme A.; Pathway: the fcs protein of Amycolatopsis sp. participates in the bioconversion of ferulic acid to vanillin.; Remark: ferulic acid is a phenolic compound.; Similarity: the ORF shows similarity to several acid--CoA ligases from different species.; Title: strong similarity to feruloyl-CoA synthase -Amycolatopsis sp.; See PMID 11152072; uncharacterized protein	join(4959..5012,5078..5290,5429..6000,6138..6921)	Aspergillus niger	4981288
An07g00050	CDS	An07g00050	NT_166523.1	7962	9254	R	Similarity: the ORF shows local similarity to ACEII of H. jecorina concerning the zinc-finger region necessary for DNA-binding.; Title: similarity to hypothetical transcription factor ACEII - Hypocrea jecorina; uncharacterized protein	complement(7962..9254)	Aspergillus niger	4981299
An07g00060	CDS	An07g00060	NT_166523.1	10275	12088	D	Function: the bmr3 transporter of B. subtilis functions as a multidrug transporter: it mediates resistance to puromycin, tosufloxacin, and norfloxacin.; Induction: expression of bmr3 is dependent on the growth phase of B. subtilis.; Title: strong similarity to multidrug transporter bmr3 - Bacillus subtilis; See PMID 9023234; uncharacterized protein	join(10275..10510,10594..12088)	Aspergillus niger	4981292
An07g00070	CDS	An07g00070	NT_166523.1	12748	13328	R	Title: strong similarity to hypothetical protein encoded by An07g00010 - Aspergillus niger; uncharacterized protein	complement(join(12748..13104,13170..13328))	Aspergillus niger	4981279
An07g00080	CDS	An07g00080	NT_166523.1	13864	15562	D	Pathway: the avnA protein of A. parasiticus is involved in the conversion of averantin to averufin in the aflatoxin biosynthetic pathway.; Phenotype: disruption of the avnA gene of A. parasiticus halts the aflatoxin production.; Remark: Aflatoxins are synthesized by condensation of acetate units.; Remark: Aflatoxins are toxic and carcinogenic secondary metabolites produced by the fungi Aspergillus flavus and A. parasiticus.; Remark: avnA of A. parasiticus encodes a cytochrome P-450-type monooxygenase belonging to a new P-450 gene family named CYP60A1.; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; See PMID 7793957; See PMID 9097431; uncharacterized protein	join(13864..13929,14017..15123,15233..15562)	Aspergillus niger	4981297
An07g00090	CDS	An07g00090	NT_166523.1	15828	16835	R	Similarity: the ORF and the ren71 gene of S. aureofaciens show N-terminal similarity (up to amino acid 278 of the ORF). The aligned sequences include many gaps.; Title: similarity to hypothetical meta-cleavage compound hydrolase gene ren71 - Streptomyces aureofaciens; uncharacterized protein	complement(15828..16835)	Aspergillus niger	4981293
An07g00100	CDS	An07g00100	NT_166523.1	17361	18788	D	Catalytic activity: a monocarboxylic acid amide + H2O = a monocarboxylate + NH3.; Pathway: styrene degradation; arginine and proline metabolism; phenylalanine metabolism; tryptophan metabolism; cyanoamino acid metabolism.; Remark: the amidase from Rhodococcus sp. is an apparent homodimer, each molecule of which has an Mr of 48,554; it has a specific activity of 16. 5 mumol of S(+)-2-phenylpropionic acid formed per min per mg of enzyme from the racemic amide under our conditions.; Similarity: belongs to indoleacetamide hydrolase family.; Title: strong similarity to enantiomer-selective amidase amdA - Rhodococcus sp.; See PMID 1938876; uncharacterized protein	17361..18788	Aspergillus niger	4981304
An07g00110	CDS	An07g00110	NT_166523.1	18920	20167	R	Catalytic activity: N-(6-aminohexanoyl)-6-aminohexanoate + H2O = 2 6-aminohexanoate.; Remark: Flavobacterium sp. KI72 metabolizes 6-aminohexanoic acid cyclic dimer, a by-product of nylon manufacture, through two evolved enzymes, 6-aminohexanoic acid cyclic dimer hydrolase (EI) and 6-aminohexanoic acid linear oligomer hydrolase (EII).; Title: strong similarity to 6-aminohexanoate-dimer hydrolase EII nylB - Flavobacterium sp.; See PMID 2512123; See PMID 6646204; See PMID 1879421; uncharacterized protein	complement(18920..20167)	Aspergillus niger	84591232
An07g00120	CDS	An07g00120	NT_166523.1	21445	22020	R	Title: questionable ORF; uncharacterized protein	complement(join(21445..21470,21604..21682,21804..21871,22017..22020))	Aspergillus niger	84591233
An07g00130	CDS	An07g00130	NT_166523.1	22545	23159	R	Similarity: belongs to the Escherichia coli ribosomal-protein-alanine N-acetyltransferase rimJ family.; Title: similarity to hypothetical conserved protein ynaD - Bacillus subtilis; uncharacterized protein	complement(22545..23159)	Aspergillus niger	4981291
An07g00140	CDS	An07g00140	NT_166523.1	23587	24907	R	hypothetical protein	complement(join(23587..23667,23742..23790,23862..23930,24325..24456,24858..24907))	Aspergillus niger	84591234
An07g00150	CDS	An07g00150	NT_166523.1	25171	27057	R	Remark: bmr3 gene expression was dependent on the growth phase.; Remark: strong similarity to Aspergillus niger cDNA clone 3646 5', mRNA sequence.; Similarity: belongs to the multidrug-efflux transporter family.; Title: strong similarity to multidrug transporter bmr3 - Bacillus subtilis; See PMID 9023234; uncharacterized protein	complement(join(25171..25544,25667..26031,26098..26436,26499..26829,26889..27057))	Aspergillus niger	4981283
An07g00160	CDS	An07g00160	NT_166523.1	28147	29509	D	Remark: mikimopine synthase and cucumopine synthase from Agrobacterium rhizogenes produced by a protein expression system using E. coli catalyzed the synthesis of mikimopine and cucumopine from L-histidine and alpha-ketoglutaric acid, requiring NADH as a cofactor.; Title: similarity to cucumopine synthase cus -Agrobacterium rhizogenes; See PMID 11223242; uncharacterized protein	join(28147..28404,28487..28711,28825..29184,29273..29509)	Aspergillus niger	84591235
An07g00170	CDS	An07g00170	NT_166523.1	30698	33658	D	hypothetical protein	join(30698..30902,30935..31542,31609..32531,32592..33059,33111..33352,33561..33658)	Aspergillus niger	4981294
An07g00180	CDS	An07g00180	NT_166523.1	33939	34562	R	Title: questionable ORF; uncharacterized protein	complement(join(33939..33968,34009..34093,34203..34218,34248..34285,34468..34562))	Aspergillus niger	84591236
An07g00190	CDS	An07g00190	NT_166523.1	35653	36790	D	Title: similarity to hypothetical methyltransferase AAO27746.2 - Fusarium sporotrichioides; uncharacterized protein	join(35653..35771,35825..35935,35984..36408,36439..36571,36628..36790)	Aspergillus niger	4981287
An07g00200	CDS	An07g00200	NT_166523.1	37171	38233	R	Remark: EstC Burkholderia gladioli was able to hydrolyze a variety of esterase substrates of low to medium carbonic acid chain length, but no triglycerides were hydrolyzed.; Title: similarity to esterase EstC - Burkholderia gladioli; See PMID 11152069; uncharacterized protein	complement(join(37171..37213,37394..37743,37805..38233))	Aspergillus niger	4981276
An07g00210	CDS	An07g00210	NT_166523.1	38611	39795	D	hypothetical protein	join(38611..38670,38968..39015,39378..39528,39614..39795)	Aspergillus niger	84591237
An07g00220	CDS	An07g00220	NT_166523.1	39886	41441	D	Remark: Pth11p functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Remark: inhibition of of the genes PTH2, PTH3, PTH11 and PTH12 results in the reduction or elimination of the pathogenic phenotype of the fungus. The genes are useful in the design of screens to identify inhibitors of the fungal pathogenic gene products.; Remark: similarity to integral membrane protein PTH11 - Magnaporthe grisea patent WO9913094-A2.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(39886..39941,40015..40213,40267..40303,40357..40577,40630..40853,40905..41032,41086..41441)	Aspergillus niger	4981301
An07g00230	CDS	An07g00230	NT_166523.1	41980	43576	R	Function: high affinity glucose transporter.; Localization: integral membrane protein.; Remark: disruption strains of HGT1 Kluyveromyces lactis showed much-reduced uptake of glucose at low concentrations and growth was particularly affected in low-glucose medium.; Remark: expression of HGT1 from Kluyveromyces lactis is constitutive (in contrast to RAG1, the major gene for low-affinity glucose uptake in K. lactis) and is controlled by several genes also known to affect expression of RAG1.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to high affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; See PMID 8830679; uncharacterized protein	complement(join(41980..42935,43003..43452,43528..43576))	Aspergillus niger	4981300
An07g00240	CDS	An07g00240	NT_166523.1	44259	47006	R	Catalytic activity: hydrolysis of terminal,non-reducing alpha-L-rhamnose residues in alpha-L-rhamnosides.; Remark: RamA of Clostridium stercorarium hydrolysed p-nitrophenyl-alpha-L-rhamnopyranoside, naringin and hesperidin with a specific activity of 82, 1. 5 and 0. 46 U mg-1 respectively. Hydrolysis occurs by inversion of the anomeric configuration as detected using 1H-NMR, indicating a single displacement mechanism. Naringin was hydrolysed to rhamnose and prunin, which could further be degraded by incubation with a thermostable beta-glucosidase.; Title: strong similarity to alfa-L-rhamnosidase ramA - Clostridium stercorarium; See PMID 10632887; uncharacterized protein	complement(44259..47006)	Aspergillus niger	4981295
An07g00250	CDS	An07g00250	NT_166523.1	49092	50850	D	Remark: putative ataxanthin synthetase.; Remark: strong similarity to astaxanthin synthetase from patent EP1035206-A/2 - Phaffia rhodozyma.; Title: strong similarity to astaxanthin synthetase from patent EP1035206-A - Phaffia rhodozyma; See PMID 11341317; uncharacterized protein	join(49092..49244,49364..50193,50247..50850)	Aspergillus niger	4981272
An07g00260	CDS	An07g00260	NT_166523.1	51173	52385	D	Title: strong similarity to hypothetical conserved protein CC0299 - Caulobacter crescentus; uncharacterized protein	join(51173..51262,51332..51627,51689..52385)	Aspergillus niger	4981273
An07g00270	CDS	An07g00270	NT_166523.1	52755	52958	D	Remark: the encoded protein shows also similarities to the C-terminus of An07g01660.; Title: similarity to hypothetical protein EAA59869.1 - Aspergillus nidulans; uncharacterized protein	52755..52958	Aspergillus niger	84591238
An07g00280	CDS	An07g00280	NT_166523.1	53272	54249	D	Title: strong similarity to hypothetical host-specific AK-toxin Akt2 - Neurospora crassa; uncharacterized protein	join(53272..53321,53379..53442,53515..54249)	Aspergillus niger	4981289
An07g00290	CDS	An07g00290	NT_166523.1	54509	55397	D	Catalytic activity: 3-cis-Dodecenoyl-CoA = 2-trans-Dodecenoyl-CoA.; Pathway: fatty acid metabolism.; Remark: ECI1 S. cerevisiae encodes a Delta3-cis-Delta2-trans-enoyl-CoA isomerase that acts as an auxiliary enzyme in the beta-oxidation of (poly)unsaturated fatty acids.; Remark: alternative names YLR284c, EHD1.; Similarity: belongs to the enoyl-CoA hydratase/isomerase.; Title: strong similarity to delta3-cis-delta2-trans-enoyl-CoA isomerase Eci1 -Saccharomyces cerevisiae; peroxisome; See PMID 9813046; See PMID 9837886; uncharacterized protein	join(54509..54699,54764..55397)	Aspergillus niger	4981274
An07g00300	CDS	An07g00300	NT_166523.1	55595	57703	R	Function: probable efflux transporter. confers resistance to the azole derivative fluconazole (fcz).; Remark: FLR1 gene encodes a plasma membrane transporter of the major facilitator superfamily (MFS) conferring resistance to multiple drugs, in particular to benomyl.; Similarity: belongs to the benomyl/methotrexate resistance proteins.; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; See PMID 9235926; See PMID 10572257; See PMID 11162502; uncharacterized protein	complement(join(55595..55638,55725..55780,55961..57235,57393..57703))	Aspergillus niger	4981296
An07g00310	CDS	An07g00310	NT_166523.1	57795	60773	R	Remark: BAT1 from rats exhibited a Na(+)-independent transport of cystine as well as basic and neutral amino acids with the properties of system b(0,+).; Similarity: belongs to the amino acid transporters.; Title: similarity to amino acid transporter BAT1 -Rattus norvegicus; See PMID 10506124; uncharacterized protein	complement(join(57795..58343,58413..58574,58647..59164,59220..59533,59713..59814,60011..60111,60199..60266,60369..60454,60706..60773))	Aspergillus niger	4981282
An07g00320	CDS	An07g00320	NT_166523.1	61088	62226	D	Remark: expression induced by plant cell-wall proteins is controlled by both carbon and nitrogen catabolite repression. Glucose on its own represses acp1 expression while ammonium repression requires the simultaneous presence of a carbon source.; Title: strong similarity to non-aspartyl acid protease acp1 - Sclerotinia sclerotiorum; extracellular/secretion proteins; See PMID 11238979; uncharacterized protein	join(61088..61171,61322..61973,62030..62226)	Aspergillus niger	4981277
An07g00330	CDS	An07g00330	NT_166523.1	62888	63587	R	Remark: alternate name in S. cerevisiae = YHR211W.; Title: weak similarity to flocculation protein Flo5 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(62888..63045,63097..63384,63434..63587))	Aspergillus niger	4981290
An07g00340	CDS	An07g00340	NT_166523.1	64617	65293	D	hypothetical protein	join(64617..64757,64906..64916,64958..65015,65064..65097,65208..65293)	Aspergillus niger	84591239
An07g00350	CDS	An07g00350	NT_166523.1	66285	68640	D	Catalytic activity: hydrolysis of terminal,non-reducing 1,4-linked alpha-D-glucose residues with release of alpha-D-glucose.; Pathway: galactose metabolism.; Remark: alpha-glucosidase II from Bacillus thermoamyloliquefaciens make each subunit of 3 secondary structural regions, i. e., one N-terminal beta region, one central alpha/beta region with two catalytic residues Asp407 and Asp484, and one C-terminal beta region.; Similarity: belongs to the alpha-glucosidases.; Title: similarity to alpha-glucosidase - Bacillus thermoamyloliquefaciens; See PMID 10945254; uncharacterized protein	join(66285..67279,67329..68640)	Aspergillus niger	4981281
An07g00360	CDS	An07g00360	NT_166523.1	68815	70901	R	Remark: TPO1 encodes a polyamine transport protein on the vacuolar membrane in yeast. TPO1 and TPO4 recognized specificaly spermidine and spermine.; Remark: alternative name is YLL028W.; Similarity: belongs to the family of the major facilitator superfamily (MFS-MDR).; Title: strong similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; vacuole; See PMID 9920864; See PMID 10585849; See PMID 11171066; uncharacterized protein	complement(join(68815..69588,69650..70192,70253..70399,70463..70682,70855..70901))	Aspergillus niger	4981307
An07g00370	CDS	An07g00370	NT_166523.1	71402	73220	R	Remark: DAL4 has similarity to the uracil permease component encoded by FUR4.; Remark: alternative name is YIR028w.; Similarity: belongs to the uracil/allantoin permase family of the major facilitator superfamily (MFS).; Title: strong similarity to allantoin transport protein Dal4 - Saccharomyces cerevisiae; See PMID 1293888; uncharacterized protein	complement(join(71402..71692,71757..72046,72101..72757,72875..72958,73010..73220))	Aspergillus niger	4981308
An07g00380	CDS	An07g00380	NT_166523.1	73637	76037	D	Remark: Hydantoinase is an enzyme for transforming 5-substd. hydantoin.; Remark: strong similarity to hydantoinase patent JP03251176-A - Pseudomonas NS 671.; Title: strong similarity to hydantoinase from patent JP03251176-A - Pseudomonas sp.; See PMID 1732229; uncharacterized protein	join(73637..73969,74035..74107,74164..76037)	Aspergillus niger	4981309
An07g00390	CDS	An07g00390	NT_166523.1	76096	76939	D	Title: similarity to hypothetical protein BH1883 -Bacillus halodurans; uncharacterized protein	join(76096..76143,76214..76417,76466..76939)	Aspergillus niger	84591240
An07g00400	CDS	An07g00400	NT_166523.1	77156	78148	R	Similarity: belongs to the short-chain alcohol dehydrogenase family.; Title: strong similarity to protein from patent WO0065067-A - Homo sapiens; uncharacterized protein	complement(77156..78148)	Aspergillus niger	4981311
An07g00410	CDS	An07g00410	NT_166523.1	78375	78641	R	hypothetical protein	complement(78375..78641)	Aspergillus niger	84591241
An07g00420	CDS	An07g00420	NT_166523.1	78976	79582	D	Remark: only the N-terminal first 100 amino acids are matching.; Title: weak similarity to protein fragment SEQ ID NO:58643 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(78976..79251,79334..79582)	Aspergillus niger	10098305
An07g00430	CDS	An07g00430	NT_166523.1	80386	81174	R	hypothetical protein	complement(join(80386..80498,80580..80666,80777..80832,80904..80972,81074..81174))	Aspergillus niger	84591242
An07g00440	CDS	An07g00440	NT_166523.1	81570	82826	D	Catalytic activity: triacylglycerol + H2O = diacylglycerol + a carboxylate; diacylglycerol + H2O = monoacylglycerol + a carboxylate.; Pathway: glycerolipid metabolism.; Remark: LIP2 from Candida albicans is only expressed in media lacking lipids.; Similarity: belongs to the lipase family from Candida albicans.; Title: strong similarity to secretory lipase LIP2 -Candida albicans; See PMID 11131027; uncharacterized protein	81570..82826	Aspergillus niger	4981315
An07g00450	CDS	An07g00450	NT_166523.1	83056	84951	R	Catalytic activity: beta-D-glucose + O2 = D-glucono-1,5-lactone + H2O2.; Pathway: pentose phosphate cycle.; Remark: also strong similarity to glucose oxidase GO2 from Aspergillus niger.; Remark: glucose oxidase from P. amagasakiense shows a high degree of identity (66%) and 79% similarity to glucose oxidase from Aspergillus niger, and is a member of the glucose-methanol-choline (GMC) oxidoreductase family. The overall structure can be divided into five distinct sequence regions: FAD-binding domain, extended FAD-binding domain, flavin attachment loop and intermediate region, FAD covering lid, and substrate-binding domain.; Similarity: belongs to the GMC oxidoreductase family.; Title: strong similarity to glucose oxidase GOX -Penicillium amagasakiense; See PMID 9523716; uncharacterized protein	complement(join(83056..83273,83329..84546,84597..84951))	Aspergillus niger	4981316
An07g00460	CDS	An07g00460	NT_166523.1	85982	86495	R	hypothetical protein	complement(join(85982..86110,86222..86317,86460..86495))	Aspergillus niger	84591243
An07g00470	CDS	An07g00470	NT_166523.1	86711	88917	D	Catalytic activity: preferential cleavage of bonds with hydrophobic residues at P1, P2 and P3' and a small residue at P1' in substrates of 5-15 residues.; Remark: Aspergillus fumigatus produces an 82 kDa intracellular metalloproteinase that hydrolyses the Pz-peptide,4-phenylazobenzyloxycarbonyl-Pro-Leu-Gly-Pro-Ar g, a typical substrate of members of the thimet oligopeptidase family which is ubiquitously distributed across animal species.; Similarity: belongs to the Zn-dependent oligopeptidases.; Title: strong similarity to cytoplasmic metalloproteinase mepB - Aspergillus fumigatus; See PMID 9245813; uncharacterized protein	join(86711..87949,88002..88137,88191..88668,88719..88917)	Aspergillus niger	4981318
An07g00480	CDS	An07g00480	NT_166523.1	89252	90071	D	Title: weak similarity to appressorium formation protein CAD2 - Colletotrichum lagenarium; uncharacterized protein	join(89252..89351,89413..90071)	Aspergillus niger	4981319
An07g00490	CDS	An07g00490	NT_166523.1	90994	91768	D	hypothetical protein	join(90994..91011,91136..91296,91395..91490,91609..91768)	Aspergillus niger	84591244
An07g00500	CDS	An07g00500	NT_166523.1	91910	92223	R	hypothetical protein	complement(join(91910..92137,92170..92223))	Aspergillus niger	84591245
An07g00510	CDS	An07g00510	NT_166523.1	92473	93300	D	Remark: the similarity is only found in the N-terminal half of the homolog portein.; Title: similarity to hypothetical lipoprotein SC4A2.13c - Streptomyces coelicolor; uncharacterized protein	92473..93300	Aspergillus niger	4981322
An07g00520	CDS	An07g00520	NT_166523.1	94116	94882	R	Catalytic activity: RX + glutathione = HX + R-S-glutathione.; Remark: glutathione s-transferases are a group of enzymes of broad specificity. R may be an aliphatic,aromatic or heterocyclic group. X may be a sulfate, nitrite or halide group. Also catalyses the addition of aliphatic epoxides and arene oxides to glutathione; the reduction of polyol nitrate by glutathione to polyol and nitrite; certain isomerization reactions and disulfide interchange.; Remark: the A. thaliana enzyme is soluble and constitutively expressed in vegetative rosettes, but is under developmental control during the transition to bolting and flowering.; Similarity: belongs to the glutathione transferase.; Title: strong similarity to glutathione transferase GTH5 - Arabidopsis thaliana; See PMID 8375395; uncharacterized protein	complement(join(94116..94454,94515..94618,94678..94882))	Aspergillus niger	4981323
An07g00530	CDS	An07g00530	NT_166523.1	95169	97164	R	Remark: The ability to detoxify pisatin, a phytoalexin produced by garden pea (Pisum sativum), is controlled by a family of PDA (pisatin demethylating ability) genes in the phytopathogenic fungus Nectria haematococa, MP (mating population) VI.; Similarity: belongs to the cytochrome P450 family proteins.; Title: strong similarity to pisatin demethylase PDA6-1 - Nectria haematococca; See PMID 8076822; uncharacterized protein	complement(join(95169..95362,95422..95819,95912..96045,96109..96443,96515..96533,96619..97164))	Aspergillus niger	4981324
An07g00540	CDS	An07g00540	NT_166523.1	97669	98935	D	Title: similarity to hypothetical nucleoside-diphosphate-sugar epimerase AAM31397.1 -Methanosarcina mazei; uncharacterized protein	join(97669..97689,97739..98257,98322..98498,98546..98935)	Aspergillus niger	4981325
An07g00550	CDS	An07g00550	NT_166523.1	99032	100593	R	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Pathway: phenylalanine metabolism; nitorobenzene degradation.; Remark: gene nahG of naphthalene/salicylate catabolic plasmid NAH7 encodes a protein of molecular weight 45,000, salicylate hydroxylase. This enzyme catalyzes the formation of catechol from salicylate, a key intermediate in naphthalene catabolism.; Similarity: belongs to the 2-octaprenyl-6-metoxyphenol hydroxylase and related FAD-dependent oxidoreductases.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas putida; See PMID 2363715; See PMID 1993181; uncharacterized protein	complement(join(99032..99180,99284..99698,99751..100593))	Aspergillus niger	4981326
An07g00560	CDS	An07g00560	NT_166523.1	100696	101780	D	hypothetical protein	join(100696..100715,100787..100948,101034..101096,101197..101318,101506..101780)	Aspergillus niger	84591246
An07g00570	CDS	An07g00570	NT_166523.1	101971	103390	D	Remark: for Pth11 from M. grisea it is suggested that it functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Remark: only the N-terminal half of PTH11 is matching this ORF. The ORF is about 200 amino acids shorter.; Remark: related to unknown integral membrane protein pth11 - Neurospora crassa with approximately the same lenght.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(101971..102144,102202..102389,102444..102628,102682..102799,102851..102918,102975..103005,103057..103390)	Aspergillus niger	4981328
An07g00580	CDS	An07g00580	NT_166523.1	105005	107050	D	Remark: similarity to Bacillus subtilis serine protease SP1 (YUXL) patent WO9903984-A2.; Title: similarity to serine protease SP1 from patent WO9903984-A2 - Bacillus subtilis; uncharacterized protein	105005..107050	Aspergillus niger	4981329
An07g00590	CDS	An07g00590	NT_166523.1	108836	109783	R	Remark: the Japanese pear pathotype of Alternaria alternata produces host-specific AK-toxin and causes black spot of Japanese pear.; Title: strong similarity to hypothetical protein required for biosynthesis of the host-specific AK-toxin Akt2 - Alternaria alternata; See PMID 10432635; See PMID 10975654; uncharacterized protein	complement(join(108836..109682,109734..109783))	Aspergillus niger	4981330
An07g00600	CDS	An07g00600	NT_166523.1	109901	110652	R	Remark: the encoded protein shows also similarities to the N-terminus of An11g03950.; Title: strong similarity to hypothetical protein EAA59869.1 - Aspergillus nidulans; uncharacterized protein	complement(join(109901..110047,110101..110551,110633..110652))	Aspergillus niger	84591247
An07g00620	CDS	An07g00620	NT_166523.1	111662	113716	D	Remark: the PPR1 gene of S. cerevisiae controls the transcription of two unlinked structural genes URA1 and URA3.; Similarity: belongs to the unassigned GAL4-type zinc cluster proteins; GAL4 zinc binuclear cluster homology.; Title: similarity to regulator protein Ppr1 -Saccharomyces cerevisiae; See PMID 6096561; See PMID 6096562; uncharacterized protein	join(111662..113181,113233..113716)	Aspergillus niger	4981333
An07g00630	CDS	An07g00630	NT_166523.1	113948	115027	R	Remark: YLL057c is involved in sulphonate catabolism. Purified recombinant yeast protein is shown to be an Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygenase.; Title: similarity to Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygenase YLL057c -Saccharomyces cerevisiae; See PMID 10482536; See PMID 11223942; uncharacterized protein	complement(join(113948..114120,114153..114252,114289..114794,114862..115027))	Aspergillus niger	4981334
An07g00640	CDS	An07g00640	NT_166523.1	115747	116592	R	Remark: only the threonin and serin rich region is matching.; Title: weak similarity to hypothetical protein YDL037c - Saccharomyces cerevisiae; uncharacterized protein	complement(115747..116592)	Aspergillus niger	4981335
An07g00650	CDS	An07g00650	NT_166523.1	117020	117384	R	hypothetical protein	complement(join(117020..117079,117154..117384))	Aspergillus niger	84591248
An07g00660	CDS	An07g00660	NT_166523.1	117712	118350	R	hypothetical protein	complement(join(117712..117838,118181..118350))	Aspergillus niger	84591249
An07g00670	CDS	An07g00670	NT_166523.1	118633	120786	R	Remark: nit-4, a pathway-specific regulatory gene in the nitrogen circuit of Neurospora crassa, is required for the expression of nit-3 and nit-6, the structural genes which encode nitrate and nitrite reductase.; Similarity: belongs to unassigned GAL4-type zinc cluster proteins.; Title: similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 1840634; uncharacterized protein	complement(join(118633..119001,119056..120002,120066..120682,120755..120786))	Aspergillus niger	4981338
An07g00680	CDS	An07g00680	NT_166523.1	121198	122253	R	Catalytic activity: L-threonine = glycine + acetaldehyde.; Pathway: glycine, serine and threonine metabolism.; Remark: strong similarity to Pseudomonas putida threonine aldolase patent JP03277282-A.; Remark: the enzyme, requiring pyridoxal 5'-phosphate as a coenzyme, is strictly L specific at the alpha position, whereas it cannot distinguish between threo and erythro forms at the beta position. In addition to threonine, the enzyme also acts on various other L-beta-hydroxy-alpha-amino acids, including L-beta-3,4-dihydroxyphenylserine, L-beta-3,4-methylenedioxyphenylserine, and L-beta-phenylserine.; Similarity: belongs to the threonine aldolase family.; Title: strong similarity to low specificity L-threonine aldolase from patent JP03277282-A - Pseudomonas putida; See PMID 9464392; uncharacterized protein	complement(121198..122253)	Aspergillus niger	4981339
An07g00690	CDS	An07g00690	NT_166523.1	122617	123471	R	hypothetical protein	complement(join(122617..122803,123167..123471))	Aspergillus niger	84591250
An07g00700	CDS	An07g00700	NT_166523.1	123640	124746	R	Remark: the ORF functions putative as dioxygenase.; Title: similarity to sequence SEQ ID NO:1465 from patent WO200294867-A2 - Photorhabdus luminescens; uncharacterized protein	complement(123640..124746)	Aspergillus niger	4981341
An07g00710	CDS	An07g00710	NT_166523.1	125597	125899	R	hypothetical protein	complement(125597..125899)	Aspergillus niger	84591251
An07g00720	CDS	An07g00720	NT_166523.1	125926	128855	D	Remark: only a small domain is matching.; Title: weak similarity to activating transcription factor 2 ATF2 - Xenopus laevis; uncharacterized protein	join(125926..126021,126114..126138,126204..126342,126427..126536,126722..126788,126956..127009,127143..127257,127333..127404,127490..127614,127883..127944,128614..128855)	Aspergillus niger	84591252
An07g00730	CDS	An07g00730	NT_166523.1	129938	131014	R	Similarity: to dehydrogenases with different specificities.; Title: similarity to hypothetical beta-hydroxybutyrate dehydrogenase hbdh1 - Ralstonia eutropha; uncharacterized protein	complement(join(129938..130241,130305..130582,130664..130896,130957..131014))	Aspergillus niger	4981344
An07g00740	CDS	An07g00740	NT_166523.1	131347	131750	D	hypothetical protein	join(131347..131352,131454..131609,131658..131750)	Aspergillus niger	84591253
An07g00750	CDS	An07g00750	NT_166523.1	132027	133606	R	Remark: inactivation of the amdR A. oryzae gene results in the inability to grow on gamma-amino-butyric acid (GABA) as a carbon and/or nitrogen source indicating that GABA utilization is amdR-dependent in A. oryzae as it is in A. nidulans.; Title: similarity to transcription regulator amdR -Aspergillus oryzae; See PMID 1452021; uncharacterized protein	complement(join(132027..132211,132256..132442,132489..133377,133437..133504,133574..133606))	Aspergillus niger	4981346
An07g00760	CDS	An07g00760	NT_166523.1	134077	135330	R	Remark: strong similarity to formyl-CoA transferase of Oxalobacter formigenes patent WO9816632-A1.; Remark: the Oxalobacter enzyme, together with oxalyl-CoA decarboxylase (V34839), converts oxalate to carbon dioxide and formate (in presence of oxalyl-coenzyme A). O. formigenes is an oxalate-dependent obligate anaerobic symbiont, present in the intestines of vertebrates, and involved in regulation of oxalic acid absorption.; Similarity: to predicted acyl-CoA transferases/carnitine dehydratases.; Title: strong similarity to formyl-CoA transferase from patent WO9816632-A1 - Oxalobacter formigenes; See PMID 8125343; uncharacterized protein	complement(134077..135330)	Aspergillus niger	4981347
An07g00770	CDS	An07g00770	NT_166523.1	135741	137289	D	hypothetical protein	join(135741..135797,135896..135941,136037..136317,136409..136468,136576..136686,136846..136989,137116..137289)	Aspergillus niger	84591254
An07g00780	CDS	An07g00780	NT_166523.1	137469	138944	D	Remark: human MCT2 mRNA expression was restricted in normal human tissues but widely expressed in cancer cell lines, suggesting that MCT2 may be pre-translationally regulated in neoplasia.; Remark: the transport of pyruvate and lactate across cellular membranes is an essential process in mammalian cells and is mediated by the H+/monocarboxylate transporters (MCTs).; Remark: the unique biochemical feature of human MCT2 is its high affinity for the transport of pyruvate (apparent Km of 25 microM), implying that it is a primary pyruvate transporter in man.; Title: strong similarity to monocarboxylate transporter 2 hMCT2 - Homo sapiens; See PMID 9425115; See PMID 9786900; See PMID 10510291; uncharacterized protein	join(137469..137593,137648..138382,138441..138725,138779..138944)	Aspergillus niger	4981349
An07g00790	CDS	An07g00790	NT_166523.1	139451	140788	D	Remark: choline monooxygenase (CMO) catalyzes the committing step in the synthesis of glycine betaine, an osmoprotectant accumulated by many plants in response to salinity and drought.; Remark: strong similarity to Sugarbeet choline monooxygenase patent WO9830702-A2.; Similarity: belongs to the Rieske [2Fe-2S] protein family.; Title: strong similarity to choline monooxygenase from patent WO9830702-A2 - Beta vulgaris; See PMID 9489025; uncharacterized protein	join(139451..140253,140303..140528,140585..140788)	Aspergillus niger	4981350
An07g00800	CDS	An07g00800	NT_166523.1	141476	143644	D	Catalytic activity: 2 geranylgeranyl diphosphate = pyrophosphate + prephytoene diphosphate.; Pathway: sterol biosynthesis; terpenoid biosynthesis.; Remark: RNA measurements showed that the level of al-2 mRNA increased over 30-fold in photoinduced mycelia compared with dark-grown mycelia.; Title: strong similarity to geranylgeranyl diphosphate geranylgeranyltransferase al-2 - Neurospora crassa; See PMID 8163509; uncharacterized protein	join(141476..141670,141730..142082,142134..142304,142356..142640,142688..143130,143307..143501,143538..143644)	Aspergillus niger	84591255
An07g00810	CDS	An07g00810	NT_166523.1	144162	145134	D	Remark: C-terminal truncated ORF due to end of contig.; Similarity: shows weak similarity to bacteriochlorophyll synthases.; Title: similarity to hypothetical protein B24P7.350 - Neurospora crassa [truncated ORF]; uncharacterized protein	join(144162..144293,144346..>145134)	Aspergillus niger	4981352
An07g00820	CDS	An07g00820	NT_166523.1	145780	147115	R	Function: xenA of P. putida removes central or terminal nitro-groups from nitroglycerin as nitrite.; Similarity: contains FMN oxidoreductase domain.; Similarity: shows much higher similarity to probable nadh-dependent flavin oxidoreductase of S. pombe.; Title: similarity to xenobiotic reductase A xenA -Pseudomonas putida; See PMID 10515912; uncharacterized protein	complement(join(145780..146877,146945..147115))	Aspergillus niger	4981353
An07g00830	CDS	An07g00830	NT_166523.1	147193	148525	R	Title: questionable ORF; uncharacterized protein	complement(join(147193..147412,147851..147917,148402..148525))	Aspergillus niger	84591256
An07g00840	CDS	An07g00840	NT_166523.1	149092	149576	D	Similarity: shows similarity to proteins containing Zn(2)-Cys(6) binuclear cluster.; hypothetical protein	join(149092..149391,149484..149576)	Aspergillus niger	4981356
An07g00850	CDS	An07g00850	NT_166523.1	149665	150783	D	hypothetical protein	149665..150783	Aspergillus niger	84591257
An07g00860	CDS	An07g00860	NT_166523.1	150917	151940	R	Function: S. cerevisiae RTA1 gene is involved in 7-aminocholesterol resistance.; Remark: alternate names for RTA1 are protein G7811 and protein YGR213c.; Remark: seems to be a duplication of ORF440WK.; Similarity: shows strong similarity to hypothetical proteins of S. cerevisiae.; Title: similarity to 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8660468; uncharacterized protein	complement(join(150917..151404,151466..151708,151769..151940))	Aspergillus niger	4981357
An07g00870	CDS	An07g00870	NT_166523.1	152418	153503	R	Remark: ORF might be questionable.; hypothetical protein	complement(join(152418..152500,152548..152748,152831..152910,153177..153351,153446..153503))	Aspergillus niger	84591258
An07g00880	CDS	An07g00880	NT_166523.1	154518	156278	D	Localization: ankyrins are located in the cytoskeleton.; Remark: most of the ankyrins show alternative splicing.; Similarity: shows similarity to ankyrin domains of corresponding proteins.; Title: weak similarity to ankyrin 1 ANK1 - Homo sapiens; uncharacterized protein	154518..156278	Aspergillus niger	4981359
An07g00900	CDS	An07g00900	NT_166523.1	156733	161145	R	Title: similarity to hypothetical retrotransposon Tto1 - Nicotiana tabacum; See PMID 8624443; uncharacterized protein	complement(join(156733..160415,160455..161145))	Aspergillus niger	10098316
An07g00905	CDS	An07g00905	NT_166523.1	161523	162377	R	Title: similarity to hypothetical protein B8J22.030 - Neurospora crassa; uncharacterized protein	complement(161523..162377)	Aspergillus niger	4981361
An07g00930	CDS	An07g00930	NT_166523.1	162974	163938	R	Function: putative metallo-beta-lactamase because of corresponding pfam-domain.; Similarity: shows similarity to hydrolases including glyoxylases.; Similarity: shows strong similarity to several hypothetical proteins of different species.; Title: strong similarity to hypothetical protein PA2915 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(162974..163383,163455..163938))	Aspergillus niger	4981362
An07g00940	CDS	An07g00940	NT_166523.1	164974	165935	R	Catalytic activity: converts thiosulfate + cyanide <=> sulfite + thiocyanate.; Function: transferring sulfur-containing groups.; Remark: alternative names are rhodanese, thiosulfate cyanide transsulfurase and thiosulfate thiotransferase.; Similarity: shows similarity to several thiosulfate sulfurtransferase, because of corresponding pfam-domain.; Title: strong similarity to hypothetical thiosulfate sulfurtransferase - Gallus gallus; See PMID 2275748; uncharacterized protein	complement(join(164974..165336,165385..165724,165787..165935))	Aspergillus niger	4981363
An07g00950	CDS	An07g00950	NT_166523.1	166538	167842	R	Catalytic activity: the C. albicans homolog CAA31962. 1 preferential cleaves at the carboxyl of hydrophobic amino acids, but fails to cleave 15-Leu-|-Tyr-16, 16-Tyr-|-Leu-17 and 24-Phe-|-Phe-25 of insulin B chain. Activates trypsinogen, and degrades keratin.; Repression: this C. albicans endopeptidase is inhibited by pepstatin, but not by methyl 2-diazoacetamido-hexanoate or 1,2-epoxy-3-(P-nitrophenoxy)propane.; Similarity: belongs to peptidase family A1.; Title: similarity to aspartyl proteinase candidapepsin - Candida albicans; See PMID 2646602; uncharacterized protein	complement(join(166538..166942,166999..167521,167575..167684,167765..167842))	Aspergillus niger	4981364
An07g00960	CDS	An07g00960	NT_166523.1	168232	168462	R	Remark: ORF might be questionable.; hypothetical protein	complement(join(168232..168310,168407..168462))	Aspergillus niger	84591259
An07g00970	CDS	An07g00970	NT_166523.1	168613	169608	R	Function: S. cerevisiae RTA1 gene is involved in 7-aminocholesterol resistance.; Remark: alternate names for RTA1 are protein G7811 and protein YGR213c.; Remark: seems to be a duplication of ORF515WS.; Similarity: shows strong similarity to hypothetical proteins of S. cerevisiae.; Title: similarity to 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8660468; uncharacterized protein	complement(join(168613..169073,169130..169378,169440..169608))	Aspergillus niger	4981366
An07g00980	CDS	An07g00980	NT_166523.1	170594	172300	R	Function: probable sugar (and other) transporter,contains corresponding pfam-domain.; Localization: probable membrane protein, contains 4 transmembranal regions.; Title: strong similarity to hypothetical membrane protein YIL166c - Saccharomyces cerevisiae; uncharacterized protein	complement(170594..172300)	Aspergillus niger	4981367
An07g00990	CDS	An07g00990	NT_166523.1	172330	173140	R	hypothetical protein	complement(join(172330..172560,172673..172738,172850..172982,173070..173140))	Aspergillus niger	84591260
An07g01000	CDS	An07g01000	NT_166523.1	173170	174987	R	Function: In A. niger cultures which were shifted from growth on sucrose to growth on apple pectin as a carbon source, the expression of the rhamnogalacturonan hydrolase A gene (rhgA) was transiently induced after 3 h of growth on apple pectin.; Localization: might be located in the plasma membrane.; Remark: possible sequencing error around pos. 102865.; Similarity: There exist two rhamnogalacturonases in A. niger rhgA and rhgB, but the ORF is not identical to one of them.; Title: strong similarity to rhamnogalacturonase rhgA - Aspergillus niger [putative sequencing error]; See PMID 9212401; uncharacterized protein	complement(join(173170..173618,173676..173889,173950..174083,174141..174352,174403..174481,174651..174987))	Aspergillus niger	4981369
An07g01010	CDS	An07g01010	NT_166523.1	175717	177192	D	Function: sulphamidase is an exoglycosidase involved in the degradation of heparan sulfate.; Remark: alternative names are N-sulphoglucosamine sulphohydrolase.; Title: strong similarity to sulphamidase - Mus musculus; extracellular/secretion proteins; See PMID 10818207; uncharacterized protein	175717..177192	Aspergillus niger	4981370
An07g01020	CDS	An07g01020	NT_166523.1	177445	178023	D	Remark: ORF might be questionable.; hypothetical protein	join(177445..177542,177810..178023)	Aspergillus niger	84591261
An07g01030	CDS	An07g01030	NT_166523.1	179481	183874	D	Function: FUM5 polyketide synthase gene is required for biosynthesis of fumonisin mycotoxins.; Similarity: shows strong similarity in the aminoterminus to FUM5, but lacks the carboxyterminal part.; Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis; See PMID 10413619; See PMID 10802562; See PMID 10872449; uncharacterized protein	join(179481..180076,180150..180663,180725..180848,180920..181032,181088..181523,181584..182030,182093..183336,183399..183491,183632..183874)	Aspergillus niger	4981372
An07g01040	CDS	An07g01040	NT_166523.1	183899	184364	D	Similarity: shows similarity to proteins containing phosphopantetheine attachment sites.; Title: weak similarity to polyketide synthase Fum5 -Gibberella moniliformis; uncharacterized protein	join(183899..184137,184223..184364)	Aspergillus niger	84591262
An07g01050	CDS	An07g01050	NT_166523.1	184711	187195	R	Title: weak similarity to hypothetical protein encoded by An05g01720 - Aspergillus niger; uncharacterized protein	complement(join(184711..184821,184919..185173,185261..185529,185580..185875,186145..186302,186626..186871,186953..187069,187178..187195))	Aspergillus niger	4981374
An07g01060	CDS	An07g01060	NT_166523.1	189253	190298	D	Remark: possible functions for the CIH1 protein in the establishment and maintenance of biotrophy are discussed.; Title: similarity to CIH1 gene for intracellular hyphae protein 1 - Colletotrichum lindemuthianum; See PMID 9721685; uncharacterized protein	join(189253..189547,189640..190298)	Aspergillus niger	4981375
An07g01070	CDS	An07g01070	NT_166523.1	191720	192790	D	hypothetical protein	join(191720..192299,192438..192790)	Aspergillus niger	4981376
An07g01080	CDS	An07g01080	NT_166523.1	195154	196692	R	Title: weak similarity to hypothetical DEAD-box RNA helicase SCH22A.10 - Streptomyces coelicolor; uncharacterized protein	complement(join(195154..195511,195679..195735,195813..195925,195971..196035,196115..196329,196418..196552,196601..196692))	Aspergillus niger	84591263
An07g01090	CDS	An07g01090	NT_166523.1	196726	198417	D	Remark: expression of C. albicans MDR1-3 in S. cerevisiae confers resistance to several unrelated drugs.; Title: strong similarity to multidrug resistance protein MDR1-3 - Candida albicans; plasma membrane; See PMID 9745021; uncharacterized protein	196726..198417	Aspergillus niger	4981378
An07g01100	CDS	An07g01100	NT_166523.1	198864	199642	D	Catalytic activity: glutathione S-transferase omega of S. scrofa catalyses the reaction RX + glutathione = HX + R-S-glutathione.; Localization: glutathione S-transferase omega of S. scrofa is cytosolic.; Similarity: the predicted A. niger protein shows similarity to glutathione S-transferase omega of S. scrofa,which belongs to the omega class [GSTO] of glutathione S-transferases.; Title: similarity to glutathione S-transferase omega - Sus scrofa; See PMID 11485575; uncharacterized protein	join(198864..199016,199079..199642)	Aspergillus niger	4981379
An07g01110	CDS	An07g01110	NT_166523.1	200069	201965	R	Catalytic activity: random hydrolysis of 1,4-linkages between N-acetyl-beta-D-glucosamine and D-glucuronate residues in hyaluronate.; Title: similarity to hyaluronan synthase 3 Has3 -Mus musculus; See PMID 9083017; uncharacterized protein	complement(join(200069..200461,200705..200830,200877..201293,201342..201965))	Aspergillus niger	4981380
An07g01130	CDS	An07g01130	NT_166523.1	203367	204680	D	Remark: Glomerella cingulata is also known as Glomerella rufomaculans-vaccinii[synonym] and Colletotrichum gloeosporioides[anamorph].; Remark: chip3 of Glomerella cingulata is induced by hard-surface contact of conidia of C. gloeosporioides.; Title: similarity to hypothetical hard surface induced protein chip3 - Glomerella cingulata; See PMID 10940006; uncharacterized protein	203367..204680	Aspergillus niger	4981381
An07g01140	CDS	An07g01140	NT_166523.1	204835	206824	D	hypothetical protein	join(204835..204985,205064..205101,205151..205328,205403..205519,205581..205843,205889..206824)	Aspergillus niger	4981382
An07g01150	CDS	An07g01150	NT_166523.1	206940	209072	D	Remark: acting on the CH-CH group of donors.; Similarity: protein shows also strong similarity to Phaffia rhodozyma carotenoid biosynthesis pathway enzyme PRcrtI from patent WO9723633-A1; Phaffia derived GAPDH and carotenoid synthesis genes are used in the recombinant production of therapeutically useful proteins e. g. carotenoids for use in food colouring.; Title: strong similarity to phytoene dehydrogenase PDH1 - Cercospora nicotianae; See PMID 8085820; uncharacterized protein	join(206940..207008,207094..207360,207404..207937,208002..209072)	Aspergillus niger	4981383
An07g01160	CDS	An07g01160	NT_166523.1	209438	210742	R	Function: CRH2 of S. cerevisiae expression did not vary during the mitotic cycle.; Function: two genes, CRH1 and CRH2 of S. cerevisiae,were shown to be involved in the development of cell wall architecture, since the alkali-soluble glucan fraction in a crh1Delta crh2Delta strain was almost twice the level in the wild-type.; Localization: Crh2 of S. cerevisiae was localized at the cell surface, particularly in chitin-rich areas.; Localization: Crh2p of S. cerevisiae was found to localize mainly at the bud neck throughout the whole budding cycle, in mating projections and zygotes, but not in ascospores.; Remark: alternate genename of UTR2 of S. cerevisiae is CHR2, the systematic gene name is YEL040w.; Title: strong similarity to cell wall protein Utr2 -Saccharomyces cerevisiae; cell wall; See PMID 10757808; uncharacterized protein	complement(join(209438..210093,210140..210574,210628..210742))	Aspergillus niger	4981384
An07g01170	CDS	An07g01170	NT_166523.1	210765	213109	D	hypothetical protein	join(210765..210879,210969..211023,211100..211359,211397..211535,212584..212699,212776..212874,213000..213109)	Aspergillus niger	84591264
An07g01180	CDS	An07g01180	NT_166523.1	213246	213644	R	hypothetical protein	complement(join(213246..213330,213422..213534,213636..213644))	Aspergillus niger	84591265
An07g01190	CDS	An07g01190	NT_166523.1	213754	215022	D	Title: weak similarity to hypothetical protein encoded by An07g03100 - Aspergillus niger; uncharacterized protein	join(213754..214652,214758..215022)	Aspergillus niger	84591266
An07g01200	CDS	An07g01200	NT_166523.1	215063	216389	D	Function: LovC of A. terreus is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L during lovastatin biosynthesis.; Similarity: the ORF shows similarity to several oxidoreductases with different specificities and cellular functions.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; See PMID 11457314; uncharacterized protein	join(215063..215213,215276..215410,215478..215693,215748..216118,216207..216389)	Aspergillus niger	4981388
An07g01210	CDS	An07g01210	NT_166523.1	216724	218060	D	hypothetical protein	join(216724..216889,216973..217046,217195..217365,217484..217694,217772..217911,217983..218060)	Aspergillus niger	84591267
An07g01220	CDS	An07g01220	NT_166523.1	218855	220967	D	Function: might be involved in transport of antibiotics.; Function: possibly involved in modulation of polyketide synthase activity by accessory proteins during lovastatin biosynthesis.; Function: shows pfam-domain common in sugar (and other) transporter.; Localization: shows several transmembrane domains.; Similarity: ORF10 of A. terreus is similar to efflux pumps and resistance proteins of different species.; Title: strong similarity to hypothetical protein encoded by ORF10 - Aspergillus terreus; uncharacterized protein	join(218855..219070,219136..219212,219265..219316,219368..219563,219686..219757,219815..220327,220382..220542,220608..220967)	Aspergillus niger	4981390
An07g01230	CDS	An07g01230	NT_166523.1	221289	222998	R	Function: suc uptake in D. carota was inhibited by protonophores, suggesting that Suc transport is linked to the proton electrochemical potential across the plasma membrane.; Similarity: shows higher similarity to probable sucrose carrier of S. pombe.; Title: similarity to source- and sink-specific sucrose/H+ symporters - Daucus carota; plasma membrane; See PMID 9847123; uncharacterized protein	complement(join(221289..221914,221936..221952,222017..222700,222835..222998))	Aspergillus niger	84591268
An07g01240	CDS	An07g01240	NT_166523.1	223301	226167	D	Remark: ORF might be questionable.; hypothetical protein	join(223301..223368,223465..223495,224001..224165,224670..224814,224943..225120,225199..225342,225937..225988,226066..226167)	Aspergillus niger	84591269
An07g01250	CDS	An07g01250	NT_166523.1	226905	231490	R	Remark: the transcription of atrA in mycelium of A. nidulans is strongly enhanced by treatment with several drugs, including antibiotics, azole fungicides and plant defense toxins.; Similarity: the protein shows also strong similarity to yeast transporter Pdr5p (PATENTPROT: AAB28182,patentno. WO200052144-A1).; Title: strong similarity to ATP-binding cassette multidrug transport protein atrA - Aspergillus nidulans; plasma membrane; See PMID 9180695; uncharacterized protein	complement(join(226905..227664,227714..228108,228160..228791,228847..228862,228916..230605,230658..231490))	Aspergillus niger	4981393
An07g01260	CDS	An07g01260	NT_166523.1	232357	234345	R	Function: contains domain common in sugar transport proteins.; Similarity: shows strong similarity to several sugar transport proteins (including hypothetical and patented).; Title: strong similarity to hypothetical sugar transport-like protein Stl1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8076821; uncharacterized protein	complement(join(232357..233086,233147..233387,233447..233910,234014..234155,234243..234345))	Aspergillus niger	4981394
An07g01270	CDS	An07g01270	NT_166523.1	234989	237839	R	Title: strong similarity to hypothetical protein EAK86332.1 - Ustilago maydis; uncharacterized protein	complement(join(234989..237467,237823..237839))	Aspergillus niger	4981395
An07g01280	CDS	An07g01280	NT_166523.1	238044	240662	D	Remark: inactivation of the A. oryzae gene results in the inability to grow on gamma-amino-butyric acid (GABA) as a carbon and/or nitrogen source indicating that GABA utilization is amdR-dependent in A. oryzae, as it is in A. nidulans.; Title: similarity to transcription regulator AmdR -Aspergillus oryzae; See PMID 145202; uncharacterized protein	join(238044..238141,238405..240353,240424..240662)	Aspergillus niger	4981396
An07g01290	CDS	An07g01290	NT_166523.1	240737	242059	R	Catalytic activity: xylitol + NAD(+) <=> D-xylulose + NADH.; Remark: also acts as an L-erythrulose reductase.; Title: strong similarity to xylitol dehydrogenase xdh - Galactocandida mastotermitis; See PMID 9806889; See PMID 10661867; uncharacterized protein	complement(join(240737..241690,241755..241871,242021..242059))	Aspergillus niger	4981397
An07g01300	CDS	An07g01300	NT_166523.1	242139	242665	R	hypothetical protein	complement(join(242139..242271,242472..242665))	Aspergillus niger	84591270
An07g01310	CDS	An07g01310	NT_166523.1	242678	244753	D	Function: high affinity glucose transporter.; Title: strong similarity to high affinity glucose transporter HGT1 - Kluyveromyces lactis; See PMID 8830679; uncharacterized protein	join(242678..242894,242968..243665,243725..243965,244040..244470,244592..244753)	Aspergillus niger	4981399
An07g01320	CDS	An07g01320	NT_166523.1	245151	245558	R	Function: the P. chrysogenum paf gene encodes an abundantly secreted protein with antifungal activity.; Title: strong similarity to antifungal protein precursor paf - Penicillium chrysogenum; uncharacterized protein	complement(join(245151..245222,245284..245370,245439..245558))	Aspergillus niger	4981400
An07g01340	CDS	An07g01340	NT_166523.1	247153	248193	D	Title: weak similarity to phosphoenolpyruvate carboxylase - Escherichia coli; uncharacterized protein	247153..248193	Aspergillus niger	4981401
An07g01350	CDS	An07g01350	NT_166523.1	249108	250494	R	Function: NahW of P. stutzeri is involved in naphthalene and salicylate metabolism.; Title: strong similarity to salicylate hydroxylase nahW - Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	complement(join(249108..250259,250313..250350,250443..250494))	Aspergillus niger	4981402
An07g01360	CDS	An07g01360	NT_166523.1	251242	253421	D	Title: similarity to hypothetical protein CAD21381.1 - Neurospora crassa; uncharacterized protein	join(251242..251629,251819..252270,252338..252442,252475..252580,252779..253082,253137..253167,253215..253421)	Aspergillus niger	4981403
An07g01380	CDS	An07g01380	NT_166523.1	254879	257924	R	Function: CMR1, a novel transcriptional activator with Cys2His2 type zinc-finger and Zn(II)2Cys6 binuclear cluster motifs regulates transcription of melanin biosynthesis genes SCD1 and THR1 during mycelial melanization of C. lagenarium.; Remark: submitted (MAR-1999) to the EMBL by Kubo Y.; Title: strong similarity to hypothetical transcriptional activator CMR1 - Colletotrichum lagenarium; uncharacterized protein	complement(join(254879..255896,255943..256073,256115..256204,256297..257084,257129..257236,257381..257613,257674..257728,257783..257924))	Aspergillus niger	4981405
An07g01390	CDS	An07g01390	NT_166523.1	258886	259733	D	Title: similarity to hypothetical conserved protein PA2839 - Pseudomonas aeruginosa; uncharacterized protein	join(258886..258891,258999..259733)	Aspergillus niger	4981406
An07g01400	CDS	An07g01400	NT_166523.1	259951	261603	R	Catalytic activity: an aldehyde + NAD(P)(+)+H(2)O <=> an acid + NAD(P)H; Title: similarity to aldehyde dehydrogenase ALDH3 -Rattus norvegicus; See PMID 9095201; See PMID 2713359; See PMID 2831537; uncharacterized protein	complement(join(259951..260288,260332..260447,260711..261153,261202..261603))	Aspergillus niger	4981407
An07g01410	CDS	An07g01410	NT_166523.1	261812	262431	D	hypothetical protein	join(261812..261865,261996..262301,262351..262431)	Aspergillus niger	4981408
An07g01420	CDS	An07g01420	NT_166523.1	262758	263085	R	Induction: binA gene expression induced by bafilomycin.; Title: strong similarity to hypothetical protein binA - Aspergillus nidulans; See PMID 10376827; uncharacterized protein	complement(join(262758..262799,262843..263085))	Aspergillus niger	84591271
An07g01430	CDS	An07g01430	NT_166523.1	263689	265588	R	Title: strong similarity to hypothetical protein Rv1215c - Mycobacterium tuberculosis; uncharacterized protein	complement(join(263689..263803,263853..264463,264491..264745,264794..264901,264980..265588))	Aspergillus niger	4981410
An07g01440	CDS	An07g01440	NT_166523.1	266019	268570	D	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Remark: the salicylate hydroxylase, a flavoprotein monooxygenase, catalyzes the decarboxylative hydroxylation of salicylate to form catechol.; Title: similarity to salicylate hydroxylase sal -Pseudomonas putida; See PMID 2916843; See PMID 8561793; See PMID 10920265; uncharacterized protein	join(266019..266135,266205..266330,266412..266459,266512..267346,267397..268327,268477..268570)	Aspergillus niger	4981411
An07g01450	CDS	An07g01450	NT_166523.1	268697	270685	R	hypothetical protein	complement(join(268697..268861,268926..268953,269026..269269,269456..269548,269841..269904,270024..270147,270288..270345,270438..270506,270631..270685))	Aspergillus niger	4981412
An07g01460	CDS	An07g01460	NT_166523.1	270761	272020	D	hypothetical protein	join(270761..270850,270942..271119,271210..271314,271397..271534,271622..271837,271893..272020)	Aspergillus niger	84591272
An07g01470	CDS	An07g01470	NT_166523.1	272436	273464	D	Title: strong similarity to hypothetical v-snare binding protein SPAC56F8.08 - Schizosaccharomyces pombe; uncharacterized protein	join(272436..272733,272788..273464)	Aspergillus niger	4981414
An07g01480	CDS	An07g01480	NT_166523.1	273884	275248	R	Title: strong similarity to hypothetical protein EAA58558.1 - Aspergillus nidulans; uncharacterized protein	complement(join(273884..273984,274240..274343,274470..274536,274605..274757,274862..275056,275155..275248))	Aspergillus niger	4981415
An07g01490	CDS	An07g01490	NT_166523.1	275952	276249	R	hypothetical protein	complement(join(275952..276080,276145..276249))	Aspergillus niger	84591273
An07g01500	CDS	An07g01500	NT_166523.1	276663	277698	R	hypothetical protein	complement(join(276663..276822,276881..276921,277114..277176,277489..277698))	Aspergillus niger	84591274
An07g01510	CDS	An07g01510	NT_166523.1	279514	280774	D	Title: similarity to 2,4-dichlorophenoxyacetate monooxygenase tfdA - Alcaligenes eutrophus; See PMID 3036764; uncharacterized protein	join(279514..280196,280262..280596,280662..280774)	Aspergillus niger	4981418
An07g01520	CDS	An07g01520	NT_166523.1	282427	286759	R	Complex: Nup170p of S. cerevisiae binds to the amino-terminal domain of Nup1p. Nup170p is a part of the nuclear pore complex.; Function: Nup170p and Nup188p are involved in establishing the functional resting diameter of the NPC's central transport channel.; Remark: YBL079w is the systematic name of NUP170 and YER105c is the systematic name of NUP157.; Remark: a deletion strain of NUP170 (nup170 Delta::HIS3) has a Ctf- (chromosome transmission fidelity) phenotype similar to the s141 mutant (nup170-141) and also exhibits a kinetochore integrity defect.; Similarity: the predicted A. niger protein shows strong similarity to nucleoporin Nup170p and Nup157p of S. cerevisiae and related proteins from higher eucaryotes.; Title: strong similarity to nucleoporin Nup170 -Saccharomyces cerevisiae; nucleus; See PMID 8628268; See PMID 10831607; See PMID 11290711; uncharacterized protein	complement(join(282427..283035,283105..283602,283636..283734,283798..283886,283942..286407,286468..286759))	Aspergillus niger	4981419
An07g01530	CDS	An07g01530	NT_166523.1	287182	287805	D	Title: weak similarity to hypothetical conserved protein VC0519 - Vibrio cholerae; uncharacterized protein	join(287182..287324,287400..287805)	Aspergillus niger	4981420
An07g01540	CDS	An07g01540	NT_166523.1	288194	289115	R	Remark: BLASTp searches with yeast hypothetical protein YMR200w/Rot1p and Dna2p demonstrate, that Rot1p and Dna2p are not related as opposed to results described by Fiorentino and Crabtree (Mol Biol Cell 1997; 8(12):2519-37).; Remark: null mutant is inviable; rot1 mutations can suppress tor2 mutations; synthetically lethal with rot2.; Remark: reversal of tor2 lethality.; Similarity: the predicted A. niger protein shows strong similarity to yeast hypothetical protein YMR200w/Rot1p.; Title: strong similarity to hypothetical protein YMR200w - Saccharomyces cerevisiae; See PMID 9398673; See PMID 9545237; uncharacterized protein	complement(join(288194..288490,288540..288718,288794..288908,288996..289115))	Aspergillus niger	4981421
An07g01550	CDS	An07g01550	NT_166523.1	289449	290296	D	Catalytic activity: ATP + 5-formyltetrahydrofolate = ADP + orthophosphate + 5,10-methenyltetrahydrofolate.; Remark: This enzyme is involved in the regulation of the folate-dependent reactions of amino acid, purine and pyrimidine synthesis through modulation of intracellular 5-formyltetrahydrofolate polyglutamates.; Remark: the enzyme catalyses the obligatory initial metabolic step in the intracellular conversion of 5-formyltetrahydrofolate to other reduced folates.; Title: similarity to 5-formyltetrahydrofolate cyclo-ligase MTHFS - Homo sapiens; See PMID 8522195; uncharacterized protein	join(289449..289542,289603..290028,290112..290296)	Aspergillus niger	4981422
An07g01560	CDS	An07g01560	NT_166523.1	290502	290917	R	Remark: the human small nuclear ribonucleoprotein E protein is an integral component of several small nuclear ribonucleoprotein complexes involved in RNA processing reactions.; Remark: the snRNP E protein is one of four 'core' proteins associated with the snRNAs of the U family (U1, U2, U4, U5, and U6).; Title: strong similarity to small nuclear ribonucleoprotein E - Homo sapiens; nucleus; See PMID 2972723; See PMID 1835977; uncharacterized protein	complement(join(290502..290554,290627..290717,290774..290917))	Aspergillus niger	4981423
An07g01570	CDS	An07g01570	NT_166523.1	290951	291340	R	hypothetical protein	complement(join(290951..291175,291293..291340))	Aspergillus niger	84591275
An07g01580	CDS	An07g01580	NT_166523.1	291384	294810	D	Remark: Mtr10p binds peptide repeat-containing nucleoporins and Ran.; Remark: Mtr10p is shown to be responsible for the nuclear import of the shuttling mRNA-binding protein Npl3p.; Title: strong similarity to nuclear import protein Mtr10 - Saccharomyces cerevisiae; See PMID 9412460; uncharacterized protein	join(291384..291515,291613..291705,291765..292037,292148..292244,292305..293585,293638..294063,294134..294664,294722..294810)	Aspergillus niger	4981425
An07g01590	CDS	An07g01590	NT_166523.1	295094	295486	R	hypothetical protein	complement(join(295094..295187,295257..295271,295365..295486))	Aspergillus niger	84591276
An07g01600	CDS	An07g01600	NT_166523.1	295943	297392	D	hypothetical protein	join(295943..296046,296148..296261,296550..296639,296712..296786,296877..296880,296981..297097,297234..297392)	Aspergillus niger	84591277
An07g01610	CDS	An07g01610	NT_166523.1	297421	299280	R	hypothetical protein	complement(join(297421..297732,297772..297849,297924..298163,298366..298414,298567..298654,299002..299232,299274..299280))	Aspergillus niger	84591278
An07g01620	CDS	An07g01620	NT_166523.1	299787	302925	D	Remark: the gene contains two C2H2 zinc fingers, a nuclear localization sequence and two transcriptional activation domains. mutations in the amdA gene lead to elevated expression of the gene encoding acetamidase, amdS. these mutations also cause constitutive expression of the acetate-inducible gene, aciA.; Similarity: the predicted A. niger protein shows similarity to the DNA-binding protein amdA from A. nidulans and strong similarity to fungal hypothetical zinc finger proteins.; Title: similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; See PMID 7596297; See PMID 9126617; uncharacterized protein	join(299787..300027,300086..300866,301230..302925)	Aspergillus niger	4981429
An07g01630	CDS	An07g01630	NT_166523.1	303340	303836	R	hypothetical protein	complement(join(303340..303543,303711..303836))	Aspergillus niger	84591279
An07g01640	CDS	An07g01640	NT_166523.1	303940	304539	D	Remark: among the enzymes to be stimulated by the calmodulin Ca(++) complex are protein kinases and phosphatases.; Remark: calmodulin has four functional calcium-binding sites and shows similarity to other EF-hand calcium binding proteins.; Remark: calmodulin mediates the control of a large number of enzymes by Ca(++).; Title: strong similarity to calmodulin 6 CaM6 -Arabidopsis thaliana; See PMID 8507825; uncharacterized protein	join(303940..304108,304165..304305,304357..304449,304511..304539)	Aspergillus niger	4981431
An07g01650	CDS	An07g01650	NT_166523.1	304777	305469	R	Similarity: similarity of the predicted A. niger protein to various protein sequences is due to low complexity sequences.; hypothetical protein	complement(join(304777..304798,304892..305469))	Aspergillus niger	4981432
An07g01660	CDS	An07g01660	NT_166523.1	306052	307757	D	Title: weak similarity to hypothetical host-specific AK-toxin Akt2 like protein CAB91703.2 - Neurospora crassa; uncharacterized protein	join(306052..306114,306209..306286,306372..306458,306499..306568,306646..306919,307318..307409,307492..307757)	Aspergillus niger	84591280
An07g01670	CDS	An07g01670	NT_166523.1	308048	309025	D	Remark: the Japanese pear pathotype of A. alternata causes black spot of Japanese pear by producing a host-specific toxin known as AK-toxin.; Remark: the essential roles of AKT1 and AKT2 in both AK-toxin production and pathogenicity were confirmed by transformation-mediated gene disruption experiments. AKT2 encodes a protein of unknown function.; Title: similarity to protein required for biosynthesis of the host-specific AK-toxin Akt2 -Alternaria alternata; See PMID 10432635; See PMID 10975654; uncharacterized protein	join(308048..308097,308164..309025)	Aspergillus niger	4981434
An07g01680	CDS	An07g01680	NT_166523.1	309424	311703	D	Similarity: shows similarity to several known and hypothetical transcriptional activators, the similarity is restricted to the zinc finger domain.; Title: similarity to hypothetical transcription activator CAB59617.1 - Schizosaccharomyces pombe; uncharacterized protein	join(309424..309899,309937..310468,310516..311703)	Aspergillus niger	4981435
An07g01690	CDS	An07g01690	NT_166523.1	312814	314546	D	Title: weak similarity to hypothetical protein CAC28841.2 - Neurospora crassa; uncharacterized protein	join(312814..312899,312968..314546)	Aspergillus niger	4981436
An07g01700	CDS	An07g01700	NT_166523.1	314686	316817	R	Title: similarity to hypothetical protein CAD21260.1 - Neurospora crassa; uncharacterized protein	complement(join(314686..314965,315019..315214,315292..315889,315937..316431,316629..316817))	Aspergillus niger	4981437
An07g01710	CDS	An07g01710	NT_166523.1	316861	318042	R	Catalytic activity: myo-inositol 2-dehydrogenase (iolG) from B. subtilis catalyses the reaction myo-inositol + NAD(+)<=> 2,4,6/3,5-pentahydroxycyclohexanone + NADH.; Function: myo-inositol 2-dehydrogenase (iolG) from B. subtilis catalyses the first step in inositol catabolism to utilize myo-inositol as sole carbon/energy source.; Similarity: the ORF shows similarity to several unspecified NADH-dependent dyhydrogenases from bacteria.; Title: strong similarity to myo-inositol 2-dehydrogenase iolG - Bacillus subtilis; See PMID 9226270; See PMID 112095; uncharacterized protein	complement(join(316861..317604,317661..317945,318001..318042))	Aspergillus niger	4981438
An07g01720	CDS	An07g01720	NT_166523.1	318674	320219	D	Title: weak similarity to regulator protein Uga3 -Saccharomyces cerevisiae; uncharacterized protein	join(318674..318712,318816..320219)	Aspergillus niger	84591281
An07g01730	CDS	An07g01730	NT_166523.1	320297	321285	R	Similarity: the predicted A. niger protein shows strong similarity to the hypothetical protein YJR154w of S. cerevisiae and to a hypothetical protein derived from P. aeruginosa pathogenicity island (PAGI-1).; Title: strong similarity to hypothetical protein YJR154w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(320297..320522,320581..320823,320858..321285))	Aspergillus niger	4981440
An07g01740	CDS	An07g01740	NT_166523.1	321859	323323	R	Remark: the patent does not provide further information about the function of the protein.; Title: weak similarity to polypeptide sequence SEQ ID NO:3328 from patent WO200058473-A2 - Homo sapiens; uncharacterized protein	complement(join(321859..322404,322565..322688,322746..322825,322883..323026,323093..323323))	Aspergillus niger	4981441
An07g01750	CDS	An07g01750	NT_166523.1	324774	325781	R	Title: weak similarity to hypothetical protein B2O8.260 - Neurospora crassa; uncharacterized protein	complement(join(324774..325359,325432..325781))	Aspergillus niger	4981442
An07g01760	CDS	An07g01760	NT_166523.1	326026	327292	R	Title: questionable ORF; uncharacterized protein	complement(join(326026..326091,326847..326934,327007..327137,327227..327292))	Aspergillus niger	84591282
An07g01770	CDS	An07g01770	NT_166523.1	327634	329499	R	hypothetical protein	complement(join(327634..327917,328066..328510,328785..328874,328956..329056,329104..329230,329446..329499))	Aspergillus niger	84591283
An07g01780	CDS	An07g01780	NT_166523.1	329516	330373	D	Title: weak similarity to hypothetical galactosyltransferase spdbp - Schizosaccharomyces pombe; uncharacterized protein	join(329516..329693,329799..330373)	Aspergillus niger	4981445
An07g01790	CDS	An07g01790	NT_166523.1	331492	331880	D	hypothetical protein	join(331492..331676,331769..331880)	Aspergillus niger	84591284
An07g01800	CDS	An07g01800	NT_166523.1	332100	333058	R	hypothetical protein	complement(join(332100..332451,332548..332589,332668..332817,332901..333058))	Aspergillus niger	84591285
An07g01810	CDS	An07g01810	NT_166523.1	334526	335239	D	hypothetical protein	join(<334526..334973,335081..>335239)	Aspergillus niger	4981448
An07g01820	CDS	An07g01820	NT_166523.1	336495	336956	R	Remark: truncated ORF due to end of contig.; Title: weak similarity to stationary phase induced protein Spi1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 10641036; See PMID 11136466; uncharacterized protein	complement(join(<336495..336530,336612..336692,336828..336956))	Aspergillus niger	84591286
An07g01830	CDS	An07g01830	NT_166523.1	337639	338497	D	Catalytic activity: scytalone + NADP(+) <-> 1,3,6,8-tetrahydroxynaphthalene + NADPH.; EC:1.1.1.256; Remark: tetrahydroxynaphthalene reductase is involved with EC 4. 2. 1. 94 in the biosynthesis of melanin in pathogenic fungi.; Title: strong similarity to 1,3,6,8-tetrahydroxynaphthalene reductase arp2 - Aspergillus fumigatus; See PMID 10515939; See PMID 8293526; uncharacterized protein	join(337639..337758,337817..338497)	Aspergillus niger	4981450
An07g01840	CDS	An07g01840	NT_166523.1	338551	339337	D	hypothetical protein	join(338551..338579,338661..338772,338966..339070,339179..339337)	Aspergillus niger	84591287
An07g01850	CDS	An07g01850	NT_166523.1	339631	344508	D	Title: strong similarity to hypothetical protein CAD21096.1 - Neurospora crassa; uncharacterized protein	join(339631..340859,340917..344508)	Aspergillus niger	4981452
An07g01860	CDS	An07g01860	NT_166523.1	344516	345572	R	Catalytic activity: (S)-lactate + 2 ferricytochrome c = pyruvate + 2 ferrocytochrome c.; Remark: the systematic name for CYB2 of S. cerevisiae is YML054C.; Title: weak similarity to L-lactate dehydrogenase precursor Cyb2 - Saccharomyces cerevisiae; See PMID 3004948; uncharacterized protein	complement(join(344516..344614,344742..344881,345000..345087,345426..345572))	Aspergillus niger	84591288
An07g01870	CDS	An07g01870	NT_166523.1	346228	348226	R	Catalytic activity: phenol + NADPH + O2 = catechol + NADP+ + H2O.; Remark: FAD is used as cofactor of phenol hydroxylase in Trichosporon cutaneum.; Remark: alternate name = phenol 2-monooxygenase.; Remark: phenol hydroxylases are involved in degradation of phenylalanine, toluene and gamma-hexachlorocyclohexane.; Title: strong similarity to phenol hydroxylase -Trichosporon cutaneum; See PMID 9634698; See PMID 1429434; uncharacterized protein	complement(join(346228..347142,347208..347495,347576..348226))	Aspergillus niger	4981454
An07g01880	CDS	An07g01880	NT_166523.1	348250	348497	R	hypothetical protein	complement(join(348250..348381,348450..348497))	Aspergillus niger	84591289
An07g01890	CDS	An07g01890	NT_166523.1	348836	349296	D	hypothetical protein	join(348836..349060,349240..349296)	Aspergillus niger	84591290
An07g01900	CDS	An07g01900	NT_166523.1	349500	350872	D	Protein sequence is in conflict with the conceptual translation; Catalytic activity: 3-(4-hydroxyphenyl)pyruvate + O2 = homogentisate + CO2.; Remark: alternate name = TcrP (T-cell reactive protein).; Title: strong similarity to 4-hydroxyphenylpyruvate-dioxygenase tcrP - Coccidioides immitis [putative sequencing error]; putative sequencing error; See PMID 7642122; uncharacterized protein	join(349500..350179,350257..350421,350488..350872)	Aspergillus niger	4981457
An07g01910	CDS	An07g01910	NT_166523.1	351252	352724	D	Protein sequence is in conflict with the conceptual translation; Title: strong similarity to hypothetical protein EAA58547.1 - Aspergillus nidulans [putative sequencing error]; putative sequencing error; uncharacterized protein	join(351252..352560,352624..352724)	Aspergillus niger	4981458
An07g01930	CDS	An07g01930	NT_166523.1	354191	358675	D	Remark: the ankyrin gene from Mus musculus undergoes alternative splicing, resulting in 4 different splice variants.; Title: similarity to ankyrin 3 (splice form 3) - Mus musculus; uncharacterized protein	join(354191..354606,354648..354754,354803..354970,355025..355049,355127..355714,355769..355958,356016..356868,357189..357517,357953..358675)	Aspergillus niger	4981460
An07g01940	CDS	An07g01940	NT_166523.1	359047	360723	R	Remark: putative frameshift due to possible sequencing error at position 9631.; Title: similarity to hypothetical amine transporter SPCC18.02 - Schizosaccharomyces pombe [putative frameshift]; uncharacterized protein	complement(join(359047..359093,359151..359324,359399..360256,360320..360565,360633..360723))	Aspergillus niger	4981461
An07g01950	CDS	An07g01950	NT_166523.1	361379	363221	R	Title: strong similarity to purine permease with broad specificity uapC - Aspergillus nidulans; uncharacterized protein	complement(join(361379..362868,362914..363080,363130..363221))	Aspergillus niger	4981462
An07g01960	CDS	An07g01960	NT_166523.1	368267	369701	D	Title: strong similarity to stearoyl-CoA desaturase P-ole1 - Pichia angusta; uncharacterized protein	join(368267..368507,368572..369701)	Aspergillus niger	4981463
An07g01970	CDS	An07g01970	NT_166523.1	370624	372875	D	Title: strong similarity to cytoplasmic metalloproteinase mepB - Aspergillus fumigatus; cytoplasm; uncharacterized protein	join(370624..371940,371988..372628,372683..372875)	Aspergillus niger	4981464
An07g01980	CDS	An07g01980	NT_166523.1	377407	378069	R	Title: questionable ORF; uncharacterized protein	complement(join(377407..377447,377802..378069))	Aspergillus niger	84591291
An07g01990	CDS	An07g01990	NT_166523.1	379163	380940	D	Function: rhp55p from S. pombe is involved in double-strand break repair.; Remark: the S. pombe rhp55Delta mutant Is highly sensitive to DNA damage.; Title: similarity to DNA repair protein rhp55p -Schizosaccharomyces pombe; See PMID 10430583; See PMID 11560889; uncharacterized protein	join(379163..379205,379266..379527,379621..379709,379755..380353,380425..380940)	Aspergillus niger	4981466
An07g02000	CDS	An07g02000	NT_166523.1	381132	382154	R	Title: similarity to hypothetical protein encoded by An18g03630 - Aspergillus niger; uncharacterized protein	complement(381132..382154)	Aspergillus niger	4981467
An07g02010	CDS	An07g02010	NT_166523.1	383417	384481	R	Complex: Pre8 from S. cerevisiae is one of the subunits of the proteasome.; Function: Pre8 from S. cerevisiae is essential for growth.; Function: Pre8 from S. cerevisiae takes part in the ubiquitin dependend protein degradation.; Localization: yeast proteasomes are mainly localized in the nuclear envelope-ER network.; Remark: the synonym for PRE8 from S. cerevisiae is YML092c.; Title: strong similarity to proteasome 20S subunit Pre8 - Saccharomyces cerevisiae; See PMID 9575337; See PMID 10744762; uncharacterized protein	complement(join(383417..383535,383587..384192,384261..384311,384367..384386,384438..384481))	Aspergillus niger	4981468
An07g02020	CDS	An07g02020	NT_166523.1	384900	385929	D	Title: similarity to hypothetical protein CAB91761.2 - Neurospora crassa; uncharacterized protein	join(384900..385724,385783..385929)	Aspergillus niger	4981469
An07g02030	CDS	An07g02030	NT_166523.1	386825	387210	R	hypothetical protein	complement(join(386825..387079,387163..387210))	Aspergillus niger	84591292
An07g02040	CDS	An07g02040	NT_166523.1	387576	389306	D	Title: weak similarity to hypothetical protein Tid3 - Saccharomyces cerevisiae; uncharacterized protein	join(387576..388600,388676..389306)	Aspergillus niger	4981471
An07g02050	CDS	dhbD	NT_166523.1	389708	390800	R	Catalytic activity: 2,3-dihydroxybenzoate <=> catechol + CO(2).; Function: 2,3-Dihydroxybenzoic acid decarboxylase is the last enzyme in the fungal metabolism of indole to catechol and catalyzes the non-oxidative decarboxylation of 2,3-dihydroxybenzoic acid to catechol.; Gene-ID: dhbD; See PMID 7601088; 2,3-dihydroxybenzoic acid decarboxylase dhbD-Aspergillus niger	complement(join(389708..390434,390499..390800))	Aspergillus niger	4981472
An07g02060	CDS	An07g02060	NT_166523.1	392575	394683	D	Title: similarity to myo-inositol transporter 2 -Schizosaccharomyces pombe; plasma membrane; See PMID 9560432; uncharacterized protein	join(392575..393007,393078..393842,393944..394683)	Aspergillus niger	4981473
An07g02070	CDS	An07g02070	NT_166523.1	396074	396794	R	Title: weak similarity to hypothetical protein SC8D9.09 SC8D9.09 - Streptomyces coelicolor; uncharacterized protein	complement(join(396074..396105,396371..396794))	Aspergillus niger	4981474
An07g02080	CDS	An07g02080	NT_166523.1	398209	399399	D	Function: The mitochondrial outer membrane enzyme kynurenine 3-hydroxylase (K3H) is an NADPH-dependent flavin mono-oxygenase involved in the tryptophan pathway, where it catalyzes the hydroxylation of kynurenine.; Title: similarity to kynurenine3-hydroxylase hK3OH-2 - Homo sapiens; localisation:mitochondrion; See PMID 10672018; See PMID 6468727; uncharacterized protein	398209..399399	Aspergillus niger	4981475
An07g02090	CDS	An07g02090	NT_166523.1	400276	401919	D	Title: weak similarity to hypothetical chloroplast RNA-binding protein At2g35410 - Arabidopsis thaliana; uncharacterized protein	join(400276..400439,400516..400556,400655..400735,400823..401102,401160..401919)	Aspergillus niger	4981476
An07g02100	CDS	An07g02100	NT_166523.1	403468	405213	D	Catalytic activity: fructose 2,6-bisphosphate + H(2)O = D-fructose 6-phosphate + orthophosphate.; Function: The S. cerevisiae fructose-2,6-bisphosphate 2-phosphatase FBP26 is a bifunctional enzyme with catalytic activities of EC 2. 7. 1. 105 and predominantely EC 3. 1. 3. 46.; Title: strong similarity to fructose-2,6-bisphosphate 2-phosphatase Fbp26 - Saccharomyces cerevisiae; cytoplasm; See PMID 9032446; See PMID 1322693; uncharacterized protein	join(403468..403521,403808..403880,403935..404521,404569..405213)	Aspergillus niger	4981477
An07g02110	CDS	An07g02110	NT_166523.1	406153	409508	D	EC:3.4.16.1; Function: CPY releases a C-terminal amino acid with a broad specificity.; Function: the S. cerevisiae homolog CPY bears the major proteolytic activity in the yeast vacuole. it is synthesized as a precursor that is processed upon entry into the vacuolar lumen. mature CPY processes CPY precursor as well as other vacuolar protease precursors.; Remark: a deletion of CPY leads to complete loss of vacuolar proteolytic activity within days of growth due to slowly decreasing processing of other vacuolar protease precursors.; Remark: similarity corresponds only to the C-terminus.; Remark: the CPY vacuolar targeting signal is defined by four propeptide amino acids.; Similarity: CPY belongs to serine carboxypeptidase family S10.; Title: similarity to vacuolar carboxypeptidase Y Cpy - Saccharomyces cerevisiae; vacuole; See PMID 9111041; uncharacterized protein	join(406153..408730,408778..408886,408932..409417,409466..409508)	Aspergillus niger	4981478
An07g02120	CDS	An07g02120	NT_166523.1	409801	410091	R	Title: weak similarity to hypothetical protein YJL184w - Saccharomyces cerevisiae; uncharacterized protein	complement(409801..410091)	Aspergillus niger	4981479
An07g02130	CDS	An07g02130	NT_166523.1	410454	412997	D	Title: strong similarity to hypothetical protein CAD21228.1 - Neurospora crassa; uncharacterized protein	410454..412997	Aspergillus niger	4981480
An07g02140	CDS	An07g02140	NT_166523.1	414076	414835	R	Title: weak similarity to hypothetical endogenous retrovirus W envelope protein - Homo sapiens; uncharacterized protein	complement(join(414076..414201,414262..414419,414581..414622,414655..414835))	Aspergillus niger	84591293
An07g02150	CDS	An07g02150	NT_166523.1	415473	419308	D	Title: similarity to hypothetical AAA family ATPase Cj0377 - Campylobacter jejuni; uncharacterized protein	join(415473..416457,416519..418419,418482..418599,418865..418915,419151..419308)	Aspergillus niger	4981482
An07g02160	CDS	An07g02160	NT_166523.1	420085	421388	R	Catalytic activity: (S)-malate + NAD(+) = oxaloacetate + NADH.; Title: strong similarity to mitochondrial malate dehydrogenase Mdh1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 3072021; See PMID 3312168; See PMID 1447211; uncharacterized protein	complement(join(420085..420678,420740..420834,420900..421049,421131..421248,421323..421388))	Aspergillus niger	4981483
An07g02170	CDS	An07g02170	NT_166523.1	422138	423038	R	Function: Bos1 of S. cerevisiae appears to be a membrane protein that functions in conjunction with Bet1 and Sec22 to facilitate the transport of proteins at a step subsequent to translocation into the ER but before entry into the Golgi apparatus.; Title: similarity to transport protein Bos1 -Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 1396561; See PMID 2007627; See PMID 2192256; uncharacterized protein	complement(join(422138..422584,422654..422877,422975..423038))	Aspergillus niger	4981484
An07g02180	CDS	An07g02180	NT_166523.1	423757	426814	R	Catalytic activity: acetyl-CoA + dihydrolipoamide <=> CoA + S-acetyldihydrolipoamide.; Function: the s. cerevisiae dihydrolipoamide acetyltransferase is a component (E2) of the mitochondrial pyruvate dehydrogenase complex.; Remark: the pyruvate dehydrogenase complex catalyzes the overall conversion of pyruvate to acetyl-coa & co(2).; Remark: the pyruvate dehydrogenase complex contains multiple copies of three enzymatic components: pyruvate dehydrogenase (e1), dihydrolipoamide acetyltransferase (e2) & lipoamide dehydrogenase (e3).; Title: strong similarity to dihydrolipoamide acetyltransferase Lat1 - Saccharomyces cerevisiae; localisation:mitochondrion; uncharacterized protein	complement(join(423757..423790,423856..424269,424414..424505,424973..425018,425165..426222,426291..426514,426580..426629,426705..426814))	Aspergillus niger	4981485
An07g02190	CDS	An07g02190	NT_166523.1	427225	433001	D	Function: the Sec7 protein of S. cerevisiae may function as a peripheral membrane protein that cycles between a soluble, cytosolic pool and a sedimentable,membrane-associated complex for its essential role in vesicular traffic through the Golgi apparatus.; Title: strong similarity to protein Sec7 -Saccharomyces cerevisiae; cytoplasm; See PMID 3042778; See PMID 1986005; uncharacterized protein	join(427225..428301,428455..428994,429046..429271,429319..432454,432599..433001)	Aspergillus niger	4981486
An07g02200	CDS	An07g02200	NT_166523.1	433784	434637	R	Catalytic activity: 2 S-adenosyl-L-methionine + uroporphyrin III = 2 S-adenosyl-L- homocysteine + sirohydrochlorin.; Title: similarity to siroheme synthase cysG -Escherichia coli; See PMID 2407558; See PMID 2200672; uncharacterized protein	complement(join(433784..433913,433980..434461,434542..434637))	Aspergillus niger	4981487
An07g02210	CDS	An07g02210	NT_166523.1	435000	436711	D	Catalytic activity: ATP + D-ribose 5-phosphate = AMP + 5-phospho-alpha-D-ribose 1-diphosphate.; Function: the S. cerevisiae PRPS1 is a rate-limiting enzyme in the biosynthesis of nucleotides, histidine, and tryptophan. disruption of this gene causes the most dramatic decrease in cell growth rate and enzyme activity.; Remark: disruption of the other ribose-phosphate pyrophosphokinases in S. cerevisiae (PRS2 or PRS4) has little measurable effect.; Remark: the S. cerevisiae genome contains a family of five ribose-phosphate pyrophosphokinase genes,PRS1-PRS5.; Similarity: the predicted A. niger protein shows strong similarity to ribose-phosphate pyrophosphokinase 1 (PRPS1) from S. cerevisiae and from many other organisms.; Title: strong similarity to ribose-phosphate pyrophosphokinase Prps1 - Saccharomyces cerevisiae; See PMID 7992503; See PMID 8007970; See PMID 9108276; See PMID 11101685; uncharacterized protein	join(435000..435258,435323..435332,435385..435505,435596..436711)	Aspergillus niger	4981488
An07g02220	CDS	An07g02220	NT_166523.1	437490	437981	R	hypothetical protein	complement(join(437490..437553,437723..437772,437859..437981))	Aspergillus niger	84591294
An07g02230	CDS	An07g02230	NT_166523.1	441752	442209	D	hypothetical protein	join(441752..441912,441981..442025,442110..442209)	Aspergillus niger	84591295
An07g02240	CDS	An07g02240	NT_166523.1	443477	447454	R	Alternative name: SPO14; Catalytic activity: a phosphatidylcholine + H(2)O = choline + a phosphatidate.; Function: the PLD1 protein of S. pombe is required for meiosis and spore formation and seems to be involved in the coordinate induction of late meiotic events.; Remark: activity of S. pombe Pld1 is dependent of phosphatidylinositol 4,5-bisphosphate.; Remark: activity of S. pombe Pld1 is induced under sporulation conditions and seems to be necessary to complete the meiotic cycle, but not for vegetative cell growth.; Similarity: similarities corresponds only to the C-terminus, Blastx results showed no similarities for N-terminus.; Title: strong similarity to phospholipase Pld1 -Saccharomyces cerevisiae; See PMID 8576189; See PMID 8618862; See PMID 1582554; uncharacterized protein	complement(join(443477..443500,443587..443649,443757..443770,443815..443930,443975..444032,444225..444265,444640..445211,445264..445430,445773..446033,446082..446223,446302..446703,446752..446894,446950..447351,447406..447454))	Aspergillus niger	4981491
An07g02250	CDS	An07g02250	NT_166523.1	448405	449977	D	Title: strong similarity to hypothetical DNA methylase SPAC27D7.08c - Schizosaccharomyces pombe; uncharacterized protein	join(448405..448519,448626..448740,448793..448866,448914..449046,449094..449184,449236..449499,449561..449977)	Aspergillus niger	4981492
An07g02260	CDS	An07g02260	NT_166523.1	450196	451720	R	Protein sequence is in conflict with the conceptual translation; Remark: 5'-truncated ORF due to end of contig.; Remark: putative frameshift due to possible sequencing error at position 864.; Similarity: similarity to S. pombe gene SPAC4F10. 21 probably extends over the contig border.; Title: strong similarity to hypothetical protein SPAC4F10.21 - Schizosaccharomyces pombe [truncated ORF] [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(450196..450858,450860..450936,451075..>451720))	Aspergillus niger	84591296
An07g02270	CDS	An07g02270	NT_166523.1	451826	453418	R	Function: mbp1 binds to mcb elements (mlu1 cell cycle box) found in the promoter of most dna synthesis genes.; Function: the transcriptional activation by mbp1 has an important role in the transition from G1 to S phase.; Remark: C-terminally truncated ORF due to contig border.; Remark: it is supposed that the predicted ORF is 300 amino acids shorter at its C-terminus due to the end of the contig.; Similarity: the predicted ORF shows similarity with mbp1 of several spezies, but is 100 amino acids longer at its N-terminal end.; Title: strong similarity to transcription factor Mbp1 - Saccharomyces cerevisiae [truncated ORF]; nucleus; See PMID 8372350; uncharacterized protein	complement(join(<451826..453043,453116..453418))	Aspergillus niger	4981494
An07g02280	CDS	An07g02280	NT_166523.1	454098	455117	D	Title: questionable ORF; uncharacterized protein	454098..455117	Aspergillus niger	4981495
An07g02290	CDS	An07g02290	NT_166523.1	455231	456332	R	Function: calcineurin is a calcium-dependent,calmodulin stimulated protein phoshatase.; Similarity: the predicted ORF shows weak similarity to the regulatory subunit of calcineurin from several spezies, but the predicted protein probably lacks at least one of the four calcium-binding sites.; Title: strong similarity to hypothetical protein CAE76397.1 - Neurospora crassa; uncharacterized protein	complement(join(455231..456119,456235..456332))	Aspergillus niger	4981496
An07g02300	CDS	An07g02300	NT_166523.1	457196	459435	R	Complex: rsc8 is the eighth largest subunit of RSC,a fifteen-protein chromatin remodeling complex and related to the Swi/snf Complex.; Function: rsc8 as a component of the chromatin remodeling complex RSC is supposed to enable chromatin remodeling for transcriptional regulation of genes.; Remark: rsc8 of S. cerevisiae is also called SWH3 or YFR037C.; Title: strong similarity to chromatin remodeling gene transcription regulator Rsc8 - Saccharomyces cerevisiae; nucleus; See PMID 9121424; uncharacterized protein	complement(join(457196..457744,457835..458653,458709..459271,459339..459435))	Aspergillus niger	4981497
An07g02310	CDS	An07g02310	NT_166523.1	460023	460688	R	Catalytic activity: RX + glutathione <=> HX + R-S-glutathione.; Function: the function of glutathione S-transferases (GST) is the conjugation of reduced glutathione to a wide number of exogenous and endogenous hydrophobic electrophiles and the isoenzymes appear to play a central role in the parasite detoxification system.; Remark: the predicted ORF overlaps with EST BE759905 of A. niger.; Similarity: the predicted ORF shows similarity to some glutathione S-transferases from several spezies.; Title: strong similarity to glutathione transferase D27 - Drosophila melanogaster; uncharacterized protein	complement(460023..460688)	Aspergillus niger	4981498
An07g02320	CDS	An07g02320	NT_166523.1	460908	461458	D	Title: questionable ORF; uncharacterized protein	join(460908..461016,461174..461295,461411..461458)	Aspergillus niger	84591297
An07g02350	CDS	An07g02350	NT_166523.1	462945	465116	R	Similarity: the similarity to the myb-like protein of S. pompe is restricted to the inner domain of the predicted ORF, reaching from amino acid 115 to 480, for which a DNA-binding domain of the SANT type is predicted.; Title: similarity to hypothetical myb-like DNA-binding - Schizosaccharomyces pombe; See PMID 8882580; uncharacterized protein	complement(462945..465116)	Aspergillus niger	4981502
An07g02360	CDS	An07g02360	NT_166523.1	467217	469314	D	Catalytic activity: 6-hydroxy-D-nicotine oxidases convert (R)-6-hydroxynicotine + H(2)O + O(2) to 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Function: A. oxidans 6-HDNO is involved in nicotine-acetyl-CoA catabolism.; Remark: the N-terminal region from amino acid 1 to 230 of the predicted ORF shows strong similarity to several FAD-binding domain containing proteins.; Remark: the group of FAD-binding domain proteins consists of various enzymes that use FAD as a co-factor,most of the enzymes are similar to oxygen oxidoreductases.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; uncharacterized protein	join(467217..467297,467352..467781,467837..468326,468432..468652,468700..468935,469117..469314)	Aspergillus niger	4981503
An07g02370	CDS	An07g02370	NT_166523.1	469758	472721	D	Function: the M. grisea PTH11 gene product is presumably involved in host surface recognition and can activate appressorium differentiation in response to inductive surface cues.; Remark: the predicted ORF shows similarities to an integral membrane protein of M. grisea in its N-terminal region including amino acid 10 to 280.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(469758..469926,469974..469993,470048..470081,470126..470576,470624..470719,470773..471055,471139..471269,471434..471503,471743..471785,471860..471934,472058..472077,472135..472504,472564..472721)	Aspergillus niger	4981504
An07g02380	CDS	An07g02380	NT_166523.1	473415	474653	D	Function: TRI7 of F. sporotrichioides is required for acetylation of the oxygen on C-4 of T-2 toxin.; Pathway: TRI7 of F. sporotrichioides contributes in the trichothecene T2-toxin synthesis.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: weak similarity to T-2 toxin biosynthesis protein TRI7 - Fusarium sporotrichioides; See PMID 11352533; uncharacterized protein	join(473415..474006,474172..474653)	Aspergillus niger	4981505
An07g02390	CDS	An07g02390	NT_166523.1	476305	477046	D	hypothetical protein	join(476305..476743,476799..477046)	Aspergillus niger	4981506
An07g02400	CDS	An07g02400	NT_166523.1	481047	481845	D	Title: similarity to hypothetical protein encoded by An18g00950 - Aspergillus niger; uncharacterized protein	join(481047..481448,481495..481845)	Aspergillus niger	4981507
An07g02410	CDS	An07g02410	NT_166523.1	482393	482728	R	Title: weak similarity to hypothetical protein encoded by An14g05600 - Aspergillus niger; uncharacterized protein	complement(join(482393..482554,482612..482728))	Aspergillus niger	84591298
An07g02420	CDS	An07g02420	NT_166523.1	483032	483800	R	Remark: blastp matches are unspecific.; hypothetical protein	complement(join(483032..483273,483385..483555,483626..483800))	Aspergillus niger	10098318
An07g02430	CDS	An07g02430	NT_166523.1	485758	486713	R	hypothetical protein	complement(join(485758..486199,486385..486415,486448..486493,486711..486713))	Aspergillus niger	84591299
An07g02440	CDS	An07g02440	NT_166523.1	488203	490294	R	Catalytic activity: rat microsomal carboxylesterase catalyzes the reaction of a carboxylic ester + H2O = an alcohol + a carboxylic anion.; Function: rat microsomal carboxylesterase is involved in the detoxification of xenobiotics and in the activation of ester and amide prodrugs. hydrolyzes omicron-nitrophenyl acetate and alpha-naphthyl acetate. it also hydrolyzes acetanilide and, distinctively,palmitoyl-Coa.; Remark: liver carboxylesterase 4, carboxyesterase ES-4 and microsomal palmitoyl-CoA hydrolase are alternative names for kidney microsomal carboxylesterase.; Similarity: belongs to the type-B carboxylesterase/lipase family.; Title: similarity to kidney microsomal carboxylesterase - Rattus norvegicus; See PMID 7961958; See PMID 8611161; uncharacterized protein	complement(join(488203..488251,488322..490294))	Aspergillus niger	4981511
An07g02450	CDS	An07g02450	NT_166523.1	491143	491883	D	Remark: the ORF encoded protein is C-terminally truncated due to the end of contig.; hypothetical protein [truncated ORF]	491143..>491883	Aspergillus niger	4981512
An07g02460	CDS	An07g02460	NT_166523.1	492489	493831	D	hypothetical protein	join(492489..492533,492645..492720,493347..493586,493698..493831)	Aspergillus niger	84591300
An07g02470	CDS	An07g02470	NT_166523.1	494863	495573	R	hypothetical protein	complement(join(494863..494950,495046..495125,495457..495573))	Aspergillus niger	84591301
An07g02480	CDS	An07g02480	NT_166523.1	496519	497117	D	hypothetical protein	join(496519..496612,496636..496780,497060..497117)	Aspergillus niger	84591302
An07g02490	CDS	An07g02490	NT_166523.1	497397	497973	R	hypothetical protein	complement(join(497397..497640,497724..497806,497896..497973))	Aspergillus niger	84591303
An07g02500	CDS	An07g02500	NT_166523.1	499025	500198	R	Title: weak similarity to protein fragment SEQ ID NO:44609 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(499025..499028,499085..499228,499299..499311,499393..499438,499527..499606,499692..499983,500193..500198))	Aspergillus niger	84591304
An07g02510	CDS	An07g02510	NT_166523.1	501727	504180	D	Remark: blastp matches are unspecific.; Title: strong similarity to hypothetical protein encoded by An08g12110 - Aspergillus niger; uncharacterized protein	501727..504180	Aspergillus niger	4981518
An07g02520	CDS	An07g02520	NT_166523.1	504382	504965	R	hypothetical protein	complement(join(504382..504414,504648..504965))	Aspergillus niger	84591305
An07g02530	CDS	An07g02530	NT_166523.1	505945	509641	R	Phenotype: yeast bst1 mutants how enhanced leaking from the ER of the ER resident proteins Kar2p and Pdi1p.; Phenotype: yeast bst1 mutants show reduced secretion of some secretory proteins.; Remark: YFL025c is the systematic name for yeast BST1.; Title: similarity to negative regulator of COPII vesicle formation Bst1 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 11208122; See PMID 8862519; uncharacterized protein	complement(join(505945..506176,506223..506449,506502..506667,506713..508078,508126..508975,509063..509641))	Aspergillus niger	4981520
An07g02540	CDS	An07g02540	NT_166523.1	511729	513392	R	Function: JEN1 of S. cerevisiae is a lactate and pyruvate proton-driven symporter.; Induction: JEN1 of S. cerevisiae is induced by lactate.; Phenotype: Deletion of JEN1 in S. cerevisiae results in slow growth of yeast on synthetic medium supplemented with L-lactate.; Repression: JEN1 of S. cerevisiae is repressed by glucose.; Similarity: JEN1 of S. cerevisiae belongs to the sialate:H+ symporter (SHS) group of the major facilitator superfamily (MFS) of transport proteins.; Title: similarity to carboxylic acid transport protein Jen1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10198029; See PMID 10879467; uncharacterized protein	complement(join(511729..512382,512449..513123,513183..513392))	Aspergillus niger	4981521
An07g02550	CDS	An07g02550	NT_166523.1	513754	514547	R	Title: weak similarity to DNA dependent ATPase/DNA helicase B - Saccharomyces cerevisiae; uncharacterized protein	complement(join(513754..513850,513933..514142,514313..514377,514431..514547))	Aspergillus niger	84591306
An07g02560	CDS	An07g02560	NT_166523.1	514903	516280	R	Catalytic activity: dimethylallyltryptophan synthase of C. purpurea catalyses the reaction dimethylallyl diphosphate + L-tryptophan = diphosphate + 4-(3-methylbut-2-enyl)-L-tryptophan.; Function: dimethylallyltryptophan synthase of C. purpurea (also known as tryptophan dimethylallyltransferase) is a prenyltransferase, which catalyses the first step in ergot alkaloid biosynthesis.; Title: similarity to dimethylallyltryptophan synthase dmaW - Claviceps purpurea; See PMID 1605639; See PMID 7488077; See PMID 11036684; uncharacterized protein	complement(join(514903..514920,514954..515032,515085..516280))	Aspergillus niger	4981523
An07g02570	CDS	An07g02570	NT_166523.1	517234	519169	D	Pathway: TRI11 from F. sporotrichioides is involved in the trichothecene biosynthesis. Trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Remark: disruption of TRI11 gene from Fusarium sporotrichioides results in an altered trichothecene production phenotype characterized by the accumulation of isotrichodermin, a trichothecene pathway intermediate.; Similarity: TRI11 from F. sporotrichioides belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	join(517234..518154,518214..518335,518394..518692,518752..518853,518964..519169)	Aspergillus niger	4981524
An07g02580	CDS	An07g02580	NT_166523.1	519414	519997	R	Remark: blastp matches are unspecific.; hypothetical protein	complement(join(519414..519489,519675..519997))	Aspergillus niger	84591307
An07g02590	CDS	An07g02590	NT_166523.1	521052	523142	R	Title: weak similarity to hypothetical protein F13K23.8 - Arabidopsis thaliana; uncharacterized protein	complement(join(521052..521129,521178..521216,521388..521435,521587..521688,521798..521896,522610..522716,522763..522873,523133..523142))	Aspergillus niger	84591308
An07g02600	CDS	An07g02600	NT_166523.1	523791	524590	D	Similarity: G. cingulata homolog is similar to glutenins.; Title: similarity to hypothetical glutamine rich protein AAB92223.1 - Glomerella cingulata; uncharacterized protein	join(523791..523967,524065..524417,524473..524590)	Aspergillus niger	4981527
An07g02620	CDS	An07g02620	NT_166523.1	525284	525517	D	hypothetical protein	join(525284..525371,525417..525517)	Aspergillus niger	84591309
An07g02630	CDS	An07g02630	NT_166523.1	526706	527027	R	hypothetical protein	complement(join(526706..526732,526800..527027))	Aspergillus niger	84591310
An07g02640	CDS	An07g02640	NT_166523.1	527421	527944	R	hypothetical protein	complement(join(527421..527633,527714..527782,527891..527944))	Aspergillus niger	84591311
An07g02650	CDS	An07g02650	NT_166523.1	528227	531494	D	Catalytic activity: EF-3 stimulates binding of EF-1:GTP:aa-tRNA ternary complex to the ribosomal A site by facilitated release of the deacylated tRNA from the E site.; Function: the S. cerevisiae homolog YEF3/eEF-3 elongation factor 3 is a cytosolic protein required by the fungal ribosomes for protein synthesis. The requirement for EF-3 is unique to fungi.; Remark: S. cerevisiae EF-3 is a member of the non-transporter group of the ATP-binding cassette (ABC) superfamily.; Title: strong similarity to translation elongation factor 3 Yef3 - Saccharomyces cerevisiae; uncharacterized protein	join(528227..528414,528488..531494)	Aspergillus niger	4981532
An07g02660	CDS	An07g02660	NT_166523.1	531879	533659	R	hypothetical protein	complement(join(531879..531953,532048..532113,532189..532315,532395..532525,532636..532759,532864..533020,533453..533548,533638..533659))	Aspergillus niger	84591312
An07g02670	CDS	An07g02670	NT_166523.1	533967	535176	D	hypothetical protein	join(533967..534079,534380..534542,534721..534790,534935..535020,535117..535176)	Aspergillus niger	84591313
An07g02680	CDS	An07g02680	NT_166523.1	535925	539947	D	Complex: S. cerevisiae Chl12p/Cft18p is a subunit in an alternative replication factor c (RFC) complex RFC(Ctf18p, Ctf8p, Dcc1p). Ctf18p, Ctf8p, and Dcc1p interact physically in a complex with Rfc2p, Rfc3p, Rfc4p,and Rfc5p.; Function: RFC(Ctf18p, Ctf8p, Dcc1p) is required for sister chromatid cohesion and faithful chromosome transmission durin mitosis.; Remark: an alternative gene name for the S. cerevisiae homolog CHL12 is CFT18.; Title: strong similarity to protein required for accurate chromosome transmission Chl12 - Saccharomyces cerevisiae; uncharacterized protein	join(535925..536151,536662..536891,536942..538017,538063..538416,538477..538761,538807..539450,539521..539947)	Aspergillus niger	4981535
An07g02690	CDS	An07g02690	NT_166523.1	540284	541637	D	Function: PBK1 of H. sapiens could be involved in the regulation of proliferation/ differentiation and potentially in invasion of trophoblast cells.; Remark: PBK1 of H. sapiens is expressed in first trimester placentae but not in term placentae in the proximal parts of cell islands and in closely adjacent villous cytotrophoblast.; Remark: the ORF is shorter than PBK1 of H. sapiens (407 compared to 517 amino acids) and the similarity between the two proteins spans only a stretch of about 250 amino acids.; Remark: the ORF overlaps with the A. niger EST an_2460 in EMBLEST:BE759612.; Title: similarity to hypothetical regulational protein PBK1 - Homo sapiens; See PMID 9859858; uncharacterized protein	join(540284..540352,540483..541637)	Aspergillus niger	4981536
An07g02700	CDS	An07g02700	NT_166523.1	541962	543179	R	Complex: ETFA of H. sapiens is a heterodimer of an alpha and a beta chain, that binds one molecule of FAD.; Function: ETFA of H. sapiens is an electron acceptor for any of several dehydrogenases in the mitochondrial matrix and it transfers the electrons to the mitochondrial respiratory chain via electron-transferring-flavoprotein dehydrogenase.; Phenotype: mutations in ETFA of H. sapiens can cause glutaricaciduria type IIA (excessive excretion of glutaric and other acids).; Remark: ETFA of H. sapiens belongs to the superfamily of electron transfer flavoprotein alpha chains.; Title: strong similarity to electron transfer flavoprotein alpha chain precursor ETFA - Homo sapiens; localisation:mitochondrion; See PMID 3170610; uncharacterized protein	complement(join(541962..542536,542636..542804,542877..543179))	Aspergillus niger	4981537
An07g02710	CDS	An07g02710	NT_166523.1	543649	548887	R	Remark: the ORF has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(543649..543773,544538..544741,545200..545375,545884..546007,546649..546753,546847..546982,547396..547501,548161..548438,548753..548887))	Aspergillus niger	84591314
An07g02720	CDS	An07g02720	NT_166523.1	549006	549624	R	hypothetical protein	complement(join(549006..549119,549166..549580,549611..549624))	Aspergillus niger	84591315
An07g02730	CDS	An07g02730	NT_166523.1	551053	552545	D	Function: Psu1 of S. pombe presumably plays an essential role in cell wall synthesis.; Phenotype: disruption of the gene for Psu1 in S. pombe revealed that it is essential for growth, and the null phenotype showed the swelling of cells followed by eventual lysis.; Remark: the ORF is rich in histidine and serine.; Remark: the ORF overlaps with the A. niger ESTs AN03F11 and ID NO:3882 in EMBLEST:ANI239807 and in PATENTDNA:AAF11359, respectively.; Title: strong similarity to SUN family protein su1p - Schizosaccharomyces pombe; See PMID 10462482; uncharacterized protein	join(551053..551908,551971..552545)	Aspergillus niger	4981540
An07g02740	CDS	An07g02740	NT_166523.1	554689	556273	D	Remark: the ORF is rich in serine.; Remark: the similarity between the ORF and the S. pombe protein extends only over a stretch of about 200 amino acids.; Title: similarity to hypothetical protein encoded by SPAP14E8.02 - Schizosaccharomyces pombe; uncharacterized protein	join(554689..556197,556247..556273)	Aspergillus niger	84591316
An07g02750	CDS	An07g02750	NT_166523.1	557362	557658	D	Remark: the ORF is short in sequence.; hypothetical protein	557362..557658	Aspergillus niger	84591317
An07g02760	CDS	An07g02760	NT_166523.1	558233	562051	D	Function: human Upf proteins target an mRNA for nonsense-mediated decay when bound downstream of a termination codon.; Remark: NMD rids eukaryotic cells of aberrant mRNAs containing premature termination codons.; Remark: tethering of Upf of H. sapiens to the 3'UTR of beta-globin mRNA elicits nonsense-mediated decay (NMD).; Title: strong similarity to hUPF2 - Homo sapiens; See PMID 11163187; uncharacterized protein	join(558233..558251,558332..558376,558491..560592,560648..560939,560985..561142,561190..561465,561515..561820,561869..562051)	Aspergillus niger	4981543
An07g02770	CDS	An07g02770	NT_166523.1	563401	564281	R	Similarity: the ORF is shorter than the S. cerevisiae protein (270 compared to 427 amino acids), the similarity between the two proteins is very high at a central stretch of about 50 amino acids.; Title: strong similarity to hypothetical protein YKL195w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(563401..563683,563752..564281))	Aspergillus niger	4981544
An07g02780	CDS	An07g02780	NT_166523.1	564976	565882	D	Function: inv of M. musculus is essential for the left-right axis determination.; Remark: the ORF is much shorter than inv of M. musculus (273 compared to 1062 amino acids), the ORF is similar to the ankyrin domain repeated in inv of M. musculus.; Title: similarity to left-right axis determination protein inversin inv - Mus musculus; See PMID 9771707; uncharacterized protein	join(564976..565030,565072..565800,565845..565882)	Aspergillus niger	4981545
An07g02790	CDS	An07g02790	NT_166523.1	566201	566627	D	Similarity: the similarity to mTPK of M. musculus is restricted to a short stretch at the N-terminusaof the M-musczlus protein.; Title: weak similarity to thiamin pyrophosphokinase mTPK1 - Mus musculus; See PMID 10567383; uncharacterized protein	join(566201..566321,566394..566473,566586..566627)	Aspergillus niger	84591318
An07g02800	CDS	An07g02800	NT_166523.1	567745	568927	R	Similarity: the predicted ORF is 67 amino acids shorter at the N-terminus and 95 amino acids at the C-terminal end.; Title: strong similarity to hypothetical protein 2E4.30 - Neurospora crassa; uncharacterized protein	complement(join(567745..568465,568514..568753,568848..568927))	Aspergillus niger	4981547
An07g02810	CDS	An07g02810	NT_166523.1	569812	571525	R	Similarity: the predicted ORF shows similarity to several mitochondrial carrier proteins from different species.; Title: strong similarity to hypothetical mitochondrial carrier protein YMR166c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(569812..570071,570171..570593,570652..570949,571054..571344,571451..571525))	Aspergillus niger	4981548
An07g02820	CDS	An07g02820	NT_166523.1	572204	573355	R	Title: strong similarity to hypothetical protein SPBC1539.04 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(572204..572757,572814..573037,573209..573226,573288..573355))	Aspergillus niger	4981549
An07g02833	CDS	An07g02833	NT_166523.1	574336	574689	R	Title: strong similarity to EST SEQ ID NO:4186 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(574336..574689)	Aspergillus niger	84591319
An07g02840	CDS	An07g02840	NT_166523.1	575079	576419	R	Similarity: the ORF overlaps with the A. niger EST sequence in EMBLEST:BE759034 an_3317.; Title: strong similarity to cell division controll protein CDC3 - Candida albicans; See PMID 4203183; uncharacterized protein	complement(join(575079..575714,575774..576240,576305..576419))	Aspergillus niger	4981551
An07g02850	CDS	An07g02850	NT_166523.1	579071	579202	D	Remark: it is assumed, that sequences excluded from the ORF are CDS, but as the submitted sequence contains stop codons/putative frameshifts, the region was not included in the ORF sequence.; Remark: the ORF overlaps with A. niger EST in PATENTDNA:AAF11720 EST SEQ ID NO:4243.; Title: strong similarity to EST SEQ ID NO:4243 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	579071..579202	Aspergillus niger	84591320
An07g02860	CDS	An07g02860	NT_166523.1	579998	582132	R	Function: Pob3 of S. cerevisiae is an essential nuclear protein, which physically and genetically interacts with the catalytic subunit of DNA polymerase alpha and probably modulates chromatin function during replication as well as in transcription.; Similarity: the predicted ORF is 107 amino acids longer at the C-terminus than S. cerevisiae Pob3.; Title: strong similarity to chromatin modelling protein Pob3 - Saccharomyces cerevisiae; nucleus; See PMID 9199353; See PMID 10413469; See PMID 10924459; uncharacterized protein	complement(join(579998..580272,580357..580433,580487..580720,580776..580907,580961..581200,581250..581779,581856..582078,582131..582132))	Aspergillus niger	4981553
An07g02870	CDS	An07g02870	NT_166523.1	585182	588934	D	Function: Rax2 of S. cerevisiae functions as a marker, indicating the cell poles (budding direction).; Remark: Rax2 of S. cerevisiae is inherited immutably at the cell cortex for multiple generations, and is shown to have a half-life exceeding several generations.; Title: similarity to membrane protein Rax2 -Saccharomyces cerevisiae; See PMID 11110666; uncharacterized protein	join(585182..586334,586389..588641,588699..588934)	Aspergillus niger	4981554
An07g02880	CDS	An07g02880	NT_166523.1	591154	593474	D	Title: strong similarity to hypothetical protein EAA57627.1 - Aspergillus nidulans; uncharacterized protein	join(591154..591265,591334..591904,591964..592592,592651..593474)	Aspergillus niger	4981555
An07g02890	CDS	An07g02890	NT_166523.1	595721	597058	R	Function: OOG1 of R. norvegicus is a DNA repair enzyme that exicises the oxidation product 8-hydroxyguanine (8-OH-G) out of the DNA.; Remark: 8-OH-G is one of the major DNA oxidation products caused by oxygen radicals (produced metabolically or induced by external agents) and ionizing radiation.; Remark: OOG1 of R. norvegicus belongs to the OGG1 family 1.; Remark: OOG1 of R. norvegicus has two functionalities: a 8-oxoguanine-DNA-glycosylase (EC 3. 2. 2. -) and a DNA-(apurinic or apyrimidinic site) lyase (EC 4. 2. 99. 18).; Title: strong similarity to 8-oxoguanine-DNA-glycosylase OOG1 - Rattus norvegicus; nucleus; See PMID 9587483; See PMID 10426809; See PMID 10882853; uncharacterized protein	complement(join(595721..596133,596197..596318,596376..597058))	Aspergillus niger	4981556
An07g02900	CDS	An07g02900	NT_166523.1	597475	599522	D	Complex: U2AF50 of D. melanogaster forms together with the U2AF small subunit the heterodimeric pre-mRNA splicing factor U2AF.; Function: U2AF50 of D. melanogaster is necessary for the splicing of pre-mRNA.; Remark: U2AF binds site specifically to the intron pyrimidine tract between the branchpoint and the 3' splice site and targets U2 snRNP to the branch site at an early step in spliceosome assembly.; Remark: U2AF plays a critical role in 3' splice site selection.; Remark: U2AF50 of D. melanogaster belongs to the SR family of splicing factors.; Remark: the RS domains of the U2AF components of D. melanogaster are essential for RNA binding.; Similarity: the ORF is 127 amino acids shorter at the N-terminus than U2AF50 of D. melanogaster.; Title: strong similarity to splicing factor U2AF large chain U2AF50 - Drosophila melanogaster; nucleus; See PMID 9528748; See PMID 9632785; See PMID 7692602; uncharacterized protein	join(597475..597502,597565..597611,597649..598195,598253..598866,598913..599174,599224..599522)	Aspergillus niger	4981557
An07g02910	CDS	An07g02910	NT_166523.1	599766	600860	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(599766..599789,599932..599972,600035..600090,600147..600187,600344..600541,600714..600860)	Aspergillus niger	84591321
An07g02920	CDS	An07g02920	NT_166523.1	601344	601736	D	Remark: the ORF has an unusual exon/intron structure and short length (62 amino acids).; Similarity: the ORF shows similarity over a stretch of 47 amino acids to patent WO9306215-A (a hypothetical M. musculus nuclear receptor XR5).; hypothetical protein	join(601344..601390,601554..601591,601633..601736)	Aspergillus niger	84591322
An07g02930	CDS	An07g02930	NT_166523.1	603208	604950	R	hypothetical protein	complement(join(603208..604241,604298..604616,604712..604807,604855..604950))	Aspergillus niger	4981560
An07g02940	CDS	An07g02940	NT_166523.1	606266	606691	R	Remark: the ORF has an unusual exon/intron structure for A. niger and short length (80 amino acids).; Title: questionable ORF; uncharacterized protein	complement(join(606266..606326,606510..606691))	Aspergillus niger	84591323
An07g02950	CDS	An07g02950	NT_166523.1	607816	610559	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(607816..607967,608284..608638,608723..608755,608983..609057,609139..609462,609570..609645,609692..609871,610002..610088,610180..610355,610443..610559)	Aspergillus niger	84591324
An07g02960	CDS	An07g02960	NT_166523.1	611545	612627	D	Similarity: the ORF overlaps with A. niger EST from database entries EMBLEST:BE758805 (an_3049),EMBLEST:BE759822 (an_2743), EMBLEST:BE759687 (an_2554),EMBLEST:BE760011 (an_2967) and PATENTDNA:AAF12010 (EST SEQ ID NO:4002).; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S13.e - Saccharomyces cerevisiae; cytoplasm; 40S ribosomal protein uS15	join(611545..611746,611812..611844,612343..612389,612454..612627)	Aspergillus niger	4981563
An07g02970	CDS	An07g02970	NT_166523.1	612803	615519	R	Remark: the translated sequence of the ORF probably contains some introns.; Title: strong similarity to hypothetical conserved protein SPBC146.06c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(612803..612832,612887..613438,613507..614977,615020..615519))	Aspergillus niger	4981564
An07g02980	CDS	An07g02980	NT_166523.1	615812	616556	D	Similarity: the similarity of the ORF to the hypothetical protein YDR469w of S. cerevisiae is restricted to the second half of the ORF, where the homology is relatively high.; Title: similarity to hypothetical protein YDR469w -Saccharomyces cerevisiae; uncharacterized protein	join(615812..615829,616062..616369,616466..616556)	Aspergillus niger	4981565
An07g02990	CDS	An07g02990	NT_166523.1	618374	619547	R	Function: AUF1 of H. sapiens is a component of the ribonucleosomes, that binds with high affinity to mRNA molecules, which contain AU-rich elements (ARES), a process that might control mRNA turnover.; Remark: AUF1 of H. sapiens is also called heterologous nuclear ribonucleoprotein D0, HNRNP D0,AU-rich element RNA-binding protein 1 or HNRPD.; Similarity: the alignment between the ORF and AUF1 of H. sapiens encompasses solely the N-terminal half of the ORF.; Title: similarity to RNA-binding protein AUF1 - Homo sapiens; See PMID 9932457; See PMID 11514570; uncharacterized protein	complement(join(618374..618834,618897..619243,619325..619424,619508..619547))	Aspergillus niger	4981566
An07g03000	CDS	An07g03000	NT_166523.1	620300	623885	R	Function: BR140 of H. sapiens is a probable transcription regulator.; Remark: BR140 of H. sapiens is also called peregrin,bromodomain and PDH finger-containing protein 1 or BRPF1.; Remark: bromodomains are found in several DNA-binding proteins; the PHD finger is a C4HC3 zinc-finger-like motif found in nuclear proteins thought to be involved in chromatin-mediated transcriptional regulation.; Similarity: the ORF shows strong similarity to several BR140 homologues from different species.; Similarity: the similarity of the predicted ORF to BR130 of H. sapiens is locally high in the region between amino acid 337 and 828 of the ORF.; Title: strong similarity to zinc-finger protein BR140 - Homo sapiens; uncharacterized protein	complement(join(620300..621380,621430..623885))	Aspergillus niger	4981567
An07g03005	CDS	An07g03005	NT_166523.1	624501	624953	D	hypothetical protein	624501..624953	Aspergillus niger	4981568
An07g03020	CDS	An07g03020	NT_166523.1	625564	627033	R	Function: O-sialoglycoprotein endopeptidase is a neutral metalloprotease (glycoprotease), which is specific for O-sialoglycoproteins such as glycophorin A, from which the 31-Arg-|-Asp-32 bond is cleaved.; Function: O-sialoglycoprotein endopeptidases do not cleave unglycosylated proteins, desialylated glycoproteins or glycoproteins that are only N-glycosylated.; Repression: O-sialoglycoprotein endopeptidases are inhibited by EDTA (100 milli M) and 1,10-phenanthroline.; Similarity: the ORF shows strong similarity to O-sialoglycoprotein endopeptidases, especially from bacteria.; Title: strong similarity to O-sialoglycoprotein endopeptidase A1 - Pasteurella haemolytica; extracellular/secretion proteins; See PMID 9606137; See PMID 9689740; See PMID 1885539; uncharacterized protein	complement(join(625564..626400,626470..626661,626707..626854,626918..627033))	Aspergillus niger	4981569
An07g03030	CDS	An07g03030	NT_166523.1	627637	627999	R	Remark: the A. niger EST from patent WO200056762-A2 is found in PATENTDNA:AAF11604 as EST SEQ ID NO:4127.; Similarity: the ORF overlaps with A. niger ESTs an_2812 (EMBLEST:BE759877), an_2694 (EMBLEST:BE759780),an_2624 (EMBLEST:BE759723) and an_017 (EMBLEST:BE760090).; Title: strong similarity to EST SEQ ID NO:4127 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(627637..627999)	Aspergillus niger	84591325
An07g03040	CDS	An07g03040	NT_166523.1	629319	632468	R	Similarity: the similarity of the predicted ORF to the N. crassa protein is restricted to the second half of the ORFs.; Title: similarity to hypothetical protein 15E11.80 -Neurospora crassa; uncharacterized protein	complement(join(629319..631150,631226..632468))	Aspergillus niger	4981571
An07g03050	CDS	An07g03050	NT_166523.1	636069	637177	D	Similarity: the predicted ORF is 425 amino acids shorter at the N-terminus than the putative integral membrane protein SCC53. 26c of S. coelicolor and the similarity is restricted to an C-terminal region of the S. coelicolor protein.; Title: similarity to hypothetical integral membrane protein SCC53.26c - Streptomyces coelicolor; uncharacterized protein	join(636069..636102,636176..636408,636476..637177)	Aspergillus niger	4981572
An07g03060	CDS	An07g03060	NT_166523.1	638100	639158	D	hypothetical protein	join(638100..638116,638147..638257,638334..638494,638595..638782,638867..638902,638955..639158)	Aspergillus niger	84591326
An07g03070	CDS	An07g03070	NT_166523.1	640074	642398	D	Function: ARALAR2 of H. sapiens is a calcium-dependent mitochondrial metabolite (possibly anionic) carrier, which might have a role in urea cycle function.; Remark: ARALAR2 of H. sapiens is also called SLC25A13, member 13 of solute carrier family 25 or citrin.; Title: strong similarity to mitochondrial carrier protein ARALAR2 - Homo sapiens; See PMID 10369257; See PMID 10610724; See PMID 10642534; uncharacterized protein	join(640074..640253,640364..641557,641625..641787,641848..642398)	Aspergillus niger	4981574
An07g03080	CDS	An07g03080	NT_166523.1	643307	644044	R	hypothetical protein	complement(join(643307..643506,643591..644044))	Aspergillus niger	4981575
An07g03090	CDS	An07g03090	NT_166523.1	644362	650607	D	Function: bimB of A. nidulans is involved in the nuclear division, probably as a component of the mitotic spindle.; Phenotype: a conditionally lethal mutation in the bimB gene of A. nidulans disrupts the normal regulatory patterns associated with mitotic events, e. g. DNA replication occurs in the absence of the completion of mitosis at restrictive temperature and large polyploid nuclei form after several hours.; Title: strong similarity to spindle pole body component bimB - Aspergillus nidulans; See PMID 1639810; uncharacterized protein	644362..650607	Aspergillus niger	4981576
An07g03100	CDS	An07g03100	NT_166523.1	650952	652133	D	Catalytic activity: carboxylesterases catalyse a carboxylic ester + H(2)O <=> an alcohol + a carboxylic anion.; Title: strong similarity to esterase D ESD - Homo sapiens; uncharacterized protein	join(650952..651216,651335..651555,651662..651856,651948..652133)	Aspergillus niger	4981577
An07g03110	CDS	An07g03110	NT_166523.1	652388	653935	R	Remark: similarity to A. niger EST an_2343 EMBLEST:BE75951.; Similarity: the encoded protein shows also similarity to the N-terminal half of An13g02370.; Title: similarity to hypothetical protein CAD21104.1 - Neurospora crassa; uncharacterized protein	complement(join(652388..652730,652765..653185,653240..653537,653585..653632,653686..653802,653858..653935))	Aspergillus niger	4981578
An07g03120	CDS	An07g03120	NT_166523.1	655606	656795	R	Title: similarity to protein SEQ ID NO:7732 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	complement(join(655606..656142,656204..656316,656369..656795))	Aspergillus niger	4981579
An07g03130	CDS	An07g03130	NT_166523.1	657948	659475	D	Function: MMT1 of S. cerevisiae is involved in the iron import in mitochondria, which is required for the biosynthesis of heme and various iron-sulfur proteins.; Remark: the systematic name of MMT1 from S. cerevisiae is YMR177W.; Similarity: the ORF shows similarity to several cation transporters.; Similarity: the similarity of MMT1 (and MMT2=YPL224c) from S. cerevisiae to the ORF starts around amino acid 100.; Title: strong similarity to mitochondrial cation transporter Mmt1 - Saccharomyces cerevisiae; See PMID 10383398; uncharacterized protein	join(657948..658782,658850..659475)	Aspergillus niger	4981580
An07g03140	CDS	An07g03140	NT_166523.1	660494	662273	D	Catalytic activity: XKS1 of S. cerevisiae converts ATP + D-xylulose <=> ADP + D-xylulose 5-phosphate.; Function: XKS1 of S. cerevisiae is necessary for growth in culture media with D-xylulose as the sole carbon source, which can induce the production of ethanol.; Phenotype: overexpression of XKS1 from S. cerevisiae negatively influenced cell growth in xylulose.; Title: strong similarity to D-xylulokinase Xks1 -Saccharomyces cerevisiae; See PMID 9595677; See PMID 10981687; See PMID 11461146; uncharacterized protein	join(660494..660988,661056..662273)	Aspergillus niger	4981581
An07g03150	CDS	An07g03150	NT_166523.1	662883	666304	D	Function: exportin-t of H. sapiens is a tRNA receptor, that shuttles between the nucleus and cytoplasm and exports tRNA out of the nucleus in a RanGTP-dependent manner.; Title: strong similarity to nuclear tRNA export receptor exportin-t - Homo sapiens; See PMID 9512417; See PMID 9660920; uncharacterized protein	join(662883..662894,663119..665717,665765..666219,666278..666304)	Aspergillus niger	4981582
An07g03160	CDS	An07g03160	NT_166523.1	666984	668390	R	Catalytic activity: transaldolases catalyse sedoheptulose 7-phosphate + D-glyceraldehyde 3-phosphate <=> D-erythrose 4-phosphate + D-fructose 6-phosphate.; Function: transaldolases are important for the balance of metabolites in the pentose-phoshapte pathway and together with transketolase, provides a link between the glycolytic and pentose-phosphate pathways.; Title: strong similarity to transaldolase talB -Synechocystis sp.; cytoplasm; uncharacterized protein	complement(join(666984..667046,667139..667478,667557..667788,667851..667959,668030..668157,668221..668264,668314..668390))	Aspergillus niger	4981583
An07g03170	CDS	An07g03170	NT_166523.1	670840	671601	D	Catalytic activity: SDH3 of S. cerevisiae catalyzes succinate + ubiquinone <=> fumarate + ubiquinol.; Function: SDH3 of S. cerevisiae is the cytochrome b560 subunit of the respiratory complex II, which is responsible for the transfer of electrons from succinate to ubiquinone.; Induction: SDH3 of S. cerevisiae is activated in the presence of the HAP2 transcriptional activator.; Remark: SDH3 of S. cerevisiae is also called CYB3,YKL141W or YKL4.; Title: strong similarity to succinate dehydrogenase cytochrome b subunit Sdh3 - Saccharomyces cerevisiae; localisation:mitochondrion; uncharacterized protein	join(670840..670879,670938..671028,671166..671601)	Aspergillus niger	4981584
An07g03180	CDS	An07g03180	NT_166523.1	672556	673942	D	Remark: the predicted ORF contains long introns.; hypothetical protein	join(672556..672600,672688..672771,672966..673053,673282..673407,673534..673598,673688..673942)	Aspergillus niger	84591327
An07g03190	CDS	An07g03190	NT_166523.1	675311	677231	D	Title: weak similarity to hypothetical precursor of mitochondrial ribosomal protein Yml15 - Saccharomyces cerevisiae [putative sequencing error]; mitochondrial 54S ribosomal protein mL57	join(675311..675698,675769..676001,676124..676235,676313..676386,676575..676619,676996..677001,677070..677231)	Aspergillus niger	4981586
An07g03200	CDS	An07g03200	NT_166523.1	677443	679285	D	Function: AP47 of M. musculus is the medium chain of the clathrin-associated protein complex AP-1, which leads to membrane protein selection and concentation by binding to its cytoplasmic tails.; Localization: AP47 of M. musculus is a component of the plasma membrane adaptor.; Remark: AP47 is also called AP1M1, clathrin coated assembly protein AP47, Golgi adaptor AP-1 47 kDa protein,HA1 47 kDa subunit, AP-MU chain family member MU1.; Remark: a second AP-47 2 chain of M. musculus was identified recently.; Title: strong similarity to adaptor complex AP-1 medium chain AP47 - Mus musculus; See PMID 10640811; uncharacterized protein	join(677443..677481,677557..677685,677854..678083,678148..678637,678709..678912,678997..679080,679205..679285)	Aspergillus niger	4981587
An07g03210	CDS	An07g03210	NT_166523.1	680391	681464	R	Function: Gtr1 of S. cerevisiae is associated with the function of the Pho84 inorganic phosphate transporter.; Function: ragA of H. sapiens, and its homologue Gtr1p of S. cerevisiae are G proteins, which are involved in the RCC1-Ran pathway.; Localization: ragA of H. sapiens was suggested to shuttle between the cytoplasm and the nucleus, depending on the bound nucleotide state.; Similarity: the ORF overlaps with A. niger EST an_3621 (EMBLEST:BE759269).; Title: strong similarity to ras-related GTPase ragA - Homo sapiens; See PMID 8886981; See PMID 9394008; See PMID 11073942; uncharacterized protein	complement(join(680391..681198,681271..681464))	Aspergillus niger	4981588
An07g03220	CDS	An07g03220	NT_166523.1	682428	684143	R	Title: strong similarity to hypothetical conserved protein 3H10.120 - Neurospora crassa [putative sequncing errors]; uncharacterized protein	complement(join(682428..682511,682575..683167,683224..683714,683806..684143))	Aspergillus niger	4981589
An07g03230	CDS	An07g03230	NT_166523.1	684343	688271	D	hypothetical protein	join(684343..684429,684661..684729,684804..684875,685187..685285,685476..685536,685666..685729,685806..685925,686125..686211,686750..686872,686938..687126,687236..687307,687493..687551,687752..687845,687901..688168,688218..688271)	Aspergillus niger	84591328
An07g03240	CDS	An07g03240	NT_166523.1	688858	690512	R	hypothetical protein	complement(join(688858..688915,689000..689093,689161..689245,689442..689717,689797..689839,689935..690076,690129..690234,690342..690387,690463..690512))	Aspergillus niger	84591329
An07g03250	CDS	An07g03250	NT_166523.1	691101	693860	D	Title: similarity to hypothetical conserved protein B11N2.240 - Neurospora crassa; uncharacterized protein	join(691101..693689,693759..693860)	Aspergillus niger	4981592
An07g03260	CDS	An07g03260	NT_166523.1	694645	696122	R	Similarity: the ORF encoded protein shows similarity to a variety of hypothetical transporters and weak similarity to several known transporters. Additionally the ORF encoded protein contains two PFAM domains related to transport mechanisms.; Title: similarity to hypothetical protein B15I20.50 - Neurospora crassa; uncharacterized protein	complement(join(694645..695355,695418..695819,695892..696122))	Aspergillus niger	4981593
An07g03270	CDS	An07g03270	NT_166523.1	697104	697886	D	Function: AADA6 of P. aeruginosa is able to confer high level resistance to streptomycin and spectinomycin.; Title: similarity to hypothetical aminoglycoside adenylyltransferase AADA6 - Pseudomonas aeruginosa; See PMID 10673049; uncharacterized protein	697104..697886	Aspergillus niger	4981594
An07g03280	CDS	An07g03280	NT_166523.1	698699	700240	R	Function: Gcd14p of S. cerevisiae is required for the biogenesis of tRNAiMet.; Title: similarity to tRNA Met processing protein Gcd14 - Saccharomyces cerevisiae; See PMID 10330157; uncharacterized protein	complement(698699..700240)	Aspergillus niger	4981595
An07g03290	CDS	An07g03290	NT_166523.1	701154	702309	D	Catalytic activity: NADH specific Enoyl-[acyl-carrier protein] reductases convert acyl-[acyl-carrier protein] + NAD(+) to trans-2,3-dehydroacyl-[acyl-carrier protein] + NADH.; Complex: S. pneumoniae fabK contains a FAD-binding domain and is NADH specific.; Function: S. pneumoniae fabK is involved in fatty-acid biosynthesis and catalyses the reduction of enoyl-acyl-carrier-protein (ACP) during each cycle of fatty-acid elongation.; Title: strong similarity to trans-2-enoyl-ACP reductase II fabK - Streptococcus pneumoniae; See PMID 10910344; uncharacterized protein	join(701154..701196,701245..701327,701387..702115,702166..702309)	Aspergillus niger	4981596
An07g03300	CDS	An07g03300	NT_166523.1	703249	704457	D	Title: weak similarity to virion membrane glycoprotein BPRF1 - Murid herpesvirus 4; uncharacterized protein	703249..704457	Aspergillus niger	4981597
An07g03310	CDS	An07g03310	NT_166523.1	706315	706855	R	hypothetical protein	complement(join(706315..706594,706746..706855))	Aspergillus niger	84591330
An07g03320	CDS	An07g03320	NT_166523.1	707082	711908	D	Function: Kinesins are ATPases specifically moving in the direction of the positive or negative end of microtubuli.; Title: similarity to kinesin light chain KLC -Plectonema boryanum; cytoskeleton; See PMID 9212172; See PMID 10754574; See PMID 11212346; uncharacterized protein	707082..711908	Aspergillus niger	4981599
An07g03330	CDS	An07g03330	NT_166523.1	712258	713649	R	Title: similarity to hypothetical protein CG12065 -Drosophila melanogaster; uncharacterized protein	complement(712258..713649)	Aspergillus niger	4981600
An07g03340	CDS	An07g03340	NT_166523.1	715226	715813	R	Function: HYP1 of A. fumigatus is a cell wall protein regularly arranged in interwoven fascicules of clustered proteinaceous microfibrils, or rodlets, to form the outer spore coat protein. It is involved in resistance to environmental stress and may well be associated with conidial hydrophobicity. It is important in the morphogenesis of the dispersible conidia.; Remark: RODA is an alternative name for HYP1.; Similarity: belongs to the fungal hydrophobin family.; Title: strong similarity to hydrophobin hYP1 -Aspergillus fumigatus; See PMID 7927699; See PMID 7927700; uncharacterized protein	complement(join(715226..715282,715332..715420,715471..715813))	Aspergillus niger	4981601
An07g03350	CDS	An07g03350	NT_166523.1	716101	717219	D	hypothetical protein	join(716101..716183,716279..716326,716398..716720,716900..717219)	Aspergillus niger	84591331
An07g03360	CDS	An07g03360	NT_166523.1	719289	720158	D	Title: similarity to hypothetical proline-rich protein - Schizosaccharomyces pombe; uncharacterized protein	719289..720158	Aspergillus niger	4981603
An07g03370	CDS	An07g03370	NT_166523.1	720980	721718	D	Function: YAR1 is required for normal rate of cell proliferation.; Title: similarity to ankyrin-like protein Yar1 -Saccharomyces cerevisiae; See PMID 8675027; uncharacterized protein	join(720980..721193,721273..721718)	Aspergillus niger	4981604
An07g03380	CDS	An07g03380	NT_166523.1	721899	723607	R	Catalytic activity: UDP-glucose + N-acylsphingosine = UDP + D-glucosyl-N-acylsphingosine.; Function: UGCG of M. musculus is a glucosyltransferase that transfers glucose to ceramide.; Localization: UGCG of M. musculus is an integral membrane protein in the endoplasmic reticulum.; Pathway: UGCG of M. musculus catalyzes the first glycosylation step of glycosphingolipid synthesis.; Title: similarity to UDP-glucose ceramide glucosyltransferase UGCG - Mus musculus; endoplasmatic reticulum; See PMID 9623774; See PMID 9918791; uncharacterized protein	complement(join(721899..723426,723573..723607))	Aspergillus niger	4981605
An07g03390	CDS	An07g03390	NT_166523.1	724360	726042	R	Title: similarity to hypothetical protein SPBC342.06c - Schizosaccharomyces pombe; uncharacterized protein	complement(724360..726042)	Aspergillus niger	4981606
An07g03400	CDS	An07g03400	NT_166523.1	726483	727630	R	Title: weak similarity to cytoplasmic metalloproteinase mepB - Aspergillus fumigatus; uncharacterized protein	complement(join(726483..726636,726730..726879,726965..727117,727206..727425,727516..727630))	Aspergillus niger	84591332
An07g03410	CDS	An07g03410	NT_166523.1	728213	729520	R	Title: similarity to hypothetical membrane protein YDL237w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(728213..728753,728822..728946,729001..729066,729128..729159,729228..729276,729359..729520))	Aspergillus niger	4981608
An07g03420	CDS	An07g03420	NT_166523.1	730162	733232	R	Title: similarity to hypothetical protein SPAC17A5.16 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(730162..730674,730731..731245,731294..731537,731590..731943,731996..732238,732300..732379,732449..733067,733137..733232))	Aspergillus niger	4981609
An07g03430	CDS	An07g03430	NT_166523.1	733726	734677	R	Title: strong similarity to hypothetical protein CAD70902.1 - Neurospora crassa; uncharacterized protein	complement(join(733726..734389,734457..734677))	Aspergillus niger	4981610
An07g03440	CDS	An07g03440	NT_166523.1	735295	737150	D	Title: similarity to hypothetical protein YHR045w -Saccharomyces cerevisiae; uncharacterized protein	join(735295..735835,735892..736280,736334..737002,737055..737150)	Aspergillus niger	4981611
An07g03450	CDS	An07g03450	NT_166523.1	737429	738583	R	hypothetical protein	complement(join(737429..738411,738481..738583))	Aspergillus niger	4981612
An07g03460	CDS	An07g03460	NT_166523.1	738895	739774	D	Function: IMG1 of s. cerevisiae is essential for respiration and maintenance of the mitochondrial genome.; Remark: PETCR46 and YCR046c are alternative names for IMG1 og s. cerevisiae.; Title: similarity to mitochondrial ribosomal protein Img1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8771712; mitochondrial 54S ribosomal protein bL19m	join(738895..739105,739215..739590,739666..739774)	Aspergillus niger	4981613
An07g03470	CDS	An07g03470	NT_166523.1	740089	742292	R	Expression: DAL5 is a constitutively expressed allantoin system gene whose product is required for allantoate transport in yeast.; Remark: dal5 mutants of S. cerevisiae lack allantoate transport; these mutant strains also exhibit a 60% loss of allantoin transport capability.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 2651902; See PMID 3275614; See PMID 3549700; uncharacterized protein	complement(join(740089..740186,740220..740458,740518..740611,740668..740908,740960..741048,741103..741320,741377..741643,741696..741726,741777..741810,741861..741974,742038..742292))	Aspergillus niger	4981614
An07g03480	CDS	An07g03480	NT_166523.1	742384	743486	R	hypothetical protein	complement(join(742384..742617,742715..742820,742907..742991,743185..743348,743416..743486))	Aspergillus niger	84591333
An07g03490	CDS	An07g03490	NT_166523.1	744488	745493	D	hypothetical protein	join(744488..744535,744851..744877,744956..745095,745157..745219,745285..745378,745431..745493)	Aspergillus niger	84591334
An07g03500	CDS	An07g03500	NT_166523.1	745934	746619	D	Title: weak similarity to hypothetical proline-rich protein - Schizosaccharomyces pombe; uncharacterized protein	join(745934..746323,746452..746619)	Aspergillus niger	84591335
An07g03510	CDS	An07g03510	NT_166523.1	746904	748587	R	hypothetical protein	complement(join(746904..747077,747183..747267,747377..747468,747608..747735,747781..748053,748214..748271,748360..748468,748523..748587))	Aspergillus niger	84591336
An07g03520	CDS	An07g03520	NT_166523.1	748643	749445	D	Catalytic activity: pcbera reduces the benzylic ether functionalities of both dehydrodiconiferyl alcohol and dihydrodehydrodiconiferyl alcohol.; Remark: the ORF encoded protein is C-terminally truncated due to the contig border.; Title: similarity to phenylcoumaran benzylic ether reductase pcbera - Populus trichocarpa [truncated ORF]; See PMID 10066819; uncharacterized protein	join(748643..748729,748814..749098,749167..>749445)	Aspergillus niger	4981619
An07g03530	CDS	An07g03530	NT_166523.1	749672	749878	R	hypothetical protein	complement(749672..749878)	Aspergillus niger	84591337
An07g03540	CDS	An07g03540	NT_166523.1	750645	751126	R	Title: strong similarity to hypothetical protein encoded by An02g00500 - Aspergillus niger; uncharacterized protein	complement(join(750645..750997,751102..751126))	Aspergillus niger	84591338
An07g03550	CDS	An07g03550	NT_166523.1	751773	752041	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(751773..751933,752026..752041)	Aspergillus niger	84591339
An07g03560	CDS	An07g03560	NT_166523.1	752077	752705	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(752077..752328,752583..752705)	Aspergillus niger	84591340
An07g03570	CDS	An07g03570	NT_166523.1	752751	753752	R	Function: sou2 of C. albicans is required for L-sorbose assimilation.; Similarity: the ORF shows similarity to several short chain dehydrogenases/reductases from different species and with variuos substrate specificities.; Title: strong similarity to sorbitol utilization protein sou2 - Candida albicans; uncharacterized protein	complement(join(752751..752998,753054..753437,753503..753752))	Aspergillus niger	4981624
An07g03580	CDS	An07g03580	NT_166523.1	754231	754873	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(754231..754509,754666..754703,754705..754873))	Aspergillus niger	84591341
An07g03590	CDS	An07g03590	NT_166523.1	755340	757895	D	Remark: the ORF shows similarity to several proline-rich or and serine-rich proteins.; hypothetical protein	755340..757895	Aspergillus niger	4981626
An07g03600	CDS	An07g03600	NT_166523.1	758016	759212	R	Function: chloride channels have several functions in the regulation of cell volume, membrane potential stabilization, signal transduction and transepithelial transport.; Phenotype: clc1 mutant mice (ADR) are a model for recessive autosomal myotonia, in addition to Cl-conductance, many other parameters are changed in muscles of homozygous animals.; Similarity: the ORF shows similarity to several choride channels from different species, which are involved in various cellular processes.; Similarity: the similarity to the chloride channel proteins starts around amino acid 50 of the ORF.; Title: similarity to chloride channel protein clc1 -Mus musculus; See PMID 1659665; uncharacterized protein	complement(join(758016..758079,758486..758869,758947..759212))	Aspergillus niger	4981627
An07g03610	CDS	An07g03610	NT_166523.1	759803	760392	R	Title: similarity to hypothetical protein B13C5.110 - Neurospora crassa; uncharacterized protein	complement(join(759803..760326,760377..760392))	Aspergillus niger	4981628
An07g03620	CDS	An07g03620	NT_166523.1	761185	763115	D	Induction: the mRNA of cnaA in A. nidulans varies in a cell cycle-dependent manner with maximal levels found early in G1 and considerably before the G1/S boundary.; Phenotype: gene disruption of cnaA in A. nidulans by homologous recombination leads to growth-arrest and reveals that the cells they are blocked early in the cell cycle.; Title: strong similarity to calcineurin chain cnaA -Aspergillus nidulans; See PMID 11289309; uncharacterized protein	join(761185..761302,761388..761719,761778..762035,762091..763001,763052..763115)	Aspergillus niger	4981629
An07g03630	CDS	An07g03630	NT_166523.1	763630	765608	D	Title: strong similarity to hypothetical protein B11N2.220 - Neurospora crassa; uncharacterized protein	join(763630..763993,764067..764202,764267..765608)	Aspergillus niger	4981630
An07g03640	CDS	An07g03640	NT_166523.1	766961	767642	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(766961..767030,767232..767376,767424..767462,767564..767642)	Aspergillus niger	84591342
An07g03650	CDS	An07g03650	NT_166523.1	768013	769208	D	hypothetical protein	join(768013..768085,768179..768229,768318..768484,768551..768628,768718..768932,769016..769074,769162..769208)	Aspergillus niger	84591343
An07g03660	CDS	An07g03660	NT_166523.1	769337	770601	D	Similarity: the ORF also overlaps with A. niger ESTs EMBLEST:BE759068, EMBLEST:BE75998, EMBLEST:BE760671 and EST SEQ ID NO:4064 from patent WO200056762-A2.; Similarity: the encoded protein also shows similarity to An09g00630.; Title: similarity to hypothetical protein CAD37045.1 - Neurospora crassa; uncharacterized protein	join(769337..769352,769485..769613,769684..769924,770196..770601)	Aspergillus niger	4981633
An07g03670	CDS	An07g03670	NT_166523.1	771131	774453	D	Function: syg1 of S. cerevisiae mediates response to, or transduces signals through, G-protein beta or G beta gamma, e. g. the mating pheromone-initiated signal.; Phenotype: the mutant SYG1 delta 340 in S. cerevisiae can suppress the cell cycle arrest associated with gpa1, but the cells retain a differentiated morphology.; Remark: syg1 of S. cerevisiae is also called YIL047C.; Remark: the ORF shows similarity to the xenotropic and polytropic murine retrovirus receptors of several mouse species.; Title: strong similarity to plasma membrane receptor Syg1 - Saccharomyces cerevisiae; plasma membrane; See PMID 7592711; uncharacterized protein	join(771131..771144,771221..771275,771380..772824,772901..773093,773141..773314,773364..773453,773506..774453)	Aspergillus niger	4981634
An07g03680	CDS	An07g03680	NT_166523.1	774966	775929	D	Function: qutR of A. nidulans is active in the signal-transduction pathway that regulates transcription of the quinic acid utilization (qut) gene cluster in A. nidulans.; Phenotype: mutations in the qutR gene of A. nidulans alter qutR function such that the transcription of the qut gene cluster is permanently on (constitutive phenotype) or is insensitive to the presence of quinate (super-repressed phenotype).; Title: strong similarity to repressor protein qutR -Aspergillus nidulans; See PMID 8704987; See PMID 10926843; uncharacterized protein	join(774966..775118,775186..775256,775335..775929)	Aspergillus niger	4981635
An07g03690	CDS	An07g03690	NT_166523.1	776767	778546	R	Function: ata1 of H. sapiens mediates Na+-dependent transport of system A neutral amino acids.; Induction: ata1 of H. sapiens is adaptively stimulated upon amino acid starvation of cultured human fibroblasts.; Similarity: the ORF shows similarity to several puatative membrane proteins/putative transporters from different species and with various function.; Title: strong similarity to amino acid transporter ata2 - Homo sapiens; See PMID 10930503; See PMID 11172802; uncharacterized protein	complement(join(776767..777555,777622..777850,777901..778255,778330..778412,778491..778546))	Aspergillus niger	4981636
An07g03710	CDS	An07g03710	NT_166523.1	780219	781493	D	Remark: the ORF is questionable due to the presence of only a single long exon.; Title: questionable ORF; uncharacterized protein	780219..781493	Aspergillus niger	4981637
An07g03720	CDS	An07g03720	NT_166523.1	781660	782717	R	Catalytic activity: NAD-dependent 15-hydroxyprostaglandin dehydrogenases catalyse (5Z,13E)-(15S)-11-alpha,15-dihydroxy-9-oxoprost-13-enoate + NAD(+) <=> (5Z,13E)-11-alpha-hydroxy-9,15-dioxoprost-13-enoate + NADH.; Function: hpgd of R. norvegicus is involved in the reduction of prostaglandin E2, F2alpha and B1, but not of prostaglandin D2.; Title: strong similarity to NAD-dependent 15-hydroxyprostaglandin dehydrogenase hpgd - Rattus norvegicus; See PMID 9099857; uncharacterized protein	complement(join(781660..781689,781739..782263,782363..782610,782666..782717))	Aspergillus niger	4981638
An07g03730	CDS	An07g03730	NT_166523.1	783511	784936	D	Title: strong similarity to hypothetical protein ybiU - Escherichia coli; uncharacterized protein	join(783511..783711,783767..784936)	Aspergillus niger	4981639
An07g03740	CDS	An07g03740	NT_166523.1	785396	788381	D	Similarity: the ORF also shows strong similarity to the probable membrane protein YCL045c of S. cerevisiae.; Title: strong similarity to hypothetical protein SPAC25H1.07 - Schizosaccharomyces pombe; uncharacterized protein	join(785396..785949,786011..788255,788340..788381)	Aspergillus niger	4981640
An07g03750	CDS	An07g03750	NT_166523.1	789323	790824	R	Function: sec14 of Y. lipolytica is a phosphatidylglycerol/phosphatidylinositol transfer protein required for differentiation of the dimorphic yeast from the yeast to the mycelial form.; Remark: sec14 of Y. lipolytica is also called PI/PC TP.; Similarity: the predicted ORF is around 80 amino acoids longer at its C-terminal end than sec14 of several species, but 65 amino acids shorter than EC14 of Y. lipolytica.; Title: strong similarity to phosphatidylinositol-phosphatidylcholine transfer protein SEC14 - Yarrowia lipolytica; See PMID 11179668; uncharacterized protein	complement(join(789323..789835,789896..790276,790333..790474,790562..790824))	Aspergillus niger	4981641
An07g03760	CDS	An07g03760	NT_166523.1	791424	794299	R	Function: snd1 of H. sapiens is as coactivator involved in gene transcription probably by interacting with TFIIE and other myb transcription factors.; Phenotype: H. sapiens snd1 overexpression specifically augmented EBNA 2 acidic domain-mediated activation of gene transcription.; Phenotype: snd1 of H. sapiens is essential for normal cell growth, since cell viability was reduced by antisense p100 RNA and restored by sense p100 RNA expression.; Title: strong similarity to 100 kDa coactivator snd1 - Homo sapiens; See PMID 7651391; See PMID 9003410; See PMID 9041650; See PMID 11124528; uncharacterized protein	complement(join(791424..793937,794162..794299))	Aspergillus niger	4981642
An07g03770	CDS	An07g03770	NT_166523.1	795231	796188	R	Catalytic activity: superoxide dismutases convert 2 peroxide radical + 2 H(+) <=> O(2) + H(2)O(2).; Function: superoxide dismutases (SOD) are ubiquitous metalloproteins that prevent damage by oxygen-mediated free radicals by catalysing the dismutation of superoxide into molecular oxygen and hydrogen peroxide.; Repression: potassium cyanide and diethyldithiocarbamate, known Cu,Zn SOD inhibitors, caused inhibition of the purified sodC of A. fumigatus at working concentrations of 0. 25 mM, whilst sodium azide and o-phenanthroline demonstrated inhibition at higher concentrations (10-30 mM).; Similarity: the ORF overlaps with A. niger ESTs EMBLEST:BE759823, EMBLEST:BE76050 and EMBLEST:BE760712.; Title: strong similarity to Cu,Zn superoxide dismutase sodC - Aspergillus fumigatus; See PMID 7633574; uncharacterized protein	complement(join(795231..795253,795325..795421,795486..795817,796176..796188))	Aspergillus niger	4981643
An07g03780	CDS	An07g03780	NT_166523.1	796678	798632	R	Remark: A. niger EST EMBLEST:AN741 shows weak similarity to the predicted ORF.; hypothetical protein	complement(join(796678..796771,796858..796924,797075..797129,797214..797281,797400..797411,797496..797591,797816..798016,798071..798191,798263..798406,798516..798632))	Aspergillus niger	84591344
An07g03790	CDS	An07g03790	NT_166523.1	798807	799499	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(798807..798930,799243..799341,799453..799499))	Aspergillus niger	84591345
An07g03800	CDS	An07g03800	NT_166523.1	799962	800466	R	hypothetical protein	complement(join(799962..800223,800363..800466))	Aspergillus niger	84591346
An07g03810	CDS	An07g03810	NT_166523.1	802159	802339	D	Catalytic activity: thymidylate synthases convert 5,10-methylenetetrahydrfolate + DUMP = dihydrofolate + DTMP.; Function: SPAC15E1. 04 of S. pombe is involved in deoxyribonucleotide biosynthesis.; Remark: the prediction of the ORF structure is questionable, as its lenght is only 49 amino acids.; Title: weak similarity to hypothetical thymidylate synthase-like DNA metabolism protein SPAC15E1.04 -Schizosaccharomyces pombe; uncharacterized protein	join(802159..802204,802236..802339)	Aspergillus niger	84591347
An07g03820	CDS	An07g03820	NT_166523.1	803293	803619	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(803293..803300,803418..803619))	Aspergillus niger	84591348
An07g03830	CDS	An07g03830	NT_166523.1	805511	806181	D	Function: panB of A. nidulans is part of an alkaline ambient pH signal transduction pathway, which senses ambient pH and transduces a signal to trigger the transcription factor PacC processing.; Function: the panB regulated protein pacC of A. nidulans is a zinc finger transcriptional regulator, which is, at alkaline ambient pH, proteolytically processed to a functional form serving as an activator of alkaline-expressed genes and a repressor of acid-expressed genes.; Similarity: the predicted ORF is 700 amino acids shorter than the calpain-like protease PalBory from A. oryzae and the similarity is only high in its C-terminus starting with amino acid 108.; Similarity: the similarity of the ORF to the palB protein of A. nidulans is restricted to a structural domain of calpain-related proteins with unknown function (domain III).; Title: weak similarity to calpain-like cysteine protease palB - Aspergillus nidulans; uncharacterized protein	join(805511..805656,805758..805938,806047..806181)	Aspergillus niger	84591349
An07g03840	CDS	An07g03840	NT_166523.1	806237	807442	D	hypothetical protein	join(806237..806251,806426..806512,806760..806843,806928..807079,807157..807232,807344..807442)	Aspergillus niger	84591350
An07g03850	CDS	An07g03850	NT_166523.1	807599	808773	R	Catalytic activity: tal1 of S. cerevisiae catalyses sedoheptulose 7-phosphate + D-glyceraldehyde 3-phosphate <=> D-erythrose 4-phosphate + D-fructose 6-phosphate.; Function: tal1 of S. cerevisiae is important for the balance of metabolites in the pentose-phosphate pathway.; Phenotype: tal1 transaldolase-deficient S. cerevisiae strains accumulated sedoheptulose 7-phosphate,an intermediate of the pentose-phosphate pathway.; Remark: tal1 of S. cerevisiae is also called L9638. 6 or YLR354c.; Similarity: the ORF overlaps with A. niger ESTs EMBLEST:BE760370 and EMBLEST:BE759174.; Title: strong similarity to transaldolase Tal1 -Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	complement(join(807599..807835,807891..808274,808341..808655,808735..808773))	Aspergillus niger	4981651
An07g03860	CDS	An07g03860	NT_166523.1	810022	817966	R	Protein sequence is in conflict with the conceptual translation; Function: lvsA (volume sphere A) of D. discoideum has an important role in a membrane-processing pathway that is essential for cytokinesis, probable by regulating lysosomal membrane traffic, as it shows homology to the beige protein.; Similarity: the ORF overlaps with A. niger EST an_3046, EMBLEST:BE758802.; Similarity: the predicted ORF is 1107 amino acid shorter at its N-terminus than lvsA of D. discoideum.; Title: strong similarity to beige protein homolog lvsA - Dictyostelium discoideum [putative sequencing error]; putative sequencing error; See PMID 10588668; uncharacterized protein	complement(join(810022..810051,810115..810279,810340..810552,810615..810920,810988..811142,811217..815137,815243..815413,815476..817966))	Aspergillus niger	4981652
An07g03870	CDS	An07g03870	NT_166523.1	820029	820579	D	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 117 amino acids long.; Title: questionable ORF; uncharacterized protein	join(820029..820105,820303..820579)	Aspergillus niger	84591351
An07g03880	CDS	pepC	NT_166523.1	821957	823576	D	Gene-ID: pepC; Mapping: pepC from A. niger is mapped to chromosome IV (LG IV); see list from DSM, PUBMED 9309173.; Remark: the proposed gene model of pepC from A. niger differs from the published sequence because an additional intron was introduced (based on cDNA data). This new model has higher homology with the P. citrinum alkaline serine protease Pen c2.; Similarity: the ORF overlaps with A. niger EST an_3439 (EMBLEST:BE759117), the sequence for A. niger subtilisin-like serine protease pepC (EMBL:ANPEPC) and patent AU9336959-A decribing the subtilisin-like serine protease PEPC from A. niger (PATENTDNA:AAQ52535).; Similarity: the predicted ORF varies from the protein sequence of PATENTPROT:AAR44433 and PIR JU0146 in the two positions S398P and R525L.; serine proteinase pepC-Aspergillus niger	join(821957..822325,822396..823331,823388..823576)	Aspergillus niger	4981654
An07g03890	CDS	An07g03890	NT_166523.1	824465	825411	R	Catalytic activity: S. cerevisiae cdc34 catalyses ATP + ubiquitin + protein lysine = AMP + pyrophosphate + protein N-ubiquityllysine.; Function: S. cerevisiae cdc34 catalyzes the covalent attachment of ubiquitin to several protein, which finally leads to degradation by the proteasome.; Phenotype: mutants in the gene CDC34 of S. cerevisiae are defective in the transition from G1 to the S phase of the cell cycle, a process, which is also controlled by the degradation of cyclin-dependent kinases.; Remark: cdc34 of S. cerevisiae is also called ubc3,DNA6 or YDR054C.; Remark: the ORF overlaps with database entries containing the 3' untranslated region of pepC from A. niger, which is encoded on ORF 30WK.; Title: strong similarity to ubiquitin conjugating enzyme Cdc34 - Saccharomyces cerevisiae; See PMID 8939846; See PMID 10975521; uncharacterized protein	complement(join(824465..824964,825097..825298,825346..825411))	Aspergillus niger	4981655
An07g03900	CDS	An07g03900	NT_166523.1	826041	826611	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 78 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(826041..826132,826189..826288,826567..826611))	Aspergillus niger	84591352
An07g03910	CDS	An07g03910	NT_166523.1	826901	827658	D	Remark: the ORF has a suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(826901..826984,827072..827182,827311..827658)	Aspergillus niger	84591353
An07g03920	CDS	An07g03920	NT_166523.1	827795	832863	D	Function: bile acid transport essentially takes place out of mammalian hepatocytes into the bile.; Remark: YBT1 of S. cerevisiae is also called BAT1 or YLL048.; Similarity: the ORF shows strong similarity to several ABC-transporters from different species and with various substrate specificities.; Title: strong similarity to bile acid transporter Ybt1 - Saccharomyces cerevisiae; uncharacterized protein	join(827795..827859,827937..829066,829127..832863)	Aspergillus niger	4981658
An07g03930	CDS	An07g03930	NT_166523.1	834417	835662	D	Remark: the intron-exon structure is suboptimal.; hypothetical protein	join(834417..835132,835457..835603,835659..835662)	Aspergillus niger	4981659
An07g03940	CDS	An07g03940	NT_166523.1	835856	839043	R	Function: the amdA transcriptional activator from A . nidulans is involved in the induction of the A. nidulans structual gene amdS (acetamidase), i. e. mediates acetate induction.; Phenotype: semi-dominant mutations in the amdA gene of A. nidulans lead to elevated expression of the gene encoding acetamidase amdS.; Similarity: the ORF shows homology to several DNA binding regulatory proteins.; Title: strong similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; See PMID 8119589; See PMID 9126617; uncharacterized protein	complement(join(835856..836082,836154..836569,836650..837685,837750..838040,838093..838527,838635..838845,838966..839043))	Aspergillus niger	4981660
An07g03950	CDS	An07g03950	NT_166523.1	839165	840112	D	Function: Clkr27 of C. lanceolata is an integral part of the fatty acid synthase type II, which is involved in fatty acid biosynthesis.; Similarity: the ORF shows similarity to several oxidoreductases from different species with various cellular activities.; Title: strong similarity to beta-ketoacyl-ACP reductase Clkr27 - Cuphea lanceolata; uncharacterized protein	join(839165..839222,839286..839741,839817..840112)	Aspergillus niger	4981661
An07g03960	CDS	An07g03960	NT_166523.1	840382	842101	R	Catalytic activity: amidases catalyse a monocarboxylic acid amide + H(2)O <=> a monocarboxylate + NH(3).; Similarity: the ORF shows strong similarity to amidases from several species.; Title: strong similarity to amidase - Rhodococcus sp.; See PMID 2001397; uncharacterized protein	complement(join(840382..841319,841375..841997,842073..842101))	Aspergillus niger	4981662
An07g03970	CDS	An07g03970	NT_166523.1	842758	844286	D	Remark: the gene product of the mtr locus of N. crassa is required for the transport of neutral aliphatic and aromatic amino acids via the N system.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; uncharacterized protein	join(842758..842947,843004..843433,843488..844286)	Aspergillus niger	4981663
An07g03980	CDS	An07g03980	NT_166523.1	845335	847003	R	Function: OSM1 of P. grisea is involved in controlling the response to hyperosmotic stress by regulating cellular turgor.; Induction: exposure of M. grisea appressoria to external hyperosmotic stress induced OSM1-dependent production of arabitol, which acts as the major compatible solute to accumulating glycerol.; Phenotype: M. grisea delta OSM1 mutants showed a dramatically reduced ability to accumulate arabitol in the mycelium.; Title: strong similarity to osmotic sensitivity MAP Kinase OSM1 - Pyricularia grisea; See PMID 10521531; uncharacterized protein	complement(join(845335..845527,845578..845761,845831..845909,845961..846317,846368..846467,846534..846577,846632..846761,846845..846892,846948..847003))	Aspergillus niger	4981664
An07g03990	CDS	An07g03990	NT_166523.1	847670	851715	R	Function: SPCC1739. 03 of S. pombe is possibly involved in the decay of mRNA containing nonsense codons.; Similarity: the ORF overlaps with A. niger ESTs Nig022 (EMBLEST:AN74) and Nig022c (EMBLEST:AN742).; Title: strong similarity to hypothetical ATP binding protein SPCC1739.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(847670..847766,847828..847948,847984..848092,848240..848504,848666..848759,848826..850837,850910..851268,851329..851715))	Aspergillus niger	4981665
An07g04000	CDS	An07g04000	NT_166523.1	853160	855208	D	Function: SPT8 of S. cerevisiae is a member of the yeast SAGA complex, in which SPT8 is required for TBP function at particular promoters probably by promoting a functional interaction between SPT3 and TBP.; Phenotype: mutations in SPT8 of S. cerevisiae confer phenotypes similar to those caused by particular mutations in SPT15, which encodes the TATA-binding protein (TBP).; Similarity: due to the presence of a WD-repeat motive, the ORF shows homology to beta transducin-like proteins, which is a subunit of G-proteins.; Title: strong similarity to transcription factor Spt8 - Saccharomyces cerevisiae; See PMID 8088510; See PMID 10101163; See PMID 10611242; uncharacterized protein	join(853160..853199,853262..854071,854372..854918,854986..855208)	Aspergillus niger	4981666
An07g04010	CDS	An07g04010	NT_166523.1	855718	856779	R	hypothetical protein	complement(855718..856779)	Aspergillus niger	4981667
An07g04020	CDS	An07g04020	NT_166523.1	857201	858660	D	Function: SKY1 of S. cerevisiae is regulating the targeting of serine/arginine-rich pre-mRNA splicing factors.; Phenotype: S. cerevisiae SKY1 mutants shows slow growth and decreased in vivo phosphorylation of the shuttling protein NPl3.; Similarity: the ORF is 317 amino acids shorter than SKY1 of S. cerevisiae; Similarity: the ORF shows similarity to several protein kinases with different cellular functions.; Title: strong similarity to protein kinase Sky1 -Saccharomyces cerevisiae; See PMID 10225947; See PMID 10318902; See PMID 11113192; uncharacterized protein	join(857201..857490,857561..857871,857927..858267,858325..858660)	Aspergillus niger	4981668
An07g04030	CDS	An07g04030	NT_166523.1	859005	860198	D	Similarity: the hypothetical protein SPBC19C2. 08 of S. pombe is 124 amino acid shorter than the predicted ORF.; Title: strong similarity to hypothetical protein SPBC19C2.08 - Schizosaccharomyces pombe; uncharacterized protein	join(859005..859758,859855..860070,860164..860198)	Aspergillus niger	4981669
An07g04040	CDS	An07g04040	NT_166523.1	860275	861862	R	Similarity: the similarity of the ORF to the putative protein mlr7324 of M. loti is restricted to the second half of the ORF.; Title: similarity to hypothetical protein mlr7324 -Mesorhizobium loti; uncharacterized protein	complement(join(860275..860755,860812..861277,861346..861862))	Aspergillus niger	4981670
An07g04050	CDS	An07g04050	NT_166523.1	862061	862966	R	hypothetical protein	complement(join(862061..862120,862217..862315,862421..862581,862721..862796,862880..862966))	Aspergillus niger	84591354
An07g04060	CDS	An07g04060	NT_166523.1	863500	864545	D	Remark: the A. niger patent WO200056762-A2has database entry number PATENTDNA:AAF11789 SEQ ID NO:4312.; Title: strong similarity to EST SEQ ID NO:4312 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(863500..863626,863741..864034,864093..864296,864349..864545)	Aspergillus niger	84591355
An07g04070	CDS	An07g04070	NT_166523.1	864827	866124	R	Function: WSC4 of S. cerevisiae is believed to be involved in RHO protein signal transduction, cell wall organization and biogenesis, and heat shock response.; Remark: WSC4 of S. cerevisiae is also called YHC8 or YHL028W.; Similarity: the similarity of the predicted ORF to WSC4 of S. cerevisiae is restricted to its N-terminal half (ending with amino acid 194) and the ORF is 292 amino acids shorter.; Title: similarity to stress response receptor Wsc4 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(864827..864844,864900..865427,865680..865951,866001..866124))	Aspergillus niger	4981673
An07g04080	CDS	An07g04080	NT_166523.1	866883	867815	D	Remark: the predicted ORF contains on unusually long intron.; Title: questionable ORF; uncharacterized protein	join(866883..867093,867433..867815)	Aspergillus niger	84591356
An07g04090	CDS	An07g04090	NT_166523.1	868153	869563	D	Remark: the patent WO200056762-A2 is found in PATENTDNA:AAF11704 SEQ ID NO:4227.; Title: similarity to EST SEQ ID NO:4227 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(868153..868490,868683..868780,868885..868939,869380..869563)	Aspergillus niger	84591357
An07g04100	CDS	An07g04100	NT_166523.1	869712	870289	R	Similarity: shares local similarity with a N-terminally located domain of fatty acid amide hydrolase from Rattus norvegicus.; hypothetical protein	complement(join(869712..869828,870022..870090,870194..870289))	Aspergillus niger	84591358
An07g04110	CDS	An07g04110	NT_166523.1	870763	871211	D	Similarity: shows local similarity to a highly conserved domain of mammalian RAG2 proteins.; Title: weak similarity to hypothetical recombination activating protein 2 RAG2 - Pteropus giganteus; uncharacterized protein	join(870763..870924,871029..871211)	Aspergillus niger	84591359
An07g04120	CDS	An07g04120	NT_166523.1	872823	874791	R	Similarity: a blast search produces multiple randomly distributed matches to diverse Arg/Glu- and Pro-rich proteins.; hypothetical protein	complement(join(872823..873098,873239..873731,873784..873859,873918..874791))	Aspergillus niger	4981678
An07g04130	CDS	An07g04130	NT_166523.1	875693	877705	R	Function: Rad30 of S. cerevisiae is capable of error-free replication of UV-damaged DNA.; Function: Rad30 of S. cerevisiae transgresses cis-syn T-T dimers which normally block DNA replication progress and incorporates two adenines in the daughter strand.; Remark: possible sequencing error at position 51965 altering the intron donor GT to GA, alternatively this might be a rare splice site or the ORF might indeed be unspliced (the annotated intron is in frame).; Remark: the C-terminal third of Eso1 of S. pombe is homologous to and shares the function of the sister chromatid cohesion establishment protein Eco1 of S. cerevisiae.; Remark: the N-terminal two thirds of Eso1 of S. pombe are homologous to and share the function of DNA polymerase eta (Rad30) of S. cerevisiae which is involved in cis-syn T-T dimer translesion DNA synthesis.; Similarity: the A. niger ORF also shows strong similarity to DNA polymerase eta (Rad30) of S. cerevisiae (sytematic gene name YDR419w).; Similarity: the A. niger ORF shows similarity only to the N-terminal two thirds of Eso1 of S. pombe which are homologous to DNA polymerase eta (Rad30) of S. cerevisiae.; Title: strong similarity to sister chromatid cohesion protein eso1p - Schizosaccharomyces pombe [putative sequencing error]; See PMID 9974380; See PMID 10601233; See PMID 10779336; uncharacterized protein	complement(875693..877705)	Aspergillus niger	4981679
An07g04140	CDS	An07g04140	NT_166523.1	878361	880986	D	hypothetical protein	join(878361..878536,878652..878888,878969..879075,879183..879279,879553..879733,879809..879909,880028..880114,880222..880277,880361..880382,880474..880581,880637..880704,880832..880986)	Aspergillus niger	84591360
An07g04147	CDS	An07g04147	NT_166523.1	881223	882409	D	Remark: the EST sequence matches the complementary strand.; Title: similarity to EST an_1643 - Aspergillus niger; uncharacterized protein	join(881223..881434,881719..882409)	Aspergillus niger	84591361
An07g04160	CDS	An07g04160	NT_166523.1	882695	883745	D	Similarity: the blastp produces a staggering amount of random hits against diverse proline-rich (eg expansin-like) proteins.; Title: strong similarity to FLO11 gene expression regulator An34 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	join(882695..882820,882958..883002,883038..883745)	Aspergillus niger	4981682
An07g04170	CDS	An07g04170	NT_166523.1	885199	886831	D	Remark: the cDNA encoding LckSH3 domain-combining protein is patented under PATENTDNA:X40398.; Title: weak similarity to LckSH3 domain-combining protein from patent JP11080196-A - Homo sapiens; uncharacterized protein	join(885199..885361,885447..886831)	Aspergillus niger	4981683
An07g04180	CDS	An07g04180	NT_166523.1	887551	887881	R	Catalytic activity: NADH + H(+) + ubiquinone = NAD(+) + ubiquinol.; Complex: complex I is composed of about 40 different subunits.; Function: complex I of N. crassa transfers electrons from NADH to the respiratory chain (ubiquinone).; Function: the 9. 5 kD subunit of complex I of N. crassa binds ubiquinone.; Similarity: the CDS is identical to the A. niger EST sequence from the DNA patent PATENTDNA:F11443 (Aspergillus niger EST SEQ ID NO:3966).; Title: strong similarity to 9.5 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; See PMID 1445878; See PMID 1445879; uncharacterized protein	complement(join(887551..887597,887698..887881))	Aspergillus niger	4981684
An07g04190	CDS	An07g04190	NT_166523.1	888310	889879	D	Catalytic activity: dolichyl diphosphooligosaccharide + protein L-Asn = dolichyl diphosphate + a glycoprotein with the oligosaccharide chain attached by glycosylamine linkage to protein L-Asn.; Complex: DDOST of G. gallus is an heterotrimeric complex of a 67kD (ribophorin I), a 63/64 kD (ribophorin II) and a 48 kD subunit.; Function: N-oligosaccharyl transferase catalyses the transfer of a high-mannose oligosaccharide from a lipid-linked oligosaccharide donor onto asparagine acceptor sites within an Asn-X-Ser/Thr consensus motif in newly synthesized proteins.; Function: the 48kD chain constitutes an essential subunit of N-oligosaccharyl transferase of G. gallus.; Remark: an alternative name for DDOST is N-oligosaccharyltransferase.; Title: strong similarity to dolichyl-diphosphooligosaccharide--protein glycosyltransferase 48kD chain DDOST - Gallus gallus; endoplasmatic reticulum; See PMID 8175777; uncharacterized protein	join(888310..888451,888519..888629,888694..889397,889460..889879)	Aspergillus niger	4981685
An07g04200	CDS	An07g04200	NT_166523.1	891174	892651	D	Catalytic activity: triacylglycerol + H2O = diacylglycerol + a fatty acid anion.; Localization: triacylglycerol lipase of C. familiaris is secreted.; Title: strong similarity to precursor of triacylglycerol lipase - Canis lupus; extracellular/secretion proteins; See PMID 10520456; See PMID 1935982; uncharacterized protein	join(891174..891288,891354..892651)	Aspergillus niger	4981686
An07g04210	CDS	An07g04210	NT_166523.1	892689	893399	R	hypothetical protein	complement(join(892689..892754,892891..893196,893244..893399))	Aspergillus niger	84591362
An07g04220	CDS	An07g04220	NT_166523.1	893596	894596	D	hypothetical protein	join(893596..893708,893755..893790,893869..893999,894085..894257,894455..894478,894534..894596)	Aspergillus niger	84591363
An07g04230	CDS	An07g04230	NT_166523.1	894718	895418	D	Title: weak similarity to outer membrane protein from patent WO9640893-A1 - Helicobacter pylori; uncharacterized protein	join(894718..894736,894765..894778,894840..895038,895129..895418)	Aspergillus niger	84591364
An07g04240	CDS	An07g04240	NT_166523.1	895982	897120	D	Function: krev-1 of N. crassa is probably involved in the regulation of sexual cycle progression.; Phenotype: overexpression of krev-1 from N. crassa in S. cerevisiae resulted in a random budding pattern.; Similarity: belongs to the ras superfamily of small GTPases.; Title: strong similarity to low-molecular-weight GTP/GDP-binding protein krev-1 - Neurospora crassa; See PMID 9267439; uncharacterized protein	join(895982..895992,896074..896105,896179..896205,896267..896346,896395..896417,896500..896528,896585..896594,896697..897120)	Aspergillus niger	4981690
An07g04250	CDS	An07g04250	NT_166523.1	898181	899585	R	Title: strong similarity to hypothetical protein encoded by An05g02120 - Aspergillus niger; uncharacterized protein	complement(join(898181..898215,898285..898310,898343..898770,898818..899095,899192..899585))	Aspergillus niger	4981691
An07g04260	CDS	An07g04260	NT_166523.1	900030	901655	R	Catalytic activity: acetyl-CoA + acetoacetyl-CoA + H2O = (S)-3-hydroxy-3-methyglutaryl-CoA + CoA-SH.; Function: HMGS of S. cerevisiae condenses acetyl-CoA with acetoacetyl-CoA to form hydroxymethylglutaryl-CoA,which is the substrate for HMG-CoA reductase leading to mevalonate.; Pathway: HMGS of S. cerevisiae is involved in the ergosterol biosynthesis pathway.; Remark: an alternative name for HMGS is ERG13.; Title: strong similarity to 3-hydroxy-3-methylglutaryl-CoA synthase Erg13 -Saccharomyces cerevisiae; See PMID 6148937; See PMID 9784867; uncharacterized protein	complement(join(900030..900167,900248..900379,900448..901370,901441..901543,901596..901655))	Aspergillus niger	4981692
An07g04270	CDS	An07g04270	NT_166523.1	902818	904611	R	Catalytic activity: MCC of H. sapiens converts 3-methylcrotonyl-CoA to 3-methylglutaconyl-CoA utilizing bicarbonate.; Catalytic activity: the carboxylation of 3-methylcrotonyl-CoA is energy-driven by the hydrolysis of ATP to ADP and phosphate.; Complex: MCCB of H. sapiens forms part of MCC consisting of one alpha and several beta subunits.; Pathway: MCC of H. sapiens catalyses a critical step in the leucine degradation pathway.; Title: strong similarity to 3-methylcrotonyl-CoA carboxylase (MCC) non-biotin-containing beta subunit MCCB -Homo sapiens; localisation:mitochondrion; See PMID 11170888; See PMID 11181649; See PMID 11406611; uncharacterized protein	complement(join(902818..903112,903170..904611))	Aspergillus niger	4981693
An07g04280	CDS	An07g04280	NT_166523.1	905038	906639	D	Catalytic activity: AtIVD activity requires FAD as a cofactor.; Catalytic activity: AtIVD of A. thaliana catalyzes the conversion of isovaleryl-CoA to 3-methylcrotonyl-CoA.; Complex: AtIVD of A. thaliana probably forms a homodimer.; Function: AtIVD of A. thaliana is also able to metabolize the valine degradation intermediate isobutyryl-CoA.; Function: the electrons from the substrate are transferred via ETF (electron-transferring flavoprotein) and ETF-dehydrogenase to ubiquinol.; Pathway: AtIVD of A. thaliana catalyzes an intermediate step in the leucine degradation pathway.; Title: strong similarity to isovaleryl-coenzyme A dehydrogenase AtIVD - Arabidopsis thaliana; localisation:mitochondrion; See PMID 11402190; uncharacterized protein	join(905038..905221,905282..905369,905422..905516,905574..905809,905884..906161,906225..906639)	Aspergillus niger	4981694
An07g04290	CDS	An07g04290	NT_166523.1	906805	907851	R	Function: MARCKS of patent Y95899 is involved in the regulation of mucus secretion.; Similarity: other matches with bettter expect values were rejected due to length incongruency.; Similarity: weakly homologous to protein of patent database entry PATENTPROT:Y95899.; Title: weak similarity to myristoylated alanine-rich C kinase substrate MARCKS from patent WO200050062-A2 -Homo sapiens; uncharacterized protein	complement(join(906805..907674,907774..907851))	Aspergillus niger	4981695
An07g04300	CDS	An07g04300	NT_166523.1	908365	910909	D	Catalytic activity: MCC of H. sapiens converts 3-methylcrotonyl-CoA to 3-methylglutaconyl-CoA utilizing bicarbonate.; Catalytic activity: the carboxylation of 3-methylcrotonyl-CoA is energy-driven by the hydrolysis of ATP to ADP and phosphate.; Complex: MCCA of H. sapiens forms part of MCC consisting of one alpha and several beta subunits.; Function: MCCA of H. sapiens binds biotin.; Pathway: MCC of H. sapiens catalyses a critical step in the leucine degradation pathway.; Title: strong similarity to 3-methylcrotonyl-CoA carboxylase (MCC) biotin-containing alpha subunit MCCA -Homo sapiens; localisation:mitochondrion; See PMID 11170888; See PMID 11181649; See PMID 11401427; See PMID 11406611; uncharacterized protein	join(908365..908519,908599..908797,908856..908953,909001..910624,910856..910909)	Aspergillus niger	4981696
An07g04310	CDS	An07g04310	NT_166523.1	911932	912445	R	hypothetical protein	complement(join(911932..912075,912131..912258,912340..912445))	Aspergillus niger	84591365
An07g04320	CDS	An07g04320	NT_166523.1	913028	914041	D	Catalytic activity: D-arabinitol + NAD(+) = D-ribulose + NADH(+).; Title: strong similarity to NAD-dependent D-arabinitol dehydrogenase ard - Candida tropicalis; See PMID 7698655; uncharacterized protein	join(913028..913205,913259..913334,913387..913812,913861..914041)	Aspergillus niger	4981698
An07g04330	CDS	An07g04330	NT_166523.1	915384	918113	R	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Title: similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	complement(915384..918113)	Aspergillus niger	84591366
An07g04340	CDS	An07g04340	NT_166523.1	918302	920028	R	hypothetical protein	complement(join(918302..918483,918608..919448,919556..919705,919746..919880,919966..920028))	Aspergillus niger	4981699
An07g04350	CDS	An07g04350	NT_166523.1	920291	921498	D	hypothetical protein	join(920291..921268,921313..921498)	Aspergillus niger	4981701
An07g04360	CDS	An07g04360	NT_166523.1	922076	925193	R	hypothetical protein	complement(join(922076..922119,922187..922262,922344..922428,922976..925073,925130..925193))	Aspergillus niger	84591367
An07g04370	CDS	An07g04370	NT_166523.1	925280	926074	R	hypothetical protein	complement(join(925280..925301,925343..925435,925574..925731,925813..925871,925987..926074))	Aspergillus niger	84591368
An07g04380	CDS	An07g04380	NT_166523.1	927002	927791	D	hypothetical protein	join(927002..927072,927163..927222,927317..927506,927622..927672,927774..927791)	Aspergillus niger	84591369
An07g04390	CDS	An07g04390	NT_166523.1	928727	930482	D	Catalytic activity: oxidizes 6-hydroxy-D-nicotine to 6-hydroxy-N-methylmyosmine.; Complex: FAD is noncovalently bound to A. oxidans 6-HDNO.; Function: A. oxidans 6-HDNO is involved in nicotine-acetyl-CoA catabolism.; Title: similarity to 6-Hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3622516; uncharacterized protein	join(928727..929834,929869..930482)	Aspergillus niger	4981705
An07g04400	CDS	An07g04400	NT_166523.1	931535	931783	D	Function: the C. reinhardtii class V protein is postulated to be a component of the zygote cell wall.; Title: strong similarity to class V zygote-specific protein - Chlamydomonas reinhardtii; See PMID 1552907; uncharacterized protein	931535..931783	Aspergillus niger	84591370
An07g04410	CDS	An07g04410	NT_166523.1	932537	933505	D	Title: similarity to hypothetical protein encoded by An16g01460 - Aspergillus niger; uncharacterized protein	932537..933505	Aspergillus niger	84591371
An07g04420	CDS	An07g04420	NT_166523.1	933667	937341	R	Catalytic activity: beta-galactosidases hydrolyse terminal, non-reducing beta-D-galactose residues in beta-D-galactosides.; Function: A. niger lacA is involved in carbohydrate utilisation.; Induction: high expression of A. niger lacA was detected on arabinose, xylose, xylan, and pectin.; Title: strong similarity to secreted beta-galactosidase lacA - Aspergillus niger; extracellular/secretion proteins; See PMID 10347026; See PMID 1368193; uncharacterized protein	complement(join(933667..933909,933981..935482,935579..935703,935756..935792,935848..935962,936041..936427,936486..936638,936706..936847,936900..936943,937005..937053,937109..937341))	Aspergillus niger	4981708
An07g04430	CDS	An07g04430	NT_166523.1	938608	940287	R	Function: S. pombe Ght2 shows substrate specificity for D-glucose.; Function: expression of the S. pombe Ght1, Ght2,Ght5, and Ght6 genes in the S. cerevisiae mutant RE700A functionally complement its D-glucose uptake-deficient phenotype.; Similarity: S. pombe Ght2 belongs to the sugar porter subfamily within the major facilitator superfamily.; Similarity: the C-terminal region of the predicted A. niger ORF is identical to EST an_0692 Aspergillus niger,EMBLEST:BE760803.; Title: strong similarity to hexose transporter ght2p - Schizosaccharomyces pombe; plasma membrane; See PMID 10735857; uncharacterized protein	complement(join(938608..938881,938941..940200,940238..940287))	Aspergillus niger	4981709
An07g04440	CDS	An07g04440	NT_166523.1	940405	941987	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(940405..940528,940668..940823,940874..941042,941204..941332,941423..941528,941655..941987)	Aspergillus niger	84591372
An07g04450	CDS	An07g04450	NT_166523.1	942596	943481	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(942596..942838,942930..943031,943114..943234,943390..943481)	Aspergillus niger	84591373
An07g04460	CDS	An07g04460	NT_166523.1	943541	944201	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(943541..943842,943933..944062,944124..944201))	Aspergillus niger	84591374
An07g04470	CDS	An07g04470	NT_166523.1	944420	946125	D	Catalytic activity: cholinesterases convert an acylcholine + H(2)O to choline + a carboxylic acid anion.; Title: strong similarity to butyrylcholinesterase BChE - Oryctolagus cuniculus; See PMID 7925428; uncharacterized protein	join(944420..944955,945010..945090,945149..945554,945610..946125)	Aspergillus niger	4981713
An07g04480	CDS	An07g04480	NT_166523.1	946297	949590	R	Similarity: the C-terminal region of the predicted A. niger protein shows similarity to the C-terminal domain of S. coelicolor SCD8A. 32c.; Similarity: the N-terminus of the predicted A. niger protein shows similarity to the acidic C-terminal domain of two mRNA interacting proteins from S. cerevisiae, NMD2 and IFS1.; Title: strong similarity to hypothetical protein EAA64298.1 - Aspergillus nidulans; uncharacterized protein	complement(join(946297..947369,947418..949590))	Aspergillus niger	4981714
An07g04490	CDS	An07g04490	NT_166523.1	950172	952342	D	Similarity: similarity is from the central region of the predicted A. niger protein to the central region of human trans-Golgi 230p, which is 1700 aa longer.; Title: weak similarity to trans-Golgi p230 - Homo sapiens; See PMID 8626529; uncharacterized protein	join(950172..950353,950422..950656,950729..950927,950985..951407,951462..952342)	Aspergillus niger	4981715
An07g04500	CDS	An07g04500	NT_166523.1	954451	956143	D	Remark: blastp with the predicted A. niger protein only retrieves random hits to serine and proline rich proteins.; hypothetical protein	join(954451..954556,954614..954789,954860..956143)	Aspergillus niger	4981716
An07g04510	CDS	An07g04510	NT_166523.1	956447	957039	R	hypothetical protein	complement(join(956447..956557,956656..957039))	Aspergillus niger	4981717
An07g04520	CDS	An07g04520	NT_166523.1	958331	959973	R	Remark: ORF 5'truncated due to end of contig.; Title: weak similarity to hypothetical protein K06A9.1a - Caenorhabditis elegans [truncated ORF]; uncharacterized protein	complement(join(958331..959268,959325..>959973))	Aspergillus niger	4981718
An07g04530	CDS	An07g04530	NT_166523.1	960159	962368	D	Remark: ORF 5'truncated due to end of contig.; Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF [truncated ORF]; uncharacterized protein	join(<960159..960374,960503..960681,960770..960901,961091..961195,961361..961541,961814..961929,962045..962285,962360..962368)	Aspergillus niger	84591375
An07g04540	CDS	An07g04540	NT_166523.1	962959	964775	D	Title: similarity to hypothetical protein SPBC1685.08 - Schizosaccharomyces pombe; uncharacterized protein	join(962959..963311,963471..963752,963804..964054,964108..964775)	Aspergillus niger	4981720
An07g04550	CDS	An07g04550	NT_166523.1	965637	966957	D	Title: strong similarity to hypothetical yellow-related protein - Deinococcus radiodurans; uncharacterized protein	join(965637..965918,966004..966222,966283..966957)	Aspergillus niger	84591376
An07g04560	CDS	An07g04560	NT_166523.1	967317	968559	D	Function: A. parasiticus norA has norsolorinic acid reductase (NOR) activity.; Function: A. parasiticus norA is genomically localised within the aflatoxin biosynthetic cluster and has been implicated in aflatoxin biosynthesis.; Induction: A. parasiticus norA mRNA and protein is present only when the fungus is grown in medium conducive to aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Similarity: A. parasiticus norA belongs to the aldo/keto reductase 2 family.; Title: strong similarity to norsolorinic acid reductase norA - Aspergillus parasiticus; See PMID 8593042; uncharacterized protein	join(967317..968043,968123..968559)	Aspergillus niger	4981722
An07g04570	CDS	An07g04570	NT_166523.1	970058	970709	R	Function: N. crassa Hex1 is required for the assembly of the Woronin body, a new category of peroxisome with a function in the maintenance of cellular integrity.; Function: deletion of HEX1 in N. crassa eliminates Woronin bodies from the cytoplasm and results in hyphae that exhibit a cytoplasmic-bleeding phenotype in response to cell lysis.; Localization: in N. crassa immunoelectron microscopy shows localization of Hex1 to the matrix of the Woronin body.; Remark: a possible sequencing error leads to a frame shift.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to hex1 - Aspergillus nidulans [putative frameshift]; peroxisome; putative frameshift; See PMID 10783241; uncharacterized protein	complement(<970058..970709)	Aspergillus niger	84591377
An07g04580	CDS	An07g04580	NT_166523.1	972377	973379	R	hypothetical protein	complement(join(972377..972542,972610..972668,972762..973127,973242..973379))	Aspergillus niger	4981724
An07g04590	CDS	An07g04590	NT_166523.1	974395	977625	R	Function: human SRm300, a 300-kDa nuclear matrix antigen, functions in splicing by promoting critical interactions between splicing factors bound to pre-mRNA,including snRNPs and SR family proteins.; Function: specific depletion of human SRm300 does not prevent the splicing of pre-mRNAs.; Remark: ORF 5'truncated due to end of contig.; Title: similarity to splicing coactivator subunit SRm300 - Homo sapiens [truncated ORF]; nucleus; See PMID 10668804; uncharacterized protein	complement(974395..>977625)	Aspergillus niger	84591378
An07g04600	CDS	An07g04600	NT_166523.1	977751	978503	R	Remark: ORF 3'truncated due to end of contig.; Remark: blastp with the predicted A. niger protein only retrieves random hits to serine rich proteins.; hypothetical protein [truncated ORF]	complement(join(<977751..978407,978468..978503))	Aspergillus niger	4981725
An07g04610	CDS	An07g04610	NT_166523.1	979269	980480	D	Catalytic activity: epoxide hydrolases convert an epoxide + H(2)O to a glycol.; Function: rat epoxide hydrolase acts on epoxides (alkene oxides, oxiranes) and arene oxides, degrading potential toxic epoxides and determining steady state levels of physiological mediators.; Localization: rat epoxide hydrolase has been localised to the microsomal fraction.; Title: similarity to epoxide hydrolase - Rattus norvegicus; See PMID 8349641; See PMID 10720753; uncharacterized protein	979269..980480	Aspergillus niger	4981727
An07g04620	CDS	An07g04620	NT_166523.1	980767	981643	R	Similarity: the predicted A. niger ORF is identical to two sets of A. niger ESTs, an_2385 and an_3026 aligning for the first 390 bp, while an_3615, an_2148 and an_1658 align from bp 400 on.; Title: strong similarity to hypothetical protein EAA60744.1 - Aspergillus nidulans; uncharacterized protein	complement(join(980767..980973,981056..981369,981430..981643))	Aspergillus niger	4981728
An07g04630	CDS	An07g04630	NT_166523.1	981915	983000	D	Remark: an error occured concerning the TREMBL accesion no. which should read AF137223 instead of AF137223_1.; Title: weak similarity to mixed lineage leukemia-like protein Mll - Chanos chanos; See PMID 10468597; uncharacterized protein	join(981915..982053,982148..982343,982449..982524,982805..982853,982942..983000)	Aspergillus niger	84591379
An07g04640	CDS	An07g04640	NT_166523.1	984425	985394	D	hypothetical protein	join(984425..984962,985048..985394)	Aspergillus niger	4981730
An07g04650	CDS	An07g04650	NT_166523.1	985808	987912	R	Catalytic activity: exo-beta-1,3-glucanases successively hydrolyse beta-D-glucose units from the non-reducing ends of 1,3-beta-D-glucans, releasing alpha-glucose.; Function: S. cerevisiae BGL2 shows lectin-like binding to beta-1,3-glucan and chitin and is involved in carbohydrate utilisation.; Similarity: similarity is from the C-terminal region of the predicted A. niger protein to S. cerevisiae BGL2,which is 300 aa shorter.; Title: similarity to glucan 1,3-beta-glucosidase Bgl2 - Saccharomyces cerevisiae; cell wall; See PMID 2509432; uncharacterized protein	complement(join(985808..985952,986003..987566,987633..987912))	Aspergillus niger	4981731
An07g04660	CDS	An07g04660	NT_166523.1	989702	993319	R	Title: similarity to hypothetical protein CAD25113.1 - Encephalitozoon cuniculi; See PMID 2690004; uncharacterized protein	complement(join(989702..990441,990800..991861,991962..992214,993245..993319))	Aspergillus niger	4981732
An07g04670	CDS	An07g04670	NT_166523.1	993674	993923	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(993674..993802,993906..993923)	Aspergillus niger	84591380
An07g04680	CDS	An07g04680	NT_166523.1	995524	995922	D	Remark: blastp shows significant similarity (57% positives) between the predicted A. niger protein and P. falciparum PFC0920w but due to shortness of both peptides the calculated probability is low (p=1,5).; Title: similarity to hypothetical histone H2A variant PFC0920w - Plasmodium falciparum; uncharacterized protein	join(995524..995680,995771..995922)	Aspergillus niger	84591381
An07g04690	CDS	An07g04690	NT_166523.1	1003333	1004755	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1003333..1003529,1003702..1003801,1003856..1003930,1004165..1004352,1004455..1004542,1004660..1004698,1004741..1004755))	Aspergillus niger	84591382
An07g04695	CDS	An07g04695	NT_166523.1	1005344	1005529	D	hypothetical protein	join(1005344..1005398,1005507..1005529)	Aspergillus niger	84591383
An07g04700	CDS	An07g04700	NT_166523.1	1006217	1009257	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to serine and argenine rich proteins.; hypothetical protein	complement(join(1006217..1006248,1006372..1006416,1006474..1006784,1006877..1006997,1007256..1007393,1007445..1009257))	Aspergillus niger	4981737
An07g04710	CDS	An07g04710	NT_166523.1	1010345	1010937	D	Similarity: similarity is from the predicted A. niger protein to the N-terminal region of human engrailed 1, which is 150 aa longer.; Title: weak similarity to homeotic protein engrailed 1 - Homo sapiens; uncharacterized protein	join(1010345..1010458,1010486..1010612,1010705..1010937)	Aspergillus niger	84591384
An07g04720	CDS	An07g04720	NT_166523.1	1011889	1012407	R	hypothetical protein	complement(join(1011889..1012026,1012228..1012295,1012326..1012407))	Aspergillus niger	84591385
An07g04730	CDS	An07g04730	NT_166523.1	1013804	1015349	R	Remark: also strong similarity to human Gene #6 associated peptide #4 patent WO200107459-A1.; Title: strong similarity to gene #6 associated peptide #4 from patent WO200107459-A1 - Homo sapiens; uncharacterized protein	complement(join(1013804..1014258,1014487..1014641,1014698..1015187,1015241..1015250,1015284..1015349))	Aspergillus niger	4981740
An07g04740	CDS	An07g04740	NT_166523.1	1015403	1018041	R	Remark: a splice site was detected upstream of the START codon.; hypothetical protein	complement(join(1015403..1015720,1015888..1016087,1016207..1016278,1016387..1016765,1016859..1017268,1017395..1017513,1017746..1018041))	Aspergillus niger	84591386
An07g04750	CDS	An07g04750	NT_166523.1	1018849	1019732	R	Title: questionable ORF; uncharacterized protein	complement(join(1018849..1018955,1019453..1019732))	Aspergillus niger	84591387
An07g04760	CDS	An07g04760	NT_166523.1	1020417	1021627	R	Remark: only a glycin rich region is matching to homologe proteins.; hypothetical protein	complement(join(1020417..1020539,1020695..1020791,1020909..1020933,1021009..1021064,1021140..1021192,1021239..1021327,1021606..1021627))	Aspergillus niger	84591388
An07g04770	CDS	An07g04770	NT_166523.1	1023945	1027527	R	Remark: the highly acidic nature of the NF-180 sidearm, makes it unlikely that phosphorylation of sidearm residues regulates interfilament spacing and axon diameter through global electrostatic repulsion of the carboxy-terminus away from the filament backbone.; Title: similarity to neurofilament subunit NF-180 -Petromyzon marinus; See PMID 7770000; uncharacterized protein	complement(join(1023945..1024705,1024803..1026686,1026735..1027527))	Aspergillus niger	4981744
An07g04780	CDS	An07g04780	NT_166523.1	1028320	1035861	D	Catalytic activity: ATP + H2O = ADP + orthophosphate.; Remark: overexpression of myo2+ results in the inhibition of cytokinesis; cells become elongated and multinucleate and fail to assemble a functional cytokinetic actin ring and are either aseptate or form aberrant septa.; Remark: these results suggest that a contractile actin-myosin based cytokinetic mechanism appeared early in the evolution of eukaryotic cells and further emphasise the utility of fission yeast as a model organism in which to study the molecular and cellular basis of cytokinesis.; Title: strong similarity to myosin II myo2p -Schizosaccharomyces pombe; See PMID 9415380; uncharacterized protein	join(1028320..1028775,1028833..1028976,1029040..1029224,1029279..1035270,1035338..1035774,1035855..1035861)	Aspergillus niger	4981745
An07g04790	CDS	An07g04790	NT_166523.1	1036515	1037448	D	Remark: Isy1p is part of the splicing machinery,associated with spliceosomes throughout the splicing reactions. At least a portion of the Isy1 protein population is associated with snRNAs; low levels of U5 and U6 snRNAs are coimmunoprecipitated specifically with Isy1p.; Remark: also strong similarity to Human ORFX ORF1702 polypeptide sequence SEQ ID NO:3404 patent WO200058473-A2.; Remark: alternative name is Isy1p.; Title: strong similarity to pre-mRNA splicing factor Utr3 - Saccharomyces cerevisiae; See PMID 10094305; uncharacterized protein	join(1036515..1036517,1036693..1037448)	Aspergillus niger	4981746
An07g04800	CDS	An07g04800	NT_166523.1	1037719	1038802	R	Function: the patent holder claims the GTP-binding protein to be important for treating and/or diagnosing diseases associated with GBAP (guanosine triphosphate-binding associated proteins) expression, such as cancer, diabetes and asthma, but nothing is mentioned about direct involvement in signal transduction.; Remark: strong similarity to human GTP-binding associated protein #8 of patent WO200105970-A2 found in PATENTPROT:AAB68508.; Title: strong similarity to GTP-binding associated protein #8 from patent WO200105970-A2 - Homo sapiens; uncharacterized protein	complement(join(1037719..1038462,1038536..1038802))	Aspergillus niger	4981747
An07g04810	CDS	An07g04810	NT_166523.1	1039477	1041701	D	Remark: YNL275w encodes a nonglycosylated anion transport protein, localized to the plasma membrane. The protein did not bind to concanavalin A by lectin blotting or lectin affinity chromatography. The expressed protein bound specifically to a stilbene disulfonate inhibitor resin (SITS-Affi-Gel), and this binding could be competed by certain anions (HCO3-, Cl-, NO3-, and I-) but not by others (SO4(2-) and PO4(3-)).; Title: strong similarity to anion transporter YNL275w - Saccharomyces cerevisiae; See PMID 11401825; uncharacterized protein	join(1039477..1039937,1039991..1040084,1040143..1041074,1041131..1041701)	Aspergillus niger	4981748
An07g04820	CDS	An07g04820	NT_166523.1	1041966	1044738	R	Catalytic activity: ATP + 1-phosphatidyl-1D-myo-inositol = ADP + 1-phosphatidyl-1D-myo-inositol 3-phosphate.; Pathway: inositol phosphate metabolism.; Remark: mammalian Vps34p plays a direct role in targeting lysosomal enzyme precursors to the endocytic pathway in an analogous fashion to its role in the fusion of early endocytic vesicles with endosomes.; Similarity: belongs to the class III phosphoinositide 3-kinases.; Title: strong similarity to phosphatidylinositol 3-kinase vps34 - Rattus norvegicus; See PMID 11171063; uncharacterized protein	complement(join(1041966..1044612,1044680..1044738))	Aspergillus niger	4981749
An07g04830	CDS	An07g04830	NT_166523.1	1045247	1046695	D	Title: similarity to hypothetical protein BAA90881.1 - Homo sapiens; uncharacterized protein	join(1045247..1045553,1045610..1046455,1046514..1046695)	Aspergillus niger	4981750
An07g04840	CDS	An07g04840	NT_166523.1	1047425	1048368	D	Title: weak similarity to protein fragment SEQ ID NO:33868 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(1047425..1047557,1047680..1048368)	Aspergillus niger	4981751
An07g04850	CDS	An07g04850	NT_166523.1	1048838	1049878	R	Title: strong similarity to hypothetical protein AAM96660.1 - Sphingobium chlorophenolicum; uncharacterized protein	complement(1048838..1049878)	Aspergillus niger	4981752
An07g04860	CDS	An07g04860	NT_166523.1	1052554	1054546	D	Function: in pancreatic beta-cells, the high Km glucose transporter GLUT2 catalyzes the first step in glucose-induced insulin secretion by glucose uptake.; Induction: the expression of GLUT2 is regulated by glucose at the transcriptional level.; Title: similarity to hepatic glucose transport protein GLUT2 - Mus musculus; plasma membrane; See PMID 7929431; See PMID 1765007; uncharacterized protein	join(1052554..1052582,1052638..1052875,1052977..1053134,1053373..1054031,1054084..1054222,1054273..1054546)	Aspergillus niger	4981753
An07g04870	CDS	An07g04870	NT_166523.1	1055048	1057055	R	Function: RAD53 controls S-phase checkpoint as well as G1 and G2 DNA damage checkpoints.; Function: RAD53 phosphorylates proteins on serine,threonine, and tyrosine.; Localization: RAD53 was localized to the nucleus by immunofluorescence.; Phenotype: RAD53 is essential for viability.; Title: similarity to protein kinase Rad53 -Saccharomyces cerevisiae; nucleus; See PMID 1899289; See PMID 8355715; uncharacterized protein	complement(join(1055048..1055836,1055890..1056426,1056475..1056691,1056757..1057055))	Aspergillus niger	84591389
An07g04880	CDS	An07g04880	NT_166523.1	1057443	1059400	D	Title: weak similarity to translation initiation factor eIF-2 alpha chain kinase HCR - Rattus norvegicus; uncharacterized protein	join(1057443..1057498,1057550..1059062,1059257..1059304,1059362..1059400)	Aspergillus niger	4981755
An07g04890	CDS	An07g04890	NT_166523.1	1059592	1060038	R	hypothetical protein	complement(join(1059592..1059690,1059735..1059816,1060019..1060038))	Aspergillus niger	84591390
An07g04900	CDS	An07g04900	NT_166523.1	1062103	1062851	D	Remark: The EST sequence is from Aspergillus niger but deviates in several positions from the sequence of the genomic DNA.; Title: strong similarity to EST an_2589 -Aspergillus niger; uncharacterized protein	join(1062103..1062165,1062242..1062398,1062464..1062651,1062708..1062757,1062815..1062851)	Aspergillus niger	4981757
An07g04910	CDS	An07g04910	NT_166523.1	1062916	1065313	R	Title: weak similarity to protein SEQ ID NO:7732 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	complement(join(1062916..1063125,1063260..1063264,1063440..1063514,1063623..1064449,1064628..1065165,1065226..1065313))	Aspergillus niger	4981758
An07g04920	CDS	An07g04920	NT_166523.1	1065618	1068623	D	Title: similarity to hypothetical protein CAD37023.1 - Neurospora crassa; uncharacterized protein	join(1065618..1065819,1065893..1065912,1066039..1066188,1066307..1066398,1066624..1067112,1067171..1068623)	Aspergillus niger	4981759
An07g04930	CDS	An07g04930	NT_166523.1	1070212	1072089	R	Title: weak similarity to secreted polypeptide SEQ ID NR:98 from patent WO2003093453-A2 - Bacillus licheniformis; uncharacterized protein	complement(join(1070212..1070246,1070420..1071035,1071090..1071900,1072067..1072089))	Aspergillus niger	4981760
An07g04940	CDS	An07g04940	NT_166523.1	1074321	1075463	D	Complex: HOC1 is a subunit of the ANP1-HOC1-MNN11-MNN9 mannosyltransferase complex of the Golgi involved in cell wall integrity.; Golgi; Localization: Immunofluorescence studies localized HOC1 to the Golgi apparatus.; Remark: In S. cerevisiae many of the N-linked glycans on cell wall and periplasmic proteins are modified by the addition of mannan, a large mannose-containing polysaccharide.; Similarity: HOC1 strongly resembles OCH1, a yeast alpha-1,6-mannosyltransferase.; Title: strong similarity to alpha-1,6-mannosyltransferase Hoc1 - Saccharomyces cerevisiae; See PMID 9055074; See PMID 11095735; uncharacterized protein	join(1074321..1075380,1075435..1075463)	Aspergillus niger	4981761
An07g04950	CDS	An07g04950	NT_166523.1	1075735	1078262	R	Title: weak similarity to hypothetical protein KIAA1394 - Homo sapiens; uncharacterized protein	complement(join(1075735..1075915,1076228..1078148,1078217..1078262))	Aspergillus niger	4981762
An07g04960	CDS	An07g04960	NT_166523.1	1079092	1084294	R	Title: similarity to hypothetical beta transducin-like protein het-e1 - Podospora anserina; uncharacterized protein	complement(join(1079092..1082170,1082225..1082797,1082857..1083241,1083297..1083413,1083471..1083684,1083749..1083786,1083847..1084294))	Aspergillus niger	4981763
An07g04970	CDS	An07g04970	NT_166523.1	1084686	1085576	D	Title: similarity to hypothetical protein encoded by An15g02610 - Aspergillus niger; uncharacterized protein	join(1084686..1085201,1085253..1085576)	Aspergillus niger	84591391
An07g04980	CDS	An07g04980	NT_166523.1	1086211	1088121	R	Function: translocation of neutral aliphatic and aromatic amino acids across the plasma membrane of the ascomycete Neurospora crassa requires a functional gene product of the mtr locus.; Title: similarity to N amino acid transport system protein mtr - Neurospora crassa; plasma membrane; See PMID 1838345; See PMID 2843424; uncharacterized protein	complement(join(1086211..1086297,1086348..1086463,1086519..1086546,1086598..1086795,1086854..1087068,1087127..1087270,1087346..1087677,1087725..1087797,1087863..1087876,1087949..1088121))	Aspergillus niger	4981765
An07g04990	CDS	An07g04990	NT_166523.1	1089169	1090075	R	Title: strong similarity to hypothetical protein SPBC365.16 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1089169..1089585,1089625..1089850,1089936..1090075))	Aspergillus niger	4981766
An07g05000	CDS	An07g05000	NT_166523.1	1090850	1092753	D	Catalytic activity: 1-pyrroline-5-carboxylate + NAD(+) + H(2)O = L-glutamate + NADH.; Induction: PUT2 expression is induced by proline.; Pathway: PUT2 catalyzes the second step in the conversion from proline to glutamate.; Remark: proline is converted to glutamate in the yeast S. cerevisiae by the sequential action of two enzymes, proline oxidase and delta 1-pyrroline-5-carboxylate dehydrogenase.; Title: strong similarity to 1-pyrroline-5-carboxylate dehydrogenase precursor Put2 -Saccharomyces cerevisiae; See PMID 3062363; See PMID 6358862; uncharacterized protein	join(1090850..1090990,1091054..1091526,1091579..1092525,1092581..1092753)	Aspergillus niger	4981767
An07g05010	CDS	An07g05010	NT_166523.1	1093774	1095145	D	Remark: faoP has a covalently bound flavin adenine dinucleotide as a prosthetic group.; Remark: faoP is a fructosyl valine-specific enzyme.; Remark: faoP is an enzyme that can be used for the determination of glycated proteins in blood samples from diabetic patients.; Title: strong similarity to fructosyl amino acid oxidase faoP - Penicillium janthinellum; See PMID 8534116; uncharacterized protein	join(1093774..1093986,1094024..1095145)	Aspergillus niger	4981768
An07g05020	CDS	An07g05020	NT_166523.1	1095254	1097016	R	Title: weak similarity to regulator protein Uga3 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1095254..1096410,1096466..1096705,1096756..1096837,1096939..1097016))	Aspergillus niger	4981769
An07g05030	CDS	An07g05030	NT_166523.1	1098104	1100110	R	Title: weak similarity to arylsulfotransferase astA - Eubacterium rectale; uncharacterized protein	complement(join(1098104..1099312,1099376..1100110))	Aspergillus niger	4981770
An07g05040	CDS	An07g05040	NT_166523.1	1103491	1104997	D	Function: PUT1 converts proline to delta-1-pyrroline-5-carboxylate.; Induction: PUT1 expression is induced by proline and oxygen in the cell.; Localization: PUT1 has a characteristic mitochondrial import signal and the enzyme is localized in the mitochondrial matrix.; Pathway: PUT1 catalyzes the first step in the conversion from proline to glutamate.; Title: strong similarity to proline oxidase Put1 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 3125423; See PMID 3537723; uncharacterized protein	join(1103491..1104116,1104196..1104997)	Aspergillus niger	4981771
An07g05050	CDS	An07g05050	NT_166523.1	1105682	1106596	D	Catalytic activity: L-proline + NAD(P)(+) <=> 1-pyrroline-5-carboxylate + NAD(P)H.; Pathway: P5CR catalyzes the final step in proline biosynthesis.; Title: similarity to pyrroline-5-carboxylate reductase P5CR - Neurospora crassa; See PMID 7565596; uncharacterized protein	1105682..1106596	Aspergillus niger	4981772
An07g05060	CDS	An07g05060	NT_166523.1	1107540	1108928	R	Title: strong similarity to protein kinase catalytic chain homolog DC2 - Drosophila sp.; See PMID 3215511; uncharacterized protein	complement(join(1107540..1108259,1108364..1108488,1108557..1108625,1108715..1108928))	Aspergillus niger	4981773
An07g05070	CDS	An07g05070	NT_166523.1	1108966	1109344	D	hypothetical protein	join(1108966..1109076,1109123..1109344)	Aspergillus niger	84591392
An07g05080	CDS	An07g05080	NT_166523.1	1109655	1110592	R	Function: vacuolar ATPase are responible for acidifying a variety of intracellular compartment in eukaryotic cells.; Phenotype: vacuoles in the VMA11-disrupted S. cerevisiae cells were not assembled with either subunit c or subunits a and b of the H(+)-ATPase, resulting in defects of the activity and in vivo vacuolar acidification.; Remark: vma11 of S. cerevisiae is also called TFP3.; Title: strong similarity to vacuolar H(+)-transporting ATPase chain c - Saccharomyces cerevisiae; See PMID 9030535; See PMID 1491234; See PMID 10825180; See PMID 1830311; uncharacterized protein	complement(join(1109655..1109697,1109748..1109833,1109895..1109979,1110044..1110156,1110227..1110309,1110379..1110391,1110451..1110468,1110545..1110592))	Aspergillus niger	4981775
An07g05090	CDS	An07g05090	NT_166523.1	1111689	1115452	D	Function: ROM1 of S. cerevisiae acts as GDP-GTP exchange protein (GEP) for the Rho1p small GTP-binding protein, which is e. g. required for bud formation.; Remark: other names for the ROM1 protein of S. cerevisiae are protein kinase C suppressor SKC1 or YGR070W.; Similarity: the predicted ORF shows strong similarity to several GDP/GTP exchange proteins, the strongest similarity is found to a predicted rho1 protein of S. pombe.; Title: strong similarity to GDP/GTP exchange protein Rom1 - Saccharomyces cerevisiae; See PMID 9759491; uncharacterized protein	join(1111689..1114344,1114404..1114834,1114890..1115321,1115375..1115452)	Aspergillus niger	4981776
An07g05100	CDS	An07g05100	NT_166523.1	1116489	1119726	R	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Similarity: the predicted ORF is 336 amino acids longer than het-6 of N. crassa. Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Title: strong similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	complement(join(1116489..1117351,1117478..1119101,1119163..1119726))	Aspergillus niger	4981777
An07g05110	CDS	An07g05110	NT_166523.1	1121380	1122935	R	Function: members of the septin gene family are involved in cytokinesis and the organization of new growthcytokinesis; Title: strong similarity to septin aspA -Aspergillus nidulans; cytoskeleton; See PMID 9126618; See PMID 11238387; uncharacterized protein	complement(join(1121380..1121620,1121677..1122279,1122338..1122425,1122483..1122599,1122665..1122740,1122921..1122935))	Aspergillus niger	4981778
An07g05120	CDS	An07g05120	NT_166523.1	1123058	1124645	D	hypothetical protein	join(1123058..1123090,1123266..1123523,1123922..1124015,1124294..1124378,1124468..1124645)	Aspergillus niger	84591393
An07g05130	CDS	An07g05130	NT_166523.1	1124794	1125869	D	Remark: the ORF contains WD-repeats, which are usually present in the beta-subunit of G-proteins.; Title: strong similarity to hypothetical protein AAF54315.1 - Drosophila melanogaster; uncharacterized protein	join(1124794..1124862,1124909..1125274,1125339..1125869)	Aspergillus niger	4981780
An07g05140	CDS	An07g05140	NT_166523.1	1126195	1127128	R	Function: U1 snRNP 70K proteins are bound to the stemloop I of the U1 small nuclear RNA contained in the U1 small nuclear ribonucleoprotein complex (U1 snRNP), which is involved in the splicing of pre-mRNA.; Similarity: the ORF show strong similarity to U1 snRNP 70K proteins from different species.; Title: strong similarity to 70K U1 small nuclear ribonucleoprotein - Drosophila melanogaster; nucleus; See PMID 10588732; See PMID 1692955; uncharacterized protein	complement(join(1126195..1127008,1127073..1127128))	Aspergillus niger	4981781
An07g05150	CDS	An07g05150	NT_166523.1	1127674	1129599	D	Function: LIC2 of R. norvegicus is a subunit of dynein, the cytoplasmic multi-subunit complex involved in retrograde organelle transport and some aspects of mitosis.; Remark: is also called LC53/55 or DNCLI2.; Title: strong similarity to dynein light intermediate chain 2 LIC-2 - Rattus norvegicus; cytoskeleton; See PMID 10047518; See PMID 10893222; uncharacterized protein	join(1127674..1127830,1127919..1128080,1128167..1128549,1128613..1128706,1128757..1129385,1129453..1129599)	Aspergillus niger	4981782
An07g05160	CDS	An07g05160	NT_166523.1	1130303	1132034	R	Title: similarity to hypothetical protein C01B10.8 -Caenorhabditis elegans; uncharacterized protein	complement(join(1130303..1130701,1130755..1131049,1131100..1132034))	Aspergillus niger	4981783
An07g05170	CDS	An07g05170	NT_166523.1	1132465	1133639	D	hypothetical protein	join(1132465..1132639,1132740..1133177,1133308..1133639)	Aspergillus niger	4981784
An07g05180	CDS	An07g05180	NT_166523.1	1134572	1135906	D	Function: SAT4 of S. cerevisiae is involved in the regulation of cation uptake probably by activating the Trk1-Trk2 potassium transporter, which increase the influx of potassium and decrease indirectly the membrane potential.; Phenotype: SAT4 gene disruption in S. cerevisiae results in greater cation sensitivity, deficient potassium uptake, growth sensitivity to a variety of toxic cations,including lithium, sodium, calcium, tetramethylammonium,hygromycin B, and low pH; and increased uptake of methylammonium, an indicator of membrane potential.; Phenotype: overexpression of SAT4 (and HAL5) increases the tolerance of S. cerevisiae cells to sodium and lithium.; Remark: SAT4 of S. cerevisiae is also called HAL4.; Similarity: the ORF shows similarity to several protein kinases from different species with various cellular function.; Title: strong similarity to serine/threonine-specific protein kinase Hal4 -Saccharomyces cerevisiae; See PMID 10207057; See PMID 1767593; uncharacterized protein	1134572..1135906	Aspergillus niger	4981785
An07g05190	CDS	An07g05190	NT_166523.1	1136493	1136651	R	Remark: the ORF is questionable due to its short lenght of only 41 amino acids.; Title: questionable ORF; uncharacterized protein	complement(join(1136493..1136580,1136614..1136651))	Aspergillus niger	84591394
An07g05200	CDS	An07g05200	NT_166523.1	1137534	1138016	R	hypothetical protein	complement(join(1137534..1137641,1137739..1137900,1137996..1138016))	Aspergillus niger	84591395
An07g05210	CDS	An07g05210	NT_166523.1	1138470	1140311	R	Function: acyl-CoA synthetases form carbon-oxygen bonds between carbon and sulfur residues.; Similarity: the ORF shows similarity to fatty acid acyl-CoA synthetases from several bacteria, which probably differ in their substrate specifity (e. g. long chain,medium chain fatty acids).; Title: strong similarity to long-chain-fatty-acid acyl-CoA ligase fenL - Bacillus subtilis; See PMID 9387222; See PMID 10438779; uncharacterized protein	complement(join(1138470..1138597,1138658..1138937,1138994..1140040,1140090..1140206,1140243..1140311))	Aspergillus niger	4981788
An07g05220	CDS	An07g05220	NT_166523.1	1140357	1141389	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 135 amino acids.; Title: questionable ORF; uncharacterized protein	complement(join(1140357..1140445,1140529..1140634,1140789..1140881,1140951..1141020,1141340..1141389))	Aspergillus niger	84591396
An07g05230	CDS	An07g05230	NT_166523.1	1141724	1142161	R	Title: strong similarity to hypothetical protein mlr4389 - Mesorhizobium loti; uncharacterized protein	complement(1141724..1142161)	Aspergillus niger	4981790
An07g05240	CDS	An07g05240	NT_166523.1	1142427	1145026	R	Similarity: the ORF shows also unspecific similarity to some glutamic acid-rich proteins.; Title: weak similarity to breast and ovarian cancer associated antigen protein sequence SEQ ID NO:674 from patent WO200055173-A1 - Homo sapiens; uncharacterized protein	complement(join(1142427..1144863,1144998..1145026))	Aspergillus niger	4981791
An07g05250	CDS	An07g05250	NT_166523.1	1145939	1146543	R	hypothetical protein	complement(join(1145939..1146030,1146107..1146378,1146460..1146488,1146529..1146543))	Aspergillus niger	84591397
An07g05260	CDS	An07g05260	NT_166523.1	1146596	1148607	D	hypothetical protein	join(1146596..1147435,1147489..1148607)	Aspergillus niger	4981793
An07g05270	CDS	An07g05270	NT_166523.1	1148873	1149096	R	Remark: the ORF is questionable due to its short lenght of only 52 amino acids.; Title: questionable ORF; uncharacterized protein	complement(join(1148873..1148995,1149061..1149096))	Aspergillus niger	84591398
An07g05280	CDS	An07g05280	NT_166523.1	1149108	1150284	D	Function: pmus1 is an phosphomutase homolog required in addition to the MAL4 gene for constitutive maltase synthesis and utilization in cytoplasmic petite cells.; Phenotype: a high copy number of pmu1 in S. cerevisiae suppresses the temperature sensitivity of the tps2 (trehalose-6-phosphate phosphatase) negative mutant by reducing the levels of trehalose-6-phosphate.; Title: strong similarity to phosphomutase homolog Pmu1 - Saccharomyces cerevisiae; See PMID 7050624; See PMID 8913738; uncharacterized protein	join(1149108..1149209,1149267..1149485,1149583..1149825,1149904..1150284)	Aspergillus niger	4981795
An07g05290	CDS	An07g05290	NT_166523.1	1150586	1151743	R	Remark: SPCC1739. 02c of S. pombe is only once reported to be the putative mitochondrial protein L22 (http://www. sanger. ac. uk/cgi-bin/yeastpub/GN_KW_search. p), but also the ORF shows weak similarity to ribosomal protein L22 of T. maritima.; Title: similarity to hypothetical mitochondrial ribosomal protein - Schizosaccharomyces pombe; mitochondrial 54S ribosomal protein uL22m	complement(join(1150586..1151619,1151695..1151743))	Aspergillus niger	4981796
An07g05310	CDS	An07g05310	NT_166523.1	1153381	1153905	R	hypothetical protein	complement(1153381..1153905)	Aspergillus niger	84591399
An07g05340	CDS	An07g05340	NT_166523.1	1155287	1156174	R	hypothetical protein	complement(join(1155287..1155403,1155453..1155532,1155611..1155714,1156059..1156174))	Aspergillus niger	84591400
An07g05350	CDS	An07g05350	NT_166523.1	1156971	1160526	D	Function: Prp24 of S. cerevisiae participates in both the formation and disassembly of the U4/U6 hybrid during splicing.; Remark: Prp24 of S. cerevisiae is also called YMR268C or YM815.; Remark: the homologues U6 snRNP protein in S. pombe is more similar to the ORF than the S. cerevisiae protein (especially with the lenght of 1014 amino acids).; Similarity: the similarity of the ORF to U6 snRNP protein PRP24 of S. cerevisiae is restricted to its C-terminal part, starting with amino acid 657 of the ORF.; Title: strong similarity to U6 snRNP splicing factor Prp24 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(1156971..1159031,1159086..1159313,1159368..1159724,1159774..1160526)	Aspergillus niger	4981802
An07g05360	CDS	An07g05360	NT_166523.1	1161046	1162361	R	hypothetical protein	complement(join(1161046..1161292,1161673..1161802,1161889..1162041,1162098..1162188,1162293..1162361))	Aspergillus niger	84591401
An07g05370	CDS	An07g05370	NT_166523.1	1163780	1164718	D	Remark: the correct name for the hypothetical protein Y105C5B. g of C. elegans is probably Y105C5B. 9.; Title: strong similarity to hypothetical protein Y105C5B.9 - Caenorhabditis elegans; uncharacterized protein	join(1163780..1164436,1164482..1164718)	Aspergillus niger	4981804
An07g05380	CDS	An07g05380	NT_166523.1	1164860	1166485	R	Function: WD-repeats are usually present in the beta-subunit (beta-transducin) of G proteins, which mediate signal transduction.; Function: the het-e-1 gene of the fungus P. anserina is responsible for vegetative incompatibility through specific interactions with different alleles of the unlinked gene, het-c.; Similarity: the similarity of the ORF to het-e-1 of P. anserina is restricte dto a region containing a repeated Trp-Asp motif (also called WD repeat).; Title: strong similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 7557402; See PMID 9435787; See PMID 10322433; uncharacterized protein	complement(1164860..1166485)	Aspergillus niger	4981805
An07g05390	CDS	An07g05390	NT_166523.1	1166539	1167654	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(1166539..1166759,1167179..1167253,1167344..1167400,1167525..1167654))	Aspergillus niger	84591402
An07g05400	CDS	An07g05400	NT_166523.1	1167891	1169127	D	hypothetical protein	join(1167891..1168036,1168128..1168258,1168416..1168546,1168650..1168871,1168942..1169127)	Aspergillus niger	84591403
An07g05410	CDS	An07g05410	NT_166523.1	1169568	1171999	D	Similarity: the similarity of the ORF to SPBC83. 18c of S. pombe is restricted to the N-terminal part of the ORF (ending around amino acid 220), which shows homology to a C2 domain, that is often but not always involved in calcium-dependent phospholipid binding.; Title: similarity to hypothetical protein SPBC83.18c - Schizosaccharomyces pombe; uncharacterized protein	join(1169568..1169815,1169875..1171999)	Aspergillus niger	4981808
An07g05420	CDS	An07g05420	NT_166523.1	1172930	1173265	D	Remark: the ORF is questionable due to the presence of only one single exon and its short lenght of only 111 amino acids.; Title: questionable ORF; uncharacterized protein	1172930..1173265	Aspergillus niger	4981809
An07g05430	CDS	An07g05430	NT_166523.1	1174150	1175210	R	Similarity: the ORF shows similarity to several lipases (EC 3. 1. 1) from different species.; Similarity: the similarity of the ORF to hsl of H. sapiens is restricted to the inner part of both molecules.; Title: similarity to triacylglycerol lipase hsl -Homo sapiens; See PMID 8506334; uncharacterized protein	complement(join(1174150..1174986,1175046..1175210))	Aspergillus niger	4981810
An07g05440	CDS	An07g05440	NT_166523.1	1175873	1176649	D	Function: maleylacetate reductases contribute to the bacterial catabolism of some usual aromatic compounds like quinol or resorcinol and also to the degradation of aromatic compounds carrying unusual substituents, such as halogen atoms or nitro groups.; Similarity: the ORF shows similarity to several short-chain dehydrogenase/reductase from different species and with various function, most of which are 3-oxoacyl-(acyl carrier protein) reductases, that are involved in fatty acid biosynthesis (EC 1. 1. 1. 100).; Title: strong similarity to maleylacetate reductase macA - Rhodococcus opacus; uncharacterized protein	1175873..1176649	Aspergillus niger	4981811
An07g05450	CDS	An07g05450	NT_166523.1	1177546	1178195	D	hypothetical protein	join(1177546..1177990,1178074..1178195)	Aspergillus niger	84591404
An07g05460	CDS	An07g05460	NT_166523.1	1178641	1179633	D	Title: strong similarity to hypothetical protein CAE47856.1 - Aspergillus fumigatus; uncharacterized protein	1178641..1179633	Aspergillus niger	4981813
An07g05470	CDS	An07g05470	NT_166523.1	1180228	1180435	R	Remark: the predicted ORF is questionable due to its lenght of only 43 amino acids.; Title: questionable ORF; uncharacterized protein	complement(join(1180228..1180295,1180372..1180435))	Aspergillus niger	84591405
An07g05480	CDS	An07g05480	NT_166523.1	1180974	1182152	D	Title: weak similarity to polypeptide SEQ ID NO:30390 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	1180974..1182152	Aspergillus niger	84591406
An07g05490	CDS	An07g05490	NT_166523.1	1182353	1184518	D	Function: the expression of spoVK in mother cells from B. subtilis is necessary for the completion of spore development.; Phenotype: mutations in spoVK of B. subtilis block the sporulation at a late stage.; Remark: spoVK of B. subtilis is also called spoVJ and belongs to the cbxx/cfxq superfamily, which members habour conserved sequence motifs.; Similarity: the predicted ORF shows similarity to sporulation specific proteins of different bacteria.; Title: strong similarity to stage V sporulation protein spoVK - Bacillus subtilis; See PMID 2514336; See PMID 6405008; See PMID 1732196; See PMID 1787791; uncharacterized protein	1182353..1184518	Aspergillus niger	84591407
An07g05500	CDS	An07g05500	NT_166523.1	1185159	1185752	R	Function: ctr3 of S. cerevisiae is a component of a trimeric high affinity copper permease, which functions in cooper uptake.; Phenotype: the null mutant of ctr3 from S. cerevisiae grows slower than wild-type under conditons of copper limitation on non-fermentable carbon source.; Remark: ctr3 of S. cerevisiae is also called YLR411W.; Remark: the predicted ORF is N-terminally truncated due to contig border.; Repression: ctr3 of S. cerevisiae is repressed by copper and activated by copper starvation.; Title: strong similarity to copper permease component Ctr3 - Saccharomyces cerevisiae [truncated ORF]; plasma membrane; See PMID 8756349; See PMID 9188496; See PMID 10924521; uncharacterized protein	complement(join(1185159..1185661,1185722..>1185752))	Aspergillus niger	4981817
An07g05510	CDS	An07g05510	NT_166523.1	1186288	1188138	D	Catalytic activity: fre3 of S. cerevisiae catalyses NADH + 2 Fe3(+) = NAD(+) + 2 Fe2(+).; Function: fre3 of S. cerevisiae is a siderophore-iron reductase, which is required for the reduction and uptake of ferrioxamine B-iron and for growth on ferrioxamine B, ferrichrome, triacetylfusarinine C, and rhodotorulic acid in the absence of fre1 and fre2.; Induction: fre3 of S. cerevisiae is metalloregulated by ion and its transcription is controlled through the aft1 transcription factor.; Remark: fre3 of S. cerevisiae is also called O6754 or YOR381w.; Title: strong similarity to ferric reductase Fre2 -Saccharomyces cerevisiae; plasma membrane; See PMID 9726978; See PMID 10341420; See PMID 11120744; uncharacterized protein	1186288..1188138	Aspergillus niger	4981818
An07g05520	CDS	An07g05520	NT_166523.1	1189312	1190724	D	Catalytic activity: omtB of A. parasiticus converts demethylsterigmatocystin (DMST) to sterigmatocystin (ST) and dihydrodemethylsterigmatocystin (DHDMST) to dihydrosterigmatocystin (DHST).; Function: omtB of A. parasiticus is involved in the biosynthesis of the secondary metabolite and mycotoxin aflatoxin.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Title: strong similarity to O-methyltransferase B omtB - Aspergillus parasiticus; See PMID 10806361; See PMID 9532734; uncharacterized protein	join(1189312..1189452,1189546..1189666,1189720..1189843,1189906..1190345,1190408..1190724)	Aspergillus niger	4981819
An07g05530	CDS	An07g05530	NT_166523.1	1191527	1191800	D	Remark: the predicted ORF is short in length, only 52 amino acids, and exhibits suboptimal exon-intron structure.; Title: weak similarity to hypothetical protein encoded by An18g02690 - Aspergillus niger; uncharacterized protein	join(1191527..1191568,1191684..1191800)	Aspergillus niger	84591408
An07g05540	CDS	An07g05540	NT_166523.1	1192348	1192660	R	Remark: the predicted ORF is questionable due to its lenght of only 55 amino acids and its suboptimal exon-intron structure.; Title: questionable ORF; uncharacterized protein	complement(join(1192348..1192405,1192530..1192605,1192627..1192660))	Aspergillus niger	84591409
An07g05550	CDS	An07g05550	NT_166523.1	1192700	1193437	D	Remark: the predicted ORF shows also similarities to several different proteins due to the presence of an internal poly-glutamic acid stretch.; Title: weak similarity to signal peptide containing protein HSPP-56 SEQ ID NO:56 from patent WO200000610-A2 -Homo sapiens; uncharacterized protein	join(1192700..1193189,1193286..1193437)	Aspergillus niger	4981822
An07g05570	CDS	An07g05570	NT_166523.1	1193982	1197203	R	Catalytic activity: chs1 of A. nidulans catalyzes the alpha-1,4-glycosylation of chitin by UDP-N-acetyl-D-glucosamine producing elongated chitin and UDP.; Function: chs1 of A. nidulans is necessary for the synthesis of the cell wall polysaccharide chitin.; Phenotype: deletion mutants of chs1 from A. nidulans exhibited growth defects on media supplemented with sodium dodecyl sulfate (SDS), high concentration of salts,chitin-binding dyes, or chitin synthase competitive inhibitors, suggesting loss of integrity of the hyphal wall.; Title: strong similarity to chitin synthase chs1 -Aspergillus nidulans; See PMID 10731706; uncharacterized protein	complement(join(1193982..1193996,1194046..1194543,1194591..1194992,1195039..1196676,1196740..1196915,1197185..1197203))	Aspergillus niger	4981824
An07g05580	CDS	An07g05580	NT_166523.1	1198047	1198351	D	Remark: the predicted ORF is questionable due to its lenght of only 72 amino acids.; Title: questionable ORF; uncharacterized protein	join(1198047..1198148,1198235..1198351)	Aspergillus niger	84591410
An07g05590	CDS	An07g05590	NT_166523.1	1198460	1198761	D	Remark: the predicted ORF is questionable due to its lenght of only 30 amino acids.; Title: questionable ORF; uncharacterized protein	join(1198460..1198474,1198684..1198761)	Aspergillus niger	84591411
An07g05600	CDS	An07g05600	NT_166523.1	1199093	1199786	D	Catalytic activity: protein tyrosine phosphatases convert protein tyrosine phosphate + H2O = protein tyrosine + orthophoshate.; Function: stp1 of S. pombe may contribute to the dephosphorylation of tyrosine 15 from Cdc2, thereby activating Cdc2/cyclin B kinase, which then brings about mitosis.; Remark: stp1 of S. pombe is also called SPAC926. 01C or SPAC1071. 12c.; Similarity: the ORF shows similarity to several protein-tyrosine-phosphatases from different species with various cellular function.; Title: strong similarity to small protein-tyrosine-phosphatase stp1p - Schizosaccharomyces pombe; uncharacterized protein	join(1199093..1199162,1199221..1199475,1199581..1199786)	Aspergillus niger	4981827
An07g05610	CDS	An07g05610	NT_166523.1	1200009	1200773	R	Function: cat5 of S. cerevisiae is involved in monoxygenase steps in the synthesis of ubiquinone (coenzyme Q) by an unknown mechanism and is a central metabolic regulator required for the derepression of pck1 (phosphoenolpyruvate carboxykinase), and thereby gluconeogenesis.; Phenotype: deletion of cat5 of S. cerevisiae causes a complete loss of glucose derepression affecting gluconeogenic key enzymes.; Remark: cat5 of S. cerevisiae is also called O3284,YOR125c or YOR3284c and belongs to the coq7 protein family.; Title: strong similarity to ubiquinone biosynthesis protein Cat5 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8621692; See PMID 9266513; uncharacterized protein	complement(1200009..1200773)	Aspergillus niger	4981828
An07g05620	CDS	An07g05620	NT_166523.1	1201347	1203360	D	Function: rtf1 of S. cerevisiae is involved in the control of transcription elongation by regulating the DNA-binding properties of spt15, the TATA box-binding protein, and the relative activities of different TATA elements.; Phenotype: the null mutant of rft1 from S. cerevisiae is viable and can suppress TATA box-binding protein mutants (spt15) in an allele-specific fashion.; Remark: rtf1 of S. cerevisiae is also called YGZ4_YEAST, YGL244W or HRA458.; Title: strong similarity to transcription elongation factor Rtf1 - Saccharomyces cerevisiae; nucleus; See PMID 11014804; See PMID 9234706; uncharacterized protein	join(1201347..1201561,1201653..1202395,1202449..1202588,1202638..1203360)	Aspergillus niger	4981829
An07g05630	CDS	An07g05630	NT_166523.1	1203936	1208013	D	Similarity: the predicted ORF shows weak similarity to glutamic acid-rich proteins due to its relatively high glutamic acid content.; Title: strong similarity to hypothetical coiled-coil protein - Schizosaccharomyces pombe; uncharacterized protein	join(1203936..1206703,1206765..1208013)	Aspergillus niger	4981830
An07g05640	CDS	An07g05640	NT_166523.1	1208704	1210977	R	Function: nirA of A. nidulans encodes a transcription factor with a GAL4-type zinc finger domain.; Function: nirA of A. nidulans is a pathway-specific regulatory gene of nitrate assimilation.; Phenotype: mutations in nirA of A. nidulans affect the transcription levels of niiA and niaD (a nitrite and a nitrate reductase, respectively).; Remark: an alternate name for nitrate assimilation regulatory protein nirA is transcription factor nirA.; Similarity: the predicted ORF is 200 amino acids shorter at its c-terminal end than nirA of A. nidulans.; Similarity: the predicted ORF overlaps with A. niger EST SEQ ID NO:4207 PATENTDNA:F11684.; Title: strong similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; See PMID 347305; See PMID 1538701; See PMID 1990284; uncharacterized protein	complement(join(1208704..1209280,1209333..1209683,1209737..1210071,1210118..1210501,1210588..1210977))	Aspergillus niger	4981831
An07g05650	CDS	An07g05650	NT_166523.1	1212277	1213653	R	Catalytic activity: salicylate hydroxylase of P. putida converts salicylate + NADH + H(+) + O2 = catechol + NAD(+) + H2O + CO2 with FAD as cofactor.; Function: salicylate hydroxylase nahG of P. putida is a FAD-dependent monooxygenase enzyme, which catalyzes the formation of catechol from salicylate, a key intermediate in naphthalene catabolism.; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Similarity: the predicted ORF shows similarities to salicylate hydroxylases of several species.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas putida; uncharacterized protein	complement(join(1212277..1213364,1213455..1213653))	Aspergillus niger	4981832
An07g05660	CDS	An07g05660	NT_166523.1	1214285	1216158	R	Function: based on the similarity to fibroin or proteins involved in hyphal formation, it is assummed that the predicted ORF encodes a protein playing a role in filamentous growth of A. niger.; Similarity: due to the presence of glycine/serine/proline-rich repeat stretches in the N-terminal part, the predicted ORF shows similarity to extracellular matrix protein family members or to cell wall-attached proteins which contain similar repeats.; Title: similarity to hypothetical protein EAA64430.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1214285..1214306,1214450..1216158))	Aspergillus niger	4981833
An07g05670	CDS	An07g05670	NT_166523.1	1217507	1219123	R	Remark: due to the fact that the predicted ORF has no predicted membrane regions, it is assummed that the A. niger protein is in contrast to the homologues S. cerevisiae proteins YOR389w and YPL277c not membrane-associated.; Title: strong similarity to hypothetical membrane protein YOR389w - Saccharomyces cerevisiae; uncharacterized protein	complement(1217507..1219123)	Aspergillus niger	4981834
An07g05680	CDS	An07g05680	NT_166523.1	1219500	1220095	D	Remark: the predicted ORF is questionable due to the presence of an unusual intron-exon structure and its lenght of only 69 amino acids.; Title: questionable ORF; uncharacterized protein	join(1219500..1219548,1219593..1219676,1220019..1220095)	Aspergillus niger	84591412
An07g05690	CDS	An07g05690	NT_166523.1	1221620	1222882	R	Function: YLL057c of S. cerevisiae is involved in sulfonate catabolism by functioning as an Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygenase, which uses isethionate and taurocholate as best natural substrates.; Induction: the transcription of YLL057c from S. cerevisiae has been shown to increase more than 10-fold under sulphate starvation conditions.; Phenotype: disruption of YLL057c in S. cerevisiae negatively affects the use of isethionate and taurine as sulfur sources.; Remark: YLL057c is also called L0572.; Similarity: the predicted ORF shows similarity to dioxygenases, especially taurine dioxygenases, from several species.; Title: strong similarity to Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygenase YLL057c -Saccharomyces cerevisiae; See PMID 10482536; See PMID 11223942; uncharacterized protein	complement(join(1221620..1221702,1221777..1221904,1221962..1222052,1222123..1222271,1222328..1222401,1222457..1222702,1222751..1222882))	Aspergillus niger	10098311
An07g05700	CDS	An07g05700	NT_166523.1	1224766	1225529	D	Remark: the predicted ORF is questionable due to the presence of an unusual intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(1224766..1224851,1225110..1225189,1225294..1225529)	Aspergillus niger	84591413
An07g05710	CDS	An07g05710	NT_166523.1	1225830	1226728	R	hypothetical protein	complement(join(1225830..1226564,1226687..1226728))	Aspergillus niger	4981838
An07g05720	CDS	An07g05720	NT_166523.1	1226834	1228228	D	hypothetical protein	join(1226834..1226958,1227026..1227112,1227202..1227322,1227385..1227474,1227527..1227586,1227704..1227910,1228027..1228083,1228166..1228228)	Aspergillus niger	84591414
An07g05730	CDS	An07g05730	NT_166523.1	1228445	1230186	R	Function: srpk2 of M. musculus is involved in the regulation of pre-mRNA splicing by serine/arginine-rich proteins (SR proteins).; Function: srpk2 of M. musculus regulates the disassembly of SR protein-containing nuclear speckles (storage compartments) by phosphorylation and therefore putatively controls the activity of splicing.; Title: strong similarity to SR protein-specific kinase srpk2 - Mus musculus; nucleus; See PMID 9472028; uncharacterized protein	complement(join(1228445..1228617,1228700..1228865,1228948..1229039,1229089..1229150,1229274..1229627,1229681..1230186))	Aspergillus niger	4981840
An07g05740	CDS	An07g05740	NT_166523.1	1230621	1232001	R	Similarity: the predicted ORF shows similarity to several puatative esterases/lipases from different species.; Title: strong similarity to hypothetical abhydrolase SPAC22H12.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1230621..1230980,1231053..1231248,1231324..1231448,1231517..1231556,1231871..1232001))	Aspergillus niger	4981841
An07g05750	CDS	An07g05750	NT_166523.1	1232326	1233740	D	Function: mct1 of C. griseus is a monocarboxylate transporter responsible for the uptake of lactate and pyruvate.; Remark: a Phe to Cys substitution in mct1 of C. griseus converts it to mev, a mevalonate transporter (PIRA44458).; Similarity: the predicted ORF shows strong similarity to several putative monocarboxylate transporters from different species, e. g. YNL125c of S. cerevisiae is a homologue to MCT1 and MCT2.; Title: strong similarity to monocarboxylate transporter 1 mct1 - Cricetulus griseus; plasma membrane; uncharacterized protein	join(1232326..1232527,1232620..1233740)	Aspergillus niger	4981842
An07g05760	CDS	An07g05760	NT_166523.1	1234155	1235057	D	Title: similarity to hypothetical protein YMR130w -Saccharomyces cerevisiae; uncharacterized protein	1234155..1235057	Aspergillus niger	4981843
An07g05770	CDS	An07g05770	NT_166523.1	1235647	1235952	R	Remark: the predicted ORF partially overlaps with EMBLEST:BE759038 from A. niger.; Similarity: additionally, the predicted ORF overlaps with EMBLEST:BE760450, EMBLEST:BE760893 and PATENTDNA:F11689 EST SEQ ID NO:4212 from A. niger.; Title: strong similarity to EST an_3321 -Aspergillus niger; uncharacterized protein	complement(1235647..1235952)	Aspergillus niger	84591415
An07g05780	CDS	An07g05780	NT_166523.1	1236522	1237928	D	hypothetical protein	join(1236522..1236536,1236588..1237928)	Aspergillus niger	4981845
An07g05790	CDS	An07g05790	NT_166523.1	1238119	1240789	R	Function: sgd1 of S. cerevisiae is involved osmoregulatory responses resulting in glycerol production (HOG pathway).; Phenotype: an increased dosage of sgd1 in S. cerevisiae partially suppresses the osmosensitivity of mutants that are defective in the HOG mitogen-activated protein kinase pathway by re-establishing transcriptional control of the osmostress-induced expression of the NAD(+)-dependent glycerol 3-phosphate dehydrogenase.; Phenotype: the null mutant of sgd1 from S. cerevisiae is inviable.; Remark: alternate names for sgd1 are L8300. 12 and YLR336c.; Title: strong similarity to osmoregulatory protein Sgd1 - Saccharomyces cerevisiae; nucleus; See PMID 11042259; uncharacterized protein	complement(join(1238119..1239314,1239364..1240789))	Aspergillus niger	4981846
An07g05800	CDS	An07g05800	NT_166523.1	1241099	1241554	D	Function: srp14 of C. familiaris is involved in the targeting of secretory proteins to the rough endoplasmic reticulum membrane.; Function: srp14 together with srp9 are necessary for binding to the alu portion of SRP RNA, which together constitute the elongation domain of the six subunits-containing signal recognition particle (SRP).; Similarity: the similarity of the predicted ORF to srp14 of several species is restricted to the C-terminal part of srp14, starting in the region between amino acid 30 to 60.; Title: similarity to signal recognition particle protein srp14 - Canis lupus; See PMID 9233785; uncharacterized protein	join(1241099..1241125,1241186..1241554)	Aspergillus niger	4981847
An07g05810	CDS	An07g05810	NT_166523.1	1241998	1243626	R	Similarity: the predicted ORF partially overlaps with A. niger EST EMBLEST:BE758923.; Title: similarity to hypothetical protein CAD60772.1 - Podospora anserina; uncharacterized protein	complement(1241998..1243626)	Aspergillus niger	4981848
An07g05820	CDS	An07g05820	NT_166523.1	1244213	1245737	D	Function: usgS of A. nidulans interferes with the transcription of its 3' end gene formidase fmdS, which has a putative homologue on ORF 82ck (see usgS of A. nidulans).; Title: strong similarity to hypothetical transmembrane protein usgS - Aspergillus nidulans; See PMID 11139496; uncharacterized protein	join(1244213..1244270,1244535..1244641,1244704..1244876,1244924..1245329,1245381..1245737)	Aspergillus niger	4981849
An07g05830	CDS	An07g05830	NT_166523.1	1246242	1247737	D	Catalytic activity: fmdS of A. nidulans hydrolyses formamide with the production of ammonia.; Catalytic activity: formamide + H2O = formate + NH3.; Function: fmdS of A. nidulans is involved in the utilization of formamide as nitrogen source.; Induction: the 5' upstream gene of fmdS in A. nidulans interferes with fmdS transcription, resulting in a strong dependence on AreA activation for expression.; Induction: the expression of fmdS of A. nidulans is primarily regulated via AreA, a zinc finger transcription factor, which is the major nitrogen regulatory protein in A. nidulans.; Remark: like in A. nidulans, a gene (ORF 84ck) is located directly 5' to this ORF, which putatively encodes a regulatory transmembrane protein.; Remark: the relative position of the fmdS gene to the usgS gene, like in A. nidulans, might be essential for normal regulation of fmdS.; Title: strong similarity to formamidase fmdS -Aspergillus nidulans; See PMID 11139496; uncharacterized protein	join(1246242..1246316,1246378..1246396,1246456..1246744,1246828..1247107,1247159..1247737)	Aspergillus niger	4981850
An07g05840	CDS	An07g05840	NT_166523.1	1248074	1249860	R	Function: (see ORF 50wg) hol1 of S. cerevisiae is involved in the uptake of several cations and histidinol,the biosynthetic precursor to histidine.; Phenotype: additional hol1 mutations in S. cerevisiae histidine auxotrophs can confer a novel,non-selective cation transport pattern.; Phenotype: the null mutant of hol1 in S. cerevisiae is viable, but unable to take up histidinol or Na+.; Similarity: strong similarity to ORF 50wg, another major facilitator protein.; Title: strong similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10436161; See PMID 2405251; uncharacterized protein	complement(join(1248074..1248322,1248388..1248492,1248544..1249697,1249797..1249860))	Aspergillus niger	4981851
An07g05850	CDS	An07g05850	NT_166523.1	1249918	1250674	D	Remark: the predicted ORf is questionable due to its unusally long introns.; Title: questionable ORF; uncharacterized protein	join(1249918..1250096,1250204..1250474,1250588..1250674)	Aspergillus niger	84591416
An07g05870	CDS	An07g05870	NT_166523.1	1252247	1252816	D	Remark: the predicted ORF is questionable due to the unusally short second exon.; Title: questionable ORF; uncharacterized protein	join(1252247..1252682,1252779..1252816)	Aspergillus niger	84591417
An07g05880	CDS	An07g05880	NT_166523.1	1252934	1254890	R	Function: hol1 of S. cerevisiae is involved in the uptake of several cations and histidinol, the biosynthetic precursor to histidine.; Phenotype: additionally, hol1 mutations in S. cerevisiae histidine auxotrophs can confer a novel,non-selective cation transport pattern.; Phenotype: the null mutant of hol1 in S. cerevisiae is viable, but unable to take up histidinol or Na+.; Remark: hol1 is also called YNR055C or N3494 and belongs to the major facilitator family (drug resistance translocase family).; Title: strong similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10436161; See PMID 2405251; uncharacterized protein	complement(join(1252934..1253173,1253228..1253486,1253538..1254013,1254071..1254160,1254246..1254638,1254694..1254782,1254833..1254890))	Aspergillus niger	4981855
An07g05890	CDS	An07g05890	NT_166523.1	1254961	1255781	D	Remark: the predicted ORF is questionable due to its unusal exon-intron structure and proximity to the adjacent ORFs.; Title: questionable ORF; uncharacterized protein	join(1254961..1255191,1255272..1255383,1255624..1255781)	Aspergillus niger	84591418
An07g05900	CDS	An07g05900	NT_166523.1	1255811	1257197	D	Catalytic activity: fructosyl amino acid oxidases act on the CH-NH group of donors with oxygen as acceptor under formation of hydrogen peroxide and glucosone.; Function: faoA of A. terreus is an FAD-binding oxidoreductase, which deglycates glycated model compounds like N-epsilon-fructosyl N-sigma-Z-lysine and N-fructosyl valine, oxidatively into free fructosamine.; Remark: fructosyl amino acid oxidase is often used as an enzyme for the determination of glycated Amadori products in blood samples from diabetic patients.; Title: strong similarity to fructosyl amino acid oxidase faoA - Aspergillus terreus; See PMID 8534116; See PMID 9139700; uncharacterized protein	join(1255811..1256003,1256059..1257197)	Aspergillus niger	4981857
An07g05910	CDS	An07g05910	NT_166523.1	1257421	1257962	R	hypothetical protein	complement(join(1257421..1257726,1257771..1257962))	Aspergillus niger	84591419
An07g05920	CDS	An07g05920	NT_166523.1	1258666	1260113	D	Function: cypD of B. taurus accelerates folding of proteins by acting as a PPIase, which possesses cis-trans isomerase activity on proline imidic peptide bonds in oligopeptides.; Remark: cyclophilins are the intracellular receptors for the immunosuppressive, anti-fungal drug cyclosporin A.; Remark: cypD of B. taurus is also called ppid, cyp40 or erbc.; Remark: the predicted ORF partially overlaps with A. niger EST AN05D12.; Similarity: the predicted ORF shows similarity to proteins from different species, that all belong to the cyclophilin superfamily and show peptidylprolyl isomerase activity (named PPIases or rotamases).; Title: strong similarity to estrogen receptor-binding cyclophilin cypD - Bos primigenius taurus; See PMID 8509368; See PMID 1530635; See PMID 1544925; See PMID 1825312; uncharacterized protein	join(1258666..1258681,1258752..1258819,1258959..1259052,1259173..1260113)	Aspergillus niger	4981859
An07g05930	CDS	An07g05930	NT_166523.1	1260861	1261727	R	Function: D-Tyr-tRNA(Tyr)deacylase dtd1 of S. cerevisiae recycles misaminoacylated D-Tyr-tRNAn(Tyr), a process, which inhibits the accumulation of d-aminoacyl-tRNA molecules and is therefore important for cell rescue.; Phenotype: overexpression of the DTD1 gene in S. cerevisiae increased D-Tyr-tRNA(Tyr) deacylase activity.; Phenotype: upon disruption of the dtd1 chromosomal gene in S. cerevisiae, deacylase activity was decreased by more than 90%, and the sensitivity to D-tyrosine of the growth of S. cerevisiae was exacerbated.; Repression: in S. cerevisiae L-tyrosine auxotrophs,DTD1-like genes are systematically absent.; Similarity: the predicted ORF is 41 amino acids longer at the C-terminus than dtd1 of S. cerevisiae.; Title: strong similarity to D-Tyr-tRNA deacylase Dtd1 - Saccharomyces cerevisiae; See PMID 10766779; See PMID 10918062; uncharacterized protein	complement(join(1260861..1260980,1261063..1261289,1261356..1261398,1261482..1261660,1261721..1261727))	Aspergillus niger	4981860
An07g05940	CDS	An07g05940	NT_166523.1	1262001	1264366	D	Function: not3 of H. sapiens is part of the global negative regulator complex of RNA polymerase II transcription, consisting of the four NOT proteins, CCR4 and CALIF.; Title: strong similarity to transcription regulator not3 - Homo sapiens; nucleus; See PMID 10637334; uncharacterized protein	join(1262001..1262073,1262372..1262628,1262700..1264246,1264306..1264366)	Aspergillus niger	4981861
An07g05950	CDS	An07g05950	NT_166523.1	1265684	1266832	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(1265684..1266163,1266503..1266832))	Aspergillus niger	84591420
An07g05960	CDS	An07g05960	NT_166523.1	1267332	1268146	D	Function: msn2 of S. cerevisiae together with msn4 is facilitating a transcriptional response of the yeast to cellular stress situations, e. g. osmotic shock by inducing subsets of high osmolarity glycerol pathway-dependent genes.; Title: similarity to finger protein Msn2 -Saccharomyces cerevisiae; See PMID 10722658; See PMID 11292860; uncharacterized protein	join(1267332..1267352,1267466..1268146)	Aspergillus niger	4981863
An07g05970	CDS	An07g05970	NT_166523.1	1268709	1277650	D	Function: ankyrins are involved in cell adhesion and protein targeting by attaching integral membrane proteins to cytoskeletal elements, e. g. by binding to Na/K-ATPase or to the cytoskeletal proteins fodrin, tubulin, vimentin and desmin.; Title: strong similarity to ankyrin Ank2 - Homo sapiens; See PMID 8253844; See PMID 8557748; See PMID 11427698; uncharacterized protein	join(1268709..1268814,1269169..1269208,1269268..1269341,1269591..1270136,1270240..1270271,1270529..1270553,1270805..1270877,1271162..1271706,1271766..1271873,1271926..1272093,1272146..1272308,1272373..1272397,1272446..1273080,1273133..1273492,1273549..1277650)	Aspergillus niger	4981864
An07g05980	CDS	An07g05980	NT_166523.1	1278357	1281007	D	Function: G22P2 of H. sapiens is a ATP-dependent DNA unwinding enzyme, which (i) unwinds exclusively DNA duplexes, (ii) prefers partially unwound substrates and (iii) proceeds in the 3' to 5' direction on the bound strand.; Remark: is also called lupus Ku autoantigen protein P86 (KU86), KU80, thyroid-lupus autoantigen (TLAA), CTC box binding factor 85 KDa subunit (CTCBF), CTC85, nuclear factor IV or DNA-repair protein XRCC5.; Similarity: G22P2 of H. sapiens was found to be identical to the previously identified Ku autoantigen recognized by the sera of scleroderma and lupus erythematosus patients.; Title: strong similarity to ATP-dependent DNA helicase II 86 KD subunit G22P2 - Homo sapiens; nucleus; See PMID 2760028; uncharacterized protein	join(1278357..1278485,1278542..1278596,1278636..1278735,1278789..1278856,1278914..1279082,1279133..1279193,1279245..1279751,1279808..1280193,1280244..1280455,1280517..1281007)	Aspergillus niger	4981865
An07g05990	CDS	An07g05990	NT_166523.1	1281272	1284368	R	Function: target SNAREs (t-SNAREs) are involved in membrane-fusion processes of exo-/endocytosis, where they act as a complex localized on the target membrane.; Phenotype: U. maydis yup1 mutants are temperature-sensitive and show defects in the polar distribution of cell wall components as well as abnormal morphology.; Similarity: the ORF shows some similarity to other syntaxin-like endosomal SNAREs from different species.; Similarity: the similarity of the ORF to tSNARE yup1 of U. maydis is locally high in its C-terminal part,starting with amino acid 429.; Title: similarity to endosomal t-SNARE yup1 -Ustilago maydis; See PMID 10790364; uncharacterized protein	complement(join(1281272..1281323,1281389..1282551,1282733..1282756,1282941..1283919,1284121..1284368))	Aspergillus niger	4981866
An07g06000	CDS	An07g06000	NT_166523.1	1284942	1286679	R	Catalytic activity: aspartate--tRNA ligases (= aspartyl-tRNA synthetases) facilitate the connection of L-aspartate with its respective tRNA bei catalyzing ATP + L-aspartate + tRNA(Asp) <=> AMP + diphosphate + L-aspartyl-tRNA(Asp).; Remark: dps1 of S. cerevisiae is also called APS1,APS, YLL018C OR L1295.; Title: strong similarity to cytosolic aspartate--tRNA ligase Dps1 - Saccharomyces cerevisiae; cytoplasm; See PMID 3513127; See PMID 3902099; See PMID 2021621; See PMID 2047877; uncharacterized protein	complement(join(1284942..1285619,1285678..1286679))	Aspergillus niger	4981867
An07g06010	CDS	An07g06010	NT_166523.1	1287020	1288344	R	Similarity: the ORF shows strong similarity to a postulated phosphatidyl synthase of S. pombe.; Title: strong similarity to hypothetical protein YKR070w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1287020..1287788,1287846..1288148,1288208..1288344))	Aspergillus niger	4981868
An07g06020	CDS	An07g06020	NT_166523.1	1288726	1289991	D	Title: strong similarity to hypothetical protein YDR306c - Saccharomyces cerevisiae; uncharacterized protein	join(1288726..1289105,1289193..1289991)	Aspergillus niger	4981869
An07g06030	CDS	An07g06030	NT_166523.1	1290775	1293840	R	Function: the coatomer complex is involved in the targeting of proteins via the Golgi and retrograde Golgi to ER transport.; Function: the gamma-COP subunit of the coatomer is believed to mediate the binding to the cytoplasmic dilysine motifs of membrane proteins.; Title: strong similarity to coatomer gamma subunit 2 copg2 - Homo sapiens; See PMID 10874328; See PMID 10995575; See PMID 11018518; uncharacterized protein	complement(join(1290775..1291007,1291064..1291879,1291932..1292279,1292335..1293301,1293367..1293677,1293765..1293840))	Aspergillus niger	4981870
An07g06040	CDS	An07g06040	NT_166523.1	1294418	1295325	D	Function: phosducins are known to bind G protein betagamma subunits in vitro, and are postulated to regulate their signaling function in vivo.; Function: plp2 of S. cerevisiae putatively acts as an inhibitor of G-protein GTPase activity, which results in selective regulation of early signaling events following pheromone stimulation and has an essential role in cell growth independent of its regulatory role in cell signaling.; Similarity: the ORF overlaps with A. niger EST an_3248 database entry EMBLEST:BE758982.; Title: strong similarity to phosducin homolog Plp2 -Saccharomyces cerevisiae; See PMID 10371466; See PMID 10749875; uncharacterized protein	join(1294418..1294455,1294511..1294693,1294768..1295123,1295177..1295325)	Aspergillus niger	4981871
An07g06050	CDS	An07g06050	NT_166523.1	1296174	1297218	D	Remark: originally, the name yap3 was used for yeast aspartyl protease 3, which was renamed in yps1.; Remark: yap3 of S. cerevisiae binds most efficiently to TTACTAA, a sequence that differs at position +/-2 from the optimal AP-1 site (TGACTCA).; Similarity: the similarity of the ORF to transcription factors is locally high in the specific DNA-binding region containing a bZIP (basic-leucine zipper) motive, which is encoded by amino acid 126 to 142 of the ORF.; Title: similarity to bZIP transcription factor Yap3 - Saccharomyces cerevisiae; See PMID 9090053; See PMID 9372930; uncharacterized protein	join(1296174..1296305,1296370..1296638,1296705..1297218)	Aspergillus niger	4981872
An07g06060	CDS	An07g06060	NT_166523.1	1297783	1299404	D	hypothetical protein	join(1297783..1297850,1298251..1298335,1298430..1298499,1298742..1298960,1299069..1299153,1299239..1299404)	Aspergillus niger	84591421
An07g06070	CDS	An07g06070	NT_166523.1	1299950	1300989	R	Remark: the ORF has a suboptimal intron-exon structure and shows only unspecific similarity to lysine-rich proteins.; hypothetical protein	complement(join(1299950..1300024,1300405..1300707,1300849..1300989))	Aspergillus niger	84591422
An07g06080	CDS	An07g06080	NT_166523.1	1301178	1302414	D	Function: hhp1 of S. pombe is a casein kinase,specific for serine/threonine residues, which is involved in the regulation of DNA repair.; Phenotype: S. pombe strains lacking either or both hhp activities (hhp1 or hhp2) reveal differences in their ability to withstand DNA lesions caused by either methyl methanesulfonate (MMS) or gamma-rays which correlate with their ability to repair DNA strand breaks caused by these agents.; Similarity: the similarity to casein kinases from different species is high in the N-terminal part with protein kinase specific motivs, but lower in the C-terminal region, where glycine/proline rich stretches are present in casein kinases.; Title: strong similarity to casein kinase-1 homolog hhp1p - Schizosaccharomyces pombe; uncharacterized protein	join(1301178..1301189,1301250..1301322,1301387..1302414)	Aspergillus niger	4981875
An07g06090	CDS	An07g06090	NT_166523.1	1303364	1303756	D	Similarity: the ORF shows similarity to A. niger ESTs an_3627 database entry EMBLEST:BE759275 and an_2936 entry EMBLEST:BE759984.; Title: strong similarity to EST an_3627 -Aspergillus niger; uncharacterized protein	1303364..1303756	Aspergillus niger	84591423
An07g06100	CDS	An07g06100	NT_166523.1	1304696	1309451	R	Function: tea1 of S. pombe is involved in maintaining cell integrity and directs the growth machinery by acting as an end marker at the microtubulin-associated cell poles.; Repression: tea1 of S. pombe is down-regulated in cells treated with pheromone that grow toward a mating partner and no longer maintain their ends exactly opposed.; Title: strong similarity to cell polarity protein tea1p - Schizosaccharomyces pombe; See PMID 9200612; uncharacterized protein	complement(join(1304696..1308245,1308318..1308600,1308677..1309076,1309182..1309451))	Aspergillus niger	4981877
An07g06110	CDS	An07g06110	NT_166523.1	1310243	1311367	R	hypothetical protein	complement(join(1310243..1310391,1310480..1310587,1310678..1310739,1310844..1311041,1311267..1311367))	Aspergillus niger	84591424
An07g06120	CDS	An07g06120	NT_166523.1	1311539	1312654	R	hypothetical protein	complement(join(1311539..1311595,1311919..1312150,1312200..1312325,1312381..1312497,1312623..1312654))	Aspergillus niger	84591425
An07g06130	CDS	An07g06130	NT_166523.1	1314067	1318628	D	Remark: the hypothetical protein YHR186c of S. cerevisiae is a putative membrane protein, but for the ORF no membrane region is predicted.; Title: strong similarity to hypothetical guanine nucleotide binding protein - Schizosaccharomyces pombe; uncharacterized protein	join(1314067..1314501,1314560..1316615,1316673..1317289,1317365..1317615,1317663..1317996,1318047..1318628)	Aspergillus niger	4981880
An07g06140	CDS	An07g06140	NT_166523.1	1319018	1321492	R	Title: weak similarity to apoptosis associated protein YDR442W from patent WO200102550-A2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1319018..1319050,1319105..1319115,1319346..1319391,1319425..1319515,1319705..1319818,1319902..1320008,1320081..1320476,1320592..1320795,1321205..1321492))	Aspergillus niger	4981881
An07g06150	CDS	An07g06150	NT_166523.1	1321927	1324527	D	Catalytic activity: erg7 of S. cerevisiae converts (S)-2,3-epoxysqualene <=> lanosterol.; Function: erg7 of S. cerevisiae catalyzes the cyclization of (S)-2,3-epoxysqualene to lanosterol, the initial precursor of cholesterol, steroid hormones and vitamin D in vertebrates and of ergosterol in fungi (gene ERG7).; Remark: is also called OSC or YHR07.; Title: strong similarity to lanosterol synthase erg7p - Schizosaccharomyces pombe; endoplasmatic reticulum; See PMID 8604986; uncharacterized protein	join(1321927..1322073,1322129..1322492,1322529..1322577,1322612..1322647,1322714..1323472,1323535..1324135,1324213..1324286,1324346..1324444,1324497..1324527)	Aspergillus niger	4981882
An07g06160	CDS	An07g06160	NT_166523.1	1324886	1326031	R	hypothetical protein	complement(1324886..1326031)	Aspergillus niger	4981883
An07g06170	CDS	An07g06170	NT_166523.1	1326566	1327187	R	Similarity: the ORF shows similarity to several glycine-rich proteins.; hypothetical protein	complement(join(1326566..1327053,1327124..1327187))	Aspergillus niger	4981884
An07g06180	CDS	An07g06180	NT_166523.1	1327386	1328648	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(1327386..1327607,1327704..1327768,1328260..1328337,1328405..1328648)	Aspergillus niger	84591426
An07g06190	CDS	An07g06190	NT_166523.1	1328902	1331598	D	Similarity: the ORF shows similarity to some proteins wird RING finger homology.; Title: similarity to hypothetical related to COP1-interacting protein CIP8 - Neurospora crassa; uncharacterized protein	join(1328902..1331183,1331241..1331598)	Aspergillus niger	4981886
An07g06200	CDS	An07g06200	NT_166523.1	1331864	1333932	R	Function: ccr4 of S. cerevisiae as a component of the major cytoplasmic mRNA deadenylase is required for the expression of a number of genes involved in nonfermentative growth, e. g. the control of ADH2 (glucose-repressible alcohol dehydrogenase) gene expression.; Induction: ccr4 of S. cerevisiae is, in contrast to that of many other activators, glucose regulated.; Phenotype: disruption of ccr4 in S. cerevisiae cells resulted in reduced levels of ADH2 expression under both glucose and ethanol growth conditions and in temperature sensitive growth on nonfermentative medium.; Remark: ccr4 of S. cerevisiae is also called YAL021C, FUN27 or nut21.; Similarity: the ORF shows only local similarity to ccr4 of S. cerevisiae, which is high in the inner leucin-rich region (amino acid 232 to 312) of the ORF.; Title: similarity to glucose-repressible transcriptional effector Ccr4 - Saccharomyces cerevisiae; See PMID 6392016; See PMID 8007957; See PMID 11239395; See PMID 2407614; uncharacterized protein	complement(join(1331864..1331945,1332037..1332173,1332249..1332267,1332315..1332333,1332475..1333301,1333364..1333932))	Aspergillus niger	4981887
An07g06210	CDS	An07g06210	NT_166523.1	1334992	1335414	R	hypothetical protein	complement(1334992..1335414)	Aspergillus niger	84591427
An07g06220	CDS	An07g06220	NT_166523.1	1337168	1337495	D	Remark: the ORF is questionable due to its short lenght of only 95 amino acids.; Title: questionable ORF; uncharacterized protein	join(1337168..1337180,1337221..1337495)	Aspergillus niger	84591428
An07g06230	CDS	An07g06230	NT_166523.1	1338785	1339729	D	hypothetical protein	join(1338785..1339122,1339198..1339486,1339516..1339616,1339693..1339729)	Aspergillus niger	4981890
An07g06240	CDS	An07g06240	NT_166523.1	1339832	1341773	R	Function: sti1 of S. cerevisiae is a ferrioxamine B permease involved in siderophore (microbial iron chelators) iron transport.; Phenotype: S. cerevisiae cells with a deleted sti1 gene are unable to take up ferrioxamine B.; Remark: sit1 of S. cerevisiae is also called ARN3 or YEL065W.; Similarity: the ORF shows similarity to several major facilitator protein homologs from different species and with various specificities.; Title: strong similarity to ferrioxamine B permease Sit1 - Saccharomyces cerevisiae; endosome; See PMID 9884238; See PMID 10637361; See PMID 10744769; See PMID 11158346; uncharacterized protein	complement(join(1339832..1340763,1340832..1341174,1341276..1341546,1341598..1341773))	Aspergillus niger	4981891
An07g06250	CDS	An07g06250	NT_166523.1	1342178	1343780	R	hypothetical protein	complement(join(1342178..1342270,1342324..1342482,1342626..1342761,1342947..1342991,1343143..1343307,1343420..1343462,1343533..1343631,1343708..1343780))	Aspergillus niger	84591429
An07g06260	CDS	An07g06260	NT_166523.1	1344248	1344669	D	hypothetical protein	join(1344248..1344308,1344437..1344669)	Aspergillus niger	84591430
An07g06270	CDS	An07g06270	NT_166523.1	1344719	1345896	R	Title: similarity to hypothetical protein encoded by An04g09900 - Aspergillus niger; uncharacterized protein	complement(join(1344719..1344961,1345048..1345896))	Aspergillus niger	4981894
An07g06280	CDS	An07g06280	NT_166523.1	1347240	1347935	D	Pathway: maiA of A. nidulans is a structural gene of the phenylalanine catabolic pathway.; Similarity: the MaiA protein and this protein show strong amino acid sequence identity to glutathione S-transferases.; Title: strong similarity to maleylacetoacetate isomerase maiA - Aspergillus nidulans; See PMID 9417084; uncharacterized protein	1347240..1347935	Aspergillus niger	4981895
An07g06290	CDS	An07g06290	NT_166523.1	1349185	1349825	R	hypothetical protein	complement(join(1349185..1349489,1349774..1349825))	Aspergillus niger	84591431
An07g06300	CDS	An07g06300	NT_166523.1	1350129	1351908	D	Similarity: shows strong similarity to several fungal transporter proteins.; Title: strong similarity to member of the hexose transporter family of the major facilitator superfamily Hxt16 - Saccharomyces cerevisiae; plasma membrane; See PMID 8720066; See PMID 9348664; uncharacterized protein	join(1350129..1350225,1350278..1350693,1350754..1351150,1351210..1351637,1351705..1351908)	Aspergillus niger	4981897
An07g06310	CDS	An07g06310	NT_166523.1	1352486	1354545	D	Catalytic activity: L-sorbose dehydrogenase (SDH) and L-sorbosone dehydrogenase (SNDH) from Gluconobacter oxydans T-100 that showed an ability to convert D-sorbitol to 2-keto-L-gulonate.; Function: high-level production from D-sorbitol to 2-KLGA (130 mg/ml) was achieved by simple fermentation of the recombinant Gluconobacter.; Title: strong similarity to FAD dependent L-sorbose dehydrogenase SDH - Gluconobacter oxydans; See PMID 9023923; uncharacterized protein	join(1352486..1352517,1352602..1352721,1352776..1352992,1353057..1353590,1353652..1353900,1353943..1354255,1354310..1354545)	Aspergillus niger	4981898
An07g06330	CDS	An07g06330	NT_166523.1	1355726	1356629	D	Title: strong similarity to hypothetical protein EAA58260.1 - Aspergillus nidulans; uncharacterized protein	join(1355726..1355948,1356031..1356629)	Aspergillus niger	4981900
An07g06340	CDS	An07g06340	NT_166523.1	1357202	1357809	R	Function: the patented proteins may be used to stimulate the growth and motility of keratinocytes, to inhibit the growth of cancer cells, to modulate angiogenesis and tumour vascularisation, to modulate skin inflammation, to modulate epithelial cell growth and to inhibit binding of HIV-1 to leukocytes.; Localization: contains no transmembranal domain,therefore not localized in membranes.; Remark: the patented sequences derived from rat dermal papilla, human keratinocytes and neonatal foreskin fibroblasts, and mouse embryonic skin, keratinocyte stem cells and transit amplifying cells.; Title: similarity to skin cell transmembrane protein from patent WO9955865-A1 - Rattus sp.; uncharacterized protein	complement(join(1357202..1357325,1357415..1357505,1357558..1357587,1357642..1357668,1357755..1357809))	Aspergillus niger	4981901
An07g06350	CDS	An07g06350	NT_166523.1	1358707	1360743	D	Remark: FHA is a putative nuclear signalling domain found in a variety of otherwise unrelated proteins.; Remark: the ORF is truncated due to border of contig.; Similarity: shows only partial similarity to aminoterminal part of S. pombe protein containing the FHA (Forkhead-associated) domain.; Title: similarity to hypothetical forkhead nuclear signaling protein SPBC3H7.13 - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	join(1358707..1359828,1359880..>1360743)	Aspergillus niger	4981902
An07g06360	CDS	An07g06360	NT_166523.1	1361862	1363794	D	Title: weak similarity to zinc finger II protein from patent WO200037629-A2 - Aspergillus terreus; uncharacterized protein	join(1361862..1361934,1361985..1362113,1362143..1362711,1362813..1363480,1363536..1363794)	Aspergillus niger	4981903
An07g06370	CDS	An07g06370	NT_166523.1	1364258	1365000	R	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to protease type 2 encoded by the gene iga1 - Haemophilus influenzae; uncharacterized protein	complement(join(1364258..1364862,1364928..1365000))	Aspergillus niger	4981904
An07g06380	CDS	An07g06380	NT_166523.1	1365356	1367112	R	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to neurofilament triplet M protein - Mus musculus; uncharacterized protein	complement(join(1365356..1366661,1366734..1367001,1367085..1367112))	Aspergillus niger	4981905
An07g06390	CDS	An07g06390	NT_166523.1	1367809	1368745	R	Similarity: show similarity to N-terminal fifth of An15g04750.; Title: weak similarity to hypothetical protein encoded by An15g04750 - Aspergillus niger; uncharacterized protein	complement(join(1367809..1367985,1368350..1368745))	Aspergillus niger	4981906
An07g06400	CDS	An07g06400	NT_166523.1	1370522	1372750	R	Catalytic activity: RCH(2)NH(2) + H(2)O + O(2) = RCHO + NH(3) + H(2)O(2).; Cofactor: copper and topequinone.; Complex: AO-I exists as a homodimer.; Induction: AO-I from A. niger is induced by N-butylamin.; Localization: AO-I is located in the cell wall and probably serves primarily as a detoxifying agent,preventing amines from entering and damaging the cell.; Remark: the AO-I aa sequence deviates significantly from the genomic sequence and therefore shows that two isoenzymes exist AO-I and AO-II.; Similarity: AO-I from A. niger belongs to a group of enzymes including those oxidizing primary monoamines,diamines and histamine.; Similarity: AO-I from A. niger belongs to the copper/topaquinone oxidase family.; Title: strong similarity to copper amine oxidase AO-I - Aspergillus niger; cell wall; See PMID 8620882; See PMID 10896215; uncharacterized protein	complement(join(1370522..1370923,1371053..1371678,1371728..1371892,1371940..1372750))	Aspergillus niger	4981907
An07g06410	CDS	An07g06410	NT_166523.1	1374964	1377527	D	hypothetical protein	join(1374964..1375053,1375144..1375236,1375325..1375486,1375610..1375820,1376029..1376077,1376164..1376215,1376508..1376665,1376745..1377056,1377171..1377251,1377344..1377527)	Aspergillus niger	84591432
An07g06420	CDS	An07g06420	NT_166523.1	1378620	1380011	D	Title: weak similarity to enhancer-binding protein C/EBP-delta - Mus musculus; uncharacterized protein	join(1378620..1379201,1379256..1380011)	Aspergillus niger	4981909
An07g06430	CDS	An07g06430	NT_166523.1	1380989	1385705	D	Function: Monoglucosylated structures may be formed by reglucosylation of Man7-9GlcNAc2 by the UDP-Glc:glycoprotein glucosyltransferase gpt1 from S. pombe.; Induction: Synthesis of the gpt1 mRNA from S. pombe was induced 2- to 9-fold by conditions known to affect glycoprotein folding in the ER.; Phenotype: the S. pombe gpt1 mutant lacks UDP-Glc:glycoprotein glucosyltransferase.; Title: strong similarity to glycoprotein glucosyltransferase gpt1p - Schizosaccharomyces pombe; endoplasmatic reticulum; See PMID 8631292; See PMID 9813085; uncharacterized protein	join(1380989..1381137,1381200..1381553,1381611..1382439,1382488..1382748,1382811..1385705)	Aspergillus niger	4981910
An07g06440	CDS	An07g06440	NT_166523.1	1386391	1386994	D	Function: the matched protein of patent JP09009966-A from Acremonium chrysogenum, is involved in the biosynthesis of cephalosporin C.; Remark: about the patent is no further information available.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum [truncated ORF]; uncharacterized protein	join(1386391..1386671,1386757..>1386994)	Aspergillus niger	84591433
An07g06450	CDS	An07g06450	NT_166523.1	1387127	1387591	D	Function: the matched protein from A. chrysogenum is involved in the biosynthesis of cephalosporin C.; Remark: start codon is missing.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum [truncated ORF]; uncharacterized protein	<1387127..1387591	Aspergillus niger	84591434
An07g06460	CDS	An07g06460	NT_166523.1	1387677	1388838	R	Function: both enzymes from S. lactamdurans are required for cephem hydroxylation at C-7 and the transfer of the methyl group from S-adenosylmethionine to the 7-hydroxycephem intermediate.; Function: the C-7 hydroxycephem methyltransferase coupling protein from S. lactamdurans is encoded by ORF8 of a cephamycin biosynthetic enzyme gene cluster.; Function: the matched protein from S. lactamdurans acts as a coupling protein with the C-7 hydroxycephem methyltransferase, during the biosynthesis of cephamycin.; Remark: Nocardia lactamdurans = Streptomyces lactamdurans.; Title: similarity to C-7 hydroxycephem methyltransferase coupling protein from patent WO9529253-A1 - Streptomyces lactamdurans; uncharacterized protein	complement(join(1387677..1387771,1387844..1388079,1388146..1388230,1388289..1388376,1388434..1388838))	Aspergillus niger	4981913
An07g06470	CDS	An07g06470	NT_166523.1	1390011	1391297	D	Title: weak similarity to neurofibromatosis type 1 NF1 - Mus musculus; uncharacterized protein	join(1390011..1390124,1390755..1390848,1390941..1391029,1391118..1391297)	Aspergillus niger	84591435
An07g06480	CDS	An07g06480	NT_166523.1	1392828	1394526	R	Catalytic activity: RH + reduced flavoprotein + O2 = ROH + oxidized flavoprotein + H2O.; Function: recombinant cyp4F8 of H. sapiens oxygenated arachidonic acid to (18R)-hydroxyarachidonate.; Remark: belongs to the cytochrome P450 family.; Remark: cyp4F8 of H. sapiens is involved in prostaglandin synthesis.; Remark: the ORF shows similarity to several cytochromes.; Title: similarity to cytochrome 4F8 cyp4F8 - Homo sapiens; See PMID 10791960; uncharacterized protein	complement(join(1392828..1392855,1392913..1393048,1393104..1394146,1394213..1394526))	Aspergillus niger	4981915
An07g06490	CDS	An07g06490	NT_166523.1	1395257	1398525	D	Function: IDE of R. norvegicus degrades insulin,glucagon, and other polypeptides.; Remark: IDE of R. norvegicus has also been implicated in the clearance of beta amyloid peptides. Thus,the enzyme may also be a candidate for an alternative gene therapeutic approach to the treatment of Alzheimer's disease.; Remark: IDE of R. norvegicus is also called insulysin, insulinase, and insulin protease.; Title: strong similarity to insulin-degrading enzyme IDE - Rattus norvegicus; See PMID 11102481; See PMID 11235899; uncharacterized protein	join(1395257..1395505,1395587..1398083,1398158..1398525)	Aspergillus niger	4981916
An07g06500	CDS	An07g06500	NT_166523.1	1398982	1400245	R	Function: SKY1 of S. cerevisiae, a serine/arginine-rich protein kinase, is a key regulator of polyamine transport and is involved in 3' splice site recognition upon interaction with Prp8 and Prp17/Slu4.; Similarity: the ORF is much shorter than SKY1 of S. cerevisiae (358 compared to 742 amin acids) and the similarity between the two proteins extends over a stretch of about 150 amino acids.; Title: similarity to SR protein kinase Sky1 -Saccharomyces cerevisiae; See PMID 11113192; See PMID 11565750; See PMID 11585720; uncharacterized protein	complement(join(1398982..1398998,1399034..1399196,1399253..1399631,1399674..1400006,1400061..1400245))	Aspergillus niger	4981917
An07g06510	CDS	An07g06510	NT_166523.1	1401768	1402607	R	Function: Rrp40 from S. cerevisiae is a component of the exosome complex responsible for 3' end processing and degradation of many RNA species.; Function: Rrp40 from S. cerevisiae is involved in rRNA processing.; Remark: the synonym for Rrp40 from S. cerevisiae is YOL142w.; Title: strong similarity to protein involved in ribosomal RNA processing Rrp40 - Saccharomyces cerevisiae; nucleus; See PMID 10465791; See PMID 9778798; uncharacterized protein	complement(1401768..1402607)	Aspergillus niger	4981918
An07g06520	CDS	An07g06520	NT_166523.1	1403156	1405132	D	Function: pdr13 of S. cerevisiae probably influences pleiotropic drug resistance by enhancing the function of the transcriptional regulatory protein Pdr1p, which regulates the expression of several multi-drug resistance transporter-encoding genes.; Similarity: the ORF shows simlarity to several hsp70 homologs with various substrate specificities.; Title: strong similarity to heat shock protein 70 homolog Pdr13 - Saccharomyces cerevisiae; See PMID 11395418; See PMID 9488429; uncharacterized protein	join(1403156..1403245,1403352..1403388,1403453..1403579,1403635..1404406,1404458..1405132)	Aspergillus niger	4981919
An07g06530	CDS	An07g06530	NT_166523.1	1406480	1407403	R	Function: sur7 of S. cerevisiae probably acts in relation with rvs161 and rvs167, two proteins involved in budding and actin skeleton morphology.; Phenotype: when sur7 is overexpressed in S. cerevisiae it suppresses the reduced viability upon carbon starvation of the rvs167 mutant strain.; Remark: sur7 of S. cerevisiae is also called YML052W or YM9958. 11.; Similarity: the similarity to sur7 of S. cerevisiae is restricted to the N-terminal regions, ending with amino acid 189 of the ORF.; Title: strong similarity to multicopy suppressor Sur7 - Saccharomyces cerevisiae; See PMID 9219339; uncharacterized protein	complement(join(1406480..1406726,1406777..1406959,1407020..1407317,1407391..1407403))	Aspergillus niger	4981920
An07g06535	CDS	An07g06535	NT_166523.1	1408222	1409473	D	Title: strong similarity to hypothetical protein EAA60416.1 - Aspergillus nidulans; uncharacterized protein	join(1408222..1408287,1408407..1408592,1408728..1409030,1409090..1409473)	Aspergillus niger	4981921
An07g06540	CDS	An07g06540	NT_166523.1	1409763	1412339	D	Similarity: the predicted ORF is twice as long as the putative S. pombe protein.; Title: strong similarity to hypothetical cytochrome c oxidase assembly protein SPAC1420.04c -Schizosaccharomyces pombe; uncharacterized protein	1409763..1412339	Aspergillus niger	4981922
An07g06550	CDS	An07g06550	NT_166523.1	1413034	1413594	R	Title: strong similarity to hypothetical protein EAA60414.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1413034..1413414,1413463..1413594))	Aspergillus niger	4981923
An07g06560	CDS	An07g06560	NT_166523.1	1413888	1414395	D	Function: mitochondrial ATP synthase chain j of S. pombe is one of the chains of the non-enzymatic component (CF(0) subunit) of the mitochondrial ATPase complex.; Similarity: the ORF overlaps with A: niger ESTs EMBLEST:BE759173 and EMBLEST:BE760809.; Title: strong similarity to mitochondrial ATP synthase chain j - Schizosaccharomyces pombe; localisation:mitochondrion; See PMID 9867807; uncharacterized protein	join(1413888..1413924,1414003..1414032,1414166..1414216,1414340..1414395)	Aspergillus niger	4981924
An07g06570	CDS	An07g06570	NT_166523.1	1415277	1415746	D	Remark: mrp2 of S. cerevisiae is also called P9325. 7 or YPR166c.; Similarity: the ORF overlaps with A. niger EST EMBLEST:BE759438.; Title: strong similarity to mitochondrial ribosomal protein of the small subunit S14 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 770043; See PMID 8265368; mitochondrial 37S ribosomal protein uS14m	join(1415277..1415383,1415450..1415621,1415684..1415746)	Aspergillus niger	4981925
An07g06580	CDS	An07g06580	NT_166523.1	1416304	1417619	D	Similarity: the predicted ORF is 112 amino acids longer than the hypothetical protein from S. pombe.; Title: similarity to hypothetical protein SPAC13G7.07 - Schizosaccharomyces pombe; uncharacterized protein	join(1416304..1416371,1416429..1416544,1416598..1417149,1417219..1417619)	Aspergillus niger	4981926
An07g06590	CDS	An07g06590	NT_166523.1	1417760	1418796	R	Function: vph2 of S. cerevisiae is involved in vacuolar acidification probably by promoting the assembly of vacuolar H(+)-ATPase.; Phenotype: the null mutant of vph2 in S. cerevisiae is viable, zinc sensitive, defective in vacuolar acidification, calcium-sensitive and respiratory deficient.; Remark: vph2 of S. cerevisiae is also called vma12,cls1, YKL119c or YKL520.; Similarity: the similarity to vph2 of S. cerevisiae is locally high in the inner region of the ORF, which is homologues to the C-terminal part of vph2 (transmembrane domain), starting with amino acid 110.; Title: similarity to vacuolar H+-transporting ATPase assembly protein Vph2 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8465604; uncharacterized protein	complement(join(1417760..1418458,1418536..1418796))	Aspergillus niger	4981927
An07g06600	CDS	An07g06600	NT_166523.1	1419381	1419900	D	Function: prefoldin is a heterohexameric chaperone protein able to bind specifically to cytosolic chaperonin (c-cpn) and transfers target proteins to it.; Phenotype: deletion of the pfd3 gene in S. cerevisiae results in impaired functions of the actin and tue actin and tubulin-based cytoskeleton.; Remark: synonyms for prefoldin subunit 3 pfd3 of H. sapiens are von Hippel-Lindau binding protein 1, VHL binding protein-1, VBP-1 and HIBBJ46.; Title: strong similarity to prefoldin subunit 3 pfd3 - Homo sapiens; uncharacterized protein	join(1419381..1419737,1419796..1419900)	Aspergillus niger	4981928
An07g06610	CDS	An07g06610	NT_166523.1	1420390	1424522	R	Catalytic activity: UDP-glucose:sterol glucosyltransferases convert UDP-glucose + a sterol <=> UDP + an O-glucosylsterol.; Similarity: the ORF overlaps with A. niger EST EMBLEST:BE760047.; Title: strong similarity to UDP-glucose:sterol glucosyltransferase UGT51B1 - Pichia pastoris; uncharacterized protein	complement(join(1420390..1422785,1422978..1423236,1423287..1424522))	Aspergillus niger	4981929
An07g06615	CDS	An07g06615	NT_166523.1	1424762	1425306	R	hypothetical protein	complement(join(1424762..1424779,1424893..1425169,1425239..1425306))	Aspergillus niger	84591436
An07g06630	CDS	An07g06630	NT_166523.1	1426208	1427199	R	Similarity: the predicted oRF shows similarity to proteins containing serine or lysine-rich stretches.; hypothetical protein	complement(join(1426208..1426970,1427033..1427199))	Aspergillus niger	4981931
An07g06640	CDS	An07g06640	NT_166523.1	1427579	1430246	D	Similarity: the ORF shows also strong similarity to the homologues hypothetical protein in yeast, YLL035w of S. cerevisiae and the region with highest homology (around amino acid 300 to 440) is similar to the product of M. musculus neonate skin cDNA (clone:4632412I24) and a hypothetical protein T30N20_280 of A. thaliana (includes a small part of sequence block IPB001482B).; Title: strong similarity to hypothetical protein SPCC830.03 - Schizosaccharomyces pombe; uncharacterized protein	join(1427579..1427612,1427667..1428066,1428117..1428243,1428292..1428603,1428662..1429216,1429269..1430246)	Aspergillus niger	4981932
An07g06650	CDS	An07g06650	NT_166523.1	1430925	1431388	D	Catalytic activity: 3-oxoacyl-acyl carrier protein reductases convert (3R)-3-hydroxyacyl-[acyl-carrier protein] + NADP(+) <=> 3-oxoacyl-[acyl-carrier protein] + NADPH.; Catalytic activity: acetoacetyl-CoA reductases convert (R)-3-hydroxyacyl-CoA + NADP(+) <=> 3-oxoacyl-CoA + NADPH.; Function: 3-oxoacyl-acyl carrier protein reductases show preference for acyl-carrier protein derivatives over CoA derivatives as substrates.; Function: acetoacetyl-CoA reductases and 3-oxoacyl-acyl carrier protein reductases function in the distinct steps of the fatty-acid biosynthesis.; Remark: the predicted ORF is probably N-terminally truncated, the homology of the rest sequence to several oxidoreductases from bacteria is high and speaks in favour for an 130 to 140 longer N-terminus.; Similarity: the ORF shows similarity to acetoacetyl-CoA reductases and 3-oxoacyl-acyl carrier protein reductases from different species.; Title: similarity to acetoacetyl-CoA reductase phbB - Zoogloea ramigera [truncated ORF]; uncharacterized protein	join(<1430925..1431208,1431331..1431388)	Aspergillus niger	84591437
An07g06670	CDS	An07g06670	NT_166523.1	1432430	1432696	R	Similarity: because the predicted ORF is of a short length, 65 aa, the similarity extends only over the C-terminal region of An04g09660 of A. niger.; Title: strong similarity to hypothetical protein encoded by An04g09660 - Aspergillus niger; uncharacterized protein	complement(join(1432430..1432486,1432556..1432696))	Aspergillus niger	84591438
An07g06680	CDS	An07g06680	NT_166523.1	1435033	1435638	D	hypothetical protein	join(1435033..1435415,1435533..1435638)	Aspergillus niger	84591439
An07g06690	CDS	An07g06690	NT_166523.1	1436745	1437404	D	hypothetical protein	join(1436745..1436861,1436962..1437024,1437141..1437404)	Aspergillus niger	84591440
An07g06700	CDS	An07g06700	NT_166523.1	1437784	1440684	D	Similarity: the predicted ORF is 160 amino acids longer at the N-terminus than the N. crassa protein.; Title: similarity to hypothetical protein CAF05888.1 - Neurospora crassa; uncharacterized protein	join(1437784..1437818,1437939..1438083,1438147..1438179,1438224..1438469,1438976..1439005,1439320..1440684)	Aspergillus niger	4981938
An07g06710	CDS	An07g06710	NT_166523.1	1442414	1442699	R	Remark: the ORF might be questionable due to its short lenght of only 84 amino acids.; Title: weak similarity to hypothetical protein AAM43672.1 - Dictyostelium discoideum; uncharacterized protein	complement(join(1442414..1442656,1442688..1442699))	Aspergillus niger	84591441
An07g06720	CDS	An07g06720	NT_166523.1	1443476	1445083	R	Title: similarity to hypothetical protein CAE76294.1 - Neurospora crassa; uncharacterized protein	complement(join(1443476..1443906,1444020..1444351,1444407..1444670,1444730..1444988,1445041..1445083))	Aspergillus niger	84591442
An07g06730	CDS	An07g06730	NT_166523.1	1447293	1451379	R	Complex: cut3/SMC4 of S. pombe is a subunit of the SMC (structural maintenance of chromosomes) complex. SMC and non-SMC subunits form the condensin complex, which has supercoiling activity.; Function: cut3/SMC4 of S. pombe is involved in chromosome condensation.; Similarity: the predicted protein shows strong similarity to cut3/SMC4 of S. pombe, human hCAP-C (chromosome-associated polypeptide-C) and related proteins from diverse eucaryotic species.; Title: strong similarity to cut3p -Schizosaccharomyces pombe; nucleus; See PMID 7957061; See PMID 9285594; See PMID 10485849; uncharacterized protein	complement(join(1447293..1447388,1447444..1447521,1447572..1448324,1448377..1451379))	Aspergillus niger	4981941
An07g06740	CDS	An07g06740	NT_166523.1	1452040	1453113	D	Title: strong similarity to hypothetical protein EAA60398.1 - Aspergillus nidulans; uncharacterized protein	join(1452040..1452227,1452278..1452485,1452544..1453113)	Aspergillus niger	4981942
An07g06750	CDS	An07g06750	NT_166523.1	1453706	1455715	D	Function: Rat7 from S. cerevisiae may play a direct role in nucleocytoplasmic export of RNA.; Remark: Rat7 from S. cerevisiae is located at the nuclear rim in a punctate pattern characteristic of nucleoporins.; Remark: alternate names for Rat7 from S. cerevisiae are NUP158 and YIL115c.; Title: similarity to repeat-containing nucleoporin Rat7 - Saccharomyces cerevisiae; See PMID 7744966; uncharacterized protein	join(1453706..1453751,1453830..1453913,1454130..1454160,1454215..1454490,1454527..1455715)	Aspergillus niger	4981943
An07g06760	CDS	An07g06760	NT_166523.1	1456110	1456662	R	Remark: a splice site was detected upstream of the START codon.; Remark: ribosomal protein S20 of S. cerevisiae is encoded by gene RPS20 also known as URP2 and YHL015W.; Similarity: belongs to the s10p family of ribosomal proteins; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S20 - Saccharomyces cerevisiae; cytoplasm; See PMID 8021936; 40S ribosomal protein uS10	complement(join(1456110..1456194,1456266..1456489,1456621..1456662))	Aspergillus niger	4981944
An07g06770	CDS	An07g06770	NT_166523.1	1457800	1459544	R	Function: involved in gamma-linolenic acid synthesis; Title: strong similarity to delta-6 desaturase -Mucor rouxii; See PMID 11112411; uncharacterized protein	complement(join(1457800..1459267,1459339..1459544))	Aspergillus niger	4981945
An07g06780	CDS	An07g06780	NT_166523.1	1460174	1462664	D	Catalytic activity: D-mannose 1-phosphate = D-mannose 6-phosphate; Similarity: to other phosphoglucomutases and phosphomannomutases; Title: strong similarity to hypothetical phosphomannomutase homolog - Schizosaccharomyces pombe; See PMID 1903398; uncharacterized protein	join(1460174..1460194,1460305..1460349,1460512..1460590,1460691..1461010,1461063..1461085,1461204..1461384,1461435..1461724,1461775..1462451,1462504..1462664)	Aspergillus niger	4981946
An07g06790	CDS	An07g06790	NT_166523.1	1462868	1463529	R	hypothetical protein	complement(join(1462868..1462968,1463057..1463140,1463224..1463387,1463498..1463529))	Aspergillus niger	84591443
An07g06800	CDS	An07g06800	NT_166523.1	1463923	1465923	D	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Function: nahG of P. putida catalyzes the formation of catechol from salicylate, a key intermediate in naphthalene catabolism.; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Title: similarity to salicylate hydroxylase nahG -Pseudomonas putida; See PMID 1993181; See PMID 2363715; uncharacterized protein	join(1463923..1463955,1464021..1465283,1465313..1465357,1465447..1465463,1465593..1465923)	Aspergillus niger	4981948
An07g06810	CDS	An07g06810	NT_166523.1	1466392	1467293	D	hypothetical protein	join(1466392..1466554,1466607..1466689,1466737..1466828,1467152..1467293)	Aspergillus niger	84591444
An07g06820	CDS	An07g06820	NT_166523.1	1467440	1468634	D	Remark: the unknown dehydrogenase from Xanthobacter is capable of complementation of Xanthobacter Py2 mutants in epoxyalkane degradation; Title: strong similarity to hypothetical dehydrogenase - Xanthobacter sp.; uncharacterized protein	join(1467440..1467487,1467574..1467825,1467928..1468207,1468291..1468445,1468575..1468634)	Aspergillus niger	4981950
An07g06840	CDS	An07g06840	NT_166523.1	1469378	1471169	R	Catalytic activity: dihydrolipoamide + NAD(+) = lipoamide + NADH; Complex: LPD1 of S. cerevisiae exists as a homodimer linked by one disulfide bond.; Function: lipoamide dehydrogenase is a component of the alpha-ketoacid dehydrogenase complexes; Localization: LPD1 of S. cerevisiae has a potential transit peptide targeting it to the mitochondrion.; Phenotype: a recessive mutation in the LPD1 gene of S. cerevisiae leads to an inability to utilize glycerol or acetate as a carbon source and also an inability to sporulate.; Remark: in S. cervisiae LPD1 is also known as HPD1 and YFL018C.; Similarity: belongs to the pyridine nucleotide-disulfide oxidoreductases class-I; Title: strong similarity to precursor of dihydrolipoamide dehydrogenase Lpd1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 6404748; See PMID 2821168; See PMID 3058861; See PMID 3279419; See PMID 3528755; uncharacterized protein	complement(join(1469378..1470217,1470299..1470781,1470849..1470928,1471028..1471169))	Aspergillus niger	4981952
An07g06850	CDS	An07g06850	NT_166523.1	1471413	1471970	R	hypothetical protein	complement(join(1471413..1471634,1471705..1471782,1471827..1471970))	Aspergillus niger	84591445
An07g06860	CDS	An07g06860	NT_166523.1	1472118	1473457	D	Title: questionable ORF; uncharacterized protein	join(1472118..1472217,1473164..1473210,1473284..1473457)	Aspergillus niger	84591446
An07g06870	CDS	An07g06870	NT_166523.1	1473682	1474215	R	hypothetical protein	complement(join(1473682..1473765,1473826..1473933,1473958..1474215))	Aspergillus niger	84591447
An07g06880	CDS	An07g06880	NT_166523.1	1474496	1476495	D	Remark: disruption of STL1 had no detectable effect on yeast growth on glucose, galactose, mannose, maltose or glycerol as sole carbon source.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to sugar transport protein Stl1 - Saccharomyces cerevisiae; See PMID 8076821; uncharacterized protein	join(1474496..1474892,1474944..1475097,1475142..1475533,1475583..1475665,1475710..1475938,1475992..1476089,1476139..1476405,1476460..1476495)	Aspergillus niger	4981956
An07g06900	CDS	An07g06900	NT_166523.1	1477411	1478700	R	Title: similarity to hypothetical protein CAD70537.1 - Neurospora crassa; uncharacterized protein	complement(join(1477411..1477787,1477863..1478323,1478378..1478529,1478590..1478700))	Aspergillus niger	84591448
An07g06910	CDS	An07g06910	NT_166523.1	1479676	1480518	D	Title: similarity to hypothetical protein encoded by An01g09070 - Aspergillus niger; uncharacterized protein	1479676..1480518	Aspergillus niger	4981959
An07g06920	CDS	An07g06920	NT_166523.1	1481418	1483311	R	Title: similarity to hypothetical protein encoded by An07g06900 - Aspergillus niger; uncharacterized protein	complement(join(1481418..1482719,1482777..1482905,1482967..1483311))	Aspergillus niger	84591449
An07g06930	CDS	An07g06930	NT_166523.1	1483605	1484835	R	Title: questionable ORF; uncharacterized protein	complement(join(1483605..1483764,1484711..1484835))	Aspergillus niger	84591450
An07g06940	CDS	An07g06940	NT_166523.1	1485344	1486426	R	Title: similarity to hypothetical protein encoded by An03g00300 - Aspergillus niger; uncharacterized protein	complement(1485344..1486426)	Aspergillus niger	84591451
An07g06960	CDS	An07g06960	NT_166523.1	1487268	1488280	R	Title: similarity to hypothetical protein SMb20606 -Sinorhizobium meliloti; uncharacterized protein	complement(join(1487268..1487418,1487559..1487610,1487647..1488280))	Aspergillus niger	4981964
An07g06970	CDS	An07g06970	NT_166523.1	1488626	1489632	R	hypothetical protein	complement(join(1488626..1488686,1488740..1488934,1489030..1489112,1489252..1489632))	Aspergillus niger	84591452
An07g06980	CDS	An07g06980	NT_166523.1	1490134	1492354	R	Catalytic activity: ATP-independent breakage of single-stranded DNA,followed by passage and rejoining; Function: reduces the number of supercoils in a highly negatively supercoiled DNA; Similarity: belongs to prokaryotic type I/III topoisomerase family; Title: strong similarity to DNA topoisomerase III -Schizosaccharomyces pombe; uncharacterized protein	complement(join(1490134..1490923,1490970..1491106,1491157..1491479,1491527..1491696,1491750..1491928,1491993..1492193,1492265..1492354))	Aspergillus niger	4981966
An07g06990	CDS	An07g06990	NT_166523.1	1492798	1493972	D	Title: strong similarity to hypothetical protein SPCC594.04c - Schizosaccharomyces pombe; uncharacterized protein	join(1492798..1493169,1493223..1493972)	Aspergillus niger	4981967
An07g07000	CDS	An07g07000	NT_166523.1	1494699	1497469	R	Function: independent of its proteolytic function, a chaperone-like activity of the Yta10-12 complex is required for assembly of the membrane-associated ATP synthase.; Function: the S. cerevisiae homolog Yty12p is subunit of the mitochondrial Yta10-12 complex m-AAA protease, which mediates the degradation of nonassembled inner membrane proteins. in contrast to nucleotide-dependent complex formation and substrate binding, proteolysis of bound polypeptides depends on the hydrolysis of ATP and the metallopeptidase activity of both subunits.; Remark: YTA12 of S. cerevisiae is also called RCA1 or YMR089C.; Remark: mutations in YTA12 of S. cerevisiae cause a mitochondrial respiratory deficiency as a result of a pleotropic defect in assembly of the respiratory chain and ATPase complexes.; Title: strong similarity to mitochondrial m-AAA protease subunit Yta12 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 7929327; See PMID 11309190; uncharacterized protein	complement(join(1494699..1495480,1495555..1497469))	Aspergillus niger	4981968
An07g07010	CDS	An07g07010	NT_166523.1	1498282	1498986	R	Function: ribosomal protein L24 interacts with the 5. 8 S rRNA of S. cerevisiae.; Phenotype: S. cerevisiae mutants lacking L24 shows just 25% of the normal polyphenylalanine-synthesizing activity followed by a decrease in P-site binding,suggesting the possibility that protein L24 is involved in the kinetics of translation.; Title: strong similarity to hypothetical ribosomal protein of the large subunit L24 YLR009w - Saccharomyces cerevisiae; cytoplasm; See PMID 6337137; See PMID 10852723; uncharacterized protein	complement(join(1498282..1498744,1498797..1498901,1498982..1498986))	Aspergillus niger	4981969
An07g07020	CDS	An07g07020	NT_166523.1	1499316	1499823	D	Similarity: the ORF overlaps with A. niger EST EMBLEST:AN755.; Similarity: the ORF shows similarity to several proteins with a DNA-J motive, which is found in some heat-shock proteins.; Title: strong similarity to methylation-controlled DNAJ-like protein mcj - Homo sapiens; See PMID 11358853; uncharacterized protein	join(1499316..1499363,1499439..1499512,1499571..1499624,1499685..1499823)	Aspergillus niger	4981970
An07g07030	CDS	An07g07030	NT_166523.1	1500525	1500866	D	Remark: the ORF is questionable due to its short lenght of only 113 amino acids.; Title: questionable ORF; uncharacterized protein	1500525..1500866	Aspergillus niger	84591453
An07g07040	CDS	An07g07040	NT_166523.1	1501417	1501706	R	Remark: the ORF is questionable due to its short lenght of only 80 amino acids.; Title: questionable ORF; uncharacterized protein	complement(join(1501417..1501555,1501603..1501706))	Aspergillus niger	84591454
An07g07050	CDS	An07g07050	NT_166523.1	1501811	1504858	D	Function: the facB gene of A. niger is probably a regulatory gene involved in acetamide and acetate utilisation.; Phenotype: deletion of the facB gene in A. niger confirmed that it is required for growth on acetate as a sole carbon source.; Similarity: the ORF shows similarity to several zinc finger transcription regulator proteins from different species and with various functions.; Title: strong similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; See PMID 9197408; See PMID 10483720; uncharacterized protein	join(1501811..1502011,1502087..1502214,1502280..1502659,1502711..1503207,1503268..1503443,1503496..1504056,1504108..1504858)	Aspergillus niger	4981973
An07g07060	CDS	An07g07060	NT_166523.1	1506148	1507832	R	Similarity: the ORF is 3200 amino acids shorter than the putative H. sapiens transcription factor.; Title: strong similarity to hypothetical protein EAA60885.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1506148..1506985,1507164..1507705,1507818..1507832))	Aspergillus niger	4981974
An07g07070	CDS	An07g07070	NT_166523.1	1509885	1510350	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(1509885..1509994,1510076..1510135,1510191..1510350)	Aspergillus niger	84591455
An07g07080	CDS	An07g07080	NT_166523.1	1510455	1511417	R	hypothetical protein	complement(join(1510455..1510510,1510578..1510815,1510926..1511004,1511147..1511212,1511302..1511417))	Aspergillus niger	84591456
An07g07090	CDS	An07g07090	NT_166523.1	1511697	1512805	D	Title: strong similarity to hypothetical protein 17E5.330 - Neurospora crassa; uncharacterized protein	join(1511697..1512189,1512258..1512805)	Aspergillus niger	4981977
An07g07100	CDS	An07g07100	NT_166523.1	1512971	1514222	R	Title: strong similarity to hypothetical protein YIL064w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1512971..1513958,1514164..1514222))	Aspergillus niger	4981978
An07g07110	CDS	An07g07110	NT_166523.1	1514971	1517106	R	Function: pmp1 of S. pombe has an essential function in Cl- homeostasis, cytokinesis and cell viability.; Function: pmp1 phosphatase dephosphorylates pmk1,the third MAP kinase in fission yeast, in vitro and in vivo, and is bound to pmk1 in vivo, strongly suggesting that pmp1 negatively regulates pmk1 MAP kinase by direct dephosphorylation.; Similarity: the ORF shows similarity to several dual specificity phosphatases from different species and with various function.; Title: strong similarity to dual-specificity phosphatase mp1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1514971..1515885,1516024..1517106))	Aspergillus niger	84591457
An07g07120	CDS	An07g07120	NT_166523.1	1517309	1520186	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(1517309..1517336,1517438..1517569,1517766..1517990,1518209..1518300,1518535..1518593,1518677..1518843,1518925..1518980,1519178..1519225,1519297..1519358,1519529..1519658,1519884..1519925,1520127..1520186)	Aspergillus niger	84591458
An07g07130	CDS	An07g07130	NT_166523.1	1520341	1520885	R	hypothetical protein	complement(join(1520341..1520376,1520515..1520766,1520796..1520885))	Aspergillus niger	84591459
An07g07140	CDS	An07g07140	NT_166523.1	1525358	1526848	D	Remark: ORF 5'truncated due to end of contig.; Remark: blastp with the predicted A. niger protein only retrieves random hits to serine rich proteins.; hypothetical protein [truncated ORF]	<1525358..1526848	Aspergillus niger	4981982
An07g07150	CDS	An07g07150	NT_166523.1	1529046	1530195	R	Complex: five proteins interact with mCBP in the yeast two hybrid system; mouse y-box protein 1 (msy-1),y-box-binding protein, hnRNP-L, filamin and splicing factor 9G8.; Function: mouse CBP is a single-stranded nucleic acid binding protein implicated in RNA-metabolism.; Localization: mouse CBP is found predominantly in the nucleus with the exception of the nucleoli.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_3405 and 2579 .; Title: strong similarity to single-stranded nucleic acid binding protein CBP - Mus musculus; nucleus; See PMID 8208614; See PMID 8871564; uncharacterized protein	complement(join(1529046..1529740,1529808..1530195))	Aspergillus niger	4981983
An07g07160	CDS	An07g07160	NT_166523.1	1531266	1532718	R	Catalytic activity: P. putida fdm catalyzes the dismutation of formaldehyde to form methanol and formic acid at the ratio of 1:1 in the absence of the exogenous electron acceptor, NAD(H).; Function: P. putida fdm is required for formaldehyde biodegradation.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger EST an_1690 .; Similarity: the predicted A. niger protein shows strong similarity to several putative glutathione-dependent formaldehyde dehydrogenases.; Title: similarity to formaldehyde dismutase fdm -Pseudomonas putida; See PMID 7766017; uncharacterized protein	complement(join(1531266..1531368,1531444..1531565,1531623..1532087,1532163..1532259,1532377..1532523,1532582..1532718))	Aspergillus niger	4981984
An07g07170	CDS	An07g07170	NT_166523.1	1533965	1534364	R	Complex: in a two-hybrid screen D. melanogaster yippee was physically interacting with Hyalophora cecropia Hemolin, a bacteria-induced insect immunoglobulin, D. melanogster Rpn11, spen, yip2, 3, 4, 6 and 7.; Title: strong similarity to Yippee - Drosophila melanogaster; See PMID 11240639; uncharacterized protein	complement(join(1533965..1534198,1534266..1534364))	Aspergillus niger	4981985
An07g07180	CDS	An07g07180	NT_166523.1	1535222	1537769	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to serine rich proteins.; hypothetical protein	complement(join(1535222..1535275,1535363..1535460,1535710..1535740,1535844..1535883,1536391..1537769))	Aspergillus niger	4981986
An07g07190	CDS	An07g07190	NT_166523.1	1538193	1540612	D	Title: strong similarity to polypeptide SEQ ID NO:41748 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	join(1538193..1538215,1538274..1538391,1538443..1538601,1538669..1539186,1539238..1539380,1539435..1540612)	Aspergillus niger	4981987
An07g07200	CDS	An07g07200	NT_166523.1	1542306	1543098	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1542306..1542395,1542489..1542542,1542601..1542650,1542718..1542813,1543068..1543098))	Aspergillus niger	84591460
An07g07210	CDS	An07g07210	NT_166523.1	1543182	1547117	D	Function: S. cerevisiae PEX15 is required for peroxisome biogenesis.; Localization: S. cerevisiae PEX15 is an integral peroxisomal membrane protein.; Remark: alternative names for S. cerevisiae PEX15 are PAS21 and YOL044w.; Similarity: similarity is from the C-terminal region of the predicted A. niger protein to S. cerevisiae PEX15,which is 800 aa shorter.; Similarity: the predicted A. niger protein shows similarity to several predicted serine/threonine kinases.; Title: similarity to peroxisome assembly factor Pex15 - Saccharomyces cerevisiae; deleted EC_number 2.7.1.37; peroxisome; See PMID 9405362; uncharacterized protein	join(1543182..1543209,1543273..1543494,1543626..1543773,1543879..1546796,1546849..1547117)	Aspergillus niger	4981989
An07g07220	CDS	An07g07220	NT_166523.1	1547673	1547914	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1547673..1547708,1547828..1547914))	Aspergillus niger	84591461
An07g07230	CDS	An07g07230	NT_166523.1	1548344	1550236	D	Title: weak similarity to sulfohydrolase II from patent WO200068395-A2 - Chondrus crispus; uncharacterized protein	join(1548344..1548420,1548736..1548999,1549048..1549083,1549171..1549271,1549598..1549738,1549849..1549885,1549930..1550014,1550159..1550236)	Aspergillus niger	84591462
An07g07240	CDS	An07g07240	NT_166523.1	1550771	1552954	D	Complex: F-box proteins contain a carboxy-terminal domain that interacts with substrates and a 42-48 amino-acid F-box motif which binds to the protein Skp1, the linker to the core ubiquitin ligase composed of the proteins Cdc53/Cul1, Rbx1 (also called Hrt1 and Roc1) and the E2 ubiquitin-conjugating enzyme Cdc34.; Function: F-box proteins are components of modular E3 ubiquitin protein ligases called SCFs, which function in phosphorylation-dependent ubiquitination.; Remark: the genome of S. cerevisiae contains 16 F-box proteins.; Similarity: similarity is from the central region of the predicted A. niger protein to human FBL3, which is 300 aa shorter.; Title: similarity to SCF ubiquitin ligase (E3) F-box subunit FBL3 - Homo sapiens; See PMID 10531037; See PMID 10945468; uncharacterized protein	join(1550771..1551946,1551983..1552954)	Aspergillus niger	4981992
An07g07250	CDS	An07g07250	NT_166523.1	1553578	1554630	R	Title: similarity to hypothetical protein SPAC12G12.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1553578..1554200,1554303..1554630))	Aspergillus niger	4981993
An07g07260	CDS	An07g07260	NT_166523.1	1555275	1558312	D	Similarity: the predicted A. niger protein contains a WD40-repeat domain.; Title: similarity to polypeptide SEQ ID NO:2662 from patent WO200153312-A1 - Homo sapiens; uncharacterized protein	join(1555275..1555824,1555874..1556863,1556910..1557002,1557048..1558312)	Aspergillus niger	4981994
An07g07270	CDS	An07g07270	NT_166523.1	1558702	1559730	D	Function: S. cerevisiae TPT is implicated in the last step of tRNA splicing, the transfer of the splice junction 2'-phosphate from ligated tRNA to NAD.; Remark: the systematic name for S. cerevisiae TPT1 is YOL102c .; Title: similarity to tRNA 2-phosphotransferase Tpt1 - Saccharomyces cerevisiae; See PMID 9148937; uncharacterized protein	join(1558702..1558833,1558903..1559730)	Aspergillus niger	4981995
An07g07280	CDS	An07g07280	NT_166523.1	1560116	1561219	D	Catalytic activity: Sphingomonas sp. dxnF efficiently cleaves hydroxyquinol, yielding maleylacetate,the ketoform of 3-hydroxy-cis,cis-muconate.; Function: Sphingomonas sp. dxnF is involved in the degradation pathways of dibenzo-p-dioxin and dibenzofuran.; Title: strong similarity to hydroxyquinol 1,2-dioxygenase dxnF - Sphingomonas sp.; See PMID 10348858; uncharacterized protein	join(1560116..1560357,1560437..1560801,1560886..1560953,1561031..1561219)	Aspergillus niger	4981996
An07g07290	CDS	An07g07290	NT_166523.1	1561474	1563548	R	Function: R. opacus pcaL is involved in the degradation of aromatic compounds.; Similarity: R. opacus pcaL is a merged enzyme consisting of a N-terminal 3-oxoadipate enol-lactone hydrolase, homologue to pcaD and a C-terminal 4-carboxymuconolactone decarboxylase homologue to pcaC.; Similarity: similarity is from the C-terminal region of the predicted A. niger protein to the N-terminal,3-oxoadipate enol-lactone hydrolase activity containing,region of, which is 200 aa shorter.; Title: similarity to 3-oxoadipate enol-lactone hydrolase part of the dual specificity protein pcaL -Rhodococcus opacus; See PMID 9495744; uncharacterized protein	complement(join(1561474..1561835,1561888..1562424,1562572..1562701,1562739..1563548))	Aspergillus niger	10098313
An07g07300	CDS	An07g07300	NT_166523.1	1563819	1565104	R	Similarity: the predicted A. niger protein shows similarity to several predicted reductases/dehydrogenases.; Title: strong similarity to prostaglandin f(2alpha) synthase TbPGFS - Trypanosoma brucei; See PMID 11067881; uncharacterized protein	complement(join(1563819..1563821,1563934..1564053,1564133..1564502,1564573..1564757,1564832..1564889,1564962..1564972,1565036..1565104))	Aspergillus niger	4981998
An07g07310	CDS	An07g07310	NT_166523.1	1565920	1567277	D	Function: in S. cerevisiae dom34 and D. melanogaster pelo mutants progression through the G1 phase of the cell cycle is delayed, cells enter meiosis aberrantly, nuclear envelope breakdown and spindle formation do not occur. in S. cerevisiae, the ability to form pseudohyphae is significantly diminisehd.; Function: rescue of dom34 by high copy expression of ribosomal protein S30 suggest that Dom34p functions in protein translation to promote G1 progression and differentiation.; Similarity: D. melanogaster pelo is homologue of S. cerevisiae dom34 and is able to rescue the dom34 phenotype.; Title: strong similarity to cell cycle factor pelota - Drosophila melanogaster; See PMID 9584085; See PMID 7588080; uncharacterized protein	join(1565920..1566003,1566056..1566544,1566624..1567277)	Aspergillus niger	4981999
An07g07320	CDS	An07g07320	NT_166523.1	1568527	1569716	R	Similarity: similarity is from the predicted A. niger protein to the central region of human INCENP, which is 600 aa longer.; Title: weak similarity to microtubule associated inner centromer protein INCENP - Homo sapiens; See PMID 11453556; uncharacterized protein	complement(join(1568527..1568709,1568767..1569534,1569591..1569716))	Aspergillus niger	4982000
An07g07330	CDS	An07g07330	NT_166523.1	1571153	1572080	D	hypothetical protein	join(1571153..1571300,1571341..1571588,1571739..1572080)	Aspergillus niger	84591463
An07g07340	CDS	An07g07340	NT_166523.1	1572444	1573574	R	Function: K. marxianus ERD2 encodes the K/H-DEL tetrapeptide receptor, required for the receptor-mediated retrieval of luminal ER proteins from the secretory pathway.; Golgi; Title: strong similarity to luminal ER-protein retention receptor ERD2 - Kluyveromyces marxianus; See PMID 2172835; See PMID 2194670; See PMID 2194671; uncharacterized protein	complement(join(1572444..1573064,1573126..1573412,1573475..1573574))	Aspergillus niger	4982002
An07g07350	CDS	An07g07350	NT_166523.1	1573682	1574597	D	Title: weak similarity to protein fragment 3780 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(1573682..1573912,1574215..1574299,1574339..1574422,1574539..1574597)	Aspergillus niger	84591464
An07g07360	CDS	An07g07360	NT_166523.1	1578033	1579262	R	hypothetical protein	complement(join(1578033..1578437,1578793..1578814,1579040..1579092,1579197..1579262))	Aspergillus niger	84591465
An07g07370	CDS	An07g07370	NT_166523.1	1579519	1580751	D	Similarity: the predicted A. niger protein shows similarity to several Myb DNA-binding domain containing proteins.; Title: weak similarity to PC-MYB2 - Arabidopsis thaliana; See PMID 10482656; uncharacterized protein	join(1579519..1579523,1579914..1580283,1580358..1580405,1580466..1580498,1580570..1580653,1580710..1580751)	Aspergillus niger	4982005
An07g07380	CDS	An07g07380	NT_166523.1	1582128	1584189	D	Function: S. cerevisiae FCY2 is a purine-cytosine permease involved in the uptake of adenine, hypoxanthine and cytosine.; Title: strong similarity to cytosine/purine permease Fcy2 - Saccharomyces cerevisiae; plasma membrane; See PMID 2191181; uncharacterized protein	join(1582128..1582586,1582640..1582793,1582843..1582918,1582968..1583081,1583138..1583843,1583911..1583990,1584147..1584189)	Aspergillus niger	4982006
An07g07390	CDS	An07g07390	NT_166523.1	1585201	1586411	R	Remark: the exon-intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs AN06A04, AN06B04 and an_3468.; Title: strong similarity to subunit IV of cytochrome c oxidase Cox4 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 3017950; uncharacterized protein	complement(join(1585201..1585289,1585369..1585459,1585528..1585628,1585720..1585878,1586100..1586153,1586321..1586411))	Aspergillus niger	4982007
An07g07400	CDS	An07g07400	NT_166523.1	1587336	1588085	R	Remark: ORF 5'truncated due to end of contig.; Similarity: mouse MCAP belongs to the BET subgroup of the bromodomain superfamily.; Title: weak similarity to mitotic chromosome associated MCAP - Mus musculus [truncated ORF]; uncharacterized protein	complement(1587336..>1588085)	Aspergillus niger	4982008
An07g07410	CDS	An07g07410	NT_166523.1	1588514	1591252	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF [truncated ORF]; uncharacterized protein	join(<1588514..1588569,1588610..1588702,1588873..1589028,1589113..1589177,1589224..1589321,1589639..1589784,1589866..1589939,1590404..1590478,1590612..1590662,1590963..1591084,1591169..1591252)	Aspergillus niger	84591466
An07g07420	CDS	An07g07420	NT_166523.1	1591717	1599388	R	Function: human Prp8 protein is a component of both U2- and U12-dependent spliceosomes.; Similarity: Prp8p is the most highly conserved large nuclear protein known.; Title: strong similarity to splicing factor PRP8 -Homo sapiens; nucleus; See PMID 9547260; See PMID 9774689; See PMID 10411133; uncharacterized protein	complement(join(1591717..1591722,1591774..1591933,1592331..1599388))	Aspergillus niger	4982010
An07g07430	CDS	An07g07430	NT_166523.1	1599923	1600746	D	Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L34.b - Saccharomyces cerevisiae; cytoplasm; 60S ribosomal protein eL34	join(1599923..1599946,1600016..1600029,1600222..1600345,1600555..1600746)	Aspergillus niger	4982011
An07g07440	CDS	An07g07440	NT_166523.1	1602681	1606979	D	hypothetical protein	join(1602681..1602740,1602953..1603084,1603161..1603262,1603346..1603376,1603583..1603641,1603803..1603923,1604087..1604297,1604372..1604549,1604741..1604955,1605040..1605088,1605195..1605309,1605407..1605574,1606099..1606190,1606310..1606372,1606414..1606467,1606602..1606739,1606896..1606979)	Aspergillus niger	84591467
An07g07450	CDS	An07g07450	NT_166523.1	1607246	1608718	R	Similarity: shows similarity to forkhead containing transcription factors, but similarity is only in the forkhead domain.; Title: similarity to fork head protein Fkh1 -Saccharomyces cerevisiae; See PMID 12183363; uncharacterized protein	complement(join(1607246..1607848,1607927..1608718))	Aspergillus niger	4982013
An07g07460	CDS	An07g07460	NT_166523.1	1610481	1612357	R	Function: cactin of D. melanogaster is a conserved protein that interacts with the Drosophila IkappaB protein cactus and modulates its function.; Similarity: shows strong similarity to 500 C-terminal aminoacids of D. melano9gaster cactin.; Title: similarity to Rel pathway controlling protein cactin - Drosophila melanogaster; See PMID 10842059; uncharacterized protein	complement(join(1610481..1610498,1610559..1610591,1610645..1611271,1611323..1611790,1611854..1612357))	Aspergillus niger	4982014
An07g07470	CDS	An07g07470	NT_166523.1	1613045	1614456	D	Title: weak similarity to nucleolar phosphoprotein p130 - Homo sapiens; uncharacterized protein	join(1613045..1613593,1613647..1614456)	Aspergillus niger	4982015
An07g07480	CDS	An07g07480	NT_166523.1	1614947	1619468	R	Title: similarity to polypeptide SEQ ID NO:4314 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	complement(join(1614947..1614985,1615189..1618942,1619239..1619468))	Aspergillus niger	4982016
An07g07490	CDS	An07g07490	NT_166523.1	1621170	1622028	R	Title: similarity to EST an_3112 - Aspergillus niger; uncharacterized protein	complement(join(1621170..1621412,1621460..1621556,1621645..1621731,1621830..1621899,1621965..1622028))	Aspergillus niger	84591468
An07g07500	CDS	An07g07500	NT_166523.1	1623889	1626795	D	Function: HMT1 of Schizosaccharomyces pombe confers resistance to cadmium.; Similarity: shows strong similarity to several known and hypothetical ABC-transporter proteins with different specificities of different species.; Title: strong similarity to ABC-type vacuolar membrane protein hmt1p - Schizosaccharomyces pombe; See PMID 7876244; uncharacterized protein	join(1623889..1624245,1624335..1625443,1625502..1626795)	Aspergillus niger	4982018
An07g07510	CDS	An07g07510	NT_166523.1	1627502	1628318	D	Title: strong similarity to hypothetical protein EAA60859.1 - Aspergillus nidulans; uncharacterized protein	join(1627502..1628015,1628122..1628318)	Aspergillus niger	4982019
An07g07520	CDS	An07g07520	NT_166523.1	1628808	1630651	D	Catalytic activity: alkaline phosphates catalyzes the conversion of an orthophosphoric monoester + H2O = an alcohol + orthophosphate.; Function: Pho8p of S. cerevisiae dephosphorylates phosphopeptides.; Function: Pho8p of S. cerevisiae is a type II integral membrane protein with short N-terminal cytoplasmic tail.; Function: Pho8p of S. cerevisiae is a vacuolar repressible alkaline phosphatase.; Function: Pho8p of S. cerevisiae is anchored in the membrane by an N-terminal transmembrane domain which appear to be an uncleaved signal sequence.; Title: strong similarity to vacuolar alkaline phosphatase Pho8 - Saccharomyces cerevisiae; See PMID 8499492; uncharacterized protein	join(1628808..1630299,1630356..1630651)	Aspergillus niger	4982020
An07g07525	CDS	An07g07525	NT_166523.1	1630859	1631104	R	hypothetical protein	complement(join(1630859..1630969,1631015..1631104))	Aspergillus niger	84591469
An07g07530	CDS	An07g07530	NT_166523.1	1631962	1633363	R	Function: UTR2 (alias CRH2) of S. cerevsiae is involved in cell wall organization at different stages of the yeast life cycle.; Title: strong similarity to cell wall protein Utr2 -Saccharomyces cerevisiae; See PMID 10757808; uncharacterized protein	complement(join(1631962..1632674,1632736..1633173,1633240..1633363))	Aspergillus niger	4982022
An07g07550	CDS	An07g07550	NT_166523.1	1638801	1640137	D	hypothetical protein	join(1638801..1638869,1638922..1639044,1639107..1639884,1639941..1640137)	Aspergillus niger	4982024
An07g07560	CDS	An07g07560	NT_166523.1	1640637	1641339	R	Catalytic activity: peptide methionine sulfoxide reductase catalyzes the conversion of protein methionine + oxidized thioredoxin = protein L-methionine S-oxide + reduced thioredoxin.; Function: one of the known posttranslational modification of proteins is the oxidation of methionine residues to methionine sulfoxide; this oxidation can occur since a variety of reactive molecules that are by-products of aerobic metabolism such as the superoxide anion,hydrogen peroxide, hydroxyl radical, and hypochlorite ion are capable of causing this oxidation.; Function: peptide methionine sulfoxide reductase (EC 1. 8. 4. 6), has been detected in virtually all organisms examined, catalyzes the reduction of Met(O) residues in proteins to methionine; Function: peptide methionine sulfoxide reductase could have an important function in providing cells with a defense against oxidative stress.; Remark: the systematic genename of MXR1 of S. cerevsiae is YER042W.; Title: strong similarity to peptide methionine sulfoxide reductase Mxr1 - Saccharomyces cerevisiae; See PMID 10473395; uncharacterized protein	complement(join(1640637..1640670,1640731..1641049,1641153..1641339))	Aspergillus niger	4982025
An07g07570	CDS	An07g07570	NT_166523.1	1642128	1645218	R	Function: Kip3 of S. cerevisiae operates within the nucleus to assemble and elongate the bipolar spindle.; Function: in S. cerevisiae kinesin-related proteins are involved within the nucleus to assemble and elongate the bipolar spindle and on the cytoplasmic microtubules to effect spindle and nuclear positioning within the cell.; Localization: Kip3 of S. cerevisiae is located on the astral and central microtubules in the cytoplasm and is also present in the nucleus.; Remark: Kip3 of S. cerevisiae has a systematic name of YGL216W.; Similarity: shows similarity to the N-terminal,kinesin motor domain containing half of several kinesin-related proteins of different organisms.; Title: similarity to kinesin-related protein Kip3 -Saccharomyces cerevisiae; See PMID 9281581; uncharacterized protein	complement(join(1642128..1644969,1645028..1645218))	Aspergillus niger	4982026
An07g07580	CDS	An07g07580	NT_166523.1	1646192	1646692	R	hypothetical protein	complement(1646192..1646692)	Aspergillus niger	4982027
An07g07590	CDS	An07g07590	NT_166523.1	1647013	1647711	D	Title: strong similarity to hypothetical protein EAA60854.1 - Aspergillus nidulans; uncharacterized protein	join(1647013..1647466,1647554..1647711)	Aspergillus niger	4982028
An07g07600	CDS	An07g07600	NT_166523.1	1649553	1650986	D	Protein sequence is in conflict with the conceptual translation; Function: proteins that bind cyclic nucleotides (cAMP or cGMP) share a structural domain of about 120 residues; such a domain is known to exist in the following proteins: prokaryotic catabolite gene activator protein (CAP), cAMP- and cGMP-dependent protein kinases (cAPK and cGPK), vertebrate cyclic nucleotide-gated ion-channels.; Remark: a possible sequencing error occured at position 70830 leading to a stop, 1 base has been removed.; Similarity: shows similarity to several cyclic nucleotide-gated channel proteins of different organisms,but the similarity is only restricted to the cyclic nucleotide-binding domain.; Title: similarity to protein SEQ ID NO:7729 from patent WO200253728-A2 - Candida albicans [putative sequencing error]; putative sequencing error; uncharacterized protein	join(1649553..1649657,1649745..1650036,1650165..>1650986)	Aspergillus niger	84591470
An07g07610	CDS	An07g07610	NT_166523.1	1651442	1652966	D	Remark: shows some similarity to several other F-box containing proteins of different organisms.; Title: similarity to leucine-rich repeats containing F-box protein FBL6 - Homo sapiens; See PMID 10531035; See PMID 10945468; uncharacterized protein	join(1651442..1652572,1652622..1652966)	Aspergillus niger	4982030
An07g07620	CDS	An07g07620	NT_166523.1	1653400	1655000	R	Title: weak similarity to hypothetical protein CG3918 - Drosophila melanogaster; uncharacterized protein	complement(join(1653400..1653556,1653684..1654478,1654681..1655000))	Aspergillus niger	84591471
An07g07630	CDS	An07g07630	NT_166523.1	1655801	1658568	D	Function: Avenacinase of G. graminis detoxifies the triterpenoid oat root saponin avenacin A-1, and is essential for pathogenicity of G. graminis var. avenae to oats.; Similarity: shows also strong similarity to several known and hypothetical beta-glucosidases of different organisms.; Title: strong similarity to avenacinase -Gaeumannomyces graminis; uncharacterized protein	join(1655801..1655873,1655949..1656103,1656331..1656455,1656510..1657794,1657867..1658568)	Aspergillus niger	4982032
An07g07640	CDS	An07g07640	NT_166523.1	1661064	1663699	D	Remark: blast matches are not significant.; Title: weak similarity to protein sequence #58 from patent WO200224865-A2 - Unclassified organism; uncharacterized protein	join(1661064..1661892,1661948..1661985,1662048..1662278,1662344..1663699)	Aspergillus niger	84591472
An07g07650	CDS	An07g07650	NT_166523.1	1664140	1666963	R	Remark: blast matches are nopt significant.; hypothetical protein	complement(join(1664140..1664264,1664521..1666963))	Aspergillus niger	4982034
An07g07660	CDS	An07g07660	NT_166523.1	1667614	1668319	R	Title: similarity to hypothetical protein SPCC24B10.12 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1667614..1667928,1667984..1668106,1668158..1668319))	Aspergillus niger	4982035
An07g07670	CDS	An07g07670	NT_166523.1	1668669	1669734	D	Title: similarity to hypothetical protein CG1287 -Drosophila melanogaster; uncharacterized protein	join(1668669..1669186,1669251..1669734)	Aspergillus niger	4982036
An07g07680	CDS	An07g07680	NT_166523.1	1670993	1671830	R	hypothetical protein	complement(join(1670993..1671700,1671828..1671830))	Aspergillus niger	4982037
An07g07690	CDS	An07g07690	NT_166523.1	1673196	1673808	D	Function: Y14 of X. laevis associates preferentially with mRNAs produced by splicing but not with pre-mRNAs,introns, or mRNAs produced from intronless cDNAs.; Function: Y14 of X. laevis associates with both nuclear mRNAs and newly exported cytoplasmic mRNAs.; Function: Y14 of X. laevis is reported to define novel intermediates in the pathway of gene expression,postsplicing nuclear preexport mRNPs, and newly exported cytoplasmic mRNPs, whose composition is established by splicing.; Localization: Y14 of X. laevis is a predominantly nuclear nucleocytoplasmic shuttling protein.; Title: strong similarity to RNA-binding protein Y14 - Xenopus laevis; See PMID 11030346; uncharacterized protein	join(1673196..1673447,1673578..1673808)	Aspergillus niger	4982038
An07g07700	CDS	An07g07700	NT_166523.1	1675152	1677011	D	Title: similarity to hypothetical glycosyl hydrolase BAC68337.1 - Streptomyces avermitilis; uncharacterized protein	join(1675152..1675155,1675198..1677011)	Aspergillus niger	4982039
An07g07710	CDS	An07g07710	NT_166523.1	1678958	1680314	D	Title: weak similarity to signal peptidase I sip -Streptomyces lividans; uncharacterized protein	join(1678958..1679072,1679155..1679251,1679371..1679485,1679548..1679588,1679632..1679778,1679883..1680036,1680120..1680314)	Aspergillus niger	84591473
An07g07720	CDS	An07g07720	NT_166523.1	1681085	1683169	D	hypothetical protein	join(1681085..1681166,1681231..1681518,1681742..1681833,1681921..1682276,1682441..1682611,1682828..1682878,1682980..1683169)	Aspergillus niger	84591474
An07g07730	CDS	An07g07730	NT_166523.1	1684157	1684530	R	hypothetical protein	complement(join(1684157..1684159,1684308..1684388,1684468..1684530))	Aspergillus niger	84591475
An07g07740	CDS	An07g07740	NT_166523.1	1685707	1686319	D	Title: weak similarity to hypothetical protein HRIHFB2072 - Homo sapiens; uncharacterized protein	join(1685707..1686026,1686133..1686319)	Aspergillus niger	4982043
An07g07750	CDS	An07g07750	NT_166523.1	1688342	1689068	R	hypothetical protein	complement(join(1688342..1688369,1688472..1688476,1688621..1688659,1688735..1688797,1688844..1688861,1688967..1689068))	Aspergillus niger	84591476
An07g07760	CDS	An07g07760	NT_166523.1	1689940	1690990	R	Complex: the 14-3-3 proteins Rad24 and Rad25 physically interact with Chk1 in fission yeast.; Function: rad24 from S. pombe is required for the DNA damage checkpoint which ensures that DNA damage is repaired before mitosis is attempted. S. pombe rad24 null mutants enter mitosis prematurely.; Remark: apart from checkpoint control, the 14-3-3 family of proteins plays a key regulatory role in signal transduction, apoptotic, and nutrient-sensing pathways.; Similarity: the predicted A. niger protein shows strong similarity to DNA damage checkpoint protein rad24 from S. pombe, which belongs to the 14-3-3 protein family.; Title: strong similarity to DNA damage checkpoint protein rad24p - Schizosaccharomyces pombe; See PMID 10090724; See PMID 11152955; See PMID 8036497; uncharacterized protein	complement(join(1689940..1690041,1690094..1690164,1690220..1690461,1690539..1690845,1690930..1690990))	Aspergillus niger	4982045
An07g07770	CDS	An07g07770	NT_166523.1	1691261	1692358	D	Title: weak similarity to hypothetical protein P0034C11.5 - Oryza sativa; uncharacterized protein	join(1691261..1691701,1691848..1691899,1691971..1692031,1692262..1692358)	Aspergillus niger	84591477
An07g07780	CDS	An07g07780	NT_166523.1	1694083	1694674	D	Function: Inh1p of S. cerevisiae forms a one-to-one complex with ATPase to inhibit enzyme activity completely.; Remark: the systematic genename of INH1 of S. cerevisiae is YDL181w.; Title: similarity to mitochondrial H+-transporting ATP synthase inhibitor precursor Inh1 - Saccharomyces cerevisiae; See PMID 10838056; See PMID 2138617; uncharacterized protein	join(1694083..1694219,1694341..1694406,1694496..1694561,1694635..1694674)	Aspergillus niger	4982047
An07g07790	CDS	An07g07790	NT_166523.1	1695189	1697404	R	Function: Nsp1 is located at the nuclear periphery in yeast and is essential for cell growth.; Function: the nucleoporin Nsp1 from S. cerevisiae is involved in the process of nuclear and/or cell division.; Localization: Nsp1p resides in three distinct subcomplexes of the nuclear pore complex which are located at the entry and exit of the central gated channel and at the terminal ring of the nuclear basket.; Remark: nucleoporins may be involved in both binding and translocation of the proteins during nucleocytoplasmic transport.; Title: similarity to nucleoporin Nsp1 -Saccharomyces cerevisiae; See PMID 9813081; See PMID 2112428; See PMID 3072197; uncharacterized protein	complement(join(1695189..1695395,1695455..1695578,1695645..1696905,1696960..1697404))	Aspergillus niger	4982048
An07g07800	CDS	An07g07800	NT_166523.1	1697956	1700407	D	Title: similarity to hypothetical protein SPAC8E11.05c - Schizosaccharomyces pombe; uncharacterized protein	join(1697956..1698046,1698107..1698694,1698753..1698982,1699039..1699757,1699965..1700025,1700237..1700290,1700366..1700407)	Aspergillus niger	4982049
An07g07810	CDS	An07g07810	NT_166523.1	1700785	1705175	R	Title: weak similarity to protein inhibitor of activated STAT protein PIASX - Homo sapiens; uncharacterized protein	complement(join(1700785..1704486,1704735..1704850,1705022..1705175))	Aspergillus niger	10098314
An07g07820	CDS	An07g07820	NT_166523.1	1707083	1710028	D	Function: Pob1p of S. pombe exhibits subcellular localization close to actin patches, is essential for cell elongation and separation.; Similarity: shows also similarity to Boi2p of S. cerevisiae.; Title: similarity to cell elongation and separation protein ob1p - Schizosaccharomyces pombe; See PMID 10436025; uncharacterized protein	join(1707083..1707140,1707236..1707379,1707454..1708223,1708287..1709691,1709773..1709867,1709969..1710028)	Aspergillus niger	4982051
An07g07830	CDS	An07g07830	NT_166523.1	1710663	1712357	D	Title: similarity to hypothetical protein YIL039w -Saccharomyces cerevisiae; uncharacterized protein	1710663..1712357	Aspergillus niger	4982052
An07g07840	CDS	An07g07840	NT_166523.1	1712619	1713765	R	Remark: L23 of S. cerevisiae is also called RPL17b,YBL0713, YBL087c, YER117w, or YL17a.; Similarity: most homologs are about 50 amino acids shorter at N-terminus.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L23 - Saccharomyces cerevisiae; cytoplasm; 60S ribosomal protein uL14	complement(join(1712619..1712651,1712723..1712800,1712900..1713146,1713392..1713442,1713752..1713765))	Aspergillus niger	4982053
An07g07850	CDS	An07g07850	NT_166523.1	1714255	1716500	R	Function: histone deacetylases are responsible for the deacetylation of lysine residues on the N-terminal part of the core histones.; Function: histone deacetylation plays an important role in transcriptional regulation, cell cycle progression and developmental events.; Function: the acetylation and deacetylation of histones is involved in the regulation of transcription and replication of DNA.; Title: strong similarity to histone deacetylase rpd3A - Aspergillus nidulans; See PMID 9780836; See PMID 11004483; uncharacterized protein	complement(join(1714255..1715283,1715332..1715873,1715921..1716221,1716306..1716500))	Aspergillus niger	4982054
An07g07860	CDS	An07g07860	NT_166523.1	1717101	1718290	D	Complex: the 26S proteasome is made up of two multisubunit complexes, the 20S catalytic core and the 19S regulatory complex.; Function: Pad1 has been isolated as a subunit of the 26 S proteasome in fission yeast.; Remark: the 26S proteasome is the multiprotein complex that degrades proteins that have been marked for destruction by the ubiquitin pathway.; Similarity: shows strong similarity to S. cerevisiae 19S proteasome regulatory particle Rpn11p.; Title: strong similarity to 26S proteasomal subunit ad1p - Schizosaccharomyces pombe; See PMID 9727008; See PMID 10582238; uncharacterized protein	join(1717101..1717163,1717244..1717497,1717556..1718091,1718148..1718290)	Aspergillus niger	4982055
An07g07870	CDS	An07g07870	NT_166523.1	1718630	1719580	R	Similarity: C-terminus shows similarity to C-terminal part of restless-like transposase of N. haematococca.; Title: weak similarity to hypothetical restless-like transposase - Nectria haematococca; uncharacterized protein	complement(1718630..1719580)	Aspergillus niger	4982056
An07g07880	CDS	An07g07880	NT_166523.1	1720312	1721979	D	Remark: similarity to human ORFX ORF2689 polypeptide sequence SEQ ID NO:5378 patent WO200058473-A2.; Title: similarity to ORFX ORF2689 polypeptide sequence SEQ ID NO:5378 from patent WO200058473-A2 - Homo sapiens; uncharacterized protein	join(1720312..1720557,1720617..1721336,1721392..1721979)	Aspergillus niger	4982057
An07g07890	CDS	An07g07890	NT_166523.1	1722426	1722692	R	hypothetical protein	complement(join(1722426..1722573,1722622..1722692))	Aspergillus niger	84591478
An07g07900	CDS	An07g07900	NT_166523.1	1723450	1723843	R	hypothetical protein	complement(join(1723450..1723504,1723598..1723737,1723826..1723843))	Aspergillus niger	84591479
An07g07910	CDS	An07g07910	NT_166523.1	1723909	1726988	D	Remark: a complex of the nuclear matrix proteins SRm160 and SRm300 functions as a coactivator of pre-mRNA splicing. The SRm160/300 complex associates with splicing complexes and promotes splicing through interactions with SR family proteins.; Title: similarity to Ser/Arg-related nuclear matrix protein SRM160 - Homo sapiens; See PMID 9531537; uncharacterized protein	join(1723909..1724093,1724207..1726988)	Aspergillus niger	4982060
An07g07920	CDS	An07g07920	NT_166523.1	1727719	1729129	D	hypothetical protein	join(1727719..1728235,1728298..1728520,1728589..1728733,1728785..1729129)	Aspergillus niger	84591480
An07g07930	CDS	An07g07930	NT_166523.1	1730443	1732939	D	Remark: LEU3 gene, whose product is involved in the specific regulation of the leucine and possibly the isoleucine-valine pathways, is itself under general amino acid control.; Remark: LEU3 is necessary for expression of wild-type levels of LEU1- and LEU2-specific RNAs and,further, that the levels of LEU4-specific transcripts are also affected by LEU3.; Similarity: belongs to the unassigned GAL4-type zinc cluster proteins.; Title: strong similarity to leucine-specific regulatory protein Leu3 - Saccharomyces cerevisiae; See PMID 2823102; See PMID 3299266; uncharacterized protein	join(1730443..1730640,1730726..1731165,1731216..1731653,1731710..1731978,1732035..1732568,1732626..1732939)	Aspergillus niger	4982062
An07g07940	CDS	An07g07940	NT_166523.1	1734434	1737070	R	Title: similarity to hypothetical protein B13A5.70 -Neurospora crassa; uncharacterized protein	complement(1734434..1737070)	Aspergillus niger	4982063
An07g07950	CDS	An07g07950	NT_166523.1	1737077	1738033	D	hypothetical protein	join(1737077..1737162,1737290..1737353,1737447..1737572,1737647..1738033)	Aspergillus niger	84591481
An07g07960	CDS	An07g07960	NT_166523.1	1738110	1738985	R	Remark: putative regulator element in A. terreus for lovastatin or monacolin J production.; Remark: weak similarity to A. terreus ORF5 protein patent WO200037629-A2.; Title: weak similarity to ORF5 protein from patent WO200037629-A2 - Aspergillus terreus; uncharacterized protein	complement(join(1738110..1738254,1738331..1738395,1738475..1738597,1738899..1738985))	Aspergillus niger	84591482
An07g07970	CDS	An07g07970	NT_166523.1	1740268	1742386	D	Catalytic activity: ATP + protein = ADP + O-phosphoprotein.; Remark: N-terminal truncated ORF due to end of contig.; Remark: RCK2 encodes a 65-kDa protein with similarity to second messenger-regulated kinase. Disruption of these gene demonstrates that it is non-essential. s; Similarity: belongs to the unassigned Ser/Thr or Tyr-specific protein kinases.; Title: strong similarity to Ca/calmodulin-dependent ser/thr protein kinase Rck2 - Saccharomyces cerevisiae [truncated ORF]; See PMID 8112585; uncharacterized protein	join(<1740268..1740486,1740869..1741113,1741219..1742386)	Aspergillus niger	4982066
An07g07980	CDS	An07g07980	NT_166523.1	1744191	1746369	R	Remark: SVOP and SV2 are more distantly related to eukaryotic and bacterial phosphate, sugar, and organic acid transporters. SVOP is expressed at detectable levels only in brain and endocrine cells where it is primarily localized to synaptic vesicles and microvesicles.; Remark: strong similarity to EST an_3633 from Aspergillus niger.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to SV2 related protein SVOP - Rattus norvegicus; See PMID 9801366; uncharacterized protein	complement(join(1744191..1744756,1744817..1745250,1745304..1745453,1745507..1745724,1745793..1745805,1745863..1745962,1746093..1746369))	Aspergillus niger	4982067
An07g07990	CDS	An07g07990	NT_166523.1	1746428	1747220	D	hypothetical protein	join(1746428..1746563,1746688..1746798,1746920..1747103,1747145..1747220)	Aspergillus niger	84591483
An07g08000	CDS	An07g08000	NT_166523.1	1747573	1749895	R	hypothetical protein	complement(join(1747573..1747633,1747715..1747817,1748051..1748257,1748461..1748656,1748842..1748923,1749016..1749197,1749299..1749443,1749528..1749612,1749784..1749895))	Aspergillus niger	84591484
An07g08010	CDS	An07g08010	NT_166523.1	1750531	1752006	D	Remark: nudF E. nidulans is required for nuclear migration during vegetative growth as well as development.; Title: strong similarity to nuclear migration factor nudF - Aspergillus nidulans; See PMID 7612965; uncharacterized protein	join(1750531..1750568,1750628..1750793,1750879..1752006)	Aspergillus niger	4982070
An07g08020	CDS	An07g08020	NT_166523.1	1752043	1752776	R	hypothetical protein	complement(join(1752043..1752211,1752435..1752511,1752597..1752776))	Aspergillus niger	84591485
An07g08030	CDS	pepF	NT_166523.1	1753360	1755138	R	Catalytic activity: release of a C-terminal amino acid with a broad specificity. Preferential release of a C-terminal arginine or lysine residue.; Function: removes any amino acid from the c-terminus of a long peptide. digests preferentially peptides containing a positively charged residue in p1' position, as well as arginine, lysine or phenylalanine in p1 position of ester substrate. optimal ph is 4; enzyme is unstable above pH 8. catalyze also peptide synthesis.; Gene-ID: pepF; Mapping: pepF from A. niger is mapped to chromosome IV; see PUBMED 9309173.; Remark: pepF is transcribed as a single 1. 8-kb mRNA, which is regulated by nitrogen and carbon repression,specific induction and the pH of the culture medium.; Remark: the enzyme had a pH optima of about 4 and was unstable above pH 7. It is specific for Arg, Lys, and Phe in P1.; Similarity: belongs to the peptidase family s10; also known as the serine carboxypeptidase family.; See PMID 7828908; serine carboxypeptidase pepF-Aspergillus niger	complement(join(1753360..1754246,1754307..1754533,1754604..1754886,1754940..1755138))	Aspergillus niger	4982072
An07g08040	CDS	An07g08040	NT_166523.1	1755248	1755689	R	Remark: the complete pepF is ORF 40CG.; Title: strong similarity to EST serine carboxypeptidase pepF - Aspergillus niger; uncharacterized protein	complement(join(1755248..1755546,1755641..1755689))	Aspergillus niger	84591486
An07g08050	CDS	An07g08050	NT_166523.1	1756197	1756645	R	Remark: the complete pepF is ORF 40CG.; Title: strong similarity to EST serine carboxypeptidase pepF - Aspergillus niger; uncharacterized protein	complement(join(1756197..1756364,1756404..1756413,1756479..1756570,1756613..1756645))	Aspergillus niger	84591487
An07g08060	CDS	An07g08060	NT_166523.1	1757566	1758222	D	Remark: C-terminal truncated ORF due to end of contig.; Title: similarity to hypothetical membrane protein YOL119c - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	join(1757566..1757704,1757738..>1758222)	Aspergillus niger	84591488
An07g08070	CDS	An07g08070	NT_166523.1	1758645	1759604	D	hypothetical protein	1758645..1759604	Aspergillus niger	84591489
An07g08080	CDS	An07g08080	NT_166523.1	1760281	1760670	R	Remark: A. niger EST an_1127 can be found in EMBLEST (AC:BE760196. 1).; Similarity: the ORF shows weak similarity to mitochondrial NADH dehydrogenases (EC 1. 6. 5. 3), but the ORF is 321 amino acids shorter.; Title: strong similarity to EST an_1127 -Aspergillus niger; uncharacterized protein	complement(1760281..1760670)	Aspergillus niger	84591490
An07g08090	CDS	An07g08090	NT_166523.1	1760835	1761094	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 58 amino acids.; Title: questionable ORF; uncharacterized protein	join(1760835..1760936,1761020..1761094)	Aspergillus niger	84591491
An07g08100	CDS	An07g08100	NT_166523.1	1761169	1765251	R	Function: nik-1 of N. crassa is a two-component autophosphorylating histidine kinase that is involved in hyphal development of the fungi.; Phenotype: deletion of the nik-1+ gene in N. crassa results in an organism that displays aberrant hyphal structure, which is enhanced under conditions of high osmostress.; Remark: nik-1 of N. crassa is identical to a predicted os-1+ protein.; Similarity: the ORF shows similarity to several osmosensing histidine kinases from different species.; Title: strong similarity to histidine kinase nik-1 -Neurospora crassa; See PMID 9142740; uncharacterized protein	complement(join(1761169..1764723,1764802..1764832,1764917..1765251))	Aspergillus niger	4982079
An07g08110	CDS	An07g08110	NT_166523.1	1765329	1766934	D	Function: the sequence of the predicted ORF shows similarity to a 8-residue repeats containing M. musculus sequence, which is believed to be conserved in eukaryotic genomes.; Title: similarity to hypothetical protein T2 - Mus musculus; See PMID 1458435; uncharacterized protein	join(1765329..1765381,1765470..1765589,1765880..1766039,1766134..1766172,1766234..1766333,1766444..1766514,1766568..1766642,1766779..1766934)	Aspergillus niger	84591492
An07g08120	CDS	An07g08120	NT_166523.1	1767520	1770018	R	hypothetical protein	complement(join(1767520..1767589,1767701..1767766,1768256..1768263,1768353..1768571,1768772..1768900,1768979..1769010,1769054..1769143,1769458..1769729,1769858..1770018))	Aspergillus niger	84591493
An07g08130	CDS	An07g08130	NT_166523.1	1770343	1770849	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 100 amino acids.; Title: questionable ORF; uncharacterized protein	join(1770343..1770373,1770447..1770518,1770602..1770746,1770795..1770849)	Aspergillus niger	84591494
An07g08140	CDS	An07g08140	NT_166523.1	1771579	1772562	D	Catalytic activity: the phenylalanyl-tRNA synthetase fre2 of S. cerevisiae converts ATP + L-phenylalanine + tRNA(Phe) <=> AMP + diphosphate + L-phenylalanyl-tRNA(Phe).; Complex: the cytoplasmic phenylalanyl-tRNA synthetase from baker's yeast is a tetramer of the alpha 2 beta 2 type, of which fre2 is one subunit.; Remark: fre2 of S. cerevisiae is also called YFL022C.; Remark: the ORF is C-terminally truncated due to contig border.; Title: strong similarity to cytosolic phenylalanine--tRNA ligase beta subunit Frs2 -Saccharomyces cerevisiae [truncated ORF]; cytoplasm; See PMID 2644133; uncharacterized protein	1771579..>1772562	Aspergillus niger	4982083
An07g08160	CDS	An07g08160	NT_166523.1	1773269	1774457	R	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_0868 and an_0871 .; Title: weak similarity to RP2 - Mus musculus; See PMID 3755524; uncharacterized protein	complement(join(1773269..1774242,1774346..1774457))	Aspergillus niger	4982085
An07g08170	CDS	An07g08170	NT_166523.1	1775104	1776983	R	Catalytic activity: Inosine-5'-monophosphate dehydrogenases convert Inosine 5'-phosphate + NAD(+) + H(2)O to xanthosine 5'-phosphate + NADH.; Function: C. albicans IMH3 is the key enzyme in the de novo biosynthesis of GMP.; Title: strong similarity to IMP dehydrogenase IMH3 -Candida albicans; See PMID 9079920; uncharacterized protein	complement(join(1775104..1776245,1776456..1776764,1776833..1776983))	Aspergillus niger	4982086
An07g08180	CDS	An07g08180	NT_166523.1	1777425	1778200	R	hypothetical protein	complement(join(1777425..1777612,1777709..1777762,1777858..1778200))	Aspergillus niger	84591495
An07g08190	CDS	An07g08190	NT_166523.1	1778763	1779995	D	Function: barley glucose dehydrogenase is involved in carbohydrate metabolism during embryogenesis.; Title: strong similarity to glucose dehydrogenase -Hordeum vulgare; See PMID 7764620; uncharacterized protein	join(1778763..1778833,1778931..1779050,1779101..1779301,1779360..1779524,1779581..1779724,1779782..1779936,1779976..1779995)	Aspergillus niger	4982088
An07g08200	CDS	An07g08200	NT_166523.1	1780248	1780725	R	Title: weak similarity to secreted form of protein F - Human respiratory syncytial virus; uncharacterized protein	complement(join(1780248..1780343,1780441..1780725))	Aspergillus niger	4982089
An07g08210	CDS	An07g08210	NT_166523.1	1781991	1787508	D	Complex: human IQGAP1 binds to beta-catenin, actin,members of the Rho family, E-cadherin and calmodulin.; Function: binding of human IQGAP1 maintained Cdc42 in the active GTP-bound state.; Function: human IQGAP1 induces the dissociation of alpha-catenin from the cadherin-catenins complex leading to disruption of cell-cell adhesion, and is inhibited by Cdc42 and Rac1.; Function: human IQGAP1 is an effector for Cdc42 and Rac1 and has been shown to regulate cadherin function through its interaction with beta-catenin.; Localization: E-cadherin is required for accumulation of human IQGAP1 at cell-cell junctions.; Regulation: Calmodulin regulates the association of human IQGAP1 with Cdc42 and actin.; Title: strong similarity to cytoskeleton regulator IQGAP1 - Homo sapiens; cytoskeleton; See PMID 9867866; See PMID 10448058; See PMID 10508646; See PMID 10608854; uncharacterized protein	join(1781991..1783641,1783786..1786227,1786280..1786558,1786619..1787508)	Aspergillus niger	4982090
An07g08220	CDS	An07g08220	NT_166523.1	1788199	1790150	D	Complex: human epsin 2 interacts with clathrin,Eps15 and the clathrin adaptor AP-2.; Function: high overexpression of human green fluorescent protein-epsin 2 mislocalizes components of the clathrin coat and inhibits clathrin-mediated endocytosis.; Localization: human epsin 2 is present in a clathrin-coated vesicle fraction, is concentrated in the peri-Golgi region and at the cell periphery of transfected cells.; Title: strong similarity to clathrin associated epsin 2A - Homo sapiens; intracellular transport vesicles; See PMID 10567358; uncharacterized protein	join(1788199..1788280,1788376..1788407,1788509..1788588,1788664..1788745,1788804..1789415,1789461..1790150)	Aspergillus niger	4982091
An07g08230	CDS	An07g08230	NT_166523.1	1790718	1792247	R	Catalytic activity: Glutathione transferases convert RX + glutathione to HX + R-S-glutathione.; Function: Rhodococcus isoJ has activity with 1-chloro-2,4-dinitrobenzene and 3,4-dichloro-1-nitrobenzene but not with 1, 2-epoxy-2-methyl-3-butene.; Function: Rhodococcus isoJ is a glutathione S-transferase involved in isoprene (2-methyl-1,3-butadiene) utilization.; Title: strong similarity to glutathione S-transferase isoJ - Rhodococcus sp.; See PMID 10715003; uncharacterized protein	complement(join(1790718..1790951,1791006..1791073,1791151..1791393,1791488..1791647,1791754..1791844,1791900..1791952,1792173..1792247))	Aspergillus niger	4982092
An07g08240	CDS	An07g08240	NT_166523.1	1792985	1794319	R	Complex: S. cerevisiae NBP2 interacts with Nap1p, a nucleosome assembly factor, as shown by two-hybrid.; Similarity: similarity is from the C-terminal region of the predicted A. niger protein to the N-terminal half of S. cerevisiae NBP2, which is 130 aa shorter.; Title: similarity to Nbp2 - Saccharomyces cerevisiae; See PMID 10767562; uncharacterized protein	complement(1792985..1794319)	Aspergillus niger	4982093
An07g08250	CDS	An07g08250	NT_166523.1	1796259	1797317	R	Title: similarity to hypothetical protein 53H1.090 -Neurospora crassa; uncharacterized protein	complement(1796259..1797317)	Aspergillus niger	4982094
An07g08260	CDS	An07g08260	NT_166523.1	1797758	1798439	D	hypothetical protein	join(1797758..1797790,1797858..1798037,1798135..1798235,1798319..1798439)	Aspergillus niger	84591496
An07g08270	CDS	An07g08270	NT_166523.1	1798513	1800319	D	hypothetical protein	join(1798513..1798601,1798688..1798927,1799058..1799161,1799264..1799327,1799374..1799449,1799796..1799877,1800083..1800159,1800200..1800319)	Aspergillus niger	84591497
An07g08280	CDS	An07g08280	NT_166523.1	1801263	1804859	D	Catalytic activity: 3-Hydroxy-3-methylglutaryl-CoA reductases convert (R)-mevalonate + CoA + 2 NADP(+) to (S)-3-hydroxy-3-methylglutaryl-CoA + 2 NADPH.; Function: G. fujikuroi HMGR is involved in the control of cholesterol biosynthesis as it is the rate-limiting enzyme of the sterol biosynthesis.; Function: G. fujikuroi HMGR is the first specific enzyme of the isoprenoid pathway.; Localization: G. fujikuroi HMGR is an integral membrane protein of the endoplasmic reticulum.; Title: strong similarity to 3-Hydroxy-3-methylglutaryl-CoA reductase HMGR - Gibberella fujikuroi; endoplasmatic reticulum; See PMID 9000379; uncharacterized protein	join(1801263..1801499,1801551..1801604,1801679..1802044,1802104..1804451,1804520..1804859)	Aspergillus niger	4982097
An07g08290	CDS	An07g08290	NT_166523.1	1807565	1810399	D	Complex: by two-hybrid S. cerevisiae Spa2p interacts with Pea2p and Bud6p (Aip3p), which has been shown previously to interact with actin.; Complex: by two-hybrid S. cerevisiae Spa2p interacts with signal transduction components Ste11p (MAPK kinase [MEK] kinase) and Ste7p (MEK) of the mating signaling pathway as well as with the MEKs Mkk1p and Mkk2p of the Slt2p (Mpk1p) MAPK pathway.; Complex: by two-hybrid S. cerevisiae Spa2p interacts with the Cdc42, Rho1 and proffilin interacting scaffolding proteins Bni1p and Bnr1p.; Function: S. cerevisiae Spa2p is important for polarized morphogenesis during budding, mating, and pseudohyphal growth.; Function: S. cerevisiae Spa2p likely influences morphogenesis by mediating input from MAPK signal transduction cascades to the actin cytosceleton.; Localization: S. cerevisiae Spa2p localizes to growth sites, likely forming an 12S complex with Pea2p and Bud6p which binds to the actin cytosceleton.; Similarity: a central region of ~400 aa from S. cerevisiae SPA2 shows no similarity to the predicted A. niger protein, which is 400 aa shorter.; Title: similarity to actin cytoskeleton organiser Spa2 - Saccharomyces cerevisiae; cytoskeleton; See PMID 9632790; See PMID 9868371; See PMID 10938101; See PMID 11154270; See PMID 2647769; uncharacterized protein	join(1807565..1808797,1808854..1809948,1810001..1810399)	Aspergillus niger	4982098
An07g08300	CDS	cypA	NT_166523.1	1811801	1812698	D	Function: peptidyl-prolyl cis-trans isomerases influence proline conformation and thereby protein structure, playing critical roles in many cellular functions like arrangement of protein complexes, stress response or signal transduction.; Gene-ID: cypA; Remark: a splice site was detected upstream of the START codon.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_1816, 3552, 2103, 0716, 3379 and 1375.; See PMID 11810223; cyclophilin-like peptidyl prolyl cis-trans isomerase cypA-Aspergillus niger	join(1811801..1811861,1812096..1812265,1812346..1812452,1812512..1812698)	Aspergillus niger	4982099
An07g08310	CDS	An07g08310	NT_166523.1	1814224	1815058	R	Complex: S. pombe Ctr4 and Ctr5 associate in vivo,forming a heteromeric plasma membrane complex.; Function: S. pombe Ctr4 is a subunit of the high affinity copper transporter.; Localization: S. pombe Ctr4 and Ctr5 are interdependent for secretion to the plasma membrane.; Regulation: expression of S. pombe Ctr4 is regulated by copper levels and the copper-sensing transcription factor Cuf1.; Title: similarity to high affinity copper transporter ctr4p - Schizosaccharomyces pombe; plasma membrane; See PMID 11274192; uncharacterized protein	complement(join(1814224..1814266,1814332..1814539,1814684..1814848,1814913..1814943,1814999..1815058))	Aspergillus niger	4982100
An07g08320	CDS	An07g08320	NT_166523.1	1815619	1816499	R	Catalytic activity: Polyribonucleotide nucleotidyltransferases convert {RNA}(N+1) + phosphat to {RNA}(N) + a nucleoside diphosphate.; Complex: S. cerevisiae Ski6 is a component of the exosome multienzyme ribonuclease complex composed of at least 11 proteins; rrp4, rrp40, rrp41/ski6, rrp42, rrp43,rrp44/dis3, rrp45, rrp46, mtr3, csl4 and rrp6 (only in the nuclear complex).; Function: S. cerevisiae SKI6 is a exosome subunit and thereby involved in the processing of all RNA species.; Function: S. cerevisiae ski6-2 mutants accumulate a 38S particle, apparently an incomplete or degraded 60S ribosomal subunit, containing the 3'-terminus of 25S rRNA but no 5. 8S rRNA.; Function: primary effect of S. cerevisiae Ski6p was on efficiency of translation, as ski6 mutations bypass the requirement of the poly(A) tail for translation.; Localization: the exosome localises to nucleus and cytosol.; Remark: alternative names for S. cerevisiae SKI6 are ECM20, RRP41 and YGR195w.; Title: strong similarity to 3-5 exoribonuclease Ski6 - Saccharomyces cerevisiae; See PMID 9566888; See PMID 10571176; See PMID 10930416; uncharacterized protein	complement(join(1815619..1815756,1815802..1815910,1815929..1816129,1816201..1816499))	Aspergillus niger	4982101
An07g08330	CDS	An07g08330	NT_166523.1	1816875	1819980	D	Complex: human CSB is a DNA-binding protein, and it also binds to XPA, TFIIH, and the p34 subunit of TFIIE.; Function: human CSB has an ATPase activity that is stimulated strongly by DNA; however, it neither acts as a helicase nor does it dissociate stalled RNA polymerase II.; Function: human CSB is involved in UV induced DNA-repair and likely plays a role in recruiting repair proteins to ternary complexes formed at damage sites.; Title: strong similarity to transcription-repair coupling factor CSB/ERCC6 - Homo sapiens; nucleus; See PMID 8999876; uncharacterized protein	join(1816875..1816989,1817054..1819980)	Aspergillus niger	4982102
An07g08340	CDS	An07g08340	NT_166523.1	1821188	1823002	R	Function: different OSBPs have different functions,like mediation of sterol and phospholipid synthesis (HES1) or regulation of the Sec14p pathway for Golgi-derived vesicle transport (KES1).; Function: mutations in S. cerevisiae hes1 result in pleiotropic sterol-related phenotypes.; Function: oxysterol binding proteins (OSBPs) are a family of eukaryotic intracellular lipid receptors.; Similarity: S. cerevisiae HES1 and the predicted A. niger protein show strong similarity to human oxysterol binding protein (OSBP) and several putative fungal OSBPs.; Title: similarity to ergosterol synthesis protein Hes1 - Saccharomyces cerevisiae; See PMID 11279184; See PMID 8017104; uncharacterized protein	complement(join(1821188..1821437,1821488..1821801,1821850..1822099,1822149..1822427,1822495..1822605,1822668..1822773,1822885..1823002))	Aspergillus niger	4982103
An07g08350	CDS	An07g08350	NT_166523.1	1824193	1825218	R	Title: strong similarity to hypothetical protein YPL067c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1824193..1824333,1824417..1824601,1824697..1824879,1824957..1825218))	Aspergillus niger	4982104
An07g08360	CDS	An07g08360	NT_166523.1	1826050	1826819	R	Catalytic activity: nicotinamidases convert nicotinamide + H(2)O to nicotinate + NH(3).; Function: E. coli pncA is involved in Pyridine nucleotide cycle.; Title: similarity to pyrazinamidase/nicotinamidase pncA - Escherichia coli; See PMID 8726014; uncharacterized protein	complement(join(1826050..1826709,1826769..1826819))	Aspergillus niger	4982105
An07g08370	CDS	An07g08370	NT_166523.1	1827816	1828616	D	Complex: S. cerevisiae Ssu72 protein interacts directly with purified RNA-Pol II in a coimmunoprecipitation assay.; Function: in S. cerevisiae a mutation in RNA-Pol II (rpb2-100) was isolated as a suppressor of the ssu72-2 Ts(-) defect, but enhanced the transcriptional defects associated with ssu72-2.; Function: in S. cerevisiae a recessive ssu72-1 allele was identified as a synthetic enhancer of a TFIIB (sua7-1) defect, resulting in a heat-sensitive (Ts(-)) phenotype and a dramatic downstream shift in transcription start site selection.; Function: in S. cerevisiae the ssu72-2 and rpb2-100 mutations adversely affected noninduced gene expression,with no apparent effects on activated transcription in vivo.; Remark: a splice site was detected upstream of the START codon.; Remark: the systematic name for S. cerevisiae SSU72 isYNL222w.; Title: strong similarity to RNA-Pol II interacting Ssu72 - Saccharomyces cerevisiae; See PMID 11046131; uncharacterized protein	join(1827816..1828205,1828251..1828616)	Aspergillus niger	4982106
An07g08380	CDS	An07g08380	NT_166523.1	1829315	1830769	R	Function: S. cerevisiae HOS2 is a histone deacetylase.; Function: in S. cerevisiae phenotypes caused by mutations in the histone acetylases gcn5 and elp3 are suppressed by concomitant mutation of the HDA1 and HOS2 histone deacetylases.; Remark: the systematic name for S. cerevisiae HOS2 is YGL194c.; Title: strong similarity to histone deacetylase Hos2 - Saccharomyces cerevisiae; See PMID 10856249; See PMID 8962081; uncharacterized protein	complement(1829315..1830769)	Aspergillus niger	4982107
An07g08390	CDS	An07g08390	NT_166523.1	1831510	1832480	D	Function: carboxyphosphonoenolpyruvate mutase catalyses the formation of one of the two C-P bonds in bialaphos (L-phosphinothricinyl-L-alanyl-L-alanine), a potent herbicide isolated from Streptomyces hygroscopicus.; Title: strong similarity to carboxyphosphonoenolpyruvate mutase - Streptomyces hygroscopicus; See PMID 1330557; uncharacterized protein	join(1831510..1831644,1831704..1832480)	Aspergillus niger	4982108
An07g08400	CDS	An07g08400	NT_166523.1	1835069	1836058	D	Title: strong similarity to allergen rAsp f 4 -Aspergillus fumigatus; See PMID 10482834; uncharacterized protein	1835069..1836058	Aspergillus niger	4982109
An07g08410	CDS	An07g08410	NT_166523.1	1837473	1838090	R	Title: weak similarity to hypothetical protein encoded by An11g06480 - Aspergillus niger; uncharacterized protein	complement(join(1837473..1838000,1838031..1838090))	Aspergillus niger	84591498
An07g08420	CDS	An07g08420	NT_166523.1	1839064	1840727	D	Remark: ORF 3'truncated due to end of contig.; hypothetical protein [truncated ORF]	join(1839064..1839363,1839712..1839755,1839785..1839845,1840531..1840582,1840654..>1840727)	Aspergillus niger	84591499
An07g08430	CDS	An07g08430	NT_166523.1	1840830	1841626	R	Complex: a yeast two-hybrid screen with metaxin 1 as bait has identified a novel protein, termed metaxin 2, as a metaxin 1-binding protein.; Function: in cell culture overexpression of human metaxin resulted in impaired mitochondrial import of natural and chimeric preproteins and in their accumulation.; Function: metaxin is an outer membrane protein of mammalian mitochondria which is suggested to be involved in protein import into the organelle.; Remark: ORF 3'truncated due to end of contig.; Title: strong similarity to mitochondrial preprotein import complex subunit metaxin MTX - Homo sapiens [truncated ORF]; localisation:mitochondrion; See PMID 8660965; See PMID 10381257; See PMID 11027586; uncharacterized protein	complement(join(<1840830..1841154,1841231..1841369,1841476..1841626))	Aspergillus niger	4982112
An07g08440	CDS	An07g08440	NT_166523.1	1842668	1843776	D	hypothetical protein	join(1842668..1842740,1842788..1842813,1842986..1843034,1843108..1843158,1843368..1843521,1843635..1843652,1843689..1843776)	Aspergillus niger	84591500
An07g08450	CDS	An07g08450	NT_166523.1	1847102	1847906	R	hypothetical protein	complement(join(1847102..1847181,1847247..1847310,1847454..1847510,1847805..1847906))	Aspergillus niger	84591501
An07g08460	CDS	An07g08460	NT_166523.1	1848410	1849657	D	hypothetical protein	join(1848410..1848531,1848567..1848666,1848931..1849161,1849328..1849657)	Aspergillus niger	84591502
An07g08470	CDS	An07g08470	NT_166523.1	1850632	1851490	R	Title: similarity to hypothetical protein G17B7.120 - Neurospora crassa; uncharacterized protein	complement(join(1850632..1851161,1851262..1851490))	Aspergillus niger	4982116
An07g08480	CDS	An07g08480	NT_166523.1	1852108	1852498	D	Remark: N-terminally truncated due to contig border.; hypothetical protein [truncated ORF]	join(<1852108..1852224,1852313..1852353,1852423..1852498)	Aspergillus niger	84591503
An07g08490	CDS	An07g08490	NT_166523.1	1853487	1856554	D	Function: the 3'-5' helicase PcrA unwinds helical DNA substrates coupled to the hydrolysis of ATP.; Remark: the crystal structure of a monomeric form of the DNA helicase PcrA from Bacillus stearothermophilus,alone and in a complex with ADP, at 2. 5 and 2. 9 A resolution, has been solved.; Similarity: PcrA belongs to the UvrD subfamily of helicases.; Title: similarity to ATP-dependent helicase pcrA -Bacillus stearothermophilus; nucleus; See PMID 8934527; See PMID 9592155; uncharacterized protein	join(1853487..1853855,1853912..1856554)	Aspergillus niger	4982118
An07g08500	CDS	An07g08500	NT_166523.1	1856645	1859425	R	Title: weak similarity to Vpr binding protein HHR23A from patent WO9835032-A2 - Homo sapiens; uncharacterized protein	complement(join(1856645..1856780,1856821..1856908,1857124..1857194,1857238..1857269,1857365..1857461,1857827..1857874,1857916..1857969,1858234..1858376,1858789..1858857,1858930..1859060,1859191..1859425))	Aspergillus niger	84591504
An07g08510	CDS	An07g08510	NT_166523.1	1860618	1861684	D	hypothetical protein	join(1860618..1860721,1861129..1861684)	Aspergillus niger	84591505
An07g08520	CDS	An07g08520	NT_166523.1	1863906	1865162	R	Complex: CCN1 interacts with the CDC2 protein kinase to form MPF.; Function: CCN1 is essential for the control of the cell cycle at the G1/S (Start) transition.; Similarity: CCN1 belongs to the cyclin family.; Title: similarity to G1/S-specific cyclin CCN1 -Candida albicans; See PMID 1409649; See PMID 7830719; uncharacterized protein	complement(1863906..1865162)	Aspergillus niger	4982121
An07g08533	CDS	An07g08533	NT_166523.1	1866853	1867382	R	hypothetical protein	complement(join(1866853..1867058,1867283..1867382))	Aspergillus niger	84591506
An07g08540	CDS	An07g08540	NT_166523.1	1868955	1869278	D	hypothetical protein	join(1868955..1869006,1869101..1869123,1869165..1869278)	Aspergillus niger	84591507
An07g08550	CDS	An07g08550	NT_166523.1	1870326	1872661	R	hypothetical protein	complement(join(1870326..1870527,1870728..1870865,1871032..1871187,1871342..1871480,1872014..1872101,1872239..1872293,1872432..1872521,1872633..1872661))	Aspergillus niger	84591508
An07g08560	CDS	An07g08560	NT_166523.1	1872671	1874025	D	hypothetical protein	join(1872671..1872739,1873393..1873458,1873864..1874025)	Aspergillus niger	84591509
An07g08570	CDS	An07g08570	NT_166523.1	1874747	1875448	R	hypothetical protein	complement(join(1874747..1874825,1874937..1875069,1875158..1875241,1875361..1875448))	Aspergillus niger	84591510
An07g08580	CDS	An07g08580	NT_166523.1	1876352	1877393	R	Title: weak similarity to RAD1 binding protein from patent WO9949042-A1 - Mus sp.; uncharacterized protein	complement(join(1876352..1876546,1876587..1876649,1876728..1876789,1876922..1876973,1877052..1877247,1877317..1877393))	Aspergillus niger	84591511
An07g08590	CDS	An07g08590	NT_166523.1	1877996	1880970	D	Title: strong similarity to protein SEQ ID NO:7145 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	join(1877996..1878416,1878480..1879049,1879105..1879334,1879387..1880970)	Aspergillus niger	4982128
An07g08600	CDS	An07g08600	NT_166523.1	1882450	1884214	R	Protein sequence is in conflict with the conceptual translation; Catalytic activity: A phosphoprotein + H(2)O = a protein + phosphate.; Function: PPZ1 plays a role in regulating osmotic stability.; Title: strong similarity to phosphoprotein phosphatase Ppz2 - Saccharomyces cerevisiae [putative sequencing error]; putative sequencing error; See PMID 8395014; See PMID 8396031; uncharacterized protein	complement(join(1882450..1882479,1882628..1882780,1882856..1884214))	Aspergillus niger	4982129
An07g08610	CDS	An07g08610	NT_166523.1	1885636	1886952	R	Title: weak similarity to ovarian tumor EST fragment encoded protein 57 from patent DE19817557-A1 - Homo sapiens; uncharacterized protein	complement(join(1885636..1885792,1886026..1886094,1886142..1886473,1886558..1886716,1886842..1886952))	Aspergillus niger	4982130
An07g08620	CDS	An07g08620	NT_166523.1	1887843	1888469	R	Title: similarity to hypothetical protein AAN74824.1 - Gibberella moniliformis; uncharacterized protein	complement(join(1887843..1888246,1888307..1888469))	Aspergillus niger	4982131
An07g08630	CDS	An07g08630	NT_166523.1	1889351	1890562	D	Title: strong similarity to hypothetical protein At2g25280 - Arabidopsis thaliana; uncharacterized protein	join(1889351..1889505,1889562..1889630,1889689..1890126,1890277..1890562)	Aspergillus niger	4982132
An07g08640	CDS	An07g08640	NT_166523.1	1892341	1894018	D	Function: mutA of P. purporogenum hydrolysis 1,3-alpha-D-glucosidic links.; Remark: P purporogenum mutA is also named alpha1,3-glucanase.; Title: strong similarity to mutanase mutA -Penicillium purporogenum; See PMID 10636904; uncharacterized protein	join(1892341..1892484,1892534..1893062,1893120..1893345,1893403..1894018)	Aspergillus niger	4982133
An07g08650	CDS	An07g08650	NT_166523.1	1895222	1896183	D	hypothetical protein	join(1895222..1895282,1895353..1895674,1895730..1896183)	Aspergillus niger	4982134
An07g08660	CDS	An07g08660	NT_166523.1	1897193	1897484	D	hypothetical protein	join(1897193..1897266,1897340..1897484)	Aspergillus niger	84591512
An07g08670	CDS	An07g08670	NT_166523.1	1898222	1900077	D	Remark: similarities correspond to multiple serine repeats.; Title: weak similarity to hypothetical protein RtoA - Dictyostelium discoideum; uncharacterized protein	join(1898222..1898620,1898660..1899697,1899751..1900077)	Aspergillus niger	4982136
An07g08680	CDS	An07g08680	NT_166523.1	1901114	1901676	R	Title: weak similarity to hypothetical protein encoded by CG15782 - Drosophila melanogaster; uncharacterized protein	complement(join(1901114..1901217,1901277..1901355,1901449..1901487,1901524..1901676))	Aspergillus niger	84591513
An07g08690	CDS	An07g08690	NT_166523.1	1903596	1904815	R	Catalytic activity: the S. cerevisiae homolog Png1p hydrolyses an N4-(acetyl-beta-D-glucosaminyl)asparagine residue to yield a (substituted) N-acetyl-beta-D-glucosaminylamine and the peptide containing an aspartic residue.; Title: similarity to cytoplasmic peptide:N-glycanase Png1 - Saccharomyces cerevisiae; cytoplasm; See PMID 10831608; uncharacterized protein	complement(join(1903596..1904011,1904061..1904461,1904523..1904815))	Aspergillus niger	4982138
An07g08710	CDS	tpsB	NT_166523.1	1910126	1911856	R	Catalytic activity: UDP-glucose + D-glucose 6-phosphate = UDP + alpha,alpha-trehalose 6-phosphate; Gene-ID: tpsB; See PMID 8666204; See PMID 9006911; alpha, alpha-trehalose-phosphate synthase (UDP-forming) 2 (trehalose-6-phosphate UDP-glucose phosphate glucosyltransferase) tpsB-Aspergillus niger	complement(join(1910126..1910177,1910240..1910579,1910634..1911004,1911056..1911431,1911553..1911856))	Aspergillus niger	4982139
An07g08720	CDS	An07g08720	NT_166523.1	1913216	1916118	D	Catalytic activity: UDP-glucose + D-glucose 6-phosphate = UDP + alpha,alpha-trehalose 6-phosphate; Title: strong similarity to 123K chain alpha,alpha-trehalose-phosphate synthase (UDP-forming) Tsl1 -Saccharomyces cerevisiae; See PMID 8404905; See PMID 8850521; See PMID 9837904; uncharacterized protein	join(1913216..1913238,1913295..1914630,1914688..1916118)	Aspergillus niger	4982140
An07g08730	CDS	An07g08730	NT_166523.1	1917328	1919820	R	Complex: CAF-1 contains three subunits p150, p60,and p48.; Complex: only a fraction of total human p48 is associated with p150 and p60, and the majority is present in other high molecular weight complexes.; Function: CAF-1 (Chromatin Assembly Factor-I) efficiently mediates nucleosome assembly during complementary DNA strand synthesis in G1, S, and G2 phase.; Localization: during S phase, human p150 and p60 are concentrated at sites of intranuclear DNA replication.; Localization: in interphase, human p150 and p60 are bound to the nucleus, but they predominantly dissociate from chromatin during mitosis.; Regulation: in mitosis, the human p60 subunit of inactive CAF-1 is hyperphosphorylated, whereas active CAF-1 in interphase contains hypophosphorylated and/or phosphorylated forms of p60.; Title: strong similarity to chromatin assembly factor-I (CAF-I) p60 subunit Cac2 - Saccharomyces cerevisiae; nucleus; See PMID 9614144; See PMID 9927445; uncharacterized protein	complement(join(1917328..1917946,1918002..1919082,1919145..1919381,1919448..1919550,1919633..1919648,1919690..1919820))	Aspergillus niger	4982141
An07g08740	CDS	An07g08740	NT_166523.1	1920798	1921829	R	Remark: in T. brucei strain 427 ISG75 genes are present in tandem arrays at two loci, A and B, containing 5 and 2 copies, respectively.; Title: weak similarity to 75 kDa invariant surface glycoprotein ISG75 - Trypanosoma brucei; See PMID 1587856; uncharacterized protein	complement(join(1920798..1921256,1921344..1921829))	Aspergillus niger	4982142
An07g08750	CDS	An07g08750	NT_166523.1	1922420	1926084	D	Similarity: the predicted A. niger protein shows also similarity to different proline, glutamic acid and glutamine rich structural proteins, like Neurofilament triplet H1 and extensins.; Title: weak similarity to protein OlpB from patent FR2748479-A1 - Clostridium thermocellum; uncharacterized protein	join(1922420..1922512,1922698..1922903,1923081..1923442,1923492..1925120,1925179..1925771,1925836..1926084)	Aspergillus niger	4982143
An07g08760	CDS	An07g08760	NT_166523.1	1927443	1928552	D	Catalytic activity: NADPH dehydrogenases catalyse the reaction, NADPH + acceptor = NADP+ + reduced acceptor.; Complex: S. cerevisiae OYE3 forms homodimers and heterodimers with other OYE Isoforms.; Function: S. cerevisiae OYE3 binds a variety of compounds with a phenolic structure.; Function: S. cerevisiae OYE3 has been shown to catalyze efficiently the NADPH-linked reduction of nitro-olefins.; Function: S. cerevisiae OYE3 might be involved in sterol metabolism.; Title: strong similarity to hypothetical NADPH dehydrogenase Oye3 - Saccharomyces cerevisiae; See PMID 10995477; uncharacterized protein	1927443..1928552	Aspergillus niger	4982144
An07g08770	CDS	An07g08770	NT_166523.1	1928671	1930431	R	Induction: in S. cerevisiae the relatively high basal level of DAL5 expression did not increase further upon addition of allantoin pathway intermediates.; Repression: in S. cerevisiae steady-state DAL5 mRNA levels dropped precipitously when a repressive nitrogen source was provided.; Similarity: DAL5 from S. cerevisiae is a member of the major facilitator family.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; uncharacterized protein	complement(join(1928671..1928682,1928734..1929689,1929735..1929772,1929818..1929926,1929971..1930132,1930188..1930431))	Aspergillus niger	4982145
An07g08780	CDS	An07g08780	NT_166523.1	1935001	1935291	D	Remark: ORF classified questionable due to lack of similarities and length < 80 aa.; Title: questionable ORF; uncharacterized protein	join(1935001..1935006,1935079..1935104,1935147..1935187,1935221..1935291)	Aspergillus niger	84591514
An07g08790	CDS	An07g08790	NT_166523.1	1935825	1936080	R	Remark: predicted A. niger protein is 300 aa shorter than wee1 from S. pombe.; Title: weak similarity to mitosis inhibitor protein kinase wee1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1935825..1936036,1936074..1936080))	Aspergillus niger	84591515
An07g08800	CDS	An07g08800	NT_166523.1	1936514	1939119	R	Function: it has been suggested, that Hwp1 from C. albicans is a glucan-linked protein with serine/threonine-rich regions that are predicted to function in extending a ligand-binding domain into the extracellular space.; Title: weak similarity to hyphal wall protein 1 HWP1 - Candida albicans; See PMID 9639315; uncharacterized protein	complement(join(1936514..1936974,1937169..1937178,1937320..1937435,1937646..1937700,1937768..1937812,1938056..1938119,1938153..1938325,1938360..1938397,1938778..1938874,1939021..1939119))	Aspergillus niger	84591516
An07g08810	CDS	An07g08810	NT_166523.1	1939978	1940957	D	Complex: Gpr1 from S. cerevisiae binds to the G-protein Gpa2.; Function: in S. cerevisiae gpr1 is a nutrient sensor that regulates pseudohyphal differentiation.; Induction: in S. cerevisiae expression of the GPR1 gene is known to be induced by nitrogen starvation.; Induction: in S. cerevisiae the gpr1 receptor is activated by glucose and other structurally related sugars.; Pathway: in S. cerevisiae epistasis analysis supports a model in which the Gpr1 receptor regulates pseudohyphal growth via the Gpa2p-cAMP-PKA pathway and independently of both the MAP kinase cascade and the PKA related kinase Sch9.; Title: strong similarity to G protein-coupled receptor Gpr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10655215; uncharacterized protein	join(1939978..1940354,1940413..1940581,1940637..1940957)	Aspergillus niger	4982149
An07g08820	CDS	An07g08820	NT_166523.1	1942692	1944965	R	Function: PAK family kinases regulate cytoskeletal changes mediated by Cdc42 and Rac.; Function: experiments in D. discoideum suggest that the assembly of myosin II into the cytoskeleton requires PAKa function.; Function: in D. discoideum paka null cells or wild-type cells expressing a kinase dead (putative dominant negative) PAKa produce many random, lateral pseudopodia and have a much higher frequency of making wrong turns than wild-type cells.; Localization: PAKa colocalizes with myosin II to the cleavage furrow of dividing cells and the posterior of polarized, chemotaxing cells via its NH(2)-terminal domain.; Similarity: the predicted A. niger protein shows similarity to central region of DPAKA, which is 500 aa longer.; Similarity: the predicted A. niger protein shows similarity to serine and proline rich proteins.; Title: weak similarity to hypothetical protein LcoB - Lactococcus lactis; uncharacterized protein	complement(join(1942692..1943439,1943495..1943610,1943657..1943973,1944050..1944965))	Aspergillus niger	4982150
An07g08830	CDS	An07g08830	NT_166523.1	1950548	1952630	R	Complex: YAP180 from S. cerevisiae binds Pan1p and clathrin.; Function: AP deletion strains in S. cerevisiae suggest that clathrin function and recruitment onto membranes are not dependent upon heterotetrameric adaptors or AP180 homologs.; Localization: in S. cerevisiae yAP180 proteins and Pan1p, like actin, localize to peripheral patches along the plasma membrane.; Remark: YGR241C is the systematic name for YAP180.; Similarity: YAP180 from S. cerevisiae is a member of the AP180 protein family.; Title: strong similarity to adaptor protein Yap180 -Saccharomyces cerevisiae; cytoskeleton; See PMID 10406795; uncharacterized protein	complement(join(1950548..1951800,1951854..1951965,1952022..1952212,1952268..1952505,1952583..1952630))	Aspergillus niger	4982151
An07g08840	CDS	An07g08840	NT_166523.1	1953802	1955766	D	Similarity: only C-terminal region of predicted A. niger protein shows similarity to human WDR9, which is 1700 aa longer.; Title: weak similarity to hypothetical WDR9 - Homo sapiens; uncharacterized protein	join(1953802..1954293,1954354..1954750,1954808..1955016,1955071..1955766)	Aspergillus niger	4982152
An07g08850	CDS	An07g08850	NT_166523.1	1956291	1957280	R	Complex: RPS11B from S. cerevisiae is a component of the cytosolic small ribosomal subunit 40S.; Function: RPS11B from S. cerevisiae is a structural protein of the ribosome and controls translational accuracy as well as ribosomal small subunit assembly and maintenance.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit Rps11b - Saccharomyces cerevisiae; cytoplasm; 40S ribosomal protein uS17	complement(join(1956291..1956358,1956520..1956759,1957106..1957280))	Aspergillus niger	4982153
An07g08860	CDS	An07g08860	NT_166523.1	1957977	1960693	D	Remark: ORF C-terminally truncated due to end of contig.; Similarity: predicted A. niger protein shows unspecific similarity to serine and glutamic acid rich proteins.; Title: weak similarity to dentin phosphophoryn -Homo sapiens [truncated ORF]; uncharacterized protein	join(1957977..1958382,1958436..>1960693)	Aspergillus niger	4982154
An07g08870	CDS	An07g08870	NT_166523.1	1960899	1963909	R	Remark: ntf1 plays an important role in regulating nmt1 expression, which is subject to transcriptional repression mediated by thiamine in Schizosaccharomyces pombe.; Title: similarity to transcription factor ntf1p -Schizosaccharomyces pombe; nucleus; See PMID 8163491; uncharacterized protein	complement(join(1960899..1961895,1961958..1962509,1962592..1963264,1963325..1963764,1963899..1963909))	Aspergillus niger	4982155
An07g08880	CDS	An07g08880	NT_166523.1	1969138	1970638	D	Remark: cys-3, the positive-acting master sulfur regulatory gene of Neurospora crassa, turns on the expression of an entire set of unlinked structural genes which encode sulfur-catabolic enzymes.; Title: strong similarity to positive sulphur regulator CYS3 - Neurospora crassa; nucleus; See PMID 2142156; See PMID 2524646; uncharacterized protein	join(1969138..1969402,1970100..1970638)	Aspergillus niger	4982156
An07g08890	CDS	An07g08890	NT_166523.1	1972696	1974014	R	Title: strong similarity to hypothetical protein YGR086c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1972696..1973309,1973368..1973551,1973613..1973746,1973897..1974014))	Aspergillus niger	4982157
An07g08900	CDS	An07g08900	NT_166523.1	1976179	1980034	D	Title: similarity to hypothetical WD-repeat protein WDR6 - Homo sapiens; uncharacterized protein	join(1976179..1976238,1976292..1977055,1977107..1978985,1979031..1979715,1979790..1980034)	Aspergillus niger	4982158
An07g08910	CDS	An07g08910	NT_166523.1	1981277	1984204	R	Catalytic activity: NAD(P)H + Nitrate = NAD(P)+ + Nitrite + H2O.; Title: strong similarity to nitrate reductase NR1 -Zea mays [putative frameshift]; putative frameshift; See PMID 9576798; See PMID 10773339; See PMID 11244107; uncharacterized protein	complement(join(<1981277..1982163,1982286..1982678,1982708..1982901,1982972..1984204))	Aspergillus niger	4982159
An07g08920	CDS	An07g08920	NT_166523.1	1986089	1989495	R	Catalytic activity: NAD(P)H + Nitrate = NAD(P)+ + Nitrite + H2O.; Title: strong similarity to nitrate reductase NR -Betula pendula; See PMID 1675424; uncharacterized protein	complement(join(1986089..1986129,1986180..1986730,1986779..1987109,1987144..1988728,1988765..1989118,1989211..1989495))	Aspergillus niger	4982160
An07g08930	CDS	An07g08930	NT_166523.1	1989945	1991451	R	Catalytic activity: nitrous oxide + H2O + acceptor = 2 nitric oxide + reduced acceptor.; Title: strong similarity to nitric-oxide cytochrome P-450 reductase Cyp55 - Fusarium oxysporum; See PMID 7798191; uncharacterized protein	complement(join(1989945..1990057,1990136..1990325,1990376..1990997,1991053..1991159,1991230..1991451))	Aspergillus niger	4982161
An07g08940	CDS	An07g08940	NT_166523.1	1993286	1994528	D	Similarity: acetyl-esterase I of patent WO9502689-A of A. aculeatus shows acetyl esterase activity on acetylated xylan and mannan; it is used in the preparation of feed or food, and in the paper or pulp industry.; Similarity: shows similarity to several lipases,esterases.; Title: similarity to acetyl-esterase I from patent WO9502689-A - Aspergillus aculeatus; uncharacterized protein	join(1993286..1993377,1993524..1993925,1993970..1994225,1994325..1994528)	Aspergillus niger	4982162
An07g08950	CDS	eglB	NT_166523.1	1995122	1996338	D	Catalytic activity: endohydrolysis of 1,4-beta-D-glucosidic linkages in cellulose, lichenin and cereal beta-D-glucans.; Gene-ID: eglB; extracellular/secretion proteins; See PMID 9758775; endoglucanase B eglB-Aspergillus niger	join(1995122..1995221,1995265..1995320,1995364..1995516,1995562..1995626,1995670..1995767,1995815..1996338)	Aspergillus niger	4982163
An07g08960	CDS	An07g08960	NT_166523.1	1998158	1999214	D	Title: similarity to hypothetical protein SPAC15A10.09c - Schizosaccharomyces pombe; uncharacterized protein	join(1998158..1998295,1998360..1999214)	Aspergillus niger	4982164
An07g08970	CDS	An07g08970	NT_166523.1	2000178	2004263	R	Similarity: blast hits are caused by repetetive sequence motives.; hypothetical protein	complement(join(2000178..2004050,2004114..2004263))	Aspergillus niger	4982165
An07g08980	CDS	An07g08980	NT_166523.1	2005027	2012505	D	Catalytic activity: Fab1 in S. cerevisiae transfers a phosphate group from ATP to the 5-hydroxyl of phosphatidylinositol-3-phosphate.; Function: Fab1 in S. cerevisiae is regulated by Vac7.; Induction: Fab1 in S. cerevisiae is activated under hyperosmotic stress conditions.; Pathway: Fab1 in S. cerevisiae constitutes the key kinase in a signal transduction pathway involved in vacuolar membrane homeostasis.; Pathway: Fab1 in S. cerevisiae is involved in cargo-selective trafficking from multivesicular bodies to the vacuolar lumen.; Pathway: Fab1 in S. cerevisiae is not required for the biogenesis of the vacuole.; Pathway: the product of Fab1 activity in S. cerevisiae, phosphatidylinositol-3,5-bisphosphate, is a key regulator for vacuolar membrane turnover/recycling.; Remark: phosphatidylinositol 3-phosphate 5-kinases containing the RING-FYVE-finger domain are referred to as Type III PIP-kinases.; Similarity: the strong homology regions include the N-terminal cysteine-rich RING-FYVE-finger zinc-binding domain and the C-terminal PIP-5-kinase domain.; Title: strong similarity to phosphatidylinositol 3-phosphate 5-kinase Fab1 - Saccharomyces cerevisiae; vacuole; See PMID 9763421; See PMID 9811604; See PMID 9865702; See PMID 7663021; uncharacterized protein	join(2005027..2012330,2012427..2012505)	Aspergillus niger	4982166
An07g08990	CDS	pkiA	NT_166523.1	2014154	2016205	R	Catalytic activity: pyruvate kinases transfer a phosphate group from phosphoenolpyruvate to ADP producing pyruvate and ATP.; Gene-ID: pkiA; Pathway: pyruvate kinases catalyze the last, and irreversible, step of glucose degradation to pyruvate.; cytoplasm; See PMID 1611667; pyruvate kinase pkiA-Aspergillus niger	complement(join(2014154..2014399,2014458..2014539,2014589..2015422,2015521..2015642,2015696..2015776,2015832..2015878,2015936..2015980,2016082..2016205))	Aspergillus niger	4982167
An07g09005	CDS	An07g09005	NT_166523.1	2018625	2019167	D	Title: strong similarity to hypothetical protein SPAC26A3.14c - Schizosaccharomyces pombe; uncharacterized protein	join(2018625..2018627,2018753..2018792,2018863..2018905,2019026..2019167)	Aspergillus niger	4982168
An07g09010	CDS	An07g09010	NT_166523.1	2020039	2021417	R	Similarity: homology to T17H3. 1 from A. thaliana covers only it's C-terminal part.; Similarity: the N-terminus also shows homology to human F-box containing proteins.; Title: weak similarity to hypothetical protein T17H3.1 - Arabidopsis thaliana; uncharacterized protein	complement(join(2020039..2020160,2020220..2021417))	Aspergillus niger	4982169
An07g09020	CDS	An07g09020	NT_166523.1	2022418	2025272	D	Title: weak similarity to polypeptide SEQ ID NO:3357 from patent WO2003052076-A2 - Cryptococcus neoformans; uncharacterized protein	join(2022418..2024674,2024964..2025035,2025118..2025272)	Aspergillus niger	4982170
An07g09030	CDS	An07g09030	NT_166523.1	2025506	2026770	D	hypothetical protein	join(2025506..2025523,2025578..2025643,2025729..2025850,2025986..2026048,2026141..2026346,2026436..2026525,2026634..2026770)	Aspergillus niger	84591517
An07g09040	CDS	An07g09040	NT_166523.1	2027277	2029013	D	Similarity: shows deliberate matches to a variety of hihgly repetitive proteins.; Title: weak similarity to INSP010 from patent WO2003051919-A1 - Homo sapiens; uncharacterized protein	2027277..2029013	Aspergillus niger	4982172
An07g09050	CDS	An07g09050	NT_166523.1	2030189	2030956	D	Similarity: the C-terminus is about 120 aa shorter than in SC5F2A. 29 of S. coelicolor.; Title: similarity to hypothetical transcription regulator SC5F2A.29 - Streptomyces coelicolor; uncharacterized protein	join(2030189..2030195,2030280..2030956)	Aspergillus niger	4982173
An07g09060	CDS	An07g09060	NT_166523.1	2031240	2032971	R	Title: strong similarity to hypothetical protein CAE76244.1 - Neurospora crassa; uncharacterized protein	complement(join(2031240..2032633,2032684..2032754,2032934..2032971))	Aspergillus niger	4982174
An07g09070	CDS	An07g09070	NT_166523.1	2033524	2034300	D	Title: strong similarity to hypothetical protein YMR158w - Saccharomyces cerevisiae; uncharacterized protein	join(2033524..2034007,2034104..2034143,2034288..2034300)	Aspergillus niger	4982175
An07g09080	CDS	An07g09080	NT_166523.1	2036120	2036614	D	hypothetical protein	join(2036120..2036380,2036421..2036484,2036514..2036614)	Aspergillus niger	84591518
An07g09090	CDS	An07g09090	NT_166523.1	2037303	2038532	D	Title: weak similarity to hypothetical protein encoded by An18g02770 - Aspergillus niger; uncharacterized protein	join(2037303..2037397,2037469..2037537,2037623..2038532)	Aspergillus niger	4982177
An07g09100	CDS	An07g09100	NT_166523.1	2039943	2041173	R	hypothetical protein	complement(join(2039943..2039966,2040030..2040090,2040397..2040556,2040668..2040773,2040811..2040964,2041046..2041173))	Aspergillus niger	84591519
An07g09110	CDS	An07g09110	NT_166523.1	2041370	2043089	R	Function: the monooxygenase VioC is involved in late steps of violacein biosynthesis.; Remark: the violacein biosynthetic gene cluster spans eight kilobases and is comprised of the four genes,vioABCD, that are necessary for violacein production.; Remark: violacein is a purple-colored,broad-spectrum antibacterial pigment that has a dimeric structure composed of 5-hydroxyindole, oxindole and 2-pyyrolidone subunits formed by the condensation of two modified tryptophan molecules.; Title: similarity to monooxygenase VioC -Chromobacterium violaceum; See PMID 11075927; uncharacterized protein	complement(join(2041370..2042530,2042594..2042808,2042966..2043089))	Aspergillus niger	4982179
An07g09120	CDS	An07g09120	NT_166523.1	2043667	2044995	D	Function: MAP1 cleaves methionine from nascent polypeptide chains.; Pathway: methionine aminopeptidase is one of the central enzymes in protein synthesis.; Remark: gene models derived from different cDNA sequences suggest alternativ splicing of the first intron. The two proposed alternative N-termini of the protein would be 'MPQGRHGQLLLLAGLFQTELGRLPYVTHQAH SEHKTIHK. . . ' and 'MAEVATRKCMGVDCDKNAGTLQCPTCLKAGTDSFFCSQDCFKRSW SEHKTIHK. . . '.; Similarity: MAP1 consists of two functional domains: a unique NH2-terminal domain containing two motifs resembling zinc fingers, which may allow the protein to interact with ribosomes, and a catalytic COOH-terminal domain resembling prokaryotic methionine aminopeptidases.; Title: strong similarity to precursor of methionyl aminopeptidase Map1 - Saccharomyces cerevisiae; See PMID 1569059; uncharacterized protein	join(2043667..2043801,2043888..2043915,2043970..2044286,2044345..2044995)	Aspergillus niger	4982180
An07g09130	CDS	An07g09130	NT_166523.1	2045876	2047820	D	Title: strong similarity to SRT protein sequence SEQ ID NO:248 from patent WO200100804-A2 - Corynebacterium glutamicum; uncharacterized protein	join(2045876..2046079,2046143..2046400,2046453..2046597,2046649..2046682,2046736..2047409,2047477..2047820)	Aspergillus niger	4982181
An07g09140	CDS	An07g09140	NT_166523.1	2048684	2051302	D	Remark: C-terminally truncated due to contig border.; Title: weak similarity to protein herc2 - Mus musculus [truncated ORF]; uncharacterized protein	2048684..>2051302	Aspergillus niger	4982182
An07g09150	CDS	An07g09150	NT_166523.1	2052005	2053850	R	Function: PRP17 encodes a protein that participates in the second step of the splicing reaction (is spliceosome-associated) and is required for initiation and completion of S-phase and for initiation and completion of DNA replication.; Remark: PRP17 of S. cerevisiae is identical to the cell division cycle CDC40 gene.; Remark: a yeast-human PRP17 chimera is able to complement the cell cycle and splicing defects of a yeast prp17 mutant.; Similarity: the ORF overlaps with the A. niger EST an_3051 in EMBLEST:BE758807 at it's C-terminus.; Title: strong similarity to splicing factor PRP17 -Homo sapiens; See PMID 9769104; See PMID 9830021; uncharacterized protein	complement(join(2052005..2053633,2053728..2053850))	Aspergillus niger	4982183
An07g09160	CDS	An07g09160	NT_166523.1	2054559	2055246	R	Function: cni of D. melanogaster is necessary for both anterior-posterior and dorsal-ventral pattern formation.; Function: it is proposed that the cornichon homolog YGL054c (Erv14) of S. cerevisiae is required for formation of COPII-coated ER-derived transport vesicles.; Phenotype: mutations in the cni gene of D. melanogaster prevent the formation of a correctly polarized microtubule cytoskeleton, which is required for proper localization of the anterior and posterior determinants bicoid and oskar and for the asymmetric positioning of the oocyte nucleus.; Remark: cni of D. melanogaster belongs to the cornichon family.; Title: strong similarity to pattern formation protein cni - Drosophila melanogaster; See PMID 9732282; See PMID 7540118; uncharacterized protein	complement(join(2054559..2054651,2054713..2054779,2054844..2054999,2055146..2055246))	Aspergillus niger	4982184
An07g09170	CDS	An07g09170	NT_166523.1	2056236	2059639	R	Function: BCRP1 of M. musculus is a multidrug-resistance protein.; Function: BCRP1 of M. musculus renders tumor cells resistant to the anticancer drugs topotecan, mitoxantrone,doxorubicin, and daunorubicin.; Remark: BCRP1 of M. musculus is a member of the adenosine triphosphate-binding cassette (ABC) family of drug transporters.; Remark: BCRP1 of M. musculus is also designated ABCP and MXR.; Similarity: about 400 N-terminal amino acids of the ORF are not aligned with BCRP1 of M. musculus.; Similarity: the ORF overlaps with the A. niger ESTs an_2679 in EMBLEST:BE759768 and an_2660 in EMBLEST:BE759753.; Title: strong similarity to breast cancer resistance protein 1 BCRP1 - Mus musculus; See PMID 10485464; See PMID 11036110; uncharacterized protein	complement(join(2056236..2056472,2056544..2057492,2057670..2057959,2058011..2059639))	Aspergillus niger	4982185
An07g09180	CDS	An07g09180	NT_166523.1	2060389	2061735	D	Catalytic activity: L-aspartate + 2-oxoglutarate = oxaloacetate + L-glutamate.; Complex: the AspAT protein of Thermus aquaticus forms a homodimer.; Remark: AspAT of Thermus aquaticus belongs to class-I of pyridoxal-phosphate-dependent aminotransferases.; Remark: the AspAT protein of Thermus aquaticus is rich in proline residues, and is very thermostabile.; Remark: the AspAT protein of Thermus aquaticus is strictly specific for acidic amino acid substrates, such as aspartate, glutamate, and the respective keto acids.; Similarity: AspAT of Thermus aquaticus shows also similarity to some transaminases of other specificities.; Title: strong similarity to aspartate transaminase AspAT - Thermus aquaticus; See PMID 10029535; See PMID 8907187; uncharacterized protein	join(2060389..2060421,2060492..2060940,2061003..2061735)	Aspergillus niger	4982186
An07g09190	CDS	An07g09190	NT_166523.1	2062413	2064510	D	Catalytic activity: ATP + a very long-chain carboxylic acid + CoA = AMP + Pyrophosphate + an Acyl-CoA; Function: the FAT1 protein of S. cerevisiae has,additionally, a very-long-chain acyl-CoA synthetase (VLCS) activity, thus enabling beta-oxidation of very long chain fatty acids.; Function: the FAT1 protein of S. cerevisiae is required for maximal levels of fatty-acid import.; Remark: FAT1 of S. cerevisiae belongs to the ATP-dependent AMP-binding enzyme family.; Similarity: 82 N-terminal amino acids of the ORF are not aligned with FAT1 of S. cerevisiae.; Title: strong similarity to very long-chain fatty acyl-CoA synthase Fat1 - Saccharomyces cerevisiae; See PMID 9660783; See PMID 9988704; See PMID 10880966; See PMID 9079682; uncharacterized protein	join(2062413..2062428,2062502..2063292,2063350..2064510)	Aspergillus niger	4982187
An07g09200	CDS	An07g09200	NT_166523.1	2064830	2066816	R	Function: 2-5A-dependent RNAase of M. musculus is activated by 5'-phosphorylated, 2',5'-linked oligoadenylates (2-5A) and controls RNA stability.; Remark: 2-5A-dependent RNAase of M. musculus is a key enzyme of IFN-induced viral defence.; Similarity: the ORF shows only local similarity (125 aligned amino acids) to 2-5A-dependent RNAase of M. musculus; furthermore the characterized domains of M. musculus 2-5A-dependent RNAase are not included in the alignment.; Title: weak similarity to 2-5A-dependent RNAase -Mus musculus; See PMID 7680958; uncharacterized protein	complement(join(2064830..2064946,2065321..2065701,2065759..2065906,2066041..2066229,2066324..2066482,2066506..2066816))	Aspergillus niger	4982188
An07g09210	CDS	An07g09210	NT_166523.1	2067194	2067913	D	Remark: the ORF has an unusual intron/exon structure for A. niger.; hypothetical protein	join(2067194..2067642,2067752..2067809,2067896..2067913)	Aspergillus niger	84591520
An07g09220	CDS	An07g09220	NT_166523.1	2069830	2070985	D	Similarity: the ORF shows local similarity to PA0878 of P. aeruginosa: 237 amino acids are aligned.; Title: similarity to hypothetical protein PA0878 -Pseudomonas aeruginosa; uncharacterized protein	join(2069830..2070440,2070511..2070985)	Aspergillus niger	4982190
An07g09230	CDS	An07g09230	NT_166523.1	2071421	2073984	D	Remark: the ORF contains a glutamine-rich stretch.; Remark: the ORF contains many positive charged amino acids.; Remark: the ORF encompasses a zinc-finger and could thus be involved in DNA-binding.; Similarity: the ORF shows local similarity to SPAC1F7. 11c of S. pombe (aligned amino acids: 4-505).; Title: similarity to hypothetical transcription regulator protein CAA91958.1 - Schizosaccharomyces pombe; uncharacterized protein	join(2071421..2071476,2071594..2072020,2072205..2072301,2072353..2072384,2072440..2073673,2073719..2073849,2073898..2073984)	Aspergillus niger	4982191
An07g09240	CDS	An07g09240	NT_166523.1	2074183	2074935	D	Remark: the ORF shows local strong similarity to SPCC16A11. 07 of S. pombe: 88 N-terminal amino acids of the ORF are excluded from the alignment.; Title: strong similarity to hypothetical protein SPCC16A11.07 - Schizosaccharomyces pombe; uncharacterized protein	join(2074183..2074692,2074747..2074935)	Aspergillus niger	4982192
An07g09250	CDS	An07g09250	NT_166523.1	2075125	2076213	R	Catalytic activity: 2 peroxide radical + 2 H(+) <=> O(2) + H(2)O(2).; Function: the sodB protein of H. pylori detoxifies radicals.; Phenotype: sodB mutants of H. pylori are devoid of superoxid dismutase (SOD) activity.; Phenotype: sodB mutants of H. pylori are even more sensitive to O2 than wildtype H. pylori; the mutants are also more sensitive to H2O2.; Phenotype: sodB mutants of H. pylori show an increased mutation rate.; Remark: the sodB protein of H. pylori is a virulence factor which affects the ability to colonize the host and is important for the growth and survival of H. pylori under conditions of oxidative stress.; Similarity: the ORF is longer than the sodB protein of H. pylori (308 compared to 213 amino acids) but due to gaps in the alignment it encompasses the whole ORF.; Title: similarity to superoxide dismutase sodB -Helicobacter pylori; See PMID 11349073; mitochondrial 37S ribosomal protein mS42	complement(join(2075125..2075631,2075659..2075837,2075910..2076090,2076154..2076213))	Aspergillus niger	4982193
An07g09260	CDS	An07g09260	NT_166523.1	2076889	2078142	D	hypothetical protein	2076889..2078142	Aspergillus niger	4982194
An07g09270	CDS	An07g09270	NT_166523.1	2078252	2081077	R	Similarity: the ORF shows local strong similarity to the hypothetical protein SPAC1F12. 09 of S. pombe: nearly 300 N-terminal amino acids are not included in the alignment.; Title: strong similarity to hypothetical protein SPAC1F12.09 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2078252..2078278,2078409..2079803,2079843..2080221,2080260..2080303,2080433..2080676,2080728..2081077))	Aspergillus niger	10098323
An07g09280	CDS	An07g09280	NT_166523.1	2081810	2083368	D	Title: strong similarity to hypothetical transmembrane protein SPAC30D11.11 - Schizosaccharomyces pombe; uncharacterized protein	join(2081810..2081986,2082043..2083368)	Aspergillus niger	4982196
An07g09290	CDS	An07g09290	NT_166523.1	2083975	2085009	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(2083975..2084338,2084555..2085009)	Aspergillus niger	4982197
An07g09300	CDS	An07g09300	NT_166523.1	2086825	2087730	R	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	complement(join(2086825..2086890,2086968..2087105,2087211..2087339,2087635..2087730))	Aspergillus niger	84591521
An07g09310	CDS	An07g09310	NT_166523.1	2091234	2091517	D	Remark: the ORF is short in length.; hypothetical protein	join(2091234..2091259,2091313..2091517)	Aspergillus niger	4982199
An07g09320	CDS	An07g09320	NT_166523.1	2092152	2093430	R	Catalytic activity: 2-hydroxymuconate semialdehyde + H(2)O <=> formate + 2-oxopent-4-enoate; Function: the phnD enzyme of Pseudomonas sp. is required for conversion of 2-hydroxymuconic semialdehyde,which is produced from catechol by the PhnE catechol 2,3-dioxygenase, to 2-hydroxypent-2,4-dienoate (EC 3. 7. 1. 9).; Similarity: the ORF shows local similarity to 2-hydroxymuconate-semialdehyde hydrolases of different species.; Similarity: the ORF shows local similarity to phnD of Pseudomonas sp. : the alignment comprises only amino acids 99-211 of the ORF.; Title: similarity to 2-hydroxymuconate-semialdehyde hydrolase phnD - Pseudomonas sp.; See PMID 9125165; uncharacterized protein	complement(join(2092152..2092974,2093027..2093430))	Aspergillus niger	4982200
An07g09325	CDS	An07g09325	NT_166523.1	2094560	2094943	D	Remark: the matching EST sequence covers only upstream sequences of the cbhA gene from A. niger.; Title: strong similarity to EST upstream of cbhA -Aspergillus niger; uncharacterized protein	join(2094560..2094694,2094749..2094943)	Aspergillus niger	84591522
An07g09330	CDS	cbhA	NT_166523.1	2095750	2097264	D	Catalytic activity: hydrolysis of 1,4-beta-D-glucosidic linkages in cellulose and cellotetraose, releasing cellobiose from the non-reducing ends of the chains.; Gene-ID: cbhA; Induction: transcription of cbhA of A. niger is induced by D-xylose but not by sophorose and, in addition,requires the xylanolytic transcriptional activator XlnR.; Mapping: cbhA from A. niger is mapped to chromosome IV; see list from DSM, EMBL AF156268.; Pathway: cbhA of A. niger is involved in starch and sucrose metabolism.; Remark: the ORF is nearly identical to patent cbhB WO9906574-A1 in PATENTPROT:AAY00864, but differs in amino acids A86T, V170A and E359D.; Remark: the ORF overlaps with the sequence in EMBL:E32834, with sequence 5 from patent EP0897667 in EMBL:AX000304, with sequence 5 from patent WO9906574 in EMBL:AX000154, with cbhA of A. niger in EMBL:AF156268,with cbhA of A. niger in PATENTDNA:AAX21510, and with cbhA of A. niger in PATENTDNA:AAX22094.; See PMID 10508057; 1,4-beta-D-glucan cellobiohydrolase A precursor cbhA-Aspergillus niger	join(2095750..2095965,2096015..2096401,2096453..2096654,2096711..2097264)	Aspergillus niger	4982202
An07g09340	CDS	An07g09340	NT_166523.1	2097758	2099108	D	Remark: the ORF overlaps with the 5' end of the cellobiohydrolase (cbhA) sequence derived from A. niger in EMBL:AF156268. The cbhA gene lies in the adjacent contig.; Similarity: the ORF shows local weak similarity to striatin of R. norvegicus and H. sapiens over a stretch of 80 amino acids; this stretch encompasses WD repeats in the ORF and in the striatin sequence, thus the weak similarity between ORF and striatin is presumably unspecific; striatin is a calmodulin-binding protein, belonging to the WD-repeat family.; Title: similarity to hypothetical protein YPR169w -Saccharomyces cerevisiae; uncharacterized protein	join(2097758..2098116,2098190..2099108)	Aspergillus niger	4982203
An07g09350	CDS	An07g09350	NT_166523.1	2099559	2100638	D	Similarity: the ORF shows also (weak) local similarity to WW-domain containing oxidoreductases of H. sapiens and M. musculus.; Title: strong similarity to hypothetical protein Rv0303 - Mycobacterium tuberculosis; uncharacterized protein	join(2099559..2100194,2100276..2100638)	Aspergillus niger	4982204
An07g09360	CDS	An07g09360	NT_166523.1	2101077	2102223	D	Catalytic activity: 3-oxoadipate + NAD(P)(+) <=> 2-maleylacetate + NAD(P)H.; Function: MacA of R. opacus plays a major role in the degradation of chloroaromatic compounds.; Pathway: MacA of R. opacus is involved in 3-chlorocatechol degradation: this pathway is important for biodegradation of toxic aromatic compounds in the environment.; Remark: MacA of R. opacus converts 2-chloromaleylacetate, an intermediate in the degradation of dichloroaromatic compounds, to maleylacetate.; Remark: maleylacetate reductases allow bacteria to grow on chlorine containing substrates.; Remark: maleylacetate reductases play a major role in the degradation of chloroaromatic compounds by channelling maleylacetate and some chlorinated derivatives into the 3-oxoadipate pathway.; Similarity: MacA of R. opacus belongs to the iron-containing alcohol dehydrogenase family.; Title: strong similarity to maleylacetate reductase MacA - Rhodococcus opacus; See PMID 9657989; uncharacterized protein	join(2101077..2101602,2101676..2102223)	Aspergillus niger	4982205
An07g09370	CDS	An07g09370	NT_166523.1	2102592	2104301	D	Phenotype: disruption of the DPH2 gene of S. cerevisieae leads to a viable phenotype.; Remark: DPH2 of S. cerevisiae confers resistance to diphteriae toxin.; Remark: the DPH2 gene of S. cerevisiae is also called YKL191W.; Remark: the DPH2 gene of S. cerevisiae was isolated by complementation of a diphthamide mutant.; Title: strong similarity to diphthamide synthesis protein Dph2 - Saccharomyces cerevisiae; See PMID 8406038; uncharacterized protein	join(2102592..2102820,2102914..2104301)	Aspergillus niger	4982206
An07g09380	CDS	An07g09380	NT_166523.1	2105156	2107759	D	hypothetical protein	2105156..2107759	Aspergillus niger	4982207
An07g09390	CDS	An07g09390	NT_166523.1	2108255	2108885	D	Complex: NudF of A. nidulans and LIS1 of mammals fisically interact with NudC, raising the possibility that a common molecular mechanism underlies both the defect of neural development observed in humans and the interphase nuclear movement defect observed in the fungus.; Function: a temperature-sensitive mutation in the nudC gene of A. nidulans specifically prevents the microtubule-based movement of nuclei in this organism at the restrictive temperature.; Phenotype: nudC of A. nidulans has gained a lot of interest in the scientific community due to the involvement of its mammalian homologue in the neurologic syndrome lissencephaly, characterized by abnormal development of the brain cortex.; Remark: lissencephaly in humans is caused by mutations in the LIS1 gene and, at the cellular level, is due to defects in neuronal fate specification in the ventricular zone and of following correct migration; LIS1 is the homologue of the A. nidulans NudF gene.; Title: strong similarity to nuclear movement protein nudC - Aspergillus nidulans; See PMID 9601647; See PMID 9861667; See PMID 2199460; See PMID 7612965; uncharacterized protein	join(2108255..2108494,2108559..2108885)	Aspergillus niger	4982208
An07g09400	CDS	An07g09400	NT_166523.1	2109841	2110362	D	Remark: UPC2 of S. cerevisiae is also called YDR213W or MOX4.; Similarity: UPC2 of S. cerevisiae is a zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster domain type; the predicted protein does not contain such a domain.; Title: weak similarity to transcription activator Upc2 - Saccharomyces cerevisiae; See PMID 9696767; uncharacterized protein	2109841..2110362	Aspergillus niger	4982209
An07g09410	CDS	An07g09410	NT_166523.1	2111043	2112980	D	Function: pro1 of S. macrospora encodes a C6 zinc finger transcription factor required for fruiting body development.; Remark: The ORF is N-terminally truncated due to the contig border.; Similarity: more than 200 N-terminal (and in respect to the ORF 100 C-terminal) amino acids are excluded from the alignment between the ORF and pro1 of S. macrospora; This is partly caused by the N-terminal truncation of the ORF due to the contig border. The zinc finger is not found in the ORF sequence.; Title: strong similarity to fruiting body development transcription factor pro1 - Sordaria macrospora [truncated ORF]; See PMID 10224253; uncharacterized protein	<2111043..2112980	Aspergillus niger	4982210
An07g09420	CDS	An07g09420	NT_166523.1	2113534	2114371	R	Remark: the ORF's exon/intron structure is unusual for A. niger and the ORF is short in length (87 amino acids).; Title: questionable ORF; uncharacterized protein	complement(join(2113534..2113587,2113652..2113714,2113873..2113950,2114047..2114062,2114319..2114371))	Aspergillus niger	84591523
An07g09430	CDS	An07g09430	NT_166523.1	2115238	2116896	R	Function: prtS of S. thermophilus is a serine proteinase highly activated by Ca(2+) ions.; Remark: prtS of S. thermophilus is a member of the subtilase family.; Similarity: the ORF shows local weak similarity to prtS of S. thermophilus: the ORF has a length of 306 amino acids and prtS has a length of 1585 amino acids, however,less than 100 amino acids are included in the alignment; furthermore the aligned sequence is proline-rich.; Title: weak similarity to cell envelope proteinase prtS - Streptococcus thermophilus; See PMID 11055922; uncharacterized protein	complement(join(2115238..2116104,2116186..2116260,2116325..2116342,2116729..2116896))	Aspergillus niger	4982212
An07g09440	CDS	An07g09440	NT_166523.1	2118317	2119772	R	Remark: the ORF overlaps with 5' and 3' sequence of the Aspergillus awamori Vader transposon Tan1 in EMBL:AA37228.; Remark: the ORF overlaps with sequences from patent WO9808960-A1 and WO9629414-A1 encoding the A. niger Vader transposable element Tan1.; Remark: the ORF overlaps with the UTR (untranslated region) of the neighbouring transposon Tan1.; Remark: the ORF's exon/intron structure is unusual for A. niger.; hypothetical protein	complement(join(2118317..2118455,2118581..2118651,2118672..2118727,2118798..2118880,2119002..2119042,2119124..2119216,2119307..2119476,2119545..2119612,2119690..2119772))	Aspergillus niger	84591524
An07g09460	CDS	Tan1	NT_166523.1	2120271	2121938	R	Gene-ID: Tan1; Remark: organization of Tan1: IR-ORF-IR-IR-Vader-IR.; Remark: the ORF is identical or nearly identical to WO9808960-A1 in PATENTPROT:AAW58866, WO9629414-A1 in PATENTPROT:AAW04877, and WO9808960-A1 in PATENTPROT:AAW58865.; Remark: the Tan1 element of A. niger encodes a putative transposase.; Similarity: the ORF overlaps with nucleic acid entries PATENTDNA:AAV11500, PATENTDNA:AAV11494,PATENTDNA:AAT38935, and PATENTDNA:AAF11280 in the patent database.; See PMID 9003286; transposase Tan1-Aspergillus niger	complement(2120271..2121938)	Aspergillus niger	4982214
An07g09470	CDS	An07g09470	NT_166523.1	2123522	2125640	R	Similarity: the ORF and the hypothetical protein of A. thaliana have roughly the same length; however, less than half of the amino acid sequence of the ORF is included in the alignment.; Title: strong similarity to hypothetical retroelement pol polyprotein - Arabidopsis thaliana; uncharacterized protein	complement(join(2123522..2124686,2124739..2125640))	Aspergillus niger	4982215
An07g09480	CDS	An07g09480	NT_166523.1	2125717	2128122	R	Remark: chapsyn-110 of R. norvegicus is a member of the PSD-95 family of proteins.; Remark: chapsyn-110 of R. norvegicus shows heteromultimerization and NMDA receptor-clustering activity.; Similarity: the ORF shows also local similarity to STE5 of S. cerevisiae.; Similarity: the ORF shows local similarity to chapsyn-110: about 200 amino acids of the 514 amino acid ORF and of the 830 amino acid chapsyn-110 are included in the alignment.; Title: weak similarity to channel associated protein of synapse-110 chapsyn-110 - Rattus norvegicus; See PMID 8755482; uncharacterized protein	complement(join(2125717..2126405,2126468..2127121,2127431..2127613,2128014..2128029,2128120..2128122))	Aspergillus niger	84591525
An07g09490	CDS	An07g09490	NT_166523.1	2128721	2132597	R	Remark: the ORF's exon/intron structure is unusual for A. niger.; hypothetical protein	complement(join(2128721..2128930,2129023..2129246,2129325..2129823,2129954..2130065,2130213..2130309,2130401..2130457,2130628..2130712,2130803..2130843,2131223..2131291,2131418..2131534,2131613..2131671,2131760..2131806,2131898..2131933,2132007..2132151,2132419..2132597))	Aspergillus niger	84591526
An07g09500	CDS	An07g09500	NT_166523.1	2133352	2134101	R	hypothetical protein	complement(join(2133352..2133437,2133484..2133592,2133679..2133706,2133785..2133968,2134023..2134101))	Aspergillus niger	84591527
An07g09510	CDS	An07g09510	NT_166523.1	2134848	2135356	D	Remark: unusual intron/exon structure for A. niger and short length (82 amino acids).; Title: questionable ORF; uncharacterized protein	join(2134848..2134851,2134915..2135075,2135273..2135356)	Aspergillus niger	84591528
An07g09520	CDS	An07g09520	NT_166523.1	2136198	2136994	R	Remark: the ORF's exon/intron structure is unusual for A. niger.; hypothetical protein	complement(join(2136198..2136328,2136500..2136538,2136651..2136725,2136802..2136994))	Aspergillus niger	84591529
An07g09530	CDS	An07g09530	NT_166523.1	2137582	2139006	D	Catalytic activity: pyruvate + lipoamide = S-acetyldihydrolipoamide + CO2.; Complex: PDA1 of S. cerevisiae is a component of the multienzyme pyruvate dehydrogenase complex: this complex contains next to E1 also E2 (dihydrolipoamide acetyltransferase) and E3 (lipoamide dehydrogenase); the complex catalyzes the conversion of pyruvate to e. g. acetyl-CoA.; Pathway: PDA1 of S. cerevisiae takes part in the pyruvate metabolism, glycolysis and val/leu/ile biosynthesis.; Phenotype: the null mutant of PDA1 of S. cerevisiae is viable, but pyruvate dehydrogenase activity is lost and the mutant exhibits reduced growth on glucose and increased formation of petites.; Remark: PDA1 of S. cerevisiae is also called YER178w and PDHE1-A.; Similarity: the ORF shows strong similarity to PDA1 of S. cerevisiae, however, the N-terminal amino acids encoding the mitochondrial localization signal, are not included in the alignment.; Title: strong similarity to alpha subunit E1 of the pyruvate dehydrogenase complex Pda1 - Saccharomyces cerevisiae; See PMID 1330555; See PMID 2684159; uncharacterized protein	join(2137582..2137701,2137780..2137913,2137984..2138438,2138501..2139006)	Aspergillus niger	4982221
An07g09540	CDS	An07g09540	NT_166523.1	2139944	2142280	R	Function: Piccolo of R. norvegicus is a component of the presynaptic cytoskeletal matrix (PCM) assembled at the active zone of neurotransmitter release.; Similarity: the ORF shows local similarity to Piccolo of R. norvegicus: only one fourth of the ORF sequence and 1/25 of the Piccolo sequence is included in the alignment; evenmore, the aligned sequence is alanine,proline and glutamine rich.; Title: weak similarity to multidomain presynaptic cytomatrix protein Piccolo - Rattus norvegicus; See PMID 8900486; See PMID 11182086; uncharacterized protein	complement(join(2139944..2141699,2141774..2142035,2142109..2142280))	Aspergillus niger	4982222
An07g09550	CDS	An07g09550	NT_166523.1	2142360	2143916	R	Function: NAM9 of S. cerevisiae encodes for a mitochondrial ribosomal protein.; Phenotype: the null mutant of NAM9 of S. cerevisiae is viable but is respiration-deficient and loses mitochondrial DNA integrity.; Remark: NAM9 of S. cerevisiae is also called JTD486,N1211, N1840, and YNL137c.; Title: strong similarity to mitochondrial ribosomal protein Nam9 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9360714; See PMID 10982839; See PMID 1729612; See PMID 7557422; mitochondrial 37S ribosomal protein uS4m	complement(join(2142360..2143247,2143325..2143488,2143576..2143798,2143881..2143916))	Aspergillus niger	4982223
An07g09560	CDS	An07g09560	NT_166523.1	2145955	2148360	R	Function: uvsD of A. nidulans controlls mitotic intragenic recombination and recovery from UV damage.; Remark: uvsD of A. nidulans also causes a rereplication phenotype.; Title: strong similarity to cell cycle check point protein uvsD - Aspergillus nidulans; See PMID 10564263; See PMID 4945003; See PMID 4945004; uncharacterized protein	complement(join(2145955..2147772,2147827..2148360))	Aspergillus niger	4982224
An07g09570	CDS	An07g09570	NT_166523.1	2149018	2150576	D	Catalytic activity: CTP + phosphatidate = pyrophosphate + CDP-diacylglycerol.; Function: CDS1 of S. cerevisiae synthesizes CDP-diacylglycerol, and is thus involved in cell growth.; Pathway: CDS1 of S. cerevisiae takes part in the phospholipide biosynthesis.; Phenotype: null mutants of CDS1 of S. cerevisiae were incapable of spore germination or vegetative growth.; Remark: CDS1 of S. cerevisiae belongs to the CDS family.; Remark: CDS1 of S. cerevisiae is also called CDG1,and YBR029c.; Title: strong similarity to phosphatidate cytidylyltransferase Cds1 - Saccharomyces cerevisiae; See PMID 8557688; See PMID 8910557; uncharacterized protein	join(2149018..2149176,2149254..2149626,2149687..2150480,2150541..2150576)	Aspergillus niger	4982225
An07g09580	CDS	An07g09580	NT_166523.1	2151981	2153354	R	Complex: cyclin K of H. sapiens interacts with the catalytic subunit of the transcription elongation factor P-TEFb, CDK9, in vivo.; Function: cyclin K of H. sapiens functions as a regulatory subunit of CDK9, a carboxy-terminal domain kinase acting on the largest subunit of RNA polymerase II.; Function: cyclin K of H. sapiens is a modulator of transcription activity.; Function: cyclin K of H. sapiens is able to complement G1 cyclin deficiency in S. cerevisiae.; Title: similarity to cyclin K CPR4 - Homo sapiens; See PMID 9632813; See PMID 10574912; uncharacterized protein	complement(join(2151981..2152366,2152422..2152749,2152801..2152929,2152990..2153071,2153137..2153354))	Aspergillus niger	4982226
An07g09590	CDS	An07g09590	NT_166523.1	2153921	2154984	R	Function: GST of patent US5962229-A is involved in the detoxification of herbicides and other xenobiotics.; Remark: shows homology to the protein from the patent database entry PATENTPROT:AAY40570.; Title: strong similarity to glutathione S-transferase GST from patent US5962229-A - Zea mays; See PMID 11080288; uncharacterized protein	complement(join(2153921..2153957,2154088..2154736,2154800..2154804,2154872..2154984))	Aspergillus niger	4982227
An07g09600	CDS	An07g09600	NT_166523.1	2155456	2156400	R	Function: FN3K of H. sapiens phosphorylates fructosamine substrates, such as fructoselysine,fructoseglycine or glycated lysozyme, at the third carbon hydroxyl of the fructose moiety.; Function: the physiological role of FN3K of H. sapiens may be to initiate a process leading to the deglycation of fructoselysine and of glycated proteins.; Title: strong similarity to fructosamine-3-kinase FN3K - Homo sapiens; See PMID 1101644; uncharacterized protein	complement(2155456..2156400)	Aspergillus niger	4982228
An07g09610	CDS	An07g09610	NT_166523.1	2156889	2160017	R	Similarity: contains a putative leucine zipper and an armadillo tandem repeat-like domain (Pfam: PF00514).; Title: strong similarity to hypothetical protein B24H17.130 - Neurospora crassa; uncharacterized protein	complement(join(2156889..2157887,2157933..2159638,2159717..2160017))	Aspergillus niger	4982229
An07g09620	CDS	An07g09620	NT_166523.1	2160553	2161553	R	hypothetical protein	complement(join(2160553..2160794,2160893..2161095,2161243..2161553))	Aspergillus niger	84591530
An07g09630	CDS	An07g09630	NT_166523.1	2161991	2163224	D	Function: PREG of N. crassa regulates the activity of NUC-1, a transcriptional activator of phosphorus aquisition enzymes.; Similarity: belongs to the Pho80 family of cyclin-like proteins, to which particularly the C-terminal part shows strong homology.; Title: strong similarity to phosphorus acquisition transcriptional activator NUC-1 negative regulator PREG -Neurospora crassa; See PMID 8436269; uncharacterized protein	join(2161991..2162614,2162643..2163224)	Aspergillus niger	4982231
An07g09640	CDS	An07g09640	NT_166523.1	2163322	2163928	D	hypothetical protein	join(2163322..2163384,2163610..2163722,2163814..2163928)	Aspergillus niger	84591531
An07g09650	CDS	An07g09650	NT_166523.1	2164429	2165664	R	Function: Chs7p of S. cerevisiae is involved in chitin synthase III (CSIII) export from the ER and consequently, in the regulation of CSIII activity.; Localization: Chs7p of S. cerevisiae is an integral membrane protein located in the ER.; Phenotype: in chs7 mutants of S. cerevisiae chitin synthase III (CSIII) is retained in the ER, leading to a severe defect in CSIII activity and consequently, to a reduced rate of chitin synthesis.; Remark: the ORF is C-terminally truncated due to end of contig.; Remark: the systematic gene name of CHS7 of S. cerevisiae is YHR142w.; Title: similarity to chitin synthase III like Chs7 -Saccharomyces cerevisiae [truncated ORF]; See PMID 10366589; uncharacterized protein	complement(join(<2164429..2164571,2164638..2164971,2165024..2165120,2165174..2165261,2165315..2165411,2165522..2165557,2165635..2165664))	Aspergillus niger	4982233
An07g09660	CDS	An07g09660	NT_166523.1	2165790	2166557	D	hypothetical protein	join(2165790..2165849,2165958..2166134,2166366..2166557)	Aspergillus niger	84591532
An07g09670	CDS	An07g09670	NT_166523.1	2166570	2167228	R	hypothetical protein	complement(join(2166570..2166786,2166869..2166923,2167015..2167117,2167184..2167228))	Aspergillus niger	84591533
An07g09680	CDS	An07g09680	NT_166523.1	2167860	2169154	R	Catalytic activity: 4-carboxymethylenbut-2-en-4-olide + H2O = 4-oxo-2-endioate (maleylacetate).; Function: EC 3. 1. 1. 45 catalyzed aromate degradation leads to maleylacetate, which is subsequently metabolized to TCA cycle substrates.; Function: EC 3. 1. 1. 45 is involved in the degradation of halogenated aromates, eg dichlorobenzene.; Similarity: belongs to the family of dienelactone hydrolases.; Title: strong similarity to hypothetical carboxymethylenbutenolide hydrolase YDL086w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2167860..2168014,2168086..2168197,2168300..2168551,2168641..2168792,2168882..2168965,2169094..2169154))	Aspergillus niger	4982236
An07g09690	CDS	An07g09690	NT_166523.1	2169881	2171873	R	Pathway: STS1 of S. pombe is involved in ergosterol biosynthesis.; Similarity: belongs to the ERG4/ERG24 family.; Title: strong similarity to sterol C-24(28) reductase sts1p - Schizosaccharomyces pombe; See PMID 8125337; uncharacterized protein	complement(join(2169881..2169892,2169949..2170166,2170230..2170561,2170615..2171634,2171836..2171873))	Aspergillus niger	4982237
An07g09700	CDS	An07g09700	NT_166523.1	2172913	2175443	D	Similarity: contains a RING-type (C3HC4) zinc finger domain typically associated with various transcription regulators.; Title: strong similarity to hypothetical RING zinc finger protein SPBP8B7.23 - Schizosaccharomyces pombe; uncharacterized protein	join(2172913..2173182,2173428..2174343,2174566..2175443)	Aspergillus niger	4982238
An07g09710	CDS	An07g09710	NT_166523.1	2176475	2181228	R	Title: strong similarity to hypothetical conserved protein B1D4.270 - Neurospora crassa; uncharacterized protein	complement(join(2176475..2176630,2176684..2176872,2176924..2181228))	Aspergillus niger	4982239
An07g09720	CDS	An07g09720	NT_166523.1	2181961	2182515	D	Remark: the ORF is C-terminally truncated due to end of contig.; Title: similarity to hypothetical protein SPAC652.01 - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	join(2181961..2181977,2182056..>2182515)	Aspergillus niger	4982240
An07g09730	CDS	An07g09730	NT_166523.1	2183053	2185887	D	Function: the S. cerevisiae homolog Ubp3p is a ubiquitin-specific protease.; Remark: Ubp3p of S. cerevisiae is controlling the activity or assembly of the SIR protein complex, which is involved in silencing of transcription at the silent mating type loci and at the yeast telomeres.; Similarity: belongs to family 2 of ubiquitin carboxyl-terminal hydrolases.; Title: strong similarity to ubiquitin specific protease Ubp3 - Saccharomyces cerevisiae; uncharacterized protein	join(2183053..2183550,2183606..2184343,2184400..2184506,2184596..2184758,2184829..2185887)	Aspergillus niger	4982241
An07g09740	CDS	An07g09740	NT_166523.1	2187540	2189491	R	Function: ZrSOD2-22 of Z. rouxii CBS732 confers tolerance to toxic concentrations of Na(+) and Li(+) cations.; Function: ZrSOD2-22 of Z. rouxii CBS732 is a Na(+) efflux pump driven by the transmembrane H(+) gradient.; Title: strong similarity to Na(+)/H(+) antiporter ZrSOD2-22 - Zygosaccharomyces rouxii; See PMID 11403849; uncharacterized protein	complement(join(2187540..2187935,2188010..2188418,2188467..2188549,2188600..2189273,2189374..2189491))	Aspergillus niger	4982242
An07g09750	CDS	An07g09750	NT_166523.1	2190453	2191848	R	Catalytic activity: RNase H1 of M. musculus cleaves RNA-DNA hybrids at the RNA:DNA junction generating a 3'-hydroxyl-terminated oligoribonucleotide and a 5'-monophosphate-terminated polydeoxyribonucleotide.; Function: RNase H1 of M. musculus binds to dsRNA and RNA-DNA hybrids.; Function: RNase H1 of M. musculus degrades specifically RNA of RNA-DNA hybrids.; Function: a role of RNase H1 in the removal of RNA primers during lagging-strand DNA biosynthesis is proposed.; Title: strong similarity to ribonuclease (RNase) H1 Rnh1 - Mus musculus; See PMID 9799596; See PMID 10567561; uncharacterized protein	complement(join(2190453..2190888,2190994..2191579,2191638..2191848))	Aspergillus niger	4982243
An07g09760	CDS	An07g09760	NT_166523.1	2195063	2197655	D	Catalytic activity: bgln of C. molischiana catalizes the hydrolysis of terminal non-reducing beta-D-glucose residues with release of beta-D-glucose.; Function: bgln of C. molischiana is mainly involved in the degradation of various aromatic beta-glycosides, eg anthocyanin.; Title: strong similarity to beta-glucosidase bgln -Candida molischiana; cell wall; See PMID 10554245; uncharacterized protein	join(2195063..2195156,2195216..2195649,2195720..2195780,2195907..2196637,2196689..2197091,2197165..2197655)	Aspergillus niger	4982244
An07g09770	CDS	An07g09770	NT_166523.1	2198138	2199619	R	Title: similarity to hypothetical protein AAO31979.1 - Fusarium sporotrichioides; uncharacterized protein	complement(2198138..2199619)	Aspergillus niger	4982245
An07g09780	CDS	An07g09780	NT_166523.1	2200488	2201740	D	hypothetical protein	join(2200488..2200703,2200773..2201287,2201344..2201740)	Aspergillus niger	4982246
An07g09782	CDS	An07g09782	NT_166523.1	2201989	2202540	D	hypothetical protein	2201989..2202540	Aspergillus niger	84591534
An07g09790	CDS	An07g09790	NT_166523.1	2203017	2204609	D	Title: similarity to hypothetical protein YKL051w -Saccharomyces cerevisiae; uncharacterized protein	join(2203017..2203219,2203283..2203849,2204008..2204085,2204166..2204362,2204560..2204609)	Aspergillus niger	4982248
An07g09800	CDS	An07g09800	NT_166523.1	2204854	2207298	R	Function: VTC3 of S. cerevisiae is involved in the phosphate metabolism and its transcription is regulated by PHO system.; Remark: VTC3 of S. cerevisiae is also called LPB12C,YPL019C or PHM2.; Similarity: the ORf shows strong similarity to several putative polyphosphate synthetases.; Title: strong similarity to hypothetical polyphosphate synthase Vtc3 - Saccharomyces cerevisiae; See PMID 11102525; uncharacterized protein	complement(join(2204854..2204988,2205049..2207298))	Aspergillus niger	4982249
An07g09810	CDS	An07g09810	NT_166523.1	2207994	2209378	D	Remark: SPAC14C4. 10c of S. pombe is believed to be a member of the family of nudix hydrolases, and to function in hydrolysing nucleoside diphosphate derivatives.; Title: strong similarity to hypothetical protein SPAC14C4.10c - Schizosaccharomyces pombe; uncharacterized protein	join(2207994..2208457,2208526..2209378)	Aspergillus niger	4982250
An07g09820	CDS	An07g09820	NT_166523.1	2209494	2210235	D	Title: similarity to hypothetical protein CAD21149.1 - Neurospora crassa; uncharacterized protein	join(2209494..2209577,2209669..2209890,2209970..2210001,2210081..2210162,2210209..2210235)	Aspergillus niger	4982251
An07g09830	CDS	An07g09830	NT_166523.1	2211016	2212858	D	Title: strong similarity to hypothetical protein encoded by B19C19.110 - Neurospora crassa; uncharacterized protein	join(2211016..2211170,2211264..2211291,2211351..2211864,2211929..2212580,2212654..2212858)	Aspergillus niger	4982252
An07g09840	CDS	An07g09840	NT_166523.1	2213681	2215080	D	Function: tetA of E. coli is an efflux transporter,which confers resistance to tetracycline.; Similarity: the ORF shows strong similarity to several membrane transporters from different species,especially to tetracycline resistance proteins.; Title: similarity to tetracyclin resistance protein tetA - Escherichia coli; uncharacterized protein	join(2213681..2213749,2213809..2215080)	Aspergillus niger	4982253
An07g09850	CDS	An07g09850	NT_166523.1	2215731	2216905	R	Title: strong similarity to hypothetical protein B9J10.230 - Neurospora crassa; uncharacterized protein	complement(join(2215731..2216536,2216608..2216905))	Aspergillus niger	4982254
An07g09860	CDS	An07g09860	NT_166523.1	2217251	2219850	R	Function: sepB of A. nidulans is involved in chromosome segregation and the initiation of cytokinesis.; Remark: the predicted A. niger ORF is 55 amino acid longer at its C-terminus than sepB of A. nidulans.; Title: strong similarity to chromosome segregation protein sepB - Aspergillus nidulans; uncharacterized protein	complement(join(2217251..2217913,2217970..2218268,2218325..2218456,2218510..2218644,2218696..2219639,2219714..2219850))	Aspergillus niger	4982255
An07g09870	CDS	An07g09870	NT_166523.1	2220487	2222461	R	Catalytic activity: dihydroxy-acid dehydratases convert 2,3-dihydroxy-3-methylbutanoate <=> 3-methyl-2-oxobutanoate + H(2)O.; Function: dihydroxy-acid dehydratases are involvedin the biosynthesis of amino acids from the pyruvate family.; Remark: ILV3 of S. cerevisiae is also called YJR016C or J1450.; Similarity: the ORF shows strong similarity to dihydroxy-acid dehydratases from several bacteria.; Title: strong similarity to dihydroxy-acid dehydratase Ilv3 - Saccharomyces cerevisiae; See PMID 8299945; uncharacterized protein	complement(join(2220487..2221683,2221747..2221958,2222044..2222461))	Aspergillus niger	4982256
An07g09880	CDS	An07g09880	NT_166523.1	2222923	2224691	R	Catalytic activity: CYP7 of O. cuniculus c catalyses cholesterol + NADPH + O(2) <=> 7-alpha-hydroxycholesterol + NADP(+) + H(2)O.; Function: cholesterol 7alpha-monooxygenase is a key enzyme in a series of metabolic changes for the production of bile acids from cholesterol.; Title: similarity to cholesterol 7alpha-monooxygenase CYP7 - Oryctolagus cuniculus; uncharacterized protein	complement(join(2222923..2224375,2224429..2224691))	Aspergillus niger	4982257
An07g09890	CDS	An07g09890	NT_166523.1	2225166	2227778	R	Function: RNA12 of S. cerevisiae is involved in mitochondrial genome maintenance by controlling rRNA processing.; Phenotype: RNA12-1 is a dominant temperature-sensitive (Ts) S. cerevisiae mutant which has been reported to exhibit a defect in RNA accumulation at 37 degrees C.; Phenotype: inactivation of the S. cerevisiae nuclear gene RNA12 causes an increased rate of DNA escape from mitochondria to the nucleus.; Remark: RNA12 of S. cerevisiae is also called prp12,YME2 or YMR302C.; Title: strong similarity to pre-rRNA maturation protein Rna12 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8649384; uncharacterized protein	complement(join(2225166..2225722,2225778..2227529,2227589..2227778))	Aspergillus niger	4982258
An07g09900	CDS	An07g09900	NT_166523.1	2228082	2228765	D	Similarity: the predicted ORF is 79 amino acids longer at the N-terminus than the hypothetical protein SPAC227. 17c of S. pombe.; Title: similarity to hypothetical protein CAD70286.1 - Neurospora crassa; uncharacterized protein	2228082..2228765	Aspergillus niger	4982259
An07g09910	CDS	An07g09910	NT_166523.1	2229217	2230392	D	Similarity: blastp matches are due to repetetive sequences.; hypothetical protein	2229217..2230392	Aspergillus niger	84591535
An07g09920	CDS	An07g09920	NT_166523.1	2230989	2237589	R	Similarity: the ORF shows similarity to several glutamate synthases with different cofactor-requirements,represented by EC numbers 1. 4. 7. 1, 1. 4. 1. 14 and 1. 4. 1. 13.; Title: strong similarity to NADH-dependent glutamate synthase NADH-GOGAT - Medicago sativa; See PMID 8453303; uncharacterized protein	complement(join(2230989..2233802,2233862..2237211,2237271..2237311,2237414..2237589))	Aspergillus niger	4982261
An07g09930	CDS	An07g09930	NT_166523.1	2238169	2239445	D	hypothetical protein	join(2238169..2238260,2238343..2238414,2238549..2238581,2238736..2238987,2239313..2239445)	Aspergillus niger	84591536
An07g09940	CDS	An07g09940	NT_166523.1	2240987	2243400	R	Remark: no blast match was found.; hypothetical protein	complement(join(2240987..2241148,2241228..2241321,2241417..2241471,2241514..2241591,2241685..2241815,2241890..2242019,2242272..2242541,2242737..2242818,2242857..2242994,2243203..2243400))	Aspergillus niger	84591537
An07g09950	CDS	An07g09950	NT_166523.1	2244313	2245530	D	hypothetical protein	join(2244313..2244345,2244436..2245530)	Aspergillus niger	4982264
An07g09960	CDS	An07g09960	NT_166523.1	2246363	2247083	R	Function: BET1 of S. cerevisiae is involved in ER to Golgi transport and retrograde (Golgi to ER) transport of proteins.; Phenotype: overexpression of BET1 in S. cerevisiae compensates for the loss of function of the ras-like GTP-binding protein Ypt1.; Remark: of S. cerevisiae is also called SLY12,YIL004C or YIA4C.; Title: strong similarity to v-SNARE Bet1 -Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 1396561; uncharacterized protein	complement(join(2246363..2246566,2246627..2246720,2246798..2247001,2247073..2247083))	Aspergillus niger	4982265
An07g09970	CDS	An07g09970	NT_166523.1	2247768	2248315	R	hypothetical protein	complement(join(2247768..2247970,2248065..2248074,2248160..2248315))	Aspergillus niger	4982266
An07g09980	CDS	An07g09980	NT_166523.1	2248317	2249400	D	Remark: the predicted exon-intron structure of the ORF is not typical for A. niger proteins.; hypothetical protein	join(2248317..2248377,2248479..2248640,2248721..2248887,2249048..2249213,2249285..2249400)	Aspergillus niger	84591538
An07g09990	CDS	An07g09990	NT_166523.1	2250085	2252061	D	Function: the purified hsp70 of A. capsulata induces a cellular immune response in humans, probably due to the presence of peptide fragments/proteins copurified with the chaperone.; Function: the very conserved family of hsp70 proteins is involved in protein folding and assembling/disassembling of protein complexes in various cellular compartments.; Remark: the sequence of the predicted ORF was corrected, becauuse it contains two putative frameshifts due to possible sequencing errors at two different positions (in each case one nucleotide, probably 'G' was missing).; Similarity: the ORF overlaps with A. niger ESTs an_3500 (EMBLEST:BE759161) and an_3404 (EMBLEST:BE760676).; Title: strong similarity to heat shock protein 70 hsp70 - Ajellomyces capsulatus [putative frameshift]; putative frameshift; uncharacterized protein	join(2250085..2251872,2251938..>2252061)	Aspergillus niger	4982268
An07g10000	CDS	An07g10000	NT_166523.1	2252354	2253230	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger ORFs and is only 119 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(2252354..2252451,2252573..2252687,2252837..2252960,2253208..2253230))	Aspergillus niger	4982269
An07g10010	CDS	An07g10010	NT_166523.1	2253872	2255151	R	Function: YHM1 of S. cerevisiae is a multicopy suppressor of the temperature-sensitive defect associated with an abf2 null mutation lacking the HMG1-like mitochondrial DNA-binding protein HM, which is required for maintenance of the yeast mitochondrial genome.; Remark: YHM1 of S. cerevisiae is also called SHM1,YDL198C or D1214.; Similarity: the ORF overlaps witg A. niger EST an_3460, database entry EMBLEST:BE759135.; Title: strong similarity to mitochondrial carrier protein Yhm1 - Saccharomyces cerevisiae; See PMID 1990290; uncharacterized protein	complement(join(2253872..2254207,2254280..2254457,2254515..2254762,2254834..2254875,2254962..2254999,2255064..2255151))	Aspergillus niger	4982270
An07g10020	CDS	An07g10020	NT_166523.1	2256063	2256613	R	Function: AUT7 of S. cerevisiae is essential for an early step in autophagic and cytoplasma-to-vacuole (CVT) vesicle formation. it is also required for the attachment of these vesicles to microtubules.; Phenotype: S. cerevisiae AUT7 null mutants are viable but lack autophagocytosis and are unable to sporulate.; Remark: AUT7 of S. cerevisiae is also called APG8 or CVT5.; Remark: S. cerevisiae Aut7p interacts with the APG conguation system, a protein modification system similar to the ubiquitin conjugation pathway.; Similarity: the ORF shows also strong similarity to ganglioside expression factor 2 homologues/GABA-A receptor-associated.; Title: strong similarity to microtubule-associated protein Aut7 - Saccharomyces cerevisiae; cytoplasm; See PMID 9649430; uncharacterized protein	complement(join(2256063..2256096,2256172..2256404,2256524..2256613))	Aspergillus niger	4982271
An07g10030	CDS	An07g10030	NT_166523.1	2256829	2257655	D	hypothetical protein	join(2256829..2256938,2256993..2257137,2257231..2257295,2257433..2257655)	Aspergillus niger	84591539
An07g10040	CDS	An07g10040	NT_166523.1	2257756	2259137	D	Catalytic activity: HEM13 of S. cerevisiae catalyses coproporphyrinogen-III + O(2) <=> protoporphyrinogen-IX + 2 CO(2).; Function: HEM13 from S. cerevisiae catalyzes the sixth enzymic step in the heme biosynthetic pathway; coproporphyrinogen oxidases III are generally involved in the biosynthesis of porphyrins such as heme, chlorophyll or cobalamin.; Induction: the expression of HEM13 from S. cerevisiae is negatively regulated by heme and oxygen.; Phenotype: the loss of coproporphyrinogen oxidase activity by anaerobiosis in S. cerevisiae caused a considerable decrease of heme formation in anaerobic cells.; Title: strong similarity to coproporphyrinogen oxidase III Hem13 - Saccharomyces cerevisiae; cytoplasm; See PMID 2838478; uncharacterized protein	join(2257756..2257968,2258028..2259137)	Aspergillus niger	4982273
An07g10050	CDS	An07g10050	NT_166523.1	2259625	2262476	R	Function: HOOK3 of H. sapiens is required for the maturation of multivesicular bodies, which are required for diverse membrane-trafficking events.; Phenotype: overexpression of HOOK3 in human cells caused fragmentation of the Golgi complex, therefore HOOK3 is believed to participate in defining the architecture and localization of the mammalian Golgi complex.; Similarity: the similarity of the ORF to HOOK3 of H. sapiens is restricted to the N-terminal part, which includes the conserved NH(2)-terminal domain characteristic for Hook proteins that mediates attachment to microtubules, whereas the more divergent COOH-terminal domain of HOOK3,which mediates the binding to organelles, shows no significant similarity to the ORF.; Title: strong similarity to golgi-associated microtubule-binding protein HOOK3 - Homo sapiens; uncharacterized protein	complement(join(2259625..2259810,2259874..2259969,2260264..2260649,2260708..2260820,2260873..2262476))	Aspergillus niger	4982274
An07g10060	CDS	An07g10060	NT_166523.1	2263188	2263661	R	Similarity: the ORF overlaps with A. niger ESTs an_2186 (EMBLEST:BE759383) and an_2334 (EMBLEST:BE759511).; Title: strong similarity to proteinase B inhibitor 2 Pbi2 - Saccharomyces cerevisiae; See PMID 2015812; uncharacterized protein	complement(join(2263188..2263293,2263347..2263356,2263439..2263463,2263530..2263661))	Aspergillus niger	4982275
An07g10070	CDS	An07g10070	NT_166523.1	2263830	2264231	R	Remark: A. niger EST from patent WO200056762-A2 has the database entry number PATENTDNA:AAF11649 (SEQ ID NO:4172).; Title: strong similarity to EST SEQ ID NO:4172 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(join(2263830..2263932,2263978..2264043,2264134..2264231))	Aspergillus niger	84591540
An07g10080	CDS	An07g10080	NT_166523.1	2264945	2267263	D	Function: PCF11 of S. cerevisiae directly contacts the phosphorylated carboxyl-terminal domain (CTD) of the largest subunit of RNA polymerase II.; Function: PCF11 of S. cerevisiae is one of the five subunits of pre-mRNA cleavage/polyadenylation factor IA,which is necessary for RNA 3' end processing.; Title: strong similarity to RNA processing factor Pcf11 - Saccharomyces cerevisiae; See PMID 9223284; See PMID 11149954; See PMID 11344258; uncharacterized protein	join(2264945..2265112,2265226..2265681,2265742..2266475,2266536..2266731,2266786..2267154,2267213..2267263)	Aspergillus niger	4982277
An07g10090	CDS	An07g10090	NT_166523.1	2267796	2269195	D	Catalytic activity: dimeric dihydrodiol dehydrogenases (= trans-1,2-dihydrobenzene-1,2-diol dehydrogenases) convert trans-1,2-dihydrobenzene-1,2-diol + NADP(+) <=> catechol + NADPH.; Function: JMO2DD of M. fuscat has additionally to its 3-deoxyglucosone reductase function an activity of NADP-dependent D-xylose dehydrogenase (EC 1. 1. 1. 179).; Remark: JMO2DD of M. fuscata is also called CMO2DD.; Title: strong similarity to dimeric dihydrodiol dehydrogenase JMO2DD - Macaca fuscata; See PMID 10477285; uncharacterized protein	join(2267796..2267829,2267910..2267930,2267987..2268517,2268621..2269195)	Aspergillus niger	4982278
An07g10100	CDS	An07g10100	NT_166523.1	2269602	2270608	R	Catalytic activity: adk1 of S. cerevisiae converts ATP + AMP <=> 2 ADP.; Function: adk1 of S. cerevisiae catalyzes the reversible phosphorylation of adenine monophosphate with adenosine triphosphate to form two adenosine diphosphates in the presence of magnesium, an essential reaction for many processes in living cells.; Remark: adk1 of S. cerevisiae is also called YDR226W, AKY2 or AKY1.; Title: strong similarity to adenylate kinase Adk1 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(2269602..2270010,2270074..2270228,2270299..2270351,2270449..2270608))	Aspergillus niger	4982279
An07g10110	CDS	An07g10110	NT_166523.1	2271361	2272578	D	Function: the regulatory particel of the 26S proteasome covers the presumed channels leading into the interior of the core particle and is required for the entry of substrates into the proteasome core.; Similarity: the ORF shows strong similarity to homologues of the rpn12 protein from different species, but also to another 26S proteasome regulatory protein, rnp8 of S. cerevisiae.; Title: strong similarity to 26S proteasome regulatory chain 12 rpn12 - Homo sapiens; See PMID 9584156; uncharacterized protein	join(2271361..2271544,2271617..2271888,2271964..2272578)	Aspergillus niger	4982280
An07g10120	CDS	An07g10120	NT_166523.1	2272820	2274031	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: weak similarity to hypothetical protein CAD21232.1 - Neurospora crassa; uncharacterized protein	complement(join(2272820..2272902,2273221..2274031))	Aspergillus niger	4982281
An07g10130	CDS	An07g10130	NT_166523.1	2274380	2276517	R	Catalytic activity: ubiquitin-specific processing proteases catalyse ubiquitin C-terminal thioester + H2O = ubiquitin + a thiol.; Function: DUB-1 of M. musculus is a thiol protease,that recognizes and hydrolyzes the peptide bond at the C-terminal glycine of ubiquitin and are by this involved in the processing of poly-ubiquitin precursors as well as that of ubiquinated proteins.; Function: DUB-1 of M. musculus is an enzyme of the ubiquitin system directly implicated in cytokine-regulated growth control by integrating extracellular signals with cellular growth and cell cycle progression, and in cytokine-induced cell proliferation.; Induction: DUB-1 of M. musculus is induced by interleukin (IL-3).; Remark: DUB-1 of M. musculus is also called deubiquitinating enzyme, ubiquitin carboxy-terminal hydrolase or ubiquitin thiolesterase.; Similarity: the ORF shows weak similarity to some ubiquitin-specific proteinases from different species.; Similarity: the similarity of the ORF to DUB-1 of M. musculus is locally high in the N-terminus, ending with amino acid 400 of the ORF, but importantly, the cystein at position 60 and the histidine residues at positions 298/307 of DUB-1 from M. musculus, which are probably implicated in the catalytic mechanism, are present in the predicted ORF.; Title: weak similarity to ubiquitin specific processing protease DUB1 - Mus musculus; See PMID 8622927; uncharacterized protein	complement(join(2274380..2275607,2275661..2276055,2276114..2276157,2276268..2276517))	Aspergillus niger	84591541
An07g10140	CDS	An07g10140	NT_166523.1	2277681	2278995	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger ORFs and is only 147 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(2277681..2277806,2277899..2278016,2278397..2278441,2278768..2278862,2278936..2278995))	Aspergillus niger	84591542
An07g10150	CDS	An07g10150	NT_166523.1	2280694	2281448	R	Remark: the predicted ORF has an exon-intron structure, which is not typical for A. niger proteins.; hypothetical protein	complement(join(2280694..2280866,2280972..2281244,2281379..2281448))	Aspergillus niger	84591543
An07g10160	CDS	An07g10160	NT_166523.1	2282185	2283035	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 118 amino acids.; Title: questionable ORF; uncharacterized protein	join(2282185..2282322,2282653..2282769,2282934..2283035)	Aspergillus niger	84591544
An07g10170	CDS	An07g10170	NT_166523.1	2284167	2284496	D	Remark: the ORF is questionable due its short lenght of only 109 amino acids.; Title: questionable ORF; uncharacterized protein	2284167..2284496	Aspergillus niger	84591545
An07g10180	CDS	An07g10180	NT_166523.1	2287996	2288497	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger ORFs and is only 117 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(2287996..2288075,2288129..2288329,2288425..2288497))	Aspergillus niger	84591546
An07g10190	CDS	An07g10190	NT_166523.1	2288662	2289612	D	Remark: the expansion of CAG repeats is characteristic for the DRPLA protein of e. g. H. sapiens,which leads to the dentatorubral and pallidoluysian atrophy (DRPLA), an autosomal dominant neurodegenerative disorder.; Remark: the lenght of the predicted ORF (293 amino acids) and the high similarity to the DRPLA related protein of N. crassa, which is 538 amino acids long, suggests that the predicted A. niger homolog has an wrong stop codon; it is assumed that the right stop codon was cut due to contig border.; Title: strong similarity to hypothetical DRPLA related protein - Neurospora crassa; See PMID 8852663; uncharacterized protein	join(2288662..2289140,2289210..2289612)	Aspergillus niger	4982288
An07g10200	CDS	An07g10200	NT_166523.1	2289924	2290976	R	Title: strong similarity to hypothetical protein SPAC13D6.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2289924..2290416,2290640..2290764,2290851..2290976))	Aspergillus niger	4982289
An07g10210	CDS	An07g10210	NT_166523.1	2291888	2293056	D	Function: CKAP1 of H. sapiens binds to alpha-tubulin folding intermediates after their interaction with cytosolic chaperonin in the pathway leading from newly synthesized tubulin to properly folded heterodimer.; Similarity: CKAP1 of H. sapiens belongs to the ckap1/alp11 subfamily.; Title: strong similarity to tubulin folding cofactor B CKAP1 - Homo sapiens; See PMID 9265649; uncharacterized protein	join(2291888..2292157,2292379..2292598,2292725..2292831,2292865..2293056)	Aspergillus niger	4982290
An07g10220	CDS	An07g10220	NT_166523.1	2293425	2295649	R	Title: similarity to hypothetical neurofilament triplet H1 related protein B3E4.50 - Neurospora crassa; uncharacterized protein	complement(join(2293425..2293639,2293723..2293971,2294025..2295230,2295295..2295455,2295585..2295649))	Aspergillus niger	4982291
An07g10230	CDS	An07g10230	NT_166523.1	2296048	2297106	D	Catalytic activity: endonucleolytic cleavage to 5'-phospho-monoester.; Function: RNase H specifically cleaves a RNA base-paired to a complementary DNA strand.; Remark: RNH35 of S. cerevisiae is also called YNL072w.; Title: strong similarity to ribonuclease HI large subunit Rnh35 - Saccharomyces cerevisiae; See PMID 9462832; uncharacterized protein	2296048..2297106	Aspergillus niger	4982292
An07g10240	CDS	An07g10240	NT_166523.1	2297437	2298798	R	Localization: Pex16 of Y. lipolytica is a peripheral protein located at the matrix face of the peroxisomal membrane.; Phenotype: Pex16 mutants in Y. lipolytica are defective in peroxisome assembly.; Phenotype: mutation of Pex16 in humans causes a form of Zellweger syndrome, a disease due to defective import of peroxisomal matrix proteins.; Title: strong similarity to peroxisomal membrane protein peroxin-16 pex-16 - Yarrowia lipolytica; peroxisome; See PMID 9182661; See PMID 9922452; uncharacterized protein	complement(join(2297437..2297560,2297628..2298465,2298543..2298578,2298645..2298798))	Aspergillus niger	4982293
An07g10250	CDS	An07g10250	NT_166523.1	2299203	2301674	R	Function: SAE2 of S. cerevisiae is involved in meiotic recombination and chromosome metabolism.; Remark: SAE2 of S. cerevisiae is also known as COM1 or YGL175C.; Similarity: the similarity to SAE2 of S. cerevisiae is due only to a very short, but very conserved, amino acid stretch.; Title: weak similarity to protein Sae2 -Saccharomyces cerevisiae; See PMID 9215888; See PMID 11333222; uncharacterized protein	complement(2299203..2301674)	Aspergillus niger	4982294
An07g10260	CDS	An07g10260	NT_166523.1	2301713	2303447	D	Remark: Fbxw6 from mouse seems to be part of a ubiquitin protein ligase.; Title: weak similarity to F-box-WD40 repeat protein Fbxw6 - Mus musculus; uncharacterized protein	join(2301713..2301867,2301926..2303447)	Aspergillus niger	4982295
An07g10270	CDS	An07g10270	NT_166523.1	2304508	2305833	D	Function: byr3 of S. pombe acts in the sexual differentiation pathway, and is required for efficient conjugation.; Function: byr3 of S. pombe is a double stranded DNA-binding protein.; Similarity: A. niger EST EMBLEST:BE758932 contains exons 6 and 7, and part of the putative 3'UTR.; Similarity: byr3 of S. pombe is similar to human CNBP and to retroviral nucleic acid binding proteins (NBP).; Similarity: the predicted protein, as well as S. pombe byr3, contains typical Zinc finger motifs called Zinc knucles; the zinc knuckle is a zinc binding motif composed of 18 residues, mainly found in the nucleocapsid protein of retroviruses, where it is required for viral genome packaging and for early infection process; it is also found in eukaryotic proteins involved in RNA or DNA binding.; Title: strong similarity to cellular nucleic acid binding protein byr3p - Schizosaccharomyces pombe; See PMID 1515675; uncharacterized protein	join(2304508..2304544,2304880..2304899,2305020..2305054,2305118..2305131,2305269..2305283,2305379..2305663,2305724..2305833)	Aspergillus niger	4982296
An07g10280	CDS	An07g10280	NT_166523.1	2306453	2308605	R	Title: strong similarity to hypothetical protein B17C10.170 - Neurospora crassa; uncharacterized protein	complement(join(2306453..2306653,2306722..2307827,2307880..2308030,2308091..2308121,2308174..2308183,2308248..2308605))	Aspergillus niger	4982297
An07g10290	CDS	An07g10290	NT_166523.1	2309342	2310386	D	Similarity: A. niger EST EMBLEST:BE758817 corresponds to exon 3 and part of the putative 3'UTR of the gene.; Similarity: the predicted protein shows strong similarity to many hypothetical members of the aldo/keto reductase family, which includes a number of related monomeric NADPH-dependent oxidoreductases, such as aldehyde reductase, aldose reductase, prostaglandin F synthase,xylose reductase, rho crystallin, and many others.; Title: strong similarity to MP protein sequence SEQ ID NO:860 from patent WO200100843-A2 - Corynebacterium glutamicum; See PMID 2498333; uncharacterized protein	join(2309342..2309392,2309469..2309749,2309840..2310386)	Aspergillus niger	4982298
An07g10300	CDS	An07g10300	NT_166523.1	2310637	2311343	D	hypothetical protein	join(2310637..2310709,2310797..2311043,2311094..2311343)	Aspergillus niger	84591547
An07g10310	CDS	An07g10310	NT_166523.1	2311551	2313980	D	Title: weak similarity to PPAR gamma coactivator PGC-1 - Mus musculus; See PMID 9529258; uncharacterized protein	2311551..2313980	Aspergillus niger	4982300
An07g10320	CDS	An07g10320	NT_166523.1	2314346	2316951	R	Title: strong similarity to hypothetical conserved protein B13I18.30 - Neurospora crassa; uncharacterized protein	complement(join(2314346..2314369,2314571..2314595,2314693..2316868,2316939..2316951))	Aspergillus niger	4982301
An07g10330	CDS	An07g10330	NT_166523.1	2317180	2317947	D	hypothetical protein	join(2317180..2317291,2317398..2317469,2317568..2317947)	Aspergillus niger	84591548
An07g10340	CDS	srgD	NT_166523.1	2318065	2318973	D	Gene-ID: srgD; Similarity: the C-terminal part of the predicted protein is almost identical to an A. niger partial mRNA for a secretion related GTPase; the GTPase is called SrgD, but it was not published, and is poorly characterized.; See PMID 11489135; secretion related GTPase srgD-Aspergillus niger	join(2318065..2318133,2318194..2318973)	Aspergillus niger	4982303
An07g10350	CDS	pmtA	NT_166523.1	2319439	2321936	R	Catalytic activity: dolichyl phosphate D-mannose + protein = dolichyl phosphate + O-D-mannosyl-protein.; Gene-ID: pmtA; Pathway: glycosylation.; Remark: the matching sequence of pmtA from A. niger was found by a BLAST search against the new EMBL entry AAK77607.; Similarity: the predicted ORF is almost identical to A. nidulans pmtA that was recently cloned, but not yet published.; protein O-mannosyl transferase pmtA-Aspergillus niger	complement(join(2319439..2320082,2320152..2320911,2320967..2321519,2321590..2321720,2321799..2321936))	Aspergillus niger	4982304
An07g10360	CDS	An07g10360	NT_166523.1	2321965	2322575	D	Remark: the ORF is classified as questionable because it partially overlaps to A. niger EST EMBLEST:BE759972, which might represent the 5'UTR of the following gene model caut. 00. tfa_40wk.; Title: questionable ORF; uncharacterized protein	join(2321965..2322065,2322149..2322185,2322300..2322318,2322427..2322575)	Aspergillus niger	84591549
An07g10370	CDS	An07g10370	NT_166523.1	2324174	2326186	R	Function: HGT1 of K. lactis is an high affinity glucose transporter.; Similarity: HGT1 of K. lactis belongs to the sugar transporter family.; Title: strong similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; See PMID 8830679; uncharacterized protein	complement(join(2324174..2324565,2324625..2325337,2325397..2325547,2325612..2325937,2325992..2326069,2326128..2326186))	Aspergillus niger	4982306
An07g10380	CDS	An07g10380	NT_166523.1	2326292	2327325	D	Title: questionable ORF; uncharacterized protein	join(2326292..2326433,2326522..2326616,2326703..2326740,2326826..2326909,2326987..2327058,2327187..2327325)	Aspergillus niger	84591550
An07g10390	CDS	An07g10390	NT_166523.1	2328182	2329066	R	Remark: SFC1 of S. cerevisiae is also called ACR1 or YJR095W.; Title: weak similarity to succinate-fumarate transport protein Sfc1 - Saccharomyces cerevisiae; See PMID 7908717; uncharacterized protein	complement(2328182..2329066)	Aspergillus niger	84591551
An07g10395	CDS	An07g10395	NT_166523.1	2329299	2329604	R	Title: strong similarity to hypothetical protein EAA62284.1 - Aspergillus nidulans; uncharacterized protein	complement(join(2329299..2329347,2329414..2329604))	Aspergillus niger	4982308
An07g10400	CDS	An07g10400	NT_166523.1	2330258	2333650	D	Complex: CDC68 of S. cerevisiae interacts with Pob3 to form the CP complex.; Function: CDC68 of S. cerevisiae is an essential nuclear protein required for gene activation and also chromatin-mediated repression.; Remark: CDC68 of S. cerevisiae is also known as SPT16 or YGL207W.; Title: strong similarity to cell division control protein Cdc68 - Saccharomyces cerevisiae; nucleus; See PMID 7565755; See PMID 7935460; See PMID 8246972; See PMID 1833637; See PMID 1922073; uncharacterized protein	join(2330258..2330437,2330497..2330581,2330646..2330767,2330831..2330983,2331031..2332462,2332512..2333110,2333159..2333650)	Aspergillus niger	4982310
An07g10410	CDS	An07g10410	NT_166523.1	2333875	2334900	R	Title: strong similarity to metalloprotease Mep1 -Metarhizium anisopliae; See PMID 8053668; uncharacterized protein	complement(join(2333875..2334546,2334613..2334900))	Aspergillus niger	4982311
An07g10420	CDS	An07g10420	NT_166523.1	2335322	2336803	R	Function: cdc50-1 mutant arrests at START in G1 phase at the non-permissive temperature.; Phenotype: CDC50 mutants in S. cerevisiae are cold sensitive, sensitive to trifluoperazine, ZnCl2, CoCl2 and MnCl2.; Remark: CDC50 of S. cerevisiae is also called YCR094w.; Title: strong similarity to cell division cycle protein Cdc50 - Saccharomyces cerevisiae; See PMID 6749598; See PMID 11180453; uncharacterized protein	complement(join(2335322..2335421,2335478..2335640,2335692..2336406,2336461..2336557,2336605..2336641,2336707..2336803))	Aspergillus niger	4982312
An07g10430	CDS	An07g10430	NT_166523.1	2337631	2338761	R	Remark: FUN19 of S. cerevisiae is also called YAL034C.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to hypothetical protein Fun19 - Saccharomyces cerevisiae; uncharacterized protein	complement(2337631..2338761)	Aspergillus niger	4982313
An07g10440	CDS	An07g10440	NT_166523.1	2339013	2340273	D	hypothetical protein	join(2339013..2339117,2339240..2339265,2339377..2339476,2339642..2339742,2340053..2340099,2340152..2340273)	Aspergillus niger	84591552
An19g00010	CDS	An19g00010	NT_166538.4	3722	5906	R	Title: similarity to hypothetical protein CAD60780.1 - Podospora anserina; uncharacterized protein	complement(join(3722..3888,4025..4071,4153..4224,4258..4324,4464..4599,4657..5082,5136..5367,5416..5461,5533..5560,5632..5668,5725..5906))	Aspergillus niger	84593782
An19g00030	CDS	An19g00030	NT_166538.4	7902	8535	D	Title: similarity to hypothetical protein At2g14560 - Arabidopsis thaliana; uncharacterized protein	join(7902..8223,8270..8535)	Aspergillus niger	84593783
An19g00040	CDS	An19g00040	NT_166538.4	10120	11129	D	Title: weak similarity to hypothetical protein encoded by An15g06860 - Aspergillus niger; uncharacterized protein	join(10120..10334,10449..10471,10632..10711,10885..10957,11026..11057,11109..11129)	Aspergillus niger	84593784
An19g00050	CDS	An19g00050	NT_166538.4	12344	13665	R	Title: similarity to hypothetical negative acting factor related protein B3E4.130 - Neurospora crassa; uncharacterized protein	complement(join(12344..12652,12701..13239,13280..13572,13634..13665))	Aspergillus niger	84593785
An19g00060	CDS	An19g00060	NT_166538.4	13794	15793	R	Title: strong similarity to hypothetical protein SMb20006 - Sinorhizobium meliloti; uncharacterized protein	complement(join(13794..15234,15300..15793))	Aspergillus niger	84593786
An19g00070	CDS	An19g00070	NT_166538.4	16981	17828	R	hypothetical protein	complement(join(16981..17163,17223..17828))	Aspergillus niger	84593787
An19g00080	CDS	An19g00080	NT_166538.4	18270	19213	D	Similarity: the predicted A. niger protein shows similarity to domains of ankyrin.; Title: similarity to ankyrin 2 Ank2 - Drosophila melanogaster; See PMID 10810176; See PMID 10844021; uncharacterized protein	join(18270..18658,18712..19213)	Aspergillus niger	84593788
An19g00090	CDS	An19g00090	NT_166538.4	19592	23977	R	Catalytic activity: Cmg1 catalyzes the successive hydrolysis of beta-D-glucose units from the non-reducing ends of 1,3-beta-D-glucans, releasing alpha-glucose.; Function: the 1,3-beta-glucosidase Cmg1 from Coniothyrium minitans is involved in cell wall degradation of the host fungi.; Remark: during sclerotial infection of Sclerotinia sclerotiorum the mycoparasite Coniothyrium minitans penetrates through the host cell wall.; Title: strong similarity to exo-beta-1,3-glucanase Cmg1 - Coniothyrium minitans; extracellular/secretion proteins; See PMID 11157256; uncharacterized protein	complement(join(19592..21072,21133..21636,21702..22467,22536..22802,22863..23123,23175..23350,23408..23441,23492..23977))	Aspergillus niger	84593789
An19g00100	CDS	An19g00100	NT_166538.4	25786	29548	D	Catalytic activity: hydrolysis of the 1,4-beta-linkages of N-acetyl-D-glucosamine polymers of chitin.; Similarity: the ORF encoded protein shows strongest similarity to the chitinase ChiC from Aspergillus nidulans which is still unpublished.; Title: similarity to chitinase Eh cht1 - Entamoeba invadens; See PMID 9106188; uncharacterized protein	join(25786..25916,25990..26023,26090..26204,26276..27079,27140..27299,27373..28174,28253..29548)	Aspergillus niger	84593790
An19g00110	CDS	An19g00110	NT_166538.4	30745	33289	D	Title: similarity to hypothetical protein encoded by An12g05110 - Aspergillus niger; uncharacterized protein	join(30745..30873,31205..31315,31373..31570,31691..33289)	Aspergillus niger	84593791
An19g00120	CDS	An19g00120	NT_166538.4	34850	35799	R	Function: the AKT2 gene from Alternaria alternata encodes a protein of unknown function, which is essential for AK-toxin production and pathogenicity.; Remark: the Japanese pear pathotype of Alternaria alternata causes black spot of Japanese pear by producing a host-specific toxin known as AK-toxin.; Title: similarity to protein required for biosynthesis of the host-specific AK-toxin Akt2 -Alternaria alternata; See PMID 10432635; See PMID 10975654; uncharacterized protein	complement(join(34850..35415,35482..35666,35726..35799))	Aspergillus niger	84593792
An19g00130	CDS	An19g00130	NT_166538.4	37276	38436	R	Remark: alternate name for S. cerevisiae Hxt2: YMR011w.; Repression: high concentrations of glucose lead to the redistribution of S. cerevisiae HEX2 to the vacuole.; Repression: low-glucose-induced expression of S. cerevisiae HEX2 is mediated by two independent repression mechanisms, in the absence of glucose, transcription is prevented by Rgt1p, a C6 zinc cluster protein; at high levels of glucose, expression is repressed by Mig1p.; Title: similarity to glucose transport protein Hxt2 - Saccharomyces cerevisiae [putative frameshift]; plasma membrane; putative frameshift; See PMID 8816466; See PMID 10191260; uncharacterized protein	complement(join(<37276..37679,37725..37934,38017..38436))	Aspergillus niger	84593793
An19g00140	CDS	An19g00140	NT_166538.4	39355	40424	R	Catalytic activity: Carnitine + NAD(+) <=> 3-dehydrocarnitine + NADH.; Title: strong similarity to carnitine dehydrogenase from patent JP05161492-A - Alcaligenes sp.; uncharacterized protein	complement(join(39355..39659,39715..40099,40164..40424))	Aspergillus niger	84593794
An19g00150	CDS	An19g00150	NT_166538.4	41723	42805	D	Function: formyl-CoA transferase of O. formigenes transfers a CoA moiety from formyl-CoA to oxalate to activate oxalic acid.; Remark: oxalic acid is a highly toxic by-product of metabolism, which is catabolized by a limited number of bacterial species.; Similarity: the ORF and formyl-CoA transferase of O. formigenes show local N-terminal similarity (along a stretch of about 200 amino acids).; Similarity: the ORF is shorter than formyl-CoA transferase of O. formigenes (339 compared to 428 amino acids).; Similarity: the ORF shows also similarity to (putative) racemases or transferases of other species.; Title: similarity to formyl-CoA transferase from patent WO9816632-A1 - Oxalobacter formigenes; See PMID 9150242; See PMID 2361939; uncharacterized protein	join(41723..41953,42017..42805)	Aspergillus niger	84593795
An19g00160	CDS	An19g00160	NT_166538.4	43105	45412	R	Function: facB of A. nidulans is required for acetate induction of acetamidase (amdS) and the acetate utilization enzymes acetyl-CoA synthase (facA), isocitrate lyase (acuD) and malate synthase (acuE).; Remark: facB of A. nidulans is a transcriptional activator with a GAL4-type Zn(II)2Cys6 zinc binuclear cluster DNA-binding domain.; Similarity: the ORF is shorter than facB of A. nidulans (668 compared to 867 amino acids).; Similarity: the ORF shows local N-terminal similarity with facB of A. nidulans (over a stretch of about 300 amino acids).; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9524126; uncharacterized protein	complement(join(43105..43487,43574..43785,43882..44301,44352..45204,45274..45412))	Aspergillus niger	84593796
An19g00170	CDS	An19g00170	NT_166538.4	45815	46741	D	Function: LRP5 of H. sapiens binds apolipoprotein E (apoE).; Function: LRP5 of H. sapiens is a low density lipoprotein receptor (LDLR)-related protein.; Remark: LRP5 of H. sapiens is genetically associated with Type 1 diabetes.; Remark: LRP5 of H. sapiens shows similarity to the low density lipoprotein receptor class A (LDLRA) domain.; Similarity: the ORF is much shorter than LRP5 of H. sapiens (308 compared to 1615 amino acids).; Similarity: the ORF shows local similarity to LRP5 of H. sapiens over a C-terminal stretch of about 190 amino acids.; Title: similarity to low density lipoprotein receptor related protein LRP5 from patent WO9846743-A1 -Homo sapiens; See PMID 9832610; See PMID 10990489; uncharacterized protein	45815..46741	Aspergillus niger	84593797
An19g00180	CDS	An19g00180	NT_166538.4	46956	48609	R	Function: DAL5 of S. cerevisiae is an integral membrane protein, transporting allantoate via the plasma membrane.; Phenotype: disruption of DAL5 of S. cerevisiae leads to viable cells, unable to transport allontoate or ureidosuccinate.; Remark: DAL5 of S. cerevisiae belongs to the allantoate permease family.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; uncharacterized protein	complement(join(46956..47306,47359..47779,47828..48234,48286..48609))	Aspergillus niger	84593798
An19g00190	CDS	An19g00190	NT_166538.4	48907	49611	D	hypothetical protein	join(48907..49018,49098..49184,49280..49611)	Aspergillus niger	84593799
An19g00200	CDS	An19g00200	NT_166538.4	49739	50766	D	Title: strong similarity to hypothetical protein 99H12.80 - Neurospora crassa [putative sequencing error]; putative sequencing error; uncharacterized protein	join(49739..50117,50154..50408,50487..50671,50719..50766)	Aspergillus niger	84593800
An19g00210	CDS	An19g00210	NT_166538.4	51269	51771	R	Function: hemolysin of A. fumigatus is a cytolytic toxin, lytic for erythrocytes of humans, rabbits and sheep.; Remark: hemolysin of A. fumigatus is inactivated by the addition of serum or blood plasma.; Similarity: the ORF overlaps with A. niger ESTs (e. g. an_3635 in EMBLEST:BE759282, an_2964 in EMBLEST:BE760009, an_3529 in EMBLEST:BE759189, NO:4040 in PATENTDNA:AAF11517, and NO:4110 in PATENTDNA:AAF11587).; Title: similarity to hemolysin ASP-HS - Aspergillus fumigatus; See PMID 8086452; See PMID 11433776; uncharacterized protein	complement(join(51269..51596,51671..51771))	Aspergillus niger	84593801
An19g00220	CDS	An19g00220	NT_166538.4	52071	53569	D	Remark: the predicted ORF contains relatively long introns.; hypothetical protein	join(52071..52232,52316..52489,52579..52650,52993..53066,53179..53569)	Aspergillus niger	84593802
An19g00230	CDS	An19g00230	NT_166538.4	54096	55812	R	Catalytic activity: thyrosinases catalyse L-tyrosine + L-DOPA + O(2) <=> L-DOPA + DOPAquinone + H(2)O.; Function: melC of S. antibioticus is a thyrosinase,which binds copper and functions in the formation of pigments such as melanins and other polyphenolic compounds.; Similarity: the ORF overlaps with A. niger EST (EMBLEST:BE760551) an_1878.; Similarity: the similarity of the ORF to mel of S. antibioticus is restricted to the C. terminus of the ORF,starting which amino acid 158, with is homologues to amino acid 1 of the S. antibioticus protein.; Title: similarity to monophenol monooxygenase melC2 - Streptomyces antibioticus; See PMID 2107124; uncharacterized protein	complement(join(54096..54377,54442..54763,54820..54884,54952..55389,55591..55812))	Aspergillus niger	84593803
An19g00240	CDS	An19g00240	NT_166538.4	56687	58212	R	Title: strong similarity to hypothetical protein encoded by An17g00130 - Aspergillus niger; uncharacterized protein	complement(join(56687..57111,57158..57403,57454..57737,57818..58212))	Aspergillus niger	84593804
An19g00250	CDS	An19g00250	NT_166538.4	58271	61619	D	Remark: the predicted ORF contains relatively long introns.; hypothetical protein	join(58271..58386,58471..58611,58713..58763,58883..59027,59507..59713,59787..59881,60136..60268,60753..60839,61088..61159,61461..61619)	Aspergillus niger	84593805
An19g00260	CDS	An19g00260	NT_166538.4	61855	64698	D	Remark: the ORF shows local similarity to a short stretch of 101 bases to the published A. niger pectin lyase D gene sequence (probably the 5' untranslated region),which is located 3' to this ORF (100wg).; hypothetical protein	join(61855..61953,62043..62142,62203..62306,62394..62495,62598..62662,63172..63329,63668..63804,63893..64024,64106..64224,64333..64402,64546..64698)	Aspergillus niger	84593806
An19g00270	CDS	pelD	NT_166538.4	64874	66242	D	Function: the A. niger pectin lyase D gene serves in a expression system for recombinant proteins in A. niger,which can be induced by adding pectin to the culture medium.; Gene-ID: pelD; Remark: pelD was previously described as pectin lyase I (Van Houdenhoven, Ph. D. Thesis, Wageningen,1975).; Remark: the ORF sequence differs at amino acid 10 (I10V) from the published database sequence (PIR:JH0155).; pectin lyase pelD-Aspergillus niger	join(64874..65073,65139..65282,65345..65470,65534..65630,65688..66242)	Aspergillus niger	84593807
An19g00280	CDS	An19g00280	NT_166538.4	66819	68188	D	Remark: the N-terminus of the ORF overlaps with the published sequence of the pelD gene of A. niger, probably the 3' untranslated region.; Similarity: the predicted ORF overlaps with the C-terminal region of the putative D. melanogaster protein CG12065, but is 303 amino acids shorter at the N-terminus.; Title: similarity to hypothetical protein CG12065 -Drosophila melanogaster; uncharacterized protein	join(66819..66951,67035..68188)	Aspergillus niger	84593808
An19g00290	CDS	An19g00290	NT_166538.4	68737	69760	R	Function: human PDGH catalyzes the oxidation of many prostaglandins at C-15, resulting in a subsequent reduction in their biological activity.; Similarity: the a. niger protein shows similarity to several prostaglandin dehydrogenases and 3-oxoacyl-(acyl-carrier protein) reductases.; Title: similarity to NAD+-dependent 15-hydroxyprostaglandin dehydrogenase PDGH - Homo sapiens; See PMID 1697582; uncharacterized protein	complement(join(68737..69635,69685..69760))	Aspergillus niger	84593809
An19g00300	CDS	An19g00300	NT_166538.4	70681	72051	R	Function: Kinesins are ATPases specifically moving in the direction of the positive or negative end of microtubuli, the light chain may function in coupling of cargo to the heavy chain or in the modulation of its ATPase activity.; Remark: the A. niger protein shows similarity to kinesin light chains of different organisms.; Title: strong similarity to kinesin light chain KLC - Plectonema boryanum; cytoskeleton; See PMID 9212172; See PMID 10754574; See PMID 11212346; uncharacterized protein	complement(70681..72051)	Aspergillus niger	84593810
An19g00310	CDS	An19g00310	NT_166538.4	72379	72845	D	hypothetical protein	join(72379..72555,72630..72845)	Aspergillus niger	84593811
An19g00320	CDS	An19g00320	NT_166538.4	73214	74645	D	Function: S. cerevisiae VCX1 is a H+/Ca2+ exchanger responsible for maintaining low cytosolic-free Ca2+ concentrations by catalyzing pH gradient-energized vacuolar Ca2+ accumulation.; Regulation: activity of S. cerevisiae VCX1 is inhibited by calcineurin, a Ca2+/calmodulin-dependent protein phosphatase, mainly by posttranslational mechanisms.; Remark: HUM1, D2218 and YDL128 are alternative names for VCX1.; Title: strong similarity to vacuolar H(+)/Ca(2+) exchanger Vcx1 - Saccharomyces cerevisiae; vacuole; See PMID 8628289; uncharacterized protein	join(73214..73585,73652..74327,74411..74454,74511..74645)	Aspergillus niger	84593812
An19g00330	CDS	An19g00330	NT_166538.4	74843	76136	R	Function: S. cerevisiae VCX1 is a H+/Ca2+ exchanger responsible for maintaining low cytosolic-free Ca2+ concentrations by catalyzing pH gradient-energized vacuolar Ca2+ accumulation.; Regulation: activity of S. cerevisiae VCX1 is inhibited by calcineurin, a Ca2+/calmodulin-dependent protein phosphatase, mainly by posttranslational mechanisms.; Remark: HUM1, D2218 and YDL128 are alternative names for VCX1.; Title: strong similarity to vacuolar H(+)/Ca(2+) exchanger Vcx1 - Saccharomyces cerevisiae; vacuole; See PMID 8628289; uncharacterized protein	complement(join(74843..75640,75702..76136))	Aspergillus niger	84593813
An19g00340	CDS	An19g00340	NT_166538.4	76742	78163	D	Function: S. cerevisiae VCX1 is a H+/Ca2+ exchanger responsible for maintaining low cytosolic-free Ca2+ concentrations by catalyzing pH gradient-energized vacuolar Ca2+ accumulation.; Regulation: activity of S. cerevisiae VCX1 is inhibited by calcineurin, a Ca2+/calmodulin-dependent protein phosphatase, mainly by posttranslational mechanisms.; Remark: HUM1, D2218 and YDL128 are alternative names for VCX1.; Title: strong similarity to vacuolar H(+)/Ca(2+) exchanger Vcx1 - Saccharomyces cerevisiae; vacuole; See PMID 8628289; uncharacterized protein	join(76742..77041,77096..77179,77235..77956,78052..78163)	Aspergillus niger	84593814
An19g00350	CDS	An19g00350	NT_166538.4	78434	82066	D	Function: pmc1 of S. cerevisiae pumps Ca2+ into the vacuole and participates in the control of the cytosolic free calcium together with atc1 protein.; Phenotype: mutations in calcineurin A or B subunits or the inhibitory compounds FK506 and cyclosporin A restore growth of pmc1 mutants in high Ca2+ media.; Remark: alternate names for pmc1 of S. cerevisiae are G3749 or YGL006w.; Repression: the growth of S. cerevisae pmc1 mutants is inhibited by added Ca2+ only after activation of calcineurin.; Title: strong similarity to calcium-transporting ATPase Pmc1 - Saccharomyces cerevisiae; vacuole; See PMID 7507493; uncharacterized protein	join(78434..78547,78794..81268,81330..81712,81763..82066)	Aspergillus niger	84593815
An19g00360	CDS	An19g00360	NT_166538.4	82722	86209	R	Title: similarity to hypothetical protein encoded by An08g05310 - Aspergillus niger; uncharacterized protein	complement(join(82722..83436,83547..83952,84025..84366,84450..84746,84988..84998,85257..85384,85500..85737,85815..86209))	Aspergillus niger	84593816
An19g00370	CDS	An19g00370	NT_166538.4	87167	88635	D	Title: similarity to hypothetical protein encoded by An15g02550 - Aspergillus niger; uncharacterized protein	join(87167..87658,87694..88214,88339..88462,88528..88635)	Aspergillus niger	84593817
An19g00380	CDS	An19g00380	NT_166538.4	89257	90689	D	Catalytic activity: (R)-6-hydroxynicotine + H(2)O + O(2) <=> 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Cofactor: FAD.; Similarity: the ORF encoded protein shows similarity to many hypothetical flavoprotein oxidoreductases. The similarity of the ORF encoded protein to the 6-hydroxy-D-nicotine oxidase 6-HDNO from A. oxidans only concerns the N-terminal protein part.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 2115879; See PMID 2680607; See PMID 3622516; uncharacterized protein	join(89257..89685,89742..90689)	Aspergillus niger	84593818
An19g00390	CDS	An19g00390	NT_166538.4	91366	92234	D	Function: verA of A. nidulans catalyzes the conversion of versicolorin a to sterigmatocystin.; Pathway: verA of A. nidulans catalyzes a step in the sterigmatocystin synthesis pathway.; Remark: the A. niger protein shows similarity to different reductases.; Similarity: verA of A. nidulans belongs to the short-chain dehydrogenases/reductases family (SDR).; Title: strong similarity to versicolorin reductase verA - Aspergillus nidulans; See PMID 8017929; See PMID 8643646; uncharacterized protein	join(91366..91925,91979..92234)	Aspergillus niger	84593819
An19g00400	CDS	An19g00400	NT_166538.4	92629	93456	D	Title: weak similarity to suppressor of cdc25 mutations Tfs1 - Saccharomyces cerevisiae; uncharacterized protein	join(92629..92708,92776..92984,93041..93456)	Aspergillus niger	84593820
An19g00410	CDS	An19g00410	NT_166538.4	93878	94444	R	Title: strong similarity to hypothetical protein SA2438 - Staphylococcus aureus; uncharacterized protein	complement(93878..94444)	Aspergillus niger	84593821
An19g00420	CDS	An19g00420	NT_166538.4	94783	96382	D	Remark: YBR180w is the systematic name for S. cerevisiae DTR1.; Remark: information regarding S. cerevisiae DTR1 has not yet been published and is available via http://genome-www. stanford. edu/cgi-bin/SGD/genehunter.; Similarity: S. cerevisiae DTR1 belongs to the major facilitator family of transport proteins.; Title: strong similarity to dityrosine transporter Dtr1 - Saccharomyces cerevisiae; See PMID 8720066; uncharacterized protein	join(94783..95046,95105..96382)	Aspergillus niger	84593822
An10g00010	CDS	An10g00010	NT_166537.1	59	1319	R	Catalytic activity: alcohol dehydrogenases catalyze the reversible reaction alcohol + NAD(+) <=> aldehyde or ketone + NADH.; Cofactor: members of this family of alchool dehydrogenases require Zn for their activity, and use NAD or NADP as electron exchangers.; Similarity: adhB of T. ethanolicus belongs to the zinc-containing alcohol dehydrogenase family.; Similarity: the predicted ORF shows strong similarity with a number of known and putative alcohol and aldehyde dehydrogenases, with very wide substrate specificities.; Title: strong similarity to alcohol dehydrogenase (NADP+) adhB - Thermoanaerobacter ethanolicus; See PMID 8645192; uncharacterized protein	complement(join(59..225,296..391,446..1319))	Aspergillus niger	4990273
An10g00020	CDS	An10g00020	NT_166537.1	2005	2481	R	Function: A. oligospora is a nematophagous fungus; the surface lectin is involved in capture of the worms.; Function: lectins in general are proteins which specifically bind or crosslink carbohydrates.; Function: the surface lectin of A. oligospora shows haemagglutinating activity inhibited by the glycoproteins mucin and fetuin.; Localization: the protein is soluble and secreted,and remains associated with extracellular polymer layers and with the cell wall of the fungus.; Title: similarity to hemagglutinating surface lectin - Arthrobotrys oligospora; extracellular/secretion proteins; See PMID 1487732; See PMID 8706686; uncharacterized protein	complement(join(2005..2205,2224..2481))	Aspergillus niger	84592094
An10g00030	CDS	An10g00030	NT_166537.1	4171	5348	R	Remark: similarity to C. glutamicum patented sequence and to other hypothetical proteins, which are all longer of the predicted ORF, and the position at the contig border, suggest that this could be a N-terminally truncated gene model.; Title: similarity to sequence 211 from patent WO0100842 - Corynebacterium glutamicum [truncated ORF]; uncharacterized protein	complement(join(4171..4253,4444..4653,4711..4850,4910..5081,5163..5237,5279..>5348))	Aspergillus niger	84592095
An10g00040	CDS	An10g00040	NT_166537.1	5468	5991	R	Function: the protein of sequence 211 from Patent WO0100842 is involved in homeostasis and adaptation.; Remark: the ORF is C-terminally truncated due to end of contig.; Similarity: shows similarity to several proteins homologous to N-benzoylamino-acid amidohydrolase (EC 3. 5. 1. 32; hippurate hydrolase) and/or similar amino-/amidohydrolases.; Title: strong similarity to sequence 211 from patent WO0100842 - Corynebacterium glutamicum [truncated ORF]; uncharacterized protein	complement(join(<5468..5831,5899..5991))	Aspergillus niger	84592096
An10g00050	CDS	An10g00050	NT_166537.1	6512	8473	D	Function: Flu1p of C. albicans confers resistance to various antibiotics including fluconazole and cycloheximide.; Similarity: FLU1 of C. albicans belongs to the major facilitator superfamily.; Similarity: the N-terminus appears about 120aa shorter than in FLU1 of C. albicans.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(6512..6524,6833..6973,7042..7163,7219..7750,7818..8473)	Aspergillus niger	4990262
An10g00060	CDS	An10g00060	NT_166537.1	9268	10511	D	Function: aflR of A. sojae is involved in the regulation of aflatoxin biosynthesis.; Similarity: shares a fungal-type Zn(2)-Cys(6) binuclear cluster with a number of proteins involved in transcriptional regulation.; Title: weak similarity to transcription regulator aflR - Aspergillus sojae; uncharacterized protein	join(9268..9319,9414..9726,9812..10511)	Aspergillus niger	84592097
An10g00070	CDS	An10g00070	NT_166537.1	10998	12174	D	Catalytic activity: 2 sulfhydryl groups + O2 = disulphide + H2O2.; Function: SOX of A. niger is a FAD-linked oxidoreductase containing redox-active disulphide centres.; Function: SOX of A. niger is involved in the formation of disulphide bounds, eg in proteins.; Remark: possible sequencing error at position 5789 leading to a frameshift.; Similarity: also shows similarity to various NADH oxidases.; Similarity: also shows similarity to various thioredoxin reductases and alkyl hydroperoxide reductases involved in oxidative stress response.; Similarity: belongs to the pyridine nucleotide-disulphide oxidoreductase class-II family.; Title: strong similarity to sulphydryl oxidase Sox from patent EP565172-A1 - Aspergillus niger [putative frameshift]; putative frameshift; See PMID 3427078; uncharacterized protein	join(10998..11414,11498..11994,12080..>12174)	Aspergillus niger	4990277
An10g00080	CDS	An10g00080	NT_166537.1	13288	14340	D	hypothetical protein	join(13288..13497,13573..13658,13702..13887,14097..14340)	Aspergillus niger	84592098
An10g00090	CDS	An10g00090	NT_166537.1	15365	16068	D	Similarity: to cDNA patent PATENTDNA:A27119.; Title: weak similarity to NADP-specific glutamate dehydrogenase from patent WO200028006-A2 - Glycine max; uncharacterized protein	join(15365..15879,15999..16068)	Aspergillus niger	84592099
An10g00100	CDS	An10g00100	NT_166537.1	17569	20378	D	Function: amdR of A. oryzae activates genes necessary for the catabolism of certain amids and lactams and for the utilization of omega-amino acids, eg GABA.; Title: similarity to transcription regulator amdR -Aspergillus oryzae; See PMID 1452021; uncharacterized protein	join(17569..18306,18384..19579,19689..19755,19875..20378)	Aspergillus niger	4990263
An10g00110	CDS	An10g00110	NT_166537.1	21223	22981	R	Catalytic activity: ordA of A. parasiticus converts O-methylsterigmatocystin and dihydro-O-methylsterigmatocystin to aflatoxins B1 or G1 and B2 or G2, respectively.; Pathway: ordA of A. parasiticus is required for the biosynthesis of aflatoxins B1, G1, B2, and G2.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Similarity: ordA of A. parasiticus belongs to the CYP64 family of cytochromes P-450.; Title: strong similarity to O-methylsterigmatocystin oxidoreductase ordA - Aspergillus parasiticus; See PMID 9835571; See PMID 10473388; uncharacterized protein	complement(join(21223..22669,22720..22783,22879..22981))	Aspergillus niger	4990254
An10g00120	CDS	An10g00120	NT_166537.1	23276	24443	R	Catalytic activity: 2,3-dihydroxybenzoic acid + H2O = catechol + HCO3(-).; Function: useful for production of catechol and related aromatic hydrocarbons.; Title: similarity to 2,3-dihydroxybenzoic acid decarboxylase from patent WO9909048-A1 - Aspergillus niger; uncharacterized protein	complement(join(23276..24330,24392..24443))	Aspergillus niger	4990274
An10g00130	CDS	An10g00130	NT_166537.1	24910	25927	R	Catalytic activity: 4-hydroxibenzoic acid + polyprenyl-diphosphate = 3-polyprenyl-4-hydroxybenzoic acid + pyrophosphate.; Pathway: ppt1 of S. pombe catalyzes the condensation of para-hydroxybenzoate and polyprenyl diphosphate in ubiquinone biosynthesis.; Title: strong similarity to para-hydroxybenzoate--polyprenyltransferase ppt1p -Schizosaccharomyces pombe; localisation:mitochondrion; See PMID 11092853; uncharacterized protein	complement(join(24910..25624,25794..25927))	Aspergillus niger	84592100
An10g00140	CDS	An10g00140	NT_166537.1	26316	31655	D	Pathway: atX of A. terreus is required for the biosynthesis of the polyketide 6-methylsalicylic acid.; Similarity: belongs to the family of fungal MSAS-type polyketide synthases.; Similarity: contains the beta-ketoacyl synthase catalytic domain, the acyl transferase domain and phosphopantetheine attachment site of polyketide synthases.; Title: strong similarity to 6-methylsalicylic acid synthase atX - Aspergillus terreus; See PMID 9003280; See PMID 10361035; uncharacterized protein	26316..31655	Aspergillus niger	4990260
An10g00150	CDS	An10g00150	NT_166537.1	32883	34773	R	Function: TRI4 of M. roridum is a cytochrome P450-type monooxygenase.; Pathway: TRI4 of M. roridum catalyzes the initial oxygenation step in the biosynthesis pathway of trichothecene toxin.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: strong similarity to cytochrome P450 monooxygenase TRI4 - Myrothecium roridum; See PMID 9529523; uncharacterized protein	complement(join(32883..33042,33093..33373,33447..33767,33856..34064,34133..34545,34631..34773))	Aspergillus niger	4990276
An10g00160	CDS	An10g00160	NT_166537.1	34980	36097	D	hypothetical protein	join(34980..35767,35875..36097)	Aspergillus niger	4990255
An10g00170	CDS	An10g00170	NT_166537.1	36671	37723	R	Catalytic activity: alcohol + NAD(P)(+) = corresponding aldehyde or keton + NAD(P)H + H(+).; Function: many SCAD family members are involved in steroid metabolism.; Similarity: belongs to the superfamily of short chain alcohol dehydrogenases (SCAD).; Title: strong similarity to protein sequence 79 from patent WO0129221 - Homo sapiens; uncharacterized protein	complement(join(36671..36782,36843..37723))	Aspergillus niger	4990271
An10g00180	CDS	An10g00180	NT_166537.1	38525	39381	D	Title: weak similarity to hypothetical protein encoded by An02g10900 - Aspergillus niger; uncharacterized protein	join(38525..39010,39094..39381)	Aspergillus niger	4990275
An10g00190	CDS	An10g00190	NT_166537.1	40256	42249	D	Function: CHO of patent WO9931990-A1 oxidizes the reducing end of oligosaccharides with preference over the corresponding monosaccharides.; Title: similarity to carbohydrate oxidase CHO from patent WO9931990-A1 - Microdochium nivale; uncharacterized protein	join(40256..40862,40923..41075,41129..41665,41738..41948,42096..42249)	Aspergillus niger	4990258
An10g00210	CDS	An10g00210	NT_166537.1	43219	43615	R	hypothetical protein	complement(join(43219..43551,43604..43615))	Aspergillus niger	4990265
An10g00220	CDS	An10g00220	NT_166537.1	44965	46175	R	Title: similarity to hypothetical protein CAE07943.1 - Synechococcus sp.; uncharacterized protein	complement(join(44965..45073,45124..45296,45346..45448,45499..45855,45919..46012,46073..46175))	Aspergillus niger	4990267
An10g00230	CDS	An10g00230	NT_166537.1	46889	48602	D	Catalytic activity: formaldehyde + NAD(+) + H2O = formate + NADH.; Function: at high pH, fdhA of P. putida catalyses the oxidation of long-chain alcohols.; Function: fdhA of P. putida converts formaldehyde to formate.; Function: fdhA of P. putida requires zinc for it's activity.; Function: the activity of fdhA of P. putida is independent of reduced glutathione.; Similarity: belongs to the zinc-containing long-chain alcohol dehydrogenase family.; Title: strong similarity to glutathione-independent formaldehyde dehydrogenase fdhA - Pseudomonas putida; See PMID 8169197; uncharacterized protein	join(46889..47005,47060..47085,47150..47193,47251..47424,47485..47514,47573..47668,47724..47738,47801..48179,48235..48307,48366..48602)	Aspergillus niger	4990269
An10g00240	CDS	An10g00240	NT_166537.1	49433	50902	R	Title: weak similarity to hypothetical protein T8P19.230 - Arabidopsis thaliana; uncharacterized protein	complement(join(49433..50671,50771..50902))	Aspergillus niger	4990270
An10g00250	CDS	An10g00250	NT_166537.1	51935	54637	R	Function: Cos1p of C. albicans is a two-component histidine kinase probably involved in nutrient deprivation response.; Function: Cos1p of C. albicans is involved in hyphal morphogenesis and probably plays a role in virulence properties of the organism.; Similarity: COS1 of C. albicans is identical to CaNIK-1.; Title: strong similarity to histidine kinase COS1 -Candida albicans; See PMID 9618540; uncharacterized protein	complement(join(51935..52920,53023..53903,54303..54385,54554..54637))	Aspergillus niger	4990278
An10g00260	CDS	An10g00260	NT_166537.1	55423	55746	R	Title: strong similarity to EST an_1399 -Aspergillus niger; uncharacterized protein	complement(join(55423..55637,55677..55746))	Aspergillus niger	4990279
An10g00270	CDS	An10g00270	NT_166537.1	56270	57362	D	hypothetical protein	join(56270..56409,56478..56552,56691..56741,57035..57194,57240..57362)	Aspergillus niger	84592101
An10g00280	CDS	An10g00280	NT_166537.1	57787	59865	R	Similarity: the predicted A. niger protein shows similarity to part of several DNA-binding proteins and contains a DNA-binding-protein motif.; Title: weak similarity to zinc-finger transcription factor WRKY1 - Petroselinum crispum; uncharacterized protein	complement(join(57787..59723,59811..59865))	Aspergillus niger	4990281
An10g00290	CDS	An10g00290	NT_166537.1	61895	64267	D	Similarity: the predicted A. niger protein shows similarity to a putative alpha-L-rhamnosidase from C. crescentus and weak similarity to V. cholerae beta-galactosidase.; Title: similarity to hypothetical protein SCF34.07 -Streptomyces coelicolor; uncharacterized protein	61895..64267	Aspergillus niger	4990282
An10g00300	CDS	An10g00300	NT_166537.1	64792	66631	D	Function: S. cerevisiae Mal1 is a complex genetic locus giving rise to hexose transporter Isoforms of different specifity, namely a maltose specific Isoforme,MAL11 and a general alpha-glucoside transporting Isomforme,AGT1.; Remark: the predicted A. niger protein might be alternatively spliced.; Remark: the systematic name for S. cerevisiae MAL11 isYGR289C, an alias is AGT1.; Title: similarity to alpha-glucoside-hydrogen symporter Mal11 - Saccharomyces cerevisiae; plasma membrane; See PMID 8594329; See PMID 1999393; uncharacterized protein	join(64792..65033,65095..65405,65471..66161,66226..66631)	Aspergillus niger	4990283
An10g00310	CDS	An10g00310	NT_166537.1	67019	68988	R	Function: Iron and Copper uptake in S. cerevisiae involves at least two steps, reduction of ferric to ferrous ions extracellularly by the membrane-associated ferric reductases FRE1 and FRE2, and transport of the reduced ions through the plasma membrane.; Regulation: S. cerevisiae FRE2 expression, like FRE1 expression, is induced by iron and copper deprivation, and at least part of this control takes place at the transcriptional level mediated by Mac1.; Title: similarity to ferric/cupric reductase Fre2 -Saccharomyces cerevisiae; plasma membrane; See PMID 8164662; See PMID 10341420; uncharacterized protein	complement(join(67019..67984,68050..68235,68291..68349,68397..68988))	Aspergillus niger	4990284
An10g00320	CDS	An10g00320	NT_166537.1	71668	72408	D	Similarity: the predicted A. niger protein shows similarity to several hypothetical acetyltransferases and contains an acetyltransferase domain.; Title: strong similarity to hypothetical protein PA5433 - Pseudomonas aeruginosa; uncharacterized protein	71668..72408	Aspergillus niger	4990285
An10g00330	CDS	An10g00330	NT_166537.1	73022	74011	R	Catalytic activity: dihydrodipicolinate synthases convert L-aspartate 4-semialdehyde + pyruvate to dihydrodipicolinate + 2 H(2)O.; Function: C. glutamicum dapA is involved in lysine biosynthesis.; Title: strong similarity to dihydrodipicolinate synthase dapA - Corynebacterium glutamicum; See PMID 8092856; See PMID 2129555; uncharacterized protein	complement(73022..74011)	Aspergillus niger	4990286
An10g00340	CDS	An10g00340	NT_166537.1	74529	75975	D	Function: M. grisea pth11 functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Pathway: in M. grisea multiple signaling pathways mediate induction of appressorium differentiation by pth11.; Title: similarity to PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(74529..74668,74723..74972,75038..75534,75606..75796,75851..75975)	Aspergillus niger	4990287
An10g00350	CDS	An10g00350	NT_166537.1	76273	77797	R	Catalytic activity: GTP cyclohydrolases II convert GTP + 3 H(2)O to formate + 2,5-diamino-6-hydroxy-4-(5-CA-phosphoribosylamino)pyrimidi ne + diphosphate.; Function: A. pleuropneumoniae ribA is involved in the riboflavin metabolism.; Title: similarity to GTP cyclohydrolase II ribA -Actinobacillus pleuropneumoniae; See PMID 8522537; See PMID 10940330; uncharacterized protein	complement(join(76273..76278,76333..76614,76668..77624,77684..77797))	Aspergillus niger	4990288
An10g00360	CDS	An10g00360	NT_166537.1	78685	80466	R	Complex: in S. cerevisiae, a fraction of the Dbp5 protein associates with nuclear pore complexes (NPCs) on the cytoplasmic side.; Function: Dbp5 of S. cerevisiae is an RNA-dependent ATPase which participates in the export of mRNAs out of the nucleus.; Remark: the alternate name of Dbp5 in S. cerevisiae is RAT8.; Similarity: the protein is closely related to eukaryotic initiation factor 4A(eIF4A).; Title: strong similarity to nuclear pore-associated DEAD-box protein Dbp5 - Saccharomyces cerevisiae; nucleus; See PMID 9564048; See PMID 10428971; uncharacterized protein	complement(join(78685..78954,79019..79219,79269..79506,79559..80056,80124..80292,80394..80466))	Aspergillus niger	4990289
An10g00370	CDS	An10g00370	NT_166537.1	80934	83812	D	Function: CIP4 is a downstream target of activated GTP-bound Cdc42, and is similar in sequence to proteins involved in signalling and cytoskeletal control in human.; Function: CIP4 of human is regulating the assembly of the actin cytoskeleton.; Similarity: also C-terminally similarities to a protein contains two SH3 domains and a phorbol esters/diacylglycerol binding domain.; Title: similarity to Cdc42-interacting protein 4 CIP4 - Homo sapiens; See PMID 9210375; uncharacterized protein	join(80934..81130,81266..81311,81501..82028,82078..82158,82208..83351,83406..83812)	Aspergillus niger	4990290
An10g00380	CDS	An10g00380	NT_166537.1	85887	86843	D	Similarity: the central part of the protein shows some weak similarity to clathrin assembly protein AP180 of Xenopus laevis due to alanine-rich regions.; hypothetical protein	join(85887..85982,86346..86843)	Aspergillus niger	10098285
An10g00390	CDS	An10g00390	NT_166537.1	87906	90769	R	Catalytic activity: cellobiose + O(2) = cellobiono-1, 5-lactone + H(2)O(2).; Function: the biological function of CDH is not fully understood, but recent results support a hydroxyl radical-generating mechanism whereby the radical can degrade and modify cellulose, hemicellulose and lignin.; Remark: CDH has found technical use in highly selective amperometric biosensors and several other applications have been suggested.; Title: strong similarity to cellobiose dehydrogenase CDH - Phanerochaete chrysosporium; extracellular/secretion proteins; See PMID 8919793; See PMID 10725534; See PMID 11063597; uncharacterized protein	complement(join(87906..88514,88582..89235,89327..90769))	Aspergillus niger	4990292
An10g00400	CDS	An10g00400	NT_166537.1	92418	93864	R	Function: glycosylphosphatidylinositol-anchored glucanosyltransferases play an active role in the biosynthesis of the fungal cell wall.; Similarity: strong similarity to beta(1-3)glucanosyltransferase BGT2 of A. fumigatus,patentnumber WO9808937-A1.; Title: strong similarity to 1,3-beta-glucanosyltransferase gel1 - Aspergillus fumigatus; See PMID 10769178; See PMID 10809732; uncharacterized protein	complement(join(92418..93191,93262..93864))	Aspergillus niger	4990293
An10g00410	CDS	An10g00410	NT_166537.1	98603	101925	D	Title: weak similarity to UDP-N-acetylglucosamine:alpha-1,3-D-mannoside beta-1,4-N-acetylglucosaminyltransferase IV - Homo sapiens; uncharacterized protein	join(98603..98839,99643..100300,100387..100811,101261..101343,101388..101925)	Aspergillus niger	4990294
An10g00420	CDS	An10g00420	NT_166537.1	102261	103073	D	Title: weak similarity to 2-5A-dependent ribonuclease RNS4 - Homo sapiens; uncharacterized protein	102261..103073	Aspergillus niger	84592102
An10g00425	CDS	An10g00425	NT_166537.1	103533	103793	R	hypothetical protein	complement(103533..103793)	Aspergillus niger	84592103
An10g00430	CDS	An10g00430	NT_166537.1	105539	106435	D	Complex: S. cerevisiae cell adhesion protein a-agglutinin is composed of an anchorage subunit (Aga1p) and an adhesion subunit (Aga2p).; Function: mating type-specific agglutination of S. cerevisiae a and alpha cells depends on the heterophilic interaction of two cell surface glycoproteins, the gene products of AG alpha 1 and AGA2.; Remark: truncated ORF due to the contig end.; Similarity: the BLASTp matches are mainly due to the serine-rich motif.; Title: strong similarity to agglutinin core protein Aga1 - Saccharomyces cerevisiae [truncated ORF]; cell wall; See PMID 2072914; See PMID 7770047; See PMID 7957044; uncharacterized protein	105539..106435	Aspergillus niger	84592104
An10g00440	CDS	An10g00440	NT_166537.1	108128	109369	D	Function: Nth-Spo possesses glycosylase activity on different types of DNA substrates with pyrimidine damage,being able to release both urea and thymine glycol from double-stranded polymers.; Remark: nth1 and SPAC30D11. 07 are alternative names for the nth-Spo gene; Title: strong similarity to endonuclease III nth-Spo - Schizosaccharomyces pombe; See PMID 8811082; uncharacterized protein	join(108128..108765,108835..109369)	Aspergillus niger	4990299
An10g00450	CDS	An10g00450	NT_166537.1	109729	111225	D	hypothetical protein	109729..111225	Aspergillus niger	84592105
An10g00460	CDS	An10g00460	NT_166537.1	112241	114649	D	Function: Smubp-2 DNA-binding protein specific to 5'-phosphorylated single-stranded guanine-rich sequence related to the immunoglobulin mu chain switch region.; Function: Smubp-2 preferentially binds to the motif (5'-gggct-3'). stimulates the transcription of the human neurotropic virus JVC.; Remark: glial factor-1, gf-1 and DNA helicase are alternative names for Smubp-2.; Remark: the ORF encoded protein also shows strong similarity to several helicases and nonsense-mediated RNA decay.; Similarity: Smubp-2 belongs to the DNA2/NAM7 helicase family.; Title: strong similarity to Ig mu chain switch region binding protein 2 Smubp-2 - Homo sapiens; nucleus; See PMID 8349627; See PMID 10049831; uncharacterized protein	join(112241..112794,112870..112902,112951..114383,114425..114491,114565..114649)	Aspergillus niger	4990300
An10g00470	CDS	An10g00470	NT_166537.1	117078	118433	D	Title: weak similarity to hypothetical extensin-like protein - Arabidopsis thaliana; uncharacterized protein	117078..118433	Aspergillus niger	4990301
An10g00480	CDS	An10g00480	NT_166537.1	118818	119888	R	Title: similarity to hypothetical GPI-anchor biosynthesis protein PIG-F related protein CAD70892.1 -Neurospora crassa; uncharacterized protein	complement(join(118818..118962,119175..119326,119406..119888))	Aspergillus niger	4990302
An10g00490	CDS	An10g00490	NT_166537.1	120368	123604	R	Title: similarity to hypothetical RhoGAP GTPase activating protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(120368..123033,123090..123242,123442..123604))	Aspergillus niger	4990303
An10g00500	CDS	An10g00500	NT_166537.1	126946	127459	D	Title: strong similarity to essential protein SEQ ID NO:7288 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	join(126946..126953,127020..127089,127271..127459)	Aspergillus niger	4990304
An10g00510	CDS	An10g00510	NT_166537.1	128649	130063	D	Catalytic activity: as ADH catalyzes the oxidation of primary and secondary alcohols to aldehydes and ketones,respectively, by NAD+; as FDH catalyzes the oxidation by NAD+ of formaldehyde and glutathione to S-formylglutathione.; Function: SFA1 is responsible for resistance to formaldehyde in S. cerevisiae.; Remark: belongs to the class III alcohol dehydrogenases which are not very active toward ethanol.; Title: strong similarity to alcohol dehydrogenase Sfa1 - Saccharomyces cerevisiae; See PMID 8483449; uncharacterized protein	join(128649..128669,128737..128751,128811..128925,128976..129111,129160..129797,129849..130063)	Aspergillus niger	4990305
An10g00520	CDS	An10g00520	NT_166537.1	130754	131009	D	Function: ACC deaminase degrades ACC to 2-oxobutyrate and ammonia.; Remark: C-terminally truncated due to contig border.; Title: strong similarity to 1-aminocyclopropane-1-carboxylate (ACC) deaminase ACD -Penicillium citrinum [truncated ORF]; See PMID 10737185; uncharacterized protein	130754..>131009	Aspergillus niger	84592106
An10g00530	CDS	An10g00530	NT_166537.1	131399	133047	R	Catalytic activity: D-glucose 6-phosphate <=> 1L-myo-inositol 1-phosphate.; Pathway: the myo-inositol-1-phosphate synthase from Arabidopsis thaliana is involved in the synthesis of the important membrane component phosphatidyl-inositol (PI).; Title: strong similarity to myo-inositol-1-phosphate synthase INO1 - Arabidopsis thaliana; See PMID 8058832; uncharacterized protein	complement(join(131399..132296,132344..133047))	Aspergillus niger	4990307
An10g00540	CDS	An10g00540	NT_166537.1	137028	139543	D	Complex: the human hic-5 protein forms a complex with the cell adhesion kinase beta (CAKbeta/PYK2), which is the second protein-tyrosine kinase of the focal adhesion kinase subfamily.; Title: similarity to protein Hic-5 - Homo sapiens; See PMID 9422762; uncharacterized protein	join(137028..137127,137162..137350,137418..139543)	Aspergillus niger	4990308
An10g00550	CDS	An10g00550	NT_166537.1	140449	141905	R	hypothetical protein	complement(join(140449..141799,141841..141905))	Aspergillus niger	84592107
An10g00560	CDS	An10g00560	NT_166537.1	142596	142871	D	Induction: the mRNA of the Aspergillus nidulans hypothetical protein BinA is induced by bafilomycin.; Title: strong similarity to hypothetical protein binA - Aspergillus nidulans; See PMID 10376827; uncharacterized protein	142596..142871	Aspergillus niger	4990310
An10g00570	CDS	An10g00570	NT_166537.1	142924	144153	R	Remark: the ADH sequence 19 protein is part of the patent EP0845532 with the title: 'Enzymes for the synthesis of coniferyl alcohol, coniferyl aldehyde, ferulic acid,vanillin, vanillic acid and their applications'.; Remark: the organism of patent EP0845532 remains unclassified.; Title: strong similarity to alcohol dehydrogenase ADH from patent EP0845532 - Unclassified organism; uncharacterized protein	complement(join(142924..143393,143468..143935,144009..144153))	Aspergillus niger	4990311
An10g00580	CDS	An10g00580	NT_166537.1	144375	144880	D	hypothetical protein	join(144375..144564,144614..144661,144778..144819,144861..144880)	Aspergillus niger	84592108
An10g00590	CDS	An10g00590	NT_166537.1	145062	145940	R	Remark: the KLP2 (=kinesin-like protein) protein from X. laevis is localized on centrosomes throughout the cell cycle and on spindle pole microtubules during metaphase.; Similarity: the ORF encoded protein shows a weak similarity to KLP2 (X. n.) with an e-val. of 0. 059.; Title: weak similarity to protein KLP2 - Xenopus laevis; See PMID 8548825; uncharacterized protein	complement(145062..145940)	Aspergillus niger	84592109
An10g00600	CDS	An10g00600	NT_166537.1	146398	149518	D	Title: similarity to polypeptide SEQ ID NO:1833 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	join(146398..147916,147978..149133,149179..149518)	Aspergillus niger	4990314
An10g00610	CDS	An10g00610	NT_166537.1	150307	150780	D	hypothetical protein	join(150307..150485,150594..150780)	Aspergillus niger	84592110
An10g00620	CDS	An10g00620	NT_166537.1	152396	153964	D	Remark: the ToxF gene product from Cochliobolus carbonum is involved in production of the cyclic tetrapeptide HC-toxin, which is required for pathogenicity of the filamentous fungus Cochliobolus carbonum on maize.; Title: strong similarity to hypothetical branched-chain amino acid aminotransferase ToxF -Cochliobolus carbonum; See PMID 10627051; uncharacterized protein	join(152396..152439,152543..152636,152745..152874,152924..152950,153015..153634,153710..153964)	Aspergillus niger	4990316
An10g00630	CDS	An10g00630	NT_166537.1	155339	160313	D	Catalytic activity: Acetyl-CoA+N malonyl-CoA+2N NADPH<=>a long-chain fatty acid+(N+1) CoA+N CO(2)+2N NADP(+).; Title: strong similarity to alpha subunit of the fatty acid synthase fasA - Aspergillus nidulans; See PMID 8848053; See PMID 8962148; uncharacterized protein	join(155339..155388,155462..155946,156007..160313)	Aspergillus niger	4990317
An10g00640	CDS	An10g00640	NT_166537.1	160997	161382	R	hypothetical protein	complement(join(160997..161170,161314..161382))	Aspergillus niger	84592111
An10g00650	CDS	An10g00650	NT_166537.1	161824	168705	D	Catalytic activity: Acetyl-CoA+N malonyl-CoA+2N NADPH<=>a long-chain fatty acid+(N+1) CoA+N CO(2)+2N NADP(+).; Title: strong similarity to fatty acid synthase beta subunit fasB - Aspergillus nidulans; See PMID 8848053; See PMID 8962148; uncharacterized protein	join(161824..161850,161922..162013,162142..167249,167290..167900,167986..168387,168652..168705)	Aspergillus niger	4990319
An10g00660	CDS	An10g00660	NT_166537.1	170179	171951	D	Pathway: the TRI11 gene product from F. sporotrichioides is involved in the trichothecene biosynthesis. Trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Remark: disruption of gene from Fusarium sporotrichioides results in an altered trichothecene production phenotype characterized by the accumulation of isotrichodermin, a trichothecene pathway intermediate.; Similarity: the TRI11 gene product from F. sporotrichioides belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	join(170179..170253,170314..170464,170535..170867,170933..171951)	Aspergillus niger	4990320
An10g00670	CDS	An10g00670	NT_166537.1	172320	173535	R	Title: similarity to hypothetical protein YER175c -Saccharomyces cerevisiae; uncharacterized protein	complement(join(172320..172368,172480..172921,172976..173075,173152..173535))	Aspergillus niger	84592112
An10g00680	CDS	An10g00680	NT_166537.1	175591	176570	D	Catalytic activity: ATP+H(2)O<=>ADP+phosphate.; Function: the S. cerevisiae Cup5 protein is a proton-conducting pore forming subunit of the membrane integral V0 complex of the vacuolar ATPase. The v-ATPase is responsible for acidifying a variety of intracellular compartments in eukaryotic cells. It is an electrogenic proton pump that generates a proton motive force of 180 mV,inside positive and acidic, in the vacuolar membrane vesicles.; Remark: alternative names for the S. cerevisiae CUP5 gene: VMA3,CLS7,GEF2 or YEL027W.; Title: strong similarity to H+-ATPase V0 domain 17 KD subunit Cup5 - Saccharomyces cerevisiae; See PMID 8246899; See PMID 1825730; uncharacterized protein	join(175591..175632,175746..175875,175938..176094,176161..176264,176419..176570)	Aspergillus niger	10098287
An10g00690	CDS	An10g00690	NT_166537.1	176862	178485	R	Remark: the S. cerevisiae gene product Tna1(=YGR260w) belongs to the Dal5 transporter family.; Similarity: the ORF shows similarity to several putative allantoate transporters.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	complement(join(176862..178120,178170..178232,178281..178485))	Aspergillus niger	4990323
An10g00700	CDS	An10g00700	NT_166537.1	181123	182845	D	Induction: the expression of the S. cerevisiae ATR1 gene is induced by the famous yeast transcriptional regulators Gcn4 and Yap1.; Remark: S. cervisiae Atr1=YML116W.; Title: strong similarity to aminotriazole resistance protein Atr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9287330; See PMID 3280970; uncharacterized protein	join(181123..181195,181266..182200,182252..182845)	Aspergillus niger	4990324
An10g00710	CDS	An10g00710	NT_166537.1	184149	185151	R	Title: strong similarity to hypothetical protein B3E4.80 - Neurospora crassa; uncharacterized protein	complement(join(184149..185029,185082..185151))	Aspergillus niger	4990325
An10g00720	CDS	An10g00720	NT_166537.1	186672	187383	R	hypothetical protein	complement(join(186672..186692,186795..186827,186887..186954,187003..187129,187261..187383))	Aspergillus niger	84592113
An10g00730	CDS	An10g00730	NT_166537.1	188580	189703	R	Catalytic activity: A nitrile + H(2)O <=> a carboxylate + NH(3); Remark: the aliphatic nitrilase from Rhodococcus rhodochrous K22 protein ID: BAA02127. 1.; Title: strong similarity to aliphatic nitrilase -Rhodococcus rhodochrous; See PMID 1390687; uncharacterized protein	complement(join(188580..188899,188949..189352,189420..189703))	Aspergillus niger	10098288
An10g00740	CDS	An10g00740	NT_166537.1	190214	197537	R	Similarity: the ORF encoding DNA sequence shows significant similarity to retrotransposons or retroviruses.; Title: strong similarity to retrotransposon Tto1 -Nicotiana tabacum; See PMID 8389699; See PMID 8522181; See PMID 8624443; uncharacterized protein	complement(join(190214..190352,190456..190816,190890..192965,193130..197537))	Aspergillus niger	10098289
An10g00780	CDS	An10g00780	NT_166537.1	201334	202932	D	Function: catalyzes hydrolysis of several beta-lactam antibiotic PNB esters to the corresponding free acid and PNB alcohol.; Title: strong similarity to p-nitrobenzyl esterase pnbA - Bacillus subtilis; See PMID 7828905; uncharacterized protein	201334..202932	Aspergillus niger	4990329
An10g00790	CDS	An10g00790	NT_166537.1	203191	204425	D	Title: similarity to hypothetical protein SCE6.29 -Streptomyces coelicolor; uncharacterized protein	join(203191..203873,203950..203997,204129..204360,204390..204425)	Aspergillus niger	4990330
An10g00800	CDS	An10g00800	NT_166537.1	204882	206169	R	Function: the NUP nucleoside transporter from C. albicans is able to transport adenosine and guanosine, but not uridine, cytidine, adenine, guanine or uracil.; Title: strong similarity to purine nucleoside permease NUP - Candida albicans; See PMID 9802205; uncharacterized protein	complement(join(204882..205952,206017..206169))	Aspergillus niger	4990331
An10g00810	CDS	An10g00810	NT_166537.1	209297	210225	D	hypothetical protein	join(209297..209701,209779..210225)	Aspergillus niger	4990332
An10g00820	CDS	An10g00820	NT_166537.1	211586	212689	R	Catalytic activity: 1-carboxyvinyl carboxyphosphonat <=> 3-(hydrohydroxyphosphoryl)pyruvate + CO(2).; Function: the BcpA gene product from Streptomyces hygroscopicuscatalyzes the formation of an unusual C-P bond and is involved in the biosynthesis of the antibiotic Bialaphos (ba).; Similarity: the BcpA gene product from Streptomyces hygroscopicus belongs to the Isocitrate-Lyase family.; Title: strong similarity to carboxyphosphonoenolpyruvate phosphonomutase bcpA -Streptomyces hygroscopicus; See PMID 1330557; uncharacterized protein	complement(join(211586..212208,212321..212468,212561..212689))	Aspergillus niger	4990333
An10g00830	CDS	An10g00830	NT_166537.1	215615	216488	D	Similarity: the ORF encoded protein shows also weak similarity to the hypothetical protein SC7H1. 16 from Streptomyces coelicolor.; Title: strong similarity to hypothetical protein EAA60090.1 - Aspergillus nidulans; uncharacterized protein	join(215615..215744,215869..216488)	Aspergillus niger	4990334
An10g00840	CDS	An10g00840	NT_166537.1	216576	217550	R	Title: weak similarity to hypothetical adenylate/guanylate cyclase cyaF3 - Sinorhizobium meliloti; uncharacterized protein	complement(join(216576..217316,217389..217550))	Aspergillus niger	4990335
An10g00850	CDS	An10g00850	NT_166537.1	218283	219970	D	Title: strong similarity to indole-3-acetaldehyde dehydrogenase Iad1 - Ustilago maydis; See PMID 9022693; uncharacterized protein	join(218283..218328,218386..218839,218904..219609,219674..219970)	Aspergillus niger	4990336
An10g00860	CDS	An10g00860	NT_166537.1	220102	221397	R	Catalytic activity: Gibberellin 20 + 2-oxoglutarate + O(2) <=> gibberellin 1 + succinate + CO(2).; Cofactor: the giberellin 3beta-dioxygenase from P. sativum needs Iron and Ascorbate.; Similarity: the ORF encoded protein shows also similarity to patent W04560.; Title: similarity to giberellin 3beta-dioxygenase Ps074 - Pisum sativum; See PMID 8904804; uncharacterized protein	complement(join(220102..220145,220245..220410,220484..220978,221050..221202,221260..221397))	Aspergillus niger	4990337
An10g00870	CDS	plyA	NT_166537.1	223194	224372	D	Function: the A. niger plyA gene encodes pectate lyase A.; Gene-ID: plyA; Remark: plyA exists in an unmodified and in an N-glycosylated form with identical specific activities.; Remark: the matching sequence of plyA from A. niger was found by a BLAST search against the new EMBL entry CAC33162.; Similarity: the ORF encoded protein shows also strong similarity to Bacillus licheniformis Pectate lyase II from patent WO9927083-A1.; See PMID 11112543; pectate lyase plyA-Aspergillus niger	join(223194..223301,223349..223575,223625..223710,223763..223848,223908..224372)	Aspergillus niger	4990338
An10g00880	CDS	An10g00880	NT_166537.1	225429	228179	R	Function: the human monocarboxylate transporter 2 (hMCT2) catalyzes the H+/lactate-cotransport and facilitates the cellular uptake of lactate, pyruvate and other monocarboxylates. It participates in the CORI cycle by exporting lactate from the intestine and the erythrocytes.; Remark: the ORF encoded protein is n-terminal extended in comparison to its homologues.; Similarity: the ORF encoded protein shows also similarity to the human patent WO9941373-A2.; Title: similarity to monocarboxylate transporter 2 hMCT2 - Homo sapiens; See PMID 9786900; uncharacterized protein	complement(join(225429..226584,226634..226810,226941..227079,227168..227362,227414..228074,228105..228179))	Aspergillus niger	4990339
An10g00890	CDS	An10g00890	NT_166537.1	228625	231781	D	Title: strong similarity to ankyrin Ank3 - Mus musculus; See PMID 7615634; uncharacterized protein	join(228625..228659,229147..229177,229418..229590,229624..231781)	Aspergillus niger	84592114
An10g00900	CDS	An10g00900	NT_166537.1	232199	233340	D	Function: the protein (patent WO9710341-A1) from Fusarium oxysporum shows a natural D-pantolactone hydrolase activity.; Similarity: the published lactonase from Fusarium oxysporum (PubMed 1396712) is identical to the protein from patent WO9710341-A1.; Title: strong similarity to D-pantolactone hydrolase from patent WO9710341-A1 - Fusarium oxysporum; See PMID 1396712; uncharacterized protein	join(232199..232923,233034..233340)	Aspergillus niger	4990341
An10g00910	CDS	An10g00910	NT_166537.1	234580	236199	D	Catalytic activity: digallate + H(2)O <=> 2 gallate.; Similarity: the tannase from Aspergillus oryzae (PubMed 9146733 and 8917102) is identical to patent JP08080196-A.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; See PMID 9146733; uncharacterized protein	join(234580..235788,235882..236199)	Aspergillus niger	4990342
An10g00920	CDS	An10g00920	NT_166537.1	237803	238242	D	Title: weak similarity to hypothetical protein encoded by An12g10350 - Aspergillus niger; uncharacterized protein	join(237803..237937,237998..238068,238200..238242)	Aspergillus niger	84592115
An10g00930	CDS	An10g00930	NT_166537.1	239861	241140	R	Remark: the ORF has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(239861..239998,240167..240235,240328..240386,240906..240963,241069..241140))	Aspergillus niger	84592116
An10g00940	CDS	An10g00940	NT_166537.1	241835	243219	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(241835..241855,241940..242022,242248..242301,242373..242424,242615..242753,242841..242930,242974..243091,243138..243219)	Aspergillus niger	84592117
An10g00950	CDS	An10g00950	NT_166537.1	243683	245428	D	Catalytic activity: digallate + H2O = 2 gallate.; Function: the acylhydrolase tannase of A. oryzae hydrolyzes the ester bonds of tannic acid to produce gallic acid and glucose.; Remark: tannase of A. oryzae can be used as a processing aid for the manufacture of cold water-soluble tea beverages and for clarification in beer production.; Remark: tannins have a wide range of effects on various organisms - from toxic effects on animals to growth inhibition of microorganisms.; Title: strong similarity to tannase precursor from patent JP08080196-A - Aspergillus oryzae; See PMID 8917102; See PMID 9146733; uncharacterized protein	243683..245428	Aspergillus niger	4990346
An10g00960	CDS	An10g00960	NT_166537.1	245851	248637	R	Function: inversin of M. musculus is responsible for left-right body axis determination.; Phenotype: the transgenic inv mouse (recessive deletion of the inversin gene) displays situs inversus and jaundice ('yellowing' by bilirubin, e. g. due to a liver problem).; Similarity: the ORF is much shorter than inversin of M. musculus (795 compared to 1062 amino acids).; Similarity: the ORF shows local similarity to inversin of M. musculus along a N-terminal stretch of about 200 amino acids.; Title: weak similarity to left-right axis pathway protein inversin invs - Mus musculus; See PMID 9771707; See PMID 10421642; uncharacterized protein	complement(join(245851..245931,246044..246166,246232..246261,246324..246383,246433..246687,246745..247144,247199..248637))	Aspergillus niger	84592118
An10g00970	CDS	An10g00970	NT_166537.1	249553	250408	R	Remark: the DNA sequence of the ORF shows similarity to a part of the A. oryzae EST from patent WO200056762-A2.; Title: strong similarity to hypothetical protein encoded by An03g01670 - Aspergillus niger; uncharacterized protein	complement(join(249553..249713,249774..249926,249985..250067,250146..250408))	Aspergillus niger	4990348
An10g00980	CDS	An10g00980	NT_166537.1	250518	251662	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(250518..250606,250685..250852,251142..251251,251523..251662)	Aspergillus niger	84592119
An10g01000	CDS	An10g01000	NT_166537.1	254656	255583	D	Function: cpo of L. fumago catalyzes the peroxidative chlorination of organic acceptor molecules: 2 RH + 2 Cl- + H2O2 = 2 RCl + 2 H2O.; Induction: fructose induces mRNA and protein production of cpo of L. fumago, whereas glucose represses mRNA and protein production.; Remark: Leptoxyphium fumago is also called Caldariomyces fumago.; Title: similarity to chloride peroxidase cpo -Leptoxyphium fumago; See PMID 11278701; See PMID 3771564; uncharacterized protein	join(254656..254755,254802..255042,255091..255362,255420..255583)	Aspergillus niger	4990351
An10g01010	CDS	An10g01010	NT_166537.1	256024	257036	R	Catalytic activity: cp100 of S. tuberosum catalyzes the reversible oxidation of vestitone to 2'-hydroxyformononetin.; Induction: expression of cp100 in the pistils of S. tuberosum is enhanced after pollination.; Remark: cp100 of S. tuberosum belongs to the 2'-hydroxyisoflavone reductase superfamily.; Similarity: about 75 C-terminal amino acids are not encompassed by the alignment between the ORF and S. tuberosum.; Title: similarity to 2-hydroxyisoflavone reductase cp100 - Solanum tuberosum; See PMID 9106515; uncharacterized protein	complement(join(256024..256476,256533..256952,257004..257036))	Aspergillus niger	4990352
An10g01020	CDS	An10g01020	NT_166537.1	257436	259345	D	Function: amyR of A. nidulans encodes a transcriptional activator for the amylase genes.; Phenotype: disruption of amyR of A. nidulans caused defects in the utilization of maltose and starch.; Remark: amyR of A. nidulans belongs to the GAL4 family of transcription factors.; Repression: expression of amyR of A. nidulans is regulated by the carbon catabolite repressor CREA.; Similarity: the ORF shows local (N-terminal) similarity to amyR of A. nidulans.; Title: similarity to transcription regulator of maltose utilization amyR - Aspergillus nidulans; nucleus; See PMID 11318101; uncharacterized protein	join(257436..258115,258160..258250,258299..259345)	Aspergillus niger	4990353
An10g01030	CDS	An10g01030	NT_166537.1	259396	259861	D	Function: HGT1 of K. lactis is a high-affinity glucose transporter.; Phenotype: disruption of HGT1 of K. lactis leads to reduced glucose uptake and reduced growth in low-glucose medium.; Remark: HGT1 of K. lactis belongs to the sugar transporter family.; Similarity: the ORF is shorter than HGT1 of K. lactis (154 compared to 551 amino acids).; Similarity: the ORF shows only local similarity (over a stretch of ca. 100 amino acids) to HGT1 of K. lactis.; Title: similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis; See PMID 8830679; uncharacterized protein	join(259396..259554,259616..259861)	Aspergillus niger	84592120
An10g01040	CDS	An10g01040	NT_166537.1	260442	261103	D	Title: strong similarity to hypothetical IgE-binding protein - Aspergillus fumigatus; uncharacterized protein	join(260442..260708,260759..261103)	Aspergillus niger	4990355
An10g01050	CDS	An10g01050	NT_166537.1	261397	262143	R	hypothetical protein	complement(join(261397..261556,261638..261764,261819..261878,261921..262026,262105..262143))	Aspergillus niger	84592121
An10g01060	CDS	An10g01060	NT_166537.1	262267	262642	D	hypothetical protein	join(262267..262341,262424..262512,262624..262642)	Aspergillus niger	84592122
An10g01070	CDS	An10g01070	NT_166537.1	263097	263333	R	Remark: N-terminal truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	complement(263097..>263333)	Aspergillus niger	84592123
An16g00010	CDS	An16g00010	NT_166531.1	609	1760	R	Function: the patented alcohol dehydrogenase has at least one of the following enzymatic activities: (a) acetaldehyde dehydrogenase (ACDH) activity whereby acetyl CoA is converted into acetaldehyde; (b) alcohol dehydrogenase (ADH) activity whereby acetaldehyde is converted into ethanol; (c) the capability to convert acetyl CoA into ethanol; and (d) pyruvate formate-lyase (pfl) deactivase activity.; Remark: lactic acid bacteria containing the DNA sequence can be used for producing food products or animal feed, which have increased amounts of metabolites such as acetaldehyde, ethanol, formate, acetate, alpha-acetolactate, acetoin, diacetyl or 2,3 butylene glycol. the food products have improved flavour or improved shelf life due to the enhanced production of antimicrobially active metabolites.; Similarity: the predicted A. niger protein shows similarity to alcohol dehydrogenase of patent WO9807867-A2 from L. lactis (AC# AAW53944).; Title: similarity to alcohol dehydrogenase orfB from patent WO9807867-A2 - Lactococcus lactis; uncharacterized protein	complement(609..1760)	Aspergillus niger	4988416
An16g00020	CDS	An16g00020	NT_166531.1	2211	3949	D	Function: Agt1p of S. cerevisiae is a high-affinity,maltose/proton symporter capable of transporting maltose,turanose, isomaltose, alpha-methylglucoside, maltotriose,palatinose, trehalose and melezitose.; Induction: AGT1 expression is maltose inducible and induction is mediated by the Mal-activator.; Similarity: the predicted A. niger protein shows strong similarity to the alpha-glucoside transport protein (AGT1) of S. cerevisiae which belongs to the maltose transport protein family.; Title: strong similarity to alpha-glucoside-hydrogen symporter Mal11 - Saccharomyces cerevisiae; plasma membrane; See PMID 8594329; uncharacterized protein	join(2211..2414,2474..2744,2796..2963,3025..3302,3356..3706,3755..3949)	Aspergillus niger	4988431
An16g00030	CDS	An16g00030	NT_166531.1	4793	6523	R	Catalytic activity: cholinesterase 2 (ChE2) from B. floridae hydrolyses an acylcholine + H(2)O <=> choline + a carboxylic acid anion.; Inhibition: cholinesterase 2 (ChE2) from B. floridae is inhibited by BW284c51.; Localization: in vivo, the vast majority of ChE2 is localized in membranes as ethanolamine-glycan-phosphatidylinositol-anchored G2 forms.; Similarity: the predicted A. niger protein shows strong similarity to cholinesterase 2 (ChE2) from B. floridae and to other hydrolases which act on ester bonds.; Title: strong similarity to cholinesterase 2 ChE2 -Branchiostoma floridae; plasma membrane; See PMID 9874207; uncharacterized protein	complement(join(4793..5987,6087..6523))	Aspergillus niger	4988399
An16g00040	CDS	An16g00040	NT_166531.1	6797	9937	D	Remark: the CZF1 gene, encoding a putative transcription factor, was shown to be involved in the regulation of hyphal growth under certain conditions,including embedded conditions. ectopic expression of CZF1 in embedded cells promoted the rapid formation of hyphae. elimination of CZF1 and CPH1, encoding a homologue of the S. cerevisiae Ste12p transcription factor, led to a pronounced defect in filamentous growth of embedded cells.; Similarity: contains a Zn(2)-Cys(6), fungal-type binuclear cluster domain.; Title: similarity to zinc-finger protein CZF1 -Candida albicans; See PMID 10564506; See PMID 1409649; uncharacterized protein	join(6797..6800,6912..7040,7111..9091,9248..9329,9405..9512,9591..9746,9812..9937)	Aspergillus niger	4988423
An16g00050	CDS	An16g00050	NT_166531.1	10607	13292	D	Remark: the patent does not provide further information about the function of the protein.; Similarity: the predicted A. niger protein shows strong similarity to sequence 253 from patent WO0100804-A/253 of C. glutamicum (AC# AX066349) and to many putative multidrug-efflux transporters.; Title: strong similarity to sequence 253 from patent WO0100804 - Corynebacterium glutamicum; uncharacterized protein	join(10607..10901,10973..10994,11065..11203,11276..11363,11424..11611,11665..11828,11904..12017,12258..12707,12819..12940,13063..13292)	Aspergillus niger	4988410
An16g00060	CDS	An16g00060	NT_166531.1	13782	14904	R	Remark: MesA of P. multocida confers a hemolytic phenotype in E. coli under anaerobic conditions.; Similarity: the predicted A. niger protein shows similarity to esterase MesA of P. multocida; Title: similarity to esterase mesA - Pasteurella multocida; See PMID 11064203; uncharacterized protein	complement(join(13782..14196,14250..14401,14473..14789,14850..14904))	Aspergillus niger	84593287
An16g00070	CDS	An16g00070	NT_166531.1	15651	17036	R	Similarity: the nucleotide sequence of the ORF shows strong similarity to the EST an_2627 of A. niger (AC# BE759725).; Title: strong similarity to EST an_2627 -Aspergillus niger; uncharacterized protein	complement(15651..17036)	Aspergillus niger	4988404
An16g00080	CDS	An16g00080	NT_166531.1	17443	19600	D	hypothetical protein	join(17443..17548,17625..17667,17820..17876,17965..18156,18245..18396,18508..18685,18778..18787,18879..19020,19096..19298,19365..19455,19539..19600)	Aspergillus niger	84593288
An16g00090	CDS	An16g00090	NT_166531.1	21796	23419	D	Function: FLU1 of C. albicans facilitates resistance to fluconazole and cycloheximide in the fluconazole-hypersensitive S. cerevisiae strain YKKB-13 lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Function: FLU1 of C. albicans facilitates resistance to mycophenolic acid in C. albicans.; Function: FLU1 of C. albicans is involved in the resistance to azol derivatives in C. albicans.; Function: MDR1 of C. albicans facilitates resistance to the anti-mitotic drug benomyl and to the dihydrofolate reductase inhibitor methotrexate.; Similarity: N-terminus of the A. niger protein is app. 120 aa shorter than in FLU1 of C. albicans.; Similarity: the predicted A. niger protein shows strong similarity to fluconazole resistance protein FLU1of C. albicans, which is a permease belonging to the major facilitator superfamily.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(21796..21989,22074..22530,22595..23419)	Aspergillus niger	4988396
An16g00100	CDS	An16g00100	NT_166531.1	23533	24593	D	hypothetical protein	join(23533..23646,23754..23831,23922..24199,24290..24359,24450..24593)	Aspergillus niger	84593289
An16g00110	CDS	An16g00110	NT_166531.1	25047	26074	D	Catalytic activity: EC 4. 1. 2. 13 catalyses the reversible cleavage of fructose-1,6-bisphosphate to dihydroxyacetone phosphate and glyceraldehyde-3-phosphate.; Complex: fructose-1,6-bisphosphate aldolase of T. aquaticus forms a homotetramer.; Pathway: EC 4. 1. 2. 13 is an enzyme of the glycolysis and gluconeogenesis pathways.; Title: strong similarity to fructose-1,6-bisphosphate aldolase - Thermus aquaticus; cytoplasm; See PMID 8898912; See PMID 11173490; See PMID 11237691; uncharacterized protein	join(25047..25141,25221..25730,25807..26074)	Aspergillus niger	4988412
An16g00120	CDS	An16g00120	NT_166531.1	27241	28380	R	Catalytic activity: (S)-malate + NAD+ = oxaloacetate + NADH.; Pathway: citrate cycle (TCA cycle); pyruvate metabolism; glyoxylate and dicarboxylate metabolism; reductive carboxylate cycle (CO2 fixation).; Remark: the MDH enzyme from Methanothermus fervidus is a homomeric dimer with a molecular mass of 70 kDa,possesses low specificity for NAD+ or NADP+ and catalyzes preferentially the reduction of oxalacetate.; Similarity: belongs to the malate dehydrogenase ylbC family.; Title: strong similarity to L-malate dehydrogenase MDH - Methanothermus fervidus; See PMID 2110059; uncharacterized protein	complement(join(27241..28182,28234..28380))	Aspergillus niger	4988398
An16g00130	CDS	An16g00130	NT_166531.1	29592	31291	D	Remark: hpaA gene forms a transcriptional unit with the hpaX transport gene.; Remark: hpaX in E. coli is a transport gene for an aromatic compound (4-hydroxyphenylacetate) of enteric bacteria.; Title: strong similarity to 4-hydroxyphenylacetate permease hpaX - Escherichia coli; See PMID 9126350; See PMID 9315705; uncharacterized protein	join(29592..29786,29852..30125,30176..30960,31034..31291)	Aspergillus niger	4988424
An16g00140	CDS	An16g00140	NT_166531.1	31608	32538	R	Catalytic activity: cephalosporin C + H2O = deacetylcephalosporin C + acetate.; Remark: acyI Pseudomonas sp. converts cephalosporin C and 7 beta-(4-carboxybutanamido)cephalosporanic acid (GL-7ACA) to 7-aminocephalosporanic acid (7ACA).; Title: similarity to cephalosporin acylase acyI -Pseudomonas sp.; See PMID 2824449; See PMID 1358202; uncharacterized protein	complement(join(31608..31889,31989..32159,32230..32400,32476..32538))	Aspergillus niger	4988425
An16g00150	CDS	An16g00150	NT_166531.1	32859	35257	R	Remark: the uaY gene codes for a transcriptional activator mediating the induction of a number of unlinked genes involved in purine utilization in Aspergillus nidulans.; Similarity: belongs to the unassigned GAL4-type zinc cluster protein family.; Title: similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; See PMID 7729421; uncharacterized protein	complement(join(32859..34003,34057..34967,35022..35257))	Aspergillus niger	4988420
An16g00160	CDS	An16g00160	NT_166531.1	35870	36747	D	Catalytic activity: 2-pyrone-4,6-dicarboxylate + H2O = 4-carboxy-2-hydroxyhexa-2,4-dienedioate.; Pathway: Protocatechuate 4,5-cleavage pathway/phenylalanine metabolism.; Remark: LigI activity was inhibited by the addition of thiol reagents, suggesting that the cysteine residue is a catalytic site. LigI is more resistant to metal ion inhibition than the PDC hydrolases of Pseudomonas ochraceae.; Title: strong similarity to 2-pyrone-4,6-dicarboxylic acid hydrolase LigI - Sphingomonas paucimobilis; See PMID 9864312; uncharacterized protein	join(35870..35892,35933..35988,36053..36747)	Aspergillus niger	4988421
An16g00170	CDS	An16g00170	NT_166531.1	37235	38467	R	Function: D-alanine:D-alanine ligases are involved in the resistance to the antibiotic vancomycin, by catalysing the ester bound formation in the depsipeptide.; Title: weak similarity to D-alanine:D-alanine ligase-related protein DdlM - Streptomyces toyocaensis; See PMID 9177243; uncharacterized protein	complement(join(37235..37393,37446..38278,38329..38467))	Aspergillus niger	4988417
An16g00180	CDS	An16g00180	NT_166531.1	39101	40322	R	Catalytic activity: dTDPglucose = dTDP-4-dehydro-6-deoxy-D-glucose + H2O.; Pathway: nucleotide sugars metabolism; erythromycin biosynthesis.; Remark: also strong similarity to Salmonella enterica O antigen TDP-rhamnose pathway protein patent WO9850531-A1.; Remark: conserved genes like rmlB at the end of an O antigen gene cluster play a major role in mediating exchange of the central serogroup-specific regions in Salmonella enterica.; Similarity: belongs to the NAD dependent epimerase/dehydratase family.; Title: strong similarity to dTDP-D-glucose-4,6-dehydratase rmlB - Salmonella enterica; See PMID 10974117; uncharacterized protein	complement(join(39101..39546,39606..40147,40222..40322))	Aspergillus niger	4988406
An16g00190	CDS	An16g00190	NT_166531.1	43126	44298	R	hypothetical protein	complement(join(43126..43225,43273..43311,43348..43373,43552..44023,44057..44298))	Aspergillus niger	84593290
An16g00200	CDS	An16g00200	NT_166531.1	44529	46000	R	Catalytic activity: trans-1,2-dihydrobenzene-1,2-diol + NADP+ = catechol + NADPH.; Remark: dimeric dihydrodiol dehydrogenases (DDs, EC 1. 3. 1. 20), which oxidize trans-dihydrodiols of aromatic hydrocarbons to the corresponding catechols, have been molecularly cloned from human intestine, monkey kidney, pig liver, dog liver, and rabbit lens.; Similarity: belongs to the dehydrogenase and related protein family.; Title: strong similarity to dimeric dihydrodiol dehydrogenase SUS2DD - Sus scrofa; See PMID 10477285; See PMID 11306093; uncharacterized protein	complement(join(44529..44608,44680..45225,45282..45809,45949..46000))	Aspergillus niger	4988408
An16g00210	CDS	An16g00210	NT_166531.1	46622	47821	D	Remark: wecE is one protein in E. coli which is responsible for synthesis of the enterobacterial common antigen (ECA), a glycolipid situated on the outer leaflet of the outer membrane of members of the family Enterobacteriaceae.; Title: strong similarity to hypothetical regulator wecE - Escherichia coli; See PMID 9811644; uncharacterized protein	46622..47821	Aspergillus niger	4988402
An16g00220	CDS	An16g00220	NT_166531.1	48117	48791	R	hypothetical protein	complement(48117..48791)	Aspergillus niger	4988414
An16g00230	CDS	An16g00230	NT_166531.1	50777	53084	D	Function: channel protein for glycerol. has a role in both glycerol influx and efflux. plays a role in osmoregulation: under osmotic stree the channel is apparently closed to allow accumulation of glycerol in the cell under hyperosmotic conditions.; Remark: Fps1 is a regulated yeast glycerol facilitator controlling glycerol production and cytosolic concentration, and might have additional functions.; Remark: the Orf has C-terminal similarity to the aquaporin protein family.; Similarity: belongs to the Major Intrinsic Protein Family.; Title: strong similarity to suppressor protein Fps1 - Saccharomyces cerevisiae; See PMID 7729414; See PMID 9401039; See PMID 10096077; uncharacterized protein	join(50777..52651,52773..52815,52867..53084)	Aspergillus niger	4988418
An16g00240	CDS	An16g00240	NT_166531.1	53394	54548	D	Remark: transport assays revealed that the mae1 gene from fission yeast encodes a permease involved in the uptake of L-malate, succinate and malonic acid.; Title: strong similarity to C4-dicarboxylate transport protein mae1p - Schizosaccharomyces pombe; plasma membrane; See PMID 8750236; uncharacterized protein	53394..54548	Aspergillus niger	4988409
An16g00250	CDS	An16g00250	NT_166531.1	54723	55947	R	Function: required for transport of secretory proteins from the golgi complex. Catalyzes the transfer of phosphatidylinositol and phosphatidylcholine between membranes in vitro. Essential for viability and secretion.; Remark: SEC14 is an essential gene for yeast vegetative growth and is required for export of yeast secretory proteins from the Golgi complex.; Similarity: belongs to the sec14 cytosolic factor family.; Title: strong similarity to cytosolic factor Sec14 -Saccharomyces cerevisiae; See PMID 2215682; See PMID 2466847; See PMID 9461221; uncharacterized protein	complement(join(54723..55121,55172..55555,55615..55756,55808..55947))	Aspergillus niger	4988400
An16g00260	CDS	An16g00260	NT_166531.1	57020	59296	D	Catalytic activity: EC: 2. 5. 1. 29: trans,trans-farnesyl diphosphate + isopentenyl diphosphate = pyrophosphate + geranylgeranyl diphosphate.; Catalytic activity: EC: 4. 1. 99. 7: trans,trans-farnesyl diphosphate <=> aristolochene + diphosphate.; Pathway: sterol biosynthesis; terpenoid biosynthesis.; RemarK: the rice pathogen, Gibberella fujikuroi,produces large amounts of gibberellins, a group of natural plant hormones, which induce the superelongation (bakanae) disease of rice. Gibberellins are diterpenoid compounds which are synthesized via the isoprenoid pathway.; Remark: N-terminal is a aristolochene synthase activity and C-terminal there is the geranylgeranyl diphosphate synthetase activity.; Remark: there are two different enzyme activities in this ORF, but we propose one ORF with differential splicing.; Title: similarity to geranylgeranyl diphosphate synthase GGSII - Gibberella fujikuroi; See PMID 8440737; See PMID 9230902; See PMID 9917370; uncharacterized protein	join(57020..57296,57355..57401,57459..57706,57764..58394,58454..58608,58675..58940,59005..59071,59128..59296)	Aspergillus niger	4988411
An16g00270	CDS	An16g00270	NT_166531.1	59452	60315	D	hypothetical protein	join(59452..59574,59653..59685,59795..59884,59959..60106,60251..60315)	Aspergillus niger	84593291
An16g00280	CDS	An16g00280	NT_166531.1	60317	61397	D	hypothetical protein	join(60317..60607,60692..60743,61078..61397)	Aspergillus niger	84593292
An16g00290	CDS	An16g00290	NT_166531.1	61709	62983	D	Title: similarity to hypothetical protein CAD70538.1 - Neurospora crassa; uncharacterized protein	61709..62983	Aspergillus niger	4988427
An16g00300	CDS	An16g00300	NT_166531.1	63310	64224	R	Catalytic activity: S-adenosyl-L-methionine + 5alpha-cholesta-8,24-dien-3beta-ol = S-adenosyl-L-homocysteine + 24-methylene-5alpha-cholest-8-en-3beta-ol.; Remark: also strong similarity to corn (Zea mays) SMT enzyme WO9845457-A1.; Remark: the enzyme requires glutathione as cofactor.; Similarity: belongs to the SAM-dependent methyltransferase family.; Title: strong similarity to 24-sterol C-methyltransferase ESMT1 - Zea mays; See PMID 9290641; uncharacterized protein	complement(63310..64224)	Aspergillus niger	4988405
An16g00310	CDS	An16g00310	NT_166531.1	64495	65762	R	hypothetical protein	complement(join(64495..64818,64914..64996,65094..65202,65445..65489,65709..65762))	Aspergillus niger	84593293
An16g00320	CDS	An16g00320	NT_166531.1	66040	66886	D	Remark: putative endoglucanase but due to the patent there are no more informations available.; Remark: strong similarity to Zea mays sequence 11 from patent WO0073470 found in TREMBL:AX053132_1.; Similarity: to dienelactone hydrolase and related enzymes.; Title: strong similarity to endoglucanase sequence 11 from patent WO0073470 - Zea mays; uncharacterized protein	join(66040..66127,66174..66614,66678..66886)	Aspergillus niger	4988422
An16g00330	CDS	An16g00330	NT_166531.1	67362	67859	R	Title: weak similarity to C-terminal domain of heat shock protein groEL - Lactococcus lactis; uncharacterized protein	complement(join(67362..67477,67516..67609,67641..67772,67824..67859))	Aspergillus niger	84593294
An16g00340	CDS	An16g00340	NT_166531.1	67999	68587	R	hypothetical protein	complement(join(67999..68064,68168..68211,68349..68465,68521..68587))	Aspergillus niger	84593295
An16g00350	CDS	An16g00350	NT_166531.1	69234	71027	R	Remark: strong similarity to N. crassa mtr gene product patent WO9521263-A1.; Remark: the gene product of the mtr locus of Neurospora crassa is required for the transport of neutral aliphatic and aromatic amino acids via the N system.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; See PMID 8001794; See PMID 1838345; uncharacterized protein	complement(join(69234..69433,69501..69941,70007..70150,70211..70554,70613..70685,70756..70769,70864..71027))	Aspergillus niger	4988426
An16g00360	CDS	An16g00360	NT_166531.1	71118	72790	R	Remark: weak similarity to human FAST-1 protein patent WO200002910-A2.; Title: weak similarity to forkhead activin signal transducer FAST-1 from patent WO200002910-A2 - Homo sapiens; uncharacterized protein	complement(join(71118..71175,71336..71430,71502..71576,71657..71764,71818..71887,71928..72106,72198..72317,72410..72475,72516..72565,72649..72790))	Aspergillus niger	84593296
An16g00370	CDS	An16g00370	NT_166531.1	73025	74697	D	Title: weak similarity to pneumococcal surface protein A PspA - Streptococcus pneumoniae; uncharacterized protein	join(73025..73091,73137..73193,73240..73286,73506..73567,73714..74136,74199..74437,74492..74697)	Aspergillus niger	4988419
An16g00380	CDS	An16g00380	NT_166531.1	74928	77357	R	Remark: the Schizosaccharomyces pombe thi1 gene acts as an activator of several thiamine-repressible genes which are involved in the control of thiamine metabolism.; Similarity: belongs to the unassigned GAL4-type zinc cluster proteins.; Title: similarity to thiamine-repressible protein thi1p - Schizosaccharomyces pombe; See PMID 8088540; See PMID 1551569; uncharacterized protein	complement(join(74928..77016,77194..77357))	Aspergillus niger	4988432
An16g00390	CDS	An16g00390	NT_166531.1	79527	80904	D	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Pathway: phenylalanine metabolism.; Remark: in this contig there is putative a second salicylate hydroxylase in ORF 25CK.; Remark: shows also strong similarity to 6-hydroxynicotinic acid mono-oxygenase patent JP09121864-A - Pseudomonas fluorescens.; Remark: two genes, nahG and nahW, encoding two independent salicylate 1-hydroxylases have been identified in the naphthalene-degrading strain Pseudomonas stutzeri AN10.; Similarity: belongs to the tetracycline 6-hydroxylase family.; Title: strong similarity to salicylate hydroxylase nahW - Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	join(79527..79562,79719..80067,80117..80904)	Aspergillus niger	4988433
An16g00400	CDS	An16g00400	NT_166531.1	81423	82747	D	Catalytic activity: alcohol + NAD+ = aldehyde or ketone + NADH.; Pathway: glycolysis / gluconeogenesis; fatty acid metabolism; bile acid biosynthesis; tyrosine metabolism; glycerolipid metabolism.; Remark: four structural genes encoding isozymes of the alcohol dehydrogenase (ADH) system in the yeast Kluyveromyces lactis.; Remark: strong similarity to Aspergillus sp. alcohol dehydrogenase #1 patent US5958784-A.; Similarity: belongs to the Zn-dependent alcohol dehydrogenases.; Title: strong similarity to alcohol dehydrogenase 3 ADH3 - Candida sphaerica; See PMID 2190430; See PMID 1872030; uncharacterized protein	join(81423..81813,81871..81954,82012..82102,82157..82277,82328..82747)	Aspergillus niger	4988434
An16g00410	CDS	An16g00410	NT_166531.1	82957	84115	R	Remark: strong similarity to human oxidoreductase protein (HORP)-4 patent WO200000622-A2.; Title: strong similarity to human oxidoreductase protein HORP-4 from patent WO200000622-A2 - Homo sapiens; uncharacterized protein	complement(join(82957..83586,83638..83724,83774..83829,83878..84115))	Aspergillus niger	4988435
An16g00420	CDS	An16g00420	NT_166531.1	84636	85582	D	Remark: shows also strong similarity to unknown aldolases and adducins.; Remark: strong similarity to P. putida R-(-)-mandelate monooxygenase of patent JP10099078-A found in GENESEQPROT:W53916.; Title: strong similarity to R(-)mandelate monooxygenase from patent JP10099078-A - Pseudomonas putida; uncharacterized protein	join(84636..84903,84963..85582)	Aspergillus niger	4988436
An16g00430	CDS	An16g00430	NT_166531.1	85875	88357	R	Remark: nit-4, a pathway-specific regulatory gene in the nitrogen circuit of Neurospora crassa, is required for the expression of nit-3 and nit-6, the structural genes which encode nitrate and nitrite reductase.; Similarity: belongs to unassigned GAL4-type zinc cluster proteins.; Title: strong similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 1840634; uncharacterized protein	complement(join(85875..87720,87805..88050,88158..88357))	Aspergillus niger	4988437
An16g00435	CDS	An16g00435	NT_166531.1	88973	89209	D	Remark: a splice site was detected upstream of the START codon.; hypothetical protein	88973..89209	Aspergillus niger	84593297
An16g00440	CDS	An16g00440	NT_166531.1	89582	90667	R	Catalytic activity: vestitone + NADP+ = 2'-hydroxyformononetin + NADPH.; Remark: also strong similarity to alfalfa isoflavone reductase from Medicago sativa cv. Apollo patent WO9615239-A2.; Remark: play a distinct role in plant antioxidant defense and are possibly involved in NAD(P)/NAD(P)H homeostasis.; Similarity: belongs to the 2'-hydroxyisoflavone reductases.; Title: strong similarity to 2-hydroxyisoflavone reductase IFRH - Arabidopsis thaliana; See PMID 7592828; uncharacterized protein	complement(join(89582..89945,90007..90373,90439..90667))	Aspergillus niger	4988439
An16g00450	CDS	An16g00450	NT_166531.1	91102	92001	R	Catalytic activity: 2-pyrone-4,6-dicarboxylate + H2O = 4-carboxy-2-hydroxyhexa-2,4-dienedioate.; Pathway: phenylalanine metabolism.; Remark: LigI activity was inhibited by the addition of thiol reagents, suggesting that the cysteine residue is a catalytic site. LigI is more resistant to metal ion inhibition than the PDC hydrolases of Pseudomonas ochraceae.; Title: similarity to 2-pyrone-4,6-dicarboxylic acid hydrolase LigI - Sphingomonas paucimobilis; See PMID 9864312; uncharacterized protein	complement(91102..92001)	Aspergillus niger	4988440
An16g00460	CDS	An16g00460	NT_166531.1	92894	94509	D	Remark: alternate names are A616; YKL217w.; Remark: disruption of JEN1 S. cerevisiae abolished the uptake of pyruvate and gained the resistance against fluoropyruvate. No other monocarboxylate permease is able to efficiently transport lactate in S. cerevisiae.; Title: strong similarity to carboxylic acid transport protein Jen1 - Saccharomyces cerevisiae; See PMID 10198029; See PMID 10879467; uncharacterized protein	join(92894..93266,93318..93464,93515..94245,94312..94509)	Aspergillus niger	4988441
An16g00470	CDS	An16g00470	NT_166531.1	94764	96046	D	hypothetical protein	join(94764..94953,95117..95183,95222..95435,95858..95896,95993..96046)	Aspergillus niger	84593298
An16g00480	CDS	An16g00480	NT_166531.1	96173	96599	R	hypothetical protein	complement(join(96173..96273,96398..96599))	Aspergillus niger	84593299
An16g00490	CDS	An16g00490	NT_166531.1	97095	98776	D	hypothetical protein	join(97095..97101,97417..97473,97662..97769,98053..98139,98688..98776)	Aspergillus niger	84593300
An16g00500	CDS	An16g00500	NT_166531.1	99209	100645	D	Remark: there is weak similarity to Membrane-bound protein PRO1006 Homo sapiens patent WO9963088-A2.; Title: similarity to hypothetical F10K1.17 -Arabidopsis thaliana; uncharacterized protein	join(99209..100163,100230..100645)	Aspergillus niger	4988445
An16g00520	CDS	An16g00520	NT_166531.1	104494	105966	D	Remark: putative salicylate hydroxylase.; Remark: strong similarity to 6-hydroxynicotinic acid mono-oxygenase patent JP09121864-A - Pseudomonas fluorescens.; Remark: useful for industrial production of 2,5-di:hydroxy:pyridine.; Title: strong similarity to 6-hydroxynicotinic acid mono-oxygenase from patent JP09121864-A - Pseudomonas fluorescens; uncharacterized protein	join(104494..104601,104660..104785,104817..104906,104956..105141,105194..105446,105503..105694,105743..105966)	Aspergillus niger	4988446
An16g00530	CDS	An16g00530	NT_166531.1	106745	107422	D	Function: tatD proteins are not required in sec-independent protein export like other tat proteins, but tatD of E. coli exhibits magnesium-dependent DNase activity.; Remark: C-terminal truncated ORF due to end of contig.; Title: strong similarity to cytoplasmic protein tatD - Escherichia coli [truncated ORF]; See PMID 10747959; uncharacterized protein	join(106745..106780,106832..>107422)	Aspergillus niger	4988447
An16g00540	CDS	An16g00540	NT_166531.1	107571	109157	R	Remark: C-terminal truncated ORF due to end of contig.; Title: similarity to large secreted protein -Streptomyces coelicolor [truncated ORF]; uncharacterized protein	complement(join(<107571..108364,108414..108637,108685..109157))	Aspergillus niger	4988448
An16g00550	CDS	An16g00550	NT_166531.1	109653	110780	R	Catalytic activity: R-CN + H2O = R-COOH + NH3.; Remark: acts on a wide range of aromatic nitriles including (indole-3-yl)acetonitrile, and also on some aliphatic nitriles, and on the corresponding acid amides.; Similarity: belongs to the family of nitrilases.; Title: strong similarity to nitrilase - Rhodococcus rhodochrous; See PMID 1400390; uncharacterized protein	complement(join(109653..110053,110111..110550,110608..110780))	Aspergillus niger	4988449
An16g00560	CDS	An16g00560	NT_166531.1	111002	111402	D	hypothetical protein	join(111002..111177,111255..111402)	Aspergillus niger	84593301
An16g00570	CDS	An16g00570	NT_166531.1	111715	112274	R	Title: questionable ORF; uncharacterized protein	complement(join(111715..111764,111941..112030,112217..112274))	Aspergillus niger	84593302
An16g00580	CDS	An16g00580	NT_166531.1	112641	113324	R	hypothetical protein	complement(join(112641..112697,112789..112876,113146..113324))	Aspergillus niger	84593303
An16g00590	CDS	An16g00590	NT_166531.1	113361	113912	R	hypothetical protein	complement(join(113361..113602,113697..113794,113881..113912))	Aspergillus niger	84593304
An16g00600	CDS	An16g00600	NT_166531.1	113951	117046	D	Remark: saframycin Mx1 is a DNA-binding antibiotic and antitumour agent produced by Myxococcus xanthus.; Similarity: to nonribosomal peptide synthetases.; Title: similarity to saframycin Mx1 synthase safA -Myxococcus xanthus; See PMID 8936303; uncharacterized protein	113951..117046	Aspergillus niger	4988454
An16g00610	CDS	An16g00610	NT_166531.1	117807	118395	R	hypothetical protein	complement(join(117807..117943,118016..118053,118270..118314,118349..118395))	Aspergillus niger	84593305
An16g00620	CDS	An16g00620	NT_166531.1	118912	119307	D	hypothetical protein	118912..119307	Aspergillus niger	84593306
An16g00630	CDS	An16g00630	NT_166531.1	120604	121248	D	Catalytic activity: 2 RH + 2 chloride + H(2)O(2) = 2 RCl + 2 H(2)O.; Function: CPO of L. fumago catalyzes peroxidative halogenations involved in the biosynthesis of clardariomycin (2,2-dichloro-1,3-cyclo-pentenedione), the enzyme also has potent catalase activity and in the absence of halide ion, acts as a peroxidase similar to plant peroxidases.; Remark: CPO of L. fumago was also produced as recombinant protein in A. niger.; Remark: Leptoxyphium fumago is also called Caldariomyces fumago.; Remark: the enzyme catalyzes the chlorination of a range of organic molecules, forming stable C-Cl bonds; the structure and enzymatic activity of the molecule were deeply characterized and studied due to the potential application e. g. in the synthesis of vicinal dihalides,which are important as industrial solvents, refrigerants,flame retardants, and fumigating agents.; Similarity: the C-terminal part of the predicted protein does not shows similarity to CPO of L. fumago, and the protein length is different; thus the function prediction must be considered hypothetical.; Title: similarity to chloride peroxidase precursor CPO - Leptoxyphium fumago; See PMID 3198598; See PMID 3771564; See PMID 3774552; See PMID 2828306; See PMID 2883934; uncharacterized protein	120604..121248	Aspergillus niger	84593307
An16g00640	CDS	An16g00640	NT_166531.1	122114	122407	D	Function: the similarity is too weak to assign a function to the predicted protein.; Remark: human CDKN2A is also known as p16.; Title: weak similarity to cyclin dependent kinase inhibitor CDKN2A - Homo sapiens; See PMID 8259215; uncharacterized protein	122114..122407	Aspergillus niger	84593308
An16g00650	CDS	An16g00650	NT_166531.1	122683	124324	R	Induction: in S. cerevisiae the relatively high basal level of DAL5 expression did not increase further upon addition of allantoin pathway intermediates.; Repression: in S. cerevisiae steady-state DAL5 mRNA levels dropped precipitously when a repressive nitrogen source was provided.; Similarity: S. cerevisiae DAL5 specifies the Dal5p subfamily of the major facilitator family, which also includes YGR260w and YLR004c.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; See PMID 10869563; uncharacterized protein	complement(join(122683..123948,124011..124079,124136..124324))	Aspergillus niger	4988459
An16g00660	CDS	An16g00660	NT_166531.1	124642	126367	R	Similarity: whereas the patented protein is a linoleate isomerase, the predicted ORF shows a structural domain typical of oxidoreductases; some short alignments to oxidoreductases are also identified by database search.; Title: similarity to linoleate isomerase from patent WO200100846-A2 - Propionibacterium acnes; uncharacterized protein	complement(join(124642..126007,126141..126367))	Aspergillus niger	4988460
An16g00670	CDS	An16g00670	NT_166531.1	126902	127783	R	Title: similarity to hypothetical protein AAO51454.1 - Dictyostelium discoideum; uncharacterized protein	complement(join(126902..127182,127239..127565,127618..127783))	Aspergillus niger	4988461
An16g00680	CDS	An16g00680	NT_166531.1	129396	130368	R	Remark: RTM loci are always physically associated with SUC telomeric loci. The SUC-RTM sequences are located between X and Y' subtelomeric sequences at chromosome ends.; Remark: RTM1 in S. cerevisiae confers resistance to the toxicity of molasses.; Remark: The particular subtelomeric position might explain the SUC-RTM sequence amplification observed in the genome of yeasts used in industrial biomass or ethanol production with molasses as substrate.; Title: strong similarity to molasses resistency protein Rtm1 - Saccharomyces cerevisiae; See PMID 7672593; uncharacterized protein	complement(join(129396..129859,129914..130162,130221..130368))	Aspergillus niger	4988462
An16g00700	CDS	An16g00700	NT_166531.1	130812	132431	R	Title: strong similarity to hypothetical iron-sulfur binding oxidoreductase - Streptomyces coelicolor; uncharacterized protein	complement(130812..132431)	Aspergillus niger	4988463
An16g00710	CDS	An16g00710	NT_166531.1	133445	134561	D	Function: RD20 of A. thaliana is involved in seed dehydration.; Induction: RD20 of A. thaliana is inducible by abscisic acid under hyperosmotic stress conditions such as drought or high salinity.; Title: strong similarity to calcium-binding protein RD20 - Arabidopsis thaliana; See PMID 10965948; uncharacterized protein	join(133445..133687,133757..133981,134057..134218,134281..134373,134436..134561)	Aspergillus niger	4988464
An16g00720	CDS	An16g00720	NT_166531.1	134722	136411	R	Function: TNA1 of S. cerevisiae is necessary for nicotinic acid uptake.; Remark: the systematic gene name of TNA1 in S. cerevisiae is YGR260w.; Similarity: belongs to the family of allantoate permeases.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 10984621; uncharacterized protein	complement(join(134722..134991,135044..135136,135188..135685,135741..135953,136004..136129,136181..136411))	Aspergillus niger	4988465
An16g00730	CDS	An16g00730	NT_166531.1	136892	139023	R	Function: FEN2 of S. cerevisiae is involved in the concerted regulation between the different pathways of carbon/nitrogen catabolite repression and the biosynthesis of amino acids and ergosterol.; Function: Fen2p of S. cerevisiae facilitates the cotransport of H+ and pantothenate.; Phenotype: fen2 mutants of S. cerevisiae are resistant to the antifungal drug fenpropimorph and display a reduced rate of ergostyrol synthesis in media exerting both carbon and nitrogen catabolite repression.; Remark: the systematic gene name of FEN2 of S. cerevisiae is YCR028c.; Title: strong similarity to pantothenate transporter protein Fen2 - Saccharomyces cerevisiae; plasma membrane; See PMID 8771708; See PMID 10373490; uncharacterized protein	complement(join(136892..137219,137274..137365,137413..137536,137584..137674,137725..137838,137882..137933,137981..138034,138096..138255,138313..138383,138432..138485,138535..138616,138660..138739,138789..138866,138922..139023))	Aspergillus niger	4988466
An16g00740	CDS	An16g00740	NT_166531.1	139568	140610	R	Similarity: also shows smilarity to nitrogen metabolic repression proteins (nmr) of various fungal species.; Similarity: shows strong homology to protein patent database entry GENESEQPROT:Y14147.; Similarity: the protein sequence of patent Y14147 is identical with the sequence of the human HSCARG gene product.; Title: strong similarity to actVA-ORF4-like protein from patent WO9911793-A1 - Homo sapiens; uncharacterized protein	complement(join(139568..139905,139964..140384,140452..140610))	Aspergillus niger	4988467
An16g00750	CDS	An16g00750	NT_166531.1	141165	143226	R	Function: CHA4 of S. cerevisiae activates the transcription of CHA1 which encodes a Ser/Thr deaminase involved in the utilization of serine and threonine as nitrogen sources.; Similarity: contains a domain homologous to fungal Zn(2)-Cys(6) binuclear cluster in which all six Cys residues are conserved.; Title: similarity to transcription activator Cha4 -Saccharomyces cerevisiae; See PMID 8889513; uncharacterized protein	complement(join(141165..142733,142813..143226))	Aspergillus niger	4988468
An16g00760	CDS	An16g00760	NT_166531.1	143881	144995	R	Remark: possible sequencing error destroying a splicing donor site at position 37991.; Similarity: the homology region does not include the SH3 domain of Sh3yl1 of M. musculus.; Title: similarity to differentially expressed protein Sh3yl1 - Mus musculus [putative sequencing error]; See PMID 10771491; uncharacterized protein	complement(join(143881..144675,144738..144841,144938..144995))	Aspergillus niger	4988469
An16g00770	CDS	An16g00770	NT_166531.1	147763	149740	D	Function: the cDNA corresponding to the protein of patent W14439 can be used to improve the fermentation ability of Acremonium chrysogenum.; Function: the protein of patent W14439 is involved in cyclosporin C biosynthesis.; Remark: a putative sequencing error results in an frameshift.; Similarity: also shows strong similarity to multidrug transporters of diverse fungal species.; Similarity: shows strong homology to protein patent database entry GENESEQPROT:W14439.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum [putative frameshift]; putative frameshift; uncharacterized protein	join(147763..147962,148111..148488,148557..148634,148705..149056,149232..>149740)	Aspergillus niger	84593309
An16g00780	CDS	An16g00780	NT_166531.1	149846	151401	R	Function: TetA of A. tumefaciens C58 confers resistance to tetracyclin and some of it's derivatives.; Repression: TetA expression in A. tumefaciens C58 is repressed by the transcriptional regulator TetR.; Title: strong similarity to tetracyclin resistance protein tetA - Agrobacterium tumefaciens; plasma membrane; See PMID 9882678; uncharacterized protein	complement(join(149846..150761,150818..151401))	Aspergillus niger	4988471
An16g00790	CDS	An16g00790	NT_166531.1	151578	152152	D	hypothetical protein	join(151578..151709,151841..152152)	Aspergillus niger	84593310
An16g00800	CDS	An16g00800	NT_166531.1	152325	154419	R	Function: Flu1 of C. albicans confers resistance to various antibiotics including fluconazole and cycloheximide.; Similarity: FLU1 of C. albicans belongs to the major facilitator superfamily.; Title: strong similarity to fluonazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	complement(join(152325..152568,152624..152755,152808..153794,153861..154177,154210..154269,154366..154419))	Aspergillus niger	4988473
An16g00810	CDS	An16g00810	NT_166531.1	155240	158200	R	Function: HGT1 of S. cerevisiae is described as a high-affinity glutathion transporter.; Function: OPT1 of S. cerevisiae is described as an oligopeptide transporter specific for tetra- and pentapeptides including the endogenous opioids leucine enkephalin (YGGFL) and methionine enkephalin (YGGFM).; Remark: the systematic name of OPT1/HGT1 of S. cerevisiae is YJL212c.; Title: strong similarity to oligopeptide transporter Opt1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10652283; See PMID 10788431; uncharacterized protein	complement(join(155240..155433,155486..155572,155629..155746,155796..155977,156025..156097,156145..156751,156805..156980,157029..157311,157363..157493,157548..157706,157756..157832,157892..157948,158008..158200))	Aspergillus niger	4988474
An16g00820	CDS	An16g00820	NT_166531.1	159374	160038	D	hypothetical protein	join(159374..159474,159591..159699,159805..160038)	Aspergillus niger	84593311
An16g00830	CDS	An16g00830	NT_166531.1	160537	161506	D	Title: similarity to hypothetical protein encoded by An14g02830 - Aspergillus niger; uncharacterized protein	join(160537..160690,160743..161506)	Aspergillus niger	4988476
An16g00840	CDS	An16g00840	NT_166531.1	162415	162708	R	Title: similarity to hypothetical protein encoded by An18g01250 - Aspergillus niger; uncharacterized protein	complement(join(162415..162598,162662..162708))	Aspergillus niger	4988477
An16g00850	CDS	An16g00850	NT_166531.1	163574	164386	D	Title: strong similarity to hypothetical protein SPAC9E9.15 - Schizosaccharomyces pombe; uncharacterized protein	join(163574..163629,163684..164139,164194..164386)	Aspergillus niger	4988478
An16g00860	CDS	An16g00860	NT_166531.1	164439	165902	R	Title: similarity to hypothetical protein aos20 -Aspergillus oryzae; uncharacterized protein	complement(164439..165902)	Aspergillus niger	4988479
An16g00870	CDS	An16g00870	NT_166531.1	166118	166943	R	hypothetical protein	complement(join(166118..166312,166581..166628,166761..166943))	Aspergillus niger	84593312
An16g00880	CDS	An16g00880	NT_166531.1	167424	168623	R	hypothetical protein	complement(join(167424..167491,167544..167758,167812..167953,168215..168623))	Aspergillus niger	84593313
An16g00890	CDS	An16g00890	NT_166531.1	169209	170909	D	Title: strong similarity to hypothetical protein PA2448 - Pseudomonas aeruginosa; uncharacterized protein	join(169209..170391,170443..170909)	Aspergillus niger	4988482
An16g00900	CDS	An16g00900	NT_166531.1	171141	172352	D	Similarity: shows homology to hypothetical hydrolases from S. coelicolor and P. aeruginosa.; Title: weak similarity to sequence 259 from patent WO0100842 - Corynebacterium glutamicum; uncharacterized protein	join(171141..171391,171444..171646,171700..172352)	Aspergillus niger	4988483
An16g00910	CDS	An16g00910	NT_166531.1	172631	173962	D	Remark: the patent does not provide further information about the function of the protein.; Similarity: encodes a hypothetical NADH-dependent flavin oxidoreductase of the Old Yellow Enzyme family.; Title: strong similarity to sequence 385 from patent WO0100842 - Corynebacterium glutamicum; uncharacterized protein	172631..173962	Aspergillus niger	4988484
An16g00920	CDS	An16g00920	NT_166531.1	174371	175123	D	Catalytic activity: PMP20 of C. boidinii displays glutathione peroxidase activity toward alkyl hydroperoxides and H2O2.; Function: PMP20 of C. boidinii acts as an antioxidant enzyme decomposing reactive oxygen species generated at the peroxisomal membrane surface, e. g. lipid hydroperoxides.; Induction: PMP20 of C. boidinii is specific to peroxisomes induced by methanol utilization.; Localization: PMP20 of C. boidinii is peripherally associated with the inner side of the peroxisomal membrane.; Similarity: belongs to the peroxiredoxin 2 family.; Title: strong similarity to peroxisomal membrane protein PMP20 - Candida boidinii; peroxisome; See PMID 11278957; See PMID 2258389; See PMID 2760051; uncharacterized protein	join(174371..174417,174470..174582,174646..174809,174884..175024,175088..175123)	Aspergillus niger	4988485
An16g00930	CDS	An16g00930	NT_166531.1	176397	177246	D	Similarity: the hypothetical protein NonF of Streptomyces griseus is probably involved in nonactin biosynthesis.; Title: similarity to hypothetical protein of the nonactin biosynthesis cluster nonF - Streptomyces griseus; uncharacterized protein	join(176397..176474,176544..176781,176858..177246)	Aspergillus niger	4988486
An16g00940	CDS	An16g00940	NT_166531.1	177497	179260	R	Function: Flu1 of C. albicans confers resistance to various antibiotics including fluconazole and cycloheximide.; Similarity: FLU1 of C. albicans belongs to the major facilitator superfamily.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	complement(join(177497..178391,178437..178766,178811..178884,178928..178949,178995..179260))	Aspergillus niger	4988487
An16g00950	CDS	An16g00950	NT_166531.1	179729	180569	D	hypothetical protein	join(179729..179761,179844..179968,180063..180223,180349..180569)	Aspergillus niger	84593314
An16g00960	CDS	An16g00960	NT_166531.1	180699	181871	D	Function: severin of D. discoideum binds to the plus (or barbed) ends of actin monomers or filaments,preventing monomer exchange (end-blocking or capping).; Function: severin of D. discoideum can promote assembly of monomers into filaments (nucleation) as well as disassociation (severing) of filaments already formed.; Function: the actin capping, severing and nucleating activities of severin of D. discoideum are Ca2+ dependent.; Similarity: contains a region highly homologous to a conserved actin-binding sequence duplicated in villin and gelsolin.; Title: strong similarity to actin-modulating protein severin - Dictyostelium discoideum; See PMID 1847147; See PMID 2826459; uncharacterized protein	180699..181871	Aspergillus niger	4988489
An16g00970	CDS	An16g00970	NT_166531.1	182148	182550	R	Similarity: shows deliberate homology matches to glycine-rich domains of various proteins from diverse species.; Title: weak similarity to hypothetical protein FB19 - Homo sapiens; uncharacterized protein	complement(join(182148..182219,182295..182344,182385..182550))	Aspergillus niger	84593315
An16g00980	CDS	An16g00980	NT_166531.1	182827	185066	R	Function: the acr-2 gene of Neurospora crassa controls acriflavine sensitivity.; Remark: the predicted ACR-2 protein has a putative Zn(II)Cys6 binuclear domain near the amino-terminus.; Title: weak similarity to transcription factor involved in acriflavine resistance acr-2 - Neurospora crassa; See PMID 8679704; uncharacterized protein	complement(join(<182827..183356,183390..183812,183867..184631,185028..>185066))	Aspergillus niger	84593316
An16g00990	CDS	An16g00990	NT_166531.1	185503	186568	D	Catalytic activity: vestitone + NADP(+) = 2'-hydroxyformononetin + NADPH. in the reverse direction, a 2'-hydroxyisoflavone is reduced to an isoflavonone.; Complex: IRL of Z. mays exists as a monomer.; Induction: IRL of Z. mays is induced by sulfur starvation.; Title: similarity to 2-hydroxyisoflavone reductase IRL - Zea mays; cytoplasm; See PMID 8597660; uncharacterized protein	join(185503..185538,185598..186008,186113..186568)	Aspergillus niger	4988492
An16g01000	CDS	An16g01000	NT_166531.1	186656	188327	R	Remark: the ophD gene from Burkholderia cepacia encodes a permease for phthalate transport.; Remark: uptake inhibition experiments show that 4-hydroxyphthalate, 4-chlorophthalate, 4-methylphthalate,and cinchomeronate compete for the phthalate permease.; Title: strong similarity to phthalate permease ophD - Burkholderia cepacia; See PMID 9851995; uncharacterized protein	complement(join(186656..187087,187163..187565,187628..188051,188114..188327))	Aspergillus niger	4988493
An16g01010	CDS	An16g01010	NT_166531.1	188878	189823	D	Similarity: the ORF is similar to the hypothetical protein SPAC5H10. 01 of S. pombe and hypothetical proteins from several prokaryotic species.; Title: strong similarity to hypothetical protein SPAC5H10.01 - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	join(188878..189609,189685..>189823)	Aspergillus niger	4988494
An16g01020	CDS	An16g01020	NT_166531.1	189925	192213	R	Similarity: the ORF is shorter than the hypothetical nuclear protein of S. pombe (615 compared to 743 amino acids). 176 N-terminal and 101 C-terminal amino acids of the ORF are not included in the alignment between the two proteins.; Title: similarity to hypothetical transcription regulator SPBC530.05 - Schizosaccharomyces pombe; See PMID 10759889; uncharacterized protein	complement(join(<189925..191049,191102..191858,191911..192033,192104..192213))	Aspergillus niger	4988495
An16g01030	CDS	An16g01030	NT_166531.1	192675	194402	R	Catalytic activity: RH + reduced flavoprotein + O(2) = ROH + oxidized flavoprotein + H(2)O (by similarity); Similarity: belongs to the cytochrome P450 family; Title: strong similarity to phenylacetate hydroxylase pahA - Penicillium chrysogenum; See PMID 10329644; uncharacterized protein	complement(join(192675..193049,193100..193422,193473..194106,194184..194402))	Aspergillus niger	4988496
An16g01040	CDS	An16g01040	NT_166531.1	195976	197604	R	Title: strong similarity to hypothetical MFS multidrug efflux transporter - Schizosaccharomyces pombe; uncharacterized protein	complement(195976..197604)	Aspergillus niger	4988497
An16g01050	CDS	An16g01050	NT_166531.1	198300	198828	R	hypothetical protein	complement(join(198300..198504,198632..198828))	Aspergillus niger	84593317
An16g01060	CDS	An16g01060	NT_166531.1	199065	199706	D	hypothetical protein	join(199065..199197,199393..199706)	Aspergillus niger	84593318
An16g01070	CDS	An16g01070	NT_166531.1	199752	202833	R	Function: nit-4 of N. crassa is a transcription factor activating gene expression of nitrate assimilatory genes nit-3 and nit-6, which encode nitrate reductase and nitrite reductase, respectively.; Remark: activation of nit-3 and nit-6 requires the synergisitc interaction of the global-acting nit-2 with the pathway-specific nit-4 transcription factors.; Similarity: protein with a putative binuclear zinc DNA-binding domain; Title: strong similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 1531376; uncharacterized protein	complement(join(199752..199898,200017..200076,200151..200240,200320..200406,200498..200929,201036..201210,201267..201422,201492..201695,201746..201875,201923..202587,202631..202713,202765..202833))	Aspergillus niger	84593319
An16g01080	CDS	An16g01080	NT_166531.1	203208	204199	R	Title: strong similarity to hypothetical short chain dehydrogenase SPAC521.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(203208..203750,203807..203962,204015..204101,204164..204199))	Aspergillus niger	4988501
An16g01090	CDS	An16g01090	NT_166531.1	204559	206047	D	Catalytic activity: An epoxide + H(2)O <=> a glycol.; Title: strong similarity to epoxide hydrolase -Rattus norvegicus; endosome; See PMID 3032949; See PMID 3755318; uncharacterized protein	join(204559..204582,204625..204935,204993..205200,205257..205460,205521..205811,205871..206047)	Aspergillus niger	4988502
An16g01100	CDS	An16g01100	NT_166531.1	206439	207130	D	hypothetical protein	join(206439..206556,206713..206762,206866..206899,206985..207130)	Aspergillus niger	84593320
An16g01110	CDS	An16g01110	NT_166531.1	207426	209219	D	Title: similarity to hypothetical negative acting factor like protein CAB91400.2 - Neurospora crassa; uncharacterized protein	join(207426..207485,207557..207782,207896..208155,208212..209219)	Aspergillus niger	4988504
An16g01120	CDS	An16g01120	NT_166531.1	210134	211522	R	Title: similarity to hypothetical membrane protein YPL277c - Saccharomyces cerevisiae; uncharacterized protein	complement(210134..211522)	Aspergillus niger	4988505
An16g01130	CDS	An16g01130	NT_166531.1	212155	213452	R	Title: strong similarity to hypothetical plasma membrane iron permease - Schizosaccharomyces pombe; uncharacterized protein	complement(join(212155..212659,212724..213169,213226..213395,213425..213452))	Aspergillus niger	4988506
An16g01140	CDS	An16g01140	NT_166531.1	213847	216071	D	hypothetical protein	join(213847..213890,213960..214211,214495..214600,214739..214841,214973..215217,215318..215444,215624..215765,215840..216071)	Aspergillus niger	84593321
An16g01150	CDS	An16g01150	NT_166531.1	216323	219033	D	Function: Fre1 and Fre2 from S. cerevisiae encode cell surface metalloreductases that are required for reduction and uptake of free ferric iron.; Function: Fre2 from S. cerevisiae is together with Fre1 responsible for the total membrane-associated ferric reductase activity of the cell.; Title: strong similarity to ferric reductase Fre2 -Saccharomyces cerevisiae; See PMID 8164662; See PMID 11120744; uncharacterized protein	join(216323..216928,216981..217366,217425..217657,217724..217776,217834..217955,218013..219033)	Aspergillus niger	4988508
An16g01160	CDS	An16g01160	NT_166531.1	219604	220255	D	hypothetical protein	join(219604..219640,219684..219757,219862..219945,220042..220082,220171..220255)	Aspergillus niger	84593322
An16g01170	CDS	An16g01170	NT_166531.1	221124	223196	R	Function: the pathogenicity protein PTH11 functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Localization: a PTH11-green fluorescent protein fusion was localized to the cell membrane and vacuoles.; Remark: C-terminally truncated due to contig border.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea [truncated ORF]; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(<221124..221176,221242..221352,221427..221927,221982..222136,222239..222463,222521..222625,222796..222996,223080..223196))	Aspergillus niger	4988510
An16g01180	CDS	An16g01180	NT_166531.1	223691	224300	D	hypothetical protein	join(223691..223783,224058..224121,224197..224300)	Aspergillus niger	84593323
An16g01190	CDS	An16g01190	NT_166531.1	224478	225533	R	Catalytic activity: acetyl-CoA + an arylamine = CoA + an N-acetylarylamine.; Function: N-acetylation by hepatic NAT1 is a major route in the metabolism and detoxification of numerous drugs and foreign chemicals.; Remark: NAT1 has a wide specificity for aromatic amines, including serotonin.; Title: strong similarity to arylamine N-acetyltransferase NAT1 - Homo sapiens; See PMID 2340091; See PMID 9168895; uncharacterized protein	complement(join(224478..225027,225136..225533))	Aspergillus niger	4988512
An16g01200	CDS	An16g01200	NT_166531.1	226609	228528	D	Function: CTR is the sole choline transporter in yeast.; Induction: CTR activity is inhibited by intracellular choline.; Similarity: CTR belongs to the amino acid permease family.; Title: strong similarity to choline permease Hnm1 -Saccharomyces cerevisiae; plasma membrane; See PMID 2203793; uncharacterized protein	join(226609..226716,226762..226832,227056..227516,227572..227595,227654..227979,228040..228528)	Aspergillus niger	4988513
An16g01210	CDS	An16g01210	NT_166531.1	228804	229934	R	Function: the pathogenicity protein PTH11 functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Localization: a PTH11-green fluorescent protein fusion was localized to the cell membrane and vacuoles.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(228804..229212,229265..229382,229440..229812,229860..229934))	Aspergillus niger	4988514
An16g01220	CDS	An16g01220	NT_166531.1	230548	234139	R	Title: similarity to hypothetical protein CAD21096.1 - Neurospora crassa; uncharacterized protein	complement(join(230548..230637,230909..231028,231330..232571,232641..233507,233579..234139))	Aspergillus niger	4988515
An16g01230	CDS	An16g01230	NT_166531.1	234387	236948	D	Function: brlA has a direct role in the regulation of cell cycle genes.; Function: brlA is a primary regulator of development-specific gene expression during conidiation.; Title: similarity to developmental regulatory protein brlA - Aspergillus nidulans; nucleus; See PMID 10601021; See PMID 3293800; uncharacterized protein	join(234387..235069,235124..235459,235515..236554,236656..236948)	Aspergillus niger	4988516
An16g01240	CDS	An16g01240	NT_166531.1	238049	239268	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 9383611; See PMID 9987114; See PMID 11152942; See PMID 8710886; uncharacterized protein	join(238049..238165,238231..238319,238398..239268)	Aspergillus niger	84593324
An16g01250	CDS	An16g01250	NT_166531.1	240317	241768	D	Catalytic activity: 6-OMT catalyzes methylation of the 6-hydroxyl group of norcoclaurine.; Function: 6-OMT is involved in isoquinoline alkaloid biosynthesis in Coptis japonica.; Title: strong similarity to S-adenosyl-L-methionine:norcoclaurine 6-O-methyltransferase 6-OMT - Coptis japonica; See PMID 10811648; uncharacterized protein	join(240317..240487,240564..240693,240787..240913,240988..241768)	Aspergillus niger	4988518
An16g01260	CDS	An16g01260	NT_166531.1	242448	245325	R	Function: TPO1 is involved in the resistance of yeast to polyamine toxicity.; Function: the membrane protein TPO1 is a polyamine transport protein on the vacuolar membrane.; Title: strong similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; vacuole; See PMID 9920864; See PMID 11171066; uncharacterized protein	complement(join(242448..242581,242844..242860,243005..243060,243180..243333,243469..243998,244071..244156,244399..244945,244975..245325))	Aspergillus niger	4988519
An16g01270	CDS	An16g01270	NT_166531.1	245565	247480	D	Function: the pathogenicity protein PTH11 functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Localization: a PTH11-green fluorescent protein fusion was localized to the cell membrane and vacuoles.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(245565..245732,245870..245947,246035..246393,246430..246574,246679..246830,246899..247081,247185..247262,247348..247480)	Aspergillus niger	84593325
An16g01280	CDS	An16g01280	NT_166531.1	247683	248996	D	Catalytic activity: salicylate + NADH + O(2) = catechol + NAD(+) + H(2)O + CO(2).; Function: nahG catalyzes the formation of catechol from salicylate, a key intermediate in naphthalene catabolism.; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas putida; See PMID 1993181; See PMID 2363715; uncharacterized protein	247683..248996	Aspergillus niger	4988521
An16g01290	CDS	An16g01290	NT_166531.1	249561	250673	D	Title: strong similarity to hypothetical protein encoded by An02g05930 - Aspergillus niger; uncharacterized protein	join(249561..249749,249804..250673)	Aspergillus niger	4988522
An16g01300	CDS	An16g01300	NT_166531.1	251182	251451	R	Remark: the ORF is C-terminally truncated due to end of contig.; Title: similarity to hypothetical protein encoded by DR2561 - Deinococcus radiodurans [truncated ORF]; uncharacterized protein	complement(<251182..251451)	Aspergillus niger	84593326
An16g01310	CDS	An16g01310	NT_166531.1	251877	253791	R	Catalytic activity: ALS/AHASs catalyze the ThPP- and FAD-dependent biosynthesis of acetohydroxybutyrate from pyruvate and 2-oxobutyrate, as well as of acetolactate from two molecules of pyruvate.; Catalytic activity: Some ALS/AHASs also catalyze the (non-physiological) oxidative decarboxylation of pyruvate,leading to peracetic acid.; Function: bacterial ALS/AHAS consist of catalytic subunits (around 60 kDa) and smaller regulatory subunits in an alpha2beta2 structure.; Function: most ALS/AHAS are under allosteric control by branched-chain amino acids.; Pathway: ALS/AHASs catalyze the first step in the biosynthesis of the branched-chain amino acids valine,isoleucine, and leucine.; Remark: 'acetolactate synthase' (ALS) is often used synonymiously to 'acetohydroxyacid synthase' (AHAS or AHS).; Similarity: highest similarity to acetolactate synthase, large chain (ilvB) of Pyrococcus abyssi (strain Orsay), but there is no reference.; Title: strong similarity to acetohydroxyacid synthase large subunit ilvB - Methanococcus maripaludis; cytoplasm; See PMID 8973202; See PMID 1087175; See PMID 9655946; See PMID 10430574; uncharacterized protein	complement(join(251877..253502,253551..253673,253720..253791))	Aspergillus niger	4988524
An16g01320	CDS	An16g01320	NT_166531.1	254279	255481	R	Function: Pth11p of M. grisea functions as an upstream effector of appressorium differentiation in response to host surface recognition but is not required for appressorium morphogenesis.; Function: Pth11p of M. grisea is involved in the response to both host cutin monomers and contact surface hydrophobicity.; Localization: Pth11p of M. grisea functions at the cell cortex, but is also found in the vacuolar membrane.; Localization: contains three probable transmembrane domains.; Repression: Pth11p of M. grisea is probably downregulated by shunting the surface receptor protein to the vacuole by endocytosis.; Similarity: N-terminal three quarters (aa 8-296) show similarity to the middle domain (aa 104-374) of M. grisea PTH11 (631 aa).; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(254279..255058,255109..255267,255317..255481))	Aspergillus niger	4988525
An16g01330	CDS	An16g01330	NT_166531.1	256819	258587	R	Function: TNA1 of S. cerevisiae encodes the high affinity nicotinic acid permease.; Function: TNA1 of S. cerevisiae is necessary for nicotinic acid import into the cell.; Remark: the systematic genename of TNA1 in S. cerevisiae is YGR260w.; Similarity: shows also similarity to several probable allantoate transporters.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 10984621; uncharacterized protein	complement(join(256819..257458,257514..257726,257773..257828,257880..257980,258040..258135,258193..258359,258421..258587))	Aspergillus niger	4988526
An16g01340	CDS	An16g01340	NT_166531.1	260338	260869	D	Catalytic activity: biphenyl-2,3-diol 1,2-dioxygenases catalyze the extradiol (meta-) cleavage of the first ring of 2,3-dihydroxybiphenyl.; Catalytic activity: ring-cleaving dioxygenase activity requires a coordinated Fe(II)-ion as a cofactor.; Remark: PubMed ID's are given for selected papers on meta-cleaving dioxygenases; Similarity: shares a conserved extradiol ring-cleavage dioxygenase motiv with biphenyl-2,3-diol 1,2-dioxygenase III from Rhodococcus globerulus.; Similarity: weak similarity to N-terminal two thirds of biphenyl-2,3-diol 1,2-dioxygenase III from Rhodococcus globerulus.; Title: strong similarity to hypothetical biphenyl-2,3-diol 1,2-dioxygenase VCA0463 - Vibrio cholerae; See PMID 8126007; See PMID 9857017; See PMID 1444267; See PMID 2670937; uncharacterized protein	join(260338..260480,260542..260796,260851..260869)	Aspergillus niger	4988527
An16g01350	CDS	An16g01350	NT_166531.1	261163	261658	R	Title: strong similarity to hypothetical protein CAA10129.1 - Cicer arietinum; uncharacterized protein	complement(join(261163..261315,261469..261543,261650..261658))	Aspergillus niger	4988528
An16g01360	CDS	An16g01360	NT_166531.1	262913	265821	D	hypothetical protein	join(262913..262996,263069..263281,263459..264629,264682..265210,265464..265821)	Aspergillus niger	4988529
An16g01370	CDS	An16g01370	NT_166531.1	266632	267774	D	Function: UPC2 of S. cerevisiae is involved in the control of sterol uptake.; Remark: UPC2 belongs to a fungal regulatory family containing the Zn(II)2Cys6 binuclear cluster DNA binding domain.; Remark: UPC2 is synonymous to YDR213W.; Title: similarity to RNA polymerase II transcription factor Upc2 - Saccharomyces cerevisiae; See PMID 9696767; uncharacterized protein	266632..267774	Aspergillus niger	4988530
An16g01380	CDS	An16g01380	NT_166531.1	267857	268693	R	Function: idiA of Synechococcus is a protein involved in the process of providing photosystem II with manganese.; Function: inactivation of the idiA gene in Synechococcus results in a mutant which is unable to grow under iron- or manganese-limiting conditions.; Title: weak similarity to iron-deficiency-induced protein IdiA - Synechococcus sp.; See PMID 8828233; uncharacterized protein	complement(join(267857..268099,268149..268380,268428..268693))	Aspergillus niger	4988531
An16g01390	CDS	An16g01390	NT_166531.1	269570	271670	D	Function: amyR of A. oryzae is a transcriptional activator involved in starch/maltose-induced efficient expression of amylolytic genes.; Similarity: amyR of A. oryzae has a zinc binuclear cluster motif (Zn(II)2Cys6) and belongs to the GAL4 family of transcription factors.; Similarity: similarity is restricted to N-terminal part of the protein.; Title: similarity to transcription regulator of maltose utilization amyR - Aspergillus oryzae; See PMID 10830498; uncharacterized protein	join(269570..269650,269715..271670)	Aspergillus niger	4988532
An16g01400	CDS	An16g01400	NT_166531.1	272760	274735	D	Function: CTF1alpha of H. haematococca positively acts in vivo by binding selectively to palindrome 2 of the cutinase gene promoter.; Similarity: CTF1alpha of H. haematococca is N-andC-terminally longer than this protein.; Title: similarity to cutinase transcription factor 1 CTF1-alpha - Hematonectria haematococca; See PMID 9139694; uncharacterized protein	join(272760..272818,272914..273083,273134..273627,273680..274735)	Aspergillus niger	84593327
An16g01410	CDS	An16g01410	NT_166531.1	275108	277529	D	Function: facB of A. nidulans is a transcriptional activator with a GAL4-type Zn(II)2Cys6 zinc binuclear cluster DNA-binding domain which is required for DNA binding.; Function: facB of A. nidulans is required for acetate induction of acetamidase and several acetate utilization enzymes.; Similarity: facB of A. nidulans is C-terminally 200 aa longer.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; See PMID 9524126; uncharacterized protein	join(275108..275262,275388..275679,275868..276090,276143..276174,276225..277529)	Aspergillus niger	4988534
An16g01420	CDS	An16g01420	NT_166531.1	278129	282916	D	Function: MRP2 of A. thaliana is a multispecific ABC transporter for the transport of both glutathione S-conjugates and chlorophyll catabolites.; Title: similarity to ATP binding cassette transporter AtMRP2 - Arabidopsis thaliana; See PMID 9490749; See PMID 11115509; uncharacterized protein	join(278129..278828,278875..279369,279420..279653,279701..280365,280418..280558,280670..280868,280917..281004,281168..281412,281498..281655,281722..282180,282233..282916)	Aspergillus niger	4988535
An16g01430	CDS	An16g01430	NT_166531.1	283136	284884	R	Remark: similarity only to an internal part of beta transducin-like protein of P. anserina.; Title: weak similarity to hypothetical beta transducin-like protein - Podospora anserina; uncharacterized protein	complement(join(283136..284721,284773..284884))	Aspergillus niger	84593328
An16g01440	CDS	An16g01440	NT_166531.1	285336	286163	D	Title: similarity to hypothetical protein CAD21096.1 - Neurospora crassa; See PMID 9524204; uncharacterized protein	285336..286163	Aspergillus niger	4988537
An16g01450	CDS	An16g01450	NT_166531.1	286544	288532	D	Cofactor: FAD.; Function: Xl64phr of X. laevis repairs pyrimidine (6-4) pyrimidone photoproducts in the DNA which are caused by UV irradiation.; Remark: due to sequence similarity to the photolyase/blue-light photoreceptor family a function as photoreceptor can not be ruled out completely.; Remark: photolyases and blue light photoreceptors have similar sequences but different catalytic activities.; Similarity: Xl64phr belongs to the photolyase/blue-light photoreceptor family.; Title: strong similarity to 6-4 photolyase Xl64phr -Xenopus laevis; See PMID 9016626; See PMID 9810509; See PMID 10422537; uncharacterized protein	join(286544..287126,287220..287635,287711..287909,287973..288188,288243..288532)	Aspergillus niger	4988538
An16g01460	CDS	An16g01460	NT_166531.1	289610	290733	D	Title: strong similarity to hypothetical protein encoded by An11g04970 - Aspergillus niger; uncharacterized protein	join(289610..289907,289959..290080,290137..290733)	Aspergillus niger	4988539
An16g01470	CDS	An16g01470	NT_166531.1	292991	299405	R	Similarity: the ORF is arginine-rich and repetitive and both causes the high e-value. However, the ORF shows also some specific similarity to B7F21. 40 of N. crassa.; Title: similarity to hypothetical protein B7F21.40 -Neurospora crassa; uncharacterized protein	complement(join(292991..295168,295221..299405))	Aspergillus niger	4988540
An16g01480	CDS	An16g01480	NT_166531.1	301281	302486	D	Catalytic activity: Spermidine + [eIF-5A]-lysine <=> 1,3-diaminopropane + [eIF-5A]-deoxyhypusine; EC:1.1.1.249; Function:Deoxyhypusine synthase is an NAD(+)-dependent enzyme that catalyses the formation of a deoxyhypusine residue on the eukaryotic initiation factor 5A (eIF-5A) precursor by transferring an aminobutyl moiety from spermidine to the epsilon-amino group of a unique lysine residue.; Title: strong similarity to deoxyhypusine synthase -Neurospora crassa; See PMID 7592594; See PMID 8615810; uncharacterized protein	join(301281..301508,301587..302486)	Aspergillus niger	4988541
An16g01490	CDS	An16g01490	NT_166531.1	304612	308603	D	Catalytic activity: Ubiquitin C-terminal thiolester + H2O = Ubiquitin + a Thiol; EC:3.1.2.15; Function: Protein acts on esters formed between thiols such as dithiothreitol or glutathione and the C-terminal glycine residue of the polypeptide ubiquitin. Also acts on AMP-ubiquitin.; Title: similarity to ubiquitin carboxyl-terminal hydrolase uch2p - Schizosaccharomyces pombe; See PMID 10872838; uncharacterized protein	join(304612..305020,305081..307174,307227..307971,308027..308603)	Aspergillus niger	4988542
An16g01500	CDS	An16g01500	NT_166531.1	309570	311858	R	Remark: Nop2p is an essential nucleolar protein in S. cerevisiae that is required for pre-rRNA processing and 60S ribosome subunit assembly in yeast.; Title: strong similarity to nucleolar protein Nop2 -Saccharomyces cerevisiae; nucleus; See PMID 7806561; See PMID 8972218; See PMID 9854021; uncharacterized protein	complement(309570..311858)	Aspergillus niger	4988543
An16g01510	CDS	An16g01510	NT_166531.1	312191	313431	D	Title: similarity to hypothetical protein B13N20.140 - Neurospora crassa; uncharacterized protein	join(312191..312301,312364..312886,312999..313006,313127..313181,313232..313431)	Aspergillus niger	4988544
An16g01520	CDS	An16g01520	NT_166531.1	314088	317574	R	Localization: Zinedin is mainly expressed in the central nervous system; Remark: Zinedin is characterized by four protein-protein interaction domains, a caveolin-binding motif, a coiled-coil structure, a calmodulin-binding domain, and a WD repeat domain, suggesting that it is a signaling or a scaffold protein. Protein binds calmodulin in the presence of Ca(2+).; Title: similarity to protein zinedin ZIN - Homo sapiens; See PMID 10748158; uncharacterized protein	complement(join(314088..315967,316029..316287,316374..316613,317160..317170,317478..317574))	Aspergillus niger	4988545
An16g01530	CDS	An16g01530	NT_166531.1	317790	318926	R	Remark: product: human downs syndrome critical region-like; Title: similarity to hypothetical protein SPAC22A12.13 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(317790..318235,318296..318926))	Aspergillus niger	4988546
An16g01540	CDS	An16g01540	NT_166531.1	323726	326449	D	Similarity: strong similarity to S. pombe hypothetical protein SPAC24H6. 13, similarity to YOL084w,YLL005c and A. thaliana hyp1; Title: strong similarity to hypothetical membrane protein YMR266w - Saccharomyces cerevisiae; uncharacterized protein	join(323726..323856,323955..324192,324233..325229,325280..325678,325734..326449)	Aspergillus niger	4988547
An16g01550	CDS	An16g01550	NT_166531.1	327449	330231	R	Title: strong similarity to hypothetical protein B23I11.160 - Neurospora crassa; uncharacterized protein	complement(join(327449..328588,328638..329536,329589..330231))	Aspergillus niger	4988548
An16g01560	CDS	An16g01560	NT_166531.1	331125	332941	D	Remark: GCD10 is an essential protein required in vivo for the initiation of total protein synthesis in S. cerevisiae.; Remark: alternate name in S. cerevisiae = YNL062C.; Title: strong similarity to protein Gcd10 -Saccharomyces cerevisiae; cytoplasm; See PMID 7542616; See PMID 10779558; uncharacterized protein	join(331125..331210,331270..331929,332155..332579,332706..332941)	Aspergillus niger	4988549
An16g01570	CDS	An16g01570	NT_166531.1	333298	334285	R	Complex: protein belongs to a complex composed of arp2, arp3, p41-arc, p34-arc, p21-arc, p20-arc and p16-arc.; Function: part of the ARP2/3 complex implicated in the control of actin polymerization in cells.; Similarity: strong similarity to other p21-arc subunits.; Title: strong similarity to Arp2/3 complex 21kDa subunit ARC21 - Homo sapiens; See PMID 9230079; See PMID 10648568; See PMID 10801131; uncharacterized protein	complement(join(333298..333345,333404..333482,333553..333665,333773..334047,334167..334212,334280..334285))	Aspergillus niger	4988550
An16g01580	CDS	An16g01580	NT_166531.1	334588	335806	D	Remark: the yeast Arxula adeninivorans replication factor C (RF-C) is a multi-polypeptide complex with five sub-units involved in chromosomal DNA replication.; Title: strong similarity to replication factor C subunit ARFC3 - Arxula adeninivorans; See PMID 10022943; uncharacterized protein	join(334588..334724,334780..334867,334932..335670,335742..335806)	Aspergillus niger	4988551
An16g01590	CDS	An16g01590	NT_166531.1	336130	337967	R	Remark: TOXA of Cochliobolus carbonum encodes an HC-toxin (host-selective cyclic tetrapeptide) efflux pump which contributes to self-protection against HC-toxin and/or the secretion of HC-toxin into the extracellular milieu.; Similarity: highly similar to several members of the major facilitator superfamily that confer resistance to tetracycline, methylenomycin, and other antibiotics.; Title: strong similarity to HC-toxin efflux pump TOXA - Cochliobolus carbonum; plasma membrane; See PMID 8704997; uncharacterized protein	complement(join(336130..336750,336808..337330,337377..337577,337643..337728,337779..337967))	Aspergillus niger	4988552
An16g01600	CDS	An16g01600	NT_166531.1	338727	340443	R	Function: probable uptake of sugars in the form of monosaccharides by the growing pollen tube.; Induction: Pmt1 of Petunia hybrida is activated after the first pollen mitosis, and high levels of mRNA accumulate in mature and germinating pollen; Title: similarity to monosaccharide transporter 1 pmt1 - Petunia hybrida; plasma membrane; See PMID 9733549; uncharacterized protein	complement(join(338727..338768,339074..339124,339180..339512,339596..340317,340365..340443))	Aspergillus niger	4988553
An16g01610	CDS	An16g01610	NT_166531.1	341581	343120	D	Catalytic activity: 4-Trimethylammoniobutanoate + 2-oxoglutarate + O2 = 3-hydroxy-4-trimethylammoniobutanoate + succinate + CO2.; Cofactor: a reaction dependent on Fe2+,alpha-ketoglutarate, ascorbate and oxygen.; Function: gamma-butyrobetaine hydroxylase catalyses the last step in carnitine biosynthesis.; Title: weak similarity to gamma-butyrobetaine hydroxylase BBH - Rattus norvegicus; See PMID 10526231; See PMID 10709635; uncharacterized protein	join(341581..341614,341669..341887,341943..343120)	Aspergillus niger	4988554
An16g01620	CDS	An16g01620	NT_166531.1	343347	345055	R	Catalytic activity: ATP + D-hexose = ADP + D-hexose 6-phosphate.; Remark: in addition to their catalytic role,hexokinases are thought to be involved in triggering carbon catabolite repression in Aspergillus nidulans.; Remark: mutations in the A. nidulans xprF and xprG genes have been shown to result in elevated levels of extracellular protease in response to carbon limitation in A. nidulans.; Title: strong similarity to hexokinase-like protein xprF - Aspergillus nidulans; See PMID 8628232; See PMID 11102357; uncharacterized protein	complement(join(343347..344556,344607..345055))	Aspergillus niger	4988555
An16g01630	CDS	An16g01630	NT_166531.1	345863	347147	D	Function: probably involved in lovastatin production.; Remark: polyketides, the ubiquitous products of secondary metabolism in microorganisms, are made by a process resembling fatty acid biosynthesis.; Remark: the lovastatin biosynthesis cluster contains two type I polyketide synthase genes in Aspergillus terreus.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	join(345863..345985,346038..346060,346120..346239,346311..346870,346942..347147)	Aspergillus niger	4988556
An16g01640	CDS	An16g01640	NT_166531.1	347340	349578	R	Function: GAL4 of the yeast encodes a positive regulator of the galactose-inducible genes in S. cerevisiae.; Title: similarity to transcription factor Gal4 -Saccharomyces cerevisiae; nucleus; See PMID 6366516; uncharacterized protein	complement(join(347340..347614,347688..348761,348811..349352,349412..349578))	Aspergillus niger	4988557
An16g01650	CDS	An16g01650	NT_166531.1	350030	350858	D	Catalytic activity: scytalone + NADP+ = 1,3,6,8-tetrahydroxynaphthalene + NADPH.; Pathway: involved in the biosynthesis of melanin in pathogenic fungi (together with scytalone dehydratase).; Remark: abr2 has homology to the laccase encoded by the yA gene of Aspergillus nidulans.; Similarity: arp2 has a high similarity to hydroxynaphthalene reductases found in the dihydroxynaphthalene (DHN)-melanin pathway of brown and black fungi.; Title: strong similarity to 1,3,6,8-tetrahydroxynaphthalene reductase arp2 - Aspergillus fumigatus; See PMID 10515939; uncharacterized protein	join(350030..350122,350184..350858)	Aspergillus niger	4988558
An16g01660	CDS	An16g01660	NT_166531.1	351773	353415	D	Remark: fluconazole-resistant strains exhibit increased expression of multidrug resistance transporters,especially MDR1 in Candida dubliniensis.; Similarity: C. dubliniensis encodes multidrug transporters similar to those encoded by the C. albicans MDR1, CDR1, and CDR2 genes (CaMDR1, CaCDR1, and CaCDR2,respectively).; Title: strong similarity to multidrug resistance protein MDR1 - Candida dubliniensis; plasma membrane; See PMID 9661028; See PMID 9986880; uncharacterized protein	join(351773..353120,353182..353226,353276..353415)	Aspergillus niger	4988559
An16g01670	CDS	An16g01670	NT_166531.1	353885	354996	R	Catalytic activity: dimethylallyl diphosphate + isopentenyl diphosphate <=> diphosphate + geranyl diphosphate.; Catalytic activity: geranyl diphosphate + isopentenyl diphosphate <=> diphosphate + trans,trans-farnesyl diphosphate.; Remark: the peptide chain of the farnesyl-pyrophosphate synthetase FPPS from Gibberella fujikuroi carries two activities.; Title: strong similarity to farnesyl-pyrophosphate synthase FPPS - Gibberella fujikuroi; See PMID 8753652; uncharacterized protein	complement(join(353885..354814,354877..354996))	Aspergillus niger	4988560
An16g01680	CDS	An16g01680	NT_166531.1	355276	356738	R	Catalytic activity: RX + glutathione <=> HX + R-S-glutathione.; Complex: the gluthathione S-transferase III from Zea mays forms a homodimer.; Function: the gluthathione S-transferase III from Zea mays conjugates reduced glutathione to a wide number of exogenous and endogenous hydrophobic electrophiles and is involved in the detoxification of certain herbicides.; Remark: the ORF encoded protein is C-terminal longer than all homologues, this could be caused by an incorrect stopcodon due to a putative sequencing error.; Title: strong similarity to gluthathione S-transferase III GST3 - Zea mays; See PMID 3277162; See PMID 3532034; uncharacterized protein	complement(join(355276..355347,355385..355532,355582..355698,355789..355982,356118..356738))	Aspergillus niger	4988561
An16g01690	CDS	An16g01690	NT_166531.1	358361	359851	R	Remark: XPCT is subject to X chromosome inactivation, being expressed only from the active X in human.; Title: similarity to X-linked PEST-containing monocarboxylate transporter XPCT - Homo sapiens; plasma membrane; See PMID 9425115; uncharacterized protein	complement(join(358361..359093,359124..359851))	Aspergillus niger	4988562
An16g01700	CDS	An16g01700	NT_166531.1	361283	361823	R	Catalytic activity: L-iditol + NAD(+) <=> L-sorbose + NADH.; Remark: next ORF also shows similarities to L-iditol 2-dehydrogenases.; Similarity: the ORF encoded protein only shows strong similarity to the n-terminal part of L-iditol 2-dehydrogenases. The ORF encoded protein (159aa) is shorter than the known L-iditol 2-dehydrogenases (347aa S. pombe).; Title: similarity to L-iditol 2-dehydrogenase (sorbitol dehydrogenase) tms1p - Schizosaccharomyces pombe; See PMID 8223615; uncharacterized protein	complement(join(361283..361615,361677..361823))	Aspergillus niger	84593329
An16g01710	CDS	An16g01710	NT_166531.1	362195	363408	D	Catalytic activity: L-iditol + NAD(+) <=> L-sorbose + NADH.; Function: also catalyzes the oxidation by NAD+ of sorbitol to fructose.; Remark: previous ORF also shows similarities to L-iditol 2-dehydrogenases.; Title: strong similarity to L-iditol 2-dehydrogenase (sorbitol dehydrogenase) SORD - Homo sapiens; See PMID 7782086; See PMID 8088829; uncharacterized protein	join(362195..362462,362589..363055,363133..363408)	Aspergillus niger	4988564
An16g01720	CDS	An16g01720	NT_166531.1	363679	365054	R	Catalytic activity: an alcohol + NADP(+) <=> an aldehyde + NADPH.; Title: strong similarity to aldehyde reductase ALR1 - Sus scrofa; See PMID 7484379; See PMID 9329083; uncharacterized protein	complement(join(363679..364057,364113..364168,364226..364310,364360..364556,364610..364714,364781..364927,364986..365054))	Aspergillus niger	4988565
An16g01730	CDS	An16g01730	NT_166531.1	366773	368203	D	Catalytic activity: an orthophosphoric monoester + H2O = an alcohol + orthophosphate.; Remark: acid phosphatases have wide specificity,also calyses transphosphorylations.; Title: similarity to acid phosphatase precursor rPAP - Rattus norvegicus; See PMID 4563528; uncharacterized protein	366773..368203	Aspergillus niger	4988566
An16g01740	CDS	An16g01740	NT_166531.1	368844	369976	D	Title: strong similarity to hypothetical protein encoded by An14g02280 - Aspergillus niger; uncharacterized protein	join(368844..369238,369293..369877,369931..369976)	Aspergillus niger	4988567
An16g01750	CDS	An16g01750	NT_166531.1	370421	372154	D	Catalytic activity: peptidylproline (omega=180) <=> peptidylproline (omega=0).; Function: peptidyl-prolyl cis-trans isomerases accelerate the folding of proteins.; Remark: cyclophilin isoform 4 from C. elegans is involved in cis-trans isomerization of proline imidic peptide bonds in oligopeptides.; Title: similarity to peptidyl-prolyl cis-trans isomerase 4 cyp-4 - Caenorhabditis elegans; See PMID 8694762; uncharacterized protein	370421..372154	Aspergillus niger	4988568
An16g01760	CDS	An16g01760	NT_166531.1	372930	375377	R	Function: the S. pombe HSF transcription factor binds to heat shock promoter elements and activates transcription of heat shock genes.; Title: similarity to heat shock transcription factor HSF - Schizosaccharomyces pombe; nucleus; See PMID 8423799; See PMID 9675818; See PMID 1986225; uncharacterized protein	complement(join(372930..374853,374911..375377))	Aspergillus niger	4988569
An16g01770	CDS	An16g01770	NT_166531.1	376628	377663	R	Function: the NAD(P)H-dependent yylose reductase from Pachysolen tannophilus reduces xylose into xylitol.; Pathway: the NAD(P)H-dependent xylose reductase from Pachysolen tannophilus is involved in D-xylose degradation.; Title: similarity to NAD(P)H-dependent xylose reductase XYL1 - Pachysolen tannophilus; See PMID 8923742; uncharacterized protein	complement(join(376628..377314,377397..377663))	Aspergillus niger	4988570
An16g01780	CDS	An16g01780	NT_166531.1	378991	379631	D	Expression: this gene is expressed during appressorium formation by Colletotrichum gloeosporioides conidia.; Induction: the expression of CAP22 gene from Colletotrichum gloeosporioides is induced by the host (avocado fruit) surface wax.; Remark: appressorien are short specialized hyphas,which are used by fungi as holdfasts at the host surfaces.; Title: similarity to protein CAP22 - Colletotrichum gloeosporioides; See PMID 7770033; uncharacterized protein	join(378991..379294,379348..379631)	Aspergillus niger	4988571
An16g01790	CDS	An16g01790	NT_166531.1	381628	382373	D	Remark: collagen-like protein which is a epithelial surface receptor in pathogen fungi.; Title: similarity to fibronectin-binding protein sfs - Streptococcus equi; See PMID 3326135; uncharacterized protein	join(381628..381686,381902..382373)	Aspergillus niger	84593330
An16g01800	CDS	An16g01800	NT_166531.1	384804	386754	D	Title: strong similarity to hypothetical protein YBL051c - Saccharomyces cerevisiae; uncharacterized protein	join(384804..385145,385211..385754,385793..386754)	Aspergillus niger	4988573
An16g01810	CDS	An16g01810	NT_166531.1	388890	389744	R	Function: the histone H2A variant encoded by the pht1 gene in S. pombe is important for chromosomal structure and function, possibly including a role in controlling the fidelity of chromosomal segregation during mitosis.; Title: strong similarity to histone H2A variant pht1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(388890..389137,389221..389290,389646..389744))	Aspergillus niger	4988574
An16g01820	CDS	An16g01820	NT_166531.1	390713	391704	D	Title: strong similarity to hypothetical inorganic phosphate transporter and regulator of Pho81p Pho88 -Saccharomyces cerevisiae; See PMID 8709965; uncharacterized protein	join(390713..390729,390835..390995,391053..391434,391653..391704)	Aspergillus niger	4988575
An16g01830	CDS	gpdA	NT_166531.1	393594	395029	D	Catalytic activity: D-glyceraldehyde 3-phosphate + phosphate + NAD(+) <=> 3-phospho-D-glyceroyl phosphate + NADH; Gene-ID: gpdA;gpd; Mapping: gpdA from A. niger is mapped to chromosome V; see list from DSM, EMBL X99652.; Remark: a splice site was detected upstream of the START codon.; Remark: also acts very slowly on D-glyceraldehyde and some other aldehydes. Thiols can replace phosphate.; Similarity: identical to glyceraldehyde-3-phosphate dehydrogenase of Aspergillus niger.; glyceraldehyde-3-phosphate dehydrogenase gpdA-Aspergillus niger	join(393594..393605,393681..393716,393776..393789,393891..393954,394030..394714,394771..394941,395001..395029)	Aspergillus niger	4988576
An16g01840	CDS	An16g01840	NT_166531.1	396133	399212	D	Function: Hda1p of S. cerevisiae is involved in telomeric silencing and transcriptional regulation.; Function: Hda1p of S. cerevisiae is subunit of the HDA complex involved in histone deacetylation.; Remark: the systematic gene name of S. cerevisiae HDA1 is YNL021w.; Title: strong similarity to histone deacetylase A Hda1 - Saccharomyces cerevisiae; nucleus; See PMID 10856249; See PMID 8663039; See PMID 8962081; uncharacterized protein	join(396133..396772,396824..397112,397298..397368,397546..397706,397756..397966,398010..398121,398165..398212,398263..398326,398372..398464,398514..398599,398649..398728,398777..398883,398940..399212)	Aspergillus niger	4988577
An16g01850	CDS	An16g01850	NT_166531.1	400441	400920	D	Function: bys1 in B. dermatitidis is expressed at very high levels in the yeast phase but whose levels diminish rapidly when yeast cells are transferred to 25 degrees C to promote conversion to the mycelial phase.; Remark: synonymous name of Ajellomyces dermatitidis is Blastomyces dermatitidis.; Title: similarity to blastomyces yeast phase-specific protein 1 bys1 - Ajellomyces dermatitidis; See PMID 8188377; uncharacterized protein	400441..400920	Aspergillus niger	4988578
An16g01860	CDS	An16g01860	NT_166531.1	402143	405786	D	EC:3.4.99.-; Similarity: shows also strong similarity to human and rat insulin degrading enzyme, and to several other zinc proteases from different sources.; Title: strong similarity to protease involved in a-factor processing Ste23 - Saccharomyces cerevisiae; uncharacterized protein	join(402143..402625,402703..402802,402866..405786)	Aspergillus niger	4988579
An16g01870	CDS	An16g01870	NT_166531.1	406223	407258	D	Complex: in human, three major polypeptides of 25,59, and 68 kD and a less abundant polypeptide of 72 kD have been shown to copurify with CF Im (CFIM) activity.; Function: cleavage factors (CFs) Im and IIm, both of which are required in order for cleavage and polyadenylation to occur, are involved in the first step of 3'- processing.; Function: modifications include the generation of a new 3'-end by endonucleolytic cleavage followed by polyadenylation of the upstream cleavage product.; Function: most eukaryotic mRNA primary transcripts are processed both internally and at their termini in the nucleus, before they are exported to the cytoplasm.; Title: strong similarity to mRNA cleavage factor I 25 kDa subunit CFIM25 - Homo sapiens; See PMID 9659921; uncharacterized protein	join(406223..406263,406337..406588,406644..406891,406966..407258)	Aspergillus niger	4988580
An16g01880	CDS	An16g01880	NT_166531.1	409372	410415	D	Similarity: sequence is almost identical to sequence 1 from Patent WO9831790, where the protein is described having a phospholipase activity.; Title: strong similarity to lysophospholipase -Aspergillus foetidus; uncharacterized protein	join(409372..409453,409508..409673,409719..410055,410107..410415)	Aspergillus niger	4988581
An16g01890	CDS	An16g01890	NT_166531.1	410951	412102	D	Title: strong similarity to hypothetical protein encoded by An14g02280 - Aspergillus niger; uncharacterized protein	join(410951..411342,411398..411840,411894..412102)	Aspergillus niger	4988582
An16g01900	CDS	An16g01900	NT_166531.1	413344	414007	R	Title: similarity to hypothetical protein encoded by An04g06980 - Aspergillus niger; uncharacterized protein	complement(join(413344..413836,413892..414007))	Aspergillus niger	4988583
An16g01910	CDS	An16g01910	NT_166531.1	414723	415146	D	hypothetical protein	join(414723..414758,414871..415146)	Aspergillus niger	84593331
An16g01920	CDS	An16g01920	NT_166531.1	416043	417848	R	Function: gabA of A. nidulans is subject to carbon catabolite and nitrogen metabolite repression, omega-amino acid induction and regulation in response to ambient pH (being acid-expressed).; Similarity: shows also similarity to several putative fungal amino acid permeases.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	complement(join(416043..416477,416541..416866,416918..417334,417377..417459,417512..417625,417676..417746,417798..417848))	Aspergillus niger	4988585
An16g01930	CDS	An16g01930	NT_166531.1	419030	419560	D	hypothetical protein	join(419030..419124,419245..419419,419465..419560)	Aspergillus niger	4988586
An16g01940	CDS	An16g01940	NT_166531.1	419665	421599	R	Similarity: shows similarity to several probable transporter proteins of different species.; Title: similarity to allantoate permease Dal5 -Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	complement(join(419665..419689,419746..419829,419885..420003,420057..420900,420952..421280,421333..421599))	Aspergillus niger	4988587
An16g01950	CDS	An16g01950	NT_166531.1	423185	424605	D	Function: disruption of the YLL057c of S. cerevisiae encoding this enzyme negatively affects the use of isethionate and taurine as sulfur sources by S. cerevisiae,providing strong evidence that YLL057c plays a role in sulfonate catabolism.; Function: purified recombinant protein of YLL057c of S. cerevisiae is shown to be an Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygenase; although taurine is a poor substrate, a variety of other sulfonates are utilized, with the best natural substrates being isethionate and taurocholate.; Title: strong similarity to Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygenase YLL057c -Saccharomyces cerevisiae; See PMID 10482536; uncharacterized protein	join(423185..423390,423441..423646,423702..424156,424288..424437,424492..424605)	Aspergillus niger	4988588
An16g01960	CDS	An16g01960	NT_166531.1	424865	426279	R	hypothetical protein [truncated ORF]	complement(join(424865..425269,425773..425934,426028..>426279))	Aspergillus niger	4988590
An16g01970	CDS	An16g01970	NT_166531.1	426676	427515	R	Similarity: the similarity of the ORF to the hypothetical protein SPBC1734. 10c of S. pombe is restricted to the inner part, reaching from amino acid 129 to 180.; Title: similarity to hypothetical protein SPBC1734.10c - Schizosaccharomyces pombe; uncharacterized protein	complement(<426676..427515)	Aspergillus niger	84593332
An16g01980	CDS	An16g01980	NT_166531.1	427906	429227	R	Title: similarity to hypothetical protein PA1213 -Pseudomonas aeruginosa; uncharacterized protein	complement(join(427906..428440,428500..429227))	Aspergillus niger	4988591
An16g01990	CDS	An16g01990	NT_166531.1	429798	431183	R	Title: similarity to hypothetical protein B18D24.50 - Neurospora crassa; uncharacterized protein	complement(join(429798..430552,430609..430736,430790..430935,430983..431183))	Aspergillus niger	4988592
An16g02000	CDS	An16g02000	NT_166531.1	431724	434323	R	Catalytic activity: 4-aminobutanoate + 2-oxoglutarate = succinate semialdehyde + L-glutamate.; Remark: gabA of A. nidulans has 19 introns, an unusually large number of introns for fungal genes.; Remark: gabA of A. nidulans is subject to carbon catabolite and nitrogen metabolite repression, omega-amino acid induction and regulation in response to ambient pH (being acid-expressed).; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	complement(join(431724..431887,431957..432035,432092..432239,432295..432501,432549..432750,432800..432905,432958..432986,433037..433071,433123..433201,433255..433369,433422..433493,433541..433563,433728..433756,433805..433877,433995..434064,434165..434198,434283..434323))	Aspergillus niger	4988593
An16g02010	CDS	An16g02010	NT_166531.1	435643	440171	R	Function: PEX1 and PEX6 of P. chrysogenum encode proteins of the AAA family of ATPases.; Function: PEX6 of P. chrysogenum is involved in peroxisome biogenesis.; Function: the peroxisome biogenesis factors Pex4p,Pex22p, Pex1p, and Pex6p of P. chrysogenum act in the terminal steps of peroxisomal matrix protein import.; Title: strong similarity to peroxin-6 PEX6 -Penicillium chrysogenum; peroxisome; See PMID 10968639; See PMID 11003648; uncharacterized protein	complement(join(435643..436111,436171..440171))	Aspergillus niger	4988594
An16g02020	CDS	An16g02020	NT_166531.1	440849	443261	R	Function: A. terreus dihydrogeodin oxidase (DHGO) is an enzyme catalyzing the stereospecific phenol oxidative coupling reaction converting dihydrogeodin to (+)-geodin.; Function: the phenol oxidative coupling reaction is involved in the biosynthesis of a wide range of natural products such as alkaloids (e. g. morphine, lycorine),lignans, and other phenolic compounds (e. g. usunic acid,griseofulvin).; Remark: putative sequencing errors have caused wrong gene prediction and perhapes also some other problems with the sequence.; Similarity: shows significant homology with other multicopper blue proteins such as laccase and ascorbate oxidase.; Title: strong similarity to dihydrogeodin oxidase DHGO - Aspergillus terreus [putative sequencing error]; uncharacterized protein	complement(join(440849..441229,441297..441538,441612..441884,441945..442122,442151..442203,442264..442653,442700..442723,442774..442870,442923..443261))	Aspergillus niger	4988595
An16g02030	CDS	An16g02030	NT_166531.1	444741	445443	R	hypothetical protein	complement(join(444741..445165,445203..445443))	Aspergillus niger	84593333
An16g02040	CDS	An16g02040	NT_166531.1	449325	451755	D	Function: H. jecorina ACEI protein is DNA-binding; contains a nuclear localization signal; is a activator; binds to cbh1 promoter involved in cellulase regulator.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to Cys2-His2 zinc finger transcription factor ACEI - Hypocrea jecorina; nucleus; See PMID 10681571; uncharacterized protein	join(449325..449829,449887..450152,450207..450415,450467..450739,450789..451755)	Aspergillus niger	4988597
An16g02050	CDS	An16g02050	NT_166531.1	453534	453772	R	hypothetical protein	complement(join(453534..453653,453755..453772))	Aspergillus niger	84593334
An16g02060	CDS	An16g02060	NT_166531.1	455484	456567	D	Title: similarity to hypothetical protein Pa5D0029 -Podospora anserina; uncharacterized protein	join(455484..455658,455705..456567)	Aspergillus niger	4988599
An16g02070	CDS	An16g02070	NT_166531.1	456701	457893	R	Similarity: shows only partial similarity to human ANG2 protein.; Title: similarity to hypothetical protein ANG2 -Homo sapiens; uncharacterized protein	complement(join(456701..456937,457030..457893))	Aspergillus niger	4988600
An16g02080	CDS	An16g02080	NT_166531.1	458211	458924	D	Title: similarity to hypothetical protein SPAC26A3.03c - Schizosaccharomyces pombe; uncharacterized protein	<458211..458924	Aspergillus niger	4988601
An16g02090	CDS	An16g02090	NT_166531.1	459038	463404	R	Function: Ski2p, Ski3p, and Ski8p of S. cerevisiae inhibit translation of poly(A)- mRNA.; Function: Ski3p of S. cerevisiae controls propagation of M dsRNA virus through regulation of M dsRNA synthesis.; Function: Ski3p of S. cerevisiae is essential for protection against viral propagation.; Function: Ski3p of S. cerevisiae is part of a system to protect cells from dsRNA viruses.; Function: Ski3p of S. cerevisiae represses copy number of M1 dsRNA which encodes killer toxin.; Function: Ski3p of S. cerevisiae works together with Ski8p, probably through interaction of TRP and beta-transducin(WD-40) motifs.; Similarity: TPR domain-containing protein.; Title: strong similarity to antiviral protein Ski3 -Saccharomyces cerevisiae; See PMID 9482746; uncharacterized protein	complement(join(459038..462971,463028..463228,463289..463404))	Aspergillus niger	4988602
An16g02100	CDS	An16g02100	NT_166531.1	463989	466453	D	Title: strong similarity to hypothetical protein YIR007w - Saccharomyces cerevisiae; uncharacterized protein	join(463989..464372,464431..465362,465411..465729,465800..466453)	Aspergillus niger	4988603
An16g02110	CDS	An16g02110	NT_166531.1	466870	467397	D	Remark: the sequence contains two putative sequencing errors.; Remark: this ORF was recognized by blastx analysis of the intergenic region of preceding and next ORF.; Remark: unfortunately the match against A. thaliana APG5 protein cannot be found using blastp.; Title: weak similarity to arabinogalactan-protein AGP5 - Arabidopsis thaliana [putative sequencing error]; putative sequencing error; uncharacterized protein	466870..467397	Aspergillus niger	84593335
An16g02120	CDS	An16g02120	NT_166531.1	467463	471690	D	Function: Msn5p of S. cerevisiae belongs to a family of proteins with a conserved N-terminal sequence that acts as a RanGTP-binding domain.; Function: Msn5p of S. cerevisiae is involved in several different signal transduction pathways.; Function: Msn5p of S. cerevisiae is suppossed to be a import or export receptor that interacts with the small GTPase Ran involved in the transport through the nuclear envelope.; Function: Msn5p of S. cerevisiae participates in processes such as catabolite repression, calcium signaling,mating, and cell proliferation, as well as being involved in previously characterized phosphate utilization.; Title: strong similarity to nuclear transport receptor Msn5 - Saccharomyces cerevisiae; See PMID 10545454; uncharacterized protein	join(467463..468290,468357..468545,468600..469071,469121..469289,469402..469651,469702..469805,469854..470112,470162..470304,470354..470952,471014..471690)	Aspergillus niger	4988605
An16g02130	CDS	An16g02130	NT_166531.1	472198	472832	R	Function: murine protein is involved in cell death in response to IFN/RA.; Localization: murine GRIM19 is localized in the nucleus.; Title: similarity to novel cell death-regulatory protein GRIM19 - Mus musculus; See PMID 10924506; uncharacterized protein	complement(join(472198..472246,472320..472503,472601..472646,472782..472832))	Aspergillus niger	4988606
An16g02140	CDS	An16g02140	NT_166531.1	473187	474437	D	Title: strong similarity to hypothetical protein SPAC6B12.09 - Schizosaccharomyces pombe; uncharacterized protein	473187..474437	Aspergillus niger	4988607
An16g02150	CDS	An16g02150	NT_166531.1	474957	477588	D	Title: strong similarity to hypothetical protein SPBC1685.14c - Schizosaccharomyces pombe; uncharacterized protein	join(474957..474975,475155..476716,476770..477588)	Aspergillus niger	4988608
An16g02160	CDS	An16g02160	NT_166531.1	477926	479221	R	Similarity: the C-terminal end, beginning with amino acid 100 of the predicted ORF, shows similarities to proteins probably involved in oxidation protection of genes, e. g. L82 of D. melanogaster and oxr1 of H. sapiens.; Title: strong similarity to hypothetical protein YPL196w - Saccharomyces cerevisiae; See PMID 11237729; uncharacterized protein	complement(join(477926..477932,478100..478228,478287..478369,478532..479221))	Aspergillus niger	4988609
An16g02170	CDS	hyl1	NT_166531.1	479617	481195	R	Function: hyl1 of A. niger hydrolyses 4-nitrostyrene epoxide and other epoxides.; Gene-ID: hyl1; Similarity: the predicted ORF overlaps with A. niger ESTs BE759060 and BE760406.; Similarity: the sequence of the A. niger clone could encode an unpublished allelic product.; See PMID 10548561; See PMID 10673439; epoxide hydrolase hyl1-Aspergillus niger	complement(join(479617..479700,479755..479919,479983..480103,480161..480350,480398..480406,480456..480728,480789..480922,480975..481195))	Aspergillus niger	4988610
An16g02180	CDS	An16g02180	NT_166531.1	481993	482985	R	Remark: the predicted ORF is probably a member of the short chain dehydrogenase/reductase (sdr) family.; Similarity: the predicted ORF shows similarities to some dehydrogenases of different species.; Title: strong similarity to hypothetical short chain dehydrogenase SPCC736.13 - Schizosaccharomyces pombe; uncharacterized protein	complement(481993..482985)	Aspergillus niger	4988611
An16g02190	CDS	An16g02190	NT_166531.1	483577	484182	D	Catalytic activity: proline racemaces catalyse the reaction L-proline <=> D-proline.; Similarity: the predicted ORF shows strong similarity to the central part of proline racemase prdF from C. sticklandii reaching from amino acid 54 to 245 of the 299 amino acids long protein.; Title: strong similarity to proline racemase prdF -Clostridium sticklandii; See PMID 10085076; See PMID 3718964; uncharacterized protein	483577..484182	Aspergillus niger	4988612
An16g02200	CDS	An16g02200	NT_166531.1	484570	485895	D	Title: similarity to hypothetical protein YBR246w -Saccharomyces cerevisiae; uncharacterized protein	join(484570..484772,484836..485895)	Aspergillus niger	4988613
An16g02210	CDS	An16g02210	NT_166531.1	486075	486973	R	Function: rpn12 of S. cerevisiae is a component of the 19S regulatory particle of the proteasome and is therefore involved in ubiquitin-dependent protein degradation.; Phenotype: the null mutant of rpn12 of S. cerevisiae is inviable and the nin1-1 mutant is a temperature-sensitive mutant that shows i) higher rates of recombination and chromosome and plasmid loss; ii) greater sensitivity to UV irradiation; iii) at restrictive temperature, arrest in G2 phase, failure to activate histone H1 kinase, and accumulation of polyubiquinated proteins.; Remark: rpn12 is also called nin1.; Similarity: the predicted ORF overlaps with A. niger EST BE759311.; Title: strong similarity to proteasome 19S regulatory particle subunit Rpn12 - Saccharomyces cerevisiae; See PMID 8143766; See PMID 9584156; See PMID 1563492; uncharacterized protein	complement(join(486075..486353,486416..486973))	Aspergillus niger	4988614
An16g02220	CDS	An16g02220	NT_166531.1	487275	489090	R	Similarity: the similarity of the predicted ORF to the putative 6-hydroxy-D-nicotine oxidase related protein 13E11. 250 of N. crassa is restricted to the C-terminal end of the N. crassa sequence, starting with amino acid 428.; Title: weak similarity to hypothetical 6-hydroxy-D-nicotine oxidase related protein 13E11.250 -Neurospora crassa; uncharacterized protein	complement(join(487275..487639,487677..487792,487899..488115,488270..488350,488611..488764,488803..488861,488919..489090))	Aspergillus niger	84593336
An16g02230	CDS	An16g02230	NT_166531.1	490108	492605	D	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Similarity: the predicted ORF shows much stronger similarity to the hypothetical protein B24M22. 200 of N. crassa.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 9435787; See PMID 10875280; See PMID 10974123; See PMID 7557402; uncharacterized protein	join(490108..490544,490586..492605)	Aspergillus niger	4988616
An16g02240	CDS	An16g02240	NT_166531.1	493100	494041	R	Catalytic activity: PT1 of P. taeda catalyzes the reduction of the benzylic ether bond of dehydrodiconiferyl alcohol and dihydrodehydrodiconiferyl alcohol to produce,respectively, isodihydrodehydrodiconyferyl alcohol and tetrahydrodehydrodiconiferyl alcohol.; Function: these compounds, as many other phenylpropanoids, are crucial for plant defense mechanisms,especially against fungal infections.; Similarity: a weaker similarity exists to putative and described oxidoreductases.; Similarity: the predicted ORF shows strong similarity to several hypothetical proteins with no known function.; Title: similarity to phenylcoumaran benzylic ether reductase PT1 - Pinus taeda; See PMID 10066819; uncharacterized protein	complement(493100..494041)	Aspergillus niger	4988617
An16g02250	CDS	An16g02250	NT_166531.1	494567	496389	R	Catalytic activity: CLN2 of H. sapiens encodes the lysosomal tripeptidyl peptidase I, an enzyme that that cleaves tripeptides from the N-terminus of polypeptides,but has also an endopeptidase activity.; Phenotype: deficiency of CLN2 in humans causes classical late infantile neuronal ceroid lipofuscinosis (LINCL), a fatal childhood neurodegenerative disease.; Similarity: CLN2 of H. sapiens and the predicted ORF show significant sequence similarity to prokaryotic pepstatin-insensitive acid proteases.; Title: strong similarity to lysosomal pepstatin insensitive protease CLN2 - Homo sapiens; lysosome; See PMID 9653647; See PMID 9989590; See PMID 10428067; See PMID 10679303; uncharacterized protein	complement(join(494567..494846,494903..495417,495463..496389))	Aspergillus niger	4988618
An16g02260	CDS	An16g02260	NT_166531.1	496712	497468	D	Title: weak similarity to hypothetical cDNA FLJ20093 fis - Homo sapiens; uncharacterized protein	join(496712..496786,496936..497049,497214..497468)	Aspergillus niger	84593337
An16g02270	CDS	An16g02270	NT_166531.1	498557	498759	R	hypothetical protein	complement(join(498557..498609,498654..498759))	Aspergillus niger	84593338
An16g02280	CDS	An16g02280	NT_166531.1	499772	502394	R	Similarity: although the predicted ORF shows similarity to many fungal transcription factors, it does not contain the typical Zn(2)-Cys(6) fungal-type binuclear cluster domain, responsible for DNA binding of these proteins.; Similarity: the predicted ORF contains, instead,three leucine zipper domains, typical of other gene regulatory proteins.; Title: similarity to cutinase transcription factor beta CTF1b - Fusarium solani; nucleus; See PMID 9139694; uncharacterized protein	complement(join(499772..499850,499964..500341,500403..500576,500628..501244,501304..501384,501442..501752,501835..502243,502296..502394))	Aspergillus niger	4988621
An16g02290	CDS	An16g02290	NT_166531.1	503151	504023	R	Complex: ECI1 of S. cerevisiae is a homohexamer.; Function: ECI1 of S. cerevisiae acts as an auxiliary enzyme in the beta-oxidation of (poly)unsaturated fatty acids, converting 3-hexenoyl-CoA to trans-2-hexenoyl-CoA.; Induction: ECI1 transcripts are elevated in S. cerevisiae cells grown on oleic acid medium, as the gene promoter contains an oleate response element that binds the transcription factors Pip2p and Oaf1pin.; Phenotype: S. cerevisiae ECI1 null mutants are viable, but unable to grow on media containing unsaturated fatty acids such as oleic acid.; Remark: ECI1 of S. cerevisiae is also known as EHD1 or YLR284c.; Remark: the membrane localization is only putative.; Title: strong similarity to delta3-cis-delta2-trans-enoyl-CoA isomerase Eci1 -Saccharomyces cerevisiae; peroxisome; See PMID 9813046; uncharacterized protein	complement(join(503151..503763,503833..504023))	Aspergillus niger	4988622
An16g02300	CDS	An16g02300	NT_166531.1	504340	505256	D	Title: similarity to hypothetical protein YBR096w -Saccharomyces cerevisiae; uncharacterized protein	join(504340..504411,504468..505256)	Aspergillus niger	4988623
An16g02310	CDS	An16g02310	NT_166531.1	505470	505730	D	Similarity: the predicted ORF shows some local similarity to different fragments of reverse transcriptases, likely resulting from retrotransposition events.; Title: weak similarity to reverse transcriptase pol - Tricholoma sejunctum; uncharacterized protein	505470..505730	Aspergillus niger	84593339
An16g02320	CDS	An16g02320	NT_166531.1	506977	508986	D	Title: weak similarity to protein fragment SEQ ID NO:38570 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(506977..507121,507299..507661,507716..507975,508036..508986)	Aspergillus niger	4988625
An16g02330	CDS	An16g02330	NT_166531.1	510115	511791	R	Function: FLU1 of C. albicans confers resistance to fluconazole and cycloheximide to a S. cerevisiae strain hypersensitive to multiple drugs.; Function: multidrug transporters are membrane proteins which, by an unknown mechanism, recognize diverse toxic compounds and efflux them from cells.; Similarity: the predicted ORF shows strong similarity to known and hypothetical members of the multidrug efflux transporters belonging to the major facilitator superfamily of transport proteins.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 8987357; See PMID 11065353; uncharacterized protein	complement(join(510115..511589,511656..511791))	Aspergillus niger	4988626
An16g02340	CDS	An16g02340	NT_166531.1	512342	513604	D	Title: questionable ORF; uncharacterized protein	join(512342..512533,512925..513041,513503..513604)	Aspergillus niger	84593340
An16g02350	CDS	An16g02350	NT_166531.1	513739	515082	R	Catalytic activity: trichothecene 3-O-acetyltransferase of Fusarium catalyzes O-acetylation of the trichothecene ring specifically at the C-3 position in an acetyl-CoA-dependent manner.; Function: TRI101 of F. sporotrichioides converts isotrichodermol to isotrichodermin and is required for the biosynthesis of T-2 toxin.; Function: trichothecene 3-O-acetyltransferase protects Fusarium from the produced toxin.; Remark: trichothecene sesquiterpenoid mycotoxins are potent protein synthesis inhibitors for eukaryotic organisms, and are produced by different fungal genera,including Fusarium.; Title: strong similarity to trichothecene 3-O-acetyltransferase TRI101 - Fusarium sporotrichioides; See PMID 9430709; See PMID 9762900; uncharacterized protein	complement(513739..515082)	Aspergillus niger	4988628
An16g02360	CDS	An16g02360	NT_166531.1	515706	516755	R	Catalytic activity: PLR of S. pombe catalyzes the reaction pyridoxine + NADP+ = pyridoxal + NADPH.; Pathway: PLR of S. pombe is involved in the vitamin B6 metabolism.; Title: strong similarity to pyridoxine 4-dehydrogenase PLR - Schizosaccharomyces pombe; See PMID 10438489; uncharacterized protein	complement(join(515706..516640,516701..516755))	Aspergillus niger	4988629
An16g02370	CDS	An16g02370	NT_166531.1	517311	518072	R	Remark: a very similar sequence from S. spinosa has been patented under patentnumber WO9946387-A1.; Remark: putative sequencing error at position 29690 introducing a stop codon conflicting with several good BLASTP matches.; Similarity: SDR is a very large family of enzymes,most of which are known to be NAD- or NADP-dependent oxidoreductases with different specificities.; Similarity: the predicted ORF shows strong similarity to several hypothetical and described members of the short chain dehydrogenase (SDR) protein family.; Title: strong similarity to sequence 37 from patent WO0116303 - Saccharopolyspora spinosa [putative sequencing error]; putative sequencing error; See PMID 7742302; uncharacterized protein	complement(join(517311..517511,517539..518072))	Aspergillus niger	4988630
An16g02380	CDS	An16g02380	NT_166531.1	519035	521024	D	Similarity: the N-terminal part of the predicted ORF contains some motifs commonly found in oxidoreductases.; Title: strong similarity to hypothetical trunk lateral cell specific gene HrTLC1 - Halocynthia roretzi; uncharacterized protein	join(519035..519063,519228..519297,519368..519448,519512..520122,520173..520347,520400..520799,520912..521024)	Aspergillus niger	10098059
An16g02390	CDS	An16g02390	NT_166531.1	521734	523054	D	Title: similarity to hypothetical protein encoded by An08g08410 - Aspergillus niger; uncharacterized protein	join(521734..521783,521837..522415,522475..522613,522665..523054)	Aspergillus niger	4988632
An16g02400	CDS	An16g02400	NT_166531.1	523077	523977	R	Remark: the predicted ORF shows strong similarity to ORF 2 in the cited reference.; Title: strong similarity to hypothetical protein of the lovastatin biosynthesis gene cluster - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(523077..523638,523703..523977))	Aspergillus niger	4988633
An16g02410	CDS	An16g02410	NT_166531.1	525357	525724	R	hypothetical protein	complement(join(525357..525471,525552..525724))	Aspergillus niger	84593341
An16g02420	CDS	An16g02420	NT_166531.1	526306	529551	D	Title: weak similarity to hypothetical CG7701 -Drosophila melanogaster; uncharacterized protein	join(526306..526920,526977..527654,527716..528399,528458..528907,528964..529551)	Aspergillus niger	4988635
An16g02430	CDS	An16g02430	NT_166531.1	530435	531833	D	Function: cofactor C of H. sapiens is a tubulin-folding protein, involved in the final step of the beta tubulin folding pathway.; Title: similarity to tubulin-folding cofactor C -Homo sapiens; See PMID 8706133; uncharacterized protein	join(530435..530555,530639..530799,530848..531570,531627..531833)	Aspergillus niger	4988636
An16g02440	CDS	An16g02440	NT_166531.1	532302	534041	R	Title: strong similarity to hypothetical mlr1518 -Mesorhizobium loti; uncharacterized protein	complement(join(532302..532335,532373..532397,532480..533696,533755..534041))	Aspergillus niger	4988637
An16g02450	CDS	An16g02450	NT_166531.1	534464	536956	R	Similarity: the N-terminal half of the predicted ORF is constituted by almost 50% of low complexity regions,with weak similarity to several different neurofilament proteins of mammals.; Similarity: the main feture of the predicted ORF is to show similarity to the A. thaliana F17F16. 3 in the C-terminal half.; Title: similarity to hypothetical protein F17F16.3 -Arabidopsis thaliana; uncharacterized protein	complement(join(534464..534543,534592..534809,534865..535741,535789..535994,536183..536216,536410..536956))	Aspergillus niger	4988638
An16g02460	CDS	An16g02460	NT_166531.1	537744	541786	D	Complex: the coatomer is an oligomeric complex that consist of at least the alpha, beta, beta', gamma, delta,epsilon and zeta subunits.; Function: coatomer complex is required for budding from golgi membranes, and is essential for the retrograde golgi-to-ER transport of dilysine-tagged proteins.; Function: the coatomer is a cytosolic protein complex that binds to dilysine motifs and reversibly associates with golgi non-clathrin-coated vesicles, which further mediate biosynthetic protein transport from the ER,via the golgi up to the trans golgi network.; Localization: the coatomer is cytoplasmic or polymerized on the cytoplasmic side of the golgi, as well as on the vesicles/buds originating from it.; Remark: the predicted ORF is almost identical, both at the protein and the DNA level, to the putative A. nidulans coatomer alpha subunit sodVIC.; Similarity: the predicted ORF shows strong similarity to the coatomer alpha subunit, conserved from yeast to mammals.; Title: strong similarity to alpha subunit of the coatomer complex Ret1 - Saccharomyces cerevisiae; See PMID 7724544; See PMID 8001155; See PMID 10361037; uncharacterized protein	join(537744..537755,537850..537899,537961..538280,538334..538669,538725..539691,539745..540340,540390..541474,541532..541786)	Aspergillus niger	4988639
An16g02470	CDS	An16g02470	NT_166531.1	542308	543016	R	Complex: Erv1 of S. cerevisiae is a homodimer.; Function: Erv1 is involved in the cell-division cycle and the maintenance of mitochondrial genomes in S. cerevisiae.; Similarity: A. niger EST EMBLEST:BE759295 comprises the last nucleotides of the coding region and a part of the putative 3'-UTR of the predicted gene.; Similarity: the C-terminal part of Erv1 of S. cerevisiae is conserved also in the mammalian homologues and is responsible for the catalytic activity (formation of disulfide bridges).; Similarity: the N-terminal part of Erv1 of S. cerevisiae displays a high degree of variability and significant differences even among closely related species,which may account for differences in subcellular localization.; Similarity: the N-terminal part of the predicted ORF shows only weak similarity to Erv1 of S. cerevisiae.; Title: strong similarity to FAD-linked sulfhydryl oxidase Erv1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8972573; See PMID 10384986; See PMID 1552903; See PMID 10899311; uncharacterized protein	complement(join(542308..542785,542850..543016))	Aspergillus niger	4988640
An16g02480	CDS	An16g02480	NT_166531.1	543659	544841	D	Title: weak similarity to HIRA-interacting protein 3 HIRIP3 - Homo sapiens; See PMID 9710638; uncharacterized protein	join(543659..543916,544011..544841)	Aspergillus niger	4988641
An16g02490	CDS	An16g02490	NT_166531.1	545696	548297	D	Function: adaptins mediate the interaction of transmembrane receptors to clathrin in the formation of the clathrin-coated transport vesicles.; Function: beta-adaptin is required for the formation of vesicles both at the plasma membrane coated pits, and at the TGN membranes.; Remark: the similarity of the predicted ORF to adaptins is weaker in the C-terminal, but it is possible that some coding regions are missing from the gene model due to the vicinity of the contig border.; Similarity: the predicted ORF shows strong similarity to the beta-adaptin of Drosophila, but also yeast, plants and mammalian species.; Title: strong similarity to beta-adaptin BAD1 -Drosophila melanogaster; See PMID 8006084; See PMID 1969413; See PMID 7593184; uncharacterized protein	join(545696..545772,545828..545848,545919..546050,546110..546747,546803..547371,547426..547787,547850..548297)	Aspergillus niger	4988642
An16g02500	CDS	An16g02500	NT_166531.1	548838	551525	D	Catalytic activity: trpB of A. nidulans catalyses the reaction L-serine + L-(indol-3-yl)glycerol 3-phosphate = L-tryptophan + glyceraldehyde 3-phosphate + H(2)O.; Cofactor: trpB of A. nidulans requires pyridoxal phosphate (by similarity).; Pathway: trpB of A. nidulans catalyses the last (fifth) step in biosynthesis of tryptophan.; Regulation: directly upstream of the transcriptional start site, one well conserved potential binding site for the cross-pathway control transcriptional activator CPCA was found. the level of trpB transcript was shown to be regulated by cross-pathway control. a knockout mutant for trpB displays tryptophan auxotrophy, no trpB transcript is detectable, and development is perturbed to an extent that is dependent on the amount of tryptophan added to the medium.; Similarity: tryptophan synthase (trpB) of A. nidulans is similar to the trpA and trpB family of tryptophan synthases.; Title: strong similarity to tryptophan synthase trpB - Aspergillus nidulans; cytoplasm; See PMID 10905354; uncharacterized protein	join(548838..548973,549037..549340,549423..550989,551502..551525)	Aspergillus niger	4988643
An16g02510	CDS	An16g02510	NT_166531.1	552522	553736	D	Catalytic activity: alcohol dehydrogenase C (ADHC) of M. smegmatis catalyses the reaction alcohol + NADP+ = aldehyde + NADPH.; Cofactor: ADHC of M. smegmatis needs zinc as a co-factor.; Function: the kinetic parameters of the purified ADHC of M. smegmatis showed that using NADPH as electron donor it has a strong preference for aliphatic and aromatic aldehyde substrates. this enzyme is more likely to act as an aldehyde reductase than as an alcohol dehydrogenase.; Title: strong similarity to alcohol dehydrogenase C ADHC - Mycobacterium smegmatis; cytoplasm; See PMID 11257547; uncharacterized protein	join(552522..552695,552763..553374,553443..553736)	Aspergillus niger	4988644
An16g02520	CDS	An16g02520	NT_166531.1	554082	555856	D	Catalytic activity: threonine synthase (THR4) of S. cerevisiae catalyses the reaction o-phospho-L-homoserine + H(2)O =L-threonine + orthophosphate.; Cofactor: THR4 of S. cerevisiae needs pyridoxal phosphate as a co-factor.; Pathway: THR4 of S. cerevisiae catalyses the last step in threonine biosynthesis.; Title: strong similarity to threonine synthase Thr4 - Saccharomyces cerevisiae; See PMID 2204248; uncharacterized protein	join(554082..554135,554237..554562,554632..555498,555541..555856)	Aspergillus niger	4988645
An16g02530	CDS	An16g02530	NT_166531.1	556761	557150	R	Remark: N-terminal truncated ORF due to end of contig.; Similarity: similarity of the predicted A. niger protein to various protein sequences is due to low complexity sequences.; hypothetical protein [truncated ORF]	complement(556761..>557150)	Aspergillus niger	4988646
An16g02540	CDS	An16g02540	NT_166531.1	557251	558476	R	Catalytic activity: Triacylglycerol + H(2)O <=> diacylglycerol + a fatty acid anion.; Function: In breast-fed infants, digestion of milk triglycerides is catalyzed by a concerted action of gastric lipase, colipase-dependent pancreatic lipase, and bile salt-stimulated lipase (BSSL).; Remark: C terminal truncated orf.; Similarity: the N-terminal half of the H. sapiens homolog BSSL is highly conserved between species and shows striking homology to typical esterases, for example,acetylcholine esterase. In contrast, the C-terminal half is unique to BSSL, but all typical properties of BSSL regarding its activity reside in the N-terminal half.; Title: strong similarity to biologically functional bile salt stimulated lipase BSSL from patent WO9325669-A -Homo sapiens [truncated orf]; uncharacterized protein	complement(join(<557251..558241,558340..558346,558410..558476))	Aspergillus niger	10098060
An16g02550	CDS	An16g02550	NT_166531.1	560038	561696	D	Function: the S. cerevisisae homolog Pri1p is the DNA primase small subunit (DNA polymerase alpha 48 kDa subunit). This highly conserved DNA polymerase alpha-primase complex is required for both the initiation and elongation steps of DNA replication.; Remark: Eukaryotic DNA primase initiates the synthesis of all new DNA strands by synthesizing short RNA oligomers on single-stranded DNA. Additionally, primase helps couple replication and repair and is critical for telomere maintenance and, therefore, chromosome stability.; Title: strong similarity to DNA primase Pri1 -Saccharomyces cerevisiae [putative frameshift]; putative frameshift; uncharacterized protein	join(560038..560252,560312..560509,560567..>561696)	Aspergillus niger	4988648
An16g02560	CDS	An16g02560	NT_166531.1	562087	563738	D	Remark: classification of Xylella fastidiosa homolog XF1621 by sequence similarity.; Title: strong similarity to hypothetical beta-lactamase XF1621 - Xylella fastidiosa; uncharacterized protein	join(562087..562218,562288..563282,563345..563738)	Aspergillus niger	4988649
An16g02570	CDS	An16g02570	NT_166531.1	563950	565250	R	Function: the A. nidulans homolog suAprgA1 was isolated as a regulator of penicillin biosynthesis.; Remark: an Aspergillus nidulans strain deleted in the homolog suAprgA1 gene produced about 60% of the amount of penicillin produced by a wild-type strain.; Title: strong similarity to gene involved in the regulation of penicillin biosynthesis suAprgA1 -Aspergillus nidulans; uncharacterized protein	complement(join(563950..563975,564032..564558,564631..564689,564753..564874,565052..565250))	Aspergillus niger	4988650
An16g02580	CDS	An16g02580	NT_166531.1	565672	566332	R	Title: strong similarity to hypothetical protein YOR252w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(565672..565939,566014..566098,566164..566332))	Aspergillus niger	4988651
An16g02590	CDS	An16g02590	NT_166531.1	566780	569170	D	Catalytic activity: the S. pombe homolog ExoI is a 5'->3' double-stranded DNA exonuclease.; Induction: S. pombe ExoI is induced during meiotic prophase I.; Similarity: the Schizosaccharomyces pombe gene exo1 is a member of a family of related DNA repair genes,including RAD2/rad13/xpgc and YKL510/rad2, conserved from yeast to humans.; Title: strong similarity to exodeoxyribonuclease I exo1p - Schizosaccharomyces pombe; uncharacterized protein	join(566780..566792,566851..566998,567055..569170)	Aspergillus niger	4988652
An16g02595	CDS	An16g02595	NT_166531.1	571029	571832	D	putative sequencing error; hypothetical protein	join(571029..571056,571122..571190,571243..571832)	Aspergillus niger	4988653
An16g02610	CDS	An16g02610	NT_166531.1	572629	574787	R	Function: S. cerevisiae Flr1p is a multiple drug resistance (MDR) determinant.; Induction: expression of S. cerevisiae FLR1 is induced by addition of benomyl, dependent on the pleiotropic drug resistance (PDR) network and the transcriptional regulator Pdr3p.; Similarity: the S. cerevisiae homolog Flr1p is a a transporter of the major facilitator superfamily.; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(572629..572671,572747..572785,572973..573574,573643..574139,574210..574396,574467..574787))	Aspergillus niger	4988654
An16g02620	CDS	An16g02620	NT_166531.1	574882	575473	R	hypothetical protein	complement(join(574882..575031,575384..575473))	Aspergillus niger	84593342
An16g02630	CDS	An16g02630	NT_166531.1	575515	576057	R	hypothetical protein	complement(join(575515..575580,575674..575736,576001..576057))	Aspergillus niger	84593343
An16g02640	CDS	An16g02640	NT_166531.1	578456	581832	D	Title: strong similarity to hypothetical protein MTH632 - Methanobacterium thermoautotrophicum; uncharacterized protein	join(578456..578608,578671..578874,578938..578988,579048..579668,579976..580702,581324..581832)	Aspergillus niger	84593344
An16g02650	CDS	An16g02650	NT_166531.1	582442	584315	R	Similarity: the ORF shows strong similarity to expressed sequence tag seq id no:3929 of patent WO200056762-A2 from Aspergillus niger.; Title: strong similarity to hypothetical protein SPBC4.02c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(582442..583513,583567..583835,583891..584072,584127..584174,584234..584315))	Aspergillus niger	4988658
An16g02660	CDS	An16g02660	NT_166531.1	585038	586295	D	Title: similarity to hypothetical RING finger protein - Schizosaccharomyces pombe; uncharacterized protein	join(585038..585245,585307..586165,586268..586295)	Aspergillus niger	4988659
An16g02670	CDS	An16g02670	NT_166531.1	586411	588149	R	Title: weak similarity to hypothetical protein SPAC6B12.11 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(586411..587942,588008..588149))	Aspergillus niger	4988660
An16g02680	CDS	An16g02680	NT_166531.1	588659	589591	R	Title: strong similarity to hypothetical protein YBR151w - Saccharomyces cerevisiae; uncharacterized protein	complement(588659..589591)	Aspergillus niger	4988661
An16g02690	CDS	An16g02690	NT_166531.1	589866	590879	D	hypothetical protein	join(589866..590027,590147..590275,590599..590676,590775..590879)	Aspergillus niger	84593345
An16g02700	CDS	An16g02700	NT_166531.1	591152	593833	D	Similarity: the S. cerevisiae homolog YIL130w shows GAL4 zinc binuclear cluster homology.; Title: similarity to hypothetical membrane protein YIL130w - Saccharomyces cerevisiae; uncharacterized protein	join(591152..591811,591911..593189,593241..593542,593607..593693,593756..593833)	Aspergillus niger	4988663
An16g02710	CDS	An16g02710	NT_166531.1	594040	594736	D	hypothetical protein	join(594040..594195,594448..594538,594627..594736)	Aspergillus niger	84593346
An16g02720	CDS	An16g02720	NT_166531.1	594861	595943	R	hypothetical protein	complement(join(594861..595067,595305..595410,595481..595642,595711..595791,595885..595943))	Aspergillus niger	84593347
An16g02730	CDS	An16g02730	NT_166531.1	596168	597422	D	Catalytic activity: A. niger ABN-A has arabinan-degrading activity and has the ability to cleave (1-2), (1-3) or (1-5) alpha L-arabinosidic linkages and can cleave the 1-6 linkage between the terminal arabinofuranosyl unit and the intermediate glucosyl unit of monoterpenyl alpha-L-arabinofuranosyl glucosides.; Remark: the A. niger homolog ABN-A is a secreted protein.; Title: strong similarity to endo 1,5-alpha-arabinase abnA from patent EP506190-A - Aspergillus niger; uncharacterized protein	join(596168..596964,597018..597205,597256..597284,597336..597422)	Aspergillus niger	4988666
An16g02740	CDS	An16g02740	NT_166531.1	599049	600364	D	Title: strong similarity to hypothetical protein encoded by An15g02580 - Aspergillus niger; uncharacterized protein	join(599049..599165,599255..599350,599492..600087,600169..600364)	Aspergillus niger	4988667
An16g02750	CDS	An16g02750	NT_166531.1	601097	602105	R	Remark: similarity to Arabidopsis sp. prenyltransferase designated ATPT3 patent WO200063391-A2.; Title: similarity to prenyltransferase designated ATPT3 from patent WO200063391-A2 - Arabidopsis sp.; uncharacterized protein	complement(join(601097..601381,601421..601766,601858..602105))	Aspergillus niger	84593348
An16g02760	CDS	An16g02760	NT_166531.1	603444	606088	R	Title: strong similarity to hypothetical protein BH0842 - Bacillus halodurans; uncharacterized protein	complement(join(603444..604244,604279..604510,604566..605432,605483..605739,605803..605885,605947..606088))	Aspergillus niger	4988669
An16g02770	CDS	An16g02770	NT_166531.1	606603	608226	R	Remark: strong similarity to Arabidopsis thaliana protein fragment SEQ ID NO: 50033 patent EP1033405-A2.; Similarity: belongs to the dimethylaniline monooxygenase (N-oxide-forming) family.; Title: strong similarity to protein fragment SEQ ID NO:50033 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(606603..606947,607009..607377,607430..608012,608093..608226))	Aspergillus niger	4988670
An16g02780	CDS	An16g02780	NT_166531.1	608546	609341	R	hypothetical protein	complement(join(608546..608604,608762..608872,608926..609075,609278..609341))	Aspergillus niger	84593349
An16g02790	CDS	An16g02790	NT_166531.1	609747	610904	D	hypothetical protein	join(609747..609772,609858..609933,610030..610131,610302..610367,610498..610549,610633..610681,610742..610904)	Aspergillus niger	84593350
An16g02800	CDS	An16g02800	NT_166531.1	611111	611835	R	hypothetical protein	complement(join(611111..611413,611523..611629,611669..611758,611808..611835))	Aspergillus niger	84593351
An16g02810	CDS	An16g02810	NT_166531.1	612024	613319	D	Remark: there are nucleoporins with different length matching to this ORF.; Title: weak similarity to nucleoporin Rat7 -Saccharomyces cerevisiae; See PMID 7744966; uncharacterized protein	612024..613319	Aspergillus niger	84593352
An16g02820	CDS	An16g02820	NT_166531.1	613900	617551	R	Remark: Fusarium oxysporum fatty-acid hydroxylase CYP505 is a membrane-bound eukaryotic counterpart of Bacillus megaterium cytochrome P450BM3, a fused protein of cytochrome P450 and its reductase.; Title: strong similarity to fatty acid omega-hydroxylase CYP505 - Fusarium oxysporum; See PMID 8830036; See PMID 10995755; uncharacterized protein	complement(join(613900..615419,615488..616474,616538..616978,617043..617288,617431..617551))	Aspergillus niger	4988675
An16g02830	CDS	An16g02830	NT_166531.1	617809	618212	D	hypothetical protein	join(617809..617937,618075..618212)	Aspergillus niger	84593353
An16g02850	CDS	An16g02850	NT_166531.1	619154	620312	R	Remark: alternative name is YGR189c.; Remark: the yeast deletion mutant did not show mating, sporulation or growth defects and overexpression causes high resistance to ketoconazole (35 microM) and intermediate resistance to benomyl (140 microM) and miconazole (2 microM).; Title: strong similarity to cell wall protein Crh1 -Saccharomyces cerevisiae; See PMID 10757808; uncharacterized protein	complement(join(619154..619448,619516..620312))	Aspergillus niger	4988678
An16g02860	CDS	An16g02860	NT_166531.1	621655	623544	R	hypothetical protein	complement(join(621655..621759,621858..622056,622107..622770,623010..623105,623128..623257,623539..623544))	Aspergillus niger	84593354
An16g02870	CDS	An16g02870	NT_166531.1	623978	625261	D	hypothetical protein	623978..625261	Aspergillus niger	84593355
An16g02880	CDS	An16g02880	NT_166531.1	625951	626686	D	Catalytic activity: L-lysine = cadaverine + CO2.; Catalytic activity: also acts on 5-hydroxy-L-lysine.; Similarity: the predicted protein shows much stronger similarity to S. cerevisiae YJL055w, a hypothetical protein with unknown function.; Title: similarity to lysine decarboxylase ECORLD -Eikenella corrodens; See PMID 11312612; uncharacterized protein	join(625951..625985,626041..626686)	Aspergillus niger	4988680
An16g02890	CDS	An16g02890	NT_166531.1	627114	628336	R	Catalytic activity: adenosine + H2O = inosine + NH3; Phenotype: adenosine deaminase deficiency in mammals is the cause of one form of severe combined immunodeficiency disease (SCID), in which there is dysfunction of both B and T lymphocytes with impaired cellular immunity and decreased production of immunoglobulins.; Title: strong similarity to adenosine deaminase Aah1 - Saccharomyces cerevisiae; See PMID 6392474; See PMID 9335580; See PMID 1577682; uncharacterized protein	complement(join(627114..627776,627833..628336))	Aspergillus niger	4988682
An16g02900	CDS	An16g02900	NT_166531.1	629305	630089	R	Title: weak similarity to hypothetical protein CP0627 - Chlamydophila pneumoniae; uncharacterized protein	complement(join(629305..629391,629609..629926,630087..630089))	Aspergillus niger	84593356
An16g02910	CDS	An16g02910	NT_166531.1	630677	633639	R	Function: due to the short stretches of homology to these proteins, the absence of further functional domains in the predicted ORF, and the hypothetical function assignement to many BLASTP homologues, it is not possible to draw conclusions about the function of the protein.; Similarity: the predicted protein shows also some similarity to a little portion of sugar hydrolases, like alpha-mannosidases or xylanases.; Title: strong similarity to hypothetical protein CC0533 - Caulobacter crescentus; uncharacterized protein	complement(join(630677..631046,631096..631199,631296..631313,631365..631453,631506..632047,632109..632199,632252..632767,632818..632938,632986..633072,633185..633306,633372..633639))	Aspergillus niger	4988684
An16g02920	CDS	An16g02920	NT_166531.1	634584	636569	D	Similarity: the similarity to A. nidulans amyR and other transcription facotrs is due to the presence of an N-terminal fungal binuclear zinc cluster.; Title: weak similarity to transcription regulator of maltose utilization amyR - Aspergillus nidulans; See PMID 11318101; uncharacterized protein	join(634584..634595,634786..635864,635918..636569)	Aspergillus niger	4988685
An16g02930	CDS	An16g02930	NT_166531.1	636750	637773	R	Catalytic activity: ERG3 of S. cerevisiae encodes C-5 sterol desaturase, which catalyzes the introduction of a C-5(6) double bond into episterol, a precursor in ergosterol biosynthesis.; Phenotype: Cells lacking ERG3 are viable, but cannot grow on non-fermentable carbon sources, and some erg3 null strains are cold sensitive;furthermore mutations in ERG3 alter sensitivity to a wide variety of drugs.; Similarity: C-5 sterol desaturases have been identified in numerous organisms; homologs from Candida albicans, Arabidopsis, Nicotiana tabacum, and human can complements the erg3 null phenotype in S. cerevisiae.; Title: strong similarity to C-5 sterol desaturase Erg3 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 7766188; See PMID 8109167; See PMID 8180700; See PMID 331007; See PMID 1864507; uncharacterized protein	complement(join(636750..636922,636970..637475,637550..637773))	Aspergillus niger	4988686
An16g02940	CDS	An16g02940	NT_166531.1	638532	639591	D	Similarity: the predicted protein shows equally strong similarity to the muscle specific human transcript PTD001, with unknown function.; Title: strong similarity to protein fragment SEQ ID NO:69506 from patent EP1033405-A2 - Zea mays; uncharacterized protein	join(638532..638701,638958..639591)	Aspergillus niger	4988687
An16g02950	CDS	An16g02950	NT_166531.1	640234	641628	R	Title: strong similarity to essential protein SEQ ID NO:7146 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	complement(join(640234..641430,641503..641628))	Aspergillus niger	4988688
An16g02960	CDS	An16g02960	NT_166531.1	642171	643887	D	Catalytic activity: a prenyl-L-cysteine + H2O = a prenol + L-cysteine.; Catalytic activity: the isoprenoid product of prenylcysteine lyase is the C-1 aldehyde of the isoprenoid moiety; the enzyme requires molecular oxygen as a cosubstrate and utilizes a noncovalently bound flavin cofactor in an NAD(P)H-independent manner; a stoichiometric amount of hydrogen peroxide is produced during the reaction; these findings indicate that prenylcysteine lyase utilizes a novel oxidative mechanism to cleave thioether bonds and provide insight into the unique role this enzyme plays in the cellular metabolism of prenylcysteines.; Function: prenylcysteine lyase is a lysosomal enzyme that cleaves prenylcysteines to cysteine during the degradation of prenylated proteins.; Remark: EC number: 4. 4. 1. 18.; Title: strong similarity to prenylcysteine lyase PCL1 - Homo sapiens; lysosome; See PMID 9287348; See PMID 10585463; See PMID 11078725; uncharacterized protein	join(642171..642330,642389..643583,643647..643887)	Aspergillus niger	4988689
An16g02970	CDS	An16g02970	NT_166531.1	644488	646125	R	Catalytic activity: 5,10-Methylenetetrahydrofolate + Glycine + H2O <=> Tetrahydrofolate + L-Serine.; Catalytic activity: glycine hydroxymethyltransferase also catalyses the reaction of glycine with acetaldehyde to form L-threonine, and with 4-trimethylammoniobutanal to form 3-hydroxy-N6,N6,N6-trimethyl-L-lysine.; Pathway: the enzyme is involved in many metabolic pathways, comprising the anabolism and catabolism of many amino acids and the regulation of the C1 pool through folates.; Remark: Serine hydroxymethyltransferase is officially called Glycine hydroxymethyltransferase.; Similarity: the strongest similarity is to the N. crassa protein; its function was demonstrated only by indirect evidences.; Title: strong similarity to cytoplasmic serine hydroxymethyltransferase Shm2 - Saccharomyces cerevisiae; cytoplasm; See PMID 8132653; See PMID 8852837; See PMID 9398220; See PMID 9749667; See PMID 10641038; uncharacterized protein	complement(join(644488..645451,645530..645894,645965..646015,646090..646125))	Aspergillus niger	4988690
An16g02980	CDS	An16g02980	NT_166531.1	647721	648344	R	Title: weak similarity to transferrin binding protein B tbpB - Moraxella catarrhalis; See PMID 9712766; uncharacterized protein	complement(647721..648344)	Aspergillus niger	4988691
An16g02990	CDS	An16g02990	NT_166531.1	648955	650704	D	Catalytic activity: 2-phospho-D-glycerate = 3-phospho-D-glycerate; 3-phospho-D-glyceroyl phosphate = 2,3-bisphospho-D-glycerate.; Pathway: the enzyme is essential for glycolysis and gluconeogenesis.; Similarity: the predicted ORF is almost identical to phosphoglyceromutase of A. oryzae, whose enzymatic activity was not experimentally demonstrated.; Title: strong similarity to phosphoglycerate mutase pgm - Bacillus subtilis; See PMID 8021172; uncharacterized protein	join(648955..648985,649051..649788,649844..650426,650494..650704)	Aspergillus niger	4988692
An16g03000	CDS	An16g03000	NT_166531.1	651268	651943	R	Complex: the Gim complex is constituted by GIM1/YKE2, GIM2/PAC10, GIM3, GIM4 and GIM5 and promotes the formation of functional alpha- and gamma-tubulin.; Remark: YKE2 of S. cerevisiae si also called GIM1 or YLR200w.; Title: strong similarity to Gim complex component Yke2 - Saccharomyces cerevisiae; cytoplasm; See PMID 7828874; See PMID 9463374; uncharacterized protein	complement(join(651268..651321,651387..651447,651529..651724,651883..651943))	Aspergillus niger	4988693
An16g03010	CDS	An16g03010	NT_166531.1	652452	653953	D	Complex: nucleotide-free or ADP-bound form of VPS4 exists as a dimer, whereas in the ATP-locked state, VPS4 dimers assemble into a decameric complex.; Function: VPS4 ATPase catalyzes the release (uncoating) of an endosomal membrane-associated class E protein complex(es) required for normal morphology and sorting activity of the endosome.; Function: VPS4 of S. cerevisiae is involved in vacuolar sorting, in the internalization and delivery steps of endocytosis.; Remark: VPS4 of S. cerevisiae is also known as VPT10, VPL4, END13, COS8, DID6 or YPR173c.; Title: strong similarity to vacuolar protein sorting-associated protein Vps4 - Saccharomyces cerevisiae; See PMID 3062374; See PMID 3536126; See PMID 3538017; See PMID 2676511; See PMID 3049619; uncharacterized protein	join(652452..652750,652827..653159,653225..653675,653732..653953)	Aspergillus niger	4988694
An16g03020	CDS	An16g03020	NT_166531.1	654964	658753	R	Function: in particular it must be noted that the predicted protein does not contain any recognized ATP-binding nor actin-binding motives, rather three leucine zipper domains.; Similarity: the A. nidulans protein and the predicted A. niger protein are similar to a S. pombe protein, called PCP1 or SPAC6G9. 06C, claimed to be a spindle body component that binds calmodulin, but still unpublished.; Similarity: the C-terminal part of the predicted protein is almost identical to A. nidulans calmodulin-binding coil-coil protein; this is a protein database entry derived from an uncomplete mRNA sequence,unpublished and with an hypothetical function assignment.; Similarity: the similarity to myosin heavy chain of many molluscs is much weaker, and the function assignment must be considered hypothetical.; Title: similarity to myosin heavy chain - Pecten maximus; See PMID 11129432; uncharacterized protein	complement(join(654964..655195,655264..658115,658163..658753))	Aspergillus niger	4988695
An16g03030	CDS	An16g03030	NT_166531.1	659172	661124	D	Title: strong similarity to hypothetical suppressor of S. cerevisiae gcr2 - Homo sapiens; uncharacterized protein	join(659172..659436,659478..659695,659751..661124)	Aspergillus niger	4988696
An16g03040	CDS	An16g03040	NT_166531.1	661724	663386	D	Phenotype: AMMECR1 is a human gene of unknown function included in the deleted region of the contiguous gene deletion syndrome AMME, located in Xq22. 3, that includes Alport syndrome (A), mental retardation (M),midface hypoplasia (M), and elliptocytosis (E).; Similarity: the predicted ORF is identical to A. niger EST EMBLEST:BE760000.; Title: strong similarity to hypothetical AMMECR1 -Homo sapiens; See PMID 10049589; See PMID 10828604; uncharacterized protein	join(661724..661729,661820..661860,662022..662075,662331..662834,662918..663188,663264..663386)	Aspergillus niger	4988697
An16g03050	CDS	An16g03050	NT_166531.1	664241	665668	R	Function: Ca2+/calmodulin-dependent protein kinases (CaM-kinases) II, IV, and I play important roles as Ca2+ responsive multifunctional protein kinases in controlling a variety of cellular functions in response to an increase in intracellular Ca2+.; Phenotype: null mutation of cmkB in A. nidulans is lethal; perturbations of gene function cause, among other effects, abnormal sporulation.; Similarity: cmkB of A. nidulans is the homologue of mammalian CaM kinases (CaMKs) I/IV.; Title: strong similarity to calcium/calmodulin dependent protein kinase cmkB - Aspergillus nidulans; See PMID 9601605; See PMID 10366852; See PMID 10609316; See PMID 10988293; See PMID 11173518; uncharacterized protein	complement(join(664241..664832,664901..665231,665305..665395,665489..665668))	Aspergillus niger	4988698
An16g03060	CDS	An16g03060	NT_166531.1	666722	673530	R	Function: POL2 of S. cerevisiae is the catalytic subunit A of the DNA polymerase epsilon, essential for DNA replication and involved in DNA nucleotide excision repair,required for arrest in response to inhibition of DNA replication.; Similarity: the predicted protein is very similar to nimP, the DNA polymerase epsilon homolog of Emericella nidulans, still unpublished.; Title: strong similarity to DNA-directed DNA polymerase epsilon Pol2 - Saccharomyces cerevisiae; nucleus; See PMID 7667891; See PMID 10022887; See PMID 10072354; See PMID 10097122; See PMID 1291235; uncharacterized protein	complement(join(666722..672675,672726..672790,672923..673530))	Aspergillus niger	4988699
An16g03070	CDS	An16g03070	NT_166531.1	674009	674663	D	Remark: the systematic gene name of COX20 is YDR231c.; Title: weak similarity to mitochondrial protein involved in cytochrome oxidase maturation and assembly Cox20 - Saccharomyces cerevisiae; uncharacterized protein	join(674009..674342,674407..674663)	Aspergillus niger	4988700
An16g03080	CDS	An16g03080	NT_166531.1	674961	676277	R	hypothetical protein	complement(join(674961..676103,676260..676277))	Aspergillus niger	4988701
An16g03090	CDS	An16g03090	NT_166531.1	676485	678190	R	Complex: Nop56p of S. cerevisiae physically interacts with Nop1p in the C+D box snoRNP.; Function: Nop56p of S. cerevisiae is also involved in 27SB pre-rRNA processing.; Function: Nop56p of S. cerevisiae is required for 35S pre-rRNA processing at the A0, A1 and A2 cleavage sites.; Localization: Nop56p of S. cerevisiae is localized at the nucleolus.; Pathway: Nop56p of S. cerevisiae is involved in the pathway of 18S, 25S and 5,8S rRNA biosynthesis.; Remark: the systematic gene name of NOP56 of S. cerevisiae is YLR197w, an alternative name is SIK1.; Title: strong similarity to small nucleolar RNP component Nop56 - Saccharomyces cerevisiae; nucleus; See PMID 9372940; See PMID 10733567; uncharacterized protein	complement(join(676485..676760,676848..677967,678027..678190))	Aspergillus niger	4988702
An16g03100	CDS	An16g03100	NT_166531.1	678568	680554	D	Complex: the TCP-1-containing cytosolic chaperonin of M. musculus is a heterooligomer including at least the CCT alpha, beta, gamma, delta, epsilon, zeta and eta subunits.; Function: the TCP-1-containing cytosolic chaperonin of M. musculus assists the folding of proteins upon ATP hydrolysis.; Remark: CctZ of M. musculus is subject of the protein sequence patent WO9520654-A1 (PATENTPROT:AAR79582).; Title: strong similarity to TCP-1-containing cytosolic chaperonin zeta subunit CctZ - Mus musculus; cytoplasm; See PMID 7953530; uncharacterized protein	join(678568..678609,678692..678786,678840..678861,678922..678963,679016..679036,679092..679265,679328..680554)	Aspergillus niger	4988703
An16g03110	CDS	An16g03110	NT_166531.1	681225	683356	R	Catalytic activity: Acetyl-CoA + histone = CoA + acetylhistone; Function: hMOF of H. sapiens has histone acetyltransferase activity directed toward histones H3, H2A and H4.; Function: hMOF of H. sapiens is involved in the regulation of chromatin structure thereby excerting control of gene expression levels.; Function: the Drosophila ortholog MOF of hMOF of H. sapiens is part of the compensasome involved in gene dosage compensation.; Similarity: belongs to the MYST family of histone acetyltransferases.; Title: strong similarity to histone acetyl transferase hMOF - Homo sapiens; See PMID 10786633; See PMID 11230534; uncharacterized protein	complement(join(681225..681584,681610..681613,681652..682296,682335..682374,682409..682478,682732..682750,682941..682978,683068..683084,683113..683161,683234..683356))	Aspergillus niger	4988704
An16g03120	CDS	An16g03120	NT_166531.1	684507	686585	D	Function: NSR1 of S. cerevisiae binds the nuclear localization sequence of the histone H2B.; Function: NSR1 of S. cerevisiae is involved in pre-rRNA processing.; Similarity: homology to NSR1 of S. cerevisiae is restricted to the RNA recognition motif.; Title: similarity to nucleolar protein Nsr1 -Saccharomyces cerevisiae; See PMID 7926838; See PMID 1706724; uncharacterized protein	684507..686585	Aspergillus niger	4988705
An16g03130	CDS	An16g03130	NT_166531.1	686986	688745	D	Catalytic activity: ATP + L-asparagine + tRNA(Asn) = AMP + diphosphate + L-asparaginyl-tRNA(Asn).; Function: YCR024c of S. cerevisiae is a nuclear gene coding for a mitochondrial tRNA-synthetase.; Title: strong similarity to mitochondrial asparagine--tRNA ligase YCR024c - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9030748; uncharacterized protein	join(686986..687251,687324..687444,687501..688479,688582..688745)	Aspergillus niger	4988706
An16g03140	CDS	An16g03140	NT_166531.1	690209	692182	R	Similarity: belongs to the family of acyltransferases usually involved in secondary metabolism activities (PF02458).; Title: similarity to hypothetical anthranilate N-hydroxycinnamoyl/benzoyltransferase At2g19070 -Arabidopsis thaliana; uncharacterized protein	complement(join(690209..691846,691988..692182))	Aspergillus niger	4988707
An16g03150	CDS	An16g03150	NT_166531.1	692435	694023	D	hypothetical protein	join(692435..692546,692617..692704,692771..692853,692916..693035,693206..693295,693398..693522,693658..694023)	Aspergillus niger	84593357
An16g03160	CDS	An16g03160	NT_166531.1	696100	696730	D	Title: questionable ORF; uncharacterized protein	join(696100..696102,696212..696250,696388..696438,696587..696730)	Aspergillus niger	84593358
An16g03170	CDS	An16g03170	NT_166531.1	699151	700912	R	hypothetical protein	complement(join(699151..699301,699401..699470,699536..699599,699676..699842,699943..700056,700262..700320,700589..700630,700746..700912))	Aspergillus niger	84593359
An16g03180	CDS	An16g03180	NT_166531.1	702085	702800	R	hypothetical protein	complement(join(702085..702214,702334..702432,702514..702566,702654..702800))	Aspergillus niger	84593360
An16g03190	CDS	An16g03190	NT_166531.1	702890	703761	D	Function: pac2 overexpression in S. pombe represses the expression of ste11 which controls the onset of sexual development.; Title: strong similarity to cAMP-independent repressor of ste11 expression ac2p - Schizosaccharomyces pombe; See PMID 8536311; uncharacterized protein	join(702890..703632,703731..703761)	Aspergillus niger	84593361
An16g03195	CDS	An16g03195	NT_166531.1	703927	704262	R	hypothetical protein	complement(703927..704262)	Aspergillus niger	84593362
An16g03200	CDS	An16g03200	NT_166531.1	705128	706772	R	hypothetical protein	complement(join(705128..705164,705298..705652,705917..705939,706239..706443,706478..706501,706537..706615,706680..706772))	Aspergillus niger	84593363
An16g03210	CDS	An16g03210	NT_166531.1	707275	708059	D	Title: weak similarity to hypothetical transcriptional regulator - Clostridium acetobutylicum; uncharacterized protein	join(707275..707578,707639..707755,707986..708059)	Aspergillus niger	84593364
An16g03220	CDS	An16g03220	NT_166531.1	708636	709300	D	Remark: CAB11213. 1 is encoded by SPAC17H9. 04c from S. pombe.; Title: weak similarity to hypothetical RNA-binding zinc finger protein CAB11213.1 - Schizosaccharomyces pombe; uncharacterized protein	join(708636..708794,708874..708996,709042..709092,709169..709300)	Aspergillus niger	84593365
An16g03230	CDS	An16g03230	NT_166531.1	710204	711542	D	hypothetical protein	join(710204..710771,711023..711163,711355..711542)	Aspergillus niger	84593366
An16g03240	CDS	An16g03240	NT_166531.1	711963	712491	D	Title: weak similarity to hypothetical membrane lipoprotein CAC13380.1 - Mycoplasma pulmonis; uncharacterized protein	join(711963..712008,712041..712071,712253..712365,712397..712491)	Aspergillus niger	84593367
An16g03250	CDS	An16g03250	NT_166531.1	713283	713521	R	Title: questionable ORF; uncharacterized protein	complement(join(713283..713349,713387..713420,713467..713521))	Aspergillus niger	84593368
An16g03260	CDS	An16g03260	NT_166531.1	714168	715502	R	Title: weak similarity to Ras guanine nucleotide exchange factor son-of-sevenless sos1 - Mus musculus; uncharacterized protein	complement(join(714168..714602,714642..714835,714918..715150,715191..715236,715304..715502))	Aspergillus niger	84593369
An16g03270	CDS	An16g03270	NT_166531.1	715533	715882	D	hypothetical protein	join(715533..715692,715740..715882)	Aspergillus niger	84593370
An16g03280	CDS	An16g03280	NT_166531.1	716849	718079	D	Title: weak similarity to Deltex1 - Mus musculus; uncharacterized protein	join(716849..717035,717119..717160,717205..717438,717518..717583,717662..717765,717851..717940,718053..718079)	Aspergillus niger	84593371
An16g03290	CDS	An16g03290	NT_166531.1	719434	721600	D	Function: Uga3 from S. cerevisiae is a transcriptional activator for GABA catabolic genes.; Remark: synonyms for Uga3 from S. cerevisiae are YDL170w.; Title: similarity to regulator protein Uga3 -Saccharomyces cerevisiae; See PMID 10713424; See PMID 2109179; uncharacterized protein	join(719434..720107,720188..720276,720414..721600)	Aspergillus niger	4988723
An16g03300	CDS	An16g03300	NT_166531.1	723018	724951	R	Regulation: the transcription of Uga4 from S. cerevisiae is induced in the presence of GABA.; Remark: Uga4 from S. cerevisiae is an amino acid permease with high specificity for 4-aminobutyric acid (GABA).; Remark: a synonym for Uga4 from S. cerevisiae is YDL210w.; Title: strong similarity to GABA permease Uga4 -Saccharomyces cerevisiae; See PMID 8455553; See PMID 8828907; See PMID 9678893; uncharacterized protein	complement(join(723018..723102,723170..723241,723294..723623,723692..724006,724062..724251,724284..724399,724447..724847,724895..724951))	Aspergillus niger	4988724
An16g03310	CDS	An16g03310	NT_166531.1	725913	728071	R	Function: the tol protein from Neurospora crassa mediates growth inhibition and cell death induced by fusion of hyphae of opposite mating type during vegetative growth.; Remark: the coiled-coil domain and the leucine-rich repeat of the tol protein from Neurospora crassa are required for activity.; Title: similarity to mediator for mating-type associated vegetative incompatibility tol - Neurospora crassa; See PMID 8200515; See PMID 9927450; uncharacterized protein	complement(join(725913..727759,727810..727896,727978..728071))	Aspergillus niger	4988725
An16g03320	CDS	An16g03320	NT_166531.1	728965	732254	D	Complex: human Sec24a co-immunoprecipitate with human Sec23aa.; Complex: human Sec24a co-localizes with the human proteins Sec23 and Sec13.; Function: human Sec24a is probably involved in ER to Golgi transport.; Similarity: human Sec24a belongs to the Sec23/Sec24 protein family.; Title: strong similarity to transport protein Sec24A - Homo sapiens; intracellular transport vesicles; See PMID 10075675; uncharacterized protein	join(728965..730290,730337..730434,730484..730824,730873..731310,731360..731551,731620..732254)	Aspergillus niger	4988726
An16g03330	CDS	An16g03330	NT_166531.1	734469	735011	D	Remark: the ORF shows also strong similarity to the Aspergillus niger EST seq id no:4367 of patent WO200056762-A2.; Title: weak similarity to endo-1,4-beta-xylanase CAA93120.1 - Ascochyta pisi; uncharacterized protein	734469..735011	Aspergillus niger	4988727
An16g03340	CDS	An16g03340	NT_166531.1	738459	741572	R	Complex: X. laevis CPSF forms a specific complex with RNAs that contain both a cytoplasmic polyadenylation element (CPE) and the polyadenylation element AAUAAA.; Function: immunodepletion of the 100-kDa subunit of X. laevis CPSF reduces CPE-specific polyadenylation in vitro.; Localization: CPSF from X. laevis is predominantly localized to the cytoplasm of oocytes.; Title: strong similarity to cleavage and polyadenylation specificity factor 100 kDa subunit CPSF -Xenopus laevis; cytoplasm; See PMID 10409759; uncharacterized protein	complement(join(738459..739410,739585..739874,740010..740344,740414..741084,741157..741357,741424..741572))	Aspergillus niger	4988728
An16g03350	CDS	An16g03350	NT_166531.1	742061	742597	D	Similarity: the similarities are based on repetetive structures.; Title: weak similarity to silk fibroin like protein SEPL4 from patent WO8803533-A - synthetic; uncharacterized protein	742061..742597	Aspergillus niger	84593372
An16g03360	CDS	An16g03360	NT_166531.1	743140	744172	R	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to cell wall hydroxyproline-rich glycoprotein HRGPnt3 - Nicotiana tabacum; uncharacterized protein	complement(join(743140..743270,743545..744172))	Aspergillus niger	84593373
An16g03370	CDS	An16g03370	NT_166531.1	745924	749046	R	Localization: Cwh43 from S. cerevisiae is localized at the plasma membrane, although localization to the internal structure of the cells could not be excluded, and it concentrates to the bud tip of small budded cells and to the neck of dividing cells.; Phenotype: cwh43-2 mutant from S. cerevisiae shows Calcofluor white hypersensitivity, a growth defect and increased release of beta-1,6-glucan and beta-glucosylated proteins into the growth medium at increased temperatures.; Remark: the synonym for Cwh43 from S. cerevisiae is YCR017c.; Title: strong similarity to sensor/transporter protein involved in maintenance of cell wall integrity Cwh43 - Saccharomyces cerevisiae; plasma membrane; See PMID 11427965; uncharacterized protein	complement(join(745924..746082,746145..747952,748003..748048,748104..748188,748246..748284,748395..748521,748575..749046))	Aspergillus niger	4988731
An16g03380	CDS	An16g03380	NT_166531.1	749622	750881	D	Title: similarity to diagnostic protein #23219 from patent WO200175067-A2 - Homo sapiens; uncharacterized protein	join(749622..749711,749790..750881)	Aspergillus niger	4988732
An16g03390	CDS	An16g03390	NT_166531.1	751008	751977	R	Remark: about the patent EP1033405-A2 is no further information available.; Remark: the matching coding sequence was isolated by carrying out RT-PCR on mRNA obtained from A. thaliana.; Title: similarity to protein fragment SEQ ID NO:29234 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(751008..751095,751169..751429,751511..751977))	Aspergillus niger	4988733
An16g03400	CDS	An16g03400	NT_166531.1	753746	756249	D	Function: deletion of nab3 in S. cerevisiae results in a decrease in the amount of mature ACT1, CYH2, and TPI1 mRNAs, a concomitant accumulation of unspliced ACT1 pre-mRNA, and an increase in the ratio of unspliced CYH2 pre-mRNA to mRNA.; Function: the Nab3 protein from S. cerevisiae proteins may be required for packaging pre-mRNAs into ribonucleoprotein structures amenable to efficient nuclear RNA processing.; Remark: startcodon is missing.; Remark: synonyms for Nab3 from S. cerevisiae are Hmd1 and YPL190c.; Title: strong similarity to nuclear polyadenylated RNA-binding protein Nab3 - Saccharomyces cerevisiae [truncated ORF]; nucleus; See PMID 7962083; See PMID 10655211; uncharacterized protein	join(<753746..754553,754615..754794,754854..755346,755417..755637,755702..756249)	Aspergillus niger	4988734
An16g03410	CDS	An16g03410	NT_166531.1	756811	757300	R	Similarity: the ORF also shows similarity to the EST SEQ ID NO:5884 of patent WO200056762-A2 from Aspergillus oryzae.; Title: similarity to hypothetical protein YMR244c-a - Saccharomyces cerevisiae; uncharacterized protein	complement(join(756811..756933,757076..757300))	Aspergillus niger	4988735
An16g03420	CDS	An16g03420	NT_166531.1	757740	758468	D	Function: overexpression of SYS1 suppresses the ypt6 phenotype of temperature-sensitive growth and partial missorting of the vacuolar enzyme, carboxypeptidase Y.; Phenotype: sys1 deletion mutants of S. cerevisiae show slight growth defects.; Phenotype: ypt6 sys1 mutants show enhanced defects in vacuolar protein sorting and cell growth; Remark: the synonym for Sys1 from S. cerevisiae is YJL004c.; Title: similarity to multicopy suppressor Sys1 -Saccharomyces cerevisiae; See PMID 8923208; uncharacterized protein	join(757740..757987,758054..758468)	Aspergillus niger	4988736
An16g03430	CDS	An16g03430	NT_166531.1	759723	760895	D	Remark: novR belongs to the novobiocin biosynthetic gene cluster of Streptomyces spheroides.; Remark: novobiocin belongs to the aminocoumarin antibiotics.; Remark: novobiocin inhibits bacterial DNA gyrase by interaction with the N-terminal 24-kDa subdomain.; Similarity: the ORF also shows strong similarity to the EST Dark Grown 1 (DG1) Sorghum bicolor.; Title: strong similarity to novobiocin biosynthetic gene novR - Streptomyces spheroides; See PMID 10770754; uncharacterized protein	join(759723..760008,760085..760345,760409..760541,760599..760767,760821..760895)	Aspergillus niger	4988737
An16g03450	CDS	An16g03450	NT_166531.1	761977	763404	D	Similarity: the ORF also shows strong similarity to the EST an_2900 from Aspergillus niger.; Title: similarity to hypothetical protein YNL051w -Saccharomyces cerevisiae; uncharacterized protein	761977..763404	Aspergillus niger	4988739
An16g03460	CDS	An16g03460	NT_166531.1	764363	764890	D	Title: questionable ORF; uncharacterized protein	join(764363..764467,764526..764566,764703..764721,764819..764890)	Aspergillus niger	84593374
An16g03470	CDS	An16g03470	NT_166531.1	765148	766649	D	Title: weak similarity to hypothetical protein encoded by 12F11.190 - Neurospora crassa; uncharacterized protein	join(765148..765226,765453..765626,765696..765756,765799..765809,765933..766110,766199..766364,766434..766478,766533..766649)	Aspergillus niger	84593375
An16g03480	CDS	An16g03480	NT_166531.1	767248	769998	R	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to neurofilament protein NF-M2 - Xenopus laevis; uncharacterized protein	complement(join(767248..767281,767375..767462,767538..767655,767766..767944,768068..768250,768692..768755,768840..768958,769003..769036,769178..769232,769630..769756,769850..769905,769949..769998))	Aspergillus niger	84593376
An16g03490	CDS	An16g03490	NT_166531.1	770431	772457	D	Phenotype: overexpression of RGM1 gene greatly impairs cell growth.; Remark: a splice site was detected upstream of the START codon.; Remark: the synonym for Rgm1 from S. cerevisiae is YMR182c.; Title: similarity to transcription repressor Rgm1 -Saccharomyces cerevisiae; nucleus; See PMID 1923755; uncharacterized protein	join(770431..772236,772293..772457)	Aspergillus niger	4988743
An16g03500	CDS	An16g03500	NT_166531.1	773947	774474	D	Title: weak similarity to slow myosin heavy chain myoHC-A4 - Notothenia coriiceps; uncharacterized protein	join(773947..774058,774125..774225,774304..774474)	Aspergillus niger	4988744
An16g03510	CDS	An16g03510	NT_166531.1	775533	777011	D	Title: strong similarity to hypothetical protein CAD70874.1 - Neurospora crassa; uncharacterized protein	775533..777011	Aspergillus niger	4988745
An16g03520	CDS	An16g03520	NT_166531.1	777435	780343	D	Complex: heterodimer of MSH2 and MSH6.; Function: MSH2 of S. cerevisiae is involved in post-replicative DNA-mismatch repair. Msh2 of S. cerevisiae binds to mismatch-containing DNA.; Similarity: MSH2 of S. cerevisiae belongs to the DNA mismatch repair muts family.; Title: strong similarity to DNA mismatch repair protein Msh2 - Saccharomyces cerevisiae; nucleus; See PMID 9545323; uncharacterized protein	join(777435..777458,777530..780343)	Aspergillus niger	4988746
An16g03530	CDS	An16g03530	NT_166531.1	781276	783824	D	Function: gpi1 is necessary for the synthesis of n-acetylglucosaminyl-phosphatidylinositol, the very early intermediate in gpi-anchor biosynthesis.; Title: similarity to n-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1p - Schizosaccharomyces pombe; See PMID 9046095; uncharacterized protein	join(781276..781443,781473..782607,782663..783124,783177..783262,783311..783611,783781..783824)	Aspergillus niger	4988747
An16g03540	CDS	An16g03540	NT_166531.1	784882	787230	D	Complex: Rrp6 of S. cerevisiae is a component of the exosome multienzyme ribonuclease complex composed of at least 11 proteins: Rrp4, Rrp40, Rrp41/Ski6, Rrp42, Rrp43,Rrp44/Dis3, Rrp45, Rrp46, Mtr3, Csl4 and Rrp6.; Function: Rrp6 of S. cerevisiae is a component of the nuclear exosome 3->5 exoribonuclease complex. Rrp6 is required for the 3'processing of the 7s pre-rna to the mature 5. 8s rrna. Rrp6 has a 3'-5' exonuclease activity.; Remark: UNC733 and YOR001W are alternative names for RRP6.; Title: strong similarity to exosome complex exonuclease Rrp6 - Saccharomyces cerevisiae; nucleus; See PMID 9582370; uncharacterized protein	784882..787230	Aspergillus niger	4988748
An16g03550	CDS	An16g03550	NT_166531.1	787431	788411	R	Title: similarity to protein fragment SEQ ID NO:17361 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(787431..787467,787537..787618,787708..787841,787915..788131,788231..788411))	Aspergillus niger	4988749
An16g03560	CDS	An16g03560	NT_166531.1	789365	790619	D	hypothetical protein	join(789365..790019,790080..790162,790305..790619)	Aspergillus niger	84593377
An16g03570	CDS	An16g03570	NT_166531.1	794438	796024	R	Title: weak similarity to hypothetical protein pr1 -Cytomegalovirus maastricht; uncharacterized protein	complement(join(794438..794548,794881..794931,795163..795237,795348..795448,795571..795666,795847..796024))	Aspergillus niger	84593378
An16g03580	CDS	An16g03580	NT_166531.1	796150	798664	D	Function: sar1 of S. pombe encodes a product capable of regulating ras1 function.; Similarity: sar1 of S. pombe is a member of the family of amily of RAS GTPase-activating proteins (GAPs).; Title: strong similarity to RAS GTPase-activating protein sar1p - Schizosaccharomyces pombe; See PMID 1883874; See PMID 2038319; uncharacterized protein	join(796150..796354,796422..796555,796605..798447,798504..798664)	Aspergillus niger	4988752
An16g03590	CDS	An16g03590	NT_166531.1	800367	801631	D	Function: sec14 of S. cerevisiae is required for transport of secretory proteins from the golgi complex. Catalyzes the transfer of phosphatidylinositol and phosphatidylcholine between membranes in vitro. Essential for viability and secretion.; Remark: SEC14 is an essential gene for yeast vegetative growth and is required for export of yeast secretory proteins from the Golgi complex.; Similarity: sec14 of S. cerevisiae belongs to the sec14 cytosolic factor family.; Title: strong similarity to phosphatidylinositol-phosphatidylcholine transfer protein Sec14 - Saccharomyces cerevisiae; cytoplasm; See PMID 9461221; See PMID 2215682; See PMID 2466847; uncharacterized protein	join(800367..800587,800808..800931,801008..801631)	Aspergillus niger	4988753
An16g03600	CDS	An16g03600	NT_166531.1	802214	803165	R	Title: similarity to hypothetical protein SPAC688.02c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(802214..802900,802989..803165))	Aspergillus niger	4988754
An16g03610	CDS	An16g03610	NT_166531.1	803847	805494	D	Title: similarity to hypothetical protein SPAC1296.04 - Schizosaccharomyces pombe; uncharacterized protein	join(803847..805010,805105..805494)	Aspergillus niger	4988755
An16g03620	CDS	An16g03620	NT_166531.1	805872	808343	D	Title: similarity to hypothetical protein CAD37049.1 - Neurospora crassa; uncharacterized protein	805872..808343	Aspergillus niger	4988756
An16g03630	CDS	An16g03630	NT_166531.1	808703	809476	R	Function: MAK3 encodes an N-acetyltransferase whose modification of the L-A major coat protein NH2 terminus is essential for viral assembly, unassembled coat protein is unstable.; Title: strong similarity to N-acetyltransferase Mak3 - Saccharomyces cerevisiae; See PMID 1339437; See PMID 1400344; uncharacterized protein	complement(join(808703..808978,809063..809476))	Aspergillus niger	4988757
An16g03640	CDS	An16g03640	NT_166531.1	809759	812168	D	Catalytic activity: Phosphatidylcholin + a sterol <=> a sterol ester + 1-acylglycerophosphocholine.; Function: mouse LCAT catalyzes the esterification of cholesterol in high density lipoproteins.; Title: similarity to phosphatidylcholine-sterol O-acyltransferase Lcat - Mus musculus; See PMID 2600083; uncharacterized protein	join(809759..810073,810146..811553,811619..811706,811747..811785,812132..812168)	Aspergillus niger	4988758
An16g03650	CDS	An16g03650	NT_166531.1	813488	814883	R	Function: aurA gene product is necessary for inositol phosphorylceramide (IPC) synthase activity.; Phenotype: mutations in aurA gene of A. nidulans confer a high level of resistance to aureobasidin A.; Title: strong similarity to aureobasidin-resistance protein aurA - Aspergillus nidulans; See PMID 10102364; uncharacterized protein	complement(join(813488..814385,814462..814883))	Aspergillus niger	4988759
An16g03660	CDS	An16g03660	NT_166531.1	814967	815808	D	Remark: the ORF shows similarity to cDNA of the aureobasidin-resistance protein aur1 of A. fumigatus. This cDNA belongs to the adjacent gene.; Title: questionable ORF; uncharacterized protein	join(814967..815046,815138..815257,815330..815375,815471..815512,815602..815808)	Aspergillus niger	84593379
An16g03670	CDS	An16g03670	NT_166531.1	816210	816976	R	hypothetical protein	complement(join(816210..816309,816367..816528,816611..816846,816926..816976))	Aspergillus niger	84593380
An16g03680	CDS	An16g03680	NT_166531.1	818368	818823	R	hypothetical protein	complement(818368..818823)	Aspergillus niger	84593381
An16g03690	CDS	An16g03690	NT_166531.1	820881	821840	R	Function: involved in both homeostasis of calcium and manganese ions.; Localization: Ccc1p polypeptide was found to localize to a Golgi-like organelle in yeast.; Title: strong similarity to iron and manganese transporter Ccc1 - Saccharomyces cerevisiae; See PMID 7941738; uncharacterized protein	complement(join(820881..821409,821476..821840))	Aspergillus niger	4988763
An16g03700	CDS	An16g03700	NT_166531.1	823327	825019	D	Catalytic activity: Phospholipase B catalyzes the reaction of 2-Lysophosphatidylcholine + H2O = Glycerophosphocholine + a fatty acid anion.; Function: Phospholipase B is useful for hydrolysing the fatty acyl group(s) of phospholipids or lysophospholipids, such as lecithin or lysolecithin.; Remark: the ORF encoded protein also shows strong similarity to hypothetical phospholipases C (EC 3. 1. 4. 3) of A. thaliana.; Title: strong similarity to phospholipase B from patent US6146869-A - Aspergillus oryzae; uncharacterized protein	join(823327..823425,823475..823888,823936..824112,824165..824203,824251..824459,824508..824657,824704..825019)	Aspergillus niger	4988764
An16g03710	CDS	An16g03710	NT_166531.1	825308	825803	R	Title: weak similarity to hypothetical protein CAD60720.1 - Podospora anserina; uncharacterized protein	complement(join(825308..825518,825598..825803))	Aspergillus niger	4988765
An16g03720	CDS	An16g03720	NT_166531.1	827125	829633	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 9383611; See PMID 9987114; See PMID 11152942; See PMID 8710886; uncharacterized protein	complement(join(827125..828912,829259..829394,829611..829633))	Aspergillus niger	4988766
An16g03730	CDS	An16g03730	NT_166531.1	829674	830900	D	hypothetical protein	join(829674..829944,830067..830175,830286..830389,830490..830539,830610..830900)	Aspergillus niger	84593382
An16g03740	CDS	pkaR	NT_166531.1	833202	834437	D	Function: pkaR from A. niger is involved in morphogenesis.; Gene-ID: pkaR; Remark: a splice site was detected upstream of the START codon.; deleted EC_number 2.7.1.37; cAMP-dependent protein kinase regulatory subunit pkaR-Aspergillus niger	833202..834437	Aspergillus niger	4988768
An16g03750	CDS	An16g03750	NT_166531.1	834764	835936	R	Remark: the coding sequence of the protein from patent EP1033405-A2 was isolated by carrying out RT-PCR on all of the mRNA obtained from the plant, and creating a cDNA library which could then be sequenced, allowing the putative protein sequence(s) to be obtained.; Title: similarity to protein fragment SEQ ID NO:72807 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(834764..834775,835061..835293,835438..835936))	Aspergillus niger	4988769
An16g03760	CDS	An16g03760	NT_166531.1	836478	839804	D	Title: similarity to hypothetical protein 15E6.220 -Neurospora crassa; uncharacterized protein	836478..839804	Aspergillus niger	4988770
An16g03770	CDS	An16g03770	NT_166531.1	842076	844172	R	putative frameshift; hypothetical protein	complement(join(<842076..842246,842295..842528,842612..842885,843176..843273,843358..843494,843775..844035,844119..>844172))	Aspergillus niger	84593383
An16g03790	CDS	An16g03790	NT_166531.1	846878	848296	D	Remark: the ORF encoded protein also shows similarity to a hypothetical cyclin-like protein of S. cerevisiae.; Title: similarity to hypothetical protein SPBC1D7.03c - Schizosaccharomyces pombe; uncharacterized protein	846878..848296	Aspergillus niger	4988772
An16g03800	CDS	An16g03800	NT_166531.1	850287	852203	R	Function: the protein from patent WO200008187-A2 is involved in environmental stress tolerance.; Title: similarity to environmental stress tolerance related protein from patent WO200008187-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(850287..852128,852189..852203))	Aspergillus niger	4988773
An16g03810	CDS	An16g03810	NT_166531.1	853028	854533	D	Title: similarity to hypothetical protein B7F18.100 - Neurospora crassa; uncharacterized protein	853028..854533	Aspergillus niger	4988774
An16g03820	CDS	An16g03820	NT_166531.1	855120	856448	D	Title: similarity to hypothetical protein B2J23.130 - Neurospora crassa; uncharacterized protein	855120..856448	Aspergillus niger	4988775
An16g03830	CDS	An16g03830	NT_166531.1	857387	859048	D	Function: pch1p of S. pombe interacts with the cdc2 protein kinase.; Function: pch1p of S. pombe is essential for progression through the whole cell cycle.; Similarity: pch1p of S. pombe belongs to the cyclin family, cyclin C subfamily.; Similarity: the predicted ORF is 188 amino acids shorter at its C-terminus than pch1 of S. pombe.; Title: similarity to cyclin C homolog 1 pch1p -Schizosaccharomyces pombe; See PMID 9115279; uncharacterized protein	join(857387..857428,857468..859048)	Aspergillus niger	4988776
An16g03840	CDS	An16g03840	NT_166531.1	859894	862234	D	Function: ctf1-alpha of F. solani is a transactivator that binds to the palindrome 2 sequence of the cutinase gene promoter.; Remark: the ORF encoded protein shows weak similarity to several transcription factors and contains BLOCKS and PROSITE Zinc-finger motifs.; Title: weak similarity to cutinase transcription factor 1 CTF1-alpha - Fusarium solani; nucleus; See PMID 9139694; uncharacterized protein	join(859894..861965,862198..862234)	Aspergillus niger	4988777
An16g03850	CDS	An16g03850	NT_166531.1	862548	865967	R	Title: similarity to hypothetical protein SPAC57A7.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(862548..862569,862607..862612,862718..862744,862793..862806,862882..863626,863677..865322,865370..865682,865738..865967))	Aspergillus niger	4988778
An16g03860	CDS	An16g03860	NT_166531.1	867105	868853	R	Catalytic activity: ATP + a protein <=> ADP + a phosphoprotein.; Function: as the its human ortholog, the p70 ribosomal protein S6 kinase p70S6k from Artemia franciscana may be involved in the regulation of protein synthesis during preemergence development.; Title: strong similarity to p70 ribosomal protein S6 kinase p70S6k - Artemia franciscana; deleted EC_number 2.7.1.37; See PMID 11310561; uncharacterized protein	complement(867105..868853)	Aspergillus niger	4988779
An16g03870	CDS	An16g03870	NT_166531.1	869310	869784	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are only based on repetitive structures.; Title: weak similarity to transcription termination factor Rho - Micrococcus luteus; uncharacterized protein	join(869310..869596,869685..869784)	Aspergillus niger	84593384
An16g03880	CDS	An16g03880	NT_166531.1	870106	871231	R	Catalytic activity: 2-amino-4-hydroxy-6-(D-erythro-1, 2,3-trihydroxypropyl)-7,8-dihydropteridine <=> 2-amino-4-hydroxy-6-hydroxymethyl-7,8-dihydropteridine + glycolaldehyde.; Function: the multifunctional folic acid synthesis protein Fas from Pneumocystis carinii Folate biosynthesis.; Title: similarity to multifunctional folic acid synthesis protein Fas - Pneumocystis carinii; See PMID 8397083; uncharacterized protein	complement(join(870106..870294,870368..871231))	Aspergillus niger	4988781
An16g03890	CDS	An16g03890	NT_166531.1	871922	874159	R	Function: human SRp75 can complement a splicing-deficient extract.; Similarity: the human SRp75 protein belongs to the SR family of splicing factors.; Title: similarity to pre-mRNA splicing factor SRp75 - Homo sapiens; nucleus; See PMID 1577277; See PMID 8321209; uncharacterized protein	complement(join(871922..872129,872171..872553,872615..872711,872774..872847,873306..873466,873599..873727,874108..874159))	Aspergillus niger	4988782
An16g03900	CDS	An16g03900	NT_166531.1	875578	876521	R	hypothetical protein	complement(join(875578..875612,875724..875878,876259..876521))	Aspergillus niger	84593385
An16g03910	CDS	An16g03910	NT_166531.1	878417	880477	D	Catalytic activity: reduced ETF + ubiquinone <=> ETF + ubiquinol (ETF=Electron-transferring-flavoprotein).; Cofactor: Iron-sulfur, FAD.; Function: the human electron-transfer flavoprotein-ubiquinone oxidoreductase ETF-QO in the inner mitochondrial membrane accepts electrons from electron-transfer flavoprotein which is located in the mitochondrial matrix and reduces ubiquinone in the mitochondrial membrane.; Title: strong similarity to electron-transfer flavoprotein-ubiquinone oxidoreductase ETF-QO - Homo sapiens; localisation:mitochondrion; See PMID 10423253; See PMID 8306995; uncharacterized protein	join(878417..878714,878806..880327,880378..880477)	Aspergillus niger	4988784
An16g03920	CDS	An16g03920	NT_166531.1	881261	882058	D	Title: weak similarity to negative regulator LIN-1 -Caenorhabditis elegans; uncharacterized protein	join(881261..881459,881667..882058)	Aspergillus niger	84593386
An16g03930	CDS	An16g03930	NT_166531.1	883147	883805	D	Title: weak similarity to hypothetical uridylate kinase from chromosome III BAC T22K18 - Arabidopsis thaliana; uncharacterized protein	join(883147..883313,883637..883805)	Aspergillus niger	84593387
An16g03940	CDS	An16g03940	NT_166531.1	885063	886063	D	Complex: together with the TAF proteins TBP belongs to the TFIID complex, which specifically binds to the TATA box element of PolII relevant promotors and which lies close to the position of transcription initiation.; Function: TBP is the general factor that plays a major role in the activation of eukaryotic genes transcribed by RNA Polymerase II.; Remark: TBP is also called SPT15, BTF1 or YER148.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to subunit of transcription initiation factor TFIID TATA-box binding protein TBP -Aspergillus nidulans; nucleus; See PMID 9141689; See PMID 10974559; uncharacterized protein	join(885063..885331,885406..885493,885572..886063)	Aspergillus niger	4988787
An16g03950	CDS	An16g03950	NT_166531.1	888125	889739	R	Cofactor: FAD.; Function: amadoriases are a novel class of FAD enzymes which catalyze the oxidative deglycation of glycated amino acids to yield corresponding amino acids,glucosone, and H(2)O(2).; Remark: alternate name for amadoriase II A. fumigatus: fructosyl amine:oxygen oxidoreductase.; Title: strong similarity to amadoriase II -Aspergillus fumigatus; See PMID 9139700; See PMID 10684633; uncharacterized protein	complement(join(888125..888183,888285..888565,888633..889617,889691..889739))	Aspergillus niger	4988788
An16g03960	CDS	An16g03960	NT_166531.1	890021	891110	D	Title: similarity to hypothetical proteins YDR316w -Saccharomyces cerevisiae; uncharacterized protein	join(890021..890127,890294..891110)	Aspergillus niger	4988789
An16g03970	CDS	An16g03970	NT_166531.1	891844	894357	D	hypothetical protein	join(891844..891892,892097..892169,892232..892303,892396..892547,892793..892841,893153..893399,893777..893965,894007..894028,894125..894357)	Aspergillus niger	84593388
An16g03980	CDS	An16g03980	NT_166531.1	895109	897131	D	Remark: N-terminally truncated ORF due to the end of contig.; Title: strong similarity to hypothetical protein CAF06114.1 - Neurospora crassa [truncated ORF]; uncharacterized protein	join(<895109..895153,895275..895924,896000..897131)	Aspergillus niger	4988791
An16g03990	CDS	An16g03990	NT_166531.1	897839	898085	D	Title: questionable ORF; uncharacterized protein	join(897839..897928,898008..898085)	Aspergillus niger	84593389
An16g04000	CDS	An16g04000	NT_166531.1	898685	905602	D	Function: deletion and fusion constructs and in vitro mutagenesis indicated that the Zn(II)2Cys6 cluster and the C-terminal end of A. nidulans FacB are required for function.; Function: deletion of the gene confirmed that it is required for growth on acetate as a sole carbon source.; Similarity: FacB of A. nidulans encodes a N-terminal GAL4-like Zn(II)2Cys6 transcriptional activator.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; uncharacterized protein	join(898685..899079,899144..899255,899333..900042,900103..901542,902068..905380,905540..905602)	Aspergillus niger	10097999
An16g04010	CDS	An16g04010	NT_166531.1	906080	908381	R	Complex: Tid3 from S. cerevisiae forms a centromere complex together with Nuf2, Spc25 and Spc24.; Remark: synonyms for yeast Tid3 are Ndc80, Hec1,Yil144w.; Title: strong similarity to protein involved in modulating chromosomal segregation Tid3 - Saccharomyces cerevisiae; See PMID 11266451; See PMID 11553715; See PMID 9585415; uncharacterized protein	complement(join(906080..908284,908337..908381))	Aspergillus niger	4988794
An16g04020	CDS	An16g04020	NT_166531.1	908940	910299	D	Function: Pex14 from Hansenula polymorpha is a peroxisomal membrane protein essential for peroxisome biogenesis.; Localization: Pex14 from Hansenula polymorpha is a component of the peroxisomal membrane.; Remark: Hansenula polymorpha = Pichia angusta.; Title: strong similarity to peroxisomal membrane protein Pex14 - Hansenula polymorpha; peroxisome; See PMID 11330059; See PMID 9009266; uncharacterized protein	join(908940..908969,909044..909050,909110..909362,909419..909503,909562..910299)	Aspergillus niger	4988795
An16g04030	CDS	An16g04030	NT_166531.1	910732	913199	D	Title: similarity to hypothetical protein B15B10.090 - Neurospora crassa; uncharacterized protein	join(910732..911153,911223..911506,911598..912027,912379..912735,912776..913199)	Aspergillus niger	4988796
An16g04040	CDS	An16g04040	NT_166531.1	915723	916950	R	Remark: the patent protein AAY81534 can be useful as a vaccine, for diagnosis of pneumococcal diseases and for screening agents capable of antagonizing or inhibiting expression of the protein.; Similarity: the ORF DNA sequence shows strong similarity to the EST an_2908 from Aspergillus niger.; Similarity: weak similarity to patent protein AAY81534 from Streptococcus pneumoniae.; Title: weak similarity to membrane protein yeeO -Escherichia coli; uncharacterized protein	complement(join(915723..916524,916567..916616,916870..916950))	Aspergillus niger	4988797
An16g04050	CDS	An16g04050	NT_166531.1	917852	918511	R	Remark: a clone selected by a screen with rabbit anti-serum against N40 contains a bicistronic operon (AAQ83837) encoding OspE (AAR69628) and OspF (AAR69629) surface lipoproteins.; Remark: a splice site was detected upstream of the START codon.; Title: weak similarity to surface lipoprotein from patent WO9504145-A1 - Borrelia burgdorferi; uncharacterized protein	complement(917852..918511)	Aspergillus niger	4988798
An16g04060	CDS	An16g04060	NT_166531.1	919305	920892	D	Remark: the protein BAB55393. 1 is encoded by the cDNA FLJ14917 fis, clone PLACE1007112 - Homo sapiens.; Title: similarity to hypothetical protein BAB55393.1 - Homo sapiens; uncharacterized protein	join(919305..919328,919397..919446,919569..919736,919782..920019,920190..920504,920560..920892)	Aspergillus niger	4988799
An16g04070	CDS	An16g04070	NT_166531.1	922943	923311	D	Title: weak similarity to hypothetical protein BAB08329.1 - Arabidopsis thaliana; uncharacterized protein	922943..923311	Aspergillus niger	84593390
An16g04080	CDS	An16g04080	NT_166531.1	923535	926166	R	Function: the tubulin-tyrosine ligase from Sus scrofa catalyzes the ATP-dependent posttranslational addition of tyrosine to the carboxyterminal end of alpha-tubulin.; Title: similarity to tubulin-tyrosine ligase - Sus scrofa; See PMID 11004583; See PMID 8093886; uncharacterized protein	complement(join(923535..924853,924884..924948,925026..925085,925137..926050,926155..926166))	Aspergillus niger	4988801
An16g04090	CDS	An16g04090	NT_166531.1	926405	927700	R	Remark: Suggested activities include nutritional sources or supplements, immune stimulating or suppressing activity, haematopoiesis regulating activity, tissue growth activity, activin/inhibin activity,chemotactic/chemokinetic activity, haemostatic and thrombolytic activity, receptor/ligand activity,anti-inflammatory activity, cadherin/tumour invasion suppressor activity and tumour inhibition activity.; Remark: the protein is predicted to have biological activities although no supporting data is given.; Title: strong similarity to secreted protein from patent WO9855614-A2 - Homo sapiens; uncharacterized protein	complement(join(926405..926900,926966..927421,927522..927700))	Aspergillus niger	4988802
An16g04100	CDS	An16g04100	NT_166531.1	928520	935746	R	Complex: Cdc39 (Not1) forms a complex together with Not2, Not3, Not4 and Not5.; Function: Cdc39 is a global negative regulator of transcription.; Remark: synonyms for the S. cerevisiae Cdc39 protein are Not1, Ros1, Smd6 and YCR093w .; Title: strong similarity to transcription regulator protein Cdc39 - Saccharomyces cerevisiae; nucleus; See PMID 10661863; See PMID 8428577; See PMID 9463387; uncharacterized protein	complement(join(928520..928585,928649..934945,935024..935746))	Aspergillus niger	4988803
An16g04110	CDS	An16g04110	NT_166531.1	937342	940673	D	Function: the S. pombe cdc15 gene is involved in septum formation. it is a key element in the reorganization of F-actin at mitosis.; Phenotype: mutations in the S. pombe early septation mutant cdc15 lead to the formation of elongated,multinucleated cells, as a result of S phase and mitosis continuing in the absence of cytokinesis.; Title: strong similarity to cdc15p -Schizosaccharomyces pombe; See PMID 7634333; uncharacterized protein	join(937342..937384,937447..937551,937611..937897,937950..938162,938224..938322,938370..940449,940504..940673)	Aspergillus niger	4988804
An16g04120	CDS	An16g04120	NT_166531.1	943308	944404	R	Title: similarity to hypothetical protein SPBC32F12.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(943308..943391,943448..943618,943735..944031,944108..944404))	Aspergillus niger	4988805
An16g04130	CDS	An16g04130	NT_166531.1	945249	946649	D	Title: similarity to hypothetical protein B8I24.160 - Neurospora crassa; uncharacterized protein	join(945249..945994,946052..946649)	Aspergillus niger	4988806
An16g04140	CDS	An16g04140	NT_166531.1	948009	950505	R	Phenotype: cdc23 mutants show reduced rates of DNA synthesis and become elongated after cell-cycle arrest.; Remark: the Schizosaccharomyces pombe Cdc23 is required for correct DNA replication.; Title: similarity to replication protein cdc23p -Schizosaccharomyces pombe; See PMID 9745018; See PMID 1934126; uncharacterized protein	complement(join(948009..950416,950496..950505))	Aspergillus niger	4988807
An16g04150	CDS	An16g04150	NT_166531.1	951109	952350	D	Title: strong similarity to hypothetical protein B8I24.140 - Neurospora crassa; uncharacterized protein	951109..952350	Aspergillus niger	4988808
An16g04160	CDS	An16g04160	NT_166531.1	952797	954491	R	Catalytic activity: ATP + D-galactose <=> ADP + D-galactose 1-phosphate.; Function: the GAL1 gene product converts D-galactose to D-galactose-1-phosphate.; Induction: S. cerevisiae Gal1 is able to relieve the Gal80p-dependent repression of the transcriptional activator of Gal4p.; Induction: the S. cerevisiae GAL1 transcription is controlled by the Gal4p-Gal80p complex. GAL1 induction is galactose dependent.; Title: strong similarity to galactokinase Gal1 -Saccharomyces cerevisiae; cytoplasm; See PMID 6374427; See PMID 9670023; See PMID 1922058; uncharacterized protein	complement(join(952797..952833,952893..953774,953836..954491))	Aspergillus niger	4988809
An16g04170	CDS	An16g04170	NT_166531.1	956745	959102	D	Catalytic activity: 2-acetolactate + CO(2) = 2 pyruvate.; Cofactor: Thiamine pyrophosphate.; Function: acetolactate synthases catalyses the first step in the valine and isoleucine biosynthesis pathway.; Remark: mutant acetolactate synthase genes can be used for transforming plants to generate resistance to sulphonylurea, triazolopyrimidine sulphonamide and imidazolinone herbicides (see also patent US5605011-A).; Title: strong similarity to acetolactate synthase protein from patent EP257993-A - Saccharomyces cerevisiae; See PMID 2684671; See PMID 3881312; uncharacterized protein	join(956745..956908,956988..957086,957158..957225,957297..958982,959047..959102)	Aspergillus niger	4988810
An16g04180	CDS	An16g04180	NT_166531.1	960181	961626	D	Title: similarity to hypothetical protein AAF45871.1 - Drosophila melanogaster; uncharacterized protein	960181..961626	Aspergillus niger	4988811
An16g04190	CDS	An16g04190	NT_166531.1	961976	962707	R	Similarity: the similaritiy of the protein to the matching protein is mainly based on repetitive structures.; Title: weak similarity to retinitis pigmentosa GTPase regulator protein AAG00552.1 - Mus musculus; uncharacterized protein	complement(join(961976..962315,962391..962707))	Aspergillus niger	84593391
An16g04200	CDS	An16g04200	NT_166531.1	963467	964457	R	Function: Rho2 GTPase regulates the synthesis of alpha-D-glucan; Function: the Schizosaccharomyces pombe GTPase rho2 is involved in the control of cell morphogenesis, cell integrity, and polarization of the actin cytoskeleton.; Similarity: the protein shows also strong similarities to other Rho-like Proteins like Candida CaRho1 protein (patents WO9946286-A2, WO9738293-A2,WO9738129-A1).; Title: strong similarity to GTP-binding protein rho2p - Schizosaccharomyces pombe; plasma membrane; See PMID 9405296; See PMID 11102532; uncharacterized protein	complement(join(963467..963754,963806..963997,964138..964216,964423..964457))	Aspergillus niger	4988813
An16g04210	CDS	An16g04210	NT_166531.1	966339	967595	R	Catalytic activity: Salicylate + NADH + O(2) <=> catechol + NAD(+) + H(2)O + CO(2).; Remark: the salicylate hydroxylase NahW from Pseudomonas stutzeri is involved in mineralization of naphthalene.; Similarity: the protein shows also strong similaritiy to the 6-hydroxynicotinic acid mono-oxygenase from Pseudomonas fluorescens (patent JP09121864-A).; Title: strong similarity to salicylate hydroxylase nahW - Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	complement(966339..967595)	Aspergillus niger	4988814
An16g04220	CDS	An16g04220	NT_166531.1	969137	969928	R	Catalytic activity: (S)-2-haloacid + H(2)O <=> (R)-2-hydroxyacid + halide; Remark: 2-haloacid halidohydrolases are acting on acids of short-chain lengths, C(2) to C(4), with inversion of configuration at C-2.; Remark: the ORF DNA sequence shows strong similarity to the EST BE760142 from Aspergillus niger.; Title: similarity to 2-haloacid halidohydrolase IVa - Pseudomonas cepacia; See PMID 7684900; See PMID 1376111; uncharacterized protein	complement(join(969137..969263,969333..969928))	Aspergillus niger	4988815
An16g04230	CDS	An16g04230	NT_166531.1	970395	972367	D	Function: Gap1 is the transporter for L-amino acids,4-aminobutyric acid, ornithine, citrulline and some D-amino acids.; Function: the S. cerevisiae homolog GAP1 encodes the low affinitiy, high capacity general aminoacid permease which is responsible for uptake of aminoacids as source of nitrogen when grown on media with limited N supply.; Induction: S. cerevisiae GAP1 expression is induced by growth on poor nitrogen sources.; Localization: Gap1p is sorted differently on different nitrogen sorces. Gap1p is found predominantly internally by growth on rich nitrogen sources. when grown on poor nitrogen sources Gap1p is sorted from the golgi to the plasma membran.; Title: strong similarity to general amino acid permease Gap1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9199164; See PMID 10654085; See PMID 2194797; uncharacterized protein	join(970395..970570,970624..970655,970711..970750,970808..970946,971001..971819,971875..972153,972206..972367)	Aspergillus niger	4988816
An16g04240	CDS	An16g04240	NT_166531.1	973983	974293	R	Title: questionable ORF; uncharacterized protein	complement(join(973983..974134,974194..974293))	Aspergillus niger	84593392
An16g04250	CDS	An16g04250	NT_166531.1	975008	976853	D	Remark: other matches show similarities to CoA ligase-like proteins.; Remark: the matched sequence of patent EP1033405-A2 is a putative protein fragment from Arabidopsis thaliana.; Title: similarity to hypothetical protein from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(975008..975328,975380..975796,975846..976853)	Aspergillus niger	4988818
An16g04260	CDS	An16g04260	NT_166531.1	979255	982970	D	Remark: an alternate name for SPAC29E6. 10c is SPAC30. 14c; Title: strong similarity to hypothetical coiled-coil protein SPAC29E6.10c - Schizosaccharomyces pombe; uncharacterized protein	join(979255..982276,982331..982444,982501..982970)	Aspergillus niger	4988819
An16g04270	CDS	An16g04270	NT_166531.1	984244	987090	R	Function: the protein Vps35 is involved in vacuolar sorting.; Localization: Vps35 is localized at the vacuole, at the endosome and the golgi.; Phenotype: vps35 deletion mutant exhibits defects in sorting of vacuolar carboxypeptidase Y, proteinase A,proteinase B and alkaline phosphatase.; Remark: synonyms for the S. cerevisiae protein Vps35 are Grd9, Vpt7 and YJL154c.; Title: strong similarity to vacuolar protein sorting-associated protein Vps35 - Saccharomyces cerevisiae; vacuole; See PMID 9700157; See PMID 1498362; uncharacterized protein	complement(join(984244..984561,984617..985165,985225..986183,986237..986874,986954..987090))	Aspergillus niger	4988820
An16g04280	CDS	An16g04280	NT_166531.1	987897	988943	R	Remark: Sgs-3 from Drosophila is one of the secreted salivary gland glue polypeptides.; Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to precursor of salivary glue protein sgs-3 - Drosophila yakuba; See PMID 3138416; uncharacterized protein	complement(987897..988943)	Aspergillus niger	84593393
An16g04290	CDS	An16g04290	NT_166531.1	989358	990280	R	Title: questionable ORF; uncharacterized protein	complement(join(989358..989481,989722..989778,989884..989916,989997..990074,990174..990280))	Aspergillus niger	84593394
An16g04300	CDS	An16g04300	NT_166531.1	991188	991493	D	Title: questionable ORF; uncharacterized protein	join(991188..991294,991334..991493)	Aspergillus niger	84593395
An16g04310	CDS	An16g04310	NT_166531.1	992122	994440	R	Complex: Tfc6 from S. cerevisiae is the 91 kDa tau91 subunit of transcription factor IIIC (TFIIIC).; Function: Tfc6 from S. cerevisiae is involved in initiation of rRNA and tRNA transcription by RNA-Polymerase III.; Remark: alternate names for S. cerevisiae Tfc6: Tau91, YDR362c.; Title: similarity to RNA polymerase III transcription initiation factor TFIIIC subunit Tfc6 -Saccharomyces cerevisiae; nucleus; See PMID 9418847; uncharacterized protein	complement(992122..994440)	Aspergillus niger	4988824
An16g04320	CDS	An16g04320	NT_166531.1	995135	996174	D	Remark: the sequence of the patent EP1033405-A2 from Arabidopsis thaliana was obtained by carrying out RT-PCR on all mRNAs.; Similarity: the ORF encoded protein shows also strong similarity to the hypothetical protein SPAPB24D3. 06c from S. pombe.; Title: strong similarity to protein fragment from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(995135..995164,995221..996174)	Aspergillus niger	4988825
An16g04330	CDS	An16g04330	NT_166531.1	996336	997145	R	Catalytic activity: GDP-mannose + dolichyl phosphate <=> GDP + dolichyl D-mannosyl phosphate.; Function: dolichol phosphate mannose (DPM) synthase activity is required in N-glycosylation, O-mannosylation and glycosylphosphatidylinositol membrane anchoring of protein.; Remark: Trichoderma reesei = Hypocrea jecorina.; Title: strong similarity to mannose phospho-dolichol synthase dpm1 - Hypocrea jecorina; endoplasmatic reticulum; See PMID 11030744; uncharacterized protein	complement(join(996336..996969,997042..997145))	Aspergillus niger	4988826
An16g04340	CDS	An16g04340	NT_166531.1	997525	998032	R	Similarity: the similarities of the protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to protein AF-9 - Homo sapiens; uncharacterized protein	complement(join(997525..997799,997834..998032))	Aspergillus niger	4988827
An16g04350	CDS	An16g04350	NT_166531.1	998926	1001058	R	hypothetical protein	complement(998926..1001058)	Aspergillus niger	4988828
An16g04360	CDS	An16g04360	NT_166531.1	1001857	1003172	R	Title: questionable ORF; uncharacterized protein	complement(join(1001857..1001928,1002113..1002343,1002549..1002636,1002785..1002961,1003108..1003172))	Aspergillus niger	84593396
An16g04370	CDS	An16g04370	NT_166531.1	1003458	1004711	R	Title: weak similarity to F-box protein FBP-13 from patent WO200012679-A1 - Homo sapiens; uncharacterized protein	complement(join(1003458..1004204,1004238..1004711))	Aspergillus niger	4988830
An16g04380	CDS	An16g04380	NT_166531.1	1005206	1006806	D	Title: questionable ORF; uncharacterized protein	join(1005206..1005263,1005456..1005606,1005696..1005927,1005985..1006229,1006324..1006407,1006476..1006626,1006702..1006806)	Aspergillus niger	84593397
An16g04390	CDS	An16g04390	NT_166531.1	1007871	1010300	D	Title: similarity to a lung cancer associated polypeptide from patent WO200055180-A2 - Homo sapiens; uncharacterized protein	1007871..1010300	Aspergillus niger	4988832
An16g04400	CDS	An16g04400	NT_166531.1	1010694	1011654	D	Complex: S. cerevisiae Ntf2 interacts with the small GTPase Ran/Gsp1p.; Function: S. cerevisiae Ntf2 is required for nuclear protein import.; Localization: S. cerevisiae Ntf2 is concentrated at the nuclear envelope.; Title: strong similarity to nuclear transport factor Ntf2 - Saccharomyces cerevisiae; nucleus; See PMID 8702493; See PMID 9199309; See PMID 10889207; uncharacterized protein	join(1010694..1010700,1010870..1010887,1011055..1011119,1011192..1011263,1011334..1011432,1011547..1011654)	Aspergillus niger	4988833
An16g04410	CDS	An16g04410	NT_166531.1	1011883	1013185	R	Similarity: the ORF shows strong similarity to EST EMBLEST:BE759512 an_2335 - Aspergillus niger.; Title: strong similarity to hypothetical protein SPAC4C5.03 - Schizosaccharomyces pombe [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<1011883..1011937,1011971..1012015,1012067..1012734,1012800..1013057,1013118..1013185))	Aspergillus niger	4988834
An16g04420	CDS	An16g04420	NT_166531.1	1014161	1015979	D	Function: it has been suggested that the S. cerevisiae MSC1 is involved in or regulates the DMC1-promoted interhomologue recombination pathway.; Function: mutations in S. cerevisiae msc1 confer a dominant meiotic lethal phenotype in diploid SPO13 meiosis.; Remark: a splice site was detected upstream of the START codon.; Remark: the systematic name for S. cerevisiae MSC1 is YML128c.; Title: strong similarity to meiotic sister-chromatid recombination protein Msc1 - Saccharomyces cerevisiae; See PMID 10511544; uncharacterized protein	join(1014161..1014245,1014315..1014365,1014423..1014570,1014628..1015419,1015472..1015979)	Aspergillus niger	4988835
An16g04430	CDS	An16g04430	NT_166531.1	1016506	1017256	R	Function: bovine MSBP is a high affinity steroid membrane receptor.; Title: strong similarity to membrane steroid hormone-binding protein MSBP - Bos taurus; plasma membrane; See PMID 10359327; See PMID 11446771; uncharacterized protein	complement(join(1016506..1016736,1016823..1017060,1017149..1017176,1017244..1017256))	Aspergillus niger	4988836
An16g04440	CDS	An16g04440	NT_166531.1	1018503	1020301	D	Remark: blastp with the predicted A. niger protein only retrieves random hits to serine and threonine rich proteins.; hypothetical protein	join(1018503..1018669,1018735..1020301)	Aspergillus niger	4988837
An16g04450	CDS	An16g04450	NT_166531.1	1020801	1021143	R	Title: similarity to protein fragment SEQ ID NO:40331 from patent EP1033405-A2 - Zea mays; uncharacterized protein	complement(join(1020801..1020895,1020963..1021052,1021122..1021143))	Aspergillus niger	4988838
An16g04460	CDS	An16g04460	NT_166531.1	1021733	1024284	D	Complex: hPRP4 interacted directly with Clk1 on its C-terminus.; Function: S. pombe PRP4 is involved in in pre-mRNA splicing.; Function: a recombinant yeast/mouse Prp4 phosphorylates the human SR splicing factor ASF/SF2 in vitro in its RS domain.; Function: human PRP4 is a cyclin-dependent kinase (CDK) like kinase related to MAPKs and due to its activation by EGF may play a distinct role in signal transduction in addition to its role in mRNA processing.; Localization: indirect immunofluorescence analysis revealed that endogenous human hPRP4 was distributed in a nuclear speckled pattern.; Regulation: phosphorylation by Clk1 changes the nuclear distribution of hPRP4.; Similarity: S. pombe PRP4 contains WD repeats.; Similarity: similarity is from the C-terminal half of the predicted A. niger protein to S. pombe PRP4, which is 300 aa shorter.; Title: similarity to pre-mRNA splicing modulating serine/threonine kinase prp4p - Schizosaccharomyces pombe; nucleus; See PMID 8371982; See PMID 9102632; See PMID 9328476; See PMID 10799319; See PMID 11418604; uncharacterized protein	join(1021733..1022454,1022503..1022723,1022809..1022919,1022951..1024284)	Aspergillus niger	4988839
An16g04470	CDS	An16g04470	NT_166531.1	1025387	1025953	R	Remark: ORF classified questionable due to lenght below 100 aa, an implausible gene structure with short,multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1025387..1025448,1025648..1025703,1025783..1025830,1025901..1025953))	Aspergillus niger	84593398
An16g04480	CDS	An16g04480	NT_166531.1	1027816	1028151	D	Remark: the predicted ORF is only 85 amino acids long and contains a relatively long intron.; hypothetical protein	join(1027816..1027961,1028040..1028151)	Aspergillus niger	84593399
An16g04490	CDS	An16g04490	NT_166531.1	1029897	1030441	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1029897..1029942,1030206..1030441))	Aspergillus niger	84593400
An16g04500	CDS	An16g04500	NT_166531.1	1031217	1032517	D	Complex: S. pombe Ran1 associates with cpc2, Puc1 cyclin and Cdc10 in vivo.; Function: S. pombe Ran1 functions to control the association between the cyclin Puc1 and the Cdc10 transcription complex.; Function: in S. pombe the transition between mitosis and meiosis and the progression through G1 is regulated by Ran1.; Localization: localization of S. pombe Ran1-GFP to the nucleus depends on the scaffolding protein cpc2.; Remark: an alternative name for S. pombe ran1 is pat1.; Title: strong similarity to meiosis control kinase ran1p - Schizosaccharomyces pombe; nucleus; See PMID 3830131; See PMID 9118252; See PMID 9201720; See PMID 10805744; uncharacterized protein	join(1031217..1031805,1031880..1032517)	Aspergillus niger	4988843
An16g04510	CDS	An16g04510	NT_166531.1	1033246	1033761	R	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_0311 and AN05G11.; Title: strong similarity to EST an_0311 -Aspergillus niger; uncharacterized protein	complement(1033246..1033761)	Aspergillus niger	84593401
An16g04520	CDS	An16g04520	NT_166531.1	1034009	1035252	R	Function: HDE from C. tropicalis encodes the peroxisomal trifunctional beta-oxidation enzyme hydratase-dehydrogenase-epimerase (HDE).; Similarity: the sequence match between the two proteins is located within short-chain alcohol dehydrogenase homology regions.; Title: strong similarity to trifunctional enzyme HDE - Candida tropicalis; See PMID 3267241; See PMID 1937002; See PMID 1937003; uncharacterized protein	complement(join(1034009..1034026,1034110..1034464,1034553..1034704,1034794..1034990,1035090..1035252))	Aspergillus niger	4988845
An16g04530	CDS	An16g04530	NT_166531.1	1035512	1036655	R	Similarity: similarity is between the N-terminal regions of the predicted A. niger protein and A. nidulans aflR.; Similarity: the N-terminal region of the predicted A. niger protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Title: similarity to sterigmatocystin synthesis transcription regulator aflR - Aspergillus nidulans; nucleus; See PMID 8662194; uncharacterized protein	complement(join(1035512..1035838,1035929..1036276,1036323..1036655))	Aspergillus niger	4988846
An16g04540	CDS	An16g04540	NT_166531.1	1037467	1038628	R	Remark: ORF 3'truncated due to end of contig.; Title: strong similarity to hypothetical protein SPBC12C2.09c - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	complement(join(<1037467..1038352,1038443..1038513,1038563..1038628))	Aspergillus niger	84593402
An16g04550	CDS	An16g04550	NT_166531.1	1038705	1039743	D	Title: weak similarity to hypothetical cDNA of GTP-binding protein homolog ypt1 - Neurospora crassa; See PMID 1361212; uncharacterized protein	join(1038705..1038805,1038879..1039743)	Aspergillus niger	4988848
An16g04560	CDS	An16g04560	NT_166531.1	1040180	1041459	R	Remark: human CGI-87 was identified by homology to a C. elegans gene.; Title: weak similarity to hypothetical protein CGI-87 - Homo sapiens; See PMID 10810093; uncharacterized protein	complement(join(1040180..1041245,1041296..1041344,1041417..1041459))	Aspergillus niger	4988849
An16g04570	CDS	An16g04570	NT_166531.1	1041851	1043508	R	Similarity: the predicted A. niger protein shows weak similarity to rat SP120, a nuclear scaffold protein,and to human nuclear ribonucleoprotein hnRNP U.; Title: strong similarity to EST SEQ ID NO:4286 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(join(1041851..1041939,1042018..1042166,1042262..1042387,1042480..1042599,1042679..1042804,1042897..1043097,1043145..1043230,1043311..1043508))	Aspergillus niger	84593403
An16g04580	CDS	An16g04580	NT_166531.1	1043569	1045151	D	Function: HSPC021 of H. sapiens interacts with Int-6 (a subunit of the eukaryotic translation initiation factor 3 eIF3) and is associated with the eIF3.; Remark: patent WO200004135-A2 shows strong similarity to the predicted A. niger protein and has been described as human short chain alcohol dehydrogenase (SCAD)-related molecule designated ScRM-2.; Title: strong similarity to hypothetical protein HSPC021 - Homo sapiens; See PMID 11042152; See PMID 11590142; uncharacterized protein	join(1043569..1043877,1044030..1045151)	Aspergillus niger	4988851
An16g04590	CDS	An16g04590	NT_166531.1	1045307	1045729	D	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_2591 and an_0945.; Title: strong similarity to EST an_2591 -Aspergillus niger; uncharacterized protein	join(1045307..1045426,1045598..1045729)	Aspergillus niger	84593404
An16g04600	CDS	An16g04600	NT_166531.1	1045929	1047184	R	Function: S. cerevisiae Isa2p is involved in the assembly of iron-sulfur (Fe/S) clusters in mitochondrial and cytosolic proteins.; Localization: according to one reference S. cerevisiae Isa2p is present within the intermembrane space of the mitochondria while according to the second reference it is localised in the mitochondrial matrix as a soluble protein.; Remark: the systematic name for S. cerevisiae ISA2 is YPR067w.; Title: strong similarity to Fe/S cluster assembly factor Isa2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 10805735; See PMID 10913600; uncharacterized protein	complement(join(1045929..1046300,1046732..1047184))	Aspergillus niger	4988853
An16g04630	CDS	An16g04630	NT_166531.1	1047441	1049227	D	Catalytic activity: kynureninases convert L-kynurenine + H(2)O to anthranilate + L-alanine.; Function: human kynureninase is involved in the synthesis of NAD (or NADP) from tryptophan.; Regulation: human kynureninase is a pyridoxal-5'-phosphate-(pyridoxal-P)-dependent enzyme.; Title: strong similarity to kynureninase - Homo sapiens; See PMID 10443567; uncharacterized protein	join(1047441..1047630,1047695..1048038,1048095..1048578,1048634..1049013,1049207..1049227)	Aspergillus niger	4988855
An16g04640	CDS	An16g04640	NT_166531.1	1049439	1050167	R	Similarity: the ORF shows strong similarity to EST EMBLEST:BE760042 an_2044 - Aspergillus niger.; Title: strong similarity to hypothetical protein SPCC1281.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1049439..1049514,1049600..1049952,1050036..1050167))	Aspergillus niger	4988856
An16g04650	CDS	An16g04650	NT_166531.1	1050740	1053605	D	Function: the H. sapiens homolog BAM22 is member of the beta-adaptin family.; Remark: a splice site was detected upstream of the START codon.; Remark: adaptins are important subunits of heterotetrameric complexes called adaptors, which participate in the clathrin-coated, vesicle-mediated endocytosis and intracellular receptor transport.; Title: strong similarity to beta-adaptin BAM22 -Homo sapiens; intracellular transport vesicles; uncharacterized protein	join(1050740..1050778,1051123..1051307,1051375..1051450,1051505..1051869,1051919..1052347,1052398..1053404,1053577..1053605)	Aspergillus niger	4988857
An16g04660	CDS	An16g04660	NT_166531.1	1053762	1055069	R	Title: strong similarity to hypothetical protein CAB46758.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1053762..1054965,1055044..1055069))	Aspergillus niger	4988858
An16g04670	CDS	An16g04670	NT_166531.1	1055554	1059295	R	Similarity: strong similarity to expressed sequence tag an_2565 from Aspergillus niger.; Title: strong similarity to hypothetical protein YJL020c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1055554..1057343,1057397..1057492,1057552..1059295))	Aspergillus niger	4988859
An16g04680	CDS	An16g04680	NT_166531.1	1060428	1061429	D	Title: similarity to hypothetical protein SPAC23A1.16c - Schizosaccharomyces pombe; uncharacterized protein	1060428..1061429	Aspergillus niger	4988860
An16g04690	CDS	An16g04690	NT_166531.1	1061833	1062471	R	Remark: S17B of S. cerevisiae belongs to the S17E family of ribosomal proteins.; Remark: S17B of S. cerevisiae is also called RP51B and YDR447c.; Similarity: the ORF overlaps with EST no:3823 of patent WO200056762-A2 from Aspergillus niger.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S17 - Saccharomyces cerevisiae; cytoplasm; See PMID 6092944; 40S ribosomal protein eS17	complement(join(1061833..1061907,1061973..1062170,1062253..1062378,1062451..1062471))	Aspergillus niger	4988861
An16g04700	CDS	An16g04700	NT_166531.1	1062973	1064340	R	Complex: the S. cerevisiae homolog Mrp51p cosediments with the mitochondrial ribosomal small subunit.; Function: deletion of S. cerevisiae MRP51 completely blocks mitochondrial gene expression.; Title: similarity to mitochondrial ribosomal protein of the small subunit Mrp51 - Saccharomyces cerevisiae; localisation:mitochondrion; mitochondrial 37S ribosomal protein bS1m	complement(1062973..1064340)	Aspergillus niger	4988862
An16g04710	CDS	An16g04710	NT_166531.1	1064593	1065863	R	Similarity: the S. cerevisiae homolog YGL157W shows sequence similarity to a family of ketoreductase genes,capable of reducing a variety of alpha-ketolactones,alpha-ketolactams and diketones.; Title: strong similarity to hypothetical ketoreductase YGL157W from patent EP918090-A2 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1064593..1065099,1065160..1065450,1065539..1065671,1065727..1065778,1065842..1065863))	Aspergillus niger	4988863
An16g04720	CDS	An16g04720	NT_166531.1	1067449	1074795	D	Catalytic activity: ATP + 1-phosphatidyl-1D-myo-inositol <=> ADP + 1-phosphatidyl-1D-myo-inositol 3-phosphate.; Function: the TOR proteins regulate (i) the initiation and elongation phases of translation, (ii) ribosome biosynthesis, (iii) amino acid import, (iv) the transcription of numerous enzymes involved in multiple metabolic pathways, and (v) autophagy. appears to be a central regulator of cell growth.; Pathway: multiple.; Remark: despite significant homology to lipid kinases, the TOR proteins (as well as the other PIKKs) function as Ser/Thr protein kinases.; Similarity: the S. cerevisiae homolog TOR1 belongs to the superfamily of 1-phosphatidylinositol 3-kinase which were found to be the 'target of rapamycin'.; Title: strong similarity to 1-phosphatidylinositol 3-kinase Tor1 - Saccharomyces cerevisiae; uncharacterized protein	join(1067449..1067575,1067634..1068585,1068640..1072375,1072466..1074343,1074406..1074795)	Aspergillus niger	4988864
An16g04730	CDS	An16g04730	NT_166531.1	1075381	1077191	D	Title: similarity to hypothetical protein BAA97377.1 - Arabidopsis thaliana; uncharacterized protein	join(1075381..1075673,1075767..1076199,1076255..1076391,1076447..1077191)	Aspergillus niger	4988865
An16g04750	CDS	An16g04750	NT_166531.1	1078753	1079886	D	Remark: The S. griseus homolog strI belongs to the streptomycin (SM) production genes and bears similarity to a number of dehydrogenases.; Title: strong similarity to hypothetical dehydrogenases strI - Streptomyces griseus; uncharacterized protein	join(1078753..1079079,1079146..1079886)	Aspergillus niger	4988867
An16g04760	CDS	An16g04760	NT_166531.1	1080860	1081865	R	Localization: the C. gloeosporioides homolog alr6 is a putative peroxisomal protein.; Title: strong similarity to hypothetical aldehyde reductase 6 alr6 - Colletotrichum gloeosporioides; uncharacterized protein	complement(join(1080860..1080916,1080975..1081865))	Aspergillus niger	4988868
An16g04770	CDS	An16g04770	NT_166531.1	1083039	1084167	D	Function: the S. cerevisisae homolog Gcy1p is an enzyme with NADPH-dependent reductase activity.; Title: strong similarity to aldo/keto reductase Gcy1 - Saccharomyces cerevisiae; uncharacterized protein	join(1083039..1083114,1083171..1083467,1083522..1083902,1083962..1084167)	Aspergillus niger	4988869
An16g04780	CDS	An16g04780	NT_166531.1	1084718	1087732	R	Title: similarity to hypothetical protein NUM1 -Arabidopsis thaliana; uncharacterized protein	complement(join(1084718..1085901,1085960..1087149,1087384..1087399,1087429..1087441,1087589..1087732))	Aspergillus niger	4988870
An16g04790	CDS	An16g04790	NT_166531.1	1088673	1092083	R	Similarity: the ORF shows strong similarity to expressed sequence tag an_3044 from Aspergillus niger.; Title: weak similarity to exo-alpha-sialidase -Trypanosoma cruzi; uncharacterized protein	complement(1088673..1092083)	Aspergillus niger	4988871
An16g04800	CDS	An16g04800	NT_166531.1	1093404	1094920	R	hypothetical protein	complement(join(1093404..1093508,1093807..1093820,1093869..1093883,1093965..1093985,1094096..1094190,1094413..1094538,1094883..1094920))	Aspergillus niger	84593405
An16g04810	CDS	An16g04810	NT_166531.1	1095653	1096958	R	hypothetical protein	complement(join(1095653..1095738,1095860..1095947,1096052..1096130,1096445..1096518,1096623..1096958))	Aspergillus niger	84593406
An16g04820	CDS	An16g04820	NT_166531.1	1097197	1098253	D	Similarity: the ORF shows strong similarity to expressed sequence tag an_0894 from Aspergillus niger.; Title: strong similarity to hypothetical protein SCD82.04c - Streptomyces coelicolor; uncharacterized protein	join(1097197..1097446,1097679..1098253)	Aspergillus niger	4988874
An16g04830	CDS	An16g04830	NT_166531.1	1098478	1100360	R	Function: the P. chrysogenum homolog pclA is responsible for activation of the penicillin side chain precursor.; Similarity: shows also strong similarity to several 4-coumarate-CoA ligase-like proteins.; Title: strong similarity to phenylacetyl-CoA ligase pclA from patent WO9702349-A1 - Penicillium chrysogenum; uncharacterized protein	complement(join(1098478..1099445,1099511..1100146,1100261..1100360))	Aspergillus niger	4988875
An16g04840	CDS	An16g04840	NT_166531.1	1100968	1102217	R	Function: the M. grisea homolog Pth11p is a a pathogenicity factor that functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Title: similarity to integral membrane protein PTH11 from patent WO9913094-A2 - Magnaporthe grisea; plasma membrane; uncharacterized protein	complement(join(1100968..1101388,1101450..1101567,1101630..1102002,1102059..1102217))	Aspergillus niger	4988876
An16g04850	CDS	An16g04850	NT_166531.1	1102520	1102956	D	hypothetical protein	join(1102520..1102749,1102818..1102956)	Aspergillus niger	84593407
An16g04860	CDS	An16g04860	NT_166531.1	1103174	1104547	R	hypothetical protein	complement(join(1103174..1103395,1103586..1103684,1103781..1103810,1103907..1104068,1104176..1104255,1104502..1104547))	Aspergillus niger	84593408
An16g04870	CDS	An16g04870	NT_166531.1	1105919	1107791	D	Title: similarity to protein SEQ ID NO:7732 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	join(1105919..1106405,1106464..1106576,1106637..1107791)	Aspergillus niger	4988879
An16g04880	CDS	An16g04880	NT_166531.1	1107971	1111777	R	Function: PEX1 of P. chrysogenum encodes a protein of the AAA family of ATPases involved in peroxisomal biogenesis.; Title: strong similarity to peroxin-1 PEX1 -Penicillium chrysogenum; peroxisome; See PMID 10968639; uncharacterized protein	complement(join(1107971..1111185,1111238..1111316,1111365..1111604,1111667..1111777))	Aspergillus niger	4988880
An16g04890	CDS	An16g04890	NT_166531.1	1112266	1114852	D	Complex: the MCM proteins form heteromeric complexes with the proteins in a 1:1 stoichiometry.; Complex: the hexameric complex is apparently composed of a subcomplex consisting of a tightly associated core complex (MCM4/6/7) that is loosely associated with MCM2 and a more loosely associated subcomplex, the peripheral dimer (MCM3/5).; Function: the MCM proteins are essential for the initiation of replication and normal S phase progression.; Function: the minichromosome maintenance (MCM) proteins are a family of essential eukaryotic replication proteins with six distinct members (MCM2-MCM7).; Function: the precise molecular function of the MCM protein complex remains to be determined, a recent report showed weak ATPase and DNA helicase activities in the core complex of human MCM4/6/7, which may be regulated by MCM2.; Title: strong similarity to minichromosome maintenance protein mcm7p - Schizosaccharomyces pombe; nucleus; See PMID 10588642; uncharacterized protein	join(1112266..1112580,1112634..1112764,1112813..1114730,1114793..1114852)	Aspergillus niger	4988881
An16g04900	CDS	An16g04900	NT_166531.1	1115025	1115649	R	Function: yps-3 of the dimorphic fungus H. capsulatum is expressed in the virulent yeast pahse of this organism, but is silent in the mycelial form of virulent strains.; Title: similarity to yeast phase specific gene yps-3 - Histoplasma capsulatum; See PMID 9673274; See PMID 8012597; uncharacterized protein	complement(join(1115025..1115076,1115303..1115649))	Aspergillus niger	4988882
An16g04910	CDS	An16g04910	NT_166531.1	1116790	1118187	R	Title: strong similarity to hypothetical conserved protein SPCC61.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1116790..1117674,1117730..1117762,1117822..1117832,1117889..1117935,1117989..1118028,1118091..1118187))	Aspergillus niger	4988883
An16g04920	CDS	An16g04920	NT_166531.1	1118844	1119944	R	Remark: blastp matches are not significant.; Title: weak similarity to ankyrin B - Homo sapiens; uncharacterized protein	complement(join(1118844..1119884,1119939..1119944))	Aspergillus niger	4988884
An16g04930	CDS	An16g04930	NT_166531.1	1120608	1121019	D	Function: The 60S acidic ribosomal protein plays an important role in the elongation step of protein synthesis.; Remark: a splice site was detected upstream of the START codon.; Similarity: this 60S acidic ribosomal protein family includes archaebacterial L12, eukaryotic P0, P1 and P2.; Title: strong similarity to cytoplasmic acidic ribosomal protein P2 - Aspergillus fumigatus; cytoplasm; See PMID 10636918; See PMID 8722011; ribosomal protein P2	join(1120608..1120766,1120846..1121019)	Aspergillus niger	4988885
An16g04940	CDS	An16g04940	NT_166531.1	1121689	1122788	D	Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S12 AS1 - Podospora anserina; cytoplasm; See PMID 8195128; 40S ribosomal protein uS19	join(1121689..1121706,1121781..1121799,1122080..1122137,1122350..1122646,1122719..1122788)	Aspergillus niger	4988886
An16g04950	CDS	An16g04950	NT_166531.1	1123151	1124802	R	Title: strong similarity to hypothetical protein SPBP8B7.07c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1123151..1123199,1123393..1124147,1124214..1124513,1124659..1124802))	Aspergillus niger	4988887
An16g04960	CDS	An16g04960	NT_166531.1	1125648	1126732	R	Complex: the arginine-specific carbamoylphosphate synthase of S. cerevisiae is composed of two chains: a small (or glutamine) chain, Cpa1p, and a large (or ammonia) chain, Cpa2p.; Function: in S. cervisiae the small chain promotes the hydrolysis of glutamine to ammonia (EC 6. 3. 5. 5),which is used by the large chain to synthesize carbamoyl phosphate (EC 6. 3. 5. 5).; Pathway: arginine biosynthesis.; Remark: N-terminally truncated due to contig border.; Remark: the systematic genename of CPA2 of S. cerevisiae is YJR109C.; Title: strong similarity to arginine-specific carbamoyl-phosphate synthase subunit Cpa2 - Saccharomyces cerevisiae [truncated ORF]; See PMID 2689869; See PMID 8626695; uncharacterized protein	complement(join(1125648..1125755,1125815..>1126732))	Aspergillus niger	84593409
An16g04970	CDS	An16g04970	NT_166531.1	1126834	1129194	R	Catalytic activity: 2 ATP + glutamine + CO(2) + H(2)O = 2 ADP + orthophosphate + glutamate + carbamoyl phosphate; Complex: CPA2 of S. cerevisiae forms a heterodimer with CPA1.; Function: CPA2 of S. cerevisiae accepts the ammonia moiety cleaved from glutamine, binds all the remaining substrates and carries out all the subsequent catalytic events.; Remark: CPA2 of S. cerevisiae is also known as YJR109C.; Title: strong similarity to arginine-specific carbamoyl-phosphate synthase subunit Cpa2 - Saccharomyces cerevisiae; See PMID 11212301; See PMID 6358221; See PMID 8626695; uncharacterized protein	complement(join(<1126834..1128659,1128834..1129194))	Aspergillus niger	4988889
An16g04980	CDS	An16g04980	NT_166531.1	1129448	1130569	R	hypothetical protein	complement(join(1129448..1129687,1129711..1129868,1129963..1130032,1130261..1130368,1130495..1130569))	Aspergillus niger	84593410
An16g04990	CDS	An16g04990	NT_166531.1	1130586	1131467	D	hypothetical protein	join(1130586..1130642,1130721..1130822,1130932..1131057,1131098..1131142,1131237..1131467)	Aspergillus niger	84593411
An16g05000	CDS	An16g05000	NT_166531.1	1131912	1132195	D	hypothetical protein	join(1131912..1132067,1132148..1132195)	Aspergillus niger	84593412
An16g05010	CDS	An16g05010	NT_166531.1	1132662	1133675	D	hypothetical protein	join(1132662..1132803,1132867..1132940,1132998..1133675)	Aspergillus niger	4988893
An16g05020	CDS	An16g05020	NT_166531.1	1134290	1135216	D	Title: strong similarity to protein vip1p -Schizosaccharomyces pombe; See PMID 10388810; uncharacterized protein	join(1134290..1134372,1134435..1134521,1134613..1135216)	Aspergillus niger	4988894
An16g05030	CDS	An16g05030	NT_166531.1	1135515	1135867	R	hypothetical protein	complement(join(1135515..1135525,1135657..1135867))	Aspergillus niger	4988895
An16g05040	CDS	An16g05040	NT_166531.1	1136138	1136450	D	hypothetical protein	join(1136138..1136261,1136368..1136450)	Aspergillus niger	84593413
An16g05050	CDS	An16g05050	NT_166531.1	1137790	1141400	R	Function: The importin beta/importin 7 heterodimer is a functional nuclear import receptor for histone H1.; Title: similarity to importin RanBP7 - Homo sapiens; nucleus; See PMID 9687515; See PMID 10228156; uncharacterized protein	complement(join(1137790..1137947,1138000..1138117,1138170..1138348,1138400..1140267,1140324..1140508,1140582..1141042,1141165..1141243,1141311..1141400))	Aspergillus niger	4988897
An16g05060	CDS	An16g05060	NT_166531.1	1142052	1146192	R	Title: strong similarity to viral mRNA translation inhibitor Ski2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1142052..1142552,1142603..1142782,1142838..1143025,1143078..1143357,1143408..1144345,1144436..1145907,1145963..1146192))	Aspergillus niger	4988898
An16g05070	CDS	An16g05070	NT_166531.1	1147373	1149800	R	Title: similarity to hypothetical protein SPCC4G3.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1147373..1149050,1149103..1149585,1149641..1149709,1149781..1149800))	Aspergillus niger	4988899
An16g05080	CDS	An16g05080	NT_166531.1	1149852	1151606	R	hypothetical protein	complement(join(1149852..1150277,1151305..1151419,1151500..1151606))	Aspergillus niger	84593414
An16g05090	CDS	An16g05090	NT_166531.1	1151720	1153975	D	Title: strong similarity to endonuclease SceI 75 kDa subunit Ens1 - Saccharomyces cerevisiae; See PMID 2203771; uncharacterized protein	join(1151720..1151746,1151815..1151941,1152003..1152068,1152195..1153975)	Aspergillus niger	4988901
An16g05100	CDS	An16g05100	NT_166531.1	1155982	1156954	D	hypothetical protein	join(1155982..1155984,1156256..1156376,1156836..1156954)	Aspergillus niger	84593415
An16g05110	CDS	An16g05110	NT_166531.1	1159127	1159542	R	hypothetical protein	complement(join(1159127..1159218,1159374..1159542))	Aspergillus niger	84593416
An16g05120	CDS	An16g05120	NT_166531.1	1159788	1161222	D	Title: strong similarity to lovF gene expression regulator At239 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	join(1159788..1160171,1160248..1161222)	Aspergillus niger	4988904
An16g05130	CDS	An16g05130	NT_166531.1	1161857	1163102	R	Title: similarity to hypothetical protein SPCC4G3.16 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1161857..1162665,1162768..1162929,1163042..1163102))	Aspergillus niger	4988905
An16g05140	CDS	An16g05140	NT_166531.1	1163147	1164708	R	hypothetical protein	complement(join(1163147..1163458,1163914..1164066,1164279..1164473,1164631..1164708))	Aspergillus niger	84593417
An16g05150	CDS	An16g05150	NT_166531.1	1164844	1167203	D	Alternative name: Acyl-activating enzyme. Acyl-CoA synthetase. Fatty acid thiokinase (long-chain). Lignoceroyl-CoA synthase.; Catalytic activity: ATP + a long-chain carboxylic acid + CoA <=> AMP + diphosphate + an acyl-CoA; Remark: Acts on a wide range of long-chain saturated and unsaturated fatty acids, but the enzymes from different tissues show some variation in specificity. The liver enzyme acts on acids from C(6) to C(20); that from brain shows high activity up to C(24).; Title: strong similarity to long-chain-fatty-acid--CoA ligase - Saccharomyces cerevisiae; uncharacterized protein	join(1164844..1165298,1165369..1165394,1165459..1165854,1165914..1167058,1167114..1167203)	Aspergillus niger	4988907
An16g05160	CDS	An16g05160	NT_166531.1	1168613	1170519	D	hypothetical protein	join(1168613..1168717,1168763..1168846,1169344..1169491,1169580..1170104,1170130..1170205,1170402..1170519)	Aspergillus niger	84593418
An16g05170	CDS	An16g05170	NT_166531.1	1170531	1171814	D	hypothetical protein	join(1170531..1170593,1170720..1170977,1171087..1171136,1171355..1171424,1171674..1171814)	Aspergillus niger	84593419
An16g05180	CDS	An16g05180	NT_166531.1	1171817	1173130	R	hypothetical protein	complement(join(1171817..1171913,1172094..1172136,1172229..1172287,1172913..1173130))	Aspergillus niger	84593420
An16g05190	CDS	An16g05190	NT_166531.1	1173388	1175160	R	Title: strong similarity to hypothetical related to meiosis-specific protein NDT80 - Neurospora crassa; uncharacterized protein	complement(join(1173388..1174898,1174990..1175038,1175122..1175160))	Aspergillus niger	4988911
An16g05200	CDS	An16g05200	NT_166531.1	1175766	1176472	D	hypothetical protein	join(1175766..1175811,1175918..1175927,1176208..1176331,1176428..1176472)	Aspergillus niger	84593421
An16g05210	CDS	An16g05210	NT_166531.1	1178091	1179303	R	hypothetical protein	complement(join(1178091..1178349,1178391..1178475,1178518..1178591,1178930..1179004,1179091..1179124,1179228..1179303))	Aspergillus niger	84593422
An16g05220	CDS	An16g05220	NT_166531.1	1179383	1180084	R	hypothetical protein	complement(join(1179383..1179514,1179583..1179694,1179748..1179822,1179900..1180084))	Aspergillus niger	84593423
An16g05230	CDS	An16g05230	NT_166531.1	1180866	1182069	D	hypothetical protein	join(1180866..1181059,1181146..1181185,1181266..1181308,1181399..1181517,1181593..1181684,1181765..1181888,1182007..1182069)	Aspergillus niger	84593424
An16g05240	CDS	An16g05240	NT_166531.1	1182124	1183033	R	hypothetical protein	complement(join(1182124..1182237,1182362..1182413,1182624..1182746,1182867..1183033))	Aspergillus niger	84593425
An16g05250	CDS	An16g05250	NT_166531.1	1183288	1183823	R	hypothetical protein	complement(join(1183288..1183423,1183482..1183516,1183569..1183702,1183784..1183823))	Aspergillus niger	84593426
An16g05260	CDS	An16g05260	NT_166531.1	1184552	1185988	R	Title: strong similarity to eukaryotic translation initiation factor 3 subunit p42 - Homo sapiens; See PMID 9973622; uncharacterized protein	complement(join(1184552..1184604,1184733..1184904,1185243..1185867,1185972..1185988))	Aspergillus niger	4988918
An16g05270	CDS	An16g05270	NT_166531.1	1186472	1188154	R	Title: strong similarity to hypothetical protein hsp70 - Neurospora crassa; uncharacterized protein	complement(join(1186472..1186671,1186735..1186882,1186932..1186992,1187070..1188154))	Aspergillus niger	4988919
An16g05280	CDS	An16g05280	NT_166531.1	1188883	1190236	D	hypothetical protein	join(1188883..1188891,1188965..1190236)	Aspergillus niger	4988920
An16g05290	CDS	An16g05290	NT_166531.1	1190680	1192363	R	Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to hypothetical purine-cytosine permease Fcy2 - Saccharomyces cerevisiae [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<1190680..1191766,1191824..1192040,1192136..1192363))	Aspergillus niger	4988921
An16g05300	CDS	An16g05300	NT_166531.1	1192636	1194104	D	hypothetical protein	join(1192636..1192812,1192920..1193181,1193228..1193353,1193470..1193510,1193606..1193800,1193910..1194104)	Aspergillus niger	84593427
An16g05310	CDS	An16g05310	NT_166531.1	1196061	1198085	R	Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	complement(join(1196061..1196192,1196317..1196662,1196724..1197543,1197597..1197791,1198007..1198085))	Aspergillus niger	4988923
An16g05320	CDS	An16g05320	NT_166531.1	1198536	1200041	D	Title: strong similarity to cytochrome P450 trichodiene oxygenase TRI4 - Fusarium sporortrichoides; See PMID 7651333; See PMID 11352533; uncharacterized protein	join(1198536..1199485,1199543..1200041)	Aspergillus niger	4988924
An16g05330	CDS	An16g05330	NT_166531.1	1200132	1200937	R	Title: strong similarity to hypothetical protein in haematococca pathogenicity cluster PEP2 - Nectria haematococca; uncharacterized protein	complement(join(1200132..1200438,1200489..1200937))	Aspergillus niger	4988925
An16g05340	CDS	An16g05340	NT_166531.1	1202470	1203746	R	Catalytic activity: NADH specific Enoyl-[acyl-carrier protein] reductases convert acyl-[acyl-carrier protein] + NAD(+) to trans-2,3-dehydroacyl-[acyl-carrier protein] + NADH.; Complex: S. pneumoniae fabK contains a FAD-binding domain and is NADH specific.; Function: S. pneumoniae fabK is involved in fatty-acid biosynthesis and catalyses the reduction of enoyl-acyl-carrier-protein (ACP) during each cycle of fatty-acid elongation.; Title: similarity to trans-2-enoyl-ACP reductase II fabK - Streptococcus pneumoniae; See PMID 10910344; uncharacterized protein	complement(join(1202470..1202760,1202810..1203311,1203379..1203640,1203734..1203746))	Aspergillus niger	4988926
An16g05350	CDS	An16g05350	NT_166531.1	1204756	1206254	D	Catalytic activity: bifunctional folic acid synthesis protein of P. sativum catalyzes the reactions ATP + 2-amino-4-hydroxy-6-hydroxymethyl-7,8-dihydropteridine <=> AMP + 2-amino-7,8-dihydro-4-hydroxy-6-(diphosphooxymethyl)pterid ine (EC 2. 7. 6. 3) and 2-amino-4-hydroxy-6-hydroxymethyl-7,8-dihydropteridine diphosphate + 4-aminobenzoate <=> diphosphate + dihydropteroate (EC 2. 5. 1. 15).; Pathway: bifunctional folic acid synthesis protein of P. sativum catalyzes the first steps in folate synthesis.; Remark: the A. niger ORF contains a putaive sequncing error at position 7312.; Title: strong similarity to precursor of bifunctional folic acid synthesis protein - Pisum sativum [putative frameshift]; putative frameshift; See PMID 9118956; uncharacterized protein	join(1204756..1204953,1205004..1205212,1205266..>1206254)	Aspergillus niger	4988927
An16g05360	CDS	An16g05360	NT_166531.1	1206761	1207516	R	hypothetical protein	complement(1206761..1207516)	Aspergillus niger	84593428
An16g05370	CDS	An16g05370	NT_166531.1	1208164	1209907	R	Function: Glo3p of S. cerevisiae is involved in transition from stationary to proliferative phase.; Title: similarity to zinc-finger protein Glo3 -Saccharomyces cerevisiae; nucleus; See PMID 8070409; uncharacterized protein	complement(join(1208164..1208192,1208246..1208563,1208622..1209316,1209375..1209558,1209618..1209787,1209888..1209907))	Aspergillus niger	4988929
An16g05380	CDS	An16g05380	NT_166531.1	1210645	1211787	D	Title: similarity to hypothetical membrane protein YGR033c - Saccharomyces cerevisiae; uncharacterized protein	join(1210645..1210953,1211019..1211203,1211271..1211325,1211388..1211487,1211552..1211633,1211742..1211787)	Aspergillus niger	4988930
An16g05390	CDS	An16g05390	NT_166531.1	1211892	1213437	R	Remark: the A. niger protein also shows weak similarity to the mandelate racemase of Pseudomonas putida and contains a mandelate racemase BLOCKS and PFAM domain.; Title: strong similarity to hypothetical protein RTS-beta - Homo sapiens; uncharacterized protein	complement(join(1211892..1212494,1212558..1213163,1213222..1213326,1213393..1213437))	Aspergillus niger	4988931
An16g05400	CDS	An16g05400	NT_166531.1	1214076	1216616	R	Title: similarity to hypothetical protein SPBC839.10 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1214076..1214168,1214240..1215114,1215190..1215763,1215811..1216406,1216461..1216523,1216598..1216616))	Aspergillus niger	4988932
An16g05410	CDS	An16g05410	NT_166531.1	1217779	1218411	D	hypothetical protein	join(1217779..1217842,1217955..1218086,1218162..1218203,1218293..1218411)	Aspergillus niger	84593429
An16g05420	CDS	An16g05420	NT_166531.1	1218699	1220417	D	Function: Pgi1p of S. cerevisiae converts glucose-6-phosphate to fructose-6-phosphate.; Phenotype: pgi null mutants are growth-inhibited by glucose.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to glucose-6-phosphate isomerase Pgi1 - Saccharomyces cerevisiae; See PMID 3072254; uncharacterized protein	join(1218699..1219198,1219256..1220417)	Aspergillus niger	4988934
An16g05430	CDS	An16g05430	NT_166531.1	1220816	1222156	D	Title: strong similarity to hypothetical protein EAA58013.1 - Aspergillus nidulans; uncharacterized protein	join(1220816..1220991,1221036..1221090,1221166..1222004,1222060..1222156)	Aspergillus niger	4988935
An16g05440	CDS	An16g05440	NT_166531.1	1222288	1222944	R	mitochondrial 37S ribosomal protein bS21m	complement(1222288..1222944)	Aspergillus niger	4988936
An16g05450	CDS	An16g05450	NT_166531.1	1223308	1223802	D	Remark: the A. niger protein also shows weak similarity to arsenate reductase of S. cerevisiae and to human protein-tyrosine-phosphatase cdc25B.; Title: similarity to hypothetical protein YGR203w -Saccharomyces cerevisiae; uncharacterized protein	join(1223308..1223422,1223492..1223802)	Aspergillus niger	4988937
An16g05460	CDS	An16g05460	NT_166531.1	1224024	1225736	R	Remark: the A. niger protein also shows similarity to the uncharacterized A. thaliana protein from patent EP1033405-A2.; Title: similarity to hypothetical protein MZN14.19 -Arabidopsis thaliana; uncharacterized protein	complement(join(1224024..1224916,1224976..1225177,1225240..1225509,1225563..1225736))	Aspergillus niger	4988938
An16g05470	CDS	An16g05470	NT_166531.1	1226139	1227262	R	Title: weak similarity to hypothetical RNA-binding protein - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1226139..1226495,1226545..1226937,1227012..1227151,1227214..1227262))	Aspergillus niger	84593430
An16g05480	CDS	An16g05480	NT_166531.1	1227942	1229227	D	Title: weak similarity to calcium/calmodulin-dependent protein kinase IV - Xenopus laevis; uncharacterized protein	join(1227942..1228214,1228283..1228355,1228464..1228556,1228739..1228966,1229103..1229227)	Aspergillus niger	84593431
An16g05490	CDS	An16g05490	NT_166531.1	1229436	1229941	D	hypothetical protein	join(1229436..1229538,1229616..1229941)	Aspergillus niger	84593432
An16g05500	CDS	An16g05500	NT_166531.1	1230531	1232505	D	hypothetical protein	join(1230531..1230693,1230766..1230844,1230897..1232505)	Aspergillus niger	4988942
An16g05510	CDS	An16g05510	NT_166531.1	1232720	1234526	R	Function: galactosyltransferase-associated protein kinase of M. musculus acts as a negative regulator of the normal cell cycle progression. In vitro, this protein kinase has been shown to phosphorylate a number of substrates, including histone H1, casein, and galactosyltransferase. Galactosyltransferase-associated protein kinase of M. musculus may function in regulating proliferation by the phosphorylation and subsequent plasma membrane targeting of galactosyltransferase.; Similarity: galactosyltransferase-associated protein kinase of M. musculus shows similarity with the conserved catalytic domains of ser/thr-protein kinases. It belongs to the cdc2/cdkx subfamily.; Title: similarity to galactosyltransferase-associated protein kinase - Mus musculus; deleted EC_number 2.7.1.37; See PMID 2069872; uncharacterized protein	complement(join(1232720..1233166,1233264..1233678,1233739..1234526))	Aspergillus niger	4988943
An16g05520	CDS	An16g05520	NT_166531.1	1234624	1235534	D	Function: Lys7 of S. cerevisiae is required for the incorporation of copper specifically into superoxide dismutase Sod1p.; Phenotype: lys7 deletion mutant shows sensitivity to superoxide generating drugs, to light irradiation, and diminution of calcineurin activity.; Title: similarity to copper chaperone Lys7 -Saccharomyces cerevisiae; cytoplasm; See PMID 9295278; uncharacterized protein	join(1234624..1234641,1234704..1234776,1234823..1234957,1235017..1235534)	Aspergillus niger	4988944
An16g05530	CDS	An16g05530	NT_166531.1	1235577	1236596	R	hypothetical protein	complement(join(1235577..1235594,1235661..1235927,1236170..1236289,1236507..1236596))	Aspergillus niger	84593433
An16g05540	CDS	An16g05540	NT_166531.1	1236775	1237844	R	hypothetical protein	complement(join(1236775..1236825,1236908..1236956,1237041..1237146,1237263..1237372,1237509..1237605,1237690..1237726,1237812..1237844))	Aspergillus niger	84593434
An16g05550	CDS	An16g05550	NT_166531.1	1237953	1239728	D	Function: human neutrophil oxidase factor is involved in the superoxide production by phagocytic cells.; Remark: only the N-terminal half of the A. niger protein is similar to the N-terminal half of the human neutrophil oxidase factor.; Title: similarity to neutrophil oxidase factor -Homo sapiens; See PMID 1692159; uncharacterized protein	join(1237953..1237967,1238016..1238165,1238215..1238550,1238596..1239642,1239699..1239728)	Aspergillus niger	4988947
An16g05560	CDS	An16g05560	NT_166531.1	1239944	1240849	D	Title: strong similarity to hypothetical protein EAA58022.1 - Aspergillus nidulans; uncharacterized protein	join(1239944..1240066,1240136..1240849)	Aspergillus niger	4988948
An16g05570	CDS	An16g05570	NT_166531.1	1241381	1242772	R	Catalytic activity: aspartate aminotransferases convert L-aspartate + 2-oxoglutarate to oxaloacetate + L-glutamate.; Function: aspartate aminotransferases are involved in amino acid and nitrogen metabolism.; Title: strong similarity to aspartate transaminase -Sus scrofa; See PMID 2653435; uncharacterized protein	complement(join(1241381..1242328,1242380..1242511,1242593..1242772))	Aspergillus niger	4988949
An16g05580	CDS	An16g05580	NT_166531.1	1244711	1246532	R	Remark: the A. niger protein also shows similarity to the RING zinc finger protein of Gallus gallus and contains a zinc finger PFAM domain.; Title: similarity to hypothetical protein B24P11.150 - Neurospora crassa; nucleus; uncharacterized protein	complement(join(1244711..1245092,1245150..1245696,1245747..1246146,1246197..1246532))	Aspergillus niger	4988950
An16g05590	CDS	An16g05590	NT_166531.1	1247049	1247517	D	Title: strong similarity to EST an_1462 -Aspergillus niger; uncharacterized protein	join(1247049..1247090,1247341..1247517)	Aspergillus niger	84593435
An16g05600	CDS	An16g05600	NT_166531.1	1247853	1249320	D	hypothetical protein	join(1247853..1248004,1248103..1248315,1248386..1248480,1248847..1249029,1249103..1249320)	Aspergillus niger	84593436
An16g05610	CDS	An16g05610	NT_166531.1	1250474	1250667	D	hypothetical protein	join(1250474..1250513,1250552..1250667)	Aspergillus niger	84593437
An16g05620	CDS	An16g05620	NT_166531.1	1251277	1251703	D	hypothetical protein	join(1251277..1251360,1251518..1251538,1251611..1251703)	Aspergillus niger	84593438
An16g05630	CDS	An16g05630	NT_166531.1	1252384	1252843	D	hypothetical protein	join(1252384..1252525,1252695..1252843)	Aspergillus niger	84593439
An16g05640	CDS	An16g05640	NT_166531.1	1254126	1256390	D	Title: similarity to hypothetical protein encoded by An11g07160 - Aspergillus niger; uncharacterized protein	join(1254126..1254220,1254476..1254785,1254850..1256075,1256108..1256390)	Aspergillus niger	4988956
An16g05650	CDS	An16g05650	NT_166531.1	1257176	1258390	D	Title: strong similarity to hypothetical protein SC8F11.11c - Streptomyces coelicolor; uncharacterized protein	1257176..1258390	Aspergillus niger	84593440
An16g05660	CDS	An16g05660	NT_166531.1	1258626	1261304	D	Catalytic activity: betA of E. coli catalyzes the reaction of choline + acceptor = betaine aldehyde + reduced acceptor.; Function: betA of E. coli catalyzes the oxidation of choline to betaine aldehyde & betaine aldehyde to glycine betaine at the same rate. It is independent of soluble cofactors, and probably electron-transfer-linked.; Pathway: betA of E. coli is involved is the osmoregulatory choline-glycine betaine pathway.; Similarity: betA of E. coli belongs to the GMC oxidoreductases family.; Title: similarity to choline dehydrogenase betA -Escherichia coli; See PMID 1956285; uncharacterized protein	join(1258626..1260577,1260647..1260668,1261075..1261155,1261284..1261304)	Aspergillus niger	4988958
An16g05670	CDS	An16g05670	NT_166531.1	1261667	1266692	R	hypothetical protein	complement(join(1261667..1263562,1263616..1264444,1264496..1264790,1264854..1266024,1266068..1266196,1266372..1266692))	Aspergillus niger	84593441
An16g05680	CDS	An16g05680	NT_166531.1	1267902	1269767	R	hypothetical protein	complement(join(1267902..1268004,1268075..1268218,1268342..1268544,1268630..1268751,1268824..1269228,1269390..1269460,1269670..1269767))	Aspergillus niger	84593442
An16g05690	CDS	An16g05690	NT_166531.1	1270365	1271499	R	Function: faeA of A. tubingensis is involved in degradation of complex cell wall polysaccharides.; Remark: the ORF encoded protein also shows similarity to methyl ferulate esterase FEA of A. niger from patent WO9814594-A2. FAE can cleave the ester linkage of phenolic esters.; Title: similarity to ferulic acid esterase A faeA -Aspergillus tubingensis; See PMID 9406381; uncharacterized protein	complement(join(1270365..1270515,1270590..1270645,1270693..1271063,1271121..1271184,1271232..1271359,1271409..1271499))	Aspergillus niger	4988961
An16g05700	CDS	An16g05700	NT_166531.1	1271874	1273127	R	hypothetical protein	complement(join(1271874..1271988,1272072..1272222,1272442..1272517,1272622..1272996,1273080..1273127))	Aspergillus niger	84593443
An16g05710	CDS	An16g05710	NT_166531.1	1273391	1275068	R	Function: N. haematococca detoxify the antibioticum pisatin utilizing the cytochrome P450 monooxygenase PADT9.; Remark: the A. niger protein also shows strong similarity to other cytochrome P450 proteins.; Similarity: N. haematococca PDAT9 has been assigned to a new cytochrome P450 family, CYP57.; Title: strong similarity to cytochrome P450 pisatin demethylase PDAT9 - Nectria haematococca; See PMID 9501474; See PMID 9683653; uncharacterized protein	complement(join(1273391..1273732,1273785..1274384,1274461..1274819,1274873..1275068))	Aspergillus niger	4988963
An16g05720	CDS	An16g05720	NT_166531.1	1276116	1276604	R	hypothetical protein	complement(join(1276116..1276245,1276323..1276436,1276522..1276604))	Aspergillus niger	84593444
An16g05730	CDS	An16g05730	NT_166531.1	1277472	1278749	R	Function: Pth11p of M. grisea functions as an upstream effector of appressorium differentiation in response to host surface recognition.; Function: Pth11p of M. grisea is involved in the response to both host cutin monomers and contact surface hydrophobicity.; Localization: Pth11p of M. grisea functions at the cell cortex, but is also found in the vacuolar membrane.; Remark: the A. niger protein is only half the size of Pth11p.; Repression: Pth11p of M. grisea is probably downregulated by shunting the surface receptor protein to the vacuole by endocytosis.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(1277472..1278015,1278085..1278563,1278623..1278661,1278705..1278749))	Aspergillus niger	4988965
An16g05740	CDS	An16g05740	NT_166531.1	1279569	1281055	R	Title: weak similarity to 2-hydroxy-6-ketonona-2,4-dienoate hydrolase hppC - Rhodococcus globerulus; uncharacterized protein	complement(join(1279569..1279637,1279729..1280082,1280185..1280560,1280908..1280978,1281035..1281055))	Aspergillus niger	4988966
An16g05750	CDS	An16g05750	NT_166531.1	1281579	1283263	R	Function: heterologous expression of rice OsMST3 in the yeast S. cerevisiae indicated that OsMST3 has transport activity for some monosaccharides in an energy-dependent H+ co-transport manner.; Title: strong similarity to monosaccharide transporter 3 OsMST3 - Oryza sativa; See PMID 11038054; uncharacterized protein	complement(join(1281579..1282994,1283036..1283263))	Aspergillus niger	4988967
An16g05760	CDS	An16g05760	NT_166531.1	1284236	1286727	R	Catalytic activity: aconitase catalyzes the reaction of citrate to isocitrate and H2O.; Remark: aconitase has an active (4fe-4s) and an inactive (3fe-4s) form. The active (4fe-4s) cluster is part of the catalytic site that interconverts citrate,cis-aconitase, and isocitrate.; Similarity: aconitate hydratase (aconitase) belongs to the aconitase/ipm isomerase family.; Title: strong similarity to mitochondrial aconitate hydratase Aco1 - Saccharomyces cerevisiae; See PMID 10490611; See PMID 1972545; uncharacterized protein	complement(join(1284236..1286066,1286122..1286567,1286626..1286727))	Aspergillus niger	4988968
An16g05770	CDS	An16g05770	NT_166531.1	1287059	1287792	D	Function: L. pneumophila DotA is one of the factors inhibiting the fusion of the endosome to the lysosome.; Remark: an alternative name for L. pneumophila dotA is dlpA.; Remark: the A. niger protein is only half the size of DotA from L. pneumophila. It shows similarity to the C-terminal half of DotA.; Title: similarity to inhibitor of endosome-lysosome fusion DotA - Legionella pneumophila; endosome; See PMID 9632267; See PMID 11207624; uncharacterized protein	join(1287059..1287112,1287166..1287792)	Aspergillus niger	4988969
An16g05780	CDS	An16g05780	NT_166531.1	1288019	1290888	R	Function: UaY of A. nidulans acts as a transcriptional activator of the uapA gene.; Similarity: contains a fungal-type Zn(2)-Cys(6) binuclear cluster DNA-binding domain.; Title: similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; See PMID 7729421; uncharacterized protein	complement(join(1288019..1288188,1288263..1288735,1288856..1289215,1289267..1289856,1289906..1290401,1290467..1290564,1290628..1290888))	Aspergillus niger	84593445
An16g05790	CDS	An16g05790	NT_166531.1	1291980	1293052	D	Catalytic activity: 2-pyrone-4,6-dicarboxylate + H2O = oxalomesaconate.; Pathway: pcmC of A. keyseri is involved in the phthalate catabolic pathway.; Similarity: the C-terminal half shows very strong homology to a hypothetical protein fragment of A. nidulans.; Title: strong similarity to 2-pyrone-4,6-dicarboxylate hydrolase pcmC - Arthrobacter keyseri; See PMID 11371533; uncharacterized protein	join(1291980..1292061,1292136..1292832,1292884..1293052)	Aspergillus niger	4988971
An16g05800	CDS	An16g05800	NT_166531.1	1293384	1293827	D	hypothetical protein	join(1293384..1293563,1293648..1293827)	Aspergillus niger	84593446
An16g05810	CDS	An16g05810	NT_166531.1	1293958	1295827	D	Function: CRG1 of C. nicotianae confers resistance to the photosensitizing toxin cercosporin by a mechanism yet to be determined.; Title: similarity to cercosporin resistance protein CRG1 - Cercospora nicotianae; See PMID 10517336; uncharacterized protein	join(1293958..1294592,1294645..1294922,1294974..1295827)	Aspergillus niger	4988973
An16g05820	CDS	An16g05820	NT_166531.1	1295995	1297028	R	hypothetical protein	complement(join(1295995..1296043,1296083..1296548,1296595..1296631,1296792..1297028))	Aspergillus niger	84593447
An16g05830	CDS	An16g05830	NT_166531.1	1297754	1299694	D	hypothetical protein	join(1297754..1297837,1297998..1298128,1298503..1298628,1298715..1299000,1299061..1299150,1299488..1299557,1299654..1299694)	Aspergillus niger	84593448
An16g05840	CDS	An16g05840	NT_166531.1	1300741	1304018	D	Function: pmaA of A. nidulans is required for proton transport against the transmembrane pH gradient.; Title: strong similarity to plasma membrane H(+)-ATPase pmaA - Aspergillus nidulans; plasma membrane; See PMID 11131024; uncharacterized protein	join(1300741..1301140,1301216..1301439,1301499..1302143,1302247..1303152,1303212..1304018)	Aspergillus niger	4988976
An16g05850	CDS	An16g05850	NT_166531.1	1304507	1305494	R	hypothetical protein	complement(join(1304507..1304590,1304709..1304797,1304892..1304953,1305042..1305123,1305215..1305494))	Aspergillus niger	84593449
An16g05860	CDS	An16g05860	NT_166531.1	1305961	1306882	D	hypothetical protein	join(1305961..1306283,1306352..1306435,1306495..1306613,1306749..1306882)	Aspergillus niger	84593450
An16g05870	CDS	An16g05870	NT_166531.1	1307197	1308799	D	hypothetical protein	join(1307197..1308057,1308335..1308417,1308487..1308799)	Aspergillus niger	84593451
An16g05880	CDS	An16g05880	NT_166531.1	1309822	1311291	R	Function: Mtr1 of N. crassa is required for the cellular uptake of neutral aliphatic and aromatic amino acids.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; See PMID 7604041; See PMID 8001794; uncharacterized protein	complement(join(1309822..1309881,1309936..1311291))	Aspergillus niger	4988980
An16g05890	CDS	An16g05890	NT_166531.1	1312396	1313094	R	hypothetical protein	complement(join(1312396..1312640,1312818..1313094))	Aspergillus niger	84593452
An16g05900	CDS	An16g05900	NT_166531.1	1313175	1313913	R	hypothetical protein	complement(join(1313175..1313404,1313501..1313585,1313661..1313734,1313775..1313913))	Aspergillus niger	84593453
An16g05910	CDS	An16g05910	NT_166531.1	1315021	1316653	R	Catalytic activity: Cholesterol + NADPH + O2 = 7-alpha-hydroxycholesterol + NADP(+) + H2O.; Pathway: CYP7 of S. scrofa catalyzes the rate-limiting step in bile acid biosynthesis.; Similarity: belongs to the superfamily of cytochrome P450 monooxygenases.; Title: strong similarity to cholesterol 7alpha-hydroxylase CYP7 - Sus scrofa; See PMID 11013305; uncharacterized protein	complement(join(1315021..1315909,1315973..1316404,1316475..1316653))	Aspergillus niger	4988983
An16g05920	CDS	An16g05920	NT_166531.1	1317765	1319378	D	Title: weak similarity to integral membrane protein PTH11 from patent WO9913094-A2 - Magnaporthe grisea; uncharacterized protein	join(1317765..1317948,1318011..1318030,1318104..1318143,1318206..1318276,1318338..1318726,1318790..1318891,1318958..1319378)	Aspergillus niger	4988984
An16g05930	CDS	An16g05930	NT_166531.1	1320324	1321226	D	Title: strong similarity to hypothetical protein encoded by An08g06890 - Aspergillus niger; uncharacterized protein	1320324..1321226	Aspergillus niger	4988985
An16g05940	CDS	An16g05940	NT_166531.1	1321318	1323547	R	Function: StcS of A. nidulans is involved in the conversion of versicolorin A to demethylsterigmatocystin.; Pathway: StcS of A. nidulans is involved in the sterigmatocystin biosynthesis.; Remark: sterigmatocystin is a polyketide-derived mycotoxin.; Similarity: belongs to the cytochrome P450 superfamily.; Title: strong similarity to cytochrome P450 monooxygenase stcS - Aspergillus nidulans; See PMID 10618248; See PMID 7486998; uncharacterized protein	complement(join(1321318..1321338,1321553..1321630,1321853..1323303,1323367..1323547))	Aspergillus niger	4988986
An16g05950	CDS	An16g05950	NT_166531.1	1324161	1325368	R	hypothetical protein	complement(join(1324161..1324259,1324401..1324785,1325286..1325368))	Aspergillus niger	84593454
An16g05960	CDS	An16g05960	NT_166531.1	1327156	1328427	D	Similarity: also shows similarity to some hypothetical epoxide hydrolases.; Similarity: belongs to the alpha/beta hydrolase fold family.; Similarity: shows homology to the protein patent database entry PATENTPROT:AAY08565.; Title: similarity to hydrolase YGJL from patent WO9927081-A2 - Bacillus subtilis; uncharacterized protein	join(1327156..1328046,1328159..1328258,1328372..1328427)	Aspergillus niger	4988988
An16g05970	CDS	An16g05970	NT_166531.1	1328601	1330293	R	Function: UGT2B11 of H. sapiens catalyzes the transfer of glucuronic acid to a wide range of exogenous and endogenous compounds including phenols derivatives,bilirubin, fatty acids and steroids.; Title: similarity to UDP-glucuronosyltransferase UGT2B11 - Homo sapiens; See PMID 9675083; uncharacterized protein	complement(join(1328601..1329225,1329271..1330153,1330218..1330293))	Aspergillus niger	4988989
An16g05980	CDS	An16g05980	NT_166531.1	1331291	1331706	D	hypothetical protein	join(1331291..1331374,1331446..1331706)	Aspergillus niger	84593455
An16g05990	CDS	An16g05990	NT_166531.1	1331871	1332512	R	Title: strong similarity to EST an_3135 -Aspergillus niger; uncharacterized protein	complement(join(1331871..1332164,1332417..1332512))	Aspergillus niger	84593456
An16g06000	CDS	An16g06000	NT_166531.1	1332637	1333357	R	hypothetical protein	complement(join(1332637..1332746,1332794..1332972,1333197..1333263,1333342..1333357))	Aspergillus niger	84593457
An16g06010	CDS	An16g06010	NT_166531.1	1333406	1334491	D	Catalytic activity: 2-phospho-D-glycerate + 2,3-diphosphoglycerate = 3-phospho-D-glycerate + 2,3-diphosphoglycerate.; Similarity: also shows stronger similarity to a number of putative phosphoglycerate mutases from diverse species.; Title: similarity to phosphoglycerate mutase pgm -Zymomonas mobilis; See PMID 8320209; uncharacterized protein	join(1333406..1333454,1333511..1333889,1333953..1334162,1334347..1334491)	Aspergillus niger	4988993
An16g06020	CDS	An16g06020	NT_166531.1	1334795	1336131	D	Remark: the ORF is C-terminally truncated due to end of contig.; Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to hypothetical protein CAD87780.1 - Danio rerio [truncated ORF]; uncharacterized protein	join(1334795..1334884,1335014..1335121,1335334..>1336131)	Aspergillus niger	84593458
An16g06030	CDS	An16g06030	NT_166531.1	1336233	1336945	D	Remark: the ORF is N-terminally truncated due to contig border.; hypothetical protein [truncated ORF]	join(<1336233..1336718,1336916..1336945)	Aspergillus niger	84593459
An16g06040	CDS	An16g06040	NT_166531.1	1338024	1338612	D	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 76 amino acids long.; Title: questionable ORF; uncharacterized protein	join(1338024..1338099,1338405..1338501,1338555..1338612)	Aspergillus niger	84593460
An16g06070	CDS	An16g06070	NT_166531.1	1340686	1341687	R	Function: PIP of B. coagulans has a higher activity toward small peptides (up to three residues), but very low activity for longer peptides.; Remark: PIP of B. coagulans has no activity on hydroxyproline beta-naphtylamide.; Title: strong similarity to prolyl aminopeptidase PIP - Bacillus coagulans; See PMID 1459939; uncharacterized protein	complement(join(1340686..1340941,1341026..1341687))	Aspergillus niger	84593461
An16g06080	CDS	An16g06080	NT_166531.1	1342419	1343988	D	hypothetical protein	join(1342419..1342577,1342627..1343058,1343119..1343230,1343318..1343695,1343963..1343988)	Aspergillus niger	4989000
An16g06090	CDS	An16g06090	NT_166531.1	1344530	1346522	D	Phenotype: disruption of the HNM1 locus in S. cerevisiae completely abolished the choline transport activity, indicating that the HNM1 product is the sole choline transporter in yeast.; Remark: HNM1 of S. cerevisiae is also called CTR1.; Repression: the abundance of CTR mRNA in S. cerevisiae significantly decreased on incubation of cells with a combination of choline and myo-inositol; the CTR mRNA level was high in the exponential growth phase but decreased dramatically when cells entered the stationary phase.; Similarity: the ORF shows similarity to several amino acid permeases from different species.; Title: strong similarity to choline permease Hnm1 -Saccharomyces cerevisiae; See PMID 1878995; See PMID 2203793; See PMID 2249250; uncharacterized protein	join(1344530..1344707,1344914..1344998,1345055..1345137,1345197..1345594,1345656..1346208,1346272..1346522)	Aspergillus niger	4989001
An16g06100	CDS	An16g06100	NT_166531.1	1346765	1347689	R	Catalytic activity: glutathione S-transferases catalyse RX + glutathione <=> HX + R-S-glutathione.; Function: GST1 of A. suum is facilitating the conjugation of reduced glutathione to a wide number of exogenous and endogenous hydrophobic electrophils and can also function as GSH peroxidase.; Title: similarity to glutathione S-transferase GST1 - Ascaris suum; uncharacterized protein	complement(join(1346765..1346851,1346947..1347138,1347200..1347310,1347374..1347527,1347616..1347689))	Aspergillus niger	4989002
An16g06120	CDS	An16g06120	NT_166531.1	1350576	1352370	R	Similarity: the ORF encoded protein and Gel3 from Aspergillus fumigatus belong to the fungal Gas1 protein family.; Title: strong similarity to glycosylphosphatidylinositol-anchored beta(1-3)glucanosyltransferase gel3 - Aspergillus fumigatus; plasma membrane; See PMID 10769178; uncharacterized protein	complement(join(1350576..1351282,1351337..1352065,1352112..1352164,1352200..1352237,1352293..1352370))	Aspergillus niger	4989004
An16g06130	CDS	An16g06130	NT_166531.1	1353096	1354131	R	Title: questionable ORF; uncharacterized protein	complement(join(1353096..1353337,1353383..1353449,1353885..1353939,1354022..1354131))	Aspergillus niger	84593462
An16g06140	CDS	An16g06140	NT_166531.1	1354329	1355426	D	Similarity: the C-terminal part of the predicted protein is constituted by low-complexity repeats producing a lot of non significant BLASTP matches.; Similarity: the similarity to B24P11. 210 of N. crassa involves only the N-terminal two thirds of the predicted protein.; Title: strong similarity to hypothetical protein B24P11.210 - Neurospora crassa; uncharacterized protein	1354329..1355426	Aspergillus niger	4989006
An16g06160	CDS	An16g06160	NT_166531.1	1356257	1357551	R	Similarity: the similarity to D. melanogaster CG12065 involves only a short N-terminal fragment of the predicted protein.; Title: weak similarity to polypeptide SEQ ID NO:1833 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	complement(join(1356257..1356354,1356429..1357551))	Aspergillus niger	84593463
An16g06170	CDS	An16g06170	NT_166531.1	1358304	1359212	R	hypothetical protein	complement(join(1358304..1358864,1358919..1359212))	Aspergillus niger	4989009
An16g06180	CDS	An16g06180	NT_166531.1	1359597	1360072	D	hypothetical protein	join(1359597..1359608,1359731..1360072)	Aspergillus niger	84593464
An16g06190	CDS	An16g06190	NT_166531.1	1360338	1362118	R	Function: GIT1 of S. cerevisiae is required for uptake of glycerophosphoinositol.; Localization: GIT1 of S. cerevisiae is probably located on the plasma membrane, although the subcellular localization has not been experimentally shown.; Remark: GIT1 of S. cerevisiae is also known as YCR098c.; Title: strong similarity to glycerophosphoinositol transporter Git1 - Saccharomyces cerevisiae; See PMID 8720066; See PMID 9299703; See PMID 9348664; See PMID 9691030; uncharacterized protein	complement(join(1360338..1360999,1361055..1361423,1361475..1361626,1361680..1361796,1361846..1361895,1361972..1362118))	Aspergillus niger	4989011
An16g06200	CDS	An16g06200	NT_166531.1	1362904	1365076	R	Remark: the predicted ORF encodes a probable transcriptional regulator of the fungal binuclear zinc cluster type.; Title: weak similarity to regulator protein qutA -Aspergillus nidulans; See PMID 3313276; See PMID 8581174; See PMID 8704987; uncharacterized protein	complement(join(1362904..1363414,1363471..1363828,1363947..1364283,1364337..1364784,1364886..1365076))	Aspergillus niger	4989012
An16g06210	CDS	An16g06210	NT_166531.1	1365647	1366825	R	Catalytic activity: a nitrile + H2O = a carboxylate + NH3.; Catalytic activity: acts on a wide range of aromatic nitriles including (indole-3-yl)acetonitrile, and also on some aliphatic nitriles, and on the corresponding acid amides.; Function: for instance in plants the auxin indole-3-acetic acid is synthesized from indole-3-acetonitrile by nitrilase, after indole-3-acetonitrile is formed from tryptophan via indole-3-acetaldoxime or indole glycosinolates as the intermediate.; Function: the enzyme acts in a wide range of pathways, like tryptophan metabolism, cyanoamino acid metabolism and nitrogen metabolism.; Title: strong similarity to nitrilase - Alcaligenes faecalis; See PMID 8419930; See PMID 2269298; uncharacterized protein	complement(join(1365647..1366151,1366230..1366562,1366629..1366825))	Aspergillus niger	4989013
An16g06220	CDS	An16g06220	NT_166531.1	1367108	1368918	D	Function: Lac12 from K. lactis mediates the transport of lactose and it seems that the permease works in part by a proton symport mechanism.; Similarity: the predicted protein has much stronger similarity to the putative hexose transporter htxA of Aspergillus parasiticus.; Title: strong similarity to lactose permease Lac12 -Kluyveromyces lactis; plasma membrane; See PMID 3053697; See PMID 10978525; uncharacterized protein	join(1367108..1367254,1367322..1367436,1367491..1368562,1368621..1368918)	Aspergillus niger	4989014
An16g06230	CDS	An16g06230	NT_166531.1	1369967	1370557	D	hypothetical protein	join(1369967..1370070,1370115..1370140,1370195..1370310,1370375..1370459,1370505..1370557)	Aspergillus niger	84593465
An16g06240	CDS	An16g06240	NT_166531.1	1371026	1372060	D	Function: PsADH1 disruption results in a lower growth rate and profoundly greater accumulation of xylitol,therefore PsADH1 likely plays a role in xylose fermentation.; Function: PsADH1 has the ability to convert ethanol to acetaldehyde.; Similarity: the predicted A. niger protein shows similarity to several hypothetical alcohol dehydrogenases and NADPH:quinone oxidoreductases.; Title: similarity to alcohol dehydrogenase PsADH1 -Pichia stipitis; See PMID 9546172; uncharacterized protein	1371026..1372060	Aspergillus niger	4989016
An16g06250	CDS	An16g06250	NT_166531.1	1373331	1374992	R	Title: similarity to hypothetical protein encoded by An04g09840 - Aspergillus niger; uncharacterized protein	complement(1373331..1374992)	Aspergillus niger	84593466
An16g06260	CDS	An16g06260	NT_166531.1	1375531	1377244	R	Title: weak similarity to alkaline serine protease ispQ - Bacillus sp.; uncharacterized protein	complement(join(1375531..1376174,1376217..1376587,1376656..1376849,1376992..1377120,1377179..1377244))	Aspergillus niger	4989018
An16g06270	CDS	An16g06270	NT_166531.1	1378003	1378740	D	Function: A. nidulans verA is a carbonyl reductase which converts the aflatoxin (AF) precursor versicolorin A to sterigmatocystin (ST).; Pathway: A. nidulans verA is involved in the sterigmatocystin synthesis pathway.; Remark: an alternative name for A. nidulans verA is stcU.; Title: similarity to versicolorin reductase verA -Aspergillus nidulans; See PMID 7486998; See PMID 8017929; See PMID 9895285; uncharacterized protein	1378003..1378740	Aspergillus niger	4989019
An16g06290	CDS	An16g06290	NT_166531.1	1379916	1380636	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to threonine and proline rich proteins.; hypothetical protein	complement(join(1379916..1380054,1380329..1380515,1380597..1380636))	Aspergillus niger	84593467
An16g06300	CDS	An16g06300	NT_166531.1	1380973	1382475	R	Function: S. cerevisiae FET4 is a low affinity Fe(II) and copper permease.; Title: strong similarity to Fe(II) permease Fet4 -Saccharomyces cerevisiae; plasma membrane; See PMID 7929320; See PMID 11023834; uncharacterized protein	complement(1380973..1382475)	Aspergillus niger	4989022
An16g06330	CDS	An16g06330	NT_166531.1	1386142	1386672	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to proline and threonine rich proteins.; hypothetical protein	complement(join(1386142..1386553,1386641..1386672))	Aspergillus niger	84593468
An16g06340	CDS	An16g06340	NT_166531.1	1387655	1388507	D	hypothetical protein	join(1387655..1387726,1387924..1387988,1388120..1388315,1388445..1388507)	Aspergillus niger	84593469
An16g06350	CDS	An16g06350	NT_166531.1	1390998	1392671	R	Catalytic activity: delta(6)-desaturass convert linoleoyl-CoA + AH(2) + O(2) to gamma-linolenoyl-CoA + A + 2 H(2)O.; Function: M. rouxii delta(6)-desaturase transforms linoleic acid into Gamma-linolenic acid (GLA) an essential fatty acid.; Title: strong similarity to delta(6)-desaturase -Mucor rouxii; See PMID 11112411; uncharacterized protein	complement(join(1390998..1392429,1392484..1392671))	Aspergillus niger	4989027
An16g06360	CDS	An16g06360	NT_166531.1	1393430	1395386	R	Function: A. flavus omtB converts demethylsterigmatocystin to sterigmatocystin and dihydrodemethylsterigmatocystin to dihydrosterigmatocystin by transfering a methyl group from donor SAM.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Remark: the A. flavus homologue 'O-methyltransferase B' belongs to the aflatoxin biosynthetic gene cluster.; Title: strong similarity to O-methyltransferase omtB - Aspergillus flavus; See PMID 6798444; See PMID 10806361; uncharacterized protein	complement(join(1393430..1393520,1393724..1394000,1394069..1394701,1394752..1394878,1394933..1395216,1395347..1395386))	Aspergillus niger	4989028
An16g06370	CDS	An16g06370	NT_166531.1	1396105	1398475	R	Pathway: TRI4 of Fusarium sporotrichioides catalyzes the first oxygenation step in the trichothecene pathway and participates in apotrichodiol biosynthesis.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Similarity: F. sporotrichioides TRI4 belongs to the cytochrome P450 family CYP58.; Title: strong similarity to cytochrome P450 trichodiene oxygenase TRI4 - Fusarium sporotrichioides; uncharacterized protein	complement(join(1396105..1396133,1396215..1396283,1396331..1396427,1396595..1396618,1396723..1396885,1396943..1397109,1397168..1397278,1397344..1398218,1398277..1398475))	Aspergillus niger	4989029
An16g06380	CDS	An16g06380	NT_166531.1	1400280	1401355	D	Similarity: similarity is between the N-terminal regions of the predicted A. niger protein and human SRPK1,which is 400 aa longer.; Similarity: the predicted A. niger protein contains a N-terminal serine/threonine protein kinase domain and shows similarity to serine/threonine protein kinases, most of them SR-family splicing factor specific.; Title: similarity to SR-family splicing factor specific serine/threonine kinase SRPK1 - Homo sapiens; deleted EC_number 2.7.1.37; See PMID 9472028; uncharacterized protein	join(1400280..1400762,1400865..1400892,1401024..1401061,1401152..1401355)	Aspergillus niger	84593470
An16g06390	CDS	An16g06390	NT_166531.1	1403908	1406753	D	Title: strong similarity to hypothetical protein SPAC2C4.17c - Schizosaccharomyces pombe; uncharacterized protein	join(1403908..1404522,1404575..1405377,1405475..1406753)	Aspergillus niger	4989031
An16g06400	CDS	An16g06400	NT_166531.1	1406976	1407859	R	Function: S. cerevisiae Mgm101p binds to DNA and likely is involved in the repair of oxidatively damaged mtDNA.; Function: S. cerevisiae mgm101 cells were more sensitive to mtDNA damage induced by UV irradiation, gamma rays and H2O2 treatment, while mtDNA packaging, segregation, partitioning or replication were not affected.; Function: the S. cerevisiae (nuclear) mutation mgm101 results in temperature sensitive loss of mitochondrial DNA (mtDNA).; Localization: subcellular fractionation, indirect immunofluorescence and GFP tagging show that S. cerevisiae Mgm101p is exclusively associated with the mitochondrial nucleoid structure in cells.; Title: strong similarity to mtDNA repair protein Mgm101 - Saccharomyces cerevisiae; See PMID 8346025; See PMID 10209025; uncharacterized protein	complement(join(1406976..1407246,1407333..1407859))	Aspergillus niger	4989032
An16g06410	CDS	An16g06410	NT_166531.1	1408559	1410870	D	Function: S. cerevisiae bpl1 mutants are lethal due to the lack of malonyl-CoA-dependent very-long-chain-fatty-acid (VLCFA) synthesis.; Function: biotinylation by S. cerevisiae BPL1 is essential for the assembly of acetyl-CoA-carboxylase (ACC) holoenzyme and in addition affects pyruvate carboxylase and other biotin-containing proteins.; Remark: alternative names for S. cerevisiae BPL1 are ACC2 and YDL141w.; Title: strong similarity to biotin-apoprotein ligase Bpl1 - Saccharomyces cerevisiae; See PMID 7649444; See PMID 9688262; uncharacterized protein	join(1408559..1408682,1408725..1409361,1409424..1409987,1410037..1410308,1410371..1410870)	Aspergillus niger	4989033
An16g06420	CDS	An16g06420	NT_166531.1	1412051	1414087	D	Function: n-alkane-inducible cytochrome P450s catalyze terminal hydroxylation of n-alkanes in the assimilation pathway.; Remark: n-alkane-inducible cytochrome P450s form a multigene family in n-alkane utilising yeast, and show overlapping substrate specifity concerning chain lenght.; Title: strong similarity to n-alkane-inducible cytochrome P450 protein ALK1 - Yarrowia lipolytica [putative frameshift]; putative frameshift; See PMID 9848230; uncharacterized protein	join(1412051..1412446,1412506..1413629,1414007..>1414087)	Aspergillus niger	4989034
An16g06430	CDS	An16g06430	NT_166531.1	1414479	1414740	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1414479..1414632,1414673..1414740))	Aspergillus niger	84593471
An16g06440	CDS	An16g06440	NT_166531.1	1415439	1418069	D	Function: the AmdA transcriptional activator from A. nidulans is involved in the induction of the E. nidulans structual gene amdS (acetamidase).; Title: similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; nucleus; See PMID 7596297; See PMID 9126617; uncharacterized protein	join(1415439..1415548,1415677..1415765,1415819..1416163,1416217..1416341,1416393..1416629,1416681..1416815,1416875..1416972,1417033..1417205,1417313..1417741,1417819..1418069)	Aspergillus niger	4989036
An16g06450	CDS	An16g06450	NT_166531.1	1418618	1419439	D	Function: C. lunatus 17beta-HSDcl catalyses the reduction of steroids and of several o- and p-quinones.; Title: strong similarity to 17beta-hydroxysteroid dehydrogenase 17beta-HSDcl - Cochliobolus lunatus; See PMID 9895285; uncharacterized protein	join(1418618..1418980,1419062..1419439)	Aspergillus niger	84593472
An16g06460	CDS	An16g06460	NT_166531.1	1420072	1421568	D	Title: weak similarity to trithorax homologue 2 MLL2 - Homo sapiens; See PMID 10409430; uncharacterized protein	join(1420072..1420281,1420353..1420405,1420509..1420708,1420775..1421568)	Aspergillus niger	4989038
An16g06470	CDS	An16g06470	NT_166531.1	1422834	1424067	D	Function: S. cerevisiae Ayr1p catalyses the NADPH-dependent reduction of the intermediate 1-acyldihydroxyacetone phosphate.; Function: S. cerevisiae Ayr1p is involved in the biosynthesis of phosphatidic acid through the dihydroxyacetone phosphate pathway.; Function: S. cerevisiae spores bearing the ayr1 defect failed to germinate.; Localization: S. cerevisiae Ayr1p localises to lipid particles and endoplasmic reticulum.; Remark: the systematic name for S. cerevisiae AYR1 is YIL124w.; Title: similarity to 1-acyldihydroxyacetone-phosphate reductase Ayr1 -Saccharomyces cerevisiae; See PMID 10617610; uncharacterized protein	join(1422834..1422879,1422970..1423141,1423221..1423338,1423401..1423486,1423540..1423623,1423744..1423861,1423933..1424067)	Aspergillus niger	4989039
An16g06480	CDS	An16g06480	NT_166531.1	1425164	1426090	R	Similarity: the predicted A. niger protein contains an epimerase/dehydratase motif.; Title: similarity to hypothetical protein encoded by slr0317 - Synechocystis sp.; uncharacterized protein	complement(1425164..1426090)	Aspergillus niger	4989040
An16g06490	CDS	An16g06490	NT_166531.1	1427119	1427960	R	Similarity: the predicted A. niger protein contains a dienelactone hydrolase motif.; Title: similarity to glucanase ZmGnsN4 from patent WO200073470-A2 - Zea mays; uncharacterized protein	complement(join(1427119..1427674,1427746..1427960))	Aspergillus niger	4989041
An16g06500	CDS	An16g06500	NT_166531.1	1428622	1429975	D	Function: C. testosteroni mhpA is involved in the degradation of 3-(3-hydroxyphenyl)propionate (3HPP) via the meta pathway.; Similarity: similarity is from the predicted A. niger protein to the N-terminal 2/3s of C. testosteroni mhpA, which is 160 aa longer.; Title: similarity to 3-(3-hydroxyphenyl)propionate hydroxylase mhpA - Comamonas testosteroni; See PMID 10537203; uncharacterized protein	join(1428622..1428934,1428971..1429587,1429649..1429975)	Aspergillus niger	4989042
An16g06510	CDS	An16g06510	NT_166531.1	1431948	1433148	D	Similarity: the predicted A. niger protein shows similarity to several predicted methyltransferases and contains a strong methyltransferase motif.; Title: similarity to protein involved in biotin biosynthetis BioC - Kurthia sp.; See PMID 11255013; uncharacterized protein	join(1431948..1432760,1432853..1432982,1433087..1433148)	Aspergillus niger	4989043
An16g06520	CDS	An16g06520	NT_166531.1	1433796	1434298	D	hypothetical protein	join(1433796..1433882,1433941..1434014,1434073..1434132,1434196..1434298)	Aspergillus niger	4989044
An16g06530	CDS	An16g06530	NT_166531.1	1435368	1438063	R	Function: C. lagenarium cmr1Delta mutants do not express the melanin biosynthetic structural genes SCD1 and THR1 during mycelial melanization although the expression of these two genes was not affected during appressorial melanization.; Similarity: C. lagenarium CMR1 is unique in that it contains two distinct DNA-binding motifs, a Cys2His2 zinc finger motif and a Zn(II)2Cys6 binuclear cluster motif.; Title: similarity to transcription activator CMR1 -Colletotrichum lagenarium; nucleus; See PMID 11123670; uncharacterized protein	complement(join(1435368..1436290,1436351..1436804,1436854..1437864,1437929..1438063))	Aspergillus niger	4989045
An16g06540	CDS	An16g06540	NT_166531.1	1438354	1439427	R	Function: guinea pig zeta-crystallin has been characterized as an NADPH:quinone oxidoreductase (EC 1. 6. 5. 5), while bovine CRYZ shows minimal quinone oxidoreductase activity but strong binding affinity to single-stranded DNA (ssDNA) that could be competed with NADPH.; Similarity: the predicted A. niger protein shows similarity to several predicted zinc-binding oxidoreductases.; Title: similarity to zeta-crystallin CRYZ - Bos taurus; See PMID 9154917; uncharacterized protein	complement(1438354..1439427)	Aspergillus niger	4989046
An16g06550	CDS	An16g06550	NT_166531.1	1439910	1440839	D	Title: weak similarity to hypothetical mitomycin biosynthetic cluster protein MmcO - Streptomyces lavendulae; See PMID 10099135; uncharacterized protein	join(1439910..1440037,1440099..1440744,1440804..1440839)	Aspergillus niger	4989047
An16g06560	CDS	An16g06560	NT_166531.1	1441205	1443030	R	Catalytic activity: glutaryl 7-ACA acylase converts 7 beta-(4-carboxybutanamido)cephalosporanic acid (glutaryl 7-ACA) to 7-amino cephalosporanic acid (7-ACA).; Function: glutaryl 7-ACA acylase is one of the two enzymes involved in the biotransformation of cephalosporin C (CefC) into 7-aminocephalosporanic acid (7-ACA).; Remark: 7-aminocephalosporanic acid (7-ACA) is the primary substrate for the industrial synthesis of semisynthetic cephalosporins as beta-lactam antibiotics.; Title: similarity to glutaryl 7-ACA acylase -Bacillus laterosporus; See PMID 8181946; See PMID 11080627; See PMID 1744041; uncharacterized protein	complement(join(1441205..1442481,1442546..1442669,1442728..1443030))	Aspergillus niger	4989048
An16g06570	CDS	An16g06570	NT_166531.1	1443641	1444284	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to alanine rich proteins.; hypothetical protein	complement(join(1443641..1443821,1443944..1443976,1444046..1444086,1444162..1444284))	Aspergillus niger	84593473
An16g06580	CDS	An16g06580	NT_166531.1	1447814	1449496	R	Function: A. nidulans QUTD encodes an essential component of a permease required for transport of quinate ion into mycelium at pH 6. 5.; Function: mutations in the qutD gene of A. nidulans cause the loss of ability to grow upon quinic acid as sole carbon source in media at pH 6. 5 and failure to induce three enzyme activities specifically required for metabolism to protochatechuic acid.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; See PMID 2835177; See PMID 2976880; uncharacterized protein	complement(join(1447814..1448020,1448065..1448486,1448548..1448944,1449011..1449496))	Aspergillus niger	4989050
An16g06590	CDS	An16g06590	NT_166531.1	1450238	1451727	D	Function: A. aculeatus beta-1,4-galactanase degrades unsubstituted galactan to galactose and galactobiose.; Remark: the A. niger protein could have been predicted with a 1. Exon that is nearly identical to the 1. Exon of A. aculeatus beta-1,4-galactanase, but contains several stop codons. Instead of modeling the A. niger protein as a pseudogene it was modeled with a new 1. Exon.; Title: strong similarity to beta-1,4-galactanase -Aspergillus aculeatus [putative pseudogene]; extracellular/secretion proteins; See PMID 7788716; uncharacterized protein	join(1450238..1450307,1450416..1450898,1451090..1451727)	Aspergillus niger	4989051
An16g06600	CDS	An16g06600	NT_166531.1	1453845	1454957	D	Title: weak similarity to beta-galactosidase -Planococcus sp.; See PMID 10831422; uncharacterized protein	join(1453845..1454058,1454115..1454233,1454292..1454957)	Aspergillus niger	4989052
An16g06610	CDS	An16g06610	NT_166531.1	1455760	1457390	R	Function: in K. lactis disruption of hgt1 confered much-reduced uptake of glucose at low concentrations and growth was particularly affected in low-glucose medium.; Regulation: in K. lactis expression of HGT1 is constitutive.; Title: strong similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; See PMID 8830679; uncharacterized protein	complement(join(1455760..1455907,1455980..1456880,1456950..1457005,1457062..1457390))	Aspergillus niger	4989053
An16g06620	CDS	An16g06620	NT_166531.1	1457846	1459135	R	Function: F. oxysporum lactonohydrolase hydrolyses aldonate lactones to the corresponding aldonic acids.; Title: strong similarity to lactonohydrolase from patent WO200028043-A2 - Fusarium venenatum; See PMID 9788992; uncharacterized protein	complement(1457846..1459135)	Aspergillus niger	4989054
An16g06630	CDS	An16g06630	NT_166531.1	1459955	1460918	D	Catalytic activity: C. testosteroni bphB converts cis-3-phenylcyclohexa-3,5-diene-1,2-diol + NAD(+) to biphenyl-2,3-diol + NADH.; Function: C. testosteroni bphB catalyzes the second step in the biphenyl degradation pathway.; Remark: EC 1. 3. 1. 56 (net in EC number cat yet).; Title: similarity to 2,3-dihydro-2,3-dihydroxybiphenyl-2,3-dehydrogenase bphB - Comamonas testosteroni; See PMID 8702262; uncharacterized protein	join(1459955..1459988,1460063..1460407,1460461..1460918)	Aspergillus niger	4989055
An16g06640	CDS	An16g06640	NT_166531.1	1461748	1464189	R	Function: A. nidulans facB is a major regulatory gene involved in acetamide and acetate utilisation and is required for growth on acetate as a sole carbon source.; Similarity: similarity is between the N-terminal halfs of the predicted A. niger protein and A. niger facB,which contain the Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; See PMID 9197408; uncharacterized protein	complement(join(1461748..1463897,1464030..1464189))	Aspergillus niger	84593474
An16g06650	CDS	An16g06650	NT_166531.1	1465130	1467803	D	Similarity: the predicted A. niger protein contains a fungal Gal4 type Zn(2)-Cys(6) DNA-binding motif.; Title: weak similarity to zinc-finger protein zas1p - Schizosaccharomyces pombe; nucleus; See PMID 10718196; uncharacterized protein	join(1465130..1465889,1466011..1467803)	Aspergillus niger	84593475
An16g06660	CDS	An16g06660	NT_166531.1	1469638	1470447	D	Title: weak similarity to constituent of COPII coats Sfb2 - Saccharomyces cerevisiae; See PMID 10749860; uncharacterized protein	join(1469638..1470010,1470063..1470259,1470334..1470447)	Aspergillus niger	84593476
An16g06670	CDS	An16g06670	NT_166531.1	1472108	1472854	R	Title: weak similarity to hypothetical protein CAC10504.1 - Pseudonocardia sp.; uncharacterized protein	complement(1472108..1472854)	Aspergillus niger	84593477
An16g06680	CDS	An16g06680	NT_166531.1	1474312	1475911	D	Title: weak similarity to hypothetical protein VC2566 - Vibrio cholerae; uncharacterized protein	join(1474312..1475520,1475631..1475670,1475840..1475871,1475906..1475911)	Aspergillus niger	4989060
An16g06690	CDS	An16g06690	NT_166531.1	1476998	1479005	R	Title: similarity to hypothetical protein CG12065 -Drosophila melanogaster; uncharacterized protein	complement(join(1476998..1477107,1477266..1478422,1478506..1479005))	Aspergillus niger	4989061
An16g06700	CDS	An16g06700	NT_166531.1	1479845	1480480	D	hypothetical protein	join(1479845..1480223,1480275..1480480)	Aspergillus niger	4989063
An16g06710	CDS	An16g06710	NT_166531.1	1480578	1485722	D	Function: ankyrins link the spectrin-based membrane skeleton to the plasma membrane.; Title: similarity to ankyrin 1 - Mus musculus; cytoskeleton; See PMID 8486643; uncharacterized protein	join(1480578..1483367,1483507..1483530,1483922..1484037,1484241..1484310,1484578..1484820,1484852..1485132,1485297..1485331,1485368..1485441,1485597..1485722)	Aspergillus niger	84593478
An16g06720	CDS	An16g06720	NT_166531.1	1486581	1507884	R	Function: C. carbonum HTS is a multifunctional peptide synthase, able to activate the amino acids pro,l-ala, d-ala and aeo (2-amino-9,10- epoxi-8-oxodecanioc acid), and epimerize pro and l-ala.; Title: strong similarity to HC-toxin peptide synthase HTS - Cochliobolus carbonum; See PMID 1281482; uncharacterized protein	complement(join(1486581..1490381,1490436..1498367,1498459..1498608,1498660..1507884))	Aspergillus niger	10098073
An16g06730	CDS	An16g06730	NT_166531.1	1509116	1509883	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1509116..1509142,1509430..1509492,1509544..1509557,1509718..1509883)	Aspergillus niger	84593479
An16g06740	CDS	An16g06740	NT_166531.1	1511800	1515913	D	Remark: YCF1 of S. cerevisiae is required for cadmium resistance.; Remark: the ORF is N-terminally truncated due to contig border.; Similarity: YCF1 of S. cerevisiae belongs to superfamily of human multidrug resistance protein cMOAT2.; Similarity: similar to ATP-binding cassette transporters.; Title: strong similarity to cadmium resistance protein Ycf1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 7521334; uncharacterized protein	join(<1511800..1511998,1512052..1512278,1512335..1512614,1512675..1512908,1512966..1514424,1514491..1515913)	Aspergillus niger	4989066
An16g06750	CDS	An16g06750	NT_166531.1	1516565	1518268	D	Catalytic activity: D-amino acid amides and methyl esters also are hydrolysed, as is glycine amide.; Catalytic activity: Release of an N-terminal D-amino acid from a peptide, Xaa-|-Xaa-, in which Xaa is preferably D-Ala, D-Ser or D-Thr.; Similarity: also similar to several beta-lactamases.; Title: similarity to D-stereospecific aminopeptidase - Ochrobactrum anthropi; See PMID 2760064; uncharacterized protein	join(1516565..1516932,1516993..1518268)	Aspergillus niger	4989067
An16g06760	CDS	An16g06760	NT_166531.1	1519710	1520467	R	Function: Overexpression of RTM1 in yeast confers resistance to the toxicity of molasses.; Similarity: Also similar to 7-aminocholesterol resistance protein RTA1 of S. cerevisiae.; Title: strong similarity to molasses resistency protein Rtm1 - Saccharomyces cerevisiae; See PMID 7672593; uncharacterized protein	complement(join(1519710..1520164,1520221..1520467))	Aspergillus niger	4989068
An16g06770	CDS	An16g06770	NT_166531.1	1522569	1524150	D	Function: TAT1 of R. norvegicus facilitates Na+ -independent and low-affinity transport of aromatic amino acids such as tryptophan, tyrosine, and phenylalanine.; Similarity: also similar to H+/monocarboxylate transporters.; Title: strong similarity to T-type amino acid transporter 1 TAT1 - Rattus norvegicus; See PMID 11278508; uncharacterized protein	join(1522569..1522824,1522923..1523029,1523085..1523668,1523721..1524150)	Aspergillus niger	4989069
An16g06780	CDS	An16g06780	NT_166531.1	1524247	1526473	R	Function: CHA4 of S. cerevisiae activates CHA1 by binding to UAS1(CHA) and UAS2(CHA) elements in the CHA1 promoter.; Remark: CHA4 of S. cerevisiae belongs to unassigned GAL4-type zinc cluster proteins.; Title: similarity to transcription activator Cha4 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1524247..1525335,1525397..1526310,1526425..1526473))	Aspergillus niger	4989070
An16g06790	CDS	An16g06790	NT_166531.1	1526777	1528135	R	Title: similarity to hypothetical protein Rv0272c -Mycobacterium tuberculosis; uncharacterized protein	complement(1526777..1528135)	Aspergillus niger	4989071
An16g06800	CDS	An16g06800	NT_166531.1	1530161	1531931	R	Catalytic activity: eglB of A. niger catalyzes the endohydrolysis of 1,4-beta-d-glucosidic linkages in cellulose.; Function: eglB of A. niger has carboxylmethylcellulase activity.; Similarity: eglB of A. niger belongs to cellulase family h (family 12 of glycosyl hydrolases).; Title: strong similarity to endoglucanase eglB -Aspergillus niger; See PMID 9758775; uncharacterized protein	complement(join(1530161..1530304,1530608..1531245,1531300..1531397,1531453..1531517,1531578..1531786,1531835..1531931))	Aspergillus niger	4989072
An16g06810	CDS	An16g06810	NT_166531.1	1533575	1534631	R	Title: strong similarity to hypothetical protein YGR127w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1533575..1534507,1534566..1534631))	Aspergillus niger	4989073
An16g06820	CDS	An16g06820	NT_166531.1	1535887	1537049	D	Title: strong similarity to hypothetical pathogenicity protein PATH531 - Magnaporthe grisea; uncharacterized protein	join(1535887..1535915,1536047..1536196,1536257..1537049)	Aspergillus niger	4989074
An16g06830	CDS	An16g06830	NT_166531.1	1537421	1538252	D	hypothetical protein	join(1537421..1537829,1537948..1538252)	Aspergillus niger	84593480
An16g06840	CDS	An16g06840	NT_166531.1	1540403	1541179	D	Similarity: similarity only to repetetive sequences.; hypothetical protein	1540403..1541179	Aspergillus niger	84593481
An16g06850	CDS	An16g06850	NT_166531.1	1541320	1545439	D	Function: eIF-4F of S. cerevisiae is a 150K subunit of a mRNA cap-binding protein.; Remark: In S. cereviae TIF4631 is probably essential when TIF4632 is missing.; Similarity: similarity to mammalian translation initiation factor eIF-4 gamma.; Title: strong similarity to translation initiation factor eIF-4F Tif4631 - Saccharomyces cerevisiae; uncharacterized protein	join(1541320..1544661,1544721..1544804,1544864..1545240,1545295..1545439)	Aspergillus niger	4989077
An16g06860	CDS	An16g06860	NT_166531.1	1547091	1547919	R	Remark: C-terminally truncated ORF due to contig border.; Title: strong similarity to hypothetical protein SPBC25B2.10 - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	complement(join(<1547091..1547606,1547666..1547919))	Aspergillus niger	4989078
An16g06870	CDS	An16g06870	NT_166531.1	1547930	1548638	D	hypothetical protein	join(1547930..1547981,1548086..1548193,1548254..1548423,1548570..1548638)	Aspergillus niger	84593482
An16g06880	CDS	An16g06880	NT_166531.1	1549051	1549530	D	hypothetical protein	join(1549051..1549169,1549203..1549312,1549439..1549530)	Aspergillus niger	84593483
An16g06890	CDS	An16g06890	NT_166531.1	1550070	1550915	R	Similarity: the weak similarity to fibrinogen-binding protein of S. aureus is due to a dipeptide repeats region.; Title: weak similarity to fibrinogen-binding protein - Staphylococcus aureus; uncharacterized protein	complement(1550070..1550915)	Aspergillus niger	4989081
An16g06900	CDS	An16g06900	NT_166531.1	1551172	1552343	D	hypothetical protein	join(1551172..1551351,1551698..1551806,1552038..1552139,1552261..1552343)	Aspergillus niger	84593484
An16g06910	CDS	An16g06910	NT_166531.1	1552476	1555015	R	Title: questionable ORF; uncharacterized protein	complement(join(1552476..1552558,1552697..1552858,1552953..1553057,1553163..1553243,1553663..1553725,1553834..1553903,1553999..1554112,1554195..1554245,1554513..1554572,1554745..1554781,1554876..1555015))	Aspergillus niger	84593485
An16g06920	CDS	An16g06920	NT_166531.1	1555308	1555715	D	hypothetical protein	join(1555308..1555360,1555450..1555507,1555611..1555715)	Aspergillus niger	84593486
An16g06930	CDS	An16g06930	NT_166531.1	1556011	1556478	R	hypothetical protein	complement(join(1556011..1556079,1556135..1556301,1556361..1556478))	Aspergillus niger	84593487
An16g06940	CDS	An16g06940	NT_166531.1	1557408	1560410	D	Function: Trk1 of S. occidentalis is also involved in the control of the membrane potential.; Remark: putative frameshift due to possible sequencing error.; Similarity: the Trk proteins show significant similarity to the high affinity K+ transporter (HKT1p) from wheat roots which seems to act as a K+-Na+ co-transporter.; Similarity: the protein shows strong similarity to the TRK family of high affinity potassium transporters,represented in several fungal species.; Title: strong similarity to high-affinity potassium uptake transporter trk1 - Schwanniomyces occidentalis [putative frameshift]; plasma membrane; putative frameshift; See PMID 10931360; uncharacterized protein	join(1557408..1557615,1557689..1557801,1557931..1557990,1558281..1559671,1559727..>1560410)	Aspergillus niger	4989086
An16g06950	CDS	An16g06950	NT_166531.1	1560680	1562587	R	Function: JEN1 of S. cerevisiae is a lactate and pyruvate proton-driven symporter.; Induction: JEN1 of S. cerevisiae is induced by lactate.; Phenotype: Deletion of JEN1 in S. cerevisiae results in slow growth of yeast on synthetic medium supplemented with L-lactate.; Repression: JEN1 of S. cerevisiae is repressed by glucose.; Similarity: JEN1 of S. cerevisiae belongs to the sialate:H+ symporter (SHS) group of the major facilitator superfamily (MFS) of transport proteins.; Similarity: the protein shows a very strong similarity to a N. crassa gene, related to S. cerevisiae JEN1 as well.; Title: strong similarity to carboxylic acid transport protein Jen1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10198029; uncharacterized protein	complement(join(1560680..1561002,1561065..1561413,1561461..1561639,1561701..1561831,1562031..1562587))	Aspergillus niger	4989087
An16g06960	CDS	An16g06960	NT_166531.1	1562723	1563546	D	hypothetical protein	join(1562723..1562919,1562981..1563144,1563314..1563546)	Aspergillus niger	84593488
An16g06980	CDS	An16g06980	NT_166531.1	1564992	1566739	R	Remark: ORF classified as questionable because on the opposite DNA strand, in the C terminal part of the encoded protein, there are promoter elements of the pgaA gene An16g06990.; Similarity: nucleotides 1-1161 of the predicted ORF are identical to the reverse complement of the promoter region of the pgaA gene of A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(1564992..1565181,1565303..1565446,1565535..1565779,1565869..1565947,1566035..1566089,1566176..1566328,1566395..1566555,1566606..1566739))	Aspergillus niger	84593489
An16g06990	CDS	pgaA	NT_166531.1	1566837	1568004	D	Catalytic activity: random hydrolysis of 1,4-alpha-D-galactosiduronic linkages in pectate and other galacturonans.; Function: degradation of the homogalacturonan part of the pectin molecule.; Gene-ID: pgaA;ppaS; Mapping: pgaA from A. niger is mapped to chromosome V; see EMBL Y18804.; Remark: a putative N-glycosidation site is located at Asn214 of the mature protein, and is strictly conserved in many characterized A. niger polygalacturonases.; Remark: a putative sequencing error results in an frameshift.; Remark: the enzyme is most likely synthesized as prepro-enzyme, and the signal peptide is probably cleaved at Ala19.; Similarity: pgaA belongs to the polygalacturonases (pga) gene family, consisting, in A. niger, of seven different genes.; extracellular/secretion proteins; putative frameshift; See PMID 1511691; See PMID 10642523; endo-polygalacturonase A pgaA-Aspergillus niger [putative frameshift]	join(1566837..1567065,1567120..>1568004)	Aspergillus niger	4989091
An16g07010	CDS	An16g07010	NT_166531.1	1568718	1569805	R	hypothetical protein	complement(join(1568718..1568767,1568827..1569139,1569215..1569378,1569479..1569577,1569654..1569726,1569773..1569805))	Aspergillus niger	84593490
An16g07020	CDS	An16g07020	NT_166531.1	1570869	1572851	D	Function: ArcA of A. nidulans might be involved in the regulation of arginine catabolic pathway (unpublished).; Title: similarity to transcription regulator of arginine catabolism arcA - Aspergillus nidulans; See PMID 62492; uncharacterized protein	join(1570869..1570878,1570910..1571637,1571699..1571786,1571855..1572190,1572247..1572338,1572447..1572851)	Aspergillus niger	84593491
An16g07030	CDS	An16g07030	NT_166531.1	1574293	1575980	D	Catalytic activity: lovC of A. terreus probably acts as an enoyl reductase.; Function: lovC of A. terreus interacts with lovB in the biosynthesis of the lovastatin precursor dihydromonacolin L.; Remark: in A. terreus the genes involved in lovastatin biosynthesis are clustered.; Similarity: several putative dehydrogenases with possible different specificities show strong similarity to this protein.; Similarity: similarity to lovC of A. terreus is due to the zinc-binding dehydrogenase domain.; Title: similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	join(1574293..1574425,1574497..1574631,1574693..1574896,1574956..1575329,1575386..1575555,1575586..1575620,1575687..1575828,1575947..1575980)	Aspergillus niger	4989095
An16g07040	CDS	An16g07040	NT_166531.1	1577067	1578338	R	Remark: N-terminally truncated ORF due to contig border; Similarity: BGT1 of A. fumigatus is similar to the glucan 1,3-beta-glucosidase BGL2 of S. cerevisiae.; Similarity: other similarities are due to repetitive Thr motifs.; Similarity: the protein shows much stronger similarity to several putative membrane proteins of S. cerevisiae.; Title: similarity to beta-1,3-glucanosyltransferase bgt1 - Aspergillus fumigatus [truncated ORF]; cell wall; See PMID 9846753; uncharacterized protein	complement(1577067..>1578338)	Aspergillus niger	4989096
An16g07050	CDS	An16g07050	NT_166531.1	1578464	1578919	D	Title: weak similarity to hypothetical clone:C630039G13 - Mus musculus [truncated ORF]; uncharacterized protein	join(<1578464..1578760,1578846..>1578919)	Aspergillus niger	84593492
An16g07060	CDS	An16g07060	NT_166531.1	1579458	1579825	D	Similarity: the predicted ORF shows a local weak similarity to a putative permease of Serpulina hyodysenteriae.; hypothetical protein	join(1579458..1579528,1579750..1579825)	Aspergillus niger	84593493
An16g07070	CDS	An16g07070	NT_166531.1	1579999	1580830	D	hypothetical protein	join(1579999..1580137,1580435..1580508,1580612..1580830)	Aspergillus niger	84593494
An16g07080	CDS	An16g07080	NT_166531.1	1581799	1582158	D	Similarity: the predicted ORF shows a very weak similarity to con-8 of N. crassa, a protein with unknown molecular function, which is expressed during conidiation.; hypothetical protein	join(1581799..1581882,1581934..1582058,1582122..1582158)	Aspergillus niger	4989100
An16g07090	CDS	An16g07090	NT_166531.1	1582380	1583440	R	Pathway: 3-oxoacyl-(acyl-carrier protein) reductases are involved in the fatty acids biosynthesis.; Remark: the patentmatch is against a protein entry,which represent the proteins encoded by all the open reading frames in the complete genome of C. pneumoniae.; Remark: the polypeptides encoded by the open reading frames of the C. pneumoniae genome can be used in immunogenic compositions as vaccines.; Similarity: protein sequence of patent WO9927105-A2 is almost identical to the putative 3-oxoacyl-(acyl-carrier protein) reductase CP0462 of C. pneumoniae.; Similarity: the predicted ORF shows similarity to the ribitol dehydrogenase superfamily, containing a short-chain alcohol dehydrogenase domain.; Title: similarity to transmembrane protein from patent WO9927105-A2 - Chlamydia pneumoniae; uncharacterized protein	complement(join(1582380..1582420,1582478..1582555,1582654..1583440))	Aspergillus niger	4989101
An16g07100	CDS	An16g07100	NT_166531.1	1583616	1584069	D	hypothetical protein	join(1583616..1583626,1583725..1583755,1583800..1584069)	Aspergillus niger	84593495
An16g07110	CDS	An16g07110	NT_166531.1	1584579	1586324	R	Catalytic activity: acetyl-CoA + H2O = CoA + acetate.; Function: the acetyl-CoA hydrolase is presumably involved in regulating the intracellular acetyl-CoA pool for fatty acid and cholesterol synthesis and fatty acid oxidation.; Induction: ACH1 of S. cerevisiae is highly expressed during sporulation.; Repression: catalytic activity of ACH1 of S. cerevisiae is inhibited by Zn2+, and gene expression is repressed by glucose. .; Similarity: the predicted ORF shows local identities with several A. niger ESTs, e. g. : EMBLEST:BE759170.; Similarity: the predicted ORF shows strong similarity to the acetyl-CoA hydrolase of different species and to N. crassa acu-8.; Title: strong similarity to acetyl-CoA hydrolase Ach1 - Saccharomyces cerevisiae; See PMID 8841387; See PMID 1970569; See PMID 2570693; uncharacterized protein	complement(join(1584579..1584806,1584857..1585822,1585876..1586116,1586182..1586324))	Aspergillus niger	4989103
An16g07120	CDS	An16g07120	NT_166531.1	1587841	1593033	R	Complex: SIN3 of S. cerevisiae is part of a large multiprotein complex that includes the Rpd3 histone deacetylase.; Function: as part of the histone deacetylase complex, SIN3 of S. cerevisiae is required both for activation and repression of diverse genes, involved in a variety of important cellular processes.; Localization: SIN3 of S. cerevisiae is a nuclear protein, possibly linked to centromere.; Remark: SIN3 of S. cerevisiae is also known as rpd1,ume4, gam2, sdi1, YOL004W, CPE1, or SDS16.; Similarity: the predicted ORF contains three paired amphipathic helix repeats, domains which may be distantly related to the helix-loop-helix motif, which mediate protein-protein interactions.; Title: strong similarity to regulator protein Sin3 -Saccharomyces cerevisiae; nucleus; See PMID 9651585; See PMID 10809695; See PMID 1944290; See PMID 2233725; uncharacterized protein	complement(join(1587841..1588470,1588526..1589764,1589820..1591160,1591223..1591320,1591546..1591922,1591972..1592797,1592889..1592933,1592994..1593033))	Aspergillus niger	4989104
An16g07130	CDS	An16g07130	NT_166531.1	1594685	1596608	R	Function: microscopic and genetic analyses indicate that rgb-1 is a regulator of the budding subroutine of the macroconidiation process and that arthroconidiation, which shares common early and late events with macroconidiation,is induced as a default mechanism for asexual reproduction in this fungus.; Remark: alternative splicing known for N. crassa protein.; Title: strong similarity to phosphatase 2A regulatory B subunit rgb-1 - Neurospora crassa; uncharacterized protein	complement(join(1594685..1594708,1594770..1595335,1595409..1596054,1596114..1596211,1596317..1596357,1596565..1596608))	Aspergillus niger	4989105
An16g07140	CDS	An16g07140	NT_166531.1	1598197	1599276	D	Similarity: similarity results from high content of repetitive sequences.; Title: weak similarity to hypothetical protein K06A9.1a - Caenorhabditis elegans; uncharacterized protein	1598197..1599276	Aspergillus niger	4989106
An16g07150	CDS	An16g07150	NT_166531.1	1599714	1601887	R	Cofactor: noncovalently bound FAD.; Function: FRDS1 of S. cerevisiae catalyzes the reduction of fumarate to succinate.; Similarity: shows stronger similarity to hypothetical enzymes of S. pombe and L. major.; Title: strong similarity to soluble cytoplasmic fumarate reductase YEL047c - Saccharomyces cerevisiae; cytoplasm; See PMID 8946166; See PMID 8953036; See PMID 9587404; uncharacterized protein	complement(join(1599714..1599799,1599867..1601323,1601388..1601625,1601713..1601781,1601848..1601887))	Aspergillus niger	4989107
An16g07160	CDS	An16g07160	NT_166531.1	1602011	1603243	R	hypothetical protein	complement(join(1602011..1602312,1602500..1602706,1602971..1603004,1603037..1603101,1603150..1603243))	Aspergillus niger	84593496
An16g07170	CDS	An16g07170	NT_166531.1	1604083	1606654	R	Function: FUM5 is required for fumonisin biosynthesis.; Function: contains a domain typical for Zinc-binding dehydrogenases.; Remark: putative frameshift might be caused by sequencing error.; Similarity: shows only partial similarity to FUM5.; Title: similarity to polyketide synthase FUM5 -Gibberella moniliformis [putative frameshift]; putative frameshift; See PMID 10413619; uncharacterized protein	complement(join(1604083..1604474,1604533..1604877,1604934..1605000,1605053..1605262,1605367..1605759,1605900..1605987,1606145..1606254,1606326..1606394,1606607..1606654))	Aspergillus niger	84593497
An16g07180	CDS	An16g07180	NT_166531.1	1607223	1608855	R	Function: VDH is an enzyme for the synthesis of coniferyl alcohol, coniferyl aldehyde, ferulic acid,vanillin, vanillic acid and their applications.; Title: strong similarity to vanillin dehydrogenase VDH from patent EP0845532 - Unclassified organism; uncharacterized protein	complement(join(1607223..1607367,1607432..1607883,1607953..1608346,1608395..1608855))	Aspergillus niger	4989110
An16g07190	CDS	An16g07190	NT_166531.1	1609538	1611378	R	hypothetical protein	complement(join(1609538..1609797,1610036..1610191,1610307..1610419,1610535..1610681,1610855..1611223,1611302..1611378))	Aspergillus niger	84593498
An16g07200	CDS	An16g07200	NT_166531.1	1611606	1612483	D	Function: the M. grisea PTH11 gene product is presumably involved in host surface recognition and can activate appressorium differentiation in response to inductive surface cues.; Similarity: shows only partial similarity to pth11p.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(1611606..1611623,1611677..1612483)	Aspergillus niger	4989112
An16g07210	CDS	An16g07210	NT_166531.1	1613107	1614369	R	Function: COP8 of A. thaliana is involved in photomorphogenesis.; Similarity: very high similarity to unpublished COP9 signalosome protein of A. nidulans.; Title: strong similarity to COP9 signalosome chain COP8 - Arabidopsis thaliana; uncharacterized protein	complement(1613107..1614369)	Aspergillus niger	4989113
An16g07220	CDS	An16g07220	NT_166531.1	1615166	1616512	D	Function: TFIIF is a general transcription initiation factor that binds to RNA polymerase II.; Title: strong similarity to beta subunit of transcription initiation factor TFIIF Tfg2 - Saccharomyces cerevisiae; nucleus; See PMID 9845373; uncharacterized protein	join(1615166..1615465,1615547..1615811,1615864..1616060,1616123..1616512)	Aspergillus niger	4989114
An16g07230	CDS	An16g07230	NT_166531.1	1616934	1618552	D	Function: SIP2 contains an RNAase activity,providing a link between TGF-beta signal transduction and mRNA stabilisation.; Remark: SIP2 is from PatentDNA.; Similarity: shows only partial similarity to SIP2.; Similarity: shows similarity to several hypothetical proteins containing zinc-finger domains.; Title: similarity to SMAD interacting protein SIP2 from patent WO9855512-A2 - Mus musculus; uncharacterized protein	join(1616934..1616979,1617031..1617603,1617655..1617766,1617819..1617874,1617981..1618552)	Aspergillus niger	4989115
An16g07240	CDS	An16g07240	NT_166531.1	1622059	1622687	R	hypothetical protein	complement(join(1622059..1622082,1622181..1622210,1622348..1622376,1622407..1622500,1622619..1622687))	Aspergillus niger	84593499
An16g07250	CDS	An16g07250	NT_166531.1	1625011	1626450	D	Similarity: blast hits result from repetitive sequences.; Title: weak similarity to hypothetical protein CG14713 - Drosophila melanogaster; uncharacterized protein	join(1625011..1625160,1625358..1625486,1625587..1626045,1626354..1626377,1626433..1626450)	Aspergillus niger	84593500
An16g07260	CDS	An16g07260	NT_166531.1	1628058	1630040	D	Function: the H. sapiens homolog E-MAP-115 is a microtubule-stabilizing protein that may play an important role during reorganization of microtubules during polarization and differentiation of epithelial cells.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_2321, 1979 and 1980.; Similarity: similarity is from a N-terminal laying region of the predicted A. niger protein to a C-terminal region of human E-MAP-115.; Similarity: the predicted A. niger protein contains a basic helix-loop-helix DNA binding motif.; Title: weak similarity to epithelial microtubule-associated protein E-MAP-115 - Homo sapiens; uncharacterized protein	join(1628058..1628866,1628939..1630040)	Aspergillus niger	4989118
An16g07270	CDS	An16g07270	NT_166531.1	1636153	1636886	D	hypothetical protein	join(1636153..1636380,1636482..1636653,1636771..1636886)	Aspergillus niger	84593501
An16g07280	CDS	An16g07280	NT_166531.1	1640657	1642940	R	Function: S. pombe Nif1 inhibits mitosis by inhibiting Nim1-mediated phosphorylation and inhibition of Wee1, whose activity inhibits Cdc2/Cdc13 cyclin-dependent kinase.; Title: similarity to mitotic inhibitor nif1p -Schizosaccharomyces pombe; See PMID 9135149; uncharacterized protein	complement(join(1640657..1640687,1640971..1641035,1641215..1641521,1641632..1641725,1641787..1641826,1641878..1642682,1642786..1642940))	Aspergillus niger	4989120
An16g07290	CDS	An16g07290	NT_166531.1	1643487	1644424	R	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_1922, an_1665 and an_2380.; Title: strong similarity to F1Fo-ATP synthase subunit 4 ATP4 - Kluyveromyces lactis; localisation:mitochondrion; See PMID 9790576; uncharacterized protein	complement(join(1643487..1643512,1643571..1643793,1643874..1644328,1644394..1644424))	Aspergillus niger	4989121
An16g07300	CDS	An16g07300	NT_166531.1	1644886	1646430	D	Title: strong similarity to polypeptide SEQ ID NO:5295 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	1644886..1646430	Aspergillus niger	4989122
An16g07310	CDS	An16g07310	NT_166531.1	1646720	1647643	R	hypothetical protein	complement(1646720..1647643)	Aspergillus niger	4989123
An16g07320	CDS	An16g07320	NT_166531.1	1648098	1648602	D	Title: weak similarity to hypothetical transcriptional regulator CC1412 - Caulobacter crescentus; uncharacterized protein	join(1648098..1648270,1648317..1648602)	Aspergillus niger	84593502
An16g07330	CDS	An16g07330	NT_166531.1	1649408	1650120	D	Title: weak similarity to hypothetical extracellular matrix protein AAL47843.1 - Fusarium oxysporum; uncharacterized protein	join(1649408..1649554,1649614..1650120)	Aspergillus niger	4989125
An16g07340	CDS	An16g07340	NT_166531.1	1651852	1652977	D	Remark: alternative names for human CEP2 are CEP250 and centrosomal Nek2-associated protein 1 (C-NAP1).; Similarity: similarity is from the predicted A. niger protein to several regions of human CEP2, which is 2100 aa longer.; Title: weak similarity to Cdc42 effector CEP2 - Homo sapiens; See PMID 11035016; uncharacterized protein	join(1651852..1652068,1652139..1652977)	Aspergillus niger	4989126
An16g07350	CDS	An16g07350	NT_166531.1	1654137	1658075	D	Remark: blastp with the predicted A. niger protein likely only retrieves random hits to serine rich proteins.; Title: weak similarity to gastric mucin - Sus scrofa; uncharacterized protein	join(1654137..1654193,1654248..1654273,1654328..1654379,1654442..1654540,1654626..1654958,1655010..1658075)	Aspergillus niger	4989127
An16g07360	CDS	An16g07360	NT_166531.1	1658571	1662053	R	Function: a role for mouse Mms19 protein in the assembly of a multiprotein complex(es) required for NER and RNAP II transcription has been suggested.; Function: mouse MMS19 is a polypeptide of unknown function which is required for both nucleotide excision repair (NER) and RNA polymerase II (RNAP II) transcription.; Title: strong similarity to MMS19 - Mus musculus; See PMID 11328871; uncharacterized protein	complement(join(1658571..1660952,1661002..1661190,1661243..1661382,1661439..1661536,1661603..1661876,1661972..1662053))	Aspergillus niger	4989128
An16g07370	CDS	An16g07370	NT_166531.1	1662594	1663151	D	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger EST Nig076 .; Title: similarity to hypothetical protein SPBC146.10 - Schizosaccharomyces pombe; uncharacterized protein	join(1662594..1662953,1663059..1663151)	Aspergillus niger	4989129
An16g07380	CDS	An16g07380	NT_166531.1	1663307	1664462	R	Title: strong similarity to hypothetical cDNA MGC:7080 - Mus musculus; uncharacterized protein	complement(join(1663307..1663347,1663420..1663596,1663668..1663853,1663884..1664247,1664310..1664343,1664413..1664462))	Aspergillus niger	4989130
An16g07390	CDS	An16g07390	NT_166531.1	1664778	1665594	D	Complex: S. cerevisiae SPC associates with Sbh1p and Sbh2p, the beta-subunits of the Sec61p complex and the Ssh1p complex, respectively.; Complex: in S. cerevisiae the SPC is formed by a heterotetramer of Sec11p, Spc3p, Spc1p and Spc2p.; Function: S. cerevisiae Spc2 is a subunit of the endoplasmatic reticulum signal peptidase complex, and is homologous to the mammalian protein SPC25.; Function: S. cerevisiae Spc2p not only enhances the enzymatic activity of the SPC but also facilitates the interactions between different components of the translocation site.; Function: mutations in S. cerevisiae Spc2 only disrupt signal peptidase complex (SPC) activity at high temperatures.; Remark: alternative names for S. cerevisiae SPC2 are SPY1 andYML055w.; Title: strong similarity to endoplasmatic reticulum signal peptidase subunit Spc2 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8910564; See PMID 10921929; uncharacterized protein	join(1664778..1664823,1664949..1665247,1665310..1665594)	Aspergillus niger	4989131
An16g07400	CDS	An16g07400	NT_166531.1	1666013	1667316	R	Catalytic activity: Methylenetetrahydrofolate dehydrogenases convert 5,10-methylenetetrahydrofolate + NAD(+) to 5,10-methenyltetrahydrofolate + NADH.; Function: S. cerevisiae MTD1 is involved in the oxidation of cytoplasmic one-carbon units for the de novo purine biosynthesis.; Regulation: S. cerevisiae MTD1 expression is repressed by adenine and requires the transcription factors Baslp and Bas2p.; Remark: the 5'UTR of the predicted A. niger protein is covered by the A. niger EST an_2989 .; Title: strong similarity to NAD-dependent 5,10-methylenetetrahydrafolate dehydrogenase Mtd1 -Saccharomyces cerevisiae; cytoplasm; See PMID 8416923; See PMID 8608153; See PMID 9749667; uncharacterized protein	complement(join(1666013..1666096,1666155..1666244,1666307..1666940,1667120..1667316))	Aspergillus niger	4989132
An16g07410	CDS	An16g07410	NT_166531.1	1668325	1670428	R	Remark: in S. cerevisiae three copies of the ATP1 gene exist on Chr. II within a 20kb region.; Title: strong similarity to mitochondrial F1-ATPase alpha-subunit Atp1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8690725; See PMID 2876995; uncharacterized protein	complement(join(1668325..1669575,1669636..1669756,1669818..1669874,1670010..1670179,1670357..1670428))	Aspergillus niger	4989133
An16g07420	CDS	An16g07420	NT_166531.1	1671690	1672443	R	Remark: according to A. niger EST an_3502 a possible sequencing error occured at position 45296 leading to a missing splice site, 1 base has been changed from G to A.; Title: strong similarity to hypothetical protein AAF27107.1 - Arabidopsis thaliana [putative sequencing error]; uncharacterized protein	complement(join(1671690..1672141,1672208..1672267,1672316..1672343,1672411..1672443))	Aspergillus niger	4989134
An16g07430	CDS	An16g07430	NT_166531.1	1673286	1673911	D	Complex: in S. pombe the DNA-dependent RNA-polymerase II consists of 11 subunits, RPBs 1-8 and 10-12, with the large subunits Rpb1+2 forming the scaffold for the assemlby of the smaller subunits.; Function: RNA polymerase II of S. pombe catalyses DNA-template-directed extension of the 3'-end of an mRNA strand by one nucleotide at a time.; Title: strong similarity to 19 kD subunit of DNA-directed RNA polymerase II rpb7p - Schizosaccharomyces pombe; nucleus; See PMID 9322754; See PMID 9642054; uncharacterized protein	join(1673286..1673534,1673593..1673673,1673738..1673911)	Aspergillus niger	4989135
An16g07440	CDS	An16g07440	NT_166531.1	1675420	1676989	D	Title: similarity to hypothetical protein B23L4.080 - Neurospora crassa; uncharacterized protein	join(1675420..1675728,1675802..1676989)	Aspergillus niger	4989136
An16g07450	CDS	An16g07450	NT_166531.1	1677997	1681391	R	Function: N. crassa QDE2 controls transgene-induced gene silencing.; Function: the Drosophila QDE2 homologue, dAGO1,exerts its developmental functions by binding to RNA either directly or indirectly.; Function: the rabbit QDE2 homologue, eIF2C, forms part of a protein complex that stimulates the start of translation.; Localization: the rat QDE2 homologue, GERp95, is a cytoplasmically exposed peripheral membrane protein that exists in a protease-resistant complex and localizes primarily to the Golgi complex or the endoplasmic reticulum (ER), depending on cell type.; Title: strong similarity to protein involved in post-transcriptional gene silencing QDE2 - Neurospora crassa; See PMID 10512872; See PMID 10749199; See PMID 11318874; uncharacterized protein	complement(join(1677997..1679496,1679549..1679793,1679867..1681002,1681066..1681391))	Aspergillus niger	4989137
An16g07460	CDS	An16g07460	NT_166531.1	1683636	1686557	D	Remark: an alternative name for A. niger acuB is facB.; Similarity: the N-terminal region of the predicted A. niger protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain; Title: strong similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; See PMID 9197408; See PMID 10483720; uncharacterized protein	join(1683636..1683760,1683817..1684231,1684315..1684510,1684571..1684602,1684661..1685437,1685488..1686195,1686255..1686557)	Aspergillus niger	4989138
An16g07470	CDS	An16g07470	NT_166531.1	1686990	1688663	D	Function: S. pombe gar2 helps the assembly of pre-ribosomal particles containing 18S rRNA.; Function: S. pombe gar2 helps the assembly on rRNA of factors necessary for 40S subunit synthesis by providing a physical link between them.; Localization: S. pombe gar2 has a nucleolar localization.; Title: similarity to mediator of 40S ribosomal subunit assembly gar2p - Schizosaccharomyces pombe; nucleus; See PMID 7596817; See PMID 9693363; uncharacterized protein	join(1686990..1687017,1687346..1687507,1687559..1687565,1687644..1688156,1688228..1688663)	Aspergillus niger	84593503
An16g07480	CDS	An16g07480	NT_166531.1	1689073	1691114	D	Complex: Y. lipolytica Pay32p in the matrix is complexed with two polypeptides of 62 and 64 kD recognized by antibodies to SKL (peroxisomal targeting signal-1).; Function: Y. lipolytica PAY32 binds to the C-terminal pts1-type tripeptide peroxisomal targeting signal (skl-type) and plays an essential role in peroxisomal protein import.; Function: Y. lipolytica pay32 mutants fail to assemble functional peroxisomes.; Function: mutations in Y. lipolytica PAY32 prevent the translocation of most peroxisome-bound proteins into the peroxisomal matrix, these proteins instead are trapped in the peroxisomal membrane at an intermediate stage of translocation.; Localization: Y. lipolytica Pay32 is intraperoxisomal, associated primarily with the inner surface of the peroxisomal membrane, but approximately 30% of Pay32p is localized to the peroxisomal matrix.; Title: strong similarity to peroxisomal matrix protein importer PAY32 - Yarrowia lipolytica; peroxisome; uncharacterized protein	join(1689073..1689243,1689321..1691114)	Aspergillus niger	4989140
An16g07490	CDS	An16g07490	NT_166531.1	1691548	1693490	D	Catalytic activity: 2-hydroxyphytanoyl-CoA lyases convert 2-hydroxyphytanoyl-CoA to pristanal.; Cofactor: human 2-hydroxyphytanoyl-CoA lyase depend on Mg(2+) and thiamine pyrophosphate.; Function: human 2-hydroxyphytanoyl-CoA lyase catalyses the second step of the alpha-oxidation of 3-methyl-branched fatty acids such as phytanic acid,catalysing a carbon-carbon cleavage.; Title: strong similarity to 2-hydroxyphytanoyl-CoA lyase - Homo sapiens; peroxisome; See PMID 10468558; uncharacterized protein	join(1691548..1691799,1691880..1693210,1693259..1693490)	Aspergillus niger	4989141
An16g07500	CDS	An16g07500	NT_166531.1	1693597	1695586	R	Catalytic activity: amidases convert a monocarboxylic acid amide + H2O to a monocarboxylate + NH3.; Function: A. nidulans amdS hydrolyses acetamide to acetate and ammonium thus providing a source of carbon and nitrogen.; Regulation: regulation of A. nidulans amdS is complex and involves multiple regulatory transcription factors like amdR and amdX.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to acetamidase amdS -Aspergillus nidulans; See PMID 3036667; See PMID 7847883; See PMID 9044292; uncharacterized protein	complement(join(1693597..1693715,1693785..1694067,1694127..1694167,1694365..1694639,1694692..1694915,1694969..1695081,1695148..1695586))	Aspergillus niger	4989142
An16g07510	CDS	An16g07510	NT_166531.1	1696100	1697968	R	Title: similarity to hypothetical protein F13M7.11 -Arabidopsis thaliana; uncharacterized protein	complement(join(1696100..1696157,1696214..1696389,1696452..1697424,1697481..1697968))	Aspergillus niger	4989143
An16g07520	CDS	An16g07520	NT_166531.1	1698101	1699628	D	Catalytic activity: cystein synthases convert O3-acetyl-L-serine + H(2)S to L-cysteine + acetate.; Title: strong similarity to cysteine synthase cysK -Rhodobacter sphaeroides; See PMID 9406390; uncharacterized protein	join(1698101..1698398,1698535..1698706,1698777..1699393,1699453..1699628)	Aspergillus niger	4989144
An16g07530	CDS	An16g07530	NT_166531.1	1700111	1701721	R	Title: weak similarity to hypothetical chromodomain-helicase-dna-binding protein CHD-2 - Homo sapiens; uncharacterized protein	complement(1700111..1701721)	Aspergillus niger	4989145
An16g07540	CDS	An16g07540	NT_166531.1	1702393	1704139	D	Function: mouse beclin has autophagy-promoting activity and is associated with inhibition of tumourgenesis and antiviral host defense.; Title: strong similarity to bcl-2-interacting protein beclin - Mus musculus; See PMID 9765397; See PMID 10604474; uncharacterized protein	join(1702393..1702508,1702549..1704139)	Aspergillus niger	4989146
An16g07550	CDS	An16g07550	NT_166531.1	1705733	1706612	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1705733..1705755,1705800..1705803,1705905..1705926,1705958..1706048,1706162..1706182,1706367..1706407,1706590..1706612))	Aspergillus niger	84593504
An16g07560	CDS	An16g07560	NT_166531.1	1710065	1711709	R	Title: strong similarity to transposase Tan1 -Aspergillus niger [putative frameshift]; putative frameshift; See PMID 9003286; uncharacterized protein	complement(<1710065..1711709)	Aspergillus niger	4989148
An16g07580	CDS	An16g07580	NT_166531.1	1713442	1714775	D	Title: strong similarity to EST an_2194 -Aspergillus niger; uncharacterized protein	join(1713442..1713825,1713896..1714232,1714281..1714377,1714547..1714775)	Aspergillus niger	4989149
An16g07590	CDS	An16g07590	NT_166531.1	1715424	1716714	R	hypothetical protein	complement(join(1715424..1715534,1715936..1716031,1716109..1716234,1716329..1716524,1716698..1716714))	Aspergillus niger	84593505
An16g07600	CDS	An16g07600	NT_166531.1	1716971	1717733	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1716971..1717014,1717186..1717210,1717297..1717354,1717484..1717490,1717580..1717645,1717712..1717733)	Aspergillus niger	84593506
An16g07610	CDS	An16g07610	NT_166531.1	1718334	1719636	R	Complex: P. pastoris Pex13p together with Pex14p and Pex17p forms the peroxisomal translocation machinery.; Function: P. pastoris Pex13p binds the PTS1 receptor (Pex5p) via a cytoplasmically oriented SH3 domain.; Function: P. pastoris Pex13p is a component of the peroxisomal translocation machinery.; Function: loss of P. pastoris Pex13p eliminates import of peroxisomal matrix proteins that contain either the type-1 or type-2 peroxisomal targeting signal but does not affect targeting and insertion of integral peroxisomal membrane proteins.; Localization: P. pastoris Pex13p is an integral peroxisomal membrane protein.; Similarity: P. pastoris Pex13p contains a SH3 domain.; Title: strong similarity to peroxisomal docking factor Pex13 - Pichia pastoris; peroxisome; See PMID 8858165; uncharacterized protein	complement(join(1718334..1719103,1719162..1719636))	Aspergillus niger	4989152
An16g07620	CDS	An16g07620	NT_166531.1	1720511	1722453	R	Complex: S. cerevisiae Ero1 is a FAD-binding protein and binds to PDI.; Function: S. cerevisiae Ero1 is required for correct folding of disulfide-bonds containing proteins in the ER.; Function: S. cerevisiae Ero1 oxidises protein disulfide isomerase (PDI) via direct dithiol-disulfide exchange, which in turn oxidises disulfide-bond containing proteins in the ER.; Remark: the systematic name for S. cerevisiae Ero1 is YML130c.; Title: strong similarity to endoplasmatic reticulum oxidising protein Ero1 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 9659913; See PMID 10549279; See PMID 11090354; uncharacterized protein	complement(join(1720511..1720646,1720705..1722272,1722355..1722453))	Aspergillus niger	4989153
An16g07630	CDS	An16g07630	NT_166531.1	1723909	1724733	R	Title: weak similarity to hypothetical protein YDR348c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1723909..1724028,1724083..1724733))	Aspergillus niger	4989154
An16g07640	CDS	An16g07640	NT_166531.1	1726871	1727951	D	Title: strong similarity to hypothetical protein FLJ13154 - Homo sapiens; uncharacterized protein	join(1726871..1727120,1727210..1727435,1727508..1727865,1727928..1727951)	Aspergillus niger	4989155
An16g07650	CDS	An16g07650	NT_166531.1	1728932	1729590	D	Remark: a putative sequencing error results in a frameshift.; Title: weak similarity to hypothetical membrane protein YLR106c - Saccharomyces cerevisiae [putative frameshift]; putative frameshift; uncharacterized protein	join(1728932..1728964,1729040..>1729590)	Aspergillus niger	4989156
An16g07660	CDS	An16g07660	NT_166531.1	1730335	1731838	R	Function: B abortus gluP is a glucose and galactose transporter.; Remark: C-terminal region and 3'UTR of the predicted A. niger protein are in accordance with the A. niger EST an_2695 EMBLEST:BE759781.; Similarity: B abortus gluP is a member of the major facilitator superfamily.; Title: similarity to glucose and galactose transporter gluP - Brucella abortus; See PMID 9168605; uncharacterized protein	complement(join(1730335..1730504,1730555..1730638,1730708..1730944,1730994..1731608,1731685..1731838))	Aspergillus niger	4989157
An16g07670	CDS	An16g07670	NT_166531.1	1733278	1734409	D	hypothetical protein	join(1733278..1733286,1733411..1733550,1733681..1733768,1733865..1733878,1734208..1734409)	Aspergillus niger	84593507
An16g07680	CDS	An16g07680	NT_166531.1	1734815	1736580	D	Function: N. crassa mtr is required for neutral,aliphatic and aromatic amino acid transport across the plasma membrane.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; See PMID 1838345; uncharacterized protein	join(1734815..1735005,1735060..1735146,1735203..1735534,1735586..1735726,1735779..1735993,1736043..1736240,1736306..1736449,1736497..1736580)	Aspergillus niger	4989159
An16g07690	CDS	An16g07690	NT_166531.1	1737179	1739109	R	Remark: an A. niger EST ID NO:4166, PATENTDNA:F11643, covers the 5'UTR and the N-terminus of the predicted A. niger protein.; Title: similarity to hypothetical protein B2I10.030 - Neurospora crassa; uncharacterized protein	complement(join(1737179..1738281,1738347..1739109))	Aspergillus niger	4989160
An16g07700	CDS	An16g07700	NT_166531.1	1739989	1740927	D	Catalytic activity: dihydrodipicolinate synthases convert l-aspartate 4-semialdehyde + pyruvate to dihydrodipicolinate + 2 H(2)O.; Complex: C. glutamicum dapA forms a homotetramer.; Function: C. glutamicum dapA catalyses the first step in the biosynthesis of diaminopimelate and lysine from aspartate semialdehyde.; Repression: C. glutamicum dapA is sensitive to lysine inhibition.; Similarity: C. glutamicum dapA belongs to the dhdps family.; Title: similarity to dapA - Corynebacterium glutamicum; See PMID 8092856; See PMID 2129555; uncharacterized protein	1739989..1740927	Aspergillus niger	4989161
An16g07710	CDS	An16g07710	NT_166531.1	1741057	1742907	R	Catalytic activity: carboxylesterases convert a carboxylic ester + H(2)O to an alcohol + a carboxylic anion.; Function: Rhodococcus cocE does initiate degradation of cocaine for the utilisation as carbon and nitrogen source.; Title: similarity to cocaine esterase cocE -Rhodococcus sp.; See PMID 10698749; uncharacterized protein	complement(join(1741057..1741599,1741654..1742907))	Aspergillus niger	4989162
An16g07720	CDS	An16g07720	NT_166531.1	1743431	1744269	R	Title: weak similarity to outer surface protein D ospD - Borrelia garinii; uncharacterized protein	complement(join(1743431..1743700,1743763..1744269))	Aspergillus niger	4989163
An16g07730	CDS	An16g07730	NT_166531.1	1745319	1746080	D	hypothetical protein	join(1745319..1745476,1745538..1745595,1745670..1745689,1745818..1745909,1745965..1746080)	Aspergillus niger	84593508
An16g07740	CDS	An16g07740	NT_166531.1	1747517	1748176	D	Remark: ORF 3'truncated due to end of contig.; Title: similarity to hypothetical protein T18N14.80 - Arabidopsis thaliana [truncated ORF]; uncharacterized protein	join(1747517..1747629,1747726..1747981,1748078..>1748176)	Aspergillus niger	84593509
An16g07750	CDS	An16g07750	NT_166531.1	1748617	1750540	D	hypothetical protein	join(1748617..1748644,1748720..1748884,1748943..1748975,1749070..1749197,1749332..1749449,1749533..1749713,1749803..1750018,1750090..1750199,1750288..1750348,1750402..1750540)	Aspergillus niger	4989166
An16g07760	CDS	An16g07760	NT_166531.1	1751900	1752537	D	hypothetical protein	join(1751900..1752191,1752266..1752537)	Aspergillus niger	84593510
An16g07770	CDS	An16g07770	NT_166531.1	1753685	1754354	D	hypothetical protein	join(1753685..1753704,1753735..1754065,1754139..1754354)	Aspergillus niger	84593511
An16g07780	CDS	An16g07780	NT_166531.1	1755107	1755503	R	hypothetical protein	complement(join(1755107..1755421,1755471..1755503))	Aspergillus niger	84593512
An16g07795	CDS	An16g07795	NT_166531.1	1758548	1760647	D	Title: strong similarity to hypothetical protein CAC18184.2 - Neurospora crassa; uncharacterized protein	join(1758548..1759114,1759169..1760647)	Aspergillus niger	4989170
An16g07800	CDS	An16g07800	NT_166531.1	1760961	1762359	D	Catalytic activity: ADP + ATP <=> phosphate + P(1),P(4)-bis(5'-adenosyl)tetraphosphate.; Catalytic activity: GTP and adenosine tetraphosphate can also act as adenylyl acceptors.; Function: APA2 of S. cerevisiae sustains the catabolism of NP-4-N' nucleotides, rather than their synthesis.; Title: strong similarity to ATP adenylyltransferase Apa2 - Saccharomyces cerevisiae; See PMID 11007995; See PMID 2174863; uncharacterized protein	join(1760961..1760968,1761107..1761269,1761448..1761891,1761943..1762144,1762166..1762359)	Aspergillus niger	4989171
An16g07810	CDS	An16g07810	NT_166531.1	1763039	1764702	R	hypothetical protein	complement(join(1763039..1763254,1763332..1764702))	Aspergillus niger	4989172
An16g07820	CDS	An16g07820	NT_166531.1	1766075	1767162	R	hypothetical protein	complement(join(1766075..1766359,1766558..1766569,1766694..1766810,1766938..1767162))	Aspergillus niger	84593513
An16g07830	CDS	An16g07830	NT_166531.1	1768032	1769747	R	Similarity: weak local similarity to probable two-component sensor histidine kinase yocF - Bacillus subtilis.; hypothetical protein	complement(join(1768032..1768940,1769016..1769297,1769362..1769514,1769565..1769747))	Aspergillus niger	4989174
An16g07840	CDS	An16g07840	NT_166531.1	1770300	1771571	R	Remark: M protein of S. pyogenes binds also human serum albumin and fibrinogen.; Remark: M protein of S. pyogenes is a major antigenic determinant which binds human IgG1, IgG2, IgG3 and IgG4, as well as horse, rabbit and pig IgG in a non-immune fashion.; Title: similarity to M protein emm55 - Streptococcus pyogenes; See PMID 7643859; uncharacterized protein	complement(1770300..1771571)	Aspergillus niger	4989175
An16g07850	CDS	An16g07850	NT_166531.1	1771819	1772461	D	Function: snRPG of H. sapiens is associated with small nuclear ribonucleoproteins (sn-RNP) U1, U2 U4/U6 and U5, necessary for mRNA splicing.; Remark: in humans, snRNPs represent the major targets for the so-called anti-Sm auto-antibodies which are diagnostic for systemic lupus erythematosus (SLE).; Similarity: the predicted ORF belongs to the snRNP Sm proteins family.; Title: strong similarity to small nuclear ribonucleoprotein G snRPG - Homo sapiens; nucleus; See PMID 7744013; uncharacterized protein	join(1771819..1771848,1771895..1771999,1772189..1772263,1772354..1772461)	Aspergillus niger	4989176
An16g07860	CDS	An16g07860	NT_166531.1	1773036	1777013	R	Complex: TFIID of S. cerevisiae is composed of TBP,the TATA box binding protein, and 14 distinct TBP-associated factors (TAFs), which range in size from 17 to 150 kDa.; Complex: TSM1 of S. cerevisiae is a component of the TFIID general RNA polymerase II transcription factor complex.; Function: TFIID binding is thought to be the first step in transcription initiation, acting to nucleate the transcription complex, recruiting the rest of the factors through a direct interaction with TFIIB.; Phenotype: TSM1 null mutants of S. cerevisiae are inviable.; Remark: TSM1 of S. cerevisiae is also called TAF150 or YCR042C.; Title: strong similarity to subunit of transcription initiation factor TFIID Tsm1 - Saccharomyces cerevisiae; nucleus; See PMID 8178153; See PMID 10721692; See PMID 10788514; See PMID 1840512; uncharacterized protein	complement(join(1773036..1773365,1773420..1774214,1774265..1774605,1774664..1777013))	Aspergillus niger	4989177
An16g07870	CDS	An16g07870	NT_166531.1	1777756	1779425	D	Catalytic activity: CDP-ethanolamine + 1,2-diacylglycerol <=> CMP + a phosphatidylethanolamine.; Function: AAPT1 of G. max (soybean) shows substrate specificity both for CDP-choline and CDP-ethanolamine.; Function: aminoalcoholphosphotransferases (AAPTases) utilize diacylglycerols and cytidine diphosphate (CDP)-aminoalcohols as substrates in the synthesis of the abundant membrane lipids phosphatidylcholine and phosphatidylethanolamine.; Localization: the diacylglycerol cholinephosphotransferase CPT1 of S. cerevisiae is located in the endoplasmic reticulum.; Similarity: the predicted ORF shows strong similarity to various aminoalcoholphosphotransferases of yeasts, plants and animals.; Title: strong similarity to aminoalcoholphosphotransferase AAPT1 - Glycine max; See PMID 7994181; uncharacterized protein	join(1777756..1777764,1778105..1778230,1778293..1778336,1778392..1778469,1778519..1779425)	Aspergillus niger	4989178
An16g07890	CDS	An16g07890	NT_166531.1	1780782	1782905	R	Function: pro1 is essential in S. macrospora for the formation of multicellular fruiting bodies called perithecia.; Similarity: strong similarity to the predicted zinc-finger protein 17E5. 150 of N. crassa.; Similarity: the N-terminal region of the predicted ORF contains a fungal Zn(2)-Cys(6) binuclear cluster domain, a cysteine-rich region that binds DNA, and is found in many fungal transcriptional activators.; Similarity: the similarity to pro1 of S. macrospora is due to the conserved fungal zinc-finger motiv.; Title: similarity to transcription factor pro1 -Sordaria macrospora; See PMID 10224253; uncharacterized protein	complement(join(1780782..1782336,1782371..1782519,1782632..1782647,1782732..1782793,1782852..1782905))	Aspergillus niger	4989180
An16g07900	CDS	An16g07900	NT_166531.1	1783316	1785611	D	Function: HNM1 of S. cerevisiae is the unique coline permease in yeast (Km of 0. 5 micromolar).; Phenotype: the ctr1 mutant is defective in choline and ethanolamine transport, but the mutation also confers hyper-resistance to the alkylating agent nitrogen mustard.; Regulation: in S. cerevisiae, expression of CTR1/HNM1 is regulated by the phospholipid precursors inositol and choline and this regulation involves the trans-acting factors Ino2p, Ino4p and Opi1p.; Regulation: in S. cerevisiae, the choline transport activity decreases upon addition of choline to the growth medium.; Remark: HMN1 of S. cerevisiae is also known as CTR1.; Similarity: HNM1 of S. cerevisiae belongs to the APC family, which encompasses amino acid permeases more related to the mammalian cationic amino-acid transporter family (Tea/ecoR).; Similarity: the protein also shows strong similarity to the putative GABA permease GabA of Aspergillus nidulans; the gene structure is very different.; Title: strong similarity to choline permease Hnm1 -Saccharomyces cerevisiae; plasma membrane; See PMID 8264542; See PMID 2203793; See PMID 7520996; uncharacterized protein	join(1783316..1783529,1783603..1783653,1783704..1783880,1783931..1784143,1784225..1784440,1784577..1784789,1784856..1784913,1784971..1785102,1785186..1785370,1785445..1785611)	Aspergillus niger	4989181
An16g07910	CDS	An16g07910	NT_166531.1	1786032	1787310	R	Remark: a splice site was detected upstream of the START codon.; Title: weak similarity to protein fragment SEQ ID NO:32794 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1786032..1786148,1786219..1786319,1786394..1786422,1786494..1786551,1786607..1786701,1786758..1786783,1786879..1787310))	Aspergillus niger	4989182
An16g07920	CDS	An16g07920	NT_166531.1	1789283	1789978	D	Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to hypothetical protein EAA64623.1 - Aspergillus nidulans; uncharacterized protein	join(1789283..1789388,1789451..1789545,1789613..1789978)	Aspergillus niger	4989183
An16g07930	CDS	An16g07930	NT_166531.1	1791191	1792381	D	Title: strong similarity to hypothetical protein encoded by An12g06140 - Aspergillus niger; uncharacterized protein	join(1791191..1791328,1791414..1791560,1791618..1791647,1791711..1791751,1791824..1791843,1791926..1792022,1792079..1792105,1792158..1792193,1792249..1792381)	Aspergillus niger	84593514
An16g07940	CDS	An16g07940	NT_166531.1	1793194	1794844	D	Complex: FUS6 of A. thaliana is a component of the COP9 complex, which is a multi subunit protein conserved in plants and animals.; Complex: the COP9 complex is composed by eight subunits and is also called signalosome, because of its involvement in various signal transduction pathways.; Function: mutations in the FUS6 gene of A. thaliana cause severe developmental phenotypes, probably due to impairment of several signal transduction pathways.; Localization: FUS6 of A. thaliana is coimmunoprecipitated with the COP9 subunit of the COP9 complex, and both are located within the nucleus.; Remark: FUS6 of A. thaliana is also known as COP11.; Similarity: the COP9 complex is related to the 26S proteasome regulatory complex.; Similarity: the protein contains a homology domain of unclear function, called PCI or PINT motif; apparently,all of the characterized proteins containing PCI domains are parts of larger multi-protein complexes.; Title: strong similarity to FUSCA protein FUS6 -Arabidopsis thaliana; nucleus; See PMID 8130643; See PMID 8689678; See PMID 8953769; See PMID 9707402; uncharacterized protein	join(1793194..1793326,1793387..1793431,1793494..1793774,1793828..1794844)	Aspergillus niger	4989185
An16g07950	CDS	An16g07950	NT_166531.1	1795781	1796605	R	Similarity: automatically detected similarities are due to repetitive amino acid stretches.; hypothetical protein	complement(join(1795781..1796114,1796182..1796423,1796474..1796605))	Aspergillus niger	4989186
An16g07960	CDS	An16g07960	NT_166531.1	1797500	1799268	R	Title: similarity to hypothetical transporter protein AAM72702.1 - Chlorobium tepidum; uncharacterized protein	complement(join(1797500..1798930,1799017..1799268))	Aspergillus niger	4989187
An16g07970	CDS	An16g07970	NT_166531.1	1800015	1802444	D	Similarity: the protein shows a strong similarity to a genomic clone of A. thaliana whit unknown function.; Similarity: the similarity with Amfr of M. musculus is mainly due to the C3HC4 type zinc finger (RING finger).; Title: similarity to autocrine motility factor receptor Amfr - Mus musculus; See PMID 10456327; uncharacterized protein	join(1800015..1800038,1800093..1800197,1800303..1800816,1800949..1802444)	Aspergillus niger	4989188
An16g07980	CDS	An16g07980	NT_166531.1	1803894	1805138	D	Remark: a splice site was detected upstream of the START codon.; Title: similarity to hypothetical protein encoded by An16g01890 - Aspergillus niger; uncharacterized protein	1803894..1805138	Aspergillus niger	4989189
An16g07990	CDS	An16g07990	NT_166531.1	1806209	1808306	D	Similarity: the weak similarity to CG13953 of D. melanogaster refers only to the N-terminus and is partially due to repetitive amino acid stretches.; Title: weak similarity to hypothetical protein encoded by CG13953 - Drosophila melanogaster; uncharacterized protein	join(1806209..1807725,1807781..1808306)	Aspergillus niger	4989190
An16g08000	CDS	An16g08000	NT_166531.1	1810040	1811018	R	Complex: Rpp1 of S. cerevisiae also appear to be shared between RNase P and RNase MRP.; Complex: the RNaseP complex of S. cerevisiae,besides Rpp1, contains at least these further components: Pop1, Pop3, Pop4, Pop5, Pop6, Pop7, Pop8, and Rpr2.; Function: Rpp1 of S. cerevisiae is an essential protein subunit of nuclear RNase P required for processing of precursor tRNA and 35S precursor rRNA.; Localization: Rpp1 is located in the nucleus of S. cerevisiae.; Phenotype: depletion of Rpp1 in vivo leads to the accumulation of precursor tRNAs with unprocessed 5' and 3' termini and defects in rRNA maturation in S. cerevisiae.; Similarity: hypothetical protein YHR062c of S. cerevisiae is identical to Rpp1 (GENBANK Acc. AAB68389).; Title: strong similarity to protein subunit of nuclear RNaseP Rpp1 - Saccharomyces cerevisiae; nucleus; See PMID 9308968; See PMID 9620854; uncharacterized protein	complement(join(1810040..1810851,1810943..1811018))	Aspergillus niger	4989191
An16g08010	CDS	An16g08010	NT_166531.1	1811541	1812757	D	Function: Casein kinase II is thought to play an essential role in the control of cell division and differentiation in all eukaryotes.; Title: strong similarity to Casein kinase CK II -Arabidopsis thaliana; See PMID 7678767; See PMID 8061317; uncharacterized protein	join(1811541..1811655,1811767..1812140,1812188..1812607,1812659..1812757)	Aspergillus niger	4989192
An16g08020	CDS	An16g08020	NT_166531.1	1814082	1817509	D	Catalytic activity: ATP + L-valine + tRNA(Val) = AMP + diphosphate + L-valyl-tRNA(Val).; Function: cyt-20 of N. crassa encodes both the cytosolic and mitochondrial valine--tRNA ligase.; Title: strong similarity to valine--tRNA ligase cyt-20 - Neurospora crassa [putative frameshift]; putative frameshift; uncharacterized protein	join(1814082..1814112,1814218..1814337,1814435..1816449,1816506..>1817509)	Aspergillus niger	4989193
An16g08030	CDS	An16g08030	NT_166531.1	1817937	1818983	D	Similarity: patentmatch against ovarian tissue derived protein 18 Y59741 Patentprot.; Title: strong similarity to ovarian tissue derived protein 18 from patent DE19816395-A1 - Homo sapiens; uncharacterized protein	join(1817937..1817950,1818011..1818983)	Aspergillus niger	4989194
An16g08040	CDS	An16g08040	NT_166531.1	1819568	1820623	D	Title: strong similarity to hypothetical protein PMP24 - Mus musculus; uncharacterized protein	join(1819568..1819582,1819674..1819789,1819872..1819898,1820008..1820221,1820273..1820496,1820566..1820623)	Aspergillus niger	4989195
An16g08050	CDS	An16g08050	NT_166531.1	1821250	1823267	R	Title: similarity to hypothetical protein CAD21260.1 - Neurospora crassa; uncharacterized protein	complement(join(1821250..1821485,1821610..1822259,1822319..1822365,1822414..1822895,1822960..1822981,1823031..1823267))	Aspergillus niger	84593515
An16g08060	CDS	An16g08060	NT_166531.1	1823277	1824800	D	Catalytic activity: Benzoate + NADPH + O2 = 4-Hydroxybenzoate + NADP+ + H2O; Function: the P450rm protein of R. minuta is involved in the dissimilation pathway starting from L-phenylalanine.; Function: the cytochrome P450 enzymes usually act as terminal oxidases in multicomponent electron transfer chains, called P450-containing monooxygenase systems.; Pathway: Phenylalanine metabolism; Title: strong similarity to isobutene-forming enzyme and benzoate 4-hydroxylase P450rm - Rhodotorula minuta; See PMID 7764227; See PMID 8002981; See PMID 8882724; See PMID 9349702; uncharacterized protein	1823277..1824800	Aspergillus niger	4989197
An16g08070	CDS	An16g08070	NT_166531.1	1825325	1827081	R	Similarity: patentmatch against fumonisin esterase R91277 Patentprot.; Title: strong similarity to fumonisin esterase from patent WO9606175-A2 - Exophiala spinifera; uncharacterized protein	complement(join(1825325..1825688,1825775..1825908,1825963..1826473,1826564..1827081))	Aspergillus niger	4989198
An16g08080	CDS	An16g08080	NT_166531.1	1828069	1829980	D	Similarity: patentmatch against transport protein AX066343_1 TremblNew.; Similarity: similarties to pro- and eukaryotic mutidrug-efflux transporters.; Title: strong similarity to transporter from patent WO0100804 - Corynebacterium glutamicum; uncharacterized protein	join(1828069..1828299,1828350..1828687,1828740..1829199,1829255..1829980)	Aspergillus niger	4989199
An16g08090	CDS	An16g08090	NT_166531.1	1830337	1831908	R	Title: strong similarity to hypothetical protein B2J23.120 - Neurospora crassa; uncharacterized protein	complement(join(1830337..1830921,1830972..1831421,1831474..1831718,1831818..1831908))	Aspergillus niger	4989200
An16g08100	CDS	An16g08100	NT_166531.1	1833658	1834422	D	Catalytic activity: (-)-ureidoglycolate + H(2)O = glyoxylate + 2 NH(3) + CO(2).; Title: similarity to hypothetical ureidoglycolate hydrolase SPAC19G12.04 - Schizosaccharomyces pombe; uncharacterized protein	1833658..1834422	Aspergillus niger	4989201
An16g08110	CDS	An16g08110	NT_166531.1	1834546	1837584	R	Function: the S. cerevisiae MSH 1 protein is involved in mitochondrial DNA repair; it belongs to the DNA mismatch repair mutS family.; Title: strong similarity to protein Msh1 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1334021; See PMID 1459447; uncharacterized protein	complement(join(1834546..1836287,1836336..1837257,1837335..1837483,1837545..1837584))	Aspergillus niger	4989202
An16g08120	CDS	An16g08120	NT_166531.1	1838146	1844028	D	Function: S. cerevisiae Brr2p protein promotes RNA rearrangements, acting synergistically with other spliceosomal proteins, including the structurally related Prp2p and Prp16p.; Remark: 3'-truncated ORF due to end of contig.; Similarity: similarities in C-terminus extend over contig border.; Title: strong similarity to pre-mRNA splicing helicase Brr2 - Saccharomyces cerevisiae [truncated ORF]; nucleus; See PMID 11290703; uncharacterized protein	1838146..>1844028	Aspergillus niger	4989203
An16g08130	CDS	An16g08130	NT_166531.1	1844802	1847561	R	Similarity: AmdX of A. nidulans belongs to the nuclear hormone receptors family.; Title: similarity to DNA binding regulatory protein amdX - Aspergillus nidulans; nucleus; See PMID 9044292; uncharacterized protein	complement(join(1844802..1845586,1845633..1845774,1845849..1846118,1846183..1847365,1847407..1847561))	Aspergillus niger	4989204
An16g08140	CDS	An16g08140	NT_166531.1	1847984	1849520	R	Catalytic activity: salcylate hydroxylases catalyze the reaction of salicylate + NADH + H+ + O2 = catechol + NAD+ + H2O + CO2.; Function: salicylate hydroxylase of P. putida catalyzes the decarboxylative hydroxylation of salicylate.; Pathway: salcylate hydroxylases belong to the lower napthalene catabolic pathway which involves conversion of salicylate to lower amphibolic intermediates.; Remark: nahg and salicylate 1-monooxygenase are alternative names for salicylate hydroxylase of P. putida.; Title: similarity to salicylate hydroxylase sal -Pseudomonas putida; See PMID 10920265; See PMID 8695632; uncharacterized protein	complement(join(1847984..1848291,1848358..1848808,1848864..1848944,1849004..1849156,1849211..1849381,1849434..1849520))	Aspergillus niger	4989205
An16g08150	CDS	An16g08150	NT_166531.1	1850672	1852965	D	Catalytic activity: DPP V of A. fumigatus hydrolyses X-Ala, His-Ser, and Ser-Tyr dipeptides at a neutral pH optimum.; Localization: DPP V of A. fumigatus is a secreted protein.; Title: strong similarity to dipeptidyl-peptidase V DPP V - Aspergillus fumigatus; extracellular/secretion proteins; See PMID 9045640; uncharacterized protein	join(1850672..1850703,1850799..1852965)	Aspergillus niger	4989206
An16g08160	CDS	An16g08160	NT_166531.1	1853134	1854357	D	Title: similarity to hypothetical protein B16B8.310 - Neurospora crassa; uncharacterized protein	join(1853134..1853201,1853364..1854357)	Aspergillus niger	4989207
An16g08170	CDS	An16g08170	NT_166531.1	1854691	1856540	R	Phenotype: Gain-of-function mutations of HOL1 confer non-selective cation transport.; Phenotype: the HOL1 null mutant unable to uptake histidinol or Na+.; Remark: YNR055C is the systematic name for HOL1.; Similarity: HOL1 is a member of major facilitator superfamily multidrug-resistance protein subfamily 1.; Title: strong similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; plasma membrane; See PMID 2405251; See PMID 8955402; uncharacterized protein	complement(join(1854691..1855075,1855131..1855184,1855235..1855321,1855367..1855812,1855859..1856014,1856085..1856280,1856347..1856540))	Aspergillus niger	4989208
An16g08180	CDS	An16g08180	NT_166531.1	1857878	1859284	R	Catalytic activity: PKL12 of M. musculus catalyzes the reaction of ATP + a protein = ADP + a phosphoprotein.; Function: PKL12 of M. musculus is a protein kinase that acts on both serine and threonine residues.; Remark: myristoylated and palmitoylated serine-threonine kinase, TGF-beta stimulated factor 1,TSF-1, serine/threonine protein kinase 16, STK16, MPSK1,TSF1, EDPK and KRCT are alternative names for PKL12.; Remark: putative sequencing error at position 14768 one base pair too much.; Similarity: PKL12 of M. musculus belongs to the ser/thr family of protein kinases.; Title: similarity to palmitylated serine/threonine kinase PKL12 - Mus musculus [putative frameshift]; deleted EC_number 2.7.1.37; putative frameshift; See PMID 9712705; uncharacterized protein	complement(join(<1857878..1858422,1858475..1858593,1858711..1858864,1858897..1859087,1859165..1859284))	Aspergillus niger	4989209
An16g08190	CDS	An16g08190	NT_166531.1	1859411	1860316	R	hypothetical protein	complement(join(1859411..1859741,1859834..1860147,1860266..1860316))	Aspergillus niger	84593516
An16g08200	CDS	An16g08200	NT_166531.1	1860517	1862556	D	Function: dynactin is a major component of activator I, a 20s polypeptide complex that stimulates dynein-mediated vesicle transport.; Title: similarity to dynactin Chip150 - Gallus gallus; See PMID 1836789; uncharacterized protein	1860517..1862556	Aspergillus niger	4989211
An16g08210	CDS	An16g08210	NT_166531.1	1863270	1863982	R	Catalytic activity: BNA1 of S. cerevisiae catalyzes the reaction of 3-hydroxyanthranilate + O2 = 2-amino-3-carboxymuconate semialdehyde.; Pathway: BNA1 of S. cerevisiae is involved in nicotinic acid biosynthesis.; Remark: 3-hydroxyanthranilic acid dioxygenase,3-hydroxyanthranilate oxygenase HAD1, YJR025C, J1550 and 3-HAO are alternative names for BNA1 of S. cerevisiae.; Title: strong similarity to 3-hydroxyanthranilic acid dioxygenase Bna1 - Saccharomyces cerevisiae; See PMID 9539135; uncharacterized protein	complement(join(1863270..1863807,1863951..1863982))	Aspergillus niger	4989212
An16g08220	CDS	An16g08220	NT_166531.1	1864312	1865530	D	Complex: associates with u3 snoRNP, but is not its structural component.; Function: RCL1 of S. cerevisiae does not have cyclase activity.; Function: RCL1 of S. cerevisiae plays a role in 40S-ribosomal-subunit biogenesis in the early pre-rRNA processing steps at sites a0, a1 and a2, that are required for proper maturation of the 18S RNA.; Localization: nuclear; nucleolus.; Remark: RTC1 and YOL010W are alternative names for RCL1 of S. cerevisiae.; Remark: putative sequencing error at position 20385,one base pair too much.; Similarity: belongs to the RNA 3'-terminal cyclase family subfamily 2.; Title: similarity to RNA 3-phosphate cyclase-like protein Rcl1 - Saccharomyces cerevisiae [putative frameshift]; nucleus; putative frameshift; uncharacterized protein	1864312..>1865530	Aspergillus niger	4989213
An16g08230	CDS	An16g08230	NT_166531.1	1866270	1867865	D	hypothetical protein	join(1866270..1866384,1866540..1866680,1866862..1866923,1867090..1867138,1867197..1867260,1867312..1867418,1867738..1867758,1867807..1867865)	Aspergillus niger	84593517
An16g08240	CDS	An16g08240	NT_166531.1	1869914	1870912	D	hypothetical protein	join(1869914..1869959,1870096..1870341,1870387..1870474,1870623..1870667,1870726..1870750,1870793..1870912)	Aspergillus niger	84593518
An16g08250	CDS	An16g08250	NT_166531.1	1871626	1872373	R	Remark: blastp matches are only due to repetitive amino acids.; hypothetical protein	complement(join(1871626..1872192,1872272..1872373))	Aspergillus niger	84593519
An16g08260	CDS	An16g08260	NT_166531.1	1873446	1874195	R	hypothetical protein	complement(join(1873446..1873651,1873706..1873881,1874050..1874195))	Aspergillus niger	84593520
An16g08270	CDS	An16g08270	NT_166531.1	1874729	1875514	R	hypothetical protein	complement(join(1874729..1874910,1875160..1875258,1875415..1875514))	Aspergillus niger	84593521
An16g08280	CDS	An16g08280	NT_166531.1	1875932	1876284	D	hypothetical protein	join(1875932..1876089,1876218..1876284)	Aspergillus niger	84593522
An16g08290	CDS	An16g08290	NT_166531.1	1877314	1878064	R	hypothetical protein	complement(join(1877314..1877444,1877528..1877800,1878004..1878064))	Aspergillus niger	84593523
An16g08300	CDS	An16g08300	NT_166531.1	1878392	1879647	R	hypothetical protein	complement(join(1878392..1878580,1878693..1878806,1878985..1879074,1879192..1879315,1879463..1879647))	Aspergillus niger	84593524
An16g08310	CDS	An16g08310	NT_166531.1	1880333	1881171	D	hypothetical protein	join(1880333..1880379,1880470..1880524,1880631..1880670,1880763..1880824,1880911..1881171)	Aspergillus niger	84593525
An16g08320	CDS	An16g08320	NT_166531.1	1881338	1882104	D	hypothetical protein	join(1881338..1881418,1881516..1881666,1881712..1881910,1882017..1882104)	Aspergillus niger	84593526
An16g08330	CDS	An16g08330	NT_166531.1	1882483	1883733	R	Catalytic activity: mae1 protein of S. pombe is catalyses C4-dicarboxylate (out) + nH+ (out) ---> C4-dicarboxylate (in) + nH+ (in).; Function: mae1 of S. pombe is involved in the uptake of L-malate, succinate and malonic acid by a proton symport mechanism.; Remark: mae1 of S. pomble belongs to the tellurite-resistance/dicarboxylate transporter (TDT) family.; Title: strong similarity to C4-dicarboxylate transport protein mae1p - Schizosaccharomyces pombe; plasma membrane; See PMID 10082980; uncharacterized protein	complement(1882483..1883733)	Aspergillus niger	4989224
An16g08340	CDS	An16g08340	NT_166531.1	1884121	1885312	D	hypothetical protein	join(1884121..1884198,1884247..1884343,1884442..1884564,1884650..1884674,1884750..1884860,1885005..1885113,1885190..1885312)	Aspergillus niger	84593527
An16g08350	CDS	An16g08350	NT_166531.1	1885346	1885853	D	hypothetical protein	join(1885346..1885446,1885491..1885586,1885709..1885853)	Aspergillus niger	84593528
An16g08360	CDS	An16g08360	NT_166531.1	1886884	1887939	R	Remark: N-terminally truncated ORF due to contig border.; Remark: no similarities of the predicted ORF to the highly conserved signal sequence or cell wall attachment region of the best blast match, the collagen-like surface protein SclA from S. pyogenes were found.; Title: weak similarity to cytochrome c1 of ubiquinol--cytochrome-c reductase - Paracoccus denitrificans [truncated ORF]; uncharacterized protein	complement(1886884..>1887939)	Aspergillus niger	4989227
An16g08370	CDS	An16g08370	NT_166531.1	1890012	1890887	R	Function: Jac1 of S. cerevisiae, together with the Ssq1 70KDa chaperone protein, is essential for the formation of the Fe/S clusters of different proteins and for mitochondrial iron metabolism.; Localization: Jac1 of S. cerevisiae is located in the mitochondrial matrix.; Remark: Jac1 of S. cerevisiae is also known as YGL018C.; Similarity: Jac1 of S. cerevisiae belongs to the the 20-kDa J-protein family of co-chaperones; the name derives from the DnaJ protein of E. coli.; Title: similarity to mitochondrial J-type chaperone Jac1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9813017; See PMID 11171977; See PMID 11273703; uncharacterized protein	complement(join(1890012..1890042,1890247..1890887))	Aspergillus niger	4989228
An16g08380	CDS	An16g08380	NT_166531.1	1891339	1893112	R	Complex: PRP4 of S. cerevisiae is a protein of the U4/U6 small nuclear ribonucleoprotein particle (snRNP),required early in the spliceosome assembly pathway.; Function: as an essential component of the spliceosome, PRP4 of S. cerevisiae participate in the process of pre-mRNA splicing.; Phenotype: null mutation of PRP4 in S. cerevisiae is lethal.; Remark: PRP4 of S. cerevisiae is also called RNA4 or YPR178W.; Similarity: homologues of PRP4 were found in many different species, comprising A. thaliana and humans.; Title: strong similarity to U4/U6 snRNP 52kD protein Prp4 - Saccharomyces cerevisiae; nucleus; See PMID 10900456; See PMID 2528687; See PMID 3536128; See PMID 8202378; uncharacterized protein	complement(join(1891339..1891507,1891622..1892852,1892933..1892966,1893071..1893112))	Aspergillus niger	4989229
An16g08390	CDS	An16g08390	NT_166531.1	1893490	1895382	D	Function: althoug the functions of S. pombe AZR1 are not fully understood, the gene may be involved in resistance to 5-azacytidine.; Similarity: another region of the predicted ORF shows strong similarity to the AZR1 protein of S. pombe.; Similarity: the similarity to the A. pullulans ORF is limited to the C-terminal half of the protein.; Title: similarity to sequence 4 from patent WO0063399 - Aureobasidium pullulans; uncharacterized protein	join(1893490..1893542,1894125..1895382)	Aspergillus niger	4989230
An16g08400	CDS	An16g08400	NT_166531.1	1896111	1896609	D	Similarity: the 35 N-terminal amino acids of the predicted ORF show similarity to the D. melanogaster CG15759 gene with unknown function.; hypothetical protein	join(1896111..1896215,1896304..1896324,1896436..1896609)	Aspergillus niger	84593529
An16g08410	CDS	An16g08410	NT_166531.1	1896839	1899023	R	Localization: in vertebrates neurofilaments are components of the cytoskeleton within neural cell cytoplasmic extensions.; Similarity: the predicted ORF contains a PWWP domain, named after a conserved Pro-Trp-Trp-Pro motif, whose function is currently unknown.; Similarity: the predicted ORF shows a stronger similarity to a S. pombe hypothetical protein.; Similarity: the similarity to NF-180 of P. marinus and other neurofilament proteins is mainly due to low complexity regions.; Title: similarity to neurofilament subunit NF-180 -Petromyzon marinus; cytoskeleton; See PMID 7770000; uncharacterized protein	complement(join(1896839..1897464,1897529..1897757,1897821..1898193,1898259..1898748,1898858..1899023))	Aspergillus niger	4989232
An16g08420	CDS	An16g08420	NT_166531.1	1900651	1902572	R	Similarity: shows strong similarity to a 5'-EST of the A. niger cDNA clone an_3071.; Title: similarity to hypothetical integral membrane protein SC10B7.28 - Streptomyces coelicolor; uncharacterized protein	complement(join(1900651..1900683,1900736..1901027,1901059..1901476,1901537..1901761,1901819..1902071,1902180..1902572))	Aspergillus niger	4989233
An16g08430	CDS	An16g08430	NT_166531.1	1903772	1904835	R	hypothetical protein	complement(join(1903772..1903932,1904002..1904070,1904181..1904300,1904385..1904682,1904767..1904835))	Aspergillus niger	84593530
An16g08440	CDS	An16g08440	NT_166531.1	1906164	1907458	D	Title: similarity to hypothetical protein T6K22.50 -Arabidopsis thaliana; uncharacterized protein	join(1906164..1906480,1906579..1906616,1906675..1906754,1906814..1906896,1906963..1907458)	Aspergillus niger	4989235
An16g08450	CDS	An16g08450	NT_166531.1	1907982	1910216	D	Similarity: contains a fungal-type DNA-binding Zn(2)-Cys(6) binuclear cluster domain.; Title: strong similarity to hypothetical transcriptional regulator SPCC417.09c - Schizosaccharomyces pombe; uncharacterized protein	1907982..1910216	Aspergillus niger	4989236
An16g08460	CDS	An16g08460	NT_166531.1	1912007	1915807	R	Function: Sla1p of S. cerevisiae is essential for the proper formation of the cortical actin cytoskeleton.; Function: Sla1p of S. cerevisiae is involved in cellular morphogenesis and polarization of the cortical cytoskeleton.; Similarity: the N-terminus contains three SH3 domains similar to those found in signal transduction proteins that function at the membrane/cytoskeleton interface.; Title: strong similarity to cytoskeleton assembly control protein Sla1 - Saccharomyces cerevisiae; cytoskeleton; See PMID 8335689; uncharacterized protein	complement(join(1912007..1912032,1912091..1913941,1914000..1914030,1914096..1915082,1915140..1915421,1915610..1915807))	Aspergillus niger	4989237
An16g08470	CDS	An16g08470	NT_166531.1	1916820	1918558	R	Function: OS-9 of H. sapiens is coamplified with the CDK4 gene in human sarcomas.; Title: similarity to hypothetical cell growth regulator OS-9 - Homo sapiens; See PMID 9562620; uncharacterized protein	complement(join(1916820..1916858,1917010..1918383,1918442..1918558))	Aspergillus niger	4989238
An16g08480	CDS	An16g08480	NT_166531.1	1919684	1920592	D	Function: pirin of H. sapiens interacts with the nuclear factor I/CCAAT box transcription factor (NFI/CTF1),which stimulates RNA polymerase II-driven transcription.; Localization: pirin of H. sapiens was found to be localized within dot-like subnuclear structures.; Title: strong similarity to cofactor of NFI/CTF1 transcription activator pirin - Homo sapiens; nucleus; See PMID 9079676; uncharacterized protein	1919684..1920592	Aspergillus niger	4989239
An16g08490	CDS	An16g08490	NT_166531.1	1921052	1923499	R	Function: PMT4 of S. cerevisiae transfers a mannosyl residue from dolichyl phosphate-D-mannose to seryl and threonyl residues in proteins.; Pathway: PMT4 of S. cerevisiae is involved in the O-glycosylation of proteins in the endoplasmatic reticulum.; Title: strong similarity to dolichyl-phosphate-D-mannose--protein O-mannosyltransferase Pmt4 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8585318; uncharacterized protein	complement(join(1921052..1921494,1921558..1923202,1923272..1923499))	Aspergillus niger	4989240
An16g08500	CDS	An16g08500	NT_166531.1	1924139	1925254	R	Title: weak similarity to hypothetical protein CG1703 - Drosophila melanogaster; uncharacterized protein	complement(1924139..1925254)	Aspergillus niger	4989241
An16g08510	CDS	An16g08510	NT_166531.1	1926786	1928446	D	Function: Tna1p of S. cerevisiae is involved in the uptake of nicotinic acid.; Remark: the systematic gene name of TNA1 of S. cerevisiae is YGR260w.; Similarity: belongs to the major facilitator superfamily (MFS).; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	join(1926786..1927760,1927817..1928181,1928269..1928368,1928423..1928446)	Aspergillus niger	4989242
An16g08520	CDS	An16g08520	NT_166531.1	1928985	1931052	R	Function: Pth11p of M. grisea functions at the cell cortex as an upstream effector of appressorium differentiation in response to host surface recognition.; Pathway: Pth11p of M. grisea is involved in pathogenicity signaling.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(1928985..1929050,1929087..1929096,1929189..1929599,1929720..1930099,1930151..1930227,1930291..1930327,1930381..1930593,1930693..1930754,1930821..1931052))	Aspergillus niger	4989243
An16g08530	CDS	An16g08530	NT_166531.1	1931253	1932831	D	Function: omtB of A. parasiticus converts demethylsterigmatocystin to sterigmatocystin.; Pathway: omtB of A. parasiticus is involved in the aflatoxin biosynthesis pathway.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Title: strong similarity to O-methyltransferase B omtB - Aspergillus parasiticus; See PMID 10806361; uncharacterized protein	join(1931253..1931411,1931472..1931604,1931813..1931936,1931992..1932443,1932512..1932831)	Aspergillus niger	4989244
An16g08540	CDS	An16g08540	NT_166531.1	1933480	1935693	R	Complex: cytoplasmic dynein is a multisubunit complex consisting of several small, intermediate and large subunits.; Function: cytoplasmic dynein is a microtubule-based motor protein, which mediates movement of numerous intracellular organelles.; Title: strong similarity to cytoplasmic dynein intermediate chain 1 DNCI1 - Homo sapiens; cytoskeleton; See PMID 10049579; uncharacterized protein	complement(join(1933480..1933502,1933546..1933905,1933945..1934638,1934696..1935205,1935245..1935475,1935559..1935693))	Aspergillus niger	4989245
An16g08550	CDS	An16g08550	NT_166531.1	1936061	1936543	D	Complex: Tim11p of S. cerevisiae is part of the F0 complex of the proton-transporting mitochondrial ATP synthase.; Function: Tim11p of S. cerevisiae is essential for ATP synthase dimerization, which is thought to enhance the stability and efficiency of ATP synthase complexes.; Localization: F0 of ATP synthase is located in the inner mitochondrial membrane.; Remark: the systematic name of TIM11 of S. cerevisiae is YDR322c-a.; Similarity: matches several A. niger ESTs including the patent database entry PATENTDNA:AAF11558.; Title: strong similarity to ATP synthase coupling factor (F0) subunit e Tim11 - Saccharomyces cerevisiae; See PMID 9271204; See PMID 9857174; uncharacterized protein	join(1936061..1936084,1936167..1936350,1936473..1936543)	Aspergillus niger	4989246
An16g08560	CDS	An16g08560	NT_166531.1	1937046	1937828	R	Function: COP9 of A. thaliana is involved in the control of a light-mediated developmental switch.; Similarity: COP9 of H. sapiens is homologous to COP9 of A. thaliana.; Similarity: shows homology to a protein of patent database entry PATENTPROT:AAW68581.; Title: similarity to COP9 protein homolog from patent US5831059-A - Homo sapiens; uncharacterized protein	complement(join(1937046..1937320,1937390..1937571,1937632..1937828))	Aspergillus niger	4989247
An16g08570	CDS	An16g08570	NT_166531.1	1938242	1940818	D	Complex: STT3 of S. cerevisiae is thought to participate in the OTase complex in substechiometric amounts or to be required for OTase assembly.; Function: stt3 of S. pombe is essential for OTase activity.; Localization: STT3 of S. cerevisiae is an integral membrane protein of the endoplasmatic reticulum.; Pathway: OTase of S. pombe facilitates the transfer of the core oligonucleotide from dolichyl-PP to Asn-protein (N-linked glycosylation).; Similarity: stt3 of S. pombe is homologous to STT3 of S. cerevisiae.; Title: strong similarity to translation initiation factor 3 47 kDa subunit stt3p - Schizosaccharomyces pombe; endoplasmatic reticulum; See PMID 10234787; See PMID 7588624; uncharacterized protein	join(1938242..1938371,1938435..1938458,1938582..1938662,1938723..1939316,1939368..1940493,1940548..1940818)	Aspergillus niger	4989248
An16g08580	CDS	An16g08580	NT_166531.1	1941385	1941901	R	Similarity: shows homology to an EST of patent database entry PATENTDNA:AAF13645.; Title: similarity to EST SEQ ID NO:6168 from patent WO200056762-A2 - Aspergillus oryzae; uncharacterized protein	complement(join(1941385..1941464,1941602..1941726,1941888..1941901))	Aspergillus niger	4989249
An16g08590	CDS	An16g08590	NT_166531.1	1942519	1943839	R	hypothetical protein	complement(join(1942519..1942814,1942873..1942931,1943007..1943329,1943433..1943537,1943596..1943661,1943786..1943839))	Aspergillus niger	4989250
An16g08600	CDS	An16g08600	NT_166531.1	1943902	1944356	R	hypothetical protein	complement(join(1943902..1944079,1944121..1944356))	Aspergillus niger	84593531
An16g08610	CDS	An16g08610	NT_166531.1	1944738	1946117	D	Function: TRI101 of F. sporotrichioides converts isotrichodermol to isotrichodermin.; Pathway: TRI101 of F. sporotrichioides acts in the trichothecene biosynthesis pathway as well as in self-protection from the trichothecene toxins.; Title: similarity to trichothecene 3-O-acetyltransferase TRI101 - Fusarium sporotrichioides; See PMID 10583973; uncharacterized protein	1944738..1946117	Aspergillus niger	4989252
An16g08620	CDS	An16g08620	NT_166531.1	1946971	1949806	D	Function: PTA1 of S. cerevisiae is involved in pre-tRNA splicing.; Title: strong similarity to pre-tRNA processing protein Pta1 - Saccharomyces cerevisiae; See PMID 1508188; uncharacterized protein	join(1946971..1947308,1947436..1947601,1947656..1947786,1947849..1948052,1948106..1948454,1948506..1949326,1949392..1949806)	Aspergillus niger	4989253
An16g08630	CDS	An16g08630	NT_166531.1	1950897	1953160	R	Function: Dep1p of S. cerevisiae is involved in the regulation of the expression of the phospholipid biosynthesis structural genes INO1, CHO1 and OPI3 in response to soluble lipid precursors.; Phenotype: dep1 mutants of S. cerevisiae display pleiotropic deficiencies in transcriptional activation and repression.; Title: similarity to regulator of phospholipid metabolism Dep1 - Saccharomyces cerevisiae; See PMID 8056324; uncharacterized protein	complement(join(1950897..1951547,1951612..1952098,1952158..1952224,1952284..1953160))	Aspergillus niger	4989254
An16g08640	CDS	An16g08640	NT_166531.1	1954646	1956280	D	Function: motif similarities suggest involvment in RNA processing activities.; Title: strong similarity to hypothetical RNA-binding protein SPAC16E8.06c - Schizosaccharomyces pombe; uncharacterized protein	join(1954646..1954729,1954799..1956280)	Aspergillus niger	4989255
An16g08650	CDS	An16g08650	NT_166531.1	1957000	1957983	D	Remark: a splice site was detected upstream of the START codon.; hypothetical protein	join(1957000..1957356,1957462..1957983)	Aspergillus niger	4989256
An16g08660	CDS	An16g08660	NT_166531.1	1958136	1958928	R	hypothetical protein	complement(join(1958136..1958364,1958416..1958743,1958841..1958928))	Aspergillus niger	84593532
An16g08670	CDS	An16g08670	NT_166531.1	1959046	1960544	D	Similarity: also shows similarity to an A. oryzae EST from patent WO200056762-A2 (PATENTDNA:AAF13997).; Title: strong similarity to hypothetical protein AAL92654.1 - Dictyostelium discoideum; uncharacterized protein	join(1959046..1959224,1959315..1959552,1959618..1960367,1960410..1960544)	Aspergillus niger	4989258
An16g08680	CDS	An16g08680	NT_166531.1	1960886	1961449	D	Title: similarity to hypothetical protein CC3654 -Caulobacter crescentus; uncharacterized protein	1960886..1961449	Aspergillus niger	4989259
An16g08690	CDS	An16g08690	NT_166531.1	1961768	1964482	R	hypothetical protein	complement(1961768..1964482)	Aspergillus niger	84593533
An16g08700	CDS	An16g08700	NT_166531.1	1966272	1968412	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to cylicin II - Bos taurus; uncharacterized protein	complement(join(1966272..1966481,1966544..1968412))	Aspergillus niger	4989261
An16g08710	CDS	An16g08710	NT_166531.1	1968905	1969923	D	Complex: S. cerevisiae Rpc25 is one of about 15 different subunits of the RNA polymerase III.; Remark: S. cerevisiae Rpc25 (C25), like Rpb7 (RNA PolII), is present in submolar ratios, easily dissociates from the enzyme, is essential for cell growth and viability, but is not required in certain transcription assays in vitro.; Remark: alternate names for S. cerevisiae Rpc25: YKL144c, C25, YKL1.; Similarity: S. cerevisiae Rpc25 is related to the S. cerevisiae RNA polymerase II subunit, Rpb7.; Title: strong similarity to 25 kD subunit of DNA-directed RNA Polymerase III Rpc25 - Saccharomyces cerevisiae; nucleus; See PMID 8065349; uncharacterized protein	join(1968905..1968916,1969003..1969101,1969204..1969300,1969364..1969450,1969509..1969572,1969629..1969806,1969879..1969923)	Aspergillus niger	4989262
An16g08720	CDS	An16g08720	NT_166531.1	1970929	1972359	D	Catalytic activity: L-cystathionine + H(2)O <=> L-cysteine + NH(3) + 2-oxobutanoate.; Cofactor: Pyridoxal-phosphate.; Pathway: the cystathionine gamma-lyase MecB from A. chrysogenum is involved in cysteine metabolism.; Title: strong similarity to cystathionine-gamma-lyase mecB - Acremonium chrysogenum; See PMID 11254121; uncharacterized protein	join(1970929..1971045,1971115..1971200,1971268..1971715,1971781..1972359)	Aspergillus niger	4989263
An16g08730	CDS	An16g08730	NT_166531.1	1973024	1974303	D	Similarity: the ORF encoded protein shows also significant similarity to the Arabidopsis thaliana protein fragment SEQ ID NO: 49688 from patent EP1033405-A2, but its function is not decribed.; Title: strong similarity to hypothetical protein YIL110w - Saccharomyces cerevisiae; uncharacterized protein	join(1973024..1973182,1973287..1973595,1973659..1974303)	Aspergillus niger	4989264
An16g08740	CDS	An16g08740	NT_166531.1	1974706	1975455	R	Catalytic activity: NADH + ubiquinone <=> NAD(+) + ubiquinol.; Complex: N. crassa Nuo-17. 8 is part of the complex I of the respiratory chain. Complex I is composed of about 40 different subunits.; Function: Complex I is responsible for the transfer of electrons from NADH to the respiratory chain. The immediate electron acceptor for the enzyme is ubiquinone.; Remark: the EC number from the database entry was corrected to EC 1. 6. 5. 3, as it is a component of the mitochondrial respiratory chain (transfer of electrons to ubiquinone).; Title: strong similarity to 17.8 kD subunit of NADH:ubiquinone reductase Nuo-17.8 - Neurospora crassa; localisation:mitochondrion; See PMID 8343129; uncharacterized protein	complement(join(1974706..1974862,1974942..1975186,1975339..1975455))	Aspergillus niger	4989265
An16g08750	CDS	An16g08750	NT_166531.1	1976230	1976882	R	hypothetical protein	complement(join(1976230..1976510,1976843..1976882))	Aspergillus niger	84593534
An16g08760	CDS	An16g08760	NT_166531.1	1977193	1981462	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: similarity to zinc metalloprotease ZmpB from patent WO9964610-A1 - Streptococcus pneumoniae; uncharacterized protein	join(1977193..1980236,1980574..1981462)	Aspergillus niger	4989267
An16g08770	CDS	An16g08770	NT_166531.1	1983550	1983933	R	Title: weak similarity to hypothetical protein At2g40070 - Arabidopsis thaliana; uncharacterized protein	complement(join(1983550..1983647,1983735..1983810,1983886..1983933))	Aspergillus niger	84593535
An16g08780	CDS	An16g08780	NT_166531.1	1984778	1988413	D	Similarity: the ORF encoded protein shows significant domain similarity to many zinc finger and putative zinc finger transcription factors.; Title: similarity to zinc-finger transcription factor Cre1 - Trichoderma harzianum; nucleus; See PMID 8709949; uncharacterized protein	join(1984778..1984931,1985013..1988413)	Aspergillus niger	4989269
An16g08790	CDS	An16g08790	NT_166531.1	1990858	1991992	R	hypothetical protein	complement(join(1990858..1990990,1991109..1991203,1991391..1991534,1991942..1991992))	Aspergillus niger	84593536
An16g08800	CDS	An16g08800	NT_166531.1	1992608	1995500	D	Remark: Trichoderma reesei=Hypocrea jecorina.; Similarity: the ORF encoded protein shows significant domain similarity to many zinc finger and putative zinc finger transcription factors.; Title: similarity to zinc-finger transcription factor AceI - Trichoderma reesei; nucleus; See PMID 10681571; uncharacterized protein	join(1992608..1992613,1992732..1993471,1993533..1993796,1993860..1994555,1994621..1995500)	Aspergillus niger	4989271
An16g08810	CDS	An16g08810	NT_166531.1	1995832	1996292	R	Title: weak similarity to hypothetical membrane protein YPL099c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1995832..1995887,1995970..1996096,1996170..1996292))	Aspergillus niger	4989272
An16g08820	CDS	An16g08820	NT_166531.1	1997798	2002858	D	Remark: alternate name for S. cerevisiae Yta7: YGR270w.; Similarity: S. cerevisiae Yta7 belongs to the AAA family of ATPases.; Title: strong similarity to hypothetical AAA-type ATPase Yta7 - Saccharomyces cerevisiae; uncharacterized protein	join(1997798..1999907,1999965..2002858)	Aspergillus niger	4989273
An16g08830	CDS	An16g08830	NT_166531.1	2003425	2004377	D	Complex: Sec71 from S. cerevisiae forms a complex together with Sec61, Sec62, Sec63, Sec72, and Kar2.; Function: Sec71 from S. cerevisiae interacts with the signal peptide of a secretory precursor and transfers it to the translocation pore.; Function: Sec71 from S. cerevisiae is essential for growth at elevated temperatures.; Function: Sec71 from S. cerevisiae is required to attach or retain Sec72 in the Sec63 complex.; Function: Sec71 from S. cerevisiae plays a direct role in the translocation of some presecretory proteins into the endoplasmic reticulum.; Remark: synonyms for Sec71 from S. cerevisiae are Sec66, Hss1 and YBR171w.; Title: strong similarity to component of ER protein-translocation subcomplex Sec71 from patent WO9949028-A1 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8253836; See PMID 8257794; See PMID 8257795; uncharacterized protein	join(2003425..2003524,2003593..2003915,2003988..2004377)	Aspergillus niger	4989274
An16g08840	CDS	An16g08840	NT_166531.1	2004824	2007397	R	Title: strong similarity to hypothetical protein CAE76483.1 - Neurospora crassa; uncharacterized protein	complement(2004824..2007397)	Aspergillus niger	4989275
An16g08850	CDS	An16g08850	NT_166531.1	2007693	2010161	D	Complex: p81 from X. laevis is a component of the Xenopus origin recognition complex.; Phenotype: Immunodepletion of p81 from Xenopus egg extracts completely abolishes chromosomal DNA replication.; Title: strong similarity to origin recognition complex associated protein p81 - Xenopus laevis; nucleus; See PMID 9733795; uncharacterized protein	join(2007693..2007806,2008004..2008018,2008077..2008150,2008204..2008438,2008493..2008632,2008679..2008952,2009003..2009124,2009174..2010161)	Aspergillus niger	4989276
An16g08860	CDS	An16g08860	NT_166531.1	2011712	2014535	D	Phenotype: S. cerevisiae spores harbouring disruptions in Nop14 germinated but underwent only a few divisions before ceasing growth, suggesting that Nop14 is essential for vegetative growth.; Remark: the synonym for Nop14 from S. cerevisiae is YDL148c.; Title: strong similarity to nuclear and nucleolar protein Nop14 - Saccharomyces cerevisiae; nucleus; See PMID 10487930; uncharacterized protein	join(2011712..2011999,2012060..2012274,2012365..2013224,2013256..2014535)	Aspergillus niger	4989277
An16g08870	CDS	An16g08870	NT_166531.1	2014933	2016671	R	Catalytic activity: Triacylglycerol + H(2)O <=> diacylglycerol + a fatty acid anion.; Remark: Galactomyces geotrichum = Geotrichum candidum.; Remark: lipI from G. candidum belongs to the hydrolases acting on ester bonds.; Title: strong similarity to triacylglycerol lipase lipI - Geotrichum candidum; See PMID 2340308; See PMID 7737187; uncharacterized protein	complement(join(2014933..2015976,2016029..2016376,2016447..2016671))	Aspergillus niger	4989278
An16g08880	CDS	An16g08880	NT_166531.1	2017627	2018832	D	Similarity: the similarities to lower scored matches are based on repetetive structures.; Title: similarity to hypothetical protein T04H1.5 -Caenorhabditis elegans; uncharacterized protein	join(2017627..2017776,2017846..2018832)	Aspergillus niger	4989279
An16g08890	CDS	An16g08890	NT_166531.1	2019298	2020059	R	Function: Hydroxyproline-rich glycoproteins are the predominant components of the cell wall of the green alga Chlamydomonas reinhardtii.; Similarity: the similarities are based on repetetive structures.; Title: similarity to gamete-specific hydroxyproline-rich glycoprotein A2 - Chlamydomonas reinhardtii; See PMID 11258910; uncharacterized protein	complement(2019298..2020059)	Aspergillus niger	4989280
An16g08900	CDS	An16g08900	NT_166531.1	2020844	2021733	D	Title: weak similarity to atrophin-1 related protein from patent WO9921983-A1 - Homo sapiens; uncharacterized protein	join(2020844..2021086,2021126..2021264,2021311..2021400,2021549..2021733)	Aspergillus niger	84593537
An16g08910	CDS	An16g08910	NT_166531.1	2021929	2023206	R	Function: Srp40 from S. cerevisiae genetically interacts with four mutants affected in stable RNA synthesis and one mutant blocked in protein translocation to the endoplasmic reticulum.; Function: Srp40 from S. cerevisiae is phosphorylated by casein kinase II.; Localization: Srp40 from S. cerevisiae localizes in the nucleolus.; Phenotype: Growth defects, but no translocation or rRNA transcription/maturation phenotypes, were observed upon inactivation or strong overexpression ofSrp40 from S. cerevisiae .; Remark: the systematic name for Srp40 from S. cerevisiae is YKR092C.; Similarity: the similarities are based on repetetive structures.; Title: similarity to nucleolar protein Srp40 -Saccharomyces cerevisiae; See PMID 8702624; See PMID 9364927; uncharacterized protein	complement(2021929..2023206)	Aspergillus niger	4989282
An16g08920	CDS	An16g08920	NT_166531.1	2025910	2027573	D	Remark: strong evidence for a role of neurofilament phosphorylation in the establishment of neurofilament density and axonal caliber.; Remark: synonyms for NEFH from H. sapiens are NF-H,neurofilament triplet H protein and neurofilament protein.; Remark: the human NEFH subunit can get phosphorylated in axons.; Similarity: the human NEFH contains a KSP motif,named after a conserved Lys-Ser-Pro phosphorylation motif.; Title: similarity to neurofilament triplet H protein NEFH - Homo sapiens; cytoskeleton; See PMID 3138108; uncharacterized protein	join(2025910..2027246,2027396..2027465,2027556..2027573)	Aspergillus niger	4989283
An16g08930	CDS	An16g08930	NT_166531.1	2027709	2029182	R	hypothetical protein	complement(join(2027709..2027884,2027956..2028147,2028244..2028328,2028525..2028642,2028995..2029182))	Aspergillus niger	84593538
An16g08940	CDS	An16g08940	NT_166531.1	2030768	2032422	D	Remark: a splice site was detected upstream of the START codon.; Remark: the matching coding sequence was isolated by carrying out RT-PCR on mRNA obtained from A. thaliana.; Title: strong similarity to protein fragment SEQ ID NO:26152 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(2030768..2031074,2031163..2031219,2031284..2032422)	Aspergillus niger	4989285
An16g08950	CDS	An16g08950	NT_166531.1	2033021	2035294	D	Remark: plays a crucial role in the association of the barbed ends of actin filaments with the plasma membrane in the cell-to-cell adherens junction and the cleavage furrow.; Title: similarity to radixin - Mus musculus; See PMID 195545; See PMID 1429901; uncharacterized protein	2033021..2035294	Aspergillus niger	4989286
An16g08960	CDS	An16g08960	NT_166531.1	2035855	2039606	D	hypothetical protein	join(2035855..2035894,2036082..2036175,2036233..2036307,2036940..2037091,2037173..2037322,2037432..2037608,2037702..2037786,2037859..2037977,2038088..2038172,2038293..2038409,2038522..2038629,2038714..2038804,2039013..2039222,2039304..2039606)	Aspergillus niger	84593539
An16g08980	CDS	An16g08980	NT_166531.1	2043639	2046447	D	Remark: contains a Zn(2)-Cys(6), fungal-type binuclear cluster domain.; Title: strong similarity to cutinase transcription factor beta CTF1b - Fusarium solani; See PMID 9139694; uncharacterized protein	join(2043639..2043892,2043979..2044169,2044268..2046447)	Aspergillus niger	4989288
An16g08990	CDS	An16g08990	NT_166531.1	2046957	2047661	R	hypothetical protein	complement(join(2046957..2047091,2047236..2047284,2047384..2047460,2047578..2047661))	Aspergillus niger	84593540
An16g09000	CDS	An16g09000	NT_166531.1	2047940	2048279	R	hypothetical protein	complement(join(2047940..2048068,2048169..2048279))	Aspergillus niger	84593541
An16g09010	CDS	An16g09010	NT_166531.1	2048356	2050543	D	Remark: a putative sequencing error results in a frameshift.; Title: strong similarity to carboxypeptidase I protein from patent WO9814599-A1 - Aspergillus oryzae [putative frameshift]; putative frameshift; See PMID 8224168; uncharacterized protein	join(2048356..2048704,2048770..2048874,2048936..2049052,2049109..2049232,2049280..2049295,2049343..2049459,2049525..2049579,2049634..2049787,2049856..2049914,2049977..>2050543)	Aspergillus niger	4989291
An16g09020	CDS	An16g09020	NT_166531.1	2050995	2052725	R	Title: strong similarity to hypothetical protein SPAC922.05c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2050995..2051223,2051293..2051388,2051467..2052074,2052132..2052725))	Aspergillus niger	4989292
An16g09030	CDS	An16g09030	NT_166531.1	2053301	2055470	D	hypothetical protein	join(2053301..2053421,2053504..2053569,2053667..2053891,2053978..2054105,2054210..2054407,2054499..2054547,2054719..2054783,2054874..2054974,2055182..2055344,2055441..2055470)	Aspergillus niger	84593542
An16g09040	CDS	An16g09040	NT_166531.1	2056105	2057469	D	Catalytic activity: N-acetyl-D-glucosamine 6-phosphate + H(2)O = D-glucosamine 6-phosphate + acetate.; Pathway: N-acetyl glucosamine utilization.; Title: strong similarity to N-acetylglucosamine-6-phosphate deacetylase CaNAG2 -Candida albicans; See PMID 11298769; uncharacterized protein	join(2056105..2056479,2056570..2057469)	Aspergillus niger	4989294
An16g09050	CDS	An16g09050	NT_166531.1	2058333	2060064	R	Catalytic activity: alcohol + acceptor = aldehyde + reduced acceptor.; Cofactor: FAD.; Function: converts aliphatic medium-chain-length alcohols into aldehydes.; Remark: belongs to the GMC oxidoreductases family.; Title: strong similarity to alcohol dehydrogenase alkJ - Pseudomonas oleovorans; See PMID 1453953; uncharacterized protein	complement(join(2058333..2059714,2059818..2060064))	Aspergillus niger	4989295
An16g09060	CDS	An16g09060	NT_166531.1	2061713	2063317	D	Catalytic activity: betaine aldehyde + NAD(+) + H(2)O = betaine + NADH.; Complex: homotetramer.; Function: enzyme catalyzes the last step in the biosynthesis of betaine.; Pathway: betaine biosynthesis.; Remark: betaine is a protective osmolyte induced to accumulate by osmotic stress.; Title: strong similarity to betaine-aldehyde dehydrogenase betB - Escherichia coli; uncharacterized protein	join(2061713..2062194,2062303..2063317)	Aspergillus niger	4989296
An16g09070	CDS	An16g09070	NT_166531.1	2063900	2065212	R	Catalytic activity: D-glucosamine 6-phosphate + H(2)O = D-fructose 6-phosphate + NH(3).; Complex: homohexamer.; Function: Isomerization of the aldose-ketose type converts the -CH(-NH2)-CH=O group of glucosamine 6-phosphate into -C(=NH)-CH2-OH, forming 2-deoxy-2-imino-D-arabino-hexitol, which then hydrolyses to yield fructose 6-phosphate and ammonia.; Induction: N-acetyl-D-glucosamine 6-phosphate, which is not broken down, activates the enzyme.; Pathway: N-acetyl glucosamine utilization.; Remark: EC 5. 3. 1. 10 was transferred to EC 3. 5. 99. 6; Title: strong similarity to glucosamine-6-phosphate deaminase from patent WO9835047-A1 - Escherichia coli; See PMID 2190615; See PMID 3284790; See PMID 8747459; See PMID 10378272; See PMID 1734962; uncharacterized protein	complement(join(2063900..2064751,2064831..2064978,2065082..2065147,2065211..2065212))	Aspergillus niger	4989297
An16g09080	CDS	An16g09080	NT_166531.1	2065538	2066524	D	hypothetical protein	join(2065538..2065573,2065656..2065812,2065927..2066011,2066350..2066524)	Aspergillus niger	84593543
An16g09090	CDS	An16g09090	NT_166531.1	2066739	2070677	D	Title: strong similarity to beta-N-acetylglucosaminidase nagA - Streptomyces thermoviolaceus; See PMID 9687451; uncharacterized protein	join(2066739..2066934,2067064..2067404,2067565..2067724,2067986..2070498,2070564..2070677)	Aspergillus niger	4989299
An16g09100	CDS	An16g09100	NT_166531.1	2071045	2072379	D	Title: strong similarity to EST SEQ ID NO:4175 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(2071045..2071157,2071384..2071447,2071532..2071672,2072269..2072379)	Aspergillus niger	84593544
An16g09110	CDS	An16g09110	NT_166531.1	2072569	2073081	R	hypothetical protein	complement(join(2072569..2072643,2072731..2072962,2073038..2073081))	Aspergillus niger	84593545
An16g09120	CDS	An16g09120	NT_166531.1	2073714	2074592	R	hypothetical protein	complement(join(2073714..2073844,2073942..2074017,2074073..2074361,2074531..2074592))	Aspergillus niger	84593546
An16g09130	CDS	An16g09130	NT_166531.1	2077735	2079554	D	Function: the acid phosphatase activity encoded by the A. nidulans gene was demonstrated by cytochemistry.; Similarity: the predicted ORF is much more similar to Penicillium chrysogenum PHOG, that is a putative acid phosphatase based on the similarity to the A. nidulans gene.; Title: strong similarity to 35.6K acid phosphatase -Aspergillus nidulans; See PMID 7628710; See PMID 7916713; uncharacterized protein	join(2077735..2077880,2077940..2079554)	Aspergillus niger	4989303
An16g09140	CDS	An16g09140	NT_166531.1	2080476	2085151	R	Complex: CFT1 of S. cerevisiae is a subunit of the cleavage factor II (CFII), a complex required for cleavage of the 3' end of pre-mRNA before polyadenylation.; Function: in mammals CPSF-160 is precisely involved in the recognition of the AAUAAA signal sequence for polyadenilation.; Remark: CFT1 of S. cerevisiae is also known as YHH1 or YDR301W.; Similarity: CFT1 of S. cerevisiae and the predicted protein are similar to the 160kDa subunit of mammalian cleavage and polyadenilation specificity factor CPSF-160.; Title: strong similarity to pre-mRNA 3-end processing factor CF II Cft1 - Saccharomyces cerevisiae; nucleus; See PMID 8929410; See PMID 9099738; See PMID 9303317; See PMID 10523662; uncharacterized protein	complement(join(2080476..2080957,2081011..2081158,2081228..2081740,2081773..2081816,2081864..2082062,2082172..2082474,2082549..2082716,2082809..2083122,2083171..2085151))	Aspergillus niger	4989304
An16g09150	CDS	An16g09150	NT_166531.1	2085735	2087620	D	Similarity: the predicted ORF shows strong similarity to some conceptual translations of human cDNAs; BM-021 was cloned from bone marrow RNA preparations.; Title: strong similarity to hypothetical protein BM-021 - Homo sapiens; uncharacterized protein	join(2085735..2086284,2086378..2087376,2087439..2087620)	Aspergillus niger	4989305
An16g09160	CDS	An16g09160	NT_166531.1	2087843	2088435	R	Similarity: another A. niger EST, namely EMBLEST:BE760254, confirms the expression of the predicted ORF.; Title: strong similarity to EST AN05D03 -Aspergillus niger; uncharacterized protein	complement(join(2087843..2087907,2087972..2088036,2088091..2088149,2088202..2088435))	Aspergillus niger	4989306
An16g09170	CDS	An16g09170	NT_166531.1	2089020	2091137	D	hypothetical protein	join(2089020..2089049,2089135..2089161,2089463..2090111,2090200..2091137)	Aspergillus niger	4989307
An16g09180	CDS	An16g09180	NT_166531.1	2091906	2093478	D	Remark: There are two systems for zinc uptake in S. cerevisiae, one high-affinity and one lower-affinity.; Remark: ZRT2 of S. cerevisiae is also called YLR130C.; Similarity: ZRT2 and the high-affinity zinc transporter ZRT1 of S. cerevisiae are similar to each other, and are members of the ZIP family of heavy metal ion transporters.; Title: strong similarity to low affinity zinc transport protein Zrt2 - Saccharomyces cerevisiae; See PMID 8798516; See PMID 9271382; See PMID 9784581; See PMID 10748254; See PMID 10856230; uncharacterized protein	join(2091906..2091951,2092084..2092272,2092334..2093478)	Aspergillus niger	4989308
An16g09190	CDS	An16g09190	NT_166531.1	2094057	2095552	R	Catalytic activity: ERG10 of S. cerevisiae encodes acetyl-CoA C-acetyltransferase (also called acetoacetyl-CoA thiolase), a cytosolic enzyme that transfers an acetyl group from one acetyl-CoA molecule to another, forming acetoacetyl-CoA.; Pathway: the formation of acetoacetyl-CoA is the first step in the biosynthesis of mevalonate, which is required in turn for the biosynthesis of sterols and nonsterol isoprenoids.; Title: strong similarity to cytosolic acetyl-CoA C-acetyltransferase Erg10 - Saccharomyces cerevisiae; cytoplasm; See PMID 2900076; See PMID 7989303; See PMID 8754796; uncharacterized protein	complement(join(2094057..2094575,2094657..2095146,2095218..2095293,2095358..2095407,2095488..2095552))	Aspergillus niger	4989309
An16g09200	CDS	An16g09200	NT_166531.1	2095990	2099218	D	Similarity: although many of the BLASTP homologues to the predicted protein are annotated as translation elongation factor 2, this functional description is questionable, as it is normally based on sequence similarity.; Similarity: the best experimentally studied homologue is M. musculus U5-116kD, which indeed shows strong similarity to elongation factor 2, but is involved in pre-mRNA splicing and localizes in the nucleus, instead of being involved in protein synthesis and being located in the cytoplasm.; Title: strong similarity to U5 snRNP-specific protein U5-116kD - Mus musculus; nucleus; See PMID 9233818; uncharacterized protein	join(2095990..2096009,2096083..2096245,2096306..2098532,2098656..2099218)	Aspergillus niger	4989310
An16g09210	CDS	An16g09210	NT_166531.1	2099405	2100063	R	Phenotype: null mutation of YHR122w in S. cerevisiae is lethal.; Title: strong similarity to hypothetical protein YHR122w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2099405..2099778,2099850..2100063))	Aspergillus niger	4989311
An16g09220	CDS	An16g09220	NT_166531.1	2100523	2101598	D	Title: questionable ORF; uncharacterized protein	join(2100523..2100553,2100652..2100675,2100873..2100939,2101306..2101371,2101490..2101598)	Aspergillus niger	84593547
An16g09230	CDS	An16g09230	NT_166531.1	2103209	2106264	D	Function: the N. crassa nit-4 protein pathway-specific regulatory gene of nitrate assimilation. It activates the transcription of the genes for nitrate and nitrite reductases.; Similarity: in the predicted protein the fungal Zn(2)-Cys(6) binuclear cluster motif is not very conserved.; Similarity: the nit-4 protein from N. crassa is a fungal Zn(2)-Cys(6) binuclear type transcription factor.; Title: similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; See PMID 1840634; See PMID 7592372; uncharacterized protein	join(2103209..2103263,2103384..2103393,2103478..2103977,2104038..2104379,2104448..2104729,2104777..2105330,2105368..2105840,2105946..2106264)	Aspergillus niger	4989313
An16g09240	CDS	An16g09240	NT_166531.1	2107495	2108724	D	hypothetical protein	join(2107495..2107618,2107778..2108724)	Aspergillus niger	4989314
An16g09250	CDS	An16g09250	NT_166531.1	2108934	2109856	R	Function: RRF of T. thermophilus and other bacteria is required for decomposition of the post-termination complex of the ribosome after release of polypeptides.; Similarity: many eukaryotic proteins showing significant similarity to bacterial RRF were identified; some of them localize in subcellular compartments like mitochondria or chloroplasts; their function is still largely unclear.; Title: similarity to ribosome recycling factor RRF -Thermus thermophilus; See PMID 9258437; See PMID 10214965; uncharacterized protein	complement(join(2108934..2109281,2109383..2109856))	Aspergillus niger	4989315
An16g09255	CDS	An16g09255	NT_166531.1	2110200	2110382	R	hypothetical protein	complement(2110200..2110382)	Aspergillus niger	84593548
An16g09260	CDS	An16g09260	NT_166531.1	2110566	2112749	R	Complex: SSB2 of S. cerevisiae binds to ribosomes and nascent polypeptide chains.; Function: SSB2 of S. cerevisiae may aid in the passage of the nascent polypeptide chain through the ribosome channel into the cytosol.; Similarity: SSB2 of S. cerevisiae is almost identical to SSB1 of the same organism, probably indicating overlapping functions.; Similarity: the predicted protein is almost identical to hscA of A. nidulans, a putative protein belonging to the heat shock protein 70 family.; Title: strong similarity to dnaK-type molecular chaperone Ssb2 - Saccharomyces cerevisiae; cytoplasm; See PMID 1833403; See PMID 2651414; See PMID 8336673; See PMID 1394434; See PMID 1644272; uncharacterized protein	complement(join(2110566..2110834,2110885..2111365,2111425..2112132,2112205..2112370,2112418..2112544,2112601..2112651,2112707..2112749))	Aspergillus niger	4989317
An16g09270	CDS	An16g09270	NT_166531.1	2113919	2114428	D	Complex: CKS1 of S. cerevisiae is a protein that associates with the cyclin-dependent kinase CDC28 and is involved in cell cycle control.; Function: phosphorylation of SIC1 by G1-Cdk complexes is required for SIC1 degradation and entry into S phase.; Similarity: the ORF was modeled according to A. niger EST SEQ ID NO:3874 of patent WO200056762-A2, which comprises all the exons and the 5'- and 3'-UTRs.; Title: strong similarity to cyclin-dependent kinase regulatory subunit Cks1 - Saccharomyces cerevisiae; See PMID 2227411; See PMID 2664468; See PMID 2699737; See PMID 7958905; See PMID 8491379; uncharacterized protein	join(2113919..2114022,2114080..2114224,2114283..2114341,2114392..2114428)	Aspergillus niger	4989318
An16g09280	CDS	An16g09280	NT_166531.1	2114693	2115547	R	Title: weak similarity to hypothetical protein AAF79893.1 - Arabidopsis thaliana; uncharacterized protein	complement(join(2114693..2114770,2114825..2114872,2114931..2115329,2115386..2115405,2115472..2115547))	Aspergillus niger	4989319
An16g09290	CDS	An16g09290	NT_166531.1	2116019	2118398	R	hypothetical protein	complement(join(2116019..2116069,2116107..2116268,2116325..2116880,2116927..2116996,2117128..2117605,2117938..2118069,2118115..2118223,2118274..2118398))	Aspergillus niger	4989320
An16g09300	CDS	An16g09300	NT_166531.1	2119243	2120638	R	Similarity: the similarity to A. thaliana ReMembR-H2 and other proteins is due to the presence of a RING-finger motif, that is a specialized type of Zn-finger of 40 to 60 residues that binds two atoms of zinc, and is probably involved in mediating protein-protein interactions.; Title: weak similarity to RING finger protein ReMembR-H2 - Arabidopsis thaliana; See PMID 10953001; uncharacterized protein	complement(join(2119243..2120431,2120499..2120638))	Aspergillus niger	4989321
An16g09310	CDS	An16g09310	NT_166531.1	2121261	2122142	D	Catalytic activity: cis-trans isomerization of proline imidic peptide bonds in oligopeptides.; Function: PPIASEs accelerate the folding of proteins.; Regulation: PPIASEs bind Cyclosporin A (CsA); CsA mediates some of its effects via an inhibitory action on PPIASEs.; Similarity: the predicted protein shows strong similarity to several hypothetical and known peptidyl-prolyl cis-trans isomerase (PPIASEs), which bind cyclosporin A, and are therefore also called cyclophilins.; Title: strong similarity to peptidyl-prolyl cis-trans isomerase CYP - Lycopersicon esculentum; See PMID 1702215; uncharacterized protein	join(2121261..2121330,2121545..2121690,2121758..2121895,2121951..2122142)	Aspergillus niger	4989322
An16g09320	CDS	An16g09320	NT_166531.1	2122334	2125543	R	Function: ALA1 of S. cerevisiae converts ATP + L-alanine + tRNA(ALA) to AMP + pyrophosphate + L-alanyl-tRNA(ALA).; Similarity: the gene model is confirmed by several A. niger ESTs.; Title: strong similarity to cytosolic alanine--tRNA ligase Ala1 - Saccharomyces cerevisiae; cytoplasm; See PMID 7761427; See PMID 8896263; See PMID 10601222; uncharacterized protein	complement(join(2122334..2122507,2122576..2124984,2125046..2125081,2125168..2125194,2125245..2125390,2125450..2125543))	Aspergillus niger	4989323
An16g09330	CDS	An16g09330	NT_166531.1	2125959	2127211	D	Similarity: this gene also shows weak similarity to EST an_3407 from Aspergillus niger; Title: weak similarity to hypothetical protein B5K2.180 - Neurospora crassa; uncharacterized protein	join(2125959..2126005,2126085..2126485,2126611..2126699,2126769..2126821,2127193..2127211)	Aspergillus niger	84593549
An17g00010	CDS	An17g00010	NT_166532.1	789	2955	D	Catalytic activity: RCH(2)NH(2) + H(2)O + O(2) <=> RCHO + NH(3) + H(2)O(2).; Induction: AMO of H. polymorpha is induced when primary amines are the sole nitrogen source.; Localization: AMO of H. polymorpha is located in the peroxisomal matrix.; Remark: AMO of H. polymorpha requires copper as a cofactor.; Title: strong similarity to amine oxidase AMO -Hansenula polymorpha; See PMID 2500147; See PMID 8511963; uncharacterized protein	join(789..1242,1298..2548,2606..2955)	Aspergillus niger	4989350
An17g00020	CDS	An17g00020	NT_166532.1	4214	5903	D	hypothetical protein	join(4214..4746,4927..5138,5321..5618,5771..5903)	Aspergillus niger	84593550
An17g00030	CDS	An17g00030	NT_166532.1	6404	7235	D	Function: RAD5 of S. cerevisiae is non-essential and functions in error-free postreplication repair where it is involved in the avoidance of non-homologous end-joining of DNA double strand breaks.; Remark: RAD5 of S. cerevisiae is also known as REV2,SNM2 and YLR032W.; Title: weak similarity to DNA repair protein Rad5 -Saccharomyces cerevisiae; See PMID 9016623; See PMID 1324406; See PMID 1394508; uncharacterized protein	join(6404..6694,6752..6883,6915..7235)	Aspergillus niger	84593551
An17g00040	CDS	An17g00040	NT_166532.1	8186	8827	D	hypothetical protein	join(8186..8287,8441..8827)	Aspergillus niger	84593552
An17g00050	CDS	An17g00050	NT_166532.1	8923	9580	R	hypothetical protein	complement(join(8923..8997,9086..9167,9273..9332,9388..9488,9560..9580))	Aspergillus niger	84593553
An17g00060	CDS	An17g00060	NT_166532.1	10955	12271	D	hypothetical protein	join(10955..11031,11120..11236,11309..11492,11537..11889,11932..12271)	Aspergillus niger	84593554
An17g00070	CDS	An17g00070	NT_166532.1	13437	14349	D	Remark: the predicted ORF contains a relatively long intron.; hypothetical protein	join(13437..13867,14151..14349)	Aspergillus niger	84593555
An17g00090	CDS	An17g00090	NT_166532.1	15549	16421	R	Title: weak similarity to translocation protein Sec72 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(15549..15566,15855..16421))	Aspergillus niger	84593556
An17g00100	CDS	An17g00100	NT_166532.1	17744	18512	R	Function: the transposase in the A. niger Tan1 transposable element excises the Vader element within Tan1.; Similarity: the transposase in the A. niger Tan1 transposable element shows similarity to the F. oxysporum Fot1 and M. frisea Pot2 transposases.; Title: strong similarity to transposase of Tan1 -Aspergillus niger; putative frameshift; See PMID 9003286; See PMID 10547692; uncharacterized protein	complement(join(<17744..17838,17886..18512))	Aspergillus niger	84593557
An17g00120	CDS	An17g00120	NT_166532.1	19014	20825	R	Function: msf1 of B. cinerea acts in the protection against fungicides and is involved in multi-drug resistance development.; Similarity: msf1 of B. cinerea is a member of the major facilitator superfamily.; Title: strong similarity to major facilitator superfamily transporter protein mfs1 - Botrytis cinerea; See PMID 10955904; See PMID 11374155; uncharacterized protein	complement(join(19014..19160,19221..19678,19741..20629,20700..20825))	Aspergillus niger	4989341
An17g00130	CDS	An17g00130	NT_166532.1	21182	23043	D	Function: cercosporin is a photosensitizing perylenequinone toxin and crg1 from C. nicotianae provides direct resistance to its activity.; Title: weak similarity to cercosporin resistance protein crg1 - Cercospora nictotianae; See PMID 10517336; uncharacterized protein	join(21182..21260,21298..21305,21462..22078,22127..22389,22439..23043)	Aspergillus niger	4989361
An17g00140	CDS	An17g00140	NT_166532.1	23686	25616	D	Complex: lovastatin lovB is a heterodimer of a nonaketide chain and a diketide,2-methylbutyrate.; Function: lovastation lovB of A. terreus is an HMG-CoA reductase inhibitor whose nonaketide chain undergoes cyclization to a hexahydronaphthalene ring system.; Remark: the nonaketide and diketide chains are synthesized by separate large multifunctional polyketide synthases.; Similarity: An17g00140 shows similarity only to a middle section of the long (3038 amino acids) lovB sequence from A. terreus.; Title: strong similarity to lovastatin nonaketide synthase lovB - Aspergillus terreus [putative frameshift]; putative frameshift; See PMID 10381407; See PMID 11378962; uncharacterized protein	join(23686..24803,24869..25199,25265..>25616)	Aspergillus niger	84593558
An17g00150	CDS	An17g00150	NT_166532.1	26930	27822	D	Similarity: the ORF encoded protein has similarity only to the C-terminal region of M. grisea gag protein encoded within a transposon.; Title: weak similarity to protein gag - Magnaporthe grisea; uncharacterized protein	join(26930..27059,27102..27260,27281..27822)	Aspergillus niger	4989333
An17g00160	CDS	An17g00160	NT_166532.1	28206	28502	D	Remark: the ORF has a short length (98 amino acids).; hypothetical protein	28206..28502	Aspergillus niger	84593559
An17g00170	CDS	An17g00170	NT_166532.1	28969	30345	R	hypothetical protein	complement(join(28969..29039,29143..29287,29319..29715,29766..30118,30190..30345))	Aspergillus niger	4989353
An17g00180	CDS	An17g00180	NT_166532.1	32553	34139	R	hypothetical protein	complement(32553..34139)	Aspergillus niger	4989336
An17g00190	CDS	An17g00190	NT_166532.1	35338	36167	R	hypothetical protein	complement(join(35338..35502,35603..35673,35801..35956,36056..36167))	Aspergillus niger	84593560
An17g00200	CDS	An17g00200	NT_166532.1	36399	37329	D	Catalytic activity: S-adenosyl-L-methionine + catechol <=> S-adenosyl-L-homocysteine + guaiacol.; Complex: rat COMT exists as a monomer.; Function: catechol O-methyltransferase (COMT) has a role in the inactivation of catecholamine neurotransmitters.; Localization: in rat two forms of COMT exist, a soluble form (S-COMT) which is cytoplasmic and a membrane-bound form (MB-COMT).; Remark: in rat S-COMT and MB-COMT are encoded by the same gene but use two different promoters, P1 which is regulated in a tissue-specific manner and P2 which functions constitutively.; Title: strong similarity to catechol O-methyltransferase - Rattus norvegicus; See PMID 8672242; See PMID 9262345; See PMID 2227437; See PMID 2645868; See PMID 8280056; uncharacterized protein	join(36399..36452,36514..37329)	Aspergillus niger	4989331
An17g00210	CDS	An17g00210	NT_166532.1	37743	39080	D	Remark: strong similarity to A. niger EST sequence BE759508 in EMBLEST.; Similarity: strong similarity to many hypothetical oxidoreductases predicted in many different species.; Title: strong similarity to hypothetical oxidoreductase CAB46711.1 - Schizosaccharomyces pombe; uncharacterized protein	join(37743..38025,38094..38189,38252..38655,38725..38812,38869..39080)	Aspergillus niger	4989337
An17g00220	CDS	An17g00220	NT_166532.1	39401	39858	D	hypothetical protein	join(39401..39457,39565..39858)	Aspergillus niger	84593561
An17g00230	CDS	An17g00230	NT_166532.1	40071	41221	D	Title: similarity to hypothetical protein slr0789 -Synechocystis sp.; uncharacterized protein	join(40071..40113,40210..40574,40643..41221)	Aspergillus niger	4989345
An17g00240	CDS	An17g00240	NT_166532.1	42234	44140	D	Remark: An17g00240 shows strong similarity to many A. thaliana patent EST sequences.; Remark: YER036c of S. cerevisiae is also known as KRE30.; Similarity: strong similarity to many hypothetical ABC transporter proteins in many different species.; Title: strong similarity to hypothetical protein YER036c - Saccharomyces cerevisiae; uncharacterized protein	join(42234..42806,42872..44140)	Aspergillus niger	4989338
An17g00250	CDS	An17g00250	NT_166532.1	45177	45726	R	Complex: CCL1 interacts with the RNA polymerase II carboxy-terminal domain kinase KIN28, so forming a component of the trancription factor TFIIH.; Function: the CCL1/KIN28 complex is involved in regulating transcription by controlling the phosphorylation of RNA polymerase II.; Remark: CCL1 from yeast is also known as YPR025C.; Remark: CCL1/KIN28 from yeast are essential for cell proliferation.; Title: similarity to cyclin Ccl1 - Saccharomyces cerevisiae; See PMID 8557668; See PMID 8761664; See PMID 10594013; See PMID 8230216; uncharacterized protein	complement(join(<45177..45332,45394..45726))	Aspergillus niger	4989358
An17g00260	CDS	An17g00260	NT_166532.1	46252	47112	R	Catalytic activity: ATP + ubiquitin + protein lysine = AMP + diphosphate + protein N-ubiquityllysine.; Function: UBC1 catalyzes the covalent attachment of ubiquitin to proteins primarily involved in the early stages of growth after spore germination.; Pathway: UBC1 is a component of the protein degradation pathway.; Similarity: the ORF shows strong similarity to an A. thaliana patent protein sequence AAG04759.; Title: strong similarity to ubiquitin conjugating enzyme Ubc1 - Saccharomyces cerevisiae; See PMID 940954; See PMID 1740189; See PMID 1844315; See PMID 2265617; See PMID 2561543; uncharacterized protein	complement(join(46252..46426,46479..46783,46852..47112))	Aspergillus niger	4989359
An17g00270	CDS	An17g00270	NT_166532.1	48101	49683	D	Complex: the S4 chain is a component of the 26S protease multiprotein complex.; Function: 26S protease is involved in the ATP-dependent degradation of poly-ubiquinated proteins.; Remark: 26S protease has been shown, in fission yeast, to be essential for the completion of mitosis.; Similarity: the ORF shows strong similarity to human S4 protein patent sequence and to many A. thaliana patent sequences.; Title: strong similarity to 26S ATP/ubiquitin-dependent proteinase chain S4 -Schizosaccharomyces pombe; See PMID 8247131; uncharacterized protein	join(48101..48103,48182..48247,48312..49380,49430..49683)	Aspergillus niger	4989364
An17g00280	CDS	An17g00280	NT_166532.1	50092	51870	D	Title: strong similarity to GTPase associated protein-13 GTPAP-13 from patent WO200031263-A2 - Homo sapiens; uncharacterized protein	50092..51870	Aspergillus niger	4989326
An17g00290	CDS	An17g00290	NT_166532.1	52927	55513	D	Remark: the human homolog is significantly shorter and shows only similarity to the N-terminal half of the protein bearing a number of putative transmembrane domains.; Title: strong similarity to hypothetical protein BAB14779.1 - Homo sapiens; uncharacterized protein	join(52927..53213,53514..53941,54015..55513)	Aspergillus niger	4989329
An17g00300	CDS	An17g00300	NT_166532.1	56471	59438	D	Function: the T. ethanolicus homolog xarB encodes a bifunctional xylosidase-arabinosidase with activity against multiple substrates with the highest affinity towards p-nitrophenyl beta-D-xylopyranoside (pNPX) and highest activity against p-nitrophenyl alpha-L-arabinopyranoside (pNPAP), respectively.; Title: strong similarity to bifunctiona xylosidase-arabinosidase xarB - Thermoanaerobacter ethanolicus [putative frameshift]; putative frameshift; uncharacterized protein	join(56471..56648,56755..56847,56896..57003,57063..57139,57193..57300,57357..57535,57585..57653,57707..57922,57971..58578,58658..>59438)	Aspergillus niger	4989339
An17g00310	CDS	An17g00310	NT_166532.1	59691	61674	R	hypothetical protein	complement(join(59691..61394,61465..61590,61651..61674))	Aspergillus niger	4989357
An17g00320	CDS	An17g00320	NT_166532.1	62753	66630	D	Title: strong similarity to hypothetical membrane protein YDR326c - Saccharomyces cerevisiae; uncharacterized protein	join(62753..63195,63264..65866,65918..66630)	Aspergillus niger	4989327
An17g00330	CDS	An17g00330	NT_166532.1	67685	69727	R	Title: strong similarity to hypothetical protein related to ahmp1 - Neurospora crassa; uncharacterized protein	complement(join(67685..68457,68515..68574,68645..69028,69088..69727))	Aspergillus niger	4989348
An17g00340	CDS	An17g00340	NT_166532.1	70443	71689	R	Similarity: belongs to the fission yeast pyridoxine 4-dehydrogenase family.; Title: strong similarity to hypothetical oxidoreductase PA2535 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(70443..70738,70793..70987,71041..71154,71205..71342,71394..71472,71531..71689))	Aspergillus niger	4989328
An17g00350	CDS	An17g00350	NT_166532.1	72813	73495	D	hypothetical protein	join(72813..72905,72980..73070,73162..73214,73364..73495)	Aspergillus niger	84593562
An17g00360	CDS	An17g00360	NT_166532.1	74082	75717	D	hypothetical protein	join(74082..74140,74323..74374,74429..74525,74649..74780,74859..74910,74953..75045,75130..75216,75311..75366,75458..75717)	Aspergillus niger	84593563
An17g00370	CDS	An17g00370	NT_166532.1	75983	77455	D	Similarity: shows strong similarity to expressed sequence tag seq id no:5420 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to hypothetical single-stranded TG1-3 binding protein tcg -Schizosaccharomyces pombe; uncharacterized protein	join(75983..76197,76478..76784,76842..77075,77126..77455)	Aspergillus niger	4989346
An17g00380	CDS	An17g00380	NT_166532.1	78892	80257	R	hypothetical protein	complement(join(78892..79268,79323..79482,79844..80257))	Aspergillus niger	4989352
An17g00390	CDS	An17g00390	NT_166532.1	80550	82140	R	Title: strong similarity to aminopeptidase from patent WO9628542-A1 - Aspergillus oryzae; uncharacterized protein	complement(join(80550..80624,80675..80846,80900..81042,81108..81485,81539..81705,81756..82140))	Aspergillus niger	4989343
An17g00400	CDS	An17g00400	NT_166532.1	83728	85243	D	Function: the S. cerevisiae homolog GCS1 encodes an ADP-ribosylation factor GTPase-activating protein (ARF GAP) that is involved in regulating retrograde vesicular transport from the Golgi to the ER, as confirmed with in vitro vesicle transport assays.; Title: strong similarity to ARF GAP zinc finger protein Gcs1 - Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	join(83728..83769,83880..83948,84066..84809,84842..85243)	Aspergillus niger	4989344
An17g00410	CDS	An17g00410	NT_166532.1	85972	87828	R	Title: strong similarity to hypothetical protein EAA64027.1 - Aspergillus nidulans; uncharacterized protein	complement(join(85972..86110,86452..86516,86614..86712,86768..87258,87315..87667,87737..87828))	Aspergillus niger	84593564
An17g00420	CDS	An17g00420	NT_166532.1	88633	89648	D	Title: strong similarity to hypothetical protein YBR094w - Saccharomyces cerevisiae; uncharacterized protein	join(88633..88644,88779..89648)	Aspergillus niger	4989365
An17g00430	CDS	An17g00430	NT_166532.1	90310	93387	R	Title: similarity to hypothetical protein EAA71271.1 - Gibberella zeae; uncharacterized protein	complement(join(90310..90503,90572..90709,91017..91050,91112..91447,91502..91862,91949..93387))	Aspergillus niger	4989366
An17g00440	CDS	An17g00440	NT_166532.1	94937	96693	R	Catalytic activity: cytochrome P-450 enzymes catalyse the reaction, RH + reduced flavoprotein + O(2) = ROH + oxidised flavoprotein + H(2)O.; Function: avnA is involved in the conversion of averantin to averufin in the aflatoxin biosynthetic pathway in A. parasiticus.; Similarity: A. parasiticus avnA encodes a fungal cytochrome P-450-type enzyme assigned to a new P-450 gene family named CYP60A1.; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; uncharacterized protein	complement(join(94937..94990,95053..95185,95286..96565,96625..96693))	Aspergillus niger	4989367
An17g00450	CDS	An17g00450	NT_166532.1	97942	98901	D	Catalytic activity: 2-trans,6-trans-farnesyl diphosphate <=> trichodiene + diphosphate.; Function: the F. poae homolog tri5 encodes a trichodiene synthase that participates in the biosynthesis of trichothecenes which are sesquiterpenoid epoxides that act as potent inhibitors of eukaryotic protein synthesis.; Title: similarity to trichodiene synthase tri5 from patent US6180366-B1 - Fusarium poae; uncharacterized protein	97942..98901	Aspergillus niger	4989368
An17g00460	CDS	An17g00460	NT_166532.1	99484	100058	D	hypothetical protein	join(99484..99517,99550..99639,99704..99802,99877..100058)	Aspergillus niger	84593565
An17g00470	CDS	An17g00470	NT_166532.1	100593	102141	D	Catalytic activity: ATP + a protein <=> ADP + a phosphoprotein.; Function: pkaR is the regulatory subunit of the cAMP dependent protein kinase PKA, which has a broad influence on cell morphogenesis and cell development.; Title: strong similarity to cAMP dependent protein kinase regulatory subunit pkaR - Aspergillus niger; deleted EC_number 2.7.1.37; uncharacterized protein	join(100593..100629,100760..101160,101234..101911,102004..102141)	Aspergillus niger	4989370
An17g00480	CDS	An17g00480	NT_166532.1	103077	107209	R	hypothetical protein	complement(join(103077..103226,103284..103349,103817..103961,104350..104513,104595..104626,104720..104861,105209..105271,105562..105783,105901..106007,106544..106660,106855..107013,107152..107209))	Aspergillus niger	84593566
An17g00490	CDS	An17g00490	NT_166532.1	107510	108443	D	Function: the N. lactamdurans homolog AAR92153 is required for cephem hydroxylation at C-7 and the transfer of the methyl group from S-adenosylmethionine in the 7-hydroxycephem intermediate of the cephamycin biosynthetic pathway. acts as a coupling protein with the C-7 hydroxycephem methyltransferase (AAR92152).; Title: similarity to C-7 hydroxycephem methyltransferase coupling protein from patent WO9529253-A1 - Nocardia lactamdurans; uncharacterized protein	join(107510..107851,107910..107961,108011..108104,108161..108443)	Aspergillus niger	4989372
An17g00500	CDS	An17g00500	NT_166532.1	108898	109653	R	hypothetical protein	complement(108898..109653)	Aspergillus niger	84593567
An17g00510	CDS	An17g00510	NT_166532.1	110939	111613	R	hypothetical protein	complement(join(110939..111151,111222..111244,111371..111494,111533..111613))	Aspergillus niger	84593568
An17g00520	CDS	An17g00520	NT_166532.1	111923	114553	R	Catalytic activity: hydrolysis of terminal,non-reducing beta-D-glucose residues with release of beta-D-glucose.; Pathway: cyanoamino acid metabolism; starch and sucrose metabolism; flavonoids, stilbene and lignin biosynthesis.; Remark: beta-glucosidases have wide specificity for beta-D-glucosides. Some examples also hydrolyse one or more of the following: beta-D-galactosides, alpha-L-arabinosides, beta-D-xylosides, and beta-D-fucosides.; Similarity: belongs to the beta-glucosidases.; Title: strong similarity to beta-glucosidase precursor BGLUC - Kluyveromyces marxianus; uncharacterized protein	complement(join(111923..113765,113819..114425,114547..114553))	Aspergillus niger	4989375
An17g00530	CDS	An17g00530	NT_166532.1	115486	120336	R	Remark: the patent does not provide further information about the function of the protein.; Remark: the protein sequence of human beta-tubulin antigen is not complete.; Similarity: the predicted A. niger protein shows similarity to the protein sequence of human beta-tubulin antigen of patent WO200050593-A1 (AC# AAB08517), strong similarity to the hypothetical protein SPAC22F3. 14c of S. pombe and other hypothetical proteins from diverse eucaryotic species.; Title: similarity to beta-tubulin antigen from patent WO200050593-A1 - Homo sapiens; uncharacterized protein	complement(join(115486..117922,117995..118256,118305..120336))	Aspergillus niger	4989376
An17g00540	CDS	An17g00540	NT_166532.1	120586	122709	R	Function: S. cerevisiae Rlr1 is required for LacZ RNA expression from certain plasmids. It is suppressor of the transcriptional defect of Hpr1 by overexpression. It plays a role in transcription elongation by RNA polymerase II.; Remark: C-terminally truncated ORF due to the end of contig.; Remark: alternate name for S. cerevisiae Rlr1: Tho2,YNL139C.; Title: similarity to suppressor of S.cerevisiae sin4 mutation Rlr1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 10675628; uncharacterized protein	complement(join(<120586..121493,121722..122709))	Aspergillus niger	84593569
An17g00550	CDS	An17g00550	NT_166532.1	123548	124711	R	Title: weak similarity to dTDP-glucose 4,6-dehydratase protein_id CAB05932.1 - Streptococcus pneumoniae; uncharacterized protein	complement(join(123548..124347,124418..124623,124689..124711))	Aspergillus niger	4989378
An17g00560	CDS	An17g00560	NT_166532.1	125539	127415	R	Complex: Biochemical cross-linking studies demonstrated that Vps5p and Vps17p physically interact.; Function: S. cerevisiae Vps17 is required for the sorting and delivery of a subset of soluble vacuolar hydrolases. It probably functions at an early stage of the sorting process. It is proposed that the Vps17 protein complex may participate in the intracellular trafficking ofthe Vps10-sorting receptor, as well as other later-Golgi proteins.; Remark: a splice site was detected upstream of the START codon.; Remark: alternate names for S. cerevisiae Vps17: YOR132W,Pep21.; Title: strong similarity to peripheral membrane protein required for vacuolar protein sorting Vps17 -Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 9285823; See PMID 9700157; See PMID 8416961; uncharacterized protein	complement(join(125539..126410,126467..126920,126981..127415))	Aspergillus niger	4989379
An17g00570	CDS	An17g00570	NT_166532.1	127922	130675	D	Function: mitochondrial EF-G this catalyzes the gtp-dependent translocation of the nascent protein chain from the A-site to the P-site of the ribosome.; Localization: mitochondrium.; Title: strong similarity to elongation factor EF-G -Arthrobacter sp.; localisation:mitochondrion; See PMID 10805567; uncharacterized protein	join(127922..128318,128382..129061,129167..130675)	Aspergillus niger	4989380
An17g00580	CDS	An17g00580	NT_166532.1	131165	132587	R	Title: similarity to hypothetical protein T22A6.50 -Arabidopsis thaliana; uncharacterized protein	complement(join(131165..131807,131878..132038,132093..132232,132302..132587))	Aspergillus niger	4989381
An17g00590	CDS	An17g00590	NT_166532.1	134049	136851	D	Function: Pth11 from M. grisea is involved in surface dependent signal transduction during plant infection. Pth11 can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces.; Localization: in M. grisea, a Pth11-green fluorescent protein fusion localised to the cell membrane and vacuoles.; Remark: the filamentous ascomycete Magnaporthe grisea is the blast pathogen of many grass species,including rice.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(134049..134276,134423..134449,134595..134933,134991..135045,135138..135242,135302..135582,135848..136097,136193..136851)	Aspergillus niger	4989382
An17g00600	CDS	An17g00600	NT_166532.1	138516	140955	D	Title: similarity to hypothetical protein encoded by An08g09690 - Aspergillus niger; uncharacterized protein	join(138516..138587,138637..138857,139017..139751,139814..139951,140045..140152,140332..140344,140563..140955)	Aspergillus niger	4989383
An17g00610	CDS	An17g00610	NT_166532.1	142726	144606	D	hypothetical protein	join(142726..143358,143484..143537,143716..143935,144338..144433,144464..144606)	Aspergillus niger	84593570
An17g00620	CDS	An17g00620	NT_166532.1	145468	146820	R	hypothetical protein	complement(join(145468..146715,146767..146820))	Aspergillus niger	4989385
An17g00630	CDS	An17g00630	NT_166532.1	149274	150854	R	Catalytic activity: Acetyl-CoA + L-homoserine <=> CoA + O-acetyl-L-homoserine.; Pathway: MetE from Aspergillus nidulans is involved in methionin metabolism.; Title: strong similarity to homoserine O-acetyltransferase metE - Aspergillus nidulans; See PMID 11406274; uncharacterized protein	complement(join(149274..150309,150367..150757,150821..150854))	Aspergillus niger	4989386
An17g00640	CDS	An17g00640	NT_166532.1	151761	152795	R	Remark: the LovC protein is responsible for modulation of polyketide synthase activity in Aspergillus terreus.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(151761..152795)	Aspergillus niger	4989387
An17g00650	CDS	An17g00650	NT_166532.1	153116	155273	D	Remark: Cercosporin is a photosensitizing perylenequinone toxin produced by the plant pathogenic Cercospora fungi. It generates the highly toxic singlet oxygen (1O2) upon exposure to light.; Title: similarity to cercosporin resistance protein Crg1 - Cercospora nicotianae; See PMID 10517336; uncharacterized protein	join(153116..153249,153322..153954,154000..154218,154280..155273)	Aspergillus niger	4989388
An17g00660	CDS	An17g00660	NT_166532.1	155468	157087	R	Title: similarity to hypothetical oxidoreductase SMc01972 - Sinorhizobium meliloti; uncharacterized protein	complement(join(155468..155715,155793..156381,156460..156749,156820..157087))	Aspergillus niger	4989389
An17g00670	CDS	An17g00670	NT_166532.1	158296	160260	D	Title: strong similarity to hypothetical protein EAA63916.1 - Aspergillus nidulans; uncharacterized protein	158296..160260	Aspergillus niger	4989390
An17g00680	CDS	An17g00680	NT_166532.1	161371	163282	D	Title: strong similarity to protein fragment SEQ ID NO:17753 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(161371..161455,161495..161645,161715..162012,162070..162195,162242..162391,162446..163282)	Aspergillus niger	4989391
An17g00690	CDS	An17g00690	NT_166532.1	163833	165302	R	Complex: COPS6 of M. musculus forms part of the heterooctameric COP9 complex.; Function: the COP9 complex of M. musculus presumably plays a role as a cellular regulator modulating multiple signaling pathways.; Similarity: the COP9 complex of M. musculus shares some structural features with the proteasome regulatory complex.; Title: strong similarity to COP9 subunit 6 COPS6 -Mus musculus; See PMID 9707402; uncharacterized protein	complement(join(163833..163889,164020..164416,164531..164969,165032..165302))	Aspergillus niger	4989392
An17g00700	CDS	An17g00700	NT_166532.1	165536	167485	D	hypothetical protein	165536..167485	Aspergillus niger	4989393
An17g00710	CDS	An17g00710	NT_166532.1	167930	168954	D	hypothetical protein	join(167930..168037,168214..168487,168554..168954)	Aspergillus niger	4989394
An17g00720	CDS	An17g00720	NT_166532.1	169437	171615	D	Catalytic activity: NR1 of H. sapiens reduces cytochrome c and metabolizes the one-electron acceptors doxorubicin, menadione, and potassium ferricyanide.; Function: NR1 of H. sapiens presumably plays a role in the metabolic activation of chemicals activated by one-electron reduction.; Title: strong similarity to NADPH-dependent FMN and FAD containing oxidoreductase NR1 - Homo sapiens; cytoplasm; See PMID 10625700; uncharacterized protein	join(169437..169592,169699..169874,169942..170040,170100..170315,170376..171615)	Aspergillus niger	4989395
An17g00730	CDS	An17g00730	NT_166532.1	172095	173139	D	Complex: ETF of P. denitrificans is a heterodimer of alpha and beta chains that binds one molecule of FAD.; Function: ETF of P. denitrificans transfers electrons from the beta-oxidation pathway and other oxidative pathways to the respiratory chain via electron-transferring-flavoprotein dehydrogenase.; Title: strong similarity to electron transfer flavoprotein beta chain ETF-beta - Paracoccus denitrificans; localisation:mitochondrion; See PMID 10642498; See PMID 1576992; See PMID 8376381; uncharacterized protein	join(172095..172145,172336..172996,173057..173139)	Aspergillus niger	4989396
An17g00740	CDS	An17g00740	NT_166532.1	176333	177458	R	hypothetical protein	complement(join(176333..176453,176572..176838,176918..176966,177053..177147,177313..177458))	Aspergillus niger	84593571
An17g00750	CDS	An17g00750	NT_166532.1	177544	179541	D	Similarity: the Sh3 domain is outside the homology region.; Title: similarity to hypothetical Sh3 domain protein YSC-like 1 - Homo sapiens; uncharacterized protein	177544..179541	Aspergillus niger	4989398
An17g00760	CDS	An17g00760	NT_166532.1	180349	182370	D	Catalytic activity: Peptide + H2O = hydrolyzed peptide (preferential release of a C-terminal arginine or lysine residue).; Function: carboxypeptidase S1 of P. janthinellum is a homolog of the killer factor and prohormone-processing carboxypeptidase KEX1.; Title: strong similarity to carboxypeptidase S1 -Penicillium janthinellum; See PMID 8224168; uncharacterized protein	join(180349..180507,180574..180960,181018..181508,181536..182370)	Aspergillus niger	4989399
An17g00770	CDS	An17g00770	NT_166532.1	183127	184377	D	Function: DnaJ is a molecular chaperone interacting with heat shock transcription factors.; Induction: DnaJ is induced by heat shock.; Title: strong similarity to hypothetical DnaJ-like heat shock protein 17E5.120 - Neurospora crassa; uncharacterized protein	join(183127..183274,183342..184027,184081..184377)	Aspergillus niger	4989400
An17g00780	CDS	An17g00780	NT_166532.1	184890	186647	D	Function: Pbn1p of S. cerevisiae is required for the autocatalytic processing of protease B precursor Prb1p in the ER.; Title: similarity to protease B processing protein Pbn1 - Saccharomyces cerevisiae; See PMID 9649520; uncharacterized protein	join(184890..185042,185133..185345,185417..185755,185841..186647)	Aspergillus niger	4989401
An17g00790	CDS	An17g00790	NT_166532.1	186695	188431	R	Similarity: contains a fungal-type Zn(2)-Cys(6) binuclear cluster DNA-binding domain.; Title: strong similarity to hypothetical transcription repressor Rdr1 - Saccharomyces cerevisiae; uncharacterized protein	complement(186695..188431)	Aspergillus niger	4989402
An17g00800	CDS	An17g00800	NT_166532.1	188915	190738	D	Similarity: shows some homology to the protein of the patent database entry PATENTPROT:AAY92596.; Similarity: the N-terminus shows similarity to the fungal-type Zn(2)-Cys(6) binuclear cluster DNA-binding domain.; Title: weak similarity to apoptosis associated protein #11 from patent WO200102550-A2 - Candida albicans; uncharacterized protein	join(188915..188997,189045..189831,190103..190163,190209..190738)	Aspergillus niger	4989403
An17g00810	CDS	An17g00810	NT_166532.1	191074	192009	D	Title: strong similarity to hypothetical short chain dehydrogenase SPCC736.13 - Schizosaccharomyces pombe; uncharacterized protein	191074..192009	Aspergillus niger	4989404
An17g00820	CDS	An17g00820	NT_166532.1	194004	195365	D	Catalytic activity: 2 ATP + L-Gln + CO2 + H2O = 2 ADP + phosphate + L-Glu + carbamoyl phosphate.; Complex: arg2 of T. virens constitutes the small (glutamine) subunit of the dimeric enzyme.; Pathway: arg2 of T. virens is involved in arginine biosynthesis.; Similarity: contains a domain with similarity to type-1 glutamine amidotransferases.; Title: strong similarity to arginine-specific carbamoyl phosphate synthase small subunit arg2 -Trichoderma virens; See PMID 9501476; uncharacterized protein	194004..195365	Aspergillus niger	4989405
An17g00830	CDS	An17g00830	NT_166532.1	195826	197574	R	Catalytic activity: tannic acid + H2O = gallic acid + glucose.; Complex: tannase of A. oryzae probably forms a heterooctamer.; Remark: tannase of A. oryzae is translated as a single polypeptide that is cleaved by post-translational modification into two tannase subunits linked by a disulfide bond(s).; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; uncharacterized protein	complement(195826..197574)	Aspergillus niger	4989406
An17g00840	CDS	An17g00840	NT_166532.1	198541	200191	R	Function: DRG1 of A. thaliana is probably involved in the regulation of vesicle transport in actively growing tissues.; Localization: DRG1 of A. thaliana is localized in cytoplasmatic vesicles of actively growing tissues.; Title: strong similarity to developmentally regulated G-protein DRG1 - Arabidopsis thaliana; intracellular transport vesicles; See PMID 10380799; uncharacterized protein	complement(join(198541..198748,198812..198976,199029..199086,199141..199286,199337..199446,199506..199824,199896..199920,199983..199997,200058..200086,200163..200191))	Aspergillus niger	4989407
An17g00850	CDS	An17g00850	NT_166532.1	200535	201761	D	Complex: Cwf2p of S. pombe is associated with Cpc5p in a 40S RNP complex.; Function: Cwf2p of S. pombe is involved in spliceosome assembly and function.; Title: strong similarity to cdc5-associated ribonucleoprotein subunit cwf2p - Schizosaccharomyces pombe; See PMID 10409726; uncharacterized protein	200535..201761	Aspergillus niger	4989408
An17g00860	CDS	An17g00860	NT_166532.1	201984	207027	R	Catalytic activity: Gcn2p of S. cerevisiae transfers phosphate moieties from ATP to serine/threonine residues of eIF2 alpha.; Function: Gcn2p of S. cerevisiae increases the translation of GCN4, a transcriptional activator of amino-acid biosynthesis genes.; Function: the C-terminal histidyl-tRNA synthetase-like domain of Gcn2p of S. cerevisiae presumably responds to the presence of uncharged tRNA(His) by activating the adjacent protein kinase moiety.; Induction: Gcn2p of S. cerevisiae is transcriptionally activated by Gcn4p, thereby creating a self-enhancing circuit of amino-acid biosynthesis activation under amino-acid starvation conditions.; Similarity: Gcn2p of S. cerevisiae contains a C-terminal domain homologous to histidyl-tRNA synthetase.; Title: strong similarity to eIF2-alpha specific protein kinase Gcn2 - Saccharomyces cerevisiae; See PMID 660141; See PMID 3290651; uncharacterized protein	complement(join(201984..202291,202344..202785,202837..204270,204320..204649,204705..206750,206809..207027))	Aspergillus niger	4989409
An17g00870	CDS	An17g00870	NT_166532.1	207537	209661	D	Remark: the ORF is C-terminally truncated due to end of contig.; Title: similarity to hypothetical transcription regulator AAB94013.1 - Sorghum bicolor [truncated ORF]; See PMID 9475753; uncharacterized protein	join(207537..207576,207788..>209661)	Aspergillus niger	4989410
An17g00880	CDS	An17g00880	NT_166532.1	210262	211949	R	Remark: the patent does not provide further information about the function of the protein.; Remark: this invention describes novel human nucleic acid (cDNA) sequences (A), that are highly expressed in uterine tumour tissue and which have anticancer and cytostatic activity.; Similarity: the predicted A. niger protein shows strong similarity to human endometrium tumour EST encoded protein 137 of patent DE19817948-A1 and many conserved hypothetical proteins.; Title: strong similarity to endometrium tumour EST encoded protein 137 from patent DE19817948-A1 - Homo sapiens; uncharacterized protein	complement(join(210262..210492,210551..211404,211458..211570,211634..211764,211827..211949))	Aspergillus niger	4989411
An17g00890	CDS	An17g00890	NT_166532.1	212613	214242	R	Function: when expressed in E. coli, the catalytic domain of PPT of R. norvegicus exhibited protein phosphatase activity (dephosphorylation of phosphorylase a) that was inhibitable by okadaic acid.; Similarity: the predicted A. niger protein shows strong similarity to phosphoprotein phosphatase (PPT) of R. norvegicus, which belongs to the fourth subfamily of the PPP-family of protein phosphatases, which includes PP1,PP2A and PP2B (calcineurin).; Title: strong similarity to phosphoprotein phosphatase PPT - Rattus norvegicus; nucleus; See PMID 8077208; uncharacterized protein	complement(join(212613..212651,212705..213871,213939..214019,214090..214242))	Aspergillus niger	4989412
An17g00900	CDS	An17g00900	NT_166532.1	214669	215056	D	Cofactor: SPT4 of S. cerevisiae requires metal binding for its function.; Complex: SPT4 and SPT5 form a complex that does not contain SPT6.; Function: SPT4 of S. cerevisiae is involved in chromatin structure that influences expression of many genes.; Function: SPT4 of S. cerevisiae is involved in transcription elongation.; Function: SPT4 of S. cerevisiae is involved in transcription-coupled repair (TCR). in yeast, the Rad26 protein is implicated specifically in TCR. deletion of the SPT4 gene suppresses the rad26 defect.; Function: SPT4 of S. cerevisiae plays a role in chromosome segregation as it is important for kinetochore function, but not as a structural component of the centromere (CEN) DNA-protein complex.; Remark: some of the cysteine residues are essential to yeast Spt4p function.; Similarity: the predicted A. niger protein shows strong similarity to SPT4 of S. cerevisiae, which belongs to the zinc finger transcriptional regulators.; Title: strong similarity to protein Spt4 -Saccharomyces cerevisiae; nucleus; See PMID 8483459; See PMID 8649393; See PMID 11101522; uncharacterized protein	join(214669..214746,214832..215056)	Aspergillus niger	4989413
An17g00910	CDS	An17g00910	NT_166532.1	215758	217450	R	Catalytic activity: 4-aminobutyrate aminotransferase from A. nidulans catalyses the reaction 4-aminobutanoate + 2-oxoglutarate = succinate semialdehyde + L-glutamate.; Cofactor: 4-aminobutyrate aminotransferase from A. nidulans needs pyridoxal phosphate as a cofactor.; Induction: 4-aminobutyrate aminotransferase from A. nidulans is under positive control by the regulatory gene amdR (also called intA).; Pathway: 4-aminobutyrate aminotransferase from A. nidulans is involved in the metabolism of glutamate,aspartate, alanine, beta-alanine, propanoate and butanoate.; Similarity: the predicted A. niger protein shows strong similarity to 4-aminobutyrate aminotransferase from A. nidulans and many other organisms.; Title: strong similarity to 4-aminobutyrate transaminase gatA - Aspergillus nidulans; cytoplasm; See PMID 2505051; uncharacterized protein	complement(join(215758..215804,215857..217019,217095..217130,217200..217450))	Aspergillus niger	4989414
An17g00920	CDS	An17g00920	NT_166532.1	217917	219245	R	hypothetical protein	complement(join(217917..218131,218290..218379,218662..218762,219121..219245))	Aspergillus niger	84593572
An17g00930	CDS	An17g00930	NT_166532.1	219407	220368	D	Remark: during fruiting body development, the product of the csgA gene is necessary for cellular aggregation, for spore differentiation, and for gene expression that is initiated after 6 hr of starvation. C-factor of M. xanthus is active over a narrow range of concentration and has properties of a morphogenetic paracrine signal.; Similarity: the predicted A. niger protein shows similarity to the C-factor of M. xanthus, to 17 beta-hydroxysteroid dehydrogenases of vertebrates and many hypothetical proteins of diverse organisms, that belong to the short-chain dehydrogenases/reductases family (SDR) by similarity.; Title: similarity to developmental protein C-factor csgA - Myxococcus xanthus; See PMID 1668187; See PMID 2107980; See PMID 2152896; uncharacterized protein	join(219407..219711,219794..219901,219949..220117,220183..220368)	Aspergillus niger	4989416
An17g00940	CDS	An17g00940	NT_166532.1	223189	224624	R	Function: PTH11 of M. grisea is required for appressorium differentiation in response to inductive surface cues.; Function: as do most fungal plant pathogens, M. grisea differentiates an infection structure specialized for host penetration called the appressorium.; Phenotype: M. grisea cells null mutant for PTH11 are no more pathogenic.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(223189..223629,223682..224006,224064..224368,224424..224624))	Aspergillus niger	4989417
An17g00950	CDS	An17g00950	NT_166532.1	225020	226202	D	hypothetical protein	join(225020..225379,225457..225810,225942..226202)	Aspergillus niger	84593573
An17g00960	CDS	An17g00960	NT_166532.1	226635	227165	R	hypothetical protein	complement(join(226635..226692,226751..226768,226951..227165))	Aspergillus niger	84593574
An17g00970	CDS	An17g00970	NT_166532.1	230588	232275	D	Similarity: the predicted ORF shows similarity to several hypothetical and known aldehyde dehydrogenases with different substrate specificity.; Title: strong similarity to betaine aldehyde dehydrogenase - Avicennia marina; See PMID 11292080; uncharacterized protein	join(230588..230947,231000..231054,231107..231898,231962..232180,232250..232275)	Aspergillus niger	4989420
An17g00980	CDS	An17g00980	NT_166532.1	233405	234020	R	hypothetical protein	complement(join(233405..233561,233905..234020))	Aspergillus niger	84593575
An17g00990	CDS	An17g00990	NT_166532.1	234090	234552	R	hypothetical protein	complement(join(234090..234203,234294..234383,234478..234552))	Aspergillus niger	84593576
An17g01000	CDS	An17g01000	NT_166532.1	234897	236644	D	Title: strong similarity to hypothetical protein sll1024 - Synechocystis sp.; uncharacterized protein	join(234897..235100,235162..235309,235362..235446,235495..235620,235670..235734,235846..236019,236073..236246,236298..236644)	Aspergillus niger	4989423
An17g01010	CDS	An17g01010	NT_166532.1	237060	237774	R	hypothetical protein	complement(join(237060..237125,237256..237580,237656..237774))	Aspergillus niger	4989424
An17g01020	CDS	An17g01020	NT_166532.1	238084	238548	R	Remark: the human patented protein is a polypeptide encoded by one of a large number of 5' ESTs derived from mRNAs encoding secreted proteins.; Title: similarity to secreted protein SEQ ID NO:5560 from patent EP1033401-A2 - Homo sapiens; uncharacterized protein	complement(join(238084..238242,238327..238548))	Aspergillus niger	4989425
An17g01030	CDS	An17g01030	NT_166532.1	239084	239898	R	hypothetical protein	complement(join(239084..239128,239260..239472,239658..239723,239812..239898))	Aspergillus niger	84593577
An17g01040	CDS	An17g01040	NT_166532.1	240031	241543	D	hypothetical protein	join(240031..240097,240144..241543)	Aspergillus niger	4989427
An17g01050	CDS	An17g01050	NT_166532.1	242697	247973	D	Function: RAD54 of S. cerevisiae is a DNA-dependent ATPase required for X-ray damage repair, mitotic recombination, and full meiotic recombination.; Similarity: the N-terminal half of the predicted protein shows no similarity with described genes.; Title: similarity to DNA-dependent ATPase Rad54 -Saccharomyces cerevisiae; nucleus; See PMID 9409819; See PMID 9409820; See PMID 9450758; See PMID 9509573; uncharacterized protein	242697..247973	Aspergillus niger	4989428
An17g01060	CDS	An17g01060	NT_166532.1	248680	251563	R	Similarity: mouse P113 is highly homologous to human HIP116, a putative transcription factor interacting with HIV LTR sequences; both show similarity to yeast SNF2/SWI2.; Similarity: the predicted protein shows similarity to different known and putative transcription factors,especially hypothetical proteins of A. thaliana; all are characterized by the presence of several functional domains found in DNA-interacting regulatory proteins, like SNF2 domains, Zn finger domains and helicase domains.; Title: strong similarity to transcription factor P113 - Mus musculus; See PMID 9427542; uncharacterized protein	complement(join(248680..249655,249702..250931,251142..251563))	Aspergillus niger	4989429
An17g01070	CDS	An17g01070	NT_166532.1	251938	253774	R	Function: FLU1 of C. albicans confers resistance to fluconazole and cycloheximide to a S. cerevisiae strain hypersensitive to multiple drugs.; Function: multidrug transporters are membrane proteins which, by an unknown mechanism, recognize diverse toxic compounds and efflux them from cells.; Remark: a putative sequencing error results in an frameshift.; Similarity: the predicted ORF shows strong similarity to known and hypothetical members of the multidrug efflux transporters belonging to the major facilitator superfamily of transport proteins.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans [putative frameshift]; putative frameshift; See PMID 8987357; See PMID 11065353; uncharacterized protein	complement(<251938..253774)	Aspergillus niger	4989430
An17g01080	CDS	An17g01080	NT_166532.1	254887	257360	D	Function: F. sporotrichioides TRI7 is required for acetylation of the oxygen on C-4 of the trichotecene T-2 toxin.; Title: weak similarity to member of the trichothecene gene cluster TRI7 - Fusarium sporotrichioides; See PMID 11352533; uncharacterized protein	join(254887..255141,255598..257124,257337..257360)	Aspergillus niger	4989431
An17g01090	CDS	An17g01090	NT_166532.1	257604	260022	R	Title: similarity to hypothetical protein SPCC4G3.18 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(257604..259622,259684..260022))	Aspergillus niger	4989432
An17g01100	CDS	An17g01100	NT_166532.1	260346	264085	D	Similarity: the 3' region of the predicted ORF overlaps with a short fragment of A. niger EST EMBLEST:ANI239805, which probably reprents the 3' UTR of the previous An17g01110, transcribed on the other strand.; Title: similarity to hypothetical protein SPAC637.04 - Schizosaccharomyces pombe; uncharacterized protein	join(260346..260351,260473..260596,260665..260991,261044..261660,261716..264085)	Aspergillus niger	4989433
An17g01110	CDS	An17g01110	NT_166532.1	264327	264953	R	Catalytic activity: NADH + ubiquinone = NAD+ + ubiquinol.; Function: complex I transfers electrons from NADH to the respiratory chain; the immediate electron acceptor for the enzyme is believed to be ubiquinone.; Localization: mitochondrial inner membrane; matrix side.; Similarity: the ORF shows similarity to uncharacterized differentiation-associated proteins from H. sapiens.; Similarity: the predicted protein is similar to a novel 17. 2-kDa subunit identified recently by electrospray mass spectrometry.; Similarity: to A. niger ESTs an_1032 and EST SEQ ID NO:4019.; Title: strong similarity to 17.2 kD subunit of NADH:ubiquinone reductase b17.2 - Bos taurus; localisation:mitochondrion; See PMID 9827566; uncharacterized protein	complement(join(264327..264375,264428..264565,264616..264679,264728..264808,264863..264953))	Aspergillus niger	4989434
An17g01120	CDS	An17g01120	NT_166532.1	265122	267212	D	Catalytic activity: phosphatidylglycerophosphate synthase, officially called CDPdiacylglycerol--serine O-phosphatidyltransferase, catalyzes the reaction: CDPdiacylglycerol + L-Serine = CMP + 3-O-sn-Phosphatidyl-L-serine.; Function: PGS1 of S. cerevisiae functions as the committed and rate-limiting step in the biosynthesis of cardiolipin (CL); in eukaryotic cells, CL is found predominantly in the inner mitochondrial membrane and is generally thought to be an essential component of many mitochondrial functions.; Function: PGS1 of S. cerevisiae is also involved in in mitochondrial-mediated control of cell multiplication.; Remark: PGS1 of S. cerevisiae is also called PEL1,YCL003W or YCL004W.; Title: strong similarity to phosphatidylglycerophosphate synthase Pgs1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8252640; See PMID 8553693; See PMID 8666200; See PMID 9335584; See PMID 9545322; uncharacterized protein	join(265122..265233,265404..265603,265671..266023,266073..267015,267159..267212)	Aspergillus niger	4989435
An17g01130	CDS	An17g01130	NT_166532.1	267421	268962	R	Similarity: B7A16. 140 of N. crassa and the predicted protein are similar to S. cerevisiae LTV1, a poorly characterized protein claimed to be involved in low-temperature viability.; Title: strong similarity to hypothetical protein B7A16.140 - Neurospora crassa; uncharacterized protein	complement(join(267421..268879,268940..268962))	Aspergillus niger	4989436
An17g01140	CDS	An17g01140	NT_166532.1	269437	271431	D	Similarity: B7A16. 130 of N. crassa and the predicted protein show similarity to a GTPase of unknown function, human HSR1, that has been localized to the human MHC class I region and is highly homologous to a putative GTP-binding protein, MMR1 from mouse; these proteins represent a new subfamily of GTP-binding proteins that has both prokaryote and eukaryote members.; Similarity: strong similarity also to A. oryzae EST SEQ ID NO:4542 of patent WO200056762-A2.; Title: strong similarity to hypothetical conserved protein B7A16.130 - Neurospora crassa; See PMID 8180467; uncharacterized protein	269437..271431	Aspergillus niger	4989437
An17g01150	CDS	An17g01150	NT_166532.1	271756	273286	R	Remark: manual BLASTP homologue PIR:DERTCM.; Title: strong similarity to acyl-CoA dehydrogenase MCAD - Rattus norvegicus; See PMID 2029527; uncharacterized protein	complement(join(271756..272562,272662..273120,273212..273286))	Aspergillus niger	4989438
An17g01160	CDS	An17g01160	NT_166532.1	273817	274270	R	Function: in S. cerevisiae BNS1 (Bypasses Need for Spo12p), which has homology to SPO12, and SPO13, can partially suppress the meiotic defect of spo12 mutants when overexpressed.; Remark: BNS1 of S. cerevisiae is also called YGR230w.; Remark: in S. cerevisiae the SPO12 gene regulates meiotic nuclear division; when sporulated, spo12 mutants undergo a single meiotic nuclear division most closely resembling meiosis II.; Title: similarity to protein Bypasses Need for Spo12p Bns1 - Saccharomyces cerevisiae; See PMID 10564265; uncharacterized protein	complement(join(273817..273907,273972..274061,274122..274270))	Aspergillus niger	4989439
An17g01170	CDS	An17g01170	NT_166532.1	274893	277382	R	Similarity: the predicted protein shows strong similarity also to the human breast cancer gene CH1-9a11-2 of patent WO9738085-A2.; Title: strong similarity to hypothetical membrane protein YOR154w - Saccharomyces cerevisiae; uncharacterized protein	complement(274893..277382)	Aspergillus niger	4989440
An17g01180	CDS	An17g01180	NT_166532.1	278868	280802	R	Similarity: the predicted protein shows similarity to several putative and known protein Ser/Thr kinases with different specificity.; Title: similarity to Ser/Thr protein kinase Ksp1 -Saccharomyces cerevisiae; nucleus; See PMID 8676864; See PMID 9020587; uncharacterized protein	complement(278868..280802)	Aspergillus niger	4989441
An17g01190	CDS	An17g01190	NT_166532.1	281273	282136	D	Remark: C-terminally truncated ORF due to contig border.; Title: questionable ORF [truncated ORF]; uncharacterized protein	join(281273..281313,281419..281458,281567..281640,281726..281855,282005..>282136)	Aspergillus niger	84593578
An17g01200	CDS	An17g01200	NT_166532.1	282237	282640	D	Remark: the ORF is truncated and contains no start codon, due to the end of the contig.; Title: weak similarity to secreted protein gu534_1 from patent WO9846757-A2 - Homo sapiens [truncated ORF]; uncharacterized protein	join(<282237..282245,282270..282538,282580..282640)	Aspergillus niger	84593579
An17g01210	CDS	An17g01210	NT_166532.1	283048	284183	R	hypothetical protein	complement(join(283048..283162,283365..283410,283565..283625,283967..284029,284109..284183))	Aspergillus niger	84593580
An17g01220	CDS	An17g01220	NT_166532.1	284591	285244	D	hypothetical protein	join(284591..284698,284919..284943,285021..285244)	Aspergillus niger	84593581
An17g01230	CDS	An17g01230	NT_166532.1	285653	286892	D	Title: weak similarity to polyketide synthase module 7 encoded by nidA5 - Streptomyces caelestis; uncharacterized protein	join(285653..285838,285886..285948,286071..286199,286359..286415,286617..286892)	Aspergillus niger	84593582
An17g01240	CDS	An17g01240	NT_166532.1	288541	288867	R	hypothetical protein	complement(288541..288867)	Aspergillus niger	84593583
An17g01250	CDS	An17g01250	NT_166532.1	289514	292536	R	Function: human Vps18 is necessary for the delivery of endocytic and biosynthetic cargo in H. sapiens.; Remark: Vps18 is a human homologue of yeast Class C VPS genes.; Remark: human Vps18 is ubiquitously expressed in peripheral tissues.; Similarity: Vps proteins are predominantly associated with late endosomes/lysosomes.; Similarity: the ORF encoded protein shows also strong similarity to the undescribed DigA protein from A. nidulans.; Title: strong similarity to vacuolar protein sorting protein 18 VPS18 - Homo sapiens; endosome; See PMID 11382755; uncharacterized protein	complement(join(289514..289598,289652..292247,292320..292536))	Aspergillus niger	4989448
An17g01260	CDS	An17g01260	NT_166532.1	293066	295573	R	Title: strong similarity to hypothetical protein CAD21401.1 - Neurospora crassa; uncharacterized protein	complement(join(293066..294216,294266..294872,294946..295320,295353..295460,295517..295573))	Aspergillus niger	4989449
An17g01270	CDS	An17g01270	NT_166532.1	296278	297532	D	Similarity: a N. crassa hypothetical gene shows a much stronger similarity to the predicted protein,involving also the N-terminus.; Similarity: the predicted ORF is longer than MRPL7 of S. cerevisiae, the similarity involving only the C-terminal part.; Title: strong similarity to mitochodrial ribosomal protein of the large subunit Mrpl7 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9151978; See PMID 9445368; mitochondrial 54S ribosomal protein uL5m	join(296278..296525,296619..297311,297409..297532)	Aspergillus niger	4989450
An17g01280	CDS	An17g01280	NT_166532.1	298369	301251	R	Function: nrc-1 of N. crassa is a MAPKK kinase that functions to repress the onset of conidiation.; Similarity: nrc-1 of N. crassa is closely related to the S. cerevisiae STE11 and Schizosaccharomyces pombe byr2 genes, bothe encoding MAPKK kinases necessary for sexual development in these organisms.; Similarity: the N-terminal part of the predicted protein show similarity to other protein kinases.; Title: strong similarity to MAPKK kinase nrc-1 -Neurospora crassa; See PMID 9584090; uncharacterized protein	complement(join(298369..300672,300724..300881,300937..301010,301070..301251))	Aspergillus niger	4989451
An17g01290	CDS	An17g01290	NT_166532.1	302426	303534	R	Title: questionable ORF; uncharacterized protein	complement(join(302426..302607,302676..302718,302984..303045,303420..303534))	Aspergillus niger	84593584
An17g01300	CDS	An17g01300	NT_166532.1	304746	307515	D	Function: the AmdA transcriptional activator from E. nidulans is involved in the induction of the E. nidulans structual gene amdS (acetamidase).; Title: strong similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; nucleus; See PMID 7596297; See PMID 9126617; uncharacterized protein	join(304746..304878,304953..305007,305070..307515)	Aspergillus niger	4989453
An17g01310	CDS	An17g01310	NT_166532.1	308139	309023	R	Similarity: the protein contains two classical Zinc finger domains, and shows local weak similarity to poorly characterized mammalian Zinc finger proteins.; Title: similarity to hypothetical protein MUA22.14 -Arabidopsis thaliana; uncharacterized protein	complement(join(308139..308462,308522..308611,308682..309023))	Aspergillus niger	4989454
An17g01320	CDS	An17g01320	NT_166532.1	310381	313311	D	Title: similarity to in E2Fa/Dpa expressing plants upregulated protein SEQ ID NO 1278 from patent WO2004035798-A2 - Arabidopsis thaliana; uncharacterized protein	join(310381..310528,310642..310709,310778..310955,311020..311610,311665..312215,312277..313311)	Aspergillus niger	4989455
An17g01330	CDS	An17g01330	NT_166532.1	314409	315911	R	Catalytic activity: adenosine kinase is a very conserved enzyme catalyzing the reaction ATP + Adenosine = ADP + AMP.; Pathway: Purine metabolism.; Title: strong similarity to adenosine kinase -Cricetulus griseus; See PMID 10606765; See PMID 10964675; uncharacterized protein	complement(join(314409..314454,314531..314644,314706..315043,315101..315442,315513..315666,315738..315753,315860..315911))	Aspergillus niger	4989456
An17g01340	CDS	An17g01340	NT_166532.1	316287	317091	D	Title: similarity to hypothetical protein SPAC14C4.01c - Schizosaccharomyces pombe; uncharacterized protein	join(316287..316598,316691..316885,317053..317091)	Aspergillus niger	4989457
An17g01350	CDS	An17g01350	NT_166532.1	317728	319766	R	Title: strong similarity to hypothetical protein EAA63847.1 - Aspergillus nidulans; uncharacterized protein	complement(join(317728..318555,318609..318977,319035..319164,319292..319461,319566..319766))	Aspergillus niger	4989458
An17g01360	CDS	An17g01360	NT_166532.1	321250	322251	D	Similarity: strong similarity to S. cerevisiae L8. e ribosomal protein means about 80% identity.; Similarity: two A. niger ESTs confirm the gene prediction.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L8.e Pl2b - Saccharomyces cerevisiae; cytoplasm; See PMID 9396790; See PMID 9421530; See PMID 9559554; See PMID 3327609; 60S ribosomal protein uL2	join(321250..321298,321382..321873,321966..322051,322114..322251)	Aspergillus niger	4989459
An17g01370	CDS	An17g01370	NT_166532.1	323293	324114	D	Function: the E. coli Ada protein repairs O6-methylguanine residues and methyl phosphotriesters in DNA by direct transfer of the methyl group to a cysteine residue located in its C- or N-terminal domain,respectively; it is the main agent of the adaptive response of bacteria to alkylating agents.; Function: the previous remark could be of crucial importance in the assessment of the function of the predicted protein, which completely lacks similarity to the C-terminal transferase domain of Ada.; Remark: Ada of E. coli is a bifunctional protein: the O6-methylguanine transferase activity resides in the C-terminal part of the protein; methyl transfer to the N-terminal domain causes it to acquire a sequence-specific DNA binding activity, which directs binding to the regulatory region of several methylation-resistance genes.; Similarity: the similarity of the predicted protein to Ada of E. coli involves only the N-terminal half of both proteins.; Title: similarity to adaptive response regulatory protein Ada - Escherichia coli; See PMID 3529081; See PMID 3887409; See PMID 2982792; See PMID 2987251; See PMID 3009022; uncharacterized protein	join(323293..323590,323657..324114)	Aspergillus niger	4989460
An17g01380	CDS	An17g01380	NT_166532.1	325001	326950	R	hypothetical protein	complement(join(325001..325120,325369..325474,325645..325692,325802..325938,326103..326213,326381..326645,326787..326849,326925..326950))	Aspergillus niger	84593585
An17g01390	CDS	An17g01390	NT_166532.1	327171	328703	D	Similarity: AAK56937. 1 of C. immitis and the predicted protein are similar to different proteins containing SH3 domains; the domain structure is not well conserved in the predicted protein.; Similarity: althoughl AAK56937. 1 of C. immitis is much shorter than the predicted protein, the two molecules are 75% identitical in the corresponding region.; Similarity: the predicted protein show similarity in particular to the EEN gene family, a group of mammalian proteins expressed in the brain and perhaps involved in vesicular trafficking; the members of this family are nevertheless very poorly characterized in terms of function.; Title: strong similarity to hypothetical SH3 domain-containing protein AAK56937.1 - Coccidioides immitis; See PMID 9122235; See PMID 10764144; See PMID 10816441; uncharacterized protein	join(327171..327297,327365..327532,327590..327705,327767..328047,328100..328703)	Aspergillus niger	4989462
An17g01400	CDS	An17g01400	NT_166532.1	329156	329648	R	hypothetical protein	complement(join(329156..329391,329534..329648))	Aspergillus niger	84593586
An17g01410	CDS	An17g01410	NT_166532.1	329826	334345	D	Complex: SNF2 of S. cerevisiae is a component of the SWI/SNF global transcription activator complex.; Function: SNF2 of S. cerevisiae acts to assist gene-specific activators and has an effect on chromatin structure.; Remark: SNF2 of S. cerevisiae is also called SWI2,GAM1, TYE3, HAF1, RIC1 or YOR290c.; Title: strong similarity to transcription regulator Snf2 - Saccharomyces cerevisiae; nucleus; See PMID 7623818; See PMID 8871545; See PMID 8939065; See PMID 1886612; See PMID 1901413; uncharacterized protein	join(329826..329918,330059..330278,330349..334064,334118..334345)	Aspergillus niger	4989464
An17g01420	CDS	An17g01420	NT_166532.1	336539	337671	D	Similarity: the predicted protein shows similarity to human genes of unclear function genetically linked to familial adenomatous polyposis.; Title: strong similarity to hypothetical transport protein SPCC830.08c - Schizosaccharomyces pombe; uncharacterized protein	join(336539..336592,336862..337068,337143..337151,337281..337344,337418..337475,337554..337671)	Aspergillus niger	4989465
An17g01430	CDS	An17g01430	NT_166532.1	338651	339433	R	Remark: the A. thaliana homologue, as the vast majority of A. thaliana transcripts, has been patented under patentnumber EP1033405-A2.; Title: similarity to hypothetical protein MUD21.19 -Arabidopsis thaliana; uncharacterized protein	complement(join(338651..338838,338935..339273,339355..339433))	Aspergillus niger	4989466
An17g01440	CDS	An17g01440	NT_166532.1	340474	342292	D	Function: Pex3 of P. angusta is involved in peroxisome biosynthesis.; Localization: Pex3 of P. angusta is an integral peroxisomal membrane protein.; Title: strong similarity to peroxisomal membrane protein PEX3 - Pichia angusta; peroxisome; See PMID 8621531; uncharacterized protein	join(340474..340631,340728..341080,341142..341538,341599..342292)	Aspergillus niger	4989467
An17g01450	CDS	An17g01450	NT_166532.1	343258	345898	D	Remark: TNA1 is necessary for nicotinic acid import into the cell.; Remark: TNA1 of S. cerevisiae is also called YGR260w.; Similarity: belongs to the allantoate permease family; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; See PMID 10984621; uncharacterized protein	join(343258..343433,343518..343525,343958..344126,344204..344352,344459..344584,344642..344998,345099..345114,345164..345225,345276..345593,345654..345898)	Aspergillus niger	4989468
An17g01460	CDS	An17g01460	NT_166532.1	346687	347151	D	Title: strong similarity to EST SEQ ID NO:4056 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(346687..346795,346879..346916,346945..347151)	Aspergillus niger	84593587
An17g01470	CDS	An17g01470	NT_166532.1	347422	349057	D	Catalytic activity: n nucleoside triphosphate = n pyrophosphate + RNA(n).; Complex: RNA polymerase I consists of 14 different subunits.; Function: DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates. RNA polymerase A (I) is essentially used to transcribe ribosomal DNA units.; Function: RPA49 is easily dissociated from the rest of Pol A, producing the form A*, which shows impaired transcriptional activity and increased sensitivity to alpha-amanitin. The function of A49 might be linked to the RNAse H activity that was found associated with this subunit.; Title: similarity to 49 kD subunit of DNA-directed RNA polymerase I Rpa49 - Saccharomyces cerevisiae; nucleus; See PMID 1409638; uncharacterized protein	join(347422..347569,347657..347988,348056..349057)	Aspergillus niger	4989470
An17g01480	CDS	An17g01480	NT_166532.1	350750	352772	R	Catalytic activity: succinyl-CoA + glycine = 5-aminolevulinate + CoA + CO2.; Pathway: glycine, serine and threonine metabolism.; Remark: also strong similarity to 5-aminolevulinic acid synthase from Aspergillus oryzae patent WO9747746-A1.; Remark: hemA of E. nidulans expression was unaffected by dextrose repression, heat shock, or oxygen levels.; Similarity: belongs to the 5-aminolevulinate synthases.; Title: strong similarity to 5-aminolevulinic acid synthase hemA - Aspergillus nidulans; See PMID 8319309; uncharacterized protein	complement(join(350750..352353,352427..352772))	Aspergillus niger	4989471
An17g01490	CDS	An17g01490	NT_166532.1	353964	359248	R	Remark: asynonym for INO80 from S. cerevisiae is YGL150c.; Similarity: to the DNA/RNA helicases, SNF2 family.; Title: strong similarity to DNA helicase Ino80 -Saccharomyces cerevisiae; See PMID 10361278; See PMID 10952318; See PMID 8585324; uncharacterized protein	complement(join(353964..354172,354231..358050,358108..358653,358730..359248))	Aspergillus niger	4989472
An17g01495	CDS	An17g01495	NT_166532.1	359494	360332	R	hypothetical protein	complement(join(359494..359497,359665..359989,360101..360332))	Aspergillus niger	84593588
An17g01510	CDS	An17g01510	NT_166532.1	360380	360927	R	hypothetical protein	complement(join(360380..360455,360551..360583,360669..360790,360829..360927))	Aspergillus niger	84593589
An17g01520	CDS	An17g01520	NT_166532.1	361694	363384	R	hypothetical protein	complement(join(361694..361804,361874..361953,362002..362127,362203..362258,362313..362440,362512..362582,362668..362900,363019..363156,363236..363384))	Aspergillus niger	84593590
An17g01530	CDS	adhA	NT_166532.1	363417	364577	D	Catalytic activity: alcohol + NAD+ = aldehyde or ketone + NADH.; Gene-ID: adhA; Pathway: glycolysis / gluconeogenesis; fatty acid metabolism; bile acid biosynthesis; tyrosine metabolism; glycerolipid metabolism.; Remark: identical to Aspergillus niger adhA gene patent WO8704464-A.; Similarity: belongs to the Zn-dependent alcohol dehydrogenases.; alcohol-dehydrogenase adhA from patent WO8704464-A-Aspergillus niger	join(363417..364067,364125..364479,364531..364577)	Aspergillus niger	4989476
An17g01540	CDS	An17g01540	NT_166532.1	365189	367303	R	Remark: transport of 4-aminobutyric acid (GABA) in S. cerevisiae is mediated by three transport systems: the general amino acid permease (GAP1 gene), the proline permease (PUT4 gene), and a specific GABA permease (UGA4 gene) which is induced in the presence of GABA. Induction of UGA4 in the presence of GABA is exerted at the level of UGA4 mRNA accumulation, most probably at the level of transcription itself.; Title: strong similarity to GABA permease Uga4 -Saccharomyces cerevisiae; See PMID 8455553; uncharacterized protein	complement(join(365189..365343,365426..365810,365890..365976,366033..366565,366622..366759,366945..367145,367225..367303))	Aspergillus niger	4989477
An17g01550	CDS	An17g01550	NT_166532.1	368338	370852	R	Remark: efficient transport out of the prevacuolar compartment requires Nhx1p, and nhx1 delta cells exhibit phenotypes characteristic of the 'class E' group of vps mutants. In addition Nhx1p is required for protein trafficking even in the absence of the vacuolar ATPase.; Title: strong similarity to Na+-H+ antiporter Nha2 -Saccharomyces cerevisiae; See PMID 9507001; See PMID 11102523; uncharacterized protein	complement(join(368338..369569,369621..370280,370359..370511,370589..370624,370810..370852))	Aspergillus niger	4989478
An17g01560	CDS	An17g01560	NT_166532.1	371288	373408	R	Remark: OsSUT1 was expressed in source organs such as leaf blade, leaf sheath and germinating seed whereas little or no expression was observed in some sink organs such as the panicles before heading and the roots.; Remark: strong similarity to 5' EST an_2098 from Aspergillus niger.; Title: strong similarity to sucrose transport protein SUT1 - Oryza sativa; See PMID 9522469; uncharacterized protein	complement(join(371288..371508,371680..371754,371818..372639,372698..373019,373085..373124,373221..373408))	Aspergillus niger	4989479
An17g01570	CDS	An17g01570	NT_166532.1	373565	374358	R	Title: strong similarity to EST an_3450 -Aspergillus niger; uncharacterized protein	complement(join(373565..373888,373974..374112,374204..374358))	Aspergillus niger	84593591
An17g01580	CDS	An17g01580	NT_166532.1	375006	377466	R	Remark: S. cerevisiae Ste12p plays a key role in coupling signal transduction through MAP kinase modules to cell-specific or morphogenesis-specific gene expression required for mating and pseudohyphal (PH)/filamentous growth (FG). Ste12p homologues in the pathogenic yeasts Candida albicans and Filobasidiela neoformans apparently play similar roles during dimorphic transitions.; Title: strong similarity to homeodomain DNA-binding transcription factor ste12 - Aspergillus nidulans; See PMID 10792717; uncharacterized protein	complement(join(375006..375258,375316..375399,375515..377062,377127..377226,377343..377466))	Aspergillus niger	4989481
An17g01590	CDS	An17g01590	NT_166532.1	377562	378319	D	Title: weak similarity to hypothetical protein PFC0680w - Plasmodium falciparum; uncharacterized protein	join(377562..377723,377835..377889,377955..378319)	Aspergillus niger	84593592
An17g01600	CDS	An17g01600	NT_166532.1	379469	380025	D	hypothetical protein	join(379469..379580,379689..379772,379817..380025)	Aspergillus niger	84593593
An17g01610	CDS	An17g01610	NT_166532.1	380148	382868	D	hypothetical protein	join(380148..380317,380476..380498,381029..381154,381215..381318,381476..381602,381644..381735,382089..382197,382230..382279,382331..382455,382520..382868)	Aspergillus niger	84593594
An17g01620	CDS	An17g01620	NT_166532.1	382909	385623	R	hypothetical protein	complement(join(382909..383072,383183..383466,383552..383749,383849..383880,383974..384048,384173..384232,384399..384509,384558..384619,384923..385022,385392..385476,385553..385623))	Aspergillus niger	84593595
An17g01630	CDS	An17g01630	NT_166532.1	386027	386973	R	Title: strong similarity to hypothetical protein SPAC3F10.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(386027..386557,386617..386973))	Aspergillus niger	4989486
An17g01640	CDS	An17g01640	NT_166532.1	387277	388312	D	Catalytic activity: N-(5'-Phospho-D-ribosylformimino)-5-amino-1-(5''-phospho-D -ribosyl)-4-imidazolecarboxamide = N-(5'-Phospho-D-1'-ribulosylformimino)-5-amino-1-(5''-phos pho-D-ribosyl)-4-imidazolecarboxamide.; Pathway: histidine metabolism.; Remark: Soybean histidine biosynthetic enzyme HisA from clone sls1c. pk013. i8 patent WO200024867-A2.; Remark: the patent sequence is used in the construction of a chimeric gene to alter levels of the HisA enzyme in transformed plant cells. It may also be used for discovering compounds that have the ability to inhibit activity of the isomerase, and therefore act as herbicides and fungicides.; Similarity: belongs to the N-(5'-phospho-D-ribosylformimino)-5-amino-1-(5''-phosphori bosyl)-4-imidazolecarboxamide isomerases.; Title: strong similarity to biosynthetic enzyme HisA from patent WO200024867-A2 - Glycine max; uncharacterized protein	join(387277..387576,387718..387904,388029..388312)	Aspergillus niger	4989487
An17g01650	CDS	An17g01650	NT_166532.1	388570	389476	D	Title: weak similarity to En/Spm-like transposon protein PDF1 - Arabidopsis thaliana; uncharacterized protein	join(388570..388949,389018..389075,389150..389476)	Aspergillus niger	4989488
An17g01660	CDS	An17g01660	NT_166532.1	390314	392094	R	Catalytic activity: acetyl-CoA + histone = CoA + acetylhistone.; Remark: the yeast enzyme acetylates core histones in vitro; supposed to play a role as tightly RNAPII-associated histone acetyltransferase in transcription of DNA packaged in chromatin.; Title: strong similarity to histone acetyltransferase Elp3 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(390314..391740,391794..392094))	Aspergillus niger	4989489
An17g01670	CDS	An17g01670	NT_166532.1	392540	393971	D	Catalytic activity: (EC:6. 2. 1. 4) GTP + succinate + CoA = GDP + orthophosphate + succinyl-CoA; ITP + succinate + CoA = IDP + orthophosphate + succinyl-CoA; GTP + itaconate + CoA = GDP + orthophosphate + itaconyl-CoA; ITP + itaconate + CoA = IDP + orthophosphate + itaconyl-CoA.; Catalytic activity: (EC:6. 2. 1. 5) ATP + succinate + CoA = ADP + orthophosphate + succinyl-CoA.; Function: the rat enzyme catalyzes the stepwise synthesis of succinyl-CoA from succinate, CoA, and GTP in the presence of magnesium ion, involving phosphoryl enzyme and enzyme-bound succinyl phosphate as intermediates. The active enzyme is an alpha-beta dimer.; Pathway: Citrate cycle (TCA cycle); Propanoate metabolism; C5-Branched dibasic acid metabolism; Reductive carboxylate cycle (CO2 fixation).; Remark: succinyl-CoA synthetase [succinate-CoA ligase (GDP-forming); EC 6. 2. 1. 4] of rat liver, an alpha beta dimer, is a component of the enzymology of the tricarboxylic acid cycle and functions within the mitochondrial matrix.; Similarity: to succinate-CoA ligase (ADP-forming) alpha chain.; Title: strong similarity to succinyl coenzyme A synthase alpha subunit SYRTSA - Rattus norvegicus; See PMID 3422742; uncharacterized protein	join(392540..392709,392793..392821,392899..393025,393086..393148,393209..393234,393309..393391,393471..393971)	Aspergillus niger	4989490
An17g01680	CDS	An17g01680	NT_166532.1	394299	394772	R	hypothetical protein	complement(join(394299..394359,394439..394484,394577..394772))	Aspergillus niger	84593596
An17g01690	CDS	An17g01690	NT_166532.1	395973	397391	D	Title: questionable ORF; uncharacterized protein	join(395973..396092,396188..396238,396702..396751,396794..396849,397312..397391)	Aspergillus niger	84593597
An17g01700	CDS	An17g01700	NT_166532.1	398420	400032	R	hypothetical protein	complement(join(398420..398600,398811..398863,398951..399072,399165..399287,399331..399415,399496..399772,399863..400032))	Aspergillus niger	84593598
An17g01710	CDS	An17g01710	NT_166532.1	400210	401999	D	Remark: Yil120wp was implicated in yeast resistance to ketoconazole and quinidine, but not to the stereoisomer quinine; the gene was thus named QDR1. Qdr1p was proved to alleviate the deleterious effects of quinidine, revealed by the loss of cell viability following sudden exposure of the unadapted yeast population to the drug, and to allow the earlier eventual resumption of exponential growth under quinidine stress.; Remark: alternative name is YIL120w.; Remark: the predicted ORF shows similarity to EST an_2526 from A. niger.; Similarity: belongs to the permeases of the major facilitator superfamily.; Title: similarity to multidrug resistance protein Qdr1 - Saccharomyces cerevisiae; See PMID 11302822; uncharacterized protein	join(400210..400470,400528..400768,400818..400886,400937..401383,401443..401999)	Aspergillus niger	4989494
An17g01720	CDS	An17g01720	NT_166532.1	402970	405869	D	Remark: the A. chrysogenum RFX protein CPCR1 recognizes an imperfect palindrome, which resembles binding sites of human RFX transcription factors. One- and two-hybrid experiments with shorter versions of CPCR1 showed that the protein forms a DNA binding homodimer. Nondenaturing electrophoresis revealed that the CPCR1 protein exists in vitro solely in a multimeric, probably dimeric, state.; Title: strong similarity to RFX transcription factor CPCR1 - Penicillium chrysogenum; See PMID 10734077; uncharacterized protein	join(402970..402985,403119..403845,403903..404220,404273..405869)	Aspergillus niger	4989495
An17g01730	CDS	An17g01730	NT_166532.1	405991	409357	R	Title: similarity to hypothetical protein AAK58053.1 - Ophiostoma novo-ulmi; uncharacterized protein	complement(join(405991..406129,406405..406510,406634..406788,407395..407514,407579..409239,409355..409357))	Aspergillus niger	4989496
An17g01740	CDS	An17g01740	NT_166532.1	409977	411331	D	Function: along with Uba2p forms Aos1p heterodimeric activating enzyme for the ubiquitin-like modifyer Smt3p/SUMO in a mechanism reminiscent of the ubiquitin conjugation pathway.; Remark: alternative name for the S. cerevisiae homolog gene AOS1 is YPR180w; Title: strong similarity to Smt3p activating enzyme Aos1 - Saccharomyces cerevisiae; See PMID 9312010; uncharacterized protein	join(409977..410016,410091..410148,410214..410385,410438..411331)	Aspergillus niger	4989497
An17g01750	CDS	An17g01750	NT_166532.1	412053	413671	R	Remark: S. cerevisiae YTP1 gene encodies a type-III integral membrane protein with domains of sequence similarity to mitochondrial electron-transport enzymes.; Title: strong similarity to hypothetical membrane protein Ytp1 - Saccharomyces cerevisiae; See PMID 8635735; See PMID 9271199; uncharacterized protein	complement(join(412053..412388,412446..413288,413395..413472,413546..413671))	Aspergillus niger	4989498
An17g01760	CDS	An17g01760	NT_166532.1	414278	414738	D	Title: similarity to hypothetical protein SPBC409.03 - Schizosaccharomyces pombe; uncharacterized protein	join(414278..414355,414407..414492,414579..414738)	Aspergillus niger	4989499
An17g01770	CDS	An17g01770	NT_166532.1	415259	419181	R	Remark: N-terminal truncated ORF due to end of contig.; Remark: also strong similarity to multiple drug resistance protein AfuMDR1 from Aspergillus fumigatus patent US5914246-A.; Remark: expression of AFUMDR1 in S. cerevisiae conferred increased resistance to the antifungal agent cilofungin (LY121019), an echinocandin B analog.; Title: strong similarity to multidrug resistance protein mdr1 - Aspergillus fumigatus [truncated ORF]; plasma membrane; See PMID 9373135; uncharacterized protein	complement(join(415259..415616,415673..418983,419047..>419181))	Aspergillus niger	4989500
An17g01795	CDS	An17g01795	NT_166532.1	421938	423263	D	Title: weak similarity to protein of retrotransposon Ty1 Tyb - Saccharomyces cerevisiae; uncharacterized protein	421938..423263	Aspergillus niger	4989501
An17g01805	CDS	An17g01805	NT_166532.1	426772	429422	D	Title: weak similarity to protease type 2 Iga1 -Haemophilus influenzae; uncharacterized protein	join(426772..428445,428509..428613,428670..429422)	Aspergillus niger	4989502
An17g01815	CDS	An17g01815	NT_166532.1	430283	431316	D	Alternative name: YPR016c; Function: the S. cerevisiae protein eIF6, is necessary for maximal polysome formation and plays an important role in determining free 60 S ribosomal subunit content.; Title: strong similarity to translation initiation factor Eif6 - Saccharomyces cerevisiae; cytoplasm; See PMID 9891075; See PMID 10206977; uncharacterized protein	join(430283..430317,430418..430489,430549..430634,430705..430894,430956..431316)	Aspergillus niger	4989503
An17g01823	CDS	An17g01823	NT_166532.1	433000	433503	D	hypothetical protein	433000..433503	Aspergillus niger	84593599
An17g01825	CDS	An17g01825	NT_166532.1	433635	436134	R	Title: strong similarity to huntingtin interacting protein 1 HIF-1 - Homo sapiens; uncharacterized protein	complement(join(433635..435316,435612..436134))	Aspergillus niger	4989505
An17g01835	CDS	An17g01835	NT_166532.1	439031	440539	R	hypothetical protein	complement(join(439031..439065,439123..439138,439230..439251,439516..439546,439785..439866,439915..440175,440351..440539))	Aspergillus niger	84593600
An17g01845	CDS	An17g01845	NT_166532.1	441027	441319	R	hypothetical protein	complement(join(441027..441194,441269..441319))	Aspergillus niger	84593601
An17g01855	CDS	An17g01855	NT_166532.1	443215	444467	D	hypothetical protein	join(443215..443317,443593..444467)	Aspergillus niger	4989508
An17g01865	CDS	An17g01865	NT_166532.1	446323	448656	R	Catalytic activity: ATP + protein <=> ADP + O-phosphoprotein.; Function: E. nidulans spores lacking CmkC germinate with delayed kinetics and a lag in the activation of the cell cycle relevant kinase NIMX(cdc2).; Title: strong similarity to calcium/calmodulin dependent protein kinase cmkC - Aspergillus nidulans; See PMID 10988293; uncharacterized protein	complement(join(446323..446964,447034..447171,447230..448021,448090..448239,448369..448438,448571..448656))	Aspergillus niger	4989509
An17g01875	CDS	An17g01875	NT_166532.1	449556	450277	D	Localization: the mouse Synbindin is structurally related to yeast proteins known to be involved in vesicle transport. Immunoelectron microscopy localized synbindin on postsynaptic membranes and intracellular vesicles within dendrites, suggesting a role in postsynaptic membrane trafficking.; Title: similarity to protein Synbindin - Mus musculus; intracellular transport vesicles; See PMID 11018053; uncharacterized protein	join(449556..449592,449667..449877,449953..450098,450165..450277)	Aspergillus niger	4989510
An17g01885	CDS	An17g01885	NT_166532.1	450578	451307	R	Title: weak similarity to IgA-specific metalloendopeptidase type 1 precursor IGA - Haemophilus influenzae; uncharacterized protein	complement(join(450578..450704,450861..451017,451106..451307))	Aspergillus niger	4989511
An17g01895	CDS	An17g01895	NT_166532.1	452171	452917	D	hypothetical protein	join(452171..452448,452533..452917)	Aspergillus niger	84593602
An17g01905	CDS	An17g01905	NT_166532.1	454782	455689	R	hypothetical protein	complement(join(454782..455173,455407..455506,455558..455689))	Aspergillus niger	84593603
An17g01915	CDS	An17g01915	NT_166532.1	456990	457539	D	hypothetical protein	join(456990..457210,457449..457539)	Aspergillus niger	84593604
An17g01925	CDS	An17g01925	NT_166532.1	460441	462068	D	Remark: alternate names for the S. cerevisiae Hal4 kinase: Sat4 or YOR008W.; Remark: the S. cerevisiae Hal4 and Hal5 kinases are partially redundant. hal4 hal5 double mutants exhibit following phenotypes: (i) they are deficient in potassium uptake; (ii) their growth is sensitive to a variety of toxic cations, including lithium, sodium, calcium,tetramethylammonium, hygromycin B, and low pH; and (iii) they exhibit increased uptake of methylammonium, an indicator of membrane potential.; Title: strong similarity to serine/threonine-specific protein kinase Hal4 -Saccharomyces cerevisiae; See PMID 10207057; uncharacterized protein	join(460441..461877,461937..462068)	Aspergillus niger	4989515
An17g01935	CDS	An17g01935	NT_166532.1	463074	464351	D	Title: weak similarity to HIC-1 polypeptide from patent WO9614877-A1 - Homo sapiens; uncharacterized protein	join(463074..463371,463771..464016,464203..464351)	Aspergillus niger	84593605
An17g01945	CDS	An17g01945	NT_166532.1	465835	467058	D	Function: the S. cerevisisae Rvs161 protein is a component of a cytoskeletal structure that is required for the formation of endocytic vesicles at the plasma membrane level. S. cerevisiae rvs161 mutations result in sensitivity to carbon, nitrogen and sulfur starvation.; Remark: alternate names for the S. cerevisiae Rvs161 protein: End6, Fus7, Spe161 or YCR009C.; Similarity: the predicted A. niger protein shows strong similarity to protein Rvs161 from S. cerevisiae and amphiphysins of higher eukaryotes.; Title: strong similarity to protein Rvs161 -Saccharomyces cerevisiae; cytoskeleton; See PMID 10992286; See PMID 1776363; See PMID 7891662; See PMID 9614182; uncharacterized protein	join(465835..465847,465952..466002,466120..466165,466235..466308,466387..466534,466605..467058)	Aspergillus niger	4989517
An17g01955	CDS	An17g01955	NT_166532.1	467264	468401	R	Similarity: the ORF encoded protein shows also similarity to some putative aminoacyl-tRNA hydrolases.; Title: similarity to rhoGAP homolog DdRacGAP -Dictyostelium discoideum; See PMID 9188459; uncharacterized protein	complement(join(467264..467307,467384..468401))	Aspergillus niger	4989518
An17g01965	CDS	An17g01965	NT_166532.1	469636	470748	D	Title: similarity to heptaprenyl diphosphate synthetase ORFII from patent EP699761-A2 - Bacillus stearothermophilus; uncharacterized protein	join(469636..469787,469860..470748)	Aspergillus niger	4989519
An17g01975	CDS	An17g01975	NT_166532.1	471154	472485	R	Function: the S. cerevisiae Imp4 protein is a component of the U3 small nucleolar ribonucleoprotein (U3 snoRNP). It interacts physically with the U3 snoRNP specific protein, Mpp10. It is required for the early cleavages at sites A0, A1 and A2 of the pre ribosomal RNA to yield pre 18s ribosomal RNA processing.; Remark: alternate name for S. cerevisiae Imp4: YNL075W.; Title: strong similarity to component of the U3 snoRNP Imp4 - Saccharomyces cerevisiae; nucleus; See PMID 10409734; uncharacterized protein	complement(471154..472485)	Aspergillus niger	4989520
An17g01977	CDS	An17g01977	NT_166532.1	472854	474734	D	Function: A mutation in Grs1 from S. cerevisiae affects 3'-end formation.; Remark: Grs1 from S. cerevisiae encodes the cytoplasmic glycyl-tRNA synthetase.; Title: strong similarity to glycine-tRNA ligase Grs1 - Saccharomyces cerevisiae; cytoplasm; See PMID 10224248; See PMID 10874035; uncharacterized protein	472854..474734	Aspergillus niger	4989521
An17g02010	CDS	An17g02010	NT_166532.1	477604	480398	R	Function: the S. cerevisiae kinase Cla4 is involved in budding and cytokinesis and interacts with Cdc42.; Remark: alternate names for S. cerevisiae Cla4: Erc10 or YNL298W.; Title: strong similarity to serine/threonine protein kinase Cla4 - Saccharomyces cerevisiae; See PMID 9271384; See PMID 11134337; uncharacterized protein	complement(join(477604..478016,478067..478166,478229..480242,480382..480398))	Aspergillus niger	4989522
An17g02020	CDS	An17g02020	NT_166532.1	482623	484048	R	Catalytic activity: ATP + NADH <=> ADP + NADPH.; Function: the NADH kinase may be involved in maintaining the level of triphosphopyridine nucleotide in the mitochondria.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to NADH kinase from patent JP09131185-A - Pichia membranaefaciens; uncharacterized protein	complement(join(482623..483694,483759..483873,483955..484048))	Aspergillus niger	4989523
An17g02030	CDS	An17g02030	NT_166532.1	484968	486283	D	Title: strong similarity to 2-acyltransferase from patent WO9413814-A - Zea mays; uncharacterized protein	join(484968..485833,485896..486283)	Aspergillus niger	4989524
An17g02040	CDS	An17g02040	NT_166532.1	487102	490818	D	Remark: alternate names for S. cerevisiae Ctr9: Cdp1 or YOL145C.; Similarity: the ORF encoded protein shows also strong similarity to the S. pombe homolog of the S. cerevisiae Ctr9 protein Tpr1 from which the gene has been identified as suppressor of the S. cerevisiae Delta trk1,2 potassium uptake deficient phenotype (Pubmed 10471809). The S. cerevisiae Ctr9 protein seems to be better characterized.; Title: strong similarity to protein required for normal CLN1 and CLN2 G1 cyclin expression Ctr9 -Saccharomyces cerevisiae; See PMID 8978028; See PMID 10219085; uncharacterized protein	join(487102..487956,488029..488769,488815..490818)	Aspergillus niger	4989525
An17g02050	CDS	An17g02050	NT_166532.1	492253	492645	D	hypothetical protein	join(492253..492362,492498..492645)	Aspergillus niger	84593606
An17g02060	CDS	An17g02060	NT_166532.1	497361	499699	D	Remark: due to contig end.; Title: weak similarity to hypothetical gastric mucin clone PGM-2A - Sus scrofa [truncated ORF]; uncharacterized protein	join(<497361..497691,497772..499699)	Aspergillus niger	4989527
An17g02070	CDS	An17g02070	NT_166532.1	500640	502073	D	Title: strong similarity to hypothetical protein ES2 - Mus musculus; uncharacterized protein	500640..502073	Aspergillus niger	4989528
An17g02075	CDS	An17g02075	NT_166532.1	502766	504658	R	Function: The expression of the yam8(+) cDNA from S. pombe in the S. cerevisiae mid1 mutant cells partially remediated the mid phenotype and resulted in a slight increase in Ca(2+) uptake activity.; Function: the yam8(+) cDNA from S. pombe, placed under the S. cerevisiae TDH3 promoter, partially complemented the mating pheromone-induced death (mid) phenotype of the S. cerevisiae mid1 mutant.; Title: strong similarity to stretch-activated Ca2+-permeable channel protein homolog yam8p -Schizosaccharomyces pombe; See PMID 10694511; uncharacterized protein	complement(join(502766..503439,503500..504658))	Aspergillus niger	4989529
An17g02080	CDS	An17g02080	NT_166532.1	505245	507305	R	Title: strong similarity to hypothetical protein SPBC27B12.12c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(505245..505824,505894..507305))	Aspergillus niger	4989530
An17g02090	CDS	An17g02090	NT_166532.1	510106	511360	D	Catalytic activity: ATP + L-homoserine <=> ADP + O-phospho-L-homoserine; Title: strong similarity to homoserine kinase Thr1 -Saccharomyces cerevisiae; uncharacterized protein	join(510106..510529,510642..510940,511019..511360)	Aspergillus niger	4989531
An17g02095	CDS	An17g02095	NT_166532.1	512202	512565	D	Function: Overexpression of SPC1 from S. cerevisiae supresses the conditional sec11 mutation.; Function: Spc1p from S. cerevisiae co-purifies and genetically interacts with Sec11p, a subunit of the signal peptidase that catalyzes the cleavage of signal peptides and the degradation of some membrane proteins within the endoplasmic reticulum (ER).; Function: Spc1p from S. cerevisiae is not required for cell growth or the proteolytic processing of tested proteins in yeast.; Function: a deletion mutant of SPC1 from S. cerevisiae is synthetically lethal with a conditional mutation affecting Sec11p.; Similarity: Spc1p from S. cerevisiae is the homologue to mammalian signal peptidase subunit SPC12.; Title: similarity to signal peptidase subunit Spc1 -Saccharomyces cerevisiae; See PMID 8663399; See PMID 8910564; uncharacterized protein	join(512202..512282,512362..512565)	Aspergillus niger	4989532
An17g02100	CDS	An17g02100	NT_166532.1	512806	513358	R	Complex: human ring-box protein 1 binds VHL protein,CUL1, CUL2 and Elongins B and C.; Complex: human ring-box protein 1 is a component of both the VHL and SCF/Cdc4 complexes.; Function: the yeast homolog of Rbx1 is a subunit and potent activator of the Cdc53-containing SCF/Cdc4 ubiquitin ligase required for ubiquitination of the cyclin-dependent kinase inhibitor Sic1 and for the G1 to S cell cycle transition.; Similarity: the predicted A. niger protein shows strong similarity to the human ring-box protein 1 (RBX1),which belongs to the ring finger proteins.; Title: strong similarity to ring-box protein 1 RBX1 - Homo sapiens; See PMID 10213691; uncharacterized protein	complement(join(512806..512904,512971..513041,513103..513181,513248..513358))	Aspergillus niger	4989533
An17g02110	CDS	An17g02110	NT_166532.1	514473	515879	D	Title: weak similarity to hypothetical protein KIAA0324 - Homo sapiens; uncharacterized protein	514473..515879	Aspergillus niger	4989534
An17g02120	CDS	An17g02120	NT_166532.1	519639	521305	D	Catalytic activity: UDP-glucose + {(1,3)-beta-D-glucosyl}(N) <=> UDP + {(1,3)-beta-D-glucosyl}(N+1); Title: strong similarity to 1,3-beta-glucan synthase gs-1 - Neurospora crassa; uncharacterized protein	join(519639..519649,519739..521305)	Aspergillus niger	4989535
An17g02130	CDS	An17g02130	NT_166532.1	522188	522916	R	Title: strong similarity to protein fragment SEQ ID NO:28055 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(522188..522916)	Aspergillus niger	4989536
An17g02140	CDS	An17g02140	NT_166532.1	524114	525472	D	Title: strong similarity to vanadate resistance protein Van2 - Saccharomyces cerevisiae; uncharacterized protein	join(524114..524356,524437..524524,524593..524964,525030..525472)	Aspergillus niger	4989537
An17g02150	CDS	An17g02150	NT_166532.1	526622	528256	D	Title: similarity to hypothetical protein YIL096c -Saccharomyces cerevisiae; uncharacterized protein	join(526622..526919,527208..528256)	Aspergillus niger	4989538
An17g02160	CDS	An17g02160	NT_166532.1	528466	529788	R	Title: similarity to erythroblast macrophage protein EMP - Homo sapiens; See PMID 9763581; uncharacterized protein	complement(join(528466..528497,528568..528799,528857..529051,529120..529788))	Aspergillus niger	4989539
An17g02170	CDS	An17g02170	NT_166532.1	530253	531941	R	Title: strong similarity to centromere/microtubule-binding protein Cbf5 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(530253..530582,530640..530866,530921..531552,531612..531768,531830..531941))	Aspergillus niger	4989540
An17g02180	CDS	An17g02180	NT_166532.1	532499	533845	R	Title: similarity to hypothetical eIF-3 p110 subunit - Caenorhabditis elegans; uncharacterized protein	complement(join(532499..532911,532970..533012,533431..533528,533578..533756,533811..533845))	Aspergillus niger	4989541
An17g02190	CDS	An17g02190	NT_166532.1	534542	535718	R	Title: similarity to hypothetical protein SPBC1105.15c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(534542..534924,534989..535718))	Aspergillus niger	4989542
An17g02200	CDS	An17g02200	NT_166532.1	535937	536938	D	Title: similarity to hypothetical chorismate mutase/prephenate dehydratase pheA - Aquifex aeolicus; uncharacterized protein	join(535937..535990,536048..536938)	Aspergillus niger	4989543
An17g02210	CDS	An17g02210	NT_166532.1	537373	539114	R	Title: strong similarity to peptide chain release factor eRF-1 - Homo sapiens; uncharacterized protein	complement(join(537373..537416,537468..537614,537690..538818,538881..538930,538994..539114))	Aspergillus niger	4989544
An17g02220	CDS	An17g02220	NT_166532.1	540765	542562	D	Title: strong similarity to hypothetical protein YJR001w - Saccharomyces cerevisiae; uncharacterized protein	join(540765..540940,541009..542126,542183..542280,542392..542562)	Aspergillus niger	4989545
An17g02230	CDS	An17g02230	NT_166532.1	543058	543921	R	Title: strong similarity to hypothetical protein YBR141c - Saccharomyces cerevisiae; uncharacterized protein	complement(543058..543921)	Aspergillus niger	4989546
An17g02240	CDS	An17g02240	NT_166532.1	544279	545153	D	Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L23a - Rattus norvegicus; cytoplasm; 60S ribosomal protein uL23	join(544279..544306,544583..544644,544714..545000,545066..545153)	Aspergillus niger	4989547
An17g02250	CDS	An17g02250	NT_166532.1	546374	547026	D	Title: strong similarity to protein G10 - Xenopus laevis; uncharacterized protein	join(546374..546545,546617..546747,546883..547026)	Aspergillus niger	4989548
An17g02270	CDS	An17g02270	NT_166532.1	549283	549978	R	Similarity: HNF-3beta of X. laevis is a member of the HNF-3/fork head transcription factor family.; Title: similarity to transcription factor HNF-3beta - Xenopus laevis; nucleus; See PMID 8155584; uncharacterized protein	complement(<549283..549978)	Aspergillus niger	84593607
An17g02280	CDS	An17g02280	NT_166532.1	552562	554404	R	Catalytic activity: ATP + L-Aspartate = ADP + 4-Phospho-L-aspartate.; Remark: the synonyme for HOM3 from S. cerevisiae is YER052c.; Title: strong similarity to aspartate kinase Hom3 -Saccharomyces cerevisiae; See PMID 2892836; uncharacterized protein	complement(join(552562..552659,552719..553968,554106..554186,554256..554404))	Aspergillus niger	4989550
An17g02283	CDS	An17g02283	NT_166532.1	555687	556187	D	hypothetical protein	555687..556187	Aspergillus niger	84593608
An17g02285	CDS	An17g02285	NT_166532.1	556251	557338	D	Title: similarity to kidney injury associated molecule HW034 protein 2 from patent WO9853071-A1 - Rattus sp.; uncharacterized protein	join(556251..556682,556737..556768,556817..556971,557033..557237,557305..557338)	Aspergillus niger	4989552
An17g02287	CDS	An17g02287	NT_166532.1	559200	559472	R	Title: similarity to sequence of the HAP-1 protein from patent WO9910482-A1 - Caenorhabditis elegans; uncharacterized protein	complement(559200..559472)	Aspergillus niger	4989553
An17g02290	CDS	An17g02290	NT_166532.1	559796	564858	R	Complex: MYO2 of S. cerevisiae belongs to the actin-associated motorproteins; Function: MYO2 of S. cerevisiae is involved in vacuole inheritance; polarized growth and secretion.; Function: MYO2 of S. cerevisiae plays a role in vesicle transport along actin cables to the bud site.; Title: strong similarity to myosin Myo2 -Saccharomyces cerevisiae; cytoskeleton; See PMID 2016335; uncharacterized protein	complement(join(559796..559905,559958..560172,560229..560302,560361..564222,564278..564467,564518..564610,564684..564858))	Aspergillus niger	4989554
An17g02300	CDS	An17g02300	NT_166532.1	566091	567576	R	Function: NAP-1 is involved in assembling histones into an octamer.; Phenotype: nap-1 null mutant cells do not experience benomyl-induced mitotic delay possibly because absence of Nap1p increases microtubule stability.; Phenotype: nap-1 null mutants have delay at the short spindle stage of mitosis.; Title: strong similarity to nucleosome assembly protein I Nap-i - Saccharomyces cerevisiae; nucleus; See PMID 2016313; uncharacterized protein	complement(join(566091..566141,566201..566544,566598..567311,567363..567442,567530..567576))	Aspergillus niger	4989555
An17g02310	CDS	An17g02310	NT_166532.1	568743	573789	D	Function: overexpression of SPF1 of S. cerevisiae gives resistance against Pichia farinosa killer toxin.; Remark: the ORFencoded protein also shows similarity to other transporting ATPases.; Title: similarity to Ca2+-transporting ATPase Spf1 -Saccharomyces cerevisiae; See PMID 10361284; uncharacterized protein	join(568743..568831,568885..568924,568981..569496,569550..569888,569939..570073,570122..570188,570252..570383,570435..570784,570837..570982,571034..571183,571270..571502,571565..571708,571762..572094,572143..572231,572289..572423,572510..572742,572802..572925,572980..573025,573092..573242,573305..573453,573503..573789)	Aspergillus niger	4989556
An17g02320	CDS	An17g02320	NT_166532.1	574946	576981	D	Function: SGV1 is involved in pheromone adaptation pathway and in cell cycle.; Function: SGV1 probably acts by phosphorylating the G1 cyclins or the Ste4p.; Phenotype: sgv1 knockout mutation is suppressed by activated Cln3p.; Remark: the ORF encoded protein show similarity to many hypothetical protein kinases and also contains corresponding Prosite and PFAM Domains.; Title: strong similarity to protein kinase Sgv1 -Saccharomyces cerevisiae; See PMID 8293972; See PMID 1828190; uncharacterized protein	join(574946..575055,575106..575187,575244..575340,575390..575544,575594..575621,575672..575885,575936..576130,576201..576981)	Aspergillus niger	4989557
An17g02330	CDS	An17g02330	NT_166532.1	577655	579372	R	Catalytic activity: SerA of E. coli catalyzes the reaction of 3-phosphoglycerate + NAD(+) = 3-phosphohydroxypyruvate + NADH.; Pathway: SerA of E. coli catalyzes the first committed step in the 'phosphorylated' pathway of L-serine biosynthesis.; Similarity: SerA of E. coli belongs to the D-isomer specific 2-hydroxyacid dehydrogenases family.; Title: strong similarity to phosphoglycerate dehydrogenase serA - Escherichia coli; See PMID 7719856; See PMID 3017965; uncharacterized protein	complement(join(577655..577783,577836..577894,577949..577991,578048..578637,578688..578995,579059..579372))	Aspergillus niger	4989558
An17g02340	CDS	An17g02340	NT_166532.1	580021	581831	R	Catalytic activity: ATP + L-serine + tRNA(Ser) = AMP + diphosphate + L-seryl-tRNA(Ser).; Similarity: SES1 of S. cerevisiae is a member of class II aminoacyl-tRNA synthetases.; Title: strong similarity to cytosolic serine--tRNA ligase Ses1 - Saccharomyces cerevisiae; cytoplasm; See PMID 3031581; uncharacterized protein	complement(join(580021..580197,580253..580621,580672..580762,580818..581239,581299..581460,581564..581634,581699..581831))	Aspergillus niger	4989559
An17g02350	CDS	An17g02350	NT_166532.1	582392	583137	R	Function: rheb binds [alpha-32P]GTP.; Similarity: rheb is a member of the ras-related GTP-binding proteins.; Title: strong similarity to ras-related GTP-binding protein rheb - Homo sapiens; See PMID 8543055; uncharacterized protein	complement(join(582392..582631,582685..582813,582874..583013,583083..583137))	Aspergillus niger	4989560
An17g02360	CDS	An17g02360	NT_166532.1	583733	586124	R	Title: strong similarity to hypothetical protein CAD70983.1 - Neurospora crassa; uncharacterized protein	complement(join(583733..584014,584067..586124))	Aspergillus niger	4989561
An17g02370	CDS	An17g02370	NT_166532.1	587806	588640	D	Catalytic activity: FUR1 of S. cerevisiae catalyzes the reaction of UMP + diphosphate = uracil + 5-phospho-alpha-D-ribose 1-diphosphate.; Pathway: FUR1 of S. cerevisiae is involved in the salvage pathway of pyrimidine metabolism.; Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to uracil phosphoribosyltransferase Fur1 - Saccharomyces cerevisiae [putative frameshift]; cytoplasm; putative frameshift; See PMID 2189783; uncharacterized protein	join(587806..587954,588025..588387,588429..>588640)	Aspergillus niger	4989562
An17g02380	CDS	An17g02380	NT_166532.1	588925	589470	R	Remark: ORF is identical to EST an_3047 of Aspergillus niger.; Title: strong similarity to hypothetical protein SPAC1B3.02c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(588925..589118,589179..589317,589468..589470))	Aspergillus niger	4989563
An17g02390	CDS	An17g02390	NT_166532.1	590921	592004	D	Remark: RP10B was previously confused with MFT1.; Remark: RP3B, PLC2, KRP-Y1 and RPS1B are alternative names for RP10B.; Remark: the ORF contains a putative sequencing error at position 2693.; Similarity: RP10B belongs to the S3AE family of ribosomal proteins.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit Rp10b - Saccharomyces cerevisiae [putative frameshift]; cytoplasm; putative frameshift; See PMID 9396790; See PMID 9421530; 40S ribosomal protein eS1	join(590921..590934,591013..591097,591144..591169,591296..591797,591860..>592004)	Aspergillus niger	10098096
An17g02400	CDS	An17g02400	NT_166532.1	593004	593805	D	hypothetical protein	join(593004..593042,593126..593205,593487..593496,593554..593605,593741..593805)	Aspergillus niger	84593609
An03g00010	CDS	An03g00010	NT_166520.1	2	4550	D	Catalytic activity: 5-oxoprolinases catalyse ATP + 5-oxo-L-proline + 2 H(2)O <=> ADP + phosphate + L-glutamate.; Function: 5-oxoprolinases catalyze a reaction in which the endergonic cleavage of 5-oxo-L-proline to form L-glutamate is coupled to the exergonic hydrolysis of ATP to ADP and inorganic phosphate, which is e. g. necessary in glutathione metabolism.; Remark: OPLAH of R. norvegicus is also called 5-oxo-L-prolinase, pyroglutamase or 5-OPase.; Remark: the ORF is N-terminally truncated due to contig border.; Similarity: additionally to 5-oxoprolinases, the ORF shows some similarity to N-methylhydantoinases (EC 3. 5. 2. 14) from different species, which also have the property of hydrolyzing the imide bond of 5-membered rings.; Title: strong similarity to ATP-hydrolyzing 5-oxoprolinase - Rattus norvegicus [truncated ORF]; See PMID 2563377; See PMID 8943290; uncharacterized protein	join(<2..122,187..1348,1410..2509,2572..2678,2735..3013,3066..3267,3324..4045,4255..4313,4400..4550)	Aspergillus niger	4980698
An03g00020	CDS	An03g00020	NT_166520.1	6195	8706	D	Similarity: the similarity of the ORF to the probable transcription factor btd of S. pombe is restricted to the N-terminal half of both putative proteins.; Title: similarity to hypothetical transcription factor btd - Schizosaccharomyces pombe; uncharacterized protein	join(6195..6293,6360..6387,6450..6513,6570..6818,6893..7130,7193..7264,7387..8706)	Aspergillus niger	4980707
An03g00030	CDS	An03g00030	NT_166520.1	8874	10021	D	Similarity: the ORF shows similarity to several putative oxidoreductases with various function.; Title: strong similarity to hypothetical 3-hydroxyisobutyrate dehydrogenase homolog b0509 -Escherichia coli; See PMID 10989433; uncharacterized protein	join(8874..8903,8963..9148,9216..9547,9613..10021)	Aspergillus niger	4980726
An03g00040	CDS	An03g00040	NT_166520.1	10510	11514	R	Catalytic activity: dihydrodipicolinate synthases catalyse L-aspartate 4-semialdehyde + pyruvate <=> dihydrodipicolinate + 2 H(2)O.; Function: dapA of C. glutamicum is involved in the lysine biosynthesis by catalyzing the first step in diaminopimelate and lysine biosynthesis.; Similarity: the ORF shows similarity to several bacterial dihydrodipicolinates.; Title: strong similarity to dihydrodipicolinate synthase dapA - Corynebacterium glutamicum; See PMID 8659901; See PMID 9559056; See PMID 10498736; uncharacterized protein	complement(join(10510..11049,11119..11514))	Aspergillus niger	4980727
An03g00050	CDS	An03g00050	NT_166520.1	11790	13308	D	Catalytic activity: aspartate transaminases catalyse e. g. L-aspartate + 2-oxoglutarate <=> oxaloacetate + L-glutamate.; Function: aspartate transaminases are involved in a variety of amino acid biosynthesis reactions.; Remark: a possible sequencing error occured at position 13058 leading to a stop codon, 1 base has been removed. A possible sequencing error occured at position 12469 leading to a stop codon, 1 base has been changed to N.; Title: strong similarity to cytosolic aspartate transaminase AspAT - Gallus gallus [putative frameshift]; putative frameshift; uncharacterized protein	join(11790..12083,12146..12620,12731..12973,13034..13122,13190..>13308)	Aspergillus niger	84590584
An03g00060	CDS	An03g00060	NT_166520.1	14315	15931	D	Induction: in S. cerevisiae the relatively high basal level of DAL5 expression did not increase further upon addition of allantoin pathway intermediates.; Phenotype: the null mutant of S. cerevisiae DAL5 is viable, but unable to transport allontoate or ureidosuccinate.; Remark: DAL5 of S. cerevisiae is also called J223,YJR152w or UREp1.; Repression: in S. cerevisiae steady-state DAL5 mRNA levels dropped precipitously when a repressive nitrogen source was provided.; Similarity: DAL5 from S. cerevisiae is a member of the major facilitator family.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	join(14315..14682,14743..15931)	Aspergillus niger	4980715
An03g00070	CDS	An03g00070	NT_166520.1	16369	16599	R	Remark: the ORF is only 31 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(16369..16432,16496..16524,16597..16599))	Aspergillus niger	84590585
An03g00080	CDS	An03g00080	NT_166520.1	17994	18412	R	Remark: the ORF is N-terminally truncated due to contig border.; hypothetical protein [truncated ORF]	complement(join(17994..18177,18402..>18412))	Aspergillus niger	84590586
An03g00090	CDS	An03g00090	NT_166520.1	19330	19707	R	Remark: the ORF has an intron-exon structure, which is not typical for A. niger proteins and is only 80 amino acids long.; Title: questionable ORF; uncharacterized protein	complement(join(19330..19404,19464..19548,19625..19707))	Aspergillus niger	84590587
An03g00100	CDS	An03g00100	NT_166520.1	20071	21457	R	Remark: the intron-exon structure is suboptimal.; hypothetical protein	complement(join(20071..20520,20612..20697,20972..21045,21076..21168,21219..21259,21446..21457))	Aspergillus niger	84590588
An03g00110	CDS	An03g00110	NT_166520.1	22055	22509	R	hypothetical protein	complement(join(22055..22126,22165..22388,22467..22509))	Aspergillus niger	84590589
An03g00120	CDS	An03g00120	NT_166520.1	22998	24156	D	hypothetical protein	join(22998..23285,23392..23536,23719..23726,23761..23827,23875..23988,24092..24156)	Aspergillus niger	84590590
An03g00130	CDS	An03g00130	NT_166520.1	25331	26938	D	Function: SDH of G. oxydans is able to convert D-sorbitol to 2-keto-L-gulonate (2-KLGA).; Similarity: the ORF overlaps with A. niger EST (EMBLEST:BE759914) an_2856.; Similarity: the ORF shows similarity to several oxidoreductases with different specificities, especially to choline dehydrogenases.; Title: strong similarity to FAD-dependent L-sorbose dehydrogenase SDH - Gluconobacter oxydans; uncharacterized protein	25331..26938	Aspergillus niger	4980721
An03g00140	CDS	An03g00140	NT_166520.1	29431	30465	R	Remark: the ORF shows similarity to several putative oxidoreductases from various species.; Title: strong similarity to hypothetical cytochrome P450 oxidoreductase - Streptomyces lividans; uncharacterized protein	complement(29431..30465)	Aspergillus niger	4980709
An03g00150	CDS	An03g00150	NT_166520.1	31563	32579	D	hypothetical protein	31563..32579	Aspergillus niger	84590591
An03g00160	CDS	An03g00160	NT_166520.1	33004	36248	R	Function: the tamA gene of A. nidulans has a positive role together with areA in regulating the expression of genes subject to nitrogen metabolite repression.; Similarity: the ORF shows similarity to several transcription activators.; Title: strong similarity to transcription activator tamA - Aspergillus nidulans; nucleus; See PMID 8655534; See PMID 10471703; See PMID 11459183; See PMID 1105154; uncharacterized protein	complement(join(33004..33248,33307..33845,33949..34548,34614..35466,35982..36028,36115..36248))	Aspergillus niger	4980692
An03g00170	CDS	An03g00170	NT_166520.1	36824	38246	R	Localization: mMCT2 from mouse was also expressed in a small subset of microtubule-associated protein-2-positive elements, indicating a neuronal localization.; Localization: strong immunoreactivity for mMCT2 transporter from mouse was found in glia limitans,ependymocytes and several microvessel-like elements.; Remark: monocarboxylic acids, i. e., lactate,pyruvate, and ketone bodies, can be utilized by the brain as alternative energy substrates.; Remark: the expression of the monocarboxylate transporters mMCT2 from M. musculus is limited, with high levels of expression confined to testes, kidney, stomach,and liver and lower levels in lung, brain, and epididymal fat.; Title: strong similarity to monocarboxylate transporter mMCT2 - Mus musculus; plasma membrane; See PMID 9725820; See PMID 11098125; uncharacterized protein	complement(join(36824..37731,37793..37885,37937..38246))	Aspergillus niger	4980705
An03g00180	CDS	An03g00180	NT_166520.1	38672	40280	R	Catalytic activity: hydroxylation of n-alkanes at the terminal position.; Function: together with an NADPH cytochrome p450 the enzyme system catalyzes the terminal hydroxylation as the first step in the assimilation of alkanes and fatty acids.; Similarity: belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 alkane hydroxylase ALK2 - Debaryomyces hansenii; See PMID 9931473; uncharacterized protein	complement(join(38672..38779,38947..39068,39146..40280))	Aspergillus niger	4980712
An03g00190	CDS	pelB	NT_166520.1	41589	42956	R	Function: Eliminative cleavage of pectin to give oligosaccharides with terminal 4-deoxy-6-methyl-alpha-D-galact-4-enuronosyl groups.; Gene-ID: pelB; Similarity: pelB is a member of the Aspergillus niger pectin lyase multigene family.; See PMID 9309173; See PMID 1495474; pectin lyase pelB-Aspergillus niger	complement(join(41589..41924,41982..42312,42369..42494,42551..42694,42754..42956))	Aspergillus niger	4980695
An03g00200	CDS	An03g00200	NT_166520.1	44557	45208	D	Title: weak similarity to NifA-regulated gene nrgA -Bradyrhizobium japonicum; uncharacterized protein	join(44557..44875,44973..45208)	Aspergillus niger	4980702
An03g00210	CDS	An03g00210	NT_166520.1	45264	45878	R	Title: similarity to hypothetical protein encoded by An16g01170 - Aspergillus niger; uncharacterized protein	complement(join(45264..45687,45754..45878))	Aspergillus niger	4980725
An03g00220	CDS	An03g00220	NT_166520.1	46175	46564	R	hypothetical protein	complement(join(46175..46285,46361..46564))	Aspergillus niger	84590592
An03g00230	CDS	An03g00230	NT_166520.1	47264	49237	D	Function: gabA encodes the gamma-amino-n-butyrate (GABA) permease of the fungus A. nidulans.; Remark: transcript level analyses demonstrate that gabA from A. nidulans is subject to carbon catabolite and nitrogen metabolite repression.; Similarity: to other choline transport proteins.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	join(47264..47398,47453..47523,47580..47693,47800..48263,48330..48353,48413..48738,48803..49237)	Aspergillus niger	4980708
An03g00240	CDS	An03g00240	NT_166520.1	49505	51533	R	Title: weak similarity to filamentous muscle protein titin - Homo sapiens; uncharacterized protein	complement(join(49505..50101,50162..51142,51197..51275,51342..51400,51465..51533))	Aspergillus niger	4980703
An03g00250	CDS	An03g00250	NT_166520.1	52428	53188	R	Function: Slg1 from S. cerevisiae is a cell surface sensor for cell integrity signaling in S. cerevisiae.; Function: the Slg1 protein from S. cerevisiae is proposed to play a regulatory role in bud emergence or stationary phase.; Phenotype: deletion of slg1 in S. cerevisiae results in cell lysis during growth at elevated temperatures.; Phenotype: deletion of slg1 in S. cerevisiae results in sensitivity against caffeine.; Remark: synonyms for Slg1 from S. cerevisiae are Hcs77, Wsc1 and YOR008c.; Title: strong similarity to protein equired for cell wall integrity Slg1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9613583; See PMID 10660075; See PMID 11113201; uncharacterized protein	complement(join(52428..52825,52900..53188))	Aspergillus niger	4980694
An03g00260	CDS	An03g00260	NT_166520.1	54348	55563	D	Title: similarity to hypothetical protein CAE47968.1 - Aspergillus fumigatus; uncharacterized protein	join(54348..54630,54681..55091,55160..55563)	Aspergillus niger	84590593
An03g00270	CDS	An03g00270	NT_166520.1	57290	58584	R	hypothetical protein	complement(join(57290..57369,57526..57542,57574..57588,57959..58160,58383..58584))	Aspergillus niger	84590594
An03g00280	CDS	An03g00280	NT_166520.1	58715	60094	R	Remark: The matched sequence represents a S. antibioticus tyrosinase and tyrosinase activator protein fusion enzyme.; Title: similarity to tyrosinase and tyrosinase activator protein fusion enzyme from patent WO9513386-A -Streptomyces antibioticus; uncharacterized protein	complement(join(58715..58975,59029..59305,59364..59629,59686..59848,59910..60094))	Aspergillus niger	4980699
An03g00290	CDS	An03g00290	NT_166520.1	61676	63171	D	Function: pth11 mutants of M. grisea are nonpathogenic due to a defect in appressorium differentiation.; Localization: a M. grisea pth11-green fluorescent protein fusion localizes to the cell membrane and vacuoles.; Remark: Plant pathogenic fungi like M. grisea differentiate a highly specialized infection cell called an appressorium to infect their hosts.; Remark: pth11 from M. grisea mediates appressorium differentiation in response to inductive substrate cues.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(61676..61882,61943..62168,62233..62379,62451..62568,62619..62687,62838..63171)	Aspergillus niger	4980718
An03g00300	CDS	An03g00300	NT_166520.1	63661	64932	D	Title: weak similarity to megakaryocyte stimulating factor MSF from patent WO200064930-A2 - Homo sapiens; uncharacterized protein	63661..64932	Aspergillus niger	84590595
An03g00310	CDS	An03g00310	NT_166520.1	66318	67694	D	Remark: the gene for rickettsial outer-membrane protein A (rOmpA)is a distinguishing feature of the spotted fever group (SFG) rickettsiae.; Title: similarity to rickettsial outer membrane protein A rOmpA - Rickettsia conorii; outer membrane; See PMID 9384303; See PMID 9734038; uncharacterized protein	66318..67694	Aspergillus niger	4980696
An03g00320	CDS	An03g00320	NT_166520.1	68600	70184	D	Remark: the matched protein from A. chrysogenum is involved in biosynthesis of cephalosporin C.; Similarity: the ORF encoded protein shows also similarities to transport proteins.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum; uncharacterized protein	join(68600..68766,68828..69229,69290..70184)	Aspergillus niger	4980691
An03g00330	CDS	An03g00330	NT_166520.1	70866	71824	R	hypothetical protein	complement(join(70866..71231,71340..71487,71766..71824))	Aspergillus niger	10098126
An03g00340	CDS	An03g00340	NT_166520.1	71983	73283	R	Remark: ORF contains 1 frameshift, due to a putative sequencing errors.; Remark: The matched protein from C. glutamicum is used to maintain homeostasis in C. glutamicum or help the microorganism to adapt to different environmental conditions.; Title: strong similarity to protein sequence SEQ ID NO:426 from patent WO200100842-A2 - Corynebacterium glutamicum [putative sequencing error]; uncharacterized protein	complement(join(71983..72010,72181..72352,72428..72755,72808..72924,72979..73059,73119..73283))	Aspergillus niger	4980729
An03g00350	CDS	An03g00350	NT_166520.1	73650	74732	D	Complex: the bphC enzyme from P. stutzeri is a homo-octamer.; Function: the protein bphC from P. stutzeri catalyzes the extradiol ring cleavage of 2,3-dihydroxybiphenyl as a key enzyme in the biphenyl/PCB (Poly Chlorinated Biphenyls) degradation.; Remark: bphC from P. stutzeri is an extradiol type catecholic dioxygenase, is a non-heam iron-containing enzyme.; Title: strong similarity to 3-dihydroxybiphenyl-1,2-dioxygenase bphC - Pseudomonas stutzeri; See PMID 9095556; See PMID 11293547; uncharacterized protein	73650..74732	Aspergillus niger	4980706
An03g00360	CDS	An03g00360	NT_166520.1	74814	75980	R	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Title: strong similarity to rotein fragment SEQ ID NO:34012 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(74814..75980)	Aspergillus niger	4980700
An03g00370	CDS	An03g00370	NT_166520.1	76399	77864	D	Induction: the expression of paxM from P. paxilli in submerged liquid cultures of P. paxilli increased dramatically with the onset of paxilline biosynthesis.; Remark: The indole-diterpene paxilline is a potent tremorgenic mammalian mycotoxin and a known inhibitor of maxi-K ion channels.; Remark: The indole-diterpene paxilline is synthezised by a gene cluster of 17 genes including the FAD-dependent monooxycenase paxM from P. paxilli.; Title: similarity to monooxygenase paxM -Penicillium paxilli; See PMID 11169115; uncharacterized protein	join(76399..76700,76799..77864)	Aspergillus niger	4980728
An03g00380	CDS	An03g00380	NT_166520.1	78510	79461	D	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Title: strong similarity to protein fragment SEQ ID NO:11222 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(78510..79010,79069..79461)	Aspergillus niger	4980723
An03g00390	CDS	An03g00390	NT_166520.1	80643	81530	D	Title: weak similarity to immunoglobulin binding factor activity IBF from patent EP155192-A - Mus musculus; uncharacterized protein	80643..81530	Aspergillus niger	84590596
An03g00400	CDS	An03g00400	NT_166520.1	82784	83791	R	Complex: Hsp42 from S. cerevisiae multimerizes with itself .; Function: S. cerevisiae hsp42 mutants which are subjected to moderate thermal stress reorganized the actin cytoskeleton more slowly than wild-type cells.; Remark: the synonym for Hsp42 from S. cerevisiae is YDR171w.; Title: similarity to heat shock protein Hsp42 -Saccharomyces cerevisiae; See PMID 8576246; See PMID 9199338; uncharacterized protein	complement(82784..83791)	Aspergillus niger	4980710
An03g00410	CDS	An03g00410	NT_166520.1	84988	86838	D	Function: glutaminyl-tRNA can be formed by direct acylation by glutaminyl-tRNA synthetase or alternatively by transamidation of incorrectly charged tRNA by the Glutamyl-tRNA(Gln) amidotransferase.; Function: may be involved in biosynthesis of asparagine in the asparagine prototroph D. radiodurans.; Title: strong similarity to glutamyl-tRNA(Gln) amidotransferase subunit A - Deinococcus radiodurans; See PMID 9789001; uncharacterized protein	join(84988..85078,85162..86069,86122..86248,86303..86422,86474..86838)	Aspergillus niger	4980688
An03g00420	CDS	An03g00420	NT_166520.1	87033	88405	R	Title: similarity to hypothetical integral membrane protein pth11 like hypothetical protein CAC28570.2 -Neurospora crassa; uncharacterized protein	complement(join(87033..87400,87467..87534,87588..87730,87782..88006,88065..88169,88226..88405))	Aspergillus niger	4980690
An03g00430	CDS	An03g00430	NT_166520.1	89401	91251	D	Remark: a fumonisin esterase enzyme with at least one fumonisin degradative enzyme is for example useful for detoxifying fumonisin or a structurally related mycotoxin present in harvested grain.; Remark: fumonisins are highly toxic to certain livestock and are potential carcinogens.; Remark: the matched sequence encodes a permease involved in fumonisin degradation.; Title: strong similarity to permease involved in fumonisin degradation from patent WO200105980-A1 -Exophiala spinifera; plasma membrane; uncharacterized protein	join(89401..89545,89609..89769,89800..89914,90096..90413,90467..91251)	Aspergillus niger	4980738
An03g00450	CDS	An03g00450	NT_166520.1	92689	93441	D	Catalytic activity: Acetoacetate + H+ = Acetone + CO2.; Complex: adc from C. acetobutylicum forms a homododecamer.; Induction: the expression of adc from C. acetobutylicum is induced by linear fatty acids (up to butyrate).; Title: similarity to acetoacetate decarboxylase adc - Clostridium acetobutylicum; See PMID 8226639; See PMID 2268159; uncharacterized protein	92689..93441	Aspergillus niger	4980731
An03g00460	CDS	An03g00460	NT_166520.1	93795	95403	R	Catalytic activity: (R)-6-Hydroxynicotine + H2O + O2 = 1-(6-Hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H2O2.; Cofactor: FAD flavoprotein.; Pathway: degradation of nicotine (inducible).; Remark: The expression of enzymatically active 6-HDNO from A. oxidans requires the covalent attachment of FAD to the polypeptide chain and phosphoenolpyruvate.; Title: strong similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3622516; See PMID 2680607; See PMID 3036509; See PMID 3056722; uncharacterized protein	complement(join(93795..95042,95149..95403))	Aspergillus niger	4980732
An03g00470	CDS	An03g00470	NT_166520.1	96294	97782	D	Title: strong similarity to hypothetical protein EAA48619.1 - Magnaporthe grisea; uncharacterized protein	join(96294..96473,96539..96820,96879..96951,97022..97251,97351..97782)	Aspergillus niger	4980733
An03g00480	CDS	An03g00480	NT_166520.1	98602	100592	R	Catalytic activity: Catalytic activity: 2-Acetolactate + CO2 = 2 Pyruvate.; Cofactor: FAD, thiamine pyrophosphate and magnesium ion.; Function: the ilv1 from S. pombe was shown to encode a functional subunit of acetolactate synthase by complementation of an S. cerevisiae strain deleted for the ILV2 locus.; Pathway: ilv1 from S. pombe catalyzes the first step in valine and isoleucine biosynthesis.; Title: strong similarity to acetolactate synthase ilv1p - Schizosaccharomyces pombe; localisation:mitochondrion; See PMID 8299177; uncharacterized protein	complement(join(98602..100280,100334..100592))	Aspergillus niger	4980734
An03g00490	CDS	An03g00490	NT_166520.1	101233	102292	D	Catalytic activity: (S)-2-Hydroxy-2-methyl-3-oxobutanoate = (R)-2-Acetoin + CO2.; Remark: a B. subtilis strain harboring the aldB gene from B. brevis on a recombinant plasmid processed and secreted the alpha-acetolactate decarboxylase aldB.; Title: strong similarity to alpha-acetolactate decarboxylase aldB - Bacillus brevis; See PMID 2198252; uncharacterized protein	join(101233..101242,101343..102292)	Aspergillus niger	4980735
An03g00500	CDS	An03g00500	NT_166520.1	102859	104387	R	Function: the matched protein from A. fumigatus is related to a enzyme of microbial origin which cleaves disaccharide glycosides, in particular beta-primeveroside.; Title: strong similarity to diglycosidase related protein SEQ ID NO:10 from patent WO200018931-A1 -Aspergillus fumigatus; uncharacterized protein	complement(join(102859..103457,103520..104387))	Aspergillus niger	4980736
An03g00520	CDS	An03g00520	NT_166520.1	105583	107489	D	hypothetical protein	join(105583..105883,105952..107489)	Aspergillus niger	84590597
An03g00530	CDS	An03g00530	NT_166520.1	108512	109907	R	Catalytic activity: salicylate hydroxylases converts Salicylate + NADH + O2 = Catechol + NAD+ + H2O + CO2.; Function: NahW of P. stutzeri exhibits a broad substrate specificities and metabolize salicylate,methylsalicylates, and chlorosalicylates.; Pathway: NahW of P. stutzeri is involved in the metabolization of naphtalene and salicylates (lower naphtalene degradation pathway).; Remark: in P. stutzeri exist two independent salicylate hydroxylases nahG and nahW, both are in involved in naphthalene degradation, but are not located in the same transcription unit.; Title: similarity to salicylate hydroxylase nahW -Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	complement(join(108512..108859,108938..109132,109188..109239,109296..109846,109896..109907))	Aspergillus niger	84590598
An03g00540	CDS	An03g00540	NT_166520.1	110377	110594	R	Title: questionable ORF; uncharacterized protein	complement(join(110377..110398,110486..110551,110584..110594))	Aspergillus niger	84590599
An03g00550	CDS	An03g00550	NT_166520.1	111660	112322	D	Title: strong similarity to hypothetical protein encoded by An03g00560 - Aspergillus niger; uncharacterized protein	111660..112322	Aspergillus niger	4980043
An03g00560	CDS	An03g00560	NT_166520.1	112955	113770	D	Title: strong similarity to hypothetical protein encoded by An03g00550 - Aspergillus niger; uncharacterized protein	join(112955..113558,113733..113770)	Aspergillus niger	4980044
An03g00580	CDS	An03g00580	NT_166520.1	116064	117665	R	Function: eln2 of C. cinereus encodes a novel type of microsomal cytochrome P450 enzyme, which is involved in mushroom morphogenesis.; Localization: C. cinereus eln2 localises to the microsomal compartment.; Phenotype: a dominant mutation of the elongationless2 (eln2) gene of the mushroom C. cinereus affects pattern formation in the development of fruit body primordia, causing dumpy primordia which culminate in mature fruit bodies with short stipes.; Similarity: the ORF shows similarity to several cytochrome p450 related proteins from different species,which have different cellular functions.; Title: strong similarity to cytochrome P450 protein eln2 SEQ ID NO:1 from patent JP2000152788-A - Coprinus cinereus; See PMID 10779399; uncharacterized protein	complement(116064..117665)	Aspergillus niger	4980046
An03g00590	CDS	An03g00590	NT_166520.1	118823	120027	D	Catalytic activity: 2-trans,6-trans-farnesyl diphosphate = trichodiene + diphosphate.; Function: Tri5 of G. zeae encodes the first enzyme in the trichothecene biosynthetic pathway, the trichodiene synthase.; Pathway: the trichodiene synthase Tri5 from G. zeae is involved in the Terpenoid biosynthesis.; Phenotype: Reduced virulence of G. zeae is caused by disruption of the trichothecene toxin biosynthetic gene encoding trichodiene synthase Tri5.; Phenotype: trichothecene production is disabled by specific disruption of the trichodiene synthase gene Tri5 of G. zeae.; Title: strong similarity to trichodiene synthase Tri5 - Gibberella zeae; See PMID 8589414; See PMID 9274012; See PMID 10931910; See PMID 11425709; uncharacterized protein	join(118823..118825,118885..120027)	Aspergillus niger	4980047
An03g00600	CDS	An03g00600	NT_166520.1	120814	121863	R	Title: weak similarity to mitogen ERK kinase kinase MEKK-2 from patent US5981265-A - Homo sapiens; uncharacterized protein	complement(120814..121863)	Aspergillus niger	4980048
An03g00610	CDS	An03g00610	NT_166520.1	122336	122586	D	Title: similarity to hypothetical protein encoded by An06g00610 - Aspergillus niger; uncharacterized protein	join(122336..122351,122432..122586)	Aspergillus niger	84590600
An03g00620	CDS	An03g00620	NT_166520.1	124631	125281	D	Title: weak similarity to semaphorin Y from patent WO9811216-A1 - Rattus norvegicus; uncharacterized protein	join(124631..124716,124926..125019,125066..125281)	Aspergillus niger	84590601
An03g00630	CDS	An03g00630	NT_166520.1	125341	126496	R	hypothetical protein	complement(join(125341..125441,125796..125898,126044..126077,126171..126364,126449..126496))	Aspergillus niger	84590602
An03g00640	CDS	An03g00640	NT_166520.1	126874	128656	D	Function: mtr of N. crassa is required for the transport of neutral aliphatic and aromatic amino acids.; Similarity: mtr of N. crassa belongs to the Amino Acid/Auxin Permease (AAAP) family.; Title: similarity to neutral amino acid permease mtr - Neurospora crassa [truncated ORF]; plasma membrane; See PMID 1838345; See PMID 8001794; uncharacterized protein	join(<126874..127034,127107..127514,127568..127737,127796..127923,127981..128095,128151..128656)	Aspergillus niger	4980052
An03g00650	CDS	An03g00650	NT_166520.1	128912	135718	R	Function: AM-toxin of A. alternata is a cyclic peptide host-specific toxin.; Phenotype: disruption of AM-toxin synthetase (AMT) resulted in toxin-minus mutants.; Similarity: the A. niger protein shows similarity to other fungal peptide synthetases.; Title: similarity to cyclic peptide AM-toxin synthase AMT - Alternaria alternata; See PMID 10875335; uncharacterized protein	complement(128912..135718)	Aspergillus niger	4980053
An03g00660	CDS	An03g00660	NT_166520.1	136212	137479	D	Catalytic activity: taurine + 2-oxoglutarate + O2 = sulfite + aminoacetaldehyde + succinate + CO2.; Remark: taurine/alpha-ketoglutarate dioxygenase (TauD), a member of the broad class of non-heme Fe(II) oxygenases, converts taurine (2-aminoethanesulfonate) to sulfite and aminoacetaldehyde while decomposing alpha-ketoglutarate (alphaKG) to form succinate and CO(2).; Remark: the Escherichia coli tauD gene is required for the utilization of taurine (2-aminoethanesulfonic acid) as a sulfur source and is expressed only under conditions of sulfate starvation.; Title: similarity to taurine dioxygenase tauD -Escherichia coli; See PMID 9287300; See PMID 10563813; uncharacterized protein	join(136212..136346,136432..137164,137229..137479)	Aspergillus niger	4980054
An03g00670	CDS	An03g00670	NT_166520.1	138397	139551	R	Function: nos of A. tumefaciens catalyzes the formation of nopaline by the reductive condensation of alpha-ketoglutaric acid and arginine.; Function: nos of A. tumefaciens is involved in the induction of tumors (crown gall) in dicotyledonous plants.; Title: similarity to D-nopaline dehydrogenase nos -Agrobacterium tumefaciens; See PMID 476084; See PMID 7153689; uncharacterized protein	complement(138397..139551)	Aspergillus niger	4980055
An03g00680	CDS	An03g00680	NT_166520.1	140374	142211	D	Function: multidrug transporter are active in the efflux of a varity of (often cytotoxic) compounds, e. g. fnx1 of S. pombe possibly releases a signaling substance into the environment, which could be required for entry of the cell into the quiescent G0 state.; Similarity: the predicted ORF shows similarity to multidrug transporter from different species and with various specificity.; Title: strong similarity to multidrug resistance protein fnx1p - Schizosaccharomyces pombe; uncharacterized protein	join(140374..140569,140740..142211)	Aspergillus niger	4980056
An03g00690	CDS	An03g00690	NT_166520.1	142820	143076	D	hypothetical protein	join(142820..142825,142909..143076)	Aspergillus niger	4980057
An03g00700	CDS	An03g00700	NT_166520.1	144314	144817	D	hypothetical protein	join(144314..144356,144511..144611,144740..144817)	Aspergillus niger	84590603
An03g00720	CDS	An03g00720	NT_166520.1	145654	145890	R	Title: strong similarity to EST SEQ ID NO:4295 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(join(145654..145787,145860..145890))	Aspergillus niger	4980060
An03g00730	CDS	An03g00730	NT_166520.1	146356	148561	R	Catalytic activity: AO-I catalyses formation of hydrogen peroxide from butyl amine, or benzylamine by oxidative deamination. RCH(2)NH(2) + H(2)O + O(2) <=> RCHO + NH(3) + H(2)O(2).; Function: the A. niger homolog AO-I is located in the cell wall and may function as detoxifying agent,preventing amines from entering and damaging the cell.; Induction: A. niger AO-I is highly expressed in cells grown on n-butylamine as a single nitrogen source.; Title: strong similarity to copper amine oxidase AO-I from patent JP08070872-A - Aspergillus niger; cell wall; uncharacterized protein	complement(join(146356..146561,146629..147540,147613..148192,148253..148561))	Aspergillus niger	4980061
An03g00740	CDS	An03g00740	NT_166520.1	148981	150760	R	Remark: alternate name for S. cerevisiae Dcw1 is YKL046c.; Title: strong similarity to hypothetical protein Dcw1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(148981..149559,149620..150362,150394..150520,150746..150760))	Aspergillus niger	4980062
An03g00750	CDS	An03g00750	NT_166520.1	151153	153932	D	Function: The Aspergillus nidulans homolog prnA is a transcriptional activator that mediates proline induction of four other genes involved in proline utilization as a nitrogen and/or carbon source.; Induction: The transcription of the A. nidulans prnA is neither self-regulated nor significantly affected by carbon and/or nitrogen metabolite repression.; Title: strong similarity to transcription activator prnA - Aspergillus nidulans; nucleus; See PMID 9622360; uncharacterized protein	join(151153..151164,151389..151445,151484..151626,151681..151796,151847..151981,152030..152574,152619..152892,152938..153113,153161..153344,153397..153932)	Aspergillus niger	4980063
An03g00760	CDS	An03g00760	NT_166520.1	155088	156604	R	hypothetical protein	complement(join(155088..155138,155531..155576,155662..155799,156014..156216,156383..156604))	Aspergillus niger	84590604
An03g00770	CDS	An03g00770	NT_166520.1	156933	158054	D	Remark: The Aspergillus fumigatus homolog rAsp f 4 is a non-secreted protein of unknown function and is related to allergic bronchopulmonary aspergillosis (ABPA) in human.; Title: strong similarity to hypothetical allergic bronchopulmonary aspergillosis allergen rAsp f 4 from patent WO9828624-A1 - Aspergillus fumigatus; uncharacterized protein	156933..158054	Aspergillus niger	4980065
An03g00790	CDS	An03g00790	NT_166520.1	159723	160237	R	Catalytic activity: E. coli rnc performs an endonucleolytic cleavage to 5'-phosphomonoester.; Function: E. coli homolog rnc is a endoribonuclease specific for double stranded RNA.; Function: E. coli rnc is involved in processing and maturation of ribosomal and tRNAs and participates in regulation of mRNA stability and stimulation of translation.; Title: similarity to ribonuclease III rnc -Escherichia coli; uncharacterized protein	complement(join(159723..159961,160012..160237))	Aspergillus niger	4980067
An03g00800	CDS	An03g00800	NT_166520.1	160865	161518	D	hypothetical protein	join(160865..160939,161082..161338,161434..161518)	Aspergillus niger	84590605
An03g00810	CDS	An03g00810	NT_166520.1	161780	162025	R	hypothetical protein	complement(join(161780..161796,161902..162025))	Aspergillus niger	84590606
An03g00820	CDS	An03g00820	NT_166520.1	162277	163659	D	hypothetical protein	join(162277..162321,162430..162603,162924..162977,163363..163659)	Aspergillus niger	84590607
An03g00830	CDS	An03g00830	NT_166520.1	164268	165443	R	Similarity: similar to a repetitive element in H. sapiens MUC2 and other mucins of approximately 350 amino acids.; Title: weak similarity to intestinal mucin MUC2 -Homo sapiens; uncharacterized protein	complement(164268..165443)	Aspergillus niger	84590608
An03g00840	CDS	An03g00840	NT_166520.1	165894	167903	D	Remark: blastp matches are unspecific.; Title: strong similarity to EST an_3113 -Aspergillus niger; uncharacterized protein	165894..167903	Aspergillus niger	84590609
An03g00850	CDS	An03g00850	NT_166520.1	169439	170555	D	Pathway: paxC of P. paxilli is part of a gene cluster involved in the synthesis of indole-diterpene paxilline, a potent tremorgenic mammalian mycotoxin and a known inhibitor of maxi-K ion channels.; Remark: the A. niger protein contains BLOCKS and PFAM domains corresponding to polypreny synthetase.; Remark: the adjacent A. niger ORF shows similarity to paxG of P. paxilli that is also involved in the synthesis of indole-diterpene paxilline.; Remark: the molecular function of paxC has not been described.; Title: strong similarity to hypothetical prenyl transferase paxC - Penicillium paxilli; uncharacterized protein	join(169439..169765,169820..170172,170228..170555)	Aspergillus niger	4980073
An03g00860	CDS	An03g00860	NT_166520.1	171299	172519	D	Catalytic activity: farnesyltranstransferases catalyse the reaction trans-trans-farnesyl diphosphate + isopentenyl diphosphate = diphosphate + geranylgeranyl diphosphate.; Pathway: paxG of P. paxilli is involved in the synthesis of indole-diterpene paxilline, a potent tremorgenic mammalian mycotoxin and a known inhibitor of maxi-K ion channels.; Similarity: the predicted protein of A. niger shows similarity to geranylgeranyl diphosphate synthases, which are officially named farnesyltranstransferases.; Title: strong similarity to geranylgeranyl pyrophosphate synthase paxG - Penicillium paxilli; See PMID 11169115; uncharacterized protein	join(171299..171472,171523..171677,171747..172079,172141..172519)	Aspergillus niger	4980074
An03g00870	CDS	An03g00870	NT_166520.1	172881	175340	D	Similarity: the predicted A. niger protein is similar to putative zinc finger proteins of the Kruppel type.; Title: strong similarity to hypothetical protein encoded by An12g10520 - Aspergillus niger; uncharacterized protein	join(172881..173059,173275..173334,173517..175086,175221..175340)	Aspergillus niger	4980075
An03g00880	CDS	An03g00880	NT_166520.1	175841	176723	D	Title: similarity to hypothetical 2-dehydropantoate 2-reductase - Schizosaccharomyces pombe; uncharacterized protein	join(175841..176681,176719..176723)	Aspergillus niger	4980076
An03g00890	CDS	An03g00890	NT_166520.1	177101	178340	R	Complex: krd of Z. rouxii exists as a monomer.; Function: ketoreductase of Z. rouxii catalyzes the asymmetric reduction of selected ketone substrates of commercial importance, like alpha-ketolactones,alpha-ketolactams, and diketones.; Remark: substrate specificity, lack of a catalytic metal, and extent of protein sequence identity to known reductases suggests that the enzyme falls into the carbonyl reductase enzyme class.; Remark: the protein sequence of ketoreductase of Z. rouxii is covered by patent EP918090-A2 (AC# AAY05769).; Title: strong similarity to ketoreductase krd -Zygosaccharomyces rouxii; See PMID 10951208; uncharacterized protein	complement(join(177101..177706,177760..177907,177962..178212,178254..178340))	Aspergillus niger	4980077
An03g00900	CDS	An03g00900	NT_166520.1	178549	179114	R	Title: strong similarity to hypothetical protein SC6A5.32c - Streptomyces coelicolor; uncharacterized protein	complement(join(178549..178710,178775..179048,179107..179114))	Aspergillus niger	4980078
An03g00910	CDS	An03g00910	NT_166520.1	180047	181362	R	Remark: the patent does not give additional information about the function of the protein.; Title: strong similarity to sequence 385 from patent WO0100842-A - Corynebacterium glutamicum; uncharacterized protein	complement(join(180047..181135,181189..181362))	Aspergillus niger	4980079
An03g00920	CDS	An03g00920	NT_166520.1	182165	183474	D	Title: strong similarity to hypothetical protein SPCC757.02c - Schizosaccharomyces pombe; uncharacterized protein	join(182165..182195,182249..183474)	Aspergillus niger	4980080
An03g00930	CDS	An03g00930	NT_166520.1	183553	184006	D	Remark: the ORF is short in length (88 amino acids).; hypothetical protein	join(183553..183571,183617..183713,183790..183877,183944..184006)	Aspergillus niger	84590610
An03g00940	CDS	xynA	NT_166520.1	184694	186187	R	Catalytic activity: endo-1,4-beta-xylanase A of A. niger hydrolyses 1,4-beta-D-xylosidic linkages in xylans,which are the major constituent of plant hemicellulose.; Gene-ID: xynA; Remark: due to the complex composition of xylan, a spectrum of enzyme activities is necessary for the complete hydrolysis of this polysaccharide. endo-xylanases (E. C. 3. 2. 1. 8) are only capable of hydrolysing the xylan backbone at non-modified residues. therefore microorganisms synthesize a number of enzymes capable of removing substituents from the xylan backbone, e. g. a-L-arabinofuranosidase B (ABFB)(E. C. 3. 2. 1. 55), acetyl xylan esterase (AXEA) (E. C. 3. 1. 1. 6) and (1,4)-b-D-arabinoxylan arabinofuranohydrolase (AXHA). these enzymes,which were all identified in various Aspergillus species,show strong synergistic effects with endo-xylanase activity resulting in an enhanced degradation of xylan.; Similarity: the predicted A. niger protein is 100% identical to the translated protein sequence of patent WO9713853-A/7 (AC# A62445). however, splice donor (AT) and acceptor (AC) sites of the 8th intron do not fit the consensus sequences of intron boundaries, which are GT and AG, respectively.; extracellular/secretion proteins; See PMID 8948110; See PMID 10422261; See PMID 10833405; endo-1,4-beta-xylanase A precursor xynA-Aspergillus niger [putative sequencing error]	complement(join(184694..184783,184844..184909,184972..185062,185115..185160,185216..185304,185358..185503,185556..185677,185739..185787,185847..185887,185944..186187))	Aspergillus niger	4980082
An03g00950	CDS	An03g00950	NT_166520.1	186677	186943	R	hypothetical protein	complement(join(186677..186806,186840..186943))	Aspergillus niger	84590611
An03g00960	CDS	axhA	NT_166520.1	187532	188530	D	Catalytic activity: AXHA of A. niger hydrolyses terminal non-reducing alpha-l-arabinofuranoside residues in alpha-l-arabinosides.; Function: AXHA of A. niger releases 1,2-a- and 1,3-a- linked arabinofuranosyl groups from arabinoxylans and arabinoxylan-derived oligosaccharides but not from other arabinose-containing substrates such as arabinans and arabinogalactans.; Gene-ID: axhA; Remark: due to the complex composition of xylan, a spectrum of enzyme activities is necessary for the complete hydrolysis of this polysaccharide. endo-xylanases (E. C. 3. 2. 1. 8) are only capable of hydrolysing the xylan backbone at non-modified residues. therefore microorganisms synthesize a number of enzymes capable of removing substituents from the xylan backbone, e. g. a-L-arabinofuranosidase B (ABFB)(E. C. 3. 2. 1. 55), acetyl xylan esterase (AXEA) (E. C. 3. 1. 1. 6) and (1,4)-b-D-arabinoxylan arabinofuranohydrolase (AXHA). these enzymes,which were all identified in various Aspergillus species,show strong synergistic effects with endo-xylanase activity resulting in an enhanced degradation of xylan.; Similarity: (1,4)-beta-D-arabinoxylan arabinofuranohydrolase (axhA) of A. niger belongs to family 62 of glycosyl hydrolases.; extracellular/secretion proteins; See PMID 9000377; 1,4-beta-D-arabinoxylan arabinofuranohydrolase axhA-Aspergillus niger	187532..188530	Aspergillus niger	4980084
An03g00970	CDS	An03g00970	NT_166520.1	188942	191266	D	Similarity: similarity of the predicted A. niger protein to various protein sequences is due to low complexity sequences.; Title: strong similarity to hypothetical protein encoded by An08g12110 - Aspergillus niger; uncharacterized protein	join(188942..189379,189419..191266)	Aspergillus niger	4980085
An03g00980	CDS	An03g00980	NT_166520.1	192006	192833	R	Title: strong similarity to hypothetical protein CAD70785.1 - Neurospora crassa; uncharacterized protein	complement(192006..192833)	Aspergillus niger	4980086
An03g00990	CDS	An03g00990	NT_166520.1	192966	194594	R	Remark: the ORF has an unusual intron/exon structure for A. niger.; hypothetical protein	complement(join(192966..193037,193111..193260,193561..193804,194071..194268,194361..194490,194570..194594))	Aspergillus niger	84590612
An03g01000	CDS	An03g01000	NT_166520.1	195446	196840	D	Function: M. grisea Pth11 is a pathogenicity gene.; Function: M. grisea Pth11p likely is involved in host surface recognition.; Function: M. grisea pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation.; Localization: in M. grisea, a Pth11-green fluorescent protein fusion localised to the cell membrane and vacuoles.; Similarity: similarity of the predicted A. niger protein and M. grisea Pth11 is limited to the N-terminal half of the protein sequences.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(195446..195509,195641..195825,195877..195913,195963..196422,196480..196840)	Aspergillus niger	4980088
An03g01010	CDS	An03g01010	NT_166520.1	197246	199640	R	Catalytic activity: CLN2 of H. sapiens releases an N-terminal tripeptide from a polypeptide.; Remark: a partial protein sequence of CLN2 of H. sapiens, described as lung cancer associated polypeptide sequence SEQ ID 618, is covered by patent WO200055180-A2 (AC# AAB58280).; Remark: defects in CLN2 are the cause of classical late-infantile neuronal ceroid lipofuscinosis (lincl) (also known as ceroid lipofuscinosis neuronal 2; cln2).; Similarity: the predicted A. niger protein shows similarity to the lysosomal pepstatin insensitive protease (CLN2) of H. sapiens and other mammalians, which belong to the peptidase family S53.; Title: strong similarity to lysosomal pepstatin insensitive protease CLN2 - Homo sapiens; See PMID 9295267; uncharacterized protein	complement(join(197246..197318,197374..197516,197571..198202,198256..198346,198393..198510,198560..199021,199074..199337,199429..199640))	Aspergillus niger	4980089
An03g01020	CDS	An03g01020	NT_166520.1	200043	200389	R	hypothetical protein	complement(join(200043..200176,200218..200389))	Aspergillus niger	84590613
An03g01030	CDS	An03g01030	NT_166520.1	200573	202156	R	Catalytic activity: 6-HDNO of A. oxidans catalyses the reaction (D)-6-hydroxynicotine + H(2)O + O(2) = 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Cofactor: 6-HDNO of A. oxidans requires the covalently bound cofactor FAD.; Induction: 6-HDNO of A. oxidans is induced by nicotine.; Pathway: 6-HDNO of A. oxidans is involved in the degradation of nicotine.; Remark: coinduced in the presence of nicotine is a 6-hydroxy-L-nicotine-specific enzyme, 6-hydroxy-L-nicotine oxidase (6-HLNO), with FAD noncovalently bound to the apoprotein. the two enantiozymes are genetically unrelated.; Similarity: the predicted A. niger protein shows similarity to 6-hydroxy-D-nicotine oxidase (6-HDNO) of A. oxidans and other oxygen oxidoreductases that covalently bind FAD.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3622516; See PMID 2115879; See PMID 2680607; uncharacterized protein	complement(join(200573..200816,200872..201625,201700..201910,201968..202156))	Aspergillus niger	4980091
An03g01040	CDS	An03g01040	NT_166520.1	202214	203735	D	hypothetical protein	join(202214..202285,202413..202488,202575..202700,202796..202954,203042..203106,203156..203217,203312..203455,203537..203735)	Aspergillus niger	84590614
An03g01050	CDS	An03g01050	NT_166520.1	204486	206112	D	Catalytic activity: endo-beta-1,4-glucanase of B. polymyxa endohydrolyses 1,4-beta-D-glucosidic linkages in cellulose.; Pathway: endo-beta-1,4-glucanase of B. polymyxa is involved in starch and sucrose metabolism.; Similarity: the predicted A. niger protein shows strong similarity to A. thaliana hypothetical proteins and is similar to endo-beta-1,4-glucanase of B. polymyxa which belongs to cellulase family A (family 5 of glycosyl hydrolases).; Title: similarity to endo-beta-1,4-glucanase -Bacillus polymyxa; See PMID 2307659; uncharacterized protein	join(204486..204893,204950..205123,205204..205771,205848..205932,206067..206112)	Aspergillus niger	4980093
An03g01060	CDS	An03g01060	NT_166520.1	206577	207068	R	hypothetical protein	complement(join(206577..206679,206747..206825,206900..207068))	Aspergillus niger	4980094
An03g01070	CDS	An03g01070	NT_166520.1	207433	208678	R	Title: questionable ORF; uncharacterized protein	complement(join(207433..207576,207671..207697,207748..207824,208225..208344,208651..208678))	Aspergillus niger	84590615
An03g01080	CDS	An03g01080	NT_166520.1	210045	210465	D	hypothetical protein	join(210045..210273,210323..210465)	Aspergillus niger	84590616
An03g01090	CDS	An03g01090	NT_166520.1	211024	212439	R	Golgi; Phenotype: disruption of HOC1 resulted in hypersensitivity to Calcofluor White and hygromycin B,phenotypes characteristic of defects in cell wall integrity and protein glycosylation, respectively.; Remark: HOC1 of S. cerevisiae is a component of the protein complex in the cis Golgi, that is involved in the elongation the mannan backbone of N-linked glycans of cell wall.; Remark: HOC1 of S. cerevisiae was identified by its ability to suppress the cell lysis phenotype of pkc1-371 cells, that are defective in a protein kinase C isozyme.; Similarity: the predicted A. niger protein shows similarity to HOC1 (homologous to OCH1) of S. cerevisiae,which is similar to alpha-1,6-mannosyltransferase (OCH1) of S. cerevisiae.; Title: similarity to alpha-1,6-mannosyltransferase Hoc1 - Saccharomyces cerevisiae; See PMID 9055074; See PMID 10037752; uncharacterized protein	complement(join(211024..211210,211272..211777,211830..212209,212271..212439))	Aspergillus niger	4980097
An03g01100	CDS	An03g01100	NT_166520.1	212840	214791	R	hypothetical protein	complement(join(212840..212961,213051..213186,213360..213564,213976..214086,214435..214524,214658..214791))	Aspergillus niger	84590617
An03g01110	CDS	An03g01110	NT_166520.1	214894	216151	D	Domain: mitochondrial carnitine/acylcarnitine carrier protein of R. norvegicus contains a 3-fold repeated sequence about 100 amino acids in length.; Function: mitochondrial carnitine/acylcarnitine carrier protein of R. norvegicus is involved in the transport of carnitine or acylcarnitine from the cytosol to the mitochondrial matrix.; Localization: mitochondrial carnitine/acylcarnitine carrier protein of R. norvegicus is an integral membrane protein of the inner mitochondrial membrane.; Similarity: the predicted A. niger protein shows strong similarity to mitochondrial carnitine/acylcarnitine carrier protein of R. norvegicus, which belongs to the mitochondrial carrier family.; Title: strong similarity to mitochondrial carnitine/acylcarnitine carrier protein - Rattus norvegicus; localisation:mitochondrion; See PMID 9032458; uncharacterized protein	join(214894..215005,215068..215079,215163..215266,215320..215355,215421..216055,216121..216151)	Aspergillus niger	4980099
An03g01120	CDS	An03g01120	NT_166520.1	216249	217754	R	Catalytic activity: aspartate transaminase of S. cerevisiae catalyses the reaction L-aspartate + 2-oxoglutarate = oxaloacetate + L-glutamate.; Cofactor: aspartate transaminase requires pyridoxal-phosphate as a cofactor.; Remark: AAT2 of S. cerevisiae is also known as ASP5 and has a systematic name of YLR027C.; Remark: in eukaryotes there are two isozymes: a cytoplasmic one and a mitochondrial one.; Similarity: the predicted A. niger protein belongs to class-I of pyridoxal-phosphate-dependent aminotransferases.; Title: strong similarity to cytosolic aspartate transaminase Aat2 - Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	complement(join(216249..216361,216425..216514,216564..216806,216865..217345,217422..217754))	Aspergillus niger	4980100
An03g01130	CDS	An03g01130	NT_166520.1	218522	219346	R	Title: strong similarity to hypothetical protein encoded by An07g06330 - Aspergillus niger; uncharacterized protein	complement(218522..219346)	Aspergillus niger	4980101
An03g01140	CDS	An03g01140	NT_166520.1	219953	221443	D	Catalytic activity: A. phoenices oxalate decarboxylase (APOXD) catalyses the reaction oxalate = formate + CO2.; Remark: a vector containing the APOXD nucleic acid can be used to transform host cells for the recombinant production of the enzyme. the APOXD can be used for the degradation of oxalic acid in providing protection against oxalic acid toxicity. it is useful in combating and providing protection against plant pathogens that utilise oxalate to gain access to plant tissue or otherwise in the course of the pathogenesis of the disease. the APOXD gene is also useful as a selectable marker of transformed cells,for diagnostic assay of oxalate, and for production of the enzyme in plants. the product can also be used in diagnostic assays to quantify oxalate, e. g. in the diagnosis and treatment of patients with urinary tract disorders or hyperoxaluric syndromes.; Similarity: the predicted A. niger protein shows nearly identity to the protein sequence of patent WO9842827-A2 (AAW79948), which covers the A. phoenices oxalate decarboxylase (APOXD).; Title: strong similarity to oxalate decarboxylase (APOXD) from patent WO9842827-A2 - Aspergillus phoenicis; extracellular/secretion proteins; uncharacterized protein	join(219953..220333,220389..220728,220791..221443)	Aspergillus niger	4980102
An03g01150	CDS	An03g01150	NT_166520.1	221452	222614	R	hypothetical protein	complement(join(221452..221502,221705..221767,221859..221890,221940..222035,222205..222342,222575..222614))	Aspergillus niger	84590618
An03g01160	CDS	An03g01160	NT_166520.1	222796	224061	D	Remark: the present sequence is human epidermal protein-5 (HEPI) expressed in epidermal keratinocytes,dermal fibroblasts, and bronchial epithelium. this protein is derived from OVARNOT09 cDNA library. HEPI-5 shares 92% identity with mouse Ray protein expressed in skin. recombinant vectors comprising HEPI cDNA are introduced into host cells for protein expression. the HEPI proteins are useful for the treatment of epithelial disorders,including dyshidrotic eczema and scabies, cell proliferative disorders including actinic keratosis and arteriosclerosis, and autoimmune/inflammatory disorders like acquired immune deficiency syndrome (AIDS) and Addison's disease. pharmaceutical compositions comprising HEPI proteins are useful for treating disorders associated with altered HEPI expression.; Similarity: the predicted A. niger protein shows strong similarity to the protein sequence of patent WO200006727-A2 (AAY44988), which covers the human epidermal protein-5.; Title: strong similarity to epidermal protein-5 HEPI - Homo sapiens; uncharacterized protein	222796..224061	Aspergillus niger	4980104
An03g01170	CDS	An03g01170	NT_166520.1	224709	225289	D	hypothetical protein	join(224709..224945,225017..225289)	Aspergillus niger	4980105
An03g01180	CDS	An03g01180	NT_166520.1	226297	227158	R	Remark: ORF5 is a protein located in a gene cluster flanking the NPKS (nonaketide polyketide synthase) gene,which is known to be required for lovastatin production. this portion of the gene cluster is referred to as the 'D4B segment'. increasing lovastatin, or monacolin J,production in a lovastatin-producing organism, comprises transforming the organism with a D4B segment, and expressing it (claimed). lovastatin will also be produced in non-lovastatin producing organisms (e. g. A. nidulans) by transformation with the D4B segment and the entire LovF gene. the methods are used to increase biosynthetic production of lovastatin (with an at least 5-fold increase) which is an anti-hypercholesterolaemic agent, and also has some anti-fungal activity. lovastatin inhibits the conversion of hydroxymethylglutarylcoenzyme A (HMG-CoA) into mevalonate by HMG-CoA reductase. the methods can also be used to increase production of monacolin J (claimed),which has anti-fungal activity.; Similarity: the predicted A. niger protein shows strong similarity to the protein sequence ORF5 of patent WO200006727-A2 (AAY44988); Title: strong similarity to ORF 5 protein from patent WO200037629-A2 - Aspergillus terreus; uncharacterized protein	complement(join(226297..226517,226654..227158))	Aspergillus niger	4980106
An03g01190	CDS	An03g01190	NT_166520.1	227704	228615	D	Title: strong similarity to hypothetical UDP-galactose 4-epimerase - Mesorhizobium loti; uncharacterized protein	227704..228615	Aspergillus niger	4980107
An03g01200	CDS	An03g01200	NT_166520.1	229377	231621	D	Title: similarity to hypothetical transcription regulator SPAC11D3.07c - Schizosaccharomyces pombe; uncharacterized protein	join(229377..229423,229617..229667,229725..230466,230526..231298,231357..231621)	Aspergillus niger	4980108
An03g01210	CDS	An03g01210	NT_166520.1	231745	232947	D	hypothetical protein	join(231745..231761,231850..231933,232028..232228,232278..232513,232641..232771,232864..232947)	Aspergillus niger	84590619
An03g01220	CDS	An03g01220	NT_166520.1	233018	233584	D	Remark: the protein sequence of patent GB2261878-A (AC# AAR35759) covers the apyrase enzyme (ATP diphosphohydrolase) of S. flexneri. the apyrase enzyme is associated with the virulence of all species of Shigella (e. g. S. flexneri, S. dysenteriae, S. sonnei, S. boydii) and related entero-invasive E. coli (EIEC) strains. the apyrase nucleotide sequence can be used in the detection of a virulence determinant in pathogenic bacteria.; Title: weak similarity to apyrase from patent GB2261878-A - Shigella flexneri; uncharacterized protein	join(233018..233404,233522..233584)	Aspergillus niger	84590620
An03g01230	CDS	An03g01230	NT_166520.1	233903	235841	R	Function: biochemical analysis has shown that Csc25 of C. albicans activates the Ras/adenylyl cyclase pathway in S. cerevisiae at a rate two to three times faster than Cdc25 of S. cerevisiae, under the same conditions.; Similarity: similarity is restricted to carboxyterminus as usual for the proteins of the CDC25 family.; Similarity: the size of proteins of this family ranges from 309 residues (LTE1) to 1596 residues (sos).; Title: strong similarity to cell division cycle protein CDC25 - Candida albicans; See PMID 8477693; uncharacterized protein	complement(join(233903..234288,234367..234583,234644..235669,235707..235841))	Aspergillus niger	4980111
An03g01240	CDS	An03g01240	NT_166520.1	236315	238245	R	Function: the transporter for enterobactin (Enb1p) of S. cerevisiae specifically facilitates the uptake of catecholate-type siderophores.; Similarity: S. cerevisiae transporter for enterobactin (Enb1p), also known as YOL158c, and the predicted A. niger protein show strong similarity to the major facilitator superfamily.; Title: strong similarity to hypothetical siderophore-iron transporter for enterobactin Enb1 -Saccharomyces cerevisiae; plasma membrane; See PMID 10831226; uncharacterized protein	complement(join(236315..237249,237297..237320,237375..237910,237971..238245))	Aspergillus niger	4980112
An03g01250	CDS	An03g01250	NT_166520.1	238363	239189	R	Title: questionable ORF; uncharacterized protein	complement(join(238363..238648,238975..239189))	Aspergillus niger	84590621
An03g01260	CDS	An03g01260	NT_166520.1	240032	240337	R	hypothetical protein	complement(join(240032..240196,240266..240337))	Aspergillus niger	84590622
An03g01270	CDS	An03g01270	NT_166520.1	241457	242281	D	Title: weak similarity to hypothetical aminopeptidase SC8E4A.05 - Streptomyces coelicolor; uncharacterized protein	join(241457..241546,241613..242052,242110..242281)	Aspergillus niger	4980115
An03g01280	CDS	An03g01280	NT_166520.1	242812	244817	D	Catalytic activity: glutaminyl-tRNA synthetase of S. cerevisiae catalyses the reaction ATP + L-glutamine + tRNA(Gln) = AMP + diphosphate + L-glutaminyl-tRNA(Gln).; Pathway: glutaminyl-tRNA synthetase activates L-glutamine for protein biosynthesis.; Remark: the amino-terminal extension of glutaminyl-tRNA synthetase of S. cerevisiae is dispensable for aminoacylation activity.; Remark: the patent match is against the translated human ORFX ORF2056 polynucleotide sequence (SEQ ID NO:4111) of patent WO200058473-A2 (AC# AAC76501).; Remark: the predicted A. niger protein may not be complete at the N-terminus, as its length is inbetween pro-and eucaryotic glutaminyl-tRNA synthetases.; Similarity: glutaminyl-tRNA synthetases of eucaryotes and procaryotes are highly conserved but differ in length due to longer eucaryotic N-terminal sequences.; Title: strong similarity to glutamine--tRNA ligase -Saccharomyces cerevisiae; See PMID 3301842; See PMID 8449914; See PMID 3301841; uncharacterized protein	join(242812..243256,243310..244658,244734..244817)	Aspergillus niger	4980116
An03g01290	CDS	An03g01290	NT_166520.1	245471	247492	D	Similarity: the predicted A. niger protein shows strong similarity to several conserved hypothetical procaryotic proteins.; Title: strong similarity to hypothetical large secreted protein - Streptomyces coelicolor; uncharacterized protein	join(245471..246140,246197..246565,246630..247075,247163..247492)	Aspergillus niger	4980117
An03g01300	CDS	An03g01300	NT_166520.1	248120	250290	D	Function: the pathogenicity protein PTH11 functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Localization: a PTH11-green fluorescent protein fusion was localized to the cell membrane and vacuoles.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	join(248120..248154,248535..248692,248810..248970,249024..249128,249185..249582,249669..249733,249806..250290)	Aspergillus niger	4980118
An03g01310	CDS	An03g01310	NT_166520.1	251270	253171	R	Catalytic activity: CTP synthetase of S. cerevisiae catalyses the reaction ATP + UTP + NH(3) = ADP + phosphate + CTP.; Pathway: CTP synthetase catalyses the last reaction in the pyrimidine biosynthesis pathway.; Remark: in the presence of saturating concentrations of ATP and UTP, the URA7-encoded CTP synthetase exists as a tetramer.; Remark: phosphorylation of URA7-encoded CTP synthetase with protein kinase A stimulates its activity to 190%.; Remark: the CTP synthetases encoded by URA7 and URA8 of S. cerevisiae differ significantly with respect to several biochemical properties including turnover number,pH optimum, substrate dependences, and sensitivity to inhibition by CTP.; Similarity: the predicted A. niger protein is similar to both CTP synthetases (URA7 and URA8) of S. cerevisiae.; Title: strong similarity to CTP synthase Ura7 -Saccharomyces cerevisiae; cytoplasm; See PMID 7559626; See PMID 8121398; See PMID 8910520; See PMID 9632643; See PMID 1753946; uncharacterized protein	complement(join(251270..252848,252918..253053,253147..253171))	Aspergillus niger	4980119
An03g01320	CDS	An03g01320	NT_166520.1	254415	255185	D	Title: strong similarity to hypothetical protein mlr2056 - Mesorhizobium loti; uncharacterized protein	254415..255185	Aspergillus niger	4980120
An03g01330	CDS	An03g01330	NT_166520.1	255393	256593	D	hypothetical protein	join(255393..255499,255616..255774,255985..256050,256180..256337,256532..256593)	Aspergillus niger	84590623
An03g01340	CDS	An03g01340	NT_166520.1	256927	257666	R	hypothetical protein	complement(join(256927..257125,257283..257452,257655..257666))	Aspergillus niger	84590624
An03g01350	CDS	An03g01350	NT_166520.1	257722	259097	D	Catalytic activity: alcohol dehydrogenase I (alcA) of A. nidulans catalyses the reaction alcohol + NAD(+) = aldehyde or ketone + NADH.; Cofactor: alcohol dehydrogenase I requires zinc 2+ for its activity.; Pathway: alcohol dehydrogenase I is involved in glycolysis / gluconeogenesis; fatty acid metabolism; bile acid biosynthesis; tyrosine metabolism; glycerolipid metabolism.; Regulation: alcohol dehydrogenase (ADH) I is induced by the transactivator alcR.; Remark: alcR itself is inducible by ethanol or acetaldehyde. alcR is subject to carbon catabolite repression and its expression is controlled by the negatively acting creA wide specificity gene. the repression of alcR is sufficient to explain the carbon catabolite repression of ADH I.; Remark: the patent match is against the A. niger adhA gene of patent WO8704464-A (AC# AAP70497).; Similarity: alcohol dehydrogenase I (alcA) of A. nidulans belongs to the zinc-containing alcohol dehydrogenase family.; Title: strong similarity to alcohol dehydrogenase alcA - Aspergillus nidulans; cytoplasm; See PMID 3158573; See PMID 3297923; uncharacterized protein	join(257722..257896,258034..258116,258170..258346,258402..258471,258528..258778,258831..259097)	Aspergillus niger	4980124
An03g01360	CDS	An03g01360	NT_166520.1	259113	260492	D	Catalytic activity: low specificity threonine aldolase of S. cerevisiae catalyses the reaction L-allo-threonine or L-threonine = glycine + acetaldehyde.; Cofactor: low specificity threonine aldolase of S. cerevisiae needs pyridoxal phosphate as a cofactor.; Complex: GLY1 of S. cerevisiae exists as a homotetramer.; Pathway: threonine aldolase catalyses the last step in the glycine biosynthesis pathway.; Remark: GLY1 of S. cerevisiae has the systematic name of YEL046C.; Similarity: low specificity threonine aldolase of S. cerevisiae and the predicted A. niger protein belong to the threonine aldolase family.; Title: strong similarity to threonine aldolase Gly1 - Saccharomyces cerevisiae; See PMID 8132653; See PMID 9151955; See PMID 9163906; uncharacterized protein	join(259113..259337,259388..259721,259775..260112,260166..260492)	Aspergillus niger	84590625
An03g01370	CDS	An03g01370	NT_166520.1	260675	261559	R	Title: strong similarity to hypothetical oxidoreductase of gene CC3685 - Caulobacter crescentus; uncharacterized protein	complement(260675..261559)	Aspergillus niger	4980125
An03g01380	CDS	An03g01380	NT_166520.1	262220	262617	D	hypothetical protein	join(262220..262231,262273..262617)	Aspergillus niger	84590626
An03g01390	CDS	An03g01390	NT_166520.1	263005	264222	D	Remark: the patent match is against the protein sequence of 6-hydroxynicotinic acid mono-oxygenase covered by patent JP09121864-A (AC# AAW10018).; Remark: the patented 6-hydroxynicotinic acid mono-oxygenase is useful for the industrial production of 2, 5-dihydroxypyridine.; Remark: the predicted A. niger protein shows strong similarity to several probable oxidoreductases of different procaryotic organisms.; Title: similarity to 6-hydroxynicotinic acid mono-oxygenase from patent JP09121864-A - Pseudomonas fluorescens; uncharacterized protein	263005..264222	Aspergillus niger	4980127
An03g01400	CDS	An03g01400	NT_166520.1	265262	266067	R	Similarity: the ORF shows strong similarity to another A. niger protein. The similarity between the two proteins, however, is restricted to a stretch of about 100 amino acids.; Title: strong similarity to hypothetical protein encoded by An08g12070 - Aspergillus niger; uncharacterized protein	complement(join(265262..265693,265972..266067))	Aspergillus niger	84590627
An03g01410	CDS	An03g01410	NT_166520.1	266475	268218	D	Similarity: the ORF shows similarity to another A. niger protein. The similarity between the two proteins,however, is restricted to a stretch of about 100 amino acids.; Title: similarity to hypothetical protein encoded by An01g02950 - Aspergillus niger; uncharacterized protein	join(266475..267418,267474..268218)	Aspergillus niger	4980130
An03g01420	CDS	An03g01420	NT_166520.1	269072	271273	D	Title: weak similarity to polypeptide SEQ ID NO:1833 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	join(269072..271097,271212..271273)	Aspergillus niger	84590628
An03g01430	CDS	An03g01430	NT_166520.1	273429	274812	R	Function: M. grisea Pth11 is a pathogenicity gene.; Function: M. grisea Pth11p likely is involved in host surface recognition.; Function: M. grisea pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation.; Localization: in M. grisea a Pth11-green fluorescent protein fusion localised to the cell membrane and vacuoles.; Similarity: similarity of the predicted A. niger protein and M. grisea Pth11 is limited to the N-terminal half of the protein sequences.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(273429..273860,273923..274131,274205..274344,274395..274621,274672..274812))	Aspergillus niger	4980131
An03g01440	CDS	An03g01440	NT_166520.1	275608	276269	D	hypothetical protein	join(275608..275726,275820..275885,275984..276050,276141..276269)	Aspergillus niger	84590629
An03g01450	CDS	An03g01450	NT_166520.1	276548	278482	R	Remark: the patented DNA sequence encodes a Corynebacterium glutamicum membrane construction and membrane transport (MCT) protein. MCT nucleic acids and proteins are useful in the identification of microorganisms which can be used to produce fine chemicals, for modulating fine chemical production in C. glutamicum or related bacteria (e. g. Brevibacterium lactofermentum), the typing or identification of C. glutamicum or related bacteria, as reference points for mapping C. glutamicum genome, and as markers for transformation.; Similarity: the predicted A. niger protein and the translated DNA sequence (ID NO:513) of patent WO200100805-A2 (AC# AAF67999) belong to the major facilitator superfamily.; Similarity: the predicted A. niger protein is strongly similar to the putative membrane transporter encoded by SPAPB1E7. 08 of S. pombe.; Title: similarity to MCT protein from patent WO200100805-A2 - Corynebacterium glutamicum; uncharacterized protein	complement(join(276548..276780,276840..277127,277188..277564,277615..277761,277814..278117,278180..278235,278292..278482))	Aspergillus niger	4980133
An03g01460	CDS	An03g01460	NT_166520.1	278943	280113	R	Catalytic activity: gibberellin (GA) 7-oxidase oxidizes GA12-aldehyde to GA12 and GA14-aldehyde to GA14. they further metabolise GA12 to four products, two of which are monohydroxylated GA12.; Pathway: gibberellin 7-oxidase of C. maxima catalyses the last step in gibberellin biosynthesis.; Similarity: gibberellin 7-oxidase of C. maxima belongs to the superfamily of 1-aminocyclopropane-1-carboxylate oxidases.; Title: strong similarity to gibberellin 7-oxidase -Cucurbita maxima; See PMID 9177256; uncharacterized protein	complement(join(278943..279290,279354..279832,279891..280113))	Aspergillus niger	4980134
An03g01470	CDS	An03g01470	NT_166520.1	280561	282368	D	Remark: the genes for phthalate degradation are arranged in at least three transcriptional units in B. cepacia. the gene for phthalate dioxygenase reductase (ophA1) is present by itself, while the genes for an inactive transporter (ophD) and 4,5-dihydroxyphthalate decarboxylase (ophC) are linked and the genes for phthalate dioxygenase oxygenase (ophA2) and cis-phthalate dihydrodiol dehydrogenase (ophB) are linked.; Remark: uptake inhibition experiments show that 4-hydroxyphthalate, 4-chlorophthalate, 4-methylphthalate,and cinchomeronate compete for the phthalate permease of B. cepacia.; Similarity: the phthalate transporter (ophD) of B. cepacia belongs to the major facilitator superfamily.; Title: strong similarity to phthalate permease ophD - Burkholderia cepacia; plasma membrane; See PMID 9851995; See PMID 10498738; uncharacterized protein	join(280561..280664,280716..280765,280858..281055,281100..281184,281229..281685,281735..282126,282173..282368)	Aspergillus niger	4980135
An03g01480	CDS	An03g01480	NT_166520.1	282679	284959	D	Similarity: the predicted A. niger protein shows similarity to several hypothetical fungal proteins with an N-terminal C2H2 zinc finger domain and a conserved C-terminus.; Title: strong similarity to hypothetical C2H2 zinc finger protein - Schizosaccharomyces pombe; uncharacterized protein	join(282679..283297,283333..284574,284667..284959)	Aspergillus niger	4980136
An03g01490	CDS	An03g01490	NT_166520.1	285317	286171	R	Remark: the patent match is against the translated DNA sequence 791 of patent WO0100843-A/791 (AC# AX064509).; Remark: the patent simply states that it covers C. glutamicum genes encoding metabolic pathway proteins.; Title: strong similarity to protein sequence 791 from patent WO0100843-A - Corynebacterium glutamicum; uncharacterized protein	complement(285317..286171)	Aspergillus niger	4980137
An03g01500	CDS	An03g01500	NT_166520.1	286493	287497	R	Title: strong similarity to hypothetical protein encoded by An11g08910 - Aspergillus niger; uncharacterized protein	complement(join(286493..287287,287318..287497))	Aspergillus niger	84590630
An03g01510	CDS	An03g01510	NT_166520.1	288021	288513	D	hypothetical protein	join(288021..288044,288145..288513)	Aspergillus niger	84590631
An03g01520	CDS	An03g01520	NT_166520.1	288984	290193	R	Catalytic activity: 12-oxophytodienoate reductase (opr) of L. esculentum catalyses the reaction 8-[(1R,2R)-3-oxo-2-{(Z)-pent-2-enyl}cyclopentyl]octanoate + NADP(+) = (15Z)-12-oxophyto-10,15-dienoate + NADPH.; Cofactor: 12-oxophytodienoate reductase (opr) of L. esculentum is a flavin (FMN)-protein.; Pathway: L. esculentum 12-oxophytodienoate reductase is an enzyme of the octadecanoid signaling pathway.; Remark: photoreduction of the LeOPR-bound FMN resulted in the formation of a red, anionic semiquinone prior to the formation of the fully reduced flavin dihydroquinone. spectroscopic characterization of LeOPR revealed the formation of charge transfer complexes upon titration with para-substituted phenolic compounds, a distinctive feature of the enzymes of the OYE (Old Yellow Enzyme) family.; Similarity: 12-oxophytodienoate reductase (opr) of L. esculentum (LeOPR) and the predicted protein of A niger show strong similarity to NADH:flavin oxidoreductases.; Title: strong similarity to 12-oxophytodienoate reductase opr - Lycopersicon esculentum; See PMID 10574986; uncharacterized protein	complement(join(288984..289919,289975..290193))	Aspergillus niger	4980140
An03g01530	CDS	An03g01530	NT_166520.1	290799	295216	D	Catalytic activity: xanthine dehydrogenase (hxA) of A. nidulans catalyses the reaction xanthine + NAD(+) + H2O = urate + NADH.; Cofactor: xanthine dehydrogenase (hxA) of A. nidulans requires molybdenum as a cofactor.; Induction: the transcription of the hxA gene of A. nidulans is induced by the uric acid analogue 2-thiouric acid and repressed by ammonium. induction necessitates the product of the uaY regulatory gene.; Pathway: xanthine dehydrogenase (hxA) of A. nidulans is involved in the catabolism of adenine, urate and hypoxanthine.; Remark: the 5'-EST an_3264 of A. niger is highly similar to the nucleotide sequence of the ORF. this EST most likely encodes a C-terminal fragment of the A. niger xanthine dehydrogenase.; Title: strong similarity to xanthine dehydrogenase hxA - Aspergillus nidulans; See PMID 7876088; uncharacterized protein	join(290799..291075,291116..291215,291256..291442,291518..293388,293448..294627,294683..295216)	Aspergillus niger	4980141
An03g01540	CDS	An03g01540	NT_166520.1	295558	297235	R	Catalytic activity: salicylate 1-hydroxylases catalyse the reaction salicylate + NAD(H) + O(2) = catechol + NAD(+) + H(2)O + CO(2).; Cofactor: salicylate 1-hydroxylase requires the cofactor FAD.; Induction: nahG and nahW genes of P. stutzeri AN10 are induced and expressed upon incubation with salicylate.; Pathway: NahG and NahW are involved in naphthalene and salicylate metabolism.; Remark: both enzymes exhibit broad substrate specificities and metabolize salicylate, methylsalicylates,and chlorosalicylates.; Similarity: the predicted A. niger protein shows homology to two independent salicylate 1-hydroxylases (NahG and NahW) of P. stutzeri.; Title: strong similarity to salicylate hydroxylase nahW - Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	complement(join(295558..295564,295616..295671,295718..296045,296100..296246,296291..296429,296478..297123,297176..297235))	Aspergillus niger	4980142
An03g01550	CDS	An03g01550	NT_166520.1	297512	298030	D	Catalytic activity: gluconate:NADP 5-oxidoreductase (GNO) of G. oxydans catalyses the reaction D-gluconate + NAD(P)(+) = 5-dehydro-D-gluconate + NAD(P)H.; Remark: GNO is involved in the nonphosphorylative,ketogenic oxidation of glucose and oxidizes gluconate to 5-ketogluconate.; Similarity: GNO of G. oxydans shows homology to members of the short-chain alcohol dehydrogenase family.; Specificity: GNO of G. oxydans is almost inactive with NAD as a cofactor and is very specific for the substrates gluconate and 5-ketogluconate.; Title: similarity to gluconate:NADP 5-oxidoreductase GNO - Gluconobacter oxydans [truncated ORF]; cytoplasm; See PMID 7751271; See PMID 7981120; uncharacterized protein	join(297512..297520,297572..297747,297808..>298030)	Aspergillus niger	84590632
An03g01560	CDS	An03g01560	NT_166520.1	298413	300568	D	Catalytic activity: phenol + NADPH + O(2) = catechol + NADP(+) + H(2)O (acts also on monohydroxy-, monohalo-,monoamino- and monomethylphenols).; Cofactor: phenol 2-monooxygenase of T. cutaneum is a FAD flavoprotein.; Complex: phenol 2-monooxygenase of T. cutaneum is a homodimer.; Pathway: phenol 2-monooxygenase of T. cutaneum catalyzes the first step of phenol biodegradation.; Regulation: phenol 2-monooxygenase of T. cutaneum is inhibited by excess phenol.; Title: strong similarity to phenol 2-monooxygenase -Trichosporon cutaneum; See PMID 1429434; uncharacterized protein	join(298413..298513,298576..298750,298819..299191,299261..299488,299544..299626,299687..300568)	Aspergillus niger	4980144
An03g01570	CDS	An03g01570	NT_166520.1	301070	304026	R	Function: the expression of spoVK in mother cells from B. subtilis is necessary for the completion of spore development.; Phenotype: mutations in spoVK of B. subtilis block the sporulation at a late stage.; Remark: manual closest BLASTP homologue: PIR:S16301.; Remark: spoVK of B. subtilis is also called spoVJ and belongs to the cbxx/cfxq superfamily, which members harbour conserved sequence motifs.; Title: similarity to stage V sporulation protein spoVK - Bacillus subtilis; See PMID 1732196; See PMID 1787791; See PMID 2514336; See PMID 6405008; uncharacterized protein	complement(join(301070..301848,301904..302605,302655..304026))	Aspergillus niger	4980145
An03g01580	CDS	An03g01580	NT_166520.1	304392	305785	R	hypothetical protein	complement(join(304392..304530,304574..304918,305066..305097,305219..305351,305471..305576,305656..305785))	Aspergillus niger	84590633
An03g01590	CDS	An03g01590	NT_166520.1	306278	308134	R	Function: GAP1 of S. cerevisiae transports all naturally-occurring L-amino acids, GABA, ornithine,citrulline, some D-amino acids, and some toxic analogs.; Similarity: GAP1 of S. cerevisiae belongs to the major facilitator superfamily.; Title: strong similarity to general amino acid permease Gap1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8720066; See PMID 8893857; See PMID 9171427; See PMID 9199164; See PMID 2194797; uncharacterized protein	complement(join(306278..306844,306931..307394,307467..307647,307697..308134))	Aspergillus niger	4980147
An03g01600	CDS	An03g01600	NT_166520.1	309248	309959	R	hypothetical protein	complement(join(309248..309475,309527..309597,309672..309831,309900..309959))	Aspergillus niger	84590634
An03g01610	CDS	An03g01610	NT_166520.1	310579	311493	R	hypothetical protein	complement(join(310579..310815,310855..310985,311391..311493))	Aspergillus niger	84590635
An03g01620	CDS	An03g01620	NT_166520.1	312836	314687	D	Function: high affinity glucose transporter.; Remark: expression of HGT1 from Kluyveromyces lactis is constitutive (in contrast to RAG1, the major gene for low-affinity glucose uptake in K. lactis) and is controlled by several genes also known to affect expression of RAG1.; Similarity: belongs to the sugar transporter family.; Title: strong similarity to high affinity glucose transporter HGT1 - Kluyveromyces lactis; plasma membrane; See PMID 8830679; uncharacterized protein	join(312836..312860,312915..313042,313117..313303,313360..313886,313946..314236,314304..314687)	Aspergillus niger	4980150
An03g01630	CDS	An03g01630	NT_166520.1	315807	316404	D	hypothetical protein	join(315807..316011,316070..316404)	Aspergillus niger	4980151
An03g01640	CDS	An03g01640	NT_166520.1	317579	317895	D	Similarity: the ORF shows weak similarity to another A. niger protein. The similarity between the two proteins,however, is restricted to a stretch of about 40 amino acids.; Title: weak similarity to hypothetical protein encoded by An14g06170 - Aspergillus niger; uncharacterized protein	join(317579..317783,317816..317895)	Aspergillus niger	4980152
An03g01650	CDS	An03g01650	NT_166520.1	318071	319335	R	Function: The mae1 gene encodes a permease involved in the uptake of L-malate, succinate and malonic acid.; Title: similarity to C4-dicarboxylate transport protein mae1p - Schizosaccharomyces pombe; plasma membrane; See PMID 8750236; uncharacterized protein	complement(join(318071..318286,318340..319335))	Aspergillus niger	4980153
An03g01660	CDS	An03g01660	NT_166520.1	320630	322722	D	Function: APE3 of S. cerevisiae is a metallo (Zn2+) aminopeptidase activated by Co2+, and represents the major vacuolar aminopeptidase with preference for basic amino acids and proline.; Remark: APE3 of S. cerevisiae is also called APY1 or YBR286W.; Title: strong similarity to vacuolar aminopeptidase Y Ape3 - Saccharomyces cerevisiae; vacuole; See PMID 8175800; See PMID 8674980; See PMID 10551827; See PMID 10590462; See PMID 8175799; uncharacterized protein	join(320630..320888,320954..322095,322167..322288,322599..322722)	Aspergillus niger	4980154
An03g01670	CDS	An03g01670	NT_166520.1	323252	324323	D	Title: strong similarity to hypothetical protein encoded by An10g00970 - Aspergillus niger; uncharacterized protein	join(323252..323499,323573..323610,323665..323724,323924..324001,324058..324214,324299..324323)	Aspergillus niger	4980155
An03g01680	CDS	An03g01680	NT_166520.1	324449	325242	R	Similarity: 80% of the predicted protein is constituted by repetitive, low-complexity regions; these explain some BLASTP hits that cannot be considered significant.; hypothetical protein	complement(join(324449..324636,324717..325242))	Aspergillus niger	4980156
An03g01690	CDS	An03g01690	NT_166520.1	327058	328560	R	Catalytic activity: dat of A. baumannii catalyzes the following reversible reaction: L-2,4-diaminobutyric acid + 2-ketoglutaric acid<-->L-glutamic acid + L-aspartic beta-semialdehyde.; Function: dat of A. baumannii participates in the synthesis of 1,3-diaminopropane, the only diamine found in this genus; however, the biological role, if one exists, of 1,3-diaminopropane synthesis is unknown.; Similarity: the predicted protein shows similarity also to other decarboxylases with different specificity.; Title: strong similarity to L-2,4-diaminobutyrate decarboxylase dat - Acinetobacter baumannii; See PMID 8772175; See PMID 9260954; uncharacterized protein	complement(327058..328560)	Aspergillus niger	4980157
An03g01700	CDS	An03g01700	NT_166520.1	329808	331403	R	Function: fumonisin esterases from E. spinifera can degrade fumonisin.; Remark: fumonisins, a class of mycotoxins, have cancer-promoting activity.; Title: strong similarity to fumonisin esterase BAA-ESP1 from patent WO9902703-A1 - Exophiala spinifera; See PMID 10441035; uncharacterized protein	complement(329808..331403)	Aspergillus niger	4980158
An03g01710	CDS	An03g01710	NT_166520.1	332501	333571	R	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Title: strong similarity to protein fragment SEQ ID NO:22769 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(332501..332830,332909..333002,333048..333178,333283..333451,333513..333571))	Aspergillus niger	4980159
An03g01720	CDS	An03g01720	NT_166520.1	334558	335058	R	hypothetical protein	complement(join(334558..334819,334896..334940,334985..335058))	Aspergillus niger	84590636
An03g01730	CDS	An03g01730	NT_166520.1	335118	336276	R	Title: weak similarity to galactitol utilization operon repressor encoded by ECs2893 - Escherichia coli; uncharacterized protein	complement(join(335118..335288,335404..335596,335718..335798,335989..336148,336222..336276))	Aspergillus niger	84590637
An03g01740	CDS	An03g01740	NT_166520.1	336350	337600	D	Title: similarity to hypothetical protein CAD70538.1 - Neurospora crassa; uncharacterized protein	336350..337600	Aspergillus niger	4980162
An03g01750	CDS	An03g01750	NT_166520.1	338243	339813	D	Function: Mst1 from A. muscaria is a monosaccharide transporter.; Induction: Mst1 from A. muscaria is constitutively expressed in fungal hyphae under all growth conditions.; Induction: in mycorrhizas and in hyphae from A. muscaria grown at higher monosaccharide concentrations increased the amount of AmMst1 transcript fourfold.; Title: strong similarity to monosaccharide transporter AmMst-1 - Amanita muscaria; plasma membrane; See PMID 9487692; uncharacterized protein	join(338243..338661,338718..339813)	Aspergillus niger	4980163
An03g01760	CDS	An03g01760	NT_166520.1	340490	343293	R	Function: ntf1 from S. pombe plays an important role in regulating the expression of the thiamine repressible gene nmt1.; Title: strong similarity to transcription factor ntf1p - Schizosaccharomyces pombe; nucleus; See PMID 8163491; uncharacterized protein	complement(join(340490..341108,341183..341445,341667..341887,341962..342628,342831..343088,343144..343293))	Aspergillus niger	84590638
An03g01770	CDS	An03g01770	NT_166520.1	344557	345239	R	Similarity: the ORF also shows strong similarity to the EST an_3410 from Aspergillus niger.; Title: strong similarity to EST an_3645 -Aspergillus niger; uncharacterized protein	complement(join(344557..344630,344666..345239))	Aspergillus niger	4980165
An03g01780	CDS	An03g01780	NT_166520.1	345585	346306	R	hypothetical protein	complement(join(345585..345816,345892..345992,346085..346144,346265..346306))	Aspergillus niger	84590639
An03g01790	CDS	An03g01790	NT_166520.1	348531	350180	R	Remark: the ORF is truncated and contains no stop codon, due to the end of the contig.; Similarity: the ORF encoded protein shows similarities to transporter proteins.; Title: strong similarity to transporter protein from patent WO0100804-A - Corynebacterium glutamicum [truncated ORF]; plasma membrane; uncharacterized protein	complement(join(<348531..349076,349149..349898,350046..350180))	Aspergillus niger	4980167
An03g01800	CDS	An03g01800	NT_166520.1	351419	351863	D	Function: this bovine brain derived endogenous benzodiazepinoid or endozepine (EBZD) protein is a valium agonist binding to diazepam receptors.; Remark: at low dosage EBZD causes agitation and heightened awareness while at high dosage it causes sedation.; Similarity: the ORF shows similarity to acyl-coenzyme A-binding proteins, which is involved in membrane lipid transport/biogenesis by influencing acyl-CoA metabolism.; Title: strong similarity to brain polypeptide endogenous benzodiazepinoid EBZD from patent US5011777-A -Bos taurus; See PMID 1454809; See PMID 10331663; uncharacterized protein	join(351419..351493,351572..351646,351747..351863)	Aspergillus niger	4980168
An03g01810	CDS	An03g01810	NT_166520.1	353983	355283	R	Remark: there are no further informations about the patent available.; Title: similarity to ORF5 protein from patent WO200037629-A2 - Aspergillus terreus; uncharacterized protein	complement(join(353983..354803,354841..354870,355235..355283))	Aspergillus niger	4980169
An03g01820	CDS	An03g01820	NT_166520.1	355608	362072	D	Phenotype: the disruption of the Nodulisporium melanin polyketide synthase pks1 gene results in a mel(-) phenotype.; Title: strong similarity to melanin polyketide synthase PKS - Nodulisporium sp.; See PMID 10628853; uncharacterized protein	join(355608..356638,356699..362072)	Aspergillus niger	4980170
An03g01830	CDS	An03g01830	NT_166520.1	363040	363849	R	Title: strong similarity to hypothetical protein encoded by An12g05420 - Aspergillus niger; uncharacterized protein	complement(363040..363849)	Aspergillus niger	4980171
An03g01850	CDS	An03g01850	NT_166520.1	365114	365941	R	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Title: similarity to protein fragment SEQ ID NO:1406 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(365114..365941)	Aspergillus niger	4980173
An03g01860	CDS	An03g01860	NT_166520.1	367147	367758	R	Catalytic activity: N-Carbamoylsarcosine + H2O = Sarcosine + CO2 + NH3.; Cofactor: one sulfate ion per subunit.; Complex: homotetramer.; Title: similarity to N-carbamoyl-sarcosine amidohydrolase CSHase from patent EP476670-A - Arthrobacter sp.; See PMID 8913306; See PMID 1381445; uncharacterized protein	complement(367147..367758)	Aspergillus niger	4980174
An03g01870	CDS	An03g01870	NT_166520.1	369192	370391	D	Title: similarity to hypothetical cysteine-binding protein fliY - Haloferax volcanii; uncharacterized protein	join(369192..369407,369464..369598,369645..370391)	Aspergillus niger	84590640
An03g01880	CDS	An03g01880	NT_166520.1	370791	371348	D	Function: an intermediate step in the Ubiquitylation reaction consist of a reversible thiolester binding between the C-terminal Glycin of Ubiquitin and an Cystein of the Ubiquitin conjugating enzyme.; Remark: the essentiell Cystein residue for a ubiquitin conjugating activity is conserved.; Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Title: strong similarity to ubiquitin conjugating enzyme SEQ ID NO:908 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	370791..371348	Aspergillus niger	4980176
An03g01890	CDS	An03g01890	NT_166520.1	372080	373531	D	Title: weak similarity to microtubule-associated protein tau - Mus musculus; uncharacterized protein	join(372080..372646,372713..373531)	Aspergillus niger	4980177
An03g01900	CDS	An03g01900	NT_166520.1	374311	377445	D	hypothetical protein	join(374311..374523,374573..374682,374796..374937,374995..375365,375415..375748,375810..375836,376141..376293,376354..376591,376803..376809,377284..377374,377422..377445)	Aspergillus niger	4980178
An03g01910	CDS	An03g01910	NT_166520.1	377982	379487	R	Catalytic activity: ATP + N-Acetyl-L-glutamate = ADP + N-Acetyl-L-glutamate 5-phosphate.; Complex: Acetylglutamate kinase from N. crassa acetylglutamate kinase appears to be an octamer.; Function: Acetylglutamate kinase from N. crassa is a regulatory enzyme and has been shown to be feedback-inhibited by arginine.; Function: Acetylglutamate kinase is involved in arginine biosynthesis in N. crassa.; Localization: Acetylglutamate kinase from N. crassa has been shown to be a soluble matrix enzyme in mitochondria.; Title: strong similarity to N-acetylglutamate kinase AGK - Neurospora crassa; localisation:mitochondrion; See PMID 2420793; See PMID 2987210; See PMID 6251078; uncharacterized protein	complement(377982..379487)	Aspergillus niger	4980179
An03g01920	CDS	An03g01920	NT_166520.1	379759	381190	R	Remark: the human HSKM-B gene is expressed in human liver cancer tissue.; Remark: the matching coding sequence of patent WO200058473-A2 is identical to the sequence of the human HSKM-B.; Remark: there are no further informations about the patent available.; Title: similarity to human ORFX ORF2524 polypeptide sequence SEQ ID NO:5048 from patent WO200058473-A2 - Homo sapiens; uncharacterized protein	complement(join(379759..379774,379884..380083,380163..380490,380534..380983,381108..381190))	Aspergillus niger	84590641
An03g01930	CDS	An03g01930	NT_166520.1	381500	382600	D	hypothetical protein	join(381500..381599,381654..381724,382111..382240,382336..382394,382517..382600)	Aspergillus niger	84590642
An03g01940	CDS	An03g01940	NT_166520.1	382915	383745	D	Title: weak similarity to puromycin N-acetyl transferase pac - Streptomyces alboniger; uncharacterized protein	join(382915..383326,383379..383569,383668..383745)	Aspergillus niger	4980182
An03g01950	CDS	An03g01950	NT_166520.1	384425	385429	D	Title: similarity to hypothetical conserved protein encoded by the gene CC3732 - Caulobacter crescentus; uncharacterized protein	384425..385429	Aspergillus niger	4980183
An03g01960	CDS	An03g01960	NT_166520.1	385593	385952	R	Title: questionable ORF; uncharacterized protein	complement(join(385593..385669,385716..385805,385889..385952))	Aspergillus niger	84590643
An03g01970	CDS	An03g01970	NT_166520.1	387005	387703	R	hypothetical protein	complement(join(387005..387400,387482..387550,387635..387703))	Aspergillus niger	84590644
An03g02000	CDS	An03g02000	NT_166520.1	389357	391590	R	Function: nirA of A. nidulans encodes a transcription factor with a GAL4-type zinc finger domain.; Function: nirA of A. nidulans is a pathway-specific regulatory gene of nitrate assimilation.; Phenotype: mutations in nirA of A. nidulans affect the transcription levels of niiA and niaD (a nitrite and a nitrate reductase, respectively).; Remark: Emericella nidulans = Aspergillus nidulans.; Remark: an alternate name for nitrate assimilation regulatory protein nirA is transcription factor nirA.; Title: strong similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; See PMID 1538701; See PMID 1990284; See PMID 347305; uncharacterized protein	complement(join(389357..389881,389920..389928,390052..390322,390372..390545,390606..390757,390829..391398,391468..391590))	Aspergillus niger	4980188
An03g02010	CDS	An03g02010	NT_166520.1	391764	392899	R	hypothetical protein	complement(join(391764..391945,392026..392292,392554..392681,392805..392899))	Aspergillus niger	84590645
An03g02020	CDS	An03g02020	NT_166520.1	393138	394138	D	hypothetical protein	join(393138..393228,393311..393413,393634..393821,393936..394138)	Aspergillus niger	84590646
An03g02030	CDS	An03g02030	NT_166520.1	394441	394979	D	Title: weak similarity to tissue plasminogen activator mutant 2K1 from patent WO8907146-A - Homo sapiens; uncharacterized protein	join(394441..394641,394710..394979)	Aspergillus niger	84590647
An03g02040	CDS	An03g02040	NT_166520.1	395419	396821	R	Catalytic activity: S-Adenosyl-L-methionine + Phospholipid olefinic fatty acid = S-Adenosyl-L-homocysteine + Phospholipid cyclopropane fatty acid.; Function: the cyclopropane fatty acid (CFA) synthase of E. coli catalyzes the methylenation of the unsaturated moieties of phospholipids in a phospholipid bilayer.; Remark: overproduction of the CFA-synthase of E. coli causes abnormally high levels of CFA in membrane phospholipid but no discernable growth perturbation.; Title: strong similarity to cyclopropane-fatty-acyl-phospholipid synthase - Escherichia coli; See PMID 6325391; See PMID 7024727; See PMID 380648; See PMID 1445840; uncharacterized protein	complement(join(395419..395780,395842..396547,396603..396821))	Aspergillus niger	4980192
An03g02050	CDS	An03g02050	NT_166520.1	397626	398858	D	Similarity: the similarity between the two A. niger proteins is restricted to a stretch of about 100 amino acids.; Title: weak similarity to hypothetical protein encoded by An06g02100 - Aspergillus niger; uncharacterized protein	join(397626..397743,398113..398418,398515..398858)	Aspergillus niger	84590648
An03g02060	CDS	An03g02060	NT_166520.1	399092	400588	D	Catalytic activity: trans,trans-Farnesyl diphosphate + Isopentenyl diphosphate = Pyrophosphate + Geranylgeranyl diphosphate.; Function: the albino-3 gene of N. crassa encodes the carotenoid biosynthetic enzyme geranylgeranyl-pyrophosphate synthetase.; Induction: the albino-3 gene is not expressed in the dark but its transcription is induced by blue light.; Remark: the synonym for albino-3 from N. crassa is al-3.; Title: strong similarity to geranylgeranyl pyrophosphate synthase albino-3 - Neurospora crassa; See PMID 1826006; See PMID 8350190; uncharacterized protein	join(399092..399508,399551..399711,399762..399925,399974..400221,400274..400588)	Aspergillus niger	4980194
An03g02070	CDS	An03g02070	NT_166520.1	400978	402103	R	Title: similarity to hypothetical protein CAD11794.1 - Neurospora crassa; uncharacterized protein	complement(join(400978..401341,401418..401569,401691..401809,401868..402011,402064..402103))	Aspergillus niger	4980195
An03g02080	CDS	An03g02080	NT_166520.1	402751	404383	D	Catalytic activity: (1,4-alpha-D-Galacturonide)n + H2O = (1,4-alpha-D-Galacturonide)n-1 + D-Galacturonate.; Function: The enzyme pgaX from A. tubingensis has been characterized as an exopolygalacturonase [poly(1,4-alpha-D-galacturonide)galacturonohydrolase] that cleaves monomer units from the non-reducing end of the substrate molecule.; Induction: Expression of the pgaX gene from A. tubingensis is inducible with galacturonic acid and is subject to catabolite repression.; Title: strong similarity to exopolygalacturonase pgaX - Aspergillus tubingensis; extracellular/secretion proteins; See PMID 8856078; uncharacterized protein	join(402751..403131,403190..403446,403509..403591,403654..403965,404025..404383)	Aspergillus niger	4980196
An03g02090	CDS	An03g02090	NT_166520.1	405300	406630	R	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Similarity: the ORF encoded protein shows also similarities to monooxygenases.; Title: similarity to protein fragment SEQ ID NO:50322 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(405300..405556,405604..406504,406565..406630))	Aspergillus niger	4980197
An03g02100	CDS	An03g02100	NT_166520.1	406942	408003	D	Function: the lipase lipP from Pseudomonas shows high activity towards short-chain to medium-chain fatty acids and 1,3-positional specificity towards triolein.; Repression: the lipase lipP from Pseudomonas is strongly inhibited by zinc, cupric, ferric and mercury ions but is not affected by phenylmethylsulfonyl fluoride and bisnitrophenyl phosphate.; Similarity: lipP from Pseudomonas belongs to the 'GDXG' family of lipolytic enzymes.; Title: strong similarity to cold-adapted lipase lipP - Pseudomonas sp.; See PMID 9464382; uncharacterized protein	join(406942..407236,407291..408003)	Aspergillus niger	4980198
An03g02110	CDS	An03g02110	NT_166520.1	408414	409598	R	Function: A ketoreductase is capable of reducing a variety of alpha-ketolactones, alpha-ketolactams and diketones.; Remark: The matched sequence of patent EP918090-A2 represents the putative ketoreductase of S. cerevisiae YDR541c.; Title: strong similarity to ketoreductase YDR541c from patent EP918090-A2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(408414..408754,408811..409030,409104..409598))	Aspergillus niger	4980199
An03g02120	CDS	An03g02120	NT_166520.1	409758	411521	R	Complex: Dal5 from S. cerevisiae is a component of the allantoate transport system.; Induction: the DAL5 gene is constitutively expressed in S. cerevisiae.; Remark: the Dal5 protein from S. cerevisiae is highly hydrophobic.; Remark: the synonym for Dal5 from S. cerevisiae is YLL055w.; Similarity: Dal5 from S. cerevisiae is a member of the allantoate family of the major facilitator superfamily (MFS).; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; See PMID 3301804; See PMID 10869563; uncharacterized protein	complement(join(409758..409953,410006..410091,410152..410217,410269..410942,410997..411146,411198..411306,411366..411521))	Aspergillus niger	4980200
An03g02130	CDS	An03g02130	NT_166520.1	411863	413557	D	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Remark: nahG from P. putida catalyzes the formation of catechol from salicylate, a key intermediate in naphthalene catabolism.; Similarity: belongs to the tetracycline 6-hydroxylase family.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas putida; See PMID 1993181; See PMID 8328809; See PMID 296054; uncharacterized protein	join(411863..412171,412233..412430,412501..412855,412904..413220,413372..413557)	Aspergillus niger	4980201
An03g02140	CDS	An03g02140	NT_166520.1	413943	416040	R	Function: Uga3 of S. cerevisiae is required for GABA-dependent induction of GABA catabolic enzymes and a GABA-specific permease.; Remark: the synonym for Uga3 from S. cerevisiae is YDL170w.; Title: similarity to regulator protein Uga3 -Saccharomyces cerevisiae; See PMID 2109179; See PMID 10713424; uncharacterized protein	complement(join(413943..414004,414146..415045,415099..415658,415718..415838,415891..415933,415999..416040))	Aspergillus niger	4980202
An03g02150	CDS	An03g02150	NT_166520.1	416856	417884	R	Title: weak similarity to bacteriochlorophyll c synthase bchK - Chlorobium tepidum; uncharacterized protein	complement(join(416856..417819,417877..417884))	Aspergillus niger	4980203
An03g02160	CDS	An03g02160	NT_166520.1	418863	419870	R	Catalytic activity: UDPglucose = UDPgalactose.; Cofactor: NAD+.; Phenotype: the gal10 deletion mutant of S. cerevisiae is viable but cannot utilize galactose.; Remark: UDP-glucose 4-epimerase from Saccharomyces was inactivated both in vivo and in vitro (crude extracts) by L-arabinose or D-xylose.; Similarity: Gal10 from S. cerevisiaebelongs to the UDPglucose 4-epimerase family.; Title: similarity to UDP-glucose 4-epimerase Gal10 -Saccharomyces cerevisiae; See PMID 3333299; See PMID 6292668; See PMID 6987227; uncharacterized protein	complement(418863..419870)	Aspergillus niger	4980204
An03g02170	CDS	An03g02170	NT_166520.1	419938	421240	R	hypothetical protein	complement(join(419938..420276,420610..420680,420795..420909,421000..421031,421156..421240))	Aspergillus niger	84590649
An03g02180	CDS	An03g02180	NT_166520.1	421362	422357	D	Remark: about the patent is no further information available.; Title: strong similarity to hydrophobic domain protein from patent WO200029448-A2 - Homo sapiens; uncharacterized protein	421362..422357	Aspergillus niger	4980206
An03g02190	CDS	An03g02190	NT_166520.1	423387	425233	R	Function: Sut1 from P. stipidis transports glucose and is also able to transport xylose and other monosaccharides.; Function: when SUT1 from P. stipidis is expressed in a S. cerevisiae hxt (hexose transporter) null mutant strain that is unable to take up monosaccharides, Sut1 restored growth on glucose.; Induction: in P. stipitis, transcription of SUT1 was strongly induced by glucose and was independent of the oxygen supply.; Similarity: Sut1 from P. stipidis show sequence similarities to the S. cerevisiae hexose transporter family and to monosaccharide transporters of other organisms.; Title: strong similarity to sugar transporter Sut1 -Pichia stipitis; plasma membrane; See PMID 10048030; uncharacterized protein	complement(join(423387..423814,423883..424571,424621..424877,424931..425233))	Aspergillus niger	4980207
An03g02200	CDS	An03g02200	NT_166520.1	425260	426133	R	Title: weak similarity to hypothetical protein encoded by ORF of clone HEMBA1003229 - Homo sapiens; uncharacterized protein	complement(join(425260..425432,425518..425632,425720..425932,426056..426133))	Aspergillus niger	84590650
An03g02220	CDS	An03g02220	NT_166520.1	427731	428551	R	hypothetical protein	complement(join(427731..427881,428217..428332,428369..428551))	Aspergillus niger	84590651
An03g02230	CDS	An03g02230	NT_166520.1	428852	429675	R	hypothetical protein	complement(join(428852..429022,429106..429675))	Aspergillus niger	4980211
An03g02240	CDS	An03g02240	NT_166520.1	430297	431405	D	hypothetical protein	join(430297..430305,430545..431405)	Aspergillus niger	4980212
An03g02250	CDS	An03g02250	NT_166520.1	432581	433429	D	Title: weak similarity to antigenic protein t01A.aa BB001 from patent WO9859071-A1 - Borrelia burgdorferi; uncharacterized protein	join(432581..432652,432708..433059,433353..433429)	Aspergillus niger	84590652
An03g02260	CDS	An03g02260	NT_166520.1	434072	435145	D	Function: the matched gene encode a C. glutamicum homeostasis and adaptation (HA) protein.; Remark: no further information about the patent is available.; Title: similarity to homeostasis and adaptation protein sequence SEQ ID NO:228 from patent WO200100842-A2 -Corynebacterium glutamicum; uncharacterized protein	join(434072..434258,434325..435145)	Aspergillus niger	4980214
An03g02270	CDS	An03g02270	NT_166520.1	435741	436497	R	Complex: voltage-dependent calcium channels are multisubunit complexes, consisting of alpha-1, alpha-2,beta and delta subunits in a 1:1:1:1 ratio.; Function: the channel activity is directed by the pore-forming and voltage-sensitive alpha-1 subunit.; Function: voltage-sensitive calcium channels mediate the entry of calcium ions into excitable cells and are also involved in a variety of calcium-dependent processes,including muscle contraction, gene expression, cell motility, cell division and cell death.; Similarity: Fgalpha1S from R. catesbeiana belongs to the calcium channel alpha-1 subunits family.; Title: similarity to dihydropyridine receptor Fgalpha1S - Rana catesbeiana; plasma membrane; See PMID 9738021; uncharacterized protein	complement(join(435741..436005,436124..436497))	Aspergillus niger	4980215
An03g02280	CDS	An03g02280	NT_166520.1	436707	438224	R	Function: ssuD catalysis is absolutely dependent on FMNH(2) and oxygen.; Function: ssuD from E. coli encodes a reduced flavin mononucleotide-dependent alkanesulfonate monooxygenase; Function: ssuD from E. coli is responsible for the desulfonation of alkanesulfonates.; Function: the purified enzyme ssuD from E. coli catalyzed the conversion of pentanesulfonic acid to sulfite and pentaldehyde; Function: the purified enzyme ssuD from E. coli is able to desulfonate a wide range of sulfonated substrates including C-2 to C-10 unsubstituted linear alkanesulfonates, substituted ethanesulfonic acids and sulfonated buffers.; Title: strong similarity to FMNH2-dependent aliphatic sulfonate monooxygenase ssuD - Escherichia coli; See PMID 10480865; See PMID 10506196; uncharacterized protein	complement(join(436707..436979,437163..438224))	Aspergillus niger	4980216
An03g02290	CDS	An03g02290	NT_166520.1	439122	439900	D	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to transcription factor Brn-2 - Rattus norvegicus; uncharacterized protein	join(439122..439412,439623..439730,439793..439900)	Aspergillus niger	84590653
An03g02300	CDS	An03g02300	NT_166520.1	441218	442324	D	Catalytic activity: D-Threonine = Glycine + Acetaldehyde.; Function: the metal-activated pyridoxal enzyme from Arthrobacter is a low specificity D-threonine aldolase.; Remark: Mn2+ ion is an activator of the metal-activated pyridoxal enzyme from Arthrobacter.; Title: strong similarity to metal-activated pyridoxal enzyme D-threonine aldolase - Arthrobacter sp.; See PMID 9642221; uncharacterized protein	441218..442324	Aspergillus niger	4980218
An03g02310	CDS	An03g02310	NT_166520.1	443034	444191	D	Title: weak similarity to protein fragment SEQ ID NO:50343 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(443034..443083,443165..443278,443353..443533,443609..443850,443951..444191)	Aspergillus niger	84590654
An03g02320	CDS	An03g02320	NT_166520.1	444298	446276	D	Catalytic activity: Phenol + NADPH + O2 = Catechol + NADP+ + H2O.; Cofactor: FAD flavoprotein.; Remark: phenol hydroxylases are involved in degradation of phenylalanine, toluene and gamma-hexachlorocyclohexane.; Remark: the phenol hydroxylase from T. cutaneum catalyzes the first step of phenol biodegradation.; Repression: the phenol hydroxylase from T. cutaneum is inhibited by excess phenol.; Similarity: the phenol hydroxylase from T. cutaneum belongs to the PHEA/TFDB family of FAD monooxygenases.; Title: strong similarity to phenol hydroxylase -Trichosporon cutaneum; cytoplasm; See PMID 9634698; See PMID 1429434; uncharacterized protein	join(444298..444469,444528..444680,444745..446276)	Aspergillus niger	4980220
An03g02330	CDS	An03g02330	NT_166520.1	446850	447907	D	Catalytic activity: Urate + O2 + H2O = 5-hydroxyisourate + H(2)O(2).; Remark: 5-hydroxyisourate decompose to form allantoin.; Similarity: the matched protein belongs to the uricase family.; Title: strong similarity to urate oxidase from patent EP408461-A - Aspergillus flavus; peroxisome; See PMID 1339455; uncharacterized protein	join(446850..446986,447053..447699,447771..447907)	Aspergillus niger	4980221
An03g02350	CDS	An03g02350	NT_166520.1	450575	452672	D	hypothetical protein	join(450575..450732,451391..451621,451683..451734,451823..451926,452150..452275,452364..452442,452568..452672)	Aspergillus niger	84590655
An03g02360	CDS	An03g02360	NT_166520.1	452966	453464	D	Title: weak similarity to spore-wall fungal hydrophobin dewA - Aspergillus nidulans; uncharacterized protein	join(452966..453236,453292..453365,453441..453464)	Aspergillus niger	4980224
An03g02370	CDS	An03g02370	NT_166520.1	454340	455860	D	Title: weak similarity to rinder-pest virus nucleoprotein from patent JP05322898-A - Rinderpest virus; uncharacterized protein	join(454340..455006,455211..455661,455698..455860)	Aspergillus niger	84590656
An03g02380	CDS	An03g02380	NT_166520.1	456445	459329	D	Phenotype: qde-2 mutants of N. crassa are defective in transgene-induced gene silencing.; Remark: in N. crassa QDE-2 is required for quelling.; Title: strong similarity to protein involved in post-transcriptional gene silencing Qde-2 - Neurospora crassa; nucleus; See PMID 9294193; uncharacterized protein	join(456445..457447,457504..457772,457845..459329)	Aspergillus niger	4980226
An03g02390	CDS	An03g02390	NT_166520.1	459670	460600	D	hypothetical protein	join(459670..459771,459896..459954,460046..460228,460483..460600)	Aspergillus niger	84590657
An03g02400	CDS	An03g02400	NT_166520.1	461022	461592	D	Induction: the mRNA of dewA from E. nidulans accumulates preferentially during asexual sporulation.; Localization: dewA from E. nidulans is present in the spore wall, but not in the walls of germ tubes, hyphae or cells of the spore-producing conidiophore.; Phenotype: sporulating colonies of dewA null mutants wetted more rapidly with detergent solutions than did the wild type.; Remark: Emericella nidulans = Aspergillus nidulans.; Remark: the synonym for dewA from E. nidulans is CAN4.; Similarity: dewA from E. nidulans belongs to the fungal hydrophobins, a group of small, hydrophobic cell wall proteins.; Title: strong similarity to spore-wall fungal hydrophobin dewA - Aspergillus nidulans; cell wall; See PMID 7651135; uncharacterized protein	join(461022..461292,461372..461445,461542..461592)	Aspergillus niger	4980228
An03g02410	CDS	An03g02410	NT_166520.1	462849	463459	R	hypothetical protein	complement(join(462849..463061,463394..463459))	Aspergillus niger	84590658
An03g02420	CDS	An03g02420	NT_166520.1	463743	465365	D	hypothetical protein	join(463743..463858,463946..464035,464055..464152,464386..464499,464872..464985,465079..465365)	Aspergillus niger	84590659
An03g02430	CDS	An03g02430	NT_166520.1	465546	467053	D	Catalytic activity: D-Mannitol + NAD = D-Mannose + NADH.; Function: The purified enzyme MtlD from P. fluorescens was shown to be a polyol dehydrogenase with a broad substrate spectrum oxidizing efficiently mannitol,sorbitol and arabitol.; Remark: EC 1. 1. 1. 255 (not yet present in EC catalogue).; Remark: The enzyme is specific for NAD and does not use NADP.; Title: strong similarity to mannitol dehydrogenase mtlD - Pseudomonas fluorescens; See PMID 9116029; uncharacterized protein	join(465546..466110,466152..467053)	Aspergillus niger	4980231
An03g02450	CDS	An03g02450	NT_166520.1	469108	469877	R	hypothetical protein	complement(join(469108..469284,469350..469488,469642..469877))	Aspergillus niger	84590660
An03g02460	CDS	An03g02460	NT_166520.1	470566	470916	D	hypothetical protein	470566..470916	Aspergillus niger	84590661
An03g02480	CDS	An03g02480	NT_166520.1	471680	472696	R	Remark: the human PRO polypeptides have cytostatic activity.; Remark: there is no further information about the patent available.; Title: similarity to protein PRO1072 encoded by the sequence SEQ ID NO:303 from patent WO200053756-A2 - Homo sapiens; uncharacterized protein	complement(471680..472696)	Aspergillus niger	4980236
An03g02490	CDS	An03g02490	NT_166520.1	473662	474640	D	Catalytic activity: 2-Dehydro-3-deoxy-D-glucarate = Pyruvate + Tartronate semialdehyde.; Pathway: garL from E. coli catalizes the second step in the metabolism of d-galactarate.; Remark: garL from E. coli requires magnesium for activity.; Title: strong similarity to proliferation associated protein garL SEQ ID NO:257 from patent WO200044906-A2 -Escherichia coli; See PMID 10762278; uncharacterized protein	join(473662..473729,473802..473922,473975..474103,474170..474640)	Aspergillus niger	4980237
An03g02500	CDS	An03g02500	NT_166520.1	474869	476475	R	Remark: C. pneumoniae causes respiratory disease such as pneumonia and bronchitis and is thought to be a contributing factor in heart disease, sarcoidosis,sinusitis, purulent otitis media, erythema nodosum or pharyngitis.; Remark: there is no further information about the patent available.; Title: similarity to transmembrane protein from patent WO9927105-A2 - Chlamydia pneumoniae; uncharacterized protein	complement(join(474869..475020,475081..475208,475302..475324,475398..475404,475563..475674,475704..475756,475809..475848,475890..475971,476027..476287,476434..476475))	Aspergillus niger	4980238
An03g02510	CDS	An03g02510	NT_166520.1	477498	479158	R	Title: weak similarity to hypothetical protein CAD70818.1 - Neurospora crassa; uncharacterized protein	complement(join(477498..478100,478160..479158))	Aspergillus niger	4980239
An03g02520	CDS	An03g02520	NT_166520.1	479459	480000	D	hypothetical protein	join(479459..479495,479588..480000)	Aspergillus niger	84590662
An03g02525	CDS	An03g02525	NT_166520.1	480452	481270	D	Title: similarity to hypothetical proteinase encoded by 2SC3B6.04c - Streptomyces coelicolor; uncharacterized protein	join(480452..480510,480662..480870,480939..481270)	Aspergillus niger	84590663
An03g02530	CDS	An03g02530	NT_166520.1	481415	482597	D	Title: similarity to hypothetical proteinase encoded by SCD8A.14c - Streptomyces coelicolor; uncharacterized protein	join(481415..482087,482143..482221,482290..482350,482424..482597)	Aspergillus niger	4980242
An03g02540	CDS	An03g02540	NT_166520.1	484586	488779	R	Remark: the B. cinerea ABC transporter BcatrB protects the fungal pathogen against antimicrobial substances (phytoalexine) which are produced by a plant in response to infection by fungi or bacteria and helps to defend the plant by inhibiting the growth of invading microbes.; Similarity: the predicted A. niger protein contains two conserved ABC transporter domains (aa 103-264, 743-932,PF00005).; Title: strong similarity to ABC transporter BcatrB -Botrytis cinerea; See PMID 11310744; See PMID 11374155; uncharacterized protein	complement(join(484586..485212,485288..485966,486018..486096,486159..486424,486488..486732,486820..488031,488263..488550,488606..488779))	Aspergillus niger	4980243
An03g02550	CDS	An03g02550	NT_166520.1	489121	490143	D	Function: the C. aquaticum levodione reductase catalyzes regio- and stereoselective reduction of levodione ((6R)-2,2,6-Trimethyl-1,4-cyclohexanedione) to (4R,6R)-4-hydroxy-2,2,6-trimethylcyclohexanone (actinol).; Induction: the C. aquaticum levodione reductase is strongly activated by monovalent cations like NH4+, K+ and Na+.; Similarity: the C. aquaticum levodione reductase posseses a consensus sequence (aa 41-229) of the very large family of short chain dehydrogenases/reductases (SDR), a familiy of NAD- or NADP-dependent oxidoreductases.; Title: similarity to levodione reductase lvr -Corynebacterium aquaticum; See PMID 10508066; uncharacterized protein	join(489121..489282,489344..489908,489986..490143)	Aspergillus niger	4980244
An03g02560	CDS	An03g02560	NT_166520.1	490371	493204	R	Similarity: the ORF shows similarity to another A. niger protein. The other protein displays similarity to acetate regulatory DNA binding protein FacB of A. nidulans.; Title: strong similarity to hypothetical protein encoded by An15g04320 - Aspergillus niger; uncharacterized protein	complement(join(490371..492353,492410..492564,492598..492707,492785..492822,492898..493041,493073..493204))	Aspergillus niger	4980245
An03g02570	CDS	An03g02570	NT_166520.1	493657	495455	R	Phenotype: the expression of C. maltosa C450 52A3-a in S. cerevisiae resulted in a massive proliferation of the endoplasmatic reticulum.; Remark: expression of the C. maltosa C450 52A3-a in S. cerevisiae resulted in the formation of intact microsomal P-450 systems catalyzing the hydroxylation of n-hexadecane and lauric acid.; Similarity: the C. maltosa C450 52A3-a belong to the CYP52 multigene family occurring in the alkane-assimilating yeast C. maltosa.; Title: strong similarity to cytochrome P450 52A3-a -Candida maltosa; See PMID 1935996; uncharacterized protein	complement(join(493657..494072,494132..495455))	Aspergillus niger	4980246
An03g02580	CDS	An03g02580	NT_166520.1	497186	497962	D	Title: similarity to hypothetical protein SC4B10.33 - Streptomyces coelicolor; uncharacterized protein	497186..497962	Aspergillus niger	4980247
An03g02590	CDS	An03g02590	NT_166520.1	498710	499317	R	hypothetical protein	complement(join(498710..498953,499114..499171,499230..499317))	Aspergillus niger	84590664
An03g02600	CDS	An03g02600	NT_166520.1	499694	500889	D	Function: S. pombe ptc3 encodes one of three protein phosphatase 2C homologs in the fission yeast genome participating in osmoregulation and cell shape control.; Title: weak similarity to protein phosphatase 2C tc3p - Schizosaccharomyces pombe; uncharacterized protein	join(499694..499762,499828..499964,500051..500447,500539..500889)	Aspergillus niger	4980249
An03g02610	CDS	An03g02610	NT_166520.1	501428	502629	D	Title: strong similarity to hypothetical protein SPBC1604.01 - Schizosaccharomyces pombe; uncharacterized protein	join(501428..501774,501829..502502,502589..502629)	Aspergillus niger	4980250
An03g02620	CDS	An03g02620	NT_166520.1	503871	505246	R	Title: strong similarity to protein fragment SEQ ID NO:34719 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(503871..504112,504196..505246))	Aspergillus niger	4980251
An03g02630	CDS	An03g02630	NT_166520.1	505612	506421	R	Remark: the C. lindemuthianum homolog CIH1 is an oxidatively cross-linked proline-rich protein expressed only during the biotrophic stage of infection of Phaseolus vulgaris.; Title: similarity to hypothetical glycoprotein CIH1 - Colletotrichum lindemuthianum; uncharacterized protein	complement(join(505612..505697,505761..506421))	Aspergillus niger	4980252
An03g02635	CDS	An03g02635	NT_166520.1	508155	508729	R	hypothetical protein	complement(join(508155..508323,508360..508559,508679..508729))	Aspergillus niger	84590665
An03g02640	CDS	An03g02640	NT_166520.1	509013	512043	R	Catalytic activity: ATP + {deoxyribonucleotide}(N) + {deoxyribonucleotide}(M) <=> AMP + diphosphate + {deoxyribonucleotide}(N+M).; Function: the C. albicans homolog CaLIG4 encodes an ATP-dependent DNA ligase.; Induction: C. albicans CaLIG4 is expressed in a cell cycle-dependent manner.; Remark: a putative sequencing error results in an frameshift.; Similarity: the C. albicans homolog shows significant similarity to ligase IV from both S. cerevisiae and humans.; Title: strong similarity to DNA ligase CaLIG4 -Candida albicans [putative frameshift]; putative frameshift; uncharacterized protein	complement(<509013..512043)	Aspergillus niger	84590666
An03g02650	CDS	An03g02650	NT_166520.1	512615	514360	R	Function: the L. pneumophila homolog dotA belongs to the group of proteins required for phagosome formation during infection of alveolar macrophages. in addition to those Dot/Icm genes that encode the core transport apparatus, a subsets of genes are required for pore formation and modulation of phagosome trafficking.; Title: strong similarity to inhibitor of endosome-lysosome fusion dlpA - Legionella pneumophila; extracellular/secretion proteins; uncharacterized protein	complement(join(512615..514261,514334..514360))	Aspergillus niger	4980255
An03g02660	CDS	An03g02660	NT_166520.1	514966	518072	R	Title: strong similarity to hypothetical protein 17E5.30 - Neurospora crassa; uncharacterized protein	complement(join(514966..515119,515156..517494,517525..517816,518002..518072))	Aspergillus niger	4980256
An03g02670	CDS	An03g02670	NT_166520.1	518632	521718	R	Function: the S. cerevisiae homolog Fig4p is required for the mating process in response to direct cell-cell comunication.; Induction: S. cerevisiae FIG4 expression is induced by mating pheromone alpha-factor.; Title: strong similarity to hypothetical protein involved in mating Fig4 - Saccharomyces cerevisiae; uncharacterized protein	complement(518632..521718)	Aspergillus niger	4980257
An03g02680	CDS	An03g02680	NT_166520.1	522284	523193	R	Title: strong similarity to hypothetical protein encoded by An12g02060 - Aspergillus niger; uncharacterized protein	complement(join(522284..522732,522806..523193))	Aspergillus niger	4980258
An03g02690	CDS	An03g02690	NT_166520.1	524337	525932	R	Title: strong similarity to hypothetical protein SCF91.02c - Streptomyces coelicolor; uncharacterized protein	complement(524337..525932)	Aspergillus niger	4980259
An03g02700	CDS	An03g02700	NT_166520.1	527422	529953	R	Function: TRK2 encodes the low-affinity K+ transporter in S. cerevisiae.; Title: strong similarity to potassium transport protein Trk2 - Saccharomyces cerevisiae; uncharacterized protein	complement(527422..529953)	Aspergillus niger	4980260
An03g02710	CDS	An03g02710	NT_166520.1	530913	531161	D	hypothetical protein	530913..531161	Aspergillus niger	84590667
An03g02720	CDS	An03g02720	NT_166520.1	531359	532999	R	Title: similarity to hypothetical myb-related protein YDR026c - Saccharomyces cerevisiae; uncharacterized protein	complement(531359..532999)	Aspergillus niger	4980262
An03g02730	CDS	An03g02730	NT_166520.1	534063	534361	D	hypothetical protein	join(534063..534130,534192..534267,534297..534304,534343..534361)	Aspergillus niger	84590668
An03g02740	CDS	An03g02740	NT_166520.1	534509	535895	D	hypothetical protein	join(534509..534596,534801..535054,535093..535159,535292..535517,535558..535685,535774..535895)	Aspergillus niger	84590669
An03g02750	CDS	An03g02750	NT_166520.1	536225	537184	R	Remark: the N. crassa homolog B11A5. 90 is significantly longer.; Title: strong similarity to hypothetical protein B11A5.90 - Neurospora crassa; uncharacterized protein	complement(536225..537184)	Aspergillus niger	4980265
An03g02770	CDS	An03g02770	NT_166520.1	538595	540371	D	Title: strong similarity to hypothetical protein YLR361c - Saccharomyces cerevisiae; uncharacterized protein	join(538595..538609,538681..540056,540107..540371)	Aspergillus niger	4980267
An03g02780	CDS	An03g02780	NT_166520.1	540677	541940	R	Title: strong similarity to hypothetical protein 15E6.170 - Neurospora crassa; uncharacterized protein	complement(join(540677..541166,541232..541626,541749..541940))	Aspergillus niger	4980268
An03g02790	CDS	An03g02790	NT_166520.1	542581	543136	R	hypothetical protein	complement(join(542581..542820,542864..543136))	Aspergillus niger	84590670
An03g02800	CDS	An03g02800	NT_166520.1	543354	544405	D	Title: strong similarity to EST an_2890 -Aspergillus niger; uncharacterized protein	join(543354..543613,543662..543961,544024..544405)	Aspergillus niger	4980270
An03g02810	CDS	An03g02810	NT_166520.1	545857	547341	D	hypothetical protein	545857..547341	Aspergillus niger	4980271
An03g02820	CDS	An03g02820	NT_166520.1	547762	549549	R	Function: the S. cerevisiae homolog Cvt17p is essential for degradation of subvacuolar vesicles which were derived from subcellular organells targeted for recycling in the vacuole under starvation conditions. CVT17 encodes a putative lipase, which conserved active-site serine motif is essential for this membrane lytic event.; Pathway: S. cerevisiae Cvt17p is involved in the cytoplasm to vacuole targeting (Cvt) pathway.; Title: strong similarity to hypothetical lipase Cvt17 - Saccharomyces cerevisiae; uncharacterized protein	complement(547762..549549)	Aspergillus niger	4980272
An03g02830	CDS	An03g02830	NT_166520.1	550255	551693	R	Catalytic activity: Phosphatidyl-L-serine <=> phosphatidylethanolamine + CO(2).; Function: S. cerevisiae Psd2p is involved in the synthesis of phosphatidylethanolamine and may be involved in regulation of intracellular trafficking of phosphatidylserine.; Golgi; Remark: the S. cerevisiae homolog Psd2p is significantly longer.; Title: strong similarity to phosphatidylserine decarboxylase Psd2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(550255..550296,550328..550532,550585..551143,551208..551343,551395..551527,551674..551693))	Aspergillus niger	4980273
An03g02840	CDS	An03g02840	NT_166520.1	552584	553416	R	Catalytic activity: (3R)-3-hydroxyacyl-[acyl-carrier protein] + NADP(+) <=> 3-oxoacyl-[acyl-carrier protein] + NADPH.; Function: the B. subtilis homolog fabG encodes a 3-oxoacyl-[acyl-carrier-protein] reductase and is involved in biosynthesis of fatty acids.; Pathway: first reduction step in the fatty acid biosynthesis pathway.; Title: strong similarity to 3-oxoacyl-(acyl-carrier-protein) reductase fabG - Bacillus subtilis; uncharacterized protein	complement(join(552584..553283,553358..553416))	Aspergillus niger	4980274
An03g02850	CDS	An03g02850	NT_166520.1	553829	555173	R	Title: strong similarity to hypothetical protein F2I11-120 - Arabidopsis thaliana; uncharacterized protein	complement(join(553829..553877,553962..554077,554157..554564,554638..554855,554922..554927,554993..555060,555112..555173))	Aspergillus niger	4980275
An03g02860	CDS	An03g02860	NT_166520.1	556369	557476	R	Phenotype: the S. cerevisiae SUR1 null mutant is viable, calcium sensitive at 37 degrees C on YPD but calcium tolerant at 26 degrees C, accumulates greatly reduced levels of several mannosylated sphingolipids.; Remark: alternate names for the S. cerevisiae SUR1 protein are BCL21, CSG1 and LPE15.; Remark: the S. cerevisiae SUR1 protein is thougt to be required for the mannosylation of inositolphosphorylceramide (IPC) to form mannosylinositolphosphorylceramide (MIPC).; Title: strong similarity to hypothetical protein EAA61879.1 - Aspergillus nidulans; uncharacterized protein	complement(join(556369..556406,556650..557221,557277..557476))	Aspergillus niger	84590671
An03g02870	CDS	An03g02870	NT_166520.1	558450	559722	R	Title: strong similarity to hypothetical transmembrane protein L2185.03 - Leishmania major; uncharacterized protein	complement(join(558450..558483,558535..558725,558799..559425,559483..559722))	Aspergillus niger	4980277
An03g02880	CDS	An03g02880	NT_166520.1	560549	563535	R	Similarity: the ORF shows strong similarity to another A. niger protein An08g04310. An08g04310, however,is much shorter than the ORF (271 compared to 688 amino acids).; Title: strong similarity to hypothetical protein CAD70545.1 - Neurospora crassa; uncharacterized protein	complement(join(560549..561293,561358..561419,561470..561613,561675..561917,561970..562026,562215..562268,562466..562510,562697..563296,563419..563535))	Aspergillus niger	4980278
An03g02890	CDS	An03g02890	NT_166520.1	565107	567857	R	Function: the S. pombe rad13 is a single-stranded endonuclease involved in excisioin repair of DNA damaged with UV-light, bulky adducts and cross-linking agents.; Remark: ORF 5'truncated due to end of contig.; Similarity: the S. pombe rad13 is similar to other members of the XPG/rad2 familiy.; Title: strong similarity to DNA repair protein rad13p - Schizosaccharomyces pombe [truncated ORF]; See PMID 8464724; uncharacterized protein	complement(565107..>567857)	Aspergillus niger	4980279
An03g02900	CDS	An03g02900	NT_166520.1	567958	568518	R	Remark: ORF 3'truncated due to end of contig.; Title: strong similarity to excision repair protein rad13p - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	complement(<567958..568518)	Aspergillus niger	84590672
An03g02910	CDS	An03g02910	NT_166520.1	569456	571110	R	hypothetical protein	complement(join(569456..570862,570916..571110))	Aspergillus niger	4980281
An03g02920	CDS	An03g02920	NT_166520.1	571919	573205	D	Remark: A. nidulans cnxABC is a difunctional proteins with two catalytic domains, CNXA and CNXC.; Remark: the Aspergillus nidulans cnxABC locus encodes a single protein with two catalytic domains,required for synthesis of the precursor Z, an intermediate in molybdenum cofactor biosynthesis.; Similarity: the A. nidulans CNXA domain is similar to the E. coli moaA gene product, while CNXC is similar to the E. coli moaC product.; Title: strong similarity to molybdopterin cofactor biosynthetic protein cnxABC - Aspergillus nidulans; See PMID 9353296; uncharacterized protein	571919..573205	Aspergillus niger	4980282
An03g02930	CDS	An03g02930	NT_166520.1	573581	575761	D	Catalytic activity: the N. crassa amino-acid N-acetyltransferase converts Acetyl-CoA and L-glutamate to CoA and N-acetyl-L-glutamate.; Localization: the N. crassa amino-acid N-acetyltransferase is localised within the mitochondrial matrix where it is part of the Urea cycle and the metabolism of amino groups.; Remark: an alternative name for the N. crassa amino-acid N-acetyltransferase is acetylglutamate synthase.; Title: strong similarity to amino-acid N-acetyltransferase - Neurospora crassa; localisation:mitochondrion; See PMID 8939437; uncharacterized protein	573581..575761	Aspergillus niger	4980283
An03g02940	CDS	An03g02940	NT_166520.1	576705	579059	D	Function: it is proposed that TamA serve as a co-activator of AreA, the major nitrogen regulatory protein in A. nidulans.; Localization: the GFP-TamA fusion protein is predominantly localised to the nucleus in the presence and absence of ammonium.; Remark: the tamA gene of A. nidulans contains a putative zinc cluster motif which is not required for gene function.; Similarity: the N-terminal region of the predicted A. niger protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Similarity: the tamA sequence shares significant homology with the UGA35/DAL81/DURL gene of S. cerevisiae.; Title: similarity to nitrogen regulatory protein tamA - Aspergillus nidulans; nucleus; See PMID 8655534; See PMID 11459183; uncharacterized protein	join(576705..577396,577462..577899,577959..578346,578402..578537,578608..579059)	Aspergillus niger	4980284
An03g02950	CDS	An03g02950	NT_166520.1	579753	581387	R	Title: similarity to hypothetical protein B16B8.350 - Neurospora crassa; uncharacterized protein	complement(579753..581387)	Aspergillus niger	4980285
An03g02960	CDS	An03g02960	NT_166520.1	582419	584227	R	Catalytic activity: the C. albicans beta-hexosamidase hydrolysis of terminal non-reducing N-acetyl-D-hexosamine residues in N-acetyl-beta-D-hexosaminides.; Function: the beta-hexosamidase is involved in the glycoprotein degradation, aminosugar metabolism,glycosaminoglycan degradation and sphingoglycolipid metabolism.; Remark: a possible sequencing error occured at position 26746 leading to a stop codon, 1 base has been replaced with N.; Remark: an alterante name for C. albicans beta-hexosamidase is N-acetyl-beta-glucosamidase.; Title: strong similarity to beta-hexosamidase HEX1 -Candida albicans [putative sequencing error]; extracellular/secretion proteins; putative sequencing error; See PMID 9385137; See PMID 8169213; uncharacterized protein	complement(join(582419..583992,584047..584227))	Aspergillus niger	4980286
An03g02970	CDS	An03g02970	NT_166520.1	584992	587784	D	hypothetical protein	584992..587784	Aspergillus niger	4980287
An03g02980	CDS	An03g02980	NT_166520.1	588861	589242	R	Function: thioredoxin is involved in oxidative stress response and redox regulation.; Localization: the S. cerevisiae TRX1 and TRX2 are located in the cytoplasm, while TRX3 is located in the mitochondrion.; Remark: A. nidulans thioredoxin is an intercellular disulphide-reducing enzyme which exhibits an unusual fluorescence emission spectrum, characterized by a high contribution of tyrosine residues.; Remark: the amino acid sequence of A. nidulans thioredoxin was determined by automated Edman degradation.; Similarity: the A. nidulans thioreduxin displays a sequence similarity of 45% to at least one of three thioredoxin homologues in S. cerevisiae TRX1, TRX2 and TRX3.; Title: strong similarity to thioredoxin -Aspergillus nidulans; cytoplasm; See PMID 1459127; uncharacterized protein	complement(join(588861..589155,589211..589242))	Aspergillus niger	4980288
An03g02990	CDS	An03g02990	NT_166520.1	589893	591245	D	Function: the K. lactis GNT1 protein plays a crucial role in the biosythesis of mannan chains to synthesise mannoproteins in the endoplasmatic reticulum.; Golgi; Remark: the genes for the Golgi apparatus N-acetylglucosaminyltransferase and the UDP-N-acetylglucosamine transporter are contiguous in Kluyveromyces lactis.; Title: similarity to alphaN-acetylglucosamine transferase GNT1 - Kluyveromyces lactis; See PMID 8650202; See PMID 10037760; uncharacterized protein	join(589893..590373,590437..591077,591135..591245)	Aspergillus niger	4980289
An03g03000	CDS	An03g03000	NT_166520.1	592201	593847	D	Pathway: molybdopterin biosynthesis is an evolutionarily conserved pathway present in eubacteria,archaea and eukaryotes, including humans.; Phenotype: genetic deficiencies of enzymes involved in molybdopterin biosynthesis in humans lead to a severe and usually fatal disease due to a combined deficiency of the molybdoenzymes sulphite oxidase, xanthine dehydrogenase and aldehyde oxidase.; Remark: an alternative name for E. coli chlN is moeB.; Similarity: similarity is from the central region of the predicted A. niger protein to chlN of E. coli, which is 250 aa shorter.; Title: similarity to molybdopterin-converting factor activator chlN - Escherichia coli; See PMID 11135669; See PMID 11463785; See PMID 8514782; uncharacterized protein	join(592201..592383,592438..592537,592592..593847)	Aspergillus niger	4980290
An03g03010	CDS	An03g03010	NT_166520.1	594541	596752	D	Remark: topoisomerase I from F. islandicum absolutely requires Mg2+ for activity, relaxes negatively but not positively supercoiled DNA and is inhibited by single-stranded M13 DNA and spermidine.; Title: similarity to hypothetical serine/threonine protein phosphatase topA - Fervidobacterium islandicum; See PMID 8241262; uncharacterized protein	join(594541..595045,595127..595617,595682..595909,596005..596095,596212..596313,596610..596752)	Aspergillus niger	4980291
An03g03020	CDS	An03g03020	NT_166520.1	598187	599236	R	Remark: the impala element is 1280 nucleotides long and has inverted repeats of 27 bp.; Similarity: the translation of the impala ORF reveals strong similarities with the Tc1 from Caenorhabditis elegans and with the mariner element of Drosophila mauritiana.; Title: strong similarity to hypothetical impala transposase - Fusarium oxysporum; See PMID 7823909; uncharacterized protein	complement(598187..599236)	Aspergillus niger	4980292
An03g03030	CDS	An03g03030	NT_166520.1	599832	604058	R	Function: the KCL is part of the kinesin driven microtubule motor, walking towards the plus end and transporting vesicels.; Remark: the P. boryanum KLC represents a typical eukariotic protein in an eubacterial organism.; Title: strong similarity to cDNA kinesin light chain KLC - Plectonema boryanum; cytoplasm; See PMID 9212172; uncharacterized protein	complement(599832..604058)	Aspergillus niger	4980293
An03g03040	CDS	An03g03040	NT_166520.1	604542	605547	R	Remark: possible sequencing errors occured at position 5058, 1 base has been removed and 5090, producing a STOP codon, which was also corrected.; Remark: the A. niger Ant1 shows similarity, at the amino acid level, to the transposase of the Tc1/mariner class of DNA transposons.; Similarity: similarity is on the aa level between the predicted A. niger protein and A. niger Ant1 orf1 but not to adjacent orf's of Ant1 and not on the DNA level.; Title: strong similarity to protein encoded by ORF1 of transposon Ant1 - Aspergillus niger [putative frameshift]; putative frameshift; See PMID 8552048; uncharacterized protein	complement(<604542..605547)	Aspergillus niger	84590673
An03g03050	CDS	An03g03050	NT_166520.1	607004	609667	D	Remark: the predicted M. musculus protein seems to be involved in the early foregut differentiation of the mouse.; Similarity: the predicted A. niger protein contains 10 ankyrin repeats (PF00023) distributed over the whole length of the protein.; Title: strong similarity to cDNA gene trap ankyrin repeat containing protein Gtar - Mus musculus; See PMID 11165478; uncharacterized protein	join(607004..608798,608982..609667)	Aspergillus niger	4980295
An03g03060	CDS	An03g03060	NT_166520.1	610890	611802	R	Remark: the ORF has an unusual exon/intron structure.; Similarity: the ORF shows strong similarity to another A. niger protein An12g06430. An12g06430 displays strong similarity to the reverse transcriptase of the LINE-like retrotransposon Tad1-1 of N. crassa.; Title: strong similarity to hypothetical protein encoded by An12g06430 - Aspergillus niger; uncharacterized protein	complement(join(610890..611215,611328..611802))	Aspergillus niger	84590674
An03g03070	CDS	An03g03070	NT_166520.1	612252	616759	R	Function: MLP-2 of R. norvegicus might be a novel member of the MRP family responsible for the excretion of organic anions.; Induction: MLP-2 of R. norvegicus is markedly induced by ligation of the bile duct in SD rat liver.; Remark: MLP-2 of R. norvegicus has the characteristics of ATP-binding cassette transporters.; Remark: MLP-2 of R. norvegicus is also called ABCC3,CMOAT2, MRP3, or MLP.; Remark: MLP-2 of R. norvegicus was expressed predominantly in the duodenum, jejunum, and colon.; Title: strong similarity to multidrug resistance-associated protein (MRP)-like protein-2 MLP-2 -Rattus norvegicus; See PMID 9614210; See PMID 10581366; uncharacterized protein	complement(join(612252..613629,613701..614517,614575..615316,615545..616759))	Aspergillus niger	4980297
An03g03080	CDS	An03g03080	NT_166520.1	618546	618915	R	hypothetical protein	complement(join(618546..618811,618837..618915))	Aspergillus niger	84590675
An03g03090	CDS	An03g03090	NT_166520.1	619596	620777	D	Remark: the ORF has an unusual exon/intron structure.; Title: strong similarity to hypothetical protein encoded by An04g07640 - Aspergillus niger; uncharacterized protein	join(619596..619617,619813..620777)	Aspergillus niger	84590676
An03g03100	CDS	An03g03100	NT_166520.1	621721	622679	D	Remark: the ORF has an unusual exon/intron structure.; Similarity: the ORF shows strong similarity to another A. niger protein An04g07840. An04g07840, however,is much longer than the ORF (518 compared to 160 amino acids).; Title: strong similarity to hypothetical protein encoded by An04g07840 - Aspergillus niger; uncharacterized protein	join(621721..622145,622386..622415,622652..622679)	Aspergillus niger	84590677
An03g03110	CDS	An03g03110	NT_166520.1	623331	627850	R	Remark: Tnt1 of N. tabacum is capable of transposition.; Similarity: the similarity between the ORF and Tnt1 of N. tabacum is restricted to the C-terminal part of the two proteins.; Title: strong similarity to retroviral-like transposable element Tnt1 - Nicotiana tabacum; See PMID 2536143; uncharacterized protein	complement(join(623331..625837,626042..626469,626635..627039,627189..627508,627635..627850))	Aspergillus niger	84590678
An03g03120	CDS	An03g03120	NT_166520.1	628579	629036	R	Remark: the ORF is short in length (63 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(628579..628704,628971..629036))	Aspergillus niger	84590679
An03g03130	CDS	An03g03130	NT_166520.1	629612	632059	D	Function: pabaA of A. fumigatus is essential for pathogenicity.; Pathway: pabaA of A. fumigatus catalyes a late step in the biosynthesis of folate.; Title: strong similarity to para aminobenzoic acid synthase pabaA - Aspergillus fumigatus; See PMID 10931287; uncharacterized protein	629612..632059	Aspergillus niger	4980303
An03g03270	CDS	An03g03270	NT_166520.1	663491	666767	R	Function: ankyrins link the spectrin-based membrane skeleton to the plasma membrane.; Remark: the mouse ankyrin seems aproximately 900 longer.; Title: similarity to ankyrin Ank1 - Mus musculus; See PMID 8486643; uncharacterized protein	complement(join(663491..664239,664397..666421,666614..666767))	Aspergillus niger	4980317
An03g03280	CDS	An03g03280	NT_166520.1	668832	669821	R	Remark: Ant1 is apparently present as a single copy in strain N402 of A. niger.; Similarity: at the amino acid level, to the transposase of the Tc1/mariner class of DNA transposons.; Title: strong similarity to protein encoded by ORF1 of transposon Ant1 - Aspergillus niger; See PMID 8552048; uncharacterized protein	complement(join(668832..669518,669582..669821))	Aspergillus niger	4980318
An03g03290	CDS	An03g03290	NT_166520.1	671239	672324	D	Remark: This sequence may be useful for protein identification and for aiding in the elucidation of signal transduction and metabolic pathways.; Remark: strong similarity to Arabidopsis thaliana protein fragment SEQ ID NO: 12343 patent EP1033405-A2.; Title: similarity to protein fragment SEQ ID NO:12343 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(671239..671776,671881..672214,672267..672324)	Aspergillus niger	4980319
An03g03300	CDS	An03g03300	NT_166520.1	673726	675442	D	Function: The N-glycosidase of P. dulcis acts by hydrolysing a beta-aspartyl glycosylamin bond of an asparagine-linkage type sugar chain of a glycopeptide.; Remark: the ORF encoded protein is almost identical to a peptide-N4-(N-acetyl-beta-D-glucosaminyl) asparaginase amidase N (pngN) of A. tubigensis which is wrongly assigned to A. niger (compare TREMBL:U96923_1 with PUBMED-ID: 9312552).; Title: similarity to almond N-glycosidase from patent EP676473-A2 - Prunus dulcis; uncharacterized protein	join(673726..673909,673971..675442)	Aspergillus niger	4980320
An03g03310	CDS	An03g03310	NT_166520.1	677396	680366	R	Function: in N. crassa the tol protein is required for growth inhibition and cell death that occur when hyphae of opposite mating type fuse during vegetative growth.; Phenotype: point mutations in tol result in mutants that are wild type during vegetative growth and sexual reproduction, but that allow opposite mating-type individuals to form a vigorous heterokaryon.; Title: similarity to protein tol - Neurospora crassa; See PMID 9927450; uncharacterized protein	complement(join(677396..678107,678158..678902,678962..679085,679140..679259,679346..679374,679413..679445,679484..679516,679628..679654,679918..679950,680058..680079,680196..680237,680319..680366))	Aspergillus niger	4980321
An03g03320	CDS	An03g03320	NT_166520.1	682024	682134	D	Remark: the ORF encoded protein is N-terminally truncated due to the contig border.; Remark: the blastp matches are unspecific.; hypothetical protein [truncated ORF]	<682024..682134	Aspergillus niger	84590680
An03g03330	CDS	An03g03330	NT_166520.1	683201	685235	R	Catalytic activity: phenol 2-monooxygenase of T. beigelii catalyzes the reaction of Phenol + NADPH + O(2) <=> catechol + NADP(+) + H(2)O.; Title: similarity to phenol 2-monooxygenase -Trichosporon beigelii; See PMID 1429434; uncharacterized protein	complement(join(683201..684163,684231..684524,684582..685235))	Aspergillus niger	4980323
An03g03340	CDS	An03g03340	NT_166520.1	686112	687263	R	Title: strong similarity to hypothetical protein encoded by An01g11840 - Aspergillus niger; uncharacterized protein	complement(686112..687263)	Aspergillus niger	4980324
An03g03350	CDS	An03g03350	NT_166520.1	687673	691716	R	Remark: HAP1 of S. cerevisiae has a systematic name of YLR256W.; Remark: HAP1 of S. cerevisiae was originally called CYP1 but this has now been assigned to a different gene.; Remark: the blastp matches of the ORF encoded protein is restricted to the fungal Zn(2)-Cys(6) binuclear cluster domain.; Similarity: the ORF encoded protein shows similarity to several fungal transcription factors.; Title: weak similarity to transcription activator Hap1 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(687673..687869,687916..687955,688307..688318,688375..688462,688729..688881,689204..689225,689292..689413,689473..690273,690333..690407,690468..691328,691388..691500,691558..691716))	Aspergillus niger	4980325
An03g03360	CDS	An03g03360	NT_166520.1	693613	694810	D	Function: the A. nidulans acuH gene is required for growth on acetate and long-chain fatty acids.; Function: the proposed function of the ACUH protein is the transport of acetylcarnitine molecules from the cytosol to the mitochondrial matrix.; Similarity: the A. nidulans acuH gene belongs to the mitochondrial carrier family.; Title: strong similarity to carnitine/acyl carnitine carrier acuH - Aspergillus nidulans; uncharacterized protein	join(693613..693861,693910..693958,694016..694032,694092..694705,694762..694810)	Aspergillus niger	4980326
An03g03370	CDS	An03g03370	NT_166520.1	695438	698945	D	Similarity: the ORF shows strong similarity to the A. niger protein An03g03030. An03g03030, however, is much longer than the ORF.; Title: similarity to hypothetical protein CAD21095.1 - Neurospora crassa; uncharacterized protein	join(695438..696521,696552..697788,698579..698945)	Aspergillus niger	84590681
An03g03380	CDS	An03g03380	NT_166520.1	699145	700036	D	hypothetical protein	join(699145..699488,699724..700036)	Aspergillus niger	84590682
An03g03390	CDS	An03g03390	NT_166520.1	701225	702646	R	Similarity: the ORF is nearly identical to another A. niger protein: An09g01480.; Title: strong similarity to hypothetical protein encoded by An09g01480 - Aspergillus niger; uncharacterized protein	complement(join(701225..701582,701639..702144,702218..702646))	Aspergillus niger	4980329
An03g03400	CDS	An03g03400	NT_166520.1	704096	704977	D	Title: strong similarity to hypothetical protein encoded by An09g01460 - Aspergillus niger; uncharacterized protein	join(704096..704426,704490..704977)	Aspergillus niger	84590683
An03g03420	CDS	An03g03420	NT_166520.1	706201	707040	D	Similarity: the ORF encoded protein also shows similarity to hypothetical and known beta-lactamases (EC 3. 5. 2. 6) of different organisms.; Title: strong similarity to hypothetical protein PA0057 - Pseudomonas aeruginosa; uncharacterized protein	706201..707040	Aspergillus niger	4980332
An03g03430	CDS	An03g03430	NT_166520.1	710412	711396	D	Title: strong similarity to hypothetical protein encoded by An01g15030 - Aspergillus niger; uncharacterized protein	join(710412..710750,710867..710923,711232..711271,711326..711396)	Aspergillus niger	84590684
An03g03440	CDS	An03g03440	NT_166520.1	713548	713932	D	Title: similarity to hypothetical protein encoded by An09g00290 - Aspergillus niger; uncharacterized protein	join(713548..713672,713707..713932)	Aspergillus niger	84590685
An03g03450	CDS	An03g03450	NT_166520.1	715153	716718	R	Similarity: the ORF encoded protein also shows similarity to several hypothetical and known oxidoreductases.; Title: strong similarity to hypothetical alginate lyase BH0738 - Bacillus halodurans; uncharacterized protein	complement(join(715153..715552,715616..715809,715895..716043,716226..716243,716544..716718))	Aspergillus niger	4980335
An03g03460	CDS	An03g03460	NT_166520.1	717073	718815	R	Catalytic activity: D-arabinono-1,4-lactone oxidase catalyzes the reaction of D-arabinono-1,4-lactone + O(2) <=> D-erythro-ascorbate + H(2)O(2).; Catalytic activity: L-galactonolactone oxidase (1. 1. 3. 24) catalyzes the reaction of L-galactono-1,4-lactone + O(2) <=> L-ascorbate + H(2)O(2).; Function: D-erythroascorbic acid is an important antioxidant molecule in S. cerevisiae.; Remark: D-arabinono-1,4-lactone oxidase (1. 1. 3. 27) and protein YML086c are alternative names for L-galactonolactone oxidase in S. cerevisiae.; Title: strong similarity to L-galactonolactone oxidase Alo - Saccharomyces cerevisiae; See PMID 10094636; uncharacterized protein	complement(717073..718815)	Aspergillus niger	4980336
An03g03470	CDS	An03g03470	NT_166520.1	721282	723624	R	Function: the phrA gene plays a role in the genetic control of photoreactivation in Escherichia coli.; Function: the phrA gene product acts on lesions other than dimers, possibly pyrimidine (6-4) pyrimidone photoproducts.; Remark: the ORF encoded protein also shows similarity to hypothetical ABC transporter, ATP-binding proteins of different species.; Title: similarity to deoxyribodipyrimidine photolyase phrA - Escherichia coli; See PMID 7791009; uncharacterized protein	complement(join(721282..723500,723612..723624))	Aspergillus niger	4980337
An03g03480	CDS	An03g03480	NT_166520.1	724685	727264	D	Catalytic activity: UGDH catalyzes the reaction of UDP-glucose + 2 NAD(+) + H(2)O <=> UDP-glucuronate + 2 NADH.; Function: human UGDH is a critical component of the glycosaminoglycans, hyaluronan, chondroitin sulfate, and heparan sulfate.; Title: similarity to UDP-glucose dehydrogenase UGDH - Homo sapiens; See PMID 9737970; uncharacterized protein	join(724685..724895,724952..725087,725160..725271,725320..725457,725503..726417,726735..726879,726946..727171,727207..727264)	Aspergillus niger	4980338
An03g03490	CDS	An03g03490	NT_166520.1	728057	729160	R	hypothetical protein	complement(728057..729160)	Aspergillus niger	4980339
An03g03500	CDS	An03g03500	NT_166520.1	729809	731266	D	Title: strong similarity to hypothetical protein CAD36989.1 - Neurospora crassa; uncharacterized protein	729809..731266	Aspergillus niger	4980340
An03g03510	CDS	An03g03510	NT_166520.1	732198	733577	D	Title: similarity to hypothetical protein encoded by An15g01720 - Aspergillus niger; uncharacterized protein	732198..733577	Aspergillus niger	4980341
An03g03520	CDS	An03g03520	NT_166520.1	735328	741867	R	Function: AM-toxin of A. alternata is a cyclic peptide host-specific toxin.; Phenotype: disruption of AM-toxin synthetase (AMT) resulted in toxin-minus mutants.; Similarity: AM-toxin synthetase of A. alternaty shows strong similarity to other fungal peptide synthetases.; Title: similarity to cyclic peptide AM-toxin synthase AMT - Alternaria alternata; See PMID 10875335; uncharacterized protein	complement(join(735328..741123,741195..741668,741796..741867))	Aspergillus niger	4980342
An03g03530	CDS	An03g03530	NT_166520.1	743775	744939	D	Similarity: the ORF shows strong similarity to the A. niger protein An16g04320.; Title: similarity to protein fragment SEQ ID NO:9681 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(743775..743828,743896..744939)	Aspergillus niger	4980343
An03g03540	CDS	An03g03540	NT_166520.1	745783	747262	R	Function: iucB of E. coli functions as N epsilon-hydroxylysine:acetyl coenzyme A N epsilon-transacetylase.; Pathway: iucB of E. coli is involved in the aerobactin biosynthesis.; Title: similarity to aerobactin biosynthesis protein iucB - Escherichia coli; See PMID 8003107; See PMID 2935523; uncharacterized protein	complement(join(745783..746154,746294..747262))	Aspergillus niger	4980344
An03g03550	CDS	An03g03550	NT_166520.1	747635	748524	D	Catalytic activity: caiD of E. coli catalizes the reaction of D-carnitine to L-carnitine.; Pathway: carnitine metabolism.; Similarity: caiD of E. coli belongs to the enoyl-CoA hydratase/isomerase family.; Similarity: the ORF encoded protein also shows strong similarity to hypothetical and know enoyl-CoA hydratases (EC 4. 2. 1. 17).; Title: strong similarity to carnitine racemase caiD - Escherichia coli; See PMID 9748275; uncharacterized protein	join(747635..747863,747935..748524)	Aspergillus niger	4980345
An03g03560	CDS	An03g03560	NT_166520.1	749786	751776	D	Function: ARN1, is involved in the transport of a specific class of ferrichromes, possessing anhydromevalonyl residues linked to N(delta)-ornithine (ARN).; Remark: YHL040C is the systematic name for ARN1.; Title: strong similarity to ferrichrome-type siderophore transporter Arn1 - Saccharomyces cerevisiae; See PMID 10802175; uncharacterized protein	join(749786..750045,750116..750386,750451..750787,750845..751776)	Aspergillus niger	4980346
An03g03570	CDS	An03g03570	NT_166520.1	753005	754784	R	Remark: the ORF encoded protein also shows weak similarity to a human prenylcysteine carboxyl methyltransferase (by similarity) from patent W67730.; Title: weak similarity to hypothetical farnesyl cysteine carboxyl methyltransferase - Brucella melitensis; uncharacterized protein	complement(join(753005..753399,753488..753926,754077..754784))	Aspergillus niger	4980347
An03g03580	CDS	An03g03580	NT_166520.1	755273	755974	D	Title: strong similarity to hypothetical protein 65E11.100 - Neurospora crassa; uncharacterized protein	join(755273..755844,755881..755974)	Aspergillus niger	4980348
An03g03590	CDS	An03g03590	NT_166520.1	756860	758581	R	Function: SPT10 of S. cerevisiae affects transcription at Ty1 elements, at PHO5,STE6 and ADH2.; Function: SPT10 of S. cerevisiae is a global transcriptional repressor of core promoter activity.; Function: SPT10 of S. cerevisiae is equired for normal levels of transcription and increased transcriptional regulation at a number of loci.; Remark: CRE1, SUD1 and YJL127C are alternative names for SPT10.; Title: strong similarity to regulator protein Spt10 - Saccharomyces cerevisiae; nucleus; See PMID 8138180; See PMID 8264536; uncharacterized protein	complement(join(756860..757936,758084..758581))	Aspergillus niger	4980349
An03g03600	CDS	An03g03600	NT_166520.1	759467	761506	D	Title: strong similarity to hypothetical DEAD box family helicase - Schizosaccharomyces pombe; uncharacterized protein	759467..761506	Aspergillus niger	4980350
An03g03610	CDS	An03g03610	NT_166520.1	764085	764383	R	hypothetical protein	complement(join(764085..764146,764234..764268,764334..764383))	Aspergillus niger	84590686
An03g03620	CDS	An03g03620	NT_166520.1	764922	768923	R	Function: atrDp is involved in protection against cytotoxic compounds.; Title: strong similarity to multidrug resistance protein atrD - Aspergillus nidulans; plasma membrane; See PMID 10954082; uncharacterized protein	complement(join(764922..767932,767990..768923))	Aspergillus niger	4980352
An03g03640	CDS	An03g03640	NT_166520.1	774001	776206	D	Catalytic activity: enzyme of S. pombe catalyzes the reduction of quinone (coenzyme Q2) by sulfide.; Remark: questionable geneprediction at the aminoterminus might be caused by sequencing error.; Remark: the predicted protein is too long.; Title: strong similarity to mitochondrial sulfide dehydrogenase (coenzyme Q2) SPBC2G5.06c -Schizosaccharomyces pombe; localisation:mitochondrion; uncharacterized protein	join(774001..774044,774441..774493,774720..776206)	Aspergillus niger	4980353
An03g03650	CDS	An03g03650	NT_166520.1	776448	777721	R	Similarity: shows only partial similarity to hypothetical protein.; Title: weak similarity to hypothetical protein YJR111c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(776448..776734,776825..776956,777142..777721))	Aspergillus niger	84590687
An03g03660	CDS	An03g03660	NT_166520.1	778492	780060	R	Catalytic activity: converts oxidized glutathionine + NADPH into 2 glutathionine + NADP.; Function: enzyme of S. cerevisiae functions to maintain reduced glutathione levels at high levels.; Similarity: show strong similarity to other glutathione reductases.; Title: strong similarity to glutathione reductase Glr1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(778492..778925,778998..779830,779909..780060))	Aspergillus niger	4980355
An03g03670	CDS	An03g03670	NT_166520.1	781002	782995	R	hypothetical protein	complement(join(781002..781039,781072..781867,781937..782631,782730..782810,782908..782995))	Aspergillus niger	4980356
An03g03680	CDS	An03g03680	NT_166520.1	784484	785579	D	Title: strong similarity to hypothetical protein encoded by An13g03400 - Aspergillus niger; uncharacterized protein	join(784484..784702,784780..785125,785221..785579)	Aspergillus niger	84590688
An03g03690	CDS	An03g03690	NT_166520.1	786376	786943	R	Similarity: the ORF shows similarity to another A. niger protein: An03g03680. However, the two proteins differ in length and the similarity between the two proteins is restricted to a stretch of about 70 amino acids.; Title: weak similarity to hypothetical protein encoded by An03g03680 - Aspergillus niger; uncharacterized protein	complement(join(786376..786500,786595..786676,786740..786943))	Aspergillus niger	84590689
An03g03700	CDS	An03g03700	NT_166520.1	789200	790526	D	Function: the function of the qutG and some other proteins of this family is not yet clear, but it is suggested that they may act by enhancing the synthesis or degradation of phosphorylated messenger molecules.; Similarity: belongs to inositol monophosphatase family.; Title: strong similarity to inositol monophosphatase qutG - Aspergillus nidulans; See PMID 2175387; uncharacterized protein	join(789200..789380,789446..789497,789565..789653,789722..790160,790230..790361,790418..790526)	Aspergillus niger	4980359
An03g03710	CDS	An03g03710	NT_166520.1	790835	791869	R	Function: both the shikimate and quinate pathways share two common pathway metabolites 3-dehydroquinate and dehydroshikimate.; Function: quinate 5-dehydrogenase catalyses the conversion of quinate to 5-dehydroquinate.; Function: the functional integrity of the QUTB gene from A. nidulans (encoding quinate dehydrogenase) has been confirmed by transformation of a qutB mutant strain.; Function: this reaction is part of the quinate pathway where quinic acid is exploited as a source of carbon in prokaryotes and microbial eukaryotes.; Similarity: belongs to the shikimate and quinate dehydrogenases family.; Title: strong similarity to quinate 5-dehydrogenase qutB - Aspergillus nidulans; See PMID 2976880; uncharacterized protein	complement(790835..791869)	Aspergillus niger	4980360
An03g03720	CDS	An03g03720	NT_166520.1	793192	794433	D	Function: RAD14 plays an early role in nucleotide excision repair by recognizing and binding to damaged DNA.; Function: it binds specifically to damaged DNA.; Function: it is not required for transcription (although it contains zinc finger domains).; Function: it recognizes pyrimidine(6-4)pyrimidone photoproducts.; Title: strong similarity to nucleotide excision repair protein Rad14 - Saccharomyces cerevisiae; nucleus; See PMID 9268290; uncharacterized protein	join(793192..793293,793350..793944,794018..794433)	Aspergillus niger	4980361
An03g03730	CDS	An03g03730	NT_166520.1	795308	796114	R	Catalytic activity: H2CO3 = CO2 + H2O; Function: carbonic anhydrases are zinc metalloenzymes which catalyze the reversible hydration of carbon dioxide.; Similarity: shows strong similarity to putative carbonic anhydrases of several organisms.; Title: strong similarity to hypothetical carbonic anhydrase SPBP8B7.05c - Schizosaccharomyces pombe; uncharacterized protein	complement(795308..796114)	Aspergillus niger	4980362
An03g03740	CDS	An03g03740	NT_166520.1	797429	799161	R	Function: O-Glycosyl hydrolases are a widespread group of enzymes that hydrolyse the glycosidic bond between two or more carbohydrates, or between a carbohydrate and a non-carbohydrate moiety.; Function: beta-glucosidases of H. grisea and T. reesei are involved in cellulose utilization.; Localization: enzymes might be secreted.; Similarity: these fungal beta-glucosidases show significant homology to plant beta-glucosidases belonging to the beta-glucosidase A (BGA) family.; Title: strong similarity to beta-glucosidase bgl4 -Humicola grisea; See PMID 10101286; uncharacterized protein	complement(join(797429..797567,797632..798217,798298..798770,798828..799019,799100..799161))	Aspergillus niger	4980363
An03g03750	CDS	An03g03750	NT_166520.1	802151	804129	D	Function: abr2 is involved in conidial pigment biosynthesis in A. fumigatus.; Function: the enzymes that belong to this family include laccase that in fungi and plants oxidizes many different types of phenols and diamines, ascorbate oxidase.; Similarity: belongs to the multicopper oxidase family and shows strong similarity to laccases.; Title: strong similarity to brown 2 protein abr2 -Aspergillus fumigatus; See PMID 10515939; uncharacterized protein	join(802151..802400,802481..802955,803010..804129)	Aspergillus niger	4980364
An03g03760	CDS	An03g03760	NT_166520.1	806643	808406	R	Similarity: blast hits contain a lot of repetitive sequences.; Similarity: the expression of a single neurofilament subunit in the lamprey that is most similar to the NF-M of higher vertebrates suggests that all three mammalian neurofilament subunits evolved from a single NF-M-like precursor.; Title: weak similarity to neurofilament subunit NF-180 - Petromyzon marinus; See PMID 7770000; uncharacterized protein	complement(join(806643..808131,808228..808406))	Aspergillus niger	4980365
An03g03770	CDS	An03g03770	NT_166520.1	809457	811073	D	Alternative name: usually ERG1.; Cofactor: squalene epoxidase contain a FAD binding domain.; Function: squalene epoxidase catalyzes the first oxygenation step in sterol biosynthesis and is suggested to be one of the rate-limiting enzymes in this pathway.; Similarity: squalene epoxidases seem to be highly variable at the aminoterminus because there exist several shorter and longer variants.; Title: strong similarity to squalene monooxygenase -Rattus norvegicus; endoplasmatic reticulum; uncharacterized protein	join(809457..810726,810805..811073)	Aspergillus niger	4980366
An03g03780	CDS	An03g03780	NT_166520.1	812973	816395	R	Function: probably contains a nucleotidyltransferase domain and shows similarity to proteins containing such domains (ie. nuclear division protein TRF5 with DNA topoisomerase I-related function from S. cerevisiae).; Similarity: shows strong similarity at the aminoterminal part to several hypothetical proteins but is in general much longer.; Title: similarity to hypothetical protein SPAC821.04c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(812973..815386,815455..815673,815736..815807,815870..816395))	Aspergillus niger	4980367
An03g03790	CDS	An03g03790	NT_166520.1	819483	821592	R	hypothetical protein	complement(join(819483..819554,819662..819901,819986..820144,820331..820407,820449..820674,820754..820900,821383..821592))	Aspergillus niger	84590690
An03g03800	CDS	An03g03800	NT_166520.1	824051	825754	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: a splice site was detected upstream of the START codon.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: weak similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	join(824051..824135,824208..824264,824420..824524,824583..824801,824970..825754)	Aspergillus niger	4980369
An03g03810	CDS	An03g03810	NT_166520.1	826594	827544	R	Title: strong similarity to hypothetical conserved protein XF1745 - Xylella fastidiosa; uncharacterized protein	complement(826594..827544)	Aspergillus niger	4980370
An03g03820	CDS	An03g03820	NT_166520.1	828225	829644	R	Title: strong similarity to hypothetical protein SPCC320.08 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(828225..829096,829171..829361,829427..829644))	Aspergillus niger	4980371
An03g03830	CDS	An03g03830	NT_166520.1	833172	836453	D	Similarity: most fungal proteins with similarities to the predicted protein are much shorter.; Similarity: shows similarity in the central part to Drosophila protein and several other hypothetical proteins.; Title: similarity to hypothetical protein CG9351 -Drosophila melanogaster; uncharacterized protein	join(833172..833285,833423..833519,833610..833691,833762..833811,833889..834215,834266..835066,835131..835298,835363..836453)	Aspergillus niger	4980372
An03g03840	CDS	An03g03840	NT_166520.1	837312	838826	D	Title: similarity to hypothetical membrane protein YPR147c - Saccharomyces cerevisiae; uncharacterized protein	join(837312..837399,837434..838014,838092..838276,838365..838666,838765..838826)	Aspergillus niger	4980373
An03g03850	CDS	An03g03850	NT_166520.1	839019	840035	R	Title: similarity to hypothetical protein encoded by G15G9.130 - Neurospora crassa; uncharacterized protein	complement(839019..840035)	Aspergillus niger	4980374
An03g03860	CDS	An03g03860	NT_166520.1	840727	843900	D	Catalytic activity: Inositol-1,4,5-trisphosphate 5-phosphatases convert D-myo-inositol 1,4,5-trisphosphate + H(2)O <=> D-myo-inositol 1,4-bisphosphate + phosphate.; Function: mouse INPP5P hydrolyzes various signaling molecules including the following: inositol 1,4,5-trisphosphate, inositol 1,3,4,5-tetrakisphosphate,phosphatidylinositol 4,5-bisphosphate, and phosphatidylinositol 3,4, 5-trisphosphate.; Localization: expression of the 115-kDa protein of M. musculus showed localization of enzyme activity to the membrane.; Localization: in mouse at least three isoforms of INPP5P derived from RNA splicing events exist, this allows differential distribution of the INPP5P activity between the membrane and cytosol of the cell.; Title: similarity to Inositol-1,4,5-trisphosphate 5-phosphatases INPP5P - Mus musculus; See PMID 9525932; uncharacterized protein	join(840727..841597,841751..841988,842193..843900)	Aspergillus niger	4980375
An03g03870	CDS	An03g03870	NT_166520.1	844556	845239	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Title: questionable ORF; uncharacterized protein	complement(844556..845239)	Aspergillus niger	4980376
An03g03880	CDS	An03g03880	NT_166520.1	846087	847249	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Similarity: shows weak similarity to part of pilin from N. gonorrhoeae and immunoglobulin kappa-chain from H. sapiens.; Title: questionable ORF; uncharacterized protein	join(846087..846163,846239..846330,846406..846500,846592..846686,846827..846900,846987..847249)	Aspergillus niger	84590691
An03g03890	CDS	An03g03890	NT_166520.1	847717	849899	D	Function: S. cerevisiae STE3 is a G protein-coupled receptor for the peptide pheromone a-factor.; Regulation: S. cerevisiae STE3 is endocytosed and recycled upon a-factor binding.; Regulation: in S. cerevisiae a-factor-induced phosphorylation of STE3 requires activation of the downstream G protein-directed signaling pathway.; Remark: alternative names for S. cerevisiae STE3 are DAF2 and YKL178c.; Title: similarity to peptide pheromone a-factor receptor Ste3 - Saccharomyces cerevisiae; plasma membrane; See PMID 10611235; See PMID 11062272; See PMID 3006051; uncharacterized protein	join(847717..848278,848339..848822,848875..849166,849577..849635,849725..849899)	Aspergillus niger	4980378
An03g03900	CDS	An03g03900	NT_166520.1	850024	850727	R	Function: S. cerevisiae RIM1 is a nuclear gene encoding a mitochondrial single-stranded DNA-binding protein (SSB), which is required for activity of mitochondrial DNA-polymerase.; Remark: the predicted A. niger protein shows a pfam domain specific for single-stranded DNA-binding proteins.; Similarity: S. cerevisiae RIM1 contains three regions similar to C2H2 zinc fingers and an active cAMP-dependent protein kinase (cAPK) phosphorylation site.; Similarity: the predicted A. niger protein shows similarity to single-stranded DNA-binding proteins (including hypothetical) of different species.; Title: similarity to single-stranded DNA-binding protein Rim1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8367297; See PMID 9871116; See PMID 11087374; uncharacterized protein	complement(join(850024..850091,850197..850285,850438..850727))	Aspergillus niger	4980379
An03g03910	CDS	An03g03910	NT_166520.1	850907	851219	R	Remark: ORF might be questionable due to wrong gene prediction.; Title: weak similarity to creatinine amidohydrolase PSPS7 - Pseudomonas sp.; See PMID 7670196; uncharacterized protein	complement(join(850907..851006,851140..851219))	Aspergillus niger	84590692
An03g03920	CDS	An03g03920	NT_166520.1	852016	852444	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(852016..852444)	Aspergillus niger	84590693
An03g03930	CDS	An03g03930	NT_166520.1	852969	856510	D	Function: contains a Sodium:galactoside symporter pfam-domain.; Similarity: shows similarity between central regions of the predicted A. niger protein and several neurofilaments (NF), this similarity might results a great deal from repetitive sequences.; Title: weak similarity to neurofilament NF-180 -Petromyzon marinus; See PMID 7770000; uncharacterized protein	join(852969..853228,853320..853430,853485..853533,853637..853976,854115..856510)	Aspergillus niger	4980382
An03g03940	CDS	An03g03940	NT_166520.1	857324	861348	R	Function: S. cerevisiae SAC3 is involved in leucine permease transcriptional regulation, actin cytoskeleton organisation and mitosis.; Similarity: similarity is between the N-terminal regions of the predicted A. niger protein and Sac3 of S. cerevisiae.; Title: similarity to potential regulator of leucine permease gene expression Sac3 - Saccharomyces cerevisiae; nucleus; See PMID 8799844; See PMID 10517330; uncharacterized protein	complement(join(857324..857922,858030..859400,859547..860477,860565..860744,860818..861348))	Aspergillus niger	4980383
An03g03950	CDS	An03g03950	NT_166520.1	861587	862013	D	hypothetical protein	join(861587..861631,861721..861804,861879..862013)	Aspergillus niger	84590694
An03g03960	CDS	An03g03960	NT_166520.1	862048	864732	R	Similarity: N-terminal region of predicted A. niger protein shows also similarity to N-terminal region of the hypothetical protein YDR124w from S. cerevisiae, which is 300 aa shorter.; Similarity: the ORF shows strong similarity to the A. niger protein An02g11860. The similarity between the two proteins, however, is restricted to a stretch of about 150 amino acids.; Title: strong similarity to hypothetical protein EAA61242.1 - Aspergillus nidulans; uncharacterized protein	complement(join(862048..862167,862317..862393,862495..862530,862909..863617,863702..864324,864382..864586,864640..864732))	Aspergillus niger	4980385
An03g03970	CDS	An03g03970	NT_166520.1	864802	865685	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Title: questionable ORF; uncharacterized protein	join(864802..864835,864918..865018,865109..865165,865258..865371,865575..865685)	Aspergillus niger	84590695
An03g03980	CDS	An03g03980	NT_166520.1	866273	866582	R	Remark: blastp shows significant similarity (39% identity) between predicted A. niger protein and human secreted protein of patent WO9922243 but due to shortness of both peptides the probability is low (p=4,4).; Title: similarity to secreted protein from patent WO9922243 - Homo sapiens; uncharacterized protein	complement(join(866273..866353,866433..866582))	Aspergillus niger	84590696
An03g03990	CDS	An03g03990	NT_166520.1	867086	868602	D	Similarity: shows weak but significant similarity to part of the 5-aminolevulinate synthase of different species.; Title: weak similarity to 5-aminolevulinate synthase ALASN - Gallus gallus; See PMID 3005973; uncharacterized protein	join(867086..867223,867416..867490,867580..867725,867817..867931,868058..868147,868342..868602)	Aspergillus niger	84590697
An03g04000	CDS	An03g04000	NT_166520.1	869943	870549	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Title: questionable ORF; uncharacterized protein	join(869943..870023,870130..870189,870298..870549)	Aspergillus niger	84590698
An03g04010	CDS	An03g04010	NT_166520.1	870766	872786	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Title: questionable ORF; uncharacterized protein	join(870766..870780,870912..871165,871209..871268,871406..871488,871823..871924,872306..872344,872623..872786)	Aspergillus niger	84590699
An03g04020	CDS	An03g04020	NT_166520.1	873104	875480	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Title: questionable ORF; uncharacterized protein	complement(join(873104..873200,873511..873581,873675..873815,873900..873959,874052..874110,874396..874494,874787..874939,875032..875131,875227..875281,875383..875480))	Aspergillus niger	84590700
An03g04030	CDS	An03g04030	NT_166520.1	875577	876673	R	Remark: blastp shows similarity (43% positives) between predicted A. niger protein and A. thaliana T6K12. 13 but due to shortness of both peptides the probability is low (p=6,4).; Similarity: similarity is from predicted A. niger protein to C-terminal region of A. .; Title: similarity to hypothetical protein T6K12.13 -Arabidopsis thaliana; uncharacterized protein	complement(join(875577..875646,875748..875834,876049..876126,876213..876430,876596..876673))	Aspergillus niger	84590701
An03g04040	CDS	An03g04040	NT_166520.1	877150	878332	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Title: questionable ORF; uncharacterized protein	complement(join(877150..877248,877665..877757,877855..878082,878198..878332))	Aspergillus niger	84590702
An03g04050	CDS	An03g04050	NT_166520.1	878553	879849	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons.; Title: questionable ORF; uncharacterized protein	complement(join(878553..878678,878753..878829,879177..879329,879417..879461,879804..879849))	Aspergillus niger	84590703
An03g04060	CDS	An03g04060	NT_166520.1	882027	887218	R	Function: ATP binding cassette (ABC) protein superfamily members transport a variety of substances across biological membranes, including drugs, ions and peptides.; Function: the cadmium factor (YCF1) gene from S. cerevisiae is required for cadmium resistance.; Similarity: belongs to the ATP binding cassette (ABC) protein superfamily.; Title: strong similarity to cadmium resistance protein Ycf1 - Saccharomyces cerevisiae; See PMID 7521334; See PMID 9379898; See PMID 10529352; uncharacterized protein	complement(join(882027..882290,882383..882474,882567..882635,882698..882852,882920..883704,883758..883803,883871..883974,884036..886852,886925..887218))	Aspergillus niger	4980395
An03g04070	CDS	An03g04070	NT_166520.1	888242	888470	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(888242..888358,888399..888470))	Aspergillus niger	84590704
An03g04080	CDS	An03g04080	NT_166520.1	889123	891413	D	Function: contains C2H2 type zinc-finger domains and might be involved in transcription.; Title: similarity to hypothetical protein YDR049w -Saccharomyces cerevisiae; uncharacterized protein	join(889123..889171,889265..891055,891256..891413)	Aspergillus niger	4980397
An03g04090	CDS	An03g04090	NT_166520.1	891632	893623	D	Catalytic activity: MEK1 catalyzes the formation of peptidyl-serine-phosphate or peptidyl-threonine-phosphate using ATP.; Function: MEK1 is involved in meiosis and DNA recombination.; Function: Ser/Thr-kinases of the MEK1 type are involved in multiple signal transduction events leading to the phosphorylation and therafter nuclear translocation of MAP-kinases.; Remark: alternate names for S. cerevisiae MAP-kinase kinase/meiotic kinase MEK1 are MRE4, O6357 and YOR351c.; Title: similarity to protein kinase Mek1 -Saccharomyces cerevisiae; cytoplasm; deleted EC_number 2.7.1.37; See PMID 9552352; See PMID 1741279; uncharacterized protein	join(891632..891793,891883..892089,892142..892249,892367..892465,892607..892902,892950..893373,893450..893623)	Aspergillus niger	4980398
An03g04100	CDS	An03g04100	NT_166520.1	894296	895894	D	Similarity: similarity is from predicted A. niger protein to N-terminal region of X. fastidiosa XF2713, which is 600 aa longer.; Title: similarity to hypothetical protein XF2713 -Xylella fastidiosa; uncharacterized protein	join(894296..894314,894662..894720,894815..894886,894969..895084,895167..895219,895485..895894)	Aspergillus niger	84590705
An03g04110	CDS	An03g04110	NT_166520.1	896267	898359	D	Remark: information about rat ARP has not been published and is available from EMBL.; Similarity: similarity is from the predicted A. niger protein to N-terminal half of rat ARP.; Title: weak similarity to hypothetical atrophin-1 related protein ARP - Rattus norvegicus; uncharacterized protein	join(896267..896452,896506..896589,896681..896740,896926..898359)	Aspergillus niger	4980400
An03g04120	CDS	An03g04120	NT_166520.1	899922	901320	R	Function: D. discoideum Amp1 is responsible for specially interacting with tyrosin-based sorting signals of integral membrane protein.; Function: the predicted A. niger protein shows similarity to several to clathrin coat assembly proteins of the AP50 superfamily, which mediate plasma membrane traffic.; Title: strong similarity to clathrin coat assembly protein Apm1 - Dictyostelium discoideum; See PMID 8996086; See PMID 10966473; uncharacterized protein	complement(join(899922..900910,900984..901320))	Aspergillus niger	4980401
An03g04130	CDS	An03g04130	NT_166520.1	901972	905889	R	Remark: ORF might be questionable as similarities to other proteins are either partial or due to repeats. .; Title: weak similarity to hypothetical protein SPAC3F10.07c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(901972..902168,903237..904297,904348..904684,904911..905007,905092..905171,905302..905462,905559..905636,905789..905889))	Aspergillus niger	4980402
An03g04140	CDS	An03g04140	NT_166520.1	905990	907284	D	Function: NTA1 of S. cerevisiae is a component of a targeting complex in the N-end rule pathway of protein degradation.; Remark: alternative names of the S. cerevisiae protein are DEA1, J1742 and YJR062c.; Similarity: shows similarity to the N-terminal 2/3 of NTA1 only.; Title: strong similarity to N-terminal amidase Nta1 - Saccharomyces cerevisiae; cytoplasm; See PMID 7744855; uncharacterized protein	join(905990..906161,906338..907284)	Aspergillus niger	4980403
An03g04150	CDS	An03g04150	NT_166520.1	907372	907733	D	hypothetical protein	join(907372..907391,907475..907733)	Aspergillus niger	84590706
An03g04160	CDS	An03g04160	NT_166520.1	907862	908221	R	hypothetical protein	complement(join(907862..907957,908033..908221))	Aspergillus niger	84590707
An03g04170	CDS	An03g04170	NT_166520.1	908553	910437	D	hypothetical protein	join(908553..908645,908738..908847,908931..909028,909538..909582,909680..909795,909853..910437)	Aspergillus niger	84590708
An03g04180	CDS	An03g04180	NT_166520.1	910670	911612	D	Complex: human USF2 forms a complex with USF1.; Remark: USF2 isoforms in H. sapiens result from alternative splicing.; Remark: in human the CAGCTG element is recognized by the USF1 / USF2 complex.; Similarity: shows similarity to proteins containing a helix-loop-helix DNA-binding domain, i. e. several centromerbinding proteins.; Title: similarity to upstream stimulatory factor of transcription USF2 - Homo sapiens; nucleus; See PMID 8576131; See PMID 11180124; uncharacterized protein	join(910670..911201,911260..911612)	Aspergillus niger	4980407
An03g04190	CDS	An03g04190	NT_166520.1	913388	915033	R	Title: similarity to cellulase #2 from patent US2003036176-A1 - Xanthomonas campestris; uncharacterized protein	complement(join(913388..913801,913873..915033))	Aspergillus niger	4980408
An03g04200	CDS	An03g04200	NT_166520.1	915089	915814	D	hypothetical protein	join(915089..915205,915297..915348,915444..915629,915705..915814)	Aspergillus niger	84590709
An03g04210	CDS	An03g04210	NT_166520.1	916043	919683	R	Function: Sec8p and Sec15p of S. cerevisiae are components of a plasma membrane-associated 19. 5S particle,the exocyst, that may function downstream of Sec4p to control exocytosis.; Localization: depending on the analysed organism (S. cerevisiae, rat) 40-80% of the exocyst localises to the plasma membrane and the rest to the cytosole.; Similarity: shows similarity to the N-terminal half of sec8p only.; Title: similarity to component of the exocyst Sec8 -Saccharomyces cerevisiae; See PMID 10203793; See PMID 10973998; uncharacterized protein	complement(join(916043..916123,916174..917091,917387..917532,917588..917723,917777..918217,918267..918383,918443..919431,919482..919683))	Aspergillus niger	4980410
An03g04220	CDS	An03g04220	NT_166520.1	919696	920148	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to serine rich proteins.; hypothetical protein	complement(919696..920148)	Aspergillus niger	84590710
An03g04230	CDS	An03g04230	NT_166520.1	921391	923813	R	Remark: human aminopeptidase P is a manganese(II)-dependent enzyme.; Similarity: shows strong similarity to aminopeptidases of different organisms.; Title: strong similarity to cytoplasmic form of aminopeptidase P - Homo sapiens; cytoplasm; See PMID 11106490; uncharacterized protein	complement(join(921391..921638,921704..921748,921796..921880,921945..922779,922848..922893,922949..923170,923228..923289,923343..923508,923610..923669,923738..923813))	Aspergillus niger	4980412
An03g04240	CDS	An03g04240	NT_166520.1	924327	924941	R	Similarity: very weak similarity to bacterial proteins.; hypothetical protein	complement(join(924327..924475,924566..924673,924845..924941))	Aspergillus niger	84590711
An03g04250	CDS	An03g04250	NT_166520.1	925009	928285	D	Function: important targets of S. cerevisiae Kap122p is the complex of the large and small subunit (Toa1p and Toa2p, respectively) of the general transcription factor IIA (TFIIA).; Localization: S. cerevisiae Kap122p was localized both to the cytoplasm and the nucleus.; Similarity: by similarity rat lgl2 is a member of the karyopherin-beta family of nuclear import proteins.; Similarity: the predicted A. niger protein shows similarity to several karyopherin-beta proteins, among them S. cerevisiae KAP122 (formely PDR6).; Title: similarity to nuclear import protein LGL2 -Rattus norvegicus; See PMID 10525531; See PMID 10745026; uncharacterized protein	join(925009..925071,925128..925273,925335..925866,925931..928285)	Aspergillus niger	4980414
An03g04260	CDS	An03g04260	NT_166520.1	928915	930292	D	Title: strong similarity to hypothetical protein CAD21410.1 - Neurospora crassa; uncharacterized protein	join(928915..930046,930174..930292)	Aspergillus niger	84590712
An03g04270	CDS	An03g04270	NT_166520.1	930308	931415	R	Remark: ORF might be questionable; Similarity: very weak similarity to different bacterial proteins.; hypothetical protein	complement(join(930308..930517,930981..931044,931138..931415))	Aspergillus niger	84590713
An03g04280	CDS	An03g04280	NT_166520.1	932590	933656	R	Function: Eukarya and Archaea exclusively use the pyroA pathway for pyridoxine synthesis.; Similarity: pyroA is highly conserved and belongs to the SNZ family.; Title: strong similarity to pyridoxine synthesis component pyroA - Aspergillus nidulans; See PMID 10438537; uncharacterized protein	complement(join(932590..933219,933289..933471,933540..933656))	Aspergillus niger	4980417
An03g04290	CDS	An03g04290	NT_166520.1	933736	934125	R	hypothetical protein	complement(933736..934125)	Aspergillus niger	84590714
An03g04300	CDS	An03g04300	NT_166520.1	934206	934676	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(934206..934286,934445..934569,934643..934676))	Aspergillus niger	84590715
An03g04310	CDS	An03g04310	NT_166520.1	934702	935315	D	Remark: blastp shows similarity (47% positives) between predicted A. niger protein and S. cerevisiae FUN14,but due to shortness of both peptides the probability is low (p=0,32).; Title: similarity to hypothetical protein Fun14 -Saccharomyces cerevisiae; uncharacterized protein	join(934702..935076,935163..935315)	Aspergillus niger	4980420
An03g04320	CDS	An03g04320	NT_166520.1	935552	937560	R	Function: Cells lacking Orp2 undergo aberrant mitosis, indicating that Orp2 is involved in generating a checkpoint signal.; Function: Orp2 of S. pombe is required for DNA replication and interacts with the rate-limiting replication activator Cdc18.; Title: strong similarity to origin recognition complex protein orp2p - Schizosaccharomyces pombe; nucleus; See PMID 8552194; uncharacterized protein	complement(join(935552..937248,937331..937428,937523..937560))	Aspergillus niger	4980421
An03g04330	CDS	An03g04330	NT_166520.1	937959	939400	D	Function: the enzyme of S. cerevisiae catalyses the freely reversible interchange of an acetyl group between N-acetylornithine and glutamate.; Localization: The enzyme was localised to the mitochondrial matrix and was found to be a 57-kDa heterodimer consisting of subunits of 31 kDa and 26 kDa.; Remark: alternate gene name is ECM40.; Remark: alternate protein names are ornithine acetyltransferase; protein YM9916. 01c; protein YMR062c.; Similarity: shows strong similarity to putative glutamate n-acetyltransferase precursor of S. pombe.; Title: strong similarity to glutamate N-acetyltransferase Arg7 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 7705341; uncharacterized protein	join(937959..938410,938482..939400)	Aspergillus niger	4980422
An03g04340	CDS	An03g04340	NT_166520.1	939815	941527	R	Function: the Sec61 protein is required for protein insertion in and translocation across the endoplasmic reticulum membrane.; Function: the Sec61 protein is required for protein translocation across the ER membrane in both yeast and mammals and is found in close association with polypeptides during their membrane transportation.; Similarity: Highly conserved, high sequence similarity to various species.; Title: strong similarity to ER membrane translocation facilitator Sec61 - Yarrowia lipolytica; endoplasmatic reticulum; See PMID 9427389; uncharacterized protein	complement(join(939815..939896,939954..941029,941102..941269,941328..941428,941518..941527))	Aspergillus niger	4980423
An03g04350	CDS	An03g04350	NT_166520.1	942053	946063	R	Remark: blast hits result from repetitive sequences.; hypothetical protein	complement(join(942053..943759,943973..944110,944433..944684,944780..945004,945423..945512,945617..945929,946005..946063))	Aspergillus niger	4980424
An03g04360	CDS	An03g04360	NT_166520.1	946102	946723	D	Similarity: N-terminal part is similiar to central part of many different cyclins.; Title: strong similarity to hypothetical protein EAA61234.1 - Aspergillus nidulans; uncharacterized protein	join(946102..946589,946636..946723)	Aspergillus niger	4980425
An03g04370	CDS	An03g04370	NT_166520.1	946786	947141	R	hypothetical protein	complement(join(946786..946843,946924..947141))	Aspergillus niger	84590716
An03g04380	CDS	An03g04380	NT_166520.1	947317	948544	D	Alternative name: AUT1 or YNR007C.; Complex: Aut1p is subunit of the autophagy (Apg) conjugation complex reminiscent of the ubiquitin conjugation system, and is required for membrane recruitment of Apg7p and subsequent transport vesicle formation.; Function: Aut1p of S. cerevisiae is responsible for an unspecific bulk transpost of cytoplasmic proteins to the vacuole (CVT pathway) and is involved in autophagocytosis during starvation.; Title: strong similarity to autophagocytosis protein Aut1 - Saccharomyces cerevisiae; cytoplasm; See PMID 9023185; uncharacterized protein	join(947317..947843,947992..948355,948449..948544)	Aspergillus niger	4980427
An03g04390	CDS	An03g04390	NT_166520.1	949226	953773	R	Remark: blast hits result from repetitive sequences.; Title: weak similarity to S-layer protein -Clostridium thermocellum; uncharacterized protein	complement(join(949226..950119,950182..950440,950484..950644,950724..950781,951043..952384,952644..952899,953402..953510,953709..953773))	Aspergillus niger	10098123
An03g04400	CDS	An03g04400	NT_166520.1	954095	954841	R	Title: weak similarity to hypothetical protein encoded by An16g02860 - Aspergillus niger; uncharacterized protein	complement(954095..954841)	Aspergillus niger	4980429
An03g04410	CDS	An03g04410	NT_166520.1	956533	957993	R	Function: The enzyme of S. cerevisiae is involved in protein N-linked glycosylation. It catalyzes the transfer of glucose from UDP-glucose to dolichyl phosphate.; Localization: Topological studies indicate that UDP-glucose:dolichyl-phosphate glucosyltransferase is a transmembrane protein that spans the membrane several times.; Localization: UDP-glucose:dolichyl-phosphate glucosyltransferase of S. cerevisiae is a transmembrane-bound enzyme of the endoplasmic reticulum.; Similarity: Highest similarity to as yet unpublished dolichyl-phosphate beta-glucosyltransferase of Ajellomyces capsulata; Title: strong similarity to UDP-glucose:dolichyl-phosphate glucosyltransferase Alg5 -Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8076653; uncharacterized protein	complement(join(956533..956877,956955..957749,957877..957993))	Aspergillus niger	4980430
An03g04420	CDS	An03g04420	NT_166520.1	958245	958802	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(958245..958350,958443..958546,958770..958802)	Aspergillus niger	84590717
An03g04430	CDS	An03g04430	NT_166520.1	958830	961823	R	Similarity: similarity to the aminoterminal part of probable membrane protein YIL151c and probable purine nucleotide-binding protein YKR096w of S. cerevisiae.; Title: strong similarity to hypothetical protein EAA61229.1 - Aspergillus nidulans; uncharacterized protein	complement(join(958830..958875,959006..959085,959191..959304,959370..961494,961699..961823))	Aspergillus niger	4980432
An03g04440	CDS	An03g04440	NT_166520.1	962269	963979	R	Remark: truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	complement(join(<962269..962357,962590..962655,962801..962891,962991..963110,963251..963412,963616..963661,963847..963979))	Aspergillus niger	84590718
An03g04450	CDS	An03g04450	NT_166520.1	964057	965423	D	hypothetical protein	join(964057..964152,964247..964323,964423..964531,964755..964948,965020..965134,965301..965423)	Aspergillus niger	84590719
An03g04460	CDS	An03g04460	NT_166520.1	966278	966694	R	Similarity: similarity to N-terminal part of hypothetical glutamate-ammonia ligase VC2746 from Vibrio cholerae.; hypothetical protein	complement(join(966278..966317,966401..966559,966615..966694))	Aspergillus niger	84590720
An03g04470	CDS	An03g04470	NT_166520.1	966981	969713	R	Title: weak similarity to hypothetical zinc-finger protein 413R - Chilo iridescent virus; uncharacterized protein	complement(join(966981..967354,967430..967503,967952..968012,968415..968464,968527..968615,968646..969713))	Aspergillus niger	84590721
An03g04480	CDS	An03g04480	NT_166520.1	970343	970714	R	hypothetical protein	complement(join(970343..970520,970674..970714))	Aspergillus niger	84590722
An03g04485	CDS	An03g04485	NT_166520.1	971109	971648	R	hypothetical protein	complement(971109..971648)	Aspergillus niger	84590723
An03g04500	CDS	An03g04500	NT_166520.1	972316	973329	D	Title: similarity to hypothetical protein F16J13.50 - Arabidopsis thaliana; uncharacterized protein	join(972316..972741,972823..973329)	Aspergillus niger	4980439
An03g04510	CDS	An03g04510	NT_166520.1	973521	974514	R	Catalytic activity: ADP-ribose + H(2)O <=> AMP + D-ribose 5-phosphate.; Function: YSA1 of S. cerevisiae hydrolyzes ADP-ribose to AMP and ribose-5-phosphate; hydrolyzes ADP-mannose, ADP-glucose, and diadenosine diphosphate.; Remark: YSA1 probably plays a role in preventing the accumulation of nucleoside diphosphate-sugar intermediates in S. cerevisiae.; Remark: alternate names = YBR111C, YBR0907.; Title: strong similarity to Nudix (nucleoside diphosphate) hydrolase Ysa1 - Saccharomyces cerevisiae; See PMID 10542272; See PMID 8810257; uncharacterized protein	complement(join(973521..973759,973880..974120,974291..974383,974464..974514))	Aspergillus niger	4980440
An03g04520	CDS	An03g04520	NT_166520.1	975098	977010	R	Catalytic activity: L-cysteine + cyanide <=> H(2)S + L-3-cyanoalanine.; Function: ILV-3 from S. cerevisiae is involved in that part of the biosynthesis of branched-chain amino acids (aa) through which pyruvate or alpha-ketobutyrate are converted into alpha-keto acids, precursors of valine,leucine or isoleucine.; Title: strong similarity to dihydroxy-acid dehydratase Ilv3 - Saccharomyces cerevisiae; See PMID 8299945; uncharacterized protein	complement(join(975098..976823,976892..977010))	Aspergillus niger	4980441
An03g04530	CDS	An03g04530	NT_166520.1	978011	978811	R	Function: beta-PGM from L. lactis convertes beta-glucose 1-phosphate to glucose 6-phosphate.; Regulation: beta-PGM from L. lactis is maltose-inducible and glucose-repressible.; Remark: EC 5. 4. 2. 6; Title: similarity to beta-phosphoglucomutase beta-PGM - Lactococcus lactis; See PMID 9084169; uncharacterized protein	complement(join(978011..978736,978803..978811))	Aspergillus niger	4980442
An03g04540	CDS	An03g04540	NT_166520.1	979844	980313	D	Remark: shows weak similarity to aa 170-260 from 1000 aa ror-related receptor RTK of Discopyge ommata.; hypothetical protein	join(979844..979946,980123..980313)	Aspergillus niger	84590724
An03g04550	CDS	An03g04550	NT_166520.1	980637	982346	D	Function: RIT1 from S. cerevisiae encodes a phospho-ribosyl transferase that exclusively modifies the initiator tRNA (tRNAMet(i)) by the addition of a 2'-O-ribosyl phosphate group to Adenosine 64.; Function: Rit1 from S. cerevisiae is a tRNA backbone-modifying enzyme that mediates initiator and elongator tRNA discrimination.; Title: strong similarity to initiator tRNA phosphoribosyl-transferase Rit1 - Saccharomyces cerevisiae; See PMID 10485288; See PMID 7954819; uncharacterized protein	join(980637..980989,981117..981151,981216..981388,981450..982346)	Aspergillus niger	4980444
An03g04560	CDS	An03g04560	NT_166520.1	982403	983336	R	Catalytic activity: Alditol + NAD(P)(+) <=> aldose + NAD(P)H.; Function: the P. putida NADP(+)-dependent morphine dehydrogenase initiates morphine catabolism.; Remark: naloxone reductase is synonymous for morphine dehydrogenase.; Title: strong similarity to morphine dehydrogenase -Pseudomonas putida; uncharacterized protein	complement(join(982403..982738,982821..983336))	Aspergillus niger	4980445
An03g04570	CDS	An03g04570	NT_166520.1	985229	987509	D	Remark: alpha-actinin from D. discoideum is 200 aa longer.; Similarity: non-muscle alpha-actinin from D. discoideum is Calcium-sensitive and contains EF-hand structures.; Title: similarity to actin cross-linking protein alpha-actinin - Dictyostelium discoideum; cytoskeleton; See PMID 10413681; uncharacterized protein	join(985229..985284,985472..985538,985635..987242,987306..987509)	Aspergillus niger	4980446
An03g04580	CDS	An03g04580	NT_166520.1	988206	989854	D	Title: similarity to hypothetical RNA binding protein CAB53728.1 - Schizosaccharomyces pombe; uncharacterized protein	join(988206..988244,988340..988402,988685..988716,988800..988837,988916..988976,989024..989099,989162..989854)	Aspergillus niger	84590725
An03g04590	CDS	An03g04590	NT_166520.1	990097	991594	R	Function: HET-E from P. anserina is responsible for vegetative incompatibility through specific interactions with different alleles of the unlinked gene, het-c.; Function: disruption of the het-e locus does not impair the phenotype of strains but DNA hybridization analyses revealed that het-e may belong to a multigenic family.; Remark: HET-E from P. anserina contains a functional GTP-binding site and WD40 repeats.; Title: similarity to beta transducin-like protein het-e - Podospora anserina; See PMID 9435787; See PMID 12019224; See PMID 7557402; uncharacterized protein	complement(join(990097..991087,991167..991262,991325..991364,991415..991528,991585..991594))	Aspergillus niger	4980448
An03g04600	CDS	An03g04600	NT_166520.1	992825	995365	D	Complex: Ufd3p is an in vivo ligand of Cdc48p, an essential ATPase required for the cell cycle progression and the fusion of endoplasmic reticulum membranes.; Function: Ufd3p from S. cerevisiea is involved in the ubiquitin-dependent protein degradation.; Remark: UFD3 is synonymous for DOA1.; Title: strong similarity to WD-repeat protein required for ubiquitin-mediated proteolysis Doa1 -Saccharomyces cerevisiae; See PMID 8890162; uncharacterized protein	join(992825..992872,992964..993417,993486..994370,994422..995365)	Aspergillus niger	4980449
An03g04610	CDS	An03g04610	NT_166520.1	995632	996700	R	Function: it is proposed that the human GlcNAc thyroid receptor NAGR1 triggers selective recycling of immature GlcNAc-bearing thyroglobulin molecules through the Golgi back to the apical membrane for further processing until maturation is achieved.; Remark: human TGR-CL10C is 100 aa shorter.; Remark: no literature available for human TGR-CL10C,it is described only in Patent number WO9219733-A/13,12-NOV-1992.; Title: similarity to thyroidal receptor for N-acetylglucosamine TGR-CL10C - Homo sapiens; See PMID 8088785; uncharacterized protein	complement(join(995632..996063,996226..996320,996388..996453,996510..996618,996689..996700))	Aspergillus niger	4980450
An03g04620	CDS	An03g04620	NT_166520.1	997102	997553	D	Title: strong similarity to mitochondrial ribosomal protein Cyt-21 - Neurospora crassa; localisation:mitochondrion; mitochondrial 37S ribosomal protein bS16m	join(997102..997178,997295..997553)	Aspergillus niger	4980451
An03g04630	CDS	An03g04630	NT_166520.1	997962	999637	R	hypothetical protein	complement(join(997962..998057,998331..998457,998709..998780,998852..999000,999092..999217,999308..999415,999527..999637))	Aspergillus niger	84590726
An03g04640	CDS	An03g04640	NT_166520.1	1001528	1002648	R	Similarity: weak similarity, due to central glycin and glutamic acid repeats, to retinitis pigmentosa GTPase regulator - Homo sapiens.; hypothetical protein	complement(join(1001528..1001698,1001833..1001855,1001951..1002269,1002466..1002648))	Aspergillus niger	84590727
An03g04650	CDS	An03g04650	NT_166520.1	1002757	1004592	D	Title: similarity to hypothetical RNA binding protein - Schizosaccharomyces pombe; uncharacterized protein	1002757..1004592	Aspergillus niger	4980454
An03g04660	CDS	An03g04660	NT_166520.1	1006188	1007606	D	Similarity: shows similarity only in central part.; Title: weak similarity to hypothetical protein YGR165w - Saccharomyces cerevisiae; mitochondrial 37S ribosomal protein mS45	join(1006188..1006682,1006938..1007606)	Aspergillus niger	4980455
An03g04670	CDS	An03g04670	NT_166520.1	1008661	1011491	R	Title: similarity to response regulator mcs4p -Schizosaccharomyces pombe; See PMID 9136929; uncharacterized protein	complement(join(1008661..1009047,1009120..1009264,1009316..1009796,1009871..1011491))	Aspergillus niger	4980456
An03g04680	CDS	An03g04680	NT_166520.1	1012840	1014253	R	Title: strong similarity to hypothetical protein YDR090c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1012840..1013174,1013204..1013252,1013410..1013553,1013610..1013681,1013935..1013969,1014073..1014253))	Aspergillus niger	4980457
An03g04690	CDS	An03g04690	NT_166520.1	1015417	1016473	R	Complex: SH3 domain of Sho1p from S. cerevisiae interacts with Pbs2 (MAPKK).; Function: Sho1p from S. cerevisiae activates the HOG p38 MAPK-pathway during osmotic stress.; Remark: Yeast cdc42 GTPase and ste20 PAK-like kinase regulate Sho1-dependent activation of the hog1 MAPK pathway; Title: strong similarity to hypothetical osmosensor Sho1p - Candida utilis; plasma membrane; See PMID 10970855; See PMID 10980703; See PMID 11118628; uncharacterized protein	complement(join(1015417..1015935,1016000..1016122,1016183..1016338,1016405..1016473))	Aspergillus niger	4980458
An03g04700	CDS	An03g04700	NT_166520.1	1018468	1020739	R	Function: RO10 of N. crassa, as well as RO4 (actin-related protein ARP1, the most abundant subunit of dynactin), appears to be required for the stability of RO3 (p150Glued), the largest subunit of dynactin.; Similarity: RO10 from N. crassa is 200 aa shorter.; Title: strong similarity to RO10 - Neurospora crassa; See PMID 10361308; uncharacterized protein	complement(join(1018468..1018612,1018809..1018922,1018957..1019024,1019054..1019167,1019260..1019297,1019454..1019551,1019603..1019831,1019914..1019929,1020075..1020451,1020508..1020739))	Aspergillus niger	4980459
An03g04710	CDS	An03g04710	NT_166520.1	1021338	1023640	R	Title: strong similarity to hypothetical protein CAD21392.1 - Neurospora crassa; uncharacterized protein	complement(join(1021338..1021460,1021521..1021960,1022000..1023232,1023291..1023426,1023501..1023534,1023603..1023640))	Aspergillus niger	4980460
An03g04720	CDS	An03g04720	NT_166520.1	1025491	1028143	D	Function: production of cell wall-degrading enzymes (wall depolymerases) by plant pathogenic fungi is under catabolite (glucose) repression.; Title: strong similarity to serine threonine protein kinase SNF1 - Cochliobolus carbonum; See PMID 10662860; uncharacterized protein	join(1025491..1025897,1025984..1026819,1026906..1027538,1027623..1028143)	Aspergillus niger	4980461
An03g04730	CDS	An03g04730	NT_166520.1	1028567	1030633	D	Similarity: only N-terminal 70 aa show similarity to C-terminus of krox-20 M. musculus.; Title: weak similarity to zinc-finger protein krox-20 - Mus musculus; See PMID 2496302; uncharacterized protein	join(1028567..1028580,1028713..1030633)	Aspergillus niger	4980462
An03g04740	CDS	An03g04740	NT_166520.1	1030688	1033423	R	Similarity: FLU1 from C. albicans belongs to the major facilitator family.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; plasma membrane; See PMID 11065353; uncharacterized protein	complement(join(1030688..1031273,1031339..1031825,1031889..1031930,1031997..1032249,1032504..1032533,1032697..1032851,1032910..1033097,1033413..1033423))	Aspergillus niger	4980463
An03g04750	CDS	An03g04750	NT_166520.1	1034127	1036063	D	Catalytic activity: Salicylate + NADH + O(2) <=> catechol + NAD(+) + H(2)O + CO(2).; Remark: systematic name of salicylate hydroxylase is Salicylate 1-monooxygenase; Title: similarity to salicylate hydroxylase -Sphingomonas sp.; See PMID 10348858; uncharacterized protein	join(1034127..1034174,1034255..1035045,1035109..1035164,1035228..1035500,1035587..1035707,1035793..1035893,1035999..1036063)	Aspergillus niger	4980464
An03g04760	CDS	An03g04760	NT_166520.1	1036261	1040443	R	Title: similarity to protein sequence #124 from patent WO200224865-A2 - Unclassified organism; uncharacterized protein	complement(join(1036261..1036356,1036426..1036759,1036821..1036995,1037067..1037392,1037441..1037461,1037508..1037619,1037673..1037706,1037755..1038578,1038648..1038685,1038787..1038918,1039322..1040058,1040141..1040443))	Aspergillus niger	4980465
An03g04770	CDS	An03g04770	NT_166520.1	1045225	1047523	R	Function: the forkhead-associated (FHA) domain is a putative nuclear signalling domain found in a variety of otherwise unrelated proteins.; Similarity: shows only partial similarity to forkhead-containing proteins.; Title: similarity to hypothetical protein CAD11383.1 - Neurospora crassa; uncharacterized protein	complement(join(1045225..1046942,1047022..1047154,1047231..1047436,1047508..1047523))	Aspergillus niger	4980466
An03g04780	CDS	An03g04780	NT_166520.1	1047960	1048706	R	Similarity: shows similarity at the aminoterminus to several proteins being mitochondrial NADH dehydrogenase subunit II which might be due to false gene prediction or the ORF might represent a pseudogene.; Title: weak similarity to hypothetical NADH dehydrogenase subunit II ND2 - Mesaspis moreleti; uncharacterized protein	complement(join(1047960..1048118,1048208..1048440,1048613..1048706))	Aspergillus niger	84590728
An03g04790	CDS	An03g04790	NT_166520.1	1049126	1051270	R	Function: Tom70 is implicated in the import of proteins from the cytosol into the mitochondria in S. cerevisiae and Neurospora crassa.; Function: it has been proposed that TPR proteins preferably interact with WD-40 repeat proteins, but in many instances several TPR-proteins seem to aggregate to multi-protein complexes.; Function: prominent examples of TPR-proteins include, Cdc16p, Cdc23p and Cdc27p components of the cyclosome/APC, the Pex5p/Pas10p receptor for peroxisomal targeting signals, the Tom70p co-receptor for mitochondrial targeting signals, Ser/Thr phosphatase 5C and the p110 subunit of O-GlcNAc transferase.; Function: the mitochondrial outer membrane plays a role in the stability of the mitochondrial genome in an obligate aerobe, probably through the import process.; Title: strong similarity to mitochondrial outer membrane protein Tom70 - Podospora anserina; localisation:mitochondrion; See PMID 9343397; uncharacterized protein	complement(join(1049126..1049373,1049435..1049908,1049961..1050732,1050804..1050886,1050958..1051270))	Aspergillus niger	4980468
An03g04800	CDS	An03g04800	NT_166520.1	1051462	1053289	D	Title: similarity to hypothetical protein YMR289w -Saccharomyces cerevisiae; uncharacterized protein	join(1051462..1051630,1051791..1052612,1052702..1052770,1052865..1052945,1053087..1053289)	Aspergillus niger	4980469
An03g04810	CDS	An03g04810	NT_166520.1	1053825	1054637	D	Function: PRELI might be involved in maturation of human tissue.; Similarity: PRELI is almost identical to human PX19,that is also in the blast hits list and shows similarity to fungal hypothetical proteins like that resulting from the present ORF.; Title: weak similarity to protein of relevant evolutionary and lymphoid interest PRELI - Homo sapiens; See PMID 10784606; uncharacterized protein	1053825..1054637	Aspergillus niger	4980470
An03g04820	CDS	An03g04820	NT_166520.1	1055506	1056363	D	Similarity: the ORF also shows weak similarity at pos. 5 to 86 to several viral polyproteins.; Similarity: the ORF shows strong similarity to the A. niger protein An12g06110 along a stretch of about 80 amino acids.; Title: similarity to hypothetical protein encoded by An12g06110 - Aspergillus niger; uncharacterized protein	1055506..1056363	Aspergillus niger	4980471
An03g04830	CDS	An03g04830	NT_166520.1	1059988	1060862	D	hypothetical protein	join(1059988..1060114,1060351..1060436,1060497..1060862)	Aspergillus niger	84590729
An03g04840	CDS	An03g04840	NT_166520.1	1062584	1063459	D	Similarity: shows weak partial similarity to Hepatitis C virus sequences.; hypothetical protein	join(1062584..1063145,1063206..1063459)	Aspergillus niger	4980473
An03g04850	CDS	An03g04850	NT_166520.1	1064165	1064683	R	Similarity: shows weak similarity to decarboxylases of several species.; Title: weak similarity to p-coumaric acid decarboxylase pdc - Lactobacillus plantarum; See PMID 9143125; uncharacterized protein	complement(1064165..1064683)	Aspergillus niger	4980474
An03g04860	CDS	An03g04860	NT_166520.1	1067655	1068442	D	Function: NCE102 of S. cerevisiae may be a component of the non-classical export machinery.; Title: strong similarity to protein involved in non-classical protein export pathway Nce102 - Saccharomyces cerevisiae; See PMID 8655575; uncharacterized protein	join(1067655..1067696,1067801..1068067,1068224..1068442)	Aspergillus niger	4980475
An03g04870	CDS	An03g04870	NT_166520.1	1069220	1070257	D	Function: contains a domain specific for Zinc-binding dehydrogenases.; Function: synthesis of the main nonaketide-derived skeleton was found to require the previously known iterative lovastatin nonaketide synthase (LNKS), plus at least one additional protein (LovC) that interacts with LNKS and is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L.; Function: the lovastatin biosynthesis cluster contains two type I polyketide synthase genes.; Similarity: shows similarity to Zinc-binding dehydrogenases.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	1069220..1070257	Aspergillus niger	4980476
An03g04880	CDS	An03g04880	NT_166520.1	1070746	1075344	D	Function: Ycf1p of S. cerevisiae selectively catalyzes the transport of glutathione-conjugated cadmium for detoxification in vacuoles.; Localization: Ycf1p is a vacuolar integral membrane protein.; Title: strong similarity to cadmium resistance protein Ycf1 - Saccharomyces cerevisiae; See PMID 8990158; uncharacterized protein	join(1070746..1070945,1071015..1071223,1071282..1071533,1071582..1071802,1071855..1072247,1072278..1072368,1072422..1073690,1073837..1074423,1074477..1074591,1074632..1075344)	Aspergillus niger	4980477
An03g04890	CDS	An03g04890	NT_166520.1	1076260	1077875	R	Catalytic activity: catalyzes the cyclization of farnesyl diphosphate to the tricyclic sesquiterpene hydrocarbon pentalenene.; Function: belongs to the family of phosphorus-oxygen lyases.; Function: pentalenene synthase is involved in the biosynthesis of pentalenolactone and related antibiotics.; Title: strong similarity to pentalenene synthase -Streptomyces sp.; uncharacterized protein	complement(join(1076260..1076365,1076420..1076637,1076696..1076729,1076782..1076871,1076927..1077083,1077141..1077153,1077211..1077368,1077424..1077442,1077513..1077618,1077784..1077875))	Aspergillus niger	4980478
An03g04900	CDS	An03g04900	NT_166520.1	1079139	1080801	D	Title: similarity to hypothetical protein CAB91439.2 - Neurospora crassa; uncharacterized protein	join(1079139..1079540,1079600..1080328,1080381..1080630,1080698..1080801)	Aspergillus niger	4980479
An03g04910	CDS	An03g04910	NT_166520.1	1084132	1085391	D	Complex: adaptins, together with medium and small subunits, form a heterotetrameric complex called an adaptor, whose role is to promote the formation of clathrin-coated pits and vesicles.; Function: adaptins are important components of clathrin-coated vesicles transporting ligand-receptor complexes from the plasma membrane or from the trans-Golgi network to lysosomes.; Remark: ORF might be questionable, especially at the aminoterminus (no similarity around start; large intron).; Similarity: adaptins seem to be conserved over all species.; Title: strong similarity to clathrin coat assembly protein AP19 - Camptotheca acuminata; intracellular transport vesicles; See PMID 9002613; See PMID 9653655; uncharacterized protein	join(1084132..1084173,1084625..1084742,1084840..1085114,1085356..1085391)	Aspergillus niger	4980480
An03g04920	CDS	An03g04920	NT_166520.1	1085984	1087048	D	Phenotype: in S. cerevisiae the maf1 mutant shows a an altered intracellular localization of the Mod5p-I protein.; Remark: at about position 90 of the ORF encoded protein the Maf1p of S. cerevisiae has an extra 130 amino acids.; Title: similarity to Maf1 - Saccharomyces cerevisiae; See PMID 7732762; uncharacterized protein	join(1085984..1085989,1086068..1087048)	Aspergillus niger	4980481
An03g04930	CDS	An03g04930	NT_166520.1	1087684	1090116	D	Title: similarity to hypothetical protein 12F11.80 -Neurospora crassa; uncharacterized protein	join(1087684..1087740,1087881..1088729,1088812..1090116)	Aspergillus niger	4980482
An03g04940	CDS	An03g04940	NT_166520.1	1090542	1091967	R	Function: A cell-free assay that reproduces transport between the ER and Golgi indicates that deletion of the Erv41p-Erv46p complex in S. cerevisiae influences the membrane fusion stage of transport.; Localization: Erv41p of S. cerevisiae colocalizes to ER and Golgi membranes and exists in a detergent-soluble complex that was isolated by immunoprecipitation.; Remark: YML067C is the systematic name for ERV41.; Title: strong similarity to Erv41 - Saccharomyces cerevisiae; See PMID 11157978; uncharacterized protein	complement(join(1090542..1091059,1091137..1091727,1091877..1091967))	Aspergillus niger	4980483
An03g04950	CDS	An03g04950	NT_166520.1	1092783	1093628	D	Remark: the ORF is N-terminally truncated due to the contig end.; Title: similarity to hypothetical protein encoded by An15g02610 - Aspergillus niger [truncated ORF]; uncharacterized protein	<1092783..1093628	Aspergillus niger	4980484
An03g04960	CDS	An03g04960	NT_166520.1	1094605	1099143	R	Function: when expressed in E. coli, DYRK2 catalyzes its autophosphorylation on tyrosine residues. DYRK2 phosphorylates histone H2B.; Similarity: the C-terminus of the predicted A. niger protein shows strong similarity to human protein kinase DYRK2, which belongs to a new family of protein kinases comprising at least seven mammalian isoforms (DYRK1A,DYRK1B, DYRK1C, DYRK2, DYRK3, DYRK4A, and DYRK4B), the yeast homolog Yak1p, and the Drosophila kinase minibrain (MNB).; Title: similarity to protein kinase DYRK2 - Homo sapiens; See PMID 9748265; uncharacterized protein	complement(join(1094605..1098631,1098773..1098953,1099038..1099143))	Aspergillus niger	4980485
An03g04970	CDS	An03g04970	NT_166520.1	1100184	1107177	D	Function: cMrp of R. norvegicus is an organic anion and multidrug transporter.; Localization: rat cMrp is localized exclusively to the canalicular membrane domain of hepatocytes.; Similarity: cMrp of R. norvegicus is a member of the ABC transporter superfamily.; Title: strong similarity to canalicular multidrug resistance protein cMrp - Rattus norvegicus; plasma membrane; See PMID 8662992; uncharacterized protein	join(1100184..1100344,1100418..1100558,1100615..1101892,1102230..1102250,1102327..1102386,1102480..1102600,1102681..1102986,1103038..1103548,1103600..1107177)	Aspergillus niger	4980486
An03g04980	CDS	An03g04980	NT_166520.1	1107433	1108690	R	Title: weak similarity to hypothetical protein YHL028w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1107433..1108373,1108437..1108480,1108542..1108690))	Aspergillus niger	84590730
An03g04990	CDS	An03g04990	NT_166520.1	1109287	1110083	R	Remark: the reserved name for YER002w of S. cerevisiae is NOP16, based on the suggestion, that NOP16 is a putative nucleolar protein.; Title: similarity to hypothetical protein YER002w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1109287..1109875,1109953..1110083))	Aspergillus niger	4980488
An03g05000	CDS	An03g05000	NT_166520.1	1110386	1111957	D	Title: similarity to human transmembrane protein HTMPN-73 from patent WO9961471-A2 - Homo sapiens; plasma membrane; uncharacterized protein	join(1110386..1110529,1110628..1110778,1110835..1111814,1111859..1111957)	Aspergillus niger	4980489
An03g05010	CDS	An03g05010	NT_166520.1	1112455	1113633	R	Function: MNN9 isrequired for the synthesis of N-linked outer-chain mannan.; Golgi; Phenotype: disruption of MNN9 leads to phenotypic effects characteristic of cell wall defects including poor growth in liquid media and on solid media, formation of aggregates in liquid culture, osmotic sensitivity, aberrant hyphal formation, and increased sensitivity to lysis after treatment with beta-1,3-glucanase.; Remark: mannoproteins are a major component of the fungal cell wall and contain mannose in either O- or N-glycosidic linkages.; Title: strong similarity to cell wall biosynthesis protein MNN9 - Candida albicans; See PMID 10601199; uncharacterized protein	complement(1112455..1113633)	Aspergillus niger	4980490
An03g05020	CDS	An03g05020	NT_166520.1	1114446	1115747	R	Function: CACT transports acylcarnitines into mitochondria in exchange for free carnitine.; Pathway: CACT is essential for the fatty acid beta-oxidation pathway.; Title: strong similarity to carnitine/acylcarnitine translocase CACT - Homo sapiens; localisation:mitochondrion; See PMID 9837782; See PMID 11162577; uncharacterized protein	complement(join(1114446..1114865,1114923..1115151,1115292..1115447,1115552..1115561,1115639..1115747))	Aspergillus niger	4980491
An03g05030	CDS	An03g05030	NT_166520.1	1116990	1117394	R	Remark: N-terminally truncated due to contig border.; hypothetical protein [truncated ORF]	complement(1116990..>1117394)	Aspergillus niger	4980492
An03g05040	CDS	An03g05040	NT_166520.1	1118985	1122125	R	Title: similarity to EST an_2087 - Aspergillus niger; uncharacterized protein	complement(join(1118985..1119227,1119369..1119488,1119570..1119630,1119844..1120104,1120255..1120416,1120856..1121144,1121296..1121357,1121432..1121501,1121626..1121756,1121891..1121978,1122116..1122125))	Aspergillus niger	84590731
An03g05050	CDS	An03g05050	NT_166520.1	1123171	1124018	R	Function: the lvr gene product of C. aquaticum is an oxido-reductase catalyzing reduction of (6R)-2,2,6-trimethl-1,4-cyclohexanedione to (4R,6R)-4-hydroxy-2,2,6-trimethylcyclohexanone.; Similarity: strong similarity to EST an_2379 Aspergillus niger.; Title: strong similarity to levodione reductase lvr - Corynebacterium aquaticum; See PMID 10508066; uncharacterized protein	complement(join(1123171..1123490,1123547..1124018))	Aspergillus niger	4980494
An03g05060	CDS	An03g05060	NT_166520.1	1125263	1127084	D	Title: strong similarity to choline permease Hnm1 -Saccharomyces cerevisiae; plasma membrane; See PMID 7520996; See PMID 8264542; See PMID 1878995; See PMID 2203793; See PMID 2249250; uncharacterized protein	join(1125263..1125354,1125381..1125458,1125511..1125743,1125805..1126651,1126703..1127084)	Aspergillus niger	4980495
An03g05070	CDS	An03g05070	NT_166520.1	1127237	1128833	R	Catalytic activity: agmatine + H(2)O = putrescine + urea.; Function: the S. clavuligerus pah gene product is involved in clavulanic acid biosynthesis.; Title: strong similarity to proclavaminic acid amidino hydrolase pah - Streptomyces clavuligerus; See PMID 8088547; See PMID 8529893; uncharacterized protein	complement(join(1127237..1127448,1127552..1127777,1127845..1127887,1127942..1127963,1128106..1128269,1128297..1128511,1128567..1128833))	Aspergillus niger	4980496
An03g05080	CDS	An03g05080	NT_166520.1	1129277	1130147	D	Title: similarity to hypothetical protein YKL069w -Saccharomyces cerevisiae; uncharacterized protein	join(1129277..1129279,1129356..1129463,1129515..1129549,1129626..1129968,1130037..1130147)	Aspergillus niger	4980497
An03g05090	CDS	An03g05090	NT_166520.1	1130729	1132309	R	Title: strong similarity to hypothetical protein associated with ferric reductase activity Utr1 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1130729..1131240,1131304..1132309))	Aspergillus niger	4980498
An03g05100	CDS	An03g05100	NT_166520.1	1134408	1135250	R	Complex: hRrp46 is part of the nuclear/nucleolar particle termed PM-Scl (polymyositis/scleroderma). the PM-Scl complex consists of 11 to 16 proteins.; Remark: the PM/Scl complex is the human counterpart of the yeast (S. cerevisiae) exosome, which is an RNA-processing complex consisting of 11 3' --> 5' exoribonucleases.; Remark: the exosome plays a major role in diverse RNA processing and degradation pathways.; Similarity: the predicted A. niger protein shows similarity to the human exosome component Rrp46 (hRrp46).; Title: similarity to exosome component Rrp46 - Homo sapiens; See PMID 11110791; uncharacterized protein	complement(join(1134408..1134821,1134915..1135250))	Aspergillus niger	4980499
An03g05110	CDS	An03g05110	NT_166520.1	1136772	1137620	D	Title: similarity to hypothetical protein BAB11562.1 - Arabidopsis thaliana; uncharacterized protein	join(1136772..1136835,1136899..1137620)	Aspergillus niger	4980500
An03g05120	CDS	An03g05120	NT_166520.1	1137898	1140005	R	Remark: patentmatch against protein AX066343 Tremblnew.; Title: strong similarity to sequence 247 from patent WO0100804 - Corynebacterium glutamicum; plasma membrane; uncharacterized protein	complement(join(1137898..1138265,1138339..1138706,1138795..1139154,1139217..1139360,1139486..1139758,1139815..1140005))	Aspergillus niger	4980501
An03g05130	CDS	An03g05130	NT_166520.1	1140471	1141325	R	Title: similarity to hypothetical dihydrofolate reductase CAB16576.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1140471..1140994,1141055..1141151,1141225..1141252,1141312..1141325))	Aspergillus niger	4980502
An03g05140	CDS	An03g05140	NT_166520.1	1141908	1150384	D	Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 7500937; See PMID 8953776; uncharacterized protein	join(1141908..1142543,1142608..1142956,1143012..1143096,1143144..1143303,1143353..1143886,1143936..1143963,1144107..1144266,1144328..1145373,1145478..1145718,1145775..1146678,1146732..1147067,1147115..1147176,1147230..1147318,1147365..1149124,1149172..1149509,1149577..1150384)	Aspergillus niger	4980503
An03g05150	CDS	An03g05150	NT_166520.1	1150653	1151784	D	Function: the R. graminis D-mandelate dehydrogenase is the first enzyme of the mandelate pathway and catalyses the NAD(+)-dependent oxidation of D(--)-mandelate to phenylglyoxylate.; Title: strong similarity to D-mandelate dehydrogenase - Rhodotorula graminis; See PMID 8343125; See PMID 8411179; See PMID 9639569; See PMID 1731758; uncharacterized protein	join(1150653..1150965,1151054..1151784)	Aspergillus niger	4980504
An03g05160	CDS	An03g05160	NT_166520.1	1151934	1154069	R	Function: the FRE2 protein of S. cerevisiae is a plasma membrane bound ferric/cupric reductase and facilitates copper uptake.; Title: similarity to ferric/cupric reductase Fre2 -Saccharomyces cerevisiae; plasma membrane; See PMID 8164662; See PMID 9153234; See PMID 10341420; See PMID 11120744; uncharacterized protein	complement(join(1151934..1152328,1152379..1152540,1152587..1152995,1153081..1153266,1153332..1153396,1153451..1154069))	Aspergillus niger	4980505
An03g05170	CDS	An03g05170	NT_166520.1	1156344	1159292	R	Function: the H. sapiens srebp-1 protein act as a transcriptional activator that binds to the sterol regulatory element 1 (sre-1) (5'-atcaccccac-3') found in the flanking region of the ldrl gene as well as other genes.; Remark: the H. sapiens srebp-1 protein is attached to the membranes of the nuclear envelope and endoplasmic reticulum and is released into the nucleus upon proteolytic cleavage.; Title: similarity to sterol regulatory element binding protein-1 srebp-1 - Homo sapiens; nucleus; uncharacterized protein	complement(1156344..1159292)	Aspergillus niger	4980506
An03g05180	CDS	An03g05180	NT_166520.1	1159476	1161223	D	Title: weak similarity to hypothetical protein E2 -Human papillomavirus; uncharacterized protein	join(1159476..1159636,1159749..1159837,1160052..1160288,1160405..1160472,1160562..1160640,1160722..1160794,1160896..1160996,1161138..1161223)	Aspergillus niger	84590732
An03g05190	CDS	An03g05190	NT_166520.1	1162226	1163383	D	Catalytic activity: L-iditol + NAD(+) = L-sorbose + NADH.; Remark: two isoforms of SDH1 from R. norvegicus are produced by use of alternative initiation codons in the same reading frame.; Title: strong similarity to sorbitol dehydrogenase SDH1 - Rattus norvegicus; See PMID 8223590; See PMID 8761460; uncharacterized protein	join(1162226..1162351,1162433..1163383)	Aspergillus niger	4980508
An03g05200	CDS	An03g05200	NT_166520.1	1163880	1165688	D	Title: strong similarity to carboxypeptidase S1 -Penicillium janthinellum; See PMID 8224168; uncharacterized protein	join(1163880..1164159,1164210..1164754,1164813..1165688)	Aspergillus niger	4980509
An03g05210	CDS	An03g05210	NT_166520.1	1166379	1167867	D	Catalytic activity: (S)-reticuline + O(2) = (S)-scoulerine + H(2)O(2).; Function: the E. californica bbe1 gene product is essential to the formation of benzophenanthridine alkaloids in the response of plants to pathogenic attack.; Remark: The product of the reaction, (S)-scoulerine,is a precursor of protopine, protoberberine and benzophenanthridine alkaloid biosynthesis in plants.; Title: strong similarity to reticuline oxidase bbe1 - Eschscholzia californica; See PMID 7592663; See PMID 7764480; See PMID 9484487; See PMID 1946465; uncharacterized protein	join(1166379..1166634,1166702..1167867)	Aspergillus niger	4980510
An03g05220	CDS	An03g05220	NT_166520.1	1167971	1169101	R	Title: similarity to hypothetical protein CAD70321.1 - Neurospora crassa; uncharacterized protein	complement(join(1167971..1168410,1168538..1168756,1168816..1169101))	Aspergillus niger	4980511
An03g05230	CDS	An03g05230	NT_166520.1	1169960	1170290	D	Remark: patentmatch against protein ORF 01ae12021orf5 protein AC W55192 Geneseqprot.; Title: weak similarity to protein from patent WO9737044-A1 - Helicobacter pylori; uncharacterized protein	join(1169960..1170023,1170073..1170290)	Aspergillus niger	84590733
An03g05240	CDS	An03g05240	NT_166520.1	1170777	1172054	R	Title: similarity to myo-inositol dehydrogenase idhA - Sinorhizobium meliloti; See PMID 9802033; uncharacterized protein	complement(1170777..1172054)	Aspergillus niger	4980513
An03g05250	CDS	An03g05250	NT_166520.1	1172473	1174533	D	Induction: in S. cerevisiae the relatively high basal level of DAL5 expression did not increase further upon addition of allantoin pathway intermediates.; Remark: alternative names are YJR152w, UREP1.; Repression: in S. cerevisiae steady-state DAL5 mRNA levels dropped precipitously when a repressive nitrogen source was provided.; Similarity: belongs to the permeases of the major facilitator superfamily.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; See PMID 3301804; See PMID 10869563; uncharacterized protein	join(1172473..1172959,1173013..1173110,1173163..1173521,1173574..1173835,1173897..1174016,1174082..1174182,1174244..1174367,1174486..1174533)	Aspergillus niger	4980514
An03g05260	CDS	An03g05260	NT_166520.1	1174655	1175924	R	Catalytic activity: endohydrolysis of beta-1,4-linkages between N-acetyl-D-glucosamine and D-glucosamine residues in a partly acetylated chitosan.; Pathway: aminosugars metabolism.; Remark: by endo-splitting activity, the chitosanase hydrolysed chitosan to form chitosan oligomers with chitotriose, chitotetraose and chitopentaose as the major products. The enzyme hydrolyses chitohexaose to form chitotriose, while the chitopentaose and shorter oligomers remain intact.; Title: similarity to chitosanase csnA - Aspergillus oryzae; See PMID 11055393; See PMID 11388486; uncharacterized protein	complement(join(1174655..1174824,1174880..1174935,1175017..1175109,1175182..1175346,1175399..1175601,1175658..1175924))	Aspergillus niger	4980515
An03g05270	CDS	An03g05270	NT_166520.1	1175947	1177008	D	Title: weak similarity to hypothetical C-terminal region of hypothetical protein NMB0928 - Neisseria meningitidis; uncharacterized protein	join(1175947..1176295,1176385..1176560,1176631..1176741,1176979..1177008)	Aspergillus niger	84590734
An03g05280	CDS	An03g05280	NT_166520.1	1177142	1178834	D	Title: weak similarity to hypothetical protein encoded by CG13918 - Drosophila melanogaster; uncharacterized protein	join(1177142..1177312,1177432..1177528,1177769..1177900,1178011..1178209,1178532..1178636,1178723..1178834)	Aspergillus niger	84590735
An03g05290	CDS	An03g05290	NT_166520.1	1179104	1180567	D	Catalytic activity: successive hydrolysis of beta-D-glucose units from the non-reducing ends of 1,3-beta-D-glucans, releasing alpha-glucose.; Function: glucanases possibly play a role in cell expansion during growth, in cell-cell fusion during mating,and in spore release during sporulation. This enzyme may be involved in beta-glucan degradation and also function biosynthetically as a transglycosylase.; Pathway: starch and sucrose metabolism.; Similarity: belongs to the hydrolases family 17.; Title: similarity to glucan 1,3-beta-glucosidase Bgl2 - Saccharomyces cerevisiae; See PMID 2509432; See PMID 10935174; uncharacterized protein	join(1179104..1179310,1179380..1180567)	Aspergillus niger	4980518
An03g05300	CDS	An03g05300	NT_166520.1	1183307	1185019	D	Catalytic activity: digallate + H2O = 2 Gallate.; Remark: tannase consists of two kinds of subunits,linked by a disulfide bond(s) with molecular weights of about 30,000 and 33,000, respectively.; Remark: the tannase gene product is translated as a single polypeptide that is cleaved by post-translational modification into two tannase subunits linked by a disulfide bond(s).; Remark: this enzyme hydrolyzes the ester bonds of tannic acid to produce gallic acid and glucose.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; uncharacterized protein	1183307..1185019	Aspergillus niger	4980519
An03g05310	CDS	An03g05310	NT_166520.1	1185107	1186839	D	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Induction: nahG of P. stutzeri is induced and expressed upon incubation with salicylate.; Pathway: phenylalanine metabolism.; Remark: in this contig there is putative a second salicylate hydroxylase in ORF 25CK.; Remark: shows also strong similarity to 6-hydroxynicotinic acid mono-oxygenase patent JP09121864-A - Pseudomonas fluorescens.; Remark: two genes, nahG and nahW, encoding two independent salicylate 1-hydroxylases have been identified in the naphthalene-degrading strain Pseudomonas stutzeri AN10.; Similarity: belongs to the tetracycline 6-hydroxylase family.; Title: similarity to salicylate hydroxylase nahW -Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	join(1185107..1185857,1185989..1186839)	Aspergillus niger	4980520
An03g05320	CDS	An03g05320	NT_166520.1	1186954	1188560	R	Remark: in A. parasiticus expression of the hxtA gene, encoding a hexose transporter protein, was found to be concurrent with the aflatoxin pathway cluster genes, in aflatoxin-conducive medium.; Title: strong similarity to hexose transporter hxtA - Aspergillus parasiticus; See PMID 10978525; uncharacterized protein	complement(join(1186954..1187287,1187347..1188560))	Aspergillus niger	4980521
An03g05330	CDS	An03g05330	NT_166520.1	1189318	1192026	D	Catalytic activity: hydrolysis of terminal,non-reducing beta-D-glucose residues with release of beta-D-glucose.; Pathway: cyanoamino acid metabolism; starch and sucrose metabolism; flavonoids, stilbene and lignin biosynthesis.; Remark: beta-glucosidases have wide specificity for beta-D-glucosides. Some examples also hydrolyse one or more of the following: beta-D-galactosides, alpha-L-arabinosides, beta-D-xylosides, and beta-D-fucosides.; Similarity: belongs to the beta-glucosidases.; Title: strong similarity to beta-glucosidase precursor BGLUC - Kluyveromyces marxianus; See PMID 2835179; uncharacterized protein	join(1189318..1189435,1189493..1190099,1190155..1191421,1191478..1192026)	Aspergillus niger	4980522
An03g05340	CDS	An03g05340	NT_166520.1	1192066	1193809	R	Function: MAL13 regulates the coordinate transcription of structural mal1s (maltase) and agt1 (maltose permease) genes.; Remark: MAL13 contains a Zn[2]-Cys[6] fungal-type binuclear cluster domain.; Remark: YGR288w, MAL1R, and MAL13 are synonymous names.; Title: similarity to maltose pathway regulatory protein Mal13 - Saccharomyces cerevisiae; See PMID 2278509; See PMID 2037232; uncharacterized protein	complement(join(1192066..1192732,1192971..1193606,1193634..1193809))	Aspergillus niger	4980523
An03g05360	CDS	An03g05360	NT_166520.1	1194868	1196598	R	Remark: also strong similarity to N. crassa mtr gene product patent WO9521263-A1.; Remark: the gene product of the mtr locus of Neurospora crassa is required for the transport of neutral aliphatic and aromatic amino acids via the N system.; Remark: there is identity to EST SEQ ID NO:3943 from Aspergillus niger.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; See PMID 1838345; uncharacterized protein	complement(join(1194868..1195098,1195156..1195353,1195413..1195771,1195836..1196167,1196226..1196298,1196352..1196365,1196432..1196598))	Aspergillus niger	4980525
An03g05370	CDS	An03g05370	NT_166520.1	1197041	1197602	D	hypothetical protein	join(1197041..1197212,1197331..1197602)	Aspergillus niger	84590736
An03g05380	CDS	An03g05380	NT_166520.1	1199479	1200484	R	Catalytic activity: endohydrolysis of 1,4-beta-D-glucosidic linkages in cellulose, lichenin and cereal beta-D-glucans.; Pathway: starch and sucrose metabolism.; Remark: cellulolytic proteins form a complex of enzymes that work together to depolymerize cellulose to the soluble products cellobiose and glucose. Fundamental studies on their molecular mechanisms have been facilitated by advances in molecular biology.; Title: similarity to cellulase FI-CMCase -Aspergillus aculeatus; See PMID 2249253; See PMID 7764343; See PMID 7764982; See PMID 10664848; uncharacterized protein	complement(join(1199479..1199545,1199616..1199946,1200014..1200138,1200204..1200484))	Aspergillus niger	4980527
An03g05390	CDS	An03g05390	NT_166520.1	1200806	1202222	D	hypothetical protein	join(1200806..1200865,1200975..1201046,1201125..1201231,1201323..1201458,1201542..1202222)	Aspergillus niger	84590737
An03g05400	CDS	An03g05400	NT_166520.1	1202820	1204545	D	hypothetical protein	join(1202820..1203047,1203125..1203260,1203350..1203475,1203609..1203724,1203879..1204104,1204204..1204245,1204331..1204545)	Aspergillus niger	84590738
An03g05410	CDS	An03g05410	NT_166520.1	1204569	1206454	R	hypothetical protein	complement(join(1204569..1204640,1204763..1204933,1204983..1205243,1205382..1205447,1205843..1205957,1206396..1206454))	Aspergillus niger	84590739
An03g05420	CDS	An03g05420	NT_166520.1	1207622	1208506	D	Remark: strong similarity to human hNmrr protein SEQ ID NO:7 patent CN1269419-A.; Remark: the homologe is a human nitrogen metabolic repression regulator protein designated hNmrr. hNmrr is isolated from the human adrenal gland.; Title: strong similarity to nitrogen metabolic repression regulator protein hNmrr from patent CN1269419-A - Homo sapiens; uncharacterized protein	1207622..1208506	Aspergillus niger	4980531
An03g05430	CDS	An03g05430	NT_166520.1	1208762	1210465	R	Catalytic activity: s-adenosyl-l-methionine + sterigmatocystin = s-adenosyl-l-homocysteine + 7-o-methylsterigmatocystin.; Pathway: aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites produced by the fungi Aspergillus flavus and Aspergillus parasiticus. Among the catalytic steps in the aflatoxin biosynthetic pathway, the conversion of sterigmatocystin to O-methylsterigmatocystin and the conversion of dihydrosterigmatocystin to dihydro-O-methylsterigmatocystin are catalyzed by an S-adenosylmethionine-dependent O-methyltransferase.; Remark: omtA of A. parasiticus is also called omt-1.; Title: strong similarity to O-methyltransferase A omtA - Aspergillus parasiticus; See PMID 7557460; See PMID 8285664; See PMID 8434913; uncharacterized protein	complement(join(1208762..1208939,1208996..1209342,1209423..1209779,1210016..1210465))	Aspergillus niger	4980532
An03g05440	CDS	An03g05440	NT_166520.1	1210648	1217374	R	Function: alb1 is required for conidial pigmentation and involved in dihydroxynaphthalene-melanin biosynthesi. in A. fumigatus.; Pathway: involved in dihydroxynaphthalene-melanin biosynthesis.; Remark: the pigmentation is important for infection in A. fumigatus.; Title: strong similarity to polyketide synthase alb1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1210648..1212228,1212278..1213042,1213090..1215332,1215379..1215572,1215621..1216624,1216672..1216963,1217025..1217374))	Aspergillus niger	4980533
An03g05450	CDS	An03g05450	NT_166520.1	1218125	1220966	R	Remark: ABA2 cDNA encodes a chloroplast-imported protein of 72. 5 kDa, sharing similarities with different mono-oxigenases and oxidases of bacterial origin and having an ADP-binding fold and an FAD-binding domain. ABA2 protein, produced in Escherichia coli, exhibits in vitro zeaxanthin epoxidase activity. ABA2 opens the possibility to study the regulation of ABA biosynthesis and its cellular location.; Remark: abscisic acid (ABA) is a plant hormone which plays an important role in seed development and dormancy and in plant response to environmental stresses.; Title: similarity to zeaxanthin epoxidase ABA2 -Nicotiana plumbaginifolia; See PMID 8665840; uncharacterized protein	complement(join(1218125..1218376,1218425..1218605,1218824..1218867,1218954..1219188,1219331..1219450,1219553..1219802,1219868..1220152,1220207..1220801,1220880..1220966))	Aspergillus niger	4980534
An03g05460	CDS	An03g05460	NT_166520.1	1221810	1223508	D	Function: the cytochrome P450 enzymes usually act as terminal oxidases in multicomponent electron transfer chains, called P450-containing monooxygenase systems.; Pathway: involved in aflatoxin biosynthetic pathway.; Remark: the avnA gene of A. parasiticus encodes a fungal cytochrome P-450-type enzyme which is involved in the conversion of averantin to averufin in the aflatoxin biosynthetic pathway in A. parasiticus.; Similarity: shows similarity to several cytochrome P450 monooxygenases.; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; See PMID 2250647; uncharacterized protein	join(1221810..1221932,1221976..1222273,1222323..1222508,1222559..1223508)	Aspergillus niger	4980535
An03g05470	CDS	An03g05470	NT_166520.1	1223785	1224449	R	Title: strong similarity to hypothetical protein SCD69.03 - Streptomyces coelicolor; uncharacterized protein	complement(join(1223785..1224159,1224234..1224449))	Aspergillus niger	84590740
An03g05480	CDS	An03g05480	NT_166520.1	1225137	1226579	R	Catalytic activity: s-adenosyl-l-methionine + sterigmatocystin = s-adenosyl-l-homocysteine + 7-o-methylsterigmatocystin.; Pathway: aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites produced by the fungi Aspergillus flavus and Aspergillus parasiticus. Among the catalytic steps in the aflatoxin biosynthetic pathway, the conversion of sterigmatocystin to O-methylsterigmatocystin and the conversion of dihydrosterigmatocystin to dihydro-O-methylsterigmatocystin are catalyzed by an S-adenosylmethionine-dependent O-methyltransferase.; Remark: omtA of A. parasiticus is also called omt-1.; Title: similarity to O-methyltransferase omtA -Aspergillus parasiticus; See PMID 7557460; See PMID 8285664; See PMID 8434913; uncharacterized protein	complement(join(1225137..1225759,1225819..1225904,1225953..1226048,1226095..1226579))	Aspergillus niger	4980537
An03g05490	CDS	An03g05490	NT_166520.1	1226884	1228035	R	Catalytic activity: 3-oxoadipate + NAD+ or NADP+ = 2-maleylacetate + NADH or NADPH.; Pathway: phenylalanine metabolism; 1,4-dichlorobenzene degradation.; Remark: cloned Rhodococcus maleylacetate reductase was able to convert 2-chloromaleylacetate, an intermediate in the degradation of dichloroaromatic compounds,relatively fast and with reductive dehalogenation to maleylacetate.; Remark: maleylacetate reductases (EC 1. 3. 1. 32) have been shown to contribute not only to the bacterial catabolism of some usual aromatic compounds like quinol or resorcinol but also to the degradation of aromatic compounds carrying unusual substituents, such as halogen atoms or nitro groups.; Similarity: belongs to the alcohol dehydrogenase IV family.; Title: strong similarity to maleylacetate reductase macA - Rhodococcus opacus; See PMID 9657989; uncharacterized protein	complement(1226884..1228035)	Aspergillus niger	4980538
An03g05500	CDS	An03g05500	NT_166520.1	1228869	1231050	R	Remark: ORF13 A. terreu increases lovastatin or monacolin J production.; Remark: similarity to A. terreus ORF13 Zinc finger II protein patent WO200037629-A2.; Similarity: belongs to the GAL4 zinc binuclear cluster family.; Title: similarity to zinc finger II protein ORF13 from patent WO200037629-A2 - Aspergillus terreus; uncharacterized protein	complement(join(1228869..1230071,1230127..1230853,1230905..1231050))	Aspergillus niger	84590741
An03g05510	CDS	An03g05510	NT_166520.1	1231768	1232853	D	hypothetical protein	join(1231768..1232032,1232271..1232329,1232449..1232516,1232614..1232696,1232771..1232853)	Aspergillus niger	84590742
An03g05530	CDS	An03g05530	NT_166520.1	1233567	1234363	R	Catalytic activity: endohydrolysis of 1,4-beta-D-glucosidic linkages in cellulose, lichenin and cereal beta-D-glucans; can hydrolyze such linkages in beta-D-glucans that also contain 1,3-linkages.; Pathway: starch and sucrose metabolism; cellulose degradation.; Remark: strong similarity to Emericella desertoru EGIII-like cellulase patent WO9931255-A2.; Title: strong similarity to endo-beta-1,4-glucanase EGIII-like from patent WO9931255-A2 - Emericella desertoru; uncharacterized protein	complement(join(1233567..1233972,1234023..1234363))	Aspergillus niger	4980542
An03g05540	CDS	An03g05540	NT_166520.1	1235513	1236653	D	Remark: a Tn3 insertion into this gene causes hypersensitivity to the cell surface polymer perturbing agent calcofluor white.; Remark: alternative name is YKR076w.; Title: strong similarity to hypothetical protein Ecm4 - Saccharomyces cerevisiae; See PMID 9335584; uncharacterized protein	join(1235513..1235896,1235975..1236439,1236486..1236653)	Aspergillus niger	4980543
An03g05550	CDS	An03g05550	NT_166520.1	1237817	1237972	D	Title: weak similarity to hypothetical protein Rv3752c - Mycobacterium tuberculosis; uncharacterized protein	1237817..1237972	Aspergillus niger	84590743
An03g05560	CDS	An03g05560	NT_166520.1	1238462	1239588	R	Remark: Physarum polycephalum plasmodia survive adverse conditions by transforming into encysted cells called spherules. Spherulin 4 accumulates during spherulation.; Title: strong similarity to developmentally regulated spherulin 4 - Physarum polycephalum; See PMID 2930775; uncharacterized protein	complement(join(1238462..1238776,1238838..1239195,1239245..1239588))	Aspergillus niger	4980545
An03g05570	CDS	An03g05570	NT_166520.1	1239799	1241218	D	hypothetical protein	join(1239799..1239879,1239917..1240013,1240381..1240446,1240554..1240660,1240733..1240818,1240907..1241036,1241129..1241218)	Aspergillus niger	84590744
An03g05590	CDS	An03g05590	NT_166520.1	1242058	1244668	D	Remark: the transport of uracil into the yeast S. pombe is mediated by uracil permease, a specific co-transporter encoded by the FUR4 gene.; Remark: there is a striking similarity of DAL4 to the uracil permease component encoded by FUR4.; Similarity: belongs to the uracil/allantoin permase family of the major facilitator superfamily (MFS).; Title: strong similarity to uracil transport protein fur4p - Schizosaccharomyces pombe; See PMID 9730284; uncharacterized protein	join(1242058..1242153,1242487..1242621,1242686..1242835,1242898..1243114,1243182..1243527,1243576..1243746,1243799..1244118,1244182..1244322,1244379..1244668)	Aspergillus niger	4980547
An03g05600	CDS	An03g05600	NT_166520.1	1245016	1246567	R	Remark: ankyrins form a connection from the actin cytoskeleton to the plasmamembrane.; Title: similarity to ankyrin G - Rattus norvegicus; See PMID 9744885; uncharacterized protein	complement(join(1245016..1245403,1245477..1246567))	Aspergillus niger	4980548
An03g05610	CDS	An03g05610	NT_166520.1	1247855	1248586	R	Title: similarity to hypothetical phage tail assembly like protein AAL21482.1 - Salmonella typhimurium; uncharacterized protein	complement(1247855..1248586)	Aspergillus niger	4980549
An03g05620	CDS	An03g05620	NT_166520.1	1248884	1249701	R	Title: strong similarity to hypothetical protein mll2018 - Mesorhizobium loti; uncharacterized protein	complement(join(1248884..1249240,1249291..1249701))	Aspergillus niger	4980550
An03g05630	CDS	An03g05630	NT_166520.1	1251715	1252287	R	Title: similarity to hypothetical protein CAD13748.1 - Ralstonia solanacearum; uncharacterized protein	complement(join(1251715..1251832,1251896..1252049,1252104..1252172,1252233..1252287))	Aspergillus niger	84590745
An03g05640	CDS	An03g05640	NT_166520.1	1253498	1254172	D	hypothetical protein	join(1253498..1253576,1253841..1254172)	Aspergillus niger	84590746
An03g05650	CDS	An03g05650	NT_166520.1	1255705	1258045	R	Similarity: the ORF shows weak similarity to another A. niger protein. The similarity between the two protein is restricted to a stretch of about 300 amino acids.; Title: weak similarity to hypothetical protein encoded by An04g00590 - Aspergillus niger; uncharacterized protein	complement(join(1255705..1256293,1256396..1256484,1256559..1256901,1256957..1257345,1257421..1257574,1257615..1257911,1257975..1258045))	Aspergillus niger	4980553
An03g05660	CDS	An03g05660	NT_166520.1	1260364	1262331	R	Catalytic activity: 2 H(2)O(2) <=> O(2) + 2 H(2)O.; Cofactor: Heme; Manganese.; Remark: This enzyme can also act as a peroxidase (EC 1. 11. 1. 7) for which several organic substances,especially ethanol, can act as a hydrogen donor. A manganese protein containing Mn(III) in the resting state,which also belongs here, is often called pseudocatalase. Enzymes from some microorganisms, such as Penicillium simplicissimum, which exhibit both catalase and peroxidase activity, have sometimes been referred to as catalase-peroxidase.; Title: strong similarity to catalase C catC -Aspergillus nidulans; See PMID 11157957; uncharacterized protein	complement(join(1260364..1260839,1260978..1261062,1261139..1261558,1261642..1261734,1261817..1262051,1262124..1262253,1262301..1262331))	Aspergillus niger	4980554
An03g05670	CDS	An03g05670	NT_166520.1	1263354	1265255	D	Alternative name: Veratryl alcohol oxidase.; Catalytic activity: An aromatic primary alcohol + O(2) <=> an aromatic aldehyde + H(2)O(2); Remark: Oxidizes many primary alcohols containing an aromatic ring; best substrates are (2-naphthyl)-methanol and 3-methoxybenzyl alcohol.; Title: strong similarity to aryl-alcohol oxidase precursor aao - Pleurotus pulmonarius; See PMID 10606774; uncharacterized protein	join(1263354..1264890,1264950..1265113,1265175..1265255)	Aspergillus niger	4980555
An03g05680	CDS	An03g05680	NT_166520.1	1265470	1268490	R	Remark: the peptide synthetase mps is involved in the biosynthesis of glycopeptidolipids of Mycobacterium smegmatis.; Title: strong similarity to peptide synthase mps -Mycobacterium smegmatis; See PMID 10510238; uncharacterized protein	complement(1265470..1268490)	Aspergillus niger	4980556
An03g05690	CDS	An03g05690	NT_166520.1	1269908	1271524	D	Similarity: the ORF shows weak similarity to another A. niger protein: An03g05700. The similarity between the two proteins is restricted to a stretch of about 250 amino acids.; Title: weak similarity to hypothetical protein encoded by An03g05700 - Aspergillus niger; uncharacterized protein	1269908..1271524	Aspergillus niger	84590747
An03g05700	CDS	An03g05700	NT_166520.1	1272833	1274416	D	Similarity: the ORF shows weak similarity to another A. niger protein. The similarity between the two proteins,however, is restricted to a stretch of about 200 amino acids.; Title: weak similarity to hypothetical protein encoded by An03g05690 - Aspergillus niger; uncharacterized protein	join(1272833..1272885,1273254..1273727,1273771..1274416)	Aspergillus niger	84590748
An03g05710	CDS	An03g05710	NT_166520.1	1275076	1277071	R	Similarity: the similarity to CipA from Clostridium thermocellum is located in an highly repetetive sequence domain of CipA.; Title: similarity to S-layer protein CipA -Clostridium thermocellum; See PMID 8458832; uncharacterized protein	complement(join(1275076..1275602,1275661..1277071))	Aspergillus niger	84590749
An03g05720	CDS	An03g05720	NT_166520.1	1278055	1280343	D	Title: weak similarity to dnaK-type molecular chaperone HSP71.2 - Pisum sativum; See PMID 9207851; uncharacterized protein	join(1278055..1278094,1278193..1278752,1278821..1278865,1278969..1279038,1279091..1279395,1279525..1279631,1279688..1279892,1279955..1280084,1280135..1280343)	Aspergillus niger	4980560
An03g05730	CDS	An03g05730	NT_166520.1	1280498	1281508	R	hypothetical protein	complement(join(1280498..1280535,1280619..1280751,1280965..1281027,1281286..1281410,1281493..1281508))	Aspergillus niger	84590750
An03g05740	CDS	An03g05740	NT_166520.1	1282949	1284976	D	Similarity: similarity to cellulose synthase Y16099 Patentprot.; Title: similarity to cellulose synthase protein from patent JP11127867-A - Acetobacter xylinum; uncharacterized protein	join(1282949..1284257,1284459..1284976)	Aspergillus niger	4980562
An03g05750	CDS	An03g05750	NT_166520.1	1285418	1287095	R	Function: the S. cerevisiae FLR1 gene product probable efflux transporter and confers resistance to the azole derivative fluconazole (FCZ).; Similarity: the S. cerevisiae FLR1 belongs to the major facilitator family (also known as the drug resistance translocasefamily), DHA14 subfamily.; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; See PMID 9235926; See PMID 10572257; uncharacterized protein	complement(join(1285418..1286622,1286676..1286791,1286845..1287095))	Aspergillus niger	4980563
An03g05760	CDS	An03g05760	NT_166520.1	1287649	1288634	D	Catalytic activity: S-adenosyl-L-methionine + protein C-terminal S-farnesyl-L-cysteine = S-adenosyl-L-homocysteine + protein C-terminal S-farnesyl-L-cysteine methyl ester.; Function: the mam4 gene product modifies mating pheromone M-factor in h-cells modifies mating pheromone M-factor in h-cells.; Remark: mam4 mutation of S. pombe causes mating deficiency, the mam4 gene product shows methyltransferase activity.; Title: weak similarity to protein-S-isoprenylcysteine O-methyltransferase mam4p -Schizosaccharomyces pombe; See PMID 9032282; uncharacterized protein	join(1287649..1288291,1288546..1288634)	Aspergillus niger	84590751
An03g05770	CDS	An03g05770	NT_166520.1	1289823	1290870	D	Title: similarity to Plasma membrane aquaporin 2b PAQ2b - Raphanus sativus; plasma membrane; See PMID 11216851; uncharacterized protein	join(1289823..1290081,1290158..1290870)	Aspergillus niger	4980565
An03g05780	CDS	An03g05780	NT_166520.1	1291158	1292894	R	Title: strong similarity to hypothetical protein SCF91.02c - Streptomyces coelicolor; uncharacterized protein	complement(1291158..1292894)	Aspergillus niger	4980566
An03g05790	CDS	An03g05790	NT_166520.1	1293452	1294803	R	Function: the A. parasiticus O-methyltransferase catalyzes the conversions of demethylsterigmatocystin to sterigmatocystin and dihydrodemethylsterigmatocystin to dihydrosterigmatocystin.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Remark: biosynthesis of aflatoxins (B(1), G(1), B(2), and G(2)) in A. parasiticus is a multi-enzyme process controlled genetically by over 20 genes.; Title: strong similarity to O-methyltransferase B omtB - Aspergillus parasiticus; See PMID 10806361; uncharacterized protein	complement(join(1293452..1293765,1293814..1294274,1294323..1294446,1294493..1294619,1294675..1294803))	Aspergillus niger	4980567
An03g05800	CDS	An03g05800	NT_166520.1	1295138	1295385	D	hypothetical protein	join(1295138..1295174,1295231..1295385)	Aspergillus niger	84590752
An03g05810	CDS	An03g05810	NT_166520.1	1296569	1297913	D	Function: the product of M. grisea pathogenicity gene pth11 is not required for appressorium morphogenesis but is involved in host surface recognition.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(1296569..1296739,1296784..1297168,1297202..1297331,1297377..1297444,1297491..1297521,1297562..1297913)	Aspergillus niger	4980569
An03g05820	CDS	An03g05820	NT_166520.1	1298632	1298970	D	hypothetical protein	join(1298632..1298730,1298812..1298970)	Aspergillus niger	84590753
An03g05830	CDS	An03g05830	NT_166520.1	1299025	1300938	R	Remark: HOL1-1 single mutants show hypersensitivity to specific cations added to the growth medium, including Na+, Li+, Cs+, Be2+, guanidinium ion, and histidinol, but not K+, Rb+, Ca2+, or Mg2+.; Remark: mutations in the S. cerevisiae hol1 gene permit growth of His- cells on histidinol by enhancing the ability of cells to take up histidinol from the medium.; Title: strong similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8955402; See PMID 2405251; uncharacterized protein	complement(join(1299025..1299252,1299326..1299430,1299488..1300183,1300253..1300324,1300371..1300715,1300834..1300938))	Aspergillus niger	4980571
An03g05840	CDS	An03g05840	NT_166520.1	1301708	1302626	D	Title: similarity to hypothetical puromycin N-acetyltransferase - Streptomyces lipmanii; uncharacterized protein	join(1301708..1301750,1301808..1302241,1302300..1302626)	Aspergillus niger	4980572
An03g05850	CDS	An03g05850	NT_166520.1	1303418	1304347	R	Remark: ARG81 of S. cerevisiae is also known as ARGR2 (ARGRII) and has a systematic name of YML099C.; Title: weak similarity to hypothetical transcription factor Arg81 - Saccharomyces cerevisiae; See PMID 10688655; uncharacterized protein	complement(join(1303418..1303464,1303572..1303805,1303861..1303929,1303986..1304264,1304341..1304347))	Aspergillus niger	4980573
An03g05860	CDS	An03g05860	NT_166520.1	1304713	1306417	D	Function: the B. subtilis PNB carboxy-esterase (PNBCE) catalyzes hydrolysis of several beta-lactam antibiotic PNB esters to the corresponding free acid and PNB alcohol.; Title: strong similarity to p-nitrobenzyl esterase pnbA - Bacillus subtilis; See PMID 7828905; uncharacterized protein	join(1304713..1304903,1304956..1306417)	Aspergillus niger	4980574
An03g05870	CDS	An03g05870	NT_166520.1	1306545	1308095	R	Title: similarity to hypothetical oxidoreductase PA5309 - Pseudomonas aeruginosa; uncharacterized protein	complement(1306545..1308095)	Aspergillus niger	4980575
An03g05880	CDS	An03g05880	NT_166520.1	1309684	1311602	D	Catalytic activity: a Monocarboxylic acid amide + H2O = a Monocarboxylate + NH3.; Function: the A. oryzae amds gene product is required for utilization of acetamide or acetate plus beta-alanine as the sole carbon and nitrogen sources.; Title: strong similarity to acetamidase amdS -Aspergillus oryzae; See PMID 10490592; See PMID 1840550; uncharacterized protein	join(1309684..1309999,1310083..1310331,1310389..1311272,1311333..1311420,1311490..1311602)	Aspergillus niger	4980576
An03g05890	CDS	An03g05890	NT_166520.1	1311964	1313838	R	Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 9090059; See PMID 10869563; uncharacterized protein	complement(join(1311964..1312196,1312246..1312359,1312413..1312602,1312656..1312756,1312805..1313078,1313123..1313262,1313312..1313378,1313424..1313539,1313589..1313838))	Aspergillus niger	4980577
An03g05900	CDS	An03g05900	NT_166520.1	1315156	1317686	D	Remark: nit-4, a pathway-specific regulatory gene in the nitrogen circuit of Neurospora crassa, is required for the expression of nit-3 and nit-6, the structural genes which encode nitrate and nitrite reductase, respectively.; Remark: there is another homologous regulatory gene from Aspergillus nidulans, nirA, which encodes a protein whose amino-terminal half has approximately 60% amino acid identity with NIT4 but whose carboxy terminus is completely different.; Title: similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 1840634; See PMID 1922075; uncharacterized protein	join(1315156..1315242,1315301..1315717,1315783..1316295,1316466..1316668,1316717..1317064,1317113..1317686)	Aspergillus niger	84590754
An03g05910	CDS	An03g05910	NT_166520.1	1318007	1318992	R	Catalytic activity: Thiosulfate + Hydrogen cyanide = Sulfite + Thiocyanate.; Function: rhodanese is a detoxification enzyme for cyanide.; Title: strong similarity to hepatic rhodanese -Gallus gallus; See PMID 1953758; See PMID 2275748; uncharacterized protein	complement(join(1318007..1318772,1318838..1318992))	Aspergillus niger	4980579
An03g05930	CDS	An03g05930	NT_166520.1	1320669	1322051	D	Catalytic activity: acid phosphatases convert an orthophosphoric monoester + H2O <=> an alcohol + phosphate,but in addition catalyses transphosphorylations.; Remark: the acid phosphatase pho is also called orthophosphoric-monoester phosphohydrolase with acid optimum.; Similarity: the predicted ORF shows strong similarity to 3-phytase phyA of A. niger.; Title: strong similarity to acid phosphatase pho -Pichia pastoris; See PMID 7557473; uncharacterized protein	join(1320669..1321268,1321329..1322051)	Aspergillus niger	4980581
An03g05940	CDS	An03g05940	NT_166520.1	1322334	1324678	R	Catalytic activity: gfa1 of S. cerevisiae catalyzes the formation of D-glucosamine-6-phosphate from the amido group of L-glutamine and fructose-6-phosphate: L-glutamine + D-fructose-6-phosphate <=> L-glutamate + D-glucosamine-6-phosphate.; Function: gfa1 of S. cerevisiae is involved in the first step of the hexosamine pathway required for biosynthesis of cell wall precursors.; Induction: the glutamine--fructose-6-phosphate amidotransferase activity of gfa1 from S. cerevisiae increases 1. 7-fold after alpha factor addition.; Induction: the promotor region of the S. cerevisiae gfa1 gene contains six repeats of the heptanucleotide TGAAACA, which was shown to be required for pheromone control of transcription.; Remark: glucosamine-6-phosphate is used in the biosynthesis of amino sugars of asparagine-linked oligosaccharide chains in glycoproteins.; Title: strong similarity to glutamine-fructose-6-phosphate transaminase Gfa1 -Saccharomyces cerevisiae; cytoplasm; See PMID 3301002; uncharacterized protein	complement(join(1322334..1322716,1322781..1324198,1324259..1324490,1324548..1324618,1324674..1324678))	Aspergillus niger	4980582
An03g05950	CDS	An03g05950	NT_166520.1	1325486	1327503	R	Function: the liz1 of S. pombe is a putative allantoate permease involved in ribonucleotide reductase activity during mitosis.; Phenotype: inactivation of ribonucleotide reductase causes liz1(-) cells in G2 to undergo an aberrant mitosis,resulting in chromosome missegregation and late mitotic arrest.; Title: strong similarity to transmembrane transporter liz1p - Schizosaccharomyces pombe; See PMID 9950674; uncharacterized protein	complement(join(1325486..1325700,1325766..1325861,1325917..1325984,1326036..1326242,1326299..1326376,1326433..1326608,1326660..1326854,1326900..1327063,1327116..1327158,1327222..1327503))	Aspergillus niger	4980583
An03g05960	CDS	An03g05960	NT_166520.1	1328170	1329030	R	Catalytic activity: cEH of C. sp. acts on epoxides (alkene oxides, oxiranes) and arene oxides by converting an epoxide + H2O = a glycol.; Function: the cytosolic epoxide hydrolase cEH of C. sp. is involved in the catabolic degradation of epoxides.; Induction: cEH of C. sp is expressed constitutively at a low level, but can be induced by cyclohexane oxide and (+/-)-trans-1,2-dihydroxycyclohexane.; Title: strong similarity to epoxide hydrolase cEH -Corynebacterium sp.; See PMID 9578475; uncharacterized protein	complement(1328170..1329030)	Aspergillus niger	4980584
An03g05970	CDS	An03g05970	NT_166520.1	1329719	1330232	R	hypothetical protein	complement(join(1329719..1329886,1329978..1330108,1330196..1330232))	Aspergillus niger	84590755
An03g05980	CDS	An03g05980	NT_166520.1	1330549	1332818	D	Function: facB of A. niger is a major regulatory gene involved in acetamide and acetate utilisation.; Function: the acetate regulatory gene facB of A. niger encodes a Zn(II)2-Cys6 transcriptional activator.; Phenotype: deletion of the facB gene of A. nidulans confirmed that it is required for growth on acetate as a sole carbon source.; Similarity: the 180 C-terminal amino acids of the predicted ORF are not significantly homologues to the facB of A. niger.; Title: strong similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; nucleus; See PMID 9197408; uncharacterized protein	join(1330549..1330634,1330731..1331362,1331427..1332253,1332303..1332818)	Aspergillus niger	4980586
An03g05990	CDS	An03g05990	NT_166520.1	1333367	1334813	R	Function: A. parasiticus dmtA is an O-methyltransferase involved in aflatoxin biosynthesis.; Function: A. parasiticus dmtA is involved in the conversion of demethylsterigmatocystin (DMST) to sterigmatocystin (ST) and dihydrodemethylsterigmatocystin (DHDMST) to dihydrosterigmatocystin (DHST).; Remark: aflatoxins are polyketide-derived secondary metabolites.; Remark: an alternative name for A. parasiticus dmtA is omtB.; Title: strong similarity to O-methyltransferase B omtB - Aspergillus parasiticus; See PMID 10543813; See PMID 10806361; uncharacterized protein	complement(join(1333367..1333701,1333768..1334207,1334286..1334409,1334459..1334813))	Aspergillus niger	4980587
An03g06000	CDS	An03g06000	NT_166520.1	1335428	1336926	R	Catalytic activity: (R)-6-hydroxynicotine oxidases convert (R)-6-hydroxynicotine + H(2)O + O(2) to 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Complex: A. oxidans 6-HDNO is a flavoprotein.; Function: A. oxidans 6-HDNO is involved in nicotine catabolism.; Similarity: similarity is between the N-terminal halfs of the predicted A. niger protein and A. oxidans 6-HDNO. .; Title: similarity to 6-Hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3622516; uncharacterized protein	complement(join(1335428..1336729,1336810..1336926))	Aspergillus niger	4980588
An03g06010	CDS	An03g06010	NT_166520.1	1337822	1345702	D	Function: A. alternata AMT is required to produce the cyclic peptide host-specific toxin, AM-toxin.; Similarity: similarity is from all of the predicted A. niger protein to all of A. alternata AMT, which is twice as long.; Title: strong similarity to cyclic peptide AM-toxin synthase AMT - Alternaria alternata; See PMID 10875335; uncharacterized protein	join(1337822..1341766,1341930..1342089,1342780..1342987,1343023..1345702)	Aspergillus niger	84590756
An03g06020	CDS	An03g06020	NT_166520.1	1346778	1347256	D	Catalytic activity: 4-carboxymuconolactone decarboxylase convert 2-carboxy-2,5-dihydro-5-oxofuran-2-acetate to 4,5-dihydro-5-oxofuran-2-acetate + CO(2).; Function: A. calcoaceticus pcaC is involved in 3,4-dihydroxybenzoate-O(,2)-acetyl-Co A-succinate catabolism; Title: strong similarity to 4-carboxymuconolactone decarboxylase pcaC - Acinetobacter calcoaceticus; uncharacterized protein	join(1346778..1346994,1347045..1347256)	Aspergillus niger	4980590
An03g06030	CDS	An03g06030	NT_166520.1	1352100	1352697	R	Title: weak similarity to flt-3 receptor agonist pMON32323.pep from patent WO9818923-A1 - Homo sapiens; uncharacterized protein	complement(join(1352100..1352324,1352383..1352475,1352593..1352697))	Aspergillus niger	84590757
An03g06040	CDS	An03g06040	NT_166520.1	1353286	1354372	D	Title: weak similarity to hypothetical protein T3F20.24 - Arabidopsis thaliana; uncharacterized protein	join(1353286..1353436,1353481..1353565,1353641..1353806,1353857..1354007,1354125..1354372)	Aspergillus niger	84590758
An03g06060	CDS	An03g06060	NT_166520.1	1354905	1356223	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1354905..1355064,1355318..1355513,1355639..1355724,1355779..1355804,1355934..1356036,1356141..1356223))	Aspergillus niger	84590759
An03g06070	CDS	An03g06070	NT_166520.1	1357599	1358198	R	hypothetical protein	complement(join(1357599..1357650,1357777..1358198))	Aspergillus niger	84590760
An03g06080	CDS	An03g06080	NT_166520.1	1359523	1360911	R	Function: S. cerevisiae UPC2 is a binucleate zinc cluster protein controlling expression of an anaerobic sterol transport system and DAN/TIR mannoproteins.; Induction: expression of S. cerevisiae UPC2 is induced both in anaerobic and cold-shocked cells.; Remark: the systematic name for S. cerevisiae UPC2 is YDR213w, an alternative name is MOX4.; Title: similarity to transcription activator Upc2 -Saccharomyces cerevisiae; nucleus; See PMID 11238402; uncharacterized protein	complement(join(1359523..1359708,1359902..1360052,1360102..1360796,1360843..1360911))	Aspergillus niger	4980596
An03g06090	CDS	An03g06090	NT_166520.1	1361399	1362558	D	Function: overexpression of S. cerevisiae RTM1 confers resistance to the toxicity of molasses.; Remark: S. cerevisiae RTM1 is present in multiple copies and in variable locations in the genome and is always physically associated with SUC telomeric loci.; Title: strong similarity to molasses resistency protein Rtm1 - Saccharomyces cerevisiae; See PMID 7672593; uncharacterized protein	join(1361399..1361563,1361794..1362043,1362095..1362558)	Aspergillus niger	4980597
An03g06100	CDS	An03g06100	NT_166520.1	1365508	1366230	R	Remark: ORF 5'truncated due to end of contig.; hypothetical protein [truncated ORF]	complement(join(1365508..1365592,1365767..1365795,1365867..1365923,1366096..>1366230))	Aspergillus niger	84590761
An03g06110	CDS	An03g06110	NT_166520.1	1366537	1367544	D	hypothetical protein	join(1366537..1366734,1366818..1367214,1367300..1367544)	Aspergillus niger	84590762
An03g06120	CDS	An03g06120	NT_166520.1	1367909	1370097	D	Title: strong similarity to hypothetical protein CAD21096.1 - Neurospora crassa; uncharacterized protein	join(1367909..1368845,1368877..1369512,1369568..1370097)	Aspergillus niger	4980600
An03g06130	CDS	An03g06130	NT_166520.1	1370186	1371832	D	Function: kinesins are ATPases specifically moving in the direction of the positive or negative end of microtubuli.; Title: strong similarity to kinesin light chain KLC - Plectonema boryanum; cytoskeleton; See PMID 9212172; See PMID 10754574; See PMID 11212346; uncharacterized protein	1370186..1371832	Aspergillus niger	84590763
An03g06140	CDS	An03g06140	NT_166520.1	1373233	1375600	R	Title: strong similarity to hypothetical protein encoded by 123A4.300 - Neurospora crassa; uncharacterized protein	complement(join(1373233..1373626,1373678..1373708,1373761..1373786,1373846..1373964,1374022..1374057,1374108..1374156,1374259..1374312,1374377..1374411,1374534..1374701,1374865..1374909,1374995..1375033,1375256..1375600))	Aspergillus niger	4980602
An03g06160	CDS	An03g06160	NT_166520.1	1375978	1376223	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1375978..1376058,1376149..1376223))	Aspergillus niger	84590764
An03g06175	CDS	An03g06175	NT_166520.1	1376933	1377433	D	hypothetical protein	join(1376933..1377038,1377091..1377140,1377233..1377433)	Aspergillus niger	84590765
An03g06180	CDS	An03g06180	NT_166520.1	1377719	1378372	D	hypothetical protein	join(1377719..1377787,1378004..1378034,1378131..1378372)	Aspergillus niger	84590766
An03g06200	CDS	An03g06200	NT_166520.1	1380144	1381377	R	hypothetical protein	complement(join(1380144..1380300,1380587..1380870,1381022..1381154,1381262..1381377))	Aspergillus niger	84590767
An03g06210	CDS	An03g06210	NT_166520.1	1384221	1384663	D	Remark: the ORF also shows strong similarity to EST an_1824 of A. niger.; Title: similarity to hypothetical protein YGR273c -Saccharomyces cerevisiae; uncharacterized protein	join(1384221..1384347,1384401..1384472,1384557..1384663)	Aspergillus niger	4980608
An03g06220	CDS	An03g06220	NT_166520.1	1384810	1387281	D	Similarity: the ORF encoded protein and Gel1p of A. fumigatus show similarity to the Gas/Phr/Epd protein families, which are involved in yeast morphogenesis.; Title: strong similarity to glycosylphosphatidylinositol-anchored beta(1-3)glucanosyltransferase gel3 - Aspergillus fumigatus; See PMID 10769178; uncharacterized protein	join(1384810..1385191,1385744..1386493,1386557..1387281)	Aspergillus niger	4980609
An03g06230	CDS	An03g06230	NT_166520.1	1388526	1390660	D	Similarity: belongs to the GAL4 zinc binuclear cluster family.; Similarity: the ORF shows similarity to various transcription factors.; Title: strong similarity to hypothetical transcription activator SPAC139.03 - Schizosaccharomyces pombe; uncharacterized protein	join(1388526..1388912,1388966..1390660)	Aspergillus niger	4980610
An03g06240	CDS	An03g06240	NT_166520.1	1391746	1395587	R	Remark: in fission yeast the protein has the following recognisable motifs present: a nuclear localization signal, a RING finger and helicase domains.; Similarity: belongs to the SNF2 protein family.; Title: strong similarity to DNA repair protein rad8p - Schizosaccharomyces pombe; See PMID 8290359; uncharacterized protein	complement(join(1391746..1391868,1392134..1392343,1392388..1392538,1392610..1392795,1392871..1393717,1393787..1393962,1394045..1394075,1394139..1394259,1394315..1394387,1394461..1394571,1394638..1395245,1395339..1395587))	Aspergillus niger	4980611
An03g06250	CDS	An03g06250	NT_166520.1	1395895	1399734	D	Remark: contrary to other members of the beta-transducin family, sequence conservation between the repeated units in het-e1 in Podospora anserina is very strong and the number of repeats is different in wild-type het-e alleles.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 7557402; uncharacterized protein	join(1395895..1396384,1396447..1397382,1397501..1397558,1397622..1397888,1397962..1398407,1398485..1399734)	Aspergillus niger	4980612
An03g06260	CDS	An03g06260	NT_166520.1	1400107	1400558	D	hypothetical protein	join(1400107..1400157,1400227..1400419,1400467..1400558)	Aspergillus niger	84590768
An03g06270	CDS	An03g06270	NT_166520.1	1401565	1403317	R	Title: strong similarity to isoamyl alcohol oxidase mreA - Aspergillus oryzae; uncharacterized protein	complement(join(1401565..1403002,1403058..1403317))	Aspergillus niger	4980614
An03g06280	CDS	An03g06280	NT_166520.1	1404165	1405755	D	Remark: PTH11 from Magnaporthe grisea is about 300 amino acids longer.; Title: weak similarity to integral membrane protein PTH11 from patent WO9913094-A2 - Magnaporthe grisea; uncharacterized protein	join(1404165..1404378,1404428..1404495,1404555..1404740,1404901..1405048,1405214..1405260,1405327..1405755)	Aspergillus niger	4980615
An03g06290	CDS	An03g06290	NT_166520.1	1407338	1408241	D	Similarity: the ORF shows over a stretch of about 100 amino acids similarity to another A. niger protein,An11g08920.; Title: weak similarity to hypothetical protein encoded by An11g08920 - Aspergillus niger; uncharacterized protein	join(1407338..1407496,1407623..1407989,1408102..1408241)	Aspergillus niger	84590769
An03g06300	CDS	An03g06300	NT_166520.1	1409627	1411006	R	Remark: the protein seems 80 amino acids too long.; Title: similarity to hypothetical protein Rv0272c -Mycobacterium tuberculosis; uncharacterized protein	complement(1409627..1411006)	Aspergillus niger	4980617
An03g06310	CDS	pmeA	NT_166520.1	1415764	1417089	D	Catalytic activity: pectin + n H2O = n methanol + pectate.; Gene-ID: pmeA; Pathway: pentose and glucuronate interconversions; starch and sucrose metabolism.; Remark: on the basis of the results of affinity labeling of PME with sugar-specific lectins and the amino acid sequence data, it has been revealed that PME is a glycoprotein and the protein-bound glycans are oligosaccharides with a high mannose content.; Remark: the differences in the sequence are caused by strain variations or sequencing errors.; Remark: this enzyme belongs to the group of pectic enzymes and catalyzes the hydrolysis of methyl ester groups of galactaronic acid residues of pectin.; See PMID 1937044; See PMID 2089377; pectinesterase pmeA-Aspergillus niger	join(1415764..1415880,1415942..1416078,1416129..1416208,1416260..1416406,1416458..1416518,1416575..1416768,1416830..1417089)	Aspergillus niger	4980618
An03g06320	CDS	An03g06320	NT_166520.1	1417478	1418465	R	Remark: Rhodococcus erythropolis TA421, a polychlorinated biphenyl and biphenyl degrader isolated from a termite ecosystem, has seven bphC genes expressing 2, 3-dihydroxybiphenyl dioxygenase activity.; Title: strong similarity to 2-hydroxyhepta-2,4-diene-1,7-dioateisomerase/5-carboxymeth yl-2-oxo-hex-3-ene-1,7-dioatedecarboxylase - Rhodobacter capsulatus; See PMID 9251216; uncharacterized protein	complement(join(1417478..1417776,1417854..1418223,1418340..1418465))	Aspergillus niger	4980619
An03g06330	CDS	An03g06330	NT_166520.1	1418905	1420166	R	Remark: the enzyme from Pseudomonas stutzeri catalyzes the extradiol ring cleavage of 2,3-dihydroxybiphenyl as a key enzyme in the biphenyl/PCB degradation pathway.; Title: strong similarity to 2,3-dihydroxybiphenyl-1,2-dioxygenase bphC - Pseudomonas stutzeri; See PMID 9095556; uncharacterized protein	complement(join(1418905..1419384,1419435..1419666,1419721..1419868,1419917..1420094,1420146..1420166))	Aspergillus niger	4980620
An03g06340	CDS	An03g06340	NT_166520.1	1421400	1421897	D	Similarity: the similarity between the two A. niger proteins is restricted to a stretch of about 90 amino acids.; Title: weak similarity to hypothetical protein encoded by An02g01320 - Aspergillus niger; uncharacterized protein	1421400..1421897	Aspergillus niger	4980621
An03g06350	CDS	An03g06350	NT_166520.1	1422026	1423432	R	Title: weak similarity to hypothetical protein YLR392c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1422026..1422122,1422199..1422227,1422276..1422925,1422966..1423032,1423089..1423199,1423256..1423432))	Aspergillus niger	4980622
An03g06360	CDS	An03g06360	NT_166520.1	1424106	1427101	D	Catalytic activity: UDP-N-acetyl-D-glucosamine + [1,4-(N-Acetyl-beta-D-glucosaminyl)]n = UDP + [1,4-(N-Acetyl-beta-D-glucosaminyl)]n+1.; Pathway: aminosugars metabolism.; Remark: chsC Aspergillus fumigatus is a Class III zymogen-type enzyme.; Title: strong similarity to chitin synthase C chsC -Aspergillus fumigatus; See PMID 8736545; uncharacterized protein	join(1424106..1424195,1424248..1424608,1424662..1425023,1425090..1425753,1425808..1425990,1426036..1426219,1426267..1426906,1426964..1427101)	Aspergillus niger	4980623
An03g06370	CDS	An03g06370	NT_166520.1	1427874	1430128	D	Title: weak similarity to transcription activator Cha4 - Saccharomyces cerevisiae; uncharacterized protein	join(1427874..1428366,1428516..1428832,1428886..1429302,1429361..1429587,1429680..1429818,1429901..1430128)	Aspergillus niger	4980624
An03g06380	CDS	An03g06380	NT_166520.1	1431197	1439591	D	Remark: FUM5 from Gibberella fujikuroi is a PKS gene required for fumonisin biosynthesis.; Remark: polyketide natural products show great promise as medicinal agents. Typically the products of microbial secondary biosynthesis, polyketides are synthesized by an evolutionarily related but architecturally diverse family of multifunctional enzymes called polyketide synthases.; Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis; See PMID 10413619; See PMID 11238987; uncharacterized protein	join(1431197..1431229,1431358..1432046,1432136..1432649,1432710..1432833,1432887..1432999,1433063..1433495,1433551..1433997,1434045..1436300,1436351..1436376,1436455..1437588,1437641..1437715,1437763..1438103,1438163..1438593,1438645..1439591)	Aspergillus niger	4980625
An03g06390	CDS	An03g06390	NT_166520.1	1440203	1442339	R	Function: MhpA is involved in 3-(3-hydroxyphenyl)propionate degradation.; Remark: C. testosteroni MhpA degrades 3-(3-hydroxyphenyl)propionate (3HPP) via the meta pathway.; Title: strong similarity to 3-(3-hydroxyphenyl)propionate hydroxylase MhpA - Comamonas testosteroni; See PMID 10537203; uncharacterized protein	complement(join(1440203..1440796,1440857..1441038,1441089..1441231,1441278..1441595,1441645..1442056,1442111..1442339))	Aspergillus niger	4980626
An03g06400	CDS	An03g06400	NT_166520.1	1442867	1445449	D	Remark: the positively acting amdA gene of Aspergillus nidulans encodes a protein with two C2H2 zinc-finger motifs and mediates omega amino acid induction of the amdS acetamidase and aciA.; Title: similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; nucleus; See PMID 7596297; See PMID 8119589; See PMID 9126617; uncharacterized protein	join(1442867..1443021,1443069..1443858,1443904..1444104,1444160..1444249,1444300..1444350,1444396..1444517,1444564..1445449)	Aspergillus niger	4980627
An03g06410	CDS	An03g06410	NT_166520.1	1446226	1447194	D	Function: ERG25 of S. cerevisiae performs the first of three enzymatic steps required to remove the two C-4 methyl groups leading to ergosterol.; Pathway: ERG25 of S. cerevisae is involved in the ergosterol biosynthesis pathway.; Title: strong similarity to methyl sterol oxidase Erg25 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8663358; See PMID 9326581; uncharacterized protein	join(1446226..1446367,1446415..1447089,1447142..1447194)	Aspergillus niger	4980628
An03g06420	CDS	An03g06420	NT_166520.1	1447993	1448880	D	Similarity: the predicted A. niger protein shows also weak similarity to the Pfam Acetyltransferase (GNAT) family signature.; Title: similarity to hypothetical protein encoded by An08g08870 - Aspergillus niger; See PMID 10692350; uncharacterized protein	join(1447993..1448530,1448627..1448880)	Aspergillus niger	4980629
An03g06430	CDS	An03g06430	NT_166520.1	1450294	1451482	D	Catalytic activity: cinnamyl-alcohol dehydrogenases convert an Cinnamyl-alcohol+NADP(+) to an cinnamaldehyde + NADPH.; Function: M. sativa MsaCad1 catalyses the last step in the biosynthesis of the lignin monomers.; Induction: M. sativa MsaCad1 is wound-inducible, and the wound-responsiveness is modulated by salicylic acid.; Title: strong similarity to cinnamyl-alcohol dehydrogenase MsaCAD1 - Medicago sativa; See PMID 10092173; See PMID 10579494; uncharacterized protein	join(1450294..1450467,1450519..1451130,1451186..1451482)	Aspergillus niger	4980630
An03g06440	CDS	An03g06440	NT_166520.1	1451541	1452355	R	Title: strong similarity to hypothetical protein EAA64120.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1451541..1452103,1452154..1452355))	Aspergillus niger	4980631
An03g06450	CDS	An03g06450	NT_166520.1	1452820	1453579	R	Title: weak similarity to protein SEQ ID NO: 2310 from patent US6562958-B1 - Acinetobacter baumannii; uncharacterized protein	complement(join(1452820..1452876,1452938..1453005,1453077..1453286,1453351..1453579))	Aspergillus niger	4980632
An03g06460	CDS	An03g06460	NT_166520.1	1454024	1455664	R	Function: StcB from A. nidulans may be involved in the hydroxylation of averantin to form 5'-hydroxyaverantin,oxidation of averufin to 1-hydroxyversicolorone, and its oxidation to versiconal hemiacetal acetate.; Pathway: StcB from A. nidulans is involved in the sterigmatocystin biosynthesis.; Title: strong similarity to hypothetical sterigmatocystin biosynthesis p450 monooxygenase stcB -Aspergillus nidulans; See PMID 8643646; uncharacterized protein	complement(join(1454024..1454189,1454236..1454866,1454911..1455040,1455087..1455227,1455276..1455306,1455354..1455664))	Aspergillus niger	4980633
An03g06470	CDS	An03g06470	NT_166520.1	1456591	1459415	R	Title: weak similarity to MigA - Dictyostelium discoideum; See PMID 9307972; uncharacterized protein	complement(join(1456591..1456967,1457265..1457367,1457421..1457797,1458190..1458726,1458779..1459000,1459097..1459415))	Aspergillus niger	4980634
An03g06480	CDS	An03g06480	NT_166520.1	1459940	1461983	D	Remark: Steroid monooxygenase (smo) from R. rhodochrous is a Baeyer-Villigerase catalyzing the insertion of an oxygen atom between the C17- and C20-carbons of progesterone to produce testosterone.; Remark: the ORF coded protein shows also strong similarity to some hypothetical monooxygenases of secondary metabolism, MoxY Aspergillus parasiticus and StcW (Sterigmatocystin biosyntesis), Aspergillus nidulans.; Title: strong similarity to Steroid monooxygenase smo - Rhodococcus rhodochrous; See PMID 10467180; uncharacterized protein	join(1459940..1460577,1460627..1460880,1460928..1460992,1461069..1461983)	Aspergillus niger	4980635
An03g06490	CDS	An03g06490	NT_166520.1	1462110	1463378	R	Title: similarity to heroin esterase her -Rhodococcus sp.; See PMID 9143135; uncharacterized protein	complement(join(1462110..1462257,1462320..1463067,1463159..1463378))	Aspergillus niger	4980636
An03g06500	CDS	An03g06500	NT_166520.1	1464818	1466041	D	Complex: N. plumbaginifolia ABA2 potentially uses FAD as cofactor.; Function: ABA2 from N. plumbaginifolia converts zeaxanthin into antheraxanthin and subsequently violaxanthin.; Function: N. plumbaginifolia ABA2 is involved in the epoxidation of zeaxanthin and plays an important role in resistance to stresses, seed development and dormancy.; Induction: N. plumbaginifolia ABA2 is upregulated in roots by drought stress.; Pathway: N. plumbaginifolia ABA2 is also involved in the xanthophyll cycle together with a yet unidentified de-epoxidase which converts violaxanthin into zeaxanthin.; Pathway: N. plumbaginifolia ABA2 is involed in the first step of the abscisic acid (ABA) biosynthesis pathway.; Remark: abscisic acid (ABA) is a plant hormone which plays an important role in seed development and dormancy and in plant response to environmental stresses.; Title: strong similarity to zeaxanthin epoxidase ABA2 - Nicotiana plumbaginifolia; See PMID 8665840; uncharacterized protein	1464818..1466041	Aspergillus niger	4980637
An03g06510	CDS	An03g06510	NT_166520.1	1466879	1468396	D	Function: S. cerevisiae UGA3 is required for 4-aminobutyric acid (GABA)-dependent induction of the UGA1,UGA2 and UGA4 genes which encode the two GABA catabolic enzymes and a GABA-specific permease, respectively,required for the utilization of GABA as a nitrogen source.; Remark: UGA3 from S. cerevisiae was judged closest manual homolog to the predicted A. niger protein even so it shows only an E-val of 0. 003, but the similarity extends over the total length of both proteins.; Similarity: UGA3 of S. cerevisiae contains a Zn[2]-Cys[6] fungal-type binuclear cluster domain in the N-terminal region.; Title: weak similarity to regulator protein Uga3 -Saccharomyces cerevisiae; nucleus; See PMID 2109179; See PMID 7899074; uncharacterized protein	1466879..1468396	Aspergillus niger	4980638
An03g06520	CDS	An03g06520	NT_166520.1	1469236	1469958	R	Similarity: the similarity between the two A. niger proteins is restricted to a stretch of about 80 amino acids.; Title: similarity to hypothetical protein encoded by An08g08730 - Aspergillus niger; uncharacterized protein	complement(join(1469236..1469821,1469864..1469958))	Aspergillus niger	84590770
An03g06530	CDS	An03g06530	NT_166520.1	1474506	1476333	R	Remark: A. vitis ttuB codes for a protein with homology to transporter proteins and is required for entry of tartrate.; Title: strong similarity to tartrate transport protein ttuB - Agrobacterium vitis; See PMID 7592429; uncharacterized protein	complement(join(1474506..1474695,1474762..1474827,1474888..1475040,1475091..1475487,1475542..1475712,1475772..1476109,1476173..1476333))	Aspergillus niger	4980640
An03g06540	CDS	An03g06540	NT_166520.1	1477265	1479229	R	Catalytic activity: arylsulfatases convert a phenol sulfate + H(2)O to a phenol + sulfate.; Remark: N. crassa ars-1 is expressed under conditions of sulfur limitation and is under coordinate control of the cys-3+ and scon+ regulatory genes.; Title: strong similarity to arylsulfatase ars-1 -Neurospora crassa; See PMID 2528685; uncharacterized protein	complement(join(1477265..1477600,1477658..1477779,1477829..1478321,1478371..1478849,1478914..1479229))	Aspergillus niger	4980641
An03g06550	CDS	glaA	NT_166520.1	1480115	1482286	R	Gene-ID: glaA;gla;amyG; Mapping: glaA from A. niger is mapped to chromosome VI (LG VI); see list from DSM, PUBMED 8041364.; Remark: a synonym for glaA is amyG.; Remark: glaA is alternative spliced and encodes preproglucoamylase G1 and preproglucoamylase G2.; extracellular/secretion proteins; See PMID 6204865; See PMID 6440004; See PMID 207655; See PMID 9649747; See PMID 1077246; glucan 1,4-alpha-glucosidase glaA-Aspergillus niger	complement(join(1480115..1480801,1480860..1481497,1481559..1481655,1481711..1481997,1482073..1482286))	Aspergillus niger	4980642
An03g06560	CDS	An03g06560	NT_166520.1	1482938	1484626	R	Catalytic activity: lipases convert triacylglycerol + H(2)O to diacylglycerol + a fatty acid anion.; Function: C. rugosa LIP2 is involved in glycerolipid metabolism and phospholipid degradation.; Remark: Candida rugosa is synonymous to Candida cylindracea.; Title: strong similarity to triacylglycerol lipase Lip2 - Candida rugosa; See PMID 8509417; See PMID 1610906; uncharacterized protein	complement(1482938..1484626)	Aspergillus niger	4980643
An03g06570	CDS	An03g06570	NT_166520.1	1485522	1486205	R	Remark: PAD1 confers resistance to cinnamic acid in S. cerevisiae.; Title: strong similarity to phenylacrylic acid decarboxylase Pad1 - Saccharomyces cerevisiae; See PMID 8181743; uncharacterized protein	complement(1485522..1486205)	Aspergillus niger	4980644
An03g06580	CDS	An03g06580	NT_166520.1	1486587	1488760	R	Function: in F. solani cutinase induction by cutin monomers is regulated by CTF1.; Similarity: similarity is between the Zn(2)-Cys(6) domain containing N-terminal half of the predicted A. niger protein and F. solani CTF1.; Similarity: the predicted A. niger protein contains a Zn(2)-Cys(6), fungal-type binuclear cluster domain.; Title: similarity to cutinase transcription factor 1 CTF1-beta - Fusarium solani; nucleus; See PMID 8132657; uncharacterized protein	complement(join(1486587..1486698,1486758..1487540,1487589..1487736,1487870..1488126,1488174..1488760))	Aspergillus niger	4980645
An03g06590	CDS	An03g06590	NT_166520.1	1489399	1490953	R	Catalytic activity: 4-hydroxybenzoate decarboxylases convert 4-hydroxybenzoate to phenol + CO(2).; Complex: the 4-hydroxybenzoate decarboxylase from C. hydroxybenzoicum had an apparent molecular mass of 350 kDa and consisted of six identical subunits of 57 kDa each.; Title: strong similarity to 4-hydroxybenzoate decarboxylase OHB1 - Clostridium hydroxybenzoicum; See PMID 7744052; See PMID 10438791; uncharacterized protein	complement(join(1489399..1489932,1489985..1490953))	Aspergillus niger	4980646
An03g06600	CDS	An03g06600	NT_166520.1	1492128	1492983	D	Similarity: similarity is between many probable Zinc-finger transcription factors and the N-terminal region of the predicted A. niger protein, which contains a BTB/POZ domain found in many Zn-finger transcription factors and required for homodimerisation.; Title: similarity to hypothetical protein KIAA0352 -Homo sapiens; uncharacterized protein	join(1492128..1492183,1492230..1492356,1492426..1492983)	Aspergillus niger	4980647
An03g06610	CDS	An03g06610	NT_166520.1	1494023	1495001	D	hypothetical protein	join(1494023..1494257,1494310..1495001)	Aspergillus niger	84590771
An03g06620	CDS	An03g06620	NT_166520.1	1495496	1496378	D	Title: strong similarity to hypothetical protein aq_928 - Aquifex aeolicus; See PMID 9537320; uncharacterized protein	join(1495496..1495549,1495772..1496248,1496361..1496378)	Aspergillus niger	4980649
An03g06630	CDS	An03g06630	NT_166520.1	1496523	1498383	R	Catalytic activity: lipases convert triacylglycerol + H(2)O to diacylglycerol + a fatty acid anion.; Function: C. rugosa LIP1 is involved in glycerolipid metabolism and phospholipid degradation.; Remark: Candida rugosa is synonymous to Candida cylindracea.; Title: similarity to lipase LIP1 - Candida rugosa; See PMID 8509417; See PMID 1610906; uncharacterized protein	complement(join(1496523..1496854,1496902..1497117,1497165..1497626,1497673..1497987,1498039..1498123,1498171..1498383))	Aspergillus niger	4980650
An03g06640	CDS	An03g06640	NT_166520.1	1499148	1499551	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to glycine and cysteine rich proteins.; Title: similarity to hypothetical protein encoded by An08g11130 - Aspergillus niger; uncharacterized protein	complement(join(1499148..1499253,1499299..1499363,1499411..1499551))	Aspergillus niger	4980651
An03g06650	CDS	An03g06650	NT_166520.1	1500749	1502826	D	Remark: S. coelicolor SC4G1. 04c is a putative integral membrane protein.; Title: similarity to hypothetical protein SC4G1.04c - Streptomyces coelicolor; uncharacterized protein	join(1500749..1501298,1501348..1501947,1502017..1502217,1502455..1502548,1502724..1502826)	Aspergillus niger	4980652
An03g06660	CDS	An03g06660	NT_166520.1	1504534	1506659	D	Function: A. thaliana ptr2 imports dipeptides and tripeptides but not peptides four residues and higher.; Title: strong similarity to peptide transporter PTR2 - Arabidopsis thaliana; plasma membrane; See PMID 7919993; uncharacterized protein	join(1504534..1504867,1504913..1505035,1505081..1505303,1505352..1505720,1505774..1505928,1505977..1506659)	Aspergillus niger	4980653
An03g06670	CDS	An03g06670	NT_166520.1	1507013	1513364	R	Function: S. cerevisiae MLP1 has been associated with the nuclear pore and is implicated in nuclear transport.; Title: weak similarity to myosin-like protein Mlp1 -Saccharomyces cerevisiae; See PMID 10085285; uncharacterized protein	complement(join(1507013..1512129,1512186..1512861,1512915..1513364))	Aspergillus niger	4980654
An03g06680	CDS	An03g06680	NT_166520.1	1515370	1516902	D	hypothetical protein	join(1515370..1515424,1515667..1516356,1516398..1516618,1516677..1516768,1516887..1516902)	Aspergillus niger	84590772
An03g06690	CDS	An03g06690	NT_166520.1	1517749	1519229	R	Catalytic activity: salicylate hydroxylases convert salicylate + NADH + O(2) to catechol + NAD(+) + H(2)O + CO(2).; Pathway: nahpthalene, salicylate, and phenylalanine metabolism.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas stutzeri; uncharacterized protein	complement(join(1517749..1517846,1517919..1518849,1518909..1519229))	Aspergillus niger	4980656
An03g06700	CDS	An03g06700	NT_166520.1	1520062	1521549	R	Catalytic activity: cyclohexanone monooxygenases convert cyclohexanone + NADPH + O(2) to 6-hexanolide + NADP(+) + H(2)O.; Pathway: Acinetobacter chnB is involved in the cyclohexanol catabolic pathway.; Remark: Acinetobacter chnB is a flavoprotein (FAD) and acts on a number of different cyclic ketones.; Title: similarity to cyclohexanone monooxygenase chnB - Acinetobacter sp.; See PMID 3338974; See PMID 10543838; uncharacterized protein	complement(join(1520062..1520080,1520126..1521549))	Aspergillus niger	4980657
An03g06710	CDS	An03g06710	NT_166520.1	1522370	1524577	R	Function: human retSDR2 catalyzes the reduction of all-trans-retinal to all-trans-retinol in the presence of NADPH.; Title: similarity to retinal short-chain dehydrogenase/reductase retSDR2 - Homo sapiens; See PMID 10800688; uncharacterized protein	complement(join(1522370..1522719,1522817..1523132,1523485..1523755,1523810..1524203,1524253..1524577))	Aspergillus niger	4980658
An03g06720	CDS	An03g06720	NT_166520.1	1525108	1526911	D	Catalytic activity: cytochrome P-450s convert RH + reduced flavoprotein + O(2) to ROH + oxidized flavoprotein +H(2)O.; Function: D. melanogaster CYP4D2 is involved in the metabolism of insect hormones.; Similarity: D. melanogaster CYP4D2 belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P-450 CYP4D2 - Drosophila melanogaster; See PMID 8024706; See PMID 8676871; uncharacterized protein	join(1525108..1525190,1525343..1525765,1525828..1526212,1526277..1526754,1526811..1526911)	Aspergillus niger	4980659
An03g06730	CDS	An03g06730	NT_166520.1	1526979	1529047	R	Function: P. denitrificans cobW might be involved in cobalt reduction leading to cobalt(i) corrinoids.; Pathway: P. denitrificans cobW might take part in cobalamin biosynthesis.; Title: similarity to cobW - Pseudomonas denitrificans; See PMID 7765511; See PMID 1655697; uncharacterized protein	complement(join(1526979..1527549,1527754..1527831,1527910..1528359,1528514..1528732,1528789..1528877,1528958..1529047))	Aspergillus niger	4980660
An03g06740	CDS	An03g06740	NT_166520.1	1529427	1531002	R	Catalytic activity: 1,4-polygalacturonases convert (1,4-alpha-D-galacturonide)n + H(2)O to (1,4-alpha-D-galacturonide)n-1 + D-galacturonate.; Localization: C. carbonum PGX1 is an extracellular enzyme.; Title: strong similarity to exo-alpha 1,4-polygalacturonase PGX1 - Cochliobolus carbonum; extracellular/secretion proteins; See PMID 9546185; uncharacterized protein	complement(join(1529427..1529816,1529869..1530114,1530178..1530344,1530420..1530591,1530661..1531002))	Aspergillus niger	4980661
An03g06750	CDS	An03g06750	NT_166520.1	1532261	1532617	R	Similarity: the ORF shows strong similarity to another A. niger protein, An11g09050. An11g09050 is longer than the ORF (168 compared to 101 amino acids).; Title: similarity to hypothetical protein encoded by An11g09050 - Aspergillus niger; uncharacterized protein	complement(join(1532261..1532561,1532613..1532617))	Aspergillus niger	4980662
An03g06760	CDS	An03g06760	NT_166520.1	1532796	1535243	R	Title: strong similarity to hypothetical transcription regulator protein CAA91958.1 -Schizosaccharomyces pombe; uncharacterized protein	complement(join(1532796..1532876,1532925..1532999,1533047..1534639,1534692..1535243))	Aspergillus niger	4980663
An03g06770	CDS	An03g06770	NT_166520.1	1538425	1539970	D	hypothetical protein	join(1538425..1539504,1539566..1539701,1539930..1539970)	Aspergillus niger	4980664
An03g06780	CDS	An03g06780	NT_166520.1	1540633	1541300	D	hypothetical protein	join(1540633..1540767,1540833..1541121,1541159..1541243,1541291..1541300)	Aspergillus niger	84590773
An03g06790	CDS	An03g06790	NT_166520.1	1542733	1543971	R	Title: strong similarity to hypothetical protein B1D4.110 - Neurospora crassa; uncharacterized protein	complement(join(1542733..1543149,1543201..1543971))	Aspergillus niger	4980666
An03g06800	CDS	An03g06800	NT_166520.1	1545470	1548148	R	Title: strong similarity to hypothetical negative-acting regulatory protein qutR - Aspergillus nidulans; uncharacterized protein	complement(join(1545470..1545626,1545682..1545929,1545983..1548148))	Aspergillus niger	4980667
An03g06810	CDS	An03g06810	NT_166520.1	1552006	1554405	D	Similarity: the similarity of the predicted ORF to A. nidulans QUTA is restricted to its N-terminal half; additionally, the A. niger ORF is 108 amino acids shorter at the N-terminus.; Title: strong similarity to regulator protein qutA -Aspergillus nidulans; See PMID 3313276; uncharacterized protein	1552006..1554405	Aspergillus niger	4980668
An03g06820	CDS	An03g06820	NT_166520.1	1556474	1558238	R	Title: similarity to negative regulatory protein Hex2 - Saccharomyces cerevisiae; See PMID 1889400; uncharacterized protein	complement(join(1556474..1557563,1557622..1558238))	Aspergillus niger	4980669
An03g06830	CDS	An03g06830	NT_166520.1	1564442	1565367	D	Title: strong similarity to hypothetical protein B24P7.10 - Neurospora crassa; uncharacterized protein	join(1564442..1564505,1564596..1564615,1564774..1564861,1564946..1565367)	Aspergillus niger	4980670
An03g06840	CDS	An03g06840	NT_166520.1	1565541	1567138	R	hypothetical protein	complement(join(1565541..1566267,1566324..1566983,1567059..1567138))	Aspergillus niger	4980671
An03g06850	CDS	An03g06850	NT_166520.1	1567635	1568119	R	Title: strong similarity to hypothetical coiled-coil protein cgrA - Aspergillus nidulans; uncharacterized protein	complement(join(1567635..1567775,1567839..1567984,1568068..1568119))	Aspergillus niger	4980672
An03g06860	CDS	An03g06860	NT_166520.1	1568798	1569851	D	Title: strong similarity to hypothetical mitochondrial transport protein Arg11 - Saccharomyces cerevisiae; uncharacterized protein	join(1568798..1568908,1568973..1569851)	Aspergillus niger	4980673
An03g06870	CDS	An03g06870	NT_166520.1	1570622	1571540	D	Catalytic activity: Cytidine + H(2)O <=> uridine + NH(3); Title: strong similarity to cytidine deaminase -Homo sapiens; uncharacterized protein	join(1570622..1570706,1570784..1570917,1571048..1571133,1571343..1571424,1571499..1571540)	Aspergillus niger	4980674
An03g06880	CDS	An03g06880	NT_166520.1	1572401	1576941	R	Title: strong similarity to carboxypeptidase Y-sorting protein Pep1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1572401..1573040,1573130..1576437,1576471..1576941))	Aspergillus niger	4980675
An03g06890	CDS	An03g06890	NT_166520.1	1578299	1579195	R	Title: similarity to hypothetical protein B16B8.140 - Neurospora crassa; uncharacterized protein	complement(1578299..1579195)	Aspergillus niger	84590774
An03g06900	CDS	An03g06900	NT_166520.1	1580637	1583384	R	Function: it is suggested that hSec10p is a component of the mammalian counterpart of the yeast exocyst complex essential for post-Golgi traffic.; Remark: SEC10 gene product is a member of the exocyst complex essential for exocytosis in the budding yeast S. cerevisiae.; Remark: alternate name in S. cerevisiae = YLR166C.; Title: strong similarity to exocytosis protein Sec10 - Saccharomyces cerevisiae; See PMID 8978675; See PMID 9119050; See PMID 9658167; uncharacterized protein	complement(join(1580637..1581143,1581204..1582642,1582709..1583384))	Aspergillus niger	4980677
An03g06910	CDS	An03g06910	NT_166520.1	1584324	1585510	D	Title: strong similarity to hypothetical 32.0k protein - Neurospora crassa; uncharacterized protein	join(1584324..1584813,1584912..1585217,1585305..1585510)	Aspergillus niger	4980678
An03g06915	CDS	An03g06915	NT_166520.1	1585986	1586870	R	Title: weak similarity to hypothetical protein B14D6.5 - Neurospora crassa; uncharacterized protein	complement(join(1585986..1586610,1586692..1586870))	Aspergillus niger	84590775
An03g06920	CDS	An03g06920	NT_166520.1	1588744	1591014	D	Title: similarity to hypothetical protein CG5336 -Drosophila melanogaster; uncharacterized protein	join(1588744..1589007,1589109..1590474,1590551..1591014)	Aspergillus niger	4980681
An03g06930	CDS	An03g06930	NT_166520.1	1592097	1594505	D	Function: checkpoint pathways act to arrest mitosis and prevent the attempted segregation of damaged or unreplicated DNA.; Function: rad17 function is not essential for growth, but is required for the function of the DNA structure-dependent checkpoints.; Function: rad17 gene product is a basic hydrophilic protein of 606 amino acids which contains five domains with sequence homology to replication factor C (RF-C)/activator 1 subunits.; Localization: rad17 is localized in the nucleus.; Similarity: no similarity at the aminoterminal part.; Title: similarity to protein involved in cell cycle control rad17p - Schizosaccharomyces pombe; nucleus; See PMID 8846774; uncharacterized protein	join(1592097..1592588,1592727..1594505)	Aspergillus niger	4980682
An03g06940	CDS	An03g06940	NT_166520.1	1595872	1597272	D	Function: transports UDP-N-acetylglucosamine from the cytosol to the luminal side of the Golgi apparatus.; Golgi; Title: strong similarity to UPD-GlcNAc transporter MNN2-2 - Kluyveromyces lactis; See PMID 10037760; uncharacterized protein	join(1595872..1596016,1596185..1596776,1596939..1597272)	Aspergillus niger	4980683
An03g06950	CDS	An03g06950	NT_166520.1	1597736	1600265	R	Function: cells with a disruption in the DNM1 gene showed mating response defects consistent with a delay in receptor-mediated endocytosis.; Function: during receptor-mediated endocytosis,Dnm1p acts after internalization, but before fusion with the vacuole.; Function: findings show that like mammalian dynamin,Dnm1p participates in endocytosis.; Title: strong similarity to dynamin-related protein Dnm1 - Saccharomyces cerevisiae; See PMID 7622557; uncharacterized protein	complement(join(1597736..1598050,1598119..1600101,1600167..1600265))	Aspergillus niger	4980684
An03g06960	CDS	An03g06960	NT_166520.1	1601038	1603616	R	Function: because the actin-binding protein ABP1p is associated with the cortical cytoskeleton of S. cerevisiae, it might be involved in the spatial organization of cell surface growth.; Function: in yeast, the cortical actin cytoskeleton seems to specify sites of growth of the cell surface.; Title: strong similarity to actin-binding protein Abp1 - Saccharomyces cerevisiae; cytoskeleton; uncharacterized protein	complement(join(1601038..1601124,1601245..1603113,1603171..1603358,1603412..1603616))	Aspergillus niger	4980685
An03g06970	CDS	An03g06970	NT_166520.1	1605151	1608306	D	Catalytic activity: AMP deaminase catalyzes the hydrolytic deamination of AMP into IMP.; Function: it contains three regions that are centered on residues which are proposed to play an important role in the catalytic mechanism.; Similarity: shows very strong similarity in the middle part of the protein to amp deaminase of several species.; Title: strong similarity to AMP deaminase Amd1 -Saccharomyces cerevisiae; See PMID 2690949; uncharacterized protein	join(1605151..1606527,1606579..1607699,1607776..1607912,1607966..1608306)	Aspergillus niger	4980686
An03g06980	CDS	An03g06980	NT_166520.1	1608549	1609799	R	Remark: truncated ORF due to contig border.; Title: similarity to hypothetical protein B24M22.160 - Neurospora crassa [truncated ORF]; uncharacterized protein	complement(1608549..>1609799)	Aspergillus niger	84590776
An04g00010	CDS	An04g00010	NT_166539.1	1	457	D	Remark: N-terminal truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	join(<1..44,110..290,425..457)	Aspergillus niger	4990401
An04g00020	CDS	An04g00020	NT_166539.1	791	5010	R	Remark: Nup133p, functionally overlaps with the NUP145 gene product, Nup145p, and these proteins may be involved in maintaining the position of the NPC within the nuclear envelope.; Title: strong similarity to nuclear pore protein Nup133 - Saccharomyces cerevisiae; See PMID 7626806; See PMID 7813444; See PMID 7862658; See PMID 9049242; uncharacterized protein	complement(join(791..1125,1180..4502,4544..4587,4690..5010))	Aspergillus niger	4990404
An04g00030	CDS	An04g00030	NT_166539.1	5213	5672	R	hypothetical protein	complement(join(5213..5250,5329..5443,5637..5672))	Aspergillus niger	84590777
An04g00040	CDS	An04g00040	NT_166539.1	5854	7020	D	Catalytic activity: malonyl-CoA + [acyl-carrier protein] = CoA + malonyl-[acyl-carrier protein].; Pathway: fatty acid biosynthesis (path 1).; Remark: the amino acid sequence of B. subtilis acyl carrier protein was obtained by sequencing the purified protein, and the sequence obtained strongly resembled that of E. coli acyl carrier protein, except that most of the protein retained the initiating methionine residue.; Similarity: belongs to the [acyl-carrier-protein] S-malonyltransferases.; Title: strong similarity to S-malonyltransferase fabD - Bacillus subtilis; See PMID 8759840; uncharacterized protein	join(5854..5920,5963..7020)	Aspergillus niger	4990405
An04g00050	CDS	An04g00050	NT_166539.1	7486	8101	R	Remark: the predicted ORF shows homology to an A. niger EST an_2403.; Title: similarity to cancer associated protein sequence SEQ ID NO:919 from patent WO200055350-A1 - Homo sapiens; uncharacterized protein	complement(join(7486..7650,7715..8005,8057..8101))	Aspergillus niger	4990406
An04g00060	CDS	An04g00060	NT_166539.1	9400	10255	D	Catalytic activity: NADH + ubiquinone = NAD+ + ubiquinol.; Pathway: oxidative phosphorylation, respiratory chain complex I.; Remark: 19. 3 kD subunit of the respiratory chain complex I is binding to iron-sulphur cluster N-2.; Title: strong similarity to 19.3 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; See PMID 10216160; uncharacterized protein	join(9400..9454,9502..9694,9749..10104,10161..10255)	Aspergillus niger	4990408
An04g00070	CDS	An04g00070	NT_166539.1	11559	13676	D	Remark: alternative name is YJR002w.; Remark: depletion of Mpp10, a U3 snoRNP-specific protein, halts 18S rRNA production and impairs cleavage at the three U3 snoRNP-dependent sites: A0, A1, and A2.; Title: strong similarity to component of the U3 small nucleolar ribonucleoprotein Mpp10 - Saccharomyces cerevisiae; See PMID 9315638; See PMID 9391061; uncharacterized protein	join(11559..12351,12469..13676)	Aspergillus niger	4990403
An04g00080	CDS	An04g00080	NT_166539.1	13780	14564	R	Title: strong similarity to hypothetical membrane protein YNL024c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(13780..14251,14347..14564))	Aspergillus niger	4990407
An04g00090	CDS	An04g00090	NT_166539.1	15414	15776	D	hypothetical protein	join(15414..15482,15577..15624,15675..15776)	Aspergillus niger	84590778
An04g00100	CDS	An04g00100	NT_166539.1	15970	16595	D	Remark: also strong similarity to EST an_2885 from Aspergillus niger.; Title: strong similarity to hypothetical protein SPAC15E1.02c - Schizosaccharomyces pombe; uncharacterized protein	join(15970..15985,16069..16373,16452..16595)	Aspergillus niger	4990409
An04g00110	CDS	An04g00110	NT_166539.1	17256	18383	R	Catalytic activity: NADH + ubiquinone = NAD+ + ubiquinol.; Pathway: oxidative phosphorylation, respiratory chain complex I.; Remark: also strong similarity to EST an_3610 Aspergillus niger.; Title: strong similarity to 21/29 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; See PMID 2137337; uncharacterized protein	complement(join(17256..17280,17333..17829,17896..17965,18040..18100,18194..18383))	Aspergillus niger	4990411
An04g00120	CDS	An04g00120	NT_166539.1	18562	19374	R	Remark: also strong similarity to Aspergillus niger EST SEQ ID NO:4000.; Remark: alternative name is YIL010w.; Remark: the ends of chromosomes in S. cerevisiae initiate a repressive chromatin structure that spreads internally and inhibits the transcription of nearby genes,a phenomenon termed telomeric silencing.; Similarity: to P. falciparum merozoite cap protein-1 and E. coli bacterioferritin comigratory protein.; Title: strong similarity to derepression of telomeric silencing protein Dot5 - Saccharomyces cerevisiae; See PMID 9755194; uncharacterized protein	complement(join(18562..18926,19098..19374))	Aspergillus niger	4990412
An04g00130	CDS	An04g00130	NT_166539.1	20516	21156	D	Remark: the identification of YAP19 S. cerevisiae supports the proposal that yeast cells also contain the Golgi-associated clathrin-assembly protein complex.; Title: strong similarity to intramitochondrial sorting protein YLR168c - Saccharomyces cerevisiae; See PMID 8373805; uncharacterized protein	join(20516..20668,20737..21156)	Aspergillus niger	4990413
An04g00140	CDS	An04g00140	NT_166539.1	22171	23673	D	Catalytic activity: CTP + ethanolamine phosphate = pyrophosphate + CDPethanolamine.; Pathway: aminophosphonate metabolism; glycerolipid metabolism.; Remark: CTP:phosphoethanolamine cytidylyltransferase (ET) is a key regulatory enzyme in the CDP-ethanolamine pathway for phosphatidylethanolamine synthesis.; Similarity: belongs to the cytidylyltransferases.; Title: strong similarity to CTP:phosphoethanolamine cytidylyltransferase ET - Rattus norvegicus; See PMID 10493918; uncharacterized protein	join(22171..22294,22352..22469,22519..23293,23356..23673)	Aspergillus niger	4990414
An04g00150	CDS	An04g00150	NT_166539.1	24082	24615	R	Remark: Grx5 plays a specially important role in protection against oxidative stress both during ordinary growth conditions and after externally induced damage. Grx5-deficient mutants are also sensitive to osmotic stress, which indicates a relationship between the two types of stress in yeast cells.; Remark: the synonyme for GRX5 is YPL059w.; Similarity: subfamily of yeast glutaredoxins (Grx3,Grx4, and Grx5) that differs from the first (Grx1 and Grx2) in containing a single cysteine residue at the putativeactive site.; Title: strong similarity to glutaredoxins Grx5 -Saccharomyces cerevisiae; See PMID 10567543; uncharacterized protein	complement(join(24082..24233,24302..24550,24603..24615))	Aspergillus niger	4990415
An04g00160	CDS	An04g00160	NT_166539.1	24916	26115	D	Remark: putatively involved in cell cycle-specific gene expression.; Remark: strong similarity to human receptor molecule (REC) encoded by Incyte clone 2022379 patent WO9957270-A2.; Title: strong similarity to receptor molecule REC from patent WO9957270-A2 - Homo sapiens; uncharacterized protein	join(24916..24920,25048..25129,25381..26115)	Aspergillus niger	4990416
An04g00170	CDS	An04g00170	NT_166539.1	26170	27429	R	Function: the enzyme (EC:2. 5. 1-) catalyzes the prenylation of para-hydroxybenzoate.; Remark: coenzyme Q functions as a lipid-soluble electron carrier in eukaryotes. In S. cerevisiae, the enzymes responsible for the assembly of the polyisoprenoid side chain and subsequent transfer to para-hydroxybenzoate (PHB) are encoded by the nuclear genes COQ1 and COQ2,respectively. Disruption of the chromosomal COQ2 gene indicates the gene is not essential for viability, yet is required for PHB:polyprenyltransferase activity and respiratory function.; Title: strong similarity to para-hydroxybenzoate polyprenyltransferase Coq2 - Saccharomyces cerevisiae; See PMID 1740455; uncharacterized protein	complement(26170..27429)	Aspergillus niger	4990417
An04g00180	CDS	An04g00180	NT_166539.1	28361	30701	D	Title: similarity to hypothetical c-module-binding factor B21O8.50 - Neurospora crassa; uncharacterized protein	join(28361..28628,28696..30701)	Aspergillus niger	4990418
An04g00190	CDS	An04g00190	NT_166539.1	30981	31780	R	Title: strong similarity to hypothetical protein CAD70403.1 - Neurospora crassa; uncharacterized protein	complement(join(30981..31075,31159..31489,31568..31780))	Aspergillus niger	4990419
An04g00200	CDS	An04g00200	NT_166539.1	32085	32734	D	Title: strong similarity to hypothetical membrane protein YIL157c - Saccharomyces cerevisiae; uncharacterized protein	join(32085..32549,32642..32734)	Aspergillus niger	4990420
An04g00210	CDS	An04g00210	NT_166539.1	33107	34104	R	Remark: the intact MRP-L9 gene from S. cerevisiae is essential for mitochondrial function. YmL9 shows significant sequence similarities to Escherichia coli ribosomal protein L3 and related proteins from various organisms of all three natural kingdoms as well as photosynthetic organelles (cyanelles).; Title: strong similarity to ribosomal protein of the large subunit Yml9 - Saccharomyces cerevisiae; See PMID 1597181; See PMID 2060626; See PMID 3060376; mitochondrial 54S ribosomal protein uL3m	complement(join(33107..33207,33288..34104))	Aspergillus niger	4990421
An04g00220	CDS	An04g00220	NT_166539.1	34855	35947	D	Catalytic activity: acetyl-CoA + peptide = CoA + Nalpha-acetylpeptide.; Remark: N alpha-Acetylation is catalyzed by N alpha-acetyltransferases, which transfer acetyl groups from acetyl coenzyme A to the N termini of most eukaryotic proteins co-translationally.; Remark: acetylates N-terminal alanine, serine,methionine and glutamate residues in a number of peptides and proteins, including beta-endorphin, corticotropins and alpha-melanotropin.; Title: strong similarity to methionine-N-acetyltransferase Nat2 - Saccharomyces cerevisiae; See PMID 8175741; uncharacterized protein	join(34855..35446,35539..35686,35821..35947)	Aspergillus niger	4990422
An04g00230	CDS	An04g00230	NT_166539.1	36225	39921	R	Protein sequence is in conflict with the conceptual translation; Remark: putative sequencing error at position 23746 exchanging an G to T to generate an ATG.; Remark: the NUC-2 protein from N. crassa appears to sense the availability of phosphate and transmits the signal downstream to the regulatory pathway.; Title: strong similarity to ankyrin repeat protein Nuc-2 - Neurospora crassa [putative sequencing error]; putative sequencing error; See PMID 8917314; uncharacterized protein	complement(join(36225..36440,36526..36695,36764..39014,39189..39236,39303..39443,39502..39552,39608..39730,39835..>39921))	Aspergillus niger	84590779
An04g00240	CDS	An04g00240	NT_166539.1	40608	41529	D	Title: weak similarity to basic fibroblast growth factor precursor bFGF - Homo sapiens; uncharacterized protein	join(40608..40779,40872..40979,41073..41250,41391..41529)	Aspergillus niger	84590780
An04g00250	CDS	An04g00250	NT_166539.1	42446	43854	R	Similarity: unspecific to serine/threonine-rich proteins.; Title: strong similarity to hypothetical protein CAD70464.1 - Neurospora crassa; uncharacterized protein	complement(join(42446..43740,43845..43854))	Aspergillus niger	4990425
An04g00260	CDS	An04g00260	NT_166539.1	44429	45280	R	hypothetical protein	complement(join(44429..44628,44707..44843,44941..44994,45090..45280))	Aspergillus niger	84590781
An04g00270	CDS	An04g00270	NT_166539.1	46529	48780	R	Title: strong similarity to hypothetical protein CAD70410.1 - Neurospora crassa; uncharacterized protein	complement(join(46529..46769,46823..48520,48638..48780))	Aspergillus niger	4990427
An04g00280	CDS	An04g00280	NT_166539.1	49155	50353	D	hypothetical protein	join(49155..49294,49403..49563,49601..49689,50054..50353)	Aspergillus niger	84590782
An04g00290	CDS	An04g00290	NT_166539.1	50805	51411	R	hypothetical protein	complement(join(50805..50913,51020..51147,51337..51411))	Aspergillus niger	84590783
An04g00300	CDS	An04g00300	NT_166539.1	53118	56403	R	Title: weak similarity to ascites sialoglycoprotein 1 - Rattus norvegicus; uncharacterized protein	complement(join(53118..56187,56393..56403))	Aspergillus niger	84590784
An04g00310	CDS	An04g00310	NT_166539.1	57194	58638	D	Title: questionable ORF; uncharacterized protein	join(57194..57201,57537..57603,57644..57694,57778..57794,58069..58213,58603..58638)	Aspergillus niger	84590785
An04g00320	CDS	An04g00320	NT_166539.1	59190	60448	R	hypothetical protein	complement(join(59190..59392,59510..59565,59652..59718,59820..59870,59959..60179,60270..60448))	Aspergillus niger	84590786
An04g00330	CDS	An04g00330	NT_166539.1	61248	61640	R	hypothetical protein	complement(join(61248..61304,61351..61446,61605..61640))	Aspergillus niger	84590787
An04g00340	CDS	An04g00340	NT_166539.1	62295	64111	D	Function: in S. cerevisiae ITR2 is a permease importing inositol from the external environment into the cytosol.; Similarity: in S. cerevisiae ITR1 is strongly related to ITR2, an inositol permease which is expressed at much lower levels.; Title: strong similarity to myo-inositol transport protein Itr2 - Saccharomyces cerevisiae; plasma membrane; See PMID 7768846; See PMID 7934871; See PMID 2040626; uncharacterized protein	join(62295..62491,62586..62882,62968..64111)	Aspergillus niger	4990434
An04g00350	CDS	An04g00350	NT_166539.1	64909	66340	D	Similarity: partial similarity to probable serine carboxypeptidase of Caenorhabditis elegans.; hypothetical protein	join(64909..65307,65360..65657,65725..65819,65879..66340)	Aspergillus niger	4990435
An04g00360	CDS	An04g00360	NT_166539.1	66480	67776	R	Complex: in S. cerevisiae, Sec13p participates,together with the Sar1, Sec31, Sec23, and Sec24 proteins to the formation of the COPII coat, necessary for COPII vesicles formation.; Function: in S. cerevisiae, Sec13p is a cytoplasmic protein involved in release of transport vesicles from the ER. Sec13p is also involved in a post-Golgi trafficking step specific for the General Aminoacid Permease Gap1p.; Remark: identical to A. niger EST EMBLEST:BE759088.; Title: strong similarity to transport vesicle formation protein Sec13 - Saccharomyces cerevisiae; cytoplasm; See PMID 9568718; uncharacterized protein	complement(join(66480..66804,66878..67287,67357..67387,67454..67569,67661..67702,67774..67776))	Aspergillus niger	4990436
An04g00370	CDS	An04g00370	NT_166539.1	68322	69735	D	Function: in Y. lipolytica, PEX20 is required for both the oligomerization of thiolase in the cytosol and its targeting to the peroxisome.; Localization: in Y. lipolytica, PEX20 is mostly cytosolic, whereas 4-8% is associated with peroxisomes.; Remark: peroxins are proteins required for peroxisome assembly.; Title: similarity to peroxin protein PEX20 -Yarrowia lipolytica; cytoplasm; See PMID 9679140; See PMID 11042200; uncharacterized protein	join(68322..68435,68485..69270,69381..69501,69620..69735)	Aspergillus niger	4990437
An04g00380	CDS	An04g00380	NT_166539.1	70426	71186	D	Remark: only partial weak similaritiy to some metallopeptidases (proteinases) of H. influenca.; hypothetical protein	join(70426..71034,71139..71186)	Aspergillus niger	84590788
An04g00390	CDS	An04g00390	NT_166539.1	72609	74524	R	Complex: in S. cerevisiae, SFH1 interacts functionally and physically with an essential Snf2p paralog in a novel nucleosome-restructuring complex called RSC (for remodels the structure of chromatin).; Function: in S. cerevisiae, SFH1 is required for cell cycle progression.; Remark: in S. cerevisiae, SFH1 is a phosphoprotein which phosphorilation is regulated during the cell cycle.; Similarity: the protein shows strong homology to the functionally and evolutionary significant 200 amino acids long domain of the SNF5 regulatory protein family.; Title: strong similarity to chromatin-remodeling complex protein Sfh1 - Saccharomyces cerevisiae; nucleus; See PMID 9154831; uncharacterized protein	complement(join(72609..72707,72763..72847,72910..73572,73723..73910,74007..74076,74181..74524))	Aspergillus niger	4990439
An04g00400	CDS	An04g00400	NT_166539.1	75423	76666	R	Function: in S. cerevisiae, the WHI2 gene is important for cell cycle arrest upon nutrient exhaustion,as WHI2 mutants continue to divide and become abnormally small when nutrients are depleted.; Title: similarity to growth regulation protein Whi2 - Saccharomyces cerevisiae; See PMID 3900284; See PMID 9202462; See PMID 2204679; uncharacterized protein	complement(join(75423..75443,75497..75761,75835..76187,76284..76419,76483..76519,76588..76666))	Aspergillus niger	4990440
An04g00410	CDS	An04g00410	NT_166539.1	78019	80286	R	Catalytic activity: in R. norvegicus, the enzyme releases a n-terminal dipeptide from a peptide of four or more residues, with broad specificity.; Cofactor: in R. norvegicus, the protein binds one zinc ion.; Function: in R. norvegicus, the enzyme is a cytosoline-type peptidase that cleaves arg-arg-beta-naphthylamide with pH optimum of 9. 0; Regulation: in R. norvegicus, the enzyme is inhibited by thiol reagents.; Title: strong similarity to dipeptidyl peptidase III - Rattus norvegicus; See PMID 9425109; See PMID 10387075; uncharacterized protein	complement(join(78019..79134,79197..80076,80159..80286))	Aspergillus niger	4990441
An04g00420	CDS	An04g00420	NT_166539.1	80998	83802	R	Remark: involvement of Ca2+ in enhancing the MAP kinase signaling cascade in plants.; Similarity: also similarities to membrane-associated form of proteophosphoglycans.; Title: similarity to MAP kinase homolog WCK-1 -Triticum aestivum; uncharacterized protein	complement(join(80998..82029,82120..82316,82365..83802))	Aspergillus niger	4990442
An04g00430	CDS	An04g00430	NT_166539.1	84757	86174	D	Catalytic activity: L-leucine + 2-oxoglutarate = 4-methyl-2-oxopentanoate + L-glutamate.; Cofactor: Pyridoxal-phosphate.; Function: BAT2 of S. cerevisiae catalyzes the first reaction in the catabolism of the essential branched chain amino acids leucine, isoleucine, and valine, and it is involved in cell cycle regulation.; Localization: in S. cerevisiae BAT2 is located in the cytoplasm.; Regulation: in S. cerevisiae BAT2 is highly expressed during stationary phase and down-regulated during logarithmic phase of growth.; Similarity: in S. cerevisiae a close homologue,called BAT1, exhert the same catalytic activity in the mitochondria.; Title: strong similarity to branched-chain-amino-acid aminotransferase Bat2 -Saccharomyces cerevisiae; cytoplasm; See PMID 8702755; See PMID 8798704; uncharacterized protein	join(84757..84985,85047..85344,85404..86102,86162..86174)	Aspergillus niger	4990443
An04g00433	CDS	An04g00433	NT_166539.1	86401	86787	R	hypothetical protein	complement(86401..86787)	Aspergillus niger	84590789
An04g00440	CDS	An04g00440	NT_166539.1	87651	88533	R	Remark: partial weak similarities to IgE-binding protein of mouse and carbohydrate binding proteins of other organisms.; hypothetical protein	complement(join(87651..87826,87901..88044,88248..88321,88442..88533))	Aspergillus niger	84590790
An04g00450	CDS	An04g00450	NT_166539.1	89591	89883	R	hypothetical protein	complement(join(89591..89647,89737..89883))	Aspergillus niger	84590791
An04g00460	CDS	An04g00460	NT_166539.1	92456	92642	D	hypothetical protein	join(92456..92512,92604..92642)	Aspergillus niger	84590792
An04g00470	CDS	An04g00470	NT_166539.1	95835	98527	D	Title: weak similarity to hypothetical protein C50F2.2 - Caenorhabditis elegans; uncharacterized protein	join(95835..95843,95888..95992,96040..96466,96527..96567,96750..96756,96889..97162,97307..97349,97508..97537,97585..97630,97815..97837,98047..98263,98490..98527)	Aspergillus niger	84590793
An04g00480	CDS	An04g00480	NT_166539.1	99164	99997	R	Similarity: the ORF encoded protein shows interesting domain homology (bZIP domain) to the regulator of cyclic peptide biosynthesis and pathogenicity TOXEp from Cochliobolus carbonum, Pubmed 9894916.; Title: similarity to hypothetical protein CAE85614.1 - Neurospora crassa; uncharacterized protein	complement(join(99164..99756,99826..99997))	Aspergillus niger	4990449
An04g00490	CDS	An04g00490	NT_166539.1	103283	104374	R	Complex: the S. cerevisiae casein kinase II (CKII) is composed of two catalytic and two regulatory subunits encoded by the CKA1, CKA2, CKB1, and CKB2 genes.; Function: the S. cerevisiae Ckb1 protein is component of the casein kinase II (CKII). Analysis of null and conditional alleles of the CKII encoding genes identifies a requirement for CKII in at least four biological processes: flocculation (which may reflect an effect on gene expression), cell cycle progression, cell polarity, and ion homeostasis.; Remark: alternate name for S. cerevisiae Ckb1: YGL019W.; Title: strong similarity to regulator subunit of the casein kinase II Ckb1 - Saccharomyces cerevisiae; See PMID 9427841; See PMID 10515937; See PMID 7737972; uncharacterized protein	complement(103283..104374)	Aspergillus niger	4990450
An04g00500	CDS	An04g00500	NT_166539.1	105344	107963	R	Function: PrnA is a transcriptional activator of the fungal binuclear zinc cluster type that mediates proline induction of genes involved in proline utilization as sole nitrogen and/or carbon source in A. nidulans.; Title: similarity to transcription activator prnA -Aspergillus nidulans; nucleus; See PMID 9622360; See PMID 10788322; uncharacterized protein	complement(join(105344..106318,106375..106626,106679..107418,107499..107544,107623..107699,107732..107963))	Aspergillus niger	4990451
An04g00510	CDS	An04g00510	NT_166539.1	108631	109596	D	Title: similarity to hypothetical protein CAA99769.1 - Caenorhabditis elegans; uncharacterized protein	108631..109596	Aspergillus niger	4990452
An04g00520	CDS	An04g00520	NT_166539.1	109707	110599	D	Title: similarity to hypothetical protein EAA60488.1 - Aspergillus nidulans; uncharacterized protein	join(109707..109772,109883..110599)	Aspergillus niger	84590794
An04g00530	CDS	An04g00530	NT_166539.1	110881	113329	R	Title: strong similarity to proline permease prnB -Aspergillus nidulans; plasma membrane; See PMID 2664423; See PMID 7590163; uncharacterized protein	complement(join(110881..110920,110974..111350,111407..112142,112212..112434,112981..113329))	Aspergillus niger	4990454
An04g00540	CDS	An04g00540	NT_166539.1	113840	114242	D	hypothetical protein	join(113840..113884,113967..114242)	Aspergillus niger	84590795
An04g00550	CDS	An04g00550	NT_166539.1	114718	115302	R	Title: strong similarity to EST an_1834 -Aspergillus niger; uncharacterized protein	complement(join(114718..114909,115093..115302))	Aspergillus niger	84590796
An04g00560	CDS	An04g00560	NT_166539.1	115782	116539	D	Title: similarity to steroid membrane binding protein from patent WO9810291-A1 - Homo sapiens; uncharacterized protein	join(115782..115880,115988..116108,116185..116280,116361..116539)	Aspergillus niger	4990457
An04g00570	CDS	An04g00570	NT_166539.1	116769	118937	R	Function: the S. cerevisiae Nop77 protein is required for ribosomal RNA biogenesis. It probably functions in the processing of 27S rRNA to produce mature 25S rRNA and interacts with Nop1.; Remark: alternate names for S. cerevisiae Nop77: Nop4 or YPL043W.; Title: strong similarity to essential nucleolar protein Nop77 - Saccharomyces cerevisiae; nucleus; See PMID 8039506; uncharacterized protein	complement(116769..118937)	Aspergillus niger	4990458
An04g00580	CDS	An04g00580	NT_166539.1	119631	120614	D	Function:the S. pombe Swi10 is involved in termination of copy-synthesis during mating-type switching. It is also involved in nucleotide excision repair of DNA damaged with UV light, bulky adducts, or cross-linking agents. Along with S. pombe Rad16 it forms an endonuclease that specifically degrades single-stranded DNA.; Similarity: the ORF encoded protein and S. pombe Swi10 belong to the ERCC1/RAD10/SWI10 family.; Title: strong similarity to mating-type switching protein swi10p - Schizosaccharomyces pombe; nucleus; See PMID 9207030; See PMID 1475195; uncharacterized protein	119631..120614	Aspergillus niger	4990459
An04g00590	CDS	An04g00590	NT_166539.1	121782	124002	D	Title: weak similarity to nuclear matrix transcription factor MINT - Mus musculus; uncharacterized protein	join(121782..122460,122570..122856,122910..123034,123084..124002)	Aspergillus niger	4990460
An04g00600	CDS	An04g00600	NT_166539.1	125291	126851	R	Function: S. cerevisiae Lag1 protein is involved in the yeast cell aging process. A deletion of the LAG1 gene results in a pronounced increase (approximately 50%) in mean and in maximum life span.; Remark: alternate name for S. cerevisiae Lag1: YKL008c.; Title: strong similarity to hypothetical ER-to-Golgi transporter Lag1 - Saccharomyces cerevisiae; See PMID 8195187; uncharacterized protein	complement(join(125291..125642,125739..125884,125938..126225,126284..126594,126716..126851))	Aspergillus niger	4990461
An04g00610	CDS	An04g00610	NT_166539.1	128423	130499	R	Catalytic activity: (R)-mevalonate + CoA + 2 NADP(+) <=> (S)-3-hydroxy-3-methylglutaryl-CoA + 2 NADPH.; Function: the 3-Hydroxy-3-methylglutaryl-CoA reductase (Hmg1) from Schizosaccharomyces pombe is the first specific enzyme of the isoprenoid pathway, which leads to several classes of primary and secondary metabolites such as sterols, quinones etc.; Pathway: isoprenoid biosynthesis.; Remark: N-terminally truncated ORF due to the end of contig.; Title: strong similarity to hydroxymethylglutaryl-coenzyme A reductase hmg1p -Schizosaccharomyces pombe [truncated ORF]; See PMID 8896278; uncharacterized protein	complement(join(128423..128702,128755..>130499))	Aspergillus niger	4990462
An04g00620	CDS	An04g00620	NT_166539.1	130649	131195	R	Remark: C-terminally truncated ORF due to end of contig.; Title: strong similarity to hydroxymethylglutaryl-coenzyme A reductase from patent EP1149919-A2 - Penicillium citrinum [truncated ORF]; uncharacterized protein	complement(join(<130649..131031,131102..131195))	Aspergillus niger	84590797
An04g00630	CDS	An04g00630	NT_166539.1	132358	134925	R	Title: strong similarity to hypothetical protein CAC28557.1 - Neurospora crassa; uncharacterized protein	complement(join(132358..133552,134121..134383,134441..134682,134739..134925))	Aspergillus niger	10098347
An04g00640	CDS	An04g00640	NT_166539.1	135730	140022	D	Title: similarity to hypothetical ATP/GTP-binding protein SCC61A.02 - Streptomyces coelicolor; uncharacterized protein	join(135730..135811,135959..136127,136602..136946,137029..137293,137353..137587,137655..137784,137835..140022)	Aspergillus niger	4990465
An04g00650	CDS	An04g00650	NT_166539.1	140945	141162	D	hypothetical protein	join(140945..141007,141070..141162)	Aspergillus niger	4990466
An04g00660	CDS	An04g00660	NT_166539.1	141640	142779	R	Similarity: the ORF shows weak similarity to another A. niger protein. The similarity between the two proteins is restricted to a stretch of about 200 amino acids.; Title: strong similarity to hypothetical protein EAA60502.1 - Aspergillus nidulans; uncharacterized protein	complement(141640..142779)	Aspergillus niger	4990467
An04g00670	CDS	An04g00670	NT_166539.1	143180	143985	D	Title: strong similarity to hypothetical coiled-coil protein similar to human congenital heart disease protein CAC05252.1 - Schizosaccharomyces pombe; uncharacterized protein	join(143180..143266,143381..143567,143669..143985)	Aspergillus niger	4990468
An04g00680	CDS	An04g00680	NT_166539.1	145179	146709	R	Function: gar2 is required for 18S rRNA and 40S ribosomal subunit accumulation.; Title: similarity to nucleolar protein gar2p -Schizosaccharomyces pombe; uncharacterized protein	complement(join(145179..145911,145969..146605,146676..146709))	Aspergillus niger	4990469
An04g00690	CDS	An04g00690	NT_166539.1	147214	148029	D	hypothetical protein	join(147214..147300,147351..147462,147514..147550,147594..147681,147910..148029)	Aspergillus niger	4990470
An04g00700	CDS	An04g00700	NT_166539.1	150397	150913	D	hypothetical protein	join(150397..150433,150516..150913)	Aspergillus niger	84590798
An04g00710	CDS	An04g00710	NT_166539.1	155184	155727	R	Title: weak similarity to hypothetical protein CAC28773.2 - Neurospora crassa; uncharacterized protein	complement(join(155184..155519,155584..155727))	Aspergillus niger	84590799
An04g00720	CDS	An04g00720	NT_166539.1	156885	158668	R	Title: strong similarity to hypothetical protein encoded by An09g02950 - Aspergillus niger; uncharacterized protein	complement(join(156885..158165,158264..158668))	Aspergillus niger	4990473
An04g00730	CDS	An04g00730	NT_166539.1	158874	160885	D	Title: similarity to hypothetical protein B24P7.50 -Neurospora crassa; uncharacterized protein	join(158874..159667,159701..160324,160603..160885)	Aspergillus niger	84590800
An04g00740	CDS	An04g00740	NT_166539.1	161562	162987	R	Title: strong similarity to sterol carrier protein-X/sterol carrier protein-2 SCP2 - Homo sapiens; See PMID 7654720; See PMID 10856712; uncharacterized protein	complement(join(161562..162444,162494..162987))	Aspergillus niger	4990475
An04g00747	CDS	An04g00747	NT_166539.1	164790	165454	D	hypothetical protein	join(164790..164966,165147..165284,165422..165454)	Aspergillus niger	84590801
An04g00750	CDS	An04g00750	NT_166539.1	165872	167327	D	Title: similarity to hypothetical mitochondrial carrier protein SPBC29A3.11c - Schizosaccharomyces pombe; uncharacterized protein	join(165872..166056,166117..166274,166334..166552,166603..166931,166980..167088,167230..167327)	Aspergillus niger	4990477
An04g00760	CDS	An04g00760	NT_166539.1	167715	170462	D	Title: strong similarity to hypothetical protein palA - Aspergillus nidulans; uncharacterized protein	join(167715..167722,167774..168011,168057..168111,168164..169058,169102..169676,169720..170122,170171..170462)	Aspergillus niger	4990478
An04g00770	CDS	An04g00770	NT_166539.1	170658	172524	R	Title: weak similarity to hypothetical protein WimA - Dictyostelium discoideum; uncharacterized protein	complement(join(170658..172285,172356..172524))	Aspergillus niger	84590802
An04g00780	CDS	An04g00780	NT_166539.1	172836	175308	R	Title: strong similarity to hypothetical protein CAD11370.1 - Neurospora crassa; uncharacterized protein	complement(join(172836..173328,173375..174430,174460..174594,174639..175096,175210..175308))	Aspergillus niger	4990480
An04g00790	CDS	An04g00790	NT_166539.1	176028	178236	R	Catalytic activity: 3-Dehydroquinate = 3-Dehydroshikimate + H2O.; Catalytic activity: Shikimate + NADP+ = 5-Dehydroshikimate + NADPH.; Function: aroM from A. nidulans catalyses 5 consecutive enzymatic reactions in prechorismate polyaromatic amino acid biosynthesis.; Function: because N-terminal sequences are missing it is likely that only the 3-DEHYDROQUINASE and SHIKIMATE DEHYDROGENASE activities are present.; Remark: the protein is N-terminal significant shorter than the matching protein of A. nidulans.; Title: strong similarity to multifunctional protein aroM - Aspergillus nidulans; See PMID 1648168; See PMID 1849480; See PMID 8257437; See PMID 8383607; uncharacterized protein	complement(join(176028..176075,176176..178236))	Aspergillus niger	4990481
An04g00800	CDS	An04g00800	NT_166539.1	180205	184052	R	Title: strong similarity to hypothetical protein B13I18.170 - Neurospora crassa; uncharacterized protein	complement(join(180205..180602,180694..180948,181002..183323,183413..184052))	Aspergillus niger	4990482
An04g00810	CDS	An04g00810	NT_166539.1	185416	186037	D	hypothetical protein	join(185416..185560,185673..186037)	Aspergillus niger	84590803
An04g00820	CDS	An04g00820	NT_166539.1	189080	190280	R	Title: similarity to hypothetical protein B1D1.40 -Neurospora crassa; uncharacterized protein	complement(join(189080..189347,189560..189867,189918..190280))	Aspergillus niger	4990484
An04g00830	CDS	An04g00830	NT_166539.1	190760	192469	D	Title: similarity to hypothetical protein T22P22.10 - Arabidopsis thaliana; uncharacterized protein	join(190760..190909,191114..191592,191650..191816,191923..191978,192035..192273,192328..192469)	Aspergillus niger	4990485
An04g00840	CDS	An04g00840	NT_166539.1	193225	194679	R	Title: similarity to hypothetical trfA like protein - Neurospora crassa; uncharacterized protein	complement(193225..194679)	Aspergillus niger	4990486
An04g00850	CDS	An04g00850	NT_166539.1	196241	196738	D	Remark: C-terminal truncated due to contig end.; Title: similarity to hypothetical positive sulphur transcription regulator metR - Aspergillus nidulans [truncated ORF]; uncharacterized protein	join(196241..196520,196644..>196738)	Aspergillus niger	4990487
An04g00860	CDS	An04g00860	NT_166539.1	196840	198128	R	Remark: truncated ORF due to contig border.; Title: strong similarity to hypothetical protein CAC18137.1 - Neurospora crassa [truncated ORF]; uncharacterized protein	complement(join(<196840..198023,198095..198128))	Aspergillus niger	4990488
An04g00870	CDS	An04g00870	NT_166539.1	199642	202719	D	Function: links among mismatch repair, genetic recombination, and chromosome synapsis in meiosis.; Function: yeast MLH3 and murine PMS2 are involved in DNA mismatch repair.; Similarity: shows no similarity in the central part to MLH3 from S. cerevisiae but show similarity almost over the complete length to murine protein PMS2.; Title: similarity to insertion and deletion mismatch repair protein Mlh3 - Saccharomyces cerevisiae; nucleus; See PMID 9770499; uncharacterized protein	join(199642..199888,199938..202517,202600..202635,202673..202719)	Aspergillus niger	4990489
An04g00880	CDS	An04g00880	NT_166539.1	203421	206961	R	Function: biochemical analysis has shown that Csc25 of C. albicans activates the Ras/adenylyl cyclase pathway in S. cerevisiae at a rate two to three times faster than Cdc25 of S. cerevisiae, under the same conditions.; Similarity: restricted to carboxyterminus as usual for the proteins of the CDC25 family; Similarity: the size of proteins of this family ranges from 309 residues (LTE1) to 1596 residues (sos).; Title: similarity to cell division cycle protein CDC25 - Candida albicans; See PMID 8477693; uncharacterized protein	complement(join(203421..206390,206446..206961))	Aspergillus niger	4990490
An04g00890	CDS	An04g00890	NT_166539.1	209481	210569	R	hypothetical protein	complement(join(209481..209519,209561..209576,209617..209633,209925..210110,210175..210346,210376..210417,210550..210569))	Aspergillus niger	84590804
An04g00900	CDS	An04g00900	NT_166539.1	217775	224344	D	Function: co-expression of het-e and het-c leads to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Similarity: shows only partial similarity to het-e1.; Title: weak similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 7557402; See PMID 9435787; See PMID 10875280; See PMID 10974123; uncharacterized protein	join(217775..217878,217972..218025,218108..218127,218401..218441,218856..218878,218921..218942,219093..219096,219202..219224,219519..219930,219994..220251,220308..220424,220484..220567,220617..220787,220841..221435,221494..224344)	Aspergillus niger	4990492
An04g00910	CDS	An04g00910	NT_166539.1	224977	228314	R	Title: strong similarity to hypothetical protein EAA60294.1 - Aspergillus nidulans; uncharacterized protein	complement(join(224977..226156,226260..226675,226723..227235,227283..227345,227395..227645,227696..228314))	Aspergillus niger	4990493
An04g00920	CDS	An04g00920	NT_166539.1	228871	229165	D	hypothetical protein	join(228871..229045,229137..229165)	Aspergillus niger	84590805
An04g00930	CDS	An04g00930	NT_166539.1	237038	238061	D	Function: ilp is an apoptosis inhibitor.; Similarity: show only partial similarity to ilp.; Title: weak similarity to apoptosis inhibitor IAP homolog ilp - Homo sapiens; uncharacterized protein	join(237038..237177,237359..238061)	Aspergillus niger	4990495
An04g00940	CDS	An04g00940	NT_166539.1	238474	239408	R	Remark: truncated ORF due to contig border.; hypothetical protein [truncated ORF]	complement(join(238474..238518,238674..238756,238808..238921,239035..239057,239350..>239408))	Aspergillus niger	84590806
An04g00950	CDS	An04g00950	NT_166539.1	239659	240567	D	Function: M. grisea Pth11 is a pathogenicity gene.; Function: M. grisea Pth11p likely is involved in host surface recognition.; Function: M. grisea pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation.; Localization: in M. grisea a Pth11-green fluorescent protein fusion localised to the cell membrane and vacuoles.; Similarity: similarity is the predicted A. niger protein and the N-terminal region of M. grisea Pth11 which is 300 aa longer.; Title: weak similarity to membrane protein Pth11 -Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(239659..239802,239845..240567)	Aspergillus niger	4990498
An04g00960	CDS	An04g00960	NT_166539.1	241000	242499	D	Function: expression of B. abortus gluP functionally complements E. coli strains lacking either glucose or galactose transport systems.; Similarity: B. abortus gluP is a member of the major facilitator superfamily.; Title: strong similarity to glucose/galactose transporter gluP - Brucella abortus; See PMID 9168605; uncharacterized protein	241000..242499	Aspergillus niger	84590807
An04g00970	CDS	An04g00970	NT_166539.1	243057	243845	D	Title: similarity to hypothetical transmembrane protein orf375 - Bradyrhizobium japonicum; uncharacterized protein	243057..243845	Aspergillus niger	84590808
An04g00980	CDS	An04g00980	NT_166539.1	244898	246380	R	Function: B. laterosporus glutaryl 7-ACA acylase converts 7 beta-(4-carboxybutanamido)cephalosporanic acid (glutaryl 7-ACA) to 7-amino cephalosporanic acid (7-ACA),an intermediate of antibiotica synthesis.; Localization: in B. subtilis extracellular excretion of glutaryl 7-ACA acylase was observed; Title: similarity to glutaryl 7-ACA acylase -Bacillus laterosporus; See PMID 1744041; uncharacterized protein	complement(join(244898..245434,245498..245727,245787..246148,246184..246380))	Aspergillus niger	4990500
An04g00990	CDS	gdhA	NT_166539.1	247732	249236	R	Catalytic activity: glutamate dehydrogenases convert L-glutamate + H(2)O + NADP(+) to 2-oxoglutarate + NH(3) + NADPH.; Function: A. niger gdhA is a NADP-dependent glutamate dehydrogenases.; Gene-ID: gdhA; Induction: in A. niger very high expression levels of the gdhA gene were observed in media with ammonium or asparagine as the nitrogen source.; Repression: in A. niger glutamic acid repressed transcription of the gdhA gene.; See PMID 9683675; NADP-dependent glutamate dehydrogenase gdhA from patent WO9951756-A-Aspergillus niger	complement(join(247732..248505,248564..249126,249191..249236))	Aspergillus niger	4990501
An04g01000	CDS	An04g01000	NT_166539.1	249369	250966	D	Remark: the blastn similarity to gdh of A. awamori is restricted to a noncoding 5'-flanking region of the gene.; hypothetical protein	join(249369..249522,249598..249651,249698..249806,249995..250094,250264..250445,250777..250966)	Aspergillus niger	84590809
An04g01010	CDS	An04g01010	NT_166539.1	252582	253368	D	hypothetical protein	join(252582..252584,252785..252914,253130..253368)	Aspergillus niger	84590810
An04g01020	CDS	An04g01020	NT_166539.1	253417	255114	D	Title: weak similarity to hypothetical helicase-like transcription factor M03C11.8 - Caenorhabditis elegans; uncharacterized protein	join(253417..253539,253640..253785,253869..253946,254024..254362,254709..255114)	Aspergillus niger	84590811
An04g01030	CDS	An04g01030	NT_166539.1	255936	256237	D	hypothetical protein	join(255936..255948,255996..256237)	Aspergillus niger	84590812
An04g01040	CDS	An04g01040	NT_166539.1	257049	258094	D	hypothetical protein	join(257049..257145,257396..257720,257935..258094)	Aspergillus niger	84590813
An04g01050	CDS	An04g01050	NT_166539.1	258840	259339	R	hypothetical protein	complement(join(258840..258941,258996..259097,259226..259339))	Aspergillus niger	84590814
An04g01060	CDS	An04g01060	NT_166539.1	260818	261719	D	Title: weak similarity to olfactory receptor OR5D4 -Homo sapiens; See PMID 9787077; uncharacterized protein	join(260818..260901,261456..261719)	Aspergillus niger	84590815
An04g01070	CDS	An04g01070	NT_166539.1	262485	262803	D	Remark: EcoRI adaptors were later ligated to polished ends.; Remark: EcoRI-XhoI-digested cDNA was ligated with EcoRI-XhoI-digested pYES2 (Invitrogen Corp).; Remark: Synthesis was primed with oligo(dT) primer/XhoI-linker.; Remark: This vector permits expression of our library in yeast.; Remark: cDNA was synthesized with ZAP kit (Stratagene) using poly(A)+ RNA isolated from Aspergillus niger grown in both complete and minimal media.; Title: strong similarity to EST an_2651 -Aspergillus niger; uncharacterized protein	join(262485..262563,262691..262803)	Aspergillus niger	4990509
An04g01080	CDS	An04g01080	NT_166539.1	263052	265861	R	Catalytic activity: 2'-deoxyribonucleoside diphosphate + oxidized thioredoxin + H2O = ribonucleoside diphosphate + reduced thioredoxin.; Remark: Patentmatch against protein in Geneseqprot DB, AC W41764.; Title: strong similarity to ribonucleotide reductase from patent JP10014582-A - Homo sapiens; uncharacterized protein	complement(join(263052..264531,264581..265521,265575..265732,265843..265861))	Aspergillus niger	4990510
An04g01090	CDS	An04g01090	NT_166539.1	266580	267197	R	Remark: similarities correspond to multiple S-repeats.; Title: weak similarity to proteophosphoglycan ppg1 -Leishmania major; See PMID 10531342; uncharacterized protein	complement(join(266580..266827,266892..267040,267100..267197))	Aspergillus niger	4990511
An04g01100	CDS	An04g01100	NT_166539.1	268891	269682	R	Title: strong similarity to hypothetical protein SPAC227.14 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(268891..269561,269643..269682))	Aspergillus niger	4990512
An04g01110	CDS	An04g01110	NT_166539.1	270573	271991	R	Title: similarity to hypothetical protein 12F11.170 - Neurospora crassa; uncharacterized protein	complement(join(270573..271866,271981..271991))	Aspergillus niger	4990513
An04g01120	CDS	An04g01120	NT_166539.1	272803	274053	D	Catalytic activity: ATP + Tetrahydrofolyl-[Glu](n) + L-Glutamate = ADP + Orthophosphate + Tetrahydrofolyl-[Glu](n+1).; Remark: Mutant yeast cells bearing a fol3 mutation require folinic acid for growth and have no dihydrofolate synthetase activity.; Title: similarity to folylpolyglutamate synthase Fol3 - Saccharomyces cerevisiae; See PMID 10799479; uncharacterized protein	272803..274053	Aspergillus niger	4990514
An04g01130	CDS	An04g01130	NT_166539.1	274925	279415	D	Function: the protein kinase CDC7 of S. pombe is essential for septum formation and cell division.; Localization: Cdc7p shows no discrete localization during interphase, but early in mitosis it associates with both spindle pole bodies and, as the spindle extends, is seen on only one pole of the spindle during anaphase B. Spg1p activity is required for localization of Cdc7p in vivo but not for its kinase activity in vitro.; Remark: Cdc7p kinase and the Spg1p GTPase, with which it interacts, play a central role in signaling the initiation of septum formation.; Remark: overexpression of p120cdc7 causes cell cycle arrest; cells complete mitosis and then undergo multiple rounds of septum formation without cell cleavage.; Title: strong similarity to protein kinase cdc7p -Schizosaccharomyces pombe; See PMID 8039497; See PMID 9420333; uncharacterized protein	join(274925..275101,275161..275295,275355..275384,275441..275505,275561..275993,276043..276834,276889..277782,277831..278035,278085..278535,278587..279415)	Aspergillus niger	4990515
An04g01140	CDS	An04g01140	NT_166539.1	279760	281133	R	Catalytic activity: 6-carboxyhexanoyl-CoA + L-alanine <=> 8-amino-7-oxononanoate + CoA + CO(2).; Cofactor: Pyridoxal-phosphate.; Pathway: biotin biosynthesis.; Title: strong similarity to 8-amino-7-oxononanoate synthase/KAPA synthase BioF - Kurthia sp.; See PMID 11255013; uncharacterized protein	complement(join(279760..280125,280173..280315,280365..281133))	Aspergillus niger	4990516
An04g01150	CDS	An04g01150	NT_166539.1	282326	285379	D	Pathway: myxalamid biosynthesis.; Remark: Myxalamids are polyketide structures with incorporated amino acids produced by myxobacteria. This class of secondary metabolites (epothilons, myxothiazols and myxalamids) often are effective inhibitors of the electron transport via the respiratory chain.; Title: strong similarity to nonribosomal peptide synthase MxaA - Stigmatella aurantiaca; See PMID 11182319; uncharacterized protein	282326..285379	Aspergillus niger	4990517
An04g01160	CDS	An04g01160	NT_166539.1	287049	289108	D	Title: strong similarity to hypothetical ABC transporter SPBC15C4.02 - Schizosaccharomyces pombe; uncharacterized protein	join(287049..287491,287565..288169,288229..288801,288861..289108)	Aspergillus niger	4990518
An04g01170	CDS	An04g01170	NT_166539.1	290498	291382	R	Remark: alternate names for S. cerevisiae Isu2: Nua2, YOR226c.; Remark: deletion of either ISU1 or ISU2 results in increased accumulation of iron within the mitochondria,loss of activity of the [4Fe-4S] aconitase enzyme, and suppression of oxidative damage in cells lacking cytosolic copper/zinc superoxide dismutase.; Similarity: the ORF encoded protein and Isu2 from S. cerevisiae belong to the NifU-like protein family, NifU of nitrogen-fixing bacteria is involved in the synthesis of the Fe-S cluster of nitrogenase.; Title: strong similarity to protein probably involved in the synthesis of Fe-S clusters Isu2 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 10588895; See PMID 10468587; uncharacterized protein	complement(join(290498..290655,290739..291005,291143..291166,291235..291382))	Aspergillus niger	4990519
An04g01180	CDS	An04g01180	NT_166539.1	292430	292609	D	hypothetical protein	292430..292609	Aspergillus niger	4990520
An04g01190	CDS	An04g01190	NT_166539.1	293696	294990	R	Remark: the human cDNA encoding the folate transporter/carrier complements the glycine auxotrophy of glyB cells (Chinese hamster ovary K1 subline that is deficient in the transport of folates into mitochondria) and reinstated folate accumulation in the mitochondria of transfected cells.; Title: similarity to folate transporter/carrier AAG37834.1 - Homo sapiens; localisation:mitochondrion; See PMID 10978331; uncharacterized protein	complement(join(293696..294031,294095..294465,294519..294990))	Aspergillus niger	4990521
An04g01200	CDS	An04g01200	NT_166539.1	295841	296715	D	Catalytic activity: (Cytochrome bc1 complex) QH(2) + 2 ferricytochrome c <=> Q + 2 ferrocytochrome c.; Function: S. cerevisiae Qcr7 is a component of the ubiquinol-cytochrome c reductase complex (complex III or cytochrome b-c1 complex), which is part of the mitochondrial respiratory chain. This component is involved in redox-linked proton pumping.; Remark: alternate names for S. cerevisiae Qcr7: Cor4, Cro1, Ucr7, YDR529C.; Title: strong similarity to 14 kD subunit of ubiquinol--cytochrome c reductase Qcr7 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 10873857; See PMID 6319130; See PMID 9211895; uncharacterized protein	join(295841..295956,296178..296286,296354..296407,296626..296715)	Aspergillus niger	4990522
An04g01210	CDS	An04g01210	NT_166539.1	297127	298476	R	Function: the S. pombe DNA-3-methyladenine glycosidase I mag1 is involved in the base excision repair pathway. It cleaves the glycosylic bond linking potentially deleterious alkylated bases to the sugar phosphate backbone.; Title: similarity to DNA-3-methyladenine glycosidase I mag1p - Schizosaccharomyces pombe; nucleus; See PMID 10735851; See PMID 8921872; uncharacterized protein	complement(join(297127..297190,297249..297371,297425..298476))	Aspergillus niger	4990523
An04g01220	CDS	An04g01220	NT_166539.1	301307	303051	D	hypothetical protein	join(301307..301419,301451..301504,301802..301910,302014..302063,302344..302473,302689..303051)	Aspergillus niger	84590816
An04g01230	CDS	An04g01230	NT_166539.1	303726	305052	D	Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to hypothetical ECM33 homolog SPCC1223.12c - Schizosaccharomyces pombe; uncharacterized protein	join(303726..303786,303853..304693,304749..305052)	Aspergillus niger	4990525
An04g01240	CDS	An04g01240	NT_166539.1	307377	309636	D	hypothetical protein	join(307377..307429,307593..307673,307746..307860,308083..308209,308270..308528,308630..308721,308825..308954,309192..309249,309358..309636)	Aspergillus niger	84590817
An04g01250	CDS	An04g01250	NT_166539.1	313351	314547	D	Remark: blastp matches due to repetitive stretches.; Similarity: the similarity between the ORF and the A. niger protein An08g11670 is restricted to a stretch of less than 200 amino acids.; Title: strong similarity to hypothetical protein encoded by An08g11670 - Aspergillus niger; uncharacterized protein	join(313351..313385,313446..314547)	Aspergillus niger	4990527
An04g01260	CDS	An04g01260	NT_166539.1	316094	317535	D	Complex: the complex consists of Mnn9p, Anp1p,Mnn11p, Hoc1p, and Mnn10p.; Function: Anp1p of S. cerevisiae is part of a complex in the cis-Golgi comprising 1,6-mannosyltransferase activity .; Function: this S. cerevisiae complex acts in succession to form and extend the mannan backbone of glycosylated proteins traversing the yeast Golgi.; Title: strong similarity to golgi alpha-1,6 mannosyltransferase subunit Anp1 - Saccharomyces cerevisiae; See PMID 11095735; uncharacterized protein	join(316094..316266,316367..316998,317055..317102,317153..317535)	Aspergillus niger	4990528
An04g01270	CDS	An04g01270	NT_166539.1	318367	319130	D	Similarity: the ORF shows similarity to another A. niger protein. The similarity, however, is restricted to a stretch of about 50 amino acids.; Title: weak similarity to hypothetical protein encoded by An11g03830 - Aspergillus niger; uncharacterized protein	join(318367..318443,318510..319023,319068..319130)	Aspergillus niger	10098293
An04g01280	CDS	An04g01280	NT_166539.1	319973	321735	D	Catalytic activity: hydroxyphenylpyruvate dioxygenase catalyzes the conversion of 4-hydroxyphenylpyruvate + O(2) <=> homogentisate + CO(2); Pathway: hydroxyphenylpyruvate dioxygenase is involved in tyrosine catabolism.; Title: strong similarity to 4-hydroxyphenylpyruvate dioxygenase HPPD - Mycosphaerella graminicola [truncated ORF]; See PMID 9570125; uncharacterized protein	join(319973..320631,320689..320853,320915..321295,321335..321377,321443..321469,321478..>321735)	Aspergillus niger	4990530
An04g01290	CDS	An04g01290	NT_166539.1	321852	323812	R	Function: the S. cerevisiae Rad52 protein is involved in double-strand break repair and recombination.; Remark: C-terminally truncated ORF due to the end of contig.; Remark: N. crassa MUS11 = ncRad52.; Title: strong similarity to Rad52 homologue MUS11 -Neurospora crassa [truncated ORF]; See PMID 11129042; uncharacterized protein	complement(join(<321852..322825,322879..323053,323105..323284,323348..323735,323805..323812))	Aspergillus niger	4990531
An04g01300	CDS	An04g01300	NT_166539.1	324276	325315	R	Function: the chicken h-caldesmon is a actin- and myosin-binding protein implicated in the regulation of actomyosin interactions in smooth muscle and nonmuscle cells (could act as a bridge between myosin and actin filaments). It stimulates actin binding of tropomyosin which increases the stabilization of actin filament structure. in muscle tissues, inhibits the actomyosin ATPase by binding to f-actin. this inhibition is attenuated by calcium-calmodulin and is potentiated by tropomyosin. It interacts with actin, myosin, two molecules of tropomyosin and with calmodulin and also plays an essential role during cellular mitosis and receptor capping.; Similarity: the ORF encoded protein shows strong similarity to the hypothetical proteins CG8209 (Drosophila), F23C8. 4 (C. elegans) and SPAC17C9. 11c (S. pombe).; Similarity: the similarity of the ORF encoded protein to h-caldesmon is mainly based on repetitive structures.; Title: similarity to calmodulin- and actin-binding protein h-caldesmon - Gallus gallus; See PMID 2803315; uncharacterized protein	complement(join(324276..324782,324834..325165,325231..325315))	Aspergillus niger	4990532
An04g01310	CDS	An04g01310	NT_166539.1	327297	328544	D	Remark: the SCS2 gene from S. cerevisiae has been cloned as a suppressor of inositol auxotrophy of CSE1 and hac1/ire15 mutants. The disruption of the SCS2 gene causes yeast cells to exhibit inositol auxotrophy at temperatures of above 34 degrees C.; Title: similarity to protein involved in regulation of the inositol biosythesis Scs2 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8537323; See PMID 9537365; uncharacterized protein	join(327297..327336,327407..327477,327544..327566,327636..327694,327756..327871,327927..328031,328098..328544)	Aspergillus niger	4990533
An04g01320	CDS	An04g01320	NT_166539.1	329551	330979	R	EC:1.14.99.-; Title: strong similarity to fatty acid desaturase from patent WO9846764-A1 - Homo sapiens; uncharacterized protein	complement(join(329551..330330,330403..330681,330758..330979))	Aspergillus niger	4990534
An04g01330	CDS	An04g01330	NT_166539.1	331350	333082	R	Catalytic activity: L-methionylpeptide + H(2)O <=> L-methionine + peptide.; Cofactor: Cobalt.; Function: the human methionyl aminopeptidase P67EIF2 removes the amino-terminal methionine from nascent proteins.; Remark: alternate name for human methionyl aminopeptidase P67EIF2: p67 or translation initiation factor eIF-2-associated protein.; Title: strong similarity to methionyl aminopeptidase P67EIF2 - Homo sapiens; cytoplasm; See PMID 8858118; uncharacterized protein	complement(join(331350..331406,331461..331547,331599..331760,331817..332080,332139..332689,332815..332949,333043..333082))	Aspergillus niger	4990535
An04g01340	CDS	An04g01340	NT_166539.1	334413	336686	R	Catalytic activity: ATP + L-aspartate + L-glutamine <=> AMP + diphosphate + L-asparagine + L-glutamate.; Remark: alternate name for S. cerevisiae Asn1: YPR145W.; Title: strong similarity to asparagine synthase Asn1 - Saccharomyces cerevisiae; See PMID 8951815; See PMID 348677; uncharacterized protein	complement(join(334413..334455,334523..334627,334686..335944,336007..336155,336225..336260,336314..336340,336406..336431,336489..336539,336661..336686))	Aspergillus niger	4990536
An04g01350	CDS	An04g01350	NT_166539.1	337719	338447	R	Catalytic activity: ATP + ubiquitin + protein lysine <=> AMP + diphosphate + protein N-ubiquityllysine.; Function: S. pombe Hus5 catalyzes the covalent attachment of ubiquitin to other proteins. It is required for efficient recovery from DNA damage or S-phase arrest and normal mitosis.; Title: strong similarity to E2-type ubiquitin--protein ligase hus5p - Schizosaccharomyces pombe; See PMID 7768995; uncharacterized protein	complement(join(337719..337972,338087..338110,338174..338447))	Aspergillus niger	4990537
An04g01360	CDS	An04g01360	NT_166539.1	339445	341302	R	Remark: expression of DRT111 Arabidopsis thaliana cDNA restored conjugal recombination proficiencies in ruvC and ruvC recG E. coli mutants to nearly wild-type level.; Title: similarity to DNA-damage repair protein precursor DRT111 - Arabidopsis thaliana; See PMID 8479917; uncharacterized protein	complement(join(339445..339543,339604..339696,339744..341008,341110..341302))	Aspergillus niger	4990538
An04g01370	CDS	An04g01370	NT_166539.1	341759	343625	D	Similarity: the ORF encoded protein shows stongest similarity to the S. cerevisae Pcs60 (Fat2,YBR222C) protein from which is known to be localized at peroxisomal peripheral membrane and in the peroxisomal matrix, which could be a long chain acyl-CoA synthetase (Pubmed 8841414). But any specific Pcs60 activity remains unknown yet.; Title: strong similarity to malonyl CoA synthase matB - Rhizobium trifolii; See PMID 9826185; uncharacterized protein	join(341759..342292,342370..342406,342489..343360,343431..343467,343558..343625)	Aspergillus niger	4990539
An04g01380	CDS	An04g01380	NT_166539.1	343800	346548	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: the similarities of the ORF encoded protein to MUC1 from yeast and the other proteins are mainly based on repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	complement(join(343800..344074,344136..345559,345618..345669,345727..345881,345947..346181,346252..346417,346507..346548))	Aspergillus niger	4990540
An04g01390	CDS	An04g01390	NT_166539.1	347536	349266	R	Function: when the human ATA1 cDNA is expressed heterologously in mammalian cells, the cloned transporter mediates Na(+)-coupled transport of the system A-specific model substrate alpha-(methylamino)isobutyric acid.; Title: strong similarity to amino acid transporter ATA1 - Homo sapiens; See PMID 10891391; uncharacterized protein	complement(join(347536..347585,347640..347998,348048..348252,348301..348312,348370..348529,348586..349266))	Aspergillus niger	4990541
An04g01400	CDS	An04g01400	NT_166539.1	350205	351782	D	Title: weak similarity to vacuolar protein Vac7 -Saccharomyces cerevisiae; See PMID 9372916; uncharacterized protein	join(350205..350343,350624..350775,350812..351138,351189..351782)	Aspergillus niger	84590818
An04g01410	CDS	An04g01410	NT_166539.1	352448	353325	R	Similarity: the ORF encoded protein shows strong similarity to the uncharacterized Siw14 (YNL032w) protein from S. cerevisiae. The siw14 null mutant fails to show cell cycle arrest upon nutrient starvation.; Title: similarity to protein fragment SEQ ID NO:6371 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(352448..352717,352769..352964,353019..353175,353271..353325))	Aspergillus niger	4990543
An04g01420	CDS	An04g01420	NT_166539.1	354184	355969	R	Remark: alternate name for E. coli TatD: MttC.; Remark: the Escherichia coli Tat system mediates Sec-independent export of protein precursors bearing twin arginine signal peptides. Genes known to be involved in this process include tatA, tatB, and tatC that form an operon with a fourth gene, tatD. TatD has no obligate involvement in protein export by the Tat system.; Title: strong similarity to protein with DNase activity tatD - Escherichia coli; See PMID 10747959; uncharacterized protein	complement(join(354184..354241,354419..354609,354665..355155,355212..355389,355465..355694,355846..355969))	Aspergillus niger	4990544
An04g01427	CDS	An04g01427	NT_166539.1	358968	359689	D	hypothetical protein	join(358968..359080,359298..359371,359481..359689)	Aspergillus niger	84590819
An04g01430	CDS	An04g01430	NT_166539.1	359899	360804	D	Title: weak similarity to hypothetical protein encoded by B11A5.120 - Neurospora crassa; uncharacterized protein	join(359899..360120,360193..360281,360360..360804)	Aspergillus niger	4990546
An04g01440	CDS	An04g01440	NT_166539.1	363466	364908	D	Function: the human Pepsin A shows particularly broad specificity, although bonds involving phenylalanine and leucine are preferred, many others are also cleaved to some extent.; Remark: the human Pepsin A is the predominant endopeptidase in the gastric juice of vertebrates, formed from pepsinogen a by limited proteolysis.; Title: strong similarity to precursor of pepsin A3 -Homo sapiens; extracellular/secretion proteins; See PMID 3197840; uncharacterized protein	363466..364908	Aspergillus niger	4990547
An04g01450	CDS	An04g01450	NT_166539.1	365206	366573	R	Catalytic activity: (S)-2-hydroxy-acid + O(2) <=> 2-oxo acid + H(2)O(2); Similarity: shows similarity o several different oxidoreductases.; Title: similarity to glycolate oxidase GOX - Mus musculus; See PMID 9891009; uncharacterized protein	complement(join(365206..366292,366340..366458,366493..366573))	Aspergillus niger	4990548
An04g01460	CDS	An04g01460	NT_166539.1	367360	368983	D	Remark: protein belongs to a family of mitochondrial long chain acyl-CoA thioesterases.; Title: strong similarity to acyl-CoA thioesterase act48.1 - Mus musculus; localisation:mitochondrion; See PMID 10383425; uncharacterized protein	join(367360..367665,367726..367790,367843..368139,368194..368375,368430..368983)	Aspergillus niger	4990549
An04g01470	CDS	An04g01470	NT_166539.1	369385	370826	D	Title: weak similarity to hypothetical protein CAC37491.1 - Schizosaccharomyces pombe; uncharacterized protein	join(369385..369501,369629..369916,370005..370087,370125..370235,370328..370347,370618..370826)	Aspergillus niger	4990550
An04g01480	CDS	An04g01480	NT_166539.1	373417	375197	R	Catalytic activity: protein of S. cerevisiae converts protein tyrosine phosphate + H2O to protein tyrosine + orthophosphate.; Function: protein of S. cerevisiae is involved in the control network regulating meiosis and sporulation.; Title: strong similarity to protein tyrosine phosphatase Yvh1 - Saccharomyces cerevisiae; See PMID 10464190; uncharacterized protein	complement(join(373417..373855,373919..374269,374527..374748,375052..375197))	Aspergillus niger	4990551
An04g01490	CDS	An04g01490	NT_166539.1	377324	378889	D	hypothetical protein	join(377324..377382,377439..377534,377575..377629,377671..377760,377836..377941,378388..378482,378572..378889)	Aspergillus niger	84590820
An04g01500	CDS	An04g01500	NT_166539.1	382682	384811	D	Function: the ORF contains zinc-finger domain and therefore might be involved in transcriptional regulation.; Similarity: blast hits result from repetitive sequences.; Similarity: the ORF shows similarity to the A. niger protein An01g13790. The similarity between the two proteins, however, is restricted to a stretch of only about 100 amino acids.; Title: weak similarity to polypeptide SEQ ID NO:21489 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	join(382682..384258,384313..384811)	Aspergillus niger	4990553
An04g01510	CDS	An04g01510	NT_166539.1	385350	385729	D	hypothetical protein	join(385350..385371,385479..385555,385628..385729)	Aspergillus niger	84590821
An04g01520	CDS	An04g01520	NT_166539.1	386018	387814	R	Complex: protein of S. pombe is associated with nuclear pore complexes and mitotic spindle pole bodies.; Function: its role as an anchor in the nuclear envelope is essential for mitosis.; Title: similarity to nuclear envelope protein cut11p - Schizosaccharomyces pombe; nucleus; See PMID 9763447; uncharacterized protein	complement(join(386018..387409,387446..387578,387642..387814))	Aspergillus niger	4990555
An04g01530	CDS	An04g01530	NT_166539.1	388537	389437	D	Function: it is required for delivery of VPS10 protein from the Golgi complex to the endosome.; Function: it may mediate the docking of Golgi-derived transport vesicles at the vacuole.; Function: it plays a role in sorting and targeting of vacuolar proteinases.; Function: protein of S. cerevisiae is involved in transport from the Golgi complex to the vacuole.; Title: strong similarity to transport vesicle docking protein Pep12 - Saccharomyces cerevisiae; endosome; See PMID 8730101; uncharacterized protein	join(388537..388833,388913..389437)	Aspergillus niger	4990556
An04g01535	CDS	An04g01535	NT_166539.1	389799	390668	R	Catalytic activity: Holocytochrome c = Apocytochrome c + Heme.; Function: Cyt2 from S. cerevisiae is required for covalent attachment of heme to apocytochrome c1, a subunit of the mitochondrial respiratory chain.; Title: strong similarity to holocytochrome-c synthase Cyt2 - Saccharomyces cerevisiae; See PMID 8082171; See PMID 1499554; uncharacterized protein	complement(389799..390668)	Aspergillus niger	4990557
An04g01540	CDS	An04g01540	NT_166539.1	390980	392260	D	Catalytic activity: converts ATP + (R)-5-Diphosphomevalonate = ADP + Orthophosphate + Isopentenyl diphosphate + CO2.; Remark: alternative gene names for S. cerevisiae are MVD1 and MPD.; Title: strong similarity to diphosphomevalonate decarboxylase Erg19 - Saccharomyces cerevisiae; See PMID 8626466; See PMID 1779710; uncharacterized protein	join(390980..391050,391117..392260)	Aspergillus niger	4990558
An04g01550	CDS	An04g01550	NT_166539.1	392619	397069	R	Remark: Disruption of the IKI3 gene in yeast is non-lethal and it has the killer-insensitive phenotype.; Title: strong similarity to killer toxin insensitive protein 3 Iki3 - Saccharomyces cerevisiae; See PMID 9145530; uncharacterized protein	complement(join(392619..393682,393757..394036,394096..394229,394281..394525,394575..394917,394975..395736,395789..395881,395932..397069))	Aspergillus niger	4990559
An04g01560	CDS	An04g01560	NT_166539.1	397557	397921	R	Function: the cytochrome-c oxidase complex catalyzes the oxidation of four molecules of reduced cytochrome c in the intracristal (or intermembrane) space of mitochondria using one oxygen molecule and four protons from the mitochondrial matrix producing two molecules of water and lowering the concentration of protons in the mitochondrial matrix.; Pathway: oxidative phosphorylation; respiratory chain.; Remark: the role of chain VIIc is not clear.; Similarity: shows strong similarity to N. crassa cytochrome-c oxidase chain VIIc.; Title: strong similarity to subunit VIIc of cytochrome c oxidase - Bos primigenius taurus; localisation:mitochondrion; See PMID 213363; See PMID 1655579; See PMID 2554257; uncharacterized protein	complement(join(397557..397582,397645..397677,397744..397921))	Aspergillus niger	4990560
An04g01570	CDS	An04g01570	NT_166539.1	398298	401796	D	Function: This enzyme seems to be a member of the DEAD box helicases that are involved in various aspects of RNA metabolism, including nuclear transcription, pre mRNA splicing, ribosome biogenesis, nucleocytoplasmic transport,translation, RNA decay and organellar gene expression.; Function: helicase, the human protein has ATPase activitiy.; Title: strong similarity to helicase SKI2W - Homo sapiens; See PMID 7610041; uncharacterized protein	join(398298..399144,399197..400258,400311..400906,400964..401529,401616..401796)	Aspergillus niger	4990561
An04g01580	CDS	An04g01580	NT_166539.1	404382	405173	D	Remark: the cut8 gene product is required for normal progression of anaphase.; Remark: the temperature sensitivity cut8-563 mutation causes chromosome overcondensation and short spindle formation in the absence of sister chromatid separation.; Title: strong similarity to protein kinase cut8p -Schizosaccharomyces pombe; deleted EC_number 2.7.1.37; See PMID 8065367; See PMID 10582241; uncharacterized protein	404382..405173	Aspergillus niger	4990562
An04g01590	CDS	An04g01590	NT_166539.1	406685	408016	R	Remark: similarities only with serine rich regions.; Title: weak similarity to profilaggrin FLG - Homo sapiens; uncharacterized protein	complement(406685..408016)	Aspergillus niger	4990563
An04g01600	CDS	An04g01600	NT_166539.1	409127	412052	D	Title: strong similarity to hypothetical protein B1D1.80 - Neurospora crassa; uncharacterized protein	join(409127..409946,409999..410955,411006..411323,411376..411557,411711..412052)	Aspergillus niger	4990564
An04g01610	CDS	An04g01610	NT_166539.1	412575	413618	R	Catalytic activity: 2-acetolyctate + CO(2) = 2-pyruvate.; Pathway: first step in valine and isoleucine biosynthesis.; Remark: this enzyme also catalyzes formation of 2-aceto-2-hydroxybutanoate.; Title: strong similarity to acetolactate synthase regulatory chain Ilv6 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8972574; See PMID 10213630; uncharacterized protein	complement(join(412575..412752,412825..413618))	Aspergillus niger	4990565
An04g01620	CDS	An04g01620	NT_166539.1	414447	416723	D	Remark: protein has glycine, glutamine and proline rich regions.; Title: similarity to transcription factor ZFM1 -Homo sapiens; See PMID 9212169; See PMID 9506990; uncharacterized protein	join(414447..414645,414735..414814,414886..415047,415321..415342,415430..415482,415541..415705,415805..416013,416099..416630,416700..416723)	Aspergillus niger	4990566
An04g01630	CDS	An04g01630	NT_166539.1	417265	419070	R	Function: A. nidulans recQ helicase is likely to play an important role in the maintenance of genomic integrity.; Title: strong similarity to DNA helicase recQ -Aspergillus nidulans; nucleus; See PMID 10377891; See PMID 11092746; uncharacterized protein	complement(join(417265..418656,418706..418740,418808..418926,418991..419070))	Aspergillus niger	4990567
An04g01640	CDS	An04g01640	NT_166539.1	419534	422062	R	Title: strong similarity to hypothetical protein B23I11.240 - Neurospora crassa; uncharacterized protein	complement(419534..422062)	Aspergillus niger	4990568
An04g01650	CDS	An04g01650	NT_166539.1	422606	423483	D	Title: strong similarity to hypothetical protein B23I11.250 - Neurospora crassa; mitochondrial 37S ribosomal protein mS23	join(422606..423036,423126..423483)	Aspergillus niger	4990569
An04g01660	CDS	An04g01660	NT_166539.1	424652	428981	D	Catalytic activity: ATP = 3',5'-cyclic AMP + pyrophosphate.; Similarity: shows similarity to other fungal adenylate cyclases.; Title: similarity to adenylate cyclase uac1 -Ustilago maydis; See PMID 7995519; See PMID 9756717; uncharacterized protein	join(424652..425085,425147..425258,425322..425671,425725..427800,428492..428513,428561..428581,428719..428729,428849..428981)	Aspergillus niger	4990570
An04g01665	CDS	An04g01665	NT_166539.1	430327	430799	D	hypothetical protein	join(430327..430533,430638..430799)	Aspergillus niger	84590822
An04g01670	CDS	An04g01670	NT_166539.1	434484	436400	D	Function: overexpression of SOK1 in S. cerevisiae restores growth to a strain (tpk1 tpk2 tpk3) lacking all A kinase activity.; Remark: S. cerevisiae cyclic AMP-dependent protein kinase (A kinase) activity is essential for growth and cell cycle progression.; Remark: classification according to MIPS funcat.; Title: similarity to suppressor of kinase protein Sok1 - Saccharomyces cerevisiae; nucleus; See PMID 8065298; uncharacterized protein	join(434484..435033,435073..435413,435480..436400)	Aspergillus niger	4990572
An04g01680	CDS	An04g01680	NT_166539.1	437171	438568	D	Title: similarity to hypothetical protein B23I11.190 - Neurospora crassa; uncharacterized protein	join(437171..438264,438379..438397,438515..438568)	Aspergillus niger	4990573
An04g01690	CDS	An04g01690	NT_166539.1	438941	440048	R	Remark: similarity only over alanine, threonine and serine rich regions.; Title: similarity to hypothetical precursor of glycoprotein X - equine herpesvirus 1; uncharacterized protein	complement(join(438941..439201,439260..439472,439533..440048))	Aspergillus niger	4990574
An04g01700	CDS	An04g01700	NT_166539.1	442932	443789	D	Title: strong similarity to hypothetical protein SPAC694.03 - Schizosaccharomyces pombe; uncharacterized protein	442932..443789	Aspergillus niger	4990575
An04g01710	CDS	An04g01710	NT_166539.1	444134	444608	R	Title: strong similarity to hypothetical protein B23I11.140 - Neurospora crassa; uncharacterized protein	complement(join(444134..444459,444539..444608))	Aspergillus niger	4990576
An04g01720	CDS	An04g01720	NT_166539.1	445276	446468	D	Function: DnaJ-domain is part of a chaperone system and involved in protein folding and transportation.; Function: contains a DNAJ domain and might therefore be associated with hsp70-like heat-shock systems.; Title: similarity to DnaJ protein SIS1 -Cryptococcus curvatus; See PMID 9559550; uncharacterized protein	join(445276..445543,445618..445881,445933..446468)	Aspergillus niger	4990577
An04g01730	CDS	An04g01730	NT_166539.1	447199	450794	D	Pathway: involved in N-terminal ubiquitin fusion degradation proteolytic pathway (UFD pathway).; Remark: yeast protein appears to influence the formation and topology of the multi-UB chain.; Similarity: N terminus might be too long or there might exist alternative splicing.; Title: strong similarity to ubiquitin fusion degradation protein Ufd2 - Saccharomyces cerevisiae; See PMID 7615550; See PMID 10089879; uncharacterized protein	join(447199..447228,447320..448014,448077..448287,448343..448798,448859..450446,450498..450647,450703..450794)	Aspergillus niger	4990578
An04g01740	CDS	An04g01740	NT_166539.1	451418	452335	D	Function: Udh1 from U. maydis complements the Arabidopsis steroid reductase mutant det2-1.; Remark: udh1 from U. maydis is induced during the parasitic interaction with its host plant maize.; Title: similarity to steroid 5alpha-reductase UDH1 -Ustilago maydis; See PMID 12068114; uncharacterized protein	451418..452335	Aspergillus niger	4990579
An04g01750	CDS	An04g01750	NT_166539.1	453040	455490	R	Catalytic activity: 5-methyltetrahydropteroyltri-L-glutamate + L-homocysteine = tetrahydropteroyltri-L-glutamate + L-methionine.; Title: strong similarity to 5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase Met6 - Saccharomyces cerevisiae; See PMID 3542720; uncharacterized protein	complement(join(453040..455133,455190..455409,455480..455490))	Aspergillus niger	4990580
An04g01760	CDS	An04g01760	NT_166539.1	457194	459632	D	Similarity: blast hits due to repetive sequences.; hypothetical protein	join(457194..457311,457365..458851,458922..459632)	Aspergillus niger	4990581
An04g01770	CDS	An04g01770	NT_166539.1	460012	461928	R	Function: DMAP1 has intrinsic transcription repressive activity, and binds to the transcriptional co-repressor TSG101 in human.; Remark: DMAP1 is targeted to replication foci through interaction with the far N terminus of DNMT1 throughout S phase in human.; Remark: gaps cannot be closed and may result from sequencing errors that do not allow correct gene prediction.; Title: strong similarity to DNMT1 associated protein-1 DMAP1 - Homo sapiens [putative sequencing error]; See PMID 10888872; uncharacterized protein	complement(join(460012..461599,461656..461773,461835..461928))	Aspergillus niger	4990582
An04g01780	CDS	An04g01780	NT_166539.1	462240	463079	D	Function: contains domain of emp24/gp25L/p24 family and might be involved in bringing cargo forward from the ER and binding to coat proteins by their cytoplasmic domains.; Title: strong similarity to hypothetical protein YAR002c-a - Saccharomyces cerevisiae; uncharacterized protein	join(462240..462399,462471..462859,462930..463079)	Aspergillus niger	4990583
An04g01790	CDS	An04g01790	NT_166539.1	464368	467308	R	Remark: the barA protein was demonstrated in vitro to undergo phosphorylation in the presence of ATP in E. coli.; Title: similarity to sensor-regulator protein barA -Escherichia coli; See PMID 10931332; uncharacterized protein	complement(join(464368..466256,466318..467308))	Aspergillus niger	4990584
An04g01800	CDS	An04g01800	NT_166539.1	469155	469975	R	Localization: PUP3 of S. cerevisiae is cytoplasmic and nuclear.; Remark: PUP3 of S. cerevisiae is also known as SCS32 and has a systematic name of YER094C.; Title: strong similarity to proteasome 20S subunit Pup3 - Saccharomyces cerevisiae; See PMID 9207060; See PMID 9278475; See PMID 10500111; uncharacterized protein	complement(join(469155..469298,469378..469832,469889..469907,469973..469975))	Aspergillus niger	4990585
An04g01810	CDS	An04g01810	NT_166539.1	470418	472001	D	Title: similarity to hypothetical protein AAH19177.1 - Mus musculus; uncharacterized protein	join(470418..470554,470612..472001)	Aspergillus niger	4990586
An04g01820	CDS	An04g01820	NT_166539.1	472690	473850	R	Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L36 L39 - Candida albicans; cytoplasm; See PMID 9364745; 60S ribosomal protein eL36	complement(join(472690..472773,473193..473378,473803..473850))	Aspergillus niger	4990587
An04g01830	CDS	An04g01830	NT_166539.1	476622	479933	R	Function: the S. pombe homolog in S. cerevisiae is necessary for mitochondrial inheritance and organization of the actin cytoskeleton.; Title: similarity to hypothetical DEC1 protein homolog - Schizosaccharomyces pombe; uncharacterized protein	complement(join(476622..477368,477418..477530,477581..478343,478395..478674,478729..479069,479175..479333,479423..479698,479799..479933))	Aspergillus niger	4990588
An04g01840	CDS	An04g01840	NT_166539.1	484352	485618	D	Similarity: the ORF shows also weak similarity to proteins containing PTS domain.; Title: strong similarity to hypothetical protein EAA63252.1 - Aspergillus nidulans; uncharacterized protein	join(484352..484722,484777..485122,485175..485618)	Aspergillus niger	4990589
An04g01850	CDS	An04g01850	NT_166539.1	487266	488873	D	Similarity: shows similarity to mainly the zf-C3H4C zinc finger domains of several proteins.; Title: similarity to hypothetical zf-C3H4C zinc finger protein SPCC548.05c - Schizosaccharomyces pombe; uncharacterized protein	join(487266..487358,487419..487538,487598..487690,487758..488873)	Aspergillus niger	4990590
An04g01860	CDS	An04g01860	NT_166539.1	490380	492324	R	Function: so far, only one human U3 snoRNA-associated protein, fibrillarin, has been characterized.; Function: the eukaryotic nucleolus contains a large number of small RNA molecules (snoRNAs) which, in the form of small nucleolar ribonucleoprotein complexes (snoRNPs),are involved in the processing and modification of pre-rRNA.; Similarity: shows stronger similarity to fungal snoRNP associated proteins that are not yet described.; Title: similarity to U3 snoRNP associated 55 kDa protein U3-55k - Homo sapiens; nucleus; See PMID 9418896; uncharacterized protein	complement(join(490380..491879,491956..492324))	Aspergillus niger	4990591
An04g01870	CDS	An04g01870	NT_166539.1	492734	493545	D	Protein sequence is in conflict with the conceptual translation; Localization: yeast proteasomes are mainly localized in the nuclear envelope-ER network.; Remark: putative sequencing error at position 13492 might have destroyed the start codon.; Title: strong similarity to proteasome 20S subunit Pre1 - Saccharomyces cerevisiae [putative sequencing error]; putative sequencing error; uncharacterized protein	join(<492734..492893,492969..493218,493282..493405,493468..493545)	Aspergillus niger	4990592
An04g01880	CDS	An04g01880	NT_166539.1	493923	495827	D	Catalytic activity: UBP4 of M. musculus catalyses ubiquitin C-terminal thiolester + H(2)O <=> ubiquitin + a thiol.; Function: UBP4 of M. musculus is a ubiquitin thiolesterase, that recognizes and hydrolyze the peptide bond at the C-terminal glycine of ubiquitin, and is therefore involved in the processing of poly-ubiquitin precursors as well as that of ubiquinated proteins.; Phenotype: overexpression of UBP4 of M. musculus leads to oncogenic transformation of NIH 3T3 cells.; Remark: an alternate name for UBP4 of M. musculus is UNP.; Title: similarity to ubiquitin thiolesterase 4 UBP4 - Mus musculus; See PMID 9602026; uncharacterized protein	join(493923..494604,494659..495510,495628..495827)	Aspergillus niger	4990593
An04g01890	CDS	An04g01890	NT_166539.1	496201	499089	R	Title: similarity to hypothetical protein CAC28698.1 - Neurospora crassa; uncharacterized protein	complement(join(496201..498055,498105..498340,498411..498776,499054..499089))	Aspergillus niger	4990594
An04g01900	CDS	An04g01900	NT_166539.1	499461	502516	D	Function: beta-transducin (G-beta) is one of the three subunits (alpha, beta, and gamma) of the guanine nucleotide-binding proteins (G proteins) which act as intermediaries in the transduction of signals generated by transmembrane receptors.; Function: the alpha subunit binds to and hydrolyzes GTP; the functions of the beta and gamma subunits are less clear but they seem to be required for the replacement of GDP by GTP as well as for membrane anchoring and receptor recognition.; Similarity: shows higher similarity to undescribed WD (G-beta)-repeat proteins of several organisms.; Title: similarity to Dom34p-interacting protein Dip2 - Saccharomyces cerevisiae; See PMID 9384580; uncharacterized protein	join(499461..499634,499689..499716,499788..500074,500162..501377,501423..502516)	Aspergillus niger	4990595
An04g01910	CDS	An04g01910	NT_166539.1	502914	504560	R	Similarity: some blast hits result from repetitive sequences.; Title: weak similarity to protein involved in spliceosome maturation Spp2 - Saccharomyces cerevisiae; uncharacterized protein	complement(502914..504560)	Aspergillus niger	4990596
An04g01920	CDS	An04g01920	NT_166539.1	505270	510049	R	Title: similarity to hypothetical protein SPCC1795.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(505270..506418,506474..506631,506691..509629,509780..509923,510006..510049))	Aspergillus niger	4990597
An04g01930	CDS	An04g01930	NT_166539.1	510779	512371	D	Remark: introns can not be integrated, putatively because of sequencing errors.; Title: similarity to protein involved in cell growth and replication of M1 dsRNA Mak11 - Saccharomyces cerevisiae; uncharacterized protein	join(510779..511717,511772..512371)	Aspergillus niger	4990598
An04g01940	CDS	An04g01940	NT_166539.1	512966	514651	D	Similarity: Elongation factor Tu family is overall conserved.; Title: strong similarity to translation initiation factor eIF2 gamma chain Gcd11 - Saccharomyces cerevisiae; cytoplasm; See PMID 7774582; See PMID 9079882; uncharacterized protein	join(512966..513489,513555..514541,514621..514651)	Aspergillus niger	4990599
An04g01950	CDS	An04g01950	NT_166539.1	515390	517075	D	Function: involved in first step of N-terminal processing of the a-factor precursor.; Function: performs the proteolytic removal of the last three amino acids after prenylation of the a-factor precursor.; Title: strong similarity to zinc-metalloprotease Ste24 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 9015299; See PMID 9700155; uncharacterized protein	join(515390..515404,515510..515692,515757..516503,516586..516778,516843..517075)	Aspergillus niger	4990600
An04g01960	CDS	An04g01960	NT_166539.1	517401	517916	R	Title: weak similarity to hypothetical protein Y1032 - Yersinia pestis plasmid pMT1; uncharacterized protein	complement(517401..517916)	Aspergillus niger	4990601
An04g01970	CDS	An04g01970	NT_166539.1	518323	518919	D	Similarity: shows similarity to several undescribed fungal ribosomal protein L34.; Title: weak similarity to ribosomal protein of the large subunit L34 - Bacillus stearothermophilus; mitochondrial 54S ribosomal protein bL34m	join(518323..518387,518559..518919)	Aspergillus niger	4990602
An04g01980	CDS	An04g01980	NT_166539.1	519834	523106	R	Function: hMP1 is a novel member of the metalloendoprotease superfamily with ubiquitous distribution that could play a broad role in general cellular regulation.; Title: similarity to metalloprotease 1 MP1 - Homo sapiens; uncharacterized protein	complement(join(519834..520031,520094..522165,522215..523106))	Aspergillus niger	4990603
An04g01990	CDS	An04g01990	NT_166539.1	524137	526823	D	Function: human protein is centromere binding protein at prophase, metaphase, and early anaphase.; Function: it also binds kinetochore microtubules at metaphasehuman protein is involved in meiosis and mitosis.; Similarity: similarity is restricted to C-terminus.; Title: similarity to protein ZW10 homolog HZW10 -Homo sapiens; uncharacterized protein	join(524137..524298,524378..524873,524932..525955,526004..526823)	Aspergillus niger	4990604
An04g02000	CDS	An04g02000	NT_166539.1	527064	528617	D	Title: strong similarity to hypothetical microtubule-interacting protein Ytm1 - Saccharomyces cerevisiae; uncharacterized protein	join(527064..527199,527281..528617)	Aspergillus niger	4990605
An04g02010	CDS	An04g02010	NT_166539.1	528945	529542	R	Title: similarity to ribosomal protein of the small subunit S13 rpsM - Bacillus subtilis; localisation:mitochondrion; mitochondrial 37S ribosomal protein uS13m	complement(join(528945..528989,529112..529378,529540..529542))	Aspergillus niger	4990606
An04g02020	CDS	An04g02020	NT_166539.1	529939	531185	D	Function: cyclophilins are an evolutionarily conserved family of proteins which serve as the intracellular receptors for the immunosuppressive drug cyclosporin A.; Function: cypB mRNA levels were significantly elevated under severe heat shock conditions, indicating a possible role for the A. nidulans cyclophilin B protein during growth in high stress environments.; Similarity: shows very high similarity to sequence of patent WO0018934.; Title: strong similarity to cyclophilin cypB -Aspergillus nidulans; endoplasmatic reticulum; See PMID 10413615; uncharacterized protein	join(529939..530046,530130..530207,530278..530294,530359..530462,530534..530678,530735..530898,530986..531185)	Aspergillus niger	4990607
An04g02030	CDS	An04g02030	NT_166539.1	533499	535606	D	Function: may play a role in mRNA splicing and/or in initiation of translation.; Localization: cytoplasmic and nuclear.; Title: strong similarity to ATP-dependent RNA helicase Ded1 - Saccharomyces cerevisiae; See PMID 9045610; uncharacterized protein	join(533499..533701,533773..535606)	Aspergillus niger	4990608
An04g02040	CDS	An04g02040	NT_166539.1	537573	540272	D	Title: similarity to hypothetical protein 15E6.120 -Neurospora crassa; uncharacterized protein	join(537573..537996,538071..538610,538669..538722,538778..538825,538888..540272)	Aspergillus niger	4990609
An04g02050	CDS	An04g02050	NT_166539.1	542516	543626	D	Title: similarity to hypoxia-induced protein #21 from patent WO200246465-A2 - Homo sapiens; uncharacterized protein	join(542516..543199,543264..543626)	Aspergillus niger	4990610
An04g02060	CDS	An04g02060	NT_166539.1	544560	546810	D	Catalytic activity: the first enzymatic activity catalyzing the second last step, the formylation of AICAR with 10-formyl-tetrahydrofolate to yield FAICAR and tetrahydrofolate, is a 5-aminoimidazole-4-carboxamide ribonucleotide formyltransferase.; Catalytic activity: the second enzymatic activity is that of an inosine monophosphate cyclohydrolase, cyclizing FAICAR (5-formylaminoimidazole-4-carboxamide ribonucleotide) to IMP.; Function: S. cerevisiae Ade17p belongs to a family of bifunctional enzymes catalysing the last two steps in de novo purine biosynthesis.; Remark: putative sequencing error might have lead to destruction of start codon at pos. 65661 might be a G.; Title: strong similarity to 5-aminoimidazole-4-carboxamide ribotide transformylase Ade17 - Saccharomyces cerevisiae [putative sequencing error]; See PMID 9143321; uncharacterized protein	join(544560..544584,544698..544743,544822..545049,545116..546601,546655..546810)	Aspergillus niger	4990611
An04g02070	CDS	An04g02070	NT_166539.1	549135	554566	D	Complex: clathrin triskelions, composed of 3 heavy chains and 3 light chains, are the basic subunits of the clathrin coat. in the presence of light chains, hub assembly is influenced by both the ph and the concentration of calcium.; Domain: the c-terminal third of the heavy chains forms the hub of the triskelion. this region contains the trimerization domain and the light-chain binding domain involved in the assembly of the clathrin lattice.; Function: clathrin is the major protein of the polyhedral coat of coated pits & vesicles. two different adaptor protein complexes link the clathrin lattice either to the plasma membrane or trans golgi network.; Localization: cytoplasmic face of coated pits and vesicles.; Similarity: belongs to the clathrin heavy chain family.; Title: strong similarity to clathrin heavy chain -Bos taurus; cytoplasm; uncharacterized protein	join(549135..549173,549248..549404,549498..549856,549925..554148,554210..554566)	Aspergillus niger	4990612
An04g02080	CDS	An04g02080	NT_166539.1	556161	557538	D	Remark: the genomic sequence of the predicted A. niger protein has been annotated as 5'UTR of the A. niger pyc gene in EMBL, however no reference justifying this annotation is available.; Title: questionable ORF; uncharacterized protein	join(556161..556302,556333..556436,556554..556662,556762..556816,556917..557538)	Aspergillus niger	84590823
An04g02090	CDS	pyc	NT_166539.1	557605	561243	D	Catalytic activity: pyruvate carboxylases convert ATP + pyruvate + HCO(3)(-) to ADP + phosphate + oxaloacetate.; Function: A. niger pyc is involved in the biosynthesis and degradation of citric acid.; Gene-ID: pyc; Localization: in five strains of Aspergillus niger,pyruvate carboxylase activity was detected both in the mitochondrial fraction and in the cytosol.; Localization: under conditions of growth and of citric acid production A. niger pyc was found predominantly or exclusively in the cytosol.; Remark: the A. niger ESTs an_2634, EMBLEST|BE759731,AN01B01, EMBLEST|ANI239747 and an_0874, EMBLEST|BE760887 cover the 3'end of the ORF and the 3'UTR until base 8796.; See PMID 2383004; See PMID 1777859; pyruvate carboxylase pyc-Aspergillus niger	join(557605..561075,561136..561243)	Aspergillus niger	4990614
An04g02100	CDS	An04g02100	NT_166539.1	561606	563429	R	Function: B. subtilis p-Nitrobenzyl carboxy-esterase pnbA hydrolyses several beta-lactam antibiotic p-Nitrobenzyl esters to the corresponding free acid and p-Nitrobenzyl alcohol.; Remark: p-Nitrobenzyl esters serve as protecting groups on intermediates in the manufacture of clinically important oral beta-lactam antibiotics; de-esterification of the intermediates is required for synthesis of the final product.; Remark: the genomic sequence of the predicted A. niger protein has been annotated as 3'UTR of the A. niger pyc gene in EMBL, however neither ESTs nor any reference justifying this annotation are available.; Title: similarity to p-nitrobenzyl esterase pnbA -Bacillus subtilis; uncharacterized protein	complement(join(561606..562597,562673..562951,563011..563034,563090..563429))	Aspergillus niger	4990615
An04g02110	CDS	An04g02110	NT_166539.1	565013	565531	D	Function: N. crassa con-8 is expressed early during conidial differentiation, its function is unknown.; Regulation: N. crassa con-8 is photoregulated.; Remark: N. crassa con-8 is unusual in that it is transcribed as two mRNA species, 1. 0 and 1. 25 kb in length.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with several A. niger ESTs (an_2280, 2959, 3447, 2227, 1543, 0899 and 1115).; Title: similarity to con-8 - Neurospora crassa; See PMID 7604041; See PMID 521382; uncharacterized protein	join(565013..565174,565286..565531)	Aspergillus niger	4990616
An04g02120	CDS	An04g02120	NT_166539.1	566514	567270	R	Function: S. cerevisiae RPL16 binds to 5S rRNA.; Localization: immunoelectron microscopy mapped RPL16 of S. cerevisiae near the top surface of the central protuberance of the large subunit (60S) of the ribosome,where 60S potentially contacts the 40 S subunit.; Remark: A. niger ESTs an_3183 and 2849 are in accordance with the exon/intron structure of the predicted A. niger protein.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L16 - Saccharomyces cerevisiae; cytoplasm; See PMID 7510288; 60S ribosomal protein uL5	complement(join(566514..566640,566748..566997,567117..567270))	Aspergillus niger	4990617
An04g02130	CDS	An04g02130	NT_166539.1	567731	568725	D	Complex: U-1 and U-2 snRNPs contain 11 and 12 protein subunits respectively.; Function: human SmB is present in both U-1 and U-2 snRNPs, which are involved in splicing of nuclear pre-mRNAs.; Function: the 5' splice site (5'SS) and the branch site, which represent the two substrates for the first step of splicing, are first recognized by U1 and U2 snRNPs,respectively.; Title: similarity to U1 and U2 snRNPs component SmB - Homo sapiens; nucleus; See PMID 8371979; See PMID 10397335; See PMID 10490618; See PMID 1825643; uncharacterized protein	join(567731..567757,567849..567857,567914..567985,568060..568486,568543..568587,568643..568725)	Aspergillus niger	4990618
An04g02140	CDS	An04g02140	NT_166539.1	569306	570134	D	Title: strong similarity to hypothetical protein YGL080w - Saccharomyces cerevisiae; uncharacterized protein	join(569306..569378,569591..569663,569828..570134)	Aspergillus niger	4990619
An04g02150	CDS	An04g02150	NT_166539.1	570816	573131	R	Function: glutamine transport by rat SN1 involves H+ exchange as well as Na+ cotransport and, under physiological conditions, mediates glutamine efflux as well as uptake.; Function: rat SN1 is an amino acid transporter mediating glutamine transport with a physiological role in nitrogen metabolism and synaptic transmission.; Title: similarity to amino acid system N transporter SN1 - Rattus norvegicus; plasma membrane; See PMID 10619430; uncharacterized protein	complement(join(570816..570980,571044..573131))	Aspergillus niger	4990620
An04g02160	CDS	An04g02160	NT_166539.1	573809	577703	D	Complex: coimmunoprecipitation suggest a direct interaction of human CIP1 with NKCC.; Function: human CIP1 may be part of a novel family of proteins that modifies the activity or kinetics of CCCs through heterodimer formation.; Function: human CIP1 specifically inhibits human NKCC1-mediated (86)Rb(+) flux if expressed in the oocyte.; Remark: an alternative name for human CIP1 is hCCC6,while CIP1 has also been used as name for the human cyclin interacting protein 1.; Similarity: human CIP1 belongs to the cation-Cl(-) cotransporter (CCC) family.; Title: similarity to cation-Cl-cotransporter-interacting protein CIP1 - Homo sapiens; See PMID 10871601; uncharacterized protein	join(573809..574307,574365..574956,575006..575171,575223..577703)	Aspergillus niger	4990621
An04g02170	CDS	An04g02170	NT_166539.1	578222	579357	R	Title: strong similarity to hypothetical 3-hydroxyacyl-CoA-dehydrogenase hcd - Gibberella zeae; uncharacterized protein	complement(join(578222..578501,578557..578771,578836..578862,579051..579242,579289..579357))	Aspergillus niger	4990622
An04g02180	CDS	An04g02180	NT_166539.1	580217	582058	D	hypothetical protein	join(580217..580396,581244..581318,581396..581551,581591..581738,581811..>582058)	Aspergillus niger	84590824
An04g02190	CDS	An04g02190	NT_166539.1	582479	583825	D	Catalytic activity: S. cerevisiae ERG12 catalyzes the reversible phosphorylation of (R)-mevalonic acid utilizing ATP, this enzyme can also utilize GTP, CTP, and UTP.; Function: S. cerevisiae ERG12 is a mevalonate kinase involved in isoprenoid biosynthesis, specifically in ergosterol biosynthesis.; Function: S. cerevisiae ERG12 is not a rate-limiting enzyme; however its sensitivity to FFP could be a key regulatory mechanism in the sterol pathway of yeast.; Function: mutations in S. cerevisiae erg12/rar1 confer temperature-sensitive growth and increase the mitotic stability of plasmids whose replication is dependent on weak ARS elements.; Remark: alternativ names for S. cerevisiae ERG12 are RAR1 and YMR208W.; Title: strong similarity to mevalonate kinase Erg12 - Saccharomyces cerevisiae; cytoplasm; See PMID 2161381; See PMID 3323847; See PMID 1645230; uncharacterized protein	582479..583825	Aspergillus niger	4990624
An04g02200	CDS	An04g02200	NT_166539.1	584464	586622	R	Title: similarity to hypothetical protein encoded by An16g00980 - Aspergillus niger; uncharacterized protein	complement(join(584464..586474,586594..586622))	Aspergillus niger	4990625
An04g02210	CDS	An04g02210	NT_166539.1	587505	588655	D	Complex: C. albicans RAM2 heterodimerises with CDC43, which contains zinc- and substrate-binding residues.; Function: C. albicans RAM2 is the alpha subunit of protein geranylgeranyltransferase I (GGTase I) a heterodimeric zinc metalloenzyme which catalyse geranylgeranylation of a cysteine residue in proteins containing a C-terminal CaaL motif (C, Cys; a, aliphatic amino acid; L, Leu).; Function: C. albicans mutations in cdc43, lack detectable GGTase I activity, are viable but morphologically abnormal and loclisation of two substrates,Rho1p and Cdc42p, is shifted from the membranous fraction to the cytosolic fraction.; Title: strong similarity to protein geranylgeranyltransferase type I alpha subunit RAM2 -Candida albicans; See PMID 10376828; See PMID 10633104; uncharacterized protein	join(587505..587734,587800..587904,587962..588655)	Aspergillus niger	4990626
An04g02220	CDS	An04g02220	NT_166539.1	588903	590237	R	Catalytic activity: L-serine dehydratases convert L-serine + H(2)O to pyruvate + NH(3) + H(2)O.; Function: S. cerevisiae CHA1 is the catabolic L-serine (L-threonine) dehydratase allowing growth on media with L-serine or L-threonine as sole nitrogen source.; Regulation: S. cerevisiae Cha4p is a positive regulator of CHA1 transcription, binding to the CHA1 5'UTR.; Regulation: S. cerevisiae NHP6A and NHP6B proteins are chromatin architectural factors, required for full induction of the CHA1 gene.; Regulation: S. cerevisiae chromatin-remodeling complex, RSC (remodels the structure of chromatin), is essential for maintaining a repressive chromatin structure at the CHA1 promoter.; Regulation: in S. cerevisiae expression of the CHA1 gene is transcriptionally induced by serine and threonine and inhibited by the presence of other good nitrogen sources.; Remark: A. niger ESTs AN05D04 and Nig095 are in accordance with the predicted Exon-Intron structure of this ORF.; Title: strong similarity to L-serine dehydratase Cha1 - Saccharomyces cerevisiae; See PMID 8246977; See PMID 1628804; See PMID 10329629; See PMID 11118215; uncharacterized protein	complement(588903..590237)	Aspergillus niger	4990627
An04g02230	CDS	An04g02230	NT_166539.1	591027	593168	R	Catalytic activity: MetRS convert ATP + L-methionine + tRNA(Met) to AMP + diphosphate + L-methionyl-tRNA(Met); Remark: C. albicans mitochondrial MetRS is distinct from the cytoplasmic MetRS.; Title: strong similarity to mitochondrial methionine--tRNA ligase MetRS - Candida albicans; localisation:mitochondrion; See PMID 9714830; uncharacterized protein	complement(join(591027..591299,591372..591849,591908..592269,592322..592453,592510..592596,592660..592731,592781..592899,592964..593168))	Aspergillus niger	4990628
An04g02240	CDS	An04g02240	NT_166539.1	593488	594035	D	Complex: human NXT1 binds to RNA binding mRNA-export factor TAP (also called NXF1), RNA binding and export inhibiting NXF2 and non RNA binding cytoplasmic NXF3.; Function: human NXT1 binds RanGTP and facilitates nuclear export of different classes of RNA and proteins.; Function: human NXT1 is involved in CRM1 (NES-containing-substrate receptor) dependent protein export and CRM1-independent RNA export.; Function: in nuclear transport each class of macromolecule is thought to have a distinct receptor that mediates the transport reaction; assembly and disassembly reactions of receptor-substrate complexes are coordinated by Ran, whose activity is influenced by NXT1.; Localization: NXT1 colocalizes with the nuclear pore complex (NPC) in mammalian cells and shuttles between the nucleus and the cytoplasm.; Remark: an alternativ name for human NXT1 is p15.; Title: similarity to RanGTP-binding protein NXT1 -Homo sapiens; See PMID 10567585; See PMID 10848583; See PMID 11073998; uncharacterized protein	join(593488..593533,593593..594035)	Aspergillus niger	4990629
An04g02250	CDS	An04g02250	NT_166539.1	594267	594787	R	Title: questionable ORF; uncharacterized protein	complement(join(594267..594362,594442..594488,594542..594625,594681..594693,594752..594787))	Aspergillus niger	4990630
An04g02260	CDS	An04g02260	NT_166539.1	595202	595807	D	Remark: the exon/intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_2427 and 1054.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L38 - Rattus norvegicus; cytoplasm; 60S ribosomal protein eL38	join(595202..595265,595454..595582,595758..595807)	Aspergillus niger	4990631
An04g02270	CDS	An04g02270	NT_166539.1	596488	597461	R	Title: strong similarity to hypothetical protein SPAC577.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(596488..596527,596604..597211,597297..597376,597440..597461))	Aspergillus niger	4990632
An04g02280	CDS	An04g02280	NT_166539.1	597771	599669	R	Complex: S. cerevisiae HYS2, CDC2 and POL32 heterotrimerise to form DNA-Pol III.; Function: S. cerevisiae DNA polymerase III plays an important role in DNA repair after irradiation,particularly in the error-prone and recombinational pathways.; Function: S. cerevisiae HYS2 is the 55kDa subunit of DNA dependent DNA-polymerase (DNA polymerase III (delta)) involved in DNA replication, base-excision repair, mismatch repair and post-replication repair.; Remark: alternative names for S. cerevisiae HYS2 are HUS2, POL31, SDP5 and YJR006W.; Title: strong similarity to subunit of DNA polymerase III (delta) Hys2 - Saccharomyces cerevisiae; nucleus; See PMID 7567461; See PMID 9258670; See PMID 9421503; See PMID 9677406; uncharacterized protein	complement(join(597771..597919,597971..598072,598132..599080,599136..599267,599371..599554,599635..599669))	Aspergillus niger	4990633
An04g02290	CDS	An04g02290	NT_166539.1	600593	601206	R	hypothetical protein	complement(join(600593..600883,600925..600991,601091..601206))	Aspergillus niger	84590825
An04g02300	CDS	An04g02300	NT_166539.1	602173	603213	D	Catalytic activity: NADH specific Enoyl-[acyl-carrier protein] reductases convert acyl-[acyl-carrier protein] + NAD(+) to trans-2,3-dehydroacyl-[acyl-carrier protein] + NADH.; Complex: S. pneumoniae fabK contains a FAD-binding domain and is NADH specific.; Function: S. pneumoniae fabK is involved in fatty-acid biosynthesis and catalyses the reduction of enoyl-acyl-carrier-protein (ACP) during each cycle of fatty-acid elongation.; Remark: a splice site was detected upstream of the START codon.; Title: similarity to trans-2-enoyl-ACP reductase II fabK - Streptococcus pneumoniae; See PMID 10910344; uncharacterized protein	602173..603213	Aspergillus niger	4990635
An04g02310	CDS	An04g02310	NT_166539.1	604065	605306	R	Function: chicken MDP77 promotes the neurite-outgrowth from the cultured chick neurons of the spinal cord in a dose-dependent manner.; Localization: transfected COS-7 cells secrete chicken MDP77 into the culture medium.; Title: similarity to neurite-outgrowth-promoting protein MDP77 - Gallus gallus; extracellular/secretion proteins; See PMID 10708594; uncharacterized protein	complement(join(604065..604554,604611..604759,604837..605111,605183..605306))	Aspergillus niger	4990636
An04g02320	CDS	An04g02320	NT_166539.1	606207	609465	D	Similarity: human MP1 is a metalloendoproteases of the pitrilysin family.; Title: strong similarity to metalloprotease 1 MP1 -Homo sapiens; See PMID 10360838; uncharacterized protein	join(606207..606580,606654..609465)	Aspergillus niger	84590826
An04g02330	CDS	An04g02330	NT_166539.1	610365	612605	D	hypothetical protein	join(610365..610416,610666..610975,611037..611785,611846..612060,612118..612181,612247..612605)	Aspergillus niger	4990637
An04g02340	CDS	An04g02340	NT_166539.1	612905	614022	R	Title: weak similarity to kinesin light chain -Strongylocentrotus purpuratus; uncharacterized protein	complement(join(612905..613231,613303..614022))	Aspergillus niger	4990639
An04g02350	CDS	An04g02350	NT_166539.1	614387	616297	D	Remark: similarity to human FLEXHT-35 protein sequence SEQ ID NO:35 patent WO200070047-A2.; Title: similarity to FLEXHT-35 protein sequence SEQ ID NO:35 from patent WO200070047-A2 - Homo sapiens; uncharacterized protein	join(614387..614526,614614..614688,614814..615298,615346..615948,616027..616114,616207..616297)	Aspergillus niger	84590827
An04g02360	CDS	An04g02360	NT_166539.1	616363	617646	R	Function: this protein removes the n-acetyl group from bialaphos as one of the final steps of the bialaphos biosynthetic pathway.; Pathway: bialaphos biosynthesis.; Remark: the observation that Bah was similar to a rat and to a bacterial (Acinetobacter calcoaceticus) lipase probably reflects the fact that the ester bonds of triglycerides and the amide bond linking acetate to phosphinothricin are similar and hydrolysis is catalyzed by structurally related enzymes.; Remark: the predicted ORF is approximately 80 amino acids to long.; Similarity: belongs to the 'gdxg' family of lipolytic enzymes.; Similarity: belongs to the acetyl esterase family.; Title: similarity to bialaphos acetylhydrolase Bah -Streptomyces hygroscopicus; See PMID 2066341; uncharacterized protein	complement(join(616363..616413,616468..617646))	Aspergillus niger	4990641
An04g02370	CDS	An04g02370	NT_166539.1	617937	619357	R	hypothetical protein	complement(join(617937..618887,618944..619357))	Aspergillus niger	4990642
An04g02380	CDS	An04g02380	NT_166539.1	619805	620706	D	Catalytic activity: RX + glutathione = HX + R-S-glutathione.; Function: might confer protection against genotoxic and cytotoxic electrophiles in the mitochondrial compartment. Conjugation of reduced glutathione to a wide number of exogenous and endogenous hydrophobic electrophiles.; Localization: the rat GTK1 is localized in the mitochondial matrix.; Similarity: belongs to the gst superfamily, kappa family.; Title: similarity to subunit 13 of glutathione S-transferase GTK1 - Rattus norvegicus; See PMID 8920976; See PMID 1883325; uncharacterized protein	join(619805..619879,619944..620043,620103..620386,620446..620645,620679..620706)	Aspergillus niger	4990643
An04g02390	CDS	An04g02390	NT_166539.1	620882	621284	R	hypothetical protein	complement(join(620882..620913,621014..621284))	Aspergillus niger	84590828
An04g02400	CDS	An04g02400	NT_166539.1	621979	623354	R	Localization: in G2-arrested cells, dsk1 locates in the cytoplasm, whereas in mitotically arrested cells,nuclear stain is intense.; Remark: dsk1 protein may play an important role in mitotic control by altering cellular location, degree of phosphorylation and kinase activity. It auto-phosphorylates as well as phosphorylates myelin basic protein (MBP). Phosphotyrosine as well as phosphoserine/threonine were found in autophosphorylation, but no tyrosine phosphorylation occurs when MBP was used as the substrate.; Title: strong similarity to dis1-suppressing protein kinase dsk1p - Schizosaccharomyces pombe; See PMID 8485317; uncharacterized protein	complement(join(621979..622499,622535..622750,622804..623138,623185..623354))	Aspergillus niger	4990645
An04g02410	CDS	An04g02410	NT_166539.1	623806	624945	D	Function: might be involved in cobalt reduction leading to cobalt(i) corrinoids.; Pathway: cobalamin biosynthesis.; Remark: strong similarity to P. denitrificans COB W patent WO9111518-A.; Title: strong similarity to cobalamin and cobamide biosynthesis protein COB W from patent WO9111518-A -Pseudomonas denitrificans; See PMID 1655697; uncharacterized protein	623806..624945	Aspergillus niger	4990646
An04g02420	CDS	An04g02420	NT_166539.1	625326	626738	R	Catalytic activity: L-ornithine = putrescine + CO2.; Pathway: urea cycle and metabolism of amino groups; arginine and proline metabolism; alkaloid biosynthesis II.; Remark: putative sequencing error at position 46804,1 bases too much.; Remark: yeast growth and mycelium-to-yeast transition in P. brasiliensis were accompanied by a high activity of ornithine decarboxylase at the onset of the budding process, the activity of which was inhibited by 1,4-diamino-2-butanone. The activity of ornithine decarboxylase remained at a basal level during vegetative growth of both the mycelial phase and the late stage of yeast phase, and also through the yeast-to-mycelium transition.; Title: strong similarity to ornithine decarboxylase ODC - Paracoccidioides brasiliensis [putative frameshift]; putative frameshift; See PMID 8661922; See PMID 9082919; uncharacterized protein	complement(join(<625326..626374,626434..626738))	Aspergillus niger	4990647
An04g02430	CDS	An04g02430	NT_166539.1	626972	628256	R	hypothetical protein	complement(join(626972..627464,627510..627683,627788..627979,628060..628084,628142..628256))	Aspergillus niger	84590829
An04g02440	CDS	An04g02440	NT_166539.1	629165	630028	R	hypothetical protein	complement(join(629165..629635,629960..630028))	Aspergillus niger	84590830
An04g02450	CDS	An04g02450	NT_166539.1	630550	634471	R	Title: similarity to hypothetical protein CAE76574.1 - Neurospora crassa; uncharacterized protein	complement(join(630550..634344,634439..634471))	Aspergillus niger	4990650
An04g02460	CDS	An04g02460	NT_166539.1	634765	636847	R	Function: mitofilin, also known as heart muscle protein, is a mitochondrial protein. During mitochondrial in vitro import, mitofilin is proteolytically processed to the mature protein that is also detected in cellular fractions, indicating that the amino-terminal leader sequence is removed.; Similarity: the ORF overlaps with A. niger ESTs (EMBLEST:BE760804) an_0696 and (EMBLEST:BE760883) an_0869.; Similarity: the ORF shows similarity to some motor proteins, like myosin heavy chain.; Title: strong similarity to heart muscle protein mitofilin HMP - Homo sapiens; See PMID 8039717; See PMID 8886976; See PMID 9168817; uncharacterized protein	complement(join(634765..634809,634875..636478,636535..636649,636716..636847))	Aspergillus niger	4990651
An04g02470	CDS	An04g02470	NT_166539.1	637824	638770	R	Remark: the ypt/rab proteins are a family of small GTP-binding proteins thought to be required for different stages of membrane traffic. Ypt5 protein expressed in mammalian cells colocalized with the transferrin receptor to early endosomes.; Title: strong similarity to GTP-binding protein ypt5p - Schizosaccharomyces pombe; See PMID 8226998; See PMID 8374169; uncharacterized protein	complement(join(637824..638171,638235..638426,638515..638541,638602..638621,638701..638770))	Aspergillus niger	4990652
An04g02480	CDS	An04g02480	NT_166539.1	639352	641579	D	Remark: Sac1p shares primary sequence homology with a subfamily of cytosolic/peripheral membrane phosphoinositide phosphatases, the synaptojanins which have approximately the same lenght.; Remark: the SAC1 gene product (Sac1p) is an integral membrane protein of the endoplasmic reticulum and the Golgi complex.; Title: strong similarity to lipid phosphoinositide phosphatase Sac1 - Saccharomyces cerevisiae; See PMID 2687291; uncharacterized protein	join(639352..639559,639612..640181,640239..641347,641403..641579)	Aspergillus niger	4990653
An04g02490	CDS	An04g02490	NT_166539.1	642315	644097	D	Catalytic activity: ATP + tetrahydrofolyl-[Glu](n) + L-glutamate = ADP + orthophosphate + tetrahydrofolyl-[Glu](n+1).; Function: S. cerevisiae strains without functional met7 are methionine, adenine and thymidine auxotroph and maintenance of mitochondrial DNA is disturbed.; Localization: similar to other eukaryotes, yeasts have parallel pathways of one-carbon metabolism in the cytoplasm and mitochondria and have folylpolyglutamate synthetase activity in both compartments.; Pathway: folate biosynthesis.; Remark: alternate names are MET23, YOR241w .; Remark: one-carbon metabolism is essential to provide activated one-carbon units in the biosynthesis of methionine, purines, and thymidylate. The major forms of folates in vivo are polyglutamylated derivatives. In organisms that synthesize folate coenzymes de novo, the addition of the glutamyl side chains is achieved by the action of two enzymes, dihydrofolate synthetase and folylpolyglutamate synthetase.; Similarity: belongs to the folylpolyglutamate synthase family.; Title: strong similarity to tetrahydrofolylpolyglutamate synthase Met7 - Saccharomyces cerevisiae; See PMID 10775416; See PMID 10799479; uncharacterized protein	join(642315..642407,642476..642613,642694..644097)	Aspergillus niger	4990654
An04g02500	CDS	An04g02500	NT_166539.1	644538	646213	D	Catalytic activity: tetradecanoyl-CoA + glycylpeptide = CoA + N-tetradecanoylglycylpeptide.; Remark: myristoyl-CoA:protein N-myristoyltransferase (Nmt) transfers myristate from CoA to the N-terminal Gly residue of cellular proteins in an ordered reaction mechanism that first involves binding of myristoyl-CoA to the apoenzyme.; Similarity: belongs to the acyltransferases.; Title: strong similarity to glycylpeptide N-tetradecanoyltransferase Nmt - Ajellomyces capsulatus; See PMID 8300631; uncharacterized protein	join(644538..644591,644672..645111,645167..645950,646016..646213)	Aspergillus niger	4990655
An04g02510	CDS	An04g02510	NT_166539.1	646863	648868	D	Remark: a splice site was detected upstream of the START codon.; Title: similarity to hypothetical membrane protein YOR118w - Saccharomyces cerevisiae; uncharacterized protein	join(646863..646911,646983..648868)	Aspergillus niger	4990656
An04g02520	CDS	An04g02520	NT_166539.1	649268	650217	R	Remark: similarity to Micrococcus luteus HexPS gene prenyl diphosphate synthetase hex2 patent EP812914-A2.; Remark: substances synthesised by PDS, i. e. polyprenyl diphosphates, are precursors of physiologically active substances, e. g. vitamin K and ubiquinones.; Title: similarity to prenyl diphosphate synthetase hex2 from patent EP812914-A2 - Micrococcus luteus; uncharacterized protein	complement(join(649268..649905,649971..650217))	Aspergillus niger	4990657
An04g02530	CDS	An04g02530	NT_166539.1	650724	653433	R	Title: similarity to hypothetical extensin-like protein Pex2 - Zea mays; uncharacterized protein	complement(join(650724..651809,651872..653072,653153..653433))	Aspergillus niger	4990658
An04g02540	CDS	An04g02540	NT_166539.1	653878	655968	D	Remark: similarity to human bladder tumour EST encoded protein 16 patent DE19818619-A1.; Remark: the predicted ORF is about 150 amino acids longer than the found homologues.; Title: similarity to bladder tumour EST encoded protein 16 from patent DE19818619-A1 - Homo sapiens; uncharacterized protein	join(653878..654029,654225..654451,654518..655324,655380..655461,655601..655700,655737..655745,655870..655968)	Aspergillus niger	4990659
An04g02550	CDS	An04g02550	NT_166539.1	656509	659132	R	Remark: disruption of the chromosomal copy of the mef1 gene in a wild-type haploid yeast induced a phenotype analogous to that of the original mutant, but does not affect cell viability. These result indicate that the gene product function exclusively in mitochondrial protein synthesis.; Similarity: to translation elongation factor G.; Title: strong similarity to mitochondrial translation elongation factor EF-G Mef1 - Saccharomyces cerevisiae; See PMID 1935960; uncharacterized protein	complement(join(656509..656563,656624..658653,658711..658822,658924..659132))	Aspergillus niger	4990660
An04g02560	CDS	An04g02560	NT_166539.1	659730	660247	D	hypothetical protein	join(659730..659813,659979..660137,660188..660247)	Aspergillus niger	4990661
An04g02570	CDS	An04g02570	NT_166539.1	660439	661115	R	Remark: similarity to human secreted protein, SEQ ID NO: 8043 patent EP1033401-A2.; Similarity: the ORF shows strong similarity to EST SEQ ID NO:4027 - Aspergillus niger.; Title: similarity to hypothetical membrane protein YML030w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(660439..660863,660929..660999,661078..661115))	Aspergillus niger	4990662
An04g02580	CDS	An04g02580	NT_166539.1	662354	664172	D	Catalytic activity: L-threonine + H2O = 2-oxobutanoate + NH3 + H2O.; Pathway: glycine, serine and threonine metabolism.; Remark: the AILV1 gene is a suitable auxotrophic selection marker in transformation experiments using an Arxula adeninivorans ilv1 mutant and a plasmid containing this gene, which is fused into the 25S rDNA of Arxula adeninivorans.; Remark: the enzyme from a number of sources also acts on L-serine.; Similarity: belongs to the threonine dehydratases.; Title: strong similarity to threonine deaminase ILV - Arxula adeninivorans; See PMID 9730281; uncharacterized protein	join(662354..662536,662598..662814,662875..664172)	Aspergillus niger	4990663
An04g02590	CDS	An04g02590	NT_166539.1	664385	665266	R	hypothetical protein	complement(join(664385..664781,665057..665117,665200..665266))	Aspergillus niger	84590831
An04g02600	CDS	An04g02600	NT_166539.1	665925	667621	D	Catalytic activity: myo-inositol hexakisphosphate + H2O = D-myo-inositol 1,2,4,5,6-pentakisphosphate + orthophosphate.; Pathway: inositol phosphate metabolism.; Remark: Aspergillus niger NRRL 3135 produces two phytases one with pH optima at 2. 5 and 5. 5 (phyA) and one with an optimum at pH 2. 0 (phyB).; Remark: phytases (myo-inositol hexakisphosphate phosphohydrolase, EC 3. 1. 3. 8) catalyse the release of phosphate from phytate (mycoinositol hexakiphosphate). Several cereal grains, legumes and oilseeds, etc., store phosphorus as phytate. Environmental pollution due to the high-phosphate manure, resulting in the accumulation of P at various locations has raised serious concerns.; Similarity: belongs to the histidine acid phosphatase family.; Title: strong similarity to 3-phytase B phyB -Aspergillus niger; See PMID 7916610; See PMID 8865587; uncharacterized protein	join(665925..666702,666762..666879,666966..667070,667158..667550,667615..667621)	Aspergillus niger	4990665
An04g02610	CDS	An04g02610	NT_166539.1	667829	669526	R	Catalytic activity: succinate semialdehyde + NAD+ or NADP+ + H2O = succinate + NADH or NADPH.; Function: in higher eucaryotes Succinate-semialdehyde dehydrogenases are required for the catabolism of GABA intermediates. Mutations of Succinate-semialdehyde dehydrogenases in higher eucaryotes give rise to central nervous system dysfunction.; Pathway: 4-aminobutyrate (GABA) degradation pathway.; Remark: in E. coli gabD is required for the utilisation of 4-hydroxyphenylacetate as nitrogene source.; Similarity: belongs to the aldehyde dehydrogenase family.; Title: strong similarity to succinate-semialdehyde dehydrogenase NAD(P)+ gabD - Escherichia coli; See PMID 2254272; See PMID 8297211; uncharacterized protein	complement(join(667829..667940,668013..669282,669352..669439,669506..669526))	Aspergillus niger	4990666
An04g02620	CDS	An04g02620	NT_166539.1	669851	672286	R	Title: similarity to hypothetical protein CAE76577.1 - Neurospora crassa; uncharacterized protein	complement(join(669851..670027,670126..670280,670411..672286))	Aspergillus niger	4990667
An04g02630	CDS	An04g02630	NT_166539.1	673041	673301	R	Remark: N-terminal truncated ORF due to end of contig.; Title: similarity to hypothetical membrane protein YGR103w - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	complement(673041..>673301)	Aspergillus niger	84590832
An04g02640	CDS	An04g02640	NT_166539.1	673404	674953	R	Remark: pes mRNA is expressed widely and dynamically during the first 3 days of embryogenesis.; Title: strong similarity to protein pescadillo -Homo sapiens; See PMID 8985183; uncharacterized protein	complement(join(<673404..673515,673573..674695,674772..674870,674932..674953))	Aspergillus niger	4990669
An04g02650	CDS	An04g02650	NT_166539.1	675240	676714	D	Remark: CECRPs are activators of cell proliferation or inhibitors of cellular processes that modulate proliferation.; Remark: the patent does not provide further information about the function of the protein.; Remark: the sequence of human cell cycle regulation protein-4 (CECRP-4) is also covered by patents WO200058473-A2 (AC# AAB43252) and WO200017222-A1 (AC# AAB08956). the latter claims the protein to be secreted.; Similarity: the predicted A. niger protein shows strong similarity to the protein sequence of human cell cycle regulation protein-4 (CECRP-4) of patent WO9964593-A2 (AC# AAY44363), strong similarity to the hypothetical cell division control protein CDC91 from S. cerevisiae and other hypothetical proteins from diverse eucaryotic species.; Title: strong similarity to cell cycle regulation protein-4 (CECRP-4) from patent WO9964593-A2 - Homo sapiens; uncharacterized protein	join(675240..675381,675437..675501,675551..675753,675804..676426,676476..676714)	Aspergillus niger	4990670
An04g02660	CDS	An04g02660	NT_166539.1	676775	677695	R	Title: similarity to hypothetical protein SPCC825.04c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(676775..677466,677563..677695))	Aspergillus niger	4990671
An04g02670	CDS	An04g02670	NT_166539.1	678132	679430	R	Function: catalyzes the reduction of a wide range of aldehydes (but not e. g. acetaldehyde) and ketones.; Remark: may be involved in detoxification of reactive carbonyl-containing compounds.; Title: strong similarity to NADPH-dependent aldehyde reductase - Sporobolomyces salmonicolor; See PMID 1633196; uncharacterized protein	complement(join(678132..678301,678350..678495,678546..678601,678660..678941,678989..679093,679163..679309,679362..679430))	Aspergillus niger	4990672
An04g02680	CDS	An04g02680	NT_166539.1	679852	680871	D	hypothetical protein	join(679852..680034,680273..680323,680382..680427,680568..680585,680699..680871)	Aspergillus niger	84590833
An04g02690	CDS	An04g02690	NT_166539.1	681354	682580	D	Remark: the ADH sequence 19 protein is part of the patent EP0845532 with the title: 'enzymes for the synthesis of coniferyl alcohol, coniferyl aldehyde, ferulic acid,vanillin, vanillic acid and their applications'.; Remark: the organism of patent EP0845532 remains unclassified.; Title: strong similarity to alcohol dehydrogenase ADH from patent EP0845532-A - Unclassified organism; uncharacterized protein	join(681354..681515,681580..681969,682033..682479,682536..682580)	Aspergillus niger	4990674
An04g02700	CDS	An04g02700	NT_166539.1	683119	685995	D	Function: Raffinose synthase is involved in the biosynthesis of raffinose and higher homologues in the raffinose saccharide family from sucrose.; Similarity: shows also similarities to imbibition proteins of a variety of plants whsoe sequences are not yet published.; Title: similarity to wheat raffinose synthase from patent WO200024915-A2 - Triticum aestivum; uncharacterized protein	join(683119..683316,683374..685995)	Aspergillus niger	4990675
An04g02710	CDS	An04g02710	NT_166539.1	686533	688245	R	Function: the murine beta-carotene 15,15'-dioxygenase beta-CD cleaves beta-carotene to all-trans-retinal (vitamin A).; Title: strong similarity to beta-carotene 15,15-dioxygenase beta-CD - Mus musculus; See PMID 11092891; uncharacterized protein	complement(join(686533..688131,688183..688245))	Aspergillus niger	4990676
An04g02720	CDS	An04g02720	NT_166539.1	689887	693491	R	Similarity: the human BNPI transporter is identical to the protein described in patent WO9838203-A1.; Title: similarity to brain-specific Na-dependent inorganic phosphate cotransporter BNPI - Homo sapiens; plasma membrane; See PMID 9786972; See PMID 10820226; See PMID 8202535; uncharacterized protein	complement(join(689887..691022,691674..691924,691964..692189,692243..692305,692352..692694,692747..692791,692839..693056,693110..693221,693273..693491))	Aspergillus niger	4990677
An04g02730	CDS	An04g02730	NT_166539.1	695418	696431	D	Function: the ribonuclease H (RnhA) from Escherichia coli is an endonuclease that degrades the RNA of RNA-DNA hybrids specifically. In E. coli RNAse H participates in DNA replication. It helps to specify the origin of genomic replication by suppressing initiation at origins other than the locus oriC. Along with the 5'-3' exonuclease of DNAPol1, it removes RNA primers from the Okazaki-fragments of lagging strand synthesis and it defines the origin of replication for cole1-type plasmids by specific cleavage of an RNA preprimer.; Similarity: the ORF DNA sequence shows also strong similarity to the sequence of EST an_2834 from Aspergillus niger.; Title: similarity to ribonuclease H rnhA -Escherichia coli; See PMID 2171503; See PMID 6302075; See PMID 6316347; uncharacterized protein	join(695418..695468,695583..696431)	Aspergillus niger	4990678
An04g02740	CDS	An04g02740	NT_166539.1	697607	700918	R	Function: the human HUPF1 protein plays an important role in the nonsense-mediated mRNA decay (NMD). It displays a nucleic-acid-dependent ATPase activity and a 5'--> 3' helicase activity.; Title: similarity to nonsense mRNA-reducing protein Hupf1 - Homo sapiens; cytoplasm; See PMID 10999600; See PMID 9064659; uncharacterized protein	complement(697607..700918)	Aspergillus niger	84590834
An04g02750	CDS	An04g02750	NT_166539.1	702614	703517	R	Title: weak similarity to glycinin A5A4B3 subunit from patent JP61132189-A - Glycine max; uncharacterized protein	complement(join(702614..703042,703320..703517))	Aspergillus niger	84590835
An04g02760	CDS	An04g02760	NT_166539.1	704188	705414	D	Function: the E. coli RspA protein is probably involved in the degradation of homoserine lactone, which may be a general signal of starvation.; Title: strong similarity to starvation-sensing protein rspA - Escherichia coli; See PMID 7545940; uncharacterized protein	join(<704188..704363,704417..704638,704688..705148,705199..>705414)	Aspergillus niger	4990681
An04g02770	CDS	An04g02770	NT_166539.1	705678	706851	D	Catalytic activity: 2-deoxy-D-gluconate + NAD(+) <=> 3-dehydro-2-deoxy-D-gluconate + NADH.; Pathway: the KduD protein from Erwinia chrysanthemi involved in the pentose and glucuronate interconversions.; Title: strong similarity to 2-deoxy-D-gluconate 3-dehydrogenase KduD - Erwinia chrysanthemi; See PMID 1766386; uncharacterized protein	join(705678..705794,705857..706069,706153..706535,706693..706719,706806..706851)	Aspergillus niger	4990682
An04g02780	CDS	An04g02780	NT_166539.1	709180	710799	D	Function: the PVA enzyme described in patent US5516679-A is used for the enzymatic hydrolysis of penicillin V (phenoxy-methylpenicillin) to 6-aminopenicillanic acid (6-APA). 6-APA is the active beta-lactam nucleus used in the manufacture of semi-synthetic penicillins.; Similarity: the ORF encoded protein shows strong similarity to the tannase fromAspergillus oryzae (Pubmed 8917102).; Title: strong similarity to penicillin V amidohydrolase PVA from patent US5516679-A - Fusarium oxysporum; uncharacterized protein	709180..710799	Aspergillus niger	4990683
An04g02790	CDS	An04g02790	NT_166539.1	712353	714341	D	Function: Lac12 from K. lactis mediates the transport of lactose and it would appear that the permease works in part by a proton symport mechanism.; Title: strong similarity to lactose permease Lac12 -Kluyveromyces lactis; plasma membrane; See PMID 3053697; uncharacterized protein	join(712353..712479,712542..713613,713711..714055,714091..714129,714188..714341)	Aspergillus niger	4990684
An04g02800	CDS	An04g02800	NT_166539.1	715395	716333	D	Catalytic activity: L-proline + NAD(P)(+) <=> 1-pyrroline-5-carboxylate + NAD(P)H.; Pathway: ProC from Pseudomonas aeruginosa catalyzes the terminal (third) step in proline biosynthesis.; Title: strong similarity to pyrroline-5-carboxylate reductase ProC - Pseudomonas aeruginosa; See PMID 2107123; uncharacterized protein	join(715395..715950,716029..716333)	Aspergillus niger	4990685
An04g02810	CDS	An04g02810	NT_166539.1	716705	717604	D	Title: weak similarity to choline kinase from patent WO9812346-A1 - Streptococcus pneumoniae; uncharacterized protein	716705..717604	Aspergillus niger	84590836
An04g02820	CDS	An04g02820	NT_166539.1	718527	719054	D	hypothetical protein	718527..719054	Aspergillus niger	4990686
An04g02830	CDS	An04g02830	NT_166539.1	719350	721103	R	Function: the S. cerevisiae Tna1 transporter is involved in the uptake of nicotinic acid.; Remark: a putative frameshift results in a premature STOP codon.; Remark: alternate name for S. cerevisiae Tna1: YGR260W.; Similarity: the ORF encoded protein shows also strong similarity to the allantoate transporter Dal5/YJR152W from S. cerevisiae, but the accessible literature does not describe any functional characterization of Dal5 (Pubmed 3275614).; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae [putative frameshift]; putative frameshift; See PMID 10869563; uncharacterized protein	complement(join(<719350..719937,720005..720468,720516..720582,720630..720840,720885..721103))	Aspergillus niger	4990688
An04g02840	CDS	An04g02840	NT_166539.1	721347	723032	D	Catalytic activity: (S)-lactate + 2 ferricytochrome c <=> pyruvate + 2 ferrocytochrome c.; Cofactor: FMN; Protoheme IX.; Localization: the L-lactate dehydrogenase CYB2 from Pichia anomala is localized in the mitochondrial intermembrane space.; Remark: Pichia anomala=Hansenula anomala.; Remark: a putative frameshift results in a premature STOP codon.; Title: strong similarity to flavocytochrome b2 L-lactate dehydrogenase CYB2 - Pichia anomala [putative frameshift]; localisation:mitochondrion; putative frameshift; See PMID 3319613; See PMID 2688640; See PMID 2813072; uncharacterized protein	join(721347..721437,721484..722503,722557..722895,722969..>723032)	Aspergillus niger	4990689
An04g02850	CDS	An04g02850	NT_166539.1	723314	725415	D	Function: the X-Pro dipeptidyl-peptidase IV -Xanthomonas maltophilia cleaves Xaa-Pro-|- bonds to release unblocked, N-terminal dipeptides from substrates including Ala-Pro-|-P-nitroanilide and (sequentially) Tyr-Pro-|-Phe-Pro-|-Gly-Pro-|-Ile.; Remark: Xanthomonas maltophilia=Stenotrophomonas maltophilia.; Remark: the X-Pro dipeptidyl-peptidase IV from Xanthomonas maltophilia can be inhibited by diisopropyl phosphofluoridate.; Title: similarity to X-Pro dipeptidyl-peptidase IV -Xanthomonas maltophilia; See PMID 9010758; uncharacterized protein	join(723314..723424,723484..724229,724281..725415)	Aspergillus niger	4990690
An04g02870	CDS	An04g02870	NT_166539.1	727597	728607	R	Remark: a splice site was detected upstream of the START codon.; Title: weak similarity to histone H1 - Nicotiana tabacum; uncharacterized protein	complement(join(727597..728130,728182..728607))	Aspergillus niger	84590837
An04g02880	CDS	An04g02880	NT_166539.1	728901	730106	R	Catalytic activity: L-glutaminyl-peptide <=> 5-oxoprolyl-peptide + NH(3).; Function: the human glutaminyl-peptide cyclotransferase QPCT is responsible for the biosynthesis of pyroglutamyl peptides. It has a bias against acidic and tryptophan residues adjacent to the N-terminal glutaminyl residue and a lack of importance of chain length after the second residue.; Title: strong similarity to glutaminyl-peptide cyclotransferase QPCT - Homo sapiens; See PMID 7999256; uncharacterized protein	complement(728901..730106)	Aspergillus niger	4990693
An04g02890	CDS	An04g02890	NT_166539.1	730490	731403	D	Title: weak similarity to LP-76-related adaptor molecule Clnk - Mus musculus; uncharacterized protein	join(730490..730709,730773..730934,730985..731403)	Aspergillus niger	4990694
An04g02900	CDS	An04g02900	NT_166539.1	731743	732486	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to nucleolar phosphoprotein xNopp180 - Xenopus laevis; uncharacterized protein	join(731743..731847,731899..732236,732294..732486)	Aspergillus niger	4990695
An04g02910	CDS	An04g02910	NT_166539.1	733924	734841	R	Similarity: the ORF encoded protein shows significant similarity to some conserved hypothetical proteins e. g PA2764 (Pseudomonas aeruginosa).; Title: weak similarity to nitrogenase 2 vanadium-iron protein beta chain - Azotobacter vinelandii; uncharacterized protein	complement(join(733924..734280,734344..734841))	Aspergillus niger	4990696
An04g02920	CDS	An04g02920	NT_166539.1	735991	736473	R	Title: weak similarity to hypothetical protein CG3556 - Drosophila melanogaster; uncharacterized protein	complement(735991..736473)	Aspergillus niger	84590838
An04g02930	CDS	An04g02930	NT_166539.1	737829	739145	R	Function: Pth11 from M. grisea is involved in surface dependent signal transduction during plant infection. Pth11 can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces.; Remark: the filamentous ascomycete Magnaporthe grisea is the blast pathogen of many grass species,including rice.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(737829..738354,738422..738798,738858..739145))	Aspergillus niger	4990698
An04g02940	CDS	An04g02940	NT_166539.1	740206	741201	R	Title: strong similarity to hypothetical protein B24P7.350 - Neurospora crassa; uncharacterized protein	complement(join(740206..740261,740391..741201))	Aspergillus niger	4990699
An04g02950	CDS	An04g02950	NT_166539.1	741517	743281	D	Function: TRI11 (F. s.) catalyzes the hydroxylation at C-15 of isotricodermin.; Pathway: the TRI11 enzyme from F. sporotrichioides is involved trichothecene biosynthesis. Trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Similarity: TRI11 (F. s.) belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	join(741517..741952,742002..742348,742418..742835,742894..743034,743091..743281)	Aspergillus niger	4990700
An04g02960	CDS	An04g02960	NT_166539.1	745638	746100	D	hypothetical protein	join(745638..745676,745832..745953,746076..746100)	Aspergillus niger	84590839
An04g02970	CDS	An04g02970	NT_166539.1	746851	748514	R	Catalytic activity: N,N-dimethylaniline + NADPH + O(2) = N,N-dimethylaniline N-oxide + NADP(+) + H(2)O.; Function: FMO is involved in the metabolism of many drugs, pesticides, and other foreign compounds, including xenobiotics, by catalyzing the NADPH-dependent oxidation of various substrates.; Title: similarity to dimethylaniline monooxygenase FMO - Sus scrofa; See PMID 2322534; See PMID 2383273; uncharacterized protein	complement(join(746851..746907,746972..747130,747162..748514))	Aspergillus niger	4990702
An04g02980	CDS	An04g02980	NT_166539.1	750377	752048	R	Catalytic activity: AAO uses oxygen as an acceptor to produce hydrogen peroxide from primary aromatic or poly-unsaturated aliphatic alcohols.; Function: Aryl-alcohol oxidase (AAO) is involved in lignin degradation by Pleurotus pulmonarius.; Remark: AAO is an extracellular glycoprotein with 14% N-carbohydrate content.; Title: strong similarity to aryl-alcohol oxidase precursor aao - Pleurotus pulmonarius; See PMID 10606774; uncharacterized protein	complement(join(750377..751771,751839..752048))	Aspergillus niger	4990703
An04g02990	CDS	An04g02990	NT_166539.1	752735	753960	R	Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	complement(join(752735..753161,753222..753595,753656..753760,753811..753960))	Aspergillus niger	4990704
An04g03000	CDS	An04g03000	NT_166539.1	755543	756921	R	Function: ankyrins are linker proteins, which connect various membrane proteins with the submembranous actin-spectrin skeleton.; Remark: truncated ORF due to the contig end.; Title: similarity to ankyrin Ank2 - Drosophila melanogaster [truncated ORF]; See PMID 7937942; See PMID 10844021; uncharacterized protein	complement(join(755543..756204,756261..756921))	Aspergillus niger	84590840
An04g03010	CDS	An04g03010	NT_166539.1	757877	758473	R	Remark: MP1 has high affinity for concanavalin A, a characteristic indicative of a mannoprotein.; Title: similarity to cell wall antigen MP1 -Penicillium marneffei; cell wall; See PMID 9488383; See PMID 9738061; uncharacterized protein	complement(757877..758473)	Aspergillus niger	4990706
An04g03030	CDS	An04g03030	NT_166539.1	760619	761671	R	Function: radixins are ross-linkers between plasma membranes and actin-based cytoskeletons.; Remark: protein is shorter at the N-terminus than the database proteins.; Remark: the ERM family consists of three closely related proteins, ezrin, radixin, and moesin.; Title: similarity to radixin - Sus scrofa; cytoskeleton; See PMID 8268231; See PMID 9013673; See PMID 10574907; uncharacterized protein	complement(760619..761671)	Aspergillus niger	84590841
An04g03040	CDS	An04g03040	NT_166539.1	762321	762901	D	Title: weak similarity to hypothetical late embryonic abundant protein EMB23 - Picea glauca; uncharacterized protein	join(762321..762407,762461..762901)	Aspergillus niger	84590842
An04g03050	CDS	An04g03050	NT_166539.1	764304	768170	R	Alternative name: MSH6, PMS3, YDR097C.; Complex: forms complex with Msh2p to repair both single-base and insertion-deletion mispairs in yeast.; Function: required for mismatch repair in mitosis and meiosis in yeast.; Title: strong similarity to DNA mismatch repair protein Msh6 - Saccharomyces cerevisiae; nucleus; See PMID 8600025; See PMID 8723353; See PMID 8816473; uncharacterized protein	complement(join(764304..765002,765068..767454,767503..767665,767838..768170))	Aspergillus niger	4990710
An04g03060	CDS	An04g03060	NT_166539.1	768945	771020	R	Catalytic activity: ATP + L-tyrosine + tRNA(Tyr) = AMP + pyrophosphate + L-tyrosyl-tRNA(Tyr).; Function: the protein CYT-18 of Neurospora crassa has two functions: aminoacyl-tRNA synthetase and is involved in the splicing of group I introns.; Remark: it acts in intron splicing by stabilizing the catalytically active structure of the intron.; Title: strong similarity to mitochondrial tyrosine--tRNA ligase CYT-18 - Neurospora crassa; localisation:mitochondrion; See PMID 2143700; See PMID 3607872; uncharacterized protein	complement(join(768945..769661,769717..770062,770115..770398,770452..770605,770686..771020))	Aspergillus niger	4990711
An04g03070	CDS	An04g03070	NT_166539.1	772054	774372	D	Title: similarity to hypothetical transcription activator SPAC139.03 - Schizosaccharomyces pombe; uncharacterized protein	join(772054..772220,772299..772617,772789..773234,773283..774372)	Aspergillus niger	4990712
An04g03080	CDS	An04g03080	NT_166539.1	774514	776302	R	Remark: the Na(+)-hypersensitive phenotype of the hol1-mutation is correlated with increased uptake and accumulation of this ion in yeast.; Title: similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; See PMID 8955402; See PMID 2405251; uncharacterized protein	complement(join(774514..775660,775761..775977,776034..776090,776149..776302))	Aspergillus niger	4990713
An04g03090	CDS	An04g03090	NT_166539.1	776896	777993	R	Title: similarity to hypothetical protein SC1C3.21 -Streptomyces coelicolor; uncharacterized protein	complement(join(776896..777604,777665..777993))	Aspergillus niger	4990714
An04g03100	CDS	An04g03100	NT_166539.1	778542	780314	D	Catalytic activity: cocaine is hydrolyzed to ecgonine methyl ester and benzoate.; Function: the cocaine esterase was found to initiate degradation of cocaine in Rhodococcus sp.; Remark: Rhodococcus sp. utilizes cocaine as a sole source of carbon and nitrogen for growth.; Title: strong similarity to cocaine esterase cocE -Rhodococcus sp.; See PMID 10698749; uncharacterized protein	778542..780314	Aspergillus niger	4990715
An04g03110	CDS	An04g03110	NT_166539.1	781060	783561	D	Catalytic activity: ATP + L-aspartate + tRNA(Asp) = AMP + diphosphate + L-aspartyl-tRNA(Asp).; Remark: MSD1 is a nuclear gene.; Title: strong similarity to mitochondrial aspartate--tRNA ligase Msd1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 10710420; See PMID 2668951; uncharacterized protein	join(781060..781264,781366..782075,782126..783191,783261..783270,783346..783391,783526..783561)	Aspergillus niger	4990716
An04g03120	CDS	An04g03120	NT_166539.1	783665	785239	R	Function: Cox10 is required for the synthesis of cytochrome oxidase in yeast, espacially needed for heme A synthesis.; Remark: nuclear gene.; Similarity: shows also similarity to heme A farnesyltransferases.; Title: strong similarity to assembly factor of cytochrome c oxidase Cox10 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8078902; See PMID 8118433; uncharacterized protein	complement(783665..785239)	Aspergillus niger	4990717
An04g03130	CDS	An04g03130	NT_166539.1	785491	786443	D	Remark: a lec35 mutation of Chinese hamster affects the participation of mannose-P-dolichol (MPD) in dolichol-P-P-oligosaccharide biosynthesis in vivo.; Remark: lec35 mutations are mannosylation-defective in Chinese hamster ovarian cells.; Remark: stop codon at position 26450-26448.; Title: strong similarity to mannosylation protein Lec35 - Cricetulus griseus [putative sequencing error]; putative sequencing error; See PMID 8454644; See PMID 8454645; See PMID 11179430; uncharacterized protein	join(785491..786117,786168..786443)	Aspergillus niger	4990718
An04g03140	CDS	An04g03140	NT_166539.1	786532	787415	R	Alternative name: MED8, YBR193c.; Complex: specifically binds to upstream activating sequences (UASs) of SUC2 promoter, to downstream repressing sequences (DRSs) of the HXK2 gene and to the carboxy-terminal domain of the RNA polymerase II in yeast.; Function: Med8 act as coupling factor by linking activating and repressing transcription complexes to the RNA polymerase II holoenzyme transcriptional machinery in yeast.; Title: similarity to transcription factor Med8 -Saccharomyces cerevisiae; nucleus; See PMID 9918841; See PMID 10526178; uncharacterized protein	complement(join(786532..787216,787291..787415))	Aspergillus niger	4990719
An04g03150	CDS	An04g03150	NT_166539.1	788432	789568	R	Title: weak similarity to hypothetical protein SPCP31B10.04 - Schizosaccharomyces pombe; uncharacterized protein	complement(788432..789568)	Aspergillus niger	4990720
An04g03160	CDS	An04g03160	NT_166539.1	791487	792987	D	Remark: only weak partial similarity to aminomethyltransferase from the yeast S. cerevisiae.; Similarity: the ORF shows strong similarity to the A. niger protein An07g04910. The similarity between the two proteins, however, is restricted to a stretch of about 130 amino acids.; Title: similarity to hypothetical protein encoded by An07g04910 - Aspergillus niger; uncharacterized protein	join(791487..791880,791939..792987)	Aspergillus niger	4990721
An04g03170	CDS	An04g03170	NT_166539.1	793795	796064	D	Catalytic activity: hydrolysis of terminal,non-reducing beta-D-glucose residues with release of beta-D-glucose.; Function: yeast Candida wickerhamii exports a cell-associated beta-glucosidase that is active against cellobiose and all soluble cellodextrins.; Title: strong similarity to beta-glucosidase bglB -Candida wickerhamii; See PMID 8929394; See PMID 7574590; uncharacterized protein	join(793795..795536,795670..795680,795862..796064)	Aspergillus niger	4990722
An04g03180	CDS	An04g03180	NT_166539.1	796882	798028	R	Title: strong similarity to hypothetical protein EAA64005.1 - Aspergillus nidulans; uncharacterized protein	complement(join(796882..797378,797433..797672,797722..798028))	Aspergillus niger	4990723
An04g03190	CDS	An04g03190	NT_166539.1	799228	800016	R	Title: weak similarity to hypothetical protein F28C11.17 - Arabidopsis thaliana; uncharacterized protein	complement(799228..800016)	Aspergillus niger	84590843
An04g03195	CDS	An04g03195	NT_166539.1	802332	802505	D	hypothetical protein	join(802332..802435,802496..802505)	Aspergillus niger	84590844
An04g03200	CDS	An04g03200	NT_166539.1	803301	804717	R	Catalytic activity: D-mannose 6-phosphate = D-fructose 6-phosphate.; Remark: protein is involved in the synthesis of GDP-mannose and dolichol-phosphate mannose in mannosyl transfer reactions in the glycosylation and mannosylation pathways.; Title: strong similarity to mannose-6-phosphate isomerase manA - Candida albicans; See PMID 8180205; See PMID 7702743; See PMID 7785330; uncharacterized protein	complement(join(803301..804242,804316..804456,804517..804618,804679..804717))	Aspergillus niger	4990726
An04g03210	CDS	An04g03210	NT_166539.1	805416	806237	R	Title: weak similarity to protein E2 - Human papillomavirus type 76; uncharacterized protein	complement(805416..806237)	Aspergillus niger	4990727
An04g03220	CDS	An04g03220	NT_166539.1	809679	812164	R	Title: similarity to hypothetical protein YKR089c -Saccharomyces cerevisiae; uncharacterized protein	complement(join(809679..810918,810986..811830,811901..812164))	Aspergillus niger	4990728
An04g03230	CDS	An04g03230	NT_166539.1	812205	812657	D	hypothetical protein	join(812205..812363,812439..812657)	Aspergillus niger	84590845
An04g03240	CDS	An04g03240	NT_166539.1	812702	813950	R	Remark: truncated due to contig end.; hypothetical protein [truncated ORF]	complement(join(812702..812755,812799..812902,812980..813050,813121..813316,813401..813466,813550..813650,813730..>813950))	Aspergillus niger	84590846
An04g03250	CDS	An04g03250	NT_166539.1	814067	817816	R	Function: co-expression of het-e and het-c leads to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Remark: truncated ORF due to the contig end.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina [truncated ORF]; See PMID 7557402; See PMID 9435787; See PMID 10875280; See PMID 10974123; uncharacterized protein	complement(join(<814067..816258,816323..817370,817427..817816))	Aspergillus niger	4990731
An04g03260	CDS	An04g03260	NT_166539.1	818236	819612	R	Remark: general weak similarity to several different proteins involved in protein-protein interaction.; Similarity: weak similarity to desmoplakin I and centrosome associated protein CEP250 from H. sapiens.; Title: weak similarity to myosin heavy chain - Homo sapiens; uncharacterized protein	complement(818236..819612)	Aspergillus niger	4990732
An04g03270	CDS	An04g03270	NT_166539.1	820088	823821	D	Complex: the 26S proteasome of S. cerevisiae contains a 20S catalytic core and a 19S regulatory subunit.; Function: regulatory subunit of the 26S proteasome of S. cerevisiae.; Function: the 26S proteasome degrades ubiquinated proteins.; Title: strong similarity to proteasome 19S regulatory particle subunit Rpn2 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(820088..820227,820334..820503,820566..821092,821149..823407,823474..823821)	Aspergillus niger	4990733
An04g03280	CDS	An04g03280	NT_166539.1	824457	825160	D	hypothetical protein	join(824457..824695,824941..825160)	Aspergillus niger	84590847
An04g03290	CDS	An04g03290	NT_166539.1	825460	827370	D	Catalytic activity: acyl-CoA + ETF <=> 2,3-dehydroacyl-CoA + reduced ETF.; Complex: forms with another flavoprotein (ETF = 'Electron-Transferring Flavoprotein') and EC 1. 5. 5. 1 a system reducing ubiquinone and other acceptors.; Localization: mitochondrial matrix in Rattus norvegicus.; Pathway: initial step of the mitochondrial fatty acid beta-oxidation system.; Remark: a number of acyl-CoA dehydrogenases of different substrate specifity are present in all organisms.; Remark: closest manual homolog (BLASTP): PIR:A34252 long-chain-acyl-CoA dehydrogenase precursor - Rattus norvegicus.; Title: strong similarity to long-chain acyl-CoA dehydrogenase - Rattus norvegicus; localisation:mitochondrion; See PMID 2777793; See PMID 8268228; See PMID 10760462; uncharacterized protein	join(825460..825574,825647..825658,825720..825991,826077..826821,826877..827370)	Aspergillus niger	4990735
An04g03300	CDS	An04g03300	NT_166539.1	828277	831660	D	Complex: SPT4 and SPT5 from S. cerevisiae form a complex that does not contain SPT6.; Function: STP5 from S. cerevisiae is a transcription elongation protein.; Title: strong similarity to transcription elongation protein Spt5 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(828277..828375,828433..828651,828715..830195,830246..830988,831044..831660)	Aspergillus niger	4990736
An04g03310	CDS	An04g03310	NT_166539.1	832411	834802	R	Remark: high proline and glutamine content is indicative for various polynucleotide-binding domains.; Similarity: N-terminal region with high proline and glutamine content shows similarities to different DNA-directed RNA polymerases, C-terminal region shows similarity to mRNA-capping-enzyme of S. pombe.; Title: similarity to hypothetical mRNA-capping enzyme subunit SPAC644.04 - Schizosaccharomyces pombe; See PMID 9345280; uncharacterized protein	complement(join(832411..833139,833240..834802))	Aspergillus niger	4990737
An04g03320	CDS	An04g03320	NT_166539.1	836119	837855	R	Function: TTG1 is potentially involved in signal transduction to downstream transcription factors in A. thaliana.; Function: protein regulates the trichome differentiation and anthocyanin biosynthesis in Arabidopsis thaliana.; Similarity: strong similarity to hypothetical protein YPL247 form S. cerevisiae.; Similarity: strong similarity to putative beta transducin from S. pombe.; Similarity: ttg1 from A. thaliana contains four WD40 repeats.; Title: similarity to transparent testa glabra1 TTG1 - Arabidopsis thaliana; See PMID 10402433; uncharacterized protein	complement(join(836119..836546,836604..836678,836739..837339,837409..837855))	Aspergillus niger	4990738
An04g03330	CDS	An04g03330	NT_166539.1	838795	840000	D	Title: strong similarity to hypothetical protein SPAC1F12.08 - Schizosaccharomyces pombe; uncharacterized protein	838795..840000	Aspergillus niger	4990739
An04g03340	CDS	An04g03340	NT_166539.1	841704	843617	D	Title: weak similarity to hypothetical syntaxin 8 related protein B13N20.240 - Neurospora crassa; uncharacterized protein	join(841704..841892,842005..843174,843449..843482,843572..843582,843615..843617)	Aspergillus niger	84590848
An04g03350	CDS	An04g03350	NT_166539.1	843928	846576	R	Function: Ral2 from S. pombe probably is a GDP - GTP exchange factor for Ras1; Phenotype: deletion mutant shows no response to the mating pheromone, but their vegetative growth was apparently normal in S. pombe.; Title: similarity to ras1 activating gene ral2p -Schizosaccharomyces pombe; uncharacterized protein	complement(join(843928..846148,846185..846576))	Aspergillus niger	4990741
An04g03360	CDS	An04g03360	NT_166539.1	848500	849342	R	Catalytic activity: Phosphatidylcholine + H(2)O <=> 1-acylglycerophosphocholine + a fatty acid anion.; Function: aiPLA2 degrades internalized phosphatidylcholine in R. norvegicus.; Localization: in lysosomal fraction of R. norvegicus lung epithelium.; Title: strong similarity to acidic Ca(2+)-independent phospholipase A2 aiPLA2 - Rattus norvegicus; See PMID 9612290; uncharacterized protein	complement(join(848500..848756,848815..849067,849150..849258,849323..849342))	Aspergillus niger	4990742
An04g03370	CDS	An04g03370	NT_166539.1	849386	852095	R	hypothetical protein	complement(join(849386..849812,849993..850197,850601..851042,851720..851869,851976..852095))	Aspergillus niger	84590849
An04g03380	CDS	An04g03380	NT_166539.1	852220	853674	D	Title: strong similarity to hypothetical protein My005 - Homo sapiens; uncharacterized protein	join(852220..852297,852525..852660,852799..853044,853101..853118,853174..853290,853355..853674)	Aspergillus niger	4990744
An04g03400	CDS	An04g03400	NT_166539.1	854671	856294	D	Catalytic activity: Aldehyde + NAD+ + H2O = Carboxylate + NADH.; Localization: different aldh isozymes are located in the mitochondria and cytoplasm.; Title: strong similarity to aldehyde dehydrogenase aldA - Aspergillus niger; See PMID 2606357; See PMID 1644309; uncharacterized protein	join(854671..854798,854855..855054,855114..856294)	Aspergillus niger	4990745
An04g03410	CDS	An04g03410	NT_166539.1	856911	857695	R	hypothetical protein	complement(join(856911..856942,857089..857309,857433..857456,857561..857585,857620..857695))	Aspergillus niger	84590850
An04g03420	CDS	An04g03420	NT_166539.1	862131	863336	D	Function: regucalcin from R. norvegicus has an inhibitory effect on the activation of Ca2+/calmodulin-dependent enzymes and protein kinaseC and regulates nuclear function in liver cells; it can inhibit Ca(2+)-activated DNA fragmentation, DNA and RNA synthesis,protein kinase and protein phosphatase activities in the nuclei.; Function: regucalcin from R. norvegicus is a calcium-binding protein that does not contain the EF-hand motif, it is a regulatory protein in Ca2+ signaling,maintaining intracellular Ca2+ homeostasis due to activating Ca2+ pump enzymes in the plasma membrane and microsomal membranes of liver and kidney cells.; Title: strong similarity to regucalcin also known as senescence marker protein-30 SMP30 - Rattus norvegicus; See PMID 8348951; See PMID 9792046; See PMID 1420310; See PMID 10809175; See PMID 1581340; uncharacterized protein	join(862131..862169,862263..862423,862521..862667,862739..863336)	Aspergillus niger	4990747
An04g03430	CDS	An04g03430	NT_166539.1	867107	869889	R	hypothetical protein	complement(join(867107..867213,867278..867404,867505..867570,867834..867967,868050..868477,868818..868979,869209..869329,869519..869563,869662..869723,869810..869889))	Aspergillus niger	84590851
An04g03440	CDS	An04g03440	NT_166539.1	871920	873410	D	Remark: the blastp hits are due to the serine-rich ORF sequence.; Similarity: the ORF shows strong similarity to the A. niger EST an_3444.; Title: similarity to novel polypeptide sequence SEQ ID NO:1786 from patent WO2003029271-A2 - Homo sapiens; uncharacterized protein	871920..873410	Aspergillus niger	4990749
An04g03450	CDS	An04g03450	NT_166539.1	874165	874623	R	hypothetical protein	complement(join(874165..874356,874435..874539,874594..874623))	Aspergillus niger	84590852
An04g03460	CDS	phyA	NT_166539.1	874663	876177	D	Catalytic activity: 3-phytase catalyzes the conversion of myo-inositol hexakisphosphate + H2O = D-myo-inositol 1,2,4,5,6-pentakisphosphate + orthophosphate.; Function: catalyzes the hydrolysis of phytic acid into myo-inositol and inorganic phosphate.; Gene-ID: phyA; Pathway: inositol phosphate metabolism.; extracellular/secretion proteins; See PMID 8865587; See PMID 9349716; See PMID 10087168; See PMID 10223979; See PMID 10328821; phytase phyA-Aspergillus niger	join(874663..874706,874818..876177)	Aspergillus niger	4990751
An04g03470	CDS	An04g03470	NT_166539.1	876510	877010	R	hypothetical protein	complement(join(876510..876666,876886..877010))	Aspergillus niger	84590853
An04g03480	CDS	An04g03480	NT_166539.1	877424	878567	R	hypothetical protein	complement(join(877424..877435,877687..877832,878216..878344,878468..878567))	Aspergillus niger	84590854
An04g03490	CDS	An04g03490	NT_166539.1	878693	881564	R	Title: similarity to hypothetical protein AAN10358.2 - Drosophila melanogaster; uncharacterized protein	complement(join(878693..881413,881475..881564))	Aspergillus niger	4990754
An04g03495	CDS	An04g03495	NT_166539.1	882513	883566	D	Complex: Swp1 from S. cerevisiae is a component of the oligosaccharyltransferase complex.; Function: Swp1 from S. cerevisiae interacts physically with Wbp1.; Function: Swp1 from S. cerevisiae was isolated as a suppressor of a mutation in wbp1, an essential component of the N-oligosaccharyl transferase.; Title: similarity to oligosaccharyltransferase delta subunit Swp1 - Saccharomyces cerevisiae; See PMID 8175708; See PMID 8428586; uncharacterized protein	join(882513..882658,882734..882932,882996..883274,883327..883566)	Aspergillus niger	4990755
An04g03500	CDS	An04g03500	NT_166539.1	884001	884999	D	Title: weak similarity to glycoprotein gpv -Varicella-zoster virus; uncharacterized protein	join(884001..884226,884296..884663,884865..884999)	Aspergillus niger	4990756
An04g03520	CDS	An04g03520	NT_166539.1	885806	887417	D	Title: questionable ORF; uncharacterized protein	join(885806..886068,886345..886456,887244..887417)	Aspergillus niger	84590855
An04g03530	CDS	An04g03530	NT_166539.1	887989	889017	R	Function: NAD-dependent D-arabinitol dehydrogenase ARD of C. tropicalis interconverts D-arabinitol plus NAD with D-ribulose plus NADH.; Similarity: shows strong similarity to several short chain dehydrogenase/reductases with different specificities.; Title: strong similarity to NAD-dependent D-arabinitol dehydrogenase ard - Candida tropicalis; See PMID 7698655; uncharacterized protein	complement(join(887989..888300,888405..888743,888799..889017))	Aspergillus niger	4990759
An04g03540	CDS	An04g03540	NT_166539.1	889223	890202	D	hypothetical protein	join(889223..889341,889554..889640,889755..890202)	Aspergillus niger	84590856
An04g03550	CDS	An04g03550	NT_166539.1	890223	891049	R	hypothetical protein	complement(join(890223..890268,890365..890414,890744..891049))	Aspergillus niger	84590857
An04g03560	CDS	An04g03560	NT_166539.1	891215	892131	D	hypothetical protein	join(891215..891301,891446..891564,891604..891737,891879..891903,892035..892131)	Aspergillus niger	84590858
An04g03570	CDS	An04g03570	NT_166539.1	893024	894147	R	Function: pyridoxine 4-dehydrogenase PLR of S. pombe catalyzes the reduction of pyridoxal by NADPH to form pyridoxine and NADP+.; Title: strong similarity to pyridoxine 4-dehydrogenase PLR - Schizosaccharomyces pombe; See PMID 10438489; uncharacterized protein	complement(join(893024..893486,893542..893947,894021..894147))	Aspergillus niger	4990763
An04g03580	CDS	An04g03580	NT_166539.1	894828	895943	D	Title: similarity to hypothetical protein BAA97223.1 - Arabidopsis thaliana; uncharacterized protein	join(894828..894833,895062..895943)	Aspergillus niger	4990764
An04g03590	CDS	An04g03590	NT_166539.1	896863	898900	D	Catalytic activity: lysophospholipase catalyzes the conversion of 2-lysophosphatidylcholine + H2O = glycerophosphocholine + a carboxylate.; Pathway: phospholipid degradation.; Title: strong similarity to lysophospholipase from patent WO0127251 - Aspergillus oryzae; uncharacterized protein	join(896863..896908,896994..897657,897709..898900)	Aspergillus niger	4990765
An04g03600	CDS	An04g03600	NT_166539.1	899422	904771	D	Title: strong similarity to hypothetical protein EAA64794.1 - Aspergillus nidulans; uncharacterized protein	join(899422..904169,904219..904771)	Aspergillus niger	4990766
An04g03610	CDS	An04g03610	NT_166539.1	904916	905567	R	hypothetical protein	complement(join(904916..904955,905062..905567))	Aspergillus niger	4990767
An04g03620	CDS	An04g03620	NT_166539.1	906068	907746	D	Catalytic activity: 2-dehydro-3-deoxyphosphoheptonate aldolase catalyzes the conversion of 7-phospho-2-dehydro-3-deoxy-D-arabino-heptonate + orthophosphate = phosphoenolpyruvate + D-erythrose 4-phosphate + H2O.; Pathway: 2-dehydro-3-deoxyphosphoheptonate aldolase catalyzes the first step in the biosynthesis from chorismate of the aromatic amino acids (the shikimate pathway).; Title: similarity to 2-dehydro-3-deoxyphosphoheptonate aldolase - Arabidopsis thaliana; uncharacterized protein	join(906068..906095,906163..906272,906327..906390,906456..906548,906597..906648,906702..907746)	Aspergillus niger	4990768
An04g03630	CDS	An04g03630	NT_166539.1	907981	910151	R	Title: strong similarity to hypothetical transport protein YCR023c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(907981..908074,908150..909063,909134..909380,909448..910151))	Aspergillus niger	4990769
An04g03640	CDS	An04g03640	NT_166539.1	911245	914315	R	Similarity: the ORF shows weak (but specific) similarity to the A. niger protein An17g02290. The similarity between the two proteins, however, is restricted to a stretch of about 140 amino acids.; Title: weak similarity to hypothetical protein SPAC4H3.11c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(911245..912297,912349..913058,913112..914315))	Aspergillus niger	4990770
An04g03650	CDS	An04g03650	NT_166539.1	915318	916832	R	Remark: blast matches are due to repetitive sequence.; hypothetical protein	complement(join(915318..916610,916674..916832))	Aspergillus niger	4990771
An04g03660	CDS	An04g03660	NT_166539.1	917180	918011	D	Title: weak similarity to hypothetical protein YLR094c - Saccharomyces cerevisiae; uncharacterized protein	join(917180..917293,917470..917664,917749..917808,917874..918011)	Aspergillus niger	84590859
An04g03670	CDS	An04g03670	NT_166539.1	918013	919871	R	hypothetical protein	complement(join(918013..918067,918146..918244,918291..918412,918640..918820,918931..919044,919412..919526,919720..919780,919806..919871))	Aspergillus niger	84590860
An04g03680	CDS	An04g03680	NT_166539.1	919960	920972	D	Title: similarity to glucanase ZmGnsN4 from patent WO200073470-A2 - Zea mays; uncharacterized protein	join(919960..920203,920313..920394,920453..920972)	Aspergillus niger	4990774
An04g03690	CDS	An04g03690	NT_166539.1	921026	925254	R	Function: the S. cerevisiae homolog Ste6p is a ABC-transporter similar to the human MDR transporter. Ste6p is responsible for transport of mating pheromone a-factor across the plasma membrane.; Induction: expression of STE6 is mating type dependent.; Similarity: shows strong similarity to several known and hypothetical ABC-type transporter proteins.; Title: strong similarity to mating pheromone transporter Ste6 - Saccharomyces cerevisiae; plasma membrane; See PMID 11294906; uncharacterized protein	complement(join(921026..921924,921978..922972,923096..924039,924105..924768,924818..925254))	Aspergillus niger	4990775
An04g03700	CDS	An04g03700	NT_166539.1	925920	926609	R	Title: strong similarity to hypothetical protein YPL225w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(925920..925977,926036..926072,926135..926419,926473..926497,926565..926609))	Aspergillus niger	4990776
An04g03710	CDS	An04g03710	NT_166539.1	927280	928951	R	Title: similarity to hypothetical protein SPBC3E7.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(927280..927379,927433..928277,928334..928453,928506..928741,928800..928874,928924..928951))	Aspergillus niger	4990777
An04g03720	CDS	An04g03720	NT_166539.1	929851	935246	D	Title: strong similarity to hypothetical protein SPAC6F6.17 - Schizosaccharomyces pombe; uncharacterized protein	join(929851..932781,932831..933097,933147..935246)	Aspergillus niger	4990778
An04g03730	CDS	An04g03730	NT_166539.1	935421	935688	R	hypothetical protein	complement(join(935421..935538,935678..935688))	Aspergillus niger	84590861
An04g03740	CDS	An04g03740	NT_166539.1	936126	936895	D	Title: weak similarity to ORF1557 polypeptide sequence SEQ ID NO:3114 from patent WO200058473-A2 - Homo sapiens; uncharacterized protein	join(936126..936202,936293..936716,936818..936895)	Aspergillus niger	84590862
An04g03750	CDS	An04g03750	NT_166539.1	937142	938267	R	Title: strong similarity to hypothetical protein YMR099c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(937142..937528,937581..937910,938022..938267))	Aspergillus niger	4990781
An04g03770	CDS	An04g03770	NT_166539.1	940374	942376	R	Title: strong similarity to hypothetical protein AAD34558.1 - Aspergillus terreus; uncharacterized protein	complement(join(940374..940417,940649..941129,941183..941702,941752..941952,942011..942096,942146..942376))	Aspergillus niger	4990783
An04g03780	CDS	An04g03780	NT_166539.1	942838	945029	R	Title: strong similarity to hypothetical membrane protein YJL057c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(942838..944872,944971..945029))	Aspergillus niger	4990784
An04g03790	CDS	An04g03790	NT_166539.1	945705	947874	R	Title: strong similarity to hypothetical protein YNR053c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(945705..946541,946974..947721,947777..947874))	Aspergillus niger	4990785
An04g03800	CDS	An04g03800	NT_166539.1	948256	949119	D	Title: weak similarity to hypothetical protein CAB51071.1 - Homo sapiens; uncharacterized protein	948256..949119	Aspergillus niger	4990786
An04g03810	CDS	An04g03810	NT_166539.1	949413	950669	R	Complex: TFB3 of S. cerevisiae is a subunit of the RNA polymerase II basal transcription factor TFIIH complex,that is composed also by the subunits TFB1, TFB2, TFB4,KIN28, RAD3, SSL1, SSL2, and CCL1.; Function: TFIIH is essential for transcription by RNA polymerase II and nucleotide excision DNA repair.; Title: strong similarity to subunit of transcription initiation factor TFIIH Tfb3 - Saccharomyces cerevisiae; nucleus; See PMID 9774652; See PMID 10373527; See PMID 11007479; uncharacterized protein	complement(join(949413..950280,950336..950576,950624..950669))	Aspergillus niger	4990787
An04g03820	CDS	An04g03820	NT_166539.1	950959	952931	D	Remark: The lamprey is considered the most primitive living vertebrate and its neurofilaments (NFs) are unique in being homopolymers of a single 180 kDa subunit (NF-180); Title: weak similarity to NF-180 - Petromyzon marinus; uncharacterized protein	join(950959..952763,952844..952931)	Aspergillus niger	4990788
An04g03830	CDS	An04g03830	NT_166539.1	956540	958234	D	Title: similarity to phorbol activated nuclear factor-like protein PNF1 from patent WO200162790-A2 - Homo sapiens; uncharacterized protein	join(956540..956768,956826..958155,958207..958234)	Aspergillus niger	4990789
An04g03840	CDS	An04g03840	NT_166539.1	959653	960954	R	Title: similarity to microtubule binding protein D-CLIP-190 - Drosophila melanogaster; cytoskeleton; uncharacterized protein	complement(959653..960954)	Aspergillus niger	4990790
An04g03850	CDS	An04g03850	NT_166539.1	961807	966580	R	Title: strong similarity to hypothetical beta transducin-like protein het-e1 - Podospora anserina; uncharacterized protein	complement(join(961807..963942,963999..965951,966008..966580))	Aspergillus niger	4990791
An04g03860	CDS	An04g03860	NT_166539.1	967959	968711	D	Catalytic activity: R-CHOH-R' + NADP(+) <=> R-CO-R' + NADPH; Function: Acts on a wide range of carbonyl compounds, including quinones, aromatic aldehydes, ketoaldehydes,daunorubicin, and prostaglandins E and F, reducing them to the corresponding alcohol.; Title: similarity to carbonyl reductase NADPH -Rattus norvegicus; uncharacterized protein	967959..968711	Aspergillus niger	4990792
An04g03870	CDS	An04g03870	NT_166539.1	970457	971462	D	Similarity: the ORF shows similarity to the A. niger protein An11g05330. The similarity between the two proteins, however, is restricted to a stretch of about 100 amino acids.; Title: weak similarity to phosphatidic acid phosphatase ATPAP2 from patent WO200005385-A1 - Arabidopsis thaliana; uncharacterized protein	join(970457..970622,970732..971462)	Aspergillus niger	4990793
An04g03880	CDS	An04g03880	NT_166539.1	972746	973132	D	hypothetical protein	972746..973132	Aspergillus niger	4990794
An04g03890	CDS	An04g03890	NT_166539.1	974265	976816	D	Function: HxB is responsible for the insertion of the terminal sulphur atom in the molybdopterin cofactor.; Induction: HxB is independently controlled by the purine utilization and the nicotinate utilization transcriptional activating systems.; Remark: the xanthine oxidase class of molybdoenzymes requires the molybdopterin cofactor (MoCF) to have a terminal, cyanolysable sulphur ligand.; Title: strong similarity to transulphurylase hxB -Aspergillus nidulans; See PMID 10096075; See PMID 11029694; uncharacterized protein	join(974265..974340,974421..976816)	Aspergillus niger	4990795
An04g03900	CDS	An04g03900	NT_166539.1	977091	977749	R	Remark: alternate names in S. cerevisiae = YmL25,YGR076c.; Title: similarity to mitochondrial ribosomal protein of the large subunit Ymr26 - Saccharomyces cerevisiae; localisation:mitochondrion; mitochondrial 54S ribosomal protein mL59	complement(join(977091..977597,977636..977749))	Aspergillus niger	4990796
An04g03910	CDS	An04g03910	NT_166539.1	978455	981055	D	Complex: Prp39p is uniquely associated with the U1 snRNP and is recruited with the U1 snRNP into splicing complexes.; Function: Prp39p is necessary for the stable interaction of mRNA precursors with the snRNP components of the pre-mRNA splicing machinery.; Title: strong similarity to pre-mRNA splicing factor Prp39 - Saccharomyces cerevisiae; nucleus; See PMID 8196608; uncharacterized protein	join(978455..978523,978606..978821,978889..978992,979506..980870,981034..981055)	Aspergillus niger	4990797
An04g03920	CDS	An04g03920	NT_166539.1	981396	983982	D	Complex: U5-100kD is tightly associated with the U5 snRNP.; Function: U5-100kD is an RS domain-containing putative RNA helicase.; Function: U5-100kD potentially facilitates conformational changes in the spliceosome during nuclear pre-mRNA splicing.; Similarity: the C-terminal domain of U5-100kD shows significant homology to the S. cerevisiae splicing factor Prp28p.; Title: strong similarity to U5 snRNP 100 kD protein U5-100kD - Homo sapiens; nucleus; See PMID 9409622; uncharacterized protein	join(981396..981695,981760..983738,983829..983982)	Aspergillus niger	4990798
An04g03930	CDS	apsA	NT_166539.1	984334	987142	R	Function: the aminopeptidase apsA from A. niger was found to be active towards a number of amino acid p-nitroanilide (pNA) substrates, viz. K-pNA, R-pNA, L-pNA,M-pNA, A-pNA and F-pNA.; Gene-ID: apsA; Remark: the most preferred N-terminal amino acid is lysine and not leucine,arginine or alanine, the N-terminal amino acids preferred by the yeast homologues.; See PMID 11495983; lysine aminopeptidase apsA-Aspergillus niger	complement(join(984334..984456,984533..986903,986991..987142))	Aspergillus niger	4990799
An04g03940	CDS	An04g03940	NT_166539.1	988492	990418	R	Function: MUP1 encodes the high affinity methionine permease from S. cerevisiae.; Function: MUP1 has also be shown to be a major permease in cysteine uptake.; Remark: MUP1 encodes an integral membrane protein with 13 putative membrane-spanning regions.; Title: strong similarity to high affinity methionine permease Mup1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8893857; See PMID 11330701; uncharacterized protein	complement(join(988492..989090,989160..989424,989484..989934,989994..990225,990316..990418))	Aspergillus niger	4990800
An04g03950	CDS	An04g03950	NT_166539.1	991847	995125	R	Function: APG1 is a serine/threonine protein kinase involved in induction of autophagy after nutrient limitation.; Remark: S. cerevisiae imports cytosolic components into the vacuole non-selectively by autophagy and degrades them by vacuolar hydrolases under nutrient starvation conditions.; Remark: at least 15 APG genes are involved in autophagy in yeast.; Title: strong similarity to serine/threonine protein kinase Apg1 - Saccharomyces cerevisiae; See PMID 8224160; See PMID 9224897; uncharacterized protein	complement(join(991847..992139,992178..994758,994887..994992,995082..995125))	Aspergillus niger	4990801
An04g03960	CDS	An04g03960	NT_166539.1	997590	1000299	R	Catalytic activity: SEC59 catalyzes the transfer of mannose to dolichol-linked oligosaccharide.; Function: SEC59 encodes a membrane protein required for core glycosylation in S. cerevisiae.; Phenotype: SEC59 mutants accumulate inactive and incompletely glycosylated forms of secretory proteins.; Title: similarity to dolichol kinase Sec59 -Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 2657387; See PMID 1323123; uncharacterized protein	complement(join(997590..999682,999747..1000299))	Aspergillus niger	4990802
An04g03970	CDS	An04g03970	NT_166539.1	1000821	1003175	R	Remark: The EST sequence of EMBLEST:BE759313 is from Aspergillus niger but deviates in several positions from the sequence of the genomic DNA.; Title: strong similarity to hypothetical protein SPAC577.12 - Schizosaccharomyces pombe; uncharacterized protein	complement(1000821..1003175)	Aspergillus niger	4990803
An04g03980	CDS	An04g03980	NT_166539.1	1004462	1006436	R	Function: MHY1 encodes a C(2)H(2)-type zinc finger protein with the ability to bind putative stress response elements and whose activity is essential for both hyphal and pseudohyphal growth in Y. lipolytica.; Function: Mhy1p may act as a transcription factor.; Induction: transcription of MHY1 is dramatically increased during the yeast-to-hypha transition in Yarrowia lipolytica.; Phenotype: Deletion of MHY1 is viable and has no effect on mating, but it does result in a complete inability of cells to undergo mycelial growth.; Title: similarity to C2H2-type zinc finger protein Mhy1p - Yarrowia lipolytica; nucleus; See PMID 10322005; uncharacterized protein	complement(join(1004462..1005726,1005863..1006436))	Aspergillus niger	4990804
An04g03990	CDS	An04g03990	NT_166539.1	1006663	1007263	D	hypothetical protein	join(1006663..1006709,1006801..1006955,1007157..1007263)	Aspergillus niger	84590863
An04g04000	CDS	An04g04000	NT_166539.1	1007734	1009337	R	Title: strong similarity to EST an_2710 -Aspergillus niger; uncharacterized protein	complement(join(1007734..1007845,1008138..1008236,1008306..1008406,1008455..1008521,1008788..1008895,1009018..1009093,1009286..1009337))	Aspergillus niger	84590864
An04g04010	CDS	An04g04010	NT_166539.1	1015056	1016602	D	hypothetical protein	join(1015056..1015268,1015330..1015473,1016111..1016602)	Aspergillus niger	84590865
An04g04020	CDS	An04g04020	NT_166539.1	1016799	1017276	R	hypothetical protein	complement(join(1016799..1017083,1017154..1017276))	Aspergillus niger	84590866
An04g04030	CDS	An04g04030	NT_166539.1	1017287	1018944	D	hypothetical protein	join(1017287..1017414,1017507..1017636,1018053..1018110,1018229..1018408,1018476..1018642,1018695..1018804,1018854..1018944)	Aspergillus niger	84590867
An04g04035	CDS	An04g04035	NT_166539.1	1019861	1020070	D	hypothetical protein	1019861..1020070	Aspergillus niger	84590868
An04g04040	CDS	An04g04040	NT_166539.1	1020361	1021718	R	Title: strong similarity to hypothetical thioredoxin SPAC577.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1020361..1020437,1020521..1021284,1021357..1021504,1021640..1021718))	Aspergillus niger	4990811
An04g04050	CDS	An04g04050	NT_166539.1	1022445	1023029	R	Title: similarity to hypothetical protein dnajp -Schizosaccharomyces pombe; uncharacterized protein	complement(1022445..1023029)	Aspergillus niger	4990812
An04g04060	CDS	An04g04060	NT_166539.1	1023760	1024926	R	Catalytic activity: 2 ferrocytochrome c + H(2)O(2) <=> 2 ferricytochrome c + 2 H(2)O.; Cofactor: heme; Function: protection against toxic peroxides.; Title: strong similarity to cytochrome-c peroxidase precursor Ccp1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1023760..1024497,1024570..1024926))	Aspergillus niger	4990813
An04g04070	CDS	An04g04070	NT_166539.1	1025226	1028135	R	Similarity: the ORF shows weak similarity to anohter A. niger protein: An11g09200. The similarity between the two proteins, however, is restricted to a stretch of about 60 amino acids.; Title: weak similarity to hypothetical protein encoded by An11g09200 - Aspergillus niger; uncharacterized protein	complement(join(1025226..1025343,1025491..1025643,1025912..1026095,1026366..1026493,1027158..1027716,1027982..1028135))	Aspergillus niger	4990814
An04g04080	CDS	An04g04080	NT_166539.1	1028770	1030580	D	Title: similarity to hypothetical negative acting factor related protein - Neurospora crassa; uncharacterized protein	join(1028770..1028820,1028920..1029492,1029545..1029688,1029741..1030580)	Aspergillus niger	4990815
An04g04090	CDS	An04g04090	NT_166539.1	1030983	1032079	R	hypothetical protein	complement(join(1030983..1031145,1031229..1031342,1031418..1031533,1031742..1031982,1032072..1032079))	Aspergillus niger	84590869
An04g04100	CDS	An04g04100	NT_166539.1	1032100	1034447	D	Function: GTS1 gene product of S. cerevisiae appears to modulate the timing of budding to obtain an appropriate cell size independent of the DNA replication cycle. a loss-of-function mutation results in a shortened unbudded period and smaller cell size, whereas overexpression of the GTS1 gene product extends the unbudded period and results in larger cells.; Title: strong similarity to Lsr1 - Saccharomyces cerevisiae; See PMID 8035831; See PMID 9046087; See PMID 9219336; uncharacterized protein	join(1032100..1032214,1032282..1032302,1032393..1032499,1032573..1032741,1032901..1034447)	Aspergillus niger	4990817
An04g04110	CDS	An04g04110	NT_166539.1	1035154	1037809	R	Title: strong similarity to protein PIG-B - Mus musculus; See PMID 8861954; uncharacterized protein	complement(join(1035154..1036516,1036577..1036723,1036888..1037000,1037058..1037288,1037429..1037809))	Aspergillus niger	4990818
An04g04120	CDS	An04g04120	NT_166539.1	1038454	1038734	R	hypothetical protein	complement(join(1038454..1038559,1038652..1038734))	Aspergillus niger	84590870
An04g04130	CDS	An04g04130	NT_166539.1	1038787	1040290	D	Catalytic activity: L-ornithine + a 2-oxo acid <=> L-glutamate 5-semialdehyde + an L-amino acid.; Cofactor: Pyridoxal-phosphate.; Title: strong similarity to ornithine-2-oxo-acid transaminase YLR438w - Saccharomyces cerevisiae; uncharacterized protein	join(1038787..1039278,1039349..1040050,1040105..1040290)	Aspergillus niger	4990820
An04g04140	CDS	An04g04140	NT_166539.1	1040389	1040846	R	hypothetical protein	complement(join(1040389..1040559,1040700..1040846))	Aspergillus niger	84590871
An04g04150	CDS	An04g04150	NT_166539.1	1041471	1042998	R	Remark: Hereditary tyrosinemia type 1 (HT1) is an autosomal recessive disease caused by a deficiency of the enzyme involved in the last step of tyrosine degradation,fumarylacetoacetate hydrolase (FAH). Thus far, 34 mutations in the FAH gene have been reported in various HT1 patients.; Title: strong similarity to fumarylacetoacetase -Homo sapiens; See PMID 10508789; See PMID 11154690; See PMID 11209059; See PMID 11262262; See PMID 11278491; uncharacterized protein	complement(join(1041471..1041682,1041775..1041921,1042002..1042481,1042558..1042753,1042816..1042998))	Aspergillus niger	4990822
An04g04160	CDS	An04g04160	NT_166539.1	1043419	1045119	D	Phenotype: mutations in S. cerevisiae Hol I are resposible for nonselective cation/histindiol uptake in S. cerevisiae.; Remark: Hol I is a member of the major facilitator superfamily (drug resistance subfamily) of transporters.; Title: similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; See PMID 8955402; uncharacterized protein	join(1043419..1043523,1043570..1043716,1043763..1044296,1044430..1045119)	Aspergillus niger	84590872
An04g04170	CDS	An04g04170	NT_166539.1	1045499	1046558	R	Catalytic activity: D-arabinitol + NAD(+) <=> D-ribulose + NADH.; Title: strong similarity to NAD-dependent D-arabinitol dehydrogenase ard - Candida tropicalis; uncharacterized protein	complement(join(1045499..1045819,1045872..1046197,1046265..1046375,1046423..1046558))	Aspergillus niger	4990824
An04g04180	CDS	An04g04180	NT_166539.1	1047435	1048155	R	hypothetical protein	complement(join(1047435..1047932,1047999..1048112,1048144..1048155))	Aspergillus niger	84590873
An04g04190	CDS	An04g04190	NT_166539.1	1048664	1049793	D	hypothetical protein	join(1048664..1048750,1048978..1049100,1049191..1049244,1049365..1049424,1049557..1049793)	Aspergillus niger	84590874
An04g04200	CDS	An04g04200	NT_166539.1	1050149	1053028	R	hypothetical protein	complement(join(1050149..1050278,1050373..1050591,1050930..1051061,1051147..1051324,1051407..1051498,1051549..1051908,1052340..1052420,1052514..1052540,1052734..1052827,1052911..1053028))	Aspergillus niger	84590875
An04g04210	CDS	An04g04210	NT_166539.1	1053584	1054747	D	Catalytic activity: S-adenosyl-L-methionine + 5-alpha-cholest-8,24-dien-3-beta-ol <=> S-adenosyl-L-homocysteine + 24-methylene-5-alpha-cholest-8-en-3-beta-ol.; Cofactor: Glutathione.; Title: strong similarity to S-adenosyl-L-methionine:delta24-sterol-C-methyltransferase - Glycine max; uncharacterized protein	1053584..1054747	Aspergillus niger	4990828
An04g04220	CDS	An04g04220	NT_166539.1	1055001	1055727	R	hypothetical protein	complement(join(1055001..1055147,1055225..1055350,1055441..1055537,1055636..1055727))	Aspergillus niger	84590876
An04g04230	CDS	An04g04230	NT_166539.1	1056428	1057782	D	hypothetical protein	join(1056428..1056669,1056725..1056858,1056938..1057069,1057125..1057451,1057616..1057782)	Aspergillus niger	4990830
An04g04240	CDS	An04g04240	NT_166539.1	1058446	1060367	D	Title: strong similarity to phosphate transport protein GvPT - Glomus versiforme; uncharacterized protein	join(1058446..1058508,1058574..1059918,1059979..1060367)	Aspergillus niger	4990831
An04g04260	CDS	An04g04260	NT_166539.1	1061351	1062033	D	hypothetical protein	join(1061351..1061575,1061738..1061781,1061892..1062033)	Aspergillus niger	84590877
An04g04270	CDS	An04g04270	NT_166539.1	1062906	1064805	D	Title: similarity to hypothetical protein mlr1435 -Mesorhizobium loti; uncharacterized protein	join(1062906..1063515,1063568..1064805)	Aspergillus niger	4990834
An04g04280	CDS	An04g04280	NT_166539.1	1068316	1068919	D	Remark: there is homology to a 5' EST an_3603 from A. niger.; Title: similarity to hypothetical protein SPBC800.14c - Schizosaccharomyces pombe; uncharacterized protein	join(1068316..1068394,1068453..1068919)	Aspergillus niger	4990835
An04g04290	CDS	An04g04290	NT_166539.1	1069138	1071622	D	hypothetical protein	join(1069138..1069370,1069889..1070195,1070257..1070523,1070907..1071183,1071222..1071622)	Aspergillus niger	84590878
An04g04300	CDS	An04g04300	NT_166539.1	1072956	1073446	R	hypothetical protein	complement(join(1072956..1073100,1073137..1073320,1073398..1073446))	Aspergillus niger	84590879
An04g04310	CDS	An04g04310	NT_166539.1	1074691	1077814	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(1074691..1074792,1074864..1074920,1075038..1075070,1075140..1075371,1075715..1075786,1076972..1077213,1077525..1077659,1077734..1077814)	Aspergillus niger	84590880
An04g04320	CDS	An04g04320	NT_166539.1	1078659	1083081	D	Title: strong similarity to hypothetical protein encoded by An04g03250 - Aspergillus niger; uncharacterized protein	join(1078659..1079159,1079232..1080987,1081053..1081564,1081630..1083081)	Aspergillus niger	4990839
An04g04330	CDS	An04g04330	NT_166539.1	1084347	1086199	R	Catalytic activity: ATP + 4-coumarate + CoA = AMP + pyrophosphate + 4-coumaroyl-CoA.; Pathway: flavonoids, stilbene and lignin biosynthesis.; Remark: In soybean, 4CL isoenzymes possessing different substrate affinities for substituted cinnamic acids, and showing differential regulation to environmental stress, may play a pivotal role in distributing substituted cinnamate intermediates at a branch point of general phenylpropanoid metabolism into subsequent specific pathways.; Title: strong similarity to 4-coumarate-CoA ligase 4 4CL4 - Glycine max; See PMID 8278545; uncharacterized protein	complement(join(1084347..1084725,1084805..1085922,1085987..1086199))	Aspergillus niger	4990840
An04g04340	CDS	An04g04340	NT_166539.1	1086488	1093931	R	Function: polyketide synthases catalyze the assembly of complex natural products from simple precursors such as propionyl-CoA and methylmalonyl-CoA in a biosynthetic process that closely parallels fatty acid biosynthesis.; Remark: the lovF gene encodes an enzyme that is responsible for the biosynthesis of the (2R)-2-methylbutyryl side chain of lovastatin.; Title: strong similarity to nonaketide synthase lovB - Aspergillus terreus; See PMID 10334994; See PMID 11386351; uncharacterized protein	complement(join(1086488..1087436,1087489..1093931))	Aspergillus niger	4990841
An04g04350	CDS	An04g04350	NT_166539.1	1094396	1095328	D	Title: similarity to hypothetical protein encoded by prophage CP-933X Z1925 - Escherichia coli; uncharacterized protein	join(1094396..1094426,1094815..1095088,1095106..1095328)	Aspergillus niger	84590881
An04g04360	CDS	An04g04360	NT_166539.1	1096041	1096937	D	Title: similarity to hypothetical protein 104H10.250 - Neurospora crassa; uncharacterized protein	join(1096041..1096296,1096364..1096815,1096863..1096937)	Aspergillus niger	84590882
An04g04370	CDS	An04g04370	NT_166539.1	1097425	1099659	D	Catalytic activity: L-phenylalanine = trans-cinnamate + NH3.; Pathway: tyrosine metabolism; phenylalanine metabolism; nitrogen metabolism; alkaloid biosynthesis II.; Remark: the active sites of the enzyme phenylalanine ammonia-lyase (Pal) from Rhodosporidium toruloides contains a dehydroalanine residue that is believed to be essential for catalytic activity.; Similarity: belongs to the histidine ammonia-lyases.; Title: strong similarity to phenylalanine ammonia-lyase Pal - Rhodosporidium toruloides; See PMID 8200528; See PMID 1368015; See PMID 1773059; uncharacterized protein	join(1097425..1097564,1097626..1097732,1097795..1099659)	Aspergillus niger	4990844
An04g04380	CDS	An04g04380	NT_166539.1	1100318	1103977	R	Remark: the terminal NRPS (non-ribosomal peptide synthetases) MxaA extends the assembled polyketide chain of the myxalamids with alanine. MxaA contains an N-terminal domain with homology to NAD binding proteins, which is responsible during the biogenesis for a novel type of reductive chain release giving rise to the 2-amino-propanol moiety of the myxalamids.; Similarity: belongs to the non-ribosomal peptide synthetase modules and related proteins.; Title: strong similarity to nonribosomal peptide synthase MxaA - Stigmatella aurantiaca; See PMID 11182319; uncharacterized protein	complement(join(1100318..1103428,1103707..1103793,1103864..1103918,1103949..1103977))	Aspergillus niger	4990845
An04g04390	CDS	An04g04390	NT_166539.1	1105379	1106028	D	Remark: activitie of pehA and of the eight enzymes involved in the catabolism of phthalate in Arthrobacter keyseri through protocatechuate to pyruvate and oxaloacetate were demonstrated in cells or cell extracts of recombinant E. coli strains.; Title: similarity to phthalate ester hydrolase pehA - Arthrobacter keyseri; See PMID 11371533; uncharacterized protein	join(1105379..1105667,1105730..1106028)	Aspergillus niger	4990846
An04g04400	CDS	An04g04400	NT_166539.1	1106798	1108519	R	Remark: human telomeres are maintained by telomerase, a reverse transcriptase that adds telomeric repeats to chromosome ends. In human tumors and immortalized cells,telomeres are often maintained at a constant length setting, indicating that telomerase-mediated telomere elongation is tightly regulated. Tankyrase, a telomeric poly(ADP-ribose) polymerase (PARP), was identified through its interaction with TRF1, a negative regulator of telomere extension by telomerase.; Remark: similarity to Human tankyrase2 patent WO200100849-A1.; Title: similarity to tankyrase2 TANK2 from patent WO200100849-A1 - Homo sapiens; See PMID 11069113; uncharacterized protein	complement(1106798..1108519)	Aspergillus niger	4990847
An04g04410	CDS	An04g04410	NT_166539.1	1109177	1109571	R	hypothetical protein	complement(join(1109177..1109338,1109425..1109571))	Aspergillus niger	84590883
An04g04420	CDS	An04g04420	NT_166539.1	1109911	1110807	R	hypothetical protein	complement(join(1109911..1110077,1110261..1110346,1110438..1110521,1110590..1110807))	Aspergillus niger	84590884
An04g04430	CDS	An04g04430	NT_166539.1	1111092	1112816	D	Catalytic activity: digallate + H2O = 2 Gallate.; Remark: tannase consisted of two kinds of subunits,linked by a disulfide bond(s) with molecular weights of about 30,000 and 33,000, respectively.; Remark: the tannase gene product is translated as a single polypeptide that is cleaved by post-translational modification into two tannase subunits linked by a disulfide bond(s).; Remark: this enzyme hydrolyzes the ester bonds of tannic acid to produce gallic acid and glucose.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; uncharacterized protein	1111092..1112816	Aspergillus niger	4990850
An04g04440	CDS	An04g04440	NT_166539.1	1113236	1114849	R	Remark: the mcr locus from Streptomyces lavendulae confers high level resistance (> 100 micrograms/ml) to mitomycin C (MC) and related mitomycins.; Remark: the predicted ORF shows similarity to oxidoreductases with different specificity.; Title: strong similarity to mcrA - Streptomyces lavendulae; See PMID 8917108; uncharacterized protein	complement(join(1113236..1113798,1113844..1114332,1114402..1114849))	Aspergillus niger	4990851
An04g04450	CDS	An04g04450	NT_166539.1	1116122	1116451	R	hypothetical protein	complement(1116122..1116451)	Aspergillus niger	84590885
An04g04460	CDS	An04g04460	NT_166539.1	1117099	1117451	D	Title: strong similarity to hypothetical protein CAE47852.1/AfA24A6.020c - Aspergillus fumigatus; uncharacterized protein	join(1117099..1117213,1117273..1117451)	Aspergillus niger	4990853
An04g04470	CDS	An04g04470	NT_166539.1	1118216	1118966	D	Remark: a splice site was detected upstream of the START codon.; Title: weak similarity to NifA-regulated gene NrgA -Bradyrhizobium japonicum; See PMID 10692350; uncharacterized protein	join(1118216..1118627,1118707..1118966)	Aspergillus niger	4990854
An04g04480	CDS	An04g04480	NT_166539.1	1119720	1120754	R	Remark: LovC Aspergillus terreus interacts with lovastatin nonaketide synthase (LNKS) and is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L.; Remark: putative part of the lovastatin biosynthesis gene cluster as seen in Aspergillus terreus.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(1119720..1120754)	Aspergillus niger	4990855
An04g04490	CDS	An04g04490	NT_166539.1	1121148	1123232	D	Remark: grt1(+) defines an independent pathway that facilitates the function of Slp1.; Title: strong similarity to zinc-finger protein grt1p - Schizosaccharomyces pombe; See PMID 11058086; uncharacterized protein	join(1121148..1121586,1121633..1122144,1122210..1123232)	Aspergillus niger	4990856
An04g04500	CDS	An04g04500	NT_166539.1	1123692	1125557	D	Remark: the human MUC3 is a large mucin glycoprotein expressed by the human intestine and gall bladder.; Similarity: the similarities of the ORF encoded protein to Muc1 from S. cerevisiae and the other proteins are mainly based on repetitive structures.; Title: similarity to ntestinal mucin MUC3 - Homo sapiens; See PMID 9334251; uncharacterized protein	join(1123692..1124674,1124738..1125557)	Aspergillus niger	4990857
An04g04510	CDS	An04g04510	NT_166539.1	1125670	1126770	R	Remark: The jlbA mRNA formation in A. nidulans is elevated up to 40-fold upon amino acid starvation induced by the addition of the false feedback inhibitor 3-amino-1,2, 4-triazole.; Similarity: the ORF shows strong similarity to the A. niger EST an_2580.; Title: similarity to transcription factor jlbA -Aspergillus nidulans; nucleus; See PMID 11525406; uncharacterized protein	complement(join(1125670..1125944,1126017..1126770))	Aspergillus niger	4990858
An04g04520	CDS	An04g04520	NT_166539.1	1127312	1128272	R	Title: questionable ORF; uncharacterized protein	complement(join(1127312..1127717,1128205..1128272))	Aspergillus niger	84590886
An04g04530	CDS	An04g04530	NT_166539.1	1128395	1129294	D	Catalytic activity: endohydrolysis of beta-1,4-linkages between N-acetyl-D-glucosamine and D-glucosamine residues in a partly acetylated chitosan.; Pathway: aminosugars metabolism.; Remark: by endo-splitting activity, the chitosanase hydrolysed chitosan to form chitosan oligomers with chitotriose, chitotetraose and chitopentaose as the major products. The enzyme hydrolyses chitohexaose to form chitotriose, while the chitopentaose and shorter oligomers remain intact.; Title: strong similarity to chitosanase csnA -Aspergillus oryzae; See PMID 11055393; See PMID 11388486; uncharacterized protein	join(1128395..1128505,1128580..1128948,1129040..1129294)	Aspergillus niger	4990860
An04g04540	CDS	An04g04540	NT_166539.1	1129718	1131775	R	Title: similarity to hypothetical protein YLR352w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1129718..1131114,1131162..1131515,1131577..1131775))	Aspergillus niger	4990861
An04g04550	CDS	An04g04550	NT_166539.1	1132368	1133849	D	hypothetical protein	join(1132368..1132372,1132449..1132817,1133140..1133365,1133418..1133849)	Aspergillus niger	84590887
An04g04560	CDS	An04g04560	NT_166539.1	1134462	1136830	R	hypothetical protein	complement(join(1134462..1134551,1134605..1134718,1134774..1134860,1135109..1135245,1135426..1135542,1136084..1136149,1136242..1136415,1136514..1136624,1136752..1136830))	Aspergillus niger	84590888
An04g04570	CDS	An04g04570	NT_166539.1	1137104	1139182	D	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 7557402; uncharacterized protein	1137104..1139182	Aspergillus niger	4990864
An04g04580	CDS	An04g04580	NT_166539.1	1140365	1141570	R	Similarity: the ORF shows strong similarity to the A. niger protein An11g05870. An11g05870, however, is much longer than the ORF (853 compared to 325 amino acids).; Title: strong similarity to hypothetical protein encoded by An11g05870 - Aspergillus niger; uncharacterized protein	complement(join(1140365..1140397,1140551..1140604,1140680..1141570))	Aspergillus niger	84590889
An04g04590	CDS	An04g04590	NT_166539.1	1142924	1143730	R	Title: strong similarity to hypothetical protein AAP25659.1 - Bacillus anthracis; uncharacterized protein	complement(1142924..1143730)	Aspergillus niger	4990866
An04g04600	CDS	An04g04600	NT_166539.1	1143914	1144442	R	hypothetical protein	complement(join(1143914..1144014,1144226..1144282,1144346..1144442))	Aspergillus niger	84590890
An04g04610	CDS	An04g04610	NT_166539.1	1145341	1145580	R	Remark: the ORF is short in length (47 amino acids).; hypothetical protein	complement(join(1145341..1145387,1145484..1145580))	Aspergillus niger	84590891
An04g04620	CDS	An04g04620	NT_166539.1	1146227	1147384	R	Title: strong similarity to hypothetical protein encoded by An14g05440 - Aspergillus niger; uncharacterized protein	complement(1146227..1147384)	Aspergillus niger	4990869
An04g04630	CDS	An04g04630	NT_166539.1	1147876	1149234	R	Remark: the CAP59 gene is required for capsule formation. Capsule formation plays a significant role in the pathogenicity of Cryptococcus neoformans.; Title: strong similarity to capsule-associated protein CAP59 - Cryptococcus neoformans; See PMID 8007987; uncharacterized protein	complement(1147876..1149234)	Aspergillus niger	4990870
An04g04640	CDS	An04g04640	NT_166539.1	1150450	1151944	R	Catalytic activity: geranyl diphosphate + isopentenyl diphosphate = pyrophosphate + trans,trans-farnesyl diphosphate; Pathway: sterol biosynthesis; terpenoid biosynthesis.; Remark: the rice pathogen, Gibberella fujikuroi,produces large amounts of gibberellins, a group of natural plant hormones, which induce the superelongation (bakanae) disease of rice. Gibberellins are diterpenoid compounds which are synthesized via the isoprenoid pathway.; Similarity: belongs to the geranylgeranyl pyrophosphate synthases.; Title: strong similarity to geranylgeranyl diphosphate synthase GGSII - Gibberella fujikuroi; See PMID 9230902; See PMID 9917370; uncharacterized protein	complement(join(1150450..1150770,1150835..1150928,1150981..1151044,1151101..1151202,1151252..1151570,1151639..1151944))	Aspergillus niger	4990871
An04g04650	CDS	An04g04650	NT_166539.1	1152289	1153020	R	Similarity: the ORF shows weak similarity to the A. niger protein An16g00260. An16g00260, however, is much longer than the ORF (619 compared to 189 amino acids).; Title: weak similarity to hypothetical protein encoded by An16g00260 - Aspergillus niger; uncharacterized protein	complement(join(1152289..1152546,1152611..1152639,1152738..1153020))	Aspergillus niger	84590892
An04g04660	CDS	An04g04660	NT_166539.1	1153057	1153440	D	hypothetical protein	join(1153057..1153137,1153225..1153440)	Aspergillus niger	84590893
An04g04670	CDS	An04g04670	NT_166539.1	1155633	1157011	D	Catalytic activity: random hydrolysis of N-acetyl-beta-D-glucosaminide 1,4-beta-linkages in chitin and chitodextrins.; Pathway: aminosugars metabolism.; Remark: expression of the CF/chitinase cDNA insert by using the pGEX-4T-3 vector yields a fusion peptide that bears CF-specific epitopes and shows chitinase activity.; Similarity: belongs to the chitinase family.; Title: strong similarity to chitinase cts1 -Coccidioides immitis; See PMID 8566773; See PMID 8675298; uncharacterized protein	join(1155633..1155707,1155762..1155825,1155873..1155906,1155964..1157011)	Aspergillus niger	4990874
An04g04680	CDS	An04g04680	NT_166539.1	1157232	1158979	R	Remark: this ORF represents an putative FAD dependent monooxygenase.; Similarity: belongs to the tetracycline 6-hydroxylase family.; Title: strong similarity to sequence 29 from patent WO0100842-A - Corynebacterium glutamicum; uncharacterized protein	complement(join(1157232..1157276,1157437..1157929,1157978..1158175,1158226..1158369,1158427..1158652,1158742..1158979))	Aspergillus niger	4990875
An04g04690	CDS	An04g04690	NT_166539.1	1159515	1161234	R	Remark: acr-2 gene controls acriflavine sensitivity in N. crassa. The acr-2 mutation, which confers acriflavine resistance, substitutes the amino acid residue at position 303 of the encoded protein from asparagine to lysine. Progeny that were hypersensitive to acriflavine were obtained by disruption of the acr-2 gene by repeat induced point mutation (RIP).; Similarity: belongs to the GAL4 zinc binuclear cluster proteins.; Title: strong similarity to transcription factor involved in acriflavine resistance acr-2 - Neurospora crassa; nucleus; See PMID 8679704; uncharacterized protein	complement(join(1159515..1160208,1160268..1160739,1160789..1160884,1160946..1161234))	Aspergillus niger	4990876
An04g04700	CDS	An04g04700	NT_166539.1	1161791	1162569	D	Catalytic activity: S-adenosyl-L-methionine + catechol = S-adenosyl-L-homocysteine + guaiacol.; Pathway: tyrosine metabolism.; Remark: strong similarity to human catechol-O-methyltransferase patent WO9111513-A.; Remark: the mammalian enzyme acts more rapidly on catecholamines such as adrenaline or noradrenaline than on catechols.; Similarity: belongs to the SAM-dependent methyltransferases.; Title: strong similarity to catechol-O-methyltransferase COMT from patent WO9111513-A -Homo sapiens; See PMID 11154093; See PMID 1847521; uncharacterized protein	join(1161791..1162480,1162540..1162569)	Aspergillus niger	4990877
An04g04710	CDS	An04g04710	NT_166539.1	1162787	1163578	R	Remark: paiB from B. subtilis is essential for growth.; Title: similarity to transcription regulator 2 of pai operon paiB - Bacillus subtilis; See PMID 2108124; uncharacterized protein	complement(1162787..1163578)	Aspergillus niger	4990878
An04g04720	CDS	An04g04720	NT_166539.1	1164345	1165596	D	Catalytic activity: L-cystathionine + H2O = L-cysteine + NH3 + 2-oxobutanoate.; Pathway: methionine metabolism; cysteine metabolism; selenoamino acid metabolism; nitrogen metabolism.; Remark: CYS3 is the structural gene for gamma-CTLase.; Similarity: similarity to other cystathionine gamma-lyases.; Title: strong similarity to cystathionine gamma-lyase - Saccharomyces cerevisiae; See PMID 8335636; See PMID 8511969; uncharacterized protein	join(1164345..1164500,1164568..1165596)	Aspergillus niger	4990879
An04g04730	CDS	An04g04730	NT_166539.1	1167147	1169840	D	Title: weak similarity to retinitis pigmentosa GTPase regulator-like protein RPGR - Takifugu rubripes; See PMID 10932196; uncharacterized protein	1167147..1169840	Aspergillus niger	4990880
An04g04740	CDS	An04g04740	NT_166539.1	1170808	1173936	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: weak similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	1170808..1173936	Aspergillus niger	4990881
An04g04750	CDS	An04g04750	NT_166539.1	1175281	1178657	D	Catalytic activity: 2-oxoglutarate + lipoamide = S-succinyldihydrolipoamide + CO2.; Function: the 2-oxoglutarate dehydrogenase complex catalyzes the overall conversion of 2-oxoglutarate to succinyl-Coa & CO(2). it contains multiple copies of 3 enzymatic components: 2-oxoglutarate dehydrogenase (E1),dihydrolipoamide succinyltransferase (E2) and lipoamide dehydrogenase (E3).; Pathway: citrate cycle (TCA cycle); lysine degradation; tryptophan metabolism.; Similarity: similarity to other oxoglutarate dehydrogenases.; Title: strong similarity to oxoglutarate dehydrogenase (lipoamide) Kgd1 - Saccharomyces cerevisiae; See PMID 2072900; See PMID 2503710; See PMID 8299151; uncharacterized protein	join(1175281..1175484,1175590..1177640,1177691..1178064,1178119..1178657)	Aspergillus niger	4990882
An04g04770	CDS	An04g04770	NT_166539.1	1179471	1181592	D	Title: similarity to hypothetical protein CG6632 -Drosophila melanogaster; uncharacterized protein	join(1179471..1179821,1179933..1180603,1180654..1180859,1180917..1181471,1181534..1181592)	Aspergillus niger	4990884
An04g04790	CDS	An04g04790	NT_166539.1	1183901	1185274	R	Remark: the CAP59 gene is required for capsule formation. Capsule formation plays a significant role in the pathogenicity of Cryptococcus neoformans.; Title: strong similarity to capsule-associated protein CAP59 - Cryptococcus neoformans; See PMID 8007987; uncharacterized protein	complement(join(1183901..1184316,1184376..1184601,1184666..1185274))	Aspergillus niger	4990886
An04g04800	CDS	An04g04800	NT_166539.1	1185995	1186850	R	Remark: C-terminally truncated ORF due to contig border.; Title: strong similarity to hypothetical protein SPAC1486.02c - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	complement(join(<1185995..1186253,1186302..1186486,1186584..1186850))	Aspergillus niger	4990887
An04g04810	CDS	An04g04810	NT_166539.1	1187161	1189100	R	Complex: TFB1 of S. cerevisiae is a subunit of the RNA polymerase II basal transcription factor TFIIH complex,that is composed also by the subunits TFB2, TFB3, TFB4,KIN28, RAD3, SSL1, SSL2, and CCL1.; Function: TFIIH is essential for transcription and nucleotide excision DNA repair.; Phenotype: S. cerevisiae TFB1 null mutants are inviable.; Title: strong similarity to subunit of transcription initiation factor TFIIH Tfb1 - Saccharomyces cerevisiae; nucleus; See PMID 1445600; See PMID 10214907; uncharacterized protein	complement(join(1187161..1188902,1188959..1189100))	Aspergillus niger	4990888
An04g04820	CDS	An04g04820	NT_166539.1	1190013	1192857	D	Similarity: the ORF shows weak similarity to the A. niger protein:An01g07840. The ORF is much longer than An01g07840 (671 compared to 278 amino acids).; Similarity: the predicted ORF shows also weak local similarity with a putative nitrite reductase large subunit of Streptomyces coelicolor.; Title: weak similarity to hypothetical protein encoded by An01g07840 - Aspergillus niger; uncharacterized protein	join(1190013..1190099,1190235..1190471,1190532..1191125,1191488..1191623,1191746..1192101,1192168..1192347,1192432..1192857)	Aspergillus niger	4990889
An04g04830	CDS	An04g04830	NT_166539.1	1192900	1193303	R	hypothetical protein	complement(join(1192900..1192955,1193045..1193083,1193234..1193303))	Aspergillus niger	84590894
An04g04840	CDS	An04g04840	NT_166539.1	1193638	1194471	D	Title: strong similarity to hypothetical protein SPAC227.16c - Schizosaccharomyces pombe; uncharacterized protein	join(1193638..1193679,1193744..1193812,1193869..1193927,1193989..1194178,1194237..1194345,1194404..1194471)	Aspergillus niger	4990891
An04g04850	CDS	An04g04850	NT_166539.1	1195463	1196076	D	Remark: truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	join(<1195463..1195612,1195828..1196076)	Aspergillus niger	84590895
An04g04860	CDS	An04g04860	NT_166539.1	1196448	1197923	R	Remark: it is used in the method of the invention which involves the use of a mutant cell with a nucleic acid construct introduced into a locus; the methods can be used for producing metabolites.; Remark: this is the nucleotide sequence of a rescued locus from the mutant Aspergillus oryzae DEBY1058.; Title: similarity to sequence 29 from patent WO9811203-A1 - Aspergillus oryzae; uncharacterized protein	complement(1196448..1197923)	Aspergillus niger	4990893
An04g04870	CDS	An04g04870	NT_166539.1	1198282	1199155	R	Catalytic activity: O2. - + O2. - + 2 H+ = O2 + H2O2.; Complex: homotetramer.; Function: destroys radicals which are normally produced within the cells and are toxic to biological systems.; Localization: mitochondrial matrix.; Remark: eukaryotic cells contain a mitochondrial Mn-containing enzyme and a cytoplasmic Cu-Zn containing enzyme.; Title: strong similarity to superoxide dismutase Sod2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1198282..1198372,1198430..1198497,1198554..1198960,1199026..1199155))	Aspergillus niger	4990894
An04g04880	CDS	An04g04880	NT_166539.1	1199480	1201807	D	Title: strong similarity to tuftelin-interacting protein 39 - Mus musculus; See PMID 11063033; uncharacterized protein	1199480..1201807	Aspergillus niger	4990895
An04g04890	CDS	An04g04890	NT_166539.1	1202389	1204289	R	Catalytic activity: ATP + glycerol = ADP + glycerol 3-phosphate.; Pathway: rate limiting step in glycerol utilization.; Remark: glycerone and L-glyceraldehyde can act as acceptors; UTP can act as donors.; Title: strong similarity to glycerol kinase GK - Mus musculus; uncharacterized protein	complement(join(1202389..1202673,1202732..1202898,1202961..1203955,1204024..1204289))	Aspergillus niger	4990896
An04g04900	CDS	An04g04900	NT_166539.1	1204399	1205921	D	hypothetical protein	join(1204399..1204453,1204592..1204646,1204697..1204808,1204883..1205072,1205261..1205516,1205601..1205754,1205838..1205921)	Aspergillus niger	84590896
An04g04910	CDS	An04g04910	NT_166539.1	1206565	1207078	D	hypothetical protein	join(1206565..1206582,1206685..1206844,1206930..1207078)	Aspergillus niger	84590897
An04g04920	CDS	An04g04920	NT_166539.1	1207224	1208115	R	hypothetical protein	complement(join(1207224..1207344,1207426..1207490,1207626..1207739,1207792..1207831,1207920..1208009,1208036..1208115))	Aspergillus niger	84590898
An04g04930	CDS	An04g04930	NT_166539.1	1208405	1209448	R	hypothetical protein	complement(join(1208405..1208487,1208579..1208653,1208739..1208777,1208865..1208898,1209074..1209219,1209370..1209448))	Aspergillus niger	84590899
An04g04940	CDS	An04g04940	NT_166539.1	1209871	1211048	R	Title: similarity to EST SEQ ID NO:6012 from patent WO200056762-A2 - Aspergillus oryzae; uncharacterized protein	complement(join(1209871..1210293,1210386..1210610,1210721..1210765,1210830..1211048))	Aspergillus niger	4990901
An04g04950	CDS	An04g04950	NT_166539.1	1212219	1221881	D	Function: promotes endosomal cycling of TGN (trans-Golgi network) membrane proteins by modulating the function of two cytosolic TGN localization signals.; Remark: Null mutant is viable but exhibits defects in vacuolar protein sorting.; Title: strong similarity to vacuolar protein sorting-associated protein Vps13 - Saccharomyces cerevisiae; See PMID 11402063; uncharacterized protein	join(1212219..1219649,1219700..1221317,1221369..1221785,1221841..1221881)	Aspergillus niger	4990902
An04g04960	CDS	An04g04960	NT_166539.1	1222439	1222803	R	hypothetical protein	complement(join(1222439..1222507,1222558..1222803))	Aspergillus niger	84590900
An04g04970	CDS	An04g04970	NT_166539.1	1224085	1226726	R	Cofactor: the S. cerevisiae YAT11 binds and requires a zinc atom.; Function: the S. cerevisiae YAT11 is an ATP-dependent protease which causes an increased escape of DNA from mitochondria; and it is necessary to maintain the integrity of the mitochondrial compartment.; Function: the S. cerevisiae YAT11 is required both for the degradation of unassembled subunit 2 of cytochrome C oxidase and for efficient assembly of mitochondrial respiratory chain.; Similarity: the S. cerevisiae YAT11 belongs to the AAA family of ATPases.; Title: strong similarity to Yta11 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1224085..1224474,1224525..1226257,1226315..1226429,1226491..1226634,1226697..1226726))	Aspergillus niger	4990904
An04g04980	CDS	An04g04980	NT_166539.1	1227508	1228587	D	hypothetical protein	1227508..1228587	Aspergillus niger	4990905
An04g04990	CDS	An04g04990	NT_166539.1	1230038	1231405	D	Catalytic activity: GTP + alpha-D-mannose 1-phoshate = diphosphate + GDP-mannose.; Function: mannose-1-phosphate guanyltransferase is involved in early steps of of protein glycosylation.; Title: strong similarity to mannose-1-phosphate guanyltransferase MPG1 - Trichoderma reesei; See PMID 9644208; uncharacterized protein	join(1230038..1230044,1230101..1230144,1230253..1230399,1230457..1231333,1231386..1231405)	Aspergillus niger	4990906
An04g05000	CDS	An04g05000	NT_166539.1	1232039	1233455	R	Remark: protein AN80 is one of four new proteins discovered in A. nidulans that are essential for survival.; Title: strong similarity to hypothetical protein AN80 from patent WO9924580-A2 - Aspergillus nidulans; uncharacterized protein	complement(join(1232039..1232579,1232631..1233287,1233391..1233455))	Aspergillus niger	4990907
An04g05010	CDS	An04g05010	NT_166539.1	1236857	1239082	R	hypothetical protein	complement(join(1236857..1237059,1237132..1237274,1237436..1237685,1238180..1238244,1238362..1238614,1238734..1238856,1238956..1239082))	Aspergillus niger	84590901
An04g05020	CDS	An04g05020	NT_166539.1	1239142	1239735	D	Title: questionable ORF; uncharacterized protein	join(1239142..1239240,1239388..1239735)	Aspergillus niger	84590902
An04g05030	CDS	An04g05030	NT_166539.1	1240842	1241311	R	hypothetical protein	complement(join(1240842..1241002,1241059..1241311))	Aspergillus niger	84590903
An04g05040	CDS	An04g05040	NT_166539.1	1241653	1242539	R	hypothetical protein	complement(join(1241653..1241825,1242138..1242355,1242451..1242539))	Aspergillus niger	84590904
An04g05050	CDS	An04g05050	NT_166539.1	1243499	1244012	R	Title: questionable ORF; uncharacterized protein	complement(join(1243499..1243819,1243971..1244012))	Aspergillus niger	84590905
An04g05060	CDS	An04g05060	NT_166539.1	1244142	1245185	D	Domain: contains 37 finger motifs in 6 domains.; Function: binds RNA; could function in post-translational regulation processes.; Remark: belongs to the krueppel subfamily of C2H2-type zinc-finger proteins; phosphoprotein.; Title: similarity to protein XFIN - Xenopus laevis; uncharacterized protein	join(1244142..1244195,1244287..1244478,1244527..1244606,1244657..1245185)	Aspergillus niger	4990913
An04g05070	CDS	An04g05070	NT_166539.1	1245794	1246251	D	hypothetical protein	join(1245794..1245907,1246021..1246251)	Aspergillus niger	84590906
An04g05080	CDS	An04g05080	NT_166539.1	1246871	1247579	D	hypothetical protein	join(1246871..1246949,1247076..1247116,1247204..1247243,1247358..1247467,1247529..1247579)	Aspergillus niger	84590907
An04g05090	CDS	An04g05090	NT_166539.1	1250246	1250574	D	Title: weak similarity to hypothetical secreted protein encoded by SCE41.06c - Streptomyces coelicolor; uncharacterized protein	join(1250246..1250401,1250460..1250498,1250551..1250574)	Aspergillus niger	84590908
An04g05100	CDS	An04g05100	NT_166539.1	1250687	1253487	R	Localization: Subcellular localization studies of a tagged version of Gpi13 suggest that this protein is mainly in the ER.; Phenotype: Gpi13-depleted S. cerevisiae cells accumulate GPI intermediates with the structures Manalpha1-2Manalpha1-2Manalpha1-6[NH(2)-(CH(2))(2)-PO(4)-- >]Manalpha1 -4GlcNalpha1-6[acyl-->]inositol-PO(4)-lipid and Manalpha1-2Manalpha1-2Manalpha1-6Manalpha1-4G lcNalpha1-6[acyl-->]inositol-PO(4)-lipid.; Phenotype: depletion of Gpi13 from S. cerevisiae results in a reduction of glycosylphosphatidylinositol (GPI) anchor addition to GPI proteins as well as in cell wall fragility.; Remark: the synonym for Gpi13 from S. cerevisiae is YLL031c.; Similarity: Gpi13 is a member of a family of phosphoryltransferases,; Title: strong similarity to protein involved in glycosylphosphatidylinositol biosynthesis Gpi13 -Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 10793139; See PMID 10823837; uncharacterized protein	complement(join(1250687..1253392,1253455..1253487))	Aspergillus niger	4990917
An04g05110	CDS	An04g05110	NT_166539.1	1254625	1255845	R	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Title: similarity to protein fragment SEQ ID NO:12845 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1254625..1255374,1255474..1255845))	Aspergillus niger	4990918
An04g05120	CDS	An04g05120	NT_166539.1	1256276	1257517	R	Title: strong similarity to hypothetical protein CAB91749.2 - Neurospora crassa; uncharacterized protein	complement(1256276..1257517)	Aspergillus niger	4990919
An04g05130	CDS	An04g05130	NT_166539.1	1257866	1259704	R	Catalytic activity: Aspartate + 2-Oxoglutarate = Oxaloacetate + Glutamate.; Cofactor: Pyridoxal phosphate.; Remark: The matched protein sequence of patent WO9729187-A1 comprises aspartate aminotransferase VF5/AA of Aquifex VF5, a strictly chemolithoautotrophic marine eubacterium which grows optimally at 85-90 deg C and pH 6. 8 in high salt medium.; Title: strong similarity to aspartate aminotransferase VF5 from patent WO9729187-A1 - Aquifex sp.; uncharacterized protein	complement(join(1257866..1258467,1258539..1258824,1258912..1259387,1259623..1259704))	Aspergillus niger	4990920
An04g05140	CDS	An04g05140	NT_166539.1	1260058	1260884	D	hypothetical protein	join(1260058..1260183,1260382..1260583,1260748..1260884)	Aspergillus niger	84590909
An04g05150	CDS	An04g05150	NT_166539.1	1261695	1264640	R	Complex: the S. pombe proteins scd1, scd2, cdc42,and ras1, in its GTP-bound state, act cooperatively to form a protein complex.; Function: scd1 from S. pombe is a regulator of the Cdc42 GTPase.; Function: scd1 from S. pombe is required for mating and morphogenesis.; Localization: scd1 from S. pombe localizes in the nucleus.; Phenotype: loss of function in scd1 from S. pombe induced abnormality in the spindle.; Similarity: to other guanine-nucleotide releasing factors of the Cdc24 family.; Title: strong similarity to guanine nucleotide exchange factor scd1p - Schizosaccharomyces pombe; nucleus; See PMID 9892665; See PMID 7923372; uncharacterized protein	complement(join(1261695..1263058,1263119..1263305,1263358..1263606,1263666..1264640))	Aspergillus niger	4990922
An04g05160	CDS	An04g05160	NT_166539.1	1265189	1265709	D	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to retinitis pigmentosa GTPase regulator RPGR - Homo sapiens; uncharacterized protein	join(1265189..1265403,1265445..1265709)	Aspergillus niger	84590910
An04g05170	CDS	An04g05170	NT_166539.1	1266701	1267569	D	hypothetical protein	join(1266701..1266838,1266923..1267015,1267116..1267271,1267396..1267569)	Aspergillus niger	84590911
An04g05180	CDS	An04g05180	NT_166539.1	1269034	1271851	D	Function: transient over-expression of human delta-beta-TrCP (a deletion mutant) inhibited the degradation of endogenous I-kappa-B-alpha in stimulated Jurkat cells, resulting in accumulation of phosphorylated I-kappa-B-alpha.; Remark: E3 enhances ubiquitination of phosphorylated I-kappa-B, an inhibitor protein of nuclear factor kappa-B (NF-kappa-B).; Remark: human beta-TrCP can be used to modulate NF-kappa-B to treat inflammatory diseases, autoimmune diseases, cancer and viral infections.; Similarity: human beta-TrCP is an F-box/WD protein family member and shows homology to human E3 ubiquitin ligase (E3).; Title: strong similarity to E3 ubiquitin ligase beta-TrCP from patent WO200034447-A2 - Homo sapiens; See PMID 10437795; uncharacterized protein	join(1269034..1269268,1269378..1270500,1270624..1271851)	Aspergillus niger	4990925
An04g05190	CDS	An04g05190	NT_166539.1	1272530	1274194	R	Title: weak similarity to pancreatic islet homeobox gene Nkx6.1 - Homo sapiens; uncharacterized protein	complement(1272530..1274194)	Aspergillus niger	4990926
An04g05200	CDS	An04g05200	NT_166539.1	1274744	1275217	D	Title: weak similarity to protein fragment SEQ ID NO:3484 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	1274744..1275217	Aspergillus niger	84590912
An04g05210	CDS	An04g05210	NT_166539.1	1275461	1277146	D	Remark: Feline leukemia virus-C (FeLV-C) causes red cell aplasia in cats, through its interaction with its cell surface receptor FLVCR1.; Similarity: FLVCR1 from F. catus is a member of the major facilitator superfamily of transporters and shows homologies especially to D-glucarate transporters.; Title: strong similarity to feline leukemia virus subgroup C receptor FLVCR1 - Felis catus; See PMID 10648427; uncharacterized protein	join(1275461..1275589,1275651..1275763,1275842..1276190,1276280..1277146)	Aspergillus niger	4990928
An04g05220	CDS	An04g05220	NT_166539.1	1277780	1278612	R	Catalytic activity: QH2 + 2 Ferricytochrome c = Q + 2 Ferrocytochrome c; Cofactor: Cytochrome b-562, Cytochrome b-566,Cytochrome c1, 2-Iron ferredoxin.; Complex: Qcr6 from S. cerevisiae is one of the components of the complex III or cytochrome b-c1 complex.; Function: qcr6 null mutant of S. cerevisiae is blocked in processing of cytochrome c1 to mature size.; Phenotype: qcr6 null mutant of S. cerevisiae can grow on nonfermentable carbon sources, but has half of the normal ubiquinol cytochrome-c reductase activity.; Remark: synonyms for Qcr6 from S. cerevisiae are Ucr6, Cor3 and YFR033c.; Title: strong similarity to subunit 6 of ubiquinol--cytochrome-c reductase Qcr6 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8288589; See PMID 2170363; uncharacterized protein	complement(join(1277780..1277844,1277950..1278072,1278297..1278612))	Aspergillus niger	4990929
An04g05230	CDS	An04g05230	NT_166539.1	1279087	1280138	R	Remark: the matching coding sequence was isolated by RT-PCR on all of the mRNA from A. thaliana.; Remark: there are no further informations about the patent available.; Title: similarity to protein fragment SEQ ID NO:2344 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1279087..1279605,1279666..1279837,1280128..1280138))	Aspergillus niger	4990930
An04g05240	CDS	An04g05240	NT_166539.1	1280477	1281383	D	hypothetical protein	join(1280477..1280525,1280619..1281077,1281152..1281201,1281279..1281383)	Aspergillus niger	84590913
An04g05250	CDS	An04g05250	NT_166539.1	1282629	1283904	D	Function: the cis-prenyltransferase Rer2 from S. cerevisiae is a key enzyme of the dolichol synthesis.; Phenotype: the rer2 mutant of S. cerevisiae shows slow growth, defects in N and O glycosylation, sensitivity to hygromycin B, and abnormal accumulation of membranes,including the ER and the Golgi membranes.; Phenotype: the temperature-sensitive rer2 mutant of S. cerevisiae mislocalizes different types of ER membrane proteins.; Remark: Dolichol is a family of long-chain polyprenols, which is utilized as a sugar carrier in protein glycosylation in the endoplasmic reticulum.; Remark: the synonym for Rer2 from S. cerevisiae is YBR002c.; Title: strong similarity to undecaprenyl phosphate synthase Rer2 from patent WO200121650-A2 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 9858571; uncharacterized protein	join(1282629..1282853,1282933..1283267,1283574..1283904)	Aspergillus niger	4990932
An04g05260	CDS	An04g05260	NT_166539.1	1284354	1286140	D	Catalytic activity: N6-(L-1,3-Dicarboxypropyl)-L-lysine + NADP+ + H2O = L-Glutamate + L-2-Aminoadipate 6-semialdehyde + NADPH.; Complex: saccharopine reductase from M. grisea is a homodimer.; Function: saccharopine reductase from M. grisea is an enzyme of the alpha-aminoadipic pathway of lysine biosynthesis.; Similarity: the ORF also shows strong similarity to the EST SEQ ID NO:6253 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to saccharopine reductase LYS3 - Magnaporthe grisea; See PMID 10771443; See PMID 11080625; uncharacterized protein	join(1284354..1284399,1284483..1284536,1284634..1284920,1284980..1285018,1285080..1285134,1285195..1285964,1286045..1286140)	Aspergillus niger	4990933
An04g05270	CDS	An04g05270	NT_166539.1	1286632	1287860	R	Function: Adr1 from S. cerevisiae is a zinc-finger transcription factor and involved in regulation of ADH2 and peroxisomal genes.; Remark: a splice site was detected upstream of the START codon.; Remark: the synonym for Adr1 from S. cerevisiae is YDR214w.; Repression: Adr1 from S. cerevisiae is inactivated by phosphorylation at Ser230 by protein kinase A.; Title: strong similarity to transcription activator Adr1 - Saccharomyces cerevisiae; nucleus; See PMID 9742103; See PMID 1427033; See PMID 6341814; uncharacterized protein	complement(join(1286632..1286650,1286767..1287425,1287491..1287573,1287638..1287860))	Aspergillus niger	4990934
An04g05280	CDS	An04g05280	NT_166539.1	1288804	1293242	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	complement(join(1288804..1292315,1292456..1292904,1293013..1293242))	Aspergillus niger	4990935
An04g05290	CDS	An04g05290	NT_166539.1	1294410	1294905	R	Title: questionable ORF; uncharacterized protein	complement(join(1294410..1294461,1294602..1294642,1294858..1294905))	Aspergillus niger	84590914
An04g05300	CDS	An04g05300	NT_166539.1	1296907	1298041	D	Catalytic activity: D-Fructose 1,6-bisphosphate + H2O = D-Fructose 6-phosphate + Orthophosphate.; Catalytic activity: Sedoheptulose 1,7-bisphosphate + H2O = Sedoheptulose 7-phosphate + Orthophosphate.; Repression: Expression of fbpA from A. oryzae is repressed in the presence of glucose, but not in the presence of pyruvate or sodium acetate in the medium.; Title: strong similarity to fructose-1,6-bisphosphatase fbpA - Aspergillus oryzae; See PMID 10993168; uncharacterized protein	join(1296907..1297034,1297102..1298041)	Aspergillus niger	4990937
An04g05310	CDS	An04g05310	NT_166539.1	1300151	1302891	R	Catalytic activity: ATP + H2O = ADP + Orthophosphate.; Complex: Vph1-containing complexes in S. cerevisiae present in the vacuole showed dissociation in response to glucose depletion.; Localization: Vph1p is a vacuolar integral membrane protein.; Phenotype: Deletion of the VPH1 from S. cerevisiae gene revealed that the VPH1 gene is not essential for viability but is required for vacuolar H(+)-ATPase assembly and vacuolar acidification.; Remark: the synonym for Vph1 from S. cerevisiae is YOR270c.; Similarity: the ORF also shows strong similarity to the EST an_2746 from Aspergillus niger.; Title: strong similarity to vacuolar H(+)-transporting ATPase subunit Vph1 - Saccharomyces cerevisiae; vacuole; See PMID 11278748; See PMID 1385813; uncharacterized protein	complement(join(1300151..1301032,1301083..1302548,1302612..1302690,1302766..1302891))	Aspergillus niger	4990938
An04g05320	CDS	An04g05320	NT_166539.1	1303488	1309504	R	Title: strong similarity to hypothetical protein TEMO - Rattus norvegicus; uncharacterized protein	complement(join(1303488..1303550,1303619..1309016,1309074..1309504))	Aspergillus niger	4990939
An04g05330	CDS	An04g05330	NT_166539.1	1310347	1311879	R	Title: strong similarity to hypothetical protein SPAC18B11.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1310347..1310785,1310841..1311422,1311500..1311879))	Aspergillus niger	4990940
An04g05340	CDS	An04g05340	NT_166539.1	1313141	1314183	R	hypothetical protein	complement(join(1313141..1313236,1313359..1313386,1313477..1313559,1313598..1313665,1313774..1313852,1313942..1313981,1314077..1314183))	Aspergillus niger	84590915
An04g05350	CDS	An04g05350	NT_166539.1	1314769	1315888	R	Similarity: weak similarities due to multiple serine and glycine repeats.; hypothetical protein	complement(join(1314769..1314895,1314934..1315067,1315406..1315526,1315633..1315761,1315815..1315888))	Aspergillus niger	84590916
An04g05360	CDS	An04g05360	NT_166539.1	1315976	1317739	D	Remark: a splice site was detected upstream of the START codon.; Similarity: similarities correspond to multiple serine repeats.; Title: weak similarity to dentin sialophosphoprotein from patent WO200062065-A1 - Homo sapiens; uncharacterized protein	1315976..1317739	Aspergillus niger	4990943
An04g05370	CDS	An04g05370	NT_166539.1	1318125	1318302	R	Title: questionable ORF; uncharacterized protein	complement(join(1318125..1318237,1318296..1318302))	Aspergillus niger	84590917
An04g05380	CDS	An04g05380	NT_166539.1	1318638	1319861	R	Remark: C. albicans 6C5 protein is also useful in diagnostic tests (i. e. detect, diagnose and serotype yeast infection), and for detecting the presence of Candida and other pathogenic yeasts, in a biological sample.; Remark: the C. albicans 6C5 antigen is a hydrophobic cell wall protein that, together with the corresponding antibody, can be used to diagnose and treat infections with pathogenic yeasts.; Similarity: similarities to oxidoreductases involved in carbohydrate-utilization resp. energy generation.; Title: strong similarity to cell wall antigen 6C5 from patent WO200048620-A1 - Candida albicans; uncharacterized protein	complement(join(1318638..1319144,1319200..1319556,1319613..1319763,1319830..1319861))	Aspergillus niger	4990945
An04g05390	CDS	An04g05390	NT_166539.1	1320144	1320572	D	Similarity: similarities correspond to multiple serine repeats.; Title: weak similarity to hypothetical protein PFB0700c - Plasmodium falciparum; uncharacterized protein	join(1320144..1320246,1320349..1320572)	Aspergillus niger	84590918
An04g05400	CDS	An04g05400	NT_166539.1	1320624	1322169	R	hypothetical protein	complement(join(1320624..1320985,1321136..1321252,1321332..1321422,1321996..1322169))	Aspergillus niger	84590919
An04g05410	CDS	An04g05410	NT_166539.1	1322478	1323176	D	hypothetical protein	join(1322478..1322863,1322915..1322987,1323051..1323176)	Aspergillus niger	4990948
An04g05420	CDS	An04g05420	NT_166539.1	1323894	1328379	R	Catalytic activity: l-2-aminoadipate 6-semialdehyde + NADP(+) + H(2)O = l-2-aminoadipate + NADPH.; Complex: the aminoadipate reductase enzyme is a heterodimer of a large (lys2) and a small subunit.; Function: lys2 of P. chrysogenum, as well as of S. cerevisiae, catalyzes the activation of alpha-aminoadipate by ATP-dependent adenylation and the reduction of activated alpha-aminoadipate by NADPH.; Pathway: lysine biosynthesis.; Remark: disruption of P. crysogenum lys2 leads to mutants lacking alpha-aminoadipate reductase activity,showing penicillin yields double those of the parental nondisrupted strain.; Title: strong similarity to alpha-aminoadipate reductase large subunit lys2 - Penicillium chrysogenum; See PMID 9790587; See PMID 9973344; See PMID 10485291; uncharacterized protein	complement(join(1323894..1324197,1324265..1324589,1324645..1327936,1328008..1328379))	Aspergillus niger	4990949
An04g05430	CDS	An04g05430	NT_166539.1	1329255	1331059	D	Title: strong similarity to hypothetical protein CAD21051.1 - Neurospora crassa; uncharacterized protein	join(1329255..1330954,1330993..1331059)	Aspergillus niger	4990950
An04g05440	CDS	An04g05440	NT_166539.1	1331844	1336073	D	Catalytic activity: xanthine + H(2)O + O(2) = urate + H(2)O(2).; Catalytic activity: xanthine + NAD(+) + H(2)O = urate + NADH.; Cofactor: FAD, molybdopterin, and two 2fe-2s centers.; Complex: homodimer.; Function: Xanthine dehydrogenase is a molybdenum iron-sulphur flavin hydroxylase which oxidizes a variety of purines, pterins and other heterogenic nitrogen compounds,serving as a rate-limiting enzyme in nucleic acid degradation.; Pathway: purine catabolism; Remark: Xanthine dehydrogenase can be converted from the dehydrogenase form (d) to the oxidase form (o) irreversibly by proteolysis or reversibly through the oxidation of sulfhydryl groups.; Remark: Xanthine dehydrogenase contains four cofactors per subunit, one FAD, two iron-sulfur clusters,and one molybdopterin.; Remark: Xanthine dehydrogenase is reversibly converted to xanthine oxidase by oxidized glutathione catalyzed by enzyme-thiol transhydrogenase (oxidized-glutathione) (EC 1. 8. 4. 7).; Remark: the reversible conversion to xanthine oxidase can also be performed artificially by a variety of sulfhydryl reagents. An irreversible conversion can be performed by limited proteolysis.; Title: strong similarity to xanthine dehydrogenase XDH - Homo sapiens; See PMID 8135849; uncharacterized protein	join(1331844..1332077,1332131..1332334,1332387..1334341,1334390..1336073)	Aspergillus niger	4990951
An04g05450	CDS	An04g05450	NT_166539.1	1336865	1338930	R	Similarity: the ORF shows strong similarity to the A. niger protein An09g05620. However, the ORF is much longer than the other An09g05620 (650 compared to 152 amino acids).; Title: similarity to hypothetical protein encoded by An09g05620 - Aspergillus niger; uncharacterized protein	complement(join(1336865..1337213,1337264..1338127,1338191..1338930))	Aspergillus niger	4990952
An04g05460	CDS	An04g05460	NT_166539.1	1339290	1341509	R	Title: strong similarity to hypothetical membrane protein YNL279w - Saccharomyces cerevisiae; uncharacterized protein	complement(1339290..1341509)	Aspergillus niger	4990953
An04g05470	CDS	An04g05470	NT_166539.1	1341855	1342906	D	hypothetical protein	join(1341855..1341921,1342090..1342204,1342429..1342497,1342597..1342906)	Aspergillus niger	84590920
An04g05480	CDS	An04g05480	NT_166539.1	1343147	1345873	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	join(1343147..1343262,1343428..1343466,1343520..1343584,1343670..1345328,1345392..1345873)	Aspergillus niger	4990955
An04g05490	CDS	An04g05490	NT_166539.1	1346366	1348210	R	Similarity: similarities to pro- and eukaryotic aminotransferases.; Title: strong similarity to protein fragment SEQ ID NO:4306 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1346366..1346653,1346708..1347131,1347183..1347196,1347254..1347407,1347457..1347529,1347581..1347686,1347741..1347825,1347889..1347957,1348014..1348210))	Aspergillus niger	4990956
An04g05500	CDS	An04g05500	NT_166539.1	1348940	1350535	D	Remark: the WHIP protein of M. musculus interacts with the N-terminal portion of Werner protein (WRN),containing the exonuclease domain.; Remark: the WHIP protein of M. musculus shows homology to replication factor C family proteins, conserved from E. coli to human.; Title: strong similarity to Werner helicase interacting protein WHIP - Mus musculus; See PMID 9271578; See PMID 9671747; See PMID 10938117; See PMID 11301316; uncharacterized protein	1348940..1350535	Aspergillus niger	4990957
An04g05510	CDS	An04g05510	NT_166539.1	1351333	1352213	D	Function: the cell division cycle gene CDC31 of S. cerevisiae is required for spindle pole body duplication.; Remark: the calcium-binding CDC31 protein of S. cerevisiae defines a substructure of spindle pole body.; Title: strong similarity to cell division control protein Cdc31 - Saccharomyces cerevisiae; nucleus; See PMID 8408222; See PMID 2839516; uncharacterized protein	join(1351333..1351626,1351707..1351836,1351918..1352213)	Aspergillus niger	4990958
An04g05520	CDS	An04g05520	NT_166539.1	1352566	1352808	D	Title: questionable ORF; uncharacterized protein	join(1352566..1352702,1352778..1352808)	Aspergillus niger	84590921
An04g05530	CDS	An04g05530	NT_166539.1	1352918	1355346	R	Function: the ADAM19 metalloproteinase of H. sapiens belongs to the adamalysin protein family and is involved in proteolysis, adhesion, fusion, and intracellular signaling.; Title: similarity to disintegrin and metalloproteinase ADAM19 - Homo sapiens; cytoplasm; See PMID 10753657; See PMID 11162584; uncharacterized protein	complement(join(1352918..1355223,1355277..1355346))	Aspergillus niger	4990960
An04g05540	CDS	An04g05540	NT_166539.1	1356268	1358756	R	Remark: the iota polymerase of H. sapiens is able to facilitate limited translesion replication of a thymine-thymine cyclobutane pyrimidine dimer.; Title: strong similarity to DNA polymerase iota POLI - Homo sapiens; nucleus; uncharacterized protein	complement(join(1356268..1357553,1357792..1358170,1358442..1358556,1358689..1358756))	Aspergillus niger	4990961
An04g05550	CDS	An04g05550	NT_166539.1	1359992	1361176	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	1359992..1361176	Aspergillus niger	4990962
An04g05560	CDS	An04g05560	NT_166539.1	1361768	1363320	R	Title: similarity to protein fragment SEQ ID NO:1213 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1361768..1361804,1361945..1362015,1362152..1362310,1362404..1362753,1363018..1363250,1363307..1363320))	Aspergillus niger	84590922
An04g05570	CDS	An04g05570	NT_166539.1	1363877	1366020	D	Similarity: similarities correspond only to the C-terminal region.; Title: similarity to cellular proliferation protein #830 from patent WO200170955-A2 - Staphylococcus aureus; uncharacterized protein	join(1363877..1364392,1364632..1365341,1365419..1365893,1365976..1366020)	Aspergillus niger	4990964
An04g05580	CDS	An04g05580	NT_166539.1	1366373	1367677	R	Remark: 5'-truncated ORF due to contig-border.; Title: similarity to hypothetical protein B5O22.140 - Neurospora crassa [truncated ORF]; uncharacterized protein	complement(1366373..>1367677)	Aspergillus niger	84590923
An04g05590	CDS	An04g05590	NT_166539.1	1369261	1370306	D	Remark: blastp matches are unspecific; Title: weak similarity to hypothetical protein WP6 -Chlamydomonas eugametos; uncharacterized protein	join(1369261..1369396,1369501..1370306)	Aspergillus niger	4990966
An04g05600	CDS	An04g05600	NT_166539.1	1370476	1371982	D	hypothetical protein	join(1370476..1370567,1370642..1370791,1370913..1370957,1371002..1371173,1371359..1371426,1371539..1371749,1371902..1371982)	Aspergillus niger	84590924
An04g05610	CDS	An04g05610	NT_166539.1	1372085	1374729	R	hypothetical protein	complement(join(1372085..1372193,1372254..1372385,1372592..1372708,1372848..1373114,1373279..1373511,1373596..1373772,1373865..1373975,1374080..1374185,1374269..1374587,1374672..1374729))	Aspergillus niger	84590925
An04g05620	CDS	An04g05620	NT_166539.1	1375046	1377361	D	Catalytic activity: ATP + acetate + CoA = AMP + diphosphate + acetyl-CoA.; Function: acetate--CoA ligase catalyzes the formation of acetyl-CoA from acetate and CoA.; Induction: by acetate.; Title: strong similarity to acetate--CoA ligase facA - Aspergillus nidulans; see citation in PMID 1972535; see citation in PMID 11255012; uncharacterized protein	join(1375046..1375084,1375150..1376394,1376453..1376713,1376774..1376903,1376962..1377236,1377299..1377361)	Aspergillus niger	4990969
An04g05630	CDS	An04g05630	NT_166539.1	1378555	1386333	D	Function: the GLFG region of S. cerevisiae Nup100p directly binds the essential mRNA export factors Mex67 and Gle1.; Function: the GLFG region of S. cerevisiae Nup100p directly binds the protein import factor Kap95p.; Title: similarity to nuclear pore complex subunit Nup100 - Saccharomyces cerevisiae; nucleus; see citation in PMID 8848052; see citation in PMID 1385442; see citation in PMID 10684247; see citation in PMID 11104765; uncharacterized protein	join(1378555..1378639,1378908..1379000,1379309..1383111,1383260..1383539,1383741..1385140,1385201..1385288,1385899..1385920,1386102..1386175,1386329..1386333)	Aspergillus niger	4990970
An04g05640	CDS	nuo51	NT_166539.1	1386708	1388377	R	Catalytic activity: ubiquinone oxidoreductase converts NADH + ubiquinone to NAD(+) + ubiquinol.; Function: A. niger NUO51 is part of complex I of the mitochondrial respiratory chain.; Gene-ID: nuo51; localisation:mitochondrion; mitochondrial proton-pumping NADH:ubiquinone reductase nuo51-Aspergillus niger	complement(join(1386708..1387868,1387951..1388022,1388120..1388377))	Aspergillus niger	4990971
An04g05650	CDS	An04g05650	NT_166539.1	1388674	1390679	R	Title: strong similarity to hypothetical protein SPBC1709.13c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1388674..1389932,1389985..1390244,1390321..1390679))	Aspergillus niger	4990972
An04g05660	CDS	An04g05660	NT_166539.1	1391736	1395780	R	Complex: S. cerevisae SAP190 physically associates with SIT4, the catalytic subunit of a type 2A-related protein phosphatase.; Function: S. cerevisae SAP190 acts via SIT4, the catalytic subunit of a type 2A-related protein phosphatase.; Function: S. cerevisae SAP190, in redundance with SAP185, is required for bud formation.; Regulation: S. cerevisae SAP190 is not functional in the absence of SIT4 and likewise, SIT4 is not functional in the concomitant absence of SAP190 and SAP185.; Title: strong similarity to bud formation factor Sap190 - Saccharomyces cerevisiae; see citation in PMID 8649382; uncharacterized protein	complement(join(1391736..1392440,1392916..1393617,1393673..1394590,1394633..1395052,1395112..1395780))	Aspergillus niger	4990973
An04g05670	CDS	An04g05670	NT_166539.1	1397886	1398650	D	Complex: S. cerevisiae Vps24p and Vps32p/Snf7p form a complex with a Vps4p decamer.; Function: S. cerevisiae Snf7p is involved in endosome to vacuole transport.; Remark: alternative names for S. cerevisiae SNF7 are DID1 and Vps32.; Title: similarity to vacuolar sorting protein Snf7 -Saccharomyces cerevisiae; endosome; see citation in PMID 8224817; see citation in PMID 9606181; see citation in PMID 11251082; uncharacterized protein	join(1397886..1397951,1398066..1398650)	Aspergillus niger	4990974
An04g05680	CDS	An04g05680	NT_166539.1	1398948	1400796	R	Function: genetically S. cerevisiae SMF1 is implicated in Cu(2+), Mn(2+), Co(2+) and Cd(2+) homeostasis and, eventually, Fe(2+) uptake.; Function: in Xenopus oocyte assays S. cerevisiae SMF1 mediates H(+)-dependent Fe(2+) transport and uncoupled Na(+), Li(+), Rb(+), K(+) and Ca(2+) flux.; Regulation: S. cerevisiae BSD2 negatively controls metal transport by SMF1, targeting it to the vacuole where it is degraded.; Remark: the PIR entry of S. cerevisiae YOL122c incorrectly contains the gene name ESP1, however, the gene is named SMF1, an alias is SBS1.; Title: strong similarity to metal transporter Smf1 -Saccharomyces cerevisiae; plasma membrane; see citation in PMID 8643535; see citation in PMID 911523; see citation in PMID 10574989; see citation in PMID 10930410; see citation in PMID 11027260; uncharacterized protein	complement(join(1398948..1399758,1399820..1400091,1400152..1400796))	Aspergillus niger	4990975
An04g05690	CDS	An04g05690	NT_166539.1	1402301	1403285	R	hypothetical protein	complement(join(1402301..1402447,1402536..1402620,1402758..1402771,1403226..1403285))	Aspergillus niger	84590926
An04g05700	CDS	An04g05700	NT_166539.1	1404231	1406901	D	Function: human SRL300 was isolated due to its ability to bind the 5'-noncoding sequence of the ATBF1 mRNA.; Title: similarity to RNA-binding protein SRL300 -Homo sapiens; see citation in PMID 11004489; uncharacterized protein	join(1404231..1405274,1405334..1405917,1405971..1406901)	Aspergillus niger	4990977
An04g05710	CDS	An04g05710	NT_166539.1	1407246	1408256	R	Title: weak similarity to hypothetical protein CAE75710.1 - Neurospora crassa; uncharacterized protein	complement(join(1407246..1407331,1407430..1407517,1407578..1407639,1407755..1408256))	Aspergillus niger	4990978
An04g05720	CDS	An04g05720	NT_166539.1	1409114	1410494	D	Catalytic activity: Acetyl-CoA C-acyltransferases convert Acyl-CoA + acetyl-CoA to CoA + 3-oxoacyl-CoA.; Function: Y. lipolytica POT1 is involved in fatty acid utilisation.; Localization: Y. lipolytica POT1 belongs to the peroxisomal rather than the mitochondrial or cytoplasmic class of thiolases.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_3019 and 0468.; Title: strong similarity to peroxisomal acetyl-CoA C-acyltransferase POT1 - Yarrowia lipolytica; peroxisome; see citation in PMID 7916689; uncharacterized protein	join(1409114..1409123,1409189..1409639,1409696..1410494)	Aspergillus niger	4990979
An04g05730	CDS	An04g05730	NT_166539.1	1410687	1411583	R	Function: L. pneumophila DotA is one of the factors inhibiting the fusion of the endosome to the lysosome.; Remark: an alternative name for L. pneumophila dotA is dlpA.; Title: similarity to inhibitor of endosome-lysosome fusion DotA - Legionella pneumophila; endosome; see citation in PMID 9632267; see citation in PMID 11207624; uncharacterized protein	complement(join(1410687..1410866,1410939..1411330,1411398..1411473,1411530..1411583))	Aspergillus niger	4990980
An04g05740	CDS	An04g05740	NT_166539.1	1412247	1413342	D	Catalytic activity: arylamine N-acetyltransferase catalyzes the N-acetylation of arylamines by acetyl-CoA.; Function: humna NAT1, together with NAT2,N-acetylates and detoxifies aromatic amines, but also activates their N-hydroxylated metabolites by O- and N,O-acetylation to unstable acetoxy intermediates which decompose to electrophiles, bind to DNA, and lead to mutagensis and carcinogenesis.; Title: similarity to arylamine N-acetyltransferase NAT1 - Homo sapiens; see citation in PMID 2340091; uncharacterized protein	join(1412247..1412641,1412735..1412780,1412836..1413342)	Aspergillus niger	4990981
An04g05750	CDS	An04g05750	NT_166539.1	1413529	1414084	R	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_3194 and Nig024.; Title: strong similarity to hypothetical protein EAA71297.1 - Gibberella zeae [putative sequencing error]; uncharacterized protein	complement(join(1413529..1413549,1413606..1413700,1413869..1413965,1414037..1414084))	Aspergillus niger	4990982
An04g05760	CDS	An04g05760	NT_166539.1	1414747	1418205	D	Complex: human HBO1 exists as part of a multisubunit complex that possesses histone H3 and H4 acetyltransferase activities.; Complex: human HBO1 interacts with the androgen receptor (AR), a member of the nuclear receptor superfamily.; Function: HBO1 is part of the histone H3 and H4 acetyltransferase but also specifically repressed androgen receptor mediated transcription.; Similarity: human HBO1 is a member of the MYST domain family; Similarity: similarity is from the central region of the predicted A. niger protein to human HBO1, which is 400 aa shorter.; Title: similarity to histone acetyltransferase HBO1 - Homo sapiens; nucleus; see citation in PMID 10438470; see citation in PMID 10839822; see citation in PMID 10930412; uncharacterized protein	join(1414747..1415234,1415308..1415387,1415467..1415514,1415582..1418205)	Aspergillus niger	4990983
An04g05770	CDS	An04g05770	NT_166539.1	1421052	1421778	R	Title: weak similarity to transcription activator VP1 - Triticum aestivum; see citation in PMID 11413225; uncharacterized protein	complement(join(1421052..1421109,1421204..1421300,1421375..1421572,1421703..1421778))	Aspergillus niger	84590927
An04g05780	CDS	An04g05780	NT_166539.1	1422107	1424459	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1422107..1422172,1422354..1422446,1422864..1422947,1423036..1423183,1423262..1423406,1423468..1423581,1423684..1423745,1423911..1423977,1424060..1424220,1424312..1424380,1424455..1424459)	Aspergillus niger	84590928
An04g05783	CDS	An04g05783	NT_166539.1	1424585	1426370	D	hypothetical protein	join(1424585..1424587,1424646..1424733,1424790..1425077,1425182..1425320,1425535..1425591,1425887..1426000,1426271..1426370)	Aspergillus niger	84590929
An04g05790	CDS	An04g05790	NT_166539.1	1427013	1432598	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Remark: blastp with the predicted A. niger protein only retrieves random hits to serine and glutamine rich proteins.; Title: questionable ORF; uncharacterized protein	join(1427013..1427062,1427152..1427219,1427518..1427607,1427677..1427761,1427955..1428023,1428133..1428460,1428575..1428697,1428765..1428976,1429255..1429348,1429437..1429907,1430004..1432598)	Aspergillus niger	10098352
An04g05800	CDS	An04g05800	NT_166539.1	1432690	1434075	R	Title: similarity to hypothetical protein CAC37374.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1432690..1433528,1434027..1434075))	Aspergillus niger	4990988
An04g05810	CDS	An04g05810	NT_166539.1	1434102	1437975	R	Function: S. pombe rad8 mutant is sensitive to both UV and gamma irradiation.; Similarity: S. pombe rad8 is a member of the SNF2 helicase family.; Similarity: similarity is between two regions, each ~ 100 aa, in the N- and C-terminal half of the predicted A. niger protein and S. pombe rad8.; Title: similarity to DNA repair protein rad8p -Schizosaccharomyces pombe; uncharacterized protein	complement(join(1434102..1436836,1436886..1437789,1437901..1437975))	Aspergillus niger	4990989
An04g05820	CDS	An04g05820	NT_166539.1	1438797	1440992	R	Function: C. albicans Rfg1 is a transcriptional regulator controling filamentous growth and virulence.; Similarity: similarity is between regions of ~ 100 aa in the N-terminal halfs of the predicted A. niger protein and C. albicans Rfg1.; Title: similarity to transcription regulator Rfg1 -Candida albicans; see citation in PMID 11259598; uncharacterized protein	complement(join(1438797..1440281,1440334..1440479,1440536..1440992))	Aspergillus niger	84590930
An04g05830	CDS	An04g05830	NT_166539.1	1441021	1442093	D	Similarity: similarity is between the predicted A. niger protein and the N-terminal half of T. curvata aglA,which is 400 aa longer.; Title: weak similarity to thermotolerant alpha-1,4-glucosidase aglA - Thermomonospora curvata; see citation in PMID 10792537; uncharacterized protein	join(1441021..1441050,1441129..1441205,1441443..1441460,1441537..1441631,1441699..1441777,1441858..1441977,1442045..1442093)	Aspergillus niger	84590931
An04g05840	CDS	An04g05840	NT_166539.1	1444133	1445169	R	Title: weak similarity to phospholipid-cholesterol acyltransferase - Aeromonas hydrophila; see citation in PMID 3280033; uncharacterized protein	complement(join(1444133..1444870,1444927..1445169))	Aspergillus niger	4990990
An04g05850	CDS	An04g05850	NT_166539.1	1447338	1448598	D	Remark: S. pombe rps6 is transcribed into three distinct transcripts with different sizes and heterogeneous termini.; Remark: the exon/intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_2975 and 3307 (in the 5'UTR).; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit rps6p - Schizosaccharomyces pombe; cytoplasm; see citation in PMID 2834104; 40S ribosomal protein eS6	join(1447338..1447442,1447579..1447651,1447776..1447796,1447868..1447913,1447972..1448024,1448099..1448417,1448502..1448598)	Aspergillus niger	4990993
An04g05855	CDS	An04g05855	NT_166539.1	1449062	1449450	D	hypothetical protein	join(1449062..1449127,1449250..1449450)	Aspergillus niger	84590932
An04g05860	CDS	An04g05860	NT_166539.1	1451202	1452378	R	Catalytic activity: ribose-phosphate pyrophosphokinases convert ATP + D-ribose 5-phosphate to AMP + 5-phospho-alpha-D-ribose 1-diphosphate.; Complex: by genetic interaction and two-hybrid PRS family members form functional complexes, e. g. PRS2 with PRS5.; Function: S. cerevisiae phosphoribosyl-pyrophosphate (PRPP) is required for purine, pyrimidine, tryptophan and histidine biosynthesis.; Function: in S. cerevisiae disruption of PRS1 or PRS3 has a significant effect on cell metabolism, whereas disruption of PRS2 or PRS4 has little measurable effect.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger EST an_3596.; Remark: the PRS gene family in S. cerevisiae consists of five genes each capable of encoding a 5-phosphoribosyl-1(alpha)-pyrophosphate synthetase polypeptide.; Title: strong similarity to ribose-phosphate pyrophosphokinase Prs2 - Saccharomyces cerevisiae; see citation in PMID 7992503; see citation in PMID 9108276; see citation in PMID 10212224; uncharacterized protein	complement(join(1451202..1451628,1451696..1452068,1452141..1452232,1452308..1452378))	Aspergillus niger	4990995
An04g05870	CDS	An04g05870	NT_166539.1	1453070	1465543	R	Complex: by two-hybrid S. cerevisiae TOM1 interacts with KRR1, which is involved in nucleolar 40S ribosome biogenesis.; Function: S. cerevisiae TOM1 is a E3 ubiquitin ligase involved in hnRNP protein localization and thereby affecting specificity of nuclear mRNA export.; Function: S. cerevisiae strains with mutant alleles of TOM1 are defective in multiple steps in rRNA processing.; Function: in S. cerevisiae, several different hnRNP adaptors for mRNA export exist and TOM1 regulates the localisation of e. g. Nab2p but not Np13p.; Title: strong similarity to E3 ubiquitin ligase Tom1 - Saccharomyces cerevisiae; see citation in PMID 10395901; see citation in PMID 10873801; see citation in PMID 11027267; see citation in PMID 11238398; uncharacterized protein	complement(join(1453070..1453164,1453229..1453573,1453639..1457577,1457629..1465408,1465496..1465543))	Aspergillus niger	4990996
An04g05880	CDS	An04g05880	NT_166539.1	1466966	1470590	R	Catalytic activity: linoleate diol synthase catalyzes dioxygenation of linoleic acid to (8R)-hydroperoxylinoleate and isomerization of the hydroperoxide to (7S,8S)-dihydroxylinoleate.; Complex: linoleate diol synthase is a homotetrameric ferric hemeprotein.; Function: linoleate diol synthase is involved in the dioxygenation of polyunsaturated fatty acids; Title: strong similarity to linoleate diol synthase - Gaeumannomyces graminis; see citation in PMID 10497176; uncharacterized protein	complement(join(1466966..1467295,1467380..1467506,1467587..1469765,1469825..1470017,1470072..1470120,1470172..1470269,1470324..1470590))	Aspergillus niger	4990997
An04g05900	CDS	An04g05900	NT_166539.1	1471341	1475753	R	Title: strong similarity to reverse transcriptase pol - Volvox carteri; see citation in PMID 7681411; uncharacterized protein	complement(1471341..1475753)	Aspergillus niger	10098338
An04g05930	CDS	An04g05930	NT_166539.1	1478092	1479196	D	Complex: S. cerevisiae Tsc13p coimmunoprecipitates with Elo2p and Elo3p, which are also involved in very long chain fatty acid synthesis.; Function: S. cerevisiae TSC13 is required for elongation of the palmitate, produced by cytosolic fatty acid synthase, by two carbon units.; Function: S. cerevisiae TSC13 possibly is the enoyl reductase that catalyzes the last step in each cycle of fatty acid elongation.; Function: S. cerevisiae tsc13 mutant accumulates high levels of long-chain bases as well as ceramides that harbor fatty acids with chain lengths shorter than 26 carbons.; Localization: S. cerevisiae TSC13 localizes to a novel endoplasmic reticulum structure at the nuclear-vacuolar interface.; Title: strong similarity to very long chain fatty acid synthase Tsc13 - Saccharomyces cerevisiae; endoplasmatic reticulum; see citation in PMID 11113186; uncharacterized protein	join(1478092..1478125,1478214..1478429,1478517..1479196)	Aspergillus niger	4990999
An04g05940	CDS	An04g05940	NT_166539.1	1479755	1480957	R	Function: gma12p is not the only galactosyltransferase in S. pombe, but it produces a unique carbohydrate structure on the surface of the yeast cells.; Golgi; Localization: electron microscopic localization revealed that gma12p synthesizes the carbohydrate structure in the Golgi apparatus.; Title: strong similarity to alpha 1,2 galactosyltransferase gma12p - Schizosaccharomyces pombe; see citation in PMID 7522655; uncharacterized protein	complement(join(1479755..1479985,1480160..1480593,1480666..1480957))	Aspergillus niger	4991000
An04g05950	CDS	An04g05950	NT_166539.1	1481771	1482670	R	Remark: alternative names for S. cerevisiae MRPL24 are YML14, YML24 and YMR193W.; Remark: of the ~50 MRPs isolated in S. cerevisiae (until 1998) only a minority show significant sequence similarities to known ribosomal proteins from other sources.; Similarity: the predicted A. niger protein is 80 aa longer than S. cerevisiae MRPL24 and might use a wrong startcodon.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L24 - Saccharomyces cerevisiae; localisation:mitochondrion; see citation in PMID 9151978; see citation in PMID 9445368; mitochondrial 54S ribosomal protein bL28m	complement(1481771..1482670)	Aspergillus niger	4991001
An04g05960	CDS	An04g05960	NT_166539.1	1482798	1484374	D	Complex: rat TIP49a binds to TIP49b, which is a 5' to 3' DNA-helicase, TBP and RNA-pol II.; Function: rat TIP49a ATPase activity is stimulated by single-stranded DNA but neither by double-stranded DNA nor by any forms of RNA polymers tested.; Function: rat TIP49a is a DNA-helicase unwounding dsDNA in the 3' to 5' direction with respect to the single-stranded DNA flanking the duplex.; Title: strong similarity to DNA-helicase TIP49a -Rattus norvegicus; nucleus; see citation in PMID 9196036; see citation in PMID 10336418; see citation in PMID 10428817; see citation in PMID 10787406; uncharacterized protein	join(1482798..1482941,1483024..1483243,1483302..1483849,1483910..1484374)	Aspergillus niger	4991002
An04g05970	CDS	An04g05970	NT_166539.1	1484687	1486377	R	Function: the cyclopropane synthase from Sterculia foetida produces dihydrosterculate from oleate and uses S-adenosylmethionine as the methylene donor.; Similarity: the predicted A. niger protein contains FAD- and NADH-binding motifs of pyridine nucleotide-disulphide deoxygenases.; Title: similarity to cyclopropane synthase AAM33848.1 - Sterculia foetida; see citation in PMID 11997456; uncharacterized protein	complement(join(1484687..1485331,1485381..1486090,1486164..1486377))	Aspergillus niger	4991003
An04g05980	CDS	An04g05980	NT_166539.1	1487584	1488408	D	Complex: S. cerevisiae Vti1p interacts with the t-SNAREs Sed5p, Pep12p, Vam3p and Vam7p, the v-SNAREs Nyv1p and Ykt6p and the SNAP Sec17p.; Function: S. cerevisiae Vti1p acts as a retrograde v-SNARE and interacts directly with the t-SNARE Sed5p to target retrograde vacuole to cis-Golgi traffic.; Function: in S. cerevisiae the transport vesicle specivic v-SNARE Vti1p interacts with the prevacuolar target specific t-SNARE Pep12p to direct Golgi to prevacuolar traffic.; Function: in S. cerevisiae vacuole-vacuole fusion requires a cis-SNARE complex of five SNAREs, the t-SNAREs Vam3p and Vam7p and the v-SNAREs Nyv1p, Vti1p, and Ykt6p.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_2635, 2436 and 2514.; Title: strong similarity to v-SNARE Vti1 -Saccharomyces cerevisiae; intracellular transport vesicles; see citation in PMID 9199167; see citation in PMID 9398683; see citation in PMID 10385523; uncharacterized protein	join(1487584..1487763,1487831..1488237,1488321..1488408)	Aspergillus niger	4991004
An04g05990	CDS	An04g05990	NT_166539.1	1488670	1489674	R	Title: similarity to hypothetical protein B23I11.280 - Neurospora crassa; uncharacterized protein	complement(1488670..1489674)	Aspergillus niger	4991005
An04g06000	CDS	An04g06000	NT_166539.1	1491361	1493811	D	Function: S. cerevisiae PUT3 is a positive regulator of PUT (proline utilization) genes.; Similarity: S. cerevisiae PUT3 is a zinc finger transcription factor with a fungal GAL4-type Zn(2)-Cys(6) binuclear cluster domain.; Similarity: similarity is between the predicted A. niger protein and the C-terminal 2/3s of S. cerevisiae PUT3, which is 300 aa longer.; Title: similarity to transcription activator Put3 -Saccharomyces cerevisiae; nucleus; see citation in PMID 2689861; uncharacterized protein	join(1491361..1491401,1491641..1491729,1491788..1491895,1491963..1492501,1492562..1492835,1492960..1493060,1493111..1493297,1493348..1493811)	Aspergillus niger	4991006
An04g06010	CDS	An04g06010	NT_166539.1	1494312	1495386	D	Title: similarity to mitomycin biosynthesis protein MmcH from patent WO200053737-A2 - Streptomyces lavendulae; uncharacterized protein	join(1494312..1494990,1495097..1495386)	Aspergillus niger	4991007
An04g06020	CDS	An04g06020	NT_166539.1	1496312	1497116	R	Function: S. cerevisiae ISA1 is involved in the assembly of Fe/S-clusters in mitochondrial and cytoplasmatic proteins.; Localization: S. cerevisiae ISA1 localises to the mitochondrial matrix.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger EST an_3349 .; Title: strong similarity to mediator of mitochondrial Fe/S-cluster assembly Isa1 - Saccharomyces cerevisiae; localisation:mitochondrion; see citation in PMID 10748136; see citation in PMID 10805735; see citation in PMID 10913600; uncharacterized protein	complement(join(1496312..1496349,1496411..1497116))	Aspergillus niger	4991008
An04g06030	CDS	An04g06030	NT_166539.1	1498326	1500674	D	Title: strong similarity to hypothetical protein SPBC20F10.02c - Schizosaccharomyces pombe; uncharacterized protein	join(1498326..1498406,1498467..1498589,1498648..1498728,1498797..1498932,1498986..1499098,1499158..1499492,1499544..1499954,1500011..1500674)	Aspergillus niger	4991009
An04g06040	CDS	An04g06040	NT_166539.1	1501092	1502455	R	Function: S. cerevisiae EAF3 is component of the NuA4 histone-acetyltransferase complex, however eaf3 mutations are viable and have no growth phenotype.; Function: S. pombe alp13 mutants are temperature-sensitive, have cell polarity defects and are sterile.; Remark: a splice site was detected upstream of the START codon.; Similarity: the predicted A. niger protein shows strong similarity to alp13 of S. pombe (also known as chromo domain protein), which belongs to the MRG protein family. MRG proteins comprise the homologous proteins human MORF4 related gene, D. melanogaster male specific lethal-3 (Msl-3) and S. cerevisiae Eaf3p.; Title: strong similarity to cell polarity determinant alp13p - Schizosaccharomyces pombe; see citation in PMID 9658169; see citation in PMID 11036083; uncharacterized protein	complement(join(1501092..1501303,1501357..1501741,1501855..1502086,1502292..1502455))	Aspergillus niger	4991010
An04g06050	CDS	An04g06050	NT_166539.1	1503412	1503993	D	Title: strong similarity to hypothetical protein SPAC23H4.11c - Schizosaccharomyces pombe; uncharacterized protein	1503412..1503993	Aspergillus niger	4991011
An04g06060	CDS	An04g06060	NT_166539.1	1504797	1505637	D	Complex: S. cerevisiae Ctf8p interact physically with Ctf18p, Dcc1p, Rfc2p, Rfc3p, Rfc4p and Rfc5p but not with Rfc1p or Rad24p.; Function: S. cerevisiae Ctf8p forms part of an alternative replication factor complex (RFC) involved in sister chromatid cohesion and faithful chromosome transmission.; Function: deletion of S. cerevisiae CTF8 leads to a severe sister chromatid cohesion defect.; Remark: the systematic name for S. cerevisiae CTF8 is YHR191c.; Title: similarity to replication factor complex subunit Ctf8 - Saccharomyces cerevisiae; nucleus; see citation in PMID 11389843; uncharacterized protein	join(1504797..1505253,1505285..1505637)	Aspergillus niger	4991012
An04g06070	CDS	An04g06070	NT_166539.1	1506902	1507315	D	Title: strong similarity to EST an_1548 -Aspergillus niger; uncharacterized protein	join(1506902..1507003,1507103..1507315)	Aspergillus niger	4991013
An04g06080	CDS	An04g06080	NT_166539.1	1507790	1510565	R	Complex: human GAPCenA interacts with Rab6,cytosolic gamma-tubulins and is associated with the centrosome.; Function: human GAPCenA is a GAP specifically active in vitro on Rab6, which regulates intracellular transport at the level of the Golgi, and, to a lesser extent, on Rab4 and Rab2 proteins.; Function: human GAPCenA may be involved in the coordination of microtubule and Golgi dynamics during the cell cycle.; Function: human GAPCenA was found to form complexes with cytosolic gamma-tubulin and to play a role in microtubule nucleation.; Localization: immunofluorescence and cell fractionation experiments showed that human GAPCenA is mainly cytosolic but that a minor pool is associated with the centrosome.; Title: similarity to Rab6 GTPase activating protein GAPCenA - Homo sapiens; see citation in PMID 10202141; uncharacterized protein	complement(join(1507790..1507852,1507908..1508377,1508414..1508849,1508916..1509085,1509293..1510469,1510533..1510565))	Aspergillus niger	4991014
An04g06090	CDS	An04g06090	NT_166539.1	1511807	1513012	R	Function: S. cerevisiae BET4 is required for the prenylation of Rab GTP-binding proteins which leads to their membrane attachment and subsequent activity in the regulation of vesicular traffic.; Title: similarity to geranylgeranyltransferase type-II alpha chain Bet4 - Saccharomyces cerevisiae; see citation in PMID 8756702; uncharacterized protein	complement(join(1511807..1512136,1512156..1512845,1512968..1513012))	Aspergillus niger	4991015
An04g06100	CDS	An04g06100	NT_166539.1	1513516	1516430	D	Complex: human CDC20 binds to APC, a hMAD2 tetramer,cyclin A, BUBR1 and the kinase aurora2/Aik.; Function: activation of the anaphase-promoting complex (APC) by binding of human CDC20 in metaphase and CDH1 in telophase is required for anaphase and for exit from mitosis.; Function: the human checkpoint protein hMAD2 prevents activation of APC by forming a hMAD2-CDC20-APC complex.; Regulation: the phosphorylation of Cdc20 by Cdc2-Cyclin B and cyclinA-cyclin A-associated kinase influences activity of the CDC20-APC complex.; Remark: an alternative name for human CDC20 is p55CDC.; Similarity: similarity is from the central region of the predicted A. niger protein to human CDC20, which is 400 aa shorter.; Title: similarity to cell cycle protein CDC20 - Homo sapiens; nucleus; see citation in PMID 7513050; see citation in PMID 9637688; see citation in PMID 10377410; see citation in PMID 10459014; see citation in PMID 10679238; uncharacterized protein	join(1513516..1514548,1514791..1515493,1515713..1516430)	Aspergillus niger	4991016
An04g06110	CDS	An04g06110	NT_166539.1	1516908	1517974	D	Remark: blastp with the predicted A. niger protein only retrieves random hits to threonine rich proteins.; hypothetical protein	join(1516908..1517221,1517365..1517476,1517654..1517670,1517834..1517864,1517960..1517974)	Aspergillus niger	4991017
An04g06120	CDS	An04g06120	NT_166539.1	1518271	1520878	R	Similarity: the ORF shows also strong similarity to EST EMBLEST:BE759148 an_3476 from Aspergillus niger.; Title: strong similarity to hypothetical protein YDR398w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1518271..1520254,1520313..1520878))	Aspergillus niger	4991018
An04g06130	CDS	An04g06130	NT_166539.1	1522179	1523526	R	Title: weak similarity to transcription factor SoxP1 - Oncorhynchus mykiss; see citation in PMID 8543013; uncharacterized protein	complement(join(1522179..1522252,1522302..1522407,1522482..1522872,1523050..1523363,1523476..1523526))	Aspergillus niger	84590933
An04g06140	CDS	An04g06140	NT_166539.1	1523739	1526362	D	Function: S. cerevisiae BDF1 is transcription factor involved in control of snRNA expression.; Function: in S. cerevisiae most cells from the bdf1 null mutant fail to undergo one or both meiotic divisions,and there is an absolute defect in spore formation.; Similarity: S. cerevisiae BDF1 contains two bromodomains.; Title: similarity to transcription factor Bdf1 -Saccharomyces cerevisiae; nucleus; see citation in PMID 7791775; see citation in PMID 7816623; uncharacterized protein	join(1523739..1523842,1523901..1524969,1525006..1525021,1525112..1525971,1526030..1526362)	Aspergillus niger	4991020
An04g06150	CDS	An04g06150	NT_166539.1	1527024	1528938	D	Function: S. cerevisiae DPH gene products catalyse the post translational modification of a histidine residue in translation elongation factor-2 (EF-2) to a diphthamide residue.; Similarity: similarity is from the C-terminal region of the predicted A. niger protein to the N-terminal region of S. cerevisiae DPH3.; Title: weak similarity to DPH3 from patent WO9953762-A1 - Saccharomyces cerevisiae; uncharacterized protein	join(1527024..1527167,1527248..1527346,1527415..1527977,1528048..1528273,1528497..1528787,1528876..1528938)	Aspergillus niger	4991021
An04g06160	CDS	An04g06160	NT_166539.1	1529549	1530286	R	Function: S. cerevisiae frataxin (YFH1) is necessary for FeS cluster assembly into ferredoxin.; Function: S. cerevisiae yfh1 mutations are highly sensitive to oxidants, such as H2O2, iron and copper and their mitochondria contain 10 times more iron than wild-type.; Function: expansion of GAA repeats in human frataxin causes Friedreich's ataxia, an autosomal recessive,degenerative disease of central and peripheral nervous systems and the heart.; Title: strong similarity to mitochondrial frataxin Yfh1 - Saccharomyces cerevisiae; localisation:mitochondrion; see citation in PMID 8596916; see citation in PMID 9241270; see citation in PMID 9271239; see citation in PMID 11273703; uncharacterized protein	complement(join(1529549..1529824,1529918..1530286))	Aspergillus niger	4991022
An04g06170	CDS	An04g06170	NT_166539.1	1530717	1531916	D	Title: similarity to hypothetical protein B7N4.10 -Neurospora crassa; uncharacterized protein	join(1530717..1531268,1531350..1531916)	Aspergillus niger	4991023
An04g06180	CDS	An04g06180	NT_166539.1	1532062	1534335	R	Complex: Sec6p of S. cerevisiae and six other proteins (Sec15p, Sec8p, Sec3p, Sec5p, Sec10p and Exo70p) together form the exocyst complex.; Function: S. cerevisiae Sec6 is a cytoplasmic protein involved in the last step of the secretory pathway,the fusion of post-Golgi vesicles with the plasma membrane.; Function: S. cerevisiae Sec6 is a subunit of the Exocyst complex, which is required for exocytosis.; Localization: the exocyst of S. cerevisiae is found in the cytoplasm and associated with the plasma membrane,where it is specifically located at sites of vesicle fusion.; Title: strong similarity to exocyst subunit Sec6 -Saccharomyces cerevisiae; plasma membrane; see citation in PMID 7615633; see citation in PMID 8978675; see citation in PMID 10203793; see citation in PMID 1523887; see citation in PMID 10873817; uncharacterized protein	complement(1532062..1534335)	Aspergillus niger	4991024
An04g06190	CDS	An04g06190	NT_166539.1	1534976	1535263	D	Remark: an alternative name for S. cerevisiae MRPL33 is YML33.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L30 - Saccharomyces cerevisiae; localisation:mitochondrion; see citation in PMID 2061283; mitochondrial 54S ribosomal protein uL30m	1534976..1535263	Aspergillus niger	4991025
An04g06200	CDS	An04g06200	NT_166539.1	1535804	1537933	R	Function: S. cerevisae DPL1 is required for the breakdown of long-chain-base phosphates like sphingosine-1-phosphate (PHS-1-P) and dihydrosphingosine-1-phosphate (DHS-1-P), which have been implicated as signaling molecules specifically stimulating a calcium-signaling mechanism.; Function: S. cerevisae dpl1delta deletion mutant,which accumulates endogenous phosphorylated sphingoid bases, exhibit unregulated proliferation upon approach to stationary phase.; Title: strong similarity to dihydrosphingosine/sphingosine phosphate lyase Dpl1 -Saccharomyces cerevisiae; see citation in PMID 9973338; see citation in PMID 10329480; see citation in PMID 11278643; uncharacterized protein	complement(join(1535804..1536815,1536867..1537000,1537049..1537526,1537647..1537933))	Aspergillus niger	4991026
An04g06210	CDS	An04g06210	NT_166539.1	1538451	1540088	R	Catalytic activity: homocitrate synthases convert 2-hydroxybutane-1,2,4-tricarboxylate + CoA to acetyl-CoA + H(2)O + 2-oxoglutarate.; Function: P. chrysogenum lys1 catalyzes the first step of the lysine and penicillin pathway.; Title: strong similarity to homocitrate synthase lys1 - Penicillium chrysogenum; see citation in PMID 9889317; uncharacterized protein	complement(join(1538451..1539402,1539462..1539529,1539586..1539666,1539730..1539959,1540022..1540088))	Aspergillus niger	4991027
An04g06220	CDS	An04g06220	NT_166539.1	1540392	1541428	D	hypothetical protein	join(1540392..1540553,1540619..1540741,1541146..1541238,1541405..1541428)	Aspergillus niger	84590934
An04g06230	CDS	An04g06230	NT_166539.1	1545551	1546242	D	hypothetical protein	join(1545551..1545683,1545884..1545977,1546158..1546242)	Aspergillus niger	84590935
An04g06240	CDS	An04g06240	NT_166539.1	1547953	1550194	D	Function: TRI10 of F. sporotrichioides controls expression of trichothecene toxin synthesis genes.; Phenotype: disruption of TRI10 in F. sporotrichioides abolished T-2 toxin production and dramatically decreased the transcript accumulation for four trichothecene genes (Tri4, Tri5, Tri6, and Tri101) and an apparent farnesyl pyrophosphate synthetase (Fpps) gene.; Remark: disruption of TRI10 additionally increased sensitivity to T-2 toxin under certain growth conditions.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: similarity to transcription regulator TRI10 -Fusarium sporotrichioides; see citation in PMID 11679358; uncharacterized protein	join(1547953..1548242,1548455..1549241,1549295..1550194)	Aspergillus niger	4991030
An04g06250	CDS	An04g06250	NT_166539.1	1551014	1552693	D	Function: it has been proposed that C. carbonum TOXA encodes an HC-toxin efflux pump which contributes to self-protection against HC-toxin and/or the secretion of HC-toxin into the extracellular milieu.; Remark: the predicted A. niger protein occurs from a genomic region containing a peptide synthase biosynthesis.; Similarity: C. carbonum TOXA is a member of the major facilitator superfamily.; Title: strong similarity to HC-toxin efflux pump TOXA - Cochliobolus carbonum; plasma membrane; see citation in PMID 8704997; uncharacterized protein	1551014..1552693	Aspergillus niger	4991031
An04g06260	CDS	An04g06260	NT_166539.1	1553436	1560187	D	Function: B. brevis TycC is composed of six modules that each incorporate one amino acid into the peptide product.; Similarity: the predicted A. niger protein shows modular repetetive similarity to B. brevis TycC, which is 3500 aa longer.; Title: strong similarity to peptide synthase TycC -Bacillus brevis; see citation in PMID 9352938; uncharacterized protein	join(1553436..1559179,1559350..1560187)	Aspergillus niger	4991032
An04g06270	CDS	An04g06270	NT_166539.1	1560777	1562166	R	Title: similarity to hypothetical methyltransferase AAO27746.2 - Fusarium sporotrichioides; uncharacterized protein	complement(join(1560777..1560804,1561140..1561267,1561449..1561597,1561671..1561924,1561991..1562166))	Aspergillus niger	4991033
An04g06280	CDS	An04g06280	NT_166539.1	1562809	1563435	D	Title: strong similarity to hypothetical protein BAC47520.1 - Bradyrhizobium japonicum; uncharacterized protein	1562809..1563435	Aspergillus niger	4991034
An04g06290	CDS	An04g06290	NT_166539.1	1563613	1564903	R	Similarity: similarity is from the predicted A. niger protein to the central region of S. pombe zas1, which is 500 aa longer.; Similarity: the predicted A. niger protein contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Title: weak similarity to C2H2 zinc finger protein zas1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1563613..1564179,1564230..1564665,1564740..1564903))	Aspergillus niger	4991035
An04g06300	CDS	An04g06300	NT_166539.1	1565318	1566273	R	Title: similarity to hypothetical protein CAE76440.1 - Neurospora crassa; uncharacterized protein	complement(join(1565318..1566099,1566150..1566273))	Aspergillus niger	4991036
An04g06310	CDS	An04g06310	NT_166539.1	1567155	1568066	D	Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to hypothetical protein CAB91735.2 - Neurospora crassa; uncharacterized protein	join(1567155..1567478,1567555..1567952,1568015..1568066)	Aspergillus niger	4991037
An04g06320	CDS	An04g06320	NT_166539.1	1568452	1569184	D	Similarity: the ORF shows also strong similarity to EST 3917 of patent WO200056762-A2 from A. niger.; Title: strong similarity to hypothetical protein SPAC19A8.14 - Schizosaccharomyces pombe; uncharacterized protein	join(1568452..1568767,1568853..1569184)	Aspergillus niger	4991038
An04g06330	CDS	An04g06330	NT_166539.1	1569759	1570922	R	Complex: N. crassa NMR interacts via specific protein-protein binding with two distinct regions of NIT2.; Function: N. crassa NMR is a repressor of nitrogen metabolismus, acting via inhibition of transcriptional activation by NIT2.; Title: similarity to repressor of nitrogen metabolism NMR - Neurospora crassa; see citation in PMID 9427402; uncharacterized protein	complement(join(1569759..1570234,1570297..1570788,1570856..1570922))	Aspergillus niger	4991039
An04g06340	CDS	An04g06340	NT_166539.1	1571550	1572071	D	Similarity: the ORF shows strong similarity to the A. niger protein An12g01370. The ORF, however, is much shorter than An12g01370 (154 compared to 667 amino acids).; Title: strong similarity to hypothetical protein encoded by An12g01370 - Aspergillus niger; uncharacterized protein	join(1571550..1571726,1571784..1572071)	Aspergillus niger	4991040
An04g06350	CDS	An04g06350	NT_166539.1	1574351	1575424	D	Catalytic activity: dihydrokaempferol 4-reductases convert to Cis-3,4-leucopelargonidin + NADP(+) to (+)-dihydrokaempferol + NADPH.; Function: P. hybrida DFR is involved in flavonoid-biosynthetis.; Title: similarity to dihydroflavenol 4-reductase DFR - Petunia hybrida; see citation in PMID 2491667; uncharacterized protein	join(1574351..1574771,1574844..1575424)	Aspergillus niger	4991041
An04g06360	CDS	An04g06360	NT_166539.1	1575733	1575933	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(1575733..1575933)	Aspergillus niger	84590936
An04g06367	CDS	An04g06367	NT_166539.1	1576622	1577086	R	hypothetical protein	complement(1576622..1577086)	Aspergillus niger	84590937
An04g06370	CDS	An04g06370	NT_166539.1	1578043	1580420	D	Function: the mouse homologe of T. nigroviridis SART1, Haf, is a DNA-binding factor involved in transcriptional activation induced by hypoxia.; Title: similarity to hypoxia-associated transcriptional activator SART1 - Tetraodon nigroviridis; see citation in PMID 10887110; see citation in PMID 11410364; uncharacterized protein	join(1578043..1580046,1580224..1580297,1580384..1580420)	Aspergillus niger	4991044
An04g06380	CDS	An04g06380	NT_166539.1	1581290	1582904	D	Catalytic activity: aspartate aminotransferases convert L-aspartate + 2-oxoglutarate to oxaloacetate + L-glutamate.; Function: aspartate aminotransferases are involved in amino acid and nitrogen metabolism.; Localization: there are two aspartate aminotransferase isozymes in M. musculus, one is located in the mitochondrion and one in the cytoplasm.; Title: strong similarity to mitochondrial aspartate aminotransferase mAspAT - Mus musculus; see citation in PMID 2828632; see citation in PMID 3782150; see citation in PMID 6859879; uncharacterized protein	join(1581290..1581409,1581473..1581551,1581663..1582303,1582358..1582645,1582695..1582754,1582803..1582904)	Aspergillus niger	4991045
An04g06390	CDS	An04g06390	NT_166539.1	1585641	1587034	R	Title: questionable ORF; uncharacterized protein	complement(join(1585641..1585805,1586064..1586171,1586385..1586508,1586621..1586719,1586803..1586854,1586995..1587034))	Aspergillus niger	84590938
An04g06400	CDS	An04g06400	NT_166539.1	1588209	1592896	D	Title: strong similarity to hypothetical protein CAE76455.1 - Neurospora crassa; uncharacterized protein	join(1588209..1588289,1588855..1589031,1589265..1589320,1589561..1589721,1590555..1592896)	Aspergillus niger	4991047
An04g06410	CDS	An04g06410	NT_166539.1	1593344	1593637	D	Remark: the patent database entry is an amino acid sequence derived by conceptual translation from RT-PCR DNA.; Title: weak similarity to protein fragment SEQ ID NO:30180 from patent EP1033405-A2 - Zea mays; uncharacterized protein	join(1593344..1593412,1593464..1593637)	Aspergillus niger	84590939
An04g06420	CDS	An04g06420	NT_166539.1	1595289	1597468	D	Title: strong similarity to hypothetical protein SPAC12G12.14 - Schizosaccharomyces pombe; uncharacterized protein	join(1595289..1595339,1595429..1595591,1595673..1595826,1595968..1596332,1596384..1596935,1596989..1597174,1597227..1597468)	Aspergillus niger	4991049
An04g06430	CDS	An04g06430	NT_166539.1	1598866	1600247	R	Function: zinc finger-containing proteins are usually transcription regulators, and the domain is directly involved in DNA binding.; Remark: the C2H2 zinc finger is composed of two short beta strands followed by an alpha helix; the amino terminal part of the helix binds the major groove in DNA binding zinc fingers.; Similarity: The C2H2 zinc finger is the classical zinc finger domain, where the two conserved cysteines and histidines co-ordinate a zinc ion.; Similarity: the similarity to BMZF3 of H. sapiens is due to the presence of four zinc fingers in the predicted ORFs; similarly, the predicted ORF shows similarity to many other putative zinc finger proteins.; Title: similarity to zinc finger protein BMZF3 from patent WO9962951-A1 - Homo sapiens; uncharacterized protein	complement(join(1598866..1599630,1599681..1599820,1599872..1600247))	Aspergillus niger	4991050
An04g06440	CDS	An04g06440	NT_166539.1	1600288	1601276	D	hypothetical protein	join(1600288..1600391,1600445..1600594,1600694..1600745,1600878..1601090,1601193..1601276)	Aspergillus niger	84590940
An04g06450	CDS	An04g06450	NT_166539.1	1601583	1603595	D	Title: questionable ORF; uncharacterized protein	join(1601583..1601934,1602148..1602152,1602557..1602663,1602860..1603253,1603333..1603381,1603411..1603595)	Aspergillus niger	84590941
An04g06460	CDS	An04g06460	NT_166539.1	1604105	1605065	D	hypothetical protein	join(1604105..1604132,1604230..1605065)	Aspergillus niger	84590942
An04g06470	CDS	An04g06470	NT_166539.1	1605140	1606167	D	hypothetical protein	join(1605140..1605191,1605276..1605345,1605450..1605533,1605608..1605883,1605990..1606167)	Aspergillus niger	84590943
An04g06480	CDS	An04g06480	NT_166539.1	1607258	1607555	R	hypothetical protein	complement(join(1607258..1607422,1607517..1607555))	Aspergillus niger	84590944
An04g06490	CDS	An04g06490	NT_166539.1	1607833	1608837	D	Catalytic activity: DHHB-MT catalyzes the reaction: S-Adenosyl-L-methionine + 3-Hexaprenyl-4,5-dihydroxybenzoate = S-Adenosyl-L-homocysteine + 3-Hexaprenyl-4-hydroxy-5-methoxybenzoate.; Localization: in S. cerevisiae the COQ3 gene product, DHHB-MT, is a mitochondrial protein.; Pathway: this reaction is the fourth step in the biosynthesis of ubiquinone (coenzyme Q) from p-hydroxybenzoic acid.; Similarity: the 3,4-dihydroxy-5-hexaprenylbenzoate methyltransferase (DHHB-MT) of R. norvegicus is very similar to the yeast homologue COQ3, and can complement COQ3 mutations in S. cerevisiae.; Title: strong similarity to 3,4-dihydroxy-5-hexaprenylbenzoate methyltransferase - Rattus norvegicus; See PMID 9932649; See PMID 8125303; uncharacterized protein	join(1607833..1608167,1608222..1608837)	Aspergillus niger	4991056
An04g06500	CDS	An04g06500	NT_166539.1	1609126	1611314	R	Function: BRAP2 of H. sapiens binds to the nuclear localization signal of the tumor suppressor gene BRCA1.; Localization: as human BRAP2 is mainly localized in the cytoplasm, its proposed function is to be a cytoplasmic retention protein for BRCA1, thus regulating its transcriptional activity.; Similarity: as for human BRAP2, the main structural feature of the predicted ORF is to contain zinc fingers and leucine zippers in the middle and C-terminal regions of the protein, respectively.; Title: strong similarity to BRCA1-associated protein 2 BRAP2 - Homo sapiens; See PMID 9497340; See PMID 10819535; uncharacterized protein	complement(join(1609126..1610161,1610279..1610343,1610409..1611314))	Aspergillus niger	4991057
An04g06510	CDS	An04g06510	NT_166539.1	1611850	1612910	R	Function: ubiquitin is involved in the ATP-dependent selective degradation of cellular proteins, the maintenance of chromatin structure, the regulation of gene expression, the stress response, ribosome biogenesis and intracellular sorting of membrane proteins.; Similarity: an A. niger EST corresponding to part of the predicted ORF has been patented under patentnumber WO200056762-A2.; Similarity: the predicted ORF is constituted by four ubiquitin units, the only differences with the S. cerevisiae homologue UBI4 being that the yeast gene contains five ubiquitin units and that, at position 28 of the ubiquitin unit, the predicted ORF shows a conservative substitution Ser > Thr.; Title: strong similarity to polyubiquitin 5 Ubi4 -Saccharomyces cerevisiae; cytoplasm; See PMID 8657109; See PMID 8922277; See PMID 8982460; See PMID 3038523; See PMID 7721857; uncharacterized protein	complement(join(1611850..1612529,1612603..1612818,1612889..1612910))	Aspergillus niger	4991058
An04g06520	CDS	An04g06520	NT_166539.1	1613435	1614759	D	hypothetical protein	join(1613435..1613456,1613578..1613709,1613789..1613956,1614086..1614155,1614238..1614318,1614402..1614515,1614606..1614759)	Aspergillus niger	84590945
An04g06530	CDS	An04g06530	NT_166539.1	1615578	1616705	D	Function: zinc finger-containing proteins are usually transcription regulators, and the domain is directly involved in DNA binding.; Remark: the C2H2 zinc finger is composed of two short beta strands followed by an alpha helix; the amino terminal part of the helix binds the major groove in DNA binding zinc fingers.; Similarity: The C2H2 zinc finger is the classical zinc finger domain, where the two conserved cysteines and histidines co-ordinate a zinc ion.; Similarity: the main feature of the predicted ORF is to contain 6 C2H2 zinc finger domains, spanning all the protein lenght; this fact explains the huge number of BLASTP hits, mainly to hypothetical zinc finger proteins.; Title: similarity to hypothetical zinc-finger protein ZNF225 - Homo sapiens; uncharacterized protein	join(1615578..1615976,1616031..1616477,1616564..1616610,1616660..1616705)	Aspergillus niger	4991060
An04g06540	CDS	An04g06540	NT_166539.1	1618327	1618614	R	hypothetical protein	complement(join(1618327..1618372,1618466..1618614))	Aspergillus niger	84590946
An04g06550	CDS	An04g06550	NT_166539.1	1622149	1622934	R	Title: strong similarity to EST an_2064 -Aspergillus niger; uncharacterized protein	complement(join(1622149..1622381,1622506..1622736,1622910..1622934))	Aspergillus niger	84590947
An04g06560	CDS	An04g06560	NT_166539.1	1623017	1623927	R	hypothetical protein	complement(join(1623017..1623117,1623223..1623310,1623399..1623575,1623712..1623927))	Aspergillus niger	84590948
An04g06570	CDS	An04g06570	NT_166539.1	1624153	1624748	D	Function: Ypd1p of S. cerevisiae is a phosphorelay intermediate between Sln1p and Ssk1p. Phenotype: disruption of YPD1 in S. cerevisisae is lethal because of the constitutive activation of the HOG1 MAPK cascade.; Remark: YDL235c ist the systematic name for YPD1 of s. cerevisisae.; Title: similarity to osmosensing phosphorelay signal transduction protein Ypd1 - Saccharomyces cerevisiae; See PMID 8808622; See PMID 10329790; uncharacterized protein	join(1624153..1624427,1624481..1624748)	Aspergillus niger	4991064
An04g06580	CDS	An04g06580	NT_166539.1	1625102	1627698	D	Title: weak similarity to aczonin - Mus musculus; uncharacterized protein	join(1625102..1625305,1625495..1625660,1625749..1625856,1625898..1625965,1626037..1626150,1626236..1626305,1626406..1626471,1626580..1627470,1627568..1627698)	Aspergillus niger	4991065
An04g06590	CDS	An04g06590	NT_166539.1	1627740	1629299	R	Title: weak similarity to protein from patent WO2003000906-A2 - Oryza sativa; uncharacterized protein	complement(join(1627740..1628767,1628822..1628899,1628957..1629299))	Aspergillus niger	4991066
An04g06600	CDS	An04g06600	NT_166539.1	1629794	1630954	R	Title: similarity to EST SEQ ID NO:6881 from patent WO200056762-A2 - Aspergillus oryzae; uncharacterized protein	complement(join(1629794..1629851,1630022..1630072,1630185..1630584,1630930..1630954))	Aspergillus niger	4991067
An04g06610	CDS	An04g06610	NT_166539.1	1630977	1633168	D	hypothetical protein	join(1630977..1631070,1631197..1631384,1631689..1631790,1631892..1631931,1632169..1632303,1632671..1632771,1632823..1632911,1633102..1633168)	Aspergillus niger	84590949
An04g06620	CDS	An04g06620	NT_166539.1	1633511	1635483	R	Function: farnesyltransferase of H. sapiens is a heterodimeric enzyme that attaches a farnesyl group to a single cysteine in several cellular proteins (EC 2. 5. 1. -).; Pathway: substrates of FTPase beta subunit include the p21ras proteins, nuclear lamins, and several retinal proteins.; Remark: FTPase beta subunit and prenyl-protein transferase DPR1/RAM1 subunit homolog are alternativ names for human farnesyl-protein transferase beta chain.; Title: strong similarity to farnesyl-protein transferase beta chain - Homo sapiens; See PMID 8494894; uncharacterized protein	complement(join(1633511..1633796,1633861..1634136,1634188..1634305,1634357..1634484,1634545..1634619,1634674..1634829,1634951..1635483))	Aspergillus niger	4991069
An04g06630	CDS	An04g06630	NT_166539.1	1635998	1638466	D	hypothetical protein	join(1635998..1636071,1636396..1636545,1636628..1636774,1637043..1637273,1637359..1637434,1637516..1637578,1637710..1637932,1638036..1638066,1638174..1638288,1638410..1638466)	Aspergillus niger	84590950
An04g06640	CDS	An04g06640	NT_166539.1	1639617	1642056	D	Remark: blastp matches are unspecific.; Similarity: the ORF shows also similarity to EST n5c03a1. r1 of A. nidulans.; Similarity: the ORF shows weak similarity to the A. niger protein An08g02420. The similarity is only restricted to a stretch of about 50 amino acids.; Title: weak similarity to hypothetical protein encoded by An08g02420 - Aspergillus niger; uncharacterized protein	join(1639617..1640750,1640800..1641651,1641700..1641898,1641956..1642056)	Aspergillus niger	4991071
An04g06650	CDS	An04g06650	NT_166539.1	1642928	1643705	D	Title: strong similarity to hypothetical protein SPBC19C2.15c - Schizosaccharomyces pombe; uncharacterized protein	join(1642928..1643355,1643428..1643570,1643644..1643705)	Aspergillus niger	4991072
An04g06660	CDS	An04g06660	NT_166539.1	1643866	1645225	R	Title: similarity to hypothetical protein G22F9.040 - Neurospora crassa; uncharacterized protein	complement(join(1643866..1643945,1644002..1644307,1644370..1645225))	Aspergillus niger	4991073
An04g06670	CDS	An04g06670	NT_166539.1	1645830	1646418	R	Complex: the major small nuclear ribonucleoproteins (snRNPs) U1, U2, U4/U6, and U5 share a set of common proteins denoted B/B', D1, D2, D3, E, F, and G which play an important part in the biogenesis of the snRNPs.; Remark: SNRNP core protein D3 is an alternative name for small nuclear ribonucleoprotein SM D3 of H. sapiens.; Similarity: human SM D3 belongs to the SNRNP core protein family.; Title: strong similarity to small nuclear ribonucleoprotein SM D3 - Homo sapiens; nucleus; See PMID 7527560; uncharacterized protein	complement(join(1645830..1645932,1646007..1646136,1646226..1646286,1646362..1646418))	Aspergillus niger	4991074
An04g06680	CDS	An04g06680	NT_166539.1	1646858	1647547	D	Similarity: the ORF encoded protein show similarity to several hypothetical proteins of different species.; Title: similarity to hypothetical protein 15E6.20 -Neurospora crassa; uncharacterized protein	1646858..1647547	Aspergillus niger	4991075
An04g06690	CDS	An04g06690	NT_166539.1	1648374	1650289	R	Function: pah1 of P. anserina may be a repressor of genes involved in the microconidiation process. Moreover,pah1 is involved in hyphal branching and possibly in the development of female organs.; Phenotype: deletion of the pah1 gene in P. anserina enhances the number of male gametes (microconidia), whereas overexpression of pah1 results in a decrease in microconidia.; Title: strong similarity to homeoprotein h1 pah1 -Podospora anserina; nucleus; See PMID 11123688; uncharacterized protein	complement(join(1648374..1649650,1649702..1649901,1649952..1650289))	Aspergillus niger	4991076
An04g06700	CDS	An04g06700	NT_166539.1	1650420	1651059	D	Title: weak similarity to hypothetical protein C01G5.3 - Caenorhabditis elegans; uncharacterized protein	join(1650420..1650584,1650638..1650684,1650751..1650775,1650910..1651059)	Aspergillus niger	84590951
An04g06710	CDS	An04g06710	NT_166539.1	1651911	1652837	R	hypothetical protein	complement(join(1651911..1651981,1652039..1652146,1652413..1652516,1652601..1652758,1652793..1652837))	Aspergillus niger	84590952
An04g06720	CDS	An04g06720	NT_166539.1	1653200	1654344	R	hypothetical protein	complement(join(1653200..1653273,1653371..1653518,1653574..1653615,1653742..1653865,1653959..1654053,1654312..1654344))	Aspergillus niger	84590953
An04g06730	CDS	An04g06730	NT_166539.1	1655346	1657486	R	Function: Ttp1 participates in the cellular event of glycoprotein glycosylation essential for growth and morphogenesis, in parallel with the pathways involving Mpk1 MAP kinase and calcineurin.; Golgi; Phenotype: mnn2 mutants are defective in the addition of the first -1,2-linked mannose as it has no branches on the backbone.; Remark: MNN2 and YBR015C are alternative names for TTP1 (type II membrane protein).; Title: similarity to mannosyltransferases Ttp1 -Saccharomyces cerevisiae; See PMID 9413431; See PMID 9756928; uncharacterized protein	complement(join(1655346..1655388,1655465..1655494,1655525..1655560,1655601..1655631,1655718..1655792,1656127..1657486))	Aspergillus niger	4991080
An04g06740	CDS	An04g06740	NT_166539.1	1657774	1659386	D	Title: questionable ORF; uncharacterized protein	join(1657774..1657865,1657944..1658003,1658902..1658969,1659096..1659239,1659340..1659386)	Aspergillus niger	84590954
An04g06750	CDS	An04g06750	NT_166539.1	1659941	1660586	D	Title: similarity to hypothetical transmembrane protein - Candida albicans; uncharacterized protein	join(1659941..1660008,1660097..1660586)	Aspergillus niger	4991082
An04g06760	CDS	An04g06760	NT_166539.1	1660947	1662066	R	hypothetical protein	complement(join(1660947..1661000,1661083..1661624,1661676..1661761,1661888..1661945,1662045..1662066))	Aspergillus niger	84590955
An04g06790	CDS	An04g06790	NT_166539.1	1662180	1666592	D	Catalytic activity: Deoxynucleoside triphosphate + DNA(n) = Pyrophosphate + DNA(n+1).; Remark: catalyses RNA-template-directed extension of the 3'- end of a DNA strand by one deoxynucleotide at a time. Cannot initiate a chain de novo. Requires an RNA or DNA primer. DNA can also serve as template.; Remark: in plants, retrotransposons have been described in maize, Arabidopsis and wheat, and non-viral retroposons in maize.; Remark: transcription and transposition of Tto1 were observed in rice cells.; Title: similarity to retrotransposon Tto1 -Nicotiana tabacum; See PMID 8624443; uncharacterized protein	1662180..1666592	Aspergillus niger	10098339
An04g06800	CDS	An04g06800	NT_166539.1	1666806	1667953	R	Title: weak similarity to hypothetical protein C34C6.1 - Caenorhabditis elegans; uncharacterized protein	complement(join(1666806..1667480,1667576..1667824,1667876..1667953))	Aspergillus niger	84590956
An04g06820	CDS	An04g06820	NT_166539.1	1668049	1668554	R	hypothetical protein	complement(join(1668049..1668117,1668200..1668373,1668480..1668554))	Aspergillus niger	84590957
An04g06830	CDS	An04g06830	NT_166539.1	1669203	1669869	R	hypothetical protein	complement(join(1669203..1669482,1669556..1669869))	Aspergillus niger	84590958
An04g06840	CDS	An04g06840	NT_166539.1	1670888	1675903	R	Remark: alternate names for S. cerevisiae Drs2: Fun38, Swa8 or YAL026C.; Similarity: DRS2 is a member of the cation transporting (E1-E2) P-type ATPase superfamily.; Title: similarity to ATPase Drs2 - Saccharomyces cerevisiae; See PMID 10601336; See PMID 8247005; uncharacterized protein	complement(1670888..1675903)	Aspergillus niger	4991088
An04g06850	CDS	An04g06850	NT_166539.1	1675917	1676902	D	Remark: similarity is due to glutamate-rich region of the protein.; Title: weak similarity to retinitis pigmentosa GTPase regulator RPGR - Homo sapiens; uncharacterized protein	join(1675917..1675995,1676208..1676303,1676355..1676478,1676519..1676546,1676664..1676731,1676776..1676902)	Aspergillus niger	84590959
An04g06860	CDS	An04g06860	NT_166539.1	1678822	1679556	D	Remark: cypX from A. parasiticus is expressed concurrently with genes involved in aflatoxin biosynthesis.; Remark: putative sequencing error in second exon.; Title: similarity to cytochrome P450 monooxigenase cypX - Aspergillus parasiticus [putative frameshift]; putative frameshift; See PMID 10855719; uncharacterized protein	join(1678822..1678854,1679081..1679404,1679462..>1679556)	Aspergillus niger	84590960
An04g06870	CDS	An04g06870	NT_166539.1	1680899	1683805	R	Similarity: the ORF shows similarity to the A. niger protein An01g00660. The ORF is longer than An01g00660.; Title: similarity to hypothetical protein CAD21072.1 - Neurospora crassa; uncharacterized protein	complement(join(1680899..1681333,1681381..1681448,1681508..1682345,1682461..1682892,1683224..1683289,1683454..1683594,1683800..1683805))	Aspergillus niger	4991091
An04g06880	CDS	An04g06880	NT_166539.1	1685500	1686762	D	Remark: S. spectabilis spcB was cloned as part of the spectinomycin biosynthesis cluster and encodes a putative myoinositol-dehydrogenase.; Title: similarity to hypothetical myoinositol-dehydrogenase spcB - Streptomyces spectabilis; See PMID 10650224; uncharacterized protein	1685500..1686762	Aspergillus niger	4991092
An04g06890	CDS	An04g06890	NT_166539.1	1687208	1689369	R	Complex: in C. familiaris the 68- (SRP68) and 72-(SRP72) kD proteins of SRP are bound to the 7S RNA of SRP as a heterodimeric complex (SRP68/72), whereby SRP68 mediates the interaction with the 7S RNA.; Function: C. familiaris SRP72 is a component of the cytoplasmic ribonucleoprotein particle that mediates the targeting of proteins to the ER.; Title: similarity to 72-kD protein of the signal recognition particle SRP72 - Canis lupus; cytoplasm; See PMID 8388879; uncharacterized protein	complement(join(1687208..1688423,1688552..1688627,1688686..1688959,1689049..1689369))	Aspergillus niger	4991093
An04g06900	CDS	An04g06900	NT_166539.1	1691661	1693232	D	Title: similarity to hypothetical protein F24K9.9 -Arabidopsis thaliana; uncharacterized protein	join(1691661..1693000,1693187..1693232)	Aspergillus niger	4991094
An04g06910	CDS	amyR	NT_166539.1	1693848	1695695	R	Protein sequence is in conflict with the conceptual translation; Function: A. oryzae amyR gene disruptants showed a significant restricted growth on starch medium and produced little of the amylolytic enzymes including alpha-amylase and glucoamylase.; Function: A. oryzae amyR is a transcriptional activator gene involved in starch/maltose-induced efficient expression of the amylolytic genes.; Gene-ID: amyR; Induction: in A. oryzae amyR was expressed in the presence of glucose comparable to the level in the presence of maltose, while the amylolytic genes amyA and agdA were transcribed at high levels only in the presence of maltose.; Remark: information concerning A. niger amyR has not yet been published.; Remark: the genomic organisation of alpha-amylase,aglA and amyR in A. niger is identical to the organisation in A. oryzae.; nucleus; putative frameshift; See PMID 10830498; transcription regulator of maltose utilization amyR-Aspergillus niger	complement(join(<1693848..1694155,1694214..1694664,1694716..1695695))	Aspergillus niger	4991095
An04g06920	CDS	aglU	NT_166539.1	1697425	1700548	D	Catalytic activity: alpha-glucosidases hydrolyse the terminal, non-reducing 1,4-linked D-glucose residues with release of D-glucose.; Gene-ID: aglU; Remark: the assigned gene name aglA in the SWISSPROT entry P56526 is probably wrong, because no other source could be found and the alpha-galactosidase of A. niger is also named as aglA.; extracellular/secretion proteins; See PMID 9165762; extracellular alpha-glucosidase aglU-Aspergillus niger	join(1697425..1698119,1698180..1698590,1698643..1698813,1698868..1700548)	Aspergillus niger	4991096
An04g06930	CDS	An04g06930	NT_166539.1	1701189	1703388	D	Protein sequence is in conflict with the conceptual translation; Catalytic activity: alpha-amylases catalyse the endohydrolysis of 1,4-alpha-glucosidic linkages in oligosaccharides and polysaccharides.; Similarity: the predicted A. niger protein differs in few, especially terminal, aa from both known A. awamori alpha-amylase proteins, amy A and B.; Title: strong similarity to extracellular alpha-amylase amyA/amyB - Aspergillus niger; putative frameshift; See PMID 2340591; uncharacterized protein	join(1701189..1701341,1701393..1701431,1701498..1701613,1701671..1701779,1701831..1702059,1702123..1702285,1702336..1702482,1702538..1702778,1702836..1703115,1703212..1703272,1703351..>1703388)	Aspergillus niger	4991097
An04g06940	CDS	PrtT	NT_166539.1	1704858	1707000	R	Function: S. pombe SPAC1399_1 is a possible regulator of maltose fermentation and contains a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain.; Gene-ID: PrtT; Remark: the A. niger transcription factor might be a regulator of the genomically adjacent gene-cluster of amylolytic enzymes.; Similarity: the predicted A. niger protein shows similarity to the fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain of several transcripton factors.; transcriptional activator of proteases PrtT from patent WO200020596-A1-Aspergillus niger	complement(join(1704858..1705444,1705496..1705725,1705776..1706201,1706260..1706661,1706774..1707000))	Aspergillus niger	4991098
An04g06950	CDS	An04g06950	NT_166539.1	1716710	1717842	R	Function: D. melanogaster hth regulates the subcellular localization of the homeotic protein cofactor Extradenticle (EXD) via its N-terminal MH-domain; Similarity: D. melanogaster hth encodes a TALE class homeodomain-containing protein of the MEIS family.; Similarity: the predicted A. niger protein shows similarity to the homeodomain of several MEIS familiy proteins, but not to the MH-domain of hth.; Title: similarity to homeobox transcription factor hth - Drosophila melanogaster; nucleus; See PMID 11156989; uncharacterized protein	complement(join(1716710..1716877,1716943..1717692,1717777..1717842))	Aspergillus niger	4991099
An04g06960	CDS	An04g06960	NT_166539.1	1730449	1732549	R	Catalytic activity: NADPH + 2 Ferricytochrome = NADP+ + 2 Ferrocytochrome.; Remark: all known plant cytochrome P450 monooxygenase reactions depend on the associated activity of an NADPH:cytochrome P450 oxidoreductase (CPR; EC 1. 6. 2. 4) that catalyzes the transfer of electrons from NADPH via FAD and FMN to the prosthetic heme group of the P450 protein. Although for animal systems detailed characteristics including structural properties of CPRs have been reported, only few of these enzymes have been purified and cloned from plant sources.; Title: strong similarity to NADPH-ferrihemoprotein reductase 1 CPR1 - Petroselinum crispum; See PMID 9405720; uncharacterized protein	complement(join(1730449..1732466,1732546..1732549))	Aspergillus niger	4991100
An04g06970	CDS	An04g06970	NT_166539.1	1735948	1737873	R	Remark: transcript level analyses demonstrate that gabA is subject to carbon catabolite and nitrogen metabolite repression.; Similarity: to other choline transport proteins.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	complement(join(1735948..1736397,1736455..1736780,1736829..1737230,1737281..1737363,1737435..1737548,1737631..1737671,1737718..1737873))	Aspergillus niger	4991101
An04g06980	CDS	An04g06980	NT_166539.1	1739318	1740798	D	Function: The M. grisea PTH11 gene product is presumably involved in host surface recognition and can activate appressorium differentiation in response to inductive surface cues.; Function: The PTH11 gene of the rice blast fungus Magnaporthe grisea encodes a novel upstream component of pathogenicity signaling.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(1739318..1739515,1739592..1739688,1739755..1739969,1740055..1740191,1740285..1740798)	Aspergillus niger	4991102
An04g06990	CDS	An04g06990	NT_166539.1	1741053	1743022	R	Catalytic activity: the human protein removes a single mannose residue from Man9GlcNAc; the product is Man8GlcNAc isomer B.; Function: might be involved in glycoprotein quality control since there is evidence that trimming of Man9GlcNAc2 to Man8GlcNAc2 isomer B in yeast cells is important to target misfolded glycoproteins for degradation.; Remark: calcium is required for enzyme activity.; Remark: the properties and specificity of this human alpha 1,2-mannosidase are identical to the endoplasmic reticulum alpha 1,2-mannosidase from S. cerevisiae.; Similarity: sequence similarity to Class I alpha 1,2-mannosidases.; Title: strong similarity to alpha 1,2-mannosidase IC - Homo sapiens; uncharacterized protein	complement(join(1741053..1741101,1741175..1741432,1741488..1742225,1742328..1743022))	Aspergillus niger	4991103
An04g07000	CDS	An04g07000	NT_166539.1	1744573	1745627	D	hypothetical protein	join(1744573..1744586,1744643..1745627)	Aspergillus niger	4991104
An04g07010	CDS	An04g07010	NT_166539.1	1746381	1747271	R	Function: CaM of E. nidulans activates vertebrate CaM-dependent phosphodiesterases, CaM-dependent protein kinases II, and myosin light chain kinases.; Function: CaM of E. nidulans is essential for cell cycle progression.; Title: strong similarity to calmodulin caM -Aspergillus nidulans; See PMID 2199442; uncharacterized protein	complement(join(1746381..1746415,1746472..1746684,1746752..1746877,1746996..1747011,1747102..1747158,1747269..1747271))	Aspergillus niger	4991105
An04g07020	CDS	An04g07020	NT_166539.1	1749041	1750288	D	Complex: TLG2 of S. cerevisiae interacts with vps45.; Function: TLG2 od S. cerevisiae is a t-SNARE which is involved in early endosome biogenesis.; Function: TLG2 of S. cerevisiae is a t-SNARE that functions in transport from the endosome to the late golgi and on the endocytic pathway.; Remark: SNAREs (soluble N-ethylmaleimide-sensitive fusion protein attachment protein receptors) are cytoplasmically oriented membrane proteins that reside on vesicular carriers (v-SNARE) and target organelles (t-SNARE). The pairing of a stage-specific v-SNARE with its cognate t-SNARE may mediate the specificity of membrane traffic.; Remark: YOL018c and TLG2 of S. cerevisiae are synonymous names.; Similarity: TLG2 of S. cerevisiae belongs to the syntaxin/epimorphin family.; Title: strong similarity to syntaxin Tlg2 -Saccharomyces cerevisiae; See PMID 9763449; See PMID 10028187; uncharacterized protein	join(1749041..1749063,1749131..1749663,1749723..1750288)	Aspergillus niger	4991106
An04g07030	CDS	An04g07030	NT_166539.1	1750735	1752109	R	Title: similarity to hypothetical protein SPBC337.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1750735..1751591,1751643..1751784,1751837..1751895,1751948..1752039,1752099..1752109))	Aspergillus niger	4991107
An04g07040	CDS	An04g07040	NT_166539.1	1752687	1753642	D	Complex: Clathrin triskelions, composed of 3 heavy chains and 3 light chains, are the basic subunits of the clathrin coat. In the presence of light chains, hub assembly is influenced by both the pH and the concentration of calcium.; Function: Clathrin is the major protein of the polyhedral coat of coated pits & vesicles. Two different adaptor protein complexes link the clathrin lattice either to the plasma membrane or trans golgi network.; Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to clathrin light chain Clc1 - Saccharomyces cerevisiae [putative frameshift]; putative frameshift; See PMID 8955161; See PMID 9133677; See PMID 2211819; See PMID 7585943; uncharacterized protein	join(1752687..1752726,1752783..1753026,1753086..1753192,1753291..>1753642)	Aspergillus niger	4991108
An04g07050	CDS	An04g07050	NT_166539.1	1754258	1755785	R	Function: CDC37 of S. cerevisiae functions as a protein chaperone with similar properties as Hsp82p.; Remark: CDC37 of S. cerevisiae interacts with MAP kinases.; Remark: CDC37 of S. cerevisiae may interact with several kinase systems either as a general kinase activator or as a phosphatase inhibitor.; Title: strong similarity to cell division control protein Cdc37 - Saccharomyces cerevisiae; See PMID 9060463; See PMID 10629030; uncharacterized protein	complement(join(1754258..1754762,1754821..1755785))	Aspergillus niger	4991109
An04g07060	CDS	An04g07060	NT_166539.1	1756280	1758754	D	Remark: Mdl1 of S. cerevisiae is an intracellular peptide transporter localized in the inner membrane of yeast mitochondria.; Title: strong similarity to peptide ABC transporter protein Mdl1 - Saccharomyces cerevisiae; See PMID 11251115; uncharacterized protein	join(1756280..1757521,1757582..1758217,1758269..1758754)	Aspergillus niger	4991110
An04g07070	CDS	An04g07070	NT_166539.1	1759311	1760711	D	Function: FUN26 of S. cerevisiae has broad nucleoside selectivity and most likely functions to transport nucleosides across intracellular membranes.; Title: strong similarity to intracellular membrane protein involved in nucleoside transport Fun26 -Saccharomyces cerevisiae; See PMID 10827169; uncharacterized protein	join(1759311..1759486,1759550..1760711)	Aspergillus niger	4991111
An04g07080	CDS	An04g07080	NT_166539.1	1761224	1762754	R	Title: similarity to hypothetical protein SPBC2G5.01 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1761224..1761599,1761677..1762535,1762688..1762754))	Aspergillus niger	4991112
An04g07090	CDS	An04g07090	NT_166539.1	1763524	1765256	R	Title: strong similarity to hypothetical protein SPBC19C2.11c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1763524..1764880,1764952..1765256))	Aspergillus niger	4991113
An04g07100	CDS	An04g07100	NT_166539.1	1767175	1769310	D	Function: Haspin is likely to be important in regulation of haploid as well as diploid cell differentiation in a variety of tissues.; Function: Haspin of M. musculus is a serine/threonine kinase that is thought to regulate cell cycle and differentiation of haploid germ cells.; Remark: Haspin was so far found only in humans and mice.; Similarity: Haspin is a member of a new family of protein kinases.; Title: similarity to haploid germ cell-specific nuclear protein kinase (haspin) GSG2 - Mus musculus; deleted EC_number 2.7.1.37; See PMID 10358056; See PMID 11311556; uncharacterized protein	join(1767175..1768416,1768476..1768762,1768848..1769310)	Aspergillus niger	4991114
An04g07110	CDS	An04g07110	NT_166539.1	1769701	1770479	R	Catalytic activity: Chitin + H(2)O = chitosan + acetate.; Function: CDA1 hydrolyses the N-acetamido groups of N-acetyl-D-glucosamine residues in chitin.; Function: CDA1 of S. cerevisiae is involved ascospore wall formation.; Remark: YLR307w is a synonymous name to CDA1.; Remark: the sequencing error is confirmed (ORF-sequence is correct) and results in a frameshift.; Title: similarity to sporulation-specific chitin deacetylase Cda1 - Saccharomyces cerevisiae [putative sequencing error]; putative sequencing error; See PMID 8940152; uncharacterized protein	complement(join(<1769701..1770085,1770166..1770479))	Aspergillus niger	4991115
An04g07120	CDS	An04g07120	NT_166539.1	1771166	1772182	R	Function: FRM2 of yeast functions in the fatty acid signalling pathway and is itself regulated by fatty acids.; Remark: A better BlastpPATENT hit was not annotated as a clear function could not be identified for it.; Remark: FRM2 of yeast is N-terminally 90 aa shorter than the gene product of this ORF.; Title: similarity to protein FRM2 involved in fatty acid regulation - Saccharomyces cerevisiae; See PMID 8701605; uncharacterized protein	complement(join(1771166..1771371,1771428..1771542,1771604..1772182))	Aspergillus niger	4991116
An04g07130	CDS	An04g07130	NT_166539.1	1773047	1774059	R	Remark: SPCC4B3. 10c of S. pombe is N-terminally approx. 380 aa longer.; Title: similarity to hypothetical protein SPCC4B3.10c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1773047..1773250,1773307..1774059))	Aspergillus niger	4991117
An04g07140	CDS	An04g07140	NT_166539.1	1774225	1776457	D	hypothetical protein	join(1774225..1774264,1774349..1774514,1774613..1774699,1774755..1775021,1775105..1775229,1775336..1775435,1775594..1775679,1776048..1776457)	Aspergillus niger	84590961
An04g07150	CDS	An04g07150	NT_166539.1	1776553	1777599	D	Remark: YBL001c and ECM15 are synonymous names.; Title: strong similarity to protein involved in cell wall biogenesis and architecture Ecm15 - Saccharomyces cerevisiae; See PMID 9335584; uncharacterized protein	join(1776553..1776618,1776971..1777076,1777171..1777273,1777418..1777457,1777489..1777599)	Aspergillus niger	4991119
An04g07160	CDS	An04g07160	NT_166539.1	1777829	1779078	R	Title: similarity to hypothetical protein MLD14.3 -Arabidopsis thaliana; uncharacterized protein	complement(join(1777829..1778592,1778661..1778836,1778891..1779078))	Aspergillus niger	4991120
An04g07170	CDS	An04g07170	NT_166539.1	1779650	1782396	R	Title: strong similarity to hypothetical protein EAA65067.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1779650..1779802,1779886..1782396))	Aspergillus niger	4991121
An04g07180	CDS	An04g07180	NT_166539.1	1782803	1783416	D	Remark: Gene structure was modelled according to A. niger EST.; Remark: ORF is also identical to DNA sequence patent AAF11781.; Title: strong similarity to EST an_2144 -Aspergillus niger; uncharacterized protein	join(1782803..1782831,1783013..1783091,1783163..1783223,1783282..1783313,1783387..1783416)	Aspergillus niger	4991122
An04g07190	CDS	An04g07190	NT_166539.1	1784311	1786625	D	Title: similarity to hypothetical transcription regulator protein - Schizosaccharomyces pombe; uncharacterized protein	join(1784311..1784372,1784435..1784609,1784663..1784718,1784776..1785188,1785221..1786137,1786188..1786625)	Aspergillus niger	4991123
An04g07200	CDS	An04g07200	NT_166539.1	1786821	1788374	R	Catalytic activity: L-kynurenine + H(2)O <=> anthranilate + L-alanine.; Function: The kynureninase from rat is one of the enzymes involved in the biosynthesis of NAD cofactors from tryptophan through the kynurenine pathway.; Remark: A pyridoxal-phosphate protein, also acts on 3'-hydroxykynurenine and some other (3-arylcarbonyl)-alanines.; Title: strong similarity to kynureninase - Rattus norvegicus; See PMID 9180257; uncharacterized protein	complement(join(1786821..1787236,1787301..1787778,1787831..1788168,1788215..1788374))	Aspergillus niger	4991124
An04g07210	CDS	An04g07210	NT_166539.1	1788849	1790303	D	Catalytic activity: Tryptophan + O2 = N-formylkynurenine.; Function: IDO of mouse is a hemoprotein that catalyzes the degradation of tryptophan to N-formyl-kynurenine.; Title: strong similarity to indoleamine 2,3-dioxygenase IDO - Mus musculus; See PMID 1937018; uncharacterized protein	join(1788849..1789142,1789238..1789858,1789923..1790303)	Aspergillus niger	4991125
An04g07220	CDS	An04g07220	NT_166539.1	1792117	1793242	D	Catalytic activity: (S)-(2-hydroxyacyl)glutathione + H(2)O = glutathione + A 2-hydroxy acid anion.; Pathway: glyoxal pathway.; Similarity: ORF has strong similarity to many hypothetical proteins (e. g. metallo-beta-lactamase family proteins).; Similarity: belongs to the glyoxalase II family.; Title: similarity to hydroxyacylglutathione hydrolase (glyoxylase II) HAGH - Homo sapiens; See PMID 8550579; uncharacterized protein	join(1792117..1793177,1793221..1793242)	Aspergillus niger	4991126
An04g07230	CDS	An04g07230	NT_166539.1	1793665	1794429	D	Catalytic activity: L-Cysteine + O2 = 3-Sulfino-L-alanine.; Function: Cysteine dioxygenase is a key enzyme of cysteine metabolism in mammals.; Title: strong similarity to cysteine dioxygenase CDO1 - Rattus norvegicus; uncharacterized protein	join(1793665..1793976,1794031..1794289,1794341..1794429)	Aspergillus niger	4991127
An04g07240	CDS	An04g07240	NT_166539.1	1795070	1796803	D	Function: MAL13 regulates the coordinate transcription of structural mal1s (maltase) and agt1 (maltose permease) genes.; Localization: nuclear.; Remark: MAL13 contains a Zn[2]-Cys[6] fungal-type binuclear cluster domain.; Remark: YGR288w, MAL1R, and MAL13 are synonymous names.; Title: similarity to maltose pathway regulatory protein Mal13 - Saccharomyces cerevisiae; See PMID 2037232; See PMID 2278509; uncharacterized protein	1795070..1796803	Aspergillus niger	4991128
An04g07250	CDS	An04g07250	NT_166539.1	1797915	1798804	R	Similarity: ORF is also similar to human AF-9 protein which is involved in a T(9:11)(P22:Q23) chromosomal translocation in acute leukemias causing fusion to the trithorax (mll or hrx) gene product which contains DNA-binding motifs resulting in a rogue activator protein.; Title: strong similarity to hypothetical transcription factor - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1797915..1798621,1798686..1798710,1798772..1798804))	Aspergillus niger	4991129
An04g07260	CDS	An04g07260	NT_166539.1	1799137	1800207	D	Function: eryBIV of S. erythrae is involved in erythromycin biosynthesis.; Remark: eryBIV of S. erythrae is also described in patent AAX25774.; Similarity: the ORF encoded protein shows strong similarity to the hypothetical proteins YLL056c from S. cerevisiae and SPBC2A9. 02 from S. pombe.; Title: similarity to dTDP-4-keto-L-6-deoxyhexose-4-reductase eryBIV -Saccharopolyspora erythraea; See PMID 9353926; uncharacterized protein	join(1799137..1799182,1799261..1799315,1799378..1799718,1799786..1800207)	Aspergillus niger	4991130
An04g07270	CDS	An04g07270	NT_166539.1	1800829	1801864	R	Function: human GCIP is a cyclin D-interacting protein, which reduces the phosphorylation of retinoblastoma protein by cyclin D-dependent protein kinase and inhibits E2F1-mediated transcriptional activity.; Localization: human HA-tagged p29 in HeLa cells localized in the nucleus.; Remark: human GCIP interacting protein p29 is identical to the cDNA DKFZp564O2082. 1.; Remark: human GCIP interacting protein p29 was identified using a yeast two-hybrid screen with GCIP as bait.; Title: strong similarity to GCIP-interacting protein p29 - Homo sapiens; nucleus; See PMID 10801854; See PMID 11118353; uncharacterized protein	complement(join(1800829..1800876,1800928..1801563,1801622..1801864))	Aspergillus niger	4991131
An04g07280	CDS	An04g07280	NT_166539.1	1802222	1804144	D	Remark: the 3'UTR of the predicted A. niger protein is covered by the A. niger EST an_1913.; hypothetical protein	join(1802222..1802975,1803180..1804144)	Aspergillus niger	4991132
An04g07290	CDS	An04g07290	NT_166539.1	1804879	1806875	D	hypothetical protein	join(1804879..1804913,1805157..1805214,1805303..1805431,1805515..1805635,1805729..1805867,1806087..1806173,1806218..1806320,1806371..1806555,1806713..1806875)	Aspergillus niger	84590962
An04g07300	CDS	An04g07300	NT_166539.1	1808207	1808704	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1808207..1808428,1808654..1808704))	Aspergillus niger	84590963
An04g07310	CDS	An04g07310	NT_166539.1	1808837	1809990	R	Similarity: similarity is from the predicted A. niger protein to the EGF-domain of D. rotundus DSPA alpha 1, which contains a signal peptide, a finger (F), an epidermal growth factor (EGF), a kringle, and a serine protease domain.; Title: weak similarity to t-plasminogen activator alpha-1 DSPA-alpha1 - Desmodus rotundus; uncharacterized protein	complement(join(1808837..1809075,1809182..1809256,1809678..1809990))	Aspergillus niger	84590964
An04g07320	CDS	An04g07320	NT_166539.1	1810534	1812102	D	Function: mutations in veA allows conidiation to occur in the absence of light.; Title: similarity to dark repressor of conidiation velvet veA - Aspergillus nidulans; See PMID 2076818; uncharacterized protein	join(1810534..1811309,1811677..1811757,1811795..1811840,1812005..1812010,1812061..1812102)	Aspergillus niger	84590965
An04g07330	CDS	An04g07330	NT_166539.1	1812908	1813604	R	Function: human MRPL12 is thought to act as a translational regulator of mitochondrial mRNAs.; Remark: the 3'UTR of the predicted A. niger protein is covered by the A. niger EST an_1220.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L12 - Homo sapiens; localisation:mitochondrion; See PMID 8626705; See PMID 9169145; mitochondrial 54S ribosomal protein bL12m	complement(join(1812908..1813231,1813371..1813604))	Aspergillus niger	4991137
An04g07340	CDS	An04g07340	NT_166539.1	1814073	1816026	R	Complex: in S. cerevisiae CCT1-8 form the Cct chaperonin complex.; Function: S. cerevisiae CCT8 is a subunit of the Cct chaperonin complex which binds to newly synthesized actin and tubulin and can convert these proteins into an assembly-competent state.; Localization: S. cerevisiae CCT localized to the cytoplasm and the cell cortex.; Remark: an alternativ name for the S. cerevisiae Cct chaperonin complex is TCP-1.; Similarity: S. cerevisiae CCT shows similarity to GroEl.; Title: strong similarity to hypothetical cytoskeleton specific chaperonin subunit Cct8 -Saccharomyces cerevisiae; See PMID 7865875; See PMID 7916461; See PMID 8771707; uncharacterized protein	complement(join(1814073..1815352,1815461..1815831,1815968..1816026))	Aspergillus niger	4991138
An04g07350	CDS	An04g07350	NT_166539.1	1817181	1817892	D	Remark: the 5'UTR of the predicted A. niger protein is covered by the A. niger EST an_2917.; Title: weak similarity to hypothetical helicase I helA - Pseudomonas aeruginosa; See PMID 8820243; uncharacterized protein	join(1817181..1817343,1817437..1817528,1817614..1817848,1817882..1817892)	Aspergillus niger	84590966
An04g07360	CDS	An04g07360	NT_166539.1	1818291	1819485	R	Title: similarity to hypothetical protein CAD70815.1 - Neurospora crassa; uncharacterized protein	complement(join(1818291..1819029,1819085..1819485))	Aspergillus niger	4991140
An04g07370	CDS	An04g07370	NT_166539.1	1820588	1821826	R	Catalytic activity: salicylate 1-monooxygenases convert salicylate + NADH + O(2) to catechol + NAD(+) + H(2)O + CO(2).; Function: P. stutzeri nahW is involved in naphthalene and salicylate metabolism, metabolising salicylate, methylsalicylates, and chlorosalicylates.; Induction: P. stutzeri nahW is induced and expressed upon incubation with salicylate.; Title: similarity to salicylate hydroxylase nahW -Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	complement(1820588..1821826)	Aspergillus niger	4991141
An04g07380	CDS	An04g07380	NT_166539.1	1822248	1824670	R	Remark: see reference PubMed 10375630 for details on phenotype of S. cerevisiae YKR087c deletion mutant.; Remark: the ORF is C-terminally truncated due to contig border.; Similarity: the ORF might encode a Zn-dependent protease, as predicted for the homologues S. pombe protein,but the predicted ORF is N-terminally extended.; Title: strong similarity to hypothetical peptidase 48 family protein SPAP14E8.04 - Schizosaccharomyces pombe [truncated ORF]; See PMID 10375630; uncharacterized protein	complement(join(<1822248..1822426,1822479..1822510,1822565..1822628,1822688..1822733,1822784..1822808,1822863..1823103,1823180..1823421,1823487..1823869,1823970..1824048,1824230..1824323,1824462..1824492,1824547..1824670))	Aspergillus niger	4991142
An04g07390	CDS	An04g07390	NT_166539.1	1826223	1828848	R	Title: weak similarity to hypothetical protein KIAA1359 - Homo sapiens; uncharacterized protein	complement(join(1826223..1826543,1826637..1826711,1827111..1827274,1827463..1827600,1827680..1827977,1828148..1828232,1828314..1828494,1828613..1828740,1828787..1828848))	Aspergillus niger	84590967
An04g07400	CDS	An04g07400	NT_166539.1	1829113	1831349	D	Remark: a putative sequencing error generates a stop codon.; Remark: the involvement of the pro1(+) gene in fruiting body development was confirmed by trying to complement the mutant phenotype with in vitro mutagenized and shortened versions of the pro1 open reading frame. Southern hybridization experiments also indicated that pro1(+) homologues are present in other sexually propagating filamentous ascomycetes.; Title: strong similarity to C6 zinc finger transcription factor PRO1 - Sordaria macrospora [putative sequencing error]; putative sequencing error; See PMID 10224253; uncharacterized protein	join(1829113..1829263,1829332..1831101,1831180..1831349)	Aspergillus niger	4991144
An04g07410	CDS	An04g07410	NT_166539.1	1832479	1833687	D	Remark: only the N-terminal domain is matching al the homologues. All other found homologues proeteins are approximately 300 amino acids longer.; Remark: similarity to the N-terminal of novel protein kinase, SEQ ID NO: 160 patent WO200073469-A2 - Homo sapiens.; Title: similarity to N-terminal of novel protein kinase SEQ ID NO:160 from patent WO200073469-A2 - Homo sapiens; uncharacterized protein	join(1832479..1833526,1833587..1833687)	Aspergillus niger	4991145
An04g07420	CDS	An04g07420	NT_166539.1	1834858	1836538	D	hypothetical protein	join(1834858..1834942,1835033..1835100,1835147..1835221,1835275..1835356,1835414..1835641,1835705..1835879,1836065..1836256,1836304..1836538)	Aspergillus niger	84590968
An04g07430	CDS	An04g07430	NT_166539.1	1837134	1837793	D	Remark: the EST an_3432 from Aspergillus niger also overlapps with this sequence in the 3' region.; Similarity: the ORF shows strong similarity to the A. niger EST an_2117.; Title: similarity to hypothetical protein encoded by An07g09430 - Aspergillus niger; uncharacterized protein	1837134..1837793	Aspergillus niger	4991147
An04g07435	CDS	An04g07435	NT_166539.1	1840907	1841405	D	hypothetical protein	join(1840907..1840994,1841197..1841268,1841332..1841405)	Aspergillus niger	84590969
An04g07440	CDS	An04g07440	NT_166539.1	1844218	1844817	R	Function: SHR3 of S. cerevisiae is a chaperone initiating ER-derived transport vesicle formation and thus allowing the ER-export of multiple amino acid permeases.; Remark: SHR3 of S. cerevisiae is also called D1022 and YDL212w.; Remark: SHR3 of S. cerevisiae is an integral membrane protein component of the endoplasmic reticulum.; Remark: the ORF is N-terminally truncated due to it's location at the end of the contig.; Title: similarity to endoplasmic reticulum membrane protein Shr3 - Saccharomyces cerevisiae [truncated ORF]; See PMID 1423607; See PMID 10564255; See PMID 11069779; uncharacterized protein	complement(join(1844218..1844334,1844356..>1844817))	Aspergillus niger	4991149
An04g07450	CDS	An04g07450	NT_166539.1	1844918	1845298	D	Remark: the ORF is N-terminally truncated due to contig border.; Title: questionable ORF [truncated ORF]; uncharacterized protein	join(<1844918..1844982,1845175..1845298)	Aspergillus niger	84590970
An04g07460	CDS	An04g07460	NT_166539.1	1845396	1847743	R	Function: the A. nidulans palFp protein is part of the pal pH signalling pathway which includes palA, palB,the pacC transcription factor, mediating regulation of gene expression by ambient pH, and a membrane sensor palI.; Title: strong similarity to ambiental pH regulatory system protein palFp - Aspergillus nidulans; See PMID 9272857; See PMID 9791171; See PMID 10476033; See PMID 10821185; uncharacterized protein	complement(join(1845396..1847210,1847279..1847743))	Aspergillus niger	4991151
An04g07470	CDS	An04g07470	NT_166539.1	1849063	1850204	R	Title: similarity to hypothetical coiled-coil protein SPAC13A11.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1849063..1849118,1849241..1849281,1849430..1849995,1850202..1850204))	Aspergillus niger	4991152
An04g07480	CDS	An04g07480	NT_166539.1	1852222	1853509	R	Title: strong similarity to hypothetical protein CAD70809.1 - Neurospora crassa; uncharacterized protein	complement(join(1852222..1852681,1852728..1853316,1853368..1853509))	Aspergillus niger	4991153
An04g07490	CDS	An04g07490	NT_166539.1	1854105	1855295	D	Function: human CSA protein interacts with CSB protein and with p44 protein, a subunit of the human RNA polymerase II transcription factor IIH suggesting a function in transcription. .; Title: similarity to Cockayne syndrome group A gene CSA - Homo sapiens; See PMID 7664335; uncharacterized protein	1854105..1855295	Aspergillus niger	4991154
An04g07500	CDS	An04g07500	NT_166539.1	1855410	1855835	R	Title: strong similarity to EST an_2778 -Aspergillus niger; uncharacterized protein	complement(1855410..1855835)	Aspergillus niger	4991155
An04g07510	CDS	An04g07510	NT_166539.1	1856712	1858269	R	Title: strong similarity to monocarboxylate transporter MCT3 - Homo sapiens; uncharacterized protein	complement(join(1856712..1857141,1857202..1857785,1857849..1857955,1858035..1858269))	Aspergillus niger	4991156
An04g07530	CDS	An04g07530	NT_166539.1	1859547	1863761	R	Remark: blastp matches are not significant.; hypothetical protein	complement(1859547..1863761)	Aspergillus niger	4991158
An04g07540	CDS	An04g07540	NT_166539.1	1864914	1865812	R	Title: weak similarity to serine/threonine kinase Ste20 - Saccharomyces cerevisiae; See PMID 7608157; uncharacterized protein	complement(join(1864914..1865030,1865086..1865207,1865494..1865812))	Aspergillus niger	4991159
An04g07550	CDS	An04g07550	NT_166539.1	1866542	1867586	R	Title: questionable ORF; uncharacterized protein	complement(join(1866542..1866602,1866963..1867077,1867505..1867586))	Aspergillus niger	84590971
An04g07555	CDS	An04g07555	NT_166539.1	1868912	1869196	D	hypothetical protein	join(1868912..1868959,1869038..1869196)	Aspergillus niger	84590972
An04g07560	CDS	An04g07560	NT_166539.1	1869935	1871914	D	Remark: Patentmatch against protein AC W37811 Genesqprot.; Title: weak similarity to Myb1 protein from patent WO9813486-A1 - Nicotiana tabacum; uncharacterized protein	join(1869935..1870706,1870791..1871914)	Aspergillus niger	84590973
An04g07580	CDS	An04g07580	NT_166539.1	1872701	1872921	R	hypothetical protein	complement(join(1872701..1872877,1872910..1872921))	Aspergillus niger	84590974
An04g07590	CDS	An04g07590	NT_166539.1	1873800	1874959	R	Remark: similarity corresponds to a short domain.; Title: weak similarity to erythrocyte membrane protein EMP1 - Plasmodium falciparum; See PMID 10838226; uncharacterized protein	complement(join(1873800..1874789,1874831..1874959))	Aspergillus niger	84590975
An04g07595	CDS	An04g07595	NT_166539.1	1875856	1876489	R	Title: similarity to protein encoded by ORF1 of transposon Ant1 - Aspergillus niger; See PMID 8552048; uncharacterized protein	complement(join(1875856..1876188,1876400..1876489))	Aspergillus niger	84590976
An04g07600	CDS	An04g07600	NT_166539.1	1878160	1878499	D	Remark: similarities correspond to a short domain.; Title: questionable ORF; uncharacterized protein	join(1878160..1878329,1878466..1878499)	Aspergillus niger	84590977
An04g07610	CDS	An04g07610	NT_166539.1	1881124	1885183	D	hypothetical protein	join(1881124..1881254,1881547..1881598,1881821..1881831,1881899..1881968,1882176..1882255,1882762..1882841,1883034..1883125,1883183..1883453,1883511..1883864,1883920..1883955,1884345..1885183)	Aspergillus niger	84590978
An04g07620	CDS	An04g07620	NT_166539.1	1885812	1888406	R	Similarity: the ORF shows similarity only in the C-terminal region to the C-terminal region of An08g12070 of A. niger; Title: similarity to hypothetical protein encoded by An08g12070 - Aspergillus niger; uncharacterized protein	complement(join(1885812..1886096,1886671..1886772,1886932..1886994,1887081..1887156,1887291..1887324,1887431..1887471,1887571..1887666,1887755..1887822,1887928..1887978,1888060..1888105,1888174..1888274,1888350..1888406))	Aspergillus niger	84590979
An04g07630	CDS	An04g07630	NT_166539.1	1888458	1889325	R	hypothetical protein	complement(join(1888458..1888533,1888645..1888766,1889094..1889201,1889284..1889325))	Aspergillus niger	84590980
An04g07640	CDS	An04g07640	NT_166539.1	1892775	1893689	R	Remark: ORF 3'truncated due to end of contig.; Title: weak similarity to exo-alpha-sialidase TCNA -Trypanosoma cruzi [truncated ORF]; uncharacterized protein	complement(join(<1892775..1892873,1892913..1893056,1893213..1893303,1893403..1893689))	Aspergillus niger	84590981
An04g07650	CDS	An04g07650	NT_166539.1	1895257	1895823	R	Remark: the DNA-sequence of the predicted A. niger protein contains three stopcodons indicating possible sequencing errors or an inactive protein (pseudogene).; Similarity: S. pombe Ste11 and the predicted A. niger protein contain a high mobility group (HMG) box involved in DNA-binding.; Title: similarity to transcription factor ste11p -Schizosaccharomyces pombe [putative pseudogene]; nucleus; putative pseudogene; See PMID 1657709; <NA>	complement(1895257..1895823)	Aspergillus niger	84590982
An04g07670	CDS	An04g07670	NT_166539.1	1895993	1897624	D	Remark: the reading frame for the predicted A. niger protein contains 36 stopcodons, hence it likely is a pseudogene.; Title: strong similarity to transposase Tan1 -Aspergillus niger [putative pseudogene]; putative pseudogene; <NA>	1895993..1897624	Aspergillus niger	84590983
An04g07680	CDS	An04g07680	NT_166539.1	1898642	1900300	R	Function: C. albicans Flu1 is an efflux transporter involved in drug resistance.; Remark: expression of the C. albicans FLU1 gene in S. cerevisiae mediated not only resistance to fluconazole but also to cycloheximide.; Similarity: C. albicans Flu1 is a multidrug efflux transporter gene of the major facilitator superfamily.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; plasma membrane; See PMID 11065353; uncharacterized protein	complement(1898642..1900300)	Aspergillus niger	4991173
An04g07690	CDS	An04g07690	NT_166539.1	1901180	1902170	R	Title: strong similarity to arsenic resistance protein ArsH - Yersinia enterocolitica; See PMID 9006011; uncharacterized protein	complement(join(1901180..1901308,1901311..1901544,1901624..1901710,1901862..1902170))	Aspergillus niger	84590984
An04g07700	CDS	An04g07700	NT_166539.1	1903971	1905269	R	Similarity: the ORF exhibits similarity only in the C-terminal region to the C-terminal region of An04g07800 from A. niger; Title: strong similarity to hypothetical protein encoded by An04g07800 - Aspergillus niger; uncharacterized protein	complement(join(1903971..1904096,1904320..1904508,1904619..1904771,1905111..1905269))	Aspergillus niger	84590985
An04g07710	CDS	An04g07710	NT_166539.1	1906782	1907786	R	Function: more than 400 proteins containing ankyrin-repeats are known and they carry out a wide variety of biological functions including cell-cycle regulation,cytoscelatal organisation and transcriptional regulation.; Function: the ankyrin-repeat mediates protein-protein interactions.; Similarity: similarity is from the ankyrin-repeat containing central region of the predicted A. niger protein to human ANK1, which is 1000 aa longer.; Title: similarity to erythrocyte ankyrin ANK1 - Homo sapiens; See PMID 10431175; uncharacterized protein	complement(1906782..1907786)	Aspergillus niger	84590986
An04g07720	CDS	An04g07720	NT_166539.1	1908347	1910473	D	Function: more than 400 proteins containing ankyrin-repeats are known and they carry out a wide variety of biological functions including cell-cycle regulation,cytoscelatal organisation and transcriptional regulation.; Function: the ankyrin-repeat mediates protein-protein interactions.; Similarity: similarity is from the ankyrin-repeat containing predicted A. niger protein to mouse Ank3, which is 1400 aa longer.; Title: similarity to ankyrin 3 Ank3 - Mus musculus; See PMID 10431175; uncharacterized protein	join(1908347..1909178,1909800..1910473)	Aspergillus niger	4991177
An04g07730	CDS	An04g07730	NT_166539.1	1911699	1912477	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1911699..1911823,1912192..1912276,1912325..1912477)	Aspergillus niger	84590987
An04g07740	CDS	An04g07740	NT_166539.1	1913175	1914003	R	Title: similarity to hypothetical protein 15E6.200 -Neurospora crassa; uncharacterized protein	complement(join(1913175..1913412,1913485..1913509,1913568..1914003))	Aspergillus niger	4991179
An04g07750	CDS	An04g07750	NT_166539.1	1916169	1917216	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1916169..1916176,1916310..1916367,1916635..1916836,1917104..1917216)	Aspergillus niger	84590988
An04g07760	CDS	An04g07760	NT_166539.1	1917682	1920224	R	hypothetical protein	complement(join(1917682..1918182,1918235..1918378,1918466..1918510,1918564..1919415,1919499..1919553,1919605..1919708,1919798..1919929,1919982..1920224))	Aspergillus niger	84590989
An04g07770	CDS	An04g07770	NT_166539.1	1920270	1921095	D	Title: weak similarity to core protein - Hepatitis C virus; uncharacterized protein	join(1920270..1920506,1920594..1920657,1920767..1921095)	Aspergillus niger	84590990
An04g07780	CDS	An04g07780	NT_166539.1	1921548	1922210	R	hypothetical protein	complement(join(1921548..1921784,1921857..1922053,1922162..1922210))	Aspergillus niger	84590991
An04g07790	CDS	An04g07790	NT_166539.1	1922385	1922965	D	hypothetical protein	join(1922385..1922476,1922541..1922693,1922770..1922965)	Aspergillus niger	84590992
An04g07800	CDS	An04g07800	NT_166539.1	1923196	1924170	D	Similarity: the ORF shows strong similarity to the A. niger protein An08g11810. The similarity between the two proteins, however, is restricted to a stretch of only about 110 amino acids.; Title: strong similarity to hypothetical protein encoded by An08g11810 - Aspergillus niger; uncharacterized protein	join(1923196..1923237,1923300..1923586,1923642..1923855,1923908..1924096,1924126..1924170)	Aspergillus niger	4991185
An04g07810	CDS	An04g07810	NT_166539.1	1924561	1925158	R	hypothetical protein	complement(join(1924561..1924787,1924951..1925158))	Aspergillus niger	84590993
An04g07820	CDS	An04g07820	NT_166539.1	1925883	1926884	D	hypothetical protein	join(1925883..1925951,1926059..1926152,1926193..1926414,1926546..1926667,1926765..1926884)	Aspergillus niger	84590994
An04g07830	CDS	An04g07830	NT_166539.1	1926889	1927654	D	hypothetical protein	join(1926889..1927001,1927056..1927317,1927337..1927443,1927537..1927654)	Aspergillus niger	84590995
An04g07840	CDS	An04g07840	NT_166539.1	1927985	1931322	R	Similarity: the ORF shows strong similarity to the A. niger protein An03g03100. The ORF is much longer than An03g03100 (518 compared to 160 amino acids).; Title: weak similarity to metalloreductase freA -Aspergillus nidulans; uncharacterized protein	complement(join(1927985..1928061,1928159..1928285,1928372..1928437,1928583..1928798,1928901..1929457,1929545..1929671,1930936..1931322))	Aspergillus niger	84590996
An04g07850	CDS	An04g07850	NT_166539.1	1931714	1932559	D	hypothetical protein	join(1931714..1931758,1931890..1931985,1932076..1932260,1932334..1932559)	Aspergillus niger	84590997
An04g07860	CDS	An04g07860	NT_166539.1	1934786	1935452	R	hypothetical protein	complement(join(1934786..1934857,1935201..1935452))	Aspergillus niger	84590998
An04g07870	CDS	An04g07870	NT_166539.1	1938221	1938326	D	hypothetical protein [truncated ORF]	join(<1938221..1938247,1938279..1938326)	Aspergillus niger	84590999
An04g07880	CDS	An04g07880	NT_166539.1	1939095	1940661	R	hypothetical protein	complement(join(1939095..1939150,1939315..1939542,1939611..1939657,1939926..1940048,1940188..1940254,1940565..1940661))	Aspergillus niger	84591000
An04g07890	CDS	An04g07890	NT_166539.1	1941208	1942632	R	Title: weak similarity to larvicidal toxin 42K protein - Bacillus sphaericus; uncharacterized protein	complement(join(1941208..1941336,1941384..1941513,1941662..1941733,1941785..1941928,1942061..1942146,1942198..1942314,1942456..1942496,1942557..1942632))	Aspergillus niger	84591001
An04g07900	CDS	An04g07900	NT_166539.1	1943526	1944638	D	Title: strong similarity to hypothetical protein encoded by An08g12080 - Aspergillus niger; uncharacterized protein	join(1943526..1944229,1944278..1944638)	Aspergillus niger	84591002
An04g07910	CDS	An04g07910	NT_166539.1	1946968	1948206	R	Remark: more than 2000 copies of various Bombyx TRAS elements can accumulate within (TTAGG)(n) sequences as unusual but orderly tandem repeats.; Remark: the pseudogene contains several internal stop-codons, and might have a longer C-terminus.; Title: similarity to non-LTR retrotransposon TRAS3 -Bombyx mori [putative pseudogene]; putative pseudogene; See PMID 11319268; <NA>	complement(1946968..1948206)	Aspergillus niger	84591003
An04g07920	CDS	An04g07920	NT_166539.1	1948235	1949391	D	Title: weak similarity to hypothetical virulence factor encoded by ORF2929c - Pseudomonas aeruginosa; uncharacterized protein	join(1948235..1948330,1948401..1948506,1948666..1948866,1949198..1949391)	Aspergillus niger	84591004
An04g07930	CDS	An04g07930	NT_166539.1	1950300	1950844	D	Similarity: shows also some similarity to tropomyosin exons.; Title: weak similarity to hypothetical protein 29 -Bacillus phage phi105; uncharacterized protein	join(1950300..1950580,1950645..1950662,1950709..1950844)	Aspergillus niger	84591005
An04g07940	CDS	An04g07940	NT_166539.1	1951303	1951831	D	hypothetical protein	join(1951303..1951512,1951622..1951831)	Aspergillus niger	84591006
An04g07950	CDS	An04g07950	NT_166539.1	1952050	1952559	D	hypothetical protein	join(1952050..1952220,1952353..1952460,1952503..1952559)	Aspergillus niger	84591007
An04g07960	CDS	An04g07960	NT_166539.1	1952758	1953797	R	Similarity: the ORF shows similarity to the hypothetical A. niger protein An18g00170. The similarity between the two proteins is restricted to a stretch of about 100 amino acids.; Title: similarity to hypothetical protein encoded by An18g00170 - Aspergillus niger; uncharacterized protein	complement(join(1952758..1952808,1952891..1952970,1953055..1953134,1953365..1953497,1953608..1953797))	Aspergillus niger	84591008
An04g07970	CDS	An04g07970	NT_166539.1	1955331	1957591	D	Function: Mx proteins have antiviral activities.; Induction: Mx proteins are induced by interferon n response to double-stranded RNA.; Similarity: Mx proteins belong to a GTPase family that includes rat dynamin, Drosophila Shibire and the yeast proteins Vps1/Spo15 and Mgm1.; Similarity: similarity is between the C-terminal regions of the predicted A. niger protein and M. musculus Mx, which is 200 aa shorter.; Title: similarity to antiviral GTPase Mx - Mus musculus; See PMID 7507812; uncharacterized protein	join(1955331..1955708,1955847..1956150,1956216..1956397,1956510..1957122,1957182..1957591)	Aspergillus niger	84591009
An04g07980	CDS	An04g07980	NT_166539.1	1958816	1959424	R	Remark: blastp shows significant similarity (46% positives) between the predicted A. niger protein and A. thaliana X74360 but due to shortness of both peptides the calculated probability is low (p=0,35).; Title: weak similarity to cDNA clone X74360 from patent FR2768746-A1 - Arabidopsis thaliana; uncharacterized protein	complement(join(1958816..1959213,1959256..1959424))	Aspergillus niger	84591010
An04g07990	CDS	An04g07990	NT_166539.1	1964605	1966298	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to serine and threonine rich proteins.; Similarity: the ORF shows strong similarity to the hypothetical A. niger protein An08g11870. The similarity between the two proteins extends only over a stretch of about 230 amino acids.; Title: strong similarity to hypothetical protein encoded by An08g11870 - Aspergillus niger; uncharacterized protein	complement(join(1964605..1964652,1964730..1964821,1964931..1964959,1965040..1965068,1965414..1965645,1965699..1966070,1966125..1966237,1966290..1966298))	Aspergillus niger	84591011
An04g08000	CDS	An04g08000	NT_166539.1	1970688	1973644	R	Title: weak similarity to hypothetical protein encoded by An19g00010 - Aspergillus niger; uncharacterized protein	complement(join(1970688..1970767,1970861..1971034,1971174..1971629,1971732..1972052,1972109..1972467,1972675..1973132,1973189..1973402,1973466..1973644))	Aspergillus niger	84591012
An04g08020	CDS	An04g08020	NT_166539.1	1977116	1978177	R	Similarity: C. tropicalis ARD belongs to the short-chain dehydrogenases family.; Title: strong similarity to NAD-dependent D-arabinitol dehydrogenase ard - Candida tropicalis; uncharacterized protein	complement(join(1977116..1977316,1977372..1977485,1977538..1977649,1977702..1978177))	Aspergillus niger	4991206
An04g08030	CDS	An04g08030	NT_166539.1	1978946	1981083	D	Repression: high concentrations of glucose lead to the redistribution of S. cerevisiae HEX2 to the vacuole.; Repression: low-glucose-induced expression of S. cerevisiae HEX2 is mediated by two independent repression mechanisms, in the absence of glucose, transcription is prevented by Rgt1p, a C6 zinc cluster protein; at high levels of glucose, expression is repressed by Mig1p.; Title: strong similarity to hexose transporter Hxt2 - Saccharomyces cerevisiae; plasma membrane; See PMID 8816466; See PMID 10191260; uncharacterized protein	join(1978946..1979073,1979124..1979243,1979298..1979506,1979559..1979605,1979654..1979708,1979761..1979879,1979935..1980201,1980252..1980373,1980426..1980598,1980648..1980713,1980760..1980840,1980887..1981083)	Aspergillus niger	4991207
An04g08040	CDS	An04g08040	NT_166539.1	1981362	1984181	D	Similarity: simialrity is from the Zn(2)-Cys(6) DNA-binding domain containing N-terminal region of the predicted A. niger protein to the Zn(2)-Cys(6) DNA-binding domain of several putative and validated transcription factors.; Title: similarity to transcription factor Mpp1p -Pichia angusta; See PMID 12902346; uncharacterized protein	join(1981362..1981479,1981568..1981662,1981742..1981756,1981793..1982536,1982581..1982833,1982886..1983005,1983109..1983358,1983604..1983686,1983795..1983853,1983939..1984181)	Aspergillus niger	4991208
An04g08050	CDS	An04g08050	NT_166539.1	1984822	1985691	R	Title: strong similarity to hypothetical protein encoded by An02g13120 - Aspergillus niger; uncharacterized protein	complement(join(1984822..1984832,1984929..1985286,1985497..1985691))	Aspergillus niger	4991209
An04g08060	CDS	An04g08060	NT_166539.1	1986007	1986738	D	Remark: blastp with the predicted A. niger protein only retrieves random hits to proline and threonine rich proteins.; hypothetical protein	join(1986007..1986281,1986381..1986738)	Aspergillus niger	84591013
An04g08070	CDS	An04g08070	NT_166539.1	1986896	1989416	R	Function: N. crassa qa-1S is a negative regulator for the initial events in quinate/shikimate metabolism as a carbon source.; Function: in N. crassa the qa activator and repressor proteins and the inducer quinic acid interact to control expression at the transcriptional level of all the qa genes.; Function: indirect evidence suggests that the N. crassa qa-1S repressor is not a DNA-binding protein but forms an inactive complex with the activator in the absence of the inducer.; Remark: the adjacent genomic region contains a predicted A. niger proteins with similarity to another regulatory gene of the quinate/shikimate metabolism gene cluster from N. crassa.; Similarity: the predicted A. niger protein contains a Shikimate kinase and a Shikimate / quinate 5-dehydrogenase domain and is 150 aa shorter than N. crassa qa-1S.; Similarity: the qa-1S repressor protein of N. crassa is strongly homologous to the pentafunctional arom enzyme found in many lower eukaryotes.; Title: similarity to negative regulator qa-1S -Neurospora crassa; See PMID 1825499; See PMID 2525625; See PMID 2960822; uncharacterized protein	complement(join(1986896..1986953,1987095..1987294,1987347..1989416))	Aspergillus niger	4991211
An04g08080	CDS	An04g08080	NT_166539.1	1989631	1991675	D	Function: N. crassa qa-1F is a positive regulator for the five structural proteins mediating the initial events in quinate/shikimate metabolism as a carbon source.; Remark: the adjacent genomic region contains a predicted A. niger proteins with similarity to another regulatory gene of the quinate/shikimate metabolism gene cluster from N. crassa.; Similarity: the predicted A. niger protein contains a fungal Gal4 type Zn(2)-Cys(6) DNA-binding domain and is 150 aa shorter than N. crassa qa-1F.; Title: similarity to positive regulator qa-1F -Neurospora crassa; nucleus; See PMID 1825499; See PMID 2525625; uncharacterized protein	join(1989631..1991531,1991579..1991675)	Aspergillus niger	4991212
An04g08090	CDS	An04g08090	NT_166539.1	1991704	1992708	R	Remark: the qa-4 gene of Neurospora crassa encodes 3-dehydroshikimate dehydratase, which catalyzes the third step of the quinic acid (qa) catabolic pathway.; Title: strong similarity to 3-dehydroshikimate dehydratase qa-4 - Neurospora crassa; See PMID 6241580; uncharacterized protein	complement(1991704..1992708)	Aspergillus niger	4991213
An04g08100	CDS	An04g08100	NT_166539.1	1992892	1993815	R	Catalytic activity: quinate + NAD+ = 5-dehydroquinate + NADH.; Pathway: first step of the quinic acid catabolic pathway; phenylalanine, tyrosine and tryptophan biosynthesis.; Remark: the QUTB sequence shows significant homology with the shikimate dehydrogenase function of the complex AROM locus of Aspergillus nidulans, and with the QA-3 quinate dehydrogenase and QA-1S (repressor) genes of Neurospora crassa.; Title: strong similarity to quinate 5-dehydrogenase qutB - Aspergillus nidulans; See PMID 2976880; uncharacterized protein	complement(1992892..1993815)	Aspergillus niger	4991214
An04g08110	CDS	An04g08110	NT_166539.1	1994142	1995094	D	Title: strong similarity to hypothetical pathogenicity protein PEP2 - Nectria haematococca; See PMID 11208022; uncharacterized protein	join(1994142..1994820,1994979..1995094)	Aspergillus niger	4991215
An04g08120	CDS	An04g08120	NT_166539.1	1995348	1996232	D	Remark: strong similarity to Corynebacterium glutamicum sequence 439 patent WO0100843-A/439.; Similarity: belongs to the shikimate 5-dehydrogenases.; Title: strong similarity to sequence 439 from patent WO0100843-A - Corynebacterium glutamicum; uncharacterized protein	1995348..1996232	Aspergillus niger	4991216
An04g08130	CDS	An04g08130	NT_166539.1	1997058	1997648	D	hypothetical protein	1997058..1997648	Aspergillus niger	4991217
An04g08140	CDS	An04g08140	NT_166539.1	1998253	1999448	D	Remark: the similarity is only in a small asparagin rich domain.; Title: weak similarity to Ras guanine nucleotide exchange factor RasGEFB - Dictyostelium discoideum; uncharacterized protein	join(1998253..1998316,1998368..1998899,1999199..1999203,1999387..1999448)	Aspergillus niger	84591014
An04g08150	CDS	An04g08150	NT_166539.1	2000504	2001039	D	Title: strong similarity to EST an_2637 -Aspergillus niger; uncharacterized protein	join(2000504..2000570,2000633..2001039)	Aspergillus niger	4991219
An04g08160	CDS	An04g08160	NT_166539.1	2002024	2003711	D	Title: weak similarity to hypothetical protein F37C4.5 - Caenorhabditis elegans; uncharacterized protein	join(2002024..2002125,2002187..2002676,2002863..2003160,2003192..2003711)	Aspergillus niger	4991220
An04g08170	CDS	An04g08170	NT_166539.1	2004822	2005528	R	hypothetical protein	complement(join(2004822..2004886,2004966..2005041,2005113..2005166,2005263..2005341,2005428..2005528))	Aspergillus niger	84591015
An04g08180	CDS	An04g08180	NT_166539.1	2005854	2007361	D	Title: weak similarity to disintegrin-like metalloproteinase splice form 1 ADAM11 - Homo sapiens; uncharacterized protein	join(2005854..2006074,2006165..2006249,2006326..2006525,2006546..2006718,2007094..2007202,2007301..2007361)	Aspergillus niger	84591016
An04g08190	CDS	An04g08190	NT_166539.1	2007699	2008172	D	Catalytic activity: ATP + H2O = ADP + orthophosphate.; Pathway: oxidative phosphorylation; photosynthesis.; Remark: a group of membrane-bound multi-subunit complexes in mitochondria, chloroplasts and bacteria in which ATP hydrolysis is coupled with transport of protons. In sealed vesicles the ATPase acticity is latent, unless a proton ionophore is available to discharge the proton gradient; these enzymes do not form a stable phosphoenzyme intermediate. Water-soluble subunit complexes (F1-CF1) can be extracted from these membrane-bound enzymes, which retain the ATPase activity but not the proton-transporting activity.; Remark: nearly identical to EST an_2903 from A. niger.; Similarity: belongs to the H+-transporting ATP synthase lipid-binding proteins. Remark:; Title: strong similarity to mitochondrial ATP synthase subunit 9 oliC31 - Aspergillus nidulans; See PMID 2880279; uncharacterized protein	2007699..2008172	Aspergillus niger	4991223
An04g08200	CDS	An04g08200	NT_166539.1	2008459	2009480	R	hypothetical protein	complement(join(2008459..2008608,2008675..2008834,2008964..2009042,2009264..2009343,2009455..2009480))	Aspergillus niger	84591017
An04g08210	CDS	An04g08210	NT_166539.1	2010205	2012552	D	Catalytic activity: ATP + Pyruvate + H2O = AMP + Phosphoenolpyruvate + Orthophosphate.; Pathway: pyruvate metabolism; reductive carboxylate cycle (CO2 fixation).; Remark: the ppsA gene in E. coli codes for PEP synthase, which converts pyruvate into phosphoenolpyruvate (PEP), an essential step in gluconeogenesis when pyruvate or lactate are used as a carbon source.; Remark: this ORF is putative a pseudogene cause of more than 6 Frameshifts in the coding region.; Similarity: to other phosphoenolpyruvate synthases.; Title: strong similarity to pyruvate water dikinase ppsA - Escherichia coli [putative sequencing error]; putative sequencing error; See PMID 1310524; uncharacterized protein	join(2010205..2010514,2010696..2010773,2010849..2010997,2011102..2011391,2011562..2012051,2012094..2012357,2012475..2012552)	Aspergillus niger	4991225
An04g08220	CDS	An04g08220	NT_166539.1	2012671	2013684	R	Catalytic activity: (S)-lactate + NAD+ = pyruvate + NADH.; Pathway: glycolysis / gluconeogenesis; cysteine metabolism; pyruvate metabolism; propanoate metabolism.; Remark: ldhA codes for a 36-kDa protein that converts pyruvate to lactate. Production of LdhA was greatest when glucose was the carbon source, followed by xylose and trehalose; all of these sugars could be fermented to lactic acid.; Similarity: belongs to the family of malate/lactate dehydrogenases.; Title: strong similarity to lactate dehydrogenase ldhA - Rhizopus arrhizus; See PMID 10831409; uncharacterized protein	complement(join(2012671..2013344,2013435..2013684))	Aspergillus niger	4991226
An04g08230	CDS	An04g08230	NT_166539.1	2014773	2016329	D	Catalytic activity: ATP + a protein = ADP + a phosphoprotein.; Remark: shows also strong similarity to Arabidopsis thaliana DNA fragment SEQ ID NO: 35384 patent EP1033405-A2.; Remark: the Arabidopsis gene, AFC1, induces three STE12-dependent processes even in signal transduction-defective yeast strains: mating-specific gene expression in haploid yeast, mating of haploid yeast to yield diploids, and pseudohyphal growth in diploid yeast.; Similarity: belongs to the serine/threonine protein kinases.; Title: strong similarity to protein kinase AFC1 -Arabidopsis thaliana; deleted EC_number 2.7.1.37; See PMID 7991592; uncharacterized protein	join(2014773..2014825,2014893..2015037,2015167..2015238,2015294..2015515,2015546..2015872,2015926..2016091,2016148..2016329)	Aspergillus niger	84591018
An04g08240	CDS	An04g08240	NT_166539.1	2016703	2017716	D	Title: weak similarity to hypothetical protein CAF32051.1 - Neurospora crassa; uncharacterized protein	2016703..2017716	Aspergillus niger	4991228
An04g08250	CDS	An04g08250	NT_166539.1	2017892	2019473	R	Remark: strong similarity to Acremonium chrysogenum gene involved in biosynthesis of cephalosporin C patent JP09009966-A.; Title: strong similarity to protein involved in cephalosporin C biosynthesis from patent JP09009966-A -Acremonium chrysogenum; uncharacterized protein	complement(join(2017892..2019076,2019144..2019473))	Aspergillus niger	4991229
An04g08260	CDS	An04g08260	NT_166539.1	2019678	2022245	R	Remark: weak similarity to Arabidopsis thaliana protein fragment SEQ ID NO:30705 patent EP1033405-A2; Title: weak similarity to protein fragment SEQ ID NO:30705 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(2019678..2019742,2019834..2019922,2020081..2020122,2020239..2020359,2020488..2020661,2020811..2020898,2020988..2021047,2021140..2021192,2021352..2021582,2022071..2022245))	Aspergillus niger	84591019
An04g08270	CDS	An04g08270	NT_166539.1	2022751	2024620	D	hypothetical protein	join(2022751..2022764,2022811..2022838,2022974..2022993,2023311..2023453,2023751..2023856,2024209..2024407,2024453..2024620)	Aspergillus niger	84591020
An04g08280	CDS	An04g08280	NT_166539.1	2025209	2025546	R	hypothetical protein	complement(join(2025209..2025260,2025305..2025546))	Aspergillus niger	84591021
An04g08290	CDS	An04g08290	NT_166539.1	2026154	2027308	R	Title: similarity to hypothetical protein EAA74627.1 - Gibberella zeae; uncharacterized protein	complement(2026154..2027308)	Aspergillus niger	4991233
An04g08300	CDS	An04g08300	NT_166539.1	2027809	2029611	R	Remark: Among the four polyamine transporters in S. cerevisiae, those encoded by TPO2 and TPO3 were specific for spermine, whereas those encoded by TPO1 and TPO4 recognized spermidine and spermine.; Remark: alternative name is YGR138c; Similarity: belongs to the benomyl/methotrexate resistance protein family.; Title: strong similarity to membrane protein Tpo2 -Saccharomyces cerevisiae; vacuole; See PMID 11171066; uncharacterized protein	complement(join(2027809..2029451,2029593..2029611))	Aspergillus niger	4991234
An04g08310	CDS	An04g08310	NT_166539.1	2029761	2030357	R	hypothetical protein	complement(join(2029761..2029863,2029948..2030016,2030129..2030259,2030316..2030357))	Aspergillus niger	84591022
An04g08320	CDS	An04g08320	NT_166539.1	2030768	2032153	R	Similarity: the ORF shows also similarity to a variety of monocarboxylate transporters.; Similarity: the ORF shows strong similarity to the A. niger EST SEQ ID NO:4112.; Title: strong similarity to protease Mch5 -Saccharomyces cerevisiae; See PMID 8755496; uncharacterized protein	complement(join(2030768..2031283,2031373..2031539,2031643..2032153))	Aspergillus niger	4991236
An04g08330	CDS	An04g08330	NT_166539.1	2033119	2033604	R	Catalytic activity: orotidine 5'-phosphate + pyrophosphate = orotate + 5-phospho-alpha-D-ribose 1-diphosphate.; Pathway: pyrimidine metabolism.; Remark: N-terminal truncated ORF due to end of contig.; Remark: URA5 genes encode orotidine-5'-monophosphate pyrophosphorylase (OMPpase), an enzyme involved in pyrimidine biosynthesis.; Similarity: belongs to the orotate phosphoribosyltransferases.; Title: strong similarity to orotidine-5-monophosphate pyrophosphorylase - Ajellomyces capsulatus [truncated ORF]; See PMID 9748447; uncharacterized protein	complement(2033119..>2033604)	Aspergillus niger	4991237
An04g08340	CDS	An04g08340	NT_166539.1	2034033	2038085	R	Remark: also strong similarity to Aspergillus flavus multidrug resistance protein Afl-MDR1 patent WO9626952-A1.; Remark: expression of AFUMDR1 in S. cerevisiae conferred increased resistance to the antifungal agent cilofungin (LY121019), an echinocandin B analog.; Title: strong similarity to multidrug resistance protein mdr1 - Aspergillus flavus; plasma membrane; See PMID 9373135; uncharacterized protein	complement(join(2034033..2034381,2034443..2037744,2037793..2037987,2038044..2038085))	Aspergillus niger	4991238
An04g08350	CDS	An04g08350	NT_166539.1	2038371	2038746	D	Title: weak similarity to glutamic acid release inhibitory peptide from patent JP07149795-A - Agelenopsis aperta; uncharacterized protein	join(2038371..2038451,2038510..2038746)	Aspergillus niger	84591023
An04g08360	CDS	An04g08360	NT_166539.1	2039146	2040919	R	Pathway: the TRI11 enzyme from F. sporotrichioides is involved trichothecene biosynthesis. Trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Remark: disruption of TRI11 results in an altered trichothecene production phenotype characterized by the accumulation of isotrichodermin, a trichothecene pathway intermediate.; Similarity: TRI11 (F. s.) belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	complement(join(2039146..2039469,2039531..2039906,2039961..2040516,2040566..2040635,2040691..2040786,2040833..2040919))	Aspergillus niger	4991240
An04g08370	CDS	An04g08370	NT_166539.1	2041743	2043431	D	Catalytic activity: UDPgalactose + 2-(2-Hydroxyacyl)sphingosine = UDP + 1-(beta-D-Galactosyl)-2-(2-hydroxyacyl)sphingosine.; Remark: galactosylceramide (galactocerebroside,GalC) and its sulfated derivative, sulfatide, are major lipid components of the central and peripheral nervous system myelin sheath. The human enzyme UDP-galactose:ceramide galactosyltransferase (CGT, EC 2. 4. 1. 45) catalyzes the final step of galactosylceramide synthesis.; Similarity: belongs to the Glycosyl transferases,related to UDP-glucuronosyltransferases.; Title: similarity to ceramide UDPgalactosyltransferase CGT - Homo sapiens; See PMID 9125199; uncharacterized protein	join(2041743..2042293,2042343..2042984,2043035..2043431)	Aspergillus niger	4991241
An04g08380	CDS	An04g08380	NT_166539.1	2043513	2044463	D	Remark: strong similarity to Mortierella ramanni diacylglycerol acyl transferase MR1 patent WO200001713-A2.; Remark: the Mortierella ramanni MR1 enzyme is active in the formation of triacylglycerol from diacylglycerol and fatty acyl substrates. The DNA sequences encoding DAGAT can be used to modify the triacylglycerol and lipid composition of plant cells.; Title: strong similarity to diacylglycerol acyl transferase MR1 from patent WO200001713-A2 - Mortierella ramanniana; uncharacterized protein	2043513..2044463	Aspergillus niger	84591024
An04g08390	CDS	An04g08390	NT_166539.1	2045286	2046449	D	Remark: introduction of extra copies of orf10 and orf11 genes in an S. coelicolor actIII mutant restores the ability to produce actinorhodin. Transcriptional analysis and DNA footprinting indicate that Orf10 represses its own transcription and regulates orf11 transcription.; Similarity: belongs to short-chain alcohol dehydrogenase with different specificities.; Title: strong similarity to oxidoreductase of short-chain ORF11 - Streptomyces coelicolor; See PMID 10400594; uncharacterized protein	join(2045286..2045369,2045439..2045662,2045716..2046235,2046354..2046449)	Aspergillus niger	4991243
An04g08400	CDS	An04g08400	NT_166539.1	2046763	2047655	D	Title: weak similarity to hypothetical possible CHE-2 homologue L4738.06 - Leishmania major; uncharacterized protein	join(2046763..2047546,2047603..2047655)	Aspergillus niger	84591025
An04g08410	CDS	An04g08410	NT_166539.1	2048427	2049983	R	Catalytic activity: benzoate + NADPH + O2 = 4-hydroxybenzoate + NADP+ + H2O.; Pathway: phenylalanine metabolism.; Remark: Cytochrome P450 enzyme systems are found throughout nature and are involved in many different, often complex, bioconversions. In the endoplasmic reticulum of the filamentous fungus Aspergillus niger a cytochrome P450 enzyme system is present that is capable of the para-hydroxylation of benzoate. The expression of the two genes encoding the components of this system, the cytochrome P450 gene encoding benzoate para-hydroxylase (bphA) and the gene encoding cytochrome P450 reductase (cprA), are inducible by benzoate.; Similarity: belongs to the cytochrome P450 family.; Title: strong similarity to benzoate 4-monooxygenase cytochrome P450 53 bphA - Aspergillus niger; See PMID 10852481; See PMID 2250647; uncharacterized protein	complement(2048427..2049983)	Aspergillus niger	4991245
An04g08420	CDS	An04g08420	NT_166539.1	2050810	2052986	D	Title: strong similarity to hypothetical protein CAD21260.1 - Neurospora crassa; uncharacterized protein	join(2050810..2050832,2051068..2051081,2051235..2051384,2051443..2051717,2051774..2052086,2052160..2052803,2052972..2052986)	Aspergillus niger	4991246
An04g08430	CDS	An04g08430	NT_166539.1	2053450	2053807	R	hypothetical protein	complement(join(2053450..2053478,2053558..2053807))	Aspergillus niger	4991247
An04g08440	CDS	An04g08440	NT_166539.1	2055219	2057065	R	Pathway: the TRI11 enzyme from F. sporotrichioides is involved trichothecene biosynthesis. Trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Remark: disruption of TRI11 results in an altered trichothecene production phenotype characterized by the accumulation of isotrichodermin, a trichothecene pathway intermediate.; Similarity: TRI11 (F. s.) belongs to the cytochrome p450 family.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	complement(join(2055219..2055406,2055479..2055580,2055639..2055943,2055993..2057065))	Aspergillus niger	4991248
An04g08450	CDS	An04g08450	NT_166539.1	2057225	2059012	D	Title: questionable ORF; uncharacterized protein	join(2057225..2057240,2057327..2057438,2057921..2058006,2058714..2059012)	Aspergillus niger	84591026
An04g08460	CDS	An04g08460	NT_166539.1	2059409	2060369	R	Title: strong similarity to hypothetical protein SPBC365.16 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2059409..2060174,2060230..2060369))	Aspergillus niger	4991250
An04g08470	CDS	An04g08470	NT_166539.1	2060885	2061419	R	Title: weak similarity to hypothetical protein Vng6427h - Halobacterium sp.; uncharacterized protein	complement(join(2060885..2061328,2061381..2061419))	Aspergillus niger	84591027
An04g08480	CDS	An04g08480	NT_166539.1	2061807	2062581	R	Remark: YKT6 is an essential gene that codes for a novel vesicle-associated SNARE functioning at the endoplasmic reticulum-Golgi transport step in the yeast secretory pathway. Depletion of Ykt6p results in the accumulation of the p1 precursor (endoplasmic reticulum form) of the vacuolar enzyme carboxypeptidase Y and morphological abnormalities consistent with a defect in secretion. Bet1p, p28, and p14) suggests that multimeric interactions are features of the fusion machinery, and may also improve the fidelity of vesicle targeting.; Remark: alternative names is YKT6.; Title: strong similarity to cell division control protein SLY2 homolog YKL196c - Saccharomyces cerevisiae; See PMID 7923363; See PMID 9211930; uncharacterized protein	complement(join(2061807..2061926,2061980..2062259,2062328..2062497,2062561..2062581))	Aspergillus niger	4991252
An04g08490	CDS	An04g08490	NT_166539.1	2063188	2064413	D	Title: similarity to essential gene protein #54 from patent WO200286090-A2 - Aspergillus fumigatus; uncharacterized protein	join(2063188..2063305,2063454..2063875,2063928..2064413)	Aspergillus niger	4991253
An04g08500	CDS	An04g08500	NT_166539.1	2064792	2065336	D	Remark: rodA encodes a small, moderately hydrophobic polypeptide containing 8 cysteines arranged in a pattern similar to that observed in three hydrophobic cell wall proteins from the Holobasidiomycete Schizophyllum commune. The Aspergillus and Schizophyllum 8-cysteine polypeptides define a class of secreted, hydrophobic, fungal cell wall proteins that are important in the formation and function of aerial structures such as conidiophores and mushrooms.; Title: strong similarity to rodletless protein rodA - Aspergillus nidulans; See PMID 2065971; uncharacterized protein	join(2064792..2065089,2065138..2065223,2065280..2065336)	Aspergillus niger	4991254
An04g08510	CDS	An04g08510	NT_166539.1	2065886	2067480	R	Remark: CYP3A9 cDNA was expressed in E. coli and the expressed P450 3A9 is active in the demethylation of erythromycin as well as benzphetamine.; Title: similarity to cytochrome P450 3A9 CYP3A -Rattus norvegicus; See PMID 8660328; uncharacterized protein	complement(join(2065886..2066434,2066493..2066552,2066627..2066759,2066829..2067038,2067107..2067480))	Aspergillus niger	4991255
An04g08520	CDS	An04g08520	NT_166539.1	2068917	2069944	D	Title: weak similarity to hypothetical protein EAA78112.1 - Gibberella zeae; uncharacterized protein	join(2068917..2069394,2069436..2069618,2069685..2069944)	Aspergillus niger	84591028
An04g08530	CDS	An04g08530	NT_166539.1	2070268	2070572	R	Remark: the ORF is short in length (73 amino acids).; hypothetical protein	complement(join(2070268..2070378,2070462..2070572))	Aspergillus niger	84591029
An04g08540	CDS	An04g08540	NT_166539.1	2074746	2075341	R	hypothetical protein	complement(join(2074746..2074798,2074992..2075147,2075227..2075341))	Aspergillus niger	84591030
An04g08550	CDS	An04g08550	NT_166539.1	2076390	2077700	R	Catalytic activity: endohydrolysis of 1,4-beta-D-glucosidic linkages in cellulose, lichenin and cereal beta-D-glucans.; Pathway: starch and sucrose metabolism.; Remark: expression of the T. reesei cDNA in yeast showed that it encoded a protein with endoglucanase activity; Title: strong similarity to endoglucanase IV EGIV -Trichoderma reesei; uncharacterized protein	complement(2076390..2077700)	Aspergillus niger	4991259
An04g08560	CDS	An04g08560	NT_166539.1	2078803	2080591	R	Catalytic activity: (S)-lactate + 2 ferricytochrome c = pyruvate + 2 ferrocytochrome c.; Pathway: pyruvate metabolism.; Remark: analysis of KlCYB2 gene expression indicated that, in contrast to S. cerevisiae, the major regulatory feature is induction by lactate.; Similarity: belongs to the L-lactate dehydrogenase (FMN-dependent) and related alpha-hydroxy acid dehydrogenases.; Title: strong similarity to cytochrome b2 cyb2 -Kluyveromyces lactis; See PMID 10806428; uncharacterized protein	complement(join(2078803..2078916,2078963..2079063,2079144..2079813,2079886..2080391,2080459..2080591))	Aspergillus niger	4991260
An04g08570	CDS	An04g08570	NT_166539.1	2080693	2081268	D	hypothetical protein	join(2080693..2080752,2080801..2080853,2080924..2081006,2081102..2081268)	Aspergillus niger	84591031
An04g08580	CDS	An04g08580	NT_166539.1	2081436	2083763	R	Remark: its functions of binding ATP and of autophosphorylation and eIF-2 alpha phosphorylation are inhibited by hemin.; Title: strong similarity to translation initiation factor eIF-2 alpha chain kinase HRI - Oryctolagus cuniculus; See PMID 1671169; See PMID 1679235; uncharacterized protein	complement(2081436..2083763)	Aspergillus niger	4991262
An04g08590	CDS	An04g08590	NT_166539.1	2085477	2087288	D	Catalytic activity: cyclobutadipyrimidine (in DNA) = 2 pyrimidine (in DNA).; Remark: photolyases and blue light receptors belong to a superfamily of flavoproteins that make use of blue and UVA light either to catalyze DNA repair or to control development.; Similarity: belongs to the deoxyribodipyrimidine photo-lyases.; Title: strong similarity to DNA photolyase phr1 -Trichoderma harzianum; See PMID 10318850; uncharacterized protein	join(2085477..2086687,2086745..2087288)	Aspergillus niger	4991263
An04g08600	CDS	An04g08600	NT_166539.1	2089184	2091735	D	Remark: the transcriptional activator XlnR regulates the transcription of the xlnB, xlnC, and xlnD genes encoding the main xylanolytic enzymes (endoxylanases B and C and beta-xylosidase, respectively). Also, the transcription of the genes encoding the accessory enzymes involved in xylan degradation, including alpha-glucuronidase A, acetylxylan esterase A, arabinoxylan arabinofuranohydrolase A, and feruloyl esterase A, was found to be controlled by XlnR. In addition, XlnR also activates transcription of two endoglucanase-encoding genes, eglA and eglB, indicating that transcriptional regulation by XlnR goes beyond the genes encoding xylanolytic enzymes and includes regulation of two endoglucanase-encoding genes.; Similarity: belongs to the GAL4 zinc binuclear cluster proteins.; Title: strong similarity to transcription activator xlnR - Aspergillus niger; See PMID 9758775; See PMID 10760176; See PMID 9466262; uncharacterized protein	join(2089184..2090415,2090469..2091735)	Aspergillus niger	4991264
An04g08610	CDS	An04g08610	NT_166539.1	2093080	2094154	D	hypothetical protein	join(2093080..2093369,2093452..2094154)	Aspergillus niger	4991265
An04g08620	CDS	An04g08620	NT_166539.1	2096467	2097705	R	Remark: Hap1 S. cerevisiae binds to two classes of DNA elements, UAS1/CYC1 and UAS/CYC7, and permits differential transcriptional activation at these sites. In yeast, oxygen sensing and heme signaling are primarily mediated by the heme activator protein Hap1, which, in response to heme, activates the transcription of genes required for respiration and for controlling oxidative damage.; Similarity: belongs to the unassigned GAL4-type zinc cluster proteins; GAL4 zinc binuclear cluster homology.; Title: similarity to heme activator protein Hap1 -Saccharomyces cerevisiae; See PMID 10617612; See PMID 11212295; See PMID 2643482; uncharacterized protein	complement(join(2096467..2096607,2096656..2097020,2097081..2097453,2097583..2097705))	Aspergillus niger	4991266
An04g08630	CDS	An04g08630	NT_166539.1	2100778	2101761	R	Function: a ketone is treated with a transaminase in the presence of a primary amine as amino donor to produce the amines.; Function: the chiral amines are synthetic intermediates for use as pharmaceuticals and agrochemicals.; Function: the present sequence represents a protein with stereoselective transaminase activity.; Function: the transaminase is used to produce the optically active amines (having R-chirality) of the invention.; Remark: protein sequence of patentprot.; Title: strong similarity to protein with stereoselective transaminase activity from patent WO9848030-A1 - Arthrobacter sp.; uncharacterized protein	complement(2100778..2101761)	Aspergillus niger	4991267
An04g08640	CDS	An04g08640	NT_166539.1	2102746	2104554	D	Title: similarity to hypothetical protein YER080w -Saccharomyces cerevisiae; uncharacterized protein	join(2102746..2102772,2102884..2103259,2103316..2103681,2103735..2103825,2103864..2104554)	Aspergillus niger	4991268
An04g08650	CDS	An04g08650	NT_166539.1	2105427	2106344	D	Function: aapA is a transmembrane protein and probably a aminoacid or metabolite transport protein.; Similarity: shows only partial similarity to aapA of B. subtilis.; Title: strong similarity to hypothetical protein encoded by An18g03630 - Aspergillus niger; uncharacterized protein	2105427..2106344	Aspergillus niger	4991269
An04g08660	CDS	An04g08660	NT_166539.1	2106700	2107805	R	Similarity: blast hits result from repetitive sequences.; Title: weak similarity to hypothetical protein BAT2 - Homo sapiens; uncharacterized protein	complement(join(2106700..2107218,2107428..2107805))	Aspergillus niger	4991270
An04g08670	CDS	An04g08670	NT_166539.1	2109155	2111040	R	Title: strong similarity to hypothetical protein EAA61363.1- Aspergillus nidulans; uncharacterized protein	complement(join(2109155..2110108,2110159..2110827,2110885..2111040))	Aspergillus niger	4991271
An04g08680	CDS	An04g08680	NT_166539.1	2111290	2112986	R	Function: CCA1 carries out addition of CCA to 3'-end of tRNA without a template.; Title: strong similarity to tRNA nucleotidyltransferase Cca1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2111290..2111537,2111596..2112141,2112188..2112986))	Aspergillus niger	4991272
An04g08690	CDS	An04g08690	NT_166539.1	2113892	2116162	D	Function: patented novel nucleic acids and peptides derived from open reading frame X, useful for treating e. g. cancers, proliferative disorders, neurodegenerative disorders and cardiovascular disease.; Similarity: shows similarity to hypothetical proteins of S. pombe, A. thaliana etc.; Title: similarity to polynucleotide sequence SEQ ID NO:3913 from patent WO200058473-A2 - Homo sapiens; uncharacterized protein	join(2113892..2114963,2115015..2116162)	Aspergillus niger	4991273
An04g08700	CDS	An04g08700	NT_166539.1	2117321	2118992	D	Title: similarity to hypothetical protein SPBC1604.18c - Schizosaccharomyces pombe; uncharacterized protein	join(2117321..2117367,2117434..2117680,2117756..2117974,2118042..2118992)	Aspergillus niger	4991274
An04g08710	CDS	An04g08710	NT_166539.1	2119070	2120450	R	Function: retransformation of uvsH77 mutants of A. nidulans with the rescued cosmids from the MMS-resistant transformants resulted in restoration of both UV and MMS resistance to wild-type levels.; Title: strong similarity to protein involved in DNA repair and recombination uvsH - Aspergillus nidulans; nucleus; uncharacterized protein	complement(join(2119070..2119727,2119784..2119898,2119949..2120450))	Aspergillus niger	4991275
An04g08720	CDS	An04g08720	NT_166539.1	2120746	2122402	D	Title: similarity to hypothetical protein CAE85531.1 - Neurospora crassa; uncharacterized protein	join(2120746..2120805,2120850..2120923,2120987..2121231,2121293..2121471,2121530..2121835,2121891..2121915,2121968..2122105,2122151..2122336,2122371..2122402)	Aspergillus niger	4991276
An04g08730	CDS	An04g08730	NT_166539.1	2123729	2125473	D	Similarity: show strong similarity to conserved hypothetical proteins of several species.; Title: strong similarity to hypothetical conserved protein SPAC12B10.16c - Schizosaccharomyces pombe; uncharacterized protein	join(2123729..2123856,2123921..2125131,2125202..2125473)	Aspergillus niger	4991277
An04g08740	CDS	An04g08740	NT_166539.1	2125711	2127281	R	Function: Pas10p plays an important role in protein translocation across the peroxisome membrane.; Localization: Pas10p is an integral protein of the peroxisome membrane.; Title: strong similarity to peroxisome assembly protein PAS10 - Pichia pastoris; peroxisome; See PMID 8670828; uncharacterized protein	complement(join(2125711..2125807,2125949..2127155,2127224..2127281))	Aspergillus niger	4991278
An04g08750	CDS	An04g08750	NT_166539.1	2127570	2129630	R	Similarity: shows only partial similarity at the aminoterminus.; Title: strong similarity to hypothetical protein EAA61357.1 - Aspergillus nidulans; uncharacterized protein	complement(2127570..2129630)	Aspergillus niger	84591032
An04g08760	CDS	An04g08760	NT_166539.1	2129931	2131605	D	Complex: NMD3 of S. cerevisiae associates with ribosomes.; Function: NMD3 is a component of the nonsense-mediated mRNA decay pathway.; Remark: NMD3 of S. cerevisiae is also known as SRC5 and has a systematic name of YHR170W.; Title: strong similarity to nonsense-mediated mRNA decay protein Nmd3 - Saccharomyces cerevisiae; cytoplasm; See PMID 9933353; See PMID 10022925; See PMID 10590466; uncharacterized protein	join(2129931..2129995,2130090..2131605)	Aspergillus niger	4991280
An04g08770	CDS	An04g08770	NT_166539.1	2132742	2133291	D	hypothetical protein	join(2132742..2132876,2132926..2133291)	Aspergillus niger	84591033
An04g08780	CDS	An04g08780	NT_166539.1	2133721	2134166	D	hypothetical protein	join(2133721..2133759,2133798..2134166)	Aspergillus niger	84591034
An04g08790	CDS	An04g08790	NT_166539.1	2134998	2135912	R	Remark: patent describes novel nucleic acids and peptides derived from open reading frame X, useful for treating e. g. cancers, proliferative disorders,neurodegenerative disorders and cardiovascular disease.; Similarity: shows partial similarity to conserved hypothetical proteins of S. cerevisiae, S. pombe, etc and a human protein that might be a transcriptional regulator.; Title: similarity to ORFX ORF1691 polynucleotide sequence SEQ ID NO:3381 from patent WO200058473-A2 - Homo sapiens; uncharacterized protein	complement(2134998..2135912)	Aspergillus niger	4991283
An04g08800	CDS	An04g08800	NT_166539.1	2136672	2138054	R	Function: Leu5p involved in the accumulation of CoA in mitochondria, presumably by serving as a transporter of CoA or a precursor thereof.; Localization: Leu5p of S. cerevisiae is inserted into the mitochondrial inner membrane along the specialized import pathway used by carrier proteins.; Phenotype: as a consequence, the activities of several mitochondrial CoA-dependent enzymes were strongly decreased in Deltaleu5 cells.; Phenotype: deletion of LEU5 (strain Deltaleu5) was accompanied by a 15-fold reduction of mitochondrial coenzyme A (CoA) levels but did not affect the cytosolic CoA content.; Title: strong similarity to mitochondrial carrier Leu5 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 11158296; uncharacterized protein	complement(join(2136672..2137646,2137722..2138054))	Aspergillus niger	4991284
An04g08810	CDS	An04g08810	NT_166539.1	2138904	2142295	R	Function: protein of S. cerevisiae is a component of a complex involved in chromatin remodelling.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to subunit of Isw2 chromatin remodelling complex Itc1 - Saccharomyces cerevisiae; nucleus; See PMID 8840506; uncharacterized protein	complement(join(2138904..2139969,2140049..2141646,2141703..2141719,2141780..2141882,2141938..2142081,2142136..2142201,2142293..2142295))	Aspergillus niger	4991285
An04g08820	CDS	An04g08820	NT_166539.1	2144561	2146750	R	Function: enzyme of S. cerevisiae is involved in adding glucose to the dolichol-linked oligosaccharide precursor prior to transfer to protein.; Pathway: enzyme of S. cerevisiae is involved in glycosylation.; Similarity: shows similarity to Alg6p, S. pombe and C. elegans hypothetical proteins.; Title: strong similarity to glucosyltransferase Alg8 - Saccharomyces cerevisiae; endoplasmatic reticulum; uncharacterized protein	complement(join(2144561..2145085,2145137..2145276,2145332..2145825,2145883..2146076,2146142..2146220,2146300..2146571,2146712..2146750))	Aspergillus niger	4991286
An04g08830	CDS	An04g08830	NT_166539.1	2147021	2148600	D	Function: coatomer from ret1-1 cells but not from ret2-1 cells binds to the cytosolic tail of Emp47p.; Function: protein of S. cerevisiae may recycle to ER because it is found in ER is a sec12 mutant.; Function: retrieval of Emp47p from Golgi blocked in ufe1-1, sec20-1, and sec21-1 mutants.; Localization: protein of S. cerevisiae is a Golgi membrane protein.; Similarity: only shows similarity to the aminoterminal part of the S. cerevisiae protein.; Title: similarity to Golgi membrane protein Emp47 -Saccharomyces cerevisiae; uncharacterized protein	join(2147021..2147109,2147174..2147240,2147299..2147369,2147424..2147604,2147651..2147845,2147893..2148409,2148473..2148600)	Aspergillus niger	4991287
An04g08840	CDS	An04g08840	NT_166539.1	2150284	2152948	R	Phenotype: mutations in the APECED apeced gene are thought to be involved in the autosomal rezessive autoimmune polyglandular syndrome type I.; Remark: the H. sapiens AIRE (autoimmune regulator) is thought to be a transcription factor.; Similarity: the predicted A. niger protein encodes two zinc-finger-like motifs (aa 464-505, 587-645, PF00628) found in nuclear proteins which are involved in chromatin-mediated transcriptional regulation.; Title: similarity to hypothetical autoimmune regulator AIRE-2 - Homo sapiens; See PMID 9398839; uncharacterized protein	complement(join(2150284..2150692,2150755..2151534,2151591..2152948))	Aspergillus niger	4991288
An04g08850	CDS	An04g08850	NT_166539.1	2153573	2155072	D	hypothetical protein	join(2153573..2153621,2153831..2153927,2154021..2154091,2154157..2154238,2154311..2154388,2154508..2154630,2154770..2154831,2154918..2155072)	Aspergillus niger	84591035
An04g08860	CDS	An04g08860	NT_166539.1	2155720	2157440	R	Function: the S. pombe 442K curved DNA-binding protein is a non essential protein that preferentially binds curved DNA and binds non-curved DNA with a much lower affinity.; Remark: the S. pombe 442K curved DNA-binding protein was isolated by means of a DNA-binding gel shift assay with synthetic curved DNA.; Similarity: the S. pombe 442K curved DNA-binding protein belongs to the peptidase family M24C, also known as the map family 2.; Title: strong similarity to 442K curved DNA-binding protein SPAC23H4.09 - Schizosaccharomyces pombe; nucleus; See PMID 7985416; uncharacterized protein	complement(join(2155720..2155910,2155977..2156789,2156863..2156967,2157038..2157121,2157413..2157440))	Aspergillus niger	4991290
An04g08870	CDS	An04g08870	NT_166539.1	2158015	2158455	D	hypothetical protein	join(2158015..2158032,2158135..2158455)	Aspergillus niger	84591036
An04g08880	CDS	An04g08880	NT_166539.1	2159414	2160852	D	Remark: Blastp matches are due to repetetive sequences.; Title: similarity to hypothetical protein CAD60573.1 - Podospora anserina; uncharacterized protein	join(2159414..2159596,2159679..2159715,2159789..2159859,2159914..2160296,2160357..2160852)	Aspergillus niger	4991292
An04g08890	CDS	An04g08890	NT_166539.1	2161506	2163390	D	Catalytic activity: the predicted P. eryngii protein converts aromatic primary alcohol and O(2) to an aromatic aldehyde and H(2)O(2).; Remark: the pedicted A. niger protein shows strong similarity to the conserved PFAM domain PF00732, which encodes a glucose-methanol-choline (GMC) oxidoreductase sequence common for a lot of proteins like choline dehydrogenase (CHD), methanol oxidase (MOX) and cellobiose dehydrogenase.; Title: strong similarity to aryl-alcohol oxidase precursor aao - Pleurotus eryngii; See PMID 1425667; uncharacterized protein	join(2161506..2161794,2161899..2163075,2163144..2163284,2163363..2163390)	Aspergillus niger	4991293
An04g08900	CDS	An04g08900	NT_166539.1	2164140	2165036	D	Title: strong similarity to hypothetical protein 68B2.50 - Neurospora crassa; uncharacterized protein	2164140..2165036	Aspergillus niger	4991294
An04g08910	CDS	An04g08910	NT_166539.1	2165224	2165993	R	hypothetical protein	complement(join(2165224..2165773,2165890..2165993))	Aspergillus niger	84591037
An04g08920	CDS	An04g08920	NT_166539.1	2166252	2169182	D	Function: the S. cerevisiae SNF5 gene affects expression of both glucose- and phosphate-regulated genes.; Remark: alternative names of the S. cerevisiae SNF5 protein are HAF4, SWI10, TYE4 and the systematic name is YBR289W.; Similarity: the predicted A. niger protein shows similarity to a broad range of transcriptin factors conserved regions.; Title: strong similarity to transcription activator Snf5 - Saccharomyces cerevisiae; nucleus; See PMID 2233708; uncharacterized protein	join(2166252..2166389,2166552..2168735,2168847..2169182)	Aspergillus niger	4991296
An04g08930	CDS	An04g08930	NT_166539.1	2169522	2169770	R	hypothetical protein	complement(join(2169522..2169688,2169743..2169770))	Aspergillus niger	84591038
An04g08940	CDS	An04g08940	NT_166539.1	2170541	2172499	R	Phenotype: mutation in the bimD gene of Aspergillus nidulans results in a mitotic block in anaphase characterized by a defective mitosis.; Remark: the ORF is truncated due to the border of the contig.; Title: strong similarity to hypothetical mitosis regulatory protein bimD - Aspergillus nidulans [truncated ORF]; See PMID 8375649; uncharacterized protein	complement(2170541..>2172499)	Aspergillus niger	4991298
An04g08950	CDS	An04g08950	NT_166539.1	2173009	2174311	D	Title: questionable ORF; uncharacterized protein	join(2173009..2173276,2173417..2173495,2173700..2173743,2173985..2174205,2174285..2174311)	Aspergillus niger	84591039
An04g08970	CDS	An04g08970	NT_166539.1	2175729	2177730	R	Protein sequence is in conflict with the conceptual translation; Function: the function of this domain is not yet known but in analogy with the LIM domain it could be involved in protein-protein interaction and be important for the assembly or activity of multicomponent complexes involved in transcriptional activation or repression.; Similarity: although the function of the predicted protein remains elusive, the expression of this gene is confirmed by the partial identity to A. niger EST EMBLEST:BE759453.; Similarity: besides the similarity to S. pombe SPCC126. 07c, that covers less or more the total length of the predicted protein, the other BLASTP hits are due to a very short, but very conserved, PHD-finger domain.; Similarity: the PHD finger is a C4HC3 zinc-finger-like motif found in nuclear proteins thought to be involved in chromatin-mediated transcriptional regulation; the PHD finger motif is reminiscent of, but distinct from the C3HC4 type RING finger.; Similarity: the predicted protein indeed contains also a RING-type zinc finger.; Title: strong similarity to hypothetical PHD-type zinc finger protein SPCC126.07c - Schizosaccharomyces pombe [putative sequencing error]; putative sequencing error; See PMID 7701562; uncharacterized protein	complement(join(2175729..2176296,2176479..2177310,2177433..2177730))	Aspergillus niger	4991301
An04g08980	CDS	An04g08980	NT_166539.1	2178989	2179627	R	Phenotype: S. cerevisiae haploid and diploid null mutants of RPL43A form only microcolonies.; Remark: S. cerevisiae L43A is also called L37A, YL35, RPL43A, YPR043W, YP9499. 02, or YJR094BW.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L43a - Saccharomyces cerevisiae; cytoplasm; See PMID 9396790; See PMID 9421530; See PMID 9559554; 60S ribosomal protein eL43	complement(join(2178989..2179052,2179183..2179347,2179491..2179521,2179609..2179627))	Aspergillus niger	4991302
An04g08990	CDS	An04g08990	NT_166539.1	2180436	2181905	D	Title: strong similarity to hypothetical protein sll1601 - Synechocystis sp.; uncharacterized protein	join(2180436..2180625,2180686..2180833,2180886..2180958,2181015..2181139,2181197..2181905)	Aspergillus niger	4991303
An04g09000	CDS	An04g09000	NT_166539.1	2182360	2183927	R	Catalytic activity: epoxide hydrolases catalyze the hydrolysis of an epoxide to a glycol.; Localization: the rat cytosolic epoxide hydrolase is located mainly in the cytoplasm, but also in the peroxisome; this unusual bicompartmental distribution is due to the targeting sequence Ser-Lys-Ile, located at the extreme C-terminus of the rat protein, slightly different from the peroxisomal targeting sequence (PTS) Ser-Lys-Leu found in other peroxisomal enzymes.; Similarity: the C-terminus of the predicted protein is Ser-Arg-Leu; considering that in rat a conservative substitution Leu > Ile causes a difference in the protein targeting, the location of the A. niger putative protein cannot be exactely predicted.; Similarity: the N-terminal half of the predicted protein shows only weak similarity to rat epoxide hydrolase.; Title: strong similarity to epoxide hydrolase -Rattus norvegicus; See PMID 1743286; See PMID 2654139; See PMID 3277731; See PMID 8349641; uncharacterized protein	complement(join(2182360..2182637,2182716..2182767,2182847..2183177,2183250..2183359,2183416..2183523,2183619..2183671,2183849..2183927))	Aspergillus niger	4991304
An04g09010	CDS	An04g09010	NT_166539.1	2186197	2186523	D	Phenotype: null mutation of YPR094w of S. cerevisiae is lethal.; Title: strong similarity to hypothetical protein YPR094w - Saccharomyces cerevisiae; uncharacterized protein	2186197..2186523	Aspergillus niger	4991305
An04g09020	CDS	An04g09020	NT_166539.1	2186589	2188133	R	Function: TWF1 of S. cerevisiae acts as an actin monomer sequestering protein in vitro and is involved in regulation of the cortical actin cytoskeleton; no kinase activity was detected for purified yeast twinfilin.; Phenotype: in S. cerevisiae diploid homozygous deletion mutants of TWF1 show random budding pattern and bumpy surface morphology, while TWF1 overexpression causes depolarization of the cortical actin cytoskeleton.; Remark: TWF1 of S. cerevisiae is also called YGR080w.; Similarity: the predicted ORF shows stronger similarity to Human and mouse A6 kinase, a protein whit kinase activity in vitro, but with unknown physiological function; A6 kinases are of special interest because they lack any of the motifs commonly conserved in the catalytic domains of protein kinases.; Title: similarity to twinfilin A Twf1 -Saccharomyces cerevisiae; See PMID 9020587; See PMID 9249064; See PMID 9700161; See PMID 7507208; uncharacterized protein	complement(join(2186589..2186743,2186823..2186931,2186990..2187241,2187335..2187972,2188115..2188133))	Aspergillus niger	4991306
An04g09030	CDS	An04g09030	NT_166539.1	2188631	2189844	R	Function: SFC1 of S. cerevisiae is a mitochondrial succinate-fumarate transporter, involved in the regulation of acetyl-CoA synthetase activity.; Induction: SFC1 of S. cerevisiae is induced by ethanol or acetate as sole carbon sources, whereas is repressed by glucose.; Remark: SFC1 of S. cerevisiae is also called ACR1 or YJR095w.; Title: strong similarity to mitochondrial succinate-fumarate transporter Sfc1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9395087; See PMID 9559855; See PMID 9894915; See PMID 7908717; uncharacterized protein	complement(join(2188631..2189244,2189312..2189510,2189562..2189611,2189675..2189722,2189778..2189844))	Aspergillus niger	4991307
An04g09040	CDS	An04g09040	NT_166539.1	2189932	2191093	D	hypothetical protein	join(2189932..2189956,2190064..2190158,2190211..2190269,2190311..2190439,2190573..2190731,2190937..2191093)	Aspergillus niger	84591040
An04g09050	CDS	An04g09050	NT_166539.1	2192528	2193940	D	Similarity: the ORF shows similarity to some probable transmembrane proteins.; Title: strong similarity to hypothetical sterol transporter YMR034c - Saccharomyces cerevisiae; uncharacterized protein	join(2192528..2193279,2193344..2193875,2193917..2193940)	Aspergillus niger	4991309
An04g09060	CDS	An04g09060	NT_166539.1	2194089	2195460	R	hypothetical protein	complement(join(2194089..2194953,2195009..2195460))	Aspergillus niger	4991310
An04g09062	CDS	An04g09062	NT_166539.1	2196130	2197730	D	Function: the X. laevis PARN enzyme is a poly(A)-specific 3' exonuclease that does not require an A residue at the 3' end. The addition of 25 nonadenylate residues at the 3' terminus, or a 3' terminal phosphate is inhibitory.; Title: strong similarity to poly(A)-specific ribonuclease PARN - Xenopus laevis; uncharacterized protein	join(2196130..2196364,2196419..2196511,2196566..2196792,2196843..2197730)	Aspergillus niger	4991311
An04g09065	CDS	An04g09065	NT_166539.1	2198524	2199349	D	Remark: synonyms for YmL17 from S. cerevisiae are YNL252c, YmL30, rotein N0864.; Title: similarity to ribosomal protein of the large subunit Yml17 - Saccharomyces cerevisiae; See PMID 9151978; mitochondrial 54S ribosomal protein mL46	join(2198524..2198569,2198628..2199349)	Aspergillus niger	4991312
An04g09070	CDS	An04g09070	NT_166539.1	2204997	2207768	D	Function: ramA of C. stercorarium hydrolysis terminal non-reducing alpha-L-rhamnoase residues in alpha-L-rhamnosides.; Title: strong similarity to alpha-L-rhamnosidase ramA - Clostridium stercorarium; See PMID 10632887; uncharacterized protein	2204997..2207768	Aspergillus niger	4991313
An04g09080	CDS	An04g09080	NT_166539.1	2212571	2216056	D	Function: IgA protease of H. influenzae cleaves host immunoglobulinA (an antibody produced by mucosae for defense against pathogens) and thus alleviates host infection.; Remark: the ORF is N-terminally truncated due to it's location at the end of the contig.; Title: similarity to IgA protease IgA1 - Haemophilus influenzae [truncated ORF]; See PMID 11163480; uncharacterized protein	join(<2212571..2215655,2215725..2216056)	Aspergillus niger	4991314
An04g09090	CDS	An04g09090	NT_166539.1	2217787	2220668	D	Title: strong similarity to hypothetical protein AAM08685.1 - Aspergillus fumigatus; uncharacterized protein	join(2217787..2217895,2217964..2219439,2219656..2220668)	Aspergillus niger	4991315
An04g09100	CDS	An04g09100	NT_166539.1	2221138	2223201	R	Title: strong similarity to hypothetical protein YLR002c - Saccharomyces cerevisiae; uncharacterized protein	complement(2221138..2223201)	Aspergillus niger	4991316
An04g09120	CDS	An04g09120	NT_166539.1	2224796	2226552	D	Similarity: the ORF shows weak similarity to YLR128W of S. cerevisiae which is believed to be involved in cell polarity.; Title: similarity to hypothetical protein SPBC839.03c - Schizosaccharomyces pombe; uncharacterized protein	join(2224796..2224843,2224961..2225004,2225748..2225818,2225869..2226043,2226114..2226552)	Aspergillus niger	4991317
An04g09130	CDS	An04g09130	NT_166539.1	2227011	2227984	R	Remark: in our prediction no transmembrane domains were found, whereas the similar protein pmp22 is an integral membrane protein of the peroxisome membrane.; Title: similarity to peroxisomal membrane protein PMP22 - Arabidopsis thaliana; peroxisome; See PMID 10318708; uncharacterized protein	complement(join(2227011..2227037,2227199..2227465,2227524..2227799,2227880..2227984))	Aspergillus niger	4991318
An04g09140	CDS	An04g09140	NT_166539.1	2228881	2231218	D	Function: the ORF sequence shows weak similarity to human dynactin-1 (DCTN1), which is involved in retrograde movement of vesicles and organelles along microtubules.; Remark: no tRNA ligase was found in the BLASTp output, although a Prosite tRNA ligase pattern was predicted.; Title: similarity to hypothetical protein AAM08684.1 - Aspergillus fumigatus; uncharacterized protein	join(2228881..2228975,2229088..2229222,2229419..2229489,2229564..2231218)	Aspergillus niger	84591041
An04g09150	CDS	An04g09150	NT_166539.1	2231712	2232896	D	Title: strong similarity to hypothetical protein AAM08678.1 - Aspergillus fumigatus; uncharacterized protein	join(2231712..2232016,2232134..2232896)	Aspergillus niger	4991320
An04g09160	CDS	An04g09160	NT_166539.1	2232960	2233838	R	Remark: unusual intron/exon structure for A. niger.; hypothetical protein	complement(join(2232960..2233028,2233213..2233289,2233331..2233838))	Aspergillus niger	4991321
An04g09170	CDS	An04g09170	NT_166539.1	2235099	2237875	D	Complex: Cdc48p interacts with Ufd3p, an WD containing protein involved in a proteasome dependend proteolytic pathway distinct from the N-end rule pathway.; Function: S. cerevisiae Cdc48p is an essential ATPase required for the cell cycle progression and the homotypic fusion of endoplasmic reticulum membranes.; Localization: S. cerevisiae Cdc48p is mainly attached to the endoplasmic reticulum, but relocalizes in a cell cycle-dependent manner and enters the nucleus during late G1.; Remark: valosin-containing protein VCP, a highly conserved human homolog of Cdc48p, is a multi-ubiquitin chain-targeting factor required in ubiquitin-proteasome degradation.; Similarity: the A. niger EST an_3570 in EMBLEST:BE759220 overlaps with the ORF.; Title: strong similarity to valosin-containing protein like AAA-ATPase Cdc48 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 1860879; uncharacterized protein	join(2235099..2235148,2235216..2235243,2235312..2235367,2235429..2235678,2235747..2237238,2237289..2237875)	Aspergillus niger	4991322
An04g09190	CDS	An04g09190	NT_166539.1	2238326	2238916	R	hypothetical protein	complement(2238326..2238916)	Aspergillus niger	4991323
An04g09200	CDS	An04g09200	NT_166539.1	2240452	2240886	D	hypothetical protein	join(2240452..2240511,2240583..2240647,2240769..2240886)	Aspergillus niger	84591042
An04g09210	CDS	An04g09210	NT_166539.1	2242331	2243363	R	hypothetical protein	complement(join(2242331..2242439,2242565..2242945,2243046..2243282,2243344..2243363))	Aspergillus niger	84591043
An04g09220	CDS	An04g09220	NT_166539.1	2243369	2244983	D	Complex: S. cerevisiae Ste11p and Ste50p associate through their respective N-terminal domains.; Function: the S. cerevisiae homolog Ste50p is involved in the regulation and direction of Ste11p activity. Ste11p, which is a MAPKKK, is involved in several signaling cascades, like the pheromone response pathway or the high osmolarity glycerol (HOG) pathway.; Title: strong similarity to protein involved in pheromone signal transduction pathway Ste50 - Saccharomyces cerevisiae [putative sequencing error]; putative sequencing error; uncharacterized protein	join(2243369..2243636,2243713..2243874,2243947..2244983)	Aspergillus niger	4991326
An04g09230	CDS	An04g09230	NT_166539.1	2246953	2250147	R	Function: the S. cerevisiae homolog Nha1p is an alkalication antiporter mediating Na+ and K+ efflux through the plasma membrane that. Nha1p is required for alkali cation tolerance at acidic pH and enables growth on high concentrations of KCl and NaCl at acidic pH.; Title: strong similarity to Na+/H+-exchanging protein Nha1 - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	complement(2246953..2250147)	Aspergillus niger	4991327
An04g09240	CDS	An04g09240	NT_166539.1	2252781	2255143	D	hypothetical protein	join(2252781..2252902,2253045..2253103,2253290..2253492,2253759..2253794,2254330..2254339,2254389..2254459,2254516..2254672,2254787..2254798,2254995..2255143)	Aspergillus niger	84591044
An04g09250	CDS	An04g09250	NT_166539.1	2255361	2257823	R	Function: the S. cerevisiae homolog Mvp1p is required for sorting proteins to the yeast vacuole and inteacts genetically with VPS1.; Similarity: S. cerevisiae Mvp1p shows homology to the family of sorting nexins (SNX).; Title: strong similarity to protein involved in vacuolar protein sorting Mvp1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2255361..2255570,2255659..2256249,2256314..2256456,2256513..2256708,2256921..2256935,2257302..2257823))	Aspergillus niger	4991329
An04g09260	CDS	An04g09260	NT_166539.1	2259055	2261997	R	Similarity: belongs to the superfamily of AAA-type ATPases (ATPases associated with various cellular activities).; Title: strong similarity to hypothetical protein SPBC947.11c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2259055..2259825,2259988..2261894,2261946..2261997))	Aspergillus niger	4991330
An04g09270	CDS	An04g09270	NT_166539.1	2262460	2265233	D	Title: weak similarity to SAP90 associated protein SAPAP1 from patent JP10201477-A - Homo sapiens; uncharacterized protein	join(2262460..2262624,2262693..2265233)	Aspergillus niger	4991331
An04g09290	CDS	An04g09290	NT_166539.1	2266975	2270565	R	Function: the Emericella nidulans homolog amdX is involved in the regulation of the acetamidase-encoding amdS gene.; Title: strong similarity to DNA binding regulatory protein amdX - Aspergillus nidulans; uncharacterized protein	complement(join(2266975..2270429,2270487..2270565))	Aspergillus niger	84591045
An04g09300	CDS	An04g09300	NT_166539.1	2270853	2271794	D	hypothetical protein	join(2270853..2270924,2271124..2271214,2271314..2271480,2271567..2271794)	Aspergillus niger	84591046
An04g09310	CDS	An04g09310	NT_166539.1	2271805	2272519	D	hypothetical protein	join(2271805..2271855,2271928..2272077,2272241..2272519)	Aspergillus niger	84591047
An04g09320	CDS	An04g09320	NT_166539.1	2273078	2273549	D	hypothetical protein	join(2273078..2273255,2273365..2273397,2273479..2273549)	Aspergillus niger	84591048
An04g09330	CDS	An04g09330	NT_166539.1	2273634	2274714	D	hypothetical protein	join(2273634..2273771,2273919..2274167,2274266..2274416,2274446..2274714)	Aspergillus niger	84591049
An04g09340	CDS	An04g09340	NT_166539.1	2275454	2276113	R	hypothetical protein	complement(join(2275454..2275586,2275740..2276113))	Aspergillus niger	84591050
An04g09350	CDS	An04g09350	NT_166539.1	2277146	2281381	D	Title: strong similarity to EST SEQ ID NO:4226 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(2277146..2277256,2277354..2277444,2278776..2278922,2280269..2280328,2280559..2280659,2280748..2280831,2280965..2281041,2281264..2281381)	Aspergillus niger	84591051
An04g09360	CDS	An04g09360	NT_166539.1	2281449	2282428	R	Similarity: the ORF shows strong similarity to expressed sequence tag SEQ ID NO:5624 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to hypothetical protein CC0812 - Caulobacter crescentus; uncharacterized protein	complement(join(2281449..2281569,2281713..2282428))	Aspergillus niger	4991339
An04g09370	CDS	An04g09370	NT_166539.1	2282560	2283049	D	hypothetical protein	join(2282560..2282845,2282946..2283049)	Aspergillus niger	84591052
An04g09380	CDS	An04g09380	NT_166539.1	2283580	2285287	D	Function: the A. nidulans homolog prnB encodes the major proline transport system.; Similarity: A. nidulans prnB is highly similar to the arginine and histidine transporters of S. cerevisiae.; Title: strong similarity to proline permease prnB -Aspergillus nidulans; uncharacterized protein	join(2283580..2283935,2283982..2285287)	Aspergillus niger	4991341
An04g09390	CDS	An04g09390	NT_166539.1	2285910	2286743	D	Catalytic activity: Streptomyces sp. dauC transfers a methyl group from S-adenosylmethionine to aklanonic acid.; Pathway: daunomycin biosynthesis.; Remark: the Streptomyces sp. homolog dauC is a homodimer with an M(r) of ca. 48,000.; Title: similarity to hypothetical aklanonic acid methyltransferase dauC - Streptomyces sp.; uncharacterized protein	2285910..2286743	Aspergillus niger	4991342
An04g09400	CDS	An04g09400	NT_166539.1	2290941	2293456	D	Title: strong similarity to hypothetical protein encoded by An01g12020 - Aspergillus niger; uncharacterized protein	join(2290941..2291827,2291896..2292793,2292877..2293068,2293124..2293456)	Aspergillus niger	4991343
An04g09410	CDS	An04g09410	NT_166539.1	2295235	2296236	D	Catalytic activity: D-arabinitol + NAD(+) <=> D-xylulose + NADH.; Function: the Bacillus spec. homolog AAY56815 encodes a D-arabinitol dehydrogenase.; Title: strong similarity to D-arabinitol dehydrogenase AAY56815 from patent JP11332569-A - Bacillus sp.; uncharacterized protein	join(2295235..2295512,2295575..2295804,2295864..2295965,2296043..2296236)	Aspergillus niger	4991344
An04g09420	CDS	An04g09420	NT_166539.1	2297615	2299282	D	Function: the Neurospora crassa homolog mtr is required for the transport of neutral aliphatic and aromatic amino acids via the N system.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; uncharacterized protein	join(2297615..2297781,2297832..2297845,2297898..2297970,2298017..2298348,2298396..2298754,2298805..2299146,2299199..2299282)	Aspergillus niger	4991345
An04g09430	CDS	An04g09430	NT_166539.1	2299424	2299618	D	hypothetical protein	join(2299424..2299488,2299558..2299618)	Aspergillus niger	84591053
An04g09440	CDS	An04g09440	NT_166539.1	2299727	2300762	R	Remark: the A. niger ORF is C-terminally truncated due to the contig border.; hypothetical protein [truncated ORF]	complement(join(<2299727..2300393,2300446..2300762))	Aspergillus niger	4991347
An04g09450	CDS	An04g09450	NT_166539.1	2300868	2301720	D	Remark: blastp matches are unspecific.; hypothetical protein	join(2300868..2301157,2301299..2301504,2301611..2301720)	Aspergillus niger	84591054
An04g09460	CDS	An04g09460	NT_166539.1	2302014	2302632	R	hypothetical protein	complement(join(2302014..2302171,2302275..2302427,2302539..2302632))	Aspergillus niger	84591055
An04g09470	CDS	An04g09470	NT_166539.1	2303512	2304164	D	hypothetical protein	join(2303512..2303558,2303634..2303725,2303822..2303914,2303953..2304164)	Aspergillus niger	84591056
An04g09480	CDS	An04g09480	NT_166539.1	2304308	2305478	D	Catalytic activity: idhA of S. loti catalyzes the reaction myo-inositol + NAD+ = 2,4,6/3,5-pentahydroxycyclohexanone + NADH.; Remark: the A. niger ORF shows similarity to different dehydrogenases.; Title: similarity to myo-inositol dehydrogenase idhA - Sinorhizobium meliloti; See PMID 9802033; uncharacterized protein	join(2304308..2304356,2304405..2304676,2304741..2305478)	Aspergillus niger	4991351
An04g09490	CDS	An04g09490	NT_166539.1	2306582	2309229	D	hypothetical protein	join(2306582..2306593,2306667..2306749,2306815..2306972,2307002..2307087,2307191..2307202,2307275..2307339,2307473..2307521,2307603..2307609,2307641..2307699,2307845..2307988,2308232..2308249,2308337..2308467,2308650..2308679,2308752..2309229)	Aspergillus niger	4991352
An04g09500	CDS	An04g09500	NT_166539.1	2311470	2312120	D	Similarity: the a. niger protein also shows similarity to Arabidopsis thaliana protein fragment SEQ ID NO: 52144 from patent EP1033405-A2.; Title: strong similarity to hypothetical aldehyde reductase 6 alr6 - Colletotrichum gloeosporioides; uncharacterized protein	2311470..2312120	Aspergillus niger	10098354
An04g09510	CDS	An04g09510	NT_166539.1	2314761	2315786	D	Title: similarity to hypothetical UbiE/COQ5 family methlytransferase - Caulobacter crescentus; uncharacterized protein	join(2314761..2315229,2315292..2315348,2315401..2315786)	Aspergillus niger	4991354
An04g09520	CDS	An04g09520	NT_166539.1	2316140	2317610	R	Function: in Aspergillus sp. the biosynthesis of aflatoxins (B(1), G(1), B(2), and G(2)) is a multi-enzyme process controlled genetically by over 20 genes including omtB.; Function: omtB of Aspergillus sp. catalyses the conversion of demethylsterigmatocystin (DMST) to sterigmatocystin (ST) and dihydrodemethylsterigmatocystin (DHDMST) to dihydrosterigmatocystin (DHST).; Remark: aflatoxins are polyketide-derived secondary metabolites.; Title: strong similarity to O-methyltransferase omtB - Aspergillus flavus; See PMID 10328980; See PMID 10806361; uncharacterized protein	complement(join(2316140..2316450,2316506..2316957,2317014..2317137,2317194..2317320,2317383..2317610))	Aspergillus niger	4991355
An04g09530	CDS	An04g09530	NT_166539.1	2318423	2324149	D	Similarity: Nodulisporium sp. pks contains a ketoacyl synthase and an acyl transferase domain.; Title: strong similarity to melanin polyketide synthase PKS - Nodulisporium sp.; See PMID 10628853; uncharacterized protein	join(2318423..2318463,2319085..2319385,2319448..2322870,2322923..2324149)	Aspergillus niger	4991356
An04g09540	CDS	An04g09540	NT_166539.1	2324597	2326038	R	Function: rabbit CYP4A4 hydroxylates fatty acids in the omega-position.; Localization: rabbit CYP4A4 was isolated from microsomes.; Title: similarity to fatty acid omega-hydroxylase cytochrome P-450 CYP4A4 - Oryctolagus cuniculus; See PMID 8239664; uncharacterized protein	complement(join(2324597..2325012,2325073..2325720,2325780..2325854,2325915..2326038))	Aspergillus niger	4991357
An04g09550	CDS	An04g09550	NT_166539.1	2328041	2330241	R	Complex: P. fluorescens hapE forms a homodimer of approximately 140 kDa with each subunit containing a noncovalently bound FAD molecule.; Function: P. fluorescens hapE catalyses Baeyer-Villiger oxidation of aromatic compounds.; Function: P. fluorescens hapE catalyses the NADPH-dependent oxidation of 4-hydroxyacetophenone to 4-hydroxyphenyl acetate and a wide range of other acetophenones are accepted as substrate.; Title: strong similarity to 4-Hydroxyacetophenone monooxygenase hapE - Pseudomonas fluorescens; See PMID 11322873; uncharacterized protein	complement(join(2328041..2328179,2328274..2328721,2328776..2329411,2329469..2329787,2329837..2329916,2329973..2330095,2330160..2330241))	Aspergillus niger	4991358
An04g09560	CDS	An04g09560	NT_166539.1	2330899	2331496	R	Remark: information regarding M. anisopliae 4MeS has not yet been published and is available from http://www. fgsc. net/asilomar/pathfact. html.; Title: similarity to hypothetical protein 4MeS -Metarhizium anisopliae; uncharacterized protein	complement(join(2330899..2331096,2331158..2331496))	Aspergillus niger	4991359
An04g09570	CDS	An04g09570	NT_166539.1	2334048	2335691	D	Function: S. cerevisiae TPO1 is a H(+)-gradient dependent vacuolar import polyamine transporter specific for spermidine and spermine.; Remark: the systematic name for S. cerevisiae TPO1 is YLL028W.; Title: strong similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; vacuole; See PMID 9920864; See PMID 10585849; See PMID 11171066; uncharacterized protein	join(2334048..2334301,2334356..2335691)	Aspergillus niger	4991360
An04g09580	CDS	An04g09580	NT_166539.1	2336541	2339582	R	Function: E. faecalis kanamycin kinas confers kanamycin resistance.; Similarity: E. faecalis kanamycin kinase is a 3'5''-aminoglycoside phosphotransferase of type III.; Title: weak similarity to kanamycin kinase -Enterococcus faecalis; See PMID 6313476; uncharacterized protein	complement(join(2336541..2337427,2337475..2337840,2337944..2338243,2338736..2339582))	Aspergillus niger	4991361
An04g09590	CDS	An04g09590	NT_166539.1	2340180	2340917	D	hypothetical protein	join(2340180..2340303,2340493..2340917)	Aspergillus niger	84591057
An04g09600	CDS	An04g09600	NT_166539.1	2341479	2343437	R	hypothetical protein	complement(join(2341479..2342080,2342167..2342269,2342424..2342543,2342590..2343305,2343359..2343437))	Aspergillus niger	4991363
An04g09610	CDS	An04g09610	NT_166539.1	2344296	2345789	D	Function: S. cerevisiae SNG1 acts neiter via depletion of glutathione pools nor DNA repair and its expression is not contolled by MNNG metabolism genes regulator YAP1.; Function: overexpression of S. cerevisiae SNG1 confers hyper-resistance to the mutagen N-methyl-N'nitro-N-nitrosoguanidine (MNNG) while sng1 null mutants exhibit only slight sensitivity to MNNG.; Title: similarity to nitrosoguanidine resistance factor Sng1 - Saccharomyces cerevisiae; See PMID 7753113; uncharacterized protein	2344296..2345789	Aspergillus niger	4991364
An04g09620	CDS	An04g09620	NT_166539.1	2345911	2347973	R	Function: S. cerevisiae Agp2p functions as a carnitine-H+ symporter.; Function: carnitine is the carrier for the transport of acetyl-CoA from peroxisomes to mitochondria during beta-oxidation of fatty acids.; Localization: by immunoelectron microscopy S. cerevisiae HA-tagged Agp2 localizes to plasma membrane, ER membranes and vacuoles.; Localization: by western blots of S. cerevisiae HA-tagged Agp2 from fractionated cells and colocalisation with marker enzymes for various subcellular compartments it was shown that Agp2 localizes in the plasma membrane and the ER.; Remark: carnitine is a quatery amine ((R)-3-carboxy-2-hydroxy-N,N,N-tri-methyl-1-propanaminium hydroxide) which has been suggested as a supplement during ketogenic diet.; Remark: the systematic name for S. cerevisiae AGP2 is YBR132c.; Similarity: S. cerevisiae Agp2 belongs to the aa-permease superfamily.; Title: strong similarity to carnitine transporter Agp2 - Saccharomyces cerevisiae; See PMID 10545096; uncharacterized protein	complement(join(2345911..2346619,2346683..2346892,2346949..2347031,2347097..2347259,2347314..2347419,2347468..2347578,2347632..2347739,2347808..2347973))	Aspergillus niger	4991365
An04g09630	CDS	An04g09630	NT_166539.1	2348476	2349768	R	Title: similarity to nucleic acid-binding protein NuABP-39 from patent WO200044900-A2 - Homo sapiens; uncharacterized protein	complement(join(2348476..2348617,2348717..2348877,2348929..2349768))	Aspergillus niger	4991366
An04g09640	CDS	An04g09640	NT_166539.1	2350783	2352097	R	Title: strong similarity to hypothetical protein encoded by An15g02090 - Aspergillus niger; uncharacterized protein	complement(join(2350783..2351168,2351224..2352097))	Aspergillus niger	4991367
An04g09650	CDS	An04g09650	NT_166539.1	2352602	2353744	R	Function: B. circulans aman6 is a yeast mannan backbone degrading enzyme.; Title: similarity to alpha-1,6-mannanase aman6 -Bacillus circulans; See PMID 11055417; uncharacterized protein	complement(2352602..2353744)	Aspergillus niger	4991368
An04g09660	CDS	An04g09660	NT_166539.1	2354815	2357596	D	Similarity: similarity with other proteins is due to glutamic acid rich regions.; Title: similarity to hypothetical serine/threonine protein kinase AAO52136.1 - Dictyostelium discoideum; uncharacterized protein	join(2354815..2354898,2355155..2356210,2356264..2356645,2356716..2357101,2357237..2357254,2357313..2357503,2357593..2357596)	Aspergillus niger	4991369
An04g09670	CDS	An04g09670	NT_166539.1	2357833	2359258	R	Function: Rhodococcus sp. SoxC catalyses the first step of a pathway to remove covalently bound sulfur from dibenzothiophene (dbt) without breaking carbon-carbon bonds.; Function: Rhodococcus sp. SoxC sulfur dioxygenase oxidizes DBT to DBT-5,5'-dioxide.; Remark: an alternative name for Rhodococcus sp. SoxC is dszC.; Similarity: Rhodococcus sp. SoxC is similar to members of the acyl coenzyme A dehydrogenase family.; Title: strong similarity to sulfur dioxygenase SoxC - Rhodococcus sp.; See PMID 7574582; See PMID 7961424; uncharacterized protein	complement(join(2357833..2358346,2358431..2358892,2358963..2359258))	Aspergillus niger	4991370
An04g09680	CDS	An04g09680	NT_166539.1	2359698	2360557	R	Function: mutations in Y. lipolytica GPR1 confer high sensitivity to low concentrations of acetic acid and ethanol, even in presence of glucose.; Function: mutations in Y. lipolytica GPR1 inhibit expression of acetyl-coenzyme A synthetase (ACS), which produces Acetyl-coenzyme A from acetate and therby induces the expression of the glyoxylate cycle enzymes on acetate as carbon source.; Title: similarity to glyxoxylate pathway regulator GPR1 - Yarrowia lipolytica; See PMID 10572261; See PMID 1349449; uncharacterized protein	complement(join(2359698..2360113,2360186..2360381,2360441..2360557))	Aspergillus niger	4991371
An04g09690	CDS	An04g09690	NT_166539.1	2360945	2362034	R	Catalytic activity: pectin methylesterases convert pectin + N H(2)O to N methanol + pectate.; Function: A. aculeatus PME1 acts in synergy with polygalacturonases in the degradation of plant cell wall pectin.; Function: A. aculeatus PME1 is involved in maceration and soft-rotting of plant tissue.; Title: strong similarity to pectin methylesterase pme1 - Aspergillus aculeatus; See PMID 8920970; uncharacterized protein	complement(join(2360945..2361372,2361423..2361535,2361592..2362034))	Aspergillus niger	4991372
An04g09700	CDS	An04g09700	NT_166539.1	2362985	2364268	D	Function: A. tubingensis xghA is involved in carbohydrate utilisation and specifically degrades a xylose-substituted galacturonic acid backbone.; Title: strong similarity to endo-xylogalacturonan hydrolase xghA - Aspergillus tubingensis; See PMID 10618200; uncharacterized protein	join(2362985..2363397,2363461..2364268)	Aspergillus niger	4991373
An04g09710	CDS	An04g09710	NT_166539.1	2365043	2366373	D	Catalytic activity: Acetylcholinesterases convert an acetic ester + H(2)O to ester + acetate.; Function: R. norvegicus AChE deacetylates a variety of acetic esters.; Similarity: the predicted A. niger protein shows similarity to several carboxylesterases and lipases.; Title: similarity to acetylcholinesterase AChE -Rattus norvegicus; See PMID 8417155; See PMID 11283752; uncharacterized protein	join(2365043..2365261,2365328..2365412,2365472..2365786,2365837..2365952,2366014..2366373)	Aspergillus niger	10098346
An04g09720	CDS	An04g09720	NT_166539.1	2367088	2367862	R	Title: strong similarity to pathogenicity gene PEP2 - Nectria haematococca; See PMID 11208022; uncharacterized protein	complement(join(2367088..2367587,2367673..2367862))	Aspergillus niger	4991375
An04g09730	CDS	An04g09730	NT_166539.1	2369428	2371438	R	Function: P. vivianii luciferase is an oxidoreductase with characteristics of a ligase, and synthesizes a variety of (di)nucleoside polyphosphates with four or more inner phosphates.; Title: strong similarity to luciferase PvGR -Phrixothrix vivianii; See PMID 10387072; See PMID 11007993; uncharacterized protein	complement(join(2369428..2369544,2369619..2369772,2369820..2369923,2369991..2370279,2370336..2371438))	Aspergillus niger	4991376
An04g09740	CDS	An04g09740	NT_166539.1	2372456	2374063	R	Function: S. cerevisiae QDR1 is a multidrug resistance determinant against ketoconazole and quinidine,but not the stereoisomer quinine.; Localization: in S. cerevisiae fluorescence microscopy observation indicated that Qdr1p is a plasma membrane protein.; Remark: the predicted A. niger protein shows similarity to several S. cerevisiae members of the major facilitator superfamily with different substrate specifities (e. g. BZR1 - low-chain organic acids, DTR1 -dityrosine transporter).; Remark: the systematic name for S. cerevisiae QDR1 is YIL120w.; Similarity: S. cerevisiae QDR1 is a member of the major facilitator superfamily.; Title: similarity to multidrug resistance protein Qdr1 - Saccharomyces cerevisiae; See PMID 11302822; uncharacterized protein	complement(join(2372456..2373694,2373755..2374063))	Aspergillus niger	4991377
An04g09750	CDS	An04g09750	NT_166539.1	2374928	2376717	D	Catalytic activity: folylpolyglutamate synthetases convert ATP + {tetrahydrofolyl-[Glu]}(N) + L-glutamate to ADP + phosphate + {tetrahydrofolyl-[Glu]}(N+1).; Function: S. cerevisiae Met7 is involved in one-carbon metabolism, which is essential to provide activated one-carbon units in the biosynthesis of methionine, purines, and thymidylate.; Function: S. cerevisiae strains without functional met7 are methionine, adenine and thymidine auxotroph and maintenance of mitochondrial DNA is disturbed.; Localization: S. cerevisiae Met7 appears to encode both the cytoplasmic and mitochondrial forms of the enzyme.; Remark: alternative names for S. cerevisiae Met7 are Met23 and YOR241w.; Title: strong similarity to tetrahydrofolylpolyglutamate synthase Met7 - Saccharomyces cerevisiae; See PMID 10775416; See PMID 10799479; uncharacterized protein	join(2374928..2375035,2375084..2375209,2375263..2375370,2375443..2376717)	Aspergillus niger	4991378
An04g09760	CDS	An04g09760	NT_166539.1	2377086	2379256	R	Complex: in N. crassa a direct protein-protein interaction between nit-2 and nit-4 is essential for optimal expression of the nit-3 structural gene.; Function: N. crassa nit-4 is a regulatory gene in the nitrogen circuit and is required for the expression of nit-3 and nit-6.; Remark: ORF 5'truncated due to end of contig.; Similarity: N. crassa nit-4 contains a single Gal4-type Zn(II)2Cys6 binuclear-type zinc finger DNA-binding domain.; Title: similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa [truncated ORF]; nucleus; See PMID 9632783; See PMID 1840634; uncharacterized protein	complement(join(2377086..2377740,2377809..2378144,2378216..2378395,2378479..2378642,2378723..>2379256))	Aspergillus niger	4991379
An04g09770	CDS	An04g09770	NT_166539.1	2380635	2381600	D	Remark: Archaeoglobus fulgidus esterase VC16-16MC encodes a heat stable esterase which is active in organic solvents, useful in cheese or paper manufacture, and to study plant resistance to disease; Remark: Archaeoglobus fulgidus esterase VC16-16MC patent WO9730160-A1.; Title: strong similarity to esterase VC16-16MC from patent WO9730160-A1 - Archaeoglobus fulgidus; uncharacterized protein	2380635..2381600	Aspergillus niger	4991380
An04g09780	CDS	An04g09780	NT_166539.1	2381897	2382127	R	hypothetical protein	complement(2381897..2382127)	Aspergillus niger	84591058
An04g09790	CDS	An04g09790	NT_166539.1	2382951	2384597	R	Title: strong similarity to hypothetical protein encoded by An04g07190 - Aspergillus niger; uncharacterized protein	complement(join(2382951..2383469,2383527..2384440,2384519..2384597))	Aspergillus niger	4991382
An04g09800	CDS	An04g09800	NT_166539.1	2385729	2386324	R	hypothetical protein	complement(join(2385729..2385990,2386092..2386148,2386200..2386324))	Aspergillus niger	84591059
An04g09810	CDS	An04g09810	NT_166539.1	2386560	2387910	R	Remark: strong similarity to sugarbeet choline monooxygenase CMO patent WO9830702-A2.; Remark: used to, e. g. transform plants to provide increased resistance to stressful conditions, increase pest resistance or increase feed value.; Title: strong similarity to choline monooxygenase CMO from patent WO9830702-A2 - Beta vulgaris; uncharacterized protein	complement(join(2386560..2387007,2387090..2387910))	Aspergillus niger	4991384
An04g09820	CDS	An04g09820	NT_166539.1	2388913	2390333	D	Remark: Fructosyl amino acid oxidase (FAOD), is an active toward model compounds of the glycated proteins in blood, N epsilon-fructosyl N sigma-Z-lysine and N-fructosyl valine.; Title: strong similarity to fructosyl amino acid oxidase faoA - Aspergillus terreus; See PMID 9022674; See PMID 9139700; See PMID 9013588; uncharacterized protein	join(2388913..2390015,2390072..2390333)	Aspergillus niger	4991385
An04g09830	CDS	An04g09830	NT_166539.1	2390630	2391305	R	Function: pat genes encode a phosphinothricin acetyltransferase (PAT) and is widely applied in plant genetic engineering.; Similarity: the similarity of the ORF to pat of S. coelicolor is restricted to the second half of the proteins.; Title: similarity to phosphinothricin acetyltransferase pat - Streptomyces coelicolor; See PMID 9631092; uncharacterized protein	complement(join(2390630..2390862,2390918..2391305))	Aspergillus niger	4991386
An04g09840	CDS	An04g09840	NT_166539.1	2391797	2393452	D	Title: similarity to hypothetical protein encoded by An16g06250 - Aspergillus niger; uncharacterized protein	join(2391797..2391869,2392002..2393164,2393405..2393452)	Aspergillus niger	84591060
An04g09850	CDS	An04g09850	NT_166539.1	2394385	2396164	R	Remark: Git1p in yeast contains a sugar transport motif and 12 potential membrane-spanning domains. Transport assays performed on a git1 mutant together with the above evidence indicate that the GIT1 gene encodes a permease involved in the uptake of glycerophosphoinositol.; Title: strong similarity to glycerophosphoinositol transporter Git1 - Saccharomyces cerevisiae; See PMID 9691030; uncharacterized protein	complement(join(2394385..2394492,2394555..2394825,2394882..2395192,2395251..2395269,2395326..2395924,2395964..2396164))	Aspergillus niger	4991388
An04g09860	CDS	An04g09860	NT_166539.1	2396315	2397477	R	hypothetical protein	complement(join(2396315..2396452,2396531..2396570,2396781..2397101,2397133..2397345,2397446..2397477))	Aspergillus niger	84591061
An04g09870	CDS	An04g09870	NT_166539.1	2397673	2399381	R	Catalytic activity: cholesterol + NADPH + O2 = 7alpha-hydroxycholesterol + NADP+ + H2O.; Pathway: bile acid biosynthesis.; Remark: the microsomal oxysterol 7alpha-hydroxylase enzyme, active in the acidic pathway for bile acid synthesis.; Similarity: belongs to the human cytochrome P450 family.; Title: strong similarity to oxysterol 7alpha-hydroxylase CYP7b1 - Homo sapiens; See PMID 9802883; uncharacterized protein	complement(join(2397673..2397699,2397807..2398632,2398690..2399127,2399203..2399381))	Aspergillus niger	4991390
An04g09880	CDS	An04g09880	NT_166539.1	2400703	2403770	D	hypothetical protein	join(2400703..2400749,2400838..2400918,2401075..2401221,2401398..2401830,2402119..2402181,2402293..2402425,2402582..2402842,2402961..2403090,2403179..2403250,2403340..2403480,2403626..2403770)	Aspergillus niger	84591062
An04g09890	CDS	An04g09890	NT_166539.1	2404185	2411552	D	Remark: cell wall protects fungi against lysis and determines their cell shape. Alpha-glucan is a major carbohydrate component of the fungal cell wall; ags1(+),which encodes a putative alpha-glucan synthase consists of two probable catalytic domains for alpha-glucan assembly,namely an intracellular domain for alpha-glucan synthesis and an extracellular domain speculated to cross-link or remodel alpha-glucan.; Title: strong similarity to hypothetical cell wall alpha-glucan synthase ags1p - Schizosaccharomyces pombe; See PMID 9689051; uncharacterized protein	join(2404185..2404547,2404611..2404786,2404843..2411448,2411504..2411552)	Aspergillus niger	4991392
An04g09900	CDS	An04g09900	NT_166539.1	2412307	2414076	D	Title: strong similarity to hypothetical protein encoded by An07g06270 - Aspergillus niger; uncharacterized protein	join(2412307..2412370,2412476..2414076)	Aspergillus niger	4991393
An04g09910	CDS	An04g09910	NT_166539.1	2414484	2415762	R	Remark: LovC Aspergillus terreus interacts with lovastatin nonaketide synthase (LNKS) and is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(2414484..2414696,2414791..2415363,2415433..2415762))	Aspergillus niger	4991394
An04g09920	CDS	An04g09920	NT_166539.1	2416458	2417689	D	Remark: similarity to human PRO1072 protein sequence patent WO9946281-A2.; Remark: the ORF seems to be a putative ketoreductase with unknown specificity.; Similarity: belongs to the dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases).; Title: similarity to human PRO1072 protein sequence from patent WO9946281-A2 - Homo sapiens; uncharacterized protein	join(2416458..2416599,2416674..2417689)	Aspergillus niger	4991395
An04g09930	CDS	An04g09930	NT_166539.1	2418678	2420087	R	hypothetical protein	complement(join(2418678..2418808,2418851..2418882,2418977..2419089,2419184..2419288,2419417..2419530,2419631..2419765,2419835..2419935,2420066..2420087))	Aspergillus niger	84591063
An04g09940	CDS	An04g09940	NT_166539.1	2420292	2420966	D	Remark: CIH1 Colletotrichum lindemuthianum is a fungal proline-rich glycoprotein which appears to form a cross-linked structure in planta and, as such, resembles plant cell wall proline- and hydroxyproline-rich proteins.; Title: similarity to intracellular hyphae protein 1 CIH1 - Colletotrichum lindemuthianum; See PMID 9721685; uncharacterized protein	2420292..2420966	Aspergillus niger	4991397
An04g09950	CDS	An04g09950	NT_166539.1	2421208	2422308	D	hypothetical protein	join(2421208..2421396,2421562..2421676,2421758..2421902,2421980..2422110,2422220..2422308)	Aspergillus niger	84591064
An04g09960	CDS	An04g09960	NT_166539.1	2422487	2424594	D	Catalytic activity: cleavage of an N-acetyl or N-formyl amino acid from the N-terminus of a polypeptide.; Remark: can be used for modification of host cells for the production of heterologous proteins or for producing proteins for use in cleaning compositions.; Remark: similarity to Bacillus subtilis serine protease SP1 (YUXL) patent WO9903984-A2.; Similarity: to dipeptidyl aminopeptidases/acylaminoacyl-peptidases and to colicin tolerance protein tolB from several bacteria. .; Title: similarity to serine protease SP1 YUXL from patent WO9903984-A2 - Bacillus subtilis; uncharacterized protein	join(2422487..2422527,2422616..2423411,2423482..2424594)	Aspergillus niger	10098356
An04g09970	CDS	An04g09970	NT_166539.1	2424750	2425150	R	hypothetical protein	complement(join(2424750..2424857,2424950..2425150))	Aspergillus niger	84591065
An04g09980	CDS	An04g09980	NT_166539.1	2425275	2425892	D	Title: similarity to putative nitrilase CAE27004.1 -Rhodopseudomonas palustris; uncharacterized protein	join(2425275..2425426,2425505..2425892)	Aspergillus niger	84591066
An04g09990	CDS	An04g09990	NT_166539.1	2426122	2427058	R	Function: degradation of 2,5-dichloro-2,5-cyclohexadiene-1,4-diol (2,5-ddol) into 2,5-dichlorohydroquinone (2,5-dchq).; Pathway: degradation of gamma-hexachlorocyclohexane.; Remark: also strong similarity to EST an_3163 Aspergillus niger.; Remark: the linC gene Sphingomonas paucimobilis is essential for the assimilation of gamma-HCH in UT26.; Similarity: belongs to the short-chain dehydrogenases/reductases family (sdr).; Title: strong similarity to 2,5-dichloro-2,5-cyclohexadiene-1,4-diol dehydrogenase linC - Sphingomonas paucimobilis; See PMID 7515041; uncharacterized protein	complement(join(2426122..2426922,2427014..2427058))	Aspergillus niger	4991402
An04g10000	CDS	An04g10000	NT_166539.1	2427631	2429411	R	Similarity: strong similarity to patent WO0100804-A/247 from Corynebacterium glutamicum found in TREMBL:AX066343_1.; Similarity: the ORF shows similarity to several MFS efflux transporters.; Title: strong similarity to multidrug transporter from patent WO0100804-A - Corynebacterium glutamicum; uncharacterized protein	complement(join(2427631..2428366,2428587..2428952,2429011..2429268,2429323..2429411))	Aspergillus niger	4991403
An04g10010	CDS	An04g10010	NT_166539.1	2430093	2431371	D	Function: M. grisea Pth11 is a pathogenicity gene.; Function: M. grisea Pth11p likely is involved in host surface recognition.; Function: M. grisea pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation.; Localization: in M. grisea, a Pth11-green fluorescent protein fusion localised to the cell membrane and vacuoles.; Similarity: similarity to the M. grisea Pth11 is limited to the N-terminal half of the protein sequences.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(2430093..2430102,2430173..2430192,2430250..2430354,2430436..2430847,2430893..2431371)	Aspergillus niger	4991404
An04g10020	CDS	An04g10020	NT_166539.1	2432224	2433228	R	Remark: only the N-terminal domain of the ORF is matching to the central part of the dihydrofolate reductase.; Title: weak similarity to dihydrofolate reductase dfr1p - Schizosaccharomyces pombe; See PMID 8088538; uncharacterized protein	complement(join(2432224..2432792,2432931..2433065,2433101..2433131,2433187..2433228))	Aspergillus niger	4991405
An04g10030	CDS	An04g10030	NT_166539.1	2433907	2442399	D	Remark: the multifunctional polyketide synthase (PKS)-encoding gene (PKS1) Cochliobolus heterostrophus has six catalytic domains arranged in the following order,starting at the N terminus: beta-ketoacyl synthase,acyltransferase, dehydratase, enoyl reductase,beta-ketoacyl reductase, and acyl carrier protein.; Remark: the polyketide synthase is required for fungal virulence and production of the polyketide T-toxin.; Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 10913297; See PMID 8953776; uncharacterized protein	join(2433907..2434065,2434134..2434278,2434347..2434970,2435060..2435150,2435203..2435537,2435631..2436056,2436153..2439121,2439186..2439247,2439305..2441138,2441200..2442399)	Aspergillus niger	4991406
An04g10040	CDS	An04g10040	NT_166539.1	2443173	2444506	D	Catalytic activity: the Bacillus subtilis myo-inositol 2-dehydrogenase converts Myo-inositol and NAD(+) to 2,4,6/3,5-pentahydroxycyclohexanone and NADH.; Induction: the Bacillus subtilis myo-inositol 2-dehydrogenase is induced by myo-inositol and is strongly repressed by rapidly metabolizable carbohydrates such as D-glucose, D-mannose, D-fructose and glycerol .; Title: strong similarity to myo-inositol 2-dehydrogenase yisS - Bacillus subtilis; See PMID 6322857; uncharacterized protein	join(2443173..2443457,2443514..2443625,2443688..2443789,2443848..2443909,2443970..2444506)	Aspergillus niger	4991407
An04g10050	CDS	An04g10050	NT_166539.1	2445115	2448540	R	Title: similarity to hypothetical transcription regulator protein CAA91958.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2445115..2445177,2445234..2445641,2445810..2445902,2445955..2446095,2446143..2446284,2446340..2446408,2446475..2446588,2446620..2446759,2446811..2446927,2447004..2447262,2447311..2447546,2447599..2448094,2448156..2448231,2448288..2448323,2448399..2448540))	Aspergillus niger	4991408
An04g10060	CDS	An04g10060	NT_166539.1	2448866	2450912	D	Remark: the flavin-containing monooxygenases (FMOs) constitute a family of xenobiotic-metabolising enzymes.; Remark: the predicted A. niger protein contains a PF00743 flavin-binding monooxygenase-like domain.; Remark: the predicted A. niger protein shows similarity to a broad range of predicted proteins only C-terminal of aa 190.; Title: similarity to flavin monooxygenase fccC from patent WO200004158-A2 - Bacterium 2412.1; uncharacterized protein	join(2448866..2449160,2449280..2449628,2449688..2450912)	Aspergillus niger	4991409
An04g10070	CDS	An04g10070	NT_166539.1	2451581	2452887	R	Catalytic activity: the uronat dehydrogenase generally converts D-Galacturonate and NAD and H2O to D-Galactarate and NADH.; Remark: the DE19604798-A1 variant can be used for synthesis of L-ascorbic acid.; Title: strong similarity to uronate dehydrogenase variant R57E from patent DE19604798-A1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2451581..2451870,2451945..2452272,2452397..2452554,2452619..2452626,2452681..2452765,2452827..2452887))	Aspergillus niger	4991410
An04g10080	CDS	An04g10080	NT_166539.1	2453816	2455158	R	Remark: the L. lactis alcohol-acetaldehyde dehydrogenase belongs to the not further caracterised familiy of multifunctional alcohol dehydrogenases.; Title: strong similarity to hypothetical alcohol-acetaldehyde dehydrogenase adhE - Lactococcus lactis; See PMID 9620952; uncharacterized protein	complement(join(2453816..2454342,2454405..2454723,2454781..2454821,2454885..2455158))	Aspergillus niger	4991411
An04g10090	CDS	An04g10090	NT_166539.1	2456370	2458039	D	Pathway: the K. lactis protein RAG5 is involved in the regulation of HGT1.; Remark: the K. lactis HGT1 shows 26 to 31% amino acid identity to the Hxtp family of glucose transport elements in S. cerevisiae.; Title: strong similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis; See PMID 8830679; uncharacterized protein	join(2456370..2456497,2456543..2456843,2456903..2458039)	Aspergillus niger	4991412
An04g10100	CDS	An04g10100	NT_166539.1	2459637	2460899	R	Title: similarity to polyketide synthase PKS17 -Botryotinia fuckeliana; See PMID 14676319; uncharacterized protein	complement(join(2459637..2459942,2460114..2460578,2460611..2460759,2460842..2460899))	Aspergillus niger	84591067
An04g10110	CDS	An04g10110	NT_166539.1	2462637	2463436	D	Title: similarity to hypothetical protein encoded by An11g00040 - Aspergillus niger; uncharacterized protein	join(2462637..2462871,2463097..2463185,2463392..2463436)	Aspergillus niger	4991414
An04g10120	CDS	An04g10120	NT_166539.1	2464382	2465713	R	Title: weak similarity to hypothetical protein encoded by An16g05030 - Aspergillus niger; uncharacterized protein	complement(join(2464382..2464750,2464835..2464848,2465149..2465198,2465228..2465246,2465342..2465510,2465693..2465713))	Aspergillus niger	84591068
An04g10130	CDS	leu2B	NT_166539.1	2465772	2467000	R	Catalytic activity: the 3-isopropylmalate dehydrogenase converts 3-carboxy-2-hydroxy-4-methylpentanoate and NAD(+) to 3-carboxy-4-methyl-2-oxopentanoate and NADH.; Gene-ID: leu2B; Pathway: the 3-isopropylmalate dehydrogenase is part of theValine, leucine and isoleucine biosynthesis .; Remark: an alternate name of the 3-isopropylmalate dehydrogenase is beta-isopropylmalate dehydrogenase.; See PMID 8781173; 3-isopropylmalate dehydrogenase leu2B-Aspergillus niger	complement(join(2465772..2465988,2466037..2466457,2466523..2467000))	Aspergillus niger	4991416
An04g10140	CDS	An04g10140	NT_166539.1	2468372	2470389	D	hypothetical protein	join(2468372..2468598,2468670..2469269,2469371..2470204,2470266..2470389)	Aspergillus niger	4991417
An04g10150	CDS	An04g10150	NT_166539.1	2471419	2472006	D	Title: similarity to hypothetical protein encoded by An02g12900 - Aspergillus niger; uncharacterized protein	join(2471419..2471967,2471998..2472006)	Aspergillus niger	84591069
An04g10180	CDS	An04g10180	NT_166539.1	2478203	2478657	D	Catalytic activity: C. symbiosum hgdB catalyses the elimination of water from (R)-2-hydroxyglutaryl-CoA to glutaconyl-CoA.; Remark: C. symbiosum hgdB is part of the radicalic catalytic pathway, present in many Clostridium species,which enables those to ferment aminoacids.; Title: similarity to hypothetical 2-hydroxyglutaryl-CoA dehydratase hgdB - Clostridium symbiosum; See PMID 10491198; uncharacterized protein	join(2478203..2478295,2478336..2478441,2478605..2478657)	Aspergillus niger	84591070
An04g10190	CDS	An04g10190	NT_166539.1	2480830	2481294	D	hypothetical protein	join(2480830..2480838,2480992..2481171,2481259..2481294)	Aspergillus niger	84591071
An04g10200	CDS	An04g10200	NT_166539.1	2481306	2482578	D	hypothetical protein	join(2481306..2481480,2481584..2481608,2481645..2481785,2482125..2482578)	Aspergillus niger	84591072
An04g10210	CDS	An04g10210	NT_166539.1	2483447	2484584	R	hypothetical protein	complement(join(2483447..2483636,2483705..2483880,2484061..2484179,2484229..2484418,2484495..2484584))	Aspergillus niger	84591073
An04g10230	CDS	An04g10230	NT_166539.1	2486960	2491860	D	Title: similarity to hypothetical protein AAN66273.1 - Pseudomonas putida; uncharacterized protein	join(2486960..2487107,2487217..2487293,2487384..2487497,2487527..2487668,2487966..2487995,2488080..2488172,2488486..2488631,2488933..2489453,2489530..2489866,2490000..2490058,2490174..2490534,2490622..2490924,2491165..2491304,2491340..2491376,2491413..2491493,2491555..2491860)	Aspergillus niger	4991424
An04g10240	CDS	An04g10240	NT_166539.1	2494486	2495613	D	hypothetical protein	join(2494486..2494624,2494694..2495613)	Aspergillus niger	84591074
An04g10250	CDS	An04g10250	NT_166539.1	2496280	2497285	R	Title: weak similarity to hypothetical protein encoded by An08g08870 - Aspergillus niger; uncharacterized protein	complement(join(2496280..2496656,2496716..2497136,2497268..2497285))	Aspergillus niger	4991426
An04g10260	CDS	An04g10260	NT_166539.1	2497693	2498433	R	hypothetical protein	complement(join(2497693..2497795,2497881..2498285,2498360..2498433))	Aspergillus niger	84591075
An04g10270	CDS	An04g10270	NT_166539.1	2498687	2500399	R	Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to hypothetical protein FLJ10830 - Homo sapiens [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<2498687..2498864,2498957..2499874,2500019..2500121,2500286..2500399))	Aspergillus niger	4991428
An04g10280	CDS	An04g10280	NT_166539.1	2501157	2502470	D	Remark: The yeast S. cerevisiae expresses two phosphatidylserine decarboxylase (PSD) activities which are responsible for conversion of phosphatidylserine to phosphatidylethanolamine, and either enzyme alone is sufficient for normal cellular growth.; Title: weak similarity to phosphatidylserine decarboxylase Psd2 - Saccharomyces cerevisiae; See PMID 7890740; uncharacterized protein	2501157..2502470	Aspergillus niger	4991429
An04g10290	CDS	An04g10290	NT_166539.1	2503778	2504804	R	Catalytic activity: R-CHOH-R' + NADP(+) <=> R-CO-R' + NADPH.; Remark: Acts on a wide range of carbonyl compounds,including quinones, aromatic aldehydes, ketoaldehydes,daunorubicin, and prostaglandins E and F, reducing them to the corresponding alcohol. B-specific with respect to NADPH.; Title: similarity to ketoreductase krd -Zygosaccharomyces rouxii; See PMID 10951208; uncharacterized protein	complement(join(2503778..2504110,2504175..2504431,2504493..2504724,2504778..2504804))	Aspergillus niger	4991430
An04g10300	CDS	An04g10300	NT_166539.1	2505573	2507698	D	Title: strong similarity to hypothetical longevity-assurance protein 1 - Schizosaccharomyces pombe; uncharacterized protein	join(2505573..2505612,2505705..2506093,2506151..2506442,2506493..2506629,2506672..2507032,2507112..2507122,2507350..2507424,2507594..2507698)	Aspergillus niger	4991431
An04g10320	CDS	An04g10320	NT_166539.1	2509525	2510212	D	Function: quinone reductases are electron-transfer proteins.; Induction: the activity of QR in cultures of P. chrysosporium increased following the addition of 2-dimethoxybenzoquinone, vanillic acid, or several other aromatic compounds.; Similarity: the ORF shows strong similarity to minor allergens of the fungi A. alternata and C. herbarum and to trp repressor binding protein of E. coli.; Title: strong similarity to 1,4-benzoquinone reductase QR - Phanerochaete chrysosporium; See PMID 7898496; See PMID 8516330; See PMID 9925562; uncharacterized protein	join(2509525..2509551,2509608..2509637,2509850..2510212)	Aspergillus niger	4991433
An04g10330	CDS	An04g10330	NT_166539.1	2511914	2512739	D	hypothetical protein	join(2511914..2512015,2512109..2512520,2512696..2512739)	Aspergillus niger	84591076
An04g10340	CDS	An04g10340	NT_166539.1	2512964	2515611	D	Catalytic activity: UDP-glucose + a sterol <=> UDP + an O-glucosylsterol.; Title: similarity to sterol glucosyltransferase ugt52 - Dictyostelium discoideum; See PMID 10224056; uncharacterized protein	join(2512964..2513075,2513143..2513563,2513724..2514005,2514061..2514200,2514239..2514827,2514883..2515405,2515456..2515611)	Aspergillus niger	4991435
An04g10350	CDS	An04g10350	NT_166539.1	2516605	2518909	D	Function: efflux of the antibiotic cycloheximide by H+ antiport (TC 2. A. 1. 2. 2).; Remark: a putative sequencing error results in an frameshift.; Title: strong similarity to cycloheximide resistance protein CYHR - Candida maltosa [putative frameshift]; putative frameshift; See PMID 1628836; uncharacterized protein	join(2516605..2516708,2516802..2516943,2517018..2517205,2517262..2517758,2517812..2518169,2518252..2518413,2518608..>2518909)	Aspergillus niger	10098357
An04g10360	CDS	An04g10360	NT_166539.1	2519526	2520585	R	Title: similarity to BCU0021 protein SEQ ID 8 from patent WO2003029421-A2 - Homo sapiens; uncharacterized protein	complement(join(2519526..2519945,2519999..2520328,2520382..2520585))	Aspergillus niger	4991437
An04g10370	CDS	An04g10370	NT_166539.1	2520708	2521993	D	hypothetical protein	join(2520708..2520764,2520976..2521154,2521212..2521261,2521384..2521474,2521517..2521702,2521771..2521993)	Aspergillus niger	84591077
An04g10380	CDS	An04g10380	NT_166539.1	2522089	2522467	R	hypothetical protein	complement(join(2522089..2522283,2522396..2522467))	Aspergillus niger	84591078
An04g10390	CDS	An04g10390	NT_166539.1	2522538	2522822	D	hypothetical protein	join(2522538..2522599,2522678..2522822)	Aspergillus niger	84591079
An04g10400	CDS	An04g10400	NT_166539.1	2522937	2524882	D	Title: strong similarity to hypothetical brown 2 protein abr2 - Aspergillus fumigatus; uncharacterized protein	join(2522937..2523222,2523294..2523768,2523826..2524882)	Aspergillus niger	4991441
An05g00010	CDS	An05g00010	NT_166521.1	1900	5782	D	Title: weak similarity to cell differentiation protein LagC - Dictyostelium discoideum; uncharacterized protein	join(1900..2778,2838..5283,5334..5501,5715..5782)	Aspergillus niger	4980753
An05g00020	CDS	An05g00020	NT_166521.1	6023	8016	R	Remark: UME6 of S. cerevisiae is also called CAR80,NIM2, RIM16 or YDR207C.; Similarity: the similarity to UME6 of S. cerevisiae and other known or putative transcription factors is due to the presence of a fungal Zn(2) - Cys(6) binuclear cluster domain in the N-terminal region of the predicted protein; no other homology is present.; Title: weak similarity to transcription factor Ume6 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(6023..7870,7909..8016))	Aspergillus niger	4981002
An05g00030	CDS	An05g00030	NT_166521.1	8475	9734	R	hypothetical protein	complement(8475..9734)	Aspergillus niger	84591080
An05g00040	CDS	An05g00040	NT_166521.1	10978	12483	D	Title: weak similarity to leukocyte common antigen precursor CD45 - Rattus norvegicus; uncharacterized protein	10978..12483	Aspergillus niger	4980739
An05g00050	CDS	An05g00050	NT_166521.1	12740	14284	D	Function: Prolidase of S. domuncula hydrolyzes the peptide bond that involves the imino nitrogen of proline or hydroxyproline; hence, it catalyzes the final step in collagen degradation.; Title: strong similarity to prolidase - Suberites domuncula; See PMID 10373628; uncharacterized protein	join(12740..12906,13000..14032,14084..14284)	Aspergillus niger	4980742
An05g00060	CDS	An05g00060	NT_166521.1	14798	15838	R	hypothetical protein	complement(join(14798..15325,15381..15516,15612..15838))	Aspergillus niger	4980747
An05g00070	CDS	An05g00070	NT_166521.1	17338	19900	D	Catalytic activity: leukotriene-A4 hydrolases catalyze the reaction: (7E,9E,11Z,14Z)-(5S,6S)-5,6-epoxyicosa-7,9,11,14-tetraenoa te (leukotriene A4) + H(2)O <=> (6Z,8E,10E,14Z)-(5S,12R)-5,12-dihydroxyicosa-6,8,10,14-tet raenoate (leukotriene B4).; Pathway: mouse leukotriene-A4 hydrolase is involved in leukotriene B4 biosynthesis which is a pro-inflammatory mediator in myeloid cells.; Similarity: the A. niger protein also shows strong similarity to Caenorhabditis elegans aminopeptidase.; Similarity: the A. niger protein also shows strong similarity to human leukotriene-A4 hydrolase a bifunctional cytosolic enzyme, which both hydrolyses leukotriene A4 (LTA4) into leukotriene B4 (LTB4) and exerts aminopeptidase activity against opioid peptides.; Title: strong similarity to leukotriene-A4 hydrolase - Mus musculus; See PMID 1710117; uncharacterized protein	join(17338..17799,17865..17949,18052..18274,18333..18450,18496..18615,18678..18803,18877..18890,18943..19171,19230..19720,19774..19900)	Aspergillus niger	4980749
An05g00080	CDS	An05g00080	NT_166521.1	20181	21253	R	Function: CBP3 of S. cerevisiae is required for the assembly of the respiratory chain complex coenzyme QH2-cytochrome c reductase.; Remark: the N-terminal 30% are not conserved between the A. niger protein and CBP3 of S. cerevisiae.; Title: similarity to membrane protein Cbp3 -Saccharomyces cerevisiae; See PMID 2544586; uncharacterized protein	complement(join(20181..20698,20783..21119,21185..21253))	Aspergillus niger	4980755
An05g00090	CDS	An05g00090	NT_166521.1	22037	22970	R	Title: strong similarity to hypothetical protein YPR040w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(22037..22150,22219..22609,22675..22970))	Aspergillus niger	4980741
An05g00100	CDS	An05g00100	NT_166521.1	23456	24756	D	Localization: immunofluorescence studies using a specific antibody have shown that Aik is localized to the spindle pole during mitosis, especially from prophase through anaphase.; Similarity: human AIK shows strong similarity to Aurora of Drosophila and related S. cerevisiae Ipl1 kinase. These are required for normal chromosome segregation.; Title: strong similarity to aurora/IPL1-related kinase AIK - Homo sapiens; deleted EC_number 2.7.1.37; See PMID 9153231; uncharacterized protein	join(23456..23551,23609..24565,24616..24756)	Aspergillus niger	4980743
An05g00110	CDS	An05g00110	NT_166521.1	25014	25875	R	Similarity: the A. niger protein also shows similarity to human KUB3, a protein with unknown function that binds the DNA binding subunit of DNA-dependent protein kinase.; Title: strong similarity to hypothetical protein YNR020c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(25014..25241,25306..25565,25650..25875))	Aspergillus niger	4980756
An05g00120	CDS	An05g00120	NT_166521.1	26198	27700	D	Pathway: PRO1 catalyzes the first step in proline biosynthesis.; Similarity: PRO1 shows strong similarity to other to other glutamate 5-kinases.; Title: strong similarity to glutamate 5-kinase Pro1 - Saccharomyces cerevisiae; See PMID 1350780; uncharacterized protein	join(26198..26234,26309..26496,26562..26672,26727..26822,26882..27700)	Aspergillus niger	4980750
An05g00130	CDS	An05g00130	NT_166521.1	28307	29352	R	Function: yeast KRE9 gene encodes a 30-kDa secretory pathway protein involved in the synthesis of cell wall (1-->6)-beta-glucan.; Phenotype: disruption of KRE9 leads to serious growth impairment and an altered cell wall containing less than 20% of the wild-type amount of (1-->6)-beta-glucan.; Similarity: yeast KRE9 belongs to the KRE9 / KNH1 family.; Title: similarity to cell wall synthesis protein KRE9 - Candida albicans; extracellular/secretion proteins; See PMID 8413233; uncharacterized protein	complement(join(28307..28372,28466..28874,28970..29070,29137..29352))	Aspergillus niger	4981001
An05g00140	CDS	An05g00140	NT_166521.1	30045	31120	D	Complex: the yeast signal recognition particle receptor is composed of the alpha and the beta chain.; Function: the signal recognition particle and its receptor target nascent secretory proteins to the ER.; Remark: YKL154w is the systematic name for SRP102,the gene encoding SRbeta.; Similarity: SRalpha and SRbeta are both members of the GTPase superfamily.; Title: similarity to signal recognition particle receptor beta chain Srp102 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 9679135; uncharacterized protein	join(30045..30257,30371..31120)	Aspergillus niger	4980744
An05g00150	CDS	An05g00150	NT_166521.1	31247	32967	R	hypothetical protein	complement(join(31247..31569,31712..31898,31981..32092,32266..32380,32662..32737,32908..32967))	Aspergillus niger	84591081
An05g00160	CDS	An05g00160	NT_166521.1	33191	35272	R	Function: yeast cystathionine beta-synthase converts serine and homocysteine to cystathionine.; Pathway: yeast CYS4 is involved in the sulfide incorporation and transsulfuration pathway.; Similarity: yeast CYS4 belongs to the cysteine synthase/cystathionine beta- synthase family.; Title: strong similarity to cystathionine beta-synthase Cys4 - Saccharomyces cerevisiae; See PMID 8017103; See PMID 8366024; uncharacterized protein	complement(join(33191..33817,33873..34549,34614..34648,34721..35069,35197..35272))	Aspergillus niger	4980748
An05g00170	CDS	An05g00170	NT_166521.1	37590	39125	D	Function: the Hum1 protein of S. cerevisiae has been postulated to be involved in cellular adaption to elevated extracellular Ca2+ concentrations and to be a means to attenuate the propagation of Ca2+ signals in this organism.; Function: the Hum1 protein of S. cerevisiae is required for vacuolar Ca2+/H+ exchange.; Function: vacuolar membrane vesicles from hum1 S. cerevisiae mutants lack all Ca2+/H+ antiport activity,demonstrating that the Hum1 protein catalyzes the exchange of Ca2+ for H+ across the yeast vacuolar membrane.; Remark: Hum1 of S. cerevisiae is also called mnr1,vcx1, and YDL128w.; Title: strong similarity to vacuolar Ca(2+)/H+-exchanging protein Hum1 - Saccharomyces cerevisiae; vacuole; See PMID 8668190; See PMID 10219995; See PMID 10371152; uncharacterized protein	join(37590..38422,38478..38774,38828..39125)	Aspergillus niger	4980746
An05g00180	CDS	An05g00180	NT_166521.1	39604	41224	D	Title: similarity to hypothetical protein B13M15.020 - Neurospora crassa; uncharacterized protein	join(39604..39684,39758..40003,40059..40541,40589..41224)	Aspergillus niger	4980745
An05g00190	CDS	An05g00190	NT_166521.1	42063	42812	D	Function: yeast PCL7 is a cylin like protein that interacts with the Cdk PHO85. This PHO85/PCL7 complex phosphorylates Pho4p in vitro.; Remark: YIL050w is the systematic name for PCL7.; Remark: the similarity of the A. niger protein to PCL7 is restricted to the C-terminus and contains the cyclin box.; Remark: yeast PCL7 expression is constant during cell cycle.; Title: similarity to cyclin like protein Pcl7 -Saccharomyces cerevisiae; See PMID 9032248; See PMID 9520600; uncharacterized protein	42063..42812	Aspergillus niger	4980740
An05g00200	CDS	An05g00200	NT_166521.1	43828	46376	D	Function: yeast AKR1 affects the kinase cascade downstream of Gbetagamma.; Function: yeast AKR1 has a negative effect on signaling in the pheromone pathway.; Function: yeast AKR1 may be involved in coupling the activities of a Bem1p-Cdc24p-Cdc42p complex to an upstream signaling system, the pheromone-responsive G protein.; Remark: YDR264C is the systematic name for AKR1.; Title: strong similarity to ankyrin repeat-containing protein Akr1 - Saccharomyces cerevisiae; See PMID 8524293; See PMID 8649369; See PMID 9243510; uncharacterized protein	join(43828..44118,44206..45009,45071..45143,45243..45507,45563..45675,45727..46376)	Aspergillus niger	4980751
An05g00210	CDS	An05g00210	NT_166521.1	48155	50002	D	hypothetical protein	join(48155..48226,48322..48365,48469..48543,48664..48740,49000..49119,49225..49305,49548..49646,49896..50002)	Aspergillus niger	84591082
An05g00220	CDS	An05g00220	NT_166521.1	50871	52376	R	Catalytic activity: psbA is involved in the conversion of L-Orn to its N(5)-OH derivative.; Function: D-N(5)-hydroxyornithine (D-N(5)-OH-Orn) is the hydroxamate ligand of the fluorescent siderophore Pseudobactin(B10).; Function: fluorescent siderophores play a role in biocontrol of deleterious rhizomicroorganisms.; Pathway: psbA is involved in D-N(5)-hydroxyornithine (D-N(5)-OH-Orn) synthesis.; Phenotype: The L-Orn N(5)-hydroxylase-defective mutants of Pseudomonas strain B10 were much less effective than the parental strains in suppressing the growth of the phytopathogen Erwinia carotovora in iron-poor medium.; Title: strong similarity to L-ornithine N5-hydroxylase psbA - Pseudomonas sp.; See PMID 11029447; uncharacterized protein	complement(join(50871..51504,51562..52376))	Aspergillus niger	4980758
An05g00230	CDS	An05g00230	NT_166521.1	52521	53181	D	hypothetical protein	join(52521..52614,52889..53023,53108..53181)	Aspergillus niger	84591083
An05g00240	CDS	An05g00240	NT_166521.1	53938	54543	R	hypothetical protein	complement(join(53938..54176,54381..54543))	Aspergillus niger	84591084
An05g00250	CDS	An05g00250	NT_166521.1	54823	56392	D	hypothetical protein	join(54823..55154,55212..55221,55395..55469,55864..56082,56339..56392)	Aspergillus niger	84591085
An05g00260	CDS	An05g00260	NT_166521.1	57063	57664	R	hypothetical protein	complement(join(57063..57178,57335..57464,57593..57664))	Aspergillus niger	84591086
An05g00270	CDS	An05g00270	NT_166521.1	60560	61449	D	hypothetical protein	join(60560..60609,60840..61449)	Aspergillus niger	84591087
An05g00280	CDS	An05g00280	NT_166521.1	61828	65089	D	Function: SWE1 is a protein kinase that acts both on serines and on tyrosines.; Function: SWE1 is able to phosphorylate Cdc28p on tyrosine and inhibit its activity.; Remark: the similarity of the A. niger protein to SWE1 of S. cerevisiae is restricted to the C-terminal half of the A. niger protein which is about 200 amino acids longer than SWE1.; Title: similarity to protein kinase Swe1 -Saccharomyces cerevisiae; See PMID 8253069; uncharacterized protein	join(61828..64287,64358..65089)	Aspergillus niger	4980764
An05g00290	CDS	An05g00290	NT_166521.1	66426	69812	D	Phenotype: the cdc28-P8 mutant accumulates unspliced precursors at the restrictive temperature. Consistent with this phenotype is the similarity to the Prp2, Prp16, and Prp22 proteins from budding yeast, which are required for the splicing of mRNA precursors.; Phenotype: the fission-yeast gene cdc28+ was originally identified in a screen for temperature-sensitive mutants that exhibit a cell-division cycle arrest and was found to be required for mitosis.; Title: strong similarity to ATP-dependent RNA helicase cdc28p - Schizosaccharomyces pombe; nucleus; See PMID 8862522; uncharacterized protein	66426..69812	Aspergillus niger	4980765
An05g00300	CDS	An05g00300	NT_166521.1	70292	70722	D	Function: cytochrome b5 is a membrane bound hemoprotein which functions as an electron carrier for several membrane bound oxygenases.; Localization: microsomal membrane. bound to the cytoplasmic side of the endoplasmic reticulum.; Remark: the A. niger also shows similarity to mitochondrial L-lactate dehydrogenase (cytochrome) of s. cerevisiae, which is about 5 times longer than the A. niger protein.; Title: similarity to microsomal cytochrome b5 cytb5 - Musca domestica; endoplasmatic reticulum; See PMID 8900138; uncharacterized protein	join(70292..70468,70645..70722)	Aspergillus niger	4980766
An05g00310	CDS	An05g00310	NT_166521.1	71079	74980	R	Title: strong similarity to hypothetical nuclear migration protein - Neurospora crassa; uncharacterized protein	complement(join(71079..71896,71956..74980))	Aspergillus niger	4980767
An05g00320	CDS	An05g00320	NT_166521.1	75003	76041	D	hypothetical protein	join(75003..75008,75056..75238,75279..75456,75639..75764,75848..76041)	Aspergillus niger	84591088
An05g00330	CDS	An05g00330	NT_166521.1	77319	77567	R	hypothetical protein	complement(77319..77567)	Aspergillus niger	84591089
An05g00340	CDS	An05g00340	NT_166521.1	79234	80040	D	Catalytic activity: cis-epoxysuccinate hydrolase catalyses the reaction cis-epoxysuccinate + H(2)O = L(+) tartaric acid.; Remark: epoxides are used as chiral building blocks in the organic synthesis of fine chemicals, especially enantiomerically pure compounds.; Remark: tartaric acid is used in the food industry as an additive in soft drinks, a food preservative and a raw material for the synthesis of emulsifiers.; Remark: the use of cis-epoxysuccinate hydrolase in the production of tartaric acid precludes contamination of L(+) tartaric acid with the D(+) form, which is considered harmful to humans.; Similarity: the predicted A. niger protein shows strong similarity to the cis-epoxysuccinate hydrolase (LMGP-18079) of patent EP911392-A1 (AC# AAY04477) from R. rhodochrous. the best blastP match is the conserved hypothetical protein B11N2. 300 from N. crassa.; Title: strong similarity to cis-epoxysuccinate hydrolase (LMGP-18079) from patent EP911392-A1 -Rhodococcus rhodochrous; uncharacterized protein	79234..80040	Aspergillus niger	4980770
An05g00350	CDS	An05g00350	NT_166521.1	80439	81409	D	Remark: a putative frameshift results in a premature STOP codon.; Remark: the patent does not provide further information about the function of the protein.; Similarity: the predicted A. niger protein shows strong similarity to the protein sequence of fragment SEQ ID NO: 4378 of patent EP1033405-A2 (AC# AAG07282) and hypothetical proteins from diverse procaryotic and eucaryotic species.; Title: strong similarity to protein fragment SEQ ID NO:4378 from patent EP1033405-A2 - Arabidopsis thaliana [putative frameshift]; putative frameshift; uncharacterized protein	join(80439..80450,80508..>81409)	Aspergillus niger	4980771
An05g00360	CDS	An05g00360	NT_166521.1	83108	86390	D	hypothetical protein	join(83108..83123,83298..83494,85014..85222,85556..85576,86117..86390)	Aspergillus niger	84591090
An05g00370	CDS	An05g00370	NT_166521.1	87812	88609	D	Function: the signal transduction pathway mediated by the N. crassa ras2 protein regulates the apical growth of hyphae, cell wall synthesis, and conidial formation in N. crassa.; Phenotype: smco7 mutant exhibits very slow hyphal growth and the rate of conidial formation was approximately one two-hundredth of wild type.; Remark: the N. crassa ras2 disruptant shows morphological characteristics very similar to those of the smco7 mutant, which also maps to linkage group V. the smco7 mutant harbored a single base deletion in the NC-ras2 gene, which is predicted to result in the truncation of the protein product. smco7 mutation causes both the changes in the pattern of hyphal growth and the defects in cell wall synthesis.; Similarity: the predicted A. niger protein shows strong similarity to the ras-2 protein of N. crassa, which belongs to the ras subfamily of small GTP-binding proteins.; Title: strong similarity to protein ras-2 -Neurospora crassa; See PMID 9180696; uncharacterized protein	join(87812..87889,87962..88609)	Aspergillus niger	4980773
An05g00380	CDS	An05g00380	NT_166521.1	88803	89408	R	hypothetical protein	complement(88803..89408)	Aspergillus niger	84591091
An05g00390	CDS	An05g00390	NT_166521.1	91105	93364	D	Catalytic activity: acetyl coenzyme A synthetase of T. pyriformis catalyses the reaction ATP + acetate + CoA = AMP + pyrophosphate + acetyl-CoA.; Pathway: acetyl coenzyme A synthetase of T. pyriformis is involved in glycolysis / gluconeogenesis,pyruvate / propanoate metabolism and in the reductive carboxylate cycle (CO2 fixation).; Regulation: expression of the acetyl-CoA synthetase gene in Tetrahymena cells was dramatically decreased at 30 min after end of heat treatment (EHT) prior to entering synchronous cell division (which occurs 75 min after EHT).; Remark: acetyl coenzyme A synthetase of T. pyriformis also acts on propanoate and propenoate.; Similarity: the predicted A. niger protein shows strong similarity to the acetyl coenzyme A synthetase of T. pyriformis and other acetyl coenzyme A synthetases from procaryotic and eucaryotic species.; Title: strong similarity to acetyl coenzyme A synthase - Tetrahymena pyriformis; See PMID 10510317; uncharacterized protein	join(91105..91483,91550..91945,92006..92884,92946..93364)	Aspergillus niger	4980775
An05g00400	CDS	An05g00400	NT_166521.1	93981	94574	R	Remark: N-terminally truncated ORF due to end of contig.; Similarity: similarity of the predicted A. niger protein to DNA-directed RNA polymerase and various other protein sequences is due to low complexity sequences, which consist of serine, alanine and proline.; Title: weak similarity to amphiphysin IIc1 - Homo sapiens [truncated ORF]; See PMID 9603201; uncharacterized protein	complement(93981..>94574)	Aspergillus niger	84591092
An05g00410	CDS	An05g00410	NT_166521.1	96113	97987	D	Catalytic activity: 5,10-methylenetetrahydrofolate + glycine + H(2)O <=> tetrahydrofolate + L-serine.; Cofactor: pyridoxal phosphate.; Function: the serine hydroxymethyltransferase, a pyridoxal phosphate-dependent enzyme, catalyses the interconversion of serine and glycine.; Pathway: the serine hydroxymethyltransferase is involved in the Glycine, serine and threonine metabolism and in the Lysine degradation.; Remark: in eukaryotes there are two forms of the enzymes: a cytosolic one and a mitochondrial one.; Title: strong similarity to serine hydroxymethyl-transferase I Shm1 - Candida albicans; See PMID 10641038; uncharacterized protein	join(96113..96283,96391..96447,96503..96596,96653..96790,96843..97987)	Aspergillus niger	4980777
An05g00420	CDS	An05g00420	NT_166521.1	98303	99731	D	Title: similarity to human ORFX ORF1903 polypeptide sequence SEQ ID NO:3806 from patent WO200058473-A2 - Homo sapiens; uncharacterized protein	join(98303..99653,99709..99731)	Aspergillus niger	4980778
An05g00430	CDS	An05g00430	NT_166521.1	99943	100660	D	Title: similarity to hypothetical competence-damage inducible protein CinA - Streptococcus pyogenes; uncharacterized protein	join(99943..100038,100105..100179,100231..100369,100512..100660)	Aspergillus niger	4980779
An05g00440	CDS	An05g00440	NT_166521.1	100959	106379	D	Remark: the extracted coding region has N-terminal no homologies.; Title: strong similarity to human transmembrane protein from patent WO200056891-A2 - Homo sapiens; plasma membrane; uncharacterized protein	join(100959..100991,101098..101473,101536..102112,102204..103362,103612..103958,104215..105001,105057..106379)	Aspergillus niger	10098138
An05g00450	CDS	An05g00450	NT_166521.1	106481	107533	R	Function: Rev1 of H. sapiens is involved in translesion repair together with the DNA polymerase zeta.; Remark: normally, the replication fork stops at (e. g. UV-induced) DNA mismatches. Translesion repair, however,is a mechanism to overcome this replication blockage.; Remark: the ORF is much shorter than Rev1 of H. sapiens (327 compared to 1250 amino acids) and the similarity between the two proteins is restricted to a stretch of about 100 amino acids. However, the ORF shows weak similarity to Rev1 of several species.; Title: weak similarity to translesion repair protein Rev1 - Homo sapiens; See PMID 11485998; uncharacterized protein	complement(join(106481..106622,106692..107533))	Aspergillus niger	84591093
An05g00460	CDS	An05g00460	NT_166521.1	108252	108399	R	Remark: the ORF is extremely short in length (34 amino acids).; Title: questionable ORF; uncharacterized protein	complement(join(108252..108281,108325..108399))	Aspergillus niger	84591094
An05g00470	CDS	An05g00470	NT_166521.1	115511	116148	R	Remark: the ORF has an unusual exon/intron structure.; hypothetical protein	complement(join(115511..115750,115847..115904,116135..116148))	Aspergillus niger	84591095
An05g00478	CDS	An05g00478	NT_166521.1	121983	122580	D	hypothetical protein	join(121983..122076,122348..122580)	Aspergillus niger	84591096
An05g00480	CDS	An05g00480	NT_166521.1	123927	126042	D	Function: stuA of A. nidulans is a transcription factor, regulating the orderly differentiation and spatial organization of the conidiophore cell types.; Induction: transription of stuA mRNA increases in A. nidulans approximately 50-fold during the establishment of developmental competence.; Title: strong similarity to transcription factor involved in differentiation stuA - Aspergillus nidulans; nucleus; See PMID 1516832; See PMID 9312029; uncharacterized protein	join(123927..124197,124258..124458,124513..124645,124704..126042)	Aspergillus niger	4980785
An05g00490	CDS	An05g00490	NT_166521.1	127116	130597	R	Function: itr2 of S. pombe is a transporter for myo-inositol.; Phenotype: S. pombe mutants of itr2 are defective in inositol transport.; Remark: itr2 of S. pombe belongs to the sugar transporter family.; Remark: itr2 of S. pombe is also called SPAC20G8. 03.; Repression: itr2 of S. pombe is repressed by glucose.; Similarity: the ORF is longer than itr2 of S. pombe (951 compared to 557 amino acids).; Title: strong similarity to myo-inositol transporter 2 itr2p - Schizosaccharomyces pombe; See PMID 9560432; uncharacterized protein	complement(join(127116..128233,128311..128431,128677..128778,128885..129301,129362..129552,129607..130341,130426..130597))	Aspergillus niger	4980786
An05g00500	CDS	An05g00500	NT_166521.1	131587	133244	D	Catalytic activity: P450rm of R. minuta catalyzes the formation of isobutene from isovalerate.; Pathway: P450rm of R. minuta is involved in the 4-hydroxylation of benzoate.; Remark: P450rm of R. minuta belongs to the cytochrome P450 family.; Title: strong similarity to benzoate 4-hydroxylase P450rm - Rhodotorula minuta; See PMID 8882724; uncharacterized protein	join(131587..131692,131761..133244)	Aspergillus niger	4980787
An05g00510	CDS	An05g00510	NT_166521.1	134295	136445	D	Function: NADP-cytochrome reductases catalyse the reduction of heme-thiolate-dependent monooxygenases.; Induction: cprA of A. niger is induced by benzoic acid, which is the substrate of bphA.; Pathway: cprA of A. niger is (together with bphA) part of the para-hydroxylation of benzoate.; Title: strong similarity to NADPH cytochrome P450 oxidoreductase cprA - Aspergillus niger; See PMID 10852481; See PMID 7646819; uncharacterized protein	134295..136445	Aspergillus niger	4980788
An05g00520	CDS	An05g00520	NT_166521.1	138606	141647	R	Function: RNA helicase A is an abundant nuclear enzyme of human cells that unwinds double-stranded RNA in a 3' to 5' direction.; Function: the function of the RNA helicase A gene has been categorized as chromatin binding/helicase/double-stranded RNA binding.; Remark: DDX9 of H. sapiens is also called NDH2 or DEAD-box protein 9.; Remark: the maleless mle gene is one of four known regulatory loci required for increased transcription (dosage compensation) of X-linked genes in D. melanogaster males.; Remark: the predicted A. niger protein contains two DEAD/DEAH box helicase motivs (PF00270, aa 675-708,740-841) of the DEAD and DEAH box helicases family,involved in various aspects of RNA metabolism, including nuclear transcription, pre mRNA splicing, ribosome biogenesis, nucleocytoplasmic transport, translation, RNA decay and organellar gene expression.; Similarity: the ORF shows also similarity to DNA or DNA/RNA helicases.; Title: strong similarity to RNA helicase A DDX9 -Homo sapiens; nucleus; See PMID 1653648; uncharacterized protein	complement(join(138606..139170,139217..140110,140163..140823,140858..141647))	Aspergillus niger	4980789
An05g00530	CDS	An05g00530	NT_166521.1	142334	150424	D	Induction: phosphorylation of the translation initiation factor eIF2 by protein kinase GCN2 leads to increased translation of the transcriptional activator GCN4 in amino acid-starved cells.; Remark: the H. sapiens HsGCN1 protein shows strong similarity and functional relationship to the yeast orthologue GCN1, which serves as a component of a protein complex required for the stimulation of GCN2 kinase activity under starvation conditions and where the most investigations have taken place.; Title: strong similarity to translational regulator HsGCN1 - Homo sapiens; cytoplasm; See PMID 11350982; See PMID 9234705; uncharacterized protein	join(142334..142403,142441..144305,144369..145053,145109..145303,145360..149184,149242..149813,149867..150424)	Aspergillus niger	4980790
An05g00540	CDS	An05g00540	NT_166521.1	151268	152137	D	Remark: the systematical name of the S. cerevisiae L19 gene is YBL0424.; Similarity: the predicted A. niger protein shows a domain nearly identical with the ribosomal protein L19e motiv PF01280 (aa 13 - 160).; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L19 - Saccharomyces cerevisiae; cytoplasm; See PMID 11551941; See PMID 7725803; 60S ribosomal protein eL19	join(151268..151572,151703..151853,151988..152137)	Aspergillus niger	84591097
An05g00550	CDS	An05g00550	NT_166521.1	154002	155339	R	hypothetical protein	complement(154002..155339)	Aspergillus niger	4980792
An05g00560	CDS	An05g00560	NT_166521.1	155669	157095	D	hypothetical protein	join(155669..155963,156824..157095)	Aspergillus niger	84591098
An05g00570	CDS	An05g00570	NT_166521.1	157746	159879	D	Title: strong similarity to hypothetical protein CAD60747.1 - Podospora anserina; uncharacterized protein	join(157746..157770,158126..159546,159613..159879)	Aspergillus niger	4980794
An05g00580	CDS	An05g00580	NT_166521.1	161756	163481	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(161756..161770,162100..162153,162271..162354,162403..162491,162596..162743,162950..163011,163382..163481))	Aspergillus niger	84591099
An05g00590	CDS	An05g00590	NT_166521.1	164486	164905	R	Remark: the ORF is truncated and contains no start-codon due to the border of the contig.; Title: questionable ORF [truncated ORF]; uncharacterized protein	complement(join(164486..164508,164540..164622,164719..164772,164874..>164905))	Aspergillus niger	84591100
An05g00600	CDS	An05g00600	NT_166521.1	169373	170113	D	Similarity: some local weak similarity to unrelated proteins with completely different lengths.; Title: similarity to hypothetical protein encoded by An06g02450 - Aspergillus niger; uncharacterized protein	169373..170113	Aspergillus niger	84591101
An05g00610	CDS	An05g00610	NT_166521.1	170566	173061	D	Similarity: the prnA protein of A. nidulans is a transcriptional activator containing a fungal Zn binuclear cluster; the predicted ORF have not such functional domain.; Title: weak similarity to transcription activator prnA - Aspergillus nidulans; See PMID 9622360; uncharacterized protein	join(170566..171746,171836..171916,171973..172172,172228..172774,172845..173061)	Aspergillus niger	4980798
An05g00620	CDS	An05g00620	NT_166521.1	175117	175931	R	Similarity: the protein contains three PROSITE motifs with functional significance, but no protein known to contain such functional domains shows similarity to the predicted ORF.; hypothetical protein	complement(join(175117..175278,175323..175363,175530..175710,175755..175931))	Aspergillus niger	84591102
An05g00625	CDS	An05g00625	NT_166521.1	176066	181480	D	Title: weak similarity to hypothetical protein isof - Caenorhabditis elegans; uncharacterized protein	176066..181480	Aspergillus niger	4980800
An05g00630	CDS	An05g00630	NT_166521.1	181660	193122	D	Similarity: the relatively significant BLASTP scores are due to the exceptional lenght of the predicted protein; the alignments are very bad and mainly due to the relative high content of low-complexity region; no BLASTP hit can be considered significant.; Title: strong similarity to hypothetical protein AAN10358.2 - Drosophila melanogaster; uncharacterized protein	181660..193122	Aspergillus niger	4980801
An05g00635	CDS	An05g00635	NT_166521.1	193280	194737	D	hypothetical protein	193280..194737	Aspergillus niger	84591103
An05g00640	CDS	An05g00640	NT_166521.1	195994	198934	D	Function: ALR2 of S. cerevisiae mediates the transport of Mg2+ and other divalent cations.; Function: overexpression of ALR2 of S. cerevisiae confers resistance to aluminum ion.; Remark: ALR2 of S. cerevisiae is also called YFL050C.; Similarity: the N-terminal part of the predicted ORF shows no similarity to ALR2 and other proteins.; Title: strong similarity to divalent cation transprter Alr2 - Saccharomyces cerevisiae; plasma membrane; See PMID 10220002; See PMID 9430719; uncharacterized protein	join(195994..196406,196463..198493,198559..198761,198864..198934)	Aspergillus niger	4980803
An05g00650	CDS	An05g00650	NT_166521.1	199803	200376	R	hypothetical protein	complement(join(199803..199959,200068..200167,200271..200376))	Aspergillus niger	84591104
An05g00660	CDS	An05g00660	NT_166521.1	200406	200983	R	hypothetical protein	complement(join(200406..200573,200660..200725,200827..200871,200912..200983))	Aspergillus niger	84591105
An05g00670	CDS	An05g00670	NT_166521.1	201254	204028	D	Similarity: the similarity to VAC7 of S. cerevisiae involves only the C-terminal third of the predicted protein and the alignment contains 25% of gaps.; Title: weak similarity to vacuolar protein Vac7 -Saccharomyces cerevisiae; See PMID 9700156; See PMID 9763421; See PMID 8929562; See PMID 9372916; uncharacterized protein	201254..204028	Aspergillus niger	4980806
An05g00680	CDS	An05g00680	NT_166521.1	205772	206323	D	Title: questionable ORF; uncharacterized protein	join(205772..205794,205834..205865,206032..206084,206144..206161,206240..206323)	Aspergillus niger	84591106
An05g00690	CDS	An05g00690	NT_166521.1	206602	209275	R	Title: strong similarity to hypothetical protein EAA58367.1 - Aspergillus nidulans; uncharacterized protein	complement(join(206602..207029,207132..207425,207484..209275))	Aspergillus niger	4980808
An05g00700	CDS	An05g00700	NT_166521.1	209409	209904	D	hypothetical protein	join(209409..209490,209566..209727,209819..209904)	Aspergillus niger	84591107
An05g00710	CDS	An05g00710	NT_166521.1	210020	211722	R	hypothetical protein	complement(join(210020..210136,210311..210365,210482..210585,210719..210802,210856..210902,211078..211233,211307..211478,211534..211722))	Aspergillus niger	84591108
An05g00720	CDS	An05g00720	NT_166521.1	212568	214764	D	Function: the facB gene of A. nidulans is a major regulatory gene involved in acetamide and acetate utilisation.; Similarity: the ORF shows similarity to several transcription factors with unknown fucntion.; Similarity: the similarity of the ORF to facB of A. nidulans is restricted to the N-terminal part, ending with amino acid 262 of the ORF.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9524126; See PMID 10483720; uncharacterized protein	join(212568..213203,213289..214457,214503..214764)	Aspergillus niger	4980811
An05g00730	CDS	An05g00730	NT_166521.1	215176	217611	R	Induction: S. cerevisiae HXT genes are inducible by glucose.; Remark: S. cerevisiae has 20 genes for known or putative hexose transporters.; Repression: S. cerevisiae HXT gene transcription is repressed in the absence of glucose.; Title: strong similarity to hexose transporter Hxt3 - Saccharomyces cerevisiae; plasma membrane; See PMID 10477308; See PMID 7862149; uncharacterized protein	complement(join(215176..215223,215271..215322,215422..215553,215651..215756,215858..215971,216050..216189,216242..216320,216442..216451,216507..216558,216613..217041,217102..217292,217345..217406,217455..217482,217552..217611))	Aspergillus niger	4980812
An05g00740	CDS	An05g00740	NT_166521.1	217715	218758	R	Remark: the ORF has a suboptimal intron-exon structure.; hypothetical protein	complement(join(217715..217811,217969..218000,218152..218262,218481..218573,218672..218758))	Aspergillus niger	84591109
An05g00750	CDS	An05g00750	NT_166521.1	220518	221458	R	Remark: ribosomal protein L41 of C. utilis is also called 60S ribosomal protein L44.; Remark: the 56th amino acid residue of L41 is responsible for the ribosome inhibitor cycloheximide sensitivity of various organisms.; Similarity: the ORF overlaps with A. niger ESTs an_3001 database entry EMBLEST:BE758800, an_3087 entry EMBLEST:BE758839 and PATENTDNA:AAF11322 EST SEQ ID NO:3845.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L41 - Candida utilis; cytoplasm; See PMID 1729213; 60S ribosomal protein eL42	complement(join(220518..220557,220623..220807,220874..220966,221456..221458))	Aspergillus niger	4980814
An05g00760	CDS	An05g00760	NT_166521.1	221727	222769	R	Title: strong similarity to hypothetical protein EAA57966.1 - Aspergillus nidulans; uncharacterized protein	complement(join(221727..222355,222451..222769))	Aspergillus niger	4980815
An05g00770	CDS	An05g00770	NT_166521.1	223363	223957	D	Remark: due to the presence of a ribosomal protein L41 homologue (ORF 42CK) in proximity to this ORF, it is suggested that this region of the sequence was originally similar to known genes, which produce precursor proteins consisting of a single copy of ubiquitin fused to a C-terminal extension protein (CEP), e. g. ribosomal protein S27a.; Remark: pub2 of A. thaliana is also called ubiquitin-like protein 7, UBQ10 or PUB1.; Similarity: the ORF is half as long as the polyubiquitin 2 of A. thaliana, therefore it contains only one ubiquitin unit.; Title: strong similarity to polyubiquitin 2 PUb2 -Arabidopsis thaliana; See PMID 2538756; uncharacterized protein	join(223363..223373,223450..223504,223692..223774,223870..223957)	Aspergillus niger	4980816
An05g00780	CDS	An05g00780	NT_166521.1	224607	225828	R	Function: Ela1 of S. cerevisiae is an transcription elongation factor, which is necessary for RNA elongation from the RNA polymerase II promoter.; Remark: Ela1 of S. cerevisiae is also called YNL230C or N116.; Title: similarity to transcription elongation factor Ela1 - Saccharomyces cerevisiae; See PMID 10430890; uncharacterized protein	complement(join(224607..225551,225628..225704,225771..225828))	Aspergillus niger	4980817
An05g00790	CDS	An05g00790	NT_166521.1	226886	228235	D	Function: nodulin proteins are induced during a symbiotic plant-microbe interaction process and GmNOD53b of G. max is probably involved in cell-cell contact.; Induction: the expression of GmNOD53b of G. max coincides with the onset of nitrogen fixation.; Remark: the ORF is C-terminally truncated due to contig border.; Title: strong similarity to nodulin GmNOD53b -Glycine max [truncated ORF]; See PMID 10065559; See PMID 2279354; uncharacterized protein	join(226886..226890,226948..227047,227100..227421,227478..227523,227573..228090,228141..>228235)	Aspergillus niger	4980818
An05g00800	CDS	An05g00800	NT_166521.1	228337	228659	D	Remark: the N-terminal part of the ORF lies on the adjacent contig An05c0030 as ORF An05g00790.; Remark: the ORF is N-terminally truncated due to contig border.; Title: similarity to nodulin GmNOD53b - Glycine max [truncated ORF]; uncharacterized protein	join(<228337..228424,228496..228659)	Aspergillus niger	84591110
An05g00810	CDS	An05g00810	NT_166521.1	229560	230057	D	Function: tbca of O. cuniculus participates in the tubulin folding process by interacting with a folding intermediate of beta-tubulin.; Remark: is also called TCP1-chaperonin cofactor A,tubulin-folding cofactor or CFA.; Similarity: the ORF overlaps with A. niger EST an_2839 database entry EMBLEST:BE759901.; Title: similarity to tubulin-specific chaperone A TBCA - Oryctolagus cuniculus; uncharacterized protein	join(229560..229727,229786..229872,229956..230057)	Aspergillus niger	4980820
An05g00820	CDS	An05g00820	NT_166521.1	230233	231294	R	Title: similarity to hypothetical protein SPCC24B10.11c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(230233..231203,231258..231294))	Aspergillus niger	4980821
An05g00830	CDS	An05g00830	NT_166521.1	231329	233148	D	Title: similarity to hypothetical protein T12G13.60 - Arabidopsis thaliana; uncharacterized protein	join(231329..231452,231616..231770,231859..233148)	Aspergillus niger	4980822
An05g00840	CDS	An05g00840	NT_166521.1	233283	234090	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(233283..233368,233605..233689,233802..233829,233879..234090)	Aspergillus niger	84591111
An05g00850	CDS	An05g00850	NT_166521.1	234413	236253	D	Similarity: theORF shows similarity to several multidrug-efflux transporter homologues from different species.; Title: strong similarity to multidrug resistance transporter fnx1p - Schizosaccharomyces pombe; See PMID 9710608; uncharacterized protein	join(234413..235241,235296..235551,235614..236253)	Aspergillus niger	4980824
An05g00860	CDS	An05g00860	NT_166521.1	236482	236841	R	Remark: the ORF is questionable due to its short lenght of only 119 amino acids.; Title: questionable ORF; uncharacterized protein	complement(236482..236841)	Aspergillus niger	84591112
An05g00870	CDS	An05g00870	NT_166521.1	236876	239477	D	Function: uaY of A. nidulans codes for a transcriptional activator mediating the induction of a number of unlinked genes involved in purine utilization by binding to the consensus sequence 5'-TCGGNNNNNNCCGA-3'.; Title: strong similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; nucleus; See PMID 9218768; uncharacterized protein	join(236876..237009,237107..237731,237782..239039,239102..239211,239343..239477)	Aspergillus niger	4980826
An05g00880	CDS	An05g00880	NT_166521.1	239676	240998	R	Remark: dnaJ protein homolog; Title: strong similarity to dnaJ protein homolog Scj1 - Saccharomyces cerevisiae; See PMID 8016869; uncharacterized protein	complement(join(239676..240759,240832..240998))	Aspergillus niger	4980827
An05g00890	CDS	An05g00890	NT_166521.1	241052	241549	D	hypothetical protein	join(241052..241132,241226..241549)	Aspergillus niger	84591113
An05g00900	CDS	An05g00900	NT_166521.1	241722	244015	R	Title: strong similarity to hypothetical protein SPAC32A11.02c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(241722..243532,243580..244015))	Aspergillus niger	4980829
An05g00910	CDS	An05g00910	NT_166521.1	244731	246211	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(244731..244820,245086..245172,245744..245799,246019..246211)	Aspergillus niger	84591114
An05g00920	CDS	An05g00920	NT_166521.1	247273	248146	R	hypothetical protein	complement(join(247273..247697,247783..247794,247899..248024,248062..248146))	Aspergillus niger	84591115
An05g00930	CDS	An05g00930	NT_166521.1	248422	250585	D	Catalytic activity: NADP-dependent malate dehydrogenases convert S)-malate + NADP(+) <=> pyruvate + CO(2) + NADPH.; Function: NADP-dependent malate dehydrogenases are involved in the metabolism of pyruvate by converting malate to pyruvat.; Title: strong similarity to NADP-dependent malate dehydrogenase mdh - Homo sapiens; uncharacterized protein	join(248422..248492,248619..248725,248789..248901,248961..249039,249108..249456,249514..250585)	Aspergillus niger	4980832
An05g00940	CDS	An05g00940	NT_166521.1	251176	251683	R	hypothetical protein	complement(join(251176..251262,251312..251683))	Aspergillus niger	84591116
An05g00950	CDS	An05g00950	NT_166521.1	252147	253637	D	Remark: nadA of A. parasiticus is part of a well-defined gene cluster (not yet identified in A. niger) related to sugar utilization in A. parasiticus and is located in proximity to an aflatoxin biosynthetic pathway gene cluster.; Similarity: the ORF shows similarity to different NADH-dependent oxidoreductases with various cellular function.; Title: strong similarity to NADH oxidase nadA -Aspergillus parasiticus; See PMID 10978525; uncharacterized protein	join(252147..252212,252267..252372,252429..252848,252940..253196,253248..253637)	Aspergillus niger	4980834
An05g00960	CDS	An05g00960	NT_166521.1	254208	254853	D	Function: imp3 of S. cerevisiae is involved in pre-rRNA processing, e. g. the pre-18S rRNA, by associating with the, Mpp10.; Remark: imp3 of S. cerevisiae is identical to YHR148w, which was originally believed to be a ribosomal protein.; Similarity: the ORF shows similarity to S4-like ribosomal proteins from different species, which have a similar S4 domain, that mediates RNA binding.; Title: strong similarity to U3 small nucleolar ribonucleoprotein Imp3 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(254208..254600,254680..254853)	Aspergillus niger	4980835
An05g00970	CDS	An05g00970	NT_166521.1	255132	256283	R	Similarity: the ORF shows unspecific similarity to serine-rich proteins.; hypothetical protein	complement(255132..256283)	Aspergillus niger	4980836
An05g00980	CDS	An05g00980	NT_166521.1	257198	258318	D	Function: uaY of A. nidulans codes for a transcriptional activator mediating the induction of a number of unlinked genes involved in purine utilization by binding to the consensus sequence 5'-TCGGNNNNNNCCGA-3'.; Similarity: the ORF is similar to 56WK on the same contig.; Similarity: the ORF shows similarity to transcriptional activators, which are probable involved in control of metabolism.; Similarity: the predicted ORF is 502 amino acids shorter at the N-terminus and 163 aa shorter at the C-terminus thanor UaY of E. nidulans.; Title: similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; nucleus; See PMID 9218768; uncharacterized protein	join(257198..257299,257347..258318)	Aspergillus niger	4980837
An05g00990	CDS	An05g00990	NT_166521.1	258681	259803	D	Catalytic activity: mdh of M. fervidus catalyses malate + NAD(+) <=> oxaloacetate + NADH (EC 1. 1. 1. 37) and malate + NADP(+) = oxaloacetat + NADPH (EC 1. 1. 1. 82).; Remark: mdh of M. fervidus has a low selectivity to the coenzyme NAD(H) or NADP(H), and catalyzes the reduction of oxaloacetate to malate more efficiently than the reverse reaction.; Remark: two isozymes of malate dehydrogenase exist,one which is located in the mitochondrial matrix and the other in the cytoplasm, additionally, fungi and plants also harbor a glyoxysomal form, which functions in the glyoxylate pathway.; Similarity: the ORF shows similarity to some NAD(+)-dependent malate dehydrogenases, especially from bacteria.; Title: strong similarity to malate dehydrogenase mdh - Methanothermus fervidus; See PMID 2110059; uncharacterized protein	join(258681..259718,259783..259803)	Aspergillus niger	4980838
An05g01000	CDS	An05g01000	NT_166521.1	259993	261480	R	Similarity: the ORF shows weak similarity to SC6A11. 07c, a putative secreted nucleosidase of S. coelicolor.; Title: similarity to hypothetical protein CG12065 -Drosophila melanogaster; uncharacterized protein	complement(259993..261480)	Aspergillus niger	4980839
An05g01010	CDS	An05g01010	NT_166521.1	262077	264330	R	Catalytic activity: plb1 of P. notatum catalyzes e. g. 2-lysophosphatidylcholine + H(2)O <=> glycerophosphocholine + a fatty acid anion.; Function: phospholipase B is involved in the release of fatty acids by hydrolyzing both the acyl ester bonds of diacylphospholipids (diacyl-hydrolase) and the acyl ester bond of monoacylphospholipids or lysophospholipids.; Function: plb1 of P. notatum has intrinsic lysophospholipase and phospholipase B activities.; Title: strong similarity to lysophospholipase plb1 -Penicillium notatum; extracellular/secretion proteins; See PMID 5402; See PMID 1722456; uncharacterized protein	complement(join(262077..263265,263333..263981,264068..264088,264324..264330))	Aspergillus niger	4980840
An05g01020	CDS	An05g01020	NT_166521.1	264511	264984	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(264511..264724,264875..264984)	Aspergillus niger	84591117
An05g01030	CDS	An05g01030	NT_166521.1	265179	265961	R	Title: similarity to hypothetical protein encoded by An16g01380 - Aspergillus niger; uncharacterized protein	complement(join(265179..265448,265510..265700,265739..265961))	Aspergillus niger	4980842
An05g01040	CDS	An05g01040	NT_166521.1	266583	268206	D	Similarity: the ORF shows similarity to the putative zinc-finger transcription regulator protein SPAC821. 07c of S. pombe.; Title: similarity to hypothetical protein CAD60719.1 - Podospora anserina; uncharacterized protein	join(266583..266642,266695..266950,267045..267208,267260..267397,267451..268206)	Aspergillus niger	4980843
An05g01060	CDS	An05g01060	NT_166521.1	269027	285519	R	Function: HTS1 of C. carbonum is a cyclic peptide synthetase, which catalyses the production of HC-toxin, a cyclic tetrapeptide.; Function: HTS1 of C. carbonum is able to activate L-proline, thiosterifies L-proline, and epimerizes it to D-proline; Induction: expression of HTS1 of C. carbonum is up regulated during spore germination.; Similarity: the ORF shows strong similarity to several peptide synthetase involved in synthesis of various toxins.; Title: strong similarity to HC-toxin synthase HTS1 -Cochliobolus carbonum; See PMID 1281482; See PMID 7655067; uncharacterized protein	complement(join(269027..275998,276061..281299,281462..285519))	Aspergillus niger	4980845
An05g01070	CDS	An05g01070	NT_166521.1	286162	287178	D	Function: RTA1 of S. cerevisiae confers resistance to 7-aminocholesterol, a strong inhibitor of yeast and of Gram+-bacteria proliferation and probably improves the growth of heterologous microorganisms on media containing molasses.; Title: strong similarity to 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; See PMID 8660468; uncharacterized protein	join(286162..286496,286551..287178)	Aspergillus niger	4980846
An05g01080	CDS	An05g01080	NT_166521.1	288939	289957	R	Similarity: the ORF shows similarity to ankyrin-repeats containing proteins.; Similarity: the similarity of the ORF to AKT1 of A. thaliana is restricted to its C-terminal part, starting with amino acid 241 and concering a region, which is homologues to the ankyrin-repeat domain of AKT1 (aa 517 to 679).; Title: weak similarity to potassium channel protein AKT1 - Arabidopsis thaliana; uncharacterized protein	complement(join(288939..289681,289738..289957))	Aspergillus niger	84591118
An05g01090	CDS	An05g01090	NT_166521.1	290094	291003	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 110 amino acids.; Title: questionable ORF; uncharacterized protein	join(290094..290188,290407..290459,290819..291003)	Aspergillus niger	84591119
An05g01100	CDS	An05g01100	NT_166521.1	292800	294089	R	Function: TOXF is specifically required for HC-toxin production and pathogenicity.; Phenotype: a strain of C. carbonum with all copies of TOXF disrupted grew normally but lost HC-toxin production and pathogenicity.; Remark: the cyclic tetrapeptide HC-toxin is required for pathogenicity of the filamentous fungus Cochliobolus carbonum on maize.; Similarity: TOXF has moderate homology to many known or putative branched-chain-amino-acid transaminases from various species.; Title: strong similarity to HC-toxin biosynthesis protein TOXF - Cochliobolus carbonum; See PMID 10627051; uncharacterized protein	complement(join(292800..293024,293124..293947,294044..294089))	Aspergillus niger	4980849
An05g01110	CDS	An05g01110	NT_166521.1	294944	299913	D	Function: YCF1 is required for cadmium resistance.; Phenotype: S. cerevisiae cells harboring a deletion of the YCF1 gene are hypersensitive to cadmium compared with wild type cells.; Remark: members of the ATP binding cassette (ABC) protein superfamily transport a variety of substances across biological membranes, including drugs, ions, and peptides.; Similarity: YCF1 shows extensive homology to both the human multidrug resistance-associated protein (MRP1) and the cystic fibrosis transmembrane conductance regulator (hCFTR).; Title: strong similarity to cadmium resistance protein Ycf1 - Saccharomyces cerevisiae; See PMID 7521334; uncharacterized protein	join(294944..295162,295233..295764,295817..299913)	Aspergillus niger	4980850
An05g01120	CDS	An05g01120	NT_166521.1	301328	302990	R	Catalytic activity: TRI11 catalyzes the hydroxylation at C-15 of isotrichodermin.; Pathway: TRI11 from F. sporotrichioides is involved trichothecene biosynthesis.; Remark: trichothecenes are sesquiterpenoid toxins that act by inhibiting protein biosynthesis.; Similarity: TRI11 belongs to the cytochrome p450 family.; Title: strong similarity to hypothetical cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	complement(join(301328..302869,302940..302990))	Aspergillus niger	4980851
An05g01140	CDS	An05g01140	NT_166521.1	304588	305899	R	Title: weak similarity to hypothetical protein encoded by An14g07170 - Aspergillus niger; uncharacterized protein	complement(join(304588..305330,305367..305458,305709..305899))	Aspergillus niger	84591120
An05g01150	CDS	An05g01150	NT_166521.1	307200	308049	R	hypothetical protein	complement(join(307200..307591,307693..307995,308025..308049))	Aspergillus niger	84591121
An05g01160	CDS	An05g01160	NT_166521.1	308576	309553	D	Similarity: the ORF shows similarity to methyltransferases.; Title: weak similarity to air bubble protein gvpA-gvpD-41 from patent CN1331110-A - Unclassified organism; uncharacterized protein	join(308576..308830,308996..309335,309384..309553)	Aspergillus niger	4980855
An05g01170	CDS	An05g01170	NT_166521.1	310659	311390	D	Function: ArsH from Th. ferrooxidans is not required for arsenic resistance in E. coli.; Title: strong similarity to arsenical resistance protein ArsH - Thiobacillus ferrooxidans; See PMID 10788346; uncharacterized protein	join(310659..310937,310992..311390)	Aspergillus niger	4980856
An05g01180	CDS	An05g01180	NT_166521.1	311519	312100	R	Title: strong similarity to hypothetical protein CAD71085.1 - Neurospora crassa; uncharacterized protein	complement(join(311519..311686,311774..311872,311981..312100))	Aspergillus niger	4980857
An05g01190	CDS	An05g01190	NT_166521.1	312250	312432	R	Title: questionable ORF; uncharacterized protein	complement(join(312250..312371,312417..312432))	Aspergillus niger	84591122
An05g01200	CDS	An05g01200	NT_166521.1	312980	314685	D	Catalytic activity: salicylate + NADH + O(2) = catechol + NAD(+) + H(2)O + CO(2).; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Title: similarity to salicylate hydroxylase nahG -Pseudomonas putida; See PMID 1993181; uncharacterized protein	join(312980..313160,313395..313600,313650..313919,313972..314104,314153..314203,314329..314537,314587..314685)	Aspergillus niger	4980859
An05g01210	CDS	An05g01210	NT_166521.1	314941	315887	R	Function: biosynthesis of phosphatidic acid through the dihydroxyacetone phosphate pathway requires NADPH-dependent reduction of the intermediate 1-acyldihydroxyacetone phosphate by Ayr1p.; Localization: Ayr1p is a major component of lipid particles and is also found in the endoplasmic reticulum.; Pathway: Ayr1p is involved in phosphatidic acid biosynthesis.; Title: strong similarity to 1-acyldihydroxyacetone-phosphate reductase Ayr1 -Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 10617610; uncharacterized protein	complement(join(314941..314985,315036..315382,315452..315887))	Aspergillus niger	4980860
An05g01220	CDS	An05g01220	NT_166521.1	316753	317556	R	Title: similarity to hypothetical protein encoded by An06g00680 - Aspergillus niger; uncharacterized protein	complement(join(316753..317402,317478..317556))	Aspergillus niger	84591123
An05g01230	CDS	An05g01230	NT_166521.1	317913	319260	R	hypothetical protein	complement(join(317913..317947,318072..318232,318389..318589,318668..319260))	Aspergillus niger	84591124
An05g01240	CDS	An05g01240	NT_166521.1	319911	320655	R	hypothetical protein	complement(join(319911..320269,320472..320655))	Aspergillus niger	84591125
An05g01250	CDS	An05g01250	NT_166521.1	321293	322425	R	Title: weak similarity to protein fragment SEQ ID NO:23867 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(321293..321401,321431..322425))	Aspergillus niger	84591126
An05g01260	CDS	An05g01260	NT_166521.1	322982	324259	R	Title: similarity to hypothetical protein encoded by An05g01250 - Aspergillus niger; uncharacterized protein	complement(join(322982..323114,323202..324259))	Aspergillus niger	84591127
An05g01270	CDS	An05g01270	NT_166521.1	325014	326272	R	Remark: antibodies against GOR are present in individuals with hepatitis C (non-A, non-B hepatitis).; Title: weak similarity to recombinant antigen GOR -Pan troglodytes; See PMID 1701012; uncharacterized protein	complement(join(325014..325177,325297..326272))	Aspergillus niger	4980866
An05g01280	CDS	An05g01280	NT_166521.1	326885	327756	R	hypothetical protein	complement(join(326885..327184,327221..327374,327743..327756))	Aspergillus niger	84591128
An05g01290	CDS	An05g01290	NT_166521.1	328728	330412	R	Function: HXT3 can confer growth on medium containing at least 1% glucose.; Induction: HXT3 is maximally expressed after entry into stationary phase.; Title: strong similarity to hexose transporter Hxt3 - Saccharomyces cerevisiae; plasma membrane; See PMID 8417358; uncharacterized protein	complement(join(328728..329381,329438..330412))	Aspergillus niger	4980868
An05g01300	CDS	An05g01300	NT_166521.1	330813	332157	D	Title: weak similarity to site specific integrase from patent WO9419460-A - bacteriophage phi LC3; uncharacterized protein	join(330813..330932,331050..331123,331274..331387,331478..331690,331767..332157)	Aspergillus niger	84591129
An05g01310	CDS	An05g01310	NT_166521.1	334057	334279	R	hypothetical protein	complement(join(334057..334184,334216..334279))	Aspergillus niger	84591130
An05g01320	CDS	An05g01320	NT_166521.1	335134	336408	D	Function: man1 plays a role in fructose and mannose metabolism.; Title: strong similarity to mannase man1 -Aspergillus aculeatus; See PMID 7987261; uncharacterized protein	join(335134..335857,335921..336049,336110..336408)	Aspergillus niger	4980871
An05g01330	CDS	An05g01330	NT_166521.1	336697	337845	R	Title: weak similarity to hypothetical protein CC0892 - Caulobacter crescentus; uncharacterized protein	complement(join(336697..337218,337285..337845))	Aspergillus niger	4980872
An05g01340	CDS	An05g01340	NT_166521.1	338485	340137	D	Title: weak similarity to regulator protein Arg81 -Saccharomyces cerevisiae; uncharacterized protein	338485..340137	Aspergillus niger	4980873
An05g01350	CDS	An05g01350	NT_166521.1	340513	341824	D	hypothetical protein	join(340513..341255,341308..341824)	Aspergillus niger	4980874
An05g01360	CDS	An05g01360	NT_166521.1	343107	344441	R	Title: weak similarity to zinc binuclear cluster protein sequence #105 from patent WO200224865-A2 -Unclassified organism; uncharacterized protein	complement(join(343107..344040,344123..344319,344394..344441))	Aspergillus niger	4980875
An05g01370	CDS	An05g01370	NT_166521.1	344797	345275	R	hypothetical protein	complement(join(344797..344905,344968..345275))	Aspergillus niger	4980876
An05g01380	CDS	An05g01380	NT_166521.1	345538	346491	R	Function: linX is involved in the degradation of gamma-hexachlorocyclohexane in Pseudomonas paucimobilis.; Similarity: linX show homology to members of the short-chain alcohol dehydrogenase family.; Title: strong similarity to 2,5-dichloro-2,5-cyclohexadiene-1,4-diol dehydrogenase linX - Sphingomonas paucimobilis; See PMID 7515041; uncharacterized protein	complement(join(345538..345558,345688..346491))	Aspergillus niger	4980877
An05g01390	CDS	An05g01390	NT_166521.1	346627	347255	R	hypothetical protein	complement(join(346627..346712,346797..346964,347008..347113,347235..347255))	Aspergillus niger	84591131
An05g01400	CDS	An05g01400	NT_166521.1	347295	347789	D	Title: strong similarity to hypothetical protein encoded by An08g03760 - Aspergillus niger; uncharacterized protein	347295..347789	Aspergillus niger	4980879
An05g01410	CDS	An05g01410	NT_166521.1	348510	350541	R	Catalytic activity: ACX2 of A. thaliana is active with long-chain acyl-CoAs; maximal activity with C18-CoA.; Localization: ACX2 of A. thaliana contains a peroxisomal targeting signal and, according to other known homologues, probably is located in the peroxisome.; Pathway: fatty acid beta-oxidation.; Title: similarity to acyl-CoA oxidase ACX2 -Arabidopsis thaliana; See PMID 10571860; uncharacterized protein	complement(join(348510..349036,349096..349150,349205..349727,349782..349931,349986..350105,350157..350355,350400..350541))	Aspergillus niger	4980880
An05g01420	CDS	An05g01420	NT_166521.1	351415	352700	D	Title: weak similarity to hypothetical protein encoded by An08g08120 - Aspergillus niger; uncharacterized protein	join(351415..351431,351496..351769,351921..351961,352138..352209,352411..352524,352640..352700)	Aspergillus niger	84591132
An05g01430	CDS	An05g01430	NT_166521.1	353015	353822	D	Function: motA of E. coli is required for flagellar rotation.; Title: weak similarity to chemotaxis protein motA -Escherichia coli; See PMID 6090403; uncharacterized protein	join(353015..353027,353078..353277,353350..353603,353642..353822)	Aspergillus niger	84591133
An05g01440	CDS	An05g01440	NT_166521.1	354441	356109	R	Function: in A. niger GABA is used as a nitrogen source.; Induction: transcription of the gabA gene of A. nidulans is activated by the transcriptionfactor IntA.; Repression: transcription of the gabA gene of A. nidulans is repressed by the zinc finger transcription factor PacC.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; plasma membrane; See PMID 10320578; uncharacterized protein	complement(join(354441..355231,355279..355739,355789..355919,355954..356109))	Aspergillus niger	4980883
An05g01450	CDS	An05g01450	NT_166521.1	357302	358448	R	Catalytic activity: 2-nitropropane dioxygenase of N. crassa catalyzes the oxidation of nitroalkanes to produce the corresponding carbonyl compounds; the preferred substrate is 2-nitropropane; the reaction stoichiometry is 2CH3CH(NO2)CH3 + O2 --> 2CH3COCH3 + 2HNO2.; Catalytic activity: nitroethane and 1-nitropropane can act as donors, more slowly.; Complex: the Neurospora enzyme contains flavin mononucleotide as a prosthetic group.; Title: strong similarity to 2-nitropropane dioxygenase ncd-2 - Neurospora crassa; See PMID 9501443; uncharacterized protein	complement(join(357302..357355,357429..358448))	Aspergillus niger	4980884
An05g01460	CDS	An05g01460	NT_166521.1	358811	359585	R	hypothetical protein	complement(join(358811..358945,359119..359230,359425..359585))	Aspergillus niger	84591134
An05g01470	CDS	An05g01470	NT_166521.1	359735	360758	D	Similarity: a local weak similarity to a putative malate oxidoreductase of A. thaliana cannot be considered significant due to length difference and absence of any structural domain compatible with oxydoreductase activity in the predicted ORF.; Title: similarity to hypothetical protein encoded by An13g01730 - Aspergillus niger; uncharacterized protein	join(359735..359902,359952..360758)	Aspergillus niger	84591135
An05g01480	CDS	An05g01480	NT_166521.1	361155	362611	D	Similarity: the predicted ORF shows similarity also to bem46 of S. pombe, annotated as supressor of bem1/bud5,but without published characterization.; Title: similarity to Kidney injury associated molecule HW073 from patent WO9853071-A1 - Rattus sp.; uncharacterized protein	join(361155..362259,362299..362478,362598..362611)	Aspergillus niger	84591136
An05g01490	CDS	An05g01490	NT_166521.1	362689	363074	R	Title: strong similarity to hypothetical protein PA3762 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(362689..362743,362797..363074))	Aspergillus niger	4980888
An05g01500	CDS	An05g01500	NT_166521.1	363519	365178	R	Function: CYHR of C. maltosa confers resistance to cycloheximide.; Function: multidrug transporters are membrane proteins which, by an unknown mechanism, recognize diverse toxic compounds and efflux them from cells.; Localization: CYHR of C. maltosa is an integral membrane protein.; Remark: the predicted protein also shows strong similarity to a protein involved in cephalosporin C biosynthesis of Acremonium chrysogenum (Patent JP09009966-A), which is only poorly described.; Similarity: CYHR of C. maltosa belongs to the car1/cyhr subfamily.; Similarity: CYHR of C. maltosa belongs to the multidrudrug resistance family.; Title: strong similarity to cyclohexamide resistance protein CYHR - Candida maltosa; plasma membrane; See PMID 1628836; uncharacterized protein	complement(join(363519..363593,363647..364175,364230..365011,365071..365178))	Aspergillus niger	4980889
An05g01510	CDS	An05g01510	NT_166521.1	365627	365773	R	Title: questionable ORF; uncharacterized protein	complement(365627..365773)	Aspergillus niger	84591137
An05g01520	CDS	An05g01520	NT_166521.1	366246	366866	R	Title: similarity to hypothetical conserved protein aq_1250 - Aquifex aeolicus; uncharacterized protein	complement(366246..366866)	Aspergillus niger	4980891
An05g01530	CDS	An05g01530	NT_166521.1	367221	367497	D	Title: questionable ORF; uncharacterized protein	join(367221..367335,367433..367497)	Aspergillus niger	84591138
An05g01550	CDS	An05g01550	NT_166521.1	367953	368757	D	Remark: the ORF has an unusual exon/intron structure for A. niger.; hypothetical protein	join(367953..367970,368022..368238,368342..368456,368724..368757)	Aspergillus niger	84591139
An05g01560	CDS	An05g01560	NT_166521.1	369157	370062	D	Function: 2,3-Dihydro-2,3-dihydroxybiphenyl-2,3-dehydrogenase (B2,3D) catalyzes the second step in the biphenyl degradation pathway in C. testosteroni.; Similarity: SDR is a very large family of enzymes,most of which are known to be NAD- or NADP-dependent oxidoreductases with different specificities.; Similarity: the predicted ORF shows strong similarity to several hypothetical and described members of the short chain dehydrogenase (SDR) protein family.; Title: similarity to 2,3-dihydro-2,3-dihydroxybiphenyl-2,3-dehydrogenase bphB - Comamonas testosteroni; See PMID 8702262; uncharacterized protein	369157..370062	Aspergillus niger	4980895
An05g01580	CDS	An05g01580	NT_166521.1	370802	371482	D	Title: weak similarity to hypothetical sensor protein XF2535 - Xylella fastidiosa; uncharacterized protein	join(370802..370856,370933..371083,371182..371482)	Aspergillus niger	84591140
An05g01590	CDS	An05g01590	NT_166521.1	372088	373303	D	Similarity: weak local similarity to proteins with completely different length.; hypothetical protein	join(372088..372090,372223..372550,372780..372973,373049..373303)	Aspergillus niger	84591141
An05g01600	CDS	An05g01600	NT_166521.1	374167	376538	R	Similarity: the N-terminal region of the predicted ORF contains a fungal Zn(2)-Cys(6) binuclear cluster domain, a cysteine-rich region that binds DNA, and is found in many fungal transcriptional activators.; Similarity: the predicted ORF shows similarity to several putative transcription factors.; Title: similarity to transcription activator Cha4 -Saccharomyces cerevisiae; See PMID 8889513; See PMID 8967907; uncharacterized protein	complement(join(374167..375522,375580..375630,375722..375877,375961..376348,376438..376538))	Aspergillus niger	4980899
An05g01610	CDS	An05g01610	NT_166521.1	377000	379684	D	Function: zeaxanthin epoxidase of N. plumbaginifolia is involved in the biosynthesis of the plant hormone abscisic acid.; Remark: closest manual BLASTP homologue: PIR:S69548.; Similarity: the C-terminal part of the predicted protein shows no similarity.; Similarity: the predicted ORF shows strong similarity to many hypothetical and known monooxygenases.; Title: similarity to zeaxanthin epoxidase precursor ABA2 - Nicotiana plumbaginifolia; See PMID 8665840; See PMID 1444267; uncharacterized protein	join(377000..377301,377364..377638,377705..378075,378131..378885,378946..379684)	Aspergillus niger	4980900
An05g01620	CDS	An05g01620	NT_166521.1	381733	384623	R	Function: the homolog Podospora anserina het-e gene is involved in vegetative incompatibility. co-expression of antagonistic alleles of het-e and het-c triggers a cell death reaction that prevents the formation of viable heterokaryons between strains that contain incompatible combinations of het-c and het-e alleles.; Title: strong similarity to beta transducin-like protein het-e1 - Podospora anserina; uncharacterized protein	complement(join(<381733..383544,383630..>384623))	Aspergillus niger	10098144
An05g01640	CDS	An05g01640	NT_166521.1	385631	386800	R	Title: strong similarity to hypothetical protein sll1376 - Synechocystis sp.; uncharacterized protein	complement(385631..386800)	Aspergillus niger	4980903
An05g01650	CDS	An05g01650	NT_166521.1	388598	390030	R	Function: the A. terreus homolog LovD encodes a transesterase enzyme that catalyzes attachment of the 2-methylbutyric acid to monacolin J in the final step of the synthesis of lovastatin, an HMG-CoA reductase inhibitor.; Title: strong similarity to transesterase lovD from patent WO200037629-A2 - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(388598..388741,388796..389296,389360..389540,389602..389920,389997..390030))	Aspergillus niger	4980904
An05g01660	CDS	An05g01660	NT_166521.1	391434	395988	R	Function: the S. cerevisiae homolog gene PDR5 encodes a membrane protein of the ATP-binding-cassette (ABC) superfamily, which is functioning as a drug extrusion pump with multiple pleiotropic substrates.; Induction: expression of S. cerevisiae Pdr5p is regulated by the pleiotropic drug resistance (PDR) network. transcriptional regulator are Pdr1p, Pdr3p, Pdr7p, and Pdr9p, which also control transcription of several other target genes, many of them also ABC transporter proteins like SNQ2, STE6, PDR10, PDR11 and YOR1.; Title: strong similarity to pleiotropic drug resistance protein Pdr5 - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	complement(join(391434..395233,395301..395988))	Aspergillus niger	4980905
An05g01670	CDS	An05g01670	NT_166521.1	396262	397669	R	hypothetical protein	complement(join(396262..396365,396547..396922,397005..397108,397152..397325,397425..397498,397566..397669))	Aspergillus niger	84591142
An05g01680	CDS	An05g01680	NT_166521.1	398024	400051	D	Title: similarity to hypothetical transcription regulator SPAC11D3.07c - Schizosaccharomyces pombe; uncharacterized protein	join(398024..398381,398436..398914,398968..399143,399199..399771,399826..400051)	Aspergillus niger	4980907
An05g01700	CDS	An05g01700	NT_166521.1	401256	406521	R	Function: the homolog yeast cadmium factor Ycf1p is a vacuolar ATP binding cassette (ABC) transporter required for heavy metal and drug detoxification.; Similarity: S. cerevisiae Ycf1p is strongly related to the human multidrug-associated protein (MRP1) and cystic fibrosis transmembrane conductance regulator (CFTR).; Title: strong similarity to cadmium resistance protein Ycf1 - Saccharomyces cerevisiae; vacuole; uncharacterized protein	complement(join(401256..401305,401409..401553,401719..402262,402313..402393,402444..403062,403110..403297,403344..403836,403890..404052,404099..404835,404889..405122,405168..405447,405500..406239,406308..406521))	Aspergillus niger	4980909
An05g01710	CDS	An05g01710	NT_166521.1	407146	407962	R	Title: weak similarity to hypothetical protein CAD21295.1 - Neurospora crassa; uncharacterized protein	complement(join(407146..407421,407480..407962))	Aspergillus niger	4980910
An05g01720	CDS	An05g01720	NT_166521.1	408479	409491	R	Title: similarity to hypothetical protein CAD21295.1 - Neurospora crassa; uncharacterized protein	complement(join(408479..409155,409206..409491))	Aspergillus niger	4980911
An05g01730	CDS	An05g01730	NT_166521.1	409957	410334	D	hypothetical protein	join(409957..410035,410099..410334)	Aspergillus niger	4980912
An05g01740	CDS	An05g01740	NT_166521.1	410392	412375	R	Function: the S. cerevisiae homolog Put4p is a high affinity proline permease, that also transports alanine and glycine.; Localization: S. cerevisiae Put4p is predominantly localized in an internal storage compartment. under nitrogen limited growth conditions, Put4p sorting is redirected to the cell surface.; Title: strong similarity to proline transporter Put4 - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	complement(join(410392..410526,410605..410728,410779..410890,410941..412117,412190..412375))	Aspergillus niger	4980913
An05g01750	CDS	An05g01750	NT_166521.1	413342	414568	R	Complex: S. cerevisiae Hoc1p is a subunit of the Anp1p-Hoc1p-Mnn11p-Mnn9p mannosyltransferase complex.; Function: the S. cerevisiae homolog Hoc1p is a Golgi localized mannosyltransferase involved in cell wall integrity.; Golgi; Title: strong similarity to alpha-1,6-mannosyltransferase Hoc1 - Saccharomyces cerevisiae; uncharacterized protein	complement(413342..414568)	Aspergillus niger	4980914
An05g01760	CDS	An05g01760	NT_166521.1	414969	416607	D	Function: the C. gloeosporioides homolog CHIP3 is potentially involved in differentiation into the infection structure appressorium.; Induction: C. gloeosporioides CHIP3 is induced by a 2-h hard-surface contact.; Title: similarity to hard surface induced protein 3 chip3 - Glomerella cingulata; uncharacterized protein	join(414969..414990,415124..416607)	Aspergillus niger	4980915
An05g01770	CDS	An05g01770	NT_166521.1	417143	418459	D	hypothetical protein	417143..418459	Aspergillus niger	4980916
An05g01780	CDS	An05g01780	NT_166521.1	421355	423454	D	Title: similarity to hypothetical protein SA1981 -Staphylococcus aureus; uncharacterized protein	join(421355..421883,421950..422032,422090..422778,422849..423314,423404..423454)	Aspergillus niger	4980917
An05g01790	CDS	An05g01790	NT_166521.1	423812	423933	D	hypothetical protein	join(423812..423818,423881..423933)	Aspergillus niger	84591143
An05g01800	CDS	An05g01800	NT_166521.1	424929	426832	D	hypothetical protein	join(424929..425151,425289..426832)	Aspergillus niger	4980919
An05g01810	CDS	An05g01810	NT_166521.1	427122	428189	R	Catalytic activity: 2 2-nitropropane + O(2) <=> 2 acetone + 2 nitrite.; Function: the N. crassa homolog ncd-2 is a 2-nitropropane dioxygenase that catalyzes the oxidation of nitroalkanes to produce the corresponding carbonyl compounds.; Remark: the homolog N. crassa ncd-2 contains flavin mononucleotide as a prosthetic group.; Title: strong similarity to 2-nitropropane dioxygenase precursor ncd-2 - Neurospora crassa; uncharacterized protein	complement(427122..428189)	Aspergillus niger	4980920
An05g01820	CDS	An05g01820	NT_166521.1	428614	429015	R	Title: strong similarity to hypothetical protein yphH - Lactococcus lactis; uncharacterized protein	complement(428614..429015)	Aspergillus niger	4980921
An05g01830	CDS	An05g01830	NT_166521.1	429604	431244	R	Title: strong similarity to transcription repressor Rdr1 - Saccharomyces cerevisiae; uncharacterized protein	complement(429604..431244)	Aspergillus niger	4980922
An05g01840	CDS	An05g01840	NT_166521.1	431964	433726	R	Function: the S. cerevisiae homolog Tpo1p is a polyamine transport protein on the vacuolar membrane. Tpo1p regulates cytoplasmic concentration of polyamines and therefore mediates cell resistance by transport into the vacolar lumen.; Title: strong similarity to vacuolar polyamine transporter Tpo1p from patent WO200107592-A2 -Saccharomyces cerevisiae; vacuole; uncharacterized protein	complement(join(431964..432174,432227..432358,432412..433398,433456..433604,433673..433726))	Aspergillus niger	4980923
An05g01850	CDS	An05g01850	NT_166521.1	434526	436008	D	Function: monocarboxylate transporter are involved in the transport of e. g. lactate and pyruvate.; Title: similarity to monocarboxylate transporter MCT2 - Homo sapiens; uncharacterized protein	join(434526..434647,434709..436008)	Aspergillus niger	4980924
An05g01860	CDS	An05g01860	NT_166521.1	436693	438655	D	Remark: the S. cerevisiae homolog orf Z37509 is located in the 3' non-coding region of MEL3-MEL10 genes and is most likely not expressed efficiently if at all.; Similarity: the ORF shows similarity to the superfamily of amidases.; Title: strong similarity to hypothetical amidase Z37509 - Saccharomyces cerevisiae; uncharacterized protein	join(436693..438103,438156..438655)	Aspergillus niger	4980925
An05g01870	CDS	An05g01870	NT_166521.1	439090	440748	D	Function: the C. albicans homolog CPY encodes the vacuolar serine proteinase carboxypeptidase y. carboxypeptdiase y is synthesized as a precursor form that is processed in the vacuolar lumen. CPY exhibits the major vacuolar proteolytic activity.; Title: strong similarity to carboxypeptidase y CPY -Candida albicans; vacuole; uncharacterized protein	join(439090..439659,439706..440066,440132..440604,440674..440748)	Aspergillus niger	4980926
An05g01880	CDS	An05g01880	NT_166521.1	442254	443565	D	Similarity: the ORF shows strong similarity to expressed sequence tag an_0938 from Aspergillus niger.; Title: strong similarity to hypothetical chloroperoxidase cpo - Agaricus bisporus; uncharacterized protein	join(442254..442373,442433..442563,442621..442643,442694..442860,442992..443214,443289..443422,443479..443565)	Aspergillus niger	4980927
An05g01890	CDS	An05g01890	NT_166521.1	443884	445405	R	Similarity: the ORF shows similarity to mRNA sequence of cDNA clone 3067 of A. niger. The ORF sequence deviates in several positions from the sequence of the genomic DNA.; Title: strong similarity to hypothetical protein related to host-specific AK-toxin Akt2 B23L21.350 -Neurospora crassa; uncharacterized protein	complement(join(443884..444789,444823..444974,445009..445141,445211..445405))	Aspergillus niger	4980928
An05g01900	CDS	An05g01900	NT_166521.1	446359	447820	R	Remark: similarity is exclusively due to DSD repeats.; Title: weak similarity to fibrinogen-binding protein clfA - Staphylococcus aureus; uncharacterized protein	complement(join(446359..446603,446679..446966,447017..447294,447451..447638,447779..447820))	Aspergillus niger	84591144
An05g01910	CDS	An05g01910	NT_166521.1	448320	449684	R	Title: strong similarity to hypothetical protein encoded by An05g01900 - Aspergillus niger; uncharacterized protein	complement(join(448320..448813,448880..449570,449637..449684))	Aspergillus niger	84591145
An05g01920	CDS	An05g01920	NT_166521.1	449792	451429	D	hypothetical protein	join(449792..449808,449851..450003,450187..450275,450329..450372,450464..450585,450679..450747,450932..451119,451293..451429)	Aspergillus niger	84591146
An05g01930	CDS	An05g01930	NT_166521.1	451492	451936	R	hypothetical protein	complement(join(451492..451836,451886..451936))	Aspergillus niger	84591147
An05g01940	CDS	An05g01940	NT_166521.1	451991	452722	D	Title: similarity to hypothetical protein CAG74385.1 - Erwinia carotovora; uncharacterized protein	join(451991..452107,452179..452248,452304..452722)	Aspergillus niger	84591148
An05g01960	CDS	An05g01960	NT_166521.1	453666	454655	R	Title: similarity to hypothetical protein BAB49283.1 - Mesorhizobium loti; uncharacterized protein	complement(join(453666..453923,453987..454655))	Aspergillus niger	4980935
An05g01980	CDS	An05g01980	NT_166521.1	457291	460257	R	Function: Tto1 can transpose autonomously through reverse transcription.; Remark: Tto1 is one of the few active retrotransposons of plants.; Remark: a putative point mutation results in a premature STOP-codon.; Title: similarity to retrotransposon Tto1 -Nicotiana tabacum [putative sequencing error]; putative sequencing error; See PMID 8624443; uncharacterized protein	complement(457291..>460257)	Aspergillus niger	10098146
An05g02000	CDS	An05g02000	NT_166521.1	461140	462695	R	Catalytic activity: L-Threonine + NAD+ = L-2-Amino-3-oxobutanoate + NADH.; Pathway: Glycine, serine and threonine metabolism.; Remark: contains Pfam alcohol dehydrogenase zinc domain from aa residue 13 to 320.; Similarity: similarity to various pro- and eukaryotic dehydrogenases (EC 1. 1. 1. -) generally involved in carbohydrate metabolism.; Title: strong similarity to L-threonine 3-dehydrogenase tdh - Escherichia coli; uncharacterized protein	complement(join(461140..461169,461316..461338,461683..462436,462486..462554,462606..462695))	Aspergillus niger	4980937
An05g02010	CDS	An05g02010	NT_166521.1	463630	465470	R	Function: the SUT1 protein from P. stipitis mediates glucose uptake.; Localization: integral membrane protein (by similarity).; Similarity: belongs to the sugar transporter family.; Title: strong similarity to sugar transporter Sut1 -Pichia stipitis; plasma membrane; uncharacterized protein	complement(join(463630..464027,464088..464668,464713..464950,464989..465283,465333..465470))	Aspergillus niger	4980938
An05g02020	CDS	An05g02020	NT_166521.1	465853	467818	D	Similarity: contains Pfam Zn(2)-Cys(6) binuclear cluster domain from aa 24 to 62.; Similarity: similarities correspond to multiple cysteine and arginine repeats.; Title: weak similarity to negative acting factor naf - Fusarium solani; See PMID 7744822; See PMID 9139694; uncharacterized protein	join(465853..465929,465986..466682,466874..467531,467622..467818)	Aspergillus niger	4980939
An05g02030	CDS	An05g02030	NT_166521.1	468369	469428	R	Catalytic activity: A 1,4-lactone + H(2)O <=> a 4-hydroxyacid.; Function: lactonohydrolases catalyse the hydrolysis of lactone compounds to hydroxy acids.; Title: strong similarity to lactonohydrolase from patent WO200028043-A2 - Fusarium venenatum; uncharacterized protein	complement(join(468369..468675,468731..469428))	Aspergillus niger	4980940
An05g02040	CDS	An05g02040	NT_166521.1	469671	470640	D	Catalytic activity: d-fructose 1,6-bisphosphate = glycerone-phosphate + d-glyceraldehyde 3-phosphate.; Cofactor: zinc (by similarity).; Pathway: sixth step in glycolysis.; Similarity: no similatity in N-terminus.; Similarity: the S. aureus Alf1 gene product belongs to class II fructose-bisphosphate aldolase family.; Title: strong similarity to fructose-bisphosphate aldolase Alf1 from patent WO200012678-A2 - Staphylococcus aureus; uncharacterized protein	join(469671..469721,469909..470306,470370..470640)	Aspergillus niger	4980941
An05g02050	CDS	An05g02050	NT_166521.1	470885	471748	R	Catalytic activity: (3R)-3-hydroxyacyl-[acyl-carrier protein] + NADP + = 3-oxoacyl-[acyl-carrier protein] + NADPH.; Pathway: fatty acid biosynthesis.; Title: strong similarity to 3-oxoacyl-(acyl-carrier-protein) reductase srb - Bacillus subtilis; uncharacterized protein	complement(join(470885..471347,471402..471748))	Aspergillus niger	4980942
An05g02060	CDS	An05g02060	NT_166521.1	472038	473189	D	Catalytic activity: R-CHOH-R' + NADP(+) <=> R-CO-R' + NADPH.; Function: catalyzes the reduction of ethyl 4-chloro-3-oxobutanoate (COBE) to ethyl (S)-4-chloro-3-hydroxybutanoate (CHBE), with a 100% enantiomeric excess.; Similarity: the C. magnoliae carbonyl reductase is also patented (patent WO9835025-A1) for its use to provide for sufficient production of optically active 3-hydroxybutanoate esters for use as synthetic intermediates for pharmaceuticals.; Title: strong similarity to carbonyl reductase (NADPH) S1 - Candida magnoliae; See PMID 10945260; uncharacterized protein	join(472038..472119,472170..472591,472643..472943,473143..473189)	Aspergillus niger	4980943
An05g02070	CDS	An05g02070	NT_166521.1	473452	474583	R	Catalytic activity: alcohol + NADP(+) = aldehyde + NADPH.; Function: the R. norvegicus ALR protein catalyzes the NADPH-dependent reduction of 3-deoxyglucosone (3-dg).; Similarity: belongs to the aldo/keto reductase family.; Title: strong similarity to aldehydereductase ALR -Rattus norvegicus [putative frameshift]; putative frameshift; See PMID 8500767; uncharacterized protein	complement(join(<473452..473913,473971..474583))	Aspergillus niger	4980944
An05g02080	CDS	An05g02080	NT_166521.1	475422	476780	R	hypothetical protein	complement(join(475422..475893,475957..476074,476307..476505,476562..476780))	Aspergillus niger	4980945
An05g02090	CDS	An05g02090	NT_166521.1	477484	478458	R	Similarity: similarity is restricted to the central region of retrotransposable element tf2 of S. pombe,containing a Pfam-domain of Reverse transcriptase .; Similarity: the retrotransposable element tf2 of S. pombe has regional similarity to protease, reverse transcriptase, RNAse H and integrase from other retrotransposons and retroviruses.; Title: similarity to retrotransposable element tf2 155 kd protein - Schizosaccharomyces pombe; See PMID 8396547; uncharacterized protein	complement(477484..478458)	Aspergillus niger	84591149
An05g02100	CDS	amyA	NT_166521.1	479879	481919	D	Catalytic activity: endohydrolysis of 1,4-alpha-D-glucosidic linkages in polysaccharides containing three or more 1,4-alpha-linked D-glucose units.; Gene-ID: amyA;amyB; Pathway: glycogen/starch degradation.; Remark: a nearly identical match (even on DNA level) was found to ORF An12g06930.; Similarity: the nucleotide sequences of amyA and amyB from A. niger are identical throughout all but the last few nucleotides of their respective coding regions.; See PMID 2340591; extracellular alpha-amylase amyA/amyB-Aspergillus niger	join(479879..480043,480099..480137,480223..480338,480408..480516,480585..480813,480872..481034,481100..481246,481312..481552,481632..481919)	Aspergillus niger	4980947
An05g02110	CDS	An05g02110	NT_166521.1	482156	484033	D	Similarity: the ORF shows similarity to plasmid NA2 DNA encoding neutral alpha-amylase patent WO8901969-A -Aspergillus niger. The homologous sequence includes preregion, promoter and upstream activating sequences.; Title: strong similarity to hypothetical protein encoded by An12g06940 - Aspergillus niger; uncharacterized protein	join(482156..482278,482546..484033)	Aspergillus niger	4980948
An05g02120	CDS	An05g02120	NT_166521.1	484327	485633	D	Similarity: the ORF shows strong similarity to expressed sequence tag SEQ ID no. 7357 patent WO200056762-A2 of A. oryzae.; Title: strong similarity to hypothetical protein encoded by An12g06960 - Aspergillus niger; uncharacterized protein	join(484327..484735,484795..485114,485166..485633)	Aspergillus niger	4980949
An05g02130	CDS	An05g02130	NT_166521.1	486024	486923	R	Title: similarity to heat shock protein 40 DnaJ -Methanosarcina thermophila; See PMID 10570966; uncharacterized protein	complement(join(486024..486581,486663..486923))	Aspergillus niger	10098139
An05g02140	CDS	An05g02140	NT_166521.1	487100	488048	R	Title: strong similarity to hypothetical protein encoded by An12g06610 - Aspergillus niger; uncharacterized protein	complement(join(487100..487585,487635..488048))	Aspergillus niger	10098140
An05g02150	CDS	An05g02150	NT_166521.1	489184	489580	D	hypothetical protein	join(489184..489409,489501..489580)	Aspergillus niger	84591150
An05g02160	CDS	An05g02160	NT_166521.1	489668	492042	R	Title: weak similarity to hypothetical myb-related protein 1 - Petunia hybrida; uncharacterized protein	complement(join(489668..489770,489947..490014,490122..490226,490293..490396,490648..490721,491014..491202,491299..491454,491585..491749,491984..492042))	Aspergillus niger	84591151
An05g02170	CDS	An05g02170	NT_166521.1	492273	494080	D	Catalytic activity: release of a C-terminal amino acid with a broad specificity.; Function: catalyzes also peptide synthesis.; Function: removes any amino acid from the c-terminus of a long peptide, digests preferentially peptides containing a positively charged residue in P1' position, as well as arginine, lysine or phenylalanine in P1 position of ester substrate.; Induction: in the following growth conditions: acidic ph, absence of nitrogen or carbon source.; Regulation: inhibited by Dfp, and Hg(Cl)2.; Similarity: belongs to peptidase family S10; also known as the serine carboxypeptidase family.; Title: strong similarity to serine-type carboxypeptidase F CPD-II - Aspergillus niger; vacuole; uncharacterized protein	join(492273..492462,492523..492808,492884..493110,493188..494080)	Aspergillus niger	4980954
An05g02180	CDS	An05g02180	NT_166521.1	494446	494675	D	hypothetical protein	join(494446..494495,494528..494675)	Aspergillus niger	84591152
An05g02190	CDS	An05g02190	NT_166521.1	495504	497515	D	Function: isopenicillin N epimerase of S. clavuligerus catalyses the reversible isomerisation between isopenicillin and penicillin N.; Remark: the ORF is longer than cefD of S. clavuligerus (486 compared to 397 amino acids).; Similarity: the ORF shows similarity to members of the (pyridoxal-phosphate-dependent) aminotransferase family.; Title: similarity to isopenicillin N epimerase cefD - Streptomyces clavuligerus; uncharacterized protein	join(495504..495512,495625..495688,495985..496110,496186..496777,496846..497515)	Aspergillus niger	4980956
An05g02200	CDS	An05g02200	NT_166521.1	497734	499077	R	Function: M. musculus kinesin KIF21B is a microtubule-dependent motor protein for transport of essential cellular components along dendritic microtubules.; Similarity: similarity is restricted to N-terminus.; Title: similarity to kinesin Kif21b - Mus musculus; cytoskeleton; See PMID 10225949; uncharacterized protein	complement(497734..499077)	Aspergillus niger	4980957
An05g02210	CDS	An05g02210	NT_166521.1	499726	500928	R	Function: the PA45 gene product of the T. cruzi is a co-factor-independent proline racemase, the active site is necessary for mitogenic activity.; Title: strong similarity to B-cell mitogen precursor PA45 - Trypanosoma cruzi; See PMID 10932226; uncharacterized protein	complement(499726..500928)	Aspergillus niger	4980958
An05g02220	CDS	An05g02220	NT_166521.1	501259	502173	R	Catalytic activity: (S)-2-Haloacid + H2O = (R)-2-Hydroxyacid + Halide.; Function: catalyzes hydrolytic cleavage of halogen-carbon bonds of C2-halogenated alkanoic acids to yield 2-hydroxy or 2-oxo acids.; Title: similarity to 2-haloacid dehalogenase -Pseudomonas putida; See PMID 7764511; uncharacterized protein	complement(join(501259..501940,502115..502173))	Aspergillus niger	4980959
An05g02230	CDS	An05g02230	NT_166521.1	502410	504183	R	Title: strong similarity to hypothetical protein PA1259 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(502410..503713,503778..504183))	Aspergillus niger	4980960
An05g02240	CDS	An05g02240	NT_166521.1	504800	506217	D	Function: the nerA gene product of A. radiobacter removes central or terminal nitro-groups from nitroglycerin and related esters as nitrite.; Similarity: contains FMN oxidoreductase domain.; Similarity: similarities to pro- and eukaryotic xenobiotic reductases (NADPH dehydrogenases, EC 1. 6. 99. 1).; Similarity: similarity to morphinone reductase of P. putida and old yellow enzyme (OYE) from S. cerevisiae.; Similarity: the nerA gene product of A. radiobacter belongs to the alpha/beta barrel flavoprotein group of proteins.; Title: strong similarity to glycerol trinitrate reductase nerA - Agrobacterium radiobacter; See PMID 9401040; uncharacterized protein	join(504800..505115,505197..505380,505428..505499,505581..505686,505752..505829,505878..506057,506098..506217)	Aspergillus niger	84591153
An05g02250	CDS	An05g02250	NT_166521.1	506997	507905	D	Similarity: similarities predominantly correspond to multiple serine and threonine residues.; Title: similarity to hypothetical serine-threonine rich protein - Schizosaccharomyces pombe; uncharacterized protein	join(506997..507731,507870..507905)	Aspergillus niger	4980962
An05g02260	CDS	An05g02260	NT_166521.1	508121	509374	R	Catalytic activity: xylitol + NAD(+) <=> D-xylulose + NADH.; Cofactor: zinc 2+; Similarity: similarities to L-Iditol 2-dehydrogenases (EC 1. 1. 1. 14).; Title: strong similarity to xylitol dehydrogenase xdh - Galactocandida mastotermitis; See PMID 10661867; uncharacterized protein	complement(join(508121..509069,509122..509129,509198..509320,509369..509374))	Aspergillus niger	4980963
An05g02270	CDS	An05g02270	NT_166521.1	510185	511868	R	Title: strong similarity to hypothetical protein B15I20.50 - Neurospora crassa [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<510185..510441,510485..510539,510591..510663,510716..510908,510959..511549,511621..511868))	Aspergillus niger	4980964
An05g02280	CDS	An05g02280	NT_166521.1	512590	513770	R	Function: the Alcaligenes esterase is capable of resolving paroxetine methyl ester and/or ethyl ester to give an enantiomer excess of the (-) isomer greater than 90%.; Remark: the Alcaligenes esterase can be used for the stereospecific hydrolysis of paroxetine esters for use in the production of an active paroxetine isomer.; Title: similarity to esterase from patent WO9802556-A2 - Alcaligenes sp.; uncharacterized protein	complement(join(512590..513483,513537..513770))	Aspergillus niger	4980965
An05g02290	CDS	An05g02290	NT_166521.1	514874	515233	R	hypothetical protein	complement(join(514874..514979,515073..515233))	Aspergillus niger	84591154
An05g02300	CDS	An05g02300	NT_166521.1	515305	516281	D	Title: similarity to secreted protein SEQ ID NO:127 from patent WO200061779-A1 - Homo sapiens; uncharacterized protein	join(515305..515537,515588..515780,515835..516281)	Aspergillus niger	4980967
An05g02310	CDS	An05g02310	NT_166521.1	516379	517478	R	Alternative name: BCG21, CSG1; Function: the S. cerevisae Sur1 gene product is necessary for mannosylation of the sphingolipid inositolphosphorylceramide.; Pathway: mannose-inositol-P-ceramide (MIPC) metabolism.; Remark: the S. cervisiae Sur1 gene product suppresses certain phenotype of rvs161 mutants including reduced viability upon starvation.; Remark: the S. cervisiae Sur1 gene product suppresses the Ca(2+)-sensitive phenotype of the csg2 mutant.; Title: strong similarity to sphingolipid metabolism Sur1 - Saccharomyces cerevisiae; See PMID 7785328; See PMID 7854312; See PMID 9323360; uncharacterized protein	complement(join(516379..516721,516778..517478))	Aspergillus niger	4980968
An05g02320	CDS	An05g02320	NT_166521.1	518547	519992	D	Function: the P. Pastoris enzyme is involved in sugar chain extension of glycoproteins.; Title: similarity to alpha-1,6-mannosyltransferase from patent JP09003097-A - Pichia pastoris; uncharacterized protein	join(518547..518718,518782..519161,519222..519675,519778..519992)	Aspergillus niger	4980969
An05g02330	CDS	An05g02330	NT_166521.1	520092	521621	R	Function: the cap59 gene product is essential for capsule formation and for pathogenicity of C. neoformans.; Similarity: similarity is restricted to the central region of the protein.; Title: similarity to capsule protein CAP59 -Cryptococcus neoformans; See PMID 8007987; uncharacterized protein	complement(520092..521621)	Aspergillus niger	4980970
An05g02340	CDS	An05g02340	NT_166521.1	522117	523992	R	Catalytic activity: 4 benzenediol + o(2) = 4 benzosemiquinone + 2 H(2)O.; Cofactor: binds 4 cu-ions per molecule. Three distinct Cu centres known as type1 or blue, type 2 or normal, and type 3 or coupled binuclear (by similarity).; Function: lignin degradation and detoxification of lignin-derived products (probable).; Localization: secreted (potential).; Similarity: belongs to the family of multicopper oxidases.; Similarity: contains 3 plastocyanin-like domains.; Title: strong similarity to precursor of laccase -Neurospora crassa; See PMID 2947240; See PMID 2961749; uncharacterized protein	complement(join(522117..522290,522363..523265,523332..523627,523686..523992))	Aspergillus niger	4980971
An05g02350	CDS	Arsa-48	NT_166521.1	525548	526154	D	Gene-ID: Arsa-48; Remark: Arsa-48 from A. niger is differentially expressed in the pellet morphology relative to the filamentous morphology.; differential expressed Arsa-48 from patent US2003215950-A1-Aspergillus niger	join(525548..525707,525760..526154)	Aspergillus niger	4980972
An05g02360	CDS	An05g02360	NT_166521.1	526754	528177	R	Similarity: similarity is restricted to N-terminus.; Title: strong similarity to hypothetical protein encoded by An18g01530 - Aspergillus niger; uncharacterized protein	complement(join(526754..527234,527284..527290,527440..527793,527859..528177))	Aspergillus niger	10098141
An05g02370	CDS	An05g02370	NT_166521.1	528835	530238	D	Function: TRI101 of F. sporotrichioides 3-O-acetylates trichothecene mycotoxins (such as T-2 toxin), it converts isotrichodermol to isotrichodermin.; Pathway: TRI101 of F. sporotrichioides is necessary for the biosynthesis of T-2 toxin.; Phenotype: disruption of TRI101 of F. sporotrichioides leads to accumulation of T-2 toxin biosynthesis products.; Remark: a putative sequencing error was corrected by introducing a frame shift of 1bp.; Remark: trichothecene mycotoxins are toxic for eukaryotic organisms (they act as protein synthesis inhibitors); 3-O-acetylation, however, converts the trichothecene mycotoxins in untoxic compounds; thus, TRI101 acts for F. sporotrichioides, which produces trichothecenes, as a resistance protein.; Title: strong similarity to trichothecene 3-O-acetyltransferase TRI101 - Fusarium sporotrichioides [putative frameshift]; putative frameshift; See PMID 9762900; See PMID 10583973; uncharacterized protein	<528835..530238	Aspergillus niger	4980974
An05g02380	CDS	An05g02380	NT_166521.1	530649	532615	D	Function: vbs of A. parasiticus cyclizes the versiconal hemiacetal to an optically active product whose absolute configuration is crucial to the interaction of aflatoxin B1 with DNA.; Pathway: vbs of A. parasiticus is a crucial enzyme in the aflatoxin biosynthetic pathway.; Remark: aflatoxin B1 is a potent environmental carcinogen.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Remark: the ORF shows similarity to A. niger glucose oxidase patent US5516671-A and patent WO9514784-A.; Title: strong similarity to versicolorin B synthase vbs - Aspergillus parasiticus; See PMID 8784203; See PMID 8995367; uncharacterized protein	join(530649..530984,531050..532508,532563..532615)	Aspergillus niger	4980975
An05g02390	CDS	An05g02390	NT_166521.1	533074	535117	R	Function: 6-HDNO (EC: 1. 5. 3. 6.) of Arthrobacter oxidans oxidizes 6-hydroxy-D-nicotine to 6-hydroxy-N-methylmyosmine.; Induction: 6-HDNO of A. oxidans is induced by nicotine.; Pathway: 6-HDNO of A. oxidans is involved in nicotine degradation.; Similarity: the ORF shows local similarity to 6-HDNO of Arthrobacter oxidans: the Arthrobacter protein is shorter in length (458 compared to 642 amino acids) and the alignment between the two proteins encompasses only about 150 amino acids.; Similarity: the ORF shows much stronger and overall similarity to the probable isoamyl alcohol oxidase mreA of A. oryzae.; Similarity: the ORF shows similarity to some unspecified oxidoreductases.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 2680607; See PMID 3622516; uncharacterized protein	complement(join(533074..533981,534040..534617,534675..535117))	Aspergillus niger	4980976
An05g02400	CDS	An05g02400	NT_166521.1	537355	538010	D	Function: NUM1 of S. cerevisiae controls cytoplasmic microtubule functions and nuclear migration through the bud neck in anaphase cells.; Function: NUM1 of S. cerevisiae controls nuclear migration by forming dynein-interacting cortical cytoplasmic microtubule capture sites at both cellular poles.; Similarity: NUM1 of S. cerevisiae is about 13 times longer than the ORF; additionally, the alignment between the two proteins encompasses only about 100 amino acids.; Title: weak similarity to nuclear migration protein Num1 - Saccharomyces cerevisiae; See PMID 1745235; uncharacterized protein	join(537355..537407,537464..538010)	Aspergillus niger	4980977
An05g02410	CDS	An05g02410	NT_166521.1	538343	540446	R	Catalytic activity: a beta-D-glucuronoside + H2O = an alcohol + D-glucuronate.; Function: GUSB of C. familiaris degrades glycosaminoglycans.; Pathway: GUSB of C. familiaris is involved in starch and sucrose metabolism and glycosaminoglycan degradation.; Phenotype: mutation of GUSB in C. familiaris leads to the lysosomal storage disease mucopolysaccharidosis VII,which is characterized by accumulation of glycosaminoglycans in the lysosomes.; Remark: GUSB of C. familiaris belongs to family 2 of glycosyl hydrolases.; Similarity: GUSB of C. familiaris has the same length as the ORF; however, about 170 C-terminal amino acids are not included in the alignment between the two proteins.; Title: strong similarity to beta-glucuronidase GUSB - Canis lupus; lysosome; See PMID 9987917; uncharacterized protein	complement(join(538343..538472,538577..538987,539041..540446))	Aspergillus niger	4980978
An05g02420	CDS	An05g02420	NT_166521.1	540846	542193	R	Function: pth11 of the phytopathogenic fungus M. grisea is involved in host surface recognition.; Localization: pth11 of M. grisea was localized to the cell membrane and vacuoles.; Phenotype: mutants of pth11 of M. grisea are nonpathogenic due to a defect in appressorium differentiation.; Remark: pth11 of M. grisea is presumably not required for appressorium morphogenesis but is involved in host surface recognition.; Similarity: pth11 of M. grisea is much longer than the ORF (631 compared to 372 amino acids); the two proteins show similarity only at an N-terminal stretch of 265 amino acids.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(540846..541249,541305..541369,541432..541829,541887..541991,542047..542193))	Aspergillus niger	4980979
An05g02430	CDS	An05g02430	NT_166521.1	542653	543127	R	Remark: the ORF overlaps with ~25 C-terminal nucleotides of the A. niger pgaC gene (in EMBL:ANPGAC and in PATENTDNA:Q11274) of the neighbouring ORF (cqnw. 00. tfa_105wk).; hypothetical protein	complement(join(542653..542949,543014..543127))	Aspergillus niger	84591155
An05g02440	CDS	pgaC	NT_166521.1	543399	544737	R	Catalytic activity: pgaC of A. niger hydrolysis randomly 1,4-alpha-D-galactosiduronic linkages in pectate and other galacturonans.; Function: pgaC of A. niger is involved in the degradation of pectin (a polygalacturonide).; Gene-ID: pgaC; Remark: in PIR S24156 pgaC is described as protein of A. nidulans. This is presumably a mistake, since the linked EMBL sequence (with identical protein sequence) and the linked PubMed article describe pgaC as an A. niger protein.; Remark: pgaC of A. niger belongs to family 28 of glycosyl hydrolases (polygalacturonases).; Remark: pgaC of A. niger is also called polygalacturonase III.; Similarity: the ORF is identical to pgaC of A. niger with the exception of one additional alanine at position 20.; Similarity: the ORF overlaps with the A. niger prepro-polygalacturonase C from patent EP421919-A.; See PMID 1511691; polygalacturonase III precursor pgaC-Aspergillus niger	complement(join(543399..543730,543784..543913,543970..544395,544471..544737))	Aspergillus niger	4980981
An05g02450	CDS	An05g02450	NT_166521.1	547307	549400	R	Function: bhaA of A. mediterranei is a halogenase involved in the biosynthesis of the glycopeptide antibiotic balhimycin.; Similarity: the ORF shows local similarity to bhaA of A. mediterranei: the two proteins overlap N-terminally (up to amino acid 350).; Title: similarity to halogenase bhaA from patent DE19926770-A1 - Amycolatopsis mediterranei; See PMID 10390204; uncharacterized protein	complement(join(547307..548394,548466..548739,548781..548905,548989..549031,549092..549188,549276..549400))	Aspergillus niger	4980982
An05g02460	CDS	An05g02460	NT_166521.1	551244	552869	R	Similarity: the ORF is 286 amino acids longer at the N-terminus than the hypothetical protein TM1177 of T. maritima.; Similarity: the ORF shows weak similarity to putative hydrolases.; Title: similarity to hypothetical conserved protein TM1177 - Thermotoga maritima; uncharacterized protein	complement(join(551244..552749,552801..552869))	Aspergillus niger	4980983
An05g02470	CDS	An05g02470	NT_166521.1	553575	558874	D	Function: The YCF1 gene from S. cerevisiae is required for cadmium resistance.; Remark: S. cerevisiae cells harboring a deletion of the YCF1 gene are hypersensitive to cadmium compared with wild type cells.; Similarity: YCF1 of S. cerevisiae belongs to the ATP-binding transport family (ABC transporters) and the MDR subfamily.; Title: strong similarity to cadmium resistance protein Ycf1 - Saccharomyces cerevisiae; See PMID 7521334; See PMID 10790694; uncharacterized protein	join(553575..553790,553845..554409,554453..554682,554735..555014,555068..555301,555415..556106,556168..556333,556393..556734,556801..557056,557366..558013,558118..558570,558658..558874)	Aspergillus niger	4980984
An05g02480	CDS	An05g02480	NT_166521.1	559365	561214	D	Title: similarity to hypothetical protein PA2336 -Pseudomonas aeruginosa; uncharacterized protein	join(559365..559920,559987..560052,560145..561214)	Aspergillus niger	84591156
An05g02490	CDS	An05g02490	NT_166521.1	562426	564614	R	Function: FacB of A. nidulans is a regulatory gene involved in acetamide and acetate utilisation.; Remark: FacB of A. nidulans is probably a DNA-binding transcriptional activator.; Remark: Similarity to FacB is restricted to N-terminal part of protein.; Similarity: FacB of A. nidulans has a N-terminal GAL4-like Zn(II)2Cys6 (or C6 zinc) binuclear cluster for DNA binding, a leucine zipper-like heptad repeat motifs and central and C-terminal acidic alpha-helical regions.; Similarity: the predcited ORF show similarity to several transciption factors.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; uncharacterized protein	complement(join(562426..562756,562816..562907,562984..563568,563627..564044,564123..564522,564572..564614))	Aspergillus niger	4980986
An05g02500	CDS	An05g02500	NT_166521.1	564934	566379	R	Title: strong similarity to hypothetical protein HI0753 - Synechocystis sp.; uncharacterized protein	complement(join(564934..566103,566168..566242,566308..566379))	Aspergillus niger	4980987
An05g02510	CDS	An05g02510	NT_166521.1	566924	568763	D	Title: strong similarity to galactose-proton symporter galP - Escherichia coli; See PMID 6300086; uncharacterized protein	join(566924..567317,567369..567458,567520..567929,567993..568184,568245..568763)	Aspergillus niger	4980988
An05g02520	CDS	An05g02520	NT_166521.1	569363	571444	R	Title: strong similarity to hypothetical protein SCD10.11 - Streptomyces coelicolor; uncharacterized protein	complement(join(569363..569694,569754..569974,570021..570692,570746..570905,570975..571176,571225..571342,571410..571444))	Aspergillus niger	4980989
An05g02530	CDS	An05g02530	NT_166521.1	572390	575335	D	Function: the formyl-CoA transferase frc from Oxalobacter formigenes catalyzes the transfer of CoA from formyl-CoA to either oxalate or succinate.; Pathway: in Oxalobacter formigenes oxalic acid, a highly toxic by-product of metabolism, is catabolized by utilizing an activation-decarboxylation reaction which yields formate and CO2. The formyl-CoA transferase frc is involved at this detoxification step.; Similarity: Strong similarity to N-terminal part of many hypothetical proteins, hypothetical fatty acid co-A racemases and frc of O. formigenes.; Title: similarity to formyl-CoA transferase frc -Oxalobacter formigenes; See PMID 9150242; See PMID 2361939; uncharacterized protein	join(572390..572661,572718..572926,572991..573700,573760..573842,573895..573973,574034..574321,574639..574747,574849..575000,575078..575335)	Aspergillus niger	4980990
An05g02540	CDS	An05g02540	NT_166521.1	578611	580513	D	Catalytic activity: 4 benzenediol + O(2) <=> 4 benzosemiquinone + 2 H(2)O.; Cofactor: Copper.; Function: Laccase I from E. nidulans is a p-diphenol oxidase which is needed for synthesis of green conidial pigment.; Function: Laccases are a group of multi-copper proteins of low specificity acting on both catechol and p-benzenediol, and often acting also on aminophenols and phenylenediamine.; Function: The laccase I from E. nidulans catalyzes the oxidation of benzendiol to benzosemiquinone by molecular oxygen.; Remark: the 1990 decribed (Pubmed 2192364) yA gene from E. nidulans encodes the previous 1982 purified laccase I enzyme (Pubmed 7050088), which differs from the laccase II enzyme (Pubmed 6341366).; Title: strong similarity to laccase I precursor yA -Aspergillus nidulans; See PMID 7050088; See PMID 2192364; See PMID 2659435; uncharacterized protein	join(578611..578857,578920..579394,579469..580513)	Aspergillus niger	4980991
An05g02550	CDS	An05g02550	NT_166521.1	581713	583558	D	Function: HOL1 of S. cerevisiae, which belongs to th multidrug efflux transporters family, seems also to be involved in ions transport.; Function: multidrug transporters are membrane proteins which, by an unknown mechanism, recognize diverse toxic compounds and efflux them from cells.; Similarity: the predicted ORF shows similarity to members of the multidrug efflux transporters belonging to the major facilitator superfamily of transport proteins.; Title: strong similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; See PMID 8543057; See PMID 8955402; See PMID 9046086; See PMID 9348664; See PMID 2405251; uncharacterized protein	join(581713..581805,581842..581944,582009..582402,582466..582525,582592..582781,582851..583558)	Aspergillus niger	84591157
An05g02560	CDS	An05g02560	NT_166521.1	584123	586686	R	Function: amdA in E. nidulans regulates the expression of the gene encoding acetamidase, amdS.; Similarity: the predicted ORF contains also two leucine-zipper motifs, common to transcription regulators.; Similarity: the similarity of the predicted ORF to amdA of E. nidulans and other transcription factors is mainly due to the presence of a C2H2 zinc-finger motiv.; Title: similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; See PMID 7596297; uncharacterized protein	complement(join(584123..585047,585099..585220,585272..585295,585380..585400,585774..586430,586561..586686))	Aspergillus niger	4980993
An05g02570	CDS	An05g02570	NT_166521.1	587382	589534	D	Catalytic activity: 3-(3-hydroxyphenyl)propionate + NADH + O2 <=> H2O + 3-(2,3-dihydroxyphenyl)propionate + NAD.; Cofactor: there is evidence that the E. coli enzyme may use FAD as a cofactor.; Function: the gene mhpA of E. coli has been identified with the 3-(3-hydroxyphenyl)propionate 2-hydroxylase activity.; Remark: E. coli is able to utilize aromatic acids as carbon and energy sources. A meta-cleavage pathway is used for the catabolism of 3-(3-hydroxyphenyl)propionate.; Title: similarity to 3-(3-hydroxyphenyl)propionate hydroxylase mhpA - Escherichia coli; See PMID 3531186; See PMID 6345502; See PMID 9098055; uncharacterized protein	join(587382..587607,587672..587751,587811..588097,588155..588176,588243..588442,588520..588662,588717..589534)	Aspergillus niger	4980994
An05g02580	CDS	An05g02580	NT_166521.1	590747	591953	D	Function: trihydroxytoluene oxygenase of B. cepacia catalyzes the conversion of 2,4,5-trihydroxytoluene to 2,4-dihydroxy-5-methyl-6-oxy-2,4-hexadienoic acid in the 2,4-dinitrotoluene metabolism pathway.; Function: trihydroxytoluene oxygenase of B. cepacia is a meta-ring cleavage dioxygenase.; Title: strong similarity to trihydroxytoluene oxygenase dntD - Burkholderia cepacia; See PMID 8449889; uncharacterized protein	join(590747..590863,590956..591125,591180..591411,591474..591953)	Aspergillus niger	4980995
An05g02590	CDS	An05g02590	NT_166521.1	592441	593420	R	Remark: the expression pattern of HIH-3 and its homology with HHDDI indicate that it plays a role in cancers (e. g., leukaemia, testicular cancer and melanomas) and immune disorders (e. g., asthma and atherosclerosis).; Similarity: the predicted ORF, as well as HIH-3 have chemical and structural homology with Methanococcus iannaschii 2-hydroxyhepta-2,4-diene-1,7-dioate isomerase (HHDDI).; Title: strong similarity to isomerase homologue-3 HIH-3 from patent US5989860-A - Homo sapiens; uncharacterized protein	complement(join(592441..592750,592802..593175,593232..593420))	Aspergillus niger	4980996
An05g02600	CDS	An05g02600	NT_166521.1	594325	596448	D	Function: QUTA is a positively acting regulatory protein that regulates the expression of the eight genes comprising the quinic acid utilization gene (qut) gene cluster in A. nidulans.; Similarity: It has been proposed that the QUTA protein is composed of two domains that are related to the N-terminal two domains-dehydroquinate (DHQ) synthase and 5-enolpyruvyl shikimate-3-phosphate (EPSP) synthase-of the pentadomain AROM protein.; Similarity: the predicted ORF is shorter than A. nidulans QUTA; the presence of the fungal Zn(2)-Cys(6) binuclear cluster strongly suggests a role as transcription factor.; Title: strong similarity to regulator protein qutA -Aspergillus nidulans; See PMID 3313276; See PMID 8581174; See PMID 8704987; uncharacterized protein	join(594325..594402,594548..596351,596396..596448)	Aspergillus niger	4980997
An05g02610	CDS	An05g02610	NT_166521.1	597791	600103	R	Similarity: the N-terminal region of the predicted ORF contains a fungal Zn(2)-Cys(6) binuclear cluster domain, a cysteine-rich region that binds DNA, and is found in many fungal transcriptional activators.; Similarity: the ORF shows weak similarity to the putative transcriptional regulator FCR1 of C. albicans.; Similarity: the predicted ORF shows also similarity to several putative transcription factors.; Title: similarity to hypothetical protein EAA63118.1 - Aspergillus nidulans; See PMID 9864335; uncharacterized protein	complement(join(597791..598309,598362..598441,598663..598912,599225..599870,599922..600103))	Aspergillus niger	4980998
An05g02620	CDS	An05g02620	NT_166521.1	601244	602358	R	Similarity: shows similarity to proteins containing Fungal Zn(2)-Cys(6) binuclear cluster domains i. e. mainly transcriptional regulatory proteins.; Title: similarity to hypothetical transcriptional regulator FCR1 - Candida albicans; See PMID 9864335; uncharacterized protein	complement(join(601244..601823,601880..601977,602013..602196,602257..602278,602322..602358))	Aspergillus niger	84591158
An05g02630	CDS	An05g02630	NT_166521.1	602796	603069	R	Similarity: the weak similarity is due to a short,very well conserved stretch of amino acids.; Title: weak similarity to hypothetical phototropin AcNPH1 - Adiantum capillusveneris; uncharacterized protein	complement(join(602796..602966,603064..603069))	Aspergillus niger	84591159
An11g00010	CDS	An11g00010	NT_166526.1	1592	4000	R	Function: Mx proteins have antiviral activities.; Induction: Mx proteins are induced by interferon n response to double-stranded RNA.; Similarity: Mx proteins belong to a GTPase family that includes rat dynamin, Drosophila Shibire and the yeast proteins Vps1/Spo15 and Mgm1.; Similarity: similarity is between the N-terminal 3/4s of the predicted A. niger protein and O. mykiss Mx1,which is 200 aa shorter.; Title: similarity to antiviral GTPase Mx1 -Oncorhynchus mykiss; See PMID 7507812; See PMID 8528941; uncharacterized protein	complement(1592..4000)	Aspergillus niger	4984233
An11g00020	CDS	An11g00020	NT_166526.1	5402	6013	R	hypothetical protein	complement(join(5402..5422,5497..5754,5945..6013))	Aspergillus niger	84592162
An11g00030	CDS	An11g00030	NT_166526.1	7094	7628	D	hypothetical protein	join(7094..7188,7292..7336,7385..7628)	Aspergillus niger	84592163
An11g00040	CDS	An11g00040	NT_166526.1	7827	8231	D	Title: weak similarity to cDNA for 59-kDa readthrough protein RT - Sorghum chlorotic spot virus; See PMID 10772992; uncharacterized protein	join(7827..8061,8122..8231)	Aspergillus niger	4984231
An11g00050	CDS	An11g00050	NT_166526.1	8623	20484	R	Function: F. scirpi esyn1 is a multifunctional enzyme with N-methyltransferase and peptide synthetase activity required for N-Methylcyclopeptide antibiotica biosynthesis.; Title: strong similarity to enniatin synthase esyn1 - Fusarium scirpi; See PMID 8483420; See PMID 2205497; uncharacterized protein	complement(join(8623..12114,12246..19982,20050..20484))	Aspergillus niger	4984252
An11g00060	CDS	An11g00060	NT_166526.1	22376	23792	R	Function: M. grisea pth11p is a novel plasma membrane protein that mediates appressorium differentiation in response to inductive substrate cues.; Localization: integral membrane protein.; Similarity: similarity is resticted to aminoterminal part of M. grisea pth11.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(22376..22709,22767..22862,22927..23306,23363..23430,23486..23542,23597..23792))	Aspergillus niger	4984258
An11g00070	CDS	An11g00070	NT_166526.1	24889	26414	D	Catalytic activity: omtB of A. parasiticus catalyzes the conversion of demethylsterigmatocystin (DMST) to sterigmatocystin (ST) and dihydrodemethylsterigmatocystin (DHDMST) to dihydrosterigmatocystin (DHST).; Function: omtB of A. parasiticus is involved in the aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Similarity: shows no similarity at the aminoterminus of the A. parasiticus protein.; Similarity: shows similarity to several O-methyltransferases.; Title: strong similarity to O-methyltransferase B omtB - Aspergillus parasiticus; See PMID 8434913; uncharacterized protein	join(24889..25083,25301..25507,25542..26031,26104..26414)	Aspergillus niger	4984246
An11g00080	CDS	An11g00080	NT_166526.1	26946	28290	R	Similarity: shows only partial similarity to M. grisea protein.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	complement(join(26946..27322,27470..27534,27589..27971,28027..28290))	Aspergillus niger	4984248
An11g00090	CDS	An11g00090	NT_166526.1	34405	35882	R	Similarity: the ORF encoded protein shows alsoweak similarity to the hypothetical protein B24M22. 80 from Neurospora crassa .; Title: similarity to hypothetical membrane protein pth - Blumeria graminis; uncharacterized protein	complement(join(34405..34781,34841..34948,35000..35131,35188..35454,35610..35775,35856..35882))	Aspergillus niger	4984256
An11g00100	CDS	An11g00100	NT_166526.1	36325	38460	R	Catalytic activity: triacylglycerol lipases catalyse triacylglycerol + H(2)O <=> diacylglycerol + a fatty acid anion.; Similarity: shows similarity to several carboxylesterase and lipases (EC 3. 1. 1. -).; Title: strong similarity to triacylglycerol lipase Lip5 - Candida rugosa; uncharacterized protein	complement(join(36325..36455,36563..36628,36685..36717,36889..37824,37881..38460))	Aspergillus niger	4984228
An11g00110	CDS	An11g00110	NT_166526.1	41114	42096	R	Function: levels of intracellular and extracellular cutinase activity increase in response to growth in the presence of cutin.; Function: the gene of M. grisea is expressed when cutin is the sole carbon source but not when the carbon source is cutin and glucose together or glucose alone.; Title: strong similarity to cutinase CUT1 -Magnaporthe grisea; See PMID 1557023; uncharacterized protein	complement(join(41114..41552,41612..41826,41886..41971,42021..42096))	Aspergillus niger	4984242
An11g00120	CDS	An11g00120	NT_166526.1	43347	45198	R	Similarity: shows similarity to several fungal sugar transporter.; Title: similarity to glucose permease Rgt2 -Saccharomyces cerevisiae; See PMID 9335584; uncharacterized protein	complement(join(43347..43429,43497..44102,44166..44621,44702..44971,45081..45198))	Aspergillus niger	4984264
An11g00130	CDS	An11g00130	NT_166526.1	45754	47705	D	Function: a B. subtilis PNB carboxy-esterase (PNBCE) that catalyzes hydrolysis of several beta-lactam antibiotic PNB esters to the corresponding free acid and PNB alcohol.; Title: similarity to p-nitrobenzyl esterase pnbA -Bacillus subtilis; uncharacterized protein	join(45754..45950,45992..46010,46042..46255,46325..46983,47034..47705)	Aspergillus niger	4984227
An11g00140	CDS	An11g00140	NT_166526.1	47821	49148	R	Similarity: shows only similarity to carboxyterminal part of the xlnR product.; Title: similarity to xylanolytic transcriptional activator xlnR - Aspergillus niger; See PMID 9758775; uncharacterized protein	complement(join(47821..48216,48307..48658,48713..48943,49006..49148))	Aspergillus niger	84592164
An11g00150	CDS	An11g00150	NT_166526.1	50765	51614	R	Similarity: the ORF encoded protein shows also weak similarity to hypothetical protein SC3A7. 19 from Streptomyces coelicolor and to putative the esterase estC of Burkholderia gladioli.; Title: similarity to hypothetical protein CAC04238.1 - Streptomyces coelicolor; uncharacterized protein	complement(join(50765..51139,51204..51614))	Aspergillus niger	4984234
An11g00160	CDS	An11g00160	NT_166526.1	51913	52405	R	hypothetical protein	complement(join(51913..52172,52219..52405))	Aspergillus niger	84592165
An11g00170	CDS	An11g00170	NT_166526.1	52961	53498	D	Title: strong similarity to hypothetical protein encoded by An01g05460 - Aspergillus niger; uncharacterized protein	join(52961..52990,53050..53116,53185..53498)	Aspergillus niger	4984243
An11g00180	CDS	An11g00180	NT_166526.1	53793	56109	R	Similarity: shows only short similarity at aminoterminus to carboxyterminus of enzyme of P. paucimobilis.; Title: weak similarity to lignostilbene alphabeta-dioxygenase I lsdB - Pseudomonas paucimobilis; uncharacterized protein	complement(join(53793..54091,54284..54423,54678..54723,54783..54942,55214..55414,55562..55875,56031..56109))	Aspergillus niger	4984249
An11g00190	CDS	An11g00190	NT_166526.1	57056	58082	D	Similarity: shows only partial similarity to several sugar and other transporter proteins.; Title: weak similarity to high affinity glucose transporter HGT1 - Kluyveromyces lactis; uncharacterized protein	join(57056..57513,57809..57861,57916..58082)	Aspergillus niger	84592166
An11g00200	CDS	An11g00200	NT_166526.1	60058	62660	D	Function: it functions at low pH to liberate aroma-rich terpenes and aroma precursor compounds.; Function: the enzyme of C. Candida molischiana is a member of the family-3 glycosyl hydrolases.; Title: strong similarity to beta-glucosidase bgln -Candida molischiana; cell wall; See PMID 10554245; uncharacterized protein	join(60058..60181,60235..60428,60475..60527,60586..60808,60859..61105,61155..61317,61367..62660)	Aspergillus niger	4984238
An11g00210	CDS	An11g00210	NT_166526.1	63132	64793	D	Function: enzyme of B. sp. is a flavin dependent monooxygenase; contains FAD; requires NADPH.; Function: it is involved in the degradation of cyclohexanone.; Remark: putative sequencing error results in a premature STOP codon.; Title: strong similarity to cyclohexanone monooxygenase chnB2 - Brevibacterium sp. [putative sequencing error]; putative sequencing error; See PMID 10894733; uncharacterized protein	63132..64793	Aspergillus niger	4984261
An11g00220	CDS	An11g00220	NT_166526.1	65772	68857	D	Function: C. albicans CFL1 encodes a functional ferric reductase activity that can rescue a S. cerevisiae fre1 mutant.; Similarity: shows no similarity to ferric reductases at aminoterminus.; Title: similarity to ferric reductase cfl1 - Candida albicans; See PMID 10784045; uncharacterized protein	join(65772..66203,66262..66302,66353..66673,66725..66954,67007..67059,67109..67230,67284..68453,68565..68634,68810..68857)	Aspergillus niger	4984230
An11g00230	CDS	An11g00230	NT_166526.1	69461	70906	R	Similarity: similarity is restricted to aminoterminus.; Similarity: to other oxygen oxidoreductases that covalently bind FAD.; Title: strong similarity to 6-hydroxy-d-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 2115879; uncharacterized protein	complement(join(69461..69951,70123..70906))	Aspergillus niger	4984259
An11g00240	CDS	An11g00240	NT_166526.1	71512	72642	R	Function: a novel gene that is selectively induced both in roots and shoots of Z. mays in response to sulfur starvation.; Function: its glutathione-dependent regulation indicates that maize IRL may play a crucial role in the establishment of a thiol-independent response to oxidative stress under glutathione shortage conditions.; Similarity: similarity restricted to aminoterminus.; Title: weak similarity to 2-hydroxyisoflavone reductase IRL - Zea mays; See PMID 8597660; uncharacterized protein	complement(join(71512..71920,72000..72074,72138..72371,72431..72642))	Aspergillus niger	4984260
An11g00250	CDS	An11g00250	NT_166526.1	73251	85102	R	Function: lovF from A. terreus specifies formation of 2-methylbutyrate by acting as methyltransferase.; Remark: lovF is synonymous to lovastatin diketide synthase LDKS.; Similarity: similarity is confined to N-terminal half of predicted A. niger protein and lovF from A. terreus.; Title: strong similarity to lovastatin diketide synthase lovF - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(73251..75980,76039..84402,84439..84801,84851..85102))	Aspergillus niger	4984263
An11g00260	CDS	An11g00260	NT_166526.1	86303	87887	R	Function: in humans different MCT isoforms show specific import or export activity, depending on tissue type and substrate affinity.; Similarity: nine MCT-related sequences have so far been identified in mammals, each having a different tissue distribution, whereas six related proteins can be recognized in Caenorhabditis elegans and 4 in S. cerevisiae.; Title: strong similarity to monocarboxylate transporter MCT3 - Homo sapiens; plasma membrane; See PMID 10510291; uncharacterized protein	complement(join(86303..86459,86534..86752,86806..87276,87326..87510,87560..87657,87713..87887))	Aspergillus niger	4984232
An11g00270	CDS	An11g00270	NT_166526.1	88150	89708	D	Function: in mammals sterol biosynthesis requires the removal of the 14 alpha-methyl group from lanosterol,this reaction is catalyzed by a microsomal cytochrome P450,the sterol 14 alpha-demethylase (P450(14DM) CYP51.; Title: strong similarity to lanosterol 14 alpha-demethylase CYP51 - Homo sapiens; See PMID 8619637; uncharacterized protein	join(88150..88446,88499..89074,89133..89708)	Aspergillus niger	4984247
An11g00280	CDS	An11g00280	NT_166526.1	90665	91756	D	Function: in Aspergillus sp. the biosynthesis of aflatoxins (B(1), G(1), B(2), and G(2)) is a multi-enzyme process controlled genetically by over 20 genes including omtB.; Function: omtB of Aspergillus sp. catalyses the conversion of demethylsterigmatocystin (DMST) to sterigmatocystin (ST) and dihydrodemethylsterigmatocystin (DHDMST) to dihydrosterigmatocystin (DHST).; Remark: aflatoxins are polyketide-derived secondary metabolites.; Title: strong similarity to O-methyltransferase omtB - Aspergillus flavus; See PMID 10328980; See PMID 10806361; uncharacterized protein	90665..91756	Aspergillus niger	4984229
An11g00290	CDS	An11g00290	NT_166526.1	91966	94572	R	Function: amyR from A. oryzae is a transcriptional activator involved in amylolytic gene expression.; Similarity: predicted A. niger protein contains a Zn(2)-Cys(6), fungal-type binuclear DNA-binding domain belonging to the GAL4 family of transcription factors.; Similarity: similarity to other proteins is confined to N-terminal region containing the Zn-finger domain.; Title: weak similarity to transcription regulator of maltose utilization amyR - Aspergillus oryzae; See PMID 10830498; uncharacterized protein	complement(91966..94572)	Aspergillus niger	4984240
An11g00300	CDS	An11g00300	NT_166526.1	95094	96842	R	Catalytic activity: salicylate 1-monooxygenase from P. putida uses NADH as the external reductant and catalyzes the conversion of salicylate to catechol by introduction of a hydroxyl group in concomitant with removal of a carboxyl group.; Function: salicylate 1-monooxygenase from P. putida is an external flavoprotein monooxygenase.; Title: strong similarity to salicylate 1-monooxygenase - Pseudomonas putida; See PMID 2916843; uncharacterized protein	complement(join(95094..95414,95667..95698,95774..95869,95937..96054,96111..96842))	Aspergillus niger	4984253
An11g00310	CDS	An11g00310	NT_166526.1	97998	99295	R	Function: C. albicans candidapepsin preferentially cleaves at the carboxyl of hydrophobic amino acids.; Title: similarity to aspartyl proteinase candidapepsin - Candida albicans; See PMID 2646602; uncharacterized protein	complement(join(97998..98722,98776..99295))	Aspergillus niger	4984236
An11g00320	CDS	An11g00320	NT_166526.1	99734	100642	D	Similarity: similarity of predicted A. niger protein is confined to C-terminal region of snbDE which is much (4400 aa) longer.; Similarity: the predicted A. niger protein shows similarity to a hypothetical protein, yukK from Bacillus subtilis, with similar length (400 aa).; Title: similarity to pristinamycin I synthase 3 SnbDE - Streptomyces pristinaespiralis; See PMID 9168598; See PMID 9303382; uncharacterized protein	join(99734..99907,99974..100642)	Aspergillus niger	4984250
An11g00330	CDS	An11g00330	NT_166526.1	101026	101871	R	Similarity: the ORF shows weak similarity to avfA from A. flavus, which participates in the biosynthesis of aflatoxin.; Title: strong similarity to hypothetical protein encoded by An07g00480 - Aspergillus niger; See PMID 10806361; uncharacterized protein	complement(101026..101871)	Aspergillus niger	4984239
An11g00340	CDS	An11g00340	NT_166526.1	102385	102692	R	Remark: ORF judged questionable due to length below 100 aa and lack of similarities.; Title: questionable ORF; uncharacterized protein	complement(join(102385..102470,102566..102578,102654..102692))	Aspergillus niger	84592167
An11g00350	CDS	An11g00350	NT_166526.1	102914	104733	R	Function: BBE from P. somniferum catalyzes the stereospecific conversion of the N-methyl moiety of (S)-reticuline into the berberine bridge carbon of (S)-scoulerine and represents the first committed step in the pathway leading to the antimicrobial alkaloid sanguinarine.; Title: strong similarity to berberine bridge enzyme BBE - Papaver somniferum; endosome; See PMID 8972604; uncharacterized protein	complement(join(102914..103088,103160..104284,104356..104472,104525..104733))	Aspergillus niger	4984244
An11g00360	CDS	An11g00360	NT_166526.1	106831	108056	D	Function: chimpanzee EDN is a host defense protein that is a member of the mammalian ribonuclease gene family.; Similarity: only N-terminal half of predicted A. niger protein shows similarity to chimpanzee EDN.; Title: weak similarity to eosinophil cationic protein ECP - Pan troglodytes; See PMID 7663519; uncharacterized protein	join(106831..107101,107165..107211,107401..107442,107838..108056)	Aspergillus niger	84592168
An11g00370	CDS	An11g00370	NT_166526.1	108108	110834	D	Function: FacB from A. niger is a major regulatory gene involved in acetamide and acetate utilisation.; Remark: FacB is synonymous to AcuB.; Similarity: FacB from A. nidulans contains an N-terminal GAL4-like Zn(II)2Cys6 (or C6 zinc) binuclear cluster for DNA binding, leucine zipper-like heptad repeat motifs and central and C-terminal acidic alpha-helical regions.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus niger; See PMID 9197408; See PMID 10483720; uncharacterized protein	join(108108..108237,108308..108392,108484..108595,108690..109654,109708..110121,110222..110415,110497..110598,110653..110834)	Aspergillus niger	4984241
An11g00380	CDS	An11g00380	NT_166526.1	111153	112806	R	Function: in S. cerevisiae YAP1 transcriptionally regulated diazaborine resistance requires the efflux pump Flr1p, which is located in the cytoplasmic membrane.; Similarity: Flr1 from S. cerevisiae belongs to the major-facilitator-superfamily.; Similarity: the ORF shows similarity to several multi-drug resistance transporters (MDR).; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10903515; uncharacterized protein	complement(join(111153..111317,111367..112428,112489..112806))	Aspergillus niger	4984265
An11g00390	CDS	An11g00390	NT_166526.1	114216	116778	D	Function: rhiE from E. chrysanthemi has rhamnogalacturonate lyase activity on rhamnogalacturonan I.; Remark: rhiE from E. chrysanthemi is secreted through the type II Out secretion pathway.; Title: similarity to rhamnogalacturonase rhiE -Erwinia chrysanthemi; uncharacterized protein	join(114216..114879,114942..115033,115099..115113,115169..116349,116610..116778)	Aspergillus niger	4984257
An11g00400	CDS	An11g00400	NT_166526.1	117253	118950	D	Catalytic activity: human IVD catalyzes the conversion of isovaleryl-CoA to 3-methylcrotonyl-CoA.; Complex: human IVD is a homotetrameric, FAD-binding enzyme.; Function: human IVD catalyzes the third step in the catabolism of leucine.; Localization: human IVD is a nuclear-encoded,mitochondrial protein.; Remark: deficiency of human IVD leads to the clinical disorder isovaleric acidemia.; Similarity: the ORF shows similarity to several acyl-CoA dehydrogenases.; Title: similarity to isovaleryl-CoA dehydrogenase IVD - Homo sapiens; localisation:mitochondrion; See PMID 10713113; uncharacterized protein	join(117253..117856,117916..118141,118198..118566,118614..118950)	Aspergillus niger	4984266
An11g00410	CDS	An11g00410	NT_166526.1	119881	121034	D	Similarity: similarity to SPAC15E1. 10 from S. pombe is between the C-terminal regions.; Similarity: the predicte A. niger protein shows unspecific similarity to glycine rich proteins.; Title: similarity to hypothetical protein SPAC15E1.10 - Schizosaccharomyces pombe; uncharacterized protein	join(119881..120067,120133..121034)	Aspergillus niger	4984267
An11g00420	CDS	An11g00420	NT_166526.1	121867	123248	D	Function: PP2A appears to be the major kinase phosphatase in eukaryotic cells that downregulates activated protein kinases.; Function: protein phosphatase 2A is involved in hyphal growth of Neurospora crassa.; Title: strong similarity to serine/threonine specific phosphoprotein phosphatase type 2A catalytic chain PP2A - Neurospora crassa; cytoplasm; See PMID 9790584; See PMID 10322434; uncharacterized protein	join(121867..122028,122110..122151,122267..122372,122438..122971,123045..123117,123176..123248)	Aspergillus niger	4984268
An11g00430	CDS	An11g00430	NT_166526.1	124033	125723	R	Function: human HGO cleaves the aromatic ring during the metabolic degradation of Phe and Tyr.; Function: mutations in human HGO lead to Alkaptonuria, a rare hereditary disorder of the phenylalanine catabolism.; Title: strong similarity to homogentisate 1,2-dioxygenase HGO - Homo sapiens; See PMID 9244427; uncharacterized protein	complement(join(124033..124292,124362..124484,124542..124704,124766..125347,125423..125597,125659..125723))	Aspergillus niger	4984269
An11g00440	CDS	An11g00440	NT_166526.1	126557	128353	R	Catalytic activity: lipases catalyse the reaction,Triacylglycerol + H(2)O <=> diacylglycerol + a fatty acid anion.; Localization: In addition no extracellular lipase activity was detected with the lip2 knockout (KO) strain,strongly suggesting that extracellular lipase activity results only from expression of the LIP2 gene.; Localization: lip1 from Y. lipolytica is probably an intracellular or cell-bound lipase, because no clear signal sequence was identified.; Title: strong similarity to triacylglycerol lipase Lip1 - Yarrowia lipolytica; See PMID 10781549; uncharacterized protein	complement(join(126557..127135,127191..127532,127585..127766,127820..127867,127932..128101,128169..128353))	Aspergillus niger	4984270
An11g00450	CDS	An11g00450	NT_166526.1	129061	130848	R	Remark: the tetH gene is encoded on plasmid pVM111 of P. multocida.; Similarity: the ORF shows similarity to several amine transporters and tetracycline resistance proteins.; Title: strong similarity to tetracycline resistance protein tetH - Pasteurella multocida; uncharacterized protein	complement(join(129061..129776,129888..130304,130366..130425,130497..130554,130630..130650,130729..130848))	Aspergillus niger	4984271
An11g00460	CDS	An11g00460	NT_166526.1	131312	133051	R	Complex: human APP-BP1 binds to the amyloid precursor protein (APP) carboxyl-terminal domain and interacts with hUba3.; Function: Recent work suggests that human APP-BP1 participates in a novel ubiquitinylation-related pathway involving the ubiquitin-like molecule NEDD8.; Function: expression of human APP-BP1 in ts41 cells drives the cell cycle through the S-M checkpoint and this function requires both hUba3 and hUbc12.; Function: human APP-BP1 together with hUba3 behaves like the ubiquitin activating enzyme E1, with hUba3 containing the active cysteine and ATP binding site.; Title: strong similarity to amyloid precursor protein-binding protein 1 APP-B1 - Homo sapiens; nucleus; See PMID 10722740; See PMID 11027288; uncharacterized protein	complement(join(131312..132625,132677..133051))	Aspergillus niger	4984272
An11g00470	CDS	An11g00470	NT_166526.1	133806	134704	D	Catalytic activity: RPIs catalyse the reaction,D-ribose 5-phosphate <=> D-ribulose 5-phosphate.; Function: RPI from M. musculus takes part in the pentose phosphate pathway.; Title: strong similarity to ribose 5-phosphate isomerase RPI - Mus musculus; cytoplasm; See PMID 7758956; See PMID 2843500; uncharacterized protein	join(133806..134184,134262..134704)	Aspergillus niger	4984273
An11g00480	CDS	An11g00480	NT_166526.1	134941	136134	R	Function: sldA from A. nidulans take part in mitotic cycle control.; Title: strong similarity to spindle assembly checkpoint protein sldA - Aspergillus nidulans; nucleus; See PMID 9584089; See PMID 10723032; uncharacterized protein	complement(join(134941..135739,135818..136079,136125..136134))	Aspergillus niger	4984274
An11g00490	CDS	An11g00490	NT_166526.1	136333	137521	D	Function: S. pombe Fet5 heterospecific complementates a conditional mutant of S. cerevisiae defective in the function of the RNA polymerases I-III common subunit ABC10 beta.; Function: features of the S. pombe Fet5 amino acid sequence suggest that it belongs to ATP/GTP-binding proteins.; Title: similarity to purine nucleotide binding protein fet5p - Schizosaccharomyces pombe; See PMID 9190794; uncharacterized protein	join(136333..136621,136687..136787,136853..137521)	Aspergillus niger	4984275
An11g00500	CDS	An11g00500	NT_166526.1	137687	138412	R	Complex: POP5 from S. cerevisiae is an integral subunit of RNase P and apparent subunit of RNase MRP.; Function: RNase MRP has been suggested to be involved in the processing of precursor rRNA; RNase P, in the maturation of tRNA.; Localization: RNase MRP/P have activity in both the nucleus and the mitochondria.; Remark: information concerning S. cerevisiae POP5 is drawn from http://genome-www4. stanford. edu/cgi-bin/SGD/locus. pl?locus=POP5 and as of 24/1/01/ not yet available in published form.; Similarity: FUN53 is synonymous to POP5.; Similarity: Processing Of Precursors - refer to a group of proteins that appear to be components of both RNase P and RNase MRP.; Title: strong similarity to Pop5 - Saccharomyces cerevisiae; nucleus; See PMID 8901493; uncharacterized protein	complement(join(137687..138051,138154..138412))	Aspergillus niger	4984276
An11g00510	CDS	An11g00510	NT_166526.1	139058	141245	R	Catalytic activity: ACLs catalyse the reaction, ATP + citrate + CoA <=> ADP + phosphate + acetyl-CoA + oxaloacetate.; Function: mutants of S. macrospora ACL1 exhibit a sterile phenotype with defects in fruiting body maturation.; Title: strong similarity to ATP citrate lyase ACL1 -Sordaria macrospora; cytoplasm; See PMID 9858569; uncharacterized protein	complement(join(139058..139485,139544..140639,140693..140882,140935..141051,141106..141245))	Aspergillus niger	4984277
An11g00520	CDS	An11g00520	NT_166526.1	142003	143525	D	hypothetical protein	join(142003..142095,142193..142198,142331..142673,142833..142918,143187..143525)	Aspergillus niger	84592169
An11g00530	CDS	An11g00530	NT_166526.1	143932	145468	D	Catalytic activity: ACLs catalyse the reaction, ATP + citrate + CoA <=> ADP + phosphate + acetyl-CoA + oxaloacetate.; Title: strong similarity to ATP citrate lyase - Homo sapiens; localisation:mitochondrion; See PMID 1371749; uncharacterized protein	join(143932..144372,144452..145468)	Aspergillus niger	4984279
An11g00540	CDS	An11g00540	NT_166526.1	147087	147919	D	Title: weak similarity to hypothetical protein F18O22.300 - Arabidopsis thaliana; uncharacterized protein	join(147087..147125,147250..147321,147435..147495,147533..147620,147769..147919)	Aspergillus niger	84592170
An11g00550	CDS	An11g00550	NT_166526.1	148267	148904	R	Complex: In the presence of ADP, one molecule of S. cerevisiae hsp10 binds to hsp60 with an apparent Kd of 0. 9 nM and a second molecule of hsp10 binds with a Kd of 24 nM.; Function: In the presence of ATP, the purified S. cerevisiae chaperonins mediate the refolding of mitochondrial malate dehydrogenase.; Function: S. cerevisiae hsp10 inhibits the ATPase activity of hsp60 by about 40%.; Title: strong similarity to chaperonin Hsp10 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9067800; See PMID 9256426; uncharacterized protein	complement(join(148267..148413,148528..148752,148902..148904))	Aspergillus niger	84592171
An11g00560	CDS	An11g00560	NT_166526.1	149454	150533	R	Complex: Coimmunoprecipitation experiments with S. cerevisiae proteins reveal that RNA14, a subunit of cleavage factor I (CF I), directly interacts with FIP1, but not with PAP1.; Complex: S. cerevisiae FIP1 interacts with poly(A) polymerase (PAP1) in the two-hybrid assay.; Function: Coimmunoprecipitation experiments with S. cerevisiae suggest a model in which Fip1 tethers PAP1 to CF I, thereby conferring specificity to poly(A) polymerase for pre-mRNA substrates.; Title: similarity to pre-mRNA polyadenylation factor Fip1 - Saccharomyces cerevisiae; nucleus; See PMID 7736590; uncharacterized protein	complement(join(149454..150216,150270..150322,150378..150533))	Aspergillus niger	4984281
An11g00570	CDS	An11g00570	NT_166526.1	150931	152154	D	Title: strong similarity to hypothetical xap-5-like protein - Schizosaccharomyces pombe; uncharacterized protein	join(150931..151163,151222..151663,151709..151792,151840..152154)	Aspergillus niger	4984283
An11g00580	CDS	An11g00580	NT_166526.1	152435	153783	D	Similarity: human DKFZp564A0772. 1 is 80 aa shorter than the predicted A. niger protein. .; Title: similarity to hypothetical protein DKFZp564A0772.1 - Homo sapiens; uncharacterized protein	join(152435..152507,152644..152827,152880..153016,153059..153472,153527..153783)	Aspergillus niger	4984284
An11g00590	CDS	An11g00590	NT_166526.1	154540	156903	R	Function: TmGRF from T. melitor belongs to the GCNF1 family and its in vitro translated product binds to the extended half site TCAAGGTCA with high affinity.; Similarity: similarity is from central part of predicted A. niger protein to N-terminus of TmGRF from T. melitor.; Title: weak similarity to nuclear hormone receptor TmGRF - Tenebrio molitor; See PMID 10518792; uncharacterized protein	complement(join(154540..156213,156271..156903))	Aspergillus niger	10098067
An11g00600	CDS	An11g00600	NT_166526.1	157223	158577	R	Catalytic activity: TauD from E. coli converts taurine to sulfite and aminoacetaldehyde.; Function: tauD of E. coli is required for the utilization of taurine (2-aminoethanesulfonic acid) as a sulfur source and is expressed only under conditions of sulfate starvation.; Remark: EC 1. 14. 11. 17 (not in EC number catalogue).; Remark: among the cosubstrates tested for E. coli TauD, only alpha-ketoglutarate (Km = 11 microM) supported significant dioxygenase activity.; Remark: taurine (Km = 55 microM) was the preferred substrate of E. coli TauD, but pentanesulfonic acid,3-(N-morpholino)propanesulfonic acid, and 1,3-dioxo-2-isoindolineethanesulfonic acid were also desulfonated at significant rates.; Similarity: tauD from E. coli is a member of the alpha-ketoglutarate-dependent dioxygenase family.; Title: strong similarity to taurine dioxygenase tauD - Escherichia coli; See PMID 9287300; uncharacterized protein	complement(join(157223..157402,157456..157896,157951..158070,158128..158577))	Aspergillus niger	4984286
An11g00610	CDS	An11g00610	NT_166526.1	159962	161607	R	Similarity: S. cerevisiea NUP49 belongs to the GLGF family of nucleoporins.; Title: strong similarity to nuclear pore complex subunit Nup49 - Saccharomyces cerevisiae; nucleus; See PMID 10684247; uncharacterized protein	complement(join(159962..160895,160950..161351,161537..161607))	Aspergillus niger	4984287
An11g00620	CDS	An11g00620	NT_166526.1	162303	163742	D	Title: similarity to guanine nucleotide-binding protein beta 5 Gnb5 - Mesocricetus auratus; See PMID 7613025; uncharacterized protein	join(162303..162478,162528..162590,162644..163512,163567..163742)	Aspergillus niger	4984288
An11g00630	CDS	An11g00630	NT_166526.1	164041	167732	D	Function: in D. discoideum DhkA functions both in the regulation of prestalk gene expression and in the control of the terminal differentiation of prespore cells.; Function: in D. discoideum SDF-2 peptide, released by prestalk cells during culmination, stimulates prespore cells to encapsulate by binding to the DhkA transmembrane receptor.; Pathway: in D. discoideum suppressor studies indicate that the cyclic AMP (cAMP) phosphodiesterase RegA and the cAMP-dependent protein kinase PKA act downstream of DhkA.; Remark: central part of predicted A. niger protein shows putatively unspecific similarity to asparagine rich proteins.; Remark: similarity of predicted A. niger protein to DhkA of D. discoideum is not restricted to asparagine repeats.; Title: similarity to sensory transduction histidine kinase dhkA - Dictyostelium discoideum; plasma membrane; See PMID 8670894; See PMID 9191038; See PMID 10373524; uncharacterized protein	join(164041..164155,164342..164422,164814..164895,164958..166680,166737..166830,166891..167732)	Aspergillus niger	4984289
An11g00640	CDS	An11g00640	NT_166526.1	168842	169914	R	Catalytic activity: L. lactis pgmB catalyses the conversion of beta-glucose 1-phosphate to glucose 6-phosphate.; Similarity: the ORF shows similarity to haloacid dehalogenase-like hydrolases from several species (GS1-like proteins of the CBBY/CBBZ/GPH/YIEH family).; Title: similarity to phosphoglucomutase pgmB -Lactococcus lactis; See PMID 9084169; uncharacterized protein	complement(join(168842..169540,169682..169841,169895..169914))	Aspergillus niger	4984290
An11g00650	CDS	An11g00650	NT_166526.1	170185	171122	D	Remark: human tpr1 interacts in a two-hybrid screen with the GAP-related domain of neurofibromin, the product of the NF1 gene.; Title: strong similarity to tetratricopeptide repeat protein tpr1 - Homo sapiens; See PMID 8836031; uncharacterized protein	join(170185..170286,170347..170970,171021..171122)	Aspergillus niger	4984291
An11g00660	CDS	An11g00660	NT_166526.1	171462	174567	D	Catalytic activity: B. subtilis pnbA catalyzes hydrolysis of several beta-lactam antibiotic PNB esters to the corresponding free acid and PNB alcohol.; Similarity: the ORF shows additionally strong similarity to several triacylglycerol lipases from different species.; Title: strong similarity to p-nitrobenzyl esterase pnbA - Bacillus subtilis; See PMID 7828905; uncharacterized protein	join(171462..171778,171900..172133,172190..172365,172418..172779,172838..173440,173491..173753,173799..174567)	Aspergillus niger	4984292
An11g00670	CDS	An11g00670	NT_166526.1	174938	177018	R	Function: in human cell culture cathepsin D was identified as the first endosomal ceramide target that colocalizes with and may mediate downstream signaling effects of A-SMase.; Function: murine ASM is reported to have an essential function in stress-induced apoptosis and in CD95-induced apoptosis.; Remark: murine ASM is a lysosomal glycoprotein.; Title: strong similarity to acidic sphingomyelin phosphodiesterase ASM - Mus musculus; lysosome; See PMID 8943261; See PMID 10508159; See PMID 10867001; See PMID 11001565; uncharacterized protein	complement(join(174938..176345,176398..176675,176726..176791,176878..177018))	Aspergillus niger	4984293
An11g00680	CDS	An11g00680	NT_166526.1	178655	181560	R	Catalytic activity: SGTs can use different sterols such as cholesterol, sitosterol, and ergosterol as sugar acceptors.; Function: Microorganisms containing a recombinant SGT protein have better resistance to high salt/ethanol content of growth media, cold/frost and high temperature.; Function: Sterol glucosides, typical membrane-bound lipids, are biosynthesized by a UDP-glucose:sterol glucosyltransferase.; Remark: literature for SGT from A. sativa is Patent WO9817789.; Similarity: no similarity to C-terminal 300 aa of predicted A. niger protein was found.; Title: similarity to sterol glycosyltransferase SGT - Avena sativa; See PMID 10224056; uncharacterized protein	complement(join(178655..178848,178920..179566,179637..179987,180048..180411,180469..180626,180679..181375,181440..181560))	Aspergillus niger	4984294
An11g00690	CDS	An11g00690	NT_166526.1	182576	185525	D	Similarity: N-terminus of predicted A. niger protein shows similarity to viral anti-apoptotic peptides.; Similarity: only N- and C-terminal 100 aa of predicted A. niger protein show similarity to N- and C-terminus of S. cerevisiae YNL008c.; Title: similarity to hypothetical ubiquitin protein ligase Asi3 - Saccharomyces cerevisiae; uncharacterized protein	join(182576..183010,183072..185525)	Aspergillus niger	4984295
An11g00700	CDS	An11g00700	NT_166526.1	186424	187254	D	Similarity: predicted A. niger protein shows unspecific similarity to serine rich proteins.; Title: weak similarity to mucin PGM-B - Sus scrofa; See PMID 7755593; uncharacterized protein	join(186424..186961,187028..187254)	Aspergillus niger	84592172
An11g00710	CDS	An11g00710	NT_166526.1	188103	188834	R	Title: strong similarity to immunoreactive Antigen 2 Ag2 - Coccidioides immitis; plasma membrane; See PMID 8973319; uncharacterized protein	complement(join(188103..188503,188555..188693,188754..188834))	Aspergillus niger	4984297
An11g00720	CDS	An11g00720	NT_166526.1	190217	190930	R	Complex: in S. pombe the pol delta complex consists of five subunits.; Title: similarity to DNA-directed DNA polymerase delta chain cdm1p - Schizosaccharomyces pombe; See PMID 9326594; uncharacterized protein	complement(join(190217..190360,190421..190488,190549..190930))	Aspergillus niger	4984298
An11g00730	CDS	An11g00730	NT_166526.1	192852	193142	D	Similarity: hypothetical protein contains domains with similarity to cGMP-gated ion channel proteins.; hypothetical protein	join(192852..192893,192954..193142)	Aspergillus niger	4984299
An11g00740	CDS	An11g00740	NT_166526.1	194011	195333	R	Similarity: SPBC19G7. 08c of S. pombe is N-terminally approx. 100 amino acids longer.; Title: similarity to hypothetical protein SPBC19G7.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(194011..194253,194309..195193,195256..195333))	Aspergillus niger	4984300
An11g00742	CDS	An11g00742	NT_166526.1	197181	197894	D	Function: In over-expression of cdm1 is able to rescue cells carrying temperature-sensitive mutations in either pol3+/cdc6+, cdc1+ or cdc27+.; Function: S. pombe cCells deleted for cdm1+ are viable.; Function: cdm1 from S. pombe encodes the smallest (22kDa) subunit of the DNA polymerase delta complex.; Title: similarity to DNA-directed DNA polymerase delta chain cdm1p - Schizosaccharomyces pombe; nucleus; See PMID 9799358; uncharacterized protein	join(197181..197562,197650..197690,197751..197894)	Aspergillus niger	10098229
An11g00744	CDS	An11g00744	NT_166526.1	199277	200008	D	Remark: Ag2 from C. immitis encodes an immunoreactive protein.; Remark: Ag2 from C. immitis is a glycosylated protein present in the cell walls.; Title: similarity to immunoreactive protein precursor Ag2 - Coccidioides immitis; cell wall; See PMID 8561782; See PMID 8973319; uncharacterized protein	join(199277..199357,199418..200008)	Aspergillus niger	10098230
An11g00746	CDS	An11g00746	NT_166526.1	200324	202036	R	hypothetical protein	complement(join(200324..200688,201117..201822,201992..202036))	Aspergillus niger	84592173
An11g00748	CDS	An11g00748	NT_166526.1	202586	203872	R	Remark: the ORF is N-terminally truncated due to border of contig.; Remark: the similarities to the different ubiquitin-protein ligases is restricted to the very C-terminus.; Remark: ubiquitin-protein ligases of the class III only share C-terminal sequence similarities.; Title: weak similarity to ubiquitin protein ligase Asi3 - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	complement(202586..>203872)	Aspergillus niger	10098068
An11g00750	CDS	An11g00750	NT_166526.1	204222	205688	D	Catalytic activity: endonucleolytic cleavage of pre-tRNA, producing 5'-hydroxyl and 2',3'-cyclic phosphate termini, and specifically removing the intron.; Complex: heterotetramer composed of SEN2, SEN15,SEN34 and SEN54.; Complex: this subunit interacts with SEN2.; Function: SEN54 of S. cerevisiae cleaves pre-tRNA at the 5' and 3' splice sites to release the intron. The products are an intron and two tRNA half-molecules bearing 2',3' cyclic phosphate and 5'-OH termini.; Function: SEN54 of S. cerevisiae encodes one of the catalytic subunits of the tRNA-splicing endonuclease which is responsible for identification and cleavage of the splice sites in pre-tRNA.; Remark: YPL083c is synonymous to SEN54.; Remark: there are no conserved sequences at the splice sites, but the intron is invariably located at the same site in the gene, placing the splice sites an invariant distance from the constant structural features of the tRNA body.; Title: similarity to tRNA-splicing endonuclease subunit Sen54 - Saccharomyces cerevisiae; See PMID 9200603; uncharacterized protein	join(204222..204337,204423..204601,204674..205192,205243..205688)	Aspergillus niger	4984305
An11g00760	CDS	An11g00760	NT_166526.1	207097	208410	D	Pathway: fabG of B. subtilis is involved in phospholipid synthesis.; Remark: fabG of B. subtilis exhibits a marked preference for acyl-carrier-protein derivatives over CoA derivatives as substrates.; Similarity: closest manual homologue (BLASTP): PIRNEW:T46633 3-oxoacyl-[acyl-carrier-protein] reductase fabG - Bacillus subtilis.; Similarity: data bank entries are N- and C-terminally shorter than this protein.; Title: strong similarity to 3-oxoacyl-(acyl-carrier-protein) reductase fabG - Bacillus subtilis; See PMID 8759840; uncharacterized protein	join(207097..207561,207632..208034,208144..208263,208364..208410)	Aspergillus niger	4984306
An11g00770	CDS	An11g00770	NT_166526.1	208706	210927	R	Function: in vitro, recombinant SAE1/SAE2 (SUMO-1-activating enzyme) catalyzes the ATP-dependent formation of a thioester linkage between SUMO-1 and SAE2.; Remark: SUMO-1 is a small ubiquitin-related modifier that is covalently linked to many cellular protein targets.; Remark: modification by SUMO-1 is proposed to play a role in protein targeting and/or stability.; Title: strong similarity to SUMO-1 activating enzyme subunit 2 SAE2 - Homo sapiens; See PMID 10187858; uncharacterized protein	complement(join(208706..209895,209943..210007,210057..210181,210249..210485,210587..210757,210868..210927))	Aspergillus niger	4984307
An11g00780	CDS	An11g00780	NT_166526.1	213149	214555	D	Remark: based on the hypothetical protein B2A19. 160 an additional intron could be introduced.; Title: strong similarity to hypothetical protein B2A19.160 - Neurospora crassa; uncharacterized protein	join(213149..213563,213618..213772,213835..214066,214128..214555)	Aspergillus niger	4984308
An11g00790	CDS	An11g00790	NT_166526.1	214890	216350	R	Similarity: a similarity exists only at the N-terminal sequence.; Title: strong similarity to hypothetical protein EAA64158.1 - Aspergillus nidulans; uncharacterized protein	complement(join(214890..216135,216166..216350))	Aspergillus niger	4984309
An11g00800	CDS	An11g00800	NT_166526.1	216671	217449	D	Catalytic activity: cyp-4 of C. elegans catalyzed the cis-trans isomerization of proline imidic peptide bonds in oligopeptides.; Function: cyp-4 of C. elegans catalyses one step in the refolding of urea-denatured ribonuclease A. The enzyme is identical with the protein which binds the immunosuppressive drug cyclosporin; Remark: cyp-4 of C. elegans is a cis-trans-Isomerase.; Similarity: cyp-4 of C. elegans belongs to the cyclophilin-type PPIase family.; Title: similarity to peptidyl-prolyl cis-trans isomerase 4 cyp-4 - Caenorhabditis elegans; See PMID 8694762; See PMID 10228556; See PMID 10424896; uncharacterized protein	join(216671..216682,216751..216816,216892..217449)	Aspergillus niger	4984310
An11g00810	CDS	An11g00810	NT_166526.1	220777	222983	R	Function: PUT3 of S. cerevisiae binds to DNA sequences in the promoters of the proline utilization genes and is required for the basal and induced expression of the enzymes of this pathway.; Title: similarity to transcription activator Put3 -Saccharomyces cerevisiae; See PMID 2017167; uncharacterized protein	complement(join(220777..221349,221442..221993,222049..222688,222746..222874,222934..222983))	Aspergillus niger	4984311
An11g00820	CDS	An11g00820	NT_166526.1	223396	223998	D	hypothetical protein	join(223396..223432,223676..223998)	Aspergillus niger	84592174
An11g00830	CDS	An11g00830	NT_166526.1	224952	228412	D	Title: similarity to hypothetical protein B2O8.180 -Neurospora crassa; uncharacterized protein	join(224952..225565,225613..228412)	Aspergillus niger	4984313
An11g00840	CDS	An11g00840	NT_166526.1	228952	231233	R	Catalytic activity: DBR1 hydrolyzes the 2'-5' phosphodiester linkage at the branchpoint of excised intron lariats.; Function: DBR1 is a debranching enzyme with a RNA processing activity that cleaves the branchpoint of excised intron lariats.; Remark: based on sequence similarities an unusually large intron was introduced in this ORF during the gene modelling process.; Remark: none of the gene modelling programs predicted an intron at this position, therefore the occurence of this big intron might be questionable.; Title: strong similarity to RNA lariat debranching enzyme hDBR1 - Homo sapiens; See PMID 10982890; uncharacterized protein	complement(join(228952..229521,230359..230955,231013..231114,231180..231233))	Aspergillus niger	4984314
An11g00850	CDS	An11g00850	NT_166526.1	231922	232023	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	231922..232023	Aspergillus niger	84592175
An11g00860	CDS	An11g00860	NT_166526.1	232504	235729	D	Complex: rat TIP120 binds to TATA-binding protein (TBP) and to RPB5, one of the common subunits of the eukaryotic RNA polymerases.; Function: rat TIP120 activates the basal level of transcription from various kinds of promoters and also stimulates RNAP I- and III-driven transcription.; Function: rat TIP120 functions during preinitiation complex (PIC) formation at the step of RNAP II/TFIIF recruitment to the promoter.; Function: rat TIP120 interacts with TBP wich is a central component for transcriptional regulation.; Localization: rat TIP120 was isolated from nuclear extracts.; Title: strong similarity to TATA-Binding protein-interacting protein TIP120 - Rattus norvegicus; nucleus; See PMID 10567521; uncharacterized protein	join(232504..233030,233151..234855,234916..235254,235313..235729)	Aspergillus niger	4984316
An11g00870	CDS	An11g00870	NT_166526.1	236276	241913	R	Remark: the similarity to CAD21060. 1 from N. crassa is restricted to the N-terminal half.; Remark: the similarity to other proteins is mainly based on repetetive structures.; Title: similarity to hypothetical protein CAD21060.1 - Neurospora crassa; uncharacterized protein	complement(join(236276..237425,237478..241913))	Aspergillus niger	4984317
An11g00880	CDS	An11g00880	NT_166526.1	242436	242836	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(242436..242570,242744..242836))	Aspergillus niger	84592176
An11g00890	CDS	An11g00890	NT_166526.1	244054	244787	R	hypothetical protein	complement(join(244054..244233,244318..244564,244636..244787))	Aspergillus niger	4984319
An11g00900	CDS	An11g00900	NT_166526.1	245011	245498	R	Similarity: Remark: blastp shows significant similarity (42% identity) between predicted A. niger protein and R. prowazekii addA but due to shortness of both peptides the probability is low (p=4,4).; Title: similarity to hypothetical erythrocyte adducin alpha chain addA - Rickettsia prowazekii; uncharacterized protein	complement(join(245011..245052,245097..245249,245343..245498))	Aspergillus niger	84592177
An11g00910	CDS	An11g00910	NT_166526.1	245685	246661	D	Function: Deletion analysis demonstrated that a 412-residue N-terminal domain, which includes an acidic region and the TBP-binding domain, is required for R. norvegicus TIP120 function.; Function: R. norvegicus TIP120 activates the basal level of transcription from various kinds of promoters regardless of the template DNA topology and the presence of TFIIE/TFIIH and TBP-associated factors.; Function: R. norvegicus TIP120 also stimulates RNAP I- and III-driven transcription.; Similarity: similarity is from predicted A. niger protein to N-terminus of R. norvegicus TIP120, which is 900 aa longer.; Title: similarity to TATA-Binding protein-interacting protein TIP120 - Rattus norvegicus; nucleus; See PMID 10567521; See PMID 8954946; uncharacterized protein	join(245685..245914,245977..246661)	Aspergillus niger	4984321
An11g00920	CDS	An11g00920	NT_166526.1	247323	248756	D	Function: Pneumococci in which pgdA was inactivated produced fully N-acetylated glycan and became hypersensitive to exogenous lysozyme in the stationary phase of growth.; Title: similarity to peptidoglycan GlcNAc deacetylase PgdA - Streptococcus pneumoniae; See PMID 10781617; uncharacterized protein	join(247323..247539,247594..248756)	Aspergillus niger	4984322
An11g00930	CDS	An11g00930	NT_166526.1	249242	251187	R	Title: similarity to hypothetical protein EAA64167.1 - Aspergillus nidulans; uncharacterized protein	complement(join(249242..250908,251079..251187))	Aspergillus niger	4984323
An11g00940	CDS	An11g00940	NT_166526.1	251465	254779	R	Complex: S. cerevisiae Pep3p and Pep5p associate physically with Pep7p as revealed by two-hybrid analysis.; Function: S. cerevisiae PEP5 is required for vacuole biogenesis and maintenance of the vacuole structure itself, for gluconeogenic growth and mating response in S. cerevisiae.; Function: in S. cerevisiae a core Pep3p/Pep5p complex putatively promotes vesicular docking/fusion reactions in conjunction with SNARE proteins at multiple steps in transport routes to the vacuole and might be responsible for tethering transport vesicles on target membranes.; Remark: alternative names for S. cerevisiae PEP5 are END1, VAM1, VPL9, VPS11, VPT11 and YMR231W.; Title: strong similarity to vacuolar biogenesis protein Pep5 - Saccharomyces cerevisiae; vacuole; See PMID 10978279; See PMID 2670552; See PMID 2676511; uncharacterized protein	complement(join(251465..251842,251892..252290,252343..252843,252896..253231,253284..253517,253565..254161,254264..254560,254765..254779))	Aspergillus niger	4984324
An11g00950	CDS	An11g00950	NT_166526.1	255167	256740	D	Function: N. tabacum PK12 phosphorylates and physically interacts with serine/arginine-rich (SR) splicing factors in vivo to alter their activity and the splicing of target mRNAs.; Induction: tobacco PK12 is induced by the plant hormone ethylene.; Similarity: N. tabacum PK12 is a member of the LAMMER family of protein kinases.; Title: similarity to protein kinase PK12 - Nicotiana tabacum; deleted EC_number 2.7.1.37; See PMID 8989879; See PMID 10652154; uncharacterized protein	join(255167..255504,255658..255881,256029..256258,256310..256478,256565..256740)	Aspergillus niger	84592178
An11g00960	CDS	An11g00960	NT_166526.1	256838	261531	D	Title: similarity to hypothetical protein encoded by An08g08360 - Aspergillus niger; uncharacterized protein	join(256838..256901,256994..257072,257490..257653,257734..257836,258924..259391,259449..260017,260333..260779,260881..260989,261044..261197,261289..261531)	Aspergillus niger	4984326
An11g00970	CDS	An11g00970	NT_166526.1	262061	264251	R	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: blastp hits of predicted A. niger protein are likely caused by repetetive sequence motives.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Title: weak similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 9383611; See PMID 9987114; See PMID 11152942; See PMID 8710886; uncharacterized protein	complement(join(262061..262111,262254..264251))	Aspergillus niger	4984327
An11g00980	CDS	An11g00980	NT_166526.1	264291	265387	D	Remark: blastp hits are caused by repetetive sequence motives.; hypothetical protein	join(264291..264299,264386..264511,264767..264826,264915..265037,265136..265387)	Aspergillus niger	84592179
An11g00990	CDS	An11g00990	NT_166526.1	266290	267754	D	Function: in S. cerevisiae Lag1p and Dgt1p redundantely facilitate efficient ER-to-Golgi transport of GPI-anchored proteins.; Remark: deletion of LAG1 increases lifespan by 50% in S. cerevisiae.; Title: strong similarity to ER-to-Golgi transporter Lag1 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 10198056; See PMID 8195187; See PMID 8810036; uncharacterized protein	join(266290..266415,266488..267219,267284..267754)	Aspergillus niger	4984329
An11g01000	CDS	An11g01000	NT_166526.1	269264	271807	R	Function: a two component regulatory system consisting of GacS (sensor kinase) and GacA (transcriptional response regulator) is responsible for regulation of secondary metabolism in P. fluorescens.; Remark: alternative names for P. fluorescens GacS are ApdA and LemA.; Title: similarity to sensor kinase GacS -Pseudomonas fluorescens; plasma membrane; See PMID 10919762; uncharacterized protein	complement(join(269264..269498,269664..271807))	Aspergillus niger	4984330
An11g01010	CDS	An11g01010	NT_166526.1	272083	272394	D	hypothetical protein	272083..272394	Aspergillus niger	84592180
An11g01020	CDS	An11g01020	NT_166526.1	272492	272753	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(272492..272616,272708..272753)	Aspergillus niger	84592181
An11g01040	CDS	An11g01040	NT_166526.1	274745	278050	D	Localization: OPT1 of C. albicans is probably located in the plasma membrane.; Similarity: C. albicans OPT1 is not a member of the ABC or PTR membrane transport families.; Title: strong similarity to oligopeptide transporter OPT1 - Candida albicans; See PMID 9043116; uncharacterized protein	join(274745..274800,274872..274992,275015..275149,275233..275298,275616..275804,275872..277199,277255..277469,277525..277794,277851..278050)	Aspergillus niger	4984333
An11g01050	CDS	An11g01050	NT_166526.1	278229	278506	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(278229..278283,278334..278506)	Aspergillus niger	84592182
An11g01060	CDS	An11g01060	NT_166526.1	278801	281132	D	Function: C. lindemuthianum CLTA1 is a regulatory pathogenicity gene involved in the switch between biotrophy and necrotrophy of the infection process.; Similarity: C. lindemuthianum CLTA1 and the predicted A. niger protein contain a Gal4-type fungal zinc cluster (Zn[II](2)Cys(6)) DNA-binding domain.; Title: strong similarity to transcription activator CLTA1 - Colletotrichum lindemuthianum; nucleus; See PMID 11006333; uncharacterized protein	join(278801..280202,280246..281132)	Aspergillus niger	4984335
An11g01070	CDS	An11g01070	NT_166526.1	281328	282909	D	Catalytic activity: guanine deaminases catalyse the reaction, guanine + H2O = xanthine + NH3.; Function: human nedasin associates with the MAGUK family protein NE-dlg/SAP102, and interferes with the association between NE-dlg/SAP102 and NMDA receptor 2B in vitro.; Title: strong similarity to guanine deaminase p51-nedasin - Homo sapiens; cytoplasm; See PMID 10542258; uncharacterized protein	join(281328..282677,282811..282909)	Aspergillus niger	4984336
An11g01080	CDS	An11g01080	NT_166526.1	283210	285327	D	Title: strong similarity to hypothetical protein CAF06066.1 - Neurospora crassa; uncharacterized protein	283210..285327	Aspergillus niger	4984337
An11g01090	CDS	An11g01090	NT_166526.1	286491	287007	R	Remark: blastp hits are caused by repetetive sequence motives.; hypothetical protein	complement(join(286491..286820,286894..287007))	Aspergillus niger	84592183
An11g01100	CDS	An11g01100	NT_166526.1	287179	289120	D	Remark: ORF 3'truncated due to end of contig.; Title: strong similarity to high-affinity glucose transporter HGT1 - Kluyveromyces lactis [truncated ORF]; plasma membrane; See PMID 8830679; uncharacterized protein	join(<287179..287242,287387..287526,287563..287696,287753..287876,287927..288003,288056..288420,288478..>289120)	Aspergillus niger	4984339
An11g01110	CDS	An11g01110	NT_166526.1	290683	292780	D	Remark: the predicted intron/exon structure might not be correct (introns missing).; Similarity: the human protein is similar to prokaryotic pepstatin insensitive carboxyl proteases, its deficiency is causing a fatal neurodegenerative disease.; Title: strong similarity to lysosomal pepstatin insensitive protease CLN2 - Homo sapiens; uncharacterized protein	join(290683..290885,290929..291192,291236..291456,291502..291622,291670..292780)	Aspergillus niger	4984340
An11g01120	CDS	An11g01120	NT_166526.1	293269	295067	R	Similarity: shows similarity to several dehydrogenases of different specificities.; Title: strong similarity to NADPH-dependent aldehyde reductase - Sporobolomyces salmonicolor; See PMID 8779568; See PMID 1633196; uncharacterized protein	complement(join(293269..293308,293395..293444,293535..293597,293704..294045,294101..294229,294280..294474,294525..294617,294669..294753,294804..294817,294879..294966,295021..295067))	Aspergillus niger	4984341
An11g01130	CDS	An11g01130	NT_166526.1	295402	296446	R	hypothetical protein	complement(join(295402..295629,295863..295976,296082..296132,296206..296266,296313..296446))	Aspergillus niger	84592184
An11g01140	CDS	An11g01140	NT_166526.1	296541	298711	R	Similarity: the ORF encoded protein shows also weak similarity to GTP-binding protein VC0763 from Vibrio cholerae.; Title: weak similarity to hypothetical protein encoded by An16g00260 - Aspergillus niger; uncharacterized protein	complement(join(296541..296612,296681..296759,296871..296984,297155..297334,297434..297550,298066..298410,298461..298711))	Aspergillus niger	4984343
An11g01150	CDS	An11g01150	NT_166526.1	300247	301930	D	Function: cytochrome P450s are involved in the oxidative degradation of various compounds.; Similarity: shows similarity to several cytochrome P450 homologs.; Title: similarity to hypothetical cytochrome P450 monooxygenase p450-4 - Gibberella fujikuroi; See PMID 9917370; uncharacterized protein	join(300247..300408,300461..300583,300644..300725,300775..301446,301494..301930)	Aspergillus niger	4984344
An11g01160	CDS	An11g01160	NT_166526.1	302035	302532	R	Function: chitinases catalyze the hydrolysis of the 1,4-beta-linkages of N-acetyl-D-glucosamine polymeres of chitin.; Remark: The deduced protein is much shorter than similar proteins from data banks and shows only similarity to the C-terminal half of chitinases. .; Title: similarity to chitinase Chi1 - Aphanocladium album; See PMID 1735126; uncharacterized protein	complement(302035..302532)	Aspergillus niger	84592185
An11g01170	CDS	An11g01170	NT_166526.1	303014	303821	D	Title: questionable ORF; uncharacterized protein	join(303014..303132,303447..303603,303723..303821)	Aspergillus niger	84592186
An11g01180	CDS	An11g01180	NT_166526.1	303968	305114	D	Title: weak similarity to immunoglobulin kappa light chain - Mus musculus; uncharacterized protein	join(303968..304094,304176..304273,304420..304959,305031..305114)	Aspergillus niger	4984347
An11g01190	CDS	An11g01190	NT_166526.1	305310	306753	R	Title: similarity to protein participating in extracellular/cell surface phenomena Ecm33 - Saccharomyces cerevisiae; See PMID 9335584; See PMID 10734606; uncharacterized protein	complement(join(305310..306132,306191..306563,306642..306753))	Aspergillus niger	4984348
An11g01200	CDS	An11g01200	NT_166526.1	308922	310670	R	Similarity: the ORF also shows strong similarity to the EST an_1007 from Aspergillus niger.; Similarity: the ORF encoded protein shows also weak similarity to the hypothetical protein arcA from Aspergillus nidulans.; Title: similarity to hypothetical protein CAD21260.1 - Neurospora crassa; uncharacterized protein	complement(join(308922..309073,309122..309221,309267..309376,309420..309789,309826..310113,310253..310605,310643..310670))	Aspergillus niger	4984349
An11g01210	CDS	An11g01210	NT_166526.1	310859	311224	D	Title: weak similarity to hypothetical protein MTH201 - Methanobacterium thermoautotrophicum; uncharacterized protein	join(310859..311097,311143..311224)	Aspergillus niger	84592187
An11g01220	CDS	An11g01220	NT_166526.1	311369	313028	R	Function: tannase hydrolyzes the ester bonds of tannic acid to produce gallic acid and glucose.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; uncharacterized protein	complement(join(311369..312234,312290..313028))	Aspergillus niger	4984351
An11g01230	CDS	An11g01230	NT_166526.1	313106	314100	R	Title: weak similarity to envelope protein - Spleen focusforming virus; uncharacterized protein	complement(join(313106..313225,313279..313654,313747..313833,313970..314100))	Aspergillus niger	84592188
An11g01240	CDS	An11g01240	NT_166526.1	314583	316887	R	Function: Dfg5p of S. cerevisiae is required for filamentous growth, cell polarity, and cellular elongation.; Title: similarity to filamentous growth protein Dfg5 - Saccharomyces cerevisiae; See PMID 9055077; uncharacterized protein	complement(join(314583..315389,315457..316196,316305..316462,316568..316622,316803..316887))	Aspergillus niger	4984353
An11g01250	CDS	An11g01250	NT_166526.1	317138	321298	D	Similarity: shows some similarity to several cyclin-dependent kinases.; Title: weak similarity to cyclin-dependent kinase Cdk8 - Drosophila melanogaster; See PMID 8730095; uncharacterized protein	join(317138..317235,317292..317518,317619..317732,318180..319961,319999..320136,320223..320407,320622..320789,320921..321019,321152..321298)	Aspergillus niger	84592189
An11g01260	CDS	An11g01260	NT_166526.1	321360	323229	R	Similarity: only partial similarity to magnesium/cobalt transport protein sll0671 of Synechocystis, but belongs also to COG0598 and might thus be a metal ion transporter.; Title: weak similarity to hypothetical protein encoded by B1D4.080 - Neurospora crassa; uncharacterized protein	complement(join(321360..321749,321840..322133,322239..322573,322639..322823,322895..322991,323052..323229))	Aspergillus niger	4984355
An11g01270	CDS	An11g01270	NT_166526.1	324759	327020	D	Similarity: shows similarity to several putative and known amino-acid transporter proteins.; Title: similarity to amino acid permease Mmp1 -Saccharomyces cerevisiae; plasma membrane; See PMID 10497160; uncharacterized protein	join(324759..324793,324839..324866,324914..325152,325206..325492,325571..325628,325681..326236,326285..326373,326429..326642,326697..327020)	Aspergillus niger	4984356
An11g01280	CDS	An11g01280	NT_166526.1	328129	329433	R	Title: weak similarity to hypothetical protein jhp1206 - Helicobacter pylori; uncharacterized protein	complement(join(328129..328293,328396..328468,328565..328640,328739..328922,329083..329157,329262..329342,329419..329433))	Aspergillus niger	84592190
An11g01290	CDS	An11g01290	NT_166526.1	329634	332054	D	hypothetical protein	join(329634..329649,329711..329848,329895..330017,330088..330199,330281..330494,330620..330878,331397..331648,331776..331883,331969..332054)	Aspergillus niger	84592191
An11g01300	CDS	An11g01300	NT_166526.1	332441	334090	R	Function: due to SGD RSA2 is involved in ribosome assembly.; Remark: the systematic genename of RSA2 is YMR131c.; Title: strong similarity to protein involved in ribosome assembly Rsa2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(332441..332465,332535..333798,333892..334090))	Aspergillus niger	4984359
An11g01310	CDS	An11g01310	NT_166526.1	335215	336020	D	Similarity: shows strong similarity to several small GTP-binding proteins of the ras superfamily with different specificities.; Title: strong similarity to septum-promoting GTPase spg1p - Schizosaccharomyces pombe; See PMID 9203579; uncharacterized protein	join(335215..335392,335450..335742,335793..335867,335922..336020)	Aspergillus niger	4984360
An11g01320	CDS	An11g01320	NT_166526.1	337190	337862	D	hypothetical protein	join(337190..337498,337806..337862)	Aspergillus niger	84592192
An11g01330	CDS	An11g01330	NT_166526.1	338797	339683	D	Title: similarity to hypothetical protein encoded by SMc00431 - Sinorhizobium meliloti; uncharacterized protein	join(338797..338862,338932..339094,339157..339290,339427..339508,339580..339683)	Aspergillus niger	4984362
An11g01340	CDS	An11g01340	NT_166526.1	340231	341166	D	Function: In Neurospora the expression of a set of unlinked structural genes, which allows utilization of various nitrogen-containing compounds, is controlled by the positive-acting nit-2 gene and the negative-acting nmr gene.; Similarity: The deduced polypeptide is too short (N-term 50 AA; C-term 100 AA) compared to the proteins from data bases.; Title: similarity to nitrogen metabolic regulation protein NMR - Neurospora crassa; See PMID 2146484; uncharacterized protein	340231..341166	Aspergillus niger	4984363
An11g01350	CDS	An11g01350	NT_166526.1	341268	342385	R	Function: the plant protein kinase phosphorylates serine, threonine, and tyrosine.; Remark: the deduced protein is C-terminal approx. 100 AA shorter than the blastp hits.; Similarity: shows also similarity to casein kinase I epsilon CKIe - Xenopus laevis (PUBMED 10517632).; Title: similarity to protein kinase ADK1 -Arabidopsis thaliana; See PMID 7527390; uncharacterized protein	complement(join(341268..341635,341701..342204,342254..342326,342374..342385))	Aspergillus niger	4984364
An11g01360	CDS	An11g01360	NT_166526.1	343095	344944	D	Similarity: Similarity to several proteins is based on repetetive sequence.; hypothetical protein	join(343095..343488,343626..344944)	Aspergillus niger	84592193
An11g01370	CDS	An11g01370	NT_166526.1	345033	345486	R	Similarity: similarities to several proteins are based on a 'D-rich' region.; hypothetical protein	complement(join(345033..345055,345139..345234,345325..345382,345421..345486))	Aspergillus niger	84592194
An11g01380	CDS	An11g01380	NT_166526.1	345599	346194	D	hypothetical protein	join(345599..345861,346140..346194)	Aspergillus niger	84592195
An11g01390	CDS	An11g01390	NT_166526.1	346348	347373	D	Function: the bacterial enzyme catalyzes the oxidation of D-3-phosphoglycerate to 3-phosphohydroxypyruvate. It is the first committed step in the 'phosphorylated' pathway of serine biosynthesis.; Similarity: shows also similarity to glycerate dehydrogenase hprA - Pseudomonas aeruginosa (EC: 1. 1. 1. 29).; Title: similarity to phosphoglycerate dehydrogenase serA - Bacillus subtilis; See PMID 7934829; uncharacterized protein	346348..347373	Aspergillus niger	4984368
An11g01400	CDS	An11g01400	NT_166526.1	347891	349100	D	Title: similarity to hypothetical protein CAB92029.2 - Neurospora crassa; uncharacterized protein	join(347891..348287,348849..348872,349066..349100)	Aspergillus niger	4984369
An11g01410	CDS	An11g01410	NT_166526.1	350115	351745	D	Function: members of the ATZ/TRZ family catalyse hydrolytic dechlorination of their substrates.; Remark: The bacterial enzyme catalyzes the dechlorination of atrazine to hydroxyatrazine via a hydrolytic reaction.; Title: similarity to atrazine chlorohydrolase atzA -Pseudomonas sp.; See PMID 8759853; uncharacterized protein	join(350115..350385,350436..350567,350617..350919,350964..351745)	Aspergillus niger	4984370
An11g01420	CDS	An11g01420	NT_166526.1	352184	353371	D	Similarity: N-terminal half shows some similarity to N-terminal half of several yeast transcription factors.; Title: weak similarity to transcription activator Cad1 - Saccharomyces cerevisiae; uncharacterized protein	352184..353371	Aspergillus niger	4984371
An11g01430	CDS	An11g01430	NT_166526.1	353826	355302	R	Title: strong similarity to hypothetical protein CAC18266.1 - Neurospora crassa; uncharacterized protein	complement(join(353826..354142,354610..354740,354812..354978,355036..355302))	Aspergillus niger	4984372
An11g01470	CDS	An11g01470	NT_166526.1	357686	358580	D	hypothetical protein	join(357686..357694,357990..358071,358204..358580)	Aspergillus niger	84592196
An11g01480	CDS	An11g01480	NT_166526.1	359029	359913	R	Title: weak similarity to hypothetical RNA polymerase - Pelargonium leaf curl virus; uncharacterized protein	complement(join(359029..359095,359230..359313,359514..359570,359716..359787,359840..359913))	Aspergillus niger	84592197
An11g01490	CDS	An11g01490	NT_166526.1	360297	360984	R	Similarity: shows similarity to the C-terminal half of the phage protein.; Title: weak similarity to protein 40A - Phage phi80; uncharacterized protein	complement(join(360297..360649,360858..360984))	Aspergillus niger	84592198
An11g01500	CDS	An11g01500	NT_166526.1	361013	363591	D	hypothetical protein	join(361013..361097,361187..361247,361389..361649,361706..361868,361924..361993,362072..362259,362403..362588,362684..363038,363114..363216,363312..363399,363505..363591)	Aspergillus niger	84592199
An11g01510	CDS	An11g01510	NT_166526.1	363856	366182	R	Title: weak similarity to the protein involved in sister chromatid segregation Src1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(363856..364477,364603..366182))	Aspergillus niger	4984380
An11g01520	CDS	An11g01520	NT_166526.1	367183	373524	R	Catalytic activity: adenylate cyclases catalyze the conversion of ATP = 3',5'-Cyclic AMP + Pyrophosphate; Function: adenylate cyclases play essential roles in regulation of cellular metabolism by catalysing the synthesis of a second messenger, cAMP.; Title: strong similarity to adenylate cyclase MAC1 -Magnaporthe grisea; See PMID 9707535; uncharacterized protein	complement(join(367183..367476,367538..372793,372931..373524))	Aspergillus niger	4984381
An11g01530	CDS	An11g01530	NT_166526.1	374125	378528	D	Title: questionable ORF; uncharacterized protein	join(374125..374166,374400..374433,374518..374564,374654..374738,374821..374874,374941..375100,375635..375824,376118..376354,377321..377400,377475..377564,377650..377704,377787..377868,378359..378528)	Aspergillus niger	84592200
An11g01540	CDS	An11g01540	NT_166526.1	378916	380090	D	Function: members of this family of putative glycosidases (CRH1, CRH2, and CRR1) might exert a common role in cell wall organization at different stages of the yeast life cycle.; Localization: CRH1 of S. cerevisiae is localized at the cell surface, particularly in chitin-rich areas.; Remark: the systematic genename of CRH1 of S. cerevisiae is YGR189C.; Similarity: shows also similarities to several endo-glucanases.; Similarity: strong similarity to allergen rAsp f 9 of Aspergillus fumigatus.; Title: strong similarity to cell wall protein Crh1 -Saccharomyces cerevisiae; cell wall; See PMID 10757808; uncharacterized protein	join(378916..379012,379066..379620,379693..380090)	Aspergillus niger	4984383
An11g01550	CDS	An11g01550	NT_166526.1	380976	382780	R	Function: The C. maltosa enzyme catalyzes the hydroxylation of n-hexadecane and lauric acid.; Function: cytochrome P450s are involved in the oxidative degradation of various compounds.; Title: strong similarity to cytochrome P450 52A4 -Candida maltosa; See PMID 9501474; See PMID 9717384; uncharacterized protein	complement(join(380976..381059,381139..381919,381994..382558,382645..382780))	Aspergillus niger	4984384
An11g01560	CDS	An11g01560	NT_166526.1	382968	383684	R	Similarity: shows minor similarity to central part of probable PPE protein (G70570) of M. tuberculosis.; hypothetical protein	complement(join(382968..383042,383102..383570,383656..383684))	Aspergillus niger	84592201
An11g01570	CDS	An11g01570	NT_166526.1	383726	385265	D	Function: Nab2p of S. cerevisiae is an essential protein binding to polyadenylated RNA and single-stranded DNA.; Remark: Nab2p of S. cerevisiae is believed to associate directly with nascent RNA polymerase II transcripts and remain associated during subsequent nuclear RNA processing reactions.; Remark: Nab2p of S. cerevisiae may be involved not only in RNA processing but also in transcription regulation.; Similarity: the similarity of this ORF to Nab2p of S. cerevisisae can be discussed, since there are a number of gaps and only few stretches showing significant similarity, thus we do not consider to make a functional prediction on this ORF.; Title: similarity to nuclear polyadenylated RNA-binding protein Nab2 - Saccharomyces cerevisiae; See PMID 8474438; uncharacterized protein	join(383726..384154,384231..385265)	Aspergillus niger	4984386
An11g01580	CDS	An11g01580	NT_166526.1	385735	387676	D	Catalytic activity: protoporphyrinogen oxidase catalyzes the conversion of protoporphyrinogen IX + O2 = Protoporphyrin IX + H2O.; Pathway: porphyrin metabolism.; Title: similarity to protoporphyrinogen oxidase PPO - Mus musculus; See PMID 8554330; uncharacterized protein	join(385735..386058,386139..386819,386909..387676)	Aspergillus niger	4984387
An11g01590	CDS	An11g01590	NT_166526.1	387904	388172	D	hypothetical protein	join(387904..388056,388119..388139,388158..388172)	Aspergillus niger	84592202
An11g01600	CDS	An11g01600	NT_166526.1	388221	388883	R	Title: similarity to polypeptide SEQ ID NO:21825 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	complement(388221..388883)	Aspergillus niger	4984389
An11g01610	CDS	An11g01610	NT_166526.1	390676	397186	D	Catalytic activity: ubiquitin-protein ligases catalyze the conversion of ATP + Ubiquitin + Protein lysine = AMP + Pyrophosphate + Protein N-ubiquityllysine.; Remark: in most cases ubiquitinated proteins will be degraded.; Remark: the systematic gene name of UBR1 is YGR184C.; Title: similarity to ubiquitin protein ligase Ubr1 -Saccharomyces cerevisiae; uncharacterized protein	join(390676..396860,396919..397186)	Aspergillus niger	4984390
An11g01620	CDS	An11g01620	NT_166526.1	397874	398626	D	hypothetical protein	join(397874..398039,398209..398295,398369..398406,398606..398626)	Aspergillus niger	84592203
An11g01630	CDS	An11g01630	NT_166526.1	398633	399692	D	Function: nmt2 of S. pombe is involved in the biosynthesis of the thiamine precursor thiazole.; Induction: nmt2 of S. pombe is repressed by thiazole.; Remark: a splice site was detected upstream of the START codon.; Similarity: belongs to the thi4 family.; Similarity: strong similarity to stress-inducible protein sti35 - Fusarium oxysporum; Title: strong similarity to thiazole biosynthesis protein nmt2p - Schizosaccharomyces pombe; See PMID 7992507; See PMID 9606189; uncharacterized protein	join(398633..398969,399034..399692)	Aspergillus niger	4984392
An11g01640	CDS	An11g01640	NT_166526.1	400138	401571	R	Catalytic activity: phospholipase C catalyzes the conversion of 1-phosphatidyl-1D-myo-inositol 4,5-bisphosphate + H(2)O = D-myo-inositol 1,4,5-trisphosphate + diacylglycerol.; EC:3.1.4.11; Function: phospholipase C type enzymes hydrolyze inositolphosphosphingolipids (IPC, MIPC, M(IP)2C) as well as sphingomyelin.; Phenotype: the ISC2 null mutant of S. cerevisisae is viable and contains more inositolphosphosphingolipids.; Remark: the systematic name of ISC2 is YER019w.; Similarity: shows also similarity to probable lipid metabolism protein with similarity to sphingomyelinase family of S. pombe.; Title: similarity to phospholipase C type Isc2 -Saccharomyces cerevisiae; See PMID 11006294; uncharacterized protein	complement(400138..401571)	Aspergillus niger	4984393
An11g01650	CDS	An11g01650	NT_166526.1	401959	403834	D	Similarity: shows similarity only to the WD-repeat domains of these proteins.; Similarity: shows similarity to several WD-repeat proteins of different organisms.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 10322433; uncharacterized protein	join(401959..402607,402685..402848,402914..403834)	Aspergillus niger	4984394
An11g01660	CDS	An11g01660	NT_166526.1	404993	405844	R	Title: similarity to hypothetical protein B24P11.210 - Neurospora crassa; uncharacterized protein	complement(404993..405844)	Aspergillus niger	4984395
An11g01670	CDS	An11g01670	NT_166526.1	405996	407449	D	Title: weak similarity to brain development related protein LjOtxA - Lampetra japonica; uncharacterized protein	join(405996..406119,406189..406389,406465..406540,406632..406733,406930..407200,407339..407449)	Aspergillus niger	84592204
An11g01680	CDS	An11g01680	NT_166526.1	408111	409293	R	hypothetical protein	complement(join(408111..408200,408276..408434,408506..408569,408676..408724,409015..409047,409209..409293))	Aspergillus niger	84592205
An11g01690	CDS	An11g01690	NT_166526.1	411066	411538	D	Remark: belongs to the S30E family of ribosomal proteins.; Remark: there are two genes for S30 in S. cerevisiae (RPS30B;YOR182c and RPS30A;YLR287c-a).; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S30 - Saccharomyces cerevisiae; cytoplasm; 40S ribosomal protein eS30	join(411066..411074,411160..411171,411255..411398,411515..411538)	Aspergillus niger	4984398
An11g01700	CDS	An11g01700	NT_166526.1	412298	414085	R	Function: RTG2 of S. cerevisiae is a pivotal gene in controlling interorganelle communication between mitochondria, peroxisomes, and the nucleus in the context of retrograde regulation.; Function: RTG2 of S. cerevisiae is required, in particular, for the retrograde expression of the peroxisomal isoform of citrate synthase, cit2.; Function: the expression of some nuclear genes is sensitive to the functional state of mitochondria, a process termed retrograde regulation.; Phenotype: S. cerevisiae cells bearing a RTG2 null mutation are viable and respiratory competent; however,they are auxotrophic for glutamic or aspartic acid and cannot use acetate as a sole carbon source, suggesting that both the tricarboxylic acid and glyoxylate cycles are compromised.; Similarity: RTG2 of S. cerevisiae contains an N-terminal ATP binding domain similar to that found in hsp70 homologues, and shares some sequence similarity with phosphatases.; Title: strong similarity to regulator protein Rtg2 -Saccharomyces cerevisiae; cytoplasm; See PMID 7629125; See PMID 8422683; See PMID 10848632; uncharacterized protein	complement(join(412298..413930,414030..414085))	Aspergillus niger	4984399
An11g01710	CDS	An11g01710	NT_166526.1	414756	415641	R	Title: weak similarity to ATP:scyllo-inosamine phosphatransferase stsE - Streptomyces griseus; See PMID 9238101; uncharacterized protein	complement(join(414756..414872,414943..415487,415530..415641))	Aspergillus niger	84592206
An11g01720	CDS	An11g01720	NT_166526.1	415920	417811	R	Function: TNA1 of S. cerevisiae is necessary for nicotinic acid import into the cell.; Remark: TNA1 of S. cerevisiae is also called YGR260w.; Similarity: TNA1 of S. cerevisiae is a members of the yeast Dal5p (allantoate/ureidosuccinate permease) subfamily of the major facilitator family of tranmembrane transporters.; Similarity: the Dal family proteins are weakly similar to bacterial (hypothetical) permeases for tartrate (ttuB), 4-hydroxyphenylacetate (hpaX), phtalate (Pht1),suggesting that proteins of the Dal family correspond to permeases for carboxylic acids.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	complement(join(415920..416239,416292..416619,416675..417146,417203..417367,417424..417457,417583..417811))	Aspergillus niger	4984401
An11g01730	CDS	An11g01730	NT_166526.1	418394	418904	R	hypothetical protein	complement(join(418394..418497,418585..418785,418871..418904))	Aspergillus niger	84592207
An11g01740	CDS	An11g01740	NT_166526.1	418969	421196	D	Similarity: the similarity to SPBP23A10. 05 of S. pombe is limited to the N-terminus of the predicted ORF.; Title: similarity to hypothetical coiled-coil protein SPBP23A10.05 - Schizosaccharomyces pombe; uncharacterized protein	join(418969..419004,419087..419350,419418..421196)	Aspergillus niger	4984403
An11g01750	CDS	An11g01750	NT_166526.1	422061	425113	D	Similarity: stretches of repetitive elements at the N- and C-termini show weak similarity with the circumsporozoite protein of Plasmodium vivax.; Similarity: the similarity with YGR086c of S. cerevisiae is strong in the central part of the molecule.; Title: similarity to hypothetical protein YGR086c -Saccharomyces cerevisiae; uncharacterized protein	join(422061..422759,422967..423106,423459..423963,424022..425113)	Aspergillus niger	4984404
An11g01760	CDS	An11g01760	NT_166526.1	425280	426811	D	Catalytic activity: PRE2 has a chymotrypsin-like proteolytic activity.; Complex: the 20 S proteasome is a cylindrical particle with two outer rings each made of 7 different alpha-type subunits and two inner rings made of 7 different beta-type subunits. S. cerevisiae Pre2p is the beta 5 subunit.; Complex: the 20S proteasome from the yeast S. cerevisiae is composed by 28 protein subunits, and constitutes the proteolytic core of the larger 26S proteasome complex.; Function: the 26 S proteasome is the central protease involved in ubiquitin-mediated protein degradation and fulfills vital regulatory functions in eukaryotes.; Localization: proteasomes are mainly localised in the in the nuclear envelope-ER network.; Remark: PRE2 of S. cerevisiae is also called DOA3,PRG1,or SRR2.; Remark: PRE2 of S. cerevisiae is synthesized as precursor and is processed in a manner apparently identical to that of related mammalian proteasome subunits implicated in antigen presentation.; Similarity: PRE2 of S. cerevisiae is a beta-type member of the proteasomal gene family.; Similarity: part of the predicted ORF is identical to A. niger EST EMBLEST Acc. BE758781; gaps in the BLASTP alignments were not corrected by gene modeling due to the experimentally derived mRNA evidence.; Similarity: the PRE2 protein of S. cerevisiae shows striking homology to the human Ring10 protein, which is encoded in the major histocompatibility complex class II region and have sequence homology to proteasome-encoding genes.; Title: strong similarity to proteasome 20S subunit Pre2 - Saccharomyces cerevisiae; See PMID 7781614; See PMID 8383129; See PMID 9087403; See PMID 9312134; uncharacterized protein	join(425280..425657,425809..425916,425971..426178,426306..426415,426476..426811)	Aspergillus niger	4984405
An11g01770	CDS	An11g01770	NT_166526.1	427250	431093	R	Catalytic activity: n nucleoside triphosphate = n pyrophosphate + RNA(n).; Complex: RNA polymerase I consists of 14 different subunits; this subunit is the second largest component of RNA polymerase I.; Function: DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates; RNA polymerase I is essentially used to transcribe ribosomal DNA units.; Phenotype: N. crassa strain un-18, producing a temperature-sensitive mutant of the RNA polymerase I 135K subunit, shows alterations of the period of the circadian conidiation rhythm.; Similarity: belongs to the RNA polymerase beta chain family.; Similarity: very strong similarity to RNA polymerase I subunit of different species.; Title: strong similarity to 135 kD subunit of DNA-directed RNA polymerase I - Neurospora crassa; nucleus; See PMID 9749669; See PMID 1990281; uncharacterized protein	complement(join(427250..427457,427527..428019,428076..430515,430593..431093))	Aspergillus niger	4984406
An11g01780	CDS	An11g01780	NT_166526.1	431825	432401	R	hypothetical protein	complement(join(431825..431913,432012..432112,432197..432303,432396..432401))	Aspergillus niger	84592208
An11g01790	CDS	An11g01790	NT_166526.1	432680	433629	D	Function: ADP-ribosylation factors (ARF) are 20 Kd GTP-binding proteins involved in protein trafficking, which may modulate vesicle budding and uncoating within the Golgi apparatus.; Function: ARF1 of T. gondii can augment release of constitutively secreted vesicles at the target membrane.; Function: ARFs also act as allosteric activators of cholera toxin ADP-ribosyltransferase activity.; Golgi; Localization: ARF1 of T. gondii is located in the Golgi/TGN.; Similarity: the protein shows strong similarity to many ADP-ribosylation factor-like proteins of different plant and animal species.; Title: strong similarity to ADP ribosylation factor 1 ARF1 - Toxoplasma gondii; See PMID 11208125; See PMID 11210540; See PMID 11278405; uncharacterized protein	join(432680..432729,432854..432926,433002..433021,433092..433154,433220..433291,433356..433629)	Aspergillus niger	4984408
An11g01800	CDS	An11g01800	NT_166526.1	436017	436951	R	Title: questionable ORF; uncharacterized protein	complement(join(436017..436085,436624..436704,436746..436842,436866..436951))	Aspergillus niger	84592209
An11g01810	CDS	An11g01810	NT_166526.1	437025	437672	D	Similarity: due to the polyglutamine and polyproline stretches, the protein shows weak similarities with polyglutamine-containing proteins (like huntingtin), or polyprolin-containing proteins (like extensins).; Title: weak similarity to hypothetical membrane protein YBR005w - Saccharomyces cerevisiae; uncharacterized protein	join(437025..437053,437178..437291,437357..437672)	Aspergillus niger	4984410
An11g01820	CDS	An11g01820	NT_166526.1	438227	439274	D	hypothetical protein	join(438227..438363,438527..438819,438946..439274)	Aspergillus niger	84592210
An11g01830	CDS	An11g01830	NT_166526.1	439765	441089	D	Similarity: the protein shows similarity to extensins of several species due to the high proline content.; Title: similarity to hypothetical fibroin-3 related protein B14D6.620 - Neurospora crassa; uncharacterized protein	join(439765..439883,439946..441089)	Aspergillus niger	4984412
An11g01840	CDS	An11g01840	NT_166526.1	441757	443507	R	Title: strong similarity to hypothetical protein SPAC1F3.09 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(441757..442851,442932..443442,443494..443507))	Aspergillus niger	4984413
An11g01850	CDS	An11g01850	NT_166526.1	444005	451837	D	Remark: a putative sequencing error results in an frameshift.; Similarity: the protein shows strong similarity to the DRIM protein of Homo sapiens, a gene with unknown function, which is downregulated in tumor metastasis.; Title: strong similarity to hypothetical protein SPBC56F2.04 - Schizosaccharomyces pombe [putative frameshift]; putative frameshift; See PMID 9673349; uncharacterized protein	join(444005..445443,445509..>451837)	Aspergillus niger	4984414
An11g01860	CDS	An11g01860	NT_166526.1	452137	452712	R	Remark: SPAC24H6. 02c in S. pombe is contiguous to the cullin 3 homolog on chromosome 1.; Title: strong similarity to hypothetical protein SPAC24H6.02c - Schizosaccharomyces pombe; uncharacterized protein	complement(452137..452712)	Aspergillus niger	4984415
An11g01870	CDS	An11g01870	NT_166526.1	453141	455864	D	Function: Cul3 of M. musculus and H. sapiens is important for the ubiquitination and degradation of free cyclin E (i. e. not bound to Cdk2).; Function: cyclin E controls the G1/S phase transition.; Localization: Cul3 of M. musculus and H. sapiens is located both in the nucleus and in the Golgi apparatus; the Golgi localization suggests that Cul3 might have additional substrates.; Phenotype: homozygous deletion of the Cul3 gene in mouse causes an embryonic lethal phenotype due to abnormal regulation of S phase in extraembrioniyc ectodermal and trophoblastic cells.; Similarity: Cul3 belongs to the cullin family of E3 ubiquitin-protein ligases; it was demonstrated that it exherts very similar functions in man and mouse; Title: strong similarity to cullin 3 Cul3 - Mus musculus; nucleus; See PMID 10500095; uncharacterized protein	join(453141..453182,453310..453696,453763..455636,455693..455864)	Aspergillus niger	4984416
An11g01880	CDS	An11g01880	NT_166526.1	456362	457398	R	Title: similarity to hypothetical protein YDR489w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(456362..456982,457075..457398))	Aspergillus niger	4984417
An11g01890	CDS	An11g01890	NT_166526.1	458360	460233	R	Catalytic activity: protein tyrosine phosphate + H(2)O = protein tyrosine + phosphate.; Function: dephosphorylates O-phosphotyrosine groups in phosphoproteins.; Function: nimT of A. nidulans is required for mitosis.; Function: nimT of A. nidulans is required for tyrosine dephosphorylation of p34cdc2 and has a strong homology to cdc25-type proteins.; Title: strong similarity to tyrosine phosphatase nimT - Aspergillus nidulans; See PMID 1534750; See PMID 6352675; uncharacterized protein	complement(join(458360..459488,459554..459778,459836..459898,459980..460233))	Aspergillus niger	4984418
An11g01900	CDS	An11g01900	NT_166526.1	462586	463312	R	hypothetical protein	complement(join(462586..462726,462799..462822,462900..463130,463217..463267,463304..463312))	Aspergillus niger	84592211
An11g01910	CDS	An11g01910	NT_166526.1	464110	465222	R	Remark: partial similarities to different database entries.; hypothetical protein	complement(join(464110..464220,464422..464552,464615..464722,464811..465222))	Aspergillus niger	84592212
An11g01920	CDS	An11g01920	NT_166526.1	466117	467452	D	hypothetical protein	join(466117..466329,466619..466693,466819..466949,467053..467127,467171..467250,467343..467452)	Aspergillus niger	84592213
An11g01930	CDS	An11g01930	NT_166526.1	469010	470938	R	Function: ankyrins attach integral membrane proteins to cytoskeletal elements.; Localization: ank1 of H. sapiens binds to the erythrocyte membrane protein band 4. 2, to Na-K ATPase, to the lymphocyte membrane protein gp85, and to skeletal proteins fodrin, tubulin, vimentin and desmin.; Remark: several splice forms of the human ank1 are known.; Similarity: similarity is restricted to the N-terminal part of ank1.; Title: similarity to ankyrin ANK1 - Homo sapiens; cytoskeleton; See PMID 11018513; uncharacterized protein	complement(469010..470938)	Aspergillus niger	84592214
An11g01940	CDS	An11g01940	NT_166526.1	472159	472858	D	Remark: protein shows partial similarities to different protein kinase motifs.; Title: weak similarity to hypothetical protein encoded by An01g12000 - Aspergillus niger; uncharacterized protein	join(472159..472459,472539..472858)	Aspergillus niger	4984423
An11g01950	CDS	An11g01950	NT_166526.1	473750	476916	D	Title: strong similarity to DNA polymerase V Pol5 -Saccharomyces cerevisiae; nucleus; See PMID 7667891; See PMID 8953036; uncharacterized protein	join(473750..474121,474185..474773,474824..475629,475678..475980,476032..476916)	Aspergillus niger	4984424
An11g01960	CDS	An11g01960	NT_166526.1	477078	478112	R	Catalytic activity: transulphurylation reaction.; Function: hxB of A. nidulans is necessary for the post-translational activation of purine hydroxylases (molybdenum-containing enzymes of the hydroxylase class) by attaching a terminal sulfur atom to the molybdenum cofactor.; Function: the molybdopterin cofactor is required for the activity of a variety of oxidoreductases.; Remark: truncated ORF due to the contig end.; Title: similarity to transsulphurylation protein hxB - Aspergillus nidulans [truncated ORF]; See PMID 10096075; See PMID 11029694; uncharacterized protein	complement(join(477078..477334,477359..>478112))	Aspergillus niger	4984425
An11g01970	CDS	An11g01970	NT_166526.1	478496	479373	R	Function: PGPI of P. furiosus releases an N-terminal pyroglutamyl group from a polypeptide, provided the next residue is not proline.; Remark: PGPI is inhibited by thiol-blocking reagents.; Similarity: PGPI belongs to peptidase family C15.; Title: similarity to pyroglutamyl-peptidase I PGPI -Pyrococcus furiosus; See PMID 10552639; See PMID 9920379; uncharacterized protein	complement(join(478496..479206,479263..479373))	Aspergillus niger	4984426
An11g01980	CDS	An11g01980	NT_166526.1	480374	482455	D	Function: this P450 of G. fujikuroi is, together with three similar P450 monooxygenases, a putative geranylgeranyl diphosphate synthase, and a copalyl diphosphate synthase, involved in gibberellin biosynthesis.; Title: strong similarity to cytochrome P450 monooxygenase P450II - Gibberella fujikuroi; See PMID 10531641; See PMID 9917370; uncharacterized protein	join(480374..480526,480580..480852,480903..481019,481096..481180,481233..481301,481352..481957,482025..482455)	Aspergillus niger	4984427
An11g01990	CDS	An11g01990	NT_166526.1	487585	489582	D	Remark: blast hits based on repetitive sequence.; hypothetical protein	487585..489582	Aspergillus niger	4984428
An11g02000	CDS	An11g02000	NT_166526.1	491509	495341	R	Function: sldA of E. nidulans plays a role in mitosis.; Remark: mutations in sldA and sldB of E. nidulans confer hypersensitivity to the microtubule-destabilizing drug benomyl.; Remark: mutations in sldA and sldB show a strong synthetic lethal interaction with a mutation in the mitotic kinesin bimC.; Title: strong similarity to spindle assembly checkpoint protein sldA - Aspergillus nidulans; See PMID 9584089; uncharacterized protein	complement(join(491509..493721,493797..494244,494352..495341))	Aspergillus niger	4984429
An11g02010	CDS	An11g02010	NT_166526.1	496442	497840	D	Catalytic activity: endonucleolytic cleavage near apurinic or apyrimidinic sites to products with 5'-phosphate.; Cofactor: contains 3. 3 zinc atoms and no significant manganese.; Function: apn1 of S. cerevisiae accounts for > 97% of both apurinic/apyrimidinic (ap) endonuclease and DNA 3'-repair diesterase activities.; Remark: based on sequence similarity to apn1 of S. cerevisiae an additional intron might be present around AA position 290 (length approx. 30 AA).; Similarity: belongs to ap endonucleases family 2.; Title: strong similarity to apurinic endonuclease Apn1 - Saccharomyces cerevisiae; nucleus; See PMID 1693433; uncharacterized protein	join(496442..496671,496730..496903,496934..497840)	Aspergillus niger	4984430
An11g02020	CDS	An11g02020	NT_166526.1	498330	500013	R	Function: GPT of Z. mays mediates a 1:1 exchange of glucose 6-phosphate mainly with inorganic phosphate and triose phosphates.; Remark: GPT was isolated from plastids of Z. mays,its expression is mainly restricted to heterotrophic tissues.; Similarity: closest manual homologue (BLASTP): PIR:T01210 glucose-6-phosphate/phosphate-translocator precursor - Zea mays.; Title: similarity to glucose-6-phosphate/phosphate-translocator GPT - Zea mays [putative sequencing error]; putative sequencing error; See PMID 9477574; uncharacterized protein	complement(join(498330..499703,499765..500013))	Aspergillus niger	4984431
An11g02030	CDS	An11g02030	NT_166526.1	506239	507125	R	Title: similarity to hypothetical protein T23E23.20 - Arabidopsis thaliana; uncharacterized protein	complement(join(506239..506273,506348..506399,506450..506936,507082..507125))	Aspergillus niger	4984432
An11g02040	CDS	An11g02040	NT_166526.1	508165	510234	R	Catalytic activity: 6-phospho-D-gluconate + NADP+ = D-ribulose 5-phosphate + CO2 + NADPH.; Title: strong similarity to phosphogluconate dehydrogenase Gnd1 - Saccharomyces cerevisiae; See PMID 1328471; uncharacterized protein	complement(join(508165..508605,508667..509095,509159..509610,509673..509860,510218..510234))	Aspergillus niger	4984433
An11g02050	CDS	An11g02050	NT_166526.1	512588	513286	D	Function: RBD (RNA binding) proteins can enhance hybridization of complementary RNAs and may thus mediate the interaction of sense and antisense RNA.; Remark: DdRBP1 is present in equal amounts throughout the developmental cycle of D. discoideum while differential accumulation is observed in nuclei during early and late development.; Remark: a splice site was detected upstream of the START codon.; Similarity: belongs the the RNP-CS family.; Title: similarity to ssRNA-binding protein DdRBP1 -Dictyostelium discoideum; See PMID 9426195; uncharacterized protein	512588..513286	Aspergillus niger	4984434
An11g02060	CDS	An11g02060	NT_166526.1	513433	514498	R	Remark: protein contains a possible DNA helicase subunit motif.; Title: similarity to hypothetical protein encoded by An12g03730 - Aspergillus niger; uncharacterized protein	complement(join(513433..513498,513585..513825,514073..514188,514364..514498))	Aspergillus niger	84592215
An11g02070	CDS	An11g02070	NT_166526.1	517068	517481	R	Title: strong similarity to hypothetical protein encoded by An01g14430 - Aspergillus niger; uncharacterized protein	complement(517068..517481)	Aspergillus niger	4984436
An11g02090	CDS	An11g02090	NT_166526.1	518939	520253	D	Title: strong similarity to hypothetical protein CAD70545.1 - Neurospora crassa; uncharacterized protein	join(518939..519154,519206..519304,519354..519421,519476..520253)	Aspergillus niger	4984438
An11g02100	CDS	An11g02100	NT_166526.1	521611	523494	R	Complex: F26G of C. speciosus is a heterodimer of a 54kDa (CSF26G1) chain and 58kDa chain.; Function: F26G of C. speciosus catalyses the removal of C-26-bound glucose moiety of furostanol glycosides.; Remark: F26G of C. speciosus is strongly inhibited by diosgenin.; Similarity: F26G of C. speciosus belongs to the superfamily of Agrobacterium beta-glucosidases.; Similarity: similarity to many beta-Glucosidases which hydrolyse the terminal, non-reducing beta-D-glucose residue and release beta-D-glucose.; Title: strong similarity to furostanol glycoside 26-O-beta-glucosidase CSF26G1 - Costus speciosus; See PMID 8549824; See PMID 8766714; uncharacterized protein	complement(join(521611..521697,521755..522911,522968..523309,523371..523494))	Aspergillus niger	4984439
An11g02110	CDS	An11g02110	NT_166526.1	524845	529974	D	Function: SNQ2 of S. cerevisiae confers hyper-resistance to the mutagens 4-nitroquinoline-n-oxide (4-nqo) and triaziquone, as well as to the chemicals sulphomethuron phenanthroline when present in multiple copies.; Function: SNQ2 of S. cerevisiae exhibits nucleoside triphosphatase activity.; Function: SNQ2 of S. cerevisiae is an atp-dependent permease.; Localization: integral membrane protein.; Similarity: belongs to the ATP-binding transport protein family (ABC transporters).; Title: strong similarity to multidrug ATP binding cassette transporter Snq2 - Saccharomyces cerevisiae; plasma membrane; See PMID 8437567; See PMID 7629127; uncharacterized protein	join(524845..526436,526498..526620,526670..526768,526821..526945,527002..527049,527099..527768,527823..527900,527951..528512,528563..528814,528868..529157,529215..529642,529701..529777,529843..529974)	Aspergillus niger	4984440
An11g02120	CDS	An11g02120	NT_166526.1	530536	532421	R	Similarity: other similarities are based on repetitive sequences.; Title: strong similarity to hypothetical protein CAD79691.1 - Neurospora crassa; uncharacterized protein	complement(join(530536..531736,531832..532421))	Aspergillus niger	4984441
An11g02140	CDS	An11g02140	NT_166526.1	534671	535407	R	Function: TIM17 of S. cerevisiae is a 16. 5 kda inner membrane protein required for import of mitochondrial precursor proteins.; Remark: SMS1 = MIM17 = TIM17.; Remark: deletion of TIM17 in S. cerevisiae is lethal.; Title: strong similarity to mitochondrial inner membrane protein involved in protein import Tim17 -Saccharomyces cerevisiae; inner membrane; See PMID 8050569; See PMID 7919535; uncharacterized protein	complement(join(534671..534712,534820..534974,535066..535264,535339..535407))	Aspergillus niger	4984443
An11g02150	CDS	An11g02150	NT_166526.1	536020	538611	R	Function: ARO9 (first step of tryptophan,phenylalanine, and tyrosine catabolism) and YDR380w (named ARO10) have similar patterns of transcriptional regulation and are both under the positive control of Aro80p.; Remark: ARO80 is synonymous to YDR421w.; Similarity: ARO80 of S. cerevisiae belongs to the Zn2Cys6 transcription factor family.; Title: strong similarity to transcription factor Aro80 - Saccharomyces cerevisiae; See PMID 10207060; uncharacterized protein	complement(join(536020..536765,536838..537739,537789..538335,538392..538611))	Aspergillus niger	4984444
An11g02160	CDS	An11g02160	NT_166526.1	539777	540463	D	Catalytic activity: 4-Maleylacetoacetate = 4-Fumarylacetoacetate.; EC:5.2.1.2.; Function: maiA of A. nidulans is part of the phenylalanine catabolic pathway.; Similarity: maiA shows strong amino acid sequence similarity to glutathione S-transferases.; Title: strong similarity to maleylacetoacetate isomerase maiA - Aspergillus nidulans; See PMID 9417084; uncharacterized protein	539777..540463	Aspergillus niger	4984445
An11g02170	CDS	An11g02170	NT_166526.1	540825	542120	R	Catalytic activity: 4-fumarylacetoacetate + H(2)O = acetoacetate + fumarate.; Function: use of phenylalanine and phenylacetate as a carbon source.; Induction: by phenylacetate (PhOAc), 2OH-PhOAc,3OH-PhOAc, 4OH-PhOAc, phenylalanine, and tyrosine.; Induction: not induced by acetate or glutamate.; Pathway: last step in the metabolism of tyrosine.; Remark: disruption of the fah gene results in phenylalanine toxicity, secretion of succinylacetone and the absence of growth. This is analogous to the genetic disease, type I hereditary tyrosinaemia (ht1) in humans.; Repression: expression is partially repressed by glucose.; Title: strong similarity to fumarylacetoacetate hydrolase fahA - Aspergillus nidulans; See PMID 7568087; uncharacterized protein	complement(540825..542120)	Aspergillus niger	4984446
An11g02180	CDS	An11g02180	NT_166526.1	542622	544173	D	Catalytic activity: 3,4-dihydroxyphenylacetate + O(2) = 2-hydroxy-5-carboxymethylmuconate semialdehyde.; Function: HmgA of A. niger catalyzes an essential step in phenylalanine catabolism.; Remark: cofactor is iron.; Title: strong similarity to 3,4-dihydroxyphenylacetate 2,3-dioxygenase hmgA - Aspergillus nidulans; See PMID 7673153; uncharacterized protein	join(542622..542689,542760..543269,543325..543975,544026..544173)	Aspergillus niger	4984447
An11g02190	CDS	An11g02190	NT_166526.1	544395	545186	R	Title: strong similarity to hypothetical protein CAD70480.1 - Neurospora crassa; uncharacterized protein	complement(544395..545186)	Aspergillus niger	4984448
An11g02200	CDS	An11g02200	NT_166526.1	545902	547287	D	Catalytic activity: 4-hydroxyphenylpyruvate + O(2) = homogentisate + CO(2).; Pathway: participates in the catabolism of tyrosine.; Remark: tcrP of C. immitis is capable of eliciting a proliferative response in a T-cell line that is developed to respond to the soluble conidial wall fractions.; Similarity: belongs to the 4HPPD family.; Title: strong similarity to 4-hydroxyphenylpyruvate dioxygenase tcrP - Coccidioides immitis; See PMID 7642122; uncharacterized protein	join(545902..546560,546614..546673,546731..547088,547153..547287)	Aspergillus niger	4984449
An11g02220	CDS	An11g02220	NT_166526.1	548288	550845	R	Remark: similarity to SPBC18H10. 09 of S. pombe is based on C-terminus of protein.; Title: similarity to hypothetical protein SPBC18H10.09 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(548288..548352,548408..548544,548597..548734,548787..548875,548927..548983,549109..549244,549280..549367,549420..550845))	Aspergillus niger	4984451
An11g02230	CDS	An11g02230	NT_166526.1	551650	553245	D	Function: CYP51 of P. italicum catalyses C14-demethylation of lanosterol which is critical for ergosterol biosynthesis.; Function: CYP51 of P. italicum transforms lanosterol into 4,4'-dimethyl cholesta-8,14,24-triene-3-beta-ol.; Pathway: ergosterol biosynthesis.; Remark: CYP51 of P. italicum is inhibited by fungicides.; Remark: mutations in CYP51 or overexpression of CYP51 confers fungicide resistance.; Similarity: CYP51 of P. italicum belongs to the superfamily of human cytochrome P450 CYP51.; Title: strong similarity to lanosterol 14 alpha-demethylase (P450(14DM)) CYP51 - Penicillium italicum; See PMID 8628233; See PMID 9717384; See PMID 10885830; uncharacterized protein	join(551650..551844,551902..553245)	Aspergillus niger	4984452
An11g02240	CDS	An11g02240	NT_166526.1	554993	555943	D	hypothetical protein	join(554993..555058,555164..555188,555295..555521,555581..555943)	Aspergillus niger	84592216
An11g02250	CDS	An11g02250	NT_166526.1	556501	557918	R	hypothetical protein	complement(join(556501..556685,556835..556910,557042..557149,557219..557246,557335..557358,557473..557587,557768..557918))	Aspergillus niger	84592217
An11g02260	CDS	An11g02260	NT_166526.1	559755	561317	D	hypothetical protein	join(559755..559831,560015..560155,560505..560650,560954..561063,561159..561317)	Aspergillus niger	84592218
An11g02270	CDS	An11g02270	NT_166526.1	563769	565595	R	Similarity: the similarity involves only the N-terminal 15% of the total protein length.; Title: strong similarity to hypothetical protein EAA65021.1 - Aspergillus nidulans; uncharacterized protein	complement(join(563769..565426,565496..565595))	Aspergillus niger	4984456
An11g02280	CDS	An11g02280	NT_166526.1	565871	566861	D	hypothetical protein	join(565871..566006,566122..566196,566274..566297,566394..566458,566703..566861)	Aspergillus niger	84592219
An11g02290	CDS	An11g02290	NT_166526.1	567422	568289	R	hypothetical protein	complement(join(567422..567492,567688..567746,567869..567956,568041..568146,568230..568289))	Aspergillus niger	84592220
An11g02300	CDS	An11g02300	NT_166526.1	568973	570120	D	hypothetical protein	join(568973..569105,569474..569548,569655..569851,569938..570120)	Aspergillus niger	84592221
An11g02310	CDS	An11g02310	NT_166526.1	570297	572204	R	hypothetical protein	complement(join(570297..570510,570602..570633,570719..570763,570965..571081,571414..571584,571634..571755,572117..572204))	Aspergillus niger	84592222
An11g02330	CDS	An11g02330	NT_166526.1	574358	574929	R	hypothetical protein	complement(join(574358..574547,574712..574929))	Aspergillus niger	84592223
An11g02340	CDS	An11g02340	NT_166526.1	575487	575694	D	Title: questionable ORF; uncharacterized protein	join(575487..575615,575692..575694)	Aspergillus niger	84592224
An11g02350	CDS	An11g02350	NT_166526.1	575982	577399	R	hypothetical protein	complement(join(575982..576094,576118..576157,576200..576606,576724..576818,576895..576952,577336..577399))	Aspergillus niger	84592225
An11g02360	CDS	An11g02360	NT_166526.1	580962	583212	R	Complex: hetero-oligomeric complex of about 850 to 900 kd that forms two stacked rings, 12 to 16 nm in diameter.; Function: CCT5 from H. sapiens assist the folding of proteins upon atp hydrolysis and is known to play a role in the folding of actin and tubulin in vitro.; Similarity: belongs to the tcp-1 chaperonin family.; Title: strong similarity to T-complex protein 1 epsilon subunit CCT5 - Homo sapiens; cytoplasm; See PMID 7788527; uncharacterized protein	complement(join(580962..581006,581072..581398,581454..581591,581642..582290,582345..582634,582696..582779,582833..582926,583010..583058,583123..583140,583203..583212))	Aspergillus niger	4984465
An11g02365	CDS	An11g02365	NT_166526.1	585090	586406	R	Title: weak similarity to TRF2-interacting telomeric protein RAP1 - Homo sapiens; uncharacterized protein	complement(join(585090..585944,586003..586243,586354..586406))	Aspergillus niger	84592226
An11g02370	CDS	An11g02370	NT_166526.1	587178	591643	D	Function: the function of CTR86 of S. cerevisiae is not yet clear, but the fact that the upstream region contains a GCN4 responsive site suggests that the gene product may also be involved in amino acid biosynthesis.; Similarity: the ORF is much longer than the yeast protein (1322 compared to 563 amino acids).; Similarity: the ORF shows similarity to the yeast protein over a C-terminal stretch of about 100 amino acids.; Title: similarity to hypothetical protein Ctr86 -Saccharomyces cerevisiae; See PMID 2204248; uncharacterized protein	join(587178..587266,587320..587473,587525..587558,587598..588508,588570..588603,588788..588986,589096..591643)	Aspergillus niger	4984467
An11g02380	CDS	An11g02380	NT_166526.1	598875	600426	R	Catalytic activity: GTP + alpha-D-Mannose 1-phosphate = Pyrophosphate + GDPmannose.; Function: MPG1 of H. jecorina is involved in the early steps of protein glycosylation.; Function: Mpg1 from H. jecorina was cloned as supressor of the S. cerevisiae mutation in the DPM1 gene encoding mannosylphosphodolichol synthase.; Function: overexpression of Mpg1 in H. jecorina gene also increased the transcription of the dpm1 gene and DPMS activity.; Function: overexpression of Mpg1 in H. jecorina led to a twofold increase in GDP-mannose (GDPMan) levels.; Remark: Hypocrea jecorina is also called Trichoderma reesei.; Title: strong similarity to GTP:alpha-D-mannose-1-phosphate guanylyltransferase MPG1 -Hypocrea jecorina; See PMID 9644208; See PMID 12902219; uncharacterized protein	complement(join(598875..598901,598959..600128,600245..600301,600367..600426))	Aspergillus niger	4984468
An11g02390	CDS	An11g02390	NT_166526.1	601173	603712	D	Function: Mx proteins are members of a family of interferon-inducible genes expressed when cells are treated with double-stranded RNA or virus infection. They are GTPases with an antiviral activity.; Title: strong similarity to antiviral determinants Mx1 - Rattus norvegicus; See PMID 2173790; See PMID 7507812; uncharacterized protein	join(601173..601516,601679..602604,602788..603260,603317..603458,603537..603712)	Aspergillus niger	4984469
An11g02400	CDS	An11g02400	NT_166526.1	604325	606345	D	Catalytic activity: ATP + L-lysine + tRNA(Lys) <=> AMP + diphosphate + L-lysyl-tRNA(Lys).; Remark: alternate names for S. cerevisiae Krs1: GCD5 or YDR037W.; Title: strong similarity to cytosolic lysine--tRNA ligase Krs1 - Saccharomyces cerevisiae; cytoplasm; See PMID 2903861; See PMID 8952483; uncharacterized protein	join(604325..604540,604650..606237,606293..606345)	Aspergillus niger	4984470
An11g02420	CDS	An11g02420	NT_166526.1	608325	609126	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to viral protein EBNA-1 -EpsteinBarr virus TsBB6; uncharacterized protein	join(608325..608946,609002..609126)	Aspergillus niger	84592227
An11g02430	CDS	An11g02430	NT_166526.1	609618	611194	R	Function: the Cox15 protein from S. cerevisiae is required for the assembly of yeast cytochrome c oxidase.; Remark: alternate name for S. cerevisiae Cox15: YER141w.; Similarity: the ORF encoded protein shows also strong similarity to the human secreted protein described in patent WO9926973-A1.; Title: strong similarity to assembly factor of cytochrome c oxidase Cox15 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9228094; uncharacterized protein	complement(join(609618..610731,610791..611194))	Aspergillus niger	4984473
An11g02440	CDS	An11g02440	NT_166526.1	612676	615848	D	Title: strong similarity to hypothetical secreted protein SCF41.31c - Streptomyces coelicolor; uncharacterized protein	join(612676..613009,613067..613242,613280..613840,613893..614478,614539..615848)	Aspergillus niger	4984474
An11g02450	CDS	An11g02450	NT_166526.1	616030	616992	R	Function: the EryBIV aldohexose 4-ketoreductases is part of the eryB gene cluster from S. erythraea which is involved in the L-mycarose biosynthesis.; Pathway: the eryA (polyketide synthase genes), eryB (L-mycarose biosynthesis genes) and the eryC (D-desosamine biosynthesis genes) gene clusters from S. erythraea are involved in the erythromycin biosynthetic pathway.; Remark: the EryBIV aldohexose 4-ketoreductase from S. erythraea is identical to the protein described in patent WO9905283-A2.; Similarity: the ORF encoded protein shows strong similarity to the hypothetical proteins YLL056c from S. cerevisiae and SPBC2A9. 02 from S. pombe.; Title: similarity to aldohexose 4-ketoreductase EryBIV - Saccharopolyspora erythraea; See PMID 9353926; See PMID 9393448; See PMID 9563840; uncharacterized protein	complement(616030..616992)	Aspergillus niger	4984475
An11g02460	CDS	An11g02460	NT_166526.1	617422	618361	R	Function: the nor-1 gene is involved in aflatoxin biosynthesis in Aspergillus parasiticus. Recombinant Nor-1 expressed in Escherichia coli converted the 1' keto group of norsolorinic acid to the 1' hydroxyl group of averantin in crude E. coli cell extracts in the presence of NADPH.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Title: strong similarity to norsolorinic acid ketoreductase nor-1 - Aspergillus parasiticus; See PMID 10584035; See PMID 7993094; uncharacterized protein	complement(join(617422..617493,617554..617653,617708..618242,618319..618361))	Aspergillus niger	4984476
An11g02470	CDS	An11g02470	NT_166526.1	619886	622022	D	Remark: the ORF encoded protein is N-terminally extended in comparison to all other matching homologs.; Title: similarity to hypothetical protein F27J15.2 -Arabidopsis thaliana; uncharacterized protein	join(619886..619930,620061..620141,620180..620332,620499..621081,621131..621214,621265..622022)	Aspergillus niger	4984477
An11g02480	CDS	An11g02480	NT_166526.1	622227	623833	R	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Function: nahG of P. stutzeri catalyzes the formation of catechol from salicylate, a key intermediate in naphthalene catabolism.; Induction: nahG of P. stutzeri is induced and expressed upon incubation with salicylate.; Pathway: nahpthalene, salicylate, and phenylalanine metabolism.; Title: strong similarity to salicylate hydroxylase nahW - Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	complement(join(622227..622703,622760..623130,623251..623459,623532..623833))	Aspergillus niger	4984478
An11g02490	CDS	An11g02490	NT_166526.1	624507	625291	R	Title: weak similarity to endocarditis specific antigen region from patent WO9520658-A2 - Streptococcus oralis; uncharacterized protein	complement(join(624507..624720,624774..624892,624971..625291))	Aspergillus niger	4984479
An11g02500	CDS	An11g02500	NT_166526.1	625915	627036	D	Catalytic activity: Dimethylallyl diphosphate + isopentenyl diphosphate <=> diphosphate + geranyl diphosphate.; Catalytic activity: the human GGPPS enzyme also catalyzes: geranyl diphosphate + isopentenyl diphosphate <=> diphosphate + trans,trans-farnesyl diphosphate.; Catalytic activity: the human GGPPS enzyme also catalyzes: trans-trans-farnesyl diphosphate + isopentenyl diphosphate <=> diphosphate + geranylgeranyl diphosphate.; Function: the human GGPPS enzyme catalyzes the trans-addition of the three molecules of IPP (isopentenyl diphosphate) onto DMAPP(dimethylallyl diphosphate) to form geranylgeranyl pyrophosphate, an important precursor of carotenoids and geranylatedgeranylated proteins.; Title: strong similarity to geranylgeranyl pyrophosphate synthase GGPPS - Homo sapiens; See PMID 10026212; uncharacterized protein	join(625915..626241,626288..626640,626709..627036)	Aspergillus niger	4984480
An11g02510	CDS	An11g02510	NT_166526.1	627789	629430	D	Pathway: the cytochrome P450 monooxygenase TRI4 from M. roridum is involved in the biosynthesis of trichothecenes, which are toxic sesquiterpenoids produced by certain fungi and plants.; Remark: the M. roridum TRI4 gene can successfully complement a F. sporotrichioides TRI4-mutant.; Title: similarity to cytochrome P450 monooxygenase TRI4 - Myrothecium roridum; See PMID 9529523; uncharacterized protein	join(627789..628218,628250..628429,628484..628815,628879..629430)	Aspergillus niger	4984481
An11g02520	CDS	An11g02520	NT_166526.1	629926	632220	D	Catalytic activity: S-adenosyl-L-methionine + G(5')PPPR-RNA <=> S-adenosyl-L-homocysteine + m7G(5')PPPR-RNA.; Function: CaAbd1 from C. albicans transfers a methyl group from S-adenosylmethionine to the N7 position of guanine of the mRNA cap.; Remark: CaAbd1 expressed as a fusion with glutathione S-transferase (GST) displayed cap MTase activity in vitro. it also rescued S. cerevisiae abd1delta null mutants.; Title: strong similarity to mRNAcap-guanine-N7-methyltransferase CaAbd1 - Candida albicans; See PMID 10589710; uncharacterized protein	join(629926..630087,630369..631118,631179..631661,631734..631909,631962..632220)	Aspergillus niger	4984482
An11g02530	CDS	An11g02530	NT_166526.1	632627	634326	D	Title: similarity to hypothetical protein CAF06139.1 - Neurospora crassa; uncharacterized protein	join(632627..633342,633444..634326)	Aspergillus niger	4984483
An11g02540	CDS	An11g02540	NT_166526.1	634714	635679	R	Function: the recombinant mitochondrial 2-oxoglutarate/malate translocator (clone OMT103) from Panicum miliaceum reconstituted in liposomes efficiently transported malate, citrate, and 2-oxoglutarate.; Title: strong similarity to mitochondrial 2-oxoglutarate/malate translocator clone OMT103 - Panicum miliaceum; localisation:mitochondrion; See PMID 8616243; uncharacterized protein	complement(634714..635679)	Aspergillus niger	4984484
An11g02550	CDS	An11g02550	NT_166526.1	640286	642609	R	Catalytic activity: ATP + oxaloacetate <=> ADP + phosphoenolpyruvate + CO(2). -; Complex: Homotetramer.; Pathway: the phosphoenolpyruvate carboxykinase(KlPck1 K. lac. or Pck1 S. cer.) is the rate-limiting gluconeogenic enzyme.; Remark: the KlPCK1 gene from K. lactis restored PEPCK activity in a pck1 mutant of S. cerevisiae.; Similarity: the ORF encoded protein shows also strong similarity to the phosphoenolpyruvate carboxykinase from Z. japonica described in patent JP09065886-A.; Title: strong similarity to phosphoenolpyruvate carboxykinase KlPck1 - Kluyveromyces lactis; See PMID 9717242; uncharacterized protein	complement(join(640286..641629,641954..642154,642202..642277,642428..642609))	Aspergillus niger	4984485
An11g02560	CDS	An11g02560	NT_166526.1	646465	646918	R	Remark: N-terminally truncated ORF due to the end of contig.; hypothetical protein [truncated ORF]	complement(join(646465..646666,646881..>646918))	Aspergillus niger	84592228
An11g02570	CDS	An11g02570	NT_166526.1	647019	647457	D	hypothetical protein [truncated ORF]	join(<647019..647058,647185..647297,647332..647457)	Aspergillus niger	84592229
An11g02580	CDS	An11g02580	NT_166526.1	647575	650055	R	Remark: The C. albicans CNH1 gene is able to functionally complement the salt-sensitivity of a S. cerevisiae ena1 nha1 mutant.; Title: strong similarity to Na+/H+ antiporter Cnh1 -Candida albicans; plasma membrane; See PMID 10832630; uncharacterized protein	complement(join(647575..647939,647996..648097,648149..648998,649040..649213,649261..649367,649546..649560,649926..650055))	Aspergillus niger	4984488
An11g02590	CDS	An11g02590	NT_166526.1	650974	651889	R	Title: strong similarity to peroxisomal membrane protein Pmp27 - Saccharomyces cerevisiae; See PMID 7721939; See PMID 7860627; See PMID 8553699; uncharacterized protein	complement(join(650974..651136,651203..651680,651823..651889))	Aspergillus niger	4984489
An11g02600	CDS	An11g02600	NT_166526.1	652781	654535	R	Remark: PT2 expression in S. cerevisiae complements the pho84 mutant phenotype.; Title: strong similarity to PT2/PHT4 Phosphate transporter - Arabidopsis thaliana; plasma membrane; See PMID 9872450; See PMID 8927627; uncharacterized protein	complement(join(652781..652873,652931..653201,653257..653567,653620..653638,653696..654294,654362..654535))	Aspergillus niger	4984490
An11g02610	CDS	An11g02610	NT_166526.1	656522	658131	D	Complex: the S. cerevisiae homolog Rpn7p is subunit of the 19S proteasome regulatory subunit.; Title: strong similarity to proteasome 19S regulatory particle subunit Rpn7 - Saccharomyces cerevisiae; uncharacterized protein	join(656522..656968,657057..657883,657939..658131)	Aspergillus niger	4984491
An11g02620	CDS	An11g02620	NT_166526.1	658954	661114	D	Catalytic activity: L-alanine + 2-oxoglutarate <=> pyruvate + L-glutamate.; Function: the H. vulgare homolog ALA2 encodes a hypoxically inducible alanine aminotransferase.; Title: strong similarity to alanine transaminase ALA2 - Hordeum vulgare; See PMID 8123785; uncharacterized protein	join(658954..659107,659355..660595,660654..660904,661057..661114)	Aspergillus niger	4984492
An11g02630	CDS	An11g02630	NT_166526.1	662255	664148	D	Title: strong similarity to hypothetical protein SPCC1235.03 - Schizosaccharomyces pombe; uncharacterized protein	join(662255..662461,662565..664148)	Aspergillus niger	4984493
An11g02640	CDS	An11g02640	NT_166526.1	664607	665318	D	Function: catalyzes the reversible oxidation-reduction of methionine sulfoxide in proteins to methionine. -; Title: strong similarity to peptide methionine sulfoxide reductase MSRA - Streptococcus pneumoniae; See PMID 7934910; See PMID 8755589; uncharacterized protein	join(664607..664850,664957..665318)	Aspergillus niger	4984494
An11g02650	CDS	An11g02650	NT_166526.1	665697	667730	D	Title: strong similarity to hypothetical gtpase activating protein SPAC824.09c - Schizosaccharomyces pombe; uncharacterized protein	join(665697..665805,665927..666095,666154..666198,666268..666370,666429..667730)	Aspergillus niger	4984495
An11g02660	CDS	An11g02660	NT_166526.1	668536	670872	D	Remark: facB of A. niger encodes a Zn(II)2Cys6 transcriptional activator.; Remark: the facB gene from A. niger is similar to the facB gene from A. nidulans, which is a major regulatory gene involved in acetamide and acetate utilisation.; Title: similarity to hypothetical acetate regulatory DNA binding protein facB - Aspergillus niger; uncharacterized protein	join(668536..668607,668638..669003,669072..669545,669601..670872)	Aspergillus niger	4984496
An11g02670	CDS	An11g02670	NT_166526.1	671697	674044	R	Title: strong similarity to hypothetical protein SPBC1703.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(671697..673552,673612..673938,674011..674044))	Aspergillus niger	4984497
An11g02680	CDS	An11g02680	NT_166526.1	675328	677302	D	Title: similarity to proteophosphoglycan ppg1 -Leishmania major; plasma membrane; See PMID 10531342; uncharacterized protein	join(675328..675549,675798..676056,676131..676483,676588..677014,677105..677125,677235..677302)	Aspergillus niger	4984498
An11g02690	CDS	An11g02690	NT_166526.1	677450	680125	R	Function: the facB gene of Aspergillus nidulans is a major regulatory gene involved in acetamide and acetate utilisation-; Remark: facB of Aspergillus nidulans encodes a Zn(II)2Cys6 transcriptional activator.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; uncharacterized protein	complement(join(677450..678902,678963..679155,679212..679456,679523..679635,679718..680125))	Aspergillus niger	4984499
An11g02700	CDS	An11g02700	NT_166526.1	686515	689209	D	Function: Haa1 of S. cerevisiae regulates the transcription of a set of yeast genes, many of which encode membrane proteins.; Localization: Haa1 is located in the nucleus.; Remark: synonyms for Haa1 of S. cerevisiae are YPR008w and CAA88786. 1.; Title: similarity to transcriptional activator Haa1 - Saccharomyces cerevisiae; See PMID 11504737; uncharacterized protein	join(686515..686590,686663..686836,686893..688234,688621..688879,688921..688952,689061..689106,689180..689209)	Aspergillus niger	4984500
An11g02720	CDS	An11g02720	NT_166526.1	690534	691935	R	Title: similarity to hypothetical protein C50F7.2 -Caenorhabditis elegans; uncharacterized protein	complement(<690534..>691935)	Aspergillus niger	84592230
An11g02730	CDS	An11g02730	NT_166526.1	695781	696745	D	Title: similarity to hypothetical serine-rich protein SPCC1322.10 - Schizosaccharomyces pombe; uncharacterized protein	join(695781..695835,695883..695970,696029..696160,696231..696538,696603..696745)	Aspergillus niger	4984503
An11g02740	CDS	An11g02740	NT_166526.1	697722	698132	D	hypothetical protein	join(697722..697807,697854..697891,698116..698132)	Aspergillus niger	84592231
An11g02750	CDS	An11g02750	NT_166526.1	698518	700828	R	Function: creC of A. nidulans is involved in carbon catabolite repression.; Similarity: the creC gene of A. nidulans was cloned and found to encode a protein which contains five WD40 motifs.; Title: strong similarity to hypothetical protein involved in carbon catabolite repression creC - Aspergillus nidulans; See PMID 10852476; uncharacterized protein	complement(join(698518..698639,698717..698792,698854..699051,699104..699389,699455..700400,700485..700627,700824..700828))	Aspergillus niger	4984505
An11g02760	CDS	An11g02760	NT_166526.1	701713	703669	R	Similarity: shows similarity to several known ras-related GTPases,; Title: strong similarity to protein involved in vesicle transport in the secretory pathway YAL048c -Saccharomyces cerevisiae; See PMID 10860831; See PMID 10949581; See PMID 10220001; uncharacterized protein	complement(join(701713..703604,703660..703669))	Aspergillus niger	4984506
An11g02770	CDS	An11g02770	NT_166526.1	704468	705920	D	Title: strong similarity to hypothetical protein CAB62422.1 - Schizosaccharomyces pombe; See PMID 1372395; See PMID 7802869; See PMID 8479540; uncharacterized protein	join(704468..704510,704592..704695,704765..705831,705899..705920)	Aspergillus niger	4984507
An11g02780	CDS	An11g02780	NT_166526.1	708490	711411	D	Function: Zds2 from S. cerevisiae is a multicopy suppressor of a sin4 defect.; Remark: alternate names for Zds2 from S. cerevisiae are Ces4 and Yml109w.; Title: weak similarity to multicopy suppressor Zds2 - Saccharomyces cerevisiae; See PMID 8816438; See PMID 10398844; uncharacterized protein	join(708490..708495,708734..711136,711199..711411)	Aspergillus niger	4984508
An11g02785	CDS	An11g02785	NT_166526.1	712272	712781	D	Title: strong similarity to hypothetical SNARE protein - Schizosaccharomyces pombe; uncharacterized protein	join(712272..712297,712387..712495,712623..712781)	Aspergillus niger	4984509
An11g02790	CDS	An11g02790	NT_166526.1	712965	713295	R	hypothetical protein	complement(join(712965..713062,713256..713295))	Aspergillus niger	84592232
An11g02810	CDS	An11g02810	NT_166526.1	715773	716141	R	hypothetical protein	complement(join(715773..715847,715941..715977,716080..716141))	Aspergillus niger	84592233
An11g02830	CDS	An11g02830	NT_166526.1	722397	724052	D	Remark: Overproduction of Rod1p leads to resistance to not only o-DNB but also zinc and calcium. N-terminus truncated due to end of contig.; Title: similarity to resistance to o-dinitrobenzene protein Rod1 - Saccharomyces cerevisiae [truncated ORF]; See PMID 8621680; uncharacterized protein	join(<722397..722669,722729..723157,723216..724052)	Aspergillus niger	4984513
An11g02840	CDS	An11g02840	NT_166526.1	725636	727335	D	Title: strong similarity to hypothetical protein SPAC637.13c - Schizosaccharomyces pombe; uncharacterized protein	join(725636..725761,725828..725953,726016..726123,726178..727335)	Aspergillus niger	4984514
An11g02850	CDS	An11g02850	NT_166526.1	728028	729094	R	hypothetical protein	complement(join(728028..728643,728700..729094))	Aspergillus niger	4984515
An11g02855	CDS	An11g02855	NT_166526.1	729971	730305	R	hypothetical protein	complement(join(729971..730004,730073..730305))	Aspergillus niger	84592234
An11g02860	CDS	An11g02860	NT_166526.1	730572	731749	D	Catalytic activity: (R)-S-lactoylglutathione <=> glutathione + methylglyoxal.; Function: the S. cerevisiae homolog GLO1 encodes glyoxalase I which is required for detoxification of methylglyoxal.; Remark: the S. cerevisiae homolog Glo1p is regulated by the HOG (high osmolarity glycerol)-MAP (mitogen-activated protein) kinase pathway in osmotic stress response.; Title: strong similarity to glyoxalase I Glo1 -Saccharomyces cerevisiae; See PMID 9446611; See PMID 8824231; uncharacterized protein	join(730572..730605,730671..730715,730775..731485,731574..731749)	Aspergillus niger	4984517
An11g02870	CDS	An11g02870	NT_166526.1	732284	735567	D	Remark: The niaD and niiA genes of Aspergillus nidulans genes are under the control of the positively acting nirA transcription factor, which mediates nitrate induction.; Title: similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; See PMID 10075929; See PMID 1922075; See PMID 7565720; uncharacterized protein	join(732284..732370,732447..732529,732658..733707,733758..733966,734017..734149,734209..734433,734485..734640,734703..735567)	Aspergillus niger	4984518
An11g02880	CDS	An11g02880	NT_166526.1	735675	736504	R	hypothetical protein	complement(join(735675..735816,735961..736040,736125..736308,736362..736504))	Aspergillus niger	84592235
An11g02890	CDS	An11g02890	NT_166526.1	736819	737448	R	Title: weak similarity to hypothetical protein encoded by An09g01250 - Aspergillus niger; uncharacterized protein	complement(736819..737448)	Aspergillus niger	84592236
An11g02900	CDS	An11g02900	NT_166526.1	737989	740019	D	hypothetical protein	join(737989..738167,738285..738383,738479..738730,738813..740019)	Aspergillus niger	4984521
An11g02910	CDS	An11g02910	NT_166526.1	740216	740633	R	Remark: The weak similarity to caldesmon is only based on repetitive sequences.; hypothetical protein	complement(join(740216..740353,740415..740546,740616..740633))	Aspergillus niger	84592237
An11g02920	CDS	An11g02920	NT_166526.1	740936	742758	R	Title: similarity to hypothetical protein encoded by An09g01520 - Aspergillus niger; uncharacterized protein	complement(join(740936..741112,741200..742173,742270..742539,742611..742758))	Aspergillus niger	4984523
An11g02930	CDS	An11g02930	NT_166526.1	743199	743650	R	hypothetical protein	complement(join(743199..743297,743495..743569,743615..743650))	Aspergillus niger	84592238
An11g02940	CDS	An11g02940	NT_166526.1	744104	744700	R	Title: weak similarity to hypothetical protein encoded by An09g01510 - Aspergillus niger; uncharacterized protein	complement(join(744104..744215,744297..744700))	Aspergillus niger	4984525
An11g02950	CDS	An11g02950	NT_166526.1	745645	748391	R	Function: calpains are calcium-activated non-lysosomal thiol-proteases. Calpains show preferential cleavage: Lyr-|-xaa, Met-|-xaa or Arg-|-xaa with Leu or Val as the P2 residue.; Similarity: the ORF encoded protein belongs to the peptidase family C2, also known as the calpain family of thiol proteases.; Title: similarity to calpain nCL-3 from patent DE19650142-A1 - Mus musculus; deleted EC_number 3.4.22.17; uncharacterized protein	complement(join(745645..746862,746910..747015,747064..747324,747374..747506,747594..747638,747699..747885,747960..748391))	Aspergillus niger	4984526
An11g02960	CDS	An11g02960	NT_166526.1	749684	750873	R	Catalytic activity: ATP + a protein <=> ADP + a phosphoprotein.; Complex: the E. nidulans NimX kinase forms a stable but non-covalent complex with a regulatory subunit (Suc1) and with a cyclin.; Remark: the Emericella nidulans NimX kinase is able to complement the Schizosaccharomyces pombe cdc2-33 mutation.; Similarity: NimX from E. nidulans belongs to the Ser/Thr family of protein kinases and the Cdc2/CdkX subfamily.; Title: strong similarity to protein kinase functional homolog of cdc2 nimX - Aspergillus nidulans; deleted EC_number 2.7.1.37; See PMID 10601021; See PMID 7962194; uncharacterized protein	complement(join(749684..749945,750005..750168,750221..750729,750837..750873))	Aspergillus niger	4984527
An11g02970	CDS	An11g02970	NT_166526.1	751585	752726	D	Function: the human ABH protein is probably involved in the repair of alkylated DNA. It provides resistance to alkylating agents. When human ABH was expressed in E. coli alkB mutant cells partial rescue of the cells from MMS-induced cell death occurred.; Title: similarity to DNA alkylation damage repair protein and AlkB homolog ABH - Homo sapiens; See PMID 8600462; uncharacterized protein	join(751585..751873,751933..752726)	Aspergillus niger	4984528
An11g02980	CDS	An11g02980	NT_166526.1	753624	755603	D	Catalytic activity: a monocarboxylic acid amide + H(2)O <=> a monocarboxylate + NH(3).; Function: the AmdS acetamidase allows Aspergillus oryzae acetamide to use as a sole carbon or nitrogen source.; Similarity: the ORF encoded protein is identical to the internal consensus fragment of the A. niger acetamidase described in patent EP758020-A2.; Title: strong similarity to acetamidase amdS -Aspergillus oryzae; See PMID 1840550; uncharacterized protein	join(753624..753899,753955..754779,754826..754873,754932..755352,755479..755603)	Aspergillus niger	4984529
An11g02990	CDS	An11g02990	NT_166526.1	755752	757505	R	Remark: astaxanthin is a ketocarotenoids employed for food coloration.; Similarity: the ORF encoded protein belongs to the cytochrome P450 family.; Title: strong similarity to astaxanthin synthetase from patent EP1035206 - Phaffia rhodozyma; uncharacterized protein	complement(join(755752..756918,756985..757260,757296..757505))	Aspergillus niger	4984530
An11g03000	CDS	An11g03000	NT_166526.1	757936	761880	R	Title: strong similarity to carnosinase 2 polypeptide HC2 from patent EP1122307-A1 - Homo sapiens; uncharacterized protein	complement(join(757936..758054,758241..758268,758320..758520,758729..760337,760430..760632,760684..761235,761288..761467,761647..761880))	Aspergillus niger	4984531
An11g03010	CDS	An11g03010	NT_166526.1	762077	762889	D	hypothetical protein	join(762077..762320,762391..762642,762690..762889)	Aspergillus niger	84592239
An11g03020	CDS	An11g03020	NT_166526.1	763202	763718	R	Title: weak similarity to platenolide synthase ORF3 protein from patent EP791656-A2 - Streptomyces ambofaciens; uncharacterized protein	complement(join(763202..763315,763417..763546,763633..763718))	Aspergillus niger	84592240
An11g03030	CDS	An11g03030	NT_166526.1	763772	764475	R	hypothetical protein	complement(join(763772..763860,763940..763979,764019..764107,764198..764248,764343..764475))	Aspergillus niger	84592241
An11g03040	CDS	An11g03040	NT_166526.1	764477	765669	D	Remark: C-terminally truncated ORF due to the end of contig.; Title: weak similarity to hypothetical drebrin E2 -Mus musculus [truncated ORF]; uncharacterized protein	join(764477..764536,764600..>765669)	Aspergillus niger	4984535
An11g03050	CDS	An11g03050	NT_166526.1	765770	768539	R	Remark: C-terminally truncated ORF due to the end of contig.; Similarity: the ORF DNA sequence is strong similar to the EST an_3239 from Aspergillus niger .; Similarity: the similarities of the ORF encoded protein to all matches with an e-val less than 1e-05 are mainly based on repetitive structures.; Title: strong similarity to hypothetical protein SPBC13G1.05 - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	complement(join(<765770..766264,766409..766945,767147..768539))	Aspergillus niger	4984536
An11g03060	CDS	An11g03060	NT_166526.1	769171	770599	R	Catalytic activity: salicylate + NADH + O(2) <=> catechol + NAD(+) + H(2)O + CO(2).; Cofactor: FAD.; Title: strong similarity to salicylate hydroxylase sal - Pseudomonas putida; See PMID 2916843; See PMID 10920265; uncharacterized protein	complement(join(769171..769461,769529..769899,769972..770240,770298..770599))	Aspergillus niger	4984537
An11g03070	CDS	An11g03070	NT_166526.1	771241	773202	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to chitinase chiA -Aspergillus nidulans; uncharacterized protein	complement(join(771241..771711,771868..772272,772470..772506,772579..772809,772936..773162,773200..773202))	Aspergillus niger	4984538
An11g03080	CDS	An11g03080	NT_166526.1	773876	774710	R	hypothetical protein	complement(join(773876..773914,774000..774074,774116..774230,774308..774569,774686..774710))	Aspergillus niger	84592242
An11g03090	CDS	An11g03090	NT_166526.1	774712	775995	D	Function: Pth11 from M. grisea is involved in surface dependent signal transduction during plant infection. Pth11 can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces.; Remark: the filamentous ascomycete Magnaporthe grisea is the blast pathogen of many grass species,including rice.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(774712..774872,774905..775004,775171..775544,775601..775671,775733..775995)	Aspergillus niger	4984540
An11g03100	CDS	An11g03100	NT_166526.1	776522	777572	R	Catalytic activity: ATP + a protein <=> ADP + a phosphoprotein.; Function: the E. nidulans kinase PHOA is proposed to function to help integrate environmental signals with developmental decisions to allow ordered differentiation of specific cell types in E. nidulans under varying growth conditions.; Title: strong similarity to cyclin-dependent protein kinase phoa - Aspergillus nidulans; deleted EC_number 2.7.1.37; See PMID 9670015; uncharacterized protein	complement(join(776522..777382,777446..777469,777531..777572))	Aspergillus niger	4984541
An11g03110	CDS	An11g03110	NT_166526.1	778493	780071	D	Catalytic activity: Methanol + NAD(+) <=> formaldehyde + NADH.; Function: the methanol dehydrogenase Mdh from B. methanolicus C1 catalyzes the reversible oxidation of methanol to formaldehyde using NAD+.; Similarity: the methanol dehydrogenase Mdh from B. methanolicus C1 belongs to the iron-containing alcohol dehydrogenase family.; Title: strong similarity to methanol dehydrogenase Mdh - Bacillus methanolicus; See PMID 1644761; uncharacterized protein	join(778493..778911,778959..779017,779065..780071)	Aspergillus niger	4984542
An11g03120	CDS	An11g03120	NT_166526.1	780433	781475	D	Function: XynD from Bacillus polymyxa catalyzes the hydrolysis of 1,4-beta-xylosidic linkages in xylans.; Similarity: XynD from Bacillus polymyxa belongs to family 43 of glycosyl hydrolases.; Title: similarity to endo-1,4-beta-xylanase XynD -Bacillus polymyxa; See PMID 1938968; uncharacterized protein	join(780433..781088,781175..781475)	Aspergillus niger	4984543
An11g03130	CDS	An11g03130	NT_166526.1	782289	783275	D	Title: weak similarity to hypothetical protein encoded by An01g07840 - Aspergillus niger; uncharacterized protein	782289..783275	Aspergillus niger	4984544
An11g03140	CDS	An11g03140	NT_166526.1	784830	786424	D	hypothetical protein	join(784830..784843,784985..785050,785352..785549,785593..785639,785819..785931,785963..786239,786279..786424)	Aspergillus niger	84592243
An11g03150	CDS	An11g03150	NT_166526.1	787550	788995	D	Catalytic activity: salicylate + NADH + O(2) <=> catechol + NAD(+) + H(2)O + CO(2).; Cofactor: FAD.; Pathway: nahpthalene catabolism and phenylalanine metabolism.; Similarity: the ORF encoded protein shows also strong similarity to the 6-hydroxynicotinic acid mono-oxygenase from Pseudomonas fluorescens strain TN5 described in patent JP09121864-A.; Title: strong similarity to salicylate hydroxylase nahG - Pseudomonas putida; See PMID 1993181; See PMID 2363715; uncharacterized protein	join(787550..787615,787668..787725,787780..788515,788565..788896,788952..788995)	Aspergillus niger	4984546
An11g03160	CDS	An11g03160	NT_166526.1	789984	791442	R	Title: weak similarity to hypothetical BcDNA:GH11973 - Drosophila melanogaster; uncharacterized protein	complement(join(789984..791344,791421..791442))	Aspergillus niger	4984547
An11g03170	CDS	An11g03170	NT_166526.1	792957	793977	R	Title: similarity to hypothetical phosphoglycerate mutase SPAC5H10.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(792957..793246,793305..793464,793536..793880,793942..793977))	Aspergillus niger	4984548
An11g03180	CDS	An11g03180	NT_166526.1	794783	798922	R	Catalytic activity: ATP + ubiquitin + protein lysine = AMP + pyrophosphate + protein N-ubiquityllysine.; Remark: similarity to the human ubiquitin-conjugating enzyme E6AP patent WO9518974-A.; Remark: ubiquitin is coupled to protein by a peptide bond between the C-terminal glycine of ubiquitin and epsilon-amino groups of lysine residues in the protein. An intermediate in the reaction contains one ubiquitin residue bound as a thiolester to the enzyme, and a residue of ubiquitin adenylate non-covalently bound to the enzyme.; Similarity: belongs to the hect-type e3 ubiquitin-protein ligase domain proteins.; Title: similarity to ubiquitin-ligase E6AP from patent WO9518974-A - Homo sapiens; See PMID 7708685; uncharacterized protein	complement(join(794783..794905,794958..798660,798720..798922))	Aspergillus niger	4984549
An11g03190	CDS	An11g03190	NT_166526.1	799808	800934	R	Title: weak similarity to parasporal crystal protein C53 - Bacillus thuringiensis; uncharacterized protein	complement(join(799808..800514,800568..800599,800812..800882,800932..800934))	Aspergillus niger	4984550
An11g03200	CDS	inuA	NT_166526.1	802511	804061	R	Function: inulinases catalyse the endohydrolysis of 2,1-beta-D-fructosidic linkages in inulin.; Gene-ID: inuA; Remark: only this ORF with a match to the endoinulinase gene inuA from A. niger could be found; inuB is missing, probably due to strain differences.; Remark: the predicted ORF differs from 1 to 15 amino acids from the published sequences of inulinases from A. niger.; Similarity: the predicted ORF shows strong similarity to EMBL:AB012771 A. niger inuA gene for inulinase and EMBL:AB012772 A. niger inuB gene for inulinase.; Similarity: the predicted ORF shows strong similarity to both isoenzymes with inulinase activity in A. niger, inuA and inuB.; See PMID 9805373; inulinase inuA-Aspergillus niger	complement(802511..804061)	Aspergillus niger	4984551
An11g03210	CDS	An11g03210	NT_166526.1	804999	805548	R	Function: glycosyl hydrolases catalyse the hydrolysis of terminal non-reducing beta-D-fructofuranoside residues in beta-D-fructofuranosides.; Remark: the conserved regions characteristic for glycosyl hydrolases is located in the N-terminal section,which was not alligned with the predicted ORF.; Remark: three putative frameshifts due to possible sequencing errors were corrected: at position 13219 one missing bp, at position 13245 one missing bp and at position 13433 one bp too much.; Similarity: the inner region of the predicted ORF (amino acid 40 to 120) shows similarity to several glycosyl hydrolases from different species, which display various substrat specificities.; Similarity: the predicted ORF overlaps with EMBL:AB012771 A. niger inuA gene for inulinase.; Title: strong similarity to sucrose:sucrose 1-fructosyltransferase AFSS1FRUC_1 - Aspergillus foetidus [putative frameshift]; putative frameshift; See PMID 9495772; uncharacterized protein	complement(join(<804999..805182,805247..805393,805467..805548))	Aspergillus niger	84592244
An11g03220	CDS	An11g03220	NT_166526.1	806371	808848	R	Function: GAL4 of S. cerevisiae activates the transcription of several genes involved in galactose metabolism.; Remark: the systematic name for GAL4 of S. cerevisiae is YPL248C.; Similarity: the predicted ORF shows similarity to several 6-cysteine zinc finger-containing transcription factors from different species.; Title: similarity to transcription factor Gal4 -Saccharomyces cerevisiae; nucleus; See PMID 1892477; See PMID 6366516; See PMID 8312971; uncharacterized protein	complement(join(806371..807288,807350..807610,807668..808098,808147..808442,808497..808588,808652..808666,808735..808749,808801..808848))	Aspergillus niger	4984553
An11g03230	CDS	An11g03230	NT_166526.1	809873	811704	D	Function: cytochrome P450 enzymes usually act as terminal oxidases of a variety of structurally unrelated combounds (erg5 is a C-22 sterol desaturase, which is involved in ergosterol biosynthesis) in multicomponent electron transfer chains, called P450-containing monooxygenase systems.; Similarity: the predicted ORF shows similarity to several cytochrome P450 isozymes from different species.; Title: strong similarity to cytochrome P450 sterol delta22-desaturase Erg5 - Saccharomyces cerevisiae; See PMID 8635732; See PMID 10770760; uncharacterized protein	join(809873..810035,810098..810248,810311..811278,811331..811614,811666..811704)	Aspergillus niger	4984554
An11g03240	CDS	An11g03240	NT_166526.1	812156	813247	R	Catalytic activity: ard of C. tropicalis converts D-arabinitol + NAD(+) = D-ribulose + NADH.; Function: ard of C. tropicalis is a NAD-dependent short-chain alcohol dehydrogenase which catalyzes the NAD(+)-dependent oxidation at carbon 4 to yield D-ribulose.; Similarity: the predicted ORF overlaps with EMBLEST:BE760294 A. niger.; Similarity: the predicted ORF shows strong similarity to several oxidoreductases/short chain dehydrogenase from several species, which display different specificities.; Title: strong similarity to NAD-dependent D-arabinitol dehydrogenase ard - Candida tropicalis; See PMID 7698655; See PMID 8250887; uncharacterized protein	complement(join(812156..812181,812236..812597,812650..813013,813091..813247))	Aspergillus niger	4984555
An11g03250	CDS	An11g03250	NT_166526.1	813514	814014	R	Remark: the predicted ORF is questionable due to the suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(813514..813663,813781..814014))	Aspergillus niger	84592245
An11g03260	CDS	An11g03260	NT_166526.1	814117	815168	D	Function: due to the similarity to several oxidoreductases, it is assumed that the A. niger gene encodes for a member of the short-chain dehydrogenase family with yet unknown specificity.; Function: sou1 of C. albicans is a sorbitol utilization protein required for L-sorbose assimilation.; Similarity: the predicted ORF shows similarity to oxidoreductases/short-chain dehydrogenase (SDR) from several species, which display different specificities.; Title: strong similarity to short-chain dehydrogenase sou1 - Candida albicans; See PMID 7742302; uncharacterized protein	join(814117..814316,814377..814453,814507..814590,814646..814714,814768..815168)	Aspergillus niger	4984557
An11g03270	CDS	An11g03270	NT_166526.1	815880	817323	D	Function: due to the similarity to DNA-binding proteins, it is assummed that the predicted A. niger gene encodes for a protein involved in transcription.; Similarity: the predicted ORF shows similarity to several zinc finger-containing proteins from different species.; Title: strong similarity to hypothetical zinc-finger protein - Schizosaccharomyces pombe; uncharacterized protein	join(815880..815980,816040..817249,817306..817323)	Aspergillus niger	4984558
An11g03290	CDS	An11g03290	NT_166526.1	819031	821407	R	Similarity: the predicted ORF shows similarity to several probable membrane proteins from different species.; Similarity: the similarity of the predicted ORF to the homologues proteins is locally high in the N-terminal part containing the two domains with unknown fuction, the DUF21 transmembrane domain and the CBS domain, spanning the region from amino acid 50 to 400.; Title: strong similarity to hypothetical membrane protein YOL060c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(819031..820054,820104..820776,820848..821061,821162..821407))	Aspergillus niger	4984560
An11g03300	CDS	An11g03300	NT_166526.1	822042	823180	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(822042..822117,822248..822304,822726..822822,823039..823180))	Aspergillus niger	84592246
An11g03310	CDS	An11g03310	NT_166526.1	823508	826373	D	Function: due to the presence of clusters COG0419 and COG1196, it is assumed that the predicted ORF encodes a protein, which has ATPase activity and might be located in the nucleus.; Similarity: the predicted ORF shows similarity to myosin heavy chain proteins from several species.; Similarity: the similarity to myosin heavy chain is resticted to the C-terminal myosin tail, which includes 28-residue repeats that are characteristic for alpha-helical coiled coils, but does not include the ATP-binding and actin-binding domains.; Title: strong similarity to myosin heavy chain -Oryctolagus cuniculus; uncharacterized protein	join(823508..823598,823780..>826373)	Aspergillus niger	4984562
An11g03320	CDS	An11g03320	NT_166526.1	826866	826955	D	Remark: the ORF is questionable due to its short lenght of only 29 amino acids.; Title: questionable ORF; uncharacterized protein	826866..826955	Aspergillus niger	84592247
An11g03330	CDS	An11g03330	NT_166526.1	828140	831381	D	Remark: the similarity of the predicted ORF to DNA-directed RNA polymerase from several species is due to the presence of a serine/proline-rich region in the ORF,which does not contain conserved repeats and is therefore not homologues.; Similarity: the similarity of the predicted ORF to the putative protein B23L21. 390 of N. crassa is locally high in the N-terminal part ending around amino acid 400.; Title: strong similarity to hypothetical protein B23L21.390 - Neurospora crassa; uncharacterized protein	join(828140..828202,828266..828692,828740..831381)	Aspergillus niger	4984564
An11g03340	CDS	An11g03340	NT_166526.1	831960	833934	R	Catalytic activity: alpha-amylase of A. niger catalyzes the hydrolysis of internal 1,4-alpha-D-glucosidic bonds in oligosaccharides and polysaccharides.; Function: alpha-amylase of A. niger is a glycosyl hydrolase involved in glycogen and starch degradation.; Induction: alpha-amylase of A. niger binds a calcium ion, which is required for its activity.; Similarity: the predicted ORF is nearly identical with the database entry alpha-amylase of A. niger, but differs at amino acid position 254 of the database protein and the predicted ORF is 21 amino acids longer at the N-terminus (sequencing error?).; Similarity: the predicted ORF shows similarity to several A. niger ESTs in the patent and the EMBL database.; See PMID 2207069; acid alpha-amylase-Aspergillus niger	complement(join(831960..832265,832344..832584,832639..832785,832835..832997,833050..833278,833339..833447,833507..833622,833679..833717,833767..833934))	Aspergillus niger	4984565
An11g03350	CDS	An11g03350	NT_166526.1	834952	837027	R	Function: multidrug transporter are active in the efflux of a varity of (often cytotoxic) compounds, e. g. fnx1 of S. pombe possibly releases a signaling substance into the environment, which could be required for entry of the cell into the quiescent G0 state.; Similarity: the predicted ORF overlaps the promoter region of the 3' ORF and therefore shows similarity to entry EMBL:A00848 A. niger (acid-stable alpha-amylase promoter and upstream activating sequences) and PATENTDNA:AAN91276 (DNA encoding N-terminus A. niger acid stable alpha-amylase plus signal peptide and promoter and upstream activating sequences).; Similarity: the predicted ORF shows similarity to multidrug transporter from different species and with various specificity.; Title: strong similarity to multidrug resistance protein fnx1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(834952..835019,835072..836051,836102..836222,836273..836382,836434..836516,836573..836709,836769..837027))	Aspergillus niger	4984566
An11g03360	CDS	An11g03360	NT_166526.1	837387	837746	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(837387..837456,837532..837564,837646..837746)	Aspergillus niger	84592248
An11g03370	CDS	An11g03370	NT_166526.1	838273	839265	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(838273..838374,838464..838510,838851..838987,839043..839138,839228..839265))	Aspergillus niger	84592249
An11g03380	CDS	An11g03380	NT_166526.1	839444	840417	D	Catalytic activity: lysophospholipases convert 2-lysophosphatidylcholine + H(2)O <=> glycerophosphocholine + a fatty acid anion; Function: lysophospholipases are involved in the degradation of phospholipids.; Similarity: the predicted ORF shows similarity to several putative phospholipases from different species,most of which are lysophospholipases.; Title: similarity to monoglyceride lipase mgll - Mus musculus; See PMID 9341166; See PMID 10627494; uncharacterized protein	join(839444..839518,839587..840417)	Aspergillus niger	4984569
An11g03390	CDS	An11g03390	NT_166526.1	841116	842236	D	Similarity: the similarity of the predicted ORF to the conserved hypothetical protein and to other protein matches is restricted to its N-terminal part reaching from amino acid 1 to 220, but the conserved SH3-domain in the C-terminal region of the S. pombe protein is not homologues.; Title: strong similarity to hypothetical protein CAB62422.1 - Schizosaccharomyces pombe; uncharacterized protein	join(841116..841152,841255..841358,841409..842236)	Aspergillus niger	4984570
An11g03400	CDS	An11g03400	NT_166526.1	844248	845732	D	Title: strong similarity to hypothetical protein encoded by An12g06660 - Aspergillus niger; uncharacterized protein	844248..845732	Aspergillus niger	4984571
An11g03420	CDS	An11g03420	NT_166526.1	846252	847965	D	Function: Rex1p of S. cerevisiae is required for 5S rRNA and tRNA-Arg3 maturation.; Function: Rnh70p of S. cerevisiae is thought to be involved in DNA replication.; Remark: the systematic gene name of RNH70/REX1 of S. cerevisiae is YGR276c.; Title: similarity to ribonuclease H/3-5 exonuclease Rnh70 - Saccharomyces cerevisiae; nucleus; See PMID 10359084; See PMID 10716935; uncharacterized protein	join(846252..846389,846503..846793,846838..847965)	Aspergillus niger	4984573
An11g03430	CDS	An11g03430	NT_166526.1	849494	851386	D	Function: ord1 of A. flavus converts O-methylsterigmatocystin to aflatoxin B1.; Pathway: ord1 of A. flavus catalyzes the last step of the aflatoxin biosynthetic pathway.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Similarity: belongs to the CYP64 family of cytochrome P450-type monooxygenases.; Title: strong similarity to hypothetical O-methylsterigmatocystin oxidoreductase ord1 - Aspergillus flavus; See PMID 9143099; uncharacterized protein	join(849494..849686,849751..849880,849942..850133,850185..850336,850384..850628,850680..850951,851008..851386)	Aspergillus niger	4984574
An11g03450	CDS	An11g03450	NT_166526.1	853251	853820	D	Title: strong similarity to hypothetical protein dag11 - Agaricus bisporus; uncharacterized protein	join(853251..853382,853477..853704,853767..853820)	Aspergillus niger	4984576
An11g03460	CDS	An11g03460	NT_166526.1	854246	858678	R	Function: co-expression of het-e and het-c leads to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Similarity: the C-terminus contains 8 WD40-like (beta-transducin) repeats.; Title: strong similarity to vegetative incompatibility factor het-e1 - Podospora anserina; See PMID 9435787; See PMID 10875280; See PMID 10974123; See PMID 7557402; uncharacterized protein	complement(join(854246..856000,856051..858678))	Aspergillus niger	4984577
An11g03470	CDS	An11g03470	NT_166526.1	859331	861166	R	Function: P450rm of R. minuta catalyses the formation of isobutene from isovalerate and the 4-hydroxylation of benzoate.; Pathway: P450rm of R. minuta functions in the degradation of L-phenylalanine on the pathway to beta-ketoadipate.; Similarity: belongs to the CYP53 family of cytochromes P450.; Title: strong similarity to bifunctional cytochrome P450rm - Rhodotorula minuta; endoplasmatic reticulum; See PMID 7764227; See PMID 8882724; See PMID 9349702; uncharacterized protein	complement(join(859331..859970,860017..860470,860524..861166))	Aspergillus niger	4984578
An11g03480	CDS	An11g03480	NT_166526.1	862240	864029	R	Title: strong similarity to hypothetical protein encoded by An01g01140 - Aspergillus niger; uncharacterized protein	complement(join(862240..862262,862528..862540,862761..864029))	Aspergillus niger	4984579
An11g03490	CDS	An11g03490	NT_166526.1	865001	865989	D	Function: actVB-orf11 of S. coelicolor is possibly involved in actinorhodin biosynthetis.; Similarity: belongs to the short-chain alcohol dehydrogenases family.; Title: strong similarity to hypothetical oxidoreductase actVB-orf11 - Streptomyces coelicolor; See PMID 10400594; uncharacterized protein	join(865001..865084,865148..865371,865425..865989)	Aspergillus niger	4984580
An11g03500	CDS	An11g03500	NT_166526.1	867265	868632	D	Catalytic activity: L-lactate + 2 ferricytochrome c = pyruvate + 2 ferrocytochrome c.; Complex: CYB2 of S. cerevisiae is a homotetramer.; Induction: CYB2 of S. cerevisiae is induced during respiratory adaptation and by L-lactate.; Localization: CYB2 of S. cerevisiae is located at the mitochondrial intermembrane space.; Similarity: a better match of the protein length is observed with peroxisomal glycolate oxidase (EC 1. 1. 3. 15) of Spinacia oleracea.; Similarity: belongs to the FMN-dependent cytochrome b2 family.; Title: strong similarity to L-lactate dehydrogenase precursor Cyb2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 3004948; uncharacterized protein	join(867265..867602,867655..868158,868219..868427,868478..868632)	Aspergillus niger	4984581
An11g03510	CDS	An11g03510	NT_166526.1	868685	870511	R	Similarity: contains a Zn(2)-Cys(6), fungal-type binuclear cluster domain.; Similarity: the ORF encoded protein shows also weak similarity to hypothetical transcriptional regulator PRO1 from Sordaria brevicollis.; Title: strong similarity to hypothetical protein encoded by An02g08760 - Aspergillus niger; uncharacterized protein	complement(join(868685..870239,870287..870422,870469..870511))	Aspergillus niger	4984582
An11g03520	CDS	An11g03520	NT_166526.1	871299	871988	R	Similarity: shows abundant unspecific matches to a variety of threonine-, serine- and glycine-rich proteins from diverse species.; Title: weak similarity to hypothetical protein encoded by An02g14500 - Aspergillus niger; uncharacterized protein	complement(871299..871988)	Aspergillus niger	4984583
An11g03530	CDS	An11g03530	NT_166526.1	872347	874083	R	Function: ttuB of A. vitis facilitates the cellular uptake of tartrate.; Similarity: belongs to the major facilitator superfamily (MFS).; Title: strong similarity to tartrate transport protein ttuB - Agrobacterium vitis; plasma membrane; See PMID 7592429; uncharacterized protein	complement(join(872347..872695,872746..873189,873237..873409,873460..873484,873533..873823,873878..874083))	Aspergillus niger	4984584
An11g03540	CDS	An11g03540	NT_166526.1	874558	876078	R	Function: TRI11 of F. sporotrichioides converts isotrichodermin to 15-decalonectrin.; Pathway: TRI11 of F. sporotrichioides is involved in the biosynthesis of fungal toxins of the trichothecene family.; Pathway: the product of the reaction catalyzed by TRI11 of F. sporotrichioides, 15-decalonectrin, is the starting point for various branches of trichothecene biosynthesis pathways leading to different trichothecene species.; Similarity: belongs to the superfamily of cytochrome P450 monooxygenases.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	complement(join(874558..874899,874948..876078))	Aspergillus niger	4984585
An11g03550	CDS	An11g03550	NT_166526.1	877691	879094	R	hypothetical protein	complement(join(877691..877831,877927..877992,878049..878351,878415..878684,878768..879094))	Aspergillus niger	84592250
An11g03560	CDS	An11g03560	NT_166526.1	880657	881460	R	hypothetical protein	complement(join(880657..880735,880785..880876,880962..881273,881392..881460))	Aspergillus niger	84592251
An11g03570	CDS	An11g03570	NT_166526.1	881607	883610	D	Function: TRI4 of F. sporotrichioides is a cytochrome P450-type monooxygenase of the CYP58 subfamily.; Pathway: TRI4 of F. sporotrichioides catalyzes the initial oxygenation step of trichothecene biosynthesis and participates in apotrichodiol biosynthesis.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: strong similarity to cytochrome P450 monooxygenase TRI4 - Fusarium sporotrichioides; See PMID 7651333; uncharacterized protein	join(881607..881898,881994..882306,882406..882637,882710..883000,883057..883176,883230..883393,883448..883610)	Aspergillus niger	4984588
An11g03580	CDS	An11g03580	NT_166526.1	884122	885927	R	Catalytic activity: 4 benzenediol + O2 = 4 benzosemiquinone + 2 H2O.; Function: laccase of N. crassa is a multicopper oxidase containing type 1, type 2, and type 3 copper centers.; Pathway: laccase of N. crassa is probably involved in the degradation/detoxification of lignin and/or it's derivatives.; Title: strong similarity to precursor of laccase -Neurospora crassa; See PMID 2961749; uncharacterized protein	complement(join(884122..884448,884511..884995,885048..885927))	Aspergillus niger	4984589
An11g03590	CDS	An11g03590	NT_166526.1	887172	888917	D	Catalytic activity: digallate + H2O = 2 gallate.; Complex: tannase of A. oryzae forms a heterooctamer consisting of four pairs of the two different subunits.; Remark: the tannase precursor of A. oryzae is post-translationally cleaved in two subunits which are linked by a disulfide bond.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; uncharacterized protein	887172..888917	Aspergillus niger	4984590
An11g03600	CDS	An11g03600	NT_166526.1	889353	890786	D	Function: CIH1 of C. lindemuthianum is involved in the establishment and maintenance of biotrophy.; Localization: the CIH1 glycoprotein is specifically located at the biotrophic interface formed in the C. lindemuthianum-bean interaction.; Title: similarity to intracellular hyphae protein 1 CIH1 - Colletotrichum lindemuthianum; cell wall; See PMID 9721685; uncharacterized protein	join(889353..889478,889550..889643,889883..890095,890167..890786)	Aspergillus niger	4984591
An11g03610	CDS	An11g03610	NT_166526.1	893586	898018	D	Function: ankyrins act as protein linker between the integral membrane proteins and spectrin-based cytoskeleton.; Remark: ankyrin repeats are often contained in other proteins (which are not classified with the ankyrin family) and ensure protein-protein interactions as well as interactions between proteins and nucleic acids.; Similarity: the predicted A. niger protein shows strong similarity to domains of ankyrin.; Title: similarity to ankyrin Ank2 - Drosophila melanogaster; See PMID 10810176; See PMID 10844021; uncharacterized protein	join(893586..894555,894609..898018)	Aspergillus niger	4984592
An11g03620	CDS	An11g03620	NT_166526.1	899180	900279	D	Function: tfdA of B. sp. is involved in chlorocatechol degradation.; Title: strong similarity to 2,4-dichlorophenoxyacetic acid/alpha-ketoglutarate dioxygenase tfdA - Burkholderia sp.; See PMID 8779585; uncharacterized protein	join(899180..899335,899392..899601,899674..900279)	Aspergillus niger	4984593
An11g03630	CDS	An11g03630	NT_166526.1	900603	903089	D	Title: similarity to hypothetical transcription factor Aro80 - Saccharomyces cerevisiae; uncharacterized protein	join(900603..900676,900745..901529,901564..901794,901855..902464,902522..903089)	Aspergillus niger	4984594
An11g03640	CDS	An11g03640	NT_166526.1	904348	906846	D	Function: OPT1 of C. albicans mediates the cellular uptake of oligopeptides.; Function: OPT1 of C. albicans specifically transports tetra- and pentapeptides.; Title: strong similarity to transmemrane oligopeptide transporter OPT1 - Candida albicans; See PMID 9043116; uncharacterized protein	join(904348..904986,905036..906308,906359..906846)	Aspergillus niger	4984595
An11g03660	CDS	An11g03660	NT_166526.1	907480	909516	R	Similarity: mTMT of M. musculus belongs to the tryptase family of serine proteases but is distinguished by a hydrophobic, possibly membrane spanning, C-terminal extension.; Similarity: the N-terminus shows similarity to the N-terminal portion of the phospholipase A2 activating protein PLA2P of Homo sapiens.; Title: weak similarity to hypothetical transmembrane tryptase mTMT - Mus musculus; See PMID 10521469; uncharacterized protein	complement(join(907480..907834,908134..908151,908200..908224,908250..908440,908721..908841,908890..909013,909065..909099,909188..909224,909284..909337,909445..909516))	Aspergillus niger	4984597
An11g03670	CDS	An11g03670	NT_166526.1	910240	911508	D	Title: similarity to hypothetical reductase encoded by 2SCG18.20c - Streptomyces coelicolor; uncharacterized protein	join(910240..910319,910430..911051,911107..911508)	Aspergillus niger	84592252
An11g03680	CDS	An11g03680	NT_166526.1	912244	913559	R	Catalytic activity: Cinnamyl alcohol + NADP(+) = cinnamaldehyde + NADPH.; Function: CAD of E. gunnii reduces hydroxycinnamyl aldehydes (sinapyl, paracoumaryl, coniferyl aldehydes) to the corresponding alcohols.; Pathway: CAD of E. gunnii catalyzes the final step in the production of monomeric lignin precursors.; Title: strong similarity to cinnamyl alcohol dehydrogenase CAD - Eucalyptus gunnii; See PMID 8490129; uncharacterized protein	complement(join(912244..912351,912431..912680,912754..913183,913277..913559))	Aspergillus niger	4984599
An11g03690	CDS	An11g03690	NT_166526.1	913929	916375	D	Function: UaY of A. nidulans binds to the sequence 5'-TCGG-6X-CCGA.; Function: UaY of A. nidulans mediates the induction of a number of unlinked genes involved in purine utilization.; Title: strong similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; nucleus; See PMID 7729421; uncharacterized protein	join(913929..914144,914211..914278,914364..915327,915386..916375)	Aspergillus niger	4984600
An11g03700	CDS	An11g03700	NT_166526.1	916818	918459	R	Function: HXT1p of U. fabae facilitates the uptake of D-glucose and D-fructose in the haustorial complex.; Localization: HXT1p of U. fabae is exclusivly located to the plasma membrane of the haustorial complex.; Title: strong similarity to hexose transporter HXT1 - Uromyces fabae; plasma membrane; See PMID 11390980; uncharacterized protein	complement(join(916818..916976,917030..918364,918421..918459))	Aspergillus niger	4984601
An11g03710	CDS	An11g03710	NT_166526.1	918692	919621	D	hypothetical protein	join(918692..918723,918808..918968,919207..919264,919349..919408,919483..919621)	Aspergillus niger	84592253
An11g03720	CDS	An11g03720	NT_166526.1	920088	920599	R	hypothetical protein	complement(join(920088..920200,920267..920351,920392..920428,920511..920599))	Aspergillus niger	84592254
An11g03730	CDS	An11g03730	NT_166526.1	921296	922586	R	Title: weak similarity to integral membrane protein PTH11 from patent WO9913094-A2 - Magnaporthe grisea; uncharacterized protein	complement(join(921296..921752,921804..921921,921986..922358,922431..922586))	Aspergillus niger	4984604
An11g03740	CDS	An11g03740	NT_166526.1	924199	926032	D	Function: isoamyl alcohol oxidase may play a role in the Ehrlich pathway of branched-chain amino acid utilization.; Title: strong similarity to isoamyl alcohol oxidase mreA - Aspergillus oryzae; uncharacterized protein	join(924199..924446,924507..924707,924769..926032)	Aspergillus niger	4984605
An11g03750	CDS	An11g03750	NT_166526.1	927464	929007	D	hypothetical protein	join(927464..927477,927618..927784,927892..927966,928127..928415,928509..928818,928912..929007)	Aspergillus niger	84592255
An11g03760	CDS	An11g03760	NT_166526.1	929119	930662	D	Title: strong similarity to hypothetical protein BAC67939.1 - Streptomyces avermitilis; uncharacterized protein	join(929119..929922,929976..930662)	Aspergillus niger	4984607
An11g03770	CDS	An11g03770	NT_166526.1	931208	932189	D	Title: strong similarity to hypothetical blastomyces yeast phase-specific protein 1 related protein CAD70756.1 - Neurospora crassa; uncharacterized protein	join(931208..931636,931777..931833,931939..931964,932069..932189)	Aspergillus niger	4984608
An11g03780	CDS	An11g03780	NT_166526.1	932665	934852	D	Similarity: contains a fungal-type Zn(2)-Cys(6) binuclear cluster DNA-binding domain.; Title: strong similarity to hypothetical transcription regulator SPBC530.05 - Schizosaccharomyces pombe; uncharacterized protein	join(932665..933265,933375..934252,934300..934372,934422..934852)	Aspergillus niger	4984609
An11g03790	CDS	An11g03790	NT_166526.1	934971	936387	R	Title: similarity to hypothetical protein SC1C3.21 -Streptomyces coelicolor; uncharacterized protein	complement(join(934971..935155,935230..935595,935667..935716,935777..935797,935875..936090,936170..936387))	Aspergillus niger	4984610
An11g03800	CDS	An11g03800	NT_166526.1	936767	938052	D	Catalytic activity: salicylate + NADH + H(+) + O2 = catechol + NAD(+) + H2O + CO2.; Function: sal of P. putida catalyzes the decarboxylative hydroxylation of salicylate.; Pathway: sal of P. putida is involved in the lower napthalene catabolic pathway which involves conversion of salicylate to lower amphibolic intermediates.; Title: strong similarity to FAD-dependent salicylate hydroxylase sal - Pseudomonas putida; See PMID 8695632; uncharacterized protein	join(936767..936817,936868..938052)	Aspergillus niger	4984611
An11g03810	CDS	An11g03810	NT_166526.1	938448	938896	D	Title: strong similarity to hypothetical protein mlr0979 - Mesorhizobium loti; uncharacterized protein	join(938448..938473,938524..938896)	Aspergillus niger	4984612
An11g03820	CDS	An11g03820	NT_166526.1	939488	940557	D	Title: strong similarity to hypothetical flavoprotein oxygenase PA1644 - Pseudomonas aeruginosa; uncharacterized protein	join(939488..939531,939849..940557)	Aspergillus niger	4984613
An11g03830	CDS	An11g03830	NT_166526.1	940958	941595	D	Title: similarity to hypothetical protein yciI -Escherichia coli; uncharacterized protein	join(940958..941115,941184..941239,941318..941481,941554..941595)	Aspergillus niger	4984614
An11g03860	CDS	An11g03860	NT_166526.1	942955	945229	R	Function: ftsH2 of C. merolae is involved in mitochondrial division.; Function: the ATPases of the FtsH family are involved in the degradation of soluble and membrane proteins during organelle division or prokaryotic cell division.; Similarity: belongs to the family of ATPases associated with various cellular activities (AAA).; Title: similarity to mitochondrial ATP-dependent protease ftsH2 - Cyanidioschyzon merolae; See PMID 10598100; uncharacterized protein	complement(join(942955..943056,943110..943270,943321..943382,943434..944050,944106..944265,944314..944708,944763..944976,945105..945229))	Aspergillus niger	4984617
An11g03870	CDS	An11g03870	NT_166526.1	945943	952185	D	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Title: similarity to vegetative heterokaryon incompatibility factor het-e1 - Podospora anserina; See PMID 9435787; See PMID 10875280; See PMID 10974123; See PMID 7557402; uncharacterized protein	join(945943..947690,947750..948303,948362..948722,948788..950733,950851..950939,951088..951110,951198..951224,951328..951333,951420..951507,951560..951627,951918..952185)	Aspergillus niger	4984618
An11g03880	CDS	An11g03880	NT_166526.1	952597	953529	D	Catalytic activity: L-aspartate 4-semialdehyde + pyruvate = dihydrodipicolinate + 2 H2O.; Pathway: DDPS of B. methanolicus catalyzes the first step in diaminopimelate and lysine biosynthesis.; Similarity: homologous to protein of patent database entry PATENTPROT:AAB47100.; Title: strong similarity to dihydrodipicolinate synthase DDPS from patent EP1074626-A2 - Bacillus methanolicus; uncharacterized protein	952597..953529	Aspergillus niger	4984619
An11g03890	CDS	An11g03890	NT_166526.1	953905	956174	D	Similarity: B912. 10 of N. crassa is longer than the ORF (1004 compared to 738 amino acids). More than 100 C-terminal amino acids of the ORF are not included in the alignment between the two proteins.; Similarity: contains a fungal-type Zn(2)-Cys(6) binuclear cluster DNA-binding domain typical for fungal transcriptional regulators.; Title: strong similarity to hypothetical conserved protein B9I2.10 - Neurospora crassa; uncharacterized protein	join(953905..955208,955262..956174)	Aspergillus niger	4984620
An11g03900	CDS	An11g03900	NT_166526.1	956451	958274	D	Function: TNA1 of S. cerevisiae is necessary for cellular uptake of nicotinic acid at low concetrations.; Remark: the systematic gene name of TNA1 of S. cerevisiae is YGR260w.; Similarity: belongs to the major facilitator superfamily (MFS).; Similarity: shows strong homology to several hypothetical allantoate transporters.; Title: strong similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	join(956451..956573,956631..956636,956700..956763,956812..956910,956961..957114,957168..957345,957402..958274)	Aspergillus niger	4984621
An11g03920	CDS	An11g03920	NT_166526.1	959482	968289	R	Function: lovF of A. terreus is a multifunctional enzyme required for the formation of 2-methylbutyrate which is subsequently assembled with monacolin J to form lovastatin.; Pathway: lovF of A. terreus is involved in lovastatin biosynthesis.; Title: strong similarity to lovastatin diketide synthase lovF - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(959482..959522,959622..965752,965819..965978,966057..966762,966823..966979,967047..967480,967599..967867,967941..968289))	Aspergillus niger	4984623
An11g03930	CDS	An11g03930	NT_166526.1	968393	969695	R	Similarity: shares a conserved motif (GPFDGILaFShGA,the lowercase letters represent residues deviating from the consensus) with a number of hypothetical proteins and the dihydrofolate reductase DFR1 of S. pombe.; Similarity: the ORF encoded protein shows also weak similarity to hypothetical dihydrofolate reductase SPAC22A12. 06c from Schizosaccharomyces pombe.; Title: similarity to hypothetical protein encoded by An15g02140 - Aspergillus niger; uncharacterized protein	complement(join(968393..968451,968529..968573,968627..968688,968776..968836,968930..969439,969508..969585,969668..969695))	Aspergillus niger	4984624
An11g03940	CDS	An11g03940	NT_166526.1	970129	971909	D	Function: P450rm of R. minuta catalyses the formation of isobutene from isovalerate and the 4-hydroxylation of benzoate.; Pathway: P450rm of R. minuta functions in the degradation of L-phenylalanine on the pathway to beta-ketoadipate.; Similarity: belongs to the CYP53 family of cytochromes P450.; Title: strong similarity to bifunctional cytochrome P450rm - Rhodotorula minuta; endoplasmatic reticulum; See PMID 7764227; See PMID 8882724; See PMID 9349702; uncharacterized protein	join(970129..970206,970287..971163,971260..971909)	Aspergillus niger	4984625
An11g03950	CDS	An11g03950	NT_166526.1	972937	974747	R	Function: AKT2 of Alternaria alternata encodes a protein of unknown function involved in the biosynthesis of the host-specific AK-toxin.; Similarity: belongs to the superfamily of alpha/beta hydrolases.; Title: similarity to hypothetical protein required for biosynthesis of the host-specific AK-toxin Akt2 -Alternaria alternata; See PMID 10432635; uncharacterized protein	complement(join(972937..973006,973096..973108,973204..974084,974181..974289,974346..974478,974553..974747))	Aspergillus niger	4984626
An11g03960	CDS	An11g03960	NT_166526.1	975475	976638	D	Function: PTH11 of M. grisea is involved in pathogenicity signaling.; Function: PTH11 of M. grisea mediates appressorium differentiation in response to inductive substrate cues.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(975475..975682,975769..976222,976287..976638)	Aspergillus niger	4984627
An11g03970	CDS	An11g03970	NT_166526.1	978919	980825	R	Similarity: belongs to the AAA family of ATPases.; Title: similarity to hypothetical AAA family ATPase SCD8A.32c - Streptomyces coelicolor; uncharacterized protein	complement(join(978919..979224,979281..980746,980807..980825))	Aspergillus niger	4984628
An11g03980	CDS	An11g03980	NT_166526.1	981569	982329	D	Similarity: related to coproporphyrinogen oxidase N-terminus.; Similarity: the ORF encoded protein shows similarities to the matching protein of A. niger only at the very N-terminus.; Title: weak similarity to hypothetical protein encoded by An12g05650 - Aspergillus niger; uncharacterized protein	join(981569..981653,981724..981836,981968..982014,982122..982329)	Aspergillus niger	84592256
An11g03990	CDS	An11g03990	NT_166526.1	982580	983427	D	Title: weak similarity to hypothetical protein encoded by An18g02800 - Aspergillus niger; uncharacterized protein	join(982580..982593,982675..982760,982921..983073,983129..983427)	Aspergillus niger	84592257
An11g04000	CDS	An11g04000	NT_166526.1	983885	985426	D	Function: WHIP of M. musculus is involved in aging control.; Localization: WHIP co-localizes with the Werner's syndrome helicase/exonuclease in granular structures in the nucleus.; Similarity: WHIP of M. musculus is highly conserved from E. coli to human.; Similarity: related to DEAH-box subfamily of ATP-dependent helicases and other ATPases.; Title: strong similarity to Werner helicase interacting protein WHIP - Mus musculus; nucleus; See PMID 11301316; uncharacterized protein	983885..985426	Aspergillus niger	4984631
An11g04010	CDS	An11g04010	NT_166526.1	986347	987738	R	Function: Ppr1p of S. cerevisiae transcriptionally activates the structural genes URA1 and URA3.; Pathway: Ppr1p of S. cerevisiae regulates genes involved in the pyrimidine biosynthesis.; Title: similarity to transcription activator Ppr1 -Saccharomyces cerevisiae; See PMID 8668194; See PMID 6096561; uncharacterized protein	complement(986347..987738)	Aspergillus niger	4984632
An11g04020	CDS	An11g04020	NT_166526.1	988966	989982	D	Similarity: belongs to the carboxylesterases type-B family.; Similarity: shows homology to the protein patent database entry PATENTPROT:AAY01820.; Title: similarity to esterase from patent JP11075860-A - Acetobacter pasteurianus; uncharacterized protein	988966..989982	Aspergillus niger	4984633
An11g04030	CDS	An11g04030	NT_166526.1	990434	991759	R	Catalytic activity: pnlA of G. cingulata catalyzes the eliminative cleavage of pectin to give oligosaccharides with terminal 4-deoxy-6-methyl-alpha-D-galact-4-enuronosyl groups.; Function: pnlA of G. cingulata is involved in pectin utilization.; Remark: Glomerella cingulata is used synonymous for Colletotrichum gloeosporioides.; Similarity: belongs to the polysaccharide lyase family 1.; Title: strong similarity to pectin lyase pnlA -Glomerella cingulata; extracellular/secretion proteins; See PMID 8181749; uncharacterized protein	complement(join(990434..990834,990898..991066,991132..991198,991275..991759))	Aspergillus niger	4984634
An11g04040	CDS	An11g04040	NT_166526.1	993119	994758	R	Catalytic activity: PGX1 of C. carbonum catalyzes the random hydrolysis of 1,4-alpha-D-galactosiduronic linkages in pectate and other galacturonans.; Function: PGX1 of C. carbonum is involved in the degradation of pectin.; Similarity: belongs to family 28 of glycosyl hydrolases.; Title: strong similarity to exo-alpha 1,4-polygalacturonase PGX1 - Cochliobolus carbonum; extracellular/secretion proteins; See PMID 9546185; uncharacterized protein	complement(join(993119..993235,993297..993398,993468..993814,993875..993947,994025..994239,994308..994758))	Aspergillus niger	4984635
An11g04050	CDS	An11g04050	NT_166526.1	996266	998006	R	Similarity: contains a fungal-type Zn(2)-Cys(6) binuclear DNA-binding domain.; Title: similarity to hypothetical transcription regulator SPBP8B7.30c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(996266..996333,996387..996703,996773..997096,997158..997772,997831..998006))	Aspergillus niger	4984636
An11g04060	CDS	An11g04060	NT_166526.1	998281	999231	D	Catalytic activity: IFR of M. sativa catalyzes the NADPH-dependent reduction of 2'-hydroxyformononetin stereospecifically to (3R)-vestitone.; Function: IFR of M. sativa introduces one of two chiral centers during the biosynthesis of the phytoalexin medicarpin.; Pathway: IFR of M. sativa participates in the biosynthesis of medicarpin, an antimicrobial phytoalexin,which is a product of the isoflavonoid branch of the phenylpropanoid pathway.; Title: similarity to isoflavone reductase IFR -Medicago sativa; See PMID 7866024; See PMID 1912490; uncharacterized protein	join(998281..998313,998365..999231)	Aspergillus niger	4984637
An11g04070	CDS	An11g04070	NT_166526.1	999728	1000619	R	Similarity: shares homology with a conserved N-terminal domain of various protein kinases from diverse species.; Title: weak similarity to polo-like kinase kinase xPlkk1 - Xenopus laevis; uncharacterized protein	complement(join(999728..999776,999863..1000000,1000087..1000244,1000300..1000346,1000421..1000455,1000552..1000619))	Aspergillus niger	84592258
An11g04080	CDS	An11g04080	NT_166526.1	1000667	1001296	D	hypothetical protein	1000667..1001296	Aspergillus niger	84592259
An11g04090	CDS	An11g04090	NT_166526.1	1001679	1003592	R	Function: AGA1 of S. cerevisiae is involved in cell surface attachment of a-agglutinin.; Similarity: also related to nitrate reductase beta chain of Streptomyces coelicolor.; Title: weak similarity to agglutinin attachment protein Aga1 - Saccharomyces cerevisiae; See PMID 2072914; uncharacterized protein	complement(1001679..1003592)	Aspergillus niger	4984640
An11g04100	CDS	An11g04100	NT_166526.1	1004665	1005358	D	Function: cdh of T. versicolor is involved in the degradation of lignocellulose.; Induction: cdh of T. versicolor is activated under cellulolytic conditions.; Similarity: the homology to cdh of T. versicolor is limited to it's N-terminal region.; Title: weak similarity to cellobiose dehydrogenase cdh - Trametes versicolor; See PMID 9573367; uncharacterized protein	join(1004665..1004707,1004760..1005358)	Aspergillus niger	4984641
An11g04110	CDS	An11g04110	NT_166526.1	1006201	1007913	D	Similarity: contains two tetratricopeptide repeat (TPR) domains probably involved in protein-protein interactions.; Title: strong similarity to hypothetical protein SCF91.02c - Streptomyces coelicolor; uncharacterized protein	1006201..1007913	Aspergillus niger	4984642
An11g04120	CDS	An11g04120	NT_166526.1	1008263	1009061	D	Similarity: shows weak homology to a variety of protein kinases of diverse species.; Similarity: the ORF encoded protein shows also weak similarity to hypothetical protein kinase F39F10. 3 from Caenorhabditis elegans.; Title: strong similarity to hypothetical protein encoded by An06g00610 - Aspergillus niger; uncharacterized protein	join(1008263..1008382,1008433..1008954,1008993..1009061)	Aspergillus niger	4984643
An11g04130	CDS	An11g04130	NT_166526.1	1009329	1010556	R	Similarity: shows a weak homology match to the protein patent database entry PATENTPROT:AAY19886.; Title: weak similarity to antigenic protein f688.aa from patent WO9859071-A1 - Borrelia burgdorferi; uncharacterized protein	complement(join(1009329..1009742,1009774..1010556))	Aspergillus niger	84592260
An11g04140	CDS	An11g04140	NT_166526.1	1012395	1012699	D	hypothetical protein	join(1012395..1012531,1012615..1012699)	Aspergillus niger	84592261
An11g04150	CDS	An11g04150	NT_166526.1	1013574	1014826	D	Catalytic activity: alcohol dehydrogenases catalyze the reversible oxidation of primary and secondary alcohols to aldehydes and ketones by NAD+: alcohol + NAD(+) <=> aldehyde or ketone + NaDH.; Remark: alternative names for adh2 are adr2 or YMR303C or YM9952. 05C.; Remark: in yeast are three isozymes of alcolhol dehydrogenase known, the adr2 preferentially catalyses the conversion of ethanol to acetaldehyde and is the glucose-repressed adh of yeast.; Similarity: the predicted ORF overlaps with the A. niger EST BE758920.; Title: strong similarity to alcohol dehydrogenase 2 Adh2 - Saccharomyces cerevisiae; cytoplasm; See PMID 3297923; See PMID 6279086; uncharacterized protein	join(1013574..1013739,1013800..1014167,1014220..1014298,1014345..1014826)	Aspergillus niger	4984646
An11g04160	CDS	An11g04160	NT_166526.1	1015246	1016535	R	Function: mal23 of S. cerevisiae regulates the coordinate transcription of structural mal6S (maltase) and mal6T (maltose permease) genes.; Similarity: the predicted ORF shows similarity to the transcriptional activator of amylase genes amyR of A. niger.; Title: strong similarity to transcription activator Mal23 - Saccharomyces cerevisiae; nucleus; See PMID 9258674; uncharacterized protein	complement(join(1015246..1015269,1015300..1015753,1015805..1016535))	Aspergillus niger	4984647
An11g04168	CDS	An11g04168	NT_166526.1	1017075	1017783	D	Title: strong similarity to hypothetical protein AAD42396.1 - Zymomonas mobilis; uncharacterized protein	join(1017075..1017110,1017250..1017783)	Aspergillus niger	4984648
An11g04180	CDS	bipA	NT_166526.1	1018071	1020260	R	Function: the chaperone bip is involved in quality control of protein folding.; Gene-ID: bipA; Mapping: bipA from A. niger is mapped to chromosome VII (LG VII); see EMBL Y08868.; endoplasmatic reticulum; See PMID 9370263; See PMID 9830095; See PMID 10653750; dnaK-type molecular chaperone bipA-Aspergillus niger	complement(join(1018071..1018636,1018691..1019796,1019852..1020047,1020110..1020260))	Aspergillus niger	4984649
An11g04190	CDS	An11g04190	NT_166526.1	1020271	1021315	D	Remark: the predicted ORF is annotated as questionable ORF due to the presence of unusually long intron segments.; Title: questionable ORF; uncharacterized protein	join(1020271..1020356,1020498..1020625,1020685..1020741,1020835..1020924,1021209..1021315)	Aspergillus niger	84592262
An11g04200	CDS	An11g04200	NT_166526.1	1021608	1024418	R	Similarity: the similarity of the predicted ORF to eEF1 alpha chain of C. albicabs is restricted to its C-termial end, starting at amino acid 402 of the predicted protein.; Title: strong similarity to translation elongation factor eEF1 alpha chain - Candida albicans; cytoplasm; uncharacterized protein	complement(join(1021608..1022815,1022866..1023048,1023097..1023834,1024019..1024093,1024193..1024418))	Aspergillus niger	4984651
An11g04210	CDS	An11g04210	NT_166526.1	1025006	1028649	R	Function: polyA ribonuclease subunit pan2 of S. cerevisiae is required for Pab1p-stimulated poly(A) ribonuclease activity.; Remark: alternate names for pan2 of S. cerevisiae are G3165 or YGL094c.; Similarity: the predicted ORF is identical with A. niger EST BE758876.; Title: strong similarity to polyA ribonuclease subunit Pan2 - Saccharomyces cerevisiae; cytoplasm; See PMID 8550599; See PMID 10669874; uncharacterized protein	complement(join(1025006..1025933,1025989..1027104,1027159..1028453,1028536..1028649))	Aspergillus niger	4984652
An11g04220	CDS	An11g04220	NT_166526.1	1029728	1031772	R	Catalytic activity: cytochrome P450 ALK2-A of C. maltosa catalyses the hydroxylation of n-alkanes at the terminal position.; Induction: the alkane-inducible cytochrome P450 protein family is inducible by alkanes.; Remark: the predicted ORF includes a motiv, that is specific for the cytochrome P450 protein family.; Title: strong similarity to cytochrome P450 alk2A -Candida maltosa; uncharacterized protein	complement(join(1029728..1030185,1030247..1030389,1030444..1031529,1031621..1031772))	Aspergillus niger	4984653
An11g04230	CDS	An11g04230	NT_166526.1	1032524	1035494	D	Similarity: due to the presence of a kinesin light chain motiv the predicted ORF shows similarity to kinesin light chain of several spezies.; Similarity: the similarity to kinesin light chain is restricted to the region with imperfect tandem repeats (TPR), which are believed to mediate protein-protein interactions.; Title: similarity to hypothetical protein BAB75479.1 - Nostoc sp.; uncharacterized protein	join(1032524..1032638,1032671..1033115,1033178..1035494)	Aspergillus niger	84592263
An11g04240	CDS	An11g04240	NT_166526.1	1036636	1038789	D	Title: questionable ORF; uncharacterized protein	join(1036636..1036784,1036834..1037115,1037164..1037706,1038207..1038251,1038328..1038337,1038685..1038789)	Aspergillus niger	4984655
An11g04250	CDS	An11g04250	NT_166526.1	1039385	1042710	R	Catalytic activity: l-2-aminoadipate 6-semialdehyde + NADP(+) + H(2)O = l-2-aminoadipate + NADPH.; Complex: the aminoadipate reductase enzyme is a heterodimer of a large (lys2) and a small subunit.; Function: lys2 of A. chrysogenum, as well as of S. cerevisiae, catalyzes the activation of alpha-aminoadipate by ATP-dependent adenylation and the reduction of activated alpha-aminoadipate by NADPH.; Pathway: lysine biosynthesis.; Similarity: the C-terminal half of the predicted ORF shows similarity to the oxidoreductase portion of several poorly characterized poliketide or secondary metabolite sinthases.; Similarity: the N-terminal part of the predicted ORF shows no similarity to known proteins.; Title: similarity to aminoadipate reductase enzyme lys2 - Acremonium chrysogenum; See PMID 11254122; See PMID 3928261; uncharacterized protein	complement(join(1039385..1039819,1039879..1041911,1041960..1042267,1042430..1042437,1042504..1042710))	Aspergillus niger	4984656
An11g04260	CDS	An11g04260	NT_166526.1	1043203	1044115	R	Similarity: the similarity to dihydrofolate reductase is limited to the N-terminal half of the protein.; Title: weak similarity to dihydrofolate reductase dfr1p - Schizosaccharomyces pombe; See PMID 8088538; uncharacterized protein	complement(join(1043203..1043906,1043977..1044115))	Aspergillus niger	4984657
An11g04270	CDS	An11g04270	NT_166526.1	1045048	1046220	R	Catalytic activity: lovC of A. terreus probably acts as an enoyl reductase.; Function: lovC of A. terreus interacts with lovB in the biosynthesis of the lovastatin precursor dihydromonacolin L.; Remark: in A. terreus the genes involved in lovastatin biosynthesis are clustered.; Similarity: lovC of A. terreus belongs to the Zn-containing oxidoreductases family.; Similarity: the predicted ORF shows a much stronger similarity to toxD of C. carbonum, a gene unique to isolates that make the cyclic peptide HC-toxin, but which has no role in toxin biosyntehsis.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(1045048..1045692,1045723..1046054,1046109..1046220))	Aspergillus niger	4984658
An11g04280	CDS	An11g04280	NT_166526.1	1046796	1054259	D	Catalytic activity: polyketide synthases are multifunctional enzymes, containing oxidoreductase,transferase and dehydratase activity.; Function: PKS1 of C. heterostrophus is required for the biosynthesis of the polyketide T-toxin.; Pathway: polyketides are generated from acetate by a pathway similar to the fatty acid metabolism, where some reduction or dehydratation reactions can be suppressed at specific biosynthetic steps, resulting in a much wider range of products, constituting a large family of often biologically active secondary metabolites.; Similarity: the predicted ORF shows strong similarity to different fungal polyketide synthases, e. g. also to lovF of A. terreus, which is linked to lovC in the A. terreus genome.; Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 8953776; uncharacterized protein	join(1046796..1046996,1047064..1047208,1047264..1047532,1047582..1047944,1047996..1048938,1048997..1052304,1052347..1053321,1053376..1054048,1054111..1054259)	Aspergillus niger	4984659
An11g04290	CDS	An11g04290	NT_166526.1	1054359	1055379	R	Catalytic activity: alcohol dehydrogenases catalyze the reversible reaction alcohol + NAD(+) <=> aldehyde or ketone + NADH.; Cofactor: members of this family of alchool dehydrogenases use NAD as electron exchanger.; Complex: rbtD of K. aerogenes is a homotetramer.; Similarity: rbtD of K. aerogenes belongs to short-chain, zinc-independent alcohol dehydrogenase family.; Similarity: the predicted ORF shows strong similarity with a number of known and putative alcohol dehydrogenases, with very wide substrate specificities.; Title: strong similarity to ribitol dehydrogenase rbtD - Klebsiella aerogenes; See PMID 3904726; uncharacterized protein	complement(join(1054359..1054567,1054662..1054813,1054883..1055083,1055162..1055379))	Aspergillus niger	4984660
An11g04300	CDS	An11g04300	NT_166526.1	1056279	1058074	D	hypothetical protein	join(1056279..1056548,1056605..1058074)	Aspergillus niger	4984661
An11g04310	CDS	An11g04310	NT_166526.1	1058959	1061280	R	Function: STAM of H. sapiens is a component of a signaling pathway promoting c-myc induction and cell growth in response to cytokine stimulation of lymphocytes.; Function: STAM of H. sapiens is associated with Jak3 and Jak2 tyrosine kinases and phosphorylated by Jak3 and Jak2 upon stimulation with IL-2 and GM-CSF, respectively.; Similarity: STAM of H. sapiens, as well as the predicted ORF, contains an SH3 protein-protein interaction domain and a VHS domain, typical of proteins involved in membrane trafficking and signal transduction.; Similarity: the N-terminal part of the gene model is confirmed by identity to A. niger EST EMBLEST Acc. N. BE759424.; Similarity: the predicted ORF, in the N-terminal region, displays a very strong similarity to a putative protein of S. pombe; the last one shows similarity to human STAM too.; Title: strong similarity to signal transducing adaptor molecule STAM - Homo sapiens; See PMID 8780729; See PMID 9133424; uncharacterized protein	complement(join(1058959..1059551,1059604..1059810,1059857..1060471,1060521..1060641,1060690..1060788,1060853..1060928,1060993..1061027,1061110..1061159,1061241..1061280))	Aspergillus niger	4984662
An11g04320	CDS	An11g04320	NT_166526.1	1062709	1065387	R	Function: STE20 of S. cerevisiae is needed for mating in haploid cells, induction of a mating-specific gene Fus1, induction of mating-specific morphologies, and pheromone-induced proliferation arrest.; Function: STE20 of S. cerevisiae is required to link the pheromone response G-protein signal to the downstream MAP-kinase cascade.; Similarity: the similarity of the predicted ORF to STE20 of S. cerevisiae is weak in the N-terminal region and particularly strong in the C-terminal part.; Similarity: to the conserved catalytic domains of Ser/Thr-protein kinases.; Title: strong similarity to serine/threonine kinase Ste20 - Saccharomyces cerevisiae; cytoplasm; See PMID 9024634; uncharacterized protein	complement(join(1062709..1062813,1062868..1063202,1063255..1063354,1063411..1065387))	Aspergillus niger	4984663
An11g04330	CDS	An11g04330	NT_166526.1	1066968	1068506	R	Title: questionable ORF; uncharacterized protein	complement(join(1066968..1067214,1067319..1067451,1067601..1067744,1068491..1068506))	Aspergillus niger	84592264
An11g04340	CDS	An11g04340	NT_166526.1	1070821	1072490	R	Catalytic activity: nucleobase (out) + H+ (out) --> nucleobase (in) + H+ (in).; Function: FCY2 of S. cerevisiae has a broad specificity towards purines, and also transport cytosine and 5-methylcytosine but neither uracil nor thymine.; Similarity: FCY2 of S. cerevisiae belongs to the nucleobase:cation symporter-1 family of transport proteins.; Title: strong similarity to cytosine/purine permease Fcy2 - Saccharomyces cerevisiae; plasma membrane; See PMID 1541283; See PMID 2191181; uncharacterized protein	complement(join(1070821..1071314,1071368..1072049,1072146..1072490))	Aspergillus niger	4984665
An11g04350	CDS	An11g04350	NT_166526.1	1072588	1074895	R	hypothetical protein	complement(join(1072588..1072747,1072863..1073012,1073483..1073677,1073859..1074107,1074220..1074680,1074803..1074895))	Aspergillus niger	84592265
An11g04360	CDS	An11g04360	NT_166526.1	1075140	1078834	D	Complex: SCP160 of S. cerevisiae binds RNA and single-stranded and double stranded DNA, and is associated with polyribosome complexes.; Function: SCP160 of S. cerevisiae is implicated in mRNA metabolism.; Localization: SCP160 of S. cerevisiae, as well as its vertebrate homologues vigilins, is associated via ionic interactions with the nuclear envelope and the endoplasmic reticulum.; Phenotype: the most noteworthy phenotype of SCP160 deletion mutants in S. cerevisiae is a decrease in viability and an increased number of chromosomes in the surviving cells.; Similarity: SCP160 of S. cerevisiae contains 14 KH domains, conserved motifs that have been identified in a variety of RNA-binding proteins; the predicted ORF contains 8 KH domains.; Title: strong similarity to polyribosome binding protein Scp160 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8533468; See PMID 9363784; See PMID 10710424; uncharacterized protein	join(1075140..1075524,1075575..1075843,1075913..1078205,1078263..1078834)	Aspergillus niger	4984667
An11g04370	CDS	An11g04370	NT_166526.1	1080039	1080707	R	Remark: A novel type of RNA editing, in which the cDNA included either guanine insertion or adenine-->guanine substitution at one base upstream of poly(A), was observed with cytochrome b5 from M. alpina. .; Remark: a splice site was detected upstream of the START codon.; Remark: strong similarity to A. niger EST an_2954.; Title: strong similarity to cytochrome b5 -Mortierella alpina; See PMID 10348912; uncharacterized protein	complement(join(1080039..1080209,1080278..1080404,1080589..1080707))	Aspergillus niger	4984668
An11g04380	CDS	An11g04380	NT_166526.1	1082945	1085392	R	Catalytic activity: ubiquitin C-terminal thiolester + H2O = ubiquitin + a thiol.; Remark: acts on esters formed between thiols such as dithiothreitol or glutathione and the C-terminal glycine residue of the polypeptide ubiquitin. Also acts on AMP-ubiquitin.; Title: strong similarity to ubiquitin specific protease Ubp5 - Saccharomyces cerevisiae; See PMID 7871889; See PMID 11076031; uncharacterized protein	complement(1082945..1085392)	Aspergillus niger	84592266
An11g04390	CDS	An11g04390	NT_166526.1	1085859	1086892	R	hypothetical protein	complement(join(1085859..1086098,1086165..1086519,1086575..1086653,1086766..1086892))	Aspergillus niger	4984669
An11g04400	CDS	An11g04400	NT_166526.1	1087151	1089553	D	Function: Vps27p in S. cerevisiae controls membrane traffic through the prevacuolar/endosomal compartment. S. cerevisiae Vps27p is a 'class E' protein involved in exit from the prevacuolar compartment. it is involved in forward transport to the vacuole as well as vesicle recycling to the Golgi.; Remark: Vps27p, like all class E proteins, probably participates in ubiquitin-mediated maturation of multivesicular bodies upon delivery to the yeast vacuole.; Title: strong similarity to vacuolar protein sorting-associated protein Vps27 - Saccharomyces cerevisiae; endosome; See PMID 10367894; See PMID 7593183; uncharacterized protein	join(1087151..1087218,1087321..1087453,1087513..1087794,1087855..1088623,1088694..1089553)	Aspergillus niger	4984671
An11g04410	CDS	An11g04410	NT_166526.1	1090667	1092691	D	Title: similarity to hypothetical Cys2/His2-type zinc finger protein T18C15_3 - Arabidopsis thaliana; uncharacterized protein	1090667..1092691	Aspergillus niger	4984672
An11g04420	CDS	An11g04420	NT_166526.1	1093476	1098520	R	Title: strong similarity to protein mddt from patent WO200162922-A2 - Homo sapiens; uncharacterized protein	complement(join(1093476..1095204,1095258..1095375,1095430..1097808,1097941..1098315,1098358..1098520))	Aspergillus niger	4984673
An11g04450	CDS	An11g04450	NT_166526.1	1101656	1103062	R	Remark: all homology proteins have a single repetitive block.; hypothetical protein	complement(join(1101656..1101877,1102113..1102229,1102338..1102485,1102570..1102809,1102893..1103062))	Aspergillus niger	84592267
An11g04460	CDS	An11g04460	NT_166526.1	1103314	1106361	D	Title: similarity to hypothetical protein SPAC4F10.07c - Schizosaccharomyces pombe; uncharacterized protein	join(1103314..1103532,1103610..1103708,1103803..1106361)	Aspergillus niger	4984677
An11g04470	CDS	An11g04470	NT_166526.1	1107380	1110108	R	Remark: similarity to protein fragment SEQ ID NO: 19254 patent EP1033405-A2.; Remark: the Arabidopsis thaliana sequence is a putative protein fragment.; Title: similarity to protein fragment SEQ ID NO:19254 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1107380..1107657,1107750..1109696,1109757..1110108))	Aspergillus niger	4984678
An11g04480	CDS	An11g04480	NT_166526.1	1110534	1115400	D	Remark: RNA polymerase II holoenzymes have been described that consist of RNA polymerase II, a subset of general transcription factors, and four SRB proteins. The SRB proteins, which were identified through a selection for genes involved in transcription initiation by RNA polymerase II in vivo, are a hallmark of the holoenzyme.; Title: similarity to non-specific RNA polymerase II transcription factor Srb9 - Saccharomyces cerevisiae; See PMID 7774808; See PMID 8725217; uncharacterized protein	join(1110534..1110579,1110615..1110905,1110977..1113811,1113858..1114511,1114561..1115073,1115366..1115400)	Aspergillus niger	4984679
An11g04500	CDS	An11g04500	NT_166526.1	1116596	1117307	D	Title: strong similarity to hypothetical protein B23L21.160 - Neurospora crassa; uncharacterized protein	join(1116596..1117146,1117238..1117307)	Aspergillus niger	4984681
An11g04510	CDS	An11g04510	NT_166526.1	1117604	1119844	R	Function: involved in translation termination. Stimulates the activity of erf1. Binds guanine nucleotides.; Remark: SUP2 (SUP35) is an omnipotent suppressor gene, coding for an EF-1 alpha-like protein factor,intimately involved in the control of translational accuracy in yeast S. cerevisiae.; Remark: alternative names are GST1, SUP35, SUP36,SUF12, PNM2, SAL3.; Similarity: to GTP-binding elongation factors.; Title: strong similarity to suppressor 2 Sup2 -Saccharomyces cerevisiae; See PMID 3047009; See PMID 3280807; uncharacterized protein	complement(join(1117604..1117675,1117733..1119844))	Aspergillus niger	4984682
An11g04520	CDS	An11g04520	NT_166526.1	1120494	1122776	D	Title: strong similarity to hypothetical protein B23I11.70 - Neurospora crassa; uncharacterized protein	join(1120494..1120514,1120571..1120602,1120667..1120724,1120802..1120905,1120964..1122776)	Aspergillus niger	4984683
An11g04530	CDS	An11g04530	NT_166526.1	1123364	1124717	R	Remark: the predicted ORF is related to DOS1 S. cerevisiae.; Title: similarity to hypothetical protein DOS1 -Neurospora crassa; uncharacterized protein	complement(join(1123364..1123665,1123733..1124717))	Aspergillus niger	4984684
An11g04540	CDS	An11g04540	NT_166526.1	1125028	1127239	R	Protein sequence is in conflict with the conceptual translation; Similarity: to neurofilament proteins.; Title: similarity to hypothetical protein DKFZp434F1017 - Homo sapiens [putative sequencing error]; putative sequencing error; uncharacterized protein	complement(join(1125028..1127020,1127232..1127239))	Aspergillus niger	4984685
An11g04550	CDS	An11g04550	NT_166526.1	1127836	1129286	D	Catalytic activity: Pyruvate + Lipoamide <=> S-Acetyldihydrolipoamide + CO2.; Cofactor: thiamin pyrophosphate.; Complex: the S. cerevisiae Pda1 protein is component of the multienzyme pyruvate dehydrogenase complex.; Function: the pyruvate dehydrogenase complex catalyzes the overall conversion of pyruvate to acetyl-Coa & CO(2). It contains multiple copies of three enzymatic components: pyruvate dehydrogenase (E1), dihydrolipoamide acetyltransferase (E2) & lipoamide dehydrogenase (E3).; Remark: alternative name for S. cerevisiae Pda1: YER178W.; Title: strong similarity to pyruvate dehydrogenase alpha subunit E1 alpha Pda1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1330555; See PMID 2202601; uncharacterized protein	join(1127836..1127964,1128037..1128158,1128218..1128672,1128781..1129286)	Aspergillus niger	4984686
An11g04560	CDS	An11g04560	NT_166526.1	1131127	1131916	R	hypothetical protein	complement(join(1131127..1131459,1131564..1131604,1131865..1131916))	Aspergillus niger	84592268
An11g04570	CDS	An11g04570	NT_166526.1	1132054	1132973	D	hypothetical protein	join(1132054..1132258,1132379..1132524,1132660..1132761,1132878..1132973)	Aspergillus niger	84592269
An11g04580	CDS	An11g04580	NT_166526.1	1132985	1134700	R	hypothetical protein	complement(join(1132985..1133188,1133290..1133406,1133492..1133568,1133641..1133718,1133814..1134025,1134154..1134231,1134277..1134343,1134427..1134589,1134641..1134700))	Aspergillus niger	84592270
An11g04600	CDS	An11g04600	NT_166526.1	1139011	1140397	D	Title: strong similarity to hypothetical protein CAD21381.1 - Neurospora crassa; uncharacterized protein	join(1139011..1139063,1139194..1139393,1139463..1140397)	Aspergillus niger	4984690
An11g04610	CDS	An11g04610	NT_166526.1	1141158	1143507	D	Title: weak similarity to cytochrome P450 CYP73A from patent FR2768748-A1 - Triticum aestivum; uncharacterized protein	join(1141158..1141461,1141526..1143507)	Aspergillus niger	4984691
An11g04620	CDS	An11g04620	NT_166526.1	1143823	1144808	R	Complex: the yeast Proteasome is composed of 14 different subunits which form a highly ordered ring-shaped structure.; Function: the S. cerevisiae homolog Pup1p is the proteolytic active beta-2 proteasome subunit with a trypsin-like activity.; Localization: in S. cerevisiae the Proteasome is localized in the cytoplasm and in the nucleus.; Remark: the Proteasome is a multicatalytic proteinase complex which is characterized by its ability to cleave peptides with Arg, Phe, Tyr, Leu, and Glu adjacent to the leaving group at neutral or slightly basic pH.; Title: strong similarity to proteasome 20S subunit Pup1 - Saccharomyces cerevisiae; See PMID 9312134; See PMID 10393174; uncharacterized protein	complement(join(1143823..1144467,1144552..1144599,1144683..1144808))	Aspergillus niger	4984692
An11g04630	CDS	An11g04630	NT_166526.1	1145409	1149987	D	Function: the human Nup214 protein is component of the nuclear pore complex. It is exposed to the cytoplasmic side. It serves as a docking site in the receptor-mediated import of substrates across the nuclear pore complex.; Remark: alternate names for the human nuclear pore complex protein Nup214: can or cain.; Title: similarity to nuclear pore complex Nup214 -Homo sapiens; nucleus; See PMID 9141635; See PMID 9488438; uncharacterized protein	join(1145409..1145489,1145555..1146248,1146302..1147540,1147580..1149987)	Aspergillus niger	4984693
An11g04640	CDS	An11g04640	NT_166526.1	1150409	1151248	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; hypothetical protein	join(1150409..1150595,1150719..1151248)	Aspergillus niger	4984694
An11g04650	CDS	An11g04650	NT_166526.1	1151751	1153075	R	Function: the human alpha CP-1 protein is member of the KH domain RNA binding protein family. It is involved in formation of a sequence-specific alpha-globin mRNP complex associated with alpha-globin mRNA stability.; Similarity: the ORF DNA sequence shows strong similarity to the EST an_3511 from Aspergillus niger.; Title: similarity to alpha-complex protein 1 CP-1 -Homo sapiens; See PMID 7556077; uncharacterized protein	complement(join(1151751..1152518,1152578..1153075))	Aspergillus niger	4984695
An11g04660	CDS	An11g04660	NT_166526.1	1154100	1155225	D	Title: similarity to hypothetical protein B8J22.100 - Neurospora crassa; uncharacterized protein	join(1154100..1154285,1154362..1155225)	Aspergillus niger	4984696
An11g04670	CDS	An11g04670	NT_166526.1	1155466	1160273	R	Function: the QDE-3 protein from N. crassa is involved in the phenomenon of posttranscriptional gene silencing (PTGS), which occurs when a transgene is introduced into a cell. The QDE-3 protein may function in the DNA-DNA interaction between introduced transgenes or with an endogenous gene required for gene-silencing activation.; Remark: a putative sequencing error results in an frameshift.; Similarity: the ORF encoded protein and the N. crassa QDE-3 protein belong to the RecQ DNA helicase family.; Title: strong similarity to DNA helicase QDE-3 -Neurospora crassa [putative frameshift]; nucleus; putative frameshift; See PMID 10600745; uncharacterized protein	complement(join(<1155466..1155986,1156035..1156113,1156166..1159788,1159849..1160273))	Aspergillus niger	4984697
An11g04680	CDS	An11g04680	NT_166526.1	1161098	1161977	D	Function: the dynein heavy chain alpha Oda11 from C. reinhardtii is the force generating protein of eukaryotic cilia and flagella. It produces force towards the minus ends of microtubules. Dynein has ATPase activity.; Remark: C-terminally truncated ORF due to the end of contig.; Similarity: the ORF encoded protein shows strong similarity to the proteins of unknown function BAB09450. 1 (A. thaliana) and YPL263c/Kel3 (S. cerevisiae).; Title: similarity to dynein heavy chain alpha Oda11 - Chlamydomonas reinhardtii [truncated ORF]; See PMID 9725897; uncharacterized protein	join(1161098..1161542,1161602..1161747,1161800..>1161977)	Aspergillus niger	4984699
An11g04690	CDS	An11g04690	NT_166526.1	1162080	1163222	D	Remark: N-terminally truncated ORF due to the end of contig.; Remark: alternate name for S. cerevisiae Kel3: YPL263c.; Similarity: the similarities of the ORF encoded protein to all matching proteins with an e-val less than 8e-13 are mainly based on repetitive structures.; Title: strong similarity to hypothetical protein Kel3 - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	<1162080..1163222	Aspergillus niger	84592271
An11g04700	CDS	An11g04700	NT_166526.1	1163996	1165105	D	Catalytic activity: pyridoxine + NADP(+) <=> pyridoxal + NADPH.; Remark: alternate names for the S. pombe pyridoxine 4-dehydrogenase PLR : pyridoxal reductase; pyridoxin dehydrogenase; pyridoxine:NADP+ 4-oxidoreductase.; Title: strong similarity to pyridoxine 4-dehydrogenase PLR - Schizosaccharomyces pombe; See PMID 10438489; uncharacterized protein	join(1163996..1164047,1164162..1165105)	Aspergillus niger	4984700
An11g04710	CDS	An11g04710	NT_166526.1	1165218	1166661	R	Similarity: the ORF encoded protein shows significant domain homology to the transcriptional regulator UaY from Emericella nidulans and to other fungal transcription factors.; Title: similarity to positive regulator of purine utilisation uaY - Aspergillus nidulans; nucleus; See PMID 7729421; uncharacterized protein	complement(join(1165218..1165327,1165414..1166539,1166602..1166661))	Aspergillus niger	84592272
An11g04720	CDS	An11g04720	NT_166526.1	1167067	1168581	R	Catalytic activity: dihydroxy- L-phenylalanine (DOPA) <=> dopamine + CO(2).; Cofactor: Pyridoxal-phosphate.; Title: strong similarity to aromatic amino acid decarboxylase Ddc - Sorangium cellulosum; See PMID 10816050; uncharacterized protein	complement(1167067..1168581)	Aspergillus niger	4984702
An11g04730	CDS	papA	NT_166526.1	1168881	1171100	D	Function: the prolyl aminopeptidase PAP from Aeromonas sobria catalyzes release of a N-terminal proline from a peptide. The purified enzyme showed an almost absolute specificity for amino-terminal proline. Proline and hydroxyproline residues from many peptide and amide substrates could be easily removed, while no activity was detected for substrates having other amino terminals.; Gene-ID: papA; Remark: the matched sequence of papA from A. niger is identified by BLASTP against the new EMBL entry CAC40647.; Similarity: the prolyl aminopeptidase PAP from Aeromonas sobria belongs to peptidase family S33.; prolyl aminopeptidase papA-Aspergillus niger	join(1168881..1168897,1169058..1169225,1169345..1169630,1169688..1169932,1169996..1170081,1170133..1170297,1170349..1170369,1170419..1170557,1170615..1170711,1170789..1171100)	Aspergillus niger	4984703
An11g04740	CDS	An11g04740	NT_166526.1	1171221	1173473	R	Similarity: the ORF encoded protein shows also a significant similarity hypothetical protein 'Sand' from Fugu rubripes.; Title: strong similarity to secreted protein SEQ ID NO:125 from patent WO200061624-A1 - Homo sapiens; uncharacterized protein	complement(join(1171221..1171259,1171366..1171600,1171681..1171862,1171925..1172787,1172846..1173473))	Aspergillus niger	4984704
An11g04750	CDS	An11g04750	NT_166526.1	1173913	1179876	D	Remark: mutant strains with a temperature-sensitive dopA allele or with a null deltadopA allele, show abnormal morphology of the vegetative hyphae, delayed and asynchronous initiation of asexual development, aberrant morphogenesis of the conidiophore and an early block in the sexual cycle.; Similarity: DopA (E. nidulans) homologues from S. cerevisiae (Dop1), Candida albicans, Caenorhabditis elegans, Rattus norvegicus and Homo sapiens have been identified from genome sequencing projects.; Title: strong similarity to developmental regulator of asexual and sexual reproduction dopA - Aspergillus nidulans; See PMID 10931277; uncharacterized protein	join(1173913..1174003,1174075..1174199,1174262..1174411,1174485..1176721,1176816..1177045,1177097..1178562,1178614..1179876)	Aspergillus niger	4984705
An11g04760	CDS	An11g04760	NT_166526.1	1180012	1180844	D	Title: similarity to hypothetical protein EAA54961.1 - Magnaporthe grisea; uncharacterized protein	join(1180012..1180048,1180167..1180300,1180370..1180533,1180596..1180701,1180761..1180844)	Aspergillus niger	4984706
An11g04770	CDS	An11g04770	NT_166526.1	1181332	1182552	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to neurofilament protein NF-220 - Loligo pealei; uncharacterized protein	join(1181332..1181599,1181671..1182256,1182408..1182552)	Aspergillus niger	4984707
An11g04780	CDS	An11g04780	NT_166526.1	1182672	1184734	R	Function: the Gup1 protein is essential for proton symport of glycerol into S. cerevisiae cells.; Remark: alternate name for S. cerevisiae Gup1: YGL084C.; Title: strong similarity to multimembrane-spanning protein involved in active glycerol uptake Gup1 -Saccharomyces cerevisiae; plasma membrane; See PMID 10931309; uncharacterized protein	complement(join(1182672..1184291,1184347..1184414,1184473..1184734))	Aspergillus niger	4984708
An11g04790	CDS	An11g04790	NT_166526.1	1185524	1186109	D	Title: weak similarity to acylphosphatase Tu1 -Meleagris gallopavo; uncharacterized protein	join(1185524..1185655,1185764..1185924,1185977..1186109)	Aspergillus niger	4984709
An11g04800	CDS	An11g04800	NT_166526.1	1187014	1187534	R	Title: questionable ORF; uncharacterized protein	complement(join(1187014..1187137,1187243..1187311,1187386..1187534))	Aspergillus niger	84592273
An11g04810	CDS	aox1	NT_166526.1	1187982	1189139	D	Function: the Aox1 enzyme from A. niger mediates cyanide-resistant oxygen consumption. It may increase respiration when the cytochrome respiratory pathway is restricted, or in response to low temperatures.; Gene-ID: aox1; localisation:mitochondrion; See PMID 9933359; alternative oxidase aox1-Aspergillus niger	join(1187982..1188235,1188289..1188579,1188629..1189139)	Aspergillus niger	4984711
An11g04820	CDS	An11g04820	NT_166526.1	1190087	1191634	D	hypothetical protein	1190087..1191634	Aspergillus niger	4984712
An11g04830	CDS	An11g04830	NT_166526.1	1192883	1196098	D	Title: strong similarity to hypothetical protein EAA64933.1 - Aspergillus nidulans; uncharacterized protein	1192883..1196098	Aspergillus niger	4984713
An11g04840	CDS	An11g04840	NT_166526.1	1196393	1197177	R	Function: MPR1 of S. cerevisiae sigma 1278b confers resistance to the L-proline analogue L-azetidine-2-carboxylic acid.; Function: MPR1 of S. cerevisiae sigma 1278b encodes a hypothetical N-acetyltransferase.; Title: strong similarity to L-proline-analogue resistance gene Mpr1 - Saccharomyces cerevisiae; See PMID 10894734; uncharacterized protein	complement(join(1196393..1196560,1196623..1196732,1196814..1197177))	Aspergillus niger	4984714
An11g04850	CDS	An11g04850	NT_166526.1	1198306	1198584	D	hypothetical protein	1198306..1198584	Aspergillus niger	84592274
An11g04860	CDS	An11g04860	NT_166526.1	1198901	1199951	D	Similarity: to N6-DNA-methyltransferases in different organisms.; Title: similarity to hypothetical protein YDR140w -Saccharomyces cerevisiae; uncharacterized protein	join(1198901..1199731,1199802..1199951)	Aspergillus niger	4984716
An11g04870	CDS	An11g04870	NT_166526.1	1200376	1200896	R	Remark: Sm-D exists in the cell as one of the core proteins of the small nuclear ribonucleoprotein complexes implicated in RNA processing.; Remark: the yeast homologue is associated with U1,U2, U4, U5, and U6 snRNA.; Similarity: to snRNA-associated proteins in different organisms.; Title: strong similarity to ribonucleoprotein autoantigen Sm-D - Homo sapiens; See PMID 11239461; See PMID 2528429; See PMID 3260384; uncharacterized protein	complement(join(1200376..1200677,1200754..1200803,1200883..1200896))	Aspergillus niger	4984717
An11g04880	CDS	An11g04880	NT_166526.1	1201236	1204018	R	Remark: only a small part of the protein shows this similarity.; Title: weak similarity to hypothetical novel nuclear protein NNP-1 var - Mus musculus; uncharacterized protein	complement(join(1201236..1201718,1201765..1203576,1203662..1204018))	Aspergillus niger	4984718
An11g04890	CDS	An11g04890	NT_166526.1	1204770	1207541	R	Remark: Rpn5 encodes a multicatalytic endopeptidase regulator involved in proteolysis and peptidolysis which is a component of the 19S proteasome regulatory particle.; Similarity: to sequences from Caenorhabditis elegans, Homo sapiens and S. cerevisiae.; Title: similarity to multicatalytic endopeptidase regulator Rpn5 - Drosophila melanogaster; See PMID 10893261; uncharacterized protein	complement(1204770..1207541)	Aspergillus niger	84592275
An11g04900	CDS	An11g04900	NT_166526.1	1208781	1210294	R	Remark: there is a weak similarity to extensin and polymerase like proteins cause of repetitiv elements of Serin and Prolin.; hypothetical protein	complement(join(1208781..1209111,1209175..1209234,1209288..1209368,1209427..1209652,1209706..1209821,1209858..1210294))	Aspergillus niger	4984720
An11g04910	CDS	An11g04910	NT_166526.1	1213395	1213728	D	hypothetical protein	join(1213395..1213406,1213450..1213728)	Aspergillus niger	84592276
An11g04920	CDS	An11g04920	NT_166526.1	1214088	1216141	R	Remark: patent WO9907848-A1.; Remark: this polypeptide comprises the intracellular domain (residues 252-574) of human cytokine receptor 11 (Zcytor11), a novel class II cytokine receptor that appears to be a receptor for a helical cytokine of the interferon/interleukin-10 class.; Title: weak similarity to cytokine receptor 11 intracellular domain Zcytor11 from patent WO9907848-A1 -Homo sapiens; uncharacterized protein	complement(join(1214088..1214437,1214519..1214644,1214720..1214800,1214893..1214962,1215052..1215159,1215374..1215451,1216031..1216141))	Aspergillus niger	84592277
An11g04930	CDS	An11g04930	NT_166526.1	1217623	1218768	R	hypothetical protein	complement(join(1217623..1217766,1217816..1217841,1217900..1217983,1218184..1218559,1218610..1218768))	Aspergillus niger	4984723
An11g04935	CDS	An11g04935	NT_166526.1	1219156	1220916	R	hypothetical protein	complement(join(1219156..1219235,1219288..1219347,1219590..1220916))	Aspergillus niger	84592278
An11g04940	CDS	An11g04940	NT_166526.1	1222661	1226535	R	Catalytic activity: Acyl-CoA + O2 = trans-2,3-Dehydroacyl-CoA + H2O2.; Pathway: fatty acid metabolism.; Remark: the macrolide antibiotic tylosin is composed of a polyketide lactone substituted with three deoxyhexose sugars.; Title: similarity to acyl-CoA oxydase tylP -Streptomyces fradiae; See PMID 10220165; See PMID 10333459; See PMID 10467127; uncharacterized protein	complement(join(1222661..1223187,1223240..1223294,1223355..1223874,1223921..1224073,1224123..1224242,1224296..1224494,1224549..1224656,1224767..1224848,1225079..1225495,1225577..1225621,1225788..1225936,1226218..1226297,1226414..1226535))	Aspergillus niger	4984725
An11g04950	CDS	An11g04950	NT_166526.1	1227144	1228007	R	hypothetical protein	complement(join(1227144..1227512,1227641..1227879,1227974..1228007))	Aspergillus niger	84592279
An11g04960	CDS	An11g04960	NT_166526.1	1228060	1229992	R	Title: weak similarity to hypothetical trans-activating transcription regulator tat - Human T-cell lymphotropic virus type 2; uncharacterized protein	complement(join(1228060..1228190,1228648..1228813,1228922..1229004,1229138..1229274,1229437..1229480,1229613..1229861,1229954..1229992))	Aspergillus niger	84592280
An11g04970	CDS	An11g04970	NT_166526.1	1231165	1232362	R	Title: weak similarity to immunodominant 45-55K antigen - Pneumocystis carinii; uncharacterized protein	complement(join(1231165..1231818,1231875..1232038,1232089..1232362))	Aspergillus niger	4984728
An11g04980	CDS	An11g04980	NT_166526.1	1233581	1235114	R	Remark: Yrb4p and Pse1p specifically bind to Gsp1p-GTP, protecting it from GTP hydrolysis and nucleotide exchange. The GTPase block of Gsp1p complexed to Yrb4p or Pse1p is released by Yrb1p, which contains a Gsp1p binding domain distinct from that of Yrb4p.; Remark: putative N-terminal truncated ORF due to end of contig.; Similarity: the yeast protein belongs to the RanBP7/importin-beta/Cse1p superfamily.; Title: similarity to RAN-binding protein Kap123 -Saccharomyces cerevisiae [truncated ORF]; See PMID 9321403; See PMID 10078529; uncharacterized protein	complement(join(1233581..1233650,1233715..1234623,1234843..>1235114))	Aspergillus niger	84592281
An11g04990	CDS	An11g04990	NT_166526.1	1235217	1237290	R	Remark: C-terminal truncated ORF due to end of contig.; Remark: Yrb4p and Pse1p specifically bind to Gsp1p-GTP, protecting it from GTP hydrolysis and nucleotide exchange. The GTPase block of Gsp1p complexed to Yrb4p or Pse1p is released by Yrb1p, which contains a Gsp1p binding domain distinct from that of Yrb4p.; Similarity: belongs to the RanBP7/importin-beta/Cse1p superfamily.; Title: similarity to RAN-binding protein Kap123 -Saccharomyces cerevisiae [truncated ORF]; See PMID 9321403; See PMID 10078529; uncharacterized protein	complement(join(<1235217..1237180,1237245..1237290))	Aspergillus niger	4984730
An11g05000	CDS	An11g05000	NT_166526.1	1238268	1242225	R	Remark: Niemann-Pick C (NPC) disease is a recessive cholesterol storage disorder characterized by severe,progressive neurodegeneration.; Remark: also strong similarity to Niemann-Pick C1 protein homologe S. cerevisiae patent WO9901555-A1.; Remark: subcellular localization studies have shown NPC1 to reside in late endosomes and to transiently associate with lysosomes and the trans-Golgi network.; Similarity: to yeast, worm and murine NPC1 proteins.; Title: strong similarity to Niemann-Pick C1 protein - Homo sapiens; See PMID 11001808; See PMID 10425213; uncharacterized protein	complement(join(1238268..1238371,1238433..1241886,1241950..1242225))	Aspergillus niger	4984731
An11g05010	CDS	An11g05010	NT_166526.1	1244364	1246087	D	Catalytic activity: ATP + a Protein = ADP + a Phosphoprotein.; Remark: ayk1 is specifically expressed in meiotically active cells, and during spermatogenesis, ayk1 transcripts accumulate just before the first meiotic division.; Similarity: to IPL1 and aurora related kinases.; Title: strong similarity to protein kinase ayk1 -Xenopus laevis; deleted EC_number 2.7.1.37; See PMID 9205101; uncharacterized protein	join(1244364..1244456,1244519..1245625,1245678..1245802,1246006..1246087)	Aspergillus niger	4984732
An11g05030	CDS	An11g05030	NT_166526.1	1246774	1248714	R	Similarity: has weak similarity to a hypothetical disease resistance protein from A. thaliana; Title: strong similarity to hypothetical protein encoded by An01g07930 - Aspergillus niger; uncharacterized protein	complement(join(1246774..1247048,1247111..1247221,1247357..1248167,1248286..1248714))	Aspergillus niger	84592282
An11g05040	CDS	An11g05040	NT_166526.1	1248733	1248963	D	hypothetical protein	join(1248733..1248783,1248865..1248963)	Aspergillus niger	84592283
An11g05050	CDS	An11g05050	NT_166526.1	1249212	1249476	R	Title: weak similarity to hypothetical protein APE0804 - Aeropyrum pernix; uncharacterized protein	complement(join(1249212..1249307,1249369..1249476))	Aspergillus niger	84592284
An11g05060	CDS	An11g05060	NT_166526.1	1249933	1251279	D	Function: TRI101 of F. sporotrichioides converts isotrichodermol to isotrichodermin and is required for the biosynthesis of the trichothecene T-2 toxin.; Function: transfection of TRI101 of F. sporotrichioides into S. cerevisiae, protects the cell from the trichothecene 4,15-diacetoxyscirpenol. Antibiotic-producing organisms, including fungi, protect themselves from their own toxins by e. g. metabolic alteration of the compound.; Remark: trichothecenes are sesquiterpene epoxide mycotoxins produced by species of Fusarium, Trichothecium,and Myrothecium and act as potent inhibitors of eukaryotic protein synthesis.; Title: similarity to trichothecene 3-O-acetyltransferase TRI101 - Fusarium sporotrichioides; See PMID 10583973; uncharacterized protein	1249933..1251279	Aspergillus niger	4984737
An11g05070	CDS	An11g05070	NT_166526.1	1251785	1252338	D	hypothetical protein	join(1251785..1251877,1252014..1252241,1252288..1252338)	Aspergillus niger	84592285
An11g05080	CDS	An11g05080	NT_166526.1	1252450	1252938	R	Similarity: shows some similarity to N-terminal half of Atp7p of S. cerevisiae.; Title: weak similarity to H+-transporting ATP synthase chain d Atp7 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1252450..1252488,1252572..1252722,1252826..1252938))	Aspergillus niger	84592286
An11g05090	CDS	An11g05090	NT_166526.1	1252970	1253973	D	hypothetical protein	join(1252970..1253317,1253398..1253551,1253660..1253856,1253908..1253973)	Aspergillus niger	84592287
An11g05100	CDS	An11g05100	NT_166526.1	1254202	1255835	R	Similarity: shows match against EST (EMBLEST:AN791) of A. niger.; Similarity: the ORF encoded protein shows also weak similarity to protein kinase 6 from Glycine max.; Title: strong similarity to hypothetical protein encoded by An07g04880 - Aspergillus niger; uncharacterized protein	complement(join(1254202..1254234,1254283..1255717,1255780..1255835))	Aspergillus niger	4984741
An11g05110	CDS	An11g05110	NT_166526.1	1256351	1258299	D	Remark: protein contains both protein kinase domain (N-terminal) and ankyrin repeats (C-terminal part).; Similarity: shows similarity to N-terminal part of human DAPK1.; Title: similarity to death-associated protein kinase DAPK1 - Homo sapiens; uncharacterized protein	join(1256351..1256515,1256578..1257171,1257233..1258018,1258177..1258299)	Aspergillus niger	4984742
An11g05120	CDS	An11g05120	NT_166526.1	1258785	1260606	R	Similarity: the ORF encoded protein shows also weak similarity to hypothetical protein T16H5. 30 from Arabidopsis thaliana.; Title: weak similarity to hypothetical protein T16H5.30 - Arabidopsis thaliana; uncharacterized protein	complement(join(1258785..1260217,1260256..1260266,1260572..1260606))	Aspergillus niger	4984743
An11g05130	CDS	An11g05130	NT_166526.1	1262706	1264365	R	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Function: NahG from P. stutzeri is a flavoprotein monooxygenase that catalyzes the conversion of salicylate to catechol.; Pathway: nahpthalene, salicylate, and phenylalanine metabolism.; Remark: the nahG gene of P. stutzeri is induced and expressed upon incubation with salicylate, the geneproduct is involved in naphthalene and salicylate metabolism.; Title: strong similarity to salicylate hydroxylase nahW - Pseudomonas stutzeri; See PMID 10197990; See PMID 10713446; uncharacterized protein	complement(join(1262706..1262778,1262930..1263351,1263419..1263625,1263688..1264365))	Aspergillus niger	4984744
An11g05140	CDS	An11g05140	NT_166526.1	1264426	1265392	D	Similarity: shows similarity to N-terminal part of nodulation protein B from Rhizobium sp.; Title: weak similarity to nodulation protein B -Rhizobium sp.; uncharacterized protein	join(1264426..1264615,1264769..1264850,1264947..1265018,1265115..1265184,1265258..1265392)	Aspergillus niger	84592288
An11g05150	CDS	An11g05150	NT_166526.1	1265551	1266046	R	hypothetical protein	complement(join(1265551..1265952,1266023..1266046))	Aspergillus niger	84592289
An11g05160	CDS	An11g05160	NT_166526.1	1266217	1267121	D	Similarity: weak similarity to homeotic protein Hox C5 from H. sapiens.; Title: weak similarity to homeotic protein Hox C5 -Homo sapiens; uncharacterized protein	join(1266217..1266374,1266482..1266682,1266775..1266952,1266993..1267121)	Aspergillus niger	84592290
An11g05170	CDS	An11g05170	NT_166526.1	1267289	1268044	R	hypothetical protein	complement(join(1267289..1267450,1267580..1268044))	Aspergillus niger	84592291
An11g05180	CDS	An11g05180	NT_166526.1	1269771	1271572	D	Title: strong similarity to lovF gene expression regulator At286 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	join(1269771..1269921,1269978..1270129,1270189..1270596,1270657..1271292,1271393..1271572)	Aspergillus niger	4984749
An11g05190	CDS	An11g05190	NT_166526.1	1271825	1272853	R	Similarity: shows similarity to N-terminal part of guaA of E. coli.; Title: weak similarity to glutamine-hydrolyzing GMP synthase guaA - Escherichia coli; uncharacterized protein	complement(1271825..1272853)	Aspergillus niger	4984750
An11g05200	CDS	An11g05200	NT_166526.1	1273533	1275012	D	Remark: questionable ORF due to genestructure.; Title: questionable ORF; uncharacterized protein	join(1273533..1273589,1273683..1273750,1273863..1273912,1274571..1274682,1274763..1274822,1274877..1275012)	Aspergillus niger	84592292
An11g05220	CDS	An11g05220	NT_166526.1	1275574	1276026	R	Remark: questionable ORF due to genestructure.; Title: questionable ORF; uncharacterized protein	complement(join(1275574..1275626,1275786..1275881,1275951..1276026))	Aspergillus niger	84592293
An11g05230	CDS	An11g05230	NT_166526.1	1276650	1278008	D	Title: similarity to hypothetical protein PA1213 -Pseudomonas aeruginosa; uncharacterized protein	join(1276650..1276925,1276991..1277256,1277320..1277580,1277645..1278008)	Aspergillus niger	4984754
An11g05240	CDS	An11g05240	NT_166526.1	1278169	1281073	R	Complex: the anaphase-promoting complex is composed of eight protein subunits, including BimE (APC1), CDC27 (APC3), CDC16 (APC6), and CDC23 (APC8).; Function: the APC2 gene is essential in S. cerevisiae, and yeast apc2 mutants arrest at metaphase and are defective in the degradation of Pds1p. APC2 and cullins may be distantly related members of a ubiquitin ligase family that targets cell cycle regulators for degradation.; Similarity: human APC2 contains a region that is similar to a sequence in cullins, a family of proteins implicated in the ubiquitination of G1 phase cyclins and cyclin-dependent kinase inhibitors.; Title: strong similarity to anaphase-promoting complex subunit 2 APC2 - Homo sapiens; uncharacterized protein	complement(join(1278169..1280490,1280552..1281073))	Aspergillus niger	4984755
An11g05260	CDS	An11g05260	NT_166526.1	1282289	1282795	R	Remark: a splice site was detected upstream of the START codon.; Remark: the systematic gene name of S. cerevisiae PKR1 is YMR123W.; Title: strong similarity to Pichia farinosa killer toxin resistance protein Pkr1 - Saccharomyces cerevisiae; uncharacterized protein	complement(<1282289..1282795)	Aspergillus niger	4984756
An11g05270	CDS	An11g05270	NT_166526.1	1283707	1284795	R	hypothetical protein	complement(join(1283707..1283888,1284110..1284218,1284354..1284528,1284603..1284688,1284778..1284795))	Aspergillus niger	84592294
An11g05280	CDS	An11g05280	NT_166526.1	1284886	1286803	D	Similarity: shows strong similarity to several known and hypothetical sugar transporters.; Title: strong similarity to sugar transporter Sut1 -Pichia stipitis; plasma membrane; uncharacterized protein	join(1284886..1285408,1285488..1285960,1286023..1286368,1286427..1286503,1286564..1286803)	Aspergillus niger	4984758
An11g05300	CDS	An11g05300	NT_166526.1	1287097	1288542	D	Remark: putative pseudogene, since several in frame STOP codons are present.; Title: strong similarity to transposase of transposable element Tan1 - Aspergillus niger [putative pseudogene]; putative pseudogene; uncharacterized protein	1287097..1288542	Aspergillus niger	84592295
An11g05310	CDS	An11g05310	NT_166526.1	1289042	1291395	D	Function: the prnA gene of A. nidulans codes for a transcriptional activator that mediates proline induction of four other genes involved in proline utilization as a nitrogen and/or carbon source in A. nidulans.; Title: similarity to transcription activator prnA -Aspergillus nidulans; See PMID 9622360; See PMID 10788322; uncharacterized protein	join(1289042..1289140,1289193..1289305,1289375..1290188,1290288..1290320,1290358..1291082,1291140..1291395)	Aspergillus niger	4984760
An11g05320	CDS	An11g05320	NT_166526.1	1292467	1293312	R	Complex: teh mediator complex is a subcomplex of the RNA polymerase II holoenzyme.; Complex: the S. cerevisiae mediator complex can be dissociated into two stable subcomplexes: the Rgr1-associated subcomplex: Rgr1p, Gal11p, Sin4p,Med3p/Pgd1p, Srb7p, Med1p, Med4p, Med7p, Med8p, Med9p; the Med6-containing subcomplex: Srb4p, Srb2p, Srb5p, Srb6p,Med6p, Rox3p.; Remark: the systematic genename of S. cerevisiae YOL135c is MED7.; Title: strong similarity to mediator complex subunit Med7 - Saccharomyces cerevisiae; nucleus; See PMID 9420330; uncharacterized protein	complement(join(1292467..1292994,1293049..1293312))	Aspergillus niger	4984761
An11g05330	CDS	An11g05330	NT_166526.1	1293677	1294735	D	Function: DGPP phosphatase Dpp1p of S. cerevisiae is a membrane-associated 34-kDa enzyme which catalyzes the dephosphorylation of DGPP to yield phosphatidate (PA) and then catalyzes the dephosphorylation of PA to yield diacylglycerol.; Title: strong similarity to diacylglycerol pyrophosphate phosphatase Dpp1 - Saccharomyces cerevisiae; See PMID 11016943; See PMID 11139591; uncharacterized protein	join(1293677..1293754,1293820..1293907,1293971..1294310,1294363..1294735)	Aspergillus niger	4984762
An11g05340	CDS	An11g05340	NT_166526.1	1294910	1296283	R	Function: amadoriase (fructosyl amine oxygen oxidoreductase) is an enzyme catalyzing the oxidative deglycation of Amadori products to yield corresponding amino acids, glucosone, and H2O2.; Similarity: almost identical to Aspergillus fumigatus protein.; Title: strong similarity to fructosyl amine oxygen oxidoreductase - Aspergillus fumigatus; uncharacterized protein	complement(join(1294910..1295130,1295191..1296283))	Aspergillus niger	4984763
An11g05350	CDS	An11g05350	NT_166526.1	1297346	1300267	D	Similarity: shows also similarity to Opt1p of S. cerevisiae.; Similarity: shows similarity to yeast and other eukaryotic isp4 proteins involved in sexual differentiation processes.; Title: similarity to oligopeptide transporter OPT1 -Candida albicans; uncharacterized protein	join(1297346..1297618,1297671..1297907,1297969..1298115,1298242..1298370,1298437..1298943,1298975..1299208,1299266..1299319,1299377..1299458,1299513..1299629,1299687..1299871,1299927..1299977,1300034..1300267)	Aspergillus niger	4984764
An11g05380	CDS	An11g05380	NT_166526.1	1300872	1303192	D	Similarity: only N-terminal half shows similarity to transcriptional activators.; Title: similarity to transcription activator of lysine pathway Lys14 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(1300872..1300907,1300995..1301321,1301405..1303192)	Aspergillus niger	4984767
An11g05390	CDS	An11g05390	NT_166526.1	1303598	1307517	R	Similarity: only C-terminal part shows some similarity to C-terminal part of the Synechocystis ORF.; Title: similarity to hypothetical protein BAC69913.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(1303598..1306792,1306872..1306928,1306984..1307517))	Aspergillus niger	4984768
An11g05400	CDS	An11g05400	NT_166526.1	1307939	1314559	R	Similarity: the ORF encoded protein shows also weak similarity to hypothetical protein YOR197w from S. cerevisiae.; Title: weak similarity to metacaspase casA -Aspergillus nidulans; uncharacterized protein	complement(join(1307939..1309830,1310065..1310221,1310311..1310535,1310785..1313706,1313740..1313850,1313911..1313964,1314020..1314559))	Aspergillus niger	4984769
An11g05410	CDS	An11g05410	NT_166526.1	1316015	1317192	D	Title: weak similarity to hypothetical protein yddE - Bacillus subtilis; uncharacterized protein	join(1316015..1316102,1316187..1316447,1316519..1316754,1316800..1317083,1317153..1317192)	Aspergillus niger	84592296
An11g05420	CDS	An11g05420	NT_166526.1	1317583	1321575	R	Similarity: only C-terminal part shows some similarity to C-terminal part of the Synechocystis ORF.; Title: similarity to hypothetical protein BAC69913.1 - Streptomyces avermitilis; uncharacterized protein	complement(1317583..1321575)	Aspergillus niger	4984771
An11g05430	CDS	An11g05430	NT_166526.1	1323223	1324761	D	Title: similarity to hypothetical protein encoded by An01g01140 - Aspergillus niger; uncharacterized protein	join(1323223..1323262,1323440..1324761)	Aspergillus niger	4984772
An11g05440	CDS	An11g05440	NT_166526.1	1325051	1325563	R	Title: strong similarity to hypothetical protein MUTT - Arabidopsis thaliana; uncharacterized protein	complement(join(1325051..1325107,1325176..1325381,1325476..1325563))	Aspergillus niger	4984773
An11g05450	CDS	An11g05450	NT_166526.1	1326753	1329031	D	hypothetical protein	join(1326753..1326957,1327033..1328195,1328243..1329031)	Aspergillus niger	4984774
An11g05460	CDS	An11g05460	NT_166526.1	1329449	1331695	D	Function: F-actin capping proteins bind to the fast growing ends of F-actin thereby blocking subunit exchange at these ends.; Remark: truncated due to end of contig.; Title: strong similarity to F-actin capping protein alpha-1 subunit CapZ - Mus musculus [truncated ORF]; cytoskeleton; uncharacterized protein	join(1329449..1329505,1329573..1329591,1329678..1329793,1329849..1329938,1329987..1330056,1330092..1330236,1330287..1330628,1330740..1330786,1330863..1331044,1331139..1331204,1331291..>1331695)	Aspergillus niger	4984775
An11g05470	CDS	An11g05470	NT_166526.1	1331803	1332869	R	Remark: C-terminally truncated due to end of contig.; Title: strong similarity to hypothetical protein encoded by An15g04790 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(<1331803..1332869)	Aspergillus niger	84592297
An11g05480	CDS	An11g05480	NT_166526.1	1333863	1335102	R	Title: similarity to hypothetical isoflavone reductase-like NAD(P)H-dependent oxidoreductase IRL1 -Medicago sativa; uncharacterized protein	complement(join(1333863..1334128,1334189..1334498,1334533..1334614,1334668..1334888,1334942..1335012,1335069..1335102))	Aspergillus niger	4984777
An11g05490	CDS	An11g05490	NT_166526.1	1335513	1335954	R	hypothetical protein	complement(join(1335513..1335615,1335645..1335815,1335866..1335954))	Aspergillus niger	4984778
An11g05500	CDS	An11g05500	NT_166526.1	1338034	1341279	D	Catalytic activity: l-2-aminoadipate 6-semialdehyde + NADP(+) + H(2)O = l-2-aminoadipate + NADPH.; Cofactor: contains a covalently bound phosphopantetheine; Function: lys1 from S. pombe catalyses the sixth step in lysine biosynthesis.; Function: lys1 from S. pombe catalyzes the activation of alpha-aminoadipate by ATP-dependent adenylation and the reduction of activated alpha-aminoadipate by NADPH.; Title: similarity to aminoadipate-semialdehyde dehydrogenase lys1p - Schizosaccharomyces pombe; uncharacterized protein	join(1338034..1339049,1339100..1340102,1340152..1341279)	Aspergillus niger	4984779
An11g05510	CDS	An11g05510	NT_166526.1	1342546	1344143	D	Alternative name: FK506/rapamycin-binding protein FPR3; immunophilin FKBP-70; proline rotamase; prolyl cis-trans isomerase NPI46; protein YML074c.; Catalytic activity: peptidyl-prolyl cis-trans isomerases catalyze the conversion of cis-trans isomerization of proline imidic peptide bonds in oligopeptides.; Title: strong similarity to peptidyl-prolyl isomerase Fpr3 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(1342546..1342635,1342699..1343151,1343208..1343880,1343938..1344143)	Aspergillus niger	4984780
An11g05520	CDS	An11g05520	NT_166526.1	1345144	1347802	D	Function: the Ustilago homologe plays a role in morphogenesis.; Title: similarity to serine/threonine protein kinase Ukc1p - Ustilago maydis; uncharacterized protein	join(1345144..1346031,1346182..1346907,1346960..1347022,1347077..1347195,1347310..1347802)	Aspergillus niger	4984781
An11g05530	CDS	An11g05530	NT_166526.1	1348969	1352478	R	Alternative name: the systematic gene name of TAFII145 of S. cerevisiae is YGR274c.; Similarity: the N-terminal 220 amino acids of the predicted ORF are not aligned.; Title: strong similarity to subunit of transcription initiation factor TFIID Tafii145 - Saccharomyces cerevisiae; nucleus; See PMID 7667272; uncharacterized protein	complement(join(1348969..1349233,1349322..1349378,1349432..1349567,1349625..1352478))	Aspergillus niger	4984782
An11g05540	CDS	An11g05540	NT_166526.1	1355311	1356657	D	hypothetical protein	join(1355311..1355374,1355419..1355511,1355581..1355721,1355823..1355951,1356037..1356074,1356136..1356351,1356412..1356657)	Aspergillus niger	84592298
An11g05550	CDS	An11g05550	NT_166526.1	1357107	1358762	R	Similarity: shows similarity to several hypothetical major facilitator transporter homologs of different organisms.; Title: similarity to hypothetical major facilitator transporter Mfs1.1 - Coprinus cinereus; plasma membrane; uncharacterized protein	complement(1357107..1358762)	Aspergillus niger	4984784
An11g05560	CDS	An11g05560	NT_166526.1	1359150	1360604	R	Catalytic activity: 8-Amino-7-oxononanoate synthases catalyze the conversion of 6-Carboxyhexanoyl-CoA + L-Alanine = 8-Amino-7-oxononanoate + CoA + CO2; Pathway: 8-Amino-7-oxononanoate synthases are involved in the biotin biosynthesis.; Title: similarity to 8-amino-7-oxononanoate synthase bioF - Bacillus sphaericus; See PMID 1575677; uncharacterized protein	complement(join(1359150..1359611,1359642..1359784,1359839..1360604))	Aspergillus niger	4984785
An11g05570	CDS	An11g05570	NT_166526.1	1361551	1369260	D	Function: the Gibberella polyketide synthase is required for fumonisin biosynthesis.; Similarity: shows similarity to several polyketide synthases with different specificities.; Title: strong similarity to polyketide synthase FUM5 - Gibberella moniliformis; uncharacterized protein	join(1361551..1362122,1362191..1367045,1367048..1367332,1367392..1367807,1367880..1369260)	Aspergillus niger	4984786
An11g05580	CDS	An11g05580	NT_166526.1	1370636	1372529	R	Catalytic activity: glucose oxidases catalyze the conversion of beta-D-Glucose + O(2) = D-Glucono-1,5-Lactone + H(2)O(2).; Title: strong similarity to glucose oxidase GOD -Penicillium amagasakiense; uncharacterized protein	complement(join(1370636..1370844,1370913..1372127,1372187..1372529))	Aspergillus niger	4984787
An11g05590	CDS	An11g05590	NT_166526.1	1373007	1373587	D	hypothetical protein	join(1373007..1373130,1373272..1373388,1373499..1373587)	Aspergillus niger	84592299
An11g05600	CDS	An11g05600	NT_166526.1	1373855	1375516	R	Similarity: shows similarity to different dehydrogenases.; Title: strong similarity to alcohol dehydrogenase alkJ - Pseudomonas oleovorans; See PMID 1542121; uncharacterized protein	complement(1373855..1375516)	Aspergillus niger	4984789
An11g05610	CDS	An11g05610	NT_166526.1	1375924	1376580	D	hypothetical protein	join(1375924..1376037,1376097..1376324,1376413..1376580)	Aspergillus niger	84592300
An11g05620	CDS	An11g05620	NT_166526.1	1376911	1380367	R	hypothetical protein	complement(join(1376911..1376994,1377104..1377313,1377401..1377622,1378546..1378739,1378817..1378925,1379008..1379096,1379486..1379554,1379771..1379819,1379924..1380097,1380287..1380367))	Aspergillus niger	84592301
An11g05630	CDS	An11g05630	NT_166526.1	1380377	1382412	D	Title: strong similarity to hypothetical protein encoded by An11g09250 - Aspergillus niger; uncharacterized protein	join(1380377..1380614,1380800..1381015,1381106..1382412)	Aspergillus niger	4984792
An11g05640	CDS	An11g05640	NT_166526.1	1383222	1384201	R	Title: strong similarity to hypothetical methyltransferase SPAC2G11.15C - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1383222..1383466,1383529..1383821,1383876..1383974,1384038..1384201))	Aspergillus niger	4984793
An11g05650	CDS	An11g05650	NT_166526.1	1384339	1385496	D	Function: mammalian GRASP65 appears to function in the postmitotic reassembly of Golgi stacks.; Function: the mammalian peripheral golgi protein GRASP65 is a target of mitotic polo-like kinase (Plk) and cdc2.; Golgi; Title: similarity to golgi peripheral membrane protein p65 GRASP65 - Rattus norvegicus; See PMID 9346242; uncharacterized protein	join(1384339..1384488,1384577..1384660,1384714..1385496)	Aspergillus niger	4984794
An11g05660	CDS	An11g05660	NT_166526.1	1386850	1390614	R	Title: similarity to erythrocyte splice form 1 of ankyrin ANK1 - Homo sapiens; uncharacterized protein	complement(1386850..1390614)	Aspergillus niger	4984795
An11g05670	CDS	An11g05670	NT_166526.1	1391124	1391401	D	hypothetical protein	join(1391124..1391263,1391350..1391401)	Aspergillus niger	84592302
An11g05680	CDS	An11g05680	NT_166526.1	1391810	1393533	D	Function: cytochrome P450s are involved in the oxidative degradation of various compounds. Particularly well known for their role in the degradation of environmental toxins and mutagens.; Title: similarity to cytochrome P450 3A13 - Mus musculus; uncharacterized protein	join(1391810..1392132,1392189..1393038,1393087..1393533)	Aspergillus niger	4984797
An11g05690	CDS	An11g05690	NT_166526.1	1393591	1394374	R	Similarity: shows similarity to several alpha subunit of dinitrogenase reductases of unidentified nitrogen-fixing bacteria.; Title: similarity to hypothetical alpha subunit of dinitrogenase reductase nifH - Unclassified organism; uncharacterized protein	complement(join(1393591..1393612,1393762..1393853,1393974..1394045,1394130..1394192,1394234..1394374))	Aspergillus niger	84592303
An11g05700	CDS	An11g05700	NT_166526.1	1395120	1396005	R	Title: similarity to hypothetical membrane protein YGR235c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1395120..1395758,1395824..1395916,1395979..1396005))	Aspergillus niger	4984799
An11g05710	CDS	An11g05710	NT_166526.1	1396333	1398732	D	Function: Oct1p of S. cerevisiae is part of mitochondrial protein import machinery component involved in the biogenesis of the oxidative phosphorylation system.; Title: strong similarity to mitochondrial intermediate peptidase Oct1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 10332043; uncharacterized protein	1396333..1398732	Aspergillus niger	4984800
An11g05720	CDS	An11g05720	NT_166526.1	1399562	1401038	D	Remark: Blast similarities found to salivary proteins (mucine) from Drosophila melanogaster due to threonine stretches.; hypothetical protein	join(1399562..1400638,1400730..1401038)	Aspergillus niger	84592304
An11g05730	CDS	An11g05730	NT_166526.1	1401279	1405133	R	Title: strong similarity to polypeptide SEQ ID NO:40167 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	complement(1401279..1405133)	Aspergillus niger	4984802
An11g05740	CDS	An11g05740	NT_166526.1	1406188	1409241	R	Remark: similarity partially corresponds to serine repeats.; Title: weak similarity to hypothetical translation initiation factor SPAC17C9.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1406188..1406323,1406606..1408957,1409075..1409241))	Aspergillus niger	4984803
An11g05750	CDS	An11g05750	NT_166526.1	1409328	1410824	D	Function: the phosphotyrosyl phosphatase activator Rrd1p of S. cerevisiae functions with Cla4p to regulate the G(2)/M transition.; Title: similarity to phosphotyrosyl phosphatase activator Rrd1 - Saccharomyces cerevisiae; See PMID 10660069; See PMID 11134337; uncharacterized protein	join(1409328..1409959,1410006..1410357,1410408..1410824)	Aspergillus niger	4984804
An11g05760	CDS	An11g05760	NT_166526.1	1411012	1412067	R	Title: strong similarity to hypothetical protein SPBC18H10.10c - Schizosaccharomyces pombe; uncharacterized protein	complement(1411012..1412067)	Aspergillus niger	4984805
An11g05770	CDS	An11g05770	NT_166526.1	1413365	1416421	D	hypothetical protein	1413365..1416421	Aspergillus niger	4984806
An11g05780	CDS	An11g05780	NT_166526.1	1416727	1417729	R	Remark: blastp matches are due to repetitive seuqences.; hypothetical protein	complement(join(1416727..1416836,1416942..1417295,1417492..1417729))	Aspergillus niger	4984807
An11g05790	CDS	An11g05790	NT_166526.1	1418478	1419816	D	hypothetical protein	join(1418478..1418723,1418822..1418998,1419390..1419518,1419664..1419816)	Aspergillus niger	84592305
An11g05800	CDS	An11g05800	NT_166526.1	1420017	1421767	D	Title: similarity to gene expression regulator Pc34 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	join(1420017..1420694,1420762..1420936,1421039..1421334,1421411..1421767)	Aspergillus niger	4984809
An11g05810	CDS	An11g05810	NT_166526.1	1422223	1422633	R	Function: 2,4'-dihydroxyacetophenone dioxygenase catalyzes the conversion of 2,4'-dihydroxyacetophenone + O2 <=> 4-hydroxybenzoate + formate.; Title: similarity to 2,4-dihydroxyacetophenone dioxygenase dad - Alcaligenes sp.; See PMID 10567221; uncharacterized protein	complement(1422223..1422633)	Aspergillus niger	4984810
An11g05820	CDS	An11g05820	NT_166526.1	1422841	1425269	R	Title: weak similarity to hypothetical transcription regulator, binuclear cluster zinc-finger protein SPBC1773.12 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1422841..1422947,1423063..1423466,1423553..1423752,1423808..1424212,1424287..1424433,1424489..1424535,1424647..1425045,1425206..1425269))	Aspergillus niger	4984811
An11g05840	CDS	An11g05840	NT_166526.1	1425974	1426898	R	Similarity: shows similarity to several probable short chain dehydrogenase proteins of different species.; Title: strong similarity to hypothetical short chain dehydrogenase L3377.10 - Leishmania major; uncharacterized protein	complement(join(1425974..1426141,1426217..1426361,1426426..1426533,1426591..1426898))	Aspergillus niger	4984812
An11g05850	CDS	An11g05850	NT_166526.1	1427395	1429108	D	Similarity: shows similarity to several oxidases.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; uncharacterized protein	join(1427395..1427782,1427856..1428424,1428463..1428681,1428742..1428960,1429013..1429108)	Aspergillus niger	4984813
An11g05860	CDS	An11g05860	NT_166526.1	1429554	1431565	R	Remark: chi1 from E. dispar belongs to class 2 chitinases.; Similarity: shows similarity around the chitinase motif to several chitinases.; Title: similarity to chitinase cht1 - Entamoeba dispar; See PMID 9106188; uncharacterized protein	complement(join(1429554..1430490,1430613..1431139,1431312..1431461,1431509..1431565))	Aspergillus niger	84592306
An11g05870	CDS	An11g05870	NT_166526.1	1432056	1436540	R	Title: strong similarity to hypothetical protein encoded by An04g04580 - Aspergillus niger; uncharacterized protein	complement(join(1432056..1433133,1433284..1433414,1433503..1433523,1433697..1433902,1434666..1434681,1434793..1434914,1435097..1435140,1435597..1436540))	Aspergillus niger	10098083
An11g05880	CDS	An11g05880	NT_166526.1	1438041	1438404	D	Remark: C-terminally truncated due to contig end.; Title: strong similarity to hypothetical protein encoded by An12g03050 - Aspergillus niger [truncated ORF]; uncharacterized protein	1438041..>1438404	Aspergillus niger	84592307
An11g05890	CDS	An11g05890	NT_166526.1	1439647	1440802	D	hypothetical protein	join(1439647..1440214,1440283..1440521,1440680..1440802)	Aspergillus niger	84592308
An11g05900	CDS	An11g05900	NT_166526.1	1441119	1442820	R	Remark: patent WO9831800-A2.; Title: weak similarity to BEF from patent WO9831800-A2 - Homo sapiens; uncharacterized protein	complement(join(1441119..1441763,1441832..1442003,1442044..1442374,1442676..1442820))	Aspergillus niger	4984818
An11g05910	CDS	An11g05910	NT_166526.1	1443265	1444296	D	Remark: LovC interacts with LNKS and is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L.; Remark: putative part of the lovastatin biosynthesis gene cluster as seen in Aspergillus terreus.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	1443265..1444296	Aspergillus niger	4984819
An11g05920	CDS	An11g05920	NT_166526.1	1444696	1446045	R	Catalytic activity: hydrolysis of Xaa-|-Pro dipeptides; also acts on aminoacyl- hydroxyproline analogs. No action on Pro-|-Pro.; Remark: homology was seen with the yeast hypothetical protein YJL213w.; Title: strong similarity to prolidase -Aureobacterium esteraromaticum; See PMID 9989239; uncharacterized protein	complement(1444696..1446045)	Aspergillus niger	4984820
An11g05930	CDS	An11g05930	NT_166526.1	1447547	1449390	D	Remark: DAL5 encodes a component of the allantoate transport system.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 10943556; See PMID 3275614; uncharacterized protein	join(1447547..1447704,1447801..1447881,1448106..1448270,1448338..1448695,1448747..1448986,1449040..1449390)	Aspergillus niger	4984821
An11g05940	CDS	An11g05940	NT_166526.1	1450299	1457850	R	Catalytic activity: 6 Malonyl-CoA + Propanoyl-CoA = 7 CoA + 6-Deoxyerythronolide b.; Remark: PKS1 is a multifunctional polyketide synthase (PKS) with six catalytic domains arranged in the following order, starting at the N terminus: beta-ketoacyl synthase, acyltransferase, dehydratase, enoyl reductase,beta-ketoacyl reductase, and acyl carrier protein.; Remark: PKS1 is involved in production of the virulence factor T-toxin.; Remark: putative part of the lovastatin biosynthesis gene cluster as seen in Aspergillus terreus.; Similarity: shows also strong similarity to lovF Aspergillus terreus.; Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 10334994; See PMID 8953776; uncharacterized protein	complement(join(1450299..1450969,1451024..1451195,1451246..1451832,1451888..1456754,1456801..1457142,1457193..1457461,1457511..1457850))	Aspergillus niger	4984822
An11g05950	CDS	An11g05950	NT_166526.1	1458602	1460091	D	Remark: putative part of the lovastatin biosynthesis gene cluster as seen in Aspergillus terreus.; Remark: the protein shows similarity to one unknown protein of the Aspergillus terreus lovastatin biosynthesis gene cluster but seems to long.; Remark: the similarity to the dfr1 is only in the N-terminal part of the protein.; Title: weak similarity to dihydrofolate reductase dfr1p - Schizosaccharomyces pombe; See PMID 10334994; See PMID 8088538; uncharacterized protein	join(1458602..1459395,1459674..1460091)	Aspergillus niger	4984823
An11g05960	CDS	An11g05960	NT_166526.1	1462231	1470345	D	Remark: putative part of the lovastatin biosynthesis gene cluster as seen in Aspergillus terreus.; Remark: the lovF gene encodes an enzyme that is responsible for the biosynthesis of the (2R)-2-methylbutyryl side chain of lovastatin.; Title: strong similarity to lovastatin diketide synthase lovF - Aspergillus terreus; See PMID 10334994; uncharacterized protein	join(1462231..1462401,1462462..1462606,1462674..1462942,1463025..1463381,1463442..1463844,1463992..1464405,1464462..1465612,1465672..1465960,1465991..1470345)	Aspergillus niger	4984824
An11g05970	CDS	An11g05970	NT_166526.1	1471271	1472819	R	Remark: the protein shows similarity only with the C-terminal region of lysozyme2.; Title: weak similarity to muramidase-2 -Enterococcus hirae; See PMID 1347040; uncharacterized protein	complement(join(1471271..1471734,1471809..1471964,1472017..1472186,1472244..1472481,1472696..1472819))	Aspergillus niger	4984825
An11g05980	CDS	An11g05980	NT_166526.1	1473108	1474550	R	Remark: also similarity to ankyrin PBmAnk302 patent US5824306-A.; Title: weak similarity to protein encoded by clone CTONG20183430 from patent EP1308459-A2 - Homo sapiens; uncharacterized protein	complement(join(1473108..1473164,1473240..1474550))	Aspergillus niger	4984826
An11g05990	CDS	An11g05990	NT_166526.1	1475917	1476548	D	hypothetical protein	join(1475917..1476018,1476069..1476548)	Aspergillus niger	4984827
An11g06000	CDS	An11g06000	NT_166526.1	1477900	1479261	R	Remark: SRPK1 specifically induces the disassembly of nuclear speckles, and a high level of SRPK1 inhibits splicing in vitro.; Remark: the sequenz shows also similarity to the Human protein kinase hYAK3-alpha patent EP870825-A1.; Remark: the serine protein kinase SRPK1 from human is aproximately 250 aa longer.; Title: similarity to serine protein kinase SRPK1 -Homo sapiens; See PMID 8208298; uncharacterized protein	complement(join(1477900..1478262,1478321..1478669,1478745..1478846,1479041..1479261))	Aspergillus niger	4984828
An11g06010	CDS	An11g06010	NT_166526.1	1480049	1480381	D	hypothetical protein	1480049..1480381	Aspergillus niger	84592309
An11g06030	CDS	An11g06030	NT_166526.1	1481524	1482351	R	Remark: the protein shows also similarity to ankyrin like proteins in the N-terminal part.; Title: weak similarity to protein CGDD-16 from patent WO2002102310-A2 - Homo sapiens; uncharacterized protein	complement(join(1481524..1481833,1481906..1482351))	Aspergillus niger	84592310
An11g06040	CDS	An11g06040	NT_166526.1	1483742	1486412	D	Catalytic activity: ATP + Choline = ADP + Choline phosphate.; Pathway: glycerolipid metabolism.; Remark: choline kinase catalyses the committed step in the synthesis of phosphatidylcholine by the CDP-choline pathway.; Remark: the sequence shows similarity to a wide range of choline kinases in different organisms.; Title: similarity to choline kinase CK1 - Glycine max; See PMID 8934624; uncharacterized protein	join(1483742..1483786,1483913..1484178,1484286..1484289,1484764..1484799,1484866..1484989,1485235..1486412)	Aspergillus niger	4984832
An11g06050	CDS	An11g06050	NT_166526.1	1487004	1487497	R	hypothetical protein	complement(join(1487004..1487006,1487054..1487260,1487327..1487497))	Aspergillus niger	84592311
An11g06060	CDS	An11g06060	NT_166526.1	1488122	1494553	R	Remark: ankyrin participates in signal transduction and in assembly of integral membrane proteins.; Remark: ankyrins are linker proteins, which connect various membrane proteins, including members of the L1 family of neural cell adhesion molecules, with the submembranous actin-spectrin skeleton.; Remark: expression of Dank2 is restricted to the nervous system in the Drosophila embryo.; Title: strong similarity to ankyrin 2 Ank2 -Drosophila melanogaster; See PMID 10844021; See PMID 11018513; uncharacterized protein	complement(join(1488122..1492139,1492197..1492556,1492669..1493146,1493377..1493550,1493600..1493767,1493824..1494553))	Aspergillus niger	4984834
An11g06070	CDS	An11g06070	NT_166526.1	1495540	1495851	D	hypothetical protein	1495540..1495851	Aspergillus niger	4984835
An11g06080	CDS	An11g06080	NT_166526.1	1496621	1498090	R	Catalytic activity: beta-glucosidases hydrolyse terminal, non-reducing beta-D-glucose residues with release of beta-D-glucose.; Title: strong similarity to beta-glucosidase 1 bgl1 - Aspergillus aculeatus [truncated ORF]; extracellular/secretion proteins; See PMID 9757570; See PMID 8964516; uncharacterized protein	complement(join(1496621..1496774,1496841..>1498090))	Aspergillus niger	84592312
An11g06090	CDS	An11g06090	NT_166526.1	1498191	1499078	R	Catalytic activity: Hydrolysis of terminal,non-reducing beta-D-glucose residues with release of beta-D-glucose.; Title: strong similarity to beta-glucosidase2 BGL2 -Saccharomycopsis fibuligera; See PMID 3146949; uncharacterized protein	complement(join(<1498191..1498267,1498320..>1499078))	Aspergillus niger	4984836
An11g06100	CDS	An11g06100	NT_166526.1	1499514	1501260	R	Similarity: the ORF encoded protein shows also in a distinct regionweak similarity to putative serine /threonin protein kinase Ca20C1. 20 from Candida albicans.; Title: similarity to hypothetical protein encoded by An15g02090 - Aspergillus niger; uncharacterized protein	complement(join(1499514..1499666,1499865..1499927,1500007..1500388,1500444..1501158,1501197..1501260))	Aspergillus niger	4984838
An11g06110	CDS	An11g06110	NT_166526.1	1501606	1502668	R	Catalytic activity: Purine nucleoside + phosphate = purine + alpha-D-ribose 1-phosphate.; Title: similarity to purine-nucleoside phosphorylase punA - Bacillus stearothermophilus; See PMID 9058965; uncharacterized protein	complement(join(1501606..1502003,1502059..1502568,1502641..1502668))	Aspergillus niger	4984839
An11g06120	CDS	An11g06120	NT_166526.1	1503182	1504770	R	Catalytic activity: 6-phospho-D-gluconate + NADP(+) = D-ribulose 5-phosphate + CO(2) + NADPH.; Title: strong similarity to decarboxylating phosphogluconate dehydrogenase - Medicago sativa; See PMID 7640360; uncharacterized protein	complement(join(1503182..1504721,1504760..1504770))	Aspergillus niger	4984840
An11g06130	CDS	An11g06130	NT_166526.1	1505266	1506315	D	Title: strong similarity to hypothetical 3-dehydroshikimate dehydratase qa-4 - Neurospora crassa; uncharacterized protein	1505266..1506315	Aspergillus niger	4984841
An11g06140	CDS	An11g06140	NT_166526.1	1506543	1508441	R	Catalytic activity: 1-pyrroline-5-carboxylate + Nad(+) + H(2)O = l-glutamate + NadH.; Function: p5cdh of H. sapiens catalyzes the irreversible conversion of delta-1-pyrroline-5-carboxylate (p5c), derived either from proline or ornithine, to glutamate which is a necessary step in the pathway interconnecting the urea and tricarboxylic acid cycles.; Pathway: second step in the conversion of proline to glutamate.; Remark: the preferred substrate of p5cdh is glutamic gamma-semialdehyde, other substrates include succinic,glutaric and adipic semialdehydes.; Title: strong similarity to delta-1-pyrroline-5-carboxylate dehydrogenase p5cdh - Homo sapiens; localisation:mitochondrion; See PMID 8621661; uncharacterized protein	complement(join(1506543..1507671,1507725..1508086,1508144..1508251,1508304..1508441))	Aspergillus niger	4984842
An11g06150	CDS	An11g06150	NT_166526.1	1509463	1511358	R	Remark: as ORF 70WG on the same contig encodes the A. niger prnA homolog, it is assumed, that the region consists of a proline utilisation gene cluster, important for the utilization of proline as sole nitrogen and/or carbon source.; Remark: prnB of A. nidulans encodes the major proline transport system and is part of a cluster of four genes necessary and sufficient for the utilization of proline as sole nitrogen and/or carbon source.; Title: strong similarity to proline permease prnB -Aspergillus nidulans; plasma membrane; See PMID 8437566; See PMID 9140969; See PMID 10613888; uncharacterized protein	complement(join(1509463..1509825,1509875..1510671,1510731..1510840,1510896..1510908,1510977..1511358))	Aspergillus niger	4984843
An11g06160	CDS	An11g06160	NT_166526.1	1513284	1514776	D	Title: strong similarity to proline oxidase prnD -Aspergillus nidulans; localisation:mitochondrion; See PMID 355839; See PMID 9184237; uncharacterized protein	join(1513284..1513870,1513927..1514776)	Aspergillus niger	4984844
An11g06170	CDS	An11g06170	NT_166526.1	1515364	1516410	D	Alternative name: THBP; Function: Crym of H. sapiens binds thyroid hormone and is presumably involved in the regulation of the free intracellular concentration of triiodothyronine and access to its nuclear receptors.; Similarity: Crym of H. sapiens is similar to bacterial ornithine cyclodeaminases.; Title: similarity to thyroid hormone-binding protein mu-crystallin Crym - Homo sapiens; cytoplasm; See PMID 9328354; See PMID 1384048; uncharacterized protein	1515364..1516410	Aspergillus niger	4984845
An11g06180	CDS	An11g06180	NT_166526.1	1516933	1519726	D	Function: the prnA gene of A. nidulans codes for a transcriptional activator that mediates proline induction of four other genes involved in proline utilization as a nitrogen and/or carbon source.; Title: strong similarity to transcription activator prnA - Aspergillus nidulans; nucleus; See PMID 622360; uncharacterized protein	join(1516933..1517021,1517119..1517253,1517332..1517603,1517669..1517754,1517806..1518440,1518491..1518661,1518709..1519726)	Aspergillus niger	4984846
An11g06190	CDS	An11g06190	NT_166526.1	1520005	1521451	R	Remark: Nucleolin induces chromatin decondensation by binding to histone h1 and is thought to play a role in pre-rrna transcription and ribosome assembly.; Remark: Nucleolin is the major nucleolar protein of growing eukaryotic cells and is found associated with intranucleolar chromatin and preribosomal particles.; Title: similarity to nucleolin protein C23 - Homo sapiens; nucleus; uncharacterized protein	complement(join(1520005..1521132,1521200..1521451))	Aspergillus niger	4984847
An11g06200	CDS	An11g06200	NT_166526.1	1522071	1523038	R	Catalytic activity: NADH + ubiquinone = NAD(+) + ubiquinol.; Title: strong similarity to 31 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; See PMID 2145832; See PMID 2142943; uncharacterized protein	complement(join(1522071..1522121,1522178..1522827,1522897..1523038))	Aspergillus niger	4984848
An11g06210	CDS	An11g06210	NT_166526.1	1523626	1529663	D	Alternative name: MOT2; Remark: S. cerevisiae Mot2 gene encodes a putative zinc finger protein that negatively regulates several categories of genes, including mating-pheromone-responsive genes.; Title: strong similarity to zinc-finger protein Sig1 - Saccharomyces cerevisiae; nucleus; See PMID 8039500; See PMID 8164669; See PMID 8164670; uncharacterized protein	join(1523626..1523678,1523759..1523825,1523930..1524045,1524124..1524492,1524554..1526193,1527412..1529663)	Aspergillus niger	10098249
An11g06230	CDS	An11g06230	NT_166526.1	1529892	1530965	R	Remark: Patentmatch against protein AC AX065577_1 Tremblnew.; Title: similarity to oxidoreductase from patent WO0100844 - Corynebacterium glutamicum; uncharacterized protein	complement(1529892..1530965)	Aspergillus niger	4984850
An11g06240	CDS	An11g06240	NT_166526.1	1532406	1534472	R	Title: weak similarity to kinetochore protein CENP-F - Homo sapiens; See PMID 7542657; uncharacterized protein	complement(1532406..1534472)	Aspergillus niger	84592313
An11g06250	CDS	An11g06250	NT_166526.1	1534761	1536372	R	Similarity: a short stretch of amino acids shows some similarity to a D. melanogaster hypothetical ORF; the structure of the gene model remains questionable.; Title: questionable ORF; uncharacterized protein	complement(join(1534761..1534953,1535134..1535289,1535467..1535556,1535686..1535748,1535838..1535892,1535999..1536079,1536175..1536230,1536275..1536372))	Aspergillus niger	84592314
An11g06260	CDS	An11g06260	NT_166526.1	1537680	1539175	R	Function: pentalenene synthase of Streptomyces is a terpenoid cyclase; the similarity of the predicted ORF is to weak to allow any conclusion about its function.; Title: weak similarity to pentalenene synthase -Streptomyces sp.; See PMID 8180213; See PMID 9295272; uncharacterized protein	complement(join(1537680..1537749,1537807..1538030,1538090..1538123,1538173..1538262,1538311..1538456,1538546..1538718,1538842..1539175))	Aspergillus niger	4984853
An11g06270	CDS	An11g06270	NT_166526.1	1539903	1541782	D	Catalytic activity: GfCPS/KS of G. fujikuroi converts geranylgeranyl diphosphate to copalyl diphosphate and ent-kaurene.; Pathway: terpenoid biosynthesis.; Similarity: the C-terminal part of GfCPS/KS of G. fujikuroi is not conserved in the predicted ORF.; Title: strong similarity to Ent-Kaurene synthase GfCPS/KS - Gibberella fujikuroi; See PMID 10644675; See PMID 10803977; uncharacterized protein	join(1539903..1540739,1540804..1540918,1540974..1541266,1541327..1541782)	Aspergillus niger	4984854
An11g06280	CDS	An11g06280	NT_166526.1	1542163	1543675	R	Remark: the patented entry is an amino acid sequence conceptually translated from a DNA sequence.; Title: strong similarity to protein fragment SEQ ID NO:17197 from patent EP1033405 - Arabidopsis thaliana; uncharacterized protein	complement(join(1542163..1542225,1542321..1542492,1542600..1543675))	Aspergillus niger	4984855
An11g06290	CDS	An11g06290	NT_166526.1	1544862	1547480	R	Function: the transcriptional activator XlnR regulates both xylanolytic and endoglucanase gene expression in A. niger.; Remark: the existence of three closely-spaced ORFs (cmln. 00. tfa_160ck, 170wg, and 186wk) displaying strong similarity, but not identity, to three unrelated A. niger genes, suggests the presence of a duplication of a chromosomal region; an independent evolutionary process might have produced the observed difference between the predicted and the described proteins.; Title: strong similarity to transcription activator xlnR - Aspergillus niger; nucleus; See PMID 9466262; See PMID 9758775; See PMID 10376490; See PMID 10508057; See PMID 10760176; uncharacterized protein	complement(join(1544862..1545002,1545095..1546155,1546236..1546948,1547167..1547308,1547462..1547480))	Aspergillus niger	4984856
An11g06300	CDS	An11g06300	NT_166526.1	1547782	1550656	R	Title: strong similarity to hypothetical protein AAO76091.1 - Bacteroides thetaiotaomicron; uncharacterized protein	complement(join(1547782..1548163,1548230..1548326,1548400..1548477,1548551..1549114,1549234..1549771,1549825..1550024,1550091..1550381,1550464..1550656))	Aspergillus niger	84592315
An11g06310	CDS	An11g06310	NT_166526.1	1552504	1553091	R	hypothetical protein	complement(join(1552504..1552528,1552620..1552740,1552851..1553091))	Aspergillus niger	84592316
An11g06320	CDS	An11g06320	NT_166526.1	1553784	1555660	R	Function: rhamnogalacturonases allow A. niger to use plant pectins as carbon source.; Remark: the existence of three closely-spaced ORFs (cmln. 00. tfa_160ck, 170wg, and 186wk) displaying strong similarity, but not identity, to three unrelated A. niger genes, suggests the presence of a duplication of a chromosomal region; an independent evolutionary process might have produced the observed difference between the predicted and the described proteins.; Similarity: the predicted ORF shows equally strong similarity to both rhgA and rhgB genes, encoding the two known isoforms of rhamnogalacturonase of A. niger.; Similarity: the size of the predicted ORF suggested to use rhgA for the annotation.; Title: strong similarity to rhamnogalacturonase rhgA - Aspergillus niger; See PMID 7576553; See PMID 9212401; uncharacterized protein	complement(join(1553784..1553931,1553991..1554082,1554139..1554159,1554225..1554338,1554395..1554688,1554755..1555080,1555140..1555165,1555219..1555324,1555397..1555495,1555555..1555660))	Aspergillus niger	4984859
An11g06330	CDS	An11g06330	NT_166526.1	1556557	1558035	D	Remark: in A. niger three alpha-galactosidases has already been characterized and named aglA, aglB, and aglC.; Remark: the existence of three closely-spaced ORFs (cmln. 00. tfa_160ck, 170wg, and 186wk) displaying strong similarity, but not identity, to three unrelated A. niger genes, suggests the presence of a duplication of a chromosomal region; an independent evolutionary process might have produced the observed difference between the predicted and the described proteins.; Similarity: also P. simplicissimum produces at least three different alpha-galactosidases, which substrate specificities are different and well studied.; Similarity: the predicted ORF is also very similar,but not identical to alpha-galactosidase aglB of A. niger.; Title: strong similarity to alpha-galactosidase 1 agl1 - Penicillium simplicissimum; See PMID 9463945; See PMID 9756469; See PMID 10347026; uncharacterized protein	join(1556557..1556631,1556699..1556831,1556886..1557477,1557537..1558035)	Aspergillus niger	4984860
An11g06350	CDS	An11g06350	NT_166526.1	1560133	1561840	R	Catalytic activity: release of a C-terminal amino acid with a broad specificity.; Function: cpy1 of S. pombe digests preferentially peptides containing an aliphatic or hydrophobic residue in p1' position, as well as methionine, leucine or phenylalanine in p1 position of ester substrate.; Function: cpy1 of S. pombe is involved in degradation of small peptides.; Localization: cpy1 of S. pombe is found in lysosome-like vacuoles.; Remark: carboxypeptidase C of S. pombe is also called carboxypeptidase Y, and the gene has the alternative names cpy1 or SPAC19G12. 10c.; Similarity: cpy1 of S. pombe belongs to peptidase family S10; also known as the serine carboxypeptidase family.; Similarity: the N-terminal part of cpy1 of S. pombe is not conserved in the predicted ORF; due to the vicinity of a retrotransposable element, it is possible to hypothesize that a portion of the gene went destroied due to the transposition event.; Title: strong similarity to carboxypeptidase C cpy1p - Schizosaccharomyces pombe; See PMID 9209031; uncharacterized protein	complement(join(1560133..1560159,1560317..1560397,1560443..1560818,1560886..1561199,1561271..1561840))	Aspergillus niger	84592317
An11g06380	CDS	An11g06380	NT_166526.1	1562456	1566868	D	Title: strong similarity to hypothetical retrotransposon Tto1 - Nicotiana tabacum; uncharacterized protein	1562456..1566868	Aspergillus niger	4984863
An11g06400	CDS	An11g06400	NT_166526.1	1568834	1570601	D	Title: weak similarity to hypothetical protein encoded by An04g07900 - Aspergillus niger; uncharacterized protein	join(1568834..1568941,1569246..1569708,1569835..1570216,1570274..1570601)	Aspergillus niger	84592318
An11g06410	CDS	An11g06410	NT_166526.1	1571143	1572206	R	Remark: SED4 of S. cerevisiae is also known as YCR067C.; Title: weak similarity to ER membrane protein Sed4 -Saccharomyces cerevisiae; See PMID 11168590; See PMID 7593162; See PMID 7865879; See PMID 1327759; See PMID 9880808; uncharacterized protein	complement(join(1571143..1571160,1571233..1571244,1571286..1571521,1571624..1571817,1571866..1572016,1572110..1572206))	Aspergillus niger	84592319
An11g06420	CDS	An11g06420	NT_166526.1	1572505	1574207	R	Function: multidrug transporters are membrane proteins which, by an unknown mechanism, recognize diverse toxic compounds and efflux them from cells.; Similarity: the predicted ORF shows strong similarity also to ORF10 (metabolite transport protein),patentnumber WO200037629, belonging to the lovastatin gene cluster of A. terreus; note that other ORFs with similarity to members of this cluster where found on contig cmln. 00 (and namely 70cg, 80wg and 90cg).; Similarity: the predicted ORF shows strong similarity to several hypothetical members of the multidrug efflux transporters belonging to the major facilitator superfamily of transport proteins.; Title: strong similarity to sequence 253 from patent WO0100804 - Corynebacterium glutamicum; See PMID 10334994; uncharacterized protein	complement(join(1572505..1573758,1573827..1574207))	Aspergillus niger	4984866
An11g06430	CDS	An11g06430	NT_166526.1	1574925	1576201	R	Function: PTH11 of M. grisea is required for appressorium differentiation in response to inductive surface cues.; Function: as do most fungal plant pathogens, M. grisea differentiates an infection structure specialized for host penetration called the appressorium.; Phenotype: M. grisea cells null mutant for PTH11 are no more pathogenic.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 11391010; uncharacterized protein	complement(join(1574925..1575737,1575826..1575882,1575944..1576201))	Aspergillus niger	4984867
An11g06440	CDS	An11g06440	NT_166526.1	1576823	1577911	D	Catalytic activity: lovC of A. terreus probably acts as an enoyl reductase.; Function: lovC of A. terreus interacts with lovB in the biosynthesis of the lovastatin precursor dihydromonacolin L.; Remark: in A. terreus the genes involved in lovastatin biosynthesis are clustered; the structure of this cluster in A. terreus is very similar to what observed for the predicted ORFs cmln. 00. tfa_70cg, 80wg and 90cg.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	1576823..1577911	Aspergillus niger	4984868
An11g06450	CDS	An11g06450	NT_166526.1	1578724	1579317	R	Remark: in A. terreus the genes involved in lovastatin biosynthesis are clustered; the structure of this cluster in A. terreus is very similar to what is observed for the predicted ORF.; Similarity: EST EMBLEST:BE760262 covers part of the last exon and of the putative 3'-UTR of the predicted gene.; Similarity: the ORF encoded protein shows also strong similarity to EST EMBLEST Acc. N. : BE760262 from Aspergillus niger.; Title: strong similarity to hypothetical protein encoded by An02g08300 - Aspergillus niger; uncharacterized protein	complement(join(1578724..1579065,1579162..1579317))	Aspergillus niger	4984869
An11g06460	CDS	An11g06460	NT_166526.1	1580344	1592365	D	Function: like fatty acids, polyketides are assembled by successive decarboxylative condensations of simple precursors.; Function: many polyketides are antibiotics.; Function: polyketide synthases catalyze the assembly of complex natural products from simple precursors such as propionyl-CoA and methylmalonyl-CoA in a biosynthetic process that closely parallels fatty acid biosynthesis.; Function: whereas the intermediates in fatty acid biosynthesis are fully reduced to generate unfunctionalized alkyl chains, the intermediates in polyketide biosynthesis may be only partially processed, giving rise to complex patterns of functional groups.; Remark: in A. terreus the genes involved in lovastatin biosynthesis are clustered; the structure of this cluster in A. terreus is very similar to what observed for the predicted ORFs cmln. 00. tfa_70cg, 80wg and 90cg.; Remark: polyketide synthases are commercially valuable enzyme.; Title: strong similarity to lovastatin nonaketide synthase lovB - Aspergillus terreus; See PMID 10334994; See PMID 10872449; uncharacterized protein	join(1580344..1581272,1581324..1581699,1581750..1582158,1582203..1582393,1582459..1584011,1584070..1587142,1587203..1592365)	Aspergillus niger	4984870
An11g06480	CDS	An11g06480	NT_166526.1	1593095	1594121	R	Title: weak similarity to antigenic protein f86.aa from patent WO9859071 - Borrelia burgdorferi; uncharacterized protein	complement(join(1593095..1593110,1593163..1594121))	Aspergillus niger	4984872
An11g06490	CDS	An11g06490	NT_166526.1	1595197	1597096	R	Title: strong similarity to hypothetical protein CAD70872.1 - Neurospora crassa; uncharacterized protein	complement(join(1595197..1595980,1596041..1596708,1596764..1597096))	Aspergillus niger	4984873
An11g06500	CDS	An11g06500	NT_166526.1	1598172	1598861	R	hypothetical protein	complement(join(1598172..1598425,1598525..1598637,1598767..1598861))	Aspergillus niger	84592320
An11g06510	CDS	An11g06510	NT_166526.1	1599494	1601509	D	Catalytic activity: chnB of Acinetobacter catalyzes the reaction: cyclohexanone + NADPH + O2 = 6-hexanolide + NADP+ + H2O.; Function: chnB of Acinetobacter is the key enzyme in the cyclohexanone oxidation pathway.; Similarity: the predicted ORF shows strong similarity to many hypothetical and known monooxygenases.; Title: strong similarity to cyclohexanone monooxygenase chnB - Acinetobacter sp.; See PMID 2177829; See PMID 3338974; See PMID 10543838; uncharacterized protein	join(1599494..1599656,1599722..1600129,1600181..1600245,1600308..1600527,1600578..1600624,1600684..1601024,1601095..1601242,1601357..1601509)	Aspergillus niger	4984875
An11g06520	CDS	An11g06520	NT_166526.1	1601900	1603527	R	Similarity: the similarity to nucleolin and other proteins is due almost exclusively to these repetitive units.; Title: weak similarity to protein SEQ ID NO:141 from patent WO200025728-A2 - Plasmodium falciparum; uncharacterized protein	complement(join(1601900..1602576,1602667..1602924,1603251..1603349,1603422..1603527))	Aspergillus niger	4984876
An11g06530	CDS	An11g06530	NT_166526.1	1603631	1603916	D	Similarity: the predicted ORF shows weak similarity to many env retroviral proteins; it might represent the remnant of a retrotransposition event.; Title: weak similarity to envelope glycoprotein env - Human immunodeficiency virus type 1; See PMID 10381169; uncharacterized protein	join(1603631..1603636,1603743..1603916)	Aspergillus niger	84592321
An11g06540	CDS	mndA	NT_166526.1	1604785	1607805	D	Gene-ID: mndA; Remark: these observations suggest that, besides the hypothetical existence of a gene duplication, the differences with the A. niger MndA could be explained also by sequencing errors in the published sequence.; Similarity: in the region where the differences to the A. niger MndA exist, the predicted ORF is nearly identical to the beta-mannosidase (manB) gene of the related species A. aculeatus.; Similarity: the current DNA sequence was verified also on contig caoc. 00, that has an overlap to this region; no difference exists between the present contig cmln. 00 and contig caoc. 00.; Similarity: the differences of the predicted ORF to A. niger MndA, in the N-terminal region, are due to single nucleotide mismatches causing frameshifts.; See PMID 11358516; beta-mannosidase mndA-Aspergillus niger	join(1604785..1604972,1605090..1605170,1605225..1605451,1605506..1607805)	Aspergillus niger	4984878
An11g06550	CDS	An11g06550	NT_166526.1	1608084	1608539	R	hypothetical protein	complement(1608084..1608539)	Aspergillus niger	84592322
An11g06560	CDS	An11g06560	NT_166526.1	1609539	1611038	D	Title: questionable ORF; uncharacterized protein	join(1609539..1609597,1609718..1609776,1609878..1609949,1610378..1610482,1610566..1610686,1610936..1611038)	Aspergillus niger	84592323
An11g06570	CDS	An11g06570	NT_166526.1	1611470	1614602	D	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Title: strong similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 10974123; See PMID 7557402; See PMID 9435787; See PMID 10875280; uncharacterized protein	join(1611470..1613765,1613856..1614251,1614329..1614445,1614502..1614602)	Aspergillus niger	4984881
An11g06580	CDS	An11g06580	NT_166526.1	1615851	1617038	D	Function: Clk2 of M. musculus is a protein kinase constituent of a network of regulatory mechanisms that enable SR proteins to control RNA splicing.; Remark: Phosphorylated serine- and arginine-rich (SR) proteins are components of the spliceosomal complex,and have been implicated in the control of alternative splicing.; Similarity: the presence of a ribosomal protein pattern in the N-terminal part of the predicted ORF may suggest possible interactions with RNA.; Similarity: the similarity of the predicted ORF to Clk2 of M. musculus involves only the C-terminal half of the protein.; Title: similarity to cdc2/CDC28-like kinase 2 Clk2 -Mus musculus; deleted EC_number 2.7.1.37; See PMID 9307018; uncharacterized protein	join(1615851..1615879,1615958..1616038,1616204..1616642,1616702..1616864,1616923..1617038)	Aspergillus niger	84592324
An11g06590	CDS	An11g06590	NT_166526.1	1617434	1618458	D	Function: COQ5 of S. cerevisiae is a 2-methoxy-6-polyprenyl-1,4-benzoquinone methyltransferase,involved in the biosynthesis of ubiquinone.; Remark: COQ5 of S. cerevisiae is also known as YML110c, DBI56, or TCM7.; Title: strong similarity to methyltransferase Coq5 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9083048; See PMID 9083049; See PMID 9873020; uncharacterized protein	join(1617434..1617620,1617698..1618458)	Aspergillus niger	4984883
An11g06600	CDS	An11g06600	NT_166526.1	1619082	1620476	D	Title: strong similarity to polysialic acid capsule expression protein kpsF - Escherichia coli; See PMID 9383150; uncharacterized protein	join(1619082..1619513,1619577..1620476)	Aspergillus niger	4984884
An11g06610	CDS	An11g06610	NT_166526.1	1621587	1622584	R	Catalytic activity: ATP + nicotinamide ribonucleotide <=> diphosphate + NAD(+).; Pathway: the human nicotinamide mononucleotide adenylyl transferase NMNAT is involved in the nicotinate and nicotinamide metabolism.; Similarity: the ORF encoded protein also shows strong similarity to the essential E. nidulans protein AN85 from patent WO9924580-A2, which is not precisely enough decribed.; Title: strong similarity to nicotinamide mononucleotide adenylyl transferase NMNAT - Homo sapiens; nucleus; See PMID 11248244; uncharacterized protein	complement(join(1621587..1621859,1621919..1622192,1622286..1622584))	Aspergillus niger	4984885
An11g06620	CDS	An11g06620	NT_166526.1	1623722	1624513	D	hypothetical protein	join(1623722..1623809,1623893..1623994,1624086..1624172,1624328..1624369,1624455..1624513)	Aspergillus niger	84592325
An11g06630	CDS	An11g06630	NT_166526.1	1625370	1631176	D	Catalytic activity: ATP + ubiquitin + protein lysine <=> AMP + diphosphate + protein N-ubiquityllysine.; Remark: S. cerevisiae Ufd4p directly interacts with the 26S proteasome.; Remark: alternate name for S. cerevisiae Ufd4: YKL010C.; Title: strong similarity to ubiquitin protein ligase Ufd4 - Saccharomyces cerevisiae; See PMID 7615550; See PMID 10688918; uncharacterized protein	join(1625370..1625656,1625712..1625806,1625902..1626545,1626617..1628222,1628273..1630553,1630590..1630723,1630779..1630928,1630980..1631176)	Aspergillus niger	4984887
An11g06640	CDS	An11g06640	NT_166526.1	1631498	1632488	R	Title: similarity to hypothetical protein SPBC26H8.11c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1631498..1631518,1631706..1632488))	Aspergillus niger	4984888
An11g06650	CDS	An11g06650	NT_166526.1	1633439	1635837	R	Function: S. cerevisiae Rrp3 is required for pre-ribosomal RNA processing. It is involved in the maturation of the 35s-pre-rRNA and to its cleavage to mature 18s rRNA.; Remark: alternate name for S. cerevisiae Rrp3: YHR065C.; Similarity: the ORF encoded protein also shows strong similarity to the putative S. cerevisiae RNA helicase Mak5 and to the human ATP-dependent RNA helicase from patent US5888792-A, but their functions are not precisely enough decribed.; Title: strong similarity to ATP dependent RNA helicase Rrp3 - Saccharomyces cerevisiae; nucleus; See PMID 8774901; uncharacterized protein	complement(join(1633439..1634293,1634342..1635553,1635604..1635837))	Aspergillus niger	4984889
An11g06660	CDS	An11g06660	NT_166526.1	1636072	1637370	D	Complex: coimmunoprecipitation experiments show that Spb1 is associated in vivo with the nucleolar proteins Nop1 and Nop5/58.; Function: Spb1p has been suggested to be a methyltransferase involved in rRNA formation. as AdoMet-dependent methyltransferases it is able to bind [(3)H]AdoMet in vitro.; Remark: alternate name for S. cerevisiae Spb1p: YCL054W.; Remark: if the spb1-2 mutant S. cerevisiae strain has been grown at the restrictive temperature, the processing of the 27S pre-rRNA into mature 25S rRNA and 5. 8S is completely abolished and production of mature 18S is reduced, while the abnormal 23S species is accumulated. the mutant also shows a reduced 60S ribosomal subunit content.; Title: strong similarity to methyltransferase required for 60S ribosomal subunit biogenesis Spb1 -Saccharomyces cerevisiae; nucleus; See PMID 10556316; See PMID 10648622; uncharacterized protein	join(1636072..1636982,1637184..1637370)	Aspergillus niger	4984890
An11g06670	CDS	An11g06670	NT_166526.1	1637750	1640887	R	Catalytic activity: H(2)S + 3 NADP(+) + 3 H(2)O <=> sulfite + 3 NADPH.; Cofactor: FMN,FAD.; Function: S. cerevisiae Met10 is a enzyme that catalyzes the 6-electron reduction of sulfite to sulfide. This is one of several activities required for the biosynthesis of L-cysteine from sulfate.; Pathway: Met10 catalyzes the fourth step in the sulfate assimilation pathway that leads to the biosynthesis of methionin and cysteine.; Remark: alternate name for S. cerevisiae Met10: YFR030W.; Title: strong similarity to alpha subunit of assimilatory sulfite reductase Met10 - Saccharomyces cerevisiae; See PMID 7928966; See PMID 9634827; uncharacterized protein	complement(1637750..1640887)	Aspergillus niger	4984891
An11g06680	CDS	An11g06680	NT_166526.1	1641308	1642144	D	Complex: the TIP30 protein interacts with Tat and with an SRB-containing RNA polymerase II complex both in vivo and in vitro.; Function: the human TIP30 protein is a cofactor that specifically enhances human immunodeficiency virus-1 (HIV-1) Tat-activated transcription.; Similarity: TIP30 (also named CC3) is a member of the short-chain dehydrogenases/reductases (SDR) family.; Title: strong similarity to Tat-interacting protein TIP30 - Homo sapiens; nucleus; See PMID 10892349; See PMID 9482853; uncharacterized protein	join(1641308..1641346,1641479..1642144)	Aspergillus niger	4984892
An11g06690	CDS	An11g06690	NT_166526.1	1642383	1642880	R	Title: weak similarity to cytoplasmic protein encore enc - Drosophila melanogaster; uncharacterized protein	complement(join(1642383..1642403,1642452..1642880))	Aspergillus niger	4984893
An11g06700	CDS	An11g06700	NT_166526.1	1644162	1645254	D	hypothetical protein	join(1644162..1644191,1644292..1644355,1644436..1644656,1645099..1645254)	Aspergillus niger	84592326
An11g06710	CDS	An11g06710	NT_166526.1	1646183	1646459	R	hypothetical protein	complement(join(1646183..1646372,1646404..1646459))	Aspergillus niger	84592327
An11g06720	CDS	An11g06720	NT_166526.1	1648413	1649406	R	Function: the S. cerevisiae Pre9p protein is a subunit of the yeast proteasome. The proteasome is a multicatalytic proteinase complex which catalyzes the degradation of peptides with Arg, Phe, Tyr, Leu, and Glu adjacent to the leaving group at neutral or slightly basic pH. The proteasome has an ATP-dependent proteolytic activity.; Remark: alternate gene names for S. cerevisiae Pre9: PRS5, Y13 or YGR135W.; Title: strong similarity to proteasome 20S subunit Pre9 - Saccharomyces cerevisiae; See PMID 9087403; See PMID 1898763; uncharacterized protein	complement(join(1648413..1648552,1648647..1649065,1649131..1649315,1649383..1649406))	Aspergillus niger	4984896
An11g06730	CDS	An11g06730	NT_166526.1	1649781	1651556	D	Complex: CA150 was found to bind to the hyperphosphorylated CTD of the actively transcribing RNA polymerase II (Pol II).; Function: the human CA150 protein is a cellular cofactor of Tat-mediated transcriptional activation. It is involved in regulation of RNA polymerase II mediated transcriptional elongation.; Remark: the Tat protein is a strong transcriptional activator from the human immunodeficiency virus type 1 (HIV-1).; Title: similarity to transcription factor CA150 -Homo sapiens; nucleus; See PMID 10908677; See PMID 9315662; See PMID 10373521; uncharacterized protein	join(1649781..1649850,1649905..1651556)	Aspergillus niger	4984897
An11g06740	CDS	An11g06740	NT_166526.1	1651905	1652732	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to neurofilament subunit NF-180 - Petromyzon marinus; uncharacterized protein	complement(1651905..1652732)	Aspergillus niger	4984898
An11g06750	CDS	An11g06750	NT_166526.1	1653518	1656527	D	Similarity: the similarities of the ORF encoded protein to proteins matching with an e-Val less than 3e-19 are mainly based on repetitive structures.; Title: similarity to hypothetical protein SPCC645.13 - Schizosaccharomyces pombe; uncharacterized protein	join(1653518..1653524,1653635..1654476,1654509..1656527)	Aspergillus niger	4984899
An11g06760	CDS	An11g06760	NT_166526.1	1657264	1658243	R	Complex: the U1 snRNP, cap-binding complex (CBC) and Luc7 are in one complex. Luc7 is required for coprecipitation of U1 snRNP with CBC.; Function: S. cerevisiae Luc7p is a component of yeast U1 snRNP and is essential for vegetative growth. the loss of Luc7p disrupts U1 snRNP-CBC interaction.; Remark: alternate name for S. cerevisiae Luc7: YDL087C.; Remark: the LUC7 gene was identified by a mutation that causes lethality in a yeast strain lacking the nuclear cap-binding complex (CBC).; Title: strong similarity to small nuclear ribonucleoprotein Luc7 - Saccharomyces cerevisiae; nucleus; See PMID 10500099; uncharacterized protein	complement(join(1657264..1657722,1657806..1658122,1658201..1658243))	Aspergillus niger	4984900
An11g06770	CDS	An11g06770	NT_166526.1	1658696	1660589	D	Similarity: the ORF encoded protein shows strongest similarity to hypothetical protein YHR188c from S. cerevisiae.; Title: strong similarity to skin cell protein from patent WO9955865-A1 - Rattus sp.; uncharacterized protein	join(1658696..1659054,1659116..1659510,1659562..1660589)	Aspergillus niger	4984901
An11g06780	CDS	An11g06780	NT_166526.1	1660806	1661308	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to variable surface lipoprotein VlpD - Mycoplasma hyorhinis; uncharacterized protein	complement(join(1660806..1660821,1660878..1661080,1661150..1661308))	Aspergillus niger	4984902
An11g06790	CDS	An11g06790	NT_166526.1	1662134	1663367	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are mainly based on repetitive structures.; Title: weak similarity to DEAH-box RNA helicase Mut6 - Chlamydomonas reinhardtii; uncharacterized protein	complement(join(1662134..1662826,1662876..1663367))	Aspergillus niger	4984903
An11g06800	CDS	An11g06800	NT_166526.1	1664329	1665651	R	Function: the S. cerevisiae Kar5/Fig3 protein is required for nuclear fusion.; Remark: alternate names for S. cerevisiae Kar5: Fig3 or YMR065W.; Title: similarity to protein involved in nuclear fusion Kar5 - Saccharomyces cerevisiae; See PMID 9382856; See PMID 9456310; See PMID 10069807; uncharacterized protein	complement(join(1664329..1664384,1664417..1664738,1664784..1664813,1664887..1665108,1665154..1665651))	Aspergillus niger	4984904
An11g06810	CDS	An11g06810	NT_166526.1	1666607	1667502	D	Remark: alternate name for S. cerevisiae MRPL6: YHR147C,YML6 or 60S ribosomal protein L6(mitochondrial).; Similarity: the S. cerevisiae MRPL6 protein belongs to the L6p family of ribosomal proteins.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L6 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8358820; mitochondrial 54S ribosomal protein uL6m	join(1666607..1666880,1666952..1667065,1667108..1667502)	Aspergillus niger	4984905
An11g06820	CDS	An11g06820	NT_166526.1	1667704	1668762	R	Catalytic activity: adenosine 3',5'-bisphosphate + H(2)O <=> adenosine 5'-phosphate + phosphate.; Function: Met22 is a metabolic phosphatase which catalyses the hydrolysis of 3'-phosphoadenosine-5'-phosphate (PAP) to AMP. This reaction is part of the sulfour metabolism.; Remark: alternate names for S. cerevisiae Met22 are Hal2, YOL064C or 3'(2'),5'-bisphosphate nucleotidase.; Similarity: the S. cerevisiae Met22 enzyme belongs to the family of sodium-sensitive phosphatase.; Title: strong similarity to salt tolerance protein Met22 - Saccharomyces cerevisiae; See PMID 8910555; See PMID 10656801; uncharacterized protein	complement(1667704..1668762)	Aspergillus niger	4984906
An11g06830	CDS	An11g06830	NT_166526.1	1669777	1671166	D	Title: strong similarity to hypothetical protein SPBC31F10.07 - Schizosaccharomyces pombe; uncharacterized protein	join(1669777..1669791,1669942..1670083,1670238..1671166)	Aspergillus niger	4984907
An11g06840	CDS	An11g06840	NT_166526.1	1671684	1671952	D	Title: questionable ORF; uncharacterized protein	join(1671684..1671712,1671809..1671835,1671881..1671887,1671923..1671952)	Aspergillus niger	84592328
An11g06850	CDS	An11g06850	NT_166526.1	1672555	1674497	R	Remark: CtHAL3 the C. tropicalis homolog gene of S. cerevisiae HAL3 partially complements the salt sensitivity of a S. cerevisiae hal3 mutant.; Similarity: the ORF encoded protein is also similar to the S. cerevisiae Hal3 (Sis2) protein: Pubmed 7565698.; Title: similarity to salt-tolerance protein HAL3 -Candida tropicalis; See PMID 8923737; uncharacterized protein	complement(join(1672555..1672580,1672622..1674497))	Aspergillus niger	4984909
An11g06860	CDS	An11g06860	NT_166526.1	1675541	1677245	R	Title: strong similarity to multidrug transporter bmr3 - Bacillus subtilis; See PMID 9023234; uncharacterized protein	complement(join(1675541..1676985,1677038..1677245))	Aspergillus niger	4984910
An11g06870	CDS	An11g06870	NT_166526.1	1679092	1679586	D	Similarity: the similarities of the ORF encoded protein to all matching proteins are based on repetitive structures.; Title: weak similarity to haploid specific alanine-rich acidic protein halap-X - Mus musculus; uncharacterized protein	join(1679092..1679098,1679167..1679271,1679333..1679509,1679570..1679586)	Aspergillus niger	84592329
An11g06880	CDS	An11g06880	NT_166526.1	1679947	1681014	R	Similarity: the similarities of the ORF encoded protein to all matching proteins are based on repetitive structures.; Title: weak similarity to h-caldesmon - Gallus gallus; uncharacterized protein	complement(join(1679947..1680318,1680401..1680917,1680989..1681014))	Aspergillus niger	4984912
An11g06890	CDS	An11g06890	NT_166526.1	1682062	1682789	D	Title: weak similarity to PDZ domain protein MUPP1 -Rattus norvegicus; See PMID 9537516; uncharacterized protein	join(1682062..1682112,1682252..1682412,1682480..1682789)	Aspergillus niger	4984913
An11g06900	CDS	An11g06900	NT_166526.1	1683851	1684967	R	Function: S. cerevisiae UBC8 functions in catabolite degradation of fructose-1, 6-bisphosphatase.; Function: T. aestivum TaUBC4 is capable of binding ubiquitin by means of a thiol ester linkage in an ATP-dependent and ubiquitin-activating enzyme-dependent reaction.; Function: T. aestivum TaUBC4 specifically ubiquinates histones without the help of ubiquitin-protein ligases (E3s) and shows strong similarity to S. cerevisiae UBC8.; Title: strong similarity to ubiquitin conjugating enzyme TaUBC4 - Triticum aestivum; See PMID 2557633; See PMID 8155884; See PMID 10811607; uncharacterized protein	complement(join(1683851..1683987,1684042..1684223,1684276..1684390,1684445..1684482,1684605..1684646,1684839..1684846,1684935..1684967))	Aspergillus niger	4984914
An11g06910	CDS	An11g06910	NT_166526.1	1685106	1686185	D	hypothetical protein	join(1685106..1685160,1685208..1685300,1685419..1685494,1685637..1685737,1685840..1685994,1686108..1686185)	Aspergillus niger	84592330
An11g06920	CDS	An11g06920	NT_166526.1	1686496	1687253	D	Complex: S. cerevisiae Apg12 is conjugated to Apg5p.; Complex: S. cerevisiae Apg16p interacts with theApg12-Apg5p conjugate and mediates self-multimerization that leads to cross-linking of Apg5p molecules and formation of a stable protein complex.; Complex: conjugation of S. cerevisiae Apg12 to Apg5p requires Apg7 a ubiquitin-E1-like enzyme and Apg10, a specific ubiquitin-E2-like enzymes.; Function: S. cerevisiae Apg12 is a polypeptide that is used as tag to affect the function of Apg5.; Function: S. cerevisiae Apg12 was isolated in a screen for autophagy-defective (apg) mutants, a process for the bulk degradation of proteins, in which cytoplasmic components of the cell are enclosed by double-membrane structures known as autophagosomes for delivery to lysosomes or vacuoles for degradation.; Function: in mouse Apg12-Apg5 complex formation is essential for the involvement of Apg5 in elongation of the isolation membranes and for targeting of a mammalian Aut7/Apg8 homologue, LC3, to the isolation membranes.; Remark: the systematic name for S. cerevisiae Apg12 is YBR217w.; Title: strong similarity to autophagy modulator Agp12 - Saccharomyces cerevisiae; cytoplasm; See PMID 11100732; See PMID 11266458; See PMID 9759731; See PMID 10406794; See PMID 10608654; uncharacterized protein	join(1686496..1686732,1686907..1687140,1687194..1687253)	Aspergillus niger	4984916
An11g06930	CDS	An11g06930	NT_166526.1	1687562	1688671	R	Catalytic activity: A. nidulans panB converts 5,10-methylenetetrahydrofolate + 3-methyl-2-oxobutanoate to tetrahydrofolate + 2-dehydropantoate.; Function: A. nidulans panB is essential for the biosynthesis of coenzyme A, while the pathway intermediate 4'-phosphopantetheine is required for penicillin production.; Title: strong similarity to 3-methyl-2-oxobutanoate hydroxymethyltransferase panB - Aspergillus nidulans; See PMID 10503542; uncharacterized protein	complement(join(1687562..1688182,1688243..1688671))	Aspergillus niger	4984917
An11g06950	CDS	An11g06950	NT_166526.1	1690614	1692830	R	Function: A. nidulans nimO is required for initiation of DNA synthesis and for efficient progression through S phase.; Function: nimO18 mutants abrogated a cell cycle checkpoint linking S and M phases by segregating their unreplicated chromatin. this checkpoint defect did not interfere with other checkpoints monitoring spindle assembly and DNA damage (dimer lesions), but did prevent activation of a DNA replication checkpoint.; Similarity: A. nidulans nimO is related structurally and functionally to S. cerevisiae Dbf4p, the regulatory subunit of Cdc7p kinase and contains a C-terminal PEST motif and a novel, short-looped Cys2-His2 zinc finger-like motif.; Title: strong similarity to DNA synthesis and mitotic checkpoint control protein nimO - Aspergillus nidulans; See PMID 10194410; uncharacterized protein	complement(join(1690614..1692173,1692315..1692830))	Aspergillus niger	4984918
An11g06960	CDS	An11g06960	NT_166526.1	1693715	1695813	R	Complex: E. coli pepP forms a homotetramer.; Function: E. coli pepP is a proline specific aminopeptidase which releases any N-terminal amino acid that is linked to proline.; Remark: E. coli pepP is Zn2+ dependent.; Title: strong similarity to aminopeptidase II pepP -Escherichia coli; See PMID 2659585; uncharacterized protein	complement(join(1693715..1693744,1693844..1693970,1694022..1694140,1694192..1694413,1694464..1694497,1694550..1694593,1694644..1695036,1695097..1695224,1695277..1695309,1695376..1695540,1695612..1695813))	Aspergillus niger	4984919
An11g06970	CDS	An11g06970	NT_166526.1	1696397	1697255	D	Title: similarity to hypothetical protein Ta1372 -Thermoplasma acidophilum; See PMID 11029001; uncharacterized protein	join(1696397..1696460,1696519..1697255)	Aspergillus niger	4984920
An11g06980	CDS	An11g06980	NT_166526.1	1697834	1698844	D	Function: human SIRT5 belongs to the Sir2-like proteins (sirtuins) and may metabolize NAD and have protein ADP-ribosyltransferase activity.; Function: yeast Sir2 protein regulates epigenetic gene silencing and as a possible antiaging effect it suppresses recombination of rDNA while cobB, a E. coli SIR2-like gene, seems to encode a pyridine nucleotide transferase.; Similarity: the predicted A. niger protein also shows similarity to lacR, the repressor of the lactose operon of S. aureus.; Title: similarity to sirtuin type 5 SIRT5 - Homo sapiens; See PMID 2163387; See PMID 10381378; uncharacterized protein	join(1697834..1698164,1698399..1698844)	Aspergillus niger	4984921
An11g06990	CDS	An11g06990	NT_166526.1	1699686	1703282	D	Function: S. pombe Rhp16 is involved in the nucleotide excision repair of UV damage.; Function: S. pombe rhp7 or rhp16 deficient cells are, in contrast to S. cerevisiae rad7 and rad16 mutants, only sensitive to UV irradiation if the alternative repair mechanism, UV damage repair (UVDR) is absent.; Induction: S. pombe Rhp16 is UV-inducible.; Similarity: S. pombe Rhp16 contains two Zn-finger motifs and a putative helicase domain.; Title: similarity to UV damage nucleotide excision repair protein rph16p - Schizosaccharomyces pombe; nucleus; See PMID 8879272; See PMID 10446227; uncharacterized protein	join(1699686..1700341,1700621..1700905,1700984..1701979,1702316..1702694,1702743..1703143,1703267..1703282)	Aspergillus niger	4984922
An11g07000	CDS	An11g07000	NT_166526.1	1703481	1704840	R	Function: S. fradiae aph phosphorylates, and thereby inactivates, the antibiotic neomycin.; Title: weak similarity to kanamycin kinase aph -Streptomyces fradiae; See PMID 2542127; See PMID 6310563; uncharacterized protein	complement(join(1703481..1703953,1704009..1704840))	Aspergillus niger	4984923
An11g07010	CDS	An11g07010	NT_166526.1	1705569	1707139	D	Catalytic activity: C. tropicalis alk2 was shown to hydroxylate hexadecane, but had no hydroxylation activity towards lauric acid.; Induction: C. tropicalis alk2 is induced by growth on alkane.; Localization: C. tropicalis alk2 contains only one transmembrane domain and its N-terminus is located in the ER lumen.; Similarity: C. tropicalis alk2 belongs to the CYP52 family and an alternative name is CYP52A2.; Title: strong similarity to alkane-inducible cytochrome P450 alk2 - Candida tropicalis; endoplasmatic reticulum; See PMID 8375386; See PMID 1937041; uncharacterized protein	join(1705569..1706643,1706706..1707139)	Aspergillus niger	4984924
An11g07020	CDS	An11g07020	NT_166526.1	1708657	1709514	R	Similarity: the predicted A. niger protein shows strong similarity to several hyptothetical proteins derived from genome sequencing projects as well as to three A. niger ESTs, EMBLEST:BE759124, EMBLEST:BE759800 and EMBLEST:BE759798.; Title: similarity to hypothetical protein BAB52928.1 - Mesorhizobium loti; uncharacterized protein	complement(join(1708657..1709004,1709080..1709514))	Aspergillus niger	4984925
An11g07030	CDS	An11g07030	NT_166526.1	1709923	1711383	R	Function: M. grisea pth11 mutants are nonpathogenic due to a defect in appressorium differentiation.; Function: it is suggested that M. grisea pth11p is not required for appressorium morphogenesis but is involved in host surface recognition.; Localization: a M. grisea Pth11-green fluorescent protein fusion localised to the cell membrane and vacuoles.; Pathway: in M. grisea exogenous activation of cellular signaling suppressed pth11 defects.; Similarity: similarity is from the predicted A. niger protein to the central region of M. grisea pth11,which is 300aa longer.; Title: similarity to plasma membrane protein Pth11 -Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(1709923..1709994,1710181..1710449,1710525..1710607,1710665..1711146,1711216..1711383))	Aspergillus niger	4984926
An11g07040	CDS	An11g07040	NT_166526.1	1712282	1712645	R	Similarity: the predicted A. niger protein shows strong similarity to 7 ESTs from A. niger, suggesting that it is a strongly expressed gene.; Title: strong similarity to EST an_2779 -Aspergillus niger; uncharacterized protein	complement(join(1712282..1712288,1712347..1712645))	Aspergillus niger	4984927
An11g07050	CDS	An11g07050	NT_166526.1	1713548	1714704	D	Title: similarity to hypothetical protein CAD21295.1 - Neurospora crassa; uncharacterized protein	join(1713548..1713941,1714000..1714221,1714294..1714322,1714399..1714704)	Aspergillus niger	4984928
An11g07060	CDS	An11g07060	NT_166526.1	1714965	1716102	R	Title: weak similarity to actinomycin synthase III acmC - Streptomyces chrysomallus; See PMID 10780924; uncharacterized protein	complement(join(1714965..1715262,1715419..1715548,1715628..1716102))	Aspergillus niger	4984929
An11g07070	CDS	An11g07070	NT_166526.1	1716654	1718060	R	Complex: human SRPK2 bound unphosphorylated,cytoplasmic SF2/ASF but did not bind phosphorylated,nuclear SF2/ASF.; Function: human SRPK2 phosphorylates the Serine/arginine-rich (SR) family of splicing factors,mediating spliceosome assembly and the trafficking of splicing factors into the nucleus.; Title: similarity to SR protein-specific kinase SRPK2 - Homo sapiens; See PMID 9472028; See PMID 10196197; uncharacterized protein	complement(1716654..1718060)	Aspergillus niger	4984930
An11g07080	CDS	An11g07080	NT_166526.1	1718504	1720855	R	Title: strong similarity to hypothetical protein AAO78637.1 - Bacteroides thetaiotaomicron; uncharacterized protein	complement(join(1718504..1719447,1719497..1719630,1719688..1719844,1719892..1720267,1720327..1720709,1720783..1720855))	Aspergillus niger	4984931
An11g07090	CDS	An11g07090	NT_166526.1	1721551	1722202	R	Title: weak similarity to bacteriocin 2 LbnB2 from patent WO9723619-A1 - Lactobacillus amylovorus; uncharacterized protein	complement(join(1721551..1721598,1721676..1722128,1722197..1722202))	Aspergillus niger	4984932
An11g07100	CDS	An11g07100	NT_166526.1	1722489	1723867	R	Title: strong similarity to hypothetical protein encoded by An01g05280 - Aspergillus niger; uncharacterized protein	complement(join(1722489..1722519,1722729..1722814,1723205..1723762,1723823..1723867))	Aspergillus niger	4984933
An11g07110	CDS	An11g07110	NT_166526.1	1724183	1724850	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1724183..1724242,1724587..1724622,1724710..1724850)	Aspergillus niger	84592331
An11g07120	CDS	An11g07120	NT_166526.1	1725933	1726823	R	Function: the predicted A. niger protein shows weak similarity to several proteases with different specifities.; Title: strong similarity to glutamyl endoprotease polypeptide from patent WO200268623-A2 - Aspergillus niger; uncharacterized protein	complement(1725933..1726823)	Aspergillus niger	4984935
An11g07130	CDS	An11g07130	NT_166526.1	1727013	1727579	D	hypothetical protein	join(1727013..1727053,1727153..1727256,1727315..1727402,1727444..1727579)	Aspergillus niger	84592332
An11g07140	CDS	An11g07140	NT_166526.1	1728979	1730669	D	Similarity: the ORF encoded protein shows also weak similarity to hypothetical protein BAB11373. 1 from Arabidopsis thaliana.; Title: weak similarity to hypothetical protein encoded by An12g03730 - Aspergillus niger; uncharacterized protein	join(1728979..1729187,1729433..1729672,1730128..1730255,1730341..1730669)	Aspergillus niger	84592333
An11g07150	CDS	An11g07150	NT_166526.1	1731718	1735116	R	Function: AAA proteins act in a variety of cellular functions, including cell-cycle regulation, protein degradation, organelle biogenesis and vesicle-mediated protein transport.; Similarity: similarity is from the C-terminal region of the predicted A. niger protein to the central region of S. cerevisiae MSP1, which is 600 aa shorter.; Similarity: the predicted A. niger protein shows weak similarity to several AAA type ATPases.; Title: weak similarity to AAA family ATPase Msp1 -Saccharomyces cerevisiae; See PMID 8226973; See PMID 9695811; uncharacterized protein	complement(join(1731718..1731843,1732067..1732257,1732326..1732598,1732654..1732857,1732913..1732919,1732970..1733202,1733251..1733545,1733596..1735116))	Aspergillus niger	4984938
An11g07160	CDS	An11g07160	NT_166526.1	1735626	1737803	D	Title: weak similarity to hypothetical protein encoded by An16g05640 - Aspergillus niger; uncharacterized protein	join(1735626..1735810,1735881..1736205,1736269..1736815,1736868..1736983,1737066..1737803)	Aspergillus niger	4984939
An11g07170	CDS	An11g07170	NT_166526.1	1738505	1738864	R	Function: it has been suggested that C. intestinalis CiGRP1 is a RNA-binding protein.; Localization: C. intestinalis CiGRP1 is found in all nuclei and in the cytoplasm.; Similarity: similarity is from the predicted A. niger protein to the glycine repeats of C. intestinalis CiGRP1, which is 80 aa longer.; Title: similarity to glycine rich putativly RNA-binding protein CiGRP1 - Ciona intestinalis; See PMID 10675629; uncharacterized protein	complement(join(1738505..1738519,1738569..1738652,1738703..1738864))	Aspergillus niger	84592334
An11g07180	CDS	An11g07180	NT_166526.1	1740197	1741322	D	Title: weak similarity to Uncoupling protein 2 Ucp2 - Danio rerio; See PMID 10524261; uncharacterized protein	join(1740197..1740473,1740530..1740640,1740702..1740995,1741066..1741322)	Aspergillus niger	84592335
An11g07190	CDS	An11g07190	NT_166526.1	1742024	1743288	R	Catalytic activity: malate dehydrogenases convert (S)-malate + NAD(+) to oxaloacetate + NADH.; Function: malate dehydrogenases are involved in the tricarbolic-acid cycle of carbohydrate utilisation.; Title: strong similarity to mitochondrial malate dehydrogenase MDH - Mus musculus; localisation:mitochondrion; See PMID 3038184; uncharacterized protein	complement(join(1742024..1742370,1742445..1742784,1742867..1742877,1742951..1743149,1743220..1743288))	Aspergillus niger	4984942
An11g07200	CDS	An11g07200	NT_166526.1	1743437	1743668	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1743437..1743523,1743633..1743668))	Aspergillus niger	84592336
An11g07210	CDS	An11g07210	NT_166526.1	1743920	1746984	R	Complex: accumulation of ankyrin at cell contacts required the presence of the cytoplasmic domain of neuroglian activated by cell-cell contact.; Function: ankyrin links integral membrane proteins to the spectrin-based membrane skeleton.; Function: proteins containing ankyrin-repeats interact specifically with a diverse array of macromolecular targets and show an extraordinary variety of biological activities.; Similarity: similarity is from the C-terminal ankyrin-domain containing region of the predicted A. niger protein to the N-terminal half of D. melanogaster Ank.; Title: similarity to ankyrin Ank - Drosophila melanogaster; See PMID 10431175; See PMID 7937942; uncharacterized protein	complement(join(1743920..1746825,1746894..1746984))	Aspergillus niger	4984944
An11g07220	CDS	An11g07220	NT_166526.1	1747864	1748958	D	Similarity: the ORF encoded protein shows also weak similarity to adult male testis cDNA 4930511N22 from Mus musculus.; Title: strong similarity to hypothetical protein EAA64855.1 - Aspergillus nidulans; uncharacterized protein	join(1747864..1747907,1747978..1748323,1748392..1748958)	Aspergillus niger	4984945
An11g07250	CDS	An11g07250	NT_166526.1	1751638	1756050	D	Title: strong similarity to reverse transcriptase pol - Volvox carteri; See PMID 7681411; uncharacterized protein	1751638..1756050	Aspergillus niger	84592337
An11g07270	CDS	An11g07270	NT_166526.1	1757599	1758738	R	Catalytic activity: D(--)-mandelate dehydrogenase catalyses the NAD(+)-dependent oxidation of D-mandelate to phenylglyoxylate.; Title: strong similarity to D-mandelate dehydrogenase D-MDH - Rhodotorula graminis; See PMID 1731758; uncharacterized protein	complement(join(1757599..1758344,1758396..1758471,1758550..1758738))	Aspergillus niger	4984947
An11g07280	CDS	An11g07280	NT_166526.1	1758870	1760139	D	Induction: in A. parasiticus expression of the hxtA gene, encoding a hexose transporter protein, was found to be concurrent with the aflatoxin pathway cluster genes, in aflatoxin-conducive medium.; Similarity: similarity is from the N-terminal region of the predicted A. niger protein to the C-terminal region of A. parasiticus hxtA, which is 300 aa longer.; Title: weak similarity to hexose transporter hxtA -Aspergillus parasiticus; See PMID 10978525; uncharacterized protein	join(1758870..1759081,1759169..1759306,1759362..1759436,1759527..1759590,1759844..1759989,1760076..1760139)	Aspergillus niger	84592338
An11g07290	CDS	An11g07290	NT_166526.1	1760256	1761023	R	Catalytic activity: Streptomycin 3''-adenylyltransferases convert ATP + streptomycin to diphosphate + 3''-adenylylstreptomycin.; Function: S. aureus spc is a spectinomycin adenyltransferase that mediates resistance to spectinomycin but not to streptomycin and is part of Tn554, a IS-element.; Title: similarity to spectinomycin adenylyltransferase spc - Staphylococcus aureus; See PMID 2993813; uncharacterized protein	complement(1760256..1761023)	Aspergillus niger	4984949
An11g07300	CDS	An11g07300	NT_166526.1	1761620	1763316	D	Function: expression of C. albicans Flu1 mediated not only resistance to fluconazole but also to cycloheximide.; Remark: ORF 3'truncated due to end of contig.; Similarity: C. albicans Flu1 belongs to the major facilitator superfamily.; Title: similarity to fluconazole resistance protein FLU1 - Candida albicans [truncated ORF]; See PMID 11065353; uncharacterized protein	join(1761620..1761638,1761745..1761821,1761881..1762287,1762353..1763093,1763109..>1763316)	Aspergillus niger	4984950
An11g07310	CDS	An11g07310	NT_166526.1	1763979	1769360	R	Function: C. lagenarium PKS1 gene encodes a polyketide synthase involved in melanin biosynthesis.; Title: strong similarity to polyketide synthase PKS1 - Colletotrichum lagenarium; See PMID 7500937; uncharacterized protein	complement(1763979..1769360)	Aspergillus niger	4984951
An11g07320	CDS	An11g07320	NT_166526.1	1770000	1771004	D	Catalytic activity: glyoxylases II convert (S)-(2-hydroxyacyl)glutathione + H(2)O to glutathione + a 2-hydroxy acid anion.; Function: S. cerevisiae GLO2 is involved in amino acid catabolism.; Remark: the systematic name for S. cerevisiae GLO2 is YDR272W.; Title: similarity to glyoxalase II Glo2 -Saccharomyces cerevisiae; cytoplasm; See PMID 9261170; uncharacterized protein	join(1770000..1770209,1770261..1771004)	Aspergillus niger	4984952
An11g07330	CDS	An11g07330	NT_166526.1	1771379	1772623	R	Complex: P. fluorescens 6-HNAMO is a flavoprotein binding FAD and depending on NADH.; Function: P. fluorescens 6-HNAMO is used for the industrial production of 2,5-dihydroxypyridine.; Similarity: the predicted A. niger ORF is identical to the A. niger EST an_1529, EMBLEST:BE760351.; Title: similarity to 6-hydroxynicotinic acid mono-oxygenase 6-HNAMO from patent JP09121864-A -Pseudomonas fluorescens; See PMID 10091591; uncharacterized protein	complement(1771379..1772623)	Aspergillus niger	4984953
An11g07340	CDS	An11g07340	NT_166526.1	1773090	1773839	D	Function: S. maritimus EncK is a putative O-methyl transferase implicated in enterocin polyketide biosynthesis.; Title: strong similarity to hypothetical O-methyl transferase EncK - Streptomyces maritimus; See PMID 11137817; uncharacterized protein	1773090..1773839	Aspergillus niger	4984954
An11g07350	CDS	An11g07350	NT_166526.1	1774249	1776752	R	Function: GABA utilization is amdR-dependent in A. oryzae.; Title: similarity to transcription regulator amdR -Aspergillus oryzae; nucleus; See PMID 1452021; uncharacterized protein	complement(join(1774249..1775559,1775613..1776119,1776176..1776313,1776375..1776752))	Aspergillus niger	4984955
An11g07360	CDS	An11g07360	NT_166526.1	1777191	1777651	R	hypothetical protein	complement(join(1777191..1777304,1777391..1777651))	Aspergillus niger	84592339
An11g07370	CDS	An11g07370	NT_166526.1	1777855	1779999	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1777855..1777985,1778067..1778171,1778276..1778341,1778397..1778507,1778584..1778733,1778813..1778922,1779353..1779453,1779546..1779643,1779689..1779870,1779959..1779999))	Aspergillus niger	84592340
An11g07380	CDS	An11g07380	NT_166526.1	1780286	1781266	D	Catalytic activity: P. fluorescens phzF catalyzes the hydroxylation of phenazine-1-carboxylic acid to 2-hydroxy-phenazine-1-carboxylic acid.; Function: P. fluorescens phzF is involved in the production of the broad-spectrum antibiotic phenazine-1-carboxylic acid (PCA).; Remark: the P. fluorescens PHZF gene is part of a seven gene cluster, containing phzABCDEFG.; Remark: the broad-spectrum antibiotic phenazine-1-carboxylic acid (PCA) is active against a variety of fungal root pathogens.; Title: similarity to phenazine biosynthesis oxidoreductase phzF - Pseudomonas fluorescens; See PMID 9573209; uncharacterized protein	1780286..1781266	Aspergillus niger	4984958
An11g07420	CDS	An11g07420	NT_166526.1	1783574	1784786	D	Similarity: similarities correspond to multiple G-repeats.; hypothetical protein	join(1783574..1783586,1783658..1783740,1783838..1783906,1783982..1784000,1784045..1784136,1784187..1784368,1784457..1784476,1784551..1784786)	Aspergillus niger	84592341
An11g07430	CDS	An11g07430	NT_166526.1	1784929	1785631	R	hypothetical protein	complement(join(1784929..1784998,1785092..1785175,1785516..1785631))	Aspergillus niger	84592342
An11g07440	CDS	An11g07440	NT_166526.1	1785712	1786715	R	Similarity: similarities correspond to multiple glutamine repeats.; hypothetical protein	complement(join(1785712..1785799,1785942..1786005,1786104..1786225,1786359..1786416,1786529..1786600,1786646..1786715))	Aspergillus niger	84592343
An11g07450	CDS	An11g07450	NT_166526.1	1786816	1788840	D	Function: the C. elegans PKC1B gene product catalyzes the formation of peptidyl-serine-phosphate or peptidyl-threonine-phosphate using ATP.; Remark: activity of the C. elegans protein kinase C is calcium-independent, phospholipid-dependent, and activated by diacylglycerol and by tumor-promoting phorbol esters; Title: similarity to neuronal protein kinase C PKC1B - Caenorhabditis elegans; See PMID 8132661; uncharacterized protein	join(1786816..1786858,1786930..1787038,1787284..1787488,1787544..1787699,1787752..1788206,1788261..1788290,1788342..1788840)	Aspergillus niger	4984965
An11g07460	CDS	An11g07460	NT_166526.1	1788966	1789399	D	hypothetical protein	join(1788966..1789034,1789121..1789399)	Aspergillus niger	84592344
An11g07480	CDS	An11g07480	NT_166526.1	1790740	1791133	D	hypothetical protein	join(1790740..1790841,1790919..1790975,1791059..1791133)	Aspergillus niger	84592345
An11g07490	CDS	An11g07490	NT_166526.1	1791375	1792924	R	Complex: S. cerevisiae Hoc1 forms the Golgi membrane mannosyltransferase A-complex with Anp1, Mnn9, Mnn10, and Mnn11.; Function: S. cerevisiae Hoc1 is an alpha-1,6-mannosyltransferase involved in protein mannosylation and O-glycosylation at the Golgi membrane.; Golgi; Title: similarity to alpha-1,6-mannosyltransferase Hoc1 - Saccharomyces cerevisiae; See PMID 10635561; See PMID 9055074; uncharacterized protein	complement(join(1791375..1791451,1791537..1791597,1791654..1791694,1791769..1792924))	Aspergillus niger	4984969
An11g07500	CDS	An11g07500	NT_166526.1	1794529	1795162	D	hypothetical protein	join(1794529..1794724,1794885..1795162)	Aspergillus niger	84592346
An11g07510	CDS	An11g07510	NT_166526.1	1795577	1797268	D	Catalytic activity: 6-Hydroxy-D-nicotine oxidases convert (R)-6-hydroxynicotine + H(2)O + O(2) to 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Complex: A. oxidans 6-HDNO is covalently flavinylated.; Function: A. oxidans 6-HDNO is involved in nicotine catabolism.; Similarity: similarity is between the C-terminal regions of the predicted A. niger protein and A. oxidans 6-HDNO.; Title: similarity to 6-Hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3622516; uncharacterized protein	join(1795577..1795639,1795700..1796562,1796779..1797268)	Aspergillus niger	4984971
An11g07530	CDS	An11g07530	NT_166526.1	1798104	1802071	R	Function: Notchless protein of D. melanogaster binds to the cytoplasmic domain of Notch, suggesting that it serves as a direct regulator of Notch signaling activity.; Remark: WD-repeat proteins are found in all eukaryotes and play an important role in the regulation of a wide variety of cellular functions such as signal transduction, transcription, and proliferation.; Similarity: similarity to WD40-domain containing DNA-binding proteins.; Title: similarity to protein Notchless - Drosophila melanogaster; cytoplasm; See PMID 9590294; See PMID 9857191; uncharacterized protein	complement(join(1798104..1798271,1798404..1800341,1800387..1801597,1801846..1801926,1801978..1802071))	Aspergillus niger	84592347
An11g07550	CDS	An11g07550	NT_166526.1	1803685	1806221	R	Catalytic activity: Pyruvate + lipoamide = S-acetyldihydrolipoamide + CO(2).; Title: weak similarity to pyruvate dehydrogenase pdhA - Alcaligenes eutrophus; uncharacterized protein	complement(join(1803685..1804736,1804796..1805356,1805584..1805622,1805709..1805814,1805959..1805993,1806058..1806110,1806160..1806221))	Aspergillus niger	4984974
An11g07560	CDS	An11g07560	NT_166526.1	1806391	1807515	R	hypothetical protein	complement(join(1806391..1806508,1806608..1806653,1806701..1806917,1806963..1807128,1807349..1807515))	Aspergillus niger	84592348
An11g07570	CDS	An11g07570	NT_166526.1	1807803	1808605	D	Similarity: similarity corresponds to a short internal region.; Title: weak similarity to dsRNA-binding protein 4F.2 - Xenopus laevis; See PMID 7922339; uncharacterized protein	join(1807803..1807845,1807897..1807985,1808051..1808605)	Aspergillus niger	4984976
An11g07580	CDS	An11g07580	NT_166526.1	1808675	1808992	R	hypothetical protein	complement(join(1808675..1808786,1808850..1808992))	Aspergillus niger	84592349
An11g07590	CDS	An11g07590	NT_166526.1	1810119	1814551	D	Function: the A. thaliana CAF gene product contains an N-terminal DExH/DEAD-box type RNA helicase domain attached to a C-terminal RNaseIII-like domain; it may act through some type of RNA processing event(s); Title: similarity to RNA helicase/RNAseIII CAF -Arabidopsis thaliana; See PMID 10556049; uncharacterized protein	join(1810119..1810244,1810295..1810423,1810472..1810559,1810595..1810723,1810771..1810912,1810975..1811994,1812046..1814551)	Aspergillus niger	4984978
An11g07600	CDS	An11g07600	NT_166526.1	1816104	1817186	D	Title: strong similarity to hypothetical protein encoded by An14g05440 - Aspergillus niger; uncharacterized protein	join(1816104..1816456,1816547..1817186)	Aspergillus niger	4984979
An11g07610	CDS	An11g07610	NT_166526.1	1818264	1820438	R	Similarity: the ORF encoded protein shows also weak similarity to putative transcriptional regulator C1327. 01C from Schizosaccharomyces pombe.; Title: weak similarity to transcriptional activator Mut3 - Pichia angusta; uncharacterized protein	complement(join(1818264..1818620,1818683..1818974,1819021..1819444,1819604..1820438))	Aspergillus niger	4984980
An11g07620	CDS	An11g07620	NT_166526.1	1820779	1822000	D	Similarity: weak similarity to short internal region of DNA-directed DNA polymerase catalytic chain -Trypanosoma brucei.; Title: strong similarity to hypothetical protein encoded by An08g09040 - Aspergillus niger; uncharacterized protein	join(1820779..1820926,1820982..1822000)	Aspergillus niger	84592350
An11g07630	CDS	An11g07630	NT_166526.1	1822080	1824296	R	Remark: two isoforms of the MCT transporter have been isolated from R. norvegicus, catalyzing the lactic acid efflux from white skeletal muscle; differences of both isoforms MCT1 and MCT3 correspond to their regulation rather than their intrinsic properties.; Title: strong similarity to monocarboxylate transporter MCT3 - Rattus norvegicus; See PMID 9632638; See PMID 10358105; See PMID 10510291; uncharacterized protein	complement(join(1822080..1822137,1822257..1822287,1822344..1823410,1823473..1823676,1823879..1823885,1824061..1824146,1824238..1824296))	Aspergillus niger	4984982
An11g07640	CDS	An11g07640	NT_166526.1	1824637	1825803	D	Alternative name: protein kinase clk; Function: the M. musculus Clk protein, expressed in bacteria, becomes efficiently phosphorylated in vitro on tyrosine as well as serine/threonine, and phosphorylates the exogenous substrate poly(glu, tyr) on tyrosine.; Title: similarity to protein kinase STY - Mus musculus; See PMID 1825055; uncharacterized protein	join(1824637..1824976,1825035..1825339,1825450..1825558,1825616..1825803)	Aspergillus niger	4984983
An11g07650	CDS	An11g07650	NT_166526.1	1826012	1826925	D	Catalytic activity: donor + H(2)O(2) = oxidized donor + 2H(2)O.; Remark: AOP2 from mouse is higly expressed in heart,kidney and liver.; Remark: a synonyme for AOP2 from mouse is LTW4.; Title: strong similarity to antioxidant protein AOP2 - Mus musculus; See PMID 9205120; See PMID 9806838; uncharacterized protein	join(1826012..1826192,1826249..1826430,1826488..1826925)	Aspergillus niger	4984984
An11g07660	CDS	An11g07660	NT_166526.1	1827591	1830177	D	Catalytic activity: Successive hydrolysis of beta-D-glucose units from the non-reducing ends of 1,3-beta-D-glucans, releasing alpha-glucose.; Remark: beta-glucanases participate in the metabolism of beta-glucan, the main structural component of the cell wall, could also function biosynthetically as a transglycosylase.; Title: similarity to exo-1,3-beta-glucanase Xog -Candida ablicans; uncharacterized protein	join(1827591..1828658,1828705..1829717,1829766..1830177)	Aspergillus niger	4984985
An11g07670	CDS	An11g07670	NT_166526.1	1831018	1834887	D	Title: strong similarity to hypothetical protein EAA61442.1 - Aspergillus nidulans; uncharacterized protein	join(1831018..1831729,1831783..1832208,1832397..1832516,1832603..1832685,1832797..1833516,1833697..1833823,1834032..1834078,1834147..1834887)	Aspergillus niger	4984986
An11g07680	CDS	An11g07680	NT_166526.1	1835334	1837134	R	Alternative name: YDR299W (MIPS); Function: the S. cerevisiae BFR2 gene product partially suppresses the growth defects induced by the fungal metabolite Brefeldin A (BFA), which disrupts the Golgi apparatus and its incoming protein flux.; Title: strong similarity to brefeldin A resistance protein Bfr2 - Saccharomyces cerevisiae; See PMID 9472076; See PMID 9645427; uncharacterized protein	complement(join(1835334..1836846,1836934..1837036,1837104..1837134))	Aspergillus niger	4984987
An11g07690	CDS	An11g07690	NT_166526.1	1837445	1838676	D	Similarity: patentmatch against cytoplasmic protein W21013 Patentprot.; Title: similarity to cytoplasmic protein hp5e15211orf13 from patent WO9640893-A1 - Helicobacter pylori; cytoplasm; uncharacterized protein	join(1837445..1837501,1837559..1837694,1837763..1837882,1837940..1838600,1838646..1838676)	Aspergillus niger	4984988
An11g07700	CDS	An11g07700	NT_166526.1	1838887	1841885	R	Similarity: patentmatch against esterase es4 W23084 Patentprot.; Title: similarity to esterase es4 from patent WO9730160-A1 - Cetacea sp.; uncharacterized protein	complement(join(1838887..1840082,1840173..1840924,1840971..1841112,1841240..1841705,1841817..1841885))	Aspergillus niger	4984989
An11g07710	CDS	An11g07710	NT_166526.1	1843122	1844406	R	hypothetical protein	complement(join(1843122..1843272,1843360..1843712,1843767..1844058,1844120..1844406))	Aspergillus niger	4984990
An11g07720	CDS	An11g07720	NT_166526.1	1845010	1846146	D	hypothetical protein	join(1845010..1845044,1845093..1846146)	Aspergillus niger	4984991
An11g07730	CDS	An11g07730	NT_166526.1	1847720	1850566	R	Similarity: the similarities of the ORF encoded protein to Muc4 from H. sapiens and the other proteins are mainly based on repetitive structures.; Title: similarity to mucin MUC4 - Homo sapiens; See PMID 10851560; uncharacterized protein	complement(join(1847720..1847767,1847812..1847866,1848072..1848194,1848454..1848928,1848985..1849594,1849668..1849733,1849802..1849953,1850005..1850566))	Aspergillus niger	84592351
An11g07740	CDS	An11g07740	NT_166526.1	1850932	1852306	D	hypothetical protein	join(1850932..1851409,1851462..1852306)	Aspergillus niger	4984993
An11g07750	CDS	An11g07750	NT_166526.1	1853555	1854556	D	Remark: the patent does not provide information about enzymatic activity of the protein.; Remark: the patent match is against the protein sequence of patent WO9621732-A/1 (AC# A52373).; Remark: the patented protein p43 and related polypeptide(s) which bind to interleukin receptor will be useful for treatment and diagnosis of IL-2 related disease,and to study mechanism of IL-2 mediated signal transduction.; Title: strong similarity to interleukin-2 receptor associated protein p43 from patent WO9621732-A - Mus musculus; uncharacterized protein	1853555..1854556	Aspergillus niger	4984994
An11g07760	CDS	An11g07760	NT_166526.1	1854621	1855895	R	Remark: the patent does not give information about the function of the protein.; Similarity: the predicted A. niger protein shows strong similarity to protein sequence 365 from patent WO0100843 (AC# AX064083) and several putative peptidases.; Title: strong similarity to sequence 365 from patent WO0100843 - Corynebacterium glutamicum; uncharacterized protein	complement(1854621..1855895)	Aspergillus niger	4984995
An11g07770	CDS	An11g07770	NT_166526.1	1856276	1858131	R	hypothetical protein	complement(join(1856276..1856396,1856567..1856676,1856761..1856874,1857000..1857111,1857371..1857557,1857641..1857753,1858028..1858131))	Aspergillus niger	84592352
An11g07780	CDS	An11g07780	NT_166526.1	1858240	1863137	D	Function: Mrp2 of O. cuniculus mediates hepatobiliary excretion of numerous organic anions. Mrp2 of O. cuniculus confers a cAMP-activated chloride conductance that is inhibited by the chloride channel blockers niflumic acid, 5-nitro-2-(3-phenylpropylamine)benzoic acid,and 4,4'-diisothiocyanatostilbene-2,2'-disulfonic acid.; Localization: Mrp2 of O. cuniculus is an integral protein of the apical membrane of epithelial cells.; Similarity: the predicted A. niger protein shows similarity to multidrug resistance-associated protein Mrp2 of several mammalian species. Mrp2 belongs to the MRP subfamily within the ATP- binding transport protein family (ABC transporters).; Tissue specificity: Mrp2 of O. cuniculus is expressed in liver, kidney and small intestine.; Title: strong similarity to multidrug resistance-associated protein Mrp2 - Oryctolagus cuniculus; plasma membrane; See PMID 8643587; See PMID 9614209; uncharacterized protein	join(1858240..1858434,1858499..1859280,1859339..1861074,1861145..1861455,1861532..1861695,1861768..1861817,1861934..1862330,1862387..1863137)	Aspergillus niger	4984997
An11g07790	CDS	An11g07790	NT_166526.1	1863391	1864450	R	Title: similarity to hypothetical protein encoded by An14g02830 - Aspergillus niger; uncharacterized protein	complement(join(1863391..1863656,1863918..1864256,1864306..1864450))	Aspergillus niger	84592353
An11g07800	CDS	An11g07800	NT_166526.1	1865443	1867536	D	Function: the human erythrocyte ankyrin ANK1 attachs integral membrane proteins to cytoskeletal elements. it binds to the erythrocyte membrane protein band 4. 2, to Na-K ATPase, to the lymphocyte membrane protein GP85, and to the cytoskeletal proteins fodrin, tubulin, vimentin and desmin. erythrocyte ankyrins also link spectrin (beta chain) to the cytoplasmic domain of the erythrocytes anion exchange protein.; Title: similarity to erythrocyte splice form 1 of ankyrin ANK1 - Homo sapiens; cytoskeleton; See PMID 8226993; See PMID 8640229; See PMID 1689849; uncharacterized protein	1865443..1867536	Aspergillus niger	84592354
An11g07810	CDS	An11g07810	NT_166526.1	1867777	1868587	R	Title: weak similarity to hypothetical protein BAC69913.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(1867777..1868402,1868584..1868587))	Aspergillus niger	84592355
An11g07820	CDS	An11g07820	NT_166526.1	1868907	1873908	D	Function: MRP-enriched membrane vesicles have demonstrated that the protein can bind and transport cysteinyl leukotrienes, as well as some other glutathione conjugates, with high affinity. in contrast, there is no direct evidence of the ability of MRP to bind or transport unmodified forms of the drugs to which it confers resistance. cells transfected with MRP displayed increased resistance to vincristine (5-6-fold) and doxorubicin (< 2-fold).; Similarity: the predicted protein of A. niger shows similarity to fungal and mammalian multidrug-resistance proteins (MRP).; Tissue specificity: MRP mRNA expression in some tissues is cell-type specific.; Title: strong similarity to multidrug resistance protein MRP - Mus musculus [putative frameshift]; plasma membrane; putative frameshift; See PMID 8649356; uncharacterized protein	join(1868907..1869113,1869165..1869917,1869974..1870253,1870600..1871493,1871553..1871894,1871960..1872083,1872157..1872228,1872285..1872400,1872504..1873128,1873237..>1873908)	Aspergillus niger	4985001
An11g07830	CDS	An11g07830	NT_166526.1	1875521	1878266	D	Title: strong similarity to hypothetical peptide transporter mtd1 - Schizophyllum commune; See PMID 10501939; uncharacterized protein	join(1875521..1875826,1875891..1876451,1876504..1876620,1876670..1876951,1877001..1877264,1877319..1877496,1877548..1878266)	Aspergillus niger	4985002
An11g07840	CDS	An11g07840	NT_166526.1	1878828	1879654	R	Similarity: similarities may be due to repetitive sequences.; hypothetical protein	complement(join(1878828..1879210,1879291..1879654))	Aspergillus niger	4985003
An11g07850	CDS	An11g07850	NT_166526.1	1880408	1881280	D	hypothetical protein	join(1880408..1880411,1880444..1880598,1880671..1880739,1880841..1880926,1880967..1881170,1881229..1881280)	Aspergillus niger	84592356
An11g07870	CDS	An11g07870	NT_166526.1	1882254	1883715	R	hypothetical protein	complement(join(1882254..1882343,1882520..1882719,1882817..1883083,1883172..1883287,1883410..1883517,1883603..1883715))	Aspergillus niger	84592357
An11g07875	CDS	An11g07875	NT_166526.1	1884033	1884632	D	hypothetical protein	1884033..1884632	Aspergillus niger	4985007
An11g07880	CDS	An11g07880	NT_166526.1	1884778	1887204	D	hypothetical protein	join(1884778..1884921,1885030..1885175,1885399..1885479,1885841..1886031,1886124..1886185,1886492..1886525,1886753..1886916,1887139..1887204)	Aspergillus niger	84592358
An11g07900	CDS	An11g07900	NT_166526.1	1887743	1889271	D	Title: similarity to hypothetical protein encoded by An16g02740 - Aspergillus niger; uncharacterized protein	join(1887743..1887855,1887946..1888002,1888146..1888459,1888511..1888669,1888754..1888882,1888967..1889017,1889102..1889271)	Aspergillus niger	84592359
An11g07910	CDS	An11g07910	NT_166526.1	1889557	1890841	D	Title: strong similarity to hypothetical protein encoded by An18g04450 - Aspergillus niger; uncharacterized protein	join(1889557..1889985,1890029..1890046,1890113..1890841)	Aspergillus niger	4985011
An11g07920	CDS	An11g07920	NT_166526.1	1891184	1891506	D	Remark: the protein sequence of patent WO200055320-A1 (AC# AAB54096) covers a ribosomal protein L33-like protein. the same sequence is covered by another patent WO9936524-A1 (AC# AAY29322).; Title: similarity to pancreatic cancer antigen from patent WO200055320-A1 - Homo sapiens; mitochondrial 54S ribosomal protein bL33m	join(1891184..1891196,1891337..1891506)	Aspergillus niger	4985012
An11g07930	CDS	An11g07930	NT_166526.1	1892127	1896551	R	Complex: desmoplakin of H. sapiens forms a two-stranded coiled coil structure.; Function: desmoplakin of H. sapiens may play a role in attaching intermediate filaments to the cell surface.; Localization: human desmoplakin is found at the innermost portion of the desmosomal plaque.; Remark: human dpI and dpII derive from the same gene by alternative splicing.; Remark: the patent match is against the protein sequence breast cancer associated antigen precursor of patent WO9904265-A2 (AC# AAY07031), which covers the C-terminal half of human desmoplakin.; Similarity: the predicted A. niger protein shows similarity to desmoplakin I and II (dpI and dp II) of H. sapiens and coiled-coil domains of other proteins.; Tissue specificity: dpI is apparently an obligate constituent of all desmosomes, whereas dpII resides predominantly in tissues and cells of stratified origin. desmoplakins I and II are the major high molecular weight desmosome proteins.; Title: similarity to desmoplakin I DPI - Homo sapiens; cytoskeleton; uncharacterized protein	complement(join(1892127..1892164,1892212..1893781,1893830..1893880,1893933..1894653,1894711..1895726,1895777..1895808,1895859..1896103,1896145..1896551))	Aspergillus niger	4985013
An11g07940	CDS	An11g07940	NT_166526.1	1897843	1898406	D	hypothetical protein	join(1897843..1898050,1898129..1898406)	Aspergillus niger	84592360
An11g07950	CDS	An11g07950	NT_166526.1	1899167	1900313	D	Catalytic activity: the Bacillus subtilis myo-inositol 2-dehydrogenase converts Myo-inositol and NAD(+) to 2,4,6/3,5-pentahydroxycyclohexanone and NADH.; Induction: the Bacillus subtilis myo-inositol 2-dehydrogenase is induced by myo-inositol and is strongly repressed by rapidly metabolizable carbohydrates such as D-glucose, D-mannose, D-fructose and glycerol .; Title: strong similarity to myo-inositol 2-dehydrogenase yisS - Bacillus subtilis; See PMID 6322857; uncharacterized protein	join(1899167..1899493,1899573..1900313)	Aspergillus niger	4985015
An11g07960	CDS	An11g07960	NT_166526.1	1900946	1903175	D	Function: the A. oryzae glutaminase is an aminohydrolase that hydrolyses glutamin to glutamate and ammonia.; Remark: the purified A. oryzae glutaminase catalysed the hydrolysis not only of L-glutamine but also of D-glutamine.; Title: strong similarity to glutaminase A gtaA -Aspergillus oryzae; See PMID 10952006; uncharacterized protein	join(1900946..1901381,1901443..1903175)	Aspergillus niger	4985016
An11g07970	CDS	An11g07970	NT_166526.1	1903772	1906257	D	Title: strong similarity to hypothetical protein SPBC16H5.12c - Schizosaccharomyces pombe; uncharacterized protein	join(1903772..1903780,1903946..1904102,1904199..1904310,1904427..1906257)	Aspergillus niger	4985017
An11g07980	CDS	An11g07980	NT_166526.1	1908110	1910015	R	Function: YAP1 gene disruption experiments in K. lactis indicated that the gene is involved in both the oxidative and cadmium response pathways.; Function: the K. lactis YAP1 mediates AP-1 response element-dependent transcriptional activation in response to H2O2 in S. cerevisiae.; Remark: the K. lactis YAP1 was cloned by functional complementation of the mutant phenotype of a S. cerevisiae strain lacking functional YAP1 and YAP2 genes.; Remark: the similarity of the predicted A. niger protein to the transcription factor YAP1 is restricted to the N-terminal part of the A. niger protein (aa 119-222).; Title: weak similarity to transcription factor YAP1 - Kluyveromyces lactis; nucleus; See PMID 9439570; uncharacterized protein	complement(join(1908110..1908260,1908316..1909475,1909539..1910015))	Aspergillus niger	4985018
An11g07990	CDS	An11g07990	NT_166526.1	1910133	1910877	D	hypothetical protein	join(1910133..1910354,1910404..1910475,1910517..1910565,1910643..1910705,1910780..1910877)	Aspergillus niger	84592361
An11g08000	CDS	An11g08000	NT_166526.1	1910935	1911927	R	hypothetical protein	complement(join(1910935..1911121,1911383..1911476,1911535..1911758,1911845..1911927))	Aspergillus niger	84592362
An11g08010	CDS	An11g08010	NT_166526.1	1912581	1913562	D	Title: similarity to hypothetical protein SPCC1281.02c - Schizosaccharomyces pombe; uncharacterized protein	join(1912581..1912631,1912686..1913421,1913474..1913562)	Aspergillus niger	4985021
An11g08020	CDS	An11g08020	NT_166526.1	1913879	1915154	R	Function: the M. grisea Pth11p can activate appressorium differentiation in response to inductive surface cues and repress differentiation on poorly inductive surfaces.; Remark: the M. grisea PTH11, a pathogenicity gene predicted to encode a novel transmembrane protein is localized in the cell membrane and in vacuoles.; Title: strong similarity to G-11 integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(1913879..1914281,1914359..1914803,1914856..1914892,1914963..1915154))	Aspergillus niger	4985022
An11g08030	CDS	An11g08030	NT_166526.1	1915848	1917686	D	Function: the A. nidulans STCW may be involved in the hydroxylatioin of averantin to 5'-hydroxyaverantin.; Pathway: The ST biosynthetic pathway in Aspergillus nidulans is estimated to involve at least 15 enzymatic activities; Remark: Sterigmatocystin (ST) is a mycotoxin with the molecular formula C18 H12 O6 who is closly related to alflatoxin and produced by several species of Aspergillus sp.; Title: strong similarity to hypothetical sterigmatocystin biosythesis monooxygenase stcW -Aspergillus nidulans; See PMID 8643646; uncharacterized protein	join(1915848..1916683,1916740..1917273,1917328..1917482,1917550..1917686)	Aspergillus niger	4985023
An11g08040	CDS	An11g08040	NT_166526.1	1917775	1918908	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(1917775..1917839,1917880..1917951,1918021..1918055,1918153..1918210,1918260..1918355,1918845..1918908))	Aspergillus niger	84592363
An11g08050	CDS	An11g08050	NT_166526.1	1919301	1920234	R	Remark: the AKT2 protein is involved in production and pathogenicity of the fungal AK-toxin, which is a pathotype called black spot on japanese pears.; Title: strong similarity to hypothetical protein required for biosynthesis of the host-specific AK-toxin Akt2 - Alternaria alternata; See PMID 10432635; uncharacterized protein	complement(join(1919301..1920105,1920161..1920234))	Aspergillus niger	4985025
An11g08060	CDS	An11g08060	NT_166526.1	1921393	1923256	R	Function: the M. musculus HCDH catalyzes the reduction of 3-hydroxyacyl-CoA to 3-oxoacyl-CoA.; Localization: the M. musculus HCDH is predicted to be in at least two different compartments of the cell, the mitochondria and the peroxisomes.; Pathway: the M. musculus 3-hydroxyacyl-CoA dehydrogenase (HCDH) is an enzyme involved in fatty acid metabolism.; Remark: the similarity of the predicted A. niger protein to the M. musculus HCDH is restricted to the N-terminal region.; Similarity: the predicted A. niger protein contains the dehydratase domain (aa 194-204, PF00725) as well as the NAD-binding domain (aa 0-192, PF02737).; Title: similarity to 3-hydroxyacyl-CoA dehydrogenase HCDH - Mus musculus; See PMID 7642117; uncharacterized protein	complement(join(1921393..1922623,1922676..1923256))	Aspergillus niger	4985026
An11g08070	CDS	An11g08070	NT_166526.1	1923927	1925678	R	Catalytic activity: the H. sapiens acetylcholinesterase catalyses the cleavage of acetylcholine and H(2)O to choline and acetate thus reducing the concentration of the neurotransmitter acetycholin within the neural cleft.; Complex: acetylcholinesterase of H. spaiens exists a homodimer linked by a disulfide bridge.; Remark: the human acetylcholinsterase acts on a variety of acetic esters; also catalyses transacetylations and is inhibited by tacrine.; Title: strong similarity to acetylcholinesterase ACHE - Homo sapiens; See PMID 2263619; See PMID 2714437; uncharacterized protein	complement(1923927..1925678)	Aspergillus niger	4985027
An11g08080	CDS	An11g08080	NT_166526.1	1926679	1928051	R	Catalytic activity: O-methyltransferase I catalyzes both the conversion of demethylsterigmatocystin to sterigmatocystin and the conversion of dihydrodemethylsterigmatocystin to dihydrosterigmatocystin during aflatoxin biosynthesis.; Remark: sterigmatocystin (ST) is a mycotoxin with the molecular formula C18 H12 O6, which is closly related to alflatoxin and produced by several species of Aspergillus sp.; Remark: the predicted A. niger protein contains a PF00891 O-methyltransferase consensus sequenze (aa 119-374) and a leucin zipper domain (aa 249-278).; Title: strong similarity to cDNA O-methyltransferase mt-I - Aspergillus parasiticus; See PMID 10543813; uncharacterized protein	complement(join(1926679..1926992,1927052..1927506,1927555..1927684,1927751..1928051))	Aspergillus niger	4985028
An11g08090	CDS	An11g08090	NT_166526.1	1928557	1929715	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1928557..1928609,1928781..1928903,1929311..1929412,1929571..1929715)	Aspergillus niger	84592364
An11g08100	CDS	An11g08100	NT_166526.1	1930059	1931006	R	Title: strong similarity to hypothetical protein encoded by An12g06830 - Aspergillus niger; uncharacterized protein	complement(join(1930059..1930762,1930877..1931006))	Aspergillus niger	4985030
An11g08110	CDS	An11g08110	NT_166526.1	1931246	1932304	R	hypothetical protein	complement(join(1931246..1931327,1931413..1931539,1931622..1931701,1931738..1931857,1932047..1932230,1932301..1932304))	Aspergillus niger	84592365
An11g08120	CDS	An11g08120	NT_166526.1	1932941	1933446	D	Similarity: the ORF encoded protein shows also weak similarity to cDNA hypothetical serine-rich protein SPCC553. 10 from Schizosaccharomyces pombe.; Title: weak similarity to hypothetical protein encoded by An11g05490 - Aspergillus niger; uncharacterized protein	join(1932941..1933068,1933112..1933239,1933316..1933446)	Aspergillus niger	4985032
An11g08130	CDS	An11g08130	NT_166526.1	1934272	1935449	D	Pathway: the D. melanogaster SRPK1 identified as a kinase specific for the SR family of splicing factors.; Remark: the similarity between the predicted A. niger protein and the D. melanogaster SRPK1 protein is restricted to the Serin/threonin kinase domain (aa 15 - 59,COG0515).; Title: weak similarity to SR protein kinase 1 SRPK1 - Drosophila melanogaster; See PMID 11158320; uncharacterized protein	join(1934272..1934456,1934650..1934767,1934862..1935449)	Aspergillus niger	4985033
An11g08140	CDS	An11g08140	NT_166526.1	1935789	1936825	R	Catalytic activity: endonucleolytic cleavage to 5'-phosphomononucleotide and 5'-phosphooligonucleotide end-products.; Complex: nucS of A. oryzae exists as a monomer.; Function: the A. oryzae nuclease S1 hydrolyses single stranded DNA from protuding ends or endonucleolytical.; Title: strong similarity to nuclease S1 gene nucS -Aspergillus oryzae; See PMID 8597544; See PMID 1939022; uncharacterized protein	complement(join(1935789..1936385,1936442..1936533,1936585..1936825))	Aspergillus niger	4985034
An11g08150	CDS	An11g08150	NT_166526.1	1937701	1938900	R	Remark: the predicted A. niger protein exhibits also local similarity to the hypothetical yukJ from B. subtilis within its central part (aa 138-230).; Title: strong similarity to hypothetical protein BAB74777.1 - Nostoc sp.; uncharacterized protein	complement(join(1937701..1937733,1937866..1938900))	Aspergillus niger	4985035
An11g08160	CDS	An11g08160	NT_166526.1	1940036	1941393	D	Remark: the similarity of the predicted A. niger protein (aa 2-277) is restricted to the N-terminal part of the to the C. crescentus protein.; Title: similarity to hypothetical peptidoglycan binding domain protein CC2696 - Caulobacter crescentus; uncharacterized protein	join(1940036..1940069,1940137..1940313,1940372..1941393)	Aspergillus niger	4985036
An11g08170	CDS	An11g08170	NT_166526.1	1941689	1942721	R	hypothetical protein	complement(join(1941689..1942283,1942340..1942525,1942603..1942721))	Aspergillus niger	4985037
An11g08180	CDS	An11g08180	NT_166526.1	1943477	1947514	D	Title: similarity to hypothetical protein slr1968 -Synechocystis sp.; uncharacterized protein	join(1943477..1944263,1944318..1947514)	Aspergillus niger	4985038
An11g08190	CDS	An11g08190	NT_166526.1	1948048	1949988	D	Remark: when expressed in Xenopus oocytes, the encoded protein of the rat designated as TAT1 (T-type amino acid transporter 1) exhibited Na+-independent and low-affinity transport of aromatic amino acids such as tryptophan, tyrosine, and phenylalanine (Km values: approximately 5 mm), consistent with the properties of classical amino acid transport system T. Distinct from H+/monocarboxylate transporters, however, TAT1 was not coupled with the H+ transport but it mediated an electroneutral facilitated diffusion.; Similarity: belongs to the permeases of the major facilitator superfamily.; Title: strong similarity to T-type amino acid transporter 1 TAT1 - Rattus norvegicus; See PMID 11278508; uncharacterized protein	join(1948048..1948272,1948484..1948794,1948854..1949988)	Aspergillus niger	4985039
An11g08200	CDS	An11g08200	NT_166526.1	1950287	1951504	R	Title: strong similarity to hypothetical protein EAA59978.1 - Aspergillus nidulans; uncharacterized protein	complement(1950287..1951504)	Aspergillus niger	4985040
An11g08210	CDS	An11g08210	NT_166526.1	1952167	1953840	R	hypothetical protein	complement(join(1952167..1952202,1952351..1952425,1952631..1952650,1952730..1953116,1953191..1953629,1953747..1953782,1953838..1953840))	Aspergillus niger	84592366
An11g08220	CDS	An11g08220	NT_166526.1	1954075	1957358	D	Remark: similarity to Neisseria meningitidis Hsp70 patent WO200034465-A2.; Title: similarity to heat shock protein 70 Hsp70 from patent WO200034465-A2 - Neisseria meningitidis; uncharacterized protein	join(1954075..1954179,1954532..1954547,1954840..1954894,1955196..1955628,1955680..1955778,1955841..1955952,1956019..1956271,1956328..1956451,1956498..1956595,1956645..1956662,1956711..1956903,1956960..1957101,1957159..1957358)	Aspergillus niger	4985042
An11g08230	CDS	An11g08230	NT_166526.1	1957842	1958789	R	hypothetical protein	complement(join(1957842..1957949,1958018..1958033,1958096..1958594,1958732..1958789))	Aspergillus niger	84592367
An11g08240	CDS	An11g08240	NT_166526.1	1959321	1960756	R	Title: questionable ORF; uncharacterized protein	complement(join(1959321..1959477,1959860..1960009,1960073..1960209,1960631..1960756))	Aspergillus niger	84592368
An11g08250	CDS	An11g08250	NT_166526.1	1961995	1965429	R	Title: strong similarity to tyrosine decarboxylase tyrDC - Enterococcus faecalis; See PMID 12089039; uncharacterized protein	complement(join(1961995..1962679,1962735..1963759,1963810..1963918,1963977..1964538,1964591..1964959,1965018..1965429))	Aspergillus niger	4985045
An11g08260	CDS	An11g08260	NT_166526.1	1966604	1967086	R	Remark: similarity to Arabidopsis thaliana protein fragment SEQ ID NO: 58222 patent EP1033405-A2.; Title: similarity to protein fragment SEQ ID NO:58222 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(1966604..1966769,1966869..1967086))	Aspergillus niger	4985046
An11g08280	CDS	An11g08280	NT_166526.1	1967994	1969348	R	Remark: Northern blotting revealed a unique tissue distribution for the expression of mRNA for MTC3. MTC3 is expressed in retinal pigment epithelium (RPE).; Title: similarity to monocarboxylate transporter MCT3 - Homo sapiens; See PMID 9425115; See PMID 10493836; uncharacterized protein	complement(join(1967994..1968769,1968835..1969348))	Aspergillus niger	4985048
An11g08290	CDS	An11g08290	NT_166526.1	1970222	1971471	R	Function: FAH is a cytochrome P450-linked monoxygenase, which catalyses the conversion of ferulic acid to 5-hydroxyferulic acid, which is an internediate of sinapine.; Remark: similarity to Amino acid sequence of pJOY3 ferulic acid hydroxylase cDNA clone patent CA2270417-A1.; Title: similarity to ferulic acid hydroxylase FAH from patent CA2270417-A1 - Brassica napus; uncharacterized protein	complement(join(1970222..1970843,1970924..1971471))	Aspergillus niger	84592369
An11g08300	CDS	An11g08300	NT_166526.1	1972177	1972448	D	Remark: the ORF is short in length (47 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	join(1972177..1972266,1972395..1972448)	Aspergillus niger	84592370
An11g08320	CDS	An11g08320	NT_166526.1	1973117	1975237	R	Remark: FLR1 S. cerevisiae gene confers resistance to the antimitotic systemic benzimidazole fungicide benomyl and the antitumor agent methotrexate, reinforcing the concept that the FLR1 gene is a multidrug resistance (MDR) determinant. activation of FLR1 expression in benomyl-stressed cells is under the control of the transcriptional regulator Pdr3p.; Remark: alternative name is YBR008c.; Similarity: belongs to the permeases of the major facilitator superfamily and the benomyl/methotrexate resistance protein family.; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; See PMID 10572257; uncharacterized protein	complement(join(1973117..1973119,1973190..1973266,1973489..1974074,1974130..1974623,1974687..1974873,1974932..1975237))	Aspergillus niger	4985052
An11g08330	CDS	An11g08330	NT_166526.1	1975958	1977601	R	Remark: strong similarity to Pseudomonas sp. WF505 ORF6-6 protein, SEQ ID NO:11 patent JP2000093180-A found in PATENTPROT:AAY97823.; Remark: the decribed Pseudomonas sp. WF505 protein is believed to be useful for the desulfurization of crude oil as component of the benzothiophene oxidase gene cluster of Pseudomonas sp. WF505.; Title: strong similarity to ORF6-6 protein from patent JP2000093180-A - Pseudomonas sp.; See PMID 8021182; See PMID 9783422; uncharacterized protein	complement(join(1975958..1975993,1976058..1976517,1976592..1976803,1976857..1977272,1977304..1977601))	Aspergillus niger	4985053
An11g08340	CDS	An11g08340	NT_166526.1	1977709	1978535	R	Title: similarity to hypothetical protein encoded by An02g12600 - Aspergillus niger; uncharacterized protein	complement(join(1977709..1978115,1978145..1978535))	Aspergillus niger	84592371
An11g08350	CDS	An11g08350	NT_166526.1	1979418	1983000	R	Title: similarity to cellular proliferation protein #164 from patent WO200170955-A2 - Streptococcus pneumoniae; uncharacterized protein	complement(join(1979418..1979982,1980233..1980267,1980598..1983000))	Aspergillus niger	84592372
An11g08360	CDS	An11g08360	NT_166526.1	1983795	1985399	D	hypothetical protein	1983795..1985399	Aspergillus niger	84592373
An11g08370	CDS	An11g08370	NT_166526.1	1985625	1987660	R	Function: het-6 of N. crassa is involved in the restriction of heterokaryon formation during asexual growth.; Remark: in filamentous fungi, vegetative cell fusion between genotypically distinct individuals leads to a cell-death reaction known as vegetative or heterokaryon incompatibility.; Similarity: het-6(OR) of N. crassa has three regions of amino acid sequence similarity to the predicted product of the het-e vegetative incompatibility gene in P. anserina and to the predicted product of tol, which mediates mating-type vegetative incompatibility in N. crassa.; Title: similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 10880472; See PMID 11035941; See PMID 11092825; uncharacterized protein	complement(join(1985625..1985659,1985716..1987660))	Aspergillus niger	4985057
An11g08380	CDS	An11g08380	NT_166526.1	1988865	1989421	D	hypothetical protein	join(1988865..1988908,1989178..1989421)	Aspergillus niger	84592374
An11g08390	CDS	An11g08390	NT_166526.1	1992526	1995051	D	Similarity: similarity is from the N-terminal region of the predicted A. niger protein to the C-terminal region of Agrobacterium tumefaciens, which is 371 aa long.; Title: weak similarity to hypothetical protein ymc -Argrobacterium tumefaciens; uncharacterized protein	1992526..1995051	Aspergillus niger	84592375
An11g08400	CDS	An11g08400	NT_166526.1	1996285	1997938	R	Title: strong similarity to hypothetical protein YEL023c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1996285..1997772,1997828..1997938))	Aspergillus niger	4985060
An11g08410	CDS	An11g08410	NT_166526.1	1998667	1999801	D	Function: members of the quinone reductase family are catalyzing the nicotinamide nucleotide-dependent reduction of quinones to reduce their toxic effects.; Title: strong similarity to zeta-crystallin / quinone reductase CYGPZ - Cavia porcellus; See PMID 1370456; See PMID 11340659; See PMID 1989495; uncharacterized protein	join(1998667..1998771,1998833..1999255,1999313..1999801)	Aspergillus niger	4985061
An11g08420	CDS	An11g08420	NT_166526.1	2000140	2000700	R	hypothetical protein	complement(join(2000140..2000234,2000326..2000569,2000668..2000700))	Aspergillus niger	84592376
An11g08430	CDS	An11g08430	NT_166526.1	2000953	2002084	D	Title: weak similarity to hypothetical protein encoded by An15g03810 - Aspergillus niger; uncharacterized protein	join(2000953..2001045,2001195..2001320,2001404..2001503,2001666..2002084)	Aspergillus niger	84592377
An11g08440	CDS	An11g08440	NT_166526.1	2003515	2005389	R	Function: C. acetobutylicum bcd catalyses the formation of butyryl-CoA from acetoacetyl-CoA essential for acid and solvent formation by clostridia.; Title: similarity to 3-hydroxybutyryl-CoA dehydrogenase bcd - Clostridium acetobutylicum; See PMID 8655474; uncharacterized protein	complement(join(2003515..2004736,2004812..2005389))	Aspergillus niger	4985064
An11g08450	CDS	An11g08450	NT_166526.1	2005579	2006453	D	hypothetical protein	join(2005579..2005706,2005846..2005898,2005985..2006124,2006205..2006453)	Aspergillus niger	84592378
An11g08460	CDS	An11g08460	NT_166526.1	2006721	2007766	D	Function: A. niger aox1 transfers electrons directly from ubichinol to oxygenen forming water without translocation of protons across the inner mitochondrial membrane.; Remark: the A. niger alternative oxidase is used as a second terminal oxidase in the mitochondria.; Title: strong similarity to alternative oxidase aox1 - Aspergillus niger; localisation:mitochondrion; See PMID 9933359; See PMID 11106766; uncharacterized protein	join(2006721..2006767,2006800..2007174,2007256..2007766)	Aspergillus niger	4985066
An11g08470	CDS	An11g08470	NT_166526.1	2007958	2010198	R	Complex: the S. cerevisiae transcription activator CHA4 interacts with two serine/threonine response elements in the CHA1 promoter, UASCHA.; Function: the S. cerevisiae transcription activator CHA4 regulates the transcription of the CHA1 gene, which encodes a catabolic L-serine (L-threonine) deaminase responsible for the utilization of serine/threonine as nitrogen sources.; Title: weak similarity to transcription activator Cha4 - Saccharomyces cerevisiae; See PMID 8889513; uncharacterized protein	complement(join(2007958..2008675,2008732..2009127,2009178..2010051,2010141..2010198))	Aspergillus niger	84592379
An11g08480	CDS	An11g08480	NT_166526.1	2010723	2011173	R	hypothetical protein	complement(join(2010723..2010726,2010818..2010934,2010983..2011173))	Aspergillus niger	84592380
An11g08500	CDS	An11g08500	NT_166526.1	2012854	2014079	R	Complex: S. lactamdurans 7 alpha-cephem-methoxylase two-protein component system formed by cmcI and cmcJ.; Function: S. lactamdurans cmcJ forms part of the 7 alpha-cephem-methoxylase which converts the antibiotic cephalosporin C to 7-methoxycephalosporin C.; Title: similarity to hypothetical 7alpha-cephem-methoxylase subunit cmcJ - Streptomyces lactamdurans; See PMID 7721717; uncharacterized protein	complement(join(2012854..2012951,2013053..2013291,2013402..2013510,2013569..2013647,2013705..2014079))	Aspergillus niger	4985067
An11g08510	CDS	An11g08510	NT_166526.1	2015049	2016161	R	Catalytic activity: NADPH dehydrogenases catalyse the reaction, NADPH + acceptor = NADP+ + reduced acceptor.; Complex: S. cerevisiae OYE3 forms homodimers and heterodimers with other OYE Isoforms.; Function: S. cerevisiae OYE3 binds a variety of compounds with a phenolic structure.; Function: S. cerevisiae OYE3 has been shown to catalyze efficiently the NADPH-linked reduction of nitro-olefins.; Function: S. cerevisiae OYE3 might be involved in sterol metabolism.; Remark: the OYE (old yellow enzyme) of S. cerevisiae binds phenolic ligands forming long wavelength (500-800 nm) charge-transfer complexes.; Title: strong similarity to hypothetical NADPH dehydrogenase Oye3 - Saccharomyces cerevisiae; See PMID 7836424; See PMID 10995477; uncharacterized protein	complement(2015049..2016161)	Aspergillus niger	4985071
An11g08520	CDS	An11g08520	NT_166526.1	2016767	2018593	R	Similarity: only the N-terminal regions have similarities.; Title: weak similarity to heterokaryon incompatibility protein het-6 - Neurospora crassa; See PMID 11035941; uncharacterized protein	complement(2016767..2018593)	Aspergillus niger	84592381
An11g08530	CDS	An11g08530	NT_166526.1	2018953	2020004	R	Catalytic activity: Z. rouxii krd reduces alpha-ketolactones, alpha-ketolactams, and diketones.; Function: Z. rouxii krd catalyzes the asymmetric reduction of selected ketone substrates like 3,4-methylenedioxyphenyl acetone.; Similarity: substrate specificity, lack of a catalytic metal, and similarity to known reductases suggests that Z. rouxii krd is a carbonyl reductase.; Title: strong similarity to ketoreductase krd -Zygosaccharomyces rouxii; See PMID 10951208; uncharacterized protein	complement(join(2018953..2019524,2019575..2020004))	Aspergillus niger	4985073
An11g08540	CDS	An11g08540	NT_166526.1	2020780	2021825	R	Similarity: protein homologues due to repetitive sequence.; hypothetical protein	complement(join(2020780..2020914,2020961..2021005,2021115..2021277,2021417..2021544,2021643..2021825))	Aspergillus niger	84592382
An11g08550	CDS	An11g08550	NT_166526.1	2022094	2025053	D	Title: similarity to hypothetical transcription factor SPAPB1A11.04c - Schizosaccharomyces pombe; uncharacterized protein	join(2022094..2023466,2023523..2025053)	Aspergillus niger	4985075
An11g08570	CDS	An11g08570	NT_166526.1	2025822	2025976	R	hypothetical protein	complement(join(2025822..2025889,2025925..2025976))	Aspergillus niger	84592383
An11g08580	CDS	An11g08580	NT_166526.1	2026402	2026872	R	hypothetical protein	complement(join(2026402..2026484,2026568..2026572,2026655..2026872))	Aspergillus niger	84592384
An11g08590	CDS	An11g08590	NT_166526.1	2027572	2028467	D	hypothetical protein	join(2027572..2027648,2027821..2027870,2027967..2028083,2028181..2028467)	Aspergillus niger	84592385
An11g08600	CDS	An11g08600	NT_166526.1	2028747	2030005	D	Title: weak similarity to JUN-like transcription factor jlbA - Aspergillus nidulans; uncharacterized protein	join(2028747..2028803,2029191..2029462,2029600..2030005)	Aspergillus niger	84592386
An11g08610	CDS	An11g08610	NT_166526.1	2030511	2031526	R	Remark: VC16-16MC is a thermostable esterase of Archaeoglobus fulgidus VC16.; Remark: patentmatch is a protein. accession number is W23076.; Similarity: belongs to the esterase/lipase family.; Title: strong similarity to esterase VC16-16MC from patent WO9730160-A1 - Archaeoglobus fulgidus; uncharacterized protein	complement(join(2030511..2031428,2031488..2031526))	Aspergillus niger	4985081
An11g08620	CDS	An11g08620	NT_166526.1	2033110	2034816	D	Title: strong similarity to cercosporin transporter AAC78076.1 - Cercospora kikuchii; See PMID 10517030; uncharacterized protein	join(2033110..2033427,2033482..2034816)	Aspergillus niger	4985082
An11g08630	CDS	An11g08630	NT_166526.1	2037367	2039229	R	hypothetical protein	complement(join(2037367..2037571,2037637..2037683,2037741..2037959,2038014..2038053,2038128..2038169,2038225..2038338,2038556..2038688,2038754..2038801,2039217..2039229))	Aspergillus niger	84592387
An11g08640	CDS	An11g08640	NT_166526.1	2041572	2042203	D	hypothetical protein	join(2041572..2041689,2041984..2042105,2042141..2042203)	Aspergillus niger	84592388
An11g08650	CDS	An11g08650	NT_166526.1	2045667	2049521	R	Function: the NAM7/UPF1 gene suppresses mitochondrial splicing deficiency when present in multiple copies.; Remark: the NAM7 protein of S. cerevisiae contains several motifs typical for proteins interacting with nucleic acids: (1) five motifs diagnostic for a superfamily of helicases appear in the same order and with similar distances; (2) the N-terminal portion possesses potential Zn-ligand structures belonging to the C chi superfamily.; Similarity: the predicted A. niger protein shows similarity to prematurely terminated mRNA decay factor NAM7 (UPF1) of S. cerevisiae and to several putative DNA helicase like proteins.; Title: similarity to prematurely terminated mRNA decay factor Nam7 - Saccharomyces cerevisiae; See PMID 7506349; See PMID 9199511; uncharacterized protein	complement(join(2045667..2049077,2049140..2049291,2049365..2049407,2049465..2049521))	Aspergillus niger	4985085
An11g08670	CDS	An11g08670	NT_166526.1	2051087	2055499	R	Title: strong similarity to retrotransposon Tto1 -Nicotiana tabacum; See PMID 8624443; uncharacterized protein	complement(2051087..2055499)	Aspergillus niger	10098098
An11g08700	CDS	An11g08700	NT_166526.1	2058587	2060107	R	Title: strong similarity to rhamnogalacturonase rhgA - Aspergillus aculeatus [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(2058587..2059053,2059112..2059314,2059370..2059373,2059409..2059462,2059492..2060107))	Aspergillus niger	84592389
An11g08710	CDS	An11g08710	NT_166526.1	2062668	2063838	D	hypothetical protein	join(2062668..2062727,2062780..2063838)	Aspergillus niger	84592390
An11g08720	CDS	An11g08720	NT_166526.1	2065159	2066412	D	Title: weak similarity to hypothetical protein encoded by An15g02550 - Aspergillus niger; uncharacterized protein	2065159..2066412	Aspergillus niger	84592391
An11g08730	CDS	An11g08730	NT_166526.1	2066766	2067486	R	Title: similarity to hypothetical protein encoded by An09g01180 - Aspergillus niger; uncharacterized protein	complement(join(2066766..2066891,2066926..2067486))	Aspergillus niger	84592392
An11g08740	CDS	An11g08740	NT_166526.1	2069343	2069622	R	hypothetical protein	complement(join(2069343..2069438,2069620..2069622))	Aspergillus niger	84592393
An11g08750	CDS	An11g08750	NT_166526.1	2070993	2071445	R	Remark: rfbM acts sequentially with phosphomannomutase to form GDP-mannose, which serves as the activated sugar nucleotide precursor for mannose residues in cell surface and capsular polysaccharides in Escherichia coli.; Title: weak similarity to GDP-mannose pyrophosphorylase rfbM - Escherichia coli; See PMID 7515042; uncharacterized protein	complement(2070993..2071445)	Aspergillus niger	4985092
An11g08760	CDS	An11g08760	NT_166526.1	2071781	2073319	R	Remark: truncated due to contig end.; hypothetical protein [truncated ORF]	complement(2071781..>2073319)	Aspergillus niger	4985094
An11g08770	CDS	An11g08770	NT_166526.1	2073420	2077279	R	Title: similarity to hypothetical agglutinin-like protein - Candida albicans; uncharacterized protein	complement(join(<2073420..2076988,2077269..>2077279))	Aspergillus niger	84592394
An11g08780	CDS	An11g08780	NT_166526.1	2079726	2080543	R	Title: strong similarity to hypothetical protein AAP25659.1 - Bacillus anthracis; uncharacterized protein	complement(join(2079726..2080242,2080320..2080543))	Aspergillus niger	4985095
An11g08790	CDS	An11g08790	NT_166526.1	2081709	2082443	D	Title: similarity to hypothetical protein yukJ -Bacillus subtilis; uncharacterized protein	2081709..2082443	Aspergillus niger	4985096
An11g08810	CDS	An11g08810	NT_166526.1	2083927	2085755	D	Function: gibberlin synthesis in G. fujikuroi involves at least four cytochrome P450 monooxygenase-catalyzed steps and at least three P450 monooxygenases are involved one of them beeing P450I.; Title: strong similarity to cytochrome P450 monooxygenase P450I - Gibberella fujikuroi; See PMID 9501474; See PMID 9917370; See PMID 10531641; uncharacterized protein	join(2083927..2084146,2084180..2084425,2084472..2084540,2084599..2085198,2085331..2085755)	Aspergillus niger	4985098
An11g08820	CDS	An11g08820	NT_166526.1	2086290	2088402	D	Function: methionine is transported into yeast cells by three different permeases, a high affinity (MUP1) and two low affinity permeases.; Remark: S. cerevisiae MUP1 was shown to encode an integral membrane protein with 13 putative membrane-spanning regions.; Title: strong similarity to high affinity methionine permease Mup1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8893857; uncharacterized protein	join(2086290..2086331,2086460..2086653,2086725..2087415,2087485..2087644,2087703..2088013,2088077..2088271,2088358..2088402)	Aspergillus niger	4985099
An11g08830	CDS	An11g08830	NT_166526.1	2088618	2090647	R	Remark: an alternative name for Magnaporthe grisea is Pyricularia grisea.; Similarity: similarity is between the fungal Gal4 type Zn(2)-Cys(6) DNA-binding domains in the N-terminal region of the predicted A. niger protein and M. grisea PIG1.; Title: weak similarity to transcription factor PIG1 - Magnaporthe grisea; nucleus; See PMID 11123670; uncharacterized protein	complement(join(2088618..2088937,2089007..2089263,2089351..2090591,2090636..2090647))	Aspergillus niger	4985100
An11g08840	CDS	An11g08840	NT_166526.1	2091209	2091962	D	Title: strong similarity to 19.3 kD subunit of NADH:ubiquinone reductase PSST - Bos taurus; localisation:mitochondrion; uncharacterized protein	join(2091209..2091215,2091256..2091457,2091512..2091962)	Aspergillus niger	4985101
An11g08850	CDS	An11g08850	NT_166526.1	2092901	2094052	D	Function: S. scrofa RGD-CAP enhances the spreading of chondrocytes and fibroblasts via integrin alpha(1)beta(1), which does not require binding to the RGD domain.; Function: the RGD sequence of S. scrofa RGD-CAP may serve as a recognition sequence for integrins.; Similarity: S. scrofa RGD-CAP is a fasciclin-like adhesion protein and the predicted A. niger protein contains a fasciclin domain.; Title: weak similarity to collagen fiber-associated protein RGD-CAP - Sus scrofa; See PMID 9061001; See PMID 9512662; See PMID 10446401; uncharacterized protein	join(2092901..2093122,2093185..2093779,2093853..2094052)	Aspergillus niger	84592395
An11g08860	CDS	An11g08860	NT_166526.1	2094711	2095316	R	Title: strong similarity to EST o0f12a1.r1 -Aspergillus nidulans; uncharacterized protein	complement(join(2094711..2094807,2094871..2095158,2095216..2095316))	Aspergillus niger	4985103
An11g08870	CDS	An11g08870	NT_166526.1	2096985	2098402	D	Catalytic activity: ornithine transaminase convert L-ornithine + a 2-oxo acid to L-glutamate 5-semialdehyde + an L-amino acid.; Function: A. nidulans otaA is involved in arginine catabolism and nitrogen utilisation.; Induction: expression of A. nidulans otaA is specifically induced by arginine.; Regulation: regulation of A. nidulans otaA occurs at both transcriptional and post-transcriptional levels.; Repression: expression of A. nidulans otaA is under the control of nitrogen-metabolite and carbon-catabolite repression.; Title: strong similarity to ornithine transaminase otaA - Aspergillus nidulans; See PMID 10079330; uncharacterized protein	join(<2096985..2097455,2097520..2098221,2098286..2098402)	Aspergillus niger	4985104
An11g08880	CDS	An11g08880	NT_166526.1	2098856	2100620	R	Similarity: S. cerevisiae DAL5 specifies the Dal5p subfamily of the major facilitator family, which also includes YGR260w and YLR004c.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; See PMID 10869563; uncharacterized protein	complement(join(2098856..2098904,2098948..2100051,2100126..2100529,2100582..2100620))	Aspergillus niger	4985105
An11g08890	CDS	An11g08890	NT_166526.1	2101023	2102370	R	Function: S. aureus hmrA conferred Eagle-type resistance, i. e. resistance to high concentrations of methicillin (64 to 512 microg/ml) and susceptibility to low concentrations of methicillin (2 to 16 microg/ml), when introduced into the cell in multiple copies.; Similarity: the predicted A. niger protein shows similarity to several putative hydrolase proteins and contains a hydrolase BLOCKs motif.; Title: strong similarity to methicillin resistance gene HmrA - Staphylococcus aureus; See PMID 11181367; uncharacterized protein	complement(join(2101023..2101746,2101828..2102210,2102284..2102370))	Aspergillus niger	4985106
An11g08900	CDS	An11g08900	NT_166526.1	2102851	2104610	D	Function: A. nidulans amdS hydrolyses acetamide to acetate and ammonium thus providing a source of carbon and nitrogen.; Regulation: regulation of A. nidulans amdS is complex and involves multiple regulatory transcription factors like amdR and amdX.; Title: strong similarity to acetamidase amdS -Aspergillus nidulans; See PMID 3036667; See PMID 7847883; See PMID 9044292; uncharacterized protein	join(2102851..2104254,2104355..2104439,2104489..2104610)	Aspergillus niger	4985107
An11g08910	CDS	An11g08910	NT_166526.1	2104746	2106413	R	Similarity: the ORF encoded protein shows weak similarities to many fungal Zn(2)-Cys(6) binuclear type transcription factors. The similarity of the ORF encoded protein to Lys14 concerns only the DNA binding domain with the binuclear zinc cluster.; Title: weak similarity to transcription activator of lysine pathway Lys14 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2104746..2105606,2105657..2106249,2106329..2106413))	Aspergillus niger	84592396
An11g08920	CDS	An11g08920	NT_166526.1	2107211	2111379	R	Remark: the HET-E gene of the fungus Podospora anserina is responsible for vegetative incompatibility.; Similarity: the c-terminal part of the ORF encoded protein shows similarity to many ankyrins and ankyrin homologs.; Title: similarity to beta-transducin-like protein het-e - Podospora anserina; See PMID 7557402; See PMID 9435787; uncharacterized protein	complement(join(2107211..2110392,2110440..2111379))	Aspergillus niger	4985109
An11g08930	CDS	An11g08930	NT_166526.1	2113364	2115696	D	Function: nirA of A. nidulans is a zinc finger transcription factor mediating nitrate induction of genes involved in nitrate assimilation (nitrate reductase,nitrite reductases and a nitrate permease, niaD, niiA and crnA, respectively).; Remark: the ORF encoded protein and nirA from A. nidulans are fungal Zn(2)-Cys(6) binuclear type transcription factors.; Remark: the nitrate assimilation genes are induced by nitrate and repressed by ammonium at the transcriptional level.; Title: similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; See PMID 1990284; uncharacterized protein	join(2113364..2113432,2113487..2113687,2113741..2113881,2113995..2114407,2114462..2115402,2115458..2115696)	Aspergillus niger	4985110
An11g08940	CDS	An11g08940	NT_166526.1	2115998	2116966	R	Title: strong similarity to hypothetical protein YDR533c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2115998..2116122,2116172..2116353,2116430..2116536,2116597..2116817,2116891..2116966))	Aspergillus niger	4985111
An11g08950	CDS	An11g08950	NT_166526.1	2118753	2119926	D	Similarity: the ORF encoded protein shows also strong similarity (e-val. : 2e-59) to the stress induced human oxidoreductase PIG3 (p53-inducible gene 3; Pubmed 11158615) of unknown function. It also shows strong similarity (e-val. : 5e-31) to the actVI-ORF2 oxidoreductase from Streptomyces coelicolor involved in actinorhodin biosynthesis (Pubmed 10805574).; Title: strong similarity to oxidoreductase protein HORP-4 from patent WO200000622-A2 - Homo sapiens; uncharacterized protein	join(2118753..2118774,2118841..2119107,2119163..2119254,2119303..2119926)	Aspergillus niger	4985112
An11g08960	CDS	An11g08960	NT_166526.1	2120461	2121016	R	Title: weak similarity to Sucrose-phosphate-synthase from patent DE4317596-A - Beta vulgaris; uncharacterized protein	complement(join(2120461..2120674,2120788..2120877,2120928..2121016))	Aspergillus niger	84592397
An11g08970	CDS	An11g08970	NT_166526.1	2123410	2124243	D	hypothetical protein	join(2123410..2123677,2123960..2124243)	Aspergillus niger	84592398
An11g08980	CDS	An11g08980	NT_166526.1	2126031	2127980	D	Remark: Fugu rubripes=Japanese pufferfish.; Similarity: the ORF encoded protein shows also weak similarity to the D2-like dopamine receptor from Fugu rubripes.; Title: weak similarity to hypothetical protein CAD70538.1 - Neurospora crassa; uncharacterized protein	join(2126031..2126948,2126982..2127980)	Aspergillus niger	84592399
An11g08990	CDS	An11g08990	NT_166526.1	2128614	2130517	R	Function: When the S. cerevisiae TPO1/YLL028w gene was disrupted by inserting the HIS3 gene, the cells became sensitive to polyamines, and spermine uptake activity of isolated vacuolar membrane vesicles decreased significantly.; Remark: alternate name for S. cerevisiae Tpo1: YLL028w.; Similarity: the ORF encoded protein shows stonger similarity to the protein involved in cephalosporin C biosynthesis described in patent JP09009966-A, but the patent does not describe its function precisely enough.; Title: strong similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; vacuole; See PMID 9920864; uncharacterized protein	complement(join(2128614..2128649,2128801..2129726,2129795..2129948,2130002..2130517))	Aspergillus niger	4985116
An11g09000	CDS	An11g09000	NT_166526.1	2132709	2133368	D	Catalytic activity: RX + glutathione <=> HX + R-S-glutathione.; Function: the GST from E. coli catalyzes the conjugation of glutathione to a large variety of electrophilic compounds of endobiotic and xenobiotic origin. It is also involved in intracellular binding and transport of hydrophobic compounds and involved in detoxification of organic hydroperoxides.; Title: strong similarity to glutathione transferase GST - Escherichia coli; See PMID 7798255; uncharacterized protein	2132709..2133368	Aspergillus niger	4985117
An11g09010	CDS	An11g09010	NT_166526.1	2134973	2136749	D	Similarity: the rat choline kinase R2 is identical to the protein described in patent JP05015367-A.; Title: weak similarity to choline kinase R2 CK-R2 -Rattus norvegicus; uncharacterized protein	join(2134973..2135345,2135769..2135924,2135983..2136749)	Aspergillus niger	4985118
An11g09020	CDS	An11g09020	NT_166526.1	2138546	2139781	D	hypothetical protein	join(2138546..2138615,2138845..2138894,2139046..2139349,2139606..2139781)	Aspergillus niger	84592400
An11g09030	CDS	An11g09030	NT_166526.1	2140061	2141847	R	Catalytic activity: UDP-glucuronate + acceptor <=> UDP + acceptor beta-D-glucuronoside.; Function: the rat UDPGT is of major importance in the conjugation and subsequent elimination of potentially toxic xenobiotics and endogenous compounds. It is also active on testosterone.; Remark: alternate names for the rat UDPGT : RLUG38 or UGT2B3.; Title: similarity to UDP-glucuronosyltransferase 3 precursor UDPGT - Rattus norvegicus; See PMID 3110162; See PMID 7492328; uncharacterized protein	complement(join(2140061..2140751,2140806..2141709,2141775..2141847))	Aspergillus niger	4985120
An11g09040	CDS	An11g09040	NT_166526.1	2142875	2144011	R	hypothetical protein	complement(join(2142875..2143601,2143650..2143771,2143850..2144011))	Aspergillus niger	4985121
An11g09050	CDS	An11g09050	NT_166526.1	2146112	2146996	R	Title: strong similarity to hypothetical protein encoded by An03g06750 - Aspergillus niger; uncharacterized protein	complement(join(2146112..2146184,2146563..2146996))	Aspergillus niger	4985122
An11g09060	CDS	An11g09060	NT_166526.1	2147592	2148847	D	Title: weak similarity to bacteriophage resistance mechanism subunit HsdR from patent FR2767831-A1 -Lactococcus lactis; uncharacterized protein	join(2147592..2147874,2147925..2148847)	Aspergillus niger	4985123
An11g09080	CDS	An11g09080	NT_166526.1	2149633	2151113	R	Catalytic activity: (R)-6-hydroxynicotine + H(2)O + O(2) <=> 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Cofactor: FAD.; Similarity: the ORF encoded protein shows similarity to many hypothetical flavoprotein oxidoreductases. The similarity of the ORF encoded protein to the 6-hydroxy-D-nicotine oxidase 6-HDNO from A. oxidans only concerns the N-terminal protein part. Even the similarity to the MmcM product from S. lavendulae is more extended,but this enzyme involved in the mitomycin C from Streptomyces lavendulae is biochemically not enough characterized.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3622516; See PMID 2115879; See PMID 2680607; uncharacterized protein	complement(join(2149633..2150427,2150488..2150851,2150962..2151113))	Aspergillus niger	4985124
An11g09090	CDS	An11g09090	NT_166526.1	2151762	2152717	D	hypothetical protein	join(2151762..2151985,2152056..2152145,2152242..2152488,2152527..2152625,2152703..2152717)	Aspergillus niger	84592401
An11g09110	CDS	An11g09110	NT_166526.1	2153969	2155477	R	Title: strong similarity to hypothetical protein B12F1.100 - Neurospora crassa; uncharacterized protein	complement(join(2153969..2155137,2155192..2155477))	Aspergillus niger	4985127
An11g09120	CDS	An11g09120	NT_166526.1	2156145	2156925	R	Remark: alternate names for cytosolic ribosomal protein L26 from S. cerevisiae: RPL26B or YGR034W.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L26 - Saccharomyces cerevisiae; cytoplasm; See PMID 9672752; See PMID 1733947; 60S ribosomal protein uL24	complement(join(2156145..2156384,2156442..2156474,2156716..2156828,2156907..2156925))	Aspergillus niger	4985128
An11g09130	CDS	An11g09130	NT_166526.1	2158092	2159912	R	Remark: alternate name for S. cerevisiae Flr1: YBR008c.; Similarity: the ORF encoded protein also shows stong similarity to the protein involved in cephalosporin C biosynthesis described in patent JP09009966-A.; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; See PMID 9235926; See PMID 10572257; uncharacterized protein	complement(2158092..2159912)	Aspergillus niger	4985129
An11g09140	CDS	An11g09140	NT_166526.1	2161376	2163063	D	Remark: the Flu1 gene product from C. albicans complements the fluconazole hypersusceptibility of a S. cerevisiae pdr5 mutant, lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Similarity: the ORF encoded protein shows stonger similarity to the protein involved in cephalosporin C biosynthesis described in patent JP09009966-A, but the patent does not describe its function precisely enough.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; plasma membrane; See PMID 11065353; uncharacterized protein	join(2161376..2161742,2161800..2162680,2162737..2163063)	Aspergillus niger	4985130
An11g09150	CDS	An11g09150	NT_166526.1	2163597	2165752	D	Similarity: Gal4 from S. cerevisiae belongs to the fungal binuclear zinc cluster transcription factor family.; Title: weak similarity to transcription factor Gal4 - Saccharomyces cerevisiae; See PMID 1557122; uncharacterized protein	join(2163597..2163757,2163807..2164475,2164528..2164722,2164802..2165009,2165108..2165752)	Aspergillus niger	4985131
An11g09160	CDS	An11g09160	NT_166526.1	2166059	2167174	R	Remark: the deletion Emericella nidulans aflR gene results in an inability to induce expression of genes within the ST (sterigmatocystin) gene cluster and a loss of ST production. Sterigmatocystin is a carcinogenic secondary metabolite related to aflatoxin.; Similarity: the ORF encoded protein shows also similarity to the AflR homologs from Aspergillus parasiticus and Aspergillus flavus.; Similarity: the ORF encoded protein, the AflR protein from Emericella nidulans and its homologs are transcriptional regulators of the fungal binuclear zinc cluster type.; Title: similarity to sterigmatocystin synthesis transcription regulator aflR - Aspergillus nidulans; See PMID 8662194; uncharacterized protein	complement(join(2166059..2166332,2166369..2167174))	Aspergillus niger	84592402
An11g09170	CDS	An11g09170	NT_166526.1	2167981	2169511	R	Catalytic activity: the SAP8 protease from C. albicans preferential cleaves at the carboxyl end of hydrophobic amino acids, but fails to cleave 15-Leu-Tyr-16,16-Tyr-Leu-17 and 24-Phe-Phe-25 of insulin beta chain. It activates trypsinogen, and degrades keratin.; Remark: alternate names for C. albicans SAP8: ACP 8,aspartate protease 8 or secreted aspartic protease 8.; Similarity: the SAP8 protease from C. albicans belongs to peptidase family A1; also known as the eukaryotic aspartyl proteases family.; Title: similarity to secreted aspartic proteinase SAP8 - Candida albicans; extracellular/secretion proteins; See PMID 9802014; uncharacterized protein	complement(join(2167981..2168897,2168967..2169273,2169335..2169511))	Aspergillus niger	4985133
An11g09180	CDS	An11g09180	NT_166526.1	2170508	2172685	D	Remark: mutations in tol (N. crassa) are recessive and suppress mating-type-associated heterokaryon incompatibility.; Similarity: the similarity of the ORF encoded protein to the N. crassa tol protein does not extend over the complete length.; Title: similarity to mediator of mating-type-associated vegetative incompatibility tol -Neurospora crassa; See PMID 9927450; uncharacterized protein	2170508..2172685	Aspergillus niger	84592403
An11g09190	CDS	An11g09190	NT_166526.1	2173067	2174125	R	Title: weak similarity to hypothetical stress response protein rds1p - Schizosaccharomyces pombe; See PMID 7565608; uncharacterized protein	complement(2173067..2174125)	Aspergillus niger	4985135
An11g09200	CDS	An11g09200	NT_166526.1	2174997	2175866	D	Similarity: the ORF encoded protein shows also weak similarity to the hypothetical protein F7O12 from Arabidopsis thaliana.; Title: weak similarity to hypothetical protein encoded by An04g04070 - Aspergillus niger; uncharacterized protein	join(2174997..2175277,2175340..2175438,2175491..2175866)	Aspergillus niger	4985136
An11g09210	CDS	An11g09210	NT_166526.1	2176268	2178467	R	Title: similarity to hypothetical negative acting factor related protein B3E4.130 - Neurospora crassa; uncharacterized protein	complement(join(2176268..2177188,2177281..2177424,2177478..2178017,2178282..2178467))	Aspergillus niger	4985137
An11g09220	CDS	An11g09220	NT_166526.1	2179624	2180963	R	hypothetical protein	complement(join(2179624..2180219,2180345..2180963))	Aspergillus niger	4985138
An11g09230	CDS	An11g09230	NT_166526.1	2181561	2182578	R	Catalytic activity: Urea <=> cyanamide + H(2)O.; Cofactor: Zinc.; Remark: the cyanamide hydratase from Myrothecium verrucaria is also decribed in patent WO9848023-A1.; Title: strong similarity to cyanamide hydratase -Myrothecium verrucaria; See PMID 2034671; uncharacterized protein	complement(join(2181561..2181647,2181833..2182305,2182359..2182578))	Aspergillus niger	4985139
An11g09240	CDS	An11g09240	NT_166526.1	2183179	2184810	R	Catalytic activity: the Yps1 protease form S. cerevisiae hydrolyzes various precursor proteins with Arg or Lys in position 1(p1), and commonly Arg or Lys also in position 2(p2). The position 3(p3) amino acid is usually non-polar, but otherwise additional basic amino acids are favourable in both non-prime and prime positions.; Function: the Yps1 protease form S. cerevisiae cleaves at paired basic residues. It can process the alpha-mating factor precursor.; Remark: alternate names for S. cerevisiae Yps1: YLR120C or Yapsin 1 or aspergillopepsin. Yap3 is confusing because it is also a name for a transcription factor in S. cerevisiae.; Similarity: the Yps1 protease form S. cerevisiae belongs to peptidase family A1; also known as the eukaryotic aspartyl proteases family.; Title: similarity to Gpi-anchored aspartic protease Yps1 - Saccharomyces cerevisiae; See PMID 8389368; See PMID 9485427; uncharacterized protein	complement(2183179..2184810)	Aspergillus niger	4985140
An11g09250	CDS	An11g09250	NT_166526.1	2186554	2187672	R	Title: strong similarity to hypothetical protein encoded by An11g05630 - Aspergillus niger; uncharacterized protein	complement(2186554..2187672)	Aspergillus niger	4985141
An11g09260	CDS	An11g09260	NT_166526.1	2189042	2190895	D	Remark: alternate names for the rat mitochondrial vitamin D3 25-monooxygenase cytochrome P450 27 precursor: cholesterol 26-hydroxylase; cytochrome P450 CYP27; cytochrome P450c26/25; cytochrome P450mt3,phenobarbital-inducible; vitamin D3 25-hydroxylase.; Similarity: the ORF encoded protein is only similar to the C-terminal part of the rat vitamin D3 25-monooxygenase a part which is conserved in most p450 enzyms. Both proteins are only distantly related, so a functional prediction is impossible. The ORF encoded protein shows (very) strong similarity to the unknown p450-4 enzym from Gibberella fujikuroi.; Title: similarity to precursor of mitochondrial vitamin D3 25-monooxygenase cytochrome P450 - Rattus norvegicus; See PMID 2175615; uncharacterized protein	join(2189042..2189299,2189358..2189643,2189694..2189848,2189986..2190367,2190423..2190895)	Aspergillus niger	4985142
An11g09270	CDS	An11g09270	NT_166526.1	2191128	2192949	R	Catalytic activity: 2,3-dihydroxy-3-methylbutanoate <=> 3-methyl-2-oxobutanoate + H(2)O.; Pathway: the dihydroxy-acid dehydratase from Zea mays catalyzes the fourth step in valine and isoleucine biosynthesis.; Similarity: the ORF encoded protein shows also strong similarity to the known dihydroxy-acid dehydratases Ilv3 (S. cerevisiae Pubmed 8299945) and IlvD (B. subtilis).; Title: strong similarity to dihydroxy-acid dehydratase from patent WO9921880-A2 - Zea mays; uncharacterized protein	complement(join(2191128..2192318,2192369..2192580,2192631..2192949))	Aspergillus niger	4985143
An11g09280	CDS	An11g09280	NT_166526.1	2200433	2201116	D	Remark: ORF 5'truncated due to end of contig.; hypothetical protein [truncated ORF]	join(<2200433..2200435,2200644..2200704,2200752..2200782,2200996..2201116)	Aspergillus niger	84592404
An11g09290	CDS	An11g09290	NT_166526.1	2203902	2205312	D	hypothetical protein	join(2203902..2204272,2204743..2204846,2205023..2205074,2205240..2205312)	Aspergillus niger	84592405
An11g09300	CDS	An11g09300	NT_166526.1	2205970	2206618	R	Remark: ORF 3'truncated due to end of contig.; hypothetical protein [truncated ORF]	complement(<2205970..2206618)	Aspergillus niger	84592406
An11g09310	CDS	An11g09310	NT_166526.1	2207783	2210050	R	Title: strong similarity to hypothetical protein SPBC337.17c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2207783..2209899,2209984..2210050))	Aspergillus niger	4985147
An11g09320	CDS	An11g09320	NT_166526.1	2210412	2212219	R	Catalytic activity: uridine kinase convert ATP + Uridine to ADP + UMP.; Function: S. cerevisiae urk1 phosphorylates Cytidine into CMP.; Title: strong similarity to uridine kinase Urk1 -Saccharomyces cerevisiae; See PMID 7900425; See PMID 10501935; See PMID 2169608; uncharacterized protein	complement(join(2210412..2210895,2210972..2211203,2211257..2211298,2211346..2211459,2211516..2211558,2211611..2211755,2211841..2211968,2212049..2212219))	Aspergillus niger	4985148
An11g09330	CDS	An11g09330	NT_166526.1	2212713	2213985	D	Title: strong similarity to hypothetical protein F11P17.12 - Arabidopsis thaliana; uncharacterized protein	join(2212713..2212730,2212789..2212865,2213057..2213252,2213458..2213985)	Aspergillus niger	4985149
An11g09340	CDS	An11g09340	NT_166526.1	2214935	2216036	R	Similarity: the ORF encoded protein shows also weak similarity to hypothetical protein Rv0976c from Mycobacterium tuberculosis.; Title: similarity to hypothetical protein Rv0976c -Mycobacterium tuberculosis; uncharacterized protein	complement(join(2214935..2215531,2216028..2216036))	Aspergillus niger	4985150
An11g09350	CDS	An11g09350	NT_166526.1	2219179	2221734	R	Catalytic activity: NADH dehydrogenases convert NADH + ubiquinone to NAD(+) + ubiquinol.; Localization: N. crassa ndh64 is located in the inner membrane of mitochondria, possibly facing the matrix side.; Similarity: N. crassa ndh64 shows strong similarity to mitochondrial NADH dehydrogenases from yeast, however it contains a well-conserved calcium-binding domain.; Title: strong similarity to mitochondrial NADH dehydrogenase ndh64 - Neurospora crassa; localisation:mitochondrion; See PMID 10482790; uncharacterized protein	complement(join(2219179..2219240,2219509..2220240,2220297..2220447,2220509..2220849,2220918..2221734))	Aspergillus niger	4985151
An11g09360	CDS	An11g09360	NT_166526.1	2222348	2227891	R	Function: C. cinereus rad9 acts as a sister chromatid cohesion molecule.; Function: the rad9 gene of C. cinereus encodes a proline-rich protein required for meiotic chromosome condensation and synapsis.; Title: similarity to proline-rich protein Rad9 -Coprinus cinereus; nucleus; See PMID 7753026; See PMID 8846891; uncharacterized protein	complement(join(2222348..2225171,2225222..2227226,2227279..2227415,2227469..2227658,2227729..2227891))	Aspergillus niger	4985152
An11g09370	CDS	An11g09370	NT_166526.1	2228281	2228795	D	Catalytic activity: RNA polymerase I catalyses DNA-template-directed extension of the 3'-end of an RNA strand by one nucleotide at a time.; Function: A12. 2 plays a role in the assembly of A190, the largest subunit of RNA polymerase I, into a stable polymerase I structure.; Function: RNA polymerase I can initiate a chain de novo.; Function: S. cereviaisae RPA12 encodes the A12. 2 subunit of RNA polymerase I and is essential only at high temperatures.; Remark: alternate names for RPA12 of S. cerevisiae are A12. 2 or RRN4.; Title: strong similarity to 13.7 kD subunit of DNA-directed RNA polymerase I Rpa12 - Saccharomyces cerevisiae; nucleus; See PMID 8417319; See PMID 9121426; uncharacterized protein	join(2228281..2228395,2228472..2228703,2228777..2228795)	Aspergillus niger	4985153
An11g09380	CDS	An11g09380	NT_166526.1	2228904	2229994	R	Title: strong similarity to hypothetical protein YJR070c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2228904..2229429,2229504..2229994))	Aspergillus niger	4985154
An11g09390	CDS	An11g09390	NT_166526.1	2231358	2232144	R	Catalytic activity: NADH:ubiquinone oxidoreductase converts NADH + ubiquinone to NAD(+) + ubiquinol.; Title: strong similarity to 21 kD subunit of NADH:ubiquinone reductase nuo-21 - Neurospora crassa; localisation:mitochondrion; See PMID 7947902; uncharacterized protein	complement(join(2231358..2231667,2231734..2231844,2231906..2232144))	Aspergillus niger	4985155
An11g09400	CDS	An11g09400	NT_166526.1	2232473	2233190	D	Complex: S. cerevisiae ATP17 is part of the hydrogen-transporting ATP synthase F0 sector (Subunit f of mitochondrial ATP synthase).; Function: S. cerevisiae ATP17 is a hydrogen-transporting two-sector ATPase and is involved in ATP synthesis coupled proton transport.; Remark: the systematic name for S. cerevisiae ATP17 is YDR377W.; Title: similarity to subunit f of mitochondrial yeast ATP synthase Atp17 - Saccharomyces cerevisiae; localisation:mitochondrion; uncharacterized protein	join(2232473..2232520,2232582..2232596,2232730..2232880,2232910..2233190)	Aspergillus niger	4985156
An11g09410	CDS	An11g09410	NT_166526.1	2234084	2235146	R	Title: similarity to hypothetical protein encoded by An15g02550 - Aspergillus niger; uncharacterized protein	complement(join(2234084..2234422,2234568..2235146))	Aspergillus niger	4985157
An11g09420	CDS	An11g09420	NT_166526.1	2236024	2237529	D	Title: similarity to hypothetical protein encoded by An06g00740 - Aspergillus niger; uncharacterized protein	join(2236024..2236409,2236465..2236699,2236754..2236893,2236931..2237051,2237275..2237529)	Aspergillus niger	4985158
An11g09430	CDS	An11g09430	NT_166526.1	2240619	2243169	D	Remark: homology found is only based on repetitive sequence.; Title: weak similarity to hypothetical protein encoded by An03g01410 - Aspergillus niger; uncharacterized protein	join(2240619..2242632,2242688..2243169)	Aspergillus niger	84592407
An11g09440	CDS	An11g09440	NT_166526.1	2243674	2246079	D	Remark: Gene contains 5 WD repeats (trp-asp-domains) and belongs to the lec14B family of WD repeat proteins.; Remark: information concerning L. erythrorhizon LEC14B has not been published and is available from the Swissprot and EMBL databases.; Title: similarity to cDNA LEC14B - Lithospermum erythrorhizon; See PMID 10322433; uncharacterized protein	join(2243674..2243914,2244033..2244134,2244205..2244551,2244606..2244974,2245030..2245801,2245856..2246079)	Aspergillus niger	4985160
An11g09450	CDS	An11g09450	NT_166526.1	2247525	2248850	D	Title: weak similarity to hypothetical protein MDF20.11 - Arabidopsis thaliana; uncharacterized protein	join(2247525..2248000,2248066..2248679,2248732..2248850)	Aspergillus niger	4985161
An11g09460	CDS	An11g09460	NT_166526.1	2249558	2250105	D	Complex: using in vitro binding assays, S. cerevisiae Grd19p was found to interact physically with the cytosolic domain of DPAP A (dipeptidyl aminopeptidase A).; Function: S. cerevisiae GRD19 is involved in the process of retrieval of resident Golgi proteins from the prevacuolar compartment.; Function: S. cerevisiae Grd19p functions by direct interaction with the cytosolic tails of certain late-Golgi compartment membrane proteins during the sorting/budding process at the prevacuolar compartment.; Localization: S. cerevisiae Grd19p localises predominantly cytosolic.; Similarity: the predicted A. niger protein contains a PX (phox) domain which occurs in a variety of eucaryotic proteins associated with intracellular signaling pathways.; Title: strong similarity to component of the retrieval machinery Grd19 - Saccharomyces cerevisiae; cytoplasm; See PMID 9456318; uncharacterized protein	join(2249558..2249635,2249725..2250105)	Aspergillus niger	4985162
An11g09470	CDS	An11g09470	NT_166526.1	2250610	2252509	R	Title: strong similarity to hypothetical protein EAA60367.1 - Aspergillus nidulans; uncharacterized protein	complement(join(2250610..2251363,2251409..2251438,2251500..2252509))	Aspergillus niger	4985163
An11g09480	CDS	An11g09480	NT_166526.1	2253249	2254537	D	hypothetical protein	join(2253249..2253313,2253366..2253799,2254360..2254448,2254481..2254537)	Aspergillus niger	4985164
An11g09490	CDS	An11g09490	NT_166526.1	2254800	2256328	R	Title: weak similarity to hypothetical protein encoded by An12g06920 - Aspergillus niger; uncharacterized protein	complement(join(2254800..2255111,2255167..2255586,2255711..2256328))	Aspergillus niger	4985165
An11g09500	CDS	An11g09500	NT_166526.1	2262477	2263623	R	Function: ribosomal proteins S12, S5 and S4 of E. coli are essential for the control of translational accuracy and the yeast equivalents, S28, S4 and S13, have also been implicated in this process.; Remark: S. cerevisiae S4. e belongs to the small subunit (40s) of the ribosome.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S4.e - Saccharomyces cerevisiae; cytoplasm; See PMID 6814480; See PMID 8950190; 40S ribosomal protein eS4	complement(join(2262477..2262816,2262977..2263261,2263333..2263470,2263610..2263623))	Aspergillus niger	4985166
An11g09510	CDS	An11g09510	NT_166526.1	2263974	2265175	R	Catalytic activity: ASA DHs convert L-Aspartate 4-semialdehyde + Orthophosphate + NADP+ to L-4-Aspartyl phosphate + NADPH.; Complex: S. cerevisiae Hom2 forms a homodimer.; Function: S. cerevisiae HOM2 encodes an aspartic semi-aldehyde dehydrogenase (ASA DH).; Function: S. cerevisiae HOM2 is involved in the threonine/methionine biosynthetic pathway.; Induction: expression of S. cerevisiae HOM2 is weakly stimulated by methionine but shows no response to threonine.; Induction: induction of S. cerevisiae HOM2 expression is mediated by GCN4 and therefore by the general amino acid control.; Title: strong similarity to aspartate-semialdehyde dehydrogenase Hom2 - Saccharomyces cerevisiae; See PMID 1789001; See PMID 2570346; uncharacterized protein	complement(join(2263974..2264779,2264835..2265092,2265148..2265175))	Aspergillus niger	4985167
An11g09520	CDS	An11g09520	NT_166526.1	2265846	2267762	R	Catalytic activity: D-lactate dehydrogenases convert (R)-Lactate + 2 Ferricytochrome c to Pyruvate + 2 Ferrocytochrome c.; Function: L- and D-lactate ferricytochrome c oxidoreductase (LCR) in yeast mitochondria catalyze the stereospecific oxidation of D and L isomers of lactate to pyruvate.; Function: oxidation of D-lactate is linked to the respiratory chain, cytochrome c being the electron acceptor of the redox reaction.; Title: strong similarity to D-lactate dehydrogenase dld - Kluyveromyces lactis; localisation:mitochondrion; See PMID 7969031; uncharacterized protein	complement(join(2265846..2265998,2266054..2266235,2266283..2267336,2267424..2267762))	Aspergillus niger	4985168
An11g09530	CDS	An11g09530	NT_166526.1	2268602	2272546	D	Title: similarity to essential protein #23383 from patent WO200277183-A2 - Neisseria meningitidis; uncharacterized protein	join(2268602..2268679,2268769..2268895,2268947..2269041,2269133..2269750,2269807..2269959,2270008..2271207,2271264..2271389,2271448..2271564,2271645..2272255,2272318..2272546)	Aspergillus niger	4985169
An11g09540	CDS	An11g09540	NT_166526.1	2273254	2277603	D	Catalytic activity: RdRPs convert nucleoside triphosphate + RNA(n) to pyrophosphate + RNA(n+1).; Function: RdRPs are possibly involved in homology-dependent gene silencing.; Function: RdRPs catalyses RNA-template-directed extension of the 3'- end of an RNA strand by one nucleotide at a time.; Function: RdRPs function in post-transcriptional gene silencing.; Function: tomato RdRP can initiate a chain de novo.; Induction: expression of tomato RdRP is induced by viroid infection.; Title: strong similarity to RNA-directed RNA polymerase RdRP - Lycopersicon esculentum; See PMID 9836747; uncharacterized protein	join(2273254..2273534,2273588..2273747,2273810..2274281,2274368..2277603)	Aspergillus niger	4985170
An11g09550	CDS	An11g09550	NT_166526.1	2277692	2283025	R	Function: S. cerevisiae REV3 encodes the catalytic subunit of DNA polymerase (pol) zeta, which can replicate past certain types of DNA lesions.; Function: S. cerevisiae rev3 mutants are viable and have lower rates of spontaneous and DNA-damage-induced mutagenesis.; Title: strong similarity to DNA-directed DNA polymerase Rev3 - Saccharomyces cerevisiae; nucleus; See PMID 11050392; See PMID 2676986; uncharacterized protein	complement(join(2277692..2277695,2277964..2282731,2282791..2283025))	Aspergillus niger	4985171
An11g09560	CDS	An11g09560	NT_166526.1	2283395	2284828	D	Function: human hSlu7 is required for a structural alteration of the spliceosome prior to the establishment of the catalytically active spliceosome for step II.; Function: yeast SLU7 is only required when the interval between the branchpoint and the 3' splice site is greater than 7 nt.; Function: yeast pre-mRNA splicing factors SLU7 and PRP16 are required for cleavage of the 3' splice site and exon ligation in vitro.; Title: similarity to pre-mRNA splicing factor hSLU7 - Homo sapiens; nucleus; See PMID 7568198; See PMID 7664739; See PMID 9153314; See PMID 10197984; See PMID 1427075; uncharacterized protein	2283395..2284828	Aspergillus niger	4985172
An11g09570	CDS	An11g09570	NT_166526.1	2285691	2286103	D	Remark: 60S ribosomal protein.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L37.b - Saccharomyces cerevisiae; cytoplasm; See PMID 8082197; See PMID 1840541; 60S ribosomal protein eL37	join(2285691..2285838,2285964..2286103)	Aspergillus niger	4985173
An11g09580	CDS	An11g09580	NT_166526.1	2286695	2287989	R	Title: weak similarity to hypothetical protein YMR312w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2286695..2287021,2287094..2287576,2287726..2287989))	Aspergillus niger	4985174
An11g09590	CDS	An11g09590	NT_166526.1	2289432	2291832	D	Remark: the Gal4 transcription factor is a positive regulator of the galactose-inducible genes in S. cerevisiae and is phosphorylated during interaction with the RNA polymerase II (Pol II) holoenzyme.; Title: similarity to transcription factor Gal4 -Saccharomyces cerevisiae; nucleus; See PMID 7601342; See PMID 10805731; See PMID 6366516; uncharacterized protein	join(2289432..2289464,2289523..2289552,2289603..2289697,2289785..2290101,2290159..2290850,2290916..2291391,2291460..2291832)	Aspergillus niger	4985175
An11g09600	CDS	An11g09600	NT_166526.1	2292077	2294428	R	Function: C. kessleri HUP2 also has strong similarity to the predicted A. niger protein and was shown to be a galactose-H+ symporter.; Remark: the properties of the mutant suggest that RCO3 is required for expression of glucose transport activity, glucose regulation of gene expression, and general carbon repression of development.; Title: strong similarity to glucose transporter rco-3 - Neurospora crassa; plasma membrane; See PMID 7870840; See PMID 9178001; uncharacterized protein	complement(join(2292077..2292564,2292608..2292985,2293048..2293138,2293203..2293648,2293702..2293747,2293808..2293872,2293935..2294075,2294144..2294288,2294351..2294428))	Aspergillus niger	4985176
An11g09610	CDS	An11g09610	NT_166526.1	2296039	2297621	R	Complex: subunits of the mammalian COP9 complex,include regulators of the Jun N-terminal kinase (JNK) and c-Jun, a nuclear hormone receptor binding protein (TRP19/COPS2) and a cell-cycle regulator.; Complex: the mammalian COP9 complex consists of eight subunits, six of them showing high similarity to six distinct non-ATPase regulatory subunits of the 26S proteasome.; Function: all of the subunits of the COP9 complex contain structural features that are also present in the components of the proteasome regulatory complex and the translation initiation factor eIF3 complex.; Function: human SNG2 is a component of the signalosome or COP9 protein complex.; Function: the signalosome complex is an important cellular regulator modulating multiple signaling pathways.; Localization: the signalosome complex is found in the cytoplasm and the nucleus.; Remark: ORF 3'truncated due to end of contig.; Title: strong similarity to signalosome subunit SGN2 - Homo sapiens [truncated ORF]; See PMID 10087198; See PMID 10585392; uncharacterized protein	complement(join(<2296039..2297193,2297239..2297299,2297354..2297512,2297578..2297621))	Aspergillus niger	4985177
An11g09620	CDS	An11g09620	NT_166526.1	2298837	2299830	D	Function: S. cerevisiae Rho3 acts as a key regulator of cell polarity and exocytosis independet of its function as actin organising protein.; Similarity: S. cerevisiae Rho3 is a GTP-binding protein of the rho family.; Title: strong similarity to GTPase Rho3 -Saccharomyces cerevisiae; See PMID 10588647; See PMID 10998597; uncharacterized protein	join(2298837..2298890,2298942..2299068,2299277..2299398,2299449..2299650,2299712..2299830)	Aspergillus niger	4985178
An11g09630	CDS	An11g09630	NT_166526.1	2300309	2301190	R	Function: K. lactis LIPB creates an amide linkage that joins the free carboxyl group of lipoic acid to the epsilon-amino group of a specific lysine residue in lipoate-dependent enzymes.; Title: strong similarity to lipoyl-protein ligase LIPB - Kluyveromyces lactis; localisation:mitochondrion; See PMID 9268025; uncharacterized protein	complement(2300309..2301190)	Aspergillus niger	4985179
An11g09640	CDS	An11g09640	NT_166526.1	2301718	2302514	R	Title: strong similarity to hypothetical GTPase activating protein homolog GAP1 - Cochliobolus heterostrophus; uncharacterized protein	complement(join(2301718..2302329,2302398..2302514))	Aspergillus niger	4985180
An11g09650	CDS	An11g09650	NT_166526.1	2303982	2305225	D	Title: similarity to hypothetical protein NIPSNAP1 -Danio rerio; uncharacterized protein	join(2303982..2304231,2304361..2304657,2304741..2305225)	Aspergillus niger	4985181
An11g09660	CDS	An11g09660	NT_166526.1	2306561	2308182	D	Catalytic activity: CDP-choline + 1,2-diacylglycerol = CMP + a phosphatidylcholine.; Catalytic activity: CDP-ethanolamine + 1,2-diacylglycerol = CMP + a phosphatidylethanolamine.; Remark: EPT1 requires a divalent cation activator,and is inhibited by CMP in S. cerevisiae.; Remark: The multiple transmembrane domains and lumenal hydrophilic domains of the EPT1 might participate in the transport process in S. cerevisiae.; Title: strong similarity to ethanolaminephosphotransferase Ept1 - Saccharomyces cerevisiae; plasma membrane; See PMID 1847919; uncharacterized protein	join(2306561..2306700,2306782..2306791,2306855..2307012,2307094..2307140,2307206..2307301,2307358..2308022,2308072..2308182)	Aspergillus niger	4985182
An11g09670	CDS	An11g09670	NT_166526.1	2308863	2309389	D	Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S27 - Homo sapiens; cytoplasm; See PMID 8908372; 40S ribosomal protein eS27	join(2308863..2308865,2309059..2309121,2309207..2309389)	Aspergillus niger	4985183
An11g09680	CDS	An11g09680	NT_166526.1	2310555	2311424	D	Catalytic activity: 5,6,7,8-tetrahydrofolate + nadp(+) = 7,8-dihydrofolate + nadph.; Remark: alternate names in Schizosaccharomyces pombe = dfr1 or spcc1223. 08c; Remark: essential step for de novo glycine and purine synthesis.; Remark: the predicted ORF is 214 amino acids shorter at the C-terminus than dfr1 of S. pombe.; Title: similarity to dihydrofolate reductase dfr1p -Schizosaccharomyces pombe; See PMID 8088538; uncharacterized protein	2310555..2311424	Aspergillus niger	4985184
An11g09690	CDS	An11g09690	NT_166526.1	2311540	2313219	R	Complex: Rpn5p is a subunit of the 19S proteasome regulatory particle.; Remark: subcellular distribution of proteasomes implicates a major location of protein degradation in the nuclear envelope-ER network in yeast.; Title: strong similarity to proteasome 19S regulatory particle subunit Rpn5 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2311540..2312139,2312191..2312679,2312736..2312972,2313028..2313084,2313136..2313219))	Aspergillus niger	4985185
An11g09700	CDS	An11g09700	NT_166526.1	2314374	2316038	D	Catalytic activity: S-adenosyl-L-methionine + uroporphyrin III = S-adenosyl-L-homocysteine + sirohydrochlorin.; Pathway: biosynthesis of sirohemes and cobalamins.; Title: similarity to siroheme synthase cysG -Escherichia coli; See PMID 2407558; uncharacterized protein	2314374..2316038	Aspergillus niger	4985186
An11g09710	CDS	An11g09710	NT_166526.1	2316339	2318365	R	Catalytic activity: ATP + 4-coumarate + CoA = AMP + pyrophosphate + 4-coumaroyl-CoA.; Title: strong similarity to 4-coumarate-CoA ligase -Populus tremuloides; uncharacterized protein	complement(join(2316339..2316687,2316779..2317827,2317891..2318119,2318340..2318365))	Aspergillus niger	4985187
An11g09720	CDS	An11g09720	NT_166526.1	2319526	2327017	D	Function: polyketide synthase PKS1 is required for T-toxin production in Cochliobolus heterostrophus.; Similarity: blastxPATENT hit (p-val=0. 0) to PATENTPROT:R74171 Aspergillus terreus triol polyketide synthase.; Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 8953776; uncharacterized protein	join(2319526..2325980,2326036..2327017)	Aspergillus niger	10098102
An11g09730	CDS	An11g09730	NT_166526.1	2327359	2330889	D	Function: deoxyriboaldolase is involved in the salvage pathway for nucleosides in Mycoplasma pirum (strain BER).; Title: similarity to deoxyribose-phosphate aldolase SGC3 - Mycoplasma pirum; See PMID 8349569; uncharacterized protein	join(2327359..2327408,2327480..2327561,2327645..2327834,2328028..2328053,2328298..2329116,2329384..2329488,2329561..2329712,2329782..2330889)	Aspergillus niger	4985189
An11g09740	CDS	An11g09740	NT_166526.1	2331434	2332695	R	Complex: S. pombe Crb3 bindins to the R3-region of the replication checkpoint control protein Cut5p in two-hybrid and co-immunprecipitation experiments.; Function: S. pombe Crb3p is an essential protein for viability and may be implicated in the G1/S progression.; Remark: ORF 3'truncated due to end of contig.; Similarity: S. pombe Crb3 is a WD repeat containing protein.; Title: similarity to damage and replication checkpoint control protein crb3p - Schizosaccharomyces pombe [truncated ORF]; See PMID 9407031; uncharacterized protein	complement(join(<2331434..2332269,2332348..2332695))	Aspergillus niger	4985190
An11g09750	CDS	An11g09750	NT_166526.1	2333893	2335967	D	Similarity: similarity is from the predicted A. niger protein to the C-terminal half of L. pealeii NF-220 which is 600 aa longer.; Similarity: the location of introns in L. pealeii NF-220 protein shows that it is more closely related to nuclear lamins and type III intermediate-filament proteins than to vertebrate NF proteins.; Title: weak similarity to neurofilament protein NF-220 - Loligo pealei; See PMID 1379729; uncharacterized protein	join(2333893..2334981,2335032..2335967)	Aspergillus niger	4985191
An11g09760	CDS	An11g09760	NT_166526.1	2336601	2337851	D	Function: E. coli lipoate synthase is a homodimer required for the C-S bond formation at nonactivated carbon in the biosynthesis of lipoic acid from octanoic acid.; Function: lipoic acid is a detoxifying molecule due to its metal chelating capacity, its ability to scavenge reactive oxygen species (ROS), its ability to regenerate endogenous antioxidants and its ability to repair oxidative damage.; Function: the S. cerevisiae lip5 mutant is not capable of synthesizing lipoic acid but still possesses the activity necessary for attachment of lipoic acid to protein.; Localization: S. cerevisiae Lip5p contains mitochondrial targeting signals and is required for mitochondrial fatty acid metabolism.; Title: strong similarity to lipoic acid synthase Lip5 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8349643; See PMID 9378235; See PMID 11153271; uncharacterized protein	2336601..2337851	Aspergillus niger	4985192
An11g09770	CDS	An11g09770	NT_166526.1	2338724	2340264	R	Function: S. cerevisiae Ser2p is required for Serine and glycine biosynthesis in yeast using 3-phosphoglycerate.; Title: strong similarity to phosphoserine phosphatase Ser2 - Saccharomyces cerevisiae; See PMID 1326413; uncharacterized protein	complement(join(2338724..2339038,2339111..2339368,2339428..2340264))	Aspergillus niger	4985193
An11g09780	CDS	An11g09780	NT_166526.1	2341513	2342501	D	Catalytic activity: PAPS reductases catalyse 5-phosphoadenosine 3-phosphosulfate + reduced thioredoxin <=> phosphoadenosine phosphate + oxidized thioredoxin + sulfite.; Function: involved in sulfate assimilation pathway for biosynthesis of methionine and cysteine.; Remark: 3'-phosphoadenylyl thiosulfotransferases are also called PAPS reductases etc.; Remark: the predicted ORF together with ORF 350cg are homologues to A. terreus and A. nidulans genes involved in the assimilatory reduction of sulfur for the biosynthesis of cysteine and methionine.; Title: strong similarity to 3-phosphoadenylyl thiosulfotransferase sAT - Aspergillus terreus; See PMID 11057445; uncharacterized protein	join(2341513..2341693,2341753..2342501)	Aspergillus niger	4985195
An11g09790	CDS	An11g09790	NT_166526.1	2345663	2348010	D	Catalytic activity: catalyzes the reaction of sulfate and ATP to form adenylylsulfate and pyrophosphate.; Function: ATP sulfurylase is involved in the assimilation of sulfur, that leads to the biosynthesis of methionine and cysteine.; Remark: the predicted ORF together with ORF 360cg are homologues to A. terreus and A. nidulans genes involved in the assimilatory reduction of sulfur for the biosynthesis of cysteine and methionine.; Repression: allosterically inhibited by 3'-phosphoadenosine 5'-phosphosulfate (paps) (by similarity).; Title: strong similarity to sulfate adenylyltransferase sC - Aspergillus nidulans; See PMID 7770049; See PMID 9343344; See PMID 2162344; uncharacterized protein	join(2345663..2345831,2345939..2345966,2346101..2346283,2346519..2346664,2346740..2346809,2346882..2348010)	Aspergillus niger	4985196
An11g09800	CDS	An11g09800	NT_166526.1	2348386	2350128	D	hypothetical protein	2348386..2350128	Aspergillus niger	4985197
An11g09820	CDS	An11g09820	NT_166526.1	2351179	2353824	R	Remark: Similarity is based on repetitive sequence.; Title: weak similarity to filamentous hemagglutinin fhaB - Bortedella pertussis; uncharacterized protein	complement(join(2351179..2352365,2352426..2353824))	Aspergillus niger	4985199
An11g09830	CDS	An11g09830	NT_166526.1	2356509	2357418	R	Title: weak similarity to hypothetical protein B0280.2 - Caenorhabditis elegans; uncharacterized protein	complement(join(2356509..2357001,2357065..2357162,2357227..2357418))	Aspergillus niger	4985200
An11g09840	CDS	An11g09840	NT_166526.1	2358099	2358766	D	Title: similarity to polypeptide SEQ ID NO:6214 from patent WO200153312-A1 - Homo sapiens; uncharacterized protein	join(2358099..2358149,2358245..2358409,2358534..2358596,2358652..2358701,2358757..2358766)	Aspergillus niger	4985201
An11g09850	CDS	An11g09850	NT_166526.1	2359290	2362428	D	Remark: Similarity is based on repetitive sequence.; Title: weak similarity to OlpB from patent FR2748479-A1 - Clostridium thermocellum; uncharacterized protein	join(2359290..2359301,2359423..2362428)	Aspergillus niger	4985202
An11g09860	CDS	An11g09860	NT_166526.1	2362619	2366884	R	Function: The determined state of Drosophila imaginal discs depends on stable patterns of homeotic gene expression. The stability of these patterns requires the function of the ash1 gene.; Remark: The ASH1 protein contains a SET domain and a PHD finger. The ASH1 protein is localized on polytene chromosomes of larval salivary glands at > 100 sites.; Similarity: a member of the trithorax group; Title: similarity to protein ash1 - Drosophila melanogaster; See PMID 8725238; See PMID 9663389; uncharacterized protein	complement(join(2362619..2362678,2362768..2362864,2362962..2362981,2363127..2363181,2363247..2363264,2363933..2363951,2364300..2365021,2365082..2365254,2365338..2365711,2365765..2366884))	Aspergillus niger	4985203
An11g09870	CDS	An11g09870	NT_166526.1	2368283	2369857	R	Title: similarity to hypothetical protein SPBC3H7.09 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2368283..2369195,2369250..2369857))	Aspergillus niger	4985204
An11g09880	CDS	An11g09880	NT_166526.1	2370885	2371920	D	Title: similarity to hypothetical protein CAE76201.1 - Neurospora crassa; uncharacterized protein	join(2370885..2371232,2371306..2371349,2371510..2371711,2371807..2371920)	Aspergillus niger	4985205
An11g09890	CDS	An11g09890	NT_166526.1	2372291	2375369	R	Catalytic activity: Dolichyl phosphate D-mannose + Protein = Dolichyl phosphate + O-D-Mannosylprotein; Function: Protein mannosylation by Pmt proteins initiates O-glycosylation in fungi; Remark: Mutants defective in PMT1 alleles lacked Pmt in vitro enzymatic activity, showed reduced growth rates,and tended to form cellular aggregates; Title: strong similarity to mannosyltransferase 1 PMT1 - Candida albicans; See PMID 9694829; uncharacterized protein	complement(join(2372291..2372824,2372883..2374343,2374407..2374690,2374744..2375033,2375104..2375369))	Aspergillus niger	4985206
An11g09900	CDS	An11g09900	NT_166526.1	2376291	2378024	D	Complex: mammalian splicing factor SF3a binds to transcription factor Sp1.; Function: mammalian splicing factor SF3a consists of three subunits of 60, 66, and 120 kDa and functions early during pre-mRNA splicing by converting the U2 snRNP into its active form.; Title: similarity to splicing factor SF3a 120K chain - Homo sapiens; nucleus; See PMID 7489498; See PMID 10976766; uncharacterized protein	join(2376291..2376381,2376438..2376491,2376556..2378024)	Aspergillus niger	4985207
An11g09910	CDS	An11g09910	NT_166526.1	2379082	2381295	R	Function: SEC2 function is required at the post-Golgi apparatus stage of the yeast secretory pathway for the polarized transport of secretory vesicles in S. cerevisiae; Title: strong similarity to protein Sec2 -Saccharomyces cerevisiae; See PMID 10747090; See PMID 1693620; uncharacterized protein	complement(join(2379082..2380515,2380577..2381219,2381288..2381295))	Aspergillus niger	4985208
An11g09920	CDS	An11g09920	NT_166526.1	2383264	2383964	D	Function: TFAR19 may play a general role in the apoptotic process.; Remark: TFAR19 exhibits a ubiquitous expression pattern and its expression is upregulated in the tumor cells undergoing apoptosis. Overexpression of TFAR19 in tumor cells enhances apoptosis triggered by growth factor or serum deprivation.; Similarity: The human TFAR19 encodes a protein which shares significant homology to the corresponding proteins of species ranging from yeast to mice.; Title: similarity to protein TFAR19 - Homo sapiens; See PMID 9920759; uncharacterized protein	join(2383264..2383287,2383413..2383501,2383571..2383581,2383684..2383964)	Aspergillus niger	4985209
An11g09930	CDS	An11g09930	NT_166526.1	2384229	2385162	R	Remark: Mutant strains harboring mutations in the coq3, coq4, coq5, coq6, coq7, or coq8 genes are unable to produce Ubiquinone.; Title: strong similarity to ubiquinone biosynthesis protein Coq4 - Saccharomyces cerevisiae; See PMID 9266513; uncharacterized protein	complement(join(2384229..2384878,2384940..2385162))	Aspergillus niger	4985210
An11g09940	CDS	An11g09940	NT_166526.1	2385570	2387179	D	Catalytic activity: S-Adenosyl-L-methionine + Histone-L-lysine = S-Adenosyl-L-homocysteine + Histone N6-methyl-L-lysine.; Title: similarity to histone-lysine N-methyltransferase LSMT - Pisum sativum; See PMID 7888616; See PMID 10593982; uncharacterized protein	join(2385570..2385710,2385786..2386346,2386416..2386470,2386542..2386604,2386668..2387179)	Aspergillus niger	4985211
An11g09950	CDS	An11g09950	NT_166526.1	2387294	2388524	R	Catalytic activity: (r)-pantoate + nadp(+) = 2-dehydropantoate + nadph.; Function: catalyzes the nadph-dependent reduction of ketopantoate into pantoic acid.; Localization: cytoplasmic (potential).; Pathway: alternative pyrimidine biosynthetic (apb) pathway.; Similarity: to ketopantoate reductases from bacteria.; Title: similarity to ketopantoate reductase apbA -Salmonella typhimurium; See PMID 9721324; uncharacterized protein	complement(join(2387294..2387345,2387392..2388524))	Aspergillus niger	4985212
An11g09960	CDS	An11g09960	NT_166526.1	2388939	2389714	D	Remark: C1D encodes a DNA-binding and DNA-PK-activating protein.; Title: weak similarity to DNA-binding protein C1D -Homo sapiens; See PMID 9852280; See PMID 10362552; uncharacterized protein	join(2388939..2389119,2389169..2389335,2389388..2389714)	Aspergillus niger	4985213
An11g09970	CDS	An11g09970	NT_166526.1	2390526	2391239	D	Title: strong similarity to hypothetical protein YMR002w - Saccharomyces cerevisiae; uncharacterized protein	join(2390526..2390773,2390842..2391106,2391207..2391239)	Aspergillus niger	4985214
An11g09980	CDS	An11g09980	NT_166526.1	2391512	2393257	R	Function: PspA is a virulence factor of the bacteria that has been shown to protect mice against pneumococcal infection. The amino-terminal part of PspA has been found to be a functional module which is essential for full pneumococcal infectivity.; Remark: Pneumococcal surface protein A (PspA) is one of the major antigens of Streptococcus pneumonia.; Remark: Similarity is based on repetitive sequence.; Title: similarity to pneumococcal surface protein A pspA - Streptococcus pneumoniae; See PMID 10992499; See PMID 11087677; uncharacterized protein	complement(join(2391512..2391538,2391568..2391615,2391747..2392408,2392478..2392827,2392874..2393099,2393179..2393257))	Aspergillus niger	4985215
An11g09985	CDS	An11g09985	NT_166526.1	2394026	2394734	D	Title: similarity to protein SURF1 - Mus musculus; See PMID 3025660; uncharacterized protein	join(2394026..2394350,2394446..2394551,2394635..2394734)	Aspergillus niger	4985216
An11g09990	CDS	An11g09990	NT_166526.1	2394947	2396356	R	Title: weak similarity to hypothetical protein encoded by SPBC800.13 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2394947..2395505,2395555..2396216,2396264..>2396356))	Aspergillus niger	4985217
An11g10000	CDS	An11g10000	NT_166526.1	2396716	2397819	D	Title: similarity to hypothetical protein SPBC23G7.07c - Schizosaccharomyces pombe; uncharacterized protein	join(2396716..2397103,2397153..2397333,2397390..2397488,2397535..2397587,2397623..2397819)	Aspergillus niger	4985218
An11g10010	CDS	An11g10010	NT_166526.1	2399094	2400263	R	Title: similarity to hypothetical protein encoded by An16g04370 - Aspergillus niger; uncharacterized protein	complement(2399094..2400263)	Aspergillus niger	84592408
An11g10020	CDS	An11g10020	NT_166526.1	2403647	2404713	D	Similarity: Similarity is based on repetitive sequences.; Title: similarity to wound-responsive protein KED -Nicotiana tabacum; See PMID 10945337; uncharacterized protein	join(2403647..2404169,2404237..2404465,2404524..2404713)	Aspergillus niger	4985220
An11g10030	CDS	An11g10030	NT_166526.1	2405266	2406225	R	Title: strong similarity to hypothetical rac GTPase AAD50299.1 - Xenopus laevis; uncharacterized protein	complement(join(2405266..2405326,2405382..2405614,2405674..2405833,2405926..2405984,2406095..2406127,2406193..2406225))	Aspergillus niger	4985221
An11g10050	CDS	An11g10050	NT_166526.1	2408172	2410926	R	Function: The Leu3 protein of yeast is a dual-function regulator, stimulating transcription when the inducer alpha-isopropylmalate (alpha-IPM) is present and suppressing transcription when the inducer is absent.; Remark: Yeast zinc cluster proteins form a major class of yeast transcriptional regulators. They usually bind as homodimers to target DNA sequences, with each monomer recognizing a CGG triplet. Orientation and spacing between the CGG triplet specifies the recognition sequence for a given zinc cluster protein . Leu3p, also recognize CGG triplets but when oriented in opposite directions, an everted repeat.; Similarity: Leu3p, belongs to the family of Zn(II)2Cys6 proteins.; Title: similarity to leucine-specific regulatory protein Leu3 - Saccharomyces cerevisiae; nucleus; See PMID 8428928; See PMID 8706857; See PMID 9660826; See PMID 10383402; uncharacterized protein	complement(join(2408172..2408330,2408378..2408547,2408726..2408769,2409012..2409219,2409270..2409779,2409834..2410099,2410145..2410582,2410634..2410926))	Aspergillus niger	4985222
An11g10060	CDS	An11g10060	NT_166526.1	2411584	2414906	D	Title: strong similarity to hypothetical GTPase activating protein GAP1 - Cochliobolus heterostrophus; uncharacterized protein	join(2411584..2411824,2412055..2412076,2412370..2412562,2412635..2412688,2412772..2413378,2413432..2413640,2413696..2414260,2414321..2414464,2414518..2414612,2414671..2414741,2414795..2414906)	Aspergillus niger	4985223
An11g10070	CDS	An11g10070	NT_166526.1	2415723	2416835	R	Title: weak similarity to hypothetical protein SPAC13G7.11 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2415723..2416218,2416291..2416398,2416468..2416835))	Aspergillus niger	4985224
An11g10080	CDS	An11g10080	NT_166526.1	2417905	2418780	D	Title: weak similarity to hypothetical protein CAE76369.1 - Neurospora crassa; uncharacterized protein	join(2417905..2417910,2417980..2418035,2418088..2418235,2418353..2418570,2418741..2418780)	Aspergillus niger	4985225
An11g10090	CDS	An11g10090	NT_166526.1	2419381	2420135	R	Function: additional factor that functions in concert with eif-2 and the initiator trna in directing the ribosome to the proper start site of translation.; Remark: evidence for direct interaction between rent2 and human eIF4AI and Sui1, both are components of the translation initiation complex.; Similarity: belongs to the sui1 family.; Title: strong similarity to translation factor sui1p - Schizosaccharomyces pombe; See PMID 11073994; uncharacterized protein	complement(join(2419381..2419529,2419586..2419678,2419789..2419863,2420108..2420135))	Aspergillus niger	4985226
An11g10100	CDS	An11g10100	NT_166526.1	2421035	2421848	R	Title: strong similarity to hypothetical protein EAA60784.1 - Aspergillus nidulans; uncharacterized protein	complement(join(2421035..2421115,2421174..2421190,2421256..2421353,2421408..2421419,2421486..2421502,2421573..2421604,2421679..2421729,2421812..2421848))	Aspergillus niger	4985227
An11g10110	CDS	An11g10110	NT_166526.1	2425098	2430321	D	Function: Srb/mediator proteins that are associated with RNA polymerase II holoenzyme have been implicated in transcriptional repression in S. cerevisiae; Remark: The products of all nine SRB genes identified are components of the RNA polymerase II holoenzyme.; Title: similarity to protein Srb8 - Saccharomyces cerevisiae; nucleus; See PMID 7774808; See PMID 9755175; uncharacterized protein	join(2425098..2425701,2425765..2426362,2426412..2426616,2426667..2427305,2427359..2427657,2427708..2428587,2428687..2428981,2429032..2429258,2429314..2430321)	Aspergillus niger	4985228
An11g10120	CDS	An11g10120	NT_166526.1	2433104	2433479	D	Induction: Expression of the qid3 gene is derepressed in the absence of glucose.; Localization: QID3 is encoding a putative cell wall protein.; Remark: When introduced in yeast, qid3 expression causes cell division arrest into cytokinesis and cell separation, probably due to its cell wall localization.; Similarity: belongs to hydrophobin HFBI superfamily.; Title: weak similarity to QID3 - Trichoderma harzianum; See PMID 8121402; uncharacterized protein	join(2433104..2433257,2433352..2433479)	Aspergillus niger	84592409
An11g10130	CDS	An11g10130	NT_166526.1	2433899	2435053	R	Title: similarity to hypothetical protein T29A15.10 - Arabidopsis thaliana; uncharacterized protein	complement(join(2433899..2434629,2434770..2434834,2434896..2435053))	Aspergillus niger	84592410
An11g10140	CDS	An11g10140	NT_166526.1	2436378	2437563	D	Function: CIA30 is a novel chaperone specific for complex I membrane arm assembly.; Title: strong similarity to NADH:ubiquinone reductase intermediate-associated protein CIA30 -Neurospora crassa; See PMID 9769214; uncharacterized protein	join(2436378..2436465,2436535..2436768,2436842..2437009,2437184..2437563)	Aspergillus niger	4985231
An11g10150	CDS	An11g10150	NT_166526.1	2437714	2438755	R	Catalytic activity: ATP + 1-(5'-Phosphoribosyl)-5-amino-4-carboxyimidazole + L-Aspartate = ADP + Orthophosphate + 1-(5'-Phosphoribosyl)-5-amino-4-(N-succinocarboxamide)-imi dazole; Function: involved in purine biosynthesis.; Induction: The promoter of the ADE1 gene contains a copy of the 5'-TGACTC hexanucleotide, a feature characteristic of promoters under general aa control.; Pathway:The ade4, ade5, ade8, ade6, and ade7 mutations were found to suppress the phenotypic manifestation of the ade2 mutations via inactivation of enzymes catalyzing the first, second, third, fourth and fifth stages of purine biosynthesis, while the ade1 mutation, which inactivates enzyme of the seventh stage,lacks suppressive activity.; Remark: Strains with single adenine mutations, ade4,ade5, ade8, ade6, ade7, or ade1 grow on glycerol- and hypoxanthine-containing media.; Title: strong similarity to phosphoribosylaminoimidazolesuccinocarboxamide synthase Ade1 - Saccharomyces cerevisiae; See PMID 1756975; uncharacterized protein	complement(join(2437714..2438090,2438155..2438530,2438606..2438755))	Aspergillus niger	4985232
An11g10160	CDS	An11g10160	NT_166526.1	2439081	2440130	R	Function: oxetanocin A selective inhibits the replication of several viral particles,like the human cytomegalovirus.; Remark: Bacillus megaterium strain NK84-0218 produces a potent antiviral nuclesosid, oxetanocin A, which has an oxetanosyl-N-glycoside linkage to an adenine moiety.; Title: strong similarity to hypothetical oxetanocin A resistance protein oxrB - Bacillus megaterium; See PMID 10227144; uncharacterized protein	complement(2439081..2440130)	Aspergillus niger	4985233
An11g10170	CDS	An11g10170	NT_166526.1	2441450	2442185	D	hypothetical protein	join(2441450..2441644,2441762..2441911,2442063..2442185)	Aspergillus niger	84592411
An11g10180	CDS	An11g10180	NT_166526.1	2442939	2444042	R	Remark: the G. zeae mating-type protein MAT 1-1 is a member of the proteins controling the reproductive mode of G. zeae, G. fujikuroi and the asexual F. oxysporum.; Title: similarity to mating type protein MAT1-1-1 -Gibberella zeae; See PMID 11118131; uncharacterized protein	complement(join(2442939..2443756,2443808..2444042))	Aspergillus niger	4985235
An11g10190	CDS	An11g10190	NT_166526.1	2446155	2448488	R	Function: APN2 of S. cerevisiae contains both 3'-phosphodiesterase activity and 3'->5' exonuclease activity and has a role in the repair of H(2)O(2)-induced DNA damage.; Remark: APN2 of S. cerevisiae is also known as ETH1 and YBL019W.; Similarity: APN2 of S. cerevisiae is a member of the class II AP endonucleases.; Title: similarity to apurinic/apyrimidinic (AP) endonuclease Apn2 - Saccharomyces cerevisiae; See PMID 9765213; See PMID 10806210; See PMID 11238902; uncharacterized protein	complement(join(2446155..2446312,2446435..2446821,2447047..2447323,2447377..2448086,2448138..2448270,2448320..2448365,2448481..2448488))	Aspergillus niger	4985236
An11g10200	CDS	An11g10200	NT_166526.1	2449044	2449759	D	Function: subunit of the cytochrome c oxidase, the final component of the respiratory chain, that catalyzes the electron transfer from cytochrome c to oxygen.; Title: strong similarity to subunit VIa of cytochrome c oxidase Cox13 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8395517; uncharacterized protein	join(2449044..2449230,2449310..2449334,2449395..2449554,2449624..2449631,2449714..2449759)	Aspergillus niger	4985237
An11g10210	CDS	An11g10210	NT_166526.1	2450133	2452764	R	Complex: the human anaphase-promoting complex is composed of eight protein subunits (BimE/APC1, CDC27/APC3,CDC16/APC6, CDC23/APC8, APC2, APC4, APC5, and APC7).; Function: human anaphase-promoting complex has E3-ubiquitin ligase activity and controls all postmetaphase events.; Title: similarity to anaphase-promoting complex subunit APC5 - Homo sapiens; See PMID 9469815; See PMID 10872461; uncharacterized protein	complement(join(2450133..2450862,2450911..2451047,2451096..2451202,2451303..2451380,2451442..2451848,2451900..2451993,2452047..2452764))	Aspergillus niger	4985238
An11g10230	CDS	An11g10230	NT_166526.1	2453232	2453373	R	hypothetical protein	complement(join(2453232..2453282,2453332..2453373))	Aspergillus niger	84592412
An11g10240	CDS	An11g10240	NT_166526.1	2454044	2455883	D	hypothetical protein	join(2454044..2454715,2454770..2454788,2454844..2455883)	Aspergillus niger	4985241
An11g10250	CDS	An11g10250	NT_166526.1	2456088	2457087	D	Remark: the human GS1 protein is encoded by a gene that is of interest because it is one of the few X-linked genes that escapes X-inactivation.; Title: strong similarity to cDNA GS1 - Homo sapiens; See PMID 1284467; uncharacterized protein	join(2456088..2456218,2456273..2456441,2456479..2457087)	Aspergillus niger	84592413
An11g10260	CDS	An11g10260	NT_166526.1	2457764	2459019	R	Golgi; Remark: K. lactis alphaN-acetylglucosamine transferase is predicted to be a Golgi membrane transporter, who tranfers UDP-GlcNAc into the lumen, where it is a substrate in the biosynthesis of mannoproteins.; Title: strong similarity to alphaN-acetylglucosamine transferase - Kluyveromyces lactis; See PMID 8650202; uncharacterized protein	complement(join(2457764..2457805,2457863..2458003,2458067..2458432,2458482..2458576,2458626..2459019))	Aspergillus niger	4985243
An11g10270	CDS	An11g10270	NT_166526.1	2460580	2461962	D	Title: strong similarity to aspartic protease polypeptide #4 from patent WO200268623-A2. - Aspergillus niger; uncharacterized protein	join(2460580..2460907,2460941..2461962)	Aspergillus niger	84592414
An11g10280	CDS	An11g10280	NT_166526.1	2463007	2464398	D	Remark: the P. anserina het-e-1 gene of the fungus Podospora anserina is responsible for vegetative incompatibility through specific interactions with different alleles of the unlinked gene, het-c.; Title: weak similarity to beta-transducin like protein het-e1 - Podospora anserina; See PMID 7557402; See PMID 9435787; uncharacterized protein	join(2463007..2463325,2463356..2464398)	Aspergillus niger	84592415
An11g10290	CDS	An11g10290	NT_166526.1	2464695	2466194	R	Catalytic activity: E. coli betaine-aldehyde dehydrogenase converts betaine aldehyde and NAD(+)and H(2)O to betaine and NADH.; Complex: betB of E. coli exists as a homotetramer.; Pathway: E. coli betaine-aldehyde dehydrogenase is part of the glycine, serine and threonine metabolism.; Remark: E. coli betaine-aldehyde dehydrogenase belongs to the superfamiliy of oxidureductases.; Title: strong similarity to betaine-aldehyde dehydrogenase betB - Escherichia coli; See PMID 2194570; See PMID 1956285; uncharacterized protein	complement(2464695..2466194)	Aspergillus niger	4985246
An11g10300	CDS	An11g10300	NT_166526.1	2466771	2468222	D	Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to hypothetical protein CAD16864.1 - Ralstonia solanacearum; uncharacterized protein	2466771..2468222	Aspergillus niger	4985247
An11g10310	CDS	An11g10310	NT_166526.1	2468675	2470381	D	Complex: the P. acaligenes GDO structure is deduced to be a tetramer.; Induction: the P. alcaligenes GDO can be induced through 3-hydroxybenzoate.; Similarity: hte P. alcaligenes belongs to the cupin superfamily, which are functionally diverse proteins that share a highly conserved pattern of two histidine-containing motifs with a varied intermotif spacing.; Title: similarity to gentisate 1,2-dioxygenases GDO - Pseudomonas alcaligenes; See PMID 10049846; uncharacterized protein	join(2468675..2468782,2468866..2469053,2469112..2469275,2469329..2469632,2469691..2470269,2470363..2470381)	Aspergillus niger	4985248
An11g10320	CDS	An11g10320	NT_166526.1	2470691	2474518	R	Function: the S. cerevisiae SLA2 protein is required for cellular morphogenesis and polarization of cortical cytoskeleton.; Remark: SLA2 of S. cerevisiae is also known as END4,MOP2 and YNL243W.; Similarity: the C-terminal part of the predicted A. niger protein shows strong similarity to the C-terminal part of the human Talin TLN protein, which is a cytoskeletal focal adhesion protein.; Title: strong similarity to cytoskeleton assembly control protein homolog Sla2 - Saccharomyces cerevisiae; cytoskeleton; See PMID 8335689; uncharacterized protein	complement(join(2470691..2470777,2470834..2471201,2471234..2472063,2472155..2472233,2472308..2473360,2473416..2473600,2473652..2473709,2473760..2473840,2473904..2474061,2474132..2474207,2474303..2474320,2474384..2474430,2474511..2474518))	Aspergillus niger	4985249
An11g10330	CDS	An11g10330	NT_166526.1	2475537	2478924	R	Remark: an alternative name for the predicted S. cerevisiae protein is P9513. 15.; Title: strong similarity to hypothetical membrane protein YPR091c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2475537..2477847,2477941..2478550,2478912..2478924))	Aspergillus niger	4985250
An11g10340	CDS	An11g10340	NT_166526.1	2479947	2480930	D	Similarity: the ORF encoded protein shows also weak similartity to hypothetical protein VC1974 from Vibrio cholerae (strain N16961).; Title: strong similarity to hypothetical protein encoded by An02g00110 - Aspergillus niger; uncharacterized protein	2479947..2480930	Aspergillus niger	4985251
An11g10350	CDS	An11g10350	NT_166526.1	2481313	2482850	R	Remark: the C. albicans gene was isolated through complementation of the complementation of fluconazole hypersusceptibility in S. cerevisiae YKKB-13 lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Similarity: the deduced amino acid sequence of FLU1 showed similarity to CaMDR1 (formerly BEN(r)), a member of the major facilitator superfamily of multidrug efflux transporters.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	complement(join(2481313..2481481,2481536..2482230,2482298..2482687,2482737..2482850))	Aspergillus niger	4985252
An11g10360	CDS	An11g10360	NT_166526.1	2483794	2484366	D	hypothetical protein	join(2483794..2483799,2483922..2483966,2484065..2484314,2484356..2484366)	Aspergillus niger	84592416
An11g10370	CDS	An11g10370	NT_166526.1	2484615	2486025	R	Catalytic activity: S. cerevisiae trans-pentaprenyltranstransferase converts All-trans-pentaprenyl diphosphate and isopentenyl diphosphate to diphosphate and all-trans-hexaprenyl diphosphate.; Function: S. cerevisiae trans-pentaprenyltranstransferase is involved in the CoenzymeQ biosythesis. Coenzyme Q (Ubichinone) is involved in the synthesis of ATP and is an antioxydant.; Remark: the systematical name for the S. cerevisiae COQ1 protein is YBR003W.; Title: strong similarity to trans-pentaprenyltranstransferase Coq1 - Saccharomyces cerevisiae; See PMID 2198286; uncharacterized protein	complement(join(2484615..2484776,2484835..2486025))	Aspergillus niger	4985254
An11g10380	CDS	An11g10380	NT_166526.1	2486706	2488781	R	Function: The 26S proteasome is the multiprotein complex that degrades proteins that have been marked for destruction by the ubiquitin pathway.; Title: strong similarity to 26S proteasome regulatory subunit rpn3p - Schizosaccharomyces pombe; See PMID 10582238; uncharacterized protein	complement(join(2486706..2486849,2486917..2488214,2488286..2488781))	Aspergillus niger	4985255
An11g10390	CDS	An11g10390	NT_166526.1	2489534	2491020	D	hypothetical protein	join(2489534..2489598,2489655..2490017,2490080..2490372,2490569..2490738,2490782..2490848,2491004..2491020)	Aspergillus niger	4985256
An11g10400	CDS	An11g10400	NT_166526.1	2491732	2493626	D	Function: TAF61 of S. cerevisiae has a role in RNA polymerase II transcription where it is required by Gcn4 to recruit the SAGA coactivator complex.; Remark: TAF61 of S. cerevisiae is also known as TAFII61 and YDR145W.; Similarity: the similarity of the ORF to the S. cerevisiae TAF61 is restricted to the C-terminal region, as the ORF is 443 aa longer at the N-terminus.; Title: similarity to subunit of transcription initation factor TFIID Taf61 - Saccharomyces cerevisiae; See PMID 8962109; See PMID 9844640; uncharacterized protein	join(2491732..2493306,2493372..2493626)	Aspergillus niger	4985257
An11g10410	CDS	An11g10410	NT_166526.1	2495497	2498231	R	Function: phosphatidylinositol-5-kinase catalyzes the last step in the synthesis of phosphatidylinositol 4,5-bisphosphate. phosphatidylinositol 4, 5-bisphosphate is a precursor of diacylglycerol and inositol 1,4,5-trisphosphate, which are important second messengers.; Pathway: S. pombe phosphatidylinositol-5-kinase is thought to be regulated by phosphorylation via casein kinase 1 Cki1.; Title: strong similarity to phosphatidylinositol-4-phosphate 5-kinase -Schizosaccharomyces pombe; plasma membrane; See PMID 9873063; uncharacterized protein	complement(join(2495497..2496015,2496068..2496213,2496340..2497028,2497093..2498231))	Aspergillus niger	4985258
An11g10420	CDS	An11g10420	NT_166526.1	2499423	2501277	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(2499423..2499569,2499772..2499842,2500062..2500187,2500360..2500393,2500465..2500531,2500569..2500681,2501212..2501277))	Aspergillus niger	84592417
An11g10430	CDS	An11g10430	NT_166526.1	2502296	2503582	R	Function: histone H1, similar to H5, normally acts as linker histone connecting nucleosomes to form the 30-nm chromatin fiber.; Localization: an H1-GFP fusion shows exclusive nuclear localization, whereas chromosomal localization can be observed during condensation at mitosis.; Phenotype: deletion of the hhoa gene of A. nidulans results in no obvious phenotype: nucleosomal repeat length and susceptibility to micrococcal nuclease digestion remained unaffected as well as the nucleosomal organization of a number of promoters.; Similarity: hhoa of A. nidulans belongs to the histone H1/H5 family.; Similarity: the A. niger EST an_2114 in EMBLEST:BE759338 overlaps with the ORF.; Similarity: the A. niger Nig013 in EMBLEST:AN732 overlaps with the ORF.; Title: strong similarity to histone H1 hhoA -Aspergillus nidulans; nucleus; See PMID 10984712; See PMID 11149891; uncharacterized protein	complement(join(2502296..2502346,2502495..2502671,2502732..2502790,2502953..2503083,2503209..2503231,2503392..2503417,2503513..2503582))	Aspergillus niger	4985260
An11g10440	CDS	An11g10440	NT_166526.1	2504603	2505320	D	Remark: unusual intron/exon structure for A. niger and short length (102 amino acids).; Title: questionable ORF; uncharacterized protein	join(2504603..2504681,2504778..2504878,2505192..2505320)	Aspergillus niger	84592418
An11g10450	CDS	An11g10450	NT_166526.1	2506409	2507898	R	Catalytic activity: Rad2p possesses a 5'-->3' single-stranded exonuclease activity.; Function: the rad2 protein of S. pombe is essential for repair of DNA damage after UV-irradiation.; Function: the rad2 protein of S. pombe is involved in Okazaki fragment processing (DNA replication).; Function: the rad2 protein of S. pombe is involved in the fidelity of chromosome segregation.; Phenotype: the rad2 mutant of S. pombe has additionally a very high degree of chromosome loss and/or nondisjunction.; Phenotype: the rad2 mutant of S. pombe is deficient in the repair of UV damage.; Remark: the rad2 protein of S. pombe is also called SPAC3G6. 06C and FEN1 (flap endonuclease 1).; Similarity: rad2 of S. pombe belongs to the rad2(pombe)/FEN1 subfamily.; Title: strong similarity to DNA repair protein rad2p - Schizosaccharomyces pombe; nucleus; See PMID 8007985; See PMID 10908351; uncharacterized protein	complement(join(2506409..2506930,2506992..2507553,2507607..2507611,2507704..2507789,2507886..2507898))	Aspergillus niger	4985262
An11g10460	CDS	An11g10460	NT_166526.1	2508452	2510887	D	Function: prnA of A. nidulans controls the expression of the prn gene cluster, which is necessary for proline utilization as a nitrogen and/or carbon source.; Similarity: the A. niger EST clone 0700 in EMBLEST:BE760806 overlaps with the ORF at the ORF's C-terminus.; Similarity: the ORF shows only local (N-terminal,until amino acid 388) homology to the prnA protein of A. nidulans.; Similarity: the ORF shows similarity to other transcription factors/transcriptional regulators too.; Similarity: the ORF shows weak similarity to A. niger mutant prtT allele polypeptide prt13 from patent WO200020596-A1.; Title: similarity to transcription activator prnA -Aspergillus nidulans; See PMID 9622360; uncharacterized protein	join(2508452..2508732,2508813..2509656,2509721..2510887)	Aspergillus niger	4985263
An11g10470	CDS	An11g10470	NT_166526.1	2511794	2513326	D	Catalytic activity: GCHD of H. sapiens catalyzes the oxidative carboxylation of glutaryl-CoA to crotonyl-CoA.; Complex: GCDH of H. sapiens is a subunit of a homotetramer.; Function: GCHD of H. sapiens functions in the degradation of lysine, hydroxylysine, and tryptophan (EC: 1. 3. 99. 7).; Localization: GCHD of H. sapiens is localized to the mitochondrial matrix.; Phenotype: deficiency of GCDH in H. sapiens leads to glutaric acidemia type I, an inherited disorder of amino acid metabolism characterized by a progressive neurodegenerative disease.; Remark: GCHD of H. sapiens belongs to the acyl-CoA dehydrogenase family.; Remark: a splice site was detected upstream of the START codon.; Similarity: the ORF shows also strong similarity to acyl-CoA dehydrogenases of several species (EC: 1. 3. 99. 3).; Title: strong similarity to glutaryl-CoA dehydrogenase GCHD - Homo sapiens; See PMID 8541831; See PMID 9600243; uncharacterized protein	join(2511794..2512007,2512095..2513010,2513100..2513209,2513280..2513326)	Aspergillus niger	4985264
An11g10480	CDS	An11g10480	NT_166526.1	2513746	2514357	D	Remark: unusual exon/intron structure for A. niger and short length (75 amino acids).; Title: questionable ORF; uncharacterized protein	join(2513746..2513800,2514022..2514129,2514293..2514357)	Aspergillus niger	84592419
An11g10490	CDS	An11g10490	NT_166526.1	2514541	2515321	D	Catalytic activity: UBC4 of S. cerevisiae converts ATP + ubiquitin + protein lysine to AMP + pyrophosphate + protein N-ubiquityllysine.; Function: UBC4 of S. cerevisiae catalyzess the covalent attachment of ubiquitin to other proteins,mediating the selective degradation of short-lived and abnormal proteins.; Function: UBC4 of S. cerevisiae contributes to a major portion of the ubiquitin-dependent protein degradation in stressed cells.; Title: strong similarity to ubiquitin conjugating enzyme Ubc4 - Saccharomyces cerevisiae; cytoplasm; See PMID 1311250; See PMID 1651925; See PMID 2154373; See PMID 8381213; See PMID 8391479; uncharacterized protein	join(2514541..2514627,2514786..2514815,2514944..2515127,2515182..2515321)	Aspergillus niger	4985266
An11g10500	CDS	An11g10500	NT_166526.1	2515783	2516001	R	Similarity: the indicated EST extends further along the putative 3'-UTR of the predicted gene.; Title: strong similarity to EST an_2112 -Aspergillus niger; uncharacterized protein	complement(2515783..2516001)	Aspergillus niger	84592420
An11g10510	CDS	An11g10510	NT_166526.1	2516109	2517713	D	Function: SRPK2 of M. musculus is involved in the control by phosphorylation of SR splicing factors.; Similarity: the main feature of the predicted ORF is to contain a serine-threonine protein kinase domain; this explains the huge number of BLASTP hits to known and putative members of this broad protein family.; Title: similarity to serine/arginine-rich protein-specific kinase SRPK2 - Mus musculus; See PMID 9446799; uncharacterized protein	join(2516109..2516356,2516460..2516809,2516881..2516997,2517040..2517212,2517310..2517433,2517532..2517713)	Aspergillus niger	84592421
An11g10520	CDS	An11g10520	NT_166526.1	2518463	2520339	R	Similarity: many other BLASTP hits are due to the relative high content of Ser and Ala.; Similarity: the similarity to the R. capsulatus hypothetical protein involves only the N-terminal fifth of the protein.; Title: similarity to hypothetical conserved protein - Rhodobacter capsulatus; uncharacterized protein	complement(join(2518463..2520104,2520164..2520339))	Aspergillus niger	4985269
An11g10530	CDS	An11g10530	NT_166526.1	2520673	2522155	D	hypothetical protein	join(2520673..2520794,2520890..2521105,2521200..2521261,2521372..2521659,2521796..2521832,2521915..2522155)	Aspergillus niger	84592422
An11g10540	CDS	An11g10540	NT_166526.1	2523277	2524110	R	Function: mra1 of S. pombe is essential for cell growth and in promoting the mating function; it may be a factor constituting a third pathway regulated by ras1.; Title: strong similarity to ras-associated protein mra1p - Schizosaccharomyces pombe; See PMID 9133664; uncharacterized protein	complement(join(2523277..2523753,2523823..2524110))	Aspergillus niger	4985271
An11g10550	CDS	An11g10550	NT_166526.1	2525493	2526987	R	Title: questionable ORF; uncharacterized protein	complement(join(2525493..2525601,2525692..2525739,2525894..2526057,2526123..2526229,2526322..2526368,2526418..2526516,2526593..2526769,2526805..2526878,2526967..2526987))	Aspergillus niger	84592423
An11g10560	CDS	An11g10560	NT_166526.1	2527510	2529439	D	Function: eso1 of S. pombe is essential for the establishment of sister chromatid cohesion during S phase.; Function: eso1 of S. pombe plays a dual role during DNA replication: the C-terminal region acts to establish sister chromatid cohesion, and the N-terminal region presumably catalyzes translesion DNA synthesis when template DNA contains lesions that block regular DNA replication.; Localization: eso1 of S. pombe is probably a nuclear protein.; Similarity: the similarity to eso1 of S. pombe involves only the C-terminal regions of the two proteins.; Title: similarity to sister chromatid cohesion protein eso1p - Schizosaccharomyces pombe; See PMID 10779336; uncharacterized protein	join(2527510..2527563,2527690..2527758,2527844..2528118,2528218..2529020,2529060..2529439)	Aspergillus niger	4985273
An11g10570	CDS	An11g10570	NT_166526.1	2530383	2530891	D	Remark: C-terminally truncated ORF due to contig border.; Similarity: the similarity to the cell wall protein of Y. lipolytica and other proteins is mainly due to low complexity and repetitive elements.; Title: weak similarity to cell wall protein -Yarrowia lipolytica [truncated ORF]; See PMID 8972576; uncharacterized protein	join(2530383..2530422,2530530..>2530891)	Aspergillus niger	4985275
An11g10580	CDS	An11g10580	NT_166526.1	2530993	2532003	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: N-terminally truncated due to contig border.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: weak similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae [truncated ORF]; See PMID 9987114; See PMID 11152942; See PMID 8710886; See PMID 9383611; uncharacterized protein	<2530993..2532003	Aspergillus niger	84592424
An11g10590	CDS	An11g10590	NT_166526.1	2532872	2534548	R	hypothetical protein	complement(2532872..2534548)	Aspergillus niger	4985276
An11g10600	CDS	An11g10600	NT_166526.1	2534959	2537126	R	Remark: sucrose transport by SUT1 is linked to the proton electrochemical potential across the plasma membrane.; Title: strong similarity to sucrose-proton transport protein SUT1 - Daucus carota; plasma membrane; See PMID 9847123; uncharacterized protein	complement(join(2534959..2535170,2535270..2536118,2536176..2536471,2536659..2536834,2536933..2537019,2537082..2537126))	Aspergillus niger	4985277
An11g10610	CDS	An11g10610	NT_166526.1	2537781	2538891	D	Catalytic activity: catalyzes the alpha-glucosylation of itself on a specific tyrosine residue by UDP-glucose to produce glucosyl-glycogenin and UDP; catalyzes the subsequent alpha-1,4-glucosylation of glucosyl-glycogenin by UDP-glucose to produce glycogen and UDP.; Pathway: the enzyme is involved in glycogen/starch biosynthesis.; Title: similarity to glycogenin glucosyltransferase - Oryctolagus cuniculus; See PMID 1281472; See PMID 3121316; uncharacterized protein	join(2537781..2537826,2537888..2538323,2538411..2538891)	Aspergillus niger	4985278
An11g10620	CDS	An11g10620	NT_166526.1	2539986	2540965	D	Title: weak similarity to membrane-associated proteophosphoglycan - Leishmania major; uncharacterized protein	join(2539986..2540056,2540194..2540965)	Aspergillus niger	4985279
An11g10630	CDS	An11g10630	NT_166526.1	2542473	2544827	D	Complex: the human homologue of the yeast Prt1 protein is an integral part of the eukaryotic initiation factor 3 complex and interacts with the large subunit p170.; Remark: eukaryotic initiation factor 3 (eIF3) is a large multisubunit complex that stabilizes the ternary complex, eIF2 x GTP x tRNA(Met)i and promotes mRNA binding to the 40 S ribosomal subunit.; Title: similarity to translation initiation factor 3 complex protein Prt1 - Homo sapiens; See PMID 8995410; uncharacterized protein	join(2542473..2542497,2542613..2542682,2542760..2542831,2542885..2543314,2543391..2544363,2544622..2544827)	Aspergillus niger	4985280
An11g10640	CDS	An11g10640	NT_166526.1	2545924	2546283	D	hypothetical protein	join(2545924..2545928,2546058..2546283)	Aspergillus niger	84592425
An11g10650	CDS	An11g10650	NT_166526.1	2546348	2548384	R	Protein sequence is in conflict with the conceptual translation; putative frameshift; hypothetical protein	complement(join(2546348..2548262,2548326..2548384))	Aspergillus niger	4985282
An11g10660	CDS	An11g10660	NT_166526.1	2548866	2555141	D	Function: the bimE gene product is a novel component in the regulation of mitosis.; Phenotype: bimE mutations both cause cells to enter mitosis and prevent them from leaving mitosis.; Title: strong similarity to cell cycle control protein bimE - Aspergillus nidulans; See PMID 1697851; uncharacterized protein	2548866..2555141	Aspergillus niger	4985283
An11g10670	CDS	An11g10670	NT_166526.1	2555482	2556930	R	Title: strong similarity to sequence 7 from patent WO0075305 - Candida albicans; uncharacterized protein	complement(join(2555482..2555645,2555727..2556930))	Aspergillus niger	4985284
An11g10680	CDS	An11g10680	NT_166526.1	2558677	2560554	D	Remark: similarity to extensin-like proteins, which is based mainly on prolines.; Title: weak similarity to largest subunit of DNA-directed RNA polymerase II RPB1 - Mastigamoeba invertens; uncharacterized protein	join(2558677..2560091,2560167..2560554)	Aspergillus niger	4985285
An11g10690	CDS	An11g10690	NT_166526.1	2561821	2563633	R	Function: EMK1 is a mitogen-activated protein kinase kinase required for induction of cytokinesis and appressorium formation by host signals in the conidia of Colletotrichum gloeosporioides.; Phenotype: disruption of EMK1 results in the loss of its ability to form appressoria in response to the host's signals and a loss of virulence.; Remark: Colletotrichum gloeosporioides is synonymous with Glomerella cingulata.; Title: strong similarity to MAP kinase kinase EMK1 -Glomerella cingulata; See PMID 10948253; uncharacterized protein	complement(join(2561821..2562438,2562507..2563044,2563112..2563269,2563346..2563633))	Aspergillus niger	4985286
An11g10700	CDS	An11g10700	NT_166526.1	2563772	2564126	D	hypothetical protein	join(2563772..2563787,2563857..2563921,2563995..2564126)	Aspergillus niger	84592426
An11g10710	CDS	An11g10710	NT_166526.1	2564292	2566306	D	Function: SPT6 influences the expression of many genes through effect on chromatin structure.; Function: SPT6 modifies the chromatine structure.; Function: SPT6is involved in transcription elongation.; Remark: truncated ORF due to contig border.; Similarity: shows similarity to the same gene of different species and to several hypothetical proteins.; Title: similarity to transcription elongation protein Spt6 - Saccharomyces cerevisiae [truncated ORF]; nucleus; See PMID 9450930; uncharacterized protein	join(<2564292..2565969,2566056..2566306)	Aspergillus niger	4985288
An11g10720	CDS	An11g10720	NT_166526.1	2567422	2570446	D	Function: might be involved in sterol synthesis and/or its regulation.; Remark: contains a domain typical for oxysterol-binding proteins.; Similarity: shows similarity to protein that might be involved in sterol synthesis.; Title: strong similarity to hypothetical protein YHR073w - Saccharomyces cerevisiae; uncharacterized protein	join(2567422..2567457,2567570..2570446)	Aspergillus niger	4985289
An11g10730	CDS	An11g10730	NT_166526.1	2571084	2572655	R	Title: strong similarity to hypothetical protein SPBC20F10.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2571084..2572329,2572465..2572655))	Aspergillus niger	4985290
An11g10740	CDS	An11g10740	NT_166526.1	2573463	2574695	R	Function: protein of S. cerevisiae is involved in 3'-end processing of the 5. 8S rRNA.; Title: strong similarity to 3-5 exoribonuclease required for 3-end formation of 5.8S rRNA Rrp4 -Saccharomyces cerevisiae; nucleus; See PMID 8600032; See PMID 9463390; See PMID 9482746; uncharacterized protein	complement(join(2573463..2573866,2573966..2574414,2574475..2574695))	Aspergillus niger	4985291
An11g10750	CDS	An11g10750	NT_166526.1	2575328	2576485	R	Similarity: blast hits result from repetitive sequences.; hypothetical protein	complement(join(2575328..2576153,2576213..2576329,2576391..2576485))	Aspergillus niger	4985292
An11g10760	CDS	An11g10760	NT_166526.1	2576821	2577936	D	Function: NRS1 is involved in processing 20S to 18S rRNA.; Function: proteins containing RNP consensus-sequence RNA-binding domains (CS-RBDs) play diverse roles in many aspects of RNA metabolism.; Similarity: shows strong similarity to known protein of S. cerevisiae nuclear localization sequence binding protein NSR1.; Title: strong similarity to RNA-binding protein rnp24p - Schizosaccharomyces pombe; See PMID 8598051; uncharacterized protein	2576821..2577936	Aspergillus niger	4985293
An11g10770	CDS	An11g10770	NT_166526.1	2579143	2581250	D	Title: strong similarity to hypothetical conserved protein B8L3.80 - Neurospora crassa; uncharacterized protein	join(2579143..2579795,2579819..2581250)	Aspergillus niger	4985294
An11g10780	CDS	An11g10780	NT_166526.1	2582907	2585174	D	Function: might be involved in transcriptional regulation as it is a zinc-finger protein.; Remark: the ORF is truncated due to the border of the contig.; Similarity: no similarity at the aminoterminal part.; Title: similarity to hypothetical conserved protein B8L3.060 - Neurospora crassa [truncated ORF]; uncharacterized protein	join(<2582907..2583594,2583645..2583856,2583909..2585174)	Aspergillus niger	4985295
An11g10790	CDS	An11g10790	NT_166526.1	2585769	2587098	D	Function: PON2 catalyzes the hydrolysis of toxic organophosphates.; Function: the absence of paraoxonase activity in turkey and chicken blood and turkey liver indicates that PON2, if expressed, does not hydrolyze paraoxon.; Localization: PON2 is an extracellular enzyme.; Similarity: shows strong similarity to probable arylesterase of N. crassa.; Title: similarity to serum paraoxonase/arylesterase 2 PON2 - Gallus gallus; uncharacterized protein	join(2585769..2586077,2586139..2587098)	Aspergillus niger	4985296
An11g10800	CDS	An11g10800	NT_166526.1	2587201	2587866	R	Function: isochorismatase, also known as 2,3 dihydro-2,3 dihydroxybenzoate synthase catalyses the conversion of isochorismate, in the presence of water, to 2, 3-dihydroxybenzoate and pyruvate.; Similarity: belongs to a family of hydrolase enzymes.; Title: similarity to hypothetical isochorismatase Ta0729 - Thermoplasma acidophilum; uncharacterized protein	complement(2587201..2587866)	Aspergillus niger	4985297
An11g10810	CDS	An11g10810	NT_166526.1	2588517	2590102	D	Title: similarity to hypothetical protein B13D24.020 - Neurospora crassa; uncharacterized protein	join(2588517..2589591,2589730..2589784,2589913..2590102)	Aspergillus niger	4985298
An11g10820	CDS	An11g10820	NT_166526.1	2590185	2593030	R	Function: might be a sensor/regulator protein harboring pac and pas domains.; Function: wc-1 gene expression is autoregulated and is transcriptionally induced by blue light irradiation.; Function: wc-1 zinc finger domain is able to bind specifically to the promoter of a blue light-regulated gene of Neurospora.; Similarity: shows similarity to central and carboxyterminal part of wc-1.; Title: similarity to central regulator of blue light responses wc-1 - Neurospora crassa; uncharacterized protein	complement(join(2590185..2591488,2591551..2591989,2592089..2592183,2592253..2593030))	Aspergillus niger	4985299
An11g10830	CDS	An11g10830	NT_166526.1	2594074	2594635	D	Similarity: shows only partial similarity to X. laevis protein.; Title: weak similarity to Ig mu chain C region -Xenopus laevis; uncharacterized protein	join(2594074..2594140,2594319..2594374,2594441..2594635)	Aspergillus niger	84592427
An11g10840	CDS	An11g10840	NT_166526.1	2594840	2596050	D	Function: Ras-cyclic AMP pathway is required for the formation of hyphae in Y. lipolytica.; Function: protein of Y. lipolytica is homologous to S. cerevisiae RAS2.; Title: strong similarity to GTPase Ras2p - Yarrowia lipolytica; See PMID 11325938; uncharacterized protein	join(2594840..2594894,2595231..2595665,2595728..2596050)	Aspergillus niger	4985301
An11g10850	CDS	An11g10850	NT_166526.1	2596446	2597755	R	hypothetical protein	complement(join(2596446..2596684,2596827..2596931,2597180..2597236,2597324..2597410,2597505..2597632,2597709..2597755))	Aspergillus niger	84592428
An11g10860	CDS	An11g10860	NT_166526.1	2598216	2599115	D	hypothetical protein	join(2598216..2598499,2598569..2598599,2598732..2598800,2598919..2599002,2599080..2599115)	Aspergillus niger	84592429
An11g10870	CDS	An11g10870	NT_166526.1	2599850	2600882	D	Title: strong similarity to gene expression regulator An13 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	join(2599850..2599957,2600013..2600110,2600174..2600882)	Aspergillus niger	4985304
An11g10880	CDS	An11g10880	NT_166526.1	2601531	2604157	D	hypothetical protein	join(2601531..2601719,2601798..2601917,2602006..2602103,2602188..2602236,2602354..2602408,2602511..2602615,2602689..2602753,2602873..2602975,2603075..2603197,2603291..2603374,2603498..2603597,2603663..2603753,2603904..2604029,2604089..2604157)	Aspergillus niger	84592430
An11g10890	CDS	An11g10890	NT_166526.1	2604825	2605878	D	Function: Aldose 1-epimerase is the enzyme responsible for the anomeric interconversion of D-glucose and other aldoses between their alpha- and beta-forms.; Remark: It has also been shown that, on the basis of extensive sequence similarities, a mutarotase domain seem to be present in the C-terminal half of the fungal GAL10 protein which encodes, in the N-terminal part, for UDP-glucose 4-epimerase.; Similarity: shows partial similarity to carboxyterminal part of the enzyme of S. cervisiae harboring the Aldose 1-epimerase domain.; Title: similarity to UDP-glucose 4-epimerase Gal10 -Saccharomyces cerevisiae; cytoplasm; See PMID 7762304; See PMID 9335593; uncharacterized protein	join(2604825..2605324,2605386..2605878)	Aspergillus niger	4985306
An11g10900	CDS	An11g10900	NT_166526.1	2608079	2608546	R	hypothetical protein	complement(join(2608079..2608255,2608421..2608546))	Aspergillus niger	84592431
An11g10910	CDS	An11g10910	NT_166526.1	2609274	2610345	D	Catalytic activity: Nicotinate D-ribonucleotide + diphosphate + CO(2) <=> pyridine-2,3-dicarboxylate + 5-phospho-alpha-D-ribose 1-diphosphate; Function: the H. sapiens homolog QPRTase is a key enzyme in catabolism of quinolinate, an intermediate in the tryptophan-nicotinamide adenine dinucleotide (NAD) pathway.; Title: strong similarity to nicotinate-nucleotide pyrophosphorylase (carboxylating) QPRTase - Homo sapiens; uncharacterized protein	join(2609274..2609429,2609493..2609548,2609613..2610345)	Aspergillus niger	4985308
An11g10920	CDS	An11g10920	NT_166526.1	2610771	2614135	R	Function: the A. nidulans homolog aspB is an essential gene that encodes a septin, putative cytoskeletal proteins involved in cytokinesis and morphogenesis. aspB affects nuclear distribution in hyphae and specifically blocks conidiophore development at the metula stage when mutant.; Similarity: most fungal septins belong to one of four orthologous classes.; Title: strong similarity to septin apsB -Aspergillus nidulans; See PMID 9126618; uncharacterized protein	complement(join(2610771..2613602,2613659..2614135))	Aspergillus niger	4985309
An11g10930	CDS	An11g10930	NT_166526.1	2616762	2621176	R	Function: the H. sapiens homolog p200 ARF-GEP1 is a guanine nucleotide-exchange protein (GEP) which activates ADP-ribosylation factors (ARFs), approximately 20-kDa guanine nucleotide-binding proteins that play an important role in intracellular vesicular trafficking, through accelerated replacement of bound GDP with GTP.; Golgi; Repression: Human p200 ARF-GEP1 is inhibited by brefeldin A (BFA), a fungal metabolite that blocks protein secretion and causes apparent disintegration of the Golgi structure.; Similarity: H. sapiens p200 ARF-GEP1 is a ubiquitously expressed guanine nucleotide exchange factor of the Sec7 domain family, which affects protein traffic and Golgi morphology.; Title: strong similarity to p200 protein ARF-GEP1 -Homo sapiens; uncharacterized protein	complement(join(2616762..2618653,2618716..2621176))	Aspergillus niger	4985310
An11g10940	CDS	An11g10940	NT_166526.1	2621249	2623086	D	hypothetical protein	join(2621249..2621333,2621429..2621487,2621569..2621620,2621693..2621744,2621909..2621972,2622077..2622306,2622370..2622479,2622566..2622854,2622942..2623086)	Aspergillus niger	84592432
An11g10950	CDS	An11g10950	NT_166526.1	2623824	2624751	D	Function: R. norvegicus UNCL is a RNA binding transmembrane protein.; Similarity: the R. norvegicus homolog UNCL shows homologies C. elegans unc-50 gene product.; Title: strong similarity to unc-50 related protein UNCL - Rattus norvegicus; nucleus; uncharacterized protein	join(2623824..2623851,2623948..2624285,2624341..2624751)	Aspergillus niger	4985312
An11g10960	CDS	An11g10960	NT_166526.1	2625105	2626069	R	Title: weak similarity to protein fragment SEQ ID NO:13312 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(2625105..2625806,2625887..2625954,2626024..2626069))	Aspergillus niger	4985313
An11g10970	CDS	An11g10970	NT_166526.1	2626666	2628129	R	Function: MCTs are needed for rapid transport of monocarboxylates such as lactate and pyruvate.; Similarity: the ORF shows similarity to several carboxylate transporters.; Similarity: the closest homolog of the ORF, the S. cerevisiae YOR306c protein, encodes one of four putative monocarboxylate transporters (MCTs) in the yeast genome.; Title: similarity to monocarboxylate transporter MCT2 - Mesocricetus auratus; uncharacterized protein	complement(join(2626666..2627738,2627772..2628129))	Aspergillus niger	4985314
An11g10980	CDS	An11g10980	NT_166526.1	2628326	2629122	D	hypothetical protein	join(2628326..2628516,2628669..2629122)	Aspergillus niger	84592433
An11g10990	CDS	An11g10990	NT_166526.1	2630275	2632959	R	Catalytic activity: Trehalose 6-phosphate + H(2)O <=> trehalose + phosphate.; Complex: the S. cerevisiae homolog TPS2 encodes the 100-kDa subunit of the trehalose-6-phosphate synthase/phosphatase complex.; Function: S. cerevisiae TPS2 codes for the structural gene of the trehalose-6-phosphate phosphatase.; Induction: S. cerevisiae Tps2p expression is induced under heat-shock conditions.; Pathway: trehalose biosynthesis.; Title: strong similarity to trehalose-6-phosphate phosphatase TPP from patent WO200116357-A2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2630275..2630444,2630517..2632761,2632846..2632959))	Aspergillus niger	4985316
An11g11000	CDS	An11g11000	NT_166526.1	2635196	2637435	D	Function: the H. sapiens homolog TRF4 is required for sister chromatid cohesion and encodes a DNA polymerase with beta-polymerase-like properties.; Title: similarity to DNA polymerase kappa TRF4 -Homo sapiens; nucleus; uncharacterized protein	join(2635196..2635402,2635499..2635554,2635587..2637435)	Aspergillus niger	4985317
An11g11010	CDS	An11g11010	NT_166526.1	2637905	2643512	R	Catalytic activity: a phosphatidylcholine + H(2)O <=> choline + a phosphatidate.; Function: The activation of phospholipase D (PLD) is believed to play an important role in the regulation of cell function and cell fate. The function of the S. cerevisiae homolog Pld1p, while essential for meiosis, is dispensable for vegetative growth.; Localization: different PLD isoforms are localized in distinct cellular organelles, where they are likely to serve diverse functions in signal transduction, membrane vesicle trafficking and cytoskeletal dynamics.; Remark: an alternative gene name for the S. cerevisiae homolog PLD1 is SPO14.; Similarity: the homolog Pld1p is sole member of the phosphatidylcholine-specific phospholipase D gene family in S. cerevisiae.; Title: strong similarity to phospholipase D Pld1 -Saccharomyces cerevisiae; uncharacterized protein	complement(join(2637905..2637911,2637971..2638039,2638108..2643512))	Aspergillus niger	4985318
An11g11020	CDS	An11g11020	NT_166526.1	2645179	2646334	D	Title: strong similarity to hypothetical protein 12F11.200 - Neurospora crassa; uncharacterized protein	join(2645179..2645542,2645613..2646334)	Aspergillus niger	4985319
An11g11030	CDS	An11g11030	NT_166526.1	2647025	2647822	R	Phenotype: mutations in L28 of S. cerevisiae can lead to resistance to cycloheximide, an inhibitor of eukaryotic protein synthesis.; Remark: L28 of S. cerevisiae is also called L28,CYH2, G3101, YGL103w, or YL29.; Similarity: the ORF overlaps with the A. niger EST seq id no:3836 of patent WO200056762-A2.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L28 - Saccharomyces cerevisiae; cytoplasm; See PMID 6304624; 60S ribosomal protein uL15	complement(join(2647025..2647243,2647441..2647639,2647791..2647822))	Aspergillus niger	4985320
An11g11040	CDS	An11g11040	NT_166526.1	2648229	2651321	R	Function: the S. cerevisiae homolog CHL1 is a helicase required for maintenance of the high fidelity of chromosome transmission during mitosis and wild-type levels of meiotic recombination as well as spore viability.; Title: strong similarity to helicase Chl1 -Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(2648229..2648930,2649009..2649179,2649234..2650598,2650661..2650827,2650880..2650970,2651138..2651142,2651198..2651321))	Aspergillus niger	4985321
An11g11050	CDS	An11g11050	NT_166526.1	2653432	2655967	D	Function: SKT5 of S. cerevisiae is an enzyme activator involved in the cell wall chitin biosynthesis probably by acting as a post-translational regulator of chitin synthase III activity, and seems to influence cytokinesis as well as osmotic response.; Function: SKT5 of S. cerevisiae is involved in protoplast regeneration and killer toxin resistance.; Remark: SKT5 of S. cerevisiae is also called CAL2,CHS4, CSD4 or YBL061C.; Similarity: the ORF is 93 amino acids shorter at the N-terminus than SKT5 of S. cerevisiae and the homology is restricted to the inner part of both proteins.; Title: strong similarity to enzyme activator protein Skt5 - Saccharomyces cerevisiae; See PMID 1532231; See PMID 7764021; See PMID 8257107; uncharacterized protein	join(2653432..2653463,2653651..2654368,2654424..2654543,2654597..2655967)	Aspergillus niger	4985322
An11g11060	CDS	An11g11060	NT_166526.1	2656571	2657815	D	Function: meu13 of S. pombe is believed to be a molecule that is required for proper homologous chromosome pairing during meiosis by contributing to pairing through a recombination-independent mechanism.; Remark: meu13 of S. pombe is also called SPAC222. 15 or SPAC821. 01.; Similarity: additionally, the ORF shows similarity to TBP-1 interacting protein of M. musculus.; Similarity: the ORF overlaps with A. niger EST SEQ ID NO:4271, database PATENTDNA:AAF11748.; Title: similarity to meiosis-specific protein meu13p - Schizosaccharomyces pombe; nucleus; See PMID 11447128; uncharacterized protein	join(2656571..2656616,2656690..2656731,2656954..2657028,2657095..2657157,2657228..2657637,2657756..2657815)	Aspergillus niger	4985324
An11g11070	CDS	An11g11070	NT_166526.1	2659334	2661282	D	Remark: the S. pombe homolog scp3 is related to spindle poison sensitivity.; Title: strong similarity to hypothetical protein scp3p - Schizosaccharomyces pombe; uncharacterized protein	join(2659334..2659448,2659638..2659759,2659867..2661282)	Aspergillus niger	84592434
An11g11080	CDS	An11g11080	NT_166526.1	2662573	2665930	R	Function: S. cerevisiae Rsc1p is subunit of the RSC-complex, an essential 15 protein nucleosome-remodeling complex, and is required for transcriptional control.; Remark: an alternative gene name for the S. cerevisiae homolog RSC1 is YGR056w.; Title: strong similarity to protein Rsc1 -Saccharomyces cerevisiae; nucleus; uncharacterized protein	complement(join(2662573..2663568,2663648..2664919,2665001..2665069,2665140..2665302,2665436..2665609,2665884..2665930))	Aspergillus niger	4985325
An11g11090	CDS	An11g11090	NT_166526.1	2666162	2667252	D	Title: strong similarity to hypothetical protein SPAC24C9.14 - Schizosaccharomyces pombe; uncharacterized protein	join(2666162..2667066,2667213..2667252)	Aspergillus niger	4985326
An11g11100	CDS	An11g11100	NT_166526.1	2667502	2669197	R	Function: S. pombe hsk1 is required for G1/S transition.; Remark: shows strong similarity to cell cycle protein kinase hsk1 - Schizosaccharomyces pombe.; Title: strong similarity to cell cycle protein kinase hsk1p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2667502..2668185,2668240..2668300,2668367..2668826,2668927..2669197))	Aspergillus niger	4985327
An11g11110	CDS	An11g11110	NT_166526.1	2670058	2673954	D	Complex: is part of the five-member condensin complex, each of which is essential for mitotic condensation.; Title: strong similarity to condensin complex component cnd1p - Schizosaccharomyces pombe; uncharacterized protein	join(2670058..2670293,2670379..2670890,2670950..2671073,2671133..2671274,2671330..2673708,2673781..2673954)	Aspergillus niger	4985328
An11g11120	CDS	An11g11120	NT_166526.1	2674711	2676339	R	Similarity: the S. pombe homolog SPBC646. 08c has similarity to proteins involved in ergosterol biosynthesis.; Title: strong similarity to hypothetical protein involved in ergosterol biosynthesis SPBC646.08c -Schizosaccharomyces pombe; uncharacterized protein	complement(join(2674711..2675646,2675711..2675770,2675832..2675901,2675961..2676000,2676084..2676160,2676254..2676339))	Aspergillus niger	4985329
An11g11130	CDS	An11g11130	NT_166526.1	2677854	2679345	R	Complex: S. pombe UCH is associated with the proteasome by its C-terminal extension.; Function: the S. pombe homolog UCH belongs to the family of deubiquitinating enzymes (DUBs) and encodes a ubiquitin carboxyterminal hydrolase.; Title: strong similarity to 26S proteasome-associated ubiquitin carboxyl-terminal hydrolase uch2p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2677854..2678395,2678454..2678540,2678580..2678638,2678686..2678867,2678926..2679025,2679081..2679175,2679254..2679292,2679334..2679345))	Aspergillus niger	4985330
An11g11140	CDS	An11g11140	NT_166526.1	2680516	2684450	D	Complex: S. cerevisae Pom152 is part of the nuclear pore complex (NPC).; Function: the S. cerevisiae homolog Pom152p is an abundant but nonessential nucleoporin.; Localization: S. cerevisiae Pom152p is a type II integral membrane protein with N-terminal region on pore side and C-terminal region in the cisternae.; Title: strong similarity to nuclear pore membrane protein Pom152 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(2680516..2680950,2681006..2681154,2681214..2684195,2684249..2684450)	Aspergillus niger	4985331
An11g11150	CDS	An11g11150	NT_166526.1	2684621	2687971	R	Remark: the S. cerevisiae homolog YGR090w is an essential gene.; Title: strong similarity to hypothetical protein YGR090w from patent WO200039342-A2 - Saccharomyces cerevisiae; uncharacterized protein	complement(2684621..2687971)	Aspergillus niger	4985332
An11g11160	CDS	An11g11160	NT_166526.1	2689101	2691285	D	Catalytic activity: O-succinyl-L-homoserine + L-cysteine <=> cystathionine + succinate.; Complex: the N. crassa homolog met-7+, together with met-3+, is required to form a functional cystathionine-gamma-synthase (CGS).; Function: CGS catalyses the first reaction specific for methionine biosynthesis.; Title: strong similarity to O-succinylhomoserine (thiol)-lyase met-7 chain - Neurospora crassa; uncharacterized protein	join(2689101..2689145,2689292..2690708,2690802..2690985,2691043..2691085,2691166..2691285)	Aspergillus niger	4985333
An11g11170	CDS	An11g11170	NT_166526.1	2692273	2692878	D	Function: the S. cerevisiae homolog YmL20 encodes for a mitochondrial large subunit ribosomal protein.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit Yml20 - Saccharomyces cerevisiae; localisation:mitochondrion; mitochondrial 54S ribosomal protein mL58	2692273..2692878	Aspergillus niger	4985334
An11g11180	CDS	An11g11180	NT_166526.1	2693565	2695329	D	Similarity: the ORF encoded protein shows strong similarity to expressed sequence tag an_3583 from Aspergillus niger.; Title: strong similarity to hypothetical protein encoded by SPBC1198.08 - Schizosaccharomyces pombe; uncharacterized protein	join(2693565..2693596,2693734..2693765,2693825..2693892,2693958..2695075,2695146..2695329)	Aspergillus niger	4985335
An11g11190	CDS	An11g11190	NT_166526.1	2696047	2700075	D	Function: the S. pombe homolog rad18p is involved in both UV-induced lesions and double-stranded breaks. Furthermore rad18p is required to maintain cell cycle arrest in the presence of DNA damage, and failure of this leads to highly aberrant mitoses.; Title: strong similarity to DNA repair protein rad18p - Schizosaccharomyces pombe; uncharacterized protein	join(2696047..2696127,2696179..2696585,2696642..2697143,2697182..2697439,2697496..2698055,2698099..2698201,2698260..2698525,2698580..2699236,2699286..2699388,2699448..2699606,2699661..2699800,2699853..2699928,2699977..2700075)	Aspergillus niger	4985336
An11g11200	CDS	An11g11200	NT_166526.1	2700480	2700658	R	hypothetical protein	complement(join(2700480..2700586,2700616..2700658))	Aspergillus niger	84592435
An11g11210	CDS	An11g11210	NT_166526.1	2701491	2703183	D	Function: the S. pombe homolog ste13 encodes a RNA helicase that is essential for nitrogen starvation-induced G1 arrest and initiation of sexual development.; Title: strong similarity to ATP-dependent RNA helicase ste13p - Schizosaccharomyces pombe; nucleus; uncharacterized protein	join(2701491..2701534,2701596..2701668,2701727..2702323,2702380..2703183)	Aspergillus niger	4985338
An11g11220	CDS	An11g11220	NT_166526.1	2703904	2704326	D	hypothetical protein	join(2703904..2703954,2704035..2704196,2704252..2704326)	Aspergillus niger	84592436
An11g11230	CDS	An11g11230	NT_166526.1	2704929	2706339	D	Function: CTP1 from S. cerevisiae is involved in citrate transport across the inner mitochondrial membrane.; Remark: strong similarity to Acetyl CoA transport protein orf14 of patent WO200037629-A2.; Similarity: the ORF encoded protein shows also strong similarity to expressed sequence tag seq id no:3910 of patent WO200056762-A2 from Aspergillus niger.; Title: strong similarity to citrate transport protein Ctp1 - Saccharomyces cerevisiae; localisation:mitochondrion; uncharacterized protein	join(2704929..2704961,2705024..2705078,2705131..2705151,2705209..2705340,2705414..2705561,2705667..2705924,2705987..2706022,2706075..2706224,2706282..2706339)	Aspergillus niger	4985340
An11g11240	CDS	An11g11240	NT_166526.1	2706507	2708063	R	Function: the K. lactis homolog MRF1 encodes the mitochondrial peptide chain release factor mRF-1 which is involved in termination of mitochondrial protein synthesis.; Title: strong similarity to translation releasing factor RF-1 precursor MRF1 - Kluyveromyces lactis; localisation:mitochondrion; uncharacterized protein	complement(join(2706507..2707523,2707576..2707771,2707888..2708063))	Aspergillus niger	4985341
An11g11250	CDS	An11g11250	NT_166526.1	2708393	2710027	D	Function: P58 from H. sapiens is a cellular protein that is activated during influenza virus infection to down-regulate the activity of PKR.; Similarity: the ORF encoded protein shows also strong similarity to expressed sequence tag an_2388 from Aspergillus niger.; Title: strong similarity to interferon-induced double-stranded RNA-activated protein kinase inhibitor P58 - Homo sapiens; See PMID 8666242; uncharacterized protein	join(2708393..2709226,2709269..2709370,2709440..2710027)	Aspergillus niger	4985342
An11g11260	CDS	An11g11260	NT_166526.1	2710296	2711236	R	Catalytic activity: S-adenosyl-L-methionine + protein L-beta-aspartate <=> S-adenosyl-L-homocysteine + protein L-beta-aspartate methyl ester.; Function: the M. musculus homolog PCMT1 encodes a D-aspartate O-methyltransferase which is involved in protein methylation.; Title: strong similarity to protein-L-isoaspartate(D-aspartate) O-methyltransferase PCMT1 - Mus musculus; uncharacterized protein	complement(join(2710296..2710913,2711135..2711236))	Aspergillus niger	4985343
An11g11270	CDS	An11g11270	NT_166526.1	2712260	2713209	D	hypothetical protein	join(2712260..2712425,2712485..2713209)	Aspergillus niger	84592437
An11g11280	CDS	An11g11280	NT_166526.1	2713472	2715525	R	Catalytic activity: Succinyl-CoA + dihydrolipoamide <=> CoA + S-succinyldihydrolipoamide.; Function: the S. cerevisiae homolog Kgd2p is a subunit of the 2-oxoglutarate dehydrogenase (alpha-ketoglutarate dehydrogenase) complex KE2. KE2 catalyzes the overall conversion of 2-oxoglutarate to succinyl-coa & co2.; Remark: strong similarity to dihydrolipoamide succinyltransferase Kgd2p - S. cerevisiae.; Title: strong similarity to dihydrolipoamide succinyltransferase kgd2 - Aspergillus fumigatus; localisation:mitochondrion; uncharacterized protein	complement(join(2713472..2713516,2713576..2713647,2713722..2713789,2713843..2713897,2713956..2714015,2714073..2714465,2714548..2714892,2714978..2715033,2715087..2715158,2715223..2715281,2715341..2715525))	Aspergillus niger	4985345
An11g11290	CDS	An11g11290	NT_166526.1	2715789	2716510	D	Title: similarity to hypothetical protein CX157 -Homo sapiens; uncharacterized protein	join(2715789..2715841,2716092..2716228,2716259..2716288,2716320..2716367,2716426..2716471,2716498..2716510)	Aspergillus niger	4985346
An11g11300	CDS	httA	NT_166526.1	2716934	2717508	R	Gene-ID: httA; Similarity: shows strong similarity to superfamily of histone H2A proteins.; nucleus; histone H2A httA-Aspergillus niger	complement(join(2716934..2716992,2717045..2717248,2717301..2717389,2717456..2717508))	Aspergillus niger	4985347
An11g11310	CDS	An11g11310	NT_166526.1	2718148	2718732	D	Similarity: shows strong similarity to superfamily of histone H2B proteins.; Similarity: the ORF shows strong similarity to expressed sequence tag an_2054 from Aspergillus niger.; Title: strong similarity to histone H2B -Aspergillus nidulans; See PMID 2274040; uncharacterized protein	join(2718148..2718322,2718377..2718448,2718504..2718591,2718642..2718732)	Aspergillus niger	4985348
An11g11320	CDS	An11g11320	NT_166526.1	2719080	2720539	R	Complex: Aut2p and Aut7p interact physically. Aut7p is attached to microtubules via Aut2p, which interacts with tubulins Tub1p and Tub2p.; Function: Aut2p is a member of a ubiquitin-like system required for the autophagy and cytoplasm to vacuole targeting pathways. Aut2p has a proteolytic activity and activates the ubiquitin-like modifyer Aut7p by cleaving the carboxy-terminal arginine of nascent Aut7p.; Remark: alternative gene names for the S. cerevisiae homolog AUT2 are APG4 and YNL223w.; Title: strong similarity to protein involved in autophagy Aut2 - Saccharomyces cerevisiae; cytoplasm; uncharacterized protein	complement(join(2719080..2719437,2719493..2719720,2719780..2719948,2719999..2720307,2720389..2720539))	Aspergillus niger	4985349
An06g00010	CDS	An06g00010	NT_166522.1	1	3115	D	Remark: ORF 5'truncated due to end of contig.; Similarity: Regionally restricted similarity to ankyrin from many organisms.; Title: similarity to polypeptide SEQ ID NO:13410 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	join(<1..110,186..236,276..887,1006..3115)	Aspergillus niger	84591160
An06g00020	CDS	An06g00020	NT_166522.1	3670	4090	D	Similarity: Similarity to a short sequence motif from glutamate-5-semialdehyde dehydrogenase (EC 1. 2. 1. 41) Corynebacterium glutamicum.; hypothetical protein	join(3670..3946,4044..4090)	Aspergillus niger	84591161
An06g00030	CDS	An06g00030	NT_166522.1	6085	7248	D	Title: similarity to hypothetical protein C29F5.1 -Caenorhabditis elegans; uncharacterized protein	6085..7248	Aspergillus niger	4981019
An06g00040	CDS	An06g00040	NT_166522.1	7705	8320	D	Title: questionable ORF; uncharacterized protein	join(7705..7734,8032..8126,8188..8197,8258..8320)	Aspergillus niger	84591162
An06g00050	CDS	An06g00050	NT_166522.1	8691	9170	R	Similarity: Similarity to a short sequence region of acz gene for aczonin from Homo sapiens.; hypothetical protein	complement(join(8691..8705,8781..9170))	Aspergillus niger	84591163
An06g00060	CDS	An06g00060	NT_166522.1	10995	12803	R	Similarity: Similarity to other proteins is based on repetetive sequence regions.; hypothetical protein	complement(join(10995..11032,11217..11329,11453..11499,11576..12189,12266..12803))	Aspergillus niger	84591164
An06g00090	CDS	An06g00090	NT_166522.1	15925	20337	D	Function: Tto1 can transpose autonomously through reverse transcription.; Title: strong similarity to retrotransposon Tto1 -Nicotiana tabacum; See PMID 8624443; uncharacterized protein	15925..20337	Aspergillus niger	10098299
An06g00110	CDS	An06g00110	NT_166522.1	23809	26354	R	Similarity: Weak similarity to parts of a hypothetical urea active transporter from Schizosaccharomyces pombe.; hypothetical protein	complement(join(23809..23833,24104..24193,24253..24386,24443..24562,24663..24921,25027..26354))	Aspergillus niger	84591165
An06g00120	CDS	An06g00120	NT_166522.1	27876	29408	R	Title: strong similarity to FLO11 gene expression regulator At14 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	complement(join(27876..27934,28052..29408))	Aspergillus niger	4981011
An06g00130	CDS	An06g00130	NT_166522.1	29964	31186	D	Catalytic activity: NADH + acceptor = NAD(+) + reduced acceptor.; Cofactor: This flavoprotein enzyme contains one noncovalently bound FAD per polypeptide chain.; Function: Transfer of electrons from NADH to the respiratory chain. The immediate electron acceptor for the enzyme is believed to be ubiquinone. Does not couple the redox reaction to proton translocation.; Induction: Expressed aerobically and repressed in fermentation.; Localization: Membrane.; Similarity: the ORF shows similarity to several different reductases.; Title: similarity to NADH dehydrogenase ndh -Escherichia coli; See PMID 7020757; See PMID 6265208; uncharacterized protein	join(29964..30335,30389..31186)	Aspergillus niger	4981018
An06g00140	CDS	An06g00140	NT_166522.1	32574	32911	R	hypothetical protein	complement(join(32574..32680,32881..32911))	Aspergillus niger	84591166
An06g00150	CDS	An06g00150	NT_166522.1	33708	35482	D	Similarity: Most blast hits are due to repetetive sequence elements.; Similarity: Some blast hits to mucins.; Title: similarity to hypothetical protein encoded by An11g04090 - Aspergillus niger; uncharacterized protein	join(33708..34147,34207..35482)	Aspergillus niger	4981022
An06g00160	CDS	An06g00160	NT_166522.1	35888	36506	R	Remark: binB is induced by the antibiotic bafilomycin.; Title: weak similarity to hypothetical cell wall protein binB - Aspergillus nidulans; uncharacterized protein	complement(join(35888..36210,36288..36338,36392..36506))	Aspergillus niger	4981010
An06g00170	CDS	aglA	NT_166522.1	38658	40271	D	Function: Hydrolysis of terminal, non-reducing alpha-D-galactose residues in alpha-D-galactosides,including galactose oligosaccharides, galactomannans and galactolipids.; Gene-ID: aglA; Mapping: aglA from A. niger is mapped to chromosome VIII (LG VIII); see list from DSM, PUBMED 8041364.; Remark: This ORF has some differences in its nucleotide sequence compared to aglA from the databanks resulting in some aa exchanges.; Remark: This ORF is N-terminally 8 aa shorter than aglA from the databanks.; Remark: in the SWISSPROT entry P56526 the alpha-glucosidases aglU from A. niger is also wrongly termed as aglA.; See PMID 1320186; alpha-galactosidase aglA-Aspergillus niger	38658..40271	Aspergillus niger	4981013
An06g00180	CDS	An06g00180	NT_166522.1	41273	41918	D	hypothetical protein	join(41273..41341,41416..41476,41509..41597,41637..41741,41780..41826,41903..41918)	Aspergillus niger	4981008
An06g00190	CDS	An06g00190	NT_166522.1	42822	44822	D	Remark: The late-infantile form of neuronal ceroid lipofuscinosis (LINCL) is a progressive and ultimately fatal neurodegenerative disease of childhood. The defective gene in this hereditary disorder, CLN2, encodes a recently identified lysosomal pepstatin-insensitive acid protease.; Title: strong similarity to lysosomal pepstatin insensitive protease CLN2 - Homo sapiens; See PMID 10330339; See PMID 10428067; uncharacterized protein	join(42822..43717,43767..43908,43959..44052,44111..44414,44471..44822)	Aspergillus niger	4981033
An06g00200	CDS	An06g00200	NT_166522.1	45843	46963	R	Similarity: Regionally restricted similarity to an alpha-amylase and a cellulase gene.; hypothetical protein	complement(join(45843..46672,46765..46963))	Aspergillus niger	4981014
An06g00210	CDS	An06g00210	NT_166522.1	47773	49042	R	Remark: sequence 379 is one of the corynebacterium glutamicum genes encoding proteins involved in homeostasis RT and adaptation.; Title: similarity to sequence 379 from patent WO0100842-A - Corynebacterium glutamicum; uncharacterized protein	complement(join(47773..48358,48422..48746,48799..49042))	Aspergillus niger	4981030
An06g00220	CDS	An06g00220	NT_166522.1	49609	50435	R	hypothetical protein	complement(join(49609..49901,50021..50145,50275..50435))	Aspergillus niger	84591167
An06g00230	CDS	An06g00230	NT_166522.1	50882	51739	D	Catalytic activity: S-Adenosyl-L-methionine + 3-Demethylubiquinone-9 = S-Adenosyl-L-homocysteine + Ubiquinone-9.; Similarity: ORF is similar to several methyl transferases.; Title: similarity to 3-demethylubiquinone-9 3-O-methyltransferase ubiG - Escherichia coli; See PMID 8703953; uncharacterized protein	50882..51739	Aspergillus niger	4981017
An06g00240	CDS	An06g00240	NT_166522.1	52446	53193	R	Similarity: shows similarity only against N-terminal half of An02g01340 .; Title: similarity to hypothetical protein encoded by An02g01340 - Aspergillus niger; uncharacterized protein	complement(join(52446..52765,52833..53193))	Aspergillus niger	84591168
An06g00250	CDS	An06g00250	NT_166522.1	55991	56176	R	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(55991..56128,56168..56176))	Aspergillus niger	84591169
An06g00260	CDS	An06g00260	NT_166522.1	56883	58967	D	Function: S. cerevisiae HXT5 is one of 7 metabolically relevant hexose transporters.; Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs an_3229, 2191 and 3169.; Similarity: S. cerevisiae HXT5 is a member of the superfamily of monosaccharide facilitators.; Title: strong similarity to hexose transporter Hxt5 - Saccharomyces cerevisiae; plasma membrane; See PMID 7651133; uncharacterized protein	join(56883..57252,57324..57400,57454..58711,58765..58967)	Aspergillus niger	4981003
An06g00270	CDS	An06g00270	NT_166522.1	59568	60757	R	Title: similarity to hypothetical protein encoded by An07g06270 - Aspergillus niger; uncharacterized protein	complement(join(59568..59675,59733..60277,60427..60757))	Aspergillus niger	4981026
An06g00280	CDS	An06g00280	NT_166522.1	61438	62396	R	Title: strong similarity to hypothetical protein YBR096w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(61438..62217,62283..62396))	Aspergillus niger	4981009
An06g00290	CDS	An06g00290	NT_166522.1	63683	67042	D	Function: A. niger lacA is a thermostable beta-galactosidase, involved in lactose-utilisation.; Localization: A. niger lacA is a secreted protein.; Title: strong similarity to beta-galactosidase lacA - Aspergillus niger; extracellular/secretion proteins; See PMID 1368193; uncharacterized protein	join(63683..63909,63977..64099,64151..64842,64894..66161,66219..66351,66422..66568,66648..67042)	Aspergillus niger	4981024
An06g00300	CDS	An06g00300	NT_166522.1	67620	69045	R	Function: N. tabacum TABPPT8 is a phosphoenolpyruvate/phosphate antiporter.; Function: N. tabacum TABPPT8 mediates plastidic transport of inorganic phosphate in exchange with C3 compounds phosphorylated at C-atom 2, particularly phosphoenolpyruvate.; Localization: N. tabacum TABPPT8 localises to plastides in green and non-green tissue.; Title: similarity to phosphate/phosphoenolpyruvate translocator TABPPT8 - Nicotiana tabacum; See PMID 9090886; uncharacterized protein	complement(join(67620..67850,67904..68160,68214..68364,68394..68511,68576..68693,68754..68759,68833..68882,68957..69045))	Aspergillus niger	4981025
An06g00310	CDS	An06g00310	NT_166522.1	70747	72760	D	Function: P. janthinellum carboxypeptidase D shows broad specificity with optimum pH 4. 5-6. 0, preferential releases a C-terminal arginine or lysine residue and is inhibited by the action of diisopropyl fluorophosphate or thiol-blocking reagents.; Remark: in P. janthinellum carboxypeptidase D the hydrolysis of peptide substrates is apparently dependent on three ionizable group with different pKa values, the substrate preference of the enzyme is consequently pH dependent. .; Similarity: P. janthinellum carboxypeptidase D belongs to peptidase family S10.; Title: similarity to carboxypeptidase D -Penicillium janthinellum; See PMID 8224168; See PMID 3256309; uncharacterized protein	join(70747..70872,70929..71041,71094..71782,71871..72760)	Aspergillus niger	4981020
An06g00320	CDS	An06g00320	NT_166522.1	73378	73691	R	Remark: the Exon-Intron structure of the predicted A. niger protein is in accordance with the A. niger ESTs Nig056 and an_0358, which also cover the 5' and 3'UTRs.; Title: strong similarity to EST an_0358 -Aspergillus niger; uncharacterized protein	complement(join(73378..73406,73466..73691))	Aspergillus niger	4981023
An06g00330	CDS	An06g00330	NT_166522.1	74151	76339	D	Remark: the facB gene of Aspergillus nidulans is a major regulatory gene involved in acetamide and acetate utilisation.; Similarity: A. nidulans facB belongs to the Zn[2]-Cys[6] fungal-type binuclear cluster proteins.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; See PMID 9524126; See PMID 10483720; uncharacterized protein	join(74151..75105,75143..75575,75637..75901,75953..76339)	Aspergillus niger	4981027
An06g00340	CDS	An06g00340	NT_166522.1	77302	78858	D	Catalytic activity: carboxylesterases convert a carboxylic ester + H(2)O to an alcohol + a carboxylic anion.; Function: Bacillus estA1 showed clear preference for esters of short-chain fatty acids and maximum activity was found at 45 degrees C and pH 7. 5.; Function: carboxylesterases play an important role in the hydrolytic biotransformation of a vast number of structurally diverse drugs.; Title: similarity to type B carboxylesterase estA1 -Bacillus sp.; See PMID 9597156; See PMID 11178722; uncharacterized protein	77302..78858	Aspergillus niger	4981005
An06g00350	CDS	An06g00350	NT_166522.1	81050	82964	D	Catalytic activity: triacylglycerol lipases convert triacylglycerol + H(2)O convert diacylglycerol + a fatty acid anion.; Function: C. rugosa expresses multiple extracellular lipases of which LIP1 is the most highly and constitutively expressed.; Title: similarity to extracellular triacylglycerol lipase Lip1 - Candida rugosa; extracellular/secretion proteins; See PMID 10473391; uncharacterized protein	join(81050..81268,81336..81420,81482..81796,81865..81980,82039..82336,82408..82964)	Aspergillus niger	4981034
An06g00360	CDS	An06g00360	NT_166522.1	84416	85894	D	Function: mutations in S. cerevisiae dfg5 block filamentous growth.; Remark: the systematic name for S. cerevisiae DFG5 is YMR238w.; Title: strong similarity to filamentous growth protein Dfg5 - Saccharomyces cerevisiae; See PMID 9055077; uncharacterized protein	join(84416..84506,84561..85255,85307..85894)	Aspergillus niger	4981035
An06g00370	CDS	An06g00370	NT_166522.1	86450	87704	D	Catalytic activity: Glutathione transferases convert RX + glutathione to HX + R-S-glutathione.; Function: Rhodococcus sp. isoI is a glutathione S-transferase with activity towards 1,2-epoxy-2-methyl-3-butene.; Function: isoI is involved in isoprene (2-methyl-1,3-butadiene) utilization in Rhodococcus sp. strain AD45.; Remark: the Exon-Intron structure of the predicted A. niger protein is not completely in accordance with the A. niger EST an_1163, which may be due to errors in the genomic sequence or artefacts in the EST.; Title: similarity to glutathione S-transferase isoI - Rhodococcus sp.; See PMID 10715003; uncharacterized protein	join(86450..86815,86870..87192,87245..87292,87427..87463,87535..87541,87694..87704)	Aspergillus niger	4981036
An06g00380	CDS	An06g00380	NT_166522.1	88139	89793	D	Catalytic activity: Hexokinases convert ATP + D-hexose (D-glucose, D-mannose, D-fructose, sorbitol and D-glucosamine can act as acceptors) to ADP + D-hexose 6-phosphate.; Complex: A. niger hxk is a homodimer.; Function: A. niger hxk phosphorylates D-Glucose, the glucose analogue 2-deoxy-D-glucose, D-fructose, D-mannose and D-glucosamine but not D-galactose, L-sorbose, methyl alpha-D-glucoside and the pentoses L-arabinose and D-xylose.; Repression: A. niger hxk is strongly inhibited by physiological concentrations of trehalose 6-phosphate.; Title: strong similarity to hexokinase hxk -Aspergillus niger; See PMID 9851713; uncharacterized protein	join(88139..88187,88249..88394,88501..88911,88972..89793)	Aspergillus niger	4981037
An06g00390	CDS	An06g00390	NT_166522.1	89923	91451	R	Catalytic activity: Oxoglutarate dehydrogenases convert 2-oxoglutarat e+ lipoamide to S-succinyldihydrolipoamide + CO(2).; Complex: S. cerevisiae KGD1 is a component of the multienzyme 2-oxoglutarate dehydrogenase complex.; Remark: an alternative name for S. cerevisiae KGD1 is OGD1.; Repression: in S. cerevisiae transcription of KGD1 is catabolite repressed.; Similarity: similarity is from the predicted A. niger protein only to half of the central and the C-terminal regions of several oxoglutarate dehydrogenases,which are 600 aa longer.; Title: similarity to oxoglutarate dehydrogenase Kgd1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2503710; uncharacterized protein	complement(join(89923..90449,90496..90913,91026..91451))	Aspergillus niger	4981038
An06g00400	CDS	An06g00400	NT_166522.1	93453	94828	R	hypothetical protein	complement(join(93453..93803,93929..94165,94300..94429,94514..94631,94687..94828))	Aspergillus niger	84591170
An06g00410	CDS	An06g00410	NT_166522.1	96404	96988	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(96404..96438,96708..96714,96854..96988)	Aspergillus niger	84591171
An06g00420	CDS	An06g00420	NT_166522.1	98444	99378	D	Function: S. purpuratus kinesin light chain is a motor molecule required for transport with family specific directionallity to plus or minus ends of microtubuli.; Remark: possible sequencing errors occured at position 45518 and 45818 leading to stop codons, 2 bases have been changed to 'N'.; Similarity: similarity is from the predicted A. niger protein to the N-terminal region of S. purpuratus kinesin light chain, which is 400 aa longer.; Title: similarity to kinesin light chain KLC -Strongylocentrotus purpuratus [putative sequencing error]; cytoskeleton; putative sequencing error; See PMID 8496962; See PMID 10722881; See PMID 10722883; uncharacterized protein	join(98444..98491,98607..99179,99197..99276,99351..99378)	Aspergillus niger	84591172
An06g00430	CDS	An06g00430	NT_166522.1	100051	101277	R	Catalytic activity: Chalcone synthases convert 3 malonyl-CoA + 4-coumaroyl-CoA to 4 CoA + naringenin-chalcone + 3 CO(2).; Function: G. hybrida GCHS2 is an unusual chalcone synthase, catalysing a non-SS variant of the CHS reaction,with both different substrate specificity (to benzoyl-CoA) and a modified catalytic profile.; Function: rrpA, a Streptomyces griseus homolog of plant Chalcone synthases, was shown to catalyse polyketide synthesis by four successive extensions of malonyl-CoA.; Title: strong similarity to chalcone synthase Gchs2 - Gerbera hybrida; See PMID 7787187; See PMID 8799149; See PMID 10476972; uncharacterized protein	complement(join(100051..101053,101102..101277))	Aspergillus niger	4981042
An06g00440	CDS	An06g00440	NT_166522.1	102872	103676	R	hypothetical protein	complement(join(102872..102896,102970..103129,103186..103311,103392..103541,103634..103676))	Aspergillus niger	84591173
An06g00460	CDS	An06g00460	NT_166522.1	105858	107402	D	Catalytic activity: cholinesterases convert an acylcholine + H(2)O to choline + a carboxylic acid anion.; Function: B. floridae ChE1 hydrolyzes both acetylthiocholine and butyrylthiocholine.; Localization: the sequence of B. floridae ChE1 shows characteristics of H-type catalytic subunits, which are inserted in the membrane via an ethanolamine-glycan-phosphatidylinositol anchor, and by biochemichal evidence the vast majority of ChE1 is present as ethanolamine-glycan-phosphatidylinositol-anchored form in vivo.; Remark: B. floridae ChE1 contains a novel acyl-binding site.; Title: similarity to cholinesterase 1 ChE1 -Branchiostoma floridae; See PMID 9874207; uncharacterized protein	105858..107402	Aspergillus niger	4981045
An06g00470	CDS	An06g00470	NT_166522.1	107702	109042	R	Remark: expression of the S. solfataricus AAC38214. 1 ORF was shown by Northern blot.; Title: weak similarity to hypothetical serine-rich protein SPCC553.10 - Schizosaccharomyces pombe; See PMID 9495770; uncharacterized protein	complement(join(107702..108201,108316..108538,108902..109042))	Aspergillus niger	4981046
An06g00480	CDS	An06g00480	NT_166522.1	109489	110877	R	Function: in addition to reducing the dialdehydic form of aflatoxin B1-8,9-dihydrodiol, human AFAR shows high affinity for the gamma-aminobutyric acid metabolite succinic semialdehyde (SSA).; Similarity: human AFAR is a AKR7-familiy member of the aldo-keto reductase superfamily.; Title: weak similarity to aflatoxin aldehyde reductase AFAR - Homo sapiens; See PMID 9576847; uncharacterized protein	complement(join(109489..109794,109844..109902,110053..110171,110675..110877))	Aspergillus niger	84591174
An06g00490	CDS	An06g00490	NT_166522.1	111909	113324	D	Function: the M. grisea PTH11 gene product is presumably involved in host surface recognition and can activate appressorium differentiation in response to inductive surface cues.; Similarity: similarity is from the predicted A. niger protein to the central region of M. grisea Pth11,which is 300 aa longer.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(111909..112103,112180..112216,112275..112342,112408..112787,112849..112910,112978..113324)	Aspergillus niger	4981048
An06g00500	CDS	An06g00500	NT_166522.1	116024	117564	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to glutamate, glutamine and lysine rich proteins.; hypothetical protein	complement(join(116024..116778,116853..117564))	Aspergillus niger	84591175
An06g00510	CDS	An06g00510	NT_166522.1	119409	121564	D	Catalytic activity: glucan endo-1,3-alpha-glucosidase catalyzes the conversion of Endohydrolysis of 1,3-alpha-D-glucosidic linkages in isolichenin, pseudonigeran and nigeran.; Function: P. purporogenum mutA is a mutanase (glucan endo-1,3-alpha-glucosidase) involved in polysaccharid catabolism.; Title: similarity to alpha-1,3-glucanase mutA -Penicillium purporogenum; See PMID 10636904; uncharacterized protein	join(119409..119543,119599..120130,120180..120311,120369..120891,120992..121096,121416..121476,121541..121564)	Aspergillus niger	4981050
An06g00520	CDS	An06g00520	NT_166522.1	122031	122564	D	hypothetical protein	join(122031..122147,122196..122564)	Aspergillus niger	84591176
An06g00530	CDS	An06g00530	NT_166522.1	123132	125143	D	Similarity: the N-terminal region of the predicted A. niger protein shows similarity to several splicosomal and ribosomal proteins.; hypothetical protein	join(123132..123475,123538..124075,124134..124604,124652..125143)	Aspergillus niger	84591177
An06g00540	CDS	An06g00540	NT_166522.1	125262	126052	R	Induction: A. nidulans stcQ is induced only under ST-producing conditions.; Remark: at position 27607 a possible sequencing error occured and 1 base was removed.; Title: similarity to sterigmatocystin biosynthetic gene stcQ - Aspergillus nidulans [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<125262..125727,125954..126052))	Aspergillus niger	84591178
An06g00550	CDS	An06g00550	NT_166522.1	126312	129393	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(126312..126383,126456..126695,127196..127265,127949..128493,128691..128778,128899..129015,129059..129169,129259..129308,129370..129393))	Aspergillus niger	84591179
An06g00560	CDS	An06g00560	NT_166522.1	129663	131736	D	Induction: S. cerevisiae HXT genes are induced by glucose.; Remark: S. cerevisiae has 20 genes encoding known or likely glucose transporters (HXT 1-20), each of which is known or likely to have a different affinity for glucose.; Repression: S. cerevisiae HXT genes are repressed in the absence of glucose due to a mechanism that requires Rgt1p and Ssn6p.; Title: strong similarity to hexose transporter Hxt13 - Saccharomyces cerevisiae; plasma membrane; See PMID 7862149; See PMID 10477308; uncharacterized protein	join(129663..129807,129860..129912,129961..130233,130284..130361,130411..130806,130861..131206,131268..131353,131410..131736)	Aspergillus niger	4981055
An06g00570	CDS	An06g00570	NT_166522.1	132616	133450	R	Similarity: the N-terminal of the predicted A. niger protein shows similarity to several kinases and contains a kinase SCOP motif, however overal the similarity is not significant to any protein.; hypothetical protein	complement(join(132616..132672,132727..132752,132792..132855,132901..133006,133101..133450))	Aspergillus niger	84591180
An06g00580	CDS	An06g00580	NT_166522.1	133684	135560	R	Title: strong similarity to hypothetical protein EAA61328.1 - Aspergillus nidulans; uncharacterized protein	complement(join(133684..135442,135505..135560))	Aspergillus niger	4981057
An06g00590	CDS	An06g00590	NT_166522.1	136610	137135	R	Similarity: the predicted A. niger protein shows strong similarity to to EST an_2107 from Aspergillus niger.; Title: strong similarity to hypothetical protein yrkC - Bacillus subtilis; uncharacterized protein	complement(join(136610..136924,136980..137135))	Aspergillus niger	4981058
An06g00600	CDS	An06g00600	NT_166522.1	140151	141255	D	Function: A. parasiticus adhA catalyses the conversion of 5'-hydroxyaverantin (HAVN) to 5'-ketoaverantin, the open-chain form of averufin (AVF) in the synthesis of aflatoxin.; Pathway: adhA of A. parasiticus catalyzes a step in the aflatoxin biosynthesis.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Title: similarity to short-chain alcohol dehydrogenase adhA - Aspergillus parasiticus; See PMID 11055914; uncharacterized protein	join(140151..140262,140329..140663,140716..141255)	Aspergillus niger	4981059
An06g00610	CDS	An06g00610	NT_166522.1	141577	142609	R	Function: S. cerevisiae cells depleted of CKA1 and CKA1 increase substantially in size prior to growth arrest,and a significant fraction of the arrested cells exhibit a pseudomycelial morphology.; Function: S. cerevisiae cells in which the CKA2 gene alone is disrupted show no detectable phenotype, but haploid cells carrying disruptions in both the CKA1 and CKA2 genes are inviable.; Remark: Casein kinase II of S. cerevisiae contains two distinct catalytic subunits, alpha and alpha', which are encoded by the CKA1 and CKA2 genes, respectively; Title: weak similarity to casein kinase II Cka2 -Saccharomyces cerevisiae; See PMID 2196445; uncharacterized protein	complement(join(141577..141593,141672..141709,141840..141895,141942..142439,142490..142609))	Aspergillus niger	4981060
An06g00620	CDS	An06g00620	NT_166522.1	144983	146838	D	Function: S. cerevisiae Mal11p is a high-affinity,general alpha-glucoside/proton symporter transporting maltose, turanose, isomaltose, alpha-methylglucoside,maltotriose, palatinose, trehalose and melezitose.; Induction: expression of S. cerevisiae Mal11p is maltose inducible and induction is mediated by the Mal-activator.; Remark: an alternative name for S. cerevisiae MAL11 is AGT1.; Title: strong similarity to alpha-glucoside-hydrogen symporter Mal11 - Saccharomyces cerevisiae; plasma membrane; See PMID 8594329; uncharacterized protein	join(144983..145189,145249..145506,145565..145813,145882..146188,146258..146838)	Aspergillus niger	4981061
An06g00630	CDS	An06g00630	NT_166522.1	147318	148798	R	Function: N. haematococca detoxify the antibioticum pisatin utilizing the cytochrome P450 monooxygenase PADT9.; Similarity: N. haematococca PDAT9 has been assigned to a new cytochrome P450 family, CYP57.; Title: similarity to cytochrome P450 pisatin demethylase PDAT9 - Nectria haematococca; See PMID 9501474; See PMID 9683653; uncharacterized protein	complement(join(147318..147419,147475..148479,148526..148798))	Aspergillus niger	4981062
An06g00640	CDS	An06g00640	NT_166522.1	149686	152206	D	Function: S. cerevisiae PUT3 binds to DNA sequences in the promoters of the proline utilization genes and is required for the basal and induced expression of the enzymes of this pathway.; Similarity: S. cerevisiae PUT3 is 300 aa longer than the predicted A. niger protein.; Title: similarity to transcription activator Put3 -Saccharomyces cerevisiae; nucleus; See PMID 2017167; uncharacterized protein	join(149686..149765,149820..149948,150011..150054,150116..150259,150314..150822,150873..151008,151201..151254,151311..151682,151746..152206)	Aspergillus niger	4981063
An06g00650	CDS	An06g00650	NT_166522.1	152850	153297	D	Function: R. norvegicus 5-Oxoprolinase catalyzes a reaction in which the endergonic cleavage of 5-oxo-L-proline to form L-glutamate is coupled to the exergonic hydrolysis of ATP to ADP and inorganic phosphate.; Remark: ORF 3'truncated due to end of contig.; Title: strong similarity to ATP-hydrolyzing 5-oxoprolinase - Rattus norvegicus [truncated ORF]; See PMID 8943290; uncharacterized protein	152850..>153297	Aspergillus niger	84591181
An06g00660	CDS	An06g00660	NT_166522.1	153519	156401	D	Catalytic activity: ATP + 5-oxo-L-proline + 2 H(2)O = ADP + phosphate + L-glutamate.; Function: OPLA catalyzes a reaction in which the endergonic cleavage of 5-oxo-L-proline to form L-glutamate is coupled to the exergonic hydrolysis of ATP to ADP and inorganic phosphate.; Remark: N-terminally truncated due to contig border.; Remark: The rat kidney enzyme OPLA is composed of two strongly interacting, apparently identical subunits (Mr = 142,000).; Remark: possible sequencing error at position 22722,1 bp too little.; Title: strong similarity to ATP-hydrolyzing 5-oxoprolinase - Rattus norvegicus [truncated ORF]; See PMID 8943290; uncharacterized protein	join(<153519..155027,155079..156401)	Aspergillus niger	4981065
An06g00670	CDS	An06g00670	NT_166522.1	156720	160118	R	Title: strong similarity to hypothetical protein encoded by An02g00370 - Aspergillus niger; uncharacterized protein	complement(join(156720..157889,157940..158065,158118..160118))	Aspergillus niger	4981066
An06g00680	CDS	An06g00680	NT_166522.1	161139	161705	D	Title: similarity to hypothetical protein encoded by An05g01220 - Aspergillus niger; uncharacterized protein	161139..161705	Aspergillus niger	4981067
An06g00690	CDS	An06g00690	NT_166522.1	162520	163323	R	Similarity: shows strong similarity against C-terminal part of An05g00630.; Title: weak similarity to hypothetical protein B7N4.20 - Neurospora crassa; uncharacterized protein	complement(162520..163323)	Aspergillus niger	84591182
An06g00700	CDS	An06g00700	NT_166522.1	163699	165812	R	Title: similarity to hypothetical protein B24P7.50 -Neurospora crassa; uncharacterized protein	complement(join(163699..164581,164650..165812))	Aspergillus niger	84591183
An06g00705	CDS	An06g00705	NT_166522.1	165842	166573	D	hypothetical protein	join(165842..166057,166112..166573)	Aspergillus niger	10098300
An06g00710	CDS	An06g00710	NT_166522.1	166988	170647	D	Title: similarity to beta-lactamase from patent FR2792651-A1 - Pyrococcus abyssi; uncharacterized protein	join(166988..168516,168634..168682,168913..169179,169238..170647)	Aspergillus niger	4981071
An06g00720	CDS	An06g00720	NT_166522.1	170804	171913	R	Catalytic activity: the chloroperoxidase converts 2 RH and 2 chloride and H(2)O(2) to 2 RCl and 2 H(2)O.; Function: chloroperoxidase CPO of C. fumago catalyzes peroxidative halogenations involved in the biosynthesis of clardariomycin (2,2-dichloro-1,3-cyclo-pentenedione); the enzyme also has potent catalase activity and in the absence of halide ion, acts as a peroxidase similar to plant peroxidases.; Title: similarity to chloroperoxidase CPO -Caldariomyces fumago; uncharacterized protein	complement(join(170804..170865,171007..171117,171179..171450,171506..171746,171802..171913))	Aspergillus niger	4981072
An06g00730	CDS	An06g00730	NT_166522.1	173267	176254	R	Remark: N-terminally truncated due to contig border.; Title: similarity to hypothetical protein encoded by An14g07040 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(join(173267..173415,173524..173570,173683..174130,174482..175772,176222..>176254))	Aspergillus niger	84591184
An06g00740	CDS	An06g00740	NT_166522.1	177693	178947	D	hypothetical protein	join(177693..177793,177852..178268,178467..178695,178756..178947)	Aspergillus niger	4981074
An06g00750	CDS	An06g00750	NT_166522.1	180117	181038	R	Function: NADP-dependent mannitol dehydrogenase (MtDH) is the enzyme responsible for mannitol biosynthesis in Agaricus bisporus.; Remark: mannitol, a six-carbon sugar alcohol, is the main storage carbon in Agaricus bisporus.; Title: strong similarity to NADP-dependent mannitol dehydrogenase MtDH - Agaricus bisporus; See PMID 9835550; uncharacterized protein	complement(join(180117..180814,180876..181038))	Aspergillus niger	4981075
An06g00760	CDS	An06g00760	NT_166522.1	182905	184640	R	Function: the avnA gene encodes a fungal cytochrome P-450 monooxygenase which is involved in the conversion of averantin to averufin in the aflatoxin biosynthetic pathway in A. parasiticus.; Similarity: AvnA has been assigned to a new P-450 gene family named CYP60A1.; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; See PMID 9097431; uncharacterized protein	complement(join(182905..183098,183165..183266,183325..183623,183678..183799,183858..184640))	Aspergillus niger	4981076
An06g00770	CDS	An06g00770	NT_166522.1	186038	188023	R	Function: TOXA of Cochliobolus carbonum encodes an HC-toxin efflux pump which contributes to self-protection against HC-toxin and/or the secretion of HC-toxin into the extracellular milieu.; Title: strong similarity to HC-toxin efflux pump TOXA - Cochliobolus carbonum; plasma membrane; See PMID 10656588; uncharacterized protein	complement(join(186038..186442,186510..186670,186725..187231,187281..187352,187403..187730,187793..188023))	Aspergillus niger	4981077
An06g00780	CDS	An06g00780	NT_166522.1	189937	193227	R	Remark: only partial similarity to the aminopeptidase.; Remark: see also patent database match against human aminopeptidase.; Title: weak similarity to aminopeptidase N - Felis catus; uncharacterized protein	complement(join(189937..189961,190018..190882,190915..192056,192145..192335,192841..193227))	Aspergillus niger	84591185
An06g00790	CDS	An06g00790	NT_166522.1	193358	194086	D	Remark: questionable ORF due to the gene structure.; Title: questionable ORF; uncharacterized protein	join(193358..193360,193449..193520,193970..194086)	Aspergillus niger	84591186
An06g00800	CDS	An06g00800	NT_166522.1	194271	195101	R	Remark: transposase is located within the insertion sequence ISTfe1 in Thiobacillus ferrooxidans.; Title: weak similarity to transposase - Thiobacillus ferrooxidans; uncharacterized protein	complement(194271..195101)	Aspergillus niger	84591187
An06g00810	CDS	An06g00810	NT_166522.1	195938	198997	D	Function: mutA of P. purporogenum hydrolysis 1,3-alpha-D-glucosidic links.; Remark: P purporogenum mutA is also named alpha1,3-glucanase.; Remark: putative frameshift at position 4879, 2 bp too much.; Title: strong similarity to mutanase mutA -Penicillium purporogenum [putative frameshift]; putative frameshift; See PMID 10636904; uncharacterized protein	join(195938..195972,196013..>198997)	Aspergillus niger	4981081
An06g00820	CDS	An06g00820	NT_166522.1	199267	201323	D	Title: similarity to eukaryotic translation initiation factor eIF2B subunit 3 - Homo sapiens; See PMID 10900014; See PMID 9438375; uncharacterized protein	join(199267..199404,199622..199823,199915..200165,200214..201323)	Aspergillus niger	4981082
An06g00830	CDS	An06g00830	NT_166522.1	201730	203709	D	Title: weak similarity to hypothetical transcription regulatory protein SPBC530.08 - Schizosaccharomyces pombe; uncharacterized protein	join(201730..201893,201941..202017,202089..202593,202644..203709)	Aspergillus niger	4981083
An06g00840	CDS	An06g00840	NT_166522.1	203969	205099	R	Title: similarity to hypothetical protein SPBC2A9.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(203969..204342,204396..204797,204874..205099))	Aspergillus niger	4981084
An06g00850	CDS	An06g00850	NT_166522.1	205636	206526	R	Catalytic activity: glycerol 3-phosphate + H(2)O = glycerol + phosphate.; Remark: alternate names in yeast = RHR2, YIL053W.; Title: strong similarity to (DL)-glycerol-3-phosphatase 1 Gpp1 - Saccharomyces cerevisiae; cytoplasm; See PMID 8662716; See PMID 9038161; uncharacterized protein	complement(join(205636..206129,206197..206340,206430..206526))	Aspergillus niger	4981085
An06g00860	CDS	An06g00860	NT_166522.1	206976	207947	R	Title: strong similarity to hypothetical protein CAD21381.1 - Neurospora crassa; uncharacterized protein	complement(206976..207947)	Aspergillus niger	4981086
An06g00870	CDS	An06g00870	NT_166522.1	208632	209099	R	hypothetical protein	complement(join(208632..208802,208911..209099))	Aspergillus niger	84591188
An06g00880	CDS	An06g00880	NT_166522.1	209326	210877	R	Remark: questionable ORF due to the gene structure.; Title: questionable ORF; uncharacterized protein	complement(join(209326..209544,209921..210084,210438..210494,210599..210688,210784..210877))	Aspergillus niger	84591189
An06g00890	CDS	An06g00890	NT_166522.1	211801	212897	D	Similarity: the ORF shows similarity to several oxidoreductases with unspecified function.; Title: weak similarity to gibberellin 20-oxidase -Cucurbita maxima; See PMID 9435996; uncharacterized protein	join(211801..211945,212120..212135,212240..212897)	Aspergillus niger	4981089
An06g00900	CDS	An06g00900	NT_166522.1	215123	216187	R	hypothetical protein	complement(join(215123..215475,215544..215647,215703..215853,215905..216187))	Aspergillus niger	4981090
An06g00920	CDS	An06g00920	NT_166522.1	217788	218531	R	hypothetical protein	complement(217788..218531)	Aspergillus niger	4981091
An06g00930	CDS	An06g00930	NT_166522.1	219201	219721	D	Title: weak similarity to hypothetical protein CAD21295.1 - Neurospora crassa; uncharacterized protein	join(219201..219252,219333..219721)	Aspergillus niger	4981092
An06g00940	CDS	An06g00940	NT_166522.1	220540	222032	D	Title: weak similarity to hypothetical nucleobinding precursor NUCB1 - Homo sapiens; uncharacterized protein	join(220540..220548,220630..221137,221196..221321,221376..221600,221668..222032)	Aspergillus niger	4981093
An06g00950	CDS	An06g00950	NT_166522.1	223456	224564	D	Title: similarity to hypothetical protein CAD21295.1 - Neurospora crassa; uncharacterized protein	join(223456..223816,223882..224564)	Aspergillus niger	4981094
An06g00960	CDS	An06g00960	NT_166522.1	225506	226629	R	Title: similarity to hypothetical ankyrin At2g03430 - Arabidopsis thaliana; uncharacterized protein	complement(join(225506..225534,225621..226629))	Aspergillus niger	84591190
An06g00970	CDS	An06g00970	NT_166522.1	229634	230809	D	Similarity: weak similarity at the carboxyterminus to unknown protein of E. nidulans.; Title: weak similarity to hypothetical protein CAD28442.1 - Aspergillus fumigatus; uncharacterized protein	join(229634..229742,229798..230038,230095..230809)	Aspergillus niger	4981096
An06g00990	CDS	An06g00990	NT_166522.1	231768	233222	D	Function: enzyme of S. cerevisiae catalyzes the reduction of fumarate to succinate.; Remark: contains binding domain for FAD that is usually noncovalently bound.; Title: strong similarity to soluble cytoplasmic fumarate reductase YEL047c - Saccharomyces cerevisiae; cytoplasm; See PMID 8946166; uncharacterized protein	231768..233222	Aspergillus niger	4981098
An06g01000	CDS	An06g01000	NT_166522.1	235653	236591	D	Similarity: most blast hits result from repetitive sequences.; hypothetical protein	join(235653..235733,235794..235980,236044..236216,236268..236591)	Aspergillus niger	4981099
An06g01010	CDS	An06g01010	NT_166522.1	238089	238720	R	hypothetical protein	complement(join(238089..238229,238328..238465,238586..238720))	Aspergillus niger	84591191
An06g01020	CDS	An06g01020	NT_166522.1	240295	241205	R	Remark: The overexpression of the protein of S. cerevisiae confers resistance to the toxicity of molasses.; Title: similarity to hypothetical molasses resistency protein Rtm1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(240295..240992,241052..241205))	Aspergillus niger	4981101
An06g01030	CDS	An06g01030	NT_166522.1	242344	245091	D	Remark: similarity spans the C-terminal two-thirds of An01g01370.; Title: similarity to hypothetical protein encoded by An01g01370 - Aspergillus niger; uncharacterized protein	join(242344..242411,242942..242963,243154..243205,243409..243481,243747..244092,244150..245091)	Aspergillus niger	4981102
An06g01040	CDS	An06g01040	NT_166522.1	245908	246599	D	Catalytic activity: protein of S. cerevisiae converts ATP + ubiquitin + protein lysine to AMP + pyrophosphate + protein N-ubiquityllysine.; Function: protein of S. cerevisiae 6 the covalent attachment of ubiquitin to other proteins. Ubc7p is involved in stress related ER degradation. Ubc6p and Ubc7p target unfolded or misfolded lumenal ER proteins for retrograde transport across the ER membrane and subsequent degradation by the proteasome.; Title: strong similarity to ubiquitin conjugation enzyme Ubc7 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8781238; uncharacterized protein	join(245908..246064,246153..246245,246343..246599)	Aspergillus niger	4981103
An06g01050	CDS	An06g01050	NT_166522.1	247238	248262	R	Similarity: shows like ORF60CG similarity to 7-aminocholesterol resistance protein RTA1 of S. cerevisiae.; Title: strong similarity to hypothetical protein SPAC17G6.02c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(247238..247334,247404..247478,247553..248262))	Aspergillus niger	4981104
An06g01060	CDS	An06g01060	NT_166522.1	249396	250685	D	Similarity: weak similarity to probable membrane protein YLR228c of S. cerevisiae; covers carboxyterminus of the S. cerevisiae protein only.; Title: similarity to gene expression regulator At14 from patent WO200257456-A2 - Unclassified organism; uncharacterized protein	join(249396..249430,249617..250685)	Aspergillus niger	4981105
An06g01070	CDS	An06g01070	NT_166522.1	250917	252158	R	Title: similarity to hypothetical protein CG4770 -Drosophila melanogaster; uncharacterized protein	complement(250917..252158)	Aspergillus niger	4981106
An06g01080	CDS	An06g01080	NT_166522.1	253166	255656	R	Function: might be involved in transportation of cations like zinc.; Localization: probable membrane protein.; Remark: truncated ORF due to contig border, no start codon.; Similarity: shows strong similiarity to cation/efflux domain members.; Title: similarity to hypothetical membrane protein YDR205w - Saccharomyces cerevisiae [truncated ORF]; uncharacterized protein	complement(join(253166..254048,254098..254316,254369..255529,255580..>255656))	Aspergillus niger	4981107
An06g01090	CDS	An06g01090	NT_166522.1	255886	256494	D	Remark: multiple putative sequencing errors in contig; blastx analysis of 3' downstream region reveals similarity to aa 1-413 of An11g07820 covering coordinates 129-1495 of the contig. Only the N-terminal part has been extracted as ORF.; Similarity: An11g07820 shows strong similarity to multidrug resistance protein MRP of M. musculus.; Title: similarity to hypothetical protein encoded by An11g07820 - Aspergillus niger [putative sequencing error]; uncharacterized protein	join(255886..256092,256165..256190,256247..256282,256470..256494)	Aspergillus niger	84591192
An06g01100	CDS	An06g01100	NT_166522.1	258686	260200	D	Catalytic activity: GDP-Man + dolichol-PP-GlcNAc2 -> dolichol-PP-GlcNAc2-Man + GDP.; Function: the mannosyltransferase Alg1 from S. cerevisiae participates in the formation of the lipid-linked precursor oligosaccharide for N-glycosylation.; Title: strong similarity to mannosyltransferase Alg1 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 2182636; See PMID 9675821; uncharacterized protein	join(258686..258923,258983..259179,259256..260200)	Aspergillus niger	4981109
An06g01110	CDS	An06g01110	NT_166522.1	260405	262646	R	Title: weak similarity to hypothetical protein T1G12.10 - Arabidopsis thaliana; uncharacterized protein	complement(join(260405..260457,260556..261242,261346..261535,261582..262490,262539..262646))	Aspergillus niger	4981110
An06g01120	CDS	An06g01120	NT_166522.1	263287	264079	D	Function: N. crassa Mus-8 rescues the DNA repair,mutagenesis, and sporulation defects of S. cerevisiae rad6 mutants.; Function: substrate specific ubiquitination by Ubiquitin-ligase (E3), in conjunction with ubiquitin-conjugating enzyme (E2), specifically targets proteins for proteasomal degradation.; Similarity: N. crassa Mus-8 is an E2-type ubiquitin-conjugating enzyme.; Title: strong similarity to ubiquitin conjugating enzyme mus-8 - Neurospora crassa; See PMID 9990117; See PMID 8753651; uncharacterized protein	join(263287..263328,263525..263589,263651..263875,263956..264079)	Aspergillus niger	4981111
An06g01130	CDS	An06g01130	NT_166522.1	265050	268120	D	Function: kinesins are microtubule associated motors involved in the transport of membrane bound organelles,transport between the endoplasmic reticulum and the Golgi and transport of protein complexes to cellular destinations.; Remark: in the revised IUPAC Enzyme Nomenclature + and - end directed kinesin is designated the EC Number 3. 6. 4. 4 and 3. 6. 4. 5 respectively.; Title: strong similarity to kinesin heavy chain Nkin - Neurospora crassa; cytoskeleton; See PMID 10754574; See PMID 8631782; uncharacterized protein	join(265050..265054,265122..265159,265237..265331,265404..267826,267892..268120)	Aspergillus niger	4981112
An06g01140	CDS	An06g01140	NT_166522.1	269425	270856	D	Function: S. aerocolonigenes ngt was found to introduce a D-glucose moiety into 6-N-methylarcyriaflavin C.; Title: strong similarity to N-glycosyltransferase ngt - Saccarothrix aerocolonigenes; See PMID 10866221; uncharacterized protein	join(269425..270583,270645..270856)	Aspergillus niger	4981113
An06g01160	CDS	An06g01160	NT_166522.1	271695	273307	R	Catalytic activity: human SRPK2 is a serine specific kinase catalysing the reaction, ATP + a protein <=> ADP + a phosphoprotein.; Function: human SRPK2 mediates the interaction and localization of pre-mRNA splicing factors by phosphorylating the SR family of splicing factors.; Localization: FLAG- and GFP-tagged human SRPK2 was visible in the cytoplasm and the nuclei of HeLa cells.; Title: similarity to serine kinase SRPK2 - Homo sapiens; deleted EC_number 2.7.1.37; See PMID 9472028; uncharacterized protein	complement(join(271695..271897,271979..272219,272278..272591,272712..273001,273057..273307))	Aspergillus niger	4981115
An06g01170	CDS	An06g01170	NT_166522.1	274896	276693	D	Similarity: the predicted A. niger protein shows similarity to several bacterial hypothetical acetyl-CoA synthetases.; Title: similarity to hypothetical long-chain-fatty-acid--CoA ligase SC6F7.21 - Streptomyces coelicolor; uncharacterized protein	join(274896..275216,275272..275721,275782..276693)	Aspergillus niger	4981116
An06g01180	CDS	An06g01180	NT_166522.1	277164	279070	R	Similarity: shows also similarity to N-terminal half of An08g01460.; Title: similarity to hypothetical cysteine-binding protein fliY - Haloferax volcanii; uncharacterized protein	complement(join(277164..278621,279020..279070))	Aspergillus niger	4981117
An06g01190	CDS	An06g01190	NT_166522.1	281174	282198	R	Function: S. cerevisiae Frq1 binds to a conserved sequence motif in Pik1, a phosphatidylinositol-4-OH kinase,outside Pik1's catalytic domain and stimulates its activity in vitro.; Function: S. cerevisiae Frq1 is essential for growth of budding yeast.; Function: in S. cerevisiae N-myristoylated Frq1 may also assist in Pik1 localization.; Localization: subcellular fractionation experiments showed that both the N-myristoyl group and Ca(2+)-binding contribute to the ability of Frq1 to associate with membranes.; Remark: the systematic name for S. cerevisiae Frq1 is YDR373w.; Similarity: S. cerevisiae Frq1 belongs to the recoverin/frequenin branch of the EF-hand superfamily.; Title: strong similarity to Ca(2+)-binding protein Frq1 - Saccharomyces cerevisiae; See PMID 10559922; See PMID 11015193; uncharacterized protein	complement(join(281174..281353,281428..281723,281823..281908,282188..282198))	Aspergillus niger	4981118
An06g01200	CDS	An06g01200	NT_166522.1	283165	285263	R	Title: strong similarity to endosomal protein Emp70 - Saccharomyces cerevisiae; endosome; See PMID 9729438; See PMID 8314797; uncharacterized protein	complement(join(283165..283232,283285..283711,283771..284108,284159..285263))	Aspergillus niger	4981119
An06g01210	CDS	An06g01210	NT_166522.1	285680	286846	D	Complex: in S. cerevisiae antibodies directed against Lcp5p specifically immunoprecipitated the yeast U3 snoRNA snR17.; Function: in S. cerevisiae mutations in LCP5 caused defects in pre-ribosomal RNA (pre-rRNA) processing impairing early cleavage steps that lead to the production of mature 18S rRNA.; Localization: in S. cerevisiae indirect immunofluorescence indicated a predominant localization of Lcp5p in the nucleolus.; Remark: the systematic name for S. cerevisiae LCP5 is YER127w.; Title: similarity to rRNA processing protein Lcp5 -Saccharomyces cerevisiae; nucleus; See PMID 9814757; uncharacterized protein	285680..286846	Aspergillus niger	4981120
An06g01220	CDS	An06g01220	NT_166522.1	287342	288105	D	hypothetical protein	join(287342..287354,287448..287660,287924..288105)	Aspergillus niger	4981121
An06g01260	CDS	An06g01260	NT_166522.1	291780	292709	D	Title: strong similarity to hypothetical protein CAC28835.1 - Neurospora crassa; uncharacterized protein	join(291780..292222,292322..292709)	Aspergillus niger	4981125
An06g01270	CDS	An06g01270	NT_166522.1	293773	295592	D	Catalytic activity: N. crassa uve1 cleaves both cyclobutane pyrimidine dimers and (6-4)photoproducts at the sites immediately 5' to the damaged dipyrimidines in a magnesium-dependent, ATP-independent reaction.; Function: N. crassa uve1 specifically repairs DNA damaged by ultraviolet light.; Remark: N. crassa uve1 confers UV-resistance on various DNA repair-deficient mutants of S. cerevisiae and a human xeroderma pigmentosum cell line.; Title: strong similarity to UV-endonuclease uve1 -Neurospora crassa; nucleus; See PMID 7774597; uncharacterized protein	join(293773..294009,294057..295592)	Aspergillus niger	4981126
An06g01290	CDS	An06g01290	NT_166522.1	301800	303120	D	Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	join(301800..301988,302038..302074,302128..302195,302349..302632,302700..303120)	Aspergillus niger	4981128
An06g01300	CDS	An06g01300	NT_166522.1	303770	318001	R	Function: AM-toxin synthetase (AMT) is a primary determinant of virulence and specificity in the A. alternata apple pathotype/apple interaction.; Remark: Afternaria afternata apple pathotype causes Alternaria blotch of susceptible apple cultivars through the production of a cyclic peptide host-specific toxin,AM-toxin.; Title: strong similarity to cyclic peptide AM-toxin synthase AMT - Alternaria alternata; See PMID 10875335; uncharacterized protein	complement(join(303770..317503,317567..318001))	Aspergillus niger	4981129
An06g01310	CDS	An06g01310	NT_166522.1	319837	320228	D	hypothetical protein	join(319837..319842,319939..320028,320079..320228)	Aspergillus niger	84591193
An06g01320	CDS	An06g01320	NT_166522.1	320761	322789	D	Catalytic activity: ATP dependent conversion of ferulic acid to feruloyl-Coenzyme A.; Pathway: Fcs catalyzes a step in the bioconversion of ferulic acid to vanillin.; Title: strong similarity to feruloyl-CoA synthase fcs - Amycolatopsis sp.; See PMID 11152072; uncharacterized protein	join(320761..321166,321224..321521,321570..321949,322006..322335,322449..322789)	Aspergillus niger	4981131
An06g01330	CDS	An06g01330	NT_166522.1	323875	324129	R	hypothetical protein	complement(join(323875..324025,324110..324129))	Aspergillus niger	84591194
An06g01340	CDS	An06g01340	NT_166522.1	325074	326422	R	Remark: N-terminally truncated due to contig border.; Title: weak similarity to hypothetical possible phosphatase L8329.04 - Leishmania major [truncated ORF]; uncharacterized protein	complement(join(325074..325401,325518..325546,325787..>326422))	Aspergillus niger	84591195
An06g01350	CDS	An06g01350	NT_166522.1	326525	327767	R	Remark: ORF 3'truncated due to end of contig.; Remark: blastp with the predicted A. niger protein only retrieves random hits to proline rich proteins.; hypothetical protein [truncated ORF]	complement(join(<326525..327486,327563..327767))	Aspergillus niger	4981134
An06g01360	CDS	An06g01360	NT_166522.1	328526	329784	R	Function: S. cerevisiae BSD2 down-regulates heavy metal uptake by the Nramp metal transporters Smf1p and Smf2p at the level of protein stability.; Function: in bsd2Delta mutants, Smf1p and Smf2p fail to enter the vacuole where they are normally degraded by vacuolar proteases in a PEP4-dependent manner.; Title: similarity to metal homeostasis protein Bsd2 - Saccharomyces cerevisiae; See PMID 9115231; See PMID 9988727; See PMID 11027260; uncharacterized protein	complement(join(328526..329107,329173..329670,329761..329784))	Aspergillus niger	4981135
An06g01370	CDS	An06g01370	NT_166522.1	331021	332699	R	Catalytic activity: 3-oxoacid CoA-transferases convert Succinyl-CoA + a 3-oxo acid to succinate + a 3-oxo-acyl-CoA.; Complex: human SCOT forms a homodimer.; Function: human SCOT mediates the rate-determining step of ketolysis, the esterification of acetoacetate to CoA for use in energy production.; Title: strong similarity to Succinyl CoA: 3-oxoacid CoA transferase SCOT - Homo sapiens; localisation:mitochondrion; See PMID 8751852; uncharacterized protein	complement(join(331021..331334,331392..332571,332637..332699))	Aspergillus niger	4981136
An06g01380	CDS	An06g01380	NT_166522.1	333684	338106	R	Function: ubiquitin-specific proteases like S. cerevisiae UPB2 cleave ubiquitin fusions to itself or other proteins after the last (Gly76) residue of ubiquitin.; Title: strong similarity to ubiquitin specific protease Ubp2 - Saccharomyces cerevisiae; cytoplasm; See PMID 1429680; uncharacterized protein	complement(join(333684..334204,334262..334433,334489..334909,334965..335352,335524..335643,335699..336236,336291..336379,336431..336825,336876..336921,336976..337183,337235..337983,338085..338106))	Aspergillus niger	4981137
An06g01390	CDS	An06g01390	NT_166522.1	338647	339440	D	Title: strong similarity to 21.3 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; See PMID 1825789; See PMID 10940377; uncharacterized protein	join(338647..338827,338901..339020,339081..339275,339349..339440)	Aspergillus niger	4981138
An06g01400	CDS	An06g01400	NT_166522.1	343225	345804	D	Function: Ask10p of S. cerevisiae is a transcription factor involved in a Skn7p-mediated two-component regulatory system.; Remark: the ORF is N-terminally truncated due to end of contig. .; Similarity: YIL105c of S. cerevisiae is similar to transcriptional activator Ask10p of S. cerevisiae.; Similarity: the N-terminal portion shows similarity to transcription regulator protein Ask10p of S. cerevisiae.; Title: strong similarity to hypothetical protein YIL105c - Saccharomyces cerevisiae [truncated ORF]; See PMID 8904339; uncharacterized protein	join(<343225..343660,343715..344202,344255..344592,344655..345804)	Aspergillus niger	4981139
An06g01410	CDS	An06g01410	NT_166522.1	346743	347520	R	hypothetical protein	complement(join(346743..346835,346932..347187,347399..347520))	Aspergillus niger	84591196
An06g01420	CDS	An06g01420	NT_166522.1	347713	349287	R	Function: TOL in N. crassa mediates growth inhibition and cell death as a result of mating-type-associated heterokaryon incompatibility during vegetative growth.; Similarity: the homology is restricted to the central portion of TOL from N. crassa.; Title: similarity to mating-type-associated vegetative incompatibility factor TOL - Neurospora crassa; See PMID 9927450; uncharacterized protein	complement(347713..349287)	Aspergillus niger	4981141
An06g01430	CDS	An06g01430	NT_166522.1	351070	352993	D	Title: strong similarity to hypothetical protein encoded by An14g06130 - Aspergillus niger; uncharacterized protein	join(351070..351076,351450..352199,352287..352993)	Aspergillus niger	4981142
An06g01440	CDS	An06g01440	NT_166522.1	355719	357347	R	Function: TOM34 (HRB1) of S. cerevisiae is a hnRNP-like protein of unknown function possibly involved in RNA processing and export.; Localization: TOM34 (HRB1) of S. cerevisiae is capable of shuttling between the nucleus and the cytoplasm.; Remark: TOM34 of S. cerevisiae is also named HRB1.; Remark: a splice site was detected upstream of the START codon.; Similarity: contains three RNA-binding motives.; Similarity: shows much better homology to S. pombe hrb1 homolog, but the latter is so far not experimentally confirmed.; Title: similarity to heterogeneous nuclear ribonucleoprotein (hnRNP) Tom34 - Saccharomyces cerevisiae; See PMID 9499403; uncharacterized protein	complement(join(355719..355803,355899..356085,356181..356232,356312..356449,356513..356606,356794..356860,356960..357347))	Aspergillus niger	4981143
An06g01450	CDS	An06g01450	NT_166522.1	357376	359741	D	Title: weak similarity to U1 snRNP 70K protein - Mus musculus; uncharacterized protein	join(357376..357558,357597..357674,357720..357835,357968..358234,358405..358454,358553..358957,359008..359082,359159..359278,359385..359470,359673..359741)	Aspergillus niger	84591197
An06g01460	CDS	An06g01460	NT_166522.1	361029	361496	D	Title: similarity to hypothetical protein SPAC19G12.11 - Schizosaccharomyces pombe; uncharacterized protein	join(361029..361076,361164..361496)	Aspergillus niger	4981145
An06g01470	CDS	An06g01470	NT_166522.1	361685	363064	R	Similarity: the ORF is much shorter than igA of N. meningitidis (459 compared to 1773 amino acids) and the homology between the two proteins is restricted to a stretch of about 200 amino acids.; Title: weak similarity to IgA-specific metalloendopeptidase igA - Neisseria meningitidis; uncharacterized protein	complement(361685..363064)	Aspergillus niger	4981146
An06g01480	CDS	An06g01480	NT_166522.1	363375	365414	D	Remark: the homology between the ORF and the hypothetical yeast protein is restricted to about 400 N-terminal amino acids.; Title: similarity to hypothetical protein YDL156w -Saccharomyces cerevisiae; uncharacterized protein	join(363375..363909,363970..364453,364569..364770,364899..364967,365067..365134,365179..365266,365301..365414)	Aspergillus niger	4981147
An06g01490	CDS	An06g01490	NT_166522.1	365849	369337	R	Function: CLA2 of S. cerevisiae stimulates the GTPase activity of BUD1/RSR1 and thus participates in the regulation of the BUD site selection (axial budding).; Phenotype: chromosomal deletion of CLA2 of S. cerevisiae causes a random budding pattern but no obvious growth defect. Overexpression of BUD2 also causes a random budding pattern.; Remark: CLA2 of S. cerevisiae is also called BUD2,ERC25, or YKL092C.; Remark: CLA2 of S. cerevisiae is similar to other ras GTPase-activating proteins (GAPs).; Similarity: the ORF shows local strong similarity to CLA2 of S. cerevisiae: the two proteins have about the same length, however, only about 400 central amino acids are included in the alignment. The aligned stretch includes the C2-domain and RAS-GAP of CLA2.; Title: strong similarity to inhibitory regulator protein Cla2 - Saccharomyces cerevisiae; See PMID 8262070; See PMID 8371782; uncharacterized protein	complement(join(365849..366807,366860..367571,367633..368336,368464..369337))	Aspergillus niger	4981148
An06g01500	CDS	An06g01500	NT_166522.1	374161	377053	D	Function: Apg9p/Cvt7p of S. cerevisiae is an integral membrane protein required for transport vesicle formation in the cvt and autophagy pathways.; Title: similarity to integral membrane protein required for Cvt and autophagy transport Apg9 -Saccharomyces cerevisiae; See PMID 10662773; uncharacterized protein	join(374161..374891,374959..377053)	Aspergillus niger	4981149
An06g01510	CDS	An06g01510	NT_166522.1	379833	382569	D	Function: in vivo expression of the cDNA of S. frugiperda using a recombinant baculovirus produced a protein that released [3H]mannose from [3H]Man9GlcNAc.; Function: these results indicate that Sf9 cells encode and express an alpha 1,2-mannosidase with properties similar to those of other eukaryotic processing alpha 1,2-mannosidases.; Function: this activity required calcium, but not magnesium, and was inhibited by 1-deoxymannojirimycin.; Title: strong similarity to class I alpha-mannosidase AAB62720.1 - Spodoptera frugiperda; See PMID 9147053; uncharacterized protein	join(379833..380839,380907..382472,382533..382569)	Aspergillus niger	4981150
An06g01520	CDS	An06g01520	NT_166522.1	383415	385876	D	Similarity: similarity restricted to aminoterminal part of the putative protein.; Title: similarity to hypothetical protein SPBC24C6.10c - Schizosaccharomyces pombe; uncharacterized protein	join(383415..383577,383629..383747,383816..384050,384116..384216,384270..384426,384474..385876)	Aspergillus niger	4981151
An06g01530	CDS	An06g01530	NT_166522.1	387165	388372	R	Function: S. cerevisiae protein is responsible for successive hydrolysis of beta-D-glucose units from the non-reducing ends of 1,3-beta-D-glucans, releasing alpha-glucose.; Function: it can link beta-1,3-glucan chains with beta-1,6-linkage.; Function: it may play a role in cell expansion during growth, in mating, and in spore release.; Similarity: stronger similarity to several putative cell wall proteins of S. cerevisiae.; Title: similarity to glucan 1,3-beta-glucosidase Bgl2 - Saccharomyces cerevisiae; cell wall; See PMID 9090054; See PMID 9748433; uncharacterized protein	complement(join(387165..388043,388106..388251,388306..388372))	Aspergillus niger	4981152
An06g01540	CDS	An06g01540	NT_166522.1	389293	390988	R	Function: S. cerevisiae enzyme converts palmitoyl-CoA + L-serine to CoA + 3-dehydro-D-sphinganine + CO2.; Pathway: first step in the biosynthesis of the long-chain base component of sphingolipids.; Title: strong similarity to serine C-palmitoyltransferase chain Lcb1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(389293..389475,389534..390025,390083..390593,390660..390988))	Aspergillus niger	4981153
An06g01550	CDS	An06g01550	NT_166522.1	391763	397588	R	Function: 1,3-beta-D-glucan is a fungal cell wall polymer synthesized by the multi-subunit enzyme 1,3-beta-D-glucan synthase.; Function: glycosyl transferase is a membrane protein for fungal cell wall synthesis.; Title: strong similarity to glucan synthase FKS -Paracoccidioides brasiliensis; plasma membrane; uncharacterized protein	complement(join(391763..392048,392106..397376,397452..397588))	Aspergillus niger	4981154
An06g01560	CDS	An06g01560	NT_166522.1	399520	399829	R	hypothetical protein	complement(join(399520..399707,399811..399829))	Aspergillus niger	84591198
An06g01580	CDS	An06g01580	NT_166522.1	405307	407507	D	Remark: Only the the c-terminal half of the ORF encoded protein shows a strong similarity to the S. pombe hypothetical protein SPBC19G7. 04.; Title: similarity to hypothetical protein SPBC19G7.04 - Schizosaccharomyces pombe; uncharacterized protein	join(405307..406376,406433..407507)	Aspergillus niger	4981157
An06g01590	CDS	An06g01590	NT_166522.1	407826	408559	R	Remark: S. cerevisiae Mog1p is involved in nuclear-protein import.; Remark: the S. cerevisiae Mog1p, directly interacts with GTP-Gsp1p, the S. cerevisiae ran homologue.; Title: similarity to protein Mog1 - Saccharomyces cerevisiae; See PMID 9860978; uncharacterized protein	complement(join(407826..408396,408465..408559))	Aspergillus niger	4981158
An06g01600	CDS	An06g01600	NT_166522.1	409287	410893	R	Title: similarity to hypothetical protein T22D1.2 -Caenorhabditis elegans; uncharacterized protein	complement(join(409287..409907,409955..410893))	Aspergillus niger	4981159
An06g01610	CDS	An06g01610	NT_166522.1	411846	412256	D	Similarity: the ORF encoded protein shows the strongest similarity to the Awh11 heat shock protein from Emericella nidulans, functional studies about it are not published yet.; Title: strong similarity to heat shock protein hsp9p - Schizosaccharomyces pombe; See PMID 8679693; uncharacterized protein	join(411846..411879,411959..412151,412214..412256)	Aspergillus niger	4981160
An06g01620	CDS	An06g01620	NT_166522.1	412487	413283	R	Remark: the ApsB protein from Emericella nidulans seams to play a role in the regulation nuclear migration.; Remark: the ORF encoded protein (241aa) shows similarity to ApsB (1051aa) from Emericella nidulans with an E. val of 2e-05.; Title: similarity to protein apsB - Aspergillus nidulans; See PMID 10094631; uncharacterized protein	complement(join(412487..413196,413265..413283))	Aspergillus niger	4981161
An06g01630	CDS	An06g01630	NT_166522.1	413624	415909	D	Title: strong similarity to hypothetical protein KIAA1134 - Homo sapiens; uncharacterized protein	join(413624..413926,413981..414682,414764..415909)	Aspergillus niger	4981162
An06g01640	CDS	An06g01640	NT_166522.1	416105	417349	R	Remark: S. cerevisiae NGG1 = ADA3.; Remark: interaction between (S. cer) Nif1p and (S. cer.) Ngg1p/Ada3p was found in a large-scale yeast two-hybrid screen.; Title: strong similarity to Ngg1p-interacting factor Nif3 - Saccharomyces cerevisiae; See PMID 10688190; uncharacterized protein	complement(join(416105..416934,416994..417119,417175..417218,417285..417349))	Aspergillus niger	4981163
An06g01650	CDS	An06g01650	NT_166522.1	417950	418324	D	Title: strong similarity to hypothetical protein encoded by AAM68636.1 - Drosophila melanogaster; uncharacterized protein	join(417950..418046,418149..418324)	Aspergillus niger	4981164
An06g01660	CDS	An06g01660	NT_166522.1	418584	419434	R	Remark: the Mouse peroxiredoxin V is a thioredoxin peroxidase that inhibits p53-induced apoptosis.; Title: strong similarity to thioredoxin peroxidase PMP20 - Mus musculus; See PMID 1067930; uncharacterized protein	complement(join(418584..418612,418666..418831,418898..418943,419009..419108,419227..419434))	Aspergillus niger	4981165
An06g01670	CDS	An06g01670	NT_166522.1	420581	420895	D	hypothetical protein	join(420581..420594,420652..420895)	Aspergillus niger	84591199
An06g01690	CDS	An06g01690	NT_166522.1	422636	425096	D	Function: the S. cerevsiae Skn7 regulator may be involved in response to oxidative stress.; Remark: the ORF encoded protein belongs to the helix-turn-helix transcription factor family.; Title: similarity to transcription regulator Skn7 -Saccharomyces cerevisiae; See PMID 8226633; See PMID 8598053; uncharacterized protein	join(422636..422692,422787..422803,422994..423066,423150..423293,423355..424257,424311..424500,424576..425096)	Aspergillus niger	4981168
An06g01700	CDS	An06g01700	NT_166522.1	425360	426520	D	hypothetical protein	join(425360..425521,425619..425664,425746..425986,426235..426520)	Aspergillus niger	84591200
An06g01710	CDS	An06g01710	NT_166522.1	426611	429017	D	Complex: the S. cerevisiae GCD6 gene product is part of a complex of five different subunits alpha (GCN3), beta (GCD7), gamma (GCD1), delta (GCD2) and epsilon (GCD6).; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to translation initiation factor eIF2b epsilon Gcd6 - Saccharomyces cerevisiae; See PMID 8441423; See PMID 9032257; See PMID 926828; See PMID 9472020; uncharacterized protein	join(426611..426688,426764..426820,426903..427027,427104..428278,428341..429017)	Aspergillus niger	4981170
An06g01720	CDS	An06g01720	NT_166522.1	430502	432199	D	Similarity: the ORF encoded shows strong similarity to the D. melanogaster ariadne protein and its homologues.; Title: strong similarity to Ariadne protein ari -Drosophila melanogaster; uncharacterized protein	join(430502..430571,430644..431172,431229..432115,432171..432199)	Aspergillus niger	4981171
An06g01730	CDS	An06g01730	NT_166522.1	434681	436286	D	Function: MRS3 (S. cer.) is essential for the splicing of group II introns and is also involved in processes of mitochondrial biogenesis other than RNA splicing.; Function: MRS3 (S. cer.) may act as a carrier,exerting its suppressor activity via modulation of solute concentrations in the mitochondria.; Function: the MRS3 gene product of S. cerevisiae probably is involved in splicing of aI1 intron for COB gene.; Similarity: the ORF encoded protein is a member of the mitochondrial carrier family.; Title: strong similarity to mtRNA splice defect-suppressing mitochondrial carrier Mrs3 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2448588; See PMID 1703236; uncharacterized protein	join(434681..434718,434890..434992,435065..435100,435217..435349,435421..435513,435576..435632,435698..436145,436235..436286)	Aspergillus niger	4981172
An06g01740	CDS	An06g01740	NT_166522.1	437732	440272	D	Similarity: the ORF encoded protein shows also strong similarity to the to regulatory subunits of 26s proteasome from S. cerevisiae Yta6p and its S. pombe homologue with the gene ID: SPDB:SPBC947. 01.; Title: strong similarity to SIN1-associated protein Sap1 - Saccharomyces cerevisiae; See PMID 8654588; See PMID 9695811; uncharacterized protein	join(437732..437818,437950..439993,440052..440272)	Aspergillus niger	4981173
An06g01750	CDS	An06g01750	NT_166522.1	441874	443892	R	Complex: the human epsin 2a binds to clathrin heavy chain, AP-2, Eps15, and intersectin.; Title: strong similarity to clathrin binding protein epsin-2a - Homo sapiens; See PMID 10567358; uncharacterized protein	complement(join(441874..443237,443311..443531,443603..443672,443820..443892))	Aspergillus niger	4981174
An06g01760	CDS	An06g01760	NT_166522.1	445648	447476	R	Catalytic activity: chorismate + L-glutamine <=> anthranilate + pyruvate+L-glutamate.; Complex: the S. cerevisiae homolog anthranilate synthase:indole-3-glycerol phosphate synthase is a multifunctional hetero-oligomeric enzyme encoded by genes TRP2 and TRP3.; Function: the S. cerevisiae homolog TRP2 encodes the anthranilate synthase subunit I.; Pathway: tryptophan biosynthesis.; Title: strong similarity to anthranilate synthase component I Trp2 - Saccharomyces cerevisiae; See PMID 6323449; See PMID 8432699; uncharacterized protein	complement(join(445648..446969,447047..447120,447196..447344,447465..447476))	Aspergillus niger	4981175
An06g01770	CDS	An06g01770	NT_166522.1	448438	449376	D	Similarity: the ORF encoded protein shows a weak similarity to paramyosin from C. elegans E. val. : 0. 23.; Title: weak similarity to paramyosin unc-15 -Caenorhabditis elegans; See PMID 2754728; See PMID 2754733; See PMID 8408214; uncharacterized protein	join(448438..448982,449052..449376)	Aspergillus niger	4981176
An06g01780	CDS	An06g01780	NT_166522.1	449978	452211	R	Complex: the human TBL1 protein is part of a core SMRT corepressor complex containing the histondeacetylase HDAC3.; Title: strong similarity to (beta)-transducin like protein TBL1 - Homo sapiens; See PMID 10330347; See PMID 10809664; See PMID 10944117; uncharacterized protein	complement(join(449978..451723,451819..451967,452038..452054,452162..452211))	Aspergillus niger	4981177
An06g01790	CDS	An06g01790	NT_166522.1	452945	453348	D	hypothetical protein	join(452945..453060,453177..453348)	Aspergillus niger	84591201
An06g01800	CDS	An06g01800	NT_166522.1	454007	454457	R	Title: questionable ORF; uncharacterized protein	complement(join(454007..454010,454267..454457))	Aspergillus niger	84591202
An06g01810	CDS	An06g01810	NT_166522.1	455079	456257	D	Remark: the human gene for the PL16 protein was found as a novel human cDNA that is homozygously deleted in small cell lung cancerand located to 3p21. 3.; Title: strong similarity to protein PL6 - Homo sapiens; uncharacterized protein	join(455079..455470,455540..456257)	Aspergillus niger	4981180
An06g01820	CDS	An06g01820	NT_166522.1	456808	457651	R	Remark: the ORF encoded protein shows also weak similarity to the 'real' ribosomal protein MRP49 from the S. cerevisiae mitochondria with an E. -val. of 1e-04.; Title: similarity to hypothetical ribosomal protein B13I18.70 - Neurospora crassa; mitochondrial 54S ribosomal protein mL61	complement(join(456808..457386,457613..457651))	Aspergillus niger	4981181
An06g01830	CDS	An06g01830	NT_166522.1	458401	462122	D	Catalytic activity: ATP + L-leucine + tRNA(Leu) <=> AMP + diphosphate + L-leucyl-tRNA(Leu).; Title: strong similarity to cytosolic leucine--tRNA ligase - Neurospora crassa; cytoplasm; See PMID 2532300; See PMID 2842224; uncharacterized protein	join(458401..458475,458557..461060,461264..461462,461520..462122)	Aspergillus niger	4981182
An06g01840	CDS	An06g01840	NT_166522.1	462484	464244	R	Catalytic activity: 1-aminocyclopropane-1-carboxylate + H(2)O <=> 2-oxobutanoate + NH(3).; Remark: in Penicillium citrinum two enzyms could be found which are involved in the biosythesis of ethylene,known as plant hormone of higher plants: ACC synthase [EC 4. 4. 1. 14] and ACC deaminase [EC 4. 1. 99. 4]. ACC=1-Aminocyclopropane-1-carboxylic acid= Ethylen precursor.; Title: strong similarity to 1-aminocyclopropane-1-carboxylate deaminase,acs -Penicillium citrinum; See PMID 10227140; See PMID 10737185; uncharacterized protein	complement(join(462484..462514,462610..462819,462917..463084,463144..463223,463288..463493,463549..463951,464119..464244))	Aspergillus niger	4981183
An06g01850	CDS	An06g01850	NT_166522.1	464715	466761	R	Title: strong similarity to hypothetical protein B13I18.80 - Neurospora crassa; uncharacterized protein	complement(join(464715..466198,466302..466761))	Aspergillus niger	4981184
An06g01860	CDS	An06g01860	NT_166522.1	467147	468073	R	Title: strong similarity to hypothetical protein SPAC31G5.18c - Schizosaccharomyces pombe; uncharacterized protein	complement(467147..468073)	Aspergillus niger	4981185
An06g01870	CDS	An06g01870	NT_166522.1	468490	469190	D	Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S10 - Saccharomyces cerevisiae; cytoplasm; See PMID 9396790; See PMID 9421530; 40S ribosomal protein eS10	join(468490..468491,468557..468606,468718..468878,468939..469190)	Aspergillus niger	4981186
An06g01880	CDS	An06g01880	NT_166522.1	469492	471178	R	Function: HyuC from Pseudomonas sp. (strain NS671) converts N-carbamyl-L-amino acids to L-amino acids.; Pathway: HyuC from Pseudomonas sp. (strain NS671) is involved in conversion of 5-substituted hydantoins to corresponding L-amino acids.; Similarity: HyuC from Pseudomonas sp. (strain NS671) belongs to peptidase family M40, also known as the Ama/HipO/HyuC family of hydrolases.; Title: strong similarity to N-carbamyl-L-amino acid amidohydrolase HyuC - Pseudomonas sp.; See PMID 1732229; uncharacterized protein	complement(join(469492..470434,470487..470801,470931..471178))	Aspergillus niger	4981187
An06g01890	CDS	An06g01890	NT_166522.1	472352	473473	D	Remark: Hnt1 from S. cerevisiae interacts with the cyclin dependent kinase Kin28.; Similarity: the encoded protein belongs to the HIT superfamily. HINT subfamily.; Title: similarity to histidine triad protein Hnt1 -Saccharomyces cerevisiae; See PMID 10958787; See PMID 11805111; uncharacterized protein	join(472352..472391,472502..472584,472844..472912,473093..473185,473248..473262,473366..473473)	Aspergillus niger	4981188
An06g01900	CDS	An06g01900	NT_166522.1	473816	475394	R	Remark: a splice site was detected upstream of the START codon.; Remark: the expression of Ssh2 from Glycine max in S. cerevisiae bypasses the requirement for an essential phosphatidylinositoltransfer protein in Golgi secretory function.; Similarity: the ORF coding protein showes the strongest similarity the S. pombe hypothetical protein SPAC3H8. 02 and to the S. cerevisie hypothetical protein YLR380w which are both similar to proteins of the Sec14 family.; Title: similarity to polyphosphoinositide binding protein Ssh2p - Glycine max; See PMID 9670016; uncharacterized protein	complement(join(473816..474306,474359..474458,474508..474549,474600..475394))	Aspergillus niger	4981189
An06g01910	CDS	An06g01910	NT_166522.1	476461	477509	D	Remark: A GFP-Dam1p fusion protein expressed in S. cerevisiae revealed a Dam1p association with the intranuclear spindle microtubules and the spindle pole bodies in vivo.; Title: similarity to microtubule-associated protein Dam1 - Saccharomyces cerevisiae; See PMID 9817759; uncharacterized protein	join(476461..476775,477063..477509)	Aspergillus niger	4981190
An06g01920	CDS	An06g01920	NT_166522.1	478567	480370	D	Catalytic activity: Ubiquitin C-terminal thiolester + H(2)O <=> ubiquitin + a thiol.; Remark: USP3 from Homo sapiens is a deubiquitinating enzyme.; Title: strong similarity to ubiquitin specific protease 3 USP3 - Homo sapiens; See PMID 10480896; uncharacterized protein	join(478567..478618,478685..478924,478974..479081,479132..479460,479517..479942,479997..480200,480257..480370)	Aspergillus niger	4981191
An06g01930	CDS	An06g01930	NT_166522.1	481588	482296	R	Similarity: the ORF is longer than S29 of S. cerevisiae (94 compared to 56 amino acids).; Similarity: the ORF sequence is nearly idenical to EMBLEST:AN743 from Aspergillus niger which shows strong similarity to a s29 similar mRNA.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S29 - Saccharomyces cerevisiae; cytoplasm; See PMID 9396790; See PMID 9421530; 40S ribosomal protein uS14	complement(join(481588..481596,481849..481905,481990..482032,482166..482189,482259..482296))	Aspergillus niger	4981192
An06g01940	CDS	An06g01940	NT_166522.1	483413	484254	R	hypothetical protein	complement(join(483413..483451,483497..483544,483672..483690,483802..483970,484251..484254))	Aspergillus niger	84591203
An06g01950	CDS	An06g01950	NT_166522.1	489501	490393	D	Title: similarity to hypothetical protein SPBC3B8.06 - Schizosaccharomyces pombe; uncharacterized protein	join(489501..489762,489825..490393)	Aspergillus niger	4981194
An06g01960	CDS	An06g01960	NT_166522.1	490786	491914	D	Catalytic activity: a nitrile + H(2)O <=> a carboxylate + NH(3).; Function: the A. thaliana homolog NIT2 encodes a nitrilase that converts indole-3-acetonitrile to the plant hormone indole-3-acetic acid.; Title: strong similarity to nitrilase NIT2 -Arabidopsis thaliana; See PMID 8016109; See PMID 8022831; See PMID 1555601; uncharacterized protein	join(490786..491262,491324..491914)	Aspergillus niger	4981195
An06g01970	CDS	An06g01970	NT_166522.1	493234	494774	D	Remark: ORF encoded protein belongs to the fungal binuclear zinc cluster family.; Remark: S. cerevisiae PPR1 gene product is a pyrimidin pathway regulating transcription factor.; Title: similarity to regulator protein Ppr1 -Saccharomyces cerevisiae; See PMID 9858611; uncharacterized protein	join(493234..493620,493674..494129,494184..494774)	Aspergillus niger	4981196
An06g01980	CDS	An06g01980	NT_166522.1	496368	497389	R	Function: tetrahydroxynaphthalene reductase of Pyricularia grisea is involved in the melanin biosynthesis; Remark: Magnaporthe grisea (=Pyricularia grisea) mutants lacking activities for both trihydroxynaphthalene and tetrahydroxynaphthalene reductases do not produce scytalone, indicating that there are no other metabolic routes to scytalone.; Remark: tetrahydroxynaphthalene reductase of Pyricularia grisea: protein_id AAG29497. 1.; Title: strong similarity to tetrahydroxynaphthalene reductase - Pyricularia grisea; See PMID 10956664; uncharacterized protein	complement(join(496368..496412,496504..496734,496791..497038,497095..497389))	Aspergillus niger	4981197
An06g01990	CDS	An06g01990	NT_166522.1	497840	499140	R	Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(497840..498617,498668..498884,499089..499140))	Aspergillus niger	4981198
An06g02000	CDS	An06g02000	NT_166522.1	500946	503418	R	Catalytic activity: (3R)-3-hydroxyacyl-[acyl-carrier protein]+NADP(+)<=>3-oxoacyl-[acyl-carrier protein]+NADPH.; Complex: the Clkr27 gene product from Cuphea lanceolata is integral part of the fatty acid synthase type II.; Pathway: the Clkr27 gene product from Cuphea lanceolata is involved in the fatty acid biosynthesis.; Remark: Only the c-terminal part of the ORF encoded protein (~aa280-aa544) shows significant similarity to the Clkr27 gene product from Cuphea lanceolata. The n-terminal part (aa1-aa206) is significant similar to the probable phosphoglycolate phosphatase BH3587 from Bacillus halodurans. The conection of both ORFs could be caused by a putative sequencing error.; Title: similarity to 3-oxoacyl-(acyl-carrier-protein) reductase Clkr27 - Cuphea lanceolata [putative sequencing error]; See PMID 1376402; uncharacterized protein	complement(join(500946..501008,501068..501792,502456..502468,502532..502763,502817..503418))	Aspergillus niger	4981199
An06g02010	CDS	An06g02010	NT_166522.1	504322	505137	D	Catalytic activity: RX+glutathione<=>HX+R-S-glutathione.; Remark: glutathione s-transferases are a group of enzymes of broad specificity. R may be an aliphatic,aromatic or heterocyclic group. X may be a sulfate, nitrite or halide group. Also catalyses the addition of aliphatic epoxides and arene oxides to glutathione; the reduction of polyol nitrate by glutathione to polyol and nitrite; certain isomerization reactions and disulfide interchange.; Remark: the URE2 gene product of S. cerevisiae plays an important role in the cellular response to the nitrogen source and has homology to glutathione s-transferases.; Similarity: the ORF encoded protein shows strong similarities to many glutathione transferase homologs.; Title: strong similarity to glutathione transferase homolog Ure2 - Saccharomyces cerevisiae; See PMID 1990286; See PMID 8896273; uncharacterized protein	504322..505137	Aspergillus niger	4981200
An06g02020	CDS	An06g02020	NT_166522.1	505627	507270	D	Remark: The expression of the C. albicans FLU1 gene in the S. cerevisiae strain YKKB-13 mediated not only resistance to fluconazole but also to cycloheximide among the different drugs tested.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; plasma membrane; See PMID 11065353; uncharacterized protein	join(505627..505784,505861..506887,506956..507076,507137..507270)	Aspergillus niger	4981201
An06g02030	CDS	An06g02030	NT_166522.1	507582	509114	R	Induction: Mst-1 upregulated in ectomycorrhizas by a monosaccharide-controlled mechanism.; Title: strong similarity to monosaccharide transporter AmMst-1 - Amanita muscaria; plasma membrane; See PMID 9487692; uncharacterized protein	complement(507582..509114)	Aspergillus niger	4981202
An06g02040	CDS	An06g02040	NT_166522.1	509962	512559	D	Catalytic activity: enzyme class is involved in hydrolysis of terminal, non-reducing beta-D-glucose residues with release of beta-D-glucose.; Remark: the enzyme class shows a wide specificity for beta-D-glucosides. Some examples also hydrolyse one or more of the following: beta-D-galactosides, alpha-L-arabinosides, beta-D-xylosides, and beta-D-fucosides.; Title: strong similarity to beta-glucosidase cbg1 -Agrobacterium tumefaciens; See PMID 1537792; uncharacterized protein	509962..512559	Aspergillus niger	4981203
An06g02050	CDS	An06g02050	NT_166522.1	512882	514447	D	Remark: ORF encodes a probable transcriptional regulator of the fungal binuclear zinc cluster type.; Title: strong similarity to hypothetical protein CAD37157.1 - Aspergillus fumigatus; uncharacterized protein	join(512882..513014,513123..514447)	Aspergillus niger	4981204
An06g02060	CDS	An06g02060	NT_166522.1	516374	517969	D	Catalytic activity: successive hydrolysis of beta-D-glucose units from the non-reducing ends of 1,3-beta-D-glucans, releasing alpha-glucose.; Title: similarity to exo-1,3-beta-glucanase/1,3-beta-D-glucan glucanohydrolase EXG1 - Yarrowia lipolytica; extracellular/secretion proteins; See PMID 10572260; uncharacterized protein	join(516374..516464,516630..517519,517636..517709,517783..517969)	Aspergillus niger	4981205
An06g02070	CDS	An06g02070	NT_166522.1	519773	521260	R	Function: pectinolytic enzyme RhgA from Aspergillus aculeatus has a positive effect in the apple hot-mash liquefaction process. It hydrolyzes alpha-D-galacturonopyranosyl-(1,2)-alpha-L-rhamnopyranosyl linkages in the backbone of the hairy regions of pectins. Optimal pH is 3. 5, enzymatic activity becomes unstable above pH 6. 0; optimal temperature is around 30-50 degrees celsius.; Title: strong similarity to rhamnogalacturonase rhgA - Aspergillus aculeatus; extracellular/secretion proteins; See PMID 7576553; See PMID 7961884; See PMID 8720076; See PMID 9115442; uncharacterized protein	complement(join(519773..519962,520013..520245,520304..521260))	Aspergillus niger	4981206
An06g02080	CDS	An06g02080	NT_166522.1	522948	524030	D	Remark: a putative sequencing error leads to an premature STOP codon.; Remark: the LovC protein is responsible for modulation of polyketide synthase activity in Aspergillus terreus.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus [putative sequencing error]; putative sequencing error; See PMID 10334994; uncharacterized protein	522948..524030	Aspergillus niger	4981207
An06g02090	CDS	An06g02090	NT_166522.1	524660	526088	R	Catalytic activity: Trans-trans-farnesyl diphosphate+isopentenyl diphosphate<=>diphosphate+geranylgeranyl diphosphate; Similarity: the ORF coded protein shows strongest similarity to CarG (geranylgeranyl pyrophosphate synthase) of Mucor circinelloides, which funtional evidence is shown,but still unpublished.; Title: strong similarity to geranylgeranyl pyrophosphate synthase GGPPS - Gibberella fujikuroi; See PMID 9230902; uncharacterized protein	complement(join(524660..524974,525027..525274,525326..525486,525556..526088))	Aspergillus niger	4981208
An06g02100	CDS	An06g02100	NT_166522.1	526389	527073	R	Title: weak similarity to hypothetical protein encoded by An03g02050 - Aspergillus niger; uncharacterized protein	complement(join(526389..526661,526712..526737,526791..527073))	Aspergillus niger	84591204
An06g02110	CDS	An06g02110	NT_166522.1	528113	528997	R	Remark: closest manual Blastp hit nompC D. melanogaster shows an E. val of 5e-21.; Remark: nompC from Drosophila melanogaster encodes a new ion channel that is essential for mechanosensory transduction.; Title: similarity to protein nompC - Drosophila melanogaster; See PMID 10744543; uncharacterized protein	complement(528113..528997)	Aspergillus niger	84591205
An06g02120	CDS	An06g02120	NT_166522.1	529324	530414	D	Remark: Tyk2 from mouse belongs to Jak (Janus) family and contains Jak homology.; Title: weak similarity to Tyk2 non-receptor tyrosine - Mus musculus; See PMID 10374907; uncharacterized protein	join(529324..529597,529687..529818,529854..530035,530094..530414)	Aspergillus niger	4981211
An06g02130	CDS	An06g02130	NT_166522.1	530831	531121	R	hypothetical protein	complement(530831..531121)	Aspergillus niger	84591206
An06g02140	CDS	An06g02140	NT_166522.1	531750	532418	R	Title: similarity to hypothetical protein encoded by An01g07970 - Aspergillus niger; uncharacterized protein	complement(531750..532418)	Aspergillus niger	84591207
An06g02150	CDS	An06g02150	NT_166522.1	532919	535106	D	Similarity: N-terminal third shows similarity to C-terminal two-thirds of An01g11330.; Title: similarity to hypothetical protein CAD70322.1 - Neurospora crassa; uncharacterized protein	join(532919..533451,533762..534859,534932..535106)	Aspergillus niger	4981214
An06g02160	CDS	An06g02160	NT_166522.1	536655	538214	D	Title: strong similarity to hypothetical protein CC0505 - Caulobacter crescentus; uncharacterized protein	536655..538214	Aspergillus niger	4981215
An06g02170	CDS	An06g02170	NT_166522.1	539703	540728	R	Remark: Picea glauca=white spruce.; Remark: the EMB34 transcript during somatic embryo accumulates development of Picea glauca.; Title: similarity to embryonic abundant protein EMB34 - Picea glauca; See PMID 10350098; uncharacterized protein	complement(539703..540728)	Aspergillus niger	4981216
An06g02180	CDS	An06g02180	NT_166522.1	543806	548146	D	Title: weak similarity to Traf2 and NCK interacting kinase (splice variant 8) - Homo sapiens; See PMID 10521462; uncharacterized protein	join(543806..544068,544238..544937,544983..545064,545166..545188,545260..545756,545815..545870,545931..546109,546166..546341,546397..546423,546485..546853,547107..547165,547244..547438,547494..547620,547674..547765,547830..548146)	Aspergillus niger	4981217
An06g02190	CDS	An06g02190	NT_166522.1	548835	549635	R	Title: questionable ORF; uncharacterized protein	complement(join(548835..548881,549125..549303,549628..549635))	Aspergillus niger	84591208
An06g02200	CDS	An06g02200	NT_166522.1	550446	551744	D	Title: weak similarity to hypothetical multicopper oxidase precursor encoded by SPAC1F7.08 -Schizosaccharomyces pombe; uncharacterized protein	550446..551744	Aspergillus niger	84591209
An06g02210	CDS	An06g02210	NT_166522.1	553775	556206	D	Remark: the ORF coded protein also show similarity to patent:PATENTPROT:R74205: Human death associated protein DAP-2.; Remark: the mouse inversin gene is involved in the left-right axis pathway in the vertebrate development.; Title: similarity to protein inversin - Homo sapiens; See PMID 9771707; uncharacterized protein	join(553775..554732,554792..554939,554994..556206)	Aspergillus niger	4981220
An06g02220	CDS	An06g02220	NT_166522.1	556874	557216	D	hypothetical protein	join(556874..556908,556952..557216)	Aspergillus niger	84591210
An06g02230	CDS	An06g02230	NT_166522.1	557851	558427	R	Title: weak similarity to hypothetical protein encoded by An11g05560 - Aspergillus niger; uncharacterized protein	complement(join(557851..557944,558114..558427))	Aspergillus niger	84591211
An06g02240	CDS	An06g02240	NT_166522.1	561003	561841	D	Similarity: blast hits are caused by repetetive sequence motives.; Title: weak similarity to hypothetical protein AAL31335.1 - African swine fever virus; uncharacterized protein	join(561003..561096,561150..561841)	Aspergillus niger	84591212
An06g02250	CDS	An06g02250	NT_166522.1	562242	564122	R	hypothetical protein	complement(join(562242..562291,562335..562350,562560..562613,562747..562871,563234..563273,563510..563534,563656..563669,563815..563942,564020..564045,564079..564122))	Aspergillus niger	84591213
An06g02260	CDS	An06g02260	NT_166522.1	564626	565352	D	hypothetical protein	join(564626..564699,564878..564952,565163..565352)	Aspergillus niger	84591214
An06g02268	CDS	An06g02268	NT_166522.1	569262	569627	D	hypothetical protein	join(569262..569438,569505..569627)	Aspergillus niger	84591215
An06g02270	CDS	An06g02270	NT_166522.1	570218	571909	D	Title: similarity to arabinose transport protein araE - Escherichia coli; plasma membrane; See PMID 2836407; See PMID 6319708; uncharacterized protein	570218..571909	Aspergillus niger	4981227
An06g02280	CDS	An06g02280	NT_166522.1	572342	574158	D	Title: similarity to transesterase lovD -Aspergillus terreus; See PMID 10334994; See PMID 11386351; uncharacterized protein	join(572342..572350,572572..572788,572869..572931,573374..573414,573449..573566,573705..573846,573987..574158)	Aspergillus niger	84591216
An06g02290	CDS	An06g02290	NT_166522.1	577159	578485	R	Similarity: shows weak similarity to integral membrane protein PTH11 of Magnaporthe grisea.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	complement(join(577159..577544,577597..577661,577712..577937,578002..578091,578290..578485))	Aspergillus niger	10098298
An06g02300	CDS	An06g02300	NT_166522.1	579792	580182	R	hypothetical protein	complement(join(579792..579825,579890..579935,580050..580182))	Aspergillus niger	84591217
An06g02310	CDS	An06g02310	NT_166522.1	584316	585121	D	Title: weak similarity to protein 763 from patent FR2807064-A1 - Magnaporthe grisea; uncharacterized protein	join(584316..584610,584700..585121)	Aspergillus niger	4981231
An06g02320	CDS	An06g02320	NT_166522.1	586215	587225	R	hypothetical protein	complement(join(586215..586592,586794..586862,586926..587014,587093..587225))	Aspergillus niger	84591218
An06g02330	CDS	An06g02330	NT_166522.1	588882	589151	D	hypothetical protein	588882..589151	Aspergillus niger	84591219
An06g02340	CDS	An06g02340	NT_166522.1	589477	590597	R	Catalytic activity: D-Amino acid + H2O + O2 = 2-Oxo acid + NH3 + H2O2.; Title: similarity to D-amino-acid oxidase DAO -Fusarium solani; plasma membrane; See PMID 1982443; uncharacterized protein	complement(join(589477..590226,590300..590378,590464..590597))	Aspergillus niger	4981234
An06g02350	CDS	An06g02350	NT_166522.1	590960	592438	D	Title: strong similarity to hypothetical membrane protein YDL144c - Saccharomyces cerevisiae; uncharacterized protein	join(590960..591108,591294..591451,591558..592219,592277..592438)	Aspergillus niger	4981235
An06g02360	CDS	An06g02360	NT_166522.1	592765	594638	R	Function: NAD(+)-dependent 15-hydroxyprostaglandin dehydrogenase from H. sapiens catalyzes the oxidation of many prostaglandins.; Title: similarity to NAD-dependent 15-hydroxyprostaglandin dehydrogenase NAD - Homo sapiens; See PMID 2337593; See PMID 1697582; uncharacterized protein	complement(join(592765..593596,593724..593781,593948..593995,594155..594200,594393..594445,594490..594493,594567..594638))	Aspergillus niger	84591220
An06g02370	CDS	An06g02370	NT_166522.1	595192	596215	D	Title: strong similarity to hypothetical protein SPAC17A3.08 - Schizosaccharomyces pombe; uncharacterized protein	join(595192..595233,595313..596215)	Aspergillus niger	4981237
An06g02380	CDS	An06g02380	NT_166522.1	596405	598603	D	Title: weak similarity to hypothetical protein encoded by An05g00020 - Aspergillus niger; uncharacterized protein	join(596405..596632,596779..596825,596889..597203,597670..598156,598268..598404,598537..598603)	Aspergillus niger	4981238
An06g02390	CDS	An06g02390	NT_166522.1	599733	600271	D	Title: weak similarity to hypothetical protein EAA61302.1 - Aspergillus nidulans; uncharacterized protein	join(599733..599867,599948..600271)	Aspergillus niger	84591221
An06g02400	CDS	An06g02400	NT_166522.1	602683	604047	D	Title: strong similarity to hypothetical protein encoded by SMb20234 - Sinorhizobium meliloti; uncharacterized protein	602683..604047	Aspergillus niger	4981240
An06g02410	CDS	An06g02410	NT_166522.1	605773	606171	R	hypothetical protein	complement(join(605773..605834,605958..606171))	Aspergillus niger	84591222
An06g02420	CDS	An06g02420	NT_166522.1	607567	609430	D	Catalytic activity: hydrolysis of terminal non-reducing beta-D-fructofuranoside residues in beta-D-fructofuranosides.; EC:3.2.1.26; Remark: substrates include sucrose. Also catalyses fructotransferase reactions.; Title: strong similarity to beta-fructofuranosidase precursor suc1 - Aspergillus niger; uncharacterized protein	join(607567..607690,607749..609430)	Aspergillus niger	4981242
An06g02430	CDS	An06g02430	NT_166522.1	610920	613284	D	Title: similarity to hypothetical protein EAA69435.1 - Gibberella zeae; uncharacterized protein	join(610920..611019,611234..611458,611556..611760,611829..612145,612230..613284)	Aspergillus niger	4981243
An06g02450	CDS	An06g02450	NT_166522.1	615824	618917	R	Title: similarity to hypothetical protein CAD70808.1 - Neurospora crassa; uncharacterized protein	complement(join(615824..616374,616428..616627,616693..616773,616832..617675,617773..618143,618202..618284,618417..618917))	Aspergillus niger	4981244
An06g02460	CDS	An06g02460	NT_166522.1	623444	625277	D	Title: similarity to hypothetical beta-hexosamidase A precursor BH0675 - Bacillus halodurans; uncharacterized protein	join(623444..624524,624676..624753,624857..625133,625204..625228,625263..625277)	Aspergillus niger	4981245
An06g02470	CDS	An06g02470	NT_166522.1	625759	627087	D	Similarity: the ORF encoded protein shows also similarities to hypothetical beta-lactamases from other organisms.; Title: strong similarity to protein #695 from patent WO200177335-A2 - Listeria monocytogenes; uncharacterized protein	625759..627087	Aspergillus niger	4981246
An06g02480	CDS	An06g02480	NT_166522.1	627280	629475	R	Title: similarity to putative transcriptional regulator CAF32162.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(627280..627337,627392..627726,627779..628073,628128..628548,628604..628805,628878..629404,629472..629475))	Aspergillus niger	4981247
An06g02490	CDS	An06g02490	NT_166522.1	630064	631572	R	Title: strong similarity to hypothetical protein ybbC - Bacillus subtilis; uncharacterized protein	complement(join(630064..630513,630555..630664,630721..631047,631103..631208,631270..631572))	Aspergillus niger	4981248
An06g02500	CDS	An06g02500	NT_166522.1	632889	635223	R	Title: strong similarity to cellular proliferation protein #230 from patent WO200170955-A2 - Escherichia coli; uncharacterized protein	complement(join(632889..632923,632978..633969,634020..634405,634470..634923,634985..635223))	Aspergillus niger	4981249
An06g02510	CDS	An06g02510	NT_166522.1	635937	637450	D	Title: similarity to hypothetical protein SPAC922.05c - Schizosaccharomyces pombe; uncharacterized protein	join(635937..636047,636122..636329,636390..637450)	Aspergillus niger	4981250
An06g02520	CDS	An06g02520	NT_166522.1	638073	639077	D	Title: weak similarity to hypothetical protein Mx homolog - Equus caballus; uncharacterized protein	join(638073..638082,638192..638259,638324..638362,638538..638900,639051..639077)	Aspergillus niger	84591223
An06g02530	CDS	An06g02530	NT_166522.1	640611	644277	R	Remark: Fusarium oxysporum fatty-acid hydroxylase CYP505 is a membrane-bound eukaryotic counterpart of Bacillus megaterium cytochrome P450BM3, a fused protein of cytochrome P450 and its reductase.; Title: strong similarity to fatty acid omega-hydroxylase CYP505 - Fusarium oxysporum; See PMID 8830036; See PMID 10995755; uncharacterized protein	complement(join(640611..641462,641524..643468,643544..643823,643894..643974,644054..644104,644211..644277))	Aspergillus niger	4981252
An06g02540	CDS	An06g02540	NT_166522.1	644949	645763	R	hypothetical protein	complement(join(644949..645080,645151..645588,645662..645763))	Aspergillus niger	4981253
An06g02550	CDS	An06g02550	NT_166522.1	646544	651714	D	Remark: Phytopathogenic fungi such as the fungal plant pathogen Magnaporthe grisea encounter toxic environments during plant invasion as a result of the plant defense response. The pathogenicity factor ABC1 is an ATP-driven efflux pump of the ATP-binding cassette (ABC) superfamily of membrane transporters which is requried for pathogenesis, most likely to protect itself against plant defense mechanisms.; Title: similarity to ABC transporter ABC1 -Magnaporthe grisea; See PMID 9927411; uncharacterized protein	join(646544..647126,647251..647304,647362..647702,647825..647882,647935..648156,648465..649080,649152..649506,649572..650142,650209..650588,650661..650850,650924..651197,651306..651544,651590..651714)	Aspergillus niger	4981254
An06g02560	CDS	An06g02560	NT_166522.1	652341	653046	D	hypothetical protein	join(652341..652426,652480..652618,652727..652841,652976..653046)	Aspergillus niger	84591224
An06g02570	CDS	An06g02570	NT_166522.1	654947	657982	R	Function: the nit-4 protein from N. crassa is a pathway-specific regulatory transcription factor the of nitrate assimilation. It activates the transcription of the genes for nitrate and nitrite reductases.; Similarity: the N. crassa nit-4 protein is a DNA-binding transcriptional regulator of the fungal Zn(II)2Cys6 binuclear-zinc-cluster type.; Title: similarity to nitrogen assimilation regulatory protein nit-4 - Neurospora crassa; nucleus; See PMID 1388109; See PMID 1531376; See PMID 1840634; uncharacterized protein	complement(join(654947..655019,655052..655269,655327..655627,655717..656216,656301..656531,656579..656593,656644..656909,657012..657230,657292..657307,657370..657530,657590..657659,657728..657765,657829..657982))	Aspergillus niger	4981256
An06g02580	CDS	An06g02580	NT_166522.1	658656	659174	R	Function: in C maltosa each of four individual P450alk isoforms is alone sufficient to allow growth on long chain n-alkane.; Function: n-alkane-assimilating yeast contain multiple P450alk genes, which are essential for n-alkane assimilation and are assumed to catalyze terminal hydroxylation of n-alkanes in the assimilation pathway.; Induction: C. tropicalis P450alk2 is alkane-inducible and is induced by tetradecane when C. tropicalis was grown on this carbon source.; Remark: ORF 3'truncated due to end of contig.; Similarity: C. tropicalis P450alk2 is a member of the P450LII/CYP52 gene family.; Title: similarity to cytochrome P450alk2 - Candida tropicalis [truncated ORF]; See PMID 9461581; uncharacterized protein	complement(join(<658656..658994,659055..659174))	Aspergillus niger	84591225
An06g02590	CDS	An06g02590	NT_166522.1	659729	660750	D	Similarity: the C-terminal region of the predicted A. niger protein shows similarity to several predicted monooxygenase proteins and contains a flavoprotein COGs domain.; Title: similarity to hypothetical lavin-containing monooxygenase BAC46634 - Bradyrhizobium japonicum; uncharacterized protein	join(659729..659744,659872..660356,660384..660516,660620..660750)	Aspergillus niger	84591226
An06g02600	CDS	An06g02600	NT_166522.1	660793	662076	D	Title: similarity to protein fragment SEQ ID NO:6682 from patent EP1108790-A2 - Corynebacterium glutamicum; uncharacterized protein	join(660793..660795,660968..661533,661899..662076)	Aspergillus niger	84591227
An06g02610	CDS	An06g02610	NT_166522.1	662218	663032	R	Function: V. harveyi fabG is involved in fatty acid biosynthesis.; Remark: possible sequencing error at position 3802 leading to a frameshift.; Similarity: the predicted A. niger protein also shows similarity to Pseudomonas paucimobilis linC, a 2,5-dichloro-2,5-cyclohexadiene-1,4-diol dehydrogenase and member of the short-chain alcohol dehydrogenase family.; Title: similarity to 3-ketoacyl-(acyl carrier protein) reductase fabG - Vibrio harveyi [putative frameshift]; putative frameshift; See PMID 7515041; See PMID 8550484; uncharacterized protein	complement(join(<662218..662557,662627..662958,663029..663032))	Aspergillus niger	4981260
An06g02620	CDS	An06g02620	NT_166522.1	663266	664753	R	Catalytic activity: N. crassa al-3 converts Trans-trans-farnesyl diphosphate + isopentenyl diphosphate to diphosphate + geranylgeranyl diphosphate.; Function: N. crassa al-3 is a carotenoid biosynthetic enzyme.; Induction: N. crassa al-3 is not expressed in the dark and its transcription is induced by blue light.; Remark: possible sequencing errors at positons 5006 and 4882 leading to frameshifts.; Title: strong similarity to geranylgeranyl pyrophosphate synthase al-3 - Neurospora crassa [putative frameshift]; putative frameshift; See PMID 1826006; uncharacterized protein	complement(join(<663266..663645,663737..664063,664173..664331,664515..664753))	Aspergillus niger	84591228
An06g02630	CDS	An06g02630	NT_166522.1	665127	666129	D	Remark: the predicted A. niger protein contains possible sequencing errors at positions 7195, 7261 and 7305 resulting in internal stopcodons and frame shifts.; Remark: the predicted A. niger protein has been classified as putative pseudogene due to its fragmental ORF size and several internal stopcodons and frame shifts.; Similarity: similarity is from the C-terminal half of the predicted A. niger protein to a central region of M. grisea MAGGY Pol, which is 1000 aa longer.; Title: similarity to MAGGY LTR retrotransposon Pol -Magnaporthe grisea [putative pseudogene] [putative frameshift]; putative frameshift; uncharacterized protein	join(665127..665142,665259..665350,665415..665449,665488..665501,665588..665718,665768..>666129)	Aspergillus niger	84591229
An06g02640	CDS	An06g02640	NT_166522.1	666884	667822	D	Title: strong similarity to hypothetical protein AAK01512.1 - Pseudomonas aeruginosa; uncharacterized protein	666884..667822	Aspergillus niger	4981263
An06g02650	CDS	An06g02650	NT_166522.1	668450	670159	R	Similarity: the predicted A. niger protein contains PFAM and COGs hydrolase motifs.; Title: strong similarity to hypothetical protein CAD70532.1 - Neurospora crassa; uncharacterized protein	complement(join(668450..669139,669194..669341,669417..670159))	Aspergillus niger	4981264
An06g02660	CDS	An06g02660	NT_166522.1	671492	673105	D	Function: eln2 of C. cinereus encodes a novel type of microsomal cytochrome P450 enzyme, which is involved in mushroom morphogenesis.; Localization: C. cinereus eln2 localises to the microsomal compartment.; Phenotype: a dominant mutation of the elongationless2 (eln2) gene of the mushroom C. cinereus affects pattern formation in the development of fruit body primordia, causing dumpy primordia which culminate in mature fruit bodies with short stipes.; Similarity: the ORF shows similarity to several cytochrome p450 related proteins from different species,which have different cellular functions.; Title: strong similarity to cytochrome P450 eln2 -Coprinus cinereus; See PMID 10779399; uncharacterized protein	671492..673105	Aspergillus niger	4981265
An06g02670	CDS	An06g02670	NT_166522.1	673297	675119	R	Function: F. sporotrichioides TRI11 is required for C-15 hydroxylation in trichothecene myotoxin biosynthesis.; Function: disruption of F. sporotrichioides TRI11 results in an altered trichothecene production phenotype characterized by the accumulation of isotrichodermin, a trichothecene pathway intermediate.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Similarity: F. sporotrichioides TRI11 defines a cytochrome P-450 gene family, designated CYP65A1; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	complement(join(673297..673504,673598..673770,673854..675119))	Aspergillus niger	4981266
An06g02680	CDS	An06g02680	NT_166522.1	675286	675876	R	Similarity: the predicted A. niger protein contains a PFAM hydrolase motif.; Title: similarity to hypothetical protein CAD70532.1 - Neurospora crassa; uncharacterized protein	complement(675286..675876)	Aspergillus niger	4981267
An06g02690	CDS	An06g02690	NT_166522.1	676198	676955	R	Title: similarity to protein sequence #10741 from patent WO200175067-A2 - Homo sapiens; uncharacterized protein	complement(join(676198..676782,676857..676955))	Aspergillus niger	84591230
An06g02700	CDS	An06g02700	NT_166522.1	677569	679122	R	Function: eln2 of C. cinereus encodes a novel type of microsomal cytochrome P450 enzyme, which is involved in mushroom morphogenesis.; Localization: C. cinereus eln2 localises to the microsomal compartment.; Phenotype: a dominant mutation of the elongationless2 (eln2) gene of the mushroom C. cinereus affects pattern formation in the development of fruit body primordia, causing dumpy primordia which culminate in mature fruit bodies with short stipes.; Similarity: the ORF shows similarity to several cytochrome p450 related proteins from different species,which have different cellular functions.; Title: strong similarity to cytochrome P450 eln2 -Coprinus cinereus; See PMID 10779399; uncharacterized protein	complement(677569..679122)	Aspergillus niger	4981269
An06g02710	CDS	An06g02710	NT_166522.1	680009	680850	D	Catalytic activity: cyclohexanol dehydrogenases convert cyclohexanol + NAD(+) to cyclohexanone + NADH.; Function: Acinetobacter chnA is involved in the utilisation of cyclohexanol as a carbon source.; Remark: possible sequencing error at position 21812 leading to a frameshift.; Title: strong similarity to cyclohexanol dehydrogenase chnA - Acinetobacter sp. [putative frameshift]; putative frameshift; See PMID 10940013; uncharacterized protein	680009..>680850	Aspergillus niger	4981270
An06g02730	CDS	An06g02730	NT_166522.1	683010	683572	D	Remark: ORF is 3'truncated due to end of contig.; Similarity: human MTB-Zf contains two widely separated zinc-finger domains located near the N- and C-termini and the similarity is between the predicted A. niger protein fragment and the N-terminal region of MTB-Zf.; Title: similarity to zinc-finger transcription factor MTB-Zf - Homo sapiens [truncated ORF]; nucleus; See PMID 8654390; uncharacterized protein	join(683010..683051,683231..>683572)	Aspergillus niger	84591231
An08g00010	CDS	An08g00010	NT_166524.1	1216	2389	D	Catalytic activity: hem2 of C. glabrata converts 2 5-aminolevulinate = porphobilinogen + 2 H(2)O.; Induction: hem2 of C. glabrata requires as zinc as cofactor.; Pathway: hem2 of C. glabrata has delta-aminolevulinate dehydratase activity, which acts in the second steps in the porphyrin and heme biosynthesis.; Phenotype: C. glabrata hem2 mutants are cadmium-sensitive and partially defective in glutathione production and exhibit a complete absence of phytochelatins.; Remark: hem2 of C. glabrata is also called ALADH.; Remark: the ORF contains the sequence of A. niger EST PATENTDNA:F11250 SEQ ID NO:3773.; Title: strong similarity to porphobilinogen synthase hem2 - Candida glabrata; uncharacterized protein	join(1216..1434,1484..2389)	Aspergillus niger	4982328
An08g00020	CDS	An08g00020	NT_166524.1	3057	3653	R	Function: nodL on the Sym plasmid pRL1IJ of R. leguminosarum bv. viciae is a acyltransferase involved in the O-cacetylation of nodulation factors, especially in maintaining the stability of the infection thread.; Induction: nodL of R. leguminosarum bv. viciae is induced in response to flavanone molecules in a nodD-dependent way.; Phenotype: a mutation within nodL of R. leguminosarum strongly reduced nodulation of peas, Lens and Lathyrus but had little effect on nodulation of Vicia species.; Similarity: the ORF shows similarity to several acetyltransferases from different species and with various specificity.; Title: strong similarity to nodulation protein nodL - Rhizobium leguminosarum; See PMID 3132583; uncharacterized protein	complement(3057..3653)	Aspergillus niger	84591553
An08g00030	CDS	An08g00030	NT_166524.1	4277	5209	R	Function: pro1 of S. macrospora encodes a C6 zinc finger transcription factor required for fruiting body development.; Similarity: the ORF shows similarity to some zinc-finger containing transcription factors from different species.; Title: similarity to transcription factor pro1 -Sordaria macrospora; uncharacterized protein	complement(4277..5209)	Aspergillus niger	4982349
An08g00040	CDS	An08g00040	NT_166524.1	5336	5812	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(5336..5422,5693..5812)	Aspergillus niger	84591554
An08g00050	CDS	An08g00050	NT_166524.1	6323	6783	R	hypothetical protein	complement(join(6323..6624,6629..6701,6751..6783))	Aspergillus niger	84591555
An08g00060	CDS	An08g00060	NT_166524.1	7532	8268	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(7532..7723,7819..7875,7989..8105,8136..8178,8264..8268))	Aspergillus niger	84591556
An08g00070	CDS	An08g00070	NT_166524.1	8386	12278	D	Function: crm1 is also called exportin 1 and is the receptor for the leucine-rich nuclear export signal.; Function: crm1 of S. pombe is required for maintaining higher order chromosome structures, correct gene expression, and cell growth in the fission yeast.; Title: strong similarity to chromosome region maintenance protein 1 crm1p - Schizosaccharomyces pombe; nucleus; See PMID 10430904; uncharacterized protein	join(8386..8451,8538..8567,8631..8703,8759..8830,8881..9593,9640..10411,10460..10930,11059..11288,11362..11740,11793..11964,12038..12278)	Aspergillus niger	4982323
An08g00080	CDS	An08g00080	NT_166524.1	13052	13631	D	Title: similarity to hypothetical protein encoded by B1D1.100 - Neurospora crassa; uncharacterized protein	join(13052..13283,13336..13631)	Aspergillus niger	4982350
An08g00090	CDS	An08g00090	NT_166524.1	14156	16479	R	Title: weak similarity to hypothetical protein CAD70468.1 - Neurospora crassa; uncharacterized protein	complement(join(14156..14857,14953..15296,15356..15894,15946..16325,16444..16479))	Aspergillus niger	4982318
An08g00100	CDS	An08g00100	NT_166524.1	17052	17435	D	Remark: the hypothetical protein of S. pombe is probably conferring high osmolarity sensitivity.; Title: similarity to hypothetical protein SPAC1805.07c - Schizosaccharomyces pombe; uncharacterized protein	join(17052..17298,17359..17435)	Aspergillus niger	4982339
An08g00110	CDS	An08g00110	NT_166524.1	17463	17858	R	hypothetical protein	complement(join(17463..17798,17820..17858))	Aspergillus niger	84591557
An08g00120	CDS	An08g00120	NT_166524.1	17948	18716	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(17948..18078,18173..18457,18623..18716))	Aspergillus niger	84591558
An08g00140	CDS	An08g00140	NT_166524.1	18986	19512	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	join(18986..19122,19386..19512)	Aspergillus niger	84591559
An08g00160	CDS	An08g00160	NT_166524.1	20218	22533	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	complement(join(20218..20284,20368..20445,20487..20605,20914..20972,21458..21535,21770..21986,22062..22096,22172..22248,22326..22377,22455..22533))	Aspergillus niger	84591560
An08g00170	CDS	An08g00170	NT_166524.1	22606	23383	D	hypothetical protein	join(22606..22722,22835..23056,23150..23383)	Aspergillus niger	84591561
An08g00180	CDS	An08g00180	NT_166524.1	23643	25417	R	Function: cytochrome p450 proteins act on a wide range of substrates including many xenobiotics, steroids,fatty acids, vitamins and prostaglandins and catalyse reactions like hydroxylation, epoxidation, N-oxidation,sulfooxidation, N-, S- and O-dealkylations, desulfation,deamination, and reduction of azo, nitro, and N-oxide groups.; Function: the cytochrome P450 monooxygenase lovA of A. terreus is involved in the biosynthesis of polyketides,the ubiquitous products of secondary metabolism in microorganisms.; Similarity: the ORF shows similarity to several cytochrome P450 homologs from different species and with various specificity.; Title: strong similarity to cytochrome P450 monooxygenase lovA - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(23643..23950,24016..24134,24196..24953,25049..25417))	Aspergillus niger	4982352
An08g00190	CDS	An08g00190	NT_166524.1	26493	27062	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 103 amino acids.; Title: questionable ORF; uncharacterized protein	join(26493..26585,26629..26678,26747..26829,26918..26945,27005..27062)	Aspergillus niger	84591562
An08g00200	CDS	An08g00200	NT_166524.1	27902	28219	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 65 amino acids.; Title: questionable ORF; uncharacterized protein	join(27902..27932,28053..28219)	Aspergillus niger	84591563
An08g00210	CDS	An08g00210	NT_166524.1	28975	31296	D	Catalytic activity: gpm1 of M. musculus catalyses Sn-glycerol 3-phosphate + acceptor = glycerone phosphate (dihydroxyacetone phosphate) + reduced acceptor.; Induction: calcium-binding enhances the activity of gpm1 from M. musculus and FAD is used as cofactor.; Pathway: gpm1 of M. musculus is involve in glycerol metabolism and is part of the mitochondrial glycerol phosphate shuttle in conjunction with an NAD-dependent cytoplasmic GPD and the anaerobic respiration machine.; Remark: a splice site was detected upstream of the START codon.; Remark: gpm1 of M. musculus is also called GPD-M,GPDH-M or GPD2.; Title: strong similarity to glycerol-3-phosphate dehydrogenase gdm1 - Mus musculus; localisation:mitochondrion; See PMID 8951039; uncharacterized protein	join(28975..29414,29494..29753,29824..31152,31211..31296)	Aspergillus niger	4982324
An08g00220	CDS	An08g00220	NT_166524.1	32213	33906	D	Function: amino acid permease mtr of N. crassa is required for the transport of neutral amino acids and aromatic amino acids via the N-system.; Similarity: the similarity of the ORF to amino acid permease of N. crassa is restricted to its N-terminal amino acids, ending around position 240.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa [truncated ORF]; uncharacterized protein	join(32213..32319,32379..32706,32775..33062,33187..33316,33399..33542,33593..33678,33847..>33906)	Aspergillus niger	84591564
An08g00230	CDS	An08g00230	NT_166524.1	34758	34975	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 44 amino acids.; Title: questionable ORF; uncharacterized protein	complement(join(34758..34792,34876..34975))	Aspergillus niger	84591565
An08g00240	CDS	An08g00240	NT_166524.1	36516	36812	R	hypothetical protein	complement(36516..36812)	Aspergillus niger	84591566
An08g00250	CDS	An08g00250	NT_166524.1	38256	38571	R	hypothetical protein	complement(join(38256..38373,38417..38571))	Aspergillus niger	84591567
An08g00260	CDS	An08g00260	NT_166524.1	38863	39907	R	hypothetical protein	complement(join(38863..39176,39243..39302,39588..39609,39662..39907))	Aspergillus niger	84591568
An08g00270	CDS	An08g00270	NT_166524.1	39992	40495	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 84 amino acids.; Title: questionable ORF; uncharacterized protein	join(39992..40056,40306..40495)	Aspergillus niger	84591569
An08g00280	CDS	An08g00280	NT_166524.1	40959	41867	D	Similarity: the ORF shows strong similarity to the unnamed ORF with cDNA FLJ14994 fis, clone Y79AA1002125 of H. sapiens.; Title: strong similarity to hypothetical protein BAB55442.1 - Homo sapiens; uncharacterized protein	join(40959..41031,41092..41132,41278..41404,41467..41867)	Aspergillus niger	4982338
An08g00290	CDS	An08g00290	NT_166524.1	42405	44394	D	Function: rud3 of S. crevisiae is involved in protein translocation from the ER to golgi and complements a mutant phenotype found in sec35-2 (vesicle tethering protein) strains.; Phenotype: S. cerevisiae rud3 null mutant shows severe growth defect or inviability in combination with many ER-to-Golgi transport mutants, such as uso1-1, sec34,sec35-1, sec22-3, and bos1-1.; Remark: rud3 of S. cerevisiae is also called GRP1 or YOR216C.; Title: strong similarity to golgin-160 related protein Rud3 - Saccharomyces cerevisiae; See PMID 10562277; uncharacterized protein	join(42405..42617,42708..43112,43170..43605,43659..43938,44002..44108,44174..44394)	Aspergillus niger	4982348
An08g00300	CDS	An08g00300	NT_166524.1	44786	45657	D	Catalytic activity: guanylate kinases catalyze ATP + GMP <=> ADP + GDP.; Function: guanylate kinases catalyse the reversible transfer of the terminal phosphoryl group of ATP to the acceptor molecule GMP to recycle GMP and indirectly cGMP.; Phenotype: S. cerevisiae guk1 null mutants show adenine derepression, purine excretion, and 8-azaguanine resistance.; Phenotype: allelic mutants of guk1 from S. cerevisiae (bra3) show GMP accumulation and feedback inhibition of hypoxanthine-guanine phosphoribosyltransferase (HGPRT), encoded by the HPT1 gene.; Remark: guk1 of S. cerevisiae is also called pur5 or YDR454C.; Title: strong similarity to guanylate kinase Guk1 -Saccharomyces cerevisiae; See PMID 1334480; See PMID 1967656; See PMID 2551688; uncharacterized protein	join(44786..44801,44866..44976,45090..45292,45385..45657)	Aspergillus niger	4982332
An08g00310	CDS	An08g00310	NT_166524.1	46165	47519	R	Function: aspD of A. nidulans belongs to the highly conserved septin family of presumably cytoskeletal proteins involved in cytokinesis and morphogenesis.; Remark: all known A. nidulans septins, including all asp products except that of aspD, contain predicted coiled-coil domains at or near the carboxyl termini.; Similarity: the ORF shows similarity to cell division control proteins from different species.; Title: strong similarity to septin aspD -Aspergillus nidulans; See PMID 10481176; See PMID 11181167; See PMID 11238387; uncharacterized protein	complement(join(46165..46503,46562..46775,46840..46977,47032..47113,47173..47301,47381..47519))	Aspergillus niger	4982341
An08g00320	CDS	An08g00320	NT_166524.1	47617	47831	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 39 amino acids.; Title: questionable ORF; uncharacterized protein	join(47617..47652,47748..47831)	Aspergillus niger	84591570
An08g00330	CDS	An08g00330	NT_166524.1	48080	48524	D	Function: ribosomal protein L32p is part of the 50 S ribosomal subunit of pro- and eukaryotes, the S. cerevisiae protein binds to and regulates the splicing and the translation of the transcript of its own gene.; Remark: YmL32 of S. cerevisiae is also called MRPL32, YCR003W, YCR041 or YCR3W.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit Yml32 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8366109; See PMID 9121443; See PMID 3316213; mitochondrial 54S ribosomal protein bL32m	join(48080..48413,48487..48524)	Aspergillus niger	84591571
An08g00340	CDS	An08g00340	NT_166524.1	49042	50337	D	Function: rec14 of S. pombe is essential for meiotic recombination.; Title: strong similarity to meiotic recombination protein rec14p - Schizosaccharomyces pombe; See PMID 9752725; uncharacterized protein	join(49042..49044,49116..49152,49211..49471,49519..49688,49753..49846,49920..50106,50154..50337)	Aspergillus niger	4982316
An08g00350	CDS	An08g00350	NT_166524.1	50577	51411	R	Title: strong similarity to hypothetical protein SPCC188.04c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(50577..51121,51180..51411))	Aspergillus niger	4982354
An08g00360	CDS	An08g00360	NT_166524.1	51843	55065	D	Complex: transcription initiation factor RRN6 of S. cerevisiae forms a heterotrimeric complex with RRN7 and a 66kD protein, which may further dimerize to form a hexamer.; Function: the heterotrimeric complex is essential for the initiation of rDNA transcription by RNA polymerase I. binding to the DNA template is dependent on the initial binding of other factors.; Title: similarity to transcription initiation factor Rrn6 - Saccharomyces cerevisiae; See PMID 7958901; uncharacterized protein	join(51843..51945,51977..53200,53259..53952,54003..55065)	Aspergillus niger	4982345
An08g00370	CDS	An08g00370	NT_166524.1	55578	55955	D	Remark: HAH1 is a ubiquitously expressed protein,which plays an essential role in antioxidant defense and copper homeostasis in humans.; Title: strong similarity to copper transport protein HAH1 - Homo sapiens; See PMID 9083055; uncharacterized protein	join(55578..55665,55804..55955)	Aspergillus niger	4982321
An08g00380	CDS	An08g00380	NT_166524.1	56498	59645	R	Similarity: only N-terminal 250 aa show similarity to An01g10240.; Title: similarity to hypothetical protein CAD70412.1 - Neurospora crassa; uncharacterized protein	complement(join(56498..56624,56707..58079,58172..58903,58985..59275,59339..59458,59511..59645))	Aspergillus niger	4982317
An08g00390	CDS	An08g00390	NT_166524.1	60523	60837	D	Title: similarity to hypothetical protein SPAC806.05 - Schizosaccharomyces pombe; uncharacterized protein	60523..60837	Aspergillus niger	4982333
An08g00400	CDS	An08g00400	NT_166524.1	61583	63914	D	Title: strong similarity to hypothetical zinc-finger protein - Schizosaccharomyces pombe; uncharacterized protein	join(61583..62830,62886..63250,63302..63914)	Aspergillus niger	4982351
An08g00410	CDS	An08g00410	NT_166524.1	65026	68001	D	Title: similarity to hypothetical protein BAA92131.1 - Homo sapiens; uncharacterized protein	65026..68001	Aspergillus niger	4982344
An08g00420	CDS	An08g00420	NT_166524.1	68554	70025	D	Remark: ciao-1 is a Wilms' tumour (WT1) binding protein. Products of the invention can be used for identifying agents which modulate the expression or activity of the Wilm's tumour suppressor gene, WT1. The products can be used for treating e. g. tumours,endometriosis, ependymonas, for transplantation of organs,for treating degenerative disorders of lung tissue caused by e. g. toxic injuries, as well as inflammatory and degenerative processes induced by viral infections.; Title: strong similarity to ciao-1 protein s from patent WO9813494-A2 - Homo sapiens; uncharacterized protein	join(68554..69342,69427..69690,69763..69924,70002..70025)	Aspergillus niger	4982356
An08g00430	CDS	An08g00430	NT_166524.1	70243	72217	R	Catalytic activity: preferential release of a C-terminal arginine or lysine residue.; Function: the S. cerevisiae homolog Kex1p is a type I transmembrane carboxypeptidase involved in precursor processing within the yeast secretory pathway.; Golgi; Remark: S. cerevisiae Kex1p has a broad specificity with optimum pH 4. 5-6. 0.; Repression: Kex1p is inhibited by the action of diisopropyl fluorophosphate, and sensitive to thiol-blocking reagents.; Title: strong similarity to precursor of carboxypeptidase Kex1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(70243..71589,71659..72019,72087..72217))	Aspergillus niger	4982357
An08g00440	CDS	An08g00440	NT_166524.1	73244	74175	R	Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to hypothetical protein YOR021c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(73244..73300,73376..73494,73552..73662,73725..73742,73842..74175))	Aspergillus niger	4982358
An08g00450	CDS	An08g00450	NT_166524.1	75714	76354	D	Title: strong similarity to hypothetical protein SPAC10F6.16 - Schizosaccharomyces pombe; uncharacterized protein	join(75714..75749,75828..75911,75980..76354)	Aspergillus niger	4982359
An08g00460	CDS	An08g00460	NT_166524.1	77071	77654	R	hypothetical protein	complement(join(77071..77193,77224..77301,77328..77365,77564..77654))	Aspergillus niger	84591572
An08g00470	CDS	An08g00470	NT_166524.1	78163	79555	R	Title: strong similarity to hypothetical protein SPAC23C11.01 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(78163..78966,79034..79555))	Aspergillus niger	4982361
An08g00480	CDS	An08g00480	NT_166524.1	80859	82040	D	Title: strong similarity to hypothetical protein BAB23171.1 - Mus musculus; uncharacterized protein	join(80859..80917,81008..82040)	Aspergillus niger	4982362
An08g00490	CDS	An08g00490	NT_166524.1	82282	83494	R	Catalytic activity: D-glucono-1,5-lactone + H(2)O <=> D-gluconate.; Remark: Acts on a wide range of hexono-1,5-lactones.; Remark: Also involved in ascorbate and aldarate metabolism, caprolactam degradation.; Title: strong similarity to lactonohydrolase -Fusarium oxysporum; See PMID 9788992; uncharacterized protein	complement(join(82282..82585,82660..82897,82963..83494))	Aspergillus niger	4982363
An08g00500	CDS	An08g00500	NT_166524.1	83742	84888	R	Title: similarity to hypothetical protein CAD70990.1 - Neurospora crassa; uncharacterized protein	complement(join(83742..84011,84057..84262,84351..84888))	Aspergillus niger	4982364
An08g00510	CDS	An08g00510	NT_166524.1	85164	87263	D	Title: strong similarity to cytosolic methionine--tRNA ligase Mes1 - Saccharomyces cerevisiae; uncharacterized protein	join(85164..85300,85421..87263)	Aspergillus niger	4982365
An08g00520	CDS	An08g00520	NT_166524.1	88121	89268	R	Function: sonA protein of A. nidulans is involved in the nuclear localization of the NIMXCDC2/ NIMECyclin B complex.; Localization: SONA-HA staining pattern is similar to the nuclear pore-like staining pattern seen for GLE2.; Remark: a splice site was detected upstream of the START codon.; Remark: mutations in sonA were identified as allele-specific suppressors of serine/threonine protein kinase nimA1.; Similarity: the predicted A. niger protein shows strong similarity to the sonA protein of A. nidulans and homologues Rae1/Gle2 of diverse eucaryotic organisms.; Title: strong similarity to protein sonA -Aspergillus nidulans; See PMID 9647650; uncharacterized protein	complement(join(88121..88936,89005..89268))	Aspergillus niger	4982366
An08g00530	CDS	An08g00530	NT_166524.1	90082	90643	D	hypothetical protein	join(90082..90137,90184..90286,90371..90643)	Aspergillus niger	84591573
An08g00540	CDS	An08g00540	NT_166524.1	91641	92964	D	Title: strong similarity to EST SEQ ID NO:4140 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(91641..91652,91961..91993,92167..92352,92446..92495,92553..92736,92812..92964)	Aspergillus niger	4982368
An08g00550	CDS	An08g00550	NT_166524.1	93685	97500	R	Protein sequence is in conflict with the conceptual translation; Function: Essential for mitotic growth. Mediates organelle inheritance.; Similarity: S. cerevisiae MDM1 protein has low similarity to vimentins and other intermediate filaments.; Title: strong similarity to protein Mdm1 -Saccharomyces cerevisiae [putative sequencing error]; putative sequencing error; See PMID 1378448; uncharacterized protein	complement(join(93685..94718,94845..95350,95645..97500))	Aspergillus niger	4982369
An08g00560	CDS	An08g00560	NT_166524.1	97979	99266	D	Catalytic activity: phosphatidyl-N-methylethanolamine N-methyltransferases catalyze the conversion of S-adenosyl-L-methionine + phosphatidyl-ethanolamine = S-adenosyl-L-homocysteine + phosphatidyl-n-methylethanolamine.; Function: phosphatidyl-N-methylethanolamine N-methyltransferase OPI3 of S. cerevisiae catalyzes the Second and third steps of methylation pathway for phosphatidylcholine biosynthesis.; Title: strong similarity to phosphatidyl-N-methylethanolamine N-methyltransferase Opi3 - Saccharomyces cerevisiae; See PMID 8431960; See PMID 11078727; uncharacterized protein	join(97979..98222,98309..98348,98403..98419,98588..99014,99191..99266)	Aspergillus niger	4982370
An08g00570	CDS	An08g00570	NT_166524.1	100021	101888	R	Title: weak similarity to dentin matrix acidic phosphoprotein 1 DMP1 - Homo sapiens; uncharacterized protein	complement(join(100021..101288,101359..101512,101628..101888))	Aspergillus niger	4982371
An08g00580	CDS	An08g00580	NT_166524.1	102485	106641	R	Title: similarity to hypothetical protein CG14966 -Drosophila melanogaster; uncharacterized protein	complement(join(102485..104256,104317..104430,104531..106145,106351..106641))	Aspergillus niger	4982372
An08g00590	CDS	An08g00590	NT_166524.1	109248	112005	D	Similarity: aminoacids 523 to 641 show similarity to N-terminal third of Rv3312c of M. tuberculosis.; Title: weak similarity to hypothetical protein Rv3312c - Mycobacterium tuberculosis; uncharacterized protein	join(109248..111021,111077..112005)	Aspergillus niger	4982373
An08g00600	CDS	An08g00600	NT_166524.1	112958	113889	D	Function: glutaredoxins and thioredoxins are ubiquitous small heat-stable oxidoreductases that have proposed functions in many cellular processes, including deoxyribonucleotide synthesis, repair of oxidatively damaged proteins, protein folding and sulphur metabolism.; Similarity: shows similarity to several glutaredoxin and glutaredoxin-like proteins.; Title: similarity to glutaredoxin - Oryza sativa; See PMID 8430514; See PMID 11169096; uncharacterized protein	join(112958..113032,113112..113493,113588..113889)	Aspergillus niger	4982374
An08g00610	CDS	An08g00610	NT_166524.1	114632	115907	D	Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L9.b - Saccharomyces cerevisiae; cytoplasm; See PMID 9559554; 60S ribosomal protein uL6	join(114632..114677,114958..115005,115164..115419,115599..115776,115857..115907)	Aspergillus niger	4982375
An08g00620	CDS	An08g00620	NT_166524.1	116566	118599	D	Title: similarity to hypothetical protein SPCC1450.16c - Schizosaccharomyces pombe; uncharacterized protein	join(116566..116870,116958..117774,117841..118599)	Aspergillus niger	4982376
An08g00630	CDS	An08g00630	NT_166524.1	120023	121935	R	Function: HNM1 of S. cerevisiae is the yeast cholin transporter.; Similarity: shows similarity to several putative and known aminoacid, GABA, and cholin transporter.; Title: similarity to choline permease Hnm1 -Saccharomyces cerevisiae; plasma membrane; See PMID 8264542; See PMID 7520996; uncharacterized protein	complement(join(120023..120060,120125..121685,121858..121935))	Aspergillus niger	4982377
An08g00640	CDS	An08g00640	NT_166524.1	122694	125002	R	Title: similarity to hypothetical protein YGR266w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(122694..122821,122876..124903,124990..125002))	Aspergillus niger	4982378
An08g00650	CDS	An08g00650	NT_166524.1	126479	127109	D	hypothetical protein	join(126479..126522,126602..126679,126718..126751,126881..127041,127085..127109)	Aspergillus niger	84591574
An08g00660	CDS	An08g00660	NT_166524.1	127423	129012	R	hypothetical protein	complement(127423..129012)	Aspergillus niger	4982380
An08g00670	CDS	An08g00670	NT_166524.1	130017	132007	R	Similarity: shows only similarity to other protein in the C-terminal region containing the rhomboid family domain.; Title: similarity to hypothetical membrane protein YGR101w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(130017..130278,130337..130511,130584..130917,130973..131076,131137..132007))	Aspergillus niger	4982381
An08g00680	CDS	An08g00680	NT_166524.1	132506	133261	D	hypothetical protein	join(132506..132880,133058..133261)	Aspergillus niger	4982382
An08g00690	CDS	An08g00690	NT_166524.1	133629	134982	R	Function: Mob1p of S. cerevisiae is required for completion of mitosis and maintenance of ploidy.; Title: similarity to completion of mitosis and maintenance of ploidy protein Mob1 - Saccharomyces cerevisiae; See PMID 9436989; uncharacterized protein	complement(join(133629..134130,134196..134310,134375..134682,134960..134982))	Aspergillus niger	4982383
An08g00700	CDS	An08g00700	NT_166524.1	135542	137038	D	Title: similarity to hydrophilic proteasome interacting protein Leo1 - Saccharomyces cerevisiae; uncharacterized protein	join(135542..135750,135803..135977,136037..137038)	Aspergillus niger	4982384
An08g00710	CDS	An08g00710	NT_166524.1	137452	138766	R	Similarity: the predicted ORF is only similar to a small region of the N-terminus of A. parasiticus alfR.; Title: weak similarity to aflatoxin biosynthesis regulatory protein aflR - Aspergillus parasiticus; uncharacterized protein	complement(join(137452..138572,138640..138766))	Aspergillus niger	4982385
An08g00720	CDS	An08g00720	NT_166524.1	139060	141426	D	Remark: functional annotation of ERB1 was transferred from the SGD database.; Remark: the systematic genename of ERB1 is YMR049c.; Title: strong similarity to conserved eukaryotic protein involved in ribosome biogenesis Erb1 -Saccharomyces cerevisiae; uncharacterized protein	139060..141426	Aspergillus niger	4982386
An08g00730	CDS	An08g00730	NT_166524.1	141837	144203	R	Complex: the native rat TER ATPase has been characterized as a hexamer of six 100-kD subunits by gel filtration.; Function: AAA proteins act in a variety of cellular functions, including cell-cycle regulation, protein degradation, organelle biogenesis and vesicle-mediated protein transport.; Function: the rat protein has been isolated as an ATPase with a monomer molecular weight of 100 kD by SDS-PAGE from TER and designated as TER ATPase.; Function: the transfer of membranes from the endoplasmic reticulum to the Golgi apparatus occurs via 50-70 nm transition vesicles which derive from part-rough,part-smooth transitional elements of the endoplasmic reticulum (TER).; Function: vesicle budding from the TER is an ATP-dependent process both in vivo and in vitro.; Similarity: shows strong similarity to several proteins of the AAA family of ATPases.; Title: similarity to transitional endoplasmic reticulum ATPase - Rattus norvegicus; See PMID 7806566; See PMID 9695811; See PMID 10893253; uncharacterized protein	complement(join(141837..143756,143849..144091,144156..144203))	Aspergillus niger	4982387
An08g00740	CDS	An08g00740	NT_166524.1	144506	145332	D	Function: deletion mutants of VPS20 stabilize Ste6 and show a 'class E vps phenotype'; Ste6, a member of the ABC-transporter family, is transported to the yeast vacuole for degradation.; Function: in deletion mutants of VPS20 maturation of the vacuolar hydrolase carboxypeptidase Y is affected and the endocytic tracer FM4-64 and Ste6 accumulate in a dot or ring-like structure next to the vacuole.; Remark: the systematic name of VPS20 is YMR077c.; Title: strong similarity to vacuolar protein sorting-associated protein Vps20 - Saccharomyces cerevisiae; See PMID 11251082; uncharacterized protein	join(144506..144549,144675..145332)	Aspergillus niger	4982388
An08g00750	CDS	An08g00750	NT_166524.1	145632	146542	R	Title: strong similarity to hypothetical conserved protein SPBP35G2.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(145632..146043,146220..146331,146401..146542))	Aspergillus niger	4982389
An08g00760	CDS	An08g00760	NT_166524.1	147014	149150	R	Function: Prp22 of S. cerevisiae was shown to be involved in the release of spliced mRNAs from the spliceosomes.; Similarity: matches only to the C-terminal two thirds of Prp22p of S. cerevisiae; S. cerevisiae Prp22p is about 450 aminoacids longer at N-terminus. .; Similarity: shows strong similarity to several putative eukaryotic RNA helicases.; Title: similarity to RNA helicase Prp22 -Saccharomyces cerevisiae; nucleus; See PMID 10684925; See PMID 11230534; uncharacterized protein	complement(join(147014..147145,147210..148868,148926..149150))	Aspergillus niger	4982390
An08g00770	CDS	An08g00770	NT_166524.1	149594	151016	D	Title: similarity to hypothetical protein SPBC16E9.02c - Schizosaccharomyces pombe; uncharacterized protein	join(149594..149614,149674..149974,150034..150258,150316..150585,150655..151016)	Aspergillus niger	4982391
An08g00780	CDS	An08g00780	NT_166524.1	151389	151990	R	Title: strong similarity to hypothetical protein AT4g09550 - Arabidopsis thaliana; uncharacterized protein	complement(join(151389..151496,151548..151625,151913..151990))	Aspergillus niger	4982392
An08g00790	CDS	An08g00790	NT_166524.1	152529	153322	D	Similarity: all homologs are longer at C-terminus.; Similarity: shows similarity to several putative acetyltransferases.; Title: similarity to hypothetical acetyltransferase F21B7.10 - Arabidopsis thaliana; uncharacterized protein	join(152529..153003,153036..153322)	Aspergillus niger	4982393
An08g00800	CDS	An08g00800	NT_166524.1	153687	156512	D	Similarity: C-terminal half shows similarity to AF-4 protein of M. musculus.; Similarity: N-terminal half shows similarity to Axl2p (YIL140W) of S. cerevisiae.; Title: similarity to plasma membrane glycoprotein Axl2 - Saccharomyces cerevisiae; See PMID 8846915; See PMID 9732282; See PMID 10366591; uncharacterized protein	153687..156512	Aspergillus niger	4982394
An08g00810	CDS	An08g00810	NT_166524.1	157028	158693	D	Similarity: shows similarity to several resistance proteins.; Title: similarity to tetracyclin resistance protein TetH - Pasteurella multocida; See PMID 8109938; uncharacterized protein	join(157028..157483,157601..157677,157803..158157,158247..158693)	Aspergillus niger	4982395
An08g00820	CDS	An08g00820	NT_166524.1	159239	160436	R	hypothetical protein	complement(join(159239..159379,159501..159583,159629..159722,159814..159845,160112..160222,160403..160436))	Aspergillus niger	84591575
An08g00830	CDS	An08g00830	NT_166524.1	160950	163054	D	Function: Ptc2p of S. cerevisiae downregulates the UPR (unfolded-protein response) by dephosphorylating Ire1p and reveal a novel mechanism of regulation in the UPR pathway upstream of the HAC1 mRNA splicing event.; Function: Ptc2p of S. cerevisiae is involved in the DNA checkpoint pathways.; Pathway: unfolded protein response pathway; cells respond to the accumulation of unfolded proteins in the endoplasmic reticulum (ER) by increasing the transcription of the genes encoding ER-resident chaperone proteins.; Similarity: all homologs are 36 aminoacids longer at N-terminus.; Title: strong similarity to protein phosphatase type 2C Ptc2 - Saccharomyces cerevisiae; See PMID 9528768; See PMID 10440230; See PMID 10747050; uncharacterized protein	join(160950..160985,161367..161685,161790..161863,161932..162016,162084..162290,162356..162535,162681..163054)	Aspergillus niger	4982397
An08g00840	CDS	An08g00840	NT_166524.1	164877	166314	D	Catalytic activity: choline-phosphate cytidylyltransferase catalyzes the conversion of CTP + choline phosphate = pyrophosphate + CDP choline.; Pathway: choline-phosphate cytidylyltransferase is involved in phospholipid biosynthesis.; Title: similarity to choline-phosphate cytidylyltransferase Pct1 - Saccharomyces cerevisiae; See PMID 11078727; See PMID 2826147; uncharacterized protein	join(164877..165406,165462..165812,165867..166314)	Aspergillus niger	4982398
An08g00850	CDS	An08g00850	NT_166524.1	166977	168189	R	Title: weak similarity to hypothetical protein encoded by An13g00450 - Aspergillus niger; uncharacterized protein	complement(join(166977..167689,167850..168189))	Aspergillus niger	4982399
An08g00860	CDS	An08g00860	NT_166524.1	169230	170818	R	Title: strong similarity to hypothetical membrane protein YMR253c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(169230..169540,169625..170276,170447..170818))	Aspergillus niger	4982400
An08g00870	CDS	An08g00870	NT_166524.1	171680	174060	R	Title: strong similarity to hypothetical protein 1A9.230 - Neurospora crassa; uncharacterized protein	complement(join(171680..172598,172655..173232,173288..173484,173537..173904,173957..174060))	Aspergillus niger	4982401
An08g00880	CDS	An08g00880	NT_166524.1	174354	175927	D	Function: the presence of homologous, and sometimes identical, proteins in contrasting functional contexts suggests that the large multisubunit complexes of the 26S proteasome, eIF3 and TFIIH perform overlapping cellular roles.; Similarity: p40 and p47 subunits of eIF3 are shown to be homologues of the proteasome subunit Mov34, and transcriptional regulators JAB1/pad1.; Similarity: shows also strong similarity to probable 26s proteasome regulatory subunits.; Title: strong similarity to hypothetical branched-chain alpha-ketoacid dehydrogenase E1 beta subunit - Homo sapiens; See PMID 9341143; See PMID 9605331; uncharacterized protein	join(174354..174458,174528..175240,175326..175544,175713..175747,175872..175927)	Aspergillus niger	4982402
An08g00890	CDS	An08g00890	NT_166524.1	176505	177091	R	Complex: S. cerevisiae TFIID is composed of TBP, the TATA box binding protein, and 14 distinct TBP-associated factors (TAFs), which range in size from 17 to 150 kDa.; Function: in eukaryotic cells the TATA-binding protein (TBP) associates with other proteins known as TBP-associated factors (TAFs) to form multisubunit transcription factors important for gene expression by all three nuclear RNA polymerases.; Remark: the alternate genename of S. cerevisiae TAF19 is FUN81.; Title: strong similarity to subunit of transcription initation factor TFIID Taf19 - Saccharomyces cerevisiae; nucleus; See PMID 8962109; See PMID 10721692; See PMID 10864925; uncharacterized protein	complement(join(176505..176953,177031..177091))	Aspergillus niger	4982403
An08g00900	CDS	An08g00900	NT_166524.1	177712	178100	D	Remark: putative sequencing error, 1 bp too much.; Title: strong similarity to hypothetical protein BAB22431.1 - Mus musculus [putative frameshift]; putative frameshift; uncharacterized protein	join(177712..177830,177918..>178100)	Aspergillus niger	4982404
An08g00910	CDS	An08g00910	NT_166524.1	178358	180547	R	Title: similarity to hypothetical membrane-associated salt-inducible protein OSJNBa0055P24.12 - Oryza sativa; uncharacterized protein	complement(178358..180547)	Aspergillus niger	4982405
An08g00920	CDS	An08g00920	NT_166524.1	181172	181783	D	Title: strong similarity to hypothetical protein 1A9.290 - Neurospora crassa; uncharacterized protein	181172..181783	Aspergillus niger	4982406
An08g00930	CDS	An08g00930	NT_166524.1	182103	183127	R	Similarity: the predicted ORF may be N-terminally too short.; Title: weak similarity to hypothetical protein CAB88521.3 - Neurospora crassa; uncharacterized protein	complement(join(182103..182787,182854..182989,183043..183127))	Aspergillus niger	4982407
An08g00940	CDS	An08g00940	NT_166524.1	184101	186655	D	Title: strong similarity to hypothetical protein 1A9.260 - Neurospora crassa; uncharacterized protein	join(184101..184987,185049..185189,185248..186655)	Aspergillus niger	4982408
An08g00950	CDS	An08g00950	NT_166524.1	187333	188013	R	Complex: YmL8 of S. cerevisiae is a mitochondrial ribosomal protein of the large subunit.; Remark: YmL8 of S. cerevisiae is also called MRPL8,L17, YJL063C, J1125, or HRD238.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit Yml8 - Saccharomyces cerevisiae; localisation:mitochondrion; mitochondrial 54S ribosomal protein bL17m	complement(join(187333..187692,187798..188013))	Aspergillus niger	4982409
An08g00960	CDS	An08g00960	NT_166524.1	188796	190351	R	Title: strong similarity to hypothetical protein AD11338.1 - Neurospora crassa; uncharacterized protein	complement(join(188796..189249,189570..190351))	Aspergillus niger	4982410
An08g00970	CDS	rps28	NT_166524.1	191004	191634	D	Complex: ribosomal protein S12 is one of the proteins from the small ribosomal subunit.; Gene-ID: rps28; Remark: a splice site was detected upstream of the START codon.; cytoplasm; 40S ribosomal protein uS12	join(191004..191262,191456..191634)	Aspergillus niger	4982411
An08g00980	CDS	An08g00980	NT_166524.1	192187	193694	R	Complex: the guanine nucleotide exchange factor for eIF-2 in S. cerevisiae is a complex of five different subunits; alpha (GCD3), beta (GCD7), gamma (GCD1), delta (GCD2) and epsilon (GCD6).; Function: Gcd7p of S. cerevisiae is a subunit of the guanine nucleotide exchange factor for eIF-2.; Function: Gcd7p of S. cerevisiae is required to repress GCN4 translation under nonstarvation conditions.; Title: strong similarity to translation initiation factor eIF2B guanine nucleotide exchange factor 43 kDa subunit Gcd7 - Saccharomyces cerevisiae; See PMID 8506384; See PMID 9472020; uncharacterized protein	complement(join(192187..192259,192315..193134,193235..193530,193597..193694))	Aspergillus niger	4982412
An08g00990	CDS	An08g00990	NT_166524.1	194651	196255	D	Function: NEM1 of S. cerevisiae required for correct nuclear morphology.; Remark: YHR004C is an alternativ name for NEM1.; Remark: a splice site was detected upstream of the START codon.; Remark: the region of similarity of the ORF encoded protein to NEM1 of S. cerevisiae is restricted to the C-terminus.; Similarity: C-terminal 200 residues of the ORF encoded protein and of NEM1 show similarity to the C-termini of YLL010c, YLR019w, YPL063w, hypothetical C. elegans and S. pombe and human proteins; Title: similarity to Nem1 - Saccharomyces cerevisiae; See PMID 9822591; uncharacterized protein	join(194651..196049,196113..196255)	Aspergillus niger	4982413
An08g01000	CDS	An08g01000	NT_166524.1	197593	198838	R	Catalytic activity: aspC of M. thermoformicicum catalyzes the reaktion of L-aspartate + 2-oxoglutarate = oxaloacetate + L-glutamate.; Remark: aspartate transaminase also acts on L-tyrosine, L-phenylalanine and L-tryptophan; this activity can be formed from EC 2. 6. 1. 57 by controlled proteolysis.; Remark: the ORF encoded protein also shows similarity to other transaminases.; Title: strong similarity to aspartate transaminase aspC - Methanobacterium thermoformicicum; See PMID 8206881; uncharacterized protein	complement(join(197593..198664,198750..198838))	Aspergillus niger	4982414
An08g01010	CDS	An08g01010	NT_166524.1	199715	200184	R	hypothetical protein	complement(join(199715..199798,199909..200184))	Aspergillus niger	84591576
An08g01020	CDS	An08g01020	NT_166524.1	200357	201123	D	Title: strong similarity to hypothetical protein YJL055w - Saccharomyces cerevisiae; uncharacterized protein	join(200357..200397,200463..201123)	Aspergillus niger	4982416
An08g01030	CDS	An08g01030	NT_166524.1	201557	202373	D	Complex: in S. cerevisiae Vps35p and Vps29p interact and form part of a multimeric membrane-associated complex,designated as the retromer complex, that also contains Vps26p, Vps17p, and Vps5p.; Function: Vps29p of S. cerevisiae is a component of the sorting machinery required for the endosome-to-Golgi retrieval of the vacuolar protein sorting receptor Vps10p.; Function: experiments with S. cerevisiae suggest a model in which Vps35p/Vps29p/Vps26p function to select cargo for retrieval, and Vps5p/Vps17p assemble onto the membrane to promote vesicle formation.; Golgi; Title: strong similarity to vacuolar protein sorting protein Vps29 - Saccharomyces cerevisiae; See PMID 9700157; uncharacterized protein	join(201557..201613,201773..202186,202257..202373)	Aspergillus niger	4982417
An08g01040	CDS	An08g01040	NT_166524.1	203168	203998	D	Function: in D. melanogaster Pabp2 stimulates poly(A) polymerase and is able to control poly(A) tail length.; Title: strong similarity to poly(A)-binding protein II Pabp2 - Drosophila melanogaster; nucleus; See PMID 10481015; uncharacterized protein	join(203168..203236,203376..203632,203694..203781,203843..203998)	Aspergillus niger	4982418
An08g01050	CDS	An08g01050	NT_166524.1	205221	206014	R	Title: weak similarity to hypothetical protein P0504H10 - Oryza sativa; uncharacterized protein	complement(join(205221..205261,205428..205465,205579..205727,205847..205955,205986..206014))	Aspergillus niger	84591577
An08g01060	CDS	An08g01060	NT_166524.1	206321	209376	D	Function: S. pombe pub1 either directly or indirectly regulates membrane transport processes and membrane permease turnover.; Function: in S. pombe the E3 ubiquitin protein ligase Pub1 ubiquinates the mitotic activating tyrosine phosphatase cdc25, thereby regulating cdc25 levels and activity.; Title: strong similarity to ubiquitin protein ligase ub1p - Schizosaccharomyces pombe; See PMID 8635463; See PMID 9197411; uncharacterized protein	join(206321..206340,206451..206473,206558..206596,206657..206762,206822..206955,207027..208242,208301..208594,208643..208780,208826..209221,209277..209376)	Aspergillus niger	4982420
An08g01070	CDS	An08g01070	NT_166524.1	210533	212828	R	Title: strong similarity to hypothetical protein BAC67939.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(210533..210807,211074..211188,211285..212397,212448..212828))	Aspergillus niger	4982421
An08g01080	CDS	An08g01080	NT_166524.1	214475	215603	R	Title: similarity to hypothetical protein F28J15.5 -Arabidopsis thaliana; uncharacterized protein	complement(join(214475..215171,215245..215603))	Aspergillus niger	4982422
An08g01090	CDS	An08g01090	NT_166524.1	216004	218103	R	Complex: in S. cerevisiae AHC1 is part of the 0. 8-MDa ADA complex which also contains the adapter proteins Ada2, Ada3, and Gcn5.; Function: S. cerevisiae AHC1 in high copy numbers suppresses the cold sensitivity caused by particular mutations in HTA1 which encodes histone H2A.; Remark: YOR023c is the systematic name for AHC1.; Title: similarity to Ada Histone acetyltransferase complex component Ahc1 - Saccharomyces cerevisiae; nucleus; See PMID 10490601; uncharacterized protein	complement(216004..218103)	Aspergillus niger	4982423
An08g01100	CDS	An08g01100	NT_166524.1	221698	222858	D	Catalytic activity: glucan 1,3-beta-glucosidases catalyse the successive hydrolysis of beta-D-glucose units from the non-reducing ends of 1,3-beta-D-glucans, releasing alpha-glucose.; Function: disruption of K. lactis KlEXG1 did not result in a phenotype under laboratory conditions.; Function: in S. cerevisiae overexpression of EXG1 on a 2 mu plasmid led to reduction in a cell wall beta 1,6-glucan and caused killer resistance in wild type cells.; Title: strong similarity to exo-1,3-beta-glucanase KlEXG1 - Kluyveromyces lactis; extracellular/secretion proteins; See PMID 10029988; See PMID 7565587; uncharacterized protein	221698..222858	Aspergillus niger	4982424
An08g01110	CDS	An08g01110	NT_166524.1	223241	224734	R	Function: VTC1 of S. cerevisiae is involved in the distribution of V-ATPase and other membrane proteins.; Function: in S. pombe Nrf1p functions as a negative regulator of Cdc42p within the cell polarity pathway.; Function: in S. pombe overexpression of nrf1(+) resulted in dose-dependent lethality, with cells exhibiting an ellipsoidal morphology indicative of loss of polarized cell growth along with partially delocalized cortical actin and large vacuoles.; Function: null mutations of S. cerevisiae VTC1 cause pleiotropic effects on metal-ion resistance or sensitivity and distribution of membrane proteins in different targets.; Remark: the systematic name for VTC1, which is also known as NRF1, is YER072W.; Title: strong similarity to Vtc1 - Saccharomyces cerevisiae; See PMID 10480897; See PMID 10628977; uncharacterized protein	complement(join(223241..223594,224717..224734))	Aspergillus niger	84591578
An08g01120	CDS	An08g01120	NT_166524.1	226530	227291	D	Function: isoJ from Rhodococcus sp. is placed in a metabolic pathway representing a catabolic route for isoprene involving epoxidation by a monooxygenase,conjugation to glutathione, and oxidation of the hydroxyl group to a carboxylate.; Function: isoJ from Rhodococcus sp. shows activity with 1-chloro-2,4-dinitrobenzene and 3,4-dichloro-1-nitrobenzene but not with 1,2-epoxy-2-methyl-3-butene.; Title: strong similarity to glutathione S-transferase isoJ - Rhodococcus sp.; See PMID 10715003; uncharacterized protein	join(226530..226939,227003..227291)	Aspergillus niger	4982426
An08g01130	CDS	An08g01130	NT_166524.1	228695	229528	D	Function: aph(2'')-Id from E. casseliflavus is an aminoglycoside-modifying phosphotransferase confering gentamicin resistance. .; Title: similarity to gentamicin resistance gene aph(2)-Id - Enterococcus casseliflavus; See PMID 9593155; uncharacterized protein	228695..229528	Aspergillus niger	4982427
An08g01140	CDS	An08g01140	NT_166524.1	230293	231003	D	Function: in S. pombe Dlc1 is required for the function of the telomere associated-spindle pole body.; Remark: information regarding S. pombe Dlc1 has not yet been published and is available via http://www. sanger. ac. uk/cgi-bin/yeastpub/GN_KW_search. p.; Similarity: S. pombe Dlc1 is similar to human TCTEX-1 dynein light chain.; Title: strong similarity to cytoplasmic dynein light chain dlc1p - Schizosaccharomyces pombe; cytoskeleton; uncharacterized protein	join(230293..230322,230453..230491,230582..230656,230719..231003)	Aspergillus niger	4982428
An08g01150	CDS	An08g01150	NT_166524.1	231638	233029	R	Function: LST8 from S. cerevisiae is required for amino acid permease transport from the Golgi to the cell surface.; Remark: YNL006w is the systematic name for LST8.; Remark: information regarding LST8 from S. cerevisiae has not yet been published and is available via the SGD database at http://genome-www. stanford. edu/cgi-bin/SGD/genehunter.; Similarity: the predicted A. niger protein shows high similarity to members of the WD-40 repeat G-beta transducin family.; Title: strong similarity to G beta-like protein Lst8 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(231638..231898,232121..232276,232338..232833,232891..232912,233008..233029))	Aspergillus niger	4982429
An08g01160	CDS	An08g01160	NT_166524.1	233811	235769	D	Similarity: the Syndecan family shares transmembrane domains, while none are predicted for the A. niger protein.; Title: weak similarity to heparin sulfate proteoglycan syndecan Sdc - Drosophila melanogaster; See PMID 8159748; uncharacterized protein	233811..235769	Aspergillus niger	4982430
An08g01170	CDS	An08g01170	NT_166524.1	238204	239233	R	Title: similarity to hypothetical protein SPAC15A10.09c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(238204..238775,238828..239233))	Aspergillus niger	4982431
An08g01180	CDS	An08g01180	NT_166524.1	241022	242520	D	Title: strong similarity to hypothetical protein SC4G1.04c - Streptomyces coelicolor; uncharacterized protein	join(241022..241583,241646..242245,242300..242520)	Aspergillus niger	4982432
An08g01190	CDS	An08g01190	NT_166524.1	242948	243829	D	Catalytic activity: catalyse the reaction,Acetyl-CoA + peptide <=> CoA + N-acetylpeptide.; Complex: in S. cerevisiae Ard1 forms a complex with Nat1 and ARD1-ARD1 homodimers.; Function: in S. cerevisiae Ard1 and Nat1 are required for the N-terminal acetyltransferase activity,with Nat1 representing the catalytic subunit.; Function: in S. cerevisiae Ard1 is required for full repression of the silent mating type locus HML, for sporulation, and for entry into G0.; Remark: polymorphism in the human peptide alpha-N-acetyl transferases NAT1 and NAT2 are associated with cancer susceptibility.; Title: strong similarity to subunit of the major N alpha-acetyltransferase Ard1 - Saccharomyces cerevisiae; cytoplasm; See PMID 1600941; uncharacterized protein	join(242948..243100,243179..243311,243444..243829)	Aspergillus niger	4982433
An08g01200	CDS	An08g01200	NT_166524.1	244151	246235	R	Similarity: predicted A. niger protein shows likely unspecific similarity to proline rich proteins.; Title: weak similarity to hydroxyproline-rich glycoprotein - Nicotiana tabacum; uncharacterized protein	complement(244151..246235)	Aspergillus niger	4982434
An08g01210	CDS	An08g01210	NT_166524.1	247046	249844	R	Remark: the predicted A. niger protein shows strong similarity to a eucaryotic kinase domain from the Pfam database as well as to a ser/thr protein kinase group of COGs.; Title: strong similarity to hypothetical 105-kDa kinase-like protein - Mus musculus; uncharacterized protein	complement(join(247046..247814,247864..248036,248087..248290,248343..248637,248694..249067,249125..249271,249329..249439,249505..249642,249722..249844))	Aspergillus niger	4982435
An08g01220	CDS	An08g01220	NT_166524.1	251341	251804	D	Function: Myb is a DNA-binding transcriptional regulator.; Similarity: the predicted A. niger protein is 200 aa shorter than OSMYB2 from O. sativa.; Title: weak similarity to myb-related protein 2 OSMYB2 - Oryza sativa; uncharacterized protein	join(251341..251518,251689..251804)	Aspergillus niger	84591579
An08g01230	CDS	An08g01230	NT_166524.1	252197	256807	R	Function: in S. cerevisiae Pbp1p appears to function in the nucleus to promote proper polyadenylation.; Remark: the systematic name for Pbp1 of S. cerevisiae is YGR178C.; Title: similarity to poly(A)-binding protein interacting factor Pbp1 - Saccharomyces cerevisiae; nucleus; See PMID 9819425; uncharacterized protein	complement(join(252197..252405,252461..254800,254870..255143,255201..255387,255754..255921,256009..256322,256556..256807))	Aspergillus niger	4982437
An08g01240	CDS	An08g01240	NT_166524.1	259282	262459	D	Complex: in S. cerevisiae Gic2p is a Cdc42p effector and interacted with Aip3p by coimmunoprecipitation and two-hybrid analysis.; Function: AIP3/BUD6 from S. cerevisiae is not essential for mitotic growth but is necessary for normal morphogenesis and deletion of AIP3 causes gross defects in cell and cytoskeletal polarity.; Localization: Aip3p from S. cerevisiae localizes at the cell cortex where cytoskeleton assembly must be achieved to execute polarized cell growth.; Localization: in S. cerevisiae Aip3p localization is mediated by the secretory pathway.; Remark: AIP3 from S. cerevisiae is also known as BUD6.; Title: similarity to actin-interacting protein Aip3 - Saccharomyces cerevisiae; cytoskeleton; See PMID 9247651; See PMID 10938101; uncharacterized protein	join(259282..259443,259545..260380,260564..261194,261263..262459)	Aspergillus niger	4982438
An08g01250	CDS	An08g01250	NT_166524.1	263638	266055	R	Function: CIP7 from A. thaliana acts as a positive regulator of light-regulated genes and is a potential direct downstream target of COP1 for mediating light control of gene expression.; Function: CIP7 from A. thaliana is a novel nuclear protein that contains transcriptional activation activity without a recognizable DNA binding motif.; Similarity: similarity is from N-terminal 100 aa of predicted A. niger protein to central part of CIP7 from A. thaliana.; Similarity: the N-terminal 100 aa of predicted A. niger protein also show similarity to C-terminus of the DEAD box RNA helicase CHR1 from Candida albicans.; Title: weak similarity to COP1-interacting protein 7 CIP7 - Arabidopsis thaliana; See PMID 9668129; uncharacterized protein	complement(join(263638..264697,264764..266055))	Aspergillus niger	4982439
An08g01260	CDS	An08g01260	NT_166524.1	266812	267982	R	Catalytic activity: TH4 from Pinus taeda catalyses the NADPH-dependent reduction of phenylcoumaran benzylic ethers.; Function: TH4 from T. heterophylla is involved in the biosynthesis of important phenylpropanoid-derived plant defense compounds.; Title: similarity to phenylcoumaran benzylic ether reductase TH4 - Tsuga heterophylla; See PMID 10066819; uncharacterized protein	complement(join(266812..267421,267499..267731,267788..267982))	Aspergillus niger	4982440
An08g01270	CDS	An08g01270	NT_166524.1	269465	271602	R	Catalytic activity: gamma-glutamylcysteine synthetases catalyse the reaction, ATP + L-glutamate + L-cysteine <=> ADP + phosphate + gamma-L-glutamyl-L-cysteine.; Function: S. pombe GSH1 encodes the rate-limiting step in glutathione biosynthesis.; Function: The tripeptide gamma-L-glutamyl-L-cystinylglycine (glutathione) is one of the major antioxidant molecules of cells and is thought to play a vital role in buffering the cell against reactive oxygen species and toxic electrophiles.; Induction: expression of S. pombe GSH1 is activated by the yAP-1 transcriptional regulatior.; Induction: in S. cerevisiae the transcription factors Met-4, Met-31, and Met-32 are essential for cadmium-mediated regulation of GSH1 expression.; Repression: in S. cerevisiae the DNA-binding protein Cbf1 appears to play a negative role in controlling GSH1 expression.; Title: strong similarity to gamma-glutamylcysteine synthase gcs1p - Schizosaccharomyces pombe; See PMID 10921921; See PMID 7915005; uncharacterized protein	complement(join(269465..270367,270423..270972,271018..271143,271191..271303,271354..271388,271437..271537,271592..271602))	Aspergillus niger	4982441
An08g01280	CDS	An08g01280	NT_166524.1	272912	273870	R	Title: weak similarity to hypothetical protein BH1676 - Bacillus halodurans; uncharacterized protein	complement(join(272912..273031,273466..273870))	Aspergillus niger	4982442
An08g01290	CDS	An08g01290	NT_166524.1	275360	277134	D	Complex: in S. cerevisiae ArgRI and Mcm1, two MADS-box proteins, and ArgRII form a three-component protein complex.; Function: ArgRII of S. cerevisiae is the sensor of the effector arginine.; Function: in S. cerevisiae repression of arginine anabolic genes and induction of arginine catabolic genes are mediated by a three-component protein complex,interacting with specific DNA sequences in the presence of arginine.; Similarity: ArgRII of S. cerevisiae is a zinc cluster protein with an arginine binding domain.; Similarity: similarity from predicted A. niger protein to S. cerevisiae ArgRII, which is 400 aa longer, is restricted to the N-terminal 100 aa of each protein.; Title: weak similarity to regulator protein Arg81 -Saccharomyces cerevisiae; See PMID 10688655; uncharacterized protein	join(275360..275470,275602..275811,275935..276216,276326..276976,277024..277134)	Aspergillus niger	4982443
An08g01300	CDS	An08g01300	NT_166524.1	277228	278514	R	Remark: fructosyl amino acid oxidase is an enzyme that can be used for the determination of glycated proteins in blood samples from diabetic patients.; Remark: fructosyl amino acid oxidase was found only in the strains of four genera of fungi, Aspergillus,Fusarium, Gibberella, and Penicillium.; Remark: patents for fructosyl amino acid oxidase from different fungal strains exist.; Title: strong similarity to fructosyl amino acid oxidase faop - Penicillium janthinellum; See PMID 8534116; See PMID 9022674; See PMID 9139700; uncharacterized protein	complement(277228..278514)	Aspergillus niger	4982444
An08g01310	CDS	An08g01310	NT_166524.1	279412	280962	R	Function: in S. cerevisiae mutants (dal5) that lack allantoate transport have been isolated, these strains also exhibit a 60% loss of allantoin transport capability.; Regulation: in S. cerevisiae Dal5 appears to be sensitive to nitrogen catabolite repression, feedback inhibition, and trans-inhibition.; Regulation: in S. cerevisiae allantoate uptake is constitutive.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; See PMID 3549700; uncharacterized protein	complement(279412..280962)	Aspergillus niger	4982445
An08g01320	CDS	An08g01320	NT_166524.1	281302	285585	D	Catalytic activity: 5-Oxoprolinase catalyzes a reaction in which the endergonic cleavage of 5-oxo-L-proline to form L-glutamate is coupled to the exergonic hydrolysis of ATP to ADP and inorganic phosphate.; Title: strong similarity to ATP-hydrolyzing 5-oxoprolinase - Rattus norvegicus; See PMID 8943290; uncharacterized protein	join(281302..281338,281387..282242,282294..282392,282454..283883,283939..284124,284176..285379,285441..285585)	Aspergillus niger	4982446
An08g01330	CDS	An08g01330	NT_166524.1	286290	287588	D	Similarity: aa 252-319 of the predicted A. niger protein show a protein kinase signature.; Title: similarity to hypothetical protein F3E22.6 -Arabidopsis thaliana; uncharacterized protein	join(286290..286836,286900..287588)	Aspergillus niger	4982447
An08g01340	CDS	An08g01340	NT_166524.1	288992	290919	D	Function: stcS from A. nidulans is required for the conversion of versicolorin A to sterigmatocystin.; Pathway: stcS of A. nidulans is involved in sterigmatocystin biosynthesis.; Remark: sterigmatocystin is a polyketide-derived mycotoxin.; Similarity: stcS (formerly verB) from A. nidulans belongs to the P-450 monooxygenase superfamily.; Title: strong similarity to cytochrome P450 monooxygenase stcS - Aspergillus nidulans; See PMID 10618248; See PMID 7486998; uncharacterized protein	join(288992..289154,289247..289464,289524..289710,289765..290792,290848..290919)	Aspergillus niger	4982448
An08g01350	CDS	An08g01350	NT_166524.1	291087	292506	R	Complex: in vitro SRPKs bound unphosphorylated SF2/ASF but did not bind phosphorylated SF2/ASF.; Function: SRPKs may have regulatory roles in the assembly and localization of Serine/arginine-rich (SR) splicing factors like SF2/ASF.; Function: in human HeLa cells expression of an SRPK2 kinase-inactive mutant caused accumulation of SF2/ASF in the cytoplasm.; Title: similarity to serine/threonine protein kinase SRPK1 - Arabidopsis thaliana; cytoplasm; deleted EC_number 2.7.1.37; See PMID 10196197; uncharacterized protein	complement(join(291087..291247,291319..291478,291533..291873,291929..292260,292322..292506))	Aspergillus niger	4982449
An08g01360	CDS	An08g01360	NT_166524.1	293348	294049	D	Title: similarity to hypothetical protein G11A3.030 - Neurospora crassa; uncharacterized protein	293348..294049	Aspergillus niger	4982450
An08g01370	CDS	An08g01370	NT_166524.1	294970	296155	D	Function: Odc2 from S. cerevisiae is a mitochondrial 2-oxodicarboxylate transport protein.; Function: S. cerevisiae Odc2 transports C5-C7 oxodicarboxylates across the inner membranes of mitochondria in a strict counter-exchange mechanism.; Function: the main physiological roles of Odc1p and Odc2p are probably to supply 2-oxoadipate and 2-oxoglutarate from the mitochondrial matrix to the cytosol where they are used in the biosynthesis of lysine and glutamate respectively, and in lysine catabolism.; Remark: the ALOM Algorithm does not predict transmembrane regions for the predicted A. niger protein,while Algorithms used by Swissprot predict TM regions for the nearly identical S. cerevisiae aa sequence.; Similarity: Odc1 and Odc2 from S. cerevisiae is a member of the family of mitochondrial carrier proteins.; Title: strong similarity to Oxodicarboxylate carrier Odc2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 11013234; uncharacterized protein	join(294970..295058,295182..295211,295288..295374,295444..296155)	Aspergillus niger	4982451
An08g01380	CDS	An08g01380	NT_166524.1	297457	298929	R	Function: the mutation of glcd in A. nidulans leads to a loss of mitochondrial FAD-dependent sn-glycerol-3-phosphate dehydrogenase.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to transcriptional activator glcD - Aspergillus nidulans; See PMID 2259335; uncharacterized protein	complement(297457..298929)	Aspergillus niger	84591580
An08g01390	CDS	An08g01390	NT_166524.1	300160	300975	D	Function: in A. thaliana GBF2 binds to the g-box motif (5'-ccacgtgg-3') of the rbcs-1a gene promoter.; Similarity: A. thaliana GBF2 contains a basic leucine-zipper motif.; Similarity: only central region of predicted A. niger protein shows similarity to central region of A. thaliana GBF2.; Title: weak similarity to g-box binding factor 2 GBF2 - Arabidopsis thaliana [truncated ORF]; See PMID 1373374; uncharacterized protein	join(<300160..300245,300329..300552,300641..300975)	Aspergillus niger	84591581
An08g01392	CDS	An08g01392	NT_166524.1	301172	301782	R	Remark: the ORF is N-terminally truncated due to border of contig.; hypothetical protein [truncated ORF]	complement(join(<301172..301221,301571..>301782))	Aspergillus niger	4982452
An08g01400	CDS	An08g01400	NT_166524.1	302609	305510	D	hypothetical protein	join(302609..302687,302853..302949,303023..303168,303236..303399,303487..303549,303746..303904,304041..304184,304256..304300,304398..304444,304581..304700,304806..304824,304948..305020,305069..305115,305295..305510)	Aspergillus niger	84591582
An08g01410	CDS	An08g01410	NT_166524.1	306831	308416	D	Function: Sft2p of S. cerevisiae is membrane protein involved in traffic to the Golgi complex.; Remark: systematic genename of SFT2 is YBL102w.; Title: strong similarity to ER-Golgi transport protein Sft2 - Saccharomyces cerevisiae; See PMID 10406798; uncharacterized protein	join(306831..307059,307386..307506,307768..307918,308264..308416)	Aspergillus niger	4982456
An08g01420	CDS	An08g01420	NT_166524.1	309901	311238	R	Catalytic activity: chorismate + l-glutamine = anthranilate + pyruvate + l-glutamate.; Pathway: anthranilate synthase catalyzes the first step in biosynthesis of tryptophan.; Title: similarity to anthranilate synthase component I trpE - Clostridium thermocellum; See PMID 2732211; uncharacterized protein	complement(309901..311238)	Aspergillus niger	4982457
An08g01430	CDS	An08g01430	NT_166524.1	312792	314378	D	Title: weak similarity to hypothetical protein Rv0598c - Mycobacterium tuberculosis; uncharacterized protein	join(312792..312844,313132..313382,313446..313563,313641..313903,314114..314282,314318..314378)	Aspergillus niger	4982458
An08g01440	CDS	An08g01440	NT_166524.1	314977	316232	R	Title: similarity to hypothetical protein SCD19.11 -Streptomyces coelicolor; uncharacterized protein	complement(join(314977..316114,316183..316232))	Aspergillus niger	4982459
An08g01450	CDS	An08g01450	NT_166524.1	316856	318892	D	hypothetical protein	join(316856..318059,318479..318708,318749..318791,318825..318892)	Aspergillus niger	84591583
An08g01460	CDS	An08g01460	NT_166524.1	319227	320870	D	Title: similarity to hypothetical transcriptions regulator CAB91400.2 - Neurospora crassa; uncharacterized protein	join(319227..319286,319339..319848,319908..320870)	Aspergillus niger	4982461
An08g01470	CDS	An08g01470	NT_166524.1	321710	323907	R	hypothetical protein	complement(join(321710..323700,323757..323907))	Aspergillus niger	84591584
An08g01480	CDS	An08g01480	NT_166524.1	325032	327497	R	Remark: The tRNA ligase TRL1 of S. cerevisiae is one of the components required for splicing of yeast tRNA precursors in vitro.; Title: strong similarity to tRNA ligase Trl1 -Saccharomyces cerevisiae; See PMID 3512545; See PMID 3277966; uncharacterized protein	complement(325032..327497)	Aspergillus niger	4982463
An08g01490	CDS	An08g01490	NT_166524.1	327799	328670	D	Title: similarity to hypothetical ankyrin-repeat protein SPCP1E11.10 - Schizosaccharomyces pombe; uncharacterized protein	join(327799..327934,327967..328670)	Aspergillus niger	4982464
An08g01500	CDS	An08g01500	NT_166524.1	329284	330123	D	Title: weak similarity to hypothetical protein T4D2.50 - Arabidopsis thaliana; uncharacterized protein	join(329284..329549,329637..330123)	Aspergillus niger	4982465
An08g01510	CDS	An08g01510	NT_166524.1	330327	331612	R	Function: Dpp1p of S. cerevisiae contains diacylglycerol pyrophosphate (DGPP) phosphatase and Mg2+-independent phosphatidate (PA) phosphatase activity.; Remark: systematic genename of S. cerveisiae DPP1 is YDR284c.; Title: similarity to diacylglycerol pyrophosphate phosphatase Dpp1 - Saccharomyces cerevisiae; See PMID 11016943; See PMID 11139591; uncharacterized protein	complement(join(330327..330820,330885..331429,331494..331612))	Aspergillus niger	4982466
An08g01520	CDS	An08g01520	NT_166524.1	332044	333156	R	Catalytic activity: Alcohol + NADP(+) = Aldehyde + NADPH.; Remark: Alcohol dehydrogenase is identical with aldehyde reductase.; Similarity: belongs to the Aldo/Keto reductase family.; Title: strong similarity to alcohol dehydrogenase (NADP+) ALR - Sus scrofa; See PMID 7552731; See PMID 9329083; uncharacterized protein	complement(join(332044..332246,332297..332624,332695..332959,333017..333156))	Aspergillus niger	4982467
An08g01530	CDS	An08g01530	NT_166524.1	335270	335542	D	hypothetical protein	join(335270..335297,335496..335542)	Aspergillus niger	84591585
An08g01540	CDS	An08g01540	NT_166524.1	336372	337051	R	Title: similarity to hypothetical protein PA4177 -Pseudomonas aeruginosa; uncharacterized protein	complement(join(336372..336675,336774..336953,337044..337051))	Aspergillus niger	4982469
An08g01550	CDS	An08g01550	NT_166524.1	337790	338300	D	Remark: S. cerevsisiae cox19 defect affects specifically the cytochrome oxidase activity in mitochondria.; Remark: it is assumed that YLL018c-a (COX19) of S. cerevisiae acts as cytochrome c oxidase subunit, as an S. cerevisiae clone containing this region complements respiratory deficient mutants of group G188 (Dr. A. Tzagoloff).; Title: strong similarity to hypothetical subunit of probable cytochrome c oxidase Cox19 - Saccharomyces cerevisiae; uncharacterized protein	join(337790..337839,337933..337967,338113..338300)	Aspergillus niger	4982470
An08g01560	CDS	An08g01560	NT_166524.1	338697	341582	D	Title: similarity to hypothetical protein SPBC543.04 - Schizosaccharomyces pombe; uncharacterized protein	join(338697..339969,340025..341346,341448..341582)	Aspergillus niger	4982471
An08g01570	CDS	An08g01570	NT_166524.1	344269	345454	R	hypothetical protein	complement(join(344269..344561,344599..344658,344828..344861,344918..345044,345080..345151,345242..345283,345444..345454))	Aspergillus niger	84591586
An08g01580	CDS	An08g01580	NT_166524.1	346550	348805	D	Function: rat Nopp140 is a nucleolar phosphoprotein of 140 kd that was originally identified and purified as a nuclear localization signal (NLS)-binding protein.; Function: rat Nopp140 is one of the most phosphorylated proteins in the cell, and NLS binding was dependent on phosphorylation.; Function: rat Nopp140 was shown to shuttle between the nucleolus and the cytoplasm and is suggested to function as a chaperone for import into and/or export from the nucleolus.; Similarity: shows also some similarity to the S. cerevisiae SRP40 gene product which is immunologically and structurally related to rat Nopp140.; Title: similarity to nucleolus-cytoplasm shuttle phosphoprotein nopp140 - Rattus norvegicus; See PMID 8702624; See PMID 1623516; uncharacterized protein	346550..348805	Aspergillus niger	4982473
An08g01590	CDS	An08g01590	NT_166524.1	350727	352143	D	Remark: human SLP-2 may link stomatin or other integral membrane proteins to the peripheral cytoskeleton and thereby play a role in regulating ion channel conductances or the organization of sphingolipid and cholesterol-rich lipid rafts.; Title: similarity to membrane associated protein SLP-2 - Homo sapiens; See PMID 10713127; uncharacterized protein	join(350727..351217,351324..352143)	Aspergillus niger	4982474
An08g01600	CDS	An08g01600	NT_166524.1	352985	356535	D	Complex: Hir1p and Hir2p f S. cerevisiae function as transcriptional corepressors that form a protein complex in vivo to regulate histone gene transcription.; Function: HIR1 and HIR2 of S. cerevisiae contain nuclear targeting signals and they play important roles in the transcription of six of the eight core histone genes during the S. cerevisiae cell cycle.; Function: The products of the HIR1 and HIR2 of S. cerevisiae genes have been defined genetically as repressors of histone gene transcription in S. cerevisiae.; Title: similarity to histone transcription regulator Hir1 - Saccharomyces cerevisiae; See PMID 8417331; See PMID 9001207; uncharacterized protein	join(352985..353021,353183..353257,353345..353566,353636..356386,356438..356535)	Aspergillus niger	4982475
An08g01610	CDS	An08g01610	NT_166524.1	357582	359222	D	Title: strong similarity to hypothetical GTP-binding protein SPAC27E2.03c - Schizosaccharomyces pombe; uncharacterized protein	join(357582..357656,357901..358458,358671..359222)	Aspergillus niger	4982476
An08g01620	CDS	An08g01620	NT_166524.1	359917	360261	D	Title: similarity to hypothetical protein YER007c-a - Saccharomyces cerevisiae; uncharacterized protein	359917..360261	Aspergillus niger	4982477
An08g01630	CDS	An08g01630	NT_166524.1	360531	363855	R	Title: similarity to hypothetical protein GH03694 -Drosophila melanogaster; uncharacterized protein	complement(join(360531..361259,361304..361779,361826..362093,362143..362269,362312..363537,363592..363855))	Aspergillus niger	4982478
An08g01640	CDS	An08g01640	NT_166524.1	364210	365362	D	Remark: human SGT interacts with the nonstructural protein NS1 of parvovirus H-1.; Title: strong similarity to small glutamine-rich tetratricopeptide protein SGT - Homo sapiens; See PMID 9557704; See PMID 9740675; uncharacterized protein	join(364210..364212,364285..365261,365317..365362)	Aspergillus niger	4982479
An08g01650	CDS	An08g01650	NT_166524.1	366126	367709	R	Function: Mpi1p of S. cerevisiae is a component of the protein import system of the yeast mitochondrial inner membrane.; Function: Mpi1p of S. cerevisiae is a low abundance and constitutively expressed hydrophilic 48. 8 kDa protein that is essential for cell viability. Mpi1p is synthesized with a characteristic mitochondrial targeting sequence at its amino-terminus, which is most probably proteolytically removed during import.; Remark: The mitochondrial inner membrane import site protein ISP45 has been purified to homogeneity and identified as the product of the nuclear MPI1 gene.; Title: similarity to mitochondrial import protein Mpi1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8344245; See PMID 1396562; uncharacterized protein	complement(join(366126..366801,366859..367709))	Aspergillus niger	4982480
An08g01660	CDS	An08g01660	NT_166524.1	368176	368883	D	Title: similarity to mitochondrial ribosomal protein of the small subunit Yms18 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9151978; See PMID 9445368; mitochondrial 37S ribosomal protein uS11m	368176..368883	Aspergillus niger	4982481
An08g01670	CDS	An08g01670	NT_166524.1	368981	369259	D	hypothetical protein	368981..369259	Aspergillus niger	84591587
An08g01680	CDS	An08g01680	NT_166524.1	370273	373710	D	Title: similarity to hypothetical membrane protein YML002w - Saccharomyces cerevisiae; uncharacterized protein	370273..373710	Aspergillus niger	4982483
An08g01690	CDS	An08g01690	NT_166524.1	374625	375653	R	hypothetical protein	complement(374625..375653)	Aspergillus niger	4982484
An08g01700	CDS	An08g01700	NT_166524.1	376630	377017	D	Title: similarity to protease inhibitor from patent WO9820133-A2 - Zea mays; uncharacterized protein	join(376630..376740,376809..376891,376963..377017)	Aspergillus niger	4982485
An08g01710	CDS	An08g01710	NT_166524.1	377312	379229	R	Catalytic activity: alpha-L-arabinofuranosidases catalyze the hydrolysis of terminal non-reducing alpha-L-arabinofuranoside residues in alpha-L-arabinosides.; Function: Bacillus stearothermophilus T-6 produces an alpha-L-arabinofuranosidase when grown in the presence of L-arabinose, sugar beet arabinan, or oat spelt xylan.; Remark: The enzyme acts cooperatively with T-6 xylanase in hydrolyzing oat spelt xylan, and L-arabinose,xylose, and xylobiose are detected as the end reaction products.; Title: strong similarity to alpha-L-arabinofuranosidase abfA - Bacillus stearothermophilus; See PMID 7887599; uncharacterized protein	complement(join(377312..378210,378261..378360,378411..378499,378552..378566,378615..378727,378862..379056,379123..379229))	Aspergillus niger	4982486
An08g01720	CDS	An08g01720	NT_166524.1	380004	381832	D	Function: QUTD in A. nidulans facilitates the uptake of quinic acid into the mycelium thereby inducing the enzymes of the quinic acid utilizetion pathway.; Pathway: the quinic acid ulitization (qut) pathway in A. nidulans is a dispensable carbon utilization pathway that catabolizes quinate to protocatechuate via dehydroquinate and dehydroshikimate.; Similarity: also shows strong similarity to various sugar transporters of diverse species.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; See PMID 8670107; See PMID 976880; uncharacterized protein	join(380004..380030,380087..380132,380188..380263,380311..380502,380558..380801,380850..381106,381163..381832)	Aspergillus niger	4982487
An08g01730	CDS	An08g01730	NT_166524.1	382398	383226	R	Title: similarity to hypothetical protein CG14480 -Drosophila melanogaster; uncharacterized protein	complement(join(382398..382966,383061..383226))	Aspergillus niger	4982488
An08g01740	CDS	An08g01740	NT_166524.1	384386	385501	D	Function: GCY1 of S. cerevisiae encodes a putative glycerol dehydregonase (PubMed 9038161).; Function: uronate dehydrogenase of patent W29217 is used in L-ascorbic acid production from D-glucuronic or galacturonic acids.; Induction: GCY1 of S. cerevisiae is upregulated under salt stress conditions (PubMed 9038161).; Induction: GCY1 of S. cerevisiae is upregulated when galactose is the sole energy source but is low as soon as glucose is present (PubMed 2199324).; Pathway: GCY1 of S. cerevisiae is thought to be involved in glycerol dissimilation via dihydroxyaceton (PubMed 9038161).; Similarity: GCY1 of S. cerevisiae belongs to the family of NADPH-dependent aldo-keto reductases (PubMed 11306072).; Similarity: strong similarity to protein patent database entry GENESEQPROT:W29217.; Similarity: the sequence of uronate dehydrogenase of patent W29217 is identical to that of the GCY1 gene product of S. cerevisiae.; Title: strong similarity to uronate dehydrogenase from patent DE19604798-A1 - Saccharomyces cerevisiae; See PMID 9038161; See PMID 11306072; See PMID 2199324; uncharacterized protein	join(384386..384408,384510..384638,384707..384955,385006..385501)	Aspergillus niger	4982489
An08g01750	CDS	An08g01750	NT_166524.1	385990	387421	D	Title: strong similarity to hypothetical protein EAA65867.1 - Aspergillus nidulans; uncharacterized protein	join(385990..386042,386092..387421)	Aspergillus niger	4982490
An08g01760	CDS	An08g01760	NT_166524.1	388278	389766	D	Catalytic activity: exocellobiohydrolases cleave the beta-1,4 glycosidic bond releasing cellobiose from the non-reducing end of cellulose.; Pathway: fungal cellobiohydrolases are unique enzymes capable of degrading highly ordered cellulose.; Similarity: belongs to the cellulase family B (family 6 of glycosylhydrolases).; Similarity: shows also stong homology to cellulose 1, 4-beta-cellobiosidase (EC 3. 2. 1. 91) II (exocellobiohydrolase II, CBHII) of Trichoderma reesei (Hypocrea jecorina) - PubMed 8875646;3596237.; Similarity: strong similarity to protein patent database entry GENESEQPROT:W25789.; Title: strong similarity to cellulase from patent WO9733982-A1 - Acremonium cellulolyticus; extracellular/secretion proteins; uncharacterized protein	join(388278..388543,388606..388859,388925..389062,389112..389369,389427..389668,389722..389766)	Aspergillus niger	4982491
An08g01770	CDS	An08g01770	NT_166524.1	390340	391606	D	Complex: the CK2 holoenzyme of S. pombe is a heterotetramer composed of an alpha and an alpha' catalytic chain and two beta regulatory chains.; Function: Ckb1 in S. pombe is a positive regulator of CK2 enzyme activity.; Function: casein kinases are operationally defined by their preferential utilization of acidic proteins such as caseins as substrates.; Pathway: CK2 in S. pombe is a key regulatory enzyme involved in the control of various cellular processes including cell cycle progression and cell growth.; Similarity: casein kinase II is a highly conserved serine/threonine protein kinase that is ubiquitous in eukaryotic organisms.; Title: strong similarity to protein kinase CK2 (casein kinase II) beta subunit ckb1p - Schizosaccharomyces pombe; deleted EC_number 2.7.1.37; See PMID 8264625; See PMID 9427841; See PMID 1099477; uncharacterized protein	join(390340..390396,390807..391052,391115..391606)	Aspergillus niger	4982492
An08g01780	CDS	An08g01780	NT_166524.1	391994	393111	R	Title: strong similarity to hypothetical protein B14D6.320 - Neurospora crassa; uncharacterized protein	complement(join(391994..392034,392113..392909,392972..393111))	Aspergillus niger	4982493
An08g01790	CDS	An08g01790	NT_166524.1	393604	394902	D	Complex: TIF3H1 in A. thaliana is part of the heterodecameric eIF3 complex.; Function: eIF3 is required for binding of mRNA to 40S ribosomal subunits, stabilization of ternary complex binding to 40S subunits, and dissociation of 40S and 60S subunits.; Title: strong similarity to eukaryotic initiation factor 3H1 subunit TIF3H1 - Arabidopsis thaliana; cytoplasm; See PMID 11042177; uncharacterized protein	join(393604..393611,393672..393711,393788..394257,394323..394902)	Aspergillus niger	4982494
An08g01800	CDS	An08g01800	NT_166524.1	395310	396460	D	Localization: putative transmembrane protein in the mitochondrial inner membrane.; Similarity: belongs to the mitochondrial carrier family.; Title: strong similarity to hypothetical mitochondrial carrier protein AgPET8 - Ashbya gossypii; See PMID 7941739; uncharacterized protein	join(395310..395339,395396..395585,395664..396460)	Aspergillus niger	4982495
An08g01810	CDS	An08g01810	NT_166524.1	396689	400409	R	Remark: the ORF is N-terminally truncated due to end of contig.; Similarity: the N-terminus shows similarity to a broad variety of proline-rich proteins from diverse species.; Title: similarity to S-layer protein - Clostridium thermocellum [truncated ORF]; uncharacterized protein	complement(join(396689..397984,398048..398169,398219..399643,399818..399867,400060..>400409))	Aspergillus niger	84591588
An08g01820	CDS	An08g01820	NT_166524.1	400544	403424	R	Remark: due to contig end.; Title: similarity to hypothetical potassium channel beta subunit - Rattus norvegicus [truncated ORF]; uncharacterized protein	complement(join(<400544..402255,402312..403106,403194..403424))	Aspergillus niger	4982496
An08g01830	CDS	An08g01830	NT_166524.1	403907	404839	D	hypothetical protein	join(403907..403963,404372..404534,404613..404839)	Aspergillus niger	84591589
An08g01840	CDS	An08g01840	NT_166524.1	406599	407678	R	Title: weak similarity to hypothetical transcription factor - Vicia faba; uncharacterized protein	complement(join(406599..406703,406763..407065,407124..407678))	Aspergillus niger	4982499
An08g01850	CDS	An08g01850	NT_166524.1	408172	411961	D	Title: strong similarity to hypothetical DEAD/DEAH box RNA helicase SPCC10H11.01 - Schizosaccharomyces pombe; uncharacterized protein	join(408172..408315,408356..408691,408762..409173,409228..411636,411687..411961)	Aspergillus niger	4982500
An08g01860	CDS	An08g01860	NT_166524.1	414470	416402	D	Remark: SUR1 from Candida albicans complements functional the S. cerevisiae rok1 mutation.; Title: strong similarity to ROK1-suppressor SUR1 -Candida albicans; See PMID 10705369; uncharacterized protein	join(414470..415757,415805..415945,415991..416067,416115..416142,416192..416254,416302..416402)	Aspergillus niger	4982501
An08g01870	CDS	An08g01870	NT_166524.1	416776	418042	R	Title: weak similarity to hypothetical Pto kinase interactor F28B23.17 - Arabidopsis thaliana; uncharacterized protein	complement(join(416776..417068,417157..417529,417586..417624,417911..418042))	Aspergillus niger	4982502
An08g01880	CDS	An08g01880	NT_166524.1	418552	418735	D	hypothetical protein	join(418552..418576,418617..418735)	Aspergillus niger	84591590
An08g01890	CDS	An08g01890	NT_166524.1	419070	420323	D	Title: weak similarity to hypothetical cdk-activating kinase CAK4At - Arabidopsis thaliana; uncharacterized protein	join(419070..419601,419657..419869,419944..420323)	Aspergillus niger	4982504
An08g01900	CDS	An08g01900	NT_166524.1	420712	423178	D	Catalytic activity: Hydrolysis of 1,4-beta-D-xylans so as to remove successive D-xylose residues from the non-reducing termini.; Remark: Also hydrolyses xylobiose.; Title: strong similarity to xylan 1,4-beta-xylosidase - Butyrivibrio fibrisolvens; See PMID 1905520; uncharacterized protein	join(420712..422296,422347..422476,422769..422845,423039..423178)	Aspergillus niger	4982505
An08g01910	CDS	An08g01910	NT_166524.1	423343	425170	D	Catalytic activity: N1-acetylspermine + O(2) + H(2)O <=> N1-acetylspermidine + 3-amino-propanal + H(2)O(2); Cofactor: FAD, Iron.; Title: strong similarity to hypothetical polyamine oxidase PAO - Zea mays; See PMID 9598979; uncharacterized protein	join(423343..423443,423496..423526,423574..423693,423747..423797,423851..423876,423928..424192,424242..424816,424867..425170)	Aspergillus niger	4982506
An08g01920	CDS	An08g01920	NT_166524.1	425381	427871	R	Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9524126; uncharacterized protein	complement(join(425381..425467,425531..425578,425940..425955,426007..426830,426889..427588,427638..427738,427788..427871))	Aspergillus niger	4982507
An08g01930	CDS	An08g01930	NT_166524.1	428391	429642	R	Catalytic activity: (3R)-3-hydroxyacyl-[acyl-carrier protein] + NADP(+) <=> 3-oxoacyl-[acyl-carrier protein] + NADPH; Title: similarity to precursor of 3-oxoacyl-(acyl-carrier-protein) reductase - Cuphea lanceolata; See PMID 1376402; uncharacterized protein	complement(join(428391..428449,428509..428530,428707..429642))	Aspergillus niger	4982508
An08g01940	CDS	An08g01940	NT_166524.1	429782	431182	R	Title: strong similarity to hypothetical precursor of protein Y4OU - Rhizobium sp.; uncharacterized protein	complement(join(429782..429836,429868..429892,429952..431182))	Aspergillus niger	4982509
An08g01950	CDS	An08g01950	NT_166524.1	431886	432884	D	Title: strong similarity to hypothetical 30.2 KD protein Y4OV - Rhizobium sp.; uncharacterized protein	join(431886..431973,432074..432219,432285..432884)	Aspergillus niger	4982510
An08g01960	CDS	An08g01960	NT_166524.1	433155	434777	R	Alternative name: S-adenosyl-L-homocysteine hydrolase.; Catalytic activity: S-adenosyl-L-homocysteine + H(2)O <=> adenosine + L-homocysteine; Title: strong similarity to adenosylhomocysteinase -Homo sapiens; uncharacterized protein	complement(join(433155..433167,433233..433668,433718..434319,434369..434495,434547..434679,434739..434777))	Aspergillus niger	4982511
An08g01970	CDS	An08g01970	NT_166524.1	435763	437344	R	Title: similarity to hypothetical protein encoded by An13g01600 - Aspergillus niger; uncharacterized protein	complement(join(435763..436055,436218..436248,436306..436398,436446..436660,436717..437344))	Aspergillus niger	4982512
An08g01980	CDS	An08g01980	NT_166524.1	437860	438722	R	Title: weak similarity to hypothetical protein CAC21410.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(437860..438038,438122..438722))	Aspergillus niger	4982513
An08g01990	CDS	An08g01990	NT_166524.1	439697	441253	R	Complex: yeast Prp31p is associated both with the U4/U6 x U5 tri-snRNP and, independently, with the prespliceosome prior to assembly of the tri-snRNP into the splicing complex.; Function: yeast Prp31p is required for the processing of pre-mRNA species both in vivo and in vitro,indicating that the protein is directly involved in the splicing pathway. Prp31p seems to be involved in recruiting the U4/U6 x U5 tri-snRNP to prespliceosome complexes or in stabilizing these interactions.; Phenotype: wild-type PRP31 gene is essential for cell viability.; Similarity: the predicted A. niger protein shows strong similarity to pre-mRNA splicing protein PRP31 from S. cerevisiae and several hypothetical proteins from diverse eucaryotic species.; Title: strong similarity to pre-mRNA splicing protein Prp31 - Saccharomyces cerevisiae; See PMID 9199293; uncharacterized protein	complement(439697..441253)	Aspergillus niger	4982514
An08g02000	CDS	An08g02000	NT_166524.1	441669	443757	D	Title: strong similarity to hypothetical protein SPBC31F10.11c - Schizosaccharomyces pombe; uncharacterized protein	join(441669..443453,443509..443757)	Aspergillus niger	4982515
An08g02020	CDS	An08g02020	NT_166524.1	444328	445980	R	Title: similarity to hypothetical protein encoded by An08g02050 - Aspergillus niger; uncharacterized protein	complement(join(444328..445223,445298..445919,445957..445980))	Aspergillus niger	4982517
An08g02030	CDS	An08g02030	NT_166524.1	446639	448599	D	Title: strong similarity to hypothetical Hsp70-like protein CAB91447.2 - Neurospora crassa; uncharacterized protein	join(446639..446696,446750..447285,447452..447521,447578..448599)	Aspergillus niger	4982518
An08g02040	CDS	An08g02040	NT_166524.1	449351	449863	R	hypothetical protein	complement(join(449351..449528,449856..449863))	Aspergillus niger	84591591
An08g02050	CDS	An08g02050	NT_166524.1	451084	452432	R	Title: similarity to hypothetical protein encoded by An08g02020 - Aspergillus niger; uncharacterized protein	complement(join(451084..451670,451730..451862,451905..452318,452412..452432))	Aspergillus niger	4982520
An08g02060	CDS	An08g02060	NT_166524.1	453201	455231	D	Title: similarity to hypothetical Hsp70-like protein CAB91447.2 - Neurospora crassa; uncharacterized protein	join(453201..453761,453922..453994,454052..454395,454449..454555,454598..454787,454838..454946,455008..455231)	Aspergillus niger	4982521
An08g02070	CDS	An08g02070	NT_166524.1	455984	456335	R	hypothetical protein	complement(join(455984..456061,456207..456335))	Aspergillus niger	84591592
An08g02080	CDS	An08g02080	NT_166524.1	458255	460381	D	Remark: the similarity to blastp matches is mainly due to repetitive amino acids.; hypothetical protein	458255..460381	Aspergillus niger	4982523
An08g02090	CDS	An08g02090	NT_166524.1	461538	463473	R	Remark: the similarity to blastp matches is due to repetitive amino acids.; hypothetical protein	complement(join(461538..463042,463128..463473))	Aspergillus niger	4982524
An08g02100	CDS	An08g02100	NT_166524.1	464875	466054	D	Function: guanine nucleotide-binding proteins (G proteins) are involved as modulators or transducers in various transmembrane signaling systems.; Remark: a putative sequencing error results in an frameshift.; Similarity: gna-2 of N. crassa belongs to the G-alpha family.; Similarity: the ORF encoded protein shows similarity to many alpha subunits of G proteins.; Title: strong similarity to G protein alpha subunit gna-2 - Neurospora crassa [putative frameshift]; putative frameshift; uncharacterized protein	join(464875..465091,465184..465222,465254..465321,465379..465646,465714..466054)	Aspergillus niger	84591593
An08g02110	CDS	An08g02110	NT_166524.1	467470	468315	R	Remark: a splice site was detected upstream of the START codon.; Remark: the ORF encoded protein shows similarity to many known and hypothetical zink finger transcription factors.; Title: similarity to factor of late activated T lymphocytes-1 RANTES - Homo sapiens; nucleus; See PMID 10023774; uncharacterized protein	complement(467470..468315)	Aspergillus niger	4982526
An08g02120	CDS	An08g02120	NT_166524.1	471760	473542	R	hypothetical protein	complement(join(471760..472018,472166..472276,472472..472723,472764..472817,472848..472906,473016..473052,473322..473542))	Aspergillus niger	84591594
An08g02140	CDS	An08g02140	NT_166524.1	474764	475110	D	Title: questionable ORF; uncharacterized protein	join(474764..474821,475055..475110)	Aspergillus niger	84591595
An08g02150	CDS	An08g02150	NT_166524.1	476029	476294	D	Title: questionable ORF; uncharacterized protein	join(476029..476067,476155..476172,476211..476294)	Aspergillus niger	84591596
An08g02160	CDS	An08g02160	NT_166524.1	478096	480359	R	hypothetical protein	complement(join(478096..478242,478406..478643,478749..478825,478881..479095,479201..479524,479600..479670,479714..479753,479847..479991,480099..480359))	Aspergillus niger	84591597
An08g02170	CDS	An08g02170	NT_166524.1	480998	481618	D	Remark: Similarity to other proteins is based on repetitive sequence motifs.; hypothetical protein	join(480998..481135,481175..481618)	Aspergillus niger	4982531
An08g02180	CDS	An08g02180	NT_166524.1	482274	483393	D	Catalytic activity: pyridoxine + NADP(+) <=> pyridoxal + NADPH.; Pathway: PLR of S. pombe is involved in the vitamin B6 metabolism.; Remark: alternate names for the S. pombe pyridoxine 4-dehydrogenase PLR : pyridoxal reductase; pyridoxin dehydrogenase; pyridoxine:NADP+ 4-oxidoreductase.; Title: strong similarity to pyridoxine 4-dehydrogenase PLR - Schizosaccharomyces pombe; See PMID 10438489; See PMID 10705982; uncharacterized protein	join(482274..482325,482397..482829,482913..483393)	Aspergillus niger	4982532
An08g02190	CDS	An08g02190	NT_166524.1	484141	485372	D	Similarity: similarity to many DNA binding proteins.; Title: similarity to hypothetical zinc-finger protein - Schizosaccharomyces pombe; uncharacterized protein	join(484141..484672,484762..485372)	Aspergillus niger	4982533
An08g02200	CDS	An08g02200	NT_166524.1	486734	491306	R	Function: hrp1 of S. pombe is required for proper chromosome segregation.; Remark: hrp1 of S. pombe is a member of the CHD protein family, characterized by a chromodomain, a Myb-like telobox-related DNA-binding domain and a SNF2-related helicase/ATPase domain.; Title: strong similarity to helicase-related protein hrp1p - Schizosaccharomyces pombe; See PMID 9520266; See PMID 10756203; uncharacterized protein	complement(join(486734..486863,486922..491306))	Aspergillus niger	4982534
An08g02210	CDS	An08g02210	NT_166524.1	492161	494768	D	Function: the equilibrium between RNase L inhibitor and its RNase target plays a central role in the regulation of mRNA turnover and protein biosynthesis.; Remark: ORF 5'truncated due to end of contig.; Remark: two possible sequencing errors at position 2382 and 2490, giving rise to stopcodons.; Similarity: Rnase L inhibitor is conserved in yeast,mouse, man.; Title: strong similarity to RNase L inhibitor - Homo sapiens [putative sequencing error] [truncated ORF]; putative sequencing error; See PMID 7539425; uncharacterized protein	join(<492161..492172,492251..492653,492709..492870,492926..493022,493079..494150,494202..494768)	Aspergillus niger	4982535
An08g02220	CDS	An08g02220	NT_166524.1	495700	498256	R	Remark: possible sequencing error at position 5783 leading to frame shift.; Remark: the systematic gene name of PRP40 of S. cerevisiae is YKL012w.; Similarity: the S. cerevisiae Prp40p is about 200 amino acids shorter at C-terminus.; Title: similarity to splicing factor Prp40 -Saccharomyces cerevisiae [putative frameshift]; putative frameshift; See PMID 8622699; See PMID 10978320; uncharacterized protein	complement(join(<495700..496740,496794..498066,498152..498256))	Aspergillus niger	4982536
An08g02230	CDS	An08g02230	NT_166524.1	498601	500612	D	Similarity: N-terminal 150 aminoacids show similarity to 200 aminoacids of the C-terminal part of MT2642 of M. tuberculosis.; Title: weak similarity to hypothetical protein MT2642 - Mycobacterium tuberculosis; uncharacterized protein	join(498601..498775,498838..499107,499158..500283,500339..500417,500571..500612)	Aspergillus niger	4982537
An08g02240	CDS	An08g02240	NT_166524.1	501499	502418	D	Similarity: shows similarity to several peroxisomal membrane proteins.; Title: strong similarity to hypothetical peroxisomal organisation and biogenesis protein SPAC3G6.05 -Schizosaccharomyces pombe; uncharacterized protein	join(501499..501556,501621..501646,501715..502057,502118..502284,502347..502418)	Aspergillus niger	4982538
An08g02260	CDS	An08g02260	NT_166524.1	503218	504646	D	Catalytic activity: ATP + 3-phospho-D-glycerate = ADP + 3-phospho-D-glyceroyl phosphate.; Pathway: second step in the second phase of glycolysis.; Title: strong similarity to phosphoglycerate kinase pgkA - Aspergillus nidulans; See PMID 3533726; uncharacterized protein	join(503218..503283,503380..503800,503880..504646)	Aspergillus niger	4982539
An08g02270	CDS	An08g02270	NT_166524.1	505346	505902	R	Title: strong similarity to hypothetical protein YDR363w-a - Saccharomyces cerevisiae; uncharacterized protein	complement(join(505346..505382,505543..505657,505788..505902))	Aspergillus niger	4982540
An08g02280	CDS	An08g02280	NT_166524.1	506831	509287	D	Title: strong similarity to hypothetical protein YKR018c - Saccharomyces cerevisiae; uncharacterized protein	join(506831..506912,506990..507007,507098..507174,507272..507338,507400..508403,508457..509287)	Aspergillus niger	4982541
An08g02290	CDS	An08g02290	NT_166524.1	510207	512031	D	Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(510207..510586,510702..510793,510845..512031)	Aspergillus niger	4982542
An08g02300	CDS	An08g02300	NT_166524.1	513136	513972	R	Remark: N-terminally truncated due to contig border.; Similarity: shows good similarity to C-terminus of enniatin synthetase of F. scirpi.; Title: weak similarity to enniatin synthase -Fusarium scirpi [truncated ORF]; uncharacterized protein	complement(513136..>513972)	Aspergillus niger	84591598
An08g02310	CDS	An08g02310	NT_166524.1	514101	532251	R	Function: non-ribosomal peptide synthetases are large, multifunctional protein.; Pathway: production of HC-toxin, a cyclic tetrapeptide.; Remark: C-terminally truncated due to contig border.; Similarity: shows similarity to several known and hypothetical non-ribosomal peptide synthetase of different specificities.; Title: similarity to HC-toxin non-ribosomal peptide synthase HTS1 - Cochliobolus carbonum [truncated ORF]; See PMID 1281482; See PMID 1814363; uncharacterized protein	complement(join(<514101..515540,515590..517208,517257..517704,517786..517917,517976..518355,518412..530724,530778..531080,531178..531594,531748..532251))	Aspergillus niger	4982544
An08g02320	CDS	An08g02320	NT_166524.1	535264	535410	D	Title: questionable ORF; uncharacterized protein	join(535264..535352,535395..535410)	Aspergillus niger	84591599
An08g02330	CDS	An08g02330	NT_166524.1	538141	543496	D	Similarity: shows strong similarity to several known and hypothetical ABC-type multidrug transporter proteins with different specificities of different species.; Title: strong similarity to multidrug resistance protein MLP-2 - Rattus norvegicus; See PMID 9614210; uncharacterized protein	join(538141..538356,538523..539060,539120..539346,539403..539682,539749..539982,540035..540825,540881..541043,541103..541459,541515..541638,541696..541767,541815..541930,541999..542617,542681..542761,542817..543191,543256..543496)	Aspergillus niger	4982546
An08g02340	CDS	An08g02340	NT_166524.1	544617	548754	R	Title: similarity to hypothetical protein SPBC3B9.16c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(544617..545839,545892..548033,548115..548754))	Aspergillus niger	4982547
An08g02350	CDS	An08g02350	NT_166524.1	549134	550406	R	Function: the uvsC null mutant arrested at an earlier stage than the uvsC114 mutant, before the onset of meiosis; Function: the uvsC null mutant is sensitive to both UV and MMS.; Induction: transcription of uvsC from A. nidulans is induced by methyl-methane sulphonate (MMS).; Title: strong similarity to protein uvsC -Aspergillus nidulans; See PMID 9202381; uncharacterized protein	complement(join(549134..549945,550013..550080,550166..550245,550323..550406))	Aspergillus niger	4982548
An08g02360	CDS	An08g02360	NT_166524.1	551122	552070	R	hypothetical protein	complement(join(551122..551300,551353..551857,552026..552070))	Aspergillus niger	4982549
An08g02370	CDS	An08g02370	NT_166524.1	553381	554023	R	hypothetical protein	complement(join(553381..553655,553729..554023))	Aspergillus niger	84591600
An08g02380	CDS	An08g02380	NT_166524.1	555637	556564	D	hypothetical protein	join(555637..555811,555879..555907,555984..556121,556187..556564)	Aspergillus niger	4982551
An08g02390	CDS	An08g02390	NT_166524.1	557217	559396	D	Title: strong similarity to hypothetical conserved protein SPCP1E11.11 - Schizosaccharomyces pombe; uncharacterized protein	join(557217..557652,557682..559396)	Aspergillus niger	4982552
An08g02400	CDS	An08g02400	NT_166524.1	561283	564014	D	Title: similarity to hypothetical protein B16B8.060 - Neurospora crassa; uncharacterized protein	join(561283..562023,562096..563521,563575..564014)	Aspergillus niger	4982553
An08g02410	CDS	An08g02410	NT_166524.1	565227	566863	D	Title: weak similarity to extracellular matrix protein papilin Ppn - Drosophila melanogaster; See PMID 11076767; uncharacterized protein	join(565227..565233,565552..565578,565780..565933,565996..566863)	Aspergillus niger	4982554
An08g02420	CDS	An08g02420	NT_166524.1	568081	570660	R	hypothetical protein	complement(join(568081..568190,568246..568435,568488..568877,568934..569301,569354..569465,569523..570046,570156..570660))	Aspergillus niger	4982555
An08g02430	CDS	An08g02430	NT_166524.1	571330	573004	D	hypothetical protein	join(571330..571372,571786..571868,572296..572787,572933..573004)	Aspergillus niger	84591601
An08g02440	CDS	An08g02440	NT_166524.1	573751	576045	R	Catalytic activity: deoxynucleoside triphosphate + DNA(n) = pyrophosphate + DNA(n+1).; Pathway: purine metabolism; pyrimidine metabolism; DNA polymerase.; Remark: pol lambda has DNA polymerase activity in vitro and shares similar structural organization, including a BRCT domain, helix-loop-helix DNA-binding motifs and polymerase X domain. mRNA expression of pol lambda is highest in testis and fetal liver.; Similarity: belongs to the DNA polymerase IV (family X).; Title: similarity to DNA polymerase lambda POL lambda - Homo sapiens; See PMID 10982892; uncharacterized protein	complement(join(573751..574929,574984..575558,575682..576045))	Aspergillus niger	4982557
An08g02450	CDS	An08g02450	NT_166524.1	576427	577627	D	Remark: ATP10 S. cerevisiae is associated with the mitochondrial membrane but does not co-fractionate either with F1 or with the rutamycin-sensitive F1-F0 complex. These data suggest that the ATP 10 product is not a subunit of the ATPase complex but rather is required for the assembly of the F0 sector of the complex.; Remark: the predicted ORF is approximately 100 amino acids longer.; Title: similarity to mitochondrial protein Atp10 -Saccharomyces cerevisiae; See PMID 2141026; uncharacterized protein	join(576427..576860,576934..577627)	Aspergillus niger	4982558
An08g02460	CDS	An08g02460	NT_166524.1	577950	578781	R	Remark: GOS1-disrupted cells suggests that Gos1p may play a role in multiple transport steps, specifically ER-Golgi and/or intra-Golgi transport.; Remark: Gos1p S. cerevisiae is a v-SNARE protein and localized to the Golgi compartment and likely homolog of the mammalian protein GOS-28/GS28. Gos1p is a type II membrane protein with characteristic SNARE sequence hallmarks and is functionally a SNARE protein.; Remark: alternate name is YHL031c.; Title: strong similarity to SNARE protein of Golgi compartment Gos1 - Saccharomyces cerevisiae; See PMID 9755865; uncharacterized protein	complement(join(577950..578453,578538..578651,578716..578781))	Aspergillus niger	4982559
An08g02470	CDS	An08g02470	NT_166524.1	579298	580224	D	Remark: hybridization of the cDNA to digests of nuclear DNA suggests that there are 15-17 copies of the L35 gene.; Remark: identical to EST SEQ ID NO:3904 and EST an_3657 from A. niger.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L35 - Rattus norvegicus; See PMID 2322279; See PMID 3426607; 60S ribosomal protein uL29	join(579298..579300,579397..579527,579912..580137,580219..580224)	Aspergillus niger	4982560
An08g02480	CDS	An08g02480	NT_166524.1	580812	584034	R	Title: strong similarity to hypothetical protein EAA65820.1 - Aspergillus nidulans; uncharacterized protein	complement(join(580812..581527,581767..582033,582259..582384,582435..582657,582711..583127,583161..583430,583480..583822,583889..584034))	Aspergillus niger	4982561
An08g02490	CDS	An08g02490	NT_166524.1	584641	586977	R	hypothetical protein	complement(join(584641..584764,585300..585519,585734..585820,585903..586144,586319..586360,586449..586578,586680..586977))	Aspergillus niger	84591602
An08g02500	CDS	An08g02500	NT_166524.1	587139	589075	D	Remark: Schizosaccharomyces pombe hst4(+) gene is a member of the SIR2/HST silencing gene family that is defined in organisms ranging from bacteria to humans. Mutant strains show decreased silencing of reporter genes at both telomeres and centromeres. hst4(+) appears to be important for centromere function as well because mutants have elevated chromosome-loss rates and are sensitive to a microtubule-destabilizing drug. Consistent with a role in chromatin structure, Hst4p localizes to the nucleus and appears concentrated in the nucleolus.; Title: strong similarity to silencing gene hst4p -Schizosaccharomyces pombe; See PMID 10512858; uncharacterized protein	join(587139..587589,587684..588489,588539..589075)	Aspergillus niger	4982563
An08g02510	CDS	An08g02510	NT_166524.1	589582	590662	R	Function: DNA polymerase epsilon p17 subunit p17 of H. sapiens functions in chromosomal DNA replication and probably DNA repair.; Similarity: the predicted ORF shows 56 amino acids long extentions at the N-terminus and at the C-terminus compaired to DNA polymerase epsilon p17 subunit p17 of H. sapiens.; Title: similarity to DNA polymerase epsilon p17 subunit p17 - Homo sapiens; See PMID 10801849; uncharacterized protein	complement(join(589582..590149,590234..590367,590477..590662))	Aspergillus niger	4982564
An08g02520	CDS	An08g02520	NT_166524.1	591434	593165	R	Remark: the ORF is a putative GTP binding protein.; Remark: the first 93 amino acids are nearly identical to E. nidulans myosin-related protein homolog MlpA.; Title: strong similarity to hypothetical protein YER006w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(591434..592942,593005..593099,593153..593165))	Aspergillus niger	4982565
An08g02530	CDS	An08g02530	NT_166524.1	593604	594576	D	Catalytic activity: glycerol 3-phosphate + H2O = glycerol + phosphate.; Remark: GPP2 has a high specificity for dl-glycerol-3-phosphate, pH optima at 6. 5, and KmG3P in the range of 3-4 mM. The osmotic induction of Gpp2p is blocked in cells that are defective in the HOG-mitogen-activated protein kinase pathway, indicating that GPP2 is a target gene for this osmosensing signal transduction pathway.; Remark: also strong similarity to S. cerevisiae cytosolic glycerol-3-phosphatase encoded by GPP2 gene patent WO9928480-A1.; Title: strong similarity to hyperosmolarity-responsive protein Hor2 - Saccharomyces cerevisiae; See PMID 7500933; See PMID 8662716; See PMID 11058591; uncharacterized protein	join(593604..593703,593766..593787,593850..593959,594095..594576)	Aspergillus niger	4982566
An08g02540	CDS	An08g02540	NT_166524.1	594721	595735	R	hypothetical protein	complement(join(594721..594778,594843..594898,595052..595085,595159..595238,595323..595346,595601..595642,595697..595735))	Aspergillus niger	84591603
An08g02550	CDS	An08g02550	NT_166524.1	596573	597850	R	hypothetical protein	complement(join(596573..596627,596733..596916,597167..597495,597846..597850))	Aspergillus niger	84591604
An08g02560	CDS	An08g02560	NT_166524.1	597885	599983	D	Title: weak similarity to hypothetical threonine dehydratase ilvA - Bacillus halodurans; uncharacterized protein	join(597885..598003,598074..598166,598251..598403,598485..598580,598784..598955,599077..599171,599361..599577,599867..599983)	Aspergillus niger	84591605
An08g02570	CDS	An08g02570	NT_166524.1	600297	602391	D	Title: weak similarity to hypothetical transaminase DR1350 - Deinococcus radiodurans; uncharacterized protein	join(600297..600525,600790..600855,600932..601031,601072..601229,601340..601470,601581..601667,601754..601901,602078..602246,602343..602391)	Aspergillus niger	84591606
An08g02580	CDS	An08g02580	NT_166524.1	604582	606757	D	Remark: during embryogenesis the expression of Hec-Otx becomes restricted to cell lineages fated to give rise to the anterior-most nervous system and the stomodeal component of the primordial pharynx. In hatched larvae Hec-Otx transcripts are detected only in the sensory (brain) vesicle. RA (all-trans retinoic acid) reduces Hec-Otx expression in the tailbud stomodeal pharynx primordium/anterior nervous system cell line but not in the larval sensory vesicle, suggesting that RA regulation of Hec-Otx expression is restricted to pharyngeal tissues throughout embryonic and postlarval development.; Similarity: to unassigned homeobox proteins.; Title: similarity to homeobox protein Hec-Otx -Herdmania curvata; See PMID 11180813; uncharacterized protein	join(604582..604911,604970..606757)	Aspergillus niger	4982571
An08g02590	CDS	An08g02590	NT_166524.1	607524	608763	D	Function: S. cerevisiae PMU1 gene is required in addition to the MAL4 gene for both constitutive maltase synthesis and maltose utilization.; Function: overexpression of S. cerevisiae PMU1/YKL128c reduced the levels of trehalose-6-phosphate in tps2 mutants.; Remark: PMU1 has twice independently been designated in S. cerevisiae and likely describes two different genes,with only PMU1/YKL128c having been characterised on a molecular level.; Title: similarity to trehlose metabolism factor Pmu1 - Saccharomyces cerevisiae; See PMID 7050624; See PMID 8913738; uncharacterized protein	join(607524..607658,607745..607963,608038..608763)	Aspergillus niger	4982572
An08g02600	CDS	An08g02600	NT_166524.1	609734	611698	R	Remark: the similarity of the predicted A. niger protein and the S. cerevisiae NPL6 protein is restricted to the N-termial half of the protein.; Title: similarity to nuclear localization protein Npl6 - Saccharomyces cerevisiae; See PMID 8514125; uncharacterized protein	complement(609734..611698)	Aspergillus niger	4982573
An08g02610	CDS	An08g02610	NT_166524.1	611880	612769	D	hypothetical protein	join(611880..611988,612079..612143,612309..612426,612465..612620,612672..612769)	Aspergillus niger	84591607
An08g02620	CDS	An08g02620	NT_166524.1	613603	614803	D	hypothetical protein	join(613603..613614,613646..613990,614082..614217,614350..614420,614561..614803)	Aspergillus niger	84591608
An08g02625	CDS	An08g02625	NT_166524.1	615078	615263	R	hypothetical protein	complement(615078..615263)	Aspergillus niger	84591609
An08g02630	CDS	An08g02630	NT_166524.1	615310	617147	D	hypothetical protein	join(615310..615663,615743..615794,615919..616013,616082..616278,616340..616492,616632..616801,616851..616910,617023..617147)	Aspergillus niger	84591610
An08g02640	CDS	An08g02640	NT_166524.1	618949	619197	R	hypothetical protein	complement(618949..619197)	Aspergillus niger	84591611
An08g02650	CDS	An08g02650	NT_166524.1	620557	622391	R	hypothetical protein	complement(join(620557..620652,620745..620793,620885..620932,621015..621078,621173..621383,621573..621711,621801..622004,622103..622266,622362..622391))	Aspergillus niger	84591612
An08g02660	CDS	An08g02660	NT_166524.1	622827	623629	R	hypothetical protein	complement(join(622827..623494,623524..623629))	Aspergillus niger	84591613
An08g02670	CDS	An08g02670	NT_166524.1	624211	624810	D	Title: strong similarity to EST an_3167 -Aspergillus niger; uncharacterized protein	624211..624810	Aspergillus niger	4982581
An08g02680	CDS	An08g02680	NT_166524.1	626513	629618	R	Remark: blastp matches are due to repetetive structures.; hypothetical protein	complement(join(626513..628552,628615..629328,629394..629618))	Aspergillus niger	4982582
An08g02690	CDS	An08g02690	NT_166524.1	629745	630132	D	Title: questionable ORF; uncharacterized protein	join(629745..629876,630046..630132)	Aspergillus niger	84591614
An08g02700	CDS	An08g02700	NT_166524.1	630670	632103	R	Catalytic activity: methionine adenosyltransferases convert ATP and L-methionine and H(2)O to phosphate and diphosphate and S-adenosyl-L-methionine.; Function: adenosylmethionine is an important methyl donor in most transmethylation reactions and is also the propylamino donor in the biosynthesis of polyamines.; Phenotype: muations of the human adenosylmethionine can result in an autosomal recessive disorder, the hypermethioninemia.; Title: strong similarity to S-adenosylmethionine synthase eth-1 - Neurospora crassa; See PMID 8849888; uncharacterized protein	complement(join(630670..631670,631742..631769,631905..631962,632027..632103))	Aspergillus niger	4982584
An08g02710	CDS	An08g02710	NT_166524.1	632809	633687	D	Function: overexpression of S. pombe fet5 suppresses the genetic-defect of nuclear RNA polymerases I-III.; Remark: the predicted A. niger protein contains a leucine zipper region (aa 75-97).; Title: strong similarity to transcription factor fet5p - Schizosaccharomyces pombe; See PMID 9190794; uncharacterized protein	632809..633687	Aspergillus niger	4982585
An08g02720	CDS	An08g02720	NT_166524.1	634638	635372	R	hypothetical protein	complement(join(634638..634665,634759..635372))	Aspergillus niger	4982586
An08g02730	CDS	An08g02730	NT_166524.1	636103	638934	R	Localization: the A. proteus myosin is found throughout the amoeba cytoplasm but is more concentrated in the ectoplasmic regions.; Similarity: the A. proteus myosin appeares to exist in three different isoforms, with closely related amino acids in the globular head region.; Title: strong similarity to myosin heavy chain -Amoeba proteus; cytoplasm; See PMID 9864850; uncharacterized protein	complement(join(636103..636184,636240..637780,637834..638934))	Aspergillus niger	4982587
An08g02740	CDS	An08g02740	NT_166524.1	639025	639944	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(639025..639420,639706..639738,639879..639944)	Aspergillus niger	84591615
An08g02750	CDS	An08g02750	NT_166524.1	640148	641355	R	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	complement(join(640148..640388,640479..640529,640643..640723,640821..640972,641045..641085,641331..641355))	Aspergillus niger	84591616
An08g02760	CDS	An08g02760	NT_166524.1	642667	644325	R	Similarity: the only similarities of the predicted A. niger are due to a N-terminal fungal Zn(2)-Cys(6) binuclear cluster (aa 6-44).; Title: weak similarity to zinc binuclear cluster protein sequence #30 from patent WO200224865-A2 -Unclassified organism; uncharacterized protein	complement(join(642667..642698,642751..644061,644130..644325))	Aspergillus niger	84591617
An08g02770	CDS	An08g02770	NT_166524.1	645042	646604	R	Complex: S. cerevisiae VMA13 is part of V-ATPase, a multisubunit complex composed of at least eight subunits.; Function: S. cerevisiae VMA13 s essential for activity, but not assembly, of V-ATPase.; Remark: alternative names for S. cerevisiae VMA13 are CLS11 and YPR036W.; Title: strong similarity to vacuolar H(+)-ATPase activator subunit Vma13 - Saccharomyces cerevisiae; vacuole; See PMID 8349704; uncharacterized protein	complement(join(645042..645654,645712..646231,646301..646604))	Aspergillus niger	4982591
An08g02780	CDS	An08g02780	NT_166524.1	647525	649832	D	Remark: the H. sapiens TMF (TATA element modulatory factor) protein binds to the human TATABox in a human immunodeficiency virus 1 TATA element gel-retardation assay.; Similarity: the H. sapiens TMF contains leucine-zipper amino acid motifs (aa 468-486, 471-493,478-500).; Title: strong similarity to transcription factor TMF - Homo sapiens; nucleus; See PMID 1409643; uncharacterized protein	join(647525..648841,648897..649832)	Aspergillus niger	4982592
An08g02790	CDS	An08g02790	NT_166524.1	650088	651143	R	Remark: the systematic name for S. cerevisiae NAS6 is YGR232W.; Similarity: S. cerevisiae Nas6p shows similarity to a subunit of the 19S proteasome regulatory particle.; Title: strong similarity to hypothetical 19S proteasome interacting protein Nas6 - Saccharomyces cerevisiae; See PMID 9714768; See PMID 10873636; See PMID 11029046; uncharacterized protein	complement(join(650088..650138,650210..650539,650603..650725,650787..650915,651007..651032,651086..651143))	Aspergillus niger	4982593
An08g02800	CDS	An08g02800	NT_166524.1	651930	652883	D	Function: A. thaliana PRL1 encodes a regulatory WD protein that interacts with ATHKAP2, an alpha-importin nuclear import receptor, and is imported into the nucleus.; Remark: the predicted A. niger protein contains 6 G-beta repeats (PF00400).; Title: strong similarity to nuclear WD protein PRL1 - Arabidopsis thaliana; nucleus; See PMID 9765207; uncharacterized protein	651930..652883	Aspergillus niger	4982594
An08g02810	CDS	An08g02810	NT_166524.1	653308	655824	R	Complex: the active complex consits of six subunits.; Function: the S. pombe Orc1 protein is component of the origin recognition complex (ORC) that binds origins of replication. It has a role both in chromosomal replication and in mating type transcriptional silencing.; Similarity: the S. pombe Orc1 protein belongs to the ORC1/CDC6/CDC18 family.; Title: strong similarity to origin recognition protein orc1p - Schizosaccharomyces pombe; nucleus; See PMID 7502077; uncharacterized protein	complement(join(653308..654076,654274..654786,654837..654946,654985..655824))	Aspergillus niger	4982595
An08g02820	CDS	An08g02820	NT_166524.1	656785	659541	D	hypothetical protein	join(656785..656807,656855..656915,656951..657282,657413..657542,657617..657841,657906..658489,658581..659541)	Aspergillus niger	4982596
An08g02830	CDS	An08g02830	NT_166524.1	659955	660709	R	Remark: the H. sapiens MM1 was isolated out of a yeast two hybrid screen of human Hela cell cDNA. .; Title: strong similarity to c-myc associated protein MM1 - Homo sapiens; nucleus; See PMID 9792694; uncharacterized protein	complement(join(659955..660022,660099..660216,660304..660590,660658..660709))	Aspergillus niger	4982597
An08g02840	CDS	An08g02840	NT_166524.1	661426	661956	R	hypothetical protein	complement(join(661426..661502,661683..661956))	Aspergillus niger	84591618
An08g02850	CDS	An08g02850	NT_166524.1	662896	663785	R	Remark: the mutT proteins play an important role in preventing incorporation of mutagenic nucleotides into DNA by hydrolyzing 8-oxo-dGTP.; Title: similarity to hypothetical protein MUTT -Arabidopsis thaliana; uncharacterized protein	complement(join(662896..663204,663361..663566,663686..663785))	Aspergillus niger	4982599
An08g02860	CDS	An08g02860	NT_166524.1	664173	665995	R	Similarity: E. coli proS belongs to the class II tRNA synthetase family.; Title: strong similarity to cytoplasmic proline--tRNA ligase proS - Escherichia coli; cytoplasm; Catalytic activity: prolyl-tRNA synthetases convert ATP and L-proline and tRNA(Pro) to AMP and diphosphate and L-prolyl-tRNA(Pro).; See PMID 2203971; uncharacterized protein	complement(join(664173..664652,664730..665089,665185..665558,665605..665734,665784..665863,665926..665995))	Aspergillus niger	4982600
An08g02870	CDS	An08g02870	NT_166524.1	666548	670196	D	Function: H. sapiens CCAAT-binding factor (CBF) regulates the expression of the human heat shock gene hsp70.; Title: strong similarity to CCAAT-binding transcription factor CBF - Homo sapiens; See PMID 2247079; uncharacterized protein	join(666548..667483,667534..668645,668695..669238,669291..670196)	Aspergillus niger	4982601
An08g02880	CDS	An08g02880	NT_166524.1	671632	671940	D	hypothetical protein	671632..671940	Aspergillus niger	84591619
An08g02890	CDS	An08g02890	NT_166524.1	672693	673021	R	hypothetical protein	complement(join(672693..672872,672929..673021))	Aspergillus niger	84591620
An08g02900	CDS	An08g02900	NT_166524.1	673058	674796	D	Function: the N. crassa mtr gene product is required for the uptake of neutral aliphatic and aromatic amino acids, as well as toxic analogs such as p-flurophenylalanine or 4-methyltryptophan.; Title: strong similarity to neutral amino acid permease mtr - Neurospora crassa; See PMID 8001794; uncharacterized protein	join(673058..673267,673354..673496,673552..673678,673728..674651,674716..674796)	Aspergillus niger	4982604
An08g02910	CDS	An08g02910	NT_166524.1	675377	677172	R	Title: strong similarity to hypothetical conserved protein 17E5.150 - Neurospora crassa; uncharacterized protein	complement(join(675377..675482,675577..677043,677150..677172))	Aspergillus niger	4982605
An08g02920	CDS	An08g02920	NT_166524.1	678420	680352	D	Catalytic activity: P450 enzymes catalyse the reaction, RH + reduced flavoprotein + O(2) = ROH + oxidised flavoprotein + H(2)O.; Function: G. fujikuroi P450I is involved in gibberellin biosynthesis.; Function: P450 enzymes usually act as terminal oxidases in multicomponent electron transfer chains in a multitude of biochemical pathways.; Remark: the annotated A. niger protein contains two cytochrom p 450 consensus sequences and displays strong similarity to a broad range of cytochrome P450 enzymes.; Title: strong similarity to cytochrome P450 monooxygenase P450I - Gibberella fujikuroi; See PMID 9501474; See PMID 9917370; uncharacterized protein	join(678420..678644,678704..678883,679012..679051,679131..680220,680328..680352)	Aspergillus niger	4982606
An08g02930	CDS	An08g02930	NT_166524.1	681003	684608	R	Title: strong similarity to nucleoporin NUP107 -Rattus norvegicus; nucleus; See PMID 8021268; uncharacterized protein	complement(join(681003..681525,681579..681909,681963..684011,684070..684286,684327..684608))	Aspergillus niger	4982607
An08g02940	CDS	An08g02940	NT_166524.1	684987	685903	D	Title: strong similarity to EST an_3396 -Aspergillus niger; uncharacterized protein	join(684987..685199,685316..685488,685588..685903)	Aspergillus niger	84591621
An08g02950	CDS	An08g02950	NT_166524.1	685965	686367	D	Function: S. cerevisiae SMT3 can be conjugated to a number of proteins by ubiquitin ligase E1 and E2 like enzymes.; Remark: the systematic name for SMT3 of S. cerevisiae is YDR510W.; Similarity: S. cerevisiae SMT3 belongs to the SUMO class of ubiquitin like proteins.; Title: strong similarity to ubiquitin like protein Smt3 - Saccharomyces cerevisiae; See PMID 9312010; See PMID 10759568; uncharacterized protein	join(685965..686174,686311..686367)	Aspergillus niger	4982609
An08g02960	CDS	An08g02960	NT_166524.1	687117	688811	R	Title: weak similarity to protein SEQ ID NO:7168 from patent WO200253728-A2 - Candida albicans; uncharacterized protein	complement(join(687117..687845,688002..688252,688516..688647,688697..688811))	Aspergillus niger	4982610
An08g02970	CDS	An08g02970	NT_166524.1	689573	690893	D	Catalytic activity: S. cerevisiae succinat-CoA ligase catalyze the stepwise synthesis of succinyl-CoA from succinate, CoA, and ATP in the presence of magnesium ion,involving phosphoryl enzyme and enzyme-bound succinyl phosphate as intermediates.; Complex: S. cerevisiae succinat-CoA ligase is an alpha-beta dimer.; Remark: S. cerevisiae succinyl-CoA ligase was shown to utilize ATP but not GTP for succinyl-CoA synthesis.; Title: strong similarity to succinat-CoA ligase alpha chain Lsc1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9874242; uncharacterized protein	join(689573..689741,689791..689798,689848..689961,690010..690153,690209..690591,690644..690893)	Aspergillus niger	4982611
An08g02980	CDS	An08g02980	NT_166524.1	690938	692081	D	Catalytic activity: succinat-CoA ligases converts GTP and succinate and CoA to GDP and succinyl-CoA and phosphate.; Complex: T. vaginalis succinat-CoA ligase is a dimer composed of an alpha and a beta subunit.; Function: the T. vaginalis beta-SCS is involved in fermentative carbohydrate metabolism.; Remark: T. vaginalis succinat-CoA ligase is found in hydrogenosomes, organelles found exclusively in certain anaerobic eukaryotes that lack mitochondria.; Title: strong similarity to succinate-CoA ligase beta chain beta-SCS - Trichomonas vaginalis; See PMID 1400232; uncharacterized protein	join(690938..691503,691552..691583,691640..691932,691995..692081)	Aspergillus niger	84591622
An08g02990	CDS	An08g02990	NT_166524.1	692450	693141	D	Pathway: S. cerevisiae MET14 is a component of the purine metabolism, the selenoamino acid metabolism and the Sulfur metabolism.; Remark: S. cerevisiae MET14 converts ATP and adenylylsulfate to ADP and 3'-phosphoadenylylsulfate.; Similarity: S. pombe orthologue of the S. cerevisiae MET14 is SPAC1782.; Title: strong similarity to adenylylsulfate kinase Met14 - Saccharomyces cerevisiae; See PMID 1654509; uncharacterized protein	join(692450..692457,692514..693141)	Aspergillus niger	4982613
An08g03000	CDS	An08g03000	NT_166524.1	693363	694764	R	Complex: the S. cerevisiae VMA5 is part of the multisubunit complex of the vacuolar H+-transporting ATPase.; Localization: S. cerevisiae VMA5 is located in the vacuole of the fungal cell.; Pathway: the S. cerevisiae H+-transporting ATPase chain C is part of the oxidative phosphorylation.; Remark: alternative names for S. cerevisiae VMA5 are CSL5, VAT3 and YKL080W.; Remark: the H+-transporting ATPase from S. cerevisiae belongs to a group of enzymes from the plasma membranes of yeast and Neurospora, which are closely related to the H+/K+-transporting ATPases (EC 3. 6. 1. 36).; Title: strong similarity to H+-transporting ATPase chain C Vma5 - Saccharomyces cerevisiae; See PMID 1730668; uncharacterized protein	complement(join(693363..693548,693603..694095,694158..694249,694307..694401,694464..694764))	Aspergillus niger	4982614
An08g03010	CDS	An08g03010	NT_166524.1	695331	696031	R	Title: strong similarity to EST SEQ ID NO:4179 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(join(695331..695412,695462..695551,695683..695780,695807..696031))	Aspergillus niger	4982615
An08g03020	CDS	An08g03020	NT_166524.1	696240	696477	D	Remark: ORF classified questionable due to lenght below 100 aa and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(696240..696273,696315..696411,696465..696477)	Aspergillus niger	84591623
An08g03030	CDS	An08g03030	NT_166524.1	696778	697804	R	Title: similarity to hypothetical protein AF1265 -Archaeoglobus fulgidus; uncharacterized protein	complement(join(696778..697194,697252..697525,697586..697716,697796..697804))	Aspergillus niger	4982617
An08g03040	CDS	An08g03040	NT_166524.1	698350	699662	R	Title: strong similarity to hypothetical protein CAA21103.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(698350..698418,698664..699388,699500..699662))	Aspergillus niger	4982618
An08g03050	CDS	An08g03050	NT_166524.1	700234	700470	D	hypothetical protein	join(700234..700243,700331..700470)	Aspergillus niger	84591624
An08g03060	CDS	An08g03060	NT_166524.1	700678	703386	D	Title: strong similarity to hypothetical protein CC0533 - Caulobacter crescentus; uncharacterized protein	join(700678..700810,700868..701511,701563..701885,701934..702073,702120..702568,702617..702729,702789..703386)	Aspergillus niger	4982620
An08g03070	CDS	An08g03070	NT_166524.1	703970	705474	R	Catalytic activity: (6S)-tetrahydrofolate + S-aminomethyldihydrolipoylprotein <=> (6R)-5,10-methylenetetrahydrofolate + NH(3) + dihydrolipoylprotein.; Complex: the T proteins are subunits of the glycine decarboxylase multienzyme complex, which is composed of the four proteins P, T, L, and H.; Function: the S. cerevisea homolog is the T-protein of the glycin cleavage system, which enables growth on glycine as carbon source.; Similarity: the ORF shows strong similarity to expressed sequence tag SEQ ID NO:5306 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to glycine decarboxylase subunit T Gcv1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9047339; uncharacterized protein	complement(join(703970..705020,705077..705474))	Aspergillus niger	4982621
An08g03080	CDS	An08g03080	NT_166524.1	707250	708287	D	Title: strong similarity to hypothetical protein encoded by An08g03120 - Aspergillus niger; uncharacterized protein	707250..708287	Aspergillus niger	4982622
An08g03090	CDS	An08g03090	NT_166524.1	709036	713392	R	Function: the S. cerevisiae homolog Pmc1p is a calcium-transporting ATPase that pumps Ca2+ into the vacuole. Pmc1p participates in the control of the cytosolic free calcium homeostasis.; Remark: the cellular response to changes in the environmental levels of Ca2+ is mediated by calmodulin and calcineurin which, in turn, modulate the various types of Ca2+ transporters.; Title: strong similarity to calcium-transporting ATPase Pmc1 - Saccharomyces cerevisiae; vacuole; uncharacterized protein	complement(join(709036..710316,710372..713392))	Aspergillus niger	4982623
An08g03100	CDS	An08g03100	NT_166524.1	713922	715292	D	hypothetical protein	join(713922..714149,714279..714464,715041..715292)	Aspergillus niger	84591625
An08g03110	CDS	An08g03110	NT_166524.1	716106	717026	D	hypothetical protein	join(716106..716109,716279..716523,716627..716662,716749..716798,716873..717026)	Aspergillus niger	84591626
An08g03120	CDS	An08g03120	NT_166524.1	717422	718396	R	Title: similarity to hypothetical serine/threonine-specific protein kinase SPAC3C7.06c -Schizosaccharomyces pombe; uncharacterized protein	complement(717422..718396)	Aspergillus niger	4982626
An08g03130	CDS	An08g03130	NT_166524.1	719126	720160	D	hypothetical protein	join(719126..719203,719275..719356,719592..719648,719760..720160)	Aspergillus niger	84591627
An08g03140	CDS	An08g03140	NT_166524.1	722843	723709	D	hypothetical protein	join(722843..723064,723200..723300,723341..723530,723611..723709)	Aspergillus niger	84591628
An08g03150	CDS	An08g03150	NT_166524.1	723836	725599	D	Function: the S. cerevisiae homolog Fcy2p is a purine/cytosine permease located in the plasma membrane.; Title: strong similarity to hypothetical purine-cytosine permease Fcy2 - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	join(723836..724237,724346..725392,725462..725599)	Aspergillus niger	4982629
An08g03160	CDS	An08g03160	NT_166524.1	726715	727595	R	hypothetical protein	complement(join(726715..726888,726983..727237,727362..727595))	Aspergillus niger	84591629
An08g03170	CDS	An08g03170	NT_166524.1	728116	729928	D	Remark: the N. crassa homolog B9I2. 20 is significantly shorter.; Title: similarity to hypothetical protein B9I2.20 -Neurospora crassa; uncharacterized protein	join(728116..728181,728515..728802,728867..729453,729529..729928)	Aspergillus niger	4982631
An08g03180	CDS	An08g03180	NT_166524.1	730860	732611	D	Remark: S. pombe homolog SPBC1289. 02c is hypothetical splicing factor by similarity.; Title: strong similarity to hypothetical splicing factor SPBC1289.02c - Schizosaccharomyces pombe; uncharacterized protein	join(730860..731054,731346..731441,731533..731933,731997..732105,732167..732322,732399..732611)	Aspergillus niger	4982632
An08g03190	CDS	An08g03190	NT_166524.1	733316	735317	D	Complex: tubulin is the major constituent of microtubules. tubulin is a dimer, which consists of an alpha- and beta-chain.; Function: the A. flavus homolog beta-tubulin is the beta-subunit of tubulin, which is a structural protein of the cytoskeleton and is involved in chromosome segregation and nuclear migration.; Title: strong similarity to tubulin beta chain beta-tubulin - Aspergillus flavus; cytoskeleton; uncharacterized protein	join(733316..733327,733459..733482,733569..733594,733720..733761,733837..733891,733956..734411,734482..734816,734870..735229,735284..735317)	Aspergillus niger	4982633
An08g03200	CDS	An08g03200	NT_166524.1	736604	738354	R	Function: the S. cerevisiae homolog Mep2p is a low capacity, high affinity ammonium permease. Mep2p is involved in pseudohyphae formation in response to nitrogen starvation.; Title: strong similarity to ammonium transport protein Mep2 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(736604..736729,736785..737016,737095..737769,737827..738081,738139..738203,738268..738354))	Aspergillus niger	4982634
An08g03210	CDS	An08g03210	NT_166524.1	738839	740489	R	hypothetical protein	complement(join(738839..739008,739138..739208,739723..739863,739969..740084,740245..740334,740412..740489))	Aspergillus niger	84591630
An08g03220	CDS	An08g03220	NT_166524.1	740942	741187	D	hypothetical protein	join(740942..741044,741084..741187)	Aspergillus niger	84591631
An08g03230	CDS	An08g03230	NT_166524.1	741501	741722	R	hypothetical protein	complement(join(741501..741520,741599..741722))	Aspergillus niger	84591632
An08g03240	CDS	An08g03240	NT_166524.1	742060	746222	D	Pathway: Wak1 of S. pombe participates in the stress-activated Wak1-Wis1-Sty1 MAP kinase pathway.; Regulation: Wak1 of S. pombe is regulated by Mcs4.; Remark: cells lacking Mcs4 or Wak1, however, are able to proliferate under stressful conditions and undergo sexual differentiation, suggesting that additional pathway(s) control the Wis1 MAPKK.; Similarity: the predicted A. niger protein shows strong similarity to the MAP kinase kinase kinase Wak1 of S. pombe and related kinases.; Title: strong similarity to MAP kinase kinase kinase wak1p - Schizosaccharomyces pombe; uncharacterized protein	join(742060..743870,743924..745689,745753..746222)	Aspergillus niger	4982638
An08g03250	CDS	An08g03250	NT_166524.1	747592	748212	R	Title: strong similarity to hypothetical protein BAB27989.1 - Mus musculus; uncharacterized protein	complement(join(747592..747658,747722..748212))	Aspergillus niger	4982639
An08g03260	CDS	An08g03260	NT_166524.1	749766	750543	R	Similarity: the ORF shows strong similarity to expressed sequence tag seq id no:4450 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to hypothetical mago nashi-like protein - Oryza sativa; uncharacterized protein	complement(join(749766..749927,749988..750075,750139..750202,750264..750359,750414..750451,750506..750543))	Aspergillus niger	4982640
An08g03270	CDS	An08g03270	NT_166524.1	750968	754080	D	Function: the S. cerevisiae homolog Sec26p is the beta chain subunit (beta-COP) of the COPI coatomer complex,which is required for budding from golgi membranes, and is essential for the retrograde Golgi-to-ER transport of dilysine-tagged proteins.; Title: strong similarity to beta-COP Sec26 -Saccharomyces cerevisiae; intracellular transport vesicles; uncharacterized protein	join(750968..751272,751339..751759,751811..752200,752253..753861,753938..754080)	Aspergillus niger	4982641
An08g03280	CDS	An08g03280	NT_166524.1	755156	756752	D	Function: S. cerevisiae Lcb4p is a sphingoid long chain base (LCB) kinase involved in sphingolipid biosynthesis. Lcb4p can use phytosphingosine,dihydrosphingosine, or sphingosine as substrate.; Remark: the alternative gene name for the S. cerevisiae homolog LCB4 is YOR171c.; Title: strong similarity to sphingoid long chain base kinases Lcb4 - Saccharomyces cerevisiae; uncharacterized protein	join(755156..755303,755383..756752)	Aspergillus niger	4982642
An08g03290	CDS	An08g03290	NT_166524.1	757126	758213	R	Similarity: the ORF shows strong similarity to expressed sequence tag an_3108 from Aspergillus niger.; Title: similarity to hypothetical protein SPAC9B6.07 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(757126..757922,757989..758107,758137..758213))	Aspergillus niger	4982643
An08g03300	CDS	An08g03300	NT_166524.1	760433	765289	D	Function: the S. cerevisiae homolog gene PDR5 encodes a membrane protein of the ATP-binding-cassette (ABC) superfamily, which is functioning as a drug extrusion pump with multiple pleiotropic substrates.; Induction: expression of S. cerevisiae Pdr5p is regulated by the pleiotropic drug resistance (PDR) network. Transcriptional regulator are Pdr1p, Pdr3p, Pdr7p, and Pdr9p, which also control transcription of several other target genes, many of them also ABC transporter proteins like SNQ2, STE6, PDR10, PDR11 and YOR1.; Title: strong similarity to multidrug resistance protein Pdr5p from patent WO200052144-A1 - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	join(760433..761315,761370..761421,761473..761489,761546..762116,762169..762252,762300..762359,762435..762624,762683..764116,764164..764567,764617..765289)	Aspergillus niger	4982644
An08g03320	CDS	An08g03320	NT_166524.1	766774	767952	R	Title: similarity to hypothetical protein SPAPB2B4.07 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(766774..766908,766994..767737,767950..767952))	Aspergillus niger	4982646
An08g03330	CDS	An08g03330	NT_166524.1	768163	768769	D	hypothetical protein	join(768163..768348,768419..768503,768624..768769)	Aspergillus niger	84591633
An08g03340	CDS	An08g03340	NT_166524.1	769066	771334	R	Remark: H. sapiens homolog AAH06108. 1 is significantly longer.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to hypothetical protein AAH06108.1 - Homo sapiens; uncharacterized protein	complement(join(769066..771070,771129..771334))	Aspergillus niger	4982648
An08g03350	CDS	An08g03350	NT_166524.1	771906	772245	D	hypothetical protein	join(771906..772172,772243..772245)	Aspergillus niger	84591634
An08g03360	CDS	An08g03360	NT_166524.1	773361	776700	D	Function: S. pombe kin1 affects composition or organization of the cell wall, altering the cell shape when deleted.; Similarity: the S. pombe homolog kin1 is closely related to the KIN1- and KIN2-encoded serine/threonine-specific protein kinases of S. cerevisiae.; Title: strong similarity to protein kinase kin1p -Schizosaccharomyces pombe; uncharacterized protein	join(773361..774014,774073..774700,774755..776700)	Aspergillus niger	4982650
An08g03370	CDS	An08g03370	NT_166524.1	777380	777661	R	hypothetical protein	complement(join(777380..777486,777574..777586,777629..777661))	Aspergillus niger	84591635
An08g03380	CDS	An08g03380	NT_166524.1	778386	780487	D	Catalytic activity: S-adenosyl-L-methionine + histone L-lysine <=> S-adenosyl-L-homocysteine + histone N6-methyl-L-lysine.; Function: the S. pombe homolog Clr4 is a histone H3-specific methyltransferase, known to regulate silencing and switching at the mating-type loci due to remodeling of the chromatin structure. Clr4 methylates preferentially lysine 9 of histone H3 (H3 Lys9).; Title: strong similarity to hypothetical mating-type loci and centromere silencing protein clr4p -Schizosaccharomyces pombe; uncharacterized protein	join(778386..778433,778787..779975,780030..780487)	Aspergillus niger	4982652
An08g03390	CDS	An08g03390	NT_166524.1	781345	782064	R	Similarity: the similarity is restricted to the N-terminal region of the A. niger protein.; Title: weak similarity to DNA-directed RNA polymerase II largest chain RBP1 - Nosema locustae; uncharacterized protein	complement(781345..782064)	Aspergillus niger	4982653
An08g03400	CDS	An08g03400	NT_166524.1	783636	790105	R	Function: the S. cerevisiae homolog Cch1p is involved in calcium influx and the late stage of the mating process.; Title: strong similarity to calcium channel protein Cch1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(783636..785320,785378..786041,786097..788439,788495..790105))	Aspergillus niger	4982654
An08g03410	CDS	An08g03410	NT_166524.1	790170	790725	D	hypothetical protein	join(790170..790251,790295..790506,790609..790725)	Aspergillus niger	84591636
An08g03420	CDS	An08g03420	NT_166524.1	791211	792599	R	Similarity: the ORF shows similarity to expressed sequence tag h1c04a1. f1 from Aspergillus nidulans.; Title: similarity to hypothetical protein CG13349 -Drosophila melanogaster; uncharacterized protein	complement(join(791211..791763,791907..792472,792549..792599))	Aspergillus niger	4982656
An08g03430	CDS	An08g03430	NT_166524.1	793112	794109	D	Remark: L6 of S. cerevisiae belongs to the L6E family of ribosomal proteins.; Remark: L6 of S. cerevisiae is also called L9324. 4,YLR448w, or YL16. B.; Similarity: the ORF shows also strong similarity to EST seq id NO:4762 of patent WO200056762-A2 from Aspergillus oryzae.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L6 - Saccharomyces cerevisiae; cytoplasm; See PMID 1390890; 60S ribosomal protein eL6	join(793112..793231,793515..793850,793957..794109)	Aspergillus niger	4982657
An08g03440	CDS	An08g03440	NT_166524.1	795037	796172	R	Title: similarity to hypothetical protein F49E12.10 - Caenorhabditis elegans; uncharacterized protein	complement(join(795037..795603,795693..796172))	Aspergillus niger	4982658
An08g03450	CDS	An08g03450	NT_166524.1	796810	797935	R	Function: the S. cerevisiae homolog Tsc10p is necessary and sufficient for catalyzing the NADPH-dependent reduction of 3-ketosphinganine to dihydrosphingosine.; Pathway: S. cerevisiae Tsc10p catalyzes the second step in the synthesis of phytosphingosine.; Remark: an alternative gene name for S. cerevisiae TSC10 is YBR265w.; Title: strong similarity to 3-ketosphinganine reductase Tsc10 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(796810..797177,797214..797640,797699..797830,797894..797935))	Aspergillus niger	4982659
An08g03460	CDS	An08g03460	NT_166524.1	798374	800393	D	Function: S. cerevisiae Sas10p ('Something About Silencing') is able to disrupt silencing and derepresses genes associated with silenced chromatin when overproduced.; Localization: Sas10p is a nuclear protein.; Remark: an alternative gene name for the S. cerevisiae homolog SAS10 is YDL153c.; Title: strong similarity to protein involved in silencing Sas10 - Saccharomyces cerevisiae; nucleus; uncharacterized protein	join(798374..798557,798616..800393)	Aspergillus niger	4982660
An08g03470	CDS	An08g03470	NT_166524.1	800807	804415	R	Function: the M. musculus homolog Msh5 shows a meiotic defect, leading to male and female sterility in mice.; Similarity: M. musculus Msh5 is a member of the mammalian mismatch repair protein family of MutS and MutL.; Title: strong similarity to DNA mismatch repair gene MSH5 from patent WO9901550-A1 - Mus musculus; nucleus; uncharacterized protein	complement(join(800807..801062,801132..801170,801230..801431,801482..801593,801650..801731,801784..801818,801871..802060,802110..802199,802249..802345,802401..802758,802804..802863,803039..803438,803492..803867,804067..804415))	Aspergillus niger	4982661
An08g03480	CDS	An08g03480	NT_166524.1	804771	807167	R	Localization: hsp78 from S. cereviesiae is a soluble protein located in the mitochondrial matrix.; Similarity: Hsp78p from S. cereviesiae belongs to the Clp family of ATP-dependent proteases.; Title: strong similarity to mitochondrial heat shock protein Hsp78 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8413229; uncharacterized protein	complement(804771..807167)	Aspergillus niger	4982662
An08g03490	CDS	An08g03490	NT_166524.1	807569	808869	D	Function: beta subunit of eukaryotic elongation factor 1 (EF-1) catalyzes the GDP/GTP exchange activity on EF-1 alpha.; Remark: EF-1 from O. cuniculus is C-terminal 100 aa shorter.; Title: similarity to elongation factor 1 beta EF-1 -Oryctolagus cuniculus; cytoplasm; See PMID 8547318; uncharacterized protein	join(807569..807608,807688..807727,807988..808355,808409..808869)	Aspergillus niger	4982663
An08g03493	CDS	An08g03493	NT_166524.1	809258	809703	D	hypothetical protein	join(809258..809313,809433..809703)	Aspergillus niger	4982664
An08g03500	CDS	An08g03500	NT_166524.1	810098	810470	R	hypothetical protein	complement(join(810098..810177,810211..810273,810353..810470))	Aspergillus niger	84591637
An08g03510	CDS	An08g03510	NT_166524.1	814553	816873	D	Function: repetitive peptides of the sequence APSASSSSA(P/S)SSSSS(+/-S) are the targets of phosphoglycosylation in L. major.; Similarity: similarity due to N-terminal serine repeats.; Title: weak similarity to proteophosphoglycan ppg1 -Leishmania major; See PMID 10531342; uncharacterized protein	join(814553..814618,814682..815007,815360..815409,815564..815664,815843..815880,816015..816126,816160..816254,816627..816873)	Aspergillus niger	4982666
An08g03520	CDS	An08g03520	NT_166524.1	817018	818490	D	Complex: ubiquitin activating enzyme E1, ubiquitin conjugating enzyme E2 and ubiquitin ligase E3 form a complex with the target protein.; Function: E2 enzymes form a thiol ester linkage with ubiquitin in a ubiquitin activating enzyme (E1)-dependent manner,and specifically select target proteins for degradation by the proteasome.; Similarity: shows similarity only in N-terminal half and is C-terminal 200 aa longer than human UBE2.; Title: similarity to ubiquitin conjugating enzyme UBE2 - Homo sapiens [putative frameshift]; cytoplasm; putative frameshift; See PMID 1379239; See PMID 11117256; uncharacterized protein	join(817018..817410,817471..818490)	Aspergillus niger	4982667
An08g03530	CDS	An08g03530	NT_166524.1	819922	824243	R	Function: suppression of the thermosensitive phenotype of U5 snRNA (U5AI) identifies SSD1 from S. cerevisiae as a general suppressor of splicing mutants.; Similarity: SSD1 from S. cerevisiae is related to the HSP70 superfamily.; Title: strong similarity to protein phosphatase homolog CaSSD1 - Candida albicans; See PMID 9846729; See PMID 10446233; uncharacterized protein	complement(join(819922..819961,820030..821036,821100..824074,824147..824243))	Aspergillus niger	4982668
An08g03540	CDS	An08g03540	NT_166524.1	824697	825042	D	hypothetical protein	join(824697..824704,824758..824856,824925..825042)	Aspergillus niger	84591638
An08g03550	CDS	An08g03550	NT_166524.1	828106	829750	D	Title: similarity to hypothetical RNA export mediator like protein CAD21423.1 - Neurospora crassa; uncharacterized protein	join(828106..828909,828980..829750)	Aspergillus niger	4982670
An08g03560	CDS	An08g03560	NT_166524.1	830857	832503	D	Similarity: similarity due to serin and threonine repeats confined to central region.; Title: weak similarity to mucin MUC2 - Rattus norvegicus; uncharacterized protein	830857..832503	Aspergillus niger	4982671
An08g03570	CDS	An08g03570	NT_166524.1	833291	839993	R	Similarity: only C-terminal half shows similarity to C-terminal half of MyHC3 C. coturnix.; Title: similarity to slow myosin heavy chain MyHC3 -Coturnix Coturnix; cytoskeleton; See PMID 8663323; uncharacterized protein	complement(join(833291..839835,839909..839993))	Aspergillus niger	4982672
An08g03580	CDS	An08g03580	NT_166524.1	841920	843024	R	Function: BGT1 from A. fumigatus introduces intrachain 1,6-beta linkages into 1,3-beta-glucan.; Title: strong similarity to 1,3-beta-glucanosyltransferase bgt1 - Aspergillus fumigatus; cell wall; See PMID 9846753; uncharacterized protein	complement(join(841920..842149,842219..842379,842443..842700,842768..843024))	Aspergillus niger	4982673
An08g03590	CDS	An08g03590	NT_166524.1	845070	845961	D	Function: Emp24p from S. cerevisiae is a type I transmembrane protein that is involved in secretory protein transport from the endoplasmic reticulum (ER) to the Golgi complex.; Localization: Emp24p from S. cerevisiae is a component of ER-derived COPII-coated vesicles.; Title: strong similarity to precursor of protein Emp24 - Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 7729411; uncharacterized protein	join(845070..845267,845405..845612,845695..845882,845944..845961)	Aspergillus niger	4982674
An08g03600	CDS	An08g03600	NT_166524.1	847315	848260	R	Title: similarity to hypothetical protein CAE47874.1/AfA24A6.130c - Aspergillus fumigatus; uncharacterized protein	complement(join(847315..847437,847504..847523,847577..847679,847741..847759,847814..847953,848024..848059,848128..848133,848174..848260))	Aspergillus niger	4982675
An08g03610	CDS	An08g03610	NT_166524.1	849633	851678	D	Function: lysosomal phosphodiesterase that hydrolyzes sphingomyelin to ceramide and phosphocholine.; Similarity: human ASM1 is C-terminally 200 aa shorter.; Title: similarity to acid sphingomyelinase phosphodiesterase ASM1 - Homo sapiens; See PMID 2555181; uncharacterized protein	join(849633..849813,849886..851678)	Aspergillus niger	4982676
An08g03620	CDS	An08g03620	NT_166524.1	854006	855148	D	Function: BMH2 from S. cerevisiae is essential for pseudohyphal-development MAPK cascade signaling.; Similarity: only C-terminal 100 aa show similarity to BMH2 from S. cerevisiae.; Title: weak similarity to 14-3-3 protein Bmh2 -Saccharomyces cerevisiae; See PMID 9215628; uncharacterized protein	854006..855148	Aspergillus niger	4982677
An08g03630	CDS	An08g03630	NT_166524.1	856645	857637	D	Similarity: only C-terminal half shows weak similarity to N-terminal part of much longer VRP1 from S. cerevisiae.; Title: weak similarity to verprolin Vrp1 -Saccharomyces cerevisiae; uncharacterized protein	856645..857637	Aspergillus niger	4982678
An08g03640	CDS	An08g03640	NT_166524.1	858179	860023	R	Function: TOXA of C. carbonum exports the cyclic tetrapeptide HC-toxin, which is responsible for the maize pathogenicity of the fungus.; Function: TOXA of C. carbonum may function in self-protection against the HC-toxin and/or the secretion of HC-toxin into the extracellular milieu.; Remark: the HC-toxin exerts a potent cytostatic effect on plant and animal cells by inhibiting histone deacetylase.; Similarity: TOXA from C. carbonum belongs to the major facilitator superfamily.; Title: strong similarity to HC-toxin efflux pump TOXA - Cochliobolus carbonum; plasma membrane; See PMID 8704997; uncharacterized protein	complement(join(858179..858473,858546..858896,858955..859772,859829..860023))	Aspergillus niger	4982679
An08g03650	CDS	An08g03650	NT_166524.1	860984	864688	D	Function: PUT3 from S. cererevisiae is a positive activator of the proline utilisation pathway.; Remark: similarity is confined to cental 100 aa.; Title: weak similarity to transcription activator Put3 - Saccharomyces cerevisiae; uncharacterized protein	join(860984..861104,861189..861315,861451..861563,861848..861920,861972..863922,863966..864688)	Aspergillus niger	10098329
An08g03660	CDS	An08g03660	NT_166524.1	865108	866260	D	Remark: melusin M. musculus can be regulated by intracellular signals affecting Ca(2+) concentration.; Title: strong similarity to muscle-specific interactor for beta(1) integrin melusin - Mus musculus; See PMID 10506186; uncharacterized protein	join(865108..865213,865339..865864,865948..866260)	Aspergillus niger	4982681
An08g03670	CDS	An08g03670	NT_166524.1	867808	869922	D	Catalytic activity: ATP + ethanolamine <=> ADP + O-phosphoethanolamine; Function: human ethanolamine kinase catalyzes the initial step in the CDP-ethanolamine pathway for phosphatidylethanolamine synthesis.; Title: strong similarity to ethanolamine kinase EKI1 - Homo sapiens; See PMID 9421192; uncharacterized protein	join(867808..867991,868088..868193,868299..868575,868656..868767,868845..869020,869114..869308,869361..869698,869748..869922)	Aspergillus niger	4982682
An08g03680	CDS	An08g03680	NT_166524.1	871681	873781	D	Title: similarity to hypothetical protein CAE47897.1/AfA28D10.030 - Aspergillus fumigatus; uncharacterized protein	join(871681..871923,871981..872009,872073..872404,872452..872565,872613..872938,872999..873385,873434..873781)	Aspergillus niger	4982683
An08g03690	CDS	An08g03690	NT_166524.1	875914	876808	D	Function: ARF-GDP causes COPI dissociation and stimulates the formation of retrograde transport structures that recycle Golgi membrane back to the ER.; Function: human and S. cerevisiae ARF1-GTP, through assembly of COPI to membranes and, possibly, through activation of PLD, is likely to promote the formation and maturation of pre-Golgi intermediates into Golgi elements.; Localization: the cytoplasmic human protein complex ARF1/COPI undergoes regulated assembly and disassembly with membranes of ER and Golgi.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to ADP-ribosylation factor arf1 - Ajellomyces capsulatus; cytoplasm; See PMID 9681627; uncharacterized protein	join(875914..876061,876234..876478,876561..876626,876716..876808)	Aspergillus niger	4982684
An08g03700	CDS	An08g03700	NT_166524.1	877325	878501	R	Title: strong similarity to hypothetical protein CAE47899.1/AfA28D10.040c - Aspergillus fumigatus; uncharacterized protein	complement(join(877325..877330,877457..877463,877553..878451,878499..878501))	Aspergillus niger	4982685
An08g03710	CDS	An08g03710	NT_166524.1	880414	882849	D	Title: strong similarity to hypothetical protein CAD36993.1 - Neurospora crassa; uncharacterized protein	880414..882849	Aspergillus niger	4982686
An08g03720	CDS	An08g03720	NT_166524.1	883120	885122	R	Title: similarity to fungal ZBC protein sequence #44 from patent WO200224865-A2 - unidentified organism; uncharacterized protein	complement(join(883120..884143,884188..884278,884326..884733,884790..884877,884934..885122))	Aspergillus niger	4982687
An08g03730	CDS	An08g03730	NT_166524.1	885916	887025	R	Catalytic activity: Gibberellin + 2-oxoglutarate + O(2) <=> 2-beta-hydroxygibberellin + succinate + CO(2).; Remark: closest manual homolog (BLASTP) is PIR:T09683 gibberellin 7-oxidase - Cucurbita maxima (winter squash).; Title: similarity to gibberellin 7-oxidase -Cucurbita maxima; See PMID 9177256; uncharacterized protein	complement(join(885916..886354,886441..886658,886714..887025))	Aspergillus niger	4982688
An08g03740	CDS	An08g03740	NT_166524.1	887742	888927	R	Catalytic activity: Acyl-[acyl-carrier protein] + NADP(+) <=> trans-2,3-dehydroacyl-[acyl-carrier protein] + NADPH.; Function: lovC from A. terreus interacts with LNKS and is necessary for the correct processing of the growing polyketide chain and production of dihydromonacolin L.; Function: lovC from A. terreus is an accessory protein that modulates polyketide synthase activity during lovastatin biosynthesis.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(887742..888270,888356..888927))	Aspergillus niger	4982689
An08g03750	CDS	An08g03750	NT_166524.1	888959	891050	D	Function: FLU1 from C. albicans confers resistance to fluconazole.; Similarity: FLU1 from C. albicans belongs to the Major Facilitator Superfamily.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; plasma membrane; uncharacterized protein	join(888959..889076,889128..889255,889358..889498,889572..889938,889991..890835,890919..891050)	Aspergillus niger	4982690
An08g03760	CDS	An08g03760	NT_166524.1	891394	891998	R	Title: similarity to hypothetical protein Rv3472 -Mycobacterium tuberculosis; uncharacterized protein	complement(join(891394..891432,891486..891521,891564..891998))	Aspergillus niger	4982691
An08g03770	CDS	An08g03770	NT_166524.1	893081	894331	D	Function: MUC-type mucins comprise a family of structurally related molecules, which are expressed in epithelia of the body that are in close contact with the milieu.; Title: weak similarity to mucin MUC5AC - Homo sapiens; See PMID 7826332; See PMID 9866714; uncharacterized protein	893081..894331	Aspergillus niger	4982692
An08g03780	CDS	An08g03780	NT_166524.1	894926	896945	R	Function: it is suggested that Tri11 from F. sporotrichioides encodes a C-15 hydroxylase involved in trichothecene biosynthesis.; Phenotype: disruption of TRI11 of F. sporotrichioides results in accumulation of isotrichodermin, a trichothecene pathway intermediate.; Remark: TRI11 of F. sporotrichioides defines a new cytochrome P-450 gene family, designated CYP65A1.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	complement(join(894926..895175,895279..895778,895868..896040,896099..896284,896479..896794,896877..896945))	Aspergillus niger	4982693
An08g03790	CDS	An08g03790	NT_166524.1	897493	908676	D	Function: like fatty acids, polyketides are assembled by successive decarboxylative condensations of simple precursors.; Function: many polyketides are antibiotics.; Function: polyketide synthases catalyze the assembly of complex natural products from simple precursors such as propionyl-CoA and methylmalonyl-CoA in a biosynthetic process that closely parallels fatty acid biosynthesis.; Function: whereas the intermediates in fatty acid biosynthesis are fully reduced to generate unfunctionalized alkyl chains, the intermediates in polyketide biosynthesis may be only partially processed, giving rise to complex patterns of functional groups.; Remark: polyketide synthases are commercially valuable enzyme.; Title: strong similarity to lovastatin nonaketide synthase lovB - Aspergillus terreus; See PMID 10872449; uncharacterized protein	join(897493..898132,898199..898837,898914..901862,901920..904104,904165..905054,905103..906680,906740..908676)	Aspergillus niger	4982694
An08g03800	CDS	An08g03800	NT_166524.1	908873	909532	D	Remark: n-terminal truncated ORF due the end of contig.; Similarity: Protein is also similar to probable component of a peptide synthetase hetM protein - Anabaena sp. (strain PCC 7120); Title: similarity to saframycin Mx1 synthase safA -Myxococcus xanthus [truncated ORF]; See PMID 8157596; See PMID 8936303; uncharacterized protein	<908873..909532	Aspergillus niger	84591639
An08g03810	CDS	An08g03810	NT_166524.1	910254	911197	R	Similarity: shows strong similarity to C-terminal two-thirds of An02g00870.; Title: similarity to hypothetical protein encoded by An02g00870 - Aspergillus niger; uncharacterized protein	complement(join(910254..910345,910390..911197))	Aspergillus niger	4982696
An08g03820	CDS	An08g03820	NT_166524.1	912281	913327	R	Similarity: Product is also similar (E-val. 9e-95) to toxD of Cochliobolus carbonum, its role in synthesis of peptide antibiotics is still not yet clear.; Title: strong similarity to enoyl reductase of the lovastatin biosynthesis lovC - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(912281..913327)	Aspergillus niger	4982697
An08g03830	CDS	An08g03830	NT_166524.1	913852	914897	D	Catalytic activity: cinnamyl alcohol + NADP(+) <=> cinnamaldehyde + NADPH-.; Pathway: lignin biosynthesis.; Remark: Eucalyptus gunnii=cider tree.; Remark: catalyzes the reversible oxidation of cinnamyl alcohol to cinnamacetaldehyde with the concomitant reduction of NADP.; Title: strong similarity to cinnamyl-alcohol dehydrogenase CAD1 - Eucalyptus gunnii; See PMID 9526508; uncharacterized protein	join(913852..914266,914323..914897)	Aspergillus niger	4982698
An08g03840	CDS	An08g03840	NT_166524.1	915845	916960	R	Remark: The qa-4 gene of Neurospora crassa encodes 3-dehydroshikimate dehydratase, which catalyzes the third step of the quinic acid (qa) catabolic pathway.; Title: strong similarity to 3-dehydroshikimate dehydratase qa-4 - Neurospora crassa; See PMID 6241580; See PMID 1825499; uncharacterized protein	complement(915845..916960)	Aspergillus niger	4982699
An08g03850	CDS	An08g03850	NT_166524.1	917816	919489	R	Remark: QutD gene encodes an essential component of a permease required for transport of quinate ion into mycelium at pH 6. 5.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; See PMID 3049934; See PMID 2835177; See PMID 2976880; uncharacterized protein	complement(join(917816..918898,918953..919489))	Aspergillus niger	4982700
An08g03860	CDS	An08g03860	NT_166524.1	921481	921923	R	hypothetical protein	complement(join(921481..921603,921780..921923))	Aspergillus niger	4982702
An08g03870	CDS	An08g03870	NT_166524.1	921944	924571	R	Remark: QUTA is a positively acting regulatory protein that regulates the expression of the eight genes comprising the quinic acid utilization gene (qut) gene cluster in Aspergillus nidulans. Genetic evidence suggests that the activity of the native QUTA transcription activator protein is negated by the action of the QUTR transcription repressor protein. It has been proposed that the QUTA protein is composed of two domains that are related to the N-terminal two domains-dehydroquinate (DHQ) synthase and 5-enolpyruvyl shikimate-3-phosphate (EPSP) synthase-of the pentadomain AROM protein.; Title: strong similarity to regulator protein qutA -Aspergillus nidulans; See PMID 3313276; See PMID 8581174; See PMID 8704987; uncharacterized protein	complement(921944..924571)	Aspergillus niger	84591640
An08g03880	CDS	An08g03880	NT_166524.1	926362	928887	D	Function: Mutant phenotypes imply that the QutR protein plays a key role in signal recognition and transduction.; Function: Mutations in the qutR gene alter QutR function such that the transcription of the qut gene cluster is permanently on (constitutive phenotype) or is insensitive to the presence of quinate (super-repressed phenotype).; Remark: QutR-encoded transcription-repressing protein is a multi-domain repressor protein active in the signal-transduction pathway that regulates transcription of the quinic acid utilization (qut) gene cluster in Aspergillus nidulans.; Title: strong similarity to hypothetical negative-acting regulatory protein qutR - Aspergillus nidulans; See PMID 8704987; See PMID 10926843; See PMID 1544567; uncharacterized protein	926362..928887	Aspergillus niger	4982703
An08g03890	CDS	An08g03890	NT_166524.1	930006	930962	R	Catalytic activity: the superoxid Cu/Zn dismutase converts 2 peroxide radical and 2 H(+) to O(2) and H(2)O(2).; Remark: alternate names for the superoxid Cu/Zn dismutase is erythrocuprein, hemocuprein or cytocuprein.; Remark: superoxid Cu/Zn dismutase from most eucaryotes contain both copper and zinc; those from mitochondria and most procaryotes contain manganese or iron.; Title: strong similarity to hypothetical superoxid Cu/Zn dismutase B24P7.320 - Neurospora crassa; uncharacterized protein	complement(join(930006..930051,930253..930562,930713..930962))	Aspergillus niger	4982704
An08g03900	CDS	An08g03900	NT_166524.1	933220	934865	D	Catalytic activity: the C. porcellus FMO2 converts N, N-dimethylaniline and NADPH and O(2) to N,N-dimethylaniline N-oxide and NADP(+) and H(2)O.; Function: FMO2 belongs to the oxidoreductases of the lung microsomes, who need FAD as a cofactor.; Remark: a mutation in the FMO2 gene causes the human inheritable disorder trimethylaminuria.; Title: similarity to dimethylanilin monooxygenase FMO2 - Cavia porcellus; See PMID 1306120; uncharacterized protein	join(933220..933394,933453..933559,933615..934150,934202..934655,934710..934865)	Aspergillus niger	4982705
An08g03910	CDS	An08g03910	NT_166524.1	935469	936336	D	Remark: the R. norvegicus L10a protein is a subunit of the 60S ribosomal complex.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L10a - Rattus norvegicus; cytoplasm; See PMID 8607874; 60S ribosomal protein uL1	join(935469..935487,935564..935741,935819..936012,936074..936336)	Aspergillus niger	4982706
An08g03920	CDS	An08g03920	NT_166524.1	936508	938005	R	Title: strong similarity to hypothetical protein CAE47894.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(936508..936665,936799..938005))	Aspergillus niger	4982707
An08g03930	CDS	An08g03930	NT_166524.1	938376	939795	D	Remark: the encoded protein shows similarities to Vpr1 from S. cerevisiae only at the very N- and C-terminal sequences.; Title: weak similarity to verprolin Vrp1 -Saccharomyces cerevisiae; See PMID 7968536; uncharacterized protein	join(938376..938492,938551..938645,938748..938999,939105..939795)	Aspergillus niger	4982708
An08g03940	CDS	An08g03940	NT_166524.1	940538	940920	D	Title: similarity to hypothetical splicing factor -Schizosaccharomyces pombe; uncharacterized protein	join(940538..940562,940649..940920)	Aspergillus niger	4982709
An08g03950	CDS	An08g03950	NT_166524.1	943304	944512	D	Title: strong similarity to hypothetical protein CAE47900.1/AfA28D10.050 - Aspergillus fumigatus; uncharacterized protein	943304..944512	Aspergillus niger	4982710
An08g03960	CDS	An08g03960	NT_166524.1	946051	947175	R	Title: strong similarity to hypothetical edoplasmic reticulum associated protein - Schizosaccharomyces pombe; See PMID 9414319; uncharacterized protein	complement(join(946051..946123,946199..946263,946321..946814,946913..947025,947156..947175))	Aspergillus niger	4982711
An08g03970	CDS	An08g03970	NT_166524.1	948947	950137	R	Title: strong similarity to hypothetical protein CAE47902.1 - Aspergillus fumigatus; uncharacterized protein	complement(948947..950137)	Aspergillus niger	4982712
An08g03980	CDS	An08g03980	NT_166524.1	952854	954454	D	Complex: the C. fasciculata IUNH forms a homotetramer.; Function: the C. fasciculata IUNH catalyses the hydrolysis of all of the commonly occuring purine and pyrimindine nucleosides into ribose and the associated base, but has a preference for inosine and uridine as substrates.; Remark: the IUNH is important for parasitic protozoans, which are deficient in de novo synthsis of purines, to salvage the host purine nucleosides.; Title: strong similarity to inosine-uridine nucleosid hydrolase IUNH - Crithidia fasciculata; See PMID 8634237; uncharacterized protein	join(952854..952889,952981..953084,953139..953308,953367..953401,953467..953763,953831..954454)	Aspergillus niger	4982713
An08g03990	CDS	An08g03990	NT_166524.1	954520	955517	R	hypothetical protein	complement(join(954520..954586,954676..954908,954958..955033,955087..955517))	Aspergillus niger	84591641
An08g04000	CDS	An08g04000	NT_166524.1	957035	958268	D	Title: strong similarity to hypothetical transcription factor CAE47904.1 - Aspergillus fumigatus; uncharacterized protein	join(957035..957622,957693..958268)	Aspergillus niger	4982715
An08g04015	CDS	An08g04015	NT_166524.1	960537	960872	D	hypothetical protein	960537..960872	Aspergillus niger	4982716
An08g04030	CDS	An08g04030	NT_166524.1	962056	964646	D	Function: the E. coli Hbp interacts with hemoglobin,degrades it and subsequently binds the released heme.; Remark: pathogenic E. coli strains are capable of using hemoglobin as an iron source.; Remark: the similarity of the predicted A. niger protein to the Hbp protein is restricted to the N-terminal part of the A. niger protein (aa 7-280).; Similarity: the E. coli Hbp belongs to the so-called IgA1 protease-like proteins, as indicated by the kinetics of its membrane transfer and DNA sequence similarity.; Title: weak similarity to hemoglobin protease Hbp -Escherichia coli; See PMID 9743528; uncharacterized protein	join(962056..962090,962189..962536,962608..963292,963384..964646)	Aspergillus niger	4982718
An08g04040	CDS	An08g04040	NT_166524.1	964840	966602	R	Function: qutD of A. nidulans is required for the transport of quinate into the mycelium.; Similarity: qutD of A. nidulans belongs to the sugar transporter family.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; See PMID 2835177; See PMID 2976880; uncharacterized protein	complement(join(964840..965231,965285..965805,965857..966094,966152..966492,966547..966602))	Aspergillus niger	4982719
An08g04050	CDS	An08g04050	NT_166524.1	967912	969296	R	Title: similarity to hypothetical protein CAE47908.1/AfA28D10.093c - Aspergillus fumigatus; uncharacterized protein	complement(join(967912..969071,969215..969296))	Aspergillus niger	84591642
An08g04060	CDS	An08g04060	NT_166524.1	970205	972210	D	Title: strong similarity to hypothetical transcription factor IIIc-like protein CAE47909.1 -Aspergillus fumigatus; uncharacterized protein	join(970205..970373,970434..970850,970928..971780,971856..972108,972193..972210)	Aspergillus niger	4982721
An08g04070	CDS	An08g04070	NT_166524.1	973128	974045	R	Complex: the MOM22 protein is part of receptor complex in the mitochondrial outer membrane, which consists of at least seven different proteins.; Function: the receptor complex in the mitochondrial outer membrane is responsible for the recognition and translocation of cytosolically synthesized preproteins.; Title: strong similarity to mitochondrial receptor complex chain MOM22 - Neurospora crassa; localisation:mitochondrion; See PMID 8348615; uncharacterized protein	complement(join(973128..973181,973430..973719,973928..974045))	Aspergillus niger	4982722
An08g04080	CDS	An08g04080	NT_166524.1	974458	976296	R	Function: MPP of N. crassa is a mitochondrial processing peptidase, which releases the N-terminal transit peptides from precursor proteins imported into the mitochondrion.; Remark: E. C. number has been changed from 3. 4. 99. 41 to 3. 4. 24. 64.; Title: strong similarity to mitochondrial processing peptidase alpha chain MPP - Neurospora crassa; localisation:mitochondrion; See PMID 2141023; uncharacterized protein	complement(join(974458..976104,976192..976296))	Aspergillus niger	4982723
An08g04090	CDS	An08g04090	NT_166524.1	976836	979008	R	Catalytic activity: acsA of S. meliloti catalyzes the reaction of ATP + acetoacetate + CoA = AMP + diphosphate + acetoacetyl-CoA.; Function: acsA of S. meliloti activates acetoacetate to acetoacetyl-CoA.; Function: acsA of S. meliloti is involved in poly-3-hydroxybutyrate degradation.; Similarity: acsA of S. meliloti belongs to the ATP-dependent AMP-binding enzyme family.; Title: strong similarity to acetoacetyl-CoA synthase acsA - Sinorhizobium meliloti; See PMID 10735852; uncharacterized protein	complement(join(976836..978695,978787..979008))	Aspergillus niger	4982724
An08g04100	CDS	An08g04100	NT_166524.1	980848	982878	D	Catalytic activity: LCB2 of S. cerevisiae catalyzes the reaction of palmitoyl-CoA + l-serine = CoA + 3-dehydro-d-sphinganine + CO(2).; Complex: LBC1 and LBC2 may encode subunits of the enzyme.; Pathway: LCB2 of S. cerevisiae catalyzes the first step in the biosynthesis of the long-chain base component of sphingolipids.; Remark: SCS1, YDR062W, YD9609. 16 and D4246 are alternative names for LCB2.; Remark: a splice site was detected upstream of the START codon.; Similarity: LCB2 of S. cerevisiae belongs to class-II of pyridoxal-phosphate-dependent aminotransferases.; Title: strong similarity to serine palmitoyltransferase 2 Lcb2 - Saccharomyces cerevisiae; See PMID 8058731; uncharacterized protein	980848..982878	Aspergillus niger	4982725
An08g04110	CDS	An08g04110	NT_166524.1	984366	985661	R	Title: similarity to hypothetical membrane protein YDR352w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(984366..985188,985276..985661))	Aspergillus niger	4982726
An08g04120	CDS	An08g04120	NT_166524.1	988120	989007	R	Similarity: the ORF also shows strong similarity to the 5' end of the cDNA clone 2094 of A. niger.; Title: similarity to hypothetical mold-specific protein MS8 - Ajellomyces capsulatus; uncharacterized protein	complement(join(988120..988567,988652..989007))	Aspergillus niger	4982727
An08g04130	CDS	An08g04130	NT_166524.1	989953	992604	R	Title: similarity to hypothetical protein SPBC1706.01 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(989953..991074,991131..991273,991322..991685,991731..991804,991853..992005,992134..992499,992577..992604))	Aspergillus niger	4982728
An08g04140	CDS	An08g04140	NT_166524.1	993995	995935	D	Function: par1 of C. elegans is required for the first asymmetric cleavage in embryogenesis.; Remark: the similarity of the ORF encoded protein to par1 is restricted to the kinase domain.; Similarity: the ORF encoded protein also shows similarity to other kinases.; Title: similarity to serine/threonine kinase par-1 -Caenorhabditis elegans; See PMID 7758115; uncharacterized protein	993995..995935	Aspergillus niger	4982729
An08g04150	CDS	An08g04150	NT_166524.1	996917	997967	R	Remark: YNL284C is the systematic name for MRPL10 of S. cerevisiae.; Similarity: MRPL10 of S. cerevisiae shows similarity to bacterial ribosomal L15 proteins.; Title: similarity to mitochondrial ribosomal protein of the large subunit L15 Mrpl10 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2060626; mitochondrial 54S ribosomal protein uL15m	complement(join(996917..997550,997648..997967))	Aspergillus niger	4982730
An08g04160	CDS	An08g04160	NT_166524.1	998829	1000848	R	Title: similarity to hypothetical CLG1 cyclin clg1 -Ajellomyces capsulatus; uncharacterized protein	complement(join(998829..999985,1000036..1000309,1000363..1000848))	Aspergillus niger	4982731
An08g04170	CDS	An08g04170	NT_166524.1	1000866	1001260	D	hypothetical protein	join(1000866..1000882,1000930..1001026,1001132..1001260)	Aspergillus niger	84591643
An08g04180	CDS	An08g04180	NT_166524.1	1001660	1003505	D	Remark: the ORF encoded protein is N-terminally truncated due to the contig border.; hypothetical protein [truncated ORF]	join(1001660..1001740,1001810..1001870,1002680..1002766,1002920..1003157,1003235..1003342,1003429..>1003505)	Aspergillus niger	84591644
An08g04190	CDS	An08g04190	NT_166524.1	1003766	1005954	R	Remark: the ORF encoded protein is C-terminally truncated due to the contig border.; hypothetical protein [truncated ORF]	complement(join(<1003766..1003921,1004216..1004651,1004724..1004972,1005526..1005644,1005731..1005800,1005936..1005954))	Aspergillus niger	84591645
An08g04200	CDS	An08g04200	NT_166524.1	1006031	1007039	D	hypothetical protein	join(1006031..1006262,1006360..1006526,1006566..1006803,1006957..1007039)	Aspergillus niger	84591646
An08g04210	CDS	An08g04210	NT_166524.1	1007758	1010211	R	hypothetical protein	complement(join(1007758..1007813,1007866..1008041,1008127..1008296,1008785..1008836,1008888..1008957,1009013..1009119,1009251..1009328,1009451..1009582,1009734..1009805,1009931..1010029,1010075..1010211))	Aspergillus niger	84591647
An08g04220	CDS	An08g04220	NT_166524.1	1010558	1011409	D	hypothetical protein	join(1010558..1010563,1010622..1010827,1010897..1011204,1011285..1011409)	Aspergillus niger	84591648
An08g04230	CDS	An08g04230	NT_166524.1	1014160	1014762	R	hypothetical protein	complement(join(1014160..1014171,1014258..1014284,1014331..1014365,1014407..1014424,1014494..1014629,1014712..1014762))	Aspergillus niger	84591649
An08g04235	CDS	An08g04235	NT_166524.1	1015300	1016116	R	hypothetical protein	complement(join(1015300..1015686,1015979..1016116))	Aspergillus niger	84591650
An08g04240	CDS	An08g04240	NT_166524.1	1017556	1019453	D	Catalytic activity: NADH + ubiquinone = NAD(+) + ubiquinol; Function: NDH2 of Y. lipolytica is the alternative protein for respiratory chain complex I, that does not translocate protons across the inner mitochondrial membrane.; Remark: the alternative NADH:ubiquinone reductase of Y. lipolytica is in contrast to the proteins of S. cerevisiae, Neurospora crassa and green plants probably not binding NADH synthesized in the mitochondrial matrix, but from external origin, as known for common complex I proteins.; Title: strong similarity to alternative NADH:ubiquinone reductase NDH2 - Yarrowia lipolytica; See PMID 10381390; uncharacterized protein	join(1017556..1017877,1017958..1018296,1018349..1019317,1019380..1019453)	Aspergillus niger	4982740
An08g04250	CDS	An08g04250	NT_166524.1	1020627	1023505	R	Title: strong similarity to dynamin-related protein msp1p - Schizosaccharomyces pombe; See PMID 9790976; See PMID 10547374; uncharacterized protein	complement(join(1020627..1021069,1021125..1023140,1023205..1023505))	Aspergillus niger	4982741
An08g04260	CDS	An08g04260	NT_166524.1	1024136	1025503	D	Title: similarity to hypothetical protein YNL191w -Saccharomyces cerevisiae; uncharacterized protein	join(1024136..1024150,1024215..1024310,1024430..1025162,1025223..1025503)	Aspergillus niger	4982742
An08g04270	CDS	An08g04270	NT_166524.1	1025906	1027096	R	Title: strong similarity to hypothetical protein CAD70845.1 - Neurospora crassa; uncharacterized protein	complement(1025906..1027096)	Aspergillus niger	4982743
An08g04280	CDS	An08g04280	NT_166524.1	1028362	1030053	R	Remark: also similarity to oligouridylate binding protein ubp1; Nicotiana plumbaginifolia; Title: similarity to polyadenylated RNA-binding protein Pub1 - Saccharomyces cerevisiae; See PMID 10943833; See PMID 8413213; uncharacterized protein	complement(join(1028362..1028721,1028782..1029429,1029487..1029591,1029673..1030053))	Aspergillus niger	4982744
An08g04290	CDS	An08g04290	NT_166524.1	1031324	1032432	D	Title: strong similarity to hypothetical protein CAE47925.1 - Aspergillus fumigatus; uncharacterized protein	join(1031324..1031389,1031455..1031580,1031632..1032432)	Aspergillus niger	4982745
An08g04300	CDS	An08g04300	NT_166524.1	1035940	1038533	D	Function: ROD1 of S. cerevisiae convers resistance to O-dinitrobenzene, calcium and zinc.; Title: similarity to resistance protein Rod1 -Saccharomyces cerevisiae; plasma membrane; See PMID 8621680; uncharacterized protein	join(1035940..1036687,1036751..1037548,1037627..1037817,1037868..1038533)	Aspergillus niger	4982746
An08g04310	CDS	An08g04310	NT_166524.1	1039349	1040496	D	Remark: putative N-acetyltransferase domain; Title: similarity to hypothetical protein SPAC56E4.07 - Schizosaccharomyces pombe; uncharacterized protein	join(1039349..1039462,1039635..1040186,1040220..1040309,1040364..1040394,1040468..1040496)	Aspergillus niger	4982747
An08g04320	CDS	An08g04320	NT_166524.1	1042545	1043407	D	hypothetical protein	join(1042545..1042674,1042749..1043407)	Aspergillus niger	84591651
An08g04330	CDS	An08g04330	NT_166524.1	1044944	1045756	D	Title: similarity to hypothetical endo alpha-1,4 polygalactosaminidase - Pseudomonas sp.; uncharacterized protein	1044944..1045756	Aspergillus niger	4982749
An08g04335	CDS	An08g04335	NT_166524.1	1046932	1047514	R	hypothetical protein	complement(join(1046932..1047037,1047214..1047243,1047300..1047514))	Aspergillus niger	84591652
An08g04340	CDS	An08g04340	NT_166524.1	1052072	1052615	R	hypothetical protein	complement(join(1052072..1052350,1052494..1052536,1052566..1052615))	Aspergillus niger	84591653
An08g04350	CDS	An08g04350	NT_166524.1	1057363	1058525	D	Remark: Chs7p is involved in the control of protein export from the endoplasmic reticulum that is specifically engaged in the regulation of chitin synthesis.; Remark: control of protein export from the ER (like chitin synthase III).; Title: similarity to chitin synthase III like Chs7 -Saccharomyces cerevisiae; See PMID 10366589; uncharacterized protein	join(1057363..1057600,1057699..1058270,1058340..1058525)	Aspergillus niger	4982752
An08g04360	CDS	An08g04360	NT_166524.1	1059861	1061370	R	Title: strong similarity to hypothetical protein CAE47928.1/AfA28D1.070 - Aspergillus fumigatus; uncharacterized protein	complement(join(1059861..1061007,1061071..1061219,1061329..1061370))	Aspergillus niger	4982753
An08g04370	CDS	An08g04370	NT_166524.1	1062597	1063866	R	Remark: hACTE-III is a peroxisomal acyl-CoA thiolesterase and exhibits enzymatic specificity for a broad range of fatty acyl-CoAs.; Similarity: the human homolog hACTE-III shows similarity to E. coli thioesterase II.; Title: similarity to peroxisomal acyl-CoA thiolesterase hACTE-III - Homo sapiens; peroxisome; See PMID 9299485; uncharacterized protein	complement(join(1062597..1062652,1062789..1063578,1063640..1063722,1063782..1063866))	Aspergillus niger	4982754
An08g04380	CDS	An08g04380	NT_166524.1	1064755	1065294	R	Remark: component of the small subunit of mitochondrial ribosome.; Title: similarity to mitochondrial ribosomal protein of the small subunit Mrp17 - Saccharomyces cerevisiae; See PMID 1279374; See PMID 9445368; mitochondrial 37S ribosomal protein bS6m	complement(join(1064755..1065064,1065166..1065197,1065271..1065294))	Aspergillus niger	4982755
An08g04390	CDS	An08g04390	NT_166524.1	1065616	1066291	D	Catalytic activity: (6S)-tetrahydrofolate + S-aminomethyldihydrolipoylprotein to (6R)-5,10-methylenetetrahydrofolate + NH(3) + dihydrolipoylprotein.; Pathway: glycine degradation.; Title: strong similarity to glycine decarboxylase subunit H Fun40 - Saccharomyces cerevisiae; See PMID 9020168; uncharacterized protein	join(1065616..1065754,1065839..1065901,1065975..1066291)	Aspergillus niger	4982756
An08g04400	CDS	An08g04400	NT_166524.1	1067119	1068562	D	Remark: zinc-regulated gene suggested to function in zinc-uptake.; Title: similarity to membrane protein Zrg17 -Saccharomyces cerevisiae; See PMID 10978274; uncharacterized protein	join(1067119..1067427,1067492..1068562)	Aspergillus niger	4982757
An08g04410	CDS	An08g04410	NT_166524.1	1069262	1069693	R	Catalytic activity: NADH + ubiquinone <=> NAD(+) + ubiquinol.; Remark: identical to Aspergillus niger EST AN05D07.; Title: strong similarity to hypothetical 14 kD subunit of NADH:ubiquinone reductase - Neurospora crassa; uncharacterized protein	complement(join(1069262..1069518,1069660..1069693))	Aspergillus niger	4982758
An08g04420	CDS	An08g04420	NT_166524.1	1070057	1072585	D	Title: similarity to hypothetical protein CAE47939.1 - Aspergillus fumigatus; uncharacterized protein	join(1070057..1070281,1070369..1071542,1071607..1072415,1072562..1072585)	Aspergillus niger	4982759
An08g04430	CDS	An08g04430	NT_166524.1	1072750	1073939	R	Function: human cap-binding protein 4EHP binds specifically to capped RNA in an ATP- and divalent ion-independent manner.; Remark: control of gene expression at the translational level plays an important role in cell growth and proliferation.; Remark: several pathways transmit signals from extracellular stimuli to translation components. a key participant in this regulation of translation is eIF4E, the mRNA 5' cap-binding protein.; Similarity: the predicted A. niger protein shows strong similarity to human 4E homologous protein (4EHP),human translation initiation factor 4E and other eukaryotic eIF4E-like proteins.; Title: similarity to cap-binding protein 4EHP - Homo sapiens; See PMID 9582349; See PMID 9561852; uncharacterized protein	complement(join(1072750..1072770,1072899..1072910,1072954..1072979,1073126..1073347,1073456..1073939))	Aspergillus niger	4982760
An08g04440	CDS	An08g04440	NT_166524.1	1074893	1075665	D	Title: similarity to hypothetical protein EAA66199.1 - Aspergillus nidulans; uncharacterized protein	join(1074893..1075411,1075465..1075665)	Aspergillus niger	4982761
An08g04450	CDS	An08g04450	NT_166524.1	1076016	1077816	R	Catalytic activity: GDP + H2O = GMP + Orthophosphate.; Title: similarity to hypothetical guanosine-diphosphatase - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1076016..1076073,1076128..1077472,1077534..1077816))	Aspergillus niger	4982762
An08g04460	CDS	An08g04460	NT_166524.1	1078474	1079163	D	Function: IF-3 binds to the 30S ribosomal subunit in prokaryotes and shifts the equlibrium between 70S ribosomes and their 50S and 30S subunits in favor of the free subunits, thus enhancing the availability of 30S subunits on which protein synthesis initiation begins.; Remark: subunit: monomer; Title: similarity to translation initiation factor IF-3 - Bacillus stearothermophilus; uncharacterized protein	1078474..1079163	Aspergillus niger	4982763
An08g04470	CDS	An08g04470	NT_166524.1	1079812	1081398	D	Title: strong similarity to mitochondrial elongation factor Tu - Arabidopsis thaliana; localisation:mitochondrion; uncharacterized protein	join(1079812..1079977,1080036..1080064,1080147..1080409,1080473..1081152,1081214..1081398)	Aspergillus niger	4982764
An08g04480	CDS	An08g04480	NT_166524.1	1082317	1085173	D	Title: strong similarity to hypothetical protein B3E4.60 - Neurospora crassa; uncharacterized protein	join(1082317..1082417,1082581..1083018,1083079..1084823,1084881..1085173)	Aspergillus niger	4982765
An08g04490	CDS	EPR	NT_166524.1	1085800	1087912	D	Gene-ID: EPR; endoprotease Endo-Pro-Aspergillus niger	join(1085800..1086039,1086134..1086251,1086307..1086461,1086511..1086633,1086683..1086855,1086901..1086988,1087041..1087146,1087208..1087367,1087428..1087628,1087696..1087912)	Aspergillus niger	4982766
An08g04500	CDS	An08g04500	NT_166524.1	1089166	1093731	D	Title: strong similarity to ATP-binding cassette multidrug transport protein atrA - Aspergillus nidulans; plasma membrane; See PMID 9180695; uncharacterized protein	join(1089166..1089805,1089854..1089912,1089965..1091330,1091375..1093731)	Aspergillus niger	4982767
An08g04510	CDS	An08g04510	NT_166524.1	1094629	1095001	D	Title: weak similarity to hypothetical protein encoded by An18g06360 - Aspergillus niger; uncharacterized protein	join(1094629..1094703,1094771..1094897,1094961..1095001)	Aspergillus niger	84591654
An08g04520	CDS	An08g04520	NT_166524.1	1095179	1096202	R	Title: similarity to hypothetical protein YBR096w -Saccharomyces cerevisiae; uncharacterized protein	complement(join(1095179..1096030,1096089..1096202))	Aspergillus niger	4982769
An08g04530	CDS	An08g04530	NT_166524.1	1097083	1098238	D	Title: strong similarity to hypothetical protein AAM35689.1 - Xanthomonas axonopodis; uncharacterized protein	join(1097083..1097209,1097294..1097907,1098068..1098238)	Aspergillus niger	4982770
An08g04540	CDS	An08g04540	NT_166524.1	1099987	1101449	R	Title: strong similarity to hypothetical protein CAD27299.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1099987..1100072,1100124..1100149,1100438..1100457,1100502..1101175,1101248..1101449))	Aspergillus niger	4982771
An08g04550	CDS	An08g04550	NT_166524.1	1101925	1103645	R	Title: strong similarity to hypothetical protein B1D1.190 - Neurospora crassa [putative frameshift]; putative frameshift; uncharacterized protein	complement(join(<1101925..1102365,1102453..1102771,1102815..1103443,1103632..1103645))	Aspergillus niger	4982772
An08g04560	CDS	An08g04560	NT_166524.1	1104352	1105724	R	Title: strong similarity to hypothetical protein CAD70872.1 - Neurospora crassa; uncharacterized protein	complement(join(1104352..1105522,1105681..1105724))	Aspergillus niger	4982773
An08g04570	CDS	An08g04570	NT_166524.1	1106877	1108436	R	Title: strong similarity to hypothetical isobutene-forming enzyme and benzoate 4-hydroxylase P450rm - Rhodotorula minuta; uncharacterized protein	complement(1106877..1108436)	Aspergillus niger	4982774
An08g04580	CDS	An08g04580	NT_166524.1	1108766	1109792	R	Title: strong similarity to hypothetical short-chain dehydrogenase PA1379 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(1108766..1109225,1109286..1109411,1109503..1109792))	Aspergillus niger	4982775
An08g04590	CDS	An08g04590	NT_166524.1	1110115	1111311	R	Title: similarity to hypothetical scaffold protein CG6385 - Drosophila melanogaster; uncharacterized protein	complement(1110115..1111311)	Aspergillus niger	4982776
An08g04600	CDS	An08g04600	NT_166524.1	1111699	1113823	R	Function: the S. cerevisiae homolog Ptr2p is a peptide transporter that participates in amino acid-inducible peptide transport.; Remark: The DNA and protein sequences are already updates according to the information above. All calculations (like Blast,COGs,mw,pI,. . .) and structural predictions not !!! They will be updated in the next databases release in june 2005.; Remark: imported dipeptides lead to ubiquitin-dependent degradation of Cup9, thereby de-repressing the expression of Ptr2 and increasing the cell's capacity to import peptides in a positive feedback circuit.; Repression: S. cerevisiae Ptr2p expression is repressed by the transcription factor Cup9p.; Title: strong similarity to peptide transporter Ptr2 - Saccharomyces cerevisiae; plasma membrane; uncharacterized protein	complement(join(1111699..1111943,1111998..1112423,1112470..1112588,1112670..1113041,1113087..1113309,1113363..1113418,1113504..1113823))	Aspergillus niger	4982777
An08g04610	CDS	An08g04610	NT_166524.1	1114569	1114808	D	hypothetical protein	join(1114569..1114731,1114777..1114808)	Aspergillus niger	84591655
An08g04620	CDS	An08g04620	NT_166524.1	1116292	1118873	D	Title: similarity to inversin mouse invs - Mus musculus; uncharacterized protein	join(1116292..1117733,1117792..1118143,1118190..1118450,1118499..1118579,1118628..1118657,1118690..1118825,1118869..1118873)	Aspergillus niger	4982779
An08g04630	CDS	An08g04630	NT_166524.1	1119060	1120360	R	Remark: similarities correspond to multiple A, T or S-repeats.; hypothetical protein	complement(join(1119060..1120186,1120255..1120360))	Aspergillus niger	4982780
An08g04640	CDS	An08g04640	NT_166524.1	1120824	1122756	R	Title: strong similarity to hypothetical lysosomal pepstatin insensitive protease CLN2 - Canis lupus; uncharacterized protein	complement(join(1120824..1121154,1121205..1121505,1121556..1121649,1121695..1121827,1121873..1122756))	Aspergillus niger	4982781
An08g04650	CDS	An08g04650	NT_166524.1	1123504	1124031	R	hypothetical protein	complement(join(1123504..1123981,1124024..1124031))	Aspergillus niger	84591656
An08g04660	CDS	An08g04660	NT_166524.1	1127530	1129034	D	Catalytic activity: trans,trans-Farnesyl diphosphate + Isopentenyl diphosphate = Pyrophosphate + Geranylgeranyl diphosphate.; Title: strong similarity to geranylgeranyl diphosphate synthase GGPS1 - Homo sapiens; See PMID 10101267; uncharacterized protein	join(1127530..1127557,1127612..1127679,1127728..1127882,1127940..1128100,1128165..1128266,1128327..1128387,1128463..1128547,1128612..1129034)	Aspergillus niger	4982783
An08g04670	CDS	An08g04670	NT_166524.1	1129256	1131033	R	Title: strong similarity to hypothetical sugar transporter encoded by DRA0271 - Deinococcus radiodurans; uncharacterized protein	complement(join(1129256..1129803,1129864..1130414,1130466..1130693,1130826..1130913,1130946..1131033))	Aspergillus niger	4982784
An08g04680	CDS	An08g04680	NT_166524.1	1132349	1134144	D	hypothetical protein	join(1132349..1132472,1132993..1133108,1133234..1133261,1133502..1133734,1134007..1134144)	Aspergillus niger	84591657
An08g04690	CDS	An08g04690	NT_166524.1	1135575	1136724	R	Title: strong similarity to hypothetical short chain dehydrogenase SPCC736.13 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1135575..1135802,1135855..1135923,1135982..1136278,1136338..1136724))	Aspergillus niger	4982786
An08g04700	CDS	An08g04700	NT_166524.1	1137252	1139672	D	Title: similarity to hypothetical transcription regulator protein CAA91958.1 - Schizosaccharomyces pombe; uncharacterized protein	join(1137252..1137310,1137364..1137700,1137776..1137924,1138023..1138085,1138166..1138805,1139028..1139364,1139412..1139590,1139661..1139672)	Aspergillus niger	4982787
An08g04710	CDS	An08g04710	NT_166524.1	1140469	1141651	D	hypothetical protein	join(1140469..1141546,1141593..1141651)	Aspergillus niger	4982788
An08g04720	CDS	An08g04720	NT_166524.1	1141790	1142471	R	hypothetical protein	complement(join(1141790..1141973,1142084..1142124,1142352..1142471))	Aspergillus niger	84591658
An08g04730	CDS	An08g04730	NT_166524.1	1142892	1144607	R	Catalytic activity: Succinate + Acceptor = Fumarate + Reduced acceptor.; Title: similarity to hypothetical precursor of fumarate reductase flavocytochrome - Shewanella putrefaciens; uncharacterized protein	complement(join(1142892..1143165,1143215..1143526,1143572..1143695,1143743..1144139,1144210..1144396,1144456..1144607))	Aspergillus niger	4982790
An08g04740	CDS	An08g04740	NT_166524.1	1144984	1147084	D	Induction: priB transcript was abundant in primordia, while preprimordial mycelia and mature fruiting bodies contained lower levels of this transcript.; Remark: PRIB binds to the DNA fragment containing the upstream region of priB.; Remark: the PRIB binding site has a length of 16 bp and the consensus sequence 5' GGGGGGGACAGGANCC 3'.; Similarity: the predicted A. niger protein shows similarity to the PRIB protein of L. edodes and similarity to the GAL4 zinc binuclear cluster homology found in many transcription factors.; Title: similarity to protein PRIB - Lentinus edodes; See PMID 8112580; See PMID 9498550; uncharacterized protein	join(1144984..1145729,1145776..1147084)	Aspergillus niger	4982791
An08g04750	CDS	An08g04750	NT_166524.1	1147916	1148863	D	Catalytic activity: L-proline <=> D-proline; Function: the C. sticklandii homolog encodes a proline racemase.; Title: strong similarity to hypothetical protein proline racemase prdF - Clostridium sticklandii; uncharacterized protein	1147916..1148863	Aspergillus niger	4982792
An08g04760	CDS	An08g04760	NT_166524.1	1149139	1151406	D	Title: similarity to hypothetical tol related protein - Neurospora crassa; uncharacterized protein	1149139..1151406	Aspergillus niger	84591659
An08g04770	CDS	An08g04770	NT_166524.1	1152012	1154511	D	Function: co-expression of het-e and het-c lead to cell death.; Function: het-e1 of P. anserina is responsible for vegetative incompatibility.; Remark: het-e1 of P. anserina shows also two sequence motifs, a GTP-binding domain and a repeated region that shares similarity with that of the beta-transducin.; Remark: the reactivity of the HET-E protein depends on two functional elements, a GTP-binding domain and several WD40 repeats.; Title: weak similarity to beta transducin-like protein het-e - Podospora anserina; See PMID 10974123; See PMID 7557402; See PMID 9435787; See PMID 10875280; uncharacterized protein	join(1152012..1152205,1152292..1152383,1152426..1152659,1152692..1153103,1153230..1153976,1154043..1154511)	Aspergillus niger	4982795
An08g04780	CDS	An08g04780	NT_166524.1	1154916	1156252	D	Remark: similarity corresponds only to a central region of H. sapiens ankyrin B protein (Ank repeats). The encoding gene ANK2 undergoes alternative splicing processes, leading to two different splice forms.; Title: similarity to ankyrin Ank2 - Homo sapiens [putative frameshift]; putative frameshift; uncharacterized protein	1154916..>1156252	Aspergillus niger	84591660
An08g04790	CDS	An08g04790	NT_166524.1	1156401	1157735	R	Remark: similarity corresponds only to a central region of M. grisea PTH11 protein.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; uncharacterized protein	complement(join(1156401..1156699,1156929..1157304,1157364..1157431,1157497..1157533,1157583..1157735))	Aspergillus niger	4982796
An08g04800	CDS	An08g04800	NT_166524.1	1158295	1158673	R	Title: weak similarity to hypothetical protein encoded by An02g12810 - Aspergillus niger; uncharacterized protein	complement(join(1158295..1158394,1158462..1158673))	Aspergillus niger	84591661
An08g04810	CDS	An08g04810	NT_166524.1	1159421	1160533	D	Catalytic activity: 2,5-Dihydro-5-oxofuran-2-acetate = cis,cis-Hexadienedioate; 4-Methylmuconolactone = 3-Methyl-cis,cis-hexadienedioate; Title: strong similarity to muconate cycloisomerase catB - Pseudomonas putida; uncharacterized protein	1159421..1160533	Aspergillus niger	4982798
An08g04820	CDS	An08g04820	NT_166524.1	1161142	1164522	R	Remark: sequence similarity only corresponds to C-terminal region of M. xanthus saframycin Mx1 synthetase safA.; Title: similarity to saframycin Mx1 synthase safA -Myxococcus xanthus; uncharacterized protein	complement(join(1161142..1163664,1163718..1163880,1163927..1164165,1164223..1164522))	Aspergillus niger	4982799
An08g04830	CDS	An08g04830	NT_166524.1	1165375	1166579	R	Remark: no N-terminal homology to M. grisea PTH11.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(1165375..1165780,1165861..1166335,1166375..1166579))	Aspergillus niger	4982800
An08g04840	CDS	An08g04840	NT_166524.1	1168125	1168876	D	Title: strong similarity to hypothetical protein encoded by An08g04850 - Aspergillus niger; uncharacterized protein	join(1168125..1168737,1168827..1168876)	Aspergillus niger	4982801
An08g04850	CDS	An08g04850	NT_166524.1	1169413	1170234	R	Title: strong similarity to hypothetical protein encoded by An08g04840 - Aspergillus niger; uncharacterized protein	complement(join(1169413..1169441,1169559..1169590,1169630..1170234))	Aspergillus niger	4982802
An08g04860	CDS	An08g04860	NT_166524.1	1170790	1175819	R	Function: YCF1 of S. cerevisiae is an ABC transporter that confers resistance to cadmium and transports bilirubin into vacuoles.; Remark: a putative sequencing error results in a premature STOP codon.; Title: strong similarity to cadmium resistance protein Ycf1 - Saccharomyces cerevisiae [putative sequencing error]; putative sequencing error; uncharacterized protein	complement(join(1170790..1172204,1172268..1172332,1172388..1172504,1172614..1172737,1172789..1173383,1173432..1174162,1174222..1174455,1174518..1174797,1174854..1175819))	Aspergillus niger	4982803
An08g04870	CDS	An08g04870	NT_166524.1	1177409	1178869	R	Function: het-e of P. anserina is a G protein, and GTP binding is essential in triggering the incompatibility reaction; the GTP-binding domain seems not to be conserved in the predicted protein.; Function: in P. anserina, co-expression of antagonistic alleles of the unlinked loci het-e and het-c triggers a cell death reaction that prevents the formation of viable heterokaryons between strains that contain incompatible combinations of het-c and het-e alleles.; Function: the het-e1 gene of P. anserina is involved in vegetative incompatibility.; Similarity: the similarity to het-e1 of P. anserina is mainly due to the WD repeats, characteristic of the P. anserina protein.; Title: similarity to beta transducin-like protein het-e1 - Podospora anserina; See PMID 7557402; See PMID 9435787; uncharacterized protein	complement(1177409..1178869)	Aspergillus niger	4982804
An08g04880	CDS	An08g04880	NT_166524.1	1179868	1180721	R	Title: strong similarity to hypothetical protein CAD27304.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1179868..1180618,1180681..1180721))	Aspergillus niger	4982805
An08g04890	CDS	An08g04890	NT_166524.1	1181211	1182767	R	Function: nothing can be assessed about the possible function from these data.; Similarity: the ORF shows a very weak similarity to hamster plectin, a cytoskeletal protein, which is ten fold longer than the predicted protein.; Similarity: the ORF shows also similarity to a patented human protein named FLEXHT-12, which means 'Full length molecules expressed in human tissues', claimed to have therapeutical effects against immunological and developmental disorders as well as cancer.; Similarity: the ORF shows also strong similarity to the patented A. oryzae EST SEQ ID NO:4766 (patent number WO200056762-A2).; Title: strong similarity to hypothetical protein SPBC19G7.16 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1181211..1181460,1181517..1181995,1182051..1182133,1182194..1182767))	Aspergillus niger	4982806
An08g04900	CDS	An08g04900	NT_166524.1	1183885	1185415	R	Complex: NUP57 of S. cerevisiae forms complex with Nsp1p, Nup49p, and Nic96p at nuclear pore; this complex participates in nucleocytoplasmic transport; in vitro,Nsp1p, Nup49p and Nup57p form a 1:1:1 stoichiometric complex to which Nic96p can also bind.; Function: NUP57 of S. cerevisiae is required for protein transport in the nucleus.; Title: similarity to nuclear pore protein Nup57 -Saccharomyces cerevisiae; See PMID 7828598; See PMID 9017593; See PMID 9476893; See PMID 9725905; See PMID 9813081; uncharacterized protein	complement(join(1183885..1183995,1184049..1184704,1184758..1185415))	Aspergillus niger	4982807
An08g04910	CDS	An08g04910	NT_166524.1	1186047	1186854	D	Catalytic activity: NADH + ubiquinone = NAD+ + ubiquinol.; Complex: the 22 kDa chain of N. crassa is a component of the mitochondrial ubiquinone reductase, also known as complex I.; Function: complex I is a flavoprotein containing iron-sulfur centres and is an essential component of the respiratory chain.; Title: strong similarity to 22 kD subunit NADH:ubiquinone reductase - Neurospora crassa; localisation:mitochondrion; See PMID 2142943; See PMID 2523803; See PMID 9593837; uncharacterized protein	join(1186047..1186066,1186221..1186448,1186542..1186674,1186756..1186854)	Aspergillus niger	4982808
An08g04920	CDS	An08g04920	NT_166524.1	1187135	1188906	R	Remark: endozepine (EP) is also called diazepam binding inhibitor (DBI) or acyl-coenzyme A (CoA)-binding protein (ACBP).; Remark: for a review about endozepine functions in higher organisms see OMIM record n. 125950.; Title: strong similarity to hypothetical endozepine CAD27308.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1187135..1187158,1187545..1188445,1188503..1188575,1188681..1188794,1188891..1188906))	Aspergillus niger	4982809
An08g04930	CDS	An08g04930	NT_166524.1	1189569	1191270	R	Induction: transcription of the gabA gene of A. nidulans is activated by the transcription factor IntA.; Remark: in A. niger GABA is used as a nitrogen source.; Remark: in agreement with the wealth of genetic data available, transcript level analyses demonstrate that gabA (A. nidulans) is subject to carbon catabolite and nitrogen metabolite repression, omega-amino acid induction and regulation in response to ambient pH (being acid-expressed).; Repression: transcription of the gabA gene of A. nidulans is repressed by the zinc finger transcription factor PacC.; Similarity: the predicted A. niger protein shows also similarity to several putative fungal amino acid permeases.; Title: strong similarity to GABA permease gabA -Aspergillus nidulans; See PMID 10320578; uncharacterized protein	complement(join(1189569..1190472,1190534..1191094,1191167..1191270))	Aspergillus niger	4982810
An08g04940	CDS	An08g04940	NT_166524.1	1191544	1192317	R	hypothetical protein	complement(join(1191544..1191761,1192063..1192178,1192256..1192317))	Aspergillus niger	84591662
An08g04950	CDS	An08g04950	NT_166524.1	1192349	1193308	D	hypothetical protein	join(1192349..1192409,1192610..1192859,1193110..1193308)	Aspergillus niger	84591663
An08g04960	CDS	An08g04960	NT_166524.1	1193666	1195630	R	Similarity: the similarity to the patented EST is more significant than the weak BLASTP similarities, mainly produced by the high content of low-complexity regions within the predicted protein.; Title: strong similarity to hypothetical transcription factor CAD27310.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1193666..1194454,1194488..1195630))	Aspergillus niger	84591664
An08g04970	CDS	An08g04970	NT_166524.1	1195772	1198305	R	Similarity: in the predicted protein two domains,described in the jumonji family of transcription factors,are also present, further supporting the involvement in transcription.; Similarity: the predicted protein is very similar to the N-terminal part of S. cerevisiae RPH1, also known as YER169W, a transcription factor implicated in the regulation of the DNA-repair protein PHR1; RPH1 binds DNA via zinc fingers located in its C-terminal, that are not conserved in the predicted protein.; Title: similarity to regulator protein Rph1 -Saccharomyces cerevisiae; See PMID 7758946; See PMID 10523651; See PMID 10838566; uncharacterized protein	complement(join(1195772..1196832,1196901..1197356,1197636..1197823,1197890..1197975,1198051..1198305))	Aspergillus niger	4982813
An08g04980	CDS	An08g04980	NT_166524.1	1198315	1199152	D	hypothetical protein	join(1198315..1198435,1198620..1198752,1198843..1199152)	Aspergillus niger	84591665
An08g04990	CDS	An08g04990	NT_166524.1	1201896	1204496	R	Catalytic activity: Acetyl-CoA + Carnitine = CoA + O-Acetylcarnitine.; Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to carnitine acetyl transferase facC - Aspergillus nidulans; cytoplasm; uncharacterized protein	complement(join(1201896..1202023,1202089..1204011,1204070..1204099,1204175..1204496))	Aspergillus niger	4982816
An08g05000	CDS	An08g05000	NT_166524.1	1204595	1206604	D	hypothetical protein	join(1204595..1204606,1204683..1204913,1204989..1205162,1205335..1205443,1205545..1205841,1206250..1206388,1206502..1206604)	Aspergillus niger	84591666
An08g05010	CDS	An08g05010	NT_166524.1	1206746	1209035	R	Title: similarity to hypothetical pathogenesis-related protein CAD27313.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1206746..1206816,1206880..1207169,1207228..1207912,1208165..1208416,1208464..1208560,1208741..1208848,1208889..1209035))	Aspergillus niger	4982818
An08g05020	CDS	An08g05020	NT_166524.1	1209232	1211098	R	hypothetical protein	complement(join(1209232..1209273,1209359..1209552,1209776..1209868,1209951..1210053,1210151..1210212,1210422..1210523,1210565..1210639,1210729..1210815,1210891..1210986,1211053..1211098))	Aspergillus niger	84591667
An08g05030	CDS	An08g05030	NT_166524.1	1212233	1214721	R	Title: strong similarity to hypothetical conserved protein aq_2146 - Aquifex aeolicus; uncharacterized protein	complement(join(1212233..1212873,1212929..1213873,1213904..1214434,1214491..1214609,1214660..1214721))	Aspergillus niger	4982820
An08g05050	CDS	An08g05050	NT_166524.1	1215368	1216734	R	Title: strong similarity to hypothetical WD-repeat protein CAA21197.1 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1215368..1215622,1215707..1216372,1216458..1216623,1216694..1216734))	Aspergillus niger	4982821
An08g05060	CDS	An08g05060	NT_166524.1	1217205	1219324	D	Title: strong similarity to hypothetical protein encoded by AfA14E5.29 - Aspergillus fumigatus; cytoplasm; uncharacterized protein	join(1217205..1217221,1217256..1217327,1217435..1217678,1218050..1219324)	Aspergillus niger	4982822
An08g05070	CDS	An08g05070	NT_166524.1	1220733	1222120	D	Title: similarity to hypothetical protein SCIF3.09c - Streptomyces coelicolor; uncharacterized protein	join(1220733..1220870,1220938..1221020,1221084..1221228,1221308..1221343,1221402..1221999,1222080..1222120)	Aspergillus niger	4982823
An08g05080	CDS	An08g05080	NT_166524.1	1222644	1224305	R	Title: strong similarity to hypothetical protein CAE47974.1 - Aspergillus fumigatus; uncharacterized protein	complement(1222644..1224305)	Aspergillus niger	4982824
An08g05090	CDS	An08g05090	NT_166524.1	1224363	1225124	D	hypothetical protein	1224363..1225124	Aspergillus niger	84591668
An08g05100	CDS	An08g05100	NT_166524.1	1225956	1227694	R	Remark: veA influences the production of the extracellular signal and regulates the initiation of conidiation due to a genetic interaction with fluG in Aspergillus nidulans.; Title: strong similarity to dark repressor of conidiation velvet veA - Aspergillus nidulans; See PMID 9691036; uncharacterized protein	complement(join(1225956..1227475,1227547..1227694))	Aspergillus niger	4982826
An08g05110	CDS	An08g05110	NT_166524.1	1227932	1231217	D	hypothetical protein	join(1227932..1228017,1228112..1228336,1228390..1228479,1228577..1228673,1228900..1228997,1229234..1229441,1229777..1229800,1229892..1229953,1230224..1230447,1230507..1230575,1230654..1230709,1230762..1230854,1230924..1230959,1231009..1231044,1231176..1231217)	Aspergillus niger	84591669
An08g05120	CDS	An08g05120	NT_166524.1	1231235	1231506	D	hypothetical protein	join(1231235..1231384,1231417..1231506)	Aspergillus niger	84591670
An08g05130	CDS	An08g05130	NT_166524.1	1231631	1232729	R	hypothetical protein	complement(join(1231631..1231923,1232141..1232203,1232400..1232494,1232629..1232729))	Aspergillus niger	84591671
An08g05140	CDS	An08g05140	NT_166524.1	1233094	1237941	D	Title: questionable ORF; uncharacterized protein	join(1233094..1233244,1233322..1233613,1233733..1233842,1234452..1234532,1235401..1235506,1235589..1235685,1235780..1235979,1236033..1236074,1236171..1236256,1236346..1236428,1236517..1236704,1237140..1237189,1237363..1237396,1237491..1237590,1237708..1237941)	Aspergillus niger	84591672
An08g05150	CDS	An08g05150	NT_166524.1	1238509	1240317	D	Remark: alternate names = YDR004W, YD8119. 10; Remark: rad57 is involved in DNA double-strand gap repair in S. cerevisiae.; Title: strong similarity to protein Rad57 -Saccharomyces cerevisiae; nucleus; See PMID 7624345; See PMID 9933354; uncharacterized protein	join(1238509..1238703,1238743..1238772,1238812..1238903,1238979..1239626,1239732..1240317)	Aspergillus niger	4982831
An08g05160	CDS	An08g05160	NT_166524.1	1241263	1242725	R	Catalytic activity: oleate delta-12 desaturase catalyzes the conversion of linoleate + AH2 + O2 = crepenynate + A + H2O.; EC:1.14.99.33; Functin: deletion of odeA in Anidulans resulted in a strain depleted of polyunsaturated fatty acids (18:2 and 18:3) but increased in oleic acid (18:1) and total percent fatty acid content; linoleic acid-derived psi factors were absent in this strain but oleic acid-derived psi factors were increased relative to wild type.; Function: The DeltaodeA A. nidulans strain was reduced in conidial production and mycelial growth; these effects were most noticeable when cultures were grown at 26 degrees C in the dark; under these environmental conditions, the Delta odeA strain was delayed in ascospore production but produced more ascospores than wild type over time.; Function: odeA of A. nidulans encodes a Delta-12 desaturase that converts oleic acid to linoleic acid.; Title: strong similarity to oleate delta-12 desaturase odeA - Aspergillus nidulans; See PMID 11352908; uncharacterized protein	complement(join(1241263..1241669,1241732..1242725))	Aspergillus niger	4982832
An08g05170	CDS	An08g05170	NT_166524.1	1243131	1243875	D	hypothetical protein	join(1243131..1243250,1243300..1243393,1243575..1243702,1243747..1243875)	Aspergillus niger	84591673
An08g05180	CDS	An08g05180	NT_166524.1	1246177	1246763	R	Remark: the protein is C-terminally about 1200 aminoacids shorter than the matching protein #901 from patent WO200286090-A2.; Title: strong similarity to essential protein #901 from patent WO200286090-A2 - Aspergillus fumigatus; uncharacterized protein	complement(join(1246177..1246726,1246756..1246763))	Aspergillus niger	84591674
An08g05190	CDS	An08g05190	NT_166524.1	1246914	1250774	R	Title: similarity to hypothetical protein GT334 -Homo sapiens; uncharacterized protein	complement(join(1246914..1247965,1248068..1250431,1250468..1250774))	Aspergillus niger	4982835
An08g05200	CDS	An08g05200	NT_166524.1	1251433	1255284	R	Remark: SPT23 is required for transcription of the delta9 fatty acid desaturase gene OLE1 in S. cerevisiae.; Remark: SPT23 may exert its suppression effect in S. cerevisiae through protein-protein interactions since does not present any of the motifs generally found in transcriptional regulators or dna binding proteins.; Remark: alternate name in S. cerevisiae = YKL020C.; Title: strong similarity to transcription suppressor protein Spt23 - Saccharomyces cerevisiae; nucleus; See PMID 8203154; See PMID 9927444; uncharacterized protein	complement(join(1251433..1251564,1251627..1253638,1253867..1254120,1254183..1255160,1255226..1255284))	Aspergillus niger	4982836
An08g05210	CDS	An08g05210	NT_166524.1	1256017	1258225	D	hypothetical protein	join(1256017..1256076,1256159..1256327,1256431..1256571,1256688..1256808,1256968..1257113,1257188..1257322,1257795..1258013,1258107..1258225)	Aspergillus niger	84591675
An08g05220	CDS	An08g05220	NT_166524.1	1258910	1260532	R	hypothetical protein	complement(join(1258910..1258989,1259082..1259199,1259280..1259345,1259423..1259579,1259912..1260166,1260294..1260411,1260487..1260532))	Aspergillus niger	84591676
An08g05230	CDS	An08g05230	NT_166524.1	1260764	1261972	D	Title: strong similarity to hypothetical endoglucanase IV - Trichoderma reesei; uncharacterized protein	1260764..1261972	Aspergillus niger	4982839
An08g05240	CDS	An08g05240	NT_166524.1	1262492	1263178	D	hypothetical protein	join(1262492..1262827,1262866..1263013,1263090..1263178)	Aspergillus niger	84591677
An08g05250	CDS	An08g05250	NT_166524.1	1263223	1265588	D	Similarity: there is another blastp hit to mouse ligatin, a trafficking receptor for phosphoglycoproteins.; Title: similarity to hypothetical protein YDR117c -Saccharomyces cerevisiae; uncharacterized protein	join(1263223..1264339,1264498..1265588)	Aspergillus niger	4982841
An08g05260	CDS	An08g05260	NT_166524.1	1266209	1267481	R	Remark: S. cerevisiae LAH1 binds to the precursors of polymerase III RNAs, preferentially to precursors ending in U residues.; Remark: alternate names in S. cerevisiae = LHP1,YLA1, YDL051W.; Title: similarity to RNA-binding protein Lah1 -Saccharomyces cerevisiae; See PMID 7799435; See PMID 9412461; uncharacterized protein	complement(join(1266209..1266314,1266400..1267481))	Aspergillus niger	4982842
An08g05270	CDS	An08g05270	NT_166524.1	1267678	1267992	D	Title: questionable ORF; uncharacterized protein	join(1267678..1267740,1267906..1267992)	Aspergillus niger	84591678
An08g05278	CDS	An08g05278	NT_166524.1	1268401	1268965	D	hypothetical protein	join(1268401..1268754,1268807..1268965)	Aspergillus niger	4982844
An08g05290	CDS	An08g05290	NT_166524.1	1269741	1272182	D	Catalytic activity: UDP-N-acetyl-D-glucosamine + [(1, 4)-(N-acetyl-beta-D-glucosaminyl)](N) <=> UDP + [(1,4)-(N-acetyl-beta-D-glucosaminyl)](N+1).; Title: strong similarity to class VI chitin synthase chsD - Aspergillus fumigatus; plasma membrane; See PMID 8807804; uncharacterized protein	join(1269741..1269791,1269938..1270020,1270067..1272182)	Aspergillus niger	4982845
An08g05300	CDS	An08g05300	NT_166524.1	1273326	1275812	D	Remark: alternate names in Schizosaccharomyces pombe = STI1, STIL or SPCC645. 14C; Title: strong similarity to heat shock protein Hsp70 ss1p - Schizosaccharomyces pombe; See PMID 9524252; uncharacterized protein	join(1273326..1273400,1273514..1273545,1273660..1275091,1275153..1275461,1275522..1275812)	Aspergillus niger	4982846
An08g05310	CDS	An08g05310	NT_166524.1	1276460	1277832	R	Title: weak similarity to hypothetical protein encoded by An19g00360 - Aspergillus niger; uncharacterized protein	complement(join(1276460..1277162,1277220..1277652,1277718..1277832))	Aspergillus niger	4982847
An08g05320	CDS	An08g05320	NT_166524.1	1278435	1279481	D	Catalytic activity: Estradiol-17-beta + NAD(P)(+) <=> estrone + NAD(P)H; Title: strong similarity to estradiol 17beta-dehydrogenase type 2 17beta-HSD - Homo sapiens; See PMID 8099587; uncharacterized protein	join(1278435..1278879,1278949..1279481)	Aspergillus niger	4982848
An08g05330	CDS	An08g05330	NT_166524.1	1279769	1281411	R	Catalytic activity: RH + Reduced flavoprotein + O2 = ROH + Oxidized flavoprotein.; Title: strong similarity to n-alkane-inducible cytochrome P450 protein ALK1 - Yarrowia lipolytica; See PMID 9848230; uncharacterized protein	complement(join(1279769..1279917,1279975..1280241,1280298..1281411))	Aspergillus niger	4982849
An08g05340	CDS	An08g05340	NT_166524.1	1281842	1283845	D	Remark: catalyzes the cyclization of squalene into hopene, a function analogous to the action of oxidosqualene cyclases (OSCs) in eukaryotic steroid and triterpenoid biosynthesis.; Title: strong similarity to squalene hopene cyclase SHC - Alicyclobacillus acidocaldarius; See PMID 9295270; See PMID 10375539; uncharacterized protein	join(1281842..1283430,1283473..1283845)	Aspergillus niger	84591679
An08g05350	CDS	An08g05350	NT_166524.1	1285249	1286834	D	Title: strong similarity to hypothetical protein encoded by An18g00300 - Aspergillus niger; uncharacterized protein	join(1285249..1285476,1285554..1286834)	Aspergillus niger	4982850
An08g05360	CDS	An08g05360	NT_166524.1	1287035	1291105	D	Remark: a putative sequencing error within the fourth exon results in a frameshift.; Remark: expression of AFUMDR1 from Aspergillus flavus in S. cerevisiae conferred increased resistance to the antifungal agent cilofungin (LY121019), an echinocandin B analog.; Title: strong similarity to multidrug resistance protein mdr1 - Aspergillus flavus [putative frameshift]; plasma membrane; putative frameshift; See PMID 9373135; uncharacterized protein	join(1287035..1287356,1287411..1287985,1288046..1288600,1288658..1290618,1290683..1290798,1290853..>1291105)	Aspergillus niger	4982852
An08g05370	CDS	An08g05370	NT_166524.1	1291813	1292870	D	hypothetical protein	join(1291813..1292015,1292107..1292139,1292222..1292314,1292459..1292593,1292798..1292870)	Aspergillus niger	84591680
An08g05380	CDS	An08g05380	NT_166524.1	1292885	1294817	D	Function: MNN4 transfers mannosylphosphate from GDP-mannose to N-linked oligosaccharide.; Remark: only partial similarity to MNN4 of the yeast S. cerrevisiae.; Title: similarity to mannosylphosphate transferase Mnn4 - Saccharomyces cerevisiae; See PMID 355255; See PMID 9023541; uncharacterized protein	join(1292885..1293018,1293391..1293482,1293731..1294044,1294109..1294536,1294588..1294653,1294757..1294817)	Aspergillus niger	4982854
An08g05390	CDS	An08g05390	NT_166524.1	1295229	1296275	D	Title: strong similarity to hypothetical zinc-metalloprotease SPCC1442.07c - Schizosaccharomyces pombe; uncharacterized protein	join(1295229..1295599,1295624..1296275)	Aspergillus niger	4982855
An08g05400	CDS	An08g05400	NT_166524.1	1296420	1297854	R	Catalytic activity: Acyl-CoA + acetyl-CoA <=> CoA + 3-oxoacyl-CoA.; Remark: alternate name for acetyl-CoA C-acyltransferase = 3-oxoacyl-CoA thiolase.; Title: strong similarity to peroxisomal acetyl-CoA C-acyltransferase POT1 - Yarrowia lipolytica; peroxisome; uncharacterized protein	complement(join(1296420..1296847,1296911..1297487,1297550..1297730,1297784..1297854))	Aspergillus niger	4982856
An08g05410	CDS	An08g05410	NT_166524.1	1298443	1299651	R	Title: weak similarity to LIS1-interacting protein Nude1 - Rattus norvegicus; See PMID 11163259; See PMID 10940388; uncharacterized protein	complement(join(1298443..1299389,1299630..1299651))	Aspergillus niger	4982857
An08g05420	CDS	An08g05420	NT_166524.1	1299985	1301413	D	Title: strong similarity to hypothetical protein SPBC27.02c - Schizosaccharomyces pombe; uncharacterized protein	join(1299985..1300057,1300115..1300221,1300281..1301184,1301277..1301413)	Aspergillus niger	4982858
An08g05430	CDS	An08g05430	NT_166524.1	1301746	1302125	D	Title: weak similarity to cytoplasmic ribosomal protein of the large subunit L27 rpmA - Rickettsia prowazekii; uncharacterized protein	join(1301746..1301818,1302007..1302125)	Aspergillus niger	84591681
An08g05440	CDS	An08g05440	NT_166524.1	1302400	1306004	R	Remark: DBM1 in S. cerevisiae is a GTPase-activating protein (GAP) for cdc42 and/or rho1.; Remark: DBM1 in S. cerevisiae is involved in the control of pheromone-response pathway, in polarized cell growth and proper bud site selection.; Similarity: occuring blastp matches against N-chimerins are likely to be restricted to the chimerin-GTPase-activating domain.; Title: similarity to Rho-type GTPase-activating protein Dbm1 - Saccharomyces cerevisiae; See PMID 8657111; uncharacterized protein	complement(join(1302400..1302899,1302952..1303032,1303110..1303271,1303314..1305849,1305930..1306004))	Aspergillus niger	4982860
An08g05450	CDS	An08g05450	NT_166524.1	1307615	1312044	R	Function: atrDp is involved in protection against cytotoxic compounds.; Title: strong similarity to multidrug resistance protein atrD - Aspergillus nidulans; plasma membrane; See PMID 10954082; uncharacterized protein	complement(join(1307615..1308399,1308475..1310093,1310181..1311634,1311717..1311841,1311912..1312044))	Aspergillus niger	4982861
An08g05460	CDS	An08g05460	NT_166524.1	1312200	1313353	R	Remark: adenosine and AMP deaminase signature at aa position 111-118.; hypothetical protein	complement(join(1312200..1312549,1312618..1312732,1313107..1313210,1313311..1313353))	Aspergillus niger	84591682
An08g05470	CDS	An08g05470	NT_166524.1	1315379	1320783	R	Function: STU1 is essential for growth in S. cerevisiae, and disruption of STU1 causes defects in spindle assembly in yeast.; Title: similarity to mitotic spindle protein Stu1 -Saccharomyces cerevisiae; cytoskeleton; See PMID 7806575; See PMID 10816255; uncharacterized protein	complement(join(1315379..1315540,1315727..1315871,1315990..1316556,1316645..1316775,1317043..1318573,1318636..1319937,1319988..1320106,1320160..1320783))	Aspergillus niger	4982863
An08g05480	CDS	An08g05480	NT_166524.1	1321033	1322515	D	hypothetical protein	join(1321033..1321098,1321177..1321306,1322337..1322515)	Aspergillus niger	84591683
An08g05490	CDS	An08g05490	NT_166524.1	1322750	1323634	D	Title: similarity to hypothetical protein At2g15220 - Arabidopsis thaliana; uncharacterized protein	1322750..1323634	Aspergillus niger	4982865
An08g05500	CDS	An08g05500	NT_166524.1	1324123	1325343	R	Title: strong similarity to mitochondrial ribosomal protein of the large subunit Yml3 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 3060376; mitochondrial 54S ribosomal protein mL44	complement(join(1324123..1324717,1324823..1325343))	Aspergillus niger	4982866
An08g05510	CDS	An08g05510	NT_166524.1	1325558	1326104	D	Title: similarity to EST r4b11a1.f1 - Aspergillus nidulans; uncharacterized protein	join(1325558..1325724,1325790..1325972,1326047..1326104)	Aspergillus niger	4982867
An08g05520	CDS	An08g05520	NT_166524.1	1326231	1327469	R	Function: PET18 (= MAK31 +MAK32) is necessary for the structural stability of L-A dsRNA-containing particles,but not of those containing L-A (+) strand RNA in yeast.; Remark: there are five families of double-stranded RNA (dsRNA) in strains of S. cerevisiae, called L-A, L-BC,M, T, and W.; Title: strong similarity to Mak32 - Saccharomyces cerevisiae; See PMID 3551911; See PMID 3916862; uncharacterized protein	complement(join(1326231..1326478,1326548..1327093,1327154..1327469))	Aspergillus niger	4982868
An08g05530	CDS	An08g05530	NT_166524.1	1328012	1329839	D	Alternative name: SRV2.; Function: protein is required for RAS-activated adenylate cyclase activity (synthesizes cAMP from ATP).; Remark: adenylyl cyclase from S. cerevisiae contains at least two subunits, a 200 kd catalytic subunit and a 70 kd subunit (cyclase-associated protein).; Title: strong similarity to adenylate cyclase-associated protein Cap1 - Saccharomyces cerevisiae; See PMID 2158860; See PMID 2184942; uncharacterized protein	join(1328012..1328058,1328186..1328435,1328489..1328790,1328846..1329839)	Aspergillus niger	4982869
An08g05540	CDS	An08g05540	NT_166524.1	1330992	1333507	R	Title: similarity to hypothetical protein encoded by FLJ10980 - Homo sapiens; uncharacterized protein	complement(join(1330992..1333094,1333217..1333507))	Aspergillus niger	4982870
An08g05550	CDS	An08g05550	NT_166524.1	1333534	1334072	D	hypothetical protein	join(1333534..1333773,1333872..1334072)	Aspergillus niger	84591684
An08g05560	CDS	An08g05560	NT_166524.1	1334421	1335126	D	Title: strong similarity to hypothetical protein CAF31995.1 - Aspergillus fumigatus; uncharacterized protein	join(1334421..1334559,1334618..1335126)	Aspergillus niger	4982872
An08g05570	CDS	An08g05570	NT_166524.1	1335306	1338500	R	Title: similarity to secretory protein Sec5 -Saccharomyces cerevisiae; See PMID 3077331; See PMID 9153755; uncharacterized protein	complement(join(1335306..1336034,1336110..1338500))	Aspergillus niger	4982873
An08g05580	CDS	An08g05580	NT_166524.1	1338556	1340638	D	Catalytic activity: isocitrate + NAD+ = 2-oxoglutarate + CO2 + NADH.; Remark: isocitrate dehydrogenase from S. cerevisiae is composed of two nonidentical subunits, IDH1 and IDH2.; Title: strong similarity to precursor of isocitrate dehydrogenase (NAD+) chain Idh2 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1939242; uncharacterized protein	join(1338556..1338627,1338684..1338860,1339216..1339281,1339440..1339526,1339595..1339717,1339780..1340499,1340567..1340638)	Aspergillus niger	4982874
An08g05590	CDS	An08g05590	NT_166524.1	1341020	1342131	R	Similarity: the ORF is shorter than the yeast protein (281 compared to 425 amino acids).; Title: weak similarity to hypothetical protein YNL136w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1341020..1341366,1341449..1341632,1341722..1341867,1341963..1342131))	Aspergillus niger	4982875
An08g05600	CDS	An08g05600	NT_166524.1	1342327	1342929	R	hypothetical protein	complement(join(1342327..1342537,1342707..1342754,1342859..1342929))	Aspergillus niger	84591685
An08g05610	CDS	niaD	NT_166524.1	1343210	1346163	R	Catalytic activity: NADPH + nitrate = NADP(+) + nitrite + H(2)O.; Gene-ID: niaD; Remark: the protein is necessary for nitrate assimilation.; cytoplasm; See PMID 1541396; See PMID 10846218; nitrate reductase (NADPH) niaD-Aspergillus niger	complement(join(1343210..1344099,1344154..1344777,1344829..1345052,1345104..1345339,1345392..1345650,1345707..1345806,1345893..1346163))	Aspergillus niger	4982877
An08g05620	CDS	An08g05620	NT_166524.1	1346262	1346553	D	hypothetical protein	join(1346262..1346311,1346387..1346450,1346488..1346553)	Aspergillus niger	84591686
An08g05630	CDS	An08g05630	NT_166524.1	1346920	1347795	R	hypothetical protein	complement(join(1346920..1347069,1347162..1347222,1347264..1347355,1347571..1347795))	Aspergillus niger	84591687
An08g05640	CDS	An08g05640	NT_166524.1	1347832	1351626	D	Catalytic activity: 3 NAD(P)H + NITRITE = 3 NAD(P)(+) + NH(4)OH + H(2)O.; Remark: alternative splicing might occur; Remark: this protein is required for the assimilation of nitrate (denitrification).; Title: strong similarity to nitrite reductase (NADH) niiA - Aspergillus nidulans; cytoplasm; uncharacterized protein	join(1347832..1348004,1348078..1348228,1348321..1348860,1348916..1348998,1349050..1349565,1349627..1349829,1349881..1350353,1350417..1350574,1350630..1351626)	Aspergillus niger	4982880
An08g05650	CDS	An08g05650	NT_166524.1	1351922	1352916	D	hypothetical protein	join(1351922..1352197,1352289..1352366,1352461..1352535,1352610..1352675,1352753..1352820,1352880..1352916)	Aspergillus niger	84591688
An08g05660	CDS	An08g05660	NT_166524.1	1353195	1353993	R	hypothetical protein	complement(join(1353195..1353392,1353676..1353810,1353874..1353993))	Aspergillus niger	84591689
An08g05670	CDS	An08g05670	NT_166524.1	1354087	1355822	D	Remark: probably involved in extracellular nitrate uptake.; Title: strong similarity to nitrate permease crnA -Aspergillus nidulans; plasma membrane; See PMID 1986367; uncharacterized protein	join(1354087..1354254,1354316..1354395,1354457..1354732,1354781..1355586,1355638..1355822)	Aspergillus niger	4982883
An08g05680	CDS	An08g05680	NT_166524.1	1357449	1357958	D	Title: strong similarity to hypothetical protein Cj0488 - Campylobacter jejuni; uncharacterized protein	join(1357449..1357575,1357666..1357802,1357875..1357958)	Aspergillus niger	4982884
An08g05690	CDS	An08g05690	NT_166524.1	1358228	1359678	R	Title: strong similarity to hypothetical protein CAD28429.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1358228..1358685,1358736..1358796,1358854..1359678))	Aspergillus niger	4982885
An08g05700	CDS	An08g05700	NT_166524.1	1359874	1361245	R	Title: similarity to hypothetical protein SPCC1393.04 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1359874..1359984,1360085..1360151,1360335..1360601,1360656..1360718,1360770..1360938,1361080..1361245))	Aspergillus niger	4982886
An08g05710	CDS	An08g05710	NT_166524.1	1361328	1361643	R	hypothetical protein	complement(join(1361328..1361573,1361620..1361643))	Aspergillus niger	84591690
An08g05720	CDS	An08g05720	NT_166524.1	1361733	1362769	D	Remark: C-terminus is 254 aa shorter than soluble epoxide hydrolase (SEH) from Homo sapiens.; Title: similarity to protein SEQ ID NO:1444 from patent WO200157190-A2 - Homo sapiens; uncharacterized protein	join(1361733..1361786,1361842..1362535,1362633..1362769)	Aspergillus niger	4982888
An08g05730	CDS	An08g05730	NT_166524.1	1362868	1364024	D	Remark: yeast ribosomal protein L1 is required for the stability of newly synthesized 5S rRNA and the assembly of 60S ribosomal subunits.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L1 - Saccharomyces cerevisiae; cytoplasm; See PMID 8474444; 60S ribosomal protein uL18	join(1362868..1362870,1363059..1363096,1363163..1364024)	Aspergillus niger	4982889
An08g05740	CDS	An08g05740	NT_166524.1	1364339	1364807	R	hypothetical protein	complement(join(1364339..1364503,1364601..1364807))	Aspergillus niger	84591691
An08g05750	CDS	An08g05750	NT_166524.1	1365714	1366961	R	hypothetical protein	complement(join(1365714..1365765,1365846..1365914,1365953..1366065,1366361..1366504,1366671..1366780,1366868..1366961))	Aspergillus niger	84591692
An08g05760	CDS	An08g05760	NT_166524.1	1367036	1370750	D	Remark: overexpression of NH2-terminal deleted MHP1 results in short spindles and disturbed nuclear migration.; Title: similarity to microtubule-interacting protein 1 Mhp1 - Saccharomyces cerevisiae; cytoskeleton; See PMID 8947554; uncharacterized protein	join(1367036..1367087,1367173..1370019,1370086..1370750)	Aspergillus niger	4982892
An08g05770	CDS	An08g05770	NT_166524.1	1370790	1371177	D	hypothetical protein	join(1370790..1370904,1371028..1371102,1371146..1371177)	Aspergillus niger	84591693
An08g05780	CDS	An08g05780	NT_166524.1	1371510	1373831	D	Function: human ALDRP is a dimerization partner of adrenoleukodystrophy protein and other peroxisomal ABC-transporter.; Similarity: shows strong similarity to ALDRP of N. crassa and of other species.; Title: strong similarity to adrenoleukodystrophy related protein ALDRP - Homo sapiens; peroxisome; See PMID 10551832; uncharacterized protein	join(1371510..1372019,1372086..1372722,1372786..1373683,1373756..1373831)	Aspergillus niger	4982894
An08g05790	CDS	An08g05790	NT_166524.1	1374268	1377392	R	Complex: homodimer in S. cerevisiae.; Function: glycogen phosphorylase catalyzes the conversion of (1,4-alpha-D-Glucosyl)n + phosphate = (1,4-alpha-D-glucosyl)n-1 + alpha-D-glucose 1-phosphate.; Title: strong similarity to glycogen phosphorylase Gph1 - Saccharomyces cerevisiae; cytoplasm; See PMID 3537803; See PMID 8703213; See PMID 1613787; uncharacterized protein	complement(join(1374268..1374675,1374732..1376497,1376554..1376631,1376701..1376804,1376859..1376920,1376983..1377018,1377082..1377094,1377214..1377392))	Aspergillus niger	4982895
An08g05800	CDS	An08g05800	NT_166524.1	1377778	1378597	R	hypothetical protein	complement(join(1377778..1378073,1378160..1378307,1378484..1378597))	Aspergillus niger	84591694
An08g05810	CDS	An08g05810	NT_166524.1	1378602	1378855	R	hypothetical protein	complement(join(1378602..1378687,1378765..1378855))	Aspergillus niger	84591695
An08g05820	CDS	An08g05820	NT_166524.1	1379822	1381224	R	Complex: G proteins contain three units (alpha, beta and gamma); the guanine nucleotide binding site is located in the alpha chain.; Similarity: shows strong similarity to G protein alpha subunit ganB of Emericella nidulans.; Title: strong similarity to G protein alpha subunit mod-D - Podospora anserina; See PMID 7939899; See PMID 10463328; uncharacterized protein	complement(join(1379822..1379921,1379976..1380214,1380274..1380403,1380472..1380600,1380661..1381006,1381098..1381224))	Aspergillus niger	4982898
An08g05830	CDS	An08g05830	NT_166524.1	1381410	1384648	D	hypothetical protein	join(1381410..1381441,1381528..1381707,1381755..1381862,1381918..1382009,1382137..1382287,1383653..1383811,1383904..1384038,1384561..1384648)	Aspergillus niger	84591696
An08g05840	CDS	An08g05840	NT_166524.1	1384801	1386191	R	Similarity: shows very weak similarity to pseudouridylate synthase yceC of Escherichia coli.; hypothetical protein	complement(join(1384801..1384946,1385497..1385568,1385676..1385764,1385913..1385988,1386047..1386191))	Aspergillus niger	84591697
An08g05850	CDS	An08g05850	NT_166524.1	1386354	1388135	D	Function: OSM1 of P. grisea kinase is involved in arabitol accumulation.; Function: OSM1 of P. grisea regulates cellular turgor during hyperosmotic stress and appressorium-mediated plant infection.; Title: strong similarity to osomotic sensitivity MAP kinase OSM1 - Pyricularia grisea; See PMID 10521531; uncharacterized protein	join(1386354..1386409,1386479..1386526,1386630..1386759,1386828..1386871,1386936..1387035,1387112..1387468,1387541..1387619,1387681..1387864,1387928..1388135)	Aspergillus niger	4982901
An08g05860	CDS	An08g05860	NT_166524.1	1389029	1392204	D	Title: strong similarity to hypothetical protein YLR114c - Saccharomyces cerevisiae; uncharacterized protein	join(1389029..1389090,1389376..1389480,1389574..1389816,1389928..1389955,1390143..1390428,1390488..1390528,1390578..1390715,1390771..1392204)	Aspergillus niger	4982902
An08g05870	CDS	An08g05870	NT_166524.1	1393032	1395550	R	Function: human cullin-1 is involved in the SCF proteolytic pathway which is involved in regulation of the cell cycle.; Title: strong similarity to cullin 1 - Homo sapiens; See PMID 10508527; uncharacterized protein	complement(join(1393032..1393220,1393284..1395319,1395424..1395550))	Aspergillus niger	4982903
An08g05880	CDS	An08g05880	NT_166524.1	1395801	1396418	D	hypothetical protein	join(1395801..1395866,1396006..1396111,1396151..1396280,1396355..1396418)	Aspergillus niger	84591698
An08g05890	CDS	An08g05890	NT_166524.1	1396473	1399109	R	Function: Cdc 53 of S. cerevisiae is involved in targeting phosphorylated G1 cyclins for degradation by the ubiquitin proteolytic pathway.; Function: Cdc53p of S. cerevisiae functions as a noncatalytic scaffold protein bridging Cdc34p to Skp/F-box proteins.; Function: Cdc53p of S. cerevisiae is involved in G1/S transition control.; Function: Cdc53p of S. cerevisiae is involved in mitotic G1/S transition, mitotic G2/M transition and in ubiquitin-dependent protein degradation.; Title: similarity to cell cycle control protein Cdc53 - Saccharomyces cerevisiae; See PMID 8943317; See PMID 9312054; See PMID 9346239; uncharacterized protein	complement(join(1396473..1396551,1396622..1396672,1396731..1396863,1396993..1397247,1397333..1397496,1397911..1398862,1398938..1399109))	Aspergillus niger	4982905
An08g05900	CDS	An08g05900	NT_166524.1	1400049	1401024	D	Title: similarity to hypothetical protein encoded by SPAC23H3.12c - Schizosaccharomyces pombe; uncharacterized protein	join(1400049..1400485,1400570..1400625,1400687..1401024)	Aspergillus niger	4982906
An08g05910	CDS	An08g05910	NT_166524.1	1401524	1402943	D	Function: End3p of S. cerevisiae is required for endocytosis and cytoskeletal organization.; Remark: mutation within sagA sensitises Aspergillus nidulans to alkylating agents.; Similarity: shows similarity to End3p of S. cerevisiae.; Title: strong similarity to protein SagA -Aspergillus nidulans; See PMID 10102359; See PMID 10594004; uncharacterized protein	join(1401524..1401763,1401894..1402128,1402204..1402943)	Aspergillus niger	4982907
An08g05920	CDS	An08g05920	NT_166524.1	1403504	1406397	R	Function: Sth1p of S. cerevisiae is an essential gene encoding a component of a novel chromatin-remodeling complex RSC, alters the chromatin structure of S. cerevisiae centromeres.; Similarity: shows similarity to several Snf2p/Swi2p homologs of different species.; Title: similarity to Snf2p/Swi2p homolog Sth1 -Saccharomyces cerevisiae; nucleus; See PMID 9628931; See PMID 9799253; uncharacterized protein	complement(join(1403504..1404367,1404594..1405187,1405250..1406107,1406188..1406397))	Aspergillus niger	4982908
An08g05930	CDS	An08g05930	NT_166524.1	1407432	1407648	R	hypothetical protein	complement(join(1407432..1407483,1407566..1407648))	Aspergillus niger	84591699
An08g05940	CDS	An08g05940	NT_166524.1	1407726	1409219	D	Title: similarity to hypothetical protein encoded by An12g01470 - Aspergillus niger; uncharacterized protein	1407726..1409219	Aspergillus niger	84591700
An08g05950	CDS	An08g05950	NT_166524.1	1409440	1410974	R	Catalytic activity: dihydropyrimidinase catalyzes the conversion of 5,6-dihydrouracil + H2O = 3-ureidopropionate.; Function: the Saccharomyces kluyveri dihydropyrimidinase is capable of catalysing both dihydrouracil and dihydrothymine degradation.; Pathway: regulatory checkpoint of the pyrimidine catabolic pathway.; Title: strong similarity to dihydropyrimidinase Pyd2 - Saccharomyces kluyveri; See PMID 10574455; See PMID 10656811; uncharacterized protein	complement(join(1409440..1410735,1410798..1410974))	Aspergillus niger	4982911
An08g05960	CDS	An08g05960	NT_166524.1	1412943	1415000	R	Title: strong similarity to hypothetical protein CAD28445.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1412943..1414421,1414503..1415000))	Aspergillus niger	84591701
An08g05970	CDS	An08g05970	NT_166524.1	1415541	1416476	R	Title: strong similarity to hypothetical dual specificity protein phosphatase 3 CAD28446.1 - Aspergillus fumigatus; uncharacterized protein	complement(1415541..1416476)	Aspergillus niger	4982913
An08g05980	CDS	An08g05980	NT_166524.1	1417341	1417645	D	hypothetical protein	join(1417341..1417479,1417548..1417645)	Aspergillus niger	84591702
An08g06010	CDS	An08g06010	NT_166524.1	1419802	1420289	R	Title: questionable ORF; uncharacterized protein	complement(join(1419802..1419834,1419888..1419950,1420263..1420289))	Aspergillus niger	84591703
An08g06030	CDS	An08g06030	NT_166524.1	1422825	1423731	R	Title: strong similarity to hypothetical zinc-finger transcription factor CAD28447.1 - Aspergillus fumigatus; uncharacterized protein	complement(join(1422825..1423285,1423365..1423411,1423469..1423731))	Aspergillus niger	4982919
An08g06040	CDS	An08g06040	NT_166524.1	1423831	1425202	D	hypothetical protein	join(1423831..1423917,1423959..1424071,1424435..1424485,1424535..1424707,1424780..1424837,1425112..1425202)	Aspergillus niger	84591704
An08g06050	CDS	An08g06050	NT_166524.1	1427129	1430406	R	Function: UPF1 of S. cerevisiae is involved in modulating both translation termination and mRNA turnover.; Function: UPF1 of S. cerevisiae is required for rapid turnover of cytoplasmic mRNA with a premature termination codon; Remark: UPF1, MOF4 and YMR080c are alternative names for NAM7 of S. cerevisiae.; Similarity: UPF1 of S. cerevisiae is a member of the superfamily group I helicases.; Title: strong similarity to prematurely terminated mRNA decay factor Nam7 - Saccharomyces cerevisiae; cytoplasm; See PMID 1314899; See PMID 1569946; uncharacterized protein	complement(join(1427129..1430147,1430207..1430406))	Aspergillus niger	4982921
An08g06060	CDS	An08g06060	NT_166524.1	1431046	1432018	D	Function: the S. cerevisiae Imp4 protein is a component of the U3 small nucleolar ribonucleoprotein (U3 snoRNP). It interacts physically with the U3 snoRNP specific protein, Mpp10. It is required for the early cleavages at sites A0, A1 and A2 of the pre ribosomal RNA to yield pre 18s ribosomal RNA processing.; Remark: alternate name for S. cerevisiae Imp4: YNL075W.; Title: strong similarity to component of the U3 snoRNP Imp4 - Saccharomyces cerevisiae; nucleus; See PMID 10409734; uncharacterized protein	join(1431046..1431051,1431131..1432018)	Aspergillus niger	4982922
An08g06070	CDS	An08g06070	NT_166524.1	1432295	1433747	R	Remark: all blastp matches are about 3 times longer than the A. niger protein.; Title: weak similarity to NAD+ ADP-ribosyltransferase PPOL - Homo sapiens; uncharacterized protein	complement(join(1432295..1432810,1432919..1433001,1433086..1433151,1433269..1433466,1433573..1433747))	Aspergillus niger	4982923
An08g06080	CDS	trpC	NT_166524.1	1434197	1436509	R	Catalytic activity: TrpC catalyzes the the glutamine amidotransferase reaction (GAT), the indole-3-glycerol phosphate synthase reaction (IGPS) and the N-(5'-phosphoribosyl) anthranilate isomerase reaction (PRAI), respectively.; Gene-ID: trpC; Pathway: Trp C is involved in the tryptophan biosynthesis.; cytoplasm; See PMID 2936650; anthranilate synthase multifunctional protein trpC-Aspergillus niger	complement(1434197..1436509)	Aspergillus niger	4982924
An08g06090	CDS	An08g06090	NT_166524.1	1436984	1442601	D	Phenotype: Deltanup184 mutations confer sensitivity to growth in nutrient-rich medium (YES) that is accompanied by nuclear poly(A)+ RNA accumulation.; Phenotype: nup184 of S. pombe is synthetically lethal with the mRNA export defective rae1-167 mutation. The consequence of the synthetic lethality is a defect in mRNA export.; Title: similarity to nucleoporin nup184p -Schizosaccharomyces pombe; nucleus; See PMID 10388805; uncharacterized protein	join(1436984..1437051,1437116..1441190,1441246..1442601)	Aspergillus niger	4982925
An08g06100	CDS	An08g06100	NT_166524.1	1444248	1446202	D	Catalytic activity: 4CL-1 of P. crispum catalyzes the reaction ATP + 4-coumarate + CoA <=> AMP + diphosphate + 4-coumaroyl-CoA.; Pathway: plant 4CL-1 is involved in the biosynthesis of lignin.; Remark: fungi are known to use lignin as a carbon source.; Title: similarity to 4-coumarate-CoA ligase 4CL1 -Petroselinum crispum; See PMID 3169018; uncharacterized protein	join(1444248..1445308,1445392..1445680,1445802..1445905,1445968..1446202)	Aspergillus niger	4982926
An08g06110	CDS	An08g06110	NT_166524.1	1446640	1448181	R	hypothetical protein	complement(join(1446640..1446713,1446874..1446943,1447450..1447501,1447647..1447841,1448174..1448181))	Aspergillus niger	84591705
An08g06120	CDS	An08g06120	NT_166524.1	1448914	1450617	D	Title: similarity to hypothetical protein EAA65426.1 - Aspergillus nidulans; uncharacterized protein	join(1448914..1449525,1449561..1449579,1450129..1450310,1450423..1450617)	Aspergillus niger	10098015
An08g06125	CDS	An08g06125	NT_166524.1	1451058	1451483	R	hypothetical protein	complement(1451058..1451483)	Aspergillus niger	84591706
An08g06130	CDS	An08g06130	NT_166524.1	1452267	1453519	R	Function: activation of fadA from A. nidulans leads to proliferation and blocks sporulation.; Title: strong similarity to GTP-binding regulatory protein alpha chain fadA - Aspergillus nidulans; See PMID 8895563; See PMID 10947863; uncharacterized protein	complement(join(1452267..1452310,1452370..1452926,1452984..1453326,1453402..1453519))	Aspergillus niger	4982930
An08g06140	CDS	An08g06140	NT_166524.1	1454541	1456704	R	hypothetical protein	complement(join(1454541..1454673,1454723..1454811,1455010..1455333,1455695..1455755,1455851..1455963,1456175..1456302,1456401..1456553,1456650..1456704))	Aspergillus niger	84591707
An08g06150	CDS	An08g06150	NT_166524.1	1456789	1458731	D	Title: similarity to hypothetical conserved protein SPAC11H11.03c - Schizosaccharomyces pombe; uncharacterized protein	join(1456789..1456829,1457052..1457166,1457388..1457717,1457972..1458222,1458317..1458731)	Aspergillus niger	4982932
An08g06160	CDS	An08g06160	NT_166524.1	1459203	1460438	R	Catalytic activity: Trans-trans-farnesyl diphosphate + isopentenyl diphosphate <=> diphosphate + geranylgeranyl diphosphate.; Function: al-3 from N. crassa is involved in carotinoid biosynthesis.; Remark: Farnesyltranstransferase is synonymous for geranylgeranyl pyrophosphate synthetase.; Title: strong similarity to geranylgeranyl pyrophosphate synthase al-3 - Neurospora crassa; See PMID 1826006; See PMID 9017926; uncharacterized protein	complement(join(1459203..1459950,1460017..1460438))	Aspergillus niger	4982933
An08g06170	CDS	An08g06170	NT_166524.1	1461707	1462661	D	Function: in S. cerevisiae Cdc15 serves both as an activator and substrate of Cdc14.; Function: inactivation of mitotic cyclin-dependent kinases (Cdks) is required for cells to exit mitosis. in S. cerevisiae, Cdk inactivation is triggered by the phosphatase Cdc14.; Regulation: the S. cerevisiae phosphatase Cdc14 is activated by a complex network of regulatory proteins that includes the protein kinase Cdc15.; Title: similarity to cell division control protein cdc14p - Schizosaccharomyces pombe; nucleus; See PMID 8334307; See PMID 10600711; uncharacterized protein	join(1461707..1461962,1462027..1462661)	Aspergillus niger	4982934
An08g06180	CDS	An08g06180	NT_166524.1	1463159	1465134	R	Function: 6-HDNO of A. oxidans oxidizes 6-hydroxy-D-nicotine to 6-hydroxy-N-methylmyosmine.; Title: similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3622516; uncharacterized protein	complement(join(1463159..1463202,1463255..1463506,1463581..1463786,1463868..1464198,1464300..1464390,1464452..1464848,1464914..1465134))	Aspergillus niger	4982935
An08g06190	CDS	An08g06190	NT_166524.1	1465559	1466553	D	Function: it has been suggested that Pth11p is not required for appressorium morphogenesis but is involved in host surface recognition.; Function: mutations in PTH11 of M. grisea cause a defect in appressorium differentiation.; Remark: Pth11p of M. grisea is C-terminal 400 aa longer.; Title: similarity to PTH11 - Magnaporthe grisea; uncharacterized protein	join(1465559..1465657,1465733..1465798,1465851..1465955,1466003..1466244,1466289..1466381,1466511..1466553)	Aspergillus niger	4982936
An08g06200	CDS	An08g06200	NT_166524.1	1467363	1469265	R	Function: human Metaxin participates in preprotein import into mitochondria.; Remark: N-terminal 200 aa show no similarity to human Metaxin.; Title: similarity to mitochondrial import protein Metaxin - Homo sapiens; localisation:mitochondrion; See PMID 11027586; uncharacterized protein	complement(join(1467363..1467758,1467835..1468074,1468154..1468586,1468869..1469130,1469196..1469265))	Aspergillus niger	4982937
An08g06210	CDS	An08g06210	NT_166524.1	1469486	1471101	D	Function: in P. anserina the transcription factor Grisea controls expression of the mitochondrial manganese superoxide dismutase (PaSOD2).; Title: similarity to transcription factor grisea -Podospora anserina; See PMID 11134328; uncharacterized protein	join(1469486..1469594,1469705..1471101)	Aspergillus niger	4982938
An08g06220	CDS	An08g06220	NT_166524.1	1471779	1472051	R	Title: strong similarity to hypothetical protein SPAPJ691.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(1471779..1472051)	Aspergillus niger	4982939
An08g06230	CDS	An08g06230	NT_166524.1	1472711	1477257	D	Remark: similarity is confined to C-terminal region.; Title: similarity to hypothetical membrane protein YJR041c - Saccharomyces cerevisiae; uncharacterized protein	join(1472711..1472728,1472821..1477257)	Aspergillus niger	4982940
An08g06240	CDS	An08g06240	NT_166524.1	1479660	1481674	D	Function: the transport of uracil into the yeast S. pombe is mediated by uracil permease, a specific co-transporter encoded by the FUR4 gene.; Title: strong similarity to uracil transport protein fur4p - Schizosaccharomyces pombe; plasma membrane; See PMID 9730284; See PMID 10085225; uncharacterized protein	join(1479660..1479759,1479878..1479948,1480032..1480281,1480354..1481081,1481141..1481674)	Aspergillus niger	4982941
An08g06250	CDS	An08g06250	NT_166524.1	1483233	1484819	D	Catalytic activity: Benzoate + NADPH + O(2) <=> 4-hydroxybenzoate + NADP(+) + H(2)O.; Induction: bphA of A. niger is inducible by benzoate.; Pathway: bphA of A. niger is an enzyme in the phenylalanine metabolism.; Similarity: bphA from A. niger is a member of a new gene family of the cytochrome P450 superfamily.; Title: strong similarity to benzoate 4-monooxygenase cytochrome P450 53 bphA - Aspergillus niger; endoplasmatic reticulum; See PMID 2250647; See PMID 10852481; uncharacterized protein	join(1483233..1483350,1483507..1484819)	Aspergillus niger	4982942
An08g06260	CDS	An08g06260	NT_166524.1	1485272	1488010	D	Title: strong similarity to hypothetical protein AAO49461.1 - Leptosphaeria maculans; uncharacterized protein	1485272..1488010	Aspergillus niger	4982943
An08g06270	CDS	An08g06270	NT_166524.1	1488116	1489432	R	Catalytic activity: Adenosine + H(2)O <=> inosine + NH(3).; Title: similarity to adenosine deaminase - Mus musculus; See PMID 2410423; uncharacterized protein	complement(join(1488116..1488307,1488383..1489061,1489126..1489268,1489376..1489432))	Aspergillus niger	4982944
An08g06280	CDS	An08g06280	NT_166524.1	1490880	1491358	D	hypothetical protein	join(1490880..1490977,1491091..1491358)	Aspergillus niger	84591708
An08g06290	CDS	An08g06290	NT_166524.1	1494587	1495058	R	hypothetical protein	complement(join(1494587..1494725,1494934..1495058))	Aspergillus niger	84591709
An08g06300	CDS	An08g06300	NT_166524.1	1495524	1497444	R	Remark: defined as questionable ORF as Introns are much larger than Exons.; Title: questionable ORF; uncharacterized protein	complement(join(1495524..1495817,1495882..1495957,1496587..1496668,1496755..1496889,1497354..1497444))	Aspergillus niger	84591710
An08g06310	CDS	An08g06310	NT_166524.1	1497779	1500132	R	hypothetical protein	complement(join(1497779..1497900,1498095..1498143,1498320..1498514,1498701..1498814,1498993..1499130,1499500..1499622,1499673..1499790,1499984..1500074,1500120..1500132))	Aspergillus niger	84591711
An08g06320	CDS	An08g06320	NT_166524.1	1502785	1506255	D	Catalytic activity: 1-phosphatidyl-1D-myo-inositol 4, 5-bisphosphate + H(2) <=> D-myo-inositol 1,4,5-trisphosphate + diacylglycerol.; Function: Plc1 from S. pombe is a 1-phosphatidylinositol-4,5-bisphosphate phosphodiesterase.; Function: activated by all classes of cell surface receptors, Plc proteins generate the ubiquitous second messengers inositol 1,4,5-trisphosphate and diacylglycerol.; Similarity: C-terminal 200 aa longer than similar proteins.; Title: similarity to phosphoinositide-specific phospholipase C lc1p - Schizosaccharomyces pombe; See PMID 11015615; See PMID 7732727; uncharacterized protein	1502785..1506255	Aspergillus niger	4982949
An08g06330	CDS	An08g06330	NT_166524.1	1507555	1508773	D	Function: epsilon-COP together with other COP-subunits assembels into the coatomer, which participates in intracellular vesicle formation and membrane transport.; Title: strong similarity to epsilon-COP - Cricetulus griseus; intracellular transport vesicles; See PMID 8626666; See PMID 10449336; uncharacterized protein	join(1507555..1508045,1508126..1508261,1508347..1508585,1508665..1508773)	Aspergillus niger	4982950
An08g06340	CDS	An08g06340	NT_166524.1	1509230	1510547	R	Function: chnC from Acinetobacter catalyzes conversion of caprolactone to 6-hydroxyhexanoic acid in the cyclohexanol oxidation pathway.; Title: strong similarity to acetyl-hydrolase chnC -Acinetobacter sp.; See PMID 10940013; uncharacterized protein	complement(join(1509230..1509364,1509482..1510068,1510149..1510294,1510348..1510547))	Aspergillus niger	4982951
An08g06350	CDS	An08g06350	NT_166524.1	1510868	1512497	R	Catalytic activity: D-mannose 6-phosphate <=> D-fructose 6-phosphate.; Function: a temperature-sensitive pmi40-1 mutant of S. cerevisiae is defective in glycosylation and secretion.; Remark: protein is involved in the synthesis of GDP-mannose and dolichol-phosphate mannose in mannosyl transfer reactions in the glycosylation and mannosylation pathways.; Title: strong similarity to mannose-6-phosphate isomerase Pmi40 - Saccharomyces cerevisiae; cytoplasm; See PMID 1377774; uncharacterized protein	complement(join(1510868..1511865,1511921..1512158,1512217..1512308,1512368..1512388,1512467..1512497))	Aspergillus niger	4982952
An08g06360	CDS	An08g06360	NT_166524.1	1512892	1514775	D	Similarity: An08g06360 is N-terminal 300 aa longer.; Title: similarity to hypothetical protein SPBC21D10.13 - Schizosaccharomyces pombe; uncharacterized protein	join(1512892..1513543,1513837..1514368,1514427..1514670,1514710..1514775)	Aspergillus niger	4982953
An08g06370	CDS	An08g06370	NT_166524.1	1515570	1516920	D	Catalytic activity: RIB1 from P. guilliermondii catalyses the release of formate and inorganic pyrophosphate under formation of 2,5-diamino-6-ribosylamino-4(3H)-pyrimidine 5'-phosphate from GTP.; Function: RIB1 from P. guilliermondii is involved in riboflavin (vitamin B2) biosynthesis.; Title: strong similarity to GTP-cyclohydrolase II RIB1 - Pichia guilliermondii; See PMID 3891906; See PMID 8533469; uncharacterized protein	join(1515570..1516778,1516912..1516920)	Aspergillus niger	4982954
An08g06380	CDS	An08g06380	NT_166524.1	1518106	1519839	D	Title: strong similarity to putative transcription factor CAF32051.1 - Aspergillus fumigatus; uncharacterized protein	join(1518106..1518679,1518746..1519839)	Aspergillus niger	4982955
An08g06390	CDS	An08g06390	NT_166524.1	1520573	1521828	R	Catalytic activity: 3-hydroxy-2-methylpropanoate + NAD(+) <=> 2-methyl-3-oxopropanoate + NADH.; Function: mmsB from P. aeruginosa takes part in the valine degradation pathway.; Title: similarity to 3-hydroxyisobutyrate dehydrogenase mmsB - Pseudomonas aeruginosa; See PMID 1339433; uncharacterized protein	complement(join(1520573..1520840,1520909..1521046,1521127..1521458,1521557..1521745,1521811..1521828))	Aspergillus niger	4982956
An08g06400	CDS	An08g06400	NT_166524.1	1522526	1523916	D	Complex: Arp2p from S. pombe forms a complex with Arp3p and actin.; Function: in S. pombe mutant analysis led to the hypothesis that loss of Arp2p from the actin patch affects patch motility but does not severely compromise its architecture.; Function: the Arp2/3 complex is a multi-functional protein complex that nucleates and crosslinks actin filaments.; Remark: ORF C-terminally truncated due to end of contig.; Title: strong similarity to actin-related protein arp2p - Schizosaccharomyces pombe [truncated ORF]; cytoskeleton; See PMID 10611965; uncharacterized protein	join(1522526..1522544,1522667..1522713,1522778..1522921,1523032..1523257,1523330..>1523916)	Aspergillus niger	4982957
An08g06410	CDS	An08g06410	NT_166524.1	1524057	1524306	D	Complex: Arp2 of S. cerevisiae is subunit of the Arp2/3 protein complex which is conserved from yeast to man.; Complex: in S. cerevisiae the complex is composed of the subunits Arp2p, Arp3p, Arc15p, Arc18p, Arc19p,Arc35p.; Function: the Arp2/3p complex of S. cervevisiae is involved in the nucleation step of actin filament assembly and in the formation of endocytic vesicles.; Function: the Arp2/3p complex of S. cervevisiae is required for the motility and integrity of cortical actin patches.; Localization: the Arp2/3 complex in S. cerevisiae localizes to cortical actin patches.; Remark: ARP2 of S. cerevisiae was formerly designated ACT2, its systematic genename is YDL029W.; Remark: ORF is N-terminally truncated due to contig border.; Title: strong similarity to actin-like protein Arp2 - Saccharomyces cerevisiae [truncated ORF]; cytoskeleton; See PMID 9243513; See PMID 10377407; See PMID 11278164; uncharacterized protein	join(<1524057..1524134,1524220..1524306)	Aspergillus niger	84591712
An08g06420	CDS	An08g06420	NT_166524.1	1525009	1526493	R	Title: similarity to hypothetical protein SPBC405.03c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1525009..1525268,1525344..1526098,1526174..1526493))	Aspergillus niger	4982959
An08g06430	CDS	An08g06430	NT_166524.1	1527535	1529888	R	Remark: the systematic genename of S. cerevisiae DAL5 is YJR152W.; Similarity: shows to several members of the DAL family of transporters of S. cerevisiae.; Similarity: the Dal family proteins of S. cerevisiae are weakly similar to bacterial (hypothetical) permeases for tartrate (ttuB), 4-hydroxyphenylacetate (hpaX),phtalate (Pht1), suggesting that proteins of the Dal family correspond to permeases for carboxylic acids.; Title: similarity to allantoate permease Dal5 -Saccharomyces cerevisiae; See PMID 3275614; See PMID 10869563; uncharacterized protein	complement(join(1527535..1527749,1527831..1527959,1528025..1528214,1528274..1528359,1528429..1528589,1528651..1528757,1528809..1528982,1529036..1529253,1529320..1529370,1529419..1529503,1529559..1529888))	Aspergillus niger	4982960
An08g06440	CDS	An08g06440	NT_166524.1	1531127	1532253	R	Function: aflatoxin B1-aldehyde reductases (AFAR) catalyzes the NADPH-dependent reduction of the dialdehyde to a dialcohol.; Function: oxidation of the mycotoxin aflatoxin (AF) B(1) yields the 8,9-epoxide, which nonenzymatically hydrolyzes rapidly to a dihydrodiol that in turn undergoes slow, base-catalyzed ring opening to a dialdehyde.; Remark: a splice site was detected upstream of the START codon.; Remark: the androgen-inducible aldehyde reductase aiar of rat is closely related to aflatoxin, B1 aldehyde reductase.; Similarity: shows similarity to bacterial and plant potassium channel beta subunits and to several bacterial putative dehydrogenesases and oxidoreductases.; Similarity: shows strong similarity to human and rat aflatoxin B1-aldehyde reductases.; Title: strong similarity to androgen-inducible aldehyde reductase aiar - Rattus norvegicus; See PMID 10965890; See PMID 11409944; uncharacterized protein	complement(join(1531127..1531644,1531719..1532253))	Aspergillus niger	4982961
An08g06450	CDS	An08g06450	NT_166524.1	1532858	1533742	D	Function: hydantoin racemase of A. aurescens is involved in the complete conversion of slowly racemizing 5'-monosubstituted D,L-hydantoins to L-amino acids.; Similarity: shows similarity to nitrogen-catabolite repression sensitive DCG1 of S. cerevisisae.; Title: similarity to hydantoin racemase hyuA -Arthrobacter aurescens; uncharacterized protein	join(1532858..1533290,1533327..1533742)	Aspergillus niger	4982962
An08g06460	CDS	An08g06460	NT_166524.1	1534098	1536134	D	Function: cytoplasmic gamma-tubulin complexes are targeted to centrosomes or to other microtubule organizing centers (MTOCs) via a set of so called gamma-tubulin complex binding proteins (GTBPs) that probably interact with the conserved Spc97p/Spc98p protein family of gamma-tubulin complexes.; Function: microtubule assembly is initiated in vivo by gamma-tubulin complexes.; Title: strong similarity to gamma-tubulin mipA -Aspergillus nidulans; centrosome; See PMID 2194669; See PMID 10679351; See PMID 11005014; uncharacterized protein	join(1534098..1534136,1534327..1534387,1534482..1534594,1534657..1534710,1534791..1534973,1535062..1535265,1535323..1535409,1535457..1536134)	Aspergillus niger	4982963
An08g06470	CDS	An08g06470	NT_166524.1	1536925	1537768	R	hypothetical protein	complement(join(1536925..1537130,1537358..1537414,1537462..1537604,1537761..1537768))	Aspergillus niger	84591713
An08g06485	CDS	An08g06485	NT_166524.1	1540763	1541011	D	hypothetical protein	1540763..1541011	Aspergillus niger	84591714
An08g06490	CDS	An08g06490	NT_166524.1	1541323	1542504	R	Title: similarity to hypothetical protein EAA65454.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1541323..1541462,1541692..1541797,1541845..1541854,1541901..1541998,1542211..1542504))	Aspergillus niger	4982966
An08g06500	CDS	An08g06500	NT_166524.1	1543071	1544330	R	Similarity: shows similarity to several putative and known phosphotyrosyl phosphatase activators.; Title: strong similarity to phosphotyrosyl phosphatase activator PTPA - Homo sapiens; uncharacterized protein	complement(1543071..1544330)	Aspergillus niger	4982967
An08g06510	CDS	An08g06510	NT_166524.1	1545789	1547160	R	hypothetical protein	complement(join(1545789..1546019,1546419..1546478,1546633..1546812,1547008..1547160))	Aspergillus niger	84591715
An08g06520	CDS	An08g06520	NT_166524.1	1548918	1551638	D	Title: strong similarity to hypothetical protein BX649606_96 - Aspergillus fumigatus; uncharacterized protein	1548918..1551638	Aspergillus niger	4982969
An08g06530	CDS	An08g06530	NT_166524.1	1552633	1554340	D	Title: similarity to hypothetical protein YLR063w -Saccharomyces cerevisiae; uncharacterized protein	join(1552633..1553948,1554190..1554340)	Aspergillus niger	4982970
An08g06540	CDS	An08g06540	NT_166524.1	1554380	1555287	R	Function: prohibitin of S. cerevisiae and other organisms acts as a membrane-bound chaperone for the stabilization of mitochondrial proteins.; Function: prohibitin of S. cerevisiae is an antiproliferative protein involved in determination of replicative life span and ageing.; Title: strong similarity to antiproliferative protein prohibitin Phb1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 8810036; See PMID 9259555; See PMID 9632789; See PMID 10197723; See PMID 10207067; uncharacterized protein	complement(join(1554380..1554898,1554967..1555287))	Aspergillus niger	4982971
An08g06550	CDS	An08g06550	NT_166524.1	1555569	1556328	D	Catalytic activity: QH2 + 2 Ferricytochrome c = Q + 2 Ferrocytochrome c.; Pathway: ubiquinol cytochrome c reductase, also called complex III, is part of the mitochondrial respiratory chain.; Remark: subunit VIII of the S. cerevisiae cytochrome bc1 complex interacts with succinate-ubiquinone reductase and might be responsible for electron transfer from succinate to ubiquinone.; Title: strong similarity to subunit VIII of ubiquinol--cytochrome c reductase - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2170131; See PMID 3036507; See PMID 8212892; See PMID 8394810; See PMID 1317009; uncharacterized protein	join(1555569..1555600,1555783..1555808,1555999..1556176,1556274..1556328)	Aspergillus niger	4982972
An08g06560	CDS	An08g06560	NT_166524.1	1557294	1558763	D	Catalytic activity: S-Adenosylmethioninamine + Putrescine = 5'-Methylthioadenosine + Spermidine.; Pathway: spermidine sinthase catalyzes the third step of polyamine biosynthesis.; Title: strong similarity to spermidine synthase Spe3 - Saccharomyces cerevisiae; See PMID 6754461; See PMID 6991493; See PMID 7040829; See PMID 8961564; See PMID 9073064; uncharacterized protein	join(1557294..1557324,1557562..1557742,1557815..1557962,1558033..1558270,1558483..1558763)	Aspergillus niger	4982973
An08g06570	CDS	An08g06570	NT_166524.1	1559330	1561908	R	Catalytic activity: transketolase 1 converts sedoheptulose 7-phosphate + D-glyceraldehyde 3-phosphate to D-ribose 5-phosphate + D-xylulose 5-phosphate.; Function: TKL1 of S. cerevisiae is required for biosynthesis of erythrose-4-phosphate which is needed for biosynthesis of aromatic amino acids.; Pathway: TKL1 of S. cerevisiae is part of the pentose phosphate pathway.; Title: strong similarity to transketolase Tkl1 -Saccharomyces cerevisiae; cytoplasm; See PMID 8226984; See PMID 8299150; See PMID 8534086; See PMID 8910528; See PMID 9398292; uncharacterized protein	complement(join(1559330..1559443,1559506..1560869,1560937..1561231,1561299..1561383,1561444..1561586,1561855..1561908))	Aspergillus niger	4982974
An08g06580	CDS	facB	NT_166524.1	1564421	1567288	R	Function: facB from A. niger complements the acuB mutant phenotype; acuB mutants lacked both acetyl-CoA synthetase and isocitrate lyase activity.; Gene-ID: facB; Remark: facB from A. niger is probably the regulatory gene for acetate induction.; Similarity: facB from A. niger was identified by cross-hybridisation of an A. nidulans facB clone.; nucleus; See PMID 9197408; See PMID 9695922; See PMID 10483720; acetate regulatory DNA binding protein facB-Aspergillus niger	complement(join(1564421..1565575,1565633..1565990,1566048..1566328,1566386..1566696,1566805..1567288))	Aspergillus niger	4982975
An08g06590	CDS	An08g06590	NT_166524.1	1571126	1572910	R	Function: rbcL of S. oleracea is involved in the methylation of the alpha-amino group of the N-terminal methionine of the processed form of the small subunit of the enzyme ribulose-1,5-bisphosphate carboxylase/oxigenase (Rubisco).; Similarity: the predicted protein shows similarity to different known and putative protein N-methyltransferases of plants.; Title: similarity to ribulose-1,5-bisphosphate carboxylase/oxygenase small subunit N-methyltransferase I rbcL - Spinacia oleracea; See PMID 10593982; uncharacterized protein	complement(join(1571126..1571206,1571327..1571918,1571979..1572505,1572614..1572910))	Aspergillus niger	4982976
An08g06600	CDS	An08g06600	NT_166524.1	1573317	1573894	D	Title: strong similarity to hypothetical protein CAF32076.1 - Aspergillus fumigatus; uncharacterized protein	join(1573317..1573721,1573778..1573894)	Aspergillus niger	4982977
An08g06610	CDS	An08g06610	NT_166524.1	1573974	1575835	R	Similarity: the predicted protein has the same length and a similarity > 75% with yeast hypothetical proteins.; Similarity: the predicted protein shows some structural features and a moderate similarity to hypothetical proteins annotated as GTP-binding proteins due to the similarity to E. coli ychF, whose function, anyway,was not experimentally verified.; Title: similarity to hypothetical GTP-binding protein ychF - Escherichia coli; See PMID 7828865; See PMID 9298646; See PMID 1833189; uncharacterized protein	complement(join(1573974..1574000,1574059..1574179,1574232..1574411,1574466..1574671,1574730..1574941,1574997..1575028,1575077..1575170,1575238..1575506,1575605..1575614,1575683..1575740,1575800..1575835))	Aspergillus niger	4982978
An08g06620	CDS	An08g06620	NT_166524.1	1577287	1577770	D	Title: similarity to hypothetical protein CAF32078.1 - Aspergillus fumigatus; uncharacterized protein	join(1577287..1577400,1577456..1577770)	Aspergillus niger	4982979
An08g06630	CDS	An08g06630	NT_166524.1	1579034	1579887	D	Title: strong similarity to hypothetical protein CAF32079.1 - Aspergillus fumigatus; uncharacterized protein	join(1579034..1579081,1579147..1579887)	Aspergillus niger	4982980
An08g06640	CDS	An08g06640	NT_166524.1	1581335	1581644	D	hypothetical protein	join(1581335..1581382,1581417..1581437,1581468..1581644)	Aspergillus niger	84591716
An08g06650	CDS	An08g06650	NT_166524.1	1582424	1583315	R	Complex: NHP2 of S. cerevisiae is a component of the box H/ACA small nucleolar ribonucleoprotein particles (H/ACA snoRNPs), involved in pseudouridylation of pre-rRNAs, playing a key role in the synthesis of eukaryotic ribosomes.; Function: NHP2 of S. cerevisiae is directly interacting with RNA, facilitating the assembly of H/ACA snoRNPs, their retention into the nucleolus, and hence their function.; Similarity: NHP2 of S. cerevisiae and the predicted protein show strong similarity to ribosomal protein L7a.; Similarity: the N-terminal part of the predicted protein shows no similarity to S. cerevisiae NHP2.; Title: strong similarity to nucleolar rRNA processing protein Nhp2 - Saccharomyces cerevisiae; nucleus; See PMID 2063628; See PMID 9843512; See PMID 10502409; See PMID 10690410; See PMID 11074001; uncharacterized protein	complement(join(1582424..1582721,1582749..1582806,1582997..1583315))	Aspergillus niger	4982982
An08g06660	CDS	An08g06660	NT_166524.1	1583817	1586098	D	Complex: MAD1 of S. cerevisiae forms a tight complex with another spindle checkpoint protein, MAD2, throughout the cell cycle; furthermore, MAD1 interacts with CDC20,which activates the anaphase promoting complex, in the two-hybrid system, and the presence of MAD1 is required for MAD2 and MAD3 to interact with CDC20.; Function: MAD1 of S. cerevisiae is a non-essential gene that encodes a component of the spindle checkpoint,which delays the onset of anaphase in cells with defects in mitotic spindle assembly or in the attachment of chromosomes to the spindle microtubules.; Regulation: MAD1 of S. cerevisiae becomes hyperphosphorylated upon spindle depolymerization, and the essential protein kinase MSP1 appears to phosphorylate MAD1.; Title: strong similarity to spindle assembly checkpoint protein Mad1 - Saccharomyces cerevisiae; nucleus; See PMID 7593191; See PMID 7880536; See PMID 8524250; See PMID 8895658; See PMID 1651172; uncharacterized protein	join(1583817..1583901,1583961..1584112,1584176..1586098)	Aspergillus niger	4982983
An08g06670	CDS	An08g06670	NT_166524.1	1587144	1590240	R	Title: similarity to hypothetical protein SPBC4C3.06 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1587144..1588301,1588358..1588463,1588518..1588597,1588651..1589045,1589131..1589765,1589833..1589918,1589996..1590088,1590205..1590240))	Aspergillus niger	4982984
An08g06680	CDS	An08g06680	NT_166524.1	1591011	1592436	D	Function: Cdk2 of R. norvegicus interacts with cyclins A, D, or E; the activity of Cdk2 is maximal during S phase and G2.; Function: Cyclin-dependent kinase 2 (Cdk2) controls the transition from the G1 to the S phase in the mammalian cell cycle.; Title: strong similarity to cyclin dependent kinase 2-alpha Cdk2-alpha - Rattus norvegicus; deleted EC_number 2.7.1.37; See PMID 7862443; uncharacterized protein	join(1591011..1591022,1591151..1591834,1591905..1592060,1592362..1592436)	Aspergillus niger	4982985
An08g06690	CDS	An08g06690	NT_166524.1	1594289	1596571	D	Similarity: more than 50% of the predicted protein length is constituted by low-complexity regions, explaining all the found BLASTP alignments, that cannot be considered functionally relevant.; Title: strong similarity to hypothetical protein CAD29595.1 - Aspergillus fumigatus; uncharacterized protein	1594289..1596571	Aspergillus niger	4982986
An08g06700	CDS	An08g06700	NT_166524.1	1597419	1599896	R	Function: ys1 of Z. mays is a membrane protein involved in iron uptake, mediating the import of the (Fe3+)-phytosiderophore complex at the root surface.; Similarity: the predicted protein shows much stronger similarity to a N. crassa and a S. cerevisiae hypothetical proteins.; Title: strong similarity to iron-phytosiderophore transporter protein yellow stripe 1 ys1 - Zea mays [putative frameshift]; plasma membrane; putative frameshift; See PMID 11201743; uncharacterized protein	complement(join(1597419..1597532,1597677..1599896))	Aspergillus niger	4982987
An08g06710	CDS	An08g06710	NT_166524.1	1600306	1601404	R	Catalytic activity: (R)-glycerate + NAD(+) = hydroxypyruvate + NADH.; Complex: HPRA of M. extorquens is a homodimer.; Function: HPRA of M. extorquens plays a central role in assimilation of carbon; it converts hydroxypyruvate to glycerate as a key step in the serine cycle, and may also play an important role in C2 reactions, by interconverting glyoxylate and glycolate.; Pathway: serine pathway.; Title: strong similarity to hydroxypyruvate dehydrogenase HPRA - Methylobacterium extorquens; See PMID 8144463; See PMID 1657886; See PMID 1729225; uncharacterized protein	complement(join(1600306..1600763,1600885..1601404))	Aspergillus niger	4982988
An08g06720	CDS	An08g06720	NT_166524.1	1601761	1604053	R	Catalytic activity: phenol + NADPH + O(2) = catechol + NADP(+) + H(2)O (acts also on monohydroxy-, monohalo-,monoamino- and monomethylphenols).; Complex: phenol hydroxilase of T. cutaneum is a homodimer.; Pathway: phenol hydroxilase, also called phenol 2-monooxygenase, catalyzes the first step of phenol biodegradation.; Title: strong similarity to phenol hydroxylase -Trichosporon cutaneum; See PMID 2298204; See PMID 1429434; uncharacterized protein	complement(join(1601761..1602732,1602797..1603026,1603078..1603112,1603165..1603622,1603676..1603889,1604028..1604053))	Aspergillus niger	4982989
An08g06730	CDS	An08g06730	NT_166524.1	1605377	1606315	D	Title: weak similarity to hypothetical protein CAD29600.1 - Aspergillus fumigatus; uncharacterized protein	join(1605377..1605391,1605440..1605963,1606096..1606315)	Aspergillus niger	4982990
An08g06740	CDS	An08g06740	NT_166524.1	1606731	1607630	D	Similarity: the BLASTP hits are due to the high content of low-complexity regions.; Title: weak similarity to hypothetical 1,4-beta-cellobiosidase XF1267 - Xylella fastidiosa; uncharacterized protein	1606731..1607630	Aspergillus niger	4982991
An08g06750	CDS	An08g06750	NT_166524.1	1607859	1612196	R	Complex: RAV1 of S. cerevisiae, with RAV2 and SKP1 form a complex called RAVE, regulator of the (H+)-ATPase of the vacuolar and endosomal membranes (V-ATPase).; Function: the RAVE complex promotes the glucose-triggered assembly of the V-ATPase holoenzyme.; Remark: RAV1 of S. cerevisiae is also called YJR033c.; Remark: V-ATPases are conserved throughout eukaryotes, and have been implicated in tumour metastasis and multidrug resistance.; Title: strong similarity to regulator protein Rav1 -Saccharomyces cerevisiae; See PMID 11283612; uncharacterized protein	complement(join(1607859..1608359,1608409..1608659,1608707..1608953,1609004..1609459,1609495..1611198,1611244..1611765,1611835..1612023,1612116..1612196))	Aspergillus niger	4982992
An08g06760	CDS	An08g06760	NT_166524.1	1613684	1617089	R	Remark: SFI1 of S. cerevisiae is an essential gene and is required for cell cycle progression, more specifically for progression through G(2)-M transition. the protein might be required for correct mitotic spindle assembly and its precise role might be in chromosome condensation.; Remark: Sfi1 may be a downstream target of the protein kinase A pathway.; Title: similarity to suppressor of fil1 Sfi1 -Saccharomyces cerevisiae; See PMID 10455233; uncharacterized protein	complement(join(1613684..1616931,1617026..1617089))	Aspergillus niger	4982993
An08g06770	CDS	An08g06770	NT_166524.1	1618084	1621377	R	Catalytic activity: ATP + L-isoleucine + tRNA(Ile) = AMP + pyrophosphate + L-isoleucyl-tRNA(Ile).; Pathway: valine, leucine and isoleucine biosynthesis; aminoacyl-tRNA biosynthesis.; Remark: also strong similarity to isoleucyl-tRNA synthetase protein sequence from Candida albicans patent US5885815-A.; Remark: isoleucyl-tRNA synthetase ILS1 of S. cerevisiae is essential.; Similarity: belongs to the class I aminoacyl-tRNA synthetase family.; Title: strong similarity to cytoplasmic isoleucine--tRNA ligase Ils1 - Saccharomyces cerevisiae; cytoplasm; See PMID 2663194; See PMID 3311074; See PMID 10466139; uncharacterized protein	complement(join(1618084..1620888,1620949..1621377))	Aspergillus niger	4982994
An08g06780	CDS	An08g06780	NT_166524.1	1621851	1625623	R	Domain: the rodlike tail sequence is highly repetitive, composed of an heptapeptide repeat pattern characteristic of alpha-helical coiled coils. may form filamentous structures in the cell.; Function: required for protein transport from the ER to the golgi complex.; Localization: cytoplasmic. associated with intracellular membranes. probably present on vesicles operational between the ER and the golgi complex.; Remark: best blastP match to unknown gene B13I18. 10 of Neurospora crassa, which is related to transport protein USO1.; Similarity: belongs to the p115(tap)/uso1/ybl047c family.; Title: strong similarity to transport protein Uso1 -Saccharomyces cerevisiae; cytoplasm; See PMID 2010462; See PMID 8603910; uncharacterized protein	complement(join(1621851..1621943,1622001..1624397,1624443..1624906,1624995..1625199,1625241..1625291,1625348..1625623))	Aspergillus niger	4982995
An08g06790	CDS	An08g06790	NT_166524.1	1626350	1629691	D	Function: genetic experiments showed that dhp1+ of S. pombe on an S. cerevisiae expression vector could rescue both the defects of the S. cerevisiae DST2 disruptant,slow growth rate and a sporulation defect, and the lethality of the S. cerevisiae rat1ts mutation. This implies the functional similarity of dhp1+ to both DST2 and RAT1.; Remark: RAT1/HKE1 of S. cerevisiae is involved in RNA trafficking and processing.; Remark: STP beta of S. cerevisiae is required for homologous recombination in both mitotic or meiotic cells.; Remark: dhp1+ of S. pombe is an essential gene for cell growth in S. pombe, suggesting that dhp1+ is not the true homologue of DST2 but rather of RAT1 in S. pombe.; Similarity: strong similarity to STP beta (encoded by the DST2 gene) of S. cerevisiae and RAT1/HKE1 of S. cerevisiae.; Title: strong similarity to DNA exoribonuclease dhp1p - Schizosaccharomyces pombe; uncharacterized protein	join(1626350..1626656,1626732..1627009,1627061..1628985,1629064..1629691)	Aspergillus niger	4982996
An08g06800	CDS	An08g06800	NT_166524.1	1630976	1631926	D	Remark: C-terminal truncated ORF due to end of contig.; Remark: a splice site was detected upstream of the START codon.; Remark: the AROM locus of Aspergillus nidulans specifies a pentafunctional polypeptide catalysing five consecutive steps leading to the production of 5-enolpyruvylshikimate 3-phosphate in the shikimate pathway. the whole AROM locus and various overlapping subfragments from within it have been expressed in appropriate aro mutants of E. coli to delineate functional domains within the arom polypeptide. the arom polypeptide falls in two independently folding and functioning regions,the N-terminal half specifying 3-dehydroquinate (DHQ) synthase and EPSP synthase and the C-terminus specifying shikimate kinase, biosynthetic 3-dehydroquinase (DHQase) and shikimate dehydrogenase.; Title: strong similarity to penta-functional enzyme aROM - Aspergillus nidulans [truncated ORF]; See PMID 2836080; See PMID 1849480; uncharacterized protein	1630976..>1631926	Aspergillus niger	84591717
An08g06810	CDS	An08g06810	NT_166524.1	1632028	1635248	D	Catalytic activity: the AROM protein in A. nidulans contains five separate enzymatic domains (3-dehydroquinate synthase, 3-dehydroquinate dehydratase, shikimate 5-dehydrogenase, shikimate kinase, EPSP synthase).; Pathway: the AROM protein in A. nidulans catalyses five consecutive enzymatic steps leading to the production of 5-enolpyruvylshikimate 3-phosphate (EPSP) in the shikimate pathway.; Remark: a putative sequencing error results in an frameshift.; Remark: the ORF is N-terminally truncated due to end of contig.; Title: strong similarity to pentafunctional enzyme aroM - Aspergillus nidulans [truncated ORF] [putative frameshift]; cytoplasm; putative frameshift; See PMID 8383607; See PMID 8393515; uncharacterized protein	join(<1632028..1635040,1635099..1635143,1635210..>1635248)	Aspergillus niger	4982998
An08g06820	CDS	An08g06820	NT_166524.1	1635760	1636455	D	Title: questionable ORF; uncharacterized protein	join(1635760..1635792,1635822..1635825,1635867..1635894,1636203..1636207,1636295..1636308,1636426..1636455)	Aspergillus niger	84591718
An08g06830	CDS	An08g06830	NT_166524.1	1636766	1637298	R	Title: questionable ORF; uncharacterized protein	complement(join(1636766..1636821,1637000..1637015,1637257..1637298))	Aspergillus niger	84591719
An08g06840	CDS	An08g06840	NT_166524.1	1638041	1638925	R	hypothetical protein	complement(join(1638041..1638253,1638439..1638607,1638686..1638775,1638858..1638925))	Aspergillus niger	84591720
An08g06850	CDS	An08g06850	NT_166524.1	1642174	1644345	D	Function: hypothetical C2H2 zinc-finger protein,contains 3 putative C2H2 motives (Pfam); Similarity: C-terminus also shows similarity to 26S proteasome regulatory particle chain RPN4 (nuclear protein SON1, Ub fusion degradation protein 5) of S. cerevisiae.; Similarity: only C-terminus shows similarity to hypothetical C2H2 zinc-finger protein of S. pombe.; Title: similarity to hypothetical C2H2 zinc-finger protein SPBC1105.14 - Schizosaccharomyces pombe; uncharacterized protein	join(1642174..1643047,1643114..1644345)	Aspergillus niger	4983002
An08g06860	CDS	An08g06860	NT_166524.1	1645258	1645659	R	hypothetical protein	complement(join(1645258..1645400,1645434..1645537,1645637..1645659))	Aspergillus niger	84591721
An08g06870	CDS	An08g06870	NT_166524.1	1646768	1647484	R	hypothetical protein	complement(join(1646768..1646917,1647097..1647225,1647287..1647484))	Aspergillus niger	84591722
An08g06880	CDS	An08g06880	NT_166524.1	1647584	1649056	R	Similarity: N-terminal part shows weak similarity to S-adenosylmethionine decarboxylases of diverse plant species.; hypothetical protein	complement(join(1647584..1647786,1647979..1648124,1648176..1648280,1648316..1648506,1648595..1648800,1648885..1649056))	Aspergillus niger	84591723
An08g06890	CDS	An08g06890	NT_166524.1	1650307	1651191	R	Remark: ubiG of E. coli is also known as 2-octaprenyl-3-methyl-5-hydroxy-6-methoxy-1,4-benzoquinone methyltransferase.; Similarity: shows weak similarity to several bacterial and eukaryotic methyltransferases of different specificities.; Similarity: the similarity covers only the central part of the protein, C- and N-terminus shows no similarity.; Title: weak similarity to 3-demethylubiquinone-9 3-O-methyltransferase ubiG - Escherichia coli; uncharacterized protein	complement(1650307..1651191)	Aspergillus niger	4983006
An08g06900	CDS	An08g06900	NT_166524.1	1651565	1652561	D	hypothetical protein	join(1651565..1651812,1651895..1651943,1652151..1652428,1652486..1652561)	Aspergillus niger	84591724
An08g06910	CDS	An08g06910	NT_166524.1	1652733	1654346	R	hypothetical protein	complement(join(1652733..1652822,1652965..1653084,1653199..1653255,1653356..1653522,1653561..1653667,1653755..1653777,1653909..1654045,1654133..1654183,1654277..1654346))	Aspergillus niger	84591725
An08g06920	CDS	An08g06920	NT_166524.1	1655108	1656119	R	hypothetical protein	complement(join(1655108..1655524,1655611..1655692,1655774..1655848,1655940..1656051,1656113..1656119))	Aspergillus niger	84591726
An08g06930	CDS	An08g06930	NT_166524.1	1656984	1657423	R	hypothetical protein	complement(join(1656984..1657184,1657246..1657287,1657322..1657423))	Aspergillus niger	84591727
An08g06940	CDS	An08g06940	NT_166524.1	1657841	1658314	R	Function: histone H4 forms part of the octameric (2*H2A, 2*H2B, 2*H3, 2*H4) nucleosome core.; Title: strong similarity to histone H4.1 -Aspergillus nidulans; nucleus; See PMID 2274040; uncharacterized protein	complement(join(1657841..1657866,1657926..1658201,1658305..1658314))	Aspergillus niger	4983011
An08g06950	CDS	An08g06950	NT_166524.1	1658640	1659043	R	hypothetical protein	complement(join(1658640..1658936,1659002..1659043))	Aspergillus niger	84591728
An08g06960	CDS	An08g06960	NT_166524.1	1659143	1659731	D	Function: histone H3 forms part of the octameric (2*H2A, 2*H2B, 2*H3, 2*H4) nucleosome core.; Function: histone H3 lysin 9 methylation by Clr4 in S. pombe is necessary for Swi6 mediated gene silencing.; Similarity: deduced aa sequence is identical to histone H3 of E. nidulans.; Title: strong similarity to histone H3 - Aspergillus nidulans; nucleus; See PMID 2274040; See PMID 11242054; uncharacterized protein	join(1659143..1659167,1659277..1659384,1659454..1659731)	Aspergillus niger	4983013
An08g06970	CDS	An08g06970	NT_166524.1	1663735	1665017	R	hypothetical protein	complement(join(1663735..1663846,1663945..1664142,1664322..1664390,1664439..1664533,1664593..1664693,1664807..1664918,1665009..1665017))	Aspergillus niger	84591729
An08g06980	CDS	An08g06980	NT_166524.1	1665076	1666999	D	Function: FLU1 of C. albicans facilitates resistance to fluconazole and cycloheximide in the fluconazole-hypersensitive S. cerevisiae strain YKKB-13 lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Function: FLU1 of C. albicans facilitates resistance to mycophenolic acid in C. albicans; Function: FLU1 of C. albicans is involved in the resistance to azol derivatives in C. albicans; Function: MDR1 of C. albicans facilitates resistance to the anti-mitotic drug benomyl and to the dihydrofolate reductase inhibitor methotrexate.; Similarity: FLU1 and MDR1 of C. albicans are members of the major falicitator superfamily; Similarity: N-terminus is ca. 90 aa shorter and C-terminus ca. 90 aa longer than in FLU1 of C. albicans; Similarity: similar to the MDR1 (formerly BEN(r)/BMR) protein of C. albicans; Similarity: strong similarity (including the very C-terminus) to hypothetical mdr protein of Penicillium olsonii; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; plasma membrane; See PMID 11065353; uncharacterized protein	join(1665076..1665448,1665504..1665758,1665819..1666999)	Aspergillus niger	4983015
An08g06990	CDS	An08g06990	NT_166524.1	1667908	1668913	D	Title: similarity to hypothetical membrane protein YLR251w - Saccharomyces cerevisiae; uncharacterized protein	join(1667908..1668434,1668499..1668913)	Aspergillus niger	4983016
An08g07000	CDS	An08g07000	NT_166524.1	1669308	1669748	D	Title: similarity to hypothetical protein CAF32094.1/AfA19D12.030 - Aspergillus fumigatus; uncharacterized protein	1669308..1669748	Aspergillus niger	84591730
An08g07010	CDS	An08g07010	NT_166524.1	1670422	1671910	R	Title: similarity to hypothetical protein mlr7324 -Mesorhizobium loti; uncharacterized protein	complement(join(1670422..1671187,1671259..1671382,1671445..1671497,1671554..1671656,1671715..1671910))	Aspergillus niger	4983018
An08g07020	CDS	An08g07020	NT_166524.1	1672387	1674366	R	Phenotype: deletion of the ALG9 gene leads to accumulation of lipid-linked Man6GlcNAc2 in vivo and to hypoglycosylation of secreted proteins.; Remark: protein N1295; protein YNL219c are alternative names for Alg9; Title: similarity to mannosyl transferase Alg9 -Saccharomyces cerevisiae; See PMID 8692962; uncharacterized protein	complement(join(1672387..1672650,1672705..1673499,1673552..1674224,1674290..1674366))	Aspergillus niger	4983019
An08g07030	CDS	An08g07030	NT_166524.1	1674643	1676646	D	Title: similarity to hypothetical protein YNL124w -Saccharomyces cerevisiae; uncharacterized protein	1674643..1676646	Aspergillus niger	4983020
An08g07040	CDS	An08g07040	NT_166524.1	1677050	1678675	R	Function: PRP3 of S. cerevisiae is required for assembly of spliceosomes from prespliceosomes.; Phenotype: S. cerevisisae prp3-1 mutant exhibits altered assembly or stability of U4/U6 snRNP.; Remark: RNA3 is an alternative name for PRP3.; Title: similarity to splicing factor Prp3 -Saccharomyces cerevisiae; nucleus; See PMID 9326489; See PMID 9826507; uncharacterized protein	complement(1677050..1678675)	Aspergillus niger	4983021
An08g07050	CDS	An08g07050	NT_166524.1	1679180	1684425	D	Function: active RNA polymerase I is required for the formation of the chromosome nucleolus.; Remark: RPA190 of S. pombe is also called nuc1,SPRPA190 or SPBC4c3. 05c.; Title: strong similarity to 189 kD subunit of DNA-directed RNA polymerase I rpa190p - Schizosaccharomyces pombe; nucleus; See PMID 2854522; uncharacterized protein	join(1679180..1679364,1679445..1679936,1680001..1682779,1682839..1684425)	Aspergillus niger	4983022
An08g07060	CDS	An08g07060	NT_166524.1	1684894	1687476	R	Phenotype: S. pombe rad15 gene is essential for viability, suggesting that the protein product has a role in cell proliferation and not solely in DNA repair.; Phenotype: the S. pombe rad15. P mutant is highly sensitive to UV radiation, but only slightly sensitive to ionising radiation, as expected for a mutant defective in excision repair.; Remark: RHP3 or SPAC1D4 are alternative names for RAD15 in S. pombe.; Title: strong similarity to subunit of transcription initation factor TFIIH DNA repair helicase rad15p -Schizosaccharomyces pombe; nucleus; See PMID 1319571; See PMID 1534406; uncharacterized protein	complement(join(1684894..1686708,1686766..1686882,1686932..1687388,1687460..1687476))	Aspergillus niger	4983023
An08g07070	CDS	An08g07070	NT_166524.1	1687874	1693115	D	Function: the protein from patent WO9964455-A1 is involved in nuclear transport.; Title: similarity to nuclear transport protein clone hfb341 from patent WO9964455-A1 - Homo sapiens; nucleus; uncharacterized protein	join(1687874..1688173,1688209..1688632,1688686..1690414,1690461..1691305,1691357..1691773,1691821..1692194,1692243..1692542,1692594..1693115)	Aspergillus niger	4983024
An08g07080	CDS	An08g07080	NT_166524.1	1693510	1694684	D	Function: No direct effects on phosphatase activity changes were observed upon methylation of the dimeric or trimeric forms of PP2A.; Function: human LCMT methylates the carboxyl group of the C-terminal leucine residue of protein phosphatase 2a catalytic subunits (PP2CA) to form alpha-leucine ester residues.; Similarity: human LCMT is distinct from other known protein methyltransferases, sharing only sequence motifs supposedly involved in the binding of adenosylmethionine; Title: strong similarity to leucine carboxyl methyltransferase LCMT - Homo sapiens; See PMID 10600115; uncharacterized protein	join(1693510..1693771,1693840..1694684)	Aspergillus niger	4983025
An08g07090	CDS	An08g07090	NT_166524.1	1696036	1697657	D	Phenotype: Sim1 disruption allows clb1 clb2 clb3 clb4 quadruple null mutants to perform DNA re-replication before blocking in G2.; Phenotype: Sim1 mutants have a longer lifespan and better viability upon starvation.; Title: similarity to protein Sim1 - Saccharomyces cerevisiae; See PMID 8574583; uncharacterized protein	join(1696036..1696350,1696400..1696632,1696667..1697657)	Aspergillus niger	4983026
An08g07100	CDS	An08g07100	NT_166524.1	1698546	1699505	D	Title: strong similarity to hypothetical protein CAF32105.1 - Aspergillus fumigatus; uncharacterized protein	1698546..1699505	Aspergillus niger	4983027
An08g07110	CDS	An08g07110	NT_166524.1	1699820	1703189	R	Similarity: the ORF encoded protein also shows weak similarity to tetracycline transporters of several species as well as two PFAM transporter motifs.; Title: similarity to hypothetical transport protein YCR023c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1699820..1700776,1700828..1701009,1701057..1702084,1702374..1702384,1702719..1702990,1703165..1703189))	Aspergillus niger	4983028
An08g07120	CDS	An08g07120	NT_166524.1	1703449	1705700	R	Title: strong similarity to hypothetical protein BAC67939.1 - Streptomyces avermitilis; uncharacterized protein	complement(join(1703449..1705287,1705318..1705524,1705578..1705700))	Aspergillus niger	4983029
An08g07130	CDS	An08g07130	NT_166524.1	1705784	1706498	D	hypothetical protein	join(1705784..1705922,1706131..1706498)	Aspergillus niger	84591731
An08g07140	CDS	An08g07140	NT_166524.1	1708420	1708770	D	hypothetical protein	1708420..1708770	Aspergillus niger	84591732
An08g07150	CDS	An08g07150	NT_166524.1	1709118	1710143	R	Title: similarity to hypothetical protein mlr2056 -Mesorhizobium loti; uncharacterized protein	complement(join(1709118..1709553,1709610..1709713,1709768..1709940,1709999..1710143))	Aspergillus niger	4983032
An08g07160	CDS	An08g07160	NT_166524.1	1710608	1711522	D	hypothetical protein	join(1710608..1710767,1710885..1710971,1711143..1711522)	Aspergillus niger	84591733
An08g07170	CDS	An08g07170	NT_166524.1	1711721	1712972	D	hypothetical protein	join(1711721..1711886,1712229..1712326,1712583..1712972)	Aspergillus niger	84591734
An08g07180	CDS	An08g07180	NT_166524.1	1713227	1713977	R	hypothetical protein	complement(join(1713227..1713330,1713423..1713476,1713565..1713729,1713848..1713977))	Aspergillus niger	84591735
An08g07190	CDS	An08g07190	NT_166524.1	1714044	1714627	D	hypothetical protein	join(1714044..1714171,1714263..1714266,1714343..1714408,1714457..1714627)	Aspergillus niger	84591736
An08g07200	CDS	An08g07200	NT_166524.1	1715232	1715975	R	Complex: the subunit composition of the plasma membrane adaptor complex is alpha-adaptin, beta-adaptin,AP50, and AP17.; Function: AP17 is a component of the clathrin-associated protein complexes found in coated structures of the plasma membrane and is believed to interact with cytoplasmic domains of receptors found in the plasma membrane.; Title: strong similarity to clathrin-associated protein 17 - Rattus norvegicus; plasma membrane; See PMID 7593184; See PMID 2040623; See PMID 2495531; uncharacterized protein	complement(join(1715232..1715333,1715426..1715656,1715738..1715767,1715828..1715867,1715941..1715975))	Aspergillus niger	4983037
An08g07210	CDS	An08g07210	NT_166524.1	1716744	1717440	D	Title: strong similarity to hypothetical protein CAF32111.1 - Aspergillus fumigatus; uncharacterized protein	join(1716744..1717325,1717390..1717440)	Aspergillus niger	4983038
An08g07220	CDS	An08g07220	NT_166524.1	1717637	1718636	R	Function: DPH5 of S. cerevisiae converts S-adenosyl-L-methionine + 2-(3-carboxy-3-aminopropyl)-L-histidine to S-adenosyl-L-homocysteine + 2-[3-carboxy-3-(methylammonio)propyl]-L-histidine.; Pathway: Diphthamide, a unique amino acid, is a post-translational derivative of histidine that exists in protein synthesis elongation factor 2 at the site of diphtheria toxin-catalyzed ADP-ribosylation of elongation factor 2.; Remark: YLR172c ist the systematic name for DPH5 of S. cerevisiae.; Title: strong similarity to diphthamide methyltransferase Dph5 - Saccharomyces cerevisiae; See PMID 6717439; See PMID 1508200; uncharacterized protein	complement(join(1717637..1718234,1718297..1718421,1718502..1718636))	Aspergillus niger	4983039
An08g07230	CDS	An08g07230	NT_166524.1	1719560	1720642	D	Complex: SPT3 from S. cerevisiae is part of the SAGA complex.; Function: SPT3 from S. cerevisiae is required for the initiation of TY transcription from the delta promoter.; Remark: BLU1 and YDR392w are alternative names for SPT3.; Title: strong similarity to regulator protein Spt3 -Saccharomyces cerevisiae; nucleus; See PMID 3020500; uncharacterized protein	join(1719560..1719706,1719752..1720585,1720637..1720642)	Aspergillus niger	4983040
An08g07240	CDS	An08g07240	NT_166524.1	1721156	1721958	R	Title: strong similarity to hypothetical blue-light-inducible protein bli-3 - Neurospora crassa; uncharacterized protein	complement(join(1721156..1721178,1721244..1721652,1721758..1721958))	Aspergillus niger	4983041
An08g07250	CDS	An08g07250	NT_166524.1	1722326	1725280	R	Title: similarity to hypothetical protein EAA58154.1 - Aspergillus nidulans; uncharacterized protein	complement(join(1722326..1722521,1722636..1725280))	Aspergillus niger	4983042
An08g07260	CDS	An08g07260	NT_166524.1	1726021	1727418	R	hypothetical protein	complement(join(1726021..1726471,1726706..1726906,1727118..1727197,1727281..1727360,1727415..1727418))	Aspergillus niger	84591737
An08g07270	CDS	An08g07270	NT_166524.1	1727644	1728994	R	Function: F. sporotrichioides TRI7 (FsTRI7) is required for acetylation of the oxygen on C-4 of T-2 toxin.; Pathway: TRI7 of F. sporotrichioides contributes in the trichothecene T2-toxin synthesis.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: strong similarity to T-2 toxin biosynthesis protein TRI7 - Fusarium sporotrichioides; See PMID 11352533; uncharacterized protein	complement(join(1727644..1728160,1728252..1728994))	Aspergillus niger	4983044
An08g07280	CDS	An08g07280	NT_166524.1	1730201	1731625	D	Function: S. aureus hmrA conferred Eagle-type resistance, i. e. resistance to high concentrations of methicillin (64 to 512 microg/ml) and susceptibility to low concentrations of methicillin (2 to 16 microg/ml), when introduced into the cell in multiple copies.; Similarity: the predicted A. niger protein shows similarity to several putative hydrolase proteins and contains a hydrolase BLOCKs motif.; Title: strong similarity to methicillin resistance gene HmrA - Staphylococcus aureus; See PMID 11181367; uncharacterized protein	join(1730201..1730299,1730353..1731131,1731189..1731322,1731393..1731625)	Aspergillus niger	4983045
An08g07290	CDS	aldA	NT_166524.1	1732419	1734091	R	Catalytic activity: aldehyde + NAD+ + H2O = acid + NADH.; Gene-ID: aldA; Pathway: aldehyde dehydrogenase of A. niger catalyzes the second step in ethanol utilization.; Similarity: aldehyde dehydrogenase of A. niger belongs to the aldehyde dehydrogenases family.; See PMID 1644309; aldehyde dehydrogenase aldA-Aspergillus niger	complement(join(1732419..1732575,1732629..1732698,1732756..1733957,1734027..1734091))	Aspergillus niger	4983046
An08g07300	CDS	An08g07300	NT_166524.1	1735526	1736170	D	hypothetical protein	join(1735526..1735689,1735826..1735930,1736068..1736170)	Aspergillus niger	84591738
An08g07310	CDS	An08g07310	NT_166524.1	1736408	1737242	D	Title: strong similarity to hypothetical protein all4736 - Nostoc sp.; uncharacterized protein	join(1736408..1736800,1736898..1737242)	Aspergillus niger	4983048
An08g07320	CDS	An08g07320	NT_166524.1	1737739	1739728	D	Title: strong similarity to hypothetical conserved protein SCD10.11 - Streptomyces coelicolor; uncharacterized protein	join(1737739..1737766,1737827..1738176,1738226..1739728)	Aspergillus niger	4983049
An08g07330	CDS	An08g07330	NT_166524.1	1740114	1742433	R	Phenotype: the rad32 mutant undergoes decreased meiotic recombination and displays reduced stability of minichromosomes.; Phenotype: the rad32 mutant, in comparison to wild type cells, has decreased ability to repair DNA double strand breaks.; Similarity: rad32 of S. pombe shows similarity to the meiotic recombination gene MRE11 of S. cerevisiae.; Title: strong similarity to DNA repair phosphoesterase rad32p - Schizosaccharomyces pombe; nucleus; See PMID 7885834; uncharacterized protein	complement(join(1740114..1740284,1740320..1742367,1742418..1742433))	Aspergillus niger	4983050
An08g07340	CDS	An08g07340	NT_166524.1	1743546	1746524	D	Title: weak similarity to hypothetical F-box domain protein - Schizosaccharomyces pombe; uncharacterized protein	1743546..1746524	Aspergillus niger	4983051
An08g07350	CDS	An08g07350	NT_166524.1	1747393	1749125	R	Phenotype: gas1 muntants show altered cell wall glucan levels, they are reduced in beta1,3-glucan.; Phenotype: gas1delta cells release beta1,3-glucan into the medium indicating that Gas1p is indeed involved in the incorporation of 1,3-glucan in the cell wall.; Remark: GGP1, GP115 CWH52 and YMR307w are alternative names for Gas1 in S. cerevisisae.; Title: strong similarity to precursor of glycophospholipid-anchored surface glycoprotein Gas1 -Saccharomyces cerevisiae; plasma membrane; See PMID 9515908; uncharacterized protein	complement(join(1747393..1748328,1748390..1748674,1748741..1748840,1748921..1749051,1749117..1749125))	Aspergillus niger	4983052
An08g07360	CDS	An08g07360	NT_166524.1	1750428	1751105	R	Complex: forms part of the receptor complex that consists of at least 8 different proteins (TOM5, TOM6, TOM7, TOM20, TOM22, TOM37, TOM40 and TOM70).; Function: TOM20 together with TOM22 functions as the transit peptide receptor at the surface of the mitochondrion outer membrane and facilitates the movement of preproteins into the translocation pore.; Function: the TOM20 protein of N. crassa is a central component of the receptor complex responsible for the recognition and translocation of cytosolically synthesized mitochondrial preproteins.; Localization: TOM20 is an integral membrane protein in the mitochondrial outer membrane.; Remark: mitochondrial 20 kDa outer membrane protein,MOM19 protein and translocase of outer membrane 20 kDa subunit are alternative names for TOM20 in N. crassa.; Title: strong similarity to mitochondrial import receptor TOM20 - Neurospora crassa; localisation:mitochondrion; See PMID 1661031; uncharacterized protein	complement(join(1750428..1750627,1750713..1750958,1751048..1751105))	Aspergillus niger	4983053
An08g07370	CDS	An08g07370	NT_166524.1	1751449	1753869	D	Function: Exo84p of S. cerevisiae is involved in vesicle targeting and establishment of cell polarity.; Localization: Exo84p specifically localizes to the bud tip or mother/daughter connection, sites of polarized secretion.; Phenotype: Yeast cells depleted of Exo84p cannot survive. These cells are defective in invertase secretion and accumulate vesicles similar to those in the late sec mutants.; Remark: YBR102C is the systematic name for Exo84p.; Title: similarity to exocyst protein Exo84 -Saccharomyces cerevisiae; plasma membrane; See PMID 10438536; uncharacterized protein	join(1751449..1751848,1751929..1753204,1753257..1753619,1753767..1753869)	Aspergillus niger	4983054
An08g07380	CDS	An08g07380	NT_166524.1	1754734	1756629	D	Remark: the ORF encoded protein also shows strong similarity to protein fragment SEQ ID NO:20088 of A. thaliana from patent number G18610.; Similarity: the ORF encoded protein also shows strong similarity to long-chain-fatty-acid-CoA ligases of different species.; Title: strong similarity to malonyl CoA synthase matB - Rhizobium trifolii; See PMID 9826185; uncharacterized protein	join(1754734..1754765,1754844..1755157,1755262..1756397,1756465..1756629)	Aspergillus niger	4983055
An08g07390	CDS	An08g07390	NT_166524.1	1756694	1757668	R	Similarity: her1 of Rhodococcus belongs to the carboxylesterase type-b family.; Title: similarity to heroin esterase her -Rhodococcus sp.; See PMID 9143135; uncharacterized protein	complement(1756694..1757668)	Aspergillus niger	4983056
An08g07400	CDS	An08g07400	NT_166524.1	1757960	1760099	R	Function: TNA1 of S. cerevisiae is involved in the uptake of nicotinic acid.; Localization: TNA1 of S. cerevisiae is an integral membrane protein.; Remark: YGR260W is the systematic name for TNA1 of S. cerevisiae.; Remark: the ORF encoded protein also shows similarity to allantoate permeases.; Similarity: TNA1 of S. cerevisiae belongs to the allantoate permease family.; Title: similarity to high-affinity nicotinic acid permease Tna1 - Saccharomyces cerevisiae; See PMID 10869563; uncharacterized protein	complement(join(1757960..1757992,1758336..1758869,1758931..1759185,1759286..1759306,1759373..1759518,1759575..1759766,1759825..1759869,1759931..1760099))	Aspergillus niger	4983057
An08g07410	CDS	An08g07410	NT_166524.1	1760190	1760709	D	hypothetical protein	join(1760190..1760228,1760272..1760402,1760459..1760554,1760640..1760709)	Aspergillus niger	84591739
An08g07420	CDS	An08g07420	NT_166524.1	1761573	1768466	R	Catalytic activity: bicarbonate + L-glutamine + H2O + 2ATP = carbamoylphosphate + L-glutamate + phosphate + 2ADP (EC 6. 3. 5. 5).; Catalytic activity: carbamoylphosphate + L-aspartate = N-carbamoyl-L-aspartate + phosphate (EC 2. 1. 3. 2).; Function: pyrABCN of A. nidulans produces N-carbamoyl-L-aspartate, the substrate of dihydroorotase.; Pathway: pyrABCN of A. nidulans catalyzes the first two steps in the pyrimidine nucleotide de novo synthesis.; Similarity: pyrABCN of A. nidulans contains an evolutionary remnant of a dihydroorotase-encoding sequence.; Title: strong similarity to multifunctional pyrimidine biosynthesis enzyme pyrABCN - Aspergillus nidulans; See PMID 10417650; uncharacterized protein	complement(join(1761573..1767682,1767743..1768466))	Aspergillus niger	4983059
An08g07430	CDS	An08g07430	NT_166524.1	1770378	1771107	R	Remark: Closest Blastp hit to product Citron-K kinase R. n. E. val. : 0. 31.; Title: weak similarity to product Citron-K kinase -Rattus norvegicus; See PMID 9697773; uncharacterized protein	complement(join(1770378..1770490,1770541..1770773,1770896..1771107))	Aspergillus niger	84591740
An08g07440	CDS	An08g07440	NT_166524.1	1772692	1774803	R	Title: weak similarity to desaturase/cytochrome b5 protein - Ricinus communis; See PMID 9108131; uncharacterized protein	complement(1772692..1774803)	Aspergillus niger	4983061
An08g07450	CDS	An08g07450	NT_166524.1	1775465	1777403	D	Title: weak similarity to protein-tyrosine-phosphatase, receptor type kappa precursor, R-PTP-kappa - Mus musculus; See PMID 8474452; uncharacterized protein	join(1775465..1775472,1775519..1775772,1775805..1776254,1776382..1776394,1776797..1776899,1776996..1777281,1777342..1777403)	Aspergillus niger	84591741
An08g07460	CDS	An08g07460	NT_166524.1	1778242	1781689	D	Remark: TRP2 (R. n.), the closest manual Blastp hit, shows an E. val. of 0. 001.; Remark: TRP2 from Rattus norvegicus is a candidate transduction channel for mammalian pheromone sensory signaling.; Title: similarity to transient receptor potential family member TRP2 - Rattus norvegicus; See PMID 10318963; uncharacterized protein	join(1778242..1778512,1778573..1779611,1779712..1781689)	Aspergillus niger	4983063
An08g07465	CDS	An08g07465	NT_166524.1	1782560	1784827	D	Title: strong similarity to hypothetical protein CAD37162.1 - Aspergillus fumigatus; uncharacterized protein	1782560..1784827	Aspergillus niger	4983064
An08g07470	CDS	An08g07470	NT_166524.1	1785145	1786250	D	Localization: VAMP-7 from Rattus norvegicus is most concentrated in the trans-Golgi network region of the cell as well as late endosomes and transport vesicles that do not contain the mannose-6 phosphate receptor.; Title: similarity to VAMP-7 vesicle-associated membrane protein-7 - Rattus norvegicus; See PMID 10459012; See PMID 10888671; uncharacterized protein	join(1785145..1785185,1785283..1785990,1786190..1786250)	Aspergillus niger	4983065
An08g07480	CDS	An08g07480	NT_166524.1	1787454	1789926	D	Title: similarity to eyelid - Drosophila melanogaster; See PMID 9271118; uncharacterized protein	join(1787454..1789530,1789631..1789926)	Aspergillus niger	4983066
An08g07485	CDS	An08g07485	NT_166524.1	1790414	1790596	R	Remark: the annotated protein is N-terminally shorter than the matching N. crassa protein.; Title: similarity to hypothetical protein CAD21183.1 - Neurospora crassa; uncharacterized protein	complement(1790414..1790596)	Aspergillus niger	4983067
An08g07490	CDS	An08g07490	NT_166524.1	1792034	1793815	D	Remark: the A. nidulans FacB transcriptional regulator belongs to the fungal Zn(II)2Cys6 family.; Remark: the closest manual Blastp hit A. nidulans FacB shows an E. val. of 0. 002.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; uncharacterized protein	1792034..1793815	Aspergillus niger	4983068
An08g07510	CDS	An08g07510	NT_166524.1	1794968	1798279	R	Complex: MDR1 interacts with S. cervisiae Mac1 protein.; Function: S. cerevisiae Mdr1/Gyp2p is an efficient GAP (Ras- and Rho-specific GTPase-activating protein) for Ypt6p and Sec4p, that are involved in regulating different steps of exo- and endocytic transport routes.; Remark: MDR1 of S. cerevisiae is also known as MIC1 or GYP2. the systematic name is YGR100W.; Similarity: only the similarity of the ORF coded protein to the hypothetical protein SPAC4G8. 04 (S. pombe) shows a large extention.; Similarity: the predicted A. niger protein shows similarity to the MDR1 protein of S. cerevisiae, which belongs to a large family of Ypt/Rab-GAPs.; Title: similarity to protein Mdr1 - Saccharomyces cerevisiae; See PMID 10559187; uncharacterized protein	complement(1794968..1798279)	Aspergillus niger	4983070
An08g07520	CDS	An08g07520	NT_166524.1	1799140	1800291	D	Catalytic activity: 3-oxoacyl-(acyl carrier protein) reductases convert (3R)-3-hydroxyacyl-[acyl-carrier protein] + NADP(+) <=> 3-oxoacyl-[acyl-carrier protein] + NADPH.; Catalytic activity: the levodione reductase from C. aquaticum catalyzed regio- and stereo selective reduction of levodione to (4R,6R)-4-hydroxy-2,2,6-trimethylcyclohexanone (actinol).; Similarity: the ORF shows strong similarity to hypothetical and experimental validated 3-oxoacyl-(acyl carrier protein) reductases (EC:1. 1. 1. 100). Therefore it is not clear if the ORF encoded A. niger protein is involved in fatty acid- or in polyketid synthesis.; Title: strong similarity to levodione reductase lvr - Corynebacterium aquaticum; See PMID 10508066; uncharacterized protein	join(1799140..1799264,1799333..1799364,1799449..1799779,1799835..1800291)	Aspergillus niger	4983071
An08g07530	CDS	An08g07530	NT_166524.1	1800962	1803909	R	Remark: the D. melanogaster CRAG-protein was found as Calmodulin binding factor expressed in the Drosophila retina.; Similarity: the D. melanogaster CRAG-protein is related to Rab3 GTPase exchange proteins.; Title: similarity to protein CRAG - Drosophila melanogaster; See PMID 9813038; uncharacterized protein	complement(join(1800962..1802083,1802140..1802376,1802440..1803459,1803529..1803909))	Aspergillus niger	4983072
An08g07540	CDS	An08g07540	NT_166524.1	1808777	1813743	R	Function: Pichia pastoris PER6 gene product is a peroxisomal membrane protein essential for peroxisome biogenesis and has sequence.; Title: strong similarity to protein PER6 - Pichia pastoris; peroxisome; See PMID 8993620; See PMID 8628321; uncharacterized protein	complement(join(1808777..1812014,1812090..1813304,1813354..1813474,1813530..1813743))	Aspergillus niger	4983073
An08g07550	CDS	An08g07550	NT_166524.1	1815192	1816764	D	Remark: Drosophila TRP proteins are essential for light-activated,phosphatidyl-inositide (PI)-dependent Ca2+ conductance in Drosophila photoreceptors.; Remark: the mouse TRP4 protein is a homolog of Drosophila class of TRP channels.; Title: similarity to receptor-activated cation channel TRP4 - Mus musculus; See PMID 9512398; uncharacterized protein	join(1815192..1815829,1815891..1816171,1816303..1816390,1816460..1816502,1816714..1816764)	Aspergillus niger	4983074
An08g07560	CDS	An08g07560	NT_166524.1	1820623	1821792	D	Remark: the ORF coded protein also shows weak similarities to some zinc finger proteins, so it could probably be a transcription factor.; Title: similarity to hypothetical protein CAD37151.1 - Aspergillus fumigatus; uncharacterized protein	join(1820623..1820629,1820659..1821416,1821487..1821491,1821540..1821792)	Aspergillus niger	4983075
An08g07570	CDS	An08g07570	NT_166524.1	1824707	1825638	D	Catalytic activity: isopentenyl diphosphate <=> dimethylallyl diphosphate.; Pathway: IDI1 gene product of S. cerevisiae is involved isoprene biosynthesis; cholesterol biosynthesis.; Title: strong similarity to isopentenyl-diphosphate Delta-isomerase Idi1 - Saccharomyces cerevisiae; See PMID 2681212; uncharacterized protein	join(1824707..1824947,1825012..1825350,1825403..1825638)	Aspergillus niger	4983076
An08g07580	CDS	An08g07580	NT_166524.1	1825838	1826455	R	Remark: hypothetical protein L5075. 03 from Leishmania major is possible negative regulator of cdc42p.; Title: weak similarity to hypothetical protein L5075.03 - Leishmania major; uncharacterized protein	complement(join(1825838..1825846,1825891..1826260,1826328..1826455))	Aspergillus niger	4983077
An08g07590	CDS	An08g07590	NT_166524.1	1827485	1829415	D	Remark: the ERC1 gene product of S. cerevisiae interacts with YDL012c in vivo (see Pubmed 10688190).; Title: strong similarity to ethionine resistance protein Erc1 - Saccharomyces cerevisiae; See PMID 10688190; uncharacterized protein	join(1827485..1828193,1828250..1829415)	Aspergillus niger	4983078
An08g07600	CDS	An08g07600	NT_166524.1	1829601	1830666	R	Complex: the ssb2 gene product is subunit of a complex with 68, 30, and 12 kDa chains.; Function: the ssb2 gene product from S. pombe binds single stranded sequences.; Remark: the ssb2 gene product from S. pombe becomes phosphorylated in a cell-cycle-dependent manner.; Title: strong similarity to single-stranded DNA binding protein 30k chain ssb2p - Schizosaccharomyces pombe; See PMID 8702843; uncharacterized protein	complement(join(1829601..1830362,1830438..1830538,1830663..1830666))	Aspergillus niger	4983079
An08g07610	CDS	An08g07610	NT_166524.1	1830958	1833756	D	Remark: DRS1=deficiency of ribosomal subunits.; Remark: the S. cerevisiae DRS1 gene product is a putative RNA helicase of the DEAD box family.; Title: strong similarity to ATP-dependent RNA helicase involved in ribosome assembly Drs1 - Saccharomyces cerevisiae; nucleus; See PMID 1454790; uncharacterized protein	1830958..1833756	Aspergillus niger	4983080
An08g07620	CDS	An08g07620	NT_166524.1	1834083	1834395	R	Title: similarity to hypothetical protein EAA63156.1 - Aspergillus nidulans [truncated ORF]; uncharacterized protein	complement(join(<1834083..1834194,1834250..1834272,1834359..1834395))	Aspergillus niger	84591742
An08g07630	CDS	An08g07630	NT_166524.1	1834772	1835767	R	Title: strong similarity to hypothetical oxidoreductase of the short-chain dehydrogenase/reductase family - Deinococcus radiodurans; uncharacterized protein	complement(1834772..1835767)	Aspergillus niger	4983082
An08g07640	CDS	An08g07640	NT_166524.1	1836123	1836580	D	hypothetical protein	join(<1836123..1836198,1836251..>1836580)	Aspergillus niger	84591743
An08g07650	CDS	An08g07650	NT_166524.1	1837129	1837582	D	Remark: truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	join(<1837129..1837276,1837390..1837446,1837506..1837582)	Aspergillus niger	84591744
An08g07660	CDS	An08g07660	NT_166524.1	1837625	1838989	R	hypothetical protein	complement(join(1837625..1837820,1838024..1838172,1838250..1838417,1838438..1838663,1838871..1838989))	Aspergillus niger	84591745
An08g07670	CDS	An08g07670	NT_166524.1	1839098	1839871	D	hypothetical protein	join(1839098..1839151,1839339..1839443,1839526..1839708,1839806..1839871)	Aspergillus niger	84591746
An08g07680	CDS	An08g07680	NT_166524.1	1840606	1842588	D	hypothetical protein	join(1840606..1840734,1840867..1841001,1841084..1841141,1841221..1841421,1841692..1841787,1842416..1842588)	Aspergillus niger	84591747
An08g07690	CDS	An08g07690	NT_166524.1	1842803	1843308	D	Remark: blastORFEmbl and blastp hits are caused by repetetive sequence motives.; hypothetical protein	join(1842803..1842901,1842994..1843099,1843199..1843308)	Aspergillus niger	84591748
An08g07700	CDS	An08g07700	NT_166524.1	1843433	1844853	R	Remark: unusual genestructure due to large intron.; Similarity: blastp hits might be caused by repetitive sequence motives.; Title: weak similarity to histone 1 protein H1 -Mytilus edulis; uncharacterized protein	complement(join(1843433..1843640,1843724..1843817,1844438..1844552,1844674..1844733,1844839..1844853))	Aspergillus niger	84591749
An08g07710	CDS	An08g07710	NT_166524.1	1844913	1846695	D	Title: strong similarity to hypothetical C6 hypothetical protein CAD37146.1 - Aspergillus fumigatus; uncharacterized protein	join(1844913..1845557,1845694..1846695)	Aspergillus niger	4983090
An08g07720	CDS	An08g07720	NT_166524.1	1846773	1847218	R	hypothetical protein	complement(join(1846773..1846885,1846995..1847027,1847116..1847218))	Aspergillus niger	84591750
An08g07730	CDS	An08g07730	NT_166524.1	1847290	1848638	D	hypothetical protein	join(1847290..1847339,1847836..1847908,1847992..1848094,1848128..1848290,1848344..1848638)	Aspergillus niger	84591751
An08g07740	CDS	An08g07740	NT_166524.1	1848949	1850878	D	Catalytic activity: L-phenylalanine = trans-cinnamate + NH3.; Remark: ORF might be truncated for about 120 aa due to end of contig.; Title: strong similarity to phenylalanine ammonia-lyase Pal - Rhodosporidium toruloides [truncated ORF]; See PMID 1368015; See PMID 1773059; uncharacterized protein	join(1848949..1849067,1849149..1849249,1849302..1849417,1849442..1850878)	Aspergillus niger	4983093
An08g07750	CDS	An08g07750	NT_166524.1	1851006	1851287	D	Remark: truncated ORF due to end of contig.; hypothetical protein [truncated ORF]	<1851006..1851287	Aspergillus niger	84591752
An08g07760	CDS	An08g07760	NT_166524.1	1851499	1851746	R	hypothetical protein	complement(join(1851499..1851523,1851607..1851746))	Aspergillus niger	84591753
An08g07770	CDS	An08g07770	NT_166524.1	1852243	1854437	D	Remark: alternate name = YGR055W.; Remark: the MUP1-homologue of Aspergillus niger is probably located in the plasma membrane due to its 7 integral membrane domains.; Title: strong similarity to high affinity methionine permease Mup1 - Saccharomyces cerevisiae; See PMID 8893857; uncharacterized protein	join(1852243..1852501,1852578..1852817,1852875..1852970,1853018..1853093,1853141..1853327,1853382..1853650,1853705..1853841,1853891..1854143,1854203..1854437)	Aspergillus niger	4983096
An08g07780	CDS	An08g07780	NT_166524.1	1855438	1857397	R	Title: strong similarity to lysine-specific permease lysP - Escherichia coli; See PMID 7888172; See PMID 1315732; uncharacterized protein	complement(join(1855438..1855915,1855972..1856436,1856485..1856633,1856688..1856729,1856780..1856981,1857039..1857397))	Aspergillus niger	4983097
An08g07790	CDS	An08g07790	NT_166524.1	1858123	1860531	R	Function: DBP4 from S. cerevisiae can suppress the rRNA processing function of the U14 small nucleolar RNA.; Function: DBP4 from S. cerevisiae is predicted to function either in assembly of the U14 small nucleolar RNP or, more likely, in its interaction with other components of the rRNA processing apparatus.; Remark: DBP4 from S. cerevisiae belongs to the DEAD-DEXH box family.; Remark: an alternative name for DBP4 is CA4.; Title: strong similarity to RNA helicase Dbp4 -Saccharomyces cerevisiae; See PMID 9199348; See PMID 9747670; uncharacterized protein	complement(1858123..1860531)	Aspergillus niger	4983098
An08g07800	CDS	An08g07800	NT_166524.1	1860805	1861581	D	Function: human Spf31 is a nuclear DNAj-like protein which interferes with pre-mRNA splicing.; Remark: information regarding human spf31 has not been published and is available from http://www. protana. com/publics/default. asp.; Similarity: shows weak similarity to heat shock protein HSP40-3 from M. musculus.; Title: similarity to hypothetical spliceosome associated protein Spf31 - Homo sapiens; nucleus; uncharacterized protein	join(1860805..1860867,1860923..1860966,1861050..1861581)	Aspergillus niger	4983099
An08g07810	CDS	An08g07810	NT_166524.1	1862283	1863188	D	Catalytic activity: fmn adenyltransferases convert ATP + FMN to diphosphate + FAD.; Function: Fad1p of S. cerevisiae adenylates FMN to FAD.; Localization: FAD synthetase of S. cerevisiae is a soluble cytosolic enzyme.; Remark: Fad1p is an essential gene in S. cerevisiae,null mutants are non-viable.; Title: similarity to flavin adenine dinucleotide synthase Fad1 - Saccharomyces cerevisiae; cytoplasm; See PMID 7799934; uncharacterized protein	1862283..1863188	Aspergillus niger	4983100
An08g07820	CDS	An08g07820	NT_166524.1	1863546	1866330	R	Localization: RBMS3 of H. sapiens mostly localizes to the cytoplasm.; Remark: MSSPs are believed to regulate DNA replication, transcription, apopotosis and cell cycle progression by interacting with the C-MYC protein.; Remark: RBMS3 of H. sapiens contains two pairs of RNA binding motifs and is closely related to the structure of the c-myc gene single-strand binding proteins (MSSPs).; Title: similarity to RNA-binding protein RBMS3 -Homo sapiens; See PMID 10675610; uncharacterized protein	complement(join(1863546..1863645,1863808..1863986,1864024..1864282,1864326..1864643,1864709..1864803,1864848..1865856,1865943..1866020,1866098..1866330))	Aspergillus niger	4983101
An08g07830	CDS	An08g07830	NT_166524.1	1866576	1870651	R	Complex: human Damaged DNA Binding protein (DDB) is a heterodimer of 48 (DDB2) and 127 kDa (DDB1) subunits.; Function: human Damaged DNA Binding protein (DDB) binds to UV damaged DNA and is involved in excision repair (directly or indirectly).; Title: similarity to damage-specific DNA binding protein DDB1 - Homo sapiens; See PMID 8530102; See PMID 10713455; uncharacterized protein	complement(join(1866576..1866668,1866983..1867246,1867343..1867762,1867818..1869724,1869793..1869971,1870019..1870458,1870553..1870651))	Aspergillus niger	4983102
An08g07840	CDS	cprA	NT_166524.1	1871668	1873826	R	Catalytic activity: A. niger CprA converts NADPH + 2 Ferricytochrome to NADP+ + 2 Ferrocytochrome.; Function: A. niger CprA also reduces cytochrome b5 and cytochrome c.; Function: A. niger CprA catalyzes the reduction of heme-thiolate-dependent monooxygenases and is part of the microsomal hydroxylating system.; Gene-ID: cprA; Induction: expression of A. niger CprA is induced by benzoic acid.; Mapping: cprA from A. niger is mapped to chromosome VIII; see list from DMS.; Remark: A. niger CprA is a flavoprotein, cofactors are FMN or FAD.; Remark: an alternative name for A. niger CprA is NADPH-ferrihemoprotein reductase.; Remark: some mismatches between the data bank entry and this ORF might also be due to sequencing errors.; Remark: this ORF has 5 frame shifts which might be due to sequencing errors.; endoplasmatic reticulum; See PMID 7646819; See PMID 8987724; See PMID 10852481; NADPH cytochrome P450 oxidoreductase cprA-Aspergillus niger [possible sequencing error]	complement(join(1871668..1871964,1872036..1873826))	Aspergillus niger	4983103
An08g07850	CDS	An08g07850	NT_166524.1	1873874	1874662	D	Remark: this region is involved in benzoate induction of cprA gene expression of A. niger.; Remark: this region of A . niger is described as transcription control region of the cprA gene.; Title: questionable ORF; See PMID 10852481; uncharacterized protein	join(1873874..1873938,1873982..1874073,1874295..1874440,1874561..1874662)	Aspergillus niger	84591754
An08g07860	CDS	An08g07860	NT_166524.1	1874736	1875708	R	Remark: this region is involved in benzoate induction of cprA gene expression of A. niger.; Remark: this region of A . niger is described as transcription control region of the cprA gene.; Title: questionable ORF; See PMID 10852481; uncharacterized protein	complement(join(1874736..1875095,1875260..1875311,1875396..1875526,1875658..1875708))	Aspergillus niger	84591755
An08g07870	CDS	An08g07870	NT_166524.1	1876525	1884775	D	Function: in S. cerevisiae tao3 mutants activate OCH1 transcription and form aggregates.; Remark: information regarding TAO3 has not been published and is available from http://genome-www. stanford. edu/cgi-bin/SGD/genehunter.; Title: strong similarity to transcription activator Tao3 - Saccharomyces cerevisiae; uncharacterized protein	join(1876525..1876681,1876754..1876810,1876905..1877711,1877780..1878502,1878634..1878871,1878918..1880229,1880262..1881256,1881328..1884775)	Aspergillus niger	4983106
An08g07880	CDS	An08g07880	NT_166524.1	1885000	1885391	D	hypothetical protein	join(1885000..1885196,1885265..1885391)	Aspergillus niger	84591756
An08g07890	CDS	An08g07890	NT_166524.1	1885425	1886746	D	Catalytic activity: 3-hydroxyisobutyrate dehydrogenases convert 3-Hydroxy-2-methylpropanoate + NAD+ to 2-Methyl-3-oxopropanoate + NADH.; Function: MmsB of P. aeruginosa is an oxidoreductase, it is acting on the CH-OH group of donors with NAD+ or NADP+ as acceptor.; Pathway: P. aeruginosa MmsB is involved in valine,leucine and isoleucine biosynthesis and degradation.; Title: strong similarity to 3-hydroxyisobutyrate dehydrogenase MmsB - Pseudomonas aeruginosa; See PMID 1339433; uncharacterized protein	join(1885425..1885590,1885676..1885866,1886012..1886746)	Aspergillus niger	4983108
An08g07900	CDS	An08g07900	NT_166524.1	1887250	1888521	D	Title: weak similarity to protein #2506 from patent WO200177335-A2 - Listeria monocytogenes; uncharacterized protein	join(1887250..1887848,1887931..1888047,1888149..1888211,1888341..1888521)	Aspergillus niger	4983109
An08g07910	CDS	An08g07910	NT_166524.1	1888568	1890323	R	Function: PDAT9 of N. haematococca detoxifies the phytoalexin pisatin, an antimicrobial compound produced by garden pea in response to infection by this plant pathogen.; Remark: PDAT9 is associated with high virulence.; Remark: based on its amino acid sequence PDAT9 of N. haematococca has been assigned to the new cytochrome P450 family CYP57.; Remark: detoxification of pisatin in N. haematococca is controlled by a family of PDA (pisatin demethylating ability) genes.; Remark: six known PDA genes each encode characteristic levels of inducible enzyme activity and are associated with different degrees of virulence on pea.; Title: strong similarity to cytochrome P450 pisatin demethylase PDAT9 - Nectria haematococca; See PMID 8076822; See PMID 8208242; uncharacterized protein	complement(join(1888568..1888686,1888752..1888869,1888915..1889555,1889624..1889845,1889909..1889944,1890008..1890323))	Aspergillus niger	4983110
An08g07920	CDS	An08g07920	NT_166524.1	1890971	1892856	R	Catalytic activity: phenol hydroxylases convert phenol + NADPH + O2 to catechol + NADP+ + H2O.; Pathway: T. cutaneum phenol 2-monooxygenase is invovled in phenylalanine metabolism,gamma-hexachlorocyclohexane degradation, toluene degradation, first step of phenol degradation.; Remark: T. cutaneum phenol 2-monooxygenase is a flavoprotein (FAD) it is also active with resorcinol and o-cresol.; Remark: T. cutaneum phenol 2-monooxygenase is an oxidoreductase, it is acting on paired donors with incorporation of molecular oxygen with NADH or NADPH as one donor, and incorporation of one atom of oxygen.; Title: similarity to phenol 2-monooxygenase -Trichosporon beigelii; See PMID 1429434; uncharacterized protein	complement(join(1890971..1891814,1891866..1892676,1892772..1892856))	Aspergillus niger	4983111
An08g07930	CDS	An08g07930	NT_166524.1	1893147	1896654	R	Function: LAC9 of K. lactis controls induction of the lactose-galactose regulon.; Similarity: K. lactis LAC9 is structurally and functionally related to GAL4 of S. cerevisiae.; Similarity: similarity is between the central regions of the predicted A. niger protein and several transcription factors.; Title: similarity to positive regulator of the lactose-galactose regulon LAC9 - Kluyveromyces lactis; nucleus; See PMID 3550430; uncharacterized protein	complement(join(1893147..1893259,1893339..1893438,1893569..1893925,1894160..1894262,1894315..1894725,1894766..1895958,1896129..1896165,1896252..1896532,1896622..1896654))	Aspergillus niger	4983112
An08g07940	CDS	An08g07940	NT_166524.1	1896694	1898034	R	Title: similarity to hypothetical protein CAC28695.1 - Neurospora crassa; uncharacterized protein	complement(join(1896694..1896848,1896947..1896995,1897077..1897206,1897481..1898034))	Aspergillus niger	4983113
An08g07950	CDS	An08g07950	NT_166524.1	1898328	1899487	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1898328..1898509,1898584..1898617,1898709..1898780,1898830..1898921,1899030..1899128,1899259..1899487)	Aspergillus niger	4983114
An08g07960	CDS	An08g07960	NT_166524.1	1900094	1901376	D	Catalytic activity: Fun49 of S. cerevisiae catalyzes the stereospecific oxidation of (2R,3R)-2,3-butanediol and meso-butanediol to (3R)-acetoin and (3S)-acetoin,respectively.; Complex: Fun49 of S. cerevisiae is a homodimer.; Function: Fun49 of S. cerevisiae is an NAD-dependent (2R,3R)-2,3-butanediol dehydrogenase acting on the CH-OH group of donors with NAD+ as acceptor.; Remark: alternative names for Fun49 of S. cerevisiae are Bdh and YAL060W.; Title: similarity to butanediol dehydrogenase Fun49 - Saccharomyces cerevisiae [putative frameshift]; putative frameshift; See PMID 10938079; uncharacterized protein	join(1900094..1900177,1900234..1900267,1900321..1900569,1900629..1901194,1901249..>1901376)	Aspergillus niger	4983115
An08g07980	CDS	An08g07980	NT_166524.1	1902442	1902732	D	hypothetical protein	1902442..1902732	Aspergillus niger	84591757
An08g08000	CDS	An08g08000	NT_166524.1	1903979	1906076	R	Function: the MAL31 protein from yeast is a high affinity maltose/H+ symporter (maltose permease).; Remark: the MAL31 protein from yeast is a member of the hexose transporter family of the major facilitator superfamily (MFS).; Title: strong similarity to maltose transport protein Mal31 - Saccharomyces cerevisiae; See PMID 7483839; See PMID 2549370; uncharacterized protein	complement(join(1903979..1905553,1905813..1906076))	Aspergillus niger	4983119
An08g08010	CDS	An08g08010	NT_166524.1	1906107	1906985	D	Title: similarity to hypothetical protein MmcH -Streptomyces lavendulae; uncharacterized protein	1906107..1906985	Aspergillus niger	4983120
An08g08020	CDS	An08g08020	NT_166524.1	1907632	1908648	D	Function: bah of S. hygroscopicus is also involved in self defence agianst bialaphos.; Function: bah of S. hygroscopicus removes the N-acetyl group from bialaphos (antibiotic) and is one of the final steps in the bialaphos biosynthetic pathway.; Title: similarity to bialaphos acetylhydrolase bah -Streptomyces hygroscopicus; See PMID 3209476; uncharacterized protein	1907632..1908648	Aspergillus niger	4983121
An08g08030	CDS	An08g08030	NT_166524.1	1909385	1911061	R	Catalytic activity: pnbA of B. subtilis converts a carboxylic ester + H2O to alcohol + carboxylate.; Function: pnbA of B. subtilis is involved in the biosynthesis of betalactam antibiotics.; Title: strong similarity to para-nitrobenzyl esterase pnbA - Bacillus subtilis; See PMID 7828905; uncharacterized protein	complement(1909385..1911061)	Aspergillus niger	4983122
An08g08040	CDS	An08g08040	NT_166524.1	1911223	1913495	R	Remark: similarity to S. pombe SPBC1105. 07c is restricted to the N-terminal part of the protein.; Title: similarity to hypothetical protein SPBC1105.07c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1911223..1911280,1911360..1911400,1911477..1911596,1911938..1913146,1913196..1913495))	Aspergillus niger	4983123
An08g08050	CDS	An08g08050	NT_166524.1	1913531	1914982	D	Remark: ORF classified questionable due to implausible gene structure with short, multiple Exons and no significant blastp similarity.; Title: questionable ORF; uncharacterized protein	join(1913531..1913650,1913751..1913837,1913922..1914102,1914147..1914214,1914341..1914415,1914532..1914621,1914749..1914982)	Aspergillus niger	84591758
An08g08060	CDS	An08g08060	NT_166524.1	1915291	1916899	D	Catalytic activity: N,N-Dimethylaniline + NADPH + O2 = N,N-Dimethylaniline N-oxide + NADP+ + H2O.; Remark: FMO appears to be ideally adapted to catalyse the detoxification of structurally diverse soft nucleophiles (e. g. alkaloids with basic side-chains and organic sulfur xenobiotics) so abundant in food derived from plants.; Remark: flavin-containing monooxygenases (FMOs) have been identified in various organisms from bacteria to humans.; Remark: similar to patent W49699 Human flavin-containing mono-oxygenase 2.; Title: strong similarity to flavin-containing monooxygenase FMO5 - Cavia porcellus; See PMID 7872795; See PMID 9972460; See PMID 2203193; uncharacterized protein	join(1915291..1915578,1915634..1916899)	Aspergillus niger	4983125
An08g08070	CDS	An08g08070	NT_166524.1	1917261	1919106	R	Remark: seladin-1 is a human homolog of the DIMINUTO/DWARF1 gene described in plants and Caenorhabditis elegans. Its sequence shares similarities with flavin-adenin-dinucleotide (FAD)-dependent oxidoreductases.; Remark: seladin-1 is an important factor for the protection of cells against Abeta toxicity and oxidative stress, and they suggest that seladin-1 may be involved in the regulation of cell survival and death.; Remark: the Arabidopsis DIMINUTO/DWARF1 gene encodes a protein involved in steroid synthesis.; Title: strong similarity to seladin-1 - Homo sapiens; See PMID 11007892; uncharacterized protein	complement(join(1917261..1917403,1917555..1919106))	Aspergillus niger	4983126
An08g08080	CDS	An08g08080	NT_166524.1	1919275	1921457	R	Catalytic activity: a 5'-Ribonucleotide + H2O = a Ribonucleoside + Orthophosphate.; Pathway: Purine metabolism; Pyrimidine metabolism; Nicotinate and nicotinamide metabolism.; Remark: there are 5-7 domains highly conserved in procaryotes and vertebrates in enzymes exhibiting 5'-nucleotidase, 3'-nucleotidase or phosphodiesterase activity.; Title: strong similarity to 5-nucleotidase 5NTD_DISOM - Discopyge ommata; See PMID 10506947; See PMID 1765099; uncharacterized protein	complement(join(1919275..1920763,1920822..1921015,1921074..1921284,1921354..1921457))	Aspergillus niger	4983127
An08g08090	CDS	An08g08090	NT_166524.1	1921780	1922885	R	Title: similarity to hypothetical protein CAD21290.1 - Neurospora crassa; uncharacterized protein	complement(join(1921780..1922091,1922157..1922340,1922400..1922446,1922516..1922593,1922655..1922885))	Aspergillus niger	4983128
An08g08100	CDS	An08g08100	NT_166524.1	1923436	1924629	R	Remark: N-terminal truncated ORF due to end of contig.; Remark: the protein shows weak similarity to different zinc finger containing transcription activators in different organisms.; Title: similarity to hypothetical transcriptional regulator CAF32162.1 - Aspergillus fumigatus [truncated ORF]; uncharacterized protein	complement(join(1923436..1923819,1923882..1924158,1924217..>1924629))	Aspergillus niger	4983129
An08g08110	CDS	An08g08110	NT_166524.1	1924771	1925692	R	Remark: C-terminal truncated orf due to end of contig.; Similarity: shows strong similarity to C-terminal half of An06g00330.; Title: similarity to hypothetical protein encoded by An06g00330 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(<1924771..1925692)	Aspergillus niger	84591759
An08g08120	CDS	An08g08120	NT_166524.1	1927895	1928418	D	Title: similarity to hypothetical protein sll0676 -Synechocystis sp.; uncharacterized protein	join(1927895..1927902,1927955..1928174,1928227..1928418)	Aspergillus niger	4983131
An08g08130	CDS	An08g08130	NT_166524.1	1928646	1929857	R	Title: weak similarity to hypothetical ankyrin-like protein T22P11_210 - Arabidopsis thaliana; uncharacterized protein	complement(1928646..1929857)	Aspergillus niger	4983132
An08g08140	CDS	An08g08140	NT_166524.1	1931357	1933408	D	Catalytic activity: Digallate + H2O = 2 Gallate.; Remark: tannase consisted of two kinds of subunits,linked by a disulfide bond(s) with molecular weights of about 30,000 and 33,000, respectively.; Remark: the tannase gene product is translated as a single polypeptide that is cleaved by post-translational modification into two tannase subunits linked by a disulfide bond(s).; Remark: this enzyme hydrolyzes the ester bonds of tannic acid to produce gallic acid and glucose.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; uncharacterized protein	join(1931357..1931667,1931726..1931765,1931825..1932798,1932864..1933165,1933282..1933286,1933394..1933408)	Aspergillus niger	4983133
An08g08150	CDS	An08g08150	NT_166524.1	1933620	1935860	R	Title: weak similarity to hypothetical protein T8B10.110 - Arabidopsis thaliana; uncharacterized protein	complement(join(1933620..1935429,1935488..1935623,1935827..1935860))	Aspergillus niger	4983134
An08g08160	CDS	An08g08160	NT_166524.1	1937585	1938180	D	Remark: there is a small domain wich is shows similarity to c terminal region of beta transducin-like protein - Podospora anserina.; Title: similarity to hypothetical protein EAA66849.1 - Aspergillus nidulans; uncharacterized protein	join(1937585..1937797,1937929..1938180)	Aspergillus niger	84591760
An08g08180	CDS	An08g08180	NT_166524.1	1939251	1939543	D	Title: questionable ORF; uncharacterized protein	join(1939251..1939282,1939414..1939543)	Aspergillus niger	84591761
An08g08190	CDS	An08g08190	NT_166524.1	1940916	1942248	R	Remark: the 3,6-dideoxyhexoses are found in the lipopolysaccharides of gram-negative bacteria, where they have been shown to be the dominant antigenic determinants. Of the five 3,6-dideoxyhexoses known to occur naturally,four have been found in various strains of Salmonella enterica (abequose, tyvelose, paratose, and colitose).; Title: weak similarity to CDP-3,6-dideoxy-L-glycero-D-glycero-4-hexulose-4-reductase -Yersinia pseudotuberculosis; See PMID 8071227; uncharacterized protein	complement(join(1940916..1941069,1941119..1941402,1941450..1941559,1941616..1941697,1941747..1941872,1941919..1942248))	Aspergillus niger	4983137
An08g08200	CDS	An08g08200	NT_166524.1	1942887	1943593	R	Title: similarity to hypothetical protein encoded by An14g02850 - Aspergillus niger; uncharacterized protein	complement(join(1942887..1942901,1942981..1943110,1943316..1943593))	Aspergillus niger	4983138
An08g08210	CDS	An08g08210	NT_166524.1	1944286	1945368	D	Remark: human actVA-ORF4-like protein useful in the treatment of infectious, vesicle trafficking, immunological and neoplastic disorders.; Remark: patent Y14147.; Remark: the similarity is only in the N-terminal region until aa 180; Title: weak similarity to human actVA-ORF4-like protein from patent WO9911793-A1 - Homo sapiens; uncharacterized protein	1944286..1945368	Aspergillus niger	4983139
An08g08220	CDS	An08g08220	NT_166524.1	1947416	1949077	D	Remark: ATR1 encodes a Myb-like transcription factor that modulates ASA1 expression.; Remark: Expression of yeast ATR1 is enhanced in the presence of constitutively active alleles of YAP1 and GCN4.; Title: strong similarity to aminotriazole resistance protein Atr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9046086; See PMID 9576939; uncharacterized protein	join(1947416..1948728,1948786..1949077)	Aspergillus niger	4983140
An08g08230	CDS	An08g08230	NT_166524.1	1950829	1960564	D	Title: weak similarity to hypothetical protein CAC01058.1 - Leishmania major; uncharacterized protein	join(1950829..1951163,1951215..1958956,1959025..1959794,1959851..1960564)	Aspergillus niger	4983141
An08g08240	CDS	An08g08240	NT_166524.1	1962615	1965045	D	Catalytic activity: Hydrolysis of terminal,non-reducing beta-D-glucose residues with release of beta-D-glucose.; Remark: BGLN showed maximum activity against the artificial substrate p-nitrophenyl beta-D-glucopyranoside.; Remark: It also hydrolyzed salicin, p-nitrophenyl beta-D-xyloside, cellobiose, and arbutin to a lesser extent. Fructose and SO(2) did not affect enzyme activity,which was activated by ethanol, while glucose was a strong competitive inhibitor.; Remark: strong similarity to Tomatinase Patent R85197.; Title: strong similarity to beta-glucosidase bgln -Candida molischiana; See PMID 10554245; See PMID 11137391; uncharacterized protein	join(1962615..1963136,1963221..1964451,1964555..1965045)	Aspergillus niger	4983142
An08g08250	CDS	An08g08250	NT_166524.1	1966366	1968265	D	Remark: Aryl-alcohol oxidase (AAO) involved in lignin degradation by Pleurotus pulmonarius shows compared with other alcohol oxidases, 35% amino acid identity with glucose oxidase, showed highly conserved amino acid sequences in N-terminal and C-terminal regions, in spite of differences in substrate specificity.; Remark: it also shows strong similarity to glucose oxidase ggox Aspergillus niger.; Remark: the enzyme uses oxygen as an acceptor to produce hydrogen peroxide from primary aromatic or poly-unsaturated aliphatic alcohols.; Title: strong similarity to aryl-alcohol oxidase precursor aao - Pleurotus pulmonarius; See PMID 8987726; See PMID 10606774; uncharacterized protein	join(1966366..1966605,1966652..1968265)	Aspergillus niger	4983143
An08g08260	CDS	An08g08260	NT_166524.1	1968684	1969509	R	hypothetical protein	complement(join(1968684..1968760,1969042..1969109,1969166..1969509))	Aspergillus niger	4983144
An08g08280	CDS	An08g08280	NT_166524.1	1972288	1973507	R	Remark: only the homeobox domain shows this similarity.; Remark: the similarity is to different homeobox proteins.; Title: weak similarity to homeobox protein slouch slou - Drosophila melanogaster; See PMID 10395544; See PMID 1980118; uncharacterized protein	complement(join(1972288..1973265,1973328..1973507))	Aspergillus niger	4983146
An08g08290	CDS	An08g08290	NT_166524.1	1975483	1977287	R	Catalytic activity: Triacylglycerol + H2O = Diacylglycerol + a Carboxylate; Diacylglycerol + H2O = Monoacylglycerol + a Carboxylate.; Pathway: Glycerolipid metabolism.; Remark: the cephalosporin esterase from Rhodosporidium torulo has EC 3. 1. 1. 41.; Title: strong similarity to cephalosporin esterase -Rhodosporidium toruloides; See PMID 9406399; See PMID 10878123; uncharacterized protein	complement(join(1975483..1976562,1976625..1977287))	Aspergillus niger	4983147
An08g08300	CDS	An08g08300	NT_166524.1	1977848	1979266	R	Title: strong similarity to hypothetical conserved protein PA2682 - Pseudomonas aeruginosa; uncharacterized protein	complement(join(1977848..1978163,1978240..1978409,1978462..1978880,1978936..1979266))	Aspergillus niger	4983148
An08g08310	CDS	An08g08310	NT_166524.1	1979744	1981285	R	Remark: involved in mitomycin resistance; oxidizes reduced form of mitomycins.; Similarity: to other oxygen oxidoreductases in different organisms that covalently bind FAD.; Title: strong similarity to mitomycin C resistance protein mcrA - Streptomyces lavendulae; See PMID 8917108; See PMID 10468636; See PMID 7517396; uncharacterized protein	complement(join(1979744..1979867,1979922..1980997,1981064..1981285))	Aspergillus niger	4983149
An08g08320	CDS	An08g08320	NT_166524.1	1982251	1983222	D	Title: weak similarity to transcription factor disco - Drosophila melanogaster; uncharacterized protein	1982251..1983222	Aspergillus niger	4983150
An08g08330	CDS	An08g08330	NT_166524.1	1983331	1985355	R	Remark: selection for the ability of S. cerevisiae cells to take up histidinol, the biosynthetic precursor to histidine, results in dominant mutations at HOL1.; Title: strong similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; plasma membrane; See PMID 8955402; See PMID 10874120; uncharacterized protein	complement(join(1983331..1983645,1983716..1984423,1984473..1984568,1984620..1984704,1984824..1985032,1985073..1985214,1985261..1985271,1985332..1985355))	Aspergillus niger	4983151
An08g08340	CDS	An08g08340	NT_166524.1	1986030	1988840	R	Title: similarity to hypothetical protein encoded by An07g02880 - Aspergillus niger; uncharacterized protein	complement(join(1986030..1986072,1986136..1986147,1986201..1987091,1987163..1987630,1987689..1988185,1988271..1988418,1988519..1988620,1988668..1988840))	Aspergillus niger	4983152
An08g08350	CDS	An08g08350	NT_166524.1	1989158	1990873	D	Remark: immunoglobulin variable region used by the ITC63B heavy chain (subgroup VH5).; Title: weak similarity to immunoglobulin variable region - Homo sapiens; uncharacterized protein	1989158..1990873	Aspergillus niger	84591762
An08g08360	CDS	An08g08360	NT_166524.1	1992388	1993282	D	Similarity: shows strong similarity to N-terminal half of An08g08380 .; Title: weak similarity to hypothetical protein encoded by An08g08380 - Aspergillus niger; uncharacterized protein	join(1992388..1992722,1992776..1993152,1993215..1993282)	Aspergillus niger	84591763
An08g08370	CDS	An08g08370	NT_166524.1	1993644	1996274	R	Function: the 1,2-alpha-D-mannosidase aman2 from Bacillus sp. M-90 is an exo-1,2-alpha-D-mannanase. It is highly specific for alpha 1,2-linked D-mannose oligosaccharides.; Similarity: the ORF DNA sequence shows strong similarity to the EST an_1842 Aspergillus niger.; Title: similarity to alpha-1,2-mannosidase aman2 -Bacillus sp.; See PMID 8149382; uncharacterized protein	complement(join(1993644..1994220,1994275..1994958,1995007..1995836,1995889..1995977,1996051..1996083,1996139..1996274))	Aspergillus niger	4983155
An08g08380	CDS	An08g08380	NT_166524.1	1996959	1999058	R	Similarity: N-terminal half shows strong similarity to An08g08360.; Title: weak similarity to hypothetical protein encoded by An08g08360 - Aspergillus niger; uncharacterized protein	complement(join(1996959..1997157,1997218..1997897,1998245..1998557,1998667..1999058))	Aspergillus niger	4983156
An08g08390	CDS	An08g08390	NT_166524.1	1999545	2000866	D	Title: strong similarity to lipase LipP -Pseudomonas sp.; See PMID 9464382; uncharacterized protein	join(1999545..1999561,1999645..1999845,1999908..2000015,2000071..2000303,2000414..2000677,2000736..2000866)	Aspergillus niger	84591764
An08g08400	CDS	An08g08400	NT_166524.1	2000914	2001875	R	Function: TsaC from Comamonas testosteroni T-2 catalyzes the conversion of 4-sulfobenzyl alcohol or 4-carboxybenzyl alcohol to the corresponding aldehyde.; Title: strong similarity to toluenesulfonate zinc-independent alcohol dehydrogenase TsaC - Comamonas testosteroni; See PMID 9006050; uncharacterized protein	complement(join(2000914..2001097,2001176..2001258,2001328..2001528,2001582..2001875))	Aspergillus niger	4983158
An08g08410	CDS	An08g08410	NT_166524.1	2002145	2004143	R	Title: weak similarity to Arg/Abl-interacting protein ArgBP2b - Homo sapiens; uncharacterized protein	complement(join(2002145..2002748,2002802..2003368,2003422..2003540,2003615..2003660,2003815..2004143))	Aspergillus niger	4983159
An08g08420	CDS	An08g08420	NT_166524.1	2004890	2005318	D	hypothetical protein	2004890..2005318	Aspergillus niger	84591765
An08g08430	CDS	An08g08430	NT_166524.1	2005895	2008646	D	Title: strong similarity to hypothetical protein SCF41.31c - Streptomyces coelicolor; uncharacterized protein	join(2005895..2005987,2006142..2006177,2006207..2006563,2006613..2008082,2008140..2008646)	Aspergillus niger	4983161
An08g08440	CDS	An08g08440	NT_166524.1	2008743	2010087	D	Catalytic activity: N nucleoside triphosphate <=> N diphosphate + {RNA}(N).; Remark: the origin and the actual biological function(s) of plant-encoded RdRP have remained unresolved and are enigmatic because its cognate template(s) and in vivo transcription products remain unknown. Cellular RdRPs differ from virus RNA replicases.; Title: similarity to RNA-directed RNA polymerase RdRP - Lycopersicon esculentum; See PMID 9836747; uncharacterized protein	join(2008743..2009246,2009409..2009626,2009676..2010087)	Aspergillus niger	84591766
An08g08450	CDS	An08g08450	NT_166524.1	2011274	2013113	R	Catalytic activity: 4 benzenediol + O(2) <=> 4 benzosemiquinone + 2 H(2)O.; Cofactor: Copper.; Function: the Laccase II (lac2) from Podospora anserina is involved in lignin degradation and in the detoxification of lignin-derived products in its natural habitat (herbivorous dung), which is rich in lignin of grasses and straw. It is probably involved in melanin synthesis and in perithecia development.; Title: strong similarity to laccase II lac2 -Podospora anserina; See PMID 14600; See PMID 8914515; uncharacterized protein	complement(join(2011274..2011647,2011703..2013113))	Aspergillus niger	4983163
An08g08460	CDS	An08g08460	NT_166524.1	2014350	2015803	R	Title: weak similarity to human LYST-2 protein from patent WO9951741-A2 - Homo sapiens; uncharacterized protein	complement(join(2014350..2014449,2014490..2014568,2014642..2014695,2015054..2015167,2015215..2015323,2015412..2015513,2015684..2015803))	Aspergillus niger	84591767
An08g08470	CDS	An08g08470	NT_166524.1	2017047	2018949	D	Title: similarity to hypothetical transcription regulator SPAC18G6.01c - Schizosaccharomyces pombe; uncharacterized protein	join(2017047..2017093,2017209..2017335,2017522..2018949)	Aspergillus niger	4983165
An08g08480	CDS	An08g08480	NT_166524.1	2019153	2020169	D	Catalytic activity: R-CHOH-R' + NADP(+) <=> R-CO-R' + NADPH.; Remark: the carbonyl reductase from Candida magnoliae is also described in patent WO9835025-A1.; Similarity: the ORF encoded protein shows also strong similarity to the functionally less characterized dehydrogenases Sou2 and Sou1 from C. albicans. C. albicans Sou(-) mutants are unable to utilize L-sorbose.; Title: strong similarity to NADPH-dependent carbonyl reductase S1 - Candida magnoliae; See PMID 10945260; uncharacterized protein	join(2019153..2019228,2019276..2019334,2019382..2019756,2019810..2020007,2020086..2020169)	Aspergillus niger	4983166
An08g08490	CDS	An08g08490	NT_166524.1	2021299	2022296	D	Catalytic activity: phosphatidylcholine + H(2)O <=> 1-acylglycerophosphocholine + a fatty acid anion.; Title: similarity to calcium-independent phospholipase A2 - Homo sapiens; See PMID 10833412; uncharacterized protein	join(2021299..2021456,2021524..2021760,2021807..2022296)	Aspergillus niger	4983167
An08g08500	CDS	An08g08500	NT_166524.1	2022939	2023350	D	Title: similarity to hypothetical DNA-binding protein SCF43A.34c - Streptomyces coelicolor; uncharacterized protein	join(2022939..2023015,2023149..2023350)	Aspergillus niger	4983168
An08g08510	CDS	An08g08510	NT_166524.1	2025678	2027350	R	Catalytic activity: the aldh3 protein preferentially oxidizes aromatic aldehyde + NADP(+) + H2O = acid + NADPH.; Complex: the class 3 aldehyde dehydrogenase of H. sapiens forms a homodimer.; Function: aldehyde dehydrogenases are involved in the metabolism of corticosteroids, biogenic amines,neurotransmitters, and lipip aldehyde substrat peroxidation.; Function: aldehyde dehydrogenases play a major role in the detoxification of alcohol-derived acetaldehyde.; Remark: aldh3 of H. sapiens is a NADP-preferring aldehyde dehydrogenase.; Similarity: the predicted ORF overlaps with EST BE760482 of A. niger.; Title: strong similarity to aldehyde dehydrogenase aldh3 - Homo sapiens; cytoplasm; See PMID 8493892; See PMID 1737758; uncharacterized protein	complement(join(2025678..2026484,2026545..2026692,2026731..2027254,2027318..2027350))	Aspergillus niger	4983169
An08g08520	CDS	An08g08520	NT_166524.1	2027628	2029450	R	Function: hexose transporter family proteins of S. cerevisiae function in the cellular uptake of glucose.; Remark: alternate names for hxt17 are N3615 and YNR072w.; Remark: the hxt17 of S. cerevisiae belongs to the MAL61 superfamily of maltose transport proteins.; Similarity: the predicted ORF shows similarity to several members of the hexose facilitator family of S. cerevisiae.; Title: strong similarity to hexose transporter Hxt17 - Saccharomyces cerevisiae; plasma membrane; See PMID 10336421; uncharacterized protein	complement(join(2027628..2027737,2027815..2028101,2028176..2028522,2028584..2029254,2029312..2029450))	Aspergillus niger	4983170
An08g08530	CDS	An08g08530	NT_166524.1	2030058	2031831	D	Catalytic activity: a phenol sulfate + H(2)O = a phenol + sulfate.; Phenotype: ats mutants lose the ability to grow on aromatic sulfates as sole sulfur source.; Repression: synthesis of atsA is repressed when sulfate, cysteine or thiocyanate is supplied as the sole sulfur source for growth.; Title: strong similarity to arylsulfatase atsA -Pseudomonas aeruginosa; See PMID 7744061; See PMID 9748219; uncharacterized protein	join(2030058..2030413,2030478..2031831)	Aspergillus niger	4983171
An08g08540	CDS	An08g08540	NT_166524.1	2032117	2034984	R	Function: GAPCenA is a GTPase activating protein for Rab6.; Localization: immunofluorescence and cell fractionation experiments show that GAPCenA is mainly cytosolic but that a minor pool is associated with the centrosome.; Pathway: GAPCenA may be involved in the coordination of microtubule and Golgi dynamics during the cell cycle.; Remark: the Rab6 GTPase regulates intracellular transport at the level of the Golgi apparatus.; Similarity: GAPCenA displays similarities, within a central 200 amino acids domain, to both the yeast Rab GTPase activating proteins (GAPs) and to the spindle checkpoint proteins S. cerevisiae Bub2p and Schizosaccharomyces pombe Cdc16p.; Title: strong similarity to Rab6 GTPase activating protein GAPCenA - Homo sapiens; See PMID 10202141; uncharacterized protein	complement(join(2032117..2033467,2033514..2033870,2033929..2034539,2034595..2034984))	Aspergillus niger	4983172
An08g08550	CDS	An08g08550	NT_166524.1	2037231	2042529	D	Function: top2 acts both as an enzyme and a structural component of the nuclear matrix where it regulates the topological states of DNA by transient cleavage, strand passing and re-ligation of double stranded DNA.; Remark: the action of top2 results in the decatenation of intertwined DNA molecules and relaxation of supercoiled DNA.; Remark: top2 has a role in DNA replication and is required for both condensation and segregation of chromosomes.; Title: strong similarity to DNA topoisomerase II top2 - Aspergillus nidulans; See PMID 9552399; See PMID 10452949; uncharacterized protein	join(2037231..2037305,2037368..2037721,2037761..2040730,2040790..2042529)	Aspergillus niger	4983173
An08g08560	CDS	An08g08560	NT_166524.1	2043025	2044839	D	Function: FLU1 is a novel multidrug efflux transporter gene of the major facilitator superfamily from Candida albicans conferring resistance to fluconazole.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(2043025..2044185,2044357..2044458,2044522..2044839)	Aspergillus niger	4983174
An08g08570	CDS	An08g08570	NT_166524.1	2045265	2047177	R	Title: weak similarity to transcription repressor Xbp1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2045265..2045449,2045530..2045585,2045771..2046503,2046550..2046634,2046684..2046799,2046856..2047177))	Aspergillus niger	4983175
An08g08580	CDS	An08g08580	NT_166524.1	2047274	2049733	D	hypothetical protein	join(2047274..2047386,2047656..2047777,2047855..2047943,2047989..2048090,2048289..2048388,2048458..2048585,2048649..2048746,2049059..2049115,2049196..2049410,2049483..2049547,2049647..2049733)	Aspergillus niger	84591768
An08g08590	CDS	An08g08590	NT_166524.1	2051058	2055167	R	Function: INCENP transports certain cytoskeletal proteins to the metaphase plate so that these proteins are able to subsequently participate in the assembly of the anaphase spindle and the cleavage furrow.; Remark: an internal 200 amino acid coiled-coil domain is required for binding of INCENP to cytoplasmic microtubules.; Remark: the amino-terminal 42-amino acid residues are required for transfer of INCENP from the chromosomes to the mitotic spindle at anaphase.; Title: similarity to class II inner centromere protein INCENP - Gallus gallus; See PMID 8408220; uncharacterized protein	complement(join(2051058..2051636,2051692..2054781,2054840..2054930,2054989..2055167))	Aspergillus niger	4983177
An08g08600	CDS	An08g08600	NT_166524.1	2056824	2058268	D	Remark: Disruption of the cwl1+ gene in S. pombe caused no noticeable phenotype.; Remark: Overexpression of the cwl1+ gene in S. pombe causes cell lysis when it is overexpressed in the absence of an osmotic stabilizer.; Title: similarity to protein cwl1p -Schizosaccharomyces pombe; See PMID 8873452; uncharacterized protein	join(2056824..2056860,2057009..2057023,2057116..2057226,2057279..2057310,2057365..2057482,2057545..2057741,2057801..2058268)	Aspergillus niger	4983178
An08g08620	CDS	An08g08620	NT_166524.1	2060618	2061695	R	Title: similarity to hypothetical Ydr124wp-like protein - Pneumocystis carinii; uncharacterized protein	complement(join(2060618..2061357,2061413..2061695))	Aspergillus niger	4983180
An08g08630	CDS	An08g08630	NT_166524.1	2061711	2063496	D	hypothetical protein	join(2061711..2061861,2061908..2062060,2062165..2062256,2062297..2062406,2062445..2062577,2062680..2063088,2063348..2063496)	Aspergillus niger	84591769
An08g08640	CDS	An08g08640	NT_166524.1	2063503	2064701	R	hypothetical protein	complement(join(2063503..2063781,2063861..2064026,2064184..2064425,2064540..2064701))	Aspergillus niger	84591770
An08g08650	CDS	An08g08650	NT_166524.1	2065348	2066071	D	hypothetical protein	join(2065348..2065437,2065487..2065633,2065881..2065982,2066027..2066071)	Aspergillus niger	84591771
An08g08660	CDS	An08g08660	NT_166524.1	2067108	2068434	D	Title: weak similarity to hypothetical microtubule-membrane-linker p210 - Spermatozopsis similis; uncharacterized protein	join(2067108..2067348,2067563..2068434)	Aspergillus niger	4983184
An08g08670	CDS	An08g08670	NT_166524.1	2069213	2072881	D	Title: strong similarity to hypothetical signaling-associated PDZ domain containing protein CAB72237.1 - Schizosaccharomyces pombe; uncharacterized protein	join(2069213..2070010,2070076..2072376,2072438..2072635,2072708..2072881)	Aspergillus niger	4983185
An08g08680	CDS	An08g08680	NT_166524.1	2074271	2075504	R	Title: weak similarity to merozoite surface protein 1 MSP1 - Plasmodium cynomolgi; uncharacterized protein	complement(join(2074271..2075392,2075448..2075504))	Aspergillus niger	84591772
An08g08690	CDS	An08g08690	NT_166524.1	2076663	2078070	R	Function: Cns1 of S. cerevisiae is an essential protein associated with the hsp90 chaperone complex.; Title: strong similarity to cyclophilin seven suppressor Cns1 - Saccharomyces cerevisiae; See PMID 9819421; See PMID 9819422; See PMID 9990037; See PMID 11604493; uncharacterized protein	complement(join(2076663..2077378,2077429..2077481,2077527..2077701,2077776..2078070))	Aspergillus niger	4983187
An08g08700	CDS	An08g08700	NT_166524.1	2079121	2081357	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: weak similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	join(2079121..2081029,2081161..2081222,2081325..2081357)	Aspergillus niger	84591773
An08g08710	CDS	An08g08710	NT_166524.1	2081802	2083343	D	Function: ATR1 is a S. cerevisiae gene encoding a transmembrane protein required for aminotriazole resistance.; Induction: ATR1 transcription is induced by aminotriazole and the ATR1 promoter region contains a binding site for the GCN4 activator protein.; Phenotype: multiple copies of ATR1 permit growth at extremely high concentrations of aminotriazole (80 mM),whereas a chromosomal deletion of ATR1 causes growth inhibition at very low concentrations (5 mM).; Similarity: ATR1 is a member of the multidrug-resistance 14-spanner (DHA14) family of the major facilitator superfamily (MFS-MDR).; Title: strong similarity to aminotriazole resistance protein Atr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 3280970; uncharacterized protein	2081802..2083343	Aspergillus niger	4983189
An08g08720	CDS	An08g08720	NT_166524.1	2084366	2085367	D	Catalytic activity: 2 ferrocytochrome c + H(2)O(2) = 2 ferricytochrome c + 2 H(2)O.; Function: CCP1 is involved in conveying an oxidative stress signal to the transcription factor Pos9 (Skn7).; Function: the mitochondrial cytochrome c peroxidase CCP1 degrades reactive oxygen species within the mitochondria.; Title: strong similarity to cytochrome-c peroxidase precursor Ccp1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 6286684; See PMID 10589830; uncharacterized protein	join(2084366..2084475,2084536..2085367)	Aspergillus niger	4983190
An08g08730	CDS	An08g08730	NT_166524.1	2086186	2089026	R	Remark: similarity is based on glutamine- and alanine-rich repeat region.; Title: weak similarity to transcription factor CA150 - Homo sapiens; uncharacterized protein	complement(2086186..2089026)	Aspergillus niger	4983191
An08g08740	CDS	An08g08740	NT_166524.1	2089828	2090713	D	Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S18 - Homo sapiens; cytoplasm; See PMID 8441687; See PMID 8706699; 40S ribosomal protein uS13	join(2089828..2089831,2090085..2090250,2090416..2090713)	Aspergillus niger	4983192
An08g08750	CDS	cpy	NT_166524.1	2091333	2093068	R	Gene-ID: cpy; Mapping: cpy from A. niger is mapped to chromosome IV; see list from DSM.; Remark: a splice site was detected upstream of the START codon.; carboxypeptidase Y cpy from patent WO9609397-A1-Aspergillus niger	complement(join(2091333..2092498,2092561..2093068))	Aspergillus niger	4983193
An08g08760	CDS	An08g08760	NT_166524.1	2093680	2094955	D	Title: similarity to colon cancer associated antigen precursor from patent WO9904265-A2 - Homo sapiens; uncharacterized protein	join(2093680..2093746,2093908..2094286,2094347..2094868,2094931..2094955)	Aspergillus niger	4983194
An08g08770	CDS	An08g08770	NT_166524.1	2095105	2096501	R	Function: reversible phosphorylation plays an important role in pre-mRNA splicing in mammalian cells. three kinases, SR protein-specific kinase (SRPK1 & 2) and Clk/Sty, have been shown to phosphorylate the SR family of splicing factors.; Remark: the ORF shows similarity to various protein kinases, not all are implicated in splicing factor phosphorylation.; Similarity: the predicted protein seems approximately only the half of the length of the blast homologs.; Title: similarity to serine kinase SRPK2 - Homo sapiens; See PMID 9472028; uncharacterized protein	complement(join(2095105..2095130,2095257..2095443,2095486..2095799,2095849..2096195,2096278..2096501))	Aspergillus niger	4983195
An08g08780	CDS	An08g08780	NT_166524.1	2098922	2099650	R	hypothetical protein	complement(join(2098922..2099208,2099314..2099650))	Aspergillus niger	4983196
An08g08790	CDS	An08g08790	NT_166524.1	2100184	2102345	R	Remark: in Intron 2 there is a predicted Arg tRNA.; hypothetical protein	complement(join(2100184..2100258,2100349..2100516,2100757..2101016,2101113..2101216,2101354..2101458,2101505..2101572,2101672..2101729,2101816..2101905,2102113..2102164,2102249..2102345))	Aspergillus niger	84591774
An08g08810	CDS	An08g08810	NT_166524.1	2102549	2103244	R	hypothetical protein	complement(join(2102549..2102864,2102991..2103244))	Aspergillus niger	84591775
An08g08820	CDS	An08g08820	NT_166524.1	2103963	2105858	D	Remark: a splice site was detected upstream of the START codon.; Title: similarity to hypothetical protein ZK84.1 -Caenorhabditis elegans; uncharacterized protein	join(2103963..2104057,2104155..2104594,2104663..2105858)	Aspergillus niger	4983200
An08g08830	CDS	An08g08830	NT_166524.1	2106638	2107531	R	Title: weak similarity to hypothetical L-lactate dehydrogenase mll6909 - Mesorhizobium loti; uncharacterized protein	complement(join(2106638..2106741,2106798..2107210,2107274..2107443,2107490..2107531))	Aspergillus niger	84591776
An08g08840	CDS	An08g08840	NT_166524.1	2107588	2109290	D	Catalytic activity: L-glutamate = 4-aminobutanoate + CO2.; Function: catalyzes the production of GABA. the calmodulin-binding is calcium-dependent and it is proposed that this may, directly or indirectly, form a calcium regulated control of GABA biosynthesis.; Pathway: Glutamate metabolism; alanine and aspartate metabolism; beta-alanine metabolism; taurine and hypotaurine metabolism; butanoate metabolism.; Remark: the enzymatic activities of the pure recombinant GAD1 and GAD2 proteins were stimulated 35- and 13-fold, respectively, by Ca2+/calmodulin but not by Ca2+ or calmodulin alone. GAD1 transcript and a corresponding 58-kD peptide were detected in roots only.; Similarity: belongs to the glutamate decarboxylase and related PLP-dependent proteins.; Title: strong similarity to glutamate decarboxylase GAD1 - Arabidopsis thaliana; See PMID 7610159; See PMID 9701597; See PMID 11021657; uncharacterized protein	join(2107588..2107823,2107873..2107900,2107949..2109117,2109176..2109290)	Aspergillus niger	4983202
An08g08850	CDS	An08g08850	NT_166524.1	2109391	2112288	D	Title: weak similarity to vegetative cell wall protein GP1 - Chlamydomonas reinhardtii; uncharacterized protein	join(2109391..2109419,2109826..2111210,2111261..2112288)	Aspergillus niger	4983203
An08g08860	CDS	An08g08860	NT_166524.1	2112599	2114368	R	Title: weak similarity to period protein per -Drosophila sucinea; uncharacterized protein	complement(join(2112599..2113283,2113341..2114368))	Aspergillus niger	4983204
An08g08870	CDS	An08g08870	NT_166524.1	2114717	2115506	R	Remark: nrgA exhibited amino acid sequence similarity to bacterial hydroxylases and N-acetyltransferases. Null mutations introduced into nrgA and nrgBC resulted in mutant strains that exhibited wild-type-like symbiotic properties, including nitrogen fixation, when tested on soybean, cowpea, or mung bean host plants.; Similarity: to bacterial hydroxylases and N-acetyltransferases.; Title: similarity to NifA-regulated gene A NrgA -Bradyrhizobium japonicum; See PMID 10692350; uncharacterized protein	complement(join(2114717..2114946,2114999..2115506))	Aspergillus niger	4983205
An08g08880	CDS	An08g08880	NT_166524.1	2116016	2116418	R	hypothetical protein	complement(join(2116016..2116293,2116337..2116418))	Aspergillus niger	84591777
An08g08890	CDS	An08g08890	NT_166524.1	2116705	2118129	D	Title: similarity to hypothetical protein Rv1619 -Mycobacterium tuberculosis; uncharacterized protein	2116705..2118129	Aspergillus niger	4983207
An08g08900	CDS	An08g08900	NT_166524.1	2118907	2119974	R	Title: weak similarity to farnesyl diphosphate synthase IspA from patent WO200056915-A1 - Streptococcus pneumoniae; uncharacterized protein	complement(join(2118907..2119344,2119433..2119574,2119655..2119974))	Aspergillus niger	84591778
An08g08910	CDS	An08g08910	NT_166524.1	2121677	2123457	R	Catalytic activity: sulfite + O2 + H2O = sulfate + H2O2.; Pathway: sulfur metabolism. Terminal reaction in the oxidative degradation of sulfur- containing amino acids. it uses cytochrome c as an electron acceptor.; Remark: the molybdenum-containing human enzyme sulfite oxidase catalyzes the conversion of sulfite to sulfate, the terminal step in the oxidative degradation of cysteine and methionine. Genetic deficiency of sulfite oxidase results in neurological abnormalities and often leads to death at an early age.; Similarity: with cytochrome B5 and nitrate reductase.; Title: strong similarity to mitochondrial sulfite oxidase SUOX - Homo sapiens; See PMID 7599189; See PMID 9428520; See PMID 9600976; uncharacterized protein	complement(join(2121677..2123153,2123234..2123457))	Aspergillus niger	4983209
An08g08920	CDS	An08g08920	NT_166524.1	2124326	2126753	R	Catalytic activity: 2 H2O2 = O2 + 2 H2O.; Pathway: tryptophan metabolism; methane metabolism.; Remark: with a molecular mass of 54 kDa, CatC shows high similarity to other small-subunit monofunctional catalases and is most closely related to catalases from other fungi, Archaea, and animals. The catC gene displayed a relatively constant pattern of expression, not being induced by oxidative or other types of stress.; Similarity: belongs to the catalase family.; Title: strong similarity to catalase C catC -Aspergillus nidulans; See PMID 11157957; uncharacterized protein	complement(join(2124326..2124349,2124466..2124631,2124809..2124972,2125018..2125283,2125332..2125416,2125477..2125764,2125812..2125939,2125982..2125989,2126025..2126137,2126197..2126407,2126461..2126484,2126547..2126673,2126723..2126753))	Aspergillus niger	4983210
An08g08930	CDS	An08g08930	NT_166524.1	2126982	2127557	R	Title: similarity to hypothetical protein CAE41807.1 - Bordetella pertussis; uncharacterized protein	complement(2126982..2127557)	Aspergillus niger	4983211
An08g08940	CDS	An08g08940	NT_166524.1	2127847	2129172	R	Catalytic activity: a nitrile + H2O = a carboxylate + NH3.; Pathway: tryptophan metabolism; cyanoamino acid metabolism; nitrogen metabolism.; Remark: nitrilases (nitrile aminohydrolase, EC 3. 5. 5. 1) convert nitriles to carboxylic acids. The nitrilase genes encode very similar proteins that hydrolyze indole-3-acetonitrile to the phytohormone indole-3-acetic acid in vitro.; Similarity: belongs to the nitrilases.; Title: strong similarity to nitrilase NIT3 -Arabidopsis thaliana; See PMID 8022831; See PMID 9484465; uncharacterized protein	complement(join(2127847..2128683,2128765..2129172))	Aspergillus niger	4983212
An08g08950	CDS	An08g08950	NT_166524.1	2129528	2131339	R	Catalytic activity: choline sulfate + H2O = choline + sulfate.; Remark: a mutant deficient in choline dehydrogenase (CDH) activity, failed to oxidize [methyl-14C]choline to [methyl-14C]betaine, and did not use choline, but still used betaine, as an osmoprotectant.; Similarity: belongs to the animal sulfatase family.; Title: strong similarity to choline sulfatase betC -Sinorhizobium meliloti; See PMID 9141699; uncharacterized protein	complement(join(2129528..2129815,2130008..2130868,2130929..2131339))	Aspergillus niger	4983213
An08g08960	CDS	An08g08960	NT_166524.1	2131661	2132682	D	Title: weak similarity to protein fragment SEQ ID NO:56682 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	join(2131661..2131874,2132114..2132276,2132505..2132682)	Aspergillus niger	84591779
An08g08970	CDS	An08g08970	NT_166524.1	2133955	2134124	R	hypothetical protein	complement(join(2133955..2133979,2134027..2134124))	Aspergillus niger	84591780
An08g08980	CDS	An08g08980	NT_166524.1	2134577	2136854	R	Remark: the patent represents a novel polypeptide with hematopoietic cell regulatory activity and tissue forming/repairing activity.; Similarity: strong similarity to human putative SST-homologue patent WO200008056-A1 found in PATENTPROT:AAY80519.; Similarity: the ORF also shows strong similarity to some endosomal proteins with unknown function, like EMP70 of S. cerevisiae.; Title: strong similarity to protein from patent WO200008056-A1 - Homo sapiens; uncharacterized protein	complement(join(2134577..2134595,2134643..2135316,2135363..2135688,2135782..2136702,2136770..2136854))	Aspergillus niger	4983216
An08g08990	CDS	An08g08990	NT_166524.1	2136970	2137596	D	hypothetical protein	join(2136970..2137027,2137076..2137201,2137310..2137596)	Aspergillus niger	84591781
An08g09000	CDS	An08g09000	NT_166524.1	2138378	2139853	R	Remark: Dsk2p is a nuclear-enriched protein, and that Dsk2p assists in Cdc31 assembly into the new pindle pole body (SPB).; Title: strong similarity to ubiquitin like protein Dsk2 - Saccharomyces cerevisiae; See PMID 8682868; uncharacterized protein	complement(join(2138378..2138543,2138859..2139313,2139389..2139853))	Aspergillus niger	4983218
An08g09010	CDS	An08g09010	NT_166524.1	2140661	2144706	D	Remark: SAPs 49, 130, 145, and 155 are components of U2 snRNP-associated protein complex essential for spliceosome assembly named SF3b.; Remark: also strong similarity to Human secreted protein clone pm412_12 protein sequence SEQ ID NO:46 patent WO200009552-A1.; Title: strong similarity to spliceosomal protein SAP130 - Homo sapiens; See PMID 10490618; uncharacterized protein	join(2140661..2140904,2141078..2143151,2143345..2144629,2144680..2144706)	Aspergillus niger	4983219
An08g09020	CDS	gmdB	NT_166524.1	2145561	2147481	R	Gene-ID: gmdB; Remark: the enzyme acts probably on carbon-nitrogen bonds, other than peptide bonds In linear amides.; Similarity: belongs to the amidotransferase A subunit and related amidases.; general amidase gmdB-Aspergillus niger	complement(join(2145561..2145676,2145750..2145837,2145932..2146801,2146848..2147123,2147176..2147481))	Aspergillus niger	4983220
An08g09030	CDS	An08g09030	NT_166524.1	2148153	2149734	R	Catalytic activity: random hydrolysis of N-acetyl-beta-D-glucosaminide 1,4-beta-linkages in chitin and chitodextrins.; Pathway: aminosugars metabolism.; Remark: Chitinase has been suggested to play a pivotal role in autolysis of the parasitic cell wall of Coccidioides immitis during the asexual reproductive cycle (endosporulation) of this systemic pathogen. Loss of CTS1 function had no effect on virulence or endosporulation. The absence of a functional CTS1 gene can be compensated for by elevated expression of the CTS2 gene.; Similarity: belongs to the Streptomyces chitinase chi40 family.; Title: strong similarity to chitinase 1 cts1 -Coccidioides immitis; See PMID 8566773; See PMID 10992492; uncharacterized protein	complement(join(2148153..2148254,2148315..2148920,2148976..2149035,2149104..2149475,2149534..2149734))	Aspergillus niger	4983221
An08g09040	CDS	An08g09040	NT_166524.1	2151182	2152780	R	Title: similarity to hypothetical protein YNR069c -Saccharomyces cerevisiae; uncharacterized protein	complement(join(2151182..2152512,2152576..2152780))	Aspergillus niger	4983222
An08g09050	CDS	An08g09050	NT_166524.1	2152916	2154886	D	hypothetical protein	join(2152916..2152945,2153056..2153196,2153224..2153333,2153420..2153612,2153698..2153793,2153921..2154018,2154132..2154228,2154284..2154679,2154791..2154886)	Aspergillus niger	84591782
An08g09060	CDS	An08g09060	NT_166524.1	2155468	2155593	D	hypothetical protein	join(2155468..2155541,2155572..2155593)	Aspergillus niger	84591783
An08g09070	CDS	An08g09070	NT_166524.1	2156318	2156563	D	Remark: partial cds.; hypothetical protein	2156318..2156563	Aspergillus niger	84591784
An08g09080	CDS	An08g09080	NT_166524.1	2156706	2157873	D	Similarity: N-terminal half show similarity to putative aminoacyl-transfer RNA synthetase PA4724 of P. aeruginosa.; Title: weak similarity to hypothetical aminoacyl-transfer RNA synthase PA4724 - Pseudomonas aeruginosa; uncharacterized protein	join(2156706..2156886,2156944..2157277,2157361..2157445,2157799..2157873)	Aspergillus niger	84591785
An08g09090	CDS	An08g09090	NT_166524.1	2158799	2160161	R	Title: similarity to hypothetical protein B11E5.130 - Neurospora crassa; uncharacterized protein	complement(join(2158799..2159825,2159884..2160161))	Aspergillus niger	84591786
An08g09100	CDS	An08g09100	NT_166524.1	2160899	2161926	D	Title: weak similarity to hypothetical protein F9F8.20 - Arabidopsis thaliana; uncharacterized protein	join(2160899..2160988,2161068..2161526,2161738..2161926)	Aspergillus niger	4983228
An08g09110	CDS	An08g09110	NT_166524.1	2162281	2162805	R	Title: similarity to hypothetical UDP-glucose,sterol transferase gstA - Aspergillus oryzae; uncharacterized protein	complement(2162281..2162805)	Aspergillus niger	84591787
An08g09120	CDS	An08g09120	NT_166524.1	2163236	2165289	R	Catalytic activity: UDP-glucose + a sterol <=> UDP + an O-glucosylsterol.; Remark: C-terminal conserved region is sufficient and essential for enzyme activity, N-terminal residues are not required for in vitro glucosyltransferase activity.; Remark: similarity only to C-terminal region of C. albicans UDP-glucose:sterol glucosyltransferase.; Title: similarity to UDP-glucose:sterol glucosyltransferase UGT51C1 - Candida albicans; uncharacterized protein	complement(join(2163236..2163590,2163649..2164015,2164079..2164236,2164301..2165042,2165121..2165289))	Aspergillus niger	4983230
An08g09130	CDS	An08g09130	NT_166524.1	2165484	2166126	D	hypothetical protein	join(2165484..2165595,2165635..2165691,2165799..2165878,2165929..2166126)	Aspergillus niger	84591788
An08g09140	CDS	An08g09140	NT_166524.1	2166467	2168973	D	Catalytic activity: Hydrolysis of terminal,non-reducing alpha-L-rhamnose residues in alpha-L-rhamnosides.; Function: RhaA from A. aculeatus is able to hydrolyze alpha-1,2 and alpha-1,6 linkages to beta-D-glucosides.; Title: strong similarity to alpha-L-rhamnosidase A precursor rhaA - Aspergillus aculeatus; See PMID 11319105; uncharacterized protein	join(2166467..2166772,2166826..2168973)	Aspergillus niger	4983232
An08g09150	CDS	An08g09150	NT_166524.1	2170068	2170810	R	Catalytic activity: RX + glutathione <=> HX + R-S-glutathione.; Title: strong similarity to hypothetical glutathione S-transferase SPCC965.07c - Schizosaccharomyces pombe; See PMID 10720752; uncharacterized protein	complement(join(2170068..2170362,2170440..2170810))	Aspergillus niger	4983233
An08g09160	CDS	An08g09160	NT_166524.1	2171400	2177014	R	Title: strong similarity to hypothetical membrane protein YJL109c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(2171400..2171842,2171896..2172040,2172091..2173488,2173545..2176584,2176638..2177014))	Aspergillus niger	4983234
An08g09170	CDS	An08g09170	NT_166524.1	2177291	2180880	D	Title: similarity to hypothetical protein SPBC20F10.05 - Schizosaccharomyces pombe; uncharacterized protein	join(2177291..2177315,2177422..2179787,2179927..2180880)	Aspergillus niger	4983235
An08g09180	CDS	An08g09180	NT_166524.1	2181337	2182128	R	Function: esterase activity against short-chain alkyl esters of 4-nitrophenol but was also able to hydrolyze ethyl salicylate to ethanol and salicylic acid.; Title: similarity to alkyl salicylate esterase salE - Acinetobacter sp.; See PMID 10715011; uncharacterized protein	complement(2181337..2182128)	Aspergillus niger	4983236
An08g09190	CDS	An08g09190	NT_166524.1	2183380	2185392	R	Remark: a FAD containing protein.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Remark: moxY of A. parasiticus is expressed concurrently with genes involved in aflatoxin biosynthesis and it lies on one end of the cluster of this genes. Therefore moxY of A. parasiticus is presumably also involved in aflatoxin biosynthesis.; Title: strong similarity to hypothetical monooxygenase moxY - Aspergillus parasiticus; See PMID 10855719; uncharacterized protein	complement(join(2183380..2184531,2184592..2184950,2185014..2185392))	Aspergillus niger	4983237
An08g09200	CDS	An08g09200	NT_166524.1	2186387	2186690	R	hypothetical protein	complement(join(<2186387..2186439,2186541..>2186690))	Aspergillus niger	84591789
An08g09210	CDS	An08g09210	NT_166524.1	2186768	2187838	D	Catalytic activity: E. coli QueA catalyzes the synthesis of an epoxycyclopentane moiety and transfers this compound to specific tRNAs containing the queuosine precursor 7-(aminomethyl)-7-deazaguanine (preQ1).; Function: E. coli QueA catalyzes the penultimate step in the biosynthesis of the tRNA wobble nucleoside queuosine, a unique ribosyl transfer from the cofactor S-adenosylmethionine (AdoMet) to a modified-tRNA precursor.; Title: strong similarity to S-adenosylmethionine tRNA ribosyltransferase queA - Bacillus subtilis; See PMID 8347586; See PMID 10739928; See PMID 10810734; uncharacterized protein	2186768..2187838	Aspergillus niger	4983239
An08g09220	CDS	An08g09220	NT_166524.1	2188106	2189778	R	Function: NosA from Nostoc sp. is involved in activation of L-tyrosine and L-proline.; Similarity: the predicted A. niger protein shows similarity to several polyketide synthase genes.; Title: similarity to multifunctional peptide synthetase of the nostopeptolide biosynthetis NosD - Nostoc sp.; uncharacterized protein	complement(join(2188106..2188570,2188681..2189778))	Aspergillus niger	84591790
An08g09230	CDS	An08g09230	NT_166524.1	2190079	2191731	R	Catalytic activity: TRI11 of F. sporotrichioides catalyzes the hydroxylation at C-15 of isotrichodermin.; Function: TRI11 of F. sporotrichioides encodes a C-15 hydroxylase involved in trichothecene biosynthesis.; Pathway: TRI11 of F. sporotrichioides is a component of the trichothecene biosynthetic pathway.; Phenotype: disruption of TRI11 of F. sporotrichioides results in an altered trichothecene production phenotype characterized by the accumulation of isotrichodermin, a trichothecene pathway intermediate.; Remark: TRI11 of F. sporotrichioides belongs to the cytochrome P450 superfamily.; Remark: trichothecenes are sesquiterpendoid toxins,which inhibit protein biosynthesis.; Similarity: the ORF shows similarity to cytochrome P450 of many different species.; Title: strong similarity to isotrichodermin C-15 hydroxylase Tri11 - Fusarium sporotrichioides; See PMID 9435078; uncharacterized protein	complement(join(2190079..2190426,2190508..2191617,2191687..2191731))	Aspergillus niger	4983241
An08g09240	CDS	An08g09240	NT_166524.1	2193322	2196169	D	Similarity: the homology between the ORF and the hypothetical S. pombe protein extends over a large N-terminal region spanning about 400 amino acids.; Title: similarity to hypothetical transcription regulator SPAC139.03 - Schizosaccharomyces pombe; uncharacterized protein	join(2193322..2193361,2193615..2194126,2194219..2194752,2194816..2195311,2195437..2195486,2195750..2196169)	Aspergillus niger	4983242
An08g09250	CDS	An08g09250	NT_166524.1	2196668	2198329	D	Remark: YBR180w is the systematic name for S. cerevisiae DTR1.; Remark: information regarding S. cerevisiae DTR1 has not yet been published and is available via http://genome-www. stanford. edu/cgi-bin/SGD/genehunter.; Similarity: S. cerevisiae DTR1 belongs to the major facilitator family of transport proteins.; Title: similarity to dityrosine transporter Dtr1 -Saccharomyces cerevisiae; uncharacterized protein	join(2196668..2196790,2196839..2196935,2197002..2197951,2198027..2198329)	Aspergillus niger	4983243
An08g09260	CDS	An08g09260	NT_166524.1	2198825	2201343	R	Catalytic activity: acetoacetyl-CoA synthetases catalyse the reaction, ATP + Acetoacetate + CoA = AMP + Pyrophosphate + Acetoacetyl-CoA.; Function: acetoacetyl-CoA synthetases are involved in multiple biochemical pathways.; Title: strong similarity to acetoacetyl-CoA synthase acsA - Sinorhizobium meliloti; uncharacterized protein	complement(join(2198825..2198890,2199001..2199135,2199204..2199544,2199636..2200090,2200151..2201166,2201233..2201343))	Aspergillus niger	4983244
An08g09270	CDS	An08g09270	NT_166524.1	2201466	2203073	D	hypothetical protein	join(2201466..2201535,2201589..2201638,2201770..2201859,2201935..2202006,2202095..2202148,2202226..2202279,2202381..2202648,2202776..2202820,2202901..2203073)	Aspergillus niger	84591791
An08g09280	CDS	An08g09280	NT_166524.1	2203139	2204491	D	Function: E. coli hpaG is a bifunctional decarboxylase/isomerase.; Function: E. coli hpaG is required for the utilisation of 3,4-hydroxy-phenylacetate.; Remark: the ORF is shorter than hpaG of E. coli (358 compared to 429 amino acids) and the two proteins show homology only over a N-terminal stretch of about 200 amino acids.; Title: similarity to 5-oxo-1,2,5-tricarboxilic-3-penten acid decarboxilase/isomer hpaG -Escherichia coli; See PMID 8550403; uncharacterized protein	join(2203139..2203297,2203358..2203435,2203496..2204039,2204078..2204105,2204224..2204491)	Aspergillus niger	4983246
An08g09290	CDS	An08g09290	NT_166524.1	2205094	2206124	R	Similarity: the predicted A. niger protein contains a central polysaccharide deacetylase domain.; Title: similarity to cellular protein hp5p15641_5211687_c2_29 from patent WO9737044-A1 -Helicobacter pylori; uncharacterized protein	complement(join(2205094..2205956,2206034..2206124))	Aspergillus niger	84591792
An08g09300	CDS	An08g09300	NT_166524.1	2206349	2207005	D	Title: similarity to prokaryotic essential protein #7529 from patent WO200277183-A2 - Burkholderia fungorum; uncharacterized protein	join(2206349..2206862,2206899..2207005)	Aspergillus niger	84591793
An08g09310	CDS	An08g09310	NT_166524.1	2207860	2210978	D	Function: in A. nidulans amdA induces expression of the acetamidase, amdS.; Similarity: A. nidulans amdA contains two C2H2 zinc-finger motifs.; Title: strong similarity to zinc-finger transcription factor amdA - Aspergillus nidulans; nucleus; uncharacterized protein	join(2207860..2207991,2208211..2208348,2208418..2208748,2208837..2209076,2209231..2210140,2210209..2210624,2210713..2210978)	Aspergillus niger	4983249
An08g09320	CDS	An08g09320	NT_166524.1	2211045	2212664	R	Function: S. cerevisiae Flr1 is a transmembrane transporter confering fluconazole resistance.; Induction: S. cerevisiae Flr1 is transcriptionally regulated by the Cap1 and yAP-1 proteins.; Remark: YBR008c is the systematic name for S. cerevisiae Flr1.; Similarity: S. cerevisiae Flr1 belongs to the major facilitator family (TC 2. A. 1).; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9235926; uncharacterized protein	complement(join(2211045..2212245,2212312..2212664))	Aspergillus niger	4983250
An08g09330	CDS	An08g09330	NT_166524.1	2213932	2215041	D	Catalytic activity: 8-[(1R,2R)-3-oxo-2-{(Z)-pent-2-enyl}cyclopentyl]octanoate + NADP(+) <=> (15Z)-12-oxophyto-10,15-dienoate + NADPH.; Function: opr of L. esculentum is a flavin mononucleotide (FMN)-dependent oxidoreductase in plants that belongs to the family of Old Yellow Enzyme (OYE).; Pathway: opr of L. esculentum is involved in the biosynthesis of the plant hormone jasmonic acid.; Title: strong similarity to 12-oxophytodienoate reductase opr - Lycopersicon esculentum; See PMID 11377202; uncharacterized protein	2213932..2215041	Aspergillus niger	4983251
An08g09340	CDS	An08g09340	NT_166524.1	2216873	2217807	R	Function: SOU1 is required for L-sorbose assimilation in Candida albicans.; Remark: C. albicans SOU1 belongs to the short-chain dehydrogenase/reductases family (SDR).; Title: strong similarity to short-chain dehydrogenase sou1 - Candida albicans; uncharacterized protein	complement(join(2216873..2217160,2217222..2217476,2217538..2217807))	Aspergillus niger	4983252
An08g09350	CDS	An08g09350	NT_166524.1	2218327	2220031	D	Title: strong similarity to hexose transporter hxtA - Aspergillus parasiticus; plasma membrane; See PMID 10978525; uncharacterized protein	join(2218327..2218471,2218532..2219048,2219093..2219324,2219381..2220031)	Aspergillus niger	4983253
An08g09360	CDS	An08g09360	NT_166524.1	2220709	2221656	D	Function: SOU2 is required for L-sorbose assimilation in Candida albicans.; Similarity: C. albicans SOU2 belongs to the short-chain dehydrogenase/reductases family (SDR).; Title: strong similarity to sorbitol utilization protein sou2 - Candida albicans; uncharacterized protein	join(2220709..2221266,2221321..2221518,2221573..2221656)	Aspergillus niger	4983254
An08g09370	CDS	An08g09370	NT_166524.1	2221875	2224743	R	Function: S. cerevisiae Gal4 is a positive regulator of the galactose-inducible genes.; Similarity: S. cerevisiae Gal4 belongs to the family of fungal Zn(II)2Cys6 binuclear cluster DNA binding domain containing transcription factors.; Title: similarity to transcription factor Gal4 -Saccharomyces cerevisiae; nucleus; See PMID 6366516; See PMID 7601342; uncharacterized protein	complement(join(2221875..2222349,2222431..2222663,2222714..2222839,2222993..2223393,2223447..2223980,2224054..2224357,2224408..2224478,2224665..2224743))	Aspergillus niger	4983255
An08g09380	CDS	An08g09380	NT_166524.1	2225196	2226722	R	Catalytic activity: xylitol dehydrogenases catalyzes the oxidation by NAD+ of xylitol to D-xylulose.; Function: xdh from G. mastotermitis catalyses the second step in the xylose utilising pathway converting xylose to xylulosephosphate.; Similarity: xdh from G. mastotermitis belongs to the superfamily of zinc containing, medium-chain alcohol dehydrogenases.; Title: strong similarity to xylitol dehydrogenase xdh - Galactocandida mastotermitis; See PMID 10661867; uncharacterized protein	complement(join(2225196..2225432,2225482..2226022,2226099..2226228,2226292..2226451,2226627..2226722))	Aspergillus niger	4983256
An08g09390	CDS	An08g09390	NT_166524.1	2227562	2228482	D	Remark: frcK of S. meliloti is part of the ATP binding cassette fructose transporter operon.; Remark: the ORF shows also similarity to other hypothetical kinases.; Remark: the frc system is also a high-affinity transporter for ribose and mannose, which are both fructose competitors for the binding to the periplasmic FrcB protein.; Title: similarity to hypothetical kinase frcK -Sinorhizobium meliloti; See PMID 11466273; uncharacterized protein	join(2227562..2227612,2227760..2228105,2228154..2228482)	Aspergillus niger	4983257
An08g09400	CDS	An08g09400	NT_166524.1	2230248	2231090	R	Title: weak similarity to hypothetical protein TP0491 - Treponema pallidum; uncharacterized protein	complement(join(2230248..2230306,2230414..2230683,2231009..2231090))	Aspergillus niger	84591794
An08g09410	CDS	An08g09410	NT_166524.1	2231569	2235192	D	Function: in S. cerevisiae overexpression of RTM1 confers resistance to the toxicity of molasses.; Remark: RTM loci are always physically associated with SUC telomeric loci.; Title: similarity to molasses resistency protein Rtm1 - Saccharomyces cerevisiae; uncharacterized protein	join(2231569..2231823,2231878..2232103,2232208..2232526,2232619..2232756,2233491..2234162,2234380..2234512,2234609..2234740,2235004..2235192)	Aspergillus niger	84591795
An08g09420	CDS	An08g09420	NT_166524.1	2235634	2236206	D	Remark: information regarding M. anisopliae 4MeS has not yet been published.; Title: strong similarity to protein 4MeS -Metarhizium anisopliae; uncharacterized protein	2235634..2236206	Aspergillus niger	4983260
An08g09430	CDS	An08g09430	NT_166524.1	2237457	2239775	R	Similarity: the N-terminus of the predicted A. niger protein contains a predicted transmembrane and a phoshorylase domain.; Similarity: the predicted A. niger protein contains several WD-40 repeats in its C-terminal half and shows similarity to multiple WD-40 containing proteins.; Title: similarity to notchless Nle - Drosophila melanogaster; See PMID 9857191; uncharacterized protein	complement(2237457..2239775)	Aspergillus niger	4983261
An08g09440	CDS	An08g09440	NT_166524.1	2240375	2241665	D	Catalytic activity: ATP + L-asparagine + tRNA(asn) = AMP + pyrophosphate + L-asparaginyl-tRNA(asn).; Remark: asparagine-tRNA ligases are also called asparaginyl-tRNA synthetases or asparagine translases.; Remark: the gene coding for NRSEC of E. coli is called asnS or tss.; Similarity: the ORF is much shorter than NRSEC of E. coli (198 compared to 466 amino acids).; Similarity: the ORF shows similarity to asparagyl-tRNA synthetases of various species.; Title: similarity to asparagine-tRNA ligase NRSEC -Escherichia coli; cytoplasm; See PMID 1425658; See PMID 2009959; See PMID 2693216; uncharacterized protein	join(2240375..2240427,2240999..2241048,2241172..2241665)	Aspergillus niger	84591796
An08g09450	CDS	An08g09450	NT_166524.1	2243123	2244131	R	Function: 3-hydroxyacyl-CoA dehydrogenase is an enzyme involved in fatty acid metabolism, it catalyzes the reduction of 3-hydroxyacyl-CoA to 3-oxoacyl-CoA.; Similarity: the ORF is shorter than hbd of C. acetobutylicum.; Title: similarity to 3-hydroxybutyryl-CoA dehydrogenase hbd - Clostridium acetobutylicum; See PMID 8655474; uncharacterized protein	complement(join(2243123..2243289,2243351..2243986,2244047..2244131))	Aspergillus niger	4983263
An08g09460	CDS	An08g09460	NT_166524.1	2245045	2246492	R	Catalytic activity: nitrate reductases catalyse the reaction, NADH + nitrate <=> NAD(+) + nitrite + H(2)O.; Function: nitrate reductases are key enzymes in the assimilation of nitrate.; Title: strong similarity to nitrate reductase NIA1 -Arabidopsis thaliana; See PMID 9233539; uncharacterized protein	complement(join(2245045..2245770,2246134..2246363,2246417..2246492))	Aspergillus niger	4983264
An08g09470	CDS	An08g09470	NT_166524.1	2247003	2249609	D	Catalytic activity: cytochrome P450 proteins catalyse the reaction, RH + reduced flavoprotein + O(2) = ROH + oxidised flavoprotein + H(2)O.; Function: P450 enzymes usually act as terminal oxidases in multicomponent electron transfer.; Similarity: the ORF is longer than CYPF16 (634 compared to 524 amino acids), the homology between the two proteins spans more than 350 amino acids.; Similarity: the ORF shows similaritiy to many cytochrome P450 proteins.; Title: strong similarity to cytochrome P450 CYP4F16 - Mus musculus; See PMID 9501474; See PMID 11160642; uncharacterized protein	join(2247003..2247135,2247178..2247214,2247299..2247451,2247535..2248391,2248458..2249094,2249355..2249360,2249428..2249486,2249587..2249609)	Aspergillus niger	4983265
An08g09490	CDS	An08g09490	NT_166524.1	2250258	2252721	R	Function: ctf1 alpha of F. solani is a DNA binding,transcription regulator.; Similarity: the predicted A. niger protein shows similarity to the Cys6Zn2 binuclear cluster of the Gal4 superfamily proteins.; Title: strong similarity to cutinase transcription factor alpha CTF1a - Fusarium solani; nucleus; See PMID 9139694; uncharacterized protein	complement(join(2250258..2250669,2250734..2250916,2250974..2251545,2251639..2251719,2251773..2252083,2252141..2252418,2252570..2252721))	Aspergillus niger	4983267
An08g09500	CDS	An08g09500	NT_166524.1	2254112	2257659	D	Remark: similarity is from C-terminus of predicted A. niger protein to central region of L. pealii kinesin,which is 300 aa shorter.; Title: similarity to kinesin light chain - Loligo pealei; cytoskeleton; uncharacterized protein	join(2254112..2254230,2254945..2255075,2255154..2255648,2255716..2256330,2256401..2257659)	Aspergillus niger	84591797
An08g09510	CDS	An08g09510	NT_166524.1	2259251	2260633	D	Remark: ankyrin repeats are often contained in other proteins (which are not classified with the ankyrin family) and ensure protein-protein interactions as well as interactions between proteins and nucleic acids.; Similarity: the predicted A. niger protein shows also strong similarity to domains of ankyrin.; Title: weak similarity to death associated protein kinase Dapk1 - Mus musculus; uncharacterized protein	join(2259251..2259669,2259715..2259772,2260052..2260633)	Aspergillus niger	84591798
An08g09520	CDS	An08g09520	NT_166524.1	2260800	2262274	R	Function: ankyrins act as protein linker between the integral membrane proteins and spectrin-based cytoskeleton.; Remark: ankyrin repeats are often contained in other proteins (which are not classified with the ankyrin family) and ensure protein-protein interactions as well as interactions between proteins and nucleic acids.; Similarity: the predicted A. niger protein shows similarity to repetitive domains of ankyrin.; Title: similarity to ankyrin 2 Ank2 - Drosophila melanogaster; See PMID 10810176; See PMID 10844021; uncharacterized protein	complement(join(2260800..2261665,2261927..2262099,2262165..2262274))	Aspergillus niger	84591799
An08g09530	CDS	An08g09530	NT_166524.1	2263380	2265575	D	Induction: spoVK/spoVJ from B. subtilis has an interesting pattern of regulation during sporulation because it is expressed from sequentially activated promoters, that are under the control of different sigma factors, sigma E and sigma K.; Remark: spoVK and spoVJ from B. subtilis are identical.; Remark: spoVK/spoVJ from B. subtilis is expressed only in the mother cell.; Similarity: the predicted A. niger protein shows similarity to spore formation protein spoVK from B. subtilis, which belongs to the CBXX/CFQX family.; Title: similarity to spore formation protein spoVK -Bacillus subtilis; uncharacterized protein	join(2263380..2263542,2263598..2264118,2264218..2264289,2264548..2264629,2264714..2264778,2264824..2264967,2265145..2265211,2265310..2265575)	Aspergillus niger	84591800
An08g09540	CDS	An08g09540	NT_166524.1	2265945	2267942	D	Title: weak similarity to microtubule-based motor HsKIFC3 - Homo sapiens; uncharacterized protein	join(2265945..2266133,2266164..2266546,2266886..2267007,2267322..2267401,2267482..2267533,2267623..2267702,2267790..2267942)	Aspergillus niger	84591801
An08g09550	CDS	An08g09550	NT_166524.1	2268086	2270066	D	Catalytic activity: a Phenol sulfate + H2O = a Phenol + Sulfate.; Function: ars-1 from N. crassa catalyzes the hydrolysis of Sulfate esters.; Regulation: N. crassa ars-1 belongs to a group of highly regulated sulfur-related structural genes that are expressed under conditions of sulfur limitation and are under coordinate control of the cys-3 and scon regulatory genes.; Title: strong similarity to arylsulfatase ars-1 -Neurospora crassa; See PMID 2528685; uncharacterized protein	join(2268086..2268389,2268438..2268916,2268979..2269444,2269521..2269633,2269707..2270066)	Aspergillus niger	4983273
An08g09560	CDS	An08g09560	NT_166524.1	2270865	2272346	D	Remark: human early growth response protein 1 is a zinc-finger protein.; Title: similarity to early growth response protein 1 - Homo sapiens; nucleus; See PMID 9109500; uncharacterized protein	join(2270865..2271022,2271084..2271591,2271666..2272346)	Aspergillus niger	84591802
An08g09570	CDS	An08g09570	NT_166524.1	2273839	2275858	D	Function: in rat MCT3 is the major MCT isoform responsible for efflux of glycolytically derived lactic acid from white skeletal muscle, however it is also able to import lactic acid.; Title: similarity to monocarboxylate transporter MCT3 - Rattus norvegicus; See PMID 9632638; uncharacterized protein	join(2273839..2273919,2274001..2274912,2274992..2275172,2275270..2275493,2275727..2275858)	Aspergillus niger	4983275
An08g09580	CDS	An08g09580	NT_166524.1	2276585	2277550	R	Similarity: the ORF shows N-terminal similarity to the hypothetical protein of C. burnetii over a stretch of about 200 amino acids.; Title: strong similarity to hypothetical protein encoded by An14g06160 - Aspergillus niger; uncharacterized protein	complement(2276585..2277550)	Aspergillus niger	4983276
An08g09590	CDS	An08g09590	NT_166524.1	2281816	2282198	D	Title: similarity to secreted protein from patent WO9947540-A1 - Homo sapiens; uncharacterized protein	join(2281816..2281970,2282087..2282198)	Aspergillus niger	84591803
An08g09600	CDS	An08g09600	NT_166524.1	2283227	2284575	D	Title: similarity to hypothetical protein BH3375 -Bacillus halodurans; uncharacterized protein	join(2283227..2283268,2283692..2283729,2283819..2283852,2283923..2283982,2284225..2284378,2284532..2284575)	Aspergillus niger	84591804
An08g09610	CDS	An08g09610	NT_166524.1	2284916	2286310	R	Function: mutanase mutA of P. purporogenum exhibit strong binding to insoluble mutan.; Function: mutanases are alpha1,3-glucanases.; Remark: mutA of P. purporogenum is about 200 aminoacids longer at C-terminus.; Title: similarity to mutanase mutA - Penicillium purpurogenum; See PMID 10636904; uncharacterized protein	complement(2284916..2286310)	Aspergillus niger	4983279
An08g09620	CDS	An08g09620	NT_166524.1	2287984	2290541	R	Remark: the similarity to facB covers the N-terminal 280 amino acids.; Title: weak similarity to regulator protein of the lovastatin biosynthesis lovE - Aspergillus terreus; uncharacterized protein	complement(join(2287984..2288141,2288238..2288268,2288434..2289490,2289540..2289689,2289739..2290257,2290308..2290361,2290417..2290541))	Aspergillus niger	4983280
An08g09630	CDS	An08g09630	NT_166524.1	2290814	2291795	R	Remark: shows also similarity to several hypothetical prokaryontic transcriptional regulators.; Title: similarity to hypothetical protein SC5F2A.30 - Streptomyces coelicolor; uncharacterized protein	complement(join(2290814..2290901,2291003..2291421,2291474..2291666,2291728..2291795))	Aspergillus niger	4983281
An08g09640	CDS	An08g09640	NT_166524.1	2292204	2293557	R	Remark: might be a putative pseudogene.; Similarity: similarity is restricted to part of M. grisea protein.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; uncharacterized protein	complement(join(2292204..2292717,2292772..2293163,2293237..2293344,2293489..2293557))	Aspergillus niger	4983282
An08g09650	CDS	An08g09650	NT_166524.1	2295987	2296283	D	Remark: shows similarity only to the N-terminal part of several dihydrodiol dehydrogenases, might be a putative pseudogene.; Title: weak similarity to dihydrodiol dehydrogenase phdE - Nocardioides sp. [putative pseudogene]; uncharacterized protein	join(2295987..2296027,2296094..2296283)	Aspergillus niger	84591805
An08g09660	CDS	An08g09660	NT_166524.1	2296651	2296905	D	hypothetical protein	join(2296651..2296740,2296795..2296905)	Aspergillus niger	84591806
An08g09670	CDS	An08g09670	NT_166524.1	2297503	2297892	R	Remark: might be a putative pseudogene.; Similarity: show similarity to C-terminal part of several NADH dehydrogenases.; Title: weak similarity to subunit of NADH:ubiquinone reductase - Cyprinodon variegatus [putative sequencing error]; putative sequencing error; uncharacterized protein	complement(2297503..2297892)	Aspergillus niger	84591807
An08g09680	CDS	An08g09680	NT_166524.1	2298221	2298763	D	Catalytic activity: 2,4'-dihydroxyacetophenone dioxygenase catalyzes the conversion of 2,4'-dihydroxyacetophenone + O2 = 4-hydroxybenzoate + formate.; Function: 2,4'-dihydroxyacetophenone dioxygenase of Alcaligenes is involved in 4-hydroxyacetophenone degradation.; Title: strong similarity to 2,4-dihydroxyacetophenone dioxygenase dad - Alcaligenes sp.; See PMID 10567221; uncharacterized protein	2298221..2298763	Aspergillus niger	4983286
An08g09690	CDS	An08g09690	NT_166524.1	2299241	2300630	R	Title: weak similarity to secreted protein from patent WO9844113-A1 - Homo sapiens; uncharacterized protein	complement(join(2299241..2299647,2299836..2299906,2299963..2300040,2300095..2300630))	Aspergillus niger	4983287
An08g09700	CDS	An08g09700	NT_166524.1	2301147	2302528	R	Catalytic activity: aryl alcohol dehydrogenases catalyze the conversion of an aromatic alcohol + NADP+ = an aromatic aldehyde + NADPH.; Function: norsolorinic acid reductase norA of A. parasiticus is involved in aflatoxin biosynthesis.; Remark: aflatoxins are polyketide-derived secondary metabolites.; Similarity: shows also strong similarity to several aryl-alcohol dehyrogenases.; Title: strong similarity to norsolorinic acid reductase norA - Aspergillus parasiticus; See PMID 8593042; uncharacterized protein	complement(join(2301147..2301434,2301492..2302062,2302119..2302199,2302255..2302341,2302404..2302528))	Aspergillus niger	4983288
An08g09710	CDS	An08g09710	NT_166524.1	2304217	2305395	R	Similarity: shows similarity to several Sphingomonas enzymes involved in aromate catabolism.; Title: similarity to 2,2-dihydroxy-3,3-dimethoxy-5,5-dicarboxybiphenyl meta-cleavage compound hydrolase ligY -Sphingomonas paucimobilis; See PMID 9647824; uncharacterized protein	complement(join(2304217..2304362,2304428..2304905,2304958..2305395))	Aspergillus niger	4983289
An08g09720	CDS	An08g09720	NT_166524.1	2305513	2307323	D	Function: M. grisea Pth11p functions at the cell cortex as an upstream effector of appressorium differentiation in response to surface cues.; Similarity: the M. grisea Pth11p is about 200 aminoacids longer at C-terminus.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(2305513..2305597,2305679..2305775,2305890..2306056,2306159..2306281,2306356..2306405,2306485..2306797,2306862..2306919,2306969..2307323)	Aspergillus niger	4983290
An08g09740	CDS	An08g09740	NT_166524.1	2308425	2310660	R	hypothetical protein	complement(join(2308425..2308496,2308769..2308825,2308923..2309213,2309342..2310436,2310532..2310660))	Aspergillus niger	84591808
An08g09750	CDS	An08g09750	NT_166524.1	2312456	2313664	R	Catalytic activity: alcohol dehydrogenases convert alcohol + NAD(+) to aldehyde or ketone + NADH.; Catalytic activity: it requires zinc as cofactor.; Title: strong similarity to alcohol dehydrogenase adh1p - Schizosaccharomyces pombe; cytoplasm; See PMID 6294096; uncharacterized protein	complement(join(2312456..2313147,2313204..2313494,2313556..2313664))	Aspergillus niger	4983293
An08g09760	CDS	An08g09760	NT_166524.1	2315444	2317122	D	Function: FMOs have been implicated in the metabolism of a number of pharmaceuticals, pesticides and toxicants.; Function: flavin-containing monooxygenases (FMOs) constitute a family of xenobiotic-metabolising enzymes.; Function: using an NADPH cofactor and FAD prosthetic group, these microsomal proteins catalyse the oxygenation of nucleophilic nitrogen, sulphur, phosphorous and selenium atoms in a range of structurally diverse compounds.; Remark: putative frameshift at position 7783, one bp might be missing.; Title: strong similarity to cyclohexanone monooxygenase chnB2 - Brevibacterium sp. [putative frameshift]; putative frameshift; See PMID 10894733; uncharacterized protein	2315444..>2317122	Aspergillus niger	4983294
An08g09770	CDS	An08g09770	NT_166524.1	2317461	2318966	D	Function: the carboxylesterase from B. linens is responsible for the conversion of 1,4-butanediol diacrylate to 4-hydroxybutyl acrylate.; Remark: putative frameshift at position 5478; one bp might be missing.; Similarity: shows also similarity to other esterases.; Title: strong similarity to 1,4-butanediol diacrylate esterase BDA1 - Brevibacterium linens [putative frameshift]; putative frameshift; See PMID 10361681; uncharacterized protein	join(2317461..2317806,2317900..2318035,2318152..2318452,2318530..>2318966)	Aspergillus niger	84591809
An08g09780	CDS	An08g09780	NT_166524.1	2320376	2321873	D	Title: weak similarity to hypothetical protein SC8F4.26 - Streptomyces coelicolor; uncharacterized protein	join(2320376..2320533,2320606..2320681,2320792..2321471,2321608..2321708,2321749..2321760,2321836..2321873)	Aspergillus niger	4983296
An08g09790	CDS	An08g09790	NT_166524.1	2323425	2324092	D	hypothetical protein	join(2323425..2323431,2323524..2323590,2323810..2324092)	Aspergillus niger	84591810
An08g09800	CDS	An08g09800	NT_166524.1	2324724	2326499	D	Catalytic activity: tannase of A. oryzae hydrolyzes the ester bonds of tannic acid to produce gallic acid and glucose.; Remark: tannin acyl hydrolase is an alternativ name for tannase.; Title: strong similarity to precursor of tannase -Aspergillus oryzae; See PMID 8917102; uncharacterized protein	2324724..2326499	Aspergillus niger	4983298
An08g09810	CDS	An08g09810	NT_166524.1	2327514	2328446	R	hypothetical protein	complement(2327514..2328446)	Aspergillus niger	4983299
An08g09820	CDS	An08g09820	NT_166524.1	2329156	2329505	D	hypothetical protein	join(2329156..2329247,2329401..2329451,2329484..2329505)	Aspergillus niger	84591811
An08g09830	CDS	An08g09830	NT_166524.1	2331038	2332575	D	Title: similarity to hypothetical protein encoded by An02g10630 - Aspergillus niger; uncharacterized protein	join(2331038..2332487,2332556..2332575)	Aspergillus niger	84591812
An08g09840	CDS	An08g09840	NT_166524.1	2332869	2333782	R	Title: strong similarity to cysteine proteinase polypeptide from patent WO200268623-A2 - Aspergillus niger; uncharacterized protein	complement(join(2332869..2333009,2333141..2333220,2333292..2333673,2333753..2333782))	Aspergillus niger	84591813
An08g09850	CDS	An08g09850	NT_166524.1	2334536	2336102	R	Catalytic activity: acid phosphatases also catalyse transphosphorylations.; Catalytic activity: acid phosphatases catalize the reaktion of orthophosphoric monoester + H(2)O = an alcohol + phosphate.; Remark: acid phosphatases show a wide specificity.; Title: strong similarity to phosphate-repressible acid phosphatase precursor phoA - Penicillium chrysogenum; See PMID 1563629; uncharacterized protein	complement(join(2334536..2335329,2335377..2335667,2335719..2335863,2335920..2336102))	Aspergillus niger	4983303
An08g09860	CDS	An08g09860	NT_166524.1	2337617	2339052	R	Title: similarity to protein SEQ ID NO:53564 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(2337617..2338270,2338351..2338509,2338570..2338697,2338752..2339052))	Aspergillus niger	84591814
An08g09870	CDS	An08g09870	NT_166524.1	2339478	2340421	R	Pathway: CmcJ catalyzes late reaction in the cephamycin biosynthetic pathway.; Similarity: the ORF encoded protein also shows similarity to C-7 hydroxycephem methyltransferase coupling protein from patent R92153.; Title: similarity to methyltransferase CmcJ -Streptomyces clavuligerus; See PMID 9696752; uncharacterized protein	complement(join(2339478..2340018,2340087..2340421))	Aspergillus niger	4983305
An08g09880	CDS	An08g09880	NT_166524.1	2342153	2342525	R	Title: weak similarity to hydrophobin CoH1 -Coprinus cinereus; uncharacterized protein	complement(join(2342153..2342209,2342254..2342306,2342360..2342525))	Aspergillus niger	4983306
An08g09900	CDS	An08g09900	NT_166524.1	2345384	2348062	R	Title: similarity to hypothetical protein encoded by An08g01250 - Aspergillus niger; uncharacterized protein	complement(join(2345384..2345485,2345518..2345631,2345689..2345776,2345830..2346474,2346525..2347380,2347414..2348062))	Aspergillus niger	4983307
An08g09910	CDS	An08g09910	NT_166524.1	2348845	2350607	D	Title: weak similarity to hypothetical protein MMJ24.4 - Arabidopsis thaliana; uncharacterized protein	join(2348845..2349864,2350003..2350189,2350246..2350607)	Aspergillus niger	84591815
An08g09920	CDS	An08g09920	NT_166524.1	2351932	2352547	D	Catalytic activity: scytalone dehydratases catalize the reaction of Scytalone <=> 1,3,8-trihydroxynaphthalene + H(2)O.; Function: pathogenic fungi use melanin in the penetration of host plants.; Pathway: scytalone dehydratases are involved in the biosynthesis of melanin in pathogenic fungi.; Title: strong similarity to scytalone dehydratase -Pyricularia oryzae; See PMID 9571787; uncharacterized protein	join(2351932..2352030,2352116..2352547)	Aspergillus niger	4983309
An08g09930	CDS	An08g09930	NT_166524.1	2353363	2354967	R	Remark: the ORF encoded protein is N-terminally truncated due to the contig border. .; Title: weak similarity to hypothetical protein encoded by An11g05870 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(join(2353363..2353821,2353905..2354641,2354877..>2354967))	Aspergillus niger	84591816
An08g09940	CDS	An08g09940	NT_166524.1	2356855	2358385	R	Function: involved in trichothecene biosynthesis in Fusarium sporotrichioides.; Remark: TRI11 of Fusarium sporotrichioides encodes a cytochrome P-450 monooxygenase.; Remark: trichothecenes are sesquiterpenoid epoxides that act as potent inhibitors of eukaryotic protein synthesis.; Title: strong similarity to cytochrome P450 monooxygenase TRI11 - Fusarium sporotrichioides; See PMID 8246841; uncharacterized protein	complement(join(2356855..2357193,2357252..2358385))	Aspergillus niger	4983311
An08g09950	CDS	An08g09950	NT_166524.1	2359238	2359849	D	Function: profilin controlls actin polymerisability.; Remark: significant blast hits are only found in the SCOP database.; Title: weak similarity to profilin 1 - Arabidopsis thaliana; See PMID 2257632; uncharacterized protein	join(2359238..2359417,2359473..2359628,2359769..2359849)	Aspergillus niger	84591817
An08g09960	CDS	An08g09960	NT_166524.1	2360553	2361710	D	Remark: Raf-1 kinase of Xenopus laevis is a potential regulator of intracellular pH in oocytes.; Similarity: the ORF is about half as long as the Raf-1 kinase of X. laevis (299 compared to 638 amino acids). Only 120 amino acids are encompassed by the alignment between the two molecules.; Title: similarity to protein kinase raf-1 - Xenopus laevis; See PMID 9923073; uncharacterized protein	join(2360553..2361239,2361452..2361601,2361648..2361710)	Aspergillus niger	4983313
An08g09970	CDS	An08g09970	NT_166524.1	2364150	2367774	D	Remark: the HET-E gene of the fungus Podospora anserina is responsible for vegetative incompatibility.; Similarity: the c-terminal part of the ORF encoded protein shows weak similarity to the human myosin heavy chain MYH8.; Title: similarity to beta-transducin-like protein het-e - Podospora anserina; See PMID 9435787; See PMID 7557402; uncharacterized protein	join(2364150..2364761,2364859..2367774)	Aspergillus niger	4983314
An08g09980	CDS	An08g09980	NT_166524.1	2368320	2370006	R	Catalytic activity: UDP-glucose + 2 NAD(+) + H(2)O <=> UDP-glucuronate + 2 NADH.; Pathway: the UDPGDH product from D. melanogaster is involved in the biosynthesis of glycosaminoglycans; hyaluronan, chondroitin sulfate, and heparan sulfate.; Remark: alternate names for UDP-glucose dehydrogenase UDPGDH from D. melanogaster: sugarless or sgl.; Title: strong similarity to UDP-glucose dehydrogenase UDPGDH - Drosophila melanogaster; See PMID 9862465; uncharacterized protein	complement(join(2368320..2369275,2369395..2369510,2369588..2369861,2369982..2370006))	Aspergillus niger	4983315
An08g09990	CDS	An08g09990	NT_166524.1	2370887	2372375	R	Pathway: the CapB enzyme from S. pneumoniae is involved in the production of the type 3 pneumococcal capsule, which is composed of cellobiuronic acid units connected in a beta (1-->3) linkage.; Title: similarity to synthase of the type 3 pneumococcal capsular polysaccharide CapB - Streptococcus pneumoniae; See PMID 9109098; uncharacterized protein	complement(join(2370887..2370998,2371120..2371160,2371474..2371564,2371685..2371813,2371870..2372375))	Aspergillus niger	84591818
An08g10000	CDS	An08g10000	NT_166524.1	2373829	2375630	R	Complex: the human cytochrome b245 beta chain CYBB forms a complex with the alpha chain CYBA.; Function: the human CYBB gene product is a critical component of the membrane-bound oxidase of phagocytes that generates superoxide. It is the terminal component of a respiratory chain that transfers single electrons from cytoplasmic NADPH across the plasma membrane to molecular oxygen on the exterior. It also functions as a voltage-gated proton channel that mediates the H+ currents of restingphagocytes. It also participates in the regulation of cellular pH and is blocked by zinc.; Localization: the human CYBB gene product is a integral membrane protein.; Remark: a putative sequencing error results in an frameshift.; Remark: chronic granulomatous disease (CGD) is a rare inherited disorder associated with a profound predisposition to infection due to the lack of a microbicidal oxidase system in the phagocytes of these patients. This disorder is characterized by the absence of functional plasma-membrane-associated NADPH oxidase due to a defect in human beta-chain of cytochrome b-245) protein (X-CGD or CYBB gene).; Title: strong similarity to cytochrome b245 beta chain CYBB - Homo sapiens [putative frameshift]; putative frameshift; See PMID 10578014; See PMID 3600768; See PMID 3600769; uncharacterized protein	complement(join(<2373829..2374718,2374772..2375483,2375536..2375630))	Aspergillus niger	4983317
An08g10010	CDS	An08g10010	NT_166524.1	2378501	2379285	D	hypothetical protein	join(2378501..2378558,2378624..2378940,2378991..2379038,2379163..2379285)	Aspergillus niger	4983318
An08g10020	CDS	An08g10020	NT_166524.1	2379767	2380804	D	Function: In the DNA of higher eukaryotes,hydrolytic deamination of 5-methylcytosine to thymine leads to the formation of g/t mismatches. The human TDG enzyme corrects G/T mispairs to G/C pairs. It is capable of hydrolyzing the carbon-nitrogen bond between the sugar-phosphate backbone of the DNA and a mispaired thymine. In addition to the G/T, it can remove thymine also from C/T and T/T mispairs i the order G/T >> C/T > T/T. It has no detectable activity on apyrimidinic sites and does not catalyze the removal of thymine from A/T pairs or from single-stranded DNA. It can also remove uracil and 5-bromouracil from mispairs with guanine.; Remark: for the mouse TDG interaction to DNA-binding transciption factors (etc. c-Jun, RAR) could be shown.; Similarity: the ORF encoded protein shows stronger similarity to the mouse TDG homologue, but this enzyme is not as well characterized as the human TDG.; Title: strong similarity to G/T mismatch-specific thymine-DNA glycosylase TDG - Homo sapiens; nucleus; See PMID 9144158; See PMID 8407958; uncharacterized protein	2379767..2380804	Aspergillus niger	4983319
An08g10030	CDS	An08g10030	NT_166524.1	2381086	2381559	R	Title: strong similarity to hypothetical MF-7 antigenic protein from patent WO9721817-A1 - Malassezia sp.; uncharacterized protein	complement(join(2381086..2381139,2381208..2381331,2381396..2381559))	Aspergillus niger	4983320
An08g10040	CDS	An08g10040	NT_166524.1	2382274	2385038	R	Function: the mouse vav-oncogene is probable exchange factor for a small Ras-like GTP-binding protein. It can be activated by truncation of the n-terminus.; Title: similarity to GTP/GDP exchange factor and proto-oncogene vav - Mus musculus; See PMID 9058837; See PMID 1565462; uncharacterized protein	complement(join(2382274..2383206,2383275..2383529,2383587..2383805,2383857..2384057,2384113..2384421,2384499..2385038))	Aspergillus niger	4983321
An08g10050	CDS	An08g10050	NT_166524.1	2385903	2386813	D	Complex: the rat Bridge (Bridge-1) protein interacts with E2A family of basic helix-loop-helix transcription factors (e. g. E12/E47 proteins).; Function: Bridge-1 from rat, by utilizing its PDZ-like domain to interact with E12, may provide a new mechanism for the coactivation and regulation of transcription of the insulin gene.; Similarity: the Bridge-1 protein from Rattus norvegicus also shows similarity to the proteasome subunit p27.; Title: strong similarity to transactivating protein BRIDGE - Rattus norvegicus; See PMID 10567574; uncharacterized protein	join(2385903..2386058,2386129..2386201,2386252..2386595,2386682..2386813)	Aspergillus niger	4983322
An08g10060	CDS	An08g10060	NT_166524.1	2387448	2388507	D	Function: the Gsp1 (CaGsp1) protein from Candida albicans is a GTP-binding protein involved in nucleocytoplasmic transport. It is required for the import of protein into the nucleus and also for RNA export.; Remark: the C. albicans CaGSP1 gene is able to complement a gsp1 S. cerevisiae mutant.; Similarity: the C. albicans CaGsp1 protein and the S. cerevisiae Gsp1/Gsp2 proteins belong to the Ran family in the Ras superfamily.; Similarity: the ORF encoded protein shows also strong similarity to Gsp1 from S. cerevisiae, which is much better characterized.; Title: strong similarity to small G-protein Gsp1 -Candida albicans; See PMID 10854789; uncharacterized protein	join(2387448..2387507,2387718..2387810,2387883..2388036,2388105..2388310,2388376..2388507)	Aspergillus niger	4983323
An08g10070	CDS	An08g10070	NT_166524.1	2389451	2392117	R	Function: the S. cerevisae Rad16 protein involved in differential repair of DNA after UV damage. It will repair preferentially the MAT-alpha locus compaired with the HML-alpha locus.; Remark: N-terminal truncated ORF due to the end of contig.; Title: strong similarity to DNA repair protein Rad16 - Saccharomyces cerevisiae [truncated ORF]; nucleus; See PMID 8910442; See PMID 1508678; See PMID 7553931; uncharacterized protein	complement(join(2389451..2389582,2389856..2390501,2390685..2391316,2391377..>2392117))	Aspergillus niger	4983324
An08g10080	CDS	An08g10080	NT_166524.1	2392323	2393573	R	Remark: the similarity is only to a short domain of the MHC class III protein.; Title: weak similarity to MHC class III histocompatibility antigen HLA-B-associated transcript BAT2 - Homo sapiens; See PMID 2156268; uncharacterized protein	complement(2392323..2393573)	Aspergillus niger	84591819
An08g10090	CDS	An08g10090	NT_166524.1	2394066	2394531	R	hypothetical protein	complement(join(2394066..2394109,2394192..2394383,2394507..2394531))	Aspergillus niger	84591820
An08g10100	CDS	An08g10100	NT_166524.1	2395352	2397701	R	Remark: Polyketides, the ubiquitous products of secondary metabolism in microorganisms, are made by a process resembling fatty acid biosynthesis that allows the suppression of reduction or dehydration reactions at specific biosynthetic steps.; Title: strong similarity to cytochrome P450 monooxygenase lovA - Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(2395352..2395479,2395640..2395973,2396032..2396364,2396412..2396523,2396664..2396717,2396940..2397427,2397498..2397701))	Aspergillus niger	4983327
An08g10110	CDS	An08g10110	NT_166524.1	2399954	2400479	D	Remark: the POX18 protein in c. tropicalis is one of the oleate-inducible peroxisomal proteins.; Remark: the PXP-18 has a role in the beta-oxidation of long-chain fatty acids.; Remark: the protein shows strong similarity to sterol carrier protein from different eukaryotes.; Title: strong similarity to lipid transfer protein POX18 - Candida tropicalis; See PMID 2364939; See PMID 2470648; uncharacterized protein	join(2399954..2399969,2400038..2400247,2400316..2400479)	Aspergillus niger	4983328
An08g10120	CDS	An08g10120	NT_166524.1	2401307	2401897	D	hypothetical protein	join(2401307..2401378,2401475..2401634,2401728..2401897)	Aspergillus niger	84591821
An08g10130	CDS	An08g10130	NT_166524.1	2402642	2406916	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: blastp results correspond to serine,threonine and proline rich regions.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 9987114; See PMID 11152942; See PMID 8710886; See PMID 9383611; uncharacterized protein	join(2402642..2402703,2402971..2406916)	Aspergillus niger	4983330
An08g10140	CDS	An08g10140	NT_166524.1	2408096	2408980	R	Remark: the L31 protein is known in many different organisms.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L31 - Saccharomyces cerevisiae; cytoplasm; See PMID 10588049; See PMID 2666132; See PMID 6355773; 60S ribosomal protein eL31	complement(join(2408096..2408302,2408382..2408456,2408891..2408980))	Aspergillus niger	4983331
An08g10150	CDS	An08g10150	NT_166524.1	2409454	2410425	R	Catalytic activity: a Nitrile + H2O = a Carboxylate + NH3.; Pathway: Tryptophan metabolism; Cyanoamino acid metabolism; Nitrogen metabolism.; Remark: Acts on a wide range of aromatic nitriles including (indole-3-yl)acetonitrile, and also on some aliphatic nitriles, and on the corresponding acid amides.; Remark: Fhit occurs in a fusion protein, NitFhit, in D. melanogaster and C. elegans although FHIT and NIT1 are separate genes in mammalian cells.; Remark: the human and mouse NIT1 genes are members of an uncharacterized mammalian gene family with homology to bacterial and plant nitrilases, enzymes that cleave nitriles and organic amides to the corresponding carboxylic acids plus ammonia.; Title: strong similarity to nitrilase Nit1 - Mus musculus; See PMID 9671749; See PMID 10959838; uncharacterized protein	complement(join(2409454..2410280,2410371..2410425))	Aspergillus niger	4983332
An08g10160	CDS	An08g10160	NT_166524.1	2411771	2413037	D	Similarity: blastp matches are mainly based on repetetive structures.; hypothetical protein	join(2411771..2412572,2412748..2413037)	Aspergillus niger	84591822
An08g10170	CDS	An08g10170	NT_166524.1	2414764	2415869	R	Remark: Patentno: R87508.; Remark: Synthetic jojoba fatty acyl reductase gene having reduced AT content used in the production of wax ester in plant cells not naturally producing wax ester.; Title: weak similarity to fatty-acyl-reductase from patent WO9533055-A2 - Brassica sp.; uncharacterized protein	complement(join(2414764..2414858,2414914..2415761,2415805..2415869))	Aspergillus niger	4983334
An08g10180	CDS	An08g10180	NT_166524.1	2417562	2418979	D	hypothetical protein	join(2417562..2418518,2418839..2418979)	Aspergillus niger	4983335
An08g10190	CDS	An08g10190	NT_166524.1	2419597	2421110	R	Title: weak similarity to hypothetical protein VeA -Neurospora crassa; uncharacterized protein	complement(join(2419597..2420520,2420575..2420645,2420711..2421110))	Aspergillus niger	4983336
An08g10200	CDS	An08g10200	NT_166524.1	2422934	2423466	R	hypothetical protein	complement(join(2422934..2423096,2423188..2423230,2423373..2423466))	Aspergillus niger	84591823
An08g10210	CDS	An08g10210	NT_166524.1	2424454	2426719	D	Remark: also weak similarity to other transcriptional regulators in different organisms.; Title: weak similarity to suppressor protein SEF1 -Kluyveromyces lactis; uncharacterized protein	join(2424454..2424535,2424583..2424742,2424792..2424984,2425038..2425390,2425436..2425642,2425700..2425977,2426025..2426719)	Aspergillus niger	4983338
An08g10220	CDS	An08g10220	NT_166524.1	2427546	2432962	R	Catalytic activity: Deoxynucleoside triphosphate + DNA(n) = Pyrophosphate + DNA(n+1).; Remark: catalyses RNA-template-directed extension of the 3'- end of a DNA strand by one deoxynucleotide at a time. Cannot initiate a chain de novo. Requires an RNA or DNA primer. DNA can also serve as template.; Remark: in plants, retrotransposons have been described in maize, Arabidopsis and wheat, and non-viral retroposons in maize.; Remark: transcription and transposition of Tto1 were observed in rice cells.; Title: strong similarity to retrotransposon Tto1 -Nicotiana tabacum; See PMID 8624443; See PMID 2536143; uncharacterized protein	complement(join(2427546..2427702,2427757..2427908,2428043..2428199,2428626..2432962))	Aspergillus niger	10098019
An08g10260	CDS	An08g10260	NT_166524.1	2433727	2435059	D	Remark: RTM loci are always physically associated with SUC telomeric loci. The SUC-RTM sequences are located between X and Y' subtelomeric sequences at chromosome ends.; Remark: RTM1 in S. cerevisiae confers resistance to the toxicity of molasses.; Remark: The particular subtelomeric position might explain the SUC-RTM sequence amplification observed in the genome of yeasts used in industrial biomass or ethanol production with molasses as substrate.; Remark: the protein shows also similarity to 7-aminocholesterol resistance protein RTA1 - S. cerevisiae.; Title: similarity to molasses resistency protein Rtm1 - Saccharomyces cerevisiae; See PMID 9211787; See PMID 7672593; uncharacterized protein	join(2433727..2434016,2434114..2434541,2434605..2434843,2434931..2434946,2434987..2434999,2435035..2435059)	Aspergillus niger	4983340
An08g10270	CDS	An08g10270	NT_166524.1	2435171	2442504	R	Remark: the S. cerevisae SPO72 diploids homozygous for the null mutation lack premeitoic DNA synthesis and do not sporulate; these phenotypes are recessive.; Title: similarity to hypothetical sporulation required protein Spo72 - Saccharomyces cerevisiae; See PMID 10029994; uncharacterized protein	complement(join(2435171..2435246,2435343..2435346,2435800..2442223,2442343..2442504))	Aspergillus niger	4983341
An08g10280	CDS	An08g10280	NT_166524.1	2443500	2445223	R	Remark: IDGF, stimulated the proliferation of NIH-Sape-4 cells in an autocrine manner.; Remark: similarity to different adenosine deaminases.; Remark: similarity was found between this factor and atrial gland granule-specific antigen of Aplysia californica.; Title: strong similarity to secretory component IDGF - Sarcophaga peregrina; See PMID 8662793; uncharacterized protein	complement(join(2443500..2445040,2445097..2445223))	Aspergillus niger	4983342
An08g10300	CDS	An08g10300	NT_166524.1	2447519	2449441	D	Remark: functionally, cNT1 exhibited the transport characteristics of the nucleoside transport system cit (selective for pyrimidine nucleosides and adenosine) and accepted both 3'-azido-3'-deoxythymidine (AZT) and 2',3'-dideoxycytidine (ddC) as permeants (Km = 0. 49 and 0. 51 mM, respectively).; Title: strong similarity to concentrative Na+-nucleoside cotransporter cNT1 - Rattus norvegicus; See PMID 10455109; See PMID 8027026; uncharacterized protein	join(2447519..2447811,2447879..2449130,2449187..2449441)	Aspergillus niger	4983344
An08g10310	CDS	An08g10310	NT_166524.1	2450522	2451209	R	Catalytic activity: ATP + Ubiquitin + Protein lysine = AMP + Pyrophosphate + Protein N-ubiquityllysine.; Remark: UBC11 is the S. cerevisiae gene that is most similar in sequence to E2-C, a ubiquitin carrier protein required for the destruction of mitotic cyclins and proteins that maintain sister chromatid cohesion in animal cells and in Schizosaccharomyces pombe.; Remark: ubiquitin is coupled to protein by a peptide bond between the C-terminal glycine of ubiquitin and epsilon-amino groups of lysine residues in the protein. An intermediate in the reaction contains one ubiquitin residue bound as a thiolester to the enzyme, and a residue of ubiquitin adenylate non-covalently bound to the enzyme.; Title: strong similarity to ubiquitin conjugating enzyme Ubc11 - Saccharomyces cerevisiae; See PMID 9675819; See PMID 10762014; uncharacterized protein	complement(join(2450522..2450627,2450683..2451015,2451103..2451209))	Aspergillus niger	4983345
An08g10320	CDS	An08g10320	NT_166524.1	2452444	2454122	D	Function: fission yeast chk1 protein kinase is involved in cell-cycle arrest when DNA damage has occurred or when unligated DNA is present. it controls phosphorylation and abundance of pds1 to prevent anaphase entry and also helps prevent mitotic exit.; Remark: coupling of the checkpoint pathways that monitor DNA repair and replication to the control of the cell cycle is essential.; Similarity: the predicted A. niger protein shows strong similarity to checkpoint protein kinase chk1 from S. pombe and from many other eucaryotic species.; Title: strong similarity to checkpoint protein kinase chk1p - Schizosaccharomyces pombe; See PMID 8497322; See PMID 10679396; uncharacterized protein	join(2452444..2452529,2452574..2454122)	Aspergillus niger	4983346
An08g10330	CDS	An08g10330	NT_166524.1	2454774	2456913	D	Title: weak similarity to hepatoma-derived growth factor-related protein HRP-2 - Mus musculus; See PMID 929944; uncharacterized protein	join(2454774..2454816,2454899..2456913)	Aspergillus niger	4983347
An08g10340	CDS	An08g10340	NT_166524.1	2457744	2458949	D	Catalytic activity: GTP + 3 H2O = Formate + 2,5-Diamino-6-hydroxy-4-(5'-phosphoribosylamino)-pyrimidin e + Pyrophosphate.; Pathway: riboflavin biosynthesis pathway.; Remark: GTP-cyclohydrolase II forms 2,5-diamino-4-oxo-6-(5'-phosphoribosyl)-amino pyrimidine, a possible intermediate in the biosynthesis of riboflavin.; Remark: GTP-cyclohydrolases catalyse the removal of C-8 atom from GTP as formic acid.; Title: strong similarity to 3,4-dihydroxy-2-butanone 4-phosphate synthase Rib3 - Saccharomyces cerevisiae; See PMID 394766; See PMID 3891906; uncharacterized protein	join(2457744..2458045,2458135..2458579,2458887..2458949)	Aspergillus niger	4983348
An08g10350	CDS	An08g10350	NT_166524.1	2459246	2460124	R	Remark: components of the RNA polymerase II holoenzyme, the general transcription factor TFIID, and the SAGA chromatin modification complex were found to have roles in expression of distinct sets of genes.; Title: strong similarity to beta subunit of transcription initiation factor TFIIE Tfa2 - Saccharomyces cerevisiae; nucleus; See PMID 9545282; See PMID 9845373; See PMID 7961670; uncharacterized protein	complement(2459246..2460124)	Aspergillus niger	4983349
An08g10360	CDS	An08g10360	NT_166524.1	2460780	2466912	D	Remark: the human TPR protein seems a general constituent of the intranuclear filaments attached to the nucleoplasmic annulus of the nuclear pore complex (NPC) in diverse kinds of vertebrate cells.; Title: strong similarity to nuclear pore complex associated protein TPR - Homo sapiens; See PMID 9024684; See PMID 10827939; uncharacterized protein	join(2460780..2461071,2461121..2466912)	Aspergillus niger	4983350
An08g10370	CDS	An08g10370	NT_166524.1	2468427	2469146	R	Title: similarity to hypothetical protein SPBP8B7.31 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2468427..2468892,2468953..2469146))	Aspergillus niger	4983351
An08g10380	CDS	An08g10380	NT_166524.1	2469642	2471792	R	Title: weak similarity to retinitis pigmentosa GTPase regulator-like protein RPGR - Takifugu rubripes; See PMID 10932196; uncharacterized protein	complement(join(2469642..2470909,2470973..2471591,2471649..2471696,2471769..2471792))	Aspergillus niger	4983352
An08g10390	CDS	An08g10390	NT_166524.1	2472732	2475647	R	Remark: N-terminal truncated orf due to end of contig.; Remark: the protein seems approximately 200 aa to short.; Remark: these helicases have low-specificityand are zinc-dependent; in vitro they show dna-binding.; Title: strong similarity to DNA/RNA helicase Hfm1 -Saccharomyces cerevisiae [truncated ORF]; See PMID 8972578; uncharacterized protein	complement(join(2472732..2473617,2473667..2473850,2473911..2474123,2474268..2474272,2474388..2474482,2474529..2475104,2475162..>2475647))	Aspergillus niger	4983353
An08g10400	CDS	An08g10400	NT_166524.1	2478188	2479792	R	Remark: SpUGT S. pombe was expressed in the Golgi membranes of UDP-galactose transporter-deficient Lec8 cells, and complemented the genetic defect of the mutant cells.; Similarity: belongs to the UDP-galactose transporter.; Title: strong similarity to UDP-galactose transport protein SpUGT - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2478188..2478499,2478549..2478907,2479061..2479523,2479588..2479617,2479724..2479792))	Aspergillus niger	4983354
An08g10410	CDS	An08g10410	NT_166524.1	2481763	2483994	R	Remark: the protein shows similarity to proteins with different functions and length due to repetitiv sequences.; Title: weak similarity to hypothetical RNA binding protein - Homo sapiens; uncharacterized protein	complement(2481763..2483994)	Aspergillus niger	4983355
An08g10420	CDS	An08g10420	NT_166524.1	2485198	2486390	D	hypothetical protein	join(2485198..2485270,2485616..2485683,2485958..2486071,2486199..2486390)	Aspergillus niger	84591824
An08g10430	CDS	An08g10430	NT_166524.1	2486596	2488550	R	hypothetical protein	complement(join(2486596..2486642,2486737..2487007,2487346..2487437,2487515..2487592,2487902..2488037,2488076..2488242,2488337..2488437,2488513..2488550))	Aspergillus niger	84591825
An08g10440	CDS	An08g10440	NT_166524.1	2490245	2493060	R	Remark: in yeast, HOP1 and RED1 are required during meiosis for proper chromosome segregation and the consequent formation of viable spores. HOP1 is associated with the lateral elements of the SC.; Remark: the synaptonemal complex (SC) is a meiosis-specific proteinaceous structure that holds homologous chromosomes close together along their length during the pachytene stage of meiotic prophase. The SC is observed in sexually reproducing fungi, plants and animals and is highly conserved at the cytological level.; Title: similarity to meiosis-specific protein HOP1 -Kluyveromyces lactis; See PMID 10855495; See PMID 10958662; uncharacterized protein	complement(join(2490245..2490742,2490792..2490985,2491033..2491261,2491305..2491538,2491602..2491899,2491948..2492113,2492163..2492442,2492492..2492708,2492771..2492793,2492851..2493060))	Aspergillus niger	4983358
An08g10450	CDS	An08g10450	NT_166524.1	2495628	2498902	D	Remark: Sud1 of fission yeast itself is associated with the ubiquitin pathway in fission yeast and binds to Cdc18 in vivo.; Remark: alternative names sud1.; Remark: in the fission yeast Schizosaccharomyces pombe, S phase is limited to a single round per cell cycle through cyclin-dependent kinase phosphorylation of critical replication factors. evolutionary conservation of the Sud1/CDC4 pathway suggests that phosphorylation-coupled proteolysis may be a general feature of nearly all eukaryotic cell cycles.; Title: similarity to F-box/WD-repeat protein op2p -Schizosaccharomyces pombe; See PMID 9653157; uncharacterized protein	join(2495628..2495924,2496012..2497225,2497496..2498726,2498777..2498902)	Aspergillus niger	4983359
An08g10460	CDS	An08g10460	NT_166524.1	2499471	2500955	R	Remark: YsxC is a member of a family of GTP-binding proteins carried by a diverse range of organisms from bacteria to yeasts, plants, and humans.; Remark: there is also similarity to Aquifex aeolicus yihA family member polypeptide sequence patent WO9954474-A2.; Similarity: to translation elongation factor Tu.; Title: similarity to GTP-binding protein ysxC -Bacillus subtilis; See PMID 11073929; uncharacterized protein	complement(join(2499471..2499727,2499933..2500342,2500408..2500955))	Aspergillus niger	4983360
An08g10470	CDS	An08g10470	NT_166524.1	2501350	2501999	D	Remark: eukaryotic vesicular transport requires the recognition of membranes through specific protein complexes.; Similarity: belongs to the adaptor complexes small subunits family.; Title: strong similarity to clathrin coat assembly protein CLAPS3 - Homo sapiens; See PMID 8697810; See PMID 10229581; uncharacterized protein	join(2501350..2501418,2501511..2501999)	Aspergillus niger	4983361
An08g10480	CDS	An08g10480	NT_166524.1	2502620	2503876	D	Remark: L7a is the third largest protein in the 60s subunit.; Similarity: belongs to the l7ae family of ribosomal proteins.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L7 - Schizosaccharomyces pombe; cytoplasm; See PMID 9565672; See PMID 11130464; 60S ribosomal protein eL8	join(2502620..2502622,2502952..2503029,2503102..2503611,2503676..2503876)	Aspergillus niger	4983362
An08g10490	CDS	An08g10490	NT_166524.1	2504192	2507688	R	Remark: shows also similarity to tumor overexpressed protein TOG from Homo sapiens and similar genes from higher eukaryotes which are about the double in size.; Remark: the tagged p93dis1 S. pombe in living cells localizes along cytoplasmic microtubule arrays in interphase and the elongating anaphase spindle in mitosis,but association with the short metaphase spindle microtubules is strikingly reduced. In the spindle, the tagged p93dis1 is enriched at the spindle pole bodies (SPBs).; Title: strong similarity to spindle pole body-associated protein dis1p - Schizosaccharomyces pombe; See PMID 7628693; uncharacterized protein	complement(join(2504192..2504344,2504852..2507240,2507311..2507519,2507632..2507688))	Aspergillus niger	4983363
An08g10500	CDS	An08g10500	NT_166524.1	2508834	2509883	R	Title: strong similarity to hypothetical protein EAA62682.1 - Aspergillus nidulans; uncharacterized protein	complement(join(2508834..2508899,2508929..2508963,2509082..2509137,2509234..2509883))	Aspergillus niger	4983364
An08g10510	CDS	tpsA	NT_166524.1	2510717	2512543	R	Catalytic activity: UDPglucose + D-glucose 6-phosphate = UDP + alpha,alpha'-trehalose 6-phosphate.; Gene-ID: tpsA;tps1; Pathway: starch and sucrose metabolism.; Remark: disruption of tpsA only weakly reduces growth on glucose, and neither influences the glucose induction of a low affinity glucose permease nor interferes with the catabolite repression of a pectinase; it causes reduced heat tolerance of conidia.; Remark: strong similarity to Aspergillus niger trehalose synthase patent WO9824882-A1.; Remark: the difference in the sequences is caused by strain variations or sequencing errors.; Similarity: to other fungal tps1 and to an E. coli enzyme (gene otsa).; cytoplasm; See PMID 9006911; See PMID 11152943; trehalose-6-phosphate synthase subunit 1 tpsA-Aspergillus niger	complement(join(2510717..2510879,2510932..2511271,2511323..2511693,2511758..2512130,2512237..2512543))	Aspergillus niger	4983365
An08g10520	CDS	An08g10520	NT_166524.1	2514682	2516033	R	Remark: putative hydrolase with unknown specificity.; Remark: strong similarity to human prostate tumor EST fragment derived protein #67 patent DE19820190-A1.; Title: strong similarity to human prostate tumor EST fragment derived protein #67 from patent DE19820190-A1 -Homo sapiens; uncharacterized protein	complement(join(2514682..2514702,2515033..2515394,2515449..2515808,2515871..2515883,2515950..2516033))	Aspergillus niger	4983366
An08g10530	CDS	An08g10530	NT_166524.1	2517127	2519993	R	Catalytic activity: citrate = isocitrate.; Pathway: citrate cycle (TCA cycle); glyoxylate and dicarboxylate metabolism; reductive carboxylate cycle (CO2 fixation).; Remark: aconitase has an active (4fe-4s) and an inactive (3fe-4s) forms. the active (4fe-4s) cluster is part of the catalytic site that interconverts citrate,cis-aconitase, and isocitrate.; Remark: an iron-sulfur protein. cis-Aconitate is used to designate the isomer (Z)-prop-1-ene-1,2,3-tricarboxylate. Also converts isocitrate into cis-aconitate.; Similarity: belongs to the aconitase/ipm isomerase family.; Title: strong similarity to mitochondrial aconitate hydratase Aco1 - Saccharomyces cerevisiae; See PMID 10490611; See PMID 1972545; uncharacterized protein	complement(join(2517127..2517387,2517450..2518795,2518854..2519452,2519555..2519574,2519664..2519741,2519838..2519855,2519982..2519993))	Aspergillus niger	4983367
An08g10540	CDS	An08g10540	NT_166524.1	2520459	2521877	D	Title: similarity to hypothetical protein CAD60750.1 - Podospora anserina; uncharacterized protein	join(2520459..2520511,2520830..2520902,2520959..2521387,2521501..2521667,2521757..2521877)	Aspergillus niger	4983368
An08g10550	CDS	An08g10550	NT_166524.1	2522476	2523466	R	Remark: the human carnitine/acylcarnitine translocase (CACT) transports acylcarnitines into mitochondria in exchange for free carnitine and it is,therefore, essential for the fatty acid beta-oxidation pathway.; Title: strong similarity to carnitine/acylcarnitine translocase CACT - Homo sapiens; See PMID 9837782; uncharacterized protein	complement(join(2522476..2522815,2522899..2523238,2523295..2523466))	Aspergillus niger	4983369
An08g10560	CDS	An08g10560	NT_166524.1	2523773	2526859	D	Remark: characterization of the Neurospora crassa mus-25 mutant suggests that it is defective in recombination repair and belongs to the uvs-6 epistasis group. It shows a high sensitivity to the alkylating agents methyl methanesulfonate (MMS) and N-methyl-N'-nitro-N-nitrosoguanidine (MNNG), but not to UV radiation.; Remark: the prdicted ORF shows also strong similarity to human RAD54 N-terminal peptide patent EP844305-A2.; Similarity: belongs to the snf2/rad54 helicase family.; Title: strong similarity to Rad54 homolog mus-25 -Neurospora crassa; See PMID 11016845; uncharacterized protein	join(2523773..2523885,2524281..2524953,2525009..2525092,2525143..2525266,2525313..2526859)	Aspergillus niger	4983370
An08g10570	CDS	An08g10570	NT_166524.1	2527590	2531244	D	Title: strong similarity to hypothetical membrane protein YLR386w - Saccharomyces cerevisiae; uncharacterized protein	join(2527590..2527657,2527734..2527896,2527956..2528126,2528186..2528873,2528927..2529136,2529257..2529711,2529765..2529869,2529922..2530040,2530142..2530180,2530259..2530936,2530996..2530999,2531218..2531244)	Aspergillus niger	4983371
An08g10580	CDS	An08g10580	NT_166524.1	2531920	2532330	R	hypothetical protein	complement(join(2531920..2532160,2532236..2532330))	Aspergillus niger	10098335
An08g10590	CDS	An08g10590	NT_166524.1	2532359	2534171	D	hypothetical protein	join(2532359..2532376,2532449..2532541,2532674..2532739,2532823..2532900,2532958..2533018,2533057..2533188,2533249..2533298,2533811..2533966,2534073..2534171)	Aspergillus niger	84591826
An08g10600	CDS	An08g10600	NT_166524.1	2534355	2536876	R	Remark: Yeast cells lacking a functional ATM1 gene have an unstable mitochondrial genome and have white mitochondria that completely lack cytochromes. Atm1p is the first mitochondrial member of the ABC family to be identified and the only eukaryotic ABC transporter that has been shown to be necessary for normal cellular growth.; Similarity: belongs to the ATP-binding transport protein family (ABC transporters). MDR subfamily.; Title: strong similarity to ABC transporter Atm1 -Saccharomyces cerevisiae; See PMID 7828591; See PMID 9428742; uncharacterized protein	complement(join(2534355..2534729,2534793..2535839,2535892..2536160,2536210..2536324,2536378..2536437,2536499..2536876))	Aspergillus niger	4983374
An08g10610	CDS	An08g10610	NT_166524.1	2537941	2539680	D	Title: strong similarity to hypothetical protein EAA59931.1 - Aspergillus nidulans; uncharacterized protein	join(2537941..2538148,2538392..2538522,2538773..2538891,2538943..2539162,2539213..2539518,2539580..2539600,2539648..2539680)	Aspergillus niger	4983375
An08g10620	CDS	An08g10620	NT_166524.1	2540142	2540547	D	hypothetical protein	join(2540142..2540478,2540540..2540547)	Aspergillus niger	10098336
An08g10630	CDS	An08g10630	NT_166524.1	2540824	2541594	R	hypothetical protein	complement(join(2540824..2541274,2541488..2541594))	Aspergillus niger	84591827
An08g10640	CDS	An08g10640	NT_166524.1	2542269	2544626	R	Remark: Xkid is responsible for the polar ejection forces acting on chromosome arms.; Remark: microtubule-associated motor proteins are thought to be involved in spindle formation and chromosome movements in mitosis/meiosis.; Title: strong similarity to kinesin-like DNA binding protein Xkid - Xenopus laevis; See PMID 8599929; See PMID 10966105; uncharacterized protein	complement(join(2542269..2543843,2543893..2544302,2544356..2544626))	Aspergillus niger	4983378
An08g10650	CDS	An08g10650	NT_166524.1	2546140	2549011	D	Remark: COPII is composed of at least five proteins: the sec23/24 complex, the sec13/31 complex and sar1.; Remark: component of the COPII coat, that covers er-derived vesicles involved in transport from the endoplasmic reticulum to the golgi apparatus. COPII acts in the cytoplasm to promote the transport of secretory,plasma membrane, and vacuolar proteins from the endoplasmic reticulum to the golgi complex.; Similarity: belongs to the sec23/sec24 family. sec24 subfamily.; Title: strong similarity to transport protein Sec24 - Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 10712514; See PMID 10753972; uncharacterized protein	join(2546140..2546676,2546733..2548379,2548436..2549011)	Aspergillus niger	4983379
An08g10660	CDS	An08g10660	NT_166524.1	2549809	2551560	D	hypothetical protein	join(2549809..2549846,2550090..2550129,2550213..2550246,2550318..2550389,2550474..2550506,2550758..2551061,2551524..2551560)	Aspergillus niger	84591828
An08g10670	CDS	An08g10670	NT_166524.1	2552248	2553463	D	Catalytic activity: ATP + a protein = ADP + a phosphoprotein.; Remark: MAP kinases have been established to be key regulators of cellular signal transduction systems and are conserved from baker's yeast to human beings.; Similarity: belongs to the serine/threonine protein kinase family.; Title: strong similarity to mitogen-activated protein kinase FsMAPK - Fusarium solani; deleted EC_number 2.7.1.37; See PMID 9305760; See PMID 10600495; uncharacterized protein	join(2552248..2552357,2552413..2552608,2552658..2553387,2553435..2553463)	Aspergillus niger	4983381
An08g10680	CDS	An08g10680	NT_166524.1	2553833	2554907	R	Catalytic activity: hydroxymethylbilane = uroporphyrinogen III + H2O.; Pathway: porphyrin and chlorophyll metabolism; fourth step in porphyrin biosynthesis by the shemin pathway. involved in heme biosynthesis.; Remark: a hem4 delta disruption mutation was constructed which had phenotypes identical to the cyt mutation. Biochemical analysis confirmed the absence of uroporphyrinogen III synthase activity in both hem4 delta and cyt mutant strains.; Similarity: to uroporphyrinogen-III synthase from different organisms.; Title: similarity to uroporphyrinogen-III synthase Hem4 - Saccharomyces cerevisiae; See PMID 2834088; See PMID 7597845; uncharacterized protein	complement(join(2553833..2554527,2554595..2554907))	Aspergillus niger	4983382
An08g10690	CDS	An08g10690	NT_166524.1	2555103	2556646	R	Catalytic activity: NADH + ubiquinone = NAD+ + ubiquinol.; Pathway: oxidative phosphorylation, respiratory chain complex I.; Phenotype: the mutant complex lacking the 40 kD subunit is not capable of reducing ubiquinone.; Title: strong similarity to 40 kD subunit of NADH-ubiquinone reductase NUO-40 - Neurospora crassa; localisation:mitochondrion; See PMID 10497022; See PMID 1825202; uncharacterized protein	complement(join(2555103..2555201,2555252..2555587,2555635..2555793,2555841..2555982,2556034..2556125,2556183..2556277,2556328..2556390,2556457..2556470,2556528..2556646))	Aspergillus niger	4983383
An08g10700	CDS	An08g10700	NT_166524.1	2557249	2558113	R	Title: similarity to hypothetical methyltransferase - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2557249..2557770,2557842..2558013,2558067..2558113))	Aspergillus niger	4983384
An08g10710	CDS	An08g10710	NT_166524.1	2558688	2559960	D	Function: the S. cerevisiae homolog Rpn9p is subunit of the 19S proteasome regulatory particle.; Similarity: strong similarity to Human 26S proteasome sequence patent JP11032774-A, and same sequence Human secreted protein clone yj29_1 protein sequence SEQ ID NO:80 patent WO9958642-A2.; Title: strong similarity to proteasome 19S regulatory particle subunit Rpn9 - Saccharomyces cerevisiae; uncharacterized protein	join(2558688..2558955,2559025..2559260,2559319..2559960)	Aspergillus niger	4983385
An08g10720	CDS	An08g10720	NT_166524.1	2560040	2562614	R	Remark: Gaa1p S. cerevisiae is required for a terminal step of GPI anchor attachment and could be part of the putative GPI:protein transamidase.; Remark: alternative names are Gaa1p, YLR088w.; Remark: anchoring of proteins to membranes by glycosylphosphatidylinositols (GPIs) is ubiquitous among all eukaryotes and heavily used by parasitic protozoa. GPI is synthesized and transferred en bloc to form GPI-anchored proteins. The key enzyme in this process is a putative GPI:protein transamidase that would cleave a peptide bond near the COOH terminus of the protein and attach the GPI by an amide linkage.; Title: strong similarity to glycosylphosphatidylinositol anchor attachment protein End2 - Saccharomyces cerevisiae; See PMID 7730400; uncharacterized protein	complement(join(2560040..2560067,2560124..2560159,2560400..2560821,2560881..2561749,2561815..2562053,2562144..2562435,2562602..2562614))	Aspergillus niger	4983386
An08g10730	CDS	An08g10730	NT_166524.1	2562876	2563976	R	Title: similarity to hypothetical protein SPAC19B12.06c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2562876..2563103,2563140..2563378,2563433..2563456,2563585..2563722,2563784..2563976))	Aspergillus niger	4983387
An08g10740	CDS	An08g10740	NT_166524.1	2564718	2565650	R	Function: the ZmGnsN3 glucanase of Z. may is e. g. believed to be useful as hydrolase in cell wall elongation or expansion for plant defense against pathogens and stress.; Similarity: the ORF shows strong similarity to the hypothetical protein YAL049c of S. cerevisiae.; Title: strong similarity to ZmGnsN3 glucanase from patent WO200073470-A2 - Zea mays; uncharacterized protein	complement(join(2564718..2564920,2564983..2565100,2565165..2565493,2565563..2565650))	Aspergillus niger	4983388
An08g10750	CDS	An08g10750	NT_166524.1	2566638	2568869	R	Remark: SPBC3B8. 06 of S. pombe is possibly involved in RNA binding and is similar to the probable membrane protein YCR062w of S. cerevisiae, which is only 120 amino acids long.; Similarity: the ORF overlaps with A. niger ESTs an_2557 (EMBLEST:BE759690), an_2482 (EMBLEST:BE759628) and an_1914 (EMBLEST:BE760577).; Similarity: the predicted ORF is 143 amino acids longer at its N-terminus than SPBC3B8. 06 of S. pombe.; Title: strong similarity to hypothetical protein SPBC3B8.06 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(2566638..2566823,2566885..2567586,2567642..2567667,2567762..2568869))	Aspergillus niger	4983389
An08g10760	CDS	An08g10760	NT_166524.1	2569859	2571220	D	Function: autotransporters are implicated as important or putative virulence factors in many Gram-negative pathogens.; Similarity: the ORF shows similarity to ice nucleation proteins from some bacteria, which is necessary to stimulate ice growth at temperatures below 0 degrees.; Title: similarity to hypothetical autotransporter protein yapE - Yersinia pestis; See PMID 8224607; See PMID 9778731; uncharacterized protein	2569859..2571220	Aspergillus niger	4983390
An08g10770	CDS	An08g10770	NT_166524.1	2571617	2572508	D	Title: strong similarity to hypothetical protein CAD70330.1 - Neurospora crassa; uncharacterized protein	join(2571617..2572142,2572189..2572263,2572336..2572508)	Aspergillus niger	84591829
An08g10780	CDS	An08g10780	NT_166524.1	2572709	2574613	D	Similarity: the predicted ORF is 66 amino acids shorter than the hypothetical protein T16K5. 230 of A. thaliana.; Title: strong similarity to hypothetical protein T16K5.230 - Arabidopsis thaliana; uncharacterized protein	join(2572709..2572774,2572827..2572887,2572961..2573052,2573113..2573324,2573380..2573467,2573514..2573627,2573710..2573722,2573771..2573906,2573955..2574045,2574102..2574516,2574576..2574613)	Aspergillus niger	4983392
An08g10790	CDS	An08g10790	NT_166524.1	2575252	2576999	D	Function: hol1 S. cerevisiae is involved in the uptake of histidinol, the biosynthetic precursor to histidine and of several cations.; Phenotype: additional hol1 mutations in S. cerevisiae histidine auxotrophs can confer a novel,non-selective cation transport pattern.; Phenotype: the null mutant of hol1 in S. cerevisiae is viable, but unable to take up histidinol or Na+.; Remark: hol1 is also called YNR055C or N3494 and belongs to the major facilitator family (drug resistance translocase family).; Similarity: the ORF shows similarity to several major facilitator family multi-drug resistance proteins from different species and with various substrate specificities.; Title: similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; See PMID 8955402; See PMID 2405251; uncharacterized protein	join(2575252..2575420,2575473..2575607,2575897..2576999)	Aspergillus niger	4983393
An08g10800	CDS	An08g10800	NT_166524.1	2577506	2579619	R	Catalytic activity: lox of N. crassa converts an L-amino acid + H(2)O + O(2) <=> a 2-oxo acid + NH(3) + H(2)O(2).; Function: in lower eukaryotes such as aspergillus the main role of amine oxidases is to provide a source of ammonium.; Induction: the addition of D-phenylalanine to starved cultures of N. crassa leads to de novo synthesis of L-amino-acid oxidase.; Remark: lox of N. crassa is also called lao.; Title: strong similarity to L-amino-acid oxidase lox - Neurospora crassa; See PMID 2145270; uncharacterized protein	complement(join(2577506..2577783,2577840..2579499,2579560..2579619))	Aspergillus niger	4983394
An08g10810	CDS	An08g10810	NT_166524.1	2580227	2582038	R	Similarity: only the N-terminal region of the ORF shows similarity to some hypothetical proteins.; Similarity: the ORF is 278 amino acids longer than LRP16 of H. sapiens.; Title: strong similarity to hypothetical low density lipoprotein LRP16 - Homo sapiens; uncharacterized protein	complement(2580227..2582038)	Aspergillus niger	4983395
An08g10820	CDS	An08g10820	NT_166524.1	2583308	2584838	D	Catalytic activity: NAD(+)-dependent aldehyde dehydrogenases convert an aldehyde + NAD(+) + H(2)O <=> an acid + NADH.; Function: iad1 of U. maydis converts indole-3-acetaldehyde to indole-3-acetic acid in the presence of NAD(+).; Induction: expression of iad1 from U. maydis was strongly induced during growth on ethanol while under these conditions iad1-null mutants were unable to grow.; Phenotype: the ability of iad1 from U. maydis to convert IndCH2CH2O to IndCH2COOH was at least 100-fold reduced in iad1-null mutants grown in medium with glucose as carbon source.; Similarity: the ORF shows similarity to NAD(+)-dependent aldehyde dehydrogenases, which are involved in diverse metabolic pathways.; Title: strong similarity to indole-3-acetaldehyde dehydrogenase iad1 - Ustilago maydis; uncharacterized protein	join(2583308..2583641,2583703..2584838)	Aspergillus niger	4983396
An08g10830	CDS	An08g10830	NT_166524.1	2585116	2586881	R	Catalytic activity: dimethylallyltransferases (EC 2. 5. 1. 1) convert dimethylallyl diphosphate + isopentenyl diphosphate <=> diphosphate + geranyl diphosphate.; Catalytic activity: geranylgeranyl pyrophosphate synthases convert trans-trans-farnesyl diphosphate + isopentenyl diphosphate <=> diphosphate + geranylgeranyl diphosphate.; Catalytic activity: geranyltranstransferases (EC 2. 5. 1. 10) convert geranyl diphosphate + isopentenyl diphosphate <=> diphosphate + trans,trans-farnesyl diphosphate.; Function: geranylgeranyl diphosphate synthase is a key enzyme in isoprenoid biosynthesis.; Function: ggpps of G. fujikuroi has three catalytic activities, of EC 2. 5. 1. 29, EC 2. 5. 1. 1 and EC 2. 5. 1. 10.; Remark: ggpps of G. fujikuroi is also called ggs.; Similarity: the ORF is 129 amino acids longer at its N-terminus than ggpps of G. fujikuroi and is also longer than other geranylgeranyl pyrophosphate synthase homologues from different species.; Title: strong similarity to geranylgeranyl pyrophosphate synthase GGPPS - Gibberella fujikuroi; See PMID 9230902; uncharacterized protein	complement(join(2585116..2586661,2586730..2586881))	Aspergillus niger	4983397
An08g10840	CDS	An08g10840	NT_166524.1	2587685	2589628	D	hypothetical protein	join(2587685..2587687,2587778..2587896,2587973..2588111,2588205..2588264,2588587..2588783,2588977..2589162,2589254..2589386,2589476..2589628)	Aspergillus niger	84591830
An08g10860	CDS	An08g10860	NT_166524.1	2590725	2596919	R	Catalytic activity: fatty acid synthases convert acetyl-CoA + N malonyl-CoA + 2N NADPH <=> a long-chain fatty acid + (N+1) CoA + N CO(2) + 2N NADP(+).; Catalytic activity: fatty-acyl-CoA synthases convert acetyl-CoA + N malonyl-CoA + 2 NADH + 2 NADPH <=> a long-chain acyl-CoA + N CoA + N CO(2) + N NAD(+) + N NADP(+).; Similarity: the ORF also shows strong similarity to fatty-acyl-CoA synthase (EC 2. 3. 1. 86) beta chain from yeast species.; Title: strong similarity to fatty acid synthase beta subunit fasB - Aspergillus nidulans; uncharacterized protein	complement(join(2590725..2591159,2591212..2591327,2591395..2591883,2591942..2596919))	Aspergillus niger	4983400
An08g10870	CDS	An08g10870	NT_166524.1	2597305	2598842	D	Function: prpD of S. typhimurium is involved in propionate catabolism, an operon is constituted by the prpBCDE genes.; Remark: in contrast to prpD of S. typhimurium no membrane localization is predicted for the ORF.; Title: strong similarity to 2-methylcitrate dehydratase PrpD - Salmonella typhimurium; See PMID 9006051; uncharacterized protein	join(2597305..2597662,2597722..2598842)	Aspergillus niger	4983401
An08g10880	CDS	An08g10880	NT_166524.1	2599077	2601519	R	Function: lovastatin biosynthesis gene cluster ORF13 of A. terreus is a putative transcription regulator involved in the biosynthesis of polyketides, ubiquitous products of secondary metabolism in microorganisms.; Similarity: the ORF shows similarity to several transcriptional regulators from different species.; Title: strong similarity to regulator protein of lovastatin biosynthesis gene cluster encoded by ORF13 -Aspergillus terreus; See PMID 10334994; uncharacterized protein	complement(join(2599077..2599581,2599642..2600120,2600174..2600332,2600386..2601226,2601317..2601519))	Aspergillus niger	4983402
An08g10890	CDS	An08g10890	NT_166524.1	2601886	2602499	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght of only 110 amino acids.; Title: questionable ORF; uncharacterized protein	complement(join(2601886..2602002,2602104..2602190,2602230..2602341,2602483..2602499))	Aspergillus niger	84591831
An08g10900	CDS	An08g10900	NT_166524.1	2602557	2603328	D	hypothetical protein	join(2602557..2602738,2602833..2602932,2602986..2603222,2603269..2603328)	Aspergillus niger	84591832
An08g10910	CDS	An08g10910	NT_166524.1	2604145	2604866	D	Remark: the predicted ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(2604145..2604234,2604516..2604613,2604698..2604866)	Aspergillus niger	84591833
An08g10920	CDS	An08g10920	NT_166524.1	2604982	2606843	R	Catalytic activity: citrate synthase YKPSCA of P. aeruginosa catalyses the reaction citrate + CoA <=> acetyl-CoA + H(2)O + oxaloacetate.; Function: citrate synthase is the enzyme that catalyzes the synthesis of citrate from oxaloacetate and acetyl-CoA in an aldol condensation.; Induction: the activity of citrate synthase YKPSCA from P. aeruginosa is allosteric regulated by NADH.; Similarity: the predicted ORF shows similarity to citrate synthases from several species.; Title: strong similarity to citrate synthase YKPSCA - Pseudomonas aeruginosa; uncharacterized protein	complement(join(2604982..2605008,2605090..2605177,2605238..2605301,2605357..2605439,2605499..2606254,2606313..2606510,2606572..2606843))	Aspergillus niger	4983406
An08g10930	CDS	An08g10930	NT_166524.1	2607288	2612889	D	Catalytic activity: fatty-acid synthases convert acetyl-CoA + N-malonyl-CoA + 2N NADPH = long chain fatty-acid + (N+1)CoA + N CO(2) + 2N NADP(+).; Function: fatty-acid synthases function in the synthesis of long-chain fatty acids from acety-CoA,malonyl-CoA and NADPH.; Remark: fas2 of S. cerevisiae is a multifunctional enzyme with fatty-acyl-CoA synthase,3-oxoacyl-[acyl-carrier protein] reductase and 3-oxoacyl-[acyl-carrier protein] synthase activity.; Remark: fas2 of S. cerevisiae is also called YPL231w.; Similarity: the predicted ORF shows similarity to fatty-acid synthases from several species.; Title: strong similarity to fatty acid synthase alpha subunit Fas2 - Saccharomyces cerevisiae; See PMID 8962148; uncharacterized protein	join(2607288..2607370,2607428..2607454,2607506..2607942,2607996..2612707,2612761..2612889)	Aspergillus niger	4983407
An08g10940	CDS	An08g10940	NT_166524.1	2613469	2614392	D	Function: nrgA (nifA-regulated gene) of B. japonicum is probably involved in nitrogen fixation under anaerobic conditions.; Induction: nrgA (nifA-regulated gene) of B. japonicum is controlled by the transcriptional regulatory protein nifA.; Title: weak similarity to hypothetical N-acetyltransferase nrgA - Bradyrhizobium japonicum; See PMID 10692350; uncharacterized protein	join(2613469..2613507,2613560..2613743,2613754..2613936,2614067..2614392)	Aspergillus niger	84591834
An08g10950	CDS	An08g10950	NT_166524.1	2614997	2615751	D	hypothetical protein	join(2614997..2615039,2615165..2615751)	Aspergillus niger	4983409
An08g10960	CDS	An08g10960	NT_166524.1	2615836	2617311	R	hypothetical protein	complement(join(2615836..2615898,2615988..2616091,2616124..2616252,2616346..2616495,2616551..2616644,2616727..2616764,2616853..2616952,2617138..2617311))	Aspergillus niger	84591835
An08g10970	CDS	An08g10970	NT_166524.1	2617857	2619620	R	Function: flr1 of S. cerevisiae is a multi-drug resistance transporter conferring resistance to several fungicide drugs, e. g. benomyl.; Induction: the expression of flr1 in S. cerevisiae in drug-treated cells is under the control of the transcriptional regulators pdr3p and yap1.; Remark: a splice site was detected upstream of the START codon.; Remark: flr1 of S. cerevisiae is also called YBR008C or YBR0120.; Similarity: the predicted ORF shows similarity to several transporters but also to PATENTPROT:W14439, a protein involved in cephalosporin C biosynthesis.; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 10102370; See PMID 10572257; See PMID 11056165; uncharacterized protein	complement(join(2617857..2618720,2618778..2619095,2619157..2619271,2619331..2619393,2619453..2619532,2619606..2619620))	Aspergillus niger	4983411
An08g10980	CDS	An08g10980	NT_166524.1	2620335	2622987	R	Function: the facB gene of Aspergillus nidulans encodes a DNA binding transcriptional activator required for growth on acetate as sole carbon source.; Phenotype: facB recessive loss of function mutants in A. nidulans are deficient in acetate induction of acetyl-CoA synthase, isocitrate lyase, malate synthase,acetamidase, and NADP-isocitrate dehydrogenase.; Remark: facB of A. nidulans is analogous to the A. niger acuB gene.; Title: strong similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; See PMID 10483720; uncharacterized protein	complement(join(2620335..2620937,2620994..2621378,2621436..2621610,2621665..2622056,2622114..2622765,2622837..2622987))	Aspergillus niger	4983412
An08g10990	CDS	An08g10990	NT_166524.1	2623828	2624998	R	Catalytic activity: dienelactone hydrolases convert 4-carboxymethylenebut-2-en-4-olide + H(2)O <=> 4 oxohex-2-enedioate.; Function: dienelactone hydrolases are involved in phenylalanine metabolism and 1,4-dichlorobenzene degradation by facilitating the ring cleavage of the cyclic ester.; Remark: dienelactone hydrolases are also called carboxymethylenebutenolidases or maleylacetate enol-lactonases.; Similarity: the predicted ORF overlaps with A. niger ESTs EMBLEST BE759260, EMBLEST:BE759445, EMBLEST:BE759443,EMBLEST:BE759448 and EMBLEST:BE759416.; Similarity: the predicted ORF shows homology to dienelactone hydrolases from several species.; Title: similarity to dienelactone hydrolase clcD -Rhodococcus opacus; See PMID 8497485; See PMID 9495745; uncharacterized protein	complement(join(2623828..2623942,2624055..2624153,2624212..2624477,2624541..2624796,2624856..2624998))	Aspergillus niger	4983413
An08g11000	CDS	An08g11000	NT_166524.1	2625443	2626002	D	Similarity: the predicted ORF shows similarity to the A. niger xlnR gene (T50875), which encodes the regulator of the xylanolytic pathway (PATENTPROT:W08586).; Similarity: the predicted ORF shows similarity to the DNA binding domain of several GAL4-type zinc cluster proteins.; hypothetical protein	join(2625443..2625635,2625668..2625753,2625823..2626002)	Aspergillus niger	84591836
An08g11010	CDS	An08g11010	NT_166524.1	2626723	2627557	D	Title: similarity to hypothetical protein encoded by An12g05730 - Aspergillus niger; uncharacterized protein	join(2626723..2626891,2626957..2627350,2627404..2627557)	Aspergillus niger	4983415
An08g11020	CDS	An08g11020	NT_166524.1	2627787	2629065	D	hypothetical protein	join(2627787..2627820,2627883..2627985,2628073..2628193,2628262..2628367,2628478..2628667,2628722..2628827,2628883..2629065)	Aspergillus niger	84591837
An08g11030	CDS	phyB	NT_166524.1	2629304	2630927	D	Catalytic activity: acid phosphatases convert an orthophosphoric monoester + H(2)O <=> an alcohol + phosphate.; Catalytic activity: phytases convert myo-inositol hexakisphosphate + H(2)O <=> D-myo-inositol 1,2,4,5,6-pentakisphosphate + phosphate.; Function: acid phosphatases in A. niger are involved in the autolysis of mycelia by phosphatase activities as well as intracellular reactions, e. g. the riboflavin metabolism/inositol phosphate metabolism.; Gene-ID: phyB;aph; Remark: A. awamori strains carry several copies of acid phosphatase genes demonstrating the importance for elevated enzyme activities.; Similarity: 14 to 15 amino acids of the predicted ORF differ from the published sequences of the A. niger proteins phyB and aph.; Similarity: the ORF shares strong homologies with EMBL entries EMBL:ANPHYB (A. niger phytase (phyB) gene) and EMBL:AN25AP (A. niger var awamori pH 2. 5 optimum acid phosphatase (aph) gene).; Similarity: the predicted ORF shows strong similarity to entries in the patent database PATENTPROT:R46235 and PATENTPROT:R46791 as well as PATENTDNA:Q58121 and PATENTDNA:Q56945, which concern A. niger pH 2. 5 acid phosphatase.; See PMID 8224894; See PMID 8865587; See PMID 10329192; acid phosphatase aph, 3-phytase phyB-Aspergillus niger	join(2629304..2630084,2630149..2630266,2630328..2630432,2630492..2630927)	Aspergillus niger	4983417
An08g11040	CDS	An08g11040	NT_166524.1	2631711	2633264	R	Complex: the interaction of ZPR1 with eEF-1alpha contributes to normal cellular proliferation.; Function: loss of ZPR1 in S. pombe causes disruption of nucleolar function, including preribosomal RNA expression.; Localization: the zinc finger protein ZPR1 of different organisms translocates from the cytoplasm to the nucleus after treatment of cells with mitogens, and accumulates in the nucleolus of proliferating cells.; Phenotype: ZPR1 of different organisms is essential for cell viability.; Similarity: A. niger EST EMBLEST:BE758797 contains exon1 and part of exon 2 of the predicted gene.; Title: strong similarity to zinc-finger protein zpr1p - Schizosaccharomyces pombe; See PMID 9763455; See PMID 9852145; uncharacterized protein	complement(join(2631711..2632090,2632146..2632322,2632382..2633075,2633145..2633264))	Aspergillus niger	4983418
An08g11060	CDS	An08g11060	NT_166524.1	2634649	2635470	D	Similarity: the similarity to A. thaliana T29A15. 10 and other proteins is mainly due to the low complexity region located towards the C-terminus of the predicted protein.; Title: weak similarity to hypothetical protein T29A15.10 - Arabidopsis thaliana; uncharacterized protein	2634649..2635470	Aspergillus niger	4983420
An08g11070	CDS	suc1	NT_166524.1	2635966	2637735	R	Catalytic activity: hydrolysis of terminal non-reducing beta-D-fructofuranoside residues in beta-D-fructofuranosides.; Gene-ID: suc1; Remark: a gene similar, but not identical to suc1 was patented as A. niger beta-fructofuranosidase under patentnumber WO9734004-A1.; Similarity: belongs to family 32 of glycosyl hydrolases.; See PMID 8358833; beta-fructofuranosidase precursor suc1-Aspergillus niger	complement(2635966..2637735)	Aspergillus niger	4983421
An08g11080	CDS	An08g11080	NT_166524.1	2638298	2639193	D	Remark: with the available literature information it is not possible to understand if the cloned suc1 gene is a genomic DNA or a cDNA; in the case it is a genomic DNA the data are not conflicting with the existence of the predicted ORF An08g11080; in the case the molecule is a cDNA, An08g11080 lies on the 5'UTR of suc1, therefore must be considered very questionable.; Similarity: at the DNA level, the predicted ORF mainly corresponds to a fragment of the A. niger beta-D-fructofuranosidase (suc1) gene, which is identical to ORF An08g11070.; Title: questionable ORF; uncharacterized protein	join(2638298..2638462,2638537..2638593,2638690..2638774,2639054..2639193)	Aspergillus niger	84591838
An08g11090	CDS	An08g11090	NT_166524.1	2639235	2639614	R	Remark: with the available literature information it is not possible to understand if the cloned suc1 gene is a genomic DNA or a cDNA; in the case it is a genomic DNA the data are not conflicting with the existence of the predicted ORF An08g11090; in the case the molecule is a cDNA, An08g11090 lies on the 5'UTR of suc1, therefore must be considered very questionable.; Similarity: a small fragment of the predicted ORF shows local identity to a fragment of the A. niger beta-D-fructofuranosidase (suc1) gene, which perfectly corresponds to ORF An08g11070.; Title: questionable ORF; uncharacterized protein	complement(join(2639235..2639310,2639431..2639519,2639573..2639614))	Aspergillus niger	84591839
An08g11100	CDS	An08g11100	NT_166524.1	2639868	2640269	D	hypothetical protein	join(2639868..2639964,2640040..2640086,2640144..2640269)	Aspergillus niger	84591840
An08g11110	CDS	An08g11110	NT_166524.1	2641240	2642058	D	hypothetical protein	join(2641240..2641314,2641402..2641447,2641586..2641619,2641705..2641774,2641951..2642058)	Aspergillus niger	84591841
An08g11120	CDS	An08g11120	NT_166524.1	2642255	2642989	D	Title: weak similarity to protein PRO4400 from patent WO200073348-A2 - Homo sapiens; uncharacterized protein	2642255..2642989	Aspergillus niger	4983426
An08g11130	CDS	An08g11130	NT_166524.1	2643589	2643859	R	hypothetical protein	complement(join(2643589..2643648,2643716..2643859))	Aspergillus niger	4983427
An08g11140	CDS	An08g11140	NT_166524.1	2644996	2646203	R	hypothetical protein	complement(join(2644996..2645135,2645221..2645379,2645595..2645755,2645882..2645946,2646165..2646203))	Aspergillus niger	84591842
An08g11150	CDS	An08g11150	NT_166524.1	2648486	2648773	D	hypothetical protein	2648486..2648773	Aspergillus niger	84591843
An08g11160	CDS	An08g11160	NT_166524.1	2649139	2651402	D	Similarity: the weak similarity is due only to a very short, but very well conserved stretch of amino acids.; Title: weak similarity to hypothetical CG11414 -Drosophila melanogaster; uncharacterized protein	join(2649139..2649437,2649490..2649709,2649764..2650451,2650504..2651402)	Aspergillus niger	4983430
An08g11170	CDS	An08g11170	NT_166524.1	2651998	2653022	D	Similarity: the predicted ORF has a questionable structure and probably constitutes a pseudogene as,relative to Ant1 of A. niger, it contains different frameshifts and two stop codons.; Title: strong similarity to protein encoded by ORF1 of transposon Ant1 - Aspergillus niger [putative pseudogene]; putative pseudogene; See PMID 8552048; <NA>	2651998..2653022	Aspergillus niger	84591844
An08g11180	CDS	An08g11180	NT_166524.1	2653892	2654893	D	Title: similarity to polypeptide SEQ ID NO:1833 from patent WO200171042-A2 - Drosophila melanogaster; uncharacterized protein	2653892..2654893	Aspergillus niger	4983433
An08g11190	CDS	An08g11190	NT_166524.1	2654979	2657594	D	Function: ankyrin is an essential link between cytoskeletal proteins and membrane bound proteins.; Similarity: strong similarity to A. niger EST SEQ ID NO:4268 of patent WO200056762-A2.; Similarity: the N-terminal part of the predicted protein shows no significant similarity.; Similarity: the similarity to various ankyrins is due to the presence of nine very well conserved ankyrin repeats in the C-terminal part of the predicted protein.; Title: similarity to ankyrin Ank1 - Mus musculus; See PMID 1386265; uncharacterized protein	2654979..2657594	Aspergillus niger	84591845
An08g11200	CDS	An08g11200	NT_166524.1	2658193	2660197	D	Title: similarity to hypothetical protein encoded by An03g02370 - Aspergillus niger; uncharacterized protein	join(2658193..2658253,2658444..2658490,2658685..2659422,2659553..2660197)	Aspergillus niger	84591846
An08g11210	CDS	An08g11210	NT_166524.1	2661556	2662165	R	Similarity: the predicted ORF has a questionable structure and probably constitutes a pseudogene as,relative to tan1 of A. awamorii, contains different frameshifts.; Title: similarity to transposable element Tan1 -Aspergillus niger [putative frameshift]; putative frameshift; See PMID 8625427; uncharacterized protein	complement(join(<2661556..2662023,2662132..2662165))	Aspergillus niger	84591847
An08g11220	CDS	An08g11220	NT_166524.1	2663821	2664825	R	Function: mouse trophinin is a cell adhesion molecule mediating a unique homophilic cell adhesion between trophoblast and endometrial epithelial cells at their respective apical cell surfaces during embryo implantation and early placentation.; Similarity: the structure of the gene model is confirmed by A. niger EST SEQ ID NO:4090 of patent WO200056762-A2, which covers part of exon 2, exon 3 and part of the putative 3'UTR.; Title: weak similarity to cell adhesion protein trophinin Tro - Mus musculus; See PMID 10026108; See PMID 11089559; uncharacterized protein	complement(join(2663821..2663936,2663988..2664513,2664751..2664825))	Aspergillus niger	84591848
An08g11230	CDS	An08g11230	NT_166524.1	2665511	2666844	D	Similarity: strong similarity also to A. niger EST SEQ ID NO:4261 of patent WO200056762-A2.; Similarity: the gene model is confirmed by the two ESTs, which cover part of exon 2, the complete exon 3 and part of the putative 3'UTR.; Similarity: very weak similarity to other proteins cannot be considered functionally significant due to very different protein length.; Title: strong similarity to hypothetical protein encoded by An08g11410 - Aspergillus niger; uncharacterized protein	join(2665511..2665570,2665762..2666054,2666106..2666844)	Aspergillus niger	4983437
An08g11240	CDS	An08g11240	NT_166524.1	2667207	2668897	D	Title: strong similarity to hypothetical protein encoded by An08g11430 - Aspergillus niger; uncharacterized protein	join(2667207..2667236,2667328..2667372,2667469..2667583,2667669..2667757,2668237..2668359,2668442..2668726,2668814..2668897)	Aspergillus niger	84591849
An08g11250	CDS	An08g11250	NT_166524.1	2669228	2671202	R	Similarity: similarity to A. niger EST SEQ ID NO:4306 of patent WO200056762-A2.; Similarity: the weak similarity to ankyrin of D. melanogaster is due only to the presence of an ankyrin repeat.; Title: weak similarity to ankyrin - Drosophila melanogaster; See PMID 7937942; uncharacterized protein	complement(join(2669228..2669363,2669437..2669474,2669676..2669815,2669925..2669998,2670302..2670454,2670572..2670674,2670754..2670966,2671076..2671202))	Aspergillus niger	84591850
An08g11260	CDS	An08g11260	NT_166524.1	2671425	2676516	R	Similarity: the predicted ORF is very similar to the A. niger specific transposon Tncw1.; Title: strong similarity to reverse transcriptase homolog - Bombyx mori; See PMID 7623845; uncharacterized protein	complement(join(2671425..2673902,2674064..2675203,2675352..2675488,2675661..2676516))	Aspergillus niger	10098021
An08g11270	CDS	An08g11270	NT_166524.1	2677115	2677525	R	Title: questionable ORF; uncharacterized protein	complement(join(2677115..2677171,2677230..2677311,2677455..2677525))	Aspergillus niger	84591851
An08g11280	CDS	An08g11280	NT_166524.1	2677789	2678014	R	Title: questionable ORF; uncharacterized protein	complement(join(2677789..2677858,2677923..2678014))	Aspergillus niger	84591852
An08g11290	CDS	An08g11290	NT_166524.1	2678537	2679329	D	hypothetical protein	join(2678537..2678592,2678807..2678946,2679121..2679329)	Aspergillus niger	84591853
An08g11300	CDS	An08g11300	NT_166524.1	2679455	2680889	R	hypothetical protein	complement(join(2679455..2680276,2680545..2680889))	Aspergillus niger	84591854
An08g11310	CDS	An08g11310	NT_166524.1	2681006	2683780	D	Title: weak similarity to hypothetical protein encoded by An11g07600 - Aspergillus niger; uncharacterized protein	join(2681006..2681106,2681460..2681550,2682007..2682025,2682197..2682329,2682460..2682570,2682797..2682891,2683009..2683124,2683210..2683593,2683745..2683780)	Aspergillus niger	84591855
An08g11320	CDS	An08g11320	NT_166524.1	2683894	2684363	D	hypothetical protein	join(2683894..2684251,2684299..2684363)	Aspergillus niger	84591856
An08g11330	CDS	An08g11330	NT_166524.1	2684578	2685375	R	Similarity: local identity to A. niger EST SEQ ID NO:4145 of patent WO200056762-A2, which is completely contained within the unique exon of the predicted gene.; Title: strong similarity to hypothetical protein encoded by An14g05450 - Aspergillus niger; uncharacterized protein	complement(2684578..2685375)	Aspergillus niger	4983447
An08g11340	CDS	An08g11340	NT_166524.1	2685683	2686147	D	Similarity: the gene model was extracted according to the patented EST, which covers exons 2 and 3 and the putative 3'UTR.; Title: strong similarity to EST SEQ ID NO:4160 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	join(2685683..2685724,2685759..2685925,2685976..2686147)	Aspergillus niger	84591857
An08g11350	CDS	An08g11350	NT_166524.1	2686261	2688824	D	Title: weak similarity to hypothetical clone MXL8 -Arabidopsis thaliana; uncharacterized protein	join(2686261..2686279,2686381..2686555,2686612..2686819,2686911..2686974,2687304..2687374,2687461..2687752,2687827..2687961,2688028..2688141,2688205..2688317,2688492..2688824)	Aspergillus niger	84591858
An08g11360	CDS	An08g11360	NT_166524.1	2688865	2689592	R	Title: weak similarity to EST an_1431 - Aspergillus niger; uncharacterized protein	complement(join(2688865..2689048,2689109..2689159,2689338..2689412,2689522..2689592))	Aspergillus niger	84591859
An08g11370	CDS	An08g11370	NT_166524.1	2689912	2690871	R	hypothetical protein	complement(join(2689912..2690084,2690176..2690264,2690344..2690490,2690669..2690739,2690818..2690871))	Aspergillus niger	84591860
An08g11380	CDS	An08g11380	NT_166524.1	2691444	2692211	D	hypothetical protein	2691444..2692211	Aspergillus niger	4983452
An08g11390	CDS	An08g11390	NT_166524.1	2692841	2702281	D	Similarity: the ORF encoded protein shows also weak similarity to the possible elongation factor 2 LM28. 365 from Leishmania major.; Title: weak similarity to hypothetical protein CAC01058.1 - Leishmania major; uncharacterized protein	join(2692841..2693126,2693177..2696220,2696410..2700958,2701029..2702281)	Aspergillus niger	4983453
An08g11400	CDS	An08g11400	NT_166524.1	2703280	2703781	D	Similarity: ALK6 of Y. lipolitica is similar to cytochrome P450 family members; the similarity to the predicted protein is weak and limited to a very small part of the entire protein.; Title: weak similarity to ALK6 - Yarrowia lipolitica; See PMID 10953079; uncharacterized protein	join(2703280..2703424,2703633..2703781)	Aspergillus niger	84591861
An08g11410	CDS	An08g11410	NT_166524.1	2704022	2704819	D	Similarity: the predicted ORF shows also strong similarity to EST SEQ ID NO:4261 of patent WO200056762-A2,A. niger.; Similarity: the predicted protein shows also some local weak similarity to proteins with very different size.; Similarity: the two ESTs cover the ORF completely,and part of the putative 3'UTR; the gene model was extracted based on these cDNA sequences.; Title: strong similarity to hypothetical protein encoded by An08g11230 - Aspergillus niger; uncharacterized protein	join(2704022..2704053,2704108..2704819)	Aspergillus niger	4983455
An08g11420	CDS	An08g11420	NT_166524.1	2705144	2705636	R	Title: questionable ORF; uncharacterized protein	complement(join(2705144..2705176,2705259..2705291,2705505..2705597,2705625..2705636))	Aspergillus niger	84591862
An08g11430	CDS	An08g11430	NT_166524.1	2706248	2706772	D	Remark: N-terminal truncated ORF due to end of contig.; Title: strong similarity to hypothetical protein encoded by An08g11240 - Aspergillus niger [truncated ORF]; uncharacterized protein	<2706248..2706772	Aspergillus niger	84591863
An08g11440	CDS	An08g11440	NT_166524.1	2708097	2708783	R	Remark: gankyrin expression induced in liver fibrosis accelerated the degradation of pRB during liver cirrhosis, and inactivation of p16 exon 1 by DNA hypermethylation occurred during the progression of tumor cells to poorly differentiated HCC (hepatocellular carcinoma).; Remark: similarity to rat gankyrin protein patent WO9918201-A1.; Title: similarity to gankyrin protein from patent WO9918201-A1 - Rattus norvegicus; See PMID 11301474; uncharacterized protein	complement(join(2708097..2708595,2708722..2708783))	Aspergillus niger	84591864
An08g11450	CDS	An08g11450	NT_166524.1	2709533	2710420	R	Title: weak similarity to hypothetical protein encoded by An07g06380 - Aspergillus niger; uncharacterized protein	complement(join(2709533..2709959,2710080..2710420))	Aspergillus niger	84591865
An08g11460	CDS	An08g11460	NT_166524.1	2711718	2712494	D	Title: questionable ORF; uncharacterized protein	join(2711718..2711733,2712346..2712494)	Aspergillus niger	84591866
An08g11480	CDS	An08g11480	NT_166524.1	2714280	2715074	R	Title: weak similarity to AT hook-containing MAR-binding protein2 AHM2 - Triticum aestivum; uncharacterized protein	complement(join(2714280..2714788,2714836..2714890,2714976..2715074))	Aspergillus niger	84591867
An08g11490	CDS	An08g11490	NT_166524.1	2715554	2716618	R	hypothetical protein	complement(join(2715554..2715717,2715808..2715912,2716013..2716035,2716117..2716205,2716376..2716436,2716512..2716618))	Aspergillus niger	84591868
An08g11500	CDS	An08g11500	NT_166524.1	2717079	2717946	D	hypothetical protein	join(2717079..2717129,2717187..2717237,2717296..2717358,2717407..2717827,2717903..2717946)	Aspergillus niger	84591869
An08g11510	CDS	An08g11510	NT_166524.1	2718998	2724090	D	Remark: TRAS1 contains gag- and pol-like open reading frames (ORFs) which are similar to those of non-LTR retrotransposons. Chromosomal in situ hybridization showed that TRAS1 elements are clustered at the telomeres of Bombyx chromosomes. A phylogenetic analysis using the amino acid sequence of the reverse transcriptase domain within the pol-like ORF revealed that TRAS1 falls into one lineage with R1, which is a family of non-LTR retrotransposons inserted into the same sitewithin the 28S ribosomal DNA unit in most insects.; Title: strong similarity to retrotransposable element TRAS1 - Bombyx mori; See PMID 7623845; uncharacterized protein	join(2718998..2719992,2720052..2720091,2720191..2724090)	Aspergillus niger	4983464
An08g11520	CDS	An08g11520	NT_166524.1	2724419	2729510	D	Remark: Mars (methylated Ascobolus repeated sequences), fell in one family of LINE-like elements and in three families of LTR-containing retrotransposable elements. The methylation features of Mars elements were those expected if they were natural targets for the MIP (methylation induced premeiotically) previously discovered in Ascobolus.; Similarity: to RNA-directed DNA polymerases.; Title: strong similarity to LTR-containing retrotransposable elements MARS1 - Ascobolus immersus; See PMID 8811089; uncharacterized protein	join(2724419..2725441,2725575..2729510)	Aspergillus niger	4983465
An08g11530	CDS	An08g11530	NT_166524.1	2730335	2731286	D	hypothetical protein	join(2730335..2730426,2730557..2730704,2730761..2731143,2731208..2731286)	Aspergillus niger	84591870
An08g11540	CDS	An08g11540	NT_166524.1	2731672	2733502	R	Function: interacts with dnaK,to disassemble a protein complex at the phage lambda origin of replication. Stimulates,jointly with grpE,the ATPase activity of dnaK.; Remark: similarity to E. coli OmpA-DnaJ fusion protein encoded by pUBS520-pIN-dnaJ patent EP1054063-A2.; Title: similarity to OmpA-DnaJ fusion protein encoded by pUBS520-pIN-dnaJ from patent EP1054063-A2 -Escherichia coli; See PMID 8016869; uncharacterized protein	complement(join(2731672..2733029,2733121..2733502))	Aspergillus niger	4983467
An08g11550	CDS	An08g11550	NT_166524.1	2733886	2735019	D	hypothetical protein	join(2733886..2734158,2734230..2734328,2734714..2735019)	Aspergillus niger	84591871
An08g11560	CDS	An08g11560	NT_166524.1	2735205	2735910	R	Title: weak similarity to hypothetical MADS box transcription factor-like protein BAB11255.1 - Arabidopsis thaliana; uncharacterized protein	complement(join(2735205..2735486,2735545..2735813,2735901..2735910))	Aspergillus niger	4983469
An08g11570	CDS	An08g11570	NT_166524.1	2737306	2737905	R	Title: weak similarity to hypothetical protein DKFZp564A022 - Homo sapiens; uncharacterized protein	complement(2737306..2737905)	Aspergillus niger	84591872
An08g11580	CDS	An08g11580	NT_166524.1	2738797	2739686	D	Remark: only repetitive sequences are matching.; Title: weak similarity to mucin MUC5AC - Homo sapiens; See PMID 7826332; uncharacterized protein	join(2738797..2738858,2738916..2739516,2739555..2739686)	Aspergillus niger	4983471
An08g11590	CDS	An08g11590	NT_166524.1	2740752	2743271	R	Title: strong similarity to hypothetical related to spore coat protein SP96 B15I20.140 - Neurospora crassa; uncharacterized protein	complement(join(2740752..2741297,2741376..2741447,2741667..2741680,2741715..2741781,2742022..2742882,2743083..2743115,2743251..2743271))	Aspergillus niger	10098024
An08g11600	CDS	An08g11600	NT_166524.1	2744694	2745293	R	Similarity: the ORF encoded protein shows also weak similarity to hypothetical protein 15E6. 200 from Neurospora crassa; Title: weak similarity to hypothetical protein 15E6.200 - Neurospora crassa; uncharacterized protein	complement(2744694..2745293)	Aspergillus niger	4983473
An08g11610	CDS	An08g11610	NT_166524.1	2745686	2749000	R	Function: kinesin is a microtubule-associated force-producing protein that may play a role in organelle transport. The light chain may function in coupling of cargo to the heavy chain or in the modulation of its ATPase activity.; Remark: the C-terminal domain shows homology to the kinesin light chain of different organisms. The N-terminal domain of the predicted ORF shows weak similarity to putative ATP /GTP-binding proteins.; Title: similarity to kinesin light chain KNLC -Loligo pealei; See PMID 8274223; uncharacterized protein	complement(join(2745686..2747143,2747267..2749000))	Aspergillus niger	4983474
An08g11620	CDS	An08g11620	NT_166524.1	2749354	2750459	R	Remark: Ant1 is related to the Tc1/mariner group of DNA transposons. Ant1 is apparently present as a single copy in strain N402 of A. niger.; Title: strong similarity to protein encoded by ORF1 of transposon Ant1 - Aspergillus niger [putative frameshift]; putative frameshift; See PMID 8552048; uncharacterized protein	complement(<2749354..2750459)	Aspergillus niger	4983475
An08g11630	CDS	An08g11630	NT_166524.1	2752017	2752342	D	Title: weak similarity to ubiquitin thiolesterase Yuh1 - Saccharomyces cerevisiae; uncharacterized protein	join(2752017..2752195,2752252..2752342)	Aspergillus niger	84591873
An08g11640	CDS	An08g11640	NT_166524.1	2752742	2753500	R	hypothetical protein	complement(2752742..2753500)	Aspergillus niger	84591874
An08g11650	CDS	An08g11650	NT_166524.1	2765986	2766624	R	Title: weak similarity to protein 35142 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	complement(join(<2765986..2766160,2766265..2766503,2766616..2766624))	Aspergillus niger	84591875
An08g11660	CDS	An08g11660	NT_166524.1	2766758	2767493	R	Remark: a putative sequencing error results in an frameshift.; Title: similarity to kinesin light chain KLC -Plectonema boryanum [putative sequencing error]; putative sequencing error; uncharacterized protein	complement(join(2766758..2767222,2767452..2767493))	Aspergillus niger	84591876
An08g11670	CDS	An08g11670	NT_166524.1	2767907	2770520	D	Title: strong similarity to hypothetical protein encoded by An04g01250 - Aspergillus niger; uncharacterized protein	join(2767907..2767996,2768102..2768131,2768162..2768255,2768358..2768468,2768689..2768702,2768976..2769186,2769321..2769352,2769588..2769697,2769758..2770520)	Aspergillus niger	84591877
An08g11680	CDS	An08g11680	NT_166524.1	2773435	2774371	R	Function: degradation of 2,5-dichloro-2,5-cyclohexadiene-1,4-diol into 2,5-dichlorohydroquinone.; Pathway: degradation of gamma-hexachlorocyclohexane.; Remark: also strong similarity to EST an_3163 Aspergillus niger.; Remark: the linC gene is essential for the assimilation of gamma-HCH in UT26.; Title: strong similarity to 2,5-dicloro-2,5-cyclohexadiene-1,4-diol dehydrogenase linC - Pseudomonas paucimobilis; uncharacterized protein	complement(join(2773435..2773816,2773871..2774235,2774327..2774371))	Aspergillus niger	10098027
An08g11690	CDS	An08g11690	NT_166524.1	2776375	2777136	D	hypothetical protein	join(2776375..2776441,2776489..2776521,2776721..2776867,2776913..2777136)	Aspergillus niger	84591878
An08g11700	CDS	An08g11700	NT_166524.1	2778337	2779566	R	hypothetical protein	complement(join(2778337..2778573,2778666..2778749,2779234..2779293,2779399..2779566))	Aspergillus niger	84591879
An08g11710	CDS	An08g11710	NT_166524.1	2780737	2781298	R	Title: similarity to hypothetical protein encoded by An04g07770 - Aspergillus niger; uncharacterized protein	complement(join(2780737..2780757,2780869..2780877,2780990..2781022,2781095..2781298))	Aspergillus niger	84591880
An08g11720	CDS	An08g11720	NT_166524.1	2781581	2785102	R	hypothetical protein	complement(join(2781581..2781837,2781907..2782111,2782318..2782531,2783130..2783516,2783575..2783718,2783766..2783803,2784096..2784276,2784330..2784484,2784614..2784638,2784781..2784866,2785058..2785102))	Aspergillus niger	4983485
An08g11730	CDS	An08g11730	NT_166524.1	2786291	2787729	D	hypothetical protein	join(2786291..2786473,2786533..2787729)	Aspergillus niger	84591881
An08g11740	CDS	An08g11740	NT_166524.1	2789485	2790123	D	Remark: the ORF is N-terminally truncated due to end of contig.; hypothetical protein [truncated ORF]	join(<2789485..2789636,2789722..2790008,2790047..2790123)	Aspergillus niger	84591882
An08g11750	CDS	An08g11750	NT_166524.1	2790189	2791202	R	hypothetical protein	complement(join(2790189..2791106,2791155..2791202))	Aspergillus niger	84591883
An08g11760	CDS	An08g11760	NT_166524.1	2791896	2793216	D	hypothetical protein	join(2791896..2792075,2792128..2793216)	Aspergillus niger	4983489
An08g11770	CDS	An08g11770	NT_166524.1	2795761	2798535	R	Similarity: contains a fungal-type Zn(2)-Cys(6) binuclear cluster DNA-binding domain.; Title: weak similarity to gluconeogenesis transcriptional regulator CAT8 - Kluyveromyces lactis; See PMID 11016849; uncharacterized protein	complement(join(2795761..2796302,2796353..2796549,2796600..2796680,2796731..2798044,2798104..2798213,2798272..2798535))	Aspergillus niger	4983490
An08g11780	CDS	An08g11780	NT_166524.1	2799242	2802759	D	hypothetical protein	join(2799242..2799954,2800007..2801356,2801412..2801532,2801585..2801647,2801700..2801939,2801988..2802230,2802279..2802515,2802565..2802759)	Aspergillus niger	4983491
An08g11790	CDS	An08g11790	NT_166524.1	2805795	2806495	R	Similarity: CDS is nearly identical to DNA sequence of the DNA patent database entry PATENTDNA:AAF11722.; Similarity: shares homology with a conserved domain of several protein kinases.; Similarity: the ORF encoded protein shows also strong similarity to EST SEQ ID NO:4245 of patent WO200056762-A2 from Aspergillus niger; Title: strong similarity to hypothetical protein encoded by An06g00610 - Aspergillus niger; uncharacterized protein	complement(join(2805795..2805842,2805902..2806495))	Aspergillus niger	4983492
An08g11800	CDS	An08g11800	NT_166524.1	2807136	2808858	D	hypothetical protein	join(2807136..2807854,2808412..2808462,2808507..2808858)	Aspergillus niger	4983493
An08g11810	CDS	An08g11810	NT_166524.1	2809554	2811190	R	Title: similarity to hypothetical protein encoded by An04g07800 - Aspergillus niger; uncharacterized protein	complement(join(2809554..2809589,2809720..2809776,2809916..2809922,2810261..2810286,2810335..2810361,2810391..2810451,2810676..2810962,2811014..2811190))	Aspergillus niger	4983494
An08g11820	CDS	An08g11820	NT_166524.1	2812181	2813818	R	Similarity: contains a C2H2-type zinc-finger domain.; Title: weak similarity to Gli-Kruppel zinc-finger protein NKL isoform b - Xenopus laevis; uncharacterized protein	complement(join(2812181..2812577,2812630..2812723,2812764..2812785,2813032..2813226,2813411..2813480,2813535..2813818))	Aspergillus niger	84591884
An08g11830	CDS	An08g11830	NT_166524.1	2814087	2815285	R	hypothetical protein	complement(join(2814087..2815124,2815283..2815285))	Aspergillus niger	84591885
An08g11840	CDS	An08g11840	NT_166524.1	2816692	2817331	R	hypothetical protein	complement(join(2816692..2816926,2816982..2817331))	Aspergillus niger	84591886
An08g11850	CDS	An08g11850	NT_166524.1	2817697	2818238	D	hypothetical protein	join(2817697..2818006,2818123..2818238)	Aspergillus niger	84591887
An08g11860	CDS	An08g11860	NT_166524.1	2818771	2820490	D	Catalytic activity: cephalosporin C + H2O = deacetylcephalosporin C + acetate.; Function: cephalosporin esterase of R. toruloides is capable of interconverting a variety of cephalosporin species and the corresponding deacetylcephalosporins.; Similarity: belongs to the carboxylesterase type-B family.; Title: strong similarity to precursor of cephalosporin esterase - Rhodosporidium toruloides; See PMID 9406399; uncharacterized protein	join(2818771..2818995,2819058..2819402,2819456..2820490)	Aspergillus niger	4983499
An08g11870	CDS	An08g11870	NT_166524.1	2820894	2822825	R	Title: similarity to hypothetical protein encoded by An04g07990 - Aspergillus niger; uncharacterized protein	complement(join(2820894..2821164,2821219..2821757,2821811..2821996,2822121..2822578,2822628..2822694,2822748..2822825))	Aspergillus niger	84591888
An08g11880	CDS	An08g11880	NT_166524.1	2823868	2824041	R	Title: questionable ORF; uncharacterized protein	complement(join(2823868..2823901,2823953..2824041))	Aspergillus niger	84591889
An08g11890	CDS	An08g11890	NT_166524.1	2824404	2825094	D	Similarity: contains a myb-like DNA-binding domain.; Title: similarity to hypothetical protein B24P11.50 - Neurospora crassa; uncharacterized protein	join(2824404..2824897,2824962..2825094)	Aspergillus niger	4983502
An08g11900	CDS	An08g11900	NT_166524.1	2826754	2827616	R	hypothetical protein	complement(join(2826754..2826835,2826868..2826971,2827193..2827546,2827596..2827616))	Aspergillus niger	84591890
An08g11910	CDS	An08g11910	NT_166524.1	2827800	2829375	R	Title: strong similarity to hypothetical protein encoded by An08g12260 - Aspergillus niger; uncharacterized protein	complement(join(2827800..2828114,2828209..2828303,2828383..2828558,2828752..2828855,2828942..2829045,2829213..2829375))	Aspergillus niger	84591891
An08g11920	CDS	An08g11920	NT_166524.1	2830103	2830585	R	Remark: the ORF encoded protein is C-terminally truncated due to the contig border.; hypothetical protein [truncated ORF]	complement(join(<2830103..2830378,2830490..2830585))	Aspergillus niger	84591892
An08g11930	CDS	An08g11930	NT_166524.1	2831091	2833614	D	Function: ankyrin participates in signal transduction and in assembly of integral membrane proteins.; Function: ankyrins are linker proteins, which connect various membrane proteins, including members of the L1 family of neural cell adhesion molecules, with the submembranous actin-spectrin skeleton.; Title: similarity to ankyrin 2 Ank2 - Drosophila melanogaster; See PMID 10844021; See PMID 11018513; uncharacterized protein	join(2831091..2832833,2833077..2833115,2833210..2833614)	Aspergillus niger	4983506
An08g11940	CDS	An08g11940	NT_166524.1	2834248	2835428	D	Title: strong similarity to hypothetical protein encoded by An08g12220 - Aspergillus niger; uncharacterized protein	join(2834248..2834416,2834479..2834751,2834862..2834914,2835258..2835428)	Aspergillus niger	84591893
An08g11950	CDS	An08g11950	NT_166524.1	2836106	2837619	R	Function: nompC gene of D. melanogaster encodes a new ion channel that is essential for mechanosensory transduction.; Remark: the ORF encoded protein also shows similarity to other ankyrin repeat containing proteins.; Remark: the similarity of the ORF encoded protein to NOMPC is restricted to the ankyrin repeats. Unlike NOMPC,the ORF encoded Protein does not seem to be an ion channel.; Title: similarity to mechanosensory transduction channel nompC - Drosophila melanogaster; See PMID 10744543; uncharacterized protein	complement(join(2836106..2836136,2836166..2836319,2836556..2836720,2836839..2837619))	Aspergillus niger	84591894
An08g11960	CDS	An08g11960	NT_166524.1	2839326	2840130	D	Title: similarity to hypothetical protein SPAC15A10.09c - Schizosaccharomyces pombe; uncharacterized protein	join(2839326..2839397,2839519..2840130)	Aspergillus niger	84591895
An08g11970	CDS	An08g11970	NT_166524.1	2841413	2843115	D	hypothetical protein	join(2841413..2841472,2841583..2841857,2841961..2842046,2842719..2842884,2842965..2843115)	Aspergillus niger	84591896
An08g11980	CDS	An08g11980	NT_166524.1	2843701	2844511	D	hypothetical protein	join(2843701..2843752,2843822..2844078,2844160..2844336,2844422..2844511)	Aspergillus niger	84591897
An08g11990	CDS	An08g11990	NT_166524.1	2844626	2846047	D	Similarity: the similarity to the A. niger ORF An08g12030 covers only the N-terminal 30 aminoacids.; Title: weak similarity to hypothetical protein encoded by An08g12030 - Aspergillus niger; uncharacterized protein	join(2844626..2844718,2844772..2845427,2845474..2846047)	Aspergillus niger	4983512
An08g12000	CDS	An08g12000	NT_166524.1	2847013	2847722	D	hypothetical protein	join(2847013..2847061,2847286..2847360,2847480..2847561,2847608..2847722)	Aspergillus niger	84591898
An08g12010	CDS	An08g12010	NT_166524.1	2849299	2849938	R	hypothetical protein	complement(join(2849299..2849625,2849801..2849938))	Aspergillus niger	4983514
An08g12020	CDS	An08g12020	NT_166524.1	2850155	2850700	R	hypothetical protein	complement(join(2850155..2850337,2850384..2850497,2850584..2850700))	Aspergillus niger	84591899
An08g12030	CDS	An08g12030	NT_166524.1	2850809	2851325	D	Similarity: the similarity to the A. niger ORF An08g11990 covers only the N-terminal 30 aminoacids.; Title: weak similarity to hypothetical protein encoded by An08g11990 - Aspergillus niger; uncharacterized protein	join(2850809..2851030,2851131..2851325)	Aspergillus niger	84591900
An08g12040	CDS	An08g12040	NT_166524.1	2851668	2851949	D	hypothetical protein	join(2851668..2851676,2851726..2851806,2851854..2851949)	Aspergillus niger	84591901
An08g12060	CDS	An08g12060	NT_166524.1	2856185	2857922	D	Title: weak similarity to stromelysin from patent WO8707907-A - Homo sapiens; uncharacterized protein	join(2856185..2856213,2856267..2856762,2856880..2856986,2857017..2857040,2857226..2857343,2857695..2857922)	Aspergillus niger	4983519
An08g12070	CDS	An08g12070	NT_166524.1	2858087	2860219	R	Remark: the similarity of the ORF encoded protein to PIM of T. parva is mainly based on repetitive amino acids.; Title: similarity to hypothetical polymorphic immunodominant molecule PIM - Theileria parva; uncharacterized protein	complement(join(2858087..2858652,2858803..2859298,2859337..2859626,2859670..2860219))	Aspergillus niger	4983520
An08g12080	CDS	An08g12080	NT_166524.1	2861817	2863791	R	Title: similarity to hypothetical protein encoded by An04g07900 - Aspergillus niger; uncharacterized protein	complement(join(2861817..2862159,2862212..2862627,2862771..2863127,2863223..2863306,2863411..2863464,2863515..2863649,2863789..2863791))	Aspergillus niger	84591902
An08g12090	CDS	An08g12090	NT_166524.1	2864448	2865231	R	hypothetical protein	complement(join(2864448..2864554,2864606..2864795,2864857..2864982,2865052..2865231))	Aspergillus niger	84591903
An08g12100	CDS	An08g12100	NT_166524.1	2866998	2867708	D	hypothetical protein	join(2866998..2867045,2867088..2867158,2867367..2867483,2867642..2867708)	Aspergillus niger	84591904
An08g12110	CDS	An08g12110	NT_166524.1	2868165	2870456	R	Title: strong similarity to hypothetical protein EAA61328.1 - Aspergillus nidulans; uncharacterized protein	complement(2868165..2870456)	Aspergillus niger	4983524
An08g12120	CDS	An08g12120	NT_166524.1	2870997	2872068	D	Title: weak similarity to hypothetical mycosubtilin synthase chain mycA - Bacillus subtilis; uncharacterized protein	join(2870997..2871133,2871298..2871433,2871640..2872068)	Aspergillus niger	84591905
An08g12130	CDS	An08g12130	NT_166524.1	2873902	2875918	R	hypothetical protein	complement(join(2873902..2873997,2874098..2874236,2874335..2874449,2874848..2874964,2875089..2875150,2875457..2875532,2875614..2875652,2875837..2875918))	Aspergillus niger	84591906
An08g12140	CDS	An08g12140	NT_166524.1	2875973	2876881	D	Remark: the ORF encoded protein show similarity to many zinc finger transcription factors.; Title: weak similarity to finger protein Xfin -Xenopus laevis; uncharacterized protein	join(2875973..2876332,2876381..2876601,2876650..2876881)	Aspergillus niger	84591907
An08g12150	CDS	An08g12150	NT_166524.1	2877126	2878746	R	Title: strong similarity to hypothetical protein encoded by An11g07550 - Aspergillus niger; uncharacterized protein	complement(join(2877126..2878138,2878194..2878746))	Aspergillus niger	4983528
An08g12160	CDS	An08g12160	NT_166524.1	2879641	2889224	D	Similarity: the ORF encoded protein shows also weak similarity to the possible elongation factor 2 LM28. 365 from Leishmania major.; Title: strong similarity to hypothetical protein encoded by An08g11390 - Aspergillus niger; uncharacterized protein	join(2879641..2887840,2887897..2889224)	Aspergillus niger	4983529
An08g12170	CDS	An08g12170	NT_166524.1	2891753	2895641	R	Title: strong similarity to hypothetical protein encoded by An18g02760 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(join(2891753..2891923,2891974..2892282,2892347..2893271,2893304..2893915,2894099..2894323,2894377..>2895641))	Aspergillus niger	4983530
An08g12180	CDS	An08g12180	NT_166524.1	2896044	2896897	D	Title: questionable ORF; uncharacterized protein	join(2896044..2896085,2896139..2896148,2896310..2896363,2896585..2896589,2896623..2896667,2896865..2896897)	Aspergillus niger	84591908
An08g12200	CDS	An08g12200	NT_166524.1	2898209	2902147	D	Function: H. sapiens TAFII100 interacts strongly with the histone H4-related TAFII80 and the histone H3-related TAFII31, as well as a stable complex comprised of both TAFII80 and TAFII31.; Remark: distinct domains of H. sapiens TAFII100 are required for functional interaction with transcription factor TFIIFB (RAP30) and incorporation into the TFIID complex.; Similarity: similarities are restricted to the C-terminus which contains several WD-domains presumably involved in protein-protein interactions, BlastX analysis of N-terminus showed no significant matches.; Title: similarity to transcription initiation factor TFIID 100 kD subunit TAFII-100 - Homo sapiens; nucleus; See PMID 8758937; uncharacterized protein	join(2898209..2899184,2899241..2900874,2900931..2901691,2901724..2901827,2902062..2902147)	Aspergillus niger	4983532
An08g12210	CDS	An08g12210	NT_166524.1	2903473	2907335	D	Title: strong similarity to hypothetical retrotransposable element TRAS1 - Bombyx mori; uncharacterized protein	join(2903473..2905569,2905698..2907335)	Aspergillus niger	10098028
An08g12220	CDS	An08g12220	NT_166524.1	2908138	2910763	R	Function: TRI7 of F. sporotrichioides is required for acetylation of the oxygen on C-4 of T-2 toxin.; Pathway: TRI7 of F. sporotrichioides contributes in the trichothecene T2-toxin synthesis.; Remark: trichothecenes are sesquiterpenoid mycotoxins and act as protein synthesis inhibitors for eukaryotic organisms.; Title: similarity to T-2 toxin biosynthesis protein TRI7 - Fusarium sporotrichioides; See PMID 11352533; uncharacterized protein	complement(join(2908138..2908597,2908702..2909390,2909534..2909680,2909829..2909921,2910058..2910110,2910221..2910493,2910556..2910763))	Aspergillus niger	10098029
An08g12230	CDS	An08g12230	NT_166524.1	2911353	2913876	R	Remark: patentmatch against protein A47074_1 Trembl.; Title: similarity to delta-latroinsectotoxin from patent GB2288807-A - Latrodectus tredecimguttatus; uncharacterized protein	complement(join(2911353..2911757,2911852..2911890,2912134..2912825,2913453..2913876))	Aspergillus niger	10098030
An08g12240	CDS	An08g12240	NT_166524.1	2914643	2917662	R	Similarity: weak similarity to SCOP domain in Cytochrome P450-NOR, nitric reductase Fusarium oxysporum.; Title: weak similarity to hypothetical protein encoded by An12g06670 - Aspergillus niger; uncharacterized protein	complement(join(2914643..2917243,2917310..2917393,2917477..2917662))	Aspergillus niger	4983536
An08g12250	CDS	An08g12250	NT_166524.1	2919579	2922978	R	Catalytic activity: Phosphatidylcholine + H(2)O = 1-acylglycerophosphocholine + a fatty acid anion.; Title: weak similarity to calcium-independent phospholipase A2 - Homo sapiens; See PMID 10833412; uncharacterized protein	complement(join(2919579..2920563,2920718..2920772,2920918..2921250,2921344..2921895,2922003..2922978))	Aspergillus niger	4983537
An08g12260	CDS	An08g12260	NT_166524.1	2923946	2925041	D	Title: strong similarity to hypothetical protein encoded by An08g11910 - Aspergillus niger; uncharacterized protein	join(2923946..2924002,2924331..2924468,2924560..2924630,2924834..2925041)	Aspergillus niger	84591909
An18g00010	CDS	An18g00010	NT_166533.1	944	1817	D	Catalytic activity: RDH of K. aerogenes catalyzes the reaction ribitol + NAD+ = D-ribulose + NADH.; Complex: RDH of K. aerogenes forms homotetramers.; Pathway: RDH of K. aerogenes is involved in the pentose interconversion pathway.; Similarity: the protein shows domain similarity to the short-chain alcohol dehydrogenases.; Similarity: the protein shows similarity to the dltE protein of B. subtilis, which belongs to the D-alanyl-lipoteichoic acid operon, but whose function is unknown.; Title: similarity to ribitol 2-dehydrogenase RDH -Klebsiella aerogenes; See PMID 1946424; See PMID 3904726; See PMID 7797557; uncharacterized protein	join(944..1218,1287..1404,1475..1560,1628..1817)	Aspergillus niger	4989573
An18g00020	CDS	An18g00020	NT_166533.1	2043	2199	R	hypothetical protein	complement(join(2043..2138,2182..2199))	Aspergillus niger	84593610
An18g00030	CDS	An18g00030	NT_166533.1	3821	5901	D	Function: based on sequence similarity, Liz1 of S. pombe is thought to exhert its cell cycle control activity through cellular import of a metabolite.; Function: in S. pombe, Liz1 is required for normal cell division when ribonucleotide reductase is inhibited.; Localization: Liz1 localizes to the plasma membrane of S. pombe.; Phenotype: Inactivation of ribonucleotide reductase causes liz1(-) S. pombe cells in G2 to undergo an aberrant mitosis, resulting in chromosome missegregation and late mitotic arrest.; Remark: the substrate of Liz1 of S. pombe was not yet determined, but it was hypothesized that it could be a metabolite required for uracil biosynthesis.; Similarity: the protein shows strong similarity to a family of putative transmembrane transporters.; Title: strong similarity to transmembrane transporter liz1p - Schizosaccharomyces pombe; plasma membrane; See PMID 9950674; uncharacterized protein	join(3821..3976,4034..4228,4294..4388,4448..4848,4905..5030,5077..5192,5246..5332,5390..5506,5569..5653,5720..5901)	Aspergillus niger	4989597
An18g00040	CDS	An18g00040	NT_166533.1	6777	8378	D	Function: in P. stipitis, Sut1, Sut2 and Sut3 act as glucose transporters with K(m) values in the millimolar range; transport of xylose and other monosaccharides is possible, but with a considerably lower affinity.; Induction: in P. stipitis, Sut2 and Sut3 are only expressed under aerobic conditions, but independent of the carbon source.; Similarity: in P. stipitis three very similar genes called Stu1, Stu2 and Stu3 exist; Stu2 and Stu3 differ by just one amino acid.; Similarity: the gene is closely related to a number of proteins acting as sugar transporters in various fungal species; they all belong to the hexose facilitators family.; Title: strong similarity to sugar transporter Sut2 -Pichia stipitis; plasma membrane; See PMID 10048030; uncharacterized protein	join(6777..6892,6953..8378)	Aspergillus niger	4989566
An18g00050	CDS	An18g00050	NT_166533.1	9321	10649	D	Title: strong similarity to hypothetical protein yraM - Bacillus subtilis; uncharacterized protein	join(9321..9737,9789..10649)	Aspergillus niger	4989584
An18g00060	CDS	An18g00060	NT_166533.1	10794	13175	R	Similarity: a putative transmembrane domain shows less significant conservation.; Similarity: the N-terminus of the protein contains a putative double-stranded DNA-binding domain characteristic of the GAL4 family of zinc finger proteins.; Similarity: the protein displays similarity to the A. nidulans nirA, and to the N. crassa nit-4 proteins, both involved in the transcriptional regulation of genes involved in nitrogen utilization.; Title: similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; See PMID 1922075; uncharacterized protein	complement(join(10794..12463,12530..12861,12915..13000,13134..13175))	Aspergillus niger	4989598
An18g00070	CDS	An18g00070	NT_166533.1	13400	14523	D	Function: CTP1 of S. cerevisiae is a mitochondrial citrate transport protein, member of the mitochondrial carrier family (MCF) of membrane transporters (TC 2. A. 29).; Localization: CTP1 of S. cerevisiae is located in the mitochondrial inner membrane.; Remark: in S. cerevisiae deletion of CTP1 did not lead to a phenotype, suggesting that either known alternative pathways are able to produce sufficient acetyl-CoA, or there exists a second CTP gene.; Remark: no transmembrane regions were predicted for the ORF.; Title: strong similarity to citrate transport protein Ctp1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 7876161; See PMID 8831672; uncharacterized protein	join(13400..13435,13494..13562,13630..13773,13826..13998,14055..14523)	Aspergillus niger	4989596
An18g00080	CDS	An18g00080	NT_166533.1	14764	15747	R	hypothetical protein	complement(join(14764..14804,14892..14982,15060..15232,15325..15425,15494..15747))	Aspergillus niger	84593611
An18g00090	CDS	An18g00090	NT_166533.1	17833	18767	D	Function: adhA in Aspergillus parasiticus is involved in conversion of 5'-hydroxyaverantin to averufin in the synthesis of aflatoxin.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Similarity: the protein shows strong similarity to several mammalian NAD+-dependent 15-hydroxyprostaglandin dehydrogenases.; Title: strong similarity to short-chain alcohol dehydrogenase adhA - Aspergillus parasiticus; See PMID 11055914; uncharacterized protein	join(17833..17863,17921..18379,18427..18767)	Aspergillus niger	4989585
An18g00100	CDS	An18g00100	NT_166533.1	19897	21286	R	Title: similarity to hypothetical protein PA1213 -Pseudomonas aeruginosa; uncharacterized protein	complement(join(19897..20056,20119..20424,20493..20979,21040..21286))	Aspergillus niger	4989586
An18g00110	CDS	An18g00110	NT_166533.1	22207	24648	D	Title: strong similarity to hypothetical protein EAA61118.1 - Aspergillus nidulans; uncharacterized protein	join(22207..23380,23448..23841,23897..24188,24247..24648)	Aspergillus niger	4989580
An18g00120	CDS	An18g00120	NT_166533.1	25113	26987	R	Function: in E. coli lysP is a permease that is involved in the transport across the cytoplasmic membrane of lysine.; Induction: in E. coli the activity of lysP increases with growth in acidic medium, anaerobiosis, and high concentrations of lysine.; Localization: in E. coli lysP is an integral membrane protein.; Regulation: in E. coli lysP is inhibited by the lysine analog S-(beta-aminoethyl)-L-cysteine (thiosine).; Similarity: in E. coli lysP belongs to the amino acid permease family.; Title: strong similarity to lysine-specific permease lysP - Escherichia coli; plasma membrane; See PMID 1315732; See PMID 6767681; uncharacterized protein	complement(join(25113..26040,26102..26250,26304..26345,26401..26602,26659..26987))	Aspergillus niger	4989587
An18g00130	CDS	An18g00130	NT_166533.1	27150	27907	D	hypothetical protein	join(27150..27209,27513..27698,27785..27907)	Aspergillus niger	84593612
An18g00150	CDS	An18g00150	NT_166533.1	28920	30216	D	hypothetical protein	join(28920..28962,29198..29227,29584..29761,29976..30216)	Aspergillus niger	84593613
An18g00170	CDS	An18g00170	NT_166533.1	31844	33225	R	Title: weak similarity to kinesin - Syncephalastrum racemosum; uncharacterized protein	complement(join(31844..32729,32810..33225))	Aspergillus niger	4989590
An18g00180	CDS	An18g00180	NT_166533.1	33373	34304	D	hypothetical protein	join(33373..33446,33513..33551,33637..33707,33767..33883,33997..34030,34079..34304)	Aspergillus niger	84593614
An18g00190	CDS	An18g00190	NT_166533.1	35360	35647	D	hypothetical protein	join(35360..35428,35474..35647)	Aspergillus niger	84593615
An18g00200	CDS	An18g00200	NT_166533.1	37027	37797	D	hypothetical protein	join(37027..37274,37653..37797)	Aspergillus niger	84593616
An18g00210	CDS	An18g00210	NT_166533.1	40634	42277	R	Remark: Tan1 is identical to transposon Tndm2 from Aspergillus niger.; Similarity: the Tan1 transposase is homologous to Fusarium oxysporum Fot1 and Magnaporthe grisea Pot2.; Title: similarity to transposase Tan1 - Aspergillus niger; See PMID 9003286; uncharacterized protein	complement(join(40634..41371,41951..42277))	Aspergillus niger	84593617
An18g00230	CDS	An18g00230	NT_166533.1	43343	44307	D	Catalytic activity: Ayr1p catalyzes the NADPH-dependent reduction of 1-acyldihydroxyacetone phosphate.; Localization: Ayr1p is localized in lipid particles and endoplasmic reticulum.; Pathway: Ayr1p catalyzes a step in the phosphatidic acid biosynthesis pathway.; Title: strong similarity to 1-acyldihydroxyacetone-phosphate reductase Ayr1 -Saccharomyces cerevisiae; See PMID 10617610; uncharacterized protein	join(43343..43601,43667..44307)	Aspergillus niger	4989581
An18g00240	CDS	An18g00240	NT_166533.1	45688	46701	D	Title: strong similarity to dehydrogenase LovC from patent WO200037629-A2 - Aspergillus terreus; uncharacterized protein	45688..46701	Aspergillus niger	4989589
An18g00250	CDS	An18g00250	NT_166533.1	47444	47684	D	hypothetical protein	join(47444..47446,47478..47489,47536..47593,47626..47684)	Aspergillus niger	84593618
An18g00260	CDS	An18g00260	NT_166533.1	48831	50550	R	Function: the avnA gene encodes a fungal cytochrome P-450-type enzyme which is involved in the conversion of averantin to averufin in the aflatoxin biosynthetic pathway in A. parasiticus.; Phenotype: disruption of the avnA gene in the wild-type aflatoxigenic A. parasiticus strain resulted in a nonaflatoxigenic mutant which accumulated a bright yellow pigment.; Remark: at least 17 genes are involved in the aflatoxin biosynthetic pathway of Aspergillus parasiticus.; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; See PMID 9097431; See PMID 10760564; uncharacterized protein	complement(join(48831..49184,49292..50431,50503..50550))	Aspergillus niger	4989570
An18g00270	CDS	An18g00270	NT_166533.1	51087	51858	D	hypothetical protein	join(51087..51334,51441..51515,51565..51631,51805..51858)	Aspergillus niger	84593619
An18g00280	CDS	An18g00280	NT_166533.1	54393	55369	R	Title: strong similarity to hypothetical protein related to host-specific AK-toxin Akt2 - Neurospora crassa; uncharacterized protein	complement(join(54393..55269,55320..55369))	Aspergillus niger	4989571
An18g00290	CDS	An18g00290	NT_166533.1	56238	57630	R	Catalytic activity: (3R)-3-hydroxyacyl-[acyl-carrier protein] + NADP(+) = 3-oxoacyl- [acyl-carrier protein] + NADPH.; Pathway: fabG catalyzes a step in the fatty acid biosynthesis pathway.; Phenotype: insertional inactivation of fabG transcription blocked cell growth, thus providing indication that fabG is an essential gene.; Title: similarity to 3-ketoacyl-(acyl-carrier-protein) reductase fabG -Escherichia coli; See PMID 9642179; See PMID 7592873; uncharacterized protein	complement(join(56238..56436,56780..56794,56859..57252,57309..57630))	Aspergillus niger	4989594
An18g00300	CDS	An18g00300	NT_166533.1	58345	61714	R	Title: strong similarity to hypothetical protein encoded by An08g05350 - Aspergillus niger; uncharacterized protein	complement(join(58345..59941,60833..60917,61636..61714))	Aspergillus niger	4989595
An18g00320	CDS	An18g00320	NT_166533.1	62247	64136	D	Similarity: similarity corresponds to fungal Zn(2)-Cys(6) binuclear cluster domain (Pfam PF00172).; Title: weak similarity to zinc-finger protein CZF1 -Candida albicans; nucleus; See PMID 1409649; uncharacterized protein	join(62247..62324,62388..64136)	Aspergillus niger	4989567
An18g00330	CDS	An18g00330	NT_166533.1	64354	65444	D	Remark: regulation of the actin cytoskeleton as it is exerted by P. polycephalum actin-fragmin kinase, is essential for diverse cellular processes such as cell division, cell motility and the formation and maintenance of specialized structures in differentiated cells.; Title: similarity to actin-fragmin kinase - Physarum polycephalum; See PMID 8389700; See PMID 8896448; See PMID 10357805; See PMID 10491179; uncharacterized protein	join(64354..64513,64582..65444)	Aspergillus niger	4989579
An18g00340	CDS	An18g00340	NT_166533.1	65494	66349	R	Similarity: weak similarity to SCOP domain d5rubb1 Ribulose 1,5-bisphosphate carboxylase-oxygenase -Rhodospirillum rubrum; hypothetical protein	complement(join(65494..65572,65678..65821,65865..66349))	Aspergillus niger	84593620
An18g00350	CDS	An18g00350	NT_166533.1	66808	67536	R	hypothetical protein	complement(join(66808..66887,67079..67137,67231..67289,67379..67390,67438..67536))	Aspergillus niger	84593621
An18g00360	CDS	An18g00360	NT_166533.1	67892	68980	D	hypothetical protein	join(67892..68128,68216..68227,68307..68474,68565..68650,68740..68980)	Aspergillus niger	84593622
An18g00370	CDS	An18g00370	NT_166533.1	69173	69856	D	Title: strong similarity to hypothetical transmembrane protein - Candida albicans; uncharacterized protein	join(69173..69240,69313..69856)	Aspergillus niger	4989600
An18g00380	CDS	An18g00380	NT_166533.1	71244	73013	D	Function: The S. cerevisiae ATR1 gene product permits growth at extremely high concentrations of aminotriazole (80 mM), whereas a chromosomal deletion of ATR1 caused growth inhibition at very low concentrations (5 mM).; Title: strong similarity to aminotriazole resistance protein Atr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 2123132; See PMID 3280970; uncharacterized protein	join(71244..71485,71561..72070,72149..73013)	Aspergillus niger	4989601
An18g00390	CDS	An18g00390	NT_166533.1	73477	74369	D	hypothetical protein	join(73477..74098,74314..74369)	Aspergillus niger	4989602
An18g00400	CDS	An18g00400	NT_166533.1	75217	76830	D	Title: similarity to inorganic phosphate transporter PT1 - Nicotiana tabacum; plasma membrane; See PMID 11266109; uncharacterized protein	join(75217..75342,75434..75805,75907..76830)	Aspergillus niger	4989603
An18g00410	CDS	An18g00410	NT_166533.1	77062	78435	R	Title: similarity to hypothetical protein T22K18.2 -Arabidopsis thaliana; uncharacterized protein	complement(join(77062..77323,77384..77444,77502..77694,77778..78214,78276..78435))	Aspergillus niger	4989604
An18g00420	CDS	An18g00420	NT_166533.1	79525	81182	D	Title: strong similarity to hypothetical neutral amino acid permease - Neurospora crassa; plasma membrane; uncharacterized protein	join(79525..79639,79703..79811,79869..79984,80059..80301,80359..81182)	Aspergillus niger	4989605
An18g00430	CDS	An18g00430	NT_166533.1	81459	82841	R	Function: the M. grisea PTH11 gene product is presumably involved in host surface recognition and can activate appressorium differentiation in response to inductive surface cues.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	complement(join(81459..81865,81919..81983,82039..82430,82504..82611,82680..82841))	Aspergillus niger	4989606
An18g00440	CDS	An18g00440	NT_166533.1	83718	85670	R	Title: strong similarity to monosaccharide transporter AmMst-1 - Amanita muscaria; plasma membrane; See PMID 9487692; uncharacterized protein	complement(join(83718..83923,83972..84102,84159..84546,84605..84846,84898..85146,85193..85448,85501..85552,85602..85670))	Aspergillus niger	4989607
An18g00450	CDS	An18g00450	NT_166533.1	86153	88828	R	hypothetical protein	complement(join(86153..86168,86256..86372,86478..86585,86712..86775,86858..86973,87053..87118,87172..87300,87462..87487,87587..87697,87962..88009,88089..88250,88373..88559,88698..88828))	Aspergillus niger	84593623
An18g00460	CDS	An18g00460	NT_166533.1	89290	91317	D	Similarity: the encoded protein shows also similarities to E. coli tolB-like proteins.; Title: similarity to protein fragment SEQ ID NO:37063 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	89290..91317	Aspergillus niger	4989609
An18g00470	CDS	An18g00470	NT_166533.1	91474	92335	R	Similarity: similarity to unnamed ORF AX053132_1 Tremblnew.; Title: strong similarity to sequence 11 from patent WO0073470 - Zea mays; uncharacterized protein	complement(join(91474..91682,91737..92210,92248..92335))	Aspergillus niger	4989610
An18g00480	CDS	An18g00480	NT_166533.1	92870	94704	D	Function: efflux of the toxic drug cycloheximide by H+ antiport (TC 2. A. 1. 2. 2).; Title: strong similarity to cycloheximide resistance protein CYHR - Candida maltosa; plasma membrane; See PMID 1628836; uncharacterized protein	join(92870..93053,93117..93790,93901..94704)	Aspergillus niger	4989611
An18g00490	CDS	An18g00490	NT_166533.1	96695	97751	R	Catalytic activity: salicylate + NADH + O2 = catechol + NAD+ + H2O + CO2.; Function: nahG of P. stutzeri catalyzes the formation of catechol from salicylate, a key intermediate in naphthalene catabolism.; Induction: nahG of P. stutzeri is induced and expressed upon incubation with salicylate.; Pathway: nahpthalene, salicylate, and phenylalanine metabolism.; Similarity: the ORF is shorter than nahG of P. stutzeri (277 compared to 437 amino acids).; Title: similarity to salicylate hydroxylase nahW -Pseudomonas stutzeri; See PMID 10197990; See PMID 10433976; See PMID 10713446; uncharacterized protein	complement(join(96695..96718,96830..96937,97050..97751))	Aspergillus niger	4989612
An18g00500	CDS	An18g00500	NT_166533.1	98674	100674	R	Catalytic activity: catalyses the 14 alpha-demethylation of obtusifoliol to 4 alpha-methyl-5 alpha-ergosta-8, 14,24(28)-trien-3 beta-ol as evidenced by GC-MS.; Function: CYP51s catalyses in all eukaryotes the 14alpha-demethylation of sterols.; Remark: the S. bicolor cytochrome CYP51 gene product is a P450 orthologous to the sterol 14 alpha-demethylases (CYP51) from fungi and mammals.; Similarity: CYP51s form the only family of P450 proteins conserved in evolution from prokaryotes to fungi,plants and mammals.; Title: strong similarity to obtusifoliol 14-alpha demethylase CYP51 - Sorghum bicolor; See PMID 9076987; See PMID 10336628; uncharacterized protein	complement(join(98674..99222,99297..99872,99942..100181,100418..100502,100634..100674))	Aspergillus niger	4989613
An18g00510	CDS	An18g00510	NT_166533.1	102163	103636	D	Catalytic activity: (D)-6-hydroxynicotine + H(2)o + o(2) = 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)o(2).; Pathway: degradation of nicotine (inducible).; Similarity: similarity to other oxygen oxidoreductases that covalently bind FAD.; Title: similarity to 6-hydroxy-d-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 2115879; See PMID 2680607; See PMID 3905431; uncharacterized protein	join(102163..102300,102362..103636)	Aspergillus niger	4989614
An18g00520	CDS	An18g00520	NT_166533.1	104963	116702	D	Function: the C. heterostrophus PKS1 gene product is a multifunctional polyketide synthase with six catalytic domains: beta-ketoacyl synthase, acyltransferase,dehydratase, enoyl reductase, beta-ketoacyl reductase, and acyl carrier protein involved in production of T-toxin.; Title: strong similarity to polyketide synthase PKS1 - Cochliobolus heterostrophus; See PMID 8953776; uncharacterized protein	join(104963..105025,105099..113846,113931..116702)	Aspergillus niger	4989615
An18g00530	CDS	An18g00530	NT_166533.1	117780	120057	D	Catalytic activity: versicolorin B synthase of A. parasiticus catalyzes the side chain cyclization of racemic versiconal hemiacetal to the bisfuran ring system of versicolorin B.; Pathway: versicolorin B synthase catalyzes an essential transformation in the aflatoxin biosynthetic pathway of A. parasiticus.; Remark: vbs of A. parasiticus possesses an amino-terminal sequence homologous to the ADP-binding region of other flavoenzymes; however, this enzyme does not require flavin or nicotinamide cofactors for its cyclase activity.; Similarity: the predicted ORF shows strong similarity also to other oxidureductases of different specificity.; Title: strong similarity to versicolorin B synthase vbs - Aspergillus parasiticus; See PMID 8662689; See PMID 10855719; uncharacterized protein	join(117780..118142,118228..118269,118351..119251,119316..119768,119846..119908,119966..120057)	Aspergillus niger	4989616
An18g00540	CDS	An18g00540	NT_166533.1	120818	125385	R	Function: alpha-latrotoxin is the major component of black widow spider venom, and is particularly studied for its effects on a variety of neurosecretory cells.; Function: alpha-latrotoxin triggers a massive exocytosis in the target cells, both due to calcium influx via specifically-induced channels, and due to the binding to other calcium-independent receptors.; Similarity: the N-terminal half of the predicted ORF shows an equally good similarity to B24M22. 200 of N. crassa, an hypothetical protein related to small s protein.; Similarity: the predicted ORF contains two ankyrin repeats.; Similarity: the similarity to the alpha-latrotoxin precursor of L. tredecimguttatus involves the C-terminal half of the predicted ORF.; Title: similarity to precursor of alpha-latrotoxin -Latrodectus tredecimguttatus; extracellular/secretion proteins; See PMID 9799228; See PMID 10382267; uncharacterized protein	complement(join(120818..121450,121526..125094,125232..125385))	Aspergillus niger	4989617
An18g00550	CDS	An18g00550	NT_166533.1	125596	127058	R	Catalytic activity: S-adenosyl-L-methionine + 6-demethylsterigmatocystin = S-adenosyl-L-homocysteine + sterigmatocystin.; Catalytic activity: dihydromethylsterigmatocystin can also act as methyl acceptor, and the product of the reaction is dihydrosterigmatocystin.; Pathway: in A. parasiticus omtB-dmtA catalyzes a crucial step in the biosynthesis of aflatoxins.; Remark: the purification and biochemical characterization of dmtA of A. parasiticus are described in a journal article not indexed by PubMed: Appl Environ Microbiol, January 1998, p. 166-171, Vol. 64, No. 1.; Similarity: omtB of A. parasiticus is almost identical to dmtA (also known as MT-I) of the same organism.; Similarity: the predicted ORF shows strong similarity also to several methyltransferases with different specificities.; Title: strong similarity to O-methyltransferase B omtB - Aspergillus parasiticus; cytoplasm; See PMID 10543813; See PMID 10806361; uncharacterized protein	complement(join(125596..125909,125972..126438,126507..126630,126699..126825,126891..127058))	Aspergillus niger	4989618
An18g00560	CDS	An18g00560	NT_166533.1	127071	129188	R	Similarity: the similarity to fixR homolog of A. tumefaciens involves only the N-terminal half of the predicted ORF.; Title: weak similarity to hypothetical fixR homolog - Agrobacterium tumefaciens; uncharacterized protein	complement(join(127071..127255,127282..127325,127513..127670,128010..128229,128496..128633,128716..128852,128940..129033,129130..129188))	Aspergillus niger	84593624
An18g00570	CDS	An18g00570	NT_166533.1	129772	130770	D	Title: similarity to hypothetical protein CAD36967.1 - Neurospora crassa; uncharacterized protein	join(129772..129821,129880..130016,130064..130118,130170..130770)	Aspergillus niger	4989620
An18g00580	CDS	An18g00580	NT_166533.1	131350	131615	R	hypothetical protein	complement(join(131350..131495,131549..131615))	Aspergillus niger	84593625
An18g00590	CDS	An18g00590	NT_166533.1	131778	132724	D	Remark: C-terminally truncated ORF due to contig border.; hypothetical protein [truncated ORF]	join(131778..131863,131990..132061,132240..132333,132530..>132724)	Aspergillus niger	84593626
An18g00600	CDS	An18g00600	NT_166533.1	132853	133296	D	Localization: the association of hsp30 of N. crassa with mitochondria is reversible and hsp30 dissociates after cells are returned to normal temperature.; Phenotype: disruption of hsp30 in N. crassa causes extreme sensitivity to the combination of temperature stress and carbohydrate limitation, suggesting that hsp30 may be important for efficient carbohydrate utilization during high temperature stress.; Remark: N-terminally truncated ORF due to contig border.; Similarity: hsp30 of N. crassa is related to the alpha-crystallin/Hsp20 family; Similarity: the predicted ORF shows stronger similarity to HSP30 of A. nidulans, which was not functionally characterized.; Title: strong similarity to heat shock protein hsp30 - Neurospora crassa [truncated ORF]; localisation:mitochondrion; See PMID 2144284; See PMID 7761443; uncharacterized protein	<132853..133296	Aspergillus niger	4989623
An18g00620	CDS	An18g00620	NT_166533.1	134509	135226	R	Function: gamma-TIP of A. thaliana is a water-specific channel of the vacuolar membrane; it may play a role in the control of cell turgor and cell expansion.; Induction: gamma-TIP of A. thaliana is induced by gibberellins.; Similarity: gamma-TIP of A. thaliana belongs to the transmembrane channel major intrinsic protein (MIP) family,comprising water and small neutral solutes (e. g. glycerol) transporters.; Title: similarity to tonoplast intrinsic protein TIP-gamma - Arabidopsis thaliana; vacuole; See PMID 8155880; See PMID 8508761; uncharacterized protein	complement(join(134509..134627,134674..135226))	Aspergillus niger	4989625
An18g00630	CDS	An18g00630	NT_166533.1	136091	137119	R	hypothetical protein	complement(join(136091..136326,136391..136698,136777..137033,137096..137119))	Aspergillus niger	4989626
An18g00640	CDS	An18g00640	NT_166533.1	137371	137919	D	hypothetical protein	join(137371..137480,137631..137919)	Aspergillus niger	84593627
An18g00650	CDS	An18g00650	NT_166533.1	137930	139834	D	Remark: the structure of the gene is questionable.; Title: weak similarity to hypothetical protein AAA73346.1 - Mycobacterium tuberculosis; uncharacterized protein	join(137930..138056,138435..138692,138800..138918,139220..139253,139355..139579,139767..139834)	Aspergillus niger	84593628
An18g00660	CDS	An18g00660	NT_166533.1	140490	141239	R	Catalytic activity: S-Adenosyl-L-methionine is used as the methyl-group donor.; Function: CCoAOMT of N. tabacum is involved in the biosynthesis of lignin.; Similarity: the predicted ORF is partially identical to A. niger EST EMBLEST Acc. BE758937.; Similarity: the predicted ORF shows strong similarity or similarity to a huge number of putative or characterized O-methyltransferases of bacterial, fungal or plant origin, with different specificities and functions.; Title: similarity to caffeoyl-CoA O-methyltransferase CCoAOMT-1 - Nicotiana tabacum; See PMID 9484483; uncharacterized protein	complement(140490..141239)	Aspergillus niger	4989629
An18g00670	CDS	An18g00670	NT_166533.1	142131	144111	D	Title: weak similarity to p45 NF-E2 related factor 2 NRF2 - Mus musculus; See PMID 8943040; uncharacterized protein	join(142131..142720,142785..144111)	Aspergillus niger	4989630
An18g00680	CDS	An18g00680	NT_166533.1	145268	146131	R	hypothetical protein	complement(join(145268..145654,145824..145902,145983..146131))	Aspergillus niger	4989631
An18g00690	CDS	An18g00690	NT_166533.1	146763	148378	D	Title: similarity to hypothetical esterase SCD10.24 - Streptomyces coelicolor; uncharacterized protein	join(146763..146771,147089..147149,147463..147707,147800..148378)	Aspergillus niger	4989632
An18g00700	CDS	An18g00700	NT_166533.1	149300	151250	D	Function: in S. cerevisiae FLR1 confers resistance to cerulenin, benomyl, methotrexate and diazaborine.; Function: multidrug transporters are membrane proteins which, by an unknown mechanism, recognize diverse toxic compounds and efflux them from cells.; Induction: FLR1 of S. cerevisiae is dramatically induced by AP-1 and PDR3, two transcription factors known to mediate cellular resistance to toxicants.; Remark: FLR1 of S. cerevisiae is also known as YBR008C.; Similarity: the predicted ORF and FLR1 of S. cerevisiae show strong similarity to known and hypothetical members of the multidrug efflux transporters belonging to the major facilitator superfamily of transport proteins.; Title: strong similarity to fluconazole resistance transporter Flr1 - Saccharomyces cerevisiae; plasma membrane; See PMID 9235926; See PMID 10102370; See PMID 10572257; See PMID 10903515; uncharacterized protein	join(149300..149844,149895..149951,150018..150198,150255..150478,150557..150700,150753..150809,150868..151001,151066..151138,151193..151250)	Aspergillus niger	4989633
An18g00710	CDS	An18g00710	NT_166533.1	151623	152893	R	Title: strong similarity to hypothetical protein CGA009 - Rhodopseudomonas palustris; uncharacterized protein	complement(join(151623..151817,151897..152248,152318..152652,152711..152893))	Aspergillus niger	84593629
An18g00720	CDS	An18g00720	NT_166533.1	153257	154800	R	Title: questionable ORF; uncharacterized protein	complement(join(153257..153409,153781..153882,153952..154037,154531..154645,154714..154800))	Aspergillus niger	84593630
An18g00730	CDS	An18g00730	NT_166533.1	155421	156713	D	Function: CAP59, as well as the other two capsule-associated proteins CAP60 and CAP64, are essential for the formation or the stabilization of the capsule in C. neoformans.; Function: the polysaccharide capsule is one of the most important virulence factors for the pathogenic fungus C. neoformans.; Similarity: the similarity to CAP59 of C. neoformans does not involve the N-terminal region of the two proteins.; Title: strong similarity to capsule-associated protein CAP59 - Cryptococcus neoformans; cell wall; See PMID 8007987; See PMID 9573112; uncharacterized protein	155421..156713	Aspergillus niger	4989636
An18g00740	CDS	An18g00740	NT_166533.1	157327	159388	D	hypothetical protein	join(157327..157582,157672..158155,158220..158803,158862..159388)	Aspergillus niger	4989637
An18g00750	CDS	An18g00750	NT_166533.1	160310	161545	D	Title: similarity to diagnostic protein #11744 from patent WO200175067-A2 - Homo sapiens; uncharacterized protein	join(160310..160401,160456..160681,160737..160793,160825..161163,161219..161392,161444..161545)	Aspergillus niger	4989638
An18g00760	CDS	An18g00760	NT_166533.1	161814	162317	R	Function: many ankyrin repeat regions are known to function as protein-protein interaction domains.; Remark: human tankyrases have been patented by various companies: see patents WO104326, WO100849,WO9964606.; Similarity: ankyrin repeats (ANK) are tandemly repeated modules of about 33 amino acids, that occur in a large number of functionally diverse proteins mainly from eukaryotes.; Similarity: the predicted ORF shows similarity also to the ZU5 domain present in ZO-1 and Unc5-like netrin receptors, which function remains unknown.; Similarity: the similarity to tankyrase of H. sapiens and other proteins is mainly due to the presence of an ankyrin repeat.; Title: weak similarity to TRF1-interacting ankyrin-related ADP-ribose polymerase tankyrase - Homo sapiens; See PMID 9822378; uncharacterized protein	complement(join(161814..162070,162155..162196,162296..162317))	Aspergillus niger	84593631
An18g00790	CDS	An18g00790	NT_166533.1	162431	166843	D	Title: strong similarity to retrotransposon Tto1 -Nicotiana tabacum; See PMID 8624443; uncharacterized protein	162431..166843	Aspergillus niger	4989640
An18g00810	CDS	An18g00810	NT_166533.1	168055	168942	D	Function: the function of frnE of Streptomyces is unknown.; Localization: frnE of Streptomyces is not membrane-bound.; Remark: frenolicin B is an antibiotic used as an anticoccidial agent.; Remark: frnE of Streptomyces belongs to the frenolicin gene cluster.; Title: similarity to frenolicin gene E product frnE from patent EP806480-A2 - Streptomyces sp.; uncharacterized protein	join(168055..168102,168165..168309,168368..168942)	Aspergillus niger	4989641
An18g00820	CDS	An18g00820	NT_166533.1	169067	169851	R	Similarity: the predicted ORF is partially identical to A. niger EST EMBLEST Acc. BE759903.; Similarity: the predicted ORF shows similarity or weak similarity to some putative O-methyltransferases, and contains some structural features common to such class of enzymes.; Title: strong similarity to hypothetical mll5689 -Mesorhizobium loti; uncharacterized protein	complement(join(169067..169278,169335..169851))	Aspergillus niger	4989642
An18g00830	CDS	An18g00830	NT_166533.1	169916	170513	D	Title: weak similarity to EST an_2841 - Aspergillus niger; uncharacterized protein	join(169916..170029,170085..170513)	Aspergillus niger	84593632
An18g00840	CDS	An18g00840	NT_166533.1	170686	171529	R	Remark: TrpG of patent WO9806734-A1 is identical to trpG protein of Corynebacterium glutamicum, a putative protein predicted to have glutamine amidotransferase activity.; Similarity: the predicted ORF shows much stronger similarities to B. carinata, S. pombe, and A. thaliana hypothetical proteins.; Title: similarity to protein CJAS1 from patent WO200263018-A2 - Brassica napus; uncharacterized protein	complement(join(170686..170856,171026..171100,171161..171529))	Aspergillus niger	4989644
An18g00850	CDS	An18g00850	NT_166533.1	172154	172942	D	Phenotype: null mutation of paiB in B. subtilis is lethal.; Remark: in B. subtilis paiB is the second ORF of the pai operon, involved in negative control of sporulation and degradative-enzyme production.; Title: similarity to transcription regulator paiB -Bacillus subtilis; See PMID 2108124; uncharacterized protein	172154..172942	Aspergillus niger	4989645
An18g00860	CDS	An18g00860	NT_166533.1	173166	174878	D	Function: pro1 is essential in S. macrospora for the formation of multicellular fruiting bodies called perithecia.; Similarity: the N-terminal region of the predicted ORF contains a fungal Zn(2)-Cys(6) binuclear cluster domain, a cysteine-rich region that binds DNA, and is found in many fungal transcriptional activators.; Similarity: the similarity to pro1 of S. macrospora is only due to the conserved fungal zinc-finger motiv.; Title: similarity to zinc-finger transcription factor pro1 - Sordaria macrospora; See PMID 10224253; uncharacterized protein	173166..174878	Aspergillus niger	4989646
An18g00870	CDS	An18g00870	NT_166533.1	175819	176874	R	Catalytic activity: 2,3-dihydroxybenzoate = catechol + co(2).; Complex: O-pyrocatechuate decarboxylase of A. niger is a homotetramer.; Pathway: last step in the metabolism of indole to catechol.; Remark: the catalytic active site of O-pyrocatechuate decarboxylase of A. niger was characterized and it is not conserved in the predicted ORF.; Remark: the gene for O-pyrocatechuate decarboxylase of A. niger was not yet cloned; the database entries are derived from peptide mapping experiments.; Title: similarity to O-pyrocatechuate decarboxylase - Aspergillus niger; See PMID 7601088; uncharacterized protein	complement(175819..176874)	Aspergillus niger	4989647
An18g00880	CDS	An18g00880	NT_166533.1	177884	178705	D	Catalytic activity: dihydrofolate reductase catalyzes the reaction: 5,6,7,8-tetrahydrofolate + NADP(+) = 7,8-dihydrofolate + NADPH.; Pathway: dihydrofolate reductase catalyzes essential steps for de novo glycine and purine synthesis and for the conversion of dUMP to dTMP.; Similarity: the similarity to dfr1 of S. pombe involves the C-terminal part of the predicted ORF and the N-terminal part of the dihydrofolate reductase enzyme.; Title: similarity to dihydrofolate reductase dfr1p -Schizosaccharomyces pombe; See PMID 8088538; uncharacterized protein	join(177884..178366,178415..178705)	Aspergillus niger	4989648
An18g00890	CDS	An18g00890	NT_166533.1	179398	180969	R	hypothetical protein	complement(179398..180969)	Aspergillus niger	84593633
An18g00900	CDS	An18g00900	NT_166533.1	181815	182426	D	Catalytic activity: cis-trans isomerization of proline imidic peptide bonds in oligopeptides.; Function: peptidyl-prolyl cis-trans isomerases (PPIases) accelerate the folding of proteins.; Remark: FPR1 of S. cerevisiae is also called FKB1,RBP1 or YNL135C.; Remark: FPR1 of S. cerevisiae is the molecular target of the immunosuppressant drug FK506 and also mediates the sensitivity to rapamycin.; Similarity: FPR1 belongs to the FKBP-type PPIase family; these proteins share common structural and functional features with the cyclophilins, but these last are responsive to heat shock.; Title: strong similarity to peptidyl-prolyl isomerase Fpr1 - Saccharomyces cerevisiae; cytoplasm; See PMID 1701173; See PMID 1704127; See PMID 7685914; uncharacterized protein	join(181815..181930,182055..182122,182179..182239,182307..182327,182381..182426)	Aspergillus niger	4989650
An18g00910	CDS	An18g00910	NT_166533.1	182689	183490	R	Catalytic activity: salE of Acinetobacter have esterase activity against short-chain alkyl esters of 4-nitrophenol but is also able to hydrolyze ethyl salicylate to ethanol and salicylic acid.; Phenotype: salE mutants of Acinetobacter lose the ability to utilize only ethyl and methyl salicylates of the esters tested as sole carbon sources.; Similarity: the predicted ORF is partially identical to A. niger EST EMBLEST Acc. BE759031.; Title: similarity to alkyl salicylate esterase salE - Acinetobacter sp.; See PMID 10715011; uncharacterized protein	complement(join(182689..183009,183113..183490))	Aspergillus niger	4989651
An18g00920	CDS	An18g00920	NT_166533.1	183685	184189	D	hypothetical protein	join(183685..183969,184061..184189)	Aspergillus niger	84593634
An18g00940	CDS	An18g00940	NT_166533.1	184885	186687	R	Catalytic activity: L-sorbose + acceptor <=> 5-dehydro-D-fructose + reduced acceptor.; Cofactor: FAD.; Title: strong similarity to FAD dependent L-sorbose dehydrogenase SDH - Gluconobacter oxydans; See PMID 9023923; uncharacterized protein	complement(join(184885..184917,184969..185458,185511..185819,185873..186243,186604..186687))	Aspergillus niger	4989654
An18g00950	CDS	An18g00950	NT_166533.1	187432	188419	R	Title: weak similarity to hypothetical acetyltransferase MK0549 - Methanopyrus kandle; uncharacterized protein	complement(join(187432..187766,187845..188167,188322..188419))	Aspergillus niger	4989655
An18g00960	CDS	An18g00960	NT_166533.1	188856	191023	R	Function: Hnm1 of S. cerevisiae is the unique coline permease in yeast (Km of 0. 5 micromolar).; Regulation: in S. cerevisiae, expression of HNM1 gene is regulated by the phospholipid precursors inositol and choline and this regulation involves the trans-acting factors Ino2p, Ino4p and Opi1p.; Remark: alternate name for S. cerevisiae Hnm1 is YGL077c.; Similarity: Hnm1 of S. cerevisiae belongs to the APC family, which encompasses amino acid permeases more related to the mammalian cationic amino-acid transporter family (Tea/ecoR).; Title: strong similarity to choline permease Hnm1 -Saccharomyces cerevisiae; plasma membrane; See PMID 7520996; See PMID 8264542; See PMID 2203793; uncharacterized protein	complement(join(188856..189100,189137..189308,189390..189719,189784..189803,189869..190246,190318..190390,190444..190543,190893..191023))	Aspergillus niger	4989656
An18g00970	CDS	An18g00970	NT_166533.1	191414	192059	R	Title: weak similarity to hypothetical protein BAA96207.1 - Oryza sativa; uncharacterized protein	complement(join(191414..191926,192024..192059))	Aspergillus niger	84593635
An18g00980	CDS	An18g00980	NT_166533.1	192265	193344	D	Function: M. grisea Pth11 is a pathogenicity gene.; Function: M. grisea Pth11p is likely to be involved in host surface recognition.; Function: M. grisea pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation.; Localization: in M. grisea, a Pth11-green fluorescent protein fusion localised to the cell membrane and vacuoles.; Similarity: similarity of the predicted A. niger protein and M. grisea Pth11 is limited to the N-terminal half of the protein sequences.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(192265..192408,192474..192800,192858..193000,193050..193344)	Aspergillus niger	4989658
An18g00990	CDS	An18g00990	NT_166533.1	193431	193571	R	Title: strong similarity to EST an_1359 -Aspergillus niger; uncharacterized protein	complement(193431..193571)	Aspergillus niger	4989659
An18g01000	CDS	An18g01000	NT_166533.1	194144	195123	D	Similarity: the nucleotide sequence of the ORF shows strong similarity to the ESTs an_2192 and an_2204 of A. niger.; Title: strong similarity to EST an_2192 -Aspergillus niger; uncharacterized protein	join(194144..194393,194456..194685,194749..195123)	Aspergillus niger	4989660
An18g01010	CDS	An18g01010	NT_166533.1	195624	197108	D	Function: FLU1 of C. albicans facilitates resistance to fluconazole and cycloheximide in the fluconazole-hypersensitive S. cerevisiae strain YKKB-13 lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Function: FLU1 of C. albicans facilitates resistance to mycophenolic acid in C. albicans.; Function: FLU1 of C. albicans is involved in the resistance to azol derivatives in C. albicans.; Function: MDR1 of C. albicans facilitates resistance to the anti-mitotic drug benomyl and to the dihydrofolate reductase inhibitor methotrexate.; Similarity: N-terminus of the A. niger protein is app. 120 aa shorter than in FLU1 of C. albicans.; Similarity: the predicted A. niger protein shows strong similarity to fluconazole resistance protein FLU1of C. albicans, which is a permease belonging to the major facilitator superfamily.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(195624..195781,195842..197108)	Aspergillus niger	4989661
An18g01020	CDS	An18g01020	NT_166533.1	197673	198816	R	Complex: the estimated molecular mass of the purified gentisate 1, 2-dioxygenase of P. alcaligenes was 154 kDa, with a subunit mass of 39 kDa. its structure is deduced to be a tetramer.; Remark: gentisate 1,2-dioxygenase of P. alcaligenes exhibits typical saturation kinetics and has an apparent Km of 92 microM for gentisate. this enzyme has broad substrate specificities towards alkyl and halogenated gentisate analogs.; Similarity: the predicted A. niger protein shows strong similarity to gentisate 1,2-dioxygenase of P. alcaligenes and conserved hypothetical proteins from other procaryotic species.; Title: strong similarity to gentisate 1,2-dioxygenases xlnE - Pseudomonas alcaligenes; See PMID 10049846; uncharacterized protein	complement(join(197673..197962,198055..198489,198561..198816))	Aspergillus niger	4989662
An18g01030	CDS	An18g01030	NT_166533.1	199258	201036	D	Function: Mak1 from N. haematococca specifically hydroxylates the phytoalexins medicarpin and maackiain,converting them to less fungitoxic derivatives.; Localization: heterologous expression of the Mak1 cDNA construct in plants indicated that Mak1 protein accumulates in the plant cytoplasm, associated with endoplasmic reticulum membranes.; Similarity: the predicted A. niger protein shows strong similarity to Mak1 from the fungal pathogen N. haematococca. Mak1 belongs to the flavin-containing mono-oxygenases. best matches are with putative salicylate hydroxylases of several procaryotic species.; Title: strong similarity to maackiain detoxification protein 1 MAK1 - Nectria haematococca; endoplasmatic reticulum; See PMID 8709942; See PMID 11485199; uncharacterized protein	join(199258..199305,199367..199925,199991..200147,200228..200383,200447..200586,200678..201036)	Aspergillus niger	4989663
An18g01040	CDS	An18g01040	NT_166533.1	201410	204135	D	Phenotype: facB recessive loss of function mutants in A. nidulans are deficient in acetate induction of acetyl-CoA synthase, isocitrate lyase, malate synthase,acetamidase, and NADP-isocitrate dehydrogenase.; Similarity: the predicted A. niger protein shows similarity to acetate regulatory DNA binding protein FacB (facB) from A. nidulans, which belongs to the GAL4-type zinc cluster transcriptional activators.; Title: similarity to acetate regulatory DNA binding protein facB - Aspergillus nidulans; See PMID 9197408; uncharacterized protein	join(201410..201508,201583..201683,201752..201987,202042..202807,203017..203579,203681..203896,203969..204135)	Aspergillus niger	4989664
An18g01050	CDS	An18g01050	NT_166533.1	204417	206199	R	Catalytic activity: lignostilbene-alpha,beta-dioxygenase isozymes (LSD-I, II, and III) of P. paucimobilis catalyse the reaction 1,2-bis(4-hydroxy-3-methoxyphenyl)ethylene + O(2) = 2 vanillin; Cofactor: lignostilbene-alpha,beta-dioxygenase isozymes (LSD-I, II, and III) of P. paucimobilis require iron as a cofactor.; Complex: LSD-I, II, and III consist of alpha alpha,alpha beta, and beta beta subunits, respectively. they show different specificities for several substrates that are stilbene and styrene derivatives.; Function: LSD of P. paucimobilis catalyses the oxidative cleavage of the interphenyl double bond in the synthetic substrate and lignin-derived stilbenes. it is responsible for the degradation of a diarylpropane-type structure in lignin.; Similarity: the predicted A. niger protein shows strong similarity to subunit lsdB of lignostilbene-alpha,beta-dioxygenase isozyme LSD-III of P. paucimobilis and related dioxygenases from several plant species.; Title: strong similarity to subunit lsdB of lignostilbene-alpha,beta-dioxygenase isozyme LSD-III -Pseudomonas paucimobilis; See PMID 7763880; See PMID 8534977; uncharacterized protein	complement(join(204417..205088,205145..205282,205354..205763,205824..205947,206014..206199))	Aspergillus niger	4989665
An18g01060	CDS	An18g01060	NT_166533.1	206740	207696	D	Catalytic activity: 5-carboxymethyl-2-hydroxymuconate delta-isomerase from E. coli catalyses the reaction 5-carboxymethyl-2-hydroxymuconate = 5-carboxy-2-oxohept-3-enedioate.; Pathway: 5-carboxymethyl-2-hydroxymuconate delta-isomerase from E. coli is involved in tyrosine and phenylalanine metabolism.; Similarity: the predicted A. niger protein shows strong similarity to 5-carboxymethyl-2-hydroxymuconate delta-isomerase from E. coli and many putative 2-hydroxyhepta-2,4-diene-1, 7-dioate isomerases from several procaryotic and eucaryotic organisms.; Title: strong similarity to 5-carboxymethyl-2-hydroxymuconate delta-isomerase -Escherichia coli; cytoplasm; See PMID 8223600; uncharacterized protein	join(206740..207019,207087..207215,207311..207696)	Aspergillus niger	4989666
An18g01070	CDS	An18g01070	NT_166533.1	208628	211070	D	Function: FLU1 of C. albicans facilitates resistance to fluconazole and cycloheximide in the fluconazole-hypersensitive S. cerevisiae strain YKKB-13 lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Function: FLU1 of C. albicans facilitates resistance to mycophenolic acid in C. albicans.; Function: FLU1 of C. albicans is involved in the resistance to azol derivatives in C. albicans.; Function: MDR1 of C. albicans facilitates resistance to the anti-mitotic drug benomyl and to the dihydrofolate reductase inhibitor methotrexate.; Similarity: N-terminus of the A. niger protein is app. 120 aa shorter than in FLU1 of C. albicans.; Similarity: the predicted A. niger protein shows strong similarity to fluconazole resistance protein FLU1of C. albicans, which is a permease belonging to the major facilitator superfamily.; Title: similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(208628..208702,208810..208945,209208..209389,209456..209647,209724..209788,209850..210290,210366..210947,211067..211070)	Aspergillus niger	4989667
An18g01080	CDS	An18g01080	NT_166533.1	211441	212311	R	hypothetical protein	complement(join(211441..211864,211903..211986,212094..212194,212246..212311))	Aspergillus niger	84593636
An18g01090	CDS	An18g01090	NT_166533.1	212518	214481	D	Catalytic activity: lysophospholipase catalyses the reaction 2-lysophosphatidylcholine + H(2)O = glycerophosphocholine + a fatty acid anion.; Pathway: lysophospholipase is involved in phospholipid degradation.; Similarity: the predicted A. niger protein shows strong similarity to the protein sequences lysophospholipase (sequence 5 and sequence 7) of patents WO0127251-A/5 and WO0127251-A/7 from A. oryzae (AC# AX112082 and AC# AX112084) and to other fungal lysophospholipases.; Title: strong similarity to lysophospholipase from patent WO0127251-A - Aspergillus oryzae; extracellular/secretion proteins; See PMID 1722456; uncharacterized protein	join(212518..213327,213380..213519,213569..214481)	Aspergillus niger	4989669
An18g01100	CDS	An18g01100	NT_166533.1	214604	215862	R	Remark: the patent does not provide further information about the function of the protein.; Similarity: the predicted A. niger protein shows strong similarity to the protein sequence alcohol dehydrogenase (sequence 19) of patent EP0845532-A/19 from an unclassified organism (AC# A92108) and to other zinc-containing dehydrogenases.; Title: strong similarity to alcohol dehydrogenase from patent EP0845532-A - Unclassified organism; cytoplasm; uncharacterized protein	complement(join(214604..214689,214725..214864,214917..215274,215346..215862))	Aspergillus niger	4989670
An18g01110	CDS	An18g01110	NT_166533.1	216620	216880	D	hypothetical protein	216620..216880	Aspergillus niger	4989671
An18g01120	CDS	An18g01120	NT_166533.1	217063	219121	R	Catalytic activity: versicolorin B synthase from A. parasiticus catalyses the side chain cyclization of racemic versiconal hemiacetal to the bisfuran ring system of(-)-versicolorin B.; Pathway: versicolorin B synthase from A. parasiticus is involved in the aflatoxin biosynthetic pathway.; Remark: a splice site was detected upstream of the START codon.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Remark: the genes encoding the aflatoxin biosynthetic enzymes in A. parasiticus are clustered.; Remark: versicolorin B synthase from A. parasiticus possesses an amino-terminal sequence homologous to the ADP-binding region of other flavoenzymes, but does not require flavin or nicotinamide cofactors for its cyclase activity.; Similarity: the predicted A. niger protein shows strong similarity to versicolorin B synthase from A. parasiticus and other oxidoreductases.; Title: strong similarity to versicolorin B synthase vbs - Aspergillus parasiticus; See PMID 8662689; uncharacterized protein	complement(join(217063..217109,217166..217667,217724..218600,218659..218688,218739..219121))	Aspergillus niger	4989672
An18g01130	CDS	An18g01130	NT_166533.1	221050	222099	D	Remark: the patent does not provide further information about the function of the protein.; Similarity: the predicted A. niger protein shows similarity to the protein fragment (SEQ ID NO: 51484) of patent EP1033405-A2 from A. thaliana (AC# AAG41385) and to putative sterol desaturase family proteins.; Title: similarity to protein fragment SEQ ID NO:51484 from patent EP1033405-A2 - Arabidopsis thaliana; uncharacterized protein	221050..222099	Aspergillus niger	4989673
An18g01140	CDS	An18g01140	NT_166533.1	222449	223480	D	Title: similarity to ketopantoate reductase -Salmonella typhimurium; cytoplasm; See PMID 7519593; See PMID 9488683; uncharacterized protein	222449..223480	Aspergillus niger	4989674
An18g01150	CDS	An18g01150	NT_166533.1	224372	226315	D	Function: FLU1 of C. albicans facilitates resistance to fluconazole and cycloheximide in the fluconazole-hypersensitive S. cerevisiae strain YKKB-13 lacking the ABC (ATP-binding cassette) transporter gene PDR5.; Function: FLU1 of C. albicans facilitates resistance to mycophenolic acid in C. albicans.; Function: FLU1 of C. albicans is involved in the resistance to azol derivatives in C. albicans.; Function: MDR1 of C. albicans facilitates resistance to the anti-mitotic drug benomyl and to the dihydrofolate reductase inhibitor methotrexate.; Similarity: the predicted A. niger protein shows strong similarity to fluconazole resistance protein FLU1of C. albicans, which is a permease belonging to the major facilitator superfamily.; Title: strong similarity to fluconazole resistance protein FLU1 - Candida albicans; See PMID 11065353; uncharacterized protein	join(224372..224796,224870..225988,226045..226315)	Aspergillus niger	4989675
An18g01170	CDS	An18g01170	NT_166533.1	227427	229638	D	Catalytic activity: the NAP protein of Z. mays catalyses the reaction NAD(+) + {ADP-D-ribosyl}(N)-acceptor <=> nicotinamide + {ADP-D-ribosyl}(N+1)-acceptor.; Function: the NAP protein of Z. mays is involved in programmed cell death or apoptosis.; Localization: the NAP protein of Z. mays is a nuclear enzyme.; Remark: the ADP-D-ribosyl group of NAD(+) is transferred to an acceptor carboxyl group on a histone or the enzyme itself, and further ADP-ribosyl groups are transferred to the 2'-position of the terminal adenosine moiety, building up a polymer with an average chain length of 20-30 units.; Remark: the NAP polynucleotide sequences can be used for modulation of programmed cell death in eukaryotic cells. the method is used, specifically in plants, to induce, or protect against, programmed cell death,depending on the extent to which PARP activity is reduced. reducing expression of endogenous NAP class PARP only is also used to modulate programmed cell death, to increase growth rate and to produce plant cells that are more tolerant of stress (cold, chemical treatments, pathogens,pests, drought, heat, etc., or during transformation). particular applications are generation of plants that are resistant to fungi or nematodes; are male or female sterile; or have better seed-shatter properties. the methods are also used to improve growth of transformed plant cells (and derived calli or complete plants).; Similarity: the predicted A. niger protein shows strong similarity to the protein sequence poly(ADP-ribose) polymerase NAP protein of patent WO200004173-A1 from Z. mays (AC# AAY68834) and from many other eucaryotic organisms.; Title: strong similarity to poly(ADP-ribose) polymerase NAP protein from patent WO200004173-A1 - Zea mays; nucleus; See PMID 11246023; See PMID 11376691; See PMID 11385634; uncharacterized protein	join(227427..227496,227556..227669,227719..227988,228039..228884,228938..229020,229069..229638)	Aspergillus niger	4989677
An18g01180	CDS	An18g01180	NT_166533.1	230523	232181	D	Function: penicillin V amidohydrolase (PVA) from F. oxysporum is used for the enzymatic hydrolysis of penicillin V (phenoxy-methylpenicillin) to 6-aminopenicillanic acid (6-APA). 6-APA is the active beta-lactam nucleus used in the manufacture of semi-synthetic penicillins.; Similarity: the predicted A. niger protein shows strong similarity to the protein sequence penicillin V amidohydrolase (PVA) of patent US5516679-A from F. oxysporum (AC# AAW00291).; Title: strong similarity to penicillin V amidohydrolase PVA from patent US5516679-A - Fusarium oxysporum; extracellular/secretion proteins; uncharacterized protein	join(230523..232098,232162..232181)	Aspergillus niger	84593637
An18g01200	CDS	An18g01200	NT_166533.1	233494	235563	D	Function: ord1 of A. flavus converts O-methylsterigmatocystin to aflatoxin B1.; Pathway: ord1 of A. flavus catalyzes the last step of the aflatoxin biosynthetic pathway.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Similarity: the predicted A. niger protein shows strong similarity to O-methylsterigmatocystin (OMST)-oxidoreductase (ord1) from A. flavus, which belongs to the CYP64 family of cytochrome P450-type monooxygenases.; Title: strong similarity to O-methylsterigmatocystin oxidoreductase ord1 - Aspergillus flavus; See PMID 9143099; uncharacterized protein	join(233494..233532,233625..233817,233877..234006,234063..234258,234346..234472,234527..234771,234843..235114,235182..235563)	Aspergillus niger	4989678
An18g01210	CDS	An18g01210	NT_166533.1	235792	237364	R	Function: SRPK2 from M. musculus phosphorylates SF2/ASF, a member of SR splicing factors.; Remark: overexpression of murine SRPK2 causes disassembly of cotransfected SF2/ASF and endogenous SC35. SRPK family members may regulate the disassembly of the SR proteins in a tissue-specific manner.; Similarity: the predicted A. niger protein shows similarity to SRPK2 from M. musculus and strong similarity to putative serine/threonine protein kinases from several eucaryotic organisms.; Title: similarity to SR-protein-specific kinase SRPK2 - Mus musculus; nucleus; See PMID 9446799; uncharacterized protein	complement(join(235792..236003,236055..236217,236279..236583,236628..236953,237012..237364))	Aspergillus niger	4989681
An18g01220	CDS	An18g01220	NT_166533.1	237749	239406	R	Function: in S. cerevisiae, mutants (dal5) that lack allantoate transport have been isolated. these strains also exhibit a 60% loss of allantoin transport capability.; Regulation: in S. cerevisiae Dal5 appears to be sensitive to nitrogen catabolite repression, feedback inhibition, and trans-inhibition.; Regulation: in S. cerevisiae allantoate uptake is constitutive.; Similarity: the predicted A. niger protein shows strong similarity to allantoate permease gene (DAL5) from S. cerevisiae, which belongs to the major facilitator superfamily.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 3275614; See PMID 3549700; uncharacterized protein	complement(join(237749..238375,238431..238978,239036..239144,239203..239406))	Aspergillus niger	4989682
An18g01230	CDS	An18g01230	NT_166533.1	240028	242088	D	Function: M. grisea Pth11 is a pathogenicity gene.; Function: M. grisea Pth11p likely is involved in host surface recognition.; Function: M. grisea pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation.; Localization: in M. grisea, a Pth11-green fluorescent protein fusion localised to the cell membrane and vacuoles.; Similarity: similarity of the predicted A. niger protein and M. grisea Pth11 is limited to the N-terminal half of the protein sequences.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; plasma membrane; See PMID 10521529; uncharacterized protein	join(240028..240289,240338..240405,240462..240653,240713..241012,241074..241355,241541..241802,241970..242088)	Aspergillus niger	4989683
An18g01240	CDS	An18g01240	NT_166533.1	242714	244204	D	Catalytic activity: NahW of P. stutzeri catalyzes the conversion salicylate + NADH + O(2) <=> catechol + NAD(+) + H(2)O + CO(2).; Pathway: NahW of P. stutzeri is involved in the metabolization of naphtalene and salicylates (lower naphtalene degradation pathway).; Similarity: the predicted A. niger protein shows similarity to salicylate hydroxylase (nahW) of P. stutzeri,which belongs to the NADH-dependent monooxygenase superfamily.; Title: similarity to salicylate hydroxylase nahW -Pseudomonas stutzeri; See PMID 10197990; uncharacterized protein	join(242714..243085,243165..243450,243523..243822,243881..243956,244018..244204)	Aspergillus niger	4989684
An18g01250	CDS	An18g01250	NT_166533.1	244437	244813	R	Title: similarity to hypothetical protein encoded by An16g00840 - Aspergillus niger; uncharacterized protein	complement(join(244437..244683,244764..244813))	Aspergillus niger	4989685
An18g01270	CDS	An18g01270	NT_166533.1	245565	246069	D	hypothetical protein	join(245565..245599,245742..246069)	Aspergillus niger	84593638
An18g01280	CDS	An18g01280	NT_166533.1	248079	249164	R	hypothetical protein	complement(join(248079..248398,248591..248716,248753..248872,249116..249164))	Aspergillus niger	84593639
An18g01290	CDS	An18g01290	NT_166533.1	249699	251032	D	Title: strong similarity to hypothetical protein encoded by An13g01340 - Aspergillus niger; uncharacterized protein	join(249699..250298,250367..251032)	Aspergillus niger	4989689
An18g01300	CDS	An18g01300	NT_166533.1	251875	252684	D	Remark: paiB from B. subtilis seems to be essential.; Similarity: the predicted A. niger protein shows weak similarity to transcription regulator 2 of the pai operon of B. subtilis and conserved hypothetical proteins from several procaryotic organisms.; Title: similarity to transcription regulator paiB -Bacillus subtilis; See PMID 2108124; uncharacterized protein	251875..252684	Aspergillus niger	4989690
An18g01320	CDS	An18g01320	NT_166533.1	255507	257000	D	Function: BAR1 of S. cerevisiae selectively cleaves the 6-Leu-|-Lys-7 bond in the pheromone alpha-mating factor. BAR1 activity is abolished by in vitro mutation of an aspartic acid predicted to be in the active site.; Induction: secretion of BAR1 of S. cerevisiae is stimulated to as much as five times the basal level by exposure of cells to alpha-factor.; Localization: BAR1 of S. cerevisiae is secreted into the periplasmic space of MATa cells.; Remark: BAR1 of S. cerevisiae is already active in early compartments of the secretory pathway. Bar1 protease tolerates large N-terminal extensions of its substrate and does not require Golgi-specific modifications such as outer-chain glycosylation for activity.; Remark: the protein sequence of barrier protease BAR1 of S. cerevisiae is covered by patent WO9118988-A (AC# AAR20109). the patented barrier protease is useful in industrial processes where leucine-lysine or leucine-arginine cleavage is required at low pH or high temperature. barrier protease may also be used in the production and isolation of proteins made by genetic engineering methods, e. g. to cleave fusion proteins at Leu-Arg bonds.; Similarity: the predicted A. niger protein shows strong similarity to extracellular protease precursor BAR1 of S. cerevisiae which belongs to the subfamily A1 of aspartic-type peptidases.; Title: strong similarity to extracellular protease precursor Bar1 - Saccharomyces cerevisiae; extracellular/secretion proteins; See PMID 3124102; See PMID 6345506; See PMID 6397123; See PMID 9249020; uncharacterized protein	join(255507..255677,255741..256050,256111..257000)	Aspergillus niger	4989692
An18g01330	CDS	An18g01330	NT_166533.1	257847	259373	D	hypothetical protein	join(257847..258364,258447..258773,258864..259086,259248..259373)	Aspergillus niger	4989693
An18g01340	CDS	An18g01340	NT_166533.1	259672	261444	D	Remark: the patent does not provide further information about the function of the protein, except for a claim of phytase activity.; Similarity: the predicted A. niger protein shows strong similarity to protein sequence 11 from patent EP0684313-A/11 and several putative phytases.; Title: strong similarity to sequence 11 from patent EP0684313-A - Unclassified organism; uncharacterized protein	join(259672..259834,259884..260037,260103..261444)	Aspergillus niger	4989694
An18g01350	CDS	An18g01350	NT_166533.1	261632	263463	R	Remark: HA protein regulates homeostasis and adaptation. the C. glutamicum HA genes (I) can be used in vectors for expression in host cells and production of fine chemicals, such as, an organic acid, proteinogenic or nonproteinogenic amino acid (preferred), purine or pyrimidine base, nucleoside, nucleotide, lipid, saturated or unsaturated fatty acid, diol, carbohydrate, aromatic compound, vitamin, cofactor, polyketide or enzyme. the amino acids produced can be lysine, glutamine, glutamate,alanine, aspartate, glycine, serine, threonine, methionine,cysteine, valine, leucine, isoleucine, arginine, proline,histidine, tyrosine, phenylalanine, or tryptophan. the fine chemical production can be modulated. the presence of (I) or HA proteins encoded by then are used for diagnosing the presence or activity of Corynebacterium diphtheriae. (I) can be used to map the C. glutamicum genome or can be used as markers for genetically engineered Corynebacterium or Brevibacterium. the HA proteins encoded by the (I) are used to maintain homeostasis in C. glutamicum or help the microorganism to adapt to different environmental conditions.; Similarity: the predicted A. niger protein shows strong similarity to HA protein sequence SEQ ID NO:420 from patent WO200100842-A2 (AC# AAB79232), which is a monooxygenase by similarity.; Title: strong similarity to HA protein sequence SEQ ID NO:420 from patent WO200100842-A2 - Corynebacterium glutamicum; uncharacterized protein	complement(join(261632..261859,261908..262085,262143..262699,262757..262816,262873..262885,262942..263152,263204..263344,263397..263463))	Aspergillus niger	4989695
An18g01360	CDS	An18g01360	NT_166533.1	264246	266798	D	Function: S. cerevisiae DUR3 is a urea symporter mediating urea import.; Induction: high-level expression of S. cerevisiae DUR3 is inducer dependent, requiring functional DAL81 and DAL82 genes.; Regulation: expression of S. cerevisiae DUR3 is regulated in a manner similar to that of other genes in the allantoin pathway.; Repression: DUR3 expression is highly sensitive to nitrogen catabolite repression and also has a partial requirement for the GLN3 product.; Repression: maintenance of S. cerevisiae DUR3 mRNA at uninduced, nonrepressed basal levels requires the negatively acting DAL80 gene product.; Similarity: S. cerevisiae DUR3 belongs to the major facilitator family.; Title: strong similarity to urea transport protein Dur3 - Saccharomyces cerevisiae; plasma membrane; See PMID 8335627; uncharacterized protein	join(264246..264351,264384..264459,264504..264561,264609..264795,264845..264944,264987..265070,265117..265303,265348..265398,265446..265616,265663..265981,266030..266526,266589..266798)	Aspergillus niger	4989696
An18g01370	CDS	An18g01370	NT_166533.1	267063	268662	D	hypothetical protein	join(267063..267162,267428..267601,267737..267829,268182..268243,268338..268446,268508..268662)	Aspergillus niger	84593640
An18g01380	CDS	An18g01380	NT_166533.1	268740	274507	R	Function: YCF1 from S. cerevisiae is required for cadmium resistance. S. cerevisiae cells harboring a deletion of the YCF1 gene are hypersensitive to cadmium compared with wild type cells.; Remark: mutagenesis experiments demonstrate that conserved amino acid residues, functionally critical in the human cystic fibrosis transmembrane conductance regulator (hCFTR), play a vital role in YCF1-mediated cadmium resistance.; Remark: substitution of a serine to alanine residue in a potential protein kinase A phosphorylation site in a central region of YCF1, which displays sequence similarity to the central regulatory domain of hCFTR, also rendered YCF1 nonfunctional.; Remark: the YCF1 gene of S. cerevisiae is an MgATP-energized, uncoupler-insensitive vacuolar membrane glutathione S-conjugate transporter.; Similarity: the predicted A. niger protein shows strong similarity to cadmium factor (YCF1) from S. cerevisiae, which belongs to the ATP binding cassette (ABC) protein superfamily of membrane transporters.; Title: strong similarity to cadmium resistance protein Ycf1 - Saccharomyces cerevisiae [putative sequencing error]; putative sequencing error; See PMID 7521334; See PMID 7798263; See PMID 8626454; See PMID 8990158; uncharacterized protein	complement(join(268740..268784,268878..268966,269107..269753,269830..269913,269978..270171,270248..270669,270723..270787,270961..271192,271261..271608,271676..271838,271888..272185,272242..272735,272865..272979,273144..273701,273801..273918,274018..274219,274289..274507))	Aspergillus niger	4989698
An18g01390	CDS	An18g01390	NT_166533.1	275128	276732	R	Function: the CUP1 gene, and its copper-dependent transcriptional activator ACE1 play a key role in mediating copper resistance in S. cerevisiae.; Similarity: the predicted A. niger protein shows similarity to the copper homeostasis protein CUP9 from S. cerevisiae. the predicted A. niger protein shows strong similarity to the homeobox domain of many homeotic proteins.; Title: similarity to copper homeostasis protein Cup9 - Saccharomyces cerevisiae; nucleus; See PMID 7969120; uncharacterized protein	complement(275128..276732)	Aspergillus niger	4989699
An18g01400	CDS	An18g01400	NT_166533.1	277215	278607	D	Function: the MCT3 transporter from Rattus norvegicus is a proton-linked monocarboxylate transporter. it catalyzes the rapid transport across the plasma membrane of many monocarboxylates such as lactate, pyruvate,branched-chain oxo acids derived from leucine, valine and isoleucine, and the ketone bodies acetoacetate,beta-hydroxybutyrate and acetate.; Similarity: the predicted A. niger protein shows strong similarity to the monocarboxylate transporter 3 (MCT3) of R. norvegicus, which belongs to the major facilitator superfamily.; Title: strong similarity to monocarboxylate transporter 3 MCT3 - Rattus norvegicus; See PMID 9632638; See PMID 9841555; uncharacterized protein	join(277215..277585,277632..277886,277944..278382,278440..278607)	Aspergillus niger	4989700
An18g01410	CDS	An18g01410	NT_166533.1	279369	280859	D	Title: strong similarity to hypothetical protein B2J23.120 - Neurospora crassa; uncharacterized protein	join(279369..279447,279526..280235,280293..280859)	Aspergillus niger	4989701
An18g01420	CDS	An18g01420	NT_166533.1	280945	282625	R	hypothetical protein	complement(join(280945..282167,282232..282625))	Aspergillus niger	4989702
An18g01430	CDS	An18g01430	NT_166533.1	284007	285140	R	Catalytic activity: alcohol + NAD+ = aldehyde or ketone + NADH.; Pathway: alcohol dehydrogenase ADH-T from B. stearothermophilus is involved in glycolysis / gluconeogenesis; fatty acid metabolism; bile acid biosynthesis; tyrosine metabolism; glycerolipid metabolism.; Remark: the protein sequence of alcohol dehydrogenase ADH-T from B. stearothermophilus NCA1503 is covered by patent JP04218378-A (AC# AAR26874).; Similarity: the predicted A. niger protein shows strong similarity to thermostable alcohol dehydrogenase ADH-T from B. stearothermophilus NCA1503, which belongs to the zinc alcohol dehydrogenase (ADH) family.; Title: strong similarity to thermostable alcohol dehydrogenase adhT - Bacillus stearothermophilus; See PMID 1735726; See PMID 10971204; uncharacterized protein	complement(join(284007..284785,284858..285140))	Aspergillus niger	4989703
An18g01440	CDS	An18g01440	NT_166533.1	285519	288186	D	Similarity: the predicted A. niger protein shows local similarity to the hypothetical protein mll8086 from M. loti.; Title: strong similarity to hypothetical protein CAD70872.1 - Neurospora crassa; uncharacterized protein	join(285519..285602,285847..285863,285903..286004,286036..286043,286265..286797,286849..288186)	Aspergillus niger	4989704
An18g01450	CDS	An18g01450	NT_166533.1	289875	290447	D	Function: ordA of A. parasiticus is involved in the aflatoxin biosynthesis and converts O-methylsterigmatocystin (OMST) to aflatoxins B1 or G1 and converts dihydro-O-methylsterigmatocystin (DHOMST) to aflatoxins B2 or G2.; Remark: aflatoxins comprise a group of polyketide-derived carcinogenic mycotoxins.; Remark: it is assumed that the ORF is N-terminally shorter and has another start codon 5' to the predicted one; the ORF is around 400 amino acids shorter than most of the homologues cytochrome p450 proteins.; Remark: ordA of A. parasiticus is also called cytochrome p450 64, cyp64 or omst oxidoreductase.; Similarity: the ORF shows similarity to several cytochrome P450 related proteins from different species.; Title: strong similarity to O-methylsterigmatocystin oxidoreductase ordA - Aspergillus parasiticus; See PMID 9532734; uncharacterized protein	join(289875..290209,290291..290447)	Aspergillus niger	84593641
An18g01460	CDS	An18g01460	NT_166533.1	290923	291984	D	Catalytic activity: cyclohexanol dehydrogenases convert cyclohexanol + NAD(+) <=> cyclohexanone + NADH.; Function: chnA of A. sp. is an alcohol dehydrogenases proposed to catalyze the conversion of cyclohexanol to cyclohexanone (EC 1. 1. 1. 245).; Phenotype: cyclohexanol was detected as the major intermediate accumulated in the chnA mutant of A. sp.; Remark: chnA of A. sp. is encoded in the gene cluster for cyclohexanol oxidation.; Similarity: the ORF shows similarity to several dehydrogenases from different species and with various specificities.; Title: strong similarity to cyclohexanol dehydrogenase chnA - Acinetobacter sp.; See PMID 10940013; uncharacterized protein	join(290923..290971,291024..291384,291439..291551,291610..291632,291689..291741,291795..291984)	Aspergillus niger	4989706
An18g01470	CDS	An18g01470	NT_166533.1	292470	294853	D	Remark: aflatoxins are polyketide-derived secondary metabolites.; Remark: moxY of A. parasiticus is expressed concurrently with genes involved in aflatoxin biosynthesis and it lies on one end of the cluster of this genes. Therefore moxY of A. parasiticus is presumably also involved in aflatoxin biosynthesis.; Similarity: the ORF shows similarity to monooxigenases from several species and with different functions.; Title: strong similarity to monooxygenase moxY -Aspergillus parasiticus; See PMID 10855719; uncharacterized protein	join(292470..292588,292664..292667,292733..292949,293021..293422,293485..293549,293804..293825,293888..293937,293999..294136,294168..294396,294510..294604,294779..294853)	Aspergillus niger	4989707
An18g01480	CDS	An18g01480	NT_166533.1	295551	297104	D	Function: eln2 of C. cinereus encodes a novel type of microsomal cytochrome P450 enzyme, with is involved in mushroom morphogenesis.; Phenotype: a dominant mutation of the elongationless2 (eln2) gene of the mushroom C. cinereus affects pattern formation in the development of fruit body primordia, causing dumpy primordia which culminate in mature fruit bodies with short stipes.; Similarity: the ORF shows similarity to several cytochrome p450 related proteins from different species,which have different cellular functions.; Title: strong similarity to cytochrome p450 related protein eln2 - Coprinus cinereus; See PMID 10779399; uncharacterized protein	295551..297104	Aspergillus niger	4989708
An18g01490	CDS	An18g01490	NT_166533.1	297209	298377	R	Function: alr2 of S. cerevisiae is an uptake transporter for inorganic cations, e. g. magnesium, which presence seems to be important for resistance to the toxic effect of aluminum.; Remark: alr2 of S. cerevisiae is also called YFL050C.; Similarity: the predicted ORF is 395 amino acids shorter at the N-terminus and 57 amino acids shorter at its C-terminal end than alr2 of S. cerevisiae (nearly the same is true for alr1 of S. cerevisiae).; Title: strong similarity to ion transporter Alr2 -Saccharomyces cerevisiae; plasma membrane; See PMID 9430719; uncharacterized protein	complement(join(297209..297797,297854..298377))	Aspergillus niger	4989709
An18g01500	CDS	An18g01500	NT_166533.1	299193	300088	R	Title: strong similarity to hypothetical protein encoded by An15g02540 - Aspergillus niger; uncharacterized protein	complement(join(299193..299378,299435..299660,299724..300088))	Aspergillus niger	4989710
An18g01510	CDS	An18g01510	NT_166533.1	301316	301878	R	Remark: the ORF is questionable due to its suboptimal intron-exon structure and short lenght; Title: questionable ORF; uncharacterized protein	complement(join(301316..301426,301529..301665,301767..301878))	Aspergillus niger	84593642
An18g01520	CDS	An18g01520	NT_166533.1	302820	303941	D	Function: due to the presence of a putative 'zinc cluster' motif and its low (16%) but significant similarity with the DNA-directed DNA polymerase of hepatitis B virus,it was assumed that qutH of A. nidulans is a DNA-binding protein, which is possibly involved in the regulation of genes essential for the utilisation of protocatechuic acid.; Function: due to the similarity of the ORF to oxidoreductases, it is here assumed that the ORF is encoding a protein with oxidoreductase activity.; Similarity: the ORF shows similarity to several oxidoreductases from different species.; Title: strong similarity to quinic-acid utilisation gene qutH - Aspergillus nidulans; See PMID 2976880; uncharacterized protein	302820..303941	Aspergillus niger	4989712
An18g01530	CDS	An18g01530	NT_166533.1	304017	305431	R	Function: pth11 of M. grisea is involved in host surface recognition for the initiation of appressorium formation, which is important in plant infection.; Phenotype: M. grisea pth11 mutants are nonpathogenic due to a defect in appressorium differentiation.; Remark: on the same contig another ORF shows similarity to pth11 of M. grisea, see 130cg.; Similarity: the ORF is 85 amino acids shorter at its N-terminus and 155 amino acids shorter at the C-terminal end than pth11 of M. grisea.; Title: strong similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; See PMID 11113382; uncharacterized protein	complement(join(304017..304500,304556..305063,305123..305159,305228..305431))	Aspergillus niger	4989713
An18g01540	CDS	An18g01540	NT_166533.1	306130	307539	D	Function: TRI101 of F. sporotrichioides conferred significant increased tolerance to the mycotoxin DAS (trichothecene 4,15-diacetoxyscirpenol), which is harmful for vertebrates.; Function: TRI101 of F. sporotrichioides converts isotrichodermol to isotrichodermin and is required for the modification of T-2 toxin, which inhibits protein synthesis in eukaryotes.; Phenotype: TRI101 mutants of F. sporotrichioides were altered in their abilities to synthesize T-2 toxin and accumulated isotrichodermol and small amounts of 3,15-didecalonectrin and 3-decalonectrin, trichothecenes.; Title: strong similarity to trichothecene 3-O-acetyltransferase TRI101 - Fusarium sporotrichioides; See PMID 9762900; See PMID 10583973; See PMID 10960733; uncharacterized protein	306130..307539	Aspergillus niger	4989714
An18g01550	CDS	An18g01550	NT_166533.1	307628	310789	R	Title: similarity to hypothetical protein AAM43672.1 - Dictyostelium discoideum; uncharacterized protein	complement(join(307628..307704,307827..308776,308825..309076,309129..309376,309557..310789))	Aspergillus niger	4989715
An18g01560	CDS	An18g01560	NT_166533.1	311506	312874	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Title: questionable ORF; uncharacterized protein	join(311506..311617,311793..311882,311954..312076,312210..312328,312421..312498,312579..312670,312769..312874)	Aspergillus niger	84593643
An18g01570	CDS	An18g01570	NT_166533.1	313051	314560	D	Function: pth11 of M. grisea pth11 is involved in host surface recognition for the initiation of appressorium formation, which is important in plant infection.; Phenotype: M. grisea pth11 mutants are nonpathogenic due to a defect in appressorium differentiation.; Remark: on the same contig another ORF shows strong similarity to pth11 of M. grisea, see 160wg.; Similarity: the ORF is 92 amino acids shorter at the N-terminal end and 165 amino acid its C-terminus than pth11 of M. grisea.; Title: similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; See PMID 11113382; uncharacterized protein	join(313051..313200,313248..313364,313412..313602,313652..313774,313820..313900,313965..314373,314510..314560)	Aspergillus niger	4989717
An18g01580	CDS	An18g01580	NT_166533.1	315290	316019	R	Catalytic activity: pca1 of P. purpureum converts H(2)CO(3) <=> CO(2) + H(2)O with the usage of zinc as cofactor.; Function: carbonic anhydrases catalyze the reversible hydration of carbon dioxide.; Remark: an alternate name for pca1 of P. purpureum is gtpca1.; Similarity: the ORF shows similarity to several carbonic anhydrases from different species and with various cellular functions.; Title: strong similarity to carbonic anhydrase pca1 - Porphyridium purpureum; See PMID 8910506; See PMID 11316870; uncharacterized protein	complement(join(315290..315939,316007..316019))	Aspergillus niger	4989718
An18g01590	CDS	An18g01590	NT_166533.1	316726	318846	R	Catalytic activity: cat2 of C. tropicalis catalyses acetyl-CoA + carnitine <=> CoA + O-acetylcarnitine.; Function: cat2 of C. tropicalis is specific for the acetylation of short chain fatty acids and may also be involved in the transport of acety-CoA into mitochondria.; Similarity: the ORF overlaps with A. niger EST EMBLEST:BE760390.; Title: strong similarity to carnitine O-acetyltransferase cat2 - Candida tropicalis; inner membrane; uncharacterized protein	complement(join(316726..316858,316921..318583,318644..318689,318757..318846))	Aspergillus niger	4989719
An18g01600	CDS	An18g01600	NT_166533.1	319584	320810	R	Function: srpk2 was first found to mediate the interaction and localization of pre-mRNA splicing factors by phosphorylating the SR (serine/arginine-rich) family of splicing factors and therefore probably controls the activity of splicing.; Phenotype: overexpression of srpk2 in M. musculus causes disassembly of cotransfected SF2/ASF and endogenous SC35.; Similarity: the ORF shows similarity to several protein kinases from different species and with various specificity.; Title: strong similarity to serine/arginine-rich protein-specific kinase srpk2 - Mus musculus; deleted EC_number 2.7.1.37; See PMID 9472028; uncharacterized protein	complement(join(319584..319763,319819..320120,320178..320508,320616..320810))	Aspergillus niger	4989720
An18g01610	CDS	An18g01610	NT_166533.1	321664	323705	R	Function: srb4 of S. cerevisiae is a component of the multi subunitcomplex, which binds to RNA polymerase II and is essential for efficient establishment of the transcription initiation apparatus.; Phenotype: the S. cerevisiae srb4 the null mutant is inviable and srb4 mutants display global defects in mRNA synthesis.; Remark: an alternate name for srb4 of S. cerevisiae is YER022w.; Title: strong similarity to RNA polymerase II suppressor protein Srb4 - Saccharomyces cerevisiae; nucleus; See PMID 8187178; uncharacterized protein	complement(join(321664..322931,322982..323367,323434..323705))	Aspergillus niger	4989721
An18g01620	CDS	An18g01620	NT_166533.1	325257	326923	R	Catalytic activity: linoleate isomerases catalyse the isomerisation of 9-cis,12-cis-octadecadienoate <=> 9-cis,11-trans-octadecadienoate.; Function: linoleate isomerase of patent WO9932604-A1 is used to produce conjugated linoleic/linolenic acid (CLA) from oils such as sunflower oil, safflower oil, corn oil, linseed oil, etc.; Similarity: the ORF shows strong similarity to myosin-crossreactive antigen, which could induce autoimmune reactions in vertebrates.; Title: strong similarity to linoleate isomerase from patent WO9932604-A1 - Lactobacillus reuteri; uncharacterized protein	complement(join(325257..326328,326379..326923))	Aspergillus niger	4989722
An18g01630	CDS	An18g01630	NT_166533.1	327676	329222	D	Catalytic activity: HDNO of A. oxidans catalyses (D)-6-hydroxynicotine + H(2)O + O(2) = 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Induction: HDNO of A. oxidans requires FAD in the enzymatic assay for maximal enzyme activity.; Similarity: the ORF shows similarity to several FAD-dependent oxygenases from different species and with various specificity.; Title: strong similarity to 6-hydroxy-D-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 3905431; uncharacterized protein	join(327676..327813,327874..329017,329071..329222)	Aspergillus niger	4989723
An18g01640	CDS	An18g01640	NT_166533.1	330077	332329	D	Function: TSase of G. frondosa catalyzes the trehalose synthesis from alpha-D-glucose 1-phosphate and D-glucose.; Similarity: the ORF shows similarity to a clock-controlled gene (ccgs) of N. crassa with unknown function.; Title: strong similarity to trehalose synthase TSase - Grifola frondosa; See PMID 9763690; See PMID 9797287; uncharacterized protein	join(330077..330133,330190..330596,330642..330917,330975..331439,331489..331598,331650..332329)	Aspergillus niger	4989724
An18g01660	CDS	An18g01660	NT_166533.1	333565	334247	D	Remark: the ORF is questionable due to its suboptimal intron-exon structure.; Similarity: the ORF overlaps with the 5' region of the A. niger pfkA gene.; Title: questionable ORF; uncharacterized protein	join(333565..333580,333788..334146,334221..334247)	Aspergillus niger	84593644
An18g01670	CDS	pfkA	NT_166533.1	334275	336729	D	Catalytic activity: pfkA of A. niger is catalysing ATP + D-fructose 6-phosphate <=> ADP + D-fructose 1,6-bisphosphate.; Function: pfkA of A. niger is active in a key control step of glycolysis.; Gene-ID: pfkA; Similarity: the ORF overlaps with the sequence of entry EMBL:ANPFKA (A. niger pfkA gene); cytoplasm; See PMID 6223622; See PMID 8020755; See PMID 9101728; See PMID 2936730; 6-phosphofructokinase pfkA-Aspergillus niger	join(334275..335015,335072..335533,335581..336729)	Aspergillus niger	4989727
An18g01680	CDS	An18g01680	NT_166533.1	337054	338152	R	Catalytic activity: NADH dehydrogenases catalyse NADH + acceptor <=> NAD(+) + reduced acceptor.; Function: ndh of P. fluorescens is involved in colonization of this bacterium.; Phenotype: in an oxygen-poor medium mutant PCL1201 of P. fluorescens, which carries a mutation in the ndh gene showed a decreased growth rate.; Remark: the sequence of the database entry EMBL:ANPFKA (A. niger pfkA gene) overlaps with the ORF due a probably wrong nummer of 4658 bp for the coding sequence of the A. niger protein, which is encoded 3'.; Similarity: the ORF is 112 amino acids shorter at its C-terminal end than ndh of P. fluorescens.; Title: similarity to NADH dehydrogenase II ndh -Pseudomonas fluorescens; localisation:mitochondrion; See PMID 9675892; uncharacterized protein	complement(join(337054..337073,337153..338152))	Aspergillus niger	4989728
An18g01690	CDS	An18g01690	NT_166533.1	338433	340039	R	Title: strong similarity to hypothetical protein YOR155c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(338433..338513,338565..338704,338764..339558,339625..339772,339823..339837,339889..339962,340015..340039))	Aspergillus niger	4989729
An18g01700	CDS	An18g01700	NT_166533.1	340471	342282	R	Function: qutD of E. nidulans is involved in quinic acid transport with similarity to the maltose transport protein MAL61.; Phenotype: mutations in the qutD gene of A. nidulans cause the loss of ability to grow upon quinic acid as sole carbon source in media at normal pH 6. 5 and failure to induce three enzyme activities specifically required for metabolism to protochatechuic acid.; Similarity: the ORF overlaps with A. niger EST EMBLEST:BE759752.; Title: strong similarity to quinate transport protein qutD - Aspergillus nidulans; See PMID 2976880; See PMID 2835177; uncharacterized protein	complement(join(340471..341532,341582..341710,341759..341954,342008..342282))	Aspergillus niger	4989730
An18g01710	CDS	An18g01710	NT_166533.1	342605	343169	D	hypothetical protein	join(342605..342828,342857..343169)	Aspergillus niger	84593645
An18g01720	CDS	An18g01720	NT_166533.1	343619	345493	D	Function: CaMDR1 of C. albicans the confers insensitivity to the anti-mitotic drug, benomyl, and to the dihydrofolate reductase inhibitor, methotrexate.; Remark: seven different mutant alleles of CaMDR1 from C. albicans showed distinct drug resistance profiles.; Similarity: the ORF shows similarity to several major facilitator proteins from different species.; Title: strong similarity to benomyl/methotrexate resistance protein MDR1 - Candida albicans; plasma membrane; See PMID 8031026; See PMID 2062311; uncharacterized protein	join(343619..343960,344011..344376,344426..345382,345440..345493)	Aspergillus niger	4989732
An18g01730	CDS	An18g01730	NT_166533.1	346330	347310	R	Remark: the ORF is N-terminally truncated due to contig border.; Title: strong similarity to hypothetical protein encoded by An12g00980 - Aspergillus niger [truncated ORF]; uncharacterized protein	complement(346330..>347310)	Aspergillus niger	4989733
An18g01740	CDS	An18g01740	NT_166533.1	349299	350413	R	Catalytic activity: nitrilases convert a nitrile + H(2)O <=> a carboxylate + NH(3).; Function: nitrile-hydrating enzymes produced by bacteria and fungi catalyse the conversion of a large number of chemically diverse nitriles, including many economically important compounds used industrially for chemical synthesis of amides and acids.; Similarity: the ORF shows similarity to several nitrilases from different species.; Title: strong similarity to aliphatic nitrilase -Rhodococcus rhodochrous; See PMID 3073055; uncharacterized protein	complement(join(349299..349678,349740..350179,350247..350413))	Aspergillus niger	4989734
An18g01750	CDS	An18g01750	NT_166533.1	351223	352333	D	Similarity: the ORF shows similarity to several short-chain dehydrogenases from different species, it is therefore not possible to predict its specific function.; Title: similarity to 3-dehydroecdysone 3alpha-reductase - Spodoptera littoralis; See PMID 10861234; uncharacterized protein	join(351223..351298,351350..351628,351693..352333)	Aspergillus niger	4989735
An18g01760	CDS	An18g01760	NT_166533.1	352592	354314	R	Function: mst1 of A. muscaria is a H(+)/monosaccharide cotransporter necessary for the supply of plant-derived carbohydrates to the fungus.; Induction: in mycorrhizas as well as in hyphae grown at monosaccharide concentrations above 5 mM, the amount of mst1 transcript in A. muscaria increased fourfold.; Similarity: the ORF shows similarity to several hexose transport proteins from different species.; Title: strong similarity to monosaccharide transporter AmMst-1 - Amanita muscaria; plasma membrane; uncharacterized protein	complement(join(352592..353158,353213..353771,353841..354143,354241..354314))	Aspergillus niger	4989736
An18g01770	CDS	An18g01770	NT_166533.1	354797	357584	R	Similarity: the ORF contains a zinc-finger domain,which shows similarity to other zinc-finger domains from various proteins.; Title: similarity to hypothetical zinc-finger protein SPBC15D4.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(354797..354844,354964..355180,355384..355903,355976..356472,356536..356746,356837..357018,357105..357241,357477..357584))	Aspergillus niger	4989737
An18g01780	CDS	An18g01780	NT_166533.1	358497	359868	R	Catalytic activity: the dihydropteridine reductase activity of hmp from E. coli converts NAD(P)H + 6,7-dihydroteridine = NAD(P)(+) + 5,6,7,8-tetrahydropteridine.; Function: hmp of E. coli possesses dihydropteridine reductase activity and has nitric oxide dioxygenase activity.; Function: hmp of E. coli seems to reduce the complexed Fe3+ iron of siderophores to Fe2+, thus releasing it from the chelator.; Induction: hmp of E. coli needs FAD and protoheme IX as cofactors.; Remark: a putative frameshift due to a possible sequencing error was corrected at position 53851 of the DNA sequence (1 bp to much).; Remark: hmp of E. coli is also called HMPA, FSRB or B2552.; Remark: the combination of FNR-like and haemoglobin-like regions in HMP represents a novel pairing of functionally and structurally distinct domains.; Title: strong similarity to flavohemoglobin hmp -Escherichia coli [putative frameshift]; cytoplasm; putative frameshift; See PMID 1601132; uncharacterized protein	complement(<358497..359868)	Aspergillus niger	4989738
An18g01790	CDS	An18g01790	NT_166533.1	360653	360982	R	Remark: the ORF is questionable due to its short lenght of only 91 amino acids.; Title: questionable ORF; uncharacterized protein	complement(join(360653..360755,360810..360982))	Aspergillus niger	4989739
An18g01800	CDS	An18g01800	NT_166533.1	362275	363229	R	Function: c-tak1 (for Cdc twenty-five C associated protein kinase) phosphorylates Cdc25C in vitro and by this regulates the activity of the dual-specificity protein kinase that controls entry into mitosis by dephosphorylating Cdc2.; Similarity: the ORF shows similarity to several serine/threonine-specific protein kinase with different specificities and various cellular functions.; Title: similarity to cdc25C associated protein kinase c-tak1 - Homo sapiens; uncharacterized protein	complement(join(362275..362970,363036..363115,363166..363229))	Aspergillus niger	84593646
An18g01810	CDS	An18g01810	NT_166533.1	363524	364213	D	hypothetical protein	join(363524..363634,363734..364213)	Aspergillus niger	84593647
An18g01820	CDS	An18g01820	NT_166533.1	364315	364942	R	hypothetical protein	complement(join(364315..364533,364639..364698,364802..364942))	Aspergillus niger	84593648
An18g01830	CDS	An18g01830	NT_166533.1	365045	366739	D	Induction: in S. cerevisiae the relatively high basal level of DAL5 expression did not increase further upon addition of allantoin pathway intermediates.; Phenotype: the null mutant of S. cerevisiae DAL5 is viable, but unable to transport allontoate or ureidosuccinate.; Remark: DAL5 of S. cerevisiae is also called J223,YJR152w or UREp1.; Repression: in S. cerevisiae steady-state DAL5 mRNA levels dropped precipitously when a repressive nitrogen source was provided.; Similarity: DAL5 from S. cerevisiae is a member of the major facilitator family.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; uncharacterized protein	join(365045..365234,365288..365533,365580..366040,366074..366739)	Aspergillus niger	4989743
An18g01840	CDS	An18g01840	NT_166533.1	368197	370531	D	Function: fcr1 of C. albicans behaves as a negative regulator of drug resistance.; Phenotype: overexpression of fcr1 in the pdr1 pdr3 mutant of S. cerevisiae, which are hypersensitive to fluconazole (FCZ) resulted in increased resistance of the cells to FCZ and cycloheximide and in increased expression of PDR5, a gene coding for a drug efflux transporter of the ATP-binding cassette superfamily.; Similarity: the ORF shows similarity to several zinc finger transcription factors from different species with various function.; Title: similarity to zinc-cluster transcription factor fcr1 - Candida albicans; nucleus; See PMID 9864335; uncharacterized protein	join(368197..369054,369130..369293,369361..369659,369708..369931,369989..370531)	Aspergillus niger	4989744
An18g01850	CDS	An18g01850	NT_166533.1	371921	372468	R	Remark: prostaglandin-endoperoxide synthases are 470 amino acids longer than the predicted ORF.; Similarity: the ORF shows similarity to several prostaglandin-endoperoxide synthases (cyclooxygenase-2) from different species, but the homologues region does not contain the characteristic active site distral histidine and the cyclooxigenase catalytic domain.; Title: weak similarity to prostaglandin-endoperoxide synthase 2 - Rattus norvegicus; uncharacterized protein	complement(join(371921..372221,372371..372468))	Aspergillus niger	84593649
An18g01860	CDS	An18g01860	NT_166533.1	372481	376062	D	Function: nik-1 of N. crassa is a two-component protein, an autophosphorylating histidine kinase and a response regulator, which is probably involved in nutrient deprivation response.; Function: nik-1 of N. crassa is also involved in hyphal development.; Phenotype: deletion of the nik-1+ gene in N. crassa results in an organism that displays aberrant hyphal structure, which is enhanced under conditions of high osmostress.; Remark: no transmembrane domains were predicted,which are usually found in a two-component sensor/response regulator.; Remark: the os-1+ protein is identical to the N. crassa nik-1.; Title: strong similarity to two-component sensor/response regulator nik-1 - Neurospora crassa; plasma membrane; See PMID 8622950; See PMID 10510225; uncharacterized protein	join(372481..373417,373461..373500,373531..374244,374292..375320,375368..375638,375686..375800,375851..376062)	Aspergillus niger	4989746
An18g01870	CDS	An18g01870	NT_166533.1	376343	377708	R	hypothetical protein	complement(join(376343..376479,376569..376637,377009..377124,377204..377572,377683..377708))	Aspergillus niger	84593650
An18g01880	CDS	An18g01880	NT_166533.1	378187	380022	R	Similarity: the region from amino acid 300 to 360 of the ORF contains a GTP-binding domain (WD, G-beta repeat),which shows similarity to several proteins with different functions, that all express this motive.; Title: weak similarity to beta transducin-like protein het-e1 - Podospora anserina; uncharacterized protein	complement(join(378187..378209,378310..378628,378739..379025,379198..379290,379577..379727,379789..380022))	Aspergillus niger	84593651
An18g01890	CDS	An18g01890	NT_166533.1	381533	384972	R	Similarity: the ORF shows similarity to several glutamic acid-rich proteins and some calcium-binding proteins with unspecified function.; Title: similarity to hypothetical protein K07E12.1 -Caenorhabditis elegans; uncharacterized protein	complement(join(381533..382060,382111..383616,383673..383817,383870..384972))	Aspergillus niger	4989749
An18g01900	CDS	An18g01900	NT_166533.1	386036	386752	D	hypothetical protein	join(386036..386228,386319..386396,386562..386752)	Aspergillus niger	84593652
An18g01910	CDS	An18g01910	NT_166533.1	387316	389522	D	Similarity: the C-terminal part of the ORF, starting with amino acid 440, shows similarity to a region of the beta transducin-like protein of P. anserina, which contains the GTP-binding domain.; Similarity: the N-terminal part of the ORF, spanning the region from amino acid 14 to 90 is similar to the sequence of gene CG12065 from D. melanogaster and the hypothetical protein H14E04. 2a of C. elegans.; Title: weak similarity to hypothetical protein CAD21096.1 - Neurospora crassa; uncharacterized protein	join(387316..387607,387693..388577,388762..389522)	Aspergillus niger	84593653
An18g01920	CDS	An18g01920	NT_166533.1	389727	391130	D	Function: the ankyrin repeat is one of the most common protein sequence motifs found in a variety proteins with different activities.; Similarity: the predicted ORF shows similarity to ankyrin isoforms from several species, which is due to the presence of ankyrin-repeat homology domain.; Similarity: the similarity to ankryrin repeat domains is located in the C-terminal part of the predicted ORF, starting around amino acid 180.; Title: similarity to ankyrin AAC37208.1 - Drosophila melanogaster; See PMID 7937942; uncharacterized protein	389727..391130	Aspergillus niger	84593654
An18g01930	CDS	An18g01930	NT_166533.1	392494	393095	R	Title: similarity to hypothetical protein encoded by An11g06690 - Aspergillus niger; uncharacterized protein	complement(join(392494..392506,392563..393095))	Aspergillus niger	4989753
An18g01940	CDS	An18g01940	NT_166533.1	393200	394068	D	hypothetical protein	join(393200..393343,393387..393440,393509..393600,394002..394068)	Aspergillus niger	84593655
An18g01950	CDS	An18g01950	NT_166533.1	395140	396726	D	Title: strong similarity to hypothetical protein BAC67939.1 - Streptomyces avermitilis; uncharacterized protein	join(395140..395964,396022..396726)	Aspergillus niger	4989755
An18g01960	CDS	An18g01960	NT_166533.1	397162	399693	R	Catalytic activity: plsB of E. coli catalyses acyl-CoA + glycerol 3-phosphate = CoA + 1-acyl-glycerol 3-phosphate.; Function: plsB of E. coli catalyzes the first step in de novo phospholipid biosynthesis, the condensation of glycerol-3-phosphate and fatty acid thioesters to yield lysophosphatidic acid; it may also function in the regulation of membrane biogenesis.; Phenotype: E. coli plsB mutants that were conditionally defective in sn-glycerol-3-phosphate acyltransferase activity generated more fatty acids in which glycerol-3-phosphate was not acylated but instead preferentially phosphatidylglycerol.; Remark: plsB of E. coli is also called GPAT, Z5640 or ECS502.; Similarity: the ORF shows similarity to several glycerol-3-phosphate O-acyltransferases from different species.; Title: strong similarity to sn-glycerol-3-phosphate acyltransferase plsB - Escherichia coli; See PMID 3542964; See PMID 6251087; See PMID 6985897; uncharacterized protein	complement(join(397162..397419,397478..397789,397842..398520,398570..398825,398875..399093,399144..399693))	Aspergillus niger	4989756
An18g01970	CDS	An18g01970	NT_166533.1	400459	401496	D	Catalytic activity: panC of C. glutamicum converts ATP + (R)-pantoate + beta-alanine <=> AMP + diphosphate + (R)-pantothenate.; Pathway: panC of C. glutamicum is involved in pantothenate and coenzyme A biosynthesis.; Similarity: the ORF shows similarity to several pantoate--beta-alanine ligases from different species,especially bacteria.; Title: strong similarity to pantoate--beta-alanine ligase panC - Corynebacterium glutamicum; uncharacterized protein	400459..401496	Aspergillus niger	4989757
An18g01980	CDS	An18g01980	NT_166533.1	401912	404227	D	Function: spb4 of S. cerevisiae is involved in the assembly of the ribosomal large subunit and maintenance by regulating the maturation of 25S ribosomal RNA.; Phenotype: aberrant production of 25S ribosomal RNA occurring in spb4-1 mutants of S. cerevisiae.; Remark: YFL002c is a synonym for spb4.; Similarity: the ORF shows similarity to several ATP-dependent RNA helicases and other DEAD box-containing proteins.; Title: strong similarity to ATP-dependent RNA helicase Spb4 - Saccharomyces cerevisiae; nucleus; See PMID 8774901; See PMID 9769101; See PMID 2408148; uncharacterized protein	401912..404227	Aspergillus niger	4989758
An18g01990	CDS	An18g01990	NT_166533.1	404264	405635	R	Remark: the ORF contains WD-repeats, which are found in some eukaryotic proteins with a wide variety of crucial functions.; Title: strong similarity to hypothetical WD-repeat protein SPAC1006.02 - Schizosaccharomyces pombe; See PMID 10322433; uncharacterized protein	complement(join(404264..405329,405379..405635))	Aspergillus niger	4989759
An18g02000	CDS	An18g02000	NT_166533.1	405680	407102	R	Function: rta1 of S. cerevisiae confers resistance to 7-aminocholesterol, a strong inhibitor of yeast and of Gram+-bacteria proliferation.; Title: similarity to 7-aminocholesterol resistance protein Rta1 - Saccharomyces cerevisiae; See PMID 8660468; uncharacterized protein	complement(join(405680..405984,406107..406465,406544..406766,406826..407102))	Aspergillus niger	4989760
An18g02010	CDS	An18g02010	NT_166533.1	408557	411191	D	Similarity: belongs to the RAD2/XPG family of excision repair endonucleases.; Title: strong similarity to hypothetical excision repair DNase SPAC955.02c - Schizosaccharomyces pombe; uncharacterized protein	join(408557..408563,408647..409015,409078..409175,409238..410080,410131..410217,410268..410514,410569..410800,410856..411048,411102..411191)	Aspergillus niger	4989761
An18g02020	CDS	tigA	NT_166533.1	411692	412837	D	Function: tigA of A. niger is thought to be involved in the maturation of secretory proteins.; Gene-ID: tigA; Similarity: tigA of A. niger contains two thioredoxin domains.; endoplasmatic reticulum; See PMID 9256071; disulfide isomerase tigA-Aspergillus niger	join(411692..412202,412269..412837)	Aspergillus niger	4989762
An18g02030	CDS	An18g02030	NT_166533.1	413199	413677	R	Title: similarity to hypothetical protein P0038C05.1 - Oryza sativa; uncharacterized protein	complement(join(413199..413359,413436..413535,413624..413677))	Aspergillus niger	4989763
An18g02040	CDS	An18g02040	NT_166533.1	414522	414940	D	Title: questionable ORF; uncharacterized protein	join(414522..414561,414753..414816,414874..414940)	Aspergillus niger	84593656
An18g02050	CDS	An18g02050	NT_166533.1	415214	416910	D	Similarity: belongs to the 1-aminocyclopropane-1-carboxylate oxidase superfamily.; Similarity: contains an iron/ascorbate oxidoreductase domain.; Title: strong similarity to hypothetical protein 15E6.100 - Neurospora crassa; uncharacterized protein	join(415214..415384,415438..415497,415537..415691,415758..415911,415970..416601,416649..416661,416707..416910)	Aspergillus niger	4989765
An18g02060	CDS	An18g02060	NT_166533.1	417350	419167	R	Function: samB of A. nidulans is involved in the control of polarized growth.; Function: whether samB of A. nidulans regulates polarized growth directly or on the transcriptional level remains uncertain.; Localization: samB of A. nidulans was observed in the cytoplasm in a granular distribution.; Similarity: contains a MYND-type zinc finger domain in the C-terminus.; Title: strong similarity to zinc-finger protein samB - Aspergillus nidulans; See PMID 9427754; uncharacterized protein	complement(417350..419167)	Aspergillus niger	4989766
An18g02070	CDS	An18g02070	NT_166533.1	419644	421197	D	hypothetical protein	join(419644..419668,419746..419854,419893..420279,420372..420501,420831..420883,420939..421197)	Aspergillus niger	84593657
An18g02080	CDS	An18g02080	NT_166533.1	422320	424620	R	Title: weak similarity to nuclear receptor NHR-21a -Caenorhabditis elegans; uncharacterized protein	complement(join(422320..422499,422597..422709,422784..422884,422992..423184,423298..423345,423464..423511,423564..423700,424059..424185,424278..424521,424600..424620))	Aspergillus niger	84593658
An18g02090	CDS	An18g02090	NT_166533.1	425626	427014	D	Complex: sfaD of A. nidulans is the beta-subunit of the heterotrimeric G-protein.; Function: sfaD of A. nidulans is required for normal vegetative growth and repression of sporulation.; Pathway: sfaD of A. nidulans is involved in growth signaling of asexual development.; Title: strong similarity to G-protein beta subunit sfaD - Aspergillus nidulans; See PMID 10523303; uncharacterized protein	join(425626..425740,425877..426589,426647..426736,426804..426923,426994..427014)	Aspergillus niger	4989769
An18g02100	CDS	An18g02100	NT_166533.1	428110	428856	R	Title: weak similarity to hypothetical proline-rich protein At2g14890 - Arabidopsis thaliana; uncharacterized protein	complement(join(428110..428337,428427..428563,428667..428856))	Aspergillus niger	84593659
An18g02110	CDS	An18g02110	NT_166533.1	429830	430791	D	Function: BDM-1 of C. parasitica acts as a positive regulator of G-beta function.; Pathway: BDM-1 of C. parasitica is involved in fungal virulence signaling.; Similarity: belongs to the phosducin superfamily of G-beta modulators.; Title: strong similarity to G-protein beta subunit-interacting protein BDM-1 - Cryphonectria parasitica; See PMID 10618432; uncharacterized protein	join(429830..430420,430486..430791)	Aspergillus niger	4989771
An18g02120	CDS	An18g02120	NT_166533.1	430929	431481	D	hypothetical protein	join(430929..430972,431064..431481)	Aspergillus niger	84593660
An18g02130	CDS	An18g02130	NT_166533.1	432062	433473	R	Complex: TFG3 of S. cerevisiae forms part of the heterotrimeric TFIIF.; Function: TFG3 of S. cerevisiae is a nonessential stimulating subunit of TFIIF.; Function: TFG3 of S. cerevisiae is identical to ANC1 implicated in actin cytoskeletal assembly and/or function.; Function: TFIIF of S. cerevisiae binds to RNA polymerase II decreasing it's affinity to nonspecific DNA and enabling efficient transcription initiation.; Remark: synonyms for TFG3 from S. cerevisiae are ANC1, TAF30, SWP29 and YPL129w.; Title: strong similarity to small subunit of transcription initiation factor TFIIF Tfg3 - Saccharomyces cerevisiae; nucleus; See PMID 7995524; uncharacterized protein	complement(join(432062..432150,432215..432335,432411..432551,432613..432758,432889..433040,433295..433335,433465..433473))	Aspergillus niger	4989773
An18g02140	CDS	An18g02140	NT_166533.1	434489	435562	R	Function: sbp1p of S. pombe is involved in the control of mitotic exit.; Function: sbp1p of S. pombe regulates spi1p GTPase activity.; Remark: a splice site was detected upstream of the START codon.; Similarity: belongs to the family of Ran-GTPase binding proteins which are implicated in the regulation of nuclear transport, including RNA export into the cytoplasm.; Title: strong similarity to spi1-GTPase binding protein sbp1p - Schizosaccharomyces pombe; See PMID 9504913; uncharacterized protein	complement(join(434489..434559,434620..434748,434805..435063,435266..435562))	Aspergillus niger	4989774
An18g02150	CDS	An18g02150	NT_166533.1	436134	438668	R	Title: similarity to hypothetical protein CAF05965.1 - Neurospora crassa; uncharacterized protein	complement(436134..438668)	Aspergillus niger	4989775
An18g02160	CDS	An18g02160	NT_166533.1	439144	439563	D	Title: questionable ORF; uncharacterized protein	join(439144..439177,439313..439563)	Aspergillus niger	84593661
An18g02170	CDS	An18g02170	NT_166533.1	440594	442332	R	Catalytic activity: Ktr5p of S. cerevisiae transfers an alpha-D-mannosyl residue from GDP-mannose to the lipid-linked oligosaccharide precursor.; Function: Ktr5p of S. cerevisiae participates in the formation of the lipid-linked oligosaccharide precursor for N-glycosilation.; Pathway: Ktr5p of S. cerevisiae is involved in the N-glycosilation pathway.; Phenotype: ktr5 mutants of of S. cerevisiae display cell wall defects.; Remark: the systematic gene name of KTR5 of S. cerevisiae is YNL029c.; Similarity: belongs to the KRE2 family of mannosyltransferases.; Title: strong similarity to mannosyltransferase Ktr5 - Saccharomyces cerevisiae; See PMID 9090056; See PMID 9878809; uncharacterized protein	complement(join(440594..440935,440994..441399,441455..441541,441593..441994,442061..442332))	Aspergillus niger	4989777
An18g02180	CDS	An18g02180	NT_166533.1	443402	443843	R	Title: questionable ORF; uncharacterized protein	complement(join(443402..443533,443802..443843))	Aspergillus niger	84593662
An18g02190	CDS	An18g02190	NT_166533.1	445848	447203	D	Title: similarity to hypothetical protein CAC39321.1 - Schizosaccharomyces pombe; uncharacterized protein	join(445848..446093,446150..446881,446913..447203)	Aspergillus niger	4989779
An18g02200	CDS	An18g02200	NT_166533.1	447876	449552	R	Title: strong similarity to lung cancer associated polypeptide SEQ ID NO:723 from patent WO200055180-A2 - Homo sapiens; uncharacterized protein	complement(join(447876..448193,448291..448718,448784..448856,448921..448926,448991..449350,449433..449552))	Aspergillus niger	4989780
An18g02210	CDS	An18g02210	NT_166533.1	450430	451404	R	Catalytic activity: dGTP + H2O = deoxyguanosine + triphosphate.; Function: protein transport. probably involved in vesicular traffic (by similarity).; Remark: Rab7 is a small GTP-ase localized on late endosomes, which regulates late endocytic membrane traffic in mammalian cells. This protein has a fundamental role in the cellular vacuolation induced by the cytotoxin VacA of Helicobacter pylori.; Remark: putative sequencing error at position 6018,1 bases too much.; Remark: strong similarity to Aspergillus niger EST AN03A11.; Similarity: to ras proteins. belongs to the rab subfamily.; Title: strong similarity to ras related protein Rab7 - Homo sapiens [putative frameshift]; putative frameshift; See PMID 8954989; See PMID 9126495; uncharacterized protein	complement(join(<450430..450539,450596..450743,450830..451009,451077..451176,451239..451292,451375..451404))	Aspergillus niger	4989781
An18g02220	CDS	An18g02220	NT_166533.1	451911	452681	D	Remark: similarity to human GTPase associated protein-22 patent WO200031263-A2.; Title: similarity to GTPase associated protein-22 from patent WO200031263-A2 - Homo sapiens; uncharacterized protein	join(451911..451995,452084..452463,452523..452681)	Aspergillus niger	4989782
An18g02230	CDS	An18g02230	NT_166533.1	453231	455830	R	Complex: Spb1p is associated in vivo with the nucleolar proteins Nop1p and Nop5/58p.; Remark: Spb1p is able to bind [(3)H]AdoMet in vitro,suggesting that it is a methylase.; Remark: Spb1p is required for proper assembly of pre-ribosomal particles during the biogenesis of 60S ribosomal subunits.; Remark: alternative name is YCL054w.; Title: strong similarity to methylase Spb1 -Saccharomyces cerevisiae; See PMID 10648622; See PMID 10556316; uncharacterized protein	complement(join(453231..453787,453857..455537,455604..455753,455813..455830))	Aspergillus niger	4989783
An18g02240	CDS	An18g02240	NT_166533.1	456329	459113	D	Title: similarity to hypothetical protein YML020w -Saccharomyces cerevisiae; uncharacterized protein	join(456329..456472,456550..458445,458504..458583,458643..458792,458858..459113)	Aspergillus niger	4989784
An18g02250	CDS	An18g02250	NT_166533.1	459901	463035	R	Title: strong similarity to hypothetical protein encoded by An01g14540 - Aspergillus niger; uncharacterized protein	complement(join(459901..459980,460184..461123,461196..461264,461318..461338,461412..461988,462044..462248,462302..462414,462708..462809,462890..463035))	Aspergillus niger	4989785
An18g02260	CDS	An18g02260	NT_166533.1	464206	464787	R	hypothetical protein	complement(join(464206..464359,464420..464553,464740..464787))	Aspergillus niger	84593663
An18g02270	CDS	An18g02270	NT_166533.1	464960	466474	R	Remark: alternative name is YKR019c.; Remark: transcriptional silencing in S. cerevisiae occurs at several genetic loci, including the ribosomal DNA (rDNA). IRS4 is a protein with increased rDNA silencing (irs) phenotype.; Title: similarity to increased rDNA silencing protein Irs4 - Saccharomyces cerevisiae; See PMID 10082585; See PMID 10375630; uncharacterized protein	complement(464960..466474)	Aspergillus niger	4989787
An18g02280	CDS	An18g02280	NT_166533.1	468329	471872	D	Remark: Colletotrichum lagenarium and Magnaporthe grisea are plant pathogenic fungi that produce melanin during the appressorial differentiation stage of conidial germination and during the late stationary phase of mycelial growth. CMR1 (Colletotrichum melanin regulation) and PIG1 (pigment of Magnaporthe), that are involved in melanin biosynthesis. Both Cmr1p and Pig1p contain two distinct DNA-binding motifs, a Cys2His2 zinc finger motif and a Zn(II)2Cys6 binuclear cluster motif. The presence of both these motifs in a single transcriptional regulatory protein is unique among known eukaryotic transcription factors. Deletion of CMR1 in C. lagenarium caused a defect in mycelial melanization, but not in appressorial melanization.; Title: strong similarity to melanin regulator CMR1 -Colletotrichum lagenarium; See PMID 11123670; uncharacterized protein	join(468329..468359,468455..468698,468831..470373,470432..470698,470750..470875,470925..471872)	Aspergillus niger	4989788
An18g02290	CDS	An18g02290	NT_166533.1	473399	473699	D	hypothetical protein	join(473399..473562,473645..473699)	Aspergillus niger	84593664
An18g02300	CDS	An18g02300	NT_166533.1	474900	475312	D	hypothetical protein	join(474900..474981,475052..475131,475256..475312)	Aspergillus niger	84593665
An18g02305	CDS	An18g02305	NT_166533.1	477232	478950	R	hypothetical protein	complement(join(477232..477321,477466..478950))	Aspergillus niger	4989791
An18g02310	CDS	An18g02310	NT_166533.1	478953	480446	R	hypothetical protein	complement(join(478953..479530,479928..479986,480022..480446))	Aspergillus niger	84593666
An18g02320	CDS	An18g02320	NT_166533.1	481523	482190	R	Function: BioF of E. herbicola is involved in the first step of biotin biosynthesis.; Pathway: BioF enzymes are involved in the biotin metabolism.; Similarity: the ORF shows similarity to several pyridoxal-phosphate-dependent aminotransferases.; Title: similarity to 8-amino-7-oxononanoate synthase BioF - Erwinia herbicola; See PMID 11133432; uncharacterized protein	complement(join(481523..481900,481967..482109,482154..482190))	Aspergillus niger	84593667
An18g02330	CDS	An18g02330	NT_166533.1	484775	487093	D	Function: nirA of A. nidulans is a zinc finger transcription factor mediating nitrate induction of genes involved in nitrate assimilation (nitrate reductase,nitrite reductases and a nitrate permease, niaD, niiA and crnA, respectively).; Remark: C-terminally truncated ORF due to the end of contig.; Remark: the nitrate assimilation genes are induced by nitrate and repressed by ammonium at the transcriptional level.; Similarity: the nirA protein from A. nidulans is a zinc finger transcription factor of the fungal Zn(2)-Cys(6) binuclear cluster domain type.; Title: strong similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans [truncated ORF]; nucleus; See PMID 1756977; See PMID 1922075; uncharacterized protein	join(484775..484948,485004..485058,485113..486073,486129..486497,486533..486554,486569..>487093)	Aspergillus niger	4989794
An18g02340	CDS	An18g02340	NT_166533.1	487241	487726	D	Function: nirA of A. nidulans is a zinc finger transcription factor mediating nitrate induction of genes involved in nitrate assimilation (nitrate reductase,nitrite reductases and a nitrate permease, niaD, niiA and crnA, respectively).; Remark: N-terminally truncated ORF due to the end of contig.; Remark: the nitrate assimilation genes are induced by nitrate and repressed by ammonium at the transcriptional level.; Similarity: the nirA protein from A. nidulans is a zinc finger transcription factor of the fungal Zn(2)-Cys(6) binuclear cluster domain type.; Title: strong similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans [truncated ORF]; nucleus; See PMID 1756977; See PMID 1922075; uncharacterized protein	<487241..487726	Aspergillus niger	84593668
An18g02350	CDS	An18g02350	NT_166533.1	488764	490128	R	Catalytic activity: a phosphoprotein + H(2)O <=> a protein + phosphate.; Function: the human PPX protein phosphatase could be involved in microtubule organization. It is also suggested to be involved in activation of Rel family transcription factors (c-Rel/NF-kappaB).; Localization: cytoplasmic, nuclear and centrosomes.; Remark: alternate names for the human PPX protein phosphatase: PPP4C or PPP4.; Title: strong similarity to protein phosphatase X PPX - Homo sapiens; See PMID 9837938; See PMID 10769191; uncharacterized protein	complement(join(488764..488826,488929..489316,489584..490128))	Aspergillus niger	4989796
An18g02360	CDS	An18g02360	NT_166533.1	491763	493162	D	Function: S. cerevisiae Alg3 adds the first Dol-P-Man derived mannose in an alpha 1,3 linkage to Man5GlcNAc2-PP-Dol.; Pathway: S. cerevisiae Alg3 is involved in the dolichol dependent protein glycosylation in the ER.; Remark: alternate names for S. cerevisiae Alg3: Rhk1 or YBL082C.; Title: strong similarity to Dol-P-Man dependent alpha(1-3) mannosyltransferase Alg3 - Saccharomyces cerevisiae; See PMID 8842708; See PMID 10660594; uncharacterized protein	join(491763..491925,492024..492493,492566..493162)	Aspergillus niger	4989797
An18g02370	CDS	An18g02370	NT_166533.1	493327	493796	R	Title: similarity to hypothetical protein SPBC146.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(493327..493432,493486..493796))	Aspergillus niger	4989798
An18g02380	CDS	An18g02380	NT_166533.1	494499	495984	D	Remark: the GluP gene from Brucella abortus strain 2308 was isolated by functional complementation of Escherichia coli strains lacking either glucose or galactose transport systems.; Title: similarity to glucose/galactose transporter GluP - Brucella abortus; See PMID 9168605; uncharacterized protein	join(494499..494707,494787..495984)	Aspergillus niger	4989799
An18g02390	CDS	An18g02390	NT_166533.1	497007	497340	R	Title: questionable ORF; uncharacterized protein	complement(join(497007..497098,497241..497340))	Aspergillus niger	84593669
An18g02400	CDS	pkcA	NT_166533.1	497950	501742	D	Catalytic activity: ATP + protein <=> ADP + O-phosphoprotein.; Gene-ID: pkcA; deleted EC_number 2.7.1.37; See PMID 8569684; protein kinase C pkcA-Aspergillus niger	join(497950..498382,498466..498732,498814..499395,499445..499840,499906..500319,500380..500908,500965..501166,501218..501623,501681..501742)	Aspergillus niger	4989801
An18g02410	CDS	An18g02410	NT_166533.1	502445	504553	D	Function: the rat Nopp140 protein is related to nucleologenesis and may play a role in the maintenance of the fundamental structure of the fibrillar center and dense fibrillar component in the nucleolus. It has intrinsic GTPase and ATPase activities. It may play an important role in transcription catalyzed by RNA polymerase I.; Title: similarity to nucleolus-cytoplasm shuttle phosphoprotein Nopp140 - Rattus norvegicus; nucleus; See PMID 10679015; See PMID 1623516; uncharacterized protein	502445..504553	Aspergillus niger	4989802
An18g02420	CDS	An18g02420	NT_166533.1	506307	506776	D	hypothetical protein	join(506307..506460,506592..506650,506768..506776)	Aspergillus niger	84593670
An18g02430	CDS	An18g02430	NT_166533.1	507060	508807	R	hypothetical protein	complement(join(507060..507269,507349..507512,507651..507820,508081..508156,508249..508348,508433..508578,508648..508678,508736..508807))	Aspergillus niger	84593671
An18g02440	CDS	An18g02440	NT_166533.1	510439	514236	D	Function: the bovine cofactor D is a tubulin-specific chaperone protein involved in the assembly of the alpha/beta-tubulin heterodimers.; Title: strong similarity to tubulin-folding cofactor D - Bos taurus; cytoplasm; See PMID 10831612; See PMID 8706133; uncharacterized protein	join(510439..510612,510704..510769,510824..511828,511910..513209,513256..513538,513603..513923,513972..514236)	Aspergillus niger	4989805
An18g02460	CDS	An18g02460	NT_166533.1	514780	515779	D	Complex: U1A belongs to the spliceosome where it is associated with sn-RNA U1.; Function: the human U1A protein binds to the stem loop II of U1 snRNA. it is the first sn-RNP to interact with pre-mRNA. This interaction is required for the subsequent binding of U2 sn-RNP and the U4/U6/U5 tri-sn-RNP.; Similarity: the ORF DNA sequence shows also strong similarity to the EST an_3162 from A. niger.; Title: strong similarity to U1 snRNP-specific protein U1A - Homo sapiens; nucleus; See PMID 1833186; uncharacterized protein	join(514780..514823,514912..514942,514991..515297,515394..515779)	Aspergillus niger	4989807
An18g02470	CDS	An18g02470	NT_166533.1	516078	517262	R	Complex: N. crassa Vma-8 belongs to the v-ATPase an heteromultimeric enzyme composed of a peripheral catalytic v1 complex (components A to H) attached to an integral membrane v0 proton pore complex (components: A, C, C', C'' and D).; Function: N. crassa Vma-8 is a subunit of the peripheral v1 complex of vacuolar ATPase (v-ATPase). The V-ATPase is responsible for acidifying a variety of intracellular compartments in eukaryotic cells, thus providing most of the energy required for transport processes in the vacuolar system.; Title: strong similarity to vacuolar ATPase subunit D Vma-8 - Neurospora crassa; vacuole; See PMID 10340846; uncharacterized protein	complement(join(516078..516307,516356..516396,516448..516457,516509..516557,516610..516935,516997..517007,517073..517185,517242..517262))	Aspergillus niger	4989808
An18g02480	CDS	An18g02480	NT_166533.1	517907	520429	D	Function: the human XAB2 protein is involved in transcription-coupled DNA repair.; Title: strong similarity to DNA repair protein XAB2 - Homo sapiens; nucleus; See PMID 10944529; uncharacterized protein	join(517907..520086,520141..520429)	Aspergillus niger	4989809
An18g02490	CDS	An18g02490	NT_166533.1	521478	526501	R	Function: S. cerevisiae Gea2 activates the ARF proteins by exchanging bound GDP for free GTP. Gea1(YJR031C) and Gea2 are functionally interchangeable.; Remark: alternate name for S. cerevisiae Gea2: YEL022W.; Remark: the ADP-ribosylation factor ARF is a small GTP-binding protein that is involved in the transport of vesicles between the endoplasmic reticulum (ER) and Golgi complex and within the Golgi complex itself. ARF cycles between inactive and membrane-associated active forms as a result of exchange of bound GDP for GTP; the GTP-bound form is an essential participant in the formation of transport vesicles.; Title: strong similarity to ARF guanine-nucleotide exchange factor 2 Gea2 - Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 8945477; See PMID 10198630; See PMID 10430582; uncharacterized protein	complement(join(521478..521828,521883..522265,522318..522424,522483..522871,522923..523268,523323..526264,526355..526501))	Aspergillus niger	4989810
An18g02500	CDS	An18g02500	NT_166533.1	526578	528933	R	Remark: blastp with the predicted A. niger protein only retrieves random hits to lysine and glutamic acid rich proteins.; hypothetical protein	complement(join(526578..526735,527546..527673,527987..528037,528137..528238,528337..528603,528704..528792,528868..528933))	Aspergillus niger	84593672
An18g02510	CDS	An18g02510	NT_166533.1	528935	533707	D	Remark: the genemodel of the predicted A. niger protein shows no obvious possibility to generate two independent ORFs.; Remark: the predicted A. niger protein shows similarity to S. pombe SPAC31A2. 16 in its N-terminal 500 aa, while its C-terminal aa 1200-1350 show similarity to filament proteins.; Title: similarity to hypothetical protein SPAC31A2.16 - Schizosaccharomyces pombe; uncharacterized protein	join(528935..531164,531216..533074,533147..533707)	Aspergillus niger	4989812
An18g02520	CDS	An18g02520	NT_166533.1	534139	536190	R	Title: similarity to hypothetical protein B13N20.300 - Neurospora crassa; uncharacterized protein	complement(join(534139..535748,535814..535996,536046..536190))	Aspergillus niger	4989813
An18g02530	CDS	An18g02530	NT_166533.1	536952	538987	D	hypothetical protein	join(536952..537261,537892..538007,538296..538435,538876..538987)	Aspergillus niger	84593673
An18g02540	CDS	An18g02540	NT_166533.1	538995	539339	R	Title: weak similarity to protein from patent WO9737044-A1 - Helicobacter pylori; uncharacterized protein	complement(538995..539339)	Aspergillus niger	84593674
An18g02550	CDS	An18g02550	NT_166533.1	539374	541248	R	Catalytic activity: dihydroxy-acid dehydratases catalyse the reaction, 2,3-dihydroxy-3-methylbutanoate <=> 3-methyl-2-oxobutanoate + H(2)O.; Function: S. cerevisiae ILV3 catalyzes the third step in biosynthesis of branched-chain amino acids.; Title: strong similarity to dihydroxy-acid dehydratase Ilv3 - Saccharomyces cerevisiae; See PMID 8299945; uncharacterized protein	complement(join(539374..541105,541184..541248))	Aspergillus niger	4989816
An18g02560	CDS	An18g02560	NT_166533.1	541399	544934	R	Function: in N. crassa, the fusion of hyphae of opposite mating type during vegetative growth results in growth inhibition and cell death, a process that is mediated by the tol locus.; Regulation: tol transcription is repressed to allow the coexistence of opposite mating-type nuclei during the sexual reproductive phase.; Remark: mutations in tol are recessive and suppress mating-type-associated heterokaryon incompatibility.; Title: similarity to vegetative incompatibility protein tol - Neurospora crassa; See PMID 9449795; See PMID 9927450; uncharacterized protein	complement(join(541399..541505,541677..541692,541804..541918,542141..542656,542760..544298,544346..544528,544593..544696,544833..544934))	Aspergillus niger	4989817
An18g02570	CDS	An18g02570	NT_166533.1	545057	545808	D	hypothetical protein	join(545057..545173,545261..545339,545575..545693,545716..545808)	Aspergillus niger	84593675
An18g02580	CDS	An18g02580	NT_166533.1	545810	547286	D	Remark: blastp with the predicted A. niger protein only retrieves random hits to glutamic acid rich proteins.; Title: weak similarity to hypothetical protein encoded by An12g00890 - Aspergillus niger; uncharacterized protein	join(545810..546042,546098..546283,546339..546642,547182..547286)	Aspergillus niger	4989819
An18g02590	CDS	An18g02590	NT_166533.1	548364	549199	D	Similarity: shows some similarity to several serine/threonine-protein kinases.; Title: strong similarity to hypothetical protein encoded by An06g00610 - Aspergillus niger; uncharacterized protein	join(548364..548474,548556..549047,549110..549199)	Aspergillus niger	4989820
An18g02600	CDS	An18g02600	NT_166533.1	550708	551565	D	hypothetical protein	550708..551565	Aspergillus niger	4989821
An18g02610	CDS	An18g02610	NT_166533.1	552550	558330	R	Remark: the binding of the spectrin cytoskeleton to the cell plasma membrane depends on the large intracellular attachment protein ankyrin.; Title: similarity to ankyrin AAC37208.1 - Drosophila melanogaster; See PMID 7937942; uncharacterized protein	complement(join(552550..552957,553052..556981,557156..557263,557336..557549,557645..557789,557939..558159,558203..558330))	Aspergillus niger	4989822
An18g02620	CDS	An18g02620	NT_166533.1	558891	562043	D	hypothetical protein	join(558891..559011,559156..559951,560012..560177,560265..561537,561610..562043)	Aspergillus niger	10098283
An18g02630	CDS	An18g02630	NT_166533.1	562389	563715	D	Title: weak similarity to subtilisin J aprJ -Bacillus stearothermophilus; uncharacterized protein	join(562389..562634,562696..563715)	Aspergillus niger	4989824
An18g02640	CDS	An18g02640	NT_166533.1	563937	565480	R	Title: questionable ORF; uncharacterized protein	complement(join(563937..563999,564088..564184,564303..564365,565057..565155,565476..565480))	Aspergillus niger	84593676
An18g02650	CDS	An18g02650	NT_166533.1	565674	567548	R	Remark: It is suggested that CFP (cercosporin facilitator protein) encodes a cercosporin transporter that contributes resistance to cercosporin by actively exporting it, thus maintaining low cellular concentrations of the toxin.; Similarity: shows similarity to several probable drug transport proteins.; Title: similarity to cercosporin transporter -Cercospora kikuchii; uncharacterized protein	complement(join(565674..565790,565854..566314,566385..567279,567387..567548))	Aspergillus niger	4989826
An18g02660	CDS	An18g02660	NT_166533.1	567621	569213	R	Title: questionable ORF; uncharacterized protein	complement(join(567621..567733,567941..568072,568336..568439,568516..568581,569140..569213))	Aspergillus niger	84593677
An18g02670	CDS	An18g02670	NT_166533.1	569292	569811	D	hypothetical protein	join(569292..569421,569513..569578,569729..569811)	Aspergillus niger	84593678
An18g02680	CDS	An18g02680	NT_166533.1	570023	571563	R	Function: the cytochrome P450 enzymes usually act as terminal oxidases in multicomponent electron transfer chains, called P450-containing monooxygenase systems.; Remark: the avnA gene of A. parasiticus encodes a fungal cytochrome P-450-type enzyme which is involved in the conversion of averantin to averufin in the aflatoxin biosynthetic pathway in A. parasiticus.; Similarity: shows similarity to several cytochrome P450 monooxygenases.; Title: strong similarity to cytochrome P450 monooxygenase avnA - Aspergillus parasiticus; See PMID 9097431; uncharacterized protein	complement(join(570023..571465,571525..571563))	Aspergillus niger	4989829
An18g02690	CDS	An18g02690	NT_166533.1	572399	574586	R	Remark: dihydrogeodin oxidase catalyzes the regio-and stereospecific phenol oxidative coupling reaction to form (+)-geodin from dihydrogeodin.; Similarity: shows also similarity to several laccases, phenol oxidases of different organisms.; Title: strong similarity to dihydrogeodin oxidase DHGO - Aspergillus terreus; See PMID 3032923; See PMID 7665560; uncharacterized protein	complement(join(572399..572518,572658..574225,574328..574586))	Aspergillus niger	4989830
An18g02700	CDS	An18g02700	NT_166533.1	574957	576662	R	Function: the cytochrome P450 enzymes usually act as terminal oxidases in multicomponent electron transfer chains, called P450-containing monooxygenase systems.; Similarity: shows similarity to several cytochrome P450 enzymes.; Title: similarity to cytochrome P-450 cyp509A1 -Cunninghamella elegans; See PMID 10867234; uncharacterized protein	complement(join(574957..576011,576070..576355,576414..576662))	Aspergillus niger	4989831
An18g02710	CDS	An18g02710	NT_166533.1	577902	580784	D	Remark: ent-Kaurene is the first cyclic diterpene intermediate of gibberellin biosynthesis in both plants and fungi.; Remark: in plants, ent-kaurene is synthesized from geranylgeranyl diphosphate via copalyl diphosphate in a two-step cyclization catalyzed by copalyl diphosphate synthase and ent-kaurene synthase.; Title: strong similarity to ent-Kaurene synthase -Phaeosphaeria sp.; See PMID 9268298; uncharacterized protein	577902..580784	Aspergillus niger	4989832
An18g02720	CDS	An18g02720	NT_166533.1	581602	582531	D	Catalytic activity: glutathione S-transferases catalyze the conversion of RX + Glutathione = HX + R-S-Glutathione.; Function: glutathione S-transferases (GST) conjugates reduced glutathione to a wide number of exogenous and endogenous hydrophobic electrophiles.; Similarity: shows also some similarity to Ure2 of S. cerevisiae, which mediates nitrogen catabolite repression (NCR) of certain yeast genes.; Similarity: shows similarity to several putative glutathione S-transferases.; Title: strong similarity to hypothetical glutathione S-transferase CAA19067.1 - Schizosaccharomyces pombe; uncharacterized protein	join(581602..581638,581737..581865,581936..582119,582201..582531)	Aspergillus niger	4989833
An18g02730	CDS	An18g02730	NT_166533.1	584203	585525	R	Localization: PTH11 of M. grisea was localised as a GFP-fusion protein in the cell membrane and in the vacuoles.; Phenotype: pth11 mutants of strain 4091-5-8 are nonpathogenic due to a defect in appressorium differentiation. This suggests that Pth11p functions at the cell cortex as an upstream effector of appressorium differentiation.; Title: similarity to transmembrane protein PTH11 -Magnaporthe grisea; See PMID 10521529; uncharacterized protein	complement(join(584203..584671,584758..584975,585038..585196,585253..585525))	Aspergillus niger	4989834
An18g02740	CDS	An18g02740	NT_166533.1	586606	588475	D	Function: the cytochrome P450 enzymes usually act as terminal oxidases in multicomponent electron transfer chains, called P450-containing monooxygenase systems.; Similarity: shows similarity to several cytochrome P450 enzymes.; Title: similarity to cytochrome P450 3A7 - Homo sapiens; See PMID 9328287; See PMID 9710705; uncharacterized protein	join(586606..587451,587549..588475)	Aspergillus niger	84593679
An18g02750	CDS	An18g02750	NT_166533.1	588750	589887	R	Title: weak similarity to hypothetical methyltransferase AAO27746.2 - Fusarium sporotrichioides; uncharacterized protein	complement(join(588750..589226,589420..589594,589653..589775,589838..589887))	Aspergillus niger	4989836
An18g02752	CDS	An18g02752	NT_166533.1	590334	591521	D	Title: strong similarity to hypothetical protein BAC47708.1 - Bradyrhizobium japonicum; uncharacterized protein	590334..591521	Aspergillus niger	4989837
An18g02760	CDS	An18g02760	NT_166533.1	592243	597654	R	Similarity: the predicted A. niger protein shows local similarity to the hypothetical protein T21J18. 40 of A. thaliana. this domain is also found in the protein sequence of patent EP1033405-A2 (AC# AAG54045). however,the lengths of these entries differ by 104 amino acids.; Title: similarity to hypothetical protein T21J18.40 - Arabidopsis thaliana; uncharacterized protein	complement(join(592243..592425,592479..592787,592841..593717,593780..594388,594434..596475,596546..597422,597482..597654))	Aspergillus niger	4989838
An18g02770	CDS	An18g02770	NT_166533.1	598684	599950	R	Title: weak similarity to hypothetical protein encoded by An07g09090 - Aspergillus niger; uncharacterized protein	complement(join(598684..598700,598847..599545,599602..599950))	Aspergillus niger	4989839
An18g02780	CDS	An18g02780	NT_166533.1	601303	602557	D	Similarity: similarity of the predicted A. niger protein to various protein sequences is due to low complexity sequences.; Title: similarity to hypothetical protein encoded by An12g03140 - Aspergillus niger; uncharacterized protein	join(601303..601403,601510..602557)	Aspergillus niger	84593680
An18g02790	CDS	An18g02790	NT_166533.1	603860	604959	R	hypothetical protein	complement(join(603860..604351,604405..604522,604604..604658,604908..604959))	Aspergillus niger	84593681
An18g02800	CDS	An18g02800	NT_166533.1	605158	606630	D	Regulation: 2'-hydroxyisoflavone reductase from A. thaliana accumulates rapidly in Arabidopsis plants under various oxidative stress conditions, such as treatment with paraquat, t-butylhydroperoxide, diamide, and menadione.; Remark: the protein sequence of 2'-hydroxyisoflavone reductase from A. thaliana is covered by patent EP1033405-A2 (AC# AAG14147). the patent does not provide information about the function of the protein.; Similarity: the predicted A. niger protein shows similarity to 2'-hydroxyisoflavone reductase from A. thaliana and from many other plant and fungal species. the N-terminus of the predicted A. niger protein shows strong similarity to a translated mRNA (tomato pathotype-specific DNA fragment) from the fungus Verticillium dahliae.; Title: similarity to 2-hydroxyisoflavone reductase -Arabidopsis thaliana; See PMID 7592828; uncharacterized protein	join(605158..605262,605319..605551,605599..606169,606355..606630)	Aspergillus niger	4989842
An18g02810	CDS	An18g02810	NT_166533.1	607113	609282	R	hypothetical protein	complement(join(607113..607165,607248..607460,607751..607850,607957..608011,608091..608121,608253..608306,608351..608439,608533..608613,608713..608823,609025..609122,609205..609282))	Aspergillus niger	84593682
An18g02820	CDS	An18g02820	NT_166533.1	609574	610549	R	Title: questionable ORF; uncharacterized protein	complement(join(609574..609679,609738..609741,610012..610549))	Aspergillus niger	4989844
An18g02830	CDS	An18g02830	NT_166533.1	611211	614665	R	Title: strong similarity to hypothetical conserved protein B13N20.310 - Neurospora crassa; uncharacterized protein	complement(join(611211..611471,611522..611824,611872..612866,612923..613133,613183..614419,614535..614665))	Aspergillus niger	4989845
An18g02840	CDS	An18g02840	NT_166533.1	615650	616315	D	Title: strong similarity to hypothetical protein YML079w - Saccharomyces cerevisiae; uncharacterized protein	join(615650..616126,616184..616315)	Aspergillus niger	4989846
An18g02850	CDS	An18g02850	NT_166533.1	616470	617558	R	Function: MRS3 (S. cer.) is essential for the splicing of group II introns and is also involved in processes of mitochondrial biogenesis other than RNA splicing.; Function: MRS3 (S. cer.) may act as a carrier,exerting its suppressor activity via modulation of solute concentrations in the mitochondria.; Function: the MRS3 gene product of S. cerevisiae probably is involved in splicing of aI1 intron for COB gene.; Similarity: the ORF encoded protein is a member of the mitochondrial carrier family.; Title: strong similarity to mtRNA splice defect-suppressing mitochondrial carrier Mrs3 -Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 2448588; See PMID 1703236; uncharacterized protein	complement(join(616470..617396,617499..617558))	Aspergillus niger	4989847
An18g02860	CDS	An18g02860	NT_166533.1	618429	621204	R	Function: NPR1 of S. cerevisiae promotes the activity of at least 6 distinct transport systems for nitrogenous nutrients under conditions of nitrogen catabolite derepression.; Remark: the systematic name for NPR1 of S. cerevisiae is YNL183C.; Similarity: the predicted A. niger protein shows strong similarity to nitrogen permease reactivator protein (NPR1) from S. cerevisiae. the carboxy-terminal region of NPR1 contains consensus sequences characteristic of the catalytic domains of protein kinases.; Title: strong similarity to nitrogen permease reactivator protein Npr1 - Saccharomyces cerevisiae; See PMID 2125693; uncharacterized protein	complement(join(618429..618677,618930..619213,619276..620653,620827..621125,621195..621204))	Aspergillus niger	4989848
An18g02870	CDS	An18g02870	NT_166533.1	621728	622638	R	hypothetical protein	complement(join(621728..622008,622082..622182,622457..622638))	Aspergillus niger	84593683
An18g02880	CDS	An18g02880	NT_166533.1	622865	624250	R	hypothetical protein	complement(join(622865..622957,623083..623166,623277..623421,623498..623543,623634..623789,623807..623911,623998..624250))	Aspergillus niger	84593684
An18g02890	CDS	An18g02890	NT_166533.1	624646	625222	R	Similarity: the predicted A. niger protein shows strong similarity to mitochondrial ribosomal protein L11 from S. cerevisiae and from many eucaryotic species as well as to procaryotic 50S ribosomal proteins L11.; Title: strong similarity to mitochondrial ribosomal protein of the large subunit L11 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9151978; mitochondrial 54S ribosomal protein uL11m	complement(join(624646..624978,625094..625222))	Aspergillus niger	4989851
An18g02900	CDS	An18g02900	NT_166533.1	625867	627257	D	Title: strong similarity to hypothetical protein SPAC8A4.09c - Schizosaccharomyces pombe; uncharacterized protein	join(625867..625893,625973..626163,626245..626669,626726..627102,627159..627257)	Aspergillus niger	4989852
An18g02910	CDS	An18g02910	NT_166533.1	627644	628314	D	Complex: the nucleosome is an octamer containing two molecules of H2a, H2b, H3, and H4; which wrap approximatively 146 bp of DNA.; Function: histone H4, along with histone H3, plays a central role in nucleosome formation.; Similarity: the predicted A. niger protein shows similarity to histone H4 (HHF2) of S. cerevisiae and of many other eucaryotic organisms.; Title: similarity to histone H4 Hhf2 - Saccharomyces cerevisiae; nucleus; See PMID 9256430; uncharacterized protein	join(627644..627705,627791..627822,627881..627896,627984..628071,628123..628182,628250..628267,628297..628314)	Aspergillus niger	4989853
An18g02920	CDS	An18g02920	NT_166533.1	629026	630694	R	hypothetical protein	complement(join(629026..629081,629177..629323,629408..629471,629570..629611,629717..629827,629932..630087,630530..630694))	Aspergillus niger	84593685
An18g02930	CDS	An18g02930	NT_166533.1	632063	632566	R	hypothetical protein	complement(join(632063..632225,632361..632566))	Aspergillus niger	84593686
An18g02940	CDS	An18g02940	NT_166533.1	632962	646125	R	Catalytic activity: ciliary dynein beta heavy chain of A. crassispina catalyses the reaction ATP + H(2)O = ADP + phosphate.; Complex: ciliary dynein consists of two heavy chains (alpha and beta), three intermediate chains and several light chains.; Function: ciliary dynein beta heavy chain of A. crassispina is a force generating motor protein of eukaryotic cilia and flagella. it produces force towards the minus ends of microtubules. dynein has ATPase activity.; Regulation: dynein beta heavy chain mRNA of A. crassispina accumulates rapidly in response to deciliation.; Similarity: the predicted A. niger protein shows strong similarity to dynein heavy chains of A. crassispina and of many other eucaryotic organisms.; Title: strong similarity to ciliary dynein beta heavy chain - Anthocidaris crassispina; See PMID 1830928; See PMID 1693885; uncharacterized protein	complement(join(632962..633408,633469..645773,645843..646125))	Aspergillus niger	4989856
An18g02950	CDS	An18g02950	NT_166533.1	646809	652181	R	Remark: SIN1 of A. thaliana is required for normal ovule development. the SIN1 polynucleotide is useful for regulating flowering or fertility in plants. it is also useful for increasing fecundity of plants. the DNA molecule, which plays a vital role in fertility, seed production and flowering time control in plants, is useful as a tool for engineering the expression of genes involved in seed/embryo development and flowering time. it is particularly important in genetically engineering or controlling developmentally important plant processes,which is useful for improving crop plant production.; Similarity: the predicted A. niger protein shows strong similarity to the protein sequence short integuments 1 (SIN1) of patent WO200075359-A2 (AC# AAB31166) and several hypothetical RNA helicase of eucaryotic and procaryotic species.; Title: strong similarity to short integuments SIN1 from patent WO200075359-A2 - Arabidopsis thaliana; See PMID 8787738; See PMID 8948599; uncharacterized protein	complement(join(646809..647105,647160..647546,647604..648135,648176..648576,648628..649698,649759..649918,649990..650058,650111..650152,650234..650292,650343..651024,651073..651180,651230..651495,651547..651650,651705..651898,651958..652181))	Aspergillus niger	4989857
An18g02960	CDS	An18g02960	NT_166533.1	652756	654145	D	Complex: the alpha 4 protein of M. musculus binds to murine MB-1 protein and is also tightly associated with a kinase activity. murine MB-1 protein can be co-precipitated with the Ig receptor (IgR). thus, the alpha 4 gene-encoded molecule may be functionally involved in the IgR-mediated signal transduction in B cells.; Remark: the alpha 4 protein of M. musculus is inducibly phosphorylated by stimulation with 12-O-tetradecanoyl-phorbol-13-acetate.; Similarity: the predicted A. niger protein shows similarity to the alpha 4 protein of M. musculus and strong similarity to fungal hypothetical proteins.; Title: similarity to protein alpha 4 - Mus musculus; See PMID 7876543; uncharacterized protein	join(652756..653165,653229..653505,653564..654145)	Aspergillus niger	4989858
An18g02970	CDS	An18g02970	NT_166533.1	654422	655491	R	Catalytic activity: hydroxymethylbilane synthase of S. cerevisiae catalyses the reaction: 4 porphobilinogen + H(2)O = hydroxymethylbilane + 4 NH(3).; Cofactor: hydroxymethylbilane synthase of S. cerevisiae requires dipyrromethane as a cofactor.; Pathway: hydroxymethylbilane synthase of S. cerevisiae is the third enzyme in the heme biosynthetic pathway.; Title: strong similarity to hydroxymethylbilane synthase Hem3 - Saccharomyces cerevisiae; See PMID 323256; See PMID 1508149; uncharacterized protein	complement(join(654422..655143,655209..655491))	Aspergillus niger	4989859
An18g02980	CDS	An18g02980	NT_166533.1	656259	659183	D	Catalytic activity: lonD of M. xanthus hydrolyses large proteins such as globin, casein and denaturated serum albumin in presence of ATP.; Function: lonD of M. xanthus degrades short-lived regulatory and abnormal proteins. lonD of M. xanthus is essential for fruiting body formation and development.; Inhibition: lonD of M. xanthus is inhibited by vanadate.; Similarity: the predicted A. niger protein shows strong similarity to endopeptidase La 2 (lonD) of M. xanthus, which belongs to peptidase family S16 also known as the lon family of ATP-dependent proteases.; Title: strong similarity to endopeptidase La 2 lonD - Myxococcus xanthus; cytoplasm; See PMID 8331082; See PMID 8331083; uncharacterized protein	join(656259..656730,656813..659045,659099..659183)	Aspergillus niger	4989860
An18g02990	CDS	An18g02990	NT_166533.1	659532	660329	R	Complex: MRP20 of S. cerevisiae is a component of the 54 S subunit of the yeast mitochondrial ribosome.; Remark: the levels of the mRNAs and proteins for MRP20 is regulated in response to carbon source. in [rho0] strains lacking mitochondrial rRNA, the level of the protein is reduced severalfold, presumably because the unassembled proteins are unstable.; Similarity: the predicted A. niger protein shows similarity to MRP20 of S. cerevisiae, which is similar to members of the L23 family of ribosomal proteins.; Title: similarity to mitochondrial ribosomal protein Mrp20 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 1544898; mitochondrial 54S ribosomal protein uL23m	complement(join(659532..659742,659852..660142,660241..660329))	Aspergillus niger	4989861
An18g03000	CDS	An18g03000	NT_166533.1	660643	661987	R	Similarity: the predicted A. niger protein shows strong similarity to hypothetical protein sequences of diverse eucaryotic species and similarity to several procaryotic protein sequences.; Title: strong similarity to hypothetical protein SPBC1703.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(660643..661643,661715..661859,661925..661987))	Aspergillus niger	4989862
An18g03010	CDS	An18g03010	NT_166533.1	662680	665677	R	Complex: human p97 also binds specifically to the intracellular domain of the p55 tumor necrosis factor (TNF) receptor.; Function: human p97 acts as a regulatory subunit of the 26S proteasome, which is involved in the ATP-dependent degradation of ubiquitinated proteins.; Remark: human p97 shows high sequence similarity with a yeast protein of unknown function, which is termed NAS1 (non-ATPase subunit 1, new gene name: RPN1). expression of the human p97 cDNA in nas1 disruptant yeast cells suppressed the growth defect of the mutants. culturing of the temperature-sensitive nas1 cells at the restrictive temperature promoted the accumulation polyubiquitinated cellular proteins, implying that the 26S proteasome requires a functional Nas1p subunit for ubiquitin-dependent proteolysis.; Remark: the nearly identical human 26S proteasome component P100 protein sequence is covered by patent JP09075082-A (AC# AAW15473).; Similarity: the predicted A. niger protein shows strong similarity to 26S proteasome regulatory subunit S2 (p97) (tumor necrosis factor type 1 receptor associated protein 2) of H. sapiens and other eucaryotic species.; Title: strong similarity to 26S proteasome regulatory subunit S2 - Homo sapiens; endoplasmatic reticulum; See PMID 7601280; See PMID 8774743; See PMID 9584156; See PMID 10664589; uncharacterized protein	complement(join(662680..662712,662766..665075,665132..665296,665363..665427,665530..665677))	Aspergillus niger	4989863
An18g03020	CDS	An18g03020	NT_166533.1	666083	668092	R	Title: similarity to hypothetical protein encoded by MUP24.12 - Arabidopsis thaliana; uncharacterized protein	complement(join(666083..667239,667295..667546,667612..668092))	Aspergillus niger	4989864
An18g03030	CDS	An18g03030	NT_166533.1	668751	671370	D	Complex: in the yeast S. cerevisiae, DNA mismatch repair requires the MSH2, MLH1, and PMS1 proteins. experiments revealed that the yeast MLH1 and PMS1 proteins physically associate, possibly forming a heterodimer, and that MLH1 and PMS1 act in concert to bind a MSH2-heteroduplex complex containing a G-T mismatch. thus,MSH2, MLH1, and PMS1 are likely to form a ternary complex during the initiation of eukaryotic DNA mismatch repair.; Function: disruption of the MLH1 gene of S. cerevisiae results in elevated spontaneous mutation rates during vegetative growth, dramatic increase in the instability of simple sequence repeats and causes increased spore lethality in diploid strains, presumably due to the accumulation of recessive lethal mutations and inefficient repair of heteroduplex DNA generated during genetic recombination.; Similarity: the predicted A. niger protein shows strong similarity to mismatch repair protein MLH1 of S. cerevisiae and other eucaryotic species as well as similarity to the procaryotic DNA mismatch repair protein mutL.; Title: strong similarity to mismatch repair protein Mlh1 - Saccharomyces cerevisiae; See PMID 8066446; See PMID 8264608; uncharacterized protein	join(668751..668819,668871..669050,669106..669372,669428..671059,671172..671200,671244..671370)	Aspergillus niger	4989865
An18g03040	CDS	An18g03040	NT_166533.1	671829	674139	R	Function: XCL100(beta) of X. laevis is able to dephosphorylate both tyrosine and threonine residues of activated p42 MAP kinase in vitro.; Localization: XCL100(beta) proteins were localised predominantly in the nucleus in transfected COS-1 cells.; Regulation: XCL100(beta) of X. laevis is inducible by serum stimulation and oxidative/heat stress in a X. laevis kidney cell line. during early embryogenesis, levels of XCL100 mRNA are greatly increased at the mid-blastula transition, suggesting that this enzyme may be involved in the regulation of MAP kinase activity during early development.; Similarity: the predicted A. niger protein shows similarity to MAP kinase phosphatase XCL100(beta) protein of X. laevis, related proteins from other vertebrate species and from the plant A. thaliana. the predicted A. niger protein shows strong similarity to the probable protein-tyrosine-phosphatase of S. cerevisiae.; Title: similarity to MAP kinase phosphatase XCL100(beta) - Xenopus laevis; nucleus; See PMID 7593328; uncharacterized protein	complement(join(671829..671955,672019..672075,672129..672249,672309..673337,673389..674139))	Aspergillus niger	4989866
An18g03050	CDS	An18g03050	NT_166533.1	675118	676064	R	hypothetical protein	complement(join(675118..675265,675354..675498,675625..675738,675834..675875,676031..676064))	Aspergillus niger	84593687
An18g03060	CDS	An18g03060	NT_166533.1	677042	680528	R	Function: the human leucine carboxyl methyltransferase LCMT methylates the carboxyl group of the c-terminal leucine residue of protein phosphatase 2a catalytic subunits (PPP2ca) to form alpha-leucine ester residues.; Similarity: the ORF encoded protein also shows strong similarity to the human cell signalling protein-9 from patent WO9958558-A2. The patent does not decribe its function clearly enough.; Similarity: the ORF encoded protein shows strong similarity to the probable S. cerevisiae methyltransferase Ppm2(YOL141w).; Title: similarity to leucine carboxyl methyltransferase LCMT - Homo sapiens; See PMID 10600115; uncharacterized protein	complement(join(677042..677500,677555..677845,677902..679583,679649..680013,680097..680314,680424..680528))	Aspergillus niger	4989868
An18g03070	CDS	An18g03070	NT_166533.1	681043	682546	D	Title: strong similarity to ORF2319 polynucleotide sequence SEQ ID NO:4637 from patent WO200058473-A2 - Homo sapiens; uncharacterized protein	join(681043..681094,681161..681315,681450..681609,681666..682546)	Aspergillus niger	4989869
An18g03080	CDS	An18g03080	NT_166533.1	684064	685853	D	Catalytic activity: 6-Hydroxy-D-nicotine oxidases convert (R)-6-hydroxynicotine + H(2)O + O(2) to 1-(6-hydroxypyrid-3-yl)-4-(methylamino)butan-1-one + H(2)O(2).; Cofactor: FAD.; Pathway: degradation of nicotine.; Title: similarity to 6-hydroxy-d-nicotine oxidase 6-HDNO - Arthrobacter oxidans; See PMID 2115879; See PMID 2680607; See PMID 3622516; uncharacterized protein	join(684064..684514,684600..684661,684762..684856,684888..685253,685308..685507,685576..685853)	Aspergillus niger	4989870
An18g03090	CDS	An18g03090	NT_166533.1	686504	687817	D	Title: strong similarity to hypothetical protein SPAC4G8.06c - Schizosaccharomyces pombe; uncharacterized protein	join(686504..687342,687421..687817)	Aspergillus niger	4989871
An18g03100	CDS	An18g03100	NT_166533.1	687964	688648	R	Remark: alternate name for S. cerevisiae Ssp120: YLR250W.; Title: strong similarity to hypothetical precursor of secretory protein Ssp120 - Saccharomyces cerevisiae; extracellular/secretion proteins; See PMID 1743509; uncharacterized protein	complement(join(687964..688448,688534..688648))	Aspergillus niger	4989872
An18g03110	CDS	An18g03110	NT_166533.1	689097	691289	D	Similarity: the ORF is longer than H1 of O. cuniculus (730 compared to 606 amino acids). The alignment between the two proteins encompasses about 200 amino acids.; Similarity: the similarities of the ORF encoded protein to matching proteins are mainly based on repetitive structures.; Title: weak similarity to neurofilament triplet protein H1 - Oryctolagus cuniculus; uncharacterized protein	689097..691289	Aspergillus niger	4989873
An18g03120	CDS	An18g03120	NT_166533.1	692229	694665	R	Function: the S. cerevisiae pre-mRNA processing factor Prp43 is involved in disassembly of spliceosomes after the release of mature mRNA.; Remark: alternate name for S. cerevisiae Prp43: YGL120c.; Similarity: the ORF encoded protein and the S. cervisiae Prp43 protein belong to the 'DEAD' box family of helicases.; Title: strong similarity to ATP dependent RNA helicase and pre-mRNA splicing factor Prp43 - Saccharomyces cerevisiae; nucleus; See PMID 9342317; uncharacterized protein	complement(join(692229..692357,692419..694285,694355..694665))	Aspergillus niger	4989874
An18g03130	CDS	An18g03130	NT_166533.1	695345	698090	D	Function: S. pombe Skb1 is a suggested to be protein methyltransferase that positively controls the activity of the Shk1 protein kinase. The p21-activated kinase, Shk1,is required for cell viability, establishment and maintenance of cell polarity, and proper mating response in the fission yeast, Schizosaccharomyces pombe.; Title: strong similarity to shk1 interacting protein skb1p - Schizosaccharomyces pombe; See PMID 8943016; See PMID 9843966; See PMID 11278267; uncharacterized protein	join(695345..695458,695514..695960,696051..696135,696202..696398,696507..696980,697125..697425,697486..697763,697827..698090)	Aspergillus niger	4989875
An18g03140	CDS	An18g03140	NT_166533.1	698659	699569	R	hypothetical protein	complement(join(698659..698849,699107..699117,699195..699386,699427..699461,699546..699569))	Aspergillus niger	84593688
An18g03150	CDS	An18g03150	NT_166533.1	701156	703789	D	Function: the Podospora anserina cro1 gene is required for sexual sporulation.; Localization: GFP-tagging of the CRO1 protein from Podospora anserina reveals that it is a cytosolic protein mainly expressed at the beginning of the dikaryotic stage and at the time of ascospore maturation.; Title: strong similarity to protein CRO1 - Podospora anserina; cytoplasm; See PMID 9482722; uncharacterized protein	join(701156..701236,701360..703789)	Aspergillus niger	4989877
An18g03160	CDS	An18g03160	NT_166533.1	704130	705393	R	hypothetical protein	complement(join(704130..704211,704261..704406,704533..704587,704712..704914,705126..705207,705383..705393))	Aspergillus niger	84593689
An18g03170	CDS	An18g03170	NT_166533.1	706721	710487	D	Complex: Pho85(cyclin-dependent kinase)/Pho80(cyclin).; Function: the complex Pho85(cyclin-dependent kinase)/Pho80(cyclin) phophorylates the transcription factor Pho4. Phosphorylation of Pho4 by Pho80-Pho85 turns off PHO5 transcription by regulating the nuclear localization of Pho4.; Remark: a splice site was detected upstream of the START codon.; Similarity: the ORF encoded protein and S. cerevisiae Pho85 belong to the Ser/Thr family of protein kinases and to the cdc2/cdkx subfamily.; Title: strong similarity to cyclin-dependent protein kinase Pho85 - Saccharomyces cerevisiae; deleted EC_number 2.7.1.37; See PMID 8539622; See PMID 8918192; uncharacterized protein	join(706721..706856,706923..709736,709794..710194,710245..710487)	Aspergillus niger	4989879
An18g03180	CDS	An18g03180	NT_166533.1	710980	712208	D	Catalytic activity: the human transcription initiation factor TFIIH shows DNA-dependent ATPase activity.; Complex: the human transcription initiation factor TFIIH contains four subunits p89(ERCC3), p80(ERCC2), p52,p35.; Function: TFIIH is involved in RNA polymerase II transcription initiation and in nucleotide excision DNA repair.; Title: strong similarity to subunit of transcription initiation factor TFIIH BTFII - Homo sapiens; nucleus; See PMID 1939143; See PMID 7511595; See PMID 8152490; uncharacterized protein	join(710980..711025,711115..712208)	Aspergillus niger	4989880
An18g03190	CDS	An18g03190	NT_166533.1	712582	714272	R	Catalytic activity: (L-asparaginase) L-asparagine + H(2)O <=> L-aspartate + NH(3).; Similarity: the L-asparaginase from Lupinus arboreus belongs to the asparaginase 2 family.; Similarity: the ORF encoded protein only shows domain homology to the L-asparaginase from Lupinus arboreus. It is strong similar to the 'asparaginase related protein' B17C10. 180 from Neurospora crassa.; Title: similarity to L-asparaginase - Lupinus arboreus; See PMID 1377963; uncharacterized protein	complement(join(712582..712728,712773..712882,712934..713830,713901..714100,714166..714272))	Aspergillus niger	4989881
An18g03200	CDS	An18g03200	NT_166533.1	715435	716957	D	Function: disruption of the act2 gene from S. pombe demonstrated that this gene encodes a function essential for germination of haploid spores.; Title: strong similarity to actin like protein act2p - Schizosaccharomyces pombe; cytoskeleton; See PMID 1729722; uncharacterized protein	join(715435..715469,715541..715563,715628..715989,716058..716957)	Aspergillus niger	4989882
An18g03210	CDS	An18g03210	NT_166533.1	717497	718750	D	Catalytic activity: NADPH + quinone <=> NADP(+) + semiquinone.; Cofactor: Zinc.; Function: quinone oxidoreductases are specific for NADPH and catalyzes the one election reduction of certain quinones substrate. The A. thaliana quinone oxidoreductase P1 also catalyzes the divalent reduction of diamide to 1,2-bis(N,N-dimethylcarbamoyl)hydrazine.; Remark: alternate names for the A. thaliana quinone oxidoreductase P1: NADPH:quinone reductase or Zeta-crystallin.; Title: strong similarity to quinone oxidoreductase P1 - Arabidopsis thaliana; See PMID 11004574; See PMID 3377754; uncharacterized protein	join(717497..717828,717889..718328,718394..718560,718613..718750)	Aspergillus niger	4989883
An18g03220	CDS	An18g03220	NT_166533.1	718919	720520	R	Catalytic activity: S-adenosyl-L-methionine + tRNA <=> S-adenosyl-L-homocysteine + tRNA containing thymine.; Remark: alternate names for S. cerevisiae Trm2: Rnc1, Nuc2 or YKR056W.; Title: strong similarity to the tRNA(m5U54)methyltransferase Trm2 - Saccharomyces cerevisiae; See PMID 10864043; uncharacterized protein	complement(718919..720520)	Aspergillus niger	4989884
An18g03230	CDS	An18g03230	NT_166533.1	720956	722348	D	Remark: literature about the mitochondrial ribosome structure: Pubmed 11279123.; Similarity: the ORF encoded protein shows strong similarity to the probable mitochondrial ribosomal S5 subunits from S. cerevisiae (MrpS5/YBR251w) and S. pombe (SPAC4G9. 17c).; Title: similarity to ribosomal protein of the small subunit S5 rpsE - Synechococcus sp.; localisation:mitochondrion; See PMID 9300823; mitochondrial 37S ribosomal protein uS5m	join(720956..721994,722053..722348)	Aspergillus niger	4989885
An18g03240	CDS	An18g03240	NT_166533.1	722688	723331	R	Title: similarity to hypothetical protein CAD21178.1 - Neurospora crassa; uncharacterized protein	complement(join(722688..723008,723158..723331))	Aspergillus niger	4989886
An18g03250	CDS	An18g03250	NT_166533.1	724137	726262	R	Catalytic activity: ATP + a protein <=> ADP + a phosphoprotein.; Function: the protein kinase NRC-2 from N. crassa controls the entry of the cell into the asexual developmental program. it is required to repress entry into the conidiation program.; Similarity: the ORF encoded protein and N. crassa NRC-2 belong to the Kin82 subfamily of Ser/Thr protein kinases.; Title: strong similarity to protein kinase NRC-2 -Neurospora crassa; deleted EC_number 2.7.1.37; See PMID 9584090; uncharacterized protein	complement(join(724137..724482,724531..724912,724966..725091,725139..725312,725368..726262))	Aspergillus niger	4989887
An18g03260	CDS	An18g03260	NT_166533.1	726794	727418	R	hypothetical protein	complement(join(726794..726979,727056..727102,727400..727418))	Aspergillus niger	84593690
An18g03270	CDS	An18g03270	NT_166533.1	728270	731121	R	Remark: the protein sequence described in patent CA2219958-A1 is identical to the sequence of the protein kinase Ste20 from S. cerevisiae, which is involved in regulation of pseudohyphal growth and signal transduction of mating signal.; Title: weak similarity to Ste4p/Gbeta interaction domain of Ste20p/PAK from patent CA2219958-A1 -Unclassified organism; uncharacterized protein	complement(join(728270..728741,728788..728856,728911..730945,731034..731121))	Aspergillus niger	4989889
An18g03280	CDS	An18g03280	NT_166533.1	732211	733300	R	Title: similarity to hypothetical protein B13D24.040 - Neurospora crassa; uncharacterized protein	complement(join(732211..732761,732976..733300))	Aspergillus niger	4989890
An18g03290	CDS	An18g03290	NT_166533.1	733823	736152	R	Function: the PR65 subunit of protein phosphatase 2A serves as a scaffolding molecule to coordinate the assembly of the catalytic subunit and a variable regulatory B subunit.; Remark: a splice site was detected upstream of the START codon.; Similarity: the ORF encoded protein shows strong similarity to the S. cervisiae homolog of the p65 PP2A subunit TPD3, which is known to be important for cell cycle, cytoskeleton and cell wall Pubmed 7796803.; Title: strong similarity to regulator subunit of the protein phosphatase 2A PR65 - Xenopus laevis; See PMID 7601134; See PMID 7681822; uncharacterized protein	complement(join(733823..734161,734212..734549,734606..734706,734765..734909,734960..735074,735138..735629,735691..735842,735912..736017,736090..736152))	Aspergillus niger	4989891
An18g03300	CDS	An18g03300	NT_166533.1	737129	739389	D	Catalytic activity: ATP + L-phenylalanine + tRNA(Phe) <=> AMP + diphosphate + L-phenylalanyl-tRNA(Phe).; Title: strong similarity to cytosolic phenylalanine--tRNA ligase alpha subunit Frs1 -Saccharomyces cerevisiae; cytoplasm; See PMID 3049607; uncharacterized protein	join(737129..737181,737238..737278,737341..737360,737421..737497,737554..737683,737741..738007,738064..738305,738360..739168,739226..739389)	Aspergillus niger	4989892
An18g03310	CDS	An18g03310	NT_166533.1	740333	741610	R	Function: the S. cerevisiae Rps3 protein is component of the yeast cytosolic 40S ribosomal subunit.; Remark: alternate name for S. cerevisiae Rps3: Suf14, ribosomal protein S3(rp13)(S3), YNL178W.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S3 - Saccharomyces cerevisiae; cytoplasm; See PMID 8670293; 40S ribosomal protein uS3	complement(join(740333..740665,740888..741201,741457..741610))	Aspergillus niger	4989893
An18g03320	CDS	An18g03320	NT_166533.1	742274	744635	R	Catalytic activity: a phosphoprotein + H(2)O <=> a protein + phosphate.; Function: human MTM1 is a dual-specificity phosphatase that acts on both phosphotyrosine and phosphoserine. It could be involved in a signal transduction pathway necessary for late myogenesis,although its ubiquitous expression suggests a wider function.; Similarity: human MTM1 belongs to the non-receptor class of the protein-tyrosine phosphatase family and to the myotubularin subfamily. The MTM gene subfamily has members in S. pombe, C. elegans, zebrafish, Drosophila, S. cerevisiae mouse and man.; Title: strong similarity to phosphatase myotubularin MTM1 - Homo sapiens; See PMID 8640223; See PMID 9736772; uncharacterized protein	complement(join(742274..742956,743095..744031,744093..744635))	Aspergillus niger	4989894
An18g03330	CDS	An18g03330	NT_166533.1	745507	746699	D	Function: glucanases possibly play a role in cell expansion during growth, in cell-cell fusion during mating,and in spore release during sporulation. The exo-1,3-beta-glucanase Exg1 from S. cerevisiae enzyme hydrolyzes both 1,3-beta-and 1,6-beta-linkages and even it has beta-glucosidase activity. It could also function biosynthetically as a transglycosylase.; Remark: alternate names for S. cerevisiae Exg1: Bgl1 or YLR300w.; Remark: the alignment of the ORF encoded protein to the S. cerevisiae exo-beta-1,3-glucanase (Exg1/YLR300w) is missing in the blastP-output-list.; Title: similarity to exo-1,3-beta-glucanase Exg1 -Saccharomyces cerevisiae; cell wall; See PMID 9748433; See PMID 3033651; uncharacterized protein	join(745507..745652,745739..746699)	Aspergillus niger	4989895
An18g03335	CDS	An18g03335	NT_166533.1	747028	749367	R	hypothetical protein	complement(747028..749367)	Aspergillus niger	4989896
An18g03340	CDS	An18g03340	NT_166533.1	749679	751000	R	Title: strong similarity to hypothetical protein SPCC1494.08c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(749679..750258,750326..750738,750799..750822,750879..750895,750988..751000))	Aspergillus niger	4989897
An18g03350	CDS	An18g03350	NT_166533.1	751565	751981	D	Title: weak similarity to hypothetical protein AAG17244.1 - Homo sapiens; uncharacterized protein	751565..751981	Aspergillus niger	4989898
An18g03360	CDS	An18g03360	NT_166533.1	752639	755011	R	Similarity: the similarities of the ORF encoded protein to the matching proteins are mainly based on repetitive structures.; Title: similarity to proteophosphoglycan ppg1 -Leishmania major; extracellular/secretion proteins; See PMID 10531342; uncharacterized protein	complement(join(752639..752677,752735..755011))	Aspergillus niger	4989899
An18g03370	CDS	An18g03370	NT_166533.1	755889	758030	D	hypothetical protein	join(755889..756125,756178..756327,756473..756535,756652..756924,757075..757108,757299..757348,757428..757532,757884..758030)	Aspergillus niger	84593691
An18g03380	CDS	An18g03380	NT_166533.1	759685	760105	D	Function: recombinant S. cerevisiae Trx3 thioredoxin is active in the insulin reduction assay.; Remark: alternate name for S. cerevisiae Trx3: YCR083W.; Title: strong similarity to mitochondrial thioredoxin Trx3 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 10037727; uncharacterized protein	join(759685..759707,759808..760105)	Aspergillus niger	4989901
An18g03390	CDS	An18g03390	NT_166533.1	761356	761991	R	hypothetical protein	complement(join(761356..761522,761655..761723,761753..761781,761813..761826,761869..761991))	Aspergillus niger	84593692
An18g03400	CDS	An18g03400	NT_166533.1	762612	763578	R	Title: weak similarity to hypothetical fatty acid alpha-oxidase PIOX - Oryza sativa; uncharacterized protein	complement(join(762612..762788,762855..762934,763015..763388,763508..763578))	Aspergillus niger	84593693
An18g03405	CDS	An18g03405	NT_166533.1	764176	764424	R	hypothetical protein	complement(764176..764424)	Aspergillus niger	84593694
An18g03410	CDS	An18g03410	NT_166533.1	764923	766491	D	Similarity: the ORF DNA sequence shows strong similarity to the EST an_2652 from Aspergillus niger.; Title: weak similarity to protein NUMB-R - Homo sapiens; uncharacterized protein	join(764923..765087,765249..765464,765620..765949,766173..766374,766427..766491)	Aspergillus niger	84593695
An18g03420	CDS	An18g03420	NT_166533.1	766696	768669	R	Similarity: the similarities of the ORF encoded protein to the matching proteins are mainly based on repetitive structures.; Title: weak similarity to hypothetical protein Y51H4A.12 - Caenorhabditis elegans; uncharacterized protein	complement(join(766696..766819,767194..767431,767516..767678,767709..767806,768369..768393,768511..768669))	Aspergillus niger	84593696
An18g03430	CDS	An18g03430	NT_166533.1	769149	770377	D	Title: similarity to EST n1a10a1.r1 - Aspergillus nidulans; uncharacterized protein	join(769149..769938,769977..770377)	Aspergillus niger	4989907
An18g03440	CDS	An18g03440	NT_166533.1	770980	771513	R	hypothetical protein	complement(join(770980..771126,771205..771513))	Aspergillus niger	84593697
An18g03450	CDS	An18g03450	NT_166533.1	771781	773847	D	Function: protein kfrA of E. aerogenes is a repressor of transcription.; Title: weak similarity to protein kfrA -Enterobacter aerogenes plasmid R751; See PMID 9245806; uncharacterized protein	771781..773847	Aspergillus niger	4989909
An18g03460	CDS	An18g03460	NT_166533.1	774181	774483	R	Title: strong similarity to hypothetical protein SPBC211.05 - Schizosaccharomyces pombe; uncharacterized protein	complement(774181..774483)	Aspergillus niger	4989910
An18g03470	CDS	An18g03470	NT_166533.1	774737	776418	D	Function: the S. cerevisiae the tRNA-specific adenosine deaminase Tad1 deaminates adenosine-37 to inosine in tRNA-Ala.; Remark: alternate name for S. cerevisiae Tad1: YGL243W.; Title: similarity to tRNA-specific adenosine deaminase subunit Tad1 - Saccharomyces cerevisiae; See PMID 9707437; uncharacterized protein	join(774737..774905,775034..775067,775137..776418)	Aspergillus niger	4989911
An18g03480	CDS	An18g03480	NT_166533.1	776506	778100	R	Function: the erg-3 protein from N. crassa reduces the C14=C15 double bond of 4,4-dimethyl-cholesta-8,14,24-trienol to produce 4,4-dimethyl-cholesta-8,24- dienol.; Pathway: the erg-3 protein from N. crassa is involved in the ergosterol biosynthesis.; Title: strong similarity to sterol delta14,15-reductase erg-3 - Neurospora crassa; See PMID 10411271; uncharacterized protein	complement(join(776506..777614,777664..777968,778021..778100))	Aspergillus niger	4989912
An18g03490	CDS	An18g03490	NT_166533.1	778485	780017	D	Function: the bovine mannose 6-phosphate receptor CD-MPR is involved in the transport of phosphorylated lysosomal enzymes from the Golgi complex and the cell surface to lysosomes. Lysosomal enzymes bearing phosphomannosyl residues bind specifically to mannose-6-phosphate receptors in the Golgi apparatus and the resulting receptor-ligand complex is transported to an acidic prelyosomal compartment where the low pH mediates the dissociation of the complex.; Golgi; Remark: alternate names for the bovine mannose 6-phosphate receptor CD-MPR: CD Man-6-P Receptor, MPR 46 or M6PR.; Title: similarity to cation-dependent mannose 6-phosphate receptor precursor CD-MPR - Bos taurus; See PMID 9604938; See PMID 10601243; See PMID 7559753; uncharacterized protein	join(778485..778858,778918..779205,779253..779379,779832..780017)	Aspergillus niger	4989913
An18g03530	CDS	An18g03530	NT_166533.1	781628	784702	R	Function: nirA of A. nidulans is a zinc finger transcription factor mediating nitrate induction of genes involved in nitrate assimilation (nitrate reductase,nitrite reductases and a nitrate permease, niaD, niiA and crnA, respectively).; Remark: the nitrate assimilation genes are induced by nitrate and repressed by ammonium at the transcriptional level.; Similarity: the nirA protein from A. nidulans is a zinc finger transcription factor of the fungal Zn(2)-Cys(6) binuclear cluster domain type.; Title: similarity to nitrate assimilation regulatory protein nirA - Aspergillus nidulans; nucleus; See PMID 1756977; See PMID 1922075; uncharacterized protein	complement(781628..784702)	Aspergillus niger	84593698
An18g03540	CDS	An18g03540	NT_166533.1	785506	786372	R	Title: similarity to hypothetical protein ZK84.2 -Caenorhabditis elegans; uncharacterized protein	complement(join(785506..785620,785674..785755,785817..786372))	Aspergillus niger	4989917
An18g03550	CDS	An18g03550	NT_166533.1	788409	789687	R	Function: the overexpression of ACR3 induced high level arsenite resistance. S. cerevisiae acr3 disruptants are 5-fold more sensitive to arsenate and arsenite than wild-type cells.; Remark: alternate names for S. cerevisiae Acr3: YPR201w or Aar3.; Similarity: the ORF encoded protein also shows strong similarity the Sequence 119 from Patent WO0100804 (Corynebacterium glutamicum), but its function is not clearly enough decribed.; Title: strong similarity to membrane protein involved in arsenite transport Acr3 - Saccharomyces cerevisiae; See PMID 9374482; See PMID 10354596; uncharacterized protein	complement(join(788409..789065,789114..789200,789248..789390,789456..789687))	Aspergillus niger	4989919
An18g03560	CDS	An18g03560	NT_166533.1	790195	792690	D	Title: weak similarity to human protein MLN 51 from patent WO9706256-A2 - Homo sapiens; uncharacterized protein	join(790195..790243,790323..790354,790453..790472,790724..791003,791088..791130,791254..791511,791728..791909,792003..792062,792147..792233,792351..792454,792531..792690)	Aspergillus niger	84593699
An18g03570	CDS	bgl1	NT_166533.1	793928	796875	D	Function: hydrolyzes beta-glycosidic bond and hydrolysis of terminal, non-reducing beta-D-glucose residues with release of beta-D-glucose.; Gene-ID: bgl1; Pathway: involved in cyanoamino acid metabolism; starch and sucrose metabolism and flavonoids, stilbene and lignin biosynthesis.; Remark: an additional blastx reveals that the intergenic region between this ORF and the downstream ORF codes for 3' untranslated region (see trembl:ANI132386).; Similarity: 92-kDa enzyme that is a member of glycosidase family 3.; See PMID 10671536; beta-glucosidase bgl1-Aspergillus niger	join(793928..793984,794081..794223,794275..794319,794374..794426,794478..795669,795732..796590,796642..796875)	Aspergillus niger	4989921
An18g03580	CDS	An18g03580	NT_166533.1	797241	798266	D	Remark: an additional blastx search reveals that the intergenic region between this ORF and the upstream ORF codes for 3' untranslated region (see trembl:ANI132386).; Remark: this might be a questionable ORF because gene prediction of 3'exons is difficult.; Similarity: 5'-region shows strong similarity to 3'UTR of beta-glucosidase from A. niger until pos 4497.; Similarity: predicted protein shows weak similarity to inositol phospholipid synthesis protein SCS3 of S. cerevisiae (see MIPS YGL126w).; Similarity: the ORF shows strong similarity to EST of exons 1-7 of beta-glucosidase bgl1 - Aspergillus niger.; Title: similarity to hypothetical protein SPBC543.08 - Schizosaccharomyces pombe; See PMID 10671536; uncharacterized protein	join(797241..797964,798139..798266)	Aspergillus niger	4989922
An18g03590	CDS	An18g03590	NT_166533.1	798391	799611	R	Similarity: shows only partial similarity to C. elegans protein.; Title: weak similarity to hypothetical protein W09B7.d - Caenorhabditis elegans; uncharacterized protein	complement(join(798391..798677,798762..799611))	Aspergillus niger	4989923
An18g03600	CDS	An18g03600	NT_166533.1	799815	801383	D	Function: ereB from E. coli inactivates erythromycin and oleandomycin.; Function: the enzyme of E. coli confers resistance to erythromycin through inactivation by hydrolyzing the lactone ring of the antibiotic.; Remark: truncated ORF due to contig border.; Title: similarity to erythromycin esterase type II ereB - Escherichia coli [truncated ORF]; See PMID 3523438; See PMID 3541783; uncharacterized protein	join(<799815..799856,800016..801383)	Aspergillus niger	4989924
An18g03610	CDS	An18g03610	NT_166533.1	801671	804083	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 9987114; See PMID 11152942; See PMID 8710886; See PMID 9383611; uncharacterized protein	join(801671..801718,801807..804083)	Aspergillus niger	4989925
An18g03620	CDS	An18g03620	NT_166533.1	805047	807476	D	Similarity: shows only partial similarity to N. crassa protein.; Title: weak similarity to mediator of mating-type associated vegetative incompatibility tol - Neurospora crassa; uncharacterized protein	join(805047..805245,805624..807476)	Aspergillus niger	4989926
An18g03630	CDS	An18g03630	NT_166533.1	809051	810310	R	Similarity: shows weak similarity to GntP family permeases, a family of integral membrane permeases that are involved in gluconate uptake.; Title: similarity to hypothetical protein encoded by An07g02000 - Aspergillus niger; uncharacterized protein	complement(809051..810310)	Aspergillus niger	4989927
An18g03640	CDS	An18g03640	NT_166533.1	811495	811901	R	Similarity: shows similarity to aminoterminal part of viral proteins, putatively belongs to transposable elements, viral and plasmid proteins in the funcat.; Title: weak similarity to polymerase-associated nucleocapsid phosphoprotein - Parainfluenza virus type 1; uncharacterized protein	complement(join(811495..811835,811871..811901))	Aspergillus niger	4989928
An18g03650	CDS	An18g03650	NT_166533.1	813895	814395	R	Remark: this region might be destroyed by a transposable element because it only shows parts of similarities.; Similarity: shows similarity to different proteins of various species, but is much shorter.; Title: weak similarity to hypothetical protein CG6066 - Drosophila melanogaster; uncharacterized protein	complement(join(813895..813957,814009..814036,814283..814395))	Aspergillus niger	84593700
An18g03660	CDS	An18g03660	NT_166533.1	814788	817870	R	Function: Prk1 protein kinase of S. cerevisiae regulates the actin cytoskeleton organization by modulating the activities of some actin cytoskeleton-related proteins such as Pan1p/End3p.; Similarity: shows higher similarity to probable serine threonine-protein kinase of S. pombe.; Title: similarity to ser/thr protein kinase Prk1 -Saccharomyces cerevisiae; cytoplasm; See PMID 9885245; See PMID 10087264; uncharacterized protein	complement(join(814788..816797,816844..816941,816988..817870))	Aspergillus niger	4989930
An18g03670	CDS	An18g03670	NT_166533.1	819703	822059	D	Function: Caldesmon is a smooth muscle and nonmuscle regulatory protein that interacts with actin, myosin,tropomyosin, and calmodulin.; Similarity: blast hits and predicted protein contain long stretches of repetitive sequences and similarity is restricted to these sequences.; Title: similarity to calmodulin- and actin-binding protein h-caldesmon - Gallus gallus; See PMID 2760048; uncharacterized protein	join(819703..820376,820415..821743,821972..822059)	Aspergillus niger	4989931
An18g03680	CDS	An18g03680	NT_166533.1	822363	822631	D	hypothetical protein	join(822363..822483,822516..822631)	Aspergillus niger	84593701
An18g03690	CDS	An18g03690	NT_166533.1	822980	823986	D	Similarity: shows only similarity at the aminoterminus.; Similarity: shows weak similarity to a keratin domain that is common in avian keratin proteins, found in feathers, scale and claw.; Title: weak similarity to integral membrane protein PTH11 - Magnaporthe grisea; See PMID 10521529; uncharacterized protein	join(822980..823431,823496..823809,823859..823986)	Aspergillus niger	4989933
An18g03700	CDS	An18g03700	NT_166533.1	824153	825877	R	Function: P58, expressed as a histidine fusion protein in Escherichia coli, blocked both the autophosphorylation of PKR and phosphorylation of the alpha subunit of eIF-2.; Similarity: PKR inhibitor is a member of the tetratricopeptide repeat family of proteins, the only member identified thus far with a known biochemical function.; Similarity: predicted protein shows higher similarity to other TPR and DNAJ domain containing proteins and is clearly a member of this family.; Title: similarity to inhibitor of the interferon-induced double-stranded RNA-activated protein kinase (PKR) p58 - Bos primigenius taurus; uncharacterized protein	complement(join(824153..824402,824455..825616,825676..825877))	Aspergillus niger	4989934
An18g03710	CDS	An18g03710	NT_166533.1	827453	831202	R	Function: the conventional myosin motor proteins that drive mammalian skeletal and cardiac muscle contraction include eight sarcomeric myosin heavy chain (MyHC) isoforms.; Similarity: shows partial similarity to myosin heavy chain of several species.; Title: similarity to secreted polypeptide #102 from patent WO2003025142-A2 - Homo sapiens; uncharacterized protein	complement(join(827453..827775,827829..828205,828257..828282,828323..828453,828485..828560,828607..828760,828932..830753,830805..831008,831073..831202))	Aspergillus niger	4989935
An18g03720	CDS	An18g03720	NT_166533.1	832012	832836	R	Similarity: blast hits result from repetitive sequences.; hypothetical protein	complement(832012..832836)	Aspergillus niger	4989936
An18g03730	CDS	An18g03730	NT_166533.1	834855	835605	R	Similarity: blast hits mainly result from repetitive sequences.; Title: weak similarity to hypothetical protein CG2779 - Drosophila melanogaster; uncharacterized protein	complement(join(834855..834960,835019..835605))	Aspergillus niger	4989937
An18g03740	CDS	An18g03740	NT_166533.1	841957	843780	D	Function: MKK2 is involved in a signal transduction pathway that plays a role in yeast cell morphogenesis and cell growth.; Title: strong similarity to protein kinase of the MAP kinase kinase 2 Mkk2 - Saccharomyces cerevisiae; See PMID 9443897; See PMID 9618441; uncharacterized protein	join(841957..842694,842753..843044,843100..843469,843522..843621,843652..843780)	Aspergillus niger	4989938
An18g03750	CDS	An18g03750	NT_166533.1	845257	846051	R	Remark: truncated ORF due to contig border.; Title: similarity to hypothetical protein 15E6.130 -Neurospora crassa [truncated ORF]; uncharacterized protein	complement(845257..>846051)	Aspergillus niger	84593702
An18g03760	CDS	An18g03760	NT_166533.1	846156	848928	R	Similarity: the ORF DNA sequence shows also similarity to the A. niger EST an_1616.; Title: strong similarity to hypothetical protein 15E6.130 - Neurospora crassa; uncharacterized protein	complement(join(<846156..846403,846458..846611,846661..848331,848418..848456,848832..>848928))	Aspergillus niger	4989940
An18g03770	CDS	An18g03770	NT_166533.1	851260	857137	D	Function: the Mot1 protein from S. cerevisiae regulates transcription in association with the TATA binding protein (TBP). It removes TBP from the TATA box in a ATP-dependent manner.; Remark: alternate names for S. cerevisiae Mot1: Bur3, Lpf4 or YPL082C.; Similarity: Mot1 belongs to the Snf2/Rad54 helicase family.; Title: strong similarity to ATPase Mot1 -Saccharomyces cerevisiae; nucleus; See PMID 10887203; uncharacterized protein	join(851260..851270,851341..851358,851425..856788,856843..857137)	Aspergillus niger	4989941
An18g03780	CDS	An18g03780	NT_166533.1	858016	860976	R	Similarity: the ORF encoded protein is also similar to 24 kDa vacuolar protein VP24 of unknown function from Ipomoea batatas (sweet potato), which may be involved in vacuolar transport and/or accumulation of anthocyanin synthesized in the cytosol (Pubmed 11154352;9390439; 11164584).; Title: strong similarity to hypothetical protein 9G6.250 - Neurospora crassa; uncharacterized protein	complement(858016..860976)	Aspergillus niger	4989942
An18g03790	CDS	An18g03790	NT_166533.1	861636	863533	R	Function: the S. cerevisiae Grr1 protein is involved in the ubiquitin-dependent degradation of regulatory proteins. This system needs the Skp1p-cullin-F-box protein (SCF) complex.; Remark: alternate names for S. cerevisiae Grr1: Cat80, Cot2, Ssu2 or YJR090C.; Remark: in comparison to the ORF encoded protein the S. cerevisiae Grr1 protein is N-terminally and C-terminally extended.; Title: similarity to protein involved in SCF dependent protein degradation Grr1 - Saccharomyces cerevisiae; See PMID 9891035; See PMID 11259599; uncharacterized protein	complement(join(861636..861995,862053..862739,862802..863533))	Aspergillus niger	4989943
An18g03800	CDS	An18g03800	NT_166533.1	865086	867141	R	Catalytic activity: ATP + a long-chain carboxylic acid + CoA <=> AMP + diphosphate + an acyl-CoA.; Pathway: the alkBFGHJKL and alkST operons encode enzymes that allow Pseudomonas putida to metabolize alkanes.; Remark: a splice site was detected upstream of the START codon.; Remark: the alkK gene from Pseudomonas putida complements a fadD (acyl-CoA synthetase) mutation in Escherichia coli.; Title: strong similarity to acyl-CoA synthase AlkK -Pseudomonas putida; See PMID 1453953; uncharacterized protein	complement(join(865086..865390,865460..866089,866146..866592,866675..866870,866950..867141))	Aspergillus niger	4989944
An18g03810	CDS	An18g03810	NT_166533.1	868936	870062	R	Remark: alternate names for S. cerevisiae 60S ribosomal protein L13A: RPL13A, RP22, RPL16A or YIL133C.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit L13a - Saccharomyces cerevisiae; cytoplasm; See PMID 3282992; 60S ribosomal protein uL13	complement(join(868936..869074,869167..869425,869511..869564,869753..869888,870042..870062))	Aspergillus niger	4989945
An18g03820	CDS	An18g03820	NT_166533.1	871030	872896	R	Catalytic activity: palmitoyl-CoA + L-serine <=> CoA + 3-dehydro-D-sphinganine + CO(2).; Cofactor: Pyridoxal-phosphate.; Function: the S. cerevisiae Lcb2 protein catalyzes the first step in the biosynthesis of the long-chain base component of sphingolipids.; Pathway: Lcb2 is involved in the sphingolipid biosynthesis.; Remark: ORF contains a frameshift, due to a putative sequencing error.; Remark: alternate names for S. cerevisiae Lcb2: Scs1, Tsc1 or YDR062W.; Title: strong similarity to serine C-palmitoyltransferase Lcb2 - Saccharomyces cerevisiae [putative frameshift]; putative frameshift; See PMID 1556076; See PMID 8058731; See PMID 8063782; uncharacterized protein	complement(<871030..872896)	Aspergillus niger	4989946
An18g03830	CDS	An18g03830	NT_166533.1	873597	874876	D	Title: strong similarity to hypothetical protein 9G6.100 - Neurospora crassa; uncharacterized protein	join(873597..873798,873942..874876)	Aspergillus niger	4989947
An18g03850	CDS	An18g03850	NT_166533.1	876599	877964	R	hypothetical protein	complement(join(876599..876673,876792..876968,877047..877102,877217..877447,877509..877618,877695..877868,877912..877964))	Aspergillus niger	84593703
An18g03860	CDS	An18g03860	NT_166533.1	878659	879488	R	hypothetical protein	complement(join(878659..878682,878776..878806,879220..879488))	Aspergillus niger	84593704
An18g03870	CDS	An18g03870	NT_166533.1	881215	882940	D	Similarity: the similarity of the ORF encoded protein to the human protein of the DnaJ/Hsp40 family MRJ is limited to N-terminal DnaJ domain.; Title: similarity to DnaJ/Hsp40 family protein MRJ -Homo sapiens; See PMID 10954706; uncharacterized protein	join(881215..881481,881594..882940)	Aspergillus niger	4989951
An18g03880	CDS	An18g03880	NT_166533.1	883858	885128	R	Function: the SalE enzyme from Acinetobacter sp. strain ADP1 was shown to have esterase activity against short-chain alkyl esters of 4-nitrophenol but was also able to hydrolyze ethyl salicylate to ethanol and salicylic acid.; Remark: a salE mutant had lost the ability to utilize only ethyl and methyl salicylates as sole carbon sources.; Title: similarity to alkyl salicylate esterase salE - Acinetobacter sp.; See PMID 10715011; uncharacterized protein	complement(join(883858..883941,884000..884025,884177..885128))	Aspergillus niger	4989952
An18g03890	CDS	An18g03890	NT_166533.1	885776	887608	R	Title: weak similarity to transcription regulator alcR - Aspergillus nidulans; uncharacterized protein	complement(join(885776..886263,886312..886614,886669..887608))	Aspergillus niger	4989953
An18g03900	CDS	An18g03900	NT_166533.1	888196	888951	R	Complex: the prefoldin subunit 2 PFDN2 is organized in a heterohexamer of two PFD-alpha type and four PFD-beta type subunits.; Function: the human prefoldin subunit 2 PFDN2 binds specifically to cytosolic chaperonin (c-CPN) and transfers target proteins to it. It binds to nascent polypeptide chain and promotes folding in an environment in which there are many competing pathways for nonnative proteins.; Similarity: the human PFDN2 protein belongs to the prefoldin beta subunit family.; Title: strong similarity to prefoldin subunit 2 PFDN2 - Homo sapiens; cytoplasm; See PMID 9630229; uncharacterized protein	complement(join(888196..888652,888755..888845,888912..888951))	Aspergillus niger	4989954
An18g03910	CDS	An18g03910	NT_166533.1	889401	892200	D	Function: hPrp16 is a ATP-dependent RNA helicase involved in pre-mRNA splicing.; Title: strong similarity to pre-mRNA splicing factor and ATP-dependent RNA helicase hPrp16 - Homo sapiens; nucleus; See PMID 9524131; See PMID 9769096; uncharacterized protein	join(889401..891788,891844..892200)	Aspergillus niger	4989955
An18g03920	CDS	An18g03920	NT_166533.1	892532	893166	R	Function: the mammalian DAD1 protein was identified as a cell death supressor that may act downstream of the bcl-2 protein.; Title: strong similarity to defender against apoptotic cell death DAD1 - Homo sapiens; See PMID 8413235; See PMID 9144178; uncharacterized protein	complement(join(892532..892598,892667..892684,892763..892857,892951..893166))	Aspergillus niger	4989956
An18g03930	CDS	An18g03930	NT_166533.1	893776	896287	R	Similarity: the transcription factor CTFalpha from Fusarium solani belongs to the fungal Cys6Zn2 binucle cluster family.; Title: similarity to cutinase transcription factor 1 CTF1-alpha - Fusarium solani; See PMID 9139694; uncharacterized protein	complement(join(893776..895617,895679..896287))	Aspergillus niger	84593705
An18g03940	CDS	An18g03940	NT_166533.1	897252	898941	R	Function: the Mnn4 protein from S. cerevisiae may function as a positive regulator for mannosylphosphate transferase. It is required to mediate mannosylphosphate transfer in both the core and outer chain portions of N-linked oligosaccharides.; Remark: the ORF encoded protein is much shorter (299aa) than S. cerevisae Mnn4 (1178aa).; Remark: the S. cerevisiae Mnn4 protein is also described in patent JP09266792-A.; Title: similarity to mannosylphosphorylation protein Mnn4 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(897252..897305,897811..897835,897888..898015,898067..898381,898438..898574,898635..898658,898725..898941))	Aspergillus niger	4989957
An18g03950	CDS	An18g03950	NT_166533.1	902864	904811	D	Remark: the cercosporin toxin resistance protein CRG1 from C. nicotianae is also described patent WO9841082-A1.; Title: strong similarity to cercosporin toxin resistance protein CRG1 - Cercospora nicotianae; See PMID 10517336; uncharacterized protein	join(902864..903495,903546..903823,903883..904811)	Aspergillus niger	4989959
An18g03960	CDS	An18g03960	NT_166533.1	907135	910698	D	Title: strong similarity to hypothetical protein YFL034w - Saccharomyces cerevisiae; uncharacterized protein	join(907135..909339,909397..910698)	Aspergillus niger	4989960
An18g03970	CDS	An18g03970	NT_166533.1	911690	913004	D	Remark: the S. cerevisiae SRP40 and the ORF encoded protein are highly repetitive.; Title: similarity to suppressor protein Srp40 -Saccharomyces cerevisiae; See PMID 8702624; See PMID 9364927; See PMID 8083243; uncharacterized protein	join(911690..912897,912944..913004)	Aspergillus niger	4989961
An18g03980	CDS	An18g03980	NT_166533.1	913831	916240	D	Function: the NAALADase from R. norvegicus hydrolyzes acidic peptides, such as the abundant neuropeptide N-acetyl-alpha-L-aspartyl-L-glutamate (NAAG),thereby generating glutamate.; Remark: alternate names for the glutamate carboxypeptidase II from R. norvegicus: NAAG peptidase or N-acetylated alpha-linked acidic dipeptidase (NAALADase).; Similarity: the ORF encoded protein shows also strong similarity to patent WO9735616-A1 (Prostate-specific membrane antigen), the human homologue of the Rat carboxypeptidase II.; Title: strong similarity to glutamate carboxypeptidase II - Rattus norvegicus; See PMID 9375657; See PMID 9501243; uncharacterized protein	join(913831..914695,914750..916125,916184..916240)	Aspergillus niger	4989962
An18g03990	CDS	An18g03990	NT_166533.1	917144	918723	D	Remark: the effect of fluoroquinolone drugs (e. g. norfloxacin) is directed to the DNA gyrase (topoisomerase IV).; Title: similarity to fluoroquinolone resistance factor NorA - Staphylococcus aureus; See PMID 10553699; See PMID 2174864; uncharacterized protein	join(917144..917611,917720..918089,918191..918723)	Aspergillus niger	4989963
An18g04000	CDS	An18g04000	NT_166533.1	919123	919512	D	Title: similarity to hypothetical transmembrane protein SPAP14E8.05c - Schizosaccharomyces pombe; uncharacterized protein	join(919123..919125,919201..919512)	Aspergillus niger	4989964
An18g04010	CDS	An18g04010	NT_166533.1	920048	921414	R	Function: Zep from M. musculus acts as a transcription regulation factor.; Localization: Zep from M. musculus is located in the nucleus.; Title: strong similarity to zinc-finger protein Zep - Mus musculus; nucleus; See PMID 9832628; uncharacterized protein	complement(join(920048..920779,920830..921206,921252..921414))	Aspergillus niger	4989965
An18g04020	CDS	An18g04020	NT_166533.1	923284	923914	R	Remark: C-terminal truncated ORF due to the end of contig.; Remark: the A-band associated protein from Drosophila melanogaster is identical to zetalin a Z-band-associated protein from Drosophila melanogaster.; Similarity: the similarity of the ORF encoded protein to all hits is based on repetitive structures.; Title: similarity to A-band associated protein -Drosophila melanogaster [truncated ORF]; uncharacterized protein	complement(<923284..923914)	Aspergillus niger	4989966
An18g04030	CDS	An18g04030	NT_166533.1	927649	929253	D	Remark: Filobasidiella neoformans=Cryptococcus neoformans.; Remark: the Topoisomerase I (Topo I) from Filobasidiella neoformans is essential.; Similarity: the ORF encoded protein shows really strong similarity to the hypothetical protein SPCC1322. 09 from Schizosaccharomyces pombe.; Title: similarity to Topoisomerase I TopoI -Filobasidiella neoformans; See PMID 10224251; uncharacterized protein	join(927649..928210,928271..929253)	Aspergillus niger	4989967
An18g04040	CDS	An18g04040	NT_166533.1	929884	931152	R	Similarity: the ORF encoded protein shows also similarity to the stationary-phase survival protein surE from Escherichia coli, thus it could be involved in stess response (adaption to stationary-phase; Pubmed 7928962; 9785447).; Title: similarity to alkaline phosphatase from patent WO9748416-A1 - Methanococcus igneus; uncharacterized protein	complement(join(929884..929953,930029..930921,931141..931152))	Aspergillus niger	4989968
An18g04050	CDS	An18g04050	NT_166533.1	933067	933400	R	hypothetical protein	complement(join(933067..933256,933294..933400))	Aspergillus niger	84593706
An18g04060	CDS	An18g04060	NT_166533.1	934163	936845	D	Similarity: the similarities of the ORF encoded protein to other proteins are mainly based on repetitive structures.; Title: similarity to gastric mucin - Sus scrofa; See PMID 7755593; uncharacterized protein	join(934163..934422,934489..935644,935696..935804,935860..936185,936237..936845)	Aspergillus niger	4989970
An18g04070	CDS	Balu-42	NT_166533.1	938393	939142	R	Function: Balu-42 is differentially expressed in the pellet morphology relative to the filamentous morphology.; Gene-ID: Balu-42; differential expressed Balu-42 from patent US2003215950-A1-Aspergillus niger	complement(938393..939142)	Aspergillus niger	4989971
An18g04080	CDS	An18g04080	NT_166533.1	942053	943715	R	Remark: vanillin-dehydrogenase VDH sequence 27 protein is part of the patent EP0845532 with the title: 'Enzymes for the synthesis of coniferyl alcohol, coniferyl aldehyde, ferulic acid, vanillin, vanillic acid and their applications'.; Title: strong similarity to vanillin-dehydrogenase VDH sequence 27 from patent EP0845532 - Unclassified organism; uncharacterized protein	complement(join(942053..942197,942276..942718,942776..943169,943249..943715))	Aspergillus niger	4989972
An18g04090	CDS	An18g04090	NT_166533.1	945252	946197	R	Title: strong similarity to hypothetical protein encoded by An01g14640 - Aspergillus niger; uncharacterized protein	complement(join(945252..945690,945756..946026,946083..946197))	Aspergillus niger	4989973
An18g04100	CDS	An18g04100	NT_166533.1	951530	952900	D	Similarity: the ORF encoded protein shows strong similarity to the aspergillus oryzae beta-glucosidase gene from patent WO9955884.; Similarity: the gp43 product from P. brasiliensis amino acid sequence showed similarities of 56-58% with exo-1,3- beta-D-glucanases from S. cerevisiae and Candida albicans (EC 3. 2. 1. 58), but however it is devoid of hydrolase activity; Title: strong similarity to 43 kDa secreted glycoprotein precursor gp43 - Paracoccidioides brasiliensis; extracellular/secretion proteins; See PMID 8580684; See PMID 8626811; uncharacterized protein	join(951530..951606,951671..952065,952122..952900)	Aspergillus niger	4989974
An18g04110	CDS	An18g04110	NT_166533.1	953307	956807	R	Remark: Ran GTPase is required for nucleocytoplasmic transport of many types of cargo.; Similarity: it belongs to the RanBP7/importin-beta/Cse1p superfamily; Similarity: the ORF encoded protein shows also strong similarities to many Ranbp11 homologues.; Similarity: the Ranbp11 from human and its homologues are nuclear transport factors, members of karyopherin-beta family.; Title: strong similarity to nuclear transport factor Kap120 - Saccharomyces cerevisiae; See PMID 10684247; uncharacterized protein	complement(join(953307..954374,954433..954621,954672..955144,955199..956214,956270..956407,956474..956574,956643..956807))	Aspergillus niger	4989975
An18g04120	CDS	An18g04120	NT_166533.1	957521	958026	D	hypothetical protein	join(957521..957617,957684..957822,957894..958026)	Aspergillus niger	4989976
An18g04130	CDS	An18g04130	NT_166533.1	958491	960138	D	Catalytic activity: an aldehyde + NAD(+) + H(2)O <=> an acid + NADH.; Function: the indole-3-acetaldehyde dehydrogenase Iad1 from Ustilago maydis ois involved in the production of the phyto-hormon IndCH2COOH.; Remark: Ustilago maydis is a phytopathogenic fungus.; Similarity: the ORF encoded protein shows also strong similarity to the protein described in patent WO9506121-A from Cladosporium herbarum.; Title: strong similarity to indole-3-acetaldehyde dehydrogenase Iad1 - Ustilago maydis; See PMID 9022693; uncharacterized protein	join(958491..958547,958605..958674,958755..959188,959251..960138)	Aspergillus niger	4989977
An18g04140	CDS	An18g04140	NT_166533.1	960509	961985	R	Catalytic activity: an orthophosphoric monoester + H(2)O <=> an alcohol + phosphate.; Induction: the expression of this phoA gene from P. chrysogenum is regulated at the transcriptional level and is markedly affected by the inorganic phosphate concentration of the growth medium.; Similarity: the ORF encoded protein shows also strong similarity to the protein described in patent JP02234681-A.; Title: strong similarity to extracellular acid phosphatase PhoA - Penicillium chrysogenum; extracellular/secretion proteins; See PMID 1563629; See PMID 1909579; uncharacterized protein	complement(join(960509..961607,961670..961731,961800..961985))	Aspergillus niger	4989978
An18g04150	CDS	An18g04150	NT_166533.1	963771	965334	D	Function: the car1 gene of the filamentous fungus Podospora anserina was cloned by complementation of a mutant defective for caryogamy (nuclear fusion), a process required for sexual sporulation.; Title: strong similarity to protein car1 - Podospora anserina; peroxisome; See PMID 7600573; uncharacterized protein	join(963771..964079,964148..964411,964462..965334)	Aspergillus niger	4989979
An18g04160	CDS	An18g04160	NT_166533.1	965966	967919	D	Catalytic activity: 2,3-dihydroxy-3-methylbutanoate <=> 3-methyl-2-oxobutanoate + H(2)O.; Pathway: the S. cerevisae ILV3 gene product is involved in the valine, leucine and isoleucine biosynthesis and pantothenate and CoA biosynthesis.; Remark: alternate name for S. cerevisiae Ilv3: YJR016C.; Title: strong similarity to dihydroxy-acid dehydratase Ilv3 - Saccharomyces cerevisiae; See PMID 8299945; uncharacterized protein	join(965966..966124,966201..966414,966466..967919)	Aspergillus niger	4989980
An18g04170	CDS	An18g04170	NT_166533.1	969575	971622	D	Catalytic activity: 5'-phosphopolynucleotide + H(2)O = polynucleotide + orthophosphate (reaction only describes the catalytic activity of matching part of the mouse mRNA capping enzym).; Remark: mammalian capping enzymes are bifunctional proteins with both RNA 5'-triphosphatase and guanylyltransferase activities.; Similarity: the ORF encoded protein shows distinct similarities to two different protein typs. the N-terminus of the ORF matches to hypothetical proteins from S. pombe (e. g. SPAC57A10. 08c). the C-terminus shows similarities to the tyrosine phosphatase domains from some mRNA capping enzyms.; Title: similarity to mRNA capping enzyme MCE - Mus musculus; See PMID 9770468; uncharacterized protein	join(969575..969803,969851..971622)	Aspergillus niger	4989981
An18g04180	CDS	An18g04180	NT_166533.1	972169	973288	D	Remark: alternate names for S. cerevisiae S19 ribosomal protein: 40S ribosomal protein: S16A,YS16,RP55 or YP45. And for the correspondent yeast gene: RP55A,RPS16A or YOL121C.; Similarity: the ORF encoded protein shows the strongest similarity to the S19 ribosomal protein from Emericella nidulans.; Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S19 - Saccharomyces cerevisiae; cytoplasm; See PMID 6387623; See PMID 6814480; 40S ribosomal protein eS19	join(972169..972198,972730..972793,972859..972919,973000..973288)	Aspergillus niger	4989982
An18g04190	CDS	An18g04190	NT_166533.1	973957	974639	R	Title: strong similarity to hypothetical protein EAA58949.1 - Aspergillus nidulans; uncharacterized protein	complement(join(973957..973986,974098..974330,974456..974639))	Aspergillus niger	4989983
An18g04200	CDS	An18g04200	NT_166533.1	975101	977293	R	Function: the formyl-CoA transferase frc from Oxalobacter formigenes catalyzes the transfer of CoA from formyl-CoA to either oxalate or succinate.; Pathway: in Oxalobacter formigenes oxalic acid, a highly toxic by-product of metabolism, is catabolized by utilizing an activation-decarboxylation reaction which yields formate and CO2. The formyl-CoA transferase frc is involved at this detoxification step.; Title: similarity to formyl-CoA transferase frc -Oxalobacter formigenes; See PMID 9150242; See PMID 2361939; uncharacterized protein	complement(join(975101..975643,975694..976194,976248..976546,976597..977293))	Aspergillus niger	4989984
An18g04210	CDS	An18g04210	NT_166533.1	982150	983298	D	Complex: the Stb3 protein binds to the pleiotropic S. cerevisiae transcriptional repressor Sin3.; Title: similarity to SIN3 protein-binding protein Stb3 - Saccharomyces cerevisiae; nucleus; See PMID 9393435; See PMID 11028908; uncharacterized protein	982150..983298	Aspergillus niger	4989985
An18g04220	CDS	An18g04220	NT_166533.1	984632	986156	R	Function: the mitochondrial ADP/ATP carrier ANC1 from Schizosaccharomyces pombe catalyzes the exchange of ADP and ATP across the mitochondrial inner membrane.; Title: strong similarity to mitochondrial ADP/ATP carrier anc1p - Schizosaccharomyces pombe; localisation:mitochondrion; See PMID 8675018; uncharacterized protein	complement(join(984632..985195,985253..985498,985689..985765,985889..985910,986106..986156))	Aspergillus niger	4989986
An18g04230	CDS	An18g04230	NT_166533.1	988576	990466	R	Complex: the S. cerevisiae Kri1 protein was found to be in a complex with Krr1.; Function: both proteins S. cervisiae Kri1 and Krr1 are required for 40S ribosome biogenesis in the nucleolus.; Remark: Kri1='Krr1 interacting protein'.; Remark: alternate name for S. cerevisiae Kri1: YNL308C.; Title: strong similarity to protein involved in ribosome biogenesis Kri1 - Saccharomyces cerevisiae; nucleus; See PMID 11027267; uncharacterized protein	complement(join(988576..990233,990295..990466))	Aspergillus niger	4989987
An18g04240	CDS	An18g04240	NT_166533.1	990902	995199	D	Complex: the Sip3 protein from S. cerevisae interacts with the famous protein kinase of the carbon source signal transduction pathway Snf1.; Remark: Sip3 from S. cerevisae is able to stimulate transcription.; Remark: alternate name for S. cerevisiae Sip3: YNL257c.; Similarity: the Sip3 protein contains a putative leucine zipper motif, thus it could be a putative transcription factor.; Title: strong similarity to Snf1 interacting protein Sip3 - Saccharomyces cerevisiae; uncharacterized protein	join(990902..990957,991028..991391,991448..993920,993969..994055,994108..994329,994380..994918,994963..995199)	Aspergillus niger	4989988
An18g04250	CDS	An18g04250	NT_166533.1	995452	996308	R	Similarity: the similarities of the ORF encoded protein to other proteins are mainly based on repetitive structures.; Title: similarity to laminin A Lam-A - Drosophila melanogaster; extracellular/secretion proteins; See PMID 8223265; See PMID 1744083; uncharacterized protein	complement(join(995452..995693,995771..996308))	Aspergillus niger	4989989
An18g04260	CDS	An18g04260	NT_166533.1	996999	998171	D	Localization: the proteins, which are showing a strong similarity to the ORF encoded protein e. g. S. cerevisiae YPL244c are probable membrane proteins.; Similarity: the ORF encoded portein shows strong similarities to some probable UDP-galactose transporters.; Title: similarity to secreted protein HNTME13 from patent WO9839446-A2 - Homo sapiens; extracellular/secretion proteins; uncharacterized protein	join(996999..997039,997106..998171)	Aspergillus niger	4989990
An18g04270	CDS	An18g04270	NT_166533.1	998352	999048	R	Catalytic activity: Peptidylproline (omega=180) <=> peptidylproline (omega=0).; Function: peptidyl prolyl cis/trans isomerase HPAR14 from human catalyzes the cis-trans isomerization of proline imidic peptide bonds in oligopeptides.; Similarity: HPAR14 from H. sapiens is a parvulin-like peptidyl prolyl cis/trans isomerase.; Title: strong similarity to peptidyl-prolyl cis/trans isomerase HPAR14 - Homo sapiens; See PMID 10100858; uncharacterized protein	complement(join(998352..998506,998609..998711,998932..999048))	Aspergillus niger	4989991
An18g04280	CDS	An18g04280	NT_166533.1	1000422	1001567	D	Title: strong similarity to hypothetical protein CG6144 - Drosophila melanogaster; uncharacterized protein	join(1000422..1000566,1000818..1000861,1000953..1001567)	Aspergillus niger	4989992
An18g04290	CDS	An18g04290	NT_166533.1	1001628	1002750	R	Remark: alternate name for S. cerevisiae Dfg10: YIL049w.; Remark: diploid S. cerevisiae strains starved for nitrogen undergo a developmental transition from growth as single yeast form (YF) cells to a multicellular form consisting of filaments of pseudohyphal (PH) cells.; Remark: the DFG10 gene was found in a screen for mutant strains defective for filamentous growth.; Title: similarity to protein required for filamentous growth, cell polarity, and cellular elongation Dfg10 - Saccharomyces cerevisiae; See PMID 9055077; uncharacterized protein	complement(join(1001628..1001987,1002106..1002561,1002652..1002750))	Aspergillus niger	4989993
An18g04295	CDS	An18g04295	NT_166533.1	1004447	1004832	D	hypothetical protein	join(1004447..1004458,1004587..1004727,1004815..1004832)	Aspergillus niger	84593707
An18g04300	CDS	An18g04300	NT_166533.1	1006160	1010044	D	Function: h-caldesmon from Gallus gallus plays a vital role in the regulation of smooth muscle and nonmuscle actin-myosin interaction; Remark: Gallus gallus=chicken.; Similarity: the similarities of the ORF encoded protein to other proteins are mainly based on repetitive structures.; Title: similarity to h-caldesmon - Gallus gallus; cytoskeleton; See PMID 2760048; uncharacterized protein	join(1006160..1009765,1009817..1010044)	Aspergillus niger	4989995
An18g04310	CDS	An18g04310	NT_166533.1	1010431	1011056	D	Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S12 - Sus scrofa; cytoplasm; See PMID 7622064; 40S ribosomal protein eS12	join(1010431..1010433,1010532..1010856,1010932..1011056)	Aspergillus niger	4989996
An18g04320	CDS	An18g04320	NT_166533.1	1011618	1013645	R	Function: the Vid24 protein from S. cerevisiae is involved in vacuolar targeting of fructose-1,6-bisphosphatase (FBPase) containing vesicles. Vid24p dependent protein sorting is probably mediated by the ubiquitin conjugating system.; Remark: alternate name for S. cerevisiae Vid24: YBR105c.; Title: similarity to protein involved in vacuolar protein targeting Vid24 - Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 9508768; uncharacterized protein	complement(join(1011618..1013420,1013622..1013645))	Aspergillus niger	4989997
An18g04330	CDS	An18g04330	NT_166533.1	1014689	1015895	D	Remark: Homoserine lactone-dependent synthesis of sigma s in E. coli can be prevented by overexpression of RspA.; Remark: the expression of sigma s (the E. coli stress specific sigma factor) is induced by homoserine lactone, a metabolite synthesized from intermediates in threonine biosynthesis.; Similarity: the RspA protein from E. coli shows also similarities to some cycloisomerases.; Title: strong similarity to starvation-sensing protein rspA - Escherichia coli; See PMID 7545940; uncharacterized protein	join(1014689..1014864,1014920..1015895)	Aspergillus niger	4989998
An18g04340	CDS	An18g04340	NT_166533.1	1016099	1017513	R	Catalytic activity: uridine + H(2)O <=> uracil + D-ribose.; Remark: alternate name for S. cerevisiae Urh1: YDR400w.; Title: strong similarity to uridine nucleosidase Urh1 - Saccharomyces cerevisiae; See PMID 10501935; uncharacterized protein	complement(join(1016099..1016641,1016733..1017049,1017119..1017323,1017405..1017412,1017462..1017513))	Aspergillus niger	4989999
An18g04350	CDS	An18g04350	NT_166533.1	1017875	1021691	D	Title: similarity to hypothetical protein SPAC5D6.07c - Schizosaccharomyces pombe; uncharacterized protein	join(1017875..1018394,1018474..1019275,1019820..1020247,1020583..1020817,1020974..1021691)	Aspergillus niger	4990000
An18g04360	CDS	An18g04360	NT_166533.1	1023206	1024211	R	Similarity: the similarities of the ORF encoded protein to other proteins are mainly based on repetitive structures.; Title: weak similarity to zinc-finger protein RIZ -Homo sapiens; See PMID 8643684; See PMID 10706618; uncharacterized protein	complement(join(1023206..1023669,1023746..1024211))	Aspergillus niger	84593708
An18g04365	CDS	An18g04365	NT_166533.1	1024342	1025038	R	Title: weak similarity to deubiquitinating enzyme UBPY - Mus musculus; uncharacterized protein	complement(join(1024342..1024374,1024445..1024467,1024528..1025038))	Aspergillus niger	4990001
An18g04380	CDS	An18g04380	NT_166533.1	1032069	1032681	D	hypothetical protein	join(1032069..1032113,1032329..1032345,1032402..1032681)	Aspergillus niger	84593709
An18g04390	CDS	An18g04390	NT_166533.1	1033344	1034135	D	hypothetical protein	join(1033344..1033418,1033729..1033802,1033836..1033958,1034087..1034135)	Aspergillus niger	84593710
An18g04400	CDS	An18g04400	NT_166533.1	1034811	1036585	R	Remark: the DRG gene from Xenopus laevis is highly expressed in the embryonic CNS.; Similarity: the ORF encoded protein belongs to a group of very storg conserved proteins DRG (X. laevis,mouse, rat, human) and Fun11 (S. cerevisiae), which function is still unclear.; Title: strong similarity to GTP-binding protein DRG - Xenopus laevis; See PMID 8179998; See PMID 10760581; uncharacterized protein	complement(join(1034811..1034920,1034967..1035087,1035156..1035512,1035574..1035911,1035967..1036037,1036093..1036129,1036188..1036265,1036328..1036370,1036435..1036455,1036565..1036585))	Aspergillus niger	4990006
An18g04410	CDS	An18g04410	NT_166533.1	1037205	1038194	D	Catalytic activity: L-cysteine + O(2) <=> 3-sulfinoalanine.; Cofactor: iron.; Pathway: the cysteine dioxygenase CDO1 from Rattus norvegicus the cysteine metabolism and Taurine and hypotaurine metabolism.; Title: strong similarity to cysteine dioxygenase CDO1 - Rattus norvegicus; See PMID 9654352; See PMID 2334417; uncharacterized protein	join(1037205..1037465,1037549..1037632,1037712..1037849,1037948..1038005,1038079..1038194)	Aspergillus niger	4990007
An18g04420	CDS	An18g04420	NT_166533.1	1038809	1041501	R	Catalytic activity: UDP-glucose + glycogenin <=> UDP + glucosylglycogenin.; Complex: the human glycogenin is sub-unit of the glycogen synthase.; Similarity: the ORF encoded protein is c-terminal extended in comparison to its homologues.; Similarity: the ORF encoded protein shows similarity to the Caenorhabditis elegans glycogenin described in patent WO9850553-A1.; Title: similarity to glycogenin 1 GYG - Homo sapiens; See PMID 8602861; See PMID 10644553; uncharacterized protein	complement(join(1038809..1038925,1038993..1039668,1039718..1040469,1040541..1041134,1041206..1041312,1041386..1041413,1041472..1041501))	Aspergillus niger	4990008
An18g04430	CDS	An18g04430	NT_166533.1	1042440	1044021	R	Catalytic activity: an epoxide + H(2)O <=> a glycol.; Title: similarity to soluble epoxide hydrolase sEH clone EH3.1 - Solanum tuberosum; See PMID 7920715; See PMID 8678300; uncharacterized protein	complement(join(1042440..1042709,1042817..1043248,1043303..1043772,1043868..1044021))	Aspergillus niger	4990009
An18g04440	CDS	An18g04440	NT_166533.1	1044826	1046719	R	Function: Filobasidiella neoformans produces a thick extracellular polysaccharide capsule, which is well recognized as a virulence factor. CAP10 from Filobasidiella neoformans is required for capsule formation.; Remark: Filobasidiella neoformans=Cryptococcus neoformans.; Title: strong similarity to capsular associated protein CAP10 - Filobasidiella neoformans; cytoplasm; See PMID 10482503; uncharacterized protein	complement(join(1044826..1044877,1044942..1046719))	Aspergillus niger	4990010
An18g04450	CDS	An18g04450	NT_166533.1	1047156	1048872	R	Title: similarity to hypothetical protein encoded by An11g07910 - Aspergillus niger; uncharacterized protein	complement(join(1047156..1047191,1047703..1048313,1048364..1048609,1048719..1048872))	Aspergillus niger	4990011
An18g04460	CDS	An18g04460	NT_166533.1	1049902	1051479	R	Title: strong similarity to hypothetical protein B2O8.250 - Neurospora crassa; uncharacterized protein	complement(1049902..1051479)	Aspergillus niger	4990012
An18g04470	CDS	An18g04470	NT_166533.1	1053037	1055553	D	Function: S. cerevisiae Tbf1 binds to TTAGGG repeats. It essential for cell growth and may play a role in telomere function and/or structure. It may regulate gene expression.; Remark: alternate names for S. cerevisiae Tbf1: Lpi16 or YPL128C.; Title: strong similarity to TTAGGG repeat binding factor Tbf1 - Saccharomyces cerevisiae; nucleus; See PMID 8423796; See PMID 10871401; uncharacterized protein	join(1053037..1053504,1053566..1054219,1054354..1055553)	Aspergillus niger	4990013
An18g04480	CDS	An18g04480	NT_166533.1	1056257	1057206	D	Complex: the human TAFII30 protein belongs to the basic RNAPolII transcription factor TFIID. TFIID is composed of TATA Binding Protein (TBP) and a number of TBP-associated factors (TAFs).; Function: TFIID is a multimeric protein complex that plays a central role in mediating promoter responses to various activators and repressors.; Title: strong similarity to subunit of transcription initiation factor TFIID TAFII30 - Homo sapiens; nucleus; See PMID 7923369; uncharacterized protein	join(1056257..1056625,1056748..1057001,1057080..1057206)	Aspergillus niger	4990014
An18g04490	CDS	An18g04490	NT_166533.1	1057863	1058568	R	Function: the E. coli S19 ribosomal subunit forms a complex with S13 that binds strongly to the 16S ribosomal RNA.; Similarity: the ORF encoded protein shows strong similarity to the probable mitochondrial ribosomal S19 proteins from S. cerevisiae (YNR037c) and S. pombe (SPAC1751. 02c).; Title: similarity to ribosomal protein of the small subunit s19 rpsS - Escherichia coli; localisation:mitochondrion; See PMID 348496; mitochondrial 37S ribosomal protein uS19m	complement(join(1057863..1057905,1058095..1058277,1058436..1058451,1058526..1058568))	Aspergillus niger	4990015
An18g04520	CDS	An18g04520	NT_166533.1	1060461	1061929	R	Function: the S. cerevisiae transcriptional regulator Arg82 also has inositol polyphosphate multikinase (ipmk) activity, it is still unclear how this activity is involved in the regulatory network.; Remark: alternate names for S. cerevisiae Arg82: ArgRIII, Ipk2 or YDR173C.; Title: similarity to regulator protein of the arginin metabolism Arg82 - Saccharomyces cerevisiae; nucleus; See PMID 10632874; See PMID 11119723; See PMID 2274024; See PMID 3298999; uncharacterized protein	complement(join(1060461..1061700,1061844..1061929))	Aspergillus niger	4990018
An18g04530	CDS	An18g04530	NT_166533.1	1064147	1066077	D	Remark: N-terminally truncated ORF due to the end of contig.; Title: similarity to hypothetical protein SPAC13F5.10 - Schizosaccharomyces pombe [truncated ORF]; uncharacterized protein	join(<1064147..1064656,1064707..1064792,1064913..1065161,1065210..1066077)	Aspergillus niger	4990019
An18g04540	CDS	An18g04540	NT_166533.1	1066224	1067296	R	Catalytic activity: NADPH + quinone <=> NADP(+) + semiquinone.; Remark: the E. coli QOR protein is the homolog of the mammalian zeta-crystallin which has NADPH:quinone reductase activity and which is also an important structual component of the eye-lens.; Title: strong similarity to quinone oxidoreductase QOR - Escherichia coli; See PMID 7602590; uncharacterized protein	complement(join(1066224..1066446,1066521..1067296))	Aspergillus niger	4990020
An18g04550	CDS	An18g04550	NT_166533.1	1069272	1071545	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: the similarities of the ORF encoded protein to MUC1 from yeast and the other proteins are mainly based on repetitive stretches in the sequence.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	1069272..1071545	Aspergillus niger	4990021
An18g04560	CDS	An18g04560	NT_166533.1	1071637	1072566	R	Catalytic activity: N-acetyl-D-glucosamine + H(2)O <=> D-glucosamine + acetate.; Remark: Pneumococci in which pgdA was inactivated produce fully N-acetylated glycan and become hypersensitive to exogenous lysozyme in the stationary phase of growth.; Title: similarity to peptidoglycan GlcNAc deacetylase PgdA - Streptococcus pneumoniae; See PMID 10781617; uncharacterized protein	complement(1071637..1072566)	Aspergillus niger	4990022
An18g04570	CDS	An18g04570	NT_166533.1	1072933	1074877	R	Complex: the S. cerevisiae Clp1 protein is part of the cleavage factor IA complex involved premessenger RNA 3'-end formation which also contains Rna14, Rna15, Pcf11 and the major poly(A)-binding protein Pab1.; Remark: alternate name for S. cerevisiae Clp1: YOR250C.; Title: strong similarity to cleavage/polyadenylation factor IA subunit Clp1 - Saccharomyces cerevisiae; nucleus; See PMID 9223284; uncharacterized protein	complement(join(1072933..1072962,1073095..1073264,1073397..1073825,1073885..1074440,1074537..1074647,1074740..1074877))	Aspergillus niger	4990023
An18g04580	CDS	An18g04580	NT_166533.1	1075732	1077319	R	Remark: the ORF encoded protein shows repetitive structures.; Title: similarity to neurofilament polypeptide H -Oryctolagus cuniculus; See PMID 1512270; uncharacterized protein	complement(join(1075732..1075756,1075815..1076661,1076711..1076873,1076938..1077224,1077259..1077319))	Aspergillus niger	4990024
An18g04590	CDS	An18g04590	NT_166533.1	1079229	1080226	D	Function: Rdi1 from S. cerevisiae regulates the GDP/GTP exchange reaction of the rho-type G-proteins by inhibiting the dissociation of GDP from them, and the subsequent binding of GTP to them.; Remark: alternate name for S. cerevisiae Rdi1: YDL135C.; Title: strong similarity to rho GDP dissociation inhibitor Rdi1 - Saccharomyces cerevisiae; See PMID 8051050; See PMID 9242378; uncharacterized protein	join(1079229..1079319,1079597..1079919,1079978..1080026,1080096..1080226)	Aspergillus niger	4990025
An18g04600	CDS	An18g04600	NT_166533.1	1081015	1082202	R	Catalytic activity: a phosphoprotein + H(2)O <=> a protein + phosphate.; Remark: alternate names for S. cerevisiae Ppg1: PPG or YNR032W.; Similarity: S. cerevisiae Ppg1 belongs to the PPP family of phosphatases and to the PP-2a subfamily.; Title: strong similarity to catalytic chain of the phosphoprotein phosphatase PPG Ppg1 - Saccharomyces cerevisiae; See PMID 7678255; uncharacterized protein	complement(join(1081015..1081727,1081876..1082109,1082187..1082202))	Aspergillus niger	4990026
An18g04610	CDS	An18g04610	NT_166533.1	1083018	1085605	R	Complex: the 'Assembly Protein Complex 3' (AP-3) is a heterotetramer composed of two large chains (delta and beta3=beta-NAP), a medium chain (mu3) and a small chain (sigma3).; Function: the human beta-NAP protein is part of the AP-3 complex, an adaptor-related complex which is not clathrin-associated. This complex is associated with the golgi region as well as more peripheral structures. Beta-NAP facilitates the budding of vesicles from the golgi membrane and may be directly involved in trafficking to lysosomes.; Remark: alternate names for the human neuron-specific vesicle coat protein beta-NAP: beta-adaptin 3b or AP-3 complex beta3b subunit.; Title: strong similarity to neuron-specific vesicle coat protein and cerebellar degeneration antigen beta-NAP -Homo sapiens; intracellular transport vesicles; See PMID 767130; uncharacterized protein	complement(join(1083018..1083669,1083811..1085261,1085330..1085487,1085566..1085605))	Aspergillus niger	4990027
An18g04620	CDS	An18g04620	NT_166533.1	1086671	1088257	R	Function: the MCT3 transporter from Rattus norvegicus is a proton-linked monocarboxylate transporter. It catalyzes the rapid transport across the plasma membrane of many monocarboxylates such as lactate, pyruvate,branched-chain oxo acids derived from leucine, valine and isoleucine, and the ketone bodies acetoacetate,beta-hydroxybutyrate and acetate.; Title: strong similarity to monocarboxylate transporter MCT3 - Rattus norvegicus; plasma membrane; See PMID 9632638; See PMID 9841555; uncharacterized protein	complement(join(1086671..1087936,1087994..1088257))	Aspergillus niger	4990028
An18g04630	CDS	An18g04630	NT_166533.1	1088830	1089510	D	Remark: alternate name for S. cerevisiae Trp5: YGL026C.; Similarity: the ORF encoded protein only shows significant similarity to the C-terminal part of the S. cerevisiae Trp5 product (also to its homologs). The homology to Trp5 does not extent upstream of the startcodon. The ORF seems to encode a strong shorter version of a Trp5-like tryptophan synthase. Surprisingly N. crassa also has a shorter version of a TRP5-like gene which encodes a protein of a comparable length (TREMBL:AF084905_1; 138 AA).; Title: similarity to tryptophan synthase Trp5 -Saccharomyces cerevisiae; See PMID 6276387; See PMID 6381966; uncharacterized protein	join(1088830..1088847,1088955..1089027,1089203..1089380,1089435..1089510)	Aspergillus niger	84593711
An18g04640	CDS	An18g04640	NT_166533.1	1090826	1092398	R	Function: S. cerevisiae Nuf2 is a spindle pole body-associated protein required for nuclear division. It is involved in spindle pole body separation and spindle elongation.; Remark: alternate name for S. cerevisiae Nuf2: YOL069W.; Title: strong similarity to spindle pole body protein Nuf2 - Saccharomyces cerevisiae; centrosome; See PMID 8188751; uncharacterized protein	complement(join(1090826..1090939,1090993..1091907,1091980..1092240,1092297..1092398))	Aspergillus niger	4990030
An18g04650	CDS	An18g04650	NT_166533.1	1092758	1093885	D	Complex: S. cerevisiae Gcn3 is component of the GCD complex with five different subunits; alpha (Gcn3), beta (Gcd7), gamma (Gcd1), delta (Gcd2) and epsilon (Gcd6).; Function: S. cerevisiae Gcn3 is nonessential component of the high-molecular-weight GCD complex which activates the synthesis of Gcn4 (transcription factor) in yeast under amino acid starvation conditions by suppressing the inhibitory effects of multiple AUG codons present in the leader of GCN4 mRNA. It may promote either repression or activation of Gcn4 expression depending on amino acid availability. The modulation of Gcn3 regulatory function in response to amino acid availability occurs posttranslationally.; Remark: alternate names for S. cerevisiae Gcn3: Aas2 or YKR026C.; Similarity: S. cerevisiae Gcn3 belongs to the eIf-2b alpha/beta/delta subunits family.; Title: strong similarity to guanine nucleotide exchange factor eIF-2B 34 kDa alpha subunit Gcn3 -Saccharomyces cerevisiae; cytoplasm; See PMID 8506384; See PMID 3062370; uncharacterized protein	join(1092758..1092804,1092871..1093885)	Aspergillus niger	4990031
An18g04660	CDS	An18g04660	NT_166533.1	1094969	1096847	D	Catalytic activity: acyl-CoA + cholesterol <=> CoA + cholesterol ester.; Remark: alternate names for S. cerevisiae Sat1: Are2 or YNR019W.; Title: strong similarity to sterol o-acyltransferase Sat1 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 8650549; See PMID 8798656; See PMID 10672016; uncharacterized protein	join(1094969..1095091,1095126..1095586,1095644..1096348,1096402..1096757,1096789..1096847)	Aspergillus niger	4990032
An18g04670	CDS	An18g04670	NT_166533.1	1097851	1099342	R	Golgi; Localization: expression of the human transporter cDNA in CHO-K1 cells in its native and in a C-terminally HA-tagged form indicated that the human UDP-GlcNAc transporter was localized in the Golgi apparatus.; Similarity: the ORF DNA sequence shows also similarity to the E. nidulans EST m6g08a1. r1.; Title: similarity to UDP-N-acetylglucosamine transporter SLC35A3 - Homo sapiens; See PMID 10393322; uncharacterized protein	complement(join(1097851..1098124,1098187..1098475,1098548..1099065,1099129..1099205,1099259..1099342))	Aspergillus niger	4990033
An18g04680	CDS	An18g04680	NT_166533.1	1099366	1100187	D	Remark: blast results are not significant.; Title: weak similarity to hypothetical nonstructural protein V - Newcastle disease virus; uncharacterized protein	join(1099366..1099384,1099407..1099797,1099893..1100187)	Aspergillus niger	84593712
An18g04690	CDS	An18g04690	NT_166533.1	1100312	1105056	R	Localization: mastermind accumulates predominantly in the nucleus.; Remark: mastermind of D. virilis is a neurogenic gene which is required for proper partitioning of ectodermal cells into epidermal versus neural lineages.; Remark: nearly half of the protein sequence of mastermind consists of only three amino acids: glutamine,glycine, and asparagine.; Similarity: blast hits result from repetitive sequences, ORF might be to long.; Title: similarity to protein mastermind - Drosophila virilis; nucleus; See PMID 1701150; uncharacterized protein	complement(join(1100312..1101718,1101788..1104634,1104696..1104755,1104931..1105056))	Aspergillus niger	4990035
An18g04700	CDS	An18g04700	NT_166533.1	1105063	1105380	D	hypothetical protein	1105063..1105380	Aspergillus niger	84593713
An18g04710	CDS	An18g04710	NT_166533.1	1105438	1106957	D	Remark: blast hits result from repetitive seq.; Title: weak similarity to hypothetical retinitis pigmentosa GTPase regulator RPGR - Homo sapiens; uncharacterized protein	join(1105438..1105554,1105655..1105771,1105843..1105880,1106052..1106246,1106553..1106646,1106711..1106827,1106916..1106957)	Aspergillus niger	84593714
An18g04720	CDS	An18g04720	NT_166533.1	1108604	1108852	D	Remark: the ORF is short in length (35 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	join(1108604..1108637,1108779..1108852)	Aspergillus niger	84593715
An18g04730	CDS	An18g04730	NT_166533.1	1109446	1111709	D	Title: strong similarity to hypothetical protein SPCC622.11 - Schizosaccharomyces pombe; uncharacterized protein	join(1109446..1109747,1109826..1111559,1111682..1111709)	Aspergillus niger	4990039
An18g04740	CDS	An18g04740	NT_166533.1	1112106	1113056	D	Title: questionable ORF; uncharacterized protein	join(1112106..1112138,1112431..1112472,1112560..1112646,1112736..1112784,1112962..1113056)	Aspergillus niger	84593716
An18g04750	CDS	An18g04750	NT_166533.1	1113533	1114474	D	Similarity: weak similarity to apolipoprotein A-IV I isoform of Papio hamadryas.; Title: strong similarity to hypothetical protein 8D4.210 - Neurospora crassa; See PMID 8101842; uncharacterized protein	1113533..1114474	Aspergillus niger	4990041
An18g04760	CDS	An18g04760	NT_166533.1	1114776	1115589	D	hypothetical protein	join(1114776..1115012,1115104..1115207,1115433..1115589)	Aspergillus niger	84593717
An18g04770	CDS	An18g04770	NT_166533.1	1116351	1116630	R	Remark: blast hits result from repetitive sequences.; hypothetical protein	complement(join(1116351..1116514,1116606..1116630))	Aspergillus niger	84593718
An18g04780	CDS	An18g04780	NT_166533.1	1117143	1118856	D	Title: similarity to hypothetical protein 68B2.200 -Neurospora crassa; uncharacterized protein	join(1117143..1117241,1117357..1118856)	Aspergillus niger	4990044
An18g04790	CDS	An18g04790	NT_166533.1	1119531	1120049	D	Function: acts as glutathione-disulfide oxidoreductase in the presence of NADPH and glutathione reductase and reduces low molecular weight proteins and disulfides.; Title: strong similarity to thioltransferase glutaredoxin - Oryza sativa; See PMID 8287970; uncharacterized protein	join(1119531..1119585,1119689..1119787,1119889..1120049)	Aspergillus niger	4990045
An18g04800	CDS	An18g04800	NT_166533.1	1120221	1123914	R	Remark: rhaA of A. aculeatus hydrolyzes alpha-1,2 and alpha-1,6 linkages to beta-D-glucosides.; Remark: the ORF is longer than rhaA of A. aculeatus (1131 compared to 660 amino acids).; Title: strong similarity to alpha-L-rhamnosidase A precursor rhaA - Aspergillus aculeatus; See PMID 11319105; uncharacterized protein	complement(join(1120221..1121744,1121824..1122647,1122814..1122988,1123042..1123914))	Aspergillus niger	4990046
An18g04810	CDS	An18g04810	NT_166533.1	1124523	1125964	D	Title: strong similarity to exo-polygalacturonase PGX from patent WO9414966-A - Aspergillus tubingensis; cytoplasm; See PMID 8856078; uncharacterized protein	join(1124523..1124786,1124841..1125207,1125272..1125471,1125524..1125964)	Aspergillus niger	4990047
An18g04820	CDS	An18g04820	NT_166533.1	1127741	1128223	D	hypothetical protein	1127741..1128223	Aspergillus niger	84593719
An18g04830	CDS	An18g04830	NT_166533.1	1130483	1131390	D	Remark: gene structure questionable; Title: questionable ORF; uncharacterized protein	join(1130483..1130655,1130945..1131012,1131182..1131260,1131342..1131390)	Aspergillus niger	84593720
An18g04840	CDS	An18g04840	NT_166533.1	1131735	1133303	R	Function: translation elongation, protein biosynthesis.; Remark: possible sequencing error.; Title: strong similarity to translation elongation factor 1 alpha - Podospora anserina [putative sequencing error]; cytoplasm; See PMID 8289244; uncharacterized protein	complement(join(1131735..1132843,1132900..1133038,1133101..1133230,1133299..1133303))	Aspergillus niger	4990050
An18g04850	CDS	An18g04850	NT_166533.1	1135139	1135741	R	Complex: hRPC11 is a small, essential subunit RNA polymerase III. hRPC11 is specific for PolIII.; Function: RNA polymerase III deprived of hRPC11,initiates transcription properly but ignores pause sites and is defective in termination. Pol III delta lacks the intrinsic RNA cleavage activity of complete Pol III.; Similarity: the predicted A. niger protein shows strong similarity to human RNA polymerase III subunit (hRPC11) and related highly conserved proteins.; Title: strong similarity to RNA polymerase III subunit hRPC11 - Homo sapiens; nucleus; See PMID 9869639; uncharacterized protein	complement(join(1135139..1135174,1135248..1135342,1135447..1135656,1135729..1135741))	Aspergillus niger	4990051
An18g04860	CDS	An18g04860	NT_166533.1	1135854	1136327	R	hypothetical protein	complement(join(1135854..1135937,1136021..1136139,1136279..1136327))	Aspergillus niger	84593721
An18g04870	CDS	An18g04870	NT_166533.1	1136417	1137086	D	Title: weak similarity to death-associated protein kinase DAPK - Homo sapiens; See PMID 7828849; uncharacterized protein	join(1136417..1136440,1136485..1136662,1136761..1137086)	Aspergillus niger	4990053
An18g04880	CDS	An18g04880	NT_166533.1	1137392	1138318	R	Title: similarity to hypothetical protein SPCC645.04 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1137392..1138035,1138105..1138318))	Aspergillus niger	4990054
An18g04900	CDS	An18g04900	NT_166533.1	1139451	1140012	R	hypothetical protein	complement(join(1139451..1139594,1139660..1139749,1139923..1140012))	Aspergillus niger	84593722
An18g04910	CDS	An18g04910	NT_166533.1	1140253	1142150	R	Title: similarity to monocarboxylate transporter MCT2 - Rattus norvegicus; See PMID 9182702; uncharacterized protein	complement(join(1140253..1140415,1140465..1140740,1140805..1140910,1140972..1141857,1141938..1142003,1142121..1142150))	Aspergillus niger	4990057
An18g04920	CDS	An18g04920	NT_166533.1	1142438	1143762	D	hypothetical protein	join(1142438..1142534,1142618..1142924,1143001..1143108,1143326..1143446,1143526..1143762)	Aspergillus niger	84593723
An18g04930	CDS	An18g04930	NT_166533.1	1143918	1144186	R	Title: similarity to secreted protein yb7_1 - Homo sapiens; uncharacterized protein	complement(join(1143918..1144004,1144082..1144186))	Aspergillus niger	84593724
An18g04950	CDS	An18g04950	NT_166533.1	1146311	1146852	D	hypothetical protein	join(1146311..1146348,1146415..1146496,1146584..1146691,1146739..1146852)	Aspergillus niger	84593725
An18g04960	CDS	An18g04960	NT_166533.1	1147104	1148517	R	Remark: Similarity possibly caused by structural domain.; Title: weak similarity to hypothetical protein Y54E5A.7 - Caenorhabditis elegans; uncharacterized protein	complement(join(1147104..1147342,1147590..1147940,1148051..1148186,1148398..1148517))	Aspergillus niger	84593726
An18g04970	CDS	An18g04970	NT_166533.1	1148533	1149670	D	Title: weak similarity to subtilisin E precursor aprE - Bacillus subtilis; uncharacterized protein	join(1148533..1149171,1149223..1149343,1149585..1149670)	Aspergillus niger	84593727
An18g05000	CDS	An18g05000	NT_166533.1	1151185	1151818	R	Remark: a splice site was detected upstream of the START codon.; Title: strong similarity to host infection protein cap20 - Colletotrichum gloeosporioides; See PMID 7756829; uncharacterized protein	complement(join(1151185..1151676,1151744..1151818))	Aspergillus niger	4990066
An18g05010	CDS	An18g05010	NT_166533.1	1151946	1154843	D	hypothetical protein	join(1151946..1151959,1152048..1152112,1152334..1152414,1152509..1152730,1152820..1152943,1153241..1153378,1153513..1153671,1153811..1153965,1154064..1154070,1154147..1154283,1154359..1154450,1154549..1154611,1154700..1154843)	Aspergillus niger	84593728
An18g05020	CDS	An18g05020	NT_166533.1	1155392	1156184	R	Remark: belongs to the 60S large ribosomal subunit.; Title: strong similarity to cytoplasmic ribosomal protein of the large subunit Rpl27 - Saccharomyces cerevisiae; cytoplasm; See PMID 10590466; 60S ribosomal protein eL27	complement(join(1155392..1155399,1155472..1155808,1156046..1156101,1156178..1156184))	Aspergillus niger	4990068
An18g05030	CDS	An18g05030	NT_166533.1	1156329	1156679	R	hypothetical protein	complement(join(1156329..1156434,1156479..1156544,1156594..1156679))	Aspergillus niger	84593729
An18g05040	CDS	An18g05040	NT_166533.1	1156973	1163998	D	Function: the golgin family of coiled-coil proteins function in Rab6-regulated membrane-tethering events.; Golgi; Localization: human golgin proteins target to the Golgi apparatus through a carboxy-terminal domain containing a conserved tyrosine residue, which is critical for targeting.; Similarity: the predicted A. niger protein shows strong similarity to human golgin 245 and similarities to several coiled-coil proteins, e. g. human centromere protein E, human giantin and myosin heavy chains of different organisms.; Title: strong similarity to golgin-245 - Homo sapiens; See PMID 8537393; See PMID 10209123; uncharacterized protein	join(1156973..1157021,1157046..1160045,1160073..1163857,1163942..1163998)	Aspergillus niger	4990070
An18g05050	CDS	An18g05050	NT_166533.1	1164707	1165940	D	Title: strong similarity to hypothetical protein encoded by B7F18.130 - Neurospora crassa; uncharacterized protein	join(1164707..1165190,1165258..1165940)	Aspergillus niger	4990071
An18g05060	CDS	An18g05060	NT_166533.1	1166770	1168446	R	Remark: similarity to component of human SWI/SNF-like chromatin-remodeling protein complexes; Title: strong similarity to SWI/SNF-related,matrix-associated, actin-dependent regulator of chromatin SMARCD1 - Homo sapiens; See PMID 8804307; uncharacterized protein	complement(join(1166770..1167294,1167364..1168277,1168350..1168446))	Aspergillus niger	4990072
An18g05070	CDS	An18g05070	NT_166533.1	1168815	1170153	R	Title: strong similarity to 26S proteasome subunit 9 - Homo sapiens; cytoplasm; See PMID 9119060; uncharacterized protein	complement(join(1168815..1169821,1169886..1170153))	Aspergillus niger	4990073
An18g05080	CDS	An18g05080	NT_166533.1	1170504	1171965	D	Remark: SOF1 yeast protein is involved in rRNA processing. Protein shows also considerable similarity to 3-ISOPROPYLMALATE DEHYDROGENASE of S. pombe.; Title: strong similarity to protein Sof1 -Saccharomyces cerevisiae; nucleus; See PMID 8508778; uncharacterized protein	join(1170504..1170506,1170564..1171543,1171605..1171965)	Aspergillus niger	4990074
An18g05090	CDS	An18g05090	NT_166533.1	1172110	1173375	R	Remark: Similarity to murine short-chain dehydrogenase/reductase that reduces all-trans-retinal in cone photoreceptors.; Title: similarity to retinal short-chain dehydrogenase/reductase retSDR1 - Mus musculus; See PMID 9705317; uncharacterized protein	complement(join(1172110..1172754,1172857..1173375))	Aspergillus niger	4990075
An18g05100	CDS	An18g05100	NT_166533.1	1174028	1175413	D	Title: similarity to cytosine deaminase codA -Escherichia coli; See PMID 8450832; uncharacterized protein	1174028..1175413	Aspergillus niger	4990076
An18g05110	CDS	An18g05110	NT_166533.1	1175636	1177621	R	Title: weak similarity to polycomblike protein XPcl2 - Xenopus laevis; uncharacterized protein	complement(1175636..1177621)	Aspergillus niger	4990077
An18g05120	CDS	An18g05120	NT_166533.1	1178076	1179715	R	Function: bbsF of T. aromatica is part of the bbs operon, encoding enzymes of beta oxidation of the toluene catabolism intermediate benzylsuccinate.; Pathway: bbsF of T. aromatica is a component of the anaerobic toluene catabolism.; Title: strong similarity to subunit of succinyl-CoA:benzylsuccinate CoA-transferase bbsF - Thauera aromatica; See PMID 10629170; uncharacterized protein	complement(join(1178076..1178287,1178350..1178643,1178695..1179199,1179261..1179381,1179452..1179483,1179548..1179715))	Aspergillus niger	4990078
An18g05130	CDS	An18g05130	NT_166533.1	1180023	1181333	D	Remark: Carboxyterminal perhapes shorter; Title: strong similarity to riboflavin synthase Rib5 - Saccharomyces cerevisiae; See PMID 7814407; uncharacterized protein	join(1180023..1180053,1180120..1180242,1180445..1180956,1181130..1181333)	Aspergillus niger	4990079
An18g05140	CDS	An18g05140	NT_166533.1	1181492	1182922	R	Remark: putative role in mating.; Title: strong similarity to hypothetical protein Ssf1 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1181492..1182655,1182716..1182922))	Aspergillus niger	4990080
An18g05150	CDS	An18g05150	NT_166533.1	1183169	1184724	D	Function: RRP3 (rRNA processing) of S. cerevisiae is required for pre-rRNA processing.; Title: strong similarity to RNA helicase-like protein Rrp3 - Saccharomyces cerevisiae; See PMID 8774901; uncharacterized protein	join(1183169..1183493,1183581..1184357,1184423..1184724)	Aspergillus niger	4990081
An18g05160	CDS	An18g05160	NT_166533.1	1185094	1185732	R	Remark: fragment, but sequence so far obtained shows high similarity. Aminoterminus is lacking. Enzyme converts N-acetyl-D-glucosamine 1-phosphate to N-acetyl-D-glucosamine 6-phosphate.; Title: strong similarity to phosphoacetylglucosamine mutase AGM1 - Candida albicans [truncated ORF]; See PMID 8119301; uncharacterized protein	complement(1185094..>1185732)	Aspergillus niger	84593730
An18g05170	CDS	An18g05170	NT_166533.1	1185842	1186886	R	Catalytic activity: N-acetyl-D-glucosamine 1-phosphate -> N-acetyl-D-glucosamine 6-phosphate.; Induction: AGM1 is activated by N-acetyl-D-glucosamine 1,6-bisphosphate.; Pathway: AGM1 of C. albicans is involved in aminosugars metabolism.; Remark: AGM1 of C. albicans belongs to the phosphohexose mutase family.; Title: similarity to phosphoacetylglucosamine mutase AGM1 - Candida albicans; See PMID 11004509; uncharacterized protein	complement(join(<1185842..1186318,1186376..1186390,1186455..1186599,1186701..1186714,1186794..1186886))	Aspergillus niger	4990083
An18g05180	CDS	An18g05180	NT_166533.1	1187464	1188825	R	Title: strong similarity to hypothetical membrane protein YCR044c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1187464..1187518,1187576..1188350,1188451..1188556,1188637..1188825))	Aspergillus niger	4990084
An18g05190	CDS	An18g05190	NT_166533.1	1189568	1190965	D	Function: ODP1 can catalyze both the mono- and asymmetric dimethylation in S. cerevisiae.; Function: ODP1 methylates arginines in a variety of RNA-binding proteins in S. cerevisiae.; Remark: alternate names in S. cerevisiae = RMT1,HMT1, HCP1, YBR0320, YBR034c.; Title: strong similarity to protein Odp1 -Saccharomyces cerevisiae; See PMID 8647869; uncharacterized protein	join(1189568..1189662,1189718..1189731,1189794..1189813,1189872..1189981,1190043..1190374,1190437..1190908,1190959..1190965)	Aspergillus niger	4990085
An18g05200	CDS	An18g05200	NT_166533.1	1191039	1191689	D	hypothetical protein	join(1191039..1191056,1191274..1191337,1191484..1191689)	Aspergillus niger	84593731
An18g05210	CDS	An18g05210	NT_166533.1	1191732	1192999	D	Remark: the trifunctional protein consists of 2-Enoyl-CoA hydratase (EC 4. 2. 1. 17), L-3-hydroxyacyl-CoA dehydrogenase (EC 1. 1. 1. 35), and 3-hydroxyacyl-CoA epimerase (EC 5. 1. 2. -) in Neurospora crassa.; Title: similarity to multifunctional beta-oxidation protein - Neurospora crassa; See PMID 1830048; uncharacterized protein	join(1191732..1191851,1191912..1191960,1192053..1192415,1192478..1192571,1192657..1192999)	Aspergillus niger	4990087
An18g05220	CDS	An18g05220	NT_166533.1	1193275	1195359	D	Function: gamma-butyrobetaine hydroxylase catalyzes the hydroxylation of gamma-butyrobetaine to carnitine, the last step in the biosynthesis of carnitine from lysine in Pseudomonas.; Title: strong similarity to gamma-butyrobetaine hydroxylase - Pseudomonas sp.; See PMID 1988434; uncharacterized protein	join(1193275..1193333,1193387..1193432,1193503..1193684,1193736..1193753,1193816..1193882,1193942..1194002,1194053..1194152,1194209..1194314,1194365..1194490,1194565..1195015,1195244..1195359)	Aspergillus niger	4990088
An18g05230	CDS	An18g05230	NT_166533.1	1195734	1197278	D	Function: the S. cerevisiae homolog Rpt5p is subunit of the 20S proteasome regulatory particle.; Remark: proteasomes are maily localised in the in the nuclear envelope-ER network.; Title: strong similarity to proteasome 19S regulatory particle subunit Rpt5 - Saccharomyces cerevisiae; uncharacterized protein	join(1195734..1196053,1196149..1196564,1196620..1197278)	Aspergillus niger	4990089
An18g05240	CDS	An18g05240	NT_166533.1	1197724	1201189	D	hypothetical protein	join(1197724..1197801,1197922..1197992,1198081..1198126,1198209..1198452,1198497..1198533,1198627..1198723,1198768..1199014,1199300..1199359,1199521..1199693,1199742..1199811,1199978..1200100,1200192..1200262,1200349..1200561,1200643..1201035,1201091..1201189)	Aspergillus niger	84593732
An18g05250	CDS	An18g05250	NT_166533.1	1201781	1202647	R	hypothetical protein	complement(join(1201781..1202289,1202399..1202514,1202598..1202647))	Aspergillus niger	84593733
An18g05260	CDS	An18g05260	NT_166533.1	1203113	1204143	D	hypothetical protein	join(1203113..1203175,1203401..1203542,1203699..1203864,1203957..1204143)	Aspergillus niger	84593734
An18g05270	CDS	An18g05270	NT_166533.1	1204349	1206138	R	Catalytic activity: STY1 in Schizosaccharomyces pombe is activated by tyrosine and threonine phosphorylation (by similarity).; EC:2.7.1.-; Title: strong similarity to mitogen-activated protein kinase sty1p - Schizosaccharomyces pombe; See PMID 8557102; See PMID 10428498; uncharacterized protein	complement(join(1204349..1204613,1204657..1204855,1204920..1204998,1205053..1205409,1205478..1205577,1205633..1205676,1205735..1205864,1205963..1206010,1206083..1206138))	Aspergillus niger	4990093
An18g05280	CDS	An18g05280	NT_166533.1	1206257	1209514	R	Title: weak similarity to hypothetical protein encoded by An01g07840 - Aspergillus niger; uncharacterized protein	complement(join(1206257..1206560,1206651..1206765,1206982..1207066,1208099..1208866,1208952..1209084,1209159..1209299,1209405..1209514))	Aspergillus niger	4990094
An18g05290	CDS	An18g05290	NT_166533.1	1209762	1210162	D	Remark: the ORF is short in length (63 amino acids) and has an unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	join(1209762..1209843,1209968..1210014,1210100..1210162)	Aspergillus niger	84593735
An18g05310	CDS	An18g05310	NT_166533.1	1210610	1211048	R	hypothetical protein	complement(join(1210610..1210623,1210710..1210809,1210905..1210938,1211038..1211048))	Aspergillus niger	84593736
An18g05340	CDS	An18g05340	NT_166533.1	1212962	1215375	R	Title: similarity to hypothetical protein CAD70913.1 - Neurospora crassa; uncharacterized protein	complement(join(1212962..1214876,1214957..1215375))	Aspergillus niger	4990100
An18g05350	CDS	An18g05350	NT_166533.1	1215377	1216256	D	Remark: blastp hits are random.; hypothetical protein	join(1215377..1215631,1215769..1215840,1215951..1216256)	Aspergillus niger	84593737
An18g05360	CDS	An18g05360	NT_166533.1	1216515	1217250	R	Remark: blastp hits are random.; hypothetical protein	complement(join(1216515..1216685,1216744..1216835,1216930..1216973,1217162..1217250))	Aspergillus niger	84593738
An18g05370	CDS	An18g05370	NT_166533.1	1219335	1219860	R	hypothetical protein	complement(join(1219335..1219444,1219686..1219860))	Aspergillus niger	84593739
An18g05380	CDS	An18g05380	NT_166533.1	1220105	1223431	R	Function: the sck1 gene from S. pombe is able to suppress the defects conferred by a mutation in any of these git genes.; Function: the sck1 gene from S. pombe was cloned as a high copy number suppressor of a mutation in git3 (components of an adenylate cyclase activation pathway).; Title: strong similarity to cAMP-dependent protein kinase sck1p - Schizosaccharomyces pombe; deleted EC_number 2.7.1.37; See PMID 7498728; uncharacterized protein	complement(join(1220105..1221517,1221582..1222854,1223361..1223431))	Aspergillus niger	4990104
An18g05400	CDS	An18g05400	NT_166533.1	1223563	1225105	D	Remark: blastp hits are random or based on repetetive sequence motives.; hypothetical protein	join(1223563..1223645,1223748..1223864,1223959..1224048,1224315..1224343,1224429..1224626,1224684..1224797,1224879..1224976,1225049..1225105)	Aspergillus niger	84593740
An18g05410	CDS	An18g05410	NT_166533.1	1225316	1227845	D	Remark: blastp hits are random; Title: questionable ORF; uncharacterized protein	join(1225316..1225531,1226269..1226387,1226512..1226604,1226650..1226895,1226978..1227011,1227062..1227132,1227381..1227546,1227641..1227703,1227738..1227845)	Aspergillus niger	84593741
An18g05420	CDS	An18g05420	NT_166533.1	1228111	1230225	D	Title: similarity to nuclear localization protein Npl6 - Saccharomyces cerevisiae; See PMID 8514125; uncharacterized protein	join(1228111..1228116,1228199..1228412,1228499..1229570,1229622..1230225)	Aspergillus niger	4990107
An18g05430	CDS	An18g05430	NT_166533.1	1231331	1232187	R	Function: SNF7 of S. cerevisiae is required for normal morphology and sorting activity of the endosome.; Phenotype: mutations of SNF7 in S. cerevisiae prevent full depression of the SUC2 (invertase) gene in response to glucose limitation and result in a sporulation defect in homozygous diploids.; Remark: the major functional role of SNF7 in S. cerevisiae may be related to invertase expression or glucose repression.; Title: strong similarity to endosomal protein Snf7 -Saccharomyces cerevisiae; endosome; See PMID 8224817; See PMID 9606181; See PMID 11251082; uncharacterized protein	complement(join(1231331..1231410,1231467..1231675,1231738..1231942,1232013..1232187))	Aspergillus niger	4990108
An18g05440	CDS	An18g05440	NT_166533.1	1232285	1233339	D	Remark: blastp hits are random.; hypothetical protein	join(1232285..1232483,1232535..1232635,1232836..1233339)	Aspergillus niger	4990109
An18g05450	CDS	An18g05450	NT_166533.1	1233606	1236590	R	Remark: alternate name in S. cerevisiae = YLL028w.; Remark: it is indicated that a membrane protein encoded by YLL028w (TPO1) is a polyamine transport protein on the vacuolar membrane in S. cerevisiae.; Title: similarity to polyamine transport protein Tpo1 - Saccharomyces cerevisiae; See PMID 9920864; See PMID 11171066; uncharacterized protein	complement(join(1233606..1233692,1233780..1233958,1234003..1234267,1234707..1235424,1235487..1235763,1235817..1236193,1236253..1236590))	Aspergillus niger	4990110
An18g05460	CDS	An18g05460	NT_166533.1	1237564	1239651	D	hypothetical protein	join(1237564..1237635,1237847..1238148,1238202..1238398,1238512..1238711,1238796..1238846,1238950..1239129,1239255..1239377,1239463..1239651)	Aspergillus niger	84593742
An18g05470	CDS	An18g05470	NT_166533.1	1240078	1241691	D	Catalytic activity: 3-beta-hydroxy-delta5-steroid + nad+ = 3-oxo-delta5 -steroid + nadh (acts on 3-beta-hydroxyandrost-5-en-17-one to form androst-4-ene-3,17-dione and on 3-beta-hydroxypregn -5-en-20-one to form progesterone).; Remark: alternate name in S. cerevisiae = YGL001C.; Title: similarity to C-3 sterol dehydrogenase Erg26 - Saccharomyces cerevisiae; See PMID 9811880; uncharacterized protein	join(1240078..1240303,1240404..1241046,1241106..1241691)	Aspergillus niger	4990112
An18g05480	CDS	An18g05480	NT_166533.1	1241908	1244551	R	Catalytic activity: oxidation of methanol into formaldehyde and H2O2.; Function: P. pastoris, contains two alcohol oxidase genes, AOX1 and AOX2.; Function: in methylotrophic yeasts, alcohol oxidase is the first enzyme in the methanol-utilization pathway.; Similarity: show strong similarity to several fungal alcohol oxidases.; Title: strong similarity to alcohol oxidase AOX1 -Pichia pastoris; See PMID 2660463; uncharacterized protein	complement(join(1241908..1242039,1242145..1242329,1242420..1242548,1242632..1242917,1242993..1243053,1243110..1243725,1243783..1243826,1243885..1244138,1244201..1244354,1244409..1244551))	Aspergillus niger	4990113
An18g05490	CDS	An18g05490	NT_166533.1	1245795	1246500	R	Similarity: shows also similarity to corresponding human hypothetical gene product DAM1.; Title: similarity to hypothetical protein T12A2.7 -Caenorhabditis elegans; uncharacterized protein	complement(join(1245795..1246408,1246464..1246500))	Aspergillus niger	4990114
An18g05500	CDS	An18g05500	NT_166533.1	1247354	1249697	D	Function: active in neutral to alkaline range.; Function: human enzyme cleaves lipid ceramide into free fatty acid and sphingosine.; Localization: might be mitochondrial.; Title: strong similarity to mitochondrial ceramidase AAF86240.1 - Homo sapiens; uncharacterized protein	join(1247354..1247556,1247612..1249697)	Aspergillus niger	4990115
An18g05510	CDS	An18g05510	NT_166533.1	1250553	1252403	D	Function: MUC1 of yeast is a cell surface flocculin involved in pseudohyphal differentiation and invasive growth in response to nitrogen starvation.; Localization: MUC1 of yeast is thought to be an integral membrane protein.; Phenotype: deletion of MUC1 in yeast abolishes pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is a component of a signal transduction pathway downstream of MEP2 regulating pseudohyphal differentiation and invasive growth.; Remark: MUC1 of yeast is also known as FLO11, STA4 and has a systematic name of YIR019C.; Remark: there are no hints for any MUC1 1,4-alpha-glucosidase activity in the literature.; Similarity: blast hits result from repetitive sequences.; Title: similarity to mucin-like protein Muc1 -Saccharomyces cerevisiae; See PMID 8710886; See PMID 9383611; See PMID 9987114; See PMID 11152942; uncharacterized protein	1250553..1252403	Aspergillus niger	84593743
An18g05520	CDS	An18g05520	NT_166533.1	1252984	1254239	R	hypothetical protein	complement(join(1252984..1253310,1253364..1254239))	Aspergillus niger	4990117
An18g05530	CDS	An18g05530	NT_166533.1	1254544	1255273	D	hypothetical protein	join(1254544..1254647,1254681..1254881,1255036..1255273)	Aspergillus niger	84593744
An18g05540	CDS	An18g05540	NT_166533.1	1257059	1258009	R	Title: similarity to hypothetical protein B13D15.090 - Neurospora crassa; uncharacterized protein	complement(join(1257059..1257700,1257769..1257788,1257946..1258009))	Aspergillus niger	4990119
An18g05550	CDS	An18g05550	NT_166533.1	1258295	1259080	R	Function: DL-2-Haloacid dehalogenase from Pseudomonas sp. strain 113 (DL-DEX) catalyzes the hydrolytic dehalogenation of both D- and L-2-haloalkanoic acids to produce the corresponding L- and D-2-hydroxyalkanoic acids, respectively, with inversion of the C2 configuration.; Function: DL-DEX is a unique enzyme that acts on the chiral carbon of the substrate and uses both enantiomers as equivalent substrates.; Title: similarity to L-2-haloalkanoic acid dehalogenase hadL - Pseudomonas putida; See PMID 9209038; uncharacterized protein	complement(join(1258295..1258851,1258915..1259080))	Aspergillus niger	4990120
An18g05560	CDS	An18g05560	NT_166533.1	1259271	1259546	D	Similarity: blast hits cover only carboxyterminal part of the ORF.; Title: weak similarity to hypothetical conserved protein DR2483 - Deinococcus radiodurans; uncharacterized protein	1259271..1259546	Aspergillus niger	4990121
An18g05570	CDS	An18g05570	NT_166533.1	1260471	1263179	R	Catalytic activity: the E. coli enzyme catalyzes the hydrolysis of GTP in a ribosome-dependent manner.; Function: it protects formylmethionyl-tRNA from spontaneous hydrolysis and promotes its binding to the 30S ribosomal subunits.; Similarity: shows strong similarity to fungal IF2 in mitochondria, but is about 200 bp longer and is perhapes not localized in mitochondria.; Title: strong similarity to translation initiation factor IF2 infB - Escherichia coli; uncharacterized protein	complement(join(1260471..1260622,1260680..1263179))	Aspergillus niger	4990122
An18g05580	CDS	An18g05580	NT_166533.1	1263460	1263837	R	Similarity: blast hits result from repetitive sequences.; hypothetical protein	complement(1263460..1263837)	Aspergillus niger	84593745
An18g05590	CDS	An18g05590	NT_166533.1	1264060	1265341	D	Title: strong similarity to mitochondrial carrier protein Ymc1 - Saccharomyces cerevisiae; localisation:mitochondrion; See PMID 9559855; uncharacterized protein	join(1264060..1264165,1264362..1264373,1264422..1264558,1264615..1265243,1265311..1265341)	Aspergillus niger	4990124
An18g05600	CDS	An18g05600	NT_166533.1	1265692	1268617	R	Similarity: shows similarity to proteins containing Fungal Zn(2)-Cys(6) binuclear cluster domains i. e. mainly transcriptional regulatory proteins.; Title: weak similarity to hypothetical transcriptional regulator FCR1 - Candida albicans; uncharacterized protein	complement(join(1265692..1266329,1266409..1266518,1266654..1266753,1266875..1267029,1267079..1267385,1267439..1267550,1267607..1267622,1267685..1267821,1267870..1268086,1268164..1268223,1268280..1268311,1268392..1268421,1268555..1268617))	Aspergillus niger	4990125
An18g05610	CDS	An18g05610	NT_166533.1	1269031	1271248	R	Similarity: member of the allantoate family of the major facilitator superfamily.; Title: strong similarity to allantoate permease Dal5 - Saccharomyces cerevisiae; See PMID 8720066; See PMID 3275614; uncharacterized protein	complement(join(1269031..1269244,1269390..1269454,1269510..1269607,1269655..1269676,1269724..1269991,1270044..1270157,1270212..1270283,1270340..1270392,1270441..1270503,1270568..1270665,1270726..1271248))	Aspergillus niger	4990126
An18g05620	CDS	An18g05620	NT_166533.1	1272100	1274643	D	Function: glucosidase II is an ER heterodimeric enzyme that cleaves sequentially the two innermost alpha-1,3-linked glucose residues from N-linked oligosaccharides on nascent glycoproteins.; Function: this processing allows the binding and release of monoglucosylated (Glc(1)Man(9)GlcNAc(2)) glycoproteins with calnexin and calreticulin, the lectin-like chaperones of the endoplasmic reticulum.; Similarity: family 31 comprises of enzymes that are,or similar to, alpha- galactosidases.; Title: strong similarity to glucosidase II alpha subunit AAF66685.1 - Homo sapiens; See PMID 10929008; uncharacterized protein	1272100..1274643	Aspergillus niger	4990127
An18g05630	CDS	An18g05630	NT_166533.1	1275100	1276355	R	Similarity: ribosomal S2 proteins have been shown to belong to a family that includes 40S ribosomal subunit 40kD proteins, putative laminin-binding proteins, NAB-1 protein and 29. 3Kd protein from Haloarcula marismortui.; Title: similarity to mitochondrial ribosomal protein of the small subunit S2 Mrp4 - Saccharomyces cerevisiae; See PMID 1531984; mitochondrial 37S ribosomal protein uS2m	complement(join(1275100..1275986,1276062..1276259,1276328..1276355))	Aspergillus niger	4990128
An18g05640	CDS	An18g05640	NT_166533.1	1278113	1278768	R	Similarity: shows also similarity to probable nitrogen starvation-induced glutamine rich protein of C. gloeosporioides.; Title: strong similarity to hypothetical mold-specific protein MS8 - Ajellomyces capsulatus; uncharacterized protein	complement(join(1278113..1278413,1278473..1278768))	Aspergillus niger	4990129
An18g05650	CDS	An18g05650	NT_166533.1	1281331	1284301	D	Function: drosophila protein is important in the structural and functional integrity of the sperm tail.; Similarity: similarity only partial.; Title: similarity to sperm tail-specific protein mst101 - Drosophila hydei; See PMID 7957199; uncharacterized protein	join(1281331..1281577,1281651..1281873,1282011..1282124,1282282..1282492,1282603..1282686,1282817..1284301)	Aspergillus niger	10098278
An18g05660	CDS	An18g05660	NT_166533.1	1284797	1285380	R	hypothetical protein	complement(join(1284797..1284824,1284965..1285380))	Aspergillus niger	4990131
An18g05670	CDS	An18g05670	NT_166533.1	1286667	1287556	R	Function: NADH:ubiquinone oxidoreductase (complex I) of the respiratory chain from the inner mitochondrial membrane of S. tuberosum.; Title: strong similarity to 23 kD subunit of NADH:ubiquinone reductase - Bos taurus; localisation:mitochondrion; uncharacterized protein	complement(join(1286667..1286797,1286857..1287122,1287279..1287556))	Aspergillus niger	4990132
An18g05680	CDS	An18g05680	NT_166533.1	1287927	1288792	D	Function: the acyl-carrier protein ACP of Neurospora crassa is a subunit of NADH:ubiquinone reductase (complex I), but is also discussed to be involved in fatty acid biosynthesis as known for other soluble acyl-carrier proteins.; Phenotype: the loss of the acp-1 gene in N. crassa causes two biochemical lesions; firstly, the peripheral part of complex I is not assembled, and the membrane part is not properly assembled. Secondly, the lysophospholipid content of mitochondrial membranes is increased four-fold. In S. cerevisiae, the loss of ACP1 leads to a pleiotropic respiratory deficient phenotype.; Similarity: the predicted ORF 38 amino acids longer at the C-terminus than the N. crassa protein.; Title: strong similarity to 9.6 kD subunit of NADH:ubiquinone reductase ACP - Neurospora crassa; localisation:mitochondrion; See PMID 9175861; See PMID 1397269; uncharacterized protein	join(1287927..1288145,1288250..1288267,1288357..1288437,1288501..1288549,1288632..1288792)	Aspergillus niger	4990133
An18g05690	CDS	An18g05690	NT_166533.1	1289898	1291198	D	Title: strong similarity to hypothetical protein YDR372c - Saccharomyces cerevisiae; uncharacterized protein	join(1289898..1290167,1290255..1290501,1290598..1291091,1291148..1291198)	Aspergillus niger	4990134
An18g05700	CDS	An18g05700	NT_166533.1	1292293	1295392	R	Similarity: only partial similarities found.; Title: strong similarity to hypothetical protein CAD70818.1 - Neurospora crassa; uncharacterized protein	complement(join(1292293..1292342,1292656..1293733,1294042..1294099,1294131..1295392))	Aspergillus niger	4990135
An18g05710	CDS	An18g05710	NT_166533.1	1296665	1297806	D	hypothetical protein	join(1296665..1296933,1296984..1297806)	Aspergillus niger	4990136
An18g05715	CDS	An18g05715	NT_166533.1	1297827	1298133	R	hypothetical protein	complement(join(1297827..1297838,1297960..1298133))	Aspergillus niger	84593746
An18g05720	CDS	An18g05720	NT_166533.1	1298396	1300122	D	Title: strong similarity to hypothetical protein YBR214w - Saccharomyces cerevisiae; uncharacterized protein	join(1298396..1298776,1298834..1299303,1299352..1299469,1299514..1299692,1299744..1300122)	Aspergillus niger	4990138
An18g05730	CDS	An18g05730	NT_166533.1	1304012	1305344	R	Similarity: blast hits result from repetitive sequences.; hypothetical protein	complement(join(1304012..1305215,1305277..1305344))	Aspergillus niger	4990139
An18g05740	CDS	An18g05740	NT_166533.1	1308190	1310651	R	Function: it binds directly to activated, GTP bound Arf proteins.; Function: it can alter membrane transport through the trans-Golgi.; Golgi; Localization: human protein localizes to the trans-Golgi network.; Title: similarity to ARF binding protein GGA2 - Homo sapiens; See PMID 10749927; uncharacterized protein	complement(join(1308190..1308390,1308479..1308988,1309105..1309461,1309523..1309795,1309855..1310148,1310242..1310317,1310388..1310475,1310585..1310651))	Aspergillus niger	4990140
An18g05750	CDS	An18g05750	NT_166533.1	1311009	1312294	D	Title: similarity to hypothetical protein YOR006c -Saccharomyces cerevisiae; uncharacterized protein	join(1311009..1311262,1311344..1311480,1311549..1312294)	Aspergillus niger	4990141
An18g05760	CDS	An18g05760	NT_166533.1	1312727	1314463	R	Title: strong similarity to hypothetical protein SPCC1840.04 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1312727..1312737,1312834..1313442,1313494..1313880,1313944..1313992,1314069..1314231,1314357..1314463))	Aspergillus niger	4990142
An18g05770	CDS	An18g05770	NT_166533.1	1315377	1317685	R	Function: studies with S. cerevisiae conditional mutants revealed that Cct7 is required for assembly of microtubules and actin in vivo.; Title: strong similarity to component of chaperonin-containing T-complex Cct7 - Saccharomyces cerevisiae; cytoplasm; See PMID 8771707; uncharacterized protein	complement(join(1315377..1315489,1315584..1316245,1316313..1316685,1316740..1317076,1317186..1317352,1317442..1317685))	Aspergillus niger	4990143
An18g05780	CDS	An18g05780	NT_166533.1	1320477	1322284	D	Title: similarity to lanthionine synthase C-like protein 1 LANCL1 - Homo sapiens; See PMID 9512664; See PMID 10944443; uncharacterized protein	join(1320477..1320672,1320709..1321321,1321391..1321404,1321464..1322284)	Aspergillus niger	4990144
An18g05790	CDS	An18g05790	NT_166533.1	1322531	1323340	R	hypothetical protein	complement(1322531..1323340)	Aspergillus niger	4990145
An18g05800	CDS	An18g05800	NT_166533.1	1324236	1326719	D	Similarity: shows only similarity to the N-terminal aminoacids 140-280 of the human TIL4 protein.; Title: weak similarity to Toll/interleukin-1 receptor-like protein TIL4 - Homo sapiens; uncharacterized protein	1324236..1326719	Aspergillus niger	4990146
An18g05810	CDS	An18g05810	NT_166533.1	1327265	1328260	R	Title: strong similarity to cytoplasmic ribosomal protein of the small subunit S26 - Homo sapiens; cytoplasm; See PMID 7945460; See PMID 8706699; 40S ribosomal protein eS26	complement(join(1327265..1327370,1327457..1327559,1327840..1327967,1328238..1328260))	Aspergillus niger	4990147
An18g05820	CDS	An18g05820	NT_166533.1	1329253	1331351	D	Title: strong similarity to hypothetical protein SPAC24C9.05c - Schizosaccharomyces pombe; uncharacterized protein	join(1329253..1329303,1329461..1330334,1330395..1330489,1330542..1331351)	Aspergillus niger	4990148
An18g05830	CDS	An18g05830	NT_166533.1	1332440	1336157	D	Function: the S. cerevisiae homolog is required for nuclear protein import and mediates docking of import substrate to distinct nucleoporins.; Function: the S. cerevisiae homolog plays a role in protein secretion.; Title: strong similarity to protein secretion enhancer Pse-1 - Saccharomyces cerevisiae; uncharacterized protein	join(1332440..1332622,1332812..1333034,1333098..1333273,1333340..1333771,1333825..1335890,1335950..1336157)	Aspergillus niger	4990149
An18g05840	CDS	An18g05840	NT_166533.1	1336534	1337973	R	Title: similarity to alcohol-acetaldehyde dehydrogenase adhE - Lactococcus lactis; See PMID 9620952; uncharacterized protein	complement(join(1336534..1336917,1337007..1337555,1337629..1337973))	Aspergillus niger	4990150
An18g05850	CDS	An18g05850	NT_166533.1	1338420	1340123	R	Title: strong similarity to hypothetical protein SPAC30C2.08 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1338420..1338575,1338629..1338814,1338863..1339076,1339126..1339295,1339342..1339620,1339667..1339691,1339753..1339834,1339904..1340123))	Aspergillus niger	4990151
An18g05860	CDS	An18g05860	NT_166533.1	1340628	1341387	D	Function: the A. alternata homologue plays an important role in the elongation step of protein synthesis. Subunit: p1 and p2 exist as dimers at the large ribosomal subunit.; Similarity: the A. alternata homologue belongs to the l12p family of ribosomal proteins.; Title: strong similarity to cytoplasmic acidic ribosomal protein p1 - Alternaria alternata; cytoplasm; ribosomal protein P1	join(1340628..1340696,1340911..1340988,1341122..1341254,1341341..1341387)	Aspergillus niger	4990152
An18g05870	CDS	An18g05870	NT_166533.1	1342192	1343402	R	Title: strong similarity to hypothetical membrane protein YOL092w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1342192..1342338,1342398..1342456,1342517..1342566,1342624..1343231,1343292..1343402))	Aspergillus niger	4990153
An18g05880	CDS	An18g05880	NT_166533.1	1344285	1346498	R	Function: Nulp1 from M. musculus may have a distinct role in embryonic development of many organs, including the adult brain.; Title: similarity to nucleolar protein Nulp1 - Mus musculus; nucleus; See PMID 12107429; uncharacterized protein	complement(join(1344285..1345848,1345954..1346498))	Aspergillus niger	4990154
An18g05890	CDS	An18g05890	NT_166533.1	1346931	1348853	D	Catalytic activity: [Pyruvate dehydrogenase (lipoamide)] phosphate + H2O = [Pyruvate dehydrogenase (lipoamide)] + Orthophosphate.; Title: similarity to pyruvate dehydrogenase phosphatase isoenzyme 1 PDP1 - Rattus norvegicus; localisation:mitochondrion; See PMID 9651365; uncharacterized protein	join(1346931..1347607,1347669..1348688,1348742..1348853)	Aspergillus niger	4990155
An18g05900	CDS	An18g05900	NT_166533.1	1349588	1350610	R	Function: Cox18p of S. cerevisiae is a new member of a group of mitochondrial proteins that function at a late stage of the cytochrome c oxidase assembly pathway.; Remark: the systematic genename of S. cerevisiae COX18 is YGR062C.; Title: similarity to assembly factor of cytochrome c oxidase Cox18 - Saccharomyces cerevisiae; See PMID 10809734; uncharacterized protein	complement(1349588..1350610)	Aspergillus niger	4990156
An18g05910	CDS	An18g05910	NT_166533.1	1351009	1352754	D	Title: strong similarity to hypothetical glycosyl transferase SPCC330.08 - Schizosaccharomyces pombe; uncharacterized protein	join(1351009..1351343,1351398..1351533,1351588..1352754)	Aspergillus niger	4990157
An18g05920	CDS	An18g05920	NT_166533.1	1354043	1356411	R	Function: Crz1p in S. cerevisiae induces genes confering tolerance to high Ca2+, Mn2+, Na+, and cell wall damage.; Induction: Crz1p in S. cerevisiae is activated by the Ca2+/calmodulin binding protein phosphatase calcineurin.; Remark: CRZ1 of S. cerevisiae is also called TCN1.; Remark: the systematic name of CRZ1 from S. cerevisiae is YNL027w.; Similarity: shows strong similarity to Crz1p around the zinc-finger region and weak similarity in the glutamine-rich N-terminal region.; Title: similarity to calcineurin responsive zinc-finger transcription factor Crz1 - Saccharomyces cerevisiae; See PMID 9407035; See PMID 9407036; uncharacterized protein	complement(join(1354043..1355046,1355112..1356411))	Aspergillus niger	4990158
An18g05930	CDS	An18g05930	NT_166533.1	1357362	1357945	D	Title: questionable ORF; uncharacterized protein	join(1357362..1357629,1357908..1357945)	Aspergillus niger	4990159
An18g05940	CDS	An18g05940	NT_166533.1	1359623	1360746	R	Catalytic activity: arabinogalactan endo-1,4-beta-galactosidase catalyzes the endohydrolysis of 1,4-beta-D-galactosidic linkages in arabinogalactans.; Pathway: beta-1,4-galactanase of A. aculeatus degrades unsubstituted galactan to galactose and galactobiose.; Remark: arabinogalactan endo-1,4-beta-galactosidase of A. aculeatus is also called beta-1,4-galactanase.; Similarity: nearly identical to galA of Aspergillus tubingensis, but the experimental evidence is not accessible via PubMed.; Title: strong similarity to arabinogalactan endo-1,4-beta-galactosidase gal1 - Aspergillus aculeatus; See PMID 7788716; See PMID 8520117; See PMID 10089338; uncharacterized protein	complement(join(1359623..1360351,1360423..1360746))	Aspergillus niger	4990160
An18g05950	CDS	An18g05950	NT_166533.1	1361004	1361512	R	hypothetical protein	complement(join(1361004..1361264,1361369..1361512))	Aspergillus niger	84593747
An18g05960	CDS	An18g05960	NT_166533.1	1362172	1365532	R	Function: ssp1 of S. pombe is involved in the regulation of cortical actin redistribution during the change from monopolar to bipolar growth.; Title: strong similarity to serine/threonine-specific protein kinase ssp1p -Schizosaccharomyces pombe; cytoplasm; See PMID 7628434; uncharacterized protein	complement(join(1362172..1365136,1365222..1365532))	Aspergillus niger	4990162
An18g05970	CDS	An18g05970	NT_166533.1	1367301	1368533	R	Title: strong similarity to EST an_1522 -Aspergillus niger; uncharacterized protein	complement(join(1367301..1367348,1367456..1367533,1367598..1367601,1367662..1367679,1367818..1367831,1367987..1368040,1368342..1368533))	Aspergillus niger	84593748
An18g05980	CDS	An18g05980	NT_166533.1	1368872	1369811	R	Function: GTP-bound Rho1p of S. pombe binds to the amino-terminal HR-1 motifs of the protein kinase C homologs Pkc1p and Pkc2p thereby stabilizing the kinases.; Function: Rho1 is involved in actin patch localization, maintenance of cell polarity, the regulation of septation, and cell wall synthesis.; Localization: Rho1p of S. pombe is located to the peripheral membrane at the growing tips during interphase and at the septum prior to cytokinesis.; Pathway: Rho1p of S. pombe is involved in the activation of (1-3)beta-D-glucan synthase which is a key enzyme for cell wall growth.; Title: strong similarity to GTP-binding protein rho1p - Schizosaccharomyces pombe; See PMID 9372443; See PMID 9491802; See PMID 10504305; See PMID 7698654; uncharacterized protein	complement(join(1368872..1369024,1369087..1369221,1369305..1369502,1369637..1369664,1369744..1369811))	Aspergillus niger	4990164
An18g05990	CDS	An18g05990	NT_166533.1	1369880	1370457	D	Similarity: the Gly/Arg/Glu-rich domain in the N-terminal half of the ORF shares homology with a similar domain of the 70K U1 small nuclear ribonucleoprotein of Drosophila melanogaster.; Title: weak similarity to hypothetical protein SC4G6.36 - Streptomyces coelicolor; uncharacterized protein	join(1369880..1369948,1370029..1370078,1370229..1370457)	Aspergillus niger	84593749
An18g06000	CDS	An18g06000	NT_166533.1	1372715	1373263	D	hypothetical protein	join(1372715..1372827,1372918..1373105,1373184..1373263)	Aspergillus niger	84593750
An18g06010	CDS	An18g06010	NT_166533.1	1374472	1375588	D	Remark: mitochondrial ribosomal proteins (MRPs) are the counterparts in that organelle of the cytoplasmic ribosomal proteins in the host. Although the MRPs fulfil similar functions in protein biosynthesis, they are distinct in number, features and primary structures from the latter. Most progress in the eludication of the properties of individual MRPs, and in the characterization of the corresponding genes, has been made in baker's yeast (S. cerevisiae).; Title: similarity to ribosomal protein of the large subunit Yml40 - Saccharomyces cerevisiae; See PMID 9151978; See PMID 9445368; See PMID 2060626; mitochondrial 54S ribosomal protein uL24m	join(1374472..1374888,1374953..1375588)	Aspergillus niger	4990167
An18g06020	CDS	An18g06020	NT_166533.1	1376080	1377680	D	Remark: strong similarity to EST an_1617 from Aspergillus niger.; Title: strong similarity to hypothetical protein YNL206c - Saccharomyces cerevisiae; uncharacterized protein	join(1376080..1376185,1376283..1376615,1376681..1377037,1377100..1377680)	Aspergillus niger	4990168
An18g06030	CDS	An18g06030	NT_166533.1	1378059	1379361	D	hypothetical protein	join(1378059..1378181,1378317..1378532,1378663..1378705,1379080..1379137,1379259..1379361)	Aspergillus niger	84593751
An18g06040	CDS	An18g06040	NT_166533.1	1379867	1381438	R	Remark: only repetitiv sequences are matching.; Title: weak similarity to hypothetical protein W02H5.e - Caenorhabditis elegans; uncharacterized protein	complement(join(1379867..1379984,1380303..1380346,1380506..1380541,1380642..1380738,1380821..1380953,1381097..1381207,1381309..1381438))	Aspergillus niger	84593752
An18g06050	CDS	An18g06050	NT_166533.1	1381588	1383601	D	Remark: subcellular fractionation experiments demonstrate that Cki1 and Cki2 are both cytoplasmic enzymes that do not overlap in subcellular distribution and that probably play distinct roles within the cell.; Similarity: belongs to the protein kinase family.; Title: strong similarity to casein kinase i homolog cki1p - Schizosaccharomyces pombe; See PMID 8163505; uncharacterized protein	join(1381588..1381716,1381772..1381841,1381901..1382049,1382106..1382511,1382573..1383149,1383229..1383601)	Aspergillus niger	4990171
An18g06060	CDS	An18g06060	NT_166533.1	1384154	1385940	R	Title: similarity to EST an_1045 - Aspergillus niger; uncharacterized protein	complement(join(1384154..1384448,1384822..1384853,1384946..1385030,1385581..1385712,1385822..1385940))	Aspergillus niger	84593753
An18g06070	CDS	An18g06070	NT_166533.1	1387201	1388107	R	Title: questionable ORF; uncharacterized protein	complement(join(1387201..1387412,1388047..1388107))	Aspergillus niger	84593754
An18g06080	CDS	An18g06080	NT_166533.1	1388651	1390462	R	hypothetical protein	complement(join(1388651..1388871,1388972..1389063,1389114..1389301,1389381..1389532,1389649..1389796,1389836..1389901,1390006..1390098,1390180..1390246,1390332..1390462))	Aspergillus niger	84593755
An18g06085	CDS	An18g06085	NT_166533.1	1390798	1391286	D	hypothetical protein	join(1390798..1390974,1391044..1391286)	Aspergillus niger	84593756
An18g06090	CDS	An18g06090	NT_166533.1	1391305	1391673	R	Title: similarity to EST an_3223 - Aspergillus niger; uncharacterized protein	complement(join(1391305..1391337,1391423..1391479,1391548..1391673))	Aspergillus niger	84593757
An18g06100	CDS	An18g06100	NT_166533.1	1391864	1394029	R	Title: weak similarity to hypothetical protein AAG28022.1 - Theileria parva; uncharacterized protein	complement(join(1391864..1392056,1392158..1392252,1392328..1392410,1392927..1393020,1393106..1393222,1393317..1393412,1393547..1393674,1393758..1393838,1393999..1394029))	Aspergillus niger	84593758
An18g06110	CDS	An18g06110	NT_166533.1	1394218	1395321	D	Title: strong similarity to hypothetical related a-agglutinin core protein AGA1 - Neurospora crassa; uncharacterized protein	1394218..1395321	Aspergillus niger	4990178
An18g06115	CDS	An18g06115	NT_166533.1	1395638	1395862	D	hypothetical protein	1395638..1395862	Aspergillus niger	84593759
An18g06120	CDS	An18g06120	NT_166533.1	1396460	1398333	R	Remark: strong similarity to cDNA encoding human secreted protein vc33_1, SEQ ID NO:41 patent WO200011015-A1.; Title: strong similarity to secreted protein vc33_1 from patent WO200011015-A1 - Homo sapiens; uncharacterized protein	complement(join(1396460..1397130,1397266..1397338,1397389..1397727,1397783..1397882,1397982..1398094,1398175..1398333))	Aspergillus niger	4990180
An18g06130	CDS	An18g06130	NT_166533.1	1399163	1399586	R	Title: weak similarity to small subunit mitochondrial ribosomal protein Ymr31 - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1399163..1399446,1399511..1399586))	Aspergillus niger	4990181
An18g06140	CDS	An18g06140	NT_166533.1	1399644	1399984	D	hypothetical protein	join(1399644..1399733,1399793..1399984)	Aspergillus niger	84593760
An18g06150	CDS	An18g06150	NT_166533.1	1400125	1400637	R	hypothetical protein	complement(join(1400125..1400433,1400551..1400637))	Aspergillus niger	84593761
An18g06160	CDS	An18g06160	NT_166533.1	1401211	1402110	D	Function: SRB5 transcription factor that has an important role in basal and activated transcription in vitro and is essential for efficient establishment of the transcription initiation apparatus. The SRB-TBP complex binds specifically to the c-terminal domain of RNA polymerase II (ctd) in forming the transcription initiation complex. SRB2 and SRB5 are found to bind directly to TBP and are, thus, integral components of the preinitiation complex.; Title: similarity to RNA polymerase II suppressor protein Srb5 - Saccharomyces cerevisiae; uncharacterized protein	join(1401211..1401704,1401789..1402110)	Aspergillus niger	4990184
An18g06170	CDS	An18g06170	NT_166533.1	1402548	1404903	D	Catalytic activity: ATP + 5'-dephospho-DNA = ADP + 5'-phospho-DNA.; Remark: mammalian polynucleotide kinases catalyze the 5'-phosphorylation of nucleic acids and can have associated 3'-phosphatase activity, predictive of an important function in DNA repair following ionizing radiation or oxidative damage.; Title: strong similarity to polynucleotide kinase-3-phosphatase PNKP - Homo sapiens; See PMID 10446192; uncharacterized protein	join(1402548..1402641,1402702..1402859,1402941..1403053,1403131..1403436,1403494..1403621,1403698..1403837,1404004..1404085,1404317..1404462,1404739..1404903)	Aspergillus niger	4990185
An18g06180	CDS	An18g06180	NT_166533.1	1405804	1406344	D	hypothetical protein	join(1405804..1406175,1406267..1406344)	Aspergillus niger	84593762
An18g06190	CDS	An18g06190	NT_166533.1	1406405	1407968	R	Remark: only prolin and serin are matching in the corresponding proteins.; Title: weak similarity to hypothetical proteophosphoglycan ppg3 - Leishmania major; uncharacterized protein	complement(join(1406405..1407609,1407719..1407968))	Aspergillus niger	4990187
An18g06200	CDS	An18g06200	NT_166533.1	1408084	1410941	D	hypothetical protein	join(1408084..1408235,1408321..1408402,1408556..1408930,1409455..1409667,1409831..1410087,1410231..1410353,1410508..1410672,1410842..1410941)	Aspergillus niger	84593763
An18g06210	CDS	An18g06210	NT_166533.1	1411417	1412667	D	Catalytic activity: N2-acetyl-L-ornithine + H2O = acetate + L-ornithine.; Pathway: urea cycle and metabolism of amino groups.; Remark: the E. coli argE-encoded N-acetyl-L-ornithine deacetylase has a relatively broad substrate specificity with a number of alpha-N-acyl-L-amino acids exhibiting activity, including both alpha-N-acetyl-and alpha-N-formylmethionine that exhibit higher activity than alpha-N-acetyl-L-ornithine.; Title: strong similarity to acetylornithine deacetylase argE - Escherichia coli; See PMID 10684608; uncharacterized protein	1411417..1412667	Aspergillus niger	4990189
An18g06220	CDS	An18g06220	NT_166533.1	1413137	1415274	R	Catalytic activity: hydrolysis of the terminal 1,2-linked alpha-D-mannose residues in the oligo-mannose oligosaccharide Man9(GlcNAc)2.; Pathway: glycoprotein biosynthesis.; Remark: MNS1 is the structural gene for the specific alpha-mannosidase and its activity is not essential for viability.; Similarity: belongs to the hydrolase family 47.; Title: strong similarity to alpha-mannosidase Mns1 -Saccharomyces cerevisiae; See PMID 1714453; uncharacterized protein	complement(join(1413137..1413403,1413506..1413680,1413774..1414182,1414238..1414882,1414959..1415274))	Aspergillus niger	4990190
An18g06230	CDS	An18g06230	NT_166533.1	1416525	1417934	R	Similarity: belongs to the ATPases of the AAA+ class.; Title: strong similarity to proteasome 19S regulatory particle subunit Rpt4 - Saccharomyces cerevisiae; See PMID 10464306; uncharacterized protein	complement(join(1416525..1416645,1416711..1417167,1417229..1417615,1417718..1417934))	Aspergillus niger	4990191
An18g06240	CDS	An18g06240	NT_166533.1	1418229	1419496	R	Title: weak similarity to EST SEQ ID NO:4252 from patent WO200056762-A2 - Aspergillus niger; uncharacterized protein	complement(join(1418229..1418382,1418545..1418667,1418691..1418883,1418983..1419087,1419130..1419181,1419295..1419369,1419443..1419496))	Aspergillus niger	84593764
An18g06250	CDS	An18g06250	NT_166533.1	1419553	1421147	D	Catalytic activity: 2-phospho-D-glycerate = phosphoenolpyruvate + H2O; 3-phospho-D-erythronate = phosphoenol-4-deoxy-3-tetrulosonate + H2O.; Pathway: glycolysis / gluconeogenesis; phenylalanine, tyrosine and tryptophan biosynthesis.; Remark: enolase, a glycolytic enzyme that catalyzes the dehydration of 2-phospho-d-glycerate (PGA) to form phosphoenolpyruvate (PEP), is a homodimer in all eukaryotes and many prokaryotes.; Similarity: belongs to the enolase family.; Title: strong similarity to phosphopyruvate hydratase ENO1 - Candida albicans; See PMID 8478328; See PMID 1400228; uncharacterized protein	join(1419553..1419676,1419752..1419808,1419886..1420225,1420289..1420729,1420793..1421147)	Aspergillus niger	4990193
An18g06260	CDS	An18g06260	NT_166533.1	1421636	1422686	D	Remark: eukaryotic translation initiation factor 3 (eIF3) is a large multisubunit complex that plays a central role in the initiation of translation. It binds to 40 S ribosomal subunits resulting in dissociation of 80 S ribosomes, stabilizes initiator methionyl-tRNA binding to 40 S subunits, and is required for mRNA binding. eIF3 has an aggregate molecular mass of approximately 600 kDa and comprises at least 10 subunits.; Title: similarity to eukaryotic translation initiation factor eIF3 subunit p35 - Homo sapiens; See PMID 9822659; uncharacterized protein	join(1421636..1421654,1421757..1421830,1421979..1422686)	Aspergillus niger	4990194
An18g06270	CDS	An18g06270	NT_166533.1	1423686	1425111	R	Function: over-expression of artA in A. nidulans causes a severe delay in the polarization of conidiospores.; Title: strong similarity to 14-3-3 protein homolog artA - Aspergillus nidulans; See PMID 12023078; uncharacterized protein	complement(join(1423686..1424042,1424099..1424186,1424268..1424542,1424632..1424643,1424705..1424724,1424787..1424833,1424901..1424908,1425100..1425111))	Aspergillus niger	4990195
An18g06280	CDS	An18g06280	NT_166533.1	1425414	1427510	R	hypothetical protein	complement(join(1425414..1425523,1425767..1425915,1426153..1426206,1426319..1426452,1426493..1426547,1426960..1427154,1427449..1427510))	Aspergillus niger	84593765
An18g06290	CDS	An18g06290	NT_166533.1	1427616	1430901	D	Similarity: A. niger EST EMBLEST:BE760558 covers part of exon 4, confirms the structure of exon5, and contains part of the putative 3'UTR of the gene.; Similarity: interestingly, the predicted ORF, as well as nca-1 of N. crassa, show much stronger similarity to these animal-type Ca2+ pumps than to the plant or yeast homologues (as e. g. S. cerevisiae ENA5).; Similarity: the predicted ORF is about 75% identical to the N. crassa nca-1; the function of this enzyme is poorly characterized.; Similarity: the predicted ORF shows very strong similarity to a panoply of animal P-type sarco-endoplasmic reticulum Ca2+ ATPases, all required to sequester Ca2+ from the cytoplasm into the ER, thus providing the intracellular Calcium dynamic homeostasis required for most cellular physiological responses in a variety of biological processes.; Title: strong similarity to calcium P-type ATPase nca-1 - Neurospora crassa; See PMID 10712689; See PMID 11302372; See PMID 11389677; See PMID 1384045; uncharacterized protein	join(1427616..1427733,1427802..1427959,1428032..1430347,1430409..1430731,1430790..1430901)	Aspergillus niger	4990197
An18g06300	CDS	An18g06300	NT_166533.1	1431374	1432027	R	hypothetical protein	complement(join(1431374..1431634,1431733..1431834,1431923..1432027))	Aspergillus niger	84593766
An18g06310	CDS	An18g06310	NT_166533.1	1432163	1433990	D	Function: fucP in E. coli is the L-fucose (6-deoxy-L-galactose) - H+ symporter required for import of L-fucose from the extracellular environment.; Similarity: within the large superfamily of Major Facilitators, the FucP protein of E. coli, together with few similar bacterial proteins, constitute a peculiar small subgroup of transport proteins, displaying few structural similarity to other transporters.; Title: strong similarity to L-fucose permease fucP -Escherichia coli; plasma membrane; See PMID 8052131; See PMID 2553671; See PMID 2664711; uncharacterized protein	join(1432163..1432297,1432359..1432459,1432516..1432733,1432817..1433161,1433236..1433466,1433578..1433990)	Aspergillus niger	4990199
An18g06320	CDS	An18g06320	NT_166533.1	1434932	1437590	R	Function: MARKs phosphorilate and modulate tau, MAP2 and MAP4, major regulators of microtubule polymerization and organization within the cell.; Similarity: in particular it shows a strong similarity to MARK-1 and -2 of different mammals.; Similarity: the predicted ORF shows strong similarity and the typical domains of several known and putative protein Ser/Thr kinases.; Title: strong similarity to serine/threonine kinase MARK2 - Rattus norvegicus; See PMID 9108484; See PMID 10737602; uncharacterized protein	complement(join(1434932..1437177,1437235..1437382,1437444..1437590))	Aspergillus niger	4990200
An18g06330	CDS	An18g06330	NT_166533.1	1437610	1438776	D	Title: questionable ORF; uncharacterized protein	join(1437610..1437641,1437800..1438000,1438089..1438143,1438311..1438375,1438450..1438488,1438632..1438776)	Aspergillus niger	84593767
An18g06340	CDS	An18g06340	NT_166533.1	1440253	1441713	R	Catalytic activity: 2 Geranylgeranyl diphosphate = Pyrophosphate + Prephytoene diphosphate.; Function: the R. norvegicus protein geranylgeranyltransferase type-I (GGTase-I) transfers a geranylgeranyl group to the cysteine residue of candidate proteins containing a carboxyl-terminal CAAX (C, cysteine; A, aliphatic amino acid; X, any amino acid) motif in which the 'X' residue is leucine.; Remark: the co-expression of the GGTase-I beta subunit cDNA from R. norvegicus together with the alpha subunit of protein farnesyltransferase in E. coli produced recombinant GGTase-I with electrophoretic and enzymatic properties indistinguishable from native GGTase-I.; Title: strong similarity to geranylgeranyl diphosphate geranylgeranyltransferase I beta chain GGTase-I - Rattus norvegicus; See PMID 8106351; uncharacterized protein	complement(join(1440253..1440312,1440545..1440628,1440794..1440936,1441002..1441047,1441117..1441713))	Aspergillus niger	4990202
An18g06350	CDS	An18g06350	NT_166533.1	1442164	1442911	D	hypothetical protein	join(1442164..1442301,1442381..1442855,1442895..1442911)	Aspergillus niger	4990203
An18g06360	CDS	An18g06360	NT_166533.1	1443253	1444027	R	Induction: CSA1 from C. albicans is preferentially expressed during the mycelial growth phase, although a low level of CSA1 mRNA can be detected in the yeast form.; Localization: Csa1 from C. albicans is not randomly distributed over the surface of yeast cells, but localizes predominantly in the growing buds.; Similarity: the ORF also shows strong similarity to the EST an_2742 from Aspergillus niger.; Title: similarity to mycelial surface antigen Csa1 -Candida albicans; plasma membrane; See PMID 10652105; uncharacterized protein	complement(join(1443253..1443629,1443740..1443872,1443941..1444027))	Aspergillus niger	4990204
An18g06370	CDS	An18g06370	NT_166533.1	1444655	1447943	D	Function: Hol1 from S. cerevisiae is a member of the major facilitator transporter family.; Phenotype: mutations in the hol1 gene of S. cerevisiae permit growth of histidine auxotrophs cells on histidinol, the biosynthetic precursor to histidine, by enhancing the ability of cells to take up histidinol from the medium.; Remark: the synonym for Hol1 from S. cerevisiae is YNR055c.; Title: strong similarity to multidrug resistance protein Hol1 - Saccharomyces cerevisiae; See PMID 2405251; See PMID 8955402; uncharacterized protein	join(1444655..1444992,1445639..1445702,1445970..1446040,1446096..1446240,1446288..1446698,1446755..1447246,1447301..1447709,1447867..1447943)	Aspergillus niger	4990205
An18g06380	CDS	An18g06380	NT_166533.1	1448628	1449466	R	Similarity: the ORF is much shorter than FmtB of S. aureus (246 compared to 1795 amino acids); the alignment between these two proteins encompasses only about 80 amino acids.; Title: weak similarity to protein involved in methicillin resistance FmtB - Staphylococcus aureus; See PMID 10896508; uncharacterized protein	complement(join(1448628..1448681,1448780..1449466))	Aspergillus niger	4990206
An18g06390	CDS	An18g06390	NT_166533.1	1450558	1453473	D	Similarity: the similarities to lower scored matches are mainly based on repetetive structures.; Title: strong similarity to hypothetical conserved protein encoded by B2F7.170 - Neurospora crassa; uncharacterized protein	join(1450558..1450639,1450818..1450922,1451014..1452324,1452380..1453473)	Aspergillus niger	4990207
An18g06400	CDS	An18g06400	NT_166533.1	1454319	1455797	D	Title: weak similarity to protein-tyrosine phosphatase ptp - Clostridium perfringens; uncharacterized protein	join(1454319..1454437,1454504..1454540,1454649..1454763,1454816..1455059,1455130..1455511,1455744..1455797)	Aspergillus niger	4990208
An18g06410	CDS	An18g06410	NT_166533.1	1456109	1457188	R	Title: strong similarity to hypothetical conserved protein encoded by B2F7.030 - Neurospora crassa; uncharacterized protein	complement(join(1456109..1456323,1456382..1456587,1456646..1456915,1456987..1457068,1457134..1457188))	Aspergillus niger	4990209
An18g06420	CDS	An18g06420	NT_166533.1	1457402	1458067	R	hypothetical protein	complement(join(1457402..1457554,1457637..1457750,1457823..1457907,1458003..1458067))	Aspergillus niger	84593768
An18g06430	CDS	An18g06430	NT_166533.1	1458373	1459308	R	Similarity: the similarities are mainly based on repetetive structures.; Title: weak similarity to chorion gene s18 -Ceratitis capitata; uncharacterized protein	complement(1458373..1459308)	Aspergillus niger	4990211
An18g06440	CDS	An18g06440	NT_166533.1	1459530	1460051	R	Localization: Yip3 is selectively and efficiently packaged into COPII vesicles.; Remark: cytosolic coat proteins (COPII) direct the formation of transport vesicles.; Remark: the synonym for Yip3 from S. cerevisiae is YNL044w.; Title: strong similarity to COPII vesicle component Yip3 - Saccharomyces cerevisiae; intracellular transport vesicles; See PMID 11157978; uncharacterized protein	complement(1459530..1460051)	Aspergillus niger	4990212
An18g06450	CDS	An18g06450	NT_166533.1	1460226	1460728	D	Title: weak similarity to hypothetical protein L5515.05 - Leishmania major; uncharacterized protein	join(1460226..1460471,1460513..1460583,1460662..1460728)	Aspergillus niger	84593769
An18g06460	CDS	An18g06460	NT_166533.1	1460770	1461216	R	Title: weak similarity to calcium channel BI-2 -Oryctolagus cuniculus; uncharacterized protein	complement(join(1460770..1460840,1460929..1460975,1461032..1461216))	Aspergillus niger	84593770
An18g06470	CDS	An18g06470	NT_166533.1	1461451	1462799	D	Function: Mtj1 from M. musculus stimulates the ATPase activity of the Hsp70 family member BiP/GRP78 at stoichiometric concentrations.; Induction: Mtj1 from M. musculus is enriched in the nuclear and heavy microsome subcellular fractions of murine tumor cells.; Title: strong similarity to DnaJ-like protein MTJ1 -Mus musculus; See PMID 10777498; See PMID 7875597; uncharacterized protein	join(1461451..1461523,1461603..1461668,1461745..1462799)	Aspergillus niger	4990215
An18g06485	CDS	An18g06485	NT_166533.1	1463576	1464266	R	hypothetical protein	complement(join(1463576..1464084,1464227..1464266))	Aspergillus niger	10098280
An18g06490	CDS	An18g06490	NT_166533.1	1464589	1465422	D	Induction: heat shock applied on C. curvatus for 1 h resulted in a pronounced but transient increase of the SIS1 mRNA.; Remark: Cryptococcus curvatus = Apiotrichum curvatum.; Remark: separated by a sucrose gradient Sis1 from C. curvatus was found in fractions together with ribosomes and with Hsp70.; Title: similarity to ribosome-associated DnaJ protein Sis1 - Cryptococcus curvatus; cytoplasm; See PMID 9559550; uncharacterized protein	join(1464589..1464595,1464652..1464666,1464731..1464791,1464843..1465422)	Aspergillus niger	4990217
An18g06500	CDS	An18g06500	NT_166533.1	1465980	1467070	D	Catalytic activity: D-Mannose 1-phosphate = D-Mannose 6-phosphate.; Cofactor: D-Mannose 1,6-bisphosphate, D-Glucose 1,6-bisphosphate.; Function: Sec53 from S. cerevisiae is required for completion of assembly of proteins in the endoplasmic reticulum in yeast.; Function: Sec53 from S. cerevisiae is required for folding and glycosylation of secretory proteins in the lumen of the yeast endoplasmic reticulum.; Function: a sec53 mutant of S. cerevisiae is not defective in translocation, rather in assembly of the dolichol-oligosaccharide substrate needed for N-linked glycosylation.; Function: the secretory defect in phosphomannomutase sec53 cells of S. cerevisiae may be explained by a deficit in GDP-mannose production.; Localization: Sec53 protein from S. cerevisiae is associated with the cytoplasmic surface of the endoplasmic reticulum membrane.; Phenotype: precursors to exported proteins become firmly attached to the endoplasmic reticulum membrane and are not released into the lumen in a soluble form.; Remark: synonyms for Sec53 from S. cerevisiae are Alg4 and YFL045c.; Similarity: the ORF also shows strong similarity to the EST an_3165 from Aspergillus niger.; Title: strong similarity to phosphomannomutase Sec53 - Saccharomyces cerevisiae; endoplasmatic reticulum; See PMID 3046935; See PMID 3288631; See PMID 3298255; See PMID 3317409; uncharacterized protein	join(1465980..1466084,1466181..1466243,1466295..1466611,1466676..1466750,1466821..1467070)	Aspergillus niger	4990218
An18g06510	CDS	An18g06510	NT_166533.1	1468055	1472779	D	Phenotype: a rad5 mutant of A. thaliana is blocked at a step in the transformation process prior to T-DNA integration following the transformation by Agrobacterium tumefaciens.; Phenotype: the Arabidopsis rad5 mutant is phenotypically similar to mutants in the RAD52 epistasis group of S. cerevisiae, which are highly sensitive to ionizing radiation but not hypersensitive to UV light.; Title: strong similarity to DNA repair protein RAD5 - Arabidopsis thaliana; nucleus; See PMID 9805401; See PMID 8028582; uncharacterized protein	join(1468055..1468088,1468154..1468335,1468410..1471641,1471707..1472164,1472228..1472779)	Aspergillus niger	4990219
An18g06520	CDS	An18g06520	NT_166533.1	1473234	1480248	D	Function: Ecm29 from S. cerevisiae is involved in cell wall biogenesis and architecture.; Phenotype: the ecm29 mutant of S. cerevisiae is hypersensitive to calcofluor white and zymolyase but is resistant to hygromycin B.; Remark: the synonym for Ecm29 from S. cerevisiae is YHL030w.; Title: strong similarity to protein involved in cell wall biogenesis and architecture Ecm29 - Saccharomyces cerevisiae; See PMID 9335584; uncharacterized protein	join(1473234..1478141,1478218..1478439,1478602..1478635,1478684..1479102,1479220..1479389,1479483..1479655,1479787..1479851,1480039..1480248)	Aspergillus niger	4990220
An18g06530	CDS	An18g06530	NT_166533.1	1480529	1481469	R	Title: weak similarity to beta V spectrin BSPECV -Homo sapiens; uncharacterized protein	complement(join(1480529..1480675,1480726..1480830,1480948..1481008,1481134..1481208,1481420..1481469))	Aspergillus niger	84593771
An18g06540	CDS	An18g06540	NT_166533.1	1481630	1484372	D	putative frameshift; hypothetical protein	join(1481630..1481857,1481982..1482088,1482240..1482246,1482288..1482408,1482474..1483060,1483127..1483369,1483463..1483518,1483551..1483911,1483970..1484241,1484276..1484372)	Aspergillus niger	4990222
An18g06550	CDS	An18g06550	NT_166533.1	1484668	1485328	R	hypothetical protein	complement(join(1484668..1484807,1484843..1484987,1485082..1485189,1485296..1485328))	Aspergillus niger	84593772
An18g06560	CDS	An18g06560	NT_166533.1	1485371	1486615	D	Remark: C-terminal truncated ORF due to end of contig.; Title: strong similarity to putative signalling cascade component protein pro40 - Sordaria macrospora [truncated ORF]; uncharacterized protein	1485371..>1486615	Aspergillus niger	84593773
An18g06570	CDS	An18g06570	NT_166533.1	1486718	1488957	D	Remark: the ORF is N-terminally truncated due to the contig border.; Remark: the ORF shows strong similarity to the hypothetical membrane protein YGR266w from S. cerevisiae but no transmembrane domain was predicted for the ORF.; Title: strong similarity to hypothetical protein YGR266w - Saccharomyces cerevisiae [truncated ORF]; See PMID 9605509; uncharacterized protein	join(<1486718..1487694,1487747..1488353,1488418..1488957)	Aspergillus niger	4990225
An18g06580	CDS	An18g06580	NT_166533.1	1490286	1491580	R	Phenotype: in a Y. lipolytica lip2 knockout (KO) strain no extracellular lipase activity was detected.; Similarity: the A. niger EST an_2774 in EMBLEST:BE759847 overlaps with the ORF.; Similarity: the ORF has a local N-terminal strong similarity to the lip2 protein of Y. lipolytica (ending at amino acid 306 of the ORF).; Similarity: the predicted ORF shows similarity to esterases of various Aspergillus species and with different cellular functions.; Title: strong similarity to triacylglycerol lipase Lip2 - Yarrowia lipolytica; See PMID 10781549; uncharacterized protein	complement(join(1490286..1491257,1491311..1491580))	Aspergillus niger	4990226
An18g06590	CDS	An18g06590	NT_166533.1	1492042	1493321	R	Complex: biochemical analyses demonstrate that sop2 protein of S. pombe is present in a complex which also contains the actin-related protein, Arp3p.; Function: sop2 protein of S. pombe modulates profilin and is part of a complex implicated in the control of actin polymerization.; Localization: immunofluorescence studies reveal the presence of sop2 protein of S. pombe in punctate structures distributed throughout the cell, cables that extend the length of the cell, and a medial band in a small percentage of septating cells.; Phenotype: S. pombe sop2 mutant is defective for cell elongation and septation.; Title: strong similarity to Arp2/3 complex subunit sop2p - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1492042..1492082,1492141..1492381,1492452..1493038,1493099..1493321))	Aspergillus niger	4990227
An18g06600	CDS	An18g06600	NT_166533.1	1493809	1494399	D	Similarity: the ORF is C-terminally shorter than snRNP U2B'' of H. sapiens (47 amino acids).; Title: strong similarity to small nuclear ribonucleoprotein U2B snRNP U2B - Homo sapiens; See PMID 10648562; See PMID 2951739; uncharacterized protein	join(1493809..1494042,1494100..1494399)	Aspergillus niger	4990228
An18g06610	CDS	An18g06610	NT_166533.1	1494492	1495077	R	hypothetical protein	complement(join(1494492..1494688,1494765..1494861,1494928..1495077))	Aspergillus niger	4990229
An18g06620	CDS	An18g06620	NT_166533.1	1495375	1496677	R	Remark: unusual exon/intron structure for A. niger.; Title: questionable ORF; uncharacterized protein	complement(join(1495375..1495540,1495773..1495881,1495949..1496057,1496412..1496558,1496642..1496677))	Aspergillus niger	84593774
An18g06630	CDS	An18g06630	NT_166533.1	1497304	1497787	R	Remark: short length for A. niger ORFs (125 amino acids).; hypothetical protein	complement(join(1497304..1497483,1497514..1497667,1497744..1497787))	Aspergillus niger	84593775
An18g06640	CDS	An18g06640	NT_166533.1	1498729	1500996	D	hypothetical protein	1498729..1500996	Aspergillus niger	84593776
An18g06650	CDS	An18g06650	NT_166533.1	1502821	1503402	R	Induction: Northern blot hybridization indicated that the expression of the hsp30 gene of A. nidulans was high at a normal temperature and was slightly accelerated at elevated temperatures in A. nidulans cells.; Title: strong similarity to heat shock protein hsp30 - Aspergillus nidulans; See PMID 7918658; See PMID 11482349; uncharacterized protein	complement(1502821..1503402)	Aspergillus niger	4990233
An18g06660	CDS	An18g06660	NT_166533.1	1503946	1504379	R	Title: strong similarity to hypothetical protein SPAC664.12c - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1503946..1504069,1504270..1504379))	Aspergillus niger	84593777
An18g06670	CDS	An18g06670	NT_166533.1	1504854	1505849	D	Title: strong similarity to hypothetical 2-hydroxyhepta-2,4-diene-1,7-dioate isomerase BH2000 -Bacillus halodurans; uncharacterized protein	join(1504854..1504868,1504936..1505657,1505717..1505849)	Aspergillus niger	4990235
An18g06680	CDS	An18g06680	NT_166533.1	1506083	1506988	R	Catalytic activity: the PRE4 gene of S. cerevisiae is necessary for peptidylglutamyl-peptide-hydrolyzing activity.; Complex: PRE4 protein of S. cerevisiae is a subunit of the yeast proteasome, proteinase yscE.; Function: the PRE4 protein of S. cerevisiae is involved in ubiquitin-dependent protein degradation.; Phenotype: chromosomal deletion of the PRE4 gene of S. cerevisiae is lethal.; Phenotype: pre1-1 (mutation in the gene responsible for the chymotrypsin-like activity) and pre4-1 S. cerevisiae double mutants showed enhanced canavanine sensitivity and increased accumulation of ubiquitin protein conjugates, as compared with pre1-1 single mutants.; Title: strong similarity to proteasome 20S subunit Pre4 - Saccharomyces cerevisiae; See PMID 8381431; uncharacterized protein	complement(join(1506083..1506687,1506753..1506900,1506959..1506988))	Aspergillus niger	4990236
An18g06690	CDS	An18g06690	NT_166533.1	1507665	1508489	R	Similarity: the ORF is N-terminally longer than the hypothetical protein of S. pombe (70 amino acids).; Similarity: the ORF shows weak similarity to transcriptional regulator protein HCNGP of H. sapiens and M. musculus.; Title: similarity to hypothetical protein SPAC3H1.03 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1507665..1508245,1508313..1508361,1508415..1508489))	Aspergillus niger	4990237
An18g06700	CDS	An18g06700	NT_166533.1	1508890	1509728	D	Complex: the PRE7 protein of S. cerevisiae is a subunit of the 20S core proteasome.; Phenotype: chromosomal disruption of the PRE7 gene of S. cerevisiae creates a recessive lethal mutation.; Remark: PRE7 of S. cerevisiae is also called PTS1,YBL041W, YBL0407 or PRS3, which is now used for a ribose-phosphate pyrophosphokinase of S. cerevisiae.; Remark: the 20 S proteasome is the proteolytic core of the 26 S proteasome, the central protease involved in ubiquitin-mediated protein degradation in eukaryotes.; Similarity: the A. niger EST clone 2974 in EMBLEST:BE760015ORF overlaps with the ORF.; Title: strong similarity to proteasome 20S subunit Pre7 - Saccharomyces cerevisiae; See PMID 10500111; See PMID 1734860; uncharacterized protein	join(1508890..1508984,1509041..1509728)	Aspergillus niger	4990238
An18g06710	CDS	An18g06710	NT_166533.1	1509993	1510902	R	Title: strong similarity to hypothetical protein YOR3513c - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1509993..1510049,1510120..1510766,1510827..1510902))	Aspergillus niger	4990239
An18g06720	CDS	An18g06720	NT_166533.1	1511462	1513522	D	Title: strong similarity to hypothetical protein YHR194w - Saccharomyces cerevisiae; uncharacterized protein	join(1511462..1512065,1512117..1513336,1513391..1513522)	Aspergillus niger	4990240
An18g06730	CDS	An18g06730	NT_166533.1	1514003	1519017	D	Remark: the putative A. niger protein is 1000 amino acids longer than human Rlip76.; Title: similarity to GTPase-activating protein RLIP76 - Homo sapiens; similarity: the putative A. niger protein shows similarity to different GTPase-activating proteins.; See PMID 7673236; uncharacterized protein	join(1514003..1514043,1514082..1514538,1514612..1518302,1518353..1519017)	Aspergillus niger	4990241
An18g06740	CDS	An18g06740	NT_166533.1	1519754	1520598	R	Similarity: the A. niger ORF shows strong similarity to EST an_0449 of A. niger; Similarity: the A. niger portein also shows weak similarity to the rat steroidogenic acute regulatory protein.; Title: strong similarity to hypothetical protein YHR181w - Saccharomyces cerevisiae; uncharacterized protein	complement(join(1519754..1520391,1520529..1520598))	Aspergillus niger	4990242
An18g06750	CDS	An18g06750	NT_166533.1	1520907	1521818	D	Function: S-adenosyl-L-methyltransferases are involved in transferring methylgroups to a variety of target molecules.; Remark: the S-adenosyl-L-methyltransferase from patent US5876996-A is not properly described.; Title: strong similarity to S-adenosyl-L-methyltransferase from patent US5876996-A -Homo sapiens; uncharacterized protein	join(1520907..1520929,1521002..1521818)	Aspergillus niger	4990243
An18g06760	CDS	An18g06760	NT_166533.1	1522466	1524082	R	Catalytic activity: isocitrate dehydrogenases catalyze the reaction: isocitrate + NAD+ = 2-oxoglutarate + CO2 + NADH.; Remark: Histoplasma capsulatum is an alternative name for A. capsulatus .; Remark: isocitrate dehydrogenase from S. cerevisiae is composed of two nonidentical subunits, IDH1 and IDH2.; Remark: isocitrate dehydrogenase subunit I from can rescue the idh1 mutant of S. cerevisiae.; Title: strong similarity to NAD(+)-isocitrate dehydrogenase subunit I idh1 - Ajellomyces capsulatus; localisation:mitochondrion; See PMID 10398348; uncharacterized protein	complement(join(1522466..1522553,1522623..1523526,1523595..1523669,1523744..1523801,1524050..1524082))	Aspergillus niger	4990244
An18g06770	CDS	An18g06770	NT_166533.1	1525370	1525696	D	hypothetical protein	1525370..1525696	Aspergillus niger	84593778
An18g06780	CDS	An18g06780	NT_166533.1	1526542	1527506	R	Title: similarity to hypothetical protein B1O14.080 - Neurospora crassa; uncharacterized protein	complement(join(1526542..1527345,1527408..1527506))	Aspergillus niger	4990246
An18g06790	CDS	An18g06790	NT_166533.1	1527800	1528394	D	hypothetical protein	join(1527800..1527843,1527969..1528079,1528232..1528394)	Aspergillus niger	84593779
An18g06800	CDS	An18g06800	NT_166533.1	1528586	1529734	D	Complex: the PRE10 protein of S. cerevisiae is the alpha7 subunit of the 20S core proteasome.; Function: the 20 S proteasome is the proteolytic core of the 26 S proteasome, the central protease involved in ubiquitin-mediated protein degradation in eukaryotes.; Remark: PRS1, YC1 and PRC1 are alternative gene names for PRE10; Title: strong similarity to proteasome 20S subunit Pre10 - Saccharomyces cerevisiae; See PMID 1697860; uncharacterized protein	join(1528586..1528588,1528647..1528712,1528774..1528932,1529015..1529237,1529307..1529341,1529396..1529734)	Aspergillus niger	4990248
An18g06810	CDS	An18g06810	NT_166533.1	1530003	1530785	R	Complex: RIB4 from S. cerevisiae forms a pentamer in vivo.; Pathway: RIB4 from S. cerevisiae is involved in the biosynthesis of riboflavin.; Phenotype: yeast rib4 mutants are auxotrophic for riboflavin.; Title: similarity to 6,7-dimethyl-8-ribityllumazine synthase Rib4 - Saccharomyces cerevisiae; See PMID 7559556; uncharacterized protein	complement(join(1530003..1530420,1530507..1530672,1530737..1530785))	Aspergillus niger	4990249
An18g06820	CDS	An18g06820	NT_166533.1	1531322	1533733	R	Catalytic activity: Gfa1p of S. cerevisiae catalyzes the formation of D-glucosamine-6-phosphate from the amido group of L-glutamine and fructose-6-phosphate: L-glutamine + D-fructose-6-phosphate <=> L-glutamate + D-glucosamine-6-phosphate.; Function: Gfa1p of S. cerevisiae is involved in the first step of the hexosamine pathway required for biosynthesis of cell wall precursors.; Induction: the glutamine--fructose-6-phosphate amidotransferase activity of gfa1 from S. cerevisiae increases 1. 7-fold after alpha factor addition.; Induction: the promotor region of the S. cerevisiae gfa1 gene contains six repeats of the heptanucleotide TGAAACA, which was shown to be required for pheromone control of transcription.; Remark: a splice site was detected upstream of the START codon.; Remark: glucosamine-6-phosphate is used in the biosynthesis of amino sugars of asparagine-linked oligosaccharide chains in glycoproteins.; Title: strong similarity to glutamine-fructose-6-phosphate transaminase Gfa1 -Saccharomyces cerevisiae; cytoplasm; See PMID 2656689; uncharacterized protein	complement(join(1531322..1531542,1531597..1531758,1531812..1533205,1533277..1533508,1533600..1533670,1533729..1533733))	Aspergillus niger	4990250
An18g06830	CDS	An18g06830	NT_166533.1	1534051	1534317	D	Title: questionable ORF; uncharacterized protein	join(1534051..1534177,1534274..1534317)	Aspergillus niger	84593780
An18g06840	CDS	An18g06840	NT_166533.1	1537225	1540999	D	Phenotype: mutant human trithorax leads to leukemia.; Similarity: the A. niger protein also shows similarity to other trithorax like proteins.; Title: similarity to trithorax protein All1 - Homo sapiens; nucleus; See PMID 1303259; See PMID 1423624; uncharacterized protein	join(1537225..1537467,1537582..1538978,1539018..1539628,1539884..1540294,1540367..1540840,1540896..1540999)	Aspergillus niger	4990252
An18g06850	CDS	An18g06850	NT_166533.1	1541521	1541990	R	Remark: the A. niger protein also shows similarity to human prostate tumor EST fragment derived protein #79 from patent DE19820190-A1. The function of this protein has not been described.; Title: strong similarity to hypothetical conserved protein SPAC31A2.02 - Schizosaccharomyces pombe; uncharacterized protein	complement(join(1541521..1541733,1541805..1541990))	Aspergillus niger	4990253
An09g00010	mRNA	An09g00010	NT_166525.1	4485	5126	R	An09g00010	complement(<4485..>5126)	Aspergillus niger	4983552
An09g00020	mRNA	An09g00020	NT_166525.1	5289	5658	R	An09g00020	complement(join(<5289..5531,5620..>5658))	Aspergillus niger	84591910
An09g00030	mRNA	An09g00030	NT_166525.1	5725	7321	D	An09g00030	join(<5725..6544,6609..>7321)	Aspergillus niger	4983555
An09g00040	mRNA	An09g00040	NT_166525.1	7871	8041	D	An09g00040	<7871..>8041	Aspergillus niger	84591911
An09g00050	mRNA	An09g00050	NT_166525.1	9009	9798	D	An09g00050	join(<9009..9044,9127..9233,9297..9408,9508..9620,9684..>9798)	Aspergillus niger	84591912
An09g00060	mRNA	An09g00060	NT_166525.1	10314	15056	R	An09g00060	complement(join(<10314..10353,10530..10538,10738..10944,11011..14404,14525..>15056))	Aspergillus niger	4983570
An09g00070	mRNA	An09g00070	NT_166525.1	15206	16785	R	An09g00070	complement(join(<15206..15278,15428..15717,16024..16317,16402..16445,16514..16654,16704..>16785))	Aspergillus niger	4983576
An09g00080	mRNA	An09g00080	NT_166525.1	16792	18056	D	An09g00080	join(<16792..16864,16952..17052,17529..17570,17737..17866,17953..>18056)	Aspergillus niger	84591913
An09g00090	mRNA	An09g00090	NT_166525.1	18168	19152	D	An09g00090	join(<18168..18237,18500..18614,18857..18920,19033..>19152)	Aspergillus niger	84591914
An09g00100	mRNA	An09g00100	NT_166525.1	19178	20327	D	An09g00100	join(<19178..19258,19453..20093,20141..>20327)	Aspergillus niger	4983543
An09g00110	mRNA	An09g00110	NT_166525.1	20634	21675	D	An09g00110	join(<20634..20697,20783..20849,21038..21094,21188..21260,21349..>21675)	Aspergillus niger	84591915
An09g00120	mRNA	faeA	NT_166525.1	22340	23242	R	An09g00120	complement(join(<22340..22724,22782..>23242))	Aspergillus niger	4983573
An09g00130	mRNA	An09g00130	NT_166525.1	23609	23884	R	An09g00130	complement(join(<23609..23736,23821..>23884))	Aspergillus niger	84591916
An09g00140	mRNA	An09g00140	NT_166525.1	24580	25223	D	An09g00140	join(<24580..24918,25006..25071,25155..>25223)	Aspergillus niger	84591917
An09g00150	mRNA	An09g00150	NT_166525.1	27488	28366	D	An09g00150	join(<27488..27552,27943..28009,28181..>28366)	Aspergillus niger	84591918
An09g00160	mRNA	An09g00160	NT_166525.1	28425	29297	D	An09g00160	<28425..>29297	Aspergillus niger	4983544
An09g00170	mRNA	An09g00170	NT_166525.1	29830	31580	R	An09g00170	complement(join(<29830..31383,31434..>31580))	Aspergillus niger	4983571
An09g00180	mRNA	An09g00180	NT_166525.1	31914	32336	R	An09g00180	complement(join(<31914..32016,32122..>32336))	Aspergillus niger	84591919
An09g00190	mRNA	An09g00190	NT_166525.1	32490	34213	D	An09g00190	join(<32490..32616,32652..33916,33965..34014,34195..>34213)	Aspergillus niger	4983563
An09g00200	mRNA	An09g00200	NT_166525.1	34616	37095	R	An09g00200	complement(join(<34616..34886,34971..35044,35424..35468,35543..36126,36168..36404,36617..36677,36778..36906,37033..>37095))	Aspergillus niger	4983559
An09g00210	mRNA	An09g00210	NT_166525.1	37122	38743	D	An09g00210	join(<37122..37168,37491..37715,37755..37810,37872..37941,38047..38110,38197..38295,38360..38435,38655..>38743)	Aspergillus niger	84591920
An09g00220	mRNA	An09g00220	NT_166525.1	38904	40540	R	An09g00220	complement(join(<38904..39415,39476..39675,39742..39868,40165..40294,40370..>40540))	Aspergillus niger	10098202
An09g00230	mRNA	An09g00230	NT_166525.1	40962	41612	R	An09g00230	complement(<40962..>41612)	Aspergillus niger	84591921
An09g00250	mRNA	An09g00250	NT_166525.1	42816	44073	D	An09g00250	join(<42816..42922,43409..43531,43655..43701,43865..>44073)	Aspergillus niger	84591922
An09g00260	mRNA	aglC	NT_166525.1	45217	47136	D	An09g00260	join(<45217..45313,45391..45997,46051..>47136)	Aspergillus niger	4983539
An09g00270	mRNA	aglC	NT_166525.1	47327	47689	D	An09g00270	<47327..>47689	Aspergillus niger	84591923
An09g00280	mRNA	An09g00280	NT_166525.1	48152	49684	D	An09g00280	join(<48152..48284,48367..48519,48603..48699,48941..49076,49127..49225,49541..>49684)	Aspergillus niger	84591924
An09g00290	mRNA	An09g00290	NT_166525.1	50244	50612	D	An09g00290	join(<50244..50355,50410..>50612)	Aspergillus niger	84591925
An09g00300	mRNA	An09g00300	NT_166525.1	51146	53039	D	An09g00300	join(<51146..51412,51499..51534,51842..52051,52121..52313,52571..52756,52867..>53039)	Aspergillus niger	84591926
An09g00310	mRNA	An09g00310	NT_166525.1	53537	55376	D	An09g00310	join(<53537..53702,53759..53843,53901..53949,54017..54145,54198..54231,54284..54541,54592..>55376)	Aspergillus niger	4983557
An09g00320	mRNA	An09g00320	NT_166525.1	55848	56892	R	An09g00320	complement(join(<55848..56370,56426..56696,56778..>56892))	Aspergillus niger	4983569
An09g00330	mRNA	An09g00330	NT_166525.1	57015	57918	R	An09g00330	complement(join(<57015..57170,57423..57535,57642..57766,57827..>57918))	Aspergillus niger	84591927
An09g00340	mRNA	An09g00340	NT_166525.1	58568	59500	R	An09g00340	complement(join(<58568..58790,58850..59037,59080..59122,59193..>59500))	Aspergillus niger	84591928
An09g00350	mRNA	An09g00350	NT_166525.1	60211	60885	D	An09g00350	<60211..>60885	Aspergillus niger	84591929
An09g00360	mRNA	An09g00360	NT_166525.1	61605	63338	R	An09g00360	complement(<61605..>63338)	Aspergillus niger	4983560
An09g00370	mRNA	An09g00370	NT_166525.1	64434	64964	R	An09g00370	complement(join(<64434..64783,64955..>64964))	Aspergillus niger	84591930
An09g00380	mRNA	An09g00380	NT_166525.1	65415	69782	D	An09g00380	join(<65415..66697,66767..67699,67765..68288,68347..>69782)	Aspergillus niger	4983542
An09g00390	mRNA	An09g00390	NT_166525.1	69953	71396	R	An09g00390	complement(join(<69953..70804,70860..>71396))	Aspergillus niger	4983572
An09g00400	mRNA	An09g00400	NT_166525.1	71632	73461	D	An09g00400	join(<71632..71800,71854..>73461)	Aspergillus niger	4983577
An09g00410	mRNA	An09g00410	NT_166525.1	73738	74087	R	An09g00410	complement(join(<73738..73836,73926..74019,74068..>74087))	Aspergillus niger	84591931
An09g00420	mRNA	An09g00420	NT_166525.1	74108	74830	D	An09g00420	<74108..>74830	Aspergillus niger	4983579
An09g00430	mRNA	An09g00430	NT_166525.1	74897	77272	R	An09g00430	complement(join(<74897..75803,75854..76024,76071..76752,76806..77090,77146..>77272))	Aspergillus niger	4983580
An09g00440	mRNA	An09g00440	NT_166525.1	77416	79776	R	An09g00440	complement(join(<77416..77571,77829..78006,78321..78528,78882..79160,79207..79253,79404..79493,79577..79612,79706..>79776))	Aspergillus niger	10098208
An09g00450	mRNA	An09g00450	NT_166525.1	80376	83843	R	An09g00450	complement(join(<80376..83024,83075..83476,83541..>83843))	Aspergillus niger	4983581
An09g00460	mRNA	An09g00460	NT_166525.1	84473	85349	D	An09g00460	join(<84473..84598,84685..84896,85250..>85349)	Aspergillus niger	84591932
An09g00470	mRNA	An09g00470	NT_166525.1	86662	87882	R	An09g00470	complement(<86662..>87882)	Aspergillus niger	4983584
An09g00480	mRNA	An09g00480	NT_166525.1	88737	89946	D	An09g00480	join(<88737..88781,88851..89336,89418..89598,89667..89836,89896..>89946)	Aspergillus niger	4983585
An09g00490	mRNA	An09g00490	NT_166525.1	90318	91061	R	An09g00490	complement(join(<90318..90384,90511..90597,90638..90735,90809..90891,90980..>91061))	Aspergillus niger	84591933
An09g00500	mRNA	An09g00500	NT_166525.1	91167	94135	D	An09g00500	join(<91167..91969,92261..92521,92574..>94135)	Aspergillus niger	4983587
An09g00510	mRNA	An09g00510	NT_166525.1	94676	95341	D	An09g00510	join(<94676..94847,94902..94964,95019..>95341)	Aspergillus niger	4983588
An09g00520	mRNA	An09g00520	NT_166525.1	95688	100331	R	An09g00520	complement(<95688..>100331)	Aspergillus niger	4983589
An09g00530	mRNA	An09g00530	NT_166525.1	101052	102482	D	An09g00530	join(<101052..101082,101133..102009,102083..>102482)	Aspergillus niger	4983590
An09g00540	mRNA	An09g00540	NT_166525.1	103348	104131	R	An09g00540	complement(join(<103348..103448,103501..103702,103758..103882,103933..>104131))	Aspergillus niger	4983591
An09g00550	mRNA	An09g00550	NT_166525.1	104951	107067	D	An09g00550	join(<104951..105561,105612..106919,106989..>107067)	Aspergillus niger	4983592
An09g00560	mRNA	An09g00560	NT_166525.1	107626	109341	D	An09g00560	join(<107626..107745,107782..107981,108031..109231,109297..>109341)	Aspergillus niger	4983593
An09g00570	mRNA	An09g00570	NT_166525.1	110344	111182	D	An09g00570	join(<110344..110413,110483..110557,110659..>111182)	Aspergillus niger	4983594
An09g00580	mRNA	An09g00580	NT_166525.1	112176	114692	D	An09g00580	join(<112176..112742,112795..114450,114519..>114692)	Aspergillus niger	4983595
An09g00590	mRNA	An09g00590	NT_166525.1	115627	116841	D	An09g00590	<115627..>116841	Aspergillus niger	4983596
An09g00600	mRNA	An09g00600	NT_166525.1	117324	118265	D	An09g00600	<117324..>118265	Aspergillus niger	4983597
An09g00610	mRNA	An09g00610	NT_166525.1	118985	119497	R	An09g00610	complement(<118985..>119497)	Aspergillus niger	4983598
An09g00620	mRNA	An09g00620	NT_166525.1	120589	121548	D	An09g00620	join(<120589..121027,121087..121439,121489..>121548)	Aspergillus niger	4983599
An09g00630	mRNA	An09g00630	NT_166525.1	123228	123700	R	An09g00630	complement(join(<123228..123391,123449..123610,123688..>123700))	Aspergillus niger	4983600
An09g00640	mRNA	An09g00640	NT_166525.1	127027	131898	D	An09g00640	join(<127027..127121,127265..127901,128051..129922,129970..>131898)	Aspergillus niger	4983601
An09g00650	mRNA	An09g00650	NT_166525.1	133130	133981	D	An09g00650	join(<133130..133256,133319..133700,133762..>133981)	Aspergillus niger	4983602
An09g00660	mRNA	An09g00660	NT_166525.1	134370	137007	R	An09g00660	complement(join(<134370..134442,134501..134876,134951..135027,135083..135248,135294..135618,135697..136706,136758..>137007))	Aspergillus niger	4983603
An09g00670	mRNA	An09g00670	NT_166525.1	139204	141056	D	An09g00670	join(<139204..139284,139334..139371,139424..139449,139509..140276,140344..>141056)	Aspergillus niger	4983604
An09g00680	mRNA	An09g00680	NT_166525.1	142135	143655	R	An09g00680	complement(<142135..>143655)	Aspergillus niger	4983605
An09g00690	mRNA	An09g00690	NT_166525.1	144173	147472	R	An09g00690	complement(join(<144173..146828,146893..147158,147257..>147472))	Aspergillus niger	4983606
An09g00700	mRNA	An09g00700	NT_166525.1	148000	149978	R	An09g00700	complement(join(<148000..148124,148159..148411,148450..148601,148864..148996,149148..>149978))	Aspergillus niger	4983607
An09g00710	mRNA	An09g00710	NT_166525.1	150075	151140	D	An09g00710	join(<150075..150636,150727..150987,151082..>151140)	Aspergillus niger	84591934
An09g00720	mRNA	An09g00720	NT_166525.1	151714	152457	D	An09g00720	join(<151714..151759,152405..>152457)	Aspergillus niger	84591935
An09g00730	mRNA	An09g00730	NT_166525.1	153334	154675	D	An09g00730	join(<153334..153429,153582..153594,153914..153958,154101..154196,154304..154325,154546..>154675)	Aspergillus niger	84591936
An09g00770	mRNA	An09g00770	NT_166525.1	156017	160429	D	An09g00770	<156017..>160429	Aspergillus niger	10098210
An09g00790	mRNA	An09g00790	NT_166525.1	161883	162752	D	An09g00790	join(<161883..162212,162264..162363,162418..162497,162567..>162752)	Aspergillus niger	4983612
An09g00800	mRNA	An09g00800	NT_166525.1	163482	165369	R	An09g00800	complement(join(<163482..164043,164094..164563,164613..164804,164858..164872,164920..165185,165243..>165369))	Aspergillus niger	4983613
An09g00810	mRNA	An09g00810	NT_166525.1	166982	168269	R	An09g00810	complement(join(<166982..167460,167515..167646,167699..167869,167924..168045,168088..>168269))	Aspergillus niger	4983614
An09g00820	mRNA	An09g00820	NT_166525.1	169120	169950	R	An09g00820	complement(<169120..>169950)	Aspergillus niger	4983615
An09g00830	mRNA	An09g00830	NT_166525.1	170670	172150	D	An09g00830	join(<170670..170722,170782..171619,171813..171834,172101..>172150)	Aspergillus niger	4983616
An09g00840	mRNA	An09g00840	NT_166525.1	173071	174045	D	An09g00840	join(<173071..173409,173473..173657,173898..173943,173998..>174045)	Aspergillus niger	4983617
An09g00850	mRNA	An09g00850	NT_166525.1	174813	179305	D	An09g00850	join(<174813..175425,175481..177636,177688..178385,178443..>179305)	Aspergillus niger	4983618
An09g00860	mRNA	An09g00860	NT_166525.1	179812	182092	R	An09g00860	complement(join(<179812..181065,181125..181627,181675..181700,181755..>182092))	Aspergillus niger	4983619
An09g00870	mRNA	An09g00870	NT_166525.1	182463	184339	D	An09g00870	join(<182463..182660,182715..182975,183037..183372,183423..183603,183657..>184339)	Aspergillus niger	4983620
An09g00880	mRNA	An09g00880	NT_166525.1	185198	187541	D	An09g00880	join(<185198..185399,185503..186010,186055..186138,186184..186260,186312..186344,186395..186534,186581..187087,187152..>187541)	Aspergillus niger	4983621
An09g00890	mRNA	An09g00890	NT_166525.1	187786	189528	R	An09g00890	complement(<187786..>189528)	Aspergillus niger	4983622
An09g00900	mRNA	An09g00900	NT_166525.1	189736	190563	R	An09g00900	complement(join(<189736..189858,189922..190113,190194..190292,190370..190416,190530..>190563))	Aspergillus niger	84591937
An09g00910	mRNA	An09g00910	NT_166525.1	191099	191556	R	An09g00910	complement(join(<191099..191296,191503..>191556))	Aspergillus niger	84591938
An09g00920	mRNA	An09g00920	NT_166525.1	193019	195667	R	An09g00920	complement(<193019..>195667)	Aspergillus niger	4983625
An09g00930	mRNA	An09g00930	NT_166525.1	196563	199888	R	An09g00930	complement(<196563..>199888)	Aspergillus niger	4983626
An09g00940	mRNA	An09g00940	NT_166525.1	200647	201445	R	An09g00940	complement(join(<200647..200745,200839..200979,201079..201318,201434..>201445))	Aspergillus niger	84591939
An09g00950	mRNA	An09g00950	NT_166525.1	201771	203615	R	An09g00950	complement(join(<201771..203433,203485..>203615))	Aspergillus niger	4983628
An09g00960	mRNA	An09g00960	NT_166525.1	203924	204541	R	An09g00960	complement(join(<203924..204280,204332..>204541))	Aspergillus niger	84591940
An09g00980	mRNA	An09g00980	NT_166525.1	205241	209653	R	An09g00980	complement(<205241..>209653)	Aspergillus niger	4983630
An09g01010	mRNA	An09g01010	NT_166525.1	210554	211404	D	An09g01010	join(<210554..210983,211062..211147,211210..>211404)	Aspergillus niger	4983631
An09g01020	mRNA	An09g01020	NT_166525.1	211563	213518	R	An09g01020	complement(join(<211563..211741,211791..212220,212356..213189,213249..>213518))	Aspergillus niger	4983632
An09g01030	mRNA	An09g01030	NT_166525.1	214291	216009	D	An09g01030	<214291..>216009	Aspergillus niger	4983633
An09g01040	mRNA	An09g01040	NT_166525.1	216109	217990	R	An09g01040	complement(join(<216109..216148,216262..216379,216457..216627,216692..216908,216959..217055,217197..217519,217589..217767,217864..>217990))	Aspergillus niger	4983634
An09g01050	mRNA	An09g01050	NT_166525.1	218661	219857	R	An09g01050	complement(<218661..>219857)	Aspergillus niger	4983635
An09g01060	mRNA	An09g01060	NT_166525.1	220356	220867	R	An09g01060	complement(join(<220356..220434,220500..220607,220785..>220867))	Aspergillus niger	84591941
An09g01070	mRNA	An09g01070	NT_166525.1	221296	222744	R	An09g01070	complement(<221296..>222744)	Aspergillus niger	4983637
An09g01080	mRNA	An09g01080	NT_166525.1	223407	224831	R	An09g01080	complement(join(<223407..223942,223990..224455,224577..>224831))	Aspergillus niger	4983638
An09g01090	mRNA	An09g01090	NT_166525.1	225797	227516	D	An09g01090	join(<225797..226102,226147..226869,226914..>227516)	Aspergillus niger	4983639
An09g01100	mRNA	An09g01100	NT_166525.1	227800	228834	D	An09g01100	join(<227800..228155,228213..228655,228764..>228834)	Aspergillus niger	4983640
An09g01110	mRNA	An09g01110	NT_166525.1	229345	230877	D	An09g01110	join(<229345..230096,230153..230291,230368..230492,230574..230670,230719..>230877)	Aspergillus niger	4983641
An09g01120	mRNA	An09g01120	NT_166525.1	230962	232954	R	An09g01120	complement(<230962..>232954)	Aspergillus niger	4983642
An09g01125	mRNA	An09g01125	NT_166525.1	234083	234547	R	An09g01125	complement(<234083..>234547)	Aspergillus niger	4983643
An09g01130	mRNA	An09g01130	NT_166525.1	234956	235945	R	An09g01130	complement(<234956..>235945)	Aspergillus niger	4983644
An09g01140	mRNA	An09g01140	NT_166525.1	236259	237270	R	An09g01140	complement(join(<236259..236316,236367..236582,236643..236704,236783..237114,237177..>237270))	Aspergillus niger	4983645
An09g01150	mRNA	An09g01150	NT_166525.1	237384	239015	R	An09g01150	complement(join(<237384..237797,237897..238169,238227..238601,238656..238866,238918..>239015))	Aspergillus niger	4983646
An09g01160	mRNA	An09g01160	NT_166525.1	239647	240678	D	An09g01160	join(<239647..239815,239875..240381,240452..>240678)	Aspergillus niger	4983647
An09g01170	mRNA	An09g01170	NT_166525.1	240857	242050	R	An09g01170	complement(join(<240857..241132,241169..241570,241619..241675,241736..>242050))	Aspergillus niger	4983648
An09g01180	mRNA	An09g01180	NT_166525.1	243875	245039	D	An09g01180	join(<243875..244460,244513..>245039)	Aspergillus niger	4983649
An09g01190	mRNA	abnA	NT_166525.1	247768	248893	D	An09g01190	join(<247768..248034,248085..248561,248621..248706,248758..>248893)	Aspergillus niger	4983650
An09g01200	mRNA	An09g01200	NT_166525.1	250157	252066	D	An09g01200	join(<250157..250242,250317..250353,250414..>252066)	Aspergillus niger	4983651
An09g01210	mRNA	An09g01210	NT_166525.1	253120	254148	D	An09g01210	join(<253120..253557,253619..253729,253782..253821,253880..>254148)	Aspergillus niger	4983652
An09g01220	mRNA	An09g01220	NT_166525.1	254357	257065	D	An09g01220	join(<254357..254457,254621..254716,254772..255015,255185..255496,255548..>257065)	Aspergillus niger	4983653
An09g01230	mRNA	An09g01230	NT_166525.1	257159	257581	R	An09g01230	complement(join(<257159..257189,257260..257374,257467..>257581))	Aspergillus niger	4983654
An09g01240	mRNA	An09g01240	NT_166525.1	258697	260613	D	An09g01240	<258697..>260613	Aspergillus niger	4983655
An09g01250	mRNA	An09g01250	NT_166525.1	260985	262562	R	An09g01250	complement(join(<260985..261735,261923..262042,262246..262331,262518..>262562))	Aspergillus niger	84591942
An09g01260	mRNA	An09g01260	NT_166525.1	262828	264024	R	An09g01260	complement(<262828..>264024)	Aspergillus niger	4983657
An09g01270	mRNA	An09g01270	NT_166525.1	265657	267460	D	An09g01270	join(<265657..266118,266179..266851,266939..267204,267317..>267460)	Aspergillus niger	4983658
An09g01280	mRNA	An09g01280	NT_166525.1	267964	269015	D	An09g01280	join(<267964..268296,268803..>269015)	Aspergillus niger	84591943
An09g01290	mRNA	An09g01290	NT_166525.1	269286	277611	D	An09g01290	join(<269286..269818,269875..270388,270549..271113,271164..271613,271690..274007,274055..274151,274209..274234,274301..275164,275218..275499,275560..275634,275698..276038,276098..276101,276214..276570,276630..277481,277525..>277611)	Aspergillus niger	4983660
An09g01300	mRNA	An09g01300	NT_166525.1	277829	279439	R	An09g01300	complement(join(<277829..278395,278458..278607,278669..279021,279196..279315,279376..>279439))	Aspergillus niger	4983661
An09g01310	mRNA	An09g01310	NT_166525.1	280253	282579	R	An09g01310	complement(join(<280253..281948,282005..>282579))	Aspergillus niger	4983662
An09g01320	mRNA	An09g01320	NT_166525.1	283174	285119	D	An09g01320	join(<283174..283236,283298..283686,283738..283942,284004..>285119)	Aspergillus niger	4983663
An09g01330	mRNA	An09g01330	NT_166525.1	285485	287993	R	An09g01330	complement(join(<285485..285513,285557..285627,285681..285877,285928..287173,287238..287704,287772..>287993))	Aspergillus niger	4983664
An09g01340	mRNA	An09g01340	NT_166525.1	288737	290414	D	An09g01340	join(<288737..289047,289118..289658,289748..290053,290107..290254,290286..290334,290384..>290414)	Aspergillus niger	4983665
An09g01350	mRNA	An09g01350	NT_166525.1	290872	291434	D	An09g01350	join(<290872..290919,291249..>291434)	Aspergillus niger	84591944
An09g01370	mRNA	An09g01370	NT_166525.1	291873	293594	R	An09g01370	complement(join(<291873..292535,292589..292726,292822..293156,293217..293340,293403..>293594))	Aspergillus niger	4983668
An09g01380	mRNA	An09g01380	NT_166525.1	294162	296056	D	An09g01380	join(<294162..294466,294580..294933,295001..295047,295104..>296056)	Aspergillus niger	4983669
An09g01390	mRNA	An09g01390	NT_166525.1	296330	298329	R	An09g01390	complement(join(<296330..296715,296768..297237,297285..297434,297507..298224,298281..>298329))	Aspergillus niger	84591945
An09g01400	mRNA	An09g01400	NT_166525.1	298866	299698	D	An09g01400	join(<298866..298949,299036..299143,299309..299393,299463..>299698)	Aspergillus niger	84591946
An09g01410	mRNA	An09g01410	NT_166525.1	299816	301414	R	An09g01410	complement(join(<299816..300713,300769..301118,301213..>301414))	Aspergillus niger	84591947
An09g01420	mRNA	An09g01420	NT_166525.1	301627	302278	D	An09g01420	join(<301627..301787,301927..>302278)	Aspergillus niger	84591948
An09g01430	mRNA	An09g01430	NT_166525.1	303246	304538	R	An09g01430	complement(join(<303246..304144,304194..304448,304511..>304538))	Aspergillus niger	4983674
An09g01440	mRNA	An09g01440	NT_166525.1	305391	307056	D	An09g01440	join(<305391..305601,305667..306280,306335..306678,306753..>307056)	Aspergillus niger	4983675
An09g01450	mRNA	An09g01450	NT_166525.1	308609	308901	R	An09g01450	complement(join(<308609..308861,308894..>308901))	Aspergillus niger	84591949
An09g01460	mRNA	An09g01460	NT_166525.1	309500	310449	R	An09g01460	complement(join(<309500..309987,310053..>310449))	Aspergillus niger	84591950
An09g01470	mRNA	An09g01470	NT_166525.1	310904	311446	D	An09g01470	join(<310904..311055,311227..311298,311359..>311446)	Aspergillus niger	84591951
An09g01480	mRNA	An09g01480	NT_166525.1	311564	312985	D	An09g01480	join(<311564..311992,312062..312567,312628..>312985)	Aspergillus niger	4983679
An09g01490	mRNA	An09g01490	NT_166525.1	314660	315838	R	An09g01490	complement(<314660..>315838)	Aspergillus niger	4983680
An09g01500	mRNA	An09g01500	NT_166525.1	318213	319209	D	An09g01500	join(<318213..318505,318579..>319209)	Aspergillus niger	4983681
An09g01510	mRNA	An09g01510	NT_166525.1	320620	321842	R	An09g01510	complement(join(<320620..321159,321275..321293,321655..>321842))	Aspergillus niger	4983682
An09g01520	mRNA	An09g01520	NT_166525.1	322519	323726	R	An09g01520	complement(join(<322519..322656,322722..>323726))	Aspergillus niger	4983683
An09g01530	mRNA	An09g01530	NT_166525.1	324946	325798	D	An09g01530	join(<324946..324978,325194..325283,325336..325497,325568..>325798)	Aspergillus niger	84591952
An09g01540	mRNA	An09g01540	NT_166525.1	325994	328420	R	An09g01540	complement(join(<325994..327328,327365..328088,328133..328285,328335..>328420))	Aspergillus niger	4983685
An09g01550	mRNA	AO-I	NT_166525.1	328898	331064	R	An09g01550	complement(join(<328898..329033,329083..330053,330101..330677,330733..>331064))	Aspergillus niger	4983686
An09g01560	mRNA	An09g01560	NT_166525.1	331457	333058	R	An09g01560	complement(join(<331457..331490,331609..331922,331976..>333058))	Aspergillus niger	4983687
An09g01570	mRNA	An09g01570	NT_166525.1	333672	334529	R	An09g01570	complement(join(<333672..333823,334086..334215,334470..>334529))	Aspergillus niger	84591953
An09g01580	mRNA	An09g01580	NT_166525.1	334959	337010	R	An09g01580	complement(join(<334959..335439,335504..335848,335905..336044,336098..336717,336782..336873,336982..>337010))	Aspergillus niger	4983689
An09g01590	mRNA	An09g01590	NT_166525.1	337145	338100	R	An09g01590	complement(join(<337145..337252,337370..337434,337503..337619,337808..337971,338081..>338100))	Aspergillus niger	84591954
An09g01600	mRNA	An09g01600	NT_166525.1	338505	339199	D	An09g01600	join(<338505..338597,338864..339013,339119..>339199)	Aspergillus niger	84591955
An09g01610	mRNA	An09g01610	NT_166525.1	339313	340563	D	An09g01610	join(<339313..339418,339556..339666,339767..339952,340505..>340563)	Aspergillus niger	84591956
An09g01620	mRNA	An09g01620	NT_166525.1	340748	343079	R	An09g01620	complement(join(<340748..340764,340817..340878,341019..341097,341145..341855,342129..342965,343043..>343079))	Aspergillus niger	4983693
An09g01630	mRNA	An09g01630	NT_166525.1	343613	344942	D	An09g01630	join(<343613..343945,343995..>344942)	Aspergillus niger	4983694
An09g01640	mRNA	An09g01640	NT_166525.1	345201	345604	R	An09g01640	complement(join(<345201..345304,345363..345443,345526..>345604))	Aspergillus niger	84591957
An09g01650	mRNA	An09g01650	NT_166525.1	346438	348354	D	An09g01650	join(<346438..346594,346644..346738,346800..347123,347180..347332,347378..347739,347799..>348354)	Aspergillus niger	4983696
An09g01660	mRNA	An09g01660	NT_166525.1	348754	348998	D	An09g01660	join(<348754..348772,348829..>348998)	Aspergillus niger	4983697
An09g01670	mRNA	An09g01670	NT_166525.1	349528	350382	D	An09g01670	<349528..>350382	Aspergillus niger	84591958
An09g01680	mRNA	An09g01680	NT_166525.1	350800	351871	R	An09g01680	complement(join(<350800..351523,351582..>351871))	Aspergillus niger	4983699
An09g01690	mRNA	An09g01690	NT_166525.1	352774	362013	R	An09g01690	complement(join(<352774..352907,352951..353061,353131..353200,353293..353344,353477..356868,356915..360582,360718..361435,361496..361692,361746..>362013))	Aspergillus niger	4983700
An09g01700	mRNA	An09g01700	NT_166525.1	362941	368129	D	An09g01700	join(<362941..363150,363212..363734,363788..364023,364075..364354,364410..364643,364697..365430,365492..365654,365710..366045,366092..366194,366262..366336,366382..366432,366480..366544,366604..367222,367274..367357,367412..367789,367868..>368129)	Aspergillus niger	4983701
An09g01710	mRNA	An09g01710	NT_166525.1	368553	369449	D	An09g01710	<368553..>369449	Aspergillus niger	4983702
An09g01730	mRNA	An09g01730	NT_166525.1	369853	370601	R	An09g01730	complement(join(<369853..369988,370049..370093,370143..370383,370472..>370601))	Aspergillus niger	84591959
An09g01740	mRNA	An09g01740	NT_166525.1	370998	376250	D	An09g01740	<370998..>376250	Aspergillus niger	84591960
An09g01750	mRNA	An09g01750	NT_166525.1	376352	377458	D	An09g01750	join(<376352..376691,376739..376854,376905..377330,377387..>377458)	Aspergillus niger	4983705
An09g01760	mRNA	An09g01760	NT_166525.1	377905	378778	R	An09g01760	complement(join(<377905..378067,378097..378572,378671..>378778))	Aspergillus niger	4983707
An09g01770	mRNA	An09g01770	NT_166525.1	378872	379541	R	An09g01770	complement(join(<378872..379039,379193..379330,379455..>379541))	Aspergillus niger	84591961
An09g01790	mRNA	An09g01790	NT_166525.1	380813	381601	R	An09g01790	complement(<380813..>381601)	Aspergillus niger	4983710
An09g01800	mRNA	An09g01800	NT_166525.1	381929	383314	R	An09g01800	complement(<381929..>383314)	Aspergillus niger	4983711
An09g01810	mRNA	An09g01810	NT_166525.1	383719	384975	D	An09g01810	join(<383719..383752,383818..383869,383918..384050,384116..384401,384440..>384975)	Aspergillus niger	4983712
An09g01820	mRNA	An09g01820	NT_166525.1	385184	386975	R	An09g01820	complement(join(<385184..386131,386183..386623,386686..386823,386883..>386975))	Aspergillus niger	4983713
An09g01830	mRNA	An09g01830	NT_166525.1	387291	388936	R	An09g01830	complement(join(<387291..387558,387614..387996,388047..388612,388705..>388936))	Aspergillus niger	4983714
An09g01840	mRNA	An09g01840	NT_166525.1	389489	390820	D	An09g01840	<389489..>390820	Aspergillus niger	4983715
An09g01850	mRNA	An09g01850	NT_166525.1	391004	392784	R	An09g01850	complement(join(<391004..391179,391249..391325,391389..392002,392061..392446,392515..392656,392713..>392784))	Aspergillus niger	4983716
An09g01860	mRNA	An09g01860	NT_166525.1	393519	401433	D	An09g01860	join(<393519..394133,394195..>401433)	Aspergillus niger	4983717
An09g01870	mRNA	An09g01870	NT_166525.1	401932	403624	R	An09g01870	complement(join(<401932..403117,403176..403332,403396..>403624))	Aspergillus niger	4983718
An09g01880	mRNA	An09g01880	NT_166525.1	404798	405838	R	An09g01880	complement(<404798..>405838)	Aspergillus niger	4983719
An09g01890	mRNA	An09g01890	NT_166525.1	405943	406549	D	An09g01890	join(<405943..406003,406127..406197,406259..>406549)	Aspergillus niger	84591962
An09g01900	mRNA	An09g01900	NT_166525.1	406867	407551	R	An09g01900	complement(join(<406867..407433,407510..>407551))	Aspergillus niger	4983721
An09g01910	mRNA	An09g01910	NT_166525.1	407877	409798	D	An09g01910	join(<407877..408137,408193..408376,408584..408735,408853..408938,408985..409229,409369..409626,409743..>409798)	Aspergillus niger	4983722
An09g01920	mRNA	An09g01920	NT_166525.1	410817	412540	R	An09g01920	complement(join(<410817..411072,411127..411506,411567..411955,412027..412243,412313..>412540))	Aspergillus niger	4983723
An09g01930	mRNA	An09g01930	NT_166525.1	413170	421418	D	An09g01930	join(<413170..413358,413419..413505,413574..413631,413689..414022,414080..414605,414665..415340,415393..418314,418383..420157,420236..420538,420612..>421418)	Aspergillus niger	4983724
An09g01940	mRNA	An09g01940	NT_166525.1	421812	422925	R	An09g01940	complement(join(<421812..421964,422090..422718,422769..>422925))	Aspergillus niger	4983725
An09g01950	mRNA	An09g01950	NT_166525.1	423444	425233	D	An09g01950	join(<423444..424421,424476..424790,424845..425011,425068..>425233)	Aspergillus niger	4983726
An09g01960	mRNA	An09g01960	NT_166525.1	425555	426191	D	An09g01960	join(<425555..425632,425736..425849,425949..425986,426092..>426191)	Aspergillus niger	84591963
An09g01970	mRNA	An09g01970	NT_166525.1	426978	428097	D	An09g01970	join(<426978..427308,427394..>428097)	Aspergillus niger	4983728
An09g01980	mRNA	An09g01980	NT_166525.1	428275	428702	D	An09g01980	join(<428275..428360,428450..428536,428606..>428702)	Aspergillus niger	84591964
An09g01990	mRNA	An09g01990	NT_166525.1	428974	430284	D	An09g01990	join(<428974..429030,429133..429250,429296..429948,430000..>430284)	Aspergillus niger	4983730
An09g02000	mRNA	An09g02000	NT_166525.1	431098	432928	R	An09g02000	complement(join(<431098..431774,431837..432202,432248..432502,432548..432578,432658..432753,432830..>432928))	Aspergillus niger	4983731
An09g02010	mRNA	An09g02010	NT_166525.1	433797	438870	D	An09g02010	join(<433797..433843,433924..433950,434019..434473,434546..>438870)	Aspergillus niger	4983732
An09g02020	mRNA	An09g02020	NT_166525.1	439270	441790	R	An09g02020	complement(join(<439270..439454,439507..439876,439934..441487,441533..>441790))	Aspergillus niger	4983733
An09g02030	mRNA	An09g02030	NT_166525.1	442146	442965	R	An09g02030	complement(join(<442146..442527,442657..442731,442922..>442965))	Aspergillus niger	84591965
An09g02040	mRNA	An09g02040	NT_166525.1	443255	444016	R	An09g02040	complement(<443255..>444016)	Aspergillus niger	4983735
An09g02050	mRNA	An09g02050	NT_166525.1	444801	445786	D	An09g02050	join(<444801..444910,444981..445606,445677..>445786)	Aspergillus niger	4983736
An09g02060	mRNA	An09g02060	NT_166525.1	446943	450985	D	An09g02060	join(<446943..447126,447418..447534,447591..448012,448053..448201,448246..448739,448787..448923,448961..449680,449813..>450985)	Aspergillus niger	4983737
An09g02080	mRNA	An09g02080	NT_166525.1	451708	453294	D	An09g02080	<451708..>453294	Aspergillus niger	4983739
An09g02090	mRNA	An09g02090	NT_166525.1	453705	454328	R	An09g02090	complement(join(<453705..453934,454004..>454328))	Aspergillus niger	4983740
An09g02100	mRNA	An09g02100	NT_166525.1	455415	463873	R	An09g02100	complement(join(<455415..455432,455504..455614,455719..456512,456552..459958,460035..460308,460442..460870,460942..>463873))	Aspergillus niger	4983741
An09g02110	mRNA	An09g02110	NT_166525.1	465108	466050	D	An09g02110	join(<465108..465161,465276..465340,465387..465434,465572..465664,465936..>466050)	Aspergillus niger	84591966
An09g02120	mRNA	An09g02120	NT_166525.1	466312	468819	D	An09g02120	<466312..>468819	Aspergillus niger	4983743
An09g02130	mRNA	An09g02130	NT_166525.1	469097	469309	R	An09g02130	complement(<469097..>469309)	Aspergillus niger	84591967
An09g02140	mRNA	An09g02140	NT_166525.1	469664	470477	R	An09g02140	complement(join(<469664..469804,469905..469963,470005..470162,470374..>470477))	Aspergillus niger	84591968
An09g02150	mRNA	An09g02150	NT_166525.1	470518	471925	D	An09g02150	join(<470518..470813,470884..>471925)	Aspergillus niger	4983746
An09g02160	mRNA	rgaeA	NT_166525.1	472482	473317	D	An09g02160	join(<472482..472596,472647..>473317)	Aspergillus niger	4983747
An09g02170	mRNA	An09g02170	NT_166525.1	473831	474171	R	An09g02170	complement(join(<473831..473922,473994..>474171))	Aspergillus niger	84591969
An09g02180	mRNA	An09g02180	NT_166525.1	474874	475945	R	An09g02180	complement(join(<474874..475179,475250..475586,475646..475811,475858..>475945))	Aspergillus niger	4983749
An09g02190	mRNA	An09g02190	NT_166525.1	476309	477407	D	An09g02190	join(<476309..476428,476679..476827,476915..476927,477026..477233,477295..>477407)	Aspergillus niger	84591970
An09g02200	mRNA	An09g02200	NT_166525.1	477831	478827	R	An09g02200	complement(join(<477831..477851,477963..477982,478020..478170,478615..478648,478796..>478827))	Aspergillus niger	84591971
An09g02210	mRNA	An09g02210	NT_166525.1	479099	480819	D	An09g02210	join(<479099..479286,479342..479720,479808..480476,480556..>480819)	Aspergillus niger	4983753
An09g02220	mRNA	An09g02220	NT_166525.1	481141	484638	R	An09g02220	complement(<481141..>484638)	Aspergillus niger	4983754
An09g02230	mRNA	An09g02230	NT_166525.1	485588	486025	R	An09g02230	complement(join(<485588..485838,485914..>486025))	Aspergillus niger	4983755
An09g02240	mRNA	An09g02240	NT_166525.1	486755	488569	R	An09g02240	complement(<486755..>488569)	Aspergillus niger	4983756
An09g02250	mRNA	An09g02250	NT_166525.1	489636	493274	D	An09g02250	join(<489636..492158,492213..492842,492927..>493274)	Aspergillus niger	4983757
An09g02260	mRNA	An09g02260	NT_166525.1	494364	496242	D	An09g02260	join(<494364..494676,494730..494854,494901..495083,495131..495227,495272..495343,495403..495441,495505..495734,495806..496034,496106..>496242)	Aspergillus niger	4983758
An09g02270	mRNA	An09g02270	NT_166525.1	496428	498399	R	An09g02270	complement(join(<496428..497465,497529..497700,497751..497835,497873..498018,498062..>498399))	Aspergillus niger	4983759
An09g02280	mRNA	An09g02280	NT_166525.1	499571	501069	D	An09g02280	join(<499571..499877,499979..500069,500155..500221,500295..500632,500719..500845,500917..>501069)	Aspergillus niger	4983760
An09g02290	mRNA	An09g02290	NT_166525.1	501558	505264	R	An09g02290	complement(join(<501558..501649,501697..502502,502551..>505264))	Aspergillus niger	4983761
An09g02300	mRNA	An09g02300	NT_166525.1	505486	506075	D	An09g02300	join(<505486..505522,505628..505777,505945..>506075)	Aspergillus niger	84591972
An09g02310	mRNA	An09g02310	NT_166525.1	507762	508625	R	An09g02310	complement(join(<507762..508484,508551..>508625))	Aspergillus niger	84591973
An09g02320	mRNA	An09g02320	NT_166525.1	509680	510972	D	An09g02320	join(<509680..509895,509973..510487,510546..>510972)	Aspergillus niger	4983764
An09g02330	mRNA	An09g02330	NT_166525.1	511232	512017	R	An09g02330	complement(join(<511232..511237,511375..511791,511874..>512017))	Aspergillus niger	4983765
An09g02340	mRNA	An09g02340	NT_166525.1	512787	513603	R	An09g02340	complement(join(<512787..513370,513429..>513603))	Aspergillus niger	4983766
An09g02350	mRNA	An09g02350	NT_166525.1	513981	514503	R	An09g02350	complement(join(<513981..514069,514311..>514503))	Aspergillus niger	84591974
An09g02360	mRNA	An09g02360	NT_166525.1	514964	515317	R	An09g02360	complement(<514964..>515317)	Aspergillus niger	84591975
An09g02370	mRNA	An09g02370	NT_166525.1	516685	518598	D	An09g02370	join(<516685..516735,516809..516862,516899..517058,517105..517449,517499..518309,518460..>518598)	Aspergillus niger	4983769
An09g02380	mRNA	An09g02380	NT_166525.1	519288	519974	R	An09g02380	complement(<519288..>519974)	Aspergillus niger	4983770
An09g02390	mRNA	An09g02390	NT_166525.1	520412	521712	R	An09g02390	complement(join(<520412..521491,521551..>521712))	Aspergillus niger	4983771
An09g02400	mRNA	An09g02400	NT_166525.1	522910	523199	R	An09g02400	complement(join(<522910..523035,523083..>523199))	Aspergillus niger	84591976
An09g02410	mRNA	An09g02410	NT_166525.1	523245	524873	D	An09g02410	<523245..>524873	Aspergillus niger	4983773
An09g02420	mRNA	An09g02420	NT_166525.1	526946	527442	D	An09g02420	join(<526946..527156,527233..527330,527386..>527442)	Aspergillus niger	84591977
An09g02430	mRNA	An09g02430	NT_166525.1	528331	529137	R	An09g02430	complement(<528331..>529137)	Aspergillus niger	4983775
An09g02440	mRNA	An09g02440	NT_166525.1	529676	530669	D	An09g02440	join(<529676..529807,529860..530011,530075..530310,530366..530500,530614..>530669)	Aspergillus niger	4983776
An09g02450	mRNA	An09g02450	NT_166525.1	531660	532425	R	An09g02450	complement(join(<531660..531917,531958..532250,532422..>532425))	Aspergillus niger	84591978
An09g02460	mRNA	An09g02460	NT_166525.1	532532	533905	R	An09g02460	complement(<532532..>533905)	Aspergillus niger	4983778
An09g02470	mRNA	An09g02470	NT_166525.1	534700	535956	D	An09g02470	join(<534700..534896,534966..535471,535523..>535956)	Aspergillus niger	4983779
An09g02480	mRNA	An09g02480	NT_166525.1	536000	536698	R	An09g02480	complement(join(<536000..536274,536361..536417,536587..>536698))	Aspergillus niger	84591979
An09g02490	mRNA	An09g02490	NT_166525.1	537387	538521	R	An09g02490	complement(join(<537387..538431,538488..>538521))	Aspergillus niger	4983781
An09g02500	mRNA	An09g02500	NT_166525.1	538556	540074	D	An09g02500	join(<538556..538578,538701..538808,538931..539041,539104..539189,539260..539331,539659..539729,539828..539893,539985..>540074)	Aspergillus niger	84591980
An09g02510	mRNA	An09g02510	NT_166525.1	540726	541542	D	An09g02510	join(<540726..540736,540811..540865,540926..541031,541099..541404,541475..>541542)	Aspergillus niger	4983783
An09g02520	mRNA	An09g02520	NT_166525.1	541818	542591	R	An09g02520	complement(<541818..>542591)	Aspergillus niger	4983784
An09g02530	mRNA	An09g02530	NT_166525.1	543956	545405	R	An09g02530	complement(join(<543956..544246,544280..545310,545375..>545405))	Aspergillus niger	4983785
An09g02540	mRNA	An09g02540	NT_166525.1	546524	548569	D	An09g02540	<546524..>548569	Aspergillus niger	4983786
An09g02550	mRNA	An09g02550	NT_166525.1	549191	551729	R	An09g02550	complement(join(<549191..549294,549364..549442,549513..549660,549725..549853,549908..549985,550038..550239,550292..550316,550363..550395,550446..550474,550530..550564,550616..550694,550749..550863,550919..550990,551034..551098,551202..551230,551292..551364,551421..551490,551548..551581,551641..>551729))	Aspergillus niger	4983787
An09g02560	mRNA	An09g02560	NT_166525.1	552613	554549	D	An09g02560	join(<552613..552743,552803..552833,552897..553034,553091..553391,553504..>554549)	Aspergillus niger	4983788
An09g02580	mRNA	An09g02580	NT_166525.1	555185	556720	R	An09g02580	complement(<555185..>556720)	Aspergillus niger	84591981
An09g02590	mRNA	An09g02590	NT_166525.1	558276	559907	R	An09g02590	complement(join(<558276..558456,558513..559780,559857..>559907))	Aspergillus niger	4983790
An09g02600	mRNA	An09g02600	NT_166525.1	560115	560773	R	An09g02600	complement(join(<560115..560171,560384..560563,560693..>560773))	Aspergillus niger	84591982
An09g02610	mRNA	An09g02610	NT_166525.1	561165	562121	D	An09g02610	<561165..>562121	Aspergillus niger	4983793
An09g02620	mRNA	An09g02620	NT_166525.1	562395	565232	R	An09g02620	complement(join(<562395..563760,563825..564546,564662..564813,564856..565093,565158..>565232))	Aspergillus niger	4983794
An09g02630	mRNA	An09g02630	NT_166525.1	569180	569607	D	An09g02630	join(<569180..569208,569266..569314,569578..>569607)	Aspergillus niger	84591983
An09g02640	mRNA	An09g02640	NT_166525.1	570073	571254	D	An09g02640	join(<570073..570137,570348..>571254)	Aspergillus niger	84591984
An09g02650	mRNA	An09g02650	NT_166525.1	572335	574414	R	An09g02650	complement(join(<572335..572567,572624..572729,572794..572956,573009..573544,573640..573684,573751..574113,574156..574292,574360..>574414))	Aspergillus niger	4983797
An09g02660	mRNA	An09g02660	NT_166525.1	575317	576618	D	An09g02660	<575317..>576618	Aspergillus niger	4983798
An09g02670	mRNA	An09g02670	NT_166525.1	576892	577064	D	An09g02670	join(<576892..576894,576945..>577064)	Aspergillus niger	84591985
An09g02680	mRNA	An09g02680	NT_166525.1	577770	579258	D	An09g02680	join(<577770..577797,577846..577969,578070..578145,578224..578312,578437..578540,578647..578972,579070..>579258)	Aspergillus niger	84591986
An09g02690	mRNA	An09g02690	NT_166525.1	579378	579900	R	An09g02690	complement(join(<579378..579589,579779..579799,579888..>579900))	Aspergillus niger	84591987
An09g02700	mRNA	An09g02700	NT_166525.1	580075	581631	R	An09g02700	complement(join(<580075..580845,580896..581105,581161..581222,581273..581460,581528..>581631))	Aspergillus niger	4983802
An09g02705	mRNA	An09g02705	NT_166525.1	582126	582327	D	An09g02705	join(<582126..582182,582247..>582327)	Aspergillus niger	84591988
An09g02710	mRNA	An09g02710	NT_166525.1	582618	584244	D	An09g02710	join(<582618..582789,582884..582987,583043..583114,583174..>584244)	Aspergillus niger	4983804
An09g02720	mRNA	An09g02720	NT_166525.1	585433	586935	R	An09g02720	complement(<585433..>586935)	Aspergillus niger	4983805
An09g02730	mRNA	An09g02730	NT_166525.1	587563	588457	D	An09g02730	join(<587563..588017,588085..>588457)	Aspergillus niger	4983806
An09g02740	mRNA	An09g02740	NT_166525.1	588608	591914	R	An09g02740	complement(join(<588608..589159,589213..591780,591834..>591914))	Aspergillus niger	4983807
An09g02750	mRNA	An09g02750	NT_166525.1	592359	592783	R	An09g02750	complement(join(<592359..592544,592598..>592783))	Aspergillus niger	84591989
An09g02760	mRNA	An09g02760	NT_166525.1	593547	594799	D	An09g02760	join(<593547..594300,594391..594465,594573..>594799)	Aspergillus niger	84591990
An09g02770	mRNA	An09g02770	NT_166525.1	594809	597799	R	An09g02770	complement(join(<594809..594887,594960..>597799))	Aspergillus niger	4983810
An09g02780	mRNA	An09g02780	NT_166525.1	598762	602144	R	An09g02780	complement(join(<598762..601986,602133..>602144))	Aspergillus niger	4983811
An09g02790	mRNA	An09g02790	NT_166525.1	602758	604370	R	An09g02790	complement(join(<602758..604210,604252..>604370))	Aspergillus niger	4983812
An09g02800	mRNA	An09g02800	NT_166525.1	605482	611272	R	An09g02800	complement(join(<605482..608423,608566..609071,609102..609411,609691..>611272))	Aspergillus niger	4983813
An09g02810	mRNA	An09g02810	NT_166525.1	611717	613328	R	An09g02810	complement(join(<611717..612877,612933..613223,613287..>613328))	Aspergillus niger	4983814
An09g02820	mRNA	An09g02820	NT_166525.1	613704	616799	D	An09g02820	join(<613704..614255,614414..614617,614670..615003,615055..>616799)	Aspergillus niger	4983815
An09g02830	mRNA	An09g02830	NT_166525.1	617794	620165	D	An09g02830	join(<617794..617822,617891..618160,618212..>620165)	Aspergillus niger	4983816
An09g02840	mRNA	An09g02840	NT_166525.1	620770	621677	D	An09g02840	join(<620770..621172,621262..>621677)	Aspergillus niger	4983817
An09g02850	mRNA	An09g02850	NT_166525.1	622596	623243	R	An09g02850	complement(<622596..>623243)	Aspergillus niger	84591991
An09g02860	mRNA	An09g02860	NT_166525.1	624042	625048	R	An09g02860	complement(join(<624042..624505,624585..624591,624655..624816,624965..>625048))	Aspergillus niger	4983819
An09g02870	mRNA	An09g02870	NT_166525.1	625827	628327	D	An09g02870	join(<625827..626540,626619..626761,626815..627249,627294..628188,628322..>628327)	Aspergillus niger	4983820
An09g02880	mRNA	An09g02880	NT_166525.1	629019	630485	D	An09g02880	join(<629019..630285,630340..>630485)	Aspergillus niger	4983821
An09g02890	mRNA	An09g02890	NT_166525.1	631003	632334	D	An09g02890	join(<631003..631919,632031..>632334)	Aspergillus niger	4983822
An09g02900	mRNA	An09g02900	NT_166525.1	632893	635319	R	An09g02900	complement(<632893..>635319)	Aspergillus niger	4983823
An09g02910	mRNA	An09g02910	NT_166525.1	636540	638966	R	An09g02910	complement(join(<636540..637310,637500..>638966))	Aspergillus niger	4983824
An09g02920	mRNA	An09g02920	NT_166525.1	643302	644949	D	An09g02920	join(<643302..643417,643475..644170,644232..644361,644746..>644949)	Aspergillus niger	4983825
An09g02930	mRNA	An09g02930	NT_166525.1	645332	647111	R	An09g02930	complement(join(<645332..646172,646234..646774,646845..646952,647018..>647111))	Aspergillus niger	4983826
An09g02940	mRNA	An09g02940	NT_166525.1	647671	648506	R	An09g02940	complement(join(<647671..647711,647887..647940,648034..648129,648287..>648506))	Aspergillus niger	84591992
An09g02943	mRNA	An09g02943	NT_166525.1	649858	650112	R	An09g02943	complement(<649858..>650112)	Aspergillus niger	84591993
An09g02945	mRNA	An09g02945	NT_166525.1	651461	651951	R	An09g02945	complement(join(<651461..651668,651735..651853,651907..>651951))	Aspergillus niger	84591994
An09g02950	mRNA	An09g02950	NT_166525.1	656608	658098	R	An09g02950	complement(join(<656608..657960,658027..>658098))	Aspergillus niger	4983830
An09g02960	mRNA	An09g02960	NT_166525.1	658318	661476	D	An09g02960	join(<658318..658552,658691..659702,659754..>661476)	Aspergillus niger	4983831
An09g02970	mRNA	An09g02970	NT_166525.1	662230	662465	R	An09g02970	complement(join(<662230..662263,662335..>662465))	Aspergillus niger	84591995
An09g02980	mRNA	An09g02980	NT_166525.1	663980	665203	D	An09g02980	join(<663980..664248,664312..664434,664498..>665203)	Aspergillus niger	4983833
An09g02990	mRNA	An09g02990	NT_166525.1	665273	666799	R	An09g02990	complement(join(<665273..666039,666350..666482,666638..>666799))	Aspergillus niger	4983834
An09g03000	mRNA	An09g03000	NT_166525.1	669619	670446	D	An09g03000	join(<669619..669842,669921..>670446)	Aspergillus niger	4983835
An09g03010	mRNA	An09g03010	NT_166525.1	671532	672164	R	An09g03010	complement(join(<671532..671594,671763..>672164))	Aspergillus niger	4983836
An09g03020	mRNA	An09g03020	NT_166525.1	673971	674938	D	An09g03020	join(<673971..674067,674190..>674938)	Aspergillus niger	4983837
An09g03030	mRNA	An09g03030	NT_166525.1	675020	676694	R	An09g03030	complement(join(<675020..676268,676393..>676694))	Aspergillus niger	4983838
An09g03040	mRNA	An09g03040	NT_166525.1	677274	679090	D	An09g03040	join(<677274..677311,677443..>679090)	Aspergillus niger	4983839
An09g03050	mRNA	An09g03050	NT_166525.1	680391	685863	D	An09g03050	join(<680391..680501,680654..680758,680875..682405,682500..682592,683006..683415,683460..685259,685322..685432,685501..685589,685692..>685863)	Aspergillus niger	4983840
An09g03060	mRNA	An09g03060	NT_166525.1	686492	687666	D	An09g03060	join(<686492..686510,687038..>687666)	Aspergillus niger	10098215
An09g03070	mRNA	An09g03070	NT_166525.1	688283	696300	R	An09g03070	complement(join(<688283..688306,688383..688415,688823..689331,689391..689596,689678..695653,695715..695890,695944..>696300))	Aspergillus niger	4983842
An09g03080	mRNA	An09g03080	NT_166525.1	697277	697935	D	An09g03080	join(<697277..697349,697490..>697935)	Aspergillus niger	84591996
An09g03090	mRNA	An09g03090	NT_166525.1	699514	700886	R	An09g03090	complement(join(<699514..699730,699812..699843,699952..700093,700181..700362,700564..700653,700695..>700886))	Aspergillus niger	84591997
An09g03100	mRNA	An09g03100	NT_166525.1	701095	702819	D	An09g03100	join(<701095..702105,702163..>702819)	Aspergillus niger	4983845
An09g03110	mRNA	An09g03110	NT_166525.1	703518	705667	D	An09g03110	join(<703518..703596,703675..704082,704171..704586,704637..704825,704924..704944,705002..705221,705270..705531,705634..>705667)	Aspergillus niger	4983846
An09g03120	mRNA	An09g03120	NT_166525.1	706289	707675	R	An09g03120	complement(join(<706289..706505,706716..706872,707020..707204,707277..707411,707479..707557,707624..>707675))	Aspergillus niger	4983847
An09g03130	mRNA	An09g03130	NT_166525.1	709618	711975	R	An09g03130	complement(join(<709618..711317,711370..711682,711742..>711975))	Aspergillus niger	4983848
An09g03140	mRNA	An09g03140	NT_166525.1	713099	715058	D	An09g03140	join(<713099..713731,713799..713837,713979..714243,714659..714666,714768..>715058)	Aspergillus niger	4983849
An09g03150	mRNA	An09g03150	NT_166525.1	715939	716942	R	An09g03150	complement(join(<715939..716152,716232..716311,716421..716496,716542..716631,716711..716797,716890..>716942))	Aspergillus niger	84591998
An09g03160	mRNA	An09g03160	NT_166525.1	716966	721480	D	An09g03160	join(<716966..717248,717356..720249,720331..720560,720622..>721480)	Aspergillus niger	4983851
An09g03170	mRNA	An09g03170	NT_166525.1	722143	724382	R	An09g03170	complement(join(<722143..722676,722984..723050,723107..723221,723288..723942,724013..724137,724304..>724382))	Aspergillus niger	4983852
An09g03180	mRNA	An09g03180	NT_166525.1	725541	726620	D	An09g03180	join(<725541..725905,725967..726028,726096..726427,726525..>726620)	Aspergillus niger	4983853
An09g03190	mRNA	An09g03190	NT_166525.1	727140	727666	R	An09g03190	complement(join(<727140..727508,727556..>727666))	Aspergillus niger	84591999
An09g03200	mRNA	An09g03200	NT_166525.1	728299	729716	D	An09g03200	join(<728299..728599,728679..728806,728887..729069,729132..>729716)	Aspergillus niger	4983855
An09g03210	mRNA	An09g03210	NT_166525.1	730537	732342	R	An09g03210	complement(join(<730537..730668,730731..731601,731668..731792,731853..732040,732111..>732342))	Aspergillus niger	4983856
An09g03220	mRNA	An09g03220	NT_166525.1	733556	734642	R	An09g03220	complement(join(<733556..733713,733773..733856,733944..733977,734103..734232,734303..734507,734609..>734642))	Aspergillus niger	84592000
An09g03230	mRNA	An09g03230	NT_166525.1	735347	736738	D	An09g03230	join(<735347..735473,735543..735562,735613..735649,735702..735769,735823..736193,736252..>736738)	Aspergillus niger	4983858
An09g03240	mRNA	An09g03240	NT_166525.1	738551	739888	D	An09g03240	join(<738551..738647,738744..>739888)	Aspergillus niger	4983859
An09g03250	mRNA	An09g03250	NT_166525.1	740184	742331	D	An09g03250	join(<740184..740259,740357..740407,740491..>742331)	Aspergillus niger	84592001
An09g03260	mRNA	pgaD	NT_166525.1	743249	744964	R	An09g03260	complement(join(<743249..743530,743591..744044,744102..744247,744306..744614,744668..>744964))	Aspergillus niger	4983861
An09g03265	mRNA	An09g03265	NT_166525.1	746814	747095	D	An09g03265	<746814..>747095	Aspergillus niger	84592002
An09g03270	mRNA	An09g03270	NT_166525.1	747640	748599	D	An09g03270	join(<747640..747793,747850..748071,748154..>748599)	Aspergillus niger	4983863
An09g03280	mRNA	An09g03280	NT_166525.1	749081	750209	D	An09g03280	join(<749081..749228,749284..749547,749650..>750209)	Aspergillus niger	84592003
An09g03290	mRNA	An09g03290	NT_166525.1	750425	751558	R	An09g03290	complement(<750425..>751558)	Aspergillus niger	4983865
An09g03300	mRNA	An09g03300	NT_166525.1	753351	755561	D	An09g03300	<753351..>755561	Aspergillus niger	4983866
An09g03310	mRNA	An09g03310	NT_166525.1	756045	757032	R	An09g03310	complement(join(<756045..756353,756390..756857,756913..>757032))	Aspergillus niger	4983867
An09g03320	mRNA	An09g03320	NT_166525.1	758201	760091	R	An09g03320	complement(join(<758201..758453,758520..758651,758716..759702,759766..>760091))	Aspergillus niger	4983868
An09g03330	mRNA	An09g03330	NT_166525.1	761546	762153	D	An09g03330	join(<761546..761679,761738..761940,762077..>762153)	Aspergillus niger	4983869
An09g03340	mRNA	An09g03340	NT_166525.1	762851	765086	D	An09g03340	join(<762851..762954,763058..763287,763336..763647,763715..764238,764287..764608,764681..764823,764895..>765086)	Aspergillus niger	4983870
An09g03350	mRNA	An09g03350	NT_166525.1	766146	767970	D	An09g03350	join(<766146..766746,766809..767148,767208..767482,767545..767787,767870..>767970)	Aspergillus niger	4983871
An09g03360	mRNA	An09g03360	NT_166525.1	770456	770904	D	An09g03360	join(<770456..770578,770662..770757,770815..>770904)	Aspergillus niger	84592004
An09g03370	mRNA	An09g03370	NT_166525.1	773485	774569	R	An09g03370	complement(join(<773485..773559,773627..773688,773745..773818,774045..774107,774257..774405,774546..>774569))	Aspergillus niger	4983873
An09g03380	mRNA	An09g03380	NT_166525.1	776025	778142	R	An09g03380	complement(join(<776025..777695,777837..>778142))	Aspergillus niger	4983874
An09g03390	mRNA	An09g03390	NT_166525.1	779313	779507	D	An09g03390	join(<779313..779328,779407..>779507)	Aspergillus niger	84592005
An09g03400	mRNA	An09g03400	NT_166525.1	779620	780493	R	An09g03400	complement(join(<779620..779705,779774..779954,780039..780233,780302..780376,780458..>780493))	Aspergillus niger	84592006
An09g03410	mRNA	An09g03410	NT_166525.1	781871	782443	R	An09g03410	complement(join(<781871..782067,782123..782221,782278..>782443))	Aspergillus niger	84592007
An09g03420	mRNA	An09g03420	NT_166525.1	783655	783973	D	An09g03420	join(<783655..783735,783848..>783973)	Aspergillus niger	84592008
An09g03430	mRNA	An09g03430	NT_166525.1	784537	786770	R	An09g03430	complement(join(<784537..784791,784883..784925,785023..785211,785252..785278,785379..785693,785933..786018,786073..786242,786342..786588,786669..>786770))	Aspergillus niger	84592009
An09g03440	mRNA	An09g03440	NT_166525.1	787922	788989	D	An09g03440	join(<787922..788137,788240..>788989)	Aspergillus niger	4983880
An09g03450	mRNA	An09g03450	NT_166525.1	789604	790616	R	An09g03450	complement(join(<789604..789867,790029..790280,790374..>790616))	Aspergillus niger	4983881
An09g03460	mRNA	An09g03460	NT_166525.1	791621	792014	R	An09g03460	complement(join(<791621..791939,792010..>792014))	Aspergillus niger	84592010
An09g03470	mRNA	An09g03470	NT_166525.1	792273	795233	D	An09g03470	join(<792273..792987,793207..>795233)	Aspergillus niger	4983883
An09g03480	mRNA	An09g03480	NT_166525.1	795999	796491	D	An09g03480	join(<795999..796012,796097..796347,796460..>796491)	Aspergillus niger	4983884
An09g03490	mRNA	An09g03490	NT_166525.1	797436	800005	D	An09g03490	join(<797436..798332,798383..799287,799378..>800005)	Aspergillus niger	4983885
An09g03500	mRNA	bphA	NT_166525.1	800821	802454	D	An09g03500	join(<800821..801119,801200..>802454)	Aspergillus niger	4983886
An09g03510	mRNA	An09g03510	NT_166525.1	803182	805982	R	An09g03510	complement(join(<803182..803437,803476..804232,804284..804543,804592..805035,805090..805425,805487..805593,805683..805740,805828..>805982))	Aspergillus niger	4983887
An09g03520	mRNA	An09g03520	NT_166525.1	806987	807823	D	An09g03520	join(<806987..807094,807226..807297,807354..807525,807723..>807823)	Aspergillus niger	84592011
An09g03530	mRNA	An09g03530	NT_166525.1	808024	808725	D	An09g03530	join(<808024..808165,808220..808338,808407..808616,808687..>808725)	Aspergillus niger	4983889
An09g03540	mRNA	An09g03540	NT_166525.1	809100	809483	D	An09g03540	<809100..>809483	Aspergillus niger	84592012
An09g03550	mRNA	An09g03550	NT_166525.1	810000	810644	D	An09g03550	join(<810000..810056,810152..810307,810438..>810644)	Aspergillus niger	84592013
An09g03560	mRNA	An09g03560	NT_166525.1	810991	811531	D	An09g03560	join(<810991..811111,811188..811396,811451..>811531)	Aspergillus niger	4983892
An09g03570	mRNA	An09g03570	NT_166525.1	812079	814028	D	An09g03570	join(<812079..812215,812368..812511,812619..812870,813071..813255,813340..813438,813489..813561,813857..>814028)	Aspergillus niger	84592014
An09g03580	mRNA	An09g03580	NT_166525.1	814670	815637	D	An09g03580	join(<814670..814807,814873..814908,814988..815218,815281..>815637)	Aspergillus niger	84592015
An09g03590	mRNA	An09g03590	NT_166525.1	815720	816400	R	An09g03590	complement(join(<815720..815843,815884..815952,816039..816126,816292..>816400))	Aspergillus niger	84592016
An09g03600	mRNA	An09g03600	NT_166525.1	816712	818279	D	An09g03600	join(<816712..817192,817249..>818279)	Aspergillus niger	4983896
An09g03610	mRNA	An09g03610	NT_166525.1	818605	819352	R	An09g03610	complement(join(<818605..818687,818750..818912,819068..>819352))	Aspergillus niger	84592017
An09g03620	mRNA	An09g03620	NT_166525.1	819957	820592	R	An09g03620	complement(<819957..>820592)	Aspergillus niger	4983898
An09g03630	mRNA	An09g03630	NT_166525.1	821370	823284	D	An09g03630	join(<821370..821529,821589..821858,821912..>823284)	Aspergillus niger	4983899
An09g03640	mRNA	An09g03640	NT_166525.1	823645	825415	R	An09g03640	complement(join(<823645..823674,823816..824242,824297..824447,824518..>825415))	Aspergillus niger	4983900
An09g03650	mRNA	An09g03650	NT_166525.1	825921	826654	R	An09g03650	complement(join(<825921..826325,826394..>826654))	Aspergillus niger	4983901
An09g03660	mRNA	An09g03660	NT_166525.1	827664	829461	R	An09g03660	complement(join(<827664..827674,827777..827880,827930..827949,828178..>829461))	Aspergillus niger	4983902
An09g03680	mRNA	An09g03680	NT_166525.1	830717	832058	D	An09g03680	join(<830717..830842,830928..831029,831070..831410,831537..831726,831912..>832058)	Aspergillus niger	84592018
An09g03690	mRNA	An09g03690	NT_166525.1	832743	833923	R	An09g03690	complement(join(<832743..832859,832934..833077,833267..833349,833438..833534,833816..>833923))	Aspergillus niger	84592019
An09g03700	mRNA	An09g03700	NT_166525.1	834463	836352	R	An09g03700	complement(join(<834463..835385,835561..835795,835849..>836352))	Aspergillus niger	4983905
An09g03710	mRNA	An09g03710	NT_166525.1	837773	838891	R	An09g03710	complement(join(<837773..838449,838495..>838891))	Aspergillus niger	4983906
An09g03720	mRNA	An09g03720	NT_166525.1	839403	840311	D	An09g03720	<839403..>840311	Aspergillus niger	4983907
An09g03730	mRNA	An09g03730	NT_166525.1	840607	842975	R	An09g03730	complement(join(<840607..842618,842969..>842975))	Aspergillus niger	4983908
An09g03740	mRNA	An09g03740	NT_166525.1	843537	844472	D	An09g03740	<843537..>844472	Aspergillus niger	4983909
An09g03750	mRNA	An09g03750	NT_166525.1	844913	847975	R	An09g03750	complement(join(<844913..845508,845568..845772,845825..845879,845936..846200,846261..846378,846432..846549,846600..846727,846785..846864,846920..847047,847103..847209,847263..847358,847407..847421,847469..847556,847606..847774,847825..>847975))	Aspergillus niger	4983910
An09g03760	mRNA	An09g03760	NT_166525.1	849956	852085	R	An09g03760	complement(join(<849956..851009,851061..851154,851209..851253,851304..851387,851438..851554,851614..>852085))	Aspergillus niger	10098221
An09g03770	mRNA	An09g03770	NT_166525.1	853609	854379	R	An09g03770	complement(<853609..>854379)	Aspergillus niger	4983912
An09g03780	mRNA	pepD	NT_166525.1	856630	858033	D	An09g03780	join(<856630..856953,857005..857449,857497..857585,857641..>858033)	Aspergillus niger	4983913
An09g03790	mRNA	An09g03790	NT_166525.1	858660	860798	D	An09g03790	join(<858660..858847,858940..858961,859009..859082,859133..859462,859517..860329,860544..860570,860618..>860798)	Aspergillus niger	4983914
An09g03800	mRNA	An09g03800	NT_166525.1	862045	863428	R	An09g03800	complement(join(<862045..862154,862233..862509,862576..863060,863371..>863428))	Aspergillus niger	4983915
An09g03810	mRNA	An09g03810	NT_166525.1	864645	866214	D	An09g03810	join(<864645..864940,865024..866042,866078..>866214)	Aspergillus niger	4983916
An09g03820	mRNA	An09g03820	NT_166525.1	866322	868411	R	An09g03820	complement(join(<866322..867198,867250..867687,867717..>868411))	Aspergillus niger	4983917
An09g03830	mRNA	An09g03830	NT_166525.1	868689	870017	D	An09g03830	<868689..>870017	Aspergillus niger	4983918
An09g03840	mRNA	An09g03840	NT_166525.1	870406	871560	R	An09g03840	complement(join(<870406..870858,870919..871240,871296..871439,871493..>871560))	Aspergillus niger	84592020
An09g03850	mRNA	An09g03850	NT_166525.1	872760	874799	R	An09g03850	complement(<872760..>874799)	Aspergillus niger	4983920
An09g03860	mRNA	An09g03860	NT_166525.1	875973	876770	D	An09g03860	join(<875973..876042,876105..876182,876253..>876770)	Aspergillus niger	4983921
An09g03870	mRNA	An09g03870	NT_166525.1	877279	879766	D	An09g03870	join(<877279..877323,877394..>879766)	Aspergillus niger	4983922
An09g03880	mRNA	An09g03880	NT_166525.1	880057	882573	R	An09g03880	complement(join(<880057..880191,880261..880614,880677..880886,880921..880958,881033..881911,881967..882094,882157..882305,882367..>882573))	Aspergillus niger	4983923
An09g03890	mRNA	An09g03890	NT_166525.1	882946	884191	R	An09g03890	complement(join(<882946..883164,883219..883500,883550..883632,883684..883800,883847..883961,884012..>884191))	Aspergillus niger	4983924
An09g03900	mRNA	An09g03900	NT_166525.1	884644	885921	D	An09g03900	join(<884644..884709,884770..>885921)	Aspergillus niger	4983925
An09g03910	mRNA	An09g03910	NT_166525.1	886659	887723	R	An09g03910	complement(join(<886659..886877,886967..887124,887417..>887723))	Aspergillus niger	84592021
An09g03920	mRNA	An09g03920	NT_166525.1	888043	889670	R	An09g03920	complement(join(<888043..888187,888246..888691,888746..889139,889198..>889670))	Aspergillus niger	4983927
An09g03930	mRNA	An09g03930	NT_166525.1	889991	891267	D	An09g03930	join(<889991..890177,890232..890302,890372..890745,890775..>891267)	Aspergillus niger	4983928
An09g03940	mRNA	An09g03940	NT_166525.1	892616	893894	D	An09g03940	join(<892616..893793,893867..>893894)	Aspergillus niger	4983929
An09g03950	mRNA	An09g03950	NT_166525.1	894420	895909	R	An09g03950	complement(join(<894420..894782,894845..895169,895225..895722,895794..>895909))	Aspergillus niger	4983930
An09g03960	mRNA	An09g03960	NT_166525.1	896408	897614	D	An09g03960	join(<896408..896744,896818..>897614)	Aspergillus niger	4983931
An09g03970	mRNA	An09g03970	NT_166525.1	897938	899379	R	An09g03970	complement(join(<897938..897995,898034..898908,899095..>899379))	Aspergillus niger	4983932
An09g03980	mRNA	An09g03980	NT_166525.1	900044	901163	R	An09g03980	complement(join(<900044..900831,900893..>901163))	Aspergillus niger	4983933
An09g03990	mRNA	An09g03990	NT_166525.1	901640	902172	D	An09g03990	join(<901640..901666,901767..901809,901960..901995,902093..>902172)	Aspergillus niger	4983934
An09g04000	mRNA	An09g04000	NT_166525.1	902812	903337	R	An09g04000	complement(join(<902812..902964,903077..>903337))	Aspergillus niger	4983935
An09g04010	mRNA	An09g04010	NT_166525.1	904461	907538	R	An09g04010	complement(join(<904461..904598,904667..905496,905564..906410,906462..906823,906888..907368,907452..>907538))	Aspergillus niger	4983936
An09g04020	mRNA	An09g04020	NT_166525.1	910036	910741	R	An09g04020	complement(join(<910036..910245,910502..910525,910595..>910741))	Aspergillus niger	84592022
An09g04030	mRNA	An09g04030	NT_166525.1	912653	913555	D	An09g04030	<912653..>913555	Aspergillus niger	4983938
An09g04040	mRNA	An09g04040	NT_166525.1	915220	916366	R	An09g04040	complement(join(<915220..915308,915345..915414,915492..915548,915602..915657,915730..915967,916058..916102,916180..916224,916328..>916366))	Aspergillus niger	84592023
An09g04050	mRNA	An09g04050	NT_166525.1	916394	917753	D	An09g04050	join(<916394..916430,916489..>917753)	Aspergillus niger	4983940
An09g04060	mRNA	An09g04060	NT_166525.1	918211	920255	R	An09g04060	complement(join(<918211..919185,919246..919437,919491..920025,920155..>920255))	Aspergillus niger	4983941
An09g04070	mRNA	An09g04070	NT_166525.1	920696	921805	D	An09g04070	join(<920696..920770,920856..920945,921000..921181,921235..921604,921653..>921805)	Aspergillus niger	4983942
An09g04080	mRNA	An09g04080	NT_166525.1	922046	923004	D	An09g04080	join(<922046..922068,922116..>923004)	Aspergillus niger	4983943
An09g04090	mRNA	An09g04090	NT_166525.1	923202	924110	R	An09g04090	complement(join(<923202..923623,923789..>924110))	Aspergillus niger	4983944
An09g04100	mRNA	An09g04100	NT_166525.1	924541	928982	R	An09g04100	complement(join(<924541..928798,928888..>928982))	Aspergillus niger	4983945
An09g04110	mRNA	An09g04110	NT_166525.1	929442	931500	R	An09g04110	complement(join(<929442..930705,930764..>931500))	Aspergillus niger	4983946
An09g04120	mRNA	An09g04120	NT_166525.1	931766	932806	D	An09g04120	join(<931766..931814,931864..931889,931943..931968,932020..932058,932111..932139,932190..932343,932515..>932806)	Aspergillus niger	4983947
An09g04130	mRNA	An09g04130	NT_166525.1	932972	934101	R	An09g04130	complement(join(<932972..933496,933600..933651,933806..933913,934007..>934101))	Aspergillus niger	4983948
An09g04140	mRNA	An09g04140	NT_166525.1	934806	936866	R	An09g04140	complement(join(<934806..934898,934951..935541,935592..935833,935894..936285,936340..>936866))	Aspergillus niger	84592024
An09g04150	mRNA	An09g04150	NT_166525.1	937023	939107	R	An09g04150	complement(join(<937023..937969,938020..938195,938256..938395,938481..>939107))	Aspergillus niger	4983950
An09g04160	mRNA	An09g04160	NT_166525.1	939680	940042	D	An09g04160	<939680..>940042	Aspergillus niger	84592025
An09g04170	mRNA	An09g04170	NT_166525.1	940815	943120	D	An09g04170	join(<940815..940854,940918..941134,941206..941588,941643..>943120)	Aspergillus niger	4983952
An09g04180	mRNA	An09g04180	NT_166525.1	943545	944741	R	An09g04180	complement(join(<943545..943939,944000..>944741))	Aspergillus niger	4983953
An09g04190	mRNA	An09g04190	NT_166525.1	945987	948119	D	An09g04190	join(<945987..946250,946303..946411,946476..946714,946770..>948119)	Aspergillus niger	4983954
An09g04200	mRNA	An09g04200	NT_166525.1	948404	949080	R	An09g04200	complement(join(<948404..948409,948594..948900,948959..>949080))	Aspergillus niger	4983955
An09g04210	mRNA	An09g04210	NT_166525.1	950269	951346	D	An09g04210	join(<950269..950442,950511..951135,951243..>951346)	Aspergillus niger	4983956
An09g04230	mRNA	An09g04230	NT_166525.1	952105	953623	D	An09g04230	join(<952105..952319,952449..952783,952845..953149,953205..953388,953430..>953623)	Aspergillus niger	4983958
An09g04240	mRNA	An09g04240	NT_166525.1	953924	954563	R	An09g04240	complement(join(<953924..954325,954423..>954563))	Aspergillus niger	4983959
An09g04250	mRNA	An09g04250	NT_166525.1	955058	956575	R	An09g04250	complement(join(<955058..956233,956285..>956575))	Aspergillus niger	4983960
An09g04260	mRNA	An09g04260	NT_166525.1	956718	957419	R	An09g04260	complement(join(<956718..956933,956995..957301,957349..>957419))	Aspergillus niger	84592026
An09g04270	mRNA	An09g04270	NT_166525.1	957559	958214	D	An09g04270	join(<957559..957683,957773..957878,958021..958081,958165..>958214)	Aspergillus niger	84592027
An09g04280	mRNA	An09g04280	NT_166525.1	958608	960389	R	An09g04280	complement(join(<958608..959030,959265..>960389))	Aspergillus niger	4983963
An09g04290	mRNA	An09g04290	NT_166525.1	960707	961504	R	An09g04290	complement(join(<960707..960992,961045..961157,961252..961287,961454..>961504))	Aspergillus niger	84592028
An09g04300	mRNA	An09g04300	NT_166525.1	961792	963131	D	An09g04300	join(<961792..961975,962038..>963131)	Aspergillus niger	4983965
An09g04310	mRNA	An09g04310	NT_166525.1	964261	965193	R	An09g04310	complement(join(<964261..964288,964342..964783,964878..>965193))	Aspergillus niger	84592029
An09g04330	mRNA	An09g04330	NT_166525.1	965436	967455	D	An09g04330	join(<965436..965915,966018..966339,966716..966759,966962..967066,967138..>967455)	Aspergillus niger	84592030
An09g04335	mRNA	An09g04335	NT_166525.1	969014	969482	D	An09g04335	join(<969014..969364,969432..>969482)	Aspergillus niger	4983968
An09g04350	mRNA	An09g04350	NT_166525.1	969656	970864	R	An09g04350	complement(<969656..>970864)	Aspergillus niger	84592031
An09g04360	mRNA	An09g04360	NT_166525.1	971922	972390	D	An09g04360	join(<971922..972272,972340..>972390)	Aspergillus niger	4983970
An09g04370	mRNA	An09g04370	NT_166525.1	972544	973446	R	An09g04370	complement(<972544..>973446)	Aspergillus niger	4983971
An09g04380	mRNA	An09g04380	NT_166525.1	974218	975712	D	An09g04380	join(<974218..974453,974518..974939,975002..975126,975179..>975712)	Aspergillus niger	4983972
An09g04390	mRNA	An09g04390	NT_166525.1	976108	977585	D	An09g04390	join(<976108..976591,976679..977039,977123..>977585)	Aspergillus niger	4983973
An09g04410	mRNA	An09g04410	NT_166525.1	978768	981540	R	An09g04410	complement(join(<978768..978977,979087..979207,980020..980145,980241..980273,980357..980517,980594..980676,980752..980837,980941..981144,981244..981387,981485..>981540))	Aspergillus niger	84592032
An09g04420	mRNA	An09g04420	NT_166525.1	981709	982207	D	An09g04420	join(<981709..981711,981890..981943,982133..>982207)	Aspergillus niger	84592033
An09g04430	mRNA	An09g04430	NT_166525.1	983334	984928	D	An09g04430	join(<983334..983534,983734..983782,983831..984208,984366..984529,984803..>984928)	Aspergillus niger	84592034
An09g04440	mRNA	An09g04440	NT_166525.1	985894	987939	R	An09g04440	complement(join(<985894..987723,987775..>987939))	Aspergillus niger	4983978
An09g04450	mRNA	An09g04450	NT_166525.1	988687	990183	R	An09g04450	complement(join(<988687..988790,988837..988983,989221..989397,989490..989566,989634..989734,989822..989927,990029..>990183))	Aspergillus niger	84592035
An09g04460	mRNA	An09g04460	NT_166525.1	991112	991797	D	An09g04460	join(<991112..991366,991511..991667,991712..>991797)	Aspergillus niger	84592036
An09g04470	mRNA	An09g04470	NT_166525.1	992432	994017	D	An09g04470	join(<992432..992523,992584..992786,992842..993252,993300..993375,993424..993741,993801..>994017)	Aspergillus niger	4983981
An09g04480	mRNA	An09g04480	NT_166525.1	994304	995266	R	An09g04480	complement(join(<994304..994365,994407..994428,994512..994599,994631..994785,994868..994904,995128..995155,995257..>995266))	Aspergillus niger	84592037
An09g04490	mRNA	An09g04490	NT_166525.1	997018	997782	D	An09g04490	join(<997018..997048,997156..997221,997458..997615,997669..>997782)	Aspergillus niger	84592038
An09g04500	mRNA	An09g04500	NT_166525.1	998318	998567	R	An09g04500	complement(join(<998318..998466,998492..>998567))	Aspergillus niger	84592039
An09g04510	mRNA	An09g04510	NT_166525.1	1000521	1003582	R	An09g04510	complement(join(<1000521..1000769,1000892..1000954,1001009..1001042,1001287..1001315,1001431..1001471,1001560..1001619,1001733..1001842,1002297..1002448,1002684..1002798,1003025..1003167,1003208..>1003582))	Aspergillus niger	4983985
An09g04520	mRNA	An09g04520	NT_166525.1	1004645	1005534	D	An09g04520	join(<1004645..1004794,1004855..1005415,1005469..>1005534)	Aspergillus niger	4983986
An09g04530	mRNA	An09g04530	NT_166525.1	1005858	1007219	D	An09g04530	join(<1005858..1005863,1005912..1006256,1006419..1006571,1006662..>1007219)	Aspergillus niger	4983987
An09g04540	mRNA	An09g04540	NT_166525.1	1008567	1009479	R	An09g04540	complement(join(<1008567..1009200,1009253..>1009479))	Aspergillus niger	4983988
An09g04550	mRNA	An09g04550	NT_166525.1	1009610	1010230	R	An09g04550	complement(<1009610..>1010230)	Aspergillus niger	84592040
An09g04560	mRNA	An09g04560	NT_166525.1	1011718	1012645	D	An09g04560	join(<1011718..1011979,1012070..1012152,1012292..>1012645)	Aspergillus niger	84592041
An09g04570	mRNA	An09g04570	NT_166525.1	1014143	1015879	D	An09g04570	join(<1014143..1014364,1014410..>1015879)	Aspergillus niger	84592042
An09g04580	mRNA	An09g04580	NT_166525.1	1016246	1017409	D	An09g04580	join(<1016246..1017232,1017404..>1017409)	Aspergillus niger	4983992
An09g04590	mRNA	An09g04590	NT_166525.1	1018031	1021525	R	An09g04590	complement(join(<1018031..1021241,1021311..>1021525))	Aspergillus niger	4983993
An09g04600	mRNA	An09g04600	NT_166525.1	1022880	1023335	R	An09g04600	complement(<1022880..>1023335)	Aspergillus niger	4983994
An09g04610	mRNA	An09g04610	NT_166525.1	1024429	1025405	D	An09g04610	join(<1024429..1024618,1024726..>1025405)	Aspergillus niger	84592043
An09g04620	mRNA	An09g04620	NT_166525.1	1027831	1029250	D	An09g04620	join(<1027831..1027884,1027951..1028389,1028451..>1029250)	Aspergillus niger	4983996
An09g04630	mRNA	An09g04630	NT_166525.1	1030023	1030653	D	An09g04630	join(<1030023..1030026,1030284..1030327,1030549..>1030653)	Aspergillus niger	84592044
An09g04640	mRNA	An09g04640	NT_166525.1	1031013	1033992	R	An09g04640	complement(join(<1031013..1031115,1031182..1031351,1031420..1033722,1033775..1033890,1033988..>1033992))	Aspergillus niger	4983998
An09g04650	mRNA	An09g04650	NT_166525.1	1034551	1036774	D	An09g04650	join(<1034551..1034653,1034761..1034878,1034961..1035015,1035084..1035549,1035994..1036545,1036683..>1036774)	Aspergillus niger	4983999
An09g04660	mRNA	An09g04660	NT_166525.1	1037031	1038627	R	An09g04660	complement(join(<1037031..1038102,1038156..1038315,1038573..>1038627))	Aspergillus niger	4984000
An09g04670	mRNA	An09g04670	NT_166525.1	1039124	1039832	R	An09g04670	complement(join(<1039124..1039237,1039350..1039461,1039633..>1039832))	Aspergillus niger	84592045
An09g04680	mRNA	An09g04680	NT_166525.1	1039899	1041437	D	An09g04680	join(<1039899..1039997,1040064..>1041437)	Aspergillus niger	4984002
An09g04690	mRNA	An09g04690	NT_166525.1	1042052	1043302	R	An09g04690	complement(<1042052..>1043302)	Aspergillus niger	4984003
An09g04700	mRNA	An09g04700	NT_166525.1	1043375	1046374	R	An09g04700	complement(join(<1043375..1043572,1043645..1043697,1043783..1043924,1044010..1044268,1044379..1044461,1044770..1044950,1045113..1045409,1045505..1045540,1045624..1045681,1045773..1045887,1046048..1046135,1046259..>1046374))	Aspergillus niger	84592046
An09g04710	mRNA	An09g04710	NT_166525.1	1046497	1050125	D	An09g04710	join(<1046497..1046640,1046738..1046782,1046858..1047073,1047129..1047549,1047601..1048587,1048705..1049088,1049149..1049900,1049964..>1050125)	Aspergillus niger	4984005
An09g04720	mRNA	An09g04720	NT_166525.1	1050400	1051018	D	An09g04720	join(<1050400..1050480,1050557..>1051018)	Aspergillus niger	84592047
An09g04730	mRNA	An09g04730	NT_166525.1	1051158	1053179	D	An09g04730	join(<1051158..1051365,1051473..1052135,1052168..1052332,1052380..1052548,1052591..>1053179)	Aspergillus niger	4984007
An09g04740	mRNA	An09g04740	NT_166525.1	1053488	1054357	R	An09g04740	complement(join(<1053488..1053555,1053862..1053934,1053979..1054154,1054306..>1054357))	Aspergillus niger	84592048
An09g04750	mRNA	An09g04750	NT_166525.1	1055827	1057376	D	An09g04750	join(<1055827..1055876,1055970..1056021,1056269..1056402,1056459..1056534,1056612..1056769,1056953..1057012,1057190..>1057376)	Aspergillus niger	84592049
An09g04760	mRNA	An09g04760	NT_166525.1	1057397	1058364	R	An09g04760	complement(join(<1057397..1057552,1057634..1057726,1058084..1058185,1058275..>1058364))	Aspergillus niger	84592050
An09g04770	mRNA	An09g04770	NT_166525.1	1058470	1060375	R	An09g04770	complement(join(<1058470..1058594,1058751..1058918,1059106..1059249,1059410..1059464,1059637..1059824,1060011..1060176,1060274..>1060375))	Aspergillus niger	84592051
An09g04780	mRNA	An09g04780	NT_166525.1	1060736	1063345	D	An09g04780	<1060736..>1063345	Aspergillus niger	4984012
An09g04790	mRNA	An09g04790	NT_166525.1	1064857	1066587	R	An09g04790	complement(<1064857..>1066587)	Aspergillus niger	4984013
An09g04800	mRNA	An09g04800	NT_166525.1	1067023	1068292	D	An09g04800	join(<1067023..1067037,1067155..1067242,1067514..1067660,1068177..>1068292)	Aspergillus niger	84592052
An09g04810	mRNA	An09g04810	NT_166525.1	1069322	1071287	R	An09g04810	complement(join(<1069322..1069518,1069575..1069673,1069724..1069824,1069874..1070072,1070129..1070216,1070271..1070817,1070881..1071155,1071216..>1071287))	Aspergillus niger	4984015
An09g04820	mRNA	An09g04820	NT_166525.1	1072756	1074359	D	An09g04820	join(<1072756..1073056,1073122..1073277,1073352..1073674,1073749..1073818,1073893..1073990,1074060..1074225,1074331..>1074359)	Aspergillus niger	4984016
An09g04830	mRNA	An09g04830	NT_166525.1	1076026	1077440	D	An09g04830	join(<1076026..1076203,1076254..1076273,1076330..1076366,1076417..1076484,1076538..>1077440)	Aspergillus niger	4984017
An09g04840	mRNA	An09g04840	NT_166525.1	1077875	1080229	D	An09g04840	join(<1077875..1077956,1078122..1078443,1078492..1079204,1079274..>1080229)	Aspergillus niger	4984018
An09g04850	mRNA	An09g04850	NT_166525.1	1080882	1081995	D	An09g04850	join(<1080882..1080939,1081127..1081374,1081455..1081658,1081729..>1081995)	Aspergillus niger	4984019
An09g04860	mRNA	An09g04860	NT_166525.1	1082163	1084589	R	An09g04860	complement(join(<1082163..1082661,1082709..1082944,1082992..1083085,1083137..1083417,1083470..1083765,1083820..1084289,1084340..1084420,1084549..>1084589))	Aspergillus niger	4984020
An09g04870	mRNA	An09g04870	NT_166525.1	1085411	1087324	R	An09g04870	complement(<1085411..>1087324)	Aspergillus niger	4984021
An09g04880	mRNA	An09g04880	NT_166525.1	1088549	1089781	D	An09g04880	<1088549..>1089781	Aspergillus niger	4984022
An09g04890	mRNA	An09g04890	NT_166525.1	1090124	1091018	D	An09g04890	join(<1090124..1090150,1090221..1090869,1090942..>1091018)	Aspergillus niger	4984023
An09g04900	mRNA	An09g04900	NT_166525.1	1091075	1092331	R	An09g04900	complement(join(<1091075..1091184,1091235..1092077,1092208..>1092331))	Aspergillus niger	4984024
An09g04910	mRNA	An09g04910	NT_166525.1	1094547	1095666	R	An09g04910	complement(join(<1094547..1094961,1095023..>1095666))	Aspergillus niger	4984025
An09g04920	mRNA	An09g04920	NT_166525.1	1096183	1097148	D	An09g04920	join(<1096183..1096239,1096323..1096395,1096751..1096878,1096978..>1097148)	Aspergillus niger	84592053
An09g04940	mRNA	An09g04940	NT_166525.1	1098414	1100057	D	An09g04940	<1098414..>1100057	Aspergillus niger	10098035
An09g04950	mRNA	An09g04950	NT_166525.1	1100905	1103145	R	An09g04950	complement(join(<1100905..1101047,1101368..1101653,1101725..1102089,1102158..>1103145))	Aspergillus niger	4984028
An09g04960	mRNA	An09g04960	NT_166525.1	1104014	1105631	D	An09g04960	join(<1104014..1104049,1104108..1104515,1104916..1105179,1105254..1105319,1105383..>1105631)	Aspergillus niger	84592054
An09g04970	mRNA	An09g04970	NT_166525.1	1105726	1106753	R	An09g04970	complement(join(<1105726..1106243,1106315..>1106753))	Aspergillus niger	4984030
An09g04980	mRNA	An09g04980	NT_166525.1	1107180	1108925	R	An09g04980	complement(join(<1107180..1108803,1108861..>1108925))	Aspergillus niger	4984031
An09g04990	mRNA	An09g04990	NT_166525.1	1110621	1112572	D	An09g04990	join(<1110621..1110905,1110962..1111084,1111187..1111339,1111400..1112254,1112315..1112381,1112433..>1112572)	Aspergillus niger	4984032
An09g05000	mRNA	An09g05000	NT_166525.1	1113436	1114234	D	An09g05000	join(<1113436..1113491,1113565..>1114234)	Aspergillus niger	4984033
An09g05010	mRNA	An09g05010	NT_166525.1	1115625	1117320	R	An09g05010	complement(join(<1115625..1115749,1115808..1116745,1116827..>1117320))	Aspergillus niger	4984034
An09g05020	mRNA	An09g05020	NT_166525.1	1117524	1118272	D	An09g05020	join(<1117524..1117601,1117651..1117868,1118137..>1118272)	Aspergillus niger	84592055
An09g05030	mRNA	An09g05030	NT_166525.1	1121174	1121702	R	An09g05030	complement(join(<1121174..1121255,1121305..1121503,1121618..>1121702))	Aspergillus niger	84592056
An09g05040	mRNA	An09g05040	NT_166525.1	1123349	1124957	D	An09g05040	join(<1123349..1123400,1123459..1123615,1123670..>1124957)	Aspergillus niger	4984037
An09g05050	mRNA	An09g05050	NT_166525.1	1125263	1125719	R	An09g05050	complement(join(<1125263..1125319,1125487..1125552,1125639..>1125719))	Aspergillus niger	84592057
An09g05060	mRNA	An09g05060	NT_166525.1	1127767	1129452	D	An09g05060	<1127767..>1129452	Aspergillus niger	4984039
An09g05070	mRNA	An09g05070	NT_166525.1	1129719	1131476	D	An09g05070	<1129719..>1131476	Aspergillus niger	4984040
An09g05080	mRNA	An09g05080	NT_166525.1	1132811	1134769	D	An09g05080	join(<1132811..1132946,1133045..1133107,1133189..1133627,1133695..1133811,1133899..>1134769)	Aspergillus niger	4984041
An09g05100	mRNA	An09g05100	NT_166525.1	1135224	1136351	D	An09g05100	join(<1135224..1135728,1135798..>1136351)	Aspergillus niger	4984043
An09g05110	mRNA	An09g05110	NT_166525.1	1137281	1140382	R	An09g05110	complement(join(<1137281..1137652,1137714..1137984,1138041..1139200,1139268..1139629,1139693..1140146,1140251..>1140382))	Aspergillus niger	4984044
An09g05120	mRNA	An09g05120	NT_166525.1	1141728	1143245	R	An09g05120	complement(<1141728..>1143245)	Aspergillus niger	4984045
An09g05130	mRNA	An09g05130	NT_166525.1	1144315	1145626	R	An09g05130	complement(join(<1144315..1145118,1145178..1145349,1145418..>1145626))	Aspergillus niger	4984046
An09g05140	mRNA	An09g05140	NT_166525.1	1146182	1147255	D	An09g05140	join(<1146182..1146253,1146317..>1147255)	Aspergillus niger	4984047
An09g05150	mRNA	An09g05150	NT_166525.1	1147679	1149209	D	An09g05150	join(<1147679..1147730,1147787..1148169,1148271..1148355,1148478..1148566,1148625..1148841,1148910..1148989,1149051..1149096,1149178..>1149209)	Aspergillus niger	4984048
An09g05160	mRNA	An09g05160	NT_166525.1	1150767	1152034	D	An09g05160	join(<1150767..1151064,1151146..1151232,1151316..1151546,1151641..1151823,1151889..>1152034)	Aspergillus niger	84592058
An09g05170	mRNA	An09g05170	NT_166525.1	1152989	1154218	D	An09g05170	<1152989..>1154218	Aspergillus niger	4984050
An09g05180	mRNA	An09g05180	NT_166525.1	1154917	1156281	D	An09g05180	join(<1154917..1155026,1155123..1155217,1155295..1155445,1155519..>1156281)	Aspergillus niger	4984051
An09g05200	mRNA	An09g05200	NT_166525.1	1165860	1168896	D	An09g05200	join(<1165860..1166572,1166775..1166806,1166848..1167794,1167856..>1168896)	Aspergillus niger	4984052
An09g05210	mRNA	An09g05210	NT_166525.1	1169888	1170768	D	An09g05210	join(<1169888..1170319,1170433..>1170768)	Aspergillus niger	4984054
An09g05220	mRNA	An09g05220	NT_166525.1	1170912	1172204	D	An09g05220	join(<1170912..1170998,1171071..>1172204)	Aspergillus niger	84592059
An09g05230	mRNA	An09g05230	NT_166525.1	1172727	1174638	D	An09g05230	join(<1172727..1172873,1172976..1174403,1174471..>1174638)	Aspergillus niger	4984055
An09g05240	mRNA	An09g05240	NT_166525.1	1178263	1179858	D	An09g05240	join(<1178263..1178310,1178438..1178826,1178880..>1179858)	Aspergillus niger	4984056
An09g05250	mRNA	An09g05250	NT_166525.1	1181518	1182792	R	An09g05250	complement(join(<1181518..1181582,1181670..1182269,1182337..1182675,1182735..>1182792))	Aspergillus niger	4984057
An09g05260	mRNA	An09g05260	NT_166525.1	1183372	1184892	R	An09g05260	complement(join(<1183372..1183441,1183494..1184002,1184066..1184376,1184444..1184606,1184667..1184709,1184766..1184779,1184851..>1184892))	Aspergillus niger	4984058
An09g05270	mRNA	An09g05270	NT_166525.1	1185464	1188439	D	An09g05270	join(<1185464..1185481,1185583..1185695,1185764..1186259,1186307..1186554,1186603..>1188439)	Aspergillus niger	4984059
An09g05280	mRNA	An09g05280	NT_166525.1	1189075	1190279	R	An09g05280	complement(join(<1189075..1189122,1189213..1189718,1189889..1189919,1189955..1189976,1190026..>1190279))	Aspergillus niger	4984060
An09g05290	mRNA	An09g05290	NT_166525.1	1190688	1194959	R	An09g05290	complement(join(<1190688..1193221,1193273..>1194959))	Aspergillus niger	4984061
An09g05300	mRNA	An09g05300	NT_166525.1	1195627	1197211	D	An09g05300	join(<1195627..1195645,1195705..1195767,1195824..1195929,1195980..1196441,1196498..1196983,1197037..>1197211)	Aspergillus niger	4984062
An09g05310	mRNA	An09g05310	NT_166525.1	1198215	1199330	D	An09g05310	join(<1198215..1198420,1198474..1198607,1198665..1198969,1199028..>1199330)	Aspergillus niger	4984063
An09g05320	mRNA	An09g05320	NT_166525.1	1200565	1202934	D	An09g05320	join(<1200565..1200723,1200760..>1202934)	Aspergillus niger	4984064
An09g05330	mRNA	An09g05330	NT_166525.1	1204089	1204684	R	An09g05330	complement(join(<1204089..1204277,1204340..>1204684))	Aspergillus niger	4984065
An09g05340	mRNA	An09g05340	NT_166525.1	1205378	1213500	D	An09g05340	join(<1205378..1205856,1205921..1206446,1206492..1206615,1206680..1206792,1206850..1207294,1207369..1207800,1207873..1210010,1210064..1210160,1210216..1210241,1210294..1211160,1211214..1211495,1211556..1211630,1211689..1212026,1212079..1212556,1212607..>1213500)	Aspergillus niger	4984066
An09g05350	mRNA	An09g05350	NT_166525.1	1214058	1215668	R	An09g05350	complement(<1214058..>1215668)	Aspergillus niger	4984067
An09g05360	mRNA	An09g05360	NT_166525.1	1217715	1218556	R	An09g05360	complement(join(<1217715..1217920,1218091..>1218556))	Aspergillus niger	4984068
An09g05370	mRNA	An09g05370	NT_166525.1	1221659	1225011	D	An09g05370	join(<1221659..1222812,1222877..1224751,1224804..>1225011)	Aspergillus niger	4984069
An09g05380	mRNA	An09g05380	NT_166525.1	1226872	1227937	D	An09g05380	join(<1226872..1227602,1227667..>1227937)	Aspergillus niger	4984070
An09g05390	mRNA	An09g05390	NT_166525.1	1228857	1229110	D	An09g05390	join(<1228857..1228892,1229036..>1229110)	Aspergillus niger	84592060
An09g05400	mRNA	An09g05400	NT_166525.1	1229930	1234202	D	An09g05400	join(<1229930..1230142,1230259..1230365,1230425..1230505,1230570..1230627,1230687..1231873,1231984..1232385,1232442..1232507,1232558..1232875,1232906..>1234202)	Aspergillus niger	4984072
An09g05410	mRNA	An09g05410	NT_166525.1	1234494	1235045	R	An09g05410	complement(join(<1234494..1234845,1234927..>1235045))	Aspergillus niger	4984073
An09g05420	mRNA	An09g05420	NT_166525.1	1235669	1236641	D	An09g05420	join(<1235669..1235814,1235943..1236016,1236115..>1236641)	Aspergillus niger	4984074
An09g05430	mRNA	An09g05430	NT_166525.1	1236742	1237398	R	An09g05430	complement(join(<1236742..1236794,1236983..1237120,1237266..1237277,1237350..>1237398))	Aspergillus niger	10098036
An09g05440	mRNA	An09g05440	NT_166525.1	1237549	1237935	D	An09g05440	join(<1237549..1237677,1237735..>1237935)	Aspergillus niger	84592061
An09g05460	mRNA	An09g05460	NT_166525.1	1238050	1239539	R	An09g05460	complement(join(<1238050..1238841,1238899..1239181,1239241..1239350,1239429..>1239539))	Aspergillus niger	4984077
An09g05470	mRNA	An09g05470	NT_166525.1	1239564	1240923	D	An09g05470	join(<1239564..1239649,1239762..1239854,1240205..1240279,1240446..1240515,1240693..>1240923)	Aspergillus niger	84592062
An09g05480	mRNA	An09g05480	NT_166525.1	1241025	1245363	D	An09g05480	join(<1241025..1241033,1241144..1241264,1241444..1241588,1241647..1241804,1241871..1242060,1242111..1242219,1242272..1243220,1243273..1244405,1244466..1244780,1244834..1244963,1245024..1245079,1245211..>1245363)	Aspergillus niger	4984079
An09g05490	mRNA	An09g05490	NT_166525.1	1245838	1246762	D	An09g05490	join(<1245838..1245990,1246067..1246255,1246385..>1246762)	Aspergillus niger	4984080
An09g05500	mRNA	An09g05500	NT_166525.1	1246974	1249171	D	An09g05500	join(<1246974..1247029,1247140..1247555,1247955..1248063,1248170..1248323,1248501..1248704,1248792..1248946,1249039..>1249171)	Aspergillus niger	84592063
An09g05510	mRNA	An09g05510	NT_166525.1	1249206	1250352	R	An09g05510	complement(join(<1249206..1249793,1250275..>1250352))	Aspergillus niger	84592064
An09g05520	mRNA	An09g05520	NT_166525.1	1250382	1250741	D	An09g05520	<1250382..>1250741	Aspergillus niger	84592065
An09g05530	mRNA	An09g05530	NT_166525.1	1251836	1252640	D	An09g05530	join(<1251836..1252178,1252276..1252349,1252449..>1252640)	Aspergillus niger	4984084
An09g05540	mRNA	An09g05540	NT_166525.1	1252868	1254683	R	An09g05540	complement(join(<1252868..1254454,1254534..>1254683))	Aspergillus niger	4984085
An09g05550	mRNA	An09g05550	NT_166525.1	1255272	1257368	R	An09g05550	complement(join(<1255272..1255706,1255768..1255907,1255961..1256029,1256082..1257104,1257164..>1257368))	Aspergillus niger	4984086
An09g05560	mRNA	An09g05560	NT_166525.1	1257461	1257777	D	An09g05560	join(<1257461..1257506,1257608..>1257777)	Aspergillus niger	84592066
An09g05570	mRNA	An09g05570	NT_166525.1	1257861	1259812	R	An09g05570	complement(join(<1257861..1257953,1258057..1258239,1258296..1258388,1258502..1258739,1258901..1259105,1259260..1259486,1259562..1259688,1259782..>1259812))	Aspergillus niger	84592067
An09g05580	mRNA	An09g05580	NT_166525.1	1260495	1262036	R	An09g05580	complement(join(<1260495..1260924,1260988..1261571,1261654..1261760,1261811..>1262036))	Aspergillus niger	4984089
An09g05590	mRNA	An09g05590	NT_166525.1	1262378	1264619	D	An09g05590	join(<1262378..1262502,1262700..1263554,1263614..>1264619)	Aspergillus niger	4984090
An09g05600	mRNA	An09g05600	NT_166525.1	1265538	1268127	R	An09g05600	complement(join(<1265538..1267547,1267607..1267804,1267897..>1268127))	Aspergillus niger	4984091
An09g05610	mRNA	An09g05610	NT_166525.1	1268924	1271171	R	An09g05610	complement(join(<1268924..1270759,1270806..>1271171))	Aspergillus niger	4984092
An09g05620	mRNA	An09g05620	NT_166525.1	1272339	1272797	R	An09g05620	complement(<1272339..>1272797)	Aspergillus niger	84592068
An09g05625	mRNA	An09g05625	NT_166525.1	1275010	1275295	D	An09g05625	join(<1275010..1275197,1275262..>1275295)	Aspergillus niger	4984094
An09g05630	mRNA	An09g05630	NT_166525.1	1276130	1276743	R	An09g05630	complement(join(<1276130..1276473,1276536..1276561,1276652..1276665,1276735..>1276743))	Aspergillus niger	4984095
An09g05640	mRNA	An09g05640	NT_166525.1	1277241	1279759	D	An09g05640	join(<1277241..1277376,1277439..>1279759)	Aspergillus niger	4984096
An09g05650	mRNA	An09g05650	NT_166525.1	1280641	1282421	D	An09g05650	join(<1280641..1280962,1281031..1281339,1281419..1281778,1281854..1282264,1282324..>1282421)	Aspergillus niger	4984097
An09g05655	mRNA	An09g05655	NT_166525.1	1282792	1284198	D	An09g05655	<1282792..>1284198	Aspergillus niger	4984098
An09g05660	mRNA	An09g05660	NT_166525.1	1284653	1287515	R	An09g05660	complement(join(<1284653..1284762,1284862..1285279,1285333..1285375,1285503..1285841,1285897..1286474,1286523..1286614,1286664..1286689,1286743..1286932,1286993..1287051,1287108..1287258,1287311..1287429,1287487..>1287515))	Aspergillus niger	4984099
An09g05670	mRNA	An09g05670	NT_166525.1	1287603	1289267	D	An09g05670	join(<1287603..1287704,1287892..1287994,1288090..1288500,1288594..>1289267)	Aspergillus niger	4984100
An09g05680	mRNA	An09g05680	NT_166525.1	1289623	1294007	R	An09g05680	complement(join(<1289623..1293582,1293615..>1294007))	Aspergillus niger	4984101
An09g05690	mRNA	An09g05690	NT_166525.1	1294084	1296092	D	An09g05690	join(<1294084..1294183,1294255..1294327,1294412..1294633,1294688..>1296092)	Aspergillus niger	4984102
An09g05700	mRNA	An09g05700	NT_166525.1	1296276	1297147	R	An09g05700	complement(join(<1296276..1296371,1296423..1296789,1296888..>1297147))	Aspergillus niger	4984103
An09g05710	mRNA	An09g05710	NT_166525.1	1298575	1302095	D	An09g05710	join(<1298575..1298796,1298905..1300215,1300286..1301095,1301154..>1302095)	Aspergillus niger	4984104
An09g05720	mRNA	An09g05720	NT_166525.1	1302265	1302517	R	An09g05720	complement(join(<1302265..1302311,1302358..>1302517))	Aspergillus niger	84592069
An09g05730	mRNA	An09g05730	NT_166525.1	1303292	1309971	R	An09g05730	complement(join(<1303292..1304989,1305049..1305804,1305862..1309290,1309343..1309634,1309685..>1309971))	Aspergillus niger	4984106
An09g05740	mRNA	An09g05740	NT_166525.1	1310152	1311732	D	An09g05740	join(<1310152..1310240,1310287..1310408,1310446..1310683,1310776..1310871,1310998..1311075,1311155..1311250,1311331..1311393,1311479..1311515,1311607..>1311732)	Aspergillus niger	84592070
An09g05750	mRNA	An09g05750	NT_166525.1	1311809	1313721	R	An09g05750	complement(join(<1311809..1311959,1312047..1312280,1312722..1313027,1313334..1313461,1313563..>1313721))	Aspergillus niger	84592071
An09g05760	mRNA	An09g05760	NT_166525.1	1314204	1318510	D	An09g05760	join(<1314204..1318081,1318238..1318370,1318454..>1318510)	Aspergillus niger	4984109
An09g05770	mRNA	An09g05770	NT_166525.1	1318879	1320303	R	An09g05770	complement(<1318879..>1320303)	Aspergillus niger	4984110
An09g05780	mRNA	An09g05780	NT_166525.1	1320929	1321987	D	An09g05780	<1320929..>1321987	Aspergillus niger	4984111
An09g05790	mRNA	An09g05790	NT_166525.1	1322614	1323291	R	An09g05790	complement(<1322614..>1323291)	Aspergillus niger	84592072
An09g05800	mRNA	An09g05800	NT_166525.1	1323791	1328063	R	An09g05800	complement(join(<1323791..1326470,1326659..1327460,1327530..1327578,1327674..>1328063))	Aspergillus niger	4984113
An09g05810	mRNA	An09g05810	NT_166525.1	1328079	1328774	D	An09g05810	join(<1328079..1328225,1328297..1328404,1328504..1328584,1328709..>1328774)	Aspergillus niger	84592073
An09g05820	mRNA	An09g05820	NT_166525.1	1330211	1331454	D	An09g05820	join(<1330211..1330276,1330629..1330947,1331215..1331321,1331407..>1331454)	Aspergillus niger	84592074
An09g05830	mRNA	An09g05830	NT_166525.1	1331633	1332968	D	An09g05830	join(<1331633..1331880,1331942..>1332968)	Aspergillus niger	4984116
An09g05840	mRNA	An09g05840	NT_166525.1	1333018	1333754	R	An09g05840	complement(join(<1333018..1333547,1333610..>1333754))	Aspergillus niger	4984117
An09g05850	mRNA	An09g05850	NT_166525.1	1334358	1335707	D	An09g05850	join(<1334358..1334547,1334629..>1335707)	Aspergillus niger	4984118
An09g05860	mRNA	An09g05860	NT_166525.1	1336410	1338599	R	An09g05860	complement(join(<1336410..1338422,1338513..>1338599))	Aspergillus niger	4984119
An09g05870	mRNA	An09g05870	NT_166525.1	1340195	1341138	R	An09g05870	complement(join(<1340195..1340329,1340382..1340446,1340501..1340566,1340627..1340730,1340787..1340830,1340920..1340950,1341122..>1341138))	Aspergillus niger	4984120
An09g05880	mRNA	An09g05880	NT_166525.1	1341711	1344702	D	An09g05880	join(<1341711..1341777,1341842..1342583,1342638..>1344702)	Aspergillus niger	4984121
An09g05890	mRNA	An09g05890	NT_166525.1	1345532	1346328	D	An09g05890	join(<1345532..1345554,1345617..1345832,1345908..>1346328)	Aspergillus niger	4984122
An09g05900	mRNA	An09g05900	NT_166525.1	1346761	1347940	D	An09g05900	join(<1346761..1346803,1346938..1347280,1347343..>1347940)	Aspergillus niger	4984123
An09g05910	mRNA	An09g05910	NT_166525.1	1348057	1349399	R	An09g05910	complement(join(<1348057..1348103,1348177..1348392,1348809..1348954,1349317..>1349399))	Aspergillus niger	84592075
An09g05920	mRNA	An09g05920	NT_166525.1	1349498	1350798	D	An09g05920	join(<1349498..1349606,1349679..1349723,1349776..1349789,1349849..1349976,1350030..>1350798)	Aspergillus niger	4984125
An09g05930	mRNA	An09g05930	NT_166525.1	1351486	1351635	R	An09g05930	complement(<1351486..>1351635)	Aspergillus niger	84592076
An09g05940	mRNA	Sox	NT_166525.1	1351717	1353070	D	An09g05940	join(<1351717..1351942,1352010..1352813,1352922..>1353070)	Aspergillus niger	4984127
An09g05950	mRNA	An09g05950	NT_166525.1	1354325	1357581	R	An09g05950	complement(join(<1354325..1356031,1356087..1356761,1356839..1357062,1357128..>1357581))	Aspergillus niger	4984128
An09g05960	mRNA	An09g05960	NT_166525.1	1357996	1358642	R	An09g05960	complement(join(<1357996..1358216,1358264..1358485,1358630..>1358642))	Aspergillus niger	84592077
An09g05965	mRNA	An09g05965	NT_166525.1	1358868	1359107	D	An09g05965	<1358868..>1359107	Aspergillus niger	84592078
An09g05970	mRNA	An09g05970	NT_166525.1	1359539	1361734	R	An09g05970	complement(join(<1359539..1361413,1361471..>1361734))	Aspergillus niger	4984131
An09g05980	mRNA	An09g05980	NT_166525.1	1361845	1362976	D	An09g05980	join(<1361845..1362197,1362262..1362826,1362884..>1362976)	Aspergillus niger	4984132
An09g05990	mRNA	An09g05990	NT_166525.1	1363140	1364733	R	An09g05990	complement(join(<1363140..1364015,1364175..1364414,1364494..>1364733))	Aspergillus niger	4984133
An09g06000	mRNA	An09g06000	NT_166525.1	1364769	1365998	D	An09g06000	<1364769..>1365998	Aspergillus niger	4984134
An09g06010	mRNA	An09g06010	NT_166525.1	1366276	1367480	R	An09g06010	complement(join(<1366276..1366970,1367070..1367238,1367448..>1367480))	Aspergillus niger	4984135
An09g06020	mRNA	An09g06020	NT_166525.1	1367956	1369228	R	An09g06020	complement(join(<1367956..1368670,1368720..1369099,1369157..>1369228))	Aspergillus niger	4984136
An09g06030	mRNA	An09g06030	NT_166525.1	1370864	1372474	D	An09g06030	join(<1370864..1371790,1371845..>1372474)	Aspergillus niger	4984137
An09g06040	mRNA	An09g06040	NT_166525.1	1377830	1378935	R	An09g06040	complement(join(<1377830..1378373,1378445..>1378935))	Aspergillus niger	4984138
An09g06050	mRNA	An09g06050	NT_166525.1	1379565	1381120	R	An09g06050	complement(join(<1379565..1380943,1381000..>1381120))	Aspergillus niger	4984139
An09g06060	mRNA	An09g06060	NT_166525.1	1381220	1381851	R	An09g06060	complement(join(<1381220..1381341,1381427..1381487,1381609..>1381851))	Aspergillus niger	84592079
An09g06070	mRNA	An09g06070	NT_166525.1	1382352	1384023	R	An09g06070	complement(join(<1382352..1382408,1382496..1382521,1382634..1383111,1383168..1383586,1383654..>1384023))	Aspergillus niger	4984141
An09g06080	mRNA	An09g06080	NT_166525.1	1385109	1386222	R	An09g06080	complement(join(<1385109..1385214,1385297..1385414,1385547..1385647,1385784..1385875,1385984..1386073,1386163..>1386222))	Aspergillus niger	84592080
An09g06090	mRNA	An09g06090	NT_166525.1	1386515	1387854	D	An09g06090	join(<1386515..1386619,1386688..1386706,1386762..1386914,1387034..1387199,1387247..1387336,1387381..1387414,1387475..1387692,1387739..1387799,1387846..>1387854)	Aspergillus niger	84592081
An09g06100	mRNA	An09g06100	NT_166525.1	1388378	1389964	D	An09g06100	join(<1388378..1388669,1388717..1388783,1388842..1388950,1389006..1389092,1389280..1389874,1389948..>1389964)	Aspergillus niger	4984144
An09g06110	mRNA	An09g06110	NT_166525.1	1390211	1390827	R	An09g06110	complement(join(<1390211..1390464,1390581..>1390827))	Aspergillus niger	4984145
An09g06120	mRNA	An09g06120	NT_166525.1	1391652	1393315	R	An09g06120	complement(join(<1391652..1392613,1392787..>1393315))	Aspergillus niger	4984146
An09g06130	mRNA	An09g06130	NT_166525.1	1394383	1394812	R	An09g06130	complement(join(<1394383..1394576,1394629..>1394812))	Aspergillus niger	4984147
An09g06140	mRNA	An09g06140	NT_166525.1	1395064	1395915	D	An09g06140	<1395064..>1395915	Aspergillus niger	4984148
An09g06150	mRNA	An09g06150	NT_166525.1	1396257	1400686	R	An09g06150	complement(join(<1396257..1400552,1400642..>1400686))	Aspergillus niger	4984149
An09g06160	mRNA	An09g06160	NT_166525.1	1401168	1402646	R	An09g06160	complement(<1401168..>1402646)	Aspergillus niger	4984150
An09g06170	mRNA	An09g06170	NT_166525.1	1403450	1403841	D	An09g06170	join(<1403450..1403462,1403521..1403635,1403708..1403760,1403819..>1403841)	Aspergillus niger	4984151
An09g06180	mRNA	An09g06180	NT_166525.1	1404168	1405522	R	An09g06180	complement(join(<1404168..1404680,1404734..1405002,1405075..>1405522))	Aspergillus niger	4984152
An09g06190	mRNA	An09g06190	NT_166525.1	1405716	1408522	R	An09g06190	complement(join(<1405716..1405841,1405925..1405990,1406169..1406319,1406807..1406911,1407038..1407205,1407436..1407540,1407684..1407795,1407891..1408064,1408217..1408398,1408488..>1408522))	Aspergillus niger	84592082
An09g06200	mRNA	An09g06200	NT_166525.1	1409021	1410417	D	An09g06200	join(<1409021..1409218,1409278..1409382,1409444..1409817,1409877..1409944,1409999..>1410417)	Aspergillus niger	4984154
An09g06210	mRNA	An09g06210	NT_166525.1	1411529	1413729	D	An09g06210	join(<1411529..1411680,1411732..1412530,1412579..1412740,1412785..1413254,1413324..>1413729)	Aspergillus niger	4984155
An09g06220	mRNA	An09g06220	NT_166525.1	1413958	1415680	R	An09g06220	complement(join(<1413958..1415190,1415288..>1415680))	Aspergillus niger	4984156
An09g06230	mRNA	An09g06230	NT_166525.1	1416689	1417609	R	An09g06230	complement(join(<1416689..1417393,1417466..>1417609))	Aspergillus niger	4984157
An09g06240	mRNA	An09g06240	NT_166525.1	1418770	1419554	D	An09g06240	join(<1418770..1418823,1418938..1419319,1419397..>1419554)	Aspergillus niger	4984158
An09g06250	mRNA	An09g06250	NT_166525.1	1420067	1421617	R	An09g06250	complement(<1420067..>1421617)	Aspergillus niger	4984159
An09g06260	mRNA	An09g06260	NT_166525.1	1422078	1423478	R	An09g06260	complement(join(<1422078..1422653,1422701..1423342,1423434..>1423478))	Aspergillus niger	4984160
An09g06265	mRNA	An09g06265	NT_166525.1	1424134	1424382	R	An09g06265	complement(<1424134..>1424382)	Aspergillus niger	84592083
An09g06270	mRNA	An09g06270	NT_166525.1	1424941	1426555	D	An09g06270	join(<1424941..1425103,1425166..1425261,1425335..1425547,1425632..1426209,1426277..>1426555)	Aspergillus niger	4984162
An09g06275	mRNA	An09g06275	NT_166525.1	1427500	1427790	R	An09g06275	complement(<1427500..>1427790)	Aspergillus niger	84592084
An09g06280	mRNA	An09g06280	NT_166525.1	1428557	1430044	D	An09g06280	<1428557..>1430044	Aspergillus niger	4984164
An09g06290	mRNA	An09g06290	NT_166525.1	1430983	1432563	R	An09g06290	complement(join(<1430983..1432107,1432180..>1432563))	Aspergillus niger	4984165
An09g06300	mRNA	An09g06300	NT_166525.1	1432947	1433690	D	An09g06300	join(<1432947..1433206,1433264..1433370,1433446..>1433690)	Aspergillus niger	4984166
An09g06310	mRNA	An09g06310	NT_166525.1	1434010	1434888	R	An09g06310	complement(<1434010..>1434888)	Aspergillus niger	4984167
An09g06320	mRNA	srpA	NT_166525.1	1435261	1436914	D	An09g06320	join(<1435261..1435338,1435388..>1436914)	Aspergillus niger	4984168
An09g06330	mRNA	An09g06330	NT_166525.1	1437068	1439657	R	An09g06330	complement(join(<1437068..1437100,1437148..1437187,1437340..1437390,1437620..1439318,1439383..1439521,1439580..>1439657))	Aspergillus niger	4984169
An09g06340	mRNA	An09g06340	NT_166525.1	1439985	1440854	R	An09g06340	complement(<1439985..>1440854)	Aspergillus niger	84592085
An09g06350	mRNA	An09g06350	NT_166525.1	1442470	1444650	D	An09g06350	join(<1442470..1443070,1443113..>1444650)	Aspergillus niger	4984171
An09g06360	mRNA	An09g06360	NT_166525.1	1445176	1446991	R	An09g06360	complement(join(<1445176..1446580,1446629..1446906,1446959..>1446991))	Aspergillus niger	4984172
An09g06370	mRNA	An09g06370	NT_166525.1	1450236	1451051	D	An09g06370	<1450236..>1451051	Aspergillus niger	4984173
An09g06380	mRNA	An09g06380	NT_166525.1	1451290	1451858	R	An09g06380	complement(join(<1451290..1451356,1451465..1451622,1451697..>1451858))	Aspergillus niger	4984174
An09g06390	mRNA	An09g06390	NT_166525.1	1452499	1453593	D	An09g06390	join(<1452499..1452905,1452981..>1453593)	Aspergillus niger	4984175
An09g06400	mRNA	An09g06400	NT_166525.1	1456202	1460096	D	An09g06400	join(<1456202..1456303,1456365..1456803,1456864..>1460096)	Aspergillus niger	4984176
An09g06410	mRNA	An09g06410	NT_166525.1	1461505	1462412	D	An09g06410	join(<1461505..1461994,1462059..1462144,1462218..>1462412)	Aspergillus niger	4984177
An09g06420	mRNA	An09g06420	NT_166525.1	1463212	1464430	D	An09g06420	join(<1463212..1463266,1463346..>1464430)	Aspergillus niger	4984178
An09g06425	mRNA	An09g06425	NT_166525.1	1466077	1466649	D	An09g06425	join(<1466077..1466100,1466251..>1466649)	Aspergillus niger	84592086
An09g06430	mRNA	An09g06430	NT_166525.1	1467380	1468468	D	An09g06430	<1467380..>1468468	Aspergillus niger	4984180
An09g06440	mRNA	An09g06440	NT_166525.1	1469738	1471705	D	An09g06440	join(<1469738..1470487,1470546..1470852,1470888..>1471705)	Aspergillus niger	4984181
An09g06450	mRNA	An09g06450	NT_166525.1	1475679	1480298	D	An09g06450	join(<1475679..1476899,1476956..1477065,1477136..>1480298)	Aspergillus niger	4984182
An09g06460	mRNA	An09g06460	NT_166525.1	1481791	1482809	D	An09g06460	join(<1481791..1481830,1481889..1482609,1482689..>1482809)	Aspergillus niger	4984183
An09g06470	mRNA	An09g06470	NT_166525.1	1483452	1484039	D	An09g06470	join(<1483452..1483466,1483596..1483663,1483706..1483727,1483774..1483848,1483885..1483897,1483938..1483956,1483988..>1484039)	Aspergillus niger	84592087
An09g06480	mRNA	An09g06480	NT_166525.1	1484544	1486040	D	An09g06480	join(<1484544..1485307,1485371..>1486040)	Aspergillus niger	4984185
An09g06490	mRNA	An09g06490	NT_166525.1	1486670	1488986	D	An09g06490	join(<1486670..1487340,1487401..1488846,1488896..>1488986)	Aspergillus niger	4984186
An09g06500	mRNA	An09g06500	NT_166525.1	1489399	1490914	D	An09g06500	join(<1489399..1490196,1490252..1490834,1490868..>1490914)	Aspergillus niger	4984187
An09g06510	mRNA	An09g06510	NT_166525.1	1491409	1492623	R	An09g06510	complement(join(<1491409..1491917,1492128..1492510,1492568..>1492623))	Aspergillus niger	4984188
An09g06520	mRNA	An09g06520	NT_166525.1	1493127	1494281	D	An09g06520	join(<1493127..1493857,1493939..>1494281)	Aspergillus niger	4984189
An09g06530	mRNA	An09g06530	NT_166525.1	1494646	1495958	D	An09g06530	join(<1494646..1494870,1494953..1494976,1495044..>1495958)	Aspergillus niger	4984190
An09g06540	mRNA	An09g06540	NT_166525.1	1496746	1497518	D	An09g06540	join(<1496746..1497122,1497224..1497350,1497399..>1497518)	Aspergillus niger	4984191
An09g06550	mRNA	An09g06550	NT_166525.1	1497599	1499329	R	An09g06550	complement(join(<1497599..1498862,1498952..1499130,1499267..>1499329))	Aspergillus niger	4984192
An09g06560	mRNA	An09g06560	NT_166525.1	1499769	1501568	R	An09g06560	complement(join(<1499769..1499818,1499902..1499930,1500067..1500263,1500535..1500616,1500712..1500793,1501033..1501142,1501191..1501313,1501435..>1501568))	Aspergillus niger	84592088
An09g06570	mRNA	An09g06570	NT_166525.1	1501668	1503023	D	An09g06570	join(<1501668..1501718,1501788..1502098,1502654..1502839,1502942..>1503023)	Aspergillus niger	4984194
An09g06580	mRNA	An09g06580	NT_166525.1	1503880	1505633	D	An09g06580	join(<1503880..1504197,1504274..1505275,1505340..>1505633)	Aspergillus niger	4984195
An09g06590	mRNA	sspB	NT_166525.1	1508005	1510212	D	An09g06590	join(<1508005..1508265,1508365..>1510212)	Aspergillus niger	4984196
An09g06600	mRNA	An09g06600	NT_166525.1	1510990	1511392	D	An09g06600	join(<1510990..1511237,1511332..>1511392)	Aspergillus niger	84592089
An09g06610	mRNA	An09g06610	NT_166525.1	1511930	1514230	R	An09g06610	complement(join(<1511930..1512906,1512967..1513425,1513495..>1514230))	Aspergillus niger	4984198
An09g06620	mRNA	An09g06620	NT_166525.1	1514665	1515041	R	An09g06620	complement(join(<1514665..1514700,1514792..1514811,1514873..>1515041))	Aspergillus niger	84592090
An09g06630	mRNA	An09g06630	NT_166525.1	1518450	1520822	D	An09g06630	join(<1518450..1519046,1519116..1520169,1520281..>1520822)	Aspergillus niger	4984200
An09g06640	mRNA	An09g06640	NT_166525.1	1521552	1523682	R	An09g06640	complement(join(<1521552..1522550,1522612..1523427,1523542..1523598,1523671..>1523682))	Aspergillus niger	4984201
An09g06650	mRNA	An09g06650	NT_166525.1	1524187	1525820	D	An09g06650	join(<1524187..1524450,1524544..1524718,1524802..1525643,1525725..>1525820)	Aspergillus niger	4984202
An09g06660	mRNA	An09g06660	NT_166525.1	1527248	1527627	D	An09g06660	join(<1527248..1527258,1527403..1527486,1527558..>1527627)	Aspergillus niger	84592091
An09g06670	mRNA	An09g06670	NT_166525.1	1527938	1529304	R	An09g06670	complement(join(<1527938..1527992,1528134..1528806,1528885..1528981,1529039..1529057,1529125..1529149,1529223..>1529304))	Aspergillus niger	4984204
An09g06680	mRNA	citA	NT_166525.1	1531146	1532957	R	An09g06680	complement(join(<1531146..1531334,1531399..1531699,1531774..1532390,1532445..1532492,1532553..1532637,1532709..1532773,1532838..>1532957))	Aspergillus niger	4984205
An09g06690	mRNA	An09g06690	NT_166525.1	1534907	1535420	D	An09g06690	join(<1534907..1535026,1535211..>1535420)	Aspergillus niger	84592092
An09g06700	mRNA	An09g06700	NT_166525.1	1535693	1537900	D	An09g06700	join(<1535693..1535738,1535881..1536921,1537008..1537041,1537107..1537275,1537331..1537535,1537596..>1537900)	Aspergillus niger	4984207
An09g06710	mRNA	An09g06710	NT_166525.1	1539219	1540861	R	An09g06710	complement(join(<1539219..1539402,1539469..1540037,1540109..1540468,1540542..1540625,1540689..1540743,1540812..>1540861))	Aspergillus niger	4984208
An09g06720	mRNA	An09g06720	NT_166525.1	1541966	1543324	D	An09g06720	join(<1541966..1542098,1542161..1542274,1542324..1542338,1542819..1543095,1543216..>1543324)	Aspergillus niger	4984209
An09g06730	mRNA	An09g06730	NT_166525.1	1545778	1547567	D	An09g06730	join(<1545778..1545988,1546087..>1547567)	Aspergillus niger	4984210
An09g06740	mRNA	An09g06740	NT_166525.1	1549760	1552104	D	An09g06740	join(<1549760..1549933,1550033..1550288,1550342..1551932,1551999..>1552104)	Aspergillus niger	4984211
An09g06750	mRNA	An09g06750	NT_166525.1	1552761	1553890	D	An09g06750	join(<1552761..1553265,1553464..1553556,1553655..>1553890)	Aspergillus niger	4984212
An09g06760	mRNA	An09g06760	NT_166525.1	1554280	1555265	R	An09g06760	complement(join(<1554280..1555075,1555180..>1555265))	Aspergillus niger	4984213
An09g06770	mRNA	An09g06770	NT_166525.1	1555598	1559279	R	An09g06770	complement(join(<1555598..1558886,1559224..>1559279))	Aspergillus niger	4984214
An09g06780	mRNA	An09g06780	NT_166525.1	1559906	1560992	R	An09g06780	complement(join(<1559906..1560024,1560080..1560813,1560868..>1560992))	Aspergillus niger	4984215
An09g06790	mRNA	sgrB	NT_166525.1	1562482	1563538	R	An09g06790	complement(join(<1562482..1562676,1562754..1562981,1563039..1563086,1563169..1563292,1563528..>1563538))	Aspergillus niger	4984216
An09g06800	mRNA	An09g06800	NT_166525.1	1564345	1567695	R	An09g06800	complement(join(<1564345..1564939,1564995..1565207,1565295..1565737,1565790..1565859,1565915..1566129,1566188..1566213,1566274..1566390,1566448..1566565,1566623..1566844,1566907..1567331,1567419..1567588,1567661..>1567695))	Aspergillus niger	4984217
An09g06810	mRNA	An09g06810	NT_166525.1	1568477	1569995	D	An09g06810	join(<1568477..1568709,1568788..1569123,1569191..>1569995)	Aspergillus niger	4984218
An09g06820	mRNA	An09g06820	NT_166525.1	1570830	1571432	D	An09g06820	join(<1570830..1571017,1571138..>1571432)	Aspergillus niger	4984219
An09g06830	mRNA	An09g06830	NT_166525.1	1572070	1575118	R	An09g06830	complement(join(<1572070..1572129,1572181..1572286,1572342..1572432,1572491..1572770,1572952..1573592,1573656..1574769,1574819..1574929,1575002..>1575118))	Aspergillus niger	4984220
An09g06840	mRNA	An09g06840	NT_166525.1	1577330	1579127	D	An09g06840	join(<1577330..1577332,1577415..1577807,1577865..>1579127)	Aspergillus niger	4984221
An09g06850	mRNA	An09g06850	NT_166525.1	1580132	1582686	D	An09g06850	join(<1580132..1580246,1580307..1580330,1580386..1580437,1580492..1580506,1580559..1580581,1580646..1582527,1582584..>1582686)	Aspergillus niger	4984222
An09g06860	mRNA	An09g06860	NT_166525.1	1583044	1584367	R	An09g06860	complement(join(<1583044..1583501,1583562..1583868,1583919..1584136,1584211..>1584367))	Aspergillus niger	4984223
An09g06870	mRNA	An09g06870	NT_166525.1	1585634	1588647	D	An09g06870	join(<1585634..1588004,1588055..>1588647)	Aspergillus niger	4984224
An09g06880	mRNA	An09g06880	NT_166525.1	1590640	1591286	R	An09g06880	complement(join(<1590640..1590723,1590894..1590920,1591005..>1591286))	Aspergillus niger	84592093
An09g06890	mRNA	An09g06890	NT_166525.1	1594613	1595050	D	An09g06890	<1594613..>1595050	Aspergillus niger	4984226
An14g00010	mRNA	srgA	NT_166529.1	810	1554	D	An14g00010	join(<810..839,894..1161,1232..>1554)	Aspergillus niger	4986857
An14g00020	mRNA	An14g00020	NT_166529.1	2854	5158	D	An14g00020	join(<2854..3610,3680..4380,4430..>5158)	Aspergillus niger	4986858
An14g00030	mRNA	An14g00030	NT_166529.1	5668	6700	D	An14g00030	join(<5668..5982,6039..6144,6198..>6700)	Aspergillus niger	4986863
An14g00040	mRNA	An14g00040	NT_166529.1	6947	15853	R	An14g00040	complement(join(<6947..6988,7037..7183,7233..7351,7403..7487,7550..7637,7687..7809,7866..7948,8004..8128,8198..8395,8446..8728,8786..8986,9029..9125,9227..9388,9443..9535,9599..9696,9751..10054,10140..10620,10671..11211,11276..12505,12563..12805,12860..13339,13420..13516,13577..13729,13781..14176,14231..14535,14593..15218,15268..>15853))	Aspergillus niger	4986891
An14g00050	mRNA	An14g00050	NT_166529.1	16538	17663	D	An14g00050	join(<16538..16615,16672..16780,16874..17018,17105..17302,17414..>17663)	Aspergillus niger	4986895
An14g00060	mRNA	An14g00060	NT_166529.1	17675	18498	R	An14g00060	complement(join(<17675..17755,17838..18040,18098..18303,18357..18373,18439..>18498))	Aspergillus niger	4986861
An14g00070	mRNA	An14g00070	NT_166529.1	18952	19879	D	An14g00070	join(<18952..19107,19313..>19879)	Aspergillus niger	4986866
An14g00080	mRNA	An14g00080	NT_166529.1	20342	22122	R	An14g00080	complement(join(<20342..21169,21229..>22122))	Aspergillus niger	4986855
An14g00090	mRNA	An14g00090	NT_166529.1	22875	24830	R	An14g00090	complement(<22875..>24830)	Aspergillus niger	4986889
An14g00100	mRNA	An14g00100	NT_166529.1	25392	28801	R	An14g00100	complement(join(<25392..25718,25778..26493,26552..27445,27578..27811,27917..28230,28305..>28801))	Aspergillus niger	4986856
An14g00110	mRNA	An14g00110	NT_166529.1	29188	29744	D	An14g00110	join(<29188..29511,29577..>29744)	Aspergillus niger	4986862
An14g00120	mRNA	An14g00120	NT_166529.1	30179	31431	D	An14g00120	join(<30179..30228,30319..30427,30726..30787,30853..31171,31234..>31431)	Aspergillus niger	84592897
An14g00130	mRNA	An14g00130	NT_166529.1	31696	33936	D	An14g00130	join(<31696..33126,33211..>33936)	Aspergillus niger	84592898
An14g00140	mRNA	An14g00140	NT_166529.1	34709	36454	D	An14g00140	join(<34709..35507,35577..>36454)	Aspergillus niger	4986865
An14g00150	mRNA	An14g00150	NT_166529.1	37149	37848	R	An14g00150	complement(join(<37149..37212,37289..>37848))	Aspergillus niger	4986886
An14g00160	mRNA	An14g00160	NT_166529.1	39008	41024	D	An14g00160	join(<39008..39229,39312..39872,39969..>41024)	Aspergillus niger	4986859
An14g00170	mRNA	An14g00170	NT_166529.1	41331	45062	R	An14g00170	complement(join(<41331..41416,41484..41719,41804..41967,42030..42962,43027..44867,44924..>45062))	Aspergillus niger	4986893
An14g00180	mRNA	An14g00180	NT_166529.1	46230	47563	D	An14g00180	join(<46230..46464,46553..47228,47305..>47563)	Aspergillus niger	4986868
An14g00190	mRNA	An14g00190	NT_166529.1	51811	53781	D	An14g00190	join(<51811..53427,53510..53532,53588..53680,53745..>53781)	Aspergillus niger	4986892
An14g00200	mRNA	An14g00200	NT_166529.1	54413	56740	D	An14g00200	<54413..>56740	Aspergillus niger	4986860
An14g00210	mRNA	An14g00210	NT_166529.1	57118	58171	R	An14g00210	complement(join(<57118..57720,57821..>58171))	Aspergillus niger	4986885
An14g00220	mRNA	An14g00220	NT_166529.1	58578	60366	R	An14g00220	complement(join(<58578..59785,59843..60029,60130..60246,60334..>60366))	Aspergillus niger	4986864
An14g00230	mRNA	An14g00230	NT_166529.1	60773	61732	D	An14g00230	join(<60773..60799,60862..60941,61012..>61732)	Aspergillus niger	4986871
An14g00240	mRNA	An14g00240	NT_166529.1	62665	63797	D	An14g00240	join(<62665..62748,62808..63481,63557..>63797)	Aspergillus niger	4986867
An14g00250	mRNA	An14g00250	NT_166529.1	64903	66713	R	An14g00250	complement(join(<64903..66285,66348..>66713))	Aspergillus niger	4986890
An14g00260	mRNA	An14g00260	NT_166529.1	67446	69719	R	An14g00260	complement(join(<67446..68650,68731..68904,68962..69081,69139..69273,69359..>69719))	Aspergillus niger	4986878
An14g00270	mRNA	An14g00270	NT_166529.1	70607	71085	D	An14g00270	join(<70607..70654,70735..>71085)	Aspergillus niger	4986887
An14g00280	mRNA	An14g00280	NT_166529.1	71876	72918	R	An14g00280	complement(join(<71876..71924,71986..72098,72169..72481,72546..72652,72886..>72918))	Aspergillus niger	4986882
An14g00290	mRNA	An14g00290	NT_166529.1	73942	75347	R	An14g00290	complement(join(<73942..74290,74355..74765,74836..75151,75215..>75347))	Aspergillus niger	4986875
An14g00300	mRNA	An14g00300	NT_166529.1	78064	79349	D	An14g00300	join(<78064..78107,78192..78416,78470..78477,78528..78679,78737..78831,78892..79142,79237..>79349)	Aspergillus niger	4986873
An14g00310	mRNA	An14g00310	NT_166529.1	80033	81831	D	An14g00310	join(<80033..80086,80173..80256,80325..80397,80464..80563,80623..81168,81231..81277,81330..81622,81697..>81831)	Aspergillus niger	4986880
An14g00320	mRNA	An14g00320	NT_166529.1	82278	84103	R	An14g00320	complement(join(<82278..83196,83263..83618,83730..83895,84024..>84103))	Aspergillus niger	4986894
An14g00330	mRNA	An14g00330	NT_166529.1	85803	87915	D	An14g00330	join(<85803..86152,86272..86370,86437..86504,86566..86909,86983..87052,87113..>87915)	Aspergillus niger	4986874
An14g00340	mRNA	An14g00340	NT_166529.1	88637	89471	R	An14g00340	complement(join(<88637..89144,89287..>89471))	Aspergillus niger	4986877
An14g00350	mRNA	An14g00350	NT_166529.1	89981	90751	R	An14g00350	complement(<89981..>90751)	Aspergillus niger	4986869
An14g00360	mRNA	An14g00360	NT_166529.1	91190	92955	D	An14g00360	join(<91190..91935,91989..>92955)	Aspergillus niger	4986883
An14g00370	mRNA	An14g00370	NT_166529.1	93856	95040	R	An14g00370	complement(join(<93856..94290,94435..94593,94735..94781,94885..94918,95038..>95040))	Aspergillus niger	4986879
An14g00380	mRNA	An14g00380	NT_166529.1	96066	97505	R	An14g00380	complement(<96066..>97505)	Aspergillus niger	4986876
An14g00390	mRNA	An14g00390	NT_166529.1	99702	102686	D	An14g00390	<99702..>102686	Aspergillus niger	4986888
An14g00400	mRNA	An14g00400	NT_166529.1	102941	104047	R	An14g00400	complement(<102941..>104047)	Aspergillus niger	4986881
An14g00410	mRNA	An14g00410	NT_166529.1	105012	106628	D	An14g00410	join(<105012..105507,105582..106290,106349..106411,106490..>106628)	Aspergillus niger	4986884
An14g00420	mRNA	An14g00420	NT_166529.1	107933	109128	D	An14g00420	join(<107933..108195,108261..108791,108852..>109128)	Aspergillus niger	4986898
An14g00430	mRNA	An14g00430	NT_166529.1	109616	110718	R	An14g00430	complement(join(<109616..110346,110423..110522,110590..>110718))	Aspergillus niger	4986896
An14g00440	mRNA	An14g00440	NT_166529.1	111030	114703	D	An14g00440	join(<111030..111119,111181..111418,111473..113600,113788..>114703)	Aspergillus niger	4986897
An14g00450	mRNA	An14g00450	NT_166529.1	115383	116657	D	An14g00450	<115383..>116657	Aspergillus niger	84592899
An14g00460	mRNA	An14g00460	NT_166529.1	117140	118570	D	An14g00460	<117140..>118570	Aspergillus niger	4986900
An14g00470	mRNA	An14g00470	NT_166529.1	120443	121184	D	An14g00470	join(<120443..121034,121141..>121184)	Aspergillus niger	84592900
An14g00480	mRNA	An14g00480	NT_166529.1	121555	123116	R	An14g00480	complement(join(<121555..122776,122844..122931,122990..>123116))	Aspergillus niger	4986902
An14g00490	mRNA	An14g00490	NT_166529.1	123379	124579	D	An14g00490	join(<123379..123405,123470..123510,123755..123833,123882..123924,123987..124159,124282..124300,124354..124432,124504..>124579)	Aspergillus niger	4986903
An14g00500	mRNA	An14g00500	NT_166529.1	125038	129479	R	An14g00500	complement(join(<125038..125486,125554..129024,129068..>129479))	Aspergillus niger	4986904
An14g00510	mRNA	An14g00510	NT_166529.1	129753	132130	D	An14g00510	join(<129753..129992,130082..130160,130213..130331,130389..131075,131129..131278,131334..131647,131704..>132130)	Aspergillus niger	4986905
An14g00520	mRNA	An14g00520	NT_166529.1	141196	143114	D	An14g00520	join(<141196..141791,141849..141986,142050..142687,142744..>143114)	Aspergillus niger	4986906
An14g00530	mRNA	An14g00530	NT_166529.1	144573	145050	D	An14g00530	join(<144573..144732,144825..144920,144974..>145050)	Aspergillus niger	4986907
An14g00540	mRNA	An14g00540	NT_166529.1	146338	149324	D	An14g00540	join(<146338..146789,146851..147185,147242..149160,149217..>149324)	Aspergillus niger	4986908
An14g00550	mRNA	An14g00550	NT_166529.1	149600	150415	R	An14g00550	complement(<149600..>150415)	Aspergillus niger	4986909
An14g00560	mRNA	An14g00560	NT_166529.1	153865	158063	D	An14g00560	join(<153865..155761,155772..157283,157429..>158063)	Aspergillus niger	4986910
An14g00570	mRNA	An14g00570	NT_166529.1	158754	159824	R	An14g00570	complement(<158754..>159824)	Aspergillus niger	4986911
An14g00580	mRNA	An14g00580	NT_166529.1	160082	161692	R	An14g00580	complement(join(<160082..160265,160315..160502,160549..160626,160677..160734,160780..161100,161165..161248,161301..161551,161615..>161692))	Aspergillus niger	4986912
An14g00590	mRNA	An14g00590	NT_166529.1	162576	164872	D	An14g00590	join(<162576..162641,162697..162829,162876..162951,162998..163079,163123..163225,163287..163690,163742..163911,163968..164052,164120..164417,164506..164678,164762..>164872)	Aspergillus niger	4986913
An14g00600	mRNA	An14g00600	NT_166529.1	169337	171281	R	An14g00600	complement(join(<169337..169461,169555..169745,170203..>171281))	Aspergillus niger	4986914
An14g00610	mRNA	An14g00610	NT_166529.1	172373	176986	R	An14g00610	complement(join(<172373..172629,172787..172889,173024..173098,173158..173249,173293..173405,173452..173749,173900..173993,174098..174172,174372..174429,174643..174710,174825..174898,175101..175124,175422..175479,175662..175878,175942..176452,176569..>176986))	Aspergillus niger	4986915
An14g00620	mRNA	An14g00620	NT_166529.1	178750	180058	D	An14g00620	join(<178750..178944,179019..179765,179825..>180058)	Aspergillus niger	4986916
An14g00630	mRNA	An14g00630	NT_166529.1	180938	182385	D	An14g00630	join(<180938..181992,182160..>182385)	Aspergillus niger	4986917
An14g00640	mRNA	An14g00640	NT_166529.1	182980	184105	D	An14g00640	join(<182980..182989,183076..183286,183386..183825,183885..>184105)	Aspergillus niger	4986918
An14g00650	mRNA	An14g00650	NT_166529.1	185552	185968	D	An14g00650	join(<185552..185790,185833..>185968)	Aspergillus niger	84592901
An14g00660	mRNA	An14g00660	NT_166529.1	186076	189270	D	An14g00660	join(<186076..187846,187899..188083,188143..188309,188367..>189270)	Aspergillus niger	4986920
An14g00670	mRNA	An14g00670	NT_166529.1	189553	191547	R	An14g00670	complement(join(<189553..190113,190176..190299,190354..190775,190835..190934,190991..191064,191118..191216,191272..>191547))	Aspergillus niger	4986921
An14g00680	mRNA	An14g00680	NT_166529.1	192350	194171	R	An14g00680	complement(join(<192350..192661,192719..192798,192848..193076,193132..193241,193293..193373,193464..193619,193830..193973,194057..>194171))	Aspergillus niger	4986922
An14g00690	mRNA	An14g00690	NT_166529.1	194387	196674	R	An14g00690	complement(join(<194387..195771,195908..195941,195997..196422,196483..>196674))	Aspergillus niger	4986923
An14g00700	mRNA	An14g00700	NT_166529.1	197281	199347	R	An14g00700	complement(join(<197281..197305,197459..197769,197838..198354,198414..198858,198987..>199347))	Aspergillus niger	4986924
An14g00710	mRNA	An14g00710	NT_166529.1	200248	202722	R	An14g00710	complement(join(<200248..201162,201241..201996,202364..202393,202717..>202722))	Aspergillus niger	4986925
An14g00720	mRNA	An14g00720	NT_166529.1	205226	205579	D	An14g00720	join(<205226..205374,205549..>205579)	Aspergillus niger	84592902
An14g00730	mRNA	An14g00730	NT_166529.1	206140	207093	R	An14g00730	complement(join(<206140..206151,206204..206261,206600..206625,206657..206801,207050..>207093))	Aspergillus niger	84592903
An14g00740	mRNA	An14g00740	NT_166529.1	208346	210005	R	An14g00740	complement(join(<208346..208562,208616..209876,209933..>210005))	Aspergillus niger	4986928
An14g00750	mRNA	An14g00750	NT_166529.1	210526	212590	D	An14g00750	join(<210526..210626,210769..210904,210956..>212590)	Aspergillus niger	4986929
An14g00760	mRNA	An14g00760	NT_166529.1	213027	215216	D	An14g00760	<213027..>215216	Aspergillus niger	4986930
An14g00770	mRNA	An14g00770	NT_166529.1	215540	217093	R	An14g00770	complement(join(<215540..216109,216283..216689,216784..>217093))	Aspergillus niger	4986931
An14g00780	mRNA	An14g00780	NT_166529.1	217950	218506	D	An14g00780	join(<217950..218114,218197..218346,218402..>218506)	Aspergillus niger	4986932
An14g00790	mRNA	An14g00790	NT_166529.1	219205	220045	R	An14g00790	complement(join(<219205..219349,219468..219514,219881..>220045))	Aspergillus niger	84592904
An14g00800	mRNA	An14g00800	NT_166529.1	223979	226963	D	An14g00800	<223979..>226963	Aspergillus niger	4986934
An14g00810	mRNA	An14g00810	NT_166529.1	228113	229482	R	An14g00810	complement(join(<228113..228475,228545..229079,229349..>229482))	Aspergillus niger	4986935
An14g00820	mRNA	An14g00820	NT_166529.1	230392	230807	D	An14g00820	join(<230392..230439,230576..230700,230744..>230807)	Aspergillus niger	4986936
An14g00830	mRNA	An14g00830	NT_166529.1	231406	232376	D	An14g00830	join(<231406..231830,231974..232038,232192..>232376)	Aspergillus niger	4986937
An14g00840	mRNA	An14g00840	NT_166529.1	232544	233538	D	An14g00840	join(<232544..232702,232771..>233538)	Aspergillus niger	4986938
An14g00850	mRNA	An14g00850	NT_166529.1	234051	234692	D	An14g00850	join(<234051..234178,234343..234407,234495..234555,234626..>234692)	Aspergillus niger	4986939
An14g00860	mRNA	An14g00860	NT_166529.1	235072	237341	R	An14g00860	complement(join(<235072..235214,235282..235417,235507..235793,235877..236130,236197..236287,236339..236406,236458..236576,236634..236748,236806..>237341))	Aspergillus niger	4986940
An14g00870	mRNA	An14g00870	NT_166529.1	238421	240340	R	An14g00870	complement(<238421..>240340)	Aspergillus niger	4986941
An14g00880	mRNA	An14g00880	NT_166529.1	241464	242767	R	An14g00880	complement(join(<241464..242645,242702..>242767))	Aspergillus niger	4986942
An14g00890	mRNA	An14g00890	NT_166529.1	243171	244840	D	An14g00890	join(<243171..244071,244126..244563,244617..>244840)	Aspergillus niger	4986943
An14g00900	mRNA	An14g00900	NT_166529.1	245563	248829	D	An14g00900	join(<245563..247302,247355..247542,247601..247742,247819..247927,248018..>248829)	Aspergillus niger	4986944
An14g00910	mRNA	An14g00910	NT_166529.1	250465	251652	D	An14g00910	join(<250465..250480,250589..250668,250798..250980,251080..251284,251402..>251652)	Aspergillus niger	84592905
An14g00920	mRNA	An14g00920	NT_166529.1	251963	255825	D	An14g00920	join(<251963..252093,252293..252317,252469..252555,252669..252790,252865..253592,253660..253732,253795..254223,254278..254460,254510..255490,255569..255613,255768..>255825)	Aspergillus niger	4986946
An14g00930	mRNA	An14g00930	NT_166529.1	256393	257860	D	An14g00930	join(<256393..256587,256686..257729,257798..>257860)	Aspergillus niger	4986947
An14g00940	mRNA	An14g00940	NT_166529.1	258654	259717	D	An14g00940	join(<258654..258826,258928..>259717)	Aspergillus niger	4986948
An14g00950	mRNA	An14g00950	NT_166529.1	260896	262534	R	An14g00950	complement(join(<260896..261915,261970..262018,262067..262254,262301..262364,262416..>262534))	Aspergillus niger	4986949
An14g00960	mRNA	An14g00960	NT_166529.1	263773	265490	R	An14g00960	complement(join(<263773..264366,264431..265318,265380..>265490))	Aspergillus niger	4986950
An14g00970	mRNA	An14g00970	NT_166529.1	266386	268463	D	An14g00970	join(<266386..266547,266603..266736,266789..267582,267648..267837,267955..268095,268151..>268463)	Aspergillus niger	4986951
An14g00980	mRNA	An14g00980	NT_166529.1	268881	271070	R	An14g00980	complement(<268881..>271070)	Aspergillus niger	4986952
An14g00990	mRNA	An14g00990	NT_166529.1	272629	275681	R	An14g00990	complement(join(<272629..273954,274009..274417,274473..274860,274909..274998,275052..275160,275222..275449,275526..>275681))	Aspergillus niger	4986953
An14g01000	mRNA	An14g01000	NT_166529.1	276706	277932	D	An14g01000	join(<276706..276852,276936..277336,277553..277713,277769..>277932)	Aspergillus niger	4986954
An14g01010	mRNA	An14g01010	NT_166529.1	278871	280644	R	An14g01010	complement(join(<278871..279330,279383..279549,279741..279853,280466..280533,280631..>280644))	Aspergillus niger	4986955
An14g01020	mRNA	An14g01020	NT_166529.1	280817	281740	D	An14g01020	join(<280817..281071,281108..281292,281370..281678,281722..>281740)	Aspergillus niger	4986956
An14g01030	mRNA	An14g01030	NT_166529.1	282338	283855	R	An14g01030	complement(<282338..>283855)	Aspergillus niger	84592906
An14g01040	mRNA	An14g01040	NT_166529.1	283956	284786	R	An14g01040	complement(join(<283956..284357,284447..>284786))	Aspergillus niger	4986957
An14g01050	mRNA	An14g01050	NT_166529.1	286066	289169	R	An14g01050	complement(join(<286066..286829,286881..287239,287300..287419,287477..287736,287796..287955,288020..288219,288276..288547,288617..>289169))	Aspergillus niger	4986959
An14g01060	mRNA	An14g01060	NT_166529.1	291399	295182	D	An14g01060	join(<291399..291635,291691..291764,291822..>295182)	Aspergillus niger	4986960
An14g01068	mRNA	An14g01068	NT_166529.1	297289	297855	D	An14g01068	join(<297289..297697,297764..>297855)	Aspergillus niger	4986961
An14g01070	mRNA	An14g01070	NT_166529.1	299188	300170	D	An14g01070	join(<299188..299293,299379..299984,300034..>300170)	Aspergillus niger	4986962
An14g01080	mRNA	An14g01080	NT_166529.1	302114	303253	R	An14g01080	complement(join(<302114..302278,302350..303006,303062..>303253))	Aspergillus niger	4986963
An14g01110	mRNA	An14g01110	NT_166529.1	304705	306411	R	An14g01110	complement(join(<304705..304865,304918..305184,305241..305901,305962..>306411))	Aspergillus niger	4986965
An14g01120	mRNA	An14g01120	NT_166529.1	307156	308838	R	An14g01120	complement(join(<307156..308625,308680..>308838))	Aspergillus niger	4986966
An14g01130	mRNA	An14g01130	NT_166529.1	311672	313905	D	An14g01130	join(<311672..311927,311970..312077,312126..312247,312294..312363,312410..312485,312531..312582,312630..312841,312890..313111,313174..313420,313478..313618,313682..313738,313867..>313905)	Aspergillus niger	4986967
An14g01140	mRNA	An14g01140	NT_166529.1	314011	315736	R	An14g01140	complement(join(<314011..315374,315500..>315736))	Aspergillus niger	4986968
An14g01150	mRNA	An14g01150	NT_166529.1	316332	319565	R	An14g01150	complement(join(<316332..316387,316439..>319565))	Aspergillus niger	4986969
An14g01160	mRNA	An14g01160	NT_166529.1	320635	322534	R	An14g01160	complement(join(<320635..320758,320814..321275,321332..321549,321596..321741,321788..321835,321894..321963,322025..322199,322317..>322534))	Aspergillus niger	4986970
An14g01170	mRNA	An14g01170	NT_166529.1	324387	325741	R	An14g01170	complement(join(<324387..324826,324916..>325741))	Aspergillus niger	4986971
An14g01180	mRNA	An14g01180	NT_166529.1	326029	328923	D	An14g01180	join(<326029..326718,326780..328516,328585..>328923)	Aspergillus niger	4986972
An14g01190	mRNA	An14g01190	NT_166529.1	329777	330667	D	An14g01190	<329777..>330667	Aspergillus niger	4986973
An14g01200	mRNA	An14g01200	NT_166529.1	331024	333511	R	An14g01200	complement(join(<331024..331527,331594..331771,331827..331982,332053..332262,332310..332442,332512..333215,333270..333352,333440..>333511))	Aspergillus niger	84592907
An14g01210	mRNA	An14g01210	NT_166529.1	334964	336389	R	An14g01210	complement(join(<334964..335228,335286..335529,335582..>336389))	Aspergillus niger	4986975
An14g01225	mRNA	An14g01225	NT_166529.1	337479	338321	R	An14g01225	complement(join(<337479..337574,337593..337957,338008..>338321))	Aspergillus niger	84592908
An14g01235	mRNA	An14g01235	NT_166529.1	339430	340615	R	An14g01235	complement(join(<339430..340379,340420..>340615))	Aspergillus niger	4986977
An14g01245	mRNA	An14g01245	NT_166529.1	340885	342386	D	An14g01245	join(<340885..341133,341184..>342386)	Aspergillus niger	4986978
An14g01253	mRNA	An14g01253	NT_166529.1	342626	343886	R	An14g01253	complement(join(<342626..343180,343239..343330,343380..343490,343550..>343886))	Aspergillus niger	4986979
An14g01255	mRNA	An14g01255	NT_166529.1	344332	346964	D	An14g01255	join(<344332..344531,344608..345726,345783..346175,346235..346483,346640..>346964)	Aspergillus niger	4986980
An14g01260	mRNA	An14g01260	NT_166529.1	347623	349720	D	An14g01260	join(<347623..347794,347850..348251,348310..348644,348728..349068,349162..349309,349364..349468,349640..>349720)	Aspergillus niger	4986981
An14g01270	mRNA	An14g01270	NT_166529.1	350571	351900	D	An14g01270	join(<350571..350943,351017..351121,351184..351422,351500..351727,351787..>351900)	Aspergillus niger	4986982
An14g01280	mRNA	An14g01280	NT_166529.1	352896	353804	R	An14g01280	complement(<352896..>353804)	Aspergillus niger	4986983
An14g01300	mRNA	An14g01300	NT_166529.1	355698	356162	R	An14g01300	complement(join(<355698..355928,356064..>356162))	Aspergillus niger	84592909
An14g01310	mRNA	An14g01310	NT_166529.1	356452	357937	D	An14g01310	join(<356452..356556,356646..356740,357002..357153,357332..357481,357573..357693,357796..>357937)	Aspergillus niger	84592910
An14g01330	mRNA	An14g01330	NT_166529.1	360193	361975	R	An14g01330	complement(join(<360193..360921,360984..361225,361284..361424,361477..361715,361770..>361975))	Aspergillus niger	4986988
An14g01340	mRNA	An14g01340	NT_166529.1	362518	364145	R	An14g01340	complement(join(<362518..362558,362743..363593,363644..363883,363943..>364145))	Aspergillus niger	4986989
An14g01350	mRNA	An14g01350	NT_166529.1	364569	366224	D	An14g01350	join(<364569..365430,365488..365878,365939..>366224)	Aspergillus niger	4986990
An14g01360	mRNA	An14g01360	NT_166529.1	367206	369182	D	An14g01360	join(<367206..367262,367501..368129,368183..>369182)	Aspergillus niger	84592911
An14g01370	mRNA	An14g01370	NT_166529.1	370756	371232	D	An14g01370	<370756..>371232	Aspergillus niger	4986992
An14g01380	mRNA	An14g01380	NT_166529.1	371636	373189	R	An14g01380	complement(join(<371636..372625,372692..372806,372987..>373189))	Aspergillus niger	4986993
An14g01390	mRNA	An14g01390	NT_166529.1	373627	375681	R	An14g01390	complement(<373627..>375681)	Aspergillus niger	4986994
An14g01400	mRNA	An14g01400	NT_166529.1	376070	377245	D	An14g01400	join(<376070..376206,376305..376384,376592..376709,376919..376996,377080..>377245)	Aspergillus niger	84592912
An14g01410	mRNA	An14g01410	NT_166529.1	377460	378317	D	An14g01410	<377460..>378317	Aspergillus niger	4986996
An14g01420	mRNA	An14g01420	NT_166529.1	379753	381648	D	An14g01420	join(<379753..379960,380013..380175,380224..381285,381339..>381648)	Aspergillus niger	4986997
An14g01430	mRNA	An14g01430	NT_166529.1	382473	383985	D	An14g01430	join(<382473..382719,382780..383217,383273..>383985)	Aspergillus niger	4986998
An14g01440	mRNA	An14g01440	NT_166529.1	384304	385879	R	An14g01440	complement(join(<384304..384417,384481..384892,384952..385424,385478..>385879))	Aspergillus niger	4986999
An14g01450	mRNA	An14g01450	NT_166529.1	386128	387005	R	An14g01450	complement(join(<386128..386418,386496..386722,386780..>387005))	Aspergillus niger	4987000
An14g01460	mRNA	An14g01460	NT_166529.1	387645	389222	D	An14g01460	join(<387645..388059,388121..388383,388435..388487,388538..>389222)	Aspergillus niger	4987001
An14g01470	mRNA	An14g01470	NT_166529.1	389538	391076	D	An14g01470	join(<389538..389708,389783..389899,389959..390502,390574..390967,391028..>391076)	Aspergillus niger	4987002
An14g01480	mRNA	An14g01480	NT_166529.1	391711	392767	D	An14g01480	join(<391711..391760,391874..392414,392507..>392767)	Aspergillus niger	4987003
An14g01490	mRNA	An14g01490	NT_166529.1	392827	394512	R	An14g01490	complement(join(<392827..393654,393700..>394512))	Aspergillus niger	4987004
An14g01500	mRNA	An14g01500	NT_166529.1	394951	396387	R	An14g01500	complement(join(<394951..396126,396196..>396387))	Aspergillus niger	4987005
An14g01510	mRNA	An14g01510	NT_166529.1	397469	399909	R	An14g01510	complement(join(<397469..398807,398858..>399909))	Aspergillus niger	84592913
An14g01520	mRNA	An14g01520	NT_166529.1	400144	401037	D	An14g01520	<400144..>401037	Aspergillus niger	84592914
An14g01530	mRNA	An14g01530	NT_166529.1	401109	403811	R	An14g01530	complement(join(<401109..401155,401221..401662,401712..403532,403590..>403811))	Aspergillus niger	4987008
An14g01540	mRNA	An14g01540	NT_166529.1	404253	405672	R	An14g01540	complement(<404253..>405672)	Aspergillus niger	4987009
An14g01550	mRNA	An14g01550	NT_166529.1	405999	407375	R	An14g01550	complement(join(<405999..406034,406092..407114,407184..>407375))	Aspergillus niger	4987010
An14g01560	mRNA	An14g01560	NT_166529.1	408264	409714	R	An14g01560	complement(join(<408264..409313,409364..409504,409562..>409714))	Aspergillus niger	4987011
An14g01570	mRNA	An14g01570	NT_166529.1	410170	410641	D	An14g01570	join(<410170..410245,410305..410481,410547..>410641)	Aspergillus niger	4987012
An14g01580	mRNA	An14g01580	NT_166529.1	410903	412113	R	An14g01580	complement(join(<410903..411919,411973..>412113))	Aspergillus niger	4987013
An14g01590	mRNA	An14g01590	NT_166529.1	412994	414260	D	An14g01590	join(<412994..413197,413265..413299,413366..>414260)	Aspergillus niger	4987014
An14g01600	mRNA	An14g01600	NT_166529.1	414729	416773	R	An14g01600	complement(join(<414729..414875,414986..415176,415281..415631,415689..415909,415957..416031,416081..416402,416542..>416773))	Aspergillus niger	4987015
An14g01610	mRNA	An14g01610	NT_166529.1	417217	418607	R	An14g01610	complement(join(<417217..418060,418111..>418607))	Aspergillus niger	84592915
An14g01620	mRNA	An14g01620	NT_166529.1	419185	421033	D	An14g01620	join(<419185..419315,419365..419484,419541..419680,419762..419869,419923..420291,420340..420431,420495..420528,420588..>421033)	Aspergillus niger	4987017
An14g01630	mRNA	An14g01630	NT_166529.1	421548	422991	D	An14g01630	join(<421548..421656,421714..422790,422840..>422991)	Aspergillus niger	4987018
An14g01650	mRNA	An14g01650	NT_166529.1	425546	426070	R	An14g01650	complement(join(<425546..425683,425784..425891,426002..>426070))	Aspergillus niger	84592916
An14g01660	mRNA	An14g01660	NT_166529.1	426147	427787	D	An14g01660	<426147..>427787	Aspergillus niger	4987021
An14g01670	mRNA	An14g01670	NT_166529.1	430309	432167	D	An14g01670	join(<430309..430522,430574..430772,430896..431346,431401..431895,431946..>432167)	Aspergillus niger	4987022
An14g01680	mRNA	An14g01680	NT_166529.1	432589	434073	D	An14g01680	join(<432589..432734,432783..>434073)	Aspergillus niger	4987023
An14g01685	mRNA	An14g01685	NT_166529.1	434267	434734	R	An14g01685	complement(<434267..>434734)	Aspergillus niger	4987024
An14g01690	mRNA	An14g01690	NT_166529.1	435711	436640	R	An14g01690	complement(<435711..>436640)	Aspergillus niger	4987025
An14g01700	mRNA	An14g01700	NT_166529.1	437012	438765	R	An14g01700	complement(join(<437012..437691,437734..438202,438245..>438765))	Aspergillus niger	4987026
An14g01710	mRNA	An14g01710	NT_166529.1	439525	441406	R	An14g01710	complement(join(<439525..439598,439635..440226,440272..441104,441151..>441406))	Aspergillus niger	4987027
An14g01720	mRNA	An14g01720	NT_166529.1	443084	443269	D	An14g01720	<443084..>443269	Aspergillus niger	84592917
An14g01730	mRNA	An14g01730	NT_166529.1	443766	449585	R	An14g01730	complement(join(<443766..446874,446934..448759,448809..448830,448870..449475,449557..>449585))	Aspergillus niger	4987029
An14g01750	mRNA	An14g01750	NT_166529.1	451189	451618	D	An14g01750	join(<451189..451583,451615..>451618)	Aspergillus niger	84592918
An14g01760	mRNA	An14g01760	NT_166529.1	451715	452571	D	An14g01760	join(<451715..451733,451826..>452571)	Aspergillus niger	4987032
An14g01770	mRNA	An14g01770	NT_166529.1	453128	455599	R	An14g01770	complement(join(<453128..454175,454275..455412,455464..>455599))	Aspergillus niger	4987033
An14g01780	mRNA	An14g01780	NT_166529.1	455781	456176	D	An14g01780	<455781..>456176	Aspergillus niger	84592919
An14g01790	mRNA	An14g01790	NT_166529.1	456593	457189	R	An14g01790	complement(<456593..>457189)	Aspergillus niger	84592920
An14g01800	mRNA	An14g01800	NT_166529.1	457325	458773	R	An14g01800	complement(join(<457325..458160,458210..458266,458322..458620,458670..>458773))	Aspergillus niger	4987036
An14g01810	mRNA	An14g01810	NT_166529.1	460487	461724	D	An14g01810	join(<460487..460846,460998..461325,461361..461533,461578..>461724)	Aspergillus niger	4987037
An14g01820	mRNA	An14g01820	NT_166529.1	463544	464167	D	An14g01820	join(<463544..463835,463905..>464167)	Aspergillus niger	4987038
An14g01830	mRNA	An14g01830	NT_166529.1	464831	466440	R	An14g01830	complement(join(<464831..464883,465130..465374,465479..465547,465612..465677,465767..466055,466263..>466440))	Aspergillus niger	84592921
An14g01840	mRNA	An14g01840	NT_166529.1	466729	467325	D	An14g01840	<466729..>467325	Aspergillus niger	4987040
An14g01850	mRNA	An14g01850	NT_166529.1	467505	469505	R	An14g01850	complement(join(<467505..467692,467777..468161,468234..468853,468901..469048,469103..469150,469206..469351,469415..>469505))	Aspergillus niger	4987041
An14g01860	mRNA	An14g01860	NT_166529.1	471139	472360	R	An14g01860	complement(join(<471139..471348,471401..472052,472119..472175,472230..>472360))	Aspergillus niger	4987042
An14g01870	mRNA	An14g01870	NT_166529.1	473325	475415	R	An14g01870	complement(join(<473325..473645,473697..475174,475289..>475415))	Aspergillus niger	4987043
An14g01880	mRNA	An14g01880	NT_166529.1	476166	479330	R	An14g01880	complement(join(<476166..477280,477359..477485,477592..477651,477734..477842,478087..>479330))	Aspergillus niger	84592922
An14g01890	mRNA	An14g01890	NT_166529.1	479833	480460	R	An14g01890	complement(join(<479833..479921,480283..>480460))	Aspergillus niger	84592923
An14g01900	mRNA	An14g01900	NT_166529.1	481109	482164	D	An14g01900	<481109..>482164	Aspergillus niger	84592924
An14g01910	mRNA	An14g01910	NT_166529.1	482315	493498	R	An14g01910	complement(join(<482315..483978,484038..484732,484783..485959,486021..486718,486778..488983,489029..489228,489289..491392,491425..492090,492161..492802,492865..>493498))	Aspergillus niger	4987047
An14g01920	mRNA	An14g01920	NT_166529.1	493735	494096	D	An14g01920	join(<493735..493860,494073..>494096)	Aspergillus niger	84592925
An14g01930	mRNA	An14g01930	NT_166529.1	495055	495324	D	An14g01930	join(<495055..495061,495212..>495324)	Aspergillus niger	84592926
An14g01940	mRNA	An14g01940	NT_166529.1	495907	497074	D	An14g01940	join(<495907..496030,496125..>497074)	Aspergillus niger	4987050
An14g01950	mRNA	An14g01950	NT_166529.1	497992	499434	D	An14g01950	join(<497992..498022,498083..>499434)	Aspergillus niger	4987051
An14g01960	mRNA	An14g01960	NT_166529.1	499914	502302	R	An14g01960	complement(join(<499914..501575,501637..501931,501989..502142,502209..>502302))	Aspergillus niger	4987052
An14g01970	mRNA	An14g01970	NT_166529.1	505283	506618	R	An14g01970	complement(join(<505283..505840,505899..>506618))	Aspergillus niger	4987053
An14g01980	mRNA	An14g01980	NT_166529.1	506849	507649	D	An14g01980	<506849..>507649	Aspergillus niger	4987054
An14g01990	mRNA	An14g01990	NT_166529.1	508505	509407	R	An14g01990	complement(join(<508505..508656,508738..>509407))	Aspergillus niger	4987055
An14g02000	mRNA	An14g02000	NT_166529.1	510353	510862	R	An14g02000	complement(join(<510353..510435,510529..>510862))	Aspergillus niger	84592927
An14g02010	mRNA	An14g02010	NT_166529.1	511157	513903	R	An14g02010	complement(join(<511157..511220,511275..511461,511513..511767,512551..512680,512733..512810,512861..512932,512988..513095,513148..513166,513285..513753,513900..>513903))	Aspergillus niger	4987057
An14g02020	mRNA	An14g02020	NT_166529.1	514613	515992	D	An14g02020	join(<514613..514830,515091..515192,515302..515443,515528..515563,515678..>515992)	Aspergillus niger	84592928
An14g02030	mRNA	An14g02030	NT_166529.1	516645	520095	D	An14g02030	join(<516645..516694,516753..516854,516908..517192,517245..518892,518945..519016,519100..519911,519993..>520095)	Aspergillus niger	4987059
An14g02040	mRNA	An14g02040	NT_166529.1	520364	521158	R	An14g02040	complement(<520364..>521158)	Aspergillus niger	4987060
An14g02050	mRNA	An14g02050	NT_166529.1	521322	521632	R	An14g02050	complement(<521322..>521632)	Aspergillus niger	84592929
An14g02060	mRNA	An14g02060	NT_166529.1	522251	523970	D	An14g02060	join(<522251..523431,523521..523564,523804..>523970)	Aspergillus niger	4987062
An14g02070	mRNA	An14g02070	NT_166529.1	524173	525928	R	An14g02070	complement(join(<524173..524499,524562..524798,524846..524905,524950..525043,525090..525244,525503..525508,525565..525601,525693..>525928))	Aspergillus niger	4987063
An14g02080	mRNA	An14g02080	NT_166529.1	527489	528931	D	An14g02080	<527489..>528931	Aspergillus niger	4987064
An14g02090	mRNA	An14g02090	NT_166529.1	529598	530247	R	An14g02090	complement(join(<529598..529764,529832..529915,529974..>530247))	Aspergillus niger	4987065
An14g02100	mRNA	An14g02100	NT_166529.1	531875	532741	R	An14g02100	complement(<531875..>532741)	Aspergillus niger	4987066
An14g02110	mRNA	An14g02110	NT_166529.1	534583	534972	D	An14g02110	join(<534583..534628,534740..>534972)	Aspergillus niger	84592930
An14g02120	mRNA	An14g02120	NT_166529.1	536345	537562	D	An14g02120	join(<536345..536361,537002..537030,537101..537219,537348..537485,537539..>537562)	Aspergillus niger	84592931
An14g02130	mRNA	An14g02130	NT_166529.1	537833	544222	D	An14g02130	join(<537833..538086,538141..539452,539885..540111,540172..540422,540558..541429,541553..541615,541670..541727,541786..542187,542393..542547,542600..542661,542708..543998,544055..>544222)	Aspergillus niger	4987069
An14g02140	mRNA	An14g02140	NT_166529.1	545578	546043	D	An14g02140	join(<545578..545595,545642..545698,545749..545764,545812..545928,545976..>546043)	Aspergillus niger	4987070
An14g02150	mRNA	An14g02150	NT_166529.1	546525	548234	D	An14g02150	join(<546525..546609,546653..546798,546844..547264,547327..547995,548045..548118,548193..>548234)	Aspergillus niger	4987071
An14g02160	mRNA	An14g02160	NT_166529.1	548630	550210	D	An14g02160	join(<548630..548778,548854..548939,549007..549044,549113..549168,549253..549410,549460..549659,549821..>550210)	Aspergillus niger	4987072
An14g02170	mRNA	An14g02170	NT_166529.1	550398	551386	R	An14g02170	complement(join(<550398..550773,550860..551077,551192..>551386))	Aspergillus niger	4987073
An14g02180	mRNA	An14g02180	NT_166529.1	552582	554225	R	An14g02180	complement(join(<552582..552642,552691..553033,553088..553464,553520..553880,553949..>554225))	Aspergillus niger	4987074
An14g02190	mRNA	An14g02190	NT_166529.1	554805	556273	R	An14g02190	complement(join(<554805..555140,555187..556088,556159..>556273))	Aspergillus niger	4987075
An14g02200	mRNA	An14g02200	NT_166529.1	557150	557752	R	An14g02200	complement(join(<557150..557528,557577..>557752))	Aspergillus niger	4987076
An14g02210	mRNA	An14g02210	NT_166529.1	560023	561048	R	An14g02210	complement(<560023..>561048)	Aspergillus niger	4987077
An14g02220	mRNA	An14g02220	NT_166529.1	561194	561702	R	An14g02220	complement(join(<561194..561264,561346..561417,561459..561546,561640..>561702))	Aspergillus niger	84592932
An14g02230	mRNA	An14g02230	NT_166529.1	562447	564484	R	An14g02230	complement(join(<562447..562884,562938..563169,563219..563306,563356..564146,564291..>564484))	Aspergillus niger	4987079
An14g02240	mRNA	An14g02240	NT_166529.1	566362	567803	D	An14g02240	join(<566362..567457,567566..567616,567784..>567803)	Aspergillus niger	4987080
An14g02250	mRNA	An14g02250	NT_166529.1	567877	569488	R	An14g02250	complement(join(<567877..568956,569014..569327,569380..>569488))	Aspergillus niger	4987081
An14g02260	mRNA	An14g02260	NT_166529.1	570840	571775	R	An14g02260	complement(join(<570840..571160,571284..571675,571730..>571775))	Aspergillus niger	4987082
An14g02270	mRNA	An14g02270	NT_166529.1	572094	572675	D	An14g02270	join(<572094..572147,572193..572432,572523..>572675)	Aspergillus niger	84592933
An14g02280	mRNA	An14g02280	NT_166529.1	575835	577405	D	An14g02280	join(<575835..575837,576236..576633,576699..577268,577348..>577405)	Aspergillus niger	4987084
An14g02290	mRNA	An14g02290	NT_166529.1	577851	581352	R	An14g02290	complement(join(<577851..578151,578213..578530,578600..579186,579235..579583,579649..580025,580081..580321,580369..580639,580689..>581352))	Aspergillus niger	4987085
An14g02300	mRNA	An14g02300	NT_166529.1	582193	583716	R	An14g02300	complement(join(<582193..582657,582714..583359,583409..>583716))	Aspergillus niger	4987086
An14g02310	mRNA	An14g02310	NT_166529.1	584697	585633	D	An14g02310	join(<584697..584744,584914..585159,585232..585295,585348..585463,585550..>585633)	Aspergillus niger	84592934
An14g02320	mRNA	An14g02320	NT_166529.1	585819	586838	R	An14g02320	complement(<585819..>586838)	Aspergillus niger	4987088
An14g02330	mRNA	An14g02330	NT_166529.1	587904	588895	R	An14g02330	complement(join(<587904..588068,588169..588231,588326..588431,588516..>588895))	Aspergillus niger	84592935
An14g02340	mRNA	An14g02340	NT_166529.1	589166	590220	R	An14g02340	complement(join(<589166..589677,589730..589982,590038..>590220))	Aspergillus niger	84592936
An14g02350	mRNA	An14g02350	NT_166529.1	590715	591557	R	An14g02350	complement(join(<590715..590959,591023..>591557))	Aspergillus niger	4987091
An14g02360	mRNA	An14g02360	NT_166529.1	592612	593629	R	An14g02360	complement(join(<592612..592992,593074..593334,593420..593460,593551..>593629))	Aspergillus niger	4987092
An14g02370	mRNA	An14g02370	NT_166529.1	594172	596503	R	An14g02370	complement(join(<594172..596144,596217..596337,596392..596426,596494..>596503))	Aspergillus niger	4987093
An14g02380	mRNA	An14g02380	NT_166529.1	597428	597938	D	An14g02380	join(<597428..597516,597652..597725,597808..>597938)	Aspergillus niger	84592937
An14g02390	mRNA	An14g02390	NT_166529.1	598327	599981	R	An14g02390	complement(join(<598327..599025,599081..599401,599447..599627,599685..599899,599973..>599981))	Aspergillus niger	4987095
An14g02400	mRNA	An14g02400	NT_166529.1	600435	601004	R	An14g02400	complement(join(<600435..600560,600637..600695,600806..>601004))	Aspergillus niger	84592938
An14g02410	mRNA	An14g02410	NT_166529.1	601918	603618	D	An14g02410	join(<601918..601997,602070..>603618)	Aspergillus niger	4987097
An14g02420	mRNA	An14g02420	NT_166529.1	603676	606993	R	An14g02420	complement(join(<603676..603687,603848..603916,604075..604702,604755..606590,606638..>606993))	Aspergillus niger	4987098
An14g02430	mRNA	An14g02430	NT_166529.1	608192	608881	R	An14g02430	complement(join(<608192..608239,608376..608410,608440..>608881))	Aspergillus niger	84592939
An14g02440	mRNA	An14g02440	NT_166529.1	609959	610532	R	An14g02440	complement(join(<609959..610026,610127..610331,610524..>610532))	Aspergillus niger	84592940
An14g02450	mRNA	An14g02450	NT_166529.1	610901	612032	R	An14g02450	complement(join(<610901..611290,611359..611655,611706..>612032))	Aspergillus niger	4987101
An14g02460	mRNA	An14g02460	NT_166529.1	613729	614982	D	An14g02460	<613729..>614982	Aspergillus niger	4987102
An14g02470	mRNA	An14g02470	NT_166529.1	615319	617292	R	An14g02470	complement(join(<615319..616065,616137..617113,617181..>617292))	Aspergillus niger	4987103
An14g02480	mRNA	An14g02480	NT_166529.1	619138	622012	R	An14g02480	complement(join(<619138..619309,619402..619647,620039..620134,620244..620337,620558..620704,620782..620865,620988..621104,621584..621639,621690..>622012))	Aspergillus niger	84592941
An14g02490	mRNA	An14g02490	NT_166529.1	622777	623380	D	An14g02490	join(<622777..622951,622998..>623380)	Aspergillus niger	4987105
An14g02500	mRNA	An14g02500	NT_166529.1	623881	625669	D	An14g02500	join(<623881..624240,624309..624657,624747..>625669)	Aspergillus niger	4987106
An14g02510	mRNA	An14g02510	NT_166529.1	626619	627998	D	An14g02510	join(<626619..626983,627033..627294,627420..627654,627793..>627998)	Aspergillus niger	84592942
An14g02520	mRNA	An14g02520	NT_166529.1	629471	630184	D	An14g02520	join(<629471..629488,629535..629711,629801..629931,630019..>630184)	Aspergillus niger	84592943
An14g02530	mRNA	An14g02530	NT_166529.1	631917	632320	R	An14g02530	complement(join(<631917..632205,632295..>632320))	Aspergillus niger	84592944
An14g02540	mRNA	An14g02540	NT_166529.1	633740	634750	R	An14g02540	complement(join(<633740..634360,634421..>634750))	Aspergillus niger	4987110
An14g02550	mRNA	An14g02550	NT_166529.1	635958	637391	R	An14g02550	complement(join(<635958..636173,636238..636254,636404..636464,636642..636729,636968..637182,637215..>637391))	Aspergillus niger	84592945
An14g02560	mRNA	An14g02560	NT_166529.1	638418	639412	R	An14g02560	complement(join(<638418..639095,639155..>639412))	Aspergillus niger	4987112
An14g02570	mRNA	An14g02570	NT_166529.1	641199	642786	R	An14g02570	complement(join(<641199..642426,642473..>642786))	Aspergillus niger	4987113
An14g02580	mRNA	An14g02580	NT_166529.1	643976	644581	R	An14g02580	complement(join(<643976..644385,644470..>644581))	Aspergillus niger	84592946
An14g02590	mRNA	An14g02590	NT_166529.1	645242	646952	D	An14g02590	join(<645242..645401,645496..>646952)	Aspergillus niger	4987115
An14g02600	mRNA	An14g02600	NT_166529.1	647131	648313	R	An14g02600	complement(join(<647131..647308,647803..647899,647997..648067,648145..648188,648272..>648313))	Aspergillus niger	84592947
An14g02610	mRNA	An14g02610	NT_166529.1	648681	653390	D	An14g02610	join(<648681..648878,648929..648973,649026..649436,649490..650034,650085..650590,650640..651249,651298..651572,651620..651795,651842..651935,651983..652290,652341..652547,652597..652756,652803..653242,653292..>653390)	Aspergillus niger	4987117
An14g02620	mRNA	An14g02620	NT_166529.1	653596	654566	R	An14g02620	complement(join(<653596..653784,653942..654011,654043..>654566))	Aspergillus niger	4987118
An14g02630	mRNA	An14g02630	NT_166529.1	655590	656462	D	An14g02630	<655590..>656462	Aspergillus niger	4987119
An14g02640	mRNA	An14g02640	NT_166529.1	656680	657879	D	An14g02640	join(<656680..657702,657739..>657879)	Aspergillus niger	4987120
An14g02650	mRNA	An14g02650	NT_166529.1	658367	659257	D	An14g02650	join(<658367..658471,658537..>659257)	Aspergillus niger	4987121
An14g02660	mRNA	An14g02660	NT_166529.1	659814	660642	D	An14g02660	join(<659814..660043,660132..>660642)	Aspergillus niger	4987122
An14g02670	mRNA	An14g02670	NT_166529.1	660991	662226	R	An14g02670	complement(join(<660991..661164,661351..>662226))	Aspergillus niger	4987123
An14g02680	mRNA	An14g02680	NT_166529.1	662484	664167	R	An14g02680	complement(join(<662484..662714,662976..663023,663069..663260,663414..663491,663542..663648,663858..663917,664017..>664167))	Aspergillus niger	84592948
An14g02690	mRNA	An14g02690	NT_166529.1	664805	665189	D	An14g02690	join(<664805..665010,665063..>665189)	Aspergillus niger	84592949
An14g02700	mRNA	An14g02700	NT_166529.1	665654	667701	D	An14g02700	join(<665654..666038,666092..666155,666205..666648,666706..667312,667366..>667701)	Aspergillus niger	4987126
An14g02710	mRNA	An14g02710	NT_166529.1	668431	668871	R	An14g02710	complement(join(<668431..668704,668774..>668871))	Aspergillus niger	84592950
An14g02720	mRNA	An14g02720	NT_166529.1	671492	673349	D	An14g02720	join(<671492..671688,671746..671759,671815..671887,671943..672274,672323..672466,672517..672731,672778..672975,673025..673052,673101..673216,673266..>673349)	Aspergillus niger	4987128
An14g02730	mRNA	An14g02730	NT_166529.1	673502	674269	R	An14g02730	complement(join(<673502..673650,673671..673753,673841..673921,673946..674046,674213..>674269))	Aspergillus niger	84592951
An14g02740	mRNA	An14g02740	NT_166529.1	675426	677188	D	An14g02740	join(<675426..675525,675579..675686,675737..676277,676330..>677188)	Aspergillus niger	4987130
An14g02750	mRNA	An14g02750	NT_166529.1	678710	681154	D	An14g02750	join(<678710..678784,678820..679033,679103..679201,679232..679276,679393..679499,679583..680267,680319..>681154)	Aspergillus niger	4987131
An14g02760	mRNA	eglA	NT_166529.1	682273	683108	R	An14g02760	complement(join(<682273..682352,682419..682651,682702..>683108))	Aspergillus niger	4987132
An14g02770	mRNA	An14g02770	NT_166529.1	684774	685479	R	An14g02770	complement(join(<684774..684974,685036..>685479))	Aspergillus niger	84592952
An14g02780	mRNA	An14g02780	NT_166529.1	686470	688371	D	An14g02780	join(<686470..686636,686689..687490,687541..687601,687649..687834,687962..>688371)	Aspergillus niger	4987134
An14g02790	mRNA	An14g02790	NT_166529.1	688830	690770	R	An14g02790	complement(join(<688830..690570,690604..>690770))	Aspergillus niger	4987135
An14g02810	mRNA	An14g02810	NT_166529.1	694506	695295	R	An14g02810	complement(join(<694506..695191,695289..>695295))	Aspergillus niger	84592953
An14g02820	mRNA	An14g02820	NT_166529.1	696276	696916	R	An14g02820	complement(join(<696276..696395,696539..>696916))	Aspergillus niger	84592954
An14g02830	mRNA	An14g02830	NT_166529.1	698112	699654	D	An14g02830	join(<698112..698289,698402..698595,698705..698761,698854..>699654)	Aspergillus niger	4987139
An14g02840	mRNA	An14g02840	NT_166529.1	700172	700754	R	An14g02840	complement(join(<700172..700542,700613..>700754))	Aspergillus niger	4987140
An14g02850	mRNA	An14g02850	NT_166529.1	701296	701833	D	An14g02850	join(<701296..701604,701693..701732,701781..>701833)	Aspergillus niger	4987141
An14g02860	mRNA	An14g02860	NT_166529.1	702261	703833	D	An14g02860	join(<702261..702632,702729..702973,703062..>703833)	Aspergillus niger	4987142
An14g02870	mRNA	An14g02870	NT_166529.1	703872	705389	R	An14g02870	complement(join(<703872..704495,704541..705320,705372..>705389))	Aspergillus niger	4987143
An14g02880	mRNA	An14g02880	NT_166529.1	707201	708860	D	An14g02880	join(<707201..707374,707422..707442,707490..>708860)	Aspergillus niger	4987144
An14g02890	mRNA	An14g02890	NT_166529.1	709697	710728	D	An14g02890	<709697..>710728	Aspergillus niger	4987145
An14g02900	mRNA	An14g02900	NT_166529.1	710949	712407	R	An14g02900	complement(join(<710949..712300,712368..>712407))	Aspergillus niger	4987146
An14g02910	mRNA	An14g02910	NT_166529.1	713416	715182	R	An14g02910	complement(join(<713416..713603,713657..713874,713926..714444,714495..714772,714820..>715182))	Aspergillus niger	4987147
An14g02920	mRNA	An14g02920	NT_166529.1	715704	716801	D	An14g02920	<715704..>716801	Aspergillus niger	4987148
An14g02930	mRNA	An14g02930	NT_166529.1	718868	720091	R	An14g02930	complement(join(<718868..719718,720031..>720091))	Aspergillus niger	84592955
An14g02940	mRNA	An14g02940	NT_166529.1	720181	722013	R	An14g02940	complement(join(<720181..721142,721204..721917,721971..>722013))	Aspergillus niger	4987150
An14g02950	mRNA	An14g02950	NT_166529.1	723890	725929	D	An14g02950	join(<723890..723995,724089..724310,724379..724920,724967..>725929)	Aspergillus niger	4987151
An14g02960	mRNA	An14g02960	NT_166529.1	727949	730727	D	An14g02960	join(<727949..728600,728697..728912,728992..729005,729101..729252,729690..729984,730245..>730727)	Aspergillus niger	84592956
An14g02970	mRNA	An14g02970	NT_166529.1	731209	735093	D	An14g02970	join(<731209..733902,733960..734715,734767..>735093)	Aspergillus niger	4987153
An14g02980	mRNA	An14g02980	NT_166529.1	735920	738561	R	An14g02980	complement(join(<735920..737209,737337..737663,737754..737976,738200..>738561))	Aspergillus niger	4987154
An14g02990	mRNA	An14g02990	NT_166529.1	741146	742614	D	An14g02990	join(<741146..741169,741230..741465,741582..>742614)	Aspergillus niger	4987155
An14g03000	mRNA	An14g03000	NT_166529.1	742918	747465	R	An14g03000	complement(join(<742918..745411,745468..746360,746418..746547,746596..746743,746850..747102,747162..747185,747276..747304,747378..>747465))	Aspergillus niger	4987156
An14g03010	mRNA	An14g03010	NT_166529.1	748517	749875	R	An14g03010	complement(join(<748517..749020,749074..749330,749528..749543,749822..>749875))	Aspergillus niger	4987157
An14g03020	mRNA	An14g03020	NT_166529.1	751710	754176	R	An14g03020	complement(join(<751710..752960,753010..753441,753507..753795,753866..754022,754092..>754176))	Aspergillus niger	4987158
An14g03030	mRNA	An14g03030	NT_166529.1	754801	755374	R	An14g03030	complement(<754801..>755374)	Aspergillus niger	4987159
An14g03040	mRNA	An14g03040	NT_166529.1	755904	759746	R	An14g03040	complement(join(<755904..757380,757463..758804,759043..759481,759615..>759746))	Aspergillus niger	4987160
An14g03050	mRNA	An14g03050	NT_166529.1	761089	765791	D	An14g03050	join(<761089..761450,761558..762207,762355..>765791)	Aspergillus niger	4987161
An14g03060	mRNA	An14g03060	NT_166529.1	766892	767887	D	An14g03060	join(<766892..766961,767021..767120,767188..767754,767818..>767887)	Aspergillus niger	4987162
An14g03070	mRNA	An14g03070	NT_166529.1	768815	770474	D	An14g03070	join(<768815..769406,769465..>770474)	Aspergillus niger	4987163
An14g03080	mRNA	An14g03080	NT_166529.1	771951	772581	R	An14g03080	complement(join(<771951..772209,772273..772376,772438..>772581))	Aspergillus niger	4987164
An14g03090	mRNA	An14g03090	NT_166529.1	776697	778391	R	An14g03090	complement(join(<776697..776835,776918..777146,777205..777345,777405..777667,777727..778049,778112..778126,778194..>778391))	Aspergillus niger	4987165
An14g03100	mRNA	An14g03100	NT_166529.1	779172	780558	R	An14g03100	complement(join(<779172..779916,779990..>780558))	Aspergillus niger	4987166
An14g03110	mRNA	An14g03110	NT_166529.1	781332	783037	R	An14g03110	complement(join(<781332..782144,782194..782407,782453..782783,782830..>783037))	Aspergillus niger	4987167
An14g03120	mRNA	An14g03120	NT_166529.1	783399	784779	D	An14g03120	join(<783399..783551,783604..783744,783793..784122,784174..784241,784291..784370,784451..>784779)	Aspergillus niger	4987168
An14g03130	mRNA	An14g03130	NT_166529.1	786324	786597	R	An14g03130	complement(join(<786324..786478,786534..>786597))	Aspergillus niger	84592957
An14g03140	mRNA	An14g03140	NT_166529.1	788061	790551	R	An14g03140	complement(join(<788061..788093,788157..788933,788987..789927,789980..790300,790368..>790551))	Aspergillus niger	4987170
An14g03150	mRNA	An14g03150	NT_166529.1	791015	791271	R	An14g03150	complement(join(<791015..791061,791109..791193,791248..>791271))	Aspergillus niger	4987171
An14g03160	mRNA	An14g03160	NT_166529.1	791899	792576	D	An14g03160	join(<791899..792385,792536..>792576)	Aspergillus niger	4987172
An14g03170	mRNA	An14g03170	NT_166529.1	793554	793996	D	An14g03170	join(<793554..793689,793884..>793996)	Aspergillus niger	10098178
An14g03180	mRNA	An14g03180	NT_166529.1	795081	795835	R	An14g03180	complement(join(<795081..795212,795286..795420,795519..795603,795692..795707,795808..>795835))	Aspergillus niger	4987174
An14g03190	mRNA	An14g03190	NT_166529.1	798126	799886	D	An14g03190	join(<798126..798998,799059..>799886)	Aspergillus niger	4987175
An14g03200	mRNA	An14g03200	NT_166529.1	800349	806324	R	An14g03200	complement(<800349..>806324)	Aspergillus niger	4987176
An14g03210	mRNA	An14g03210	NT_166529.1	807564	808568	R	An14g03210	complement(<807564..>808568)	Aspergillus niger	4987177
An14g03220	mRNA	An14g03220	NT_166529.1	808814	809740	D	An14g03220	<808814..>809740	Aspergillus niger	4987178
An14g03230	mRNA	An14g03230	NT_166529.1	810296	812857	D	An14g03230	join(<810296..810865,811014..811067,811102..811409,811476..812450,812489..812600,812654..812722,812756..>812857)	Aspergillus niger	4987179
An14g03240	mRNA	An14g03240	NT_166529.1	813848	815247	R	An14g03240	complement(join(<813848..814863,814926..>815247))	Aspergillus niger	4987180
An14g03250	mRNA	An14g03250	NT_166529.1	815546	816385	R	An14g03250	complement(<815546..>816385)	Aspergillus niger	4987181
An14g03260	mRNA	An14g03260	NT_166529.1	816785	817326	R	An14g03260	complement(join(<816785..816981,817089..>817326))	Aspergillus niger	84592958
An14g03270	mRNA	An14g03270	NT_166529.1	818081	819214	R	An14g03270	complement(join(<818081..818277,818347..>819214))	Aspergillus niger	4987183
An14g03280	mRNA	An14g03280	NT_166529.1	819721	821817	R	An14g03280	complement(join(<819721..819769,819862..820180,820257..821662,821744..>821817))	Aspergillus niger	4987184
An14g03290	mRNA	An14g03290	NT_166529.1	822879	827663	D	An14g03290	join(<822879..823214,823275..825788,825837..>827663)	Aspergillus niger	4987185
An14g03300	mRNA	An14g03300	NT_166529.1	827810	829190	D	An14g03300	join(<827810..827919,827972..828342,828406..>829190)	Aspergillus niger	4987186
An14g03310	mRNA	An14g03310	NT_166529.1	829996	831190	R	An14g03310	complement(join(<829996..830278,830351..830748,830807..>831190))	Aspergillus niger	4987187
An14g03320	mRNA	An14g03320	NT_166529.1	831276	833162	D	An14g03320	join(<831276..831355,831467..831580,831675..831867,831918..831998,832131..832346,832436..832593,832653..832880,833120..>833162)	Aspergillus niger	84592959
An14g03330	mRNA	An14g03330	NT_166529.1	833967	835346	R	An14g03330	complement(join(<833967..835057,835130..>835346))	Aspergillus niger	4987189
An14g03340	mRNA	An14g03340	NT_166529.1	835864	838065	R	An14g03340	complement(join(<835864..836752,836809..836966,837049..837203,837255..837399,837456..837566,837624..837865,837957..>838065))	Aspergillus niger	4987190
An14g03350	mRNA	An14g03350	NT_166529.1	838519	839334	D	An14g03350	join(<838519..838576,838821..839096,839276..>839334)	Aspergillus niger	84592960
An14g03360	mRNA	An14g03360	NT_166529.1	839669	841804	D	An14g03360	<839669..>841804	Aspergillus niger	4987192
An14g03370	mRNA	An14g03370	NT_166529.1	843093	844661	R	An14g03370	complement(join(<843093..843418,843443..843518,843570..844106,844164..>844661))	Aspergillus niger	4987193
An14g03380	mRNA	An14g03380	NT_166529.1	845301	846147	D	An14g03380	join(<845301..845383,845477..845528,845616..845752,845869..845949,846042..>846147)	Aspergillus niger	84592961
An14g03390	mRNA	An14g03390	NT_166529.1	848134	850861	D	An14g03390	join(<848134..849264,849321..850569,850632..>850861)	Aspergillus niger	4987195
An14g03400	mRNA	argB	NT_166529.1	851178	852293	D	An14g03400	<851178..>852293	Aspergillus niger	4987196
An14g03410	mRNA	An14g03410	NT_166529.1	852776	853902	R	An14g03410	complement(join(<852776..853465,853522..>853902))	Aspergillus niger	4987197
An14g03420	mRNA	An14g03420	NT_166529.1	854748	855946	R	An14g03420	complement(join(<854748..855269,855325..855705,855799..855839,855892..>855946))	Aspergillus niger	4987198
An14g03430	mRNA	An14g03430	NT_166529.1	857124	859137	D	An14g03430	join(<857124..857417,857469..857479,857527..857779,857833..>859137)	Aspergillus niger	4987199
An14g03440	mRNA	An14g03440	NT_166529.1	859255	861014	R	An14g03440	complement(join(<859255..859886,859939..860216,860284..>861014))	Aspergillus niger	4987200
An14g03450	mRNA	An14g03450	NT_166529.1	861553	862605	R	An14g03450	complement(join(<861553..862190,862251..>862605))	Aspergillus niger	4987201
An14g03460	mRNA	An14g03460	NT_166529.1	863259	865273	R	An14g03460	complement(join(<863259..863321,863372..863465,863506..864095,864161..864686,864743..864867,864927..865037,865097..>865273))	Aspergillus niger	4987202
An14g03470	mRNA	An14g03470	NT_166529.1	865721	867578	D	An14g03470	join(<865721..865900,865955..866035,866097..>867578)	Aspergillus niger	4987203
An14g03480	mRNA	An14g03480	NT_166529.1	867732	868492	R	An14g03480	complement(join(<867732..867837,867916..868248,868341..>868492))	Aspergillus niger	84592962
An14g03490	mRNA	An14g03490	NT_166529.1	868676	870063	D	An14g03490	join(<868676..869373,869435..869567,869617..>870063)	Aspergillus niger	84592963
An14g03500	mRNA	An14g03500	NT_166529.1	870823	873068	R	An14g03500	complement(join(<870823..871695,871757..872864,872923..>873068))	Aspergillus niger	4987206
An14g03510	mRNA	An14g03510	NT_166529.1	873593	874979	D	An14g03510	join(<873593..873798,873854..873981,874035..874194,874253..874721,874776..>874979)	Aspergillus niger	4987207
An14g03520	mRNA	An14g03520	NT_166529.1	877110	878820	D	An14g03520	join(<877110..877209,877414..877658,877729..878178,878242..>878820)	Aspergillus niger	4987208
An14g03530	mRNA	An14g03530	NT_166529.1	880246	881673	R	An14g03530	complement(join(<880246..880655,880729..880793,880858..881231,881383..>881673))	Aspergillus niger	4987209
An14g03540	mRNA	An14g03540	NT_166529.1	882491	884615	D	An14g03540	join(<882491..882768,882863..>884615)	Aspergillus niger	4987210
An14g03550	mRNA	An14g03550	NT_166529.1	884769	886510	R	An14g03550	complement(join(<884769..884912,885004..885474,885540..886062,886112..886236,886286..>886510))	Aspergillus niger	4987211
An14g03560	mRNA	An14g03560	NT_166529.1	887097	888359	D	An14g03560	<887097..>888359	Aspergillus niger	4987212
An14g03570	mRNA	An14g03570	NT_166529.1	890124	894528	D	An14g03570	join(<890124..891216,891276..891958,892006..>894528)	Aspergillus niger	4987213
An14g03580	mRNA	An14g03580	NT_166529.1	894954	896270	R	An14g03580	complement(<894954..>896270)	Aspergillus niger	4987214
An14g03590	mRNA	An14g03590	NT_166529.1	897084	897872	R	An14g03590	complement(<897084..>897872)	Aspergillus niger	4987215
An14g03600	mRNA	An14g03600	NT_166529.1	898247	899822	R	An14g03600	complement(join(<898247..899210,899269..>899822))	Aspergillus niger	4987216
An14g03610	mRNA	An14g03610	NT_166529.1	900927	902779	D	An14g03610	join(<900927..901040,901134..901278,901340..901725,901791..902398,902464..902540,902601..>902779)	Aspergillus niger	4987217
An14g03620	mRNA	An14g03620	NT_166529.1	903264	905396	D	An14g03620	join(<903264..903404,903459..>905396)	Aspergillus niger	4987218
An14g03630	mRNA	An14g03630	NT_166529.1	905979	908012	R	An14g03630	complement(join(<905979..907566,907648..>908012))	Aspergillus niger	4987219
An14g03640	mRNA	An14g03640	NT_166529.1	909384	910796	R	An14g03640	complement(join(<909384..909743,909807..>910796))	Aspergillus niger	4987220
An14g03650	mRNA	An14g03650	NT_166529.1	911682	912532	D	An14g03650	join(<911682..912264,912304..912418,912526..>912532)	Aspergillus niger	84592964
An14g03660	mRNA	An14g03660	NT_166529.1	912836	915837	R	An14g03660	complement(join(<912836..913662,913719..914117,914179..914505,914561..915175,915235..915703,915787..>915837))	Aspergillus niger	4987222
An14g03670	mRNA	An14g03670	NT_166529.1	915853	916718	D	An14g03670	join(<915853..916041,916103..916165,916237..916340,916424..>916718)	Aspergillus niger	84592965
An14g03680	mRNA	An14g03680	NT_166529.1	916940	917459	R	An14g03680	complement(join(<916940..917332,917454..>917459))	Aspergillus niger	84592966
An14g03685	mRNA	An14g03685	NT_166529.1	918259	918531	D	An14g03685	<918259..>918531	Aspergillus niger	84592967
An14g03690	mRNA	An14g03690	NT_166529.1	918825	919193	D	An14g03690	join(<918825..918959,919002..>919193)	Aspergillus niger	84592968
An14g03700	mRNA	An14g03700	NT_166529.1	921305	922870	R	An14g03700	complement(join(<921305..922270,922365..922735,922777..>922870))	Aspergillus niger	4987227
An14g03710	mRNA	An14g03710	NT_166529.1	924011	927080	D	An14g03710	join(<924011..925659,925723..925862,925923..926893,926958..>927080)	Aspergillus niger	4987228
An14g03720	mRNA	An14g03720	NT_166529.1	927991	932413	D	An14g03720	join(<927991..928210,928267..928768,928821..929532,929662..929746,929794..929881,929931..930059,930117..930274,930342..930441,930510..930597,930750..930882,930915..930983,931023..931813,931870..932049,932099..>932413)	Aspergillus niger	4987229
An14g03730	mRNA	An14g03730	NT_166529.1	932887	937878	R	An14g03730	complement(join(<932887..933702,933807..934391,934673..934874,935006..935157,935188..935230,935357..937481,937604..937748,937813..>937878))	Aspergillus niger	4987230
An14g03740	mRNA	An14g03740	NT_166529.1	939007	942549	R	An14g03740	complement(join(<939007..939324,939379..939705,939775..942350,942405..>942549))	Aspergillus niger	4987231
An14g03760	mRNA	An14g03760	NT_166529.1	943919	944561	D	An14g03760	join(<943919..944356,944511..>944561)	Aspergillus niger	4987233
An14g03770	mRNA	An14g03770	NT_166529.1	944802	948497	R	An14g03770	complement(<944802..>948497)	Aspergillus niger	4987234
An14g03780	mRNA	An14g03780	NT_166529.1	948952	950929	R	An14g03780	complement(join(<948952..949936,949986..>950929))	Aspergillus niger	4987235
An14g03790	mRNA	An14g03790	NT_166529.1	952047	954493	D	An14g03790	join(<952047..952080,952142..952179,952271..952358,952419..952565,952616..952818,952865..953331,953383..>954493)	Aspergillus niger	4987236
An14g03800	mRNA	An14g03800	NT_166529.1	954694	955512	R	An14g03800	complement(<954694..>955512)	Aspergillus niger	4987237
An14g03810	mRNA	An14g03810	NT_166529.1	955762	957155	D	An14g03810	join(<955762..955938,956010..956468,956562..>957155)	Aspergillus niger	4987238
An14g03820	mRNA	An14g03820	NT_166529.1	957440	958781	R	An14g03820	complement(join(<957440..957834,957893..958349,958450..958684,958753..>958781))	Aspergillus niger	4987239
An14g03830	mRNA	An14g03830	NT_166529.1	959461	960535	D	An14g03830	join(<959461..959472,959636..959724,959811..959944,960119..960170,960460..>960535)	Aspergillus niger	84592969
An14g03850	mRNA	An14g03850	NT_166529.1	961041	962864	R	An14g03850	complement(join(<961041..961093,961230..961312,961362..961528,961587..961697,961752..962602,962654..>962864))	Aspergillus niger	4987242
An14g03860	mRNA	An14g03860	NT_166529.1	963014	963765	D	An14g03860	join(<963014..963063,963157..963271,963339..963439,963485..963632,963724..>963765)	Aspergillus niger	84592970
An14g03870	mRNA	An14g03870	NT_166529.1	963938	965551	R	An14g03870	complement(join(<963938..964584,964663..>965551))	Aspergillus niger	4987244
An14g03880	mRNA	An14g03880	NT_166529.1	966060	966972	R	An14g03880	complement(join(<966060..966154,966236..966281,966320..966385,966494..966629,966677..>966972))	Aspergillus niger	84592971
An14g03890	mRNA	An14g03890	NT_166529.1	967405	970063	R	An14g03890	complement(join(<967405..967498,967584..969285,969340..969824,969915..>970063))	Aspergillus niger	4987246
An14g03900	mRNA	An14g03900	NT_166529.1	970500	971172	R	An14g03900	complement(join(<970500..970622,970711..970786,970893..971105,971159..>971172))	Aspergillus niger	84592972
An14g03910	mRNA	An14g03910	NT_166529.1	971296	972628	D	An14g03910	join(<971296..971337,971391..972173,972225..972513,972564..>972628)	Aspergillus niger	4987248
An14g03920	mRNA	An14g03920	NT_166529.1	973214	974023	R	An14g03920	complement(join(<973214..973279,973344..973444,973570..>974023))	Aspergillus niger	4987249
An14g03930	mRNA	An14g03930	NT_166529.1	974428	975112	D	An14g03930	join(<974428..974430,974517..974952,975045..>975112)	Aspergillus niger	4987250
An14g03940	mRNA	An14g03940	NT_166529.1	975485	976025	D	An14g03940	join(<975485..975592,975673..975800,975875..>976025)	Aspergillus niger	84592973
An14g03950	mRNA	An14g03950	NT_166529.1	976156	977037	R	An14g03950	complement(join(<976156..976310,976367..976450,976515..>977037))	Aspergillus niger	4987252
An14g03960	mRNA	An14g03960	NT_166529.1	977145	978077	D	An14g03960	join(<977145..977208,977252..977312,977394..977441,977495..977570,977705..977830,977970..>978077)	Aspergillus niger	84592974
An14g03970	mRNA	An14g03970	NT_166529.1	980214	980934	D	An14g03970	join(<980214..980352,980446..980541,980672..980763,980830..>980934)	Aspergillus niger	84592975
An14g03980	mRNA	An14g03980	NT_166529.1	982415	983877	D	An14g03980	join(<982415..982652,982719..983635,983710..>983877)	Aspergillus niger	84592976
An14g03990	mRNA	An14g03990	NT_166529.1	984804	986579	D	An14g03990	join(<984804..984900,984964..985071,985132..985672,985727..>986579)	Aspergillus niger	4987256
An14g04000	mRNA	An14g04000	NT_166529.1	987778	990269	D	An14g04000	join(<987778..988389,988440..990134,990198..>990269)	Aspergillus niger	4987257
An14g04010	mRNA	An14g04010	NT_166529.1	990504	992008	R	An14g04010	complement(join(<990504..991608,991660..991783,991846..>992008))	Aspergillus niger	4987258
An14g04020	mRNA	An14g04020	NT_166529.1	992190	992588	R	An14g04020	complement(<992190..>992588)	Aspergillus niger	84592977
An14g04030	mRNA	An14g04030	NT_166529.1	992948	993668	D	An14g04030	join(<992948..993033,993123..993143,993204..993398,993488..>993668)	Aspergillus niger	84592978
An14g04040	mRNA	An14g04040	NT_166529.1	994514	998341	D	An14g04040	<994514..>998341	Aspergillus niger	4987261
An14g04050	mRNA	An14g04050	NT_166529.1	999010	1000624	D	An14g04050	join(<999010..999073,999127..999549,999649..999824,999906..1000099,1000414..>1000624)	Aspergillus niger	4987262
An14g04060	mRNA	An14g04060	NT_166529.1	1001190	1004088	R	An14g04060	complement(join(<1001190..1002122,1002172..1002899,1002950..1003027,1003076..1003435,1003487..1003554,1003617..>1004088))	Aspergillus niger	4987263
An14g04070	mRNA	An14g04070	NT_166529.1	1004120	1005404	D	An14g04070	join(<1004120..1004158,1004392..1004518,1004599..1004730,1004811..1004866,1004945..1005035,1005094..>1005404)	Aspergillus niger	4987264
An14g04080	mRNA	An14g04080	NT_166529.1	1006018	1007040	D	An14g04080	join(<1006018..1006312,1006471..1006559,1006645..1006795,1006859..>1007040)	Aspergillus niger	4987265
An14g04090	mRNA	An14g04090	NT_166529.1	1007739	1009309	R	An14g04090	complement(join(<1007739..1008655,1008727..>1009309))	Aspergillus niger	4987266
An14g04100	mRNA	An14g04100	NT_166529.1	1009891	1010421	R	An14g04100	complement(join(<1009891..1010300,1010364..>1010421))	Aspergillus niger	4987267
An14g04110	mRNA	An14g04110	NT_166529.1	1011493	1011987	R	An14g04110	complement(join(<1011493..1011617,1011716..1011801,1011902..>1011987))	Aspergillus niger	84592979
An14g04120	mRNA	An14g04120	NT_166529.1	1012239	1013073	R	An14g04120	complement(join(<1012239..1012413,1012491..1012566,1012654..1012779,1012857..1012985,1013043..>1013073))	Aspergillus niger	84592980
An14g04130	mRNA	An14g04130	NT_166529.1	1013145	1013683	D	An14g04130	join(<1013145..1013189,1013330..>1013683)	Aspergillus niger	84592981
An14g04140	mRNA	An14g04140	NT_166529.1	1014111	1015837	D	An14g04140	join(<1014111..1014205,1014257..1014340,1014399..1014561,1014620..>1015837)	Aspergillus niger	4987271
An14g04150	mRNA	An14g04150	NT_166529.1	1016240	1016645	D	An14g04150	join(<1016240..1016332,1016499..>1016645)	Aspergillus niger	84592982
An14g04160	mRNA	An14g04160	NT_166529.1	1017552	1018319	D	An14g04160	join(<1017552..1017557,1017621..1017631,1017740..1018000,1018068..1018116,1018179..>1018319)	Aspergillus niger	4987273
An14g04170	mRNA	cox5	NT_166529.1	1019266	1019675	D	An14g04170	join(<1019266..1019575,1019671..>1019675)	Aspergillus niger	4987274
An14g04180	mRNA	An14g04180	NT_166529.1	1019779	1020390	D	An14g04180	join(<1019779..1020244,1020308..>1020390)	Aspergillus niger	4987275
An14g04190	mRNA	An14g04190	NT_166529.1	1021530	1024065	R	An14g04190	complement(join(<1021530..1021556,1021622..1022252,1022305..1022640,1022693..1023384,1023447..1023559,1023615..1023714,1023817..1023941,1024011..>1024065))	Aspergillus niger	4987276
An14g04200	mRNA	rhgB	NT_166529.1	1024872	1026727	R	An14g04200	complement(join(<1024872..1025671,1025743..1025944,1026000..1026038,1026092..>1026727))	Aspergillus niger	4987277
An14g04210	mRNA	An14g04210	NT_166529.1	1028194	1029093	R	An14g04210	complement(<1028194..>1029093)	Aspergillus niger	4987278
An14g04220	mRNA	An14g04220	NT_166529.1	1029364	1029754	R	An14g04220	complement(join(<1029364..1029469,1029615..>1029754))	Aspergillus niger	84592983
An14g04230	mRNA	An14g04230	NT_166529.1	1029928	1031375	D	An14g04230	join(<1029928..1029980,1030115..1030179,1030432..1030491,1030721..1031044,1031164..>1031375)	Aspergillus niger	84592984
An14g04240	mRNA	An14g04240	NT_166529.1	1031757	1034013	R	An14g04240	complement(join(<1031757..1032213,1032301..1033067,1033122..1033555,1033614..>1034013))	Aspergillus niger	4987281
An14g04250	mRNA	An14g04250	NT_166529.1	1034209	1036110	D	An14g04250	join(<1034209..1034641,1034827..1034918,1035186..1035358,1035461..1035503,1035997..>1036110)	Aspergillus niger	84592985
An14g04260	mRNA	An14g04260	NT_166529.1	1036844	1037590	R	An14g04260	complement(<1036844..>1037590)	Aspergillus niger	4987283
An14g04270	mRNA	An14g04270	NT_166529.1	1039457	1040286	D	An14g04270	join(<1039457..1039505,1039896..1039993,1040077..>1040286)	Aspergillus niger	84592986
An14g04280	mRNA	An14g04280	NT_166529.1	1040724	1042395	D	An14g04280	join(<1040724..1040793,1040853..1041991,1042048..>1042395)	Aspergillus niger	4987285
An14g04290	mRNA	An14g04290	NT_166529.1	1043955	1045676	D	An14g04290	join(<1043955..1043957,1044074..1044195,1044247..1044314,1044366..1044631,1044690..>1045676)	Aspergillus niger	4987286
An14g04300	mRNA	An14g04300	NT_166529.1	1046004	1047590	D	An14g04300	join(<1046004..1046232,1046299..1046512,1046585..>1047590)	Aspergillus niger	4987287
An14g04310	mRNA	An14g04310	NT_166529.1	1048128	1048797	R	An14g04310	complement(join(<1048128..1048263,1048306..1048583,1048669..>1048797))	Aspergillus niger	84592987
An14g04320	mRNA	An14g04320	NT_166529.1	1048853	1052097	D	An14g04320	join(<1048853..1049007,1049058..1049090,1049146..1050484,1050534..1051666,1051737..>1052097)	Aspergillus niger	4987289
An14g04330	mRNA	An14g04330	NT_166529.1	1052699	1053907	D	An14g04330	join(<1052699..1053098,1053160..1053500,1053677..>1053907)	Aspergillus niger	4987290
An14g04340	mRNA	An14g04340	NT_166529.1	1054219	1055937	D	An14g04340	join(<1054219..1054461,1054544..1055263,1055314..>1055937)	Aspergillus niger	4987291
An14g04350	mRNA	An14g04350	NT_166529.1	1056372	1056725	R	An14g04350	complement(<1056372..>1056725)	Aspergillus niger	84592988
An14g04360	mRNA	An14g04360	NT_166529.1	1057400	1057627	D	An14g04360	join(<1057400..1057435,1057502..>1057627)	Aspergillus niger	84592989
An14g04370	mRNA	pelA	NT_166529.1	1057913	1059269	R	An14g04370	complement(join(<1057913..1058248,1058303..1058536,1058600..1058696,1058745..1058870,1058923..>1059269))	Aspergillus niger	4987294
An14g04380	mRNA	An14g04380	NT_166529.1	1059646	1061431	D	An14g04380	join(<1059646..1059738,1059809..1059863,1060019..1060072,1060316..1060419,1060499..1060545,1060584..1060754,1060969..1061115,1061195..1061283,1061367..>1061431)	Aspergillus niger	84592990
An14g04395	mRNA	An14g04395	NT_166529.1	1062370	1062549	D	An14g04395	<1062370..>1062549	Aspergillus niger	84592991
An14g04400	mRNA	An14g04400	NT_166529.1	1062655	1063054	D	An14g04400	join(<1062655..1062675,1062731..>1063054)	Aspergillus niger	4987297
An14g04410	mRNA	An14g04410	NT_166529.1	1063461	1064696	R	An14g04410	complement(join(<1063461..1063526,1063564..1063615,1063837..>1064696))	Aspergillus niger	4987298
An14g04420	mRNA	An14g04420	NT_166529.1	1064938	1066341	R	An14g04420	complement(join(<1064938..1065498,1065547..1066040,1066086..>1066341))	Aspergillus niger	4987299
An14g04430	mRNA	An14g04430	NT_166529.1	1066419	1066897	D	An14g04430	join(<1066419..1066552,1066649..1066736,1066841..>1066897)	Aspergillus niger	84592992
An14g04440	mRNA	An14g04440	NT_166529.1	1067258	1067469	R	An14g04440	complement(join(<1067258..1067341,1067416..>1067469))	Aspergillus niger	84592993
An14g04450	mRNA	An14g04450	NT_166529.1	1067894	1069923	R	An14g04450	complement(join(<1067894..1067968,1068054..1068165,1068233..1068292,1068387..1068529,1068677..1068756,1069008..1069099,1069146..1069232,1069592..>1069923))	Aspergillus niger	84592994
An14g04460	mRNA	An14g04460	NT_166529.1	1070436	1070652	D	An14g04460	join(<1070436..1070477,1070548..>1070652)	Aspergillus niger	84592995
An14g04470	mRNA	An14g04470	NT_166529.1	1070720	1071541	D	An14g04470	join(<1070720..1070801,1070903..1071087,1071123..1071373,1071472..>1071541)	Aspergillus niger	84592996
An14g04480	mRNA	An14g04480	NT_166529.1	1071594	1072313	D	An14g04480	join(<1071594..1071779,1071847..1071984,1072179..>1072313)	Aspergillus niger	4987305
An14g04490	mRNA	An14g04490	NT_166529.1	1072468	1073157	D	An14g04490	<1072468..>1073157	Aspergillus niger	4987306
An14g04500	mRNA	An14g04500	NT_166529.1	1073431	1074543	D	An14g04500	<1073431..>1074543	Aspergillus niger	84592997
An14g04510	mRNA	An14g04510	NT_166529.1	1075253	1076095	R	An14g04510	complement(<1075253..>1076095)	Aspergillus niger	84592998
An14g04520	mRNA	An14g04520	NT_166529.1	1077008	1079827	D	An14g04520	join(<1077008..1077021,1077101..1078499,1078621..1078787,1078892..1079002,1079156..1079241,1079490..1079577,1079695..>1079827)	Aspergillus niger	4987309
An14g04530	mRNA	An14g04530	NT_166529.1	1079869	1080839	D	An14g04530	join(<1079869..1080123,1080180..>1080839)	Aspergillus niger	4987310
An14g04540	mRNA	An14g04540	NT_166529.1	1081145	1081756	D	An14g04540	join(<1081145..1081330,1081517..>1081756)	Aspergillus niger	84592999
An14g04550	mRNA	An14g04550	NT_166529.1	1083266	1083808	D	An14g04550	join(<1083266..1083373,1083461..1083517,1083749..>1083808)	Aspergillus niger	84593000
An14g04560	mRNA	An14g04560	NT_166529.1	1084179	1086169	R	An14g04560	complement(join(<1084179..1084835,1084901..1085822,1085904..>1086169))	Aspergillus niger	4987313
An14g04570	mRNA	An14g04570	NT_166529.1	1086400	1086684	R	An14g04570	complement(<1086400..>1086684)	Aspergillus niger	84593001
An14g04580	mRNA	An14g04580	NT_166529.1	1087024	1087378	D	An14g04580	join(<1087024..1087074,1087187..>1087378)	Aspergillus niger	84593002
An14g04590	mRNA	An14g04590	NT_166529.1	1087436	1090754	R	An14g04590	complement(join(<1087436..1089302,1089448..>1090754))	Aspergillus niger	4987316
An14g04600	mRNA	An14g04600	NT_166529.1	1092559	1093885	R	An14g04600	complement(join(<1092559..1092652,1092745..1092921,1093087..1093158,1093270..1093376,1093458..1093601,1093685..>1093885))	Aspergillus niger	84593003
An14g04610	mRNA	An14g04610	NT_166529.1	1094000	1094252	R	An14g04610	complement(join(<1094000..1094041,1094100..>1094252))	Aspergillus niger	84593004
An14g04620	mRNA	An14g04620	NT_166529.1	1096275	1097798	D	An14g04620	<1096275..>1097798	Aspergillus niger	4987319
An14g04630	mRNA	An14g04630	NT_166529.1	1099780	1101119	R	An14g04630	complement(join(<1099780..1100484,1100580..1100899,1101113..>1101119))	Aspergillus niger	4987320
An14g04640	mRNA	An14g04640	NT_166529.1	1103629	1104705	D	An14g04640	join(<1103629..1104406,1104470..>1104705)	Aspergillus niger	4987321
An14g04650	mRNA	An14g04650	NT_166529.1	1105690	1108089	D	An14g04650	join(<1105690..1105798,1105892..>1108089)	Aspergillus niger	4987322
An14g04660	mRNA	An14g04660	NT_166529.1	1108944	1109918	D	An14g04660	join(<1108944..1108947,1109006..1109136,1109196..>1109918)	Aspergillus niger	4987323
An14g04670	mRNA	An14g04670	NT_166529.1	1110806	1112749	D	An14g04670	join(<1110806..1110916,1110986..>1112749)	Aspergillus niger	4987324
An14g04680	mRNA	An14g04680	NT_166529.1	1114490	1117776	D	An14g04680	join(<1114490..1115011,1115138..1116327,1116522..>1117776)	Aspergillus niger	4987325
An14g04710	mRNA	pepA	NT_166529.1	1119415	1120761	R	An14g04710	complement(join(<1119415..1119752,1119812..1120060,1120113..1120390,1120442..>1120761))	Aspergillus niger	4987328
An14g04720	mRNA	An14g04720	NT_166529.1	1121855	1125313	R	An14g04720	complement(join(<1121855..1122616,1122669..1122967,1123108..1123869,1123913..1125010,1125109..>1125313))	Aspergillus niger	4987329
An14g04730	mRNA	An14g04730	NT_166529.1	1126427	1128361	R	An14g04730	complement(join(<1126427..1128184,1128299..>1128361))	Aspergillus niger	4987330
An14g04740	mRNA	An14g04740	NT_166529.1	1128856	1130014	D	An14g04740	join(<1128856..1129134,1129241..>1130014)	Aspergillus niger	4987331
An14g04750	mRNA	An14g04750	NT_166529.1	1130171	1131397	R	An14g04750	complement(join(<1130171..1130254,1130366..1130765,1130839..1130942,1131045..1131193,1131277..>1131397))	Aspergillus niger	4987332
An14g04760	mRNA	An14g04760	NT_166529.1	1132902	1134361	D	An14g04760	join(<1132902..1133035,1133101..>1134361)	Aspergillus niger	4987333
An14g04765	mRNA	An14g04765	NT_166529.1	1134623	1134823	R	An14g04765	complement(<1134623..>1134823)	Aspergillus niger	84593005
An14g04770	mRNA	An14g04770	NT_166529.1	1135253	1137043	R	An14g04770	complement(join(<1135253..1135696,1135757..1136466,1136497..>1137043))	Aspergillus niger	4987335
An14g04780	mRNA	An14g04780	NT_166529.1	1137522	1138096	D	An14g04780	join(<1137522..1137556,1137628..1137701,1137790..1137834,1137933..>1138096)	Aspergillus niger	84593006
An14g04790	mRNA	An14g04790	NT_166529.1	1138428	1140399	R	An14g04790	complement(join(<1138428..1138938,1139002..1140215,1140308..1140324,1140390..>1140399))	Aspergillus niger	4987337
An14g04800	mRNA	An14g04800	NT_166529.1	1141064	1143117	R	An14g04800	complement(join(<1141064..1142916,1143003..>1143117))	Aspergillus niger	4987338
An14g04810	mRNA	An14g04810	NT_166529.1	1143573	1144156	R	An14g04810	complement(join(<1143573..1143735,1143928..1143962,1144115..>1144156))	Aspergillus niger	84593007
An14g04820	mRNA	An14g04820	NT_166529.1	1145455	1146659	D	An14g04820	join(<1145455..1145895,1146148..1146206,1146448..1146536,1146652..>1146659)	Aspergillus niger	84593008
An14g04830	mRNA	An14g04830	NT_166529.1	1146892	1149417	R	An14g04830	complement(join(<1146892..1147753,1147823..1148241,1148296..>1149417))	Aspergillus niger	4987341
An14g04840	mRNA	An14g04840	NT_166529.1	1149820	1150572	R	An14g04840	complement(<1149820..>1150572)	Aspergillus niger	4987342
An14g04850	mRNA	An14g04850	NT_166529.1	1151370	1157128	D	An14g04850	join(<1151370..1151395,1151545..>1157128)	Aspergillus niger	84593009
An14g04860	mRNA	An14g04860	NT_166529.1	1157433	1160139	D	An14g04860	join(<1157433..1157461,1157494..1157578,1157665..1157941,1158004..1158626,1158676..1158952,1158999..1159079,1159124..>1160139)	Aspergillus niger	4987344
An14g04870	mRNA	An14g04870	NT_166529.1	1161065	1164106	R	An14g04870	complement(join(<1161065..1161423,1161480..1162326,1162405..1163536,1163615..1163663,1163737..>1164106))	Aspergillus niger	4987345
An14g04880	mRNA	An14g04880	NT_166529.1	1164494	1165478	D	An14g04880	join(<1164494..1164499,1164611..1164825,1164896..1164956,1165015..1165296,1165383..>1165478)	Aspergillus niger	4987346
An14g04890	mRNA	An14g04890	NT_166529.1	1165802	1167552	R	An14g04890	complement(join(<1165802..1166958,1167015..1167044,1167102..>1167552))	Aspergillus niger	4987347
An14g04900	mRNA	An14g04900	NT_166529.1	1168260	1168616	D	An14g04900	join(<1168260..1168545,1168588..>1168616)	Aspergillus niger	84593010
An14g04910	mRNA	An14g04910	NT_166529.1	1169771	1171738	D	An14g04910	<1169771..>1171738	Aspergillus niger	4987349
An14g04920	mRNA	tpiA	NT_166529.1	1172509	1173656	D	An14g04920	join(<1172509..1172546,1172655..1172934,1172994..1173068,1173184..1173296,1173356..1173570,1173628..>1173656)	Aspergillus niger	4987350
An14g04930	mRNA	An14g04930	NT_166529.1	1173796	1175466	R	An14g04930	complement(join(<1173796..1173885,1174129..1174570,1174631..1175306,1175370..>1175466))	Aspergillus niger	4987351
An14g04940	mRNA	An14g04940	NT_166529.1	1175861	1176692	D	An14g04940	join(<1175861..1176054,1176146..1176377,1176414..>1176692)	Aspergillus niger	4987352
An14g04950	mRNA	An14g04950	NT_166529.1	1177790	1179177	R	An14g04950	complement(join(<1177790..1178472,1178575..1178671,1178729..1178856,1178916..>1179177))	Aspergillus niger	4987353
An14g04960	mRNA	An14g04960	NT_166529.1	1179502	1180040	D	An14g04960	join(<1179502..1179540,1179600..1179682,1179749..>1180040)	Aspergillus niger	4987354
An14g04970	mRNA	An14g04970	NT_166529.1	1180549	1181730	R	An14g04970	complement(join(<1180549..1181571,1181683..>1181730))	Aspergillus niger	4987355
An14g04980	mRNA	An14g04980	NT_166529.1	1182507	1184166	R	An14g04980	complement(join(<1182507..1182970,1183031..1183494,1183549..1183993,1184050..1184094,1184154..>1184166))	Aspergillus niger	4987356
An14g04990	mRNA	An14g04990	NT_166529.1	1184588	1185132	D	An14g04990	join(<1184588..1184618,1184675..>1185132)	Aspergillus niger	4987357
An14g05000	mRNA	An14g05000	NT_166529.1	1185608	1189184	D	An14g05000	join(<1185608..1185634,1185738..1185758,1185834..1186374,1186417..1186747,1186797..1188341,1188458..1188735,1188805..>1189184)	Aspergillus niger	4987358
An14g05010	mRNA	An14g05010	NT_166529.1	1189993	1190748	R	An14g05010	complement(join(<1189993..1190292,1190395..1190482,1190522..>1190748))	Aspergillus niger	4987359
An14g05020	mRNA	An14g05020	NT_166529.1	1191424	1193471	R	An14g05020	complement(join(<1191424..1191749,1191815..1192564,1192619..1192864,1192919..1193032,1193095..1193215,1193298..>1193471))	Aspergillus niger	4987360
An14g05030	mRNA	An14g05030	NT_166529.1	1193598	1194310	D	An14g05030	join(<1193598..1193792,1193871..1193956,1194073..1194156,1194199..>1194310)	Aspergillus niger	84593011
An14g05040	mRNA	An14g05040	NT_166529.1	1195932	1196273	D	An14g05040	join(<1195932..1196105,1196202..>1196273)	Aspergillus niger	84593012
An14g05050	mRNA	An14g05050	NT_166529.1	1197634	1199524	D	An14g05050	join(<1197634..1198709,1198771..1198867,1198931..>1199524)	Aspergillus niger	4987363
An14g05060	mRNA	An14g05060	NT_166529.1	1200195	1200402	R	An14g05060	complement(join(<1200195..1200330,1200386..>1200402))	Aspergillus niger	84593013
An14g05070	mRNA	An14g05070	NT_166529.1	1201187	1202147	R	An14g05070	complement(join(<1201187..1201563,1201622..1201942,1201997..>1202147))	Aspergillus niger	4987365
An14g05080	mRNA	An14g05080	NT_166529.1	1203682	1205008	R	An14g05080	complement(join(<1203682..1204064,1204150..1204332,1204416..1204680,1204988..>1205008))	Aspergillus niger	84593014
An14g05090	mRNA	An14g05090	NT_166529.1	1205964	1206126	D	An14g05090	join(<1205964..1206016,1206063..>1206126)	Aspergillus niger	84593015
An14g05100	mRNA	An14g05100	NT_166529.1	1206836	1208220	D	An14g05100	join(<1206836..1206966,1207036..1207177,1207236..1207777,1207836..>1208220)	Aspergillus niger	4987368
An14g05110	mRNA	An14g05110	NT_166529.1	1208664	1209200	D	An14g05110	<1208664..>1209200	Aspergillus niger	4987369
An14g05120	mRNA	An14g05120	NT_166529.1	1209667	1211089	R	An14g05120	complement(join(<1209667..1209883,1209941..1210095,1210152..1210313,1210367..1210480,1210533..1210682,1210737..1210886,1210943..>1211089))	Aspergillus niger	4987370
An14g05130	mRNA	An14g05130	NT_166529.1	1211339	1214083	D	An14g05130	join(<1211339..1211483,1211540..1211646,1211692..1211820,1211870..1212458,1212508..1213778,1213835..>1214083)	Aspergillus niger	4987371
An14g05140	mRNA	An14g05140	NT_166529.1	1214136	1214778	R	An14g05140	complement(join(<1214136..1214336,1214397..1214689,1214763..>1214778))	Aspergillus niger	4987372
An14g05150	mRNA	An14g05150	NT_166529.1	1215054	1217045	D	An14g05150	<1215054..>1217045	Aspergillus niger	4987373
An14g05160	mRNA	An14g05160	NT_166529.1	1217434	1218147	R	An14g05160	complement(join(<1217434..1217800,1217867..1218069,1218145..>1218147))	Aspergillus niger	4987374
An14g05170	mRNA	An14g05170	NT_166529.1	1218617	1220538	D	An14g05170	join(<1218617..1218630,1218672..1218729,1218782..1219003,1219054..>1220538)	Aspergillus niger	4987375
An14g05180	mRNA	An14g05180	NT_166529.1	1222080	1222403	D	An14g05180	<1222080..>1222403	Aspergillus niger	84593016
An14g05190	mRNA	An14g05190	NT_166529.1	1222731	1223360	R	An14g05190	complement(<1222731..>1223360)	Aspergillus niger	4987377
An14g05200	mRNA	An14g05200	NT_166529.1	1223424	1224495	D	An14g05200	join(<1223424..1223463,1223515..1223583,1223683..1223783,1223988..1224184,1224228..1224258,1224364..>1224495)	Aspergillus niger	84593017
An14g05210	mRNA	An14g05210	NT_166529.1	1225555	1225812	D	An14g05210	join(<1225555..1225605,1225684..>1225812)	Aspergillus niger	84593018
An14g05220	mRNA	An14g05220	NT_166529.1	1227558	1229544	R	An14g05220	complement(join(<1227558..1227670,1227761..1227866,1227943..1228035,1228184..1228232,1228414..1228558,1228779..1228872,1228976..1229009,1229087..>1229544))	Aspergillus niger	84593019
An14g05230	mRNA	An14g05230	NT_166529.1	1229876	1230373	D	An14g05230	join(<1229876..1230122,1230225..1230256,1230308..>1230373)	Aspergillus niger	84593020
An14g05240	mRNA	An14g05240	NT_166529.1	1230474	1232247	R	An14g05240	complement(join(<1230474..1230636,1231125..1231193,1231366..1231389,1231557..1231688,1231742..1231749,1232149..>1232247))	Aspergillus niger	84593021
An14g05250	mRNA	An14g05250	NT_166529.1	1234888	1235681	D	An14g05250	join(<1234888..1234921,1234966..>1235681)	Aspergillus niger	4987383
An14g05260	mRNA	An14g05260	NT_166529.1	1236019	1238491	D	An14g05260	join(<1236019..1236309,1236368..1236544,1236632..1237932,1238071..>1238491)	Aspergillus niger	4987384
An14g05270	mRNA	An14g05270	NT_166529.1	1238736	1240036	D	An14g05270	join(<1238736..1238766,1238976..1239605,1239660..1239841,1239890..>1240036)	Aspergillus niger	84593022
An14g05280	mRNA	An14g05280	NT_166529.1	1241323	1242465	D	An14g05280	join(<1241323..1241816,1241874..1242126,1242283..>1242465)	Aspergillus niger	4987386
An14g05290	mRNA	An14g05290	NT_166529.1	1243033	1245400	D	An14g05290	join(<1243033..1243204,1243257..>1245400)	Aspergillus niger	4987387
An14g05300	mRNA	An14g05300	NT_166529.1	1246059	1248059	R	An14g05300	complement(join(<1246059..1246061,1246114..1246381,1246438..1246508,1246565..1246729,1247755..1247784,1247841..>1248059))	Aspergillus niger	4987388
An14g05310	mRNA	An14g05310	NT_166529.1	1249046	1249794	R	An14g05310	complement(join(<1249046..1249684,1249747..>1249794))	Aspergillus niger	4987389
An14g05320	mRNA	An14g05320	NT_166529.1	1250472	1251383	D	An14g05320	join(<1250472..1250502,1250695..1251020,1251082..1251246,1251309..>1251383)	Aspergillus niger	4987390
An14g05330	mRNA	An14g05330	NT_166529.1	1252424	1253709	D	An14g05330	join(<1252424..1252483,1252546..1252563,1252670..1252996,1253024..1253220,1253280..>1253709)	Aspergillus niger	4987391
An14g05340	mRNA	An14g05340	NT_166529.1	1254664	1256304	D	An14g05340	join(<1254664..1255055,1255126..1255211,1255292..1255971,1256149..1256216,1256262..>1256304)	Aspergillus niger	4987392
An14g05350	mRNA	An14g05350	NT_166529.1	1257035	1258578	R	An14g05350	complement(join(<1257035..1257140,1257200..1257273,1257327..1257459,1257516..1258255,1258323..1258397,1258486..>1258578))	Aspergillus niger	4987393
An14g05360	mRNA	An14g05360	NT_166529.1	1258730	1260052	D	An14g05360	join(<1258730..1258884,1259005..1259083,1259275..1259610,1259699..>1260052)	Aspergillus niger	84593023
An14g05370	mRNA	An14g05370	NT_166529.1	1260177	1261898	D	An14g05370	join(<1260177..1260512,1260574..1261673,1261691..>1261898)	Aspergillus niger	4987395
An14g05380	mRNA	An14g05380	NT_166529.1	1262334	1263517	R	An14g05380	complement(join(<1262334..1262767,1262821..>1263517))	Aspergillus niger	4987396
An14g05390	mRNA	An14g05390	NT_166529.1	1264342	1265078	R	An14g05390	complement(join(<1264342..1264482,1264539..1264704,1264756..1264982,1265043..>1265078))	Aspergillus niger	4987397
An14g05400	mRNA	An14g05400	NT_166529.1	1267465	1267854	D	An14g05400	<1267465..>1267854	Aspergillus niger	84593024
An14g05410	mRNA	An14g05410	NT_166529.1	1268217	1273183	D	An14g05410	join(<1268217..1268628,1268688..1268811,1268869..1269180,1269235..1270013,1270074..>1273183)	Aspergillus niger	4987399
An14g05420	mRNA	An14g05420	NT_166529.1	1273780	1275102	R	An14g05420	complement(<1273780..>1275102)	Aspergillus niger	4987400
An14g05430	mRNA	An14g05430	NT_166529.1	1275392	1276374	R	An14g05430	complement(join(<1275392..1275481,1275551..1275854,1275927..1276222,1276327..>1276374))	Aspergillus niger	4987401
An14g05440	mRNA	An14g05440	NT_166529.1	1277161	1278231	D	An14g05440	<1277161..>1278231	Aspergillus niger	4987402
An14g05450	mRNA	An14g05450	NT_166529.1	1278656	1279429	D	An14g05450	<1278656..>1279429	Aspergillus niger	4987403
An14g05460	mRNA	An14g05460	NT_166529.1	1280464	1281882	D	An14g05460	join(<1280464..1280513,1280603..1280840,1280898..1281091,1281174..>1281882)	Aspergillus niger	4987404
An14g05470	mRNA	An14g05470	NT_166529.1	1282558	1284121	R	An14g05470	complement(join(<1282558..1283318,1283371..>1284121))	Aspergillus niger	4987405
An14g05480	mRNA	An14g05480	NT_166529.1	1285832	1286038	D	An14g05480	<1285832..>1286038	Aspergillus niger	84593025
An14g05490	mRNA	An14g05490	NT_166529.1	1286919	1288175	D	An14g05490	<1286919..>1288175	Aspergillus niger	4987407
An14g05500	mRNA	An14g05500	NT_166529.1	1288908	1292764	R	An14g05500	complement(join(<1288908..1289602,1289677..>1292764))	Aspergillus niger	4987408
An14g05510	mRNA	An14g05510	NT_166529.1	1293340	1295159	R	An14g05510	complement(join(<1293340..1293390,1293441..1293876,1293965..1294735,1294816..>1295159))	Aspergillus niger	4987409
An14g05520	mRNA	An14g05520	NT_166529.1	1296334	1297073	R	An14g05520	complement(join(<1296334..1296499,1296600..1296654,1296831..1296885,1296978..>1297073))	Aspergillus niger	84593026
An14g05530	mRNA	An14g05530	NT_166529.1	1297919	1298727	D	An14g05530	join(<1297919..1298041,1298105..1298308,1298368..>1298727)	Aspergillus niger	4987411
An14g05540	mRNA	An14g05540	NT_166529.1	1298787	1300065	R	An14g05540	complement(join(<1298787..1298948,1299032..1299056,1299500..1299675,1299976..>1300065))	Aspergillus niger	4987412
An14g05550	mRNA	An14g05550	NT_166529.1	1300852	1302069	D	An14g05550	join(<1300852..1300952,1301009..1301055,1301138..1301639,1301688..>1302069)	Aspergillus niger	4987413
An14g05560	mRNA	An14g05560	NT_166529.1	1302371	1303362	R	An14g05560	complement(join(<1302371..1302459,1302546..1302601,1302700..1302768,1302879..1302965,1303242..1303317,1303356..>1303362))	Aspergillus niger	84593027
An14g05570	mRNA	An14g05570	NT_166529.1	1304488	1305964	R	An14g05570	complement(join(<1304488..1305171,1305595..1305750,1305899..>1305964))	Aspergillus niger	84593028
An14g05580	mRNA	An14g05580	NT_166529.1	1306468	1307290	D	An14g05580	join(<1306468..1306953,1307000..>1307290)	Aspergillus niger	4987416
An14g05590	mRNA	An14g05590	NT_166529.1	1307906	1309024	D	An14g05590	join(<1307906..1308716,1308765..>1309024)	Aspergillus niger	4987417
An14g05600	mRNA	An14g05600	NT_166529.1	1309096	1310146	R	An14g05600	complement(join(<1309096..1309263,1309310..>1310146))	Aspergillus niger	4987418
An14g05610	mRNA	An14g05610	NT_166529.1	1310564	1312677	R	An14g05610	complement(join(<1310564..1310707,1310805..1310990,1311171..1311219,1311711..1311848,1312237..1312436,1312672..>1312677))	Aspergillus niger	84593029
An14g05620	mRNA	An14g05620	NT_166529.1	1312702	1313779	D	An14g05620	join(<1312702..1312959,1313077..1313379,1313516..>1313779)	Aspergillus niger	84593030
An14g05630	mRNA	An14g05630	NT_166529.1	1314054	1315971	R	An14g05630	complement(join(<1314054..1314612,1314665..1315081,1315168..1315604,1315661..1315798,1315879..>1315971))	Aspergillus niger	4987421
An14g05640	mRNA	An14g05640	NT_166529.1	1316053	1317198	R	An14g05640	complement(join(<1316053..1316191,1316239..1316439,1316487..1316579,1316643..1316833,1316932..1317057,1317178..>1317198))	Aspergillus niger	84593031
An14g05650	mRNA	An14g05650	NT_166529.1	1317493	1322119	D	An14g05650	join(<1317493..1317609,1317730..1317787,1317869..1318025,1318088..1318191,1318653..1318805,1318909..1319045,1319272..1319387,1319464..1319583,1319671..1319737,1319823..1320010,1320140..1320272,1320693..1320811,1320875..1320961,1321055..1321360,1321407..1321552,1321618..1321786,1321984..>1322119)	Aspergillus niger	84593032
An14g05660	mRNA	An14g05660	NT_166529.1	1322404	1323199	D	An14g05660	join(<1322404..1322561,1322907..1323009,1323095..>1323199)	Aspergillus niger	84593033
An14g05670	mRNA	An14g05670	NT_166529.1	1323769	1325511	D	An14g05670	join(<1323769..1324998,1325068..>1325511)	Aspergillus niger	4987425
An14g05680	mRNA	An14g05680	NT_166529.1	1325867	1326444	D	An14g05680	join(<1325867..1326105,1326170..1326284,1326337..1326384,1326427..>1326444)	Aspergillus niger	84593034
An14g05690	mRNA	An14g05690	NT_166529.1	1328983	1330128	D	An14g05690	join(<1328983..1329020,1329234..1329284,1329550..1329775,1329895..>1330128)	Aspergillus niger	84593035
An14g05700	mRNA	An14g05700	NT_166529.1	1330248	1331258	R	An14g05700	complement(join(<1330248..1330362,1330458..1330535,1330841..1330971,1331072..1331146,1331187..>1331258))	Aspergillus niger	84593036
An14g05710	mRNA	An14g05710	NT_166529.1	1332485	1333312	R	An14g05710	complement(join(<1332485..1332549,1332607..1332781,1332860..1333080,1333219..>1333312))	Aspergillus niger	84593037
An14g05720	mRNA	An14g05720	NT_166529.1	1333904	1335240	D	An14g05720	join(<1333904..1334034,1334125..1334209,1334431..1334554,1334595..1334745,1334792..1334902,1334974..1335026,1335119..>1335240)	Aspergillus niger	84593038
An14g05730	mRNA	An14g05730	NT_166529.1	1335429	1336788	R	An14g05730	complement(join(<1335429..1335786,1335837..1336309,1336372..1336439,1336489..1336525,1336578..1336597,1336647..1336658,1336734..>1336788))	Aspergillus niger	4987431
An14g05740	mRNA	An14g05740	NT_166529.1	1337498	1338678	R	An14g05740	complement(join(<1337498..1337650,1337723..1337953,1338026..1338104,1338205..1338541,1338627..>1338678))	Aspergillus niger	84593039
An14g05750	mRNA	An14g05750	NT_166529.1	1338760	1340137	D	An14g05750	join(<1338760..1339017,1339080..1339715,1339766..>1340137)	Aspergillus niger	4987433
An14g05760	mRNA	An14g05760	NT_166529.1	1340292	1341359	R	An14g05760	complement(join(<1340292..1340481,1340533..1340585,1340636..1340658,1340715..1340827,1340881..1341241,1341311..>1341359))	Aspergillus niger	4987434
An14g05765	mRNA	An14g05765	NT_166529.1	1342186	1342566	R	An14g05765	complement(<1342186..>1342566)	Aspergillus niger	4987435
An14g05780	mRNA	An14g05780	NT_166529.1	1344057	1345547	D	An14g05780	join(<1344057..1344871,1344922..1345253,1345303..>1345547)	Aspergillus niger	4987436
An14g05790	mRNA	An14g05790	NT_166529.1	1345923	1348227	R	An14g05790	complement(join(<1345923..1346346,1346395..1346630,1346681..1347121,1347160..1347455,1347502..1347891,1347972..1348038,1348177..>1348227))	Aspergillus niger	4987437
An14g05800	mRNA	aguA	NT_166529.1	1348819	1351344	D	An14g05800	<1348819..>1351344	Aspergillus niger	4987438
An14g05810	mRNA	An14g05810	NT_166529.1	1352109	1353398	D	An14g05810	join(<1352109..1352297,1352346..>1353398)	Aspergillus niger	4987439
An14g05820	mRNA	An14g05820	NT_166529.1	1354497	1357856	D	An14g05820	join(<1354497..1355114,1355160..1355325,1355375..1355504,1355567..1355675,1355744..1357550,1357639..>1357856)	Aspergillus niger	4987440
An14g05830	mRNA	An14g05830	NT_166529.1	1358026	1359819	R	An14g05830	complement(<1358026..>1359819)	Aspergillus niger	4987441
An14g05840	mRNA	An14g05840	NT_166529.1	1360819	1362298	R	An14g05840	complement(join(<1360819..1361180,1361243..1361699,1361752..1361864,1361924..1362050,1362101..>1362298))	Aspergillus niger	4987442
An14g05850	mRNA	An14g05850	NT_166529.1	1363262	1364784	D	An14g05850	join(<1363262..1363856,1363910..1364027,1364075..1364235,1364289..1364322,1364379..>1364784)	Aspergillus niger	4987443
An14g05860	mRNA	An14g05860	NT_166529.1	1365162	1366817	D	An14g05860	<1365162..>1366817	Aspergillus niger	84593040
An14g05870	mRNA	An14g05870	NT_166529.1	1367551	1368718	D	An14g05870	join(<1367551..1367740,1367795..1367862,1367916..1368295,1368357..1368421,1368480..>1368718)	Aspergillus niger	4987445
An14g05880	mRNA	An14g05880	NT_166529.1	1369848	1371296	D	An14g05880	join(<1369848..1370138,1370202..1370723,1370807..1370860,1370970..>1371296)	Aspergillus niger	4987446
An14g05890	mRNA	An14g05890	NT_166529.1	1371585	1373266	D	An14g05890	join(<1371585..1372144,1372201..>1373266)	Aspergillus niger	4987447
An14g05900	mRNA	An14g05900	NT_166529.1	1374138	1376042	R	An14g05900	complement(join(<1374138..1374185,1374264..>1376042))	Aspergillus niger	4987448
An14g05910	mRNA	An14g05910	NT_166529.1	1376261	1377772	R	An14g05910	complement(join(<1376261..1376868,1376959..1377383,1377405..>1377772))	Aspergillus niger	4987449
An14g05920	mRNA	An14g05920	NT_166529.1	1378654	1384222	R	An14g05920	complement(join(<1378654..1379193,1379254..1383306,1383363..1383538,1383595..1383918,1384063..>1384222))	Aspergillus niger	4987450
An14g05930	mRNA	An14g05930	NT_166529.1	1384930	1386473	R	An14g05930	complement(join(<1384930..1385065,1385545..1385643,1385730..1385988,1386434..>1386473))	Aspergillus niger	84593041
An14g05940	mRNA	An14g05940	NT_166529.1	1387200	1388767	R	An14g05940	complement(join(<1387200..1387307,1387378..1387482,1387576..1387635,1387722..1388033,1388407..1388472,1388565..1388666,1388741..>1388767))	Aspergillus niger	84593042
An14g05950	mRNA	An14g05950	NT_166529.1	1389751	1391260	R	An14g05950	complement(join(<1389751..1390599,1390647..1391003,1391237..>1391260))	Aspergillus niger	84593043
An14g05960	mRNA	An14g05960	NT_166529.1	1392040	1393661	R	An14g05960	complement(join(<1392040..1392124,1392184..1392334,1392388..1392480,1392533..1392750,1392799..1393020,1393070..1393153,1393217..1393307,1393380..1393476,1393527..>1393661))	Aspergillus niger	4987454
An14g05970	mRNA	An14g05970	NT_166529.1	1394612	1396194	R	An14g05970	complement(join(<1394612..1395540,1395609..>1396194))	Aspergillus niger	4987455
An14g05980	mRNA	An14g05980	NT_166529.1	1397459	1398928	D	An14g05980	join(<1397459..1398011,1398055..1398156,1398213..>1398928)	Aspergillus niger	4987456
An14g05990	mRNA	An14g05990	NT_166529.1	1399876	1402625	R	An14g05990	complement(join(<1399876..1402055,1402143..1402213,1402299..1402336,1402482..>1402625))	Aspergillus niger	4987457
An14g06000	mRNA	An14g06000	NT_166529.1	1403233	1405440	R	An14g06000	complement(join(<1403233..1403508,1403560..1404350,1404416..1404616,1404671..1405271,1405354..>1405440))	Aspergillus niger	4987458
An14g06010	mRNA	An14g06010	NT_166529.1	1406227	1407310	D	An14g06010	join(<1406227..1406297,1406525..1407176,1407233..>1407310)	Aspergillus niger	4987459
An14g06020	mRNA	An14g06020	NT_166529.1	1407511	1408536	R	An14g06020	complement(join(<1407511..1408065,1408124..1408360,1408453..>1408536))	Aspergillus niger	4987460
An14g06030	mRNA	An14g06030	NT_166529.1	1409190	1409388	D	An14g06030	join(<1409190..1409226,1409288..>1409388)	Aspergillus niger	84593044
An14g06040	mRNA	An14g06040	NT_166529.1	1410910	1411866	R	An14g06040	complement(<1410910..>1411866)	Aspergillus niger	4987462
An14g06050	mRNA	An14g06050	NT_166529.1	1412375	1412886	D	An14g06050	join(<1412375..1412713,1412785..>1412886)	Aspergillus niger	4987463
An14g06060	mRNA	An14g06060	NT_166529.1	1413324	1414490	R	An14g06060	complement(<1413324..>1414490)	Aspergillus niger	4987464
An14g06070	mRNA	An14g06070	NT_166529.1	1416586	1420930	D	An14g06070	join(<1416586..1416669,1416712..1418955,1419271..1419404,1419511..1419519,1419708..1419769,1419884..1420062,1420272..1420312,1420454..1420490,1420640..1420687,1420741..1420775,1420837..>1420930)	Aspergillus niger	4987465
An14g06080	mRNA	An14g06080	NT_166529.1	1421438	1422723	D	An14g06080	join(<1421438..1421552,1421633..1421968,1422066..1422159,1422245..1422380,1422445..1422496,1422608..>1422723)	Aspergillus niger	84593045
An14g06090	mRNA	An14g06090	NT_166529.1	1425131	1426306	D	An14g06090	<1425131..>1426306	Aspergillus niger	4987467
An14g06100	mRNA	An14g06100	NT_166529.1	1427396	1428620	R	An14g06100	complement(join(<1427396..1427666,1427886..1428423,1428524..>1428620))	Aspergillus niger	4987468
An14g06110	mRNA	An14g06110	NT_166529.1	1428851	1431115	D	An14g06110	join(<1428851..1429763,1429814..1430240,1430291..1430579,1430639..>1431115)	Aspergillus niger	4987469
An14g06120	mRNA	An14g06120	NT_166529.1	1431453	1432482	R	An14g06120	complement(join(<1431453..1431588,1431692..1431803,1431916..1432004,1432234..1432340,1432384..>1432482))	Aspergillus niger	84593046
An14g06130	mRNA	An14g06130	NT_166529.1	1433981	1435689	R	An14g06130	complement(join(<1433981..1434993,1435077..>1435689))	Aspergillus niger	84593047
An14g06140	mRNA	An14g06140	NT_166529.1	1436424	1438574	D	An14g06140	join(<1436424..1436475,1436606..1437114,1437282..1437357,1437418..1437853,1437919..1438078,1438150..1438249,1438318..>1438574)	Aspergillus niger	4987472
An14g06150	mRNA	An14g06150	NT_166529.1	1438731	1443915	R	An14g06150	complement(join(<1438731..1438771,1438811..1438861,1439046..>1443915))	Aspergillus niger	4987473
An14g06160	mRNA	An14g06160	NT_166529.1	1445804	1446799	D	An14g06160	<1445804..>1446799	Aspergillus niger	4987474
An14g06170	mRNA	An14g06170	NT_166529.1	1447723	1449839	D	An14g06170	join(<1447723..1448071,1448173..1448546,1448913..1449006,1449251..1449385,1449499..>1449839)	Aspergillus niger	84593048
An14g06180	mRNA	An14g06180	NT_166529.1	1450824	1452870	D	An14g06180	join(<1450824..1451112,1451183..>1452870)	Aspergillus niger	4987476
An14g06190	mRNA	An14g06190	NT_166529.1	1453399	1455729	D	An14g06190	join(<1453399..1455093,1455214..1455275,1455326..1455356,1455394..>1455729)	Aspergillus niger	4987477
An14g06200	mRNA	An14g06200	NT_166529.1	1456327	1458507	R	An14g06200	complement(join(<1456327..1456407,1456459..1456581,1456639..1457932,1458176..>1458507))	Aspergillus niger	4987478
An14g06210	mRNA	An14g06210	NT_166529.1	1458912	1460101	D	An14g06210	join(<1458912..1459731,1459779..>1460101)	Aspergillus niger	4987479
An14g06220	mRNA	An14g06220	NT_166529.1	1461382	1463037	D	An14g06220	join(<1461382..1461435,1461733..1461860,1461934..1462097,1462151..1462507,1462566..1462675,1462724..1462886,1462937..>1463037)	Aspergillus niger	4987480
An14g06230	mRNA	An14g06230	NT_166529.1	1463619	1466698	D	An14g06230	join(<1463619..1464567,1464629..1465731,1466418..1466627,1466681..>1466698)	Aspergillus niger	4987481
An14g06240	mRNA	An14g06240	NT_166529.1	1466920	1468629	R	An14g06240	complement(join(<1466920..1467116,1467160..1467498,1467704..1467788,1467865..1467963,1468040..1468234,1468329..1468409,1468540..>1468629))	Aspergillus niger	84593049
An14g06250	mRNA	An14g06250	NT_166529.1	1468756	1469781	D	An14g06250	<1468756..>1469781	Aspergillus niger	4987483
An14g06260	mRNA	An14g06260	NT_166529.1	1470619	1471803	R	An14g06260	complement(<1470619..>1471803)	Aspergillus niger	4987484
An14g06270	mRNA	An14g06270	NT_166529.1	1472588	1474689	R	An14g06270	complement(join(<1472588..1474621,1474684..>1474689))	Aspergillus niger	4987485
An14g06280	mRNA	An14g06280	NT_166529.1	1474904	1476683	R	An14g06280	complement(join(<1474904..1475185,1475238..1475777,1475825..1475982,1476029..1476068,1476115..1476278,1476335..>1476683))	Aspergillus niger	4987486
An14g06290	mRNA	An14g06290	NT_166529.1	1477558	1479108	R	An14g06290	complement(join(<1477558..1478775,1478846..1479004,1479058..>1479108))	Aspergillus niger	4987487
An14g06300	mRNA	An14g06300	NT_166529.1	1479713	1480669	R	An14g06300	complement(join(<1479713..1480498,1480586..>1480669))	Aspergillus niger	4987488
An14g06310	mRNA	An14g06310	NT_166529.1	1480920	1482241	D	An14g06310	join(<1480920..1481457,1481517..>1482241)	Aspergillus niger	4987489
An14g06320	mRNA	An14g06320	NT_166529.1	1482412	1483030	R	An14g06320	complement(join(<1482412..1482614,1482694..>1483030))	Aspergillus niger	4987490
An14g06330	mRNA	An14g06330	NT_166529.1	1483501	1484582	R	An14g06330	complement(join(<1483501..1483653,1483704..1483781,1483811..1484310,1484384..>1484582))	Aspergillus niger	4987491
An14g06340	mRNA	An14g06340	NT_166529.1	1484865	1486173	R	An14g06340	complement(join(<1484865..1484948,1485000..1485026,1485074..1485208,1485257..1485348,1485401..1485611,1485661..1485694,1485739..1485810,1485878..1486022,1486074..>1486173))	Aspergillus niger	4987492
An14g06350	mRNA	An14g06350	NT_166529.1	1486517	1487923	R	An14g06350	complement(join(<1486517..1486991,1487049..1487528,1487601..1487740,1487804..>1487923))	Aspergillus niger	4987493
An14g06360	mRNA	An14g06360	NT_166529.1	1488359	1489573	R	An14g06360	complement(<1488359..>1489573)	Aspergillus niger	4987494
An14g06370	mRNA	An14g06370	NT_166529.1	1489775	1491078	D	An14g06370	join(<1489775..1489902,1490111..1490206,1490379..1490431,1490855..1490914,1491023..>1491078)	Aspergillus niger	84593050
An14g06380	mRNA	An14g06380	NT_166529.1	1491511	1493175	D	An14g06380	join(<1491511..1491570,1491614..1491754,1491926..1492171,1492277..1492497,1492610..1492732,1492851..>1493175)	Aspergillus niger	84593051
An14g06390	mRNA	An14g06390	NT_166529.1	1493344	1493851	D	An14g06390	join(<1493344..1493447,1493500..1493667,1493719..>1493851)	Aspergillus niger	84593052
An14g06400	mRNA	An14g06400	NT_166529.1	1494203	1495403	D	An14g06400	join(<1494203..1494252,1494483..1494576,1494655..1494758,1494846..1494920,1495035..1495079,1495196..>1495403)	Aspergillus niger	84593053
An14g06410	mRNA	An14g06410	NT_166529.1	1495933	1499262	R	An14g06410	complement(join(<1495933..1496064,1496386..1496419,1496481..1496688,1496744..1497096,1497355..1497453,1497544..1497644,1497740..1497824,1498272..1498333,1498440..1498537,1498865..1498935,1499099..>1499262))	Aspergillus niger	84593054
An14g06420	mRNA	An14g06420	NT_166529.1	1499534	1500890	D	An14g06420	join(<1499534..1499691,1500436..1500705,1500794..>1500890)	Aspergillus niger	84593055
An14g06430	mRNA	An14g06430	NT_166529.1	1501714	1503481	D	An14g06430	join(<1501714..1501755,1501822..1501872,1501940..1502906,1502962..1503238,1503298..>1503481)	Aspergillus niger	4987501
An14g06440	mRNA	An14g06440	NT_166529.1	1504751	1505597	D	An14g06440	join(<1504751..1505037,1505105..>1505597)	Aspergillus niger	4987502
An14g06450	mRNA	An14g06450	NT_166529.1	1506062	1507546	R	An14g06450	complement(<1506062..>1507546)	Aspergillus niger	4987503
An14g06460	mRNA	An14g06460	NT_166529.1	1507978	1508520	D	An14g06460	join(<1507978..1508223,1508315..1508369,1508453..>1508520)	Aspergillus niger	4987504
An14g06470	mRNA	An14g06470	NT_166529.1	1509053	1512771	R	An14g06470	complement(join(<1509053..1510398,1510450..1512437,1512506..1512659,1512732..>1512771))	Aspergillus niger	4987505
An14g06480	mRNA	An14g06480	NT_166529.1	1513726	1514390	D	An14g06480	join(<1513726..1513787,1514026..1514274,1514348..>1514390)	Aspergillus niger	4987506
An14g06490	mRNA	An14g06490	NT_166529.1	1514914	1515092	D	An14g06490	join(<1514914..1514960,1515047..>1515092)	Aspergillus niger	84593056
An14g06500	mRNA	An14g06500	NT_166529.1	1515284	1517370	R	An14g06500	complement(join(<1515284..1515912,1515978..1516603,1516662..1517169,1517364..>1517370))	Aspergillus niger	4987508
An14g06510	mRNA	An14g06510	NT_166529.1	1517650	1519389	R	An14g06510	complement(join(<1517650..1517799,1517891..1518009,1518064..1518142,1518246..1518328,1518411..1518473,1518558..1518659,1518813..1518952,1519107..1519193,1519292..>1519389))	Aspergillus niger	84593057
An14g06520	mRNA	An14g06520	NT_166529.1	1520461	1523817	R	An14g06520	complement(join(<1520461..1520496,1520744..1521098,1521185..1521226,1521290..1521650,1521723..1522145,1522203..1523283,1523341..>1523817))	Aspergillus niger	4987511
An14g06530	mRNA	An14g06530	NT_166529.1	1524088	1529911	R	An14g06530	complement(join(<1524088..1524405,1524582..1524712,1524853..1525038,1525093..1525248,1525310..1529695,1529728..>1529911))	Aspergillus niger	84593058
An14g06540	mRNA	An14g06540	NT_166529.1	1530297	1538227	D	An14g06540	join(<1530297..1530375,1530431..1530473,1530511..1531893,1531961..1536811,1536864..1537254,1537305..>1538227)	Aspergillus niger	4987512
An14g06550	mRNA	An14g06550	NT_166529.1	1539876	1541459	D	An14g06550	join(<1539876..1540077,1540132..>1541459)	Aspergillus niger	4987513
An14g06560	mRNA	An14g06560	NT_166529.1	1541808	1545231	R	An14g06560	complement(join(<1541808..1545090,1545188..>1545231))	Aspergillus niger	4987514
An14g06570	mRNA	An14g06570	NT_166529.1	1545780	1546395	D	An14g06570	join(<1545780..1546140,1546190..>1546395)	Aspergillus niger	84593059
An14g06580	mRNA	An14g06580	NT_166529.1	1547635	1549408	D	An14g06580	join(<1547635..1548704,1548810..1548928,1548982..1549055,1549104..1549156,1549204..1549257,1549306..>1549408)	Aspergillus niger	4987516
An14g06590	mRNA	An14g06590	NT_166529.1	1549668	1551974	R	An14g06590	complement(join(<1549668..1549798,1549855..1551069,1551305..>1551974))	Aspergillus niger	4987517
An14g06600	mRNA	An14g06600	NT_166529.1	1552578	1554012	R	An14g06600	complement(join(<1552578..1552744,1552806..>1554012))	Aspergillus niger	4987518
An14g06610	mRNA	An14g06610	NT_166529.1	1554806	1557094	R	An14g06610	complement(join(<1554806..1555021,1555112..1555407,1555463..1556981,1557041..>1557094))	Aspergillus niger	4987519
An14g06620	mRNA	An14g06620	NT_166529.1	1557892	1558410	R	An14g06620	complement(join(<1557892..1557926,1557990..1558026,1558126..1558218,1558285..>1558410))	Aspergillus niger	4987520
An14g06630	mRNA	An14g06630	NT_166529.1	1558879	1560929	D	An14g06630	join(<1558879..1559617,1559662..>1560929)	Aspergillus niger	4987521
An14g06640	mRNA	An14g06640	NT_166529.1	1561595	1562573	R	An14g06640	complement(join(<1561595..1562259,1562336..>1562573))	Aspergillus niger	4987522
An14g06650	mRNA	An14g06650	NT_166529.1	1563404	1566275	D	An14g06650	join(<1563404..1563454,1563719..1563783,1564396..1564533,1564615..1564752,1564850..1565010,1565094..1565164,1565257..1565305,1565390..1565511,1566012..>1566275)	Aspergillus niger	84593060
An14g06660	mRNA	An14g06660	NT_166529.1	1566558	1567888	R	An14g06660	complement(join(<1566558..1566671,1566997..1567171,1567262..1567371,1567537..1567712,1567795..>1567888))	Aspergillus niger	84593061
An14g06670	mRNA	An14g06670	NT_166529.1	1569437	1571149	D	An14g06670	<1569437..>1571149	Aspergillus niger	4987525
An14g06680	mRNA	An14g06680	NT_166529.1	1572720	1574189	R	An14g06680	complement(<1572720..>1574189)	Aspergillus niger	4987526
An14g06690	mRNA	An14g06690	NT_166529.1	1574934	1576759	D	An14g06690	join(<1574934..1575059,1575262..1575329,1575442..1575600,1575676..1575738,1575839..1575915,1576115..1576213,1576542..>1576759)	Aspergillus niger	84593062
An14g06700	mRNA	An14g06700	NT_166529.1	1577504	1579627	D	An14g06700	join(<1577504..1577812,1578048..1579180,1579240..>1579627)	Aspergillus niger	4987528
An14g06710	mRNA	An14g06710	NT_166529.1	1583149	1584493	R	An14g06710	complement(join(<1583149..1583190,1583317..1583707,1583797..1584049,1584457..>1584493))	Aspergillus niger	84593063
An14g06720	mRNA	An14g06720	NT_166529.1	1585321	1586223	R	An14g06720	complement(join(<1585321..1585761,1585993..>1586223))	Aspergillus niger	4987530
An14g06730	mRNA	An14g06730	NT_166529.1	1586688	1588254	R	An14g06730	complement(join(<1586688..1587713,1587769..>1588254))	Aspergillus niger	4987531
An14g06740	mRNA	An14g06740	NT_166529.1	1589527	1590492	D	An14g06740	join(<1589527..1589599,1589663..>1590492)	Aspergillus niger	4987532
An14g06750	mRNA	An14g06750	NT_166529.1	1590708	1591869	R	An14g06750	complement(join(<1590708..1591700,1591795..>1591869))	Aspergillus niger	4987533
An14g06760	mRNA	An14g06760	NT_166529.1	1592609	1593813	D	An14g06760	join(<1592609..1593599,1593653..>1593813)	Aspergillus niger	4987534
An14g06770	mRNA	An14g06770	NT_166529.1	1594027	1595709	R	An14g06770	complement(join(<1594027..1595592,1595635..>1595709))	Aspergillus niger	4987535
An14g06780	mRNA	An14g06780	NT_166529.1	1596435	1597757	D	An14g06780	<1596435..>1597757	Aspergillus niger	4987536
An14g06790	mRNA	An14g06790	NT_166529.1	1598023	1599357	R	An14g06790	complement(<1598023..>1599357)	Aspergillus niger	4987537
An14g06800	mRNA	An14g06800	NT_166529.1	1599637	1602266	R	An14g06800	complement(join(<1599637..1602149,1602236..>1602266))	Aspergillus niger	4987538
An14g06810	mRNA	An14g06810	NT_166529.1	1603161	1604082	D	An14g06810	join(<1603161..1603292,1603473..1603523,1603561..>1604082)	Aspergillus niger	4987539
An14g06820	mRNA	An14g06820	NT_166529.1	1604173	1605344	R	An14g06820	complement(join(<1604173..1605187,1605259..>1605344))	Aspergillus niger	4987540
An14g06830	mRNA	An14g06830	NT_166529.1	1605785	1607728	D	An14g06830	join(<1605785..1605859,1605919..1606116,1606181..1606506,1606562..1606602,1606652..1606726,1606777..1607387,1607444..>1607728)	Aspergillus niger	4987541
An14g06840	mRNA	An14g06840	NT_166529.1	1608999	1610588	D	An14g06840	<1608999..>1610588	Aspergillus niger	4987542
An14g06850	mRNA	An14g06850	NT_166529.1	1610699	1611926	R	An14g06850	complement(join(<1610699..1611480,1611534..1611759,1611822..>1611926))	Aspergillus niger	4987543
An14g06860	mRNA	An14g06860	NT_166529.1	1612353	1613861	D	An14g06860	join(<1612353..1612632,1612761..1612990,1613044..1613515,1613566..1613711,1613769..>1613861)	Aspergillus niger	4987544
An14g06870	mRNA	An14g06870	NT_166529.1	1615712	1617139	D	An14g06870	join(<1615712..1615741,1615822..1616052,1616157..1616490,1616544..>1617139)	Aspergillus niger	4987545
An14g06880	mRNA	An14g06880	NT_166529.1	1617594	1621923	R	An14g06880	complement(join(<1617594..1618031,1618107..1618373,1618559..1618610,1618675..1620347,1620407..1620947,1621118..1621281,1621357..1621523,1621713..>1621923))	Aspergillus niger	4987546
An14g06890	mRNA	An14g06890	NT_166529.1	1623207	1624902	R	An14g06890	complement(join(<1623207..1624302,1624355..1624540,1624593..1624732,1624779..>1624902))	Aspergillus niger	4987547
An14g06900	mRNA	An14g06900	NT_166529.1	1625840	1626516	D	An14g06900	join(<1625840..1626398,1626476..>1626516)	Aspergillus niger	4987548
An14g06910	mRNA	An14g06910	NT_166529.1	1626751	1627428	R	An14g06910	complement(<1626751..>1627428)	Aspergillus niger	4987549
An14g06920	mRNA	An14g06920	NT_166529.1	1628587	1629551	D	An14g06920	join(<1628587..1628838,1628901..>1629551)	Aspergillus niger	4987550
An14g06930	mRNA	An14g06930	NT_166529.1	1629760	1631023	R	An14g06930	complement(join(<1629760..1630067,1630131..1630268,1630328..1630696,1630771..>1631023))	Aspergillus niger	4987551
An14g06940	mRNA	An14g06940	NT_166529.1	1632029	1635073	D	An14g06940	join(<1632029..1632252,1632324..1632597,1632648..1632733,1632814..1633187,1633428..1633547,1633607..1633891,1633959..1634405,1634646..>1635073)	Aspergillus niger	4987552
An14g06950	mRNA	An14g06950	NT_166529.1	1635239	1637253	D	An14g06950	join(<1635239..1635290,1635352..1635512,1635580..1635993,1636047..1636176,1636245..1636490,1636589..1636636,1636688..>1637253)	Aspergillus niger	4987553
An14g06960	mRNA	An14g06960	NT_166529.1	1638034	1638802	D	An14g06960	join(<1638034..1638162,1638221..1638378,1638433..>1638802)	Aspergillus niger	4987554
An14g06970	mRNA	An14g06970	NT_166529.1	1639134	1640966	D	An14g06970	<1639134..>1640966	Aspergillus niger	4987555
An14g06980	mRNA	An14g06980	NT_166529.1	1641851	1643192	D	An14g06980	join(<1641851..1641889,1641969..1642767,1642834..>1643192)	Aspergillus niger	4987556
An14g06990	mRNA	An14g06990	NT_166529.1	1643402	1643722	R	An14g06990	complement(join(<1643402..1643460,1643506..>1643722))	Aspergillus niger	84593064
An14g07000	mRNA	An14g07000	NT_166529.1	1644578	1645513	D	An14g07000	<1644578..>1645513	Aspergillus niger	84593065
An14g07010	mRNA	An14g07010	NT_166529.1	1646113	1647323	D	An14g07010	join(<1646113..1646188,1646248..1646705,1646781..1646961,1647031..1647141,1647190..>1647323)	Aspergillus niger	4987559
An14g07020	mRNA	An14g07020	NT_166529.1	1647467	1649008	R	An14g07020	complement(join(<1647467..1648012,1648126..1648639,1648743..>1649008))	Aspergillus niger	84593066
An14g07030	mRNA	An14g07030	NT_166529.1	1649149	1650830	R	An14g07030	complement(join(<1649149..1649377,1649428..>1650830))	Aspergillus niger	4987561
An14g07040	mRNA	An14g07040	NT_166529.1	1651571	1653040	D	An14g07040	join(<1651571..1651663,1651874..>1653040)	Aspergillus niger	4987562
An14g07050	mRNA	An14g07050	NT_166529.1	1653201	1654188	R	An14g07050	complement(join(<1653201..1653904,1654002..>1654188))	Aspergillus niger	4987563
An14g07060	mRNA	An14g07060	NT_166529.1	1654843	1655639	R	An14g07060	complement(join(<1654843..1655045,1655133..1655247,1655304..>1655639))	Aspergillus niger	4987564
An14g07070	mRNA	An14g07070	NT_166529.1	1656959	1659003	R	An14g07070	complement(join(<1656959..1657049,1657212..1657294,1657330..1657483,1657570..1657960,1658061..1658127,1658187..1658231,1658309..1658850,1658955..>1659003))	Aspergillus niger	4987565
An14g07080	mRNA	An14g07080	NT_166529.1	1659840	1661238	D	An14g07080	join(<1659840..1660404,1660556..>1661238)	Aspergillus niger	4987566
An14g07090	mRNA	An14g07090	NT_166529.1	1662149	1664186	R	An14g07090	complement(join(<1662149..1662399,1662461..1662572,1662647..1662806,1662857..1664036,1664147..>1664186))	Aspergillus niger	4987567
An14g07100	mRNA	An14g07100	NT_166529.1	1665210	1666589	D	An14g07100	<1665210..>1666589	Aspergillus niger	84593067
An14g07110	mRNA	An14g07110	NT_166529.1	1667395	1668261	R	An14g07110	complement(join(<1667395..1667586,1667658..1667703,1667723..1667910,1668193..>1668261))	Aspergillus niger	84593068
An14g07120	mRNA	An14g07120	NT_166529.1	1669096	1669722	D	An14g07120	join(<1669096..1669225,1669368..1669463,1669577..>1669722)	Aspergillus niger	84593069
An14g07130	mRNA	An14g07130	NT_166529.1	1671889	1673803	D	An14g07130	join(<1671889..1672072,1672151..1672223,1672287..1672618,1672697..1672840,1672903..1673117,1673189..1673386,1673453..1673480,1673538..1673653,1673714..>1673803)	Aspergillus niger	4987571
An14g07140	mRNA	An14g07140	NT_166529.1	1675236	1676159	D	An14g07140	<1675236..>1676159	Aspergillus niger	4987572
An14g07150	mRNA	An14g07150	NT_166529.1	1676374	1677120	R	An14g07150	complement(join(<1676374..1676534,1676608..1676712,1676778..>1677120))	Aspergillus niger	4987573
An14g07160	mRNA	An14g07160	NT_166529.1	1677968	1679647	D	An14g07160	<1677968..>1679647	Aspergillus niger	4987574
An14g07170	mRNA	An14g07170	NT_166529.1	1680208	1680963	R	An14g07170	complement(join(<1680208..1680647,1680939..>1680963))	Aspergillus niger	84593070
An14g07180	mRNA	An14g07180	NT_166529.1	1682735	1683775	R	An14g07180	complement(<1682735..>1683775)	Aspergillus niger	4987576
An14g07190	mRNA	An14g07190	NT_166529.1	1684313	1686203	R	An14g07190	complement(join(<1684313..1684465,1684679..1684975,1685029..1685624,1685694..1685994,1686054..>1686203))	Aspergillus niger	4987577
An14g07200	mRNA	An14g07200	NT_166529.1	1686400	1688250	R	An14g07200	complement(join(<1686400..1686878,1686933..1687017,1687087..1687506,1687570..1687662,1687720..1687954,1688029..1688158,1688220..>1688250))	Aspergillus niger	4987578
An14g07210	mRNA	An14g07210	NT_166529.1	1690633	1692155	D	An14g07210	join(<1690633..1690950,1691013..1691065,1691120..1691819,1691895..>1692155)	Aspergillus niger	4987579
An14g07220	mRNA	An14g07220	NT_166529.1	1692682	1693560	D	An14g07220	<1692682..>1693560	Aspergillus niger	4987580
An14g07230	mRNA	An14g07230	NT_166529.1	1694423	1695649	R	An14g07230	complement(<1694423..>1695649)	Aspergillus niger	4987581
An14g07240	mRNA	An14g07240	NT_166529.1	1696957	1697388	R	An14g07240	complement(<1696957..>1697388)	Aspergillus niger	4987582
An14g07250	mRNA	An14g07250	NT_166529.1	1697917	1698651	D	An14g07250	join(<1697917..1697964,1698050..1698365,1698416..>1698651)	Aspergillus niger	84593071
An14g07260	mRNA	An14g07260	NT_166529.1	1699050	1700681	D	An14g07260	<1699050..>1700681	Aspergillus niger	4987584
An14g07270	mRNA	An14g07270	NT_166529.1	1701801	1702917	D	An14g07270	join(<1701801..1701962,1702015..1702199,1702260..>1702917)	Aspergillus niger	4987585
An14g07280	mRNA	An14g07280	NT_166529.1	1703680	1704544	R	An14g07280	complement(join(<1703680..1704426,1704479..>1704544))	Aspergillus niger	84593072
An14g07300	mRNA	An14g07300	NT_166529.1	1706931	1707662	D	An14g07300	<1706931..>1707662	Aspergillus niger	4987587
An14g07310	mRNA	An14g07310	NT_166529.1	1709406	1710380	R	An14g07310	complement(join(<1709406..1710189,1710331..>1710380))	Aspergillus niger	84593073
An14g07320	mRNA	An14g07320	NT_166529.1	1711790	1713827	D	An14g07320	join(<1711790..1711872,1711985..1712648,1712707..1712950,1713043..1713532,1713721..1713742,1713774..>1713827)	Aspergillus niger	4987589
An14g07330	mRNA	An14g07330	NT_166529.1	1713918	1715796	R	An14g07330	complement(join(<1713918..1714139,1714201..1714307,1714364..1714609,1714664..1714799,1714856..1715013,1715071..1715185,1715236..1715433,1715488..>1715796))	Aspergillus niger	4987590
An14g07340	mRNA	An14g07340	NT_166529.1	1715820	1717694	R	An14g07340	complement(join(<1715820..1716024,1716111..1716212,1716474..1716624,1716847..1716978,1717038..1717154,1717583..>1717694))	Aspergillus niger	84593074
An14g07350	mRNA	An14g07350	NT_166529.1	1717791	1719365	R	An14g07350	complement(join(<1717791..1718250,1718353..1718828,1718883..1719160,1719263..>1719365))	Aspergillus niger	4987592
An14g07360	mRNA	An14g07360	NT_166529.1	1720966	1722822	R	An14g07360	complement(<1720966..>1722822)	Aspergillus niger	4987593
An14g07370	mRNA	An14g07370	NT_166529.1	1723003	1723497	R	An14g07370	complement(<1723003..>1723497)	Aspergillus niger	4987594
An14g07380	mRNA	An14g07380	NT_166529.1	1724007	1725025	D	An14g07380	join(<1724007..1724286,1724319..>1725025)	Aspergillus niger	4987595
An14g07390	mRNA	An14g07390	NT_166529.1	1725541	1726227	R	An14g07390	complement(join(<1725541..1725946,1725998..>1726227))	Aspergillus niger	4987596
An14g07400	mRNA	An14g07400	NT_166529.1	1729014	1730107	D	An14g07400	join(<1729014..1729164,1729198..1729684,1729732..>1730107)	Aspergillus niger	4987597
An14g07420	mRNA	An14g07420	NT_166529.1	1731202	1734209	R	An14g07420	complement(<1731202..>1734209)	Aspergillus niger	84593075
An01g00010	mRNA	An01g00010	NT_166518.1	134	700	D	An01g00010	join(<134..282,484..>700)	Aspergillus niger	84589810
An01g00020	mRNA	An01g00020	NT_166518.1	1295	1968	D	An01g00020	join(<1295..1387,1687..>1968)	Aspergillus niger	84589811
An01g00030	mRNA	An01g00030	NT_166518.1	2871	4272	D	An01g00030	join(<2871..2891,2969..3014,3129..3232,3310..3423,3481..>4272)	Aspergillus niger	4978422
An01g00040	mRNA	An01g00040	NT_166518.1	5250	6158	D	An01g00040	<5250..>6158	Aspergillus niger	4978366
An01g00050	mRNA	An01g00050	NT_166518.1	6263	9904	R	An01g00050	complement(<6263..>9904)	Aspergillus niger	4978516
An01g00060	mRNA	An01g00060	NT_166518.1	12561	18281	D	An01g00060	join(<12561..13089,13163..18111,18171..>18281)	Aspergillus niger	4978430
An01g00070	mRNA	An01g00070	NT_166518.1	18722	20794	R	An01g00070	complement(join(<18722..18857,19125..19374,19477..20168,20214..>20794))	Aspergillus niger	84589812
An01g00080	mRNA	An01g00080	NT_166518.1	21259	22367	R	An01g00080	complement(join(<21259..22046,22133..>22367))	Aspergillus niger	4977893
An01g00090	mRNA	An01g00090	NT_166518.1	22991	23744	D	An01g00090	join(<22991..23035,23124..>23744)	Aspergillus niger	4978397
An01g00100	mRNA	An01g00100	NT_166518.1	24270	25634	R	An01g00100	complement(join(<24270..24741,24810..25096,25197..25320,25393..>25634))	Aspergillus niger	4978453
An01g00110	mRNA	An01g00110	NT_166518.1	26335	28373	D	An01g00110	join(<26335..26528,26592..27842,27960..28281,28347..>28373)	Aspergillus niger	4978279
An01g00120	mRNA	An01g00120	NT_166518.1	28504	29949	R	An01g00120	complement(join(<28504..28537,28614..29636,29720..>29949))	Aspergillus niger	4978368
An01g00130	mRNA	An01g00130	NT_166518.1	30454	32188	D	An01g00130	join(<30454..30592,30664..30988,31065..31240,31314..>32188)	Aspergillus niger	4977151
An01g00140	mRNA	An01g00140	NT_166518.1	32574	34196	R	An01g00140	complement(<32574..>34196)	Aspergillus niger	4977056
An01g00150	mRNA	An01g00150	NT_166518.1	35486	37083	D	An01g00150	join(<35486..35854,35915..36162,36219..>37083)	Aspergillus niger	4977140
An01g00160	mRNA	An01g00160	NT_166518.1	39100	40209	D	An01g00160	join(<39100..39305,39370..39803,39824..>40209)	Aspergillus niger	4978432
An01g00170	mRNA	An01g00170	NT_166518.1	40931	41687	D	An01g00170	join(<40931..40975,41097..>41687)	Aspergillus niger	4978391
An01g00190	mRNA	An01g00190	NT_166518.1	42813	45348	D	An01g00190	join(<42813..43555,43613..44137,44190..44328,44431..44462,44516..44589,44657..>45348)	Aspergillus niger	4978375
An01g00200	mRNA	An01g00200	NT_166518.1	45640	47735	D	An01g00200	join(<45640..45672,45864..46212,46278..46464,46521..46822,46875..46954,47010..47041,47112..47229,47296..47517,47601..>47735)	Aspergillus niger	4978404
An01g00210	mRNA	An01g00210	NT_166518.1	48573	50388	R	An01g00210	complement(join(<48573..48806,48862..49182,49243..49641,49702..49963,50042..>50388))	Aspergillus niger	4978439
An01g00220	mRNA	An01g00220	NT_166518.1	51793	52766	R	An01g00220	complement(join(<51793..52259,52351..>52766))	Aspergillus niger	4978425
An01g00240	mRNA	An01g00240	NT_166518.1	55373	57167	R	An01g00240	complement(join(<55373..56082,56135..56777,56875..56969,57035..>57167))	Aspergillus niger	4978352
An01g00250	mRNA	An01g00250	NT_166518.1	57893	59378	D	An01g00250	join(<57893..58022,58074..58217,58597..>59378)	Aspergillus niger	4978440
An01g00260	mRNA	An01g00260	NT_166518.1	60604	63410	D	An01g00260	join(<60604..60655,61102..61610,61680..>63410)	Aspergillus niger	4978456
An01g00270	mRNA	An01g00270	NT_166518.1	63949	65686	D	An01g00270	join(<63949..64311,64387..64791,64862..64979,65038..65292,65346..>65686)	Aspergillus niger	4978406
An01g00280	mRNA	An01g00280	NT_166518.1	67007	68159	D	An01g00280	join(<67007..67052,67160..67485,67563..67991,68052..>68159)	Aspergillus niger	4978407
An01g00290	mRNA	An01g00290	NT_166518.1	69017	71162	D	An01g00290	join(<69017..69642,69702..70065,70123..70533,70815..70824,71023..>71162)	Aspergillus niger	4978349
An01g00310	mRNA	An01g00310	NT_166518.1	71813	73574	D	An01g00310	join(<71813..71815,71851..71936,72030..72094,72190..72239,72480..72503,72727..73004,73067..>73574)	Aspergillus niger	84589813
An01g00320	mRNA	An01g00320	NT_166518.1	73906	74876	R	An01g00320	complement(join(<73906..73954,74092..>74876))	Aspergillus niger	4978129
An01g00330	mRNA	abfA	NT_166518.1	77956	80194	D	An01g00330	join(<77956..78099,78152..78666,78715..78798,78847..78923,78972..79004,79056..79207,79258..79746,79802..>80194)	Aspergillus niger	4978177
An01g00340	mRNA	An01g00340	NT_166518.1	81209	82518	D	An01g00340	join(<81209..81435,81543..>82518)	Aspergillus niger	4978052
An01g00360	mRNA	An01g00360	NT_166518.1	84225	85369	D	An01g00360	join(<84225..84651,85003..85065,85112..85146,85277..>85369)	Aspergillus niger	84589814
An01g00370	mRNA	An01g00370	NT_166518.1	87292	88529	D	An01g00370	join(<87292..87564,87621..>88529)	Aspergillus niger	4977253
An01g00380	mRNA	An01g00380	NT_166518.1	89179	90251	R	An01g00380	complement(join(<89179..89561,89624..89997,90055..>90251))	Aspergillus niger	4977459
An01g00390	mRNA	An01g00390	NT_166518.1	94559	95614	D	An01g00390	join(<94559..94732,94904..>95614)	Aspergillus niger	4977603
An01g00400	mRNA	An01g00400	NT_166518.1	98078	99156	D	An01g00400	join(<98078..98662,98715..98945,98995..>99156)	Aspergillus niger	4977714
An01g00420	mRNA	An01g00420	NT_166518.1	100703	101903	D	An01g00420	join(<100703..100995,101097..101732,101786..>101903)	Aspergillus niger	84589815
An01g00430	mRNA	An01g00430	NT_166518.1	103009	105537	R	An01g00430	complement(<103009..>105537)	Aspergillus niger	84589816
An01g00450	mRNA	An01g00450	NT_166518.1	108997	110564	R	An01g00450	complement(join(<108997..109124,109636..110458,110520..>110564))	Aspergillus niger	4978082
An01g00460	mRNA	An01g00460	NT_166518.1	111845	112646	D	An01g00460	join(<111845..111907,111969..>112646)	Aspergillus niger	4978303
An01g00470	mRNA	An01g00470	NT_166518.1	113663	114175	D	An01g00470	<113663..>114175	Aspergillus niger	84589817
An01g00480	mRNA	An01g00480	NT_166518.1	114545	117211	D	An01g00480	<114545..>117211	Aspergillus niger	4978256
An01g00490	mRNA	An01g00490	NT_166518.1	118609	120776	D	An01g00490	join(<118609..119069,119144..119628,119688..120292,120342..>120776)	Aspergillus niger	4977545
An01g00500	mRNA	An01g00500	NT_166518.1	122641	123009	R	An01g00500	complement(join(<122641..122765,122862..>123009))	Aspergillus niger	84589818
An01g00510	mRNA	An01g00510	NT_166518.1	125838	128114	R	An01g00510	complement(join(<125838..125891,126203..126418,126484..126562,126619..126907,126986..>128114))	Aspergillus niger	4977082
An01g00520	mRNA	An01g00520	NT_166518.1	130637	131021	R	An01g00520	complement(join(<130637..130751,130945..>131021))	Aspergillus niger	4977905
An01g00530	mRNA	proctase-A	NT_166518.1	133164	134012	R	An01g00530	complement(<133164..>134012)	Aspergillus niger	4977455
An01g00540	mRNA	An01g00540	NT_166518.1	135495	136740	D	An01g00540	join(<135495..135552,135602..135618,135997..136184,136473..136508,136662..>136740)	Aspergillus niger	84589819
An01g00550	mRNA	An01g00550	NT_166518.1	138081	138920	R	An01g00550	complement(<138081..>138920)	Aspergillus niger	4977122
An01g00560	mRNA	An01g00560	NT_166518.1	141666	142179	R	An01g00560	complement(join(<141666..141888,141971..>142179))	Aspergillus niger	4978133
An01g00570	mRNA	An01g00570	NT_166518.1	142634	143836	R	An01g00570	complement(<142634..>143836)	Aspergillus niger	4978496
An01g00600	mRNA	An01g00600	NT_166518.1	145907	148733	D	An01g00600	join(<145907..146423,146563..146636,146849..146994,147053..148366,148508..>148733)	Aspergillus niger	10098204
An01g00610	mRNA	An01g00610	NT_166518.1	149971	150783	D	An01g00610	join(<149971..150650,150735..>150783)	Aspergillus niger	4978421
An01g00620	mRNA	An01g00620	NT_166518.1	150927	152485	R	An01g00620	complement(join(<150927..151559,151615..152385,152456..>152485))	Aspergillus niger	4977698
An01g00630	mRNA	An01g00630	NT_166518.1	153643	154856	D	An01g00630	join(<153643..153835,153885..154657,154710..>154856)	Aspergillus niger	4977807
An01g00640	mRNA	An01g00640	NT_166518.1	155185	157010	R	An01g00640	complement(join(<155185..155996,156073..156220,156282..>157010))	Aspergillus niger	4978092
An01g00650	mRNA	An01g00650	NT_166518.1	157927	158202	R	An01g00650	complement(<157927..>158202)	Aspergillus niger	84589820
An01g00660	mRNA	An01g00660	NT_166518.1	159669	160857	D	An01g00660	join(<159669..160056,160111..160430,160569..160748,160813..>160857)	Aspergillus niger	4978380
An01g00670	mRNA	An01g00670	NT_166518.1	161149	163361	D	An01g00670	join(<161149..161157,161391..161474,161717..161777,161899..162186,162242..162602,162660..162783,162836..163143,163229..>163361)	Aspergillus niger	84589821
An01g00680	mRNA	An01g00680	NT_166518.1	164378	165985	D	An01g00680	join(<164378..164425,164478..165590,165653..>165985)	Aspergillus niger	4977405
An01g00690	mRNA	An01g00690	NT_166518.1	166755	167882	R	An01g00690	complement(<166755..>167882)	Aspergillus niger	4978446
An01g00700	mRNA	An01g00700	NT_166518.1	168522	169518	D	An01g00700	join(<168522..168687,168766..169002,169073..>169518)	Aspergillus niger	4978084
An01g00710	mRNA	An01g00710	NT_166518.1	169885	171300	R	An01g00710	complement(<169885..>171300)	Aspergillus niger	4977531
An01g00720	mRNA	An01g00720	NT_166518.1	173504	175807	D	An01g00720	join(<173504..173725,173778..173861,173915..173990,174042..174106,174176..174280,174330..174423,174470..174795,174844..174901,174949..175042,175096..175283,175337..175396,175446..>175807)	Aspergillus niger	4978169
An01g00730	mRNA	An01g00730	NT_166518.1	176385	180823	D	An01g00730	join(<176385..176699,176770..177487,177565..177739,177828..178146,178206..178524,178654..179353,179406..179619,179689..179952,180022..180219,180278..>180823)	Aspergillus niger	4977066
An01g00740	mRNA	An01g00740	NT_166518.1	180928	181542	D	An01g00740	<180928..>181542	Aspergillus niger	84589822
An01g00750	mRNA	An01g00750	NT_166518.1	184131	184444	D	An01g00750	join(<184131..184357,184426..>184444)	Aspergillus niger	4977944
An01g00760	mRNA	An01g00760	NT_166518.1	186071	186286	R	An01g00760	complement(<186071..>186286)	Aspergillus niger	84589823
An01g00770	mRNA	An01g00770	NT_166518.1	187506	189152	R	An01g00770	complement(<187506..>189152)	Aspergillus niger	4977762
An01g00780	mRNA	xynB	NT_166518.1	190078	190823	R	An01g00780	complement(join(<190078..190477,190546..>190823))	Aspergillus niger	4978152
An01g00790	mRNA	An01g00790	NT_166518.1	191427	191690	R	An01g00790	complement(join(<191427..191494,191549..>191690))	Aspergillus niger	84589824
An01g00800	mRNA	An01g00800	NT_166518.1	191853	192844	R	An01g00800	complement(join(<191853..191935,192004..>192844))	Aspergillus niger	4978098
An01g00810	mRNA	An01g00810	NT_166518.1	193759	194194	R	An01g00810	complement(join(<193759..193792,193845..>194194))	Aspergillus niger	84589825
An01g00820	mRNA	An01g00820	NT_166518.1	195689	197459	D	An01g00820	join(<195689..195765,195827..196269,196332..196969,197025..>197459)	Aspergillus niger	4978462
An01g00830	mRNA	An01g00830	NT_166518.1	197782	198002	R	An01g00830	complement(join(<197782..197850,197901..>198002))	Aspergillus niger	84589826
An01g00840	mRNA	An01g00840	NT_166518.1	198877	199925	R	An01g00840	complement(join(<198877..198957,199120..199346,199437..199526,199605..199739,199832..>199925))	Aspergillus niger	84589827
An01g00850	mRNA	An01g00850	NT_166518.1	199947	201911	D	An01g00850	join(<199947..200369,200419..200533,200628..201020,201084..201437,201508..>201911)	Aspergillus niger	4978119
An01g00860	mRNA	An01g00860	NT_166518.1	202342	204197	R	An01g00860	complement(join(<202342..204060,204119..>204197))	Aspergillus niger	4977875
An01g00870	mRNA	An01g00870	NT_166518.1	205013	206032	R	An01g00870	complement(<205013..>206032)	Aspergillus niger	4978100
An01g00880	mRNA	An01g00880	NT_166518.1	207172	208551	R	An01g00880	complement(join(<207172..207485,207541..207980,208048..208171,208226..208352,208411..>208551))	Aspergillus niger	4978490
An01g00890	mRNA	An01g00890	NT_166518.1	209578	210918	D	An01g00890	join(<209578..209742,209813..210188,210254..210383,210446..210513,210584..>210918)	Aspergillus niger	4978419
An01g00900	mRNA	An01g00900	NT_166518.1	211858	215482	R	An01g00900	complement(join(<211858..212390,212757..212916,213021..213286,213407..213603,213662..213682,213731..214432,214486..215176,215239..>215482))	Aspergillus niger	4978437
An01g00910	mRNA	An01g00910	NT_166518.1	215818	219220	D	An01g00910	join(<215818..216653,216705..218738,218821..218884,219155..>219220)	Aspergillus niger	4978500
An01g00920	mRNA	An01g00920	NT_166518.1	219994	220749	D	An01g00920	<219994..>220749	Aspergillus niger	84589828
An01g00930	mRNA	An01g00930	NT_166518.1	222156	223132	D	An01g00930	join(<222156..222638,222773..>223132)	Aspergillus niger	4978351
An01g00940	mRNA	An01g00940	NT_166518.1	223396	224770	R	An01g00940	complement(join(<223396..223562,223630..>224770))	Aspergillus niger	4977581
An01g00950	mRNA	An01g00950	NT_166518.1	225110	227545	D	An01g00950	join(<225110..225206,225260..225555,225688..225707,225755..225893,226089..226097,226147..226229,226267..226294,226561..226609,226881..227009,227172..>227545)	Aspergillus niger	4978463
An01g00960	mRNA	An01g00960	NT_166518.1	227971	228969	R	An01g00960	complement(<227971..>228969)	Aspergillus niger	4978427
An01g00970	mRNA	An01g00970	NT_166518.1	229718	231392	D	An01g00970	join(<229718..230116,230174..230217,230694..230836,231079..>231392)	Aspergillus niger	84589829
An01g00990	mRNA	An01g00990	NT_166518.1	233314	233586	R	An01g00990	complement(<233314..>233586)	Aspergillus niger	84589830
An01g01000	mRNA	An01g01000	NT_166518.1	233771	235094	R	An01g01000	complement(join(<233771..234620,234656..234834,234891..>235094))	Aspergillus niger	4977449
An01g01010	mRNA	An01g01010	NT_166518.1	235716	236969	R	An01g01010	complement(<235716..>236969)	Aspergillus niger	4977123
An01g01020	mRNA	An01g01020	NT_166518.1	238713	242046	D	An01g01020	join(<238713..238872,238928..>242046)	Aspergillus niger	4978227
An01g01030	mRNA	An01g01030	NT_166518.1	242490	242972	R	An01g01030	complement(<242490..>242972)	Aspergillus niger	4977640
An01g01040	mRNA	An01g01040	NT_166518.1	243525	245264	D	An01g01040	<243525..>245264	Aspergillus niger	84589831
An01g01050	mRNA	An01g01050	NT_166518.1	246521	247675	R	An01g01050	complement(join(<246521..246814,246879..247483,247543..>247675))	Aspergillus niger	4978267
An01g01060	mRNA	An01g01060	NT_166518.1	248200	248908	R	An01g01060	complement(join(<248200..248528,248608..>248908))	Aspergillus niger	4977558
An01g01070	mRNA	An01g01070	NT_166518.1	249120	250677	R	An01g01070	complement(join(<249120..249205,249343..250169,250223..>250677))	Aspergillus niger	4978091
An01g01080	mRNA	An01g01080	NT_166518.1	252231	253216	D	An01g01080	join(<252231..252267,252348..252661,252752..253122,253180..>253216)	Aspergillus niger	4978236
An01g01090	mRNA	An01g01090	NT_166518.1	254023	254736	D	An01g01090	join(<254023..254044,254113..254139,254292..254551,254617..>254736)	Aspergillus niger	4977927
An01g01110	mRNA	An01g01110	NT_166518.1	256770	260389	R	An01g01110	complement(join(<256770..259709,259823..>260389))	Aspergillus niger	4978156
An01g01120	mRNA	An01g01120	NT_166518.1	261196	265965	D	An01g01120	join(<261196..261315,261384..261485,262180..262531,262624..262700,263299..263306,263456..263514,263593..263747,263784..263827,263913..264025,264243..265241,265631..265686,265748..265863,265941..>265965)	Aspergillus niger	84589832
An01g01130	mRNA	An01g01130	NT_166518.1	266481	274393	R	An01g01130	complement(join(<266481..266527,266944..266979,267081..273424,273498..273834,273895..274227,274300..>274393))	Aspergillus niger	4978278
An01g01140	mRNA	An01g01140	NT_166518.1	276183	277523	R	An01g01140	complement(<276183..>277523)	Aspergillus niger	4977989
An01g01150	mRNA	An01g01150	NT_166518.1	277784	279802	D	An01g01150	join(<277784..277994,278016..278299,278362..279267,279665..>279802)	Aspergillus niger	4978094
An01g01160	mRNA	An01g01160	NT_166518.1	280500	281690	D	An01g01160	<280500..>281690	Aspergillus niger	4977050
An01g01170	mRNA	An01g01170	NT_166518.1	283362	284579	D	An01g01170	<283362..>284579	Aspergillus niger	4978135
An01g01180	mRNA	An01g01180	NT_166518.1	285933	287600	R	An01g01180	complement(join(<285933..286156,286188..286565,286625..287301,287428..>287600))	Aspergillus niger	4977730
An01g01190	mRNA	An01g01190	NT_166518.1	288459	289091	D	An01g01190	<288459..>289091	Aspergillus niger	4977665
An01g01210	mRNA	An01g01210	NT_166518.1	289556	291551	R	An01g01210	complement(join(<289556..291127,291186..>291551))	Aspergillus niger	84589833
An01g01220	mRNA	An01g01220	NT_166518.1	292065	293460	R	An01g01220	complement(join(<292065..292554,292646..293037,293094..293234,293299..>293460))	Aspergillus niger	4977163
An01g01230	mRNA	An01g01230	NT_166518.1	295236	295966	D	An01g01230	join(<295236..295568,295622..>295966)	Aspergillus niger	4977518
An01g01240	mRNA	An01g01240	NT_166518.1	296229	296786	R	An01g01240	complement(<296229..>296786)	Aspergillus niger	84589834
An01g01250	mRNA	An01g01250	NT_166518.1	296889	298115	R	An01g01250	complement(join(<296889..297292,297350..297782,297834..297863,297930..>298115))	Aspergillus niger	10098206
An01g01260	mRNA	An01g01260	NT_166518.1	299013	300797	R	An01g01260	complement(<299013..>300797)	Aspergillus niger	4978051
An01g01270	mRNA	An01g01270	NT_166518.1	302329	302871	D	An01g01270	join(<302329..302431,302714..>302871)	Aspergillus niger	84589835
An01g01280	mRNA	An01g01280	NT_166518.1	304266	305921	R	An01g01280	complement(<304266..>305921)	Aspergillus niger	4977027
An01g01290	mRNA	An01g01290	NT_166518.1	307727	309838	D	An01g01290	join(<307727..309162,309193..>309838)	Aspergillus niger	4978037
An01g01300	mRNA	An01g01300	NT_166518.1	309947	310988	R	An01g01300	complement(join(<309947..310232,310346..310397,310784..>310988))	Aspergillus niger	84589836
An01g01310	mRNA	An01g01310	NT_166518.1	311419	312317	R	An01g01310	complement(join(<311419..311610,311706..311804,311854..311953,312007..>312317))	Aspergillus niger	4977577
An01g01320	mRNA	An01g01320	NT_166518.1	312690	314120	D	An01g01320	join(<312690..313296,313361..313457,313509..313924,313993..313997,314070..>314120)	Aspergillus niger	4978099
An01g01330	mRNA	An01g01330	NT_166518.1	314474	317976	D	An01g01330	join(<314474..314546,314593..314644,314786..314841,315138..315295,315362..316360,316422..316981,317039..317832,317933..>317976)	Aspergillus niger	4978215
An01g01340	mRNA	An01g01340	NT_166518.1	318138	319617	R	An01g01340	complement(join(<318138..319409,319474..>319617))	Aspergillus niger	4978230
An01g01350	mRNA	An01g01350	NT_166518.1	320012	321713	D	An01g01350	join(<320012..320266,320327..320553,320608..320686,320747..321220,321270..>321713)	Aspergillus niger	4977118
An01g01360	mRNA	An01g01360	NT_166518.1	322013	323338	R	An01g01360	complement(join(<322013..322857,322917..323201,323257..>323338))	Aspergillus niger	4977582
An01g01370	mRNA	An01g01370	NT_166518.1	323769	326257	D	An01g01370	join(<323769..324420,324515..324541,324757..324783,324929..324997,325127..325284,325341..325717,325750..>326257)	Aspergillus niger	4978194
An01g01380	mRNA	An01g01380	NT_166518.1	326663	330565	R	An01g01380	complement(join(<326663..328439,328498..329113,329189..329774,329918..>330565))	Aspergillus niger	4977341
An01g01390	mRNA	An01g01390	NT_166518.1	331842	333984	D	An01g01390	join(<331842..331871,331953..333381,333437..>333984)	Aspergillus niger	4978263
An01g01400	mRNA	An01g01400	NT_166518.1	334615	335132	R	An01g01400	complement(join(<334615..334949,335021..>335132))	Aspergillus niger	4978113
An01g01410	mRNA	An01g01410	NT_166518.1	335563	335911	R	An01g01410	complement(join(<335563..335738,335797..>335911))	Aspergillus niger	84589837
An01g01420	mRNA	An01g01420	NT_166518.1	336861	338198	R	An01g01420	complement(join(<336861..337093,337168..337395,337462..337487,337537..337604,337659..>338198))	Aspergillus niger	84589838
An01g01430	mRNA	An01g01430	NT_166518.1	338420	340232	D	An01g01430	join(<338420..338602,338717..339137,339189..339250,339309..>340232)	Aspergillus niger	4978228
An01g01440	mRNA	An01g01440	NT_166518.1	341069	342172	D	An01g01440	join(<341069..342041,342129..>342172)	Aspergillus niger	84589839
An01g01450	mRNA	An01g01450	NT_166518.1	342903	345536	D	An01g01450	join(<342903..342937,343262..>345536)	Aspergillus niger	4978409
An01g01460	mRNA	An01g01460	NT_166518.1	347298	347657	D	An01g01460	join(<347298..347415,347473..>347657)	Aspergillus niger	84589840
An01g01470	mRNA	An01g01470	NT_166518.1	348060	348877	R	An01g01470	complement(join(<348060..348180,348273..>348877))	Aspergillus niger	4978369
An01g01475	mRNA	An01g01475	NT_166518.1	350219	350719	D	An01g01475	<350219..>350719	Aspergillus niger	4978510
An01g01480	mRNA	An01g01480	NT_166518.1	351211	352610	R	An01g01480	complement(join(<351211..351999,352002..>352610))	Aspergillus niger	84589841
An01g01490	mRNA	An01g01490	NT_166518.1	352773	353909	D	An01g01490	join(<352773..353728,353783..>353909)	Aspergillus niger	4978468
An01g01500	mRNA	An01g01500	NT_166518.1	354593	355767	D	An01g01500	join(<354593..354646,354697..354770,354825..355005,355060..>355767)	Aspergillus niger	4978102
An01g01520	mRNA	An01g01520	NT_166518.1	357464	358423	D	An01g01520	join(<357464..357524,357606..>358423)	Aspergillus niger	4978402
An01g01530	mRNA	An01g01530	NT_166518.1	358901	360402	D	An01g01530	join(<358901..359496,359589..>360402)	Aspergillus niger	4978371
An01g01540	mRNA	An01g01540	NT_166518.1	361954	365312	D	An01g01540	join(<361954..361965,362017..363759,363804..364094,364140..>365312)	Aspergillus niger	4978248
An01g01550	mRNA	An01g01550	NT_166518.1	365658	368130	R	An01g01550	complement(join(<365658..366583,366639..366813,366900..367064,367114..367529,367580..367805,367855..>368130))	Aspergillus niger	4978376
An01g01560	mRNA	An01g01560	NT_166518.1	369001	370325	R	An01g01560	complement(join(<369001..369082,369249..369815,369880..>370325))	Aspergillus niger	4978358
An01g01580	mRNA	An01g01580	NT_166518.1	372140	373609	R	An01g01580	complement(join(<372140..372431,372498..373151,373209..>373609))	Aspergillus niger	4978364
An01g01590	mRNA	An01g01590	NT_166518.1	374518	377942	R	An01g01590	complement(join(<374518..374874,374913..376267,376317..376776,376830..377083,377138..377207,377260..377437,377488..377570,377710..377801,377836..>377942))	Aspergillus niger	4978355
An01g01600	mRNA	An01g01600	NT_166518.1	380016	381448	D	An01g01600	join(<380016..380337,380376..380492,380541..>381448)	Aspergillus niger	4978447
An01g01620	mRNA	An01g01620	NT_166518.1	386047	387099	D	An01g01620	<386047..>387099	Aspergillus niger	4978362
An01g01630	mRNA	An01g01630	NT_166518.1	387878	388549	R	An01g01630	complement(join(<387878..388215,388387..>388549))	Aspergillus niger	4978365
An01g01640	mRNA	An01g01640	NT_166518.1	389389	390429	R	An01g01640	complement(<389389..>390429)	Aspergillus niger	4978190
An01g01650	mRNA	An01g01650	NT_166518.1	391218	392273	R	An01g01650	complement(join(<391218..391243,391478..>392273))	Aspergillus niger	84589842
An01g01660	mRNA	An01g01660	NT_166518.1	393061	393574	R	An01g01660	complement(join(<393061..393388,393483..>393574))	Aspergillus niger	84589843
An01g01670	mRNA	An01g01670	NT_166518.1	394875	396565	R	An01g01670	complement(join(<394875..395392,395455..>396565))	Aspergillus niger	4977125
An01g01680	mRNA	An01g01680	NT_166518.1	397789	398582	D	An01g01680	join(<397789..398165,398277..398422,398497..>398582)	Aspergillus niger	84589844
An01g01690	mRNA	An01g01690	NT_166518.1	399024	400067	R	An01g01690	complement(join(<399024..399050,399117..399170,399367..399423,399664..399740,399785..>400067))	Aspergillus niger	84589845
An01g01700	mRNA	An01g01700	NT_166518.1	400801	401316	D	An01g01700	join(<400801..400903,400952..>401316)	Aspergillus niger	84589846
An01g01710	mRNA	An01g01710	NT_166518.1	402426	402993	D	An01g01710	join(<402426..402517,402563..402644,402841..>402993)	Aspergillus niger	84589847
An01g01720	mRNA	An01g01720	NT_166518.1	409076	410762	R	An01g01720	complement(join(<409076..409510,409567..410424,410459..410580,410633..>410762))	Aspergillus niger	4977514
An01g01730	mRNA	An01g01730	NT_166518.1	411539	412676	R	An01g01730	complement(join(<411539..412548,412652..>412676))	Aspergillus niger	84589848
An01g01740	mRNA	An01g01740	NT_166518.1	412935	413432	R	An01g01740	complement(join(<412935..412969,413035..413166,413234..413249,413302..413358,413421..>413432))	Aspergillus niger	84589849
An01g01750	mRNA	An01g01750	NT_166518.1	414491	416881	R	An01g01750	complement(join(<414491..414563,414649..414823,414893..415068,415120..415296,415351..415488,415541..415737,415781..416312,416364..416627,416673..>416881))	Aspergillus niger	4978472
An01g01760	mRNA	An01g01760	NT_166518.1	418508	418830	R	An01g01760	complement(join(<418508..418530,418567..418570,418756..>418830))	Aspergillus niger	84589850
An01g01770	mRNA	An01g01770	NT_166518.1	419587	421358	D	An01g01770	join(<419587..419631,419954..420041,420172..420270,420351..420423,420455..420509,420598..420687,421104..>421358)	Aspergillus niger	84589851
An01g01780	mRNA	An01g01780	NT_166518.1	423796	424949	D	An01g01780	join(<423796..423963,424029..>424949)	Aspergillus niger	4978166
An01g01790	mRNA	An01g01790	NT_166518.1	425160	427067	R	An01g01790	complement(join(<425160..425786,425844..425987,426051..426254,426308..426483,426536..426891,426943..>427067))	Aspergillus niger	4977232
An01g01800	mRNA	An01g01800	NT_166518.1	427645	429702	D	An01g01800	join(<427645..427869,427923..427994,428048..428413,428463..428507,428554..428780,428831..429392,429571..>429702)	Aspergillus niger	4977246
An01g01810	mRNA	An01g01810	NT_166518.1	430109	432302	R	An01g01810	complement(join(<430109..430218,430258..431361,431414..432130,432197..>432302))	Aspergillus niger	4977368
An01g01820	mRNA	catR	NT_166518.1	432564	434983	R	An01g01820	complement(join(<432564..433655,433705..433869,433924..434339,434402..434627,434690..>434983))	Aspergillus niger	4978057
An01g01830	mRNA	An01g01830	NT_166518.1	436559	438847	D	An01g01830	<436559..>438847	Aspergillus niger	4977099
An01g01840	mRNA	An01g01840	NT_166518.1	439169	440611	D	An01g01840	<439169..>440611	Aspergillus niger	4977363
An01g01850	mRNA	An01g01850	NT_166518.1	441440	443550	D	An01g01850	join(<441440..443311,443428..>443550)	Aspergillus niger	4978073
An01g01860	mRNA	An01g01860	NT_166518.1	444536	445109	R	An01g01860	complement(join(<444536..444751,444900..>445109))	Aspergillus niger	10098211
An01g01870	mRNA	An01g01870	NT_166518.1	446938	449784	D	An01g01870	join(<446938..447037,447085..447229,447273..447471,447518..447758,447808..447861,447907..449703,449735..>449784)	Aspergillus niger	4977095
An01g01880	mRNA	An01g01880	NT_166518.1	449958	451163	R	An01g01880	complement(<449958..>451163)	Aspergillus niger	4977180
An01g01890	mRNA	An01g01890	NT_166518.1	452001	453300	D	An01g01890	join(<452001..452149,452187..452445,452531..452725,452848..>453300)	Aspergillus niger	84589852
An01g01900	mRNA	An01g01900	NT_166518.1	454927	456789	D	An01g01900	join(<454927..455345,455410..456020,456077..456323,456381..456504,456565..>456789)	Aspergillus niger	4978353
An01g01920	mRNA	An01g01920	NT_166518.1	457714	459937	R	An01g01920	complement(join(<457714..459315,459362..459834,459883..>459937))	Aspergillus niger	4977548
An01g01930	mRNA	An01g01930	NT_166518.1	460754	462013	R	An01g01930	complement(join(<460754..461222,461482..461524,461671..>462013))	Aspergillus niger	84589853
An01g01940	mRNA	An01g01940	NT_166518.1	463553	465415	R	An01g01940	complement(join(<463553..463729,463791..464838,464905..464958,465009..465055,465122..>465415))	Aspergillus niger	4977524
An01g01950	mRNA	An01g01950	NT_166518.1	467286	468435	R	An01g01950	complement(join(<467286..467871,467930..>468435))	Aspergillus niger	4977112
An01g01960	mRNA	An01g01960	NT_166518.1	470513	471340	D	An01g01960	<470513..>471340	Aspergillus niger	4977358
An01g01970	mRNA	An01g01970	NT_166518.1	471856	472604	R	An01g01970	complement(join(<471856..471860,471917..472243,472301..>472604))	Aspergillus niger	84589854
An01g01980	mRNA	An01g01980	NT_166518.1	473738	475353	D	An01g01980	join(<473738..474681,474712..475185,475221..>475353)	Aspergillus niger	4977919
An01g01990	mRNA	An01g01990	NT_166518.1	476179	476470	D	An01g01990	join(<476179..476245,476295..>476470)	Aspergillus niger	84589855
An01g02000	mRNA	An01g02000	NT_166518.1	477442	479157	D	An01g02000	join(<477442..477490,477600..478530,478587..478881,478963..>479157)	Aspergillus niger	4977430
An01g02010	mRNA	An01g02010	NT_166518.1	479790	480995	D	An01g02010	<479790..>480995	Aspergillus niger	84589856
An01g02020	mRNA	An01g02020	NT_166518.1	481538	482041	D	An01g02020	join(<481538..481618,481671..481776,481868..481948,482007..>482041)	Aspergillus niger	4977024
An01g02030	mRNA	An01g02030	NT_166518.1	482341	486460	R	An01g02030	complement(join(<482341..483721,483830..484170,484249..484323,484393..484674,484769..485640,485793..485888,485938..>486460))	Aspergillus niger	84589857
An01g02040	mRNA	An01g02040	NT_166518.1	487264	488964	D	An01g02040	join(<487264..487440,487519..487795,487845..488263,488317..>488964)	Aspergillus niger	84589858
An01g02050	mRNA	An01g02050	NT_166518.1	489382	491550	R	An01g02050	complement(join(<489382..490429,490479..490527,490623..>491550))	Aspergillus niger	4977055
An01g02060	mRNA	An01g02060	NT_166518.1	492021	493748	D	An01g02060	join(<492021..492070,492118..492334,492396..493172,493238..493351,493436..493540,493719..>493748)	Aspergillus niger	4978079
An01g02070	mRNA	An01g02070	NT_166518.1	493813	495910	R	An01g02070	complement(join(<493813..494002,494072..494486,494532..495082,495125..495513,495560..>495910))	Aspergillus niger	4977749
An01g02080	mRNA	An01g02080	NT_166518.1	496556	497234	R	An01g02080	complement(join(<496556..496594,496672..496771,496831..>497234))	Aspergillus niger	4978103
An01g02090	mRNA	An01g02090	NT_166518.1	499043	502667	D	An01g02090	join(<499043..499116,499239..499426,499537..502572,502624..>502667)	Aspergillus niger	4977351
An01g02100	mRNA	An01g02100	NT_166518.1	503174	504446	R	An01g02100	complement(join(<503174..504345,504413..>504446))	Aspergillus niger	4978144
An01g02110	mRNA	An01g02110	NT_166518.1	505103	507246	D	An01g02110	join(<505103..505307,505394..505662,505738..505896,505952..507046,507131..507160,507211..>507246)	Aspergillus niger	4977838
An01g02120	mRNA	An01g02120	NT_166518.1	507483	508658	R	An01g02120	complement(join(<507483..507793,507875..>508658))	Aspergillus niger	4978298
An01g02130	mRNA	An01g02130	NT_166518.1	509974	511188	D	An01g02130	<509974..>511188	Aspergillus niger	84589859
An01g02140	mRNA	An01g02140	NT_166518.1	513646	515462	R	An01g02140	complement(join(<513646..513913,513981..514017,514068..514587,514636..514887,514962..515133,515221..>515462))	Aspergillus niger	4977970
An01g02150	mRNA	An01g02150	NT_166518.1	516465	518691	R	An01g02150	complement(join(<516465..516855,516907..517071,517120..517820,517870..517999,518111..>518691))	Aspergillus niger	4978245
An01g02160	mRNA	An01g02160	NT_166518.1	519563	521134	R	An01g02160	complement(<519563..>521134)	Aspergillus niger	4977221
An01g02170	mRNA	An01g02170	NT_166518.1	523220	524159	D	An01g02170	join(<523220..523457,523561..523787,523875..>524159)	Aspergillus niger	4978373
An01g02180	mRNA	An01g02180	NT_166518.1	524349	525203	R	An01g02180	complement(join(<524349..524385,524548..>525203))	Aspergillus niger	4977609
An01g02190	mRNA	An01g02190	NT_166518.1	525648	526681	D	An01g02190	join(<525648..525688,525754..>526681)	Aspergillus niger	4978339
An01g02200	mRNA	An01g02200	NT_166518.1	526894	527422	R	An01g02200	complement(join(<526894..526999,527094..>527422))	Aspergillus niger	4978231
An01g02210	mRNA	An01g02210	NT_166518.1	527707	528957	D	An01g02210	join(<527707..528178,528248..>528957)	Aspergillus niger	4978305
An01g02220	mRNA	An01g02220	NT_166518.1	529861	530814	D	An01g02220	join(<529861..530368,530491..>530814)	Aspergillus niger	4978399
An01g02230	mRNA	An01g02230	NT_166518.1	531751	532544	R	An01g02230	complement(join(<531751..531956,532022..>532544))	Aspergillus niger	4977688
An01g02240	mRNA	An01g02240	NT_166518.1	533332	534440	D	An01g02240	join(<533332..533640,533745..>534440)	Aspergillus niger	4978435
An01g02250	mRNA	An01g02250	NT_166518.1	534769	537781	R	An01g02250	complement(join(<534769..535556,535646..536275,536335..>537781))	Aspergillus niger	4978445
An01g02260	mRNA	An01g02260	NT_166518.1	538785	540989	D	An01g02260	join(<538785..538954,539007..539322,539370..539568,539643..539990,540046..>540989)	Aspergillus niger	4978134
An01g02270	mRNA	An01g02270	NT_166518.1	543263	544984	R	An01g02270	complement(join(<543263..543329,543384..543868,544284..544343,544392..544446,544823..544875,544949..>544984))	Aspergillus niger	84589860
An01g02280	mRNA	An01g02280	NT_166518.1	547069	549324	R	An01g02280	complement(join(<547069..547243,547288..547371,547427..547621,547679..548242,548297..548484,548800..>549324))	Aspergillus niger	4978467
An01g02290	mRNA	An01g02290	NT_166518.1	551475	551958	D	An01g02290	join(<551475..551616,551659..551717,551896..>551958)	Aspergillus niger	84589861
An01g02300	mRNA	An01g02300	NT_166518.1	553719	554437	R	An01g02300	complement(join(<553719..553910,553982..554112,554261..554360,554435..>554437))	Aspergillus niger	4977096
An01g02310	mRNA	An01g02310	NT_166518.1	554879	555974	D	An01g02310	join(<554879..554965,555083..555249,555347..>555974)	Aspergillus niger	4977067
An01g02320	mRNA	An01g02320	NT_166518.1	557217	558142	R	An01g02320	complement(join(<557217..557452,557523..557798,557865..557979,558131..>558142))	Aspergillus niger	4978153
An01g02330	mRNA	An01g02330	NT_166518.1	562453	565630	R	An01g02330	complement(join(<562453..562771,562807..562889,563061..563104,563523..563860,563926..564560,564646..565031,565093..>565630))	Aspergillus niger	4977427
An01g02340	mRNA	An01g02340	NT_166518.1	566557	567583	R	An01g02340	complement(join(<566557..566722,566802..566857,566913..567222,567279..>567583))	Aspergillus niger	4978302
An01g02350	mRNA	An01g02350	NT_166518.1	571543	572931	R	An01g02350	complement(join(<571543..571673,571928..572129,572300..572602,572893..>572931))	Aspergillus niger	84589862
An01g02360	mRNA	An01g02360	NT_166518.1	572993	574418	D	An01g02360	join(<572993..573187,573259..573295,573349..573416,573458..573846,573977..>574418)	Aspergillus niger	4978450
An01g02370	mRNA	An01g02370	NT_166518.1	576509	578347	R	An01g02370	complement(join(<576509..577344,577409..577947,578013..>578347))	Aspergillus niger	4978083
An01g02380	mRNA	An01g02380	NT_166518.1	579029	580034	D	An01g02380	join(<579029..579144,579237..579394,579688..579754,579875..>580034)	Aspergillus niger	84589863
An01g02390	mRNA	An01g02390	NT_166518.1	580095	581585	R	An01g02390	complement(join(<580095..580205,580295..580364,580460..580674,581065..581080,581173..581259,581317..581363,581496..>581585))	Aspergillus niger	84589864
An01g02400	mRNA	An01g02400	NT_166518.1	581952	582882	D	An01g02400	join(<581952..582025,582283..582409,582518..582618,582729..>582882)	Aspergillus niger	84589865
An01g02410	mRNA	An01g02410	NT_166518.1	583313	584375	R	An01g02410	complement(join(<583313..583485,583546..583635,583698..583813,583882..584019,584187..>584375))	Aspergillus niger	4977110
An01g02420	mRNA	An01g02420	NT_166518.1	584681	585776	R	An01g02420	complement(join(<584681..584994,585062..>585776))	Aspergillus niger	4978148
An01g02430	mRNA	An01g02430	NT_166518.1	586098	587441	R	An01g02430	complement(join(<586098..586817,586871..586974,587025..587110,587197..587349,587413..>587441))	Aspergillus niger	4978383
An01g02440	mRNA	An01g02440	NT_166518.1	588488	590047	D	An01g02440	join(<588488..588713,588810..589237,589289..>590047)	Aspergillus niger	4978363
An01g02460	mRNA	An01g02460	NT_166518.1	592328	594621	R	An01g02460	complement(join(<592328..593782,593847..594032,594085..>594621))	Aspergillus niger	4978095
An01g02470	mRNA	An01g02470	NT_166518.1	595077	596442	D	An01g02470	join(<595077..595142,595217..595347,595413..595463,595544..595732,595820..595939,596047..596166,596268..>596442)	Aspergillus niger	84589866
An01g02480	mRNA	An01g02480	NT_166518.1	596831	597616	R	An01g02480	complement(join(<596831..596926,597180..597479,597539..>597616))	Aspergillus niger	84589867
An01g02490	mRNA	An01g02490	NT_166518.1	598714	599448	R	An01g02490	complement(join(<598714..598733,598824..598933,598989..599064,599145..>599448))	Aspergillus niger	84589868
An01g02500	mRNA	An01g02500	NT_166518.1	600708	601165	R	An01g02500	complement(join(<600708..601005,601137..>601165))	Aspergillus niger	4977411
An01g02510	mRNA	An01g02510	NT_166518.1	602579	604975	R	An01g02510	complement(<602579..>604975)	Aspergillus niger	4977271
An01g02520	mRNA	An01g02520	NT_166518.1	605868	606308	R	An01g02520	complement(join(<605868..605887,605969..605973,606004..606214,606296..>606308))	Aspergillus niger	84589869
An01g02530	mRNA	An01g02530	NT_166518.1	607903	608236	R	An01g02530	complement(join(<607903..607995,608018..608070,608170..>608236))	Aspergillus niger	84589870
An01g02540	mRNA	An01g02540	NT_166518.1	608463	609418	D	An01g02540	join(<608463..608548,609190..>609418)	Aspergillus niger	84589871
An01g02550	mRNA	An01g02550	NT_166518.1	610068	610545	R	An01g02550	complement(join(<610068..610143,610240..610292,610486..>610545))	Aspergillus niger	84589872
An01g02560	mRNA	An01g02560	NT_166518.1	610974	612255	D	An01g02560	join(<610974..611159,612025..>612255)	Aspergillus niger	84589873
An01g02570	mRNA	An01g02570	NT_166518.1	612991	613891	D	An01g02570	join(<612991..613178,613277..613304,613416..613452,613509..613598,613667..613743,613826..>613891)	Aspergillus niger	84589874
An01g02590	mRNA	An01g02590	NT_166518.1	614462	614635	R	An01g02590	complement(<614462..>614635)	Aspergillus niger	84589875
An01g02600	mRNA	An01g02600	NT_166518.1	614759	617570	D	An01g02600	join(<614759..614780,614879..615002,615065..615253,615305..617420,617475..>617570)	Aspergillus niger	4978075
An01g02610	mRNA	An01g02610	NT_166518.1	618864	620246	R	An01g02610	complement(join(<618864..619004,619092..619166,619534..619757,619809..619919,619967..>620246))	Aspergillus niger	84589876
An01g02620	mRNA	An01g02620	NT_166518.1	621072	622270	D	An01g02620	join(<621072..621231,621613..621723,621789..621916,622013..>622270)	Aspergillus niger	4977915
An01g02630	mRNA	An01g02630	NT_166518.1	623303	625761	R	An01g02630	complement(join(<623303..624449,624509..>625761))	Aspergillus niger	4978061
An01g02640	mRNA	An01g02640	NT_166518.1	626570	628193	R	An01g02640	complement(join(<626570..626880,626938..627395,627452..627575,627656..627779,627870..>628193))	Aspergillus niger	4977851
An01g02650	mRNA	An01g02650	NT_166518.1	628416	630232	R	An01g02650	complement(join(<628416..628536,628892..629004,629097..629149,629231..629320,629542..629765,629894..629983,630108..>630232))	Aspergillus niger	84589877
An01g02660	mRNA	An01g02660	NT_166518.1	630725	632175	D	An01g02660	join(<630725..630895,631054..631349,631403..631647,631707..631737,631815..>632175)	Aspergillus niger	4977350
An01g02670	mRNA	An01g02670	NT_166518.1	632522	633703	R	An01g02670	complement(join(<632522..633483,633514..>633703))	Aspergillus niger	4977069
An01g02680	mRNA	An01g02680	NT_166518.1	634142	635380	D	An01g02680	<634142..>635380	Aspergillus niger	4977348
An01g02690	mRNA	An01g02690	NT_166518.1	635816	637583	R	An01g02690	complement(join(<635816..636091,636251..637348,637416..>637583))	Aspergillus niger	4977170
An01g02700	mRNA	An01g02700	NT_166518.1	638437	639832	D	An01g02700	join(<638437..639055,639150..>639832)	Aspergillus niger	4977871
An01g02720	mRNA	An01g02720	NT_166518.1	641378	644464	R	An01g02720	complement(join(<641378..641414,641477..643548,643606..643869,643925..644030,644081..644127,644197..644248,644321..644339,644398..>644464))	Aspergillus niger	4978167
An01g02730	mRNA	An01g02730	NT_166518.1	644902	645659	R	An01g02730	complement(join(<644902..645521,645593..>645659))	Aspergillus niger	4978139
An01g02740	mRNA	An01g02740	NT_166518.1	646643	648481	R	An01g02740	complement(join(<646643..647362,647435..>648481))	Aspergillus niger	4977166
An01g02750	mRNA	An01g02750	NT_166518.1	649696	650372	D	An01g02750	join(<649696..649739,649792..650197,650247..>650372)	Aspergillus niger	84589878
An01g02760	mRNA	An01g02760	NT_166518.1	650688	651305	R	An01g02760	complement(<650688..>651305)	Aspergillus niger	4978235
An01g02770	mRNA	An01g02770	NT_166518.1	651423	652027	R	An01g02770	complement(join(<651423..651463,651554..651651,651728..651795,651935..>652027))	Aspergillus niger	84589879
An01g02790	mRNA	An01g02790	NT_166518.1	652747	656634	R	An01g02790	complement(join(<652747..653713,653789..>656634))	Aspergillus niger	4978290
An01g02800	mRNA	An01g02800	NT_166518.1	657121	659110	D	An01g02800	join(<657121..657311,657405..658547,658603..>659110)	Aspergillus niger	4978210
An01g02810	mRNA	An01g02810	NT_166518.1	661184	662988	D	An01g02810	join(<661184..661343,661416..661566,661652..662900,662953..>662988)	Aspergillus niger	4978239
An01g02820	mRNA	An01g02820	NT_166518.1	665173	665901	D	An01g02820	join(<665173..665272,665452..665661,665745..665779,665860..>665901)	Aspergillus niger	84589880
An01g02830	mRNA	An01g02830	NT_166518.1	666258	666978	D	An01g02830	join(<666258..666545,666601..>666978)	Aspergillus niger	4978111
An01g02840	mRNA	An01g02840	NT_166518.1	667632	670948	R	An01g02840	complement(join(<667632..667875,667930..670412,670490..>670948))	Aspergillus niger	4978286
An01g02850	mRNA	An01g02850	NT_166518.1	671577	675639	R	An01g02850	complement(join(<671577..673019,673070..673236,673300..674854,674914..675028,675083..>675639))	Aspergillus niger	4978309
An01g02860	mRNA	An01g02860	NT_166518.1	676989	678352	D	An01g02860	join(<676989..677238,677288..677419,677466..>678352)	Aspergillus niger	4978107
An01g02870	mRNA	An01g02870	NT_166518.1	678584	679801	D	An01g02870	join(<678584..678745,678804..678855,678924..679629,679711..>679801)	Aspergillus niger	4978163
An01g02880	mRNA	An01g02880	NT_166518.1	680256	681196	R	An01g02880	complement(join(<680256..680342,680452..680562,680798..680978,681102..681108,681196..>681196))	Aspergillus niger	4978136
An01g02890	mRNA	An01g02890	NT_166518.1	681265	683416	R	An01g02890	complement(join(<681265..681372,681408..681489,681549..681579,681695..682111,682162..682548,682599..682737,682791..682896,682953..683197,683414..>683416))	Aspergillus niger	4978183
An01g02900	mRNA	An01g02900	NT_166518.1	684340	685173	R	An01g02900	complement(join(<684340..684410,684479..684611,684670..684936,685162..>685173))	Aspergillus niger	4978101
An01g02910	mRNA	An01g02910	NT_166518.1	685681	687769	D	An01g02910	join(<685681..686547,686600..686894,686949..>687769)	Aspergillus niger	4977152
An01g02920	mRNA	An01g02920	NT_166518.1	688177	689663	D	An01g02920	join(<688177..688392,688472..688597,688674..>689663)	Aspergillus niger	4977525
An01g02930	mRNA	An01g02930	NT_166518.1	690505	691287	D	An01g02930	<690505..>691287	Aspergillus niger	4977011
An01g02940	mRNA	An01g02940	NT_166518.1	691397	694237	R	An01g02940	complement(join(<691397..692438,692483..692607,692655..692705,692751..692873,692920..693991,694059..694113,694162..>694237))	Aspergillus niger	4977503
An01g02950	mRNA	An01g02950	NT_166518.1	696265	701627	R	An01g02950	complement(join(<696265..698561,698623..699285,699334..699985,700061..700563,700631..>701627))	Aspergillus niger	4977564
An01g02960	mRNA	An01g02960	NT_166518.1	702178	703879	R	An01g02960	complement(join(<702178..702327,702380..702498,702549..702903,702960..703597,703651..>703879))	Aspergillus niger	4977038
An01g02970	mRNA	An01g02970	NT_166518.1	704561	705994	R	An01g02970	complement(<704561..>705994)	Aspergillus niger	4977097
An01g02980	mRNA	An01g02980	NT_166518.1	706891	707783	D	An01g02980	join(<706891..707019,707066..707177,707225..707298,707343..707366,707457..>707783)	Aspergillus niger	84589881
An01g02990	mRNA	An01g02990	NT_166518.1	708426	708945	D	An01g02990	join(<708426..708791,708856..>708945)	Aspergillus niger	4977198
An01g03000	mRNA	An01g03000	NT_166518.1	709725	711556	D	An01g03000	join(<709725..709986,710055..710249,710313..710699,710765..711109,711172..711269,711329..>711556)	Aspergillus niger	4977961
An01g03010	mRNA	An01g03010	NT_166518.1	711799	712074	R	An01g03010	complement(<711799..>712074)	Aspergillus niger	4977912
An01g03020	mRNA	An01g03020	NT_166518.1	712979	714344	R	An01g03020	complement(join(<712979..713674,713705..713742,713828..713841,713899..713933,714201..714281,714315..>714344))	Aspergillus niger	4977352
An01g03030	mRNA	An01g03030	NT_166518.1	714732	715871	D	An01g03030	join(<714732..714981,715033..>715871)	Aspergillus niger	4977631
An01g03040	mRNA	An01g03040	NT_166518.1	716367	718796	D	An01g03040	join(<716367..716436,716501..718178,718301..>718796)	Aspergillus niger	4977798
An01g03050	mRNA	An01g03050	NT_166518.1	719656	721921	R	An01g03050	complement(join(<719656..719716,719787..>721921))	Aspergillus niger	4977463
An01g03060	mRNA	An01g03060	NT_166518.1	723548	727293	R	An01g03060	complement(join(<723548..724219,724276..>727293))	Aspergillus niger	4977620
An01g03070	mRNA	An01g03070	NT_166518.1	728781	729263	R	An01g03070	complement(join(<728781..729002,729081..>729263))	Aspergillus niger	4977270
An01g03080	mRNA	An01g03080	NT_166518.1	729584	732593	D	An01g03080	join(<729584..732322,732411..>732593)	Aspergillus niger	4977913
An01g03090	mRNA	An01g03090	NT_166518.1	734393	737584	D	An01g03090	join(<734393..734554,734608..735136,735192..735301,735350..737077,737133..737194,737248..>737584)	Aspergillus niger	4978417
An01g03100	mRNA	An01g03100	NT_166518.1	741159	742606	D	An01g03100	join(<741159..741539,741617..742467,742534..>742606)	Aspergillus niger	4978464
An01g03110	mRNA	An01g03110	NT_166518.1	743281	745008	D	An01g03110	join(<743281..743628,743747..744079,744152..744570,744643..744670,744868..>745008)	Aspergillus niger	4978346
An01g03120	mRNA	An01g03120	NT_166518.1	745747	748805	D	An01g03120	join(<745747..745829,745988..747251,747310..748429,748493..748634,748769..>748805)	Aspergillus niger	4978469
An01g03130	mRNA	An01g03130	NT_166518.1	749507	750443	R	An01g03130	complement(join(<749507..749513,749665..>750443))	Aspergillus niger	4978451
An01g03140	mRNA	An01g03140	NT_166518.1	752058	754591	D	An01g03140	join(<752058..752551,753321..753350,753796..753844,753963..753997,754028..754097,754451..754501,754550..>754591)	Aspergillus niger	4978470
An01g03150	mRNA	An01g03150	NT_166518.1	755202	756155	D	An01g03150	join(<755202..755293,755348..>756155)	Aspergillus niger	4978390
An01g03160	mRNA	An01g03160	NT_166518.1	756995	757680	D	An01g03160	join(<756995..757068,757152..>757680)	Aspergillus niger	4978400
An01g03170	mRNA	An01g03170	NT_166518.1	758131	759162	D	An01g03170	<758131..>759162	Aspergillus niger	4978398
An01g03180	mRNA	An01g03180	NT_166518.1	759634	765984	R	An01g03180	complement(<759634..>765984)	Aspergillus niger	4978408
An01g03190	mRNA	An01g03190	NT_166518.1	768397	773123	R	An01g03190	complement(join(<768397..769315,769375..770492,770567..772854,772925..>773123))	Aspergillus niger	4978487
An01g03200	mRNA	An01g03200	NT_166518.1	773971	775940	R	An01g03200	complement(join(<773971..774008,774139..774193,774267..774983,775050..775399,775467..775634,775691..>775940))	Aspergillus niger	84589882
An01g03210	mRNA	An01g03210	NT_166518.1	776654	777628	R	An01g03210	complement(<776654..>777628)	Aspergillus niger	4978132
An01g03220	mRNA	An01g03220	NT_166518.1	777933	779495	D	An01g03220	<777933..>779495	Aspergillus niger	4978396
An01g03230	mRNA	An01g03230	NT_166518.1	779953	781200	D	An01g03230	join(<779953..780012,780082..>781200)	Aspergillus niger	4978389
An01g03240	mRNA	An01g03240	NT_166518.1	781851	783725	R	An01g03240	complement(<781851..>783725)	Aspergillus niger	4978452
An01g03250	mRNA	An01g03250	NT_166518.1	784604	786316	D	An01g03250	join(<784604..784935,785004..786112,786177..>786316)	Aspergillus niger	4978483
An01g03260	mRNA	An01g03260	NT_166518.1	786746	787234	R	An01g03260	complement(join(<786746..786844,786955..787034,787108..>787234))	Aspergillus niger	4978484
An01g03270	mRNA	An01g03270	NT_166518.1	787507	789626	D	An01g03270	join(<787507..787881,787943..789046,789321..>789626)	Aspergillus niger	4977339
An01g03280	mRNA	An01g03280	NT_166518.1	791886	792635	D	An01g03280	<791886..>792635	Aspergillus niger	10098151
An01g03290	mRNA	An01g03290	NT_166518.1	792858	793121	D	An01g03290	<792858..>793121	Aspergillus niger	84589883
An01g03300	mRNA	An01g03300	NT_166518.1	794345	795633	R	An01g03300	complement(join(<794345..794461,794537..794931,795055..>795633))	Aspergillus niger	84589884
An01g03310	mRNA	An01g03310	NT_166518.1	796670	798091	R	An01g03310	complement(join(<796670..797529,797833..>798091))	Aspergillus niger	4978283
An01g03320	mRNA	An01g03320	NT_166518.1	798778	799409	D	An01g03320	join(<798778..798807,798857..798977,799067..799275,799311..>799409)	Aspergillus niger	84589885
An01g03330	mRNA	An01g03330	NT_166518.1	799765	801063	R	An01g03330	complement(<799765..>801063)	Aspergillus niger	4978411
An01g03340	mRNA	An01g03340	NT_166518.1	802844	803635	R	An01g03340	complement(join(<802844..803246,803313..>803635))	Aspergillus niger	4977580
An01g03350	mRNA	An01g03350	NT_166518.1	804754	805553	D	An01g03350	join(<804754..805036,805113..805139,805216..>805553)	Aspergillus niger	4978252
An01g03360	mRNA	An01g03360	NT_166518.1	805910	807157	D	An01g03360	join(<805910..806728,806951..>807157)	Aspergillus niger	4977588
An01g03370	mRNA	An01g03370	NT_166518.1	807780	811835	R	An01g03370	complement(join(<807780..808392,808460..808539,808599..809027,809079..810555,810930..811116,811194..811515,811593..>811835))	Aspergillus niger	4977239
An01g03390	mRNA	An01g03390	NT_166518.1	814577	815217	R	An01g03390	complement(join(<814577..815075,815147..>815217))	Aspergillus niger	4978050
An01g03400	mRNA	An01g03400	NT_166518.1	815743	817553	D	An01g03400	join(<815743..815802,815891..816418,816483..816623,816777..>817553)	Aspergillus niger	84589886
An01g03410	mRNA	An01g03410	NT_166518.1	818338	819479	D	An01g03410	join(<818338..818637,818718..819254,819324..>819479)	Aspergillus niger	4978067
An01g03430	mRNA	An01g03430	NT_166518.1	821100	821652	D	An01g03430	join(<821100..821107,821310..>821652)	Aspergillus niger	84589887
An01g03440	mRNA	An01g03440	NT_166518.1	823925	824307	D	An01g03440	join(<823925..824040,824181..>824307)	Aspergillus niger	84589888
An01g03450	mRNA	An01g03450	NT_166518.1	827145	829875	D	An01g03450	join(<827145..829291,829353..>829875)	Aspergillus niger	4978126
An01g03460	mRNA	rpl15	NT_166518.1	831046	832016	D	An01g03460	join(<831046..831132,831358..831514,831575..831801,831876..>832016)	Aspergillus niger	4978348
An01g03470	mRNA	An01g03470	NT_166518.1	832907	836231	D	An01g03470	join(<832907..833093,833153..835264,835327..>836231)	Aspergillus niger	4977848
An01g03480	mRNA	An01g03480	NT_166518.1	838062	839393	D	An01g03480	join(<838062..838075,838136..838205,838280..838348,838413..838775,838831..839143,839200..>839393)	Aspergillus niger	4978138
An01g03490	mRNA	An01g03490	NT_166518.1	839882	840896	D	An01g03490	join(<839882..840294,840368..>840896)	Aspergillus niger	4978081
An01g03500	mRNA	An01g03500	NT_166518.1	840990	842990	R	An01g03500	complement(join(<840990..841666,841719..842146,842706..842866,842979..>842990))	Aspergillus niger	4978208
An01g03510	mRNA	An01g03510	NT_166518.1	843556	845701	D	An01g03510	join(<843556..844102,844206..844657,844700..>845701)	Aspergillus niger	4978089
An01g03520	mRNA	An01g03520	NT_166518.1	846139	848009	R	An01g03520	complement(join(<846139..846787,847013..847218,847275..847459,847533..847907,847967..>848009))	Aspergillus niger	4978096
An01g03530	mRNA	An01g03530	NT_166518.1	848525	849439	R	An01g03530	complement(<848525..>849439)	Aspergillus niger	4978027
An01g03540	mRNA	An01g03540	NT_166518.1	850523	853973	D	An01g03540	join(<850523..850649,850767..850791,851025..851242,851300..851328,851555..851653,851700..851853,851910..852178,852228..852812,852864..>853973)	Aspergillus niger	4978087
An01g03550	mRNA	An01g03550	NT_166518.1	854319	857170	R	An01g03550	complement(join(<854319..854588,854636..854695,854754..856811,856980..857066,857150..>857170))	Aspergillus niger	4978112
An01g03560	mRNA	An01g03560	NT_166518.1	858078	859700	R	An01g03560	complement(join(<858078..858093,858189..858628,858684..859070,859620..>859700))	Aspergillus niger	4978367
An01g03570	mRNA	An01g03570	NT_166518.1	860285	861473	R	An01g03570	complement(join(<860285..860853,860911..860985,861042..861321,861429..>861473))	Aspergillus niger	4978482
An01g03580	mRNA	An01g03580	NT_166518.1	862745	864105	R	An01g03580	complement(join(<862745..862897,862960..863136,863209..863393,863770..863773,863838..863883,864074..>864105))	Aspergillus niger	4978127
An01g03590	mRNA	An01g03590	NT_166518.1	864244	865813	D	An01g03590	join(<864244..864809,864860..865085,865141..865671,865727..>865813)	Aspergillus niger	4978110
An01g03600	mRNA	An01g03600	NT_166518.1	866265	867834	R	An01g03600	complement(join(<866265..866267,866520..866793,866869..867238,867384..867659,867756..>867834))	Aspergillus niger	4978108
An01g03610	mRNA	An01g03610	NT_166518.1	868090	870234	R	An01g03610	complement(join(<868090..868208,868370..868500,868709..868800,868987..869031,869090..869857,869916..870043,870114..>870234))	Aspergillus niger	4977934
An01g03620	mRNA	An01g03620	NT_166518.1	871912	872604	R	An01g03620	complement(join(<871912..872126,872282..872399,872452..872502,872593..>872604))	Aspergillus niger	84589889
An01g03630	mRNA	An01g03630	NT_166518.1	872971	875537	D	An01g03630	join(<872971..874249,874366..>875537)	Aspergillus niger	4978115
An01g03640	mRNA	An01g03640	NT_166518.1	875920	876322	R	An01g03640	complement(join(<875920..876103,876225..>876322))	Aspergillus niger	4977164
An01g03650	mRNA	An01g03650	NT_166518.1	876674	878826	D	An01g03650	join(<876674..876732,876961..877250,877310..877474,877532..877957,878009..>878826)	Aspergillus niger	4978137
An01g03660	mRNA	An01g03660	NT_166518.1	879331	880395	D	An01g03660	join(<879331..879394,879508..880267,880371..>880395)	Aspergillus niger	4978090
An01g03670	mRNA	An01g03670	NT_166518.1	880623	883369	R	An01g03670	complement(join(<880623..882541,882608..882883,883177..>883369))	Aspergillus niger	4977841
An01g03680	mRNA	An01g03680	NT_166518.1	883834	886290	R	An01g03680	complement(<883834..>886290)	Aspergillus niger	4977835
An01g03690	mRNA	An01g03690	NT_166518.1	889031	891291	R	An01g03690	complement(join(<889031..889123,889219..889332,889420..889632,889678..889744,890192..890224,890338..890436,890759..890792,890889..>891291))	Aspergillus niger	84589890
An01g03700	mRNA	An01g03700	NT_166518.1	891411	893428	D	An01g03700	join(<891411..891510,891608..892803,892855..893004,893060..893158,893216..>893428)	Aspergillus niger	4977286
An01g03710	mRNA	An01g03710	NT_166518.1	893684	893938	R	An01g03710	complement(join(<893684..893850,893881..>893938))	Aspergillus niger	84589891
An01g03720	mRNA	An01g03720	NT_166518.1	894763	896220	D	An01g03720	join(<894763..894898,894993..895024,895101..895172,895242..895538,895595..895669,895738..896140,896201..>896220)	Aspergillus niger	4978382
An01g03730	mRNA	An01g03730	NT_166518.1	896438	897201	R	An01g03730	complement(join(<896438..896995,897070..>897201))	Aspergillus niger	4977073
An01g03740	mRNA	xyrA	NT_166518.1	897456	898537	R	An01g03740	complement(join(<897456..897482,897544..898331,898393..>898537))	Aspergillus niger	4977114
An01g03750	mRNA	An01g03750	NT_166518.1	899081	901553	R	An01g03750	complement(join(<899081..900828,900885..901061,901115..>901553))	Aspergillus niger	4978477
An01g03760	mRNA	An01g03760	NT_166518.1	902537	905371	R	An01g03760	complement(join(<902537..903754,903805..904077,904290..905048,905144..>905371))	Aspergillus niger	4978174
An01g03770	mRNA	An01g03770	NT_166518.1	905661	906245	D	An01g03770	join(<905661..905691,905743..905765,905816..905849,905903..905937,905983..906009,906062..906131,906181..>906245)	Aspergillus niger	4977654
An01g03780	mRNA	An01g03780	NT_166518.1	906588	907776	D	An01g03780	join(<906588..906885,907186..907219,907295..907319,907377..907409,907475..907515,907584..>907776)	Aspergillus niger	4977914
An01g03790	mRNA	An01g03790	NT_166518.1	908116	910402	R	An01g03790	complement(join(<908116..908692,908748..909401,909455..909971,910025..910197,910281..>910402))	Aspergillus niger	4978170
An01g03800	mRNA	An01g03800	NT_166518.1	910576	911258	D	An01g03800	join(<910576..910662,910827..911120,911202..>911258)	Aspergillus niger	84589892
An01g03810	mRNA	An01g03810	NT_166518.1	911778	912692	D	An01g03810	<911778..>912692	Aspergillus niger	4977053
An01g03820	mRNA	An01g03820	NT_166518.1	913162	913745	R	An01g03820	complement(join(<913162..913196,913258..913603,913743..>913745))	Aspergillus niger	4977591
An01g03840	mRNA	An01g03840	NT_166518.1	914167	915097	R	An01g03840	complement(join(<914167..914320,914422..914539,914652..914848,915057..>915097))	Aspergillus niger	84589893
An01g03850	mRNA	An01g03850	NT_166518.1	915404	916060	D	An01g03850	join(<915404..915443,915645..915690,915734..915908,916010..>916060)	Aspergillus niger	84589894
An01g03860	mRNA	An01g03860	NT_166518.1	916898	917715	R	An01g03860	complement(join(<916898..917019,917118..917245,917378..917464,917509..917586,917669..>917715))	Aspergillus niger	84589895
An01g03870	mRNA	An01g03870	NT_166518.1	918028	919210	D	An01g03870	join(<918028..918110,918180..918618,918671..918865,918920..>919210)	Aspergillus niger	4978308
An01g03880	mRNA	An01g03880	NT_166518.1	919462	919611	D	An01g03880	<919462..>919611	Aspergillus niger	84589896
An01g03900	mRNA	An01g03900	NT_166518.1	920827	925138	R	An01g03900	complement(join(<920827..922080,922328..>925138))	Aspergillus niger	4977098
An01g03910	mRNA	An01g03910	NT_166518.1	926033	926482	R	An01g03910	complement(join(<926033..926182,926270..>926482))	Aspergillus niger	84589897
An01g03920	mRNA	An01g03920	NT_166518.1	926586	927447	D	An01g03920	join(<926586..926709,926933..926998,927195..927263,927341..>927447)	Aspergillus niger	84589898
An01g03930	mRNA	An01g03930	NT_166518.1	928678	930322	R	An01g03930	complement(join(<928678..928695,928752..929038,929092..929521,929590..929630,929684..929890,930307..>930322))	Aspergillus niger	84589899
An01g03940	mRNA	An01g03940	NT_166518.1	930778	932035	D	An01g03940	join(<930778..930794,930868..930907,930951..931074,931133..931296,931339..931468,931533..>932035)	Aspergillus niger	84589900
An01g03950	mRNA	An01g03950	NT_166518.1	932684	934759	R	An01g03950	complement(join(<932684..933348,933400..933851,933907..934388,934450..934649,934711..>934759))	Aspergillus niger	4978203
An01g03960	mRNA	An01g03960	NT_166518.1	935166	935718	R	An01g03960	complement(join(<935166..935322,935412..935610,935655..>935718))	Aspergillus niger	84589901
An01g03970	mRNA	An01g03970	NT_166518.1	936758	939688	D	An01g03970	join(<936758..938787,938833..>939688)	Aspergillus niger	4977029
An01g03980	mRNA	An01g03980	NT_166518.1	940144	940829	R	An01g03980	complement(join(<940144..940215,940276..940284,940339..940376,940610..940643,940747..940767,940824..>940829))	Aspergillus niger	84589902
An01g03990	mRNA	An01g03990	NT_166518.1	941425	942318	R	An01g03990	complement(join(<941425..941491,941548..941661,941718..941874,941956..941989,942062..942110,942203..>942318))	Aspergillus niger	84589903
An01g04000	mRNA	An01g04000	NT_166518.1	942391	942830	D	An01g04000	join(<942391..942721,942772..>942830)	Aspergillus niger	84589904
An01g04010	mRNA	An01g04010	NT_166518.1	943098	943434	R	An01g04010	complement(join(<943098..943144,943311..>943434))	Aspergillus niger	84589905
An01g04020	mRNA	An01g04020	NT_166518.1	944542	949268	R	An01g04020	complement(join(<944542..944768,945181..945440,945543..945640,945809..945907,946010..946069,946434..946496,946712..946865,946910..946965,947207..947323,947566..947733,947999..948129,948222..948467,948647..948730,948985..949125,949208..>949268))	Aspergillus niger	84589906
An01g04030	mRNA	An01g04030	NT_166518.1	949555	951666	D	An01g04030	<949555..>951666	Aspergillus niger	4977200
An01g04040	mRNA	sarA	NT_166518.1	952476	953607	D	An01g04040	join(<952476..952494,952653..952756,952920..952959,953062..953127,953203..953502,953567..>953607)	Aspergillus niger	4977273
An01g04050	mRNA	An01g04050	NT_166518.1	955646	956119	R	An01g04050	complement(join(<955646..955741,955820..>956119))	Aspergillus niger	4978130
An01g04060	mRNA	An01g04060	NT_166518.1	956837	960289	R	An01g04060	complement(join(<956837..957717,957769..957984,958034..958874,958923..959937,960021..>960289))	Aspergillus niger	4977148
An01g04070	mRNA	An01g04070	NT_166518.1	960827	961112	R	An01g04070	complement(join(<960827..960935,961033..>961112))	Aspergillus niger	84589907
An01g04080	mRNA	An01g04080	NT_166518.1	961990	963943	D	An01g04080	join(<961990..962491,962550..963832,963887..>963943)	Aspergillus niger	4977292
An01g04090	mRNA	An01g04090	NT_166518.1	964270	965058	D	An01g04090	join(<964270..964278,964378..>965058)	Aspergillus niger	84589908
An01g04100	mRNA	An01g04100	NT_166518.1	965215	967544	R	An01g04100	complement(join(<965215..965316,965376..965995,966063..966119,966223..966619,966666..966701,966750..966762,966815..967154,967214..>967544))	Aspergillus niger	4977465
An01g04110	mRNA	An01g04110	NT_166518.1	968260	969306	R	An01g04110	complement(<968260..>969306)	Aspergillus niger	4977419
An01g04120	mRNA	An01g04120	NT_166518.1	969574	970241	R	An01g04120	complement(join(<969574..969975,970065..>970241))	Aspergillus niger	4977628
An01g04130	mRNA	An01g04130	NT_166518.1	970825	971443	D	An01g04130	join(<970825..971096,971182..971228,971328..>971443)	Aspergillus niger	84589909
An01g04140	mRNA	An01g04140	NT_166518.1	972516	972671	R	An01g04140	complement(<972516..>972671)	Aspergillus niger	84589910
An01g04150	mRNA	An01g04150	NT_166518.1	973359	975878	R	An01g04150	complement(join(<973359..974806,974920..975739,975837..>975878))	Aspergillus niger	4977906
An01g04160	mRNA	An01g04160	NT_166518.1	977295	978795	R	An01g04160	complement(join(<977295..977439,977483..977629,977687..977776,977976..978100,978348..978360,978667..978670,978726..>978795))	Aspergillus niger	84589911
An01g04170	mRNA	An01g04170	NT_166518.1	979942	982492	D	An01g04170	join(<979942..980039,980067..980113,980277..980446,980519..980637,980774..980878,981078..981161,981269..981334,981613..981894,982008..982085,982393..>982492)	Aspergillus niger	84589912
An01g04180	mRNA	An01g04180	NT_166518.1	982925	985240	D	An01g04180	join(<982925..984364,984431..>985240)	Aspergillus niger	4978123
An01g04190	mRNA	An01g04190	NT_166518.1	986246	986410	R	An01g04190	complement(<986246..>986410)	Aspergillus niger	84589913
An01g04200	mRNA	An01g04200	NT_166518.1	987020	987150	D	An01g04200	join(<987020..987040,987079..>987150)	Aspergillus niger	84589914
An01g04210	mRNA	An01g04210	NT_166518.1	987637	989264	R	An01g04210	complement(join(<987637..988073,988141..988684,988748..988893,988964..>989264))	Aspergillus niger	4978187
An01g04220	mRNA	An01g04220	NT_166518.1	991205	992262	D	An01g04220	join(<991205..991284,991325..991591,991808..991944,992030..>992262)	Aspergillus niger	84589915
An01g04230	mRNA	An01g04230	NT_166518.1	993587	995154	R	An01g04230	complement(join(<993587..993977,994039..994707,994769..>995154))	Aspergillus niger	4978154
An01g04240	mRNA	An01g04240	NT_166518.1	995490	996549	D	An01g04240	join(<995490..995663,995721..995790,995855..>996549)	Aspergillus niger	4977317
An01g04250	mRNA	An01g04250	NT_166518.1	997368	998661	D	An01g04250	join(<997368..997422,997478..997519,997618..998541,998591..>998661)	Aspergillus niger	4978301
An01g04260	mRNA	An01g04260	NT_166518.1	998761	999353	R	An01g04260	complement(join(<998761..998782,998860..999125,999195..>999353))	Aspergillus niger	4978191
An01g04270	mRNA	An01g04270	NT_166518.1	999446	1001377	R	An01g04270	complement(join(<999446..999511,999940..1000137,1000683..1000824,1000923..1001103,1001208..1001293,1001340..>1001377))	Aspergillus niger	84589916
An01g04280	mRNA	An01g04280	NT_166518.1	1001523	1002970	D	An01g04280	join(<1001523..1001558,1001628..1001697,1001775..1002593,1002654..>1002970)	Aspergillus niger	4977506
An01g04300	mRNA	An01g04300	NT_166518.1	1004347	1007071	R	An01g04300	complement(join(<1004347..1005078,1005138..1006930,1006993..>1007071))	Aspergillus niger	4978441
An01g04310	mRNA	An01g04310	NT_166518.1	1007842	1009449	R	An01g04310	complement(join(<1007842..1007889,1007944..>1009449))	Aspergillus niger	4977289
An01g04320	mRNA	An01g04320	NT_166518.1	1010990	1012437	D	An01g04320	join(<1010990..1011182,1011250..1011430,1011513..1012064,1012143..>1012437)	Aspergillus niger	4978356
An01g04330	mRNA	An01g04330	NT_166518.1	1013493	1017211	R	An01g04330	complement(join(<1013493..1016486,1016551..1016708,1016768..1017118,1017196..>1017211))	Aspergillus niger	4978479
An01g04340	mRNA	An01g04340	NT_166518.1	1017660	1018172	D	An01g04340	join(<1017660..1017732,1017816..1017973,1018056..>1018172)	Aspergillus niger	84589917
An01g04350	mRNA	An01g04350	NT_166518.1	1018718	1020874	R	An01g04350	complement(join(<1018718..1018775,1019096..1019320,1019403..1019510,1019609..1019719,1019900..1020055,1020142..1020182,1020277..1020390,1020571..1020636,1020722..>1020874))	Aspergillus niger	84589918
An01g04360	mRNA	An01g04360	NT_166518.1	1022402	1023828	D	An01g04360	join(<1022402..1023005,1023062..>1023828)	Aspergillus niger	4977080
An01g04370	mRNA	An01g04370	NT_166518.1	1025298	1026836	R	An01g04370	complement(<1025298..>1026836)	Aspergillus niger	4977330
An01g04380	mRNA	An01g04380	NT_166518.1	1027426	1028179	D	An01g04380	join(<1027426..1027460,1027589..1027882,1027955..1028074,1028146..>1028179)	Aspergillus niger	4978285
An01g04390	mRNA	An01g04390	NT_166518.1	1028410	1030274	D	An01g04390	join(<1028410..1028549,1028641..1028715,1028928..1028974,1029311..1029592,1029720..1029792,1029923..>1030274)	Aspergillus niger	84589919
An01g04400	mRNA	An01g04400	NT_166518.1	1030556	1031931	D	An01g04400	join(<1030556..1030740,1030803..>1031931)	Aspergillus niger	4977131
An01g04410	mRNA	An01g04410	NT_166518.1	1032539	1033322	R	An01g04410	complement(join(<1032539..1032710,1032838..1033069,1033154..>1033322))	Aspergillus niger	4978222
An01g04420	mRNA	An01g04420	NT_166518.1	1033917	1035301	D	An01g04420	join(<1033917..1034638,1034728..>1035301)	Aspergillus niger	4977768
An01g04430	mRNA	An01g04430	NT_166518.1	1036821	1040265	R	An01g04430	complement(join(<1036821..1037337,1037412..1039786,1039869..1040093,1040224..>1040265))	Aspergillus niger	4977231
An01g04440	mRNA	An01g04440	NT_166518.1	1043357	1044089	D	An01g04440	join(<1043357..1043428,1043560..1043629,1043717..1043788,1043878..>1044089)	Aspergillus niger	4977138
An01g04450	mRNA	An01g04450	NT_166518.1	1044657	1047716	R	An01g04450	complement(join(<1044657..1046644,1046711..>1047716))	Aspergillus niger	4977678
An01g04455	mRNA	An01g04455	NT_166518.1	1047772	1048657	R	An01g04455	complement(join(<1047772..1048021,1048441..1048508,1048625..>1048657))	Aspergillus niger	84589920
An01g04460	mRNA	An01g04460	NT_166518.1	1048867	1050128	D	An01g04460	join(<1048867..1048879,1049019..1049216,1049355..1049471,1049745..1049794,1050012..>1050128)	Aspergillus niger	84589921
An01g04470	mRNA	An01g04470	NT_166518.1	1054041	1057907	R	An01g04470	complement(<1054041..>1057907)	Aspergillus niger	4977831
An01g04480	mRNA	An01g04480	NT_166518.1	1059468	1061434	D	An01g04480	join(<1059468..1059627,1059804..1059909,1059980..1060123,1060216..1060398,1060480..1060544,1060643..1060697,1060777..1060905,1061076..1061181,1061357..>1061434)	Aspergillus niger	84589922
An01g04490	mRNA	An01g04490	NT_166518.1	1062262	1062897	R	An01g04490	complement(join(<1062262..1062398,1062648..>1062897))	Aspergillus niger	84589923
An01g04500	mRNA	An01g04500	NT_166518.1	1063262	1064071	R	An01g04500	complement(join(<1063262..1063481,1063764..1063916,1063989..>1064071))	Aspergillus niger	84589924
An01g04510	mRNA	An01g04510	NT_166518.1	1065585	1065799	D	An01g04510	join(<1065585..1065598,1065667..>1065799)	Aspergillus niger	84589925
An01g04520	mRNA	An01g04520	NT_166518.1	1066791	1069966	D	An01g04520	join(<1066791..1067426,1067505..1067594,1067651..1067833,1067890..1068370,1068421..1068592,1068644..1068805,1068859..1069305,1069361..1069802,1069838..>1069966)	Aspergillus niger	4977208
An01g04530	mRNA	An01g04530	NT_166518.1	1070331	1071294	R	An01g04530	complement(join(<1070331..1070692,1070748..>1071294))	Aspergillus niger	4977146
An01g04540	mRNA	An01g04540	NT_166518.1	1072154	1073425	D	An01g04540	join(<1072154..1072341,1072637..1072969,1073026..>1073425)	Aspergillus niger	4977834
An01g04550	mRNA	An01g04550	NT_166518.1	1073768	1078190	D	An01g04550	join(<1073768..1073870,1073927..1077688,1078042..>1078190)	Aspergillus niger	84589926
An01g04560	mRNA	An01g04560	NT_166518.1	1079026	1080500	D	An01g04560	join(<1079026..1079396,1079478..1079904,1080000..>1080500)	Aspergillus niger	4978336
An01g04570	mRNA	An01g04570	NT_166518.1	1080911	1084244	R	An01g04570	complement(join(<1080911..1082486,1082536..1082966,1083013..1083159,1083215..1083628,1083685..1084007,1084063..1084121,1084201..>1084244))	Aspergillus niger	4978412
An01g04590	mRNA	An01g04590	NT_166518.1	1086015	1089310	D	An01g04590	join(<1086015..1089013,1089103..>1089310)	Aspergillus niger	4977260
An01g04600	mRNA	prpA	NT_166518.1	1089714	1091234	R	An01g04600	complement(join(<1089714..1090947,1091013..1091020,1091082..>1091234))	Aspergillus niger	4978424
An01g04610	mRNA	An01g04610	NT_166518.1	1091764	1093311	D	An01g04610	<1091764..>1093311	Aspergillus niger	4978378
An01g04620	mRNA	An01g04620	NT_166518.1	1093500	1095445	R	An01g04620	complement(join(<1093500..1095152,1095281..>1095445))	Aspergillus niger	4978104
An01g04630	mRNA	An01g04630	NT_166518.1	1095895	1097208	R	An01g04630	complement(join(<1095895..1095988,1096040..1096074,1096127..1096147,1096207..1096319,1096379..1096953,1097153..>1097208))	Aspergillus niger	4978331
An01g04640	mRNA	An01g04640	NT_166518.1	1098217	1101326	D	An01g04640	join(<1098217..1098271,1098457..1098674,1098770..1100326,1100377..1100616,1100686..1101135,1101192..>1101326)	Aspergillus niger	4978442
An01g04650	mRNA	An01g04650	NT_166518.1	1102904	1104203	R	An01g04650	complement(join(<1102904..1103814,1103916..1104077,1104152..>1104203))	Aspergillus niger	4977100
An01g04660	mRNA	An01g04660	NT_166518.1	1107129	1108770	R	An01g04660	complement(join(<1107129..1107956,1108030..1108105,1108412..>1108770))	Aspergillus niger	4977250
An01g04670	mRNA	An01g04670	NT_166518.1	1109548	1111010	R	An01g04670	complement(join(<1109548..1110472,1110524..1110651,1110729..1110829,1110908..>1111010))	Aspergillus niger	4978414
An01g04680	mRNA	An01g04680	NT_166518.1	1111408	1114187	R	An01g04680	complement(join(<1111408..1113324,1113381..1113612,1113684..1114057,1114137..>1114187))	Aspergillus niger	4978314
An01g04690	mRNA	An01g04690	NT_166518.1	1115049	1116233	D	An01g04690	join(<1115049..1115149,1115222..1115766,1115822..1116059,1116110..>1116233)	Aspergillus niger	4978157
An01g04700	mRNA	An01g04700	NT_166518.1	1116780	1117694	D	An01g04700	join(<1116780..1117157,1117245..>1117694)	Aspergillus niger	4977593
An01g04710	mRNA	An01g04710	NT_166518.1	1118175	1118959	R	An01g04710	complement(join(<1118175..1118707,1118788..>1118959))	Aspergillus niger	4978474
An01g04720	mRNA	An01g04720	NT_166518.1	1120003	1121608	D	An01g04720	join(<1120003..1120192,1120245..1120795,1120847..>1121608)	Aspergillus niger	4978025
An01g04730	mRNA	An01g04730	NT_166518.1	1122380	1125038	D	An01g04730	join(<1122380..1122472,1122529..1122659,1122724..1123018,1123084..1123554,1123611..1124708,1124763..1124956,1125014..>1125038)	Aspergillus niger	4977081
An01g04740	mRNA	An01g04740	NT_166518.1	1125481	1126225	D	An01g04740	join(<1125481..1125484,1125545..1125578,1125645..1125765,1125832..1126156,1126212..>1126225)	Aspergillus niger	4978288
An01g04750	mRNA	An01g04750	NT_166518.1	1128589	1128869	R	An01g04750	complement(join(<1128589..1128655,1128697..>1128869))	Aspergillus niger	84589927
An01g04760	mRNA	An01g04760	NT_166518.1	1131918	1137031	D	An01g04760	join(<1131918..1133686,1133736..1135087,1135460..1136349,1136402..>1137031)	Aspergillus niger	4977567
An01g04770	mRNA	An01g04770	NT_166518.1	1137725	1139395	R	An01g04770	complement(<1137725..>1139395)	Aspergillus niger	84589928
An01g04790	mRNA	An01g04790	NT_166518.1	1140291	1141370	R	An01g04790	complement(join(<1140291..1140356,1140528..1140614,1140722..1140884,1140978..1141022,1141139..1141210,1141306..>1141370))	Aspergillus niger	84589929
An01g04800	mRNA	An01g04800	NT_166518.1	1141966	1142721	D	An01g04800	join(<1141966..1142081,1142244..1142435,1142514..>1142721)	Aspergillus niger	84589930
An01g04810	mRNA	An01g04810	NT_166518.1	1143914	1144964	D	An01g04810	join(<1143914..1144048,1144162..1144314,1144735..1144786,1144873..>1144964)	Aspergillus niger	84589931
An01g04820	mRNA	An01g04820	NT_166518.1	1146084	1147322	D	An01g04820	join(<1146084..1146163,1146248..1146355,1146470..1146570,1146991..1147190,1147272..>1147322)	Aspergillus niger	84589932
An01g04830	mRNA	An01g04830	NT_166518.1	1154364	1155293	R	An01g04830	complement(<1154364..>1155293)	Aspergillus niger	4978271
An01g04840	mRNA	An01g04840	NT_166518.1	1157037	1158131	R	An01g04840	complement(join(<1157037..1157262,1157575..1157888,1158051..>1158131))	Aspergillus niger	84589933
An01g04850	mRNA	An01g04850	NT_166518.1	1158507	1159360	D	An01g04850	join(<1158507..1158636,1158818..1159055,1159108..1159197,1159297..>1159360)	Aspergillus niger	84589934
An01g04860	mRNA	An01g04860	NT_166518.1	1159801	1161467	D	An01g04860	join(<1159801..1159814,1159912..1159967,1160042..1160151,1160232..1160248,1160520..1160601,1160695..1160746,1160781..1160809,1160952..1161053,1161272..1161361,1161444..>1161467)	Aspergillus niger	84589935
An01g04870	mRNA	An01g04870	NT_166518.1	1162942	1166243	R	An01g04870	complement(join(<1162942..1163235,1163280..1163339,1163379..1163492,1163891..1164106,1164172..1164277,1164357..1164431,1164557..1164589,1164700..1164789,1164901..1165022,1165171..1165565,1165649..1165850,1165952..1166026,1166109..>1166243))	Aspergillus niger	84589936
An01g04880	mRNA	An01g04880	NT_166518.1	1166572	1168613	R	An01g04880	complement(join(<1166572..1167656,1167731..>1168613))	Aspergillus niger	4977344
An01g04890	mRNA	An01g04890	NT_166518.1	1168854	1170446	R	An01g04890	complement(join(<1168854..1168924,1169065..1169144,1169457..1169529,1169584..1169756,1169887..1169983,1170038..1170126,1170337..>1170446))	Aspergillus niger	84589937
An01g04900	mRNA	An01g04900	NT_166518.1	1170822	1172321	D	An01g04900	join(<1170822..1170965,1171038..>1172321)	Aspergillus niger	4977083
An01g04910	mRNA	An01g04910	NT_166518.1	1172737	1174617	D	An01g04910	join(<1172737..1172998,1173055..1174205,1174321..1174359,1174471..>1174617)	Aspergillus niger	4978105
An01g04920	mRNA	An01g04920	NT_166518.1	1174834	1175516	R	An01g04920	complement(join(<1174834..1174869,1174943..1175045,1175323..1175374,1175510..>1175516))	Aspergillus niger	4978171
An01g04930	mRNA	An01g04930	NT_166518.1	1176609	1177503	D	An01g04930	join(<1176609..1176740,1176817..1176839,1176932..1177062,1177173..1177261,1177326..1177415,1177471..>1177503)	Aspergillus niger	4977147
An01g04940	mRNA	An01g04940	NT_166518.1	1177837	1179222	D	An01g04940	<1177837..>1179222	Aspergillus niger	84589938
An01g04950	mRNA	An01g04950	NT_166518.1	1179842	1182315	R	An01g04950	complement(join(<1179842..1181692,1181747..1182114,1182165..>1182315))	Aspergillus niger	4977697
An01g04960	mRNA	An01g04960	NT_166518.1	1182601	1183329	D	An01g04960	join(<1182601..1182669,1182834..1182993,1183076..>1183329)	Aspergillus niger	84589939
An01g04970	mRNA	An01g04970	NT_166518.1	1183493	1184596	D	An01g04970	join(<1183493..1183533,1183608..1183625,1183718..1184156,1184228..>1184596)	Aspergillus niger	4978273
An01g04980	mRNA	An01g04980	NT_166518.1	1186471	1187622	D	An01g04980	join(<1186471..1186577,1186665..>1187622)	Aspergillus niger	4978131
An01g04990	mRNA	An01g04990	NT_166518.1	1189457	1190668	R	An01g04990	complement(<1189457..>1190668)	Aspergillus niger	4977646
An01g05000	mRNA	An01g05000	NT_166518.1	1194351	1194905	D	An01g05000	join(<1194351..1194367,1194408..1194426,1194486..1194572,1194645..>1194905)	Aspergillus niger	84589940
An01g05010	mRNA	An01g05010	NT_166518.1	1195282	1196248	R	An01g05010	complement(join(<1195282..1195308,1195544..1195621,1195703..1195746,1195817..1195831,1195939..1195981,1196195..>1196248))	Aspergillus niger	84589941
An01g05020	mRNA	An01g05020	NT_166518.1	1196917	1197807	R	An01g05020	complement(join(<1196917..1196995,1197068..1197158,1197336..1197446,1197546..1197555,1197637..>1197807))	Aspergillus niger	84589942
An01g05030	mRNA	An01g05030	NT_166518.1	1198094	1199577	R	An01g05030	complement(join(<1198094..1198793,1198919..1199214,1199270..1199406,1199532..>1199577))	Aspergillus niger	4977211
An01g05040	mRNA	An01g05040	NT_166518.1	1199876	1200636	D	An01g05040	join(<1199876..1200215,1200297..1200469,1200553..>1200636)	Aspergillus niger	4978165
An01g05050	mRNA	An01g05050	NT_166518.1	1200883	1202281	R	An01g05050	complement(join(<1200883..1201510,1201561..1201678,1201738..1201950,1202001..1202080,1202160..1202170,1202228..>1202281))	Aspergillus niger	4978204
An01g05060	mRNA	An01g05060	NT_166518.1	1203129	1204229	D	An01g05060	<1203129..>1204229	Aspergillus niger	4978209
An01g05070	mRNA	An01g05070	NT_166518.1	1204521	1206989	R	An01g05070	complement(join(<1204521..1206191,1206245..1206305,1206358..>1206989))	Aspergillus niger	4978023
An01g05080	mRNA	An01g05080	NT_166518.1	1207855	1208872	D	An01g05080	join(<1207855..1207857,1207916..1208390,1208472..>1208872)	Aspergillus niger	4978319
An01g05090	mRNA	An01g05090	NT_166518.1	1209775	1211472	D	An01g05090	join(<1209775..1210146,1210237..1210472,1210602..1211015,1211349..>1211472)	Aspergillus niger	4977921
An01g05100	mRNA	An01g05100	NT_166518.1	1212690	1214127	R	An01g05100	complement(join(<1212690..1213530,1213586..1213781,1213833..1213989,1214047..>1214127))	Aspergillus niger	4977866
An01g05110	mRNA	An01g05110	NT_166518.1	1214568	1214955	D	An01g05110	join(<1214568..1214705,1214791..>1214955)	Aspergillus niger	84589943
An01g05120	mRNA	An01g05120	NT_166518.1	1215606	1216844	R	An01g05120	complement(join(<1215606..1215728,1215809..1215945,1216060..1216071,1216159..1216209,1216421..1216506,1216587..1216634,1216702..>1216844))	Aspergillus niger	84589944
An01g05130	mRNA	An01g05130	NT_166518.1	1217126	1218681	R	An01g05130	complement(join(<1217126..1217247,1217488..1217513,1217593..1217626,1217797..1217893,1217987..1218208,1218301..1218436,1218641..>1218681))	Aspergillus niger	84589945
An01g05140	mRNA	An01g05140	NT_166518.1	1220341	1223270	D	An01g05140	join(<1220341..1220519,1220599..1220619,1220709..1220729,1220780..1220860,1220934..1221050,1221118..1221460,1221558..1221620,1221728..1221832,1221925..1221948,1222134..1222258,1222485..1222548,1222941..>1223270)	Aspergillus niger	84589946
An01g05150	mRNA	An01g05150	NT_166518.1	1226717	1227517	D	An01g05150	<1226717..>1227517	Aspergillus niger	4978395
An01g05160	mRNA	An01g05160	NT_166518.1	1227553	1229930	D	An01g05160	join(<1227553..1227693,1227957..1228095,1228183..1228235,1228359..>1229930)	Aspergillus niger	4977399
An01g05180	mRNA	An01g05180	NT_166518.1	1232747	1238733	D	An01g05180	join(<1232747..1232904,1233006..1236126,1236197..1236307,1236530..1236551,1236771..1237651,1237842..1238563,1238730..>1238733)	Aspergillus niger	4978313
An01g05190	mRNA	An01g05190	NT_166518.1	1239266	1241962	R	An01g05190	complement(<1239266..>1241962)	Aspergillus niger	4978393
An01g05200	mRNA	An01g05200	NT_166518.1	1242326	1242628	D	An01g05200	join(<1242326..1242382,1242443..>1242628)	Aspergillus niger	4977036
An01g05210	mRNA	An01g05210	NT_166518.1	1243042	1245720	D	An01g05210	join(<1243042..1243171,1243279..1243523,1243559..1243618,1243681..1243805,1243886..1244048,1244126..1244223,1244353..1244459,1244532..1244715,1244801..1245649,1245708..>1245720)	Aspergillus niger	4977983
An01g05220	mRNA	An01g05220	NT_166518.1	1245885	1247903	D	An01g05220	<1245885..>1247903	Aspergillus niger	84589947
An01g05230	mRNA	An01g05230	NT_166518.1	1249417	1250209	R	An01g05230	complement(join(<1249417..1249568,1249635..1249913,1250080..>1250209))	Aspergillus niger	4978262
An01g05240	mRNA	An01g05240	NT_166518.1	1250403	1251690	D	An01g05240	join(<1250403..1250675,1250735..1250851,1251029..1251168,1251302..1251505,1251570..>1251690)	Aspergillus niger	84589948
An01g05250	mRNA	An01g05250	NT_166518.1	1251771	1252385	R	An01g05250	complement(join(<1251771..1251878,1251972..1252092,1252158..1252267,1252362..>1252385))	Aspergillus niger	84589949
An01g05260	mRNA	An01g05260	NT_166518.1	1253556	1256210	D	An01g05260	<1253556..>1256210	Aspergillus niger	4978206
An01g05270	mRNA	An01g05270	NT_166518.1	1256674	1257650	R	An01g05270	complement(join(<1256674..1256821,1256893..1257066,1257151..1257345,1257466..>1257650))	Aspergillus niger	4978387
An01g05280	mRNA	An01g05280	NT_166518.1	1259037	1259714	D	An01g05280	join(<1259037..1259081,1259142..>1259714)	Aspergillus niger	4977925
An01g05290	mRNA	An01g05290	NT_166518.1	1260266	1261427	D	An01g05290	join(<1260266..1260294,1260335..1260795,1260859..1261129,1261209..1261278,1261310..>1261427)	Aspergillus niger	4978114
An01g05300	mRNA	An01g05300	NT_166518.1	1262847	1265586	D	An01g05300	join(<1262847..1263029,1263379..1263520,1263571..1263614,1263668..1264480,1264530..>1265586)	Aspergillus niger	4977657
An01g05310	mRNA	An01g05310	NT_166518.1	1265953	1267505	R	An01g05310	complement(join(<1265953..1266167,1266267..1266520,1266583..1266673,1266735..1266954,1266976..1267240,1267318..>1267505))	Aspergillus niger	4977183
An01g05320	mRNA	An01g05320	NT_166518.1	1268607	1270241	D	An01g05320	join(<1268607..1268759,1268820..>1270241)	Aspergillus niger	4977980
An01g05330	mRNA	An01g05330	NT_166518.1	1270974	1273207	R	An01g05330	complement(join(<1270974..1271270,1271349..1272649,1272686..1272822,1272911..1273041,1273109..>1273207))	Aspergillus niger	4977477
An01g05340	mRNA	An01g05340	NT_166518.1	1273932	1274753	R	An01g05340	complement(join(<1273932..1274033,1274107..1274503,1274567..1274652,1274727..>1274753))	Aspergillus niger	4977296
An01g05350	mRNA	An01g05350	NT_166518.1	1275763	1276687	R	An01g05350	complement(join(<1275763..1275853,1275948..1276443,1276480..>1276687))	Aspergillus niger	4978357
An01g05360	mRNA	An01g05360	NT_166518.1	1279269	1280626	D	An01g05360	join(<1279269..1279456,1279546..1279570,1279637..1279871,1280001..>1280626)	Aspergillus niger	4978360
An01g05370	mRNA	An01g05370	NT_166518.1	1281472	1282683	R	An01g05370	complement(join(<1281472..1281756,1281824..1281945,1282016..1282431,1282520..>1282683))	Aspergillus niger	4977574
An01g05380	mRNA	An01g05380	NT_166518.1	1283504	1284465	D	An01g05380	join(<1283504..1283653,1283737..1283769,1283815..1284061,1284347..>1284465)	Aspergillus niger	84589950
An01g05390	mRNA	An01g05390	NT_166518.1	1285218	1287623	R	An01g05390	complement(join(<1285218..1285368,1285426..>1287623))	Aspergillus niger	4978476
An01g05400	mRNA	An01g05400	NT_166518.1	1290619	1291560	D	An01g05400	join(<1290619..1291080,1291159..>1291560)	Aspergillus niger	4978040
An01g05410	mRNA	An01g05410	NT_166518.1	1291954	1293509	R	An01g05410	complement(join(<1291954..1292796,1292856..1293019,1293072..1293414,1293477..>1293509))	Aspergillus niger	4977181
An01g05420	mRNA	An01g05420	NT_166518.1	1293798	1294285	D	An01g05420	join(<1293798..1293883,1293966..1294122,1294247..>1294285)	Aspergillus niger	84589951
An01g05440	mRNA	An01g05440	NT_166518.1	1294687	1296276	R	An01g05440	complement(join(<1294687..1294908,1294952..1295101,1295347..1295469,1295516..1295566,1295659..1295739,1296040..1296071,1296156..>1296276))	Aspergillus niger	84589952
An01g05450	mRNA	An01g05450	NT_166518.1	1296652	1297700	D	An01g05450	join(<1296652..1296696,1296782..1296805,1296885..>1297700)	Aspergillus niger	4977086
An01g05460	mRNA	An01g05460	NT_166518.1	1298947	1299472	R	An01g05460	complement(join(<1298947..1299351,1299440..>1299472))	Aspergillus niger	4977030
An01g05470	mRNA	An01g05470	NT_166518.1	1300853	1302191	D	An01g05470	join(<1300853..1301136,1301222..>1302191)	Aspergillus niger	4977586
An01g05480	mRNA	An01g05480	NT_166518.1	1302424	1302889	R	An01g05480	complement(join(<1302424..1302797,1302859..>1302889))	Aspergillus niger	84589953
An01g05490	mRNA	An01g05490	NT_166518.1	1303495	1304214	D	An01g05490	join(<1303495..1303501,1303715..1303949,1304148..>1304214)	Aspergillus niger	84589954
An01g05500	mRNA	An01g05500	NT_166518.1	1304847	1307872	R	An01g05500	complement(join(<1304847..1307463,1307535..1307789,1307856..>1307872))	Aspergillus niger	4978299
An01g05510	mRNA	An01g05510	NT_166518.1	1308141	1309336	D	An01g05510	join(<1308141..1308202,1308273..1308943,1308999..1309099,1309154..1309202,1309257..>1309336)	Aspergillus niger	4977709
An01g05520	mRNA	An01g05520	NT_166518.1	1310268	1311564	R	An01g05520	complement(join(<1310268..1310531,1310622..1310833,1311110..1311205,1311307..1311439,1311511..>1311564))	Aspergillus niger	84589955
An01g05530	mRNA	An01g05530	NT_166518.1	1311699	1312899	D	An01g05530	join(<1311699..1312691,1312753..>1312899)	Aspergillus niger	4978080
An01g05540	mRNA	An01g05540	NT_166518.1	1313662	1317496	D	An01g05540	join(<1313662..1313931,1314003..1314206,1314278..1315002,1315674..1315799,1315952..1316614,1316729..1317393,1317444..>1317496)	Aspergillus niger	10098153
An01g05560	mRNA	An01g05560	NT_166518.1	1318365	1319490	D	An01g05560	join(<1318365..1318452,1318531..1318620,1318685..1318937,1319022..>1319490)	Aspergillus niger	4978287
An01g05570	mRNA	An01g05570	NT_166518.1	1319843	1320238	R	An01g05570	complement(join(<1319843..1320120,1320205..>1320238))	Aspergillus niger	4977314
An01g05580	mRNA	An01g05580	NT_166518.1	1320660	1320846	D	An01g05580	<1320660..>1320846	Aspergillus niger	4977403
An01g05590	mRNA	An01g05590	NT_166518.1	1323907	1324999	D	An01g05590	join(<1323907..1323935,1324261..>1324999)	Aspergillus niger	84589956
An01g05600	mRNA	An01g05600	NT_166518.1	1325404	1326147	D	An01g05600	<1325404..>1326147	Aspergillus niger	84589957
An01g05610	mRNA	An01g05610	NT_166518.1	1327184	1329316	D	An01g05610	join(<1327184..1329037,1329095..>1329316)	Aspergillus niger	4978333
An01g05620	mRNA	An01g05620	NT_166518.1	1329841	1331520	R	An01g05620	complement(join(<1329841..1329853,1329940..1330042,1330446..1330905,1331047..>1331520))	Aspergillus niger	4978515
An01g05630	mRNA	An01g05630	NT_166518.1	1332478	1335336	D	An01g05630	<1332478..>1335336	Aspergillus niger	4978498
An01g05640	mRNA	An01g05640	NT_166518.1	1335871	1336777	R	An01g05640	complement(join(<1335871..1336389,1336451..>1336777))	Aspergillus niger	4978503
An01g05650	mRNA	An01g05650	NT_166518.1	1337696	1339481	D	An01g05650	join(<1337696..1337720,1337796..1337836,1337957..1337983,1338077..1338152,1338235..1339189,1339259..>1339481)	Aspergillus niger	4978024
An01g05660	mRNA	An01g05660	NT_166518.1	1340664	1344933	D	An01g05660	join(<1340664..1340676,1340808..1340962,1341057..1341180,1341270..1341448,1341481..1344849,1344904..>1344933)	Aspergillus niger	4978426
An01g05670	mRNA	An01g05670	NT_166518.1	1345923	1349019	R	An01g05670	complement(join(<1345923..1346101,1346191..1348288,1348342..1348572,1348639..>1349019))	Aspergillus niger	4977068
An01g05680	mRNA	An01g05680	NT_166518.1	1350022	1351821	D	An01g05680	join(<1350022..1350052,1350108..1350211,1350264..1350525,1350582..1350612,1350911..1351008,1351101..1351495,1351584..1351749,1351784..>1351821)	Aspergillus niger	4977445
An01g05690	mRNA	An01g05690	NT_166518.1	1352235	1354014	R	An01g05690	complement(join(<1352235..1353392,1353461..1353847,1353928..>1354014))	Aspergillus niger	4978345
An01g05700	mRNA	An01g05700	NT_166518.1	1355071	1357457	R	An01g05700	complement(join(<1355071..1356167,1356225..1357262,1357295..>1357457))	Aspergillus niger	4978192
An01g05710	mRNA	An01g05710	NT_166518.1	1357767	1358781	R	An01g05710	complement(join(<1357767..1358201,1358503..>1358781))	Aspergillus niger	84589958
An01g05717	mRNA	An01g05717	NT_166518.1	1362980	1363252	D	An01g05717	<1362980..>1363252	Aspergillus niger	84589959
An01g05720	mRNA	An01g05720	NT_166518.1	1363896	1364719	R	An01g05720	complement(join(<1363896..1364024,1364083..1364209,1364604..>1364719))	Aspergillus niger	84589960
An01g05730	mRNA	An01g05730	NT_166518.1	1366584	1368525	D	An01g05730	join(<1366584..1366891,1366999..1367301,1367362..1367635,1367675..1367869,1367921..>1368525)	Aspergillus niger	84589961
An01g05740	mRNA	An01g05740	NT_166518.1	1368898	1372702	D	An01g05740	join(<1368898..1368964,1369036..1369831,1369888..>1372702)	Aspergillus niger	4978085
An01g05750	mRNA	An01g05750	NT_166518.1	1373012	1373899	R	An01g05750	complement(<1373012..>1373899)	Aspergillus niger	4977672
An01g05760	mRNA	An01g05760	NT_166518.1	1374548	1375773	R	An01g05760	complement(join(<1374548..1375330,1375389..1375703,1375771..>1375773))	Aspergillus niger	4977911
An01g05770	mRNA	An01g05770	NT_166518.1	1376154	1377509	D	An01g05770	<1376154..>1377509	Aspergillus niger	4978330
An01g05780	mRNA	An01g05780	NT_166518.1	1377828	1379356	R	An01g05780	complement(join(<1377828..1378781,1378843..1379289,1379348..>1379356))	Aspergillus niger	4978429
An01g05790	mRNA	An01g05790	NT_166518.1	1379991	1382813	D	An01g05790	<1379991..>1382813	Aspergillus niger	4978473
An01g05800	mRNA	An01g05800	NT_166518.1	1383210	1384510	R	An01g05800	complement(join(<1383210..1383241,1383311..1383614,1383687..1383882,1384004..1384128,1384199..1384238,1384317..>1384510))	Aspergillus niger	4977104
An01g05810	mRNA	An01g05810	NT_166518.1	1385444	1385958	R	An01g05810	complement(join(<1385444..1385617,1385706..1385755,1385826..>1385958))	Aspergillus niger	4977742
An01g05820	mRNA	An01g05820	NT_166518.1	1386487	1387624	D	An01g05820	join(<1386487..1386514,1386565..1386803,1386871..1387186,1387254..1387350,1387417..>1387624)	Aspergillus niger	4977384
An01g05830	mRNA	An01g05830	NT_166518.1	1389386	1391243	R	An01g05830	complement(join(<1389386..1389664,1389741..1390256,1390331..1390497,1390549..1390793,1390848..1390930,1391019..>1391243))	Aspergillus niger	4977546
An01g05840	mRNA	An01g05840	NT_166518.1	1392895	1393770	R	An01g05840	complement(<1392895..>1393770)	Aspergillus niger	4978213
An01g05850	mRNA	An01g05850	NT_166518.1	1394809	1396144	D	An01g05850	join(<1394809..1394847,1394952..1395223,1395287..1395827,1395896..>1396144)	Aspergillus niger	4978265
An01g05860	mRNA	An01g05860	NT_166518.1	1396980	1397898	R	An01g05860	complement(join(<1396980..1397774,1397824..>1397898))	Aspergillus niger	4978158
An01g05870	mRNA	An01g05870	NT_166518.1	1398070	1398973	R	An01g05870	complement(join(<1398070..1398409,1398507..1398810,1398892..>1398973))	Aspergillus niger	84589962
An01g05880	mRNA	An01g05880	NT_166518.1	1399091	1400145	D	An01g05880	join(<1399091..1399120,1399362..1399428,1399511..>1400145)	Aspergillus niger	4977173
An01g05890	mRNA	An01g05890	NT_166518.1	1400539	1401224	R	An01g05890	complement(join(<1400539..1400981,1401050..1401122,1401189..>1401224))	Aspergillus niger	4977523
An01g05900	mRNA	An01g05900	NT_166518.1	1401696	1403531	R	An01g05900	complement(join(<1401696..1401858,1401904..1402067,1402120..1402204,1402261..1402286,1402338..1402658,1402706..1403244,1403315..>1403531))	Aspergillus niger	4978074
An01g05910	mRNA	An01g05910	NT_166518.1	1403731	1404722	D	An01g05910	join(<1403731..1403787,1403860..1404165,1404238..1404337,1404432..1404479,1404592..>1404722)	Aspergillus niger	84589963
An01g05920	mRNA	An01g05920	NT_166518.1	1405138	1406867	R	An01g05920	complement(join(<1405138..1405186,1405216..1405277,1405475..1405811,1405868..1406077,1406137..1406177,1406245..1406311,1406361..1406402,1406459..1406551,1406604..1406650,1406718..>1406867))	Aspergillus niger	4978388
An01g05930	mRNA	An01g05930	NT_166518.1	1408223	1408777	R	An01g05930	complement(join(<1408223..1408474,1408715..>1408777))	Aspergillus niger	84589964
An01g05940	mRNA	An01g05940	NT_166518.1	1409200	1410182	D	An01g05940	join(<1409200..1409324,1409645..1409715,1410037..>1410182)	Aspergillus niger	84589965
An01g05955	mRNA	An01g05955	NT_166518.1	1411009	1411410	D	An01g05955	<1411009..>1411410	Aspergillus niger	84589966
An01g05960	mRNA	An01g05960	NT_166518.1	1411852	1412269	D	An01g05960	join(<1411852..1411984,1412067..>1412269)	Aspergillus niger	4978146
An01g05970	mRNA	An01g05970	NT_166518.1	1412664	1414787	R	An01g05970	complement(<1412664..>1414787)	Aspergillus niger	4978232
An01g05980	mRNA	An01g05980	NT_166518.1	1415079	1415846	R	An01g05980	complement(join(<1415079..1415301,1415436..1415565,1415658..1415702,1415780..>1415846))	Aspergillus niger	84589967
An01g05990	mRNA	An01g05990	NT_166518.1	1415983	1418417	D	An01g05990	join(<1415983..1416663,1416723..>1418417)	Aspergillus niger	4978272
An01g06000	mRNA	An01g06000	NT_166518.1	1418577	1419794	R	An01g06000	complement(join(<1418577..1418714,1419018..1419456,1419583..1419635,1419696..>1419794))	Aspergillus niger	4977939
An01g06010	mRNA	An01g06010	NT_166518.1	1420569	1421187	R	An01g06010	complement(join(<1420569..1421012,1421071..>1421187))	Aspergillus niger	4978047
An01g06020	mRNA	An01g06020	NT_166518.1	1421762	1422752	R	An01g06020	complement(join(<1421762..1422397,1422449..1422630,1422698..>1422752))	Aspergillus niger	4978015
An01g06030	mRNA	An01g06030	NT_166518.1	1424172	1425609	D	An01g06030	join(<1424172..1424218,1424278..1424428,1424462..1424671,1424735..1424893,1424949..1425010,1425065..1425175,1425270..1425379,1425515..>1425609)	Aspergillus niger	4977389
An01g06040	mRNA	An01g06040	NT_166518.1	1425872	1427025	D	An01g06040	join(<1425872..1426104,1426182..>1427025)	Aspergillus niger	4977741
An01g06050	mRNA	An01g06050	NT_166518.1	1427967	1428962	D	An01g06050	<1427967..>1428962	Aspergillus niger	4977745
An01g06060	mRNA	An01g06060	NT_166518.1	1430819	1431762	R	An01g06060	complement(join(<1430819..1430949,1431019..1431099,1431160..1431549,1431660..1431672,1431742..>1431762))	Aspergillus niger	4977176
An01g06070	mRNA	An01g06070	NT_166518.1	1432622	1435922	D	An01g06070	join(<1432622..1433764,1433820..1434857,1434914..1435245,1435310..>1435922)	Aspergillus niger	4977365
An01g06080	mRNA	An01g06080	NT_166518.1	1436504	1438412	R	An01g06080	complement(join(<1436504..1437144,1437232..1437357,1437448..1437909,1437968..>1438412))	Aspergillus niger	4977049
An01g06090	mRNA	An01g06090	NT_166518.1	1439035	1439258	D	An01g06090	join(<1439035..1439048,1439059..1439123,1439137..>1439258)	Aspergillus niger	84589968
An01g06100	mRNA	An01g06100	NT_166518.1	1439508	1440092	R	An01g06100	complement(join(<1439508..1440023,1440090..>1440092))	Aspergillus niger	84589969
An01g06110	mRNA	An01g06110	NT_166518.1	1440983	1442375	D	An01g06110	join(<1440983..1441044,1441120..1441676,1441761..1442252,1442320..>1442375)	Aspergillus niger	4978068
An01g06120	mRNA	An01g06120	NT_166518.1	1443220	1447974	D	An01g06120	join(<1443220..1443437,1443495..1447821,1447900..>1447974)	Aspergillus niger	4977795
An01g06130	mRNA	An01g06130	NT_166518.1	1448524	1451230	D	An01g06130	join(<1448524..1448694,1448755..1448919,1448997..1450170,1450227..>1451230)	Aspergillus niger	84589970
An01g06140	mRNA	An01g06140	NT_166518.1	1451643	1452816	D	An01g06140	join(<1451643..1451736,1451971..1452190,1452286..1452400,1452479..1452652,1452751..>1452816)	Aspergillus niger	84589971
An01g06150	mRNA	An01g06150	NT_166518.1	1453353	1454703	R	An01g06150	complement(join(<1453353..1453522,1453598..1454503,1454575..1454629,1454698..>1454703))	Aspergillus niger	4978280
An01g06160	mRNA	An01g06160	NT_166518.1	1455810	1459585	R	An01g06160	complement(join(<1455810..1458813,1458871..1458956,1459003..1459158,1459211..>1459585))	Aspergillus niger	84589972
An01g06170	mRNA	An01g06170	NT_166518.1	1460678	1461880	D	An01g06170	<1460678..>1461880	Aspergillus niger	4977998
An01g06180	mRNA	An01g06180	NT_166518.1	1462326	1463666	R	An01g06180	complement(join(<1462326..1462591,1462659..1463056,1463139..1463201,1463332..1463480,1463592..>1463666))	Aspergillus niger	4977404
An01g06190	mRNA	An01g06190	NT_166518.1	1464136	1465786	R	An01g06190	complement(join(<1464136..1464333,1464400..1464696,1464759..1465110,1465159..1465226,1465303..1465602,1465697..>1465786))	Aspergillus niger	4977334
An01g06200	mRNA	An01g06200	NT_166518.1	1465915	1466514	D	An01g06200	join(<1465915..1465993,1466333..1466378,1466454..>1466514)	Aspergillus niger	84589973
An01g06210	mRNA	An01g06210	NT_166518.1	1467205	1469940	D	An01g06210	join(<1467205..1467247,1467334..1469620,1469670..>1469940)	Aspergillus niger	4978008
An01g06220	mRNA	An01g06220	NT_166518.1	1470593	1471166	D	An01g06220	join(<1470593..1470794,1470873..1471083,1471130..>1471166)	Aspergillus niger	84589974
An01g06230	mRNA	An01g06230	NT_166518.1	1471522	1473970	R	An01g06230	complement(join(<1471522..1471950,1472012..1473539,1473610..1473802,1473898..>1473970))	Aspergillus niger	4977446
An01g06240	mRNA	An01g06240	NT_166518.1	1474738	1475901	D	An01g06240	join(<1474738..1474744,1474845..1474972,1475078..1475551,1475604..1475657,1475716..>1475901)	Aspergillus niger	4978328
An01g06250	mRNA	An01g06250	NT_166518.1	1476726	1479218	D	An01g06250	join(<1476726..1477196,1477268..1477506,1477571..>1479218)	Aspergillus niger	4977772
An01g06260	mRNA	An01g06260	NT_166518.1	1479561	1482654	R	An01g06260	complement(join(<1479561..1481107,1481154..1481241,1481292..1481411,1481452..1481607,1481652..1481692,1481747..1482065,1482109..1482398,1482463..1482541,1482628..>1482654))	Aspergillus niger	4978053
An01g06270	mRNA	An01g06270	NT_166518.1	1482792	1484465	D	An01g06270	join(<1482792..1483016,1483083..1484167,1484222..>1484465)	Aspergillus niger	4978501
An01g06280	mRNA	An01g06280	NT_166518.1	1484813	1485504	R	An01g06280	complement(join(<1484813..1485136,1485244..>1485504))	Aspergillus niger	4978361
An01g06290	mRNA	An01g06290	NT_166518.1	1487001	1488055	R	An01g06290	complement(join(<1487001..1487277,1487337..1487845,1488035..>1488055))	Aspergillus niger	4978006
An01g06300	mRNA	An01g06300	NT_166518.1	1491567	1492122	D	An01g06300	join(<1491567..1491704,1491880..>1492122)	Aspergillus niger	84589975
An01g06310	mRNA	An01g06310	NT_166518.1	1492268	1494420	D	An01g06310	join(<1492268..1492400,1492484..>1494420)	Aspergillus niger	4977220
An01g06320	mRNA	An01g06320	NT_166518.1	1496713	1499437	D	An01g06320	join(<1496713..1496751,1496838..1496928,1497009..1497055,1497106..1497247,1497404..1497520,1497561..1497677,1497886..1497958,1498049..1498177,1498266..1498334,1498538..1498580,1498913..1499050,1499141..>1499437)	Aspergillus niger	84589976
An01g06330	mRNA	An01g06330	NT_166518.1	1500577	1501871	D	An01g06330	join(<1500577..1501337,1501508..>1501871)	Aspergillus niger	4977111
An01g06332	mRNA	An01g06332	NT_166518.1	1501955	1502164	D	An01g06332	<1501955..>1502164	Aspergillus niger	84589977
An01g06340	mRNA	An01g06340	NT_166518.1	1503179	1503821	R	An01g06340	complement(join(<1503179..1503366,1503479..1503688,1503779..>1503821))	Aspergillus niger	4977613
An01g06350	mRNA	An01g06350	NT_166518.1	1504998	1506299	R	An01g06350	complement(<1504998..>1506299)	Aspergillus niger	4978164
An01g06360	mRNA	An01g06360	NT_166518.1	1507770	1508932	D	An01g06360	join(<1507770..1508086,1508191..1508301,1508369..1508725,1508785..>1508932)	Aspergillus niger	4977462
An01g06370	mRNA	An01g06370	NT_166518.1	1509144	1509971	R	An01g06370	complement(join(<1509144..1509320,1509402..>1509971))	Aspergillus niger	4977611
An01g06380	mRNA	An01g06380	NT_166518.1	1510869	1511960	R	An01g06380	complement(join(<1510869..1511055,1511105..1511186,1511319..1511370,1511421..1511613,1511674..>1511960))	Aspergillus niger	4977544
An01g06390	mRNA	An01g06390	NT_166518.1	1512856	1515687	D	An01g06390	join(<1512856..1512917,1513106..1514538,1514596..1515551,1515601..>1515687)	Aspergillus niger	4978323
An01g06400	mRNA	An01g06400	NT_166518.1	1516523	1517674	D	An01g06400	<1516523..>1517674	Aspergillus niger	4977541
An01g06410	mRNA	An01g06410	NT_166518.1	1518414	1520338	D	An01g06410	join(<1518414..1518572,1518635..1518714,1518769..1518949,1519001..1519054,1519134..1519632,1519726..1519992,1520040..>1520338)	Aspergillus niger	10098219
An01g06420	mRNA	An01g06420	NT_166518.1	1520506	1521096	R	An01g06420	complement(<1520506..>1521096)	Aspergillus niger	4977583
An01g06430	mRNA	An01g06430	NT_166518.1	1521844	1522474	R	An01g06430	complement(join(<1521844..1522358,1522405..>1522474))	Aspergillus niger	4977416
An01g06440	mRNA	An01g06440	NT_166518.1	1525191	1526209	D	An01g06440	join(<1525191..1525437,1525500..>1526209)	Aspergillus niger	4978159
An01g06450	mRNA	An01g06450	NT_166518.1	1526648	1527364	D	An01g06450	join(<1526648..1526945,1527051..1527167,1527279..>1527364)	Aspergillus niger	84589978
An01g06460	mRNA	An01g06460	NT_166518.1	1528033	1528920	D	An01g06460	join(<1528033..1528475,1528533..>1528920)	Aspergillus niger	4978492
An01g06470	mRNA	An01g06470	NT_166518.1	1530318	1532349	R	An01g06470	complement(join(<1530318..1531753,1531810..1532187,1532274..>1532349))	Aspergillus niger	4977308
An01g06480	mRNA	An01g06480	NT_166518.1	1532612	1534416	D	An01g06480	join(<1532612..1532614,1532682..1532839,1532915..1534289,1534357..>1534416)	Aspergillus niger	4978512
An01g06490	mRNA	An01g06490	NT_166518.1	1535132	1536097	D	An01g06490	join(<1535132..1535199,1535308..1535355,1535442..1535589,1535705..>1536097)	Aspergillus niger	84589979
An01g06500	mRNA	An01g06500	NT_166518.1	1536285	1537796	D	An01g06500	join(<1536285..1536385,1536472..1537144,1537200..>1537796)	Aspergillus niger	4978460
An01g06510	mRNA	An01g06510	NT_166518.1	1537892	1538540	R	An01g06510	complement(join(<1537892..1538029,1538139..1538300,1538490..>1538540))	Aspergillus niger	84589980
An01g06520	mRNA	An01g06520	NT_166518.1	1538935	1541641	D	An01g06520	join(<1538935..1538941,1539006..>1541641)	Aspergillus niger	4977837
An01g06530	mRNA	An01g06530	NT_166518.1	1541928	1543217	R	An01g06530	complement(join(<1541928..1543066,1543145..>1543217))	Aspergillus niger	4977777
An01g06540	mRNA	An01g06540	NT_166518.1	1543901	1544512	D	An01g06540	join(<1543901..1544011,1544096..1544128,1544378..>1544512)	Aspergillus niger	84589981
An01g06550	mRNA	An01g06550	NT_166518.1	1544924	1548414	D	An01g06550	join(<1544924..1547910,1547958..>1548414)	Aspergillus niger	4977315
An01g06560	mRNA	An01g06560	NT_166518.1	1548820	1550336	D	An01g06560	join(<1548820..1548874,1548943..1549773,1549828..>1550336)	Aspergillus niger	4977386
An01g06570	mRNA	An01g06570	NT_166518.1	1550663	1552100	R	An01g06570	complement(join(<1550663..1550795,1550930..1551884,1551938..>1552100))	Aspergillus niger	4977918
An01g06580	mRNA	An01g06580	NT_166518.1	1552253	1552950	D	An01g06580	join(<1552253..1552307,1552390..1552483,1552572..1552619,1552872..>1552950)	Aspergillus niger	84589982
An01g06600	mRNA	An01g06600	NT_166518.1	1553463	1553753	R	An01g06600	complement(join(<1553463..1553536,1553672..>1553753))	Aspergillus niger	84589983
An01g06610	mRNA	An01g06610	NT_166518.1	1554158	1556332	D	An01g06610	join(<1554158..1554527,1554582..>1556332)	Aspergillus niger	4977704
An01g06620	mRNA	An01g06620	NT_166518.1	1556993	1559009	D	An01g06620	join(<1556993..1558093,1558140..>1559009)	Aspergillus niger	4977721
An01g06630	mRNA	An01g06630	NT_166518.1	1559119	1561831	D	An01g06630	join(<1559119..1560378,1560443..>1561831)	Aspergillus niger	4978185
An01g06640	mRNA	An01g06640	NT_166518.1	1561986	1563879	R	An01g06640	complement(join(<1561986..1563669,1563722..>1563879))	Aspergillus niger	4977898
An01g06650	mRNA	An01g06650	NT_166518.1	1564515	1565765	R	An01g06650	complement(join(<1564515..1565337,1565404..>1565765))	Aspergillus niger	4978334
An01g06660	mRNA	An01g06660	NT_166518.1	1566379	1567431	D	An01g06660	<1566379..>1567431	Aspergillus niger	4977393
An01g06670	mRNA	An01g06670	NT_166518.1	1567581	1568079	R	An01g06670	complement(join(<1567581..1567749,1567841..>1568079))	Aspergillus niger	4977058
An01g06690	mRNA	An01g06690	NT_166518.1	1568770	1569825	R	An01g06690	complement(<1568770..>1569825)	Aspergillus niger	4977374
An01g06700	mRNA	An01g06700	NT_166518.1	1570844	1571173	R	An01g06700	complement(join(<1570844..1571117,1571154..>1571173))	Aspergillus niger	84589984
An01g06710	mRNA	An01g06710	NT_166518.1	1571796	1574752	D	An01g06710	join(<1571796..1574552,1574609..>1574752)	Aspergillus niger	4977209
An01g06720	mRNA	An01g06720	NT_166518.1	1574889	1575534	R	An01g06720	complement(join(<1574889..1575201,1575253..1575315,1575418..1575448,1575486..>1575534))	Aspergillus niger	84589985
An01g06730	mRNA	An01g06730	NT_166518.1	1575826	1577100	D	An01g06730	join(<1575826..1576069,1576122..1576270,1576410..1576936,1577040..>1577100)	Aspergillus niger	84589986
An01g06740	mRNA	An01g06740	NT_166518.1	1577821	1578276	D	An01g06740	<1577821..>1578276	Aspergillus niger	84589987
An01g06750	mRNA	An01g06750	NT_166518.1	1578418	1579113	D	An01g06750	<1578418..>1579113	Aspergillus niger	4978197
An01g06760	mRNA	An01g06760	NT_166518.1	1579537	1580759	R	An01g06760	complement(join(<1579537..1579574,1579623..1580527,1580599..>1580759))	Aspergillus niger	84589988
An01g06770	mRNA	An01g06770	NT_166518.1	1581391	1582261	R	An01g06770	complement(join(<1581391..1581496,1581732..>1582261))	Aspergillus niger	4978448
An01g06780	mRNA	An01g06780	NT_166518.1	1582997	1584148	D	An01g06780	join(<1582997..1583590,1583658..1584020,1584071..>1584148)	Aspergillus niger	4977337
An01g06790	mRNA	An01g06790	NT_166518.1	1584701	1591367	R	An01g06790	complement(join(<1584701..1585030,1585081..1586791,1586849..1587451,1587513..1587537,1587593..1587790,1587846..1587959,1588016..1588153,1588213..1588426,1588484..1589025,1589266..1589312,1589524..1589553,1589726..1590092,1590200..1590520,1590590..>1591367))	Aspergillus niger	4978454
An01g06800	mRNA	An01g06800	NT_166518.1	1592071	1593587	D	An01g06800	join(<1592071..1592079,1592140..1592245,1592380..1592493,1592576..1592812,1592875..1593159,1593218..1593335,1593404..>1593587)	Aspergillus niger	4978124
An01g06810	mRNA	An01g06810	NT_166518.1	1594021	1595315	D	An01g06810	join(<1594021..1594279,1594348..>1595315)	Aspergillus niger	4977959
An01g06820	mRNA	An01g06820	NT_166518.1	1595677	1599103	R	An01g06820	complement(join(<1595677..1597112,1597168..1597666,1597726..1598864,1598927..1599007,1599064..>1599103))	Aspergillus niger	4978250
An01g06830	mRNA	An01g06830	NT_166518.1	1599653	1600771	D	An01g06830	join(<1599653..1599673,1599733..1599799,1599859..1599926,1600058..>1600771)	Aspergillus niger	4977557
An01g06840	mRNA	An01g06840	NT_166518.1	1601160	1602748	R	An01g06840	complement(join(<1601160..1601254,1601338..>1602748))	Aspergillus niger	4977572
An01g06850	mRNA	An01g06850	NT_166518.1	1603161	1604480	D	An01g06850	join(<1603161..1603246,1603283..1603511,1603569..>1604480)	Aspergillus niger	4978147
An01g06860	mRNA	An01g06860	NT_166518.1	1604827	1605723	D	An01g06860	<1604827..>1605723	Aspergillus niger	4977396
An01g06870	mRNA	An01g06870	NT_166518.1	1606338	1609249	D	An01g06870	join(<1606338..1606379,1606608..1607176,1607249..1607715,1607774..1607864,1607909..1608339,1608393..>1609249)	Aspergillus niger	4977751
An01g06880	mRNA	An01g06880	NT_166518.1	1609568	1610617	D	An01g06880	<1609568..>1610617	Aspergillus niger	4977685
An01g06890	mRNA	An01g06890	NT_166518.1	1610959	1612885	R	An01g06890	complement(join(<1610959..1612169,1612272..1612517,1612590..1612662,1612729..1612739,1612804..>1612885))	Aspergillus niger	4977684
An01g06900	mRNA	An01g06900	NT_166518.1	1613643	1616808	R	An01g06900	complement(join(<1613643..1613755,1613822..1613853,1613910..1614370,1614427..1614633,1614760..1615006,1615059..1615080,1615148..1615385,1615512..1615970,1616025..1616056,1616127..1616250,1616405..1616420,1616530..1616592,1616705..>1616808))	Aspergillus niger	84589989
An01g06910	mRNA	An01g06910	NT_166518.1	1617793	1620043	D	An01g06910	join(<1617793..1618049,1618133..1619447,1619641..1619685,1619792..1619917,1619963..>1620043)	Aspergillus niger	4977471
An01g06920	mRNA	An01g06920	NT_166518.1	1620350	1625031	D	An01g06920	join(<1620350..1620559,1620621..1623583,1623653..1624099,1624184..1624279,1624338..>1625031)	Aspergillus niger	4977824
An01g06930	mRNA	An01g06930	NT_166518.1	1625470	1633457	R	An01g06930	complement(join(<1625470..1626871,1626951..1627282,1627351..1627713,1627780..1628656,1628717..1630020,1630121..1630992,1631060..1632932,1632996..1633051,1633094..>1633457))	Aspergillus niger	4977719
An01g06940	mRNA	An01g06940	NT_166518.1	1634989	1636742	D	An01g06940	join(<1634989..1635812,1635881..1636114,1636193..>1636742)	Aspergillus niger	4977089
An01g06950	mRNA	An01g06950	NT_166518.1	1637123	1644535	R	An01g06950	complement(join(<1637123..1637950,1638010..1638324,1638377..1638925,1639019..1641265,1641314..1642992,1643023..1643173,1643241..1643338,1643392..1643516,1643568..1643876,1643934..1644408,1644463..>1644535))	Aspergillus niger	4978320
An01g06960	mRNA	An01g06960	NT_166518.1	1648485	1649579	R	An01g06960	complement(<1648485..>1649579)	Aspergillus niger	4977342
An01g06970	mRNA	An01g06970	NT_166518.1	1651816	1652859	D	An01g06970	join(<1651816..1652223,1652290..>1652859)	Aspergillus niger	4977800
An01g06980	mRNA	An01g06980	NT_166518.1	1655089	1655396	R	An01g06980	complement(join(<1655089..1655138,1655276..>1655396))	Aspergillus niger	84589990
An01g06990	mRNA	An01g06990	NT_166518.1	1655788	1658106	R	An01g06990	complement(join(<1655788..1657430,1657492..1657868,1658060..>1658106))	Aspergillus niger	4977197
An01g07000	mRNA	An01g07000	NT_166518.1	1658528	1660119	R	An01g07000	complement(join(<1658528..1659630,1659709..1660016,1660079..>1660119))	Aspergillus niger	4977711
An01g07010	mRNA	An01g07010	NT_166518.1	1660378	1661323	D	An01g07010	join(<1660378..1660401,1660457..>1661323)	Aspergillus niger	4978064
An01g07020	mRNA	An01g07020	NT_166518.1	1662722	1664455	D	An01g07020	<1662722..>1664455	Aspergillus niger	84589991
An01g07025	mRNA	An01g07025	NT_166518.1	1664655	1665784	D	An01g07025	join(<1664655..1664871,1664922..>1665784)	Aspergillus niger	4977625
An01g07030	mRNA	An01g07030	NT_166518.1	1666322	1667657	R	An01g07030	complement(join(<1666322..1666420,1666481..1666720,1666788..1667200,1667287..1667501,1667605..>1667657))	Aspergillus niger	4977968
An01g07040	mRNA	An01g07040	NT_166518.1	1668118	1670310	R	An01g07040	complement(join(<1668118..1668945,1668997..>1670310))	Aspergillus niger	4977819
An01g07050	mRNA	An01g07050	NT_166518.1	1670578	1671832	D	An01g07050	join(<1670578..1670620,1670679..>1671832)	Aspergillus niger	4977855
An01g07060	mRNA	An01g07060	NT_166518.1	1672496	1674294	D	An01g07060	join(<1672496..1672501,1672559..1672676,1672737..1673139,1673187..1673261,1673323..1673366,1673399..1673634,1673937..1673947,1674003..>1674294)	Aspergillus niger	4977076
An01g07070	mRNA	An01g07070	NT_166518.1	1675083	1675823	D	An01g07070	join(<1675083..1675092,1675128..>1675823)	Aspergillus niger	84589992
An01g07080	mRNA	An01g07080	NT_166518.1	1675867	1676976	R	An01g07080	complement(join(<1675867..1675939,1676053..1676149,1676472..1676840,1676967..>1676976))	Aspergillus niger	4977217
An01g07090	mRNA	An01g07090	NT_166518.1	1677351	1678286	D	An01g07090	join(<1677351..1677413,1677483..>1678286)	Aspergillus niger	4977349
An01g07100	mRNA	An01g07100	NT_166518.1	1678421	1679418	R	An01g07100	complement(join(<1678421..1678482,1678529..1678874,1678921..1679004,1679063..1679240,1679300..>1679418))	Aspergillus niger	4978162
An01g07110	mRNA	An01g07110	NT_166518.1	1679471	1680683	R	An01g07110	complement(join(<1679471..1679629,1679673..1680234,1680289..>1680683))	Aspergillus niger	84589993
An01g07120	mRNA	An01g07120	NT_166518.1	1681360	1685677	R	An01g07120	complement(join(<1681360..1682267,1682328..1682514,1682573..1682934,1682993..1683103,1683166..1684557,1684614..1684908,1684979..>1685677))	Aspergillus niger	4978329
An01g07130	mRNA	An01g07130	NT_166518.1	1686178	1687550	D	An01g07130	join(<1686178..1687026,1687113..>1687550)	Aspergillus niger	4978284
An01g07140	mRNA	An01g07140	NT_166518.1	1687708	1690292	R	An01g07140	complement(join(<1687708..1687781,1688021..>1690292))	Aspergillus niger	4978443
An01g07150	mRNA	An01g07150	NT_166518.1	1690813	1692587	D	An01g07150	join(<1690813..1690962,1691030..1691113,1691170..1691641,1691717..1692165,1692228..>1692587)	Aspergillus niger	4977109
An01g07160	mRNA	An01g07160	NT_166518.1	1694284	1696230	R	An01g07160	complement(join(<1694284..1695478,1695533..1695989,1696062..>1696230))	Aspergillus niger	4977499
An01g07170	mRNA	An01g07170	NT_166518.1	1696478	1697254	D	An01g07170	join(<1696478..1696489,1696550..>1697254)	Aspergillus niger	4977299
An01g07180	mRNA	An01g07180	NT_166518.1	1697888	1700012	R	An01g07180	complement(join(<1697888..1698200,1698252..1698728,1698813..1699316,1699399..>1700012))	Aspergillus niger	4977873
An01g07190	mRNA	An01g07190	NT_166518.1	1701228	1702571	D	An01g07190	<1701228..>1702571	Aspergillus niger	4977886
An01g07200	mRNA	An01g07200	NT_166518.1	1703313	1705944	R	An01g07200	complement(join(<1703313..1703776,1703827..1705782,1705863..>1705944))	Aspergillus niger	4977048
An01g07210	mRNA	An01g07210	NT_166518.1	1706131	1707330	R	An01g07210	complement(join(<1706131..1706287,1706644..1707175,1707258..>1707330))	Aspergillus niger	4978292
An01g07220	mRNA	An01g07220	NT_166518.1	1707856	1709039	D	An01g07220	join(<1707856..1708448,1708505..>1709039)	Aspergillus niger	4977406
An01g07230	mRNA	An01g07230	NT_166518.1	1709162	1710070	R	An01g07230	complement(<1709162..>1710070)	Aspergillus niger	4977490
An01g07240	mRNA	An01g07240	NT_166518.1	1710599	1712465	D	An01g07240	join(<1710599..1710706,1710780..>1712465)	Aspergillus niger	4978195
An01g07250	mRNA	An01g07250	NT_166518.1	1713068	1713421	D	An01g07250	join(<1713068..1713267,1713397..>1713421)	Aspergillus niger	4977472
An01g07260	mRNA	An01g07260	NT_166518.1	1713888	1715242	R	An01g07260	complement(join(<1713888..1714847,1714916..>1715242))	Aspergillus niger	4977420
An01g07270	mRNA	An01g07270	NT_166518.1	1715638	1716693	D	An01g07270	<1715638..>1716693	Aspergillus niger	4977370
An01g07280	mRNA	An01g07280	NT_166518.1	1717088	1718617	R	An01g07280	complement(<1717088..>1718617)	Aspergillus niger	4977624
An01g07290	mRNA	An01g07290	NT_166518.1	1720285	1723964	D	An01g07290	join(<1720285..1722467,1722515..1723243,1723629..1723655,1723688..>1723964)	Aspergillus niger	4977143
An01g07300	mRNA	An01g07300	NT_166518.1	1724256	1724976	R	An01g07300	complement(join(<1724256..1724708,1724809..>1724976))	Aspergillus niger	4977713
An01g07310	mRNA	An01g07310	NT_166518.1	1726170	1727781	D	An01g07310	join(<1726170..1726246,1726512..1726679,1726864..1726888,1726969..1727265,1727659..>1727781)	Aspergillus niger	84589994
An01g07320	mRNA	An01g07320	NT_166518.1	1727826	1729588	D	An01g07320	join(<1727826..1728045,1728157..1728629,1728692..1728716,1728815..1728931,1729365..>1729588)	Aspergillus niger	4977884
An01g07330	mRNA	An01g07330	NT_166518.1	1729975	1735604	R	An01g07330	complement(join(<1729975..1730055,1730134..1732194,1732312..1733744,1733868..1734116,1734198..1734708,1734763..1734869,1734912..1735118,1735166..1735339,1735402..1735468,1735527..>1735604))	Aspergillus niger	4977353
An01g07340	mRNA	An01g07340	NT_166518.1	1735630	1736083	D	An01g07340	join(<1735630..1735704,1735810..1735856,1735948..>1736083)	Aspergillus niger	84589995
An01g07350	mRNA	An01g07350	NT_166518.1	1736104	1736780	D	An01g07350	join(<1736104..1736176,1736246..1736325,1736398..1736523,1736586..1736665,1736720..>1736780)	Aspergillus niger	4977407
An01g07360	mRNA	An01g07360	NT_166518.1	1737408	1739032	D	An01g07360	join(<1737408..1737456,1737547..1737689,1737757..1738444,1738522..1738572,1738656..1738730,1738818..>1739032)	Aspergillus niger	4977108
An01g07370	mRNA	An01g07370	NT_166518.1	1739060	1739839	R	An01g07370	complement(join(<1739060..1739697,1739773..>1739839))	Aspergillus niger	4977252
An01g07380	mRNA	An01g07380	NT_166518.1	1740285	1741823	D	An01g07380	join(<1740285..1740841,1740906..1741509,1741722..>1741823)	Aspergillus niger	4978255
An01g07390	mRNA	An01g07390	NT_166518.1	1741875	1743723	D	An01g07390	join(<1741875..1742127,1742188..1742498,1742560..1743099,1743164..1743343,1743402..1743543,1743662..>1743723)	Aspergillus niger	4977953
An01g07400	mRNA	An01g07400	NT_166518.1	1744151	1745769	D	An01g07400	join(<1744151..1744264,1744449..1745323,1745390..1745561,1745662..>1745769)	Aspergillus niger	4978489
An01g07410	mRNA	An01g07410	NT_166518.1	1746128	1747633	R	An01g07410	complement(join(<1746128..1746343,1746566..1746677,1746860..1747204,1747427..1747527,1747618..>1747633))	Aspergillus niger	4977193
An01g07420	mRNA	An01g07420	NT_166518.1	1748258	1749807	R	An01g07420	complement(join(<1748258..1748355,1748411..1748549,1748602..>1749807))	Aspergillus niger	4977464
An01g07430	mRNA	An01g07430	NT_166518.1	1751522	1752868	D	An01g07430	join(<1751522..1752281,1752384..>1752868)	Aspergillus niger	4977910
An01g07440	mRNA	An01g07440	NT_166518.1	1753329	1753699	R	An01g07440	complement(join(<1753329..1753565,1753664..>1753699))	Aspergillus niger	84589996
An01g07445	mRNA	An01g07445	NT_166518.1	1753743	1754087	D	An01g07445	<1753743..>1754087	Aspergillus niger	84589997
An01g07450	mRNA	An01g07450	NT_166518.1	1754277	1756560	D	An01g07450	join(<1754277..1754425,1754480..1754999,1755063..1755860,1755937..>1756560)	Aspergillus niger	84589998
An01g07460	mRNA	An01g07460	NT_166518.1	1756913	1758029	R	An01g07460	complement(join(<1756913..1757512,1757691..>1758029))	Aspergillus niger	4978488
An01g07470	mRNA	An01g07470	NT_166518.1	1758987	1760618	D	An01g07470	join(<1758987..1759130,1759179..1759220,1759267..1759543,1759589..1759699,1759767..1759913,1759980..1760319,1760396..>1760618)	Aspergillus niger	4977452
An01g07480	mRNA	An01g07480	NT_166518.1	1760926	1764312	R	An01g07480	complement(join(<1760926..1763444,1763506..1763749,1763818..>1764312))	Aspergillus niger	4977573
An01g07490	mRNA	An01g07490	NT_166518.1	1764345	1766127	R	An01g07490	complement(join(<1764345..1764461,1764547..>1766127))	Aspergillus niger	84589999
An01g07500	mRNA	An01g07500	NT_166518.1	1766817	1767276	D	An01g07500	join(<1766817..1767064,1767189..>1767276)	Aspergillus niger	4977354
An01g07510	mRNA	An01g07510	NT_166518.1	1767674	1768769	R	An01g07510	complement(join(<1767674..1768030,1768091..1768169,1768224..1768507,1768586..1768678,1768758..>1768769))	Aspergillus niger	4977014
An01g07520	mRNA	An01g07520	NT_166518.1	1769055	1772208	D	An01g07520	join(<1769055..1769250,1769303..1771986,1772023..>1772208)	Aspergillus niger	4977175
An01g07530	mRNA	An01g07530	NT_166518.1	1772439	1774036	R	An01g07530	complement(join(<1772439..1773749,1773815..>1774036))	Aspergillus niger	4977307
An01g07540	mRNA	An01g07540	NT_166518.1	1774408	1775892	R	An01g07540	complement(join(<1774408..1774488,1774588..1774711,1774751..1774805,1775407..1775544,1775656..1775739,1775844..>1775892))	Aspergillus niger	84590000
An01g07550	mRNA	An01g07550	NT_166518.1	1777249	1778490	D	An01g07550	join(<1777249..1777886,1777977..1778115,1778170..>1778490)	Aspergillus niger	4977663
An01g07560	mRNA	An01g07560	NT_166518.1	1779034	1779370	R	An01g07560	complement(join(<1779034..1779104,1779148..>1779370))	Aspergillus niger	84590001
An01g07570	mRNA	An01g07570	NT_166518.1	1779531	1781222	D	An01g07570	join(<1779531..1779709,1779770..1779886,1779952..1780079,1780134..1780557,1780635..1781028,1781082..>1781222)	Aspergillus niger	4977244
An01g07580	mRNA	An01g07580	NT_166518.1	1781671	1782876	R	An01g07580	complement(join(<1781671..1781823,1781863..1782142,1782242..1782338,1782418..1782605,1782701..>1782876))	Aspergillus niger	4977047
An01g07590	mRNA	An01g07590	NT_166518.1	1783196	1783964	D	An01g07590	join(<1783196..1783591,1783700..1783775,1783852..>1783964)	Aspergillus niger	4978335
An01g07600	mRNA	An01g07600	NT_166518.1	1784195	1786977	R	An01g07600	complement(join(<1784195..1784836,1784901..1786317,1786375..1786811,1786885..>1786977))	Aspergillus niger	4978438
An01g07615	mRNA	An01g07615	NT_166518.1	1788206	1788779	D	An01g07615	join(<1788206..1788415,1788471..1788609,1788671..>1788779)	Aspergillus niger	4978322
An01g07630	mRNA	An01g07630	NT_166518.1	1788929	1789810	D	An01g07630	<1788929..>1789810	Aspergillus niger	84590002
An01g07640	mRNA	An01g07640	NT_166518.1	1790170	1791374	R	An01g07640	complement(join(<1790170..1790353,1790414..1790610,1790695..1790930,1791006..1791192,1791279..>1791374))	Aspergillus niger	4978225
An01g07650	mRNA	An01g07650	NT_166518.1	1792669	1793684	D	An01g07650	join(<1792669..1792720,1792789..>1793684)	Aspergillus niger	4978276
An01g07660	mRNA	An01g07660	NT_166518.1	1794055	1795834	R	An01g07660	complement(join(<1794055..1794264,1794340..1794405,1794467..>1795834))	Aspergillus niger	4977488
An01g07670	mRNA	An01g07670	NT_166518.1	1795923	1796848	D	An01g07670	join(<1795923..1796132,1796213..1796275,1796521..1796568,1796696..>1796848)	Aspergillus niger	84590003
An01g07680	mRNA	An01g07680	NT_166518.1	1798182	1801357	R	An01g07680	complement(join(<1798182..1798797,1799128..1799319,1799941..1800092,1800286..1800310,1800393..1800481,1800991..1801044,1801102..1801125,1801229..>1801357))	Aspergillus niger	84590004
An01g07690	mRNA	An01g07690	NT_166518.1	1802051	1803249	R	An01g07690	complement(join(<1802051..1802083,1802180..1802541,1802634..1802705,1802790..1802893,1802986..1803033,1803113..>1803249))	Aspergillus niger	84590005
An01g07700	mRNA	An01g07700	NT_166518.1	1803706	1805085	R	An01g07700	complement(join(<1803706..1804042,1804094..1804189,1804240..1804622,1804675..1804790,1804896..>1805085))	Aspergillus niger	4977298
An01g07710	mRNA	An01g07710	NT_166518.1	1806110	1806437	D	An01g07710	join(<1806110..1806205,1806315..>1806437)	Aspergillus niger	84590006
An01g07720	mRNA	An01g07720	NT_166518.1	1807029	1808538	D	An01g07720	join(<1807029..1807211,1807264..1807390,1807452..1807575,1807629..1808080,1808138..1808394,1808461..>1808538)	Aspergillus niger	4977846
An01g07730	mRNA	An01g07730	NT_166518.1	1808995	1809712	R	An01g07730	complement(join(<1808995..1809485,1809550..>1809712))	Aspergillus niger	84590007
An01g07740	mRNA	An01g07740	NT_166518.1	1810910	1811221	R	An01g07740	complement(<1810910..>1811221)	Aspergillus niger	84590008
An01g07750	mRNA	An01g07750	NT_166518.1	1811653	1812447	R	An01g07750	complement(join(<1811653..1811821,1811916..1812082,1812141..1812215,1812331..>1812447))	Aspergillus niger	4977877
An01g07760	mRNA	An01g07760	NT_166518.1	1812552	1813738	R	An01g07760	complement(join(<1812552..1812781,1812855..1813299,1813415..>1813738))	Aspergillus niger	4977857
An01g07765	mRNA	An01g07765	NT_166518.1	1814118	1814450	D	An01g07765	<1814118..>1814450	Aspergillus niger	84590009
An01g07770	mRNA	An01g07770	NT_166518.1	1814765	1815544	D	An01g07770	<1814765..>1815544	Aspergillus niger	4977057
An01g07780	mRNA	An01g07780	NT_166518.1	1815861	1816261	D	An01g07780	join(<1815861..1815989,1816157..>1816261)	Aspergillus niger	84590010
An01g07790	mRNA	An01g07790	NT_166518.1	1816318	1817930	D	An01g07790	join(<1816318..1816423,1816516..>1817930)	Aspergillus niger	4977259
An01g07800	mRNA	An01g07800	NT_166518.1	1818262	1819010	R	An01g07800	complement(join(<1818262..1818349,1818451..1818531,1818658..>1819010))	Aspergillus niger	84590011
An01g07810	mRNA	An01g07810	NT_166518.1	1819587	1820662	D	An01g07810	join(<1819587..1819737,1819796..1819951,1820040..1820415,1820485..>1820662)	Aspergillus niger	4977285
An01g07820	mRNA	An01g07820	NT_166518.1	1821692	1824504	D	An01g07820	join(<1821692..1821862,1821955..1822052,1822115..1822334,1822392..1823234,1823290..>1824504)	Aspergillus niger	4977954
An01g07830	mRNA	An01g07830	NT_166518.1	1836372	1838000	D	An01g07830	join(<1836372..1836581,1836636..1836710,1836777..>1838000)	Aspergillus niger	4977920
An01g07840	mRNA	An01g07840	NT_166518.1	1839789	1840678	R	An01g07840	complement(join(<1839789..1840505,1840559..>1840678))	Aspergillus niger	4977647
An01g07850	mRNA	An01g07850	NT_166518.1	1841974	1842784	D	An01g07850	join(<1841974..1842000,1842064..1842614,1842691..>1842784)	Aspergillus niger	4977423
An01g07860	mRNA	An01g07860	NT_166518.1	1843733	1847222	D	An01g07860	join(<1843733..1843964,1844058..1845389,1845442..1845641,1845689..1845922,1845971..1847148,1847198..>1847222)	Aspergillus niger	4977645
An01g07870	mRNA	An01g07870	NT_166518.1	1852482	1854326	D	An01g07870	join(<1852482..1852768,1852836..1853034,1853095..1853296,1853353..1853631,1853686..>1854326)	Aspergillus niger	4978306
An01g07872	mRNA	An01g07872	NT_166518.1	1854560	1854877	D	An01g07872	<1854560..>1854877	Aspergillus niger	84590012
An01g07890	mRNA	cpcA	NT_166518.1	1859072	1859254	D	An01g07890	<1859072..>1859254	Aspergillus niger	84590013
An01g07900	mRNA	cpcA	NT_166518.1	1859628	1860420	D	An01g07900	join(<1859628..1859652,1859704..>1860420)	Aspergillus niger	84590014
An01g07910	mRNA	An01g07910	NT_166518.1	1861711	1863550	R	An01g07910	complement(join(<1861711..1862775,1862810..>1863550))	Aspergillus niger	4978237
An01g07920	mRNA	An01g07920	NT_166518.1	1864505	1866458	D	An01g07920	join(<1864505..1865309,1865362..1865439,1865498..1865673,1865724..1865871,1865941..1866159,1866238..1866349,1866413..>1866458)	Aspergillus niger	4977536
An01g07930	mRNA	An01g07930	NT_166518.1	1867178	1868694	R	An01g07930	complement(join(<1867178..1868135,1868238..1868587,1868647..>1868694))	Aspergillus niger	84590015
An01g07940	mRNA	An01g07940	NT_166518.1	1869229	1869821	R	An01g07940	complement(join(<1869229..1869695,1869752..>1869821))	Aspergillus niger	84590016
An01g07950	mRNA	An01g07950	NT_166518.1	1870639	1871439	D	An01g07950	<1870639..>1871439	Aspergillus niger	4977500
An01g07960	mRNA	An01g07960	NT_166518.1	1873110	1875767	D	An01g07960	join(<1873110..1873362,1873392..1873667,1873906..1873984,1874040..1874167,1874641..1874708,1875011..1875560,1875697..>1875767)	Aspergillus niger	84590017
An01g07970	mRNA	An01g07970	NT_166518.1	1876573	1877373	D	An01g07970	join(<1876573..1877241,1877314..>1877373)	Aspergillus niger	84590018
An01g07980	mRNA	An01g07980	NT_166518.1	1878439	1878696	D	An01g07980	<1878439..>1878696	Aspergillus niger	4977661
An01g07990	mRNA	An01g07990	NT_166518.1	1880525	1881116	D	An01g07990	join(<1880525..1880838,1881008..>1881116)	Aspergillus niger	4978202
An01g08000	mRNA	An01g08000	NT_166518.1	1881717	1886460	D	An01g08000	join(<1881717..1882184,1882276..>1886460)	Aspergillus niger	4977635
An01g08010	mRNA	An01g08010	NT_166518.1	1888541	1889556	D	An01g08010	join(<1888541..1888607,1888661..1888997,1889049..>1889556)	Aspergillus niger	4978160
An01g08020	mRNA	An01g08020	NT_166518.1	1889744	1890328	R	An01g08020	complement(<1889744..>1890328)	Aspergillus niger	4977229
An01g08030	mRNA	An01g08030	NT_166518.1	1892159	1893367	D	An01g08030	join(<1892159..1892673,1892826..1893143,1893258..1893276,1893344..>1893367)	Aspergillus niger	4977859
An01g08040	mRNA	An01g08040	NT_166518.1	1894197	1896079	R	An01g08040	complement(join(<1894197..1894867,1894980..1895713,1895841..>1896079))	Aspergillus niger	4977153
An01g08050	mRNA	An01g08050	NT_166518.1	1896882	1899608	R	An01g08050	complement(join(<1896882..1897962,1898025..1898787,1898844..1899342,1899462..>1899608))	Aspergillus niger	4977435
An01g08060	mRNA	An01g08060	NT_166518.1	1902036	1905220	D	An01g08060	join(<1902036..1902194,1902371..1902561,1902714..1902763,1902986..1903065,1903195..1903610,1903662..1904267,1904353..>1905220)	Aspergillus niger	4977664
An01g08070	mRNA	An01g08070	NT_166518.1	1905622	1907550	R	An01g08070	complement(join(<1905622..1905796,1905871..1905987,1906749..1906948,1907025..1907042,1907122..1907185,1907280..1907394,1907469..>1907550))	Aspergillus niger	84590019
An01g08080	mRNA	An01g08080	NT_166518.1	1907646	1911008	D	An01g08080	join(<1907646..1907696,1907762..1907832,1907974..1908254,1908326..1908516,1908569..1908851,1908907..1909046,1909098..1909228,1909281..1909635,1909687..1909803,1909863..1909902,1909966..>1911008)	Aspergillus niger	4978449
An01g08090	mRNA	An01g08090	NT_166518.1	1911429	1913471	R	An01g08090	complement(join(<1911429..1911625,1911807..1912764,1912828..1912925,1913006..>1913471))	Aspergillus niger	4977950
An01g08100	mRNA	An01g08100	NT_166518.1	1914199	1915239	D	An01g08100	<1914199..>1915239	Aspergillus niger	4977249
An01g08110	mRNA	An01g08110	NT_166518.1	1915740	1919327	R	An01g08110	complement(<1915740..>1919327)	Aspergillus niger	4977805
An01g08120	mRNA	An01g08120	NT_166518.1	1920870	1921877	D	An01g08120	join(<1920870..1921128,1921180..>1921877)	Aspergillus niger	4977598
An01g08130	mRNA	An01g08130	NT_166518.1	1922604	1923835	R	An01g08130	complement(join(<1922604..1922840,1922894..1923620,1923681..>1923835))	Aspergillus niger	4977744
An01g08140	mRNA	An01g08140	NT_166518.1	1923938	1924458	D	An01g08140	join(<1923938..1924042,1924120..>1924458)	Aspergillus niger	84590020
An01g08150	mRNA	An01g08150	NT_166518.1	1925965	1926714	D	An01g08150	<1925965..>1926714	Aspergillus niger	4977769
An01g08160	mRNA	An01g08160	NT_166518.1	1926931	1928669	R	An01g08160	complement(join(<1926931..1926951,1927015..1928046,1928107..1928160,1928220..1928305,1928526..1928622,1928655..>1928669))	Aspergillus niger	4977062
An01g08170	mRNA	An01g08170	NT_166518.1	1929271	1930401	D	An01g08170	<1929271..>1930401	Aspergillus niger	4977686
An01g08180	mRNA	An01g08180	NT_166518.1	1930641	1934736	R	An01g08180	complement(join(<1930641..1930649,1930737..1934426,1934490..1934573,1934635..>1934736))	Aspergillus niger	4977032
An01g08190	mRNA	An01g08190	NT_166518.1	1935001	1937093	D	An01g08190	join(<1935001..1935058,1935142..1935215,1935319..1935435,1935515..1935553,1935638..1935709,1936000..1936193,1936505..1936559,1936841..1936966,1937040..>1937093)	Aspergillus niger	84590021
An01g08200	mRNA	An01g08200	NT_166518.1	1937323	1937719	R	An01g08200	complement(join(<1937323..1937481,1937528..>1937719))	Aspergillus niger	84590022
An01g08210	mRNA	An01g08210	NT_166518.1	1937899	1939455	D	An01g08210	join(<1937899..1939056,1939162..1939336,1939409..>1939455)	Aspergillus niger	4977332
An01g08220	mRNA	An01g08220	NT_166518.1	1940196	1941275	R	An01g08220	complement(join(<1940196..1940359,1940418..1940566,1940622..1940924,1940978..1941061,1941184..>1941275))	Aspergillus niger	4978078
An01g08230	mRNA	An01g08230	NT_166518.1	1941940	1943462	D	An01g08230	join(<1941940..1942045,1942136..1942282,1942352..1942422,1942482..>1943462)	Aspergillus niger	4977313
An01g08240	mRNA	An01g08240	NT_166518.1	1944587	1946657	R	An01g08240	complement(join(<1944587..1945032,1945072..1945773,1945835..>1946657))	Aspergillus niger	4977186
An01g08250	mRNA	An01g08250	NT_166518.1	1946659	1947238	D	An01g08250	join(<1946659..1946731,1946808..1946879,1946964..>1947238)	Aspergillus niger	84590023
An01g08260	mRNA	An01g08260	NT_166518.1	1947256	1949602	R	An01g08260	complement(join(<1947256..1947574,1947608..1947679,1947736..1947794,1947885..1947954,1948638..1948699,1948806..1948868,1949474..>1949602))	Aspergillus niger	84590024
An01g08265	mRNA	An01g08265	NT_166518.1	1949923	1950910	D	An01g08265	join(<1949923..1950095,1950194..1950292,1950763..>1950910)	Aspergillus niger	84590025
An01g08270	mRNA	An01g08270	NT_166518.1	1951411	1952098	D	An01g08270	join(<1951411..1951498,1951611..>1952098)	Aspergillus niger	84590026
An01g08280	mRNA	An01g08280	NT_166518.1	1952121	1953320	D	An01g08280	<1952121..>1953320	Aspergillus niger	4977985
An01g08290	mRNA	An01g08290	NT_166518.1	1953830	1954201	R	An01g08290	complement(join(<1953830..1953846,1953919..1954029,1954156..>1954201))	Aspergillus niger	84590027
An01g08300	mRNA	An01g08300	NT_166518.1	1955069	1956234	D	An01g08300	join(<1955069..1955425,1955514..1955517,1955649..1955818,1955878..>1956234)	Aspergillus niger	4978150
An01g08310	mRNA	An01g08310	NT_166518.1	1960276	1963395	D	An01g08310	<1960276..>1963395	Aspergillus niger	4977242
An01g08360	mRNA	An01g08360	NT_166518.1	1966173	1968901	R	An01g08360	complement(join(<1966173..1967783,1967842..1968234,1968284..>1968901))	Aspergillus niger	84590028
An01g08370	mRNA	An01g08370	NT_166518.1	1969276	1970364	R	An01g08370	complement(<1969276..>1970364)	Aspergillus niger	4977187
An01g08380	mRNA	An01g08380	NT_166518.1	1971055	1972026	R	An01g08380	complement(join(<1971055..1971803,1971867..1971907,1971959..>1972026))	Aspergillus niger	4977103
An01g08390	mRNA	An01g08390	NT_166518.1	1972340	1972840	D	An01g08390	<1972340..>1972840	Aspergillus niger	4977708
An01g08400	mRNA	An01g08400	NT_166518.1	1973313	1975313	R	An01g08400	complement(join(<1973313..1973459,1973522..1974124,1974173..1974553,1974604..1975082,1975159..1975218,1975280..>1975313))	Aspergillus niger	4977565
An01g08410	mRNA	An01g08410	NT_166518.1	1975898	1976757	R	An01g08410	complement(join(<1975898..1976015,1976077..1976552,1976623..>1976757))	Aspergillus niger	4977357
An01g08420	mRNA	An01g08420	NT_166518.1	1977728	1979659	D	An01g08420	join(<1977728..1977853,1977916..1978198,1978255..1978385,1978455..1979108,1979165..>1979659)	Aspergillus niger	4977847
An01g08430	mRNA	An01g08430	NT_166518.1	1980563	1982518	D	An01g08430	join(<1980563..1981310,1981388..1982025,1982102..>1982518)	Aspergillus niger	4978332
An01g08440	mRNA	An01g08440	NT_166518.1	1983019	1983897	R	An01g08440	complement(join(<1983019..1983141,1983199..1983648,1983746..1983787,1983844..>1983897))	Aspergillus niger	4978459
An01g08450	mRNA	An01g08450	NT_166518.1	1984772	1986358	D	An01g08450	join(<1984772..1984945,1985024..>1986358)	Aspergillus niger	4978506
An01g08460	mRNA	An01g08460	NT_166518.1	1986568	1988443	R	An01g08460	complement(join(<1986568..1986588,1986656..1988043,1988104..>1988443))	Aspergillus niger	4978324
An01g08465	mRNA	An01g08465	NT_166518.1	1988694	1989222	D	An01g08465	join(<1988694..1988706,1988814..1988873,1988946..1989056,1989167..>1989222)	Aspergillus niger	4978316
An01g08470	mRNA	An01g08470	NT_166518.1	1990289	1992942	R	An01g08470	complement(join(<1990289..1992346,1992452..1992682,1992907..>1992942))	Aspergillus niger	4978128
An01g08490	mRNA	An01g08490	NT_166518.1	1997656	1999294	D	An01g08490	join(<1997656..1998948,1999013..>1999294)	Aspergillus niger	4977172
An01g08500	mRNA	An01g08500	NT_166518.1	1999496	2001328	R	An01g08500	complement(join(<1999496..1999522,1999647..1999668,1999739..2001089,2001148..>2001328))	Aspergillus niger	4977212
An01g08510	mRNA	An01g08510	NT_166518.1	2001884	2002374	D	An01g08510	join(<2001884..2002111,2002240..>2002374)	Aspergillus niger	4977025
An01g08520	mRNA	An01g08520	NT_166518.1	2002624	2004175	R	An01g08520	complement(join(<2002624..2003805,2003882..>2004175))	Aspergillus niger	4978029
An01g08530	mRNA	kexB	NT_166518.1	2004659	2007243	R	An01g08530	complement(join(<2004659..2005430,2005481..>2007243))	Aspergillus niger	4977223
An01g08540	mRNA	An01g08540	NT_166518.1	2008303	2009948	R	An01g08540	complement(join(<2008303..2009031,2009087..2009461,2009548..2009762,2009840..>2009948))	Aspergillus niger	4977965
An01g08550	mRNA	An01g08550	NT_166518.1	2011265	2013001	R	An01g08550	complement(join(<2011265..2011548,2011617..2011864,2011925..2012158,2012220..>2013001))	Aspergillus niger	4977234
An01g08560	mRNA	An01g08560	NT_166518.1	2016580	2021075	D	An01g08560	join(<2016580..2019462,2019518..2019643,2019699..2019901,2019957..2020252,2020327..>2021075)	Aspergillus niger	4977694
An01g08570	mRNA	An01g08570	NT_166518.1	2021816	2023058	D	An01g08570	join(<2021816..2021837,2021918..2022817,2022877..>2023058)	Aspergillus niger	4977808
An01g08580	mRNA	An01g08580	NT_166518.1	2023631	2026513	R	An01g08580	complement(<2023631..>2026513)	Aspergillus niger	4977735
An01g08590	mRNA	An01g08590	NT_166518.1	2028439	2029572	R	An01g08590	complement(join(<2028439..2028796,2028858..2029277,2029328..>2029572))	Aspergillus niger	4977165
An01g08600	mRNA	An01g08600	NT_166518.1	2031574	2033921	D	An01g08600	join(<2031574..2032505,2032580..2033311,2033363..>2033921)	Aspergillus niger	4977700
An01g08610	mRNA	An01g08610	NT_166518.1	2034254	2035406	R	An01g08610	complement(join(<2034254..2034964,2035026..2035246,2035367..>2035406))	Aspergillus niger	4977454
An01g08620	mRNA	An01g08620	NT_166518.1	2035977	2036745	D	An01g08620	join(<2035977..2036119,2036243..2036529,2036597..>2036745)	Aspergillus niger	4977747
An01g08630	mRNA	An01g08630	NT_166518.1	2037258	2038963	R	An01g08630	complement(join(<2037258..2037405,2037470..2038335,2038400..>2038963))	Aspergillus niger	4977438
An01g08640	mRNA	An01g08640	NT_166518.1	2040891	2041991	D	An01g08640	join(<2040891..2041393,2041454..>2041991)	Aspergillus niger	4977569
An01g08650	mRNA	An01g08650	NT_166518.1	2042585	2044102	D	An01g08650	<2042585..>2044102	Aspergillus niger	4977592
An01g08660	mRNA	An01g08660	NT_166518.1	2044539	2045591	D	An01g08660	join(<2044539..2045408,2045508..>2045591)	Aspergillus niger	4977858
An01g08670	mRNA	An01g08670	NT_166518.1	2045810	2048181	D	An01g08670	join(<2045810..2045843,2046088..2046134,2046227..2046334,2046469..2046522,2046633..2046671,2046729..2046899,2047163..2047574,2047664..2047782,2047876..>2048181)	Aspergillus niger	4978161
An01g08680	mRNA	An01g08680	NT_166518.1	2048547	2050866	R	An01g08680	complement(join(<2048547..2048722,2048784..2048984,2049042..2049511,2049681..2049981,2050084..2050506,2050557..2050738,2050817..>2050866))	Aspergillus niger	84590029
An01g08690	mRNA	An01g08690	NT_166518.1	2051467	2053208	D	An01g08690	join(<2051467..2051844,2051905..2052452,2052512..2052800,2052867..>2053208)	Aspergillus niger	4977856
An01g08700	mRNA	An01g08700	NT_166518.1	2053782	2055877	D	An01g08700	join(<2053782..2054030,2054094..2054588,2054637..2055316,2055369..2055438,2055797..>2055877)	Aspergillus niger	4978289
An01g08710	mRNA	An01g08710	NT_166518.1	2056856	2059047	D	An01g08710	join(<2056856..2056922,2057026..2057140,2057186..2057266,2057320..2057450,2057504..2057634,2057714..2057812,2057889..2058096,2058149..2058296,2058344..2058420,2058476..2058536,2058590..2058666,2058731..2058802,2058869..>2059047)	Aspergillus niger	4978226
An01g08720	mRNA	An01g08720	NT_166518.1	2059498	2065560	R	An01g08720	complement(join(<2059498..2059557,2059634..2061011,2061071..>2065560))	Aspergillus niger	4978295
An01g08730	mRNA	An01g08730	NT_166518.1	2066611	2069446	R	An01g08730	complement(join(<2066611..2066636,2066766..2066779,2066940..2066989,2067480..2068160,2068212..2068460,2068625..>2069446))	Aspergillus niger	4978039
An01g08740	mRNA	An01g08740	NT_166518.1	2069805	2071502	D	An01g08740	<2069805..>2071502	Aspergillus niger	4977196
An01g08750	mRNA	An01g08750	NT_166518.1	2072809	2073610	R	An01g08750	complement(join(<2072809..2072943,2073004..2073151,2073231..>2073610))	Aspergillus niger	84590030
An01g08760	mRNA	An01g08760	NT_166518.1	2074334	2076988	D	An01g08760	join(<2074334..2074514,2074548..2074628,2074690..2074731,2074801..2075248,2075437..2075982,2076097..2076112,2076266..2076311,2076621..>2076988)	Aspergillus niger	4977051
An01g08770	mRNA	An01g08770	NT_166518.1	2078586	2080367	R	An01g08770	complement(join(<2078586..2078696,2078773..2079187,2079299..2079595,2080138..2080175,2080302..>2080367))	Aspergillus niger	84590031
An01g08780	mRNA	An01g08780	NT_166518.1	2081473	2083308	D	An01g08780	join(<2081473..2081692,2081764..2081952,2082030..2082966,2083032..>2083308)	Aspergillus niger	4977987
An01g08790	mRNA	An01g08790	NT_166518.1	2086052	2087850	D	An01g08790	join(<2086052..2086200,2086250..2086561,2086614..2087205,2087272..>2087850)	Aspergillus niger	4977491
An01g08800	mRNA	An01g08800	NT_166518.1	2088470	2090083	R	An01g08800	complement(join(<2088470..2088487,2088542..2088963,2089022..2089526,2089746..2089886,2089931..2089969,2090081..>2090083))	Aspergillus niger	4977373
An01g08810	mRNA	An01g08810	NT_166518.1	2090307	2090797	D	An01g08810	join(<2090307..2090340,2090493..>2090797)	Aspergillus niger	84590032
An01g08820	mRNA	An01g08820	NT_166518.1	2096473	2098844	R	An01g08820	complement(join(<2096473..2097132,2097186..>2098844))	Aspergillus niger	84590033
An01g08830	mRNA	An01g08830	NT_166518.1	2099360	2100271	D	An01g08830	join(<2099360..2099446,2099521..2099963,2099998..2100056,2100119..2100149,2100205..>2100271)	Aspergillus niger	4978009
An01g08840	mRNA	An01g08840	NT_166518.1	2100463	2101849	R	An01g08840	complement(join(<2100463..2101106,2101173..2101707,2101823..>2101849))	Aspergillus niger	4977428
An01g08850	mRNA	An01g08850	NT_166518.1	2103306	2104897	R	An01g08850	complement(join(<2103306..2103731,2103994..2104311,2104476..2104602,2104818..>2104897))	Aspergillus niger	4977902
An01g08860	mRNA	An01g08860	NT_166518.1	2105340	2106315	R	An01g08860	complement(join(<2105340..2105788,2105856..>2106315))	Aspergillus niger	4977740
An01g08870	mRNA	An01g08870	NT_166518.1	2107007	2107982	R	An01g08870	complement(join(<2107007..2107025,2107100..2107400,2107502..2107628,2107794..>2107982))	Aspergillus niger	4977487
An01g08880	mRNA	An01g08880	NT_166518.1	2108713	2112380	R	An01g08880	complement(join(<2108713..2110047,2110107..>2112380))	Aspergillus niger	4978372
An01g08890	mRNA	An01g08890	NT_166518.1	2118297	2118968	R	An01g08890	complement(<2118297..>2118968)	Aspergillus niger	4978410
An01g08900	mRNA	An01g08900	NT_166518.1	2122665	2124356	D	An01g08900	<2122665..>2124356	Aspergillus niger	4977293
An01g08910	mRNA	An01g08910	NT_166518.1	2125276	2125952	R	An01g08910	complement(join(<2125276..2125667,2125880..>2125952))	Aspergillus niger	4977322
An01g08920	mRNA	An01g08920	NT_166518.1	2126589	2128458	D	An01g08920	join(<2126589..2126755,2126817..>2128458)	Aspergillus niger	4977909
An01g08930	mRNA	An01g08930	NT_166518.1	2129012	2131130	R	An01g08930	complement(join(<2129012..2130792,2131082..>2131130))	Aspergillus niger	4978504
An01g08950	mRNA	An01g08950	NT_166518.1	2133521	2134887	D	An01g08950	join(<2133521..2133551,2133613..2133734,2133810..2134255,2134323..>2134887)	Aspergillus niger	4977160
An01g08960	mRNA	An01g08960	NT_166518.1	2135775	2137616	D	An01g08960	<2135775..>2137616	Aspergillus niger	4977031
An01g08970	mRNA	An01g08970	NT_166518.1	2138184	2139790	R	An01g08970	complement(join(<2138184..2139523,2139634..2139722,2139768..>2139790))	Aspergillus niger	84590034
An01g08980	mRNA	An01g08980	NT_166518.1	2140518	2141287	R	An01g08980	complement(join(<2140518..2140565,2140626..2140984,2141155..>2141287))	Aspergillus niger	4977451
An01g08990	mRNA	An01g08990	NT_166518.1	2142596	2144929	D	An01g08990	join(<2142596..2142823,2142876..2143988,2144054..>2144929)	Aspergillus niger	4977797
An01g09000	mRNA	An01g09000	NT_166518.1	2145119	2145951	R	An01g09000	complement(join(<2145119..2145343,2145426..2145597,2145679..2145888,2145947..>2145951))	Aspergillus niger	4977570
An01g09010	mRNA	An01g09010	NT_166518.1	2146626	2147489	D	An01g09010	<2146626..>2147489	Aspergillus niger	4978264
An01g09020	mRNA	An01g09020	NT_166518.1	2147641	2148797	R	An01g09020	complement(join(<2147641..2147835,2147908..2148544,2148664..>2148797))	Aspergillus niger	4977736
An01g09030	mRNA	An01g09030	NT_166518.1	2149391	2154359	R	An01g09030	complement(join(<2149391..2149546,2149607..2151030,2151057..2153157,2153250..>2154359))	Aspergillus niger	4977881
An01g09040	mRNA	An01g09040	NT_166518.1	2157968	2160031	R	An01g09040	complement(join(<2157968..2158216,2158284..2158544,2158601..2159076,2159132..2159377,2159443..>2160031))	Aspergillus niger	4977425
An01g09050	mRNA	An01g09050	NT_166518.1	2166188	2168488	D	An01g09050	join(<2166188..2166560,2166627..>2168488)	Aspergillus niger	4977281
An01g09060	mRNA	An01g09060	NT_166518.1	2169449	2170493	R	An01g09060	complement(join(<2169449..2169789,2170003..2170131,2170190..2170290,2170480..>2170493))	Aspergillus niger	84590035
An01g09070	mRNA	An01g09070	NT_166518.1	2171000	2172061	R	An01g09070	complement(<2171000..>2172061)	Aspergillus niger	84590036
An01g09080	mRNA	An01g09080	NT_166518.1	2174585	2176097	R	An01g09080	complement(join(<2174585..2174624,2174822..2174916,2175083..2175320,2175371..2175855,2175924..>2176097))	Aspergillus niger	84590037
An01g09090	mRNA	An01g09090	NT_166518.1	2176327	2176794	D	An01g09090	<2176327..>2176794	Aspergillus niger	84590038
An01g09100	mRNA	An01g09100	NT_166518.1	2180319	2181587	R	An01g09100	complement(join(<2180319..2180381,2180440..2180754,2180820..>2181587))	Aspergillus niger	4977045
An01g09110	mRNA	An01g09110	NT_166518.1	2182261	2183075	R	An01g09110	complement(join(<2182261..2182341,2182403..2182475,2182533..2182671,2182736..>2183075))	Aspergillus niger	4977468
An01g09120	mRNA	An01g09120	NT_166518.1	2183199	2184969	D	An01g09120	join(<2183199..2183243,2183322..2183979,2184056..2184641,2184837..>2184969)	Aspergillus niger	4977228
An01g09130	mRNA	An01g09130	NT_166518.1	2185246	2186647	R	An01g09130	complement(join(<2185246..2185337,2185426..2185449,2185666..>2186647))	Aspergillus niger	84590039
An01g09140	mRNA	An01g09140	NT_166518.1	2186714	2187306	R	An01g09140	complement(join(<2186714..2186794,2186863..>2187306))	Aspergillus niger	4978012
An01g09150	mRNA	An01g09150	NT_166518.1	2187440	2187816	D	An01g09150	join(<2187440..2187545,2187689..>2187816)	Aspergillus niger	84590040
An01g09160	mRNA	An01g09160	NT_166518.1	2187887	2193562	R	An01g09160	complement(join(<2187887..2188141,2188238..2188401,2188492..2188528,2188829..2188897,2188947..2189528,2189586..2193182,2193254..>2193562))	Aspergillus niger	4977319
An01g09170	mRNA	An01g09170	NT_166518.1	2193993	2195486	D	An01g09170	<2193993..>2195486	Aspergillus niger	4977716
An01g09180	mRNA	An01g09180	NT_166518.1	2195930	2199641	R	An01g09180	complement(join(<2195930..2199130,2199191..2199334,2199396..2199422,2199522..>2199641))	Aspergillus niger	4977590
An01g09190	mRNA	An01g09190	NT_166518.1	2200352	2201140	D	An01g09190	<2200352..>2201140	Aspergillus niger	4977789
An01g09210	mRNA	An01g09210	NT_166518.1	2202161	2204284	D	An01g09210	join(<2202161..2202233,2202302..2202743,2202817..>2204284)	Aspergillus niger	4977154
An01g09220	mRNA	An01g09220	NT_166518.1	2204487	2205821	R	An01g09220	complement(join(<2204487..2205219,2205278..2205363,2205420..>2205821))	Aspergillus niger	4977340
An01g09230	mRNA	An01g09230	NT_166518.1	2206148	2207582	R	An01g09230	complement(join(<2206148..2206295,2206382..2206439,2206477..2206606,2207016..2207094,2207146..2207197,2207233..2207338,2207412..>2207582))	Aspergillus niger	84590041
An01g09240	mRNA	An01g09240	NT_166518.1	2208031	2209300	D	An01g09240	join(<2208031..2208127,2208173..2208237,2208340..2208445,2208493..2208547,2208713..2208811,2208864..2208935,2208982..>2209300)	Aspergillus niger	4977174
An01g09250	mRNA	An01g09250	NT_166518.1	2209520	2210442	R	An01g09250	complement(join(<2209520..2209980,2210063..2210289,2210369..>2210442))	Aspergillus niger	4977680
An01g09260	mRNA	An01g09260	NT_166518.1	2212082	2213863	R	An01g09260	complement(join(<2212082..2212449,2212509..2213308,2213431..2213661,2213760..>2213863))	Aspergillus niger	4977155
An01g09270	mRNA	An01g09270	NT_166518.1	2214708	2216557	R	An01g09270	complement(join(<2214708..2215068,2215131..2215683,2215738..2216080,2216136..2216291,2216354..>2216557))	Aspergillus niger	4977120
An01g09280	mRNA	An01g09280	NT_166518.1	2216873	2217612	R	An01g09280	complement(join(<2216873..2216935,2217010..2217108,2217415..2217481,2217563..>2217612))	Aspergillus niger	84590042
An01g09290	mRNA	An01g09290	NT_166518.1	2218796	2221262	R	An01g09290	complement(join(<2218796..2218922,2218997..2220735,2220799..2220920,2220988..2221063,2221137..>2221262))	Aspergillus niger	4978122
An01g09300	mRNA	An01g09300	NT_166518.1	2222434	2225172	R	An01g09300	complement(join(<2222434..2222710,2222766..2222809,2222861..2223575,2223631..2223745,2223811..2224147,2224292..2224445,2224485..2224677,2224744..2224880,2224959..2225079,2225136..>2225172))	Aspergillus niger	4977693
An01g09310	mRNA	An01g09310	NT_166518.1	2226083	2227083	R	An01g09310	complement(join(<2226083..2226302,2226367..2226670,2226746..2226980,2227054..>2227083))	Aspergillus niger	4977437
An01g09320	mRNA	An01g09320	NT_166518.1	2227799	2228803	D	An01g09320	<2227799..>2228803	Aspergillus niger	4977473
An01g09330	mRNA	An01g09330	NT_166518.1	2228905	2229835	R	An01g09330	complement(join(<2228905..2229261,2229332..2229409,2229440..>2229835))	Aspergillus niger	4977815
An01g09340	mRNA	An01g09340	NT_166518.1	2229967	2230653	R	An01g09340	complement(join(<2229967..2230144,2230198..2230303,2230451..2230545,2230604..>2230653))	Aspergillus niger	84590043
An01g09350	mRNA	An01g09350	NT_166518.1	2231526	2233381	D	An01g09350	join(<2231526..2231910,2231972..2232981,2233085..>2233381)	Aspergillus niger	4977129
An01g09360	mRNA	An01g09360	NT_166518.1	2233585	2236404	R	An01g09360	complement(join(<2233585..2234072,2234271..2234422,2234477..2234535,2234579..2234798,2234997..2235153,2235274..2235509,2235606..2235664,2236177..2236250,2236305..>2236404))	Aspergillus niger	84590044
An01g09370	mRNA	An01g09370	NT_166518.1	2236456	2236778	R	An01g09370	complement(join(<2236456..2236551,2236668..>2236778))	Aspergillus niger	84590045
An01g09380	mRNA	An01g09380	NT_166518.1	2237015	2241894	D	An01g09380	join(<2237015..2237282,2237396..>2241894)	Aspergillus niger	4978296
An01g09390	mRNA	An01g09390	NT_166518.1	2242430	2244420	R	An01g09390	complement(join(<2242430..2243716,2243770..2244119,2244178..2244196,2244256..>2244420))	Aspergillus niger	4978151
An01g09400	mRNA	An01g09400	NT_166518.1	2245402	2246870	D	An01g09400	join(<2245402..2245676,2245745..2246063,2246124..>2246870)	Aspergillus niger	4977774
An01g09410	mRNA	An01g09410	NT_166518.1	2248069	2249245	R	An01g09410	complement(join(<2248069..2248191,2248251..2248806,2248864..2248971,2249035..2249090,2249120..>2249245))	Aspergillus niger	4978175
An01g09420	mRNA	An01g09420	NT_166518.1	2250563	2250974	R	An01g09420	complement(join(<2250563..2250739,2250867..>2250974))	Aspergillus niger	84590046
An01g09430	mRNA	An01g09430	NT_166518.1	2251172	2254511	D	An01g09430	join(<2251172..2251264,2251343..2251428,2251563..2251619,2251666..2251769,2251852..2251965,2252860..2252930,2253008..2253235,2253409..2253660,2253743..2253817,2253910..2254019,2254140..2254257,2254464..>2254511)	Aspergillus niger	84590047
An01g09440	mRNA	An01g09440	NT_166518.1	2254620	2257473	R	An01g09440	complement(join(<2254620..2254688,2254780..2254927,2255046..2255135,2255221..2255372,2255489..2255556,2255808..2255935,2256277..2256393,2256482..2256552,2256604..2256683,2256776..2256974,2257055..2257159,2257235..2257244,2257304..>2257473))	Aspergillus niger	84590048
An01g09450	mRNA	An01g09450	NT_166518.1	2259510	2260361	R	An01g09450	complement(<2259510..>2260361)	Aspergillus niger	4977703
An01g09460	mRNA	An01g09460	NT_166518.1	2262875	2263815	R	An01g09460	complement(join(<2262875..2262898,2262955..2263460,2263517..>2263815))	Aspergillus niger	4977303
An01g09470	mRNA	An01g09470	NT_166518.1	2266387	2267799	D	An01g09470	join(<2266387..2266416,2266518..2266775,2266864..2267048,2267104..2267155,2267208..2267471,2267557..>2267799)	Aspergillus niger	84590049
An01g09480	mRNA	An01g09480	NT_166518.1	2269211	2270245	R	An01g09480	complement(join(<2269211..2269579,2269645..2269826,2269889..2269900,2269972..2270009,2270079..2270136,2270194..>2270245))	Aspergillus niger	4978033
An01g09490	mRNA	An01g09490	NT_166518.1	2270787	2271686	R	An01g09490	complement(join(<2270787..2271019,2271079..2271107,2271165..2271310,2271371..2271471,2271527..2271574,2271644..>2271686))	Aspergillus niger	4977441
An01g09500	mRNA	An01g09500	NT_166518.1	2271952	2274391	D	An01g09500	join(<2271952..2272012,2272078..2272516,2272566..2272830,2272884..2273459,2273519..2274179,2274237..>2274391)	Aspergillus niger	4977746
An01g09510	mRNA	An01g09510	NT_166518.1	2274988	2276810	D	An01g09510	join(<2274988..2276397,2276453..2276504,2276566..>2276810)	Aspergillus niger	4977771
An01g09520	mRNA	An01g09520	NT_166518.1	2277415	2278947	D	An01g09520	join(<2277415..2277527,2277613..2277745,2277813..2277879,2277942..2278256,2278310..>2278947)	Aspergillus niger	4977040
An01g09530	mRNA	An01g09530	NT_166518.1	2279285	2281928	R	An01g09530	complement(join(<2279285..2279472,2279590..2279607,2279765..2279781,2279838..2280896,2280967..2281692,2281750..>2281928))	Aspergillus niger	4977101
An01g09540	mRNA	An01g09540	NT_166518.1	2282186	2283067	D	An01g09540	join(<2282186..2282795,2282874..>2283067)	Aspergillus niger	4977161
An01g09550	mRNA	An01g09550	NT_166518.1	2284637	2286132	D	An01g09550	join(<2284637..2284844,2284919..2285260,2285324..2285681,2285731..2286038,2286089..>2286132)	Aspergillus niger	4977115
An01g09560	mRNA	An01g09560	NT_166518.1	2286807	2288107	R	An01g09560	complement(join(<2286807..2287016,2287070..2287173,2287227..2287695,2287732..2287826,2287885..>2288107))	Aspergillus niger	4977023
An01g09570	mRNA	An01g09570	NT_166518.1	2289344	2291330	D	An01g09570	join(<2289344..2289589,2289652..2289747,2289811..2290095,2290178..2290303,2290358..2290453,2290500..2291025,2291092..>2291330)	Aspergillus niger	4977444
An01g09580	mRNA	An01g09580	NT_166518.1	2291494	2293791	R	An01g09580	complement(join(<2291494..2292297,2292350..2292827,2292876..2293370,2293487..>2293791))	Aspergillus niger	4977093
An01g09590	mRNA	An01g09590	NT_166518.1	2295204	2296449	D	An01g09590	join(<2295204..2295271,2295333..2295355,2295411..2295565,2295620..2296174,2296225..>2296449)	Aspergillus niger	4977843
An01g09600	mRNA	An01g09600	NT_166518.1	2297467	2298934	R	An01g09600	complement(join(<2297467..2298111,2298209..2298509,2298573..>2298934))	Aspergillus niger	84590050
An01g09610	mRNA	An01g09610	NT_166518.1	2300107	2300823	D	An01g09610	join(<2300107..2300157,2300215..>2300823)	Aspergillus niger	4978056
An01g09620	mRNA	An01g09620	NT_166518.1	2301078	2303425	R	An01g09620	complement(join(<2301078..2301844,2301895..2303006,2303055..>2303425))	Aspergillus niger	4977107
An01g09630	mRNA	An01g09630	NT_166518.1	2304880	2306405	D	An01g09630	join(<2304880..2305024,2305081..2305203,2305258..2305326,2305381..>2306405)	Aspergillus niger	4977192
An01g09640	mRNA	An01g09640	NT_166518.1	2306485	2308294	R	An01g09640	complement(join(<2306485..2308002,2308094..>2308294))	Aspergillus niger	4978223
An01g09650	mRNA	An01g09650	NT_166518.1	2308994	2310069	R	An01g09650	complement(join(<2308994..2309419,2309623..>2310069))	Aspergillus niger	4977078
An01g09660	mRNA	An01g09660	NT_166518.1	2310282	2311507	D	An01g09660	join(<2310282..2310389,2310932..2311013,2311329..>2311507)	Aspergillus niger	84590051
An01g09670	mRNA	An01g09670	NT_166518.1	2311616	2314702	R	An01g09670	complement(join(<2311616..2311812,2311904..2311989,2312080..2312264,2312397..2312531,2312644..2312830,2312870..2313105,2313193..2313239,2313321..2313494,2313589..2313674,2313728..2313847,2313960..2314132,2314222..2314268,2314351..2314615,2314694..>2314702))	Aspergillus niger	84590052
An01g09680	mRNA	An01g09680	NT_166518.1	2316407	2317258	D	An01g09680	join(<2316407..2316415,2316504..2316602,2316660..2316723,2316807..2316813,2316873..2317079,2317150..>2317258)	Aspergillus niger	84590053
An01g09690	mRNA	An01g09690	NT_166518.1	2317290	2318103	D	An01g09690	join(<2317290..2317393,2317580..2317654,2317693..2317853,2317944..2317996,2318050..>2318103)	Aspergillus niger	84590054
An01g09700	mRNA	An01g09700	NT_166518.1	2318131	2319935	R	An01g09700	complement(join(<2318131..2318280,2318404..2318457,2318599..2318658,2319072..2319186,2319271..2319429,2319687..2319780,2319845..>2319935))	Aspergillus niger	84590055
An01g09710	mRNA	An01g09710	NT_166518.1	2320229	2321033	D	An01g09710	join(<2320229..2320280,2320358..2320417,2320475..2320567,2320655..2320755,2320849..2320900,2320990..>2321033)	Aspergillus niger	84590056
An01g09720	mRNA	An01g09720	NT_166518.1	2321164	2321582	R	An01g09720	complement(join(<2321164..2321216,2321312..2321407,2321504..>2321582))	Aspergillus niger	84590057
An01g09730	mRNA	An01g09730	NT_166518.1	2321824	2323610	D	An01g09730	join(<2321824..2322027,2322126..2322172,2322228..2322307,2322358..>2323610)	Aspergillus niger	4977106
An01g09740	mRNA	An01g09740	NT_166518.1	2323797	2325665	R	An01g09740	complement(<2323797..>2325665)	Aspergillus niger	4977504
An01g09750	mRNA	An01g09750	NT_166518.1	2326434	2327963	R	An01g09750	complement(join(<2326434..2327624,2327671..2327831,2327888..>2327963))	Aspergillus niger	4978413
An01g09760	mRNA	An01g09760	NT_166518.1	2328251	2329912	D	An01g09760	<2328251..>2329912	Aspergillus niger	4978043
An01g09770	mRNA	An01g09770	NT_166518.1	2329998	2333810	R	An01g09770	complement(join(<2329998..2330709,2330759..2330849,2330905..2330971,2331016..2331337,2331404..2331865,2331916..2332193,2332309..2332403,2332632..2332947,2333019..2333236,2333284..2333502,2333609..>2333810))	Aspergillus niger	4978291
An01g09780	mRNA	An01g09780	NT_166518.1	2334240	2335259	R	An01g09780	complement(<2334240..>2335259)	Aspergillus niger	4978317
An01g09790	mRNA	An01g09790	NT_166518.1	2335689	2336158	R	An01g09790	complement(join(<2335689..2335713,2336049..>2336158))	Aspergillus niger	84590058
An01g09800	mRNA	An01g09800	NT_166518.1	2336508	2337905	D	An01g09800	join(<2336508..2336613,2336694..2337544,2337594..>2337905)	Aspergillus niger	4978384
An01g09810	mRNA	An01g09810	NT_166518.1	2338059	2339531	R	An01g09810	complement(join(<2338059..2339117,2339268..>2339531))	Aspergillus niger	4978281
An01g09820	mRNA	An01g09820	NT_166518.1	2340373	2342172	D	An01g09820	join(<2340373..2340416,2340502..2340670,2340719..2340920,2340974..>2342172)	Aspergillus niger	4978172
An01g09830	mRNA	An01g09830	NT_166518.1	2342309	2343234	R	An01g09830	complement(join(<2342309..2342661,2342729..2343126,2343194..>2343234))	Aspergillus niger	4977447
An01g09840	mRNA	An01g09840	NT_166518.1	2343788	2344259	D	An01g09840	join(<2343788..2343806,2343862..2343897,2344024..2344139,2344206..>2344259)	Aspergillus niger	4977679
An01g09850	mRNA	An01g09850	NT_166518.1	2344530	2345354	R	An01g09850	complement(<2344530..>2345354)	Aspergillus niger	4977850
An01g09860	mRNA	An01g09860	NT_166518.1	2345702	2346845	D	An01g09860	join(<2345702..2346600,2346653..>2346845)	Aspergillus niger	4977258
An01g09870	mRNA	An01g09870	NT_166518.1	2347427	2348585	D	An01g09870	join(<2347427..2347563,2347624..2347802,2347947..2348176,2348247..>2348585)	Aspergillus niger	4978181
An01g09880	mRNA	An01g09880	NT_166518.1	2349006	2350719	R	An01g09880	complement(join(<2349006..2350564,2350659..>2350719))	Aspergillus niger	4977265
An01g09890	mRNA	An01g09890	NT_166518.1	2351633	2352435	D	An01g09890	join(<2351633..2351681,2351738..>2352435)	Aspergillus niger	4977084
An01g09900	mRNA	An01g09900	NT_166518.1	2353193	2353868	D	An01g09900	join(<2353193..2353288,2353347..>2353868)	Aspergillus niger	4977501
An01g09910	mRNA	An01g09910	NT_166518.1	2354083	2355661	R	An01g09910	complement(join(<2354083..2354334,2354407..2355049,2355101..2355489,2355538..2355572,2355631..>2355661))	Aspergillus niger	4977291
An01g09920	mRNA	An01g09920	NT_166518.1	2356485	2358674	D	An01g09920	join(<2356485..2357203,2357333..2357874,2358154..>2358674)	Aspergillus niger	4977556
An01g09930	mRNA	An01g09930	NT_166518.1	2361415	2362913	R	An01g09930	complement(join(<2361415..2362505,2362577..>2362913))	Aspergillus niger	4977659
An01g09940	mRNA	An01g09940	NT_166518.1	2363319	2364958	D	An01g09940	join(<2363319..2363641,2363694..2363891,2363941..2364705,2364759..2364841,2364909..>2364958)	Aspergillus niger	4977272
An01g09950	mRNA	An01g09950	NT_166518.1	2366362	2367895	D	An01g09950	join(<2366362..2366610,2366687..>2367895)	Aspergillus niger	4977928
An01g09960	mRNA	xlnD	NT_166518.1	2368215	2370629	D	An01g09960	<2368215..>2370629	Aspergillus niger	4977682
An01g09970	mRNA	An01g09970	NT_166518.1	2371149	2373242	R	An01g09970	complement(join(<2371149..2371462,2371534..2371600,2371661..2371744,2371801..2372011,2372202..2372450,2372503..2372584,2372649..2372782,2372841..2372936,2372972..2373118,2373196..>2373242))	Aspergillus niger	4977369
An01g09980	mRNA	An01g09980	NT_166518.1	2374363	2374859	D	An01g09980	join(<2374363..2374457,2374517..>2374859)	Aspergillus niger	4977576
An01g10000	mRNA	An01g10000	NT_166518.1	2375652	2380333	R	An01g10000	complement(join(<2375652..2375757,2375827..2377498,2377547..2380170,2380230..>2380333))	Aspergillus niger	4977811
An01g10010	mRNA	An01g10010	NT_166518.1	2381748	2383479	D	An01g10010	join(<2381748..2381767,2381829..>2383479)	Aspergillus niger	4977191
An01g10020	mRNA	An01g10020	NT_166518.1	2385021	2386669	D	An01g10020	join(<2385021..2386442,2386578..2386606,2386645..>2386669)	Aspergillus niger	84590059
An01g10030	mRNA	An01g10030	NT_166518.1	2386961	2388296	R	An01g10030	complement(join(<2386961..2387547,2387606..2387815,2387972..>2388296))	Aspergillus niger	4978475
An01g10040	mRNA	An01g10040	NT_166518.1	2388792	2389139	D	An01g10040	join(<2388792..2388879,2389012..>2389139)	Aspergillus niger	84590060
An01g10050	mRNA	An01g10050	NT_166518.1	2389510	2390396	D	An01g10050	join(<2389510..2389524,2389737..2390022,2390094..2390253,2390312..>2390396)	Aspergillus niger	4978257
An01g10060	mRNA	An01g10060	NT_166518.1	2390899	2394634	R	An01g10060	complement(join(<2390899..2392114,2392168..2392238,2392289..2392605,2392659..2393691,2393746..2393785,2393836..2394365,2394422..>2394634))	Aspergillus niger	4978221
An01g10070	mRNA	An01g10070	NT_166518.1	2395286	2396184	R	An01g10070	complement(join(<2395286..2395662,2395758..>2396184))	Aspergillus niger	4977133
An01g10080	mRNA	An01g10080	NT_166518.1	2397124	2397653	R	An01g10080	complement(join(<2397124..2397316,2397417..2397481,2397588..>2397653))	Aspergillus niger	84590061
An01g10090	mRNA	An01g10090	NT_166518.1	2398353	2399966	D	An01g10090	join(<2398353..2398430,2398675..2398793,2399255..2399377,2399813..>2399966)	Aspergillus niger	84590062
An01g10100	mRNA	An01g10100	NT_166518.1	2400277	2401961	D	An01g10100	join(<2400277..2400289,2400349..2400654,2400712..2401058,2401158..2401610,2401704..>2401961)	Aspergillus niger	4977725
An01g10110	mRNA	An01g10110	NT_166518.1	2402725	2403585	D	An01g10110	join(<2402725..2402751,2402996..2403430,2403499..>2403585)	Aspergillus niger	84590063
An01g10120	mRNA	An01g10120	NT_166518.1	2404837	2405438	D	An01g10120	join(<2404837..2404847,2405088..2405184,2405253..>2405438)	Aspergillus niger	84590064
An01g10130	mRNA	An01g10130	NT_166518.1	2405972	2406499	D	An01g10130	join(<2405972..2405979,2406034..2406247,2406314..>2406499)	Aspergillus niger	84590065
An01g10140	mRNA	An01g10140	NT_166518.1	2406598	2409744	R	An01g10140	complement(join(<2406598..2407163,2407228..2407888,2407947..2409093,2409437..2409534,2409592..>2409744))	Aspergillus niger	4977256
An01g10150	mRNA	An01g10150	NT_166518.1	2410485	2412267	D	An01g10150	join(<2410485..2411565,2411621..>2412267)	Aspergillus niger	4977302
An01g10160	mRNA	An01g10160	NT_166518.1	2413858	2414835	R	An01g10160	complement(join(<2413858..2413922,2414006..2414346,2414467..2414573,2414740..>2414835))	Aspergillus niger	84590066
An01g10170	mRNA	An01g10170	NT_166518.1	2415317	2417635	D	An01g10170	join(<2415317..2416180,2416244..2416322,2416377..2416724,2416780..2417242,2417291..2417378,2417438..>2417635)	Aspergillus niger	4977105
An01g10180	mRNA	An01g10180	NT_166518.1	2417757	2418257	R	An01g10180	complement(join(<2417757..2418188,2418243..>2418257))	Aspergillus niger	84590067
An01g10190	mRNA	An01g10190	NT_166518.1	2419970	2421280	R	An01g10190	complement(join(<2419970..2420650,2420722..2420816,2420882..2421015,2421078..>2421280))	Aspergillus niger	4978004
An01g10200	mRNA	An01g10200	NT_166518.1	2421885	2424215	R	An01g10200	complement(join(<2421885..2421942,2421983..2422048,2422102..>2424215))	Aspergillus niger	4977331
An01g10210	mRNA	An01g10210	NT_166518.1	2425348	2426194	R	An01g10210	complement(join(<2425348..2425439,2425544..2425640,2426003..>2426194))	Aspergillus niger	84590068
An01g10220	mRNA	An01g10220	NT_166518.1	2426311	2427507	D	An01g10220	join(<2426311..2426370,2426436..2426498,2426579..2426691,2426778..2427047,2427269..2427292,2427384..>2427507)	Aspergillus niger	84590069
An01g10230	mRNA	An01g10230	NT_166518.1	2427780	2429087	R	An01g10230	complement(join(<2427780..2427956,2428127..2428233,2428329..2428409,2428484..2428594,2428921..2428947,2429027..>2429087))	Aspergillus niger	84590070
An01g10240	mRNA	An01g10240	NT_166518.1	2429509	2430600	D	An01g10240	join(<2429509..2429757,2429946..2430068,2430139..>2430600)	Aspergillus niger	4977842
An01g10250	mRNA	An01g10250	NT_166518.1	2430842	2431621	R	An01g10250	complement(join(<2430842..2430873,2431117..>2431621))	Aspergillus niger	84590071
An01g10270	mRNA	An01g10270	NT_166518.1	2433385	2435656	D	An01g10270	join(<2433385..2433599,2433658..>2435656)	Aspergillus niger	4977687
An01g10280	mRNA	An01g10280	NT_166518.1	2436324	2437958	D	An01g10280	<2436324..>2437958	Aspergillus niger	84590072
An01g10290	mRNA	An01g10290	NT_166518.1	2438366	2439749	R	An01g10290	complement(join(<2438366..2439220,2439282..2439422,2439486..>2439749))	Aspergillus niger	4977278
An01g10300	mRNA	An01g10300	NT_166518.1	2440496	2441311	R	An01g10300	complement(join(<2440496..2440631,2440709..2440794,2441180..>2441311))	Aspergillus niger	84590073
An01g10310	mRNA	An01g10310	NT_166518.1	2442464	2444188	R	An01g10310	complement(join(<2442464..2443594,2443660..2443764,2444027..2444084,2444115..>2444188))	Aspergillus niger	4977718
An01g10320	mRNA	An01g10320	NT_166518.1	2445188	2446135	D	An01g10320	<2445188..>2446135	Aspergillus niger	4977390
An01g10330	mRNA	An01g10330	NT_166518.1	2446620	2448014	R	An01g10330	complement(join(<2446620..2446859,2446999..2447115,2447284..2447414,2447493..2447699,2447747..>2448014))	Aspergillus niger	84590074
An01g10340	mRNA	An01g10340	NT_166518.1	2448109	2449805	D	An01g10340	join(<2448109..2448900,2448966..>2449805)	Aspergillus niger	4977860
An01g10350	mRNA	An01g10350	NT_166518.1	2451312	2454639	D	An01g10350	join(<2451312..2452123,2452184..2453163,2453217..2453513,2453569..2453640,2453700..2453787,2453844..>2454639)	Aspergillus niger	4977214
An01g10360	mRNA	An01g10360	NT_166518.1	2455091	2456977	R	An01g10360	complement(join(<2455091..2455263,2455325..2455772,2455824..2456055,2456113..2456273,2456342..2456505,2456555..2456657,2456723..>2456977))	Aspergillus niger	4977969
An01g10370	mRNA	An01g10370	NT_166518.1	2457011	2459340	D	An01g10370	join(<2457011..2457110,2457252..2457623,2457827..2457911,2457962..2458198,2458301..2458377,2459192..>2459340)	Aspergillus niger	84590075
An01g10380	mRNA	An01g10380	NT_166518.1	2460244	2462588	R	An01g10380	complement(join(<2460244..2460659,2460725..>2462588))	Aspergillus niger	4978035
An01g10390	mRNA	An01g10390	NT_166518.1	2463032	2463616	D	An01g10390	join(<2463032..2463154,2463352..2463450,2463527..>2463616)	Aspergillus niger	84590076
An01g10400	mRNA	An01g10400	NT_166518.1	2464372	2465727	R	An01g10400	complement(join(<2464372..2464563,2464618..2464715,2464972..2465057,2465152..2465282,2465500..>2465727))	Aspergillus niger	84590077
An01g10410	mRNA	An01g10410	NT_166518.1	2466535	2466756	D	An01g10410	join(<2466535..2466618,2466682..>2466756)	Aspergillus niger	84590078
An01g10420	mRNA	An01g10420	NT_166518.1	2468141	2468494	R	An01g10420	complement(join(<2468141..2468363,2468427..>2468494))	Aspergillus niger	84590079
An01g10430	mRNA	An01g10430	NT_166518.1	2469261	2469423	D	An01g10430	join(<2469261..2469266,2469337..>2469423)	Aspergillus niger	84590080
An01g10440	mRNA	An01g10440	NT_166518.1	2469947	2470735	R	An01g10440	complement(join(<2469947..2469999,2470240..2470296,2470690..>2470735))	Aspergillus niger	84590081
An01g10450	mRNA	An01g10450	NT_166518.1	2471742	2473794	D	An01g10450	join(<2471742..2471905,2472099..2472795,2472832..2472921,2472973..>2473794)	Aspergillus niger	84590082
An01g10460	mRNA	An01g10460	NT_166518.1	2474288	2476046	D	An01g10460	join(<2474288..2474454,2474518..2475364,2475426..>2476046)	Aspergillus niger	4978077
An01g10470	mRNA	An01g10470	NT_166518.1	2476520	2477591	D	An01g10470	join(<2476520..2476522,2476698..>2477591)	Aspergillus niger	4977555
An01g10480	mRNA	An01g10480	NT_166518.1	2478514	2478927	D	An01g10480	<2478514..>2478927	Aspergillus niger	84590083
An01g10490	mRNA	An01g10490	NT_166518.1	2480108	2481592	D	An01g10490	<2480108..>2481592	Aspergillus niger	4977121
An01g10500	mRNA	An01g10500	NT_166518.1	2482204	2482718	R	An01g10500	complement(join(<2482204..2482331,2482418..2482467,2482534..>2482718))	Aspergillus niger	84590084
An01g10510	mRNA	An01g10510	NT_166518.1	2483477	2488952	D	An01g10510	join(<2483477..2483527,2484084..2484159,2484238..2484278,2484379..2484495,2484613..2484674,2484774..2484808,2485089..2485326,2485412..2485539,2485696..2485853,2485953..2486069,2486758..2486871,2487226..2487274,2487441..2487541,2487631..2487689,2487857..2488051,2488125..2488174,2488369..2488410,2488511..2488576,2488687..>2488952)	Aspergillus niger	84590085
An01g10520	mRNA	An01g10520	NT_166518.1	2489015	2490628	R	An01g10520	complement(join(<2489015..2489089,2489263..2489409,2489521..2489578,2489660..2489788,2489837..2489930,2490177..2490309,2490554..>2490628))	Aspergillus niger	84590086
An01g10530	mRNA	An01g10530	NT_166518.1	2491315	2492031	D	An01g10530	join(<2491315..2491394,2491517..2491606,2491702..2491831,2491906..>2492031)	Aspergillus niger	84590087
An01g10540	mRNA	An01g10540	NT_166518.1	2494442	2495719	D	An01g10540	<2494442..>2495719	Aspergillus niger	4978338
An01g10550	mRNA	An01g10550	NT_166518.1	2496886	2497949	D	An01g10550	join(<2496886..2497147,2497255..>2497949)	Aspergillus niger	4977760
An01g10560	mRNA	An01g10560	NT_166518.1	2498366	2500384	D	An01g10560	join(<2498366..2498400,2498549..2498588,2498693..2498702,2498962..2499052,2499086..2499266,2499432..2499607,2500114..2500200,2500249..>2500384)	Aspergillus niger	84590088
An01g10570	mRNA	An01g10570	NT_166518.1	2500845	2502074	R	An01g10570	complement(join(<2500845..2500914,2500947..2501099,2501776..>2502074))	Aspergillus niger	4977026
An01g10580	mRNA	An01g10580	NT_166518.1	2503590	2504579	D	An01g10580	join(<2503590..2503819,2503871..2504055,2504105..2504220,2504268..2504463,2504515..>2504579)	Aspergillus niger	4977729
An01g10590	mRNA	An01g10590	NT_166518.1	2507896	2508124	R	An01g10590	complement(join(<2507896..2507979,2508011..>2508124))	Aspergillus niger	84590089
An01g10600	mRNA	An01g10600	NT_166518.1	2509598	2510487	R	An01g10600	complement(join(<2509598..2510300,2510369..>2510487))	Aspergillus niger	4977381
An01g10610	mRNA	An01g10610	NT_166518.1	2511219	2512413	D	An01g10610	join(<2511219..2511318,2511396..2511827,2511880..2511977,2512031..2512105,2512162..>2512413)	Aspergillus niger	4977938
An01g10620	mRNA	An01g10620	NT_166518.1	2512575	2513453	R	An01g10620	complement(join(<2512575..2513063,2513121..>2513453))	Aspergillus niger	4977388
An01g10630	mRNA	An01g10630	NT_166518.1	2513786	2515505	R	An01g10630	complement(join(<2513786..2513922,2514133..2514330,2514553..2514615,2514769..2514896,2515099..>2515505))	Aspergillus niger	84590090
An01g10640	mRNA	An01g10640	NT_166518.1	2515866	2516981	D	An01g10640	<2515866..>2516981	Aspergillus niger	4977816
An01g10650	mRNA	An01g10650	NT_166518.1	2517791	2519120	D	An01g10650	join(<2517791..2517845,2517944..2518023,2518135..2518588,2518639..>2519120)	Aspergillus niger	4977793
An01g10660	mRNA	An01g10660	NT_166518.1	2519199	2520305	R	An01g10660	complement(join(<2519199..2519801,2519867..2520183,2520248..>2520305))	Aspergillus niger	4977712
An01g10680	mRNA	An01g10680	NT_166518.1	2521266	2524348	D	An01g10680	join(<2521266..2521464,2521514..2521571,2522114..2522591,2522732..2523209,2523598..2523747,2523798..2523856,2523917..>2524348)	Aspergillus niger	10098240
An01g10690	mRNA	An01g10690	NT_166518.1	2524814	2525542	D	An01g10690	join(<2524814..2525416,2525495..>2525542)	Aspergillus niger	4977662
An01g10700	mRNA	An01g10700	NT_166518.1	2525814	2527493	R	An01g10700	complement(join(<2525814..2526374,2526552..2527118,2527170..2527274,2527326..>2527493))	Aspergillus niger	4977327
An01g10710	mRNA	An01g10710	NT_166518.1	2528142	2530093	D	An01g10710	join(<2528142..2528163,2528216..2529045,2529134..2529701,2529891..>2530093)	Aspergillus niger	84590091
An01g10720	mRNA	An01g10720	NT_166518.1	2530201	2530875	D	An01g10720	join(<2530201..2530203,2530276..2530309,2530573..2530782,2530853..>2530875)	Aspergillus niger	4977702
An01g10730	mRNA	An01g10730	NT_166518.1	2531296	2532124	R	An01g10730	complement(join(<2531296..2531816,2532004..>2532124))	Aspergillus niger	4978229
An01g10740	mRNA	An01g10740	NT_166518.1	2533375	2534680	R	An01g10740	complement(join(<2533375..2533534,2533582..2534265,2534317..2534418,2534472..>2534680))	Aspergillus niger	4977894
An01g10750	mRNA	An01g10750	NT_166518.1	2536412	2538728	D	An01g10750	join(<2536412..2536421,2536532..2536862,2536927..2536939,2537001..2537035,2537086..2537101,2537171..2537337,2537392..2537726,2537824..>2538728)	Aspergillus niger	4977720
An01g10760	mRNA	An01g10760	NT_166518.1	2538937	2542265	R	An01g10760	complement(join(<2538937..2538988,2539069..2541391,2541809..>2542265))	Aspergillus niger	84590092
An01g10770	mRNA	An01g10770	NT_166518.1	2543337	2545243	R	An01g10770	complement(join(<2543337..2544181,2544244..>2545243))	Aspergillus niger	4977940
An01g10780	mRNA	An01g10780	NT_166518.1	2547722	2548577	D	An01g10780	join(<2547722..2547860,2548189..2548387,2548529..>2548577)	Aspergillus niger	84590093
An01g10790	mRNA	An01g10790	NT_166518.1	2548969	2549307	R	An01g10790	complement(join(<2548969..2549106,2549182..>2549307))	Aspergillus niger	4977255
An01g10800	mRNA	An01g10800	NT_166518.1	2550429	2551472	R	An01g10800	complement(<2550429..>2551472)	Aspergillus niger	4977880
An01g10810	mRNA	An01g10810	NT_166518.1	2551772	2556662	D	An01g10810	join(<2551772..2551850,2551900..2552065,2552178..2552303,2552477..2552599,2552668..2552768,2552855..2552916,2552995..2553069,2553188..2553248,2553345..2553437,2553787..2553911,2554209..2554400,2554452..2555308,2555362..2555527,2555583..2555751,2555814..2555925,2556092..>2556662)	Aspergillus niger	4977505
An01g10820	mRNA	An01g10820	NT_166518.1	2557101	2559473	R	An01g10820	complement(join(<2557101..2559140,2559180..>2559473))	Aspergillus niger	4977690
An01g10830	mRNA	An01g10830	NT_166518.1	2559801	2560568	D	An01g10830	join(<2559801..2559805,2559882..2560098,2560164..>2560568)	Aspergillus niger	4977616
An01g10840	mRNA	An01g10840	NT_166518.1	2560942	2562161	D	An01g10840	join(<2560942..2560975,2561044..2561304,2561395..>2562161)	Aspergillus niger	4978497
An01g10850	mRNA	An01g10850	NT_166518.1	2562702	2565131	R	An01g10850	complement(join(<2562702..2563594,2563644..2564951,2564984..2565067,2565113..>2565131))	Aspergillus niger	4977268
An01g10860	mRNA	An01g10860	NT_166518.1	2566304	2567024	D	An01g10860	join(<2566304..2566504,2566600..2566954,2566996..>2567024)	Aspergillus niger	4977783
An01g10870	mRNA	An01g10870	NT_166518.1	2567143	2569332	R	An01g10870	complement(join(<2567143..2568308,2568405..>2569332))	Aspergillus niger	4977763
An01g10880	mRNA	An01g10880	NT_166518.1	2570064	2570901	R	An01g10880	complement(join(<2570064..2570313,2570374..2570458,2570640..>2570901))	Aspergillus niger	4977072
An01g10890	mRNA	An01g10890	NT_166518.1	2572542	2573268	D	An01g10890	join(<2572542..2572613,2572696..2572754,2572980..>2573268)	Aspergillus niger	84590094
An01g10900	mRNA	An01g10900	NT_166518.1	2574425	2575242	D	An01g10900	join(<2574425..2574571,2574632..2574699,2574773..2574885,2575214..>2575242)	Aspergillus niger	4977891
An01g10910	mRNA	An01g10910	NT_166518.1	2576117	2577144	D	An01g10910	join(<2576117..2576596,2576639..2576729,2576798..>2577144)	Aspergillus niger	4978026
An01g10920	mRNA	An01g10920	NT_166518.1	2578961	2580188	D	An01g10920	join(<2578961..2579127,2579195..>2580188)	Aspergillus niger	4977395
An01g10930	mRNA	An01g10930	NT_166518.1	2581492	2584400	D	An01g10930	join(<2581492..2581702,2581754..2582397,2582463..2582658,2582716..2582787,2582837..2583307,2583351..2583465,2583512..>2584400)	Aspergillus niger	4977533
An01g10940	mRNA	An01g10940	NT_166518.1	2585065	2585519	D	An01g10940	join(<2585065..2585239,2585317..2585390,2585466..>2585519)	Aspergillus niger	4977974
An01g10950	mRNA	An01g10950	NT_166518.1	2585623	2586418	R	An01g10950	complement(join(<2585623..2585649,2585684..>2586418))	Aspergillus niger	4977184
An01g10960	mRNA	An01g10960	NT_166518.1	2588228	2589380	R	An01g10960	complement(join(<2588228..2589082,2589318..>2589380))	Aspergillus niger	4977995
An01g10970	mRNA	An01g10970	NT_166518.1	2590434	2592213	D	An01g10970	join(<2590434..2590527,2590597..2590950,2591009..2591077,2591144..>2592213)	Aspergillus niger	4977516
An01g10980	mRNA	An01g10980	NT_166518.1	2592655	2595403	R	An01g10980	complement(join(<2592655..2593202,2593254..2593564,2593628..2594414,2594466..2594547,2594617..2595084,2595170..2595223,2595329..>2595403))	Aspergillus niger	4977979
An01g10990	mRNA	An01g10990	NT_166518.1	2596246	2597826	R	An01g10990	complement(<2596246..>2597826)	Aspergillus niger	4977543
An01g11000	mRNA	An01g11000	NT_166518.1	2598426	2599793	D	An01g11000	<2598426..>2599793	Aspergillus niger	4977917
An01g11010	mRNA	An01g11010	NT_166518.1	2600567	2601952	R	An01g11010	complement(join(<2600567..2601394,2601537..2601811,2601865..>2601952))	Aspergillus niger	4977513
An01g11020	mRNA	An01g11020	NT_166518.1	2603727	2604480	R	An01g11020	complement(join(<2603727..2603798,2604000..2604085,2604206..2604335,2604379..>2604480))	Aspergillus niger	84590095
An01g11030	mRNA	An01g11030	NT_166518.1	2604694	2605123	R	An01g11030	complement(join(<2604694..2604785,2604881..2604967,2605054..>2605123))	Aspergillus niger	84590096
An01g11070	mRNA	An01g11070	NT_166518.1	2609692	2610721	R	An01g11070	complement(join(<2609692..2610391,2610442..2610623,2610689..>2610721))	Aspergillus niger	4977171
An01g11080	mRNA	An01g11080	NT_166518.1	2611909	2614013	R	An01g11080	complement(join(<2611909..2612292,2612352..2612950,2613044..2613274,2613335..>2614013))	Aspergillus niger	4977781
An01g11090	mRNA	An01g11090	NT_166518.1	2614796	2616044	R	An01g11090	complement(join(<2614796..2614834,2614922..2615050,2615283..2615324,2615473..2615606,2615742..2615833,2615896..>2616044))	Aspergillus niger	84590097
An01g11100	mRNA	An01g11100	NT_166518.1	2617966	2619817	D	An01g11100	join(<2617966..2618176,2618236..2618402,2618479..2618852,2619183..2619692,2619748..>2619817)	Aspergillus niger	4978048
An01g11120	mRNA	An01g11120	NT_166518.1	2621286	2623428	R	An01g11120	complement(join(<2621286..2621576,2621632..2622049,2622108..2622296,2622349..2622413,2622477..2622506,2622557..2622885,2622940..2623056,2623107..>2623428))	Aspergillus niger	4977799
An01g11130	mRNA	An01g11130	NT_166518.1	2624315	2626796	D	An01g11130	join(<2624315..2624364,2624482..2624603,2624635..2624769,2624850..2625058,2625107..2625230,2625356..2625685,2625737..2625847,2625897..2626099,2626154..2626626,2626700..>2626796)	Aspergillus niger	4977090
An01g11140	mRNA	An01g11140	NT_166518.1	2627127	2627579	D	An01g11140	<2627127..>2627579	Aspergillus niger	4977215
An01g11150	mRNA	An01g11150	NT_166518.1	2629390	2632083	D	An01g11150	join(<2629390..2629438,2629674..2630554,2630644..2631180,2631227..2631370,2631421..2631639,2631754..>2632083)	Aspergillus niger	4978072
An01g11160	mRNA	An01g11160	NT_166518.1	2632147	2633364	R	An01g11160	complement(join(<2632147..2632168,2632285..2633106,2633166..2633260,2633323..>2633364))	Aspergillus niger	4977853
An01g11170	mRNA	An01g11170	NT_166518.1	2634163	2634480	D	An01g11170	<2634163..>2634480	Aspergillus niger	4977554
An01g11180	mRNA	An01g11180	NT_166518.1	2635018	2636937	R	An01g11180	complement(join(<2635018..2635069,2635145..2635430,2635477..2635682,2635733..2636063,2636116..2636206,2636259..2636655,2636714..>2636937))	Aspergillus niger	4977849
An01g11190	mRNA	An01g11190	NT_166518.1	2637374	2638733	D	An01g11190	join(<2637374..2637484,2637547..2637771,2637835..2638213,2638268..2638342,2638411..>2638733)	Aspergillus niger	4977044
An01g11200	mRNA	An01g11200	NT_166518.1	2639545	2641098	D	An01g11200	join(<2639545..2639792,2639845..2640182,2640242..2640561,2640612..2640852,2640908..>2641098)	Aspergillus niger	4977540
An01g11210	mRNA	An01g11210	NT_166518.1	2641855	2642740	R	An01g11210	complement(join(<2641855..2642049,2642462..2642557,2642657..>2642740))	Aspergillus niger	84590098
An01g11220	mRNA	An01g11220	NT_166518.1	2643186	2643637	R	An01g11220	complement(join(<2643186..2643250,2643424..>2643637))	Aspergillus niger	10098241
An01g11240	mRNA	An01g11240	NT_166518.1	2644898	2645213	R	An01g11240	complement(join(<2644898..2645014,2645062..2645119,2645173..>2645213))	Aspergillus niger	4978342
An01g11250	mRNA	An01g11250	NT_166518.1	2646244	2649505	D	An01g11250	join(<2646244..2646892,2647617..2647663,2647715..>2649505)	Aspergillus niger	4978481
An01g11260	mRNA	An01g11260	NT_166518.1	2649764	2652483	R	An01g11260	complement(join(<2649764..2650206,2650301..2650463,2650509..2650554,2650725..2650982,2651035..2652156,2652287..>2652483))	Aspergillus niger	4978486
An01g11270	mRNA	An01g11270	NT_166518.1	2652964	2654063	D	An01g11270	join(<2652964..2653015,2653092..2653862,2653930..>2654063)	Aspergillus niger	4978465
An01g11280	mRNA	An01g11280	NT_166518.1	2654308	2656448	R	An01g11280	complement(join(<2654308..2654561,2654617..2654743,2654775..2654966,2655073..2655327,2655387..2655715,2655796..2656197,2656277..>2656448))	Aspergillus niger	10098160
An01g11290	mRNA	An01g11290	NT_166518.1	2658082	2659860	D	An01g11290	join(<2658082..2658291,2658358..>2659860)	Aspergillus niger	4978312
An01g11300	mRNA	An01g11300	NT_166518.1	2660482	2661268	D	An01g11300	join(<2660482..2660588,2660667..2660800,2660885..2661030,2661113..>2661268)	Aspergillus niger	84590099
An01g11310	mRNA	An01g11310	NT_166518.1	2661733	2663060	D	An01g11310	join(<2661733..2661834,2661893..2661919,2661975..>2663060)	Aspergillus niger	4977478
An01g11320	mRNA	An01g11320	NT_166518.1	2663386	2663715	R	An01g11320	complement(<2663386..>2663715)	Aspergillus niger	4977632
An01g11330	mRNA	An01g11330	NT_166518.1	2664651	2665431	D	An01g11330	join(<2664651..2664670,2664729..>2665431)	Aspergillus niger	4977862
An01g11340	mRNA	An01g11340	NT_166518.1	2665532	2666906	R	An01g11340	complement(join(<2665532..2665629,2665687..2666233,2666308..2666627,2666679..2666709,2666763..>2666906))	Aspergillus niger	4977276
An01g11350	mRNA	An01g11350	NT_166518.1	2667238	2667657	D	An01g11350	join(<2667238..2667318,2667400..>2667657)	Aspergillus niger	84590100
An01g11360	mRNA	An01g11360	NT_166518.1	2667667	2669362	D	An01g11360	join(<2667667..2667709,2667765..2667926,2667993..2668597,2668647..2669120,2669171..2669257,2669306..>2669362)	Aspergillus niger	4977825
An01g11370	mRNA	An01g11370	NT_166518.1	2671224	2673837	R	An01g11370	complement(join(<2671224..2671471,2671568..2672303,2672364..2672739,2672834..2673477,2673532..2673703,2673736..2673740,2673781..>2673837))	Aspergillus niger	4977402
An01g11380	mRNA	An01g11380	NT_166518.1	2674688	2675704	R	An01g11380	complement(join(<2674688..2675365,2675441..>2675704))	Aspergillus niger	4977091
An01g11390	mRNA	An01g11390	NT_166518.1	2676438	2678162	D	An01g11390	join(<2676438..2676506,2676561..2676692,2676771..2677048,2677152..2677344,2677413..2677972,2678072..>2678162)	Aspergillus niger	4977335
An01g11400	mRNA	An01g11400	NT_166518.1	2678225	2681978	D	An01g11400	join(<2678225..2678449,2678494..2678740,2678789..2678870,2679022..2679078,2679348..2679547,2679613..2679765,2679824..2679929,2679971..2680633,2680701..2681223,2681289..>2681978)	Aspergillus niger	4977642
An01g11410	mRNA	An01g11410	NT_166518.1	2683323	2684377	D	An01g11410	join(<2683323..2683399,2683435..2683684,2683748..2684030,2684097..>2684377)	Aspergillus niger	4977064
An01g11420	mRNA	An01g11420	NT_166518.1	2685689	2686510	D	An01g11420	join(<2685689..2686251,2686318..>2686510)	Aspergillus niger	4977997
An01g11430	mRNA	An01g11430	NT_166518.1	2687512	2689098	D	An01g11430	join(<2687512..2687621,2687682..>2689098)	Aspergillus niger	4977021
An01g11440	mRNA	An01g11440	NT_166518.1	2690197	2691033	D	An01g11440	<2690197..>2691033	Aspergillus niger	4978381
An01g11450	mRNA	An01g11450	NT_166518.1	2691545	2693942	D	An01g11450	join(<2691545..2691571,2691722..2692105,2692160..2692253,2692300..2692499,2692545..2692618,2692663..2692767,2692816..2692988,2693043..2693206,2693263..2693566,2693631..2693821,2693871..>2693942)	Aspergillus niger	4977238
An01g11470	mRNA	An01g11470	NT_166518.1	2695001	2696103	D	An01g11470	join(<2695001..2695731,2695789..2695866,2695923..>2696103)	Aspergillus niger	4977775
An01g11480	mRNA	An01g11480	NT_166518.1	2697125	2699277	D	An01g11480	join(<2697125..2697202,2697285..2697727,2697786..2697984,2698040..2698714,2698790..2699017,2699107..>2699277)	Aspergillus niger	4977597
An01g11500	mRNA	An01g11500	NT_166518.1	2700528	2702714	D	An01g11500	join(<2700528..2701149,2701366..>2702714)	Aspergillus niger	84590101
An01g11510	mRNA	An01g11510	NT_166518.1	2703374	2704912	D	An01g11510	<2703374..>2704912	Aspergillus niger	4977755
An01g11520	mRNA	pgaI	NT_166518.1	2707839	2709059	D	An01g11520	join(<2707839..2708066,2708119..2708538,2708601..>2709059)	Aspergillus niger	4978020
An01g11530	mRNA	An01g11530	NT_166518.1	2711739	2713085	R	An01g11530	complement(join(<2711739..2712332,2712376..2712904,2712967..>2713085))	Aspergillus niger	4978341
An01g11540	mRNA	An01g11540	NT_166518.1	2714648	2716711	D	An01g11540	join(<2714648..2714805,2714872..2715990,2716071..2716292,2716504..>2716711)	Aspergillus niger	4977325
An01g11550	mRNA	An01g11550	NT_166518.1	2717238	2718941	R	An01g11550	complement(join(<2717238..2717381,2717435..2718808,2718882..>2718941))	Aspergillus niger	4977701
An01g11560	mRNA	An01g11560	NT_166518.1	2719315	2720877	R	An01g11560	complement(<2719315..>2720877)	Aspergillus niger	84590102
An01g11570	mRNA	An01g11570	NT_166518.1	2721285	2722508	R	An01g11570	complement(join(<2721285..2721817,2722089..2722219,2722267..>2722508))	Aspergillus niger	4977937
An01g11580	mRNA	An01g11580	NT_166518.1	2725016	2725661	R	An01g11580	complement(join(<2725016..2725187,2725249..>2725661))	Aspergillus niger	4977677
An01g11590	mRNA	An01g11590	NT_166518.1	2726697	2728054	D	An01g11590	join(<2726697..2726699,2726750..>2728054)	Aspergillus niger	4977764
An01g11600	mRNA	An01g11600	NT_166518.1	2728324	2730267	R	An01g11600	complement(join(<2728324..2728348,2728412..2728608,2728669..2729076,2729143..2729512,2729572..2729781,2729856..2729905,2729955..2730048,2730101..>2730267))	Aspergillus niger	4977671
An01g11610	mRNA	An01g11610	NT_166518.1	2731358	2732835	D	An01g11610	join(<2731358..2731471,2731529..2731934,2732032..2732380,2732430..2732557,2732606..>2732835)	Aspergillus niger	4977600
An01g11620	mRNA	An01g11620	NT_166518.1	2733525	2735492	D	An01g11620	join(<2733525..2733558,2733673..2734651,2734697..2734997,2735049..>2735492)	Aspergillus niger	4977728
An01g11630	mRNA	An01g11630	NT_166518.1	2737048	2737386	R	An01g11630	complement(join(<2737048..2737088,2737153..2737239,2737302..>2737386))	Aspergillus niger	4978013
An01g11640	mRNA	An01g11640	NT_166518.1	2738527	2739967	D	An01g11640	join(<2738527..2738934,2738981..>2739967)	Aspergillus niger	4977519
An01g11650	mRNA	An01g11650	NT_166518.1	2740057	2740908	R	An01g11650	complement(<2740057..>2740908)	Aspergillus niger	4978173
An01g11660	mRNA	cbhB	NT_166518.1	2741545	2743155	D	An01g11660	<2741545..>2743155	Aspergillus niger	4977345
An01g11670	mRNA	An01g11670	NT_166518.1	2743874	2745337	D	An01g11670	join(<2743874..2743964,2744020..2744231,2744294..2744358,2744421..2744518,2744571..>2745337)	Aspergillus niger	4977614
An01g11680	mRNA	An01g11680	NT_166518.1	2746204	2747468	D	An01g11680	join(<2746204..2746347,2746401..2746509,2746560..2747363,2747419..>2747468)	Aspergillus niger	4978234
An01g11690	mRNA	An01g11690	NT_166518.1	2748829	2750314	R	An01g11690	complement(join(<2748829..2749474,2749538..2749935,2749996..2750100,2750165..>2750314))	Aspergillus niger	4977935
An01g11700	mRNA	An01g11700	NT_166518.1	2751323	2752031	R	An01g11700	complement(join(<2751323..2751672,2751743..>2752031))	Aspergillus niger	84590103
An01g11710	mRNA	An01g11710	NT_166518.1	2754354	2755164	D	An01g11710	join(<2754354..2754387,2754471..2754752,2754796..2754988,2755038..>2755164)	Aspergillus niger	84590104
An01g11720	mRNA	An01g11720	NT_166518.1	2756300	2760477	R	An01g11720	complement(join(<2756300..2759092,2759327..2759373,2759542..2759584,2759642..2759704,2759870..2759987,2760285..2760383,2760419..>2760477))	Aspergillus niger	84590105
An01g11730	mRNA	An01g11730	NT_166518.1	2761042	2761522	D	An01g11730	join(<2761042..2761061,2761130..2761229,2761298..2761394,2761446..>2761522)	Aspergillus niger	84590106
An01g11740	mRNA	An01g11740	NT_166518.1	2761724	2763178	R	An01g11740	complement(join(<2761724..2762637,2762689..2762901,2762956..>2763178))	Aspergillus niger	4977458
An01g11750	mRNA	An01g11750	NT_166518.1	2763850	2764668	R	An01g11750	complement(<2763850..>2764668)	Aspergillus niger	4977391
An01g11760	mRNA	An01g11760	NT_166518.1	2767048	2768829	D	An01g11760	join(<2767048..2767060,2767319..2767530,2767591..>2768829)	Aspergillus niger	4977532
An01g11770	mRNA	An01g11770	NT_166518.1	2769004	2771670	R	An01g11770	complement(join(<2769004..2771145,2771212..>2771670))	Aspergillus niger	84590107
An01g11780	mRNA	An01g11780	NT_166518.1	2772835	2773473	D	An01g11780	<2772835..>2773473	Aspergillus niger	4977945
An01g11790	mRNA	An01g11790	NT_166518.1	2773538	2776541	R	An01g11790	complement(join(<2773538..2774456,2774509..2775721,2775773..>2776541))	Aspergillus niger	4977971
An01g11800	mRNA	An01g11800	NT_166518.1	2776812	2778827	R	An01g11800	complement(join(<2776812..2776921,2776971..2777087,2777135..2777309,2777362..2778249,2778309..>2778827))	Aspergillus niger	4977655
An01g11810	mRNA	An01g11810	NT_166518.1	2779857	2781193	R	An01g11810	complement(join(<2779857..2780146,2780200..2780531,2780580..2780976,2781040..>2781193))	Aspergillus niger	4977254
An01g11820	mRNA	An01g11820	NT_166518.1	2781617	2783417	D	An01g11820	join(<2781617..2781867,2781971..>2783417)	Aspergillus niger	4977413
An01g11830	mRNA	An01g11830	NT_166518.1	2783926	2784978	R	An01g11830	complement(<2783926..>2784978)	Aspergillus niger	84590108
An01g11840	mRNA	An01g11840	NT_166518.1	2785886	2787148	R	An01g11840	complement(join(<2785886..2786359,2786408..2786727,2786782..>2787148))	Aspergillus niger	4978502
An01g11850	mRNA	An01g11850	NT_166518.1	2788913	2789042	D	An01g11850	join(<2788913..2788985,2789017..>2789042)	Aspergillus niger	84590109
An01g11860	mRNA	An01g11860	NT_166518.1	2789708	2793317	D	An01g11860	join(<2789708..2790240,2790897..2790971,2791073..2791347,2791377..2793091,2793210..>2793317)	Aspergillus niger	4978522
An01g11880	mRNA	An01g11880	NT_166518.1	2794959	2796864	D	An01g11880	join(<2794959..2795151,2795205..2795358,2795410..2795580,2795636..2795787,2795839..2796407,2796468..>2796864)	Aspergillus niger	4977431
An01g11890	mRNA	An01g11890	NT_166518.1	2798577	2799255	D	An01g11890	join(<2798577..2798748,2799083..>2799255)	Aspergillus niger	84590110
An01g11900	mRNA	An01g11900	NT_166518.1	2799550	2800206	D	An01g11900	<2799550..>2800206	Aspergillus niger	4977623
An01g11910	mRNA	An01g11910	NT_166518.1	2800544	2803215	R	An01g11910	complement(join(<2800544..2802485,2802534..2802643,2802718..2803014,2803078..>2803215))	Aspergillus niger	4977245
An01g11920	mRNA	An01g11920	NT_166518.1	2803715	2805326	D	An01g11920	join(<2803715..2803729,2803803..>2805326)	Aspergillus niger	4977453
An01g11930	mRNA	An01g11930	NT_166518.1	2805774	2807210	D	An01g11930	join(<2805774..2805847,2805899..2805960,2806036..2806072,2806187..>2807210)	Aspergillus niger	4978018
An01g11940	mRNA	An01g11940	NT_166518.1	2809398	2811114	D	An01g11940	join(<2809398..2809716,2809955..>2811114)	Aspergillus niger	4977149
An01g11950	mRNA	An01g11950	NT_166518.1	2811884	2812748	R	An01g11950	complement(join(<2811884..2812409,2812481..2812563,2812650..>2812748))	Aspergillus niger	4977534
An01g11960	mRNA	An01g11960	NT_166518.1	2813186	2814982	D	An01g11960	join(<2813186..2813314,2813539..2814720,2814773..>2814982)	Aspergillus niger	4977766
An01g11970	mRNA	An01g11970	NT_166518.1	2815795	2817399	R	An01g11970	complement(join(<2815795..2816379,2816458..2816911,2816984..>2817399))	Aspergillus niger	4977986
An01g11990	mRNA	An01g11990	NT_166518.1	2821431	2821834	D	An01g11990	join(<2821431..2821448,2821511..>2821834)	Aspergillus niger	4977599
An01g12000	mRNA	An01g12000	NT_166518.1	2823872	2825035	D	An01g12000	<2823872..>2825035	Aspergillus niger	4977371
An01g12010	mRNA	An01g12010	NT_166518.1	2828819	2831195	R	An01g12010	complement(join(<2828819..2829716,2829772..2830479,2830531..>2831195))	Aspergillus niger	4977828
An01g12020	mRNA	An01g12020	NT_166518.1	2831913	2834170	R	An01g12020	complement(join(<2831913..2832407,2832475..2833384,2833437..>2834170))	Aspergillus niger	4977865
An01g12030	mRNA	An01g12030	NT_166518.1	2835534	2836093	R	An01g12030	complement(join(<2835534..2835605,2835800..>2836093))	Aspergillus niger	84590111
An01g12040	mRNA	An01g12040	NT_166518.1	2837469	2838801	R	An01g12040	complement(join(<2837469..2837900,2837992..>2838801))	Aspergillus niger	84590112
An01g12050	mRNA	An01g12050	NT_166518.1	2839195	2840601	R	An01g12050	complement(<2839195..>2840601)	Aspergillus niger	4977421
An01g12060	mRNA	An01g12060	NT_166518.1	2841290	2844139	D	An01g12060	join(<2841290..2841345,2841431..2841698,2841777..2842472,2842605..2842900,2843365..>2844139)	Aspergillus niger	84590113
An01g12070	mRNA	An01g12070	NT_166518.1	2844963	2845717	D	An01g12070	join(<2844963..2844990,2845094..2845220,2845618..>2845717)	Aspergillus niger	84590114
An01g12080	mRNA	An01g12080	NT_166518.1	2846976	2847887	D	An01g12080	join(<2846976..2847171,2847254..2847299,2847330..2847372,2847615..>2847887)	Aspergillus niger	84590115
An01g12090	mRNA	An01g12090	NT_166518.1	2849029	2850225	D	An01g12090	join(<2849029..2850012,2850052..>2850225)	Aspergillus niger	4977243
An01g12100	mRNA	An01g12100	NT_166518.1	2850460	2852808	D	An01g12100	join(<2850460..2850873,2850970..>2852808)	Aspergillus niger	4977092
An01g12110	mRNA	An01g12110	NT_166518.1	2853325	2854619	R	An01g12110	complement(join(<2853325..2853329,2853441..2853463,2853515..2854260,2854300..2854322,2854394..>2854619))	Aspergillus niger	4977248
An01g12120	mRNA	An01g12120	NT_166518.1	2854968	2857299	R	An01g12120	complement(join(<2854968..2856563,2856613..2857007,2857071..>2857299))	Aspergillus niger	4977457
An01g12130	mRNA	An01g12130	NT_166518.1	2857474	2859045	D	An01g12130	<2857474..>2859045	Aspergillus niger	4978022
An01g12150	mRNA	lacA+	NT_166518.1	2859768	2863201	R	An01g12150	complement(join(<2859768..2861095,2861143..2861809,2861856..2861990,2862040..2862135,2862183..2862198,2862246..2862512,2862565..2862867,2862935..2863011,2863067..>2863201))	Aspergillus niger	4977988
An01g12160	mRNA	An01g12160	NT_166518.1	2866091	2866395	R	An01g12160	complement(join(<2866091..2866099,2866157..2866293,2866383..>2866395))	Aspergillus niger	84590116
An01g12170	mRNA	An01g12170	NT_166518.1	2866998	2868228	D	An01g12170	join(<2866998..2867539,2867611..2868067,2868121..>2868228)	Aspergillus niger	4978521
An01g12180	mRNA	An01g12180	NT_166518.1	2868464	2871336	R	An01g12180	complement(join(<2868464..2868803,2868862..2869396,2869724..2870973,2871048..2871217,2871316..>2871336))	Aspergillus niger	4977796
An01g12190	mRNA	An01g12190	NT_166518.1	2871730	2873760	D	An01g12190	join(<2871730..2871818,2871874..2872293,2872327..2872397,2872471..2873358,2873459..>2873760)	Aspergillus niger	4977016
An01g12200	mRNA	An01g12200	NT_166518.1	2875062	2875639	D	An01g12200	join(<2875062..2875122,2875206..2875303,2875394..>2875639)	Aspergillus niger	4977823
An01g12210	mRNA	An01g12210	NT_166518.1	2876002	2877668	R	An01g12210	complement(join(<2876002..2876392,2876448..2877142,2877207..2877284,2877340..2877465,2877519..>2877668))	Aspergillus niger	4977948
An01g12220	mRNA	An01g12220	NT_166518.1	2878122	2879093	R	An01g12220	complement(<2878122..>2879093)	Aspergillus niger	4978014
An01g12230	mRNA	An01g12230	NT_166518.1	2879790	2881036	R	An01g12230	complement(join(<2879790..2880500,2880569..2880714,2880952..>2881036))	Aspergillus niger	4977801
An01g12240	mRNA	An01g12240	NT_166518.1	2881666	2882506	R	An01g12240	complement(join(<2881666..2882160,2882240..>2882506))	Aspergillus niger	4977274
An01g12250	mRNA	An01g12250	NT_166518.1	2886023	2888300	D	An01g12250	join(<2886023..2886118,2886524..2886663,2886710..2886772,2886878..2886908,2887081..2887204,2887257..2887623,2887682..2888096,2888151..>2888300)	Aspergillus niger	4978180
An01g12260	mRNA	An01g12260	NT_166518.1	2889424	2890452	R	An01g12260	complement(join(<2889424..2889753,2889946..2890151,2890340..2890344,2890400..>2890452))	Aspergillus niger	84590117
An01g12270	mRNA	An01g12270	NT_166518.1	2891639	2893723	D	An01g12270	<2891639..>2893723	Aspergillus niger	4977398
An01g12290	mRNA	An01g12290	NT_166518.1	2895039	2897485	R	An01g12290	complement(join(<2895039..2896172,2896222..2897069,2897121..2897288,2897356..>2897485))	Aspergillus niger	4977780
An01g12300	mRNA	An01g12300	NT_166518.1	2898354	2902070	D	An01g12300	join(<2898354..2898510,2898563..2901117,2901162..>2902070)	Aspergillus niger	4977754
An01g12310	mRNA	An01g12310	NT_166518.1	2902178	2903329	R	An01g12310	complement(join(<2902178..2902448,2902522..2903003,2903093..>2903329))	Aspergillus niger	4978318
An01g12320	mRNA	An01g12320	NT_166518.1	2904020	2905996	R	An01g12320	complement(join(<2904020..2905323,2905381..>2905996))	Aspergillus niger	4977551
An01g12330	mRNA	An01g12330	NT_166518.1	2908736	2909253	D	An01g12330	join(<2908736..2908946,2909005..2909076,2909126..>2909253)	Aspergillus niger	4977137
An01g12340	mRNA	An01g12340	NT_166518.1	2909934	2910239	D	An01g12340	<2909934..>2910239	Aspergillus niger	4977605
An01g12350	mRNA	An01g12350	NT_166518.1	2910344	2911443	D	An01g12350	join(<2910344..2911345,2911438..>2911443)	Aspergillus niger	84590118
An01g12360	mRNA	An01g12360	NT_166518.1	2911915	2914061	R	An01g12360	complement(join(<2911915..2912948,2912996..2913151,2913205..2913349,2913400..2913591,2913700..2913806,2913857..>2914061))	Aspergillus niger	4977167
An01g12370	mRNA	An01g12370	NT_166518.1	2915280	2916888	D	An01g12370	join(<2915280..2915414,2915446..>2916888)	Aspergillus niger	4977267
An01g12380	mRNA	An01g12380	NT_166518.1	2919391	2924177	D	An01g12380	join(<2919391..2921256,2921317..2922246,2922301..2922613,2922667..>2924177)	Aspergillus niger	4977469
An01g12390	mRNA	An01g12390	NT_166518.1	2925204	2927063	R	An01g12390	complement(<2925204..>2927063)	Aspergillus niger	4977885
An01g12395	mRNA	An01g12395	NT_166518.1	2928484	2929169	D	An01g12395	join(<2928484..2928606,2928891..>2929169)	Aspergillus niger	84590119
An01g12400	mRNA	An01g12400	NT_166518.1	2929476	2930481	R	An01g12400	complement(join(<2929476..2929925,2930042..2930257,2930350..>2930481))	Aspergillus niger	4977012
An01g12410	mRNA	An01g12410	NT_166518.1	2931969	2934416	D	An01g12410	join(<2931969..2932102,2932228..2933531,2933582..2933904,2933958..>2934416)	Aspergillus niger	4977426
An01g12420	mRNA	An01g12420	NT_166518.1	2936133	2937277	D	An01g12420	join(<2936133..2936135,2936465..2936678,2936872..2937059,2937128..>2937277)	Aspergillus niger	4978491
An01g12430	mRNA	An01g12430	NT_166518.1	2938786	2940784	D	An01g12430	join(<2938786..2938822,2938888..2938952,2939018..2939050,2939148..2939531,2939598..2940310,2940397..2940512,2940551..2940554,2940596..2940670,2940763..>2940784)	Aspergillus niger	4977752
An01g12440	mRNA	An01g12440	NT_166518.1	2940977	2941870	R	An01g12440	complement(<2940977..>2941870)	Aspergillus niger	4978054
An01g12450	mRNA	An01g12450	NT_166518.1	2945014	2947888	R	An01g12450	complement(join(<2945014..2947622,2947672..>2947888))	Aspergillus niger	4977765
An01g12460	mRNA	An01g12460	NT_166518.1	2950974	2952471	R	An01g12460	complement(join(<2950974..2951421,2951517..2951902,2951998..>2952471))	Aspergillus niger	4977394
An01g12470	mRNA	An01g12470	NT_166518.1	2957490	2959337	D	An01g12470	join(<2957490..2958831,2958901..>2959337)	Aspergillus niger	4977806
An01g12480	mRNA	An01g12480	NT_166518.1	2961386	2964703	D	An01g12480	<2961386..>2964703	Aspergillus niger	4977916
An01g12490	mRNA	An01g12490	NT_166518.1	2965662	2967344	D	An01g12490	<2965662..>2967344	Aspergillus niger	84590120
An01g12500	mRNA	An01g12500	NT_166518.1	2967494	2969389	R	An01g12500	complement(join(<2967494..2967657,2967743..2969042,2969096..>2969389))	Aspergillus niger	4977195
An01g12520	mRNA	An01g12520	NT_166518.1	2975511	2976407	R	An01g12520	complement(join(<2975511..2976237,2976292..>2976407))	Aspergillus niger	4977280
An01g12530	mRNA	An01g12530	NT_166518.1	2977135	2977889	D	An01g12530	join(<2977135..2977179,2977237..2977710,2977776..>2977889)	Aspergillus niger	4977786
An01g12540	mRNA	An01g12540	NT_166518.1	2978431	2978867	D	An01g12540	join(<2978431..2978743,2978794..>2978867)	Aspergillus niger	84590121
An01g12550	mRNA	An01g12550	NT_166518.1	2979236	2980829	R	An01g12550	complement(join(<2979236..2979496,2979549..>2980829))	Aspergillus niger	4977321
An01g12560	mRNA	An01g12560	NT_166518.1	2981464	2982334	D	An01g12560	join(<2981464..2981588,2981636..2981729,2981776..2981887,2982018..>2982334)	Aspergillus niger	84590122
An01g12570	mRNA	An01g12570	NT_166518.1	2983205	2985908	D	An01g12570	join(<2983205..2984048,2984097..2985653,2985709..>2985908)	Aspergillus niger	4977013
An01g12580	mRNA	An01g12580	NT_166518.1	2986104	2987074	R	An01g12580	complement(join(<2986104..2986898,2986979..>2987074))	Aspergillus niger	4977088
An01g12590	mRNA	An01g12590	NT_166518.1	2987535	2988042	D	An01g12590	join(<2987535..2987685,2987777..>2988042)	Aspergillus niger	4977929
An01g12600	mRNA	An01g12600	NT_166518.1	2988475	2989419	R	An01g12600	complement(<2988475..>2989419)	Aspergillus niger	4977287
An01g12610	mRNA	An01g12610	NT_166518.1	2989990	2992467	R	An01g12610	complement(join(<2989990..2990887,2990935..2991715,2991882..2992173,2992231..2992301,2992359..>2992467))	Aspergillus niger	4978200
An01g12620	mRNA	An01g12620	NT_166518.1	2993318	2996697	D	An01g12620	join(<2993318..2993361,2993426..2993619,2993677..2994695,2994751..>2996697)	Aspergillus niger	4977185
An01g12630	mRNA	An01g12630	NT_166518.1	2997100	2998464	D	An01g12630	join(<2997100..2997113,2997167..2997256,2997384..2997515,2997570..2997614,2997691..2997866,2997931..2998019,2998070..2998174,2998270..>2998464)	Aspergillus niger	4978003
An01g12640	mRNA	An01g12640	NT_166518.1	2998608	2999414	R	An01g12640	complement(<2998608..>2999414)	Aspergillus niger	4977876
An01g12660	mRNA	An01g12660	NT_166518.1	3001242	3002464	D	An01g12660	join(<3001242..3001335,3001433..3001740,3001905..3002051,3002327..>3002464)	Aspergillus niger	84590123
An01g12670	mRNA	An01g12670	NT_166518.1	3002818	3003240	R	An01g12670	complement(join(<3002818..3002841,3002905..>3003240))	Aspergillus niger	84590124
An01g12680	mRNA	An01g12680	NT_166518.1	3004933	3006662	R	An01g12680	complement(join(<3004933..3005004,3005097..3005178,3005373..3005570,3005849..3006079,3006248..3006349,3006421..3006495,3006634..>3006662))	Aspergillus niger	84590125
An01g12690	mRNA	An01g12690	NT_166518.1	3006852	3008082	D	An01g12690	join(<3006852..3007042,3007197..>3008082)	Aspergillus niger	4977434
An01g12700	mRNA	An01g12700	NT_166518.1	3009067	3010747	R	An01g12700	complement(join(<3009067..3010156,3010215..3010355,3010416..3010504,3010564..3010625,3010678..>3010747))	Aspergillus niger	4977882
An01g12710	mRNA	An01g12710	NT_166518.1	3011558	3017058	D	An01g12710	join(<3011558..3011686,3011760..3011916,3011985..3012055,3012116..3016986,3017043..>3017058)	Aspergillus niger	4977424
An01g12720	mRNA	An01g12720	NT_166518.1	3017909	3020181	D	An01g12720	join(<3017909..3017951,3018085..3018159,3018230..>3020181)	Aspergillus niger	4977844
An01g12730	mRNA	An01g12730	NT_166518.1	3020927	3021720	D	An01g12730	join(<3020927..3021520,3021610..>3021720)	Aspergillus niger	4977361
An01g12740	mRNA	An01g12740	NT_166518.1	3022122	3024517	R	An01g12740	complement(join(<3022122..3023950,3024033..3024119,3024190..>3024517))	Aspergillus niger	4977579
An01g12750	mRNA	An01g12750	NT_166518.1	3025109	3027085	D	An01g12750	<3025109..>3027085	Aspergillus niger	4977542
An01g12760	mRNA	An01g12760	NT_166518.1	3027418	3029917	R	An01g12760	complement(join(<3027418..3028537,3028595..3029262,3029315..3029382,3029504..3029577,3029638..3029773,3029836..>3029917))	Aspergillus niger	4977448
An01g12770	mRNA	An01g12770	NT_166518.1	3031774	3033596	D	An01g12770	join(<3031774..3031791,3031946..3032047,3032410..3033152,3033315..3033500,3033557..>3033596)	Aspergillus niger	4977300
An01g12780	mRNA	An01g12780	NT_166518.1	3035469	3037634	R	An01g12780	complement(join(<3035469..3035783,3035831..3036893,3036985..>3037634))	Aspergillus niger	4978509
An01g12790	mRNA	An01g12790	NT_166518.1	3039579	3040092	R	An01g12790	complement(join(<3039579..3039745,3040077..>3040092))	Aspergillus niger	84590126
An01g12800	mRNA	An01g12800	NT_166518.1	3042055	3044418	D	An01g12800	join(<3042055..3042281,3042342..3044276,3044334..>3044418)	Aspergillus niger	4977817
An01g12810	mRNA	An01g12810	NT_166518.1	3044886	3045792	D	An01g12810	join(<3044886..3044910,3044983..3045032,3045078..3045188,3045239..3045342,3045414..>3045792)	Aspergillus niger	4977727
An01g12820	mRNA	An01g12820	NT_166518.1	3047504	3048811	R	An01g12820	complement(<3047504..>3048811)	Aspergillus niger	4977585
An01g12830	mRNA	An01g12830	NT_166518.1	3052130	3053407	D	An01g12830	join(<3052130..3052184,3052265..3052496,3052651..3052701,3052968..3053051,3053152..3053238,3053326..>3053407)	Aspergillus niger	84590127
An01g12840	mRNA	An01g12840	NT_166518.1	3054478	3055551	D	An01g12840	join(<3054478..3054764,3054924..>3055551)	Aspergillus niger	84590128
An01g12850	mRNA	An01g12850	NT_166518.1	3056094	3056303	D	An01g12850	<3056094..>3056303	Aspergillus niger	84590129
An01g12860	mRNA	An01g12860	NT_166518.1	3057231	3057699	R	An01g12860	complement(join(<3057231..3057248,3057313..3057344,3057460..3057527,3057569..>3057699))	Aspergillus niger	84590130
An01g12880	mRNA	An01g12880	NT_166518.1	3060061	3060593	R	An01g12880	complement(join(<3060061..3060264,3060314..3060408,3060488..>3060593))	Aspergillus niger	84590131
An01g12890	mRNA	An01g12890	NT_166518.1	3060822	3061907	D	An01g12890	join(<3060822..3060883,3061233..3061361,3061415..>3061907)	Aspergillus niger	84590132
An01g12910	mRNA	An01g12910	NT_166518.1	3063979	3067329	R	An01g12910	complement(join(<3063979..3065961,3066016..3066157,3066242..>3067329))	Aspergillus niger	4977963
An01g12920	mRNA	An01g12920	NT_166518.1	3067916	3070350	D	An01g12920	join(<3067916..3067922,3068182..3068256,3068540..3068628,3068726..3068830,3068935..3069000,3069245..3069417,3069722..3069856,3070245..>3070350)	Aspergillus niger	84590133
An01g12940	mRNA	An01g12940	NT_166518.1	3073638	3075414	R	An01g12940	complement(join(<3073638..3073678,3073861..3074727,3074781..>3075414))	Aspergillus niger	4977562
An01g12950	mRNA	An01g12950	NT_166518.1	3076067	3076888	D	An01g12950	<3076067..>3076888	Aspergillus niger	4977440
An01g12960	mRNA	An01g12960	NT_166518.1	3077290	3078825	D	An01g12960	join(<3077290..3077387,3077497..3078345,3078459..>3078825)	Aspergillus niger	4977347
An01g12970	mRNA	An01g12970	NT_166518.1	3081242	3082185	R	An01g12970	complement(join(<3081242..3081798,3081882..>3082185))	Aspergillus niger	4977336
An01g12980	mRNA	An01g12980	NT_166518.1	3083430	3084458	D	An01g12980	join(<3083430..3083573,3083685..3083867,3083959..3084006,3084054..>3084458)	Aspergillus niger	84590134
An01g12990	mRNA	An01g12990	NT_166518.1	3085922	3087916	D	An01g12990	join(<3085922..3085977,3086308..3086392,3086522..>3087916)	Aspergillus niger	4977964
An01g13000	mRNA	An01g13000	NT_166518.1	3088190	3090150	D	An01g13000	join(<3088190..3088314,3088394..3088965,3089030..>3090150)	Aspergillus niger	4977629
An01g13010	mRNA	An01g13010	NT_166518.1	3090587	3092403	R	An01g13010	complement(join(<3090587..3092068,3092305..>3092403))	Aspergillus niger	4977692
An01g13020	mRNA	An01g13020	NT_166518.1	3092691	3093552	D	An01g13020	join(<3092691..3092768,3092886..3093147,3093213..3093220,3093265..>3093552)	Aspergillus niger	84590135
An01g13030	mRNA	An01g13030	NT_166518.1	3094519	3096202	R	An01g13030	complement(join(<3094519..3095282,3095359..3095664,3095764..>3096202))	Aspergillus niger	4978370
An01g13040	mRNA	An01g13040	NT_166518.1	3097110	3098684	D	An01g13040	join(<3097110..3097203,3097303..>3098684)	Aspergillus niger	4977372
An01g13050	mRNA	An01g13050	NT_166518.1	3100715	3101244	R	An01g13050	complement(join(<3100715..3100733,3100792..3101037,3101168..>3101244))	Aspergillus niger	84590136
An01g13060	mRNA	An01g13060	NT_166518.1	3102232	3102920	D	An01g13060	join(<3102232..3102557,3102686..>3102920)	Aspergillus niger	4977119
An01g13070	mRNA	An01g13070	NT_166518.1	3103964	3106434	D	An01g13070	join(<3103964..3103993,3104051..3104135,3104223..3104449,3104533..3105100,3105300..3106190,3106274..>3106434)	Aspergillus niger	4977456
An01g13080	mRNA	An01g13080	NT_166518.1	3107945	3109162	R	An01g13080	complement(join(<3107945..3108677,3108767..3108864,3108959..>3109162))	Aspergillus niger	4977560
An01g13090	mRNA	An01g13090	NT_166518.1	3110766	3113001	R	An01g13090	complement(join(<3110766..3110865,3111365..3111472,3111546..3111639,3111755..3111800,3111903..3112007,3112084..3112261,3112370..3112428,3112548..3112678,3112761..>3113001))	Aspergillus niger	84590137
An01g13100	mRNA	An01g13100	NT_166518.1	3114043	3121032	R	An01g13100	complement(join(<3114043..3114292,3114354..3120744,3120870..>3121032))	Aspergillus niger	4977930
An01g13110	mRNA	An01g13110	NT_166518.1	3121477	3122363	R	An01g13110	complement(join(<3121477..3121837,3121912..3121954,3122001..3122210,3122324..>3122363))	Aspergillus niger	84590138
An01g13120	mRNA	An01g13120	NT_166518.1	3122913	3123807	R	An01g13120	complement(join(<3122913..3123044,3123146..3123226,3123304..3123449,3123504..3123520,3123576..3123686,3123749..>3123807))	Aspergillus niger	4978344
An01g13130	mRNA	An01g13130	NT_166518.1	3124494	3127024	D	An01g13130	join(<3124494..3125115,3125238..3126897,3126970..>3127024)	Aspergillus niger	4977439
An01g13150	mRNA	An01g13150	NT_166518.1	3127912	3130471	D	An01g13150	join(<3127912..3129687,3129773..>3130471)	Aspergillus niger	4977606
An01g13160	mRNA	An01g13160	NT_166518.1	3131351	3133501	D	An01g13160	join(<3131351..3131358,3131483..3131627,3131707..3133278,3133346..>3133501)	Aspergillus niger	4977667
An01g13170	mRNA	An01g13170	NT_166518.1	3134486	3139612	R	An01g13170	complement(join(<3134486..3135383,3135439..3136042,3136098..3136325,3136366..>3139612))	Aspergillus niger	4977770
An01g13180	mRNA	An01g13180	NT_166518.1	3140460	3143217	R	An01g13180	complement(join(<3140460..3140680,3140761..3140905,3140968..3141123,3141240..3141317,3141667..3141956,3142529..3142581,3143138..>3143217))	Aspergillus niger	84590139
An01g13190	mRNA	An01g13190	NT_166518.1	3143398	3144373	D	An01g13190	join(<3143398..3143543,3143766..3143949,3144056..>3144373)	Aspergillus niger	4977113
An01g13200	mRNA	An01g13200	NT_166518.1	3144977	3147448	D	An01g13200	join(<3144977..3145023,3145116..3145151,3145231..3145518,3145582..>3147448)	Aspergillus niger	4977305
An01g13210	mRNA	An01g13210	NT_166518.1	3148057	3148791	D	An01g13210	<3148057..>3148791	Aspergillus niger	4977301
An01g13220	mRNA	An01g13220	NT_166518.1	3149492	3152494	R	An01g13220	complement(<3149492..>3152494)	Aspergillus niger	4977397
An01g13230	mRNA	An01g13230	NT_166518.1	3153113	3154892	R	An01g13230	complement(join(<3153113..3153374,3153432..3153620,3153669..3153967,3154027..3154465,3154550..3154752,3154821..>3154892))	Aspergillus niger	4977450
An01g13240	mRNA	An01g13240	NT_166518.1	3155513	3157498	D	An01g13240	<3155513..>3157498	Aspergillus niger	4977481
An01g13250	mRNA	An01g13250	NT_166518.1	3158263	3160495	R	An01g13250	complement(join(<3158263..3159829,3159897..3160064,3160124..3160193,3160263..3160297,3160374..>3160495))	Aspergillus niger	4977689
An01g13260	mRNA	An01g13260	NT_166518.1	3161022	3161953	D	An01g13260	join(<3161022..3161238,3161319..3161482,3161568..3161802,3161871..>3161953)	Aspergillus niger	4977726
An01g13270	mRNA	An01g13270	NT_166518.1	3162483	3168766	D	An01g13270	join(<3162483..3162582,3162894..3163029,3163361..3163391,3163517..>3168766)	Aspergillus niger	4977852
An01g13280	mRNA	An01g13280	NT_166518.1	3169516	3172669	R	An01g13280	complement(join(<3169516..3172222,3172291..3172580,3172643..>3172669))	Aspergillus niger	4977926
An01g13290	mRNA	An01g13290	NT_166518.1	3173022	3174808	R	An01g13290	complement(join(<3173022..3173778,3173828..3174320,3174375..3174489,3174626..>3174808))	Aspergillus niger	4977992
An01g13300	mRNA	An01g13300	NT_166518.1	3175536	3176403	D	An01g13300	join(<3175536..3175598,3175693..3175845,3175993..3176093,3176226..>3176403)	Aspergillus niger	84590140
An01g13310	mRNA	An01g13310	NT_166518.1	3176804	3179547	D	An01g13310	join(<3176804..3176924,3177061..3177158,3177445..3177522,3177618..3177692,3177794..3177901,3178310..3178396,3179027..3179176,3179341..>3179547)	Aspergillus niger	84590141
An01g13320	mRNA	An01g13320	NT_166518.1	3179798	3181122	D	An01g13320	join(<3179798..3179842,3179959..3180209,3180263..3180396,3180455..>3181122)	Aspergillus niger	4977949
An01g13330	mRNA	An01g13330	NT_166518.1	3181509	3184160	R	An01g13330	complement(join(<3181509..3181619,3181720..3181792,3182036..3182055,3182145..3182220,3182316..3182356,3182427..3182676,3183011..3183064,3183163..3183239,3183670..3183810,3183909..3183936,3184054..>3184160))	Aspergillus niger	84590142
An01g13340	mRNA	An01g13340	NT_166518.1	3184459	3186468	D	An01g13340	join(<3184459..3184555,3184750..3185910,3186011..>3186468)	Aspergillus niger	4977621
An01g13350	mRNA	An01g13350	NT_166518.1	3186916	3189705	R	An01g13350	complement(<3186916..>3189705)	Aspergillus niger	4977283
An01g13360	mRNA	An01g13360	NT_166518.1	3190264	3191478	R	An01g13360	complement(join(<3190264..3190373,3190394..3190640,3190943..3191079,3191129..3191212,3191311..3191372,3191453..>3191478))	Aspergillus niger	84590143
An01g13370	mRNA	An01g13370	NT_166518.1	3192045	3193856	D	An01g13370	join(<3192045..3192107,3192216..3192398,3192795..3193640,3193713..>3193856)	Aspergillus niger	4977203
An01g13390	mRNA	An01g13390	NT_166518.1	3195015	3196208	R	An01g13390	complement(join(<3195015..3195871,3195941..>3196208))	Aspergillus niger	4977508
An01g13400	mRNA	An01g13400	NT_166518.1	3197257	3197965	D	An01g13400	join(<3197257..3197274,3197340..3197474,3197597..3197664,3197773..>3197965)	Aspergillus niger	4977566
An01g13410	mRNA	An01g13410	NT_166518.1	3198482	3201121	R	An01g13410	complement(join(<3198482..3199595,3199651..3200426,3200479..3200580,3200651..>3201121))	Aspergillus niger	4977639
An01g13420	mRNA	An01g13420	NT_166518.1	3203329	3205492	R	An01g13420	complement(join(<3203329..3203423,3203582..3203679,3203756..3203858,3204274..3204352,3204426..3204534,3204639..3204737,3204805..3204881,3205102..3205238,3205396..>3205492))	Aspergillus niger	84590144
An01g13430	mRNA	An01g13430	NT_166518.1	3205840	3206897	R	An01g13430	complement(join(<3205840..3205897,3205989..3206318,3206410..3206483,3206542..3206697,3206790..>3206897))	Aspergillus niger	84590145
An01g13440	mRNA	An01g13440	NT_166518.1	3207247	3208202	D	An01g13440	join(<3207247..3207347,3207528..3207629,3207670..3207783,3207866..3207965,3208068..>3208202)	Aspergillus niger	84590146
An01g13450	mRNA	An01g13450	NT_166518.1	3209946	3210748	R	An01g13450	complement(join(<3209946..3210044,3210530..>3210748))	Aspergillus niger	4977895
An01g13460	mRNA	An01g13460	NT_166518.1	3211524	3212733	D	An01g13460	join(<3211524..3211630,3211726..>3212733)	Aspergillus niger	4978021
An01g13470	mRNA	An01g13470	NT_166518.1	3213679	3215223	R	An01g13470	complement(join(<3213679..3213869,3213943..3214124,3214226..>3215223))	Aspergillus niger	4977467
An01g13480	mRNA	An01g13480	NT_166518.1	3218479	3219836	D	An01g13480	join(<3218479..3218531,3218687..3219175,3219233..3219355,3219434..>3219836)	Aspergillus niger	4978182
An01g13490	mRNA	An01g13490	NT_166518.1	3220456	3221718	R	An01g13490	complement(join(<3220456..3221069,3221136..3221553,3221617..>3221718))	Aspergillus niger	4977482
An01g13495	mRNA	An01g13495	NT_166518.1	3222164	3222595	D	An01g13495	<3222164..>3222595	Aspergillus niger	84590147
An01g13500	mRNA	An01g13500	NT_166518.1	3223119	3223754	R	An01g13500	complement(<3223119..>3223754)	Aspergillus niger	4978000
An01g13510	mRNA	An01g13510	NT_166518.1	3224347	3226834	D	An01g13510	join(<3224347..3224350,3224492..3225136,3225181..3225766,3225829..3226157,3226213..3226399,3226456..>3226834)	Aspergillus niger	4977530
An01g13520	mRNA	An01g13520	NT_166518.1	3227200	3228724	D	An01g13520	join(<3227200..3227898,3228018..3228223,3228283..>3228724)	Aspergillus niger	84590148
An01g13530	mRNA	An01g13530	NT_166518.1	3229044	3230252	D	An01g13530	<3229044..>3230252	Aspergillus niger	4977681
An01g13540	mRNA	An01g13540	NT_166518.1	3231169	3233805	D	An01g13540	join(<3231169..3231577,3231692..3231889,3232104..3232351,3232406..3233405,3233559..>3233805)	Aspergillus niger	4977480
An01g13550	mRNA	An01g13550	NT_166518.1	3234448	3235987	D	An01g13550	join(<3234448..3235229,3235304..>3235987)	Aspergillus niger	4977602
An01g13560	mRNA	An01g13560	NT_166518.1	3236849	3238232	R	An01g13560	complement(join(<3236849..3237050,3237100..3237214,3237258..3237864,3237925..3238136,3238187..>3238232))	Aspergillus niger	4977041
An01g13570	mRNA	An01g13570	NT_166518.1	3238348	3238620	R	An01g13570	complement(join(<3238348..3238399,3238472..>3238620))	Aspergillus niger	84590149
An01g13580	mRNA	An01g13580	NT_166518.1	3239198	3240562	R	An01g13580	complement(join(<3239198..3239280,3239337..3239416,3239465..3239612,3239673..3239782,3239846..3240341,3240418..>3240562))	Aspergillus niger	4977832
An01g13590	mRNA	An01g13590	NT_166518.1	3241439	3242827	D	An01g13590	<3241439..>3242827	Aspergillus niger	4977804
An01g13600	mRNA	An01g13600	NT_166518.1	3244577	3245734	R	An01g13600	complement(join(<3244577..3244961,3245025..3245444,3245595..>3245734))	Aspergillus niger	4977650
An01g13610	mRNA	An01g13610	NT_166518.1	3247174	3249165	D	An01g13610	join(<3247174..3247243,3247313..3247720,3247780..3248369,3248445..3248510,3248558..3248780,3248828..>3249165)	Aspergillus niger	4977630
An01g13620	mRNA	An01g13620	NT_166518.1	3249255	3250871	R	An01g13620	complement(join(<3249255..3250397,3250467..>3250871))	Aspergillus niger	4977127
An01g13630	mRNA	An01g13630	NT_166518.1	3252064	3252849	D	An01g13630	<3252064..>3252849	Aspergillus niger	4977466
An01g13640	mRNA	An01g13640	NT_166518.1	3254720	3258452	D	An01g13640	join(<3254720..3254835,3254932..3254981,3255047..3255382,3255461..3255552,3255612..3255660,3255791..3256789,3256847..3256947,3257002..3257680,3257746..>3258452)	Aspergillus niger	4977522
An01g13650	mRNA	An01g13650	NT_166518.1	3259180	3261216	D	An01g13650	<3259180..>3261216	Aspergillus niger	4977571
An01g13660	mRNA	An01g13660	NT_166518.1	3262149	3264070	D	An01g13660	join(<3262149..3262392,3262474..3262951,3263002..>3264070)	Aspergillus niger	4978017
An01g13670	mRNA	An01g13670	NT_166518.1	3264536	3267368	D	An01g13670	join(<3264536..3264673,3264736..3265085,3265142..3266849,3266901..>3267368)	Aspergillus niger	4978060
An01g13680	mRNA	An01g13680	NT_166518.1	3267934	3268832	D	An01g13680	join(<3267934..3267990,3268132..3268232,3268316..>3268832)	Aspergillus niger	4977240
An01g13690	mRNA	An01g13690	NT_166518.1	3269059	3270185	R	An01g13690	complement(join(<3269059..3269193,3269248..3269484,3269560..3269959,3270022..>3270185))	Aspergillus niger	4977059
An01g13700	mRNA	An01g13700	NT_166518.1	3271039	3276048	D	An01g13700	join(<3271039..3271394,3271446..3272004,3272083..3272463,3272624..3272752,3272904..3273050,3273138..3273538,3273633..3274153,3274216..3274327,3274381..3274641,3274727..3275912,3275989..>3276048)	Aspergillus niger	84590150
An01g13710	mRNA	An01g13710	NT_166518.1	3276057	3279857	R	An01g13710	complement(join(<3276057..3276119,3276205..3276358,3276466..3276651,3276740..3276965,3277056..3277697,3277751..3277938,3278001..3278034,3278097..3278317,3278366..3278470,3278528..3279198,3279296..3279513,3279602..>3279857))	Aspergillus niger	4977578
An01g13720	mRNA	An01g13720	NT_166518.1	3279962	3281272	R	An01g13720	complement(join(<3279962..3280047,3280134..3280188,3280296..3280428,3280560..>3281272))	Aspergillus niger	4977941
An01g13730	mRNA	An01g13730	NT_166518.1	3283280	3284465	D	An01g13730	join(<3283280..3283412,3283519..3283616,3283713..>3284465)	Aspergillus niger	84590151
An01g13740	mRNA	An01g13740	NT_166518.1	3287028	3288367	R	An01g13740	complement(join(<3287028..3287811,3288102..>3288367))	Aspergillus niger	4977637
An01g13750	mRNA	An01g13750	NT_166518.1	3289222	3290695	D	An01g13750	join(<3289222..3290336,3290647..>3290695)	Aspergillus niger	4977767
An01g13760	mRNA	An01g13760	NT_166518.1	3290907	3291649	D	An01g13760	join(<3290907..3291058,3291116..3291328,3291592..>3291649)	Aspergillus niger	84590152
An01g13770	mRNA	An01g13770	NT_166518.1	3291844	3293028	R	An01g13770	complement(join(<3291844..3291927,3291981..3292750,3292814..3292908,3292967..>3293028))	Aspergillus niger	4977903
An01g13780	mRNA	An01g13780	NT_166518.1	3293303	3294496	R	An01g13780	complement(join(<3293303..3293937,3294022..>3294496))	Aspergillus niger	4977994
An01g13790	mRNA	An01g13790	NT_166518.1	3295198	3297747	R	An01g13790	complement(<3295198..>3297747)	Aspergillus niger	4978212
An01g13810	mRNA	An01g13810	NT_166518.1	3300422	3304606	D	An01g13810	join(<3300422..3300492,3300546..3300665,3300734..3301007,3301064..3301784,3301838..3303138,3303194..3303347,3303401..3303830,3303885..3304288,3304365..>3304606)	Aspergillus niger	4977883
An01g13820	mRNA	An01g13820	NT_166518.1	3304923	3306623	R	An01g13820	complement(<3304923..>3306623)	Aspergillus niger	4977878
An01g13830	mRNA	An01g13830	NT_166518.1	3307059	3308780	R	An01g13830	complement(join(<3307059..3308011,3308249..>3308780))	Aspergillus niger	4977888
An01g13850	mRNA	An01g13850	NT_166518.1	3313208	3313600	R	An01g13850	complement(join(<3313208..3313465,3313496..>3313600))	Aspergillus niger	84590153
An01g13860	mRNA	An01g13860	NT_166518.1	3316136	3316718	D	An01g13860	join(<3316136..3316184,3316324..3316558,3316679..>3316718)	Aspergillus niger	84590154
An01g13870	mRNA	An01g13870	NT_166518.1	3321261	3321574	R	An01g13870	complement(join(<3321261..3321410,3321484..3321505,3321555..>3321574))	Aspergillus niger	84590155
An01g13880	mRNA	An01g13880	NT_166518.1	3323734	3325927	D	An01g13880	join(<3323734..3323827,3324124..3325048,3325114..>3325927)	Aspergillus niger	4977924
An01g13890	mRNA	An01g13890	NT_166518.1	3327880	3331219	D	An01g13890	join(<3327880..3330118,3330172..3330224,3330278..>3331219)	Aspergillus niger	4977803
An01g13900	mRNA	An01g13900	NT_166518.1	3332914	3335727	D	An01g13900	join(<3332914..3334108,3334240..3334315,3334371..>3335727)	Aspergillus niger	4977539
An01g13910	mRNA	An01g13910	NT_166518.1	3336263	3337414	R	An01g13910	complement(join(<3336263..3336577,3336698..>3337414))	Aspergillus niger	4977168
An01g13920	mRNA	An01g13920	NT_166518.1	3338951	3340461	D	An01g13920	join(<3338951..3338993,3339102..3339170,3339223..3339674,3339751..>3340461)	Aspergillus niger	4977251
An01g13930	mRNA	An01g13930	NT_166518.1	3341030	3342088	D	An01g13930	join(<3341030..3341329,3341565..3341641,3341733..3341852,3341923..>3342088)	Aspergillus niger	4978513
An01g13940	mRNA	An01g13940	NT_166518.1	3342321	3343181	R	An01g13940	complement(<3342321..>3343181)	Aspergillus niger	4977991
An01g13950	mRNA	An01g13950	NT_166518.1	3343918	3344358	R	An01g13950	complement(<3343918..>3344358)	Aspergillus niger	4977792
An01g13960	mRNA	An01g13960	NT_166518.1	3345040	3345894	D	An01g13960	join(<3345040..3345160,3345224..>3345894)	Aspergillus niger	4977820
An01g13970	mRNA	An01g13970	NT_166518.1	3346441	3346621	R	An01g13970	complement(join(<3346441..3346566,3346619..>3346621))	Aspergillus niger	84590156
An01g13980	mRNA	An01g13980	NT_166518.1	3348408	3350130	D	An01g13980	join(<3348408..3348519,3348723..3348794,3348845..3349932,3349987..>3350130)	Aspergillus niger	4977715
An01g13990	mRNA	An01g13990	NT_166518.1	3351192	3352043	D	An01g13990	join(<3351192..3351461,3351523..3351849,3351984..>3352043)	Aspergillus niger	84590157
An01g14000	mRNA	An01g14000	NT_166518.1	3352628	3353620	D	An01g14000	join(<3352628..3352670,3352728..3353103,3353198..3353548,3353602..>3353620)	Aspergillus niger	4977996
An01g14010	mRNA	An01g14010	NT_166518.1	3354700	3356606	D	An01g14010	join(<3354700..3354976,3355024..3355498,3355550..>3356606)	Aspergillus niger	4977636
An01g14020	mRNA	An01g14020	NT_166518.1	3357308	3359252	D	An01g14020	join(<3357308..3358099,3358147..3358290,3358350..>3359252)	Aspergillus niger	4977634
An01g14030	mRNA	An01g14030	NT_166518.1	3360643	3361716	D	An01g14030	<3360643..>3361716	Aspergillus niger	4977383
An01g14040	mRNA	An01g14040	NT_166518.1	3364335	3366353	D	An01g14040	join(<3364335..3364366,3364417..3364627,3364683..>3366353)	Aspergillus niger	4977966
An01g14050	mRNA	An01g14050	NT_166518.1	3366885	3369660	D	An01g14050	join(<3366885..3367038,3367137..3367482,3367533..3368100,3368153..3368241,3368413..3368884,3368937..3369003,3369060..3369209,3369272..>3369660)	Aspergillus niger	4977346
An01g14060	mRNA	An01g14060	NT_166518.1	3370131	3370499	D	An01g14060	join(<3370131..3370433,3370476..>3370499)	Aspergillus niger	84590158
An01g14070	mRNA	An01g14070	NT_166518.1	3371225	3374417	D	An01g14070	join(<3371225..3371264,3371360..3371418,3371504..3372310,3372378..3373006,3373067..3373283,3373334..3373666,3373722..3373959,3374012..3374120,3374172..3374354,3374390..>3374417)	Aspergillus niger	4977957
An01g14075	mRNA	An01g14075	NT_166518.1	3374663	3374920	R	An01g14075	complement(<3374663..>3374920)	Aspergillus niger	84590159
An01g14080	mRNA	An01g14080	NT_166518.1	3375798	3376469	D	An01g14080	join(<3375798..3375930,3376210..>3376469)	Aspergillus niger	4977829
An01g14090	mRNA	An01g14090	NT_166518.1	3376837	3378172	D	An01g14090	join(<3376837..3376872,3376960..3377291,3377371..3377964,3378058..>3378172)	Aspergillus niger	4978385
An01g14100	mRNA	An01g14100	NT_166518.1	3378370	3380295	R	An01g14100	complement(join(<3378370..3379965,3380032..>3380295))	Aspergillus niger	4977484
An01g14110	mRNA	An01g14110	NT_166518.1	3380932	3382572	D	An01g14110	<3380932..>3382572	Aspergillus niger	4977474
An01g14120	mRNA	An01g14120	NT_166518.1	3382906	3384469	D	An01g14120	join(<3382906..3383572,3383640..>3384469)	Aspergillus niger	4977529
An01g14130	mRNA	leu2A	NT_166518.1	3384748	3386187	R	An01g14130	complement(join(<3384748..3384980,3385051..3385678,3385748..3385843,3385903..3385971,3386043..3386063,3386137..>3386187))	Aspergillus niger	4977432
An01g14140	mRNA	An01g14140	NT_166518.1	3386910	3387880	R	An01g14140	complement(join(<3386910..3387227,3387281..3387657,3387715..>3387880))	Aspergillus niger	4978458
An01g14160	mRNA	An01g14160	NT_166518.1	3388924	3390612	R	An01g14160	complement(join(<3388924..3389906,3390033..3390116,3390171..>3390612))	Aspergillus niger	4977512
An01g14180	mRNA	An01g14180	NT_166518.1	3392507	3394394	R	An01g14180	complement(join(<3392507..3392765,3392824..3393303,3393367..3393675,3393730..>3394394))	Aspergillus niger	4977897
An01g14200	mRNA	An01g14200	NT_166518.1	3395152	3396388	R	An01g14200	complement(join(<3395152..3395305,3395370..3395618,3395673..>3396388))	Aspergillus niger	4977015
An01g14210	mRNA	An01g14210	NT_166518.1	3399919	3401250	D	An01g14210	join(<3399919..3400210,3400271..>3401250)	Aspergillus niger	4978176
An01g14230	mRNA	An01g14230	NT_166518.1	3402656	3404316	D	An01g14230	join(<3402656..3403547,3403619..>3404316)	Aspergillus niger	4977669
An01g14250	mRNA	An01g14250	NT_166518.1	3405216	3406946	R	An01g14250	complement(join(<3405216..3406128,3406185..3406381,3406438..3406881,3406944..>3406946))	Aspergillus niger	4977309
An01g14280	mRNA	An01g14280	NT_166518.1	3407400	3410103	D	An01g14280	join(<3407400..3408644,3408697..>3410103)	Aspergillus niger	4978041
An01g14290	mRNA	An01g14290	NT_166518.1	3411744	3414153	D	An01g14290	join(<3411744..3411946,3412252..3412329,3412579..3412622,3412675..3412700,3412905..3413028,3413099..3413266,3413327..3413618,3413673..>3414153)	Aspergillus niger	4977743
An01g14310	mRNA	An01g14310	NT_166518.1	3415094	3418497	D	An01g14310	join(<3415094..3415304,3415437..3416167,3416224..3418139,3418329..>3418497)	Aspergillus niger	4977955
An01g14330	mRNA	An01g14330	NT_166518.1	3419969	3423092	D	An01g14330	join(<3419969..3420070,3420320..3422838,3422891..3422900,3422991..>3423092)	Aspergillus niger	4978019
An01g14350	mRNA	An01g14350	NT_166518.1	3433002	3433566	D	An01g14350	join(<3433002..3433111,3433174..3433476,3433531..>3433566)	Aspergillus niger	4977627
An01g14360	mRNA	An01g14360	NT_166518.1	3433667	3434703	D	An01g14360	join(<3433667..3433674,3433758..>3434703)	Aspergillus niger	84590160
An01g14370	mRNA	An01g14370	NT_166518.1	3436951	3438396	R	An01g14370	complement(join(<3436951..3437204,3437288..3437406,3437462..3437549,3437598..3437688,3437746..3437812,3437907..3438014,3438068..>3438396))	Aspergillus niger	4977737
An01g14380	mRNA	An01g14380	NT_166518.1	3438949	3440057	R	An01g14380	complement(join(<3438949..3439079,3439131..3439701,3439781..3439896,3439958..>3440057))	Aspergillus niger	84590161
An01g14390	mRNA	An01g14390	NT_166518.1	3440834	3445885	D	An01g14390	join(<3440834..3440855,3440929..3441002,3441054..3441491,3441609..3442086,3442146..>3445885)	Aspergillus niger	4977904
An01g14400	mRNA	An01g14400	NT_166518.1	3446231	3448451	D	An01g14400	join(<3446231..3446346,3446726..3446792,3446846..3447492,3447556..3447830,3447880..>3448451)	Aspergillus niger	4977312
An01g14410	mRNA	An01g14410	NT_166518.1	3449192	3449834	D	An01g14410	join(<3449192..3449336,3449392..>3449834)	Aspergillus niger	4977739
An01g14420	mRNA	An01g14420	NT_166518.1	3450729	3451897	D	An01g14420	join(<3450729..3451057,3451117..3451223,3451276..3451376,3451439..>3451897)	Aspergillus niger	4977493
An01g14430	mRNA	An01g14430	NT_166518.1	3451999	3454177	R	An01g14430	complement(join(<3451999..3452122,3452209..3452749,3452808..3453495,3453806..>3454177))	Aspergillus niger	4978058
An01g14440	mRNA	An01g14440	NT_166518.1	3454693	3455748	R	An01g14440	complement(<3454693..>3455748)	Aspergillus niger	4977932
An01g14450	mRNA	An01g14450	NT_166518.1	3455851	3457198	R	An01g14450	complement(<3455851..>3457198)	Aspergillus niger	84590162
An01g14460	mRNA	An01g14460	NT_166518.1	3458364	3459967	R	An01g14460	complement(join(<3458364..3459617,3459677..>3459967))	Aspergillus niger	4977520
An01g14480	mRNA	An01g14480	NT_166518.1	3462050	3463953	R	An01g14480	complement(join(<3462050..3462893,3462951..3463091,3463145..3463492,3463570..3463646,3463696..>3463953))	Aspergillus niger	4977052
An01g14490	mRNA	An01g14490	NT_166518.1	3465117	3466244	R	An01g14490	complement(<3465117..>3466244)	Aspergillus niger	84590163
An01g14500	mRNA	An01g14500	NT_166518.1	3466422	3467939	R	An01g14500	complement(<3466422..>3467939)	Aspergillus niger	4977785
An01g14510	mRNA	An01g14510	NT_166518.1	3468751	3470325	D	An01g14510	join(<3468751..3469482,3469552..3469593,3469647..3469746,3469799..>3470325)	Aspergillus niger	4977547
An01g14520	mRNA	An01g14520	NT_166518.1	3471745	3473283	D	An01g14520	join(<3471745..3472060,3472121..>3473283)	Aspergillus niger	4977615
An01g14530	mRNA	An01g14530	NT_166518.1	3473514	3474775	R	An01g14530	complement(join(<3473514..3473666,3473753..3474639,3474691..>3474775))	Aspergillus niger	4977422
An01g14540	mRNA	An01g14540	NT_166518.1	3477462	3480158	R	An01g14540	complement(join(<3477462..3477505,3477562..3478133,3478184..3478452,3478499..3478549,3478599..3478637,3478687..3479224,3479271..3479454,3479514..3479762,3479810..3479916,3480076..>3480158))	Aspergillus niger	4977323
An01g14550	mRNA	An01g14550	NT_166518.1	3480807	3482099	R	An01g14550	complement(join(<3480807..3480980,3481033..3481077,3481132..3481344,3481408..3481898,3481952..>3482099))	Aspergillus niger	4977526
An01g14560	mRNA	An01g14560	NT_166518.1	3484612	3485319	R	An01g14560	complement(<3484612..>3485319)	Aspergillus niger	4977899
An01g14570	mRNA	An01g14570	NT_166518.1	3487222	3488040	D	An01g14570	join(<3487222..3487347,3487431..3487487,3487786..3487835,3487905..3487925,3488016..>3488040)	Aspergillus niger	84590164
An01g14590	mRNA	An01g14590	NT_166518.1	3488599	3489843	D	An01g14590	join(<3488599..3488884,3488964..3489063,3489124..3489307,3489367..>3489843)	Aspergillus niger	4978062
An01g14600	mRNA	An01g14600	NT_166518.1	3491296	3492050	D	An01g14600	join(<3491296..3491561,3491621..>3492050)	Aspergillus niger	4977958
An01g14610	mRNA	An01g14610	NT_166518.1	3492283	3492543	R	An01g14610	complement(join(<3492283..3492444,3492535..>3492543))	Aspergillus niger	84590165
An01g14620	mRNA	An01g14620	NT_166518.1	3493211	3494920	D	An01g14620	join(<3493211..3493307,3493375..3493762,3493823..3494604,3494664..>3494920)	Aspergillus niger	4978340
An01g14630	mRNA	An01g14630	NT_166518.1	3495438	3495806	R	An01g14630	complement(join(<3495438..3495607,3495692..>3495806))	Aspergillus niger	4977787
An01g14640	mRNA	An01g14640	NT_166518.1	3497782	3498906	D	An01g14640	join(<3497782..3497899,3498015..3498285,3498354..>3498906)	Aspergillus niger	4977559
An01g14650	mRNA	An01g14650	NT_166518.1	3500204	3501326	D	An01g14650	join(<3500204..3501055,3501103..3501155,3501200..>3501326)	Aspergillus niger	4977826
An01g14660	mRNA	An01g14660	NT_166518.1	3503241	3504894	D	An01g14660	join(<3503241..3503438,3503489..3503983,3504042..3504715,3504765..>3504894)	Aspergillus niger	4977510
An01g14670	mRNA	pgaE	NT_166518.1	3506860	3508155	R	An01g14670	complement(join(<3506860..3507182,3507242..3507371,3507422..3507844,3507895..>3508155))	Aspergillus niger	4977284
An01g14680	mRNA	An01g14680	NT_166518.1	3509391	3510603	D	An01g14680	join(<3509391..3509484,3509538..3510117,3510168..>3510603)	Aspergillus niger	4977535
An01g14690	mRNA	An01g14690	NT_166518.1	3510780	3513000	R	An01g14690	complement(join(<3510780..3510902,3511059..3511136,3511186..3511280,3511343..3511651,3511701..3511850,3511901..3511994,3512058..3512320,3512374..3512412,3512500..3512679,3512736..>3513000))	Aspergillus niger	4977982
An01g14700	mRNA	An01g14700	NT_166518.1	3513503	3514005	R	An01g14700	complement(join(<3513503..3513634,3513862..>3514005))	Aspergillus niger	84590166
An01g14710	mRNA	An01g14710	NT_166518.1	3516046	3517092	D	An01g14710	<3516046..>3517092	Aspergillus niger	4977596
An01g14720	mRNA	An01g14720	NT_166518.1	3518059	3520376	D	An01g14720	join(<3518059..3518070,3518121..>3520376)	Aspergillus niger	4977085
An01g14730	mRNA	An01g14730	NT_166518.1	3520916	3522232	R	An01g14730	complement(join(<3520916..3521236,3521304..3521796,3521871..>3522232))	Aspergillus niger	4977984
An01g14740	mRNA	goxC	NT_166518.1	3523455	3525272	D	An01g14740	<3523455..>3525272	Aspergillus niger	4977376
An01g14750	mRNA	An01g14750	NT_166518.1	3525708	3529223	R	An01g14750	complement(join(<3525708..3527077,3527123..3527177,3527386..3527634,3527802..3527860,3528023..3528045,3528113..3528229,3528442..>3529223))	Aspergillus niger	84590167
An01g14760	mRNA	An01g14760	NT_166518.1	3532615	3534065	D	An01g14760	join(<3532615..3533244,3533295..>3534065)	Aspergillus niger	4977269
An01g14770	mRNA	An01g14770	NT_166518.1	3534130	3537456	R	An01g14770	complement(join(<3534130..3536431,3536487..3536538,3536598..3536972,3537008..3537028,3537079..3537161,3537386..>3537456))	Aspergillus niger	4977595
An01g14780	mRNA	An01g14780	NT_166518.1	3537753	3538840	D	An01g14780	join(<3537753..3538260,3538314..>3538840)	Aspergillus niger	4977401
An01g14790	mRNA	An01g14790	NT_166518.1	3539011	3539821	R	An01g14790	complement(join(<3539011..3539377,3539427..3539663,3539715..>3539821))	Aspergillus niger	4977489
An01g14800	mRNA	An01g14800	NT_166518.1	3543425	3545152	D	An01g14800	<3543425..>3545152	Aspergillus niger	4978070
An01g14810	mRNA	An01g14810	NT_166518.1	3545702	3546423	R	An01g14810	complement(join(<3545702..3545863,3545927..3546147,3546279..>3546423))	Aspergillus niger	84590168
An01g14820	mRNA	An01g14820	NT_166518.1	3548184	3549116	D	An01g14820	join(<3548184..3548382,3548448..3548519,3548569..>3549116)	Aspergillus niger	4977773
An01g14830	mRNA	An01g14830	NT_166518.1	3549412	3549730	D	An01g14830	join(<3549412..3549472,3549557..3549597,3549683..>3549730)	Aspergillus niger	84590169
An01g14840	mRNA	An01g14840	NT_166518.1	3550280	3551101	D	An01g14840	join(<3550280..3550690,3550748..>3551101)	Aspergillus niger	4978517
An01g14850	mRNA	An01g14850	NT_166518.1	3551273	3552163	R	An01g14850	complement(<3551273..>3552163)	Aspergillus niger	84590170
An01g14860	mRNA	An01g14860	NT_166518.1	3552784	3554663	R	An01g14860	complement(join(<3552784..3554370,3554433..>3554663))	Aspergillus niger	4978069
An01g14870	mRNA	An01g14870	NT_166518.1	3555217	3556029	R	An01g14870	complement(<3555217..>3556029)	Aspergillus niger	4977527
An01g14880	mRNA	An01g14880	NT_166518.1	3556433	3557470	R	An01g14880	complement(join(<3556433..3557069,3557136..>3557470))	Aspergillus niger	4977962
An01g14890	mRNA	An01g14890	NT_166518.1	3557730	3558811	D	An01g14890	join(<3557730..3558135,3558197..3558699,3558764..>3558811)	Aspergillus niger	4977222
An01g14900	mRNA	An01g14900	NT_166518.1	3560093	3561842	D	An01g14900	join(<3560093..3560216,3560277..3560434,3560493..3560689,3560757..3560909,3560965..3561244,3561303..>3561842)	Aspergillus niger	4977618
An01g14910	mRNA	An01g14910	NT_166518.1	3561999	3564405	R	An01g14910	complement(join(<3561999..3562060,3562149..>3564405))	Aspergillus niger	4977818
An01g14920	mRNA	An01g14920	NT_166518.1	3565347	3567201	R	An01g14920	complement(join(<3565347..3565540,3565617..3565776,3565830..3565941,3566002..3566083,3566131..3566229,3566280..3566688,3566739..3567005,3567058..>3567201))	Aspergillus niger	4978063
An01g14930	mRNA	An01g14930	NT_166518.1	3567660	3569298	D	An01g14930	join(<3567660..3568144,3568204..3568572,3568626..>3569298)	Aspergillus niger	4977813
An01g14940	mRNA	An01g14940	NT_166518.1	3570236	3571665	R	An01g14940	complement(join(<3570236..3571036,3571102..>3571665))	Aspergillus niger	4977382
An01g14950	mRNA	An01g14950	NT_166518.1	3573062	3574147	D	An01g14950	<3573062..>3574147	Aspergillus niger	4978507
An01g14960	mRNA	An01g14960	NT_166518.1	3574855	3576108	D	An01g14960	join(<3574855..3575020,3575078..3575778,3575839..>3576108)	Aspergillus niger	4977644
An01g14970	mRNA	An01g14970	NT_166518.1	3577371	3578691	D	An01g14970	join(<3577371..3577796,3577869..3578178,3578246..>3578691)	Aspergillus niger	4977288
An01g14980	mRNA	An01g14980	NT_166518.1	3579749	3580721	R	An01g14980	complement(join(<3579749..3580453,3580509..>3580721))	Aspergillus niger	4978036
An01g14990	mRNA	An01g14990	NT_166518.1	3581610	3583385	R	An01g14990	complement(join(<3581610..3581945,3582018..3582285,3582348..3582514,3582638..3582927,3582961..3583092,3583172..3583241,3583305..>3583385))	Aspergillus niger	4978005
An01g15000	mRNA	An01g15000	NT_166518.1	3584850	3586639	R	An01g15000	complement(join(<3584850..3585921,3586014..>3586639))	Aspergillus niger	4977901
An01g15010	mRNA	An01g15010	NT_166518.1	3587196	3588630	D	An01g15010	join(<3587196..3587483,3587534..3588049,3588106..>3588630)	Aspergillus niger	4977054
An01g15020	mRNA	An01g15020	NT_166518.1	3589499	3590917	D	An01g15020	join(<3589499..3589564,3589660..3589792,3589883..3590066,3590140..>3590917)	Aspergillus niger	4977290
An01g15030	mRNA	An01g15030	NT_166518.1	3591516	3591872	R	An01g15030	complement(<3591516..>3591872)	Aspergillus niger	84590171
An01g15040	mRNA	An01g15040	NT_166518.1	3592510	3592956	R	An01g15040	complement(join(<3592510..3592722,3592837..>3592956))	Aspergillus niger	84590172
An01g15050	mRNA	An01g15050	NT_166518.1	3594568	3594720	D	An01g15050	<3594568..>3594720	Aspergillus niger	84590173
An01g15060	mRNA	An01g15060	NT_166518.1	3595248	3595957	D	An01g15060	join(<3595248..3595373,3595426..3595564,3595619..3595675,3595726..3595774,3595828..>3595957)	Aspergillus niger	4977933
An01g15070	mRNA	An01g15070	NT_166518.1	3595967	3597412	R	An01g15070	complement(join(<3595967..3597291,3597397..>3597412))	Aspergillus niger	4977247
An01g15080	mRNA	An01g15080	NT_166518.1	3597683	3599326	R	An01g15080	complement(join(<3597683..3598420,3598501..3598629,3598775..>3599326))	Aspergillus niger	4977908
An01g15100	mRNA	An01g15100	NT_166518.1	3600258	3601417	R	An01g15100	complement(join(<3600258..3600935,3601007..3601174,3601247..>3601417))	Aspergillus niger	4977178
An01g15110	mRNA	An01g15110	NT_166518.1	3602135	3603926	D	An01g15110	join(<3602135..3602481,3602528..3603726,3603781..>3603926)	Aspergillus niger	4977528
An01g15120	mRNA	An01g15120	NT_166518.1	3604097	3605310	R	An01g15120	complement(join(<3604097..3604681,3604815..3604938,3605028..3605152,3605236..>3605310))	Aspergillus niger	10098040
An01g15130	mRNA	An01g15130	NT_166518.1	3607086	3608716	R	An01g15130	complement(join(<3607086..3608516,3608594..>3608716))	Aspergillus niger	4977978
An01g15140	mRNA	An01g15140	NT_166518.1	3609254	3610807	D	An01g15140	join(<3609254..3609361,3609451..3609577,3609649..3610311,3610392..3610537,3610622..>3610807)	Aspergillus niger	4978049
An01g15150	mRNA	An01g15150	NT_166518.1	3611185	3613516	R	An01g15150	complement(join(<3611185..3611731,3611786..3612429,3612529..3613431,3613493..>3613516))	Aspergillus niger	84590174
An01g15160	mRNA	An01g15160	NT_166518.1	3615125	3615765	R	An01g15160	complement(join(<3615125..3615693,3615729..>3615765))	Aspergillus niger	84590175
An01g15170	mRNA	An01g15170	NT_166518.1	3615767	3616483	D	An01g15170	join(<3615767..3615795,3615830..3615891,3615966..>3616483)	Aspergillus niger	84590176
An01g15180	mRNA	An01g15180	NT_166518.1	3617792	3618731	R	An01g15180	complement(join(<3617792..3618002,3618053..3618236,3618274..3618376,3618411..>3618731))	Aspergillus niger	84590177
An01g15190	mRNA	An01g15190	NT_166518.1	3620729	3621934	D	An01g15190	join(<3620729..3621074,3621180..>3621934)	Aspergillus niger	4977356
An01g15200	mRNA	An01g15200	NT_166518.1	3623923	3625813	D	An01g15200	join(<3623923..3624224,3624293..3624698,3624761..3624889,3624949..3625481,3625545..>3625813)	Aspergillus niger	4978211
An13g00010	mRNA	An13g00010	NT_166528.1	863	2984	D	An13g00010	join(<863..867,918..2337,2408..2720,2836..>2984)	Aspergillus niger	4986474
An13g00020	mRNA	An13g00020	NT_166528.1	3664	7288	R	An13g00020	complement(join(<3664..4046,4130..4455,4511..4620,4670..4969,5016..6645,6695..6899,6958..>7288))	Aspergillus niger	4986462
An13g00030	mRNA	An13g00030	NT_166528.1	8130	9120	D	An13g00030	join(<8130..8152,8229..9042,9100..>9120)	Aspergillus niger	4986469
An13g00040	mRNA	An13g00040	NT_166528.1	10102	11400	D	An13g00040	join(<10102..10301,10374..>11400)	Aspergillus niger	4986458
An13g00050	mRNA	An13g00050	NT_166528.1	12839	15753	R	An13g00050	complement(join(<12839..14910,14985..>15753))	Aspergillus niger	4986482
An13g00060	mRNA	An13g00060	NT_166528.1	16365	17551	R	An13g00060	complement(join(<16365..16460,16727..16887,16920..16977,17171..17207,17364..17444,17544..>17551))	Aspergillus niger	84592774
An13g00070	mRNA	An13g00070	NT_166528.1	18656	19873	R	An13g00070	complement(join(<18656..19677,19807..>19873))	Aspergillus niger	84592775
An13g00080	mRNA	An13g00080	NT_166528.1	20447	21163	D	An13g00080	<20447..>21163	Aspergillus niger	4986459
An13g00090	mRNA	An13g00090	NT_166528.1	21629	23412	R	An13g00090	complement(join(<21629..22855,22905..23102,23167..>23412))	Aspergillus niger	4986453
An13g00100	mRNA	An13g00100	NT_166528.1	24589	26556	R	An13g00100	complement(join(<24589..25226,25278..25294,25353..25483,25552..26144,26197..26228,26426..>26556))	Aspergillus niger	4986461
An13g00110	mRNA	An13g00110	NT_166528.1	27753	34512	D	An13g00110	join(<27753..27793,28055..28286,28347..31055,31110..31218,31281..31418,31472..31832,31891..32262,32320..32575,32649..32852,32903..33190,33244..>34512)	Aspergillus niger	4986454
An13g00130	mRNA	An13g00130	NT_166528.1	36720	37559	R	An13g00130	complement(<36720..>37559)	Aspergillus niger	84592776
An13g00140	mRNA	An13g00140	NT_166528.1	39929	42013	R	An13g00140	complement(join(<39929..40447,40521..41074,41140..41826,41890..>42013))	Aspergillus niger	4986481
An13g00145	mRNA	An13g00145	NT_166528.1	43300	44120	R	An13g00145	complement(join(<43300..43588,43909..>44120))	Aspergillus niger	84592777
An13g00160	mRNA	An13g00160	NT_166528.1	44690	46007	D	An13g00160	join(<44690..44727,44815..44935,45015..45106,45271..45316,45364..45462,45568..45654,45814..45865,45925..>46007)	Aspergillus niger	84592778
An13g00170	mRNA	An13g00170	NT_166528.1	46468	47553	D	An13g00170	join(<46468..46690,46762..46907,47191..>47553)	Aspergillus niger	84592779
An13g00180	mRNA	An13g00180	NT_166528.1	48542	49131	R	An13g00180	complement(join(<48542..48718,48911..49010,49094..>49131))	Aspergillus niger	84592780
An13g00190	mRNA	An13g00190	NT_166528.1	49642	50353	R	An13g00190	complement(join(<49642..49689,49789..50049,50104..50145,50234..>50353))	Aspergillus niger	84592781
An13g00200	mRNA	An13g00200	NT_166528.1	50472	51095	D	An13g00200	join(<50472..50603,50719..50961,51015..>51095)	Aspergillus niger	84592782
An13g00210	mRNA	An13g00210	NT_166528.1	51675	55410	R	An13g00210	complement(join(<51675..53070,53129..53219,53480..54992,55088..55236,55347..>55410))	Aspergillus niger	4986473
An13g00220	mRNA	An13g00220	NT_166528.1	57196	58976	R	An13g00220	complement(join(<57196..58213,58279..>58976))	Aspergillus niger	4986464
An13g00230	mRNA	An13g00230	NT_166528.1	59107	59502	D	An13g00230	join(<59107..59206,59284..59355,59411..>59502)	Aspergillus niger	84592783
An13g00240	mRNA	An13g00240	NT_166528.1	60191	63727	R	An13g00240	complement(join(<60191..60422,60484..61236,61290..61416,61465..61511,61567..61787,61849..61907,61959..62033,62095..62203,62255..62584,62636..63549,63679..>63727))	Aspergillus niger	4986485
An13g00250	mRNA	An13g00250	NT_166528.1	64260	66492	D	An13g00250	join(<64260..64261,64322..64360,64432..64459,64562..65095,65151..65316,65477..>66492)	Aspergillus niger	4986479
An13g00270	mRNA	An13g00270	NT_166528.1	69593	72633	D	An13g00270	join(<69593..69887,69983..70326,70432..>72633)	Aspergillus niger	4986484
An13g00280	mRNA	An13g00280	NT_166528.1	73812	74990	D	An13g00280	join(<73812..73828,74431..74489,74556..74665,74787..>74990)	Aspergillus niger	4986475
An13g00290	mRNA	An13g00290	NT_166528.1	75617	80196	D	An13g00290	join(<75617..76251,76304..77367,77452..78361,78435..78977,79044..>80196)	Aspergillus niger	4986465
An13g00300	mRNA	An13g00300	NT_166528.1	80689	83717	R	An13g00300	complement(join(<80689..80894,80976..83445,83511..>83717))	Aspergillus niger	4986457
An13g00310	mRNA	An13g00310	NT_166528.1	84762	87536	D	An13g00310	join(<84762..84838,84903..85479,85545..>87536)	Aspergillus niger	4986456
An13g00320	mRNA	An13g00320	NT_166528.1	88381	89789	R	An13g00320	complement(join(<88381..88917,88970..89437,89496..>89789))	Aspergillus niger	4986476
An13g00330	mRNA	An13g00330	NT_166528.1	90120	90530	R	An13g00330	complement(join(<90120..90136,90246..90285,90362..>90530))	Aspergillus niger	84592784
An13g00340	mRNA	An13g00340	NT_166528.1	90551	91151	D	An13g00340	join(<90551..91023,91118..>91151)	Aspergillus niger	84592785
An13g00350	mRNA	An13g00350	NT_166528.1	94108	94423	R	An13g00350	complement(join(<94108..94203,94266..94288,94333..>94423))	Aspergillus niger	84592786
An13g00360	mRNA	An13g00360	NT_166528.1	94809	96195	R	An13g00360	complement(join(<94809..95040,95248..95285,95371..95545,95627..95953,96062..>96195))	Aspergillus niger	84592787
An13g00370	mRNA	An13g00370	NT_166528.1	96398	98320	D	An13g00370	<96398..>98320	Aspergillus niger	4986451
An13g00380	mRNA	An13g00380	NT_166528.1	99194	100219	R	An13g00380	complement(join(<99194..99588,99763..>100219))	Aspergillus niger	4986489
An13g00390	mRNA	An13g00390	NT_166528.1	101080	102284	R	An13g00390	complement(join(<101080..101672,101726..>102284))	Aspergillus niger	4986486
An13g00400	mRNA	An13g00400	NT_166528.1	102979	105798	D	An13g00400	join(<102979..103001,103062..>105798)	Aspergillus niger	4986472
An13g00410	mRNA	An13g00410	NT_166528.1	106517	107831	D	An13g00410	join(<106517..106643,106701..107599,107817..>107831)	Aspergillus niger	4986460
An13g00420	mRNA	An13g00420	NT_166528.1	108023	108318	R	An13g00420	complement(join(<108023..108035,108044..>108318))	Aspergillus niger	4986490
An13g00430	mRNA	An13g00430	NT_166528.1	108423	109550	D	An13g00430	<108423..>109550	Aspergillus niger	4986491
An13g00440	mRNA	An13g00440	NT_166528.1	110093	110731	R	An13g00440	complement(<110093..>110731)	Aspergillus niger	4986492
An13g00450	mRNA	An13g00450	NT_166528.1	111857	113111	D	An13g00450	join(<111857..112009,112056..>113111)	Aspergillus niger	4986493
An13g00460	mRNA	An13g00460	NT_166528.1	113631	115661	R	An13g00460	complement(join(<113631..115235,115358..115522,115572..>115661))	Aspergillus niger	4986494
An13g00470	mRNA	An13g00470	NT_166528.1	116485	116957	D	An13g00470	join(<116485..116637,116688..>116957)	Aspergillus niger	84592788
An13g00480	mRNA	An13g00480	NT_166528.1	117748	120623	R	An13g00480	complement(join(<117748..119296,119356..119411,119518..119606,119991..120033,120363..120425,120531..>120623))	Aspergillus niger	10098170
An13g00490	mRNA	An13g00490	NT_166528.1	121221	122512	D	An13g00490	join(<121221..121451,121776..121850,121935..121972,122085..122184,122399..>122512)	Aspergillus niger	84592789
An13g00500	mRNA	An13g00500	NT_166528.1	123034	125553	R	An13g00500	complement(join(<123034..123133,123247..123313,123390..123432,123783..123854,124170..124199,124368..124448,124673..124763,124854..124981,125332..>125553))	Aspergillus niger	84592790
An13g00510	mRNA	An13g00510	NT_166528.1	125743	127317	D	An13g00510	<125743..>127317	Aspergillus niger	4986499
An13g00520	mRNA	An13g00520	NT_166528.1	127977	129119	R	An13g00520	complement(join(<127977..128252,128433..128475,128590..>129119))	Aspergillus niger	4986500
An13g00530	mRNA	An13g00530	NT_166528.1	129339	129589	R	An13g00530	complement(join(<129339..129443,129551..>129589))	Aspergillus niger	84592791
An13g00540	mRNA	An13g00540	NT_166528.1	129623	130547	D	An13g00540	join(<129623..129947,130075..>130547)	Aspergillus niger	4986502
An13g00550	mRNA	An13g00550	NT_166528.1	131367	132705	R	An13g00550	complement(join(<131367..132383,132544..132599,132663..>132705))	Aspergillus niger	4986503
An13g00560	mRNA	An13g00560	NT_166528.1	135156	136469	R	An13g00560	complement(join(<135156..135772,135825..136081,136400..136430,136460..>136469))	Aspergillus niger	4986504
An13g00570	mRNA	An13g00570	NT_166528.1	137052	138026	D	An13g00570	join(<137052..137129,137196..>138026)	Aspergillus niger	84592792
An13g00580	mRNA	An13g00580	NT_166528.1	138284	138811	R	An13g00580	complement(join(<138284..138346,138430..138682,138729..>138811))	Aspergillus niger	84592793
An13g00590	mRNA	An13g00590	NT_166528.1	138964	140205	D	An13g00590	<138964..>140205	Aspergillus niger	4986507
An13g00600	mRNA	An13g00600	NT_166528.1	140460	142062	D	An13g00600	join(<140460..140551,140620..141246,141323..141773,141851..>142062)	Aspergillus niger	4986508
An13g00610	mRNA	An13g00610	NT_166528.1	142199	143289	R	An13g00610	complement(join(<142199..142666,142724..143201,143270..>143289))	Aspergillus niger	4986509
An13g00620	mRNA	An13g00620	NT_166528.1	143580	145482	D	An13g00620	join(<143580..143688,143826..144773,144833..>145482)	Aspergillus niger	4986510
An13g00630	mRNA	An13g00630	NT_166528.1	147627	147876	D	An13g00630	join(<147627..147692,147742..>147876)	Aspergillus niger	84592794
An13g00640	mRNA	An13g00640	NT_166528.1	149493	150545	D	An13g00640	<149493..>150545	Aspergillus niger	4986512
An13g00650	mRNA	An13g00650	NT_166528.1	151082	153011	D	An13g00650	join(<151082..151635,151665..152376,152433..>153011)	Aspergillus niger	4986513
An13g00660	mRNA	An13g00660	NT_166528.1	154102	155493	R	An13g00660	complement(<154102..>155493)	Aspergillus niger	4986514
An13g00670	mRNA	An13g00670	NT_166528.1	156439	156951	R	An13g00670	complement(join(<156439..156843,156949..>156951))	Aspergillus niger	4986515
An13g00680	mRNA	An13g00680	NT_166528.1	157776	159812	D	An13g00680	join(<157776..157788,157918..159113,159183..>159812)	Aspergillus niger	4986516
An13g00690	mRNA	An13g00690	NT_166528.1	160052	162020	R	An13g00690	complement(join(<160052..160132,160260..160704,160760..160960,161015..161827,161890..>162020))	Aspergillus niger	4986517
An13g00700	mRNA	An13g00700	NT_166528.1	162698	163049	R	An13g00700	complement(join(<162698..162828,162917..>163049))	Aspergillus niger	84592795
An13g00710	mRNA	An13g00710	NT_166528.1	163302	165562	D	An13g00710	join(<163302..163643,163700..164279,164334..165242,165327..>165562)	Aspergillus niger	4986519
An13g00720	mRNA	An13g00720	NT_166528.1	166073	167631	D	An13g00720	join(<166073..166578,166659..>167631)	Aspergillus niger	4986520
An13g00730	mRNA	An13g00730	NT_166528.1	168124	170394	R	An13g00730	complement(join(<168124..169365,169416..169868,169985..170334,170388..>170394))	Aspergillus niger	4986521
An13g00740	mRNA	An13g00740	NT_166528.1	171093	172905	R	An13g00740	complement(join(<171093..171302,171369..172120,172193..172679,172801..>172905))	Aspergillus niger	4986522
An13g00750	mRNA	An13g00750	NT_166528.1	174214	175616	R	An13g00750	complement(join(<174214..174974,175041..175277,175364..>175616))	Aspergillus niger	4986523
An13g00760	mRNA	An13g00760	NT_166528.1	176190	176979	D	An13g00760	join(<176190..176207,176411..176715,176817..>176979)	Aspergillus niger	4986524
An13g00770	mRNA	An13g00770	NT_166528.1	177328	178062	R	An13g00770	complement(join(<177328..177816,177883..>178062))	Aspergillus niger	4986525
An13g00780	mRNA	An13g00780	NT_166528.1	178359	179457	D	An13g00780	join(<178359..178453,178518..178816,178881..178985,179042..179263,179318..>179457)	Aspergillus niger	4986526
An13g00790	mRNA	An13g00790	NT_166528.1	180221	183416	D	An13g00790	join(<180221..181256,181404..181434,181505..181587,181688..181861,181951..182064,182102..182323,182617..>183416)	Aspergillus niger	4986527
An13g00793	mRNA	An13g00793	NT_166528.1	183577	183905	R	An13g00793	complement(join(<183577..183597,183692..183741,183821..>183905))	Aspergillus niger	4986528
An13g00800	mRNA	An13g00800	NT_166528.1	184575	185711	D	An13g00800	<184575..>185711	Aspergillus niger	4986529
An13g00810	mRNA	An13g00810	NT_166528.1	186103	187589	R	An13g00810	complement(join(<186103..186281,186341..187335,187426..187509,187561..>187589))	Aspergillus niger	4986530
An13g00820	mRNA	An13g00820	NT_166528.1	188302	188720	D	An13g00820	join(<188302..188350,188415..188442,188552..188615,188682..>188720)	Aspergillus niger	4986531
An13g00830	mRNA	An13g00830	NT_166528.1	190500	193049	R	An13g00830	complement(join(<190500..190672,191080..191150,191247..191368,191450..191498,191575..191772,191998..192200,192402..192457,192845..192919,192974..>193049))	Aspergillus niger	84592796
An13g00840	mRNA	An13g00840	NT_166528.1	194523	196418	D	An13g00840	join(<194523..194799,194873..195290,195356..>196418)	Aspergillus niger	4986533
An13g00850	mRNA	An13g00850	NT_166528.1	197991	200871	D	An13g00850	join(<197991..198221,198292..199435,199493..199588,199644..199829,199874..>200871)	Aspergillus niger	4986534
An13g00860	mRNA	An13g00860	NT_166528.1	201862	203891	R	An13g00860	complement(join(<201862..202391,202485..203456,203507..203767,203840..>203891))	Aspergillus niger	4986535
An13g00870	mRNA	An13g00870	NT_166528.1	204651	206269	D	An13g00870	join(<204651..205137,205206..>206269)	Aspergillus niger	4986536
An13g00880	mRNA	An13g00880	NT_166528.1	206591	206958	R	An13g00880	complement(join(<206591..206674,206737..>206958))	Aspergillus niger	84592797
An13g00890	mRNA	An13g00890	NT_166528.1	207595	209868	D	An13g00890	join(<207595..207646,207720..207750,207839..208155,208214..>209868)	Aspergillus niger	4986538
An13g00910	mRNA	An13g00910	NT_166528.1	211009	213850	R	An13g00910	complement(join(<211009..211804,211871..213239,213292..213408,213489..213502,213663..>213850))	Aspergillus niger	4986539
An13g00920	mRNA	An13g00920	NT_166528.1	214527	215920	D	An13g00920	join(<214527..214613,214674..214896,214962..>215920)	Aspergillus niger	4986540
An13g00930	mRNA	An13g00930	NT_166528.1	216362	217358	D	An13g00930	join(<216362..216430,216504..216787,216884..>217358)	Aspergillus niger	4986541
An13g00940	mRNA	An13g00940	NT_166528.1	217524	218705	R	An13g00940	complement(<217524..>218705)	Aspergillus niger	4986542
An13g00950	mRNA	An13g00950	NT_166528.1	219688	221023	D	An13g00950	join(<219688..219845,219934..219982,220033..220189,220254..>221023)	Aspergillus niger	4986543
An13g00970	mRNA	An13g00970	NT_166528.1	222934	224393	R	An13g00970	complement(join(<222934..223896,223986..224098,224138..>224393))	Aspergillus niger	4986545
An13g00980	mRNA	An13g00980	NT_166528.1	226653	230482	R	An13g00980	complement(join(<226653..230048,230126..>230482))	Aspergillus niger	4986546
An13g00990	mRNA	An13g00990	NT_166528.1	231700	234162	D	An13g00990	<231700..>234162	Aspergillus niger	4986547
An13g01000	mRNA	An13g01000	NT_166528.1	234809	236381	R	An13g01000	complement(join(<234809..235695,235751..>236381))	Aspergillus niger	4986548
An13g01010	mRNA	An13g01010	NT_166528.1	236788	237538	D	An13g01010	join(<236788..236825,236938..>237538)	Aspergillus niger	4986549
An13g01020	mRNA	An13g01020	NT_166528.1	238643	241573	R	An13g01020	complement(join(<238643..239349,239407..239501,239557..240226,240285..240862,241048..241282,241543..>241573))	Aspergillus niger	4986550
An13g01030	mRNA	An13g01030	NT_166528.1	242817	243431	R	An13g01030	complement(join(<242817..243254,243384..>243431))	Aspergillus niger	84592798
An13g01040	mRNA	An13g01040	NT_166528.1	245067	246251	D	An13g01040	join(<245067..245165,245237..245974,246027..246151,246209..>246251)	Aspergillus niger	4986552
An13g01050	mRNA	An13g01050	NT_166528.1	247533	249350	D	An13g01050	<247533..>249350	Aspergillus niger	4986553
An13g01060	mRNA	An13g01060	NT_166528.1	250040	253532	D	An13g01060	join(<250040..250793,250912..251996,252057..>253532)	Aspergillus niger	4986554
An13g01070	mRNA	An13g01070	NT_166528.1	254284	255023	R	An13g01070	complement(join(<254284..254345,254743..254826,254963..>255023))	Aspergillus niger	4986555
An13g01080	mRNA	An13g01080	NT_166528.1	255586	256845	D	An13g01080	join(<255586..255602,255695..255729,255844..256341,256405..256542,256610..>256845)	Aspergillus niger	4986556
An13g01090	mRNA	An13g01090	NT_166528.1	257869	260490	R	An13g01090	complement(<257869..>260490)	Aspergillus niger	4986557
An13g01100	mRNA	An13g01100	NT_166528.1	260590	261625	D	An13g01100	join(<260590..260670,260740..260897,261021..261102,261196..261249,261302..261370,261530..>261625)	Aspergillus niger	84592799
An13g01110	mRNA	An13g01110	NT_166528.1	262059	262956	R	An13g01110	complement(join(<262059..262205,262303..>262956))	Aspergillus niger	4986559
An13g01120	mRNA	An13g01120	NT_166528.1	263686	264806	D	An13g01120	join(<263686..264516,264567..>264806)	Aspergillus niger	4986560
An13g01130	mRNA	An13g01130	NT_166528.1	265308	266279	D	An13g01130	join(<265308..265368,265456..>266279)	Aspergillus niger	4986561
An13g01140	mRNA	An13g01140	NT_166528.1	266336	267761	R	An13g01140	complement(join(<266336..266449,266514..266685,266716..266856,266989..>267761))	Aspergillus niger	84592800
An13g01150	mRNA	An13g01150	NT_166528.1	268673	271015	R	An13g01150	complement(join(<268673..269269,269319..269773,269821..>271015))	Aspergillus niger	4986563
An13g01160	mRNA	An13g01160	NT_166528.1	273314	277234	R	An13g01160	complement(join(<273314..275224,275276..275469,275722..276024,276074..276343,276395..276713,276779..>277234))	Aspergillus niger	10098166
An13g01170	mRNA	An13g01170	NT_166528.1	278745	281334	R	An13g01170	complement(join(<278745..278893,279120..279341,280012..280155,280635..280906,281025..281073,281128..281169,281265..>281334))	Aspergillus niger	84592801
An13g01180	mRNA	An13g01180	NT_166528.1	282726	288612	D	An13g01180	join(<282726..287351,287422..>288612)	Aspergillus niger	4986566
An13g01190	mRNA	An13g01190	NT_166528.1	289706	290931	D	An13g01190	join(<289706..289762,289855..289882,289953..289967,290052..290101,290173..290192,290259..290810,290883..>290931)	Aspergillus niger	4986567
An13g01200	mRNA	An13g01200	NT_166528.1	292729	294523	D	An13g01200	join(<292729..293720,293909..293962,294265..294397,294464..>294523)	Aspergillus niger	4986568
An13g01210	mRNA	An13g01210	NT_166528.1	296942	297600	R	An13g01210	complement(join(<296942..297266,297326..>297600))	Aspergillus niger	4986569
An13g01220	mRNA	An13g01220	NT_166528.1	298378	299320	D	An13g01220	join(<298378..298471,298536..>299320)	Aspergillus niger	4986570
An13g01230	mRNA	An13g01230	NT_166528.1	303431	305296	D	An13g01230	join(<303431..303451,303547..303669,303860..>305296)	Aspergillus niger	4986571
An13g01240	mRNA	An13g01240	NT_166528.1	306031	309507	D	An13g01240	<306031..>309507	Aspergillus niger	4986572
An13g01250	mRNA	An13g01250	NT_166528.1	311467	313402	D	An13g01250	join(<311467..311738,311801..312414,312465..>313402)	Aspergillus niger	10098172
An13g01260	mRNA	An13g01260	NT_166528.1	313737	316394	D	An13g01260	join(<313737..314830,314884..315420,315657..316192,316360..>316394)	Aspergillus niger	4986574
An13g01270	mRNA	An13g01270	NT_166528.1	316683	319074	R	An13g01270	complement(join(<316683..317517,317570..>319074))	Aspergillus niger	4986575
An13g01280	mRNA	An13g01280	NT_166528.1	320136	321968	R	An13g01280	complement(<320136..>321968)	Aspergillus niger	4986576
An13g01290	mRNA	An13g01290	NT_166528.1	323573	324645	D	An13g01290	join(<323573..324129,324184..324213,324315..>324645)	Aspergillus niger	4986577
An13g01300	mRNA	An13g01300	NT_166528.1	325532	327613	D	An13g01300	join(<325532..325756,325818..325851,325907..326066,326117..326696,326767..326927,326980..327113,327165..>327613)	Aspergillus niger	4986578
An13g01310	mRNA	An13g01310	NT_166528.1	328698	331510	D	An13g01310	join(<328698..330298,330355..>331510)	Aspergillus niger	4986579
An13g01320	mRNA	An13g01320	NT_166528.1	332766	335345	D	An13g01320	<332766..>335345	Aspergillus niger	4986580
An13g01330	mRNA	An13g01330	NT_166528.1	338237	339646	R	An13g01330	complement(join(<338237..338654,338866..338994,339151..339231,339585..>339646))	Aspergillus niger	84592802
An13g01340	mRNA	An13g01340	NT_166528.1	343108	344503	D	An13g01340	join(<343108..343698,343754..>344503)	Aspergillus niger	4986582
An13g01350	mRNA	An13g01350	NT_166528.1	346340	347924	D	An13g01350	join(<346340..346396,346473..347000,347052..>347924)	Aspergillus niger	4986583
An13g01360	mRNA	An13g01360	NT_166528.1	348116	348746	D	An13g01360	join(<348116..348397,348594..>348746)	Aspergillus niger	84592803
An13g01370	mRNA	An13g01370	NT_166528.1	349305	351405	D	An13g01370	join(<349305..349389,349469..349655,349707..350241,350290..350328,350377..350427,350473..350729,350776..351314,351362..>351405)	Aspergillus niger	4986585
An13g01380	mRNA	An13g01380	NT_166528.1	354269	354881	D	An13g01380	join(<354269..354409,354483..354607,354746..>354881)	Aspergillus niger	84592804
An13g01390	mRNA	An13g01390	NT_166528.1	356127	356778	D	An13g01390	join(<356127..356239,356418..>356778)	Aspergillus niger	84592805
An13g01400	mRNA	An13g01400	NT_166528.1	358608	359177	D	An13g01400	join(<358608..358655,358887..>359177)	Aspergillus niger	84592806
An13g01410	mRNA	An13g01410	NT_166528.1	359746	362913	D	An13g01410	join(<359746..359916,360040..360209,360408..360534,360634..360712,360789..360880,360928..361005,361099..361144,361234..361378,361425..361616,362303..362493,362828..>362913)	Aspergillus niger	84592807
An13g01420	mRNA	An13g01420	NT_166528.1	365542	367457	R	An13g01420	complement(join(<365542..365559,365744..366140,366197..366471,366527..367177,367227..>367457))	Aspergillus niger	4986590
An13g01430	mRNA	An13g01430	NT_166528.1	368578	369131	D	An13g01430	join(<368578..368580,368882..368960,369031..>369131)	Aspergillus niger	10098174
An13g01440	mRNA	An13g01440	NT_166528.1	369629	371554	R	An13g01440	complement(join(<369629..369769,369815..370142,370189..370319,370368..370751,370793..370913,371083..371192,371242..371378,371425..>371554))	Aspergillus niger	4986592
An13g01450	mRNA	An13g01450	NT_166528.1	372638	374011	D	An13g01450	join(<372638..373258,373313..>374011)	Aspergillus niger	4986593
An13g01460	mRNA	An13g01460	NT_166528.1	374326	374718	D	An13g01460	<374326..>374718	Aspergillus niger	4986594
An13g01470	mRNA	An13g01470	NT_166528.1	375111	375533	R	An13g01470	complement(join(<375111..375328,375404..>375533))	Aspergillus niger	4986595
An13g01480	mRNA	An13g01480	NT_166528.1	377432	378601	D	An13g01480	<377432..>378601	Aspergillus niger	4986596
An13g01490	mRNA	An13g01490	NT_166528.1	379393	383073	D	An13g01490	join(<379393..379693,379750..380196,380315..>383073)	Aspergillus niger	4986597
An13g01500	mRNA	An13g01500	NT_166528.1	383355	383827	R	An13g01500	complement(join(<383355..383517,383586..383662,383753..>383827))	Aspergillus niger	84592808
An13g01510	mRNA	An13g01510	NT_166528.1	386759	387271	R	An13g01510	complement(join(<386759..386861,387032..387105,387197..>387271))	Aspergillus niger	84592809
An13g01520	mRNA	An13g01520	NT_166528.1	388064	388925	R	An13g01520	complement(join(<388064..388131,388328..>388925))	Aspergillus niger	4986600
An13g01530	mRNA	An13g01530	NT_166528.1	390719	391105	D	An13g01530	join(<390719..390740,390819..>391105)	Aspergillus niger	4986601
An13g01540	mRNA	An13g01540	NT_166528.1	391554	392261	R	An13g01540	complement(<391554..>392261)	Aspergillus niger	4986602
An13g01550	mRNA	An13g01550	NT_166528.1	393690	394333	R	An13g01550	complement(join(<393690..394101,394245..>394333))	Aspergillus niger	84592810
An13g01560	mRNA	An13g01560	NT_166528.1	395768	397794	D	An13g01560	join(<395768..395827,395910..396080,396130..>397794)	Aspergillus niger	4986604
An13g01570	mRNA	An13g01570	NT_166528.1	398495	398891	R	An13g01570	complement(join(<398495..398592,398650..398699,398761..>398891))	Aspergillus niger	84592811
An13g01580	mRNA	An13g01580	NT_166528.1	400032	401719	D	An13g01580	join(<400032..400431,400484..400946,401008..>401719)	Aspergillus niger	4986606
An13g01590	mRNA	An13g01590	NT_166528.1	402712	403504	D	An13g01590	join(<402712..402931,402990..>403504)	Aspergillus niger	4986607
An13g01600	mRNA	An13g01600	NT_166528.1	403684	404842	R	An13g01600	complement(join(<403684..403722,403773..404549,404600..>404842))	Aspergillus niger	4986608
An13g01610	mRNA	An13g01610	NT_166528.1	405128	407411	D	An13g01610	join(<405128..405145,405212..405732,405831..406258,406313..406661,406780..406908,406958..>407411)	Aspergillus niger	4986609
An13g01620	mRNA	An13g01620	NT_166528.1	407674	409084	R	An13g01620	complement(join(<407674..408176,408238..>409084))	Aspergillus niger	4986610
An13g01630	mRNA	An13g01630	NT_166528.1	409945	411145	R	An13g01630	complement(join(<409945..410080,410170..410218,410424..410720,410810..410946,411063..>411145))	Aspergillus niger	84592812
An13g01640	mRNA	An13g01640	NT_166528.1	411531	412475	D	An13g01640	join(<411531..411685,411824..>412475)	Aspergillus niger	4986612
An13g01650	mRNA	An13g01650	NT_166528.1	413074	413691	R	An13g01650	complement(join(<413074..413450,413673..>413691))	Aspergillus niger	84592813
An13g01660	mRNA	An13g01660	NT_166528.1	414791	415270	D	An13g01660	<414791..>415270	Aspergillus niger	4986614
An13g01680	mRNA	An13g01680	NT_166528.1	416464	418911	R	An13g01680	complement(<416464..>418911)	Aspergillus niger	4986616
An13g01690	mRNA	An13g01690	NT_166528.1	419622	420761	R	An13g01690	complement(join(<419622..419766,419811..419918,419958..420169,420228..>420761))	Aspergillus niger	4986617
An13g01700	mRNA	An13g01700	NT_166528.1	421138	423599	D	An13g01700	join(<421138..421354,421410..421724,421788..422074,422127..422248,422303..422954,423117..423151,423263..423339,423461..423481,423514..423534,423583..>423599)	Aspergillus niger	4986618
An13g01710	mRNA	An13g01710	NT_166528.1	424059	424619	D	An13g01710	<424059..>424619	Aspergillus niger	84592814
An13g01720	mRNA	An13g01720	NT_166528.1	425793	426380	D	An13g01720	join(<425793..425981,426072..>426380)	Aspergillus niger	84592815
An13g01730	mRNA	An13g01730	NT_166528.1	427299	428277	R	An13g01730	complement(join(<427299..428057,428107..>428277))	Aspergillus niger	4986621
An13g01740	mRNA	An13g01740	NT_166528.1	428650	430015	R	An13g01740	complement(join(<428650..429516,429578..>430015))	Aspergillus niger	4986622
An13g01750	mRNA	aphA	NT_166528.1	430750	432744	R	An13g01750	complement(join(<430750..431101,431155..431595,431645..432340,432389..>432744))	Aspergillus niger	4986623
An13g01760	mRNA	An13g01760	NT_166528.1	434163	437265	R	An13g01760	complement(join(<434163..434338,434437..434449,434623..435198,435255..435437,435492..435821,435874..435971,436029..436183,436232..436438,436494..436768,436838..437136,437199..>437265))	Aspergillus niger	4986624
An13g01770	mRNA	An13g01770	NT_166528.1	437837	438647	D	An13g01770	join(<437837..437935,438039..438123,438245..438380,438464..>438647)	Aspergillus niger	84592816
An13g01780	mRNA	An13g01780	NT_166528.1	439471	439986	D	An13g01780	<439471..>439986	Aspergillus niger	4986626
An13g01790	mRNA	An13g01790	NT_166528.1	440075	441878	R	An13g01790	complement(join(<440075..440423,440470..440615,440682..441698,441741..>441878))	Aspergillus niger	4986627
An13g01800	mRNA	An13g01800	NT_166528.1	442371	443399	R	An13g01800	complement(<442371..>443399)	Aspergillus niger	4986628
An13g01810	mRNA	An13g01810	NT_166528.1	444908	446870	R	An13g01810	complement(join(<444908..445753,445808..445974,446022..446682,446742..>446870))	Aspergillus niger	4986629
An13g01820	mRNA	An13g01820	NT_166528.1	446999	447865	D	An13g01820	join(<446999..447022,447131..447196,447231..447372,447409..447476,447557..447678,447784..>447865)	Aspergillus niger	84592817
An13g01830	mRNA	An13g01830	NT_166528.1	448116	451560	R	An13g01830	complement(join(<448116..448170,448275..448577,448651..448978,449101..449147,449222..449336,449425..449691,449730..449827,449895..450053,450139..450298,450369..450521,450686..450824,450907..450954,451055..451060,451175..451264,451351..>451560))	Aspergillus niger	84592818
An13g01840	mRNA	An13g01840	NT_166528.1	451850	453300	D	An13g01840	join(<451850..453123,453177..>453300)	Aspergillus niger	4986632
An13g01850	mRNA	An13g01850	NT_166528.1	453781	454800	R	An13g01850	complement(join(<453781..453834,453929..453981,454064..454255,454348..454515,454608..454668,454765..>454800))	Aspergillus niger	84592819
An13g01860	mRNA	An13g01860	NT_166528.1	455845	457787	R	An13g01860	complement(join(<455845..455885,455929..455972,456236..457408,457479..457549,457620..>457787))	Aspergillus niger	4986634
An13g01870	mRNA	An13g01870	NT_166528.1	458510	460639	D	An13g01870	join(<458510..458548,458589..458666,458724..458932,459086..459160,459314..459527,459624..459689,459831..460097,460214..>460639)	Aspergillus niger	4986635
An13g01880	mRNA	An13g01880	NT_166528.1	461919	463714	D	An13g01880	join(<461919..462230,462290..462637,462686..>463714)	Aspergillus niger	4986636
An13g01890	mRNA	An13g01890	NT_166528.1	464166	465285	D	An13g01890	join(<464166..464247,464341..464457,464591..464779,464879..>465285)	Aspergillus niger	4986637
An13g01900	mRNA	An13g01900	NT_166528.1	466374	468222	D	An13g01900	join(<466374..467449,467508..467873,468055..468080,468155..>468222)	Aspergillus niger	84592820
An13g01910	mRNA	An13g01910	NT_166528.1	470063	471819	D	An13g01910	join(<470063..470071,470311..>471819)	Aspergillus niger	84592821
An13g01920	mRNA	An13g01920	NT_166528.1	472113	473636	D	An13g01920	join(<472113..472394,472444..473388,473436..>473636)	Aspergillus niger	4986640
An13g01930	mRNA	An13g01930	NT_166528.1	473733	475370	R	An13g01930	complement(join(<473733..475271,475344..>475370))	Aspergillus niger	4986641
An13g01940	mRNA	An13g01940	NT_166528.1	475636	477276	R	An13g01940	complement(<475636..>477276)	Aspergillus niger	4986642
An13g01950	mRNA	An13g01950	NT_166528.1	477336	478328	D	An13g01950	join(<477336..477373,477473..477559,477646..477793,477895..477978,478060..478101,478263..>478328)	Aspergillus niger	84592822
An13g01960	mRNA	An13g01960	NT_166528.1	478390	480554	R	An13g01960	complement(join(<478390..478469,478514..478941,479028..479166,479284..479469,479577..480294,480348..>480554))	Aspergillus niger	4986644
An13g01970	mRNA	An13g01970	NT_166528.1	480994	483392	D	An13g01970	join(<480994..481021,481506..481628,482115..482184,482266..482359,482588..482804,482865..483017,483147..483226,483288..>483392)	Aspergillus niger	84592823
An13g01980	mRNA	An13g01980	NT_166528.1	484708	486634	D	An13g01980	join(<484708..484717,484919..485045,485148..485576,485629..>486634)	Aspergillus niger	4986646
An13g01990	mRNA	An13g01990	NT_166528.1	487532	488761	D	An13g01990	join(<487532..487878,488218..488522,488628..>488761)	Aspergillus niger	84592824
An13g02000	mRNA	An13g02000	NT_166528.1	489805	490811	R	An13g02000	complement(join(<489805..490501,490561..>490811))	Aspergillus niger	4986648
An13g02010	mRNA	An13g02010	NT_166528.1	492351	492485	R	An13g02010	complement(join(<492351..492406,492452..>492485))	Aspergillus niger	84592825
An13g02020	mRNA	An13g02020	NT_166528.1	494378	495422	D	An13g02020	join(<494378..494778,494867..495041,495093..>495422)	Aspergillus niger	4986650
An13g02030	mRNA	An13g02030	NT_166528.1	495865	497873	R	An13g02030	complement(join(<495865..496065,496141..496382,496466..496940,496997..497208,497260..497349,497408..497651,497706..>497873))	Aspergillus niger	4986651
An13g02040	mRNA	An13g02040	NT_166528.1	498342	499004	R	An13g02040	complement(join(<498342..498510,498602..498862,498955..>499004))	Aspergillus niger	84592826
An13g02050	mRNA	An13g02050	NT_166528.1	499210	500183	D	An13g02050	join(<499210..499383,499431..>500183)	Aspergillus niger	4986653
An13g02060	mRNA	An13g02060	NT_166528.1	502849	504616	D	An13g02060	join(<502849..503107,503184..503725,503781..504120,504192..>504616)	Aspergillus niger	4986654
An13g02070	mRNA	An13g02070	NT_166528.1	505913	506639	R	An13g02070	complement(join(<505913..505955,506031..506324,506392..>506639))	Aspergillus niger	4986655
An13g02080	mRNA	An13g02080	NT_166528.1	506870	511303	R	An13g02080	complement(join(<506870..508575,508624..508981,509030..509463,509515..509634,509684..510232,510280..511044,511092..511202,511267..>511303))	Aspergillus niger	4986656
An13g02090	mRNA	An13g02090	NT_166528.1	512076	514068	D	An13g02090	join(<512076..512252,512302..512377,512424..512479,512530..512683,512750..512947,512994..513227,513274..513528,513658..513741,513821..>514068)	Aspergillus niger	4986657
An13g02100	mRNA	An13g02100	NT_166528.1	514494	515789	D	An13g02100	join(<514494..514539,514595..514720,514783..515339,515394..515609,515658..>515789)	Aspergillus niger	4986658
An13g02110	mRNA	An13g02110	NT_166528.1	516386	518049	R	An13g02110	complement(join(<516386..517652,517721..>518049))	Aspergillus niger	4986659
An13g02120	mRNA	An13g02120	NT_166528.1	519253	520250	D	An13g02120	join(<519253..519365,519411..519940,519996..>520250)	Aspergillus niger	84592827
An13g02130	mRNA	An13g02130	NT_166528.1	520487	522068	R	An13g02130	complement(join(<520487..521478,521531..521849,521901..>522068))	Aspergillus niger	4986661
An13g02140	mRNA	An13g02140	NT_166528.1	522704	524305	R	An13g02140	complement(join(<522704..523064,523121..523483,523533..>524305))	Aspergillus niger	84592828
An13g02150	mRNA	An13g02150	NT_166528.1	524890	526634	D	An13g02150	join(<524890..525241,525291..525620,525669..525876,525927..526288,526342..>526634)	Aspergillus niger	4986663
An13g02160	mRNA	An13g02160	NT_166528.1	527530	529161	D	An13g02160	join(<527530..528256,528290..>529161)	Aspergillus niger	4986664
An13g02170	mRNA	An13g02170	NT_166528.1	529375	529717	R	An13g02170	complement(join(<529375..529482,529521..529553,529691..>529717))	Aspergillus niger	84592829
An13g02180	mRNA	An13g02180	NT_166528.1	530446	532928	R	An13g02180	complement(join(<530446..531409,531455..531576,531623..531675,531720..531952,531997..532382,532434..>532928))	Aspergillus niger	4986666
An13g02200	mRNA	An13g02200	NT_166528.1	536177	536936	D	An13g02200	join(<536177..536449,536670..536787,536824..>536936)	Aspergillus niger	84592830
An13g02210	mRNA	An13g02210	NT_166528.1	537437	538123	R	An13g02210	complement(join(<537437..537603,537774..537861,537953..>538123))	Aspergillus niger	84592831
An13g02220	mRNA	An13g02220	NT_166528.1	538199	539076	D	An13g02220	join(<538199..538482,538537..538573,538627..538654,538716..538752,538809..>539076)	Aspergillus niger	4986670
An13g02230	mRNA	An13g02230	NT_166528.1	539686	540015	D	An13g02230	<539686..>540015	Aspergillus niger	84592832
An13g02240	mRNA	An13g02240	NT_166528.1	540239	542108	R	An13g02240	complement(join(<540239..541372,541426..541509,541673..541911,541961..>542108))	Aspergillus niger	4986672
An13g02250	mRNA	An13g02250	NT_166528.1	542789	543974	R	An13g02250	complement(join(<542789..542918,542968..543390,543443..543646,543697..>543974))	Aspergillus niger	4986673
An13g02260	mRNA	An13g02260	NT_166528.1	544375	546200	D	An13g02260	join(<544375..546003,546063..>546200)	Aspergillus niger	4986674
An13g02270	mRNA	An13g02270	NT_166528.1	547921	548790	D	An13g02270	<547921..>548790	Aspergillus niger	4986675
An13g02280	mRNA	An13g02280	NT_166528.1	549314	549682	R	An13g02280	complement(join(<549314..549562,549671..>549682))	Aspergillus niger	84592833
An13g02290	mRNA	An13g02290	NT_166528.1	550414	551415	D	An13g02290	<550414..>551415	Aspergillus niger	4986677
An13g02300	mRNA	An13g02300	NT_166528.1	551691	552767	D	An13g02300	<551691..>552767	Aspergillus niger	4986678
An13g02310	mRNA	An13g02310	NT_166528.1	552924	553805	R	An13g02310	complement(join(<552924..553532,553608..>553805))	Aspergillus niger	4986679
An13g02320	mRNA	An13g02320	NT_166528.1	554369	554827	R	An13g02320	complement(<554369..>554827)	Aspergillus niger	84592834
An13g02330	mRNA	An13g02330	NT_166528.1	554931	556508	R	An13g02330	complement(<554931..>556508)	Aspergillus niger	84592835
An13g02340	mRNA	An13g02340	NT_166528.1	557514	558600	D	An13g02340	join(<557514..557865,557945..>558600)	Aspergillus niger	4986682
An13g02350	mRNA	An13g02350	NT_166528.1	558778	561487	D	An13g02350	join(<558778..558800,558982..559162,559304..559339,559429..559446,559744..559833,559873..560517,560577..561118,561175..>561487)	Aspergillus niger	4986683
An13g02360	mRNA	An13g02360	NT_166528.1	562120	564033	R	An13g02360	complement(<562120..>564033)	Aspergillus niger	84592836
An13g02370	mRNA	An13g02370	NT_166528.1	564667	566338	R	An13g02370	complement(join(<564667..565299,565355..565641,565689..565989,566141..>566338))	Aspergillus niger	4986685
An13g02380	mRNA	An13g02380	NT_166528.1	567432	568636	R	An13g02380	complement(join(<567432..568245,568299..>568636))	Aspergillus niger	4986686
An13g02390	mRNA	An13g02390	NT_166528.1	569483	571525	D	An13g02390	join(<569483..569805,569881..570015,570155..570716,570766..570870,570917..>571525)	Aspergillus niger	4986687
An13g02400	mRNA	An13g02400	NT_166528.1	572742	574830	D	An13g02400	join(<572742..572867,572926..573510,573556..573707,573756..573929,573983..574324,574359..>574830)	Aspergillus niger	4986688
An13g02410	mRNA	An13g02410	NT_166528.1	575622	577080	D	An13g02410	join(<575622..575825,575897..576011,576060..576337,576389..576667,576717..576827,576880..>577080)	Aspergillus niger	4986689
An13g02420	mRNA	An13g02420	NT_166528.1	578654	579569	R	An13g02420	complement(join(<578654..578950,579021..579119,579195..>579569))	Aspergillus niger	4986690
An13g02430	mRNA	An13g02430	NT_166528.1	581407	588911	D	An13g02430	join(<581407..581692,581747..582131,582204..582382,582465..584200,584262..587504,587589..588347,588533..588555,588682..588685,588717..>588911)	Aspergillus niger	4986691
An13g02450	mRNA	An13g02450	NT_166528.1	589631	591970	D	An13g02450	join(<589631..591609,591742..>591970)	Aspergillus niger	4986693
An13g02460	mRNA	An13g02460	NT_166528.1	593273	596570	D	An13g02460	join(<593273..593554,593601..593862,593903..596085,596181..>596570)	Aspergillus niger	4986694
An13g02470	mRNA	An13g02470	NT_166528.1	596998	597385	D	An13g02470	join(<596998..597321,597368..>597385)	Aspergillus niger	84592837
An13g02480	mRNA	An13g02480	NT_166528.1	597568	599404	R	An13g02480	complement(join(<597568..598565,598625..598877,598926..598976,599024..599161,599219..599249,599298..>599404))	Aspergillus niger	4986696
An13g02500	mRNA	An13g02500	NT_166528.1	600562	603367	D	An13g02500	join(<600562..600574,600756..600809,600891..601004,601155..601401,601478..601681,601773..601928,602282..602348,602459..602566,602646..602732,602833..602882,602952..603061,603087..>603367)	Aspergillus niger	84592838
An13g02510	mRNA	An13g02510	NT_166528.1	603534	604622	D	An13g02510	join(<603534..603627,603681..603961,604011..>604622)	Aspergillus niger	4986699
An13g02520	mRNA	An13g02520	NT_166528.1	604765	605462	R	An13g02520	complement(join(<604765..604941,605084..605106,605174..605273,605309..605389,605460..>605462))	Aspergillus niger	84592839
An13g02530	mRNA	An13g02530	NT_166528.1	606003	606727	D	An13g02530	join(<606003..606435,606501..>606727)	Aspergillus niger	4986701
An13g02540	mRNA	An13g02540	NT_166528.1	607420	608319	D	An13g02540	join(<607420..607457,607512..607906,607973..>608319)	Aspergillus niger	4986702
An13g02550	mRNA	An13g02550	NT_166528.1	608776	609767	R	An13g02550	complement(join(<608776..609259,609498..609582,609674..>609767))	Aspergillus niger	84592840
An13g02560	mRNA	An13g02560	NT_166528.1	609821	610445	R	An13g02560	complement(join(<609821..610036,610125..610286,610389..>610445))	Aspergillus niger	84592841
An13g02570	mRNA	An13g02570	NT_166528.1	611100	611789	R	An13g02570	complement(join(<611100..611345,611418..>611789))	Aspergillus niger	84592842
An13g02580	mRNA	An13g02580	NT_166528.1	612073	613614	R	An13g02580	complement(join(<612073..612225,612451..612567,612883..612974,613116..613191,613365..613433,613504..>613614))	Aspergillus niger	84592843
An13g02590	mRNA	An13g02590	NT_166528.1	613978	615592	D	An13g02590	join(<613978..614152,614207..614822,614883..615125,615197..615419,615533..>615592)	Aspergillus niger	4986707
An13g02600	mRNA	An13g02600	NT_166528.1	615853	617446	R	An13g02600	complement(join(<615853..615896,615930..616012,616141..616267,616329..616385,616438..617154,617209..>617446))	Aspergillus niger	4986709
An13g02610	mRNA	An13g02610	NT_166528.1	618058	619591	R	An13g02610	complement(join(<618058..618111,618359..618370,618775..618833,618883..>619591))	Aspergillus niger	4986710
An13g02620	mRNA	An13g02620	NT_166528.1	620128	622260	R	An13g02620	complement(join(<620128..620176,620318..620556,620622..621303,621367..621478,621533..621792,621851..621892,621950..>622260))	Aspergillus niger	4986711
An13g02630	mRNA	An13g02630	NT_166528.1	622731	624354	D	An13g02630	join(<622731..622940,623502..623657,624223..>624354)	Aspergillus niger	84592844
An13g02640	mRNA	An13g02640	NT_166528.1	624877	627177	R	An13g02640	complement(<624877..>627177)	Aspergillus niger	4986713
An13g02650	mRNA	An13g02650	NT_166528.1	627443	628422	R	An13g02650	complement(join(<627443..627566,627608..627702,627756..627866,627958..628014,628112..628153,628240..628288,628370..>628422))	Aspergillus niger	84592845
An13g02660	mRNA	An13g02660	NT_166528.1	629061	631580	D	An13g02660	join(<629061..629168,629380..629492,629547..629892,629942..630011,630320..630474,630739..630855,630966..631086,631162..631407,631456..>631580)	Aspergillus niger	84592846
An13g02670	mRNA	Arsa-7	NT_166528.1	631742	632962	D	An13g02670	<631742..>632962	Aspergillus niger	4986716
An13g02680	mRNA	An13g02680	NT_166528.1	633455	635909	R	An13g02680	complement(join(<633455..633640,633782..633896,633954..634181,634246..634361,634423..634478,634530..634633,634687..634731,634787..635017,635063..635249,635295..635373,635421..635559,635610..635731,635826..>635909))	Aspergillus niger	4986717
An13g02690	mRNA	An13g02690	NT_166528.1	636475	638052	R	An13g02690	complement(join(<636475..637272,637332..637478,637530..637803,637850..>638052))	Aspergillus niger	4986718
An13g02700	mRNA	An13g02700	NT_166528.1	638834	640112	D	An13g02700	join(<638834..639277,639348..639889,639941..>640112)	Aspergillus niger	4986719
An13g02710	mRNA	An13g02710	NT_166528.1	640713	641553	R	An13g02710	complement(join(<640713..641213,641278..>641553))	Aspergillus niger	4986720
An13g02720	mRNA	An13g02720	NT_166528.1	642151	643325	R	An13g02720	complement(join(<642151..642363,642469..642507,642609..642712,642818..642892,642981..643102,643246..>643325))	Aspergillus niger	84592847
An13g02730	mRNA	An13g02730	NT_166528.1	643385	643691	D	An13g02730	join(<643385..643487,643552..>643691)	Aspergillus niger	4986722
An13g02740	mRNA	An13g02740	NT_166528.1	644735	645249	D	An13g02740	join(<644735..644837,644944..645027,645048..645163,645211..>645249)	Aspergillus niger	84592848
An13g02760	mRNA	An13g02760	NT_166528.1	645611	646644	R	An13g02760	complement(join(<645611..645714,645775..646028,646251..646336,646396..>646644))	Aspergillus niger	84592849
An13g02770	mRNA	An13g02770	NT_166528.1	646895	648029	D	An13g02770	join(<646895..647040,647096..>648029)	Aspergillus niger	4986726
An13g02780	mRNA	An13g02780	NT_166528.1	648092	649089	R	An13g02780	complement(join(<648092..648448,648495..648802,648870..>649089))	Aspergillus niger	4986727
An13g02790	mRNA	An13g02790	NT_166528.1	649509	651437	R	An13g02790	complement(join(<649509..649676,649785..649845,649897..649972,650019..651269,651320..>651437))	Aspergillus niger	4986728
An13g02800	mRNA	An13g02800	NT_166528.1	652660	653990	D	An13g02800	join(<652660..652761,652841..652937,653124..653235,653318..653490,653564..653742,653832..>653990)	Aspergillus niger	84592850
An13g02810	mRNA	An13g02810	NT_166528.1	654141	656202	D	An13g02810	join(<654141..654350,654395..655849,655899..655915,655964..656041,656094..>656202)	Aspergillus niger	4986730
An13g02820	mRNA	An13g02820	NT_166528.1	656310	657143	R	An13g02820	complement(<656310..>657143)	Aspergillus niger	4986731
An13g02830	mRNA	An13g02830	NT_166528.1	658300	659212	D	An13g02830	join(<658300..658516,658610..658743,658840..658957,659043..>659212)	Aspergillus niger	84592851
An13g02840	mRNA	An13g02840	NT_166528.1	659927	660967	R	An13g02840	complement(join(<659927..660187,660478..660619,660879..>660967))	Aspergillus niger	84592852
An13g02850	mRNA	An13g02850	NT_166528.1	661239	661946	D	An13g02850	join(<661239..661310,661435..661545,661596..>661946)	Aspergillus niger	84592853
An13g02860	mRNA	An13g02860	NT_166528.1	662068	664508	D	An13g02860	join(<662068..662143,662229..662292,662369..662455,662571..662690,663171..663262,663496..663557,663627..663769,663864..664019,664068..664220,664337..>664508)	Aspergillus niger	84592854
An13g02870	mRNA	An13g02870	NT_166528.1	664652	665129	R	An13g02870	complement(join(<664652..664918,664992..>665129))	Aspergillus niger	84592855
An13g02880	mRNA	An13g02880	NT_166528.1	667185	669743	R	An13g02880	complement(<667185..>669743)	Aspergillus niger	4986737
An13g02890	mRNA	An13g02890	NT_166528.1	669777	670903	R	An13g02890	complement(join(<669777..670048,670230..670360,670442..670630,670697..670780,670887..>670903))	Aspergillus niger	84592856
An13g02900	mRNA	An13g02900	NT_166528.1	670987	671449	D	An13g02900	join(<670987..671143,671247..>671449)	Aspergillus niger	84592857
An13g02910	mRNA	An13g02910	NT_166528.1	671551	672732	R	An13g02910	complement(join(<671551..671859,671926..672399,672520..>672732))	Aspergillus niger	84592858
An13g02920	mRNA	An13g02920	NT_166528.1	672771	673912	D	An13g02920	join(<672771..672887,672942..673032,673131..673276,673383..673604,673814..>673912)	Aspergillus niger	84592859
An13g02940	mRNA	An13g02940	NT_166528.1	675547	676629	R	An13g02940	complement(<675547..>676629)	Aspergillus niger	4986743
An13g02950	mRNA	An13g02950	NT_166528.1	677958	678416	D	An13g02950	join(<677958..678111,678186..678252,678320..>678416)	Aspergillus niger	84592860
An13g02960	mRNA	An13g02960	NT_166528.1	678773	681555	D	An13g02960	join(<678773..679403,679475..>681555)	Aspergillus niger	4986745
An13g02970	mRNA	An13g02970	NT_166528.1	681659	682015	D	An13g02970	<681659..>682015	Aspergillus niger	84592861
An13g02980	mRNA	An13g02980	NT_166528.1	682904	683508	R	An13g02980	complement(join(<682904..683392,683455..>683508))	Aspergillus niger	4986747
An13g02990	mRNA	An13g02990	NT_166528.1	684553	686236	D	An13g02990	join(<684553..685223,685283..686054,686111..>686236)	Aspergillus niger	4986748
An13g03000	mRNA	An13g03000	NT_166528.1	686802	688467	R	An13g03000	complement(join(<686802..687989,688066..>688467))	Aspergillus niger	4986749
An13g03010	mRNA	An13g03010	NT_166528.1	689920	690764	D	An13g03010	join(<689920..690084,690318..690406,690483..690559,690637..>690764)	Aspergillus niger	84592862
An13g03020	mRNA	An13g03020	NT_166528.1	691699	692185	D	An13g03020	join(<691699..691738,691803..691868,692031..>692185)	Aspergillus niger	84592863
An13g03030	mRNA	An13g03030	NT_166528.1	693562	695848	D	An13g03030	join(<693562..693621,693731..>695848)	Aspergillus niger	4986752
An13g03040	mRNA	An13g03040	NT_166528.1	696460	700707	R	An13g03040	complement(<696460..>700707)	Aspergillus niger	4986753
An13g03050	mRNA	An13g03050	NT_166528.1	701922	702825	D	An13g03050	join(<701922..702106,702173..702615,702689..>702825)	Aspergillus niger	4986754
An13g03060	mRNA	An13g03060	NT_166528.1	704371	708689	R	An13g03060	complement(join(<704371..706893,706950..>708689))	Aspergillus niger	4986755
An13g03070	mRNA	An13g03070	NT_166528.1	709365	710376	R	An13g03070	complement(join(<709365..709556,709639..709662,709775..709822,709880..709978,710059..710264,710337..>710376))	Aspergillus niger	84592864
An13g03080	mRNA	An13g03080	NT_166528.1	711339	711844	R	An13g03080	complement(join(<711339..711441,711714..>711844))	Aspergillus niger	4986757
An13g03090	mRNA	An13g03090	NT_166528.1	712280	713174	D	An13g03090	join(<712280..712417,712539..712733,712887..>713174)	Aspergillus niger	84592865
An13g03100	mRNA	An13g03100	NT_166528.1	714126	715881	R	An13g03100	complement(join(<714126..714617,714663..715617,715684..715750,715845..>715881))	Aspergillus niger	4986759
An13g03110	mRNA	An13g03110	NT_166528.1	716256	717852	R	An13g03110	complement(join(<716256..717597,717665..>717852))	Aspergillus niger	4986760
An13g03120	mRNA	An13g03120	NT_166528.1	718574	719182	R	An13g03120	complement(join(<718574..718627,718738..719053,719148..>719182))	Aspergillus niger	84592866
An13g03130	mRNA	An13g03130	NT_166528.1	720936	722126	D	An13g03130	join(<720936..721121,721170..721304,721356..>722126)	Aspergillus niger	4986762
An13g03140	mRNA	An13g03140	NT_166528.1	723329	724367	D	An13g03140	join(<723329..723621,723674..723729,723782..723841,723905..723976,724039..724122,724195..>724367)	Aspergillus niger	4986763
An13g03150	mRNA	An13g03150	NT_166528.1	724940	726224	R	An13g03150	complement(join(<724940..724977,725027..725589,725662..>726224))	Aspergillus niger	4986764
An13g03160	mRNA	An13g03160	NT_166528.1	726925	728750	R	An13g03160	complement(join(<726925..728226,728277..>728750))	Aspergillus niger	4986765
An13g03170	mRNA	An13g03170	NT_166528.1	728981	729697	R	An13g03170	complement(join(<728981..729181,729305..729395,729561..>729697))	Aspergillus niger	84592867
An13g03180	mRNA	An13g03180	NT_166528.1	731128	732804	D	An13g03180	join(<731128..731318,731390..731564,731652..731775,732059..732178,732337..732426,732471..732535,732578..732667,732742..>732804)	Aspergillus niger	84592868
An13g03190	mRNA	An13g03190	NT_166528.1	733238	734409	R	An13g03190	complement(join(<733238..733509,733558..733935,734121..734263,734366..>734409))	Aspergillus niger	4986768
An13g03200	mRNA	An13g03200	NT_166528.1	734523	734780	R	An13g03200	complement(<734523..>734780)	Aspergillus niger	84592869
An13g03210	mRNA	An13g03210	NT_166528.1	735303	735927	R	An13g03210	complement(join(<735303..735794,735874..>735927))	Aspergillus niger	84592870
An13g03220	mRNA	An13g03220	NT_166528.1	736414	737960	D	An13g03220	join(<736414..736528,736599..736788,736850..>737960)	Aspergillus niger	4986771
An13g03230	mRNA	An13g03230	NT_166528.1	738267	741451	R	An13g03230	complement(join(<738267..738649,738733..738817,738902..739541,739614..739953,740056..740288,740362..740603,740679..741077,741156..741331,741421..>741451))	Aspergillus niger	84592871
An13g03240	mRNA	An13g03240	NT_166528.1	742562	743782	D	An13g03240	<742562..>743782	Aspergillus niger	4986773
An13g03250	mRNA	An13g03250	NT_166528.1	744238	745884	R	An13g03250	complement(join(<744238..744917,744980..745675,745737..>745884))	Aspergillus niger	4986774
An13g03260	mRNA	An13g03260	NT_166528.1	746344	747962	D	An13g03260	join(<746344..746422,746614..747011,747066..>747962)	Aspergillus niger	4986775
An13g03270	mRNA	An13g03270	NT_166528.1	748814	749644	R	An13g03270	complement(<748814..>749644)	Aspergillus niger	84592872
An13g03280	mRNA	An13g03280	NT_166528.1	750124	750962	R	An13g03280	complement(join(<750124..750782,750860..>750962))	Aspergillus niger	84592873
An13g03290	mRNA	An13g03290	NT_166528.1	752910	753773	D	An13g03290	<752910..>753773	Aspergillus niger	4986778
An13g03300	mRNA	An13g03300	NT_166528.1	754682	755996	D	An13g03300	join(<754682..754869,754935..755034,755096..755164,755221..755284,755375..755883,755949..>755996)	Aspergillus niger	4986779
An13g03310	mRNA	An13g03310	NT_166528.1	756431	758164	R	An13g03310	complement(join(<756431..756669,756721..757534,757585..757754,757795..757963,758021..>758164))	Aspergillus niger	4986780
An13g03320	mRNA	An13g03320	NT_166528.1	758898	760856	R	An13g03320	complement(join(<758898..759239,759296..760641,760688..>760856))	Aspergillus niger	84592874
An13g03330	mRNA	An13g03330	NT_166528.1	760902	762306	R	An13g03330	complement(join(<760902..761136,761191..761444,761496..761565,761624..761800,761856..761938,762000..762035,762082..762186,762231..>762306))	Aspergillus niger	4986781
An13g03340	mRNA	An13g03340	NT_166528.1	762578	763167	R	An13g03340	complement(join(<762578..762813,762903..762962,763041..>763167))	Aspergillus niger	84592875
An13g03350	mRNA	An13g03350	NT_166528.1	764258	765800	R	An13g03350	complement(join(<764258..764307,764567..764645,764685..764702,765051..765117,765481..>765800))	Aspergillus niger	84592876
An13g03360	mRNA	An13g03360	NT_166528.1	766289	767359	D	An13g03360	join(<766289..766338,766638..766816,766877..767198,767338..>767359)	Aspergillus niger	4986785
An13g03370	mRNA	An13g03370	NT_166528.1	768114	769590	D	An13g03370	join(<768114..768356,768423..768992,769060..>769590)	Aspergillus niger	4986786
An13g03380	mRNA	An13g03380	NT_166528.1	770065	771732	D	An13g03380	join(<770065..770306,770363..770636,770694..771411,771644..>771732)	Aspergillus niger	4986787
An13g03390	mRNA	An13g03390	NT_166528.1	772401	772933	R	An13g03390	complement(join(<772401..772529,772581..772644,772728..772807,772886..>772933))	Aspergillus niger	84592877
An13g03400	mRNA	An13g03400	NT_166528.1	773148	774193	D	An13g03400	join(<773148..773366,773419..773710,773784..>774193)	Aspergillus niger	84592878
An13g03410	mRNA	An13g03410	NT_166528.1	774572	775236	D	An13g03410	join(<774572..774793,774898..775000,775124..>775236)	Aspergillus niger	84592879
An13g03420	mRNA	An13g03420	NT_166528.1	775611	777368	R	An13g03420	complement(join(<775611..775725,775776..775834,776241..776451,776499..777050,777154..>777368))	Aspergillus niger	84592880
An13g03430	mRNA	An13g03430	NT_166528.1	778654	779846	D	An13g03430	join(<778654..779179,779235..779580,779633..>779846)	Aspergillus niger	4986792
An13g03440	mRNA	An13g03440	NT_166528.1	780425	781653	R	An13g03440	complement(join(<780425..781460,781511..>781653))	Aspergillus niger	4986793
An13g03450	mRNA	An13g03450	NT_166528.1	783028	784137	R	An13g03450	complement(join(<783028..783454,783514..783902,783958..784065,784123..>784137))	Aspergillus niger	4986794
An13g03460	mRNA	An13g03460	NT_166528.1	784711	785404	R	An13g03460	complement(join(<784711..784756,784851..784968,785057..785263,785353..>785404))	Aspergillus niger	84592881
An13g03470	mRNA	An13g03470	NT_166528.1	785549	787846	D	An13g03470	join(<785549..785558,785624..786012,786104..786321,786375..786523,786594..786928,786983..>787846)	Aspergillus niger	4986796
An13g03480	mRNA	An13g03480	NT_166528.1	788893	791203	R	An13g03480	complement(join(<788893..788954,789020..789220,789321..789405,789445..789510,789568..789582,789935..790431,790513..790750,790928..>791203))	Aspergillus niger	4986797
An13g03490	mRNA	An13g03490	NT_166528.1	791524	792285	D	An13g03490	join(<791524..791586,791636..791904,791991..>792285)	Aspergillus niger	4986798
An13g03500	mRNA	An13g03500	NT_166528.1	792690	793749	D	An13g03500	join(<792690..793496,793556..793645,793735..>793749)	Aspergillus niger	4986799
An13g03510	mRNA	An13g03510	NT_166528.1	794819	795398	R	An13g03510	complement(join(<794819..794910,795018..795131,795221..>795398))	Aspergillus niger	84592882
An13g03520	mRNA	An13g03520	NT_166528.1	795567	796955	D	An13g03520	<795567..>796955	Aspergillus niger	4986801
An13g03530	mRNA	An13g03530	NT_166528.1	797021	798001	R	An13g03530	complement(<797021..>798001)	Aspergillus niger	4986802
An13g03540	mRNA	An13g03540	NT_166528.1	798632	800331	D	An13g03540	join(<798632..799150,799198..799355,799442..799599,799925..>800331)	Aspergillus niger	84592883
An13g03550	mRNA	An13g03550	NT_166528.1	801118	802529	D	An13g03550	join(<801118..801183,801240..801428,801642..>802529)	Aspergillus niger	84592884
An13g03560	mRNA	An13g03560	NT_166528.1	803259	804754	R	An13g03560	complement(join(<803259..804004,804056..804362,804413..>804754))	Aspergillus niger	4986805
An13g03570	mRNA	An13g03570	NT_166528.1	805234	810172	R	An13g03570	complement(join(<805234..805693,805755..806218,806275..807207,807263..807632,807687..808282,808329..808572,808624..808967,809021..809472,809546..809628,809685..>810172))	Aspergillus niger	4986806
An13g03580	mRNA	An13g03580	NT_166528.1	810208	811312	D	An13g03580	join(<810208..810331,810460..810512,810627..810836,810911..811063,811181..>811312)	Aspergillus niger	84592885
An13g03590	mRNA	An13g03590	NT_166528.1	811331	813390	D	An13g03590	join(<811331..811909,812030..812215,812277..812749,812952..>813390)	Aspergillus niger	4986808
An13g03600	mRNA	An13g03600	NT_166528.1	814824	816506	D	An13g03600	<814824..>816506	Aspergillus niger	4986809
An13g03610	mRNA	An13g03610	NT_166528.1	816783	818576	R	An13g03610	complement(<816783..>818576)	Aspergillus niger	4986810
An13g03620	mRNA	An13g03620	NT_166528.1	818781	820201	R	An13g03620	complement(join(<818781..819038,819183..819340,819748..>820201))	Aspergillus niger	4986811
An13g03630	mRNA	An13g03630	NT_166528.1	820374	821505	R	An13g03630	complement(join(<820374..820609,820696..820779,820886..820973,821048..821147,821226..821269,821371..>821505))	Aspergillus niger	84592886
An13g03640	mRNA	An13g03640	NT_166528.1	821865	823577	D	An13g03640	join(<821865..822049,822101..822122,822195..822244,822297..822626,822674..>823577)	Aspergillus niger	4986813
An13g03650	mRNA	An13g03650	NT_166528.1	824804	826566	R	An13g03650	complement(join(<824804..826278,826344..>826566))	Aspergillus niger	4986814
An13g03660	mRNA	An13g03660	NT_166528.1	826580	828825	R	An13g03660	complement(join(<826580..826881,827091..827242,827375..827667,827899..827964,828130..828161,828226..828266,828320..828603,828637..>828825))	Aspergillus niger	4986815
An13g03670	mRNA	An13g03670	NT_166528.1	830004	830120	D	An13g03670	<830004..>830120	Aspergillus niger	84592887
An13g03680	mRNA	An13g03680	NT_166528.1	830328	831954	R	An13g03680	complement(join(<830328..831273,831332..>831954))	Aspergillus niger	4986817
An13g03690	mRNA	An13g03690	NT_166528.1	832572	834091	R	An13g03690	complement(join(<832572..833865,834036..>834091))	Aspergillus niger	4986818
An13g03700	mRNA	An13g03700	NT_166528.1	834501	835463	D	An13g03700	join(<834501..834919,834971..835088,835140..>835463)	Aspergillus niger	4986819
An13g03710	mRNA	An13g03710	NT_166528.1	836313	838294	D	An13g03710	join(<836313..836486,836533..836991,837095..>838294)	Aspergillus niger	4986820
An13g03730	mRNA	An13g03730	NT_166528.1	838890	839285	D	An13g03730	join(<838890..838993,839027..>839285)	Aspergillus niger	10098176
An13g03740	mRNA	An13g03740	NT_166528.1	839694	840629	R	An13g03740	complement(join(<839694..840123,840186..840202,840444..>840629))	Aspergillus niger	84592888
An13g03760	mRNA	An13g03760	NT_166528.1	842475	843050	R	An13g03760	complement(join(<842475..842551,842643..842703,842829..>843050))	Aspergillus niger	84592889
An13g03790	mRNA	An13g03790	NT_166528.1	844025	844608	D	An13g03790	join(<844025..844046,844146..844182,844299..>844608)	Aspergillus niger	84592890
An13g03800	mRNA	An13g03800	NT_166528.1	844930	846600	R	An13g03800	complement(<844930..>846600)	Aspergillus niger	4986826
An13g03810	mRNA	An13g03810	NT_166528.1	847624	849378	D	An13g03810	<847624..>849378	Aspergillus niger	4986827
An13g03820	mRNA	An13g03820	NT_166528.1	850948	853457	D	An13g03820	join(<850948..851524,851578..851618,851673..852472,852768..852790,852878..852956,853001..853244,853314..>853457)	Aspergillus niger	4986828
An13g03840	mRNA	An13g03840	NT_166528.1	856073	856781	D	An13g03840	join(<856073..856159,856380..856480,856535..>856781)	Aspergillus niger	84592891
An13g03850	mRNA	An13g03850	NT_166528.1	856937	857439	R	An13g03850	complement(join(<856937..857275,857395..>857439))	Aspergillus niger	84592892
An13g03860	mRNA	An13g03860	NT_166528.1	858708	860098	R	An13g03860	complement(join(<858708..859882,859942..>860098))	Aspergillus niger	4986832
An13g03870	mRNA	An13g03870	NT_166528.1	860782	863244	R	An13g03870	complement(join(<860782..861841,861889..862493,862664..863075,863162..>863244))	Aspergillus niger	4986833
An13g03890	mRNA	An13g03890	NT_166528.1	864035	865853	R	An13g03890	complement(join(<864035..864388,864487..864840,864892..865293,865343..865357,865414..865596,865734..>865853))	Aspergillus niger	4986835
An13g03900	mRNA	An13g03900	NT_166528.1	868158	868999	D	An13g03900	join(<868158..868450,868511..868736,868795..868869,868967..>868999)	Aspergillus niger	4986836
An13g03910	mRNA	An13g03910	NT_166528.1	870715	872312	R	An13g03910	complement(join(<870715..871234,871277..872217,872265..>872312))	Aspergillus niger	4986837
An13g03920	mRNA	An13g03920	NT_166528.1	872645	874486	D	An13g03920	join(<872645..873128,873174..>874486)	Aspergillus niger	4986838
An13g03930	mRNA	An13g03930	NT_166528.1	874557	876301	R	An13g03930	complement(join(<874557..875803,875845..875930,875990..876089,876133..>876301))	Aspergillus niger	4986839
An13g03940	mRNA	An13g03940	NT_166528.1	876738	878104	R	An13g03940	complement(join(<876738..877727,877772..877849,877925..>878104))	Aspergillus niger	4986840
An13g03950	mRNA	An13g03950	NT_166528.1	878972	880358	D	An13g03950	join(<878972..879086,879137..879407,879491..>880358)	Aspergillus niger	4986841
An13g03960	mRNA	An13g03960	NT_166528.1	880510	881045	R	An13g03960	complement(join(<880510..880667,880777..880911,880958..>881045))	Aspergillus niger	84592893
An13g03970	mRNA	An13g03970	NT_166528.1	881243	882643	D	An13g03970	join(<881243..881354,881414..882199,882248..882299,882357..882401,882451..882504,882616..>882643)	Aspergillus niger	4986843
An13g03980	mRNA	An13g03980	NT_166528.1	883184	884371	R	An13g03980	complement(join(<883184..883234,883290..883936,883987..>884371))	Aspergillus niger	4986844
An13g03990	mRNA	An13g03990	NT_166528.1	884738	886731	D	An13g03990	join(<884738..885237,885285..885389,885438..885813,885870..886012,886069..886139,886190..>886731)	Aspergillus niger	4986845
An13g04000	mRNA	An13g04000	NT_166528.1	886968	888216	R	An13g04000	complement(join(<886968..887829,887906..>888216))	Aspergillus niger	4986846
An13g04010	mRNA	An13g04010	NT_166528.1	889569	890266	D	An13g04010	join(<889569..889923,889989..>890266)	Aspergillus niger	84592894
An13g04030	mRNA	An13g04030	NT_166528.1	890943	893407	R	An13g04030	complement(join(<890943..891324,891515..891633,892308..892339,892433..893330,893384..>893407))	Aspergillus niger	4986849
An13g04040	mRNA	An13g04040	NT_166528.1	893780	894712	D	An13g04040	join(<893780..894060,894109..>894712)	Aspergillus niger	84592895
An13g04050	mRNA	An13g04050	NT_166528.1	896196	897202	D	An13g04050	join(<896196..896256,896309..896346,896407..896900,896983..>897202)	Aspergillus niger	84592896
An13g04060	mRNA	An13g04060	NT_166528.1	901805	903858	R	An13g04060	complement(join(<901805..902537,902604..902719,902799..903118,903189..>903858))	Aspergillus niger	4986852
An13g04070	mRNA	An13g04070	NT_166528.1	904837	906067	R	An13g04070	complement(join(<904837..905931,905996..>906067))	Aspergillus niger	4986853
An13g04080	mRNA	An13g04080	NT_166528.1	906528	908626	D	An13g04080	join(<906528..906872,907115..907205,907272..907850,907950..908314,908465..>908626)	Aspergillus niger	4986854
An12g00010	mRNA	An12g00010	NT_166527.1	472	1230	R	An12g00010	complement(<472..>1230)	Aspergillus niger	4985368
An12g00015	mRNA	An12g00015	NT_166527.1	2164	2562	R	An12g00015	complement(<2164..>2562)	Aspergillus niger	84592438
An12g00020	mRNA	An12g00020	NT_166527.1	3315	5433	R	An12g00020	complement(join(<3315..3349,3399..3441,3566..3741,3803..5077,5157..>5433))	Aspergillus niger	4985367
An12g00030	mRNA	An12g00030	NT_166527.1	6505	7766	D	An12g00030	join(<6505..6531,6642..6764,6840..>7766)	Aspergillus niger	4985352
An12g00040	mRNA	An12g00040	NT_166527.1	8470	9607	R	An12g00040	complement(join(<8470..8887,9041..9320,9442..9476,9555..>9607))	Aspergillus niger	4985385
An12g00050	mRNA	An12g00050	NT_166527.1	10286	13020	R	An12g00050	complement(join(<10286..12808,12925..>13020))	Aspergillus niger	4985377
An12g00060	mRNA	An12g00060	NT_166527.1	14270	15256	D	An12g00060	<14270..>15256	Aspergillus niger	4985382
An12g00080	mRNA	An12g00080	NT_166527.1	19319	19621	D	An12g00080	join(<19319..19405,19470..19510,19545..19563,19601..>19621)	Aspergillus niger	84592439
An12g00090	mRNA	An12g00090	NT_166527.1	20244	21008	D	An12g00090	join(<20244..20289,20384..20436,20526..20674,20742..20844,20949..>21008)	Aspergillus niger	84592440
An12g00100	mRNA	An12g00100	NT_166527.1	24067	26510	D	An12g00100	join(<24067..24104,24211..25080,25124..25357,25403..25694,26251..26323,26473..>26510)	Aspergillus niger	4985381
An12g00110	mRNA	An12g00110	NT_166527.1	27685	28845	D	An12g00110	join(<27685..27982,28049..>28845)	Aspergillus niger	4985373
An12g00120	mRNA	An12g00120	NT_166527.1	29221	33426	D	An12g00120	join(<29221..29240,29487..30727,30791..32166,32231..32584,32656..>33426)	Aspergillus niger	4985375
An12g00130	mRNA	An12g00130	NT_166527.1	33667	35306	D	An12g00130	join(<33667..34555,34621..>35306)	Aspergillus niger	4985387
An12g00140	mRNA	An12g00140	NT_166527.1	36341	36880	R	An12g00140	complement(<36341..>36880)	Aspergillus niger	84592441
An12g00150	mRNA	An12g00150	NT_166527.1	37999	38722	D	An12g00150	join(<37999..38051,38218..38306,38535..>38722)	Aspergillus niger	84592442
An12g00160	mRNA	An12g00160	NT_166527.1	39797	42060	R	An12g00160	complement(join(<39797..40134,40207..40574,40645..40911,40979..41112,41162..41290,41343..41546,41619..41840,41893..>42060))	Aspergillus niger	4985372
An12g00170	mRNA	An12g00170	NT_166527.1	43434	44553	R	An12g00170	complement(join(<43434..44441,44521..>44553))	Aspergillus niger	4985376
An12g00180	mRNA	An12g00180	NT_166527.1	45427	46584	R	An12g00180	complement(join(<45427..46390,46457..>46584))	Aspergillus niger	4985356
An12g00190	mRNA	An12g00190	NT_166527.1	47480	52370	R	An12g00190	complement(join(<47480..47803,48875..49049,49113..49206,49325..49442,49810..49906,49962..50041,50169..50233,50319..50410,50914..51068,51167..51273,51354..51400,51571..51650,51707..51785,51938..52039,52172..52217,52298..>52370))	Aspergillus niger	84592443
An12g00200	mRNA	An12g00200	NT_166527.1	52373	55708	D	An12g00200	join(<52373..52403,52592..52705,52871..53106,53183..53333,53454..53713,53801..53977,54016..54304,54400..54458,54514..54633,54734..54846,55290..55367,55465..>55708)	Aspergillus niger	84592444
An12g00210	mRNA	An12g00210	NT_166527.1	56392	61527	R	An12g00210	complement(<56392..>61527)	Aspergillus niger	4985365
An12g00220	mRNA	An12g00220	NT_166527.1	62137	62735	D	An12g00220	join(<62137..62259,62332..62643,62706..>62735)	Aspergillus niger	4985358
An12g00230	mRNA	An12g00230	NT_166527.1	63687	67976	D	An12g00230	join(<63687..65623,65678..65863,65921..66389,66441..67025,67083..>67976)	Aspergillus niger	4985374
An12g00240	mRNA	An12g00240	NT_166527.1	68429	68804	R	An12g00240	complement(join(<68429..68575,68664..>68804))	Aspergillus niger	4985362
An12g00250	mRNA	An12g00250	NT_166527.1	68907	69265	D	An12g00250	join(<68907..68990,69044..69115,69164..>69265)	Aspergillus niger	84592445
An12g00260	mRNA	An12g00260	NT_166527.1	69621	71354	R	An12g00260	complement(join(<69621..71030,71232..>71354))	Aspergillus niger	4985366
An12g00270	mRNA	An12g00270	NT_166527.1	71572	72117	D	An12g00270	join(<71572..71681,71778..>72117)	Aspergillus niger	84592446
An12g00290	mRNA	An12g00290	NT_166527.1	72966	73546	D	An12g00290	join(<72966..72968,73099..73341,73478..>73546)	Aspergillus niger	84592447
An12g00300	mRNA	An12g00300	NT_166527.1	73805	74002	R	An12g00300	complement(<73805..>74002)	Aspergillus niger	84592448
An12g00310	mRNA	An12g00310	NT_166527.1	74451	75578	D	An12g00310	join(<74451..74519,74630..74710,74793..74891,75133..75223,75295..75382,75464..>75578)	Aspergillus niger	84592449
An12g00320	mRNA	An12g00320	NT_166527.1	76298	77031	D	An12g00320	join(<76298..76796,76877..>77031)	Aspergillus niger	4985360
An12g00330	mRNA	An12g00330	NT_166527.1	77461	78286	R	An12g00330	complement(join(<77461..77494,77616..>78286))	Aspergillus niger	4985359
An12g00340	mRNA	An12g00340	NT_166527.1	79220	82635	R	An12g00340	complement(join(<79220..81292,81386..81433,81488..81668,81759..81919,82025..82053,82111..82172,82215..82481,82559..>82635))	Aspergillus niger	4985369
An12g00350	mRNA	An12g00350	NT_166527.1	83407	84535	R	An12g00350	complement(join(<83407..83616,83684..>84535))	Aspergillus niger	4985361
An12g00360	mRNA	An12g00360	NT_166527.1	84561	84979	D	An12g00360	join(<84561..84577,84639..84879,84899..>84979)	Aspergillus niger	84592450
An12g00370	mRNA	An12g00370	NT_166527.1	86711	88038	R	An12g00370	complement(join(<86711..86763,86819..87574,87639..87719,87825..>88038))	Aspergillus niger	4985364
An12g00380	mRNA	An12g00380	NT_166527.1	88424	89329	D	An12g00380	join(<88424..88461,88636..88855,88937..89128,89210..>89329)	Aspergillus niger	4985384
An12g00390	mRNA	An12g00390	NT_166527.1	92116	94747	D	An12g00390	join(<92116..92613,92670..92821,92905..94189,94255..94518,94577..>94747)	Aspergillus niger	4985388
An12g00400	mRNA	An12g00400	NT_166527.1	97834	99694	R	An12g00400	complement(join(<97834..99035,99184..99227,99294..99528,99598..>99694))	Aspergillus niger	4985389
An12g00410	mRNA	An12g00410	NT_166527.1	101316	102702	R	An12g00410	complement(join(<101316..102069,102130..102273,102330..102434,102497..>102702))	Aspergillus niger	4985390
An12g00420	mRNA	An12g00420	NT_166527.1	104857	106496	R	An12g00420	complement(join(<104857..104964,105141..105233,105523..105913,106261..>106496))	Aspergillus niger	84592451
An12g00430	mRNA	An12g00430	NT_166527.1	107669	108650	R	An12g00430	complement(join(<107669..107735,107919..108087,108125..108180,108219..108274,108399..>108650))	Aspergillus niger	84592452
An12g00440	mRNA	An12g00440	NT_166527.1	109436	110440	R	An12g00440	complement(join(<109436..109956,110032..>110440))	Aspergillus niger	4985393
An12g00450	mRNA	An12g00450	NT_166527.1	111221	112201	R	An12g00450	complement(join(<111221..111247,111290..>112201))	Aspergillus niger	4985394
An12g00460	mRNA	An12g00460	NT_166527.1	112576	114095	R	An12g00460	complement(join(<112576..112643,112692..112854,112907..112929,112993..113420,113485..113588,113659..113754,113880..113963,114057..>114095))	Aspergillus niger	4985395
An12g00470	mRNA	An12g00470	NT_166527.1	115058	116125	R	An12g00470	complement(join(<115058..115297,115357..115542,115608..115723,115885..115896,115969..116004,116071..>116125))	Aspergillus niger	4985396
An12g00480	mRNA	An12g00480	NT_166527.1	117646	119309	R	An12g00480	complement(join(<117646..117717,117801..118535,118593..>119309))	Aspergillus niger	4985397
An12g00490	mRNA	An12g00490	NT_166527.1	120078	121696	R	An12g00490	complement(join(<120078..120494,120553..120749,120803..121503,121617..>121696))	Aspergillus niger	4985398
An12g00500	mRNA	An12g00500	NT_166527.1	125356	126943	D	An12g00500	join(<125356..125583,125630..125740,125816..>126943)	Aspergillus niger	4985399
An12g00510	mRNA	An12g00510	NT_166527.1	129181	129932	R	An12g00510	complement(join(<129181..129257,129329..129576,129856..>129932))	Aspergillus niger	4985400
An12g00520	mRNA	An12g00520	NT_166527.1	130334	131991	D	An12g00520	join(<130334..130570,130704..131297,131627..131795,131876..>131991)	Aspergillus niger	4985401
An12g00530	mRNA	An12g00530	NT_166527.1	132389	134467	R	An12g00530	complement(<132389..>134467)	Aspergillus niger	4985402
An12g00540	mRNA	An12g00540	NT_166527.1	134614	135075	D	An12g00540	join(<134614..134797,134852..>135075)	Aspergillus niger	84592453
An12g00550	mRNA	An12g00550	NT_166527.1	135616	139061	R	An12g00550	complement(join(<135616..135845,136041..136359,136624..136730,136788..137303,137362..137608,137671..137801,137862..138088,138148..>139061))	Aspergillus niger	4985404
An12g00560	mRNA	An12g00560	NT_166527.1	140100	140809	D	An12g00560	join(<140100..140139,140177..140276,140344..140441,140613..>140809)	Aspergillus niger	84592454
An12g00570	mRNA	An12g00570	NT_166527.1	141115	141977	R	An12g00570	complement(join(<141115..141499,141556..>141977))	Aspergillus niger	4985406
An12g00580	mRNA	An12g00580	NT_166527.1	144377	145633	R	An12g00580	complement(join(<144377..144883,144925..144948,144981..145499,145589..>145633))	Aspergillus niger	4985407
An12g00590	mRNA	An12g00590	NT_166527.1	145959	147579	D	An12g00590	join(<145959..147279,147437..>147579)	Aspergillus niger	4985408
An12g00600	mRNA	An12g00600	NT_166527.1	147812	149610	R	An12g00600	complement(join(<147812..149069,149124..149313,149388..>149610))	Aspergillus niger	4985409
An12g00610	mRNA	An12g00610	NT_166527.1	150602	154430	R	An12g00610	complement(join(<150602..151607,151664..153982,154069..>154430))	Aspergillus niger	4985410
An12g00620	mRNA	An12g00620	NT_166527.1	155183	157282	R	An12g00620	complement(join(<155183..155872,155921..156493,156571..156783,156842..156955,157070..>157282))	Aspergillus niger	4985411
An12g00630	mRNA	An12g00630	NT_166527.1	157752	159607	R	An12g00630	complement(join(<157752..157855,158170..158204,158288..158515,158571..158700,158751..158789,158837..159024,159095..159335,159400..>159607))	Aspergillus niger	4985412
An12g00640	mRNA	An12g00640	NT_166527.1	160087	160765	R	An12g00640	complement(join(<160087..160260,160347..160447,160500..160531,160576..160631,160668..160706,160763..>160765))	Aspergillus niger	4985413
An12g00650	mRNA	An12g00650	NT_166527.1	161054	161385	D	An12g00650	join(<161054..161149,161212..>161385)	Aspergillus niger	4985414
An12g00660	mRNA	An12g00660	NT_166527.1	162676	164384	D	An12g00660	join(<162676..163166,163224..163537,163589..163749,163806..164108,164169..>164384)	Aspergillus niger	4985415
An12g00670	mRNA	An12g00670	NT_166527.1	164709	165860	D	An12g00670	<164709..>165860	Aspergillus niger	4985416
An12g00680	mRNA	An12g00680	NT_166527.1	167287	169660	R	An12g00680	complement(join(<167287..168474,168795..168829,168946..>169660))	Aspergillus niger	10098108
An12g00690	mRNA	An12g00690	NT_166527.1	170368	173866	D	An12g00690	join(<170368..172779,172828..173329,173397..>173866)	Aspergillus niger	4985418
An12g00695	mRNA	An12g00695	NT_166527.1	175111	175347	D	An12g00695	<175111..>175347	Aspergillus niger	84592455
An12g00700	mRNA	An12g00700	NT_166527.1	177790	178933	R	An12g00700	complement(join(<177790..178371,178445..178746,178804..>178933))	Aspergillus niger	4985420
An12g00710	mRNA	An12g00710	NT_166527.1	179705	180548	R	An12g00710	complement(join(<179705..180301,180357..>180548))	Aspergillus niger	4985421
An12g00720	mRNA	An12g00720	NT_166527.1	182214	186046	R	An12g00720	complement(join(<182214..182376,182439..>186046))	Aspergillus niger	4985422
An12g00730	mRNA	An12g00730	NT_166527.1	186436	188783	R	An12g00730	complement(join(<186436..186455,186578..186622,186683..186800,186856..187140,187194..187708,187759..187852,187900..188134,188194..188300,188356..188597,188655..188709,188757..>188783))	Aspergillus niger	4985423
An12g00740	mRNA	An12g00740	NT_166527.1	189152	189401	D	An12g00740	join(<189152..189271,189348..>189401)	Aspergillus niger	4985425
An12g00750	mRNA	An12g00750	NT_166527.1	190738	193075	D	An12g00750	join(<190738..191136,191189..>193075)	Aspergillus niger	84592456
An12g00760	mRNA	An12g00760	NT_166527.1	193518	195245	R	An12g00760	complement(join(<193518..193735,193818..194256,194309..194928,194987..195070,195134..>195245))	Aspergillus niger	4985426
An12g00770	mRNA	An12g00770	NT_166527.1	196353	197609	D	An12g00770	<196353..>197609	Aspergillus niger	4985427
An12g00780	mRNA	An12g00780	NT_166527.1	198215	199350	R	An12g00780	complement(join(<198215..199058,199094..>199350))	Aspergillus niger	4985428
An12g00790	mRNA	An12g00790	NT_166527.1	199889	202276	D	An12g00790	join(<199889..199953,200042..200235,200294..201032,201089..201680,201740..201888,202126..>202276)	Aspergillus niger	4985429
An12g00800	mRNA	An12g00800	NT_166527.1	205975	210915	D	An12g00800	join(<205975..206187,206263..206325,206412..206667,206726..209137,209192..209332,209385..209527,209581..>210915)	Aspergillus niger	4985430
An12g00810	mRNA	An12g00810	NT_166527.1	211752	212296	R	An12g00810	complement(join(<211752..211942,212067..212173,212244..>212296))	Aspergillus niger	84592457
An12g00820	mRNA	An12g00820	NT_166527.1	214518	216916	D	An12g00820	join(<214518..214619,215453..>216916)	Aspergillus niger	4985432
An12g00830	mRNA	An12g00830	NT_166527.1	217660	220503	D	An12g00830	join(<217660..217775,218012..218171,218277..218876,218990..219141,219211..219387,219417..219791,219912..>220503)	Aspergillus niger	4985433
An12g00840	mRNA	An12g00840	NT_166527.1	220980	223631	D	An12g00840	join(<220980..221516,221633..222345,222404..>223631)	Aspergillus niger	4985434
An12g00850	mRNA	An12g00850	NT_166527.1	225194	227429	R	An12g00850	complement(join(<225194..227262,227351..>227429))	Aspergillus niger	4985435
An12g00860	mRNA	An12g00860	NT_166527.1	228356	231451	R	An12g00860	complement(<228356..>231451)	Aspergillus niger	84592458
An12g00870	mRNA	An12g00870	NT_166527.1	233025	234701	R	An12g00870	complement(join(<233025..233165,233492..233777,233836..234132,234194..234562,234616..>234701))	Aspergillus niger	4985437
An12g00880	mRNA	An12g00880	NT_166527.1	235515	238738	R	An12g00880	complement(join(<235515..235600,235898..236095,236200..236239,236415..236450,236551..236742,236854..237268,237323..237962,238120..238655,238713..>238738))	Aspergillus niger	4985438
An12g00890	mRNA	An12g00890	NT_166527.1	240329	245960	D	An12g00890	join(<240329..241258,241316..241549,241602..241923,241995..243696,243760..244715,244768..245729,245814..>245960)	Aspergillus niger	4985439
An12g00900	mRNA	An12g00900	NT_166527.1	246194	248151	D	An12g00900	join(<246194..247663,247729..>248151)	Aspergillus niger	4985440
An12g00910	mRNA	An12g00910	NT_166527.1	249550	250950	D	An12g00910	join(<249550..249590,249660..>250950)	Aspergillus niger	4985441
An12g00920	mRNA	An12g00920	NT_166527.1	251434	252835	R	An12g00920	complement(join(<251434..251817,251871..252013,252067..>252835))	Aspergillus niger	4985442
An12g00930	mRNA	An12g00930	NT_166527.1	254784	256190	R	An12g00930	complement(<254784..>256190)	Aspergillus niger	4985443
An12g00940	mRNA	An12g00940	NT_166527.1	256803	258886	R	An12g00940	complement(join(<256803..256964,257072..257096,257214..257220,257277..257290,257340..>258886))	Aspergillus niger	4985444
An12g00950	mRNA	rhgA	NT_166527.1	259520	261024	R	An12g00950	complement(join(<259520..259992,260049..260250,260303..260341,260398..>261024))	Aspergillus niger	4985445
An12g00960	mRNA	An12g00960	NT_166527.1	261912	262828	R	An12g00960	complement(join(<261912..262696,262765..>262828))	Aspergillus niger	4985446
An12g00970	mRNA	An12g00970	NT_166527.1	263873	264865	D	An12g00970	join(<263873..264285,264365..264614,264695..>264865)	Aspergillus niger	84592459
An12g00980	mRNA	An12g00980	NT_166527.1	266532	269098	D	An12g00980	join(<266532..267312,267377..268419,268665..268875,268998..>269098)	Aspergillus niger	4985448
An12g00990	mRNA	An12g00990	NT_166527.1	269863	270176	D	An12g00990	join(<269863..269993,270101..>270176)	Aspergillus niger	84592460
An12g01000	mRNA	An12g01000	NT_166527.1	273186	276225	D	An12g01000	join(<273186..275267,275408..275439,275508..275708,275864..275874,276013..276044,276094..>276225)	Aspergillus niger	4985450
An12g01010	mRNA	An12g01010	NT_166527.1	276715	278392	R	An12g01010	complement(join(<276715..278232,278279..>278392))	Aspergillus niger	4985451
An12g01020	mRNA	An12g01020	NT_166527.1	283006	284959	D	An12g01020	join(<283006..283046,283138..283541,283606..284076,284136..>284959)	Aspergillus niger	4985452
An12g01030	mRNA	An12g01030	NT_166527.1	286903	289002	D	An12g01030	join(<286903..287626,287695..288202,288264..>289002)	Aspergillus niger	4985453
An12g01040	mRNA	An12g01040	NT_166527.1	289706	291847	R	An12g01040	complement(join(<289706..291185,291245..291365,291403..>291847))	Aspergillus niger	4985454
An12g01050	mRNA	An12g01050	NT_166527.1	294315	295180	D	An12g01050	join(<294315..294325,294460..>295180)	Aspergillus niger	84592461
An12g01060	mRNA	An12g01060	NT_166527.1	297272	300335	R	An12g01060	complement(join(<297272..297940,298011..298534,298593..298876,298927..>300335))	Aspergillus niger	4985456
An12g01070	mRNA	An12g01070	NT_166527.1	301571	303280	R	An12g01070	complement(join(<301571..302224,302291..>303280))	Aspergillus niger	4985457
An12g01080	mRNA	An12g01080	NT_166527.1	304778	308301	R	An12g01080	complement(join(<304778..307643,307721..>308301))	Aspergillus niger	4985458
An12g01090	mRNA	An12g01090	NT_166527.1	310095	312000	D	An12g01090	join(<310095..310118,310195..310223,310299..310436,310688..310806,311007..311116,311318..311460,311845..311882,311918..>312000)	Aspergillus niger	84592462
An12g01100	mRNA	An12g01100	NT_166527.1	315027	318672	D	An12g01100	join(<315027..317781,317829..318026,318085..318136,318191..318537,318599..>318672)	Aspergillus niger	4985460
An12g01110	mRNA	An12g01110	NT_166527.1	318946	320210	D	An12g01110	join(<318946..319107,319173..>320210)	Aspergillus niger	4985461
An12g01120	mRNA	An12g01120	NT_166527.1	320516	320782	D	An12g01120	<320516..>320782	Aspergillus niger	84592463
An12g01130	mRNA	An12g01130	NT_166527.1	321037	321863	R	An12g01130	complement(join(<321037..321223,321359..321612,321705..>321863))	Aspergillus niger	4985463
An12g01140	mRNA	An12g01140	NT_166527.1	324871	328126	D	An12g01140	join(<324871..325047,325104..325441,325504..>328126)	Aspergillus niger	4985464
An12g01150	mRNA	An12g01150	NT_166527.1	328338	330057	R	An12g01150	complement(join(<328338..328512,328566..328732,328786..328893,328960..329819,329862..>330057))	Aspergillus niger	4985465
An12g01160	mRNA	An12g01160	NT_166527.1	330681	331845	D	An12g01160	join(<330681..330729,331053..331115,331318..331482,331566..331608,331701..>331845)	Aspergillus niger	84592464
An12g01170	mRNA	An12g01170	NT_166527.1	332172	334325	R	An12g01170	complement(join(<332172..332212,332307..332545,332600..333516,333581..333882,333947..>334325))	Aspergillus niger	4985467
An12g01180	mRNA	An12g01180	NT_166527.1	334892	335421	D	An12g01180	join(<334892..335005,335076..335182,335244..>335421)	Aspergillus niger	4985468
An12g01190	mRNA	An12g01190	NT_166527.1	336170	337381	R	An12g01190	complement(join(<336170..336237,336295..336574,336625..337091,337161..337266,337376..>337381))	Aspergillus niger	4985469
An12g01200	mRNA	An12g01200	NT_166527.1	337420	339124	R	An12g01200	complement(join(<337420..337540,337764..337982,338121..338310,338564..338702,338830..338951,339049..>339124))	Aspergillus niger	84592465
An12g01210	mRNA	An12g01210	NT_166527.1	340939	342903	R	An12g01210	complement(join(<340939..342320,342376..342710,342872..>342903))	Aspergillus niger	4985471
An12g01220	mRNA	An12g01220	NT_166527.1	343228	345629	D	An12g01220	join(<343228..343451,343555..343606,343711..343851,343899..344027,344091..344293,344400..344458,344797..344944,345026..345160,345363..345407,345479..>345629)	Aspergillus niger	84592466
An12g01230	mRNA	An12g01230	NT_166527.1	345677	346023	D	An12g01230	join(<345677..345820,345952..>346023)	Aspergillus niger	84592467
An12g01250	mRNA	An12g01250	NT_166527.1	348164	349796	R	An12g01250	complement(join(<348164..348343,348409..349190,349303..349489,349611..>349796))	Aspergillus niger	4985475
An12g01260	mRNA	An12g01260	NT_166527.1	350651	351857	D	An12g01260	join(<350651..350896,350963..351119,351186..351214,351277..351752,351803..>351857)	Aspergillus niger	4985476
An12g01270	mRNA	An12g01270	NT_166527.1	351971	352977	R	An12g01270	complement(join(<351971..352075,352192..>352977))	Aspergillus niger	84592468
An12g01280	mRNA	An12g01280	NT_166527.1	353497	354741	R	An12g01280	complement(<353497..>354741)	Aspergillus niger	4985478
An12g01290	mRNA	An12g01290	NT_166527.1	356241	356747	R	An12g01290	complement(<356241..>356747)	Aspergillus niger	84592469
An12g01300	mRNA	An12g01300	NT_166527.1	357650	360341	D	An12g01300	join(<357650..358091,358200..358310,358355..358923,359037..>360341)	Aspergillus niger	84592470
An12g01310	mRNA	An12g01310	NT_166527.1	361210	362779	R	An12g01310	complement(join(<361210..361532,361599..362516,362596..>362779))	Aspergillus niger	4985481
An12g01320	mRNA	An12g01320	NT_166527.1	363700	368164	D	An12g01320	join(<363700..364131,364207..364371,364449..364557,364610..364699,364760..365102,365173..365959,366021..366082,366142..366618,366687..367107,367174..367407,367467..367743,368016..>368164)	Aspergillus niger	4985482
An12g01330	mRNA	An12g01330	NT_166527.1	369557	370424	R	An12g01330	complement(join(<369557..370024,370085..370156,370221..>370424))	Aspergillus niger	4985483
An12g01340	mRNA	An12g01340	NT_166527.1	370969	372187	R	An12g01340	complement(join(<370969..370977,371020..371026,371112..371126,371268..371288,371367..371730,371841..371932,372177..>372187))	Aspergillus niger	4985484
An12g01350	mRNA	An12g01350	NT_166527.1	372676	373702	D	An12g01350	join(<372676..372939,373117..373374,373445..>373702)	Aspergillus niger	4985485
An12g01360	mRNA	An12g01360	NT_166527.1	374778	376713	D	An12g01360	join(<374778..375186,375241..375275,375327..376139,376192..>376713)	Aspergillus niger	4985486
An12g01370	mRNA	An12g01370	NT_166527.1	377802	380655	D	An12g01370	join(<377802..377904,377985..378762,378822..379188,379285..379329,379558..379692,379999..380031,380113..>380655)	Aspergillus niger	4985487
An12g01380	mRNA	An12g01380	NT_166527.1	381873	383145	D	An12g01380	join(<381873..382314,382369..382948,382986..>383145)	Aspergillus niger	4985488
An12g01400	mRNA	An12g01400	NT_166527.1	384131	385249	D	An12g01400	<384131..>385249	Aspergillus niger	84592471
An12g01410	mRNA	An12g01410	NT_166527.1	386515	390584	D	An12g01410	join(<386515..386574,386757..386970,387307..387364,387485..387658,387828..388006,388171..388266,388315..388423,388580..388706,389036..389115,389325..389555,389739..389830,389998..390141,390184..390282,390388..>390584)	Aspergillus niger	84592472
An12g01420	mRNA	An12g01420	NT_166527.1	390798	391402	D	An12g01420	join(<390798..390800,390851..391072,391192..391210,391263..>391402)	Aspergillus niger	84592473
An12g01430	mRNA	An12g01430	NT_166527.1	392442	393676	D	An12g01430	join(<392442..392550,392742..392907,393252..393321,393393..393521,393599..>393676)	Aspergillus niger	84592474
An12g01440	mRNA	An12g01440	NT_166527.1	393954	395436	D	An12g01440	join(<393954..394165,394251..394350,394439..394653,394929..395118,395266..>395436)	Aspergillus niger	84592475
An12g01460	mRNA	An12g01460	NT_166527.1	396669	397821	R	An12g01460	complement(join(<396669..396750,396808..396942,396997..397484,397546..397612,397676..>397821))	Aspergillus niger	4985496
An12g01470	mRNA	An12g01470	NT_166527.1	399072	400637	R	An12g01470	complement(<399072..>400637)	Aspergillus niger	4985497
An12g01480	mRNA	An12g01480	NT_166527.1	401349	404366	R	An12g01480	complement(<401349..>404366)	Aspergillus niger	4985498
An12g01490	mRNA	An12g01490	NT_166527.1	404745	406333	R	An12g01490	complement(join(<404745..406216,406270..>406333))	Aspergillus niger	4985499
An12g01500	mRNA	An12g01500	NT_166527.1	406841	410462	D	An12g01500	join(<406841..409477,409527..>410462)	Aspergillus niger	4985500
An12g01510	mRNA	An12g01510	NT_166527.1	410920	413069	R	An12g01510	complement(join(<410920..412059,412140..412332,412511..412587,412645..412676,412745..>413069))	Aspergillus niger	10098110
An12g01520	mRNA	An12g01520	NT_166527.1	413287	414321	D	An12g01520	join(<413287..414206,414267..>414321)	Aspergillus niger	4985502
An12g01530	mRNA	An12g01530	NT_166527.1	414768	416691	D	An12g01530	join(<414768..414807,415013..415204,415258..416385,416579..>416691)	Aspergillus niger	4985503
An12g01540	mRNA	An12g01540	NT_166527.1	417332	417909	D	An12g01540	join(<417332..417483,417562..417662,417731..>417909)	Aspergillus niger	4985504
An12g01550	mRNA	An12g01550	NT_166527.1	418224	419122	R	An12g01550	complement(join(<418224..418863,418929..>419122))	Aspergillus niger	4985505
An12g01560	mRNA	An12g01560	NT_166527.1	419522	421342	R	An12g01560	complement(join(<419522..419674,419728..420729,420779..420964,421018..421040,421162..>421342))	Aspergillus niger	4985506
An12g01570	mRNA	An12g01570	NT_166527.1	421655	422657	D	An12g01570	join(<421655..421960,422028..>422657)	Aspergillus niger	4985507
An12g01580	mRNA	An12g01580	NT_166527.1	422713	423684	R	An12g01580	complement(<422713..>423684)	Aspergillus niger	4985508
An12g01590	mRNA	An12g01590	NT_166527.1	423847	426184	R	An12g01590	complement(join(<423847..423933,424001..424576,424622..424673,424730..425602,425686..425782,425867..425971,426175..>426184))	Aspergillus niger	4985509
An12g01600	mRNA	An12g01600	NT_166527.1	426660	428930	D	An12g01600	join(<426660..426734,426765..426997,427052..427204,427261..427552,427692..>428930)	Aspergillus niger	4985510
An12g01610	mRNA	An12g01610	NT_166527.1	428977	429801	R	An12g01610	complement(<428977..>429801)	Aspergillus niger	4985511
An12g01620	mRNA	An12g01620	NT_166527.1	430094	431969	R	An12g01620	complement(join(<430094..430141,430443..430579,430662..430681,430711..430910,430967..431702,431755..>431969))	Aspergillus niger	4985512
An12g01630	mRNA	An12g01630	NT_166527.1	432049	434645	R	An12g01630	complement(join(<432049..432264,432482..432733,432790..433003,433065..433195,433250..433352,433402..433663,433713..433785,433875..433892,433952..434460,434540..>434645))	Aspergillus niger	4985513
An12g01640	mRNA	An12g01640	NT_166527.1	435213	436861	D	An12g01640	join(<435213..436361,436427..>436861)	Aspergillus niger	4985514
An12g01650	mRNA	An12g01650	NT_166527.1	438164	440708	R	An12g01650	complement(join(<438164..438975,439487..>440708))	Aspergillus niger	84592476
An12g01660	mRNA	An12g01660	NT_166527.1	441063	443966	R	An12g01660	complement(join(<441063..441509,442167..442260,442349..442495,442812..442841,442947..442974,443063..443666,443886..>443966))	Aspergillus niger	84592477
An12g01670	mRNA	An12g01670	NT_166527.1	445166	447163	D	An12g01670	join(<445166..446305,446372..>447163)	Aspergillus niger	4985517
An12g01680	mRNA	An12g01680	NT_166527.1	448204	449860	D	An12g01680	join(<448204..448250,448306..448913,448961..449197,449247..>449860)	Aspergillus niger	4985518
An12g01690	mRNA	An12g01690	NT_166527.1	450371	450857	D	An12g01690	join(<450371..450431,450560..450641,450812..>450857)	Aspergillus niger	84592478
An12g01700	mRNA	An12g01700	NT_166527.1	451379	453227	D	An12g01700	join(<451379..451768,451839..452264,452324..452470,452532..>453227)	Aspergillus niger	4985520
An12g01710	mRNA	An12g01710	NT_166527.1	454020	455099	R	An12g01710	complement(join(<454020..454166,454230..454298,454357..454950,455010..>455099))	Aspergillus niger	4985521
An12g01720	mRNA	An12g01720	NT_166527.1	455445	455937	D	An12g01720	join(<455445..455530,455640..>455937)	Aspergillus niger	84592479
An12g01730	mRNA	An12g01730	NT_166527.1	456558	457492	R	An12g01730	complement(<456558..>457492)	Aspergillus niger	4985523
An12g01750	mRNA	An12g01750	NT_166527.1	459778	460792	R	An12g01750	complement(join(<459778..460316,460534..>460792))	Aspergillus niger	4985525
An12g01760	mRNA	An12g01760	NT_166527.1	461979	462856	D	An12g01760	join(<461979..462334,462387..462419,462487..>462856)	Aspergillus niger	84592480
An12g01770	mRNA	An12g01770	NT_166527.1	463647	464223	R	An12g01770	complement(join(<463647..463775,463828..>464223))	Aspergillus niger	84592481
An12g01780	mRNA	An12g01780	NT_166527.1	465390	466946	R	An12g01780	complement(<465390..>466946)	Aspergillus niger	84592482
An12g01790	mRNA	An12g01790	NT_166527.1	467287	468291	R	An12g01790	complement(join(<467287..468119,468261..>468291))	Aspergillus niger	84592483
An12g01800	mRNA	An12g01800	NT_166527.1	468822	471941	D	An12g01800	join(<468822..468926,468993..>471941)	Aspergillus niger	4985530
An12g01810	mRNA	An12g01810	NT_166527.1	472766	473568	R	An12g01810	complement(join(<472766..472946,473268..473391,473499..>473568))	Aspergillus niger	84592484
An12g01820	mRNA	An12g01820	NT_166527.1	474251	475416	D	An12g01820	join(<474251..474472,474721..>475416)	Aspergillus niger	4985532
An12g01830	mRNA	An12g01830	NT_166527.1	476393	477932	R	An12g01830	complement(join(<476393..476516,476759..477088,477299..477392,477476..477620,477741..>477932))	Aspergillus niger	84592485
An12g01840	mRNA	An12g01840	NT_166527.1	477972	479709	R	An12g01840	complement(join(<477972..477991,478338..478349,478524..>479709))	Aspergillus niger	84592486
An12g01850	mRNA	An12g01850	NT_166527.1	480419	483168	R	An12g01850	complement(join(<480419..481198,481251..481486,481540..481970,482017..482970,483035..>483168))	Aspergillus niger	4985535
An12g01860	mRNA	An12g01860	NT_166527.1	484257	484529	D	An12g01860	<484257..>484529	Aspergillus niger	84592487
An12g01870	mRNA	An12g01870	NT_166527.1	486311	488484	D	An12g01870	join(<486311..487438,487486..>488484)	Aspergillus niger	4985537
An12g01880	mRNA	An12g01880	NT_166527.1	489222	490921	D	An12g01880	join(<489222..490214,490286..490393,490724..490845,490888..>490921)	Aspergillus niger	4985538
An12g01890	mRNA	An12g01890	NT_166527.1	491177	492782	R	An12g01890	complement(join(<491177..491284,491333..491515,491568..492627,492715..>492782))	Aspergillus niger	4985539
An12g01900	mRNA	An12g01900	NT_166527.1	493698	495351	D	An12g01900	join(<493698..493803,493850..493893,493962..494055,494106..495142,495208..>495351)	Aspergillus niger	4985540
An12g01910	mRNA	An12g01910	NT_166527.1	496602	498309	D	An12g01910	join(<496602..497032,497099..497166,497257..497383,497445..>498309)	Aspergillus niger	4985541
An12g01920	mRNA	An12g01920	NT_166527.1	498609	500829	R	An12g01920	complement(join(<498609..500713,500820..>500829))	Aspergillus niger	4985542
An12g01930	mRNA	An12g01930	NT_166527.1	502089	503950	R	An12g01930	complement(join(<502089..503759,503807..>503950))	Aspergillus niger	4985543
An12g01940	mRNA	An12g01940	NT_166527.1	504400	506416	D	An12g01940	join(<504400..504599,504655..>506416)	Aspergillus niger	4985544
An12g01950	mRNA	An12g01950	NT_166527.1	508078	509923	D	An12g01950	join(<508078..508573,508656..>509923)	Aspergillus niger	4985545
An12g01960	mRNA	An12g01960	NT_166527.1	510188	512400	R	An12g01960	complement(join(<510188..510212,510330..510343,510404..510739,510824..511063,511137..511256,511336..511536,511595..511701,511770..511861,511908..511983,512046..>512400))	Aspergillus niger	4985546
An12g01970	mRNA	An12g01970	NT_166527.1	513843	515461	D	An12g01970	join(<513843..514150,514205..514864,514928..515045,515238..515286,515418..>515461)	Aspergillus niger	4985547
An12g01980	mRNA	An12g01980	NT_166527.1	516272	521842	R	An12g01980	complement(join(<516272..516391,516448..521090,521139..521608,521660..521686,521742..>521842))	Aspergillus niger	4985548
An12g01990	mRNA	An12g01990	NT_166527.1	522587	528875	D	An12g01990	join(<522587..527750,527794..528276,528322..528437,528483..>528875)	Aspergillus niger	4985549
An12g02000	mRNA	An12g02000	NT_166527.1	528913	530473	R	An12g02000	complement(join(<528913..529709,529772..530013,530128..>530473))	Aspergillus niger	4985552
An12g02010	mRNA	An12g02010	NT_166527.1	530670	531624	D	An12g02010	join(<530670..530869,530969..531038,531412..531537,531577..>531624)	Aspergillus niger	84592488
An12g02020	mRNA	An12g02020	NT_166527.1	531931	533331	R	An12g02020	complement(<531931..>533331)	Aspergillus niger	84592489
An12g02030	mRNA	An12g02030	NT_166527.1	533769	535217	R	An12g02030	complement(join(<533769..534014,534165..534282,534358..534658,534763..534911,535001..535116,535164..>535217))	Aspergillus niger	84592490
An12g02040	mRNA	An12g02040	NT_166527.1	535412	537392	D	An12g02040	join(<535412..535610,535661..535916,535963..536494,536544..537173,537225..>537392)	Aspergillus niger	4985554
An12g02050	mRNA	An12g02050	NT_166527.1	538565	546161	D	An12g02050	join(<538565..539068,539125..541958,541999..542079,542125..>546161)	Aspergillus niger	4985555
An12g02060	mRNA	An12g02060	NT_166527.1	547124	548003	R	An12g02060	complement(join(<547124..547560,547610..>548003))	Aspergillus niger	4985556
An12g02070	mRNA	An12g02070	NT_166527.1	548710	549379	D	An12g02070	join(<548710..549034,549129..>549379)	Aspergillus niger	4985557
An12g02080	mRNA	An12g02080	NT_166527.1	550751	552330	R	An12g02080	complement(join(<550751..551791,551837..>552330))	Aspergillus niger	4985558
An12g02090	mRNA	An12g02090	NT_166527.1	553228	555870	D	An12g02090	join(<553228..553323,553517..553771,553834..554637,554688..554897,554950..555092,555138..555419,555591..>555870)	Aspergillus niger	4985559
An12g02100	mRNA	An12g02100	NT_166527.1	555942	556406	R	An12g02100	complement(join(<555942..556237,556295..>556406))	Aspergillus niger	4985560
An12g02110	mRNA	An12g02110	NT_166527.1	556887	558788	D	An12g02110	<556887..>558788	Aspergillus niger	4985561
An12g02120	mRNA	An12g02120	NT_166527.1	560100	561161	D	An12g02120	<560100..>561161	Aspergillus niger	4985562
An12g02130	mRNA	An12g02130	NT_166527.1	561735	562443	D	An12g02130	join(<561735..561892,561957..562154,562204..562270,562300..>562443)	Aspergillus niger	84592491
An12g02150	mRNA	An12g02150	NT_166527.1	563927	564497	R	An12g02150	complement(join(<563927..564034,564148..564214,564292..>564497))	Aspergillus niger	84592492
An12g02160	mRNA	An12g02160	NT_166527.1	565036	565441	D	An12g02160	join(<565036..565280,565387..>565441)	Aspergillus niger	84592493
An12g02170	mRNA	An12g02170	NT_166527.1	567158	567711	D	An12g02170	join(<567158..567509,567566..>567711)	Aspergillus niger	84592494
An12g02175	mRNA	An12g02175	NT_166527.1	568295	568787	D	An12g02175	join(<568295..568348,568425..568511,568575..>568787)	Aspergillus niger	4985569
An12g02180	mRNA	An12g02180	NT_166527.1	568995	569345	D	An12g02180	<568995..>569345	Aspergillus niger	84592495
An12g02190	mRNA	An12g02190	NT_166527.1	569949	571188	D	An12g02190	join(<569949..570234,570456..571038,571137..>571188)	Aspergillus niger	4985570
An12g02200	mRNA	An12g02200	NT_166527.1	571569	572472	R	An12g02200	complement(join(<571569..572288,572347..>572472))	Aspergillus niger	4985571
An12g02210	mRNA	An12g02210	NT_166527.1	573026	574930	R	An12g02210	complement(join(<573026..573256,573306..573797,573852..574371,574419..>574930))	Aspergillus niger	4985572
An12g02220	mRNA	An12g02220	NT_166527.1	578111	579995	D	An12g02220	join(<578111..578255,578313..578610,578668..578921,578993..579130,579309..579566,579638..579879,579951..>579995)	Aspergillus niger	4985573
An12g02240	mRNA	An12g02240	NT_166527.1	581164	583301	R	An12g02240	complement(join(<581164..581550,581629..582714,582771..>583301))	Aspergillus niger	4985575
An12g02250	mRNA	An12g02250	NT_166527.1	583764	584376	R	An12g02250	complement(join(<583764..583988,584024..584190,584288..584309,584368..>584376))	Aspergillus niger	84592496
An12g02280	mRNA	An12g02280	NT_166527.1	586677	587114	D	An12g02280	join(<586677..586710,586762..586922,586983..>587114)	Aspergillus niger	4985579
An12g02300	mRNA	An12g02300	NT_166527.1	588797	589765	D	An12g02300	join(<588797..589032,589089..589394,589627..>589765)	Aspergillus niger	4985581
An12g02310	mRNA	An12g02310	NT_166527.1	590460	591292	D	An12g02310	join(<590460..590695,590759..591203,591239..>591292)	Aspergillus niger	84592497
An12g02320	mRNA	An12g02320	NT_166527.1	591621	592473	R	An12g02320	complement(join(<591621..591625,591693..>592473))	Aspergillus niger	4985583
An12g02330	mRNA	An12g02330	NT_166527.1	593253	594667	R	An12g02330	complement(join(<593253..593684,593762..594371,594495..>594667))	Aspergillus niger	4985584
An12g02340	mRNA	An12g02340	NT_166527.1	597692	599278	D	An12g02340	<597692..>599278	Aspergillus niger	4985585
An12g02350	mRNA	An12g02350	NT_166527.1	600321	602045	D	An12g02350	join(<600321..600424,600477..600512,600569..600929,601068..>602045)	Aspergillus niger	84592498
An12g02360	mRNA	An12g02360	NT_166527.1	602441	603963	D	An12g02360	join(<602441..602548,602607..602784,602858..603434,603515..603658,603714..>603963)	Aspergillus niger	4985587
An12g02370	mRNA	An12g02370	NT_166527.1	605698	606970	D	An12g02370	join(<605698..606091,606141..>606970)	Aspergillus niger	4985588
An12g02380	mRNA	An12g02380	NT_166527.1	607246	608433	R	An12g02380	complement(join(<607246..608114,608181..>608433))	Aspergillus niger	4985589
An12g02390	mRNA	An12g02390	NT_166527.1	609467	610956	D	An12g02390	join(<609467..609580,609670..>610956)	Aspergillus niger	84592499
An12g02400	mRNA	An12g02400	NT_166527.1	611133	612913	R	An12g02400	complement(join(<611133..612731,612803..>612913))	Aspergillus niger	4985591
An12g02410	mRNA	An12g02410	NT_166527.1	613649	614911	D	An12g02410	join(<613649..613788,613851..613996,614055..614472,614780..614805,614877..>614911)	Aspergillus niger	4985592
An12g02420	mRNA	An12g02420	NT_166527.1	615819	616956	D	An12g02420	join(<615819..615908,615980..616261,616313..616639,616693..>616956)	Aspergillus niger	4985593
An12g02430	mRNA	An12g02430	NT_166527.1	618042	620040	D	An12g02430	join(<618042..618652,618711..619133,619177..619486,619552..619655,619718..619877,619930..>620040)	Aspergillus niger	4985594
An12g02440	mRNA	An12g02440	NT_166527.1	621440	625599	D	An12g02440	join(<621440..621572,621637..621857,621964..622087,622135..622506,622556..622580,622639..623979,624033..624494,624694..624846,624943..625511,625580..>625599)	Aspergillus niger	84592500
An12g02450	mRNA	An12g02450	NT_166527.1	626037	633720	R	An12g02450	complement(join(<626037..626085,626150..626663,626769..626974,627042..632163,632219..633021,633109..633262,633360..>633720))	Aspergillus niger	4985596
An12g02460	mRNA	An12g02460	NT_166527.1	635516	637165	D	An12g02460	<635516..>637165	Aspergillus niger	4985597
An12g02470	mRNA	An12g02470	NT_166527.1	637305	638375	R	An12g02470	complement(join(<637305..637676,637734..>638375))	Aspergillus niger	4985598
An12g02480	mRNA	An12g02480	NT_166527.1	638742	639660	D	An12g02480	join(<638742..639063,639117..639427,639478..>639660)	Aspergillus niger	4985599
An12g02490	mRNA	An12g02490	NT_166527.1	639966	641161	D	An12g02490	join(<639966..641054,641102..>641161)	Aspergillus niger	4985600
An12g02500	mRNA	An12g02500	NT_166527.1	641495	642612	D	An12g02500	join(<641495..642033,642096..>642612)	Aspergillus niger	4985601
An12g02510	mRNA	An12g02510	NT_166527.1	642848	643885	R	An12g02510	complement(<642848..>643885)	Aspergillus niger	4985602
An12g02520	mRNA	An12g02520	NT_166527.1	644332	645431	R	An12g02520	complement(join(<644332..644365,644542..644912,644995..645308,645392..>645431))	Aspergillus niger	4985603
An12g02540	mRNA	An12g02540	NT_166527.1	647954	649729	R	An12g02540	complement(join(<647954..647975,648032..648406,648444..648530,648819..649058,649112..649154,649210..>649729))	Aspergillus niger	4985605
An12g02550	mRNA	An12g02550	NT_166527.1	651572	652384	D	An12g02550	<651572..>652384	Aspergillus niger	4985606
An12g02560	mRNA	An12g02560	NT_166527.1	653616	655958	D	An12g02560	join(<653616..653687,653898..653996,654685..655458,655565..655723,655764..655801,655877..>655958)	Aspergillus niger	4985607
An12g02580	mRNA	An12g02580	NT_166527.1	659300	659676	D	An12g02580	join(<659300..659321,659378..>659676)	Aspergillus niger	84592501
An12g02590	mRNA	An12g02590	NT_166527.1	660602	661001	D	An12g02590	join(<660602..660715,660750..>661001)	Aspergillus niger	4985610
An12g02600	mRNA	An12g02600	NT_166527.1	661504	662952	R	An12g02600	complement(join(<661504..661976,662017..662386,662430..662606,662713..>662952))	Aspergillus niger	84592502
An12g02620	mRNA	An12g02620	NT_166527.1	663704	665443	R	An12g02620	complement(join(<663704..665182,665408..>665443))	Aspergillus niger	84592503
An12g02630	mRNA	An12g02630	NT_166527.1	666008	667100	D	An12g02630	join(<666008..666190,666248..666385,666431..666482,666553..>667100)	Aspergillus niger	4985614
An12g02640	mRNA	An12g02640	NT_166527.1	667420	668555	R	An12g02640	complement(join(<667420..667453,667514..668050,668122..>668555))	Aspergillus niger	4985615
An12g02650	mRNA	An12g02650	NT_166527.1	669164	669976	R	An12g02650	complement(<669164..>669976)	Aspergillus niger	4985616
An12g02660	mRNA	An12g02660	NT_166527.1	670917	672374	D	An12g02660	<670917..>672374	Aspergillus niger	84592504
An12g02670	mRNA	An12g02670	NT_166527.1	672621	681644	R	An12g02670	complement(join(<672621..674723,674806..675987,676045..679597,679744..680108,680178..680233,680348..680471,680532..>681644))	Aspergillus niger	4985618
An12g02680	mRNA	An12g02680	NT_166527.1	683472	684029	D	An12g02680	<683472..>684029	Aspergillus niger	4985619
An12g02690	mRNA	An12g02690	NT_166527.1	685227	685783	R	An12g02690	complement(join(<685227..685474,685525..685734,685780..>685783))	Aspergillus niger	84592505
An12g02700	mRNA	An12g02700	NT_166527.1	685908	686736	D	An12g02700	join(<685908..686467,686532..>686736)	Aspergillus niger	4985621
An12g02710	mRNA	An12g02710	NT_166527.1	686813	689510	R	An12g02710	complement(join(<686813..686923,687012..687111,687183..687260,687357..687806,687875..688038,688281..688371,688464..688631,688714..688818,689383..>689510))	Aspergillus niger	84592506
An12g02720	mRNA	An12g02720	NT_166527.1	691662	692576	D	An12g02720	join(<691662..691800,691873..>692576)	Aspergillus niger	4985623
An12g02730	mRNA	An12g02730	NT_166527.1	694901	702366	D	An12g02730	join(<694901..695092,695175..695319,695395..695663,695729..696091,696158..697088,697142..702148,702215..>702366)	Aspergillus niger	4985624
An12g02740	mRNA	An12g02740	NT_166527.1	702901	703815	R	An12g02740	complement(<702901..>703815)	Aspergillus niger	4985625
An12g02750	mRNA	An12g02750	NT_166527.1	704290	707820	R	An12g02750	complement(join(<704290..705254,705314..707054,707098..>707820))	Aspergillus niger	4985626
An12g02760	mRNA	An12g02760	NT_166527.1	708901	710566	D	An12g02760	join(<708901..709021,709092..709218,709273..709316,709382..709538,709755..709791,710231..>710566)	Aspergillus niger	4985627
An12g02770	mRNA	An12g02770	NT_166527.1	710970	713183	R	An12g02770	complement(<710970..>713183)	Aspergillus niger	4985628
An12g02780	mRNA	An12g02780	NT_166527.1	713922	715944	D	An12g02780	join(<713922..715522,715669..715830,715890..>715944)	Aspergillus niger	84592507
An12g02790	mRNA	An12g02790	NT_166527.1	716291	717412	D	An12g02790	join(<716291..716383,716441..717052,717128..>717412)	Aspergillus niger	4985630
An12g02800	mRNA	An12g02800	NT_166527.1	717919	719745	D	An12g02800	join(<717919..718606,718696..719038,719096..719351,719416..>719745)	Aspergillus niger	4985631
An12g02810	mRNA	An12g02810	NT_166527.1	720344	721700	D	An12g02810	join(<720344..720505,720555..720696,720749..720875,720935..>721700)	Aspergillus niger	4985632
An12g02820	mRNA	An12g02820	NT_166527.1	721798	723318	R	An12g02820	complement(join(<721798..722986,723038..>723318))	Aspergillus niger	4985633
An12g02830	mRNA	An12g02830	NT_166527.1	724425	725433	D	An12g02830	join(<724425..724589,724647..724667,724720..724869,724921..>725433)	Aspergillus niger	4985634
An12g02840	mRNA	An12g02840	NT_166527.1	725641	741128	R	An12g02840	complement(join(<725641..725934,725977..729057,729121..737283,737343..740561,740721..>741128))	Aspergillus niger	4985635
An12g02850	mRNA	An12g02850	NT_166527.1	741644	742711	D	An12g02850	join(<741644..741802,741869..>742711)	Aspergillus niger	4985636
An12g02860	mRNA	An12g02860	NT_166527.1	743319	744972	D	An12g02860	join(<743319..743689,743767..744212,744275..>744972)	Aspergillus niger	4985637
An12g02870	mRNA	An12g02870	NT_166527.1	745996	746783	D	An12g02870	join(<745996..746238,746280..746393,746527..746653,746743..>746783)	Aspergillus niger	84592508
An12g02880	mRNA	An12g02880	NT_166527.1	747014	749551	R	An12g02880	complement(join(<747014..747209,747265..747734,747797..748003,748056..748070,748123..748378,748434..748452,748527..748748,748804..748822,748880..749254,749311..749342,749479..>749551))	Aspergillus niger	4985639
An12g02890	mRNA	An12g02890	NT_166527.1	751532	752976	R	An12g02890	complement(join(<751532..751780,751887..752539,752609..752752,752833..752865,752934..>752976))	Aspergillus niger	4985640
An12g02900	mRNA	An12g02900	NT_166527.1	754176	755888	R	An12g02900	complement(<754176..>755888)	Aspergillus niger	4985641
An12g02910	mRNA	An12g02910	NT_166527.1	756626	757320	R	An12g02910	complement(join(<756626..756684,756766..756814,756979..>757320))	Aspergillus niger	84592509
An12g02920	mRNA	An12g02920	NT_166527.1	759281	762180	R	An12g02920	complement(join(<759281..762001,762067..>762180))	Aspergillus niger	4985643
An12g02930	mRNA	An12g02930	NT_166527.1	762815	763941	D	An12g02930	join(<762815..763140,763203..>763941)	Aspergillus niger	4985644
An12g02940	mRNA	An12g02940	NT_166527.1	765223	766558	D	An12g02940	join(<765223..765363,765518..765626,765771..>766558)	Aspergillus niger	84592510
An12g02950	mRNA	An12g02950	NT_166527.1	767393	768640	D	An12g02950	join(<767393..767439,767624..768033,768168..>768640)	Aspergillus niger	4985646
An12g02960	mRNA	An12g02960	NT_166527.1	770004	771608	R	An12g02960	complement(join(<770004..771346,771377..>771608))	Aspergillus niger	4985647
An12g02970	mRNA	An12g02970	NT_166527.1	772138	773399	R	An12g02970	complement(join(<772138..772210,772264..772336,772395..772928,772988..773093,773157..773198,773250..>773399))	Aspergillus niger	4985648
An12g02980	mRNA	An12g02980	NT_166527.1	773999	775155	D	An12g02980	join(<773999..774178,774240..774641,774711..775010,775087..>775155)	Aspergillus niger	4985649
An12g02990	mRNA	An12g02990	NT_166527.1	776913	778062	R	An12g02990	complement(join(<776913..777987,778052..>778062))	Aspergillus niger	4985650
An12g03010	mRNA	An12g03010	NT_166527.1	779162	779833	R	An12g03010	complement(join(<779162..779374,779426..>779833))	Aspergillus niger	4985651
An12g03020	mRNA	An12g03020	NT_166527.1	780111	781690	D	An12g03020	join(<780111..780246,780297..>781690)	Aspergillus niger	4985652
An12g03030	mRNA	An12g03030	NT_166527.1	782776	783484	R	An12g03030	complement(join(<782776..783114,783244..783362,783442..>783484))	Aspergillus niger	84592511
An12g03040	mRNA	An12g03040	NT_166527.1	784555	786415	R	An12g03040	complement(join(<784555..785224,785379..785566,785690..785763,785805..785906,786210..786234,786374..>786415))	Aspergillus niger	4985654
An12g03050	mRNA	An12g03050	NT_166527.1	788840	789666	D	An12g03050	join(<788840..789309,789387..>789666)	Aspergillus niger	4985655
An12g03070	mRNA	An12g03070	NT_166527.1	790730	793191	R	An12g03070	complement(join(<790730..790892,790977..791005,791077..791214,791321..791385,791439..792807,792871..>793191))	Aspergillus niger	4985657
An12g03080	mRNA	An12g03080	NT_166527.1	793727	794113	D	An12g03080	join(<793727..793735,793991..>794113)	Aspergillus niger	84592512
An12g03090	mRNA	An12g03090	NT_166527.1	794829	795464	D	An12g03090	join(<794829..795385,795422..>795464)	Aspergillus niger	84592513
An12g03100	mRNA	An12g03100	NT_166527.1	796037	797260	R	An12g03100	complement(<796037..>797260)	Aspergillus niger	84592514
An12g03110	mRNA	An12g03110	NT_166527.1	797362	798427	D	An12g03110	join(<797362..797391,797456..797636,797691..>798427)	Aspergillus niger	4985661
An12g03120	mRNA	An12g03120	NT_166527.1	798550	799582	R	An12g03120	complement(join(<798550..798579,798680..>799582))	Aspergillus niger	4985662
An12g03130	mRNA	An12g03130	NT_166527.1	800927	801796	D	An12g03130	join(<800927..801016,801149..>801796)	Aspergillus niger	4985663
An12g03140	mRNA	An12g03140	NT_166527.1	802508	804004	D	An12g03140	join(<802508..802644,802711..>804004)	Aspergillus niger	4985664
An12g03150	mRNA	An12g03150	NT_166527.1	804919	809309	R	An12g03150	complement(join(<804919..804945,804999..805971,806023..806552,806602..806884,806904..807394,807440..808034,808081..808682,808734..808788,808853..808968,809022..>809309))	Aspergillus niger	4985665
An12g03160	mRNA	An12g03160	NT_166527.1	810175	811966	D	An12g03160	join(<810175..810465,810539..810871,810927..811412,811467..811684,811747..>811966)	Aspergillus niger	4985666
An12g03170	mRNA	An12g03170	NT_166527.1	812526	814914	D	An12g03170	join(<812526..812614,812683..814373,814442..814645,814715..>814914)	Aspergillus niger	4985667
An12g03180	mRNA	An12g03180	NT_166527.1	815344	816948	R	An12g03180	complement(join(<815344..815934,815991..816442,816549..816694,816752..816848,816906..>816948))	Aspergillus niger	4985668
An12g03190	mRNA	An12g03190	NT_166527.1	817305	818319	D	An12g03190	join(<817305..817571,817634..817806,817871..817980,818022..818164,818197..>818319)	Aspergillus niger	4985669
An12g03200	mRNA	An12g03200	NT_166527.1	819204	822345	R	An12g03200	complement(join(<819204..819587,819644..820277,820588..820641,820711..821117,821278..821450,821502..821691,821749..822234,822340..>822345))	Aspergillus niger	10098111
An12g03210	mRNA	An12g03210	NT_166527.1	822908	823964	D	An12g03210	join(<822908..822944,823041..823533,823609..823708,823763..823822,823881..>823964)	Aspergillus niger	4985671
An12g03220	mRNA	An12g03220	NT_166527.1	824637	825135	R	An12g03220	complement(join(<824637..824968,825024..>825135))	Aspergillus niger	4985672
An12g03230	mRNA	An12g03230	NT_166527.1	825364	827616	D	An12g03230	join(<825364..825499,825569..825872,825922..>827616)	Aspergillus niger	4985673
An12g03240	mRNA	An12g03240	NT_166527.1	828655	829765	R	An12g03240	complement(join(<828655..829113,829229..829274,829335..>829765))	Aspergillus niger	4985674
An12g03250	mRNA	An12g03250	NT_166527.1	830631	832373	R	An12g03250	complement(<830631..>832373)	Aspergillus niger	4985675
An12g03260	mRNA	An12g03260	NT_166527.1	832790	833804	D	An12g03260	join(<832790..833050,833112..>833804)	Aspergillus niger	4985676
An12g03270	mRNA	An12g03270	NT_166527.1	834563	835700	D	An12g03270	join(<834563..834596,834643..834752,834813..>835700)	Aspergillus niger	4985677
An12g03280	mRNA	An12g03280	NT_166527.1	836489	840203	R	An12g03280	complement(join(<836489..836624,836707..837147,837231..837370,837460..837496,837571..837768,837866..837971,838018..838308,838357..838772,838925..839013,839145..839265,839346..839448,839635..839715,839956..840093,840170..>840203))	Aspergillus niger	4985678
An12g03290	mRNA	maoN	NT_166527.1	841414	843010	D	An12g03290	join(<841414..841597,841651..841733,841790..>843010)	Aspergillus niger	4985679
An12g03300	mRNA	An12g03300	NT_166527.1	843111	844565	R	An12g03300	complement(join(<843111..843494,843544..843859,843910..>844565))	Aspergillus niger	4985680
An12g03310	mRNA	An12g03310	NT_166527.1	845931	850387	D	An12g03310	join(<845931..846021,846126..847389,847476..847534,847875..847985,848137..848310,848386..848436,848591..848737,848834..848892,849053..849174,849259..849375,849530..849586,849895..849992,850100..850171,850302..>850387)	Aspergillus niger	84592515
An12g03320	mRNA	An12g03320	NT_166527.1	850970	856363	R	An12g03320	complement(join(<850970..851347,851415..851561,852106..852223,852305..852388,852485..852512,852659..852773,852851..852877,852987..853070,853118..853214,853300..853517,853606..853679,853990..854085,854203..854271,854376..854424,855322..855451,855579..855696,855804..856001,856105..>856363))	Aspergillus niger	84592516
An12g03330	mRNA	An12g03330	NT_166527.1	856849	860394	R	An12g03330	complement(join(<856849..857169,857589..857728,858576..858676,858719..>860394))	Aspergillus niger	84592517
An12g03340	mRNA	An12g03340	NT_166527.1	861281	862319	R	An12g03340	complement(join(<861281..861375,861563..>862319))	Aspergillus niger	84592518
An12g03350	mRNA	An12g03350	NT_166527.1	862584	866260	D	An12g03350	join(<862584..862720,862830..862911,863003..863064,863155..863450,863502..863590,863675..863855,864332..864405,864476..864734,864823..864900,865001..865074,865329..865396,865488..865643,865750..865960,866039..>866260)	Aspergillus niger	84592519
An12g03360	mRNA	An12g03360	NT_166527.1	866377	867639	R	An12g03360	complement(join(<866377..866622,866850..866962,867176..867250,867384..>867639))	Aspergillus niger	84592520
An12g03370	mRNA	An12g03370	NT_166527.1	868134	870455	D	An12g03370	join(<868134..868194,868277..868492,868536..870229,870267..>870455)	Aspergillus niger	4985687
An12g03380	mRNA	An12g03380	NT_166527.1	871946	873061	R	An12g03380	complement(join(<871946..872153,872216..872882,872956..>873061))	Aspergillus niger	84592521
An12g03390	mRNA	An12g03390	NT_166527.1	873535	876281	R	An12g03390	complement(join(<873535..873649,874545..874606,874681..874900,875325..875426,875456..876070,876211..>876281))	Aspergillus niger	84592522
An12g03400	mRNA	An12g03400	NT_166527.1	877986	878691	R	An12g03400	complement(join(<877986..878196,878261..>878691))	Aspergillus niger	84592523
An12g03410	mRNA	An12g03410	NT_166527.1	880387	880696	D	An12g03410	join(<880387..880535,880609..>880696)	Aspergillus niger	84592524
An12g03420	mRNA	An12g03420	NT_166527.1	881438	883879	R	An12g03420	complement(join(<881438..881555,881699..881784,881836..881944,882036..882273,882351..882565,882945..883058,883280..883624,883839..>883879))	Aspergillus niger	84592525
An12g03440	mRNA	An12g03440	NT_166527.1	884113	886080	R	An12g03440	complement(<884113..>886080)	Aspergillus niger	4985693
An12g03460	mRNA	An12g03460	NT_166527.1	886991	888328	R	An12g03460	complement(<886991..>888328)	Aspergillus niger	4985695
An12g03470	mRNA	An12g03470	NT_166527.1	888805	889748	R	An12g03470	complement(join(<888805..889011,889227..889265,889369..889401,889465..889584,889659..>889748))	Aspergillus niger	84592526
An12g03480	mRNA	An12g03480	NT_166527.1	890170	891747	D	An12g03480	join(<890170..890271,890539..890606,890966..891064,891556..891633,891681..>891747)	Aspergillus niger	84592527
An12g03490	mRNA	An12g03490	NT_166527.1	891799	895141	D	An12g03490	join(<891799..891862,891947..892049,892340..892413,892616..892696,892744..892804,892876..892959,893144..893168,893271..893367,893417..893550,893592..893761,893945..894031,894127..894165,894261..894425,894526..894583,894682..894827,894919..894996,895099..>895141)	Aspergillus niger	84592528
An12g03500	mRNA	An12g03500	NT_166527.1	896437	897288	R	An12g03500	complement(join(<896437..896852,896923..897173,897242..>897288))	Aspergillus niger	4985699
An12g03510	mRNA	An12g03510	NT_166527.1	898334	899758	R	An12g03510	complement(<898334..>899758)	Aspergillus niger	84592529
An12g03520	mRNA	An12g03520	NT_166527.1	899903	900049	R	An12g03520	complement(<899903..>900049)	Aspergillus niger	84592530
An12g03530	mRNA	An12g03530	NT_166527.1	900814	902575	R	An12g03530	complement(join(<900814..900988,901063..901229,901296..901403,901472..901513,901518..902325,902380..>902575))	Aspergillus niger	4985702
An12g03540	mRNA	An12g03540	NT_166527.1	902794	903177	R	An12g03540	complement(<902794..>903177)	Aspergillus niger	84592531
An12g03550	mRNA	An12g03550	NT_166527.1	904174	906014	R	An12g03550	complement(join(<904174..904358,904419..904767,904818..905237,905295..905355,905415..905559,905619..905714,905765..>906014))	Aspergillus niger	4985704
An12g03560	mRNA	An12g03560	NT_166527.1	906319	906720	D	An12g03560	join(<906319..906369,906438..906495,906575..>906720)	Aspergillus niger	84592532
An12g03570	mRNA	pyrA	NT_166527.1	907133	908044	R	An12g03570	complement(join(<907133..907818,907888..>908044))	Aspergillus niger	4985706
An12g03580	mRNA	An12g03580	NT_166527.1	908566	909157	R	An12g03580	complement(join(<908566..908856,908916..909051,909126..>909157))	Aspergillus niger	4985707
An12g03590	mRNA	An12g03590	NT_166527.1	909159	909421	D	An12g03590	join(<909159..909211,909256..>909421)	Aspergillus niger	84592533
An12g03600	mRNA	An12g03600	NT_166527.1	909555	911122	R	An12g03600	complement(join(<909555..909754,909804..910761,910867..910978,911022..>911122))	Aspergillus niger	4985709
An12g03610	mRNA	An12g03610	NT_166527.1	911164	911843	D	An12g03610	join(<911164..911238,911378..911476,911571..>911843)	Aspergillus niger	84592534
An12g03620	mRNA	An12g03620	NT_166527.1	911924	913167	D	An12g03620	join(<911924..912017,912112..912227,912301..912501,912565..>913167)	Aspergillus niger	4985711
An12g03640	mRNA	An12g03640	NT_166527.1	913296	913927	D	An12g03640	join(<913296..913689,913740..>913927)	Aspergillus niger	84592535
An12g03630	mRNA	An12g03630	NT_166527.1	913968	914435	R	An12g03630	complement(join(<913968..914088,914146..>914435))	Aspergillus niger	4985713
An12g03650	mRNA	An12g03650	NT_166527.1	914774	916995	D	An12g03650	join(<914774..914847,914910..916356,916410..916631,916702..>916995)	Aspergillus niger	4985714
An12g03660	mRNA	An12g03660	NT_166527.1	917236	918138	R	An12g03660	complement(join(<917236..917324,917388..>918138))	Aspergillus niger	4985715
An12g03670	mRNA	An12g03670	NT_166527.1	918845	919681	D	An12g03670	join(<918845..919005,919158..919518,919604..>919681)	Aspergillus niger	4985716
An12g03680	mRNA	An12g03680	NT_166527.1	920027	920802	D	An12g03680	join(<920027..920234,920311..920397,920521..920615,920713..>920802)	Aspergillus niger	84592536
An12g03690	mRNA	An12g03690	NT_166527.1	921297	921548	R	An12g03690	complement(join(<921297..921396,921469..>921548))	Aspergillus niger	84592537
An12g03700	mRNA	An12g03700	NT_166527.1	921695	930254	D	An12g03700	join(<921695..922557,922648..925381,925481..925609,925663..926409,926459..926562,926611..926810,926888..927451,927511..929646,929703..929759,929861..929913,930016..930087,930177..>930254)	Aspergillus niger	4985719
An12g03710	mRNA	An12g03710	NT_166527.1	931610	933112	R	An12g03710	complement(join(<931610..932780,932857..932952,933018..>933112))	Aspergillus niger	4985720
An12g03720	mRNA	An12g03720	NT_166527.1	933559	935625	D	An12g03720	join(<933559..933785,933883..934065,934130..934583,934707..935337,935415..>935625)	Aspergillus niger	4985721
An12g03730	mRNA	An12g03730	NT_166527.1	936010	937598	R	An12g03730	complement(join(<936010..936602,936633..936971,937004..937252,937376..>937598))	Aspergillus niger	4985722
An12g03740	mRNA	An12g03740	NT_166527.1	938109	939663	R	An12g03740	complement(join(<938109..938333,938445..938809,938901..939129,939279..939326,939502..>939663))	Aspergillus niger	84592538
An12g03750	mRNA	An12g03750	NT_166527.1	939838	940754	R	An12g03750	complement(join(<939838..939957,940190..940286,940368..940438,940531..940590,940650..>940754))	Aspergillus niger	84592539
An12g03760	mRNA	An12g03760	NT_166527.1	940964	942796	R	An12g03760	complement(join(<940964..941016,941097..941124,941260..941477,941545..941611,941724..942001,942222..942339,942389..>942796))	Aspergillus niger	4985725
An12g03770	mRNA	An12g03770	NT_166527.1	943440	945489	R	An12g03770	complement(join(<943440..943497,943632..943722,943847..943936,944008..944056,944121..944317,944384..944450,944510..944773,944839..944924,944979..945042,945121..>945489))	Aspergillus niger	4985726
An12g03780	mRNA	An12g03780	NT_166527.1	945519	947862	D	An12g03780	join(<945519..945608,945756..946074,946280..946650,946934..947275,947353..947419,947475..947692,947761..>947862)	Aspergillus niger	4985727
An12g03790	mRNA	An12g03790	NT_166527.1	947887	948899	R	An12g03790	complement(join(<947887..947970,948470..948725,948784..>948899))	Aspergillus niger	84592540
An12g03800	mRNA	An12g03800	NT_166527.1	949087	950672	R	An12g03800	complement(join(<949087..949317,949423..949519,949730..949932,950307..>950672))	Aspergillus niger	84592541
An12g03810	mRNA	An12g03810	NT_166527.1	951262	951565	R	An12g03810	complement(join(<951262..951390,951449..>951565))	Aspergillus niger	84592542
An12g03820	mRNA	An12g03820	NT_166527.1	952300	952793	R	An12g03820	complement(join(<952300..952503,952704..>952793))	Aspergillus niger	84592543
An12g03830	mRNA	An12g03830	NT_166527.1	953244	957403	R	An12g03830	complement(join(<953244..953816,953872..954575,954631..>957403))	Aspergillus niger	4985732
An12g03840	mRNA	An12g03840	NT_166527.1	957990	958652	R	An12g03840	complement(<957990..>958652)	Aspergillus niger	84592544
An12g03850	mRNA	An12g03850	NT_166527.1	958723	960553	D	An12g03850	join(<958723..959364,959464..>960553)	Aspergillus niger	4985734
An12g03860	mRNA	An12g03860	NT_166527.1	960905	962601	R	An12g03860	complement(join(<960905..961162,961250..>962601))	Aspergillus niger	84592545
An12g03880	mRNA	An12g03880	NT_166527.1	963279	965248	R	An12g03880	complement(join(<963279..965075,965138..>965248))	Aspergillus niger	4985736
An12g03890	mRNA	An12g03890	NT_166527.1	965747	966358	D	An12g03890	join(<965747..965761,965837..965921,965994..966218,966288..>966358)	Aspergillus niger	4985737
An12g03900	mRNA	An12g03900	NT_166527.1	966548	967168	R	An12g03900	complement(join(<966548..966592,966655..966744,966944..>967168))	Aspergillus niger	4985738
An12g03910	mRNA	An12g03910	NT_166527.1	967695	968420	D	An12g03910	join(<967695..967697,967774..968177,968226..968342,968411..>968420)	Aspergillus niger	4985739
An12g03920	mRNA	An12g03920	NT_166527.1	971750	974544	R	An12g03920	complement(join(<971750..971807,971867..972042,972094..974199,974260..>974544))	Aspergillus niger	4985740
An12g03930	mRNA	An12g03930	NT_166527.1	974899	975645	D	An12g03930	join(<974899..974964,975025..975119,975168..975212,975271..975462,975513..>975645)	Aspergillus niger	4985741
An12g03940	mRNA	An12g03940	NT_166527.1	975796	976681	R	An12g03940	complement(join(<975796..976369,976428..>976681))	Aspergillus niger	4985742
An12g03950	mRNA	An12g03950	NT_166527.1	977120	978076	D	An12g03950	<977120..>978076	Aspergillus niger	4985743
An12g03960	mRNA	An12g03960	NT_166527.1	978445	979384	R	An12g03960	complement(join(<978445..978614,978673..>979384))	Aspergillus niger	4985744
An12g03970	mRNA	An12g03970	NT_166527.1	980245	982892	R	An12g03970	complement(join(<980245..980316,980381..982227,982277..982450,982556..>982892))	Aspergillus niger	4985745
An12g03980	mRNA	An12g03980	NT_166527.1	983938	984538	D	An12g03980	join(<983938..983946,984017..>984538)	Aspergillus niger	4985746
An12g03990	mRNA	An12g03990	NT_166527.1	985038	987401	R	An12g03990	complement(join(<985038..986760,986815..>987401))	Aspergillus niger	4985747
An12g04000	mRNA	An12g04000	NT_166527.1	989071	993655	D	An12g04000	join(<989071..992044,992097..>993655)	Aspergillus niger	4985748
An12g04010	mRNA	An12g04010	NT_166527.1	994627	998499	D	An12g04010	join(<994627..994663,994780..997995,998066..>998499)	Aspergillus niger	4985749
An12g04020	mRNA	An12g04020	NT_166527.1	999579	1006576	R	An12g04020	complement(join(<999579..1006109,1006180..1006350,1006427..>1006576))	Aspergillus niger	4985750
An12g04030	mRNA	An12g04030	NT_166527.1	1011927	1013828	R	An12g04030	complement(join(<1011927..1013507,1013592..>1013828))	Aspergillus niger	4985751
An12g04040	mRNA	An12g04040	NT_166527.1	1017121	1018201	D	An12g04040	join(<1017121..1017208,1017258..1017492,1017589..1017639,1017688..>1018201)	Aspergillus niger	84592546
An12g04050	mRNA	An12g04050	NT_166527.1	1019070	1020685	D	An12g04050	join(<1019070..1019176,1019313..1019737,1019805..1019936,1019995..1020491,1020563..>1020685)	Aspergillus niger	4985753
An12g04060	mRNA	An12g04060	NT_166527.1	1021264	1023178	D	An12g04060	join(<1021264..1021280,1021401..1021513,1021746..>1023178)	Aspergillus niger	4985754
An12g04070	mRNA	An12g04070	NT_166527.1	1023472	1024989	R	An12g04070	complement(join(<1023472..1024698,1024753..1024883,1024935..>1024989))	Aspergillus niger	4985755
An12g04080	mRNA	An12g04080	NT_166527.1	1025402	1025641	R	An12g04080	complement(join(<1025402..1025444,1025523..>1025641))	Aspergillus niger	84592547
An12g04090	mRNA	An12g04090	NT_166527.1	1027187	1028060	D	An12g04090	join(<1027187..1027649,1027756..1027787,1027947..>1028060)	Aspergillus niger	4985757
An12g04100	mRNA	An12g04100	NT_166527.1	1028320	1029000	R	An12g04100	complement(<1028320..>1029000)	Aspergillus niger	4985758
An12g04110	mRNA	An12g04110	NT_166527.1	1029691	1030695	D	An12g04110	<1029691..>1030695	Aspergillus niger	4985759
An12g04120	mRNA	An12g04120	NT_166527.1	1031044	1032323	R	An12g04120	complement(join(<1031044..1031363,1031434..1031689,1031742..>1032323))	Aspergillus niger	4985760
An12g04130	mRNA	An12g04130	NT_166527.1	1032981	1034314	R	An12g04130	complement(join(<1032981..1034095,1034185..>1034314))	Aspergillus niger	84592548
An12g04140	mRNA	An12g04140	NT_166527.1	1036348	1040682	R	An12g04140	complement(join(<1036348..1038857,1038916..1040151,1040256..>1040682))	Aspergillus niger	4985762
An12g04150	mRNA	An12g04150	NT_166527.1	1040832	1041563	D	An12g04150	join(<1040832..1040962,1041081..1041203,1041443..>1041563)	Aspergillus niger	84592549
An12g04160	mRNA	An12g04160	NT_166527.1	1042514	1043657	D	An12g04160	join(<1042514..1042628,1042961..1043053,1043136..1043235,1043564..>1043657)	Aspergillus niger	84592550
An12g04170	mRNA	An12g04170	NT_166527.1	1044540	1046477	D	An12g04170	join(<1044540..1044950,1045023..>1046477)	Aspergillus niger	4985765
An12g04180	mRNA	An12g04180	NT_166527.1	1047035	1048952	R	An12g04180	complement(join(<1047035..1048349,1048409..1048569,1048627..1048633,1048685..1048742,1048802..>1048952))	Aspergillus niger	4985766
An12g04190	mRNA	An12g04190	NT_166527.1	1050015	1052874	R	An12g04190	complement(join(<1050015..1051308,1051358..>1052874))	Aspergillus niger	4985767
An12g04200	mRNA	An12g04200	NT_166527.1	1053229	1053451	D	An12g04200	join(<1053229..1053344,1053433..>1053451)	Aspergillus niger	84592551
An12g04210	mRNA	An12g04210	NT_166527.1	1054623	1056349	D	An12g04210	join(<1054623..1054712,1054768..1055920,1055973..>1056349)	Aspergillus niger	4985769
An12g04220	mRNA	An12g04220	NT_166527.1	1056583	1057738	D	An12g04220	join(<1056583..1056678,1056737..1056852,1056923..1057401,1057483..1057619,1057670..>1057738)	Aspergillus niger	4985770
An12g04230	mRNA	An12g04230	NT_166527.1	1058349	1059086	R	An12g04230	complement(<1058349..>1059086)	Aspergillus niger	84592552
An12g04240	mRNA	An12g04240	NT_166527.1	1059463	1059926	R	An12g04240	complement(join(<1059463..1059499,1059631..>1059926))	Aspergillus niger	84592553
An12g04250	mRNA	An12g04250	NT_166527.1	1061526	1063306	D	An12g04250	join(<1061526..1061807,1061915..1062160,1062213..1062839,1062893..1063000,1063047..1063097,1063160..1063186,1063242..>1063306)	Aspergillus niger	4985773
An12g04260	mRNA	An12g04260	NT_166527.1	1063931	1064890	D	An12g04260	<1063931..>1064890	Aspergillus niger	4985774
An12g04280	mRNA	An12g04280	NT_166527.1	1065772	1067087	R	An12g04280	complement(join(<1065772..1065804,1066064..1066802,1066856..1066976,1067039..>1067087))	Aspergillus niger	4985776
An12g04310	mRNA	An12g04310	NT_166527.1	1069702	1070760	D	An12g04310	<1069702..>1070760	Aspergillus niger	4985779
An12g04320	mRNA	An12g04320	NT_166527.1	1071255	1071719	R	An12g04320	complement(join(<1071255..1071308,1071420..1071590,1071636..>1071719))	Aspergillus niger	84592554
An12g04330	mRNA	An12g04330	NT_166527.1	1071898	1073695	R	An12g04330	complement(join(<1071898..1071939,1072008..1072361,1072442..1072678,1072742..1072761,1072834..1073244,1073298..1073403,1073457..1073535,1073634..>1073695))	Aspergillus niger	4985781
An12g04340	mRNA	An12g04340	NT_166527.1	1074256	1075587	R	An12g04340	complement(join(<1074256..1074734,1074795..1074926,1074984..1075270,1075322..>1075587))	Aspergillus niger	4985782
An12g04350	mRNA	An12g04350	NT_166527.1	1075989	1077308	R	An12g04350	complement(join(<1075989..1076115,1076275..>1077308))	Aspergillus niger	4985783
An12g04360	mRNA	An12g04360	NT_166527.1	1077568	1078858	D	An12g04360	join(<1077568..1077624,1077654..1077822,1077853..1078146,1078224..>1078858)	Aspergillus niger	4985784
An12g04370	mRNA	An12g04370	NT_166527.1	1079536	1081227	D	An12g04370	join(<1079536..1079772,1079864..1080182,1080244..1080572,1080628..1080965,1081014..>1081227)	Aspergillus niger	4985785
An12g04380	mRNA	An12g04380	NT_166527.1	1081719	1082417	R	An12g04380	complement(<1081719..>1082417)	Aspergillus niger	4985786
An12g04390	mRNA	An12g04390	NT_166527.1	1082889	1083926	R	An12g04390	complement(<1082889..>1083926)	Aspergillus niger	4985787
An12g04410	mRNA	An12g04410	NT_166527.1	1085954	1086359	R	An12g04410	complement(join(<1085954..1086029,1086262..>1086359))	Aspergillus niger	84592555
An12g04430	mRNA	An12g04430	NT_166527.1	1087115	1087687	R	An12g04430	complement(<1087115..>1087687)	Aspergillus niger	84592556
An12g04440	mRNA	An12g04440	NT_166527.1	1087717	1089884	D	An12g04440	join(<1087717..1088038,1088431..1088672,1089059..1089418,1089514..1089655,1089796..>1089884)	Aspergillus niger	84592557
An12g04450	mRNA	An12g04450	NT_166527.1	1090166	1091167	D	An12g04450	<1090166..>1091167	Aspergillus niger	4985793
An12g04460	mRNA	An12g04460	NT_166527.1	1091473	1092415	D	An12g04460	join(<1091473..1091633,1091974..1092013,1092088..1092169,1092234..>1092415)	Aspergillus niger	84592558
An12g04470	mRNA	An12g04470	NT_166527.1	1092458	1094226	D	An12g04470	join(<1092458..1092685,1092761..1092771,1092830..1092902,1092954..1093039,1093095..1093373,1093424..1093569,1093634..1093686,1093771..>1094226)	Aspergillus niger	4985795
An12g04480	mRNA	An12g04480	NT_166527.1	1094849	1095689	R	An12g04480	complement(join(<1094849..1094910,1094972..1095336,1095397..>1095689))	Aspergillus niger	4985796
An12g04490	mRNA	An12g04490	NT_166527.1	1097359	1099389	D	An12g04490	<1097359..>1099389	Aspergillus niger	4985797
An12g04500	mRNA	An12g04500	NT_166527.1	1099949	1104139	R	An12g04500	complement(join(<1099949..1100797,1100861..1101164,1101216..>1104139))	Aspergillus niger	4985798
An12g04510	mRNA	An12g04510	NT_166527.1	1105743	1107830	R	An12g04510	complement(join(<1105743..1105927,1105977..1106514,1106586..1106920,1106993..1107184,1107249..1107727,1107793..>1107830))	Aspergillus niger	4985799
An12g04520	mRNA	An12g04520	NT_166527.1	1109563	1111306	R	An12g04520	complement(join(<1109563..1109897,1109984..1110560,1110614..>1111306))	Aspergillus niger	4985800
An12g04530	mRNA	An12g04530	NT_166527.1	1111856	1113774	D	An12g04530	join(<1111856..1112135,1112190..1113027,1113143..>1113774)	Aspergillus niger	84592559
An12g04540	mRNA	An12g04540	NT_166527.1	1113948	1118264	R	An12g04540	complement(join(<1113948..1114046,1114098..1114682,1114850..1115382,1115424..1115542,1116001..1116058,1116134..1116229,1116536..1116615,1116738..1116950,1117024..1117113,1117192..1117290,1117382..1117965,1118025..>1118264))	Aspergillus niger	4985802
An12g04550	mRNA	An12g04550	NT_166527.1	1120095	1120879	D	An12g04550	join(<1120095..1120125,1120214..1120315,1120412..1120501,1120630..1120706,1120761..1120800,1120830..>1120879)	Aspergillus niger	84592560
An12g04560	mRNA	An12g04560	NT_166527.1	1121029	1122028	R	An12g04560	complement(join(<1121029..1121623,1121685..1121804,1121865..>1122028))	Aspergillus niger	4985804
An12g04570	mRNA	An12g04570	NT_166527.1	1122278	1123297	D	An12g04570	join(<1122278..1122287,1122341..1122363,1122412..1122488,1122536..1122820,1122872..1122956,1123006..1123176,1123232..>1123297)	Aspergillus niger	4985805
An12g04580	mRNA	An12g04580	NT_166527.1	1123467	1124601	D	An12g04580	join(<1123467..1123546,1123593..1123845,1124050..1124118,1124204..1124382,1124556..>1124601)	Aspergillus niger	4985806
An12g04590	mRNA	An12g04590	NT_166527.1	1124847	1125724	D	An12g04590	join(<1124847..1125602,1125659..>1125724)	Aspergillus niger	4985807
An12g04600	mRNA	An12g04600	NT_166527.1	1126026	1128643	R	An12g04600	complement(join(<1126026..1126151,1126183..1126569,1126625..1127813,1127970..>1128643))	Aspergillus niger	4985808
An12g04610	mRNA	An12g04610	NT_166527.1	1133802	1134638	D	An12g04610	<1133802..>1134638	Aspergillus niger	4985809
An12g04620	mRNA	An12g04620	NT_166527.1	1136198	1137919	D	An12g04620	join(<1136198..1136452,1136511..1136934,1136985..1137726,1137787..>1137919)	Aspergillus niger	4985810
An12g04630	mRNA	An12g04630	NT_166527.1	1139935	1141403	D	An12g04630	join(<1139935..1140275,1140330..1140378,1140447..>1141403)	Aspergillus niger	4985811
An12g04640	mRNA	An12g04640	NT_166527.1	1142083	1143045	D	An12g04640	join(<1142083..1142221,1142278..1142317,1142384..1142462,1142521..>1143045)	Aspergillus niger	4985812
An12g04650	mRNA	An12g04650	NT_166527.1	1144220	1145963	D	An12g04650	join(<1144220..1144421,1144498..>1145963)	Aspergillus niger	4985813
An12g04655	mRNA	An12g04655	NT_166527.1	1146099	1146935	R	An12g04655	complement(join(<1146099..1146624,1146687..1146738,1146905..>1146935))	Aspergillus niger	4985814
An12g04660	mRNA	An12g04660	NT_166527.1	1147200	1149058	R	An12g04660	complement(join(<1147200..1147454,1147506..1147606,1147652..1148028,1148084..1148497,1148547..1148682,1148732..1148908,1148959..>1149058))	Aspergillus niger	4985815
An12g04670	mRNA	An12g04670	NT_166527.1	1151209	1152486	D	An12g04670	<1151209..>1152486	Aspergillus niger	4985816
An12g04680	mRNA	An12g04680	NT_166527.1	1152965	1156558	R	An12g04680	complement(join(<1152965..1156480,1156526..>1156558))	Aspergillus niger	4985817
An12g04690	mRNA	An12g04690	NT_166527.1	1157351	1160210	D	An12g04690	join(<1157351..1158569,1158624..1159009,1159061..1159333,1159384..1159614,1159665..>1160210)	Aspergillus niger	4985818
An12g04700	mRNA	An12g04700	NT_166527.1	1160899	1163546	D	An12g04700	join(<1160899..1160966,1161032..1161083,1161141..1161379,1161438..1162449,1162509..1162731,1162794..1163026,1163109..1163320,1163405..>1163546)	Aspergillus niger	4985819
An12g04710	mRNA	An12g04710	NT_166527.1	1164126	1166792	R	An12g04710	complement(join(<1164126..1164520,1164576..1165884,1165938..1166183,1166247..1166718,1166788..>1166792))	Aspergillus niger	4985820
An12g04720	mRNA	An12g04720	NT_166527.1	1169612	1172911	R	An12g04720	complement(join(<1169612..1170199,1170257..1171449,1171500..1171571,1171622..1171720,1171811..1172491,1172548..>1172911))	Aspergillus niger	4985821
An12g04730	mRNA	An12g04730	NT_166527.1	1173443	1177979	D	An12g04730	join(<1173443..1173466,1173496..1173566,1173887..1174040,1174221..1174414,1174477..1176905,1176961..>1177979)	Aspergillus niger	4985822
An12g04740	mRNA	An12g04740	NT_166527.1	1178219	1179529	R	An12g04740	complement(<1178219..>1179529)	Aspergillus niger	4985823
An12g04750	mRNA	An12g04750	NT_166527.1	1180109	1181195	R	An12g04750	complement(join(<1180109..1180432,1180487..1180842,1180896..1180964,1181024..>1181195))	Aspergillus niger	4985824
An12g04760	mRNA	An12g04760	NT_166527.1	1181590	1182550	D	An12g04760	join(<1181590..1181638,1181712..>1182550)	Aspergillus niger	4985825
An12g04770	mRNA	An12g04770	NT_166527.1	1184090	1190936	D	An12g04770	join(<1184090..1184474,1184526..1184670,1184718..1185449,1185501..1190360,1190438..1190688,1190893..>1190936)	Aspergillus niger	4985826
An12g04780	mRNA	An12g04780	NT_166527.1	1191397	1192411	R	An12g04780	complement(join(<1191397..1191792,1191868..1192158,1192289..>1192411))	Aspergillus niger	4985827
An12g04790	mRNA	An12g04790	NT_166527.1	1192786	1193382	R	An12g04790	complement(<1192786..>1193382)	Aspergillus niger	4985828
An12g04800	mRNA	An12g04800	NT_166527.1	1193670	1194743	R	An12g04800	complement(<1193670..>1194743)	Aspergillus niger	4985829
An12g04810	mRNA	An12g04810	NT_166527.1	1195632	1196936	R	An12g04810	complement(join(<1195632..1195836,1195948..>1196936))	Aspergillus niger	4985830
An12g04820	mRNA	An12g04820	NT_166527.1	1197616	1201276	R	An12g04820	complement(join(<1197616..1199251,1199305..1200893,1200959..>1201276))	Aspergillus niger	4985831
An12g04830	mRNA	An12g04830	NT_166527.1	1201748	1202426	R	An12g04830	complement(join(<1201748..1201988,1202062..1202284,1202318..>1202426))	Aspergillus niger	4985832
An12g04840	mRNA	An12g04840	NT_166527.1	1203209	1205224	R	An12g04840	complement(<1203209..>1205224)	Aspergillus niger	4985833
An12g04850	mRNA	An12g04850	NT_166527.1	1206957	1207386	D	An12g04850	join(<1206957..1206959,1207126..1207267,1207364..>1207386)	Aspergillus niger	84592561
An12g04860	mRNA	An12g04860	NT_166527.1	1208345	1208925	D	An12g04860	join(<1208345..1208417,1208481..1208518,1208591..1208707,1208833..>1208925)	Aspergillus niger	4985835
An12g04870	mRNA	An12g04870	NT_166527.1	1209506	1210452	D	An12g04870	join(<1209506..1209550,1209767..1209942,1210002..>1210452)	Aspergillus niger	4985836
An12g04880	mRNA	An12g04880	NT_166527.1	1212449	1214398	D	An12g04880	join(<1212449..1214257,1214375..>1214398)	Aspergillus niger	4985837
An12g04890	mRNA	An12g04890	NT_166527.1	1214883	1216258	D	An12g04890	join(<1214883..1215136,1215240..1215278,1215394..>1216258)	Aspergillus niger	4985838
An12g04900	mRNA	An12g04900	NT_166527.1	1218813	1222384	D	An12g04900	join(<1218813..1219096,1219160..1219370,1219431..1220521,1220777..1220805,1220871..1220949,1220980..1221103,1221163..1221783,1221831..1222199,1222257..>1222384)	Aspergillus niger	4985839
An12g04910	mRNA	An12g04910	NT_166527.1	1222533	1224793	R	An12g04910	complement(join(<1222533..1222591,1222652..>1224793))	Aspergillus niger	4985840
An12g04920	mRNA	An12g04920	NT_166527.1	1225145	1226847	R	An12g04920	complement(join(<1225145..1226407,1226464..>1226847))	Aspergillus niger	4985841
An12g04930	mRNA	An12g04930	NT_166527.1	1227473	1228776	D	An12g04930	join(<1227473..1227596,1227653..>1228776)	Aspergillus niger	4985842
An12g04940	mRNA	An12g04940	NT_166527.1	1229904	1231816	R	An12g04940	complement(join(<1229904..1231417,1231485..1231626,1231709..>1231816))	Aspergillus niger	4985843
An12g04950	mRNA	An12g04950	NT_166527.1	1233382	1233764	D	An12g04950	join(<1233382..1233413,1233488..1233602,1233699..>1233764)	Aspergillus niger	4985844
An12g04960	mRNA	An12g04960	NT_166527.1	1234226	1236978	D	An12g04960	join(<1234226..1234450,1234533..1234673,1234745..1234981,1235042..1235500,1235554..1235811,1235886..1235984,1236034..>1236978)	Aspergillus niger	4985845
An12g04970	mRNA	An12g04970	NT_166527.1	1239492	1241860	D	An12g04970	join(<1239492..1240512,1240684..1240774,1240924..>1241860)	Aspergillus niger	84592562
An12g04975	mRNA	An12g04975	NT_166527.1	1242180	1243489	R	An12g04975	complement(join(<1242180..1242650,1242868..1243080,1243211..>1243489))	Aspergillus niger	84592563
An12g04980	mRNA	An12g04980	NT_166527.1	1245022	1245202	R	An12g04980	complement(join(<1245022..1245051,1245137..>1245202))	Aspergillus niger	84592564
An12g04990	mRNA	An12g04990	NT_166527.1	1246449	1247246	D	An12g04990	<1246449..>1247246	Aspergillus niger	4985849
An12g05000	mRNA	An12g05000	NT_166527.1	1249008	1250654	D	An12g05000	<1249008..>1250654	Aspergillus niger	4985850
An12g05010	mRNA	aceA	NT_166527.1	1252363	1253425	D	An12g05010	join(<1252363..1252564,1252636..1252892,1252973..>1253425)	Aspergillus niger	4985851
An12g05020	mRNA	An12g05020	NT_166527.1	1254612	1255145	R	An12g05020	complement(join(<1254612..1254638,1254909..1254992,1255050..>1255145))	Aspergillus niger	84592565
An12g05030	mRNA	An12g05030	NT_166527.1	1259683	1261880	D	An12g05030	join(<1259683..1261522,1261576..1261800,1261849..>1261880)	Aspergillus niger	4985853
An12g05040	mRNA	An12g05040	NT_166527.1	1262028	1262930	R	An12g05040	complement(join(<1262028..1262161,1262278..1262342,1262830..>1262930))	Aspergillus niger	84592566
An12g05050	mRNA	An12g05050	NT_166527.1	1263927	1265978	D	An12g05050	<1263927..>1265978	Aspergillus niger	4985855
An12g05060	mRNA	An12g05060	NT_166527.1	1266087	1267607	R	An12g05060	complement(<1266087..>1267607)	Aspergillus niger	4985856
An12g05070	mRNA	An12g05070	NT_166527.1	1268118	1268930	D	An12g05070	<1268118..>1268930	Aspergillus niger	4985857
An12g05080	mRNA	An12g05080	NT_166527.1	1269529	1270000	R	An12g05080	complement(join(<1269529..1269753,1269816..1269889,1269949..>1270000))	Aspergillus niger	4985858
An12g05090	mRNA	An12g05090	NT_166527.1	1270601	1271984	D	An12g05090	join(<1270601..1270846,1270903..1271028,1271085..1271673,1271740..>1271984)	Aspergillus niger	4985859
An12g05100	mRNA	An12g05100	NT_166527.1	1272153	1273308	R	An12g05100	complement(join(<1272153..1272248,1272289..1272346,1272425..1272641,1272733..1273160,1273253..>1273308))	Aspergillus niger	4985860
An12g05110	mRNA	An12g05110	NT_166527.1	1274369	1276275	D	An12g05110	join(<1274369..1274413,1274464..1274512,1274561..>1276275)	Aspergillus niger	4985861
An12g05120	mRNA	An12g05120	NT_166527.1	1277152	1278344	D	An12g05120	join(<1277152..1277584,1277832..1277941,1278009..>1278344)	Aspergillus niger	4985862
An12g05140	mRNA	An12g05140	NT_166527.1	1279134	1280471	D	An12g05140	<1279134..>1280471	Aspergillus niger	84592567
An12g05150	mRNA	An12g05150	NT_166527.1	1280951	1282407	R	An12g05150	complement(join(<1280951..1281393,1281478..1281643,1281722..1281864,1281922..1282118,1282160..1282187,1282230..>1282407))	Aspergillus niger	4985865
An12g05160	mRNA	An12g05160	NT_166527.1	1282652	1283978	D	An12g05160	join(<1282652..1282813,1282860..1282946,1283081..1283144,1283250..1283323,1283410..1283491,1283566..1283640,1283827..>1283978)	Aspergillus niger	84592568
An12g05170	mRNA	An12g05170	NT_166527.1	1284873	1285958	R	An12g05170	complement(join(<1284873..1285021,1285128..1285436,1285529..>1285958))	Aspergillus niger	4985867
An12g05180	mRNA	An12g05180	NT_166527.1	1287719	1288857	R	An12g05180	complement(join(<1287719..1287748,1287815..1288296,1288362..>1288857))	Aspergillus niger	4985868
An12g05190	mRNA	An12g05190	NT_166527.1	1289260	1290967	D	An12g05190	join(<1289260..1289391,1289433..1289508,1289564..1289735,1289800..1290068,1290129..>1290967)	Aspergillus niger	4985869
An12g05200	mRNA	An12g05200	NT_166527.1	1291130	1293549	D	An12g05200	join(<1291130..1291443,1291497..1291805,1291862..1292760,1292828..>1293549)	Aspergillus niger	4985870
An12g05210	mRNA	An12g05210	NT_166527.1	1294352	1295897	R	An12g05210	complement(join(<1294352..1295115,1295188..1295478,1295573..>1295897))	Aspergillus niger	4985871
An12g05220	mRNA	An12g05220	NT_166527.1	1296714	1299413	D	An12g05220	join(<1296714..1296763,1296861..1296983,1297053..1297177,1297252..1297991,1298057..1298330,1298387..1298562,1298627..1298807,1298875..>1299413)	Aspergillus niger	4985872
An12g05230	mRNA	An12g05230	NT_166527.1	1300808	1301204	D	An12g05230	join(<1300808..1300906,1300992..>1301204)	Aspergillus niger	84592569
An12g05240	mRNA	An12g05240	NT_166527.1	1302059	1303180	D	An12g05240	join(<1302059..1302426,1302499..>1303180)	Aspergillus niger	4985874
An12g05250	mRNA	An12g05250	NT_166527.1	1303393	1304349	R	An12g05250	complement(join(<1303393..1303968,1304020..>1304349))	Aspergillus niger	4985875
An12g05260	mRNA	An12g05260	NT_166527.1	1304845	1305860	D	An12g05260	join(<1304845..1305144,1305196..1305290,1305356..>1305860)	Aspergillus niger	4985876
An12g05270	mRNA	An12g05270	NT_166527.1	1306337	1307627	D	An12g05270	join(<1306337..1306479,1306545..1306998,1307055..>1307627)	Aspergillus niger	4985877
An12g05280	mRNA	An12g05280	NT_166527.1	1308416	1309372	D	An12g05280	<1308416..>1309372	Aspergillus niger	4985878
An12g05290	mRNA	An12g05290	NT_166527.1	1309560	1310576	D	An12g05290	join(<1309560..1309667,1309763..1309898,1309992..1310188,1310403..>1310576)	Aspergillus niger	84592570
An12g05300	mRNA	An12g05300	NT_166527.1	1310683	1312210	D	An12g05300	join(<1310683..1310840,1310923..1311007,1311066..1311297,1311359..1312018,1312101..>1312210)	Aspergillus niger	84592571
An12g05310	mRNA	An12g05310	NT_166527.1	1313220	1315262	D	An12g05310	join(<1313220..1313541,1313611..>1315262)	Aspergillus niger	4985881
An12g05320	mRNA	An12g05320	NT_166527.1	1316859	1317438	D	An12g05320	join(<1316859..1317099,1317161..>1317438)	Aspergillus niger	4985882
An12g05330	mRNA	An12g05330	NT_166527.1	1318944	1322399	D	An12g05330	join(<1318944..1319430,1319525..1319595,1319648..1319990,1320128..1320658,1320734..1321355,1321465..1321873,1322019..>1322399)	Aspergillus niger	84592572
An12g05350	mRNA	An12g05350	NT_166527.1	1323970	1327197	R	An12g05350	complement(join(<1323970..1324035,1324118..1324285,1324447..1324516,1324732..1324828,1325276..1325407,1325494..1325625,1325950..1326059,1326309..1326408,1326712..1326864,1327032..>1327197))	Aspergillus niger	84592573
An12g05360	mRNA	An12g05360	NT_166527.1	1328252	1330116	D	An12g05360	join(<1328252..1328639,1328714..1329540,1329622..>1330116)	Aspergillus niger	4985886
An12g05370	mRNA	An12g05370	NT_166527.1	1330616	1332139	R	An12g05370	complement(join(<1330616..1330835,1330901..1331442,1331496..1331828,1331888..>1332139))	Aspergillus niger	4985887
An12g05380	mRNA	An12g05380	NT_166527.1	1332943	1335313	D	An12g05380	join(<1332943..1333231,1333328..1333574,1333690..1334059,1334168..1334311,1334424..1334593,1334670..1334767,1334853..1334883,1334953..>1335313)	Aspergillus niger	4985888
An12g05390	mRNA	An12g05390	NT_166527.1	1335831	1337215	R	An12g05390	complement(join(<1335831..1336123,1336221..1336415,1336494..1336580,1336632..1337007,1337159..>1337215))	Aspergillus niger	4985889
An12g05400	mRNA	An12g05400	NT_166527.1	1337940	1339865	D	An12g05400	join(<1337940..1338136,1338187..1338948,1339023..1339546,1339678..>1339865)	Aspergillus niger	4985890
An12g05420	mRNA	An12g05420	NT_166527.1	1340518	1341602	D	An12g05420	join(<1340518..1341300,1341552..>1341602)	Aspergillus niger	4985892
An12g05430	mRNA	An12g05430	NT_166527.1	1342118	1342755	D	An12g05430	join(<1342118..1342531,1342573..>1342755)	Aspergillus niger	84592574
An12g05440	mRNA	An12g05440	NT_166527.1	1343386	1345581	R	An12g05440	complement(join(<1343386..1343493,1343569..1344623,1344681..1345107,1345141..>1345581))	Aspergillus niger	4985894
An12g05450	mRNA	An12g05450	NT_166527.1	1346121	1352176	R	An12g05450	complement(join(<1346121..1348001,1348060..1348356,1348413..1350947,1351076..1351991,1352052..>1352176))	Aspergillus niger	84592575
An12g05460	mRNA	An12g05460	NT_166527.1	1352930	1357237	R	An12g05460	complement(join(<1352930..1353732,1353818..1354019,1354087..1354365,1354418..1354524,1354580..1355682,1355735..1356896,1356949..1357134,1357195..>1357237))	Aspergillus niger	4985896
An12g05470	mRNA	An12g05470	NT_166527.1	1357551	1359018	R	An12g05470	complement(join(<1357551..1358022,1358194..1358432,1358482..1358625,1358653..>1359018))	Aspergillus niger	4985897
An12g05490	mRNA	An12g05490	NT_166527.1	1360578	1362376	D	An12g05490	join(<1360578..1360637,1360691..1361206,1361306..1361395,1361443..1361575,1361669..1362189,1362317..>1362376)	Aspergillus niger	4985899
An12g05500	mRNA	An12g05500	NT_166527.1	1362655	1363782	R	An12g05500	complement(join(<1362655..1362942,1363010..1363128,1363192..1363410,1363485..>1363782))	Aspergillus niger	4985900
An12g05510	mRNA	An12g05510	NT_166527.1	1364516	1366417	R	An12g05510	complement(join(<1364516..1365450,1365512..1366125,1366179..>1366417))	Aspergillus niger	4985901
An12g05520	mRNA	An12g05520	NT_166527.1	1366698	1367571	D	An12g05520	join(<1366698..1366771,1366856..1366896,1367150..>1367571)	Aspergillus niger	84592576
An12g05530	mRNA	An12g05530	NT_166527.1	1368408	1369115	D	An12g05530	join(<1368408..1368513,1368621..1368758,1368841..1368900,1368985..>1369115)	Aspergillus niger	84592577
An12g05540	mRNA	An12g05540	NT_166527.1	1369361	1369823	D	An12g05540	join(<1369361..1369620,1369685..>1369823)	Aspergillus niger	84592578
An12g05550	mRNA	An12g05550	NT_166527.1	1370233	1371149	R	An12g05550	complement(join(<1370233..1370603,1370659..1370887,1370949..>1371149))	Aspergillus niger	84592579
An12g05570	mRNA	An12g05570	NT_166527.1	1372516	1373922	D	An12g05570	join(<1372516..1372635,1372684..1373669,1373730..>1373922)	Aspergillus niger	4985907
An12g05580	mRNA	An12g05580	NT_166527.1	1374972	1376566	D	An12g05580	join(<1374972..1375203,1375254..>1376566)	Aspergillus niger	4985908
An12g05590	mRNA	An12g05590	NT_166527.1	1376859	1378517	R	An12g05590	complement(<1376859..>1378517)	Aspergillus niger	4985909
An12g05600	mRNA	An12g05600	NT_166527.1	1381619	1383562	D	An12g05600	join(<1381619..1381668,1381840..>1383562)	Aspergillus niger	4985910
An12g05610	mRNA	An12g05610	NT_166527.1	1384337	1385962	D	An12g05610	join(<1384337..1384793,1384848..1385039,1385092..1385480,1385546..>1385962)	Aspergillus niger	4985911
An12g05630	mRNA	An12g05630	NT_166527.1	1387791	1389194	D	An12g05630	<1387791..>1389194	Aspergillus niger	4985913
An12g05640	mRNA	An12g05640	NT_166527.1	1389634	1390728	R	An12g05640	complement(<1389634..>1390728)	Aspergillus niger	4985914
An12g05650	mRNA	An12g05650	NT_166527.1	1392048	1398081	D	An12g05650	join(<1392048..1393065,1393115..1393934,1393983..1397095,1397174..>1398081)	Aspergillus niger	4985915
An12g05660	mRNA	An12g05660	NT_166527.1	1398463	1399074	R	An12g05660	complement(join(<1398463..1398879,1398931..>1399074))	Aspergillus niger	4985916
An12g05670	mRNA	An12g05670	NT_166527.1	1399487	1402619	D	An12g05670	join(<1399487..1399577,1399645..>1402619)	Aspergillus niger	4985917
An12g05680	mRNA	An12g05680	NT_166527.1	1402918	1406622	R	An12g05680	complement(join(<1402918..1406055,1406116..>1406622))	Aspergillus niger	4985918
An12g05690	mRNA	An12g05690	NT_166527.1	1406933	1408250	D	An12g05690	join(<1406933..1407046,1407421..1407595,1407647..1407690,1407774..1407823,1407896..1407991,1408081..1408122,1408205..>1408250)	Aspergillus niger	84592580
An12g05700	mRNA	An12g05700	NT_166527.1	1409244	1411855	D	An12g05700	join(<1409244..1409304,1409347..1410570,1410642..>1411855)	Aspergillus niger	4985920
An12g05710	mRNA	An12g05710	NT_166527.1	1412454	1414093	D	An12g05710	join(<1412454..1412544,1412604..1412805,1412858..1413402,1413465..1413661,1413722..>1414093)	Aspergillus niger	4985921
An12g05720	mRNA	An12g05720	NT_166527.1	1415374	1416701	D	An12g05720	join(<1415374..1415846,1415901..>1416701)	Aspergillus niger	4985922
An12g05730	mRNA	An12g05730	NT_166527.1	1417583	1418503	D	An12g05730	join(<1417583..1417676,1417789..1418036,1418092..1418185,1418244..1418316,1418368..>1418503)	Aspergillus niger	4985923
An12g05740	mRNA	An12g05740	NT_166527.1	1419114	1420959	R	An12g05740	complement(join(<1419114..1419599,1419654..1419803,1419850..1420164,1420321..1420860,1420906..>1420959))	Aspergillus niger	4985924
An12g05750	mRNA	An12g05750	NT_166527.1	1422472	1424549	R	An12g05750	complement(join(<1422472..1423790,1423867..1424187,1424252..>1424549))	Aspergillus niger	4985925
An12g05760	mRNA	An12g05760	NT_166527.1	1424627	1425249	D	An12g05760	join(<1424627..1424648,1424734..1424866,1424970..>1425249)	Aspergillus niger	84592581
An12g05770	mRNA	An12g05770	NT_166527.1	1425370	1425964	R	An12g05770	complement(join(<1425370..1425567,1425701..>1425964))	Aspergillus niger	84592582
An12g05780	mRNA	An12g05780	NT_166527.1	1426604	1426818	D	An12g05780	join(<1426604..1426637,1426674..1426735,1426804..>1426818)	Aspergillus niger	84592583
An12g05790	mRNA	An12g05790	NT_166527.1	1429080	1429276	R	An12g05790	complement(join(<1429080..1429136,1429238..>1429276))	Aspergillus niger	84592584
An12g05800	mRNA	An12g05800	NT_166527.1	1429760	1429861	R	An12g05800	complement(<1429760..>1429861)	Aspergillus niger	84592585
An12g05810	mRNA	An12g05810	NT_166527.1	1437880	1440370	D	An12g05810	join(<1437880..1438224,1438281..1438389,1438445..1438468,1438519..1438763,1438822..1438906,1438963..1439018,1439072..1439216,1439267..1439853,1439948..>1440370)	Aspergillus niger	4985931
An12g05820	mRNA	An12g05820	NT_166527.1	1440624	1442324	R	An12g05820	complement(join(<1440624..1441754,1441831..1442082,1442208..>1442324))	Aspergillus niger	4985932
An12g05830	mRNA	An12g05830	NT_166527.1	1443721	1445572	D	An12g05830	join(<1443721..1443800,1443856..>1445572)	Aspergillus niger	4985933
An12g05840	mRNA	An12g05840	NT_166527.1	1446317	1450009	D	An12g05840	join(<1446317..1447244,1447300..1448535,1448664..1448759,1448920..>1450009)	Aspergillus niger	4985934
An12g05850	mRNA	An12g05850	NT_166527.1	1451082	1451424	D	An12g05850	join(<1451082..1451304,1451387..>1451424)	Aspergillus niger	84592586
An12g05870	mRNA	An12g05870	NT_166527.1	1452015	1453136	R	An12g05870	complement(join(<1452015..1452444,1452506..1453025,1453094..>1453136))	Aspergillus niger	4985937
An12g05880	mRNA	An12g05880	NT_166527.1	1454360	1454675	R	An12g05880	complement(join(<1454360..1454497,1454550..>1454675))	Aspergillus niger	84592587
An12g05890	mRNA	An12g05890	NT_166527.1	1455899	1457065	R	An12g05890	complement(<1455899..>1457065)	Aspergillus niger	4985939
An12g05900	mRNA	An12g05900	NT_166527.1	1458090	1459199	R	An12g05900	complement(<1458090..>1459199)	Aspergillus niger	4985940
An12g05910	mRNA	An12g05910	NT_166527.1	1459904	1460504	R	An12g05910	complement(join(<1459904..1459971,1460114..>1460504))	Aspergillus niger	84592588
An12g05920	mRNA	An12g05920	NT_166527.1	1461623	1462541	D	An12g05920	join(<1461623..1461855,1461912..1462140,1462200..>1462541)	Aspergillus niger	84592589
An12g05930	mRNA	An12g05930	NT_166527.1	1462993	1464711	R	An12g05930	complement(join(<1462993..1463787,1463861..1464625,1464661..>1464711))	Aspergillus niger	4985943
An12g05940	mRNA	An12g05940	NT_166527.1	1464970	1465405	D	An12g05940	join(<1464970..1465033,1465127..1465215,1465298..>1465405)	Aspergillus niger	84592590
An12g05950	mRNA	An12g05950	NT_166527.1	1465730	1467530	R	An12g05950	complement(join(<1465730..1467017,1467049..>1467530))	Aspergillus niger	4985945
An12g05960	mRNA	An12g05960	NT_166527.1	1468339	1470048	D	An12g05960	<1468339..>1470048	Aspergillus niger	4985946
An12g05970	mRNA	An12g05970	NT_166527.1	1470198	1471570	R	An12g05970	complement(join(<1470198..1470483,1470548..1471357,1471419..>1471570))	Aspergillus niger	4985947
An12g05980	mRNA	An12g05980	NT_166527.1	1471918	1472410	R	An12g05980	complement(join(<1471918..1472198,1472296..>1472410))	Aspergillus niger	84592591
An12g05990	mRNA	An12g05990	NT_166527.1	1472490	1473948	D	An12g05990	join(<1472490..1472612,1472663..1472804,1472858..>1473948)	Aspergillus niger	4985949
An12g06000	mRNA	An12g06000	NT_166527.1	1474067	1474739	R	An12g06000	complement(join(<1474067..1474269,1474324..1474348,1474411..1474500,1474671..>1474739))	Aspergillus niger	4985950
An12g06010	mRNA	An12g06010	NT_166527.1	1475450	1476936	R	An12g06010	complement(join(<1475450..1475669,1475723..1476390,1476455..1476595,1476689..1476776,1476880..>1476936))	Aspergillus niger	4985951
An12g06030	mRNA	An12g06030	NT_166527.1	1478123	1479235	R	An12g06030	complement(<1478123..>1479235)	Aspergillus niger	4985953
An12g06040	mRNA	An12g06040	NT_166527.1	1479497	1481074	D	An12g06040	join(<1479497..1479625,1479678..1479719,1479777..1480033,1480081..1480226,1480281..1480489,1480542..1480624,1480684..>1481074)	Aspergillus niger	84592592
An12g06050	mRNA	An12g06050	NT_166527.1	1481582	1483527	R	An12g06050	complement(join(<1481582..1481623,1481678..1481948,1482005..1482200,1482250..1482291,1482349..1482680,1482734..1482753,1482809..1483075,1483141..>1483527))	Aspergillus niger	4985955
An12g06060	mRNA	An12g06060	NT_166527.1	1484146	1484919	D	An12g06060	join(<1484146..1484605,1484642..>1484919)	Aspergillus niger	4985956
An12g06070	mRNA	An12g06070	NT_166527.1	1485336	1486667	R	An12g06070	complement(join(<1485336..1485899,1485939..>1486667))	Aspergillus niger	4985957
An12g06080	mRNA	An12g06080	NT_166527.1	1488740	1490181	D	An12g06080	join(<1488740..1488799,1488911..1488999,1489092..1489472,1489612..1489765,1490092..>1490181)	Aspergillus niger	84592593
An12g06090	mRNA	An12g06090	NT_166527.1	1490810	1491357	D	An12g06090	join(<1490810..1490871,1491087..>1491357)	Aspergillus niger	84592594
An12g06100	mRNA	An12g06100	NT_166527.1	1492193	1493350	R	An12g06100	complement(join(<1492193..1492228,1492297..1492531,1492587..1492726,1492815..1492907,1493015..>1493350))	Aspergillus niger	84592595
An12g06110	mRNA	An12g06110	NT_166527.1	1494200	1494939	R	An12g06110	complement(join(<1494200..1494568,1494652..>1494939))	Aspergillus niger	84592596
An12g06120	mRNA	An12g06120	NT_166527.1	1496017	1497437	R	An12g06120	complement(join(<1496017..1496142,1496321..1496454,1496552..1496788,1497050..>1497437))	Aspergillus niger	84592597
An12g06130	mRNA	An12g06130	NT_166527.1	1497915	1498985	D	An12g06130	<1497915..>1498985	Aspergillus niger	4985963
An12g06140	mRNA	An12g06140	NT_166527.1	1500158	1500484	R	An12g06140	complement(<1500158..>1500484)	Aspergillus niger	84592598
An12g06147	mRNA	An12g06147	NT_166527.1	1501457	1502103	D	An12g06147	join(<1501457..1501478,1501625..>1502103)	Aspergillus niger	84592599
An12g06150	mRNA	An12g06150	NT_166527.1	1502229	1503631	D	An12g06150	join(<1502229..1502265,1502345..1502601,1502853..1503000,1503064..1503120,1503177..>1503631)	Aspergillus niger	84592600
An12g06160	mRNA	An12g06160	NT_166527.1	1504864	1505770	R	An12g06160	complement(join(<1504864..1505269,1505387..1505468,1505525..1505556,1505661..>1505770))	Aspergillus niger	84592601
An12g06170	mRNA	An12g06170	NT_166527.1	1505956	1506355	D	An12g06170	join(<1505956..1506188,1506238..>1506355)	Aspergillus niger	84592602
An12g06180	mRNA	An12g06180	NT_166527.1	1506522	1507673	D	An12g06180	<1506522..>1507673	Aspergillus niger	4985969
An12g06190	mRNA	An12g06190	NT_166527.1	1509744	1512062	R	An12g06190	complement(join(<1509744..1510610,1510660..1510728,1510785..1510823,1510880..1511420,1511474..1511838,1511910..1511955,1512019..>1512062))	Aspergillus niger	4985970
An12g06200	mRNA	An12g06200	NT_166527.1	1512425	1514146	D	An12g06200	<1512425..>1514146	Aspergillus niger	4985971
An12g06210	mRNA	An12g06210	NT_166527.1	1514321	1515564	R	An12g06210	complement(join(<1514321..1514773,1514935..1515267,1515418..>1515564))	Aspergillus niger	84592603
An12g06230	mRNA	An12g06230	NT_166527.1	1516336	1516878	D	An12g06230	join(<1516336..1516437,1516609..1516693,1516748..>1516878)	Aspergillus niger	84592604
An12g06240	mRNA	An12g06240	NT_166527.1	1516922	1517986	R	An12g06240	complement(join(<1516922..1517245,1517309..>1517986))	Aspergillus niger	4985975
An12g06250	mRNA	An12g06250	NT_166527.1	1519427	1520280	R	An12g06250	complement(join(<1519427..1519879,1520206..>1520280))	Aspergillus niger	4985976
An12g06270	mRNA	An12g06270	NT_166527.1	1520903	1521908	R	An12g06270	complement(join(<1520903..1521232,1521314..1521430,1521516..1521591,1521693..1521768,1521845..>1521908))	Aspergillus niger	84592605
An12g06280	mRNA	An12g06280	NT_166527.1	1522041	1523515	D	An12g06280	join(<1522041..1522383,1522438..1522483,1522850..1522968,1523118..1523188,1523285..>1523515)	Aspergillus niger	84592606
An12g06290	mRNA	An12g06290	NT_166527.1	1523778	1525805	D	An12g06290	join(<1523778..1524101,1524157..1524983,1525031..1525260,1525315..1525496,1525549..1525578,1525632..1525705,1525757..>1525805)	Aspergillus niger	4985980
An12g06300	mRNA	An12g06300	NT_166527.1	1526309	1527358	R	An12g06300	complement(<1526309..>1527358)	Aspergillus niger	4985981
An12g06310	mRNA	An12g06310	NT_166527.1	1528310	1528784	D	An12g06310	join(<1528310..1528375,1528449..1528559,1528626..>1528784)	Aspergillus niger	4985982
An12g06340	mRNA	An12g06340	NT_166527.1	1529540	1533120	R	An12g06340	complement(join(<1529540..1529596,1529895..1531695,1531743..1532564,1532660..1532956,1533011..>1533120))	Aspergillus niger	4985985
An12g06350	mRNA	An12g06350	NT_166527.1	1534110	1537044	D	An12g06350	join(<1534110..1535450,1535570..1535624,1535795..1535861,1535913..>1537044)	Aspergillus niger	10098114
An12g06360	mRNA	An12g06360	NT_166527.1	1538257	1540313	D	An12g06360	join(<1538257..1538486,1538580..1538778,1539178..1539201,1539244..1539295,1539355..1539575,1539663..1539830,1540212..>1540313)	Aspergillus niger	84592607
An12g06370	mRNA	An12g06370	NT_166527.1	1540503	1541181	D	An12g06370	join(<1540503..1540566,1540665..1540682,1540725..1540804,1540921..>1541181)	Aspergillus niger	84592608
An12g06380	mRNA	An12g06380	NT_166527.1	1542393	1544075	D	An12g06380	<1542393..>1544075	Aspergillus niger	4985989
An12g06400	mRNA	An12g06400	NT_166527.1	1544896	1545817	R	An12g06400	complement(join(<1544896..1544966,1545013..1545164,1545234..>1545817))	Aspergillus niger	4985991
An12g06420	mRNA	An12g06420	NT_166527.1	1548102	1549361	D	An12g06420	<1548102..>1549361	Aspergillus niger	84592609
An12g06430	mRNA	An12g06430	NT_166527.1	1549394	1553260	D	An12g06430	<1549394..>1553260	Aspergillus niger	4985993
An12g06440	mRNA	An12g06440	NT_166527.1	1553509	1554651	R	An12g06440	complement(<1553509..>1554651)	Aspergillus niger	4985994
An12g06460	mRNA	An12g06460	NT_166527.1	1556911	1557684	D	An12g06460	join(<1556911..1556955,1557126..1557431,1557466..>1557684)	Aspergillus niger	84592610
An12g06470	mRNA	An12g06470	NT_166527.1	1558163	1559503	R	An12g06470	complement(<1558163..>1559503)	Aspergillus niger	4985997
An12g06480	mRNA	An12g06480	NT_166527.1	1560014	1562841	R	An12g06480	complement(join(<1560014..1561064,1561162..1561274,1561328..1561861,1561968..1562605,1562655..>1562841))	Aspergillus niger	4985998
An12g06490	mRNA	An12g06490	NT_166527.1	1563550	1565391	D	An12g06490	join(<1563550..1563669,1563731..1564545,1564596..>1565391)	Aspergillus niger	4985999
An12g06500	mRNA	An12g06500	NT_166527.1	1566222	1568200	R	An12g06500	complement(join(<1566222..1566307,1566362..1566482,1566537..1566694,1566769..1567008,1567067..1567668,1567736..1567830,1567886..1568089,1568147..>1568200))	Aspergillus niger	4986000
An12g06510	mRNA	An12g06510	NT_166527.1	1568615	1569839	D	An12g06510	join(<1568615..1568651,1568712..1568885,1568950..1569126,1569182..1569493,1569559..1569700,1569758..>1569839)	Aspergillus niger	4986001
An12g06520	mRNA	An12g06520	NT_166527.1	1570626	1572157	R	An12g06520	complement(join(<1570626..1570718,1570782..1570916,1570996..1571048,1571124..1571151,1571339..1571749,1571838..1572038,1572095..>1572157))	Aspergillus niger	4986002
An12g06530	mRNA	An12g06530	NT_166527.1	1572442	1574317	D	An12g06530	join(<1572442..1572698,1572760..1572941,1573013..1573467,1573525..1573595,1573653..1574103,1574207..>1574317)	Aspergillus niger	4986003
An12g06540	mRNA	An12g06540	NT_166527.1	1574683	1576541	D	An12g06540	join(<1574683..1574802,1574954..1575395,1575450..1575877,1575949..1576118,1576199..>1576541)	Aspergillus niger	4986004
An12g06550	mRNA	An12g06550	NT_166527.1	1577252	1579477	D	An12g06550	join(<1577252..1577492,1577558..1577757,1577809..1578218,1578336..1578786,1578818..1578875,1578996..>1579477)	Aspergillus niger	4986005
An12g06560	mRNA	An12g06560	NT_166527.1	1580124	1582108	D	An12g06560	join(<1580124..1580496,1580557..1580784,1580838..1581943,1582073..>1582108)	Aspergillus niger	4986006
An12g06580	mRNA	An12g06580	NT_166527.1	1583331	1585541	D	An12g06580	<1583331..>1585541	Aspergillus niger	4986008
An12g06590	mRNA	An12g06590	NT_166527.1	1586359	1587393	D	An12g06590	<1586359..>1587393	Aspergillus niger	4986009
An12g06600	mRNA	An12g06600	NT_166527.1	1588207	1588554	D	An12g06600	<1588207..>1588554	Aspergillus niger	84592611
An12g06610	mRNA	An12g06610	NT_166527.1	1589467	1591618	D	An12g06610	join(<1589467..1589880,1589930..1590407,1590460..1591102,1591147..>1591618)	Aspergillus niger	4986011
An12g06620	mRNA	An12g06620	NT_166527.1	1591879	1592588	D	An12g06620	join(<1591879..1591927,1591969..1592008,1592066..1592085,1592203..1592297,1592328..>1592588)	Aspergillus niger	84592612
An12g06630	mRNA	An12g06630	NT_166527.1	1593060	1593633	R	An12g06630	complement(join(<1593060..1593131,1593184..1593428,1593495..>1593633))	Aspergillus niger	84592613
An12g06640	mRNA	An12g06640	NT_166527.1	1594538	1596277	D	An12g06640	join(<1594538..1594561,1594770..1594873,1594917..1594965,1595138..1595173,1595440..1595521,1595608..1595816,1595873..>1596277)	Aspergillus niger	84592614
An12g06650	mRNA	An12g06650	NT_166527.1	1596716	1598871	R	An12g06650	complement(join(<1596716..1598265,1598316..>1598871))	Aspergillus niger	84592615
An12g06660	mRNA	An12g06660	NT_166527.1	1600605	1603983	R	An12g06660	complement(join(<1600605..1600662,1600794..1600841,1601119..1602531,1602764..1602772,1602901..1603027,1603195..1603282,1603645..1603764,1603810..>1603983))	Aspergillus niger	84592616
An12g06670	mRNA	An12g06670	NT_166527.1	1604506	1606967	R	An12g06670	complement(join(<1604506..1606755,1606807..1606878,1606929..>1606967))	Aspergillus niger	4986017
An12g06680	mRNA	An12g06680	NT_166527.1	1607456	1607964	D	An12g06680	join(<1607456..1607809,1607869..>1607964)	Aspergillus niger	84592617
An12g06690	mRNA	An12g06690	NT_166527.1	1608135	1611246	R	An12g06690	complement(join(<1608135..1609002,1609162..1609606,1609658..1610197,1610244..>1611246))	Aspergillus niger	84592618
An12g06700	mRNA	An12g06700	NT_166527.1	1611509	1611996	R	An12g06700	complement(join(<1611509..1611898,1611949..>1611996))	Aspergillus niger	84592619
An12g06710	mRNA	An12g06710	NT_166527.1	1612196	1612834	D	An12g06710	<1612196..>1612834	Aspergillus niger	84592620
An12g06720	mRNA	An12g06720	NT_166527.1	1613169	1616039	R	An12g06720	complement(join(<1613169..1613264,1613312..1613481,1613534..1614069,1614582..1614632,1614778..1614862,1614980..1614995,1615051..1615170,1615266..1615286,1615453..1615545,1615902..>1616039))	Aspergillus niger	84592621
An12g06730	mRNA	An12g06730	NT_166527.1	1618254	1620104	D	An12g06730	join(<1618254..1618692,1618745..1618818,1618870..1619072,1619294..>1620104)	Aspergillus niger	84592622
An12g06740	mRNA	An12g06740	NT_166527.1	1620482	1621267	D	An12g06740	<1620482..>1621267	Aspergillus niger	84592623
An12g06750	mRNA	An12g06750	NT_166527.1	1621654	1622254	R	An12g06750	complement(join(<1621654..1621750,1621797..1622006,1622097..>1622254))	Aspergillus niger	84592624
An12g06760	mRNA	An12g06760	NT_166527.1	1622697	1623896	R	An12g06760	complement(join(<1622697..1622756,1622842..1623215,1623292..1623306,1623650..1623742,1623827..>1623896))	Aspergillus niger	84592625
An12g06770	mRNA	An12g06770	NT_166527.1	1624047	1625828	D	An12g06770	join(<1624047..1625317,1625417..>1625828)	Aspergillus niger	84592626
An12g06780	mRNA	An12g06780	NT_166527.1	1625943	1626994	R	An12g06780	complement(join(<1625943..1626107,1626354..1626372,1626457..1626877,1626922..>1626994))	Aspergillus niger	84592627
An12g06790	mRNA	An12g06790	NT_166527.1	1629024	1630610	R	An12g06790	complement(join(<1629024..1629208,1629254..1629526,1629588..1630537,1630585..>1630610))	Aspergillus niger	84592628
An12g06800	mRNA	An12g06800	NT_166527.1	1631215	1632491	D	An12g06800	join(<1631215..1631364,1631436..>1632491)	Aspergillus niger	84592629
An12g06810	mRNA	An12g06810	NT_166527.1	1634239	1634699	D	An12g06810	join(<1634239..1634439,1634487..>1634699)	Aspergillus niger	4986031
An12g06820	mRNA	An12g06820	NT_166527.1	1634999	1637628	R	An12g06820	complement(join(<1634999..1636058,1636179..1636662,1637177..1637285,1637443..>1637628))	Aspergillus niger	4986032
An12g06830	mRNA	An12g06830	NT_166527.1	1638493	1639428	D	An12g06830	<1638493..>1639428	Aspergillus niger	4986033
An12g06840	mRNA	An12g06840	NT_166527.1	1640206	1640772	R	An12g06840	complement(<1640206..>1640772)	Aspergillus niger	84592630
An12g06850	mRNA	An12g06850	NT_166527.1	1641646	1642262	D	An12g06850	join(<1641646..1641819,1641876..>1642262)	Aspergillus niger	84592631
An12g06860	mRNA	An12g06860	NT_166527.1	1644454	1645483	R	An12g06860	complement(join(<1644454..1645219,1645266..>1645483))	Aspergillus niger	4986036
An12g06870	mRNA	An12g06870	NT_166527.1	1646384	1646815	R	An12g06870	complement(join(<1646384..1646569,1646627..>1646815))	Aspergillus niger	84592632
An12g06880	mRNA	An12g06880	NT_166527.1	1648131	1650721	R	An12g06880	complement(join(<1648131..1650279,1650311..1650356,1650409..>1650721))	Aspergillus niger	84592633
An12g06890	mRNA	An12g06890	NT_166527.1	1652576	1654166	R	An12g06890	complement(join(<1652576..1654101,1654151..>1654166))	Aspergillus niger	4986039
An12g06900	mRNA	An12g06900	NT_166527.1	1654959	1656113	D	An12g06900	<1654959..>1656113	Aspergillus niger	84592634
An12g06910	mRNA	An12g06910	NT_166527.1	1658450	1658874	D	An12g06910	join(<1658450..1658613,1658787..>1658874)	Aspergillus niger	84592635
An12g06920	mRNA	An12g06920	NT_166527.1	1660015	1661361	D	An12g06920	join(<1660015..1660458,1660511..1660996,1661044..>1661361)	Aspergillus niger	84592636
An12g06930	mRNA	amyA	NT_166527.1	1662331	1664372	R	An12g06930	complement(join(<1662331..1662618,1662698..1662938,1663004..1663150,1663216..1663378,1663437..1663665,1663734..1663842,1663912..1664027,1664114..1664152,1664208..>1664372))	Aspergillus niger	4986043
An12g06940	mRNA	An12g06940	NT_166527.1	1665327	1666949	D	An12g06940	join(<1665327..1665380,1665462..>1666949)	Aspergillus niger	4986044
An12g06960	mRNA	An12g06960	NT_166527.1	1667243	1668546	D	An12g06960	join(<1667243..1667651,1667711..1668030,1668082..>1668546)	Aspergillus niger	4986045
An12g06970	mRNA	An12g06970	NT_166527.1	1668937	1669734	R	An12g06970	complement(join(<1668937..1669494,1669576..>1669734))	Aspergillus niger	4986046
An12g06980	mRNA	An12g06980	NT_166527.1	1670953	1671506	D	An12g06980	join(<1670953..1671400,1671460..>1671506)	Aspergillus niger	4986047
An12g06990	mRNA	An12g06990	NT_166527.1	1672560	1672828	D	An12g06990	join(<1672560..1672599,1672647..>1672828)	Aspergillus niger	4986048
An12g07000	mRNA	An12g07000	NT_166527.1	1673003	1673983	R	An12g07000	complement(<1673003..>1673983)	Aspergillus niger	4986049
An12g07020	mRNA	An12g07020	NT_166527.1	1675364	1676629	R	An12g07020	complement(<1675364..>1676629)	Aspergillus niger	4986051
An12g07030	mRNA	An12g07030	NT_166527.1	1677173	1678168	D	An12g07030	join(<1677173..1677179,1677374..1677515,1677592..>1678168)	Aspergillus niger	4986052
An12g07040	mRNA	An12g07040	NT_166527.1	1679043	1679789	D	An12g07040	join(<1679043..1679085,1679246..1679277,1679610..>1679789)	Aspergillus niger	84592637
An12g07050	mRNA	An12g07050	NT_166527.1	1680318	1681304	R	An12g07050	complement(join(<1680318..1680471,1680545..1680986,1681048..1681131,1681187..1681205,1681263..>1681304))	Aspergillus niger	84592638
An12g07060	mRNA	An12g07060	NT_166527.1	1681555	1682484	R	An12g07060	complement(join(<1681555..1681712,1681784..1682269,1682375..1682393,1682443..>1682484))	Aspergillus niger	4986055
An12g07070	mRNA	An12g07070	NT_166527.1	1683170	1690335	D	An12g07070	join(<1683170..1683882,1683957..1684243,1684304..1689138,1689186..1689966,1690238..>1690335)	Aspergillus niger	4986056
An12g07090	mRNA	An12g07090	NT_166527.1	1690608	1692036	R	An12g07090	complement(join(<1690608..1691386,1691437..1691560,1691611..>1692036))	Aspergillus niger	4986058
An12g07100	mRNA	An12g07100	NT_166527.1	1693583	1694718	R	An12g07100	complement(join(<1693583..1694041,1694116..1694457,1694506..>1694718))	Aspergillus niger	4986059
An12g07110	mRNA	An12g07110	NT_166527.1	1696524	1698629	D	An12g07110	join(<1696524..1696537,1696721..1696810,1696941..1696980,1697400..>1698629)	Aspergillus niger	4986060
An12g07120	mRNA	An12g07120	NT_166527.1	1703429	1705505	D	An12g07120	join(<1703429..1703560,1703612..1703653,1703711..1703830,1703898..1704069,1704151..1704234,1704304..1704400,1704462..1704579,1704648..1704933,1705021..1705258,1705319..>1705505)	Aspergillus niger	4986061
An12g07130	mRNA	An12g07130	NT_166527.1	1705877	1706944	R	An12g07130	complement(join(<1705877..1706821,1706876..>1706944))	Aspergillus niger	4986062
An12g07140	mRNA	An12g07140	NT_166527.1	1707494	1709203	R	An12g07140	complement(<1707494..>1709203)	Aspergillus niger	4986063
An12g07150	mRNA	An12g07150	NT_166527.1	1711504	1712062	D	An12g07150	join(<1711504..1711578,1711646..>1712062)	Aspergillus niger	4986064
An12g07160	mRNA	An12g07160	NT_166527.1	1712853	1714890	D	An12g07160	join(<1712853..1712870,1712930..1713292,1713460..1713495,1713550..>1714890)	Aspergillus niger	10098117
An12g07170	mRNA	An12g07170	NT_166527.1	1714982	1717169	R	An12g07170	complement(join(<1714982..1716184,1716246..1716523,1716579..1716840,1716900..>1717169))	Aspergillus niger	4986066
An12g07180	mRNA	An12g07180	NT_166527.1	1719228	1720051	R	An12g07180	complement(join(<1719228..1719566,1719626..>1720051))	Aspergillus niger	4986067
An12g07190	mRNA	An12g07190	NT_166527.1	1720698	1722942	R	An12g07190	complement(join(<1720698..1721250,1721329..1721667,1721729..1721893,1721950..1722101,1722160..1722756,1722814..>1722942))	Aspergillus niger	4986068
An12g07200	mRNA	An12g07200	NT_166527.1	1723919	1724545	D	An12g07200	<1723919..>1724545	Aspergillus niger	84592639
An12g07210	mRNA	An12g07210	NT_166527.1	1725481	1726150	D	An12g07210	join(<1725481..1725887,1726018..>1726150)	Aspergillus niger	84592640
An12g07220	mRNA	An12g07220	NT_166527.1	1727870	1729201	D	An12g07220	<1727870..>1729201	Aspergillus niger	4986071
An12g07230	mRNA	An12g07230	NT_166527.1	1730969	1743030	D	An12g07230	join(<1730969..1731344,1731413..>1743030)	Aspergillus niger	4986072
An12g07240	mRNA	An12g07240	NT_166527.1	1743719	1744752	D	An12g07240	join(<1743719..1744443,1744719..>1744752)	Aspergillus niger	4986073
An12g07250	mRNA	An12g07250	NT_166527.1	1745020	1748722	R	An12g07250	complement(join(<1745020..1745085,1745195..1745316,1745348..1745368,1745462..1745566,1745648..1746029,1746090..1746319,1746377..1747218,1747270..1747307,1747362..1747479,1747530..>1748722))	Aspergillus niger	4986074
An12g07260	mRNA	An12g07260	NT_166527.1	1749361	1750149	D	An12g07260	join(<1749361..1749786,1749823..>1750149)	Aspergillus niger	4986075
An12g07270	mRNA	An12g07270	NT_166527.1	1750534	1751580	D	An12g07270	<1750534..>1751580	Aspergillus niger	84592641
An12g07280	mRNA	An12g07280	NT_166527.1	1751828	1753693	R	An12g07280	complement(join(<1751828..1753408,1753466..>1753693))	Aspergillus niger	4986077
An12g07300	mRNA	An12g07300	NT_166527.1	1759368	1759913	R	An12g07300	complement(<1759368..>1759913)	Aspergillus niger	4986079
An12g07320	mRNA	An12g07320	NT_166527.1	1761329	1762673	D	An12g07320	join(<1761329..1761682,1761760..1761943,1762021..1762280,1762341..>1762673)	Aspergillus niger	4986081
An12g07330	mRNA	An12g07330	NT_166527.1	1762823	1765572	R	An12g07330	complement(join(<1762823..1763797,1763852..1764439,1764500..1765274,1765382..>1765572))	Aspergillus niger	4986082
An12g07340	mRNA	An12g07340	NT_166527.1	1766189	1767202	D	An12g07340	join(<1766189..1766656,1766695..1766734,1766792..1767002,1767058..>1767202)	Aspergillus niger	84592642
An12g07350	mRNA	An12g07350	NT_166527.1	1770095	1771648	R	An12g07350	complement(join(<1770095..1770327,1770586..1770619,1770862..1770872,1770942..1771146,1771406..>1771648))	Aspergillus niger	84592643
An12g07360	mRNA	An12g07360	NT_166527.1	1773977	1774210	R	An12g07360	complement(<1773977..>1774210)	Aspergillus niger	4986085
An12g07370	mRNA	An12g07370	NT_166527.1	1775036	1777528	R	An12g07370	complement(join(<1775036..1775412,1775461..1775756,1775803..1775894,1775941..1776946,1777230..>1777528))	Aspergillus niger	4986086
An12g07380	mRNA	An12g07380	NT_166527.1	1778626	1780693	R	An12g07380	complement(join(<1778626..1778825,1778882..1779580,1779728..1779908,1779960..1780124,1780184..1780377,1780435..>1780693))	Aspergillus niger	4986087
An12g07390	mRNA	An12g07390	NT_166527.1	1783294	1785466	D	An12g07390	join(<1783294..1784398,1784455..1784477,1784534..1784993,1785066..>1785466)	Aspergillus niger	4986088
An12g07400	mRNA	An12g07400	NT_166527.1	1786549	1788433	D	An12g07400	join(<1786549..1786944,1786990..1787379,1787426..>1788433)	Aspergillus niger	4986089
An12g07420	mRNA	An12g07420	NT_166527.1	1789698	1790519	R	An12g07420	complement(<1789698..>1790519)	Aspergillus niger	4986091
An12g07430	mRNA	An12g07430	NT_166527.1	1791186	1792524	R	An12g07430	complement(join(<1791186..1791613,1791667..1791832,1791891..1792033,1792082..1792234,1792287..>1792524))	Aspergillus niger	4986092
An12g07450	mRNA	An12g07450	NT_166527.1	1795180	1797152	R	An12g07450	complement(join(<1795180..1795197,1795338..1795616,1795662..1796012,1796062..1796113,1796190..1796926,1796985..>1797152))	Aspergillus niger	4986094
An12g07460	mRNA	An12g07460	NT_166527.1	1798917	1799904	R	An12g07460	complement(join(<1798917..1799282,1799833..>1799904))	Aspergillus niger	84592644
An12g07470	mRNA	An12g07470	NT_166527.1	1800267	1800795	R	An12g07470	complement(join(<1800267..1800511,1800654..>1800795))	Aspergillus niger	4986096
An12g07480	mRNA	An12g07480	NT_166527.1	1801232	1801551	R	An12g07480	complement(join(<1801232..1801244,1801321..1801427,1801510..>1801551))	Aspergillus niger	84592645
An12g07490	mRNA	An12g07490	NT_166527.1	1802179	1803164	R	An12g07490	complement(join(<1802179..1802384,1802433..1803032,1803095..>1803164))	Aspergillus niger	4986098
An12g07500	mRNA	An12g07500	NT_166527.1	1804231	1805915	R	An12g07500	complement(join(<1804231..1804278,1804329..1804403,1804457..1804558,1804611..1804799,1804851..1805011,1805063..1805121,1805178..1805544,1805609..>1805915))	Aspergillus niger	4986099
An12g07510	mRNA	An12g07510	NT_166527.1	1806832	1807620	R	An12g07510	complement(join(<1806832..1807015,1807072..1807208,1807313..1807328,1807427..>1807620))	Aspergillus niger	4986100
An12g07520	mRNA	An12g07520	NT_166527.1	1808133	1808597	D	An12g07520	join(<1808133..1808218,1808282..1808388,1808451..1808483,1808539..>1808597)	Aspergillus niger	4986101
An12g07530	mRNA	An12g07530	NT_166527.1	1808730	1810085	R	An12g07530	complement(join(<1808730..1809193,1809249..1809409,1809477..>1810085))	Aspergillus niger	4986102
An12g07540	mRNA	An12g07540	NT_166527.1	1810781	1813579	R	An12g07540	complement(join(<1810781..1810914,1810971..1813163,1813216..>1813579))	Aspergillus niger	4986103
An12g07550	mRNA	An12g07550	NT_166527.1	1815547	1816890	D	An12g07550	join(<1815547..1815679,1815716..1815782,1815936..1816028,1816319..1816435,1816497..1816681,1816763..>1816890)	Aspergillus niger	4986104
An12g07560	mRNA	An12g07560	NT_166527.1	1816981	1818486	R	An12g07560	complement(join(<1816981..1817036,1817239..1817484,1817604..1817722,1817800..1817889,1817980..1818092,1818195..1818341,1818415..>1818486))	Aspergillus niger	84592646
An12g07570	mRNA	An12g07570	NT_166527.1	1819048	1819675	D	An12g07570	join(<1819048..1819155,1819376..>1819675)	Aspergillus niger	4986106
An12g07580	mRNA	An12g07580	NT_166527.1	1821443	1824283	D	An12g07580	join(<1821443..1823857,1823921..1824161,1824228..>1824283)	Aspergillus niger	4986107
An12g07590	mRNA	An12g07590	NT_166527.1	1825560	1828017	D	An12g07590	join(<1825560..1825594,1825660..1825800,1825868..1826002,1826072..1826558,1826616..1827185,1827247..>1828017)	Aspergillus niger	4986108
An12g07600	mRNA	An12g07600	NT_166527.1	1830130	1831614	D	An12g07600	join(<1830130..1830198,1830290..1830784,1830854..1831174,1831234..1831528,1831586..>1831614)	Aspergillus niger	4986109
An12g07610	mRNA	An12g07610	NT_166527.1	1832051	1832603	R	An12g07610	complement(join(<1832051..1832380,1832556..>1832603))	Aspergillus niger	84592647
An12g07620	mRNA	An12g07620	NT_166527.1	1833229	1834569	R	An12g07620	complement(<1833229..>1834569)	Aspergillus niger	4986111
An12g07630	mRNA	An12g07630	NT_166527.1	1835794	1837761	R	An12g07630	complement(join(<1835794..1835801,1835856..1836109,1836162..1836585,1836642..1837054,1837104..1837392,1837452..>1837761))	Aspergillus niger	4986112
An12g07640	mRNA	An12g07640	NT_166527.1	1837998	1839659	R	An12g07640	complement(join(<1837998..1838108,1838231..1838266,1838566..1838724,1838795..1839152,1839435..1839465,1839536..>1839659))	Aspergillus niger	84592648
An12g07650	mRNA	An12g07650	NT_166527.1	1841633	1842303	D	An12g07650	join(<1841633..1841699,1841785..1841936,1841998..>1842303)	Aspergillus niger	84592649
An12g07660	mRNA	An12g07660	NT_166527.1	1842306	1844598	D	An12g07660	join(<1842306..1842474,1842531..1842988,1843047..1843152,1843209..1843448,1843499..>1844598)	Aspergillus niger	4986115
An12g07670	mRNA	An12g07670	NT_166527.1	1844880	1845728	R	An12g07670	complement(join(<1844880..1845516,1845601..>1845728))	Aspergillus niger	4986116
An12g07680	mRNA	An12g07680	NT_166527.1	1845854	1847684	R	An12g07680	complement(join(<1845854..1845924,1845977..1846057,1846107..1846231,1846284..1846364,1846431..1846618,1846711..1846822,1846958..1847072,1847127..1847259,1847381..1847542,1847667..>1847684))	Aspergillus niger	84592650
An12g07690	mRNA	An12g07690	NT_166527.1	1847838	1850733	D	An12g07690	join(<1847838..1848011,1848074..1848341,1848402..1850342,1850414..>1850733)	Aspergillus niger	4986118
An12g07695	mRNA	An12g07695	NT_166527.1	1851343	1851600	D	An12g07695	<1851343..>1851600	Aspergillus niger	84592651
An12g07700	mRNA	An12g07700	NT_166527.1	1852280	1852801	D	An12g07700	join(<1852280..1852377,1852469..1852700,1852775..>1852801)	Aspergillus niger	4986120
An12g07710	mRNA	An12g07710	NT_166527.1	1854281	1856353	D	An12g07710	join(<1854281..1854848,1854899..1856213,1856266..>1856353)	Aspergillus niger	4986121
An12g07715	mRNA	An12g07715	NT_166527.1	1856543	1857122	R	An12g07715	complement(join(<1856543..1856623,1856696..1857025,1857108..>1857122))	Aspergillus niger	4986122
An12g07720	mRNA	An12g07720	NT_166527.1	1857566	1859655	R	An12g07720	complement(join(<1857566..1858435,1858457..1859453,1859501..>1859655))	Aspergillus niger	4986123
An12g07730	mRNA	An12g07730	NT_166527.1	1860346	1860864	D	An12g07730	join(<1860346..1860830,1860861..>1860864)	Aspergillus niger	4986124
An12g07740	mRNA	An12g07740	NT_166527.1	1861723	1863142	R	An12g07740	complement(join(<1861723..1862780,1862844..1862977,1863030..>1863142))	Aspergillus niger	4986125
An12g07750	mRNA	An12g07750	NT_166527.1	1864230	1864973	D	An12g07750	join(<1864230..1864646,1864698..>1864973)	Aspergillus niger	4986126
An12g07760	mRNA	An12g07760	NT_166527.1	1866484	1867532	D	An12g07760	join(<1866484..1866566,1866630..1866641,1866724..1866814,1866875..1866928,1866984..1867372,1867430..>1867532)	Aspergillus niger	4986127
An12g07770	mRNA	An12g07770	NT_166527.1	1867785	1868643	R	An12g07770	complement(join(<1867785..1868287,1868409..1868481,1868602..>1868643))	Aspergillus niger	4986128
An12g07780	mRNA	An12g07780	NT_166527.1	1869137	1870208	D	An12g07780	join(<1869137..1869305,1869370..>1870208)	Aspergillus niger	4986129
An12g07790	mRNA	An12g07790	NT_166527.1	1871349	1872298	D	An12g07790	join(<1871349..1871394,1871798..1871971,1872051..>1872298)	Aspergillus niger	4986130
An12g07800	mRNA	An12g07800	NT_166527.1	1873079	1877437	R	An12g07800	complement(join(<1873079..1876154,1876236..>1877437))	Aspergillus niger	4986131
An12g07810	mRNA	An12g07810	NT_166527.1	1878234	1878862	D	An12g07810	join(<1878234..1878286,1878350..1878438,1878491..1878622,1878687..>1878862)	Aspergillus niger	4986132
An12g07820	mRNA	An12g07820	NT_166527.1	1879669	1881280	D	An12g07820	join(<1879669..1879691,1879787..1880226,1880301..1880524,1880582..1880962,1881020..>1881280)	Aspergillus niger	84592652
An12g07830	mRNA	An12g07830	NT_166527.1	1881629	1882557	D	An12g07830	join(<1881629..1881679,1881828..1881971,1882273..>1882557)	Aspergillus niger	4986134
An12g07840	mRNA	An12g07840	NT_166527.1	1883645	1884248	R	An12g07840	complement(join(<1883645..1883734,1883811..>1884248))	Aspergillus niger	4986135
An12g07850	mRNA	An12g07850	NT_166527.1	1885073	1887051	R	An12g07850	complement(join(<1885073..1885259,1885318..1886335,1886394..1886509,1886603..1886640,1886706..1886750,1886854..>1887051))	Aspergillus niger	4986136
An12g07860	mRNA	An12g07860	NT_166527.1	1887595	1888828	R	An12g07860	complement(join(<1887595..1887852,1887920..1888237,1888301..>1888828))	Aspergillus niger	4986137
An12g07870	mRNA	An12g07870	NT_166527.1	1890135	1891519	D	An12g07870	join(<1890135..1891211,1891275..1891380,1891455..>1891519)	Aspergillus niger	4986138
An12g07880	mRNA	An12g07880	NT_166527.1	1892227	1893608	R	An12g07880	complement(join(<1892227..1893411,1893537..>1893608))	Aspergillus niger	4986139
An12g07890	mRNA	An12g07890	NT_166527.1	1894115	1894660	R	An12g07890	complement(<1894115..>1894660)	Aspergillus niger	84592653
An12g07900	mRNA	An12g07900	NT_166527.1	1895269	1895966	D	An12g07900	join(<1895269..1895289,1895538..>1895966)	Aspergillus niger	4986141
An12g07910	mRNA	An12g07910	NT_166527.1	1896641	1899976	R	An12g07910	complement(join(<1896641..1897558,1897609..1898710,1898762..1899238,1899289..1899340,1899400..1899470,1899520..1899607,1899677..1899854,1899929..>1899976))	Aspergillus niger	4986142
An12g07920	mRNA	An12g07920	NT_166527.1	1900387	1900661	R	An12g07920	complement(join(<1900387..1900448,1900511..>1900661))	Aspergillus niger	4986143
An12g07930	mRNA	An12g07930	NT_166527.1	1901712	1903275	D	An12g07930	join(<1901712..1901935,1902000..>1903275)	Aspergillus niger	84592654
An12g07940	mRNA	An12g07940	NT_166527.1	1903379	1903800	D	An12g07940	join(<1903379..1903715,1903769..>1903800)	Aspergillus niger	4986144
An12g07950	mRNA	An12g07950	NT_166527.1	1905064	1906925	D	An12g07950	join(<1905064..1905663,1905731..1906359,1906421..>1906925)	Aspergillus niger	4986146
An12g07960	mRNA	An12g07960	NT_166527.1	1907250	1909351	R	An12g07960	complement(join(<1907250..1907274,1907331..1907398,1907594..>1909351))	Aspergillus niger	4986147
An12g07970	mRNA	An12g07970	NT_166527.1	1909808	1910561	R	An12g07970	complement(join(<1909808..1909900,1909965..1910017,1910231..1910397,1910485..>1910561))	Aspergillus niger	84592655
An12g07980	mRNA	An12g07980	NT_166527.1	1910729	1912304	R	An12g07980	complement(join(<1910729..1910857,1910952..1911056,1911146..1911258,1911337..1911438,1911532..1911787,1911910..1912014,1912092..>1912304))	Aspergillus niger	84592656
An12g07990	mRNA	An12g07990	NT_166527.1	1915604	1916866	R	An12g07990	complement(join(<1915604..1915609,1915677..1915734,1915967..1916026,1916110..1916171,1916296..1916432,1916481..1916675,1916790..1916815,1916856..>1916866))	Aspergillus niger	84592657
An12g08000	mRNA	An12g08000	NT_166527.1	1916881	1919481	D	An12g08000	join(<1916881..1916914,1917083..1917203,1917261..1917301,1917364..1917793,1917858..>1919481)	Aspergillus niger	4986151
An12g08010	mRNA	An12g08010	NT_166527.1	1920087	1921055	R	An12g08010	complement(join(<1920087..1920215,1920421..1920504,1920562..1920620,1920695..1920898,1921049..>1921055))	Aspergillus niger	84592658
An12g08020	mRNA	An12g08020	NT_166527.1	1921168	1922155	R	An12g08020	complement(join(<1921168..1921234,1921288..1921503,1921626..1921889,1921980..>1922155))	Aspergillus niger	4986153
An12g08030	mRNA	An12g08030	NT_166527.1	1922850	1924922	R	An12g08030	complement(join(<1922850..1922895,1922948..1923205,1923255..1923615,1923668..1924078,1924676..>1924922))	Aspergillus niger	4986154
An12g08040	mRNA	An12g08040	NT_166527.1	1925363	1925971	D	An12g08040	<1925363..>1925971	Aspergillus niger	4986155
An12g08050	mRNA	An12g08050	NT_166527.1	1926901	1927275	R	An12g08050	complement(<1926901..>1927275)	Aspergillus niger	84592659
An12g08060	mRNA	An12g08060	NT_166527.1	1927294	1927967	R	An12g08060	complement(join(<1927294..1927524,1927692..>1927967))	Aspergillus niger	4986157
An12g08070	mRNA	An12g08070	NT_166527.1	1928247	1928900	D	An12g08070	join(<1928247..1928302,1928381..1928415,1928458..1928599,1928683..1928714,1928836..>1928900)	Aspergillus niger	84592660
An12g08080	mRNA	An12g08080	NT_166527.1	1929000	1929655	R	An12g08080	complement(join(<1929000..1929194,1929284..1929346,1929506..>1929655))	Aspergillus niger	84592661
An12g08090	mRNA	An12g08090	NT_166527.1	1929889	1930773	D	An12g08090	<1929889..>1930773	Aspergillus niger	4986160
An12g08100	mRNA	An12g08100	NT_166527.1	1931653	1933860	R	An12g08100	complement(join(<1931653..1933629,1933688..1933740,1933809..>1933860))	Aspergillus niger	4986161
An12g08110	mRNA	An12g08110	NT_166527.1	1934513	1936562	D	An12g08110	join(<1934513..1934749,1934814..1934899,1934969..1935960,1936015..>1936562)	Aspergillus niger	4986162
An12g08120	mRNA	An12g08120	NT_166527.1	1936687	1937272	R	An12g08120	complement(join(<1936687..1936801,1936889..1936970,1937008..>1937272))	Aspergillus niger	84592662
An12g08130	mRNA	An12g08130	NT_166527.1	1937865	1938082	D	An12g08130	join(<1937865..1937870,1937915..>1938082)	Aspergillus niger	84592663
An12g08140	mRNA	An12g08140	NT_166527.1	1938493	1939841	R	An12g08140	complement(join(<1938493..1938760,1938857..1939072,1939123..1939274,1939329..1939468,1939559..1939624,1939730..>1939841))	Aspergillus niger	84592664
An12g08150	mRNA	An12g08150	NT_166527.1	1939960	1941009	R	An12g08150	complement(join(<1939960..1940046,1940149..1940271,1940385..1940446,1940562..1940660,1940741..1940804,1940893..>1941009))	Aspergillus niger	84592665
An12g08160	mRNA	An12g08160	NT_166527.1	1941576	1941889	R	An12g08160	complement(join(<1941576..1941687,1941861..>1941889))	Aspergillus niger	84592666
An12g08170	mRNA	An12g08170	NT_166527.1	1943201	1943879	R	An12g08170	complement(join(<1943201..1943333,1943384..1943443,1943515..1943648,1943727..1943793,1943842..>1943879))	Aspergillus niger	84592667
An12g08180	mRNA	An12g08180	NT_166527.1	1944855	1948150	D	An12g08180	join(<1944855..1944940,1945063..1945139,1945223..1945327,1945626..1945838,1945927..1945982,1946361..1946450,1946612..1946728,1946798..1946863,1946935..1947175,1947407..1947484,1947588..1947734,1947878..1947954,1948052..>1948150)	Aspergillus niger	84592668
An12g08190	mRNA	An12g08190	NT_166527.1	1948748	1949310	R	An12g08190	complement(join(<1948748..1948897,1948940..1948952,1949033..1949152,1949180..>1949310))	Aspergillus niger	84592669
An12g08200	mRNA	An12g08200	NT_166527.1	1950922	1951902	R	An12g08200	complement(join(<1950922..1951009,1951070..1951259,1951483..1951697,1951802..>1951902))	Aspergillus niger	84592670
An12g08210	mRNA	An12g08210	NT_166527.1	1951975	1952371	R	An12g08210	complement(join(<1951975..1952173,1952203..1952218,1952323..>1952371))	Aspergillus niger	84592671
An12g08220	mRNA	An12g08220	NT_166527.1	1953341	1953949	D	An12g08220	join(<1953341..1953393,1953469..>1953949)	Aspergillus niger	84592672
An12g08230	mRNA	An12g08230	NT_166527.1	1955939	1956990	D	An12g08230	join(<1955939..1956200,1956275..>1956990)	Aspergillus niger	4986174
An12g08240	mRNA	An12g08240	NT_166527.1	1958044	1963015	R	An12g08240	complement(join(<1958044..1958088,1958123..1958138,1958224..1958315,1958680..1959738,1959788..1959915,1959968..1960040,1960100..1960987,1961037..1961948,1962005..>1963015))	Aspergillus niger	4986175
An12g08250	mRNA	An12g08250	NT_166527.1	1963438	1963832	D	An12g08250	join(<1963438..1963551,1963647..>1963832)	Aspergillus niger	4986176
An12g08260	mRNA	An12g08260	NT_166527.1	1964592	1968054	R	An12g08260	complement(join(<1964592..1967636,1967695..>1968054))	Aspergillus niger	4986177
An12g08270	mRNA	An12g08270	NT_166527.1	1968619	1970023	R	An12g08270	complement(join(<1968619..1968956,1969009..1969651,1969713..1969734,1969815..>1970023))	Aspergillus niger	4986178
An12g08280	mRNA	inu1	NT_166527.1	1970364	1972037	R	An12g08280	complement(join(<1970364..1971584,1971645..>1972037))	Aspergillus niger	4986179
An12g08290	mRNA	An12g08290	NT_166527.1	1973372	1973820	R	An12g08290	complement(join(<1973372..1973465,1973577..1973729,1973798..>1973820))	Aspergillus niger	84592673
An12g08300	mRNA	An12g08300	NT_166527.1	1974000	1975111	D	An12g08300	join(<1974000..1974006,1974195..1974545,1974600..>1975111)	Aspergillus niger	84592674
An12g08310	mRNA	An12g08310	NT_166527.1	1975636	1976745	R	An12g08310	complement(join(<1975636..1975806,1975897..1975952,1976047..1976127,1976222..1976288,1976352..1976480,1976614..>1976745))	Aspergillus niger	84592675
An12g08320	mRNA	An12g08320	NT_166527.1	1977047	1979199	D	An12g08320	join(<1977047..1977127,1977223..1977349,1977517..1977717,1977798..1977898,1977955..1978102,1978154..>1979199)	Aspergillus niger	4986183
An12g08330	mRNA	An12g08330	NT_166527.1	1980088	1980514	D	An12g08330	join(<1980088..1980263,1980358..>1980514)	Aspergillus niger	84592676
An12g08340	mRNA	An12g08340	NT_166527.1	1981308	1982633	D	An12g08340	join(<1981308..1981390,1981460..>1982633)	Aspergillus niger	4986185
An12g08350	mRNA	An12g08350	NT_166527.1	1983207	1985367	R	An12g08350	complement(join(<1983207..1983620,1983689..1983819,1983873..1984167,1984302..1984681,1984747..1984903,1984964..1985019,1985058..1985151,1985224..>1985367))	Aspergillus niger	4986186
An12g08360	mRNA	An12g08360	NT_166527.1	1986227	1987223	R	An12g08360	complement(join(<1986227..1986604,1986687..>1987223))	Aspergillus niger	4986187
An12g08370	mRNA	An12g08370	NT_166527.1	1987429	1989290	R	An12g08370	complement(join(<1987429..1987490,1987557..1989203,1989275..>1989290))	Aspergillus niger	4986188
An12g08380	mRNA	An12g08380	NT_166527.1	1990002	1990806	D	An12g08380	join(<1990002..1990004,1990060..1990154,1990223..1990537,1990607..1990649,1990705..1990749,1990798..>1990806)	Aspergillus niger	4986189
An12g08390	mRNA	An12g08390	NT_166527.1	1991714	1993685	D	An12g08390	join(<1991714..1992148,1992201..1992608,1992663..1992725,1992773..1993081,1993179..>1993685)	Aspergillus niger	4986190
An12g08400	mRNA	An12g08400	NT_166527.1	1994208	1995439	R	An12g08400	complement(join(<1994208..1994738,1994963..>1995439))	Aspergillus niger	4986191
An12g08410	mRNA	An12g08410	NT_166527.1	1995547	1996870	D	An12g08410	join(<1995547..1995643,1995814..1996100,1996190..1996306,1996435..1996602,1996660..1996673,1996765..>1996870)	Aspergillus niger	84592677
An12g08420	mRNA	An12g08420	NT_166527.1	1997916	2001371	R	An12g08420	complement(join(<1997916..1998070,1998222..1998352,1998495..1998565,1998654..1998799,1998861..1999013,1999154..1999229,1999497..1999610,1999654..1999771,1999841..1999895,1999977..2000137,2000224..2000389,2000848..2000917,2001038..2001138,2001245..>2001371))	Aspergillus niger	84592678
An12g08430	mRNA	An12g08430	NT_166527.1	2001945	2003088	R	An12g08430	complement(join(<2001945..2002054,2002162..2002432,2002529..2002597,2002651..2002944,2003023..>2003088))	Aspergillus niger	84592679
An12g08440	mRNA	An12g08440	NT_166527.1	2003120	2004254	D	An12g08440	join(<2003120..2003251,2003355..2003469,2003766..2003807,2003909..2004126,2004153..>2004254)	Aspergillus niger	84592680
An12g08450	mRNA	An12g08450	NT_166527.1	2004276	2005419	R	An12g08450	complement(join(<2004276..2004341,2004401..2004588,2005001..2005045,2005142..2005247,2005273..>2005419))	Aspergillus niger	84592681
An12g08460	mRNA	An12g08460	NT_166527.1	2005681	2006141	D	An12g08460	join(<2005681..2005741,2005924..>2006141)	Aspergillus niger	84592682
An12g08470	mRNA	An12g08470	NT_166527.1	2006298	2007086	R	An12g08470	complement(join(<2006298..2006468,2006542..2006759,2006804..2006880,2007052..>2007086))	Aspergillus niger	84592683
An12g08480	mRNA	An12g08480	NT_166527.1	2007163	2008762	R	An12g08480	complement(join(<2007163..2007167,2007262..2007294,2007351..2007522,2007725..2007898,2008343..2008506,2008585..>2008762))	Aspergillus niger	84592684
An12g08490	mRNA	An12g08490	NT_166527.1	2009060	2010961	D	An12g08490	join(<2009060..2009137,2009288..2009363,2009395..2009522,2009613..2009834,2010033..2010076,2010107..2010152,2010407..2010423,2010482..2010526,2010669..2010693,2010747..2010839,2010923..>2010961)	Aspergillus niger	84592685
An12g08500	mRNA	An12g08500	NT_166527.1	2011744	2012330	R	An12g08500	complement(join(<2011744..2011797,2012054..2012068,2012121..>2012330))	Aspergillus niger	84592686
An12g08510	mRNA	An12g08510	NT_166527.1	2014583	2016108	D	An12g08510	join(<2014583..2014765,2014955..2015233,2015330..2015635,2015701..>2016108)	Aspergillus niger	4986202
An12g08520	mRNA	An12g08520	NT_166527.1	2016516	2018125	D	An12g08520	join(<2016516..2016582,2016765..2017209,2017460..2017485,2017790..2017885,2018091..>2018125)	Aspergillus niger	84592687
An12g08530	mRNA	An12g08530	NT_166527.1	2018432	2021361	R	An12g08530	complement(join(<2018432..2018607,2018735..2019040,2019093..2020909,2020991..2021044,2021138..>2021361))	Aspergillus niger	4986204
An12g08540	mRNA	An12g08540	NT_166527.1	2021474	2022004	R	An12g08540	complement(<2021474..>2022004)	Aspergillus niger	84592688
An12g08550	mRNA	An12g08550	NT_166527.1	2023465	2024228	R	An12g08550	complement(join(<2023465..2023858,2024149..>2024228))	Aspergillus niger	4986206
An12g08560	mRNA	An12g08560	NT_166527.1	2025450	2027728	D	An12g08560	join(<2025450..2025668,2025719..2025908,2025961..2026242,2026381..2027193,2027240..2027330,2027389..2027449,2027510..>2027728)	Aspergillus niger	4986207
An12g08570	mRNA	An12g08570	NT_166527.1	2029808	2030592	D	An12g08570	join(<2029808..2029857,2030021..2030297,2030356..2030499,2030557..>2030592)	Aspergillus niger	4986208
An12g08580	mRNA	An12g08580	NT_166527.1	2031201	2033913	D	An12g08580	join(<2031201..2031533,2031616..>2033913)	Aspergillus niger	4986209
An12g08590	mRNA	An12g08590	NT_166527.1	2034270	2035214	R	An12g08590	complement(join(<2034270..2034794,2034861..2034918,2035156..>2035214))	Aspergillus niger	4986210
An12g08600	mRNA	An12g08600	NT_166527.1	2036244	2036792	R	An12g08600	complement(<2036244..>2036792)	Aspergillus niger	84592689
An12g08610	mRNA	GlkA	NT_166527.1	2037174	2038720	D	An12g08610	join(<2037174..2037356,2037416..>2038720)	Aspergillus niger	4986212
An12g08620	mRNA	An12g08620	NT_166527.1	2039854	2041697	D	An12g08620	join(<2039854..2040144,2040192..2040998,2041050..>2041697)	Aspergillus niger	4986213
An12g08630	mRNA	An12g08630	NT_166527.1	2043266	2044967	R	An12g08630	complement(join(<2043266..2044159,2044208..2044798,2044890..>2044967))	Aspergillus niger	4986214
An12g08640	mRNA	An12g08640	NT_166527.1	2045885	2047456	R	An12g08640	complement(<2045885..>2047456)	Aspergillus niger	4986215
An12g08650	mRNA	An12g08650	NT_166527.1	2048506	2049571	R	An12g08650	complement(join(<2048506..2049426,2049506..>2049571))	Aspergillus niger	4986216
An12g08660	mRNA	An12g08660	NT_166527.1	2050632	2051780	D	An12g08660	<2050632..>2051780	Aspergillus niger	4986217
An12g08670	mRNA	An12g08670	NT_166527.1	2053125	2054336	D	An12g08670	join(<2053125..2053370,2053485..2053664,2053788..2053997,2054115..>2054336)	Aspergillus niger	4986218
An12g08680	mRNA	An12g08680	NT_166527.1	2054688	2055299	D	An12g08680	join(<2054688..2054720,2054771..2054812,2054886..>2055299)	Aspergillus niger	4986219
An12g08690	mRNA	An12g08690	NT_166527.1	2056464	2058307	D	An12g08690	join(<2056464..2056537,2056592..2056710,2056771..2057784,2057973..>2058307)	Aspergillus niger	4986220
An12g08700	mRNA	An12g08700	NT_166527.1	2059204	2060954	D	An12g08700	join(<2059204..2059557,2059696..2059864,2059914..2060499,2060567..>2060954)	Aspergillus niger	84592690
An12g08710	mRNA	An12g08710	NT_166527.1	2063045	2065941	D	An12g08710	join(<2063045..2063126,2063165..2063265,2063480..2063674,2063783..2063926,2064009..2064068,2064286..2064475,2064590..2064693,2064784..2064873,2064972..2065020,2065163..2065211,2065417..2065527,2065623..>2065941)	Aspergillus niger	84592691
An12g08720	mRNA	An12g08720	NT_166527.1	2066896	2068461	D	An12g08720	<2066896..>2068461	Aspergillus niger	4986223
An12g08730	mRNA	An12g08730	NT_166527.1	2072731	2073865	D	An12g08730	join(<2072731..2072976,2073161..2073295,2073376..2073650,2073823..>2073865)	Aspergillus niger	4986224
An12g08740	mRNA	An12g08740	NT_166527.1	2074338	2074859	R	An12g08740	complement(join(<2074338..2074536,2074651..2074709,2074839..>2074859))	Aspergillus niger	84592692
An12g08750	mRNA	An12g08750	NT_166527.1	2075453	2077123	R	An12g08750	complement(join(<2075453..2076924,2077012..>2077123))	Aspergillus niger	4986226
An12g08760	mRNA	An12g08760	NT_166527.1	2078046	2078890	D	An12g08760	join(<2078046..2078078,2078157..2078668,2078740..>2078890)	Aspergillus niger	4986227
An12g08770	mRNA	An12g08770	NT_166527.1	2079648	2082151	R	An12g08770	complement(join(<2079648..2080286,2080335..2080488,2080540..2080618,2080671..2080800,2080857..2080909,2080959..2081060,2081113..>2082151))	Aspergillus niger	4986228
An12g08780	mRNA	An12g08780	NT_166527.1	2082869	2083096	D	An12g08780	join(<2082869..2083029,2083063..>2083096)	Aspergillus niger	84592693
An12g08790	mRNA	An12g08790	NT_166527.1	2085449	2090170	D	An12g08790	join(<2085449..2085928,2085989..2088925,2088978..2089207,2089255..>2090170)	Aspergillus niger	4986230
An12g08800	mRNA	An12g08800	NT_166527.1	2091343	2097874	D	An12g08800	join(<2091343..2091365,2091435..2097561,2097613..2097708,2097770..>2097874)	Aspergillus niger	4986231
An12g08810	mRNA	An12g08810	NT_166527.1	2100752	2101573	R	An12g08810	complement(join(<2100752..2100947,2101023..2101110,2101224..2101286,2101393..>2101573))	Aspergillus niger	84592694
An12g08820	mRNA	An12g08820	NT_166527.1	2102731	2104341	D	An12g08820	<2102731..>2104341	Aspergillus niger	4986233
An12g08830	mRNA	An12g08830	NT_166527.1	2104992	2105831	D	An12g08830	join(<2104992..2105024,2105115..>2105831)	Aspergillus niger	4986234
An12g08840	mRNA	An12g08840	NT_166527.1	2106290	2108843	R	An12g08840	complement(join(<2106290..2106405,2106487..2106577,2106679..2106753,2106852..2107026,2107363..2107579,2107693..2107803,2107854..2108159,2108279..2108619,2108755..>2108843))	Aspergillus niger	84592695
An12g08850	mRNA	An12g08850	NT_166527.1	2109234	2109624	D	An12g08850	join(<2109234..2109440,2109496..>2109624)	Aspergillus niger	84592696
An12g08860	mRNA	An12g08860	NT_166527.1	2110464	2110725	D	An12g08860	join(<2110464..2110489,2110593..>2110725)	Aspergillus niger	84592697
An12g08870	mRNA	An12g08870	NT_166527.1	2111169	2111445	D	An12g08870	join(<2111169..2111304,2111345..>2111445)	Aspergillus niger	84592698
An12g08880	mRNA	An12g08880	NT_166527.1	2112455	2113341	R	An12g08880	complement(join(<2112455..2112601,2112692..2112794,2112852..2112935,2113035..2113192,2113306..>2113341))	Aspergillus niger	84592699
An12g08890	mRNA	An12g08890	NT_166527.1	2113795	2114859	R	An12g08890	complement(join(<2113795..2113935,2114068..>2114859))	Aspergillus niger	4986240
An12g08900	mRNA	An12g08900	NT_166527.1	2115980	2118175	R	An12g08900	complement(join(<2115980..2117697,2117764..>2118175))	Aspergillus niger	4986241
An12g08910	mRNA	An12g08910	NT_166527.1	2118253	2119771	D	An12g08910	join(<2118253..2118320,2118538..2118714,2118801..2118883,2118927..2119098,2119184..2119441,2119515..2119674,2119718..>2119771)	Aspergillus niger	84592700
An12g08915	mRNA	An12g08915	NT_166527.1	2120353	2120928	R	An12g08915	complement(join(<2120353..2120424,2120475..2120566,2120919..>2120928))	Aspergillus niger	84592701
An12g08920	mRNA	An12g08920	NT_166527.1	2121575	2122483	R	An12g08920	complement(join(<2121575..2121710,2122007..2122127,2122168..>2122483))	Aspergillus niger	84592702
An12g08930	mRNA	An12g08930	NT_166527.1	2123577	2125061	R	An12g08930	complement(join(<2123577..2123666,2123714..2123869,2123924..2124044,2124090..2124276,2124332..2124613,2124664..2124797,2124844..>2125061))	Aspergillus niger	4986245
An12g08940	mRNA	An12g08940	NT_166527.1	2125511	2126999	R	An12g08940	complement(join(<2125511..2125566,2125613..2126120,2126166..2126243,2126291..2126611,2126656..2126785,2126831..2126864,2126924..>2126999))	Aspergillus niger	4986246
An12g08950	mRNA	An12g08950	NT_166527.1	2127384	2129581	D	An12g08950	join(<2127384..2127614,2127763..2128024,2128078..2128712,2128757..>2129581)	Aspergillus niger	4986247
An12g08960	mRNA	areA	NT_166527.1	2131258	2133990	R	An12g08960	complement(join(<2131258..2133448,2133542..>2133990))	Aspergillus niger	4986248
An12g08970	mRNA	An12g08970	NT_166527.1	2134473	2135573	D	An12g08970	join(<2134473..2134555,2134651..2134662,2135067..2135149,2135251..2135327,2135532..>2135573)	Aspergillus niger	84592703
An12g08980	mRNA	An12g08980	NT_166527.1	2136052	2137214	R	An12g08980	complement(join(<2136052..2136153,2136346..2136399,2136491..2136964,2137005..>2137214))	Aspergillus niger	84592704
An12g08990	mRNA	An12g08990	NT_166527.1	2137706	2138651	D	An12g08990	join(<2137706..2138087,2138488..>2138651)	Aspergillus niger	84592705
An12g09000	mRNA	An12g09000	NT_166527.1	2139459	2141804	R	An12g09000	complement(join(<2139459..2139703,2139771..2139855,2140194..2140323,2140444..2140691,2140775..2140915,2141019..2141081,2141165..2141278,2141328..2141449,2141501..2141557,2141705..>2141804))	Aspergillus niger	84592706
An12g09010	mRNA	An12g09010	NT_166527.1	2141965	2143227	D	An12g09010	join(<2141965..2142174,2142314..2142673,2142757..2142775,2142849..2142956,2143004..>2143227)	Aspergillus niger	84592707
An12g09020	mRNA	An12g09020	NT_166527.1	2143929	2145096	R	An12g09020	complement(join(<2143929..2144578,2144645..2144974,2145030..>2145096))	Aspergillus niger	4986254
An12g09030	mRNA	An12g09030	NT_166527.1	2145384	2146391	D	An12g09030	join(<2145384..2145467,2145741..2145766,2145836..2145867,2145932..2145983,2146119..2146146,2146338..>2146391)	Aspergillus niger	84592708
An12g09040	mRNA	An12g09040	NT_166527.1	2146728	2148604	D	An12g09040	join(<2146728..2146750,2146900..2146978,2147135..2147214,2147296..2147358,2147496..2147600,2147882..2147980,2148287..2148437,2148533..>2148604)	Aspergillus niger	84592709
An12g09050	mRNA	An12g09050	NT_166527.1	2148771	2149780	R	An12g09050	complement(join(<2148771..2148807,2149012..2149154,2149399..2149488,2149760..>2149780))	Aspergillus niger	84592710
An12g09060	mRNA	An12g09060	NT_166527.1	2150411	2151215	D	An12g09060	join(<2150411..2150425,2150541..2150626,2150782..2150849,2151025..>2151215)	Aspergillus niger	84592711
An12g09070	mRNA	An12g09070	NT_166527.1	2151577	2153350	D	An12g09070	join(<2151577..2151607,2151639..2151923,2152017..2152168,2152364..2152444,2152558..2152792,2153280..>2153350)	Aspergillus niger	84592712
An12g09080	mRNA	An12g09080	NT_166527.1	2153558	2154518	R	An12g09080	complement(join(<2153558..2153624,2153702..2153800,2153877..2154135,2154298..2154373,2154444..>2154518))	Aspergillus niger	84592713
An12g09090	mRNA	An12g09090	NT_166527.1	2155609	2155926	R	An12g09090	complement(<2155609..>2155926)	Aspergillus niger	84592714
An12g09100	mRNA	An12g09100	NT_166527.1	2156328	2158276	D	An12g09100	join(<2156328..2156352,2156427..2156523,2156886..2157196,2157317..2157422,2157602..2157772,2157893..2158085,2158136..>2158276)	Aspergillus niger	84592715
An12g09110	mRNA	An12g09110	NT_166527.1	2158716	2159410	D	An12g09110	join(<2158716..2158729,2158825..2158997,2159081..2159173,2159244..>2159410)	Aspergillus niger	84592716
An12g09120	mRNA	An12g09120	NT_166527.1	2160754	2163825	R	An12g09120	complement(join(<2160754..2163543,2163604..>2163825))	Aspergillus niger	4986264
An12g09130	mRNA	An12g09130	NT_166527.1	2164592	2165970	R	An12g09130	complement(join(<2164592..2165055,2165118..2165165,2165215..2165285,2165353..2165454,2165520..2165794,2165959..>2165970))	Aspergillus niger	4986265
An12g09140	mRNA	An12g09140	NT_166527.1	2168338	2170050	D	An12g09140	join(<2168338..2168476,2168556..2168806,2168864..2168897,2168952..2169858,2169912..>2170050)	Aspergillus niger	4986266
An12g09150	mRNA	An12g09150	NT_166527.1	2170420	2172046	D	An12g09150	join(<2170420..2170524,2170580..2170768,2170815..2171062,2171131..>2172046)	Aspergillus niger	4986267
An12g09160	mRNA	An12g09160	NT_166527.1	2172251	2173238	D	An12g09160	join(<2172251..2172299,2172480..2172596,2172657..2172669,2172755..2172829,2173042..2173105,2173158..>2173238)	Aspergillus niger	84592717
An12g09170	mRNA	An12g09170	NT_166527.1	2173592	2174050	D	An12g09170	<2173592..>2174050	Aspergillus niger	84592718
An12g09180	mRNA	An12g09180	NT_166527.1	2174284	2175459	R	An12g09180	complement(join(<2174284..2174676,2174821..2174898,2174959..>2175459))	Aspergillus niger	4986270
An12g09190	mRNA	An12g09190	NT_166527.1	2175992	2177287	R	An12g09190	complement(join(<2175992..2176102,2176160..>2177287))	Aspergillus niger	4986271
An12g09200	mRNA	An12g09200	NT_166527.1	2178137	2178475	D	An12g09200	join(<2178137..2178142,2178233..2178298,2178383..>2178475)	Aspergillus niger	84592719
An12g09210	mRNA	An12g09210	NT_166527.1	2179097	2180073	D	An12g09210	join(<2179097..2179101,2179181..2179361,2179462..2179575,2179690..>2180073)	Aspergillus niger	84592720
An12g09220	mRNA	An12g09220	NT_166527.1	2180466	2181394	R	An12g09220	complement(join(<2180466..2180734,2180871..2181010,2181165..>2181394))	Aspergillus niger	84592721
An12g09230	mRNA	An12g09230	NT_166527.1	2181633	2182219	R	An12g09230	complement(join(<2181633..2181768,2181809..2182027,2182125..>2182219))	Aspergillus niger	84592722
An12g09240	mRNA	An12g09240	NT_166527.1	2182250	2182884	R	An12g09240	complement(join(<2182250..2182365,2182439..2182521,2182602..2182758,2182809..>2182884))	Aspergillus niger	84592723
An12g09250	mRNA	An12g09250	NT_166527.1	2182995	2183362	D	An12g09250	join(<2182995..2183150,2183246..>2183362)	Aspergillus niger	84592724
An12g09260	mRNA	An12g09260	NT_166527.1	2184839	2186270	D	An12g09260	join(<2184839..2184982,2185061..2185287,2185354..2185588,2185658..2185771,2185842..>2186270)	Aspergillus niger	4986278
An12g09270	mRNA	An12g09270	NT_166527.1	2186495	2188470	R	An12g09270	complement(join(<2186495..2186740,2186807..2187234,2187309..2187531,2187629..2187978,2188055..2188268,2188324..>2188470))	Aspergillus niger	4986279
An12g09280	mRNA	An12g09280	NT_166527.1	2189207	2190015	R	An12g09280	complement(join(<2189207..2189334,2189622..>2190015))	Aspergillus niger	4986280
An12g09290	mRNA	An12g09290	NT_166527.1	2190945	2191662	D	An12g09290	join(<2190945..2191036,2191117..2191182,2191318..2191391,2191445..>2191662)	Aspergillus niger	84592725
An12g09300	mRNA	An12g09300	NT_166527.1	2191866	2192592	D	An12g09300	join(<2191866..2191981,2192088..2192365,2192421..2192460,2192517..>2192592)	Aspergillus niger	4986282
An12g09310	mRNA	An12g09310	NT_166527.1	2193178	2195341	D	An12g09310	join(<2193178..2193283,2193333..2193705,2193751..>2195341)	Aspergillus niger	4986283
An12g09320	mRNA	An12g09320	NT_166527.1	2195803	2197442	D	An12g09320	join(<2195803..2195856,2195965..2196141,2196188..2196285,2196394..2196477,2196554..2196840,2196912..2196980,2197084..2197270,2197358..>2197442)	Aspergillus niger	84592726
An12g09330	mRNA	An12g09330	NT_166527.1	2197910	2198683	R	An12g09330	complement(<2197910..>2198683)	Aspergillus niger	4986285
An12g09340	mRNA	An12g09340	NT_166527.1	2199245	2200849	D	An12g09340	<2199245..>2200849	Aspergillus niger	4986286
An12g09350	mRNA	An12g09350	NT_166527.1	2201181	2202407	D	An12g09350	join(<2201181..2201974,2202227..>2202407)	Aspergillus niger	4986287
An12g09360	mRNA	An12g09360	NT_166527.1	2202552	2203971	D	An12g09360	join(<2202552..2202756,2202846..2203115,2203210..2203350,2203442..2203529,2203625..2203666,2203743..>2203971)	Aspergillus niger	84592727
An12g09370	mRNA	An12g09370	NT_166527.1	2204104	2205809	D	An12g09370	join(<2204104..2204463,2204523..>2205809)	Aspergillus niger	4986289
An12g09380	mRNA	An12g09380	NT_166527.1	2206081	2208154	R	An12g09380	complement(join(<2206081..2206134,2206227..2206303,2206402..2206544,2206618..2206692,2207094..2207196,2207470..2207532,2207692..2207749,2207835..2208044,2208080..>2208154))	Aspergillus niger	84592728
An12g09390	mRNA	An12g09390	NT_166527.1	2208778	2209461	D	An12g09390	join(<2208778..2208963,2209081..>2209461)	Aspergillus niger	84592729
An12g09400	mRNA	An12g09400	NT_166527.1	2210209	2210801	D	An12g09400	join(<2210209..2210337,2210415..>2210801)	Aspergillus niger	84592730
An12g09410	mRNA	An12g09410	NT_166527.1	2211142	2211872	R	An12g09410	complement(join(<2211142..2211556,2211736..>2211872))	Aspergillus niger	84592731
An12g09420	mRNA	An12g09420	NT_166527.1	2212798	2213722	D	An12g09420	join(<2212798..2212947,2213057..2213152,2213227..2213341,2213458..2213536,2213674..>2213722)	Aspergillus niger	84592732
An12g09430	mRNA	An12g09430	NT_166527.1	2215502	2216603	D	An12g09430	join(<2215502..2215549,2215723..2215951,2216015..2216091,2216145..>2216603)	Aspergillus niger	84592733
An12g09440	mRNA	An12g09440	NT_166527.1	2217233	2219707	R	An12g09440	complement(join(<2217233..2217389,2217453..2217758,2217815..2218301,2218351..2218605,2218916..2218979,2219345..2219401,2219516..>2219707))	Aspergillus niger	4986296
An12g09450	mRNA	An12g09450	NT_166527.1	2220866	2222283	D	An12g09450	join(<2220866..2221486,2221618..>2222283)	Aspergillus niger	4986297
An12g09460	mRNA	An12g09460	NT_166527.1	2222444	2225056	R	An12g09460	complement(join(<2222444..2222870,2222930..2223165,2223224..2223658,2223741..2224036,2224118..2224137,2224222..2224515,2224569..2224607,2224743..2224766,2224833..>2225056))	Aspergillus niger	4986298
An12g09470	mRNA	An12g09470	NT_166527.1	2225489	2226280	D	An12g09470	join(<2225489..2225805,2225870..2225918,2225979..2226099,2226147..>2226280)	Aspergillus niger	4986299
An12g09480	mRNA	An12g09480	NT_166527.1	2226469	2227846	R	An12g09480	complement(join(<2226469..2226712,2226769..2227196,2227251..2227374,2227422..2227590,2227640..2227741,2227792..>2227846))	Aspergillus niger	4986300
An12g09490	mRNA	An12g09490	NT_166527.1	2228350	2229921	D	An12g09490	join(<2228350..2228545,2228595..2228612,2228660..2228810,2228860..2229011,2229064..2229439,2229494..2229736,2229795..>2229921)	Aspergillus niger	4986301
An12g09500	mRNA	An12g09500	NT_166527.1	2230433	2232586	R	An12g09500	complement(<2230433..>2232586)	Aspergillus niger	4986302
An12g09510	mRNA	An12g09510	NT_166527.1	2234210	2235655	D	An12g09510	join(<2234210..2234406,2234491..>2235655)	Aspergillus niger	4986303
An12g09520	mRNA	An12g09520	NT_166527.1	2236164	2237105	D	An12g09520	<2236164..>2237105	Aspergillus niger	4986304
An12g09530	mRNA	An12g09530	NT_166527.1	2237233	2237781	R	An12g09530	complement(<2237233..>2237781)	Aspergillus niger	4986305
An12g09540	mRNA	An12g09540	NT_166527.1	2238849	2239940	D	An12g09540	<2238849..>2239940	Aspergillus niger	84592734
An12g09550	mRNA	An12g09550	NT_166527.1	2240340	2241399	D	An12g09550	join(<2240340..2240432,2240496..2240557,2240736..>2241399)	Aspergillus niger	84592735
An12g09560	mRNA	An12g09560	NT_166527.1	2243392	2245088	D	An12g09560	join(<2243392..2243454,2243520..2244632,2244705..2244871,2244935..>2245088)	Aspergillus niger	4986308
An12g09565	mRNA	An12g09565	NT_166527.1	2246210	2246557	R	An12g09565	complement(<2246210..>2246557)	Aspergillus niger	84592736
An12g09570	mRNA	An12g09570	NT_166527.1	2246813	2247310	R	An12g09570	complement(join(<2246813..2247004,2247125..>2247310))	Aspergillus niger	84592737
An12g09580	mRNA	An12g09580	NT_166527.1	2250773	2253130	D	An12g09580	join(<2250773..2250916,2251000..2251608,2251678..2251829,2251886..2252056,2252111..2252452,2252527..>2253130)	Aspergillus niger	4986311
An12g09590	mRNA	An12g09590	NT_166527.1	2254742	2255233	R	An12g09590	complement(join(<2254742..2254897,2254981..2255029,2255154..>2255233))	Aspergillus niger	84592738
An12g09600	mRNA	An12g09600	NT_166527.1	2255251	2256369	D	An12g09600	join(<2255251..2255416,2255524..2255549,2255616..2255901,2255951..>2256369)	Aspergillus niger	4986313
An12g09610	mRNA	An12g09610	NT_166527.1	2256464	2258840	R	An12g09610	complement(join(<2256464..2256882,2256923..2257047,2257136..2258227,2258419..2258463,2258572..2258655,2258785..>2258840))	Aspergillus niger	84592739
An12g09620	mRNA	An12g09620	NT_166527.1	2259395	2260260	D	An12g09620	join(<2259395..2259687,2259781..2259926,2260007..>2260260)	Aspergillus niger	84592740
An12g09630	mRNA	An12g09630	NT_166527.1	2260347	2262368	R	An12g09630	complement(join(<2260347..2260653,2260700..>2262368))	Aspergillus niger	4986316
An12g09640	mRNA	An12g09640	NT_166527.1	2263271	2264916	R	An12g09640	complement(join(<2263271..2263342,2263431..2263567,2263619..2263763,2263831..2264787,2264857..>2264916))	Aspergillus niger	4986317
An12g09650	mRNA	An12g09650	NT_166527.1	2265484	2266920	R	An12g09650	complement(join(<2265484..2266106,2266159..2266335,2266389..2266716,2266765..>2266920))	Aspergillus niger	4986318
An12g09660	mRNA	An12g09660	NT_166527.1	2267297	2267962	D	An12g09660	join(<2267297..2267712,2267767..>2267962)	Aspergillus niger	4986319
An12g09670	mRNA	An12g09670	NT_166527.1	2268376	2269300	R	An12g09670	complement(join(<2268376..2268433,2268488..2268692,2268762..2268862,2268922..2269069,2269135..>2269300))	Aspergillus niger	4986320
An12g09680	mRNA	An12g09680	NT_166527.1	2270493	2272536	D	An12g09680	join(<2270493..2270612,2270669..2270854,2270910..2271080,2271132..2271296,2271349..2272147,2272202..>2272536)	Aspergillus niger	4986321
An12g09690	mRNA	An12g09690	NT_166527.1	2273081	2273385	R	An12g09690	complement(join(<2273081..2273184,2273268..>2273385))	Aspergillus niger	84592741
An12g09700	mRNA	An12g09700	NT_166527.1	2274098	2275214	D	An12g09700	join(<2274098..2274449,2274562..>2275214)	Aspergillus niger	4986323
An12g09710	mRNA	An12g09710	NT_166527.1	2276200	2278121	R	An12g09710	complement(join(<2276200..2276960,2277041..2277881,2278080..>2278121))	Aspergillus niger	4986324
An12g09720	mRNA	An12g09720	NT_166527.1	2278825	2281696	D	An12g09720	join(<2278825..2278882,2278952..2279523,2279591..2279635,2279759..2280036,2280095..2280200,2280254..2280357,2280413..2280572,2280637..2280784,2280852..2281015,2281064..2281444,2281619..>2281696)	Aspergillus niger	4986325
An12g09750	mRNA	An12g09750	NT_166527.1	2283040	2284192	D	An12g09750	join(<2283040..2283430,2283497..2283940,2284011..>2284192)	Aspergillus niger	4986328
An12g09760	mRNA	An12g09760	NT_166527.1	2284498	2286256	R	An12g09760	complement(join(<2284498..2285522,2285575..2285640,2285689..>2286256))	Aspergillus niger	4986329
An12g09770	mRNA	An12g09770	NT_166527.1	2287128	2288940	D	An12g09770	join(<2287128..2287235,2287295..2287313,2287526..2287768,2288084..>2288940)	Aspergillus niger	84592742
An12g09780	mRNA	An12g09780	NT_166527.1	2289496	2290723	R	An12g09780	complement(join(<2289496..2289600,2289692..2290625,2290716..>2290723))	Aspergillus niger	4986331
An12g09790	mRNA	An12g09790	NT_166527.1	2291377	2292724	R	An12g09790	complement(join(<2291377..2291451,2291591..2291687,2291754..2292484,2292541..2292633,2292683..>2292724))	Aspergillus niger	4986332
An12g09800	mRNA	An12g09800	NT_166527.1	2293197	2293913	D	An12g09800	join(<2293197..2293331,2293385..2293690,2293740..>2293913)	Aspergillus niger	84592743
An12g09810	mRNA	An12g09810	NT_166527.1	2294515	2295855	R	An12g09810	complement(join(<2294515..2294633,2294755..2294999,2295081..2295513,2295573..>2295855))	Aspergillus niger	4986334
An12g09820	mRNA	An12g09820	NT_166527.1	2298484	2299326	D	An12g09820	join(<2298484..2298628,2298696..2299079,2299196..>2299326)	Aspergillus niger	4986335
An12g09830	mRNA	An12g09830	NT_166527.1	2299924	2301793	D	An12g09830	join(<2299924..2300013,2300078..2300277,2300349..2300455,2300504..2300853,2300911..2300965,2301021..2301183,2301418..2301682,2301758..>2301793)	Aspergillus niger	4986336
An12g09850	mRNA	An12g09850	NT_166527.1	2303172	2303725	D	An12g09850	join(<2303172..2303342,2303438..>2303725)	Aspergillus niger	84592744
An12g09860	mRNA	An12g09860	NT_166527.1	2304262	2305656	D	An12g09860	join(<2304262..2304480,2304532..2304675,2304731..2304810,2304861..>2305656)	Aspergillus niger	4986339
An12g09870	mRNA	An12g09870	NT_166527.1	2306174	2306467	R	An12g09870	complement(<2306174..>2306467)	Aspergillus niger	84592745
An12g09880	mRNA	An12g09880	NT_166527.1	2306786	2308611	D	An12g09880	join(<2306786..2306887,2306994..2307155,2307851..2308128,2308224..>2308611)	Aspergillus niger	4986341
An12g09890	mRNA	An12g09890	NT_166527.1	2309080	2310139	R	An12g09890	complement(join(<2309080..2309277,2309340..2309586,2309661..>2310139))	Aspergillus niger	84592746
An12g09900	mRNA	An12g09900	NT_166527.1	2311030	2312759	D	An12g09900	join(<2311030..2311351,2311405..2311916,2311975..2312136,2312184..>2312759)	Aspergillus niger	4986343
An12g09910	mRNA	An12g09910	NT_166527.1	2313351	2314019	D	An12g09910	join(<2313351..2313728,2313813..>2314019)	Aspergillus niger	4986344
An12g09920	mRNA	An12g09920	NT_166527.1	2314277	2315124	R	An12g09920	complement(join(<2314277..2314623,2314731..>2315124))	Aspergillus niger	84592747
An12g09930	mRNA	An12g09930	NT_166527.1	2317212	2319376	R	An12g09930	complement(join(<2317212..2317349,2317443..2318091,2318535..2318611,2318645..2318767,2318845..2319116,2319205..>2319376))	Aspergillus niger	84592748
An12g09940	mRNA	An12g09940	NT_166527.1	2319522	2320851	D	An12g09940	join(<2319522..2319759,2319824..>2320851)	Aspergillus niger	4986347
An12g09950	mRNA	An12g09950	NT_166527.1	2321576	2322574	D	An12g09950	<2321576..>2322574	Aspergillus niger	4986348
An12g09960	mRNA	An12g09960	NT_166527.1	2322643	2323740	R	An12g09960	complement(join(<2322643..2322688,2322830..2323062,2323121..2323386,2323443..>2323740))	Aspergillus niger	4986349
An12g09970	mRNA	An12g09970	NT_166527.1	2324656	2326105	R	An12g09970	complement(join(<2324656..2325351,2325404..2325513,2325598..2325628,2325670..2325782,2325958..>2326105))	Aspergillus niger	4986350
An12g09980	mRNA	An12g09980	NT_166527.1	2326952	2329614	R	An12g09980	complement(join(<2326952..2327061,2327125..2327556,2327628..2327736,2328111..2328199,2328234..2328316,2328635..2328665,2328825..>2329614))	Aspergillus niger	4986351
An12g09990	mRNA	An12g09990	NT_166527.1	2332137	2333989	R	An12g09990	complement(join(<2332137..2332173,2332346..2332383,2332655..2333521,2333652..2333756,2333831..>2333989))	Aspergillus niger	4986352
An12g10000	mRNA	An12g10000	NT_166527.1	2335596	2337591	D	An12g10000	join(<2335596..2335718,2335789..2335859,2335914..2335937,2335998..2336087,2336139..2336221,2336280..2336677,2336724..2337053,2337112..>2337591)	Aspergillus niger	4986353
An12g10020	mRNA	An12g10020	NT_166527.1	2338718	2340641	D	An12g10020	join(<2338718..2338954,2339016..>2340641)	Aspergillus niger	4986355
An12g10030	mRNA	An12g10030	NT_166527.1	2340923	2341852	R	An12g10030	complement(join(<2340923..2341587,2341639..>2341852))	Aspergillus niger	4986356
An12g10050	mRNA	An12g10050	NT_166527.1	2343417	2344648	D	An12g10050	join(<2343417..2343604,2343660..2343733,2343795..>2344648)	Aspergillus niger	4986358
An12g10060	mRNA	An12g10060	NT_166527.1	2344998	2345960	R	An12g10060	complement(<2344998..>2345960)	Aspergillus niger	4986359
An12g10080	mRNA	An12g10080	NT_166527.1	2347020	2348050	R	An12g10080	complement(join(<2347020..2347453,2347585..2347648,2347712..>2348050))	Aspergillus niger	84592749
An12g10090	mRNA	An12g10090	NT_166527.1	2348395	2351731	R	An12g10090	complement(join(<2348395..2348796,2348869..2351054,2351112..2351379,2351438..>2351731))	Aspergillus niger	4986362
An12g10100	mRNA	An12g10100	NT_166527.1	2352336	2353426	R	An12g10100	complement(join(<2352336..2353177,2353234..>2353426))	Aspergillus niger	4986363
An12g10110	mRNA	An12g10110	NT_166527.1	2353777	2355958	D	An12g10110	join(<2353777..2354922,2355119..>2355958)	Aspergillus niger	4986364
An12g10120	mRNA	An12g10120	NT_166527.1	2356031	2357021	R	An12g10120	complement(join(<2356031..2356105,2356156..2356687,2356744..>2357021))	Aspergillus niger	4986365
An12g10130	mRNA	An12g10130	NT_166527.1	2357630	2359246	D	An12g10130	<2357630..>2359246	Aspergillus niger	4986366
An12g10140	mRNA	An12g10140	NT_166527.1	2359354	2360848	R	An12g10140	complement(join(<2359354..2359429,2359490..2359566,2359621..2359874,2359926..2360000,2360053..2360217,2360270..2360699,2360762..>2360848))	Aspergillus niger	4986367
An12g10150	mRNA	An12g10150	NT_166527.1	2361213	2363058	D	An12g10150	join(<2361213..2361941,2361994..>2363058)	Aspergillus niger	4986368
An12g10160	mRNA	An12g10160	NT_166527.1	2363544	2364812	D	An12g10160	<2363544..>2364812	Aspergillus niger	4986369
An12g10170	mRNA	An12g10170	NT_166527.1	2364987	2365629	R	An12g10170	complement(join(<2364987..2365026,2365154..>2365629))	Aspergillus niger	4986370
An12g10180	mRNA	An12g10180	NT_166527.1	2367229	2368808	R	An12g10180	complement(join(<2367229..2368202,2368265..>2368808))	Aspergillus niger	4986371
An12g10190	mRNA	An12g10190	NT_166527.1	2370620	2372503	R	An12g10190	complement(join(<2370620..2370870,2370931..2371248,2371304..2371405,2371459..2371815,2371863..2371985,2372033..2372193,2372260..2372404,2372491..>2372503))	Aspergillus niger	4986372
An12g10200	mRNA	An12g10200	NT_166527.1	2373696	2374676	R	An12g10200	complement(<2373696..>2374676)	Aspergillus niger	84592750
An12g10210	mRNA	An12g10210	NT_166527.1	2375676	2376791	D	An12g10210	join(<2375676..2375940,2376017..2376148,2376210..2376340,2376550..>2376791)	Aspergillus niger	10098163
An12g10220	mRNA	An12g10220	NT_166527.1	2377660	2379649	D	An12g10220	join(<2377660..2377694,2377765..2377853,2377890..2377961,2378051..2378185,2378268..2378492,2378679..2378818,2379240..2379273,2379355..2379472,2379520..>2379649)	Aspergillus niger	4986375
An12g10230	mRNA	An12g10230	NT_166527.1	2380199	2381155	D	An12g10230	<2380199..>2381155	Aspergillus niger	4986376
An12g10240	mRNA	An12g10240	NT_166527.1	2381887	2382259	R	An12g10240	complement(join(<2381887..2382075,2382134..>2382259))	Aspergillus niger	4986377
An12g10250	mRNA	An12g10250	NT_166527.1	2383639	2385760	R	An12g10250	complement(join(<2383639..2384515,2384564..2384604,2384650..2384885,2384938..2385102,2385159..2385402,2385509..>2385760))	Aspergillus niger	4986378
An12g10260	mRNA	An12g10260	NT_166527.1	2386232	2386706	R	An12g10260	complement(join(<2386232..2386381,2386477..2386519,2386612..>2386706))	Aspergillus niger	84592751
An12g10270	mRNA	An12g10270	NT_166527.1	2388462	2390100	D	An12g10270	join(<2388462..2388526,2388762..2388893,2388920..2389138,2389324..2389532,2389615..2389966,2389971..>2390100)	Aspergillus niger	84592752
An12g10280	mRNA	An12g10280	NT_166527.1	2390984	2393292	D	An12g10280	join(<2390984..2391635,2391713..>2393292)	Aspergillus niger	4986381
An12g10290	mRNA	An12g10290	NT_166527.1	2394258	2396650	D	An12g10290	join(<2394258..2394354,2395103..2395375,2395569..>2396650)	Aspergillus niger	4986382
An12g10300	mRNA	An12g10300	NT_166527.1	2397057	2398093	R	An12g10300	complement(join(<2397057..2397452,2397522..2397636,2397697..2397899,2397986..>2398093))	Aspergillus niger	84592753
An12g10310	mRNA	An12g10310	NT_166527.1	2398230	2398704	D	An12g10310	join(<2398230..2398603,2398656..>2398704)	Aspergillus niger	84592754
An12g10320	mRNA	An12g10320	NT_166527.1	2400956	2401975	D	An12g10320	join(<2400956..2401135,2401178..>2401975)	Aspergillus niger	4986385
An12g10330	mRNA	An12g10330	NT_166527.1	2403566	2404168	R	An12g10330	complement(<2403566..>2404168)	Aspergillus niger	4986386
An12g10340	mRNA	An12g10340	NT_166527.1	2406428	2407326	R	An12g10340	complement(join(<2406428..2407153,2407210..>2407326))	Aspergillus niger	4986387
An12g10350	mRNA	An12g10350	NT_166527.1	2408400	2408768	R	An12g10350	complement(join(<2408400..2408445,2408503..2408570,2408634..>2408768))	Aspergillus niger	4986388
An12g10360	mRNA	An12g10360	NT_166527.1	2410308	2411486	R	An12g10360	complement(join(<2410308..2411204,2411268..>2411486))	Aspergillus niger	4986389
An12g10370	mRNA	An12g10370	NT_166527.1	2414534	2415381	D	An12g10370	join(<2414534..2415294,2415345..>2415381)	Aspergillus niger	84592755
An12g10380	mRNA	An12g10380	NT_166527.1	2415814	2418780	R	An12g10380	complement(join(<2415814..2415951,2416014..2417690,2417807..2418168,2418230..2418623,2418697..>2418780))	Aspergillus niger	4986391
An12g10390	mRNA	An12g10390	NT_166527.1	2422180	2423823	R	An12g10390	complement(join(<2422180..2423414,2423493..>2423823))	Aspergillus niger	4986392
An12g10400	mRNA	An12g10400	NT_166527.1	2425139	2426311	R	An12g10400	complement(<2425139..>2426311)	Aspergillus niger	4986393
An12g10410	mRNA	An12g10410	NT_166527.1	2427810	2429117	R	An12g10410	complement(join(<2427810..2428738,2428823..>2429117))	Aspergillus niger	4986394
An12g10420	mRNA	An12g10420	NT_166527.1	2430806	2431983	R	An12g10420	complement(join(<2430806..2431126,2431383..2431776,2431880..>2431983))	Aspergillus niger	84592756
An12g10430	mRNA	An12g10430	NT_166527.1	2432299	2434014	R	An12g10430	complement(join(<2432299..2432573,2432736..2433018,2433119..2433470,2433535..2433832,2433915..>2434014))	Aspergillus niger	4986396
An12g10440	mRNA	An12g10440	NT_166527.1	2434536	2443432	D	An12g10440	join(<2434536..2434604,2434673..2434775,2434848..2435752,2435803..2437716,2437800..2441967,2442020..2442479,2442538..2442748,2442809..>2443432)	Aspergillus niger	4986397
An12g10450	mRNA	An12g10450	NT_166527.1	2443555	2445009	R	An12g10450	complement(join(<2443555..2443865,2443900..2443952,2444231..>2445009))	Aspergillus niger	4986398
An12g10460	mRNA	An12g10460	NT_166527.1	2445627	2446110	D	An12g10460	join(<2445627..2446000,2446032..>2446110)	Aspergillus niger	84592757
An12g10470	mRNA	An12g10470	NT_166527.1	2447248	2450654	D	An12g10470	join(<2447248..2447392,2447444..2449806,2449875..2450385,2450509..>2450654)	Aspergillus niger	4986400
An12g10480	mRNA	An12g10480	NT_166527.1	2451305	2455772	D	An12g10480	join(<2451305..2451318,2451379..2455043,2455083..2455363,2455437..>2455772)	Aspergillus niger	4986401
An12g10490	mRNA	An12g10490	NT_166527.1	2457262	2458510	D	An12g10490	join(<2457262..2457729,2457798..2457986,2458051..2458334,2458387..>2458510)	Aspergillus niger	4986402
An12g10500	mRNA	An12g10500	NT_166527.1	2458785	2460359	R	An12g10500	complement(join(<2458785..2458860,2458914..2459741,2459810..2460172,2460205..>2460359))	Aspergillus niger	4986403
An12g10510	mRNA	An12g10510	NT_166527.1	2460653	2462920	D	An12g10510	<2460653..>2462920	Aspergillus niger	4986404
An12g10520	mRNA	An12g10520	NT_166527.1	2463372	2465084	D	An12g10520	<2463372..>2465084	Aspergillus niger	4986405
An12g10530	mRNA	An12g10530	NT_166527.1	2466257	2467912	R	An12g10530	complement(<2466257..>2467912)	Aspergillus niger	84592758
An12g10540	mRNA	An12g10540	NT_166527.1	2468722	2469455	D	An12g10540	join(<2468722..2468882,2469201..2469280,2469298..>2469455)	Aspergillus niger	84592759
An12g10550	mRNA	An12g10550	NT_166527.1	2470787	2474558	R	An12g10550	complement(join(<2470787..2470933,2470997..2471270,2471331..2472347,2472405..2473121,2473177..2474340,2474500..>2474558))	Aspergillus niger	4986408
An12g10560	mRNA	An12g10560	NT_166527.1	2475566	2476870	D	An12g10560	join(<2475566..2476169,2476250..2476408,2476470..>2476870)	Aspergillus niger	4986409
An12g10570	mRNA	An12g10570	NT_166527.1	2477099	2479664	R	An12g10570	complement(join(<2477099..2477159,2477212..2477364,2477432..2477594,2477664..2478308,2478539..2478749,2478933..>2479664))	Aspergillus niger	4986410
An12g10580	mRNA	An12g10580	NT_166527.1	2479966	2480923	D	An12g10580	join(<2479966..2480216,2480248..>2480923)	Aspergillus niger	4986411
An12g10590	mRNA	An12g10590	NT_166527.1	2481160	2482695	R	An12g10590	complement(join(<2481160..2481410,2481477..>2482695))	Aspergillus niger	4986412
An12g10600	mRNA	An12g10600	NT_166527.1	2483368	2484495	R	An12g10600	complement(<2483368..>2484495)	Aspergillus niger	4986413
An12g10610	mRNA	An12g10610	NT_166527.1	2485050	2486293	R	An12g10610	complement(join(<2485050..2485354,2485410..2485547,2485606..2485971,2486038..>2486293))	Aspergillus niger	4986414
An12g10620	mRNA	An12g10620	NT_166527.1	2486627	2488556	D	An12g10620	join(<2486627..2486992,2487059..2487467,2487572..2487681,2487915..>2488556)	Aspergillus niger	84592760
An12g10630	mRNA	An12g10630	NT_166527.1	2489072	2490637	R	An12g10630	complement(join(<2489072..2490435,2490505..>2490637))	Aspergillus niger	4986416
An12g10640	mRNA	An12g10640	NT_166527.1	2491354	2492432	R	An12g10640	complement(join(<2491354..2492301,2492361..>2492432))	Aspergillus niger	4986417
An12g10650	mRNA	An12g10650	NT_166527.1	2493458	2494007	R	An12g10650	complement(join(<2493458..2493886,2493960..>2494007))	Aspergillus niger	4986418
An12g10660	mRNA	An12g10660	NT_166527.1	2494624	2497252	D	An12g10660	join(<2494624..2494757,2494843..2495864,2495918..2496050,2496099..2496308,2496344..2496520,2496577..>2497252)	Aspergillus niger	4986419
An12g10670	mRNA	An12g10670	NT_166527.1	2498239	2499638	D	An12g10670	join(<2498239..2498396,2498438..2498799,2498858..2499014,2499071..2499160,2499212..2499245,2499302..2499513,2499566..>2499638)	Aspergillus niger	4986420
An12g10680	mRNA	An12g10680	NT_166527.1	2501098	2502912	D	An12g10680	join(<2501098..2501393,2501491..2501768,2501818..2502188,2502238..>2502912)	Aspergillus niger	4986421
An12g10690	mRNA	An12g10690	NT_166527.1	2502985	2503665	D	An12g10690	<2502985..>2503665	Aspergillus niger	84592761
An12g10700	mRNA	An12g10700	NT_166527.1	2506262	2507223	R	An12g10700	complement(join(<2506262..2506426,2506584..2507021,2507098..>2507223))	Aspergillus niger	4986423
An12g10710	mRNA	An12g10710	NT_166527.1	2508354	2509079	R	An12g10710	complement(join(<2508354..2508677,2508741..>2509079))	Aspergillus niger	4986424
An12g10720	mRNA	An12g10720	NT_166527.1	2509795	2511916	D	An12g10720	join(<2509795..2510113,2510184..2510242,2510310..2510471,2510538..2510662,2510719..2510808,2510858..2511125,2511185..>2511916)	Aspergillus niger	4986425
An12g10730	mRNA	An12g10730	NT_166527.1	2512450	2513574	D	An12g10730	<2512450..>2513574	Aspergillus niger	4986426
An12g10740	mRNA	An12g10740	NT_166527.1	2514918	2515976	R	An12g10740	complement(<2514918..>2515976)	Aspergillus niger	4986427
An12g10750	mRNA	An12g10750	NT_166527.1	2516679	2518501	D	An12g10750	join(<2516679..2516753,2516849..2516952,2517001..2517700,2517749..>2518501)	Aspergillus niger	4986428
An12g10760	mRNA	An12g10760	NT_166527.1	2519330	2521245	D	An12g10760	join(<2519330..2519563,2519750..2519851,2519935..2520275,2520361..2520526,2520609..2520686,2520914..2521083,2521167..>2521245)	Aspergillus niger	84592762
An12g10770	mRNA	An12g10770	NT_166527.1	2521491	2523633	R	An12g10770	complement(join(<2521491..2522422,2522468..2522741,2522772..2523030,2523091..2523218,2523264..2523501,2523578..>2523633))	Aspergillus niger	84592763
An12g10780	mRNA	An12g10780	NT_166527.1	2525058	2527613	R	An12g10780	complement(join(<2525058..2525243,2525353..2525554,2525652..2525934,2525991..2526058,2526117..2526536,2526588..2526627,2526687..2526723,2526777..2526976,2527031..2527145,2527195..2527306,2527441..>2527613))	Aspergillus niger	4986430
An12g10790	mRNA	An12g10790	NT_166527.1	2529797	2531449	D	An12g10790	join(<2529797..2529936,2530020..2530144,2530269..2530445,2530509..2530829,2530881..2531055,2531119..>2531449)	Aspergillus niger	4986432
An12g10800	mRNA	An12g10800	NT_166527.1	2532960	2533349	D	An12g10800	join(<2532960..2533064,2533227..2533275,2533309..>2533349)	Aspergillus niger	84592764
An12g10810	mRNA	An12g10810	NT_166527.1	2533582	2534124	D	An12g10810	join(<2533582..2533750,2533835..>2534124)	Aspergillus niger	4986434
An12g10820	mRNA	An12g10820	NT_166527.1	2535988	2536428	R	An12g10820	complement(<2535988..>2536428)	Aspergillus niger	84592765
An12g10830	mRNA	An12g10830	NT_166527.1	2536453	2537569	D	An12g10830	join(<2536453..2536471,2536549..2536785,2536842..2536898,2537019..>2537569)	Aspergillus niger	4986436
An12g10840	mRNA	An12g10840	NT_166527.1	2537871	2538521	R	An12g10840	complement(<2537871..>2538521)	Aspergillus niger	84592766
An12g10850	mRNA	An12g10850	NT_166527.1	2540913	2541940	D	An12g10850	join(<2540913..2541164,2541283..2541542,2541583..>2541940)	Aspergillus niger	4986438
An12g10860	mRNA	An12g10860	NT_166527.1	2543241	2546616	D	An12g10860	join(<2543241..2543549,2543670..2543883,2543947..2546153,2546224..>2546616)	Aspergillus niger	4986439
An12g10870	mRNA	An12g10870	NT_166527.1	2549118	2549792	R	An12g10870	complement(join(<2549118..2549214,2549362..>2549792))	Aspergillus niger	4986440
An12g10880	mRNA	An12g10880	NT_166527.1	2551592	2553044	D	An12g10880	join(<2551592..2551649,2551873..2552016,2552190..2552205,2552306..2552561,2552743..2552900,2552990..>2553044)	Aspergillus niger	84592767
An12g10890	mRNA	An12g10890	NT_166527.1	2553169	2554032	R	An12g10890	complement(join(<2553169..2553248,2553354..2553913,2553998..>2554032))	Aspergillus niger	84592768
An12g10900	mRNA	An12g10900	NT_166527.1	2554977	2555709	D	An12g10900	join(<2554977..2555178,2555345..>2555709)	Aspergillus niger	84592769
An12g10910	mRNA	An12g10910	NT_166527.1	2556052	2557247	D	An12g10910	join(<2556052..2556174,2556244..2556266,2556317..2556433,2556506..2556933,2556970..2557050,2557102..>2557247)	Aspergillus niger	4986444
An12g10920	mRNA	An12g10920	NT_166527.1	2558707	2559374	D	An12g10920	join(<2558707..2558763,2558898..2559064,2559095..2559116,2559147..>2559374)	Aspergillus niger	84592770
An12g10930	mRNA	An12g10930	NT_166527.1	2560058	2561124	D	An12g10930	join(<2560058..2560362,2560447..2560670,2560745..2560818,2560987..>2561124)	Aspergillus niger	84592771
An12g10940	mRNA	An12g10940	NT_166527.1	2562784	2564000	D	An12g10940	join(<2562784..2562789,2563268..2563292,2563589..2563666,2563963..>2564000)	Aspergillus niger	84592772
An12g10950	mRNA	An12g10950	NT_166527.1	2565000	2565645	R	An12g10950	complement(join(<2565000..2565292,2565354..>2565645))	Aspergillus niger	4986448
An12g10960	mRNA	An12g10960	NT_166527.1	2566417	2566731	D	An12g10960	<2566417..>2566731	Aspergillus niger	84592773
An15g00010	mRNA	An15g00010	NT_166530.1	1	2114	R	An15g00010	complement(join(<1..261,309..444,501..571,662..763,822..953,1011..2003,2064..>2114))	Aspergillus niger	4987607
An15g00020	mRNA	An15g00020	NT_166530.1	3793	6597	D	An15g00020	join(<3793..3983,4016..4424,4521..4955,5012..5377,5436..5471,5539..5605,5692..5780,5828..5845,5895..5940,5978..6070,6202..6321,6377..>6597)	Aspergillus niger	4987632
An15g00025	mRNA	An15g00025	NT_166530.1	7721	7960	D	An15g00025	<7721..>7960	Aspergillus niger	84593076
An15g00030	mRNA	An15g00030	NT_166530.1	8003	11545	R	An15g00030	complement(join(<8003..8127,8302..8469,8625..9149,9617..10216,10282..10652,10708..10835,10900..11239,11346..>11545))	Aspergillus niger	4987619
An15g00040	mRNA	An15g00040	NT_166530.1	11697	12705	R	An15g00040	complement(join(<11697..11733,11830..12070,12242..12328,12419..12466,12525..>12705))	Aspergillus niger	4987636
An15g00050	mRNA	An15g00050	NT_166530.1	13268	15279	D	An15g00050	join(<13268..13415,13510..13855,13938..14232,14330..14435,14485..14710,14769..>15279)	Aspergillus niger	4987605
An15g00060	mRNA	An15g00060	NT_166530.1	15802	16701	D	An15g00060	join(<15802..16031,16200..16317,16404..16493,16570..>16701)	Aspergillus niger	4987611
An15g00070	mRNA	An15g00070	NT_166530.1	17160	18641	R	An15g00070	complement(join(<17160..17300,17360..17504,17558..17642,17698..18075,18136..18223,18296..18406,18509..18540,18629..>18641))	Aspergillus niger	4987622
An15g00080	mRNA	An15g00080	NT_166530.1	20176	20960	R	An15g00080	complement(join(<20176..20350,20430..20554,20626..20649,20713..20807,20918..>20960))	Aspergillus niger	4987625
An15g00090	mRNA	An15g00090	NT_166530.1	21509	21950	D	An15g00090	join(<21509..21563,21631..>21950)	Aspergillus niger	4987614
An15g00100	mRNA	An15g00100	NT_166530.1	22612	23816	R	An15g00100	complement(join(<22612..23271,23352..23727,23797..>23816))	Aspergillus niger	4987612
An15g00110	mRNA	An15g00110	NT_166530.1	25261	26472	D	An15g00110	join(<25261..25378,25494..25739,25856..26115,26182..>26472)	Aspergillus niger	4987608
An15g00120	mRNA	An15g00120	NT_166530.1	27007	28578	R	An15g00120	complement(join(<27007..27357,27425..27598,27698..27751,27814..>28578))	Aspergillus niger	4987627
An15g00130	mRNA	An15g00130	NT_166530.1	30638	32048	R	An15g00130	complement(join(<30638..30662,30797..30839,31250..31296,31419..31543,31876..31984,32041..>32048))	Aspergillus niger	84593077
An15g00140	mRNA	An15g00140	NT_166530.1	37514	39989	R	An15g00140	complement(join(<37514..37538,37636..37711,37785..37917,37985..38455,38565..39100,39173..39501,39571..39652,39890..>39989))	Aspergillus niger	4987601
An15g00150	mRNA	An15g00150	NT_166530.1	41195	42349	D	An15g00150	join(<41195..41463,41560..>42349)	Aspergillus niger	4987615
An15g00160	mRNA	An15g00160	NT_166530.1	43083	46163	R	An15g00160	complement(join(<43083..43972,44077..44258,44312..45258,45323..45590,45678..45784,45856..45947,46100..>46163))	Aspergillus niger	4987633
An15g00170	mRNA	An15g00170	NT_166530.1	47808	49440	R	An15g00170	complement(join(<47808..47941,48008..48212,48266..48459,48515..48863,48992..49075,49133..49305,49395..>49440))	Aspergillus niger	4987617
An15g00180	mRNA	An15g00180	NT_166530.1	54614	55454	R	An15g00180	complement(join(<54614..54729,54798..54834,54937..54994,55393..>55454))	Aspergillus niger	84593078
An15g00190	mRNA	An15g00190	NT_166530.1	59348	60563	R	An15g00190	complement(join(<59348..59455,59529..60173,60252..>60563))	Aspergillus niger	4987624
An15g00200	mRNA	An15g00200	NT_166530.1	61614	63937	D	An15g00200	join(<61614..61627,61762..61950,62009..62044,62106..62203,62308..62477,62541..62621,62677..62784,62836..62955,63027..63401,63462..63638,63698..>63937)	Aspergillus niger	4987600
An15g00210	mRNA	An15g00210	NT_166530.1	64872	67377	D	An15g00210	join(<64872..65000,65086..>67377)	Aspergillus niger	4987618
An15g00220	mRNA	An15g00220	NT_166530.1	67690	68598	R	An15g00220	complement(join(<67690..68402,68466..>68598))	Aspergillus niger	4987634
An15g00230	mRNA	An15g00230	NT_166530.1	69014	70582	D	An15g00230	join(<69014..69112,69191..>70582)	Aspergillus niger	4987628
An15g00240	mRNA	An15g00240	NT_166530.1	71155	72744	R	An15g00240	complement(join(<71155..71300,71369..71668,71751..71921,71971..72074,72131..72138,72189..72216,72270..72301,72370..72612,72670..>72744))	Aspergillus niger	4987629
An15g00250	mRNA	An15g00250	NT_166530.1	73280	74595	D	An15g00250	join(<73280..73323,73425..73681,73789..73941,74000..>74595)	Aspergillus niger	4987602
An15g00260	mRNA	An15g00260	NT_166530.1	74695	75331	R	An15g00260	complement(join(<74695..74792,74977..>75331))	Aspergillus niger	4987610
An15g00270	mRNA	An15g00270	NT_166530.1	76033	77338	D	An15g00270	join(<76033..76121,76193..76413,76473..76572,76628..77050,77113..>77338)	Aspergillus niger	4987613
An15g00280	mRNA	An15g00280	NT_166530.1	77572	78755	R	An15g00280	complement(join(<77572..77707,77770..77873,77940..78517,78650..>78755))	Aspergillus niger	4987621
An15g00290	mRNA	An15g00290	NT_166530.1	79400	81279	R	An15g00290	complement(join(<79400..80287,80350..80531,80597..80873,80935..80956,81026..>81279))	Aspergillus niger	4987620
An15g00300	mRNA	An15g00300	NT_166530.1	82250	84718	D	An15g00300	join(<82250..82346,82598..83738,83797..84394,84443..>84718)	Aspergillus niger	4987609
An15g00310	mRNA	An15g00310	NT_166530.1	85028	86736	R	An15g00310	complement(join(<85028..86104,86158..86454,86524..>86736))	Aspergillus niger	4987630
An15g00320	mRNA	An15g00320	NT_166530.1	87666	89585	D	An15g00320	join(<87666..89067,89134..>89585)	Aspergillus niger	4987604
An15g00330	mRNA	An15g00330	NT_166530.1	90226	91714	R	An15g00330	complement(join(<90226..91017,91073..>91714))	Aspergillus niger	4987599
An15g00340	mRNA	An15g00340	NT_166530.1	92475	93635	D	An15g00340	<92475..>93635	Aspergillus niger	4987616
An15g00350	mRNA	An15g00350	NT_166530.1	93891	96200	D	An15g00350	<93891..>96200	Aspergillus niger	4987626
An15g00360	mRNA	An15g00360	NT_166530.1	97005	100280	D	An15g00360	join(<97005..97450,97511..>100280)	Aspergillus niger	4987603
An15g00370	mRNA	An15g00370	NT_166530.1	100626	101134	D	An15g00370	join(<100626..100795,100864..100926,100993..>101134)	Aspergillus niger	84593079
An15g00380	mRNA	An15g00380	NT_166530.1	101964	103896	R	An15g00380	complement(join(<101964..103544,103630..>103896))	Aspergillus niger	84593080
An15g00390	mRNA	An15g00390	NT_166530.1	104732	110223	R	An15g00390	complement(join(<104732..105565,105622..>110223))	Aspergillus niger	4987637
An15g00400	mRNA	An15g00400	NT_166530.1	111094	111599	D	An15g00400	join(<111094..111120,111183..>111599)	Aspergillus niger	4987638
An15g00410	mRNA	An15g00410	NT_166530.1	112630	113867	R	An15g00410	complement(join(<112630..113521,113611..113786,113853..>113867))	Aspergillus niger	4987640
An15g00420	mRNA	An15g00420	NT_166530.1	116603	119695	R	An15g00420	complement(join(<116603..118906,118963..119103,119171..>119695))	Aspergillus niger	4987641
An15g00430	mRNA	An15g00430	NT_166530.1	120103	120522	D	An15g00430	join(<120103..120128,120297..120361,120440..>120522)	Aspergillus niger	84593081
An15g00440	mRNA	An15g00440	NT_166530.1	123855	126071	D	An15g00440	join(<123855..125721,125783..125979,126033..>126071)	Aspergillus niger	4987643
An15g00450	mRNA	An15g00450	NT_166530.1	127226	129103	R	An15g00450	complement(join(<127226..127707,127765..128883,129082..>129103))	Aspergillus niger	4987644
An15g00460	mRNA	An15g00460	NT_166530.1	129529	131453	D	An15g00460	join(<129529..129570,129625..129654,129717..130742,130815..>131453)	Aspergillus niger	4987645
An15g00470	mRNA	An15g00470	NT_166530.1	132191	136511	R	An15g00470	complement(join(<132191..135475,135528..>136511))	Aspergillus niger	4987646
An15g00480	mRNA	An15g00480	NT_166530.1	137531	142892	D	An15g00480	join(<137531..137658,137719..142737,142808..>142892)	Aspergillus niger	4987647
An15g00490	mRNA	An15g00490	NT_166530.1	143219	144326	D	An15g00490	join(<143219..143243,143375..143736,143811..>144326)	Aspergillus niger	4987648
An15g00500	mRNA	An15g00500	NT_166530.1	144872	145762	D	An15g00500	join(<144872..144915,145033..145228,145295..>145762)	Aspergillus niger	4987649
An15g00510	mRNA	An15g00510	NT_166530.1	145917	146864	R	An15g00510	complement(join(<145917..146555,146628..146739,146827..>146864))	Aspergillus niger	4987650
An15g00520	mRNA	An15g00520	NT_166530.1	147377	147997	D	An15g00520	join(<147377..147415,147495..147708,147864..>147997)	Aspergillus niger	4987651
An15g00530	mRNA	An15g00530	NT_166530.1	148368	149935	D	An15g00530	join(<148368..148428,148492..148563,148617..>149935)	Aspergillus niger	4987652
An15g00540	mRNA	An15g00540	NT_166530.1	150365	151119	D	An15g00540	join(<150365..150463,150527..150787,150896..150993,151056..>151119)	Aspergillus niger	4987653
An15g00550	mRNA	An15g00550	NT_166530.1	151848	152894	R	An15g00550	complement(join(<151848..151958,152043..152150,152177..152404,152478..>152894))	Aspergillus niger	4987654
An15g00560	mRNA	An15g00560	NT_166530.1	155508	157342	D	An15g00560	join(<155508..155514,155642..155672,155930..155985,156173..156203,156278..157049,157112..>157342)	Aspergillus niger	4987655
An15g00570	mRNA	An15g00570	NT_166530.1	158794	161352	R	An15g00570	complement(join(<158794..160412,160475..161002,161073..>161352))	Aspergillus niger	4987656
An15g00580	mRNA	An15g00580	NT_166530.1	162358	164844	D	An15g00580	join(<162358..162546,162637..163060,163120..163183,163254..>164844)	Aspergillus niger	4987657
An15g00590	mRNA	An15g00590	NT_166530.1	166182	170114	R	An15g00590	complement(<166182..>170114)	Aspergillus niger	4987658
An15g00600	mRNA	An15g00600	NT_166530.1	172562	174148	R	An15g00600	complement(join(<172562..172765,173085..173173,173400..173491,173587..173960,174056..>174148))	Aspergillus niger	4987659
An15g00610	mRNA	An15g00610	NT_166530.1	174621	175475	D	An15g00610	join(<174621..174939,175022..175413,175452..>175475)	Aspergillus niger	4987660
An15g00620	mRNA	An15g00620	NT_166530.1	175565	176239	R	An15g00620	complement(join(<175565..175878,175945..>176239))	Aspergillus niger	4987661
An15g00630	mRNA	An15g00630	NT_166530.1	177395	178595	R	An15g00630	complement(join(<177395..178039,178092..178247,178317..>178595))	Aspergillus niger	4987662
An15g00640	mRNA	An15g00640	NT_166530.1	185144	185952	R	An15g00640	complement(join(<185144..185695,185764..>185952))	Aspergillus niger	4987663
An15g00650	mRNA	An15g00650	NT_166530.1	186898	187266	D	An15g00650	<186898..>187266	Aspergillus niger	84593082
An15g00660	mRNA	An15g00660	NT_166530.1	188235	193052	R	An15g00660	complement(join(<188235..189076,189160..189800,189849..189964,190029..190046,190100..190210,190289..191300,191479..191656,191852..>193052))	Aspergillus niger	4987665
An15g00670	mRNA	An15g00670	NT_166530.1	194032	195755	D	An15g00670	join(<194032..194814,194865..195025,195080..195160,195220..195343,195392..195520,195570..>195755)	Aspergillus niger	4987666
An15g00680	mRNA	An15g00680	NT_166530.1	195933	196651	R	An15g00680	complement(join(<195933..196064,196148..196297,196364..>196651))	Aspergillus niger	4987667
An15g00690	mRNA	An15g00690	NT_166530.1	197109	197923	D	An15g00690	join(<197109..197151,197264..197325,197540..197686,197804..>197923)	Aspergillus niger	4987668
An15g00700	mRNA	An15g00700	NT_166530.1	198502	199195	R	An15g00700	complement(join(<198502..198635,198710..198786,198871..198962,199037..>199195))	Aspergillus niger	4987669
An15g00710	mRNA	An15g00710	NT_166530.1	199444	200826	R	An15g00710	complement(join(<199444..199618,199766..199826,199924..200028,200121..200140,200330..200356,200789..>200826))	Aspergillus niger	84593083
An15g00720	mRNA	An15g00720	NT_166530.1	202604	202916	D	An15g00720	join(<202604..202816,202860..>202916)	Aspergillus niger	84593084
An15g00728	mRNA	An15g00728	NT_166530.1	204230	205378	D	An15g00728	<204230..>205378	Aspergillus niger	4987672
An15g00730	mRNA	An15g00730	NT_166530.1	206294	207485	R	An15g00730	complement(join(<206294..207259,207312..>207485))	Aspergillus niger	4987673
An15g00740	mRNA	An15g00740	NT_166530.1	208356	210047	D	An15g00740	<208356..>210047	Aspergillus niger	4987674
An15g00750	mRNA	An15g00750	NT_166530.1	210776	211249	R	An15g00750	complement(<210776..>211249)	Aspergillus niger	84593085
An15g00760	mRNA	An15g00760	NT_166530.1	211354	212037	R	An15g00760	complement(join(<211354..211460,211701..211902,212008..>212037))	Aspergillus niger	4987675
An15g00770	mRNA	An15g00770	NT_166530.1	212674	213413	D	An15g00770	join(<212674..213247,213322..>213413)	Aspergillus niger	4987677
An15g00780	mRNA	An15g00780	NT_166530.1	218154	218586	R	An15g00780	complement(join(<218154..218289,218342..>218586))	Aspergillus niger	84593086
An15g00790	mRNA	An15g00790	NT_166530.1	218977	220711	D	An15g00790	join(<218977..218981,219181..220103,220309..220575,220641..>220711)	Aspergillus niger	4987679
An15g00800	mRNA	An15g00800	NT_166530.1	222140	224043	R	An15g00800	complement(join(<222140..222210,222355..222538,222612..222630,222851..>224043))	Aspergillus niger	84593087
An15g00810	mRNA	An15g00810	NT_166530.1	224647	226549	D	An15g00810	join(<224647..224795,224957..226301,226448..>226549)	Aspergillus niger	4987681
An15g00820	mRNA	An15g00820	NT_166530.1	226715	229381	R	An15g00820	complement(join(<226715..226940,227018..227160,227253..227588,227644..227881,227937..>229381))	Aspergillus niger	4987682
An15g00830	mRNA	An15g00830	NT_166530.1	229775	230776	R	An15g00830	complement(<229775..>230776)	Aspergillus niger	4987683
An15g00840	mRNA	An15g00840	NT_166530.1	231366	233291	R	An15g00840	complement(join(<231366..231985,232038..232125,232177..232622,232678..232797,232856..233022,233083..>233291))	Aspergillus niger	4987684
An15g00850	mRNA	An15g00850	NT_166530.1	233688	235668	D	An15g00850	join(<233688..234068,234133..>235668)	Aspergillus niger	4987685
An15g00860	mRNA	An15g00860	NT_166530.1	236315	237865	D	An15g00860	join(<236315..236582,236650..236888,236941..236965,237016..237365,237401..>237865)	Aspergillus niger	4987686
An15g00870	mRNA	An15g00870	NT_166530.1	239122	239976	R	An15g00870	complement(join(<239122..239509,239595..239668,239738..239790,239868..>239976))	Aspergillus niger	4987687
An15g00880	mRNA	An15g00880	NT_166530.1	240507	242493	D	An15g00880	join(<240507..240647,240789..241271,241338..241634,241690..>242493)	Aspergillus niger	4987688
An15g00890	mRNA	An15g00890	NT_166530.1	242964	244661	R	An15g00890	complement(join(<242964..243458,243518..243745,243807..244402,244511..>244661))	Aspergillus niger	4987689
An15g00900	mRNA	An15g00900	NT_166530.1	245242	246483	D	An15g00900	join(<245242..245593,245750..>246483)	Aspergillus niger	4987690
An15g00910	mRNA	An15g00910	NT_166530.1	247273	248801	R	An15g00910	complement(join(<247273..247320,247370..247955,248059..>248801))	Aspergillus niger	4987691
An15g00920	mRNA	An15g00920	NT_166530.1	251325	252800	D	An15g00920	<251325..>252800	Aspergillus niger	4987692
An15g00930	mRNA	An15g00930	NT_166530.1	253146	255533	R	An15g00930	complement(join(<253146..253175,253279..254378,254427..254709,254766..>255533))	Aspergillus niger	4987693
An15g00940	mRNA	An15g00940	NT_166530.1	255833	256827	D	An15g00940	join(<255833..255971,256070..>256827)	Aspergillus niger	4987694
An15g00950	mRNA	An15g00950	NT_166530.1	257429	259981	R	An15g00950	complement(join(<257429..257602,257674..258747,258805..259461,259517..259660,259787..>259981))	Aspergillus niger	4987695
An15g00960	mRNA	An15g00960	NT_166530.1	260315	262127	D	An15g00960	join(<260315..260342,260422..>262127)	Aspergillus niger	4987696
An15g00970	mRNA	An15g00970	NT_166530.1	262480	263403	R	An15g00970	complement(<262480..>263403)	Aspergillus niger	4987697
An15g00980	mRNA	An15g00980	NT_166530.1	263851	265428	D	An15g00980	join(<263851..263866,263927..263957,264021..>265428)	Aspergillus niger	4987698
An15g00990	mRNA	An15g00990	NT_166530.1	265664	266369	R	An15g00990	complement(join(<265664..265798,265860..266231,266340..>266369))	Aspergillus niger	4987699
An15g01000	mRNA	An15g01000	NT_166530.1	266769	268931	D	An15g01000	join(<266769..266884,266951..>268931)	Aspergillus niger	4987700
An15g01020	mRNA	An15g01020	NT_166530.1	270337	271426	R	An15g01020	complement(join(<270337..270605,270672..270976,271084..271159,271228..>271426))	Aspergillus niger	4987702
An15g01030	mRNA	An15g01030	NT_166530.1	272475	275170	R	An15g01030	complement(join(<272475..273382,273759..273899,274098..274120,274235..274366,274696..274772,275005..275023,275136..>275170))	Aspergillus niger	84593088
An15g01040	mRNA	An15g01040	NT_166530.1	276894	277813	D	An15g01040	join(<276894..276980,277014..277180,277409..277412,277460..277573,277615..277736,277771..>277813)	Aspergillus niger	84593089
An15g01050	mRNA	An15g01050	NT_166530.1	279672	280345	D	An15g01050	join(<279672..279737,279792..279915,280007..280073,280174..280201,280295..>280345)	Aspergillus niger	84593090
An15g01060	mRNA	An15g01060	NT_166530.1	280721	281420	D	An15g01060	join(<280721..280772,280884..280902,281020..281066,281212..>281420)	Aspergillus niger	84593091
An15g01070	mRNA	An15g01070	NT_166530.1	282295	283063	D	An15g01070	join(<282295..282375,282650..>283063)	Aspergillus niger	84593092
An15g01080	mRNA	An15g01080	NT_166530.1	284942	286561	R	An15g01080	complement(join(<284942..285026,285193..285443,285622..285783,286211..286367,286497..>286561))	Aspergillus niger	84593093
An15g01090	mRNA	An15g01090	NT_166530.1	286925	289367	D	An15g01090	join(<286925..286964,287043..287172,287264..287413,287520..287616,287698..287859,288205..288383,288621..288713,288790..288922,289146..289226,289311..>289367)	Aspergillus niger	84593094
An15g01100	mRNA	An15g01100	NT_166530.1	290296	290888	D	An15g01100	join(<290296..290388,290547..290651,290709..>290888)	Aspergillus niger	84593095
An15g01110	mRNA	An15g01110	NT_166530.1	295007	296434	D	An15g01110	<295007..>296434	Aspergillus niger	4987711
An15g01120	mRNA	An15g01120	NT_166530.1	298612	300328	R	An15g01120	complement(join(<298612..298740,298796..298882,298921..298996,299043..299269,299348..>300328))	Aspergillus niger	4987712
An15g01130	mRNA	An15g01130	NT_166530.1	305590	310309	D	An15g01130	join(<305590..309276,309332..309715,309773..>310309)	Aspergillus niger	4987713
An15g01140	mRNA	An15g01140	NT_166530.1	310731	313437	R	An15g01140	complement(join(<310731..310758,310997..311251,311330..311430,311493..311725,311853..311913,311967..312084,312132..312304,312359..312541,312622..>313437))	Aspergillus niger	4987714
An15g01150	mRNA	An15g01150	NT_166530.1	314256	315161	D	An15g01150	join(<314256..314274,314386..>315161)	Aspergillus niger	4987715
An15g01155	mRNA	An15g01155	NT_166530.1	315216	315737	R	An15g01155	complement(join(<315216..315512,315564..>315737))	Aspergillus niger	4987716
An15g01160	mRNA	An15g01160	NT_166530.1	316084	319739	D	An15g01160	join(<316084..316287,316344..>319739)	Aspergillus niger	4987717
An15g01170	mRNA	An15g01170	NT_166530.1	319977	320606	R	An15g01170	complement(<319977..>320606)	Aspergillus niger	4987718
An15g01180	mRNA	An15g01180	NT_166530.1	321553	324559	R	An15g01180	complement(join(<321553..321983,322037..322592,322645..322923,322973..>324559))	Aspergillus niger	4987719
An15g01190	mRNA	An15g01190	NT_166530.1	332277	333770	R	An15g01190	complement(join(<332277..332359,332577..332616,332792..332844,332973..333159,333642..>333770))	Aspergillus niger	84593096
An15g01200	mRNA	An15g01200	NT_166530.1	334466	334945	D	An15g01200	<334466..>334945	Aspergillus niger	84593097
An15g01210	mRNA	An15g01210	NT_166530.1	337438	338572	D	An15g01210	join(<337438..337755,337832..>338572)	Aspergillus niger	84593098
An15g01220	mRNA	An15g01220	NT_166530.1	339158	339991	R	An15g01220	complement(join(<339158..339412,339525..339674,339719..>339991))	Aspergillus niger	84593099
An15g01230	mRNA	An15g01230	NT_166530.1	343569	348269	R	An15g01230	complement(<343569..>348269)	Aspergillus niger	4987724
An15g01240	mRNA	An15g01240	NT_166530.1	349077	352423	D	An15g01240	join(<349077..349146,349257..349567,349624..349794,349871..351195,351251..351333,351389..351692,351748..351927,351979..>352423)	Aspergillus niger	4987725
An15g01250	mRNA	An15g01250	NT_166530.1	352738	353413	R	An15g01250	complement(join(<352738..353139,353219..>353413))	Aspergillus niger	4987726
An15g01260	mRNA	An15g01260	NT_166530.1	355187	355831	R	An15g01260	complement(join(<355187..355464,355516..355587,355630..355699,355757..>355831))	Aspergillus niger	84593100
An15g01270	mRNA	An15g01270	NT_166530.1	356327	356703	R	An15g01270	complement(join(<356327..356596,356653..>356703))	Aspergillus niger	4987728
An15g01280	mRNA	An15g01280	NT_166530.1	357365	358264	D	An15g01280	join(<357365..357561,357628..>358264)	Aspergillus niger	4987729
An15g01290	mRNA	An15g01290	NT_166530.1	358502	359822	R	An15g01290	complement(join(<358502..358719,358861..359627,359692..>359822))	Aspergillus niger	4987730
An15g01300	mRNA	An15g01300	NT_166530.1	360386	362616	D	An15g01300	join(<360386..360497,360554..>362616)	Aspergillus niger	4987731
An15g01310	mRNA	An15g01310	NT_166530.1	362944	364354	D	An15g01310	join(<362944..364093,364155..>364354)	Aspergillus niger	4987732
An15g01320	mRNA	An15g01320	NT_166530.1	365033	371504	R	An15g01320	complement(join(<365033..366607,366665..366966,366998..367244,367304..368581,368645..369001,369057..>371504))	Aspergillus niger	4987733
An15g01330	mRNA	An15g01330	NT_166530.1	371808	372711	D	An15g01330	join(<371808..372021,372086..>372711)	Aspergillus niger	4987734
An15g01340	mRNA	An15g01340	NT_166530.1	372942	375302	R	An15g01340	complement(join(<372942..374036,374088..375115,375173..>375302))	Aspergillus niger	4987735
An15g01350	mRNA	An15g01350	NT_166530.1	376083	378016	R	An15g01350	complement(join(<376083..376400,376456..376941,377015..>378016))	Aspergillus niger	4987736
An15g01360	mRNA	An15g01360	NT_166530.1	378520	379908	D	An15g01360	join(<378520..378794,378853..378938,378996..379160,379215..379285,379351..>379908)	Aspergillus niger	4987737
An15g01370	mRNA	An15g01370	NT_166530.1	380111	381579	R	An15g01370	complement(join(<380111..380830,380894..381373,381454..>381579))	Aspergillus niger	4987738
An15g01380	mRNA	An15g01380	NT_166530.1	381951	382879	D	An15g01380	join(<381951..381984,382067..382101,382181..382290,382362..382767,382817..>382879)	Aspergillus niger	4987739
An15g01390	mRNA	An15g01390	NT_166530.1	383198	384448	R	An15g01390	complement(join(<383198..383928,383990..384146,384290..>384448))	Aspergillus niger	4987740
An15g01400	mRNA	An15g01400	NT_166530.1	385837	386614	D	An15g01400	join(<385837..386161,386220..>386614)	Aspergillus niger	4987741
An15g01410	mRNA	An15g01410	NT_166530.1	387061	388381	D	An15g01410	join(<387061..387100,387189..>388381)	Aspergillus niger	4987742
An15g01420	mRNA	An15g01420	NT_166530.1	388669	391513	D	An15g01420	join(<388669..388915,388997..389476,389542..389699,389751..389796,389855..390233,390296..391205,391265..>391513)	Aspergillus niger	4987743
An15g01430	mRNA	An15g01430	NT_166530.1	391636	392434	R	An15g01430	complement(join(<391636..392332,392397..>392434))	Aspergillus niger	4987744
An15g01440	mRNA	An15g01440	NT_166530.1	392954	395803	D	An15g01440	join(<392954..393140,393202..394123,394180..>395803)	Aspergillus niger	4987745
An15g01450	mRNA	An15g01450	NT_166530.1	396609	398441	R	An15g01450	complement(join(<396609..397363,397475..397606,397667..>398441))	Aspergillus niger	4987746
An15g01460	mRNA	An15g01460	NT_166530.1	399768	400631	D	An15g01460	join(<399768..399815,399905..400094,400165..>400631)	Aspergillus niger	4987747
An15g01470	mRNA	An15g01470	NT_166530.1	401518	404927	D	An15g01470	join(<401518..403476,403528..403640,403698..403870,403922..404051,404099..404189,404340..>404927)	Aspergillus niger	4987748
An15g01480	mRNA	An15g01480	NT_166530.1	405293	406430	D	An15g01480	join(<405293..405354,405503..>406430)	Aspergillus niger	4987749
An15g01490	mRNA	An15g01490	NT_166530.1	407115	407867	D	An15g01490	<407115..>407867	Aspergillus niger	4987750
An15g01500	mRNA	An15g01500	NT_166530.1	409696	411432	D	An15g01500	join(<409696..410257,410330..>411432)	Aspergillus niger	4987751
An15g01510	mRNA	An15g01510	NT_166530.1	412238	416071	R	An15g01510	complement(join(<412238..414207,414259..414733,414830..414996,415102..>416071))	Aspergillus niger	4987752
An15g01520	mRNA	An15g01520	NT_166530.1	416702	423071	D	An15g01520	join(<416702..416829,417151..417183,417242..422436,422497..>423071)	Aspergillus niger	4987753
An15g01530	mRNA	An15g01530	NT_166530.1	423536	425099	R	An15g01530	complement(join(<423536..423577,423798..423874,423948..424755,424808..424926,425057..>425099))	Aspergillus niger	4987754
An15g01540	mRNA	An15g01540	NT_166530.1	425860	427700	D	An15g01540	join(<425860..425949,426023..426094,426183..426321,426379..426424,426518..426799,426947..427015,427219..427419,427458..427510,427588..>427700)	Aspergillus niger	84593101
An15g01550	mRNA	An15g01550	NT_166530.1	427945	432069	D	An15g01550	<427945..>432069	Aspergillus niger	10098198
An15g01560	mRNA	An15g01560	NT_166530.1	433087	435822	R	An15g01560	complement(join(<433087..433475,433539..433857,433913..434175,434230..435601,435667..>435822))	Aspergillus niger	4987757
An15g01570	mRNA	An15g01570	NT_166530.1	435948	436685	R	An15g01570	complement(join(<435948..436044,436138..436258,436350..436415,436622..>436685))	Aspergillus niger	84593102
An15g01580	mRNA	An15g01580	NT_166530.1	437598	438486	D	An15g01580	join(<437598..437816,437899..438298,438359..>438486)	Aspergillus niger	4987759
An15g01590	mRNA	An15g01590	NT_166530.1	438945	440530	D	An15g01590	join(<438945..439225,439295..439764,439830..440175,440230..440459,440517..>440530)	Aspergillus niger	4987760
An15g01600	mRNA	An15g01600	NT_166530.1	441508	442490	D	An15g01600	join(<441508..441606,441702..441755,441798..442106,442359..>442490)	Aspergillus niger	4987761
An15g01610	mRNA	An15g01610	NT_166530.1	442787	444953	R	An15g01610	complement(join(<442787..443004,443102..443163,443628..443742,443835..444086,444600..444688,444847..>444953))	Aspergillus niger	84593103
An15g01620	mRNA	An15g01620	NT_166530.1	445116	448352	D	An15g01620	join(<445116..447357,447511..>448352)	Aspergillus niger	4987763
An15g01630	mRNA	An15g01630	NT_166530.1	448912	449980	D	An15g01630	join(<448912..448959,449028..449162,449245..449488,449581..449704,449784..449817,449870..>449980)	Aspergillus niger	84593104
An15g01640	mRNA	An15g01640	NT_166530.1	450402	454383	D	An15g01640	join(<450402..450445,450528..450694,450779..450917,451113..451249,451300..451351,451417..451619,451673..451741,451791..451877,451932..452132,452165..453682,453743..>454383)	Aspergillus niger	4987765
An15g01650	mRNA	An15g01650	NT_166530.1	455426	457729	R	An15g01650	complement(join(<455426..455716,455783..457237,457341..457416,457722..>457729))	Aspergillus niger	4987766
An15g01670	mRNA	An15g01670	NT_166530.1	458411	460463	R	An15g01670	complement(join(<458411..459663,459899..460184,460245..>460463))	Aspergillus niger	4987768
An15g01680	mRNA	An15g01680	NT_166530.1	460753	461929	D	An15g01680	join(<460753..461040,461097..461660,461714..>461929)	Aspergillus niger	4987769
An15g01690	mRNA	An15g01690	NT_166530.1	463314	464024	D	An15g01690	join(<463314..463439,463538..463801,463965..>464024)	Aspergillus niger	4987770
An15g01700	mRNA	An15g01700	NT_166530.1	464778	465566	D	An15g01700	join(<464778..465008,465126..465184,465248..>465566)	Aspergillus niger	4987771
An15g01710	mRNA	An15g01710	NT_166530.1	466064	466815	D	An15g01710	join(<466064..466072,466152..466547,466628..466714,466786..>466815)	Aspergillus niger	4987772
An15g01720	mRNA	An15g01720	NT_166530.1	467831	468859	D	An15g01720	<467831..>468859	Aspergillus niger	4987773
An15g01730	mRNA	An15g01730	NT_166530.1	469688	470331	D	An15g01730	join(<469688..469711,469781..469942,470039..470200,470266..>470331)	Aspergillus niger	84593105
An15g01740	mRNA	An15g01740	NT_166530.1	470485	472557	R	An15g01740	complement(join(<470485..471937,472011..472249,472297..>472557))	Aspergillus niger	4987775
An15g01750	mRNA	An15g01750	NT_166530.1	473144	474571	R	An15g01750	complement(<473144..>474571)	Aspergillus niger	4987776
An15g01760	mRNA	An15g01760	NT_166530.1	475083	476960	R	An15g01760	complement(join(<475083..475602,475658..476798,476876..>476960))	Aspergillus niger	4987777
An15g01770	mRNA	An15g01770	NT_166530.1	478440	480334	D	An15g01770	join(<478440..479848,479902..>480334)	Aspergillus niger	4987778
An15g01780	mRNA	An15g01780	NT_166530.1	481612	483313	D	An15g01780	join(<481612..481725,481802..482579,482635..482819,482882..>483313)	Aspergillus niger	4987779
An15g01790	mRNA	An15g01790	NT_166530.1	484341	486526	D	An15g01790	join(<484341..484492,484548..484706,484768..484827,484871..485135,485187..485450,485505..485605,485676..485741,485794..486028,486111..486292,486463..>486526)	Aspergillus niger	4987780
An15g01800	mRNA	An15g01800	NT_166530.1	486689	488242	R	An15g01800	complement(join(<486689..486912,486982..487121,487188..487993,488195..>488242))	Aspergillus niger	4987781
An15g01810	mRNA	An15g01810	NT_166530.1	488867	490803	D	An15g01810	join(<488867..488894,488935..490025,490106..490262,490310..490357,490408..490574,490624..>490803)	Aspergillus niger	4987782
An15g01820	mRNA	An15g01820	NT_166530.1	491115	492210	R	An15g01820	complement(join(<491115..491190,491335..491496,491798..>492210))	Aspergillus niger	84593106
An15g01830	mRNA	An15g01830	NT_166530.1	492408	496041	D	An15g01830	join(<492408..492875,492939..493204,493257..495303,495364..>496041)	Aspergillus niger	4987784
An15g01840	mRNA	An15g01840	NT_166530.1	496213	497229	R	An15g01840	complement(join(<496213..496269,496320..496503,496574..497113,497168..>497229))	Aspergillus niger	4987785
An15g01850	mRNA	An15g01850	NT_166530.1	497861	499439	D	An15g01850	join(<497861..498296,498348..498604,498650..498702,498746..>499439)	Aspergillus niger	4987786
An15g01860	mRNA	An15g01860	NT_166530.1	500653	502452	D	An15g01860	join(<500653..501013,501075..501700,501753..502106,502165..>502452)	Aspergillus niger	4987787
An15g01870	mRNA	An15g01870	NT_166530.1	503359	505312	R	An15g01870	complement(join(<503359..505110,505187..>505312))	Aspergillus niger	4987788
An15g01880	mRNA	An15g01880	NT_166530.1	505636	506494	R	An15g01880	complement(join(<505636..505772,505926..506118,506210..>506494))	Aspergillus niger	4987789
An15g01890	mRNA	An15g01890	NT_166530.1	508144	511430	R	An15g01890	complement(join(<508144..508263,508537..508611,508719..511108,511154..511325,511377..>511430))	Aspergillus niger	4987790
An15g01900	mRNA	An15g01900	NT_166530.1	512289	513956	R	An15g01900	complement(join(<512289..512422,512491..513428,513475..>513956))	Aspergillus niger	4987791
An15g01910	mRNA	An15g01910	NT_166530.1	514589	518040	R	An15g01910	complement(join(<514589..514643,514693..515367,515417..>518040))	Aspergillus niger	4987792
An15g01920	mRNA	An15g01920	NT_166530.1	519212	520708	D	An15g01920	join(<519212..519268,519320..520456,520505..>520708)	Aspergillus niger	4987793
An15g01930	mRNA	An15g01930	NT_166530.1	520824	522748	R	An15g01930	complement(join(<520824..521555,521629..521769,521847..521929,521988..521996,522076..522112,522160..522345,522399..522466,522535..>522748))	Aspergillus niger	4987794
An15g01940	mRNA	An15g01940	NT_166530.1	524500	526394	R	An15g01940	complement(join(<524500..524697,524781..526047,526123..>526394))	Aspergillus niger	4987795
An15g01950	mRNA	An15g01950	NT_166530.1	527435	529481	R	An15g01950	complement(join(<527435..527852,527927..529394,529472..>529481))	Aspergillus niger	4987796
An15g01960	mRNA	An15g01960	NT_166530.1	530226	531567	R	An15g01960	complement(join(<530226..530710,530754..>531567))	Aspergillus niger	4987797
An15g01970	mRNA	An15g01970	NT_166530.1	532276	533419	D	An15g01970	join(<532276..533197,533259..>533419)	Aspergillus niger	4987798
An15g01980	mRNA	An15g01980	NT_166530.1	533691	535090	R	An15g01980	complement(join(<533691..534023,534090..534232,534316..>535090))	Aspergillus niger	4987799
An15g01990	mRNA	An15g01990	NT_166530.1	536217	538899	D	An15g01990	join(<536217..536404,536465..536596,536643..537980,538050..538630,538724..>538899)	Aspergillus niger	4987800
An15g02000	mRNA	An15g02000	NT_166530.1	539949	541184	D	An15g02000	join(<539949..540155,540237..>541184)	Aspergillus niger	4987801
An15g02010	mRNA	An15g02010	NT_166530.1	541339	541903	R	An15g02010	complement(join(<541339..541471,541542..>541903))	Aspergillus niger	84593107
An15g02020	mRNA	An15g02020	NT_166530.1	542024	543548	D	An15g02020	join(<542024..542101,542589..542656,542708..542857,542927..542994,543081..543194,543285..543357,543440..>543548)	Aspergillus niger	84593108
An15g02030	mRNA	An15g02030	NT_166530.1	543948	545408	R	An15g02030	complement(join(<543948..544409,544467..544494,544623..544742,544981..545068,545162..545281,545339..>545408))	Aspergillus niger	84593109
An15g02040	mRNA	An15g02040	NT_166530.1	546399	546790	D	An15g02040	join(<546399..546484,546540..546571,546627..>546790)	Aspergillus niger	4987805
An15g02050	mRNA	An15g02050	NT_166530.1	547693	548691	R	An15g02050	complement(join(<547693..548104,548216..548395,548435..>548691))	Aspergillus niger	84593110
An15g02060	mRNA	An15g02060	NT_166530.1	549732	549989	D	An15g02060	<549732..>549989	Aspergillus niger	84593111
An15g02070	mRNA	An15g02070	NT_166530.1	551118	552380	D	An15g02070	<551118..>552380	Aspergillus niger	4987808
An15g02080	mRNA	An15g02080	NT_166530.1	552534	555546	R	An15g02080	complement(join(<552534..554204,554256..554691,554905..555123,555188..>555546))	Aspergillus niger	4987809
An15g02090	mRNA	An15g02090	NT_166530.1	556439	557783	D	An15g02090	join(<556439..557363,557413..>557783)	Aspergillus niger	4987810
An15g02100	mRNA	An15g02100	NT_166530.1	558276	558675	R	An15g02100	complement(join(<558276..558421,558558..558589,558638..>558675))	Aspergillus niger	84593112
An15g02110	mRNA	An15g02110	NT_166530.1	560315	562323	D	An15g02110	join(<560315..560611,560648..560703,560759..561739,561814..562050,562110..562141,562271..>562323)	Aspergillus niger	4987812
An15g02120	mRNA	An15g02120	NT_166530.1	562511	564532	R	An15g02120	complement(<562511..>564532)	Aspergillus niger	4987813
An15g02130	mRNA	An15g02130	NT_166530.1	566636	574940	R	An15g02130	complement(join(<566636..567505,567563..567883,567951..573410,573481..573637,573698..574131,574189..574457,574518..574662,574728..>574940))	Aspergillus niger	4987814
An15g02140	mRNA	An15g02140	NT_166530.1	575093	576170	R	An15g02140	complement(join(<575093..575235,575332..575793,575847..575924,575993..576011,576129..>576170))	Aspergillus niger	4987815
An15g02150	mRNA	An15g02150	NT_166530.1	577681	578854	D	An15g02150	join(<577681..578195,578259..578332,578397..>578854)	Aspergillus niger	4987816
An15g02160	mRNA	An15g02160	NT_166530.1	579139	579875	R	An15g02160	complement(join(<579139..579568,579724..>579875))	Aspergillus niger	84593113
An15g02170	mRNA	An15g02170	NT_166530.1	580980	581876	R	An15g02170	complement(join(<580980..581414,581544..581603,581772..>581876))	Aspergillus niger	84593114
An15g02180	mRNA	An15g02180	NT_166530.1	581948	583380	D	An15g02180	join(<581948..581983,582049..582407,582498..>583380)	Aspergillus niger	4987819
An15g02190	mRNA	An15g02190	NT_166530.1	584464	586165	D	An15g02190	join(<584464..584765,584827..>586165)	Aspergillus niger	4987820
An15g02200	mRNA	An15g02200	NT_166530.1	586741	588680	D	An15g02200	join(<586741..586801,586869..587212,587277..>588680)	Aspergillus niger	4987821
An15g02210	mRNA	An15g02210	NT_166530.1	589021	591016	R	An15g02210	complement(join(<589021..589640,589703..590173,590241..590474,590534..590615,590670..590711,590771..>591016))	Aspergillus niger	4987822
An15g02220	mRNA	An15g02220	NT_166530.1	593256	593757	D	An15g02220	join(<593256..593397,593483..>593757)	Aspergillus niger	84593115
An15g02230	mRNA	An15g02230	NT_166530.1	594212	595080	R	An15g02230	complement(join(<594212..594529,594907..594946,595070..>595080))	Aspergillus niger	84593116
An15g02240	mRNA	An15g02240	NT_166530.1	595312	595988	D	An15g02240	join(<595312..595419,595501..595602,595650..595780,595850..>595988)	Aspergillus niger	84593117
An15g02250	mRNA	An15g02250	NT_166530.1	596860	597111	R	An15g02250	complement(<596860..>597111)	Aspergillus niger	84593118
An15g02260	mRNA	An15g02260	NT_166530.1	597273	597952	R	An15g02260	complement(join(<597273..597591,597663..597744,597820..>597952))	Aspergillus niger	84593119
An15g02270	mRNA	An15g02270	NT_166530.1	598034	598441	D	An15g02270	<598034..>598441	Aspergillus niger	4987828
An15g02280	mRNA	An15g02280	NT_166530.1	598994	600105	R	An15g02280	complement(join(<598994..599178,599236..599454,599494..599625,599701..600013,600064..>600105))	Aspergillus niger	4987829
An15g02290	mRNA	An15g02290	NT_166530.1	601477	603813	D	An15g02290	join(<601477..602745,602807..602930,602980..603280,603330..603530,603600..>603813)	Aspergillus niger	4987830
An15g02300	mRNA	abfB	NT_166530.1	605172	606671	D	An15g02300	<605172..>606671	Aspergillus niger	4987831
An15g02310	mRNA	An15g02310	NT_166530.1	607120	608892	R	An15g02310	complement(join(<607120..607629,607687..>608892))	Aspergillus niger	84593120
An15g02320	mRNA	An15g02320	NT_166530.1	609454	610518	R	An15g02320	complement(join(<609454..610288,610343..>610518))	Aspergillus niger	4987833
An15g02330	mRNA	An15g02330	NT_166530.1	610800	611485	D	An15g02330	join(<610800..610846,611050..611211,611299..>611485)	Aspergillus niger	84593121
An15g02340	mRNA	An15g02340	NT_166530.1	612647	614555	D	An15g02340	join(<612647..612686,612767..612805,612867..613022,613079..613114,613168..613424,613479..613497,613557..613589,613644..613910,613969..614095,614149..614203,614261..614427,614498..>614555)	Aspergillus niger	4987835
An15g02350	mRNA	An15g02350	NT_166530.1	615625	616767	D	An15g02350	<615625..>616767	Aspergillus niger	4987836
An15g02360	mRNA	An15g02360	NT_166530.1	617532	618956	R	An15g02360	complement(<617532..>618956)	Aspergillus niger	4987837
An15g02370	mRNA	An15g02370	NT_166530.1	620701	622231	D	An15g02370	join(<620701..620995,621063..>622231)	Aspergillus niger	4987838
An15g02380	mRNA	An15g02380	NT_166530.1	623037	624624	D	An15g02380	join(<623037..624154,624346..>624624)	Aspergillus niger	4987839
An15g02390	mRNA	An15g02390	NT_166530.1	624725	625870	R	An15g02390	complement(<624725..>625870)	Aspergillus niger	4987840
An15g02400	mRNA	An15g02400	NT_166530.1	626217	628037	R	An15g02400	complement(join(<626217..626838,626983..>628037))	Aspergillus niger	4987841
An15g02410	mRNA	An15g02410	NT_166530.1	629596	631288	D	An15g02410	join(<629596..629638,629696..629910,629984..630137,630189..630521,630572..630794,631033..631141,631280..>631288)	Aspergillus niger	4987842
An15g02420	mRNA	An15g02420	NT_166530.1	631613	633560	D	An15g02420	join(<631613..631738,631806..631860,631937..633006,633061..633137,633192..633250,633313..633353,633411..>633560)	Aspergillus niger	4987843
An15g02440	mRNA	An15g02440	NT_166530.1	634751	637007	R	An15g02440	complement(<634751..>637007)	Aspergillus niger	4987845
An15g02450	mRNA	An15g02450	NT_166530.1	637389	639084	R	An15g02450	complement(join(<637389..637781,637856..638144,638197..638620,638673..>639084))	Aspergillus niger	4987846
An15g02460	mRNA	An15g02460	NT_166530.1	640554	642143	D	An15g02460	<640554..>642143	Aspergillus niger	4987847
An15g02470	mRNA	An15g02470	NT_166530.1	642805	644325	R	An15g02470	complement(<642805..>644325)	Aspergillus niger	4987848
An15g02480	mRNA	An15g02480	NT_166530.1	644666	645310	R	An15g02480	complement(join(<644666..645040,645308..>645310))	Aspergillus niger	84593122
An15g02490	mRNA	An15g02490	NT_166530.1	645510	646799	R	An15g02490	complement(join(<645510..646353,646421..646590,646656..646696,646769..>646799))	Aspergillus niger	4987850
An15g02500	mRNA	An15g02500	NT_166530.1	646822	647679	D	An15g02500	join(<646822..646958,647142..647244,647355..647508,647603..>647679)	Aspergillus niger	84593123
An15g02510	mRNA	An15g02510	NT_166530.1	648118	648588	R	An15g02510	complement(<648118..>648588)	Aspergillus niger	84593124
An15g02520	mRNA	An15g02520	NT_166530.1	649260	650285	R	An15g02520	complement(join(<649260..649595,649908..>650285))	Aspergillus niger	4987853
An15g02530	mRNA	An15g02530	NT_166530.1	650329	651190	D	An15g02530	join(<650329..650372,650702..650867,650996..>651190)	Aspergillus niger	84593125
An15g02540	mRNA	An15g02540	NT_166530.1	651653	652547	R	An15g02540	complement(join(<651653..651835,651898..652126,652195..>652547))	Aspergillus niger	84593126
An15g02550	mRNA	An15g02550	NT_166530.1	653234	655184	D	An15g02550	join(<653234..654156,654213..654438,654552..654655,654908..654928,654967..655003,655152..>655184)	Aspergillus niger	4987856
An15g02560	mRNA	An15g02560	NT_166530.1	656117	656450	D	An15g02560	join(<656117..656386,656418..>656450)	Aspergillus niger	84593127
An15g02570	mRNA	An15g02570	NT_166530.1	657090	657689	D	An15g02570	join(<657090..657182,657262..657323,657416..657571,657626..>657689)	Aspergillus niger	84593128
An15g02580	mRNA	An15g02580	NT_166530.1	658022	660096	D	An15g02580	join(<658022..658144,658372..658964,659118..659230,659368..659374,659474..659549,659665..659705,659815..659892,660078..>660096)	Aspergillus niger	4987859
An15g02590	mRNA	An15g02590	NT_166530.1	660247	662805	R	An15g02590	complement(<660247..>662805)	Aspergillus niger	4987860
An15g02600	mRNA	An15g02600	NT_166530.1	663523	664221	R	An15g02600	complement(<663523..>664221)	Aspergillus niger	4987861
An15g02610	mRNA	An15g02610	NT_166530.1	665083	665937	D	An15g02610	<665083..>665937	Aspergillus niger	4987862
An15g02620	mRNA	An15g02620	NT_166530.1	666116	667419	R	An15g02620	complement(join(<666116..666904,666962..667279,667336..>667419))	Aspergillus niger	4987863
An15g02630	mRNA	An15g02630	NT_166530.1	667843	668955	D	An15g02630	<667843..>668955	Aspergillus niger	4987864
An15g02640	mRNA	An15g02640	NT_166530.1	669093	670406	R	An15g02640	complement(join(<669093..669138,669247..>670406))	Aspergillus niger	4987865
An15g02650	mRNA	An15g02650	NT_166530.1	670785	671299	R	An15g02650	complement(join(<670785..671144,671213..>671299))	Aspergillus niger	4987866
An15g02660	mRNA	An15g02660	NT_166530.1	672106	672597	R	An15g02660	complement(<672106..>672597)	Aspergillus niger	84593129
An15g02670	mRNA	An15g02670	NT_166530.1	672699	674733	R	An15g02670	complement(<672699..>674733)	Aspergillus niger	84593130
An15g02680	mRNA	An15g02680	NT_166530.1	675311	677153	R	An15g02680	complement(join(<675311..675351,675381..676833,676893..>677153))	Aspergillus niger	4987868
An15g02690	mRNA	An15g02690	NT_166530.1	677954	679344	R	An15g02690	complement(join(<677954..678411,678472..679054,679123..>679344))	Aspergillus niger	4987870
An15g02700	mRNA	An15g02700	NT_166530.1	679864	682147	D	An15g02700	join(<679864..679929,679987..680598,680673..681504,681569..681672,681742..681969,682043..>682147)	Aspergillus niger	4987871
An15g02710	mRNA	An15g02710	NT_166530.1	682859	683933	R	An15g02710	complement(join(<682859..682907,682981..683616,683683..>683933))	Aspergillus niger	4987872
An15g02720	mRNA	An15g02720	NT_166530.1	684736	685366	R	An15g02720	complement(join(<684736..684930,685051..685158,685253..>685366))	Aspergillus niger	84593131
An15g02730	mRNA	An15g02730	NT_166530.1	687703	689636	R	An15g02730	complement(join(<687703..687804,687863..688006,688112..688365,688452..688522,688570..688668,688795..688927,689202..689312,689440..689555,689626..>689636))	Aspergillus niger	84593132
An15g02740	mRNA	An15g02740	NT_166530.1	689891	694913	D	An15g02740	join(<689891..690301,690342..694761,694837..>694913)	Aspergillus niger	4987875
An15g02750	mRNA	An15g02750	NT_166530.1	695623	697541	R	An15g02750	complement(join(<695623..695709,695821..695858,695970..696421,696484..>697541))	Aspergillus niger	4987876
An15g02760	mRNA	An15g02760	NT_166530.1	698630	700517	D	An15g02760	join(<698630..698740,698927..699241,699350..699466,699534..>700517)	Aspergillus niger	4987877
An15g02770	mRNA	An15g02770	NT_166530.1	700748	703564	R	An15g02770	complement(join(<700748..700848,700984..>703564))	Aspergillus niger	4987878
An15g02780	mRNA	An15g02780	NT_166530.1	704480	705600	R	An15g02780	complement(join(<704480..704594,704803..704930,705412..>705600))	Aspergillus niger	84593133
An15g02790	mRNA	An15g02790	NT_166530.1	706075	706765	D	An15g02790	join(<706075..706172,706348..706453,706691..>706765)	Aspergillus niger	84593134
An15g02800	mRNA	An15g02800	NT_166530.1	707587	708148	R	An15g02800	complement(join(<707587..708033,708119..>708148))	Aspergillus niger	84593135
An15g02810	mRNA	An15g02810	NT_166530.1	710865	712190	R	An15g02810	complement(<710865..>712190)	Aspergillus niger	4987882
An15g02820	mRNA	An15g02820	NT_166530.1	712554	714558	R	An15g02820	complement(join(<712554..714462,714515..>714558))	Aspergillus niger	4987883
An15g02830	mRNA	An15g02830	NT_166530.1	714832	716646	D	An15g02830	join(<714832..715461,715524..716106,716168..>716646)	Aspergillus niger	4987884
An15g02840	mRNA	An15g02840	NT_166530.1	717074	717930	D	An15g02840	join(<717074..717161,717228..717703,717874..>717930)	Aspergillus niger	4987885
An15g02850	mRNA	An15g02850	NT_166530.1	718219	718899	R	An15g02850	complement(join(<718219..718722,718840..>718899))	Aspergillus niger	4987886
An15g02860	mRNA	An15g02860	NT_166530.1	719473	720702	D	An15g02860	join(<719473..719527,719583..719841,719898..720061,720119..720318,720374..720524,720578..>720702)	Aspergillus niger	4987887
An15g02870	mRNA	An15g02870	NT_166530.1	721230	723134	D	An15g02870	<721230..>723134	Aspergillus niger	84593136
An15g02880	mRNA	An15g02880	NT_166530.1	723695	724944	D	An15g02880	join(<723695..723931,724006..>724944)	Aspergillus niger	4987889
An15g02890	mRNA	An15g02890	NT_166530.1	725471	729258	D	An15g02890	join(<725471..725581,725638..726553,726610..726961,727008..>729258)	Aspergillus niger	4987890
An15g02900	mRNA	An15g02900	NT_166530.1	730196	735826	R	An15g02900	complement(join(<730196..730927,730981..731250,731318..>735826))	Aspergillus niger	4987891
An15g02910	mRNA	An15g02910	NT_166530.1	736954	737269	R	An15g02910	complement(join(<736954..737064,737185..737215,737262..>737269))	Aspergillus niger	84593137
An15g02920	mRNA	An15g02920	NT_166530.1	738028	738440	R	An15g02920	complement(join(<738028..738123,738309..>738440))	Aspergillus niger	84593138
An15g02930	mRNA	An15g02930	NT_166530.1	738684	743451	D	An15g02930	join(<738684..739261,739348..740860,740966..742459,742510..742973,743028..>743451)	Aspergillus niger	4987894
An15g02940	mRNA	An15g02940	NT_166530.1	743905	744623	D	An15g02940	join(<743905..744000,744073..744228,744334..744426,744516..>744623)	Aspergillus niger	84593139
An15g02950	mRNA	An15g02950	NT_166530.1	745133	746181	D	An15g02950	join(<745133..745273,745324..745594,745808..>746181)	Aspergillus niger	84593140
An15g02960	mRNA	An15g02960	NT_166530.1	746395	747997	D	An15g02960	join(<746395..746471,746614..>747997)	Aspergillus niger	4987897
An15g02970	mRNA	An15g02970	NT_166530.1	749354	749676	R	An15g02970	complement(join(<749354..749569,749641..>749676))	Aspergillus niger	84593141
An15g02980	mRNA	An15g02980	NT_166530.1	750388	751532	D	An15g02980	join(<750388..750865,750936..751417,751470..>751532)	Aspergillus niger	4987899
An15g02990	mRNA	An15g02990	NT_166530.1	752303	753125	D	An15g02990	join(<752303..752320,752397..>753125)	Aspergillus niger	4987900
An15g03000	mRNA	An15g03000	NT_166530.1	753411	753645	R	An15g03000	complement(join(<753411..753458,753538..>753645))	Aspergillus niger	84593142
An15g03010	mRNA	An15g03010	NT_166530.1	753673	754729	D	An15g03010	join(<753673..753674,753903..754025,754106..754506,754680..>754729)	Aspergillus niger	4987902
An15g03020	mRNA	An15g03020	NT_166530.1	754860	755891	R	An15g03020	complement(join(<754860..755405,755487..755706,755770..755808,755866..>755891))	Aspergillus niger	4987903
An15g03030	mRNA	An15g03030	NT_166530.1	756312	757594	D	An15g03030	join(<756312..756459,756512..756803,756871..>757594)	Aspergillus niger	4987904
An15g03040	mRNA	An15g03040	NT_166530.1	759122	762862	R	An15g03040	complement(join(<759122..759577,759633..759919,759980..761077,761154..761798,761867..762569,762626..>762862))	Aspergillus niger	4987905
An15g03050	mRNA	An15g03050	NT_166530.1	763532	764285	D	An15g03050	join(<763532..763623,763747..763993,764084..764153,764239..>764285)	Aspergillus niger	84593143
An15g03060	mRNA	An15g03060	NT_166530.1	764717	765751	D	An15g03060	join(<764717..764813,764901..765447,765552..765622,765711..>765751)	Aspergillus niger	84593144
An15g03070	mRNA	An15g03070	NT_166530.1	766017	766777	D	An15g03070	join(<766017..766318,766413..766523,766681..>766777)	Aspergillus niger	84593145
An15g03080	mRNA	An15g03080	NT_166530.1	767018	768859	D	An15g03080	join(<767018..767349,767483..767651,767708..768570,768721..>768859)	Aspergillus niger	4987909
An15g03090	mRNA	An15g03090	NT_166530.1	769282	770579	D	An15g03090	join(<769282..769857,769917..>770579)	Aspergillus niger	4987910
An15g03100	mRNA	An15g03100	NT_166530.1	771910	774057	D	An15g03100	join(<771910..772355,772520..773402,773528..773957,774011..>774057)	Aspergillus niger	4987911
An15g03110	mRNA	An15g03110	NT_166530.1	774969	776079	D	An15g03110	join(<774969..775039,775183..775311,775407..775466,775566..775641,776005..>776079)	Aspergillus niger	84593146
An15g03120	mRNA	An15g03120	NT_166530.1	776186	777949	D	An15g03120	join(<776186..776206,776241..776322,776442..776549,776635..776738,776815..777001,777151..777255,777339..777820,777890..>777949)	Aspergillus niger	84593147
An15g03130	mRNA	An15g03130	NT_166530.1	778046	779429	R	An15g03130	complement(join(<778046..778201,778683..778865,779084..779159,779320..>779429))	Aspergillus niger	84593148
An15g03140	mRNA	An15g03140	NT_166530.1	779543	785788	D	An15g03140	join(<779543..780109,780179..>785788)	Aspergillus niger	4987915
An15g03150	mRNA	An15g03150	NT_166530.1	787333	790200	R	An15g03150	complement(join(<787333..789498,789562..>790200))	Aspergillus niger	4987916
An15g03160	mRNA	An15g03160	NT_166530.1	790581	790863	D	An15g03160	join(<790581..790642,790671..>790863)	Aspergillus niger	84593149
An15g03170	mRNA	An15g03170	NT_166530.1	791053	791826	D	An15g03170	join(<791053..791180,791277..791324,791404..791475,791565..>791826)	Aspergillus niger	84593150
An15g03180	mRNA	An15g03180	NT_166530.1	792141	793040	D	An15g03180	join(<792141..792153,792246..792444,792827..>793040)	Aspergillus niger	84593151
An15g03190	mRNA	An15g03190	NT_166530.1	793374	795204	D	An15g03190	join(<793374..793385,793541..793599,793682..793835,793896..793983,794034..794105,794166..794669,794738..>795204)	Aspergillus niger	4987920
An15g03200	mRNA	An15g03200	NT_166530.1	795533	796699	R	An15g03200	complement(join(<795533..796412,796481..796533,796667..>796699))	Aspergillus niger	4987921
An15g03210	mRNA	An15g03210	NT_166530.1	797395	799026	D	An15g03210	<797395..>799026	Aspergillus niger	4987922
An15g03220	mRNA	An15g03220	NT_166530.1	799482	800374	R	An15g03220	complement(join(<799482..799550,799622..>800374))	Aspergillus niger	4987923
An15g03230	mRNA	An15g03230	NT_166530.1	801183	803928	D	An15g03230	join(<801183..801603,801721..802086,802165..803353,803444..803552,803608..>803928)	Aspergillus niger	4987924
An15g03240	mRNA	An15g03240	NT_166530.1	804065	805911	R	An15g03240	complement(join(<804065..805556,805619..>805911))	Aspergillus niger	4987925
An15g03250	mRNA	An15g03250	NT_166530.1	806373	806691	D	An15g03250	join(<806373..806453,806542..>806691)	Aspergillus niger	84593152
An15g03260	mRNA	An15g03260	NT_166530.1	807434	808579	D	An15g03260	join(<807434..807515,807588..>808579)	Aspergillus niger	4987927
An15g03270	mRNA	An15g03270	NT_166530.1	808854	809667	R	An15g03270	complement(join(<808854..809028,809191..809393,809530..>809667))	Aspergillus niger	84593153
An15g03280	mRNA	An15g03280	NT_166530.1	809885	812984	D	An15g03280	join(<809885..810727,810786..811186,811235..>812984)	Aspergillus niger	4987929
An15g03290	mRNA	An15g03290	NT_166530.1	813654	814089	R	An15g03290	complement(join(<813654..813809,813889..813938,814029..>814089))	Aspergillus niger	84593154
An15g03300	mRNA	An15g03300	NT_166530.1	815632	816075	D	An15g03300	<815632..>816075	Aspergillus niger	4987931
An15g03310	mRNA	An15g03310	NT_166530.1	818070	818494	D	An15g03310	join(<818070..818127,818195..818311,818415..>818494)	Aspergillus niger	84593155
An15g03320	mRNA	An15g03320	NT_166530.1	819105	819557	R	An15g03320	complement(join(<819105..819183,819255..819368,819460..>819557))	Aspergillus niger	84593156
An15g03330	mRNA	An15g03330	NT_166530.1	819700	821191	D	An15g03330	join(<819700..820135,820193..820478,820528..>821191)	Aspergillus niger	4987934
An15g03340	mRNA	An15g03340	NT_166530.1	821724	822163	D	An15g03340	join(<821724..821949,822069..>822163)	Aspergillus niger	4987935
An15g03350	mRNA	An15g03350	NT_166530.1	822541	824142	R	An15g03350	complement(join(<822541..822798,822850..>824142))	Aspergillus niger	4987936
An15g03360	mRNA	An15g03360	NT_166530.1	824732	825379	R	An15g03360	complement(<824732..>825379)	Aspergillus niger	4987937
An15g03370	mRNA	An15g03370	NT_166530.1	825743	827224	D	An15g03370	join(<825743..826775,826893..>827224)	Aspergillus niger	4987938
An15g03380	mRNA	An15g03380	NT_166530.1	827318	827978	R	An15g03380	complement(join(<827318..827338,827376..>827978))	Aspergillus niger	4987939
An15g03390	mRNA	An15g03390	NT_166530.1	828913	829805	D	An15g03390	join(<828913..829232,829301..>829805)	Aspergillus niger	4987940
An15g03400	mRNA	An15g03400	NT_166530.1	830746	831150	D	An15g03400	join(<830746..831082,831119..>831150)	Aspergillus niger	4987941
An15g03410	mRNA	An15g03410	NT_166530.1	831733	832515	R	An15g03410	complement(<831733..>832515)	Aspergillus niger	4987942
An15g03420	mRNA	An15g03420	NT_166530.1	833222	835258	D	An15g03420	join(<833222..833385,833452..834866,834996..>835258)	Aspergillus niger	4987943
An15g03430	mRNA	An15g03430	NT_166530.1	835983	836469	D	An15g03430	join(<835983..836027,836100..836133,836167..836197,836314..836392,836434..>836469)	Aspergillus niger	84593157
An15g03440	mRNA	An15g03440	NT_166530.1	837265	838075	D	An15g03440	join(<837265..837276,837358..837518,837589..837630,837719..837860,837977..>838075)	Aspergillus niger	84593158
An15g03450	mRNA	An15g03450	NT_166530.1	838579	842240	D	An15g03450	join(<838579..838638,838757..838866,838981..839097,839182..839315,839491..839690,839794..839899,840150..840377,840460..840522,840614..840668,841004..841104,841190..841321,841413..841543,841717..841754,841805..841924,842186..>842240)	Aspergillus niger	84593159
An15g03460	mRNA	An15g03460	NT_166530.1	842299	843586	R	An15g03460	complement(join(<842299..842376,842425..842586,842627..842722,842904..843057,843152..843281,843385..>843586))	Aspergillus niger	84593160
An15g03470	mRNA	An15g03470	NT_166530.1	844094	846170	R	An15g03470	complement(join(<844094..844384,844539..844604,844964..845093,845845..845989,846110..>846170))	Aspergillus niger	84593161
An15g03480	mRNA	An15g03480	NT_166530.1	846892	847282	R	An15g03480	complement(join(<846892..847030,847115..847146,847226..>847282))	Aspergillus niger	84593162
An15g03490	mRNA	An15g03490	NT_166530.1	847606	855290	D	An15g03490	join(<847606..848611,848668..848907,848974..849286,849588..849828,849891..849979,850030..850343,850729..850951,850991..855021,855250..>855290)	Aspergillus niger	10098192
An15g03500	mRNA	An15g03500	NT_166530.1	855709	856488	R	An15g03500	complement(<855709..>856488)	Aspergillus niger	4987951
An15g03510	mRNA	An15g03510	NT_166530.1	856668	857188	R	An15g03510	complement(join(<856668..856800,856862..857019,857096..>857188))	Aspergillus niger	84593163
An15g03520	mRNA	An15g03520	NT_166530.1	857309	857926	R	An15g03520	complement(join(<857309..857422,857653..857724,857837..>857926))	Aspergillus niger	84593164
An15g03530	mRNA	An15g03530	NT_166530.1	858058	860294	D	An15g03530	join(<858058..858519,858597..859860,859918..>860294)	Aspergillus niger	4987954
An15g03540	mRNA	An15g03540	NT_166530.1	861062	862951	D	An15g03540	join(<861062..862819,862910..>862951)	Aspergillus niger	4987955
An15g03550	mRNA	An15g03550	NT_166530.1	863389	864206	R	An15g03550	complement(join(<863389..863475,863538..>864206))	Aspergillus niger	4987956
An15g03560	mRNA	An15g03560	NT_166530.1	864442	866640	D	An15g03560	join(<864442..864631,864751..864837,865290..865436,865506..865655,865721..865917,866115..866186,866267..866440,866515..>866640)	Aspergillus niger	84593165
An15g03570	mRNA	An15g03570	NT_166530.1	866888	868283	R	An15g03570	complement(join(<866888..867820,867888..>868283))	Aspergillus niger	4987958
An15g03580	mRNA	An15g03580	NT_166530.1	869365	874370	R	An15g03580	complement(join(<869365..874229,874313..>874370))	Aspergillus niger	4987959
An15g03590	mRNA	An15g03590	NT_166530.1	874675	875913	R	An15g03590	complement(join(<874675..874992,875313..875401,875443..875538,875631..875763,875830..>875913))	Aspergillus niger	84593166
An15g03600	mRNA	An15g03600	NT_166530.1	877021	877765	R	An15g03600	complement(join(<877021..877541,877714..>877765))	Aspergillus niger	84593167
An15g03610	mRNA	An15g03610	NT_166530.1	878065	878546	R	An15g03610	complement(join(<878065..878115,878228..878324,878374..>878546))	Aspergillus niger	84593168
An15g03620	mRNA	An15g03620	NT_166530.1	878600	879651	R	An15g03620	complement(join(<878600..878778,878866..878947,879047..879101,879279..879350,879494..>879651))	Aspergillus niger	84593169
An15g03630	mRNA	An15g03630	NT_166530.1	881195	881813	D	An15g03630	join(<881195..881228,881320..881437,881681..>881813)	Aspergillus niger	84593170
An15g03640	mRNA	An15g03640	NT_166530.1	882529	884247	R	An15g03640	complement(join(<882529..882779,882857..882962,883179..883239,883384..883467,883652..883718,883769..883811,883905..883984,884052..>884247))	Aspergillus niger	84593171
An15g03650	mRNA	An15g03650	NT_166530.1	884538	885656	D	An15g03650	<884538..>885656	Aspergillus niger	4987966
An15g03660	mRNA	An15g03660	NT_166530.1	886089	888304	R	An15g03660	complement(join(<886089..886269,886347..886606,886685..886736,886809..887021,887101..887181,887293..887507,887627..887695,887989..888074,888178..>888304))	Aspergillus niger	84593172
An15g03670	mRNA	An15g03670	NT_166530.1	888385	891274	D	An15g03670	join(<888385..888487,888575..890589,890642..>891274)	Aspergillus niger	4987968
An15g03680	mRNA	An15g03680	NT_166530.1	891515	893176	R	An15g03680	complement(join(<891515..891745,891778..891936,892100..>893176))	Aspergillus niger	4987969
An15g03690	mRNA	An15g03690	NT_166530.1	893810	895223	D	An15g03690	join(<893810..894147,894239..894355,894508..894567,894658..894738,894827..>895223)	Aspergillus niger	84593173
An15g03700	mRNA	An15g03700	NT_166530.1	896576	897280	D	An15g03700	join(<896576..896605,896720..>897280)	Aspergillus niger	84593174
An15g03710	mRNA	An15g03710	NT_166530.1	897682	899465	D	An15g03710	join(<897682..897763,898109..898189,898249..898336,898399..898947,899003..>899465)	Aspergillus niger	4987972
An15g03720	mRNA	An15g03720	NT_166530.1	899763	900413	R	An15g03720	complement(join(<899763..899792,899827..899844,899952..900278,900333..>900413))	Aspergillus niger	4987973
An15g03730	mRNA	An15g03730	NT_166530.1	901116	902195	R	An15g03730	complement(<901116..>902195)	Aspergillus niger	4987974
An15g03740	mRNA	An15g03740	NT_166530.1	902628	903651	D	An15g03740	join(<902628..902886,902933..>903651)	Aspergillus niger	4987975
An15g03750	mRNA	An15g03750	NT_166530.1	904434	906150	D	An15g03750	join(<904434..904440,904532..>906150)	Aspergillus niger	4987976
An15g03760	mRNA	An15g03760	NT_166530.1	906491	908061	D	An15g03760	join(<906491..906644,906695..907382,907540..907571,907805..>908061)	Aspergillus niger	4987977
An15g03770	mRNA	An15g03770	NT_166530.1	908867	909918	D	An15g03770	join(<908867..909675,909814..909852,909882..>909918)	Aspergillus niger	84593175
An15g03780	mRNA	An15g03780	NT_166530.1	910042	911867	R	An15g03780	complement(join(<910042..911594,911660..>911867))	Aspergillus niger	4987979
An15g03790	mRNA	An15g03790	NT_166530.1	912383	913168	D	An15g03790	join(<912383..912646,912839..912917,912993..>913168)	Aspergillus niger	84593176
An15g03800	mRNA	An15g03800	NT_166530.1	913445	913947	D	An15g03800	join(<913445..913733,913796..913857,913906..>913947)	Aspergillus niger	4987981
An15g03810	mRNA	An15g03810	NT_166530.1	914373	914983	R	An15g03810	complement(join(<914373..914417,914470..914724,914798..>914983))	Aspergillus niger	4987982
An15g03820	mRNA	An15g03820	NT_166530.1	915381	917466	R	An15g03820	complement(join(<915381..915428,915492..915655,915721..916077,916233..916902,916955..917225,917286..917367,917421..>917466))	Aspergillus niger	4987983
An15g03830	mRNA	An15g03830	NT_166530.1	918158	919545	R	An15g03830	complement(join(<918158..918922,918968..919061,919130..>919545))	Aspergillus niger	4987984
An15g03850	mRNA	An15g03850	NT_166530.1	920837	921334	R	An15g03850	complement(join(<920837..921165,921238..>921334))	Aspergillus niger	84593177
An15g03860	mRNA	An15g03860	NT_166530.1	921903	925016	R	An15g03860	complement(join(<921903..922917,923076..923541,923718..924010,924075..924514,924565..924605,924704..924824,924883..>925016))	Aspergillus niger	4987987
An15g03870	mRNA	An15g03870	NT_166530.1	925280	926694	R	An15g03870	complement(join(<925280..925582,925701..925770,925895..925952,926287..926360,926549..>926694))	Aspergillus niger	84593178
An15g03880	mRNA	An15g03880	NT_166530.1	926888	927868	D	An15g03880	join(<926888..927439,927559..927680,927733..927763,927800..>927868)	Aspergillus niger	4987989
An15g03890	mRNA	An15g03890	NT_166530.1	928566	929292	D	An15g03890	join(<928566..928750,928844..928936,928953..929023,929135..>929292)	Aspergillus niger	84593179
An15g03900	mRNA	An15g03900	NT_166530.1	929501	931295	D	An15g03900	join(<929501..929579,929638..929684,929752..929838,929896..930253,930571..>931295)	Aspergillus niger	4987991
An15g03910	mRNA	An15g03910	NT_166530.1	932043	934196	D	An15g03910	join(<932043..932357,932434..934079,934169..>934196)	Aspergillus niger	4987992
An15g03930	mRNA	An15g03930	NT_166530.1	934919	935886	R	An15g03930	complement(join(<934919..934981,935032..935120,935312..935438,935551..935694,935773..>935886))	Aspergillus niger	84593180
An15g03940	mRNA	An15g03940	NT_166530.1	936381	938135	D	An15g03940	join(<936381..936478,936542..936870,936926..937387,937441..>938135)	Aspergillus niger	4987995
An15g03950	mRNA	An15g03950	NT_166530.1	938642	940552	D	An15g03950	join(<938642..939388,939428..>940552)	Aspergillus niger	4987996
An15g03960	mRNA	An15g03960	NT_166530.1	940720	941426	R	An15g03960	complement(join(<940720..940946,941047..941108,941302..>941426))	Aspergillus niger	84593181
An15g03970	mRNA	An15g03970	NT_166530.1	942087	943420	R	An15g03970	complement(join(<942087..942181,942364..942445,942528..942560,942784..942941,943237..>943420))	Aspergillus niger	84593182
An15g03980	mRNA	An15g03980	NT_166530.1	944051	946103	D	An15g03980	join(<944051..944345,944424..944513,944643..944658,944717..944888,944953..945020,945105..945225,945284..945788,945858..945960,946016..>946103)	Aspergillus niger	4987999
An15g03990	mRNA	An15g03990	NT_166530.1	946320	948404	R	An15g03990	complement(join(<946320..946355,946443..946761,946833..947104,947187..947440,947527..947675,947762..947953,948020..948152,948212..>948404))	Aspergillus niger	4988000
An15g04000	mRNA	An15g04000	NT_166530.1	949564	951129	R	An15g04000	complement(join(<949564..949794,949890..950100,950493..950607,950707..950766,950868..950966,951078..>951129))	Aspergillus niger	84593183
An15g04010	mRNA	An15g04010	NT_166530.1	951467	952537	R	An15g04010	complement(join(<951467..951723,951757..>952537))	Aspergillus niger	4988002
An15g04020	mRNA	An15g04020	NT_166530.1	952728	953269	R	An15g04020	complement(join(<952728..952864,952918..953082,953167..>953269))	Aspergillus niger	84593184
An15g04030	mRNA	An15g04030	NT_166530.1	953396	954190	R	An15g04030	complement(join(<953396..953527,953617..953641,953686..953736,954084..>954190))	Aspergillus niger	84593185
An15g04040	mRNA	An15g04040	NT_166530.1	954422	959209	D	An15g04040	join(<954422..954823,954920..>959209)	Aspergillus niger	4988005
An15g04050	mRNA	An15g04050	NT_166530.1	959870	962271	D	An15g04050	join(<959870..959977,960030..960446,960498..961160,961210..>962271)	Aspergillus niger	4988006
An15g04060	mRNA	An15g04060	NT_166530.1	962950	964686	R	An15g04060	complement(<962950..>964686)	Aspergillus niger	4988007
An15g04070	mRNA	An15g04070	NT_166530.1	965005	965585	R	An15g04070	complement(join(<965005..965158,965248..965381,965460..>965585))	Aspergillus niger	84593186
An15g04080	mRNA	An15g04080	NT_166530.1	965621	966432	D	An15g04080	join(<965621..965708,965792..965935,966030..966051,966111..>966432)	Aspergillus niger	84593187
An15g04100	mRNA	An15g04100	NT_166530.1	970552	972183	D	An15g04100	join(<970552..970782,970848..971144,971207..971527,971596..>972183)	Aspergillus niger	4988011
An15g04110	mRNA	An15g04110	NT_166530.1	973129	975090	D	An15g04110	join(<973129..973231,973359..973730,973794..973900,973984..974150,974462..974555,974697..974892,975074..>975090)	Aspergillus niger	84593188
An15g04120	mRNA	An15g04120	NT_166530.1	975863	977406	D	An15g04120	join(<975863..976524,976622..977092,977141..977247,977390..>977406)	Aspergillus niger	4988013
An15g04130	mRNA	An15g04130	NT_166530.1	977979	979133	R	An15g04130	complement(join(<977979..978372,978444..978823,978883..978980,979046..>979133))	Aspergillus niger	4988014
An15g04140	mRNA	An15g04140	NT_166530.1	981010	989184	D	An15g04140	join(<981010..981252,981303..981447,981500..981768,981824..982681,982892..984331,984386..988279,988336..>989184)	Aspergillus niger	4988015
An15g04150	mRNA	An15g04150	NT_166530.1	989638	990670	D	An15g04150	join(<989638..989930,990014..990204,990275..>990670)	Aspergillus niger	4988016
An15g04160	mRNA	An15g04160	NT_166530.1	990776	991813	R	An15g04160	complement(join(<990776..991328,991473..>991813))	Aspergillus niger	4988017
An15g04170	mRNA	An15g04170	NT_166530.1	991829	992389	D	An15g04170	<991829..>992389	Aspergillus niger	4988018
An15g04180	mRNA	An15g04180	NT_166530.1	993326	994636	D	An15g04180	<993326..>994636	Aspergillus niger	4988019
An15g04190	mRNA	An15g04190	NT_166530.1	997610	999086	R	An15g04190	complement(join(<997610..997841,997903..>999086))	Aspergillus niger	4988020
An15g04200	mRNA	An15g04200	NT_166530.1	999505	1000797	R	An15g04200	complement(join(<999505..999666,999732..999932,1000005..1000159,1000190..1000248,1000328..>1000797))	Aspergillus niger	84593189
An15g04210	mRNA	An15g04210	NT_166530.1	1001640	1002650	D	An15g04210	<1001640..>1002650	Aspergillus niger	4988022
An15g04220	mRNA	An15g04220	NT_166530.1	1002901	1005018	R	An15g04220	complement(join(<1002901..1004542,1004699..>1005018))	Aspergillus niger	4988023
An15g04230	mRNA	An15g04230	NT_166530.1	1005209	1006253	D	An15g04230	join(<1005209..1005667,1005726..>1006253)	Aspergillus niger	4988024
An15g04240	mRNA	An15g04240	NT_166530.1	1006661	1007402	D	An15g04240	join(<1006661..1006888,1007006..1007069,1007141..1007164,1007248..>1007402)	Aspergillus niger	84593190
An15g04250	mRNA	An15g04250	NT_166530.1	1007985	1010013	D	An15g04250	join(<1007985..1009232,1009294..1009484,1009689..>1010013)	Aspergillus niger	84593191
An15g04260	mRNA	An15g04260	NT_166530.1	1010471	1011625	R	An15g04260	complement(<1010471..>1011625)	Aspergillus niger	4988027
An15g04270	mRNA	An15g04270	NT_166530.1	1012122	1013917	D	An15g04270	join(<1012122..1012340,1012390..1013100,1013162..1013518,1013573..1013669,1013736..>1013917)	Aspergillus niger	4988028
An15g04280	mRNA	An15g04280	NT_166530.1	1015411	1016441	D	An15g04280	join(<1015411..1015855,1015918..1016276,1016379..>1016441)	Aspergillus niger	4988029
An15g04290	mRNA	An15g04290	NT_166530.1	1016581	1018323	R	An15g04290	complement(join(<1016581..1017064,1017175..1018196,1018255..>1018323))	Aspergillus niger	4988030
An15g04300	mRNA	An15g04300	NT_166530.1	1018717	1019964	R	An15g04300	complement(join(<1018717..1018861,1018920..1019203,1019264..1019452,1019506..>1019964))	Aspergillus niger	4988031
An15g04310	mRNA	An15g04310	NT_166530.1	1020533	1021694	D	An15g04310	join(<1020533..1020665,1020728..1021174,1021228..>1021694)	Aspergillus niger	4988032
An15g04320	mRNA	An15g04320	NT_166530.1	1021837	1024111	R	An15g04320	complement(join(<1021837..1023950,1024105..>1024111))	Aspergillus niger	4988033
An15g04330	mRNA	An15g04330	NT_166530.1	1025954	1026283	R	An15g04330	complement(<1025954..>1026283)	Aspergillus niger	84593192
An15g04340	mRNA	An15g04340	NT_166530.1	1026388	1028033	R	An15g04340	complement(join(<1026388..1026638,1026695..1026780,1026841..1026981,1027031..1027400,1027455..1027552,1027601..1027662,1027710..1027764,1027809..1027872,1027922..>1028033))	Aspergillus niger	4988035
An15g04350	mRNA	An15g04350	NT_166530.1	1028557	1030176	D	An15g04350	join(<1028557..1028788,1028847..1029136,1029206..1029782,1029840..1030101,1030146..>1030176)	Aspergillus niger	4988036
An15g04360	mRNA	An15g04360	NT_166530.1	1030238	1031095	R	An15g04360	complement(join(<1030238..1030376,1030434..1030995,1031056..>1031095))	Aspergillus niger	4988037
An15g04370	mRNA	An15g04370	NT_166530.1	1031565	1032970	D	An15g04370	join(<1031565..1031743,1031857..1031964,1032025..>1032970)	Aspergillus niger	4988038
An15g04380	mRNA	An15g04380	NT_166530.1	1033255	1035100	R	An15g04380	complement(join(<1033255..1033643,1033701..1034048,1034097..1034317,1034369..1034669,1034719..>1035100))	Aspergillus niger	4988039
An15g04390	mRNA	An15g04390	NT_166530.1	1035383	1036431	D	An15g04390	join(<1035383..1035452,1035507..1035660,1035733..1036127,1036193..>1036431)	Aspergillus niger	4988040
An15g04400	mRNA	An15g04400	NT_166530.1	1037222	1038341	R	An15g04400	complement(join(<1037222..1038041,1038145..1038239,1038300..>1038341))	Aspergillus niger	84593193
An15g04410	mRNA	An15g04410	NT_166530.1	1038703	1040824	D	An15g04410	join(<1038703..1038729,1038861..1038955,1039008..1039774,1039811..1039887,1039940..>1040824)	Aspergillus niger	4988042
An15g04420	mRNA	An15g04420	NT_166530.1	1041025	1042450	R	An15g04420	complement(join(<1041025..1041084,1041141..1041494,1041550..1042214,1042276..>1042450))	Aspergillus niger	4988043
An15g04430	mRNA	An15g04430	NT_166530.1	1043661	1045463	R	An15g04430	complement(<1043661..>1045463)	Aspergillus niger	4988044
An15g04440	mRNA	An15g04440	NT_166530.1	1046075	1047287	R	An15g04440	complement(join(<1046075..1046460,1046533..1046669,1046722..1046809,1046859..1046911,1046965..>1047287))	Aspergillus niger	4988045
An15g04450	mRNA	An15g04450	NT_166530.1	1047474	1047890	R	An15g04450	complement(join(<1047474..1047589,1047674..>1047890))	Aspergillus niger	84593194
An15g04460	mRNA	An15g04460	NT_166530.1	1048810	1049283	R	An15g04460	complement(join(<1048810..1048950,1048996..1049190,1049245..>1049283))	Aspergillus niger	84593195
An15g04470	mRNA	An15g04470	NT_166530.1	1049778	1052273	D	An15g04470	join(<1049778..1050783,1050832..>1052273)	Aspergillus niger	4988048
An15g04480	mRNA	An15g04480	NT_166530.1	1052652	1053317	D	An15g04480	join(<1052652..1053098,1053183..>1053317)	Aspergillus niger	4988049
An15g04490	mRNA	An15g04490	NT_166530.1	1053496	1057801	R	An15g04490	complement(join(<1053496..1053926,1053979..1054541,1054588..1054847,1054883..1054974,1055021..1056718,1056769..1057251,1057328..1057373,1057470..1057706,1057799..>1057801))	Aspergillus niger	4988050
An15g04500	mRNA	An15g04500	NT_166530.1	1058659	1059684	R	An15g04500	complement(join(<1058659..1058858,1059097..1059323,1059398..>1059684))	Aspergillus niger	84593196
An15g04510	mRNA	An15g04510	NT_166530.1	1060054	1060969	R	An15g04510	complement(join(<1060054..1060848,1060910..>1060969))	Aspergillus niger	84593197
An15g04520	mRNA	An15g04520	NT_166530.1	1061771	1065372	D	An15g04520	join(<1061771..1062082,1062153..1062595,1062650..1064759,1064812..>1065372)	Aspergillus niger	4988053
An15g04530	mRNA	An15g04530	NT_166530.1	1066467	1068082	D	An15g04530	join(<1066467..1066527,1066582..1067007,1067094..1067549,1067709..1067829,1067920..>1068082)	Aspergillus niger	84593198
An15g04540	mRNA	An15g04540	NT_166530.1	1068597	1069400	R	An15g04540	complement(<1068597..>1069400)	Aspergillus niger	84593199
An15g04550	mRNA	An15g04550	NT_166530.1	1070540	1071365	R	An15g04550	complement(join(<1070540..1070939,1070995..>1071365))	Aspergillus niger	4988056
An15g04560	mRNA	An15g04560	NT_166530.1	1071861	1074057	D	An15g04560	join(<1071861..1071961,1072883..1072966,1073052..1073303,1073419..1073489,1073621..>1074057)	Aspergillus niger	84593200
An15g04570	mRNA	An15g04570	NT_166530.1	1074611	1075767	D	An15g04570	join(<1074611..1074941,1075012..1075255,1075320..>1075767)	Aspergillus niger	4988058
An15g04580	mRNA	An15g04580	NT_166530.1	1076366	1078140	R	An15g04580	complement(join(<1076366..1076698,1076763..1077637,1077702..1077967,1078025..>1078140))	Aspergillus niger	4988059
An15g04590	mRNA	An15g04590	NT_166530.1	1078849	1080812	D	An15g04590	join(<1078849..1080563,1080617..1080731,1080777..>1080812)	Aspergillus niger	4988060
An15g04600	mRNA	An15g04600	NT_166530.1	1082809	1085335	D	An15g04600	join(<1082809..1083061,1083113..1083258,1083305..>1085335)	Aspergillus niger	4988061
An15g04610	mRNA	An15g04610	NT_166530.1	1085793	1086946	D	An15g04610	join(<1085793..1085909,1085981..>1086946)	Aspergillus niger	4988062
An15g04620	mRNA	An15g04620	NT_166530.1	1086996	1088211	R	An15g04620	complement(join(<1086996..1087501,1087555..1087869,1087925..1088130,1088186..>1088211))	Aspergillus niger	4988063
An15g04630	mRNA	An15g04630	NT_166530.1	1089564	1091369	D	An15g04630	join(<1089564..1089875,1089931..1090328,1090481..>1091369)	Aspergillus niger	4988064
An15g04640	mRNA	An15g04640	NT_166530.1	1091494	1092347	R	An15g04640	complement(join(<1091494..1091834,1091918..>1092347))	Aspergillus niger	4988065
An15g04650	mRNA	An15g04650	NT_166530.1	1092779	1093807	R	An15g04650	complement(<1092779..>1093807)	Aspergillus niger	4988066
An15g04660	mRNA	An15g04660	NT_166530.1	1095208	1096443	D	An15g04660	join(<1095208..1095425,1095506..1095789,1095860..>1096443)	Aspergillus niger	4988067
An15g04670	mRNA	An15g04670	NT_166530.1	1096545	1097639	R	An15g04670	complement(join(<1096545..1096872,1096936..>1097639))	Aspergillus niger	4988068
An15g04680	mRNA	An15g04680	NT_166530.1	1098013	1100650	R	An15g04680	complement(join(<1098013..1099787,1099834..1100198,1100244..>1100650))	Aspergillus niger	4988069
An15g04690	mRNA	An15g04690	NT_166530.1	1100962	1102446	D	An15g04690	join(<1100962..1101296,1101347..1101518,1101572..1101871,1101929..1102007,1102055..1102219,1102313..>1102446)	Aspergillus niger	4988070
An15g04700	mRNA	An15g04700	NT_166530.1	1102695	1106702	R	An15g04700	complement(join(<1102695..1105433,1105867..1106106,1106361..1106510,1106637..>1106702))	Aspergillus niger	4988071
An15g04710	mRNA	An15g04710	NT_166530.1	1107295	1107715	D	An15g04710	join(<1107295..1107405,1107513..1107551,1107599..>1107715)	Aspergillus niger	84593201
An15g04720	mRNA	An15g04720	NT_166530.1	1109060	1111489	D	An15g04720	join(<1109060..1109338,1109393..1109656,1109793..1109914,1110189..1110811,1110927..1111046,1111120..1111296,1111401..>1111489)	Aspergillus niger	4988073
An15g04740	mRNA	An15g04740	NT_166530.1	1112164	1114757	D	An15g04740	join(<1112164..1113127,1113219..1113609,1113667..1113955,1114017..1114336,1114415..>1114757)	Aspergillus niger	4988075
An15g04750	mRNA	An15g04750	NT_166530.1	1114926	1116913	R	An15g04750	complement(join(<1114926..1114966,1115016..1116009,1116347..>1116913))	Aspergillus niger	10097992
An15g04760	mRNA	An15g04760	NT_166530.1	1118061	1119931	R	An15g04760	complement(join(<1118061..1118228,1118413..1119789,1119848..>1119931))	Aspergillus niger	4988077
An15g04770	mRNA	An15g04770	NT_166530.1	1121550	1123307	R	An15g04770	complement(join(<1121550..1121655,1121716..1122254,1122315..1122950,1123004..1123031,1123087..>1123307))	Aspergillus niger	4988078
An15g04780	mRNA	An15g04780	NT_166530.1	1124028	1125113	D	An15g04780	join(<1124028..1124205,1124254..>1125113)	Aspergillus niger	4988079
An15g04790	mRNA	An15g04790	NT_166530.1	1125238	1127958	R	An15g04790	complement(join(<1125238..1127464,1127711..1127797,1127861..>1127958))	Aspergillus niger	10097993
An15g04800	mRNA	An15g04800	NT_166530.1	1130637	1133152	D	An15g04800	join(<1130637..1130814,1130871..>1133152)	Aspergillus niger	4988081
An15g04810	mRNA	An15g04810	NT_166530.1	1136669	1138204	R	An15g04810	complement(<1136669..>1138204)	Aspergillus niger	4988082
An15g04820	mRNA	An15g04820	NT_166530.1	1139970	1142208	D	An15g04820	join(<1139970..1140332,1140396..1140431,1140465..1141905,1141987..1142049,1142117..>1142208)	Aspergillus niger	4988083
An15g04830	mRNA	An15g04830	NT_166530.1	1142950	1145631	D	An15g04830	join(<1142950..1143430,1143512..1145260,1145510..>1145631)	Aspergillus niger	4988084
An15g04840	mRNA	An15g04840	NT_166530.1	1145710	1147033	R	An15g04840	complement(join(<1145710..1146021,1146105..1146234,1146412..1146591,1146832..1146903,1146996..>1147033))	Aspergillus niger	84593202
An15g04850	mRNA	An15g04850	NT_166530.1	1147237	1150768	D	An15g04850	join(<1147237..1147375,1147431..1149443,1149493..1149551,1149591..1149639,1149745..1149845,1149896..1150169,1150221..>1150768)	Aspergillus niger	4988086
An15g04860	mRNA	An15g04860	NT_166530.1	1151543	1153514	D	An15g04860	join(<1151543..1151687,1151764..1152388,1152449..>1153514)	Aspergillus niger	4988087
An15g04870	mRNA	An15g04870	NT_166530.1	1153636	1154810	D	An15g04870	join(<1153636..1154340,1154393..1154531,1154587..>1154810)	Aspergillus niger	84593203
An15g04880	mRNA	An15g04880	NT_166530.1	1155386	1156906	D	An15g04880	<1155386..>1156906	Aspergillus niger	4988089
An15g04900	mRNA	An15g04900	NT_166530.1	1159376	1160614	R	An15g04900	complement(<1159376..>1160614)	Aspergillus niger	4988091
An15g04920	mRNA	An15g04920	NT_166530.1	1162540	1163580	R	An15g04920	complement(join(<1162540..1162767,1162804..1162865,1163041..1163366,1163528..>1163580))	Aspergillus niger	4988093
An15g04930	mRNA	An15g04930	NT_166530.1	1165056	1167176	R	An15g04930	complement(join(<1165056..1166761,1166853..1166888,1167005..>1167176))	Aspergillus niger	4988094
An15g04940	mRNA	An15g04940	NT_166530.1	1168120	1169277	D	An15g04940	<1168120..>1169277	Aspergillus niger	4988095
An15g04950	mRNA	An15g04950	NT_166530.1	1169527	1170472	R	An15g04950	complement(join(<1169527..1170273,1170335..>1170472))	Aspergillus niger	84593204
An15g04960	mRNA	An15g04960	NT_166530.1	1171408	1171940	D	An15g04960	join(<1171408..1171500,1171560..1171657,1171730..>1171940)	Aspergillus niger	4988097
An15g04970	mRNA	An15g04970	NT_166530.1	1172418	1173340	R	An15g04970	complement(join(<1172418..1172741,1172927..1172956,1173287..>1173340))	Aspergillus niger	84593205
An15g04980	mRNA	An15g04980	NT_166530.1	1174841	1175872	D	An15g04980	join(<1174841..1175297,1175367..>1175872)	Aspergillus niger	84593206
An15g04990	mRNA	An15g04990	NT_166530.1	1176072	1176657	R	An15g04990	complement(join(<1176072..1176167,1176307..>1176657))	Aspergillus niger	84593207
An15g05000	mRNA	An15g05000	NT_166530.1	1177911	1179001	D	An15g05000	join(<1177911..1177990,1178230..1178546,1178673..>1179001)	Aspergillus niger	84593208
An15g05010	mRNA	An15g05010	NT_166530.1	1179972	1180674	R	An15g05010	complement(join(<1179972..1180314,1180372..1180512,1180568..>1180674))	Aspergillus niger	4988102
An15g05020	mRNA	An15g05020	NT_166530.1	1181098	1182119	D	An15g05020	join(<1181098..1181321,1181381..>1182119)	Aspergillus niger	4988103
An15g05030	mRNA	An15g05030	NT_166530.1	1183201	1184334	D	An15g05030	<1183201..>1184334	Aspergillus niger	4988104
An15g05050	mRNA	An15g05050	NT_166530.1	1185530	1188493	D	An15g05050	join(<1185530..1186526,1186589..1187124,1187289..1188213,1188246..>1188493)	Aspergillus niger	4988106
An15g05060	mRNA	An15g05060	NT_166530.1	1188787	1190451	R	An15g05060	complement(<1188787..>1190451)	Aspergillus niger	4988107
An15g05070	mRNA	An15g05070	NT_166530.1	1191151	1193050	R	An15g05070	complement(join(<1191151..1191169,1191285..1191958,1192022..>1193050))	Aspergillus niger	4988108
An15g05080	mRNA	An15g05080	NT_166530.1	1193783	1196033	R	An15g05080	complement(join(<1193783..1194806,1194865..1195338,1195398..1195546,1195612..1195893,1195968..>1196033))	Aspergillus niger	4988109
An15g05090	mRNA	An15g05090	NT_166530.1	1197635	1205229	D	An15g05090	join(<1197635..1197686,1197742..1198588,1198654..1205174,1205225..>1205229)	Aspergillus niger	4988110
An15g05100	mRNA	An15g05100	NT_166530.1	1205312	1206778	R	An15g05100	complement(join(<1205312..1206613,1206680..>1206778))	Aspergillus niger	4988111
An15g05110	mRNA	An15g05110	NT_166530.1	1207172	1208957	R	An15g05110	complement(join(<1207172..1207593,1207661..1208246,1208279..1208391,1208461..1208563,1208634..>1208957))	Aspergillus niger	4988112
An15g05120	mRNA	An15g05120	NT_166530.1	1210730	1211741	R	An15g05120	complement(join(<1210730..1210892,1210954..1211071,1211153..1211434,1211675..>1211741))	Aspergillus niger	4988113
An15g05130	mRNA	An15g05130	NT_166530.1	1212792	1214785	R	An15g05130	complement(join(<1212792..1213163,1213217..1213329,1213405..1214212,1214266..1214423,1214479..>1214785))	Aspergillus niger	4988114
An15g05150	mRNA	An15g05150	NT_166530.1	1217775	1219295	D	An15g05150	<1217775..>1219295	Aspergillus niger	4988116
An15g05160	mRNA	An15g05160	NT_166530.1	1219447	1221212	R	An15g05160	complement(join(<1219447..1219525,1219668..1219829,1219920..1219986,1220068..1220224,1220356..1220383,1220477..1220882,1220999..1221065,1221153..>1221212))	Aspergillus niger	84593209
An15g05170	mRNA	An15g05170	NT_166530.1	1221641	1222597	D	An15g05170	<1221641..>1222597	Aspergillus niger	4988118
An15g05180	mRNA	An15g05180	NT_166530.1	1222818	1224655	R	An15g05180	complement(join(<1222818..1224471,1224552..>1224655))	Aspergillus niger	4988119
An15g05190	mRNA	An15g05190	NT_166530.1	1226226	1226816	R	An15g05190	complement(join(<1226226..1226365,1226482..1226502,1226540..1226636,1226781..>1226816))	Aspergillus niger	84593210
An15g05200	mRNA	An15g05200	NT_166530.1	1227311	1228116	R	An15g05200	complement(join(<1227311..1227522,1227594..>1228116))	Aspergillus niger	4988121
An15g05210	mRNA	An15g05210	NT_166530.1	1228651	1229186	R	An15g05210	complement(join(<1228651..1228780,1228877..1229056,1229170..>1229186))	Aspergillus niger	84593211
An15g05220	mRNA	An15g05220	NT_166530.1	1229521	1230274	D	An15g05220	join(<1229521..1229607,1229655..1229900,1229948..>1230274)	Aspergillus niger	84593212
An15g05230	mRNA	An15g05230	NT_166530.1	1231108	1232106	R	An15g05230	complement(<1231108..>1232106)	Aspergillus niger	4988124
An15g05240	mRNA	An15g05240	NT_166530.1	1232942	1233551	D	An15g05240	join(<1232942..1233142,1233228..1233335,1233417..>1233551)	Aspergillus niger	84593213
An15g05250	mRNA	An15g05250	NT_166530.1	1234062	1234931	D	An15g05250	join(<1234062..1234348,1234388..>1234931)	Aspergillus niger	4988126
An15g05260	mRNA	An15g05260	NT_166530.1	1235300	1238530	R	An15g05260	complement(join(<1235300..1237924,1237979..>1238530))	Aspergillus niger	4988127
An15g05270	mRNA	An15g05270	NT_166530.1	1239088	1241133	R	An15g05270	complement(<1239088..>1241133)	Aspergillus niger	4988128
An15g05280	mRNA	An15g05280	NT_166530.1	1241535	1243330	D	An15g05280	join(<1241535..1241839,1241894..1241936,1241994..1242958,1243006..>1243330)	Aspergillus niger	4988129
An15g05290	mRNA	An15g05290	NT_166530.1	1244072	1248874	R	An15g05290	complement(join(<1244072..1244790,1244842..1247623,1247679..1248482,1248551..>1248874))	Aspergillus niger	4988130
An15g05300	mRNA	An15g05300	NT_166530.1	1249975	1250686	R	An15g05300	complement(join(<1249975..1250001,1250088..1250122,1250153..1250162,1250193..1250403,1250451..1250609,1250670..>1250686))	Aspergillus niger	84593214
An15g05310	mRNA	An15g05310	NT_166530.1	1250923	1252674	D	An15g05310	<1250923..>1252674	Aspergillus niger	4988132
An15g05320	mRNA	An15g05320	NT_166530.1	1253342	1254091	D	An15g05320	join(<1253342..1253698,1253787..1253852,1253927..>1254091)	Aspergillus niger	4988133
An15g05330	mRNA	An15g05330	NT_166530.1	1254371	1255638	D	An15g05330	join(<1254371..1254605,1254653..1254705,1254845..1255018,1255149..1255321,1255352..1255435,1255518..>1255638)	Aspergillus niger	84593215
An15g05340	mRNA	An15g05340	NT_166530.1	1255866	1256824	D	An15g05340	join(<1255866..1255919,1256136..1256589,1256694..>1256824)	Aspergillus niger	84593216
An15g05350	mRNA	An15g05350	NT_166530.1	1257322	1259027	D	An15g05350	join(<1257322..1258121,1258193..1258487,1258738..1258775,1258829..>1259027)	Aspergillus niger	4988136
An15g05360	mRNA	An15g05360	NT_166530.1	1259346	1260604	D	An15g05360	join(<1259346..1259388,1259450..1259661,1259732..1259882,1259957..1260289,1260345..>1260604)	Aspergillus niger	4988137
An15g05370	mRNA	pgaII	NT_166530.1	1261383	1262523	R	An15g05370	complement(join(<1261383..1261841,1261894..>1262523))	Aspergillus niger	4988138
An15g05380	mRNA	An15g05380	NT_166530.1	1263017	1263773	D	An15g05380	join(<1263017..1263159,1263284..1263427,1263503..1263619,1263668..>1263773)	Aspergillus niger	84593217
An15g05390	mRNA	An15g05390	NT_166530.1	1264066	1265228	R	An15g05390	complement(join(<1264066..1264220,1264340..1264402,1264660..1264712,1264810..1265025,1265101..>1265228))	Aspergillus niger	84593218
An15g05400	mRNA	An15g05400	NT_166530.1	1265903	1266586	D	An15g05400	<1265903..>1266586	Aspergillus niger	4988141
An15g05410	mRNA	An15g05410	NT_166530.1	1267168	1267611	D	An15g05410	<1267168..>1267611	Aspergillus niger	4988142
An15g05430	mRNA	An15g05430	NT_166530.1	1268396	1269758	R	An15g05430	complement(join(<1268396..1268496,1268532..1268671,1268775..1268870,1268956..1269035,1269126..1269252,1269310..1269373,1269452..>1269758))	Aspergillus niger	84593219
An15g05440	mRNA	An15g05440	NT_166530.1	1269909	1271503	D	An15g05440	join(<1269909..1270113,1270170..>1271503)	Aspergillus niger	4988145
An15g05450	mRNA	An15g05450	NT_166530.1	1272241	1273041	R	An15g05450	complement(<1272241..>1273041)	Aspergillus niger	4988146
An15g05460	mRNA	An15g05460	NT_166530.1	1273471	1275325	D	An15g05460	join(<1273471..1273559,1273620..1273736,1273784..1273837,1273885..>1275325)	Aspergillus niger	4988147
An15g05470	mRNA	An15g05470	NT_166530.1	1275413	1276491	R	An15g05470	complement(join(<1275413..1275932,1275999..1276093,1276156..>1276491))	Aspergillus niger	4988148
An15g05480	mRNA	An15g05480	NT_166530.1	1278425	1278815	D	An15g05480	join(<1278425..1278744,1278791..>1278815)	Aspergillus niger	84593220
An15g05490	mRNA	An15g05490	NT_166530.1	1279559	1281856	R	An15g05490	complement(join(<1279559..1279922,1279974..1280212,1280262..1280723,1280783..1281099,1281149..1281603,1281660..>1281856))	Aspergillus niger	4988150
An15g05500	mRNA	An15g05500	NT_166530.1	1283402	1286061	R	An15g05500	complement(join(<1283402..1284120,1284153..1284504,1284590..1284711,1284782..1285131,1285185..1285561,1285612..>1286061))	Aspergillus niger	4988151
An15g05510	mRNA	An15g05510	NT_166530.1	1287398	1288531	R	An15g05510	complement(<1287398..>1288531)	Aspergillus niger	4988152
An15g05520	mRNA	An15g05520	NT_166530.1	1288878	1290743	D	An15g05520	<1288878..>1290743	Aspergillus niger	4988153
An15g05530	mRNA	An15g05530	NT_166530.1	1291404	1293345	R	An15g05530	complement(join(<1291404..1291477,1291580..1291691,1291763..1291876,1291941..1293053,1293151..>1293345))	Aspergillus niger	4988154
An15g05540	mRNA	An15g05540	NT_166530.1	1293709	1295533	R	An15g05540	complement(join(<1293709..1293792,1293849..1293964,1294014..1294041,1294090..1294287,1294339..1294553,1294603..1294746,1294797..1295128,1295191..1295298,1295388..>1295533))	Aspergillus niger	4988155
An15g05550	mRNA	An15g05550	NT_166530.1	1296313	1297716	R	An15g05550	complement(<1296313..>1297716)	Aspergillus niger	4988156
An15g05560	mRNA	An15g05560	NT_166530.1	1297981	1298334	D	An15g05560	<1297981..>1298334	Aspergillus niger	84593221
An15g05570	mRNA	An15g05570	NT_166530.1	1299243	1299507	D	An15g05570	join(<1299243..1299256,1299393..>1299507)	Aspergillus niger	84593222
An15g05580	mRNA	An15g05580	NT_166530.1	1300405	1301280	R	An15g05580	complement(<1300405..>1301280)	Aspergillus niger	4988159
An15g05590	mRNA	An15g05590	NT_166530.1	1302857	1303439	R	An15g05590	complement(join(<1302857..1302898,1303009..1303189,1303258..>1303439))	Aspergillus niger	84593223
An15g05600	mRNA	An15g05600	NT_166530.1	1303680	1303886	R	An15g05600	complement(<1303680..>1303886)	Aspergillus niger	84593224
An15g05610	mRNA	An15g05610	NT_166530.1	1304179	1305540	R	An15g05610	complement(join(<1304179..1304501,1304556..>1305540))	Aspergillus niger	4988162
An15g05620	mRNA	An15g05620	NT_166530.1	1306154	1307084	D	An15g05620	join(<1306154..1306322,1306375..>1307084)	Aspergillus niger	84593225
An15g05630	mRNA	An15g05630	NT_166530.1	1308031	1313308	R	An15g05630	complement(join(<1308031..1310478,1310554..1312260,1312340..>1313308))	Aspergillus niger	4988164
An15g05640	mRNA	An15g05640	NT_166530.1	1313536	1314301	R	An15g05640	complement(join(<1313536..1313710,1313823..>1314301))	Aspergillus niger	84593226
An15g05650	mRNA	An15g05650	NT_166530.1	1315741	1317253	D	An15g05650	join(<1315741..1316018,1316080..1316408,1316469..1316770,1316858..1317020,1317075..>1317253)	Aspergillus niger	4988166
An15g05660	mRNA	An15g05660	NT_166530.1	1317533	1317944	R	An15g05660	complement(join(<1317533..1317674,1317742..1317770,1317828..>1317944))	Aspergillus niger	4988167
An15g05670	mRNA	An15g05670	NT_166530.1	1320622	1322505	D	An15g05670	<1320622..>1322505	Aspergillus niger	4988168
An15g05680	mRNA	An15g05680	NT_166530.1	1323524	1324122	R	An15g05680	complement(join(<1323524..1323590,1323732..1323887,1323985..1324022,1324117..>1324122))	Aspergillus niger	4988169
An15g05690	mRNA	An15g05690	NT_166530.1	1324696	1325603	R	An15g05690	complement(join(<1324696..1324839,1324956..1325078,1325170..1325235,1325300..1325414,1325569..>1325603))	Aspergillus niger	4988170
An15g05700	mRNA	An15g05700	NT_166530.1	1327302	1329275	D	An15g05700	join(<1327302..1327360,1327420..1327993,1328049..1328653,1328858..1328918,1328991..>1329275)	Aspergillus niger	4988171
An15g05710	mRNA	An15g05710	NT_166530.1	1330230	1333357	D	An15g05710	join(<1330230..1331249,1331310..1332630,1332688..1332825,1332882..>1333357)	Aspergillus niger	4988172
An15g05720	mRNA	An15g05720	NT_166530.1	1333743	1336190	R	An15g05720	complement(join(<1333743..1335208,1335314..1335538,1335593..1335630,1335692..1335732,1335786..>1336190))	Aspergillus niger	4988173
An15g05730	mRNA	An15g05730	NT_166530.1	1336520	1337366	R	An15g05730	complement(join(<1336520..1336628,1336682..1336990,1337053..1337144,1337203..1337237,1337309..>1337366))	Aspergillus niger	4988174
An15g05740	mRNA	An15g05740	NT_166530.1	1337888	1338839	D	An15g05740	join(<1337888..1337940,1338002..1338027,1338096..1338184,1338314..1338716,1338781..>1338839)	Aspergillus niger	4988175
An15g05750	mRNA	An15g05750	NT_166530.1	1339812	1341280	D	An15g05750	join(<1339812..1339841,1339871..1340165,1340214..>1341280)	Aspergillus niger	4988176
An15g05760	mRNA	An15g05760	NT_166530.1	1342240	1342974	R	An15g05760	complement(join(<1342240..1342317,1342528..1342764,1342912..>1342974))	Aspergillus niger	84593227
An15g05770	mRNA	An15g05770	NT_166530.1	1343031	1347843	D	An15g05770	join(<1343031..1343061,1343171..1343310,1343372..1343920,1344086..1347754,1347814..>1347843)	Aspergillus niger	4988178
An15g05780	mRNA	An15g05780	NT_166530.1	1348365	1349477	D	An15g05780	join(<1348365..1348614,1348714..1348827,1348909..1349180,1349253..>1349477)	Aspergillus niger	4988180
An15g05790	mRNA	An15g05790	NT_166530.1	1350265	1354426	D	An15g05790	join(<1350265..1351083,1351142..>1354426)	Aspergillus niger	84593228
An15g05800	mRNA	An15g05800	NT_166530.1	1355057	1355904	R	An15g05800	complement(join(<1355057..1355241,1355364..1355492,1355588..1355736,1355825..>1355904))	Aspergillus niger	84593229
An15g05810	mRNA	xlnR	NT_166530.1	1356148	1358893	D	An15g05810	join(<1356148..1356373,1356438..1358695,1358750..>1358893)	Aspergillus niger	4988182
An15g05820	mRNA	An15g05820	NT_166530.1	1359342	1360514	D	An15g05820	join(<1359342..1359746,1359813..1360340,1360389..>1360514)	Aspergillus niger	4988183
An15g05830	mRNA	An15g05830	NT_166530.1	1362374	1363999	D	An15g05830	join(<1362374..1362633,1363013..1363310,1363643..>1363999)	Aspergillus niger	84593230
An15g05840	mRNA	An15g05840	NT_166530.1	1365421	1368476	R	An15g05840	complement(join(<1365421..1365547,1365720..1367339,1367515..1367708,1367760..1368273,1368341..1368369,1368426..>1368476))	Aspergillus niger	4988185
An15g05850	mRNA	An15g05850	NT_166530.1	1369146	1370442	D	An15g05850	join(<1369146..1369331,1369394..1369611,1369673..1370045,1370080..>1370442)	Aspergillus niger	4988186
An15g05860	mRNA	An15g05860	NT_166530.1	1370714	1371922	R	An15g05860	complement(<1370714..>1371922)	Aspergillus niger	84593231
An15g05870	mRNA	An15g05870	NT_166530.1	1372540	1373158	R	An15g05870	complement(join(<1372540..1372636,1372776..>1373158))	Aspergillus niger	84593232
An15g05880	mRNA	An15g05880	NT_166530.1	1373457	1376346	D	An15g05880	join(<1373457..1373752,1373823..1374502,1374612..1374827,1374892..1375764,1375912..1376103,1376151..1376232,1376280..>1376346)	Aspergillus niger	4988189
An15g05890	mRNA	An15g05890	NT_166530.1	1376658	1378131	D	An15g05890	join(<1376658..1377959,1378018..>1378131)	Aspergillus niger	4988190
An15g05900	mRNA	An15g05900	NT_166530.1	1379245	1381332	R	An15g05900	complement(join(<1379245..1379300,1379392..1379456,1379566..1379612,1379808..1379937,1380038..1380061,1380108..1380131,1380383..1380428,1380842..1380867,1381028..>1381332))	Aspergillus niger	84593233
An15g05910	mRNA	An15g05910	NT_166530.1	1381788	1383092	R	An15g05910	complement(join(<1381788..1382688,1382754..1382799,1382879..>1383092))	Aspergillus niger	4988192
An15g05920	mRNA	An15g05920	NT_166530.1	1383771	1384251	R	An15g05920	complement(join(<1383771..1383917,1384008..1384155,1384211..>1384251))	Aspergillus niger	4988193
An15g05930	mRNA	An15g05930	NT_166530.1	1384454	1385307	D	An15g05930	join(<1384454..1384571,1384637..1384836,1384891..1384911,1384971..1385022,1385075..>1385307)	Aspergillus niger	4988194
An15g05940	mRNA	An15g05940	NT_166530.1	1385434	1387395	R	An15g05940	complement(join(<1385434..1386676,1386764..>1387395))	Aspergillus niger	4988195
An15g05950	mRNA	An15g05950	NT_166530.1	1387698	1390679	D	An15g05950	join(<1387698..1387739,1387784..1387823,1387925..1388124,1388352..1388479,1388562..1388691,1389290..1389462,1389669..1389753,1389936..1390208,1390286..1390374,1390472..>1390679)	Aspergillus niger	84593234
An15g05960	mRNA	An15g05960	NT_166530.1	1391351	1392386	D	An15g05960	join(<1391351..1391805,1391864..>1392386)	Aspergillus niger	4988197
An15g05970	mRNA	An15g05970	NT_166530.1	1392985	1393947	D	An15g05970	<1392985..>1393947	Aspergillus niger	4988198
An15g05980	mRNA	An15g05980	NT_166530.1	1394415	1396565	D	An15g05980	join(<1394415..1394775,1394866..1395536,1395724..1396125,1396377..1396387,1396499..>1396565)	Aspergillus niger	4988199
An15g05990	mRNA	An15g05990	NT_166530.1	1396972	1398006	R	An15g05990	complement(join(<1396972..1397651,1397724..>1398006))	Aspergillus niger	4988200
An15g06000	mRNA	An15g06000	NT_166530.1	1398121	1399218	D	An15g06000	join(<1398121..1398387,1398607..1398729,1398819..1398919,1399026..>1399218)	Aspergillus niger	84593235
An15g06010	mRNA	An15g06010	NT_166530.1	1400495	1402888	R	An15g06010	complement(<1400495..>1402888)	Aspergillus niger	4988202
An15g06020	mRNA	An15g06020	NT_166530.1	1403812	1407150	D	An15g06020	join(<1403812..1403817,1403877..1403965,1404034..1404119,1404171..1406955,1407012..>1407150)	Aspergillus niger	4988203
An15g06030	mRNA	An15g06030	NT_166530.1	1407713	1408981	D	An15g06030	join(<1407713..1407718,1407791..1407959,1408026..1408112,1408171..1408346,1408409..>1408981)	Aspergillus niger	4988204
An15g06040	mRNA	An15g06040	NT_166530.1	1409675	1411879	R	An15g06040	complement(join(<1409675..1410194,1410257..1410289,1410343..1410446,1410504..1410565,1410615..1411234,1411300..1411507,1411600..1411680,1411750..>1411879))	Aspergillus niger	4988205
An15g06050	mRNA	An15g06050	NT_166530.1	1412558	1413577	D	An15g06050	join(<1412558..1412717,1412753..1412986,1413042..>1413577)	Aspergillus niger	4988206
An15g06060	mRNA	An15g06060	NT_166530.1	1414457	1416402	D	An15g06060	join(<1414457..1414541,1414874..1415089,1415140..1415377,1415426..1415536,1415620..1415689,1415773..1415946,1416169..1416294,1416337..>1416402)	Aspergillus niger	84593236
An15g06070	mRNA	An15g06070	NT_166530.1	1417005	1417255	R	An15g06070	complement(join(<1417005..1417053,1417101..>1417255))	Aspergillus niger	84593237
An15g06080	mRNA	An15g06080	NT_166530.1	1418498	1419217	D	An15g06080	join(<1418498..1418788,1418903..>1419217)	Aspergillus niger	4988209
An15g06090	mRNA	An15g06090	NT_166530.1	1420053	1421092	R	An15g06090	complement(join(<1420053..1420202,1420280..1420381,1420462..1420530,1420775..1420885,1421021..>1421092))	Aspergillus niger	84593238
An15g06100	mRNA	An15g06100	NT_166530.1	1421582	1422095	D	An15g06100	join(<1421582..1421705,1421767..1421879,1421985..>1422095)	Aspergillus niger	4988211
An15g06110	mRNA	An15g06110	NT_166530.1	1422603	1423385	R	An15g06110	complement(<1422603..>1423385)	Aspergillus niger	4988212
An15g06120	mRNA	An15g06120	NT_166530.1	1424041	1425435	D	An15g06120	join(<1424041..1424577,1424635..>1425435)	Aspergillus niger	4988213
An15g06140	mRNA	An15g06140	NT_166530.1	1427006	1429642	R	An15g06140	complement(join(<1427006..1428296,1428405..1429052,1429124..1429282,1429343..1429490,1429546..>1429642))	Aspergillus niger	4988215
An15g06150	mRNA	An15g06150	NT_166530.1	1431239	1432198	D	An15g06150	<1431239..>1432198	Aspergillus niger	4988216
An15g06160	mRNA	An15g06160	NT_166530.1	1432466	1433735	R	An15g06160	complement(join(<1432466..1432705,1432755..1433462,1433697..>1433735))	Aspergillus niger	4988217
An15g06170	mRNA	An15g06170	NT_166530.1	1434164	1434879	R	An15g06170	complement(join(<1434164..1434326,1434418..1434480,1434573..1434586,1434730..>1434879))	Aspergillus niger	84593239
An15g06180	mRNA	An15g06180	NT_166530.1	1436033	1439261	R	An15g06180	complement(join(<1436033..1437803,1437859..1438388,1438443..>1439261))	Aspergillus niger	4988219
An15g06190	mRNA	An15g06190	NT_166530.1	1444030	1444863	D	An15g06190	join(<1444030..1444369,1444430..1444689,1444756..>1444863)	Aspergillus niger	84593240
An15g06200	mRNA	An15g06200	NT_166530.1	1447061	1449714	R	An15g06200	complement(join(<1447061..1447234,1447387..1447504,1447563..1447749,1447792..1448689,1448733..1448765,1448800..1448992,1449047..>1449714))	Aspergillus niger	4988221
An15g06210	mRNA	An15g06210	NT_166530.1	1450927	1452509	D	An15g06210	join(<1450927..1451063,1451105..>1452509)	Aspergillus niger	4988222
An15g06220	mRNA	An15g06220	NT_166530.1	1452667	1453950	R	An15g06220	complement(join(<1452667..1452956,1453027..1453766,1453832..>1453950))	Aspergillus niger	4988223
An15g06230	mRNA	An15g06230	NT_166530.1	1454571	1456298	R	An15g06230	complement(join(<1454571..1454951,1455002..1455321,1455373..1456055,1456207..>1456298))	Aspergillus niger	4988224
An15g06240	mRNA	An15g06240	NT_166530.1	1456989	1458095	R	An15g06240	complement(join(<1456989..1457390,1457460..>1458095))	Aspergillus niger	4988225
An15g06250	mRNA	An15g06250	NT_166530.1	1461334	1462903	R	An15g06250	complement(join(<1461334..1461461,1461547..1462032,1462097..1462183,1462265..1462513,1462604..1462637,1462817..>1462903))	Aspergillus niger	4988226
An15g06260	mRNA	An15g06260	NT_166530.1	1463336	1464682	R	An15g06260	complement(<1463336..>1464682)	Aspergillus niger	4988227
An15g06270	mRNA	An15g06270	NT_166530.1	1465815	1466956	D	An15g06270	join(<1465815..1465982,1466042..>1466956)	Aspergillus niger	4988228
An15g06280	mRNA	An15g06280	NT_166530.1	1467346	1468606	R	An15g06280	complement(join(<1467346..1467476,1467535..1468295,1468353..>1468606))	Aspergillus niger	4988229
An15g06290	mRNA	An15g06290	NT_166530.1	1470727	1471822	R	An15g06290	complement(join(<1470727..1471673,1471738..>1471822))	Aspergillus niger	4988230
An15g06300	mRNA	An15g06300	NT_166530.1	1472663	1473112	D	An15g06300	join(<1472663..1472719,1472815..1472976,1473065..>1473112)	Aspergillus niger	84593241
An15g06310	mRNA	An15g06310	NT_166530.1	1473899	1477758	D	An15g06310	join(<1473899..1474079,1474216..1476160,1476215..1476784,1476853..1476943,1477006..1477070,1477318..1477340,1477400..>1477758)	Aspergillus niger	4988232
An15g06320	mRNA	An15g06320	NT_166530.1	1478830	1479862	D	An15g06320	join(<1478830..1478968,1479027..>1479862)	Aspergillus niger	4988233
An15g06330	mRNA	An15g06330	NT_166530.1	1480310	1481640	D	An15g06330	join(<1480310..1480381,1480440..1480841,1481197..1481291,1481327..1481357,1481408..1481431,1481464..1481483,1481562..>1481640)	Aspergillus niger	84593242
An15g06340	mRNA	An15g06340	NT_166530.1	1482698	1483808	R	An15g06340	complement(join(<1482698..1482829,1482873..1482947,1483234..1483287,1483357..1483569,1483671..>1483808))	Aspergillus niger	84593243
An15g06350	mRNA	An15g06350	NT_166530.1	1484194	1486242	D	An15g06350	<1484194..>1486242	Aspergillus niger	4988236
An15g06360	mRNA	An15g06360	NT_166530.1	1487181	1489186	R	An15g06360	complement(join(<1487181..1487191,1487258..1488519,1488589..1488758,1488815..>1489186))	Aspergillus niger	4988237
An15g06370	mRNA	An15g06370	NT_166530.1	1489439	1491447	D	An15g06370	join(<1489439..1489481,1489523..1489594,1489651..1489736,1489796..1489900,1489969..1491003,1491064..>1491447)	Aspergillus niger	4988238
An15g06380	mRNA	An15g06380	NT_166530.1	1491946	1494189	R	An15g06380	complement(join(<1491946..1493327,1493384..1493503,1493547..>1494189))	Aspergillus niger	4988239
An15g06390	mRNA	An15g06390	NT_166530.1	1494600	1500186	D	An15g06390	join(<1494600..1495082,1495143..1499570,1499629..>1500186)	Aspergillus niger	4988240
An15g06400	mRNA	An15g06400	NT_166530.1	1500398	1501700	R	An15g06400	complement(join(<1500398..1501599,1501691..>1501700))	Aspergillus niger	4988241
An15g06410	mRNA	An15g06410	NT_166530.1	1503337	1504948	D	An15g06410	join(<1503337..1503737,1503826..>1504948)	Aspergillus niger	4988242
An15g06420	mRNA	An15g06420	NT_166530.1	1505584	1506654	R	An15g06420	complement(<1505584..>1506654)	Aspergillus niger	4988243
An15g06430	mRNA	An15g06430	NT_166530.1	1507862	1511581	D	An15g06430	join(<1507862..1508363,1508430..>1511581)	Aspergillus niger	4988244
An15g06440	mRNA	An15g06440	NT_166530.1	1513212	1514969	R	An15g06440	complement(join(<1513212..1513877,1513937..1514446,1514736..>1514969))	Aspergillus niger	4988245
An15g06450	mRNA	An15g06450	NT_166530.1	1515673	1517716	D	An15g06450	join(<1515673..1515942,1516000..1516909,1517107..1517338,1517425..>1517716)	Aspergillus niger	4988246
An15g06460	mRNA	An15g06460	NT_166530.1	1518291	1519587	R	An15g06460	complement(join(<1518291..1519526,1519585..>1519587))	Aspergillus niger	4988247
An15g06470	mRNA	An15g06470	NT_166530.1	1520452	1521371	D	An15g06470	join(<1520452..1520523,1520598..1521028,1521086..>1521371)	Aspergillus niger	4988248
An15g06480	mRNA	An15g06480	NT_166530.1	1521730	1522679	R	An15g06480	complement(join(<1521730..1522487,1522577..>1522679))	Aspergillus niger	4988249
An15g06490	mRNA	An15g06490	NT_166530.1	1522989	1527208	D	An15g06490	join(<1522989..1523231,1523318..1526852,1526940..>1527208)	Aspergillus niger	4988250
An15g06500	mRNA	An15g06500	NT_166530.1	1528243	1530141	R	An15g06500	complement(join(<1528243..1528506,1528560..1529099,1529161..>1530141))	Aspergillus niger	4988251
An15g06510	mRNA	An15g06510	NT_166530.1	1531285	1531604	R	An15g06510	complement(join(<1531285..1531465,1531528..>1531604))	Aspergillus niger	84593244
An15g06520	mRNA	An15g06520	NT_166530.1	1532505	1533332	R	An15g06520	complement(join(<1532505..1532575,1532667..1532944,1533130..>1533332))	Aspergillus niger	84593245
An15g06530	mRNA	An15g06530	NT_166530.1	1534061	1535076	R	An15g06530	complement(join(<1534061..1534480,1534687..>1535076))	Aspergillus niger	84593246
An15g06540	mRNA	An15g06540	NT_166530.1	1535123	1537264	D	An15g06540	join(<1535123..1535899,1535978..>1537264)	Aspergillus niger	4988255
An15g06550	mRNA	An15g06550	NT_166530.1	1538501	1541244	D	An15g06550	join(<1538501..1540279,1540747..1540781,1540826..1540863,1540944..1540948,1541071..>1541244)	Aspergillus niger	4988256
An15g06560	mRNA	An15g06560	NT_166530.1	1542063	1543070	D	An15g06560	join(<1542063..1542417,1542719..1542772,1542952..>1543070)	Aspergillus niger	4988257
An15g06570	mRNA	An15g06570	NT_166530.1	1543255	1544041	D	An15g06570	join(<1543255..1543438,1543680..>1544041)	Aspergillus niger	84593247
An15g06580	mRNA	furA	NT_166530.1	1544253	1545120	R	An15g06580	complement(join(<1544253..1544659,1544789..1544888,1544944..>1545120))	Aspergillus niger	4988259
An15g06590	mRNA	An15g06590	NT_166530.1	1545891	1546160	R	An15g06590	complement(<1545891..>1546160)	Aspergillus niger	84593248
An15g06600	mRNA	An15g06600	NT_166530.1	1546360	1549053	R	An15g06600	complement(join(<1546360..1546501,1546559..1547553,1547609..1548765,1548918..>1549053))	Aspergillus niger	4988261
An15g06610	mRNA	An15g06610	NT_166530.1	1549449	1550111	D	An15g06610	join(<1549449..1549569,1549639..>1550111)	Aspergillus niger	84593249
An15g06620	mRNA	An15g06620	NT_166530.1	1551801	1552600	D	An15g06620	join(<1551801..1552145,1552208..>1552600)	Aspergillus niger	84593250
An15g06630	mRNA	An15g06630	NT_166530.1	1553804	1555670	D	An15g06630	join(<1553804..1553942,1554082..1554178,1554443..1554843,1554961..1555009,1555158..1555217,1555290..1555493,1555604..>1555670)	Aspergillus niger	84593251
An15g06640	mRNA	An15g06640	NT_166530.1	1555713	1556433	D	An15g06640	join(<1555713..1555920,1556309..>1556433)	Aspergillus niger	84593252
An15g06650	mRNA	An15g06650	NT_166530.1	1563113	1567644	D	An15g06650	join(<1563113..1563500,1563546..1566304,1566369..1566585,1566656..1566923,1567188..>1567644)	Aspergillus niger	4988266
An15g06660	mRNA	An15g06660	NT_166530.1	1568078	1569541	R	An15g06660	complement(join(<1568078..1568214,1568531..1569448,1569517..>1569541))	Aspergillus niger	4988267
An15g06670	mRNA	An15g06670	NT_166530.1	1570255	1572742	D	An15g06670	join(<1570255..1570371,1570423..1570475,1570532..1570746,1570797..>1572742)	Aspergillus niger	4988268
An15g06680	mRNA	An15g06680	NT_166530.1	1573694	1575915	R	An15g06680	complement(join(<1573694..1574288,1574357..1574523,1574582..1574839,1574893..1575306,1575367..1575404,1575474..1575546,1575625..>1575915))	Aspergillus niger	4988269
An15g06690	mRNA	An15g06690	NT_166530.1	1576331	1578355	D	An15g06690	join(<1576331..1576334,1576410..1576436,1576529..1576587,1576652..1577096,1577159..1577336,1577393..1577916,1578207..>1578355)	Aspergillus niger	4988270
An15g06700	mRNA	An15g06700	NT_166530.1	1580039	1581973	D	An15g06700	join(<1580039..1580482,1580548..1580702,1580758..>1581973)	Aspergillus niger	4988271
An15g06710	mRNA	An15g06710	NT_166530.1	1584512	1585006	D	An15g06710	<1584512..>1585006	Aspergillus niger	4988272
An15g06720	mRNA	An15g06720	NT_166530.1	1585976	1586565	R	An15g06720	complement(join(<1585976..1586426,1586489..>1586565))	Aspergillus niger	4988273
An15g06730	mRNA	An15g06730	NT_166530.1	1589601	1591223	D	An15g06730	join(<1589601..1589843,1589910..1590430,1590533..>1591223)	Aspergillus niger	4988274
An15g06740	mRNA	An15g06740	NT_166530.1	1591986	1593189	R	An15g06740	complement(join(<1591986..1592094,1592165..1592411,1592782..1592821,1592874..1592892,1593065..>1593189))	Aspergillus niger	4988275
An15g06750	mRNA	An15g06750	NT_166530.1	1593532	1597045	D	An15g06750	join(<1593532..1593641,1593691..1594860,1594915..>1597045)	Aspergillus niger	4988276
An15g06760	mRNA	An15g06760	NT_166530.1	1597217	1598533	R	An15g06760	complement(join(<1597217..1597710,1597783..1598060,1598132..1598325,1598386..1598411,1598497..>1598533))	Aspergillus niger	4988277
An15g06770	mRNA	An15g06770	NT_166530.1	1599049	1599885	R	An15g06770	complement(join(<1599049..1599602,1599666..>1599885))	Aspergillus niger	4988278
An15g06780	mRNA	An15g06780	NT_166530.1	1601111	1602959	R	An15g06780	complement(join(<1601111..1601553,1601607..1601709,1601772..1602150,1602208..1602608,1602843..>1602959))	Aspergillus niger	4988279
An15g06790	mRNA	An15g06790	NT_166530.1	1604692	1606588	R	An15g06790	complement(join(<1604692..1605677,1605755..1606063,1606138..1606206,1606327..1606371,1606428..1606484,1606585..>1606588))	Aspergillus niger	4988280
An15g06800	mRNA	An15g06800	NT_166530.1	1607555	1608014	R	An15g06800	complement(join(<1607555..1607674,1607730..1607801,1607952..>1608014))	Aspergillus niger	84593253
An15g06810	mRNA	An15g06810	NT_166530.1	1609172	1610252	D	An15g06810	join(<1609172..1609424,1609485..1609562,1609702..>1610252)	Aspergillus niger	4988282
An15g06820	mRNA	An15g06820	NT_166530.1	1612871	1621708	D	An15g06820	join(<1612871..1613722,1613792..1614945,1615018..1617424,1617467..1618508,1618641..1620545,1620756..1621447,1621497..1621597,1621648..>1621708)	Aspergillus niger	4988283
An15g06830	mRNA	An15g06830	NT_166530.1	1622784	1622988	R	An15g06830	complement(join(<1622784..1622841,1622882..>1622988))	Aspergillus niger	84593254
An15g06840	mRNA	An15g06840	NT_166530.1	1623962	1625426	R	An15g06840	complement(join(<1623962..1624327,1624410..1624649,1624785..>1625426))	Aspergillus niger	4988285
An15g06850	mRNA	An15g06850	NT_166530.1	1625919	1626638	D	An15g06850	<1625919..>1626638	Aspergillus niger	4988286
An15g06860	mRNA	An15g06860	NT_166530.1	1627343	1628601	R	An15g06860	complement(join(<1627343..1627597,1627648..1627997,1628054..1628079,1628129..1628190,1628243..1628361,1628424..>1628601))	Aspergillus niger	4988287
An15g06870	mRNA	An15g06870	NT_166530.1	1629553	1630683	D	An15g06870	join(<1629553..1629567,1629784..>1630683)	Aspergillus niger	4988288
An15g06880	mRNA	An15g06880	NT_166530.1	1631153	1637648	D	An15g06880	join(<1631153..1631187,1631444..1631521,1631641..1631900,1632130..1633235,1633299..>1637648)	Aspergillus niger	4988289
An15g06890	mRNA	An15g06890	NT_166530.1	1638247	1638552	R	An15g06890	complement(<1638247..>1638552)	Aspergillus niger	84593255
An15g06900	mRNA	An15g06900	NT_166530.1	1638653	1639040	R	An15g06900	complement(<1638653..>1639040)	Aspergillus niger	4988291
An15g06910	mRNA	An15g06910	NT_166530.1	1639353	1640942	R	An15g06910	complement(join(<1639353..1640680,1640744..>1640942))	Aspergillus niger	4988292
An15g06920	mRNA	An15g06920	NT_166530.1	1641571	1643213	R	An15g06920	complement(join(<1641571..1641624,1641674..1642701,1642754..>1643213))	Aspergillus niger	4988293
An15g06925	mRNA	An15g06925	NT_166530.1	1644790	1645233	R	An15g06925	complement(<1644790..>1645233)	Aspergillus niger	4988294
An15g06930	mRNA	An15g06930	NT_166530.1	1645823	1646710	R	An15g06930	complement(join(<1645823..1645990,1646078..1646138,1646215..1646271,1646377..1646460,1646541..>1646710))	Aspergillus niger	84593256
An15g06950	mRNA	An15g06950	NT_166530.1	1649804	1651330	R	An15g06950	complement(join(<1649804..1650884,1651245..>1651330))	Aspergillus niger	84593257
An15g06960	mRNA	An15g06960	NT_166530.1	1653642	1655666	D	An15g06960	join(<1653642..1653685,1653719..1655493,1655533..>1655666)	Aspergillus niger	4988297
An15g06970	mRNA	An15g06970	NT_166530.1	1656975	1658385	R	An15g06970	complement(join(<1656975..1657288,1657356..1657810,1657871..1657994,1658062..1658188,1658245..>1658385))	Aspergillus niger	4988298
An15g06980	mRNA	An15g06980	NT_166530.1	1658439	1660769	D	An15g06980	join(<1658439..1659017,1659071..1659732,1659788..>1660769)	Aspergillus niger	4988299
An15g06990	mRNA	An15g06990	NT_166530.1	1661324	1663529	D	An15g06990	join(<1661324..1662379,1662483..>1663529)	Aspergillus niger	4988300
An15g07000	mRNA	An15g07000	NT_166530.1	1663772	1665557	R	An15g07000	complement(join(<1663772..1663998,1664047..1665167,1665218..1665374,1665419..>1665557))	Aspergillus niger	4988301
An15g07010	mRNA	An15g07010	NT_166530.1	1666402	1667251	R	An15g07010	complement(join(<1666402..1666586,1666694..1666782,1666804..1667082,1667136..>1667251))	Aspergillus niger	84593258
An15g07020	mRNA	An15g07020	NT_166530.1	1667294	1667943	D	An15g07020	join(<1667294..1667579,1667612..>1667943)	Aspergillus niger	84593259
An15g07030	mRNA	An15g07030	NT_166530.1	1668522	1669400	D	An15g07030	<1668522..>1669400	Aspergillus niger	84593260
An15g07040	mRNA	An15g07040	NT_166530.1	1671199	1675068	R	An15g07040	complement(join(<1671199..1671882,1671931..1674179,1674231..1674374,1674432..1674798,1674868..>1675068))	Aspergillus niger	4988305
An15g07050	mRNA	An15g07050	NT_166530.1	1676060	1678254	R	An15g07050	complement(join(<1676060..1676956,1677003..1677025,1677074..1678043,1678111..>1678254))	Aspergillus niger	4988306
An15g07060	mRNA	An15g07060	NT_166530.1	1678825	1681087	R	An15g07060	complement(join(<1678825..1680962,1681033..>1681087))	Aspergillus niger	4988307
An15g07070	mRNA	An15g07070	NT_166530.1	1682183	1682784	D	An15g07070	join(<1682183..1682203,1682271..1682710,1682763..>1682784)	Aspergillus niger	4988308
An15g07080	mRNA	An15g07080	NT_166530.1	1683231	1684497	D	An15g07080	join(<1683231..1683479,1683554..1684191,1684251..>1684497)	Aspergillus niger	4988309
An15g07090	mRNA	An15g07090	NT_166530.1	1684930	1685323	R	An15g07090	complement(join(<1684930..1684975,1685045..1685109,1685183..>1685323))	Aspergillus niger	4988310
An15g07100	mRNA	An15g07100	NT_166530.1	1686923	1687698	D	An15g07100	join(<1686923..1687017,1687096..1687185,1687327..1687496,1687589..>1687698)	Aspergillus niger	84593261
An15g07110	mRNA	An15g07110	NT_166530.1	1688050	1689172	D	An15g07110	join(<1688050..1688970,1689032..>1689172)	Aspergillus niger	4988312
An15g07120	mRNA	An15g07120	NT_166530.1	1689323	1691074	R	An15g07120	complement(join(<1689323..1689439,1689496..1689836,1689892..>1691074))	Aspergillus niger	4988313
An15g07130	mRNA	An15g07130	NT_166530.1	1692364	1692942	D	An15g07130	<1692364..>1692942	Aspergillus niger	84593262
An15g07140	mRNA	An15g07140	NT_166530.1	1693671	1694705	R	An15g07140	complement(<1693671..>1694705)	Aspergillus niger	4988315
An15g07150	mRNA	An15g07150	NT_166530.1	1695604	1699025	R	An15g07150	complement(join(<1695604..1696342,1696393..1698578,1698633..>1699025))	Aspergillus niger	4988316
An15g07160	mRNA	An15g07160	NT_166530.1	1700335	1701879	R	An15g07160	complement(join(<1700335..1701058,1701118..1701202,1701258..>1701879))	Aspergillus niger	4988317
An15g07170	mRNA	An15g07170	NT_166530.1	1702147	1702831	R	An15g07170	complement(join(<1702147..1702445,1702693..>1702831))	Aspergillus niger	84593263
An15g07180	mRNA	An15g07180	NT_166530.1	1703151	1703771	D	An15g07180	join(<1703151..1703399,1703515..1703586,1703682..>1703771)	Aspergillus niger	84593264
An15g07190	mRNA	An15g07190	NT_166530.1	1703946	1705010	D	An15g07190	<1703946..>1705010	Aspergillus niger	4988320
An15g07200	mRNA	An15g07200	NT_166530.1	1705476	1706417	D	An15g07200	<1705476..>1706417	Aspergillus niger	4988321
An15g07210	mRNA	An15g07210	NT_166530.1	1706623	1707876	R	An15g07210	complement(join(<1706623..1706698,1706759..1706951,1707020..1707058,1707310..1707412,1707517..1707696,1707796..>1707876))	Aspergillus niger	84593265
An15g07220	mRNA	An15g07220	NT_166530.1	1708015	1709572	D	An15g07220	join(<1708015..1708103,1708156..>1709572)	Aspergillus niger	4988323
An15g07230	mRNA	An15g07230	NT_166530.1	1709713	1710529	R	An15g07230	complement(join(<1709713..1709905,1710015..1710278,1710435..>1710529))	Aspergillus niger	4988324
An15g07240	mRNA	An15g07240	NT_166530.1	1711150	1713325	D	An15g07240	join(<1711150..1711219,1711407..>1713325)	Aspergillus niger	4988325
An15g07250	mRNA	An15g07250	NT_166530.1	1713995	1716127	R	An15g07250	complement(<1713995..>1716127)	Aspergillus niger	4988326
An15g07260	mRNA	An15g07260	NT_166530.1	1716685	1718113	D	An15g07260	join(<1716685..1716909,1716963..1717070,1717122..1717547,1717611..1717747,1717807..1717978,1718045..>1718113)	Aspergillus niger	4988327
An15g07270	mRNA	An15g07270	NT_166530.1	1719133	1720286	D	An15g07270	join(<1719133..1719255,1719310..1719547,1719598..1719783,1719837..1720075,1720143..>1720286)	Aspergillus niger	84593266
An15g07280	mRNA	An15g07280	NT_166530.1	1720815	1721224	R	An15g07280	complement(join(<1720815..1720871,1720988..>1721224))	Aspergillus niger	84593267
An15g07290	mRNA	An15g07290	NT_166530.1	1721462	1722163	D	An15g07290	join(<1721462..1721698,1721789..>1722163)	Aspergillus niger	84593268
An15g07300	mRNA	An15g07300	NT_166530.1	1722397	1727884	D	An15g07300	join(<1722397..1725109,1725200..1727199,1727249..>1727884)	Aspergillus niger	4988331
An15g07310	mRNA	An15g07310	NT_166530.1	1728204	1730594	D	An15g07310	join(<1728204..1728420,1728719..1728956,1728987..1729600,1729660..1729811,1729899..>1730594)	Aspergillus niger	84593269
An15g07330	mRNA	An15g07330	NT_166530.1	1732072	1733648	D	An15g07330	join(<1732072..1732154,1732202..>1733648)	Aspergillus niger	4988334
An15g07340	mRNA	An15g07340	NT_166530.1	1734236	1735249	D	An15g07340	<1734236..>1735249	Aspergillus niger	84593270
An15g07350	mRNA	An15g07350	NT_166530.1	1735457	1737328	R	An15g07350	complement(join(<1735457..1736993,1737024..1737135,1737229..>1737328))	Aspergillus niger	4988336
An15g07360	mRNA	An15g07360	NT_166530.1	1738190	1739898	D	An15g07360	join(<1738190..1738375,1738435..1738479,1738536..1738583,1738649..1739118,1739174..1739591,1739679..1739752,1739817..>1739898)	Aspergillus niger	4988337
An15g07370	mRNA	An15g07370	NT_166530.1	1740251	1740517	R	An15g07370	complement(<1740251..>1740517)	Aspergillus niger	4988338
An15g07380	mRNA	An15g07380	NT_166530.1	1741033	1742521	D	An15g07380	join(<1741033..1741126,1741173..1741352,1741474..1741881,1741968..1742034,1742118..1742168,1742250..1742341,1742394..>1742521)	Aspergillus niger	84593271
An15g07390	mRNA	An15g07390	NT_166530.1	1745044	1746403	R	An15g07390	complement(join(<1745044..1745123,1745180..1746291,1746351..>1746403))	Aspergillus niger	4988340
An15g07400	mRNA	An15g07400	NT_166530.1	1746638	1747956	D	An15g07400	join(<1746638..1746767,1746935..1747002,1747281..1747289,1747332..1747359,1747430..1747485,1747569..1747664,1747819..>1747956)	Aspergillus niger	84593272
An15g07460	mRNA	An15g07460	NT_166530.1	1751591	1753990	D	An15g07460	<1751591..>1753990	Aspergillus niger	4988347
An15g07470	mRNA	An15g07470	NT_166530.1	1754593	1755528	D	An15g07470	join(<1754593..1754802,1754918..1754951,1755016..1755089,1755145..>1755528)	Aspergillus niger	4988348
An15g07480	mRNA	An15g07480	NT_166530.1	1756295	1756957	R	An15g07480	complement(join(<1756295..1756424,1756512..1756634,1756749..>1756957))	Aspergillus niger	4988349
An15g07490	mRNA	An15g07490	NT_166530.1	1757865	1759102	R	An15g07490	complement(join(<1757865..1757960,1758018..1758240,1758486..>1759102))	Aspergillus niger	4988350
An15g07500	mRNA	An15g07500	NT_166530.1	1760268	1761293	D	An15g07500	<1760268..>1761293	Aspergillus niger	4988351
An15g07510	mRNA	An15g07510	NT_166530.1	1761690	1764276	R	An15g07510	complement(join(<1761690..1763058,1763118..1763253,1763310..1763625,1764205..>1764276))	Aspergillus niger	4988352
An15g07520	mRNA	An15g07520	NT_166530.1	1765306	1765965	R	An15g07520	complement(join(<1765306..1765390,1765462..1765684,1765746..>1765965))	Aspergillus niger	4988353
An15g07530	mRNA	An15g07530	NT_166530.1	1767557	1785044	R	An15g07530	complement(join(<1767557..1767730,1767896..1771255,1771320..1784561,1784619..>1785044))	Aspergillus niger	4988354
An15g07540	mRNA	An15g07540	NT_166530.1	1785268	1787515	D	An15g07540	join(<1785268..1785337,1785425..1785483,1785569..1785676,1785760..1785892,1786000..1786066,1786203..1786364,1786435..1786525,1786602..1786751,1786857..1786928,1787004..1787080,1787167..1787331,1787410..>1787515)	Aspergillus niger	84593273
An15g07550	mRNA	An15g07550	NT_166530.1	1788679	1790136	D	An15g07550	join(<1788679..1790013,1790077..>1790136)	Aspergillus niger	4988356
An15g07560	mRNA	An15g07560	NT_166530.1	1791765	1792325	D	An15g07560	join(<1791765..1791896,1791983..1792216,1792272..>1792325)	Aspergillus niger	4988357
An15g07570	mRNA	An15g07570	NT_166530.1	1792685	1794650	D	An15g07570	join(<1792685..1793030,1793080..1794063,1794137..1794258,1794318..>1794650)	Aspergillus niger	4988358
An15g07580	mRNA	An15g07580	NT_166530.1	1794864	1796368	R	An15g07580	complement(join(<1794864..1796140,1796191..>1796368))	Aspergillus niger	4988359
An15g07590	mRNA	An15g07590	NT_166530.1	1796995	1798647	D	An15g07590	join(<1796995..1797119,1797166..1797393,1797445..1797539,1797586..1797675,1797719..>1798647)	Aspergillus niger	4988360
An15g07600	mRNA	An15g07600	NT_166530.1	1799233	1800903	D	An15g07600	join(<1799233..1799509,1799560..1799673,1799742..1799835,1799927..1800323,1800382..>1800903)	Aspergillus niger	4988361
An15g07610	mRNA	An15g07610	NT_166530.1	1801179	1801848	R	An15g07610	complement(join(<1801179..1801378,1801467..1801562,1801654..1801729,1801786..>1801848))	Aspergillus niger	84593274
An15g07620	mRNA	An15g07620	NT_166530.1	1801984	1802457	D	An15g07620	join(<1801984..1802268,1802335..>1802457)	Aspergillus niger	84593275
An15g07630	mRNA	An15g07630	NT_166530.1	1803271	1804716	R	An15g07630	complement(<1803271..>1804716)	Aspergillus niger	84593276
An15g07640	mRNA	An15g07640	NT_166530.1	1804910	1806117	D	An15g07640	join(<1804910..1804967,1805013..1805047,1805095..1805213,1805342..1805470,1805522..1805593,1805697..1805831,1805911..1805950,1806034..>1806117)	Aspergillus niger	84593277
An15g07650	mRNA	An15g07650	NT_166530.1	1806258	1807759	R	An15g07650	complement(join(<1806258..1806385,1806468..1806573,1806666..1806729,1806915..1807041,1807348..1807471,1807551..1807622,1807709..>1807759))	Aspergillus niger	84593278
An15g07660	mRNA	An15g07660	NT_166530.1	1807798	1809271	D	An15g07660	join(<1807798..1808091,1808175..1808270,1808483..1808626,1808716..1808830,1809084..>1809271)	Aspergillus niger	84593279
An15g07670	mRNA	An15g07670	NT_166530.1	1809400	1810614	R	An15g07670	complement(join(<1809400..1809678,1809742..1810063,1810133..1810227,1810276..>1810614))	Aspergillus niger	4988368
An15g07680	mRNA	An15g07680	NT_166530.1	1811369	1813121	D	An15g07680	join(<1811369..1811500,1811549..1811625,1811706..1811790,1811869..1811928,1812051..1812177,1812272..1812375,1812580..1812621,1812745..1812884,1812974..>1813121)	Aspergillus niger	84593280
An15g07690	mRNA	An15g07690	NT_166530.1	1813273	1814193	R	An15g07690	complement(join(<1813273..1813359,1813480..1813615,1813665..1813786,1813855..1813999,1814081..>1814193))	Aspergillus niger	84593281
An15g07700	mRNA	An15g07700	NT_166530.1	1815294	1816091	D	An15g07700	<1815294..>1816091	Aspergillus niger	4988371
An15g07710	mRNA	An15g07710	NT_166530.1	1816528	1817101	R	An15g07710	complement(join(<1816528..1816632,1816682..1816851,1816906..1816998,1817065..>1817101))	Aspergillus niger	4988372
An15g07720	mRNA	An15g07720	NT_166530.1	1817862	1818885	R	An15g07720	complement(join(<1817862..1818484,1818544..1818688,1818751..>1818885))	Aspergillus niger	4988373
An15g07730	mRNA	An15g07730	NT_166530.1	1819576	1821975	D	An15g07730	join(<1819576..1819695,1819755..1819937,1819991..1820350,1820399..1820939,1820996..1821321,1821374..1821551,1821608..>1821975)	Aspergillus niger	4988374
An15g07740	mRNA	An15g07740	NT_166530.1	1822116	1824650	R	An15g07740	complement(join(<1822116..1822867,1822932..1823194,1823258..1823695,1823744..1824086,1824162..1824268,1824326..1824486,1824630..>1824650))	Aspergillus niger	4988375
An15g07750	mRNA	An15g07750	NT_166530.1	1824802	1826184	D	An15g07750	join(<1824802..1824882,1825186..1825270,1825369..1825386,1825438..1825617,1825750..1826003,1826098..>1826184)	Aspergillus niger	84593282
An15g07760	mRNA	An15g07760	NT_166530.1	1826361	1827368	D	An15g07760	<1826361..>1827368	Aspergillus niger	4988377
An15g07770	mRNA	An15g07770	NT_166530.1	1827679	1828887	D	An15g07770	join(<1827679..1827752,1827837..1827985,1828041..1828377,1828428..>1828887)	Aspergillus niger	84593283
An15g07780	mRNA	An15g07780	NT_166530.1	1828995	1829983	D	An15g07780	join(<1828995..1829133,1829175..1829292,1829593..1829624,1829695..1829831,1829912..>1829983)	Aspergillus niger	84593284
An15g07790	mRNA	An15g07790	NT_166530.1	1830357	1831244	R	An15g07790	complement(join(<1830357..1830559,1830711..1830907,1830985..>1831244))	Aspergillus niger	4988380
An15g07800	mRNA	An15g07800	NT_166530.1	1832415	1834692	R	An15g07800	complement(join(<1832415..1833070,1833141..1833192,1833257..1833331,1833382..1833472,1833522..1833684,1833742..1833850,1833905..1834060,1834114..1834217,1834330..1834384,1834450..>1834692))	Aspergillus niger	4988381
An15g07810	mRNA	An15g07810	NT_166530.1	1836330	1844754	D	An15g07810	join(<1836330..1836692,1836756..1836931,1836991..1837219,1837272..1837753,1837816..1838108,1838158..1838656,1838742..1839186,1839246..1841461,1841521..1841562,1841622..1842777,1842836..1843006,1843067..1843217,1843274..1843575,1843643..1844003,1844067..1844257,1844665..>1844754)	Aspergillus niger	4988382
An15g07820	mRNA	An15g07820	NT_166530.1	1845029	1845843	D	An15g07820	join(<1845029..1845205,1845281..1845403,1845464..1845589,1845643..>1845843)	Aspergillus niger	4988383
An15g07830	mRNA	An15g07830	NT_166530.1	1846429	1847708	D	An15g07830	join(<1846429..1846660,1846761..1847132,1847221..>1847708)	Aspergillus niger	4988384
An15g07840	mRNA	An15g07840	NT_166530.1	1848063	1848839	D	An15g07840	<1848063..>1848839	Aspergillus niger	4988385
An15g07850	mRNA	An15g07850	NT_166530.1	1850272	1851047	D	An15g07850	join(<1850272..1850336,1850384..>1851047)	Aspergillus niger	84593285
An15g07860	mRNA	An15g07860	NT_166530.1	1851102	1852517	R	An15g07860	complement(join(<1851102..1851375,1851437..1851729,1851893..1852007,1852117..1852311,1852435..>1852517))	Aspergillus niger	4988387
An15g07870	mRNA	An15g07870	NT_166530.1	1852983	1854095	R	An15g07870	complement(<1852983..>1854095)	Aspergillus niger	4988388
An15g07880	mRNA	An15g07880	NT_166530.1	1855355	1857116	R	An15g07880	complement(join(<1855355..1855632,1855693..1856232,1856283..1856721,1856840..1856888,1856992..>1857116))	Aspergillus niger	4988389
An15g07890	mRNA	An15g07890	NT_166530.1	1857798	1858674	R	An15g07890	complement(join(<1857798..1857802,1857961..1858508,1858562..>1858674))	Aspergillus niger	84593286
An15g07900	mRNA	An15g07900	NT_166530.1	1859696	1861504	D	An15g07900	join(<1859696..1859903,1859970..1860838,1860899..1860924,1860972..1861056,1861105..1861268,1861327..>1861504)	Aspergillus niger	4988391
An15g07910	mRNA	An15g07910	NT_166530.1	1862045	1867736	D	An15g07910	join(<1862045..1862404,1862454..>1867736)	Aspergillus niger	4988392
An15g07920	mRNA	An15g07920	NT_166530.1	1868857	1877016	D	An15g07920	join(<1868857..1869196,1869263..1869531,1869619..1870855,1870916..1872045,1872099..1873706,1873772..1873833,1873888..1875706,1875784..1876092,1876151..1876821,1876905..>1877016)	Aspergillus niger	4988393
An15g07930	mRNA	An15g07930	NT_166530.1	1878048	1879820	D	An15g07930	join(<1878048..1878603,1878667..1878743,1878816..1879129,1879182..1879298,1879359..>1879820)	Aspergillus niger	4988394
An02g00010	mRNA	An02g00010	NT_166519.1	26	574	D	An02g00010	join(<26..78,160..>574)	Aspergillus niger	4979615
An02g00020	mRNA	An02g00020	NT_166519.1	713	988	R	An02g00020	complement(<713..>988)	Aspergillus niger	84590178
An02g00030	mRNA	An02g00030	NT_166519.1	1606	2977	R	An02g00030	complement(join(<1606..2378,2434..>2977))	Aspergillus niger	4979640
An02g00040	mRNA	An02g00040	NT_166519.1	3736	5430	D	An02g00040	join(<3736..4114,4171..4836,4891..5238,5291..>5430)	Aspergillus niger	4979623
An02g00050	mRNA	An02g00050	NT_166519.1	5800	7488	D	An02g00050	join(<5800..7196,7266..>7488)	Aspergillus niger	4979626
An02g00060	mRNA	An02g00060	NT_166519.1	10494	12038	D	An02g00060	<10494..>12038	Aspergillus niger	4979618
An02g00070	mRNA	An02g00070	NT_166519.1	12833	13969	D	An02g00070	<12833..>13969	Aspergillus niger	4979632
An02g00080	mRNA	An02g00080	NT_166519.1	14732	15307	R	An02g00080	complement(<14732..>15307)	Aspergillus niger	4979627
An02g00090	mRNA	An02g00090	NT_166519.1	17548	18852	D	An02g00090	<17548..>18852	Aspergillus niger	4979647
An02g00100	mRNA	An02g00100	NT_166519.1	19415	20388	R	An02g00100	complement(join(<19415..19789,19864..>20388))	Aspergillus niger	4979639
An02g00110	mRNA	An02g00110	NT_166519.1	22533	23489	D	An02g00110	<22533..>23489	Aspergillus niger	4979624
An02g00120	mRNA	An02g00120	NT_166519.1	24371	25179	R	An02g00120	complement(join(<24371..24800,24862..24995,25054..>25179))	Aspergillus niger	4979619
An02g00130	mRNA	An02g00130	NT_166519.1	25596	27867	D	An02g00130	join(<25596..25666,25772..25883,26461..26535,26638..26679,26876..27184,27240..27419,27510..27551,27643..>27867)	Aspergillus niger	84590179
An02g00140	mRNA	An02g00140	NT_166519.1	28383	30080	R	An02g00140	complement(join(<28383..29110,29166..29622,29682..>30080))	Aspergillus niger	4979621
An02g00150	mRNA	An02g00150	NT_166519.1	30332	32115	R	An02g00150	complement(join(<30332..30526,30580..30711,30767..30868,30915..31676,31737..31822,31863..>32115))	Aspergillus niger	4979625
An02g00160	mRNA	An02g00160	NT_166519.1	32492	34247	D	An02g00160	join(<32492..32617,32896..33183,33231..33691,33854..>34247)	Aspergillus niger	4979614
An02g00170	mRNA	An02g00170	NT_166519.1	34365	37432	R	An02g00170	complement(join(<34365..37321,37384..>37432))	Aspergillus niger	4979648
An02g00180	mRNA	An02g00180	NT_166519.1	37868	39829	R	An02g00180	complement(join(<37868..38157,38209..39663,39748..>39829))	Aspergillus niger	4979631
An02g00190	mRNA	An02g00190	NT_166519.1	40940	42800	R	An02g00190	complement(join(<40940..41967,42024..42451,42505..>42800))	Aspergillus niger	4979610
An02g00200	mRNA	An02g00200	NT_166519.1	44179	45575	D	An02g00200	join(<44179..44400,44474..44982,45047..>45575)	Aspergillus niger	4979629
An02g00210	mRNA	An02g00210	NT_166519.1	48541	52371	D	An02g00210	<48541..>52371	Aspergillus niger	4979636
An02g00220	mRNA	An02g00220	NT_166519.1	52734	53728	R	An02g00220	complement(join(<52734..52809,52873..53203,53271..53593,53643..>53728))	Aspergillus niger	4979633
An02g00230	mRNA	An02g00230	NT_166519.1	54271	55126	R	An02g00230	complement(join(<54271..54622,54681..>55126))	Aspergillus niger	4979612
An02g00240	mRNA	An02g00240	NT_166519.1	55801	57803	D	An02g00240	join(<55801..56013,56080..56202,56252..56361,56420..56826,56871..57029,57129..57274,57327..>57803)	Aspergillus niger	4979613
An02g00250	mRNA	An02g00250	NT_166519.1	57859	58638	R	An02g00250	complement(join(<57859..58098,58132..>58638))	Aspergillus niger	4979635
An02g00260	mRNA	An02g00260	NT_166519.1	58884	61558	R	An02g00260	complement(join(<58884..59053,59102..60308,60477..60944,61000..61004,61361..61416,61548..>61558))	Aspergillus niger	4979616
An02g00270	mRNA	An02g00270	NT_166519.1	62718	63071	R	An02g00270	complement(join(<62718..62813,62853..>63071))	Aspergillus niger	84590180
An02g00280	mRNA	An02g00280	NT_166519.1	63553	64344	D	An02g00280	join(<63553..63612,63793..64113,64116..64180,64242..>64344)	Aspergillus niger	84590181
An02g00290	mRNA	An02g00290	NT_166519.1	64897	67241	D	An02g00290	join(<64897..65926,65993..66410,66494..>67241)	Aspergillus niger	4979643
An02g00300	mRNA	An02g00300	NT_166519.1	68162	69104	D	An02g00300	join(<68162..68379,68467..68961,69017..>69104)	Aspergillus niger	4979644
An02g00310	mRNA	An02g00310	NT_166519.1	69480	70555	R	An02g00310	complement(join(<69480..70426,70492..>70555))	Aspergillus niger	4979645
An02g00320	mRNA	An02g00320	NT_166519.1	70646	72369	R	An02g00320	complement(join(<70646..70784,70834..70896,71518..71916,72155..>72369))	Aspergillus niger	4979649
An02g00330	mRNA	An02g00330	NT_166519.1	72573	73094	D	An02g00330	<72573..>73094	Aspergillus niger	4979628
An02g00340	mRNA	An02g00340	NT_166519.1	73691	75565	D	An02g00340	join(<73691..73981,74037..74159,74210..74362,74412..75266,75315..75399,75450..>75565)	Aspergillus niger	4979617
An02g00350	mRNA	An02g00350	NT_166519.1	75868	77619	R	An02g00350	complement(<75868..>77619)	Aspergillus niger	4979637
An02g00360	mRNA	An02g00360	NT_166519.1	77727	79478	D	An02g00360	join(<77727..77866,78056..78397,78509..78731,78878..79003,79139..79210,79289..79384,79461..>79478)	Aspergillus niger	84590182
An02g00370	mRNA	An02g00370	NT_166519.1	79745	83097	R	An02g00370	complement(join(<79745..80897,81002..>83097))	Aspergillus niger	84590183
An02g00380	mRNA	An02g00380	NT_166519.1	83248	83811	D	An02g00380	join(<83248..83416,83501..>83811)	Aspergillus niger	84590184
An02g00390	mRNA	An02g00390	NT_166519.1	84337	85865	R	An02g00390	complement(join(<84337..84442,84646..85038,85105..85478,85531..85635,85695..>85865))	Aspergillus niger	4979609
An02g00400	mRNA	An02g00400	NT_166519.1	86467	88356	D	An02g00400	join(<86467..86682,86746..>88356)	Aspergillus niger	4979620
An02g00410	mRNA	An02g00410	NT_166519.1	88741	89145	D	An02g00410	join(<88741..88769,88812..88883,88983..>89145)	Aspergillus niger	84590185
An02g00420	mRNA	An02g00420	NT_166519.1	89478	91497	R	An02g00420	complement(join(<89478..89672,89765..90411,90501..90567,90774..90878,90929..91017,91058..91123,91210..91317,91395..>91497))	Aspergillus niger	4978523
An02g00430	mRNA	An02g00430	NT_166519.1	91507	91913	R	An02g00430	complement(join(<91507..91629,91698..>91913))	Aspergillus niger	84590186
An02g00440	mRNA	An02g00440	NT_166519.1	92015	93344	R	An02g00440	complement(join(<92015..92514,92571..92608,92714..92732,92803..92932,93190..93242,93338..>93344))	Aspergillus niger	4978525
An02g00450	mRNA	An02g00450	NT_166519.1	93601	102087	D	An02g00450	join(<93601..94200,94257..94605,94688..94738,94816..94979,95032..95511,95578..95698,95751..95910,95965..96365,96411..96895,96898..96987,97052..98371,98430..98759,98795..98856,98919..99001,99083..99622,99691..100307,100310..100822,100878..101172,101258..>102087)	Aspergillus niger	10098058
An02g00460	mRNA	An02g00460	NT_166519.1	103169	104875	R	An02g00460	complement(<103169..>104875)	Aspergillus niger	4978527
An02g00470	mRNA	An02g00470	NT_166519.1	106208	107553	D	An02g00470	join(<106208..106403,106503..106543,106612..106991,107043..107107,107165..>107553)	Aspergillus niger	4978528
An02g00480	mRNA	An02g00480	NT_166519.1	108006	108349	R	An02g00480	complement(join(<108006..108085,108135..108194,108295..>108349))	Aspergillus niger	84590187
An02g00490	mRNA	An02g00490	NT_166519.1	109430	112719	D	An02g00490	join(<109430..110094,110150..110822,110908..111799,112514..>112719)	Aspergillus niger	4978530
An02g00500	mRNA	An02g00500	NT_166519.1	113267	113870	D	An02g00500	join(<113267..113668,113718..>113870)	Aspergillus niger	4978531
An02g00510	mRNA	An02g00510	NT_166519.1	114196	115431	D	An02g00510	join(<114196..114345,114402..114514,114574..114699,114895..114948,115021..115138,115348..>115431)	Aspergillus niger	4978532
An02g00520	mRNA	An02g00520	NT_166519.1	117963	118263	D	An02g00520	join(<117963..118080,118136..>118263)	Aspergillus niger	84590188
An02g00530	mRNA	An02g00530	NT_166519.1	119087	120405	D	An02g00530	join(<119087..119308,119370..119972,120037..>120405)	Aspergillus niger	4978534
An02g00540	mRNA	An02g00540	NT_166519.1	120643	122900	R	An02g00540	complement(join(<120643..121110,121167..122628,122674..>122900))	Aspergillus niger	4978535
An02g00550	mRNA	An02g00550	NT_166519.1	122975	123958	D	An02g00550	<122975..>123958	Aspergillus niger	4978536
An02g00560	mRNA	An02g00560	NT_166519.1	124105	126162	R	An02g00560	complement(join(<124105..124499,124562..125025,125072..125751,125798..126094,126124..>126162))	Aspergillus niger	4978537
An02g00570	mRNA	An02g00570	NT_166519.1	126179	127708	D	An02g00570	join(<126179..126646,126716..>127708)	Aspergillus niger	4978538
An02g00580	mRNA	An02g00580	NT_166519.1	127756	129306	R	An02g00580	complement(<127756..>129306)	Aspergillus niger	4978539
An02g00590	mRNA	An02g00590	NT_166519.1	129844	131662	R	An02g00590	complement(join(<129844..130598,130668..131053,131103..131303,131361..>131662))	Aspergillus niger	4978540
An02g00600	mRNA	An02g00600	NT_166519.1	131930	133850	R	An02g00600	complement(join(<131930..132071,132200..132552,132632..132721,132762..132865,133205..133276,133527..133671,133755..>133850))	Aspergillus niger	84590189
An02g00610	mRNA	An02g00610	NT_166519.1	134497	136769	R	An02g00610	complement(join(<134497..134794,134844..134974,135023..135163,135222..135437,135487..135890,135943..136392,136442..>136769))	Aspergillus niger	4978542
An02g00620	mRNA	An02g00620	NT_166519.1	136860	137539	R	An02g00620	complement(join(<136860..137149,137232..137357,137500..>137539))	Aspergillus niger	84590190
An02g00630	mRNA	An02g00630	NT_166519.1	137719	138303	R	An02g00630	complement(<137719..>138303)	Aspergillus niger	84590191
An02g00640	mRNA	An02g00640	NT_166519.1	138711	139407	R	An02g00640	complement(join(<138711..138845,138958..139061,139209..>139407))	Aspergillus niger	84590192
An02g00650	mRNA	An02g00650	NT_166519.1	139410	141448	D	An02g00650	join(<139410..139487,139612..139658,139749..139889,139957..140043,140228..140337,140657..140934,141010..141281,141337..>141448)	Aspergillus niger	84590193
An02g00660	mRNA	An02g00660	NT_166519.1	142215	145264	D	An02g00660	join(<142215..143382,143430..>145264)	Aspergillus niger	4978547
An02g00670	mRNA	An02g00670	NT_166519.1	145609	146884	D	An02g00670	join(<145609..145649,145702..145795,145845..145899,145957..146156,146216..146739,146821..>146884)	Aspergillus niger	4978548
An02g00680	mRNA	An02g00680	NT_166519.1	148444	148990	R	An02g00680	complement(join(<148444..148769,148824..148902,148961..>148990))	Aspergillus niger	4978549
An02g00690	mRNA	An02g00690	NT_166519.1	151333	152187	D	An02g00690	join(<151333..151532,151574..151691,152122..>152187)	Aspergillus niger	84590194
An02g00700	mRNA	An02g00700	NT_166519.1	152519	153830	R	An02g00700	complement(join(<152519..153138,153194..>153830))	Aspergillus niger	4978551
An02g00710	mRNA	An02g00710	NT_166519.1	154305	156421	D	An02g00710	join(<154305..154368,154437..154942,154978..155064,155131..155200,155256..155530,155655..155689,155743..155920,155989..156118,156204..>156421)	Aspergillus niger	4978552
An02g00720	mRNA	An02g00720	NT_166519.1	156948	157744	R	An02g00720	complement(join(<156948..157007,157083..157120,157191..157244,157356..157448,157541..157605,157683..>157744))	Aspergillus niger	84590195
An02g00730	mRNA	An02g00730	NT_166519.1	158335	159377	D	An02g00730	join(<158335..158653,158755..158945,159018..>159377)	Aspergillus niger	4978554
An02g00740	mRNA	An02g00740	NT_166519.1	159568	161324	R	An02g00740	complement(join(<159568..160072,160147..160385,160460..160805,160862..160965,161034..>161324))	Aspergillus niger	4978555
An02g00750	mRNA	An02g00750	NT_166519.1	161850	163346	R	An02g00750	complement(join(<161850..162148,162252..162319,162374..162448,162499..162708,162975..163026,163157..>163346))	Aspergillus niger	4978556
An02g00760	mRNA	An02g00760	NT_166519.1	163985	166890	R	An02g00760	complement(join(<163985..164348,164510..164665,165246..165445,165536..165911,165977..166713,166777..>166890))	Aspergillus niger	4978557
An02g00770	mRNA	An02g00770	NT_166519.1	167475	167823	R	An02g00770	complement(join(<167475..167605,167802..>167823))	Aspergillus niger	84590196
An02g00780	mRNA	An02g00780	NT_166519.1	168482	170075	R	An02g00780	complement(join(<168482..169147,169271..169806,169855..169869,169916..>170075))	Aspergillus niger	4978559
An02g00790	mRNA	An02g00790	NT_166519.1	170351	172363	R	An02g00790	complement(join(<170351..170483,170562..170612,170694..170906,170974..171109,171654..171782,171804..171874,171966..172001,172323..>172363))	Aspergillus niger	84590197
An02g00800	mRNA	An02g00800	NT_166519.1	172600	173790	D	An02g00800	join(<172600..172919,173131..173215,173258..173485,173521..173549,173595..173665,173756..>173790)	Aspergillus niger	84590198
An02g00810	mRNA	An02g00810	NT_166519.1	174560	175978	R	An02g00810	complement(join(<174560..174897,174958..175394,175448..175571,175618..175747,175802..>175978))	Aspergillus niger	4978562
An02g00820	mRNA	An02g00820	NT_166519.1	176363	177424	R	An02g00820	complement(join(<176363..176496,176707..177015,177108..177262,177339..>177424))	Aspergillus niger	84590199
An02g00830	mRNA	An02g00830	NT_166519.1	178031	179804	D	An02g00830	join(<178031..178162,178274..178319,178409..178573,178641..178688,178754..178846,179076..179315,179382..179467,179519..179576,179662..>179804)	Aspergillus niger	84590200
An02g00840	mRNA	An02g00840	NT_166519.1	179874	183194	D	An02g00840	join(<179874..180143,180193..180950,181002..182013,182064..>183194)	Aspergillus niger	4978565
An02g00850	mRNA	An02g00850	NT_166519.1	183804	186023	R	An02g00850	complement(<183804..>186023)	Aspergillus niger	4978566
An02g00860	mRNA	An02g00860	NT_166519.1	186448	188030	R	An02g00860	complement(join(<186448..186671,186795..186873,187122..187445,187505..187630,187720..187803,187893..187908,187987..>188030))	Aspergillus niger	84590201
An02g00870	mRNA	An02g00870	NT_166519.1	188888	190571	R	An02g00870	complement(join(<188888..188986,189063..189142,189202..190156,190215..>190571))	Aspergillus niger	4978568
An02g00880	mRNA	An02g00880	NT_166519.1	191428	194360	R	An02g00880	complement(join(<191428..192131,192185..192870,192926..193835,193892..>194360))	Aspergillus niger	4978569
An02g00890	mRNA	An02g00890	NT_166519.1	194998	196749	R	An02g00890	complement(join(<194998..195083,195136..195226,195282..195474,195524..195709,195758..195783,195836..195958,196013..196181,196237..196411,196466..196584,196643..>196749))	Aspergillus niger	4978570
An02g00910	mRNA	An02g00910	NT_166519.1	198158	199236	D	An02g00910	join(<198158..198262,198314..198549,198602..198948,198995..>199236)	Aspergillus niger	4978572
An02g00920	mRNA	An02g00920	NT_166519.1	200161	200452	R	An02g00920	complement(join(<200161..200204,200263..>200452))	Aspergillus niger	84590202
An02g00930	mRNA	An02g00930	NT_166519.1	200807	201222	D	An02g00930	join(<200807..200884,200959..201018,201103..>201222)	Aspergillus niger	84590203
An02g00950	mRNA	An02g00950	NT_166519.1	201677	202644	D	An02g00950	join(<201677..202121,202205..>202644)	Aspergillus niger	84590204
An02g00957	mRNA	An02g00957	NT_166519.1	203227	204391	D	An02g00957	join(<203227..203367,203615..203766,203830..>204391)	Aspergillus niger	84590205
An02g00960	mRNA	An02g00960	NT_166519.1	205045	205755	D	An02g00960	<205045..>205755	Aspergillus niger	4978578
An02g00970	mRNA	An02g00970	NT_166519.1	205899	206497	R	An02g00970	complement(join(<205899..206063,206135..206296,206390..>206497))	Aspergillus niger	4978579
An02g00980	mRNA	An02g00980	NT_166519.1	207112	208778	D	An02g00980	join(<207112..207254,207314..>208778)	Aspergillus niger	4978580
An02g00990	mRNA	An02g00990	NT_166519.1	208894	210174	R	An02g00990	complement(<208894..>210174)	Aspergillus niger	4978581
An02g01000	mRNA	An02g01000	NT_166519.1	211805	213798	D	An02g01000	join(<211805..211985,212036..212449,212526..212749,212807..213189,213252..>213798)	Aspergillus niger	4978582
An02g01010	mRNA	An02g01010	NT_166519.1	213901	215065	D	An02g01010	join(<213901..214440,214865..>215065)	Aspergillus niger	84590206
An02g01020	mRNA	An02g01020	NT_166519.1	215133	215814	R	An02g01020	complement(join(<215133..215222,215358..215391,215447..>215814))	Aspergillus niger	84590207
An02g01022	mRNA	An02g01022	NT_166519.1	215909	216145	R	An02g01022	complement(<215909..>216145)	Aspergillus niger	84590208
An02g01025	mRNA	An02g01025	NT_166519.1	216278	216409	R	An02g01025	complement(join(<216278..216337,216389..>216409))	Aspergillus niger	84590209
An02g01030	mRNA	An02g01030	NT_166519.1	216560	217173	D	An02g01030	join(<216560..216622,216691..216977,217059..>217173)	Aspergillus niger	84590210
An02g01040	mRNA	An02g01040	NT_166519.1	217512	218979	D	An02g01040	join(<217512..217679,217900..217981,218042..218750,218829..>218979)	Aspergillus niger	4978588
An02g01050	mRNA	An02g01050	NT_166519.1	219257	220896	R	An02g01050	complement(join(<219257..219868,219942..220307,220364..220425,220487..220638,220701..220782,220854..>220896))	Aspergillus niger	4978589
An02g01060	mRNA	An02g01060	NT_166519.1	221183	221973	D	An02g01060	join(<221183..221373,221530..221567,221601..221709,221799..>221973)	Aspergillus niger	84590211
An02g01070	mRNA	An02g01070	NT_166519.1	223010	223949	D	An02g01070	join(<223010..223325,223424..223531,223594..223866,223918..>223949)	Aspergillus niger	4978591
An02g01080	mRNA	An02g01080	NT_166519.1	224059	226023	R	An02g01080	complement(join(<224059..224302,224361..225138,225248..225733,225789..>226023))	Aspergillus niger	4978592
An02g01090	mRNA	An02g01090	NT_166519.1	226711	227613	D	An02g01090	join(<226711..226747,226793..227324,227387..227465,227542..>227613)	Aspergillus niger	4978593
An02g01100	mRNA	An02g01100	NT_166519.1	228062	229935	D	An02g01100	join(<228062..229167,229219..229387,229472..229776,229851..>229935)	Aspergillus niger	4978594
An02g01110	mRNA	An02g01110	NT_166519.1	230438	231452	R	An02g01110	complement(join(<230438..230902,230983..231348,231411..>231452))	Aspergillus niger	4978595
An02g01120	mRNA	An02g01120	NT_166519.1	231646	233902	R	An02g01120	complement(join(<231646..231699,231835..231906,232487..232515,232707..232826,232928..232988,233050..233299,233397..>233902))	Aspergillus niger	4978596
An02g01130	mRNA	An02g01130	NT_166519.1	234255	235570	D	An02g01130	join(<234255..235276,235372..>235570)	Aspergillus niger	4978597
An02g01140	mRNA	An02g01140	NT_166519.1	235874	238465	R	An02g01140	complement(join(<235874..236348,236405..236637,236704..237129,237183..237499,237552..238030,238097..238197,238276..238389,238433..>238465))	Aspergillus niger	4978598
An02g01150	mRNA	An02g01150	NT_166519.1	238839	239826	R	An02g01150	complement(join(<238839..238982,239041..239176,239312..239445,239674..>239826))	Aspergillus niger	84590212
An02g01160	mRNA	An02g01160	NT_166519.1	240032	241038	D	An02g01160	join(<240032..240282,240336..240941,240990..>241038)	Aspergillus niger	4978600
An02g01170	mRNA	An02g01170	NT_166519.1	241347	241592	R	An02g01170	complement(join(<241347..241379,241458..>241592))	Aspergillus niger	84590213
An02g01180	mRNA	An02g01180	NT_166519.1	242000	243116	R	An02g01180	complement(join(<242000..242972,243043..>243116))	Aspergillus niger	4978602
An02g01190	mRNA	An02g01190	NT_166519.1	243242	244769	R	An02g01190	complement(join(<243242..243431,243638..243686,243868..243970,244056..244149,244296..244591,244743..>244769))	Aspergillus niger	84590214
An02g01200	mRNA	An02g01200	NT_166519.1	245088	248032	R	An02g01200	complement(join(<245088..245264,245319..246883,246940..247071,247432..247764,247819..247960,248015..>248032))	Aspergillus niger	4978604
An02g01210	mRNA	An02g01210	NT_166519.1	248808	251068	D	An02g01210	join(<248808..249041,249107..249249,249305..249353,249428..249531,249596..250057,250107..250815,250871..>251068)	Aspergillus niger	4978605
An02g01220	mRNA	An02g01220	NT_166519.1	252052	255265	R	An02g01220	complement(join(<252052..253078,253147..254176,254244..254526,254581..254969,255032..255141,255222..>255265))	Aspergillus niger	4978606
An02g01230	mRNA	An02g01230	NT_166519.1	256764	257637	D	An02g01230	join(<256764..256804,256972..257026,257136..257401,257469..>257637)	Aspergillus niger	84590215
An02g01240	mRNA	An02g01240	NT_166519.1	257780	258743	D	An02g01240	join(<257780..258404,258481..>258743)	Aspergillus niger	4978608
An02g01250	mRNA	An02g01250	NT_166519.1	260391	263177	R	An02g01250	complement(join(<260391..261915,261971..262192,262256..262941,263006..263113,263169..>263177))	Aspergillus niger	4978609
An02g01255	mRNA	An02g01255	NT_166519.1	263538	264642	R	An02g01255	complement(join(<263538..263752,263840..263944,264038..264322,264381..>264642))	Aspergillus niger	4978610
An02g01260	mRNA	An02g01260	NT_166519.1	265454	269720	D	An02g01260	join(<265454..267313,267366..>269720)	Aspergillus niger	4978611
An02g01270	mRNA	An02g01270	NT_166519.1	270157	273698	R	An02g01270	complement(join(<270157..270904,270974..271216,271285..271463,271916..272852,272927..273173,273320..>273698))	Aspergillus niger	4978612
An02g01280	mRNA	An02g01280	NT_166519.1	274817	275058	D	An02g01280	join(<274817..274825,274909..274944,274996..>275058)	Aspergillus niger	84590216
An02g01290	mRNA	An02g01290	NT_166519.1	275752	277878	R	An02g01290	complement(join(<275752..276299,276363..>277878))	Aspergillus niger	4978614
An02g01300	mRNA	An02g01300	NT_166519.1	280233	281858	R	An02g01300	complement(join(<280233..280763,281283..281553,281611..>281858))	Aspergillus niger	4978615
An02g01310	mRNA	An02g01310	NT_166519.1	283331	284306	R	An02g01310	complement(join(<283331..283509,283610..283781,283867..283983,284247..>284306))	Aspergillus niger	84590217
An02g01320	mRNA	An02g01320	NT_166519.1	284398	284886	D	An02g01320	<284398..>284886	Aspergillus niger	4978617
An02g01330	mRNA	An02g01330	NT_166519.1	285609	286931	D	An02g01330	join(<285609..285773,285831..>286931)	Aspergillus niger	4978618
An02g01340	mRNA	An02g01340	NT_166519.1	287177	287976	R	An02g01340	complement(join(<287177..287284,287343..287539,287613..>287976))	Aspergillus niger	84590218
An02g01350	mRNA	An02g01350	NT_166519.1	289369	292053	D	An02g01350	join(<289369..289459,289580..>292053)	Aspergillus niger	4978620
An02g01360	mRNA	An02g01360	NT_166519.1	292458	293323	R	An02g01360	complement(join(<292458..292625,292739..>293323))	Aspergillus niger	4978621
An02g01370	mRNA	An02g01370	NT_166519.1	293920	299258	D	An02g01370	join(<293920..294023,294115..295040,295094..296039,296087..296323,296371..296599,296648..296958,297007..297524,297575..297715,297762..298384,298437..>299258)	Aspergillus niger	4978622
An02g01380	mRNA	An02g01380	NT_166519.1	299607	300395	D	An02g01380	<299607..>300395	Aspergillus niger	84590219
An02g01390	mRNA	An02g01390	NT_166519.1	300697	302814	D	An02g01390	join(<300697..300787,300851..301131,301186..301452,301505..302665,302719..>302814)	Aspergillus niger	4978624
An02g01400	mRNA	An02g01400	NT_166519.1	303641	305252	D	An02g01400	join(<303641..304686,304797..304972,305055..305083,305140..305195,305246..>305252)	Aspergillus niger	4978625
An02g01410	mRNA	An02g01410	NT_166519.1	305399	306177	R	An02g01410	complement(join(<305399..305444,305477..>306177))	Aspergillus niger	84590220
An02g01420	mRNA	An02g01420	NT_166519.1	307040	312590	R	An02g01420	complement(join(<307040..307812,307863..308532,308584..309944,309997..312015,312428..>312590))	Aspergillus niger	4978627
An02g01430	mRNA	An02g01430	NT_166519.1	314363	315701	D	An02g01430	join(<314363..314393,314454..314969,315043..>315701)	Aspergillus niger	4978628
An02g01440	mRNA	An02g01440	NT_166519.1	315891	316499	R	An02g01440	complement(join(<315891..315917,316047..316065,316117..>316499))	Aspergillus niger	84590221
An02g01450	mRNA	An02g01450	NT_166519.1	320348	321103	D	An02g01450	join(<320348..320648,320859..>321103)	Aspergillus niger	84590222
An02g01460	mRNA	An02g01460	NT_166519.1	323120	323378	D	An02g01460	join(<323120..323203,323236..323243,323324..>323378)	Aspergillus niger	84590223
An02g01470	mRNA	An02g01470	NT_166519.1	323645	325940	R	An02g01470	complement(join(<323645..323784,323909..324314,324421..325016,325186..325217,325369..325430,325533..325545,325623..325776,325883..>325940))	Aspergillus niger	4978632
An02g01480	mRNA	An02g01480	NT_166519.1	328182	330131	D	An02g01480	join(<328182..329655,329711..329755,329821..>330131)	Aspergillus niger	4978633
An02g01490	mRNA	An02g01490	NT_166519.1	331796	333085	D	An02g01490	join(<331796..332170,332270..332332,332412..332545,332824..>333085)	Aspergillus niger	4978634
An02g01500	mRNA	An02g01500	NT_166519.1	334256	336673	D	An02g01500	<334256..>336673	Aspergillus niger	4978635
An02g01510	mRNA	An02g01510	NT_166519.1	337354	339354	R	An02g01510	complement(join(<337354..337561,337705..337743,338084..338241,338301..338857,338919..>339354))	Aspergillus niger	4978636
An02g01520	mRNA	An02g01520	NT_166519.1	339787	341695	D	An02g01520	join(<339787..339846,339911..>341695)	Aspergillus niger	4978637
An02g01530	mRNA	An02g01530	NT_166519.1	342047	344294	R	An02g01530	complement(join(<342047..343816,343854..344045,344115..>344294))	Aspergillus niger	4978638
An02g01540	mRNA	An02g01540	NT_166519.1	344758	346542	D	An02g01540	join(<344758..345063,345128..345562,345622..346438,346526..>346542)	Aspergillus niger	4978639
An02g01550	mRNA	An02g01550	NT_166519.1	346786	347235	R	An02g01550	complement(<346786..>347235)	Aspergillus niger	4978640
An02g01560	mRNA	An02g01560	NT_166519.1	350679	351993	D	An02g01560	join(<350679..351248,351310..>351993)	Aspergillus niger	4978641
An02g01570	mRNA	An02g01570	NT_166519.1	356217	359206	R	An02g01570	complement(join(<356217..358418,358769..>359206))	Aspergillus niger	4978642
An02g01580	mRNA	An02g01580	NT_166519.1	359634	360696	D	An02g01580	join(<359634..359801,359870..360171,360229..360403,360457..>360696)	Aspergillus niger	4978643
An02g01590	mRNA	An02g01590	NT_166519.1	361453	363997	R	An02g01590	complement(join(<361453..363282,363345..363814,363886..>363997))	Aspergillus niger	4978644
An02g01600	mRNA	An02g01600	NT_166519.1	364383	366047	D	An02g01600	join(<364383..365015,365073..>366047)	Aspergillus niger	4978645
An02g01610	mRNA	An02g01610	NT_166519.1	366437	367401	R	An02g01610	complement(join(<366437..366980,367067..367165,367229..>367401))	Aspergillus niger	4978646
An02g01615	mRNA	An02g01615	NT_166519.1	367818	368039	D	An02g01615	<367818..>368039	Aspergillus niger	84590224
An02g01620	mRNA	An02g01620	NT_166519.1	368184	370725	R	An02g01620	complement(join(<368184..368717,368775..369044,369104..369397,369465..370276,370422..>370725))	Aspergillus niger	4978648
An02g01630	mRNA	An02g01630	NT_166519.1	372462	375928	D	An02g01630	join(<372462..372655,372866..372969,373077..>375928)	Aspergillus niger	4978649
An02g01640	mRNA	An02g01640	NT_166519.1	376586	378503	D	An02g01640	join(<376586..377759,377930..378398,378485..>378503)	Aspergillus niger	4978650
An02g01650	mRNA	An02g01650	NT_166519.1	378986	386511	R	An02g01650	complement(join(<378986..386159,386282..>386511))	Aspergillus niger	4978651
An02g01660	mRNA	An02g01660	NT_166519.1	388639	389492	D	An02g01660	join(<388639..388817,388930..389023,389136..>389492)	Aspergillus niger	84590225
An02g01670	mRNA	An02g01670	NT_166519.1	389496	390064	R	An02g01670	complement(join(<389496..389556,389667..>390064))	Aspergillus niger	84590226
An02g01680	mRNA	An02g01680	NT_166519.1	390673	392227	D	An02g01680	join(<390673..391943,392116..>392227)	Aspergillus niger	4978654
An02g01690	mRNA	An02g01690	NT_166519.1	392435	396562	R	An02g01690	complement(join(<392435..392479,392535..392833,392885..395654,395710..395943,395998..396103,396161..396277,396354..>396562))	Aspergillus niger	4978655
An02g01700	mRNA	An02g01700	NT_166519.1	397048	397567	D	An02g01700	join(<397048..397368,397430..>397567)	Aspergillus niger	4978656
An02g01710	mRNA	An02g01710	NT_166519.1	397857	398611	R	An02g01710	complement(join(<397857..397956,398174..398246,398428..>398611))	Aspergillus niger	4978657
An02g01720	mRNA	An02g01720	NT_166519.1	398800	399481	D	An02g01720	join(<398800..398866,399038..399068,399154..399235,399312..399375,399447..>399481)	Aspergillus niger	4978658
An02g01730	mRNA	An02g01730	NT_166519.1	400902	402102	R	An02g01730	complement(join(<400902..401585,401656..401754,401873..401877,401949..>402102))	Aspergillus niger	4978659
An02g01740	mRNA	An02g01740	NT_166519.1	402842	404386	R	An02g01740	complement(<402842..>404386)	Aspergillus niger	4978660
An02g01750	mRNA	An02g01750	NT_166519.1	405180	406062	R	An02g01750	complement(join(<405180..405209,405271..405699,405799..>406062))	Aspergillus niger	4978661
An02g01760	mRNA	An02g01760	NT_166519.1	409242	410141	D	An02g01760	join(<409242..409823,409857..>410141)	Aspergillus niger	4978662
An02g01770	mRNA	An02g01770	NT_166519.1	410794	413117	R	An02g01770	complement(join(<410794..410919,411031..411302,411368..411433,411495..411617,411662..411876,411929..412090,412148..412270,412327..412389,412464..412539,412645..412689,413060..>413117))	Aspergillus niger	4978663
An02g01780	mRNA	An02g01780	NT_166519.1	414133	417597	R	An02g01780	complement(join(<414133..414221,414323..414466,414558..414700,414793..414834,414915..415065,415864..415902,416153..416222,416292..416346,416463..416534,416605..416831,416980..417171,417264..417323,417361..417504,417583..>417597))	Aspergillus niger	84590227
An02g01790	mRNA	An02g01790	NT_166519.1	417755	418378	D	An02g01790	join(<417755..417806,417951..>418378)	Aspergillus niger	4978665
An02g01800	mRNA	An02g01800	NT_166519.1	419373	420639	D	An02g01800	join(<419373..419426,419546..420114,420246..>420639)	Aspergillus niger	4978666
An02g01810	mRNA	An02g01810	NT_166519.1	422319	424259	R	An02g01810	complement(join(<422319..423643,423716..>424259))	Aspergillus niger	4978667
An02g01820	mRNA	An02g01820	NT_166519.1	426537	426769	R	An02g01820	complement(join(<426537..426614,426680..>426769))	Aspergillus niger	84590228
An02g01830	mRNA	cyc	NT_166519.1	427216	428179	R	An02g01830	complement(join(<427216..427240,427307..427401,427466..427624,427698..427729,428152..>428179))	Aspergillus niger	4978669
An02g01840	mRNA	An02g01840	NT_166519.1	428280	428581	D	An02g01840	join(<428280..428433,428535..>428581)	Aspergillus niger	84590229
An02g01850	mRNA	An02g01850	NT_166519.1	428670	429222	R	An02g01850	complement(join(<428670..428713,428794..428988,429168..>429222))	Aspergillus niger	84590230
An02g01860	mRNA	An02g01860	NT_166519.1	429274	430624	D	An02g01860	join(<429274..429660,429752..430152,430273..>430624)	Aspergillus niger	4978672
An02g01870	mRNA	An02g01870	NT_166519.1	431235	431876	D	An02g01870	join(<431235..431337,431407..>431876)	Aspergillus niger	4978673
An02g01880	mRNA	An02g01880	NT_166519.1	432782	433629	D	An02g01880	join(<432782..432830,433001..>433629)	Aspergillus niger	4978674
An02g01890	mRNA	An02g01890	NT_166519.1	433914	435977	R	An02g01890	complement(join(<433914..434968,435026..435128,435183..>435977))	Aspergillus niger	4978675
An02g01900	mRNA	An02g01900	NT_166519.1	437144	438365	R	An02g01900	complement(join(<437144..437257,437322..437714,437912..438146,438213..438239,438292..>438365))	Aspergillus niger	4978676
An02g01910	mRNA	An02g01910	NT_166519.1	438442	438715	D	An02g01910	join(<438442..438548,438631..>438715)	Aspergillus niger	84590231
An02g01920	mRNA	An02g01920	NT_166519.1	442062	443194	R	An02g01920	complement(join(<442062..442296,442532..443072,443161..>443194))	Aspergillus niger	84590232
An02g01930	mRNA	An02g01930	NT_166519.1	443378	443813	R	An02g01930	complement(join(<443378..443512,443598..>443813))	Aspergillus niger	84590233
An02g01940	mRNA	An02g01940	NT_166519.1	444521	446073	R	An02g01940	complement(join(<444521..444826,444898..445167,445219..445261,445343..445454,445566..445705,445817..445881,445975..>446073))	Aspergillus niger	84590234
An02g01950	mRNA	An02g01950	NT_166519.1	446210	448676	D	An02g01950	join(<446210..446383,446443..447186,447240..>448676)	Aspergillus niger	4978681
An02g01960	mRNA	An02g01960	NT_166519.1	449003	449742	R	An02g01960	complement(join(<449003..449094,449191..449224,449314..449368,449663..>449742))	Aspergillus niger	84590235
An02g01970	mRNA	An02g01970	NT_166519.1	450002	451225	D	An02g01970	join(<450002..450550,450617..>451225)	Aspergillus niger	4978683
An02g01980	mRNA	An02g01980	NT_166519.1	451731	452453	R	An02g01980	complement(<451731..>452453)	Aspergillus niger	4978684
An02g01990	mRNA	An02g01990	NT_166519.1	452830	453875	D	An02g01990	join(<452830..453031,453106..>453875)	Aspergillus niger	4978685
An02g02000	mRNA	An02g02000	NT_166519.1	455212	457533	D	An02g02000	join(<455212..456391,456448..457196,457246..457307,457368..>457533)	Aspergillus niger	4978686
An02g02010	mRNA	An02g02010	NT_166519.1	458116	459591	R	An02g02010	complement(join(<458116..458337,458399..458640,458699..458765,458822..459279,459346..459384,459471..>459591))	Aspergillus niger	4978687
An02g02020	mRNA	An02g02020	NT_166519.1	460568	462568	D	An02g02020	join(<460568..460666,460753..460837,460904..460923,461005..461040,461093..461254,461305..461621,461669..461943,461991..462209,462258..>462568)	Aspergillus niger	4978688
An02g02030	mRNA	An02g02030	NT_166519.1	462756	464231	R	An02g02030	complement(join(<462756..463392,463483..>464231))	Aspergillus niger	4978689
An02g02040	mRNA	An02g02040	NT_166519.1	464626	469524	R	An02g02040	complement(join(<464626..464924,464972..468767,468864..469296,469427..>469524))	Aspergillus niger	4978690
An02g02050	mRNA	An02g02050	NT_166519.1	469560	471501	D	An02g02050	join(<469560..469622,469710..469936,470199..470214,470300..470478,470597..470647,470816..471037,471126..471311,471420..>471501)	Aspergillus niger	84590236
An02g02060	mRNA	An02g02060	NT_166519.1	472614	473779	D	An02g02060	join(<472614..473423,473483..>473779)	Aspergillus niger	4978692
An02g02070	mRNA	An02g02070	NT_166519.1	474080	474834	D	An02g02070	join(<474080..474199,474259..>474834)	Aspergillus niger	4978693
An02g02080	mRNA	An02g02080	NT_166519.1	474901	475780	R	An02g02080	complement(join(<474901..475094,475198..475311,475415..475615,475711..>475780))	Aspergillus niger	84590237
An02g02090	mRNA	An02g02090	NT_166519.1	476098	477447	D	An02g02090	join(<476098..476175,476687..476851,477128..477193,477280..>477447)	Aspergillus niger	84590238
An02g02100	mRNA	An02g02100	NT_166519.1	478886	480890	D	An02g02100	join(<478886..478946,479077..479110,479198..479316,479368..479441,479536..479632,479729..479808,479874..479965,480056..480161,480248..480413,480491..480561,480643..480700,480754..>480890)	Aspergillus niger	84590239
An02g02110	mRNA	An02g02110	NT_166519.1	481695	482541	R	An02g02110	complement(join(<481695..481823,481866..482189,482369..482396,482435..>482541))	Aspergillus niger	84590240
An02g02120	mRNA	An02g02120	NT_166519.1	482792	483247	R	An02g02120	complement(join(<482792..482870,482939..483003,483089..>483247))	Aspergillus niger	84590241
An02g02130	mRNA	An02g02130	NT_166519.1	483405	485156	D	An02g02130	join(<483405..483460,483550..483675,483827..483916,483985..484056,484152..484228,484325..484368,484412..484433,484476..484560,484645..484701,484778..484959,485098..>485156)	Aspergillus niger	84590242
An02g02140	mRNA	An02g02140	NT_166519.1	487498	488286	D	An02g02140	join(<487498..487527,487638..487685,487759..487992,488024..488153,488234..>488286)	Aspergillus niger	84590243
An02g02150	mRNA	An02g02150	NT_166519.1	488600	490005	D	An02g02150	join(<488600..488639,488771..>490005)	Aspergillus niger	4978701
An02g02160	mRNA	An02g02160	NT_166519.1	490147	490590	R	An02g02160	complement(join(<490147..490297,490332..490484,490526..>490590))	Aspergillus niger	84590244
An02g02170	mRNA	An02g02170	NT_166519.1	491574	493878	D	An02g02170	join(<491574..491709,491785..492088,492147..>493878)	Aspergillus niger	4978703
An02g02180	mRNA	An02g02180	NT_166519.1	494662	496129	R	An02g02180	complement(join(<494662..494701,494734..494883,494941..495241,495312..495425,495470..495971,496022..>496129))	Aspergillus niger	4978704
An02g02190	mRNA	An02g02190	NT_166519.1	496700	497338	R	An02g02190	complement(join(<496700..497029,497084..497177,497245..497263,497320..>497338))	Aspergillus niger	4978705
An02g02200	mRNA	An02g02200	NT_166519.1	497870	500293	D	An02g02200	join(<497870..498051,498107..498280,498397..498629,498799..499006,499452..499671,499745..>500293)	Aspergillus niger	10098042
An02g02210	mRNA	An02g02210	NT_166519.1	500656	504265	R	An02g02210	complement(join(<500656..501192,501298..503432,503482..>504265))	Aspergillus niger	4978707
An02g02220	mRNA	An02g02220	NT_166519.1	504279	504815	D	An02g02220	join(<504279..504415,504467..504638,504723..>504815)	Aspergillus niger	84590245
An02g02230	mRNA	An02g02230	NT_166519.1	505213	507636	R	An02g02230	complement(join(<505213..506079,506140..506343,506395..506597,506685..>507636))	Aspergillus niger	4978709
An02g02240	mRNA	An02g02240	NT_166519.1	508627	511667	D	An02g02240	join(<508627..508677,508848..508969,509387..509441,509473..509508,509635..509993,510192..510285,510664..510852,510948..>511667)	Aspergillus niger	4978710
An02g02250	mRNA	An02g02250	NT_166519.1	513397	514925	D	An02g02250	join(<513397..513734,513796..514115,514178..514473,514523..514685,514741..>514925)	Aspergillus niger	4978711
An02g02260	mRNA	An02g02260	NT_166519.1	515579	517613	R	An02g02260	complement(join(<515579..516066,516115..516302,516356..516980,517038..517079,517199..517331,517391..517462,517533..>517613))	Aspergillus niger	4978712
An02g02270	mRNA	An02g02270	NT_166519.1	518610	520245	D	An02g02270	join(<518610..518660,518713..518792,518871..519459,519529..>520245)	Aspergillus niger	4978713
An02g02280	mRNA	An02g02280	NT_166519.1	520683	523927	D	An02g02280	join(<520683..520818,520896..522360,522919..>523927)	Aspergillus niger	4978714
An02g02290	mRNA	An02g02290	NT_166519.1	524495	526328	D	An02g02290	join(<524495..524617,524690..524797,524844..>526328)	Aspergillus niger	4978715
An02g02300	mRNA	An02g02300	NT_166519.1	526831	527584	D	An02g02300	join(<526831..527083,527256..>527584)	Aspergillus niger	84590246
An02g02310	mRNA	An02g02310	NT_166519.1	528534	529260	R	An02g02310	complement(join(<528534..528642,528716..>529260))	Aspergillus niger	4978717
An02g02320	mRNA	An02g02320	NT_166519.1	530246	531095	R	An02g02320	complement(join(<530246..530980,531030..>531095))	Aspergillus niger	4978718
An02g02330	mRNA	An02g02330	NT_166519.1	531446	532347	D	An02g02330	join(<531446..531617,531692..>532347)	Aspergillus niger	4978719
An02g02340	mRNA	An02g02340	NT_166519.1	532994	538422	R	An02g02340	complement(join(<532994..533091,533142..534409,534457..538080,538130..>538422))	Aspergillus niger	4978720
An02g02350	mRNA	An02g02350	NT_166519.1	541376	541772	R	An02g02350	complement(join(<541376..541552,541758..>541772))	Aspergillus niger	84590247
An02g02360	mRNA	An02g02360	NT_166519.1	542477	547418	D	An02g02360	join(<542477..542589,542646..542834,542878..>547418)	Aspergillus niger	4978722
An02g02370	mRNA	An02g02370	NT_166519.1	547519	551286	R	An02g02370	complement(join(<547519..550783,551068..>551286))	Aspergillus niger	4978723
An02g02380	mRNA	An02g02380	NT_166519.1	551720	552725	R	An02g02380	complement(join(<551720..552411,552477..552512,552574..552586,552651..>552725))	Aspergillus niger	4978724
An02g02390	mRNA	An02g02390	NT_166519.1	553753	556197	D	An02g02390	<553753..>556197	Aspergillus niger	4978725
An02g02400	mRNA	An02g02400	NT_166519.1	557024	557228	R	An02g02400	complement(join(<557024..557043,557156..>557228))	Aspergillus niger	84590248
An02g02410	mRNA	An02g02410	NT_166519.1	558882	562121	D	An02g02410	join(<558882..559319,559388..559669,559721..560182,560234..560558,560605..560969,561016..561213,561261..>562121)	Aspergillus niger	4978727
An02g02420	mRNA	An02g02420	NT_166519.1	562741	563084	R	An02g02420	complement(join(<562741..562845,563082..>563084))	Aspergillus niger	84590249
An02g02430	mRNA	An02g02430	NT_166519.1	563810	564488	D	An02g02430	join(<563810..563884,564076..564172,564251..564288,564378..>564488)	Aspergillus niger	84590250
An02g02440	mRNA	An02g02440	NT_166519.1	564674	565843	D	An02g02440	join(<564674..564820,564917..565006,565097..565215,565377..565603,565704..>565843)	Aspergillus niger	84590251
An02g02450	mRNA	An02g02450	NT_166519.1	566418	568587	D	An02g02450	join(<566418..566560,566688..566814,567040..567209,567515..567640,567766..567869,567949..568080,568183..568257,568371..568469,568547..>568587)	Aspergillus niger	84590252
An02g02460	mRNA	An02g02460	NT_166519.1	569418	570359	D	An02g02460	<569418..>570359	Aspergillus niger	4978732
An02g02470	mRNA	An02g02470	NT_166519.1	572591	572969	D	An02g02470	join(<572591..572763,572858..>572969)	Aspergillus niger	84590253
An02g02480	mRNA	An02g02480	NT_166519.1	573936	576112	D	An02g02480	join(<573936..574252,574317..574484,574542..574684,574743..>576112)	Aspergillus niger	4978734
An02g02490	mRNA	An02g02490	NT_166519.1	576880	579235	R	An02g02490	complement(join(<576880..577679,577731..578043,578169..578270,578325..578893,578949..579178,579225..>579235))	Aspergillus niger	4978735
An02g02500	mRNA	An02g02500	NT_166519.1	580093	582120	D	An02g02500	join(<580093..580229,580287..580541,580591..580715,580794..580838,580903..581050,581100..582028,582080..>582120)	Aspergillus niger	4978736
An02g02510	mRNA	An02g02510	NT_166519.1	582571	587182	D	An02g02510	join(<582571..582960,583018..584739,584796..585353,585405..586145,586199..>587182)	Aspergillus niger	4978737
An02g02520	mRNA	An02g02520	NT_166519.1	587342	589570	D	An02g02520	join(<587342..587586,587653..587834,587887..587969,588036..588580,588639..588789,588843..588908,588977..589085,589162..589377,589443..>589570)	Aspergillus niger	4978738
An02g02530	mRNA	An02g02530	NT_166519.1	590198	592757	D	An02g02530	join(<590198..590244,590489..591678,591734..591841,592347..592475,592534..>592757)	Aspergillus niger	4978739
An02g02540	mRNA	An02g02540	NT_166519.1	594501	595760	R	An02g02540	complement(join(<594501..595143,595198..595324,595571..>595760))	Aspergillus niger	4978740
An02g02550	mRNA	An02g02550	NT_166519.1	596133	597401	D	An02g02550	join(<596133..596461,596552..596611,596651..596749,597044..597122,597208..597254,597326..>597401)	Aspergillus niger	84590254
An02g02560	mRNA	An02g02560	NT_166519.1	597465	598653	D	An02g02560	join(<597465..597519,597759..597845,598116..598166,598258..598434,598472..>598653)	Aspergillus niger	84590255
An02g02570	mRNA	An02g02570	NT_166519.1	598990	599542	R	An02g02570	complement(join(<598990..599123,599421..599451,599489..>599542))	Aspergillus niger	84590256
An02g02580	mRNA	An02g02580	NT_166519.1	601407	602428	R	An02g02580	complement(join(<601407..601631,601835..601853,601971..602057,602292..>602428))	Aspergillus niger	84590257
An02g02600	mRNA	An02g02600	NT_166519.1	605688	607464	D	An02g02600	join(<605688..606039,606127..606323,606568..606748,607109..>607464)	Aspergillus niger	4978745
An02g02610	mRNA	An02g02610	NT_166519.1	608101	609698	R	An02g02610	complement(join(<608101..608819,608999..609038,609093..609139,609178..609263,609667..>609698))	Aspergillus niger	84590258
An02g02620	mRNA	An02g02620	NT_166519.1	610131	611325	D	An02g02620	join(<610131..610757,610849..>611325)	Aspergillus niger	4978747
An02g02630	mRNA	An02g02630	NT_166519.1	611506	612348	D	An02g02630	<611506..>612348	Aspergillus niger	84590259
An02g02640	mRNA	An02g02640	NT_166519.1	612969	614117	D	An02g02640	join(<612969..613056,613180..613412,613560..613597,613656..613808,613868..>614117)	Aspergillus niger	4978749
An02g02645	mRNA	An02g02645	NT_166519.1	614201	615007	D	An02g02645	join(<614201..614287,614348..614587,614642..614743,614954..>615007)	Aspergillus niger	84590260
An02g02650	mRNA	An02g02650	NT_166519.1	615127	616935	D	An02g02650	join(<615127..615163,615256..615291,615367..615878,615942..616458,616511..616818,616870..>616935)	Aspergillus niger	4978751
An02g02660	mRNA	An02g02660	NT_166519.1	617664	619701	R	An02g02660	complement(join(<617664..617719,617761..617792,617996..618054,618125..618703,618770..619225,619301..619548,619611..>619701))	Aspergillus niger	4978752
An02g02680	mRNA	An02g02680	NT_166519.1	620768	624349	D	An02g02680	join(<620768..623465,623511..623884,623957..>624349)	Aspergillus niger	4978754
An02g02690	mRNA	An02g02690	NT_166519.1	625150	627114	R	An02g02690	complement(join(<625150..625950,626008..>627114))	Aspergillus niger	4978755
An02g02700	mRNA	An02g02700	NT_166519.1	627954	628722	R	An02g02700	complement(join(<627954..628196,628312..>628722))	Aspergillus niger	4978756
An02g02710	mRNA	An02g02710	NT_166519.1	629729	632406	R	An02g02710	complement(join(<629729..629836,629890..630165,630196..>632406))	Aspergillus niger	4978757
An02g02720	mRNA	An02g02720	NT_166519.1	633926	635263	D	An02g02720	<633926..>635263	Aspergillus niger	4978758
An02g02730	mRNA	An02g02730	NT_166519.1	635691	637304	D	An02g02730	<635691..>637304	Aspergillus niger	4978759
An02g02740	mRNA	An02g02740	NT_166519.1	638032	640290	R	An02g02740	complement(join(<638032..639889,639920..>640290))	Aspergillus niger	4978760
An02g02750	mRNA	An02g02750	NT_166519.1	640992	642620	R	An02g02750	complement(join(<640992..642422,642472..642524,642599..>642620))	Aspergillus niger	4978761
An02g02760	mRNA	An02g02760	NT_166519.1	644502	644944	R	An02g02760	complement(join(<644502..644839,644914..>644944))	Aspergillus niger	84590261
An02g02770	mRNA	An02g02770	NT_166519.1	645763	646025	D	An02g02770	join(<645763..645899,645930..645957,646002..>646025)	Aspergillus niger	84590262
An02g02780	mRNA	An02g02780	NT_166519.1	646134	647840	D	An02g02780	<646134..>647840	Aspergillus niger	4978764
An02g02790	mRNA	An02g02790	NT_166519.1	647895	649430	R	An02g02790	complement(join(<647895..649024,649157..>649430))	Aspergillus niger	4978765
An02g02800	mRNA	An02g02800	NT_166519.1	649975	651333	D	An02g02800	join(<649975..650021,650276..650356,650408..650477,650693..650882,651167..651204,651244..>651333)	Aspergillus niger	84590263
An02g02810	mRNA	An02g02810	NT_166519.1	653442	655283	D	An02g02810	join(<653442..653762,653877..>655283)	Aspergillus niger	4978767
An02g02820	mRNA	An02g02820	NT_166519.1	655471	656571	R	An02g02820	complement(join(<655471..655520,655573..656118,656192..656329,656421..>656571))	Aspergillus niger	4978768
An02g02830	mRNA	An02g02830	NT_166519.1	657086	657881	D	An02g02830	join(<657086..657154,657308..657728,657802..>657881)	Aspergillus niger	4978769
An02g02840	mRNA	An02g02840	NT_166519.1	659087	661994	R	An02g02840	complement(join(<659087..659216,659275..659477,659532..659670,659723..661001,661174..661430,661481..661497,661549..661680,661743..>661994))	Aspergillus niger	4978770
An02g02850	mRNA	An02g02850	NT_166519.1	663653	666796	R	An02g02850	complement(join(<663653..664375,664418..665017,665068..665594,665646..665818,665871..>666796))	Aspergillus niger	4978771
An02g02860	mRNA	An02g02860	NT_166519.1	667526	669905	D	An02g02860	join(<667526..667531,667563..667986,668194..668345,668397..>669905)	Aspergillus niger	4978772
An02g02870	mRNA	An02g02870	NT_166519.1	670210	671713	R	An02g02870	complement(join(<670210..670394,670458..670714,670763..670813,670868..670961,671017..671097,671158..671179,671232..671313,671364..671412,671482..>671713))	Aspergillus niger	4978773
An02g02880	mRNA	An02g02880	NT_166519.1	672609	673444	R	An02g02880	complement(join(<672609..672635,672697..673020,673105..673188,673255..673293,673370..>673444))	Aspergillus niger	4978774
An02g02890	mRNA	An02g02890	NT_166519.1	674106	676483	D	An02g02890	join(<674106..674148,674207..674285,674390..674795,674852..>676483)	Aspergillus niger	4978775
An02g02900	mRNA	An02g02900	NT_166519.1	677152	678730	D	An02g02900	join(<677152..677416,677484..>678730)	Aspergillus niger	4978776
An02g02910	mRNA	An02g02910	NT_166519.1	679356	681222	D	An02g02910	join(<679356..679358,679533..680051,680110..>681222)	Aspergillus niger	4978777
An02g02920	mRNA	An02g02920	NT_166519.1	682555	683403	R	An02g02920	complement(<682555..>683403)	Aspergillus niger	4978778
An02g02930	mRNA	An02g02930	NT_166519.1	686251	686739	D	An02g02930	<686251..>686739	Aspergillus niger	4978779
An02g02940	mRNA	An02g02940	NT_166519.1	687815	688820	D	An02g02940	join(<687815..687897,687986..688523,688587..>688820)	Aspergillus niger	4978780
An02g02950	mRNA	An02g02950	NT_166519.1	689245	690943	R	An02g02950	complement(join(<689245..689471,689545..689705,689767..690668,690718..690879,690926..>690943))	Aspergillus niger	4978781
An02g02960	mRNA	An02g02960	NT_166519.1	691802	692446	D	An02g02960	join(<691802..692053,692161..692226,692330..>692446)	Aspergillus niger	4978782
An02g02970	mRNA	An02g02970	NT_166519.1	692635	694586	R	An02g02970	complement(join(<692635..693360,693424..693817,693864..693976,694140..>694586))	Aspergillus niger	4978783
An02g02980	mRNA	An02g02980	NT_166519.1	694766	696681	R	An02g02980	complement(join(<694766..694960,695081..695691,695740..695877,695925..>696681))	Aspergillus niger	4978784
An02g02990	mRNA	An02g02990	NT_166519.1	696986	697931	D	An02g02990	join(<696986..697099,697157..697743,697823..>697931)	Aspergillus niger	4978785
An02g03000	mRNA	An02g03000	NT_166519.1	698545	699269	R	An02g03000	complement(join(<698545..698841,698988..>699269))	Aspergillus niger	4978786
An02g03010	mRNA	An02g03010	NT_166519.1	700022	703839	R	An02g03010	complement(join(<700022..700286,700339..701012,701062..701436,701485..703642,703715..703755,703813..>703839))	Aspergillus niger	4978787
An02g03030	mRNA	An02g03030	NT_166519.1	704568	704932	R	An02g03030	complement(join(<704568..704703,704775..>704932))	Aspergillus niger	84590264
An02g03060	mRNA	An02g03060	NT_166519.1	707662	707988	D	An02g03060	join(<707662..707673,707719..>707988)	Aspergillus niger	84590265
An02g03070	mRNA	An02g03070	NT_166519.1	708378	710239	R	An02g03070	complement(join(<708378..709078,709135..709890,709958..709983,710044..710081,710159..>710239))	Aspergillus niger	4978793
An02g03100	mRNA	An02g03100	NT_166519.1	712312	713438	D	An02g03100	join(<712312..712693,712798..712898,712940..712976,713053..>713438)	Aspergillus niger	4978795
An02g03090	mRNA	An02g03090	NT_166519.1	713750	716039	R	An02g03090	complement(join(<713750..713839,713916..714276,714325..714590,714643..714707,714760..715286,715385..715526,715594..715701,716027..>716039))	Aspergillus niger	4978796
An02g03110	mRNA	An02g03110	NT_166519.1	716762	718115	D	An02g03110	join(<716762..717128,717189..717355,717492..717604,717941..>718115)	Aspergillus niger	4978797
An02g03120	mRNA	An02g03120	NT_166519.1	718445	720268	D	An02g03120	join(<718445..718490,718545..718569,718631..718690,718753..718780,718862..719207,719259..719813,719867..720124,720180..>720268)	Aspergillus niger	4978798
An02g03130	mRNA	An02g03130	NT_166519.1	720561	721174	R	An02g03130	complement(join(<720561..720790,720838..720851,720882..>721174))	Aspergillus niger	4978799
An02g03140	mRNA	An02g03140	NT_166519.1	722194	724469	D	An02g03140	join(<722194..723759,723831..>724469)	Aspergillus niger	4978800
An02g03150	mRNA	An02g03150	NT_166519.1	730756	731938	D	An02g03150	join(<730756..730792,730868..730879,731132..731262,731508..731537,731590..731639,731761..731803,731873..>731938)	Aspergillus niger	84590266
An02g03160	mRNA	An02g03160	NT_166519.1	738027	740422	D	An02g03160	join(<738027..738740,738847..739975,740034..740221,740276..>740422)	Aspergillus niger	4978802
An02g03170	mRNA	An02g03170	NT_166519.1	740975	741712	R	An02g03170	complement(join(<740975..741175,741311..741400,741653..>741712))	Aspergillus niger	84590267
An02g03180	mRNA	An02g03180	NT_166519.1	743016	744504	R	An02g03180	complement(join(<743016..743756,743815..743975,744063..>744504))	Aspergillus niger	4978804
An02g03190	mRNA	An02g03190	NT_166519.1	744765	746318	R	An02g03190	complement(join(<744765..745499,745553..746147,746179..>746318))	Aspergillus niger	4978805
An02g03200	mRNA	An02g03200	NT_166519.1	746526	747313	R	An02g03200	complement(join(<746526..747034,747127..>747313))	Aspergillus niger	4978806
An02g03210	mRNA	An02g03210	NT_166519.1	749014	751761	R	An02g03210	complement(<749014..>751761)	Aspergillus niger	4978807
An02g03220	mRNA	An02g03220	NT_166519.1	755573	757096	R	An02g03220	complement(<755573..>757096)	Aspergillus niger	4978808
An02g03230	mRNA	An02g03230	NT_166519.1	757784	758886	R	An02g03230	complement(join(<757784..758626,758704..>758886))	Aspergillus niger	4978809
An02g03240	mRNA	An02g03240	NT_166519.1	759373	760930	D	An02g03240	join(<759373..759617,759710..759890,759950..>760930)	Aspergillus niger	4978810
An02g03250	mRNA	An02g03250	NT_166519.1	764063	766449	D	An02g03250	join(<764063..764269,764338..>766449)	Aspergillus niger	4978811
An02g03260	mRNA	An02g03260	NT_166519.1	767446	775024	R	An02g03260	complement(join(<767446..767494,767554..768064,768120..768325,768374..774343,774408..774583,774671..>775024))	Aspergillus niger	4978812
An02g03270	mRNA	An02g03270	NT_166519.1	783085	785088	D	An02g03270	join(<783085..783908,783974..784845,784904..>785088)	Aspergillus niger	4978813
An02g03280	mRNA	An02g03280	NT_166519.1	785773	789100	R	An02g03280	complement(join(<785773..785830,785916..785981,786470..787969,788115..>789100))	Aspergillus niger	4978814
An02g03290	mRNA	An02g03290	NT_166519.1	790090	791503	R	An02g03290	complement(join(<790090..791166,791246..>791503))	Aspergillus niger	4978815
An02g03300	mRNA	An02g03300	NT_166519.1	791872	792541	D	An02g03300	join(<791872..791898,791962..791996,792056..792089,792161..792298,792401..>792541)	Aspergillus niger	4978816
An02g03310	mRNA	An02g03310	NT_166519.1	793182	793829	R	An02g03310	complement(join(<793182..793280,793347..793563,793621..>793829))	Aspergillus niger	4978817
An02g03320	mRNA	An02g03320	NT_166519.1	794533	796086	R	An02g03320	complement(join(<794533..794571,794639..794750,794801..794865,794918..795766,795825..795920,795982..>796086))	Aspergillus niger	4978818
An02g03330	mRNA	An02g03330	NT_166519.1	797355	799508	D	An02g03330	join(<797355..797640,797696..797851,797920..799066,799136..799285,799337..>799508)	Aspergillus niger	4978819
An02g03340	mRNA	An02g03340	NT_166519.1	800035	801791	D	An02g03340	join(<800035..800144,800207..800598,801039..801325,801456..>801791)	Aspergillus niger	4978820
An02g03350	mRNA	An02g03350	NT_166519.1	802273	803522	R	An02g03350	complement(join(<802273..803043,803111..803383,803463..>803522))	Aspergillus niger	4978821
An02g03360	mRNA	An02g03360	NT_166519.1	804332	806707	R	An02g03360	complement(join(<804332..804606,804644..804759,804858..805051,805148..805412,805633..805789,805838..806100,806177..806298,806446..806529,806588..>806707))	Aspergillus niger	4978822
An02g03370	mRNA	An02g03370	NT_166519.1	807083	807447	D	An02g03370	join(<807083..807221,807278..>807447)	Aspergillus niger	84590268
An02g03380	mRNA	An02g03380	NT_166519.1	809638	810704	R	An02g03380	complement(join(<809638..809843,809990..810203,810294..>810704))	Aspergillus niger	4978824
An02g03390	mRNA	An02g03390	NT_166519.1	811712	814330	R	An02g03390	complement(join(<811712..811793,811842..812059,812108..814092,814162..>814330))	Aspergillus niger	4978825
An02g03400	mRNA	An02g03400	NT_166519.1	814950	816003	D	An02g03400	join(<814950..814974,815032..815044,815114..815192,815291..815634,815724..>816003)	Aspergillus niger	4978826
An02g03410	mRNA	An02g03410	NT_166519.1	816262	817782	R	An02g03410	complement(<816262..>817782)	Aspergillus niger	4978827
An02g03420	mRNA	An02g03420	NT_166519.1	818590	821567	D	An02g03420	join(<818590..818764,818819..820364,820418..>821567)	Aspergillus niger	4978828
An02g03430	mRNA	An02g03430	NT_166519.1	822928	823205	D	An02g03430	join(<822928..822994,823063..>823205)	Aspergillus niger	84590269
An02g03440	mRNA	An02g03440	NT_166519.1	825592	826267	R	An02g03440	complement(join(<825592..825897,826211..>826267))	Aspergillus niger	84590270
An02g03450	mRNA	An02g03450	NT_166519.1	826457	827877	D	An02g03450	join(<826457..827137,827238..827311,827355..>827877)	Aspergillus niger	4978831
An02g03460	mRNA	An02g03460	NT_166519.1	828371	829832	D	An02g03460	join(<828371..828436,828544..828629,828766..828921,828991..829552,829607..829738,829800..>829832)	Aspergillus niger	4978832
An02g03470	mRNA	An02g03470	NT_166519.1	830240	831344	R	An02g03470	complement(join(<830240..830378,830487..830561,830760..830844,831016..831190,831342..>831344))	Aspergillus niger	84590271
An02g03480	mRNA	An02g03480	NT_166519.1	831559	832977	R	An02g03480	complement(join(<831559..832617,832686..832739,832789..>832977))	Aspergillus niger	4978834
An02g03490	mRNA	An02g03490	NT_166519.1	833225	834793	R	An02g03490	complement(join(<833225..833481,833550..834126,834184..834552,834593..>834793))	Aspergillus niger	4978835
An02g03500	mRNA	An02g03500	NT_166519.1	834912	835860	D	An02g03500	join(<834912..835126,835208..835245,835346..835405,835468..835563,835646..>835860)	Aspergillus niger	84590272
An02g03510	mRNA	An02g03510	NT_166519.1	836295	837747	D	An02g03510	join(<836295..836690,836764..837216,837259..837292,837461..837619,837650..>837747)	Aspergillus niger	4978837
An02g03520	mRNA	An02g03520	NT_166519.1	837964	840268	D	An02g03520	join(<837964..837984,838070..838178,838287..838388,838475..840168,840227..>840268)	Aspergillus niger	4978838
An02g03530	mRNA	An02g03530	NT_166519.1	841113	841828	D	An02g03530	join(<841113..841195,841246..841299,841374..841392,841427..841642,841721..>841828)	Aspergillus niger	84590273
An02g03540	mRNA	An02g03540	NT_166519.1	841937	843739	R	An02g03540	complement(join(<841937..843295,843355..843467,843529..>843739))	Aspergillus niger	4978840
An02g03550	mRNA	An02g03550	NT_166519.1	843964	844770	D	An02g03550	join(<843964..844236,844609..>844770)	Aspergillus niger	84590274
An02g03560	mRNA	An02g03560	NT_166519.1	845719	848431	R	An02g03560	complement(join(<845719..845926,846011..846067,846178..846545,846623..846651,846753..847142,847259..847289,847360..847413,847488..847523,847610..847698,847756..847806,847967..848023,848127..848151,848222..848256,848323..>848431))	Aspergillus niger	84590275
An02g03570	mRNA	An02g03570	NT_166519.1	848524	849622	R	An02g03570	complement(join(<848524..849387,849446..>849622))	Aspergillus niger	4978843
An02g03580	mRNA	An02g03580	NT_166519.1	849956	850405	D	An02g03580	<849956..>850405	Aspergillus niger	4978844
An02g03590	mRNA	An02g03590	NT_166519.1	851093	852443	R	An02g03590	complement(join(<851093..851198,851251..852016,852077..852261,852343..>852443))	Aspergillus niger	4978845
An02g03600	mRNA	An02g03600	NT_166519.1	853174	854136	D	An02g03600	join(<853174..853221,853286..853652,853712..>854136)	Aspergillus niger	4978846
An02g03610	mRNA	An02g03610	NT_166519.1	854707	855783	D	An02g03610	join(<854707..854744,854844..854928,855167..855397,855478..>855783)	Aspergillus niger	84590276
An02g03620	mRNA	An02g03620	NT_166519.1	856003	857850	D	An02g03620	<856003..>857850	Aspergillus niger	4978848
An02g03630	mRNA	An02g03630	NT_166519.1	858764	860435	D	An02g03630	join(<858764..859356,859403..860032,860123..>860435)	Aspergillus niger	4978849
An02g03640	mRNA	An02g03640	NT_166519.1	860932	861931	D	An02g03640	join(<860932..860979,861059..>861931)	Aspergillus niger	4978850
An02g03650	mRNA	An02g03650	NT_166519.1	862141	863344	R	An02g03650	complement(join(<862141..862839,863165..863268,863317..>863344))	Aspergillus niger	4978851
An02g03660	mRNA	An02g03660	NT_166519.1	864208	865999	D	An02g03660	join(<864208..864447,864539..864623,864802..864900,864993..865106,865500..>865999)	Aspergillus niger	84590277
An02g03670	mRNA	An02g03670	NT_166519.1	866048	867786	D	An02g03670	join(<866048..866328,866393..866765,866826..866909,866959..>867786)	Aspergillus niger	4978853
An02g03690	mRNA	An02g03690	NT_166519.1	868994	869404	D	An02g03690	join(<868994..869059,869129..>869404)	Aspergillus niger	84590278
An02g03700	mRNA	An02g03700	NT_166519.1	869713	870810	R	An02g03700	complement(<869713..>870810)	Aspergillus niger	4978856
An02g03710	mRNA	An02g03710	NT_166519.1	871121	871645	R	An02g03710	complement(join(<871121..871500,871549..>871645))	Aspergillus niger	4978857
An02g03720	mRNA	An02g03720	NT_166519.1	871949	874747	D	An02g03720	<871949..>874747	Aspergillus niger	4978858
An02g03728	mRNA	An02g03728	NT_166519.1	875793	877673	R	An02g03728	complement(join(<875793..877100,877203..>877673))	Aspergillus niger	4978859
An02g03730	mRNA	An02g03730	NT_166519.1	877748	879693	D	An02g03730	join(<877748..877868,877972..878057,878196..878292,878348..878879,878940..879192,879525..879576,879648..>879693)	Aspergillus niger	4978860
An02g03740	mRNA	An02g03740	NT_166519.1	879967	882705	R	An02g03740	complement(join(<879967..882315,882358..>882705))	Aspergillus niger	4978861
An02g03750	mRNA	An02g03750	NT_166519.1	884924	886893	R	An02g03750	complement(join(<884924..885159,885282..885325,885361..885512,885596..885769,886337..886521,886661..886720,886794..>886893))	Aspergillus niger	84590279
An02g03760	mRNA	An02g03760	NT_166519.1	887994	891390	R	An02g03760	complement(join(<887994..888155,888211..>891390))	Aspergillus niger	4978863
An02g03770	mRNA	An02g03770	NT_166519.1	891880	893653	D	An02g03770	join(<891880..892092,892163..893406,893467..>893653)	Aspergillus niger	4978864
An02g03780	mRNA	An02g03780	NT_166519.1	894674	897799	D	An02g03780	join(<894674..894951,895026..896622,896681..>897799)	Aspergillus niger	4978865
An02g03790	mRNA	An02g03790	NT_166519.1	898962	899782	R	An02g03790	complement(join(<898962..899450,899561..>899782))	Aspergillus niger	4978866
An02g03800	mRNA	An02g03800	NT_166519.1	901077	903158	D	An02g03800	join(<901077..901239,901524..901628,901704..901760,902032..902102,902187..902367,902427..902451,902519..902636,902716..902764,902846..902890,903046..>903158)	Aspergillus niger	84590280
An02g03810	mRNA	An02g03810	NT_166519.1	905161	908769	D	An02g03810	join(<905161..905213,905298..905406,905679..905738,905790..905942,906004..906100,906338..906441,906516..906526,906594..906739,907003..907134,907202..907318,907719..907822,908176..908260,908438..908541,908581..>908769)	Aspergillus niger	84590281
An02g03820	mRNA	An02g03820	NT_166519.1	908829	912551	D	An02g03820	join(<908829..908849,908939..909023,909329..909466,909618..909794,909904..910186,911039..911205,911285..911316,911389..911440,911524..911731,911855..911903,912002..912181,912429..>912551)	Aspergillus niger	84590282
An02g03830	mRNA	creA	NT_166519.1	914318	915601	D	An02g03830	<914318..>915601	Aspergillus niger	4978870
An02g03840	mRNA	An02g03840	NT_166519.1	917800	918668	D	An02g03840	join(<917800..917912,917990..>918668)	Aspergillus niger	4978871
An02g03850	mRNA	An02g03850	NT_166519.1	919603	920280	D	An02g03850	join(<919603..919675,919755..919823,919902..920017,920107..>920280)	Aspergillus niger	4978872
An02g03860	mRNA	An02g03860	NT_166519.1	921104	925070	D	An02g03860	join(<921104..921166,921284..923194,923247..>925070)	Aspergillus niger	4978873
An02g03870	mRNA	An02g03870	NT_166519.1	925602	925927	R	An02g03870	complement(join(<925602..925629,925736..925814,925906..>925927))	Aspergillus niger	84590283
An02g03880	mRNA	An02g03880	NT_166519.1	927061	927727	D	An02g03880	join(<927061..927283,927354..>927727)	Aspergillus niger	84590284
An02g03890	mRNA	An02g03890	NT_166519.1	928328	929305	D	An02g03890	join(<928328..928664,928739..928816,928942..929079,929100..>929305)	Aspergillus niger	84590285
An02g03900	mRNA	An02g03900	NT_166519.1	929367	932132	R	An02g03900	complement(join(<929367..929410,929555..929742,929835..929921,930031..930328,930432..930703,930804..930936,931093..931314,931402..931570,932028..>932132))	Aspergillus niger	84590286
An02g03910	mRNA	An02g03910	NT_166519.1	933783	934033	R	An02g03910	complement(join(<933783..933794,933827..>934033))	Aspergillus niger	84590287
An02g03920	mRNA	An02g03920	NT_166519.1	934257	935659	R	An02g03920	complement(join(<934257..934306,934506..934604,935117..935268,935475..>935659))	Aspergillus niger	84590288
An02g03930	mRNA	An02g03930	NT_166519.1	936915	937275	R	An02g03930	complement(join(<936915..936949,937086..>937275))	Aspergillus niger	84590289
An02g03940	mRNA	An02g03940	NT_166519.1	938853	941844	D	An02g03940	join(<938853..939027,939112..939315,939376..939458,939518..939697,939750..939842,939898..940054,940105..940349,940405..>941844)	Aspergillus niger	4978881
An02g03950	mRNA	An02g03950	NT_166519.1	942907	944476	D	An02g03950	join(<942907..942908,942985..943016,943105..943162,943235..943391,943490..944163,944221..>944476)	Aspergillus niger	4978882
An02g03960	mRNA	An02g03960	NT_166519.1	945164	945752	D	An02g03960	join(<945164..945410,945493..>945752)	Aspergillus niger	4978883
An02g03970	mRNA	An02g03970	NT_166519.1	946444	947466	D	An02g03970	<946444..>947466	Aspergillus niger	84590290
An02g03980	mRNA	An02g03980	NT_166519.1	950666	952914	D	An02g03980	join(<950666..951276,951350..951530,951592..951708,951746..952268,952330..952807,952863..>952914)	Aspergillus niger	4978885
An02g03990	mRNA	An02g03990	NT_166519.1	954031	955176	D	An02g03990	join(<954031..954277,954465..954571,954651..954881,955138..>955176)	Aspergillus niger	4978886
An02g04000	mRNA	An02g04000	NT_166519.1	955964	957503	R	An02g04000	complement(join(<955964..956027,956092..957083,957144..957292,957392..>957503))	Aspergillus niger	4978887
An02g04010	mRNA	An02g04010	NT_166519.1	962163	963770	D	An02g04010	join(<962163..962464,962583..962914,962986..963186,963263..963687,963744..>963770)	Aspergillus niger	4978888
An02g04020	mRNA	An02g04020	NT_166519.1	964961	966924	R	An02g04020	complement(join(<964961..965211,965285..965342,965400..965406,965469..965547,965601..965673,965731..965847,965913..966640,966708..966794,966873..>966924))	Aspergillus niger	4978889
An02g04030	mRNA	An02g04030	NT_166519.1	967217	969236	R	An02g04030	complement(join(<967217..968891,968953..>969236))	Aspergillus niger	4978890
An02g04040	mRNA	An02g04040	NT_166519.1	969745	972264	D	An02g04040	<969745..>972264	Aspergillus niger	4978891
An02g04050	mRNA	An02g04050	NT_166519.1	972950	974805	R	An02g04050	complement(join(<972950..974562,974648..974732,974803..>974805))	Aspergillus niger	4978892
An02g04060	mRNA	An02g04060	NT_166519.1	975560	975982	R	An02g04060	complement(<975560..>975982)	Aspergillus niger	4978893
An02g04070	mRNA	An02g04070	NT_166519.1	977410	979558	R	An02g04070	complement(join(<977410..978861,978920..>979558))	Aspergillus niger	4978894
An02g04080	mRNA	An02g04080	NT_166519.1	979931	980439	R	An02g04080	complement(join(<979931..980101,980178..980369,980437..>980439))	Aspergillus niger	4978895
An02g04090	mRNA	An02g04090	NT_166519.1	981292	982123	D	An02g04090	join(<981292..982030,982068..>982123)	Aspergillus niger	84590291
An02g04100	mRNA	An02g04100	NT_166519.1	982268	983982	R	An02g04100	complement(join(<982268..983071,983117..983228,983278..983542,983614..983889,983967..>983982))	Aspergillus niger	4978897
An02g04110	mRNA	An02g04110	NT_166519.1	984731	985747	D	An02g04110	<984731..>985747	Aspergillus niger	4978898
An02g04120	mRNA	An02g04120	NT_166519.1	986313	987656	D	An02g04120	join(<986313..986362,986447..987418,987473..>987656)	Aspergillus niger	4978899
An02g04130	mRNA	An02g04130	NT_166519.1	989758	991947	D	An02g04130	join(<989758..990180,990260..990906,990968..991679,991756..>991947)	Aspergillus niger	4978900
An02g04140	mRNA	An02g04140	NT_166519.1	992688	993754	D	An02g04140	join(<992688..992885,993038..>993754)	Aspergillus niger	4978902
An02g04150	mRNA	An02g04150	NT_166519.1	993882	994682	D	An02g04150	<993882..>994682	Aspergillus niger	84590292
An02g04160	mRNA	An02g04160	NT_166519.1	995762	996949	D	An02g04160	join(<995762..995852,996001..996651,996713..996836,996898..>996949)	Aspergillus niger	4978903
An02g04170	mRNA	An02g04170	NT_166519.1	997467	998373	D	An02g04170	join(<997467..997853,997909..>998373)	Aspergillus niger	4978904
An02g04180	mRNA	An02g04180	NT_166519.1	999359	1001016	R	An02g04180	complement(join(<999359..999435,999519..>1001016))	Aspergillus niger	4978905
An02g04190	mRNA	An02g04190	NT_166519.1	1001752	1002980	R	An02g04190	complement(join(<1001752..1002253,1002319..>1002980))	Aspergillus niger	4978906
An02g04200	mRNA	An02g04200	NT_166519.1	1003320	1004137	R	An02g04200	complement(join(<1003320..1003898,1003979..>1004137))	Aspergillus niger	4978907
An02g04210	mRNA	An02g04210	NT_166519.1	1004759	1007693	R	An02g04210	complement(join(<1004759..1006237,1006290..1006381,1006428..1006542,1006592..1006744,1006796..1007492,1007554..>1007693))	Aspergillus niger	4978908
An02g04220	mRNA	An02g04220	NT_166519.1	1007995	1022795	D	An02g04220	join(<1007995..1015941,1015998..>1022795)	Aspergillus niger	4978909
An02g04230	mRNA	An02g04230	NT_166519.1	1023105	1024289	R	An02g04230	complement(<1023105..>1024289)	Aspergillus niger	4978910
An02g04240	mRNA	An02g04240	NT_166519.1	1024843	1025957	D	An02g04240	join(<1024843..1025796,1025904..>1025957)	Aspergillus niger	4978911
An02g04250	mRNA	An02g04250	NT_166519.1	1026058	1027303	R	An02g04250	complement(join(<1026058..1026492,1026545..1026805,1026855..1026936,1026995..1027065,1027122..1027145,1027202..>1027303))	Aspergillus niger	4978912
An02g04260	mRNA	An02g04260	NT_166519.1	1027864	1028232	D	An02g04260	join(<1027864..1027986,1028056..>1028232)	Aspergillus niger	4978913
An02g04270	mRNA	pkaC	NT_166519.1	1029226	1030874	R	An02g04270	complement(join(<1029226..1029706,1029768..1030021,1030089..>1030874))	Aspergillus niger	4978914
An02g04280	mRNA	An02g04280	NT_166519.1	1033078	1035763	R	An02g04280	complement(join(<1033078..1035103,1035168..1035635,1035741..>1035763))	Aspergillus niger	4978915
An02g04290	mRNA	An02g04290	NT_166519.1	1036616	1040037	R	An02g04290	complement(join(<1036616..1037229,1037283..1039648,1039703..1039790,1039846..1039867,1039951..>1040037))	Aspergillus niger	4978916
An02g04300	mRNA	An02g04300	NT_166519.1	1040377	1041214	D	An02g04300	join(<1040377..1040434,1040497..1040964,1041036..>1041214)	Aspergillus niger	4978917
An02g04310	mRNA	An02g04310	NT_166519.1	1041289	1041918	R	An02g04310	complement(join(<1041289..1041383,1041537..1041683,1041743..1041801,1041869..>1041918))	Aspergillus niger	4978918
An02g04320	mRNA	An02g04320	NT_166519.1	1042482	1043834	R	An02g04320	complement(join(<1042482..1042506,1042565..1042620,1042678..1042776,1042830..1042998,1043061..1043683,1043748..>1043834))	Aspergillus niger	4978919
An02g04330	mRNA	An02g04330	NT_166519.1	1044597	1045361	R	An02g04330	complement(join(<1044597..1045055,1045118..1045187,1045240..>1045361))	Aspergillus niger	4978920
An02g04340	mRNA	An02g04340	NT_166519.1	1046770	1048361	R	An02g04340	complement(join(<1046770..1047666,1048099..1048210,1048306..>1048361))	Aspergillus niger	4978921
An02g04350	mRNA	An02g04350	NT_166519.1	1049803	1051206	D	An02g04350	join(<1049803..1049866,1049921..>1051206)	Aspergillus niger	4978922
An02g04360	mRNA	An02g04360	NT_166519.1	1052036	1053044	D	An02g04360	join(<1052036..1052446,1052504..1052668,1052723..1052830,1052892..>1053044)	Aspergillus niger	4978923
An02g04355	mRNA	An02g04355	NT_166519.1	1054140	1054807	D	An02g04355	join(<1054140..1054356,1054460..1054482,1054626..1054644,1054752..>1054807)	Aspergillus niger	4978925
An02g04370	mRNA	An02g04370	NT_166519.1	1055010	1056218	D	An02g04370	join(<1055010..1055049,1055102..1055856,1055915..1056111,1056167..>1056218)	Aspergillus niger	84590293
An02g04380	mRNA	An02g04380	NT_166519.1	1056601	1057947	D	An02g04380	join(<1056601..1056643,1056712..1056954,1057005..1057058,1057113..1057163,1057230..1057372,1057430..1057607,1057736..1057809,1057855..>1057947)	Aspergillus niger	4978926
An02g04390	mRNA	An02g04390	NT_166519.1	1059067	1060399	D	An02g04390	join(<1059067..1059160,1059206..1059303,1059446..1059613,1059643..1059882,1059998..>1060399)	Aspergillus niger	4978927
An02g04400	mRNA	An02g04400	NT_166519.1	1061090	1063619	R	An02g04400	complement(join(<1061090..1061326,1061380..1061450,1061942..>1063619))	Aspergillus niger	4978928
An02g04410	mRNA	An02g04410	NT_166519.1	1064447	1066068	R	An02g04410	complement(join(<1064447..1065111,1065168..1065705,1065796..>1066068))	Aspergillus niger	4978929
An02g04420	mRNA	An02g04420	NT_166519.1	1066934	1069990	R	An02g04420	complement(join(<1066934..1067756,1067879..1067947,1067991..1068040,1068102..1068642,1068721..1069073,1069164..1069333,1069366..1069450,1069772..>1069990))	Aspergillus niger	4978930
An02g04430	mRNA	An02g04430	NT_166519.1	1070360	1071688	D	An02g04430	<1070360..>1071688	Aspergillus niger	4978931
An02g04440	mRNA	An02g04440	NT_166519.1	1072585	1074550	D	An02g04440	join(<1072585..1073040,1073102..1073282,1073368..1073831,1073893..1074417,1074530..>1074550)	Aspergillus niger	4978932
An02g04450	mRNA	An02g04450	NT_166519.1	1075123	1075527	D	An02g04450	join(<1075123..1075199,1075257..1075335,1075387..>1075527)	Aspergillus niger	84590294
An02g04460	mRNA	An02g04460	NT_166519.1	1075828	1079052	R	An02g04460	complement(join(<1075828..1077130,1077305..1078132,1078177..1078463,1078516..>1079052))	Aspergillus niger	4978934
An02g04470	mRNA	An02g04470	NT_166519.1	1079770	1080055	R	An02g04470	complement(join(<1079770..1079928,1079969..>1080055))	Aspergillus niger	84590295
An02g04480	mRNA	An02g04480	NT_166519.1	1080879	1081733	D	An02g04480	<1080879..>1081733	Aspergillus niger	4978936
An02g04490	mRNA	An02g04490	NT_166519.1	1081887	1082350	R	An02g04490	complement(join(<1081887..1082213,1082279..>1082350))	Aspergillus niger	84590296
An02g04500	mRNA	An02g04500	NT_166519.1	1082418	1084991	D	An02g04500	join(<1082418..1082949,1083019..1084059,1084114..>1084991)	Aspergillus niger	4978938
An02g04510	mRNA	An02g04510	NT_166519.1	1085849	1086956	D	An02g04510	join(<1085849..1085967,1086100..1086263,1086338..1086431,1086490..1086623,1086715..>1086956)	Aspergillus niger	4978939
An02g04520	mRNA	An02g04520	NT_166519.1	1087392	1088424	D	An02g04520	join(<1087392..1087559,1087791..1088105,1088165..1088254,1088311..>1088424)	Aspergillus niger	4978940
An02g04530	mRNA	An02g04530	NT_166519.1	1088955	1090699	D	An02g04530	join(<1088955..1089071,1089141..1090264,1090328..1090436,1090517..>1090699)	Aspergillus niger	4978941
An02g04540	mRNA	An02g04540	NT_166519.1	1091508	1095097	R	An02g04540	complement(join(<1091508..1091880,1091943..1092728,1092777..1092873,1092925..1094371,1094437..1094536,1094593..1094710,1094770..1094792,1094879..1094894,1094974..>1095097))	Aspergillus niger	4978942
An02g04550	mRNA	An02g04550	NT_166519.1	1095687	1097236	R	An02g04550	complement(join(<1095687..1095735,1095900..1096019,1096431..1096540,1096619..1096696,1096780..1096812,1096886..>1097236))	Aspergillus niger	84590297
An02g04555	mRNA	An02g04555	NT_166519.1	1097348	1097961	R	An02g04555	complement(join(<1097348..1097439,1097507..1097667,1097761..1097850,1097915..>1097961))	Aspergillus niger	4978944
An02g04560	mRNA	An02g04560	NT_166519.1	1098260	1099024	D	An02g04560	join(<1098260..1098388,1098501..1098629,1098719..>1099024)	Aspergillus niger	84590298
An02g04570	mRNA	An02g04570	NT_166519.1	1099081	1100499	R	An02g04570	complement(join(<1099081..1099253,1099313..1099372,1099824..1099962,1100296..1100401,1100456..>1100499))	Aspergillus niger	84590299
An02g04580	mRNA	An02g04580	NT_166519.1	1100665	1101527	D	An02g04580	join(<1100665..1100807,1100860..1101115,1101171..>1101527)	Aspergillus niger	4978947
An02g04590	mRNA	An02g04590	NT_166519.1	1102220	1103627	D	An02g04590	join(<1102220..1102471,1102596..>1103627)	Aspergillus niger	4978948
An02g04600	mRNA	An02g04600	NT_166519.1	1104079	1104818	D	An02g04600	join(<1104079..1104172,1104225..1104541,1104663..>1104818)	Aspergillus niger	84590300
An02g04610	mRNA	An02g04610	NT_166519.1	1105391	1106012	R	An02g04610	complement(join(<1105391..1105818,1105925..>1106012))	Aspergillus niger	84590301
An02g04620	mRNA	An02g04620	NT_166519.1	1106264	1109053	D	An02g04620	<1106264..>1109053	Aspergillus niger	4978951
An02g04630	mRNA	An02g04630	NT_166519.1	1109291	1110678	R	An02g04630	complement(join(<1109291..1110444,1110528..>1110678))	Aspergillus niger	4978952
An02g04640	mRNA	An02g04640	NT_166519.1	1110958	1112108	D	An02g04640	join(<1110958..1111212,1111299..>1112108)	Aspergillus niger	4978953
An02g04650	mRNA	An02g04650	NT_166519.1	1112288	1113765	R	An02g04650	complement(join(<1112288..1113021,1113228..1113599,1113669..>1113765))	Aspergillus niger	84590302
An02g04660	mRNA	An02g04660	NT_166519.1	1114741	1115160	R	An02g04660	complement(<1114741..>1115160)	Aspergillus niger	4978955
An02g04670	mRNA	An02g04670	NT_166519.1	1115819	1117314	D	An02g04670	join(<1115819..1115957,1116042..1116750,1116807..>1117314)	Aspergillus niger	4978956
An02g04680	mRNA	An02g04680	NT_166519.1	1118130	1120548	D	An02g04680	join(<1118130..1118136,1118199..1118283,1118337..>1120548)	Aspergillus niger	4978957
An02g04690	mRNA	An02g04690	NT_166519.1	1120995	1122821	R	An02g04690	complement(join(<1120995..1121105,1121183..1121905,1121969..1122389,1122447..1122592,1122647..>1122821))	Aspergillus niger	4978958
An02g04700	mRNA	An02g04700	NT_166519.1	1122989	1124165	R	An02g04700	complement(join(<1122989..1123189,1123266..1123508,1123706..1123922,1124092..>1124165))	Aspergillus niger	84590303
An02g04710	mRNA	An02g04710	NT_166519.1	1124924	1126100	R	An02g04710	complement(join(<1124924..1125139,1125242..1125522,1125635..1125759,1126039..>1126100))	Aspergillus niger	84590304
An02g04720	mRNA	An02g04720	NT_166519.1	1126324	1126872	R	An02g04720	complement(join(<1126324..1126491,1126619..1126704,1126782..>1126872))	Aspergillus niger	84590305
An02g04730	mRNA	An02g04730	NT_166519.1	1126963	1128383	D	An02g04730	join(<1126963..1127231,1127303..>1128383)	Aspergillus niger	4978962
An02g04740	mRNA	An02g04740	NT_166519.1	1129018	1129274	R	An02g04740	complement(join(<1129018..1129147,1129216..>1129274))	Aspergillus niger	84590306
An02g04750	mRNA	An02g04750	NT_166519.1	1130132	1134440	D	An02g04750	join(<1130132..1130582,1131418..1131516,1131669..1133349,1133405..>1134440)	Aspergillus niger	4978964
An02g04760	mRNA	An02g04760	NT_166519.1	1134622	1136142	R	An02g04760	complement(<1134622..>1136142)	Aspergillus niger	84590307
An02g04770	mRNA	An02g04770	NT_166519.1	1136741	1137204	R	An02g04770	complement(join(<1136741..1136777,1136811..1136835,1136988..>1137204))	Aspergillus niger	84590308
An02g04780	mRNA	An02g04780	NT_166519.1	1138166	1138811	R	An02g04780	complement(join(<1138166..1138289,1138339..>1138811))	Aspergillus niger	84590309
An02g04790	mRNA	An02g04790	NT_166519.1	1140178	1140957	D	An02g04790	join(<1140178..1140797,1140921..>1140957)	Aspergillus niger	4978968
An02g04800	mRNA	An02g04800	NT_166519.1	1141225	1143317	R	An02g04800	complement(join(<1141225..1142919,1143000..>1143317))	Aspergillus niger	4978969
An02g04810	mRNA	An02g04810	NT_166519.1	1144122	1144828	R	An02g04810	complement(join(<1144122..1144343,1144416..1144467,1144552..1144617,1144734..>1144828))	Aspergillus niger	84590310
An02g04820	mRNA	An02g04820	NT_166519.1	1144920	1146560	D	An02g04820	<1144920..>1146560	Aspergillus niger	4978971
An02g04830	mRNA	An02g04830	NT_166519.1	1147697	1149403	R	An02g04830	complement(<1147697..>1149403)	Aspergillus niger	4978972
An02g04840	mRNA	An02g04840	NT_166519.1	1149781	1153622	D	An02g04840	join(<1149781..1149818,1149885..1150044,1150097..1153268,1153330..>1153622)	Aspergillus niger	4978973
An02g04850	mRNA	An02g04850	NT_166519.1	1153995	1155080	R	An02g04850	complement(join(<1153995..1154599,1154966..>1155080))	Aspergillus niger	4978974
An02g04860	mRNA	An02g04860	NT_166519.1	1155723	1156832	D	An02g04860	join(<1155723..1155727,1155793..1155935,1156006..1156625,1156683..>1156832)	Aspergillus niger	4978975
An02g04870	mRNA	An02g04870	NT_166519.1	1157102	1158191	R	An02g04870	complement(join(<1157102..1157848,1157919..>1158191))	Aspergillus niger	4978976
An02g04880	mRNA	An02g04880	NT_166519.1	1158724	1160858	D	An02g04880	join(<1158724..1158948,1159031..1160325,1160380..1160793,1160852..>1160858)	Aspergillus niger	4978977
An02g04890	mRNA	An02g04890	NT_166519.1	1162399	1163971	D	An02g04890	join(<1162399..1162407,1162534..1162626,1162678..1162738,1162839..1163129,1163251..1163306,1163409..1163465,1163737..1163832,1163870..>1163971)	Aspergillus niger	84590311
An02g04900	mRNA	pgaB	NT_166519.1	1164656	1165889	D	An02g04900	join(<1164656..1164862,1164933..1165349,1165425..>1165889)	Aspergillus niger	4978979
An02g04910	mRNA	An02g04910	NT_166519.1	1167439	1170953	D	An02g04910	join(<1167439..1167509,1167660..1167919,1167992..1168232,1168283..1168541,1168591..1169050,1169101..1169180,1169242..1169724,1169789..1169948,1170046..1170058,1170152..1170176,1170223..1170315,1170481..1170554,1170884..>1170953)	Aspergillus niger	4978980
An02g04920	mRNA	An02g04920	NT_166519.1	1171296	1172567	R	An02g04920	complement(<1171296..>1172567)	Aspergillus niger	4978981
An02g04930	mRNA	An02g04930	NT_166519.1	1173958	1174738	R	An02g04930	complement(join(<1173958..1174103,1174189..1174275,1174363..1174455,1174534..>1174738))	Aspergillus niger	84590312
An02g04940	mRNA	An02g04940	NT_166519.1	1175034	1175329	R	An02g04940	complement(join(<1175034..1175174,1175273..>1175329))	Aspergillus niger	84590313
An02g04950	mRNA	An02g04950	NT_166519.1	1175978	1177459	R	An02g04950	complement(join(<1175978..1176116,1176211..1176316,1176434..1176612,1176688..1176777,1176849..1176969,1177109..1177156,1177270..>1177459))	Aspergillus niger	84590314
An02g04960	mRNA	An02g04960	NT_166519.1	1177668	1178834	D	An02g04960	<1177668..>1178834	Aspergillus niger	4978985
An02g04970	mRNA	An02g04970	NT_166519.1	1179415	1180974	R	An02g04970	complement(join(<1179415..1180763,1180794..>1180974))	Aspergillus niger	4978986
An02g04980	mRNA	An02g04980	NT_166519.1	1181458	1183487	D	An02g04980	join(<1181458..1181662,1181715..1181791,1181856..1182334,1182398..>1183487)	Aspergillus niger	4978987
An02g04990	mRNA	An02g04990	NT_166519.1	1183898	1185181	R	An02g04990	complement(<1183898..>1185181)	Aspergillus niger	4978988
An02g05000	mRNA	An02g05000	NT_166519.1	1186058	1187453	R	An02g05000	complement(join(<1186058..1186871,1186943..1187053,1187144..1187162,1187240..>1187453))	Aspergillus niger	4978989
An02g05010	mRNA	An02g05010	NT_166519.1	1187802	1188360	D	An02g05010	join(<1187802..1187845,1187962..1188191,1188308..>1188360)	Aspergillus niger	4978990
An02g05020	mRNA	An02g05020	NT_166519.1	1188876	1191484	R	An02g05020	complement(join(<1188876..1190674,1190758..1190766,1191256..1191386,1191471..>1191484))	Aspergillus niger	84590315
An02g05030	mRNA	An02g05030	NT_166519.1	1192191	1193584	D	An02g05030	join(<1192191..1192232,1192585..1192735,1193067..1193191,1193281..1193426,1193527..>1193584)	Aspergillus niger	84590316
An02g05040	mRNA	An02g05040	NT_166519.1	1194133	1195481	D	An02g05040	join(<1194133..1194261,1194484..1194563,1194655..1194885,1195078..1195305,1195367..>1195481)	Aspergillus niger	84590317
An02g05050	mRNA	An02g05050	NT_166519.1	1195486	1196206	R	An02g05050	complement(join(<1195486..1195547,1195612..1195801,1195881..1196016,1196109..>1196206))	Aspergillus niger	84590318
An02g05060	mRNA	An02g05060	NT_166519.1	1197082	1197652	D	An02g05060	join(<1197082..1197508,1197564..>1197652)	Aspergillus niger	4978995
An02g05070	mRNA	An02g05070	NT_166519.1	1199428	1205206	R	An02g05070	complement(join(<1199428..1204743,1204799..1205076,1205176..>1205206))	Aspergillus niger	84590319
An02g05080	mRNA	An02g05080	NT_166519.1	1206218	1207776	D	An02g05080	join(<1206218..1206389,1206448..1207040,1207098..1207444,1207509..>1207776)	Aspergillus niger	4978997
An02g05090	mRNA	An02g05090	NT_166519.1	1207962	1210432	D	An02g05090	join(<1207962..1207965,1208047..1208158,1208301..1208312,1208450..1208687,1208736..1208874,1209106..1209816,1209907..1210225,1210354..>1210432)	Aspergillus niger	84590320
An02g05100	mRNA	An02g05100	NT_166519.1	1210881	1211396	R	An02g05100	complement(<1210881..>1211396)	Aspergillus niger	4978999
An02g05110	mRNA	An02g05110	NT_166519.1	1211757	1212681	D	An02g05110	join(<1211757..1211877,1211969..1212033,1212155..1212285,1212390..>1212681)	Aspergillus niger	84590321
An02g05120	mRNA	An02g05120	NT_166519.1	1212884	1213468	R	An02g05120	complement(<1212884..>1213468)	Aspergillus niger	4979001
An02g05140	mRNA	An02g05140	NT_166519.1	1215203	1218568	R	An02g05140	complement(join(<1215203..1215249,1215297..1215765,1215910..1216694,1216831..1217135,1217281..1218096,1218144..>1218568))	Aspergillus niger	4979003
An02g05150	mRNA	An02g05150	NT_166519.1	1219861	1220772	D	An02g05150	<1219861..>1220772	Aspergillus niger	4979004
An02g05160	mRNA	An02g05160	NT_166519.1	1221437	1223384	R	An02g05160	complement(join(<1221437..1222011,1222095..1222303,1222420..1222644,1222697..1223110,1223290..>1223384))	Aspergillus niger	4979005
An02g05170	mRNA	An02g05170	NT_166519.1	1223643	1225369	D	An02g05170	join(<1223643..1223802,1223864..1224410,1224477..1224540,1224627..1224976,1225060..>1225369)	Aspergillus niger	4979006
An02g05180	mRNA	An02g05180	NT_166519.1	1225607	1226183	R	An02g05180	complement(join(<1225607..1225621,1225677..>1226183))	Aspergillus niger	10098257
An02g05190	mRNA	An02g05190	NT_166519.1	1227464	1228585	R	An02g05190	complement(join(<1227464..1227893,1227990..>1228585))	Aspergillus niger	4979008
An02g05210	mRNA	An02g05210	NT_166519.1	1229475	1230883	D	An02g05210	join(<1229475..1229493,1229553..>1230883)	Aspergillus niger	4979010
An02g05220	mRNA	An02g05220	NT_166519.1	1231512	1234576	R	An02g05220	complement(join(<1231512..1234283,1234514..>1234576))	Aspergillus niger	4979011
An02g05230	mRNA	An02g05230	NT_166519.1	1234864	1236327	R	An02g05230	complement(join(<1234864..1236201,1236292..>1236327))	Aspergillus niger	4979012
An02g05240	mRNA	An02g05240	NT_166519.1	1237136	1237692	R	An02g05240	complement(join(<1237136..1237437,1237683..>1237692))	Aspergillus niger	4979013
An02g05250	mRNA	An02g05250	NT_166519.1	1237960	1238322	D	An02g05250	<1237960..>1238322	Aspergillus niger	84590322
An02g05260	mRNA	An02g05260	NT_166519.1	1239103	1240743	R	An02g05260	complement(<1239103..>1240743)	Aspergillus niger	4979015
An02g05270	mRNA	An02g05270	NT_166519.1	1241285	1241950	D	An02g05270	join(<1241285..1241364,1241824..>1241950)	Aspergillus niger	84590323
An02g05280	mRNA	An02g05280	NT_166519.1	1243582	1244540	R	An02g05280	complement(join(<1243582..1243869,1243908..1244038,1244171..1244179,1244399..>1244540))	Aspergillus niger	84590324
An02g05290	mRNA	An02g05290	NT_166519.1	1245149	1245505	R	An02g05290	complement(<1245149..>1245505)	Aspergillus niger	84590325
An02g05300	mRNA	An02g05300	NT_166519.1	1246836	1247923	D	An02g05300	join(<1246836..1246847,1246864..1247204,1247254..1247343,1247506..1247579,1247667..>1247923)	Aspergillus niger	84590326
An02g05310	mRNA	An02g05310	NT_166519.1	1248052	1249487	R	An02g05310	complement(join(<1248052..1248160,1248223..1248300,1248507..1248635,1248692..1248778,1248963..1249059,1249167..1249238,1249430..>1249487))	Aspergillus niger	84590327
An02g05320	mRNA	An02g05320	NT_166519.1	1250337	1254890	R	An02g05320	complement(<1250337..>1254890)	Aspergillus niger	4979021
An02g05330	mRNA	An02g05330	NT_166519.1	1255853	1257654	D	An02g05330	join(<1255853..1255855,1256057..1256300,1256364..1256466,1256549..1256940,1257424..1257514,1257540..>1257654)	Aspergillus niger	84590328
An02g05340	mRNA	An02g05340	NT_166519.1	1258047	1259009	R	An02g05340	complement(<1258047..>1259009)	Aspergillus niger	4979023
An02g05350	mRNA	An02g05350	NT_166519.1	1259316	1259972	D	An02g05350	join(<1259316..1259503,1259580..1259619,1259766..1259799,1259884..>1259972)	Aspergillus niger	84590329
An02g05360	mRNA	An02g05360	NT_166519.1	1260297	1261142	R	An02g05360	complement(join(<1260297..1260404,1260480..>1261142))	Aspergillus niger	4979025
An02g05370	mRNA	An02g05370	NT_166519.1	1261370	1262103	R	An02g05370	complement(join(<1261370..1261735,1261975..>1262103))	Aspergillus niger	84590330
An02g05380	mRNA	An02g05380	NT_166519.1	1262465	1264870	R	An02g05380	complement(join(<1262465..1263961,1264020..1264231,1264514..1264709,1264793..>1264870))	Aspergillus niger	4979027
An02g05390	mRNA	An02g05390	NT_166519.1	1265425	1266742	D	An02g05390	join(<1265425..1266624,1266683..>1266742)	Aspergillus niger	4979028
An02g05400	mRNA	An02g05400	NT_166519.1	1269179	1272936	D	An02g05400	join(<1269179..1269188,1269248..1269889,1269968..>1272936)	Aspergillus niger	4979029
An02g05410	mRNA	An02g05410	NT_166519.1	1273720	1275288	D	An02g05410	<1273720..>1275288	Aspergillus niger	4979030
An02g05417	mRNA	An02g05417	NT_166519.1	1275705	1276710	D	An02g05417	join(<1275705..1275737,1276312..>1276710)	Aspergillus niger	84590331
An02g05420	mRNA	An02g05420	NT_166519.1	1276871	1278095	D	An02g05420	join(<1276871..1277343,1277428..1277915,1277977..>1278095)	Aspergillus niger	4979032
An02g05430	mRNA	An02g05430	NT_166519.1	1279118	1280098	R	An02g05430	complement(join(<1279118..1279197,1279292..1279440,1280052..>1280098))	Aspergillus niger	84590332
An02g05440	mRNA	An02g05440	NT_166519.1	1280589	1283868	R	An02g05440	complement(join(<1280589..1281051,1281107..1281823,1281872..1282409,1282460..1282546,1282599..1282946,1283001..>1283868))	Aspergillus niger	4979034
An02g05450	mRNA	An02g05450	NT_166519.1	1284250	1285780	D	An02g05450	join(<1284250..1284278,1284326..1284427,1284550..1284629,1284678..1284974,1285029..>1285780)	Aspergillus niger	4979035
An02g05460	mRNA	An02g05460	NT_166519.1	1286043	1287338	R	An02g05460	complement(join(<1286043..1286285,1286328..1287014,1287113..1287217,1287294..>1287338))	Aspergillus niger	4979036
An02g05470	mRNA	An02g05470	NT_166519.1	1287768	1289324	D	An02g05470	join(<1287768..1288439,1288507..1289227,1289287..>1289324)	Aspergillus niger	4979037
An02g05480	mRNA	An02g05480	NT_166519.1	1290201	1290967	R	An02g05480	complement(join(<1290201..1290484,1290581..1290731,1290941..>1290967))	Aspergillus niger	4979038
An02g05490	mRNA	An02g05490	NT_166519.1	1291756	1293560	R	An02g05490	complement(join(<1291756..1292558,1292629..1292785,1292838..1293045,1293117..1293168,1293554..>1293560))	Aspergillus niger	4979039
An02g05510	mRNA	An02g05510	NT_166519.1	1293972	1294353	D	An02g05510	join(<1293972..1294060,1294251..>1294353)	Aspergillus niger	84590333
An02g05520	mRNA	An02g05520	NT_166519.1	1294953	1296180	R	An02g05520	complement(join(<1294953..1295066,1295108..1295177,1295339..>1296180))	Aspergillus niger	4979041
An02g05530	mRNA	An02g05530	NT_166519.1	1297227	1301067	R	An02g05530	complement(join(<1297227..1299074,1299122..1299291,1299340..1299454,1299532..1300853,1300905..1300975,1301024..>1301067))	Aspergillus niger	4979042
An02g05540	mRNA	An02g05540	NT_166519.1	1302719	1304679	R	An02g05540	complement(join(<1302719..1302973,1303035..1303859,1303919..1303995,1304052..1304262,1304320..1304351,1304402..1304438,1304518..>1304679))	Aspergillus niger	4979043
An02g05550	mRNA	An02g05550	NT_166519.1	1304818	1305423	D	An02g05550	join(<1304818..1304855,1304929..1305105,1305273..>1305423)	Aspergillus niger	84590334
An02g05560	mRNA	An02g05560	NT_166519.1	1306817	1307881	D	An02g05560	<1306817..>1307881	Aspergillus niger	4979045
An02g05570	mRNA	An02g05570	NT_166519.1	1308348	1309166	R	An02g05570	complement(join(<1308348..1308396,1308484..1308948,1309159..>1309166))	Aspergillus niger	84590335
An02g05580	mRNA	An02g05580	NT_166519.1	1309336	1309897	D	An02g05580	join(<1309336..1309541,1309573..>1309897)	Aspergillus niger	84590336
An02g05590	mRNA	An02g05590	NT_166519.1	1310622	1313264	R	An02g05590	complement(join(<1310622..1310667,1310757..1312366,1312434..1312646,1312712..1312870,1313211..>1313264))	Aspergillus niger	4979048
An02g05600	mRNA	An02g05600	NT_166519.1	1313622	1315660	D	An02g05600	join(<1313622..1313858,1313920..1314736,1314795..>1315660)	Aspergillus niger	4979049
An02g05610	mRNA	An02g05610	NT_166519.1	1316551	1318044	R	An02g05610	complement(join(<1316551..1316968,1317068..1317757,1317817..1317952,1318023..>1318044))	Aspergillus niger	4979050
An02g05620	mRNA	An02g05620	NT_166519.1	1318536	1318932	D	An02g05620	join(<1318536..1318553,1318613..1318653,1318713..1318781,1318845..>1318932)	Aspergillus niger	4979051
An02g05630	mRNA	An02g05630	NT_166519.1	1319451	1322006	R	An02g05630	complement(join(<1319451..1320440,1320489..1320635,1320681..1321445,1321491..1321751,1321806..>1322006))	Aspergillus niger	4979052
An02g05640	mRNA	An02g05640	NT_166519.1	1323492	1324478	R	An02g05640	complement(join(<1323492..1323691,1323743..1324048,1324103..>1324478))	Aspergillus niger	4979053
An02g05650	mRNA	An02g05650	NT_166519.1	1325058	1328805	D	An02g05650	join(<1325058..1325115,1325189..1325259,1325326..1325415,1325482..>1328805)	Aspergillus niger	4979054
An02g05660	mRNA	An02g05660	NT_166519.1	1328987	1331635	D	An02g05660	join(<1328987..1329015,1329194..1329347,1329623..1330288,1330394..1331270,1331358..>1331635)	Aspergillus niger	4979055
An02g05670	mRNA	An02g05670	NT_166519.1	1331770	1332384	D	An02g05670	<1331770..>1332384	Aspergillus niger	4979056
An02g05680	mRNA	An02g05680	NT_166519.1	1333496	1334349	D	An02g05680	join(<1333496..1333564,1333633..>1334349)	Aspergillus niger	4979057
An02g05690	mRNA	An02g05690	NT_166519.1	1335301	1337778	R	An02g05690	complement(join(<1335301..1335654,1335719..1336731,1336794..1337438,1337511..1337629,1337714..>1337778))	Aspergillus niger	4979058
An02g05700	mRNA	An02g05700	NT_166519.1	1338494	1341492	R	An02g05700	complement(join(<1338494..1338511,1338575..1340353,1340410..1341065,1341144..1341201,1341330..1341345,1341485..>1341492))	Aspergillus niger	4979059
An02g05710	mRNA	An02g05710	NT_166519.1	1341961	1343039	D	An02g05710	join(<1341961..1341976,1342093..1342130,1342224..1342311,1342402..1342497,1342593..1342794,1342907..>1343039)	Aspergillus niger	84590337
An02g05720	mRNA	An02g05720	NT_166519.1	1343650	1344252	R	An02g05720	complement(join(<1343650..1343919,1344160..>1344252))	Aspergillus niger	84590338
An02g05730	mRNA	An02g05730	NT_166519.1	1344920	1346715	D	An02g05730	join(<1344920..1345088,1345237..1346271,1346322..1346592,1346643..>1346715)	Aspergillus niger	4979062
An02g05740	mRNA	An02g05740	NT_166519.1	1347406	1357181	R	An02g05740	complement(join(<1347406..1357034,1357157..>1357181))	Aspergillus niger	4979063
An02g05750	mRNA	An02g05750	NT_166519.1	1357760	1359948	D	An02g05750	join(<1357760..1357854,1358022..1358075,1358131..1358218,1358272..1359285,1359343..1359701,1359771..>1359948)	Aspergillus niger	4979064
An02g05760	mRNA	An02g05760	NT_166519.1	1360876	1362366	D	An02g05760	join(<1360876..1360996,1361072..>1362366)	Aspergillus niger	4979065
An02g05770	mRNA	An02g05770	NT_166519.1	1363032	1364111	R	An02g05770	complement(join(<1363032..1363247,1363331..1363605,1363709..1363770,1363859..1363926,1364043..>1364111))	Aspergillus niger	84590339
An02g05780	mRNA	An02g05780	NT_166519.1	1364285	1364606	R	An02g05780	complement(join(<1364285..1364449,1364490..>1364606))	Aspergillus niger	84590340
An02g05790	mRNA	An02g05790	NT_166519.1	1364712	1365400	D	An02g05790	join(<1364712..1364831,1364894..>1365400)	Aspergillus niger	4979068
An02g05800	mRNA	An02g05800	NT_166519.1	1365765	1366225	D	An02g05800	join(<1365765..1365892,1365952..>1366225)	Aspergillus niger	84590341
An02g05810	mRNA	An02g05810	NT_166519.1	1366349	1366636	D	An02g05810	join(<1366349..1366476,1366519..>1366636)	Aspergillus niger	84590342
An02g05820	mRNA	An02g05820	NT_166519.1	1366668	1366933	R	An02g05820	complement(join(<1366668..1366784,1366832..>1366933))	Aspergillus niger	84590343
An02g05830	mRNA	An02g05830	NT_166519.1	1367024	1368190	D	An02g05830	<1367024..>1368190	Aspergillus niger	4979072
An02g05840	mRNA	An02g05840	NT_166519.1	1368503	1369441	R	An02g05840	complement(join(<1368503..1369107,1369213..>1369441))	Aspergillus niger	4979073
An02g05850	mRNA	An02g05850	NT_166519.1	1370023	1371643	R	An02g05850	complement(join(<1370023..1371474,1371551..>1371643))	Aspergillus niger	4979074
An02g05860	mRNA	An02g05860	NT_166519.1	1372857	1374988	D	An02g05860	join(<1372857..1372878,1372959..1373102,1373166..1374317,1374369..1374733,1374791..>1374988)	Aspergillus niger	4979075
An02g05870	mRNA	An02g05870	NT_166519.1	1376204	1379162	R	An02g05870	complement(join(<1376204..1377422,1377478..1378746,1378804..1378835,1378895..1378916,1378966..1379028,1379145..>1379162))	Aspergillus niger	4979076
An02g05880	mRNA	An02g05880	NT_166519.1	1379852	1380684	R	An02g05880	complement(join(<1379852..1379918,1379976..1380080,1380143..>1380684))	Aspergillus niger	4979077
An02g05890	mRNA	An02g05890	NT_166519.1	1381234	1383620	D	An02g05890	join(<1381234..1381454,1381516..1381597,1381667..1383196,1383258..>1383620)	Aspergillus niger	4979078
An02g05900	mRNA	An02g05900	NT_166519.1	1384197	1385070	D	An02g05900	join(<1384197..1384199,1384556..1384634,1384704..1384987,1385062..>1385070)	Aspergillus niger	4979079
An02g05910	mRNA	An02g05910	NT_166519.1	1385326	1386338	D	An02g05910	join(<1385326..1385580,1385725..1385754,1386084..>1386338)	Aspergillus niger	84590344
An02g05920	mRNA	An02g05920	NT_166519.1	1386845	1388642	D	An02g05920	join(<1386845..1387100,1387153..1387264,1387316..>1388642)	Aspergillus niger	4979081
An02g05930	mRNA	An02g05930	NT_166519.1	1389219	1390558	D	An02g05930	join(<1389219..1389398,1389442..1390354,1390414..1390466,1390517..>1390558)	Aspergillus niger	4979082
An02g05940	mRNA	An02g05940	NT_166519.1	1392210	1392774	D	An02g05940	join(<1392210..1392267,1392360..1392490,1392578..1392622,1392676..>1392774)	Aspergillus niger	84590345
An02g05950	mRNA	An02g05950	NT_166519.1	1392822	1393631	R	An02g05950	complement(join(<1392822..1392871,1392984..1393131,1393171..1393323,1393500..>1393631))	Aspergillus niger	84590346
An02g05960	mRNA	An02g05960	NT_166519.1	1394058	1394741	R	An02g05960	complement(join(<1394058..1394249,1394365..1394655,1394727..>1394741))	Aspergillus niger	84590347
An02g05970	mRNA	An02g05970	NT_166519.1	1395863	1396998	R	An02g05970	complement(join(<1395863..1396001,1396048..1396410,1396500..1396548,1396623..1396718,1396815..1396871,1396971..>1396998))	Aspergillus niger	84590348
An02g05980	mRNA	An02g05980	NT_166519.1	1397310	1399460	R	An02g05980	complement(join(<1397310..1397437,1397481..1397608,1397693..1397761,1397898..1398002,1398070..1398526,1398618..1398667,1398716..1398850,1398969..1399076,1399396..>1399460))	Aspergillus niger	84590349
An02g05990	mRNA	An02g05990	NT_166519.1	1399561	1400368	R	An02g05990	complement(join(<1399561..1399680,1399772..1400212,1400285..>1400368))	Aspergillus niger	84590350
An02g06000	mRNA	An02g06000	NT_166519.1	1400652	1402434	D	An02g06000	join(<1400652..1401156,1401246..1402010,1402262..>1402434)	Aspergillus niger	4979089
An02g06010	mRNA	An02g06010	NT_166519.1	1404695	1405303	D	An02g06010	<1404695..>1405303	Aspergillus niger	4979090
An02g06020	mRNA	An02g06020	NT_166519.1	1406031	1407686	R	An02g06020	complement(join(<1406031..1407355,1407413..1407470,1407518..1407538,1407585..>1407686))	Aspergillus niger	4979091
An02g06030	mRNA	An02g06030	NT_166519.1	1408400	1409429	D	An02g06030	join(<1408400..1408539,1408596..1409242,1409308..>1409429)	Aspergillus niger	4979092
An02g06040	mRNA	An02g06040	NT_166519.1	1409778	1410532	R	An02g06040	complement(join(<1409778..1409896,1410029..1410389,1410512..>1410532))	Aspergillus niger	4979093
An02g06050	mRNA	An02g06050	NT_166519.1	1410880	1411877	D	An02g06050	join(<1410880..1410925,1411037..1411059,1411441..1411512,1411587..>1411877)	Aspergillus niger	4979094
An02g06060	mRNA	An02g06060	NT_166519.1	1412818	1414374	R	An02g06060	complement(join(<1412818..1413303,1413352..1413822,1414061..1414135,1414208..1414217,1414322..>1414374))	Aspergillus niger	4979095
An02g06070	mRNA	An02g06070	NT_166519.1	1416376	1418326	R	An02g06070	complement(join(<1416376..1418121,1418216..>1418326))	Aspergillus niger	4979096
An02g06080	mRNA	An02g06080	NT_166519.1	1418843	1422958	R	An02g06080	complement(join(<1418843..1419044,1419114..1419280,1419338..1421179,1421228..>1422958))	Aspergillus niger	4979097
An02g06090	mRNA	An02g06090	NT_166519.1	1423888	1425251	R	An02g06090	complement(join(<1423888..1425143,1425203..>1425251))	Aspergillus niger	4979098
An02g06100	mRNA	An02g06100	NT_166519.1	1425896	1427293	D	An02g06100	join(<1425896..1426081,1426137..1426347,1426452..1426548,1426636..1426754,1426823..1426911,1427024..>1427293)	Aspergillus niger	84590351
An02g06110	mRNA	An02g06110	NT_166519.1	1427897	1428683	D	An02g06110	join(<1427897..1428101,1428322..>1428683)	Aspergillus niger	84590352
An02g06120	mRNA	An02g06120	NT_166519.1	1429604	1431661	R	An02g06120	complement(join(<1429604..1429762,1429935..1430066,1430196..1430795,1430918..1431066,1431155..1431266,1431334..1431394,1431651..>1431661))	Aspergillus niger	4979101
An02g06130	mRNA	An02g06130	NT_166519.1	1432386	1433133	D	An02g06130	join(<1432386..1432452,1432526..1432598,1432761..1432921,1432982..>1433133)	Aspergillus niger	4979102
An02g06140	mRNA	An02g06140	NT_166519.1	1433839	1435239	D	An02g06140	<1433839..>1435239	Aspergillus niger	4979103
An02g06150	mRNA	An02g06150	NT_166519.1	1436529	1437893	R	An02g06150	complement(join(<1436529..1436714,1436785..1437389,1437479..>1437893))	Aspergillus niger	4979104
An02g06160	mRNA	An02g06160	NT_166519.1	1439414	1440479	D	An02g06160	join(<1439414..1439576,1439670..1439836,1439930..1440027,1440103..1440206,1440295..>1440479)	Aspergillus niger	84590353
An02g06170	mRNA	An02g06170	NT_166519.1	1440686	1441370	R	An02g06170	complement(join(<1440686..1440761,1440854..1440940,1441054..1441151,1441275..>1441370))	Aspergillus niger	84590354
An02g06180	mRNA	An02g06180	NT_166519.1	1442152	1443945	D	An02g06180	join(<1442152..1442292,1442491..1443081,1443131..1443282,1443358..1443537,1443591..>1443945)	Aspergillus niger	4979107
An02g06185	mRNA	An02g06185	NT_166519.1	1444227	1444446	R	An02g06185	complement(join(<1444227..1444290,1444367..>1444446))	Aspergillus niger	84590355
An02g06190	mRNA	An02g06190	NT_166519.1	1444641	1445415	R	An02g06190	complement(join(<1444641..1444968,1445074..1445166,1445261..>1445415))	Aspergillus niger	84590356
An02g06200	mRNA	An02g06200	NT_166519.1	1445877	1446639	R	An02g06200	complement(join(<1445877..1446061,1446181..1446278,1446332..1446446,1446540..>1446639))	Aspergillus niger	84590357
An02g06210	mRNA	An02g06210	NT_166519.1	1447453	1448256	R	An02g06210	complement(join(<1447453..1447713,1447818..1447855,1447903..1448194,1448248..>1448256))	Aspergillus niger	84590358
An02g06220	mRNA	An02g06220	NT_166519.1	1448281	1451190	D	An02g06220	join(<1448281..1449232,1449293..>1451190)	Aspergillus niger	4979112
An02g06230	mRNA	An02g06230	NT_166519.1	1452332	1453387	R	An02g06230	complement(<1452332..>1453387)	Aspergillus niger	4979113
An02g06240	mRNA	An02g06240	NT_166519.1	1453945	1454862	D	An02g06240	join(<1453945..1453967,1454168..1454330,1454404..1454482,1454594..>1454862)	Aspergillus niger	4979114
An02g06250	mRNA	An02g06250	NT_166519.1	1454930	1455625	D	An02g06250	join(<1454930..1454945,1455017..1455117,1455229..1455482,1455577..>1455625)	Aspergillus niger	84590359
An02g06260	mRNA	An02g06260	NT_166519.1	1456161	1456765	D	An02g06260	join(<1456161..1456167,1456500..>1456765)	Aspergillus niger	84590360
An02g06270	mRNA	An02g06270	NT_166519.1	1457276	1458714	D	An02g06270	join(<1457276..1457338,1457517..1457579,1457673..1457770,1457832..1458055,1458308..>1458714)	Aspergillus niger	84590361
An02g06280	mRNA	An02g06280	NT_166519.1	1458738	1462173	D	An02g06280	join(<1458738..1459585,1459644..>1462173)	Aspergillus niger	4979118
An02g06290	mRNA	An02g06290	NT_166519.1	1462751	1463268	D	An02g06290	join(<1462751..1462759,1462884..1462903,1463113..1463135,1463219..>1463268)	Aspergillus niger	84590362
An02g06300	mRNA	An02g06300	NT_166519.1	1463834	1466554	R	An02g06300	complement(join(<1463834..1464022,1464077..>1466554))	Aspergillus niger	4979120
An02g06310	mRNA	An02g06310	NT_166519.1	1466624	1468804	R	An02g06310	complement(join(<1466624..1466825,1466911..1467049,1467145..1467210,1467483..1467537,1467646..1467719,1467827..1467862,1467935..1468103,1468417..1468560,1468643..>1468804))	Aspergillus niger	84590363
An02g06320	mRNA	An02g06320	NT_166519.1	1469944	1471546	D	An02g06320	join(<1469944..1470003,1470084..1470186,1470264..1471345,1471409..>1471546)	Aspergillus niger	4979122
An02g06330	mRNA	An02g06330	NT_166519.1	1473355	1475307	D	An02g06330	<1473355..>1475307	Aspergillus niger	4979123
An02g06340	mRNA	An02g06340	NT_166519.1	1475804	1478319	D	An02g06340	join(<1475804..1476143,1476219..1476435,1476500..1476990,1477065..1477671,1477732..1477742,1477878..1477939,1477972..>1478319)	Aspergillus niger	4979124
An02g06350	mRNA	An02g06350	NT_166519.1	1479040	1483463	D	An02g06350	join(<1479040..1479174,1479364..1479603,1479667..1480521,1480587..1481017,1481072..1481214,1481268..>1483463)	Aspergillus niger	4979125
An02g06360	mRNA	An02g06360	NT_166519.1	1484166	1484827	D	An02g06360	join(<1484166..1484524,1484611..>1484827)	Aspergillus niger	4979126
An02g06370	mRNA	An02g06370	NT_166519.1	1485011	1486175	R	An02g06370	complement(join(<1485011..1485847,1485915..>1486175))	Aspergillus niger	4979127
An02g06380	mRNA	An02g06380	NT_166519.1	1486572	1489167	D	An02g06380	join(<1486572..1486625,1486662..1486915,1486982..1488318,1488465..1488653,1488747..1488818,1488973..>1489167)	Aspergillus niger	4979128
An02g06390	mRNA	An02g06390	NT_166519.1	1489747	1490858	R	An02g06390	complement(join(<1489747..1490110,1490269..1490351,1490703..>1490858))	Aspergillus niger	4979129
An02g06400	mRNA	An02g06400	NT_166519.1	1491540	1492583	R	An02g06400	complement(join(<1491540..1492180,1492332..1492395,1492500..>1492583))	Aspergillus niger	4979130
An02g06410	mRNA	An02g06410	NT_166519.1	1493030	1503721	D	An02g06410	join(<1493030..1493122,1493138..1493237,1493304..1493459,1493729..1493989,1495271..1495357,1495712..1495806,1496996..1497077,1497103..1497269,1497903..1497967,1498569..1498800,1501503..1501618,1501732..1501772,1502243..1502315,1503087..1503172,1503603..>1503721)	Aspergillus niger	84590364
An02g06420	mRNA	An02g06420	NT_166519.1	1505596	1507048	R	An02g06420	complement(join(<1505596..1506054,1506107..1506179,1506233..1506295,1506354..>1507048))	Aspergillus niger	4979132
An02g06430	mRNA	An02g06430	NT_166519.1	1507504	1510303	D	An02g06430	join(<1507504..1507666,1507720..1507794,1507855..1508089,1508139..1508291,1508342..1508651,1508701..1509321,1509382..1510207,1510266..>1510303)	Aspergillus niger	4979133
An02g06440	mRNA	An02g06440	NT_166519.1	1511881	1512915	D	An02g06440	join(<1511881..1512103,1512163..1512255,1512317..>1512915)	Aspergillus niger	4979134
An02g06450	mRNA	An02g06450	NT_166519.1	1513898	1515019	R	An02g06450	complement(join(<1513898..1514649,1514716..>1515019))	Aspergillus niger	4979135
An02g06460	mRNA	An02g06460	NT_166519.1	1515477	1517401	R	An02g06460	complement(join(<1515477..1515920,1515978..1516318,1516371..1516612,1516675..1517040,1517100..>1517401))	Aspergillus niger	4979136
An02g06470	mRNA	An02g06470	NT_166519.1	1519087	1521457	D	An02g06470	join(<1519087..1519632,1519755..1520846,1520981..1521133,1521248..1521322,1521422..>1521457)	Aspergillus niger	4979137
An02g06490	mRNA	An02g06490	NT_166519.1	1523117	1523848	D	An02g06490	join(<1523117..1523125,1523178..1523335,1523421..1523539,1523595..>1523848)	Aspergillus niger	84590365
An02g06500	mRNA	An02g06500	NT_166519.1	1524750	1526876	R	An02g06500	complement(join(<1524750..1524875,1524963..1525223,1525279..1525411,1525483..1525589,1525647..1525924,1525971..1526037,1526091..1526135,1526210..1526751,1526825..>1526876))	Aspergillus niger	4979141
An02g06510	mRNA	An02g06510	NT_166519.1	1527239	1528673	D	An02g06510	join(<1527239..1527241,1527390..1527942,1528027..>1528673)	Aspergillus niger	84590366
An02g06520	mRNA	An02g06520	NT_166519.1	1529660	1531370	R	An02g06520	complement(join(<1529660..1529962,1530053..1530070,1530130..1530320,1530390..1530664,1530723..1530894,1530946..1531278,1531334..>1531370))	Aspergillus niger	4979143
An02g06530	mRNA	An02g06530	NT_166519.1	1532297	1536261	D	An02g06530	join(<1532297..1532333,1532411..1532476,1532544..1532599,1532671..>1536261)	Aspergillus niger	4979144
An02g06540	mRNA	An02g06540	NT_166519.1	1536954	1538195	R	An02g06540	complement(join(<1536954..1537113,1537251..1537327,1537386..1537704,1537761..1537823,1537897..1538028,1538092..>1538195))	Aspergillus niger	84590367
An02g06550	mRNA	An02g06550	NT_166519.1	1540844	1542689	D	An02g06550	join(<1540844..1541507,1541565..1541671,1541824..1541862,1541919..>1542689)	Aspergillus niger	4979146
An02g06560	mRNA	An02g06560	NT_166519.1	1543823	1544690	D	An02g06560	join(<1543823..1543902,1543961..1544014,1544072..>1544690)	Aspergillus niger	4979147
An02g06570	mRNA	An02g06570	NT_166519.1	1545021	1547300	D	An02g06570	join(<1545021..1545186,1545246..1545459,1545519..1545736,1545988..1546211,1546266..1546374,1546424..1546629,1546686..1547207,1547259..>1547300)	Aspergillus niger	4979148
An02g06580	mRNA	An02g06580	NT_166519.1	1548061	1550346	D	An02g06580	join(<1548061..1548446,1548545..1548693,1548763..1548850,1548905..1549401,1549451..>1550346)	Aspergillus niger	4979149
An02g06590	mRNA	An02g06590	NT_166519.1	1552265	1555954	D	An02g06590	join(<1552265..1552381,1552813..1553187,1553237..1553349,1553401..1553603,1553655..1553803,1553860..1555696,1555758..>1555954)	Aspergillus niger	4979150
An02g06600	mRNA	An02g06600	NT_166519.1	1558018	1561712	R	An02g06600	complement(join(<1558018..1558642,1558699..1559384,1559434..1560572,1560635..>1561712))	Aspergillus niger	4979151
An02g06610	mRNA	An02g06610	NT_166519.1	1562215	1563282	D	An02g06610	join(<1562215..1562320,1562675..>1563282)	Aspergillus niger	4979152
An02g06620	mRNA	An02g06620	NT_166519.1	1563997	1564292	D	An02g06620	join(<1563997..1564124,1564241..>1564292)	Aspergillus niger	84590368
An02g06630	mRNA	An02g06630	NT_166519.1	1564422	1567071	R	An02g06630	complement(join(<1564422..1565267,1565326..1565591,1565725..1566152,1566200..1566310,1567055..>1567071))	Aspergillus niger	4979154
An02g06640	mRNA	An02g06640	NT_166519.1	1567104	1568087	R	An02g06640	complement(join(<1567104..1567199,1567318..1567486,1567577..1567785,1567867..1567926,1568019..>1568087))	Aspergillus niger	84590369
An02g06650	mRNA	An02g06650	NT_166519.1	1568309	1570057	D	An02g06650	join(<1568309..1568460,1568799..1568858,1568939..1569013,1569242..1569274,1569391..1569514,1570004..>1570057)	Aspergillus niger	84590370
An02g06660	mRNA	An02g06660	NT_166519.1	1570768	1571589	D	An02g06660	<1570768..>1571589	Aspergillus niger	4979157
An02g06670	mRNA	An02g06670	NT_166519.1	1572940	1573872	D	An02g06670	join(<1572940..1573531,1573598..>1573872)	Aspergillus niger	4979158
An02g06680	mRNA	An02g06680	NT_166519.1	1574390	1575636	R	An02g06680	complement(join(<1574390..1574506,1574580..1575433,1575513..>1575636))	Aspergillus niger	4979159
An02g06700	mRNA	An02g06700	NT_166519.1	1579738	1581604	D	An02g06700	join(<1579738..1579917,1580392..1580608,1580720..1581220,1581300..>1581604)	Aspergillus niger	4979160
An02g06710	mRNA	An02g06710	NT_166519.1	1582940	1584523	D	An02g06710	join(<1582940..1582960,1583271..1583289,1583490..1583660,1583733..1583874,1583965..>1584523)	Aspergillus niger	4979161
An02g06720	mRNA	An02g06720	NT_166519.1	1585450	1588615	R	An02g06720	complement(join(<1585450..1585479,1585636..1585780,1585910..1586604,1586655..1586785,1586837..1587842,1587897..1588302,1588356..>1588615))	Aspergillus niger	4979162
An02g06730	mRNA	An02g06730	NT_166519.1	1590498	1591339	R	An02g06730	complement(join(<1590498..1590588,1590933..>1591339))	Aspergillus niger	84590371
An02g06740	mRNA	An02g06740	NT_166519.1	1591500	1592732	D	An02g06740	join(<1591500..1591808,1591890..1592039,1592094..>1592732)	Aspergillus niger	4979164
An02g06750	mRNA	An02g06750	NT_166519.1	1593129	1594757	R	An02g06750	complement(join(<1593129..1594188,1594249..>1594757))	Aspergillus niger	4979165
An02g06760	mRNA	An02g06760	NT_166519.1	1594852	1598610	R	An02g06760	complement(join(<1594852..1594911,1594988..1595304,1595393..1596094,1596149..1597151,1597214..1597645,1597702..>1598610))	Aspergillus niger	4979166
An02g06770	mRNA	An02g06770	NT_166519.1	1599346	1600376	D	An02g06770	join(<1599346..1599454,1599507..1599546,1599607..1599915,1599971..>1600376)	Aspergillus niger	4979167
An02g06780	mRNA	An02g06780	NT_166519.1	1601740	1605076	R	An02g06780	complement(join(<1601740..1601765,1601818..1602099,1602152..1602273,1602328..1602883,1602931..1604502,1604561..1604900,1604990..>1605076))	Aspergillus niger	4979168
An02g06790	mRNA	An02g06790	NT_166519.1	1605666	1606545	R	An02g06790	complement(join(<1605666..1605807,1605926..1606018,1606085..>1606545))	Aspergillus niger	4979169
An02g06800	mRNA	An02g06800	NT_166519.1	1607008	1607500	D	An02g06800	join(<1607008..1607037,1607078..1607143,1607225..>1607500)	Aspergillus niger	84590372
An02g06810	mRNA	An02g06810	NT_166519.1	1608142	1609363	R	An02g06810	complement(join(<1608142..1608258,1608332..1608472,1608537..1608751,1608817..1608982,1609090..1609224,1609322..>1609363))	Aspergillus niger	4979171
An02g06820	mRNA	An02g06820	NT_166519.1	1610241	1612157	D	An02g06820	join(<1610241..1610430,1610513..1611740,1611798..1612005,1612084..>1612157)	Aspergillus niger	4979172
An02g06830	mRNA	An02g06830	NT_166519.1	1613776	1618675	D	An02g06830	join(<1613776..1618505,1618558..>1618675)	Aspergillus niger	4979173
An02g06840	mRNA	An02g06840	NT_166519.1	1619060	1621646	R	An02g06840	complement(join(<1619060..1621000,1621035..1621374,1621438..>1621646))	Aspergillus niger	4979174
An02g06850	mRNA	An02g06850	NT_166519.1	1621955	1623881	D	An02g06850	join(<1621955..1623643,1623825..>1623881)	Aspergillus niger	4979175
An02g06860	mRNA	An02g06860	NT_166519.1	1624182	1625998	D	An02g06860	join(<1624182..1624226,1624358..>1625998)	Aspergillus niger	4979176
An02g06870	mRNA	An02g06870	NT_166519.1	1626291	1628995	R	An02g06870	complement(join(<1626291..1627919,1627969..1628113,1628167..1628472,1628527..1628774,1628846..>1628995))	Aspergillus niger	4979177
An02g06890	mRNA	An02g06890	NT_166519.1	1629219	1631723	D	An02g06890	<1629219..>1631723	Aspergillus niger	4979178
An02g06900	mRNA	An02g06900	NT_166519.1	1632600	1633780	R	An02g06900	complement(join(<1632600..1633610,1633721..>1633780))	Aspergillus niger	4979179
An02g06910	mRNA	An02g06910	NT_166519.1	1638630	1641263	D	An02g06910	join(<1638630..1638941,1639002..1639097,1639186..1640923,1640982..1641108,1641167..>1641263)	Aspergillus niger	4979180
An02g06920	mRNA	An02g06920	NT_166519.1	1643316	1643716	R	An02g06920	complement(join(<1643316..1643389,1643430..1643462,1643527..>1643716))	Aspergillus niger	84590373
An02g06930	mRNA	An02g06930	NT_166519.1	1650191	1650687	R	An02g06930	complement(join(<1650191..1650277,1650333..1650432,1650626..>1650687))	Aspergillus niger	84590374
An02g06940	mRNA	An02g06940	NT_166519.1	1651712	1654314	D	An02g06940	join(<1651712..1651725,1651812..1651946,1652062..1652583,1652646..1653940,1653986..>1654314)	Aspergillus niger	4979183
An02g06950	mRNA	An02g06950	NT_166519.1	1659182	1660007	D	An02g06950	join(<1659182..1659239,1659287..1659343,1659408..1659494,1659547..>1660007)	Aspergillus niger	84590375
An02g06960	mRNA	An02g06960	NT_166519.1	1660398	1664741	R	An02g06960	complement(join(<1660398..1660422,1660524..1660562,1660629..1660917,1660977..1664289,1664341..1664367,1664421..>1664741))	Aspergillus niger	4979185
An02g06970	mRNA	An02g06970	NT_166519.1	1665115	1666480	D	An02g06970	join(<1665115..1665453,1665512..>1666480)	Aspergillus niger	4979186
An02g06980	mRNA	An02g06980	NT_166519.1	1666946	1668196	D	An02g06980	join(<1666946..1667199,1667296..1667590,1667646..1667838,1667889..>1668196)	Aspergillus niger	4979187
An02g06990	mRNA	An02g06990	NT_166519.1	1668400	1668528	D	An02g06990	<1668400..>1668528	Aspergillus niger	84590376
An02g07000	mRNA	An02g07000	NT_166519.1	1669788	1672161	R	An02g07000	complement(join(<1669788..1671448,1671507..>1672161))	Aspergillus niger	4979189
An02g07010	mRNA	An02g07010	NT_166519.1	1673850	1674455	D	An02g07010	join(<1673850..1673943,1674020..1674300,1674366..>1674455)	Aspergillus niger	4979190
An02g07020	mRNA	An02g07020	NT_166519.1	1674698	1676506	R	An02g07020	complement(join(<1674698..1675356,1675430..1675490,1675549..1675598,1675668..1675697,1675756..1676009,1676089..1676189,1676283..1676369,1676501..>1676506))	Aspergillus niger	4979191
An02g07030	mRNA	An02g07030	NT_166519.1	1679430	1680097	R	An02g07030	complement(join(<1679430..1679558,1679621..1680018,1680085..>1680097))	Aspergillus niger	4979192
An02g07040	mRNA	An02g07040	NT_166519.1	1682214	1683293	R	An02g07040	complement(join(<1682214..1682294,1682322..1682600,1682666..1682878,1682938..1683032,1683154..1683213,1683287..>1683293))	Aspergillus niger	4979193
An02g07050	mRNA	An02g07050	NT_166519.1	1684096	1685355	R	An02g07050	complement(<1684096..>1685355)	Aspergillus niger	4979194
An02g07060	mRNA	An02g07060	NT_166519.1	1685918	1689122	R	An02g07060	complement(join(<1685918..1687495,1687497..>1689122))	Aspergillus niger	4979195
An02g07070	mRNA	An02g07070	NT_166519.1	1690294	1692333	R	An02g07070	complement(join(<1690294..1690600,1690666..1691908,1692231..>1692333))	Aspergillus niger	4979196
An02g07080	mRNA	An02g07080	NT_166519.1	1695673	1696266	R	An02g07080	complement(<1695673..>1696266)	Aspergillus niger	4979197
An02g07090	mRNA	An02g07090	NT_166519.1	1697374	1698529	D	An02g07090	join(<1697374..1697760,1697829..1698418,1698481..>1698529)	Aspergillus niger	4979198
An02g07100	mRNA	An02g07100	NT_166519.1	1698635	1699144	D	An02g07100	join(<1698635..1698685,1698812..1699022,1699098..>1699144)	Aspergillus niger	84590377
An02g07110	mRNA	An02g07110	NT_166519.1	1701418	1701615	D	An02g07110	<1701418..>1701615	Aspergillus niger	4979200
An02g07120	mRNA	An02g07120	NT_166519.1	1702533	1704018	R	An02g07120	complement(join(<1702533..1702551,1702618..1702812,1702874..>1704018))	Aspergillus niger	4979201
An02g07130	mRNA	An02g07130	NT_166519.1	1704312	1705261	D	An02g07130	join(<1704312..1704639,1704717..1705150,1705238..>1705261)	Aspergillus niger	4979202
An02g07140	mRNA	An02g07140	NT_166519.1	1706534	1708939	R	An02g07140	complement(<1706534..>1708939)	Aspergillus niger	4979203
An02g07150	mRNA	An02g07150	NT_166519.1	1709055	1710866	D	An02g07150	join(<1709055..1709116,1709250..1709366,1709453..1709517,1709575..1709702,1709799..1709879,1709985..1710017,1710100..1710251,1710321..1710402,1710792..>1710866)	Aspergillus niger	84590378
An02g07160	mRNA	An02g07160	NT_166519.1	1711069	1711851	D	An02g07160	join(<1711069..1711212,1711336..1711686,1711750..>1711851)	Aspergillus niger	4979205
An02g07170	mRNA	An02g07170	NT_166519.1	1712033	1713841	R	An02g07170	complement(join(<1712033..1712050,1712085..1712721,1712777..1712910,1712967..1713274,1713327..1713770,1713829..>1713841))	Aspergillus niger	4979206
An02g07180	mRNA	An02g07180	NT_166519.1	1714136	1714581	D	An02g07180	join(<1714136..1714256,1714355..>1714581)	Aspergillus niger	84590379
An02g07190	mRNA	tbpA	NT_166519.1	1715006	1716702	D	An02g07190	join(<1715006..1715163,1715219..1715263,1715325..1715423,1715476..1715762,1715828..>1716702)	Aspergillus niger	4979208
An02g07200	mRNA	An02g07200	NT_166519.1	1716972	1717424	R	An02g07200	complement(join(<1716972..1717054,1717177..1717305,1717391..>1717424))	Aspergillus niger	84590380
An02g07210	mRNA	pepE	NT_166519.1	1717460	1718858	D	An02g07210	join(<1717460..1717561,1717653..1717803,1717857..1718511,1718570..>1718858)	Aspergillus niger	4979210
An02g07220	mRNA	An02g07220	NT_166519.1	1718930	1719510	R	An02g07220	complement(join(<1718930..1719013,1719095..1719250,1719333..1719416,1719448..>1719510))	Aspergillus niger	84590381
An02g07230	mRNA	An02g07230	NT_166519.1	1719821	1722413	D	An02g07230	join(<1719821..1720068,1720133..1720219,1720382..>1722413)	Aspergillus niger	4979212
An02g07240	mRNA	An02g07240	NT_166519.1	1722970	1723393	R	An02g07240	complement(join(<1722970..1723085,1723162..>1723393))	Aspergillus niger	4979213
An02g07250	mRNA	argA	NT_166519.1	1724102	1725245	R	An02g07250	complement(join(<1724102..1724405,1724478..1725061,1725159..>1725245))	Aspergillus niger	4979214
An02g07260	mRNA	An02g07260	NT_166519.1	1725790	1727758	R	An02g07260	complement(join(<1725790..1727045,1727098..1727239,1727295..1727371,1727428..>1727758))	Aspergillus niger	4979215
An02g07270	mRNA	An02g07270	NT_166519.1	1727979	1728362	R	An02g07270	complement(join(<1727979..1728124,1728236..>1728362))	Aspergillus niger	84590382
An02g07280	mRNA	An02g07280	NT_166519.1	1728867	1729320	R	An02g07280	complement(join(<1728867..1728957,1729048..1729196,1729240..>1729320))	Aspergillus niger	84590383
An02g07290	mRNA	An02g07290	NT_166519.1	1729421	1731039	D	An02g07290	join(<1729421..1730501,1730558..1730942,1730997..>1731039)	Aspergillus niger	4979218
An02g07300	mRNA	An02g07300	NT_166519.1	1732221	1734879	R	An02g07300	complement(join(<1732221..1734600,1734656..>1734879))	Aspergillus niger	4979219
An02g07310	mRNA	An02g07310	NT_166519.1	1735338	1739150	D	An02g07310	join(<1735338..1735622,1735662..>1739150)	Aspergillus niger	4979220
An02g07320	mRNA	An02g07320	NT_166519.1	1739358	1740333	D	An02g07320	join(<1739358..1739695,1739763..>1740333)	Aspergillus niger	4979221
An02g07330	mRNA	An02g07330	NT_166519.1	1742978	1743997	D	An02g07330	join(<1742978..1743283,1743356..>1743997)	Aspergillus niger	4979222
An02g07340	mRNA	An02g07340	NT_166519.1	1744354	1747915	D	An02g07340	join(<1744354..1744363,1744470..>1747915)	Aspergillus niger	4979223
An02g07350	mRNA	An02g07350	NT_166519.1	1748785	1749261	D	An02g07350	join(<1748785..1748995,1749053..>1749261)	Aspergillus niger	4979224
An02g07360	mRNA	An02g07360	NT_166519.1	1749927	1751459	D	An02g07360	join(<1749927..1750420,1750478..>1751459)	Aspergillus niger	4979225
An02g07370	mRNA	An02g07370	NT_166519.1	1754491	1757103	R	An02g07370	complement(<1754491..>1757103)	Aspergillus niger	4979226
An02g07380	mRNA	An02g07380	NT_166519.1	1757573	1762310	R	An02g07380	complement(join(<1757573..1757632,1757693..1757779,1758492..1762211,1762269..>1762310))	Aspergillus niger	4979227
An02g07390	mRNA	An02g07390	NT_166519.1	1763112	1763786	D	An02g07390	join(<1763112..1763296,1763417..>1763786)	Aspergillus niger	4979228
An02g07400	mRNA	An02g07400	NT_166519.1	1767128	1767596	D	An02g07400	join(<1767128..1767188,1767239..1767334,1767386..1767507,1767564..>1767596)	Aspergillus niger	4979229
An02g07410	mRNA	An02g07410	NT_166519.1	1770912	1772896	D	An02g07410	join(<1770912..1771327,1771390..1771824,1771877..1771954,1772003..1772235,1772331..1772412,1772460..1772564,1772611..1772798,1772850..>1772896)	Aspergillus niger	4979230
An02g07420	mRNA	An02g07420	NT_166519.1	1773250	1774344	R	An02g07420	complement(<1773250..>1774344)	Aspergillus niger	4979231
An02g07430	mRNA	An02g07430	NT_166519.1	1774610	1775842	D	An02g07430	join(<1774610..1774640,1774761..>1775842)	Aspergillus niger	4979232
An02g07440	mRNA	An02g07440	NT_166519.1	1775934	1777343	R	An02g07440	complement(join(<1775934..1776164,1776254..1776984,1777057..1777189,1777242..>1777343))	Aspergillus niger	4979233
An02g07450	mRNA	An02g07450	NT_166519.1	1777871	1778709	D	An02g07450	join(<1777871..1777907,1777961..1778036,1778259..>1778709)	Aspergillus niger	84590384
An02g07460	mRNA	An02g07460	NT_166519.1	1779667	1782642	R	An02g07460	complement(join(<1779667..1781889,1781948..1782496,1782559..>1782642))	Aspergillus niger	4979235
An02g07470	mRNA	An02g07470	NT_166519.1	1784500	1785783	R	An02g07470	complement(join(<1784500..1785060,1785114..1785416,1785492..1785602,1785676..>1785783))	Aspergillus niger	4979236
An02g07480	mRNA	An02g07480	NT_166519.1	1786585	1788927	R	An02g07480	complement(join(<1786585..1787000,1787218..1788028,1788084..1788586,1788714..>1788927))	Aspergillus niger	4979237
An02g07490	mRNA	An02g07490	NT_166519.1	1789782	1791591	R	An02g07490	complement(<1789782..>1791591)	Aspergillus niger	4979238
An02g07500	mRNA	An02g07500	NT_166519.1	1792844	1794450	R	An02g07500	complement(join(<1792844..1793129,1793193..1793340,1793392..1793488,1793539..1793741,1793796..1794036,1794098..1794114,1794252..1794332,1794390..>1794450))	Aspergillus niger	4979239
An02g07510	mRNA	An02g07510	NT_166519.1	1794912	1795539	R	An02g07510	complement(join(<1794912..1795402,1795500..>1795539))	Aspergillus niger	4979240
An02g07520	mRNA	An02g07520	NT_166519.1	1796194	1797456	R	An02g07520	complement(<1796194..>1797456)	Aspergillus niger	4979241
An02g07530	mRNA	An02g07530	NT_166519.1	1798636	1799652	D	An02g07530	join(<1798636..1798936,1799013..>1799652)	Aspergillus niger	4979242
An02g07550	mRNA	An02g07550	NT_166519.1	1803677	1804899	R	An02g07550	complement(join(<1803677..1804777,1804834..>1804899))	Aspergillus niger	4979244
An02g07560	mRNA	An02g07560	NT_166519.1	1805488	1806385	D	An02g07560	join(<1805488..1805659,1805727..>1806385)	Aspergillus niger	4979245
An02g07570	mRNA	An02g07570	NT_166519.1	1807868	1809334	R	An02g07570	complement(join(<1807868..1808662,1808723..1808777,1808825..1809150,1809263..>1809334))	Aspergillus niger	4979246
An02g07580	mRNA	An02g07580	NT_166519.1	1811618	1813291	D	An02g07580	join(<1811618..1812031,1812090..1812323,1812386..>1813291)	Aspergillus niger	4979247
An02g07590	mRNA	An02g07590	NT_166519.1	1813993	1816800	D	An02g07590	join(<1813993..1814028,1814094..1814216,1814304..1816355,1816432..>1816800)	Aspergillus niger	4979248
An02g07600	mRNA	An02g07600	NT_166519.1	1817057	1819288	D	An02g07600	join(<1817057..1817217,1817282..1817372,1817469..1817819,1817921..>1819288)	Aspergillus niger	4979249
An02g07610	mRNA	An02g07610	NT_166519.1	1820044	1822278	R	An02g07610	complement(join(<1820044..1820266,1820331..1820445,1820497..1821503,1821566..1821656,1821716..1821741,1821826..1822089,1822151..>1822278))	Aspergillus niger	4979250
An02g07620	mRNA	An02g07620	NT_166519.1	1824136	1825217	R	An02g07620	complement(join(<1824136..1824496,1824571..1824835,1825089..1825141,1825189..>1825217))	Aspergillus niger	84590385
An02g07630	mRNA	An02g07630	NT_166519.1	1825400	1828458	D	An02g07630	join(<1825400..1825567,1825764..1825995,1826083..1826158,1826206..1826355,1826437..1826498,1826549..1827317,1827391..1827451,1827656..1827663,1827729..>1828458)	Aspergillus niger	84590386
An02g07640	mRNA	An02g07640	NT_166519.1	1829398	1831235	D	An02g07640	join(<1829398..1830427,1830481..1830809,1830864..>1831235)	Aspergillus niger	4979253
An02g07650	mRNA	An02g07650	NT_166519.1	1833060	1834858	D	An02g07650	join(<1833060..1833112,1833186..1833487,1833546..>1834858)	Aspergillus niger	4979254
An02g07660	mRNA	An02g07660	NT_166519.1	1835081	1836688	R	An02g07660	complement(<1835081..>1836688)	Aspergillus niger	4979255
An02g07670	mRNA	An02g07670	NT_166519.1	1837157	1838857	R	An02g07670	complement(<1837157..>1838857)	Aspergillus niger	4979256
An02g07680	mRNA	An02g07680	NT_166519.1	1841486	1842207	D	An02g07680	join(<1841486..1841514,1841648..1841772,1841841..1841940,1842030..>1842207)	Aspergillus niger	84590387
An02g07690	mRNA	An02g07690	NT_166519.1	1843415	1844568	R	An02g07690	complement(join(<1843415..1843471,1843557..1844041,1844106..1844183,1844257..1844291,1844406..1844477,1844555..>1844568))	Aspergillus niger	4979258
An02g07700	mRNA	An02g07700	NT_166519.1	1845115	1847146	R	An02g07700	complement(join(<1845115..1845863,1845981..1846087,1846143..>1847146))	Aspergillus niger	4979259
An02g07710	mRNA	An02g07710	NT_166519.1	1848758	1850233	R	An02g07710	complement(join(<1848758..1849022,1849082..1849172,1849235..1849916,1850030..1850158,1850210..>1850233))	Aspergillus niger	4979260
An02g07720	mRNA	An02g07720	NT_166519.1	1850933	1851898	D	An02g07720	<1850933..>1851898	Aspergillus niger	4979261
An02g07730	mRNA	An02g07730	NT_166519.1	1853567	1855306	R	An02g07730	complement(join(<1853567..1853707,1853756..1854941,1854972..>1855306))	Aspergillus niger	4979262
An02g07740	mRNA	An02g07740	NT_166519.1	1857294	1858486	D	An02g07740	join(<1857294..1857376,1857432..1857894,1857951..1858145,1858196..>1858486)	Aspergillus niger	4979263
An02g07750	mRNA	An02g07750	NT_166519.1	1860021	1860845	D	An02g07750	<1860021..>1860845	Aspergillus niger	4979264
An02g07760	mRNA	An02g07760	NT_166519.1	1861449	1862485	D	An02g07760	join(<1861449..1861968,1862011..1862131,1862428..>1862485)	Aspergillus niger	4979265
An02g07770	mRNA	An02g07770	NT_166519.1	1863882	1866234	R	An02g07770	complement(join(<1863882..1864582,1864649..1864758,1864811..1865275,1865335..1865610,1865661..1866070,1866130..>1866234))	Aspergillus niger	4979266
An02g07780	mRNA	An02g07780	NT_166519.1	1867522	1868333	D	An02g07780	join(<1867522..1867615,1867685..1867843,1867915..1868061,1868124..1868236,1868292..>1868333)	Aspergillus niger	4979267
An02g07790	mRNA	An02g07790	NT_166519.1	1869305	1869738	D	An02g07790	join(<1869305..1869353,1869484..1869596,1869670..>1869738)	Aspergillus niger	4979268
An02g07800	mRNA	An02g07800	NT_166519.1	1870123	1871460	R	An02g07800	complement(join(<1870123..1870694,1870756..1871172,1871241..>1871460))	Aspergillus niger	4979269
An02g07810	mRNA	An02g07810	NT_166519.1	1871865	1872250	D	An02g07810	join(<1871865..1871904,1872141..>1872250)	Aspergillus niger	84590388
An02g07820	mRNA	An02g07820	NT_166519.1	1872647	1875770	D	An02g07820	join(<1872647..1873781,1873853..1873857,1873958..1873985,1874132..1874241,1874356..1874748,1874898..1875627,1875745..>1875770)	Aspergillus niger	10098260
An02g07830	mRNA	An02g07830	NT_166519.1	1876081	1878788	R	An02g07830	complement(join(<1876081..1877138,1877198..>1878788))	Aspergillus niger	4979272
An02g07840	mRNA	An02g07840	NT_166519.1	1881288	1883261	D	An02g07840	join(<1881288..1881580,1881632..>1883261)	Aspergillus niger	4979273
An02g07850	mRNA	An02g07850	NT_166519.1	1883691	1885406	R	An02g07850	complement(join(<1883691..1884734,1884826..1884906,1884974..1885176,1885238..>1885406))	Aspergillus niger	4979274
An02g07860	mRNA	An02g07860	NT_166519.1	1887421	1890762	D	An02g07860	join(<1887421..1887700,1887766..1888570,1888643..1889254,1889307..>1890762)	Aspergillus niger	4979275
An02g07870	mRNA	An02g07870	NT_166519.1	1890924	1891999	R	An02g07870	complement(join(<1890924..1890942,1891063..1891617,1891692..>1891999))	Aspergillus niger	4979276
An02g07880	mRNA	An02g07880	NT_166519.1	1894109	1895890	D	An02g07880	join(<1894109..1894648,1894754..1895464,1895531..>1895890)	Aspergillus niger	4979277
An02g07890	mRNA	pacC	NT_166519.1	1897956	1900151	D	An02g07890	join(<1897956..1898219,1898359..1898647,1898701..>1900151)	Aspergillus niger	4979278
An02g07900	mRNA	An02g07900	NT_166519.1	1902309	1904695	D	An02g07900	join(<1902309..1902422,1902484..1903509,1903561..1904438,1904507..1904575,1904656..>1904695)	Aspergillus niger	4979279
An02g07910	mRNA	An02g07910	NT_166519.1	1906778	1908260	R	An02g07910	complement(join(<1906778..1907247,1907303..1907777,1908056..1908168,1908206..>1908260))	Aspergillus niger	4979280
An02g07920	mRNA	An02g07920	NT_166519.1	1909078	1909840	R	An02g07920	complement(join(<1909078..1909154,1909399..>1909840))	Aspergillus niger	84590389
An02g07930	mRNA	An02g07930	NT_166519.1	1911356	1915331	R	An02g07930	complement(join(<1911356..1911417,1911473..1911752,1911802..1912038,1912091..1912505,1912559..1913046,1913099..1913442,1913492..1913822,1913874..1913964,1914020..1914160,1914215..1914419,1914473..1914714,1914771..1914868,1914933..>1915331))	Aspergillus niger	4979282
An02g07940	mRNA	An02g07940	NT_166519.1	1919085	1921095	D	An02g07940	join(<1919085..1919210,1919293..>1921095)	Aspergillus niger	4979283
An02g07950	mRNA	An02g07950	NT_166519.1	1921720	1923003	R	An02g07950	complement(join(<1921720..1922847,1922917..>1923003))	Aspergillus niger	4979284
An02g07960	mRNA	An02g07960	NT_166519.1	1923822	1927007	R	An02g07960	complement(join(<1923822..1923994,1924060..1924180,1924240..1924331,1924407..1924512,1924569..1924716,1924787..1925134,1925191..1925299,1925356..1925501,1925641..1925868,1925905..1926263,1926320..1926474,1926531..1926731,1926809..>1927007))	Aspergillus niger	4979285
An02g07970	mRNA	An02g07970	NT_166519.1	1927762	1928766	D	An02g07970	join(<1927762..1927924,1927995..1928237,1928300..>1928766)	Aspergillus niger	4979286
An02g07980	mRNA	An02g07980	NT_166519.1	1929326	1931211	R	An02g07980	complement(join(<1929326..1929369,1929507..1929770,1929841..1930049,1930107..1930801,1930858..>1931211))	Aspergillus niger	4979287
An02g07990	mRNA	An02g07990	NT_166519.1	1934111	1934422	D	An02g07990	join(<1934111..1934207,1934280..>1934422)	Aspergillus niger	84590390
An02g08000	mRNA	An02g08000	NT_166519.1	1939295	1940659	D	An02g08000	join(<1939295..1939424,1939496..1939680,1939778..1939941,1939996..1940254,1940318..>1940659)	Aspergillus niger	4979289
An02g08010	mRNA	An02g08010	NT_166519.1	1941475	1942683	D	An02g08010	join(<1941475..1941910,1941986..>1942683)	Aspergillus niger	4979290
An02g08020	mRNA	An02g08020	NT_166519.1	1943838	1944804	R	An02g08020	complement(join(<1943838..1943902,1943964..1944067,1944131..1944287,1944376..1944505,1944653..1944665,1944788..>1944804))	Aspergillus niger	4979291
An02g08030	mRNA	An02g08030	NT_166519.1	1948353	1949007	D	An02g08030	join(<1948353..1948369,1948538..1948672,1948767..>1949007)	Aspergillus niger	4979292
An02g08040	mRNA	An02g08040	NT_166519.1	1950475	1952208	D	An02g08040	<1950475..>1952208	Aspergillus niger	4979293
An02g08050	mRNA	An02g08050	NT_166519.1	1954512	1955918	D	An02g08050	join(<1954512..1954879,1954958..>1955918)	Aspergillus niger	4979294
An02g08060	mRNA	An02g08060	NT_166519.1	1956375	1957832	R	An02g08060	complement(join(<1956375..1957701,1957759..>1957832))	Aspergillus niger	4979295
An02g08070	mRNA	An02g08070	NT_166519.1	1958731	1960701	D	An02g08070	<1958731..>1960701	Aspergillus niger	4979296
An02g08080	mRNA	An02g08080	NT_166519.1	1961128	1961802	R	An02g08080	complement(join(<1961128..1961254,1961317..1961513,1961584..1961619,1961788..>1961802))	Aspergillus niger	4979297
An02g08090	mRNA	An02g08090	NT_166519.1	1962659	1963380	D	An02g08090	join(<1962659..1962739,1962807..1962840,1962902..1962949,1963038..1963280,1963355..>1963380)	Aspergillus niger	4979298
An02g08100	mRNA	An02g08100	NT_166519.1	1963875	1965080	D	An02g08100	join(<1963875..1963940,1964149..1964202,1964253..1964423,1964465..1964570,1964649..1964734,1964802..1964951,1965006..>1965080)	Aspergillus niger	4979299
An02g08110	mRNA	An02g08110	NT_166519.1	1965332	1965986	R	An02g08110	complement(join(<1965332..1965858,1965944..>1965986))	Aspergillus niger	4979300
An02g08120	mRNA	An02g08120	NT_166519.1	1967258	1967817	R	An02g08120	complement(join(<1967258..1967549,1967618..>1967817))	Aspergillus niger	4979301
An02g08130	mRNA	An02g08130	NT_166519.1	1968326	1969211	R	An02g08130	complement(join(<1968326..1968366,1968417..1968470,1968524..1968595,1968644..1968964,1969025..>1969211))	Aspergillus niger	4979302
An02g08140	mRNA	An02g08140	NT_166519.1	1972038	1974023	D	An02g08140	join(<1972038..1972083,1972133..1972730,1972781..>1974023)	Aspergillus niger	4979303
An02g08160	mRNA	An02g08160	NT_166519.1	1975419	1976214	R	An02g08160	complement(join(<1975419..1975668,1975750..1975975,1976076..>1976214))	Aspergillus niger	4979305
An02g08170	mRNA	An02g08170	NT_166519.1	1976616	1977612	R	An02g08170	complement(join(<1976616..1976875,1976933..1977151,1977205..1977379,1977439..>1977612))	Aspergillus niger	4979306
An02g08180	mRNA	An02g08180	NT_166519.1	1978379	1980281	D	An02g08180	join(<1978379..1978571,1978608..1978680,1978744..1978938,1978996..1979161,1979221..1979322,1979373..1979502,1979557..1979669,1979727..>1980281)	Aspergillus niger	4979307
An02g08190	mRNA	An02g08190	NT_166519.1	1980476	1981653	R	An02g08190	complement(join(<1980476..1980574,1980612..1981560,1981619..>1981653))	Aspergillus niger	84590391
An02g08200	mRNA	An02g08200	NT_166519.1	1982252	1983352	D	An02g08200	join(<1982252..1982636,1982685..>1983352)	Aspergillus niger	4979309
An02g08210	mRNA	An02g08210	NT_166519.1	1984012	1986784	D	An02g08210	join(<1984012..1984128,1984189..1984229,1984401..1984516,1984621..1984702,1984773..1985509,1985589..1986012,1986079..1986370,1986428..>1986784)	Aspergillus niger	4979310
An02g08220	mRNA	An02g08220	NT_166519.1	1989012	1990016	D	An02g08220	<1989012..>1990016	Aspergillus niger	4979311
An02g08230	mRNA	An02g08230	NT_166519.1	1990227	1992069	R	An02g08230	complement(join(<1990227..1990396,1990491..1990651,1990721..1991080,1991151..1991471,1991541..1991820,1991892..>1992069))	Aspergillus niger	4979312
An02g08240	mRNA	An02g08240	NT_166519.1	1994237	1994958	D	An02g08240	join(<1994237..1994424,1994658..>1994958)	Aspergillus niger	84590392
An02g08250	mRNA	An02g08250	NT_166519.1	1995023	1996378	D	An02g08250	join(<1995023..1995036,1995087..1995907,1995978..>1996378)	Aspergillus niger	4979314
An02g08260	mRNA	An02g08260	NT_166519.1	1997083	1998969	D	An02g08260	join(<1997083..1997264,1997354..1997465,1997530..>1998969)	Aspergillus niger	4979315
An02g08270	mRNA	An02g08270	NT_166519.1	1999852	2001579	D	An02g08270	join(<1999852..1999977,2000032..2000069,2000138..2000526,2000582..>2001579)	Aspergillus niger	4979316
An02g08280	mRNA	An02g08280	NT_166519.1	2002568	2003551	R	An02g08280	complement(<2002568..>2003551)	Aspergillus niger	4979317
An02g08290	mRNA	An02g08290	NT_166519.1	2006472	2018571	R	An02g08290	complement(join(<2006472..2010958,2011038..2011683,2011745..2014772,2014826..2016372,2016433..2017079,2017203..>2018571))	Aspergillus niger	4979318
An02g08300	mRNA	An02g08300	NT_166519.1	2019329	2019897	D	An02g08300	join(<2019329..2019484,2019559..>2019897)	Aspergillus niger	4979319
An02g08310	mRNA	An02g08310	NT_166519.1	2020047	2021096	R	An02g08310	complement(<2020047..>2021096)	Aspergillus niger	4979320
An02g08320	mRNA	An02g08320	NT_166519.1	2021545	2022775	D	An02g08320	join(<2021545..2021808,2021897..>2022775)	Aspergillus niger	4979321
An02g08330	mRNA	An02g08330	NT_166519.1	2023391	2025058	D	An02g08330	join(<2023391..2023560,2023633..>2025058)	Aspergillus niger	4979322
An02g08340	mRNA	An02g08340	NT_166519.1	2025837	2027769	R	An02g08340	complement(join(<2025837..2026288,2026340..2026660,2026717..2027088,2027149..2027368,2027402..2027446,2027671..>2027769))	Aspergillus niger	4979323
An02g08350	mRNA	An02g08350	NT_166519.1	2028175	2030120	D	An02g08350	join(<2028175..2028220,2028499..2029124,2029185..>2030120)	Aspergillus niger	4979324
An02g08360	mRNA	An02g08360	NT_166519.1	2030510	2030995	D	An02g08360	join(<2030510..2030585,2030621..2030770,2030943..>2030995)	Aspergillus niger	4979325
An02g08370	mRNA	An02g08370	NT_166519.1	2031611	2033158	D	An02g08370	join(<2031611..2032521,2032588..>2033158)	Aspergillus niger	4979326
An02g08380	mRNA	An02g08380	NT_166519.1	2038104	2043261	D	An02g08380	join(<2038104..2042955,2043014..>2043261)	Aspergillus niger	4979327
An02g08390	mRNA	An02g08390	NT_166519.1	2044107	2047943	D	An02g08390	join(<2044107..2044299,2044414..2044922,2044986..2045390,2045460..2046929,2047070..2047128,2047289..2047404,2047448..2047455,2047500..2047622,2047800..>2047943)	Aspergillus niger	4979328
An02g08400	mRNA	An02g08400	NT_166519.1	2048800	2050362	D	An02g08400	<2048800..>2050362	Aspergillus niger	4979329
An02g08410	mRNA	An02g08410	NT_166519.1	2052180	2054698	R	An02g08410	complement(join(<2052180..2052560,2052620..>2054698))	Aspergillus niger	4979330
An02g08420	mRNA	An02g08420	NT_166519.1	2057255	2058738	R	An02g08420	complement(join(<2057255..2057494,2057562..2057834,2057893..2058368,2058479..2058539,2058634..>2058738))	Aspergillus niger	4979331
An02g08430	mRNA	An02g08430	NT_166519.1	2059349	2061247	D	An02g08430	join(<2059349..2059586,2059720..2060133,2060194..2060431,2060497..>2061247)	Aspergillus niger	4979332
An02g08440	mRNA	An02g08440	NT_166519.1	2061448	2062561	R	An02g08440	complement(join(<2061448..2062492,2062554..>2062561))	Aspergillus niger	4979333
An02g08445	mRNA	An02g08445	NT_166519.1	2063043	2063309	D	An02g08445	join(<2063043..2063164,2063222..>2063309)	Aspergillus niger	84590393
An02g08450	mRNA	nsfA	NT_166519.1	2063422	2065658	D	An02g08450	join(<2063422..2063742,2063793..>2065658)	Aspergillus niger	4979335
An02g08460	mRNA	An02g08460	NT_166519.1	2066745	2067577	D	An02g08460	join(<2066745..2067171,2067240..>2067577)	Aspergillus niger	4979336
An02g08470	mRNA	An02g08470	NT_166519.1	2069869	2070735	R	An02g08470	complement(join(<2069869..2069950,2070157..2070309,2070428..>2070735))	Aspergillus niger	4979337
An02g08480	mRNA	An02g08480	NT_166519.1	2074535	2075094	R	An02g08480	complement(join(<2074535..2074882,2074947..2074990,2075043..>2075094))	Aspergillus niger	84590394
An02g08490	mRNA	An02g08490	NT_166519.1	2076378	2082215	R	An02g08490	complement(join(<2076378..2076665,2076722..2076835,2076900..>2082215))	Aspergillus niger	4979339
An02g08500	mRNA	An02g08500	NT_166519.1	2083371	2085220	D	An02g08500	join(<2083371..2083447,2083810..2083853,2083965..2084139,2084384..2084479,2084686..>2085220)	Aspergillus niger	84590395
An02g08510	mRNA	An02g08510	NT_166519.1	2088980	2095974	D	An02g08510	join(<2088980..2091591,2091643..2092830,2092886..2093375,2093428..2093908,2093957..>2095974)	Aspergillus niger	4979341
An02g08520	mRNA	An02g08520	NT_166519.1	2096624	2097697	R	An02g08520	complement(<2096624..>2097697)	Aspergillus niger	4979342
An02g08530	mRNA	An02g08530	NT_166519.1	2098940	2099465	R	An02g08530	complement(join(<2098940..2098961,2099155..>2099465))	Aspergillus niger	4979343
An02g08540	mRNA	An02g08540	NT_166519.1	2104005	2105232	D	An02g08540	join(<2104005..2104043,2104154..2104260,2104296..2104607,2104655..2104814,2104942..>2105232)	Aspergillus niger	84590396
An02g08560	mRNA	An02g08560	NT_166519.1	2106488	2107514	D	An02g08560	join(<2106488..2107115,2107171..>2107514)	Aspergillus niger	4979346
An02g08570	mRNA	An02g08570	NT_166519.1	2110936	2112188	D	An02g08570	join(<2110936..2110992,2111067..2111471,2111550..>2112188)	Aspergillus niger	4979347
An02g08580	mRNA	An02g08580	NT_166519.1	2113001	2113783	D	An02g08580	join(<2113001..2113021,2113217..>2113783)	Aspergillus niger	84590397
An02g08590	mRNA	An02g08590	NT_166519.1	2114461	2115398	D	An02g08590	join(<2114461..2114593,2114643..2114699,2114754..2114869,2114904..>2115398)	Aspergillus niger	4979349
An02g08600	mRNA	An02g08600	NT_166519.1	2115793	2117298	D	An02g08600	<2115793..>2117298	Aspergillus niger	4979350
An02g08610	mRNA	An02g08610	NT_166519.1	2118010	2119742	R	An02g08610	complement(join(<2118010..2119152,2119215..>2119742))	Aspergillus niger	4979351
An02g08620	mRNA	An02g08620	NT_166519.1	2121188	2123135	D	An02g08620	join(<2121188..2121656,2121710..2121826,2121932..2122247,2122304..>2123135)	Aspergillus niger	4979352
An02g08630	mRNA	An02g08630	NT_166519.1	2124570	2126756	R	An02g08630	complement(join(<2124570..2124914,2124972..>2126756))	Aspergillus niger	4979353
An02g08640	mRNA	An02g08640	NT_166519.1	2128900	2130766	D	An02g08640	join(<2128900..2129634,2129715..2130036,2130134..2130567,2130623..>2130766)	Aspergillus niger	4979354
An02g08650	mRNA	An02g08650	NT_166519.1	2132089	2133005	D	An02g08650	join(<2132089..2132143,2132331..2132414,2132477..2132502,2132686..2132820,2132910..>2133005)	Aspergillus niger	84590398
An02g08660	mRNA	An02g08660	NT_166519.1	2133188	2135090	R	An02g08660	complement(join(<2133188..2133775,2133838..2134263,2134315..2134665,2134747..2134827,2134899..2134968,2135074..>2135090))	Aspergillus niger	4979356
An02g08670	mRNA	An02g08670	NT_166519.1	2139415	2140910	D	An02g08670	join(<2139415..2139545,2139605..2139672,2139740..2139745,2139804..2140021,2140072..2140479,2140542..>2140910)	Aspergillus niger	4979357
An02g08680	mRNA	An02g08680	NT_166519.1	2142680	2143786	D	An02g08680	<2142680..>2143786	Aspergillus niger	4979358
An02g08685	mRNA	An02g08685	NT_166519.1	2144122	2144298	D	An02g08685	<2144122..>2144298	Aspergillus niger	84590399
An02g08690	mRNA	An02g08690	NT_166519.1	2144616	2146654	R	An02g08690	complement(join(<2144616..2144753,2144828..2144957,2145041..2145179,2145244..2145360,2145422..2145499,2145565..2145580,2145635..2145896,2145995..2146268,2146303..2146503,2146570..>2146654))	Aspergillus niger	4979360
An02g08700	mRNA	An02g08700	NT_166519.1	2147870	2150128	R	An02g08700	complement(<2147870..>2150128)	Aspergillus niger	4979361
An02g08710	mRNA	An02g08710	NT_166519.1	2150917	2152917	R	An02g08710	complement(<2150917..>2152917)	Aspergillus niger	84590400
An02g08720	mRNA	An02g08720	NT_166519.1	2153875	2157651	D	An02g08720	<2153875..>2157651	Aspergillus niger	4979363
An02g08730	mRNA	An02g08730	NT_166519.1	2158115	2160022	R	An02g08730	complement(join(<2158115..2159197,2159247..2159653,2159703..2159872,2159931..>2160022))	Aspergillus niger	4979364
An02g08740	mRNA	An02g08740	NT_166519.1	2160613	2162869	D	An02g08740	join(<2160613..2160903,2160956..2161165,2161226..2161737,2161791..2162018,2162077..>2162869)	Aspergillus niger	4979365
An02g08750	mRNA	An02g08750	NT_166519.1	2163128	2164081	R	An02g08750	complement(<2163128..>2164081)	Aspergillus niger	4979366
An02g08760	mRNA	An02g08760	NT_166519.1	2165159	2167398	D	An02g08760	join(<2165159..2165273,2165381..2165513,2165596..2166671,2166746..>2167398)	Aspergillus niger	4979367
An02g08770	mRNA	An02g08770	NT_166519.1	2167514	2168557	R	An02g08770	complement(<2167514..>2168557)	Aspergillus niger	4979368
An02g08780	mRNA	An02g08780	NT_166519.1	2169087	2170490	R	An02g08780	complement(<2169087..>2170490)	Aspergillus niger	4979369
An02g08790	mRNA	An02g08790	NT_166519.1	2170759	2173166	D	An02g08790	join(<2170759..2171529,2171587..2173054,2173114..>2173166)	Aspergillus niger	4979370
An02g08800	mRNA	An02g08800	NT_166519.1	2173904	2174917	D	An02g08800	<2173904..>2174917	Aspergillus niger	4979371
An02g08810	mRNA	An02g08810	NT_166519.1	2176461	2177259	D	An02g08810	join(<2176461..2176543,2176851..>2177259)	Aspergillus niger	4979372
An02g08820	mRNA	An02g08820	NT_166519.1	2178186	2180638	R	An02g08820	complement(join(<2178186..2178353,2178425..2178799,2178855..2179777,2179831..2180111,2180171..2180295,2180384..>2180638))	Aspergillus niger	4979373
An02g08830	mRNA	An02g08830	NT_166519.1	2181126	2187386	D	An02g08830	join(<2181126..2185408,2185505..2185685,2185738..2185893,2185950..>2187386)	Aspergillus niger	4979374
An02g08840	mRNA	An02g08840	NT_166519.1	2187708	2190404	R	An02g08840	complement(join(<2187708..2188042,2188096..2188156,2188207..2188737,2188788..2188915,2188962..2189976,2190039..>2190404))	Aspergillus niger	4979375
An02g08845	mRNA	An02g08845	NT_166519.1	2191135	2192563	D	An02g08845	join(<2191135..2191237,2191358..2191526,2191579..2191899,2191993..2192240,2192487..>2192563)	Aspergillus niger	4979376
An02g08850	mRNA	An02g08850	NT_166519.1	2192848	2193477	D	An02g08850	join(<2192848..2192874,2192967..2193083,2193160..>2193477)	Aspergillus niger	4979377
An02g08860	mRNA	An02g08860	NT_166519.1	2194154	2195968	D	An02g08860	join(<2194154..2194462,2194551..2194758,2194846..2194964,2195021..>2195968)	Aspergillus niger	4979378
An02g08870	mRNA	An02g08870	NT_166519.1	2198480	2202834	D	An02g08870	join(<2198480..2200821,2200955..2201013,2201240..2201595,2201649..2202730,2202768..>2202834)	Aspergillus niger	10098050
An02g08880	mRNA	An02g08880	NT_166519.1	2203159	2204455	R	An02g08880	complement(join(<2203159..2204060,2204137..2204272,2204366..>2204455))	Aspergillus niger	4979380
An02g08890	mRNA	An02g08890	NT_166519.1	2205181	2207083	R	An02g08890	complement(join(<2205181..2206357,2206404..>2207083))	Aspergillus niger	4979381
An02g08900	mRNA	An02g08900	NT_166519.1	2207821	2209610	R	An02g08900	complement(join(<2207821..2209161,2209233..2209362,2209420..>2209610))	Aspergillus niger	4979382
An02g08910	mRNA	An02g08910	NT_166519.1	2210022	2211400	D	An02g08910	join(<2210022..2210161,2210224..2210268,2210326..2210964,2211022..>2211400)	Aspergillus niger	4979383
An02g08920	mRNA	An02g08920	NT_166519.1	2213330	2215273	D	An02g08920	join(<2213330..2213354,2213417..2213483,2213552..2213760,2213843..2214433,2214487..2215124,2215178..>2215273)	Aspergillus niger	4979384
An02g08930	mRNA	An02g08930	NT_166519.1	2215453	2216049	R	An02g08930	complement(<2215453..>2216049)	Aspergillus niger	4979385
An02g08940	mRNA	An02g08940	NT_166519.1	2216752	2220214	D	An02g08940	join(<2216752..2216808,2216876..2217006,2217054..2217165,2217228..2219781,2219841..>2220214)	Aspergillus niger	4979386
An02g08950	mRNA	An02g08950	NT_166519.1	2221055	2222512	D	An02g08950	join(<2221055..2221073,2221361..2221496,2221555..2221723,2221796..2221858,2221910..>2222512)	Aspergillus niger	4979387
An02g08960	mRNA	An02g08960	NT_166519.1	2223272	2223524	D	An02g08960	join(<2223272..2223304,2223334..2223357,2223435..>2223524)	Aspergillus niger	84590401
An02g08970	mRNA	An02g08970	NT_166519.1	2224246	2226494	R	An02g08970	complement(join(<2224246..2224586,2224790..2225015,2225064..2225435,2225493..>2226494))	Aspergillus niger	4979389
An02g08980	mRNA	An02g08980	NT_166519.1	2227012	2228440	D	An02g08980	join(<2227012..2227255,2227293..>2228440)	Aspergillus niger	4979390
An02g08990	mRNA	An02g08990	NT_166519.1	2229267	2230742	D	An02g08990	join(<2229267..2229647,2229710..2230310,2230366..>2230742)	Aspergillus niger	4979391
An02g09000	mRNA	An02g09000	NT_166519.1	2235568	2237543	D	An02g09000	join(<2235568..2236513,2236567..>2237543)	Aspergillus niger	4979392
An02g09010	mRNA	An02g09010	NT_166519.1	2240006	2242650	D	An02g09010	join(<2240006..2240083,2240136..2240309,2240365..>2242650)	Aspergillus niger	4979393
An02g09020	mRNA	An02g09020	NT_166519.1	2244699	2246239	R	An02g09020	complement(join(<2244699..2245784,2245856..>2246239))	Aspergillus niger	4979394
An02g09030	mRNA	An02g09030	NT_166519.1	2247204	2249115	R	An02g09030	complement(join(<2247204..2247672,2247738..2248260,2248341..>2249115))	Aspergillus niger	4979395
An02g09033	mRNA	An02g09033	NT_166519.1	2249396	2250083	R	An02g09033	complement(join(<2249396..2249754,2249849..>2250083))	Aspergillus niger	84590402
An02g09040	mRNA	An02g09040	NT_166519.1	2255618	2256600	R	An02g09040	complement(join(<2255618..2256401,2256470..>2256600))	Aspergillus niger	4979397
An02g09050	mRNA	An02g09050	NT_166519.1	2259018	2260670	D	An02g09050	join(<2259018..2259165,2259228..2259439,2259552..>2260670)	Aspergillus niger	4979398
An02g09060	mRNA	An02g09060	NT_166519.1	2261447	2263621	R	An02g09060	complement(<2261447..>2263621)	Aspergillus niger	4979399
An02g09070	mRNA	An02g09070	NT_166519.1	2266741	2267664	R	An02g09070	complement(join(<2266741..2266938,2267197..>2267664))	Aspergillus niger	4979400
An02g09080	mRNA	An02g09080	NT_166519.1	2269043	2273274	R	An02g09080	complement(join(<2269043..2272607,2272735..2272787,2272999..2273005,2273038..2273072,2273119..>2273274))	Aspergillus niger	4979401
An02g09090	mRNA	An02g09090	NT_166519.1	2273929	2275140	D	An02g09090	<2273929..>2275140	Aspergillus niger	4979402
An02g09100	mRNA	An02g09100	NT_166519.1	2275547	2277256	R	An02g09100	complement(<2275547..>2277256)	Aspergillus niger	4979403
An02g09120	mRNA	An02g09120	NT_166519.1	2277558	2281970	R	An02g09120	complement(<2277558..>2281970)	Aspergillus niger	4979404
An02g09150	mRNA	An02g09150	NT_166519.1	2282647	2285446	D	An02g09150	join(<2282647..2282660,2282791..2285357,2285409..>2285446)	Aspergillus niger	4979405
An02g09160	mRNA	An02g09160	NT_166519.1	2286063	2287217	R	An02g09160	complement(<2286063..>2287217)	Aspergillus niger	4979406
An02g09170	mRNA	An02g09170	NT_166519.1	2287846	2289890	D	An02g09170	join(<2287846..2288184,2288306..2288709,2288765..>2289890)	Aspergillus niger	4979407
An02g09180	mRNA	An02g09180	NT_166519.1	2290523	2293955	R	An02g09180	complement(join(<2290523..2291066,2291129..2292029,2292080..>2293955))	Aspergillus niger	4979408
An02g09190	mRNA	An02g09190	NT_166519.1	2295068	2296037	R	An02g09190	complement(join(<2295068..2295331,2295389..2295921,2295992..>2296037))	Aspergillus niger	4979409
An02g09200	mRNA	An02g09200	NT_166519.1	2296386	2297353	D	An02g09200	join(<2296386..2296555,2296627..>2297353)	Aspergillus niger	4979410
An02g09210	mRNA	An02g09210	NT_166519.1	2298086	2298923	R	An02g09210	complement(join(<2298086..2298247,2298327..2298446,2298501..2298723,2298835..>2298923))	Aspergillus niger	4979411
An02g09220	mRNA	An02g09220	NT_166519.1	2299570	2301396	D	An02g09220	join(<2299570..2300012,2300070..2300179,2300294..2300635,2300738..>2301396)	Aspergillus niger	4979412
An02g09230	mRNA	An02g09230	NT_166519.1	2301495	2302237	R	An02g09230	complement(join(<2301495..2301572,2301636..2301838,2301904..>2302237))	Aspergillus niger	4979413
An02g09240	mRNA	An02g09240	NT_166519.1	2303968	2305369	D	An02g09240	join(<2303968..2304885,2304938..2305261,2305313..>2305369)	Aspergillus niger	4979414
An02g09250	mRNA	An02g09250	NT_166519.1	2306203	2307477	R	An02g09250	complement(join(<2306203..2306286,2306342..2307225,2307291..2307379,2307446..>2307477))	Aspergillus niger	4979415
An02g09260	mRNA	An02g09260	NT_166519.1	2307814	2309750	D	An02g09260	join(<2307814..2307938,2308065..2308225,2308294..>2309750)	Aspergillus niger	4979416
An02g09270	mRNA	An02g09270	NT_166519.1	2310631	2312353	R	An02g09270	complement(join(<2310631..2310738,2310809..>2312353))	Aspergillus niger	4979417
An02g09280	mRNA	An02g09280	NT_166519.1	2313743	2315426	D	An02g09280	join(<2313743..2314155,2314241..2314490,2314521..2314673,2314878..>2315426)	Aspergillus niger	4979418
An02g09290	mRNA	An02g09290	NT_166519.1	2316286	2318177	R	An02g09290	complement(join(<2316286..2317926,2317992..>2318177))	Aspergillus niger	4979419
An02g09300	mRNA	An02g09300	NT_166519.1	2319602	2320648	R	An02g09300	complement(<2319602..>2320648)	Aspergillus niger	4979420
An02g09310	mRNA	An02g09310	NT_166519.1	2321227	2322444	R	An02g09310	complement(join(<2321227..2321457,2321508..2322000,2322060..2322177,2322249..>2322444))	Aspergillus niger	4979421
An02g09330	mRNA	An02g09330	NT_166519.1	2326496	2327688	D	An02g09330	join(<2326496..2327001,2327064..>2327688)	Aspergillus niger	4979423
An02g09340	mRNA	An02g09340	NT_166519.1	2328182	2329342	D	An02g09340	<2328182..>2329342	Aspergillus niger	4979424
An02g09350	mRNA	An02g09350	NT_166519.1	2329580	2331968	R	An02g09350	complement(join(<2329580..2330278,2330341..2330857,2330928..2331557,2331622..>2331968))	Aspergillus niger	4979425
An02g09360	mRNA	An02g09360	NT_166519.1	2333182	2333692	R	An02g09360	complement(join(<2333182..2333577,2333657..>2333692))	Aspergillus niger	84590403
An02g09370	mRNA	An02g09370	NT_166519.1	2334472	2335214	D	An02g09370	join(<2334472..2334680,2334737..>2335214)	Aspergillus niger	4979427
An02g09380	mRNA	An02g09380	NT_166519.1	2335275	2335841	D	An02g09380	join(<2335275..2335359,2335528..2335634,2335734..>2335841)	Aspergillus niger	84590404
An02g09390	mRNA	An02g09390	NT_166519.1	2336001	2338133	D	An02g09390	join(<2336001..2336076,2336136..2336463,2336520..2337454,2337510..2337650,2337700..>2338133)	Aspergillus niger	4979429
An02g09420	mRNA	An02g09420	NT_166519.1	2339657	2341451	R	An02g09420	complement(join(<2339657..2339849,2339885..2340051,2340109..2340219,2340276..2340593,2340645..>2341451))	Aspergillus niger	4979432
An02g09430	mRNA	An02g09430	NT_166519.1	2342236	2350059	D	An02g09430	join(<2342236..2343345,2343398..2343521,2343573..2343685,2343733..2344183,2344251..2344697,2344749..2348239,2348294..2348634,2348692..2349163,2349219..>2350059)	Aspergillus niger	4979433
An02g09440	mRNA	An02g09440	NT_166519.1	2350690	2352781	R	An02g09440	complement(join(<2350690..2351147,2351218..>2352781))	Aspergillus niger	4979434
An02g09450	mRNA	An02g09450	NT_166519.1	2353322	2354033	D	An02g09450	join(<2353322..2353411,2353489..2353587,2353806..2353874,2353953..>2354033)	Aspergillus niger	84590405
An02g09460	mRNA	An02g09460	NT_166519.1	2354370	2356719	R	An02g09460	complement(join(<2354370..2355000,2355069..2355288,2355343..2355717,2355777..2356270,2356334..2356356,2356435..>2356719))	Aspergillus niger	4979436
An02g09470	mRNA	An02g09470	NT_166519.1	2357268	2359448	R	An02g09470	complement(join(<2357268..2357697,2357756..2357892,2357946..2358379,2358419..>2359448))	Aspergillus niger	4979437
An02g09480	mRNA	An02g09480	NT_166519.1	2359550	2361028	R	An02g09480	complement(<2359550..>2361028)	Aspergillus niger	84590406
An02g09490	mRNA	An02g09490	NT_166519.1	2361087	2361769	R	An02g09490	complement(join(<2361087..2361213,2361293..2361385,2361499..2361572,2361617..2361709,2361755..>2361769))	Aspergillus niger	84590407
An02g09500	mRNA	An02g09500	NT_166519.1	2361939	2363254	R	An02g09500	complement(join(<2361939..2362324,2362381..2362445,2362503..2363038,2363102..>2363254))	Aspergillus niger	4979440
An02g09510	mRNA	An02g09510	NT_166519.1	2363448	2365217	R	An02g09510	complement(join(<2363448..2363595,2363761..2363912,2364013..2364114,2364359..2364424,2364506..2364595,2364696..2364820,2364953..>2365217))	Aspergillus niger	84590408
An02g09520	mRNA	An02g09520	NT_166519.1	2365480	2366132	R	An02g09520	complement(join(<2365480..2365587,2365687..2365694,2365841..2365871,2366082..>2366132))	Aspergillus niger	84590409
An02g09530	mRNA	An02g09530	NT_166519.1	2368427	2370387	R	An02g09530	complement(join(<2368427..2368494,2368727..2368889,2368927..2369291,2369428..2369495,2369555..2369697,2369744..2369962,2370032..2370136,2370190..>2370387))	Aspergillus niger	4979443
An02g09540	mRNA	An02g09540	NT_166519.1	2371071	2372952	D	An02g09540	join(<2371071..2371190,2371255..2371439,2371507..2371586,2371653..2371663,2371735..2372104,2372168..>2372952)	Aspergillus niger	4979444
An02g09550	mRNA	An02g09550	NT_166519.1	2373355	2374189	R	An02g09550	complement(join(<2373355..2373649,2373764..2373882,2373943..2374001,2374063..>2374189))	Aspergillus niger	4979445
An02g09560	mRNA	An02g09560	NT_166519.1	2375032	2376142	R	An02g09560	complement(join(<2375032..2375449,2375508..>2376142))	Aspergillus niger	4979446
An02g09570	mRNA	An02g09570	NT_166519.1	2380463	2381260	D	An02g09570	join(<2380463..2380527,2380664..2380844,2380938..2381089,2381152..>2381260)	Aspergillus niger	84590410
An02g09580	mRNA	An02g09580	NT_166519.1	2381360	2382298	R	An02g09580	complement(join(<2381360..2381499,2381566..2381788,2381853..2381945,2382263..>2382298))	Aspergillus niger	84590411
An02g09600	mRNA	An02g09600	NT_166519.1	2383660	2384504	R	An02g09600	complement(join(<2383660..2383712,2383851..2384003,2384099..2384241,2384464..>2384504))	Aspergillus niger	84590412
An02g09610	mRNA	An02g09610	NT_166519.1	2385298	2387154	R	An02g09610	complement(join(<2385298..2385506,2385677..2386010,2386103..2387036,2387123..>2387154))	Aspergillus niger	4979450
An02g09620	mRNA	An02g09620	NT_166519.1	2388612	2389661	R	An02g09620	complement(join(<2388612..2388757,2388823..2389017,2389121..2389292,2389512..>2389661))	Aspergillus niger	84590413
An02g09630	mRNA	An02g09630	NT_166519.1	2390911	2391415	R	An02g09630	complement(join(<2390911..2391065,2391265..>2391415))	Aspergillus niger	84590414
An02g09640	mRNA	An02g09640	NT_166519.1	2393174	2395158	R	An02g09640	complement(join(<2393174..2393273,2393559..2393680,2394045..2394166,2394237..2394384,2394426..2394478,2394681..2394854,2394893..2394938,2395027..2395082,2395137..>2395158))	Aspergillus niger	84590415
An02g09650	mRNA	An02g09650	NT_166519.1	2395210	2395943	D	An02g09650	join(<2395210..2395535,2395739..>2395943)	Aspergillus niger	84590416
An02g09660	mRNA	An02g09660	NT_166519.1	2396465	2398188	R	An02g09660	complement(join(<2396465..2396689,2396773..2396836,2397110..2397250,2397357..2397413,2397643..2397763,2397820..2397887,2398055..>2398188))	Aspergillus niger	84590417
An02g09670	mRNA	An02g09670	NT_166519.1	2398246	2399514	D	An02g09670	join(<2398246..2398299,2398925..2399133,2399189..2399237,2399311..>2399514)	Aspergillus niger	84590418
An02g09680	mRNA	An02g09680	NT_166519.1	2402162	2402955	R	An02g09680	complement(join(<2402162..2402296,2402379..2402534,2402602..2402690,2402706..>2402955))	Aspergillus niger	84590419
An02g09690	mRNA	An02g09690	NT_166519.1	2403836	2405733	R	An02g09690	complement(join(<2403836..2404434,2404505..2405125,2405182..2405368,2405455..>2405733))	Aspergillus niger	4979458
An02g09700	mRNA	An02g09700	NT_166519.1	2405937	2407093	D	An02g09700	join(<2405937..2406056,2406129..2406208,2406327..2406446,2406549..2406631,2406729..2406857,2406924..>2407093)	Aspergillus niger	84590420
An02g09710	mRNA	An02g09710	NT_166519.1	2407417	2407955	D	An02g09710	join(<2407417..2407804,2407846..>2407955)	Aspergillus niger	4979460
An02g09720	mRNA	An02g09720	NT_166519.1	2408241	2410629	R	An02g09720	complement(join(<2408241..2409242,2409307..2409892,2409947..2410072,2410131..2410273,2410337..2410402,2410475..2410547,2410619..>2410629))	Aspergillus niger	4979461
An02g09730	mRNA	An02g09730	NT_166519.1	2411693	2412154	R	An02g09730	complement(join(<2411693..2411797,2411886..2412010,2412103..>2412154))	Aspergillus niger	4979462
An02g09740	mRNA	An02g09740	NT_166519.1	2412585	2415765	D	An02g09740	join(<2412585..2412632,2412745..2412931,2412991..2414819,2414981..2415129,2415492..2415605,2415650..2415658,2415723..>2415765)	Aspergillus niger	4979463
An02g09770	mRNA	An02g09770	NT_166519.1	2417471	2419054	D	An02g09770	join(<2417471..2417569,2417653..2417880,2417974..2418114,2418232..2418396,2418561..2418630,2418722..2418879,2418947..>2419054)	Aspergillus niger	84590421
An02g09780	mRNA	An02g09780	NT_166519.1	2419836	2421658	D	An02g09780	join(<2419836..2420633,2420687..2421490,2421545..>2421658)	Aspergillus niger	4979467
An02g09790	mRNA	An02g09790	NT_166519.1	2422421	2424667	R	An02g09790	complement(join(<2422421..2422632,2422710..2423112,2423174..2423697,2423765..2423885,2423938..2424163,2424212..2424287,2424398..2424473,2424551..>2424667))	Aspergillus niger	4979468
An02g09795	mRNA	An02g09795	NT_166519.1	2424995	2425282	R	An02g09795	complement(<2424995..>2425282)	Aspergillus niger	84590422
An02g09800	mRNA	An02g09800	NT_166519.1	2425669	2426934	D	An02g09800	join(<2425669..2425932,2426027..2426171,2426251..2426349,2426504..2426617,2426684..>2426934)	Aspergillus niger	84590423
An02g09810	mRNA	An02g09810	NT_166519.1	2427273	2431431	D	An02g09810	join(<2427273..2427369,2427435..2427996,2428048..2428137,2428191..2428194,2428244..2428306,2428364..2428624,2428676..2428793,2428825..2429295,2429347..2429499,2429552..2429692,2429736..2429897,2429943..2430113,2430157..2430411,2430456..2430589,2430639..2430785,2430830..2431002,2431038..2431231,2431279..2431353,2431400..>2431431)	Aspergillus niger	4979471
An02g09820	mRNA	An02g09820	NT_166519.1	2432437	2432664	R	An02g09820	complement(join(<2432437..2432509,2432573..>2432664))	Aspergillus niger	84590424
An02g09830	mRNA	An02g09830	NT_166519.1	2434429	2435916	R	An02g09830	complement(<2434429..>2435916)	Aspergillus niger	4979473
An02g09840	mRNA	An02g09840	NT_166519.1	2436502	2438152	R	An02g09840	complement(join(<2436502..2436682,2436762..2436845,2437145..2437271,2437369..2437446,2437662..2437819,2438094..>2438152))	Aspergillus niger	84590425
An02g09850	mRNA	An02g09850	NT_166519.1	2438368	2438681	D	An02g09850	join(<2438368..2438480,2438579..>2438681)	Aspergillus niger	84590426
An02g09860	mRNA	An02g09860	NT_166519.1	2438757	2440502	R	An02g09860	complement(join(<2438757..2438847,2439073..2439129,2439190..2439321,2439400..2439467,2439555..2439593,2440291..2440343,2440415..>2440502))	Aspergillus niger	84590427
An02g09870	mRNA	An02g09870	NT_166519.1	2440881	2441249	D	An02g09870	join(<2440881..2440958,2441102..2441113,2441196..>2441249)	Aspergillus niger	84590428
An02g09880	mRNA	An02g09880	NT_166519.1	2441863	2443130	R	An02g09880	complement(join(<2441863..2442470,2442548..>2443130))	Aspergillus niger	84590429
An02g09890	mRNA	An02g09890	NT_166519.1	2443896	2444278	R	An02g09890	complement(join(<2443896..2443916,2443979..>2444278))	Aspergillus niger	4979479
An02g09900	mRNA	An02g09900	NT_166519.1	2444513	2445640	R	An02g09900	complement(join(<2444513..2444653,2444730..2444930,2445148..2445273,2445575..>2445640))	Aspergillus niger	84590430
An02g09910	mRNA	An02g09910	NT_166519.1	2446265	2447411	R	An02g09910	complement(join(<2446265..2446605,2446655..2446937,2447007..>2447411))	Aspergillus niger	4979481
An02g09920	mRNA	An02g09920	NT_166519.1	2447486	2448130	D	An02g09920	join(<2447486..2447705,2447790..>2448130)	Aspergillus niger	84590431
An02g09930	mRNA	An02g09930	NT_166519.1	2449240	2450130	D	An02g09930	join(<2449240..2449433,2449606..2449651,2449812..2449929,2450012..>2450130)	Aspergillus niger	4979483
An02g09940	mRNA	An02g09940	NT_166519.1	2451098	2452493	R	An02g09940	complement(join(<2451098..2451254,2451316..2451934,2451991..2452254,2452337..>2452493))	Aspergillus niger	4979484
An02g09950	mRNA	An02g09950	NT_166519.1	2452835	2455575	D	An02g09950	join(<2452835..2452852,2452963..>2455575)	Aspergillus niger	4979485
An02g09960	mRNA	An02g09960	NT_166519.1	2456100	2460185	R	An02g09960	complement(<2456100..>2460185)	Aspergillus niger	4979486
An02g09970	mRNA	An02g09970	NT_166519.1	2461797	2464041	D	An02g09970	join(<2461797..2462226,2462277..2462880,2462927..2463264,2463315..2463557,2463857..>2464041)	Aspergillus niger	4979487
An02g09980	mRNA	An02g09980	NT_166519.1	2464151	2465446	D	An02g09980	join(<2464151..2464250,2464311..2464573,2464656..2464726,2464803..2464881,2465159..>2465446)	Aspergillus niger	84590432
An02g09990	mRNA	An02g09990	NT_166519.1	2465511	2468093	D	An02g09990	join(<2465511..2466394,2466455..2466714,2466764..2466989,2467037..>2468093)	Aspergillus niger	4979489
An02g10000	mRNA	An02g10000	NT_166519.1	2468310	2469681	R	An02g10000	complement(join(<2468310..2468920,2468954..2469298,2469375..>2469681))	Aspergillus niger	4979490
An02g10010	mRNA	An02g10010	NT_166519.1	2471687	2473684	R	An02g10010	complement(join(<2471687..2472018,2472082..2472737,2472875..2473208,2473633..>2473684))	Aspergillus niger	84590433
An02g10020	mRNA	An02g10020	NT_166519.1	2475442	2475728	D	An02g10020	join(<2475442..2475528,2475687..>2475728)	Aspergillus niger	84590434
An02g10030	mRNA	An02g10030	NT_166519.1	2476365	2477080	R	An02g10030	complement(join(<2476365..2476662,2476761..>2477080))	Aspergillus niger	4979493
An02g10040	mRNA	An02g10040	NT_166519.1	2479666	2480766	R	An02g10040	complement(join(<2479666..2480330,2480385..>2480766))	Aspergillus niger	4979494
An02g10050	mRNA	An02g10050	NT_166519.1	2481239	2484224	R	An02g10050	complement(join(<2481239..2482672,2482741..2483268,2483328..2483666,2483718..2483854,2483928..2484012,2484189..>2484224))	Aspergillus niger	4979495
An02g10060	mRNA	An02g10060	NT_166519.1	2485273	2488831	R	An02g10060	complement(join(<2485273..2485290,2485359..2485367,2485800..2485889,2485983..2486057,2486165..2486206,2486455..2486690,2486750..2487247,2487300..2487487,2487651..2487743,2487973..2488089,2488200..2488320,2488535..2488650,2488785..>2488831))	Aspergillus niger	4979496
An02g10070	mRNA	An02g10070	NT_166519.1	2490111	2490645	D	An02g10070	join(<2490111..2490260,2490327..2490404,2490502..>2490645)	Aspergillus niger	84590435
An02g10080	mRNA	An02g10080	NT_166519.1	2492921	2494388	R	An02g10080	complement(join(<2492921..2494215,2494280..>2494388))	Aspergillus niger	4979498
An02g10090	mRNA	An02g10090	NT_166519.1	2496018	2497100	R	An02g10090	complement(join(<2496018..2496534,2496625..2496929,2497008..>2497100))	Aspergillus niger	4979499
An02g10100	mRNA	An02g10100	NT_166519.1	2497703	2499167	R	An02g10100	complement(join(<2497703..2498130,2498198..>2499167))	Aspergillus niger	4979500
An02g10110	mRNA	An02g10110	NT_166519.1	2503089	2507581	R	An02g10110	complement(join(<2503089..2504740,2504814..2505902,2505959..2506472,2506543..>2507581))	Aspergillus niger	4979501
An02g10120	mRNA	An02g10120	NT_166519.1	2509097	2510146	R	An02g10120	complement(<2509097..>2510146)	Aspergillus niger	4979502
An02g10130	mRNA	An02g10130	NT_166519.1	2510664	2511210	D	An02g10130	join(<2510664..2510811,2510855..>2511210)	Aspergillus niger	84590436
An02g10140	mRNA	An02g10140	NT_166519.1	2512001	2514787	R	An02g10140	complement(join(<2512001..2512381,2512487..>2514787))	Aspergillus niger	4979504
An02g10150	mRNA	An02g10150	NT_166519.1	2515727	2517595	D	An02g10150	join(<2515727..2516075,2516128..2516426,2516488..2516982,2517047..>2517595)	Aspergillus niger	4979505
An02g10160	mRNA	An02g10160	NT_166519.1	2518436	2520225	D	An02g10160	join(<2518436..2518509,2518578..2518646,2518702..2518786,2518845..2518950,2519009..2519081,2519143..2519296,2519362..2519375,2519437..2519860,2519938..>2520225)	Aspergillus niger	4979506
An02g10170	mRNA	An02g10170	NT_166519.1	2521170	2522680	D	An02g10170	join(<2521170..2521557,2521610..2521702,2521758..>2522680)	Aspergillus niger	4979507
An02g10180	mRNA	An02g10180	NT_166519.1	2523152	2525499	D	An02g10180	join(<2523152..2523248,2523305..2524058,2524131..2524523,2524581..2524831,2524934..>2525499)	Aspergillus niger	4979508
An02g10190	mRNA	An02g10190	NT_166519.1	2525822	2526864	D	An02g10190	join(<2525822..2525844,2525908..2525970,2526032..2526096,2526173..>2526864)	Aspergillus niger	4979509
An02g10200	mRNA	An02g10200	NT_166519.1	2527157	2539135	R	An02g10200	complement(join(<2527157..2527840,2527892..2538691,2538765..2538922,2539042..>2539135))	Aspergillus niger	4979510
An02g10210	mRNA	An02g10210	NT_166519.1	2540473	2542900	R	An02g10210	complement(join(<2540473..2540818,2540883..2541010,2541068..2541238,2541300..2541653,2541720..2542319,2542434..2542538,2542877..>2542900))	Aspergillus niger	4979511
An02g10220	mRNA	An02g10220	NT_166519.1	2544724	2546882	D	An02g10220	join(<2544724..2544864,2544921..2545230,2545290..2545367,2545420..2545528,2545586..>2546882)	Aspergillus niger	4979512
An02g10230	mRNA	An02g10230	NT_166519.1	2547429	2548571	R	An02g10230	complement(join(<2547429..2548390,2548457..>2548571))	Aspergillus niger	4979513
An02g10240	mRNA	An02g10240	NT_166519.1	2549889	2550540	R	An02g10240	complement(join(<2549889..2550011,2550056..2550210,2550432..>2550540))	Aspergillus niger	84590437
An02g10250	mRNA	An02g10250	NT_166519.1	2552427	2553488	D	An02g10250	<2552427..>2553488	Aspergillus niger	84590438
An02g10260	mRNA	An02g10260	NT_166519.1	2553763	2556111	R	An02g10260	complement(join(<2553763..2554255,2554323..2555728,2555783..2555909,2555975..>2556111))	Aspergillus niger	4979516
An02g10270	mRNA	An02g10270	NT_166519.1	2556660	2560023	D	An02g10270	join(<2556660..2556879,2556940..2559787,2559840..>2560023)	Aspergillus niger	4979517
An02g10280	mRNA	An02g10280	NT_166519.1	2560402	2560736	R	An02g10280	complement(join(<2560402..2560578,2560644..>2560736))	Aspergillus niger	4979518
An02g10290	mRNA	An02g10290	NT_166519.1	2561624	2562595	D	An02g10290	join(<2561624..2561686,2561810..2561860,2562076..2562114,2562251..>2562595)	Aspergillus niger	84590439
An02g10300	mRNA	An02g10300	NT_166519.1	2562627	2562992	R	An02g10300	complement(join(<2562627..2562674,2562728..2562837,2562857..>2562992))	Aspergillus niger	84590440
An02g10310	mRNA	An02g10310	NT_166519.1	2563431	2565764	D	An02g10310	join(<2563431..2563895,2563961..2565323,2565376..2565571,2565647..>2565764)	Aspergillus niger	4979521
An02g10320	mRNA	An02g10320	NT_166519.1	2567160	2568390	D	An02g10320	join(<2567160..2567194,2567270..2567441,2567510..2567659,2567719..>2568390)	Aspergillus niger	4979522
An02g10330	mRNA	An02g10330	NT_166519.1	2568695	2570635	R	An02g10330	complement(join(<2568695..2570149,2570231..>2570635))	Aspergillus niger	4979523
An02g10340	mRNA	An02g10340	NT_166519.1	2572101	2574303	D	An02g10340	join(<2572101..2572598,2572894..>2574303)	Aspergillus niger	4979524
An02g10350	mRNA	An02g10350	NT_166519.1	2574517	2575624	R	An02g10350	complement(join(<2574517..2575440,2575508..>2575624))	Aspergillus niger	4979525
An02g10360	mRNA	An02g10360	NT_166519.1	2576231	2578390	D	An02g10360	join(<2576231..2576554,2576639..2576671,2576720..2577058,2577111..2577294,2577348..2578059,2578243..>2578390)	Aspergillus niger	4979526
An02g10370	mRNA	An02g10370	NT_166519.1	2578611	2581853	R	An02g10370	complement(join(<2578611..2580651,2580704..2580770,2580846..>2581853))	Aspergillus niger	4979527
An02g10380	mRNA	An02g10380	NT_166519.1	2582242	2584005	R	An02g10380	complement(join(<2582242..2583855,2583916..>2584005))	Aspergillus niger	4979528
An02g10390	mRNA	An02g10390	NT_166519.1	2584282	2585872	D	An02g10390	join(<2584282..2584312,2584374..2584628,2584683..>2585872)	Aspergillus niger	4979529
An02g10400	mRNA	An02g10400	NT_166519.1	2587052	2589191	R	An02g10400	complement(join(<2587052..2587166,2587232..2587379,2587429..2587918,2587966..2588560,2588590..>2589191))	Aspergillus niger	4979530
An02g10405	mRNA	An02g10405	NT_166519.1	2589710	2590152	R	An02g10405	complement(join(<2589710..2589751,2589913..2590039,2590094..>2590152))	Aspergillus niger	84590441
An02g10410	mRNA	An02g10410	NT_166519.1	2590977	2591198	D	An02g10410	<2590977..>2591198	Aspergillus niger	84590442
An02g10420	mRNA	An02g10420	NT_166519.1	2592884	2595031	R	An02g10420	complement(join(<2592884..2593002,2593041..2593211,2593287..2593310,2593529..2593772,2593830..2594453,2594675..>2595031))	Aspergillus niger	4979533
An02g10430	mRNA	An02g10430	NT_166519.1	2595176	2596051	R	An02g10430	complement(join(<2595176..2595393,2595883..>2596051))	Aspergillus niger	84590443
An02g10440	mRNA	An02g10440	NT_166519.1	2596074	2598156	D	An02g10440	join(<2596074..2596181,2596276..2596360,2596423..2597090,2597150..2598046,2598100..>2598156)	Aspergillus niger	4979535
An02g10450	mRNA	An02g10450	NT_166519.1	2598854	2601364	D	An02g10450	join(<2598854..2598879,2598948..2599017,2599093..2599187,2599262..2600009,2600059..2600700,2600750..2601008,2601062..2601146,2601196..>2601364)	Aspergillus niger	4979536
An02g10460	mRNA	An02g10460	NT_166519.1	2603085	2604375	R	An02g10460	complement(join(<2603085..2603251,2603297..2603372,2603467..2603639,2603703..2604115,2604177..2604265,2604331..>2604375))	Aspergillus niger	4979537
An02g10470	mRNA	An02g10470	NT_166519.1	2605196	2606256	D	An02g10470	join(<2605196..2605363,2605420..>2606256)	Aspergillus niger	4979538
An02g10480	mRNA	An02g10480	NT_166519.1	2606544	2607742	D	An02g10480	join(<2606544..2607011,2607054..2607244,2607556..>2607742)	Aspergillus niger	4979539
An02g10490	mRNA	An02g10490	NT_166519.1	2608373	2609670	D	An02g10490	join(<2608373..2608764,2608815..2609268,2609326..>2609670)	Aspergillus niger	4979540
An02g10500	mRNA	An02g10500	NT_166519.1	2610987	2611891	R	An02g10500	complement(join(<2610987..2611330,2611536..2611605,2611689..2611716,2611758..2611805,2611851..>2611891))	Aspergillus niger	84590444
An02g10510	mRNA	An02g10510	NT_166519.1	2612039	2612235	D	An02g10510	join(<2612039..2612099,2612156..>2612235)	Aspergillus niger	84590445
An02g10520	mRNA	An02g10520	NT_166519.1	2612895	2614405	R	An02g10520	complement(join(<2612895..2613016,2613109..2613186,2613294..2613417,2613502..2613728,2613995..2614117,2614165..>2614405))	Aspergillus niger	84590446
An02g10530	mRNA	An02g10530	NT_166519.1	2614547	2615073	R	An02g10530	complement(join(<2614547..2614739,2614805..2614855,2615000..>2615073))	Aspergillus niger	84590447
An02g10540	mRNA	An02g10540	NT_166519.1	2615133	2615904	D	An02g10540	join(<2615133..2615293,2615519..2615625,2615717..>2615904)	Aspergillus niger	84590448
An02g10550	mRNA	An02g10550	NT_166519.1	2616084	2617244	D	An02g10550	join(<2616084..2616338,2616401..2616877,2616944..2617029,2617106..>2617244)	Aspergillus niger	4979546
An02g10560	mRNA	An02g10560	NT_166519.1	2618997	2620058	D	An02g10560	<2618997..>2620058	Aspergillus niger	4979547
An02g10570	mRNA	An02g10570	NT_166519.1	2620679	2621352	D	An02g10570	join(<2620679..2620791,2621238..>2621352)	Aspergillus niger	84590449
An02g10580	mRNA	An02g10580	NT_166519.1	2622938	2625379	R	An02g10580	complement(<2622938..>2625379)	Aspergillus niger	4979549
An02g10590	mRNA	An02g10590	NT_166519.1	2625516	2625751	D	An02g10590	join(<2625516..2625553,2625598..>2625751)	Aspergillus niger	84590450
An02g10600	mRNA	An02g10600	NT_166519.1	2626060	2626380	D	An02g10600	join(<2626060..2626158,2626273..>2626380)	Aspergillus niger	84590451
An02g10610	mRNA	An02g10610	NT_166519.1	2627552	2629578	R	An02g10610	complement(join(<2627552..2627927,2627994..2628123,2628186..2628711,2628766..2628862,2628920..2628941,2629013..2629170,2629232..2629449,2629510..>2629578))	Aspergillus niger	4979552
An02g10620	mRNA	An02g10620	NT_166519.1	2630090	2632692	D	An02g10620	join(<2630090..2630206,2630277..2632047,2632112..2632140,2632198..>2632692)	Aspergillus niger	4979553
An02g10630	mRNA	An02g10630	NT_166519.1	2633209	2635215	R	An02g10630	complement(join(<2633209..2633234,2633299..2635039,2635192..>2635215))	Aspergillus niger	84590452
An02g10640	mRNA	An02g10640	NT_166519.1	2636184	2637413	D	An02g10640	join(<2636184..2636901,2636956..>2637413)	Aspergillus niger	84590453
An02g10650	mRNA	An02g10650	NT_166519.1	2637653	2637901	D	An02g10650	join(<2637653..2637806,2637846..>2637901)	Aspergillus niger	84590454
An02g10660	mRNA	An02g10660	NT_166519.1	2638428	2639731	R	An02g10660	complement(join(<2638428..2638458,2638610..2639321,2639389..2639408,2639520..>2639731))	Aspergillus niger	4979557
An02g10670	mRNA	An02g10670	NT_166519.1	2640535	2642221	D	An02g10670	join(<2640535..2642139,2642189..>2642221)	Aspergillus niger	4979558
An02g10680	mRNA	An02g10680	NT_166519.1	2642905	2643882	D	An02g10680	join(<2642905..2643388,2643491..>2643882)	Aspergillus niger	4979559
An02g10690	mRNA	An02g10690	NT_166519.1	2644010	2645859	R	An02g10690	complement(join(<2644010..2644596,2644653..2644912,2644959..2645584,2645836..>2645859))	Aspergillus niger	4979560
An02g10700	mRNA	An02g10700	NT_166519.1	2646803	2648381	R	An02g10700	complement(join(<2646803..2647227,2647286..>2648381))	Aspergillus niger	4979561
An02g10710	mRNA	An02g10710	NT_166519.1	2649901	2651999	D	An02g10710	join(<2649901..2649949,2650017..2650084,2650159..2650326,2650380..2650981,2651035..2651667,2651732..>2651999)	Aspergillus niger	4979562
An02g10720	mRNA	An02g10720	NT_166519.1	2653014	2653552	R	An02g10720	complement(join(<2653014..2653385,2653433..>2653552))	Aspergillus niger	84590455
An02g10730	mRNA	An02g10730	NT_166519.1	2653632	2655371	D	An02g10730	join(<2653632..2655079,2655167..>2655371)	Aspergillus niger	4979564
An02g10740	mRNA	An02g10740	NT_166519.1	2655916	2656613	D	An02g10740	join(<2655916..2656026,2656106..2656201,2656275..>2656613)	Aspergillus niger	4979565
An02g10750	mRNA	An02g10750	NT_166519.1	2657473	2658652	R	An02g10750	complement(join(<2657473..2658470,2658532..>2658652))	Aspergillus niger	4979566
An02g10760	mRNA	An02g10760	NT_166519.1	2659241	2662638	D	An02g10760	join(<2659241..2661289,2661340..>2662638)	Aspergillus niger	4979567
An02g10770	mRNA	An02g10770	NT_166519.1	2663673	2664262	D	An02g10770	join(<2663673..2663852,2663905..2663923,2664074..2664104,2664223..>2664262)	Aspergillus niger	84590456
An02g10780	mRNA	An02g10780	NT_166519.1	2664933	2667165	D	An02g10780	join(<2664933..2665085,2665286..2665343,2665514..2666178,2666245..>2667165)	Aspergillus niger	4979569
An02g10790	mRNA	An02g10790	NT_166519.1	2668676	2669782	D	An02g10790	join(<2668676..2668703,2668778..2668784,2668840..2668892,2668979..2669366,2669446..>2669782)	Aspergillus niger	4979570
An02g10800	mRNA	An02g10800	NT_166519.1	2670079	2671196	R	An02g10800	complement(join(<2670079..2670160,2670229..2670330,2670473..2670534,2670597..2670670,2670737..2670780,2670855..2670861,2671169..>2671196))	Aspergillus niger	4979571
An02g10810	mRNA	An02g10810	NT_166519.1	2671676	2675620	D	An02g10810	join(<2671676..2671723,2671790..2674235,2674285..2674494,2674541..2674800,2674849..2675516,2675608..>2675620)	Aspergillus niger	4979572
An02g10820	mRNA	An02g10820	NT_166519.1	2675916	2676311	D	An02g10820	join(<2675916..2676111,2676172..>2676311)	Aspergillus niger	84590457
An02g10830	mRNA	An02g10830	NT_166519.1	2678699	2680286	D	An02g10830	join(<2678699..2678833,2678889..>2680286)	Aspergillus niger	4979578
An02g10840	mRNA	An02g10840	NT_166519.1	2680766	2682357	D	An02g10840	join(<2680766..2681699,2681764..>2682357)	Aspergillus niger	4979579
An02g10850	mRNA	An02g10850	NT_166519.1	2682443	2684653	R	An02g10850	complement(join(<2682443..2682570,2682622..2682718,2682775..2682833,2682909..2683033,2683072..2683931,2683992..2683998,2684150..2684358,2684478..2684584,2684645..>2684653))	Aspergillus niger	84590458
An02g10860	mRNA	An02g10860	NT_166519.1	2685672	2686932	D	An02g10860	join(<2685672..2685920,2685966..2686195,2686326..2686347,2686575..2686616,2686846..>2686932)	Aspergillus niger	84590459
An02g10870	mRNA	An02g10870	NT_166519.1	2687039	2688960	R	An02g10870	complement(join(<2687039..2687066,2687159..2687223,2687353..2687547,2687648..2687807,2687865..2688241,2688307..2688578,2688722..2688827,2688916..>2688960))	Aspergillus niger	4979582
An02g10880	mRNA	An02g10880	NT_166519.1	2689883	2690380	R	An02g10880	complement(join(<2689883..2689941,2689993..2690267,2690325..>2690380))	Aspergillus niger	84590460
An02g10890	mRNA	An02g10890	NT_166519.1	2691627	2692846	D	An02g10890	join(<2691627..2692604,2692655..>2692846)	Aspergillus niger	4979584
An02g10900	mRNA	An02g10900	NT_166519.1	2694018	2695256	R	An02g10900	complement(join(<2694018..2694146,2694266..2694280,2694351..2694401,2694683..2695151,2695213..>2695256))	Aspergillus niger	4979585
An02g10910	mRNA	An02g10910	NT_166519.1	2698918	2699414	R	An02g10910	complement(join(<2698918..2699044,2699132..2699280,2699361..>2699414))	Aspergillus niger	84590461
An02g10920	mRNA	An02g10920	NT_166519.1	2699532	2701717	D	An02g10920	join(<2699532..2699582,2699639..2700070,2700128..>2701717)	Aspergillus niger	4979587
An02g10930	mRNA	An02g10930	NT_166519.1	2702178	2703425	R	An02g10930	complement(<2702178..>2703425)	Aspergillus niger	4979588
An02g10940	mRNA	An02g10940	NT_166519.1	2703995	2705783	R	An02g10940	complement(join(<2703995..2705605,2705739..>2705783))	Aspergillus niger	4979589
An02g10950	mRNA	An02g10950	NT_166519.1	2705853	2706672	D	An02g10950	join(<2705853..2705886,2705973..2706060,2706279..2706462,2706553..>2706672)	Aspergillus niger	84590462
An02g10960	mRNA	An02g10960	NT_166519.1	2707063	2708415	D	An02g10960	join(<2707063..2707158,2707223..2707688,2707736..2707828,2707877..>2708415)	Aspergillus niger	4979591
An02g10970	mRNA	An02g10970	NT_166519.1	2708897	2709979	D	An02g10970	join(<2708897..2709804,2709865..>2709979)	Aspergillus niger	4979592
An02g10980	mRNA	An02g10980	NT_166519.1	2710714	2711562	D	An02g10980	<2710714..>2711562	Aspergillus niger	4979593
An02g10990	mRNA	An02g10990	NT_166519.1	2711679	2713642	R	An02g10990	complement(join(<2711679..2712157,2712390..2712693,2713061..>2713642))	Aspergillus niger	84590463
An02g11000	mRNA	An02g11000	NT_166519.1	2714085	2715320	D	An02g11000	join(<2714085..2714152,2714216..>2715320)	Aspergillus niger	4979595
An02g11010	mRNA	An02g11010	NT_166519.1	2715948	2717336	D	An02g11010	join(<2715948..2716052,2716122..>2717336)	Aspergillus niger	4979596
An02g11020	mRNA	An02g11020	NT_166519.1	2717984	2718881	R	An02g11020	complement(join(<2717984..2718070,2718298..2718348,2718437..2718507,2718553..2718731,2718799..>2718881))	Aspergillus niger	84590464
An02g11030	mRNA	An02g11030	NT_166519.1	2718934	2720235	D	An02g11030	<2718934..>2720235	Aspergillus niger	4979598
An02g11040	mRNA	An02g11040	NT_166519.1	2720330	2722743	R	An02g11040	complement(join(<2720330..2721280,2721333..2722545,2722640..>2722743))	Aspergillus niger	4979599
An02g11050	mRNA	An02g11050	NT_166519.1	2722961	2724598	R	An02g11050	complement(join(<2722961..2723671,2723732..>2724598))	Aspergillus niger	4979600
An02g11060	mRNA	An02g11060	NT_166519.1	2725215	2726360	R	An02g11060	complement(<2725215..>2726360)	Aspergillus niger	4979601
An02g11070	mRNA	An02g11070	NT_166519.1	2726942	2729168	R	An02g11070	complement(join(<2726942..2728826,2728924..>2729168))	Aspergillus niger	4979602
An02g11080	mRNA	An02g11080	NT_166519.1	2729259	2730327	R	An02g11080	complement(join(<2729259..2729710,2729769..2730235,2730281..>2730327))	Aspergillus niger	4979603
An02g11090	mRNA	An02g11090	NT_166519.1	2730633	2731805	D	An02g11090	join(<2730633..2730744,2730791..2730831,2730902..2730997,2731058..2731528,2731581..>2731805)	Aspergillus niger	4979604
An02g11100	mRNA	An02g11100	NT_166519.1	2731947	2733353	R	An02g11100	complement(join(<2731947..2731998,2732054..2732307,2732424..2732659,2733048..2733183,2733258..>2733353))	Aspergillus niger	84590465
An02g11110	mRNA	An02g11110	NT_166519.1	2733453	2733894	R	An02g11110	complement(join(<2733453..2733584,2733802..>2733894))	Aspergillus niger	84590466
An02g11120	mRNA	An02g11120	NT_166519.1	2734458	2736122	D	An02g11120	join(<2734458..2734732,2734902..2735056,2735124..2735503,2735562..>2736122)	Aspergillus niger	4979607
An02g11130	mRNA	An02g11130	NT_166519.1	2736228	2736869	D	An02g11130	join(<2736228..2736701,2736750..>2736869)	Aspergillus niger	84590467
An02g11140	mRNA	An02g11140	NT_166519.1	2737607	2738644	D	An02g11140	join(<2737607..2737996,2738054..>2738644)	Aspergillus niger	4979650
An02g11150	mRNA	aglB	NT_166519.1	2739381	2741125	D	An02g11150	join(<2739381..2739449,2739512..2739644,2739696..2739836,2739902..2739991,2740050..2740352,2740440..2740624,2740715..>2741125)	Aspergillus niger	4979651
An02g11160	mRNA	An02g11160	NT_166519.1	2741240	2742923	R	An02g11160	complement(join(<2741240..2742566,2742619..>2742923))	Aspergillus niger	4979652
An02g11170	mRNA	An02g11170	NT_166519.1	2743969	2744720	D	An02g11170	join(<2743969..2744224,2744297..2744549,2744606..>2744720)	Aspergillus niger	4979653
An02g11180	mRNA	An02g11180	NT_166519.1	2745255	2746248	D	An02g11180	join(<2745255..2745697,2745760..2746087,2746138..>2746248)	Aspergillus niger	4979654
An02g11190	mRNA	An02g11190	NT_166519.1	2746664	2747168	D	An02g11190	join(<2746664..2746939,2747010..>2747168)	Aspergillus niger	4979655
An02g11200	mRNA	An02g11200	NT_166519.1	2747410	2748458	R	An02g11200	complement(join(<2747410..2747538,2747589..2747756,2747877..>2748458))	Aspergillus niger	4979656
An02g11210	mRNA	An02g11210	NT_166519.1	2748533	2749274	D	An02g11210	join(<2748533..2748601,2748667..2749056,2749107..>2749274)	Aspergillus niger	4979657
An02g11220	mRNA	An02g11220	NT_166519.1	2749356	2750095	R	An02g11220	complement(join(<2749356..2749834,2749879..>2750095))	Aspergillus niger	84590468
An02g11230	mRNA	An02g11230	NT_166519.1	2750516	2751343	R	An02g11230	complement(<2750516..>2751343)	Aspergillus niger	4979659
An02g11240	mRNA	An02g11240	NT_166519.1	2751682	2752119	R	An02g11240	complement(join(<2751682..2751885,2751962..2752051,2752114..>2752119))	Aspergillus niger	84590469
An02g11250	mRNA	An02g11250	NT_166519.1	2752329	2753220	R	An02g11250	complement(join(<2752329..2752474,2752522..2752637,2752839..2752921,2752996..2753046,2753125..>2753220))	Aspergillus niger	84590470
An02g11260	mRNA	An02g11260	NT_166519.1	2755797	2757857	R	An02g11260	complement(join(<2755797..2756138,2756188..2756572,2756631..2756687,2756738..2756779,2756831..2757024,2757088..2757172,2757226..2757416,2757491..2757690,2757773..>2757857))	Aspergillus niger	4979662
An02g11270	mRNA	An02g11270	NT_166519.1	2759303	2760986	D	An02g11270	join(<2759303..2759788,2760099..>2760986)	Aspergillus niger	4979663
An02g11280	mRNA	An02g11280	NT_166519.1	2760996	2763136	R	An02g11280	complement(join(<2760996..2762144,2762165..2762629,2762700..2762830,2762962..>2763136))	Aspergillus niger	4979664
An02g11290	mRNA	An02g11290	NT_166519.1	2763748	2766062	R	An02g11290	complement(join(<2763748..2763913,2763977..2764571,2764639..2765247,2765428..2765485,2765706..>2766062))	Aspergillus niger	4979665
An02g11300	mRNA	An02g11300	NT_166519.1	2767915	2768713	R	An02g11300	complement(join(<2767915..2768165,2768236..>2768713))	Aspergillus niger	4979666
An02g11310	mRNA	An02g11310	NT_166519.1	2769720	2770234	D	An02g11310	join(<2769720..2769730,2769818..2769868,2769925..2769957,2770129..>2770234)	Aspergillus niger	84590471
An02g11320	mRNA	An02g11320	NT_166519.1	2771241	2772527	R	An02g11320	complement(join(<2771241..2771852,2771898..>2772527))	Aspergillus niger	4979668
An02g11330	mRNA	An02g11330	NT_166519.1	2773489	2774888	D	An02g11330	join(<2773489..2773706,2773909..2774266,2774565..>2774888)	Aspergillus niger	4979669
An02g11340	mRNA	An02g11340	NT_166519.1	2775782	2776682	R	An02g11340	complement(join(<2775782..2775857,2775901..2775937,2776068..2776173,2776204..2776232,2776376..2776489,2776586..>2776682))	Aspergillus niger	84590472
An02g11350	mRNA	An02g11350	NT_166519.1	2778271	2779804	D	An02g11350	join(<2778271..2778277,2778377..2778495,2778541..2778639,2778733..2778796,2779373..2779538,2779732..>2779804)	Aspergillus niger	84590473
An02g11360	mRNA	An02g11360	NT_166519.1	2780243	2781214	R	An02g11360	complement(<2780243..>2781214)	Aspergillus niger	4979672
An02g11380	mRNA	An02g11380	NT_166519.1	2784884	2786560	R	An02g11380	complement(<2784884..>2786560)	Aspergillus niger	84590474
An02g11390	mRNA	An02g11390	NT_166519.1	2786863	2789349	R	An02g11390	complement(join(<2786863..2787129,2787202..>2789349))	Aspergillus niger	4979674
An02g11400	mRNA	An02g11400	NT_166519.1	2791747	2797499	D	An02g11400	join(<2791747..2791812,2791879..2791968,2792034..>2797499)	Aspergillus niger	4979675
An02g11410	mRNA	An02g11410	NT_166519.1	2797602	2800583	D	An02g11410	<2797602..>2800583	Aspergillus niger	84590475
An02g11420	mRNA	dapB	NT_166519.1	2801169	2804015	R	An02g11420	complement(join(<2801169..2801287,2801370..2801639,2801699..>2804015))	Aspergillus niger	4979677
An02g11430	mRNA	An02g11430	NT_166519.1	2804781	2805854	R	An02g11430	complement(<2804781..>2805854)	Aspergillus niger	84590476
An02g11440	mRNA	An02g11440	NT_166519.1	2807359	2810452	D	An02g11440	join(<2807359..2807467,2807530..2807759,2807827..2808135,2808190..2808811,2808874..2808970,2809023..2810166,2810204..>2810452)	Aspergillus niger	4979679
An02g11450	mRNA	An02g11450	NT_166519.1	2810948	2812083	D	An02g11450	join(<2810948..2811013,2811103..>2812083)	Aspergillus niger	4979680
An02g11460	mRNA	An02g11460	NT_166519.1	2812541	2814141	D	An02g11460	join(<2812541..2812835,2812899..2813000,2813053..2813130,2813180..>2814141)	Aspergillus niger	4979681
An02g11470	mRNA	An02g11470	NT_166519.1	2814591	2815278	D	An02g11470	join(<2814591..2814781,2814910..2815037,2815151..>2815278)	Aspergillus niger	4979682
An02g11480	mRNA	An02g11480	NT_166519.1	2818711	2820993	D	An02g11480	join(<2818711..2819150,2819244..>2820993)	Aspergillus niger	4979683
An02g11490	mRNA	An02g11490	NT_166519.1	2821154	2821432	R	An02g11490	complement(<2821154..>2821432)	Aspergillus niger	84590477
An02g11500	mRNA	An02g11500	NT_166519.1	2822464	2823634	R	An02g11500	complement(join(<2822464..2822980,2823036..2823204,2823260..2823533,2823590..>2823634))	Aspergillus niger	84590478
An02g11510	mRNA	An02g11510	NT_166519.1	2824455	2825661	R	An02g11510	complement(join(<2824455..2824933,2824984..2825092,2825126..2825156,2825245..2825346,2825418..2825494,2825551..>2825661))	Aspergillus niger	4979685
An02g11520	mRNA	An02g11520	NT_166519.1	2825837	2826720	D	An02g11520	join(<2825837..2826018,2826146..2826157,2826254..2826307,2826549..>2826720)	Aspergillus niger	84590479
An02g11530	mRNA	An02g11530	NT_166519.1	2826918	2828088	D	An02g11530	join(<2826918..2827211,2827268..2827741,2827807..>2828088)	Aspergillus niger	4979688
An02g11540	mRNA	An02g11540	NT_166519.1	2828555	2829205	R	An02g11540	complement(join(<2828555..2828685,2828840..2829038,2829134..>2829205))	Aspergillus niger	84590480
An02g11550	mRNA	An02g11550	NT_166519.1	2829370	2830767	D	An02g11550	<2829370..>2830767	Aspergillus niger	4979690
An02g11560	mRNA	An02g11560	NT_166519.1	2831162	2833036	D	An02g11560	<2831162..>2833036	Aspergillus niger	4979691
An02g11570	mRNA	An02g11570	NT_166519.1	2833534	2834307	R	An02g11570	complement(<2833534..>2834307)	Aspergillus niger	4979692
An02g11580	mRNA	An02g11580	NT_166519.1	2834741	2835594	D	An02g11580	join(<2834741..2835301,2835381..>2835594)	Aspergillus niger	10098268
An02g11590	mRNA	An02g11590	NT_166519.1	2836916	2839306	R	An02g11590	complement(<2836916..>2839306)	Aspergillus niger	4979694
An02g11600	mRNA	An02g11600	NT_166519.1	2840861	2842284	D	An02g11600	join(<2840861..2840883,2841306..2841492,2841558..2841637,2841880..2842033,2842264..>2842284)	Aspergillus niger	84590481
An02g11610	mRNA	An02g11610	NT_166519.1	2843147	2843968	R	An02g11610	complement(join(<2843147..2843336,2843422..2843525,2843576..2843653,2843876..>2843968))	Aspergillus niger	84590482
An02g11620	mRNA	An02g11620	NT_166519.1	2844301	2845665	D	An02g11620	<2844301..>2845665	Aspergillus niger	84590483
An02g11625	mRNA	An02g11625	NT_166519.1	2846118	2847596	D	An02g11625	<2846118..>2847596	Aspergillus niger	4979698
An02g11627	mRNA	An02g11627	NT_166519.1	2847686	2847925	R	An02g11627	complement(<2847686..>2847925)	Aspergillus niger	84590484
An02g11630	mRNA	An02g11630	NT_166519.1	2850317	2851999	R	An02g11630	complement(join(<2850317..2850839,2850997..2851394,2851454..2851618,2851720..2851810,2851857..>2851999))	Aspergillus niger	4979700
An02g11640	mRNA	An02g11640	NT_166519.1	2853923	2854349	D	An02g11640	join(<2853923..2853979,2854071..>2854349)	Aspergillus niger	84590485
An02g11650	mRNA	An02g11650	NT_166519.1	2855646	2856274	R	An02g11650	complement(join(<2855646..2855664,2855713..2855804,2855848..2856081,2856227..>2856274))	Aspergillus niger	4979702
An02g11660	mRNA	An02g11660	NT_166519.1	2856881	2857696	D	An02g11660	join(<2856881..2857178,2857269..>2857696)	Aspergillus niger	4979703
An02g11670	mRNA	An02g11670	NT_166519.1	2857952	2858840	R	An02g11670	complement(join(<2857952..2857985,2858032..>2858840))	Aspergillus niger	4979704
An02g11680	mRNA	An02g11680	NT_166519.1	2859580	2861222	R	An02g11680	complement(join(<2859580..2859590,2859652..2860294,2860355..2860713,2860772..2860840,2860907..2860981,2861183..>2861222))	Aspergillus niger	4979705
An02g11690	mRNA	An02g11690	NT_166519.1	2862017	2863707	D	An02g11690	join(<2862017..2862351,2862519..>2863707)	Aspergillus niger	4979706
An02g11700	mRNA	An02g11700	NT_166519.1	2863877	2864801	R	An02g11700	complement(join(<2863877..2863994,2864059..2864149,2864381..2864579,2864712..>2864801))	Aspergillus niger	4979707
An02g11710	mRNA	An02g11710	NT_166519.1	2865641	2866085	D	An02g11710	join(<2865641..2865730,2865834..>2866085)	Aspergillus niger	84590486
An02g11720	mRNA	An02g11720	NT_166519.1	2866366	2869866	R	An02g11720	complement(join(<2866366..2866987,2867036..2869028,2869122..2869630,2869721..>2869866))	Aspergillus niger	4979709
An02g11730	mRNA	An02g11730	NT_166519.1	2870055	2870598	D	An02g11730	join(<2870055..2870102,2870233..>2870598)	Aspergillus niger	84590487
An02g11740	mRNA	An02g11740	NT_166519.1	2871542	2871846	R	An02g11740	complement(join(<2871542..2871686,2871794..>2871846))	Aspergillus niger	84590488
An02g11750	mRNA	An02g11750	NT_166519.1	2872086	2873139	D	An02g11750	join(<2872086..2872752,2872832..>2873139)	Aspergillus niger	4979712
An02g11760	mRNA	An02g11760	NT_166519.1	2874593	2875984	R	An02g11760	complement(<2874593..>2875984)	Aspergillus niger	4979713
An02g11770	mRNA	An02g11770	NT_166519.1	2876981	2877338	D	An02g11770	join(<2876981..2877052,2877144..>2877338)	Aspergillus niger	84590489
An02g11780	mRNA	An02g11780	NT_166519.1	2879290	2880147	R	An02g11780	complement(join(<2879290..2879357,2879446..2879598,2879786..2879826,2879933..2880004,2880065..>2880147))	Aspergillus niger	84590490
An02g11790	mRNA	An02g11790	NT_166519.1	2880654	2881501	R	An02g11790	complement(join(<2880654..2880982,2881072..>2881501))	Aspergillus niger	4979716
An02g11800	mRNA	An02g11800	NT_166519.1	2882922	2884673	R	An02g11800	complement(join(<2882922..2883971,2884034..2884606,2884647..>2884673))	Aspergillus niger	4979717
An02g11810	mRNA	An02g11810	NT_166519.1	2885361	2887068	R	An02g11810	complement(join(<2885361..2886099,2886152..>2887068))	Aspergillus niger	4979718
An02g11820	mRNA	An02g11820	NT_166519.1	2890369	2891120	R	An02g11820	complement(join(<2890369..2890930,2891013..>2891120))	Aspergillus niger	84590491
An02g11830	mRNA	An02g11830	NT_166519.1	2891277	2891975	R	An02g11830	complement(<2891277..>2891975)	Aspergillus niger	4979720
An02g11840	mRNA	An02g11840	NT_166519.1	2892181	2893338	R	An02g11840	complement(join(<2892181..2892271,2892548..2892633,2892678..2892752,2892867..2893153,2893272..>2893338))	Aspergillus niger	84590492
An02g11850	mRNA	An02g11850	NT_166519.1	2893949	2894883	D	An02g11850	join(<2893949..2894005,2894252..2894266,2894408..2894549,2894813..>2894883)	Aspergillus niger	84590493
An02g11860	mRNA	An02g11860	NT_166519.1	2895379	2896737	R	An02g11860	complement(join(<2895379..2895953,2896027..2896212,2896287..>2896737))	Aspergillus niger	4979723
An02g11870	mRNA	An02g11870	NT_166519.1	2898187	2898701	R	An02g11870	complement(join(<2898187..2898359,2898560..>2898701))	Aspergillus niger	84590494
An02g11880	mRNA	An02g11880	NT_166519.1	2898939	2900341	D	An02g11880	join(<2898939..2899140,2899418..2899570,2899659..2899724,2900160..>2900341)	Aspergillus niger	84590495
An02g11890	mRNA	An02g11890	NT_166519.1	2900589	2902555	R	An02g11890	complement(join(<2900589..2901396,2901506..2902021,2902110..2902209,2902354..>2902555))	Aspergillus niger	4979726
An02g11900	mRNA	An02g11900	NT_166519.1	2904290	2908380	R	An02g11900	complement(join(<2904290..2904737,2904795..2905102,2905152..2907945,2908042..2908126,2908204..2908297,2908350..>2908380))	Aspergillus niger	4979727
An02g11910	mRNA	An02g11910	NT_166519.1	2910290	2911287	D	An02g11910	join(<2910290..2910368,2910497..>2911287)	Aspergillus niger	4979728
An02g11920	mRNA	An02g11920	NT_166519.1	2912457	2914482	R	An02g11920	complement(join(<2912457..2913221,2913275..2913821,2913905..2914048,2914154..>2914482))	Aspergillus niger	4979729
An02g11930	mRNA	An02g11930	NT_166519.1	2915153	2915514	R	An02g11930	complement(join(<2915153..2915290,2915374..>2915514))	Aspergillus niger	84590496
An02g11940	mRNA	An02g11940	NT_166519.1	2916376	2918137	D	An02g11940	join(<2916376..2916451,2916509..2916570,2916623..2916724,2916784..2916919,2916971..2917063,2917113..>2918137)	Aspergillus niger	4979731
An02g11950	mRNA	An02g11950	NT_166519.1	2918548	2919628	D	An02g11950	join(<2918548..2918759,2918866..>2919628)	Aspergillus niger	4979732
An02g11960	mRNA	An02g11960	NT_166519.1	2919848	2920785	R	An02g11960	complement(join(<2919848..2920399,2920454..2920479,2920546..2920564,2920627..>2920785))	Aspergillus niger	4979733
An02g11970	mRNA	An02g11970	NT_166519.1	2922542	2923630	R	An02g11970	complement(join(<2922542..2923058,2923129..2923220,2923279..2923347,2923422..2923443,2923526..>2923630))	Aspergillus niger	4979734
An02g11980	mRNA	An02g11980	NT_166519.1	2924199	2925528	R	An02g11980	complement(join(<2924199..2924363,2924412..2925215,2925275..2925361,2925418..>2925528))	Aspergillus niger	4979735
An02g11990	mRNA	An02g11990	NT_166519.1	2925812	2927096	R	An02g11990	complement(join(<2925812..2926365,2926436..2926716,2926783..>2927096))	Aspergillus niger	4979736
An02g12000	mRNA	An02g12000	NT_166519.1	2927280	2928363	D	An02g12000	join(<2927280..2927357,2927532..2927595,2927645..2927986,2928320..>2928363)	Aspergillus niger	4979737
An02g12010	mRNA	An02g12010	NT_166519.1	2928488	2929610	R	An02g12010	complement(join(<2928488..2928626,2928679..2928762,2928817..2929160,2929220..2929339,2929434..>2929610))	Aspergillus niger	4979738
An02g12020	mRNA	An02g12020	NT_166519.1	2930178	2930568	R	An02g12020	complement(join(<2930178..2930524,2930562..>2930568))	Aspergillus niger	84590497
An02g12030	mRNA	An02g12030	NT_166519.1	2931247	2932587	D	An02g12030	<2931247..>2932587	Aspergillus niger	4979740
An02g12040	mRNA	An02g12040	NT_166519.1	2933512	2936883	R	An02g12040	complement(<2933512..>2936883)	Aspergillus niger	4979741
An02g12050	mRNA	An02g12050	NT_166519.1	2937836	2938114	D	An02g12050	join(<2937836..2937911,2937978..>2938114)	Aspergillus niger	4979742
An02g12060	mRNA	An02g12060	NT_166519.1	2938617	2939240	R	An02g12060	complement(join(<2938617..2939051,2939136..>2939240))	Aspergillus niger	4979743
An02g12070	mRNA	An02g12070	NT_166519.1	2939911	2941340	D	An02g12070	join(<2939911..2940195,2940270..2940434,2940484..2940737,2940788..2941133,2941189..2941208,2941271..>2941340)	Aspergillus niger	4979744
An02g12080	mRNA	An02g12080	NT_166519.1	2942157	2942885	D	An02g12080	join(<2942157..2942196,2942292..2942322,2942381..2942450,2942552..2942674,2942754..>2942885)	Aspergillus niger	4979745
An02g12090	mRNA	An02g12090	NT_166519.1	2943548	2945010	R	An02g12090	complement(join(<2943548..2944158,2944379..2944501,2944627..2944656,2944815..>2945010))	Aspergillus niger	4979746
An02g12100	mRNA	An02g12100	NT_166519.1	2945346	2945766	D	An02g12100	join(<2945346..2945521,2945652..>2945766)	Aspergillus niger	84590498
An02g12110	mRNA	An02g12110	NT_166519.1	2945809	2947790	R	An02g12110	complement(join(<2945809..2946132,2946236..2946313,2946441..2946482,2946619..2946691,2946971..2947019,2947097..2947172,2947234..2947294,2947406..2947467,2947629..>2947790))	Aspergillus niger	84590499
An02g12120	mRNA	An02g12120	NT_166519.1	2950057	2950925	R	An02g12120	complement(join(<2950057..2950154,2950267..2950367,2950434..2950475,2950541..2950594,2950747..2950756,2950901..>2950925))	Aspergillus niger	4979749
An02g12130	mRNA	An02g12130	NT_166519.1	2951796	2952583	D	An02g12130	join(<2951796..2951823,2951950..2952152,2952305..>2952583)	Aspergillus niger	84590500
An02g12140	mRNA	gsdA	NT_166519.1	2953468	2955831	D	An02g12140	join(<2953468..2953511,2953863..2953935,2953991..2954011,2954078..2954422,2954496..2954693,2954759..2954843,2954902..2954978,2955031..2955238,2955295..2955666,2955722..>2955831)	Aspergillus niger	4979751
An02g12150	mRNA	An02g12150	NT_166519.1	2956040	2956663	R	An02g12150	complement(join(<2956040..2956145,2956239..2956463,2956542..>2956663))	Aspergillus niger	84590501
An02g12160	mRNA	An02g12160	NT_166519.1	2956879	2959066	D	An02g12160	join(<2956879..2956976,2957092..2957117,2957174..2957418,2957493..2957559,2957613..2957684,2957736..2957925,2957986..2958101,2958168..>2959066)	Aspergillus niger	4979753
An02g12170	mRNA	An02g12170	NT_166519.1	2960280	2963704	R	An02g12170	complement(join(<2960280..2960359,2960425..2962721,2962790..2963018,2963068..2963161,2963242..2963399,2963515..>2963704))	Aspergillus niger	4979754
An02g12180	mRNA	An02g12180	NT_166519.1	2963783	2964452	D	An02g12180	join(<2963783..2963797,2963883..2964015,2964118..2964250,2964353..>2964452)	Aspergillus niger	84590502
An02g12190	mRNA	An02g12190	NT_166519.1	2965299	2965939	D	An02g12190	join(<2965299..2965460,2965841..>2965939)	Aspergillus niger	84590503
An02g12200	mRNA	An02g12200	NT_166519.1	2966092	2966580	R	An02g12200	complement(join(<2966092..2966157,2966258..2966312,2966392..2966439,2966516..>2966580))	Aspergillus niger	84590504
An02g12210	mRNA	An02g12210	NT_166519.1	2966683	2968714	D	An02g12210	join(<2966683..2966738,2966821..2966977,2967053..>2968714)	Aspergillus niger	4979758
An02g12220	mRNA	An02g12220	NT_166519.1	2970036	2972153	R	An02g12220	complement(join(<2970036..2971150,2971208..2971329,2971386..2971696,2971851..>2972153))	Aspergillus niger	4979759
An02g12230	mRNA	An02g12230	NT_166519.1	2973199	2974343	R	An02g12230	complement(join(<2973199..2974131,2974212..2974230,2974303..>2974343))	Aspergillus niger	4979760
An02g12240	mRNA	An02g12240	NT_166519.1	2974482	2974961	D	An02g12240	join(<2974482..2974502,2974592..2974780,2974872..>2974961)	Aspergillus niger	84590505
An02g12250	mRNA	An02g12250	NT_166519.1	2975060	2976130	R	An02g12250	complement(join(<2975060..2975183,2975250..>2976130))	Aspergillus niger	4979762
An02g12260	mRNA	An02g12260	NT_166519.1	2977040	2978254	D	An02g12260	join(<2977040..2977109,2977319..2977368,2977474..2977478,2977553..2977637,2977721..>2978254)	Aspergillus niger	4979763
An02g12270	mRNA	An02g12270	NT_166519.1	2978766	2979369	R	An02g12270	complement(join(<2978766..2978806,2978881..2978990,2979040..2979146,2979215..2979287,2979350..>2979369))	Aspergillus niger	4979764
An02g12280	mRNA	An02g12280	NT_166519.1	2980045	2981336	D	An02g12280	join(<2980045..2980079,2980188..2980429,2980499..2980559,2980681..2980727,2980849..2980920,2981074..>2981336)	Aspergillus niger	84590506
An02g12290	mRNA	An02g12290	NT_166519.1	2982295	2984473	D	An02g12290	join(<2982295..2982424,2982486..2982946,2982998..>2984473)	Aspergillus niger	84590507
An02g12300	mRNA	An02g12300	NT_166519.1	2985543	2986489	D	An02g12300	join(<2985543..2985584,2985668..2985912,2986241..2986300,2986393..>2986489)	Aspergillus niger	84590508
An02g12310	mRNA	An02g12310	NT_166519.1	2986712	2987552	D	An02g12310	join(<2986712..2986777,2986830..2987372,2987538..>2987552)	Aspergillus niger	4979768
An02g12320	mRNA	An02g12320	NT_166519.1	2988635	2989609	D	An02g12320	join(<2988635..2988701,2988772..2989383,2989443..>2989609)	Aspergillus niger	4979769
An02g12330	mRNA	An02g12330	NT_166519.1	2990257	2991568	R	An02g12330	complement(join(<2990257..2990475,2990540..2990889,2990945..2991388,2991440..2991457,2991514..>2991568))	Aspergillus niger	4979770
An02g12340	mRNA	An02g12340	NT_166519.1	2991706	2992265	D	An02g12340	join(<2991706..2991763,2991963..2992057,2992146..>2992265)	Aspergillus niger	84590509
An02g12350	mRNA	An02g12350	NT_166519.1	2992430	2996033	R	An02g12350	complement(join(<2992430..2995248,2995352..2995880,2995935..>2996033))	Aspergillus niger	4979772
An02g12360	mRNA	An02g12360	NT_166519.1	2996891	2997872	R	An02g12360	complement(join(<2996891..2996946,2997041..2997262,2997318..2997714,2997810..>2997872))	Aspergillus niger	4979773
An02g12370	mRNA	An02g12370	NT_166519.1	2998841	2999611	R	An02g12370	complement(<2998841..>2999611)	Aspergillus niger	4979774
An02g12380	mRNA	An02g12380	NT_166519.1	2999989	3000465	R	An02g12380	complement(join(<2999989..3000046,3000129..3000328,3000374..3000407,3000455..>3000465))	Aspergillus niger	84590510
An02g12390	mRNA	An02g12390	NT_166519.1	3000473	3001019	D	An02g12390	join(<3000473..3000628,3000711..>3001019)	Aspergillus niger	4979776
An02g12400	mRNA	An02g12400	NT_166519.1	3001956	3002570	D	An02g12400	join(<3001956..3002111,3002165..3002176,3002246..3002257,3002296..3002371,3002533..>3002570)	Aspergillus niger	84590511
An02g12410	mRNA	An02g12410	NT_166519.1	3003262	3004519	R	An02g12410	complement(join(<3003262..3003621,3003678..3003794,3003858..3004368,3004493..>3004519))	Aspergillus niger	4979778
An02g12420	mRNA	An02g12420	NT_166519.1	3005481	3008521	D	An02g12420	join(<3005481..3005604,3005671..3005691,3005748..3005785,3005847..3008375,3008440..>3008521)	Aspergillus niger	4979779
An02g12430	mRNA	icdA	NT_166519.1	3010242	3012112	D	An02g12430	join(<3010242..3010304,3010549..3010584,3010689..3010699,3010762..3010795,3010853..3010991,3011047..3011083,3011143..3011639,3011688..>3012112)	Aspergillus niger	4979780
An02g12440	mRNA	An02g12440	NT_166519.1	3013229	3015847	R	An02g12440	complement(join(<3013229..3013447,3013728..3013872,3013973..3014498,3014764..>3015847))	Aspergillus niger	84590512
An02g12450	mRNA	An02g12450	NT_166519.1	3016104	3017427	R	An02g12450	complement(join(<3016104..3016691,3016727..3017267,3017324..>3017427))	Aspergillus niger	4979782
An02g12460	mRNA	An02g12460	NT_166519.1	3017506	3018725	D	An02g12460	join(<3017506..3017628,3017752..3017789,3017845..3017892,3018032..>3018725)	Aspergillus niger	4979783
An02g12470	mRNA	An02g12470	NT_166519.1	3021132	3022375	D	An02g12470	join(<3021132..3021625,3021655..>3022375)	Aspergillus niger	4979784
An02g12480	mRNA	An02g12480	NT_166519.1	3022659	3025099	R	An02g12480	complement(join(<3022659..3022708,3022758..3022779,3022883..3022903,3023072..3023119,3023194..3024917,3024976..>3025099))	Aspergillus niger	4979785
An02g12490	mRNA	An02g12490	NT_166519.1	3025622	3027329	D	An02g12490	join(<3025622..3025765,3025823..3025987,3026043..>3027329)	Aspergillus niger	4979786
An02g12500	mRNA	An02g12500	NT_166519.1	3027563	3028522	D	An02g12500	<3027563..>3028522	Aspergillus niger	4979787
An02g12503	mRNA	An02g12503	NT_166519.1	3029354	3030265	D	An02g12503	<3029354..>3030265	Aspergillus niger	4979788
An02g12505	mRNA	An02g12505	NT_166519.1	3031053	3032311	R	An02g12505	complement(join(<3031053..3031607,3031673..>3032311))	Aspergillus niger	4979789
An02g12507	mRNA	An02g12507	NT_166519.1	3032971	3033570	D	An02g12507	join(<3032971..3032973,3033007..3033132,3033170..3033287,3033479..>3033570)	Aspergillus niger	84590513
An02g12510	mRNA	An02g12510	NT_166519.1	3034655	3037742	R	An02g12510	complement(join(<3034655..3037007,3037067..3037290,3037346..>3037742))	Aspergillus niger	4979791
An02g12520	mRNA	An02g12520	NT_166519.1	3038095	3039528	R	An02g12520	complement(join(<3038095..3038174,3038290..3038350,3038410..3038546,3038586..3038702,3038783..3038973,3039084..3039254,3039365..>3039528))	Aspergillus niger	84590514
An02g12530	mRNA	An02g12530	NT_166519.1	3040093	3040421	R	An02g12530	complement(join(<3040093..3040230,3040347..>3040421))	Aspergillus niger	84590515
An02g12540	mRNA	An02g12540	NT_166519.1	3040813	3042023	D	An02g12540	join(<3040813..3040882,3040980..3041155,3041489..3041554,3041629..3041709,3041750..3041862,3041939..>3042023)	Aspergillus niger	84590516
An02g12550	mRNA	An02g12550	NT_166519.1	3042341	3042642	R	An02g12550	complement(join(<3042341..3042472,3042562..>3042642))	Aspergillus niger	84590517
An02g12560	mRNA	An02g12560	NT_166519.1	3043315	3046166	D	An02g12560	join(<3043315..3043433,3043657..3043741,3043831..3043906,3044257..3044321,3044416..3044584,3044691..3044736,3044961..3045064,3045218..3045319,3045705..3045820,3045959..3045990,3046064..>3046166)	Aspergillus niger	84590518
An02g12570	mRNA	An02g12570	NT_166519.1	3046331	3048037	D	An02g12570	join(<3046331..3046399,3046622..3046990,3047067..3047198,3047389..3047483,3047508..3047644,3047922..>3048037)	Aspergillus niger	84590519
An02g12580	mRNA	An02g12580	NT_166519.1	3048808	3050673	R	An02g12580	complement(join(<3048808..3048923,3049016..3049127,3049388..3049393,3049660..3049732,3049976..3050031,3050100..3050117,3050668..>3050673))	Aspergillus niger	84590520
An02g12590	mRNA	An02g12590	NT_166519.1	3051762	3052113	D	An02g12590	join(<3051762..3051825,3051901..3051951,3052034..>3052113)	Aspergillus niger	84590521
An02g12600	mRNA	An02g12600	NT_166519.1	3052705	3054378	R	An02g12600	complement(join(<3052705..3052829,3052894..3053133,3053199..3053600,3053632..3053779,3053840..3054091,3054343..>3054378))	Aspergillus niger	4979800
An02g12610	mRNA	An02g12610	NT_166519.1	3054963	3056216	R	An02g12610	complement(<3054963..>3056216)	Aspergillus niger	4979801
An02g12620	mRNA	An02g12620	NT_166519.1	3056659	3057040	D	An02g12620	join(<3056659..3056686,3056783..3056838,3056900..>3057040)	Aspergillus niger	4979802
An02g12630	mRNA	An02g12630	NT_166519.1	3057410	3059290	R	An02g12630	complement(join(<3057410..3058188,3058285..3058790,3058839..3059001,3059056..>3059290))	Aspergillus niger	4979803
An02g12640	mRNA	An02g12640	NT_166519.1	3060112	3061830	D	An02g12640	join(<3060112..3060816,3060868..3061148,3061200..>3061830)	Aspergillus niger	4979804
An02g12650	mRNA	An02g12650	NT_166519.1	3063057	3064238	D	An02g12650	<3063057..>3064238	Aspergillus niger	4979805
An02g12660	mRNA	An02g12660	NT_166519.1	3064907	3065374	R	An02g12660	complement(<3064907..>3065374)	Aspergillus niger	84590522
An02g12670	mRNA	An02g12670	NT_166519.1	3065746	3067688	R	An02g12670	complement(join(<3065746..3067035,3067082..3067407,3067464..3067482,3067539..>3067688))	Aspergillus niger	4979807
An02g12680	mRNA	An02g12680	NT_166519.1	3068430	3070007	D	An02g12680	join(<3068430..3069621,3069685..3069788,3069897..>3070007)	Aspergillus niger	4979808
An02g12690	mRNA	An02g12690	NT_166519.1	3070436	3071617	D	An02g12690	join(<3070436..3070538,3070615..3070715,3070773..3070854,3070910..3071059,3071122..3071228,3071281..3071363,3071433..3071464,3071502..>3071617)	Aspergillus niger	84590523
An02g12700	mRNA	An02g12700	NT_166519.1	3072148	3073001	R	An02g12700	complement(join(<3072148..3072254,3072330..3072474,3072572..3072628,3072732..>3073001))	Aspergillus niger	84590524
An02g12710	mRNA	An02g12710	NT_166519.1	3073275	3074302	R	An02g12710	complement(join(<3073275..3073673,3073839..3074191,3074257..>3074302))	Aspergillus niger	84590525
An02g12720	mRNA	An02g12720	NT_166519.1	3074325	3075523	D	An02g12720	join(<3074325..3074394,3074518..3074557,3074853..3074971,3075056..3075124,3075230..3075360,3075401..>3075523)	Aspergillus niger	84590526
An02g12730	mRNA	An02g12730	NT_166519.1	3075589	3077954	R	An02g12730	complement(join(<3075589..3075702,3075796..3075864,3075958..3076136,3076427..3076638,3076733..3076918,3077069..3077164,3077298..3077453,3077527..3077555,3077651..3077818,3077895..>3077954))	Aspergillus niger	84590527
An02g12740	mRNA	An02g12740	NT_166519.1	3078246	3078590	D	An02g12740	join(<3078246..3078256,3078309..3078395,3078545..>3078590)	Aspergillus niger	84590528
An02g12750	mRNA	An02g12750	NT_166519.1	3080263	3082187	R	An02g12750	complement(join(<3080263..3081117,3081171..3081743,3081795..3081824,3081876..3081905,3081958..3081980,3082033..3082084,3082140..>3082187))	Aspergillus niger	4979815
An02g12760	mRNA	An02g12760	NT_166519.1	3082542	3084036	D	An02g12760	join(<3082542..3082636,3082710..3082824,3082878..3083107,3083157..>3084036)	Aspergillus niger	4979816
An02g12770	mRNA	An02g12770	NT_166519.1	3084810	3087072	D	An02g12770	join(<3084810..3084851,3084948..3084999,3085060..3085133,3085190..3085353,3085409..3086797,3086853..>3087072)	Aspergillus niger	4979817
An02g12780	mRNA	An02g12780	NT_166519.1	3087899	3089164	D	An02g12780	join(<3087899..3088574,3088647..>3089164)	Aspergillus niger	84590529
An02g12790	mRNA	An02g12790	NT_166519.1	3089417	3090486	R	An02g12790	complement(join(<3089417..3089692,3089752..3089952,3090043..3090176,3090231..>3090486))	Aspergillus niger	4979819
An02g12800	mRNA	An02g12800	NT_166519.1	3091351	3092478	R	An02g12800	complement(join(<3091351..3091795,3091825..3092140,3092232..>3092478))	Aspergillus niger	4979820
An02g12810	mRNA	An02g12810	NT_166519.1	3092799	3093456	R	An02g12810	complement(join(<3092799..3092826,3093036..3093235,3093298..>3093456))	Aspergillus niger	4979821
An02g12820	mRNA	An02g12820	NT_166519.1	3093983	3094945	R	An02g12820	complement(join(<3093983..3094129,3094181..>3094945))	Aspergillus niger	4979822
An02g12830	mRNA	An02g12830	NT_166519.1	3095292	3097868	D	An02g12830	join(<3095292..3095334,3095484..3096585,3096641..3097066,3097124..3097368,3097468..>3097868)	Aspergillus niger	4979823
An02g12840	mRNA	An02g12840	NT_166519.1	3097912	3098555	R	An02g12840	complement(join(<3097912..3097977,3098070..>3098555))	Aspergillus niger	84590530
An02g12850	mRNA	An02g12850	NT_166519.1	3098818	3101376	R	An02g12850	complement(join(<3098818..3099296,3099541..3099566,3099775..3099889,3100608..>3101376))	Aspergillus niger	4979825
An02g12860	mRNA	An02g12860	NT_166519.1	3101751	3102208	R	An02g12860	complement(join(<3101751..3101915,3102050..>3102208))	Aspergillus niger	84590531
An02g12870	mRNA	An02g12870	NT_166519.1	3102283	3102946	R	An02g12870	complement(join(<3102283..3102380,3102473..3102536,3102609..3102679,3102847..>3102946))	Aspergillus niger	84590532
An02g12880	mRNA	An02g12880	NT_166519.1	3103649	3104123	D	An02g12880	join(<3103649..3103678,3103731..3103944,3104044..>3104123)	Aspergillus niger	4979828
An02g12890	mRNA	An02g12890	NT_166519.1	3104259	3105028	R	An02g12890	complement(join(<3104259..3104330,3104518..3104800,3104955..>3105028))	Aspergillus niger	84590533
An02g12900	mRNA	An02g12900	NT_166519.1	3105621	3106654	D	An02g12900	join(<3105621..3106204,3106485..3106552,3106593..>3106654)	Aspergillus niger	4979830
An02g12910	mRNA	An02g12910	NT_166519.1	3107368	3108042	D	An02g12910	join(<3107368..3107473,3107576..>3108042)	Aspergillus niger	84590534
An02g12920	mRNA	An02g12920	NT_166519.1	3108758	3110807	D	An02g12920	join(<3108758..3109539,3109613..>3110807)	Aspergillus niger	4979832
An02g12930	mRNA	An02g12930	NT_166519.1	3112333	3114056	R	An02g12930	complement(join(<3112333..3112340,3112382..>3114056))	Aspergillus niger	4979833
An02g12940	mRNA	An02g12940	NT_166519.1	3114632	3115565	D	An02g12940	join(<3114632..3114718,3114822..3115304,3115374..>3115565)	Aspergillus niger	4979834
An02g12950	mRNA	An02g12950	NT_166519.1	3116567	3118636	D	An02g12950	<3116567..>3118636	Aspergillus niger	84590535
An02g12960	mRNA	An02g12960	NT_166519.1	3119084	3119917	R	An02g12960	complement(<3119084..>3119917)	Aspergillus niger	84590536
An02g12970	mRNA	An02g12970	NT_166519.1	3120044	3124428	R	An02g12970	complement(join(<3120044..3121010,3121056..3121108,3121267..3123656,3123703..3124215,3124328..>3124428))	Aspergillus niger	4979837
An02g12980	mRNA	An02g12980	NT_166519.1	3124738	3125913	D	An02g12980	join(<3124738..3124987,3125037..3125218,3125265..3125828,3125878..>3125913)	Aspergillus niger	4979838
An02g12990	mRNA	An02g12990	NT_166519.1	3127260	3128203	D	An02g12990	join(<3127260..3127445,3127570..3127686,3127793..3128044,3128141..>3128203)	Aspergillus niger	84590537
An02g13000	mRNA	An02g13000	NT_166519.1	3128474	3129553	R	An02g13000	complement(join(<3128474..3128725,3128864..3129020,3129305..3129342,3129467..>3129553))	Aspergillus niger	84590538
An02g13010	mRNA	An02g13010	NT_166519.1	3131870	3132482	D	An02g13010	join(<3131870..3132040,3132107..3132220,3132288..3132327,3132364..3132402,3132454..>3132482)	Aspergillus niger	84590539
An02g13020	mRNA	An02g13020	NT_166519.1	3133604	3134117	D	An02g13020	join(<3133604..3133750,3133863..>3134117)	Aspergillus niger	84590540
An02g13030	mRNA	An02g13030	NT_166519.1	3134440	3134667	R	An02g13030	complement(join(<3134440..3134543,3134640..>3134667))	Aspergillus niger	84590541
An02g13040	mRNA	An02g13040	NT_166519.1	3135752	3136540	D	An02g13040	join(<3135752..3136024,3136096..3136320,3136406..>3136540)	Aspergillus niger	4979844
An02g13050	mRNA	An02g13050	NT_166519.1	3137636	3139272	R	An02g13050	complement(join(<3137636..3137789,3137843..3138705,3138760..3139149,3139204..>3139272))	Aspergillus niger	4979845
An02g13060	mRNA	An02g13060	NT_166519.1	3140047	3141036	R	An02g13060	complement(join(<3140047..3140298,3140343..3140490,3140592..3140954,3140984..>3141036))	Aspergillus niger	84590542
An02g13070	mRNA	An02g13070	NT_166519.1	3142052	3143101	D	An02g13070	join(<3142052..3142135,3142260..3142297,3142354..3142458,3142503..3142572,3142665..3142889,3143024..>3143101)	Aspergillus niger	84590543
An02g13080	mRNA	An02g13080	NT_166519.1	3143120	3144418	R	An02g13080	complement(<3143120..>3144418)	Aspergillus niger	4979848
An02g13090	mRNA	An02g13090	NT_166519.1	3145201	3146371	D	An02g13090	join(<3145201..3145669,3145719..>3146371)	Aspergillus niger	4979849
An02g13100	mRNA	An02g13100	NT_166519.1	3147364	3149469	D	An02g13100	join(<3147364..3148180,3148221..3148665,3148720..3149011,3149062..>3149469)	Aspergillus niger	4979850
An02g13110	mRNA	An02g13110	NT_166519.1	3149676	3150359	R	An02g13110	complement(join(<3149676..3150195,3150328..>3150359))	Aspergillus niger	84590544
An02g13120	mRNA	An02g13120	NT_166519.1	3150790	3151509	D	An02g13120	join(<3150790..3150984,3151042..>3151509)	Aspergillus niger	4979852
An02g13130	mRNA	An02g13130	NT_166519.1	3151871	3152872	R	An02g13130	complement(join(<3151871..3152080,3152155..3152199,3152268..3152630,3152696..>3152872))	Aspergillus niger	4979853
An02g13140	mRNA	An02g13140	NT_166519.1	3154518	3155483	R	An02g13140	complement(join(<3154518..3155125,3155180..>3155483))	Aspergillus niger	4979854
An02g13150	mRNA	An02g13150	NT_166519.1	3157419	3159440	R	An02g13150	complement(join(<3157419..3157896,3157948..3159166,3159251..>3159440))	Aspergillus niger	4979855
An02g13160	mRNA	An02g13160	NT_166519.1	3161319	3163328	R	An02g13160	complement(join(<3161319..3162983,3163099..3163135,3163171..>3163328))	Aspergillus niger	4979856
An02g13170	mRNA	An02g13170	NT_166519.1	3164510	3165639	D	An02g13170	join(<3164510..3164658,3164751..3164834,3164981..3165124,3165392..3165457,3165549..>3165639)	Aspergillus niger	84590545
An02g13180	mRNA	An02g13180	NT_166519.1	3166236	3169520	D	An02g13180	join(<3166236..3166510,3166598..3166694,3166768..3166934,3166993..3167273,3167330..3167751,3167802..3168167,3168228..3168704,3168768..>3169520)	Aspergillus niger	4979858
An02g13190	mRNA	An02g13190	NT_166519.1	3170378	3172950	D	An02g13190	join(<3170378..3170423,3170516..>3172950)	Aspergillus niger	4979859
An02g13200	mRNA	An02g13200	NT_166519.1	3173706	3176376	D	An02g13200	join(<3173706..3173765,3173811..3174422,3174471..3174611,3174657..3175414,3175506..>3176376)	Aspergillus niger	4979860
An02g13210	mRNA	An02g13210	NT_166519.1	3176544	3179113	R	An02g13210	complement(join(<3176544..3177130,3177179..3177569,3177616..3177959,3178011..3178071,3178120..3178327,3178608..>3179113))	Aspergillus niger	4979861
An02g13220	mRNA	An02g13220	NT_166519.1	3180466	3182447	D	An02g13220	join(<3180466..3180517,3180577..>3182447)	Aspergillus niger	4979862
An02g13230	mRNA	An02g13230	NT_166519.1	3182751	3183910	R	An02g13230	complement(join(<3182751..3183046,3183100..3183345,3183425..3183577,3183636..3183761,3183829..>3183910))	Aspergillus niger	84590546
An02g13240	mRNA	An02g13240	NT_166519.1	3184649	3186533	R	An02g13240	complement(join(<3184649..3185180,3185235..3185994,3186062..>3186533))	Aspergillus niger	4979864
An02g13250	mRNA	An02g13250	NT_166519.1	3187961	3188866	R	An02g13250	complement(join(<3187961..3188194,3188243..>3188866))	Aspergillus niger	4979865
An02g13260	mRNA	An02g13260	NT_166519.1	3189405	3190584	R	An02g13260	complement(join(<3189405..3189467,3189511..3189912,3190197..3190237,3190530..>3190584))	Aspergillus niger	4979866
An02g13270	mRNA	An02g13270	NT_166519.1	3191010	3192939	D	An02g13270	join(<3191010..3191303,3191361..3191404,3191451..3191638,3191697..3191794,3191843..3191932,3191991..3192133,3192184..3192322,3192378..3192489,3192571..3192724,3192777..>3192939)	Aspergillus niger	4979867
An02g13280	mRNA	An02g13280	NT_166519.1	3193155	3193886	R	An02g13280	complement(<3193155..>3193886)	Aspergillus niger	4979868
An02g13290	mRNA	An02g13290	NT_166519.1	3195013	3196457	D	An02g13290	join(<3195013..3195077,3195128..>3196457)	Aspergillus niger	4979869
An02g13300	mRNA	An02g13300	NT_166519.1	3196939	3199838	D	An02g13300	join(<3196939..3198617,3198667..3198918,3198972..3199085,3199160..>3199838)	Aspergillus niger	10098273
An02g13310	mRNA	An02g13310	NT_166519.1	3200248	3202479	R	An02g13310	complement(join(<3200248..3200804,3200892..3201031,3201078..3201281,3201348..3201988,3202055..3202339,3202378..>3202479))	Aspergillus niger	4979871
An02g13320	mRNA	An02g13320	NT_166519.1	3203132	3204925	D	An02g13320	join(<3203132..3204076,3204137..>3204925)	Aspergillus niger	4979872
An02g13330	mRNA	An02g13330	NT_166519.1	3205001	3207475	R	An02g13330	complement(join(<3205001..3205551,3205631..3205688,3205780..3206825,3206890..3207185,3207250..3207377,3207428..>3207475))	Aspergillus niger	4979873
An02g13340	mRNA	An02g13340	NT_166519.1	3208469	3210193	R	An02g13340	complement(<3208469..>3210193)	Aspergillus niger	4979874
An02g13350	mRNA	An02g13350	NT_166519.1	3211614	3212156	D	An02g13350	<3211614..>3212156	Aspergillus niger	4979875
An02g13360	mRNA	An02g13360	NT_166519.1	3212299	3213350	R	An02g13360	complement(join(<3212299..3212420,3212500..3212824,3212904..>3213350))	Aspergillus niger	4979876
An02g13370	mRNA	An02g13370	NT_166519.1	3213991	3217302	R	An02g13370	complement(join(<3213991..3216302,3216634..3216672,3217062..3217075,3217262..>3217302))	Aspergillus niger	4979877
An02g13380	mRNA	An02g13380	NT_166519.1	3220577	3222271	D	An02g13380	<3220577..>3222271	Aspergillus niger	4979878
An02g13390	mRNA	An02g13390	NT_166519.1	3223899	3224534	R	An02g13390	complement(<3223899..>3224534)	Aspergillus niger	4979879
An02g13400	mRNA	An02g13400	NT_166519.1	3225210	3226088	D	An02g13400	<3225210..>3226088	Aspergillus niger	4979880
An02g13410	mRNA	An02g13410	NT_166519.1	3226758	3229176	R	An02g13410	complement(join(<3226758..3226823,3226927..3226981,3227139..3227369,3227426..>3229176))	Aspergillus niger	4979881
An02g13420	mRNA	An02g13420	NT_166519.1	3229825	3230965	D	An02g13420	join(<3229825..3229873,3229944..>3230965)	Aspergillus niger	4979882
An02g13430	mRNA	An02g13430	NT_166519.1	3231414	3233015	R	An02g13430	complement(join(<3231414..3232064,3232113..>3233015))	Aspergillus niger	4979883
An02g13440	mRNA	An02g13440	NT_166519.1	3234390	3235271	R	An02g13440	complement(<3234390..>3235271)	Aspergillus niger	4979884
An02g13450	mRNA	An02g13450	NT_166519.1	3236326	3239759	R	An02g13450	complement(join(<3236326..3236475,3236720..3236745,3236843..3238551,3238644..3238717,3238766..3238839,3239071..3239311,3239344..3239356,3239662..>3239759))	Aspergillus niger	4979885
An02g13460	mRNA	An02g13460	NT_166519.1	3244012	3245616	R	An02g13460	complement(join(<3244012..3245139,3245200..>3245616))	Aspergillus niger	4979886
An02g13470	mRNA	An02g13470	NT_166519.1	3247951	3249531	D	An02g13470	join(<3247951..3248042,3248112..3248178,3248246..3248398,3248455..3248516,3248570..3248867,3248935..>3249531)	Aspergillus niger	4979887
An02g13480	mRNA	An02g13480	NT_166519.1	3252232	3253798	R	An02g13480	complement(join(<3252232..3253115,3253173..3253229,3253277..3253470,3253520..3253529,3253588..3253663,3253709..>3253798))	Aspergillus niger	4979888
An02g13490	mRNA	An02g13490	NT_166519.1	3254809	3256203	D	An02g13490	join(<3254809..3254927,3254981..3255067,3255126..3255206,3255271..3255838,3255913..>3256203)	Aspergillus niger	4979889
An02g13500	mRNA	An02g13500	NT_166519.1	3256964	3259321	D	An02g13500	join(<3256964..3257077,3257132..3257351,3257479..3257616,3257664..>3259321)	Aspergillus niger	4979890
An02g13510	mRNA	An02g13510	NT_166519.1	3260062	3261344	D	An02g13510	join(<3260062..3260245,3260296..3260483,3260550..>3261344)	Aspergillus niger	4979891
An02g13520	mRNA	An02g13520	NT_166519.1	3262569	3263955	D	An02g13520	join(<3262569..3263570,3263602..>3263955)	Aspergillus niger	4979892
An02g13530	mRNA	An02g13530	NT_166519.1	3264694	3266078	R	An02g13530	complement(join(<3264694..3265028,3265077..3265162,3265219..>3266078))	Aspergillus niger	4979893
An02g13540	mRNA	An02g13540	NT_166519.1	3266769	3268928	R	An02g13540	complement(join(<3266769..3267067,3267125..3267273,3267323..3267516,3267571..3267722,3267771..3267850,3267897..3268263,3268303..3268438,3268490..3268547,3268600..>3268928))	Aspergillus niger	4979894
An02g13550	mRNA	An02g13550	NT_166519.1	3270832	3272406	D	An02g13550	join(<3270832..3271047,3271180..3271462,3271532..3272036,3272091..>3272406)	Aspergillus niger	4979895
An02g13560	mRNA	An02g13560	NT_166519.1	3274756	3275974	D	An02g13560	join(<3274756..3274799,3275020..>3275974)	Aspergillus niger	4979896
An02g13570	mRNA	An02g13570	NT_166519.1	3276257	3277822	D	An02g13570	join(<3276257..3276614,3276669..3276940,3277247..>3277822)	Aspergillus niger	4979897
An02g13580	mRNA	An02g13580	NT_166519.1	3278510	3279836	D	An02g13580	join(<3278510..3278547,3278625..3278917,3278980..>3279836)	Aspergillus niger	4979898
An02g13590	mRNA	An02g13590	NT_166519.1	3280335	3284383	R	An02g13590	complement(join(<3280335..3280624,3280693..3282107,3282276..3282440,3282489..3283982,3284046..>3284383))	Aspergillus niger	4979899
An02g13600	mRNA	An02g13600	NT_166519.1	3286187	3288309	R	An02g13600	complement(join(<3286187..3286856,3287004..3288045,3288123..>3288309))	Aspergillus niger	4979900
An02g13610	mRNA	An02g13610	NT_166519.1	3289639	3289994	R	An02g13610	complement(join(<3289639..3289701,3289806..>3289994))	Aspergillus niger	84590547
An02g13620	mRNA	An02g13620	NT_166519.1	3290608	3292179	D	An02g13620	<3290608..>3292179	Aspergillus niger	4979902
An02g13630	mRNA	An02g13630	NT_166519.1	3293036	3294576	D	An02g13630	join(<3293036..3293410,3293461..>3294576)	Aspergillus niger	4979903
An02g13640	mRNA	An02g13640	NT_166519.1	3295024	3296351	D	An02g13640	join(<3295024..3295312,3295451..3295620,3295677..>3296351)	Aspergillus niger	4979904
An02g13650	mRNA	An02g13650	NT_166519.1	3296602	3297278	R	An02g13650	complement(join(<3296602..3296719,3296801..3297083,3297164..>3297278))	Aspergillus niger	4979905
An02g13660	mRNA	An02g13660	NT_166519.1	3298028	3299059	R	An02g13660	complement(<3298028..>3299059)	Aspergillus niger	84590548
An02g13670	mRNA	An02g13670	NT_166519.1	3300125	3301778	D	An02g13670	join(<3300125..3300718,3300773..3301296,3301369..3301661,3301711..>3301778)	Aspergillus niger	4979907
An02g13680	mRNA	An02g13680	NT_166519.1	3303100	3306141	D	An02g13680	join(<3303100..3303337,3303399..3304767,3304817..3305989,3306039..>3306141)	Aspergillus niger	4979908
An02g13690	mRNA	An02g13690	NT_166519.1	3306852	3307063	R	An02g13690	complement(join(<3306852..3306881,3306953..>3307063))	Aspergillus niger	84590549
An02g13700	mRNA	An02g13700	NT_166519.1	3307650	3310673	D	An02g13700	join(<3307650..3310074,3310105..>3310673)	Aspergillus niger	4979910
An02g13710	mRNA	An02g13710	NT_166519.1	3312054	3312956	R	An02g13710	complement(join(<3312054..3312583,3312659..>3312956))	Aspergillus niger	4979911
An02g13720	mRNA	An02g13720	NT_166519.1	3313314	3313818	D	An02g13720	join(<3313314..3313498,3313587..>3313818)	Aspergillus niger	84590550
An02g13730	mRNA	An02g13730	NT_166519.1	3313914	3314796	R	An02g13730	complement(join(<3313914..3314006,3314097..3314161,3314231..3314340,3314594..>3314796))	Aspergillus niger	84590551
An02g13740	mRNA	An02g13740	NT_166519.1	3314858	3316694	D	An02g13740	join(<3314858..3315201,3315249..3316546,3316600..>3316694)	Aspergillus niger	4979914
An02g13750	mRNA	An02g13750	NT_166519.1	3317220	3319701	R	An02g13750	complement(join(<3317220..3317298,3317357..3317492,3317546..3317689,3317741..3317943,3317997..3318580,3318633..3319075,3319148..3319440,3319508..>3319701))	Aspergillus niger	4979915
An02g13760	mRNA	An02g13760	NT_166519.1	3320289	3321750	D	An02g13760	join(<3320289..3320464,3320583..3320630,3320729..3320754,3320882..3320966,3321055..3321298,3321388..3321498,3321691..>3321750)	Aspergillus niger	84590552
An02g13770	mRNA	An02g13770	NT_166519.1	3322344	3324358	R	An02g13770	complement(join(<3322344..3323902,3324085..3324199,3324275..>3324358))	Aspergillus niger	4979917
An02g13780	mRNA	An02g13780	NT_166519.1	3328606	3329627	D	An02g13780	join(<3328606..3328688,3328953..3329100,3329197..3329323,3329512..>3329627)	Aspergillus niger	84590553
An02g13790	mRNA	An02g13790	NT_166519.1	3330449	3332163	R	An02g13790	complement(join(<3330449..3330794,3330927..3331176,3331297..3331571,3331631..>3332163))	Aspergillus niger	4979919
An02g13800	mRNA	An02g13800	NT_166519.1	3334972	3336260	R	An02g13800	complement(join(<3334972..3335326,3335423..3335584,3335637..3335693,3335748..3336078,3336131..>3336260))	Aspergillus niger	4979920
An02g13810	mRNA	An02g13810	NT_166519.1	3337203	3338343	R	An02g13810	complement(join(<3337203..3337516,3337581..3337638,3337701..3337833,3337919..3338029,3338115..3338127,3338337..>3338343))	Aspergillus niger	4979921
An02g13820	mRNA	An02g13820	NT_166519.1	3338950	3340296	R	An02g13820	complement(join(<3338950..3340099,3340163..>3340296))	Aspergillus niger	4979922
An02g13830	mRNA	An02g13830	NT_166519.1	3340712	3341734	D	An02g13830	join(<3340712..3340933,3341005..3341224,3341313..>3341734)	Aspergillus niger	4979923
An02g13840	mRNA	An02g13840	NT_166519.1	3342005	3342949	R	An02g13840	complement(join(<3342005..3342182,3342242..3342475,3342561..3342659,3342738..3342756,3342832..3342869,3342936..>3342949))	Aspergillus niger	4979924
An02g13850	mRNA	An02g13850	NT_166519.1	3343221	3343959	D	An02g13850	join(<3343221..3343256,3343333..3343400,3343472..3343519,3343635..>3343959)	Aspergillus niger	4979925
An02g13860	mRNA	An02g13860	NT_166519.1	3346394	3350575	D	An02g13860	join(<3346394..3346979,3347031..3347201,3347262..>3350575)	Aspergillus niger	4979926
An02g13870	mRNA	An02g13870	NT_166519.1	3350903	3353757	R	An02g13870	complement(join(<3350903..3350971,3351009..3351052,3351168..3351360,3351755..3351833,3351872..3352026,3352091..3353247,3353305..3353339,3353391..3353455,3353570..3353597,3353684..>3353757))	Aspergillus niger	4979927
An02g13880	mRNA	An02g13880	NT_166519.1	3354302	3356866	R	An02g13880	complement(join(<3354302..3356276,3356338..3356678,3356751..3356784,3356841..>3356866))	Aspergillus niger	4979928
An02g13890	mRNA	An02g13890	NT_166519.1	3357236	3358651	D	An02g13890	join(<3357236..3357369,3357442..3358380,3358435..>3358651)	Aspergillus niger	4979929
An02g13900	mRNA	An02g13900	NT_166519.1	3359052	3360049	D	An02g13900	join(<3359052..3359374,3359443..>3360049)	Aspergillus niger	4979930
An02g13910	mRNA	An02g13910	NT_166519.1	3361635	3362789	D	An02g13910	join(<3361635..3361710,3361815..3362477,3362545..>3362789)	Aspergillus niger	4979931
An02g13920	mRNA	An02g13920	NT_166519.1	3363121	3363954	D	An02g13920	join(<3363121..3363172,3363254..>3363954)	Aspergillus niger	4979932
An02g13930	mRNA	An02g13930	NT_166519.1	3364934	3365446	R	An02g13930	complement(<3364934..>3365446)	Aspergillus niger	84590554
An02g13940	mRNA	An02g13940	NT_166519.1	3366225	3369905	R	An02g13940	complement(join(<3366225..3369594,3369667..>3369905))	Aspergillus niger	4979934
An02g13950	mRNA	An02g13950	NT_166519.1	3370090	3370942	D	An02g13950	join(<3370090..3370130,3370180..3370236,3370283..3370335,3370431..3370568,3370854..>3370942)	Aspergillus niger	84590555
An02g13960	mRNA	An02g13960	NT_166519.1	3371299	3372685	R	An02g13960	complement(join(<3371299..3371433,3371531..3371604,3371681..3371737,3371888..3371952,3372098..3372192,3372314..3372401,3372585..>3372685))	Aspergillus niger	84590556
An02g13970	mRNA	An02g13970	NT_166519.1	3373177	3375599	D	An02g13970	join(<3373177..3375079,3375145..>3375599)	Aspergillus niger	4979937
An02g13980	mRNA	An02g13980	NT_166519.1	3376942	3378882	R	An02g13980	complement(join(<3376942..3377772,3377835..3377862,3377945..3378128,3378187..3378520,3378579..3378651,3378731..>3378882))	Aspergillus niger	10098275
An02g13990	mRNA	An02g13990	NT_166519.1	3379255	3380358	D	An02g13990	join(<3379255..3379348,3379510..3379691,3379787..3380005,3380057..3380162,3380240..>3380358)	Aspergillus niger	84590557
An02g14000	mRNA	An02g14000	NT_166519.1	3380695	3382473	R	An02g14000	complement(join(<3380695..3380803,3380918..3381036,3381123..3381189,3381279..3381368,3381512..3381532,3381785..3381881,3381980..3382226,3382301..3382354,3382447..>3382473))	Aspergillus niger	84590558
An02g14005	mRNA	An02g14005	NT_166519.1	3382610	3383002	D	An02g14005	<3382610..>3383002	Aspergillus niger	84590559
An02g14010	mRNA	An02g14010	NT_166519.1	3383257	3384567	D	An02g14010	join(<3383257..3383462,3383627..3383686,3383835..>3384567)	Aspergillus niger	4979942
An02g14020	mRNA	An02g14020	NT_166519.1	3385617	3386921	R	An02g14020	complement(join(<3385617..3385753,3385794..3385889,3385967..3386086,3386178..3386258,3386349..3386383,3386554..3386623,3386696..3386786,3386889..>3386921))	Aspergillus niger	84590560
An02g14030	mRNA	An02g14030	NT_166519.1	3387326	3387790	D	An02g14030	join(<3387326..3387553,3387584..>3387790)	Aspergillus niger	84590561
An02g14040	mRNA	An02g14040	NT_166519.1	3388013	3388334	R	An02g14040	complement(join(<3388013..3388129,3388182..>3388334))	Aspergillus niger	4979945
An02g14050	mRNA	An02g14050	NT_166519.1	3389978	3390907	R	An02g14050	complement(join(<3389978..3390319,3390518..3390685,3390732..3390803,3390857..>3390907))	Aspergillus niger	84590562
An02g14060	mRNA	An02g14060	NT_166519.1	3391587	3393140	D	An02g14060	join(<3391587..3391757,3391956..3392115,3392181..3392390,3392726..3392841,3392898..>3393140)	Aspergillus niger	84590563
An02g14070	mRNA	An02g14070	NT_166519.1	3393612	3394018	D	An02g14070	join(<3393612..3393655,3393736..>3394018)	Aspergillus niger	4979948
An02g14080	mRNA	An02g14080	NT_166519.1	3395351	3397155	R	An02g14080	complement(join(<3395351..3395477,3395558..>3397155))	Aspergillus niger	4979949
An02g14090	mRNA	An02g14090	NT_166519.1	3397586	3399493	R	An02g14090	complement(join(<3397586..3397726,3397820..3397861,3397932..3398027,3398076..3398254,3398302..3398385,3398657..3398758,3399204..3399284,3399418..>3399493))	Aspergillus niger	84590564
An02g14100	mRNA	An02g14100	NT_166519.1	3399845	3402346	D	An02g14100	<3399845..>3402346	Aspergillus niger	4979951
An02g14110	mRNA	An02g14110	NT_166519.1	3403247	3405066	D	An02g14110	join(<3403247..3403313,3403447..3404787,3404858..>3405066)	Aspergillus niger	4979952
An02g14130	mRNA	An02g14130	NT_166519.1	3424278	3424546	R	An02g14130	complement(join(<3424278..3424481,3424544..>3424546))	Aspergillus niger	84590565
An02g14140	mRNA	An02g14140	NT_166519.1	3425305	3426262	R	An02g14140	complement(join(<3425305..3425334,3425471..3425523,3425674..3425710,3425752..3425872,3425947..3426063,3426098..3426123,3426251..>3426262))	Aspergillus niger	84590566
An02g14150	mRNA	An02g14150	NT_166519.1	3427120	3427648	D	An02g14150	join(<3427120..3427353,3427447..3427537,3427581..>3427648)	Aspergillus niger	84590567
An02g14160	mRNA	An02g14160	NT_166519.1	3429028	3433004	R	An02g14160	complement(join(<3429028..3429061,3429111..3429223,3429278..3429684,3429743..3429992,3430051..3430494,3430594..3430736,3430919..3431198,3431277..3432724,3432860..>3433004))	Aspergillus niger	10098055
An02g14170	mRNA	An02g14170	NT_166519.1	3433664	3434254	D	An02g14170	<3433664..>3434254	Aspergillus niger	4979957
An02g14180	mRNA	An02g14180	NT_166519.1	3434569	3435377	R	An02g14180	complement(join(<3434569..3434685,3434835..3434959,3435043..3435112,3435264..>3435377))	Aspergillus niger	84590568
An02g14190	mRNA	An02g14190	NT_166519.1	3436896	3438953	D	An02g14190	join(<3436896..3437119,3437190..3437320,3437373..3438107,3438158..3438819,3438876..>3438953)	Aspergillus niger	4979959
An02g14200	mRNA	An02g14200	NT_166519.1	3441379	3442393	D	An02g14200	join(<3441379..3441398,3441599..3441718,3441899..3442277,3442334..>3442393)	Aspergillus niger	4979960
An02g14210	mRNA	An02g14210	NT_166519.1	3443437	3444820	R	An02g14210	complement(join(<3443437..3444452,3444511..3444637,3444695..>3444820))	Aspergillus niger	4979961
An02g14220	mRNA	An02g14220	NT_166519.1	3445395	3447182	D	An02g14220	join(<3445395..3445446,3445656..3445822,3445871..3445978,3446028..3446099,3446149..3446235,3446284..3446550,3446600..3446968,3447018..>3447182)	Aspergillus niger	4979962
An02g14230	mRNA	An02g14230	NT_166519.1	3447894	3449420	D	An02g14230	join(<3447894..3447918,3448041..3448928,3449002..>3449420)	Aspergillus niger	4979963
An02g14240	mRNA	An02g14240	NT_166519.1	3450089	3451318	D	An02g14240	<3450089..>3451318	Aspergillus niger	4979964
An02g14250	mRNA	An02g14250	NT_166519.1	3451674	3452254	R	An02g14250	complement(join(<3451674..3451782,3451823..3451925,3451956..3452100,3452162..>3452254))	Aspergillus niger	84590569
An02g14260	mRNA	An02g14260	NT_166519.1	3453574	3454492	R	An02g14260	complement(join(<3453574..3453625,3453672..3453784,3453941..3454099,3454246..3454270,3454452..>3454492))	Aspergillus niger	84590570
An02g14270	mRNA	An02g14270	NT_166519.1	3455704	3456752	R	An02g14270	complement(join(<3455704..3456549,3456633..>3456752))	Aspergillus niger	4979967
An02g14280	mRNA	An02g14280	NT_166519.1	3457955	3460000	D	An02g14280	join(<3457955..3458094,3458180..3459473,3459548..>3460000)	Aspergillus niger	4979968
An02g14290	mRNA	An02g14290	NT_166519.1	3460501	3462727	R	An02g14290	complement(join(<3460501..3460511,3460556..3460569,3460681..3461465,3461523..3461837,3461890..3462212,3462276..3462514,3462591..>3462727))	Aspergillus niger	4979969
An02g14300	mRNA	An02g14300	NT_166519.1	3463493	3464989	D	An02g14300	join(<3463493..3463681,3463746..3463785,3463857..3463924,3463998..3464371,3464426..3464490,3464550..>3464989)	Aspergillus niger	4979970
An02g14310	mRNA	An02g14310	NT_166519.1	3465938	3469376	R	An02g14310	complement(join(<3465938..3466876,3466956..>3469376))	Aspergillus niger	4979971
An02g14320	mRNA	An02g14320	NT_166519.1	3470467	3470975	D	An02g14320	join(<3470467..3470646,3470787..>3470975)	Aspergillus niger	84590571
An02g14330	mRNA	An02g14330	NT_166519.1	3471322	3472095	D	An02g14330	join(<3471322..3471353,3471497..3471520,3471657..3471713,3471786..3471913,3471995..>3472095)	Aspergillus niger	4979973
An02g14340	mRNA	An02g14340	NT_166519.1	3473383	3473872	D	An02g14340	join(<3473383..3473401,3473458..3473553,3473610..>3473872)	Aspergillus niger	4979974
An02g14350	mRNA	An02g14350	NT_166519.1	3474760	3475931	D	An02g14350	join(<3474760..3474826,3474926..3475230,3475290..>3475931)	Aspergillus niger	4979975
An02g14360	mRNA	An02g14360	NT_166519.1	3476360	3478530	D	An02g14360	join(<3476360..3476692,3476762..3477250,3477304..3477475,3477556..3478158,3478223..3478326,3478510..>3478530)	Aspergillus niger	4979976
An02g14370	mRNA	An02g14370	NT_166519.1	3478998	3479521	R	An02g14370	complement(join(<3478998..3479060,3479162..>3479521))	Aspergillus niger	84590572
An02g14380	mRNA	hxk	NT_166519.1	3480258	3482055	R	An02g14380	complement(join(<3480258..3481133,3481198..3481605,3481695..3481720,3481803..3481925,3482016..>3482055))	Aspergillus niger	4979978
An02g14390	mRNA	An02g14390	NT_166519.1	3482846	3484094	R	An02g14390	complement(join(<3482846..3483859,3483972..>3484094))	Aspergillus niger	4979979
An02g14400	mRNA	An02g14400	NT_166519.1	3484671	3487268	D	An02g14400	join(<3484671..3485861,3485912..3487016,3487261..>3487268)	Aspergillus niger	4979980
An02g14410	mRNA	An02g14410	NT_166519.1	3488254	3490103	R	An02g14410	complement(join(<3488254..3488897,3488954..3489545,3489604..3489935,3489995..>3490103))	Aspergillus niger	4979981
An02g14420	mRNA	An02g14420	NT_166519.1	3490176	3492418	D	An02g14420	join(<3490176..3490222,3490265..3490405,3490597..3490849,3491204..3491337,3491417..3491598,3491725..3491831,3491952..3492098,3492183..3492244,3492340..>3492418)	Aspergillus niger	84590573
An02g14430	mRNA	An02g14430	NT_166519.1	3492912	3494904	D	An02g14430	join(<3492912..3492990,3493033..3493126,3493209..3493444,3494068..3494345,3494439..3494529,3494609..3494716,3494801..>3494904)	Aspergillus niger	84590574
An02g14450	mRNA	pmrA	NT_166519.1	3495485	3498863	R	An02g14450	complement(join(<3495485..3495505,3495639..3496108,3496161..3498648,3498756..>3498863))	Aspergillus niger	4979985
An02g14460	mRNA	An02g14460	NT_166519.1	3500244	3502085	D	An02g14460	join(<3500244..3500507,3500580..>3502085)	Aspergillus niger	4979986
An02g14470	mRNA	An02g14470	NT_166519.1	3503440	3505552	D	An02g14470	join(<3503440..3503870,3503926..3504035,3504095..3504129,3504190..3504434,3504489..3504521,3504576..3504662,3504713..3505122,3505183..3505294,3505369..>3505552)	Aspergillus niger	4979987
An02g14480	mRNA	An02g14480	NT_166519.1	3505740	3508271	R	An02g14480	complement(join(<3505740..3506032,3506272..3506377,3506479..3506487,3507039..3507142,3507218..3507315,3507445..3507519,3507600..3507681,3507831..3508026,3508104..>3508271))	Aspergillus niger	84590575
An02g14490	mRNA	An02g14490	NT_166519.1	3508883	3511145	D	An02g14490	join(<3508883..3509126,3509276..3511074,3511128..>3511145)	Aspergillus niger	4979989
An02g14500	mRNA	An02g14500	NT_166519.1	3511489	3512121	R	An02g14500	complement(<3511489..>3512121)	Aspergillus niger	4979990
An02g14520	mRNA	An02g14520	NT_166519.1	3513563	3515554	D	An02g14520	join(<3513563..3513631,3513727..3513868,3513938..3514460,3514517..3514908,3514962..3515315,3515366..3515446,3515496..>3515554)	Aspergillus niger	4979991
An02g14530	mRNA	An02g14530	NT_166519.1	3515887	3516753	D	An02g14530	join(<3515887..3516003,3516066..3516248,3516331..3516609,3516688..>3516753)	Aspergillus niger	4979992
An02g14540	mRNA	An02g14540	NT_166519.1	3517117	3518785	D	An02g14540	join(<3517117..3517366,3517566..3518204,3518274..3518342,3518430..>3518785)	Aspergillus niger	4979993
An02g14550	mRNA	An02g14550	NT_166519.1	3518894	3521494	R	An02g14550	complement(join(<3518894..3520166,3520225..3520525,3520578..3520808,3520855..3520996,3521043..3521251,3521305..>3521494))	Aspergillus niger	4979994
An02g14560	mRNA	ostA	NT_166519.1	3521823	3523519	D	An02g14560	join(<3521823..3522175,3522297..3523329,3523394..>3523519)	Aspergillus niger	4979995
An02g14570	mRNA	An02g14570	NT_166519.1	3523694	3524752	R	An02g14570	complement(join(<3523694..3523736,3523790..3523895,3524117..3524209,3524290..3524539,3524618..>3524752))	Aspergillus niger	84590576
An02g14580	mRNA	An02g14580	NT_166519.1	3525653	3527647	R	An02g14580	complement(join(<3525653..3525715,3525794..3526006,3526113..3526151,3526309..3526358,3526445..3526489,3526767..3526979,3527102..3527180,3527326..3527474,3527533..>3527647))	Aspergillus niger	84590577
An02g14590	mRNA	An02g14590	NT_166519.1	3527883	3531367	D	An02g14590	join(<3527883..3528201,3528275..3531108,3531162..3531262,3531322..>3531367)	Aspergillus niger	4979998
An02g14600	mRNA	An02g14600	NT_166519.1	3531889	3534331	R	An02g14600	complement(join(<3531889..3532057,3532122..>3534331))	Aspergillus niger	4979999
An02g14610	mRNA	An02g14610	NT_166519.1	3534727	3535527	D	An02g14610	join(<3534727..3534871,3534917..3535230,3535321..>3535527)	Aspergillus niger	4980000
An02g14620	mRNA	An02g14620	NT_166519.1	3536051	3538027	D	An02g14620	join(<3536051..3536066,3536127..3536215,3536294..>3538027)	Aspergillus niger	4980001
An02g14630	mRNA	An02g14630	NT_166519.1	3538402	3541890	D	An02g14630	join(<3538402..3538461,3538669..3539181,3539347..3539967,3540024..3540285,3540430..3541503,3541556..3541717,3541787..>3541890)	Aspergillus niger	4980002
An02g14640	mRNA	An02g14640	NT_166519.1	3542884	3544458	D	An02g14640	join(<3542884..3543103,3543173..3543534,3543615..3543723,3543800..>3544458)	Aspergillus niger	4980003
An02g14650	mRNA	An02g14650	NT_166519.1	3545692	3548700	R	An02g14650	complement(join(<3545692..3545835,3545905..3548197,3548318..>3548700))	Aspergillus niger	4980004
An02g14660	mRNA	An02g14660	NT_166519.1	3549023	3550322	D	An02g14660	join(<3549023..3549208,3549283..3549504,3549567..3549968,3550173..>3550322)	Aspergillus niger	4980005
An02g14670	mRNA	An02g14670	NT_166519.1	3550417	3552748	R	An02g14670	complement(join(<3550417..3550578,3550634..3550726,3550791..3551674,3551721..3552208,3552294..3552380,3552518..3552601,3552690..>3552748))	Aspergillus niger	4980006
An02g14680	mRNA	An02g14680	NT_166519.1	3553799	3554188	D	An02g14680	join(<3553799..3553842,3553906..>3554188)	Aspergillus niger	84590578
An02g14690	mRNA	An02g14690	NT_166519.1	3555574	3557183	D	An02g14690	join(<3555574..3555610,3555679..3555842,3555917..3556994,3557047..>3557183)	Aspergillus niger	4980008
An02g14700	mRNA	An02g14700	NT_166519.1	3557473	3557797	R	An02g14700	complement(join(<3557473..3557574,3557639..>3557797))	Aspergillus niger	84590579
An02g14710	mRNA	An02g14710	NT_166519.1	3558265	3560448	R	An02g14710	complement(<3558265..>3560448)	Aspergillus niger	4980010
An02g14720	mRNA	An02g14720	NT_166519.1	3563268	3564901	R	An02g14720	complement(join(<3563268..3563914,3563978..3564511,3564604..>3564901))	Aspergillus niger	4980011
An02g14730	mRNA	An02g14730	NT_166519.1	3565162	3566593	R	An02g14730	complement(join(<3565162..3566059,3566139..>3566593))	Aspergillus niger	4980012
An02g14740	mRNA	An02g14740	NT_166519.1	3567011	3568203	R	An02g14740	complement(join(<3567011..3567261,3567360..>3568203))	Aspergillus niger	4980013
An02g14750	mRNA	An02g14750	NT_166519.1	3568653	3570235	D	An02g14750	join(<3568653..3568695,3568787..3569285,3569359..>3570235)	Aspergillus niger	4980014
An02g14760	mRNA	An02g14760	NT_166519.1	3570965	3573028	R	An02g14760	complement(join(<3570965..3572032,3572092..3572677,3572793..>3573028))	Aspergillus niger	4980015
An02g14770	mRNA	An02g14770	NT_166519.1	3574563	3576653	R	An02g14770	complement(join(<3574563..3575230,3575366..3576514,3576629..>3576653))	Aspergillus niger	4980016
An02g14780	mRNA	An02g14780	NT_166519.1	3577128	3577452	R	An02g14780	complement(join(<3577128..3577236,3577293..3577334,3577421..>3577452))	Aspergillus niger	84590580
An02g14790	mRNA	An02g14790	NT_166519.1	3577513	3578768	D	An02g14790	join(<3577513..3577874,3577948..3578407,3578472..>3578768)	Aspergillus niger	4980018
An02g14800	mRNA	pdiA	NT_166519.1	3579372	3581183	R	An02g14800	complement(join(<3579372..3579738,3579806..3580245,3580345..3580723,3580822..>3581183))	Aspergillus niger	4980019
An02g14810	mRNA	An02g14810	NT_166519.1	3582315	3584218	R	An02g14810	complement(join(<3582315..3583387,3583499..3583999,3584059..>3584218))	Aspergillus niger	4980020
An02g14820	mRNA	An02g14820	NT_166519.1	3585687	3589081	D	An02g14820	join(<3585687..3586370,3586436..>3589081)	Aspergillus niger	4980021
An02g14830	mRNA	An02g14830	NT_166519.1	3589536	3591782	R	An02g14830	complement(<3589536..>3591782)	Aspergillus niger	4980022
An02g14840	mRNA	An02g14840	NT_166519.1	3592381	3593806	D	An02g14840	join(<3592381..3593430,3593519..>3593806)	Aspergillus niger	4980023
An02g14850	mRNA	An02g14850	NT_166519.1	3594266	3594964	R	An02g14850	complement(<3594266..>3594964)	Aspergillus niger	4980024
An02g14860	mRNA	An02g14860	NT_166519.1	3595381	3596263	R	An02g14860	complement(join(<3595381..3595597,3595685..3596080,3596160..>3596263))	Aspergillus niger	4980025
An02g14870	mRNA	An02g14870	NT_166519.1	3597439	3599566	R	An02g14870	complement(join(<3597439..3598858,3598932..3599220,3599395..>3599566))	Aspergillus niger	4980026
An02g14880	mRNA	An02g14880	NT_166519.1	3601298	3602556	D	An02g14880	join(<3601298..3601319,3601384..3601732,3601790..3602151,3602218..3602350,3602406..>3602556)	Aspergillus niger	4980027
An02g14890	mRNA	An02g14890	NT_166519.1	3603807	3605593	D	An02g14890	join(<3603807..3603929,3603983..3605431,3605504..>3605593)	Aspergillus niger	4980028
An02g14900	mRNA	An02g14900	NT_166519.1	3606707	3607648	D	An02g14900	join(<3606707..3606897,3606969..3607077,3607133..>3607648)	Aspergillus niger	4980029
An02g14910	mRNA	An02g14910	NT_166519.1	3607751	3608660	D	An02g14910	join(<3607751..3608047,3608098..3608460,3608586..>3608660)	Aspergillus niger	84590581
An02g14920	mRNA	An02g14920	NT_166519.1	3608947	3609957	R	An02g14920	complement(join(<3608947..3609030,3609102..3609150,3609214..3609512,3609572..3609598,3609669..3609719,3609775..>3609957))	Aspergillus niger	4980031
An02g14930	mRNA	An02g14930	NT_166519.1	3610850	3612233	D	An02g14930	join(<3610850..3611194,3611258..3611355,3611411..3611766,3611844..3611951,3611984..3612037,3612187..>3612233)	Aspergillus niger	4980032
An02g14940	mRNA	An02g14940	NT_166519.1	3613220	3614892	D	An02g14940	join(<3613220..3613983,3614043..>3614892)	Aspergillus niger	4980033
An02g14950	mRNA	An02g14950	NT_166519.1	3615045	3616649	R	An02g14950	complement(join(<3615045..3615201,3615263..3615334,3615391..>3616649))	Aspergillus niger	4980034
An02g14960	mRNA	An02g14960	NT_166519.1	3616924	3617215	R	An02g14960	complement(join(<3616924..3616980,3617012..>3617215))	Aspergillus niger	84590582
An02g14970	mRNA	An02g14970	NT_166519.1	3617539	3618714	R	An02g14970	complement(join(<3617539..3618165,3618228..3618319,3618373..3618639,3618690..>3618714))	Aspergillus niger	4980036
An02g14980	mRNA	An02g14980	NT_166519.1	3620128	3622222	R	An02g14980	complement(join(<3620128..3620221,3620278..3621179,3621234..3621771,3621826..3621916,3621978..3622129,3622179..>3622222))	Aspergillus niger	4980037
An02g14990	mRNA	An02g14990	NT_166519.1	3622805	3625439	D	An02g14990	join(<3622805..3622835,3622906..3622973,3623024..3623164,3623235..3623508,3623568..3625248,3625295..>3625439)	Aspergillus niger	4980038
An02g15000	mRNA	An02g15000	NT_166519.1	3625708	3626085	D	An02g15000	join(<3625708..3625737,3625775..3625850,3625898..3625979,3626057..>3626085)	Aspergillus niger	84590583
An07g00010	mRNA	An07g00010	NT_166523.1	273	819	D	An07g00010	join(<273..419,484..>819)	Aspergillus niger	4981286
An07g00020	mRNA	An07g00020	NT_166523.1	1336	2682	D	An07g00020	<1336..>2682	Aspergillus niger	4981303
An07g00030	mRNA	An07g00030	NT_166523.1	3260	4398	R	An07g00030	complement(join(<3260..3604,3677..4011,4078..4279,4342..>4398))	Aspergillus niger	4981302
An07g00040	mRNA	An07g00040	NT_166523.1	4959	6921	D	An07g00040	join(<4959..5012,5078..5290,5429..6000,6138..>6921)	Aspergillus niger	4981288
An07g00050	mRNA	An07g00050	NT_166523.1	7962	9254	R	An07g00050	complement(<7962..>9254)	Aspergillus niger	4981299
An07g00060	mRNA	An07g00060	NT_166523.1	10275	12088	D	An07g00060	join(<10275..10510,10594..>12088)	Aspergillus niger	4981292
An07g00070	mRNA	An07g00070	NT_166523.1	12748	13328	R	An07g00070	complement(join(<12748..13104,13170..>13328))	Aspergillus niger	4981279
An07g00080	mRNA	An07g00080	NT_166523.1	13864	15562	D	An07g00080	join(<13864..13929,14017..15123,15233..>15562)	Aspergillus niger	4981297
An07g00090	mRNA	An07g00090	NT_166523.1	15828	16835	R	An07g00090	complement(<15828..>16835)	Aspergillus niger	4981293
An07g00100	mRNA	An07g00100	NT_166523.1	17361	18788	D	An07g00100	<17361..>18788	Aspergillus niger	4981304
An07g00110	mRNA	An07g00110	NT_166523.1	18920	20167	R	An07g00110	complement(<18920..>20167)	Aspergillus niger	84591232
An07g00120	mRNA	An07g00120	NT_166523.1	21445	22020	R	An07g00120	complement(join(<21445..21470,21604..21682,21804..21871,22017..>22020))	Aspergillus niger	84591233
An07g00130	mRNA	An07g00130	NT_166523.1	22545	23159	R	An07g00130	complement(<22545..>23159)	Aspergillus niger	4981291
An07g00140	mRNA	An07g00140	NT_166523.1	23587	24907	R	An07g00140	complement(join(<23587..23667,23742..23790,23862..23930,24325..24456,24858..>24907))	Aspergillus niger	84591234
An07g00150	mRNA	An07g00150	NT_166523.1	25171	27057	R	An07g00150	complement(join(<25171..25544,25667..26031,26098..26436,26499..26829,26889..>27057))	Aspergillus niger	4981283
An07g00160	mRNA	An07g00160	NT_166523.1	28147	29509	D	An07g00160	join(<28147..28404,28487..28711,28825..29184,29273..>29509)	Aspergillus niger	84591235
An07g00170	mRNA	An07g00170	NT_166523.1	30698	33658	D	An07g00170	join(<30698..30902,30935..31542,31609..32531,32592..33059,33111..33352,33561..>33658)	Aspergillus niger	4981294
An07g00180	mRNA	An07g00180	NT_166523.1	33939	34562	R	An07g00180	complement(join(<33939..33968,34009..34093,34203..34218,34248..34285,34468..>34562))	Aspergillus niger	84591236
An07g00190	mRNA	An07g00190	NT_166523.1	35653	36790	D	An07g00190	join(<35653..35771,35825..35935,35984..36408,36439..36571,36628..>36790)	Aspergillus niger	4981287
An07g00200	mRNA	An07g00200	NT_166523.1	37171	38233	R	An07g00200	complement(join(<37171..37213,37394..37743,37805..>38233))	Aspergillus niger	4981276
An07g00210	mRNA	An07g00210	NT_166523.1	38611	39795	D	An07g00210	join(<38611..38670,38968..39015,39378..39528,39614..>39795)	Aspergillus niger	84591237
An07g00220	mRNA	An07g00220	NT_166523.1	39886	41441	D	An07g00220	join(<39886..39941,40015..40213,40267..40303,40357..40577,40630..40853,40905..41032,41086..>41441)	Aspergillus niger	4981301
An07g00230	mRNA	An07g00230	NT_166523.1	41980	43576	R	An07g00230	complement(join(<41980..42935,43003..43452,43528..>43576))	Aspergillus niger	4981300
An07g00240	mRNA	An07g00240	NT_166523.1	44259	47006	R	An07g00240	complement(<44259..>47006)	Aspergillus niger	4981295
An07g00250	mRNA	An07g00250	NT_166523.1	49092	50850	D	An07g00250	join(<49092..49244,49364..50193,50247..>50850)	Aspergillus niger	4981272
An07g00260	mRNA	An07g00260	NT_166523.1	51173	52385	D	An07g00260	join(<51173..51262,51332..51627,51689..>52385)	Aspergillus niger	4981273
An07g00270	mRNA	An07g00270	NT_166523.1	52755	52958	D	An07g00270	<52755..>52958	Aspergillus niger	84591238
An07g00280	mRNA	An07g00280	NT_166523.1	53272	54249	D	An07g00280	join(<53272..53321,53379..53442,53515..>54249)	Aspergillus niger	4981289
An07g00290	mRNA	An07g00290	NT_166523.1	54509	55397	D	An07g00290	join(<54509..54699,54764..>55397)	Aspergillus niger	4981274
An07g00300	mRNA	An07g00300	NT_166523.1	55595	57703	R	An07g00300	complement(join(<55595..55638,55725..55780,55961..57235,57393..>57703))	Aspergillus niger	4981296
An07g00310	mRNA	An07g00310	NT_166523.1	57795	60773	R	An07g00310	complement(join(<57795..58343,58413..58574,58647..59164,59220..59533,59713..59814,60011..60111,60199..60266,60369..60454,60706..>60773))	Aspergillus niger	4981282
An07g00320	mRNA	An07g00320	NT_166523.1	61088	62226	D	An07g00320	join(<61088..61171,61322..61973,62030..>62226)	Aspergillus niger	4981277
An07g00330	mRNA	An07g00330	NT_166523.1	62888	63587	R	An07g00330	complement(join(<62888..63045,63097..63384,63434..>63587))	Aspergillus niger	4981290
An07g00340	mRNA	An07g00340	NT_166523.1	64617	65293	D	An07g00340	join(<64617..64757,64906..64916,64958..65015,65064..65097,65208..>65293)	Aspergillus niger	84591239
An07g00350	mRNA	An07g00350	NT_166523.1	66285	68640	D	An07g00350	join(<66285..67279,67329..>68640)	Aspergillus niger	4981281
An07g00360	mRNA	An07g00360	NT_166523.1	68815	70901	R	An07g00360	complement(join(<68815..69588,69650..70192,70253..70399,70463..70682,70855..>70901))	Aspergillus niger	4981307
An07g00370	mRNA	An07g00370	NT_166523.1	71402	73220	R	An07g00370	complement(join(<71402..71692,71757..72046,72101..72757,72875..72958,73010..>73220))	Aspergillus niger	4981308
An07g00380	mRNA	An07g00380	NT_166523.1	73637	76037	D	An07g00380	join(<73637..73969,74035..74107,74164..>76037)	Aspergillus niger	4981309
An07g00390	mRNA	An07g00390	NT_166523.1	76096	76939	D	An07g00390	join(<76096..76143,76214..76417,76466..>76939)	Aspergillus niger	84591240
An07g00400	mRNA	An07g00400	NT_166523.1	77156	78148	R	An07g00400	complement(<77156..>78148)	Aspergillus niger	4981311
An07g00410	mRNA	An07g00410	NT_166523.1	78375	78641	R	An07g00410	complement(<78375..>78641)	Aspergillus niger	84591241
An07g00420	mRNA	An07g00420	NT_166523.1	78976	79582	D	An07g00420	join(<78976..79251,79334..>79582)	Aspergillus niger	10098305
An07g00430	mRNA	An07g00430	NT_166523.1	80386	81174	R	An07g00430	complement(join(<80386..80498,80580..80666,80777..80832,80904..80972,81074..>81174))	Aspergillus niger	84591242
An07g00440	mRNA	An07g00440	NT_166523.1	81570	82826	D	An07g00440	<81570..>82826	Aspergillus niger	4981315
An07g00450	mRNA	An07g00450	NT_166523.1	83056	84951	R	An07g00450	complement(join(<83056..83273,83329..84546,84597..>84951))	Aspergillus niger	4981316
An07g00460	mRNA	An07g00460	NT_166523.1	85982	86495	R	An07g00460	complement(join(<85982..86110,86222..86317,86460..>86495))	Aspergillus niger	84591243
An07g00470	mRNA	An07g00470	NT_166523.1	86711	88917	D	An07g00470	join(<86711..87949,88002..88137,88191..88668,88719..>88917)	Aspergillus niger	4981318
An07g00480	mRNA	An07g00480	NT_166523.1	89252	90071	D	An07g00480	join(<89252..89351,89413..>90071)	Aspergillus niger	4981319
An07g00490	mRNA	An07g00490	NT_166523.1	90994	91768	D	An07g00490	join(<90994..91011,91136..91296,91395..91490,91609..>91768)	Aspergillus niger	84591244
An07g00500	mRNA	An07g00500	NT_166523.1	91910	92223	R	An07g00500	complement(join(<91910..92137,92170..>92223))	Aspergillus niger	84591245
An07g00510	mRNA	An07g00510	NT_166523.1	92473	93300	D	An07g00510	<92473..>93300	Aspergillus niger	4981322
An07g00520	mRNA	An07g00520	NT_166523.1	94116	94882	R	An07g00520	complement(join(<94116..94454,94515..94618,94678..>94882))	Aspergillus niger	4981323
An07g00530	mRNA	An07g00530	NT_166523.1	95169	97164	R	An07g00530	complement(join(<95169..95362,95422..95819,95912..96045,96109..96443,96515..96533,96619..>97164))	Aspergillus niger	4981324
An07g00540	mRNA	An07g00540	NT_166523.1	97669	98935	D	An07g00540	join(<97669..97689,97739..98257,98322..98498,98546..>98935)	Aspergillus niger	4981325
An07g00550	mRNA	An07g00550	NT_166523.1	99032	100593	R	An07g00550	complement(join(<99032..99180,99284..99698,99751..>100593))	Aspergillus niger	4981326
An07g00560	mRNA	An07g00560	NT_166523.1	100696	101780	D	An07g00560	join(<100696..100715,100787..100948,101034..101096,101197..101318,101506..>101780)	Aspergillus niger	84591246
An07g00570	mRNA	An07g00570	NT_166523.1	101971	103390	D	An07g00570	join(<101971..102144,102202..102389,102444..102628,102682..102799,102851..102918,102975..103005,103057..>103390)	Aspergillus niger	4981328
An07g00580	mRNA	An07g00580	NT_166523.1	105005	107050	D	An07g00580	<105005..>107050	Aspergillus niger	4981329
An07g00590	mRNA	An07g00590	NT_166523.1	108836	109783	R	An07g00590	complement(join(<108836..109682,109734..>109783))	Aspergillus niger	4981330
An07g00600	mRNA	An07g00600	NT_166523.1	109901	110652	R	An07g00600	complement(join(<109901..110047,110101..110551,110633..>110652))	Aspergillus niger	84591247
An07g00620	mRNA	An07g00620	NT_166523.1	111662	113716	D	An07g00620	join(<111662..113181,113233..>113716)	Aspergillus niger	4981333
An07g00630	mRNA	An07g00630	NT_166523.1	113948	115027	R	An07g00630	complement(join(<113948..114120,114153..114252,114289..114794,114862..>115027))	Aspergillus niger	4981334
An07g00640	mRNA	An07g00640	NT_166523.1	115747	116592	R	An07g00640	complement(<115747..>116592)	Aspergillus niger	4981335
An07g00650	mRNA	An07g00650	NT_166523.1	117020	117384	R	An07g00650	complement(join(<117020..117079,117154..>117384))	Aspergillus niger	84591248
An07g00660	mRNA	An07g00660	NT_166523.1	117712	118350	R	An07g00660	complement(join(<117712..117838,118181..>118350))	Aspergillus niger	84591249
An07g00670	mRNA	An07g00670	NT_166523.1	118633	120786	R	An07g00670	complement(join(<118633..119001,119056..120002,120066..120682,120755..>120786))	Aspergillus niger	4981338
An07g00680	mRNA	An07g00680	NT_166523.1	121198	122253	R	An07g00680	complement(<121198..>122253)	Aspergillus niger	4981339
An07g00690	mRNA	An07g00690	NT_166523.1	122617	123471	R	An07g00690	complement(join(<122617..122803,123167..>123471))	Aspergillus niger	84591250
An07g00700	mRNA	An07g00700	NT_166523.1	123640	124746	R	An07g00700	complement(<123640..>124746)	Aspergillus niger	4981341
An07g00710	mRNA	An07g00710	NT_166523.1	125597	125899	R	An07g00710	complement(<125597..>125899)	Aspergillus niger	84591251
An07g00720	mRNA	An07g00720	NT_166523.1	125926	128855	D	An07g00720	join(<125926..126021,126114..126138,126204..126342,126427..126536,126722..126788,126956..127009,127143..127257,127333..127404,127490..127614,127883..127944,128614..>128855)	Aspergillus niger	84591252
An07g00730	mRNA	An07g00730	NT_166523.1	129938	131014	R	An07g00730	complement(join(<129938..130241,130305..130582,130664..130896,130957..>131014))	Aspergillus niger	4981344
An07g00740	mRNA	An07g00740	NT_166523.1	131347	131750	D	An07g00740	join(<131347..131352,131454..131609,131658..>131750)	Aspergillus niger	84591253
An07g00750	mRNA	An07g00750	NT_166523.1	132027	133606	R	An07g00750	complement(join(<132027..132211,132256..132442,132489..133377,133437..133504,133574..>133606))	Aspergillus niger	4981346
An07g00760	mRNA	An07g00760	NT_166523.1	134077	135330	R	An07g00760	complement(<134077..>135330)	Aspergillus niger	4981347
An07g00770	mRNA	An07g00770	NT_166523.1	135741	137289	D	An07g00770	join(<135741..135797,135896..135941,136037..136317,136409..136468,136576..136686,136846..136989,137116..>137289)	Aspergillus niger	84591254
An07g00780	mRNA	An07g00780	NT_166523.1	137469	138944	D	An07g00780	join(<137469..137593,137648..138382,138441..138725,138779..>138944)	Aspergillus niger	4981349
An07g00790	mRNA	An07g00790	NT_166523.1	139451	140788	D	An07g00790	join(<139451..140253,140303..140528,140585..>140788)	Aspergillus niger	4981350
An07g00800	mRNA	An07g00800	NT_166523.1	141476	143644	D	An07g00800	join(<141476..141670,141730..142082,142134..142304,142356..142640,142688..143130,143307..143501,143538..>143644)	Aspergillus niger	84591255
An07g00810	mRNA	An07g00810	NT_166523.1	144162	145134	D	An07g00810	join(<144162..144293,144346..>145134)	Aspergillus niger	4981352
An07g00820	mRNA	An07g00820	NT_166523.1	145780	147115	R	An07g00820	complement(join(<145780..146877,146945..>147115))	Aspergillus niger	4981353
An07g00830	mRNA	An07g00830	NT_166523.1	147193	148525	R	An07g00830	complement(join(<147193..147412,147851..147917,148402..>148525))	Aspergillus niger	84591256
An07g00840	mRNA	An07g00840	NT_166523.1	149092	149576	D	An07g00840	join(<149092..149391,149484..>149576)	Aspergillus niger	4981356
An07g00850	mRNA	An07g00850	NT_166523.1	149665	150783	D	An07g00850	<149665..>150783	Aspergillus niger	84591257
An07g00860	mRNA	An07g00860	NT_166523.1	150917	151940	R	An07g00860	complement(join(<150917..151404,151466..151708,151769..>151940))	Aspergillus niger	4981357
An07g00870	mRNA	An07g00870	NT_166523.1	152418	153503	R	An07g00870	complement(join(<152418..152500,152548..152748,152831..152910,153177..153351,153446..>153503))	Aspergillus niger	84591258
An07g00880	mRNA	An07g00880	NT_166523.1	154518	156278	D	An07g00880	<154518..>156278	Aspergillus niger	4981359
An07g00900	mRNA	An07g00900	NT_166523.1	156733	161145	R	An07g00900	complement(join(<156733..160415,160455..>161145))	Aspergillus niger	10098316
An07g00905	mRNA	An07g00905	NT_166523.1	161523	162377	R	An07g00905	complement(<161523..>162377)	Aspergillus niger	4981361
An07g00930	mRNA	An07g00930	NT_166523.1	162974	163938	R	An07g00930	complement(join(<162974..163383,163455..>163938))	Aspergillus niger	4981362
An07g00940	mRNA	An07g00940	NT_166523.1	164974	165935	R	An07g00940	complement(join(<164974..165336,165385..165724,165787..>165935))	Aspergillus niger	4981363
An07g00950	mRNA	An07g00950	NT_166523.1	166538	167842	R	An07g00950	complement(join(<166538..166942,166999..167521,167575..167684,167765..>167842))	Aspergillus niger	4981364
An07g00960	mRNA	An07g00960	NT_166523.1	168232	168462	R	An07g00960	complement(join(<168232..168310,168407..>168462))	Aspergillus niger	84591259
An07g00970	mRNA	An07g00970	NT_166523.1	168613	169608	R	An07g00970	complement(join(<168613..169073,169130..169378,169440..>169608))	Aspergillus niger	4981366
An07g00980	mRNA	An07g00980	NT_166523.1	170594	172300	R	An07g00980	complement(<170594..>172300)	Aspergillus niger	4981367
An07g00990	mRNA	An07g00990	NT_166523.1	172330	173140	R	An07g00990	complement(join(<172330..172560,172673..172738,172850..172982,173070..>173140))	Aspergillus niger	84591260
An07g01000	mRNA	An07g01000	NT_166523.1	173170	174987	R	An07g01000	complement(join(<173170..173618,173676..173889,173950..174083,174141..174352,174403..174481,174651..>174987))	Aspergillus niger	4981369
An07g01010	mRNA	An07g01010	NT_166523.1	175717	177192	D	An07g01010	<175717..>177192	Aspergillus niger	4981370
An07g01020	mRNA	An07g01020	NT_166523.1	177445	178023	D	An07g01020	join(<177445..177542,177810..>178023)	Aspergillus niger	84591261
An07g01030	mRNA	An07g01030	NT_166523.1	179481	183874	D	An07g01030	join(<179481..180076,180150..180663,180725..180848,180920..181032,181088..181523,181584..182030,182093..183336,183399..183491,183632..>183874)	Aspergillus niger	4981372
An07g01040	mRNA	An07g01040	NT_166523.1	183899	184364	D	An07g01040	join(<183899..184137,184223..>184364)	Aspergillus niger	84591262
An07g01050	mRNA	An07g01050	NT_166523.1	184711	187195	R	An07g01050	complement(join(<184711..184821,184919..185173,185261..185529,185580..185875,186145..186302,186626..186871,186953..187069,187178..>187195))	Aspergillus niger	4981374
An07g01060	mRNA	An07g01060	NT_166523.1	189253	190298	D	An07g01060	join(<189253..189547,189640..>190298)	Aspergillus niger	4981375
An07g01070	mRNA	An07g01070	NT_166523.1	191720	192790	D	An07g01070	join(<191720..192299,192438..>192790)	Aspergillus niger	4981376
An07g01080	mRNA	An07g01080	NT_166523.1	195154	196692	R	An07g01080	complement(join(<195154..195511,195679..195735,195813..195925,195971..196035,196115..196329,196418..196552,196601..>196692))	Aspergillus niger	84591263
An07g01090	mRNA	An07g01090	NT_166523.1	196726	198417	D	An07g01090	<196726..>198417	Aspergillus niger	4981378
An07g01100	mRNA	An07g01100	NT_166523.1	198864	199642	D	An07g01100	join(<198864..199016,199079..>199642)	Aspergillus niger	4981379
An07g01110	mRNA	An07g01110	NT_166523.1	200069	201965	R	An07g01110	complement(join(<200069..200461,200705..200830,200877..201293,201342..>201965))	Aspergillus niger	4981380
An07g01130	mRNA	An07g01130	NT_166523.1	203367	204680	D	An07g01130	<203367..>204680	Aspergillus niger	4981381
An07g01140	mRNA	An07g01140	NT_166523.1	204835	206824	D	An07g01140	join(<204835..204985,205064..205101,205151..205328,205403..205519,205581..205843,205889..>206824)	Aspergillus niger	4981382
An07g01150	mRNA	An07g01150	NT_166523.1	206940	209072	D	An07g01150	join(<206940..207008,207094..207360,207404..207937,208002..>209072)	Aspergillus niger	4981383
An07g01160	mRNA	An07g01160	NT_166523.1	209438	210742	R	An07g01160	complement(join(<209438..210093,210140..210574,210628..>210742))	Aspergillus niger	4981384
An07g01170	mRNA	An07g01170	NT_166523.1	210765	213109	D	An07g01170	join(<210765..210879,210969..211023,211100..211359,211397..211535,212584..212699,212776..212874,213000..>213109)	Aspergillus niger	84591264
An07g01180	mRNA	An07g01180	NT_166523.1	213246	213644	R	An07g01180	complement(join(<213246..213330,213422..213534,213636..>213644))	Aspergillus niger	84591265
An07g01190	mRNA	An07g01190	NT_166523.1	213754	215022	D	An07g01190	join(<213754..214652,214758..>215022)	Aspergillus niger	84591266
An07g01200	mRNA	An07g01200	NT_166523.1	215063	216389	D	An07g01200	join(<215063..215213,215276..215410,215478..215693,215748..216118,216207..>216389)	Aspergillus niger	4981388
An07g01210	mRNA	An07g01210	NT_166523.1	216724	218060	D	An07g01210	join(<216724..216889,216973..217046,217195..217365,217484..217694,217772..217911,217983..>218060)	Aspergillus niger	84591267
An07g01220	mRNA	An07g01220	NT_166523.1	218855	220967	D	An07g01220	join(<218855..219070,219136..219212,219265..219316,219368..219563,219686..219757,219815..220327,220382..220542,220608..>220967)	Aspergillus niger	4981390
An07g01230	mRNA	An07g01230	NT_166523.1	221289	222998	R	An07g01230	complement(join(<221289..221914,221936..221952,222017..222700,222835..>222998))	Aspergillus niger	84591268
An07g01240	mRNA	An07g01240	NT_166523.1	223301	226167	D	An07g01240	join(<223301..223368,223465..223495,224001..224165,224670..224814,224943..225120,225199..225342,225937..225988,226066..>226167)	Aspergillus niger	84591269
An07g01250	mRNA	An07g01250	NT_166523.1	226905	231490	R	An07g01250	complement(join(<226905..227664,227714..228108,228160..228791,228847..228862,228916..230605,230658..>231490))	Aspergillus niger	4981393
An07g01260	mRNA	An07g01260	NT_166523.1	232357	234345	R	An07g01260	complement(join(<232357..233086,233147..233387,233447..233910,234014..234155,234243..>234345))	Aspergillus niger	4981394
An07g01270	mRNA	An07g01270	NT_166523.1	234989	237839	R	An07g01270	complement(join(<234989..237467,237823..>237839))	Aspergillus niger	4981395
An07g01280	mRNA	An07g01280	NT_166523.1	238044	240662	D	An07g01280	join(<238044..238141,238405..240353,240424..>240662)	Aspergillus niger	4981396
An07g01290	mRNA	An07g01290	NT_166523.1	240737	242059	R	An07g01290	complement(join(<240737..241690,241755..241871,242021..>242059))	Aspergillus niger	4981397
An07g01300	mRNA	An07g01300	NT_166523.1	242139	242665	R	An07g01300	complement(join(<242139..242271,242472..>242665))	Aspergillus niger	84591270
An07g01310	mRNA	An07g01310	NT_166523.1	242678	244753	D	An07g01310	join(<242678..242894,242968..243665,243725..243965,244040..244470,244592..>244753)	Aspergillus niger	4981399
An07g01320	mRNA	An07g01320	NT_166523.1	245151	245558	R	An07g01320	complement(join(<245151..245222,245284..245370,245439..>245558))	Aspergillus niger	4981400
An07g01340	mRNA	An07g01340	NT_166523.1	247153	248193	D	An07g01340	<247153..>248193	Aspergillus niger	4981401
An07g01350	mRNA	An07g01350	NT_166523.1	249108	250494	R	An07g01350	complement(join(<249108..250259,250313..250350,250443..>250494))	Aspergillus niger	4981402
An07g01360	mRNA	An07g01360	NT_166523.1	251242	253421	D	An07g01360	join(<251242..251629,251819..252270,252338..252442,252475..252580,252779..253082,253137..253167,253215..>253421)	Aspergillus niger	4981403
An07g01380	mRNA	An07g01380	NT_166523.1	254879	257924	R	An07g01380	complement(join(<254879..255896,255943..256073,256115..256204,256297..257084,257129..257236,257381..257613,257674..257728,257783..>257924))	Aspergillus niger	4981405
An07g01390	mRNA	An07g01390	NT_166523.1	258886	259733	D	An07g01390	join(<258886..258891,258999..>259733)	Aspergillus niger	4981406
An07g01400	mRNA	An07g01400	NT_166523.1	259951	261603	R	An07g01400	complement(join(<259951..260288,260332..260447,260711..261153,261202..>261603))	Aspergillus niger	4981407
An07g01410	mRNA	An07g01410	NT_166523.1	261812	262431	D	An07g01410	join(<261812..261865,261996..262301,262351..>262431)	Aspergillus niger	4981408
An07g01420	mRNA	An07g01420	NT_166523.1	262758	263085	R	An07g01420	complement(join(<262758..262799,262843..>263085))	Aspergillus niger	84591271
An07g01430	mRNA	An07g01430	NT_166523.1	263689	265588	R	An07g01430	complement(join(<263689..263803,263853..264463,264491..264745,264794..264901,264980..>265588))	Aspergillus niger	4981410
An07g01440	mRNA	An07g01440	NT_166523.1	266019	268570	D	An07g01440	join(<266019..266135,266205..266330,266412..266459,266512..267346,267397..268327,268477..>268570)	Aspergillus niger	4981411
An07g01450	mRNA	An07g01450	NT_166523.1	268697	270685	R	An07g01450	complement(join(<268697..268861,268926..268953,269026..269269,269456..269548,269841..269904,270024..270147,270288..270345,270438..270506,270631..>270685))	Aspergillus niger	4981412
An07g01460	mRNA	An07g01460	NT_166523.1	270761	272020	D	An07g01460	join(<270761..270850,270942..271119,271210..271314,271397..271534,271622..271837,271893..>272020)	Aspergillus niger	84591272
An07g01470	mRNA	An07g01470	NT_166523.1	272436	273464	D	An07g01470	join(<272436..272733,272788..>273464)	Aspergillus niger	4981414
An07g01480	mRNA	An07g01480	NT_166523.1	273884	275248	R	An07g01480	complement(join(<273884..273984,274240..274343,274470..274536,274605..274757,274862..275056,275155..>275248))	Aspergillus niger	4981415
An07g01490	mRNA	An07g01490	NT_166523.1	275952	276249	R	An07g01490	complement(join(<275952..276080,276145..>276249))	Aspergillus niger	84591273
An07g01500	mRNA	An07g01500	NT_166523.1	276663	277698	R	An07g01500	complement(join(<276663..276822,276881..276921,277114..277176,277489..>277698))	Aspergillus niger	84591274
An07g01510	mRNA	An07g01510	NT_166523.1	279514	280774	D	An07g01510	join(<279514..280196,280262..280596,280662..>280774)	Aspergillus niger	4981418
An07g01520	mRNA	An07g01520	NT_166523.1	282427	286759	R	An07g01520	complement(join(<282427..283035,283105..283602,283636..283734,283798..283886,283942..286407,286468..>286759))	Aspergillus niger	4981419
An07g01530	mRNA	An07g01530	NT_166523.1	287182	287805	D	An07g01530	join(<287182..287324,287400..>287805)	Aspergillus niger	4981420
An07g01540	mRNA	An07g01540	NT_166523.1	288194	289115	R	An07g01540	complement(join(<288194..288490,288540..288718,288794..288908,288996..>289115))	Aspergillus niger	4981421
An07g01550	mRNA	An07g01550	NT_166523.1	289449	290296	D	An07g01550	join(<289449..289542,289603..290028,290112..>290296)	Aspergillus niger	4981422
An07g01560	mRNA	An07g01560	NT_166523.1	290502	290917	R	An07g01560	complement(join(<290502..290554,290627..290717,290774..>290917))	Aspergillus niger	4981423
An07g01570	mRNA	An07g01570	NT_166523.1	290951	291340	R	An07g01570	complement(join(<290951..291175,291293..>291340))	Aspergillus niger	84591275
An07g01580	mRNA	An07g01580	NT_166523.1	291384	294810	D	An07g01580	join(<291384..291515,291613..291705,291765..292037,292148..292244,292305..293585,293638..294063,294134..294664,294722..>294810)	Aspergillus niger	4981425
An07g01590	mRNA	An07g01590	NT_166523.1	295094	295486	R	An07g01590	complement(join(<295094..295187,295257..295271,295365..>295486))	Aspergillus niger	84591276
An07g01600	mRNA	An07g01600	NT_166523.1	295943	297392	D	An07g01600	join(<295943..296046,296148..296261,296550..296639,296712..296786,296877..296880,296981..297097,297234..>297392)	Aspergillus niger	84591277
An07g01610	mRNA	An07g01610	NT_166523.1	297421	299280	R	An07g01610	complement(join(<297421..297732,297772..297849,297924..298163,298366..298414,298567..298654,299002..299232,299274..>299280))	Aspergillus niger	84591278
An07g01620	mRNA	An07g01620	NT_166523.1	299787	302925	D	An07g01620	join(<299787..300027,300086..300866,301230..>302925)	Aspergillus niger	4981429
An07g01630	mRNA	An07g01630	NT_166523.1	303340	303836	R	An07g01630	complement(join(<303340..303543,303711..>303836))	Aspergillus niger	84591279
An07g01640	mRNA	An07g01640	NT_166523.1	303940	304539	D	An07g01640	join(<303940..304108,304165..304305,304357..304449,304511..>304539)	Aspergillus niger	4981431
An07g01650	mRNA	An07g01650	NT_166523.1	304777	305469	R	An07g01650	complement(join(<304777..304798,304892..>305469))	Aspergillus niger	4981432
An07g01660	mRNA	An07g01660	NT_166523.1	306052	307757	D	An07g01660	join(<306052..306114,306209..306286,306372..306458,306499..306568,306646..306919,307318..307409,307492..>307757)	Aspergillus niger	84591280
An07g01670	mRNA	An07g01670	NT_166523.1	308048	309025	D	An07g01670	join(<308048..308097,308164..>309025)	Aspergillus niger	4981434
An07g01680	mRNA	An07g01680	NT_166523.1	309424	311703	D	An07g01680	join(<309424..309899,309937..310468,310516..>311703)	Aspergillus niger	4981435
An07g01690	mRNA	An07g01690	NT_166523.1	312814	314546	D	An07g01690	join(<312814..312899,312968..>314546)	Aspergillus niger	4981436
An07g01700	mRNA	An07g01700	NT_166523.1	314686	316817	R	An07g01700	complement(join(<314686..314965,315019..315214,315292..315889,315937..316431,316629..>316817))	Aspergillus niger	4981437
An07g01710	mRNA	An07g01710	NT_166523.1	316861	318042	R	An07g01710	complement(join(<316861..317604,317661..317945,318001..>318042))	Aspergillus niger	4981438
An07g01720	mRNA	An07g01720	NT_166523.1	318674	320219	D	An07g01720	join(<318674..318712,318816..>320219)	Aspergillus niger	84591281
An07g01730	mRNA	An07g01730	NT_166523.1	320297	321285	R	An07g01730	complement(join(<320297..320522,320581..320823,320858..>321285))	Aspergillus niger	4981440
An07g01740	mRNA	An07g01740	NT_166523.1	321859	323323	R	An07g01740	complement(join(<321859..322404,322565..322688,322746..322825,322883..323026,323093..>323323))	Aspergillus niger	4981441
An07g01750	mRNA	An07g01750	NT_166523.1	324774	325781	R	An07g01750	complement(join(<324774..325359,325432..>325781))	Aspergillus niger	4981442
An07g01760	mRNA	An07g01760	NT_166523.1	326026	327292	R	An07g01760	complement(join(<326026..326091,326847..326934,327007..327137,327227..>327292))	Aspergillus niger	84591282
An07g01770	mRNA	An07g01770	NT_166523.1	327634	329499	R	An07g01770	complement(join(<327634..327917,328066..328510,328785..328874,328956..329056,329104..329230,329446..>329499))	Aspergillus niger	84591283
An07g01780	mRNA	An07g01780	NT_166523.1	329516	330373	D	An07g01780	join(<329516..329693,329799..>330373)	Aspergillus niger	4981445
An07g01790	mRNA	An07g01790	NT_166523.1	331492	331880	D	An07g01790	join(<331492..331676,331769..>331880)	Aspergillus niger	84591284
An07g01800	mRNA	An07g01800	NT_166523.1	332100	333058	R	An07g01800	complement(join(<332100..332451,332548..332589,332668..332817,332901..>333058))	Aspergillus niger	84591285
An07g01810	mRNA	An07g01810	NT_166523.1	334526	335239	D	An07g01810	join(<334526..334973,335081..>335239)	Aspergillus niger	4981448
An07g01820	mRNA	An07g01820	NT_166523.1	336495	336956	R	An07g01820	complement(join(<336495..336530,336612..336692,336828..>336956))	Aspergillus niger	84591286
An07g01830	mRNA	An07g01830	NT_166523.1	337639	338497	D	An07g01830	join(<337639..337758,337817..>338497)	Aspergillus niger	4981450
An07g01840	mRNA	An07g01840	NT_166523.1	338551	339337	D	An07g01840	join(<338551..338579,338661..338772,338966..339070,339179..>339337)	Aspergillus niger	84591287
An07g01850	mRNA	An07g01850	NT_166523.1	339631	344508	D	An07g01850	join(<339631..340859,340917..>344508)	Aspergillus niger	4981452
An07g01860	mRNA	An07g01860	NT_166523.1	344516	345572	R	An07g01860	complement(join(<344516..344614,344742..344881,345000..345087,345426..>345572))	Aspergillus niger	84591288
An07g01870	mRNA	An07g01870	NT_166523.1	346228	348226	R	An07g01870	complement(join(<346228..347142,347208..347495,347576..>348226))	Aspergillus niger	4981454
An07g01880	mRNA	An07g01880	NT_166523.1	348250	348497	R	An07g01880	complement(join(<348250..348381,348450..>348497))	Aspergillus niger	84591289
An07g01890	mRNA	An07g01890	NT_166523.1	348836	349296	D	An07g01890	join(<348836..349060,349240..>349296)	Aspergillus niger	84591290
An07g01900	mRNA	An07g01900	NT_166523.1	349500	350872	D	An07g01900	join(<349500..350179,350257..350421,350488..>350872)	Aspergillus niger	4981457
An07g01910	mRNA	An07g01910	NT_166523.1	351252	352724	D	An07g01910	join(<351252..352560,352624..>352724)	Aspergillus niger	4981458
An07g01930	mRNA	An07g01930	NT_166523.1	354191	358675	D	An07g01930	join(<354191..354606,354648..354754,354803..354970,355025..355049,355127..355714,355769..355958,356016..356868,357189..357517,357953..>358675)	Aspergillus niger	4981460
An07g01940	mRNA	An07g01940	NT_166523.1	359047	360723	R	An07g01940	complement(join(<359047..359093,359151..359324,359399..360256,360320..360565,360633..>360723))	Aspergillus niger	4981461
An07g01950	mRNA	An07g01950	NT_166523.1	361379	363221	R	An07g01950	complement(join(<361379..362868,362914..363080,363130..>363221))	Aspergillus niger	4981462
An07g01960	mRNA	An07g01960	NT_166523.1	368267	369701	D	An07g01960	join(<368267..368507,368572..>369701)	Aspergillus niger	4981463
An07g01970	mRNA	An07g01970	NT_166523.1	370624	372875	D	An07g01970	join(<370624..371940,371988..372628,372683..>372875)	Aspergillus niger	4981464
An07g01980	mRNA	An07g01980	NT_166523.1	377407	378069	R	An07g01980	complement(join(<377407..377447,377802..>378069))	Aspergillus niger	84591291
An07g01990	mRNA	An07g01990	NT_166523.1	379163	380940	D	An07g01990	join(<379163..379205,379266..379527,379621..379709,379755..380353,380425..>380940)	Aspergillus niger	4981466
An07g02000	mRNA	An07g02000	NT_166523.1	381132	382154	R	An07g02000	complement(<381132..>382154)	Aspergillus niger	4981467
An07g02010	mRNA	An07g02010	NT_166523.1	383417	384481	R	An07g02010	complement(join(<383417..383535,383587..384192,384261..384311,384367..384386,384438..>384481))	Aspergillus niger	4981468
An07g02020	mRNA	An07g02020	NT_166523.1	384900	385929	D	An07g02020	join(<384900..385724,385783..>385929)	Aspergillus niger	4981469
An07g02030	mRNA	An07g02030	NT_166523.1	386825	387210	R	An07g02030	complement(join(<386825..387079,387163..>387210))	Aspergillus niger	84591292
An07g02040	mRNA	An07g02040	NT_166523.1	387576	389306	D	An07g02040	join(<387576..388600,388676..>389306)	Aspergillus niger	4981471
An07g02050	mRNA	dhbD	NT_166523.1	389708	390800	R	An07g02050	complement(join(<389708..390434,390499..>390800))	Aspergillus niger	4981472
An07g02060	mRNA	An07g02060	NT_166523.1	392575	394683	D	An07g02060	join(<392575..393007,393078..393842,393944..>394683)	Aspergillus niger	4981473
An07g02070	mRNA	An07g02070	NT_166523.1	396074	396794	R	An07g02070	complement(join(<396074..396105,396371..>396794))	Aspergillus niger	4981474
An07g02080	mRNA	An07g02080	NT_166523.1	398209	399399	D	An07g02080	<398209..>399399	Aspergillus niger	4981475
An07g02090	mRNA	An07g02090	NT_166523.1	400276	401919	D	An07g02090	join(<400276..400439,400516..400556,400655..400735,400823..401102,401160..>401919)	Aspergillus niger	4981476
An07g02100	mRNA	An07g02100	NT_166523.1	403468	405213	D	An07g02100	join(<403468..403521,403808..403880,403935..404521,404569..>405213)	Aspergillus niger	4981477
An07g02110	mRNA	An07g02110	NT_166523.1	406153	409508	D	An07g02110	join(<406153..408730,408778..408886,408932..409417,409466..>409508)	Aspergillus niger	4981478
An07g02120	mRNA	An07g02120	NT_166523.1	409801	410091	R	An07g02120	complement(<409801..>410091)	Aspergillus niger	4981479
An07g02130	mRNA	An07g02130	NT_166523.1	410454	412997	D	An07g02130	<410454..>412997	Aspergillus niger	4981480
An07g02140	mRNA	An07g02140	NT_166523.1	414076	414835	R	An07g02140	complement(join(<414076..414201,414262..414419,414581..414622,414655..>414835))	Aspergillus niger	84591293
An07g02150	mRNA	An07g02150	NT_166523.1	415473	419308	D	An07g02150	join(<415473..416457,416519..418419,418482..418599,418865..418915,419151..>419308)	Aspergillus niger	4981482
An07g02160	mRNA	An07g02160	NT_166523.1	420085	421388	R	An07g02160	complement(join(<420085..420678,420740..420834,420900..421049,421131..421248,421323..>421388))	Aspergillus niger	4981483
An07g02170	mRNA	An07g02170	NT_166523.1	422138	423038	R	An07g02170	complement(join(<422138..422584,422654..422877,422975..>423038))	Aspergillus niger	4981484
An07g02180	mRNA	An07g02180	NT_166523.1	423757	426814	R	An07g02180	complement(join(<423757..423790,423856..424269,424414..424505,424973..425018,425165..426222,426291..426514,426580..426629,426705..>426814))	Aspergillus niger	4981485
An07g02190	mRNA	An07g02190	NT_166523.1	427225	433001	D	An07g02190	join(<427225..428301,428455..428994,429046..429271,429319..432454,432599..>433001)	Aspergillus niger	4981486
An07g02200	mRNA	An07g02200	NT_166523.1	433784	434637	R	An07g02200	complement(join(<433784..433913,433980..434461,434542..>434637))	Aspergillus niger	4981487
An07g02210	mRNA	An07g02210	NT_166523.1	435000	436711	D	An07g02210	join(<435000..435258,435323..435332,435385..435505,435596..>436711)	Aspergillus niger	4981488
An07g02220	mRNA	An07g02220	NT_166523.1	437490	437981	R	An07g02220	complement(join(<437490..437553,437723..437772,437859..>437981))	Aspergillus niger	84591294
An07g02230	mRNA	An07g02230	NT_166523.1	441752	442209	D	An07g02230	join(<441752..441912,441981..442025,442110..>442209)	Aspergillus niger	84591295
An07g02240	mRNA	An07g02240	NT_166523.1	443477	447454	R	An07g02240	complement(join(<443477..443500,443587..443649,443757..443770,443815..443930,443975..444032,444225..444265,444640..445211,445264..445430,445773..446033,446082..446223,446302..446703,446752..446894,446950..447351,447406..>447454))	Aspergillus niger	4981491
An07g02250	mRNA	An07g02250	NT_166523.1	448405	449977	D	An07g02250	join(<448405..448519,448626..448740,448793..448866,448914..449046,449094..449184,449236..449499,449561..>449977)	Aspergillus niger	4981492
An07g02260	mRNA	An07g02260	NT_166523.1	450196	451720	R	An07g02260	complement(join(<450196..450858,450860..450936,451075..>451720))	Aspergillus niger	84591296
An07g02270	mRNA	An07g02270	NT_166523.1	451826	453418	R	An07g02270	complement(join(<451826..453043,453116..>453418))	Aspergillus niger	4981494
An07g02280	mRNA	An07g02280	NT_166523.1	454098	455117	D	An07g02280	<454098..>455117	Aspergillus niger	4981495
An07g02290	mRNA	An07g02290	NT_166523.1	455231	456332	R	An07g02290	complement(join(<455231..456119,456235..>456332))	Aspergillus niger	4981496
An07g02300	mRNA	An07g02300	NT_166523.1	457196	459435	R	An07g02300	complement(join(<457196..457744,457835..458653,458709..459271,459339..>459435))	Aspergillus niger	4981497
An07g02310	mRNA	An07g02310	NT_166523.1	460023	460688	R	An07g02310	complement(<460023..>460688)	Aspergillus niger	4981498
An07g02320	mRNA	An07g02320	NT_166523.1	460908	461458	D	An07g02320	join(<460908..461016,461174..461295,461411..>461458)	Aspergillus niger	84591297
An07g02350	mRNA	An07g02350	NT_166523.1	462945	465116	R	An07g02350	complement(<462945..>465116)	Aspergillus niger	4981502
An07g02360	mRNA	An07g02360	NT_166523.1	467217	469314	D	An07g02360	join(<467217..467297,467352..467781,467837..468326,468432..468652,468700..468935,469117..>469314)	Aspergillus niger	4981503
An07g02370	mRNA	An07g02370	NT_166523.1	469758	472721	D	An07g02370	join(<469758..469926,469974..469993,470048..470081,470126..470576,470624..470719,470773..471055,471139..471269,471434..471503,471743..471785,471860..471934,472058..472077,472135..472504,472564..>472721)	Aspergillus niger	4981504
An07g02380	mRNA	An07g02380	NT_166523.1	473415	474653	D	An07g02380	join(<473415..474006,474172..>474653)	Aspergillus niger	4981505
An07g02390	mRNA	An07g02390	NT_166523.1	476305	477046	D	An07g02390	join(<476305..476743,476799..>477046)	Aspergillus niger	4981506
An07g02400	mRNA	An07g02400	NT_166523.1	481047	481845	D	An07g02400	join(<481047..481448,481495..>481845)	Aspergillus niger	4981507
An07g02410	mRNA	An07g02410	NT_166523.1	482393	482728	R	An07g02410	complement(join(<482393..482554,482612..>482728))	Aspergillus niger	84591298
An07g02420	mRNA	An07g02420	NT_166523.1	483032	483800	R	An07g02420	complement(join(<483032..483273,483385..483555,483626..>483800))	Aspergillus niger	10098318
An07g02430	mRNA	An07g02430	NT_166523.1	485758	486713	R	An07g02430	complement(join(<485758..486199,486385..486415,486448..486493,486711..>486713))	Aspergillus niger	84591299
An07g02440	mRNA	An07g02440	NT_166523.1	488203	490294	R	An07g02440	complement(join(<488203..488251,488322..>490294))	Aspergillus niger	4981511
An07g02450	mRNA	An07g02450	NT_166523.1	491143	491883	D	An07g02450	<491143..>491883	Aspergillus niger	4981512
An07g02460	mRNA	An07g02460	NT_166523.1	492489	493831	D	An07g02460	join(<492489..492533,492645..492720,493347..493586,493698..>493831)	Aspergillus niger	84591300
An07g02470	mRNA	An07g02470	NT_166523.1	494863	495573	R	An07g02470	complement(join(<494863..494950,495046..495125,495457..>495573))	Aspergillus niger	84591301
An07g02480	mRNA	An07g02480	NT_166523.1	496519	497117	D	An07g02480	join(<496519..496612,496636..496780,497060..>497117)	Aspergillus niger	84591302
An07g02490	mRNA	An07g02490	NT_166523.1	497397	497973	R	An07g02490	complement(join(<497397..497640,497724..497806,497896..>497973))	Aspergillus niger	84591303
An07g02500	mRNA	An07g02500	NT_166523.1	499025	500198	R	An07g02500	complement(join(<499025..499028,499085..499228,499299..499311,499393..499438,499527..499606,499692..499983,500193..>500198))	Aspergillus niger	84591304
An07g02510	mRNA	An07g02510	NT_166523.1	501727	504180	D	An07g02510	<501727..>504180	Aspergillus niger	4981518
An07g02520	mRNA	An07g02520	NT_166523.1	504382	504965	R	An07g02520	complement(join(<504382..504414,504648..>504965))	Aspergillus niger	84591305
An07g02530	mRNA	An07g02530	NT_166523.1	505945	509641	R	An07g02530	complement(join(<505945..506176,506223..506449,506502..506667,506713..508078,508126..508975,509063..>509641))	Aspergillus niger	4981520
An07g02540	mRNA	An07g02540	NT_166523.1	511729	513392	R	An07g02540	complement(join(<511729..512382,512449..513123,513183..>513392))	Aspergillus niger	4981521
An07g02550	mRNA	An07g02550	NT_166523.1	513754	514547	R	An07g02550	complement(join(<513754..513850,513933..514142,514313..514377,514431..>514547))	Aspergillus niger	84591306
An07g02560	mRNA	An07g02560	NT_166523.1	514903	516280	R	An07g02560	complement(join(<514903..514920,514954..515032,515085..>516280))	Aspergillus niger	4981523
An07g02570	mRNA	An07g02570	NT_166523.1	517234	519169	D	An07g02570	join(<517234..518154,518214..518335,518394..518692,518752..518853,518964..>519169)	Aspergillus niger	4981524
An07g02580	mRNA	An07g02580	NT_166523.1	519414	519997	R	An07g02580	complement(join(<519414..519489,519675..>519997))	Aspergillus niger	84591307
An07g02590	mRNA	An07g02590	NT_166523.1	521052	523142	R	An07g02590	complement(join(<521052..521129,521178..521216,521388..521435,521587..521688,521798..521896,522610..522716,522763..522873,523133..>523142))	Aspergillus niger	84591308
An07g02600	mRNA	An07g02600	NT_166523.1	523791	524590	D	An07g02600	join(<523791..523967,524065..524417,524473..>524590)	Aspergillus niger	4981527
An07g02620	mRNA	An07g02620	NT_166523.1	525284	525517	D	An07g02620	join(<525284..525371,525417..>525517)	Aspergillus niger	84591309
An07g02630	mRNA	An07g02630	NT_166523.1	526706	527027	R	An07g02630	complement(join(<526706..526732,526800..>527027))	Aspergillus niger	84591310
An07g02640	mRNA	An07g02640	NT_166523.1	527421	527944	R	An07g02640	complement(join(<527421..527633,527714..527782,527891..>527944))	Aspergillus niger	84591311
An07g02650	mRNA	An07g02650	NT_166523.1	528227	531494	D	An07g02650	join(<528227..528414,528488..>531494)	Aspergillus niger	4981532
An07g02660	mRNA	An07g02660	NT_166523.1	531879	533659	R	An07g02660	complement(join(<531879..531953,532048..532113,532189..532315,532395..532525,532636..532759,532864..533020,533453..533548,533638..>533659))	Aspergillus niger	84591312
An07g02670	mRNA	An07g02670	NT_166523.1	533967	535176	D	An07g02670	join(<533967..534079,534380..534542,534721..534790,534935..535020,535117..>535176)	Aspergillus niger	84591313
An07g02680	mRNA	An07g02680	NT_166523.1	535925	539947	D	An07g02680	join(<535925..536151,536662..536891,536942..538017,538063..538416,538477..538761,538807..539450,539521..>539947)	Aspergillus niger	4981535
An07g02690	mRNA	An07g02690	NT_166523.1	540284	541637	D	An07g02690	join(<540284..540352,540483..>541637)	Aspergillus niger	4981536
An07g02700	mRNA	An07g02700	NT_166523.1	541962	543179	R	An07g02700	complement(join(<541962..542536,542636..542804,542877..>543179))	Aspergillus niger	4981537
An07g02710	mRNA	An07g02710	NT_166523.1	543649	548887	R	An07g02710	complement(join(<543649..543773,544538..544741,545200..545375,545884..546007,546649..546753,546847..546982,547396..547501,548161..548438,548753..>548887))	Aspergillus niger	84591314
An07g02720	mRNA	An07g02720	NT_166523.1	549006	549624	R	An07g02720	complement(join(<549006..549119,549166..549580,549611..>549624))	Aspergillus niger	84591315
An07g02730	mRNA	An07g02730	NT_166523.1	551053	552545	D	An07g02730	join(<551053..551908,551971..>552545)	Aspergillus niger	4981540
An07g02740	mRNA	An07g02740	NT_166523.1	554689	556273	D	An07g02740	join(<554689..556197,556247..>556273)	Aspergillus niger	84591316
An07g02750	mRNA	An07g02750	NT_166523.1	557362	557658	D	An07g02750	<557362..>557658	Aspergillus niger	84591317
An07g02760	mRNA	An07g02760	NT_166523.1	558233	562051	D	An07g02760	join(<558233..558251,558332..558376,558491..560592,560648..560939,560985..561142,561190..561465,561515..561820,561869..>562051)	Aspergillus niger	4981543
An07g02770	mRNA	An07g02770	NT_166523.1	563401	564281	R	An07g02770	complement(join(<563401..563683,563752..>564281))	Aspergillus niger	4981544
An07g02780	mRNA	An07g02780	NT_166523.1	564976	565882	D	An07g02780	join(<564976..565030,565072..565800,565845..>565882)	Aspergillus niger	4981545
An07g02790	mRNA	An07g02790	NT_166523.1	566201	566627	D	An07g02790	join(<566201..566321,566394..566473,566586..>566627)	Aspergillus niger	84591318
An07g02800	mRNA	An07g02800	NT_166523.1	567745	568927	R	An07g02800	complement(join(<567745..568465,568514..568753,568848..>568927))	Aspergillus niger	4981547
An07g02810	mRNA	An07g02810	NT_166523.1	569812	571525	R	An07g02810	complement(join(<569812..570071,570171..570593,570652..570949,571054..571344,571451..>571525))	Aspergillus niger	4981548
An07g02820	mRNA	An07g02820	NT_166523.1	572204	573355	R	An07g02820	complement(join(<572204..572757,572814..573037,573209..573226,573288..>573355))	Aspergillus niger	4981549
An07g02833	mRNA	An07g02833	NT_166523.1	574335	574689	R	An07g02833	complement(<574335..>574689)	Aspergillus niger	84591319
An07g02840	mRNA	An07g02840	NT_166523.1	575079	576419	R	An07g02840	complement(join(<575079..575714,575774..576240,576305..>576419))	Aspergillus niger	4981551
An07g02850	mRNA	An07g02850	NT_166523.1	579071	579202	D	An07g02850	<579071..>579202	Aspergillus niger	84591320
An07g02860	mRNA	An07g02860	NT_166523.1	579998	582132	R	An07g02860	complement(join(<579998..580272,580357..580433,580487..580720,580776..580907,580961..581200,581250..581779,581856..582078,582131..>582132))	Aspergillus niger	4981553
An07g02870	mRNA	An07g02870	NT_166523.1	585182	588934	D	An07g02870	join(<585182..586334,586389..588641,588699..>588934)	Aspergillus niger	4981554
An07g02880	mRNA	An07g02880	NT_166523.1	591154	593474	D	An07g02880	join(<591154..591265,591334..591904,591964..592592,592651..>593474)	Aspergillus niger	4981555
An07g02890	mRNA	An07g02890	NT_166523.1	595721	597058	R	An07g02890	complement(join(<595721..596133,596197..596318,596376..>597058))	Aspergillus niger	4981556
An07g02900	mRNA	An07g02900	NT_166523.1	597475	599522	D	An07g02900	join(<597475..597502,597565..597611,597649..598195,598253..598866,598913..599174,599224..>599522)	Aspergillus niger	4981557
An07g02910	mRNA	An07g02910	NT_166523.1	599766	600860	D	An07g02910	join(<599766..599789,599932..599972,600035..600090,600147..600187,600344..600541,600714..>600860)	Aspergillus niger	84591321
An07g02920	mRNA	An07g02920	NT_166523.1	601344	601736	D	An07g02920	join(<601344..601390,601554..601591,601633..>601736)	Aspergillus niger	84591322
An07g02930	mRNA	An07g02930	NT_166523.1	603208	604950	R	An07g02930	complement(join(<603208..604241,604298..604616,604712..604807,604855..>604950))	Aspergillus niger	4981560
An07g02940	mRNA	An07g02940	NT_166523.1	606266	606691	R	An07g02940	complement(join(<606266..606326,606510..>606691))	Aspergillus niger	84591323
An07g02950	mRNA	An07g02950	NT_166523.1	607816	610559	D	An07g02950	join(<607816..607967,608284..608638,608723..608755,608983..609057,609139..609462,609570..609645,609692..609871,610002..610088,610180..610355,610443..>610559)	Aspergillus niger	84591324
An07g02960	mRNA	An07g02960	NT_166523.1	611545	612627	D	An07g02960	join(<611545..611746,611812..611844,612343..612389,612454..>612627)	Aspergillus niger	4981563
An07g02970	mRNA	An07g02970	NT_166523.1	612803	615519	R	An07g02970	complement(join(<612803..612832,612887..613438,613507..614977,615020..>615519))	Aspergillus niger	4981564
An07g02980	mRNA	An07g02980	NT_166523.1	615812	616556	D	An07g02980	join(<615812..615829,616062..616369,616466..>616556)	Aspergillus niger	4981565
An07g02990	mRNA	An07g02990	NT_166523.1	618374	619547	R	An07g02990	complement(join(<618374..618834,618897..619243,619325..619424,619508..>619547))	Aspergillus niger	4981566
An07g03000	mRNA	An07g03000	NT_166523.1	620300	623885	R	An07g03000	complement(join(<620300..621380,621430..>623885))	Aspergillus niger	4981567
An07g03005	mRNA	An07g03005	NT_166523.1	624501	624953	D	An07g03005	<624501..>624953	Aspergillus niger	4981568
An07g03020	mRNA	An07g03020	NT_166523.1	625564	627033	R	An07g03020	complement(join(<625564..626400,626470..626661,626707..626854,626918..>627033))	Aspergillus niger	4981569
An07g03030	mRNA	An07g03030	NT_166523.1	627637	627999	R	An07g03030	complement(<627637..>627999)	Aspergillus niger	84591325
An07g03040	mRNA	An07g03040	NT_166523.1	629319	632468	R	An07g03040	complement(join(<629319..631150,631226..>632468))	Aspergillus niger	4981571
An07g03050	mRNA	An07g03050	NT_166523.1	636069	637177	D	An07g03050	join(<636069..636102,636176..636408,636476..>637177)	Aspergillus niger	4981572
An07g03060	mRNA	An07g03060	NT_166523.1	638100	639158	D	An07g03060	join(<638100..638116,638147..638257,638334..638494,638595..638782,638867..638902,638955..>639158)	Aspergillus niger	84591326
An07g03070	mRNA	An07g03070	NT_166523.1	640074	642398	D	An07g03070	join(<640074..640253,640364..641557,641625..641787,641848..>642398)	Aspergillus niger	4981574
An07g03080	mRNA	An07g03080	NT_166523.1	643307	644044	R	An07g03080	complement(join(<643307..643506,643591..>644044))	Aspergillus niger	4981575
An07g03090	mRNA	An07g03090	NT_166523.1	644362	650607	D	An07g03090	<644362..>650607	Aspergillus niger	4981576
An07g03100	mRNA	An07g03100	NT_166523.1	650952	652133	D	An07g03100	join(<650952..651216,651335..651555,651662..651856,651948..>652133)	Aspergillus niger	4981577
An07g03110	mRNA	An07g03110	NT_166523.1	652388	653935	R	An07g03110	complement(join(<652388..652730,652765..653185,653240..653537,653585..653632,653686..653802,653858..>653935))	Aspergillus niger	4981578
An07g03120	mRNA	An07g03120	NT_166523.1	655606	656795	R	An07g03120	complement(join(<655606..656142,656204..656316,656369..>656795))	Aspergillus niger	4981579
An07g03130	mRNA	An07g03130	NT_166523.1	657948	659475	D	An07g03130	join(<657948..658782,658850..>659475)	Aspergillus niger	4981580
An07g03140	mRNA	An07g03140	NT_166523.1	660494	662273	D	An07g03140	join(<660494..660988,661056..>662273)	Aspergillus niger	4981581
An07g03150	mRNA	An07g03150	NT_166523.1	662883	666304	D	An07g03150	join(<662883..662894,663119..665717,665765..666219,666278..>666304)	Aspergillus niger	4981582
An07g03160	mRNA	An07g03160	NT_166523.1	666984	668390	R	An07g03160	complement(join(<666984..667046,667139..667478,667557..667788,667851..667959,668030..668157,668221..668264,668314..>668390))	Aspergillus niger	4981583
An07g03170	mRNA	An07g03170	NT_166523.1	670840	671601	D	An07g03170	join(<670840..670879,670938..671028,671166..>671601)	Aspergillus niger	4981584
An07g03180	mRNA	An07g03180	NT_166523.1	672556	673942	D	An07g03180	join(<672556..672600,672688..672771,672966..673053,673282..673407,673534..673598,673688..>673942)	Aspergillus niger	84591327
An07g03190	mRNA	An07g03190	NT_166523.1	675311	677231	D	An07g03190	join(<675311..675698,675769..676001,676124..676235,676313..676386,676575..676619,676996..677001,677070..>677231)	Aspergillus niger	4981586
An07g03200	mRNA	An07g03200	NT_166523.1	677443	679285	D	An07g03200	join(<677443..677481,677557..677685,677854..678083,678148..678637,678709..678912,678997..679080,679205..>679285)	Aspergillus niger	4981587
An07g03210	mRNA	An07g03210	NT_166523.1	680391	681464	R	An07g03210	complement(join(<680391..681198,681271..>681464))	Aspergillus niger	4981588
An07g03220	mRNA	An07g03220	NT_166523.1	682428	684143	R	An07g03220	complement(join(<682428..682511,682575..683167,683224..683714,683806..>684143))	Aspergillus niger	4981589
An07g03230	mRNA	An07g03230	NT_166523.1	684343	688271	D	An07g03230	join(<684343..684429,684661..684729,684804..684875,685187..685285,685476..685536,685666..685729,685806..685925,686125..686211,686750..686872,686938..687126,687236..687307,687493..687551,687752..687845,687901..688168,688218..>688271)	Aspergillus niger	84591328
An07g03240	mRNA	An07g03240	NT_166523.1	688858	690512	R	An07g03240	complement(join(<688858..688915,689000..689093,689161..689245,689442..689717,689797..689839,689935..690076,690129..690234,690342..690387,690463..>690512))	Aspergillus niger	84591329
An07g03250	mRNA	An07g03250	NT_166523.1	691101	693860	D	An07g03250	join(<691101..693689,693759..>693860)	Aspergillus niger	4981592
An07g03260	mRNA	An07g03260	NT_166523.1	694645	696122	R	An07g03260	complement(join(<694645..695355,695418..695819,695892..>696122))	Aspergillus niger	4981593
An07g03270	mRNA	An07g03270	NT_166523.1	697104	697886	D	An07g03270	<697104..>697886	Aspergillus niger	4981594
An07g03280	mRNA	An07g03280	NT_166523.1	698699	700240	R	An07g03280	complement(<698699..>700240)	Aspergillus niger	4981595
An07g03290	mRNA	An07g03290	NT_166523.1	701154	702309	D	An07g03290	join(<701154..701196,701245..701327,701387..702115,702166..>702309)	Aspergillus niger	4981596
An07g03300	mRNA	An07g03300	NT_166523.1	703249	704457	D	An07g03300	<703249..>704457	Aspergillus niger	4981597
An07g03310	mRNA	An07g03310	NT_166523.1	706315	706855	R	An07g03310	complement(join(<706315..706594,706746..>706855))	Aspergillus niger	84591330
An07g03320	mRNA	An07g03320	NT_166523.1	707082	711908	D	An07g03320	<707082..>711908	Aspergillus niger	4981599
An07g03330	mRNA	An07g03330	NT_166523.1	712258	713649	R	An07g03330	complement(<712258..>713649)	Aspergillus niger	4981600
An07g03340	mRNA	An07g03340	NT_166523.1	715226	715813	R	An07g03340	complement(join(<715226..715282,715332..715420,715471..>715813))	Aspergillus niger	4981601
An07g03350	mRNA	An07g03350	NT_166523.1	716101	717219	D	An07g03350	join(<716101..716183,716279..716326,716398..716720,716900..>717219)	Aspergillus niger	84591331
An07g03360	mRNA	An07g03360	NT_166523.1	719289	720158	D	An07g03360	<719289..>720158	Aspergillus niger	4981603
An07g03370	mRNA	An07g03370	NT_166523.1	720980	721718	D	An07g03370	join(<720980..721193,721273..>721718)	Aspergillus niger	4981604
An07g03380	mRNA	An07g03380	NT_166523.1	721899	723607	R	An07g03380	complement(join(<721899..723426,723573..>723607))	Aspergillus niger	4981605
An07g03390	mRNA	An07g03390	NT_166523.1	724360	726042	R	An07g03390	complement(<724360..>726042)	Aspergillus niger	4981606
An07g03400	mRNA	An07g03400	NT_166523.1	726483	727630	R	An07g03400	complement(join(<726483..726636,726730..726879,726965..727117,727206..727425,727516..>727630))	Aspergillus niger	84591332
An07g03410	mRNA	An07g03410	NT_166523.1	728213	729520	R	An07g03410	complement(join(<728213..728753,728822..728946,729001..729066,729128..729159,729228..729276,729359..>729520))	Aspergillus niger	4981608
An07g03420	mRNA	An07g03420	NT_166523.1	730162	733232	R	An07g03420	complement(join(<730162..730674,730731..731245,731294..731537,731590..731943,731996..732238,732300..732379,732449..733067,733137..>733232))	Aspergillus niger	4981609
An07g03430	mRNA	An07g03430	NT_166523.1	733726	734677	R	An07g03430	complement(join(<733726..734389,734457..>734677))	Aspergillus niger	4981610
An07g03440	mRNA	An07g03440	NT_166523.1	735295	737150	D	An07g03440	join(<735295..735835,735892..736280,736334..737002,737055..>737150)	Aspergillus niger	4981611
An07g03450	mRNA	An07g03450	NT_166523.1	737429	738583	R	An07g03450	complement(join(<737429..738411,738481..>738583))	Aspergillus niger	4981612
An07g03460	mRNA	An07g03460	NT_166523.1	738895	739774	D	An07g03460	join(<738895..739105,739215..739590,739666..>739774)	Aspergillus niger	4981613
An07g03470	mRNA	An07g03470	NT_166523.1	740089	742292	R	An07g03470	complement(join(<740089..740186,740220..740458,740518..740611,740668..740908,740960..741048,741103..741320,741377..741643,741696..741726,741777..741810,741861..741974,742038..>742292))	Aspergillus niger	4981614
An07g03480	mRNA	An07g03480	NT_166523.1	742384	743486	R	An07g03480	complement(join(<742384..742617,742715..742820,742907..742991,743185..743348,743416..>743486))	Aspergillus niger	84591333
An07g03490	mRNA	An07g03490	NT_166523.1	744488	745493	D	An07g03490	join(<744488..744535,744851..744877,744956..745095,745157..745219,745285..745378,745431..>745493)	Aspergillus niger	84591334
An07g03500	mRNA	An07g03500	NT_166523.1	745934	746619	D	An07g03500	join(<745934..746323,746452..>746619)	Aspergillus niger	84591335
An07g03510	mRNA	An07g03510	NT_166523.1	746904	748587	R	An07g03510	complement(join(<746904..747077,747183..747267,747377..747468,747608..747735,747781..748053,748214..748271,748360..748468,748523..>748587))	Aspergillus niger	84591336
An07g03520	mRNA	An07g03520	NT_166523.1	748643	749445	D	An07g03520	join(<748643..748729,748814..749098,749167..>749445)	Aspergillus niger	4981619
An07g03530	mRNA	An07g03530	NT_166523.1	749672	749878	R	An07g03530	complement(<749672..>749878)	Aspergillus niger	84591337
An07g03540	mRNA	An07g03540	NT_166523.1	750645	751126	R	An07g03540	complement(join(<750645..750997,751102..>751126))	Aspergillus niger	84591338
An07g03550	mRNA	An07g03550	NT_166523.1	751773	752041	D	An07g03550	join(<751773..751933,752026..>752041)	Aspergillus niger	84591339
An07g03560	mRNA	An07g03560	NT_166523.1	752077	752705	D	An07g03560	join(<752077..752328,752583..>752705)	Aspergillus niger	84591340
An07g03570	mRNA	An07g03570	NT_166523.1	752751	753752	R	An07g03570	complement(join(<752751..752998,753054..753437,753503..>753752))	Aspergillus niger	4981624
An07g03580	mRNA	An07g03580	NT_166523.1	754231	754873	R	An07g03580	complement(join(<754231..754509,754666..754703,754705..>754873))	Aspergillus niger	84591341
An07g03590	mRNA	An07g03590	NT_166523.1	755340	757895	D	An07g03590	<755340..>757895	Aspergillus niger	4981626
An07g03600	mRNA	An07g03600	NT_166523.1	758016	759212	R	An07g03600	complement(join(<758016..758079,758486..758869,758947..>759212))	Aspergillus niger	4981627
An07g03610	mRNA	An07g03610	NT_166523.1	759803	760392	R	An07g03610	complement(join(<759803..760326,760377..>760392))	Aspergillus niger	4981628
An07g03620	mRNA	An07g03620	NT_166523.1	761185	763115	D	An07g03620	join(<761185..761302,761388..761719,761778..762035,762091..763001,763052..>763115)	Aspergillus niger	4981629
An07g03630	mRNA	An07g03630	NT_166523.1	763630	765608	D	An07g03630	join(<763630..763993,764067..764202,764267..>765608)	Aspergillus niger	4981630
An07g03640	mRNA	An07g03640	NT_166523.1	766961	767642	D	An07g03640	join(<766961..767030,767232..767376,767424..767462,767564..>767642)	Aspergillus niger	84591342
An07g03650	mRNA	An07g03650	NT_166523.1	768013	769208	D	An07g03650	join(<768013..768085,768179..768229,768318..768484,768551..768628,768718..768932,769016..769074,769162..>769208)	Aspergillus niger	84591343
An07g03660	mRNA	An07g03660	NT_166523.1	769337	770601	D	An07g03660	join(<769337..769352,769485..769613,769684..769924,770196..>770601)	Aspergillus niger	4981633
An07g03670	mRNA	An07g03670	NT_166523.1	771131	774453	D	An07g03670	join(<771131..771144,771221..771275,771380..772824,772901..773093,773141..773314,773364..773453,773506..>774453)	Aspergillus niger	4981634
An07g03680	mRNA	An07g03680	NT_166523.1	774966	775929	D	An07g03680	join(<774966..775118,775186..775256,775335..>775929)	Aspergillus niger	4981635
An07g03690	mRNA	An07g03690	NT_166523.1	776767	778546	R	An07g03690	complement(join(<776767..777555,777622..777850,777901..778255,778330..778412,778491..>778546))	Aspergillus niger	4981636
An07g03710	mRNA	An07g03710	NT_166523.1	780219	781493	D	An07g03710	<780219..>781493	Aspergillus niger	4981637
An07g03720	mRNA	An07g03720	NT_166523.1	781660	782717	R	An07g03720	complement(join(<781660..781689,781739..782263,782363..782610,782666..>782717))	Aspergillus niger	4981638
An07g03730	mRNA	An07g03730	NT_166523.1	783511	784936	D	An07g03730	join(<783511..783711,783767..>784936)	Aspergillus niger	4981639
An07g03740	mRNA	An07g03740	NT_166523.1	785396	788381	D	An07g03740	join(<785396..785949,786011..788255,788340..>788381)	Aspergillus niger	4981640
An07g03750	mRNA	An07g03750	NT_166523.1	789323	790824	R	An07g03750	complement(join(<789323..789835,789896..790276,790333..790474,790562..>790824))	Aspergillus niger	4981641
An07g03760	mRNA	An07g03760	NT_166523.1	791424	794299	R	An07g03760	complement(join(<791424..793937,794162..>794299))	Aspergillus niger	4981642
An07g03770	mRNA	An07g03770	NT_166523.1	795231	796188	R	An07g03770	complement(join(<795231..795253,795325..795421,795486..795817,796176..>796188))	Aspergillus niger	4981643
An07g03780	mRNA	An07g03780	NT_166523.1	796678	798632	R	An07g03780	complement(join(<796678..796771,796858..796924,797075..797129,797214..797281,797400..797411,797496..797591,797816..798016,798071..798191,798263..798406,798516..>798632))	Aspergillus niger	84591344
An07g03790	mRNA	An07g03790	NT_166523.1	798807	799499	R	An07g03790	complement(join(<798807..798930,799243..799341,799453..>799499))	Aspergillus niger	84591345
An07g03800	mRNA	An07g03800	NT_166523.1	799962	800466	R	An07g03800	complement(join(<799962..800223,800363..>800466))	Aspergillus niger	84591346
An07g03810	mRNA	An07g03810	NT_166523.1	802159	802339	D	An07g03810	join(<802159..802204,802236..>802339)	Aspergillus niger	84591347
An07g03820	mRNA	An07g03820	NT_166523.1	803293	803619	R	An07g03820	complement(join(<803293..803300,803418..>803619))	Aspergillus niger	84591348
An07g03830	mRNA	An07g03830	NT_166523.1	805511	806181	D	An07g03830	join(<805511..805656,805758..805938,806047..>806181)	Aspergillus niger	84591349
An07g03840	mRNA	An07g03840	NT_166523.1	806237	807442	D	An07g03840	join(<806237..806251,806426..806512,806760..806843,806928..807079,807157..807232,807344..>807442)	Aspergillus niger	84591350
An07g03850	mRNA	An07g03850	NT_166523.1	807599	808773	R	An07g03850	complement(join(<807599..807835,807891..808274,808341..808655,808735..>808773))	Aspergillus niger	4981651
An07g03860	mRNA	An07g03860	NT_166523.1	810022	817966	R	An07g03860	complement(join(<810022..810051,810115..810279,810340..810552,810615..810920,810988..811142,811217..815137,815243..815413,815476..>817966))	Aspergillus niger	4981652
An07g03870	mRNA	An07g03870	NT_166523.1	820029	820579	D	An07g03870	join(<820029..820105,820303..>820579)	Aspergillus niger	84591351
An07g03880	mRNA	pepC	NT_166523.1	821957	823576	D	An07g03880	join(<821957..822325,822396..823331,823388..>823576)	Aspergillus niger	4981654
An07g03890	mRNA	An07g03890	NT_166523.1	824465	825411	R	An07g03890	complement(join(<824465..824964,825097..825298,825346..>825411))	Aspergillus niger	4981655
An07g03900	mRNA	An07g03900	NT_166523.1	826041	826611	R	An07g03900	complement(join(<826041..826132,826189..826288,826567..>826611))	Aspergillus niger	84591352
An07g03910	mRNA	An07g03910	NT_166523.1	826901	827658	D	An07g03910	join(<826901..826984,827072..827182,827311..>827658)	Aspergillus niger	84591353
An07g03920	mRNA	An07g03920	NT_166523.1	827795	832863	D	An07g03920	join(<827795..827859,827937..829066,829127..>832863)	Aspergillus niger	4981658
An07g03930	mRNA	An07g03930	NT_166523.1	834417	835662	D	An07g03930	join(<834417..835132,835457..835603,835659..>835662)	Aspergillus niger	4981659
An07g03940	mRNA	An07g03940	NT_166523.1	835856	839043	R	An07g03940	complement(join(<835856..836082,836154..836569,836650..837685,837750..838040,838093..838527,838635..838845,838966..>839043))	Aspergillus niger	4981660
An07g03950	mRNA	An07g03950	NT_166523.1	839165	840112	D	An07g03950	join(<839165..839222,839286..839741,839817..>840112)	Aspergillus niger	4981661
An07g03960	mRNA	An07g03960	NT_166523.1	840382	842101	R	An07g03960	complement(join(<840382..841319,841375..841997,842073..>842101))	Aspergillus niger	4981662
An07g03970	mRNA	An07g03970	NT_166523.1	842758	844286	D	An07g03970	join(<842758..842947,843004..843433,843488..>844286)	Aspergillus niger	4981663
An07g03980	mRNA	An07g03980	NT_166523.1	845335	847003	R	An07g03980	complement(join(<845335..845527,845578..845761,845831..845909,845961..846317,846368..846467,846534..846577,846632..846761,846845..846892,846948..>847003))	Aspergillus niger	4981664
An07g03990	mRNA	An07g03990	NT_166523.1	847670	851715	R	An07g03990	complement(join(<847670..847766,847828..847948,847984..848092,848240..848504,848666..848759,848826..850837,850910..851268,851329..>851715))	Aspergillus niger	4981665
An07g04000	mRNA	An07g04000	NT_166523.1	853160	855208	D	An07g04000	join(<853160..853199,853262..854071,854372..854918,854986..>855208)	Aspergillus niger	4981666
An07g04010	mRNA	An07g04010	NT_166523.1	855718	856779	R	An07g04010	complement(<855718..>856779)	Aspergillus niger	4981667
An07g04020	mRNA	An07g04020	NT_166523.1	857201	858660	D	An07g04020	join(<857201..857490,857561..857871,857927..858267,858325..>858660)	Aspergillus niger	4981668
An07g04030	mRNA	An07g04030	NT_166523.1	859005	860198	D	An07g04030	join(<859005..859758,859855..860070,860164..>860198)	Aspergillus niger	4981669
An07g04040	mRNA	An07g04040	NT_166523.1	860275	861862	R	An07g04040	complement(join(<860275..860755,860812..861277,861346..>861862))	Aspergillus niger	4981670
An07g04050	mRNA	An07g04050	NT_166523.1	862061	862966	R	An07g04050	complement(join(<862061..862120,862217..862315,862421..862581,862721..862796,862880..>862966))	Aspergillus niger	84591354
An07g04060	mRNA	An07g04060	NT_166523.1	863500	864545	D	An07g04060	join(<863500..863626,863741..864034,864093..864296,864349..>864545)	Aspergillus niger	84591355
An07g04070	mRNA	An07g04070	NT_166523.1	864827	866124	R	An07g04070	complement(join(<864827..864844,864900..865427,865680..865951,866001..>866124))	Aspergillus niger	4981673
An07g04080	mRNA	An07g04080	NT_166523.1	866883	867815	D	An07g04080	join(<866883..867093,867433..>867815)	Aspergillus niger	84591356
An07g04090	mRNA	An07g04090	NT_166523.1	868153	869563	D	An07g04090	join(<868153..868490,868683..868780,868885..868939,869380..>869563)	Aspergillus niger	84591357
An07g04100	mRNA	An07g04100	NT_166523.1	869712	870289	R	An07g04100	complement(join(<869712..869828,870022..870090,870194..>870289))	Aspergillus niger	84591358
An07g04110	mRNA	An07g04110	NT_166523.1	870763	871211	D	An07g04110	join(<870763..870924,871029..>871211)	Aspergillus niger	84591359
An07g04120	mRNA	An07g04120	NT_166523.1	872823	874791	R	An07g04120	complement(join(<872823..873098,873239..873731,873784..873859,873918..>874791))	Aspergillus niger	4981678
An07g04130	mRNA	An07g04130	NT_166523.1	875693	877705	R	An07g04130	complement(<875693..>877705)	Aspergillus niger	4981679
An07g04140	mRNA	An07g04140	NT_166523.1	878361	880986	D	An07g04140	join(<878361..878536,878652..878888,878969..879075,879183..879279,879553..879733,879809..879909,880028..880114,880222..880277,880361..880382,880474..880581,880637..880704,880832..>880986)	Aspergillus niger	84591360
An07g04147	mRNA	An07g04147	NT_166523.1	881223	882409	D	An07g04147	join(<881223..881434,881719..>882409)	Aspergillus niger	84591361
An07g04160	mRNA	An07g04160	NT_166523.1	882695	883745	D	An07g04160	join(<882695..882820,882958..883002,883038..>883745)	Aspergillus niger	4981682
An07g04170	mRNA	An07g04170	NT_166523.1	885199	886831	D	An07g04170	join(<885199..885361,885447..>886831)	Aspergillus niger	4981683
An07g04180	mRNA	An07g04180	NT_166523.1	887551	887881	R	An07g04180	complement(join(<887551..887597,887698..>887881))	Aspergillus niger	4981684
An07g04190	mRNA	An07g04190	NT_166523.1	888310	889879	D	An07g04190	join(<888310..888451,888519..888629,888694..889397,889460..>889879)	Aspergillus niger	4981685
An07g04200	mRNA	An07g04200	NT_166523.1	891174	892651	D	An07g04200	join(<891174..891288,891354..>892651)	Aspergillus niger	4981686
An07g04210	mRNA	An07g04210	NT_166523.1	892689	893399	R	An07g04210	complement(join(<892689..892754,892891..893196,893244..>893399))	Aspergillus niger	84591362
An07g04220	mRNA	An07g04220	NT_166523.1	893596	894596	D	An07g04220	join(<893596..893708,893755..893790,893869..893999,894085..894257,894455..894478,894534..>894596)	Aspergillus niger	84591363
An07g04230	mRNA	An07g04230	NT_166523.1	894718	895418	D	An07g04230	join(<894718..894736,894765..894778,894840..895038,895129..>895418)	Aspergillus niger	84591364
An07g04240	mRNA	An07g04240	NT_166523.1	895982	897120	D	An07g04240	join(<895982..895992,896074..896105,896179..896205,896267..896346,896395..896417,896500..896528,896585..896594,896697..>897120)	Aspergillus niger	4981690
An07g04250	mRNA	An07g04250	NT_166523.1	898181	899585	R	An07g04250	complement(join(<898181..898215,898285..898310,898343..898770,898818..899095,899192..>899585))	Aspergillus niger	4981691
An07g04260	mRNA	An07g04260	NT_166523.1	900030	901655	R	An07g04260	complement(join(<900030..900167,900248..900379,900448..901370,901441..901543,901596..>901655))	Aspergillus niger	4981692
An07g04270	mRNA	An07g04270	NT_166523.1	902818	904611	R	An07g04270	complement(join(<902818..903112,903170..>904611))	Aspergillus niger	4981693
An07g04280	mRNA	An07g04280	NT_166523.1	905038	906639	D	An07g04280	join(<905038..905221,905282..905369,905422..905516,905574..905809,905884..906161,906225..>906639)	Aspergillus niger	4981694
An07g04290	mRNA	An07g04290	NT_166523.1	906805	907851	R	An07g04290	complement(join(<906805..907674,907774..>907851))	Aspergillus niger	4981695
An07g04300	mRNA	An07g04300	NT_166523.1	908365	910909	D	An07g04300	join(<908365..908519,908599..908797,908856..908953,909001..910624,910856..>910909)	Aspergillus niger	4981696
An07g04310	mRNA	An07g04310	NT_166523.1	911932	912445	R	An07g04310	complement(join(<911932..912075,912131..912258,912340..>912445))	Aspergillus niger	84591365
An07g04320	mRNA	An07g04320	NT_166523.1	913028	914041	D	An07g04320	join(<913028..913205,913259..913334,913387..913812,913861..>914041)	Aspergillus niger	4981698
An07g04330	mRNA	An07g04330	NT_166523.1	915384	918113	R	An07g04330	complement(<915384..>918113)	Aspergillus niger	84591366
An07g04340	mRNA	An07g04340	NT_166523.1	918302	920028	R	An07g04340	complement(join(<918302..918483,918608..919448,919556..919705,919746..919880,919966..>920028))	Aspergillus niger	4981699
An07g04350	mRNA	An07g04350	NT_166523.1	920291	921498	D	An07g04350	join(<920291..921268,921313..>921498)	Aspergillus niger	4981701
An07g04360	mRNA	An07g04360	NT_166523.1	922076	925193	R	An07g04360	complement(join(<922076..922119,922187..922262,922344..922428,922976..925073,925130..>925193))	Aspergillus niger	84591367
An07g04370	mRNA	An07g04370	NT_166523.1	925280	926074	R	An07g04370	complement(join(<925280..925301,925343..925435,925574..925731,925813..925871,925987..>926074))	Aspergillus niger	84591368
An07g04380	mRNA	An07g04380	NT_166523.1	927002	927791	D	An07g04380	join(<927002..927072,927163..927222,927317..927506,927622..927672,927774..>927791)	Aspergillus niger	84591369
An07g04390	mRNA	An07g04390	NT_166523.1	928727	930482	D	An07g04390	join(<928727..929834,929869..>930482)	Aspergillus niger	4981705
An07g04400	mRNA	An07g04400	NT_166523.1	931535	931783	D	An07g04400	<931535..>931783	Aspergillus niger	84591370
An07g04410	mRNA	An07g04410	NT_166523.1	932537	933505	D	An07g04410	<932537..>933505	Aspergillus niger	84591371
An07g04420	mRNA	An07g04420	NT_166523.1	933667	937341	R	An07g04420	complement(join(<933667..933909,933981..935482,935579..935703,935756..935792,935848..935962,936041..936427,936486..936638,936706..936847,936900..936943,937005..937053,937109..>937341))	Aspergillus niger	4981708
An07g04430	mRNA	An07g04430	NT_166523.1	938608	940287	R	An07g04430	complement(join(<938608..938881,938941..940200,940238..>940287))	Aspergillus niger	4981709
An07g04440	mRNA	An07g04440	NT_166523.1	940405	941987	D	An07g04440	join(<940405..940528,940668..940823,940874..941042,941204..941332,941423..941528,941655..>941987)	Aspergillus niger	84591372
An07g04450	mRNA	An07g04450	NT_166523.1	942596	943481	D	An07g04450	join(<942596..942838,942930..943031,943114..943234,943390..>943481)	Aspergillus niger	84591373
An07g04460	mRNA	An07g04460	NT_166523.1	943541	944201	R	An07g04460	complement(join(<943541..943842,943933..944062,944124..>944201))	Aspergillus niger	84591374
An07g04470	mRNA	An07g04470	NT_166523.1	944420	946125	D	An07g04470	join(<944420..944955,945010..945090,945149..945554,945610..>946125)	Aspergillus niger	4981713
An07g04480	mRNA	An07g04480	NT_166523.1	946297	949590	R	An07g04480	complement(join(<946297..947369,947418..>949590))	Aspergillus niger	4981714
An07g04490	mRNA	An07g04490	NT_166523.1	950172	952342	D	An07g04490	join(<950172..950353,950422..950656,950729..950927,950985..951407,951462..>952342)	Aspergillus niger	4981715
An07g04500	mRNA	An07g04500	NT_166523.1	954451	956143	D	An07g04500	join(<954451..954556,954614..954789,954860..>956143)	Aspergillus niger	4981716
An07g04510	mRNA	An07g04510	NT_166523.1	956447	957039	R	An07g04510	complement(join(<956447..956557,956656..>957039))	Aspergillus niger	4981717
An07g04520	mRNA	An07g04520	NT_166523.1	958331	959973	R	An07g04520	complement(join(<958331..959268,959325..>959973))	Aspergillus niger	4981718
An07g04530	mRNA	An07g04530	NT_166523.1	960159	962368	D	An07g04530	join(<960159..960374,960503..960681,960770..960901,961091..961195,961361..961541,961814..961929,962045..962285,962360..>962368)	Aspergillus niger	84591375
An07g04540	mRNA	An07g04540	NT_166523.1	962959	964775	D	An07g04540	join(<962959..963311,963471..963752,963804..964054,964108..>964775)	Aspergillus niger	4981720
An07g04550	mRNA	An07g04550	NT_166523.1	965637	966957	D	An07g04550	join(<965637..965918,966004..966222,966283..>966957)	Aspergillus niger	84591376
An07g04560	mRNA	An07g04560	NT_166523.1	967317	968559	D	An07g04560	join(<967317..968043,968123..>968559)	Aspergillus niger	4981722
An07g04570	mRNA	An07g04570	NT_166523.1	970058	970709	R	An07g04570	complement(<970058..>970709)	Aspergillus niger	84591377
An07g04580	mRNA	An07g04580	NT_166523.1	972377	973379	R	An07g04580	complement(join(<972377..972542,972610..972668,972762..973127,973242..>973379))	Aspergillus niger	4981724
An07g04590	mRNA	An07g04590	NT_166523.1	974395	977625	R	An07g04590	complement(<974395..>977625)	Aspergillus niger	84591378
An07g04600	mRNA	An07g04600	NT_166523.1	977751	978503	R	An07g04600	complement(join(<977751..978407,978468..>978503))	Aspergillus niger	4981725
An07g04610	mRNA	An07g04610	NT_166523.1	979269	980480	D	An07g04610	<979269..>980480	Aspergillus niger	4981727
An07g04620	mRNA	An07g04620	NT_166523.1	980767	981643	R	An07g04620	complement(join(<980767..980973,981056..981369,981430..>981643))	Aspergillus niger	4981728
An07g04630	mRNA	An07g04630	NT_166523.1	981915	983000	D	An07g04630	join(<981915..982053,982148..982343,982449..982524,982805..982853,982942..>983000)	Aspergillus niger	84591379
An07g04640	mRNA	An07g04640	NT_166523.1	984425	985394	D	An07g04640	join(<984425..984962,985048..>985394)	Aspergillus niger	4981730
An07g04650	mRNA	An07g04650	NT_166523.1	985808	987912	R	An07g04650	complement(join(<985808..985952,986003..987566,987633..>987912))	Aspergillus niger	4981731
An07g04660	mRNA	An07g04660	NT_166523.1	989702	993319	R	An07g04660	complement(join(<989702..990441,990800..991861,991962..992214,993245..>993319))	Aspergillus niger	4981732
An07g04670	mRNA	An07g04670	NT_166523.1	993674	993923	D	An07g04670	join(<993674..993802,993906..>993923)	Aspergillus niger	84591380
An07g04680	mRNA	An07g04680	NT_166523.1	995524	995922	D	An07g04680	join(<995524..995680,995771..>995922)	Aspergillus niger	84591381
An07g04690	mRNA	An07g04690	NT_166523.1	1003333	1004755	R	An07g04690	complement(join(<1003333..1003529,1003702..1003801,1003856..1003930,1004165..1004352,1004455..1004542,1004660..1004698,1004741..>1004755))	Aspergillus niger	84591382
An07g04695	mRNA	An07g04695	NT_166523.1	1005344	1005529	D	An07g04695	join(<1005344..1005398,1005507..>1005529)	Aspergillus niger	84591383
An07g04700	mRNA	An07g04700	NT_166523.1	1006217	1009257	R	An07g04700	complement(join(<1006217..1006248,1006372..1006416,1006474..1006784,1006877..1006997,1007256..1007393,1007445..>1009257))	Aspergillus niger	4981737
An07g04710	mRNA	An07g04710	NT_166523.1	1010345	1010937	D	An07g04710	join(<1010345..1010458,1010486..1010612,1010705..>1010937)	Aspergillus niger	84591384
An07g04720	mRNA	An07g04720	NT_166523.1	1011889	1012407	R	An07g04720	complement(join(<1011889..1012026,1012228..1012295,1012326..>1012407))	Aspergillus niger	84591385
An07g04730	mRNA	An07g04730	NT_166523.1	1013804	1015349	R	An07g04730	complement(join(<1013804..1014258,1014487..1014641,1014698..1015187,1015241..1015250,1015284..>1015349))	Aspergillus niger	4981740
An07g04740	mRNA	An07g04740	NT_166523.1	1015403	1018041	R	An07g04740	complement(join(<1015403..1015720,1015888..1016087,1016207..1016278,1016387..1016765,1016859..1017268,1017395..1017513,1017746..>1018041))	Aspergillus niger	84591386
An07g04750	mRNA	An07g04750	NT_166523.1	1018849	1019732	R	An07g04750	complement(join(<1018849..1018955,1019453..>1019732))	Aspergillus niger	84591387
An07g04760	mRNA	An07g04760	NT_166523.1	1020417	1021627	R	An07g04760	complement(join(<1020417..1020539,1020695..1020791,1020909..1020933,1021009..1021064,1021140..1021192,1021239..1021327,1021606..>1021627))	Aspergillus niger	84591388
An07g04770	mRNA	An07g04770	NT_166523.1	1023945	1027527	R	An07g04770	complement(join(<1023945..1024705,1024803..1026686,1026735..>1027527))	Aspergillus niger	4981744
An07g04780	mRNA	An07g04780	NT_166523.1	1028320	1035861	D	An07g04780	join(<1028320..1028775,1028833..1028976,1029040..1029224,1029279..1035270,1035338..1035774,1035855..>1035861)	Aspergillus niger	4981745
An07g04790	mRNA	An07g04790	NT_166523.1	1036515	1037448	D	An07g04790	join(<1036515..1036517,1036693..>1037448)	Aspergillus niger	4981746
An07g04800	mRNA	An07g04800	NT_166523.1	1037719	1038802	R	An07g04800	complement(join(<1037719..1038462,1038536..>1038802))	Aspergillus niger	4981747
An07g04810	mRNA	An07g04810	NT_166523.1	1039477	1041701	D	An07g04810	join(<1039477..1039937,1039991..1040084,1040143..1041074,1041131..>1041701)	Aspergillus niger	4981748
An07g04820	mRNA	An07g04820	NT_166523.1	1041966	1044738	R	An07g04820	complement(join(<1041966..1044612,1044680..>1044738))	Aspergillus niger	4981749
An07g04830	mRNA	An07g04830	NT_166523.1	1045247	1046695	D	An07g04830	join(<1045247..1045553,1045610..1046455,1046514..>1046695)	Aspergillus niger	4981750
An07g04840	mRNA	An07g04840	NT_166523.1	1047425	1048368	D	An07g04840	join(<1047425..1047557,1047680..>1048368)	Aspergillus niger	4981751
An07g04850	mRNA	An07g04850	NT_166523.1	1048838	1049878	R	An07g04850	complement(<1048838..>1049878)	Aspergillus niger	4981752
An07g04860	mRNA	An07g04860	NT_166523.1	1052554	1054546	D	An07g04860	join(<1052554..1052582,1052638..1052875,1052977..1053134,1053373..1054031,1054084..1054222,1054273..>1054546)	Aspergillus niger	4981753
An07g04870	mRNA	An07g04870	NT_166523.1	1055048	1057055	R	An07g04870	complement(join(<1055048..1055836,1055890..1056426,1056475..1056691,1056757..>1057055))	Aspergillus niger	84591389
An07g04880	mRNA	An07g04880	NT_166523.1	1057443	1059400	D	An07g04880	join(<1057443..1057498,1057550..1059062,1059257..1059304,1059362..>1059400)	Aspergillus niger	4981755
An07g04890	mRNA	An07g04890	NT_166523.1	1059592	1060038	R	An07g04890	complement(join(<1059592..1059690,1059735..1059816,1060019..>1060038))	Aspergillus niger	84591390
An07g04900	mRNA	An07g04900	NT_166523.1	1062103	1062851	D	An07g04900	join(<1062103..1062165,1062242..1062398,1062464..1062651,1062708..1062757,1062815..>1062851)	Aspergillus niger	4981757
An07g04910	mRNA	An07g04910	NT_166523.1	1062916	1065313	R	An07g04910	complement(join(<1062916..1063125,1063260..1063264,1063440..1063514,1063623..1064449,1064628..1065165,1065226..>1065313))	Aspergillus niger	4981758
An07g04920	mRNA	An07g04920	NT_166523.1	1065618	1068623	D	An07g04920	join(<1065618..1065819,1065893..1065912,1066039..1066188,1066307..1066398,1066624..1067112,1067171..>1068623)	Aspergillus niger	4981759
An07g04930	mRNA	An07g04930	NT_166523.1	1070212	1072089	R	An07g04930	complement(join(<1070212..1070246,1070420..1071035,1071090..1071900,1072067..>1072089))	Aspergillus niger	4981760
An07g04940	mRNA	An07g04940	NT_166523.1	1074321	1075463	D	An07g04940	join(<1074321..1075380,1075435..>1075463)	Aspergillus niger	4981761
An07g04950	mRNA	An07g04950	NT_166523.1	1075735	1078262	R	An07g04950	complement(join(<1075735..1075915,1076228..1078148,1078217..>1078262))	Aspergillus niger	4981762
An07g04960	mRNA	An07g04960	NT_166523.1	1079092	1084294	R	An07g04960	complement(join(<1079092..1082170,1082225..1082797,1082857..1083241,1083297..1083413,1083471..1083684,1083749..1083786,1083847..>1084294))	Aspergillus niger	4981763
An07g04970	mRNA	An07g04970	NT_166523.1	1084686	1085576	D	An07g04970	join(<1084686..1085201,1085253..>1085576)	Aspergillus niger	84591391
An07g04980	mRNA	An07g04980	NT_166523.1	1086211	1088121	R	An07g04980	complement(join(<1086211..1086297,1086348..1086463,1086519..1086546,1086598..1086795,1086854..1087068,1087127..1087270,1087346..1087677,1087725..1087797,1087863..1087876,1087949..>1088121))	Aspergillus niger	4981765
An07g04990	mRNA	An07g04990	NT_166523.1	1089169	1090075	R	An07g04990	complement(join(<1089169..1089585,1089625..1089850,1089936..>1090075))	Aspergillus niger	4981766
An07g05000	mRNA	An07g05000	NT_166523.1	1090850	1092753	D	An07g05000	join(<1090850..1090990,1091054..1091526,1091579..1092525,1092581..>1092753)	Aspergillus niger	4981767
An07g05010	mRNA	An07g05010	NT_166523.1	1093774	1095145	D	An07g05010	join(<1093774..1093986,1094024..>1095145)	Aspergillus niger	4981768
An07g05020	mRNA	An07g05020	NT_166523.1	1095254	1097016	R	An07g05020	complement(join(<1095254..1096410,1096466..1096705,1096756..1096837,1096939..>1097016))	Aspergillus niger	4981769
An07g05030	mRNA	An07g05030	NT_166523.1	1098104	1100110	R	An07g05030	complement(join(<1098104..1099312,1099376..>1100110))	Aspergillus niger	4981770
An07g05040	mRNA	An07g05040	NT_166523.1	1103491	1104997	D	An07g05040	join(<1103491..1104116,1104196..>1104997)	Aspergillus niger	4981771
An07g05050	mRNA	An07g05050	NT_166523.1	1105682	1106596	D	An07g05050	<1105682..>1106596	Aspergillus niger	4981772
An07g05060	mRNA	An07g05060	NT_166523.1	1107540	1108928	R	An07g05060	complement(join(<1107540..1108259,1108364..1108488,1108557..1108625,1108715..>1108928))	Aspergillus niger	4981773
An07g05070	mRNA	An07g05070	NT_166523.1	1108966	1109344	D	An07g05070	join(<1108966..1109076,1109123..>1109344)	Aspergillus niger	84591392
An07g05080	mRNA	An07g05080	NT_166523.1	1109655	1110592	R	An07g05080	complement(join(<1109655..1109697,1109748..1109833,1109895..1109979,1110044..1110156,1110227..1110309,1110379..1110391,1110451..1110468,1110545..>1110592))	Aspergillus niger	4981775
An07g05090	mRNA	An07g05090	NT_166523.1	1111689	1115452	D	An07g05090	join(<1111689..1114344,1114404..1114834,1114890..1115321,1115375..>1115452)	Aspergillus niger	4981776
An07g05100	mRNA	An07g05100	NT_166523.1	1116489	1119726	R	An07g05100	complement(join(<1116489..1117351,1117478..1119101,1119163..>1119726))	Aspergillus niger	4981777
An07g05110	mRNA	An07g05110	NT_166523.1	1121380	1122935	R	An07g05110	complement(join(<1121380..1121620,1121677..1122279,1122338..1122425,1122483..1122599,1122665..1122740,1122921..>1122935))	Aspergillus niger	4981778
An07g05120	mRNA	An07g05120	NT_166523.1	1123058	1124645	D	An07g05120	join(<1123058..1123090,1123266..1123523,1123922..1124015,1124294..1124378,1124468..>1124645)	Aspergillus niger	84591393
An07g05130	mRNA	An07g05130	NT_166523.1	1124794	1125869	D	An07g05130	join(<1124794..1124862,1124909..1125274,1125339..>1125869)	Aspergillus niger	4981780
An07g05140	mRNA	An07g05140	NT_166523.1	1126195	1127128	R	An07g05140	complement(join(<1126195..1127008,1127073..>1127128))	Aspergillus niger	4981781
An07g05150	mRNA	An07g05150	NT_166523.1	1127674	1129599	D	An07g05150	join(<1127674..1127830,1127919..1128080,1128167..1128549,1128613..1128706,1128757..1129385,1129453..>1129599)	Aspergillus niger	4981782
An07g05160	mRNA	An07g05160	NT_166523.1	1130303	1132034	R	An07g05160	complement(join(<1130303..1130701,1130755..1131049,1131100..>1132034))	Aspergillus niger	4981783
An07g05170	mRNA	An07g05170	NT_166523.1	1132465	1133639	D	An07g05170	join(<1132465..1132639,1132740..1133177,1133308..>1133639)	Aspergillus niger	4981784
An07g05180	mRNA	An07g05180	NT_166523.1	1134572	1135906	D	An07g05180	<1134572..>1135906	Aspergillus niger	4981785
An07g05190	mRNA	An07g05190	NT_166523.1	1136493	1136651	R	An07g05190	complement(join(<1136493..1136580,1136614..>1136651))	Aspergillus niger	84591394
An07g05200	mRNA	An07g05200	NT_166523.1	1137534	1138016	R	An07g05200	complement(join(<1137534..1137641,1137739..1137900,1137996..>1138016))	Aspergillus niger	84591395
An07g05210	mRNA	An07g05210	NT_166523.1	1138470	1140311	R	An07g05210	complement(join(<1138470..1138597,1138658..1138937,1138994..1140040,1140090..1140206,1140243..>1140311))	Aspergillus niger	4981788
An07g05220	mRNA	An07g05220	NT_166523.1	1140357	1141389	R	An07g05220	complement(join(<1140357..1140445,1140529..1140634,1140789..1140881,1140951..1141020,1141340..>1141389))	Aspergillus niger	84591396
An07g05230	mRNA	An07g05230	NT_166523.1	1141724	1142161	R	An07g05230	complement(<1141724..>1142161)	Aspergillus niger	4981790
An07g05240	mRNA	An07g05240	NT_166523.1	1142427	1145026	R	An07g05240	complement(join(<1142427..1144863,1144998..>1145026))	Aspergillus niger	4981791
An07g05250	mRNA	An07g05250	NT_166523.1	1145939	1146543	R	An07g05250	complement(join(<1145939..1146030,1146107..1146378,1146460..1146488,1146529..>1146543))	Aspergillus niger	84591397
An07g05260	mRNA	An07g05260	NT_166523.1	1146596	1148607	D	An07g05260	join(<1146596..1147435,1147489..>1148607)	Aspergillus niger	4981793
An07g05270	mRNA	An07g05270	NT_166523.1	1148873	1149096	R	An07g05270	complement(join(<1148873..1148995,1149061..>1149096))	Aspergillus niger	84591398
An07g05280	mRNA	An07g05280	NT_166523.1	1149108	1150284	D	An07g05280	join(<1149108..1149209,1149267..1149485,1149583..1149825,1149904..>1150284)	Aspergillus niger	4981795
An07g05290	mRNA	An07g05290	NT_166523.1	1150586	1151743	R	An07g05290	complement(join(<1150586..1151619,1151695..>1151743))	Aspergillus niger	4981796
An07g05310	mRNA	An07g05310	NT_166523.1	1153381	1153905	R	An07g05310	complement(<1153381..>1153905)	Aspergillus niger	84591399
An07g05340	mRNA	An07g05340	NT_166523.1	1155287	1156174	R	An07g05340	complement(join(<1155287..1155403,1155453..1155532,1155611..1155714,1156059..>1156174))	Aspergillus niger	84591400
An07g05350	mRNA	An07g05350	NT_166523.1	1156971	1160526	D	An07g05350	join(<1156971..1159031,1159086..1159313,1159368..1159724,1159774..>1160526)	Aspergillus niger	4981802
An07g05360	mRNA	An07g05360	NT_166523.1	1161046	1162361	R	An07g05360	complement(join(<1161046..1161292,1161673..1161802,1161889..1162041,1162098..1162188,1162293..>1162361))	Aspergillus niger	84591401
An07g05370	mRNA	An07g05370	NT_166523.1	1163780	1164718	D	An07g05370	join(<1163780..1164436,1164482..>1164718)	Aspergillus niger	4981804
An07g05380	mRNA	An07g05380	NT_166523.1	1164860	1166485	R	An07g05380	complement(<1164860..>1166485)	Aspergillus niger	4981805
An07g05390	mRNA	An07g05390	NT_166523.1	1166539	1167654	R	An07g05390	complement(join(<1166539..1166759,1167179..1167253,1167344..1167400,1167525..>1167654))	Aspergillus niger	84591402
An07g05400	mRNA	An07g05400	NT_166523.1	1167891	1169127	D	An07g05400	join(<1167891..1168036,1168128..1168258,1168416..1168546,1168650..1168871,1168942..>1169127)	Aspergillus niger	84591403
An07g05410	mRNA	An07g05410	NT_166523.1	1169568	1171999	D	An07g05410	join(<1169568..1169815,1169875..>1171999)	Aspergillus niger	4981808
An07g05420	mRNA	An07g05420	NT_166523.1	1172930	1173265	D	An07g05420	<1172930..>1173265	Aspergillus niger	4981809
An07g05430	mRNA	An07g05430	NT_166523.1	1174150	1175210	R	An07g05430	complement(join(<1174150..1174986,1175046..>1175210))	Aspergillus niger	4981810
An07g05440	mRNA	An07g05440	NT_166523.1	1175873	1176649	D	An07g05440	<1175873..>1176649	Aspergillus niger	4981811
An07g05450	mRNA	An07g05450	NT_166523.1	1177546	1178195	D	An07g05450	join(<1177546..1177990,1178074..>1178195)	Aspergillus niger	84591404
An07g05460	mRNA	An07g05460	NT_166523.1	1178641	1179633	D	An07g05460	<1178641..>1179633	Aspergillus niger	4981813
An07g05470	mRNA	An07g05470	NT_166523.1	1180228	1180435	R	An07g05470	complement(join(<1180228..1180295,1180372..>1180435))	Aspergillus niger	84591405
An07g05480	mRNA	An07g05480	NT_166523.1	1180974	1182152	D	An07g05480	<1180974..>1182152	Aspergillus niger	84591406
An07g05490	mRNA	An07g05490	NT_166523.1	1182353	1184518	D	An07g05490	<1182353..>1184518	Aspergillus niger	84591407
An07g05500	mRNA	An07g05500	NT_166523.1	1185159	1185752	R	An07g05500	complement(join(<1185159..1185661,1185722..>1185752))	Aspergillus niger	4981817
An07g05510	mRNA	An07g05510	NT_166523.1	1186288	1188138	D	An07g05510	<1186288..>1188138	Aspergillus niger	4981818
An07g05520	mRNA	An07g05520	NT_166523.1	1189312	1190724	D	An07g05520	join(<1189312..1189452,1189546..1189666,1189720..1189843,1189906..1190345,1190408..>1190724)	Aspergillus niger	4981819
An07g05530	mRNA	An07g05530	NT_166523.1	1191527	1191800	D	An07g05530	join(<1191527..1191568,1191684..>1191800)	Aspergillus niger	84591408
An07g05540	mRNA	An07g05540	NT_166523.1	1192348	1192660	R	An07g05540	complement(join(<1192348..1192405,1192530..1192605,1192627..>1192660))	Aspergillus niger	84591409
An07g05550	mRNA	An07g05550	NT_166523.1	1192700	1193437	D	An07g05550	join(<1192700..1193189,1193286..>1193437)	Aspergillus niger	4981822
An07g05570	mRNA	An07g05570	NT_166523.1	1193982	1197203	R	An07g05570	complement(join(<1193982..1193996,1194046..1194543,1194591..1194992,1195039..1196676,1196740..1196915,1197185..>1197203))	Aspergillus niger	4981824
An07g05580	mRNA	An07g05580	NT_166523.1	1198047	1198351	D	An07g05580	join(<1198047..1198148,1198235..>1198351)	Aspergillus niger	84591410
An07g05590	mRNA	An07g05590	NT_166523.1	1198460	1198761	D	An07g05590	join(<1198460..1198474,1198684..>1198761)	Aspergillus niger	84591411
An07g05600	mRNA	An07g05600	NT_166523.1	1199093	1199786	D	An07g05600	join(<1199093..1199162,1199221..1199475,1199581..>1199786)	Aspergillus niger	4981827
An07g05610	mRNA	An07g05610	NT_166523.1	1200009	1200773	R	An07g05610	complement(<1200009..>1200773)	Aspergillus niger	4981828
An07g05620	mRNA	An07g05620	NT_166523.1	1201347	1203360	D	An07g05620	join(<1201347..1201561,1201653..1202395,1202449..1202588,1202638..>1203360)	Aspergillus niger	4981829
An07g05630	mRNA	An07g05630	NT_166523.1	1203936	1208013	D	An07g05630	join(<1203936..1206703,1206765..>1208013)	Aspergillus niger	4981830
An07g05640	mRNA	An07g05640	NT_166523.1	1208704	1210977	R	An07g05640	complement(join(<1208704..1209280,1209333..1209683,1209737..1210071,1210118..1210501,1210588..>1210977))	Aspergillus niger	4981831
An07g05650	mRNA	An07g05650	NT_166523.1	1212277	1213653	R	An07g05650	complement(join(<1212277..1213364,1213455..>1213653))	Aspergillus niger	4981832
An07g05660	mRNA	An07g05660	NT_166523.1	1214285	1216158	R	An07g05660	complement(join(<1214285..1214306,1214450..>1216158))	Aspergillus niger	4981833
An07g05670	mRNA	An07g05670	NT_166523.1	1217507	1219123	R	An07g05670	complement(<1217507..>1219123)	Aspergillus niger	4981834
An07g05680	mRNA	An07g05680	NT_166523.1	1219500	1220095	D	An07g05680	join(<1219500..1219548,1219593..1219676,1220019..>1220095)	Aspergillus niger	84591412
An07g05690	mRNA	An07g05690	NT_166523.1	1221620	1222882	R	An07g05690	complement(join(<1221620..1221702,1221777..1221904,1221962..1222052,1222123..1222271,1222328..1222401,1222457..1222702,1222751..>1222882))	Aspergillus niger	10098311
An07g05700	mRNA	An07g05700	NT_166523.1	1224766	1225529	D	An07g05700	join(<1224766..1224851,1225110..1225189,1225294..>1225529)	Aspergillus niger	84591413
An07g05710	mRNA	An07g05710	NT_166523.1	1225830	1226728	R	An07g05710	complement(join(<1225830..1226564,1226687..>1226728))	Aspergillus niger	4981838
An07g05720	mRNA	An07g05720	NT_166523.1	1226834	1228228	D	An07g05720	join(<1226834..1226958,1227026..1227112,1227202..1227322,1227385..1227474,1227527..1227586,1227704..1227910,1228027..1228083,1228166..>1228228)	Aspergillus niger	84591414
An07g05730	mRNA	An07g05730	NT_166523.1	1228445	1230186	R	An07g05730	complement(join(<1228445..1228617,1228700..1228865,1228948..1229039,1229089..1229150,1229274..1229627,1229681..>1230186))	Aspergillus niger	4981840
An07g05740	mRNA	An07g05740	NT_166523.1	1230621	1232001	R	An07g05740	complement(join(<1230621..1230980,1231053..1231248,1231324..1231448,1231517..1231556,1231871..>1232001))	Aspergillus niger	4981841
An07g05750	mRNA	An07g05750	NT_166523.1	1232326	1233740	D	An07g05750	join(<1232326..1232527,1232620..>1233740)	Aspergillus niger	4981842
An07g05760	mRNA	An07g05760	NT_166523.1	1234155	1235057	D	An07g05760	<1234155..>1235057	Aspergillus niger	4981843
An07g05770	mRNA	An07g05770	NT_166523.1	1235647	1235952	R	An07g05770	complement(<1235647..>1235952)	Aspergillus niger	84591415
An07g05780	mRNA	An07g05780	NT_166523.1	1236522	1237928	D	An07g05780	join(<1236522..1236536,1236588..>1237928)	Aspergillus niger	4981845
An07g05790	mRNA	An07g05790	NT_166523.1	1238119	1240789	R	An07g05790	complement(join(<1238119..1239314,1239364..>1240789))	Aspergillus niger	4981846
An07g05800	mRNA	An07g05800	NT_166523.1	1241099	1241554	D	An07g05800	join(<1241099..1241125,1241186..>1241554)	Aspergillus niger	4981847
An07g05810	mRNA	An07g05810	NT_166523.1	1241998	1243626	R	An07g05810	complement(<1241998..>1243626)	Aspergillus niger	4981848
An07g05820	mRNA	An07g05820	NT_166523.1	1244213	1245737	D	An07g05820	join(<1244213..1244270,1244535..1244641,1244704..1244876,1244924..1245329,1245381..>1245737)	Aspergillus niger	4981849
An07g05830	mRNA	An07g05830	NT_166523.1	1246242	1247737	D	An07g05830	join(<1246242..1246316,1246378..1246396,1246456..1246744,1246828..1247107,1247159..>1247737)	Aspergillus niger	4981850
An07g05840	mRNA	An07g05840	NT_166523.1	1248074	1249860	R	An07g05840	complement(join(<1248074..1248322,1248388..1248492,1248544..1249697,1249797..>1249860))	Aspergillus niger	4981851
An07g05850	mRNA	An07g05850	NT_166523.1	1249918	1250674	D	An07g05850	join(<1249918..1250096,1250204..1250474,1250588..>1250674)	Aspergillus niger	84591416
An07g05870	mRNA	An07g05870	NT_166523.1	1252247	1252816	D	An07g05870	join(<1252247..1252682,1252779..>1252816)	Aspergillus niger	84591417
An07g05880	mRNA	An07g05880	NT_166523.1	1252934	1254890	R	An07g05880	complement(join(<1252934..1253173,1253228..1253486,1253538..1254013,1254071..1254160,1254246..1254638,1254694..1254782,1254833..>1254890))	Aspergillus niger	4981855
An07g05890	mRNA	An07g05890	NT_166523.1	1254961	1255781	D	An07g05890	join(<1254961..1255191,1255272..1255383,1255624..>1255781)	Aspergillus niger	84591418
An07g05900	mRNA	An07g05900	NT_166523.1	1255811	1257197	D	An07g05900	join(<1255811..1256003,1256059..>1257197)	Aspergillus niger	4981857
An07g05910	mRNA	An07g05910	NT_166523.1	1257421	1257962	R	An07g05910	complement(join(<1257421..1257726,1257771..>1257962))	Aspergillus niger	84591419
An07g05920	mRNA	An07g05920	NT_166523.1	1258666	1260113	D	An07g05920	join(<1258666..1258681,1258752..1258819,1258959..1259052,1259173..>1260113)	Aspergillus niger	4981859
An07g05930	mRNA	An07g05930	NT_166523.1	1260861	1261727	R	An07g05930	complement(join(<1260861..1260980,1261063..1261289,1261356..1261398,1261482..1261660,1261721..>1261727))	Aspergillus niger	4981860
An07g05940	mRNA	An07g05940	NT_166523.1	1262001	1264366	D	An07g05940	join(<1262001..1262073,1262372..1262628,1262700..1264246,1264306..>1264366)	Aspergillus niger	4981861
An07g05950	mRNA	An07g05950	NT_166523.1	1265684	1266832	R	An07g05950	complement(join(<1265684..1266163,1266503..>1266832))	Aspergillus niger	84591420
An07g05960	mRNA	An07g05960	NT_166523.1	1267332	1268146	D	An07g05960	join(<1267332..1267352,1267466..>1268146)	Aspergillus niger	4981863
An07g05970	mRNA	An07g05970	NT_166523.1	1268709	1277650	D	An07g05970	join(<1268709..1268814,1269169..1269208,1269268..1269341,1269591..1270136,1270240..1270271,1270529..1270553,1270805..1270877,1271162..1271706,1271766..1271873,1271926..1272093,1272146..1272308,1272373..1272397,1272446..1273080,1273133..1273492,1273549..>1277650)	Aspergillus niger	4981864
An07g05980	mRNA	An07g05980	NT_166523.1	1278357	1281007	D	An07g05980	join(<1278357..1278485,1278542..1278596,1278636..1278735,1278789..1278856,1278914..1279082,1279133..1279193,1279245..1279751,1279808..1280193,1280244..1280455,1280517..>1281007)	Aspergillus niger	4981865
An07g05990	mRNA	An07g05990	NT_166523.1	1281272	1284368	R	An07g05990	complement(join(<1281272..1281323,1281389..1282551,1282733..1282756,1282941..1283919,1284121..>1284368))	Aspergillus niger	4981866
An07g06000	mRNA	An07g06000	NT_166523.1	1284942	1286679	R	An07g06000	complement(join(<1284942..1285619,1285678..>1286679))	Aspergillus niger	4981867
An07g06010	mRNA	An07g06010	NT_166523.1	1287020	1288344	R	An07g06010	complement(join(<1287020..1287788,1287846..1288148,1288208..>1288344))	Aspergillus niger	4981868
An07g06020	mRNA	An07g06020	NT_166523.1	1288726	1289991	D	An07g06020	join(<1288726..1289105,1289193..>1289991)	Aspergillus niger	4981869
An07g06030	mRNA	An07g06030	NT_166523.1	1290775	1293840	R	An07g06030	complement(join(<1290775..1291007,1291064..1291879,1291932..1292279,1292335..1293301,1293367..1293677,1293765..>1293840))	Aspergillus niger	4981870
An07g06040	mRNA	An07g06040	NT_166523.1	1294418	1295325	D	An07g06040	join(<1294418..1294455,1294511..1294693,1294768..1295123,1295177..>1295325)	Aspergillus niger	4981871
An07g06050	mRNA	An07g06050	NT_166523.1	1296174	1297218	D	An07g06050	join(<1296174..1296305,1296370..1296638,1296705..>1297218)	Aspergillus niger	4981872
An07g06060	mRNA	An07g06060	NT_166523.1	1297783	1299404	D	An07g06060	join(<1297783..1297850,1298251..1298335,1298430..1298499,1298742..1298960,1299069..1299153,1299239..>1299404)	Aspergillus niger	84591421
An07g06070	mRNA	An07g06070	NT_166523.1	1299950	1300989	R	An07g06070	complement(join(<1299950..1300024,1300405..1300707,1300849..>1300989))	Aspergillus niger	84591422
An07g06080	mRNA	An07g06080	NT_166523.1	1301178	1302414	D	An07g06080	join(<1301178..1301189,1301250..1301322,1301387..>1302414)	Aspergillus niger	4981875
An07g06090	mRNA	An07g06090	NT_166523.1	1303364	1303756	D	An07g06090	<1303364..>1303756	Aspergillus niger	84591423
An07g06100	mRNA	An07g06100	NT_166523.1	1304696	1309451	R	An07g06100	complement(join(<1304696..1308245,1308318..1308600,1308677..1309076,1309182..>1309451))	Aspergillus niger	4981877
An07g06110	mRNA	An07g06110	NT_166523.1	1310243	1311367	R	An07g06110	complement(join(<1310243..1310391,1310480..1310587,1310678..1310739,1310844..1311041,1311267..>1311367))	Aspergillus niger	84591424
An07g06120	mRNA	An07g06120	NT_166523.1	1311539	1312654	R	An07g06120	complement(join(<1311539..1311595,1311919..1312150,1312200..1312325,1312381..1312497,1312623..>1312654))	Aspergillus niger	84591425
An07g06130	mRNA	An07g06130	NT_166523.1	1314067	1318628	D	An07g06130	join(<1314067..1314501,1314560..1316615,1316673..1317289,1317365..1317615,1317663..1317996,1318047..>1318628)	Aspergillus niger	4981880
An07g06140	mRNA	An07g06140	NT_166523.1	1319018	1321492	R	An07g06140	complement(join(<1319018..1319050,1319105..1319115,1319346..1319391,1319425..1319515,1319705..1319818,1319902..1320008,1320081..1320476,1320592..1320795,1321205..>1321492))	Aspergillus niger	4981881
An07g06150	mRNA	An07g06150	NT_166523.1	1321927	1324527	D	An07g06150	join(<1321927..1322073,1322129..1322492,1322529..1322577,1322612..1322647,1322714..1323472,1323535..1324135,1324213..1324286,1324346..1324444,1324497..>1324527)	Aspergillus niger	4981882
An07g06160	mRNA	An07g06160	NT_166523.1	1324886	1326031	R	An07g06160	complement(<1324886..>1326031)	Aspergillus niger	4981883
An07g06170	mRNA	An07g06170	NT_166523.1	1326566	1327187	R	An07g06170	complement(join(<1326566..1327053,1327124..>1327187))	Aspergillus niger	4981884
An07g06180	mRNA	An07g06180	NT_166523.1	1327386	1328648	D	An07g06180	join(<1327386..1327607,1327704..1327768,1328260..1328337,1328405..>1328648)	Aspergillus niger	84591426
An07g06190	mRNA	An07g06190	NT_166523.1	1328902	1331598	D	An07g06190	join(<1328902..1331183,1331241..>1331598)	Aspergillus niger	4981886
An07g06200	mRNA	An07g06200	NT_166523.1	1331864	1333932	R	An07g06200	complement(join(<1331864..1331945,1332037..1332173,1332249..1332267,1332315..1332333,1332475..1333301,1333364..>1333932))	Aspergillus niger	4981887
An07g06210	mRNA	An07g06210	NT_166523.1	1334992	1335414	R	An07g06210	complement(<1334992..>1335414)	Aspergillus niger	84591427
An07g06220	mRNA	An07g06220	NT_166523.1	1337168	1337495	D	An07g06220	join(<1337168..1337180,1337221..>1337495)	Aspergillus niger	84591428
An07g06230	mRNA	An07g06230	NT_166523.1	1338785	1339729	D	An07g06230	join(<1338785..1339122,1339198..1339486,1339516..1339616,1339693..>1339729)	Aspergillus niger	4981890
An07g06240	mRNA	An07g06240	NT_166523.1	1339832	1341773	R	An07g06240	complement(join(<1339832..1340763,1340832..1341174,1341276..1341546,1341598..>1341773))	Aspergillus niger	4981891
An07g06250	mRNA	An07g06250	NT_166523.1	1342178	1343780	R	An07g06250	complement(join(<1342178..1342270,1342324..1342482,1342626..1342761,1342947..1342991,1343143..1343307,1343420..1343462,1343533..1343631,1343708..>1343780))	Aspergillus niger	84591429
An07g06260	mRNA	An07g06260	NT_166523.1	1344248	1344669	D	An07g06260	join(<1344248..1344308,1344437..>1344669)	Aspergillus niger	84591430
An07g06270	mRNA	An07g06270	NT_166523.1	1344719	1345896	R	An07g06270	complement(join(<1344719..1344961,1345048..>1345896))	Aspergillus niger	4981894
An07g06280	mRNA	An07g06280	NT_166523.1	1347240	1347935	D	An07g06280	<1347240..>1347935	Aspergillus niger	4981895
An07g06290	mRNA	An07g06290	NT_166523.1	1349185	1349825	R	An07g06290	complement(join(<1349185..1349489,1349774..>1349825))	Aspergillus niger	84591431
An07g06300	mRNA	An07g06300	NT_166523.1	1350129	1351908	D	An07g06300	join(<1350129..1350225,1350278..1350693,1350754..1351150,1351210..1351637,1351705..>1351908)	Aspergillus niger	4981897
An07g06310	mRNA	An07g06310	NT_166523.1	1352486	1354545	D	An07g06310	join(<1352486..1352517,1352602..1352721,1352776..1352992,1353057..1353590,1353652..1353900,1353943..1354255,1354310..>1354545)	Aspergillus niger	4981898
An07g06330	mRNA	An07g06330	NT_166523.1	1355726	1356629	D	An07g06330	join(<1355726..1355948,1356031..>1356629)	Aspergillus niger	4981900
An07g06340	mRNA	An07g06340	NT_166523.1	1357202	1357809	R	An07g06340	complement(join(<1357202..1357325,1357415..1357505,1357558..1357587,1357642..1357668,1357755..>1357809))	Aspergillus niger	4981901
An07g06350	mRNA	An07g06350	NT_166523.1	1358707	1360743	D	An07g06350	join(<1358707..1359828,1359880..>1360743)	Aspergillus niger	4981902
An07g06360	mRNA	An07g06360	NT_166523.1	1361862	1363794	D	An07g06360	join(<1361862..1361934,1361985..1362113,1362143..1362711,1362813..1363480,1363536..>1363794)	Aspergillus niger	4981903
An07g06370	mRNA	An07g06370	NT_166523.1	1364258	1365000	R	An07g06370	complement(join(<1364258..1364862,1364928..>1365000))	Aspergillus niger	4981904
An07g06380	mRNA	An07g06380	NT_166523.1	1365356	1367112	R	An07g06380	complement(join(<1365356..1366661,1366734..1367001,1367085..>1367112))	Aspergillus niger	4981905
An07g06390	mRNA	An07g06390	NT_166523.1	1367809	1368745	R	An07g06390	complement(join(<1367809..1367985,1368350..>1368745))	Aspergillus niger	4981906
An07g06400	mRNA	An07g06400	NT_166523.1	1370522	1372750	R	An07g06400	complement(join(<1370522..1370923,1371053..1371678,1371728..1371892,1371940..>1372750))	Aspergillus niger	4981907
An07g06410	mRNA	An07g06410	NT_166523.1	1374964	1377527	D	An07g06410	join(<1374964..1375053,1375144..1375236,1375325..1375486,1375610..1375820,1376029..1376077,1376164..1376215,1376508..1376665,1376745..1377056,1377171..1377251,1377344..>1377527)	Aspergillus niger	84591432
An07g06420	mRNA	An07g06420	NT_166523.1	1378620	1380011	D	An07g06420	join(<1378620..1379201,1379256..>1380011)	Aspergillus niger	4981909
An07g06430	mRNA	An07g06430	NT_166523.1	1380989	1385705	D	An07g06430	join(<1380989..1381137,1381200..1381553,1381611..1382439,1382488..1382748,1382811..>1385705)	Aspergillus niger	4981910
An07g06440	mRNA	An07g06440	NT_166523.1	1386391	1386994	D	An07g06440	join(<1386391..1386671,1386757..>1386994)	Aspergillus niger	84591433
An07g06450	mRNA	An07g06450	NT_166523.1	1387127	1387591	D	An07g06450	<1387127..>1387591	Aspergillus niger	84591434
An07g06460	mRNA	An07g06460	NT_166523.1	1387677	1388838	R	An07g06460	complement(join(<1387677..1387771,1387844..1388079,1388146..1388230,1388289..1388376,1388434..>1388838))	Aspergillus niger	4981913
An07g06470	mRNA	An07g06470	NT_166523.1	1390011	1391297	D	An07g06470	join(<1390011..1390124,1390755..1390848,1390941..1391029,1391118..>1391297)	Aspergillus niger	84591435
An07g06480	mRNA	An07g06480	NT_166523.1	1392828	1394526	R	An07g06480	complement(join(<1392828..1392855,1392913..1393048,1393104..1394146,1394213..>1394526))	Aspergillus niger	4981915
An07g06490	mRNA	An07g06490	NT_166523.1	1395257	1398525	D	An07g06490	join(<1395257..1395505,1395587..1398083,1398158..>1398525)	Aspergillus niger	4981916
An07g06500	mRNA	An07g06500	NT_166523.1	1398982	1400245	R	An07g06500	complement(join(<1398982..1398998,1399034..1399196,1399253..1399631,1399674..1400006,1400061..>1400245))	Aspergillus niger	4981917
An07g06510	mRNA	An07g06510	NT_166523.1	1401768	1402607	R	An07g06510	complement(<1401768..>1402607)	Aspergillus niger	4981918
An07g06520	mRNA	An07g06520	NT_166523.1	1403156	1405132	D	An07g06520	join(<1403156..1403245,1403352..1403388,1403453..1403579,1403635..1404406,1404458..>1405132)	Aspergillus niger	4981919
An07g06530	mRNA	An07g06530	NT_166523.1	1406480	1407403	R	An07g06530	complement(join(<1406480..1406726,1406777..1406959,1407020..1407317,1407391..>1407403))	Aspergillus niger	4981920
An07g06535	mRNA	An07g06535	NT_166523.1	1408222	1409473	D	An07g06535	join(<1408222..1408287,1408407..1408592,1408728..1409030,1409090..>1409473)	Aspergillus niger	4981921
An07g06540	mRNA	An07g06540	NT_166523.1	1409763	1412339	D	An07g06540	<1409763..>1412339	Aspergillus niger	4981922
An07g06550	mRNA	An07g06550	NT_166523.1	1413034	1413594	R	An07g06550	complement(join(<1413034..1413414,1413463..>1413594))	Aspergillus niger	4981923
An07g06560	mRNA	An07g06560	NT_166523.1	1413888	1414395	D	An07g06560	join(<1413888..1413924,1414003..1414032,1414166..1414216,1414340..>1414395)	Aspergillus niger	4981924
An07g06570	mRNA	An07g06570	NT_166523.1	1415277	1415746	D	An07g06570	join(<1415277..1415383,1415450..1415621,1415684..>1415746)	Aspergillus niger	4981925
An07g06580	mRNA	An07g06580	NT_166523.1	1416304	1417619	D	An07g06580	join(<1416304..1416371,1416429..1416544,1416598..1417149,1417219..>1417619)	Aspergillus niger	4981926
An07g06590	mRNA	An07g06590	NT_166523.1	1417760	1418796	R	An07g06590	complement(join(<1417760..1418458,1418536..>1418796))	Aspergillus niger	4981927
An07g06600	mRNA	An07g06600	NT_166523.1	1419381	1419900	D	An07g06600	join(<1419381..1419737,1419796..>1419900)	Aspergillus niger	4981928
An07g06610	mRNA	An07g06610	NT_166523.1	1420390	1424522	R	An07g06610	complement(join(<1420390..1422785,1422978..1423236,1423287..>1424522))	Aspergillus niger	4981929
An07g06615	mRNA	An07g06615	NT_166523.1	1424762	1425306	R	An07g06615	complement(join(<1424762..1424779,1424893..1425169,1425239..>1425306))	Aspergillus niger	84591436
An07g06630	mRNA	An07g06630	NT_166523.1	1426208	1427199	R	An07g06630	complement(join(<1426208..1426970,1427033..>1427199))	Aspergillus niger	4981931
An07g06640	mRNA	An07g06640	NT_166523.1	1427579	1430246	D	An07g06640	join(<1427579..1427612,1427667..1428066,1428117..1428243,1428292..1428603,1428662..1429216,1429269..>1430246)	Aspergillus niger	4981932
An07g06650	mRNA	An07g06650	NT_166523.1	1430925	1431388	D	An07g06650	join(<1430925..1431208,1431331..>1431388)	Aspergillus niger	84591437
An07g06670	mRNA	An07g06670	NT_166523.1	1432430	1432696	R	An07g06670	complement(join(<1432430..1432486,1432556..>1432696))	Aspergillus niger	84591438
An07g06680	mRNA	An07g06680	NT_166523.1	1435033	1435638	D	An07g06680	join(<1435033..1435415,1435533..>1435638)	Aspergillus niger	84591439
An07g06690	mRNA	An07g06690	NT_166523.1	1436745	1437404	D	An07g06690	join(<1436745..1436861,1436962..1437024,1437141..>1437404)	Aspergillus niger	84591440
An07g06700	mRNA	An07g06700	NT_166523.1	1437784	1440684	D	An07g06700	join(<1437784..1437818,1437939..1438083,1438147..1438179,1438224..1438469,1438976..1439005,1439320..>1440684)	Aspergillus niger	4981938
An07g06710	mRNA	An07g06710	NT_166523.1	1442414	1442699	R	An07g06710	complement(join(<1442414..1442656,1442688..>1442699))	Aspergillus niger	84591441
An07g06720	mRNA	An07g06720	NT_166523.1	1443476	1445083	R	An07g06720	complement(join(<1443476..1443906,1444020..1444351,1444407..1444670,1444730..1444988,1445041..>1445083))	Aspergillus niger	84591442
An07g06730	mRNA	An07g06730	NT_166523.1	1447293	1451379	R	An07g06730	complement(join(<1447293..1447388,1447444..1447521,1447572..1448324,1448377..>1451379))	Aspergillus niger	4981941
An07g06740	mRNA	An07g06740	NT_166523.1	1452040	1453113	D	An07g06740	join(<1452040..1452227,1452278..1452485,1452544..>1453113)	Aspergillus niger	4981942
An07g06750	mRNA	An07g06750	NT_166523.1	1453706	1455715	D	An07g06750	join(<1453706..1453751,1453830..1453913,1454130..1454160,1454215..1454490,1454527..>1455715)	Aspergillus niger	4981943
An07g06760	mRNA	An07g06760	NT_166523.1	1456110	1456662	R	An07g06760	complement(join(<1456110..1456194,1456266..1456489,1456621..>1456662))	Aspergillus niger	4981944
An07g06770	mRNA	An07g06770	NT_166523.1	1457800	1459544	R	An07g06770	complement(join(<1457800..1459267,1459339..>1459544))	Aspergillus niger	4981945
An07g06780	mRNA	An07g06780	NT_166523.1	1460174	1462664	D	An07g06780	join(<1460174..1460194,1460305..1460349,1460512..1460590,1460691..1461010,1461063..1461085,1461204..1461384,1461435..1461724,1461775..1462451,1462504..>1462664)	Aspergillus niger	4981946
An07g06790	mRNA	An07g06790	NT_166523.1	1462868	1463529	R	An07g06790	complement(join(<1462868..1462968,1463057..1463140,1463224..1463387,1463498..>1463529))	Aspergillus niger	84591443
An07g06800	mRNA	An07g06800	NT_166523.1	1463923	1465923	D	An07g06800	join(<1463923..1463955,1464021..1465283,1465313..1465357,1465447..1465463,1465593..>1465923)	Aspergillus niger	4981948
An07g06810	mRNA	An07g06810	NT_166523.1	1466392	1467293	D	An07g06810	join(<1466392..1466554,1466607..1466689,1466737..1466828,1467152..>1467293)	Aspergillus niger	84591444
An07g06820	mRNA	An07g06820	NT_166523.1	1467440	1468634	D	An07g06820	join(<1467440..1467487,1467574..1467825,1467928..1468207,1468291..1468445,1468575..>1468634)	Aspergillus niger	4981950
An07g06840	mRNA	An07g06840	NT_166523.1	1469378	1471169	R	An07g06840	complement(join(<1469378..1470217,1470299..1470781,1470849..1470928,1471028..>1471169))	Aspergillus niger	4981952
An07g06850	mRNA	An07g06850	NT_166523.1	1471413	1471970	R	An07g06850	complement(join(<1471413..1471634,1471705..1471782,1471827..>1471970))	Aspergillus niger	84591445
An07g06860	mRNA	An07g06860	NT_166523.1	1472118	1473457	D	An07g06860	join(<1472118..1472217,1473164..1473210,1473284..>1473457)	Aspergillus niger	84591446
An07g06870	mRNA	An07g06870	NT_166523.1	1473682	1474215	R	An07g06870	complement(join(<1473682..1473765,1473826..1473933,1473958..>1474215))	Aspergillus niger	84591447
An07g06880	mRNA	An07g06880	NT_166523.1	1474496	1476495	D	An07g06880	join(<1474496..1474892,1474944..1475097,1475142..1475533,1475583..1475665,1475710..1475938,1475992..1476089,1476139..1476405,1476460..>1476495)	Aspergillus niger	4981956
An07g06900	mRNA	An07g06900	NT_166523.1	1477411	1478700	R	An07g06900	complement(join(<1477411..1477787,1477863..1478323,1478378..1478529,1478590..>1478700))	Aspergillus niger	84591448
An07g06910	mRNA	An07g06910	NT_166523.1	1479676	1480518	D	An07g06910	<1479676..>1480518	Aspergillus niger	4981959
An07g06920	mRNA	An07g06920	NT_166523.1	1481418	1483311	R	An07g06920	complement(join(<1481418..1482719,1482777..1482905,1482967..>1483311))	Aspergillus niger	84591449
An07g06930	mRNA	An07g06930	NT_166523.1	1483605	1484835	R	An07g06930	complement(join(<1483605..1483764,1484711..>1484835))	Aspergillus niger	84591450
An07g06940	mRNA	An07g06940	NT_166523.1	1485344	1486426	R	An07g06940	complement(<1485344..>1486426)	Aspergillus niger	84591451
An07g06960	mRNA	An07g06960	NT_166523.1	1487268	1488280	R	An07g06960	complement(join(<1487268..1487418,1487559..1487610,1487647..>1488280))	Aspergillus niger	4981964
An07g06970	mRNA	An07g06970	NT_166523.1	1488626	1489632	R	An07g06970	complement(join(<1488626..1488686,1488740..1488934,1489030..1489112,1489252..>1489632))	Aspergillus niger	84591452
An07g06980	mRNA	An07g06980	NT_166523.1	1490134	1492354	R	An07g06980	complement(join(<1490134..1490923,1490970..1491106,1491157..1491479,1491527..1491696,1491750..1491928,1491993..1492193,1492265..>1492354))	Aspergillus niger	4981966
An07g06990	mRNA	An07g06990	NT_166523.1	1492798	1493972	D	An07g06990	join(<1492798..1493169,1493223..>1493972)	Aspergillus niger	4981967
An07g07000	mRNA	An07g07000	NT_166523.1	1494699	1497469	R	An07g07000	complement(join(<1494699..1495480,1495555..>1497469))	Aspergillus niger	4981968
An07g07010	mRNA	An07g07010	NT_166523.1	1498282	1498986	R	An07g07010	complement(join(<1498282..1498744,1498797..1498901,1498982..>1498986))	Aspergillus niger	4981969
An07g07020	mRNA	An07g07020	NT_166523.1	1499316	1499823	D	An07g07020	join(<1499316..1499363,1499439..1499512,1499571..1499624,1499685..>1499823)	Aspergillus niger	4981970
An07g07030	mRNA	An07g07030	NT_166523.1	1500525	1500866	D	An07g07030	<1500525..>1500866	Aspergillus niger	84591453
An07g07040	mRNA	An07g07040	NT_166523.1	1501417	1501706	R	An07g07040	complement(join(<1501417..1501555,1501603..>1501706))	Aspergillus niger	84591454
An07g07050	mRNA	An07g07050	NT_166523.1	1501811	1504858	D	An07g07050	join(<1501811..1502011,1502087..1502214,1502280..1502659,1502711..1503207,1503268..1503443,1503496..1504056,1504108..>1504858)	Aspergillus niger	4981973
An07g07060	mRNA	An07g07060	NT_166523.1	1506148	1507832	R	An07g07060	complement(join(<1506148..1506985,1507164..1507705,1507818..>1507832))	Aspergillus niger	4981974
An07g07070	mRNA	An07g07070	NT_166523.1	1509885	1510350	D	An07g07070	join(<1509885..1509994,1510076..1510135,1510191..>1510350)	Aspergillus niger	84591455
An07g07080	mRNA	An07g07080	NT_166523.1	1510455	1511417	R	An07g07080	complement(join(<1510455..1510510,1510578..1510815,1510926..1511004,1511147..1511212,1511302..>1511417))	Aspergillus niger	84591456
An07g07090	mRNA	An07g07090	NT_166523.1	1511697	1512805	D	An07g07090	join(<1511697..1512189,1512258..>1512805)	Aspergillus niger	4981977
An07g07100	mRNA	An07g07100	NT_166523.1	1512971	1514222	R	An07g07100	complement(join(<1512971..1513958,1514164..>1514222))	Aspergillus niger	4981978
An07g07110	mRNA	An07g07110	NT_166523.1	1514971	1517106	R	An07g07110	complement(join(<1514971..1515885,1516024..>1517106))	Aspergillus niger	84591457
An07g07120	mRNA	An07g07120	NT_166523.1	1517309	1520186	D	An07g07120	join(<1517309..1517336,1517438..1517569,1517766..1517990,1518209..1518300,1518535..1518593,1518677..1518843,1518925..1518980,1519178..1519225,1519297..1519358,1519529..1519658,1519884..1519925,1520127..>1520186)	Aspergillus niger	84591458
An07g07130	mRNA	An07g07130	NT_166523.1	1520341	1520885	R	An07g07130	complement(join(<1520341..1520376,1520515..1520766,1520796..>1520885))	Aspergillus niger	84591459
An07g07140	mRNA	An07g07140	NT_166523.1	1525358	1526848	D	An07g07140	<1525358..>1526848	Aspergillus niger	4981982
An07g07150	mRNA	An07g07150	NT_166523.1	1529046	1530195	R	An07g07150	complement(join(<1529046..1529740,1529808..>1530195))	Aspergillus niger	4981983
An07g07160	mRNA	An07g07160	NT_166523.1	1531266	1532718	R	An07g07160	complement(join(<1531266..1531368,1531444..1531565,1531623..1532087,1532163..1532259,1532377..1532523,1532582..>1532718))	Aspergillus niger	4981984
An07g07170	mRNA	An07g07170	NT_166523.1	1533965	1534364	R	An07g07170	complement(join(<1533965..1534198,1534266..>1534364))	Aspergillus niger	4981985
An07g07180	mRNA	An07g07180	NT_166523.1	1535222	1537769	R	An07g07180	complement(join(<1535222..1535275,1535363..1535460,1535710..1535740,1535844..1535883,1536391..>1537769))	Aspergillus niger	4981986
An07g07190	mRNA	An07g07190	NT_166523.1	1538193	1540612	D	An07g07190	join(<1538193..1538215,1538274..1538391,1538443..1538601,1538669..1539186,1539238..1539380,1539435..>1540612)	Aspergillus niger	4981987
An07g07200	mRNA	An07g07200	NT_166523.1	1542306	1543098	R	An07g07200	complement(join(<1542306..1542395,1542489..1542542,1542601..1542650,1542718..1542813,1543068..>1543098))	Aspergillus niger	84591460
An07g07210	mRNA	An07g07210	NT_166523.1	1543182	1547117	D	An07g07210	join(<1543182..1543209,1543273..1543494,1543626..1543773,1543879..1546796,1546849..>1547117)	Aspergillus niger	4981989
An07g07220	mRNA	An07g07220	NT_166523.1	1547673	1547914	R	An07g07220	complement(join(<1547673..1547708,1547828..>1547914))	Aspergillus niger	84591461
An07g07230	mRNA	An07g07230	NT_166523.1	1548344	1550236	D	An07g07230	join(<1548344..1548420,1548736..1548999,1549048..1549083,1549171..1549271,1549598..1549738,1549849..1549885,1549930..1550014,1550159..>1550236)	Aspergillus niger	84591462
An07g07240	mRNA	An07g07240	NT_166523.1	1550771	1552954	D	An07g07240	join(<1550771..1551946,1551983..>1552954)	Aspergillus niger	4981992
An07g07250	mRNA	An07g07250	NT_166523.1	1553578	1554630	R	An07g07250	complement(join(<1553578..1554200,1554303..>1554630))	Aspergillus niger	4981993
An07g07260	mRNA	An07g07260	NT_166523.1	1555275	1558312	D	An07g07260	join(<1555275..1555824,1555874..1556863,1556910..1557002,1557048..>1558312)	Aspergillus niger	4981994
An07g07270	mRNA	An07g07270	NT_166523.1	1558702	1559730	D	An07g07270	join(<1558702..1558833,1558903..>1559730)	Aspergillus niger	4981995
An07g07280	mRNA	An07g07280	NT_166523.1	1560116	1561219	D	An07g07280	join(<1560116..1560357,1560437..1560801,1560886..1560953,1561031..>1561219)	Aspergillus niger	4981996
An07g07290	mRNA	An07g07290	NT_166523.1	1561474	1563548	R	An07g07290	complement(join(<1561474..1561835,1561888..1562424,1562572..1562701,1562739..>1563548))	Aspergillus niger	10098313
An07g07300	mRNA	An07g07300	NT_166523.1	1563819	1565104	R	An07g07300	complement(join(<1563819..1563821,1563934..1564053,1564133..1564502,1564573..1564757,1564832..1564889,1564962..1564972,1565036..>1565104))	Aspergillus niger	4981998
An07g07310	mRNA	An07g07310	NT_166523.1	1565920	1567277	D	An07g07310	join(<1565920..1566003,1566056..1566544,1566624..>1567277)	Aspergillus niger	4981999
An07g07320	mRNA	An07g07320	NT_166523.1	1568527	1569716	R	An07g07320	complement(join(<1568527..1568709,1568767..1569534,1569591..>1569716))	Aspergillus niger	4982000
An07g07330	mRNA	An07g07330	NT_166523.1	1571153	1572080	D	An07g07330	join(<1571153..1571300,1571341..1571588,1571739..>1572080)	Aspergillus niger	84591463
An07g07340	mRNA	An07g07340	NT_166523.1	1572444	1573574	R	An07g07340	complement(join(<1572444..1573064,1573126..1573412,1573475..>1573574))	Aspergillus niger	4982002
An07g07350	mRNA	An07g07350	NT_166523.1	1573682	1574597	D	An07g07350	join(<1573682..1573912,1574215..1574299,1574339..1574422,1574539..>1574597)	Aspergillus niger	84591464
An07g07360	mRNA	An07g07360	NT_166523.1	1578033	1579262	R	An07g07360	complement(join(<1578033..1578437,1578793..1578814,1579040..1579092,1579197..>1579262))	Aspergillus niger	84591465
An07g07370	mRNA	An07g07370	NT_166523.1	1579519	1580751	D	An07g07370	join(<1579519..1579523,1579914..1580283,1580358..1580405,1580466..1580498,1580570..1580653,1580710..>1580751)	Aspergillus niger	4982005
An07g07380	mRNA	An07g07380	NT_166523.1	1582128	1584189	D	An07g07380	join(<1582128..1582586,1582640..1582793,1582843..1582918,1582968..1583081,1583138..1583843,1583911..1583990,1584147..>1584189)	Aspergillus niger	4982006
An07g07390	mRNA	An07g07390	NT_166523.1	1585201	1586411	R	An07g07390	complement(join(<1585201..1585289,1585369..1585459,1585528..1585628,1585720..1585878,1586100..1586153,1586321..>1586411))	Aspergillus niger	4982007
An07g07400	mRNA	An07g07400	NT_166523.1	1587336	1588085	R	An07g07400	complement(<1587336..>1588085)	Aspergillus niger	4982008
An07g07410	mRNA	An07g07410	NT_166523.1	1588514	1591252	D	An07g07410	join(<1588514..1588569,1588610..1588702,1588873..1589028,1589113..1589177,1589224..1589321,1589639..1589784,1589866..1589939,1590404..1590478,1590612..1590662,1590963..1591084,1591169..>1591252)	Aspergillus niger	84591466
An07g07420	mRNA	An07g07420	NT_166523.1	1591717	1599388	R	An07g07420	complement(join(<1591717..1591722,1591774..1591933,1592331..>1599388))	Aspergillus niger	4982010
An07g07430	mRNA	An07g07430	NT_166523.1	1599923	1600746	D	An07g07430	join(<1599923..1599946,1600016..1600029,1600222..1600345,1600555..>1600746)	Aspergillus niger	4982011
An07g07440	mRNA	An07g07440	NT_166523.1	1602681	1606979	D	An07g07440	join(<1602681..1602740,1602953..1603084,1603161..1603262,1603346..1603376,1603583..1603641,1603803..1603923,1604087..1604297,1604372..1604549,1604741..1604955,1605040..1605088,1605195..1605309,1605407..1605574,1606099..1606190,1606310..1606372,1606414..1606467,1606602..1606739,1606896..>1606979)	Aspergillus niger	84591467
An07g07450	mRNA	An07g07450	NT_166523.1	1607246	1608718	R	An07g07450	complement(join(<1607246..1607848,1607927..>1608718))	Aspergillus niger	4982013
An07g07460	mRNA	An07g07460	NT_166523.1	1610481	1612357	R	An07g07460	complement(join(<1610481..1610498,1610559..1610591,1610645..1611271,1611323..1611790,1611854..>1612357))	Aspergillus niger	4982014
An07g07470	mRNA	An07g07470	NT_166523.1	1613045	1614456	D	An07g07470	join(<1613045..1613593,1613647..>1614456)	Aspergillus niger	4982015
An07g07480	mRNA	An07g07480	NT_166523.1	1614947	1619468	R	An07g07480	complement(join(<1614947..1614985,1615189..1618942,1619239..>1619468))	Aspergillus niger	4982016
An07g07490	mRNA	An07g07490	NT_166523.1	1621170	1622028	R	An07g07490	complement(join(<1621170..1621412,1621460..1621556,1621645..1621731,1621830..1621899,1621965..>1622028))	Aspergillus niger	84591468
An07g07500	mRNA	An07g07500	NT_166523.1	1623889	1626795	D	An07g07500	join(<1623889..1624245,1624335..1625443,1625502..>1626795)	Aspergillus niger	4982018
An07g07510	mRNA	An07g07510	NT_166523.1	1627502	1628318	D	An07g07510	join(<1627502..1628015,1628122..>1628318)	Aspergillus niger	4982019
An07g07520	mRNA	An07g07520	NT_166523.1	1628808	1630651	D	An07g07520	join(<1628808..1630299,1630356..>1630651)	Aspergillus niger	4982020
An07g07525	mRNA	An07g07525	NT_166523.1	1630859	1631104	R	An07g07525	complement(join(<1630859..1630969,1631015..>1631104))	Aspergillus niger	84591469
An07g07530	mRNA	An07g07530	NT_166523.1	1631962	1633363	R	An07g07530	complement(join(<1631962..1632674,1632736..1633173,1633240..>1633363))	Aspergillus niger	4982022
An07g07550	mRNA	An07g07550	NT_166523.1	1638801	1640137	D	An07g07550	join(<1638801..1638869,1638922..1639044,1639107..1639884,1639941..>1640137)	Aspergillus niger	4982024
An07g07560	mRNA	An07g07560	NT_166523.1	1640637	1641339	R	An07g07560	complement(join(<1640637..1640670,1640731..1641049,1641153..>1641339))	Aspergillus niger	4982025
An07g07570	mRNA	An07g07570	NT_166523.1	1642128	1645218	R	An07g07570	complement(join(<1642128..1644969,1645028..>1645218))	Aspergillus niger	4982026
An07g07580	mRNA	An07g07580	NT_166523.1	1646192	1646692	R	An07g07580	complement(<1646192..>1646692)	Aspergillus niger	4982027
An07g07590	mRNA	An07g07590	NT_166523.1	1647013	1647711	D	An07g07590	join(<1647013..1647466,1647554..>1647711)	Aspergillus niger	4982028
An07g07600	mRNA	An07g07600	NT_166523.1	1649553	1650986	D	An07g07600	join(<1649553..1649657,1649745..1650036,1650165..>1650986)	Aspergillus niger	84591470
An07g07610	mRNA	An07g07610	NT_166523.1	1651442	1652966	D	An07g07610	join(<1651442..1652572,1652622..>1652966)	Aspergillus niger	4982030
An07g07620	mRNA	An07g07620	NT_166523.1	1653400	1655000	R	An07g07620	complement(join(<1653400..1653556,1653684..1654478,1654681..>1655000))	Aspergillus niger	84591471
An07g07630	mRNA	An07g07630	NT_166523.1	1655801	1658568	D	An07g07630	join(<1655801..1655873,1655949..1656103,1656331..1656455,1656510..1657794,1657867..>1658568)	Aspergillus niger	4982032
An07g07640	mRNA	An07g07640	NT_166523.1	1661064	1663699	D	An07g07640	join(<1661064..1661892,1661948..1661985,1662048..1662278,1662344..>1663699)	Aspergillus niger	84591472
An07g07650	mRNA	An07g07650	NT_166523.1	1664140	1666963	R	An07g07650	complement(join(<1664140..1664264,1664521..>1666963))	Aspergillus niger	4982034
An07g07660	mRNA	An07g07660	NT_166523.1	1667614	1668319	R	An07g07660	complement(join(<1667614..1667928,1667984..1668106,1668158..>1668319))	Aspergillus niger	4982035
An07g07670	mRNA	An07g07670	NT_166523.1	1668669	1669734	D	An07g07670	join(<1668669..1669186,1669251..>1669734)	Aspergillus niger	4982036
An07g07680	mRNA	An07g07680	NT_166523.1	1670993	1671830	R	An07g07680	complement(join(<1670993..1671700,1671828..>1671830))	Aspergillus niger	4982037
An07g07690	mRNA	An07g07690	NT_166523.1	1673196	1673808	D	An07g07690	join(<1673196..1673447,1673578..>1673808)	Aspergillus niger	4982038
An07g07700	mRNA	An07g07700	NT_166523.1	1675152	1677011	D	An07g07700	join(<1675152..1675155,1675198..>1677011)	Aspergillus niger	4982039
An07g07710	mRNA	An07g07710	NT_166523.1	1678958	1680314	D	An07g07710	join(<1678958..1679072,1679155..1679251,1679371..1679485,1679548..1679588,1679632..1679778,1679883..1680036,1680120..>1680314)	Aspergillus niger	84591473
An07g07720	mRNA	An07g07720	NT_166523.1	1681085	1683169	D	An07g07720	join(<1681085..1681166,1681231..1681518,1681742..1681833,1681921..1682276,1682441..1682611,1682828..1682878,1682980..>1683169)	Aspergillus niger	84591474
An07g07730	mRNA	An07g07730	NT_166523.1	1684157	1684530	R	An07g07730	complement(join(<1684157..1684159,1684308..1684388,1684468..>1684530))	Aspergillus niger	84591475
An07g07740	mRNA	An07g07740	NT_166523.1	1685707	1686319	D	An07g07740	join(<1685707..1686026,1686133..>1686319)	Aspergillus niger	4982043
An07g07750	mRNA	An07g07750	NT_166523.1	1688342	1689068	R	An07g07750	complement(join(<1688342..1688369,1688472..1688476,1688621..1688659,1688735..1688797,1688844..1688861,1688967..>1689068))	Aspergillus niger	84591476
An07g07760	mRNA	An07g07760	NT_166523.1	1689940	1690990	R	An07g07760	complement(join(<1689940..1690041,1690094..1690164,1690220..1690461,1690539..1690845,1690930..>1690990))	Aspergillus niger	4982045
An07g07770	mRNA	An07g07770	NT_166523.1	1691261	1692358	D	An07g07770	join(<1691261..1691701,1691848..1691899,1691971..1692031,1692262..>1692358)	Aspergillus niger	84591477
An07g07780	mRNA	An07g07780	NT_166523.1	1694083	1694674	D	An07g07780	join(<1694083..1694219,1694341..1694406,1694496..1694561,1694635..>1694674)	Aspergillus niger	4982047
An07g07790	mRNA	An07g07790	NT_166523.1	1695189	1697404	R	An07g07790	complement(join(<1695189..1695395,1695455..1695578,1695645..1696905,1696960..>1697404))	Aspergillus niger	4982048
An07g07800	mRNA	An07g07800	NT_166523.1	1697956	1700407	D	An07g07800	join(<1697956..1698046,1698107..1698694,1698753..1698982,1699039..1699757,1699965..1700025,1700237..1700290,1700366..>1700407)	Aspergillus niger	4982049
An07g07810	mRNA	An07g07810	NT_166523.1	1700785	1705175	R	An07g07810	complement(join(<1700785..1704486,1704735..1704850,1705022..>1705175))	Aspergillus niger	10098314
An07g07820	mRNA	An07g07820	NT_166523.1	1707083	1710028	D	An07g07820	join(<1707083..1707140,1707236..1707379,1707454..1708223,1708287..1709691,1709773..1709867,1709969..>1710028)	Aspergillus niger	4982051
An07g07830	mRNA	An07g07830	NT_166523.1	1710663	1712357	D	An07g07830	<1710663..>1712357	Aspergillus niger	4982052
An07g07840	mRNA	An07g07840	NT_166523.1	1712619	1713765	R	An07g07840	complement(join(<1712619..1712651,1712723..1712800,1712900..1713146,1713392..1713442,1713752..>1713765))	Aspergillus niger	4982053
An07g07850	mRNA	An07g07850	NT_166523.1	1714255	1716500	R	An07g07850	complement(join(<1714255..1715283,1715332..1715873,1715921..1716221,1716306..>1716500))	Aspergillus niger	4982054
An07g07860	mRNA	An07g07860	NT_166523.1	1717101	1718290	D	An07g07860	join(<1717101..1717163,1717244..1717497,1717556..1718091,1718148..>1718290)	Aspergillus niger	4982055
An07g07870	mRNA	An07g07870	NT_166523.1	1718630	1719580	R	An07g07870	complement(<1718630..>1719580)	Aspergillus niger	4982056
An07g07880	mRNA	An07g07880	NT_166523.1	1720312	1721979	D	An07g07880	join(<1720312..1720557,1720617..1721336,1721392..>1721979)	Aspergillus niger	4982057
An07g07890	mRNA	An07g07890	NT_166523.1	1722426	1722692	R	An07g07890	complement(join(<1722426..1722573,1722622..>1722692))	Aspergillus niger	84591478
An07g07900	mRNA	An07g07900	NT_166523.1	1723450	1723843	R	An07g07900	complement(join(<1723450..1723504,1723598..1723737,1723826..>1723843))	Aspergillus niger	84591479
An07g07910	mRNA	An07g07910	NT_166523.1	1723909	1726988	D	An07g07910	join(<1723909..1724093,1724207..>1726988)	Aspergillus niger	4982060
An07g07920	mRNA	An07g07920	NT_166523.1	1727719	1729129	D	An07g07920	join(<1727719..1728235,1728298..1728520,1728589..1728733,1728785..>1729129)	Aspergillus niger	84591480
An07g07930	mRNA	An07g07930	NT_166523.1	1730443	1732939	D	An07g07930	join(<1730443..1730640,1730726..1731165,1731216..1731653,1731710..1731978,1732035..1732568,1732626..>1732939)	Aspergillus niger	4982062
An07g07940	mRNA	An07g07940	NT_166523.1	1734434	1737070	R	An07g07940	complement(<1734434..>1737070)	Aspergillus niger	4982063
An07g07950	mRNA	An07g07950	NT_166523.1	1737077	1738033	D	An07g07950	join(<1737077..1737162,1737290..1737353,1737447..1737572,1737647..>1738033)	Aspergillus niger	84591481
An07g07960	mRNA	An07g07960	NT_166523.1	1738110	1738985	R	An07g07960	complement(join(<1738110..1738254,1738331..1738395,1738475..1738597,1738899..>1738985))	Aspergillus niger	84591482
An07g07970	mRNA	An07g07970	NT_166523.1	1740268	1742386	D	An07g07970	join(<1740268..1740486,1740869..1741113,1741219..>1742386)	Aspergillus niger	4982066
An07g07980	mRNA	An07g07980	NT_166523.1	1744191	1746369	R	An07g07980	complement(join(<1744191..1744756,1744817..1745250,1745304..1745453,1745507..1745724,1745793..1745805,1745863..1745962,1746093..>1746369))	Aspergillus niger	4982067
An07g07990	mRNA	An07g07990	NT_166523.1	1746428	1747220	D	An07g07990	join(<1746428..1746563,1746688..1746798,1746920..1747103,1747145..>1747220)	Aspergillus niger	84591483
An07g08000	mRNA	An07g08000	NT_166523.1	1747573	1749895	R	An07g08000	complement(join(<1747573..1747633,1747715..1747817,1748051..1748257,1748461..1748656,1748842..1748923,1749016..1749197,1749299..1749443,1749528..1749612,1749784..>1749895))	Aspergillus niger	84591484
An07g08010	mRNA	An07g08010	NT_166523.1	1750531	1752006	D	An07g08010	join(<1750531..1750568,1750628..1750793,1750879..>1752006)	Aspergillus niger	4982070
An07g08020	mRNA	An07g08020	NT_166523.1	1752043	1752776	R	An07g08020	complement(join(<1752043..1752211,1752435..1752511,1752597..>1752776))	Aspergillus niger	84591485
An07g08030	mRNA	pepF	NT_166523.1	1753360	1755138	R	An07g08030	complement(join(<1753360..1754246,1754307..1754533,1754604..1754886,1754940..>1755138))	Aspergillus niger	4982072
An07g08040	mRNA	An07g08040	NT_166523.1	1755248	1755689	R	An07g08040	complement(join(<1755248..1755546,1755641..>1755689))	Aspergillus niger	84591486
An07g08050	mRNA	An07g08050	NT_166523.1	1756197	1756645	R	An07g08050	complement(join(<1756197..1756364,1756404..1756413,1756479..1756570,1756613..>1756645))	Aspergillus niger	84591487
An07g08060	mRNA	An07g08060	NT_166523.1	1757566	1758222	D	An07g08060	join(<1757566..1757704,1757738..>1758222)	Aspergillus niger	84591488
An07g08070	mRNA	An07g08070	NT_166523.1	1758645	1759604	D	An07g08070	<1758645..>1759604	Aspergillus niger	84591489
An07g08080	mRNA	An07g08080	NT_166523.1	1760281	1760670	R	An07g08080	complement(<1760281..>1760670)	Aspergillus niger	84591490
An07g08090	mRNA	An07g08090	NT_166523.1	1760835	1761094	D	An07g08090	join(<1760835..1760936,1761020..>1761094)	Aspergillus niger	84591491
An07g08100	mRNA	An07g08100	NT_166523.1	1761169	1765251	R	An07g08100	complement(join(<1761169..1764723,1764802..1764832,1764917..>1765251))	Aspergillus niger	4982079
An07g08110	mRNA	An07g08110	NT_166523.1	1765329	1766934	D	An07g08110	join(<1765329..1765381,1765470..1765589,1765880..1766039,1766134..1766172,1766234..1766333,1766444..1766514,1766568..1766642,1766779..>1766934)	Aspergillus niger	84591492
An07g08120	mRNA	An07g08120	NT_166523.1	1767520	1770018	R	An07g08120	complement(join(<1767520..1767589,1767701..1767766,1768256..1768263,1768353..1768571,1768772..1768900,1768979..1769010,1769054..1769143,1769458..1769729,1769858..>1770018))	Aspergillus niger	84591493
An07g08130	mRNA	An07g08130	NT_166523.1	1770343	1770849	D	An07g08130	join(<1770343..1770373,1770447..1770518,1770602..1770746,1770795..>1770849)	Aspergillus niger	84591494
An07g08140	mRNA	An07g08140	NT_166523.1	1771579	1772562	D	An07g08140	<1771579..>1772562	Aspergillus niger	4982083
An07g08160	mRNA	An07g08160	NT_166523.1	1773269	1774457	R	An07g08160	complement(join(<1773269..1774242,1774346..>1774457))	Aspergillus niger	4982085
An07g08170	mRNA	An07g08170	NT_166523.1	1775104	1776983	R	An07g08170	complement(join(<1775104..1776245,1776456..1776764,1776833..>1776983))	Aspergillus niger	4982086
An07g08180	mRNA	An07g08180	NT_166523.1	1777425	1778200	R	An07g08180	complement(join(<1777425..1777612,1777709..1777762,1777858..>1778200))	Aspergillus niger	84591495
An07g08190	mRNA	An07g08190	NT_166523.1	1778763	1779995	D	An07g08190	join(<1778763..1778833,1778931..1779050,1779101..1779301,1779360..1779524,1779581..1779724,1779782..1779936,1779976..>1779995)	Aspergillus niger	4982088
An07g08200	mRNA	An07g08200	NT_166523.1	1780248	1780725	R	An07g08200	complement(join(<1780248..1780343,1780441..>1780725))	Aspergillus niger	4982089
An07g08210	mRNA	An07g08210	NT_166523.1	1781991	1787508	D	An07g08210	join(<1781991..1783641,1783786..1786227,1786280..1786558,1786619..>1787508)	Aspergillus niger	4982090
An07g08220	mRNA	An07g08220	NT_166523.1	1788199	1790150	D	An07g08220	join(<1788199..1788280,1788376..1788407,1788509..1788588,1788664..1788745,1788804..1789415,1789461..>1790150)	Aspergillus niger	4982091
An07g08230	mRNA	An07g08230	NT_166523.1	1790718	1792247	R	An07g08230	complement(join(<1790718..1790951,1791006..1791073,1791151..1791393,1791488..1791647,1791754..1791844,1791900..1791952,1792173..>1792247))	Aspergillus niger	4982092
An07g08240	mRNA	An07g08240	NT_166523.1	1792985	1794319	R	An07g08240	complement(<1792985..>1794319)	Aspergillus niger	4982093
An07g08250	mRNA	An07g08250	NT_166523.1	1796259	1797317	R	An07g08250	complement(<1796259..>1797317)	Aspergillus niger	4982094
An07g08260	mRNA	An07g08260	NT_166523.1	1797758	1798439	D	An07g08260	join(<1797758..1797790,1797858..1798037,1798135..1798235,1798319..>1798439)	Aspergillus niger	84591496
An07g08270	mRNA	An07g08270	NT_166523.1	1798513	1800319	D	An07g08270	join(<1798513..1798601,1798688..1798927,1799058..1799161,1799264..1799327,1799374..1799449,1799796..1799877,1800083..1800159,1800200..>1800319)	Aspergillus niger	84591497
An07g08280	mRNA	An07g08280	NT_166523.1	1801263	1804859	D	An07g08280	join(<1801263..1801499,1801551..1801604,1801679..1802044,1802104..1804451,1804520..>1804859)	Aspergillus niger	4982097
An07g08290	mRNA	An07g08290	NT_166523.1	1807565	1810399	D	An07g08290	join(<1807565..1808797,1808854..1809948,1810001..>1810399)	Aspergillus niger	4982098
An07g08300	mRNA	cypA	NT_166523.1	1811801	1812698	D	An07g08300	join(<1811801..1811861,1812096..1812265,1812346..1812452,1812512..>1812698)	Aspergillus niger	4982099
An07g08310	mRNA	An07g08310	NT_166523.1	1814224	1815058	R	An07g08310	complement(join(<1814224..1814266,1814332..1814539,1814684..1814848,1814913..1814943,1814999..>1815058))	Aspergillus niger	4982100
An07g08320	mRNA	An07g08320	NT_166523.1	1815619	1816499	R	An07g08320	complement(join(<1815619..1815756,1815802..1815910,1815929..1816129,1816201..>1816499))	Aspergillus niger	4982101
An07g08330	mRNA	An07g08330	NT_166523.1	1816875	1819980	D	An07g08330	join(<1816875..1816989,1817054..>1819980)	Aspergillus niger	4982102
An07g08340	mRNA	An07g08340	NT_166523.1	1821188	1823002	R	An07g08340	complement(join(<1821188..1821437,1821488..1821801,1821850..1822099,1822149..1822427,1822495..1822605,1822668..1822773,1822885..>1823002))	Aspergillus niger	4982103
An07g08350	mRNA	An07g08350	NT_166523.1	1824193	1825218	R	An07g08350	complement(join(<1824193..1824333,1824417..1824601,1824697..1824879,1824957..>1825218))	Aspergillus niger	4982104
An07g08360	mRNA	An07g08360	NT_166523.1	1826050	1826819	R	An07g08360	complement(join(<1826050..1826709,1826769..>1826819))	Aspergillus niger	4982105
An07g08370	mRNA	An07g08370	NT_166523.1	1827816	1828616	D	An07g08370	join(<1827816..1828205,1828251..>1828616)	Aspergillus niger	4982106
An07g08380	mRNA	An07g08380	NT_166523.1	1829315	1830769	R	An07g08380	complement(<1829315..>1830769)	Aspergillus niger	4982107
An07g08390	mRNA	An07g08390	NT_166523.1	1831510	1832480	D	An07g08390	join(<1831510..1831644,1831704..>1832480)	Aspergillus niger	4982108
An07g08400	mRNA	An07g08400	NT_166523.1	1835069	1836058	D	An07g08400	<1835069..>1836058	Aspergillus niger	4982109
An07g08410	mRNA	An07g08410	NT_166523.1	1837473	1838090	R	An07g08410	complement(join(<1837473..1838000,1838031..>1838090))	Aspergillus niger	84591498
An07g08420	mRNA	An07g08420	NT_166523.1	1839064	1840727	D	An07g08420	join(<1839064..1839363,1839712..1839755,1839785..1839845,1840531..1840582,1840654..>1840727)	Aspergillus niger	84591499
An07g08430	mRNA	An07g08430	NT_166523.1	1840830	1841626	R	An07g08430	complement(join(<1840830..1841154,1841231..1841369,1841476..>1841626))	Aspergillus niger	4982112
An07g08440	mRNA	An07g08440	NT_166523.1	1842668	1843776	D	An07g08440	join(<1842668..1842740,1842788..1842813,1842986..1843034,1843108..1843158,1843368..1843521,1843635..1843652,1843689..>1843776)	Aspergillus niger	84591500
An07g08450	mRNA	An07g08450	NT_166523.1	1847102	1847906	R	An07g08450	complement(join(<1847102..1847181,1847247..1847310,1847454..1847510,1847805..>1847906))	Aspergillus niger	84591501
An07g08460	mRNA	An07g08460	NT_166523.1	1848410	1849657	D	An07g08460	join(<1848410..1848531,1848567..1848666,1848931..1849161,1849328..>1849657)	Aspergillus niger	84591502
An07g08470	mRNA	An07g08470	NT_166523.1	1850632	1851490	R	An07g08470	complement(join(<1850632..1851161,1851262..>1851490))	Aspergillus niger	4982116
An07g08480	mRNA	An07g08480	NT_166523.1	1852108	1852498	D	An07g08480	join(<1852108..1852224,1852313..1852353,1852423..>1852498)	Aspergillus niger	84591503
An07g08490	mRNA	An07g08490	NT_166523.1	1853487	1856554	D	An07g08490	join(<1853487..1853855,1853912..>1856554)	Aspergillus niger	4982118
An07g08500	mRNA	An07g08500	NT_166523.1	1856645	1859425	R	An07g08500	complement(join(<1856645..1856780,1856821..1856908,1857124..1857194,1857238..1857269,1857365..1857461,1857827..1857874,1857916..1857969,1858234..1858376,1858789..1858857,1858930..1859060,1859191..>1859425))	Aspergillus niger	84591504
An07g08510	mRNA	An07g08510	NT_166523.1	1860618	1861684	D	An07g08510	join(<1860618..1860721,1861129..>1861684)	Aspergillus niger	84591505
An07g08520	mRNA	An07g08520	NT_166523.1	1863906	1865162	R	An07g08520	complement(<1863906..>1865162)	Aspergillus niger	4982121
An07g08533	mRNA	An07g08533	NT_166523.1	1866853	1867382	R	An07g08533	complement(join(<1866853..1867058,1867283..>1867382))	Aspergillus niger	84591506
An07g08540	mRNA	An07g08540	NT_166523.1	1868955	1869278	D	An07g08540	join(<1868955..1869006,1869101..1869123,1869165..>1869278)	Aspergillus niger	84591507
An07g08550	mRNA	An07g08550	NT_166523.1	1870326	1872661	R	An07g08550	complement(join(<1870326..1870527,1870728..1870865,1871032..1871187,1871342..1871480,1872014..1872101,1872239..1872293,1872432..1872521,1872633..>1872661))	Aspergillus niger	84591508
An07g08560	mRNA	An07g08560	NT_166523.1	1872671	1874025	D	An07g08560	join(<1872671..1872739,1873393..1873458,1873864..>1874025)	Aspergillus niger	84591509
An07g08570	mRNA	An07g08570	NT_166523.1	1874747	1875448	R	An07g08570	complement(join(<1874747..1874825,1874937..1875069,1875158..1875241,1875361..>1875448))	Aspergillus niger	84591510
An07g08580	mRNA	An07g08580	NT_166523.1	1876352	1877393	R	An07g08580	complement(join(<1876352..1876546,1876587..1876649,1876728..1876789,1876922..1876973,1877052..1877247,1877317..>1877393))	Aspergillus niger	84591511
An07g08590	mRNA	An07g08590	NT_166523.1	1877996	1880970	D	An07g08590	join(<1877996..1878416,1878480..1879049,1879105..1879334,1879387..>1880970)	Aspergillus niger	4982128
An07g08600	mRNA	An07g08600	NT_166523.1	1882450	1884214	R	An07g08600	complement(join(<1882450..1882479,1882628..1882780,1882856..>1884214))	Aspergillus niger	4982129
An07g08610	mRNA	An07g08610	NT_166523.1	1885636	1886952	R	An07g08610	complement(join(<1885636..1885792,1886026..1886094,1886142..1886473,1886558..1886716,1886842..>1886952))	Aspergillus niger	4982130
An07g08620	mRNA	An07g08620	NT_166523.1	1887843	1888469	R	An07g08620	complement(join(<1887843..1888246,1888307..>1888469))	Aspergillus niger	4982131
An07g08630	mRNA	An07g08630	NT_166523.1	1889351	1890562	D	An07g08630	join(<1889351..1889505,1889562..1889630,1889689..1890126,1890277..>1890562)	Aspergillus niger	4982132
An07g08640	mRNA	An07g08640	NT_166523.1	1892341	1894018	D	An07g08640	join(<1892341..1892484,1892534..1893062,1893120..1893345,1893403..>1894018)	Aspergillus niger	4982133
An07g08650	mRNA	An07g08650	NT_166523.1	1895222	1896183	D	An07g08650	join(<1895222..1895282,1895353..1895674,1895730..>1896183)	Aspergillus niger	4982134
An07g08660	mRNA	An07g08660	NT_166523.1	1897193	1897484	D	An07g08660	join(<1897193..1897266,1897340..>1897484)	Aspergillus niger	84591512
An07g08670	mRNA	An07g08670	NT_166523.1	1898222	1900077	D	An07g08670	join(<1898222..1898620,1898660..1899697,1899751..>1900077)	Aspergillus niger	4982136
An07g08680	mRNA	An07g08680	NT_166523.1	1901114	1901676	R	An07g08680	complement(join(<1901114..1901217,1901277..1901355,1901449..1901487,1901524..>1901676))	Aspergillus niger	84591513
An07g08690	mRNA	An07g08690	NT_166523.1	1903596	1904815	R	An07g08690	complement(join(<1903596..1904011,1904061..1904461,1904523..>1904815))	Aspergillus niger	4982138
An07g08710	mRNA	tpsB	NT_166523.1	1910126	1911856	R	An07g08710	complement(join(<1910126..1910177,1910240..1910579,1910634..1911004,1911056..1911431,1911553..>1911856))	Aspergillus niger	4982139
An07g08720	mRNA	An07g08720	NT_166523.1	1913216	1916118	D	An07g08720	join(<1913216..1913238,1913295..1914630,1914688..>1916118)	Aspergillus niger	4982140
An07g08730	mRNA	An07g08730	NT_166523.1	1917328	1919820	R	An07g08730	complement(join(<1917328..1917946,1918002..1919082,1919145..1919381,1919448..1919550,1919633..1919648,1919690..>1919820))	Aspergillus niger	4982141
An07g08740	mRNA	An07g08740	NT_166523.1	1920798	1921829	R	An07g08740	complement(join(<1920798..1921256,1921344..>1921829))	Aspergillus niger	4982142
An07g08750	mRNA	An07g08750	NT_166523.1	1922420	1926084	D	An07g08750	join(<1922420..1922512,1922698..1922903,1923081..1923442,1923492..1925120,1925179..1925771,1925836..>1926084)	Aspergillus niger	4982143
An07g08760	mRNA	An07g08760	NT_166523.1	1927443	1928552	D	An07g08760	<1927443..>1928552	Aspergillus niger	4982144
An07g08770	mRNA	An07g08770	NT_166523.1	1928671	1930431	R	An07g08770	complement(join(<1928671..1928682,1928734..1929689,1929735..1929772,1929818..1929926,1929971..1930132,1930188..>1930431))	Aspergillus niger	4982145
An07g08780	mRNA	An07g08780	NT_166523.1	1935001	1935291	D	An07g08780	join(<1935001..1935006,1935079..1935104,1935147..1935187,1935221..>1935291)	Aspergillus niger	84591514
An07g08790	mRNA	An07g08790	NT_166523.1	1935825	1936080	R	An07g08790	complement(join(<1935825..1936036,1936074..>1936080))	Aspergillus niger	84591515
An07g08800	mRNA	An07g08800	NT_166523.1	1936514	1939119	R	An07g08800	complement(join(<1936514..1936974,1937169..1937178,1937320..1937435,1937646..1937700,1937768..1937812,1938056..1938119,1938153..1938325,1938360..1938397,1938778..1938874,1939021..>1939119))	Aspergillus niger	84591516
An07g08810	mRNA	An07g08810	NT_166523.1	1939978	1940957	D	An07g08810	join(<1939978..1940354,1940413..1940581,1940637..>1940957)	Aspergillus niger	4982149
An07g08820	mRNA	An07g08820	NT_166523.1	1942692	1944965	R	An07g08820	complement(join(<1942692..1943439,1943495..1943610,1943657..1943973,1944050..>1944965))	Aspergillus niger	4982150
An07g08830	mRNA	An07g08830	NT_166523.1	1950548	1952630	R	An07g08830	complement(join(<1950548..1951800,1951854..1951965,1952022..1952212,1952268..1952505,1952583..>1952630))	Aspergillus niger	4982151
An07g08840	mRNA	An07g08840	NT_166523.1	1953802	1955766	D	An07g08840	join(<1953802..1954293,1954354..1954750,1954808..1955016,1955071..>1955766)	Aspergillus niger	4982152
An07g08850	mRNA	An07g08850	NT_166523.1	1956291	1957280	R	An07g08850	complement(join(<1956291..1956358,1956520..1956759,1957106..>1957280))	Aspergillus niger	4982153
An07g08860	mRNA	An07g08860	NT_166523.1	1957977	1960693	D	An07g08860	join(<1957977..1958382,1958436..>1960693)	Aspergillus niger	4982154
An07g08870	mRNA	An07g08870	NT_166523.1	1960899	1963909	R	An07g08870	complement(join(<1960899..1961895,1961958..1962509,1962592..1963264,1963325..1963764,1963899..>1963909))	Aspergillus niger	4982155
An07g08880	mRNA	An07g08880	NT_166523.1	1969138	1970638	D	An07g08880	join(<1969138..1969402,1970100..>1970638)	Aspergillus niger	4982156
An07g08890	mRNA	An07g08890	NT_166523.1	1972696	1974014	R	An07g08890	complement(join(<1972696..1973309,1973368..1973551,1973613..1973746,1973897..>1974014))	Aspergillus niger	4982157
An07g08900	mRNA	An07g08900	NT_166523.1	1976179	1980034	D	An07g08900	join(<1976179..1976238,1976292..1977055,1977107..1978985,1979031..1979715,1979790..>1980034)	Aspergillus niger	4982158
An07g08910	mRNA	An07g08910	NT_166523.1	1981277	1984204	R	An07g08910	complement(join(<1981277..1982163,1982286..1982678,1982708..1982901,1982972..>1984204))	Aspergillus niger	4982159
An07g08920	mRNA	An07g08920	NT_166523.1	1986089	1989495	R	An07g08920	complement(join(<1986089..1986129,1986180..1986730,1986779..1987109,1987144..1988728,1988765..1989118,1989211..>1989495))	Aspergillus niger	4982160
An07g08930	mRNA	An07g08930	NT_166523.1	1989945	1991451	R	An07g08930	complement(join(<1989945..1990057,1990136..1990325,1990376..1990997,1991053..1991159,1991230..>1991451))	Aspergillus niger	4982161
An07g08940	mRNA	An07g08940	NT_166523.1	1993286	1994528	D	An07g08940	join(<1993286..1993377,1993524..1993925,1993970..1994225,1994325..>1994528)	Aspergillus niger	4982162
An07g08950	mRNA	eglB	NT_166523.1	1995122	1996338	D	An07g08950	join(<1995122..1995221,1995265..1995320,1995364..1995516,1995562..1995626,1995670..1995767,1995815..>1996338)	Aspergillus niger	4982163
An07g08960	mRNA	An07g08960	NT_166523.1	1998158	1999214	D	An07g08960	join(<1998158..1998295,1998360..>1999214)	Aspergillus niger	4982164
An07g08970	mRNA	An07g08970	NT_166523.1	2000178	2004263	R	An07g08970	complement(join(<2000178..2004050,2004114..>2004263))	Aspergillus niger	4982165
An07g08980	mRNA	An07g08980	NT_166523.1	2005027	2012505	D	An07g08980	join(<2005027..2012330,2012427..>2012505)	Aspergillus niger	4982166
An07g08990	mRNA	pkiA	NT_166523.1	2014154	2016205	R	An07g08990	complement(join(<2014154..2014399,2014458..2014539,2014589..2015422,2015521..2015642,2015696..2015776,2015832..2015878,2015936..2015980,2016082..>2016205))	Aspergillus niger	4982167
An07g09005	mRNA	An07g09005	NT_166523.1	2018625	2019167	D	An07g09005	join(<2018625..2018627,2018753..2018792,2018863..2018905,2019026..>2019167)	Aspergillus niger	4982168
An07g09010	mRNA	An07g09010	NT_166523.1	2020039	2021417	R	An07g09010	complement(join(<2020039..2020160,2020220..>2021417))	Aspergillus niger	4982169
An07g09020	mRNA	An07g09020	NT_166523.1	2022418	2025272	D	An07g09020	join(<2022418..2024674,2024964..2025035,2025118..>2025272)	Aspergillus niger	4982170
An07g09030	mRNA	An07g09030	NT_166523.1	2025506	2026770	D	An07g09030	join(<2025506..2025523,2025578..2025643,2025729..2025850,2025986..2026048,2026141..2026346,2026436..2026525,2026634..>2026770)	Aspergillus niger	84591517
An07g09040	mRNA	An07g09040	NT_166523.1	2027277	2029013	D	An07g09040	<2027277..>2029013	Aspergillus niger	4982172
An07g09050	mRNA	An07g09050	NT_166523.1	2030189	2030956	D	An07g09050	join(<2030189..2030195,2030280..>2030956)	Aspergillus niger	4982173
An07g09060	mRNA	An07g09060	NT_166523.1	2031240	2032971	R	An07g09060	complement(join(<2031240..2032633,2032684..2032754,2032934..>2032971))	Aspergillus niger	4982174
An07g09070	mRNA	An07g09070	NT_166523.1	2033524	2034300	D	An07g09070	join(<2033524..2034007,2034104..2034143,2034288..>2034300)	Aspergillus niger	4982175
An07g09080	mRNA	An07g09080	NT_166523.1	2036120	2036614	D	An07g09080	join(<2036120..2036380,2036421..2036484,2036514..>2036614)	Aspergillus niger	84591518
An07g09090	mRNA	An07g09090	NT_166523.1	2037303	2038532	D	An07g09090	join(<2037303..2037397,2037469..2037537,2037623..>2038532)	Aspergillus niger	4982177
An07g09100	mRNA	An07g09100	NT_166523.1	2039943	2041173	R	An07g09100	complement(join(<2039943..2039966,2040030..2040090,2040397..2040556,2040668..2040773,2040811..2040964,2041046..>2041173))	Aspergillus niger	84591519
An07g09110	mRNA	An07g09110	NT_166523.1	2041370	2043089	R	An07g09110	complement(join(<2041370..2042530,2042594..2042808,2042966..>2043089))	Aspergillus niger	4982179
An07g09120	mRNA	An07g09120	NT_166523.1	2043667	2044995	D	An07g09120	join(<2043667..2043801,2043888..2043915,2043970..2044286,2044345..>2044995)	Aspergillus niger	4982180
An07g09130	mRNA	An07g09130	NT_166523.1	2045876	2047820	D	An07g09130	join(<2045876..2046079,2046143..2046400,2046453..2046597,2046649..2046682,2046736..2047409,2047477..>2047820)	Aspergillus niger	4982181
An07g09140	mRNA	An07g09140	NT_166523.1	2048684	2051302	D	An07g09140	<2048684..>2051302	Aspergillus niger	4982182
An07g09150	mRNA	An07g09150	NT_166523.1	2052005	2053850	R	An07g09150	complement(join(<2052005..2053633,2053728..>2053850))	Aspergillus niger	4982183
An07g09160	mRNA	An07g09160	NT_166523.1	2054559	2055246	R	An07g09160	complement(join(<2054559..2054651,2054713..2054779,2054844..2054999,2055146..>2055246))	Aspergillus niger	4982184
An07g09170	mRNA	An07g09170	NT_166523.1	2056236	2059639	R	An07g09170	complement(join(<2056236..2056472,2056544..2057492,2057670..2057959,2058011..>2059639))	Aspergillus niger	4982185
An07g09180	mRNA	An07g09180	NT_166523.1	2060389	2061735	D	An07g09180	join(<2060389..2060421,2060492..2060940,2061003..>2061735)	Aspergillus niger	4982186
An07g09190	mRNA	An07g09190	NT_166523.1	2062413	2064510	D	An07g09190	join(<2062413..2062428,2062502..2063292,2063350..>2064510)	Aspergillus niger	4982187
An07g09200	mRNA	An07g09200	NT_166523.1	2064830	2066816	R	An07g09200	complement(join(<2064830..2064946,2065321..2065701,2065759..2065906,2066041..2066229,2066324..2066482,2066506..>2066816))	Aspergillus niger	4982188
An07g09210	mRNA	An07g09210	NT_166523.1	2067194	2067913	D	An07g09210	join(<2067194..2067642,2067752..2067809,2067896..>2067913)	Aspergillus niger	84591520
An07g09220	mRNA	An07g09220	NT_166523.1	2069830	2070985	D	An07g09220	join(<2069830..2070440,2070511..>2070985)	Aspergillus niger	4982190
An07g09230	mRNA	An07g09230	NT_166523.1	2071421	2073984	D	An07g09230	join(<2071421..2071476,2071594..2072020,2072205..2072301,2072353..2072384,2072440..2073673,2073719..2073849,2073898..>2073984)	Aspergillus niger	4982191
An07g09240	mRNA	An07g09240	NT_166523.1	2074183	2074935	D	An07g09240	join(<2074183..2074692,2074747..>2074935)	Aspergillus niger	4982192
An07g09250	mRNA	An07g09250	NT_166523.1	2075125	2076213	R	An07g09250	complement(join(<2075125..2075631,2075659..2075837,2075910..2076090,2076154..>2076213))	Aspergillus niger	4982193
An07g09260	mRNA	An07g09260	NT_166523.1	2076889	2078142	D	An07g09260	<2076889..>2078142	Aspergillus niger	4982194
An07g09270	mRNA	An07g09270	NT_166523.1	2078252	2081077	R	An07g09270	complement(join(<2078252..2078278,2078409..2079803,2079843..2080221,2080260..2080303,2080433..2080676,2080728..>2081077))	Aspergillus niger	10098323
An07g09280	mRNA	An07g09280	NT_166523.1	2081810	2083368	D	An07g09280	join(<2081810..2081986,2082043..>2083368)	Aspergillus niger	4982196
An07g09290	mRNA	An07g09290	NT_166523.1	2083975	2085009	D	An07g09290	join(<2083975..2084338,2084555..>2085009)	Aspergillus niger	4982197
An07g09300	mRNA	An07g09300	NT_166523.1	2086825	2087730	R	An07g09300	complement(join(<2086825..2086890,2086968..2087105,2087211..2087339,2087635..>2087730))	Aspergillus niger	84591521
An07g09310	mRNA	An07g09310	NT_166523.1	2091234	2091517	D	An07g09310	join(<2091234..2091259,2091313..>2091517)	Aspergillus niger	4982199
An07g09320	mRNA	An07g09320	NT_166523.1	2092152	2093430	R	An07g09320	complement(join(<2092152..2092974,2093027..>2093430))	Aspergillus niger	4982200
An07g09325	mRNA	An07g09325	NT_166523.1	2094560	2094943	D	An07g09325	join(<2094560..2094694,2094749..>2094943)	Aspergillus niger	84591522
An07g09330	mRNA	cbhA	NT_166523.1	2095750	2097264	D	An07g09330	join(<2095750..2095965,2096015..2096401,2096453..2096654,2096711..>2097264)	Aspergillus niger	4982202
An07g09340	mRNA	An07g09340	NT_166523.1	2097758	2099108	D	An07g09340	join(<2097758..2098116,2098190..>2099108)	Aspergillus niger	4982203
An07g09350	mRNA	An07g09350	NT_166523.1	2099559	2100638	D	An07g09350	join(<2099559..2100194,2100276..>2100638)	Aspergillus niger	4982204
An07g09360	mRNA	An07g09360	NT_166523.1	2101077	2102223	D	An07g09360	join(<2101077..2101602,2101676..>2102223)	Aspergillus niger	4982205
An07g09370	mRNA	An07g09370	NT_166523.1	2102592	2104301	D	An07g09370	join(<2102592..2102820,2102914..>2104301)	Aspergillus niger	4982206
An07g09380	mRNA	An07g09380	NT_166523.1	2105156	2107759	D	An07g09380	<2105156..>2107759	Aspergillus niger	4982207
An07g09390	mRNA	An07g09390	NT_166523.1	2108255	2108885	D	An07g09390	join(<2108255..2108494,2108559..>2108885)	Aspergillus niger	4982208
An07g09400	mRNA	An07g09400	NT_166523.1	2109841	2110362	D	An07g09400	<2109841..>2110362	Aspergillus niger	4982209
An07g09410	mRNA	An07g09410	NT_166523.1	2111043	2112980	D	An07g09410	<2111043..>2112980	Aspergillus niger	4982210
An07g09420	mRNA	An07g09420	NT_166523.1	2113534	2114371	R	An07g09420	complement(join(<2113534..2113587,2113652..2113714,2113873..2113950,2114047..2114062,2114319..>2114371))	Aspergillus niger	84591523
An07g09430	mRNA	An07g09430	NT_166523.1	2115238	2116896	R	An07g09430	complement(join(<2115238..2116104,2116186..2116260,2116325..2116342,2116729..>2116896))	Aspergillus niger	4982212
An07g09440	mRNA	An07g09440	NT_166523.1	2118317	2119772	R	An07g09440	complement(join(<2118317..2118455,2118581..2118651,2118672..2118727,2118798..2118880,2119002..2119042,2119124..2119216,2119307..2119476,2119545..2119612,2119690..>2119772))	Aspergillus niger	84591524
An07g09460	mRNA	Tan1	NT_166523.1	2120271	2121938	R	An07g09460	complement(<2120271..>2121938)	Aspergillus niger	4982214
An07g09470	mRNA	An07g09470	NT_166523.1	2123522	2125640	R	An07g09470	complement(join(<2123522..2124686,2124739..>2125640))	Aspergillus niger	4982215
An07g09480	mRNA	An07g09480	NT_166523.1	2125717	2128122	R	An07g09480	complement(join(<2125717..2126405,2126468..2127121,2127431..2127613,2128014..2128029,2128120..>2128122))	Aspergillus niger	84591525
An07g09490	mRNA	An07g09490	NT_166523.1	2128721	2132597	R	An07g09490	complement(join(<2128721..2128930,2129023..2129246,2129325..2129823,2129954..2130065,2130213..2130309,2130401..2130457,2130628..2130712,2130803..2130843,2131223..2131291,2131418..2131534,2131613..2131671,2131760..2131806,2131898..2131933,2132007..2132151,2132419..>2132597))	Aspergillus niger	84591526
An07g09500	mRNA	An07g09500	NT_166523.1	2133352	2134101	R	An07g09500	complement(join(<2133352..2133437,2133484..2133592,2133679..2133706,2133785..2133968,2134023..>2134101))	Aspergillus niger	84591527
An07g09510	mRNA	An07g09510	NT_166523.1	2134848	2135356	D	An07g09510	join(<2134848..2134851,2134915..2135075,2135273..>2135356)	Aspergillus niger	84591528
An07g09520	mRNA	An07g09520	NT_166523.1	2136198	2136994	R	An07g09520	complement(join(<2136198..2136328,2136500..2136538,2136651..2136725,2136802..>2136994))	Aspergillus niger	84591529
An07g09530	mRNA	An07g09530	NT_166523.1	2137582	2139006	D	An07g09530	join(<2137582..2137701,2137780..2137913,2137984..2138438,2138501..>2139006)	Aspergillus niger	4982221
An07g09540	mRNA	An07g09540	NT_166523.1	2139944	2142280	R	An07g09540	complement(join(<2139944..2141699,2141774..2142035,2142109..>2142280))	Aspergillus niger	4982222
An07g09550	mRNA	An07g09550	NT_166523.1	2142360	2143916	R	An07g09550	complement(join(<2142360..2143247,2143325..2143488,2143576..2143798,2143881..>2143916))	Aspergillus niger	4982223
An07g09560	mRNA	An07g09560	NT_166523.1	2145955	2148360	R	An07g09560	complement(join(<2145955..2147772,2147827..>2148360))	Aspergillus niger	4982224
An07g09570	mRNA	An07g09570	NT_166523.1	2149018	2150576	D	An07g09570	join(<2149018..2149176,2149254..2149626,2149687..2150480,2150541..>2150576)	Aspergillus niger	4982225
An07g09580	mRNA	An07g09580	NT_166523.1	2151981	2153354	R	An07g09580	complement(join(<2151981..2152366,2152422..2152749,2152801..2152929,2152990..2153071,2153137..>2153354))	Aspergillus niger	4982226
An07g09590	mRNA	An07g09590	NT_166523.1	2153921	2154984	R	An07g09590	complement(join(<2153921..2153957,2154088..2154736,2154800..2154804,2154872..>2154984))	Aspergillus niger	4982227
An07g09600	mRNA	An07g09600	NT_166523.1	2155456	2156400	R	An07g09600	complement(<2155456..>2156400)	Aspergillus niger	4982228
An07g09610	mRNA	An07g09610	NT_166523.1	2156889	2160017	R	An07g09610	complement(join(<2156889..2157887,2157933..2159638,2159717..>2160017))	Aspergillus niger	4982229
An07g09620	mRNA	An07g09620	NT_166523.1	2160553	2161553	R	An07g09620	complement(join(<2160553..2160794,2160893..2161095,2161243..>2161553))	Aspergillus niger	84591530
An07g09630	mRNA	An07g09630	NT_166523.1	2161991	2163224	D	An07g09630	join(<2161991..2162614,2162643..>2163224)	Aspergillus niger	4982231
An07g09640	mRNA	An07g09640	NT_166523.1	2163322	2163928	D	An07g09640	join(<2163322..2163384,2163610..2163722,2163814..>2163928)	Aspergillus niger	84591531
An07g09650	mRNA	An07g09650	NT_166523.1	2164429	2165664	R	An07g09650	complement(join(<2164429..2164571,2164638..2164971,2165024..2165120,2165174..2165261,2165315..2165411,2165522..2165557,2165635..>2165664))	Aspergillus niger	4982233
An07g09660	mRNA	An07g09660	NT_166523.1	2165790	2166557	D	An07g09660	join(<2165790..2165849,2165958..2166134,2166366..>2166557)	Aspergillus niger	84591532
An07g09670	mRNA	An07g09670	NT_166523.1	2166570	2167228	R	An07g09670	complement(join(<2166570..2166786,2166869..2166923,2167015..2167117,2167184..>2167228))	Aspergillus niger	84591533
An07g09680	mRNA	An07g09680	NT_166523.1	2167860	2169154	R	An07g09680	complement(join(<2167860..2168014,2168086..2168197,2168300..2168551,2168641..2168792,2168882..2168965,2169094..>2169154))	Aspergillus niger	4982236
An07g09690	mRNA	An07g09690	NT_166523.1	2169881	2171873	R	An07g09690	complement(join(<2169881..2169892,2169949..2170166,2170230..2170561,2170615..2171634,2171836..>2171873))	Aspergillus niger	4982237
An07g09700	mRNA	An07g09700	NT_166523.1	2172913	2175443	D	An07g09700	join(<2172913..2173182,2173428..2174343,2174566..>2175443)	Aspergillus niger	4982238
An07g09710	mRNA	An07g09710	NT_166523.1	2176475	2181228	R	An07g09710	complement(join(<2176475..2176630,2176684..2176872,2176924..>2181228))	Aspergillus niger	4982239
An07g09720	mRNA	An07g09720	NT_166523.1	2181961	2182515	D	An07g09720	join(<2181961..2181977,2182056..>2182515)	Aspergillus niger	4982240
An07g09730	mRNA	An07g09730	NT_166523.1	2183053	2185887	D	An07g09730	join(<2183053..2183550,2183606..2184343,2184400..2184506,2184596..2184758,2184829..>2185887)	Aspergillus niger	4982241
An07g09740	mRNA	An07g09740	NT_166523.1	2187540	2189491	R	An07g09740	complement(join(<2187540..2187935,2188010..2188418,2188467..2188549,2188600..2189273,2189374..>2189491))	Aspergillus niger	4982242
An07g09750	mRNA	An07g09750	NT_166523.1	2190453	2191848	R	An07g09750	complement(join(<2190453..2190888,2190994..2191579,2191638..>2191848))	Aspergillus niger	4982243
An07g09760	mRNA	An07g09760	NT_166523.1	2195063	2197655	D	An07g09760	join(<2195063..2195156,2195216..2195649,2195720..2195780,2195907..2196637,2196689..2197091,2197165..>2197655)	Aspergillus niger	4982244
An07g09770	mRNA	An07g09770	NT_166523.1	2198138	2199619	R	An07g09770	complement(<2198138..>2199619)	Aspergillus niger	4982245
An07g09780	mRNA	An07g09780	NT_166523.1	2200488	2201740	D	An07g09780	join(<2200488..2200703,2200773..2201287,2201344..>2201740)	Aspergillus niger	4982246
An07g09782	mRNA	An07g09782	NT_166523.1	2201989	2202540	D	An07g09782	<2201989..>2202540	Aspergillus niger	84591534
An07g09790	mRNA	An07g09790	NT_166523.1	2203017	2204609	D	An07g09790	join(<2203017..2203219,2203283..2203849,2204008..2204085,2204166..2204362,2204560..>2204609)	Aspergillus niger	4982248
An07g09800	mRNA	An07g09800	NT_166523.1	2204854	2207298	R	An07g09800	complement(join(<2204854..2204988,2205049..>2207298))	Aspergillus niger	4982249
An07g09810	mRNA	An07g09810	NT_166523.1	2207994	2209378	D	An07g09810	join(<2207994..2208457,2208526..>2209378)	Aspergillus niger	4982250
An07g09820	mRNA	An07g09820	NT_166523.1	2209494	2210235	D	An07g09820	join(<2209494..2209577,2209669..2209890,2209970..2210001,2210081..2210162,2210209..>2210235)	Aspergillus niger	4982251
An07g09830	mRNA	An07g09830	NT_166523.1	2211016	2212858	D	An07g09830	join(<2211016..2211170,2211264..2211291,2211351..2211864,2211929..2212580,2212654..>2212858)	Aspergillus niger	4982252
An07g09840	mRNA	An07g09840	NT_166523.1	2213681	2215080	D	An07g09840	join(<2213681..2213749,2213809..>2215080)	Aspergillus niger	4982253
An07g09850	mRNA	An07g09850	NT_166523.1	2215731	2216905	R	An07g09850	complement(join(<2215731..2216536,2216608..>2216905))	Aspergillus niger	4982254
An07g09860	mRNA	An07g09860	NT_166523.1	2217251	2219850	R	An07g09860	complement(join(<2217251..2217913,2217970..2218268,2218325..2218456,2218510..2218644,2218696..2219639,2219714..>2219850))	Aspergillus niger	4982255
An07g09870	mRNA	An07g09870	NT_166523.1	2220487	2222461	R	An07g09870	complement(join(<2220487..2221683,2221747..2221958,2222044..>2222461))	Aspergillus niger	4982256
An07g09880	mRNA	An07g09880	NT_166523.1	2222923	2224691	R	An07g09880	complement(join(<2222923..2224375,2224429..>2224691))	Aspergillus niger	4982257
An07g09890	mRNA	An07g09890	NT_166523.1	2225166	2227778	R	An07g09890	complement(join(<2225166..2225722,2225778..2227529,2227589..>2227778))	Aspergillus niger	4982258
An07g09900	mRNA	An07g09900	NT_166523.1	2228082	2228765	D	An07g09900	<2228082..>2228765	Aspergillus niger	4982259
An07g09910	mRNA	An07g09910	NT_166523.1	2229217	2230392	D	An07g09910	<2229217..>2230392	Aspergillus niger	84591535
An07g09920	mRNA	An07g09920	NT_166523.1	2230989	2237589	R	An07g09920	complement(join(<2230989..2233802,2233862..2237211,2237271..2237311,2237414..>2237589))	Aspergillus niger	4982261
An07g09930	mRNA	An07g09930	NT_166523.1	2238169	2239445	D	An07g09930	join(<2238169..2238260,2238343..2238414,2238549..2238581,2238736..2238987,2239313..>2239445)	Aspergillus niger	84591536
An07g09940	mRNA	An07g09940	NT_166523.1	2240987	2243400	R	An07g09940	complement(join(<2240987..2241148,2241228..2241321,2241417..2241471,2241514..2241591,2241685..2241815,2241890..2242019,2242272..2242541,2242737..2242818,2242857..2242994,2243203..>2243400))	Aspergillus niger	84591537
An07g09950	mRNA	An07g09950	NT_166523.1	2244313	2245530	D	An07g09950	join(<2244313..2244345,2244436..>2245530)	Aspergillus niger	4982264
An07g09960	mRNA	An07g09960	NT_166523.1	2246363	2247083	R	An07g09960	complement(join(<2246363..2246566,2246627..2246720,2246798..2247001,2247073..>2247083))	Aspergillus niger	4982265
An07g09970	mRNA	An07g09970	NT_166523.1	2247768	2248315	R	An07g09970	complement(join(<2247768..2247970,2248065..2248074,2248160..>2248315))	Aspergillus niger	4982266
An07g09980	mRNA	An07g09980	NT_166523.1	2248317	2249400	D	An07g09980	join(<2248317..2248377,2248479..2248640,2248721..2248887,2249048..2249213,2249285..>2249400)	Aspergillus niger	84591538
An07g09990	mRNA	An07g09990	NT_166523.1	2250085	2252061	D	An07g09990	join(<2250085..2251872,2251938..>2252061)	Aspergillus niger	4982268
An07g10000	mRNA	An07g10000	NT_166523.1	2252354	2253230	R	An07g10000	complement(join(<2252354..2252451,2252573..2252687,2252837..2252960,2253208..>2253230))	Aspergillus niger	4982269
An07g10010	mRNA	An07g10010	NT_166523.1	2253872	2255151	R	An07g10010	complement(join(<2253872..2254207,2254280..2254457,2254515..2254762,2254834..2254875,2254962..2254999,2255064..>2255151))	Aspergillus niger	4982270
An07g10020	mRNA	An07g10020	NT_166523.1	2256063	2256613	R	An07g10020	complement(join(<2256063..2256096,2256172..2256404,2256524..>2256613))	Aspergillus niger	4982271
An07g10030	mRNA	An07g10030	NT_166523.1	2256829	2257655	D	An07g10030	join(<2256829..2256938,2256993..2257137,2257231..2257295,2257433..>2257655)	Aspergillus niger	84591539
An07g10040	mRNA	An07g10040	NT_166523.1	2257756	2259137	D	An07g10040	join(<2257756..2257968,2258028..>2259137)	Aspergillus niger	4982273
An07g10050	mRNA	An07g10050	NT_166523.1	2259625	2262476	R	An07g10050	complement(join(<2259625..2259810,2259874..2259969,2260264..2260649,2260708..2260820,2260873..>2262476))	Aspergillus niger	4982274
An07g10060	mRNA	An07g10060	NT_166523.1	2263188	2263661	R	An07g10060	complement(join(<2263188..2263293,2263347..2263356,2263439..2263463,2263530..>2263661))	Aspergillus niger	4982275
An07g10070	mRNA	An07g10070	NT_166523.1	2263830	2264231	R	An07g10070	complement(join(<2263830..2263932,2263978..2264043,2264134..>2264231))	Aspergillus niger	84591540
An07g10080	mRNA	An07g10080	NT_166523.1	2264945	2267263	D	An07g10080	join(<2264945..2265112,2265226..2265681,2265742..2266475,2266536..2266731,2266786..2267154,2267213..>2267263)	Aspergillus niger	4982277
An07g10090	mRNA	An07g10090	NT_166523.1	2267796	2269195	D	An07g10090	join(<2267796..2267829,2267910..2267930,2267987..2268517,2268621..>2269195)	Aspergillus niger	4982278
An07g10100	mRNA	An07g10100	NT_166523.1	2269602	2270608	R	An07g10100	complement(join(<2269602..2270010,2270074..2270228,2270299..2270351,2270449..>2270608))	Aspergillus niger	4982279
An07g10110	mRNA	An07g10110	NT_166523.1	2271361	2272578	D	An07g10110	join(<2271361..2271544,2271617..2271888,2271964..>2272578)	Aspergillus niger	4982280
An07g10120	mRNA	An07g10120	NT_166523.1	2272820	2274031	R	An07g10120	complement(join(<2272820..2272902,2273221..>2274031))	Aspergillus niger	4982281
An07g10130	mRNA	An07g10130	NT_166523.1	2274380	2276517	R	An07g10130	complement(join(<2274380..2275607,2275661..2276055,2276114..2276157,2276268..>2276517))	Aspergillus niger	84591541
An07g10140	mRNA	An07g10140	NT_166523.1	2277681	2278995	R	An07g10140	complement(join(<2277681..2277806,2277899..2278016,2278397..2278441,2278768..2278862,2278936..>2278995))	Aspergillus niger	84591542
An07g10150	mRNA	An07g10150	NT_166523.1	2280694	2281448	R	An07g10150	complement(join(<2280694..2280866,2280972..2281244,2281379..>2281448))	Aspergillus niger	84591543
An07g10160	mRNA	An07g10160	NT_166523.1	2282185	2283035	D	An07g10160	join(<2282185..2282322,2282653..2282769,2282934..>2283035)	Aspergillus niger	84591544
An07g10170	mRNA	An07g10170	NT_166523.1	2284167	2284496	D	An07g10170	<2284167..>2284496	Aspergillus niger	84591545
An07g10180	mRNA	An07g10180	NT_166523.1	2287996	2288497	R	An07g10180	complement(join(<2287996..2288075,2288129..2288329,2288425..>2288497))	Aspergillus niger	84591546
An07g10190	mRNA	An07g10190	NT_166523.1	2288662	2289612	D	An07g10190	join(<2288662..2289140,2289210..>2289612)	Aspergillus niger	4982288
An07g10200	mRNA	An07g10200	NT_166523.1	2289924	2290976	R	An07g10200	complement(join(<2289924..2290416,2290640..2290764,2290851..>2290976))	Aspergillus niger	4982289
An07g10210	mRNA	An07g10210	NT_166523.1	2291888	2293056	D	An07g10210	join(<2291888..2292157,2292379..2292598,2292725..2292831,2292865..>2293056)	Aspergillus niger	4982290
An07g10220	mRNA	An07g10220	NT_166523.1	2293425	2295649	R	An07g10220	complement(join(<2293425..2293639,2293723..2293971,2294025..2295230,2295295..2295455,2295585..>2295649))	Aspergillus niger	4982291
An07g10230	mRNA	An07g10230	NT_166523.1	2296048	2297106	D	An07g10230	<2296048..>2297106	Aspergillus niger	4982292
An07g10240	mRNA	An07g10240	NT_166523.1	2297437	2298798	R	An07g10240	complement(join(<2297437..2297560,2297628..2298465,2298543..2298578,2298645..>2298798))	Aspergillus niger	4982293
An07g10250	mRNA	An07g10250	NT_166523.1	2299203	2301674	R	An07g10250	complement(<2299203..>2301674)	Aspergillus niger	4982294
An07g10260	mRNA	An07g10260	NT_166523.1	2301713	2303447	D	An07g10260	join(<2301713..2301867,2301926..>2303447)	Aspergillus niger	4982295
An07g10270	mRNA	An07g10270	NT_166523.1	2304508	2305833	D	An07g10270	join(<2304508..2304544,2304880..2304899,2305020..2305054,2305118..2305131,2305269..2305283,2305379..2305663,2305724..>2305833)	Aspergillus niger	4982296
An07g10280	mRNA	An07g10280	NT_166523.1	2306453	2308605	R	An07g10280	complement(join(<2306453..2306653,2306722..2307827,2307880..2308030,2308091..2308121,2308174..2308183,2308248..>2308605))	Aspergillus niger	4982297
An07g10290	mRNA	An07g10290	NT_166523.1	2309342	2310386	D	An07g10290	join(<2309342..2309392,2309469..2309749,2309840..>2310386)	Aspergillus niger	4982298
An07g10300	mRNA	An07g10300	NT_166523.1	2310637	2311343	D	An07g10300	join(<2310637..2310709,2310797..2311043,2311094..>2311343)	Aspergillus niger	84591547
An07g10310	mRNA	An07g10310	NT_166523.1	2311551	2313980	D	An07g10310	<2311551..>2313980	Aspergillus niger	4982300
An07g10320	mRNA	An07g10320	NT_166523.1	2314346	2316951	R	An07g10320	complement(join(<2314346..2314369,2314571..2314595,2314693..2316868,2316939..>2316951))	Aspergillus niger	4982301
An07g10330	mRNA	An07g10330	NT_166523.1	2317180	2317947	D	An07g10330	join(<2317180..2317291,2317398..2317469,2317568..>2317947)	Aspergillus niger	84591548
An07g10340	mRNA	srgD	NT_166523.1	2318065	2318973	D	An07g10340	join(<2318065..2318133,2318194..>2318973)	Aspergillus niger	4982303
An07g10350	mRNA	pmtA	NT_166523.1	2319439	2321936	R	An07g10350	complement(join(<2319439..2320082,2320152..2320911,2320967..2321519,2321590..2321720,2321799..>2321936))	Aspergillus niger	4982304
An07g10360	mRNA	An07g10360	NT_166523.1	2321965	2322575	D	An07g10360	join(<2321965..2322065,2322149..2322185,2322300..2322318,2322427..>2322575)	Aspergillus niger	84591549
An07g10370	mRNA	An07g10370	NT_166523.1	2324174	2326186	R	An07g10370	complement(join(<2324174..2324565,2324625..2325337,2325397..2325547,2325612..2325937,2325992..2326069,2326128..>2326186))	Aspergillus niger	4982306
An07g10380	mRNA	An07g10380	NT_166523.1	2326292	2327325	D	An07g10380	join(<2326292..2326433,2326522..2326616,2326703..2326740,2326826..2326909,2326987..2327058,2327187..>2327325)	Aspergillus niger	84591550
An07g10390	mRNA	An07g10390	NT_166523.1	2328182	2329066	R	An07g10390	complement(<2328182..>2329066)	Aspergillus niger	84591551
An07g10395	mRNA	An07g10395	NT_166523.1	2329299	2329604	R	An07g10395	complement(join(<2329299..2329347,2329414..>2329604))	Aspergillus niger	4982308
An07g10400	mRNA	An07g10400	NT_166523.1	2330258	2333650	D	An07g10400	join(<2330258..2330437,2330497..2330581,2330646..2330767,2330831..2330983,2331031..2332462,2332512..2333110,2333159..>2333650)	Aspergillus niger	4982310
An07g10410	mRNA	An07g10410	NT_166523.1	2333875	2334900	R	An07g10410	complement(join(<2333875..2334546,2334613..>2334900))	Aspergillus niger	4982311
An07g10420	mRNA	An07g10420	NT_166523.1	2335322	2336803	R	An07g10420	complement(join(<2335322..2335421,2335478..2335640,2335692..2336406,2336461..2336557,2336605..2336641,2336707..>2336803))	Aspergillus niger	4982312
An07g10430	mRNA	An07g10430	NT_166523.1	2337631	2338761	R	An07g10430	complement(<2337631..>2338761)	Aspergillus niger	4982313
An07g10440	mRNA	An07g10440	NT_166523.1	2339013	2340273	D	An07g10440	join(<2339013..2339117,2339240..2339265,2339377..2339476,2339642..2339742,2340053..2340099,2340152..>2340273)	Aspergillus niger	84591552
An19g00010	mRNA	An19g00010	NT_166538.4	3722	5906	R	An19g00010	complement(join(<3722..3888,4025..4071,4153..4224,4258..4324,4464..4599,4657..5082,5136..5367,5416..5461,5533..5560,5632..5668,5725..>5906))	Aspergillus niger	84593782
An19g00030	mRNA	An19g00030	NT_166538.4	7902	8535	D	An19g00030	join(<7902..8223,8270..>8535)	Aspergillus niger	84593783
An19g00040	mRNA	An19g00040	NT_166538.4	10120	11129	D	An19g00040	join(<10120..10334,10449..10471,10632..10711,10885..10957,11026..11057,11109..>11129)	Aspergillus niger	84593784
An19g00050	mRNA	An19g00050	NT_166538.4	12344	13665	R	An19g00050	complement(join(<12344..12652,12701..13239,13280..13572,13634..>13665))	Aspergillus niger	84593785
An19g00060	mRNA	An19g00060	NT_166538.4	13794	15793	R	An19g00060	complement(join(<13794..15234,15300..>15793))	Aspergillus niger	84593786
An19g00070	mRNA	An19g00070	NT_166538.4	16981	17828	R	An19g00070	complement(join(<16981..17163,17223..>17828))	Aspergillus niger	84593787
An19g00080	mRNA	An19g00080	NT_166538.4	18270	19213	D	An19g00080	join(<18270..18658,18712..>19213)	Aspergillus niger	84593788
An19g00090	mRNA	An19g00090	NT_166538.4	19592	23977	R	An19g00090	complement(join(<19592..21072,21133..21636,21702..22467,22536..22802,22863..23123,23175..23350,23408..23441,23492..>23977))	Aspergillus niger	84593789
An19g00100	mRNA	An19g00100	NT_166538.4	25786	29548	D	An19g00100	join(<25786..25916,25990..26023,26090..26204,26276..27079,27140..27299,27373..28174,28253..>29548)	Aspergillus niger	84593790
An19g00110	mRNA	An19g00110	NT_166538.4	30745	33289	D	An19g00110	join(<30745..30873,31205..31315,31373..31570,31691..>33289)	Aspergillus niger	84593791
An19g00120	mRNA	An19g00120	NT_166538.4	34850	35799	R	An19g00120	complement(join(<34850..35415,35482..35666,35726..>35799))	Aspergillus niger	84593792
An19g00130	mRNA	An19g00130	NT_166538.4	37276	38436	R	An19g00130	complement(join(<37276..37679,37725..37934,38017..>38436))	Aspergillus niger	84593793
An19g00140	mRNA	An19g00140	NT_166538.4	39355	40424	R	An19g00140	complement(join(<39355..39659,39715..40099,40164..>40424))	Aspergillus niger	84593794
An19g00150	mRNA	An19g00150	NT_166538.4	41723	42805	D	An19g00150	join(<41723..41953,42017..>42805)	Aspergillus niger	84593795
An19g00160	mRNA	An19g00160	NT_166538.4	43105	45412	R	An19g00160	complement(join(<43105..43487,43574..43785,43882..44301,44352..45204,45274..>45412))	Aspergillus niger	84593796
An19g00170	mRNA	An19g00170	NT_166538.4	45815	46741	D	An19g00170	<45815..>46741	Aspergillus niger	84593797
An19g00180	mRNA	An19g00180	NT_166538.4	46956	48609	R	An19g00180	complement(join(<46956..47306,47359..47779,47828..48234,48286..>48609))	Aspergillus niger	84593798
An19g00190	mRNA	An19g00190	NT_166538.4	48907	49611	D	An19g00190	join(<48907..49018,49098..49184,49280..>49611)	Aspergillus niger	84593799
An19g00200	mRNA	An19g00200	NT_166538.4	49739	50766	D	An19g00200	join(<49739..50117,50154..50408,50487..50671,50719..>50766)	Aspergillus niger	84593800
An19g00210	mRNA	An19g00210	NT_166538.4	51269	51771	R	An19g00210	complement(join(<51269..51596,51671..>51771))	Aspergillus niger	84593801
An19g00220	mRNA	An19g00220	NT_166538.4	52071	53569	D	An19g00220	join(<52071..52232,52316..52489,52579..52650,52993..53066,53179..>53569)	Aspergillus niger	84593802
An19g00230	mRNA	An19g00230	NT_166538.4	54096	55812	R	An19g00230	complement(join(<54096..54377,54442..54763,54820..54884,54952..55389,55591..>55812))	Aspergillus niger	84593803
An19g00240	mRNA	An19g00240	NT_166538.4	56687	58212	R	An19g00240	complement(join(<56687..57111,57158..57403,57454..57737,57818..>58212))	Aspergillus niger	84593804
An19g00250	mRNA	An19g00250	NT_166538.4	58271	61619	D	An19g00250	join(<58271..58386,58471..58611,58713..58763,58883..59027,59507..59713,59787..59881,60136..60268,60753..60839,61088..61159,61461..>61619)	Aspergillus niger	84593805
An19g00260	mRNA	An19g00260	NT_166538.4	61855	64698	D	An19g00260	join(<61855..61953,62043..62142,62203..62306,62394..62495,62598..62662,63172..63329,63668..63804,63893..64024,64106..64224,64333..64402,64546..>64698)	Aspergillus niger	84593806
An19g00270	mRNA	pelD	NT_166538.4	64874	66242	D	An19g00270	join(<64874..65073,65139..65282,65345..65470,65534..65630,65688..>66242)	Aspergillus niger	84593807
An19g00280	mRNA	An19g00280	NT_166538.4	66819	68188	D	An19g00280	join(<66819..66951,67035..>68188)	Aspergillus niger	84593808
An19g00290	mRNA	An19g00290	NT_166538.4	68737	69760	R	An19g00290	complement(join(<68737..69635,69685..>69760))	Aspergillus niger	84593809
An19g00300	mRNA	An19g00300	NT_166538.4	70681	72051	R	An19g00300	complement(<70681..>72051)	Aspergillus niger	84593810
An19g00310	mRNA	An19g00310	NT_166538.4	72379	72845	D	An19g00310	join(<72379..72555,72630..>72845)	Aspergillus niger	84593811
An19g00320	mRNA	An19g00320	NT_166538.4	73214	74645	D	An19g00320	join(<73214..73585,73652..74327,74411..74454,74511..>74645)	Aspergillus niger	84593812
An19g00330	mRNA	An19g00330	NT_166538.4	74843	76136	R	An19g00330	complement(join(<74843..75640,75702..>76136))	Aspergillus niger	84593813
An19g00340	mRNA	An19g00340	NT_166538.4	76742	78163	D	An19g00340	join(<76742..77041,77096..77179,77235..77956,78052..>78163)	Aspergillus niger	84593814
An19g00350	mRNA	An19g00350	NT_166538.4	78434	82066	D	An19g00350	join(<78434..78547,78794..81268,81330..81712,81763..>82066)	Aspergillus niger	84593815
An19g00360	mRNA	An19g00360	NT_166538.4	82722	86209	R	An19g00360	complement(join(<82722..83436,83547..83952,84025..84366,84450..84746,84988..84998,85257..85384,85500..85737,85815..>86209))	Aspergillus niger	84593816
An19g00370	mRNA	An19g00370	NT_166538.4	87167	88635	D	An19g00370	join(<87167..87658,87694..88214,88339..88462,88528..>88635)	Aspergillus niger	84593817
An19g00380	mRNA	An19g00380	NT_166538.4	89257	90689	D	An19g00380	join(<89257..89685,89742..>90689)	Aspergillus niger	84593818
An19g00390	mRNA	An19g00390	NT_166538.4	91366	92234	D	An19g00390	join(<91366..91925,91979..>92234)	Aspergillus niger	84593819
An19g00400	mRNA	An19g00400	NT_166538.4	92629	93456	D	An19g00400	join(<92629..92708,92776..92984,93041..>93456)	Aspergillus niger	84593820
An19g00410	mRNA	An19g00410	NT_166538.4	93878	94444	R	An19g00410	complement(<93878..>94444)	Aspergillus niger	84593821
An19g00420	mRNA	An19g00420	NT_166538.4	94783	96382	D	An19g00420	join(<94783..95046,95105..>96382)	Aspergillus niger	84593822
An10g00010	mRNA	An10g00010	NT_166537.1	59	1319	R	An10g00010	complement(join(<59..225,296..391,446..>1319))	Aspergillus niger	4990273
An10g00020	mRNA	An10g00020	NT_166537.1	2005	2481	R	An10g00020	complement(join(<2005..2205,2224..>2481))	Aspergillus niger	84592094
An10g00030	mRNA	An10g00030	NT_166537.1	4171	5348	R	An10g00030	complement(join(<4171..4253,4444..4653,4711..4850,4910..5081,5163..5237,5279..>5348))	Aspergillus niger	84592095
An10g00040	mRNA	An10g00040	NT_166537.1	5468	5991	R	An10g00040	complement(join(<5468..5831,5899..>5991))	Aspergillus niger	84592096
An10g00050	mRNA	An10g00050	NT_166537.1	6512	8473	D	An10g00050	join(<6512..6524,6833..6973,7042..7163,7219..7750,7818..>8473)	Aspergillus niger	4990262
An10g00060	mRNA	An10g00060	NT_166537.1	9268	10511	D	An10g00060	join(<9268..9319,9414..9726,9812..>10511)	Aspergillus niger	84592097
An10g00070	mRNA	An10g00070	NT_166537.1	10998	12174	D	An10g00070	join(<10998..11414,11498..11994,12080..>12174)	Aspergillus niger	4990277
An10g00080	mRNA	An10g00080	NT_166537.1	13288	14340	D	An10g00080	join(<13288..13497,13573..13658,13702..13887,14097..>14340)	Aspergillus niger	84592098
An10g00090	mRNA	An10g00090	NT_166537.1	15365	16068	D	An10g00090	join(<15365..15879,15999..>16068)	Aspergillus niger	84592099
An10g00100	mRNA	An10g00100	NT_166537.1	17569	20378	D	An10g00100	join(<17569..18306,18384..19579,19689..19755,19875..>20378)	Aspergillus niger	4990263
An10g00110	mRNA	An10g00110	NT_166537.1	21223	22981	R	An10g00110	complement(join(<21223..22669,22720..22783,22879..>22981))	Aspergillus niger	4990254
An10g00120	mRNA	An10g00120	NT_166537.1	23276	24443	R	An10g00120	complement(join(<23276..24330,24392..>24443))	Aspergillus niger	4990274
An10g00130	mRNA	An10g00130	NT_166537.1	24910	25927	R	An10g00130	complement(join(<24910..25624,25794..>25927))	Aspergillus niger	84592100
An10g00140	mRNA	An10g00140	NT_166537.1	26316	31655	D	An10g00140	<26316..>31655	Aspergillus niger	4990260
An10g00150	mRNA	An10g00150	NT_166537.1	32883	34773	R	An10g00150	complement(join(<32883..33042,33093..33373,33447..33767,33856..34064,34133..34545,34631..>34773))	Aspergillus niger	4990276
An10g00160	mRNA	An10g00160	NT_166537.1	34980	36097	D	An10g00160	join(<34980..35767,35875..>36097)	Aspergillus niger	4990255
An10g00170	mRNA	An10g00170	NT_166537.1	36671	37723	R	An10g00170	complement(join(<36671..36782,36843..>37723))	Aspergillus niger	4990271
An10g00180	mRNA	An10g00180	NT_166537.1	38525	39381	D	An10g00180	join(<38525..39010,39094..>39381)	Aspergillus niger	4990275
An10g00190	mRNA	An10g00190	NT_166537.1	40256	42249	D	An10g00190	join(<40256..40862,40923..41075,41129..41665,41738..41948,42096..>42249)	Aspergillus niger	4990258
An10g00210	mRNA	An10g00210	NT_166537.1	43219	43615	R	An10g00210	complement(join(<43219..43551,43604..>43615))	Aspergillus niger	4990265
An10g00220	mRNA	An10g00220	NT_166537.1	44965	46175	R	An10g00220	complement(join(<44965..45073,45124..45296,45346..45448,45499..45855,45919..46012,46073..>46175))	Aspergillus niger	4990267
An10g00230	mRNA	An10g00230	NT_166537.1	46889	48602	D	An10g00230	join(<46889..47005,47060..47085,47150..47193,47251..47424,47485..47514,47573..47668,47724..47738,47801..48179,48235..48307,48366..>48602)	Aspergillus niger	4990269
An10g00240	mRNA	An10g00240	NT_166537.1	49433	50902	R	An10g00240	complement(join(<49433..50671,50771..>50902))	Aspergillus niger	4990270
An10g00250	mRNA	An10g00250	NT_166537.1	51935	54637	R	An10g00250	complement(join(<51935..52920,53023..53903,54303..54385,54554..>54637))	Aspergillus niger	4990278
An10g00260	mRNA	An10g00260	NT_166537.1	55423	55746	R	An10g00260	complement(join(<55423..55637,55677..>55746))	Aspergillus niger	4990279
An10g00270	mRNA	An10g00270	NT_166537.1	56270	57362	D	An10g00270	join(<56270..56409,56478..56552,56691..56741,57035..57194,57240..>57362)	Aspergillus niger	84592101
An10g00280	mRNA	An10g00280	NT_166537.1	57787	59865	R	An10g00280	complement(join(<57787..59723,59811..>59865))	Aspergillus niger	4990281
An10g00290	mRNA	An10g00290	NT_166537.1	61895	64267	D	An10g00290	<61895..>64267	Aspergillus niger	4990282
An10g00300	mRNA	An10g00300	NT_166537.1	64792	66631	D	An10g00300	join(<64792..65033,65095..65405,65471..66161,66226..>66631)	Aspergillus niger	4990283
An10g00310	mRNA	An10g00310	NT_166537.1	67019	68988	R	An10g00310	complement(join(<67019..67984,68050..68235,68291..68349,68397..>68988))	Aspergillus niger	4990284
An10g00320	mRNA	An10g00320	NT_166537.1	71668	72408	D	An10g00320	<71668..>72408	Aspergillus niger	4990285
An10g00330	mRNA	An10g00330	NT_166537.1	73022	74011	R	An10g00330	complement(<73022..>74011)	Aspergillus niger	4990286
An10g00340	mRNA	An10g00340	NT_166537.1	74529	75975	D	An10g00340	join(<74529..74668,74723..74972,75038..75534,75606..75796,75851..>75975)	Aspergillus niger	4990287
An10g00350	mRNA	An10g00350	NT_166537.1	76273	77797	R	An10g00350	complement(join(<76273..76278,76333..76614,76668..77624,77684..>77797))	Aspergillus niger	4990288
An10g00360	mRNA	An10g00360	NT_166537.1	78685	80466	R	An10g00360	complement(join(<78685..78954,79019..79219,79269..79506,79559..80056,80124..80292,80394..>80466))	Aspergillus niger	4990289
An10g00370	mRNA	An10g00370	NT_166537.1	80934	83812	D	An10g00370	join(<80934..81130,81266..81311,81501..82028,82078..82158,82208..83351,83406..>83812)	Aspergillus niger	4990290
An10g00380	mRNA	An10g00380	NT_166537.1	85887	86843	D	An10g00380	join(<85887..85982,86346..>86843)	Aspergillus niger	10098285
An10g00390	mRNA	An10g00390	NT_166537.1	87906	90769	R	An10g00390	complement(join(<87906..88514,88582..89235,89327..>90769))	Aspergillus niger	4990292
An10g00400	mRNA	An10g00400	NT_166537.1	92418	93864	R	An10g00400	complement(join(<92418..93191,93262..>93864))	Aspergillus niger	4990293
An10g00410	mRNA	An10g00410	NT_166537.1	98603	101925	D	An10g00410	join(<98603..98839,99643..100300,100387..100811,101261..101343,101388..>101925)	Aspergillus niger	4990294
An10g00420	mRNA	An10g00420	NT_166537.1	102261	103073	D	An10g00420	<102261..>103073	Aspergillus niger	84592102
An10g00425	mRNA	An10g00425	NT_166537.1	103533	103793	R	An10g00425	complement(<103533..>103793)	Aspergillus niger	84592103
An10g00430	mRNA	An10g00430	NT_166537.1	105539	106435	D	An10g00430	<105539..>106435	Aspergillus niger	84592104
An10g00440	mRNA	An10g00440	NT_166537.1	108128	109369	D	An10g00440	join(<108128..108765,108835..>109369)	Aspergillus niger	4990299
An10g00450	mRNA	An10g00450	NT_166537.1	109729	111225	D	An10g00450	<109729..>111225	Aspergillus niger	84592105
An10g00460	mRNA	An10g00460	NT_166537.1	112241	114649	D	An10g00460	join(<112241..112794,112870..112902,112951..114383,114425..114491,114565..>114649)	Aspergillus niger	4990300
An10g00470	mRNA	An10g00470	NT_166537.1	117078	118433	D	An10g00470	<117078..>118433	Aspergillus niger	4990301
An10g00480	mRNA	An10g00480	NT_166537.1	118818	119888	R	An10g00480	complement(join(<118818..118962,119175..119326,119406..>119888))	Aspergillus niger	4990302
An10g00490	mRNA	An10g00490	NT_166537.1	120368	123604	R	An10g00490	complement(join(<120368..123033,123090..123242,123442..>123604))	Aspergillus niger	4990303
An10g00500	mRNA	An10g00500	NT_166537.1	126946	127459	D	An10g00500	join(<126946..126953,127020..127089,127271..>127459)	Aspergillus niger	4990304
An10g00510	mRNA	An10g00510	NT_166537.1	128649	130063	D	An10g00510	join(<128649..128669,128737..128751,128811..128925,128976..129111,129160..129797,129849..>130063)	Aspergillus niger	4990305
An10g00520	mRNA	An10g00520	NT_166537.1	130754	131009	D	An10g00520	<130754..>131009	Aspergillus niger	84592106
An10g00530	mRNA	An10g00530	NT_166537.1	131399	133047	R	An10g00530	complement(join(<131399..132296,132344..>133047))	Aspergillus niger	4990307
An10g00540	mRNA	An10g00540	NT_166537.1	137028	139543	D	An10g00540	join(<137028..137127,137162..137350,137418..>139543)	Aspergillus niger	4990308
An10g00550	mRNA	An10g00550	NT_166537.1	140449	141905	R	An10g00550	complement(join(<140449..141799,141841..>141905))	Aspergillus niger	84592107
An10g00560	mRNA	An10g00560	NT_166537.1	142596	142871	D	An10g00560	<142596..>142871	Aspergillus niger	4990310
An10g00570	mRNA	An10g00570	NT_166537.1	142924	144153	R	An10g00570	complement(join(<142924..143393,143468..143935,144009..>144153))	Aspergillus niger	4990311
An10g00580	mRNA	An10g00580	NT_166537.1	144375	144880	D	An10g00580	join(<144375..144564,144614..144661,144778..144819,144861..>144880)	Aspergillus niger	84592108
An10g00590	mRNA	An10g00590	NT_166537.1	145062	145940	R	An10g00590	complement(<145062..>145940)	Aspergillus niger	84592109
An10g00600	mRNA	An10g00600	NT_166537.1	146398	149518	D	An10g00600	join(<146398..147916,147978..149133,149179..>149518)	Aspergillus niger	4990314
An10g00610	mRNA	An10g00610	NT_166537.1	150307	150780	D	An10g00610	join(<150307..150485,150594..>150780)	Aspergillus niger	84592110
An10g00620	mRNA	An10g00620	NT_166537.1	152396	153964	D	An10g00620	join(<152396..152439,152543..152636,152745..152874,152924..152950,153015..153634,153710..>153964)	Aspergillus niger	4990316
An10g00630	mRNA	An10g00630	NT_166537.1	155339	160313	D	An10g00630	join(<155339..155388,155462..155946,156007..>160313)	Aspergillus niger	4990317
An10g00640	mRNA	An10g00640	NT_166537.1	160997	161382	R	An10g00640	complement(join(<160997..161170,161314..>161382))	Aspergillus niger	84592111
An10g00650	mRNA	An10g00650	NT_166537.1	161824	168705	D	An10g00650	join(<161824..161850,161922..162013,162142..167249,167290..167900,167986..168387,168652..>168705)	Aspergillus niger	4990319
An10g00660	mRNA	An10g00660	NT_166537.1	170179	171951	D	An10g00660	join(<170179..170253,170314..170464,170535..170867,170933..>171951)	Aspergillus niger	4990320
An10g00670	mRNA	An10g00670	NT_166537.1	172320	173535	R	An10g00670	complement(join(<172320..172368,172480..172921,172976..173075,173152..>173535))	Aspergillus niger	84592112
An10g00680	mRNA	An10g00680	NT_166537.1	175591	176570	D	An10g00680	join(<175591..175632,175746..175875,175938..176094,176161..176264,176419..>176570)	Aspergillus niger	10098287
An10g00690	mRNA	An10g00690	NT_166537.1	176862	178485	R	An10g00690	complement(join(<176862..178120,178170..178232,178281..>178485))	Aspergillus niger	4990323
An10g00700	mRNA	An10g00700	NT_166537.1	181123	182845	D	An10g00700	join(<181123..181195,181266..182200,182252..>182845)	Aspergillus niger	4990324
An10g00710	mRNA	An10g00710	NT_166537.1	184149	185151	R	An10g00710	complement(join(<184149..185029,185082..>185151))	Aspergillus niger	4990325
An10g00720	mRNA	An10g00720	NT_166537.1	186672	187383	R	An10g00720	complement(join(<186672..186692,186795..186827,186887..186954,187003..187129,187261..>187383))	Aspergillus niger	84592113
An10g00730	mRNA	An10g00730	NT_166537.1	188580	189703	R	An10g00730	complement(join(<188580..188899,188949..189352,189420..>189703))	Aspergillus niger	10098288
An10g00740	mRNA	An10g00740	NT_166537.1	190214	197537	R	An10g00740	complement(join(<190214..190352,190456..190816,190890..192965,193130..>197537))	Aspergillus niger	10098289
An10g00780	mRNA	An10g00780	NT_166537.1	201334	202932	D	An10g00780	<201334..>202932	Aspergillus niger	4990329
An10g00790	mRNA	An10g00790	NT_166537.1	203191	204425	D	An10g00790	join(<203191..203873,203950..203997,204129..204360,204390..>204425)	Aspergillus niger	4990330
An10g00800	mRNA	An10g00800	NT_166537.1	204882	206169	R	An10g00800	complement(join(<204882..205952,206017..>206169))	Aspergillus niger	4990331
An10g00810	mRNA	An10g00810	NT_166537.1	209297	210225	D	An10g00810	join(<209297..209701,209779..>210225)	Aspergillus niger	4990332
An10g00820	mRNA	An10g00820	NT_166537.1	211586	212689	R	An10g00820	complement(join(<211586..212208,212321..212468,212561..>212689))	Aspergillus niger	4990333
An10g00830	mRNA	An10g00830	NT_166537.1	215615	216488	D	An10g00830	join(<215615..215744,215869..>216488)	Aspergillus niger	4990334
An10g00840	mRNA	An10g00840	NT_166537.1	216576	217550	R	An10g00840	complement(join(<216576..217316,217389..>217550))	Aspergillus niger	4990335
An10g00850	mRNA	An10g00850	NT_166537.1	218283	219970	D	An10g00850	join(<218283..218328,218386..218839,218904..219609,219674..>219970)	Aspergillus niger	4990336
An10g00860	mRNA	An10g00860	NT_166537.1	220102	221397	R	An10g00860	complement(join(<220102..220145,220245..220410,220484..220978,221050..221202,221260..>221397))	Aspergillus niger	4990337
An10g00870	mRNA	plyA	NT_166537.1	223194	224372	D	An10g00870	join(<223194..223301,223349..223575,223625..223710,223763..223848,223908..>224372)	Aspergillus niger	4990338
An10g00880	mRNA	An10g00880	NT_166537.1	225429	228179	R	An10g00880	complement(join(<225429..226584,226634..226810,226941..227079,227168..227362,227414..228074,228105..>228179))	Aspergillus niger	4990339
An10g00890	mRNA	An10g00890	NT_166537.1	228625	231781	D	An10g00890	join(<228625..228659,229147..229177,229418..229590,229624..>231781)	Aspergillus niger	84592114
An10g00900	mRNA	An10g00900	NT_166537.1	232199	233340	D	An10g00900	join(<232199..232923,233034..>233340)	Aspergillus niger	4990341
An10g00910	mRNA	An10g00910	NT_166537.1	234580	236199	D	An10g00910	join(<234580..235788,235882..>236199)	Aspergillus niger	4990342
An10g00920	mRNA	An10g00920	NT_166537.1	237803	238242	D	An10g00920	join(<237803..237937,237998..238068,238200..>238242)	Aspergillus niger	84592115
An10g00930	mRNA	An10g00930	NT_166537.1	239861	241140	R	An10g00930	complement(join(<239861..239998,240167..240235,240328..240386,240906..240963,241069..>241140))	Aspergillus niger	84592116
An10g00940	mRNA	An10g00940	NT_166537.1	241835	243219	D	An10g00940	join(<241835..241855,241940..242022,242248..242301,242373..242424,242615..242753,242841..242930,242974..243091,243138..>243219)	Aspergillus niger	84592117
An10g00950	mRNA	An10g00950	NT_166537.1	243683	245428	D	An10g00950	<243683..>245428	Aspergillus niger	4990346
An10g00960	mRNA	An10g00960	NT_166537.1	245851	248637	R	An10g00960	complement(join(<245851..245931,246044..246166,246232..246261,246324..246383,246433..246687,246745..247144,247199..>248637))	Aspergillus niger	84592118
An10g00970	mRNA	An10g00970	NT_166537.1	249553	250408	R	An10g00970	complement(join(<249553..249713,249774..249926,249985..250067,250146..>250408))	Aspergillus niger	4990348
An10g00980	mRNA	An10g00980	NT_166537.1	250518	251662	D	An10g00980	join(<250518..250606,250685..250852,251142..251251,251523..>251662)	Aspergillus niger	84592119
An10g01000	mRNA	An10g01000	NT_166537.1	254656	255583	D	An10g01000	join(<254656..254755,254802..255042,255091..255362,255420..>255583)	Aspergillus niger	4990351
An10g01010	mRNA	An10g01010	NT_166537.1	256024	257036	R	An10g01010	complement(join(<256024..256476,256533..256952,257004..>257036))	Aspergillus niger	4990352
An10g01020	mRNA	An10g01020	NT_166537.1	257436	259345	D	An10g01020	join(<257436..258115,258160..258250,258299..>259345)	Aspergillus niger	4990353
An10g01030	mRNA	An10g01030	NT_166537.1	259396	259861	D	An10g01030	join(<259396..259554,259616..>259861)	Aspergillus niger	84592120
An10g01040	mRNA	An10g01040	NT_166537.1	260442	261103	D	An10g01040	join(<260442..260708,260759..>261103)	Aspergillus niger	4990355
An10g01050	mRNA	An10g01050	NT_166537.1	261397	262143	R	An10g01050	complement(join(<261397..261556,261638..261764,261819..261878,261921..262026,262105..>262143))	Aspergillus niger	84592121
An10g01060	mRNA	An10g01060	NT_166537.1	262267	262642	D	An10g01060	join(<262267..262341,262424..262512,262624..>262642)	Aspergillus niger	84592122
An10g01070	mRNA	An10g01070	NT_166537.1	263097	263333	R	An10g01070	complement(<263097..>263333)	Aspergillus niger	84592123
An16g00010	mRNA	An16g00010	NT_166531.1	609	1760	R	An16g00010	complement(<609..>1760)	Aspergillus niger	4988416
An16g00020	mRNA	An16g00020	NT_166531.1	2211	3949	D	An16g00020	join(<2211..2414,2474..2744,2796..2963,3025..3302,3356..3706,3755..>3949)	Aspergillus niger	4988431
An16g00030	mRNA	An16g00030	NT_166531.1	4793	6523	R	An16g00030	complement(join(<4793..5987,6087..>6523))	Aspergillus niger	4988399
An16g00040	mRNA	An16g00040	NT_166531.1	6797	9937	D	An16g00040	join(<6797..6800,6912..7040,7111..9091,9248..9329,9405..9512,9591..9746,9812..>9937)	Aspergillus niger	4988423
An16g00050	mRNA	An16g00050	NT_166531.1	10607	13292	D	An16g00050	join(<10607..10901,10973..10994,11065..11203,11276..11363,11424..11611,11665..11828,11904..12017,12258..12707,12819..12940,13063..>13292)	Aspergillus niger	4988410
An16g00060	mRNA	An16g00060	NT_166531.1	13782	14904	R	An16g00060	complement(join(<13782..14196,14250..14401,14473..14789,14850..>14904))	Aspergillus niger	84593287
An16g00070	mRNA	An16g00070	NT_166531.1	15651	17036	R	An16g00070	complement(<15651..>17036)	Aspergillus niger	4988404
An16g00080	mRNA	An16g00080	NT_166531.1	17443	19600	D	An16g00080	join(<17443..17548,17625..17667,17820..17876,17965..18156,18245..18396,18508..18685,18778..18787,18879..19020,19096..19298,19365..19455,19539..>19600)	Aspergillus niger	84593288
An16g00090	mRNA	An16g00090	NT_166531.1	21796	23419	D	An16g00090	join(<21796..21989,22074..22530,22595..>23419)	Aspergillus niger	4988396
An16g00100	mRNA	An16g00100	NT_166531.1	23533	24593	D	An16g00100	join(<23533..23646,23754..23831,23922..24199,24290..24359,24450..>24593)	Aspergillus niger	84593289
An16g00110	mRNA	An16g00110	NT_166531.1	25047	26074	D	An16g00110	join(<25047..25141,25221..25730,25807..>26074)	Aspergillus niger	4988412
An16g00120	mRNA	An16g00120	NT_166531.1	27241	28380	R	An16g00120	complement(join(<27241..28182,28234..>28380))	Aspergillus niger	4988398
An16g00130	mRNA	An16g00130	NT_166531.1	29592	31291	D	An16g00130	join(<29592..29786,29852..30125,30176..30960,31034..>31291)	Aspergillus niger	4988424
An16g00140	mRNA	An16g00140	NT_166531.1	31608	32538	R	An16g00140	complement(join(<31608..31889,31989..32159,32230..32400,32476..>32538))	Aspergillus niger	4988425
An16g00150	mRNA	An16g00150	NT_166531.1	32859	35257	R	An16g00150	complement(join(<32859..34003,34057..34967,35022..>35257))	Aspergillus niger	4988420
An16g00160	mRNA	An16g00160	NT_166531.1	35870	36747	D	An16g00160	join(<35870..35892,35933..35988,36053..>36747)	Aspergillus niger	4988421
An16g00170	mRNA	An16g00170	NT_166531.1	37235	38467	R	An16g00170	complement(join(<37235..37393,37446..38278,38329..>38467))	Aspergillus niger	4988417
An16g00180	mRNA	An16g00180	NT_166531.1	39101	40322	R	An16g00180	complement(join(<39101..39546,39606..40147,40222..>40322))	Aspergillus niger	4988406
An16g00190	mRNA	An16g00190	NT_166531.1	43126	44298	R	An16g00190	complement(join(<43126..43225,43273..43311,43348..43373,43552..44023,44057..>44298))	Aspergillus niger	84593290
An16g00200	mRNA	An16g00200	NT_166531.1	44529	46000	R	An16g00200	complement(join(<44529..44608,44680..45225,45282..45809,45949..>46000))	Aspergillus niger	4988408
An16g00210	mRNA	An16g00210	NT_166531.1	46622	47821	D	An16g00210	<46622..>47821	Aspergillus niger	4988402
An16g00220	mRNA	An16g00220	NT_166531.1	48117	48791	R	An16g00220	complement(<48117..>48791)	Aspergillus niger	4988414
An16g00230	mRNA	An16g00230	NT_166531.1	50777	53084	D	An16g00230	join(<50777..52651,52773..52815,52867..>53084)	Aspergillus niger	4988418
An16g00240	mRNA	An16g00240	NT_166531.1	53394	54548	D	An16g00240	<53394..>54548	Aspergillus niger	4988409
An16g00250	mRNA	An16g00250	NT_166531.1	54723	55947	R	An16g00250	complement(join(<54723..55121,55172..55555,55615..55756,55808..>55947))	Aspergillus niger	4988400
An16g00260	mRNA	An16g00260	NT_166531.1	57020	59296	D	An16g00260	join(<57020..57296,57355..57401,57459..57706,57764..58394,58454..58608,58675..58940,59005..59071,59128..>59296)	Aspergillus niger	4988411
An16g00270	mRNA	An16g00270	NT_166531.1	59452	60315	D	An16g00270	join(<59452..59574,59653..59685,59795..59884,59959..60106,60251..>60315)	Aspergillus niger	84593291
An16g00280	mRNA	An16g00280	NT_166531.1	60317	61397	D	An16g00280	join(<60317..60607,60692..60743,61078..>61397)	Aspergillus niger	84593292
An16g00290	mRNA	An16g00290	NT_166531.1	61709	62983	D	An16g00290	<61709..>62983	Aspergillus niger	4988427
An16g00300	mRNA	An16g00300	NT_166531.1	63310	64224	R	An16g00300	complement(<63310..>64224)	Aspergillus niger	4988405
An16g00310	mRNA	An16g00310	NT_166531.1	64495	65762	R	An16g00310	complement(join(<64495..64818,64914..64996,65094..65202,65445..65489,65709..>65762))	Aspergillus niger	84593293
An16g00320	mRNA	An16g00320	NT_166531.1	66040	66886	D	An16g00320	join(<66040..66127,66174..66614,66678..>66886)	Aspergillus niger	4988422
An16g00330	mRNA	An16g00330	NT_166531.1	67362	67859	R	An16g00330	complement(join(<67362..67477,67516..67609,67641..67772,67824..>67859))	Aspergillus niger	84593294
An16g00340	mRNA	An16g00340	NT_166531.1	67999	68587	R	An16g00340	complement(join(<67999..68064,68168..68211,68349..68465,68521..>68587))	Aspergillus niger	84593295
An16g00350	mRNA	An16g00350	NT_166531.1	69234	71027	R	An16g00350	complement(join(<69234..69433,69501..69941,70007..70150,70211..70554,70613..70685,70756..70769,70864..>71027))	Aspergillus niger	4988426
An16g00360	mRNA	An16g00360	NT_166531.1	71118	72790	R	An16g00360	complement(join(<71118..71175,71336..71430,71502..71576,71657..71764,71818..71887,71928..72106,72198..72317,72410..72475,72516..72565,72649..>72790))	Aspergillus niger	84593296
An16g00370	mRNA	An16g00370	NT_166531.1	73025	74697	D	An16g00370	join(<73025..73091,73137..73193,73240..73286,73506..73567,73714..74136,74199..74437,74492..>74697)	Aspergillus niger	4988419
An16g00380	mRNA	An16g00380	NT_166531.1	74928	77357	R	An16g00380	complement(join(<74928..77016,77194..>77357))	Aspergillus niger	4988432
An16g00390	mRNA	An16g00390	NT_166531.1	79527	80904	D	An16g00390	join(<79527..79562,79719..80067,80117..>80904)	Aspergillus niger	4988433
An16g00400	mRNA	An16g00400	NT_166531.1	81423	82747	D	An16g00400	join(<81423..81813,81871..81954,82012..82102,82157..82277,82328..>82747)	Aspergillus niger	4988434
An16g00410	mRNA	An16g00410	NT_166531.1	82957	84115	R	An16g00410	complement(join(<82957..83586,83638..83724,83774..83829,83878..>84115))	Aspergillus niger	4988435
An16g00420	mRNA	An16g00420	NT_166531.1	84636	85582	D	An16g00420	join(<84636..84903,84963..>85582)	Aspergillus niger	4988436
An16g00430	mRNA	An16g00430	NT_166531.1	85875	88357	R	An16g00430	complement(join(<85875..87720,87805..88050,88158..>88357))	Aspergillus niger	4988437
An16g00435	mRNA	An16g00435	NT_166531.1	88973	89209	D	An16g00435	<88973..>89209	Aspergillus niger	84593297
An16g00440	mRNA	An16g00440	NT_166531.1	89582	90667	R	An16g00440	complement(join(<89582..89945,90007..90373,90439..>90667))	Aspergillus niger	4988439
An16g00450	mRNA	An16g00450	NT_166531.1	91102	92001	R	An16g00450	complement(<91102..>92001)	Aspergillus niger	4988440
An16g00460	mRNA	An16g00460	NT_166531.1	92894	94509	D	An16g00460	join(<92894..93266,93318..93464,93515..94245,94312..>94509)	Aspergillus niger	4988441
An16g00470	mRNA	An16g00470	NT_166531.1	94764	96046	D	An16g00470	join(<94764..94953,95117..95183,95222..95435,95858..95896,95993..>96046)	Aspergillus niger	84593298
An16g00480	mRNA	An16g00480	NT_166531.1	96173	96599	R	An16g00480	complement(join(<96173..96273,96398..>96599))	Aspergillus niger	84593299
An16g00490	mRNA	An16g00490	NT_166531.1	97095	98776	D	An16g00490	join(<97095..97101,97417..97473,97662..97769,98053..98139,98688..>98776)	Aspergillus niger	84593300
An16g00500	mRNA	An16g00500	NT_166531.1	99209	100645	D	An16g00500	join(<99209..100163,100230..>100645)	Aspergillus niger	4988445
An16g00520	mRNA	An16g00520	NT_166531.1	104494	105966	D	An16g00520	join(<104494..104601,104660..104785,104817..104906,104956..105141,105194..105446,105503..105694,105743..>105966)	Aspergillus niger	4988446
An16g00530	mRNA	An16g00530	NT_166531.1	106745	107422	D	An16g00530	join(<106745..106780,106832..>107422)	Aspergillus niger	4988447
An16g00540	mRNA	An16g00540	NT_166531.1	107571	109157	R	An16g00540	complement(join(<107571..108364,108414..108637,108685..>109157))	Aspergillus niger	4988448
An16g00550	mRNA	An16g00550	NT_166531.1	109653	110780	R	An16g00550	complement(join(<109653..110053,110111..110550,110608..>110780))	Aspergillus niger	4988449
An16g00560	mRNA	An16g00560	NT_166531.1	111002	111402	D	An16g00560	join(<111002..111177,111255..>111402)	Aspergillus niger	84593301
An16g00570	mRNA	An16g00570	NT_166531.1	111715	112274	R	An16g00570	complement(join(<111715..111764,111941..112030,112217..>112274))	Aspergillus niger	84593302
An16g00580	mRNA	An16g00580	NT_166531.1	112641	113324	R	An16g00580	complement(join(<112641..112697,112789..112876,113146..>113324))	Aspergillus niger	84593303
An16g00590	mRNA	An16g00590	NT_166531.1	113361	113912	R	An16g00590	complement(join(<113361..113602,113697..113794,113881..>113912))	Aspergillus niger	84593304
An16g00600	mRNA	An16g00600	NT_166531.1	113951	117046	D	An16g00600	<113951..>117046	Aspergillus niger	4988454
An16g00610	mRNA	An16g00610	NT_166531.1	117807	118395	R	An16g00610	complement(join(<117807..117943,118016..118053,118270..118314,118349..>118395))	Aspergillus niger	84593305
An16g00620	mRNA	An16g00620	NT_166531.1	118912	119307	D	An16g00620	<118912..>119307	Aspergillus niger	84593306
An16g00630	mRNA	An16g00630	NT_166531.1	120604	121248	D	An16g00630	<120604..>121248	Aspergillus niger	84593307
An16g00640	mRNA	An16g00640	NT_166531.1	122114	122407	D	An16g00640	<122114..>122407	Aspergillus niger	84593308
An16g00650	mRNA	An16g00650	NT_166531.1	122683	124324	R	An16g00650	complement(join(<122683..123948,124011..124079,124136..>124324))	Aspergillus niger	4988459
An16g00660	mRNA	An16g00660	NT_166531.1	124642	126367	R	An16g00660	complement(join(<124642..126007,126141..>126367))	Aspergillus niger	4988460
An16g00670	mRNA	An16g00670	NT_166531.1	126902	127783	R	An16g00670	complement(join(<126902..127182,127239..127565,127618..>127783))	Aspergillus niger	4988461
An16g00680	mRNA	An16g00680	NT_166531.1	129396	130368	R	An16g00680	complement(join(<129396..129859,129914..130162,130221..>130368))	Aspergillus niger	4988462
An16g00700	mRNA	An16g00700	NT_166531.1	130812	132431	R	An16g00700	complement(<130812..>132431)	Aspergillus niger	4988463
An16g00710	mRNA	An16g00710	NT_166531.1	133445	134561	D	An16g00710	join(<133445..133687,133757..133981,134057..134218,134281..134373,134436..>134561)	Aspergillus niger	4988464
An16g00720	mRNA	An16g00720	NT_166531.1	134722	136411	R	An16g00720	complement(join(<134722..134991,135044..135136,135188..135685,135741..135953,136004..136129,136181..>136411))	Aspergillus niger	4988465
An16g00730	mRNA	An16g00730	NT_166531.1	136892	139023	R	An16g00730	complement(join(<136892..137219,137274..137365,137413..137536,137584..137674,137725..137838,137882..137933,137981..138034,138096..138255,138313..138383,138432..138485,138535..138616,138660..138739,138789..138866,138922..>139023))	Aspergillus niger	4988466
An16g00740	mRNA	An16g00740	NT_166531.1	139568	140610	R	An16g00740	complement(join(<139568..139905,139964..140384,140452..>140610))	Aspergillus niger	4988467
An16g00750	mRNA	An16g00750	NT_166531.1	141165	143226	R	An16g00750	complement(join(<141165..142733,142813..>143226))	Aspergillus niger	4988468
An16g00760	mRNA	An16g00760	NT_166531.1	143881	144995	R	An16g00760	complement(join(<143881..144675,144738..144841,144938..>144995))	Aspergillus niger	4988469
An16g00770	mRNA	An16g00770	NT_166531.1	147763	149740	D	An16g00770	join(<147763..147962,148111..148488,148557..148634,148705..149056,149232..>149740)	Aspergillus niger	84593309
An16g00780	mRNA	An16g00780	NT_166531.1	149846	151401	R	An16g00780	complement(join(<149846..150761,150818..>151401))	Aspergillus niger	4988471
An16g00790	mRNA	An16g00790	NT_166531.1	151578	152152	D	An16g00790	join(<151578..151709,151841..>152152)	Aspergillus niger	84593310
An16g00800	mRNA	An16g00800	NT_166531.1	152325	154419	R	An16g00800	complement(join(<152325..152568,152624..152755,152808..153794,153861..154177,154210..154269,154366..>154419))	Aspergillus niger	4988473
An16g00810	mRNA	An16g00810	NT_166531.1	155240	158200	R	An16g00810	complement(join(<155240..155433,155486..155572,155629..155746,155796..155977,156025..156097,156145..156751,156805..156980,157029..157311,157363..157493,157548..157706,157756..157832,157892..157948,158008..>158200))	Aspergillus niger	4988474
An16g00820	mRNA	An16g00820	NT_166531.1	159374	160038	D	An16g00820	join(<159374..159474,159591..159699,159805..>160038)	Aspergillus niger	84593311
An16g00830	mRNA	An16g00830	NT_166531.1	160537	161506	D	An16g00830	join(<160537..160690,160743..>161506)	Aspergillus niger	4988476
An16g00840	mRNA	An16g00840	NT_166531.1	162415	162708	R	An16g00840	complement(join(<162415..162598,162662..>162708))	Aspergillus niger	4988477
An16g00850	mRNA	An16g00850	NT_166531.1	163574	164386	D	An16g00850	join(<163574..163629,163684..164139,164194..>164386)	Aspergillus niger	4988478
An16g00860	mRNA	An16g00860	NT_166531.1	164439	165902	R	An16g00860	complement(<164439..>165902)	Aspergillus niger	4988479
An16g00870	mRNA	An16g00870	NT_166531.1	166118	166943	R	An16g00870	complement(join(<166118..166312,166581..166628,166761..>166943))	Aspergillus niger	84593312
An16g00880	mRNA	An16g00880	NT_166531.1	167424	168623	R	An16g00880	complement(join(<167424..167491,167544..167758,167812..167953,168215..>168623))	Aspergillus niger	84593313
An16g00890	mRNA	An16g00890	NT_166531.1	169209	170909	D	An16g00890	join(<169209..170391,170443..>170909)	Aspergillus niger	4988482
An16g00900	mRNA	An16g00900	NT_166531.1	171141	172352	D	An16g00900	join(<171141..171391,171444..171646,171700..>172352)	Aspergillus niger	4988483
An16g00910	mRNA	An16g00910	NT_166531.1	172631	173962	D	An16g00910	<172631..>173962	Aspergillus niger	4988484
An16g00920	mRNA	An16g00920	NT_166531.1	174371	175123	D	An16g00920	join(<174371..174417,174470..174582,174646..174809,174884..175024,175088..>175123)	Aspergillus niger	4988485
An16g00930	mRNA	An16g00930	NT_166531.1	176397	177246	D	An16g00930	join(<176397..176474,176544..176781,176858..>177246)	Aspergillus niger	4988486
An16g00940	mRNA	An16g00940	NT_166531.1	177497	179260	R	An16g00940	complement(join(<177497..178391,178437..178766,178811..178884,178928..178949,178995..>179260))	Aspergillus niger	4988487
An16g00950	mRNA	An16g00950	NT_166531.1	179729	180569	D	An16g00950	join(<179729..179761,179844..179968,180063..180223,180349..>180569)	Aspergillus niger	84593314
An16g00960	mRNA	An16g00960	NT_166531.1	180699	181871	D	An16g00960	<180699..>181871	Aspergillus niger	4988489
An16g00970	mRNA	An16g00970	NT_166531.1	182148	182550	R	An16g00970	complement(join(<182148..182219,182295..182344,182385..>182550))	Aspergillus niger	84593315
An16g00980	mRNA	An16g00980	NT_166531.1	182827	185066	R	An16g00980	complement(join(<182827..183356,183390..183812,183867..184631,185028..>185066))	Aspergillus niger	84593316
An16g00990	mRNA	An16g00990	NT_166531.1	185503	186568	D	An16g00990	join(<185503..185538,185598..186008,186113..>186568)	Aspergillus niger	4988492
An16g01000	mRNA	An16g01000	NT_166531.1	186656	188327	R	An16g01000	complement(join(<186656..187087,187163..187565,187628..188051,188114..>188327))	Aspergillus niger	4988493
An16g01010	mRNA	An16g01010	NT_166531.1	188878	189823	D	An16g01010	join(<188878..189609,189685..>189823)	Aspergillus niger	4988494
An16g01020	mRNA	An16g01020	NT_166531.1	189925	192213	R	An16g01020	complement(join(<189925..191049,191102..191858,191911..192033,192104..>192213))	Aspergillus niger	4988495
An16g01030	mRNA	An16g01030	NT_166531.1	192675	194402	R	An16g01030	complement(join(<192675..193049,193100..193422,193473..194106,194184..>194402))	Aspergillus niger	4988496
An16g01040	mRNA	An16g01040	NT_166531.1	195976	197604	R	An16g01040	complement(<195976..>197604)	Aspergillus niger	4988497
An16g01050	mRNA	An16g01050	NT_166531.1	198300	198828	R	An16g01050	complement(join(<198300..198504,198632..>198828))	Aspergillus niger	84593317
An16g01060	mRNA	An16g01060	NT_166531.1	199065	199706	D	An16g01060	join(<199065..199197,199393..>199706)	Aspergillus niger	84593318
An16g01070	mRNA	An16g01070	NT_166531.1	199752	202833	R	An16g01070	complement(join(<199752..199898,200017..200076,200151..200240,200320..200406,200498..200929,201036..201210,201267..201422,201492..201695,201746..201875,201923..202587,202631..202713,202765..>202833))	Aspergillus niger	84593319
An16g01080	mRNA	An16g01080	NT_166531.1	203208	204199	R	An16g01080	complement(join(<203208..203750,203807..203962,204015..204101,204164..>204199))	Aspergillus niger	4988501
An16g01090	mRNA	An16g01090	NT_166531.1	204559	206047	D	An16g01090	join(<204559..204582,204625..204935,204993..205200,205257..205460,205521..205811,205871..>206047)	Aspergillus niger	4988502
An16g01100	mRNA	An16g01100	NT_166531.1	206439	207130	D	An16g01100	join(<206439..206556,206713..206762,206866..206899,206985..>207130)	Aspergillus niger	84593320
An16g01110	mRNA	An16g01110	NT_166531.1	207426	209219	D	An16g01110	join(<207426..207485,207557..207782,207896..208155,208212..>209219)	Aspergillus niger	4988504
An16g01120	mRNA	An16g01120	NT_166531.1	210134	211522	R	An16g01120	complement(<210134..>211522)	Aspergillus niger	4988505
An16g01130	mRNA	An16g01130	NT_166531.1	212155	213452	R	An16g01130	complement(join(<212155..212659,212724..213169,213226..213395,213425..>213452))	Aspergillus niger	4988506
An16g01140	mRNA	An16g01140	NT_166531.1	213847	216071	D	An16g01140	join(<213847..213890,213960..214211,214495..214600,214739..214841,214973..215217,215318..215444,215624..215765,215840..>216071)	Aspergillus niger	84593321
An16g01150	mRNA	An16g01150	NT_166531.1	216323	219033	D	An16g01150	join(<216323..216928,216981..217366,217425..217657,217724..217776,217834..217955,218013..>219033)	Aspergillus niger	4988508
An16g01160	mRNA	An16g01160	NT_166531.1	219604	220255	D	An16g01160	join(<219604..219640,219684..219757,219862..219945,220042..220082,220171..>220255)	Aspergillus niger	84593322
An16g01170	mRNA	An16g01170	NT_166531.1	221124	223196	R	An16g01170	complement(join(<221124..221176,221242..221352,221427..221927,221982..222136,222239..222463,222521..222625,222796..222996,223080..>223196))	Aspergillus niger	4988510
An16g01180	mRNA	An16g01180	NT_166531.1	223691	224300	D	An16g01180	join(<223691..223783,224058..224121,224197..>224300)	Aspergillus niger	84593323
An16g01190	mRNA	An16g01190	NT_166531.1	224478	225533	R	An16g01190	complement(join(<224478..225027,225136..>225533))	Aspergillus niger	4988512
An16g01200	mRNA	An16g01200	NT_166531.1	226609	228528	D	An16g01200	join(<226609..226716,226762..226832,227056..227516,227572..227595,227654..227979,228040..>228528)	Aspergillus niger	4988513
An16g01210	mRNA	An16g01210	NT_166531.1	228804	229934	R	An16g01210	complement(join(<228804..229212,229265..229382,229440..229812,229860..>229934))	Aspergillus niger	4988514
An16g01220	mRNA	An16g01220	NT_166531.1	230548	234139	R	An16g01220	complement(join(<230548..230637,230909..231028,231330..232571,232641..233507,233579..>234139))	Aspergillus niger	4988515
An16g01230	mRNA	An16g01230	NT_166531.1	234387	236948	D	An16g01230	join(<234387..235069,235124..235459,235515..236554,236656..>236948)	Aspergillus niger	4988516
An16g01240	mRNA	An16g01240	NT_166531.1	238049	239268	D	An16g01240	join(<238049..238165,238231..238319,238398..>239268)	Aspergillus niger	84593324
An16g01250	mRNA	An16g01250	NT_166531.1	240317	241768	D	An16g01250	join(<240317..240487,240564..240693,240787..240913,240988..>241768)	Aspergillus niger	4988518
An16g01260	mRNA	An16g01260	NT_166531.1	242448	245325	R	An16g01260	complement(join(<242448..242581,242844..242860,243005..243060,243180..243333,243469..243998,244071..244156,244399..244945,244975..>245325))	Aspergillus niger	4988519
An16g01270	mRNA	An16g01270	NT_166531.1	245565	247480	D	An16g01270	join(<245565..245732,245870..245947,246035..246393,246430..246574,246679..246830,246899..247081,247185..247262,247348..>247480)	Aspergillus niger	84593325
An16g01280	mRNA	An16g01280	NT_166531.1	247683	248996	D	An16g01280	<247683..>248996	Aspergillus niger	4988521
An16g01290	mRNA	An16g01290	NT_166531.1	249561	250673	D	An16g01290	join(<249561..249749,249804..>250673)	Aspergillus niger	4988522
An16g01300	mRNA	An16g01300	NT_166531.1	251182	251451	R	An16g01300	complement(<251182..>251451)	Aspergillus niger	84593326
An16g01310	mRNA	An16g01310	NT_166531.1	251877	253791	R	An16g01310	complement(join(<251877..253502,253551..253673,253720..>253791))	Aspergillus niger	4988524
An16g01320	mRNA	An16g01320	NT_166531.1	254279	255481	R	An16g01320	complement(join(<254279..255058,255109..255267,255317..>255481))	Aspergillus niger	4988525
An16g01330	mRNA	An16g01330	NT_166531.1	256819	258587	R	An16g01330	complement(join(<256819..257458,257514..257726,257773..257828,257880..257980,258040..258135,258193..258359,258421..>258587))	Aspergillus niger	4988526
An16g01340	mRNA	An16g01340	NT_166531.1	260338	260869	D	An16g01340	join(<260338..260480,260542..260796,260851..>260869)	Aspergillus niger	4988527
An16g01350	mRNA	An16g01350	NT_166531.1	261163	261658	R	An16g01350	complement(join(<261163..261315,261469..261543,261650..>261658))	Aspergillus niger	4988528
An16g01360	mRNA	An16g01360	NT_166531.1	262913	265821	D	An16g01360	join(<262913..262996,263069..263281,263459..264629,264682..265210,265464..>265821)	Aspergillus niger	4988529
An16g01370	mRNA	An16g01370	NT_166531.1	266632	267774	D	An16g01370	<266632..>267774	Aspergillus niger	4988530
An16g01380	mRNA	An16g01380	NT_166531.1	267857	268693	R	An16g01380	complement(join(<267857..268099,268149..268380,268428..>268693))	Aspergillus niger	4988531
An16g01390	mRNA	An16g01390	NT_166531.1	269570	271670	D	An16g01390	join(<269570..269650,269715..>271670)	Aspergillus niger	4988532
An16g01400	mRNA	An16g01400	NT_166531.1	272760	274735	D	An16g01400	join(<272760..272818,272914..273083,273134..273627,273680..>274735)	Aspergillus niger	84593327
An16g01410	mRNA	An16g01410	NT_166531.1	275108	277529	D	An16g01410	join(<275108..275262,275388..275679,275868..276090,276143..276174,276225..>277529)	Aspergillus niger	4988534
An16g01420	mRNA	An16g01420	NT_166531.1	278129	282916	D	An16g01420	join(<278129..278828,278875..279369,279420..279653,279701..280365,280418..280558,280670..280868,280917..281004,281168..281412,281498..281655,281722..282180,282233..>282916)	Aspergillus niger	4988535
An16g01430	mRNA	An16g01430	NT_166531.1	283136	284884	R	An16g01430	complement(join(<283136..284721,284773..>284884))	Aspergillus niger	84593328
An16g01440	mRNA	An16g01440	NT_166531.1	285336	286163	D	An16g01440	<285336..>286163	Aspergillus niger	4988537
An16g01450	mRNA	An16g01450	NT_166531.1	286544	288532	D	An16g01450	join(<286544..287126,287220..287635,287711..287909,287973..288188,288243..>288532)	Aspergillus niger	4988538
An16g01460	mRNA	An16g01460	NT_166531.1	289610	290733	D	An16g01460	join(<289610..289907,289959..290080,290137..>290733)	Aspergillus niger	4988539
An16g01470	mRNA	An16g01470	NT_166531.1	292991	299405	R	An16g01470	complement(join(<292991..295168,295221..>299405))	Aspergillus niger	4988540
An16g01480	mRNA	An16g01480	NT_166531.1	301281	302486	D	An16g01480	join(<301281..301508,301587..>302486)	Aspergillus niger	4988541
An16g01490	mRNA	An16g01490	NT_166531.1	304612	308603	D	An16g01490	join(<304612..305020,305081..307174,307227..307971,308027..>308603)	Aspergillus niger	4988542
An16g01500	mRNA	An16g01500	NT_166531.1	309570	311858	R	An16g01500	complement(<309570..>311858)	Aspergillus niger	4988543
An16g01510	mRNA	An16g01510	NT_166531.1	312191	313431	D	An16g01510	join(<312191..312301,312364..312886,312999..313006,313127..313181,313232..>313431)	Aspergillus niger	4988544
An16g01520	mRNA	An16g01520	NT_166531.1	314088	317574	R	An16g01520	complement(join(<314088..315967,316029..316287,316374..316613,317160..317170,317478..>317574))	Aspergillus niger	4988545
An16g01530	mRNA	An16g01530	NT_166531.1	317790	318926	R	An16g01530	complement(join(<317790..318235,318296..>318926))	Aspergillus niger	4988546
An16g01540	mRNA	An16g01540	NT_166531.1	323726	326449	D	An16g01540	join(<323726..323856,323955..324192,324233..325229,325280..325678,325734..>326449)	Aspergillus niger	4988547
An16g01550	mRNA	An16g01550	NT_166531.1	327449	330231	R	An16g01550	complement(join(<327449..328588,328638..329536,329589..>330231))	Aspergillus niger	4988548
An16g01560	mRNA	An16g01560	NT_166531.1	331125	332941	D	An16g01560	join(<331125..331210,331270..331929,332155..332579,332706..>332941)	Aspergillus niger	4988549
An16g01570	mRNA	An16g01570	NT_166531.1	333298	334285	R	An16g01570	complement(join(<333298..333345,333404..333482,333553..333665,333773..334047,334167..334212,334280..>334285))	Aspergillus niger	4988550
An16g01580	mRNA	An16g01580	NT_166531.1	334588	335806	D	An16g01580	join(<334588..334724,334780..334867,334932..335670,335742..>335806)	Aspergillus niger	4988551
An16g01590	mRNA	An16g01590	NT_166531.1	336130	337967	R	An16g01590	complement(join(<336130..336750,336808..337330,337377..337577,337643..337728,337779..>337967))	Aspergillus niger	4988552
An16g01600	mRNA	An16g01600	NT_166531.1	338727	340443	R	An16g01600	complement(join(<338727..338768,339074..339124,339180..339512,339596..340317,340365..>340443))	Aspergillus niger	4988553
An16g01610	mRNA	An16g01610	NT_166531.1	341581	343120	D	An16g01610	join(<341581..341614,341669..341887,341943..>343120)	Aspergillus niger	4988554
An16g01620	mRNA	An16g01620	NT_166531.1	343347	345055	R	An16g01620	complement(join(<343347..344556,344607..>345055))	Aspergillus niger	4988555
An16g01630	mRNA	An16g01630	NT_166531.1	345863	347147	D	An16g01630	join(<345863..345985,346038..346060,346120..346239,346311..346870,346942..>347147)	Aspergillus niger	4988556
An16g01640	mRNA	An16g01640	NT_166531.1	347340	349578	R	An16g01640	complement(join(<347340..347614,347688..348761,348811..349352,349412..>349578))	Aspergillus niger	4988557
An16g01650	mRNA	An16g01650	NT_166531.1	350030	350858	D	An16g01650	join(<350030..350122,350184..>350858)	Aspergillus niger	4988558
An16g01660	mRNA	An16g01660	NT_166531.1	351773	353415	D	An16g01660	join(<351773..353120,353182..353226,353276..>353415)	Aspergillus niger	4988559
An16g01670	mRNA	An16g01670	NT_166531.1	353885	354996	R	An16g01670	complement(join(<353885..354814,354877..>354996))	Aspergillus niger	4988560
An16g01680	mRNA	An16g01680	NT_166531.1	355276	356738	R	An16g01680	complement(join(<355276..355347,355385..355532,355582..355698,355789..355982,356118..>356738))	Aspergillus niger	4988561
An16g01690	mRNA	An16g01690	NT_166531.1	358361	359851	R	An16g01690	complement(join(<358361..359093,359124..>359851))	Aspergillus niger	4988562
An16g01700	mRNA	An16g01700	NT_166531.1	361283	361823	R	An16g01700	complement(join(<361283..361615,361677..>361823))	Aspergillus niger	84593329
An16g01710	mRNA	An16g01710	NT_166531.1	362195	363408	D	An16g01710	join(<362195..362462,362589..363055,363133..>363408)	Aspergillus niger	4988564
An16g01720	mRNA	An16g01720	NT_166531.1	363679	365054	R	An16g01720	complement(join(<363679..364057,364113..364168,364226..364310,364360..364556,364610..364714,364781..364927,364986..>365054))	Aspergillus niger	4988565
An16g01730	mRNA	An16g01730	NT_166531.1	366773	368203	D	An16g01730	<366773..>368203	Aspergillus niger	4988566
An16g01740	mRNA	An16g01740	NT_166531.1	368844	369976	D	An16g01740	join(<368844..369238,369293..369877,369931..>369976)	Aspergillus niger	4988567
An16g01750	mRNA	An16g01750	NT_166531.1	370421	372154	D	An16g01750	<370421..>372154	Aspergillus niger	4988568
An16g01760	mRNA	An16g01760	NT_166531.1	372930	375377	R	An16g01760	complement(join(<372930..374853,374911..>375377))	Aspergillus niger	4988569
An16g01770	mRNA	An16g01770	NT_166531.1	376628	377663	R	An16g01770	complement(join(<376628..377314,377397..>377663))	Aspergillus niger	4988570
An16g01780	mRNA	An16g01780	NT_166531.1	378991	379631	D	An16g01780	join(<378991..379294,379348..>379631)	Aspergillus niger	4988571
An16g01790	mRNA	An16g01790	NT_166531.1	381628	382373	D	An16g01790	join(<381628..381686,381902..>382373)	Aspergillus niger	84593330
An16g01800	mRNA	An16g01800	NT_166531.1	384804	386754	D	An16g01800	join(<384804..385145,385211..385754,385793..>386754)	Aspergillus niger	4988573
An16g01810	mRNA	An16g01810	NT_166531.1	388890	389744	R	An16g01810	complement(join(<388890..389137,389221..389290,389646..>389744))	Aspergillus niger	4988574
An16g01820	mRNA	An16g01820	NT_166531.1	390713	391704	D	An16g01820	join(<390713..390729,390835..390995,391053..391434,391653..>391704)	Aspergillus niger	4988575
An16g01830	mRNA	gpdA	NT_166531.1	393594	395029	D	An16g01830	join(<393594..393605,393681..393716,393776..393789,393891..393954,394030..394714,394771..394941,395001..>395029)	Aspergillus niger	4988576
An16g01840	mRNA	An16g01840	NT_166531.1	396133	399212	D	An16g01840	join(<396133..396772,396824..397112,397298..397368,397546..397706,397756..397966,398010..398121,398165..398212,398263..398326,398372..398464,398514..398599,398649..398728,398777..398883,398940..>399212)	Aspergillus niger	4988577
An16g01850	mRNA	An16g01850	NT_166531.1	400441	400920	D	An16g01850	<400441..>400920	Aspergillus niger	4988578
An16g01860	mRNA	An16g01860	NT_166531.1	402143	405786	D	An16g01860	join(<402143..402625,402703..402802,402866..>405786)	Aspergillus niger	4988579
An16g01870	mRNA	An16g01870	NT_166531.1	406223	407258	D	An16g01870	join(<406223..406263,406337..406588,406644..406891,406966..>407258)	Aspergillus niger	4988580
An16g01880	mRNA	An16g01880	NT_166531.1	409372	410415	D	An16g01880	join(<409372..409453,409508..409673,409719..410055,410107..>410415)	Aspergillus niger	4988581
An16g01890	mRNA	An16g01890	NT_166531.1	410951	412102	D	An16g01890	join(<410951..411342,411398..411840,411894..>412102)	Aspergillus niger	4988582
An16g01900	mRNA	An16g01900	NT_166531.1	413344	414007	R	An16g01900	complement(join(<413344..413836,413892..>414007))	Aspergillus niger	4988583
An16g01910	mRNA	An16g01910	NT_166531.1	414723	415146	D	An16g01910	join(<414723..414758,414871..>415146)	Aspergillus niger	84593331
An16g01920	mRNA	An16g01920	NT_166531.1	416043	417848	R	An16g01920	complement(join(<416043..416477,416541..416866,416918..417334,417377..417459,417512..417625,417676..417746,417798..>417848))	Aspergillus niger	4988585
An16g01930	mRNA	An16g01930	NT_166531.1	419030	419560	D	An16g01930	join(<419030..419124,419245..419419,419465..>419560)	Aspergillus niger	4988586
An16g01940	mRNA	An16g01940	NT_166531.1	419665	421599	R	An16g01940	complement(join(<419665..419689,419746..419829,419885..420003,420057..420900,420952..421280,421333..>421599))	Aspergillus niger	4988587
An16g01950	mRNA	An16g01950	NT_166531.1	423185	424605	D	An16g01950	join(<423185..423390,423441..423646,423702..424156,424288..424437,424492..>424605)	Aspergillus niger	4988588
An16g01960	mRNA	An16g01960	NT_166531.1	424865	426279	R	An16g01960	complement(join(<424865..425269,425773..425934,426028..>426279))	Aspergillus niger	4988590
An16g01970	mRNA	An16g01970	NT_166531.1	426676	427515	R	An16g01970	complement(<426676..>427515)	Aspergillus niger	84593332
An16g01980	mRNA	An16g01980	NT_166531.1	427906	429227	R	An16g01980	complement(join(<427906..428440,428500..>429227))	Aspergillus niger	4988591
An16g01990	mRNA	An16g01990	NT_166531.1	429798	431183	R	An16g01990	complement(join(<429798..430552,430609..430736,430790..430935,430983..>431183))	Aspergillus niger	4988592
An16g02000	mRNA	An16g02000	NT_166531.1	431724	434323	R	An16g02000	complement(join(<431724..431887,431957..432035,432092..432239,432295..432501,432549..432750,432800..432905,432958..432986,433037..433071,433123..433201,433255..433369,433422..433493,433541..433563,433728..433756,433805..433877,433995..434064,434165..434198,434283..>434323))	Aspergillus niger	4988593
An16g02010	mRNA	An16g02010	NT_166531.1	435643	440171	R	An16g02010	complement(join(<435643..436111,436171..>440171))	Aspergillus niger	4988594
An16g02020	mRNA	An16g02020	NT_166531.1	440849	443261	R	An16g02020	complement(join(<440849..441229,441297..441538,441612..441884,441945..442122,442151..442203,442264..442653,442700..442723,442774..442870,442923..>443261))	Aspergillus niger	4988595
An16g02030	mRNA	An16g02030	NT_166531.1	444741	445443	R	An16g02030	complement(join(<444741..445165,445203..>445443))	Aspergillus niger	84593333
An16g02040	mRNA	An16g02040	NT_166531.1	449325	451755	D	An16g02040	join(<449325..449829,449887..450152,450207..450415,450467..450739,450789..>451755)	Aspergillus niger	4988597
An16g02050	mRNA	An16g02050	NT_166531.1	453534	453772	R	An16g02050	complement(join(<453534..453653,453755..>453772))	Aspergillus niger	84593334
An16g02060	mRNA	An16g02060	NT_166531.1	455484	456567	D	An16g02060	join(<455484..455658,455705..>456567)	Aspergillus niger	4988599
An16g02070	mRNA	An16g02070	NT_166531.1	456701	457893	R	An16g02070	complement(join(<456701..456937,457030..>457893))	Aspergillus niger	4988600
An16g02080	mRNA	An16g02080	NT_166531.1	458211	458924	D	An16g02080	<458211..>458924	Aspergillus niger	4988601
An16g02090	mRNA	An16g02090	NT_166531.1	459038	463404	R	An16g02090	complement(join(<459038..462971,463028..463228,463289..>463404))	Aspergillus niger	4988602
An16g02100	mRNA	An16g02100	NT_166531.1	463989	466453	D	An16g02100	join(<463989..464372,464431..465362,465411..465729,465800..>466453)	Aspergillus niger	4988603
An16g02110	mRNA	An16g02110	NT_166531.1	466870	467397	D	An16g02110	<466870..>467397	Aspergillus niger	84593335
An16g02120	mRNA	An16g02120	NT_166531.1	467463	471690	D	An16g02120	join(<467463..468290,468357..468545,468600..469071,469121..469289,469402..469651,469702..469805,469854..470112,470162..470304,470354..470952,471014..>471690)	Aspergillus niger	4988605
An16g02130	mRNA	An16g02130	NT_166531.1	472198	472832	R	An16g02130	complement(join(<472198..472246,472320..472503,472601..472646,472782..>472832))	Aspergillus niger	4988606
An16g02140	mRNA	An16g02140	NT_166531.1	473187	474437	D	An16g02140	<473187..>474437	Aspergillus niger	4988607
An16g02150	mRNA	An16g02150	NT_166531.1	474957	477588	D	An16g02150	join(<474957..474975,475155..476716,476770..>477588)	Aspergillus niger	4988608
An16g02160	mRNA	An16g02160	NT_166531.1	477926	479221	R	An16g02160	complement(join(<477926..477932,478100..478228,478287..478369,478532..>479221))	Aspergillus niger	4988609
An16g02170	mRNA	hyl1	NT_166531.1	479617	481195	R	An16g02170	complement(join(<479617..479700,479755..479919,479983..480103,480161..480350,480398..480406,480456..480728,480789..480922,480975..>481195))	Aspergillus niger	4988610
An16g02180	mRNA	An16g02180	NT_166531.1	481993	482985	R	An16g02180	complement(<481993..>482985)	Aspergillus niger	4988611
An16g02190	mRNA	An16g02190	NT_166531.1	483577	484182	D	An16g02190	<483577..>484182	Aspergillus niger	4988612
An16g02200	mRNA	An16g02200	NT_166531.1	484570	485895	D	An16g02200	join(<484570..484772,484836..>485895)	Aspergillus niger	4988613
An16g02210	mRNA	An16g02210	NT_166531.1	486075	486973	R	An16g02210	complement(join(<486075..486353,486416..>486973))	Aspergillus niger	4988614
An16g02220	mRNA	An16g02220	NT_166531.1	487275	489090	R	An16g02220	complement(join(<487275..487639,487677..487792,487899..488115,488270..488350,488611..488764,488803..488861,488919..>489090))	Aspergillus niger	84593336
An16g02230	mRNA	An16g02230	NT_166531.1	490108	492605	D	An16g02230	join(<490108..490544,490586..>492605)	Aspergillus niger	4988616
An16g02240	mRNA	An16g02240	NT_166531.1	493100	494041	R	An16g02240	complement(<493100..>494041)	Aspergillus niger	4988617
An16g02250	mRNA	An16g02250	NT_166531.1	494567	496389	R	An16g02250	complement(join(<494567..494846,494903..495417,495463..>496389))	Aspergillus niger	4988618
An16g02260	mRNA	An16g02260	NT_166531.1	496712	497468	D	An16g02260	join(<496712..496786,496936..497049,497214..>497468)	Aspergillus niger	84593337
An16g02270	mRNA	An16g02270	NT_166531.1	498557	498759	R	An16g02270	complement(join(<498557..498609,498654..>498759))	Aspergillus niger	84593338
An16g02280	mRNA	An16g02280	NT_166531.1	499772	502394	R	An16g02280	complement(join(<499772..499850,499964..500341,500403..500576,500628..501244,501304..501384,501442..501752,501835..502243,502296..>502394))	Aspergillus niger	4988621
An16g02290	mRNA	An16g02290	NT_166531.1	503151	504023	R	An16g02290	complement(join(<503151..503763,503833..>504023))	Aspergillus niger	4988622
An16g02300	mRNA	An16g02300	NT_166531.1	504340	505256	D	An16g02300	join(<504340..504411,504468..>505256)	Aspergillus niger	4988623
An16g02310	mRNA	An16g02310	NT_166531.1	505470	505730	D	An16g02310	<505470..>505730	Aspergillus niger	84593339
An16g02320	mRNA	An16g02320	NT_166531.1	506977	508986	D	An16g02320	join(<506977..507121,507299..507661,507716..507975,508036..>508986)	Aspergillus niger	4988625
An16g02330	mRNA	An16g02330	NT_166531.1	510115	511791	R	An16g02330	complement(join(<510115..511589,511656..>511791))	Aspergillus niger	4988626
An16g02340	mRNA	An16g02340	NT_166531.1	512342	513604	D	An16g02340	join(<512342..512533,512925..513041,513503..>513604)	Aspergillus niger	84593340
An16g02350	mRNA	An16g02350	NT_166531.1	513739	515082	R	An16g02350	complement(<513739..>515082)	Aspergillus niger	4988628
An16g02360	mRNA	An16g02360	NT_166531.1	515706	516755	R	An16g02360	complement(join(<515706..516640,516701..>516755))	Aspergillus niger	4988629
An16g02370	mRNA	An16g02370	NT_166531.1	517311	518072	R	An16g02370	complement(join(<517311..517511,517539..>518072))	Aspergillus niger	4988630
An16g02380	mRNA	An16g02380	NT_166531.1	519035	521024	D	An16g02380	join(<519035..519063,519228..519297,519368..519448,519512..520122,520173..520347,520400..520799,520912..>521024)	Aspergillus niger	10098059
An16g02390	mRNA	An16g02390	NT_166531.1	521734	523054	D	An16g02390	join(<521734..521783,521837..522415,522475..522613,522665..>523054)	Aspergillus niger	4988632
An16g02400	mRNA	An16g02400	NT_166531.1	523077	523977	R	An16g02400	complement(join(<523077..523638,523703..>523977))	Aspergillus niger	4988633
An16g02410	mRNA	An16g02410	NT_166531.1	525357	525724	R	An16g02410	complement(join(<525357..525471,525552..>525724))	Aspergillus niger	84593341
An16g02420	mRNA	An16g02420	NT_166531.1	526306	529551	D	An16g02420	join(<526306..526920,526977..527654,527716..528399,528458..528907,528964..>529551)	Aspergillus niger	4988635
An16g02430	mRNA	An16g02430	NT_166531.1	530435	531833	D	An16g02430	join(<530435..530555,530639..530799,530848..531570,531627..>531833)	Aspergillus niger	4988636
An16g02440	mRNA	An16g02440	NT_166531.1	532302	534041	R	An16g02440	complement(join(<532302..532335,532373..532397,532480..533696,533755..>534041))	Aspergillus niger	4988637
An16g02450	mRNA	An16g02450	NT_166531.1	534464	536956	R	An16g02450	complement(join(<534464..534543,534592..534809,534865..535741,535789..535994,536183..536216,536410..>536956))	Aspergillus niger	4988638
An16g02460	mRNA	An16g02460	NT_166531.1	537744	541786	D	An16g02460	join(<537744..537755,537850..537899,537961..538280,538334..538669,538725..539691,539745..540340,540390..541474,541532..>541786)	Aspergillus niger	4988639
An16g02470	mRNA	An16g02470	NT_166531.1	542308	543016	R	An16g02470	complement(join(<542308..542785,542850..>543016))	Aspergillus niger	4988640
An16g02480	mRNA	An16g02480	NT_166531.1	543659	544841	D	An16g02480	join(<543659..543916,544011..>544841)	Aspergillus niger	4988641
An16g02490	mRNA	An16g02490	NT_166531.1	545696	548297	D	An16g02490	join(<545696..545772,545828..545848,545919..546050,546110..546747,546803..547371,547426..547787,547850..>548297)	Aspergillus niger	4988642
An16g02500	mRNA	An16g02500	NT_166531.1	548838	551525	D	An16g02500	join(<548838..548973,549037..549340,549423..550989,551502..>551525)	Aspergillus niger	4988643
An16g02510	mRNA	An16g02510	NT_166531.1	552522	553736	D	An16g02510	join(<552522..552695,552763..553374,553443..>553736)	Aspergillus niger	4988644
An16g02520	mRNA	An16g02520	NT_166531.1	554082	555856	D	An16g02520	join(<554082..554135,554237..554562,554632..555498,555541..>555856)	Aspergillus niger	4988645
An16g02530	mRNA	An16g02530	NT_166531.1	556761	557150	R	An16g02530	complement(<556761..>557150)	Aspergillus niger	4988646
An16g02540	mRNA	An16g02540	NT_166531.1	557251	558476	R	An16g02540	complement(join(<557251..558241,558340..558346,558410..>558476))	Aspergillus niger	10098060
An16g02550	mRNA	An16g02550	NT_166531.1	560038	561696	D	An16g02550	join(<560038..560252,560312..560509,560567..>561696)	Aspergillus niger	4988648
An16g02560	mRNA	An16g02560	NT_166531.1	562087	563738	D	An16g02560	join(<562087..562218,562288..563282,563345..>563738)	Aspergillus niger	4988649
An16g02570	mRNA	An16g02570	NT_166531.1	563950	565250	R	An16g02570	complement(join(<563950..563975,564032..564558,564631..564689,564753..564874,565052..>565250))	Aspergillus niger	4988650
An16g02580	mRNA	An16g02580	NT_166531.1	565672	566332	R	An16g02580	complement(join(<565672..565939,566014..566098,566164..>566332))	Aspergillus niger	4988651
An16g02590	mRNA	An16g02590	NT_166531.1	566780	569170	D	An16g02590	join(<566780..566792,566851..566998,567055..>569170)	Aspergillus niger	4988652
An16g02595	mRNA	An16g02595	NT_166531.1	571029	571832	D	An16g02595	join(<571029..571056,571122..571190,571243..>571832)	Aspergillus niger	4988653
An16g02610	mRNA	An16g02610	NT_166531.1	572629	574787	R	An16g02610	complement(join(<572629..572671,572747..572785,572973..573574,573643..574139,574210..574396,574467..>574787))	Aspergillus niger	4988654
An16g02620	mRNA	An16g02620	NT_166531.1	574882	575473	R	An16g02620	complement(join(<574882..575031,575384..>575473))	Aspergillus niger	84593342
An16g02630	mRNA	An16g02630	NT_166531.1	575515	576057	R	An16g02630	complement(join(<575515..575580,575674..575736,576001..>576057))	Aspergillus niger	84593343
An16g02640	mRNA	An16g02640	NT_166531.1	578456	581832	D	An16g02640	join(<578456..578608,578671..578874,578938..578988,579048..579668,579976..580702,581324..>581832)	Aspergillus niger	84593344
An16g02650	mRNA	An16g02650	NT_166531.1	582442	584315	R	An16g02650	complement(join(<582442..583513,583567..583835,583891..584072,584127..584174,584234..>584315))	Aspergillus niger	4988658
An16g02660	mRNA	An16g02660	NT_166531.1	585038	586295	D	An16g02660	join(<585038..585245,585307..586165,586268..>586295)	Aspergillus niger	4988659
An16g02670	mRNA	An16g02670	NT_166531.1	586411	588149	R	An16g02670	complement(join(<586411..587942,588008..>588149))	Aspergillus niger	4988660
An16g02680	mRNA	An16g02680	NT_166531.1	588659	589591	R	An16g02680	complement(<588659..>589591)	Aspergillus niger	4988661
An16g02690	mRNA	An16g02690	NT_166531.1	589866	590879	D	An16g02690	join(<589866..590027,590147..590275,590599..590676,590775..>590879)	Aspergillus niger	84593345
An16g02700	mRNA	An16g02700	NT_166531.1	591152	593833	D	An16g02700	join(<591152..591811,591911..593189,593241..593542,593607..593693,593756..>593833)	Aspergillus niger	4988663
An16g02710	mRNA	An16g02710	NT_166531.1	594040	594736	D	An16g02710	join(<594040..594195,594448..594538,594627..>594736)	Aspergillus niger	84593346
An16g02720	mRNA	An16g02720	NT_166531.1	594861	595943	R	An16g02720	complement(join(<594861..595067,595305..595410,595481..595642,595711..595791,595885..>595943))	Aspergillus niger	84593347
An16g02730	mRNA	An16g02730	NT_166531.1	596168	597422	D	An16g02730	join(<596168..596964,597018..597205,597256..597284,597336..>597422)	Aspergillus niger	4988666
An16g02740	mRNA	An16g02740	NT_166531.1	599049	600364	D	An16g02740	join(<599049..599165,599255..599350,599492..600087,600169..>600364)	Aspergillus niger	4988667
An16g02750	mRNA	An16g02750	NT_166531.1	601097	602105	R	An16g02750	complement(join(<601097..601381,601421..601766,601858..>602105))	Aspergillus niger	84593348
An16g02760	mRNA	An16g02760	NT_166531.1	603444	606088	R	An16g02760	complement(join(<603444..604244,604279..604510,604566..605432,605483..605739,605803..605885,605947..>606088))	Aspergillus niger	4988669
An16g02770	mRNA	An16g02770	NT_166531.1	606603	608226	R	An16g02770	complement(join(<606603..606947,607009..607377,607430..608012,608093..>608226))	Aspergillus niger	4988670
An16g02780	mRNA	An16g02780	NT_166531.1	608546	609341	R	An16g02780	complement(join(<608546..608604,608762..608872,608926..609075,609278..>609341))	Aspergillus niger	84593349
An16g02790	mRNA	An16g02790	NT_166531.1	609747	610904	D	An16g02790	join(<609747..609772,609858..609933,610030..610131,610302..610367,610498..610549,610633..610681,610742..>610904)	Aspergillus niger	84593350
An16g02800	mRNA	An16g02800	NT_166531.1	611111	611835	R	An16g02800	complement(join(<611111..611413,611523..611629,611669..611758,611808..>611835))	Aspergillus niger	84593351
An16g02810	mRNA	An16g02810	NT_166531.1	612024	613319	D	An16g02810	<612024..>613319	Aspergillus niger	84593352
An16g02820	mRNA	An16g02820	NT_166531.1	613900	617551	R	An16g02820	complement(join(<613900..615419,615488..616474,616538..616978,617043..617288,617431..>617551))	Aspergillus niger	4988675
An16g02830	mRNA	An16g02830	NT_166531.1	617809	618212	D	An16g02830	join(<617809..617937,618075..>618212)	Aspergillus niger	84593353
An16g02850	mRNA	An16g02850	NT_166531.1	619154	620312	R	An16g02850	complement(join(<619154..619448,619516..>620312))	Aspergillus niger	4988678
An16g02860	mRNA	An16g02860	NT_166531.1	621655	623544	R	An16g02860	complement(join(<621655..621759,621858..622056,622107..622770,623010..623105,623128..623257,623539..>623544))	Aspergillus niger	84593354
An16g02870	mRNA	An16g02870	NT_166531.1	623978	625261	D	An16g02870	<623978..>625261	Aspergillus niger	84593355
An16g02880	mRNA	An16g02880	NT_166531.1	625951	626686	D	An16g02880	join(<625951..625985,626041..>626686)	Aspergillus niger	4988680
An16g02890	mRNA	An16g02890	NT_166531.1	627114	628336	R	An16g02890	complement(join(<627114..627776,627833..>628336))	Aspergillus niger	4988682
An16g02900	mRNA	An16g02900	NT_166531.1	629305	630089	R	An16g02900	complement(join(<629305..629391,629609..629926,630087..>630089))	Aspergillus niger	84593356
An16g02910	mRNA	An16g02910	NT_166531.1	630677	633639	R	An16g02910	complement(join(<630677..631046,631096..631199,631296..631313,631365..631453,631506..632047,632109..632199,632252..632767,632818..632938,632986..633072,633185..633306,633372..>633639))	Aspergillus niger	4988684
An16g02920	mRNA	An16g02920	NT_166531.1	634584	636569	D	An16g02920	join(<634584..634595,634786..635864,635918..>636569)	Aspergillus niger	4988685
An16g02930	mRNA	An16g02930	NT_166531.1	636750	637773	R	An16g02930	complement(join(<636750..636922,636970..637475,637550..>637773))	Aspergillus niger	4988686
An16g02940	mRNA	An16g02940	NT_166531.1	638532	639591	D	An16g02940	join(<638532..638701,638958..>639591)	Aspergillus niger	4988687
An16g02950	mRNA	An16g02950	NT_166531.1	640234	641628	R	An16g02950	complement(join(<640234..641430,641503..>641628))	Aspergillus niger	4988688
An16g02960	mRNA	An16g02960	NT_166531.1	642171	643887	D	An16g02960	join(<642171..642330,642389..643583,643647..>643887)	Aspergillus niger	4988689
An16g02970	mRNA	An16g02970	NT_166531.1	644488	646125	R	An16g02970	complement(join(<644488..645451,645530..645894,645965..646015,646090..>646125))	Aspergillus niger	4988690
An16g02980	mRNA	An16g02980	NT_166531.1	647721	648344	R	An16g02980	complement(<647721..>648344)	Aspergillus niger	4988691
An16g02990	mRNA	An16g02990	NT_166531.1	648955	650704	D	An16g02990	join(<648955..648985,649051..649788,649844..650426,650494..>650704)	Aspergillus niger	4988692
An16g03000	mRNA	An16g03000	NT_166531.1	651268	651943	R	An16g03000	complement(join(<651268..651321,651387..651447,651529..651724,651883..>651943))	Aspergillus niger	4988693
An16g03010	mRNA	An16g03010	NT_166531.1	652452	653953	D	An16g03010	join(<652452..652750,652827..653159,653225..653675,653732..>653953)	Aspergillus niger	4988694
An16g03020	mRNA	An16g03020	NT_166531.1	654964	658753	R	An16g03020	complement(join(<654964..655195,655264..658115,658163..>658753))	Aspergillus niger	4988695
An16g03030	mRNA	An16g03030	NT_166531.1	659172	661124	D	An16g03030	join(<659172..659436,659478..659695,659751..>661124)	Aspergillus niger	4988696
An16g03040	mRNA	An16g03040	NT_166531.1	661724	663386	D	An16g03040	join(<661724..661729,661820..661860,662022..662075,662331..662834,662918..663188,663264..>663386)	Aspergillus niger	4988697
An16g03050	mRNA	An16g03050	NT_166531.1	664241	665668	R	An16g03050	complement(join(<664241..664832,664901..665231,665305..665395,665489..>665668))	Aspergillus niger	4988698
An16g03060	mRNA	An16g03060	NT_166531.1	666722	673530	R	An16g03060	complement(join(<666722..672675,672726..672790,672923..>673530))	Aspergillus niger	4988699
An16g03070	mRNA	An16g03070	NT_166531.1	674009	674663	D	An16g03070	join(<674009..674342,674407..>674663)	Aspergillus niger	4988700
An16g03080	mRNA	An16g03080	NT_166531.1	674961	676277	R	An16g03080	complement(join(<674961..676103,676260..>676277))	Aspergillus niger	4988701
An16g03090	mRNA	An16g03090	NT_166531.1	676485	678190	R	An16g03090	complement(join(<676485..676760,676848..677967,678027..>678190))	Aspergillus niger	4988702
An16g03100	mRNA	An16g03100	NT_166531.1	678568	680554	D	An16g03100	join(<678568..678609,678692..678786,678840..678861,678922..678963,679016..679036,679092..679265,679328..>680554)	Aspergillus niger	4988703
An16g03110	mRNA	An16g03110	NT_166531.1	681225	683356	R	An16g03110	complement(join(<681225..681584,681610..681613,681652..682296,682335..682374,682409..682478,682732..682750,682941..682978,683068..683084,683113..683161,683234..>683356))	Aspergillus niger	4988704
An16g03120	mRNA	An16g03120	NT_166531.1	684507	686585	D	An16g03120	<684507..>686585	Aspergillus niger	4988705
An16g03130	mRNA	An16g03130	NT_166531.1	686986	688745	D	An16g03130	join(<686986..687251,687324..687444,687501..688479,688582..>688745)	Aspergillus niger	4988706
An16g03140	mRNA	An16g03140	NT_166531.1	690209	692182	R	An16g03140	complement(join(<690209..691846,691988..>692182))	Aspergillus niger	4988707
An16g03150	mRNA	An16g03150	NT_166531.1	692435	694023	D	An16g03150	join(<692435..692546,692617..692704,692771..692853,692916..693035,693206..693295,693398..693522,693658..>694023)	Aspergillus niger	84593357
An16g03160	mRNA	An16g03160	NT_166531.1	696100	696730	D	An16g03160	join(<696100..696102,696212..696250,696388..696438,696587..>696730)	Aspergillus niger	84593358
An16g03170	mRNA	An16g03170	NT_166531.1	699151	700912	R	An16g03170	complement(join(<699151..699301,699401..699470,699536..699599,699676..699842,699943..700056,700262..700320,700589..700630,700746..>700912))	Aspergillus niger	84593359
An16g03180	mRNA	An16g03180	NT_166531.1	702085	702800	R	An16g03180	complement(join(<702085..702214,702334..702432,702514..702566,702654..>702800))	Aspergillus niger	84593360
An16g03190	mRNA	An16g03190	NT_166531.1	702890	703761	D	An16g03190	join(<702890..703632,703731..>703761)	Aspergillus niger	84593361
An16g03195	mRNA	An16g03195	NT_166531.1	703927	704262	R	An16g03195	complement(<703927..>704262)	Aspergillus niger	84593362
An16g03200	mRNA	An16g03200	NT_166531.1	705128	706772	R	An16g03200	complement(join(<705128..705164,705298..705652,705917..705939,706239..706443,706478..706501,706537..706615,706680..>706772))	Aspergillus niger	84593363
An16g03210	mRNA	An16g03210	NT_166531.1	707275	708059	D	An16g03210	join(<707275..707578,707639..707755,707986..>708059)	Aspergillus niger	84593364
An16g03220	mRNA	An16g03220	NT_166531.1	708636	709300	D	An16g03220	join(<708636..708794,708874..708996,709042..709092,709169..>709300)	Aspergillus niger	84593365
An16g03230	mRNA	An16g03230	NT_166531.1	710204	711542	D	An16g03230	join(<710204..710771,711023..711163,711355..>711542)	Aspergillus niger	84593366
An16g03240	mRNA	An16g03240	NT_166531.1	711963	712491	D	An16g03240	join(<711963..712008,712041..712071,712253..712365,712397..>712491)	Aspergillus niger	84593367
An16g03250	mRNA	An16g03250	NT_166531.1	713283	713521	R	An16g03250	complement(join(<713283..713349,713387..713420,713467..>713521))	Aspergillus niger	84593368
An16g03260	mRNA	An16g03260	NT_166531.1	714168	715502	R	An16g03260	complement(join(<714168..714602,714642..714835,714918..715150,715191..715236,715304..>715502))	Aspergillus niger	84593369
An16g03270	mRNA	An16g03270	NT_166531.1	715533	715882	D	An16g03270	join(<715533..715692,715740..>715882)	Aspergillus niger	84593370
An16g03280	mRNA	An16g03280	NT_166531.1	716849	718079	D	An16g03280	join(<716849..717035,717119..717160,717205..717438,717518..717583,717662..717765,717851..717940,718053..>718079)	Aspergillus niger	84593371
An16g03290	mRNA	An16g03290	NT_166531.1	719434	721600	D	An16g03290	join(<719434..720107,720188..720276,720414..>721600)	Aspergillus niger	4988723
An16g03300	mRNA	An16g03300	NT_166531.1	723018	724951	R	An16g03300	complement(join(<723018..723102,723170..723241,723294..723623,723692..724006,724062..724251,724284..724399,724447..724847,724895..>724951))	Aspergillus niger	4988724
An16g03310	mRNA	An16g03310	NT_166531.1	725913	728071	R	An16g03310	complement(join(<725913..727759,727810..727896,727978..>728071))	Aspergillus niger	4988725
An16g03320	mRNA	An16g03320	NT_166531.1	728965	732254	D	An16g03320	join(<728965..730290,730337..730434,730484..730824,730873..731310,731360..731551,731620..>732254)	Aspergillus niger	4988726
An16g03330	mRNA	An16g03330	NT_166531.1	734469	735011	D	An16g03330	<734469..>735011	Aspergillus niger	4988727
An16g03340	mRNA	An16g03340	NT_166531.1	738459	741572	R	An16g03340	complement(join(<738459..739410,739585..739874,740010..740344,740414..741084,741157..741357,741424..>741572))	Aspergillus niger	4988728
An16g03350	mRNA	An16g03350	NT_166531.1	742061	742597	D	An16g03350	<742061..>742597	Aspergillus niger	84593372
An16g03360	mRNA	An16g03360	NT_166531.1	743140	744172	R	An16g03360	complement(join(<743140..743270,743545..>744172))	Aspergillus niger	84593373
An16g03370	mRNA	An16g03370	NT_166531.1	745924	749046	R	An16g03370	complement(join(<745924..746082,746145..747952,748003..748048,748104..748188,748246..748284,748395..748521,748575..>749046))	Aspergillus niger	4988731
An16g03380	mRNA	An16g03380	NT_166531.1	749622	750881	D	An16g03380	join(<749622..749711,749790..>750881)	Aspergillus niger	4988732
An16g03390	mRNA	An16g03390	NT_166531.1	751008	751977	R	An16g03390	complement(join(<751008..751095,751169..751429,751511..>751977))	Aspergillus niger	4988733
An16g03400	mRNA	An16g03400	NT_166531.1	753746	756249	D	An16g03400	join(<753746..754553,754615..754794,754854..755346,755417..755637,755702..>756249)	Aspergillus niger	4988734
An16g03410	mRNA	An16g03410	NT_166531.1	756811	757300	R	An16g03410	complement(join(<756811..756933,757076..>757300))	Aspergillus niger	4988735
An16g03420	mRNA	An16g03420	NT_166531.1	757740	758468	D	An16g03420	join(<757740..757987,758054..>758468)	Aspergillus niger	4988736
An16g03430	mRNA	An16g03430	NT_166531.1	759723	760895	D	An16g03430	join(<759723..760008,760085..760345,760409..760541,760599..760767,760821..>760895)	Aspergillus niger	4988737
An16g03450	mRNA	An16g03450	NT_166531.1	761977	763404	D	An16g03450	<761977..>763404	Aspergillus niger	4988739
An16g03460	mRNA	An16g03460	NT_166531.1	764363	764890	D	An16g03460	join(<764363..764467,764526..764566,764703..764721,764819..>764890)	Aspergillus niger	84593374
An16g03470	mRNA	An16g03470	NT_166531.1	765148	766649	D	An16g03470	join(<765148..765226,765453..765626,765696..765756,765799..765809,765933..766110,766199..766364,766434..766478,766533..>766649)	Aspergillus niger	84593375
An16g03480	mRNA	An16g03480	NT_166531.1	767248	769998	R	An16g03480	complement(join(<767248..767281,767375..767462,767538..767655,767766..767944,768068..768250,768692..768755,768840..768958,769003..769036,769178..769232,769630..769756,769850..769905,769949..>769998))	Aspergillus niger	84593376
An16g03490	mRNA	An16g03490	NT_166531.1	770431	772457	D	An16g03490	join(<770431..772236,772293..>772457)	Aspergillus niger	4988743
An16g03500	mRNA	An16g03500	NT_166531.1	773947	774474	D	An16g03500	join(<773947..774058,774125..774225,774304..>774474)	Aspergillus niger	4988744
An16g03510	mRNA	An16g03510	NT_166531.1	775533	777011	D	An16g03510	<775533..>777011	Aspergillus niger	4988745
An16g03520	mRNA	An16g03520	NT_166531.1	777435	780343	D	An16g03520	join(<777435..777458,777530..>780343)	Aspergillus niger	4988746
An16g03530	mRNA	An16g03530	NT_166531.1	781276	783824	D	An16g03530	join(<781276..781443,781473..782607,782663..783124,783177..783262,783311..783611,783781..>783824)	Aspergillus niger	4988747
An16g03540	mRNA	An16g03540	NT_166531.1	784882	787230	D	An16g03540	<784882..>787230	Aspergillus niger	4988748
An16g03550	mRNA	An16g03550	NT_166531.1	787431	788411	R	An16g03550	complement(join(<787431..787467,787537..787618,787708..787841,787915..788131,788231..>788411))	Aspergillus niger	4988749
An16g03560	mRNA	An16g03560	NT_166531.1	789365	790619	D	An16g03560	join(<789365..790019,790080..790162,790305..>790619)	Aspergillus niger	84593377
An16g03570	mRNA	An16g03570	NT_166531.1	794438	796024	R	An16g03570	complement(join(<794438..794548,794881..794931,795163..795237,795348..795448,795571..795666,795847..>796024))	Aspergillus niger	84593378
An16g03580	mRNA	An16g03580	NT_166531.1	796150	798664	D	An16g03580	join(<796150..796354,796422..796555,796605..798447,798504..>798664)	Aspergillus niger	4988752
An16g03590	mRNA	An16g03590	NT_166531.1	800367	801631	D	An16g03590	join(<800367..800587,800808..800931,801008..>801631)	Aspergillus niger	4988753
An16g03600	mRNA	An16g03600	NT_166531.1	802214	803165	R	An16g03600	complement(join(<802214..802900,802989..>803165))	Aspergillus niger	4988754
An16g03610	mRNA	An16g03610	NT_166531.1	803847	805494	D	An16g03610	join(<803847..805010,805105..>805494)	Aspergillus niger	4988755
An16g03620	mRNA	An16g03620	NT_166531.1	805872	808343	D	An16g03620	<805872..>808343	Aspergillus niger	4988756
An16g03630	mRNA	An16g03630	NT_166531.1	808703	809476	R	An16g03630	complement(join(<808703..808978,809063..>809476))	Aspergillus niger	4988757
An16g03640	mRNA	An16g03640	NT_166531.1	809759	812168	D	An16g03640	join(<809759..810073,810146..811553,811619..811706,811747..811785,812132..>812168)	Aspergillus niger	4988758
An16g03650	mRNA	An16g03650	NT_166531.1	813488	814883	R	An16g03650	complement(join(<813488..814385,814462..>814883))	Aspergillus niger	4988759
An16g03660	mRNA	An16g03660	NT_166531.1	814967	815808	D	An16g03660	join(<814967..815046,815138..815257,815330..815375,815471..815512,815602..>815808)	Aspergillus niger	84593379
An16g03670	mRNA	An16g03670	NT_166531.1	816210	816976	R	An16g03670	complement(join(<816210..816309,816367..816528,816611..816846,816926..>816976))	Aspergillus niger	84593380
An16g03680	mRNA	An16g03680	NT_166531.1	818368	818823	R	An16g03680	complement(<818368..>818823)	Aspergillus niger	84593381
An16g03690	mRNA	An16g03690	NT_166531.1	820881	821840	R	An16g03690	complement(join(<820881..821409,821476..>821840))	Aspergillus niger	4988763
An16g03700	mRNA	An16g03700	NT_166531.1	823327	825019	D	An16g03700	join(<823327..823425,823475..823888,823936..824112,824165..824203,824251..824459,824508..824657,824704..>825019)	Aspergillus niger	4988764
An16g03710	mRNA	An16g03710	NT_166531.1	825308	825803	R	An16g03710	complement(join(<825308..825518,825598..>825803))	Aspergillus niger	4988765
An16g03720	mRNA	An16g03720	NT_166531.1	827125	829633	R	An16g03720	complement(join(<827125..828912,829259..829394,829611..>829633))	Aspergillus niger	4988766
An16g03730	mRNA	An16g03730	NT_166531.1	829674	830900	D	An16g03730	join(<829674..829944,830067..830175,830286..830389,830490..830539,830610..>830900)	Aspergillus niger	84593382
An16g03740	mRNA	pkaR	NT_166531.1	833202	834437	D	An16g03740	<833202..>834437	Aspergillus niger	4988768
An16g03750	mRNA	An16g03750	NT_166531.1	834764	835936	R	An16g03750	complement(join(<834764..834775,835061..835293,835438..>835936))	Aspergillus niger	4988769
An16g03760	mRNA	An16g03760	NT_166531.1	836478	839804	D	An16g03760	<836478..>839804	Aspergillus niger	4988770
An16g03770	mRNA	An16g03770	NT_166531.1	842076	844172	R	An16g03770	complement(join(<842076..842246,842295..842528,842612..842885,843176..843273,843358..843494,843775..844035,844119..>844172))	Aspergillus niger	84593383
An16g03790	mRNA	An16g03790	NT_166531.1	846878	848296	D	An16g03790	<846878..>848296	Aspergillus niger	4988772
An16g03800	mRNA	An16g03800	NT_166531.1	850287	852203	R	An16g03800	complement(join(<850287..852128,852189..>852203))	Aspergillus niger	4988773
An16g03810	mRNA	An16g03810	NT_166531.1	853028	854533	D	An16g03810	<853028..>854533	Aspergillus niger	4988774
An16g03820	mRNA	An16g03820	NT_166531.1	855120	856448	D	An16g03820	<855120..>856448	Aspergillus niger	4988775
An16g03830	mRNA	An16g03830	NT_166531.1	857387	859048	D	An16g03830	join(<857387..857428,857468..>859048)	Aspergillus niger	4988776
An16g03840	mRNA	An16g03840	NT_166531.1	859894	862234	D	An16g03840	join(<859894..861965,862198..>862234)	Aspergillus niger	4988777
An16g03850	mRNA	An16g03850	NT_166531.1	862548	865967	R	An16g03850	complement(join(<862548..862569,862607..862612,862718..862744,862793..862806,862882..863626,863677..865322,865370..865682,865738..>865967))	Aspergillus niger	4988778
An16g03860	mRNA	An16g03860	NT_166531.1	867105	868853	R	An16g03860	complement(<867105..>868853)	Aspergillus niger	4988779
An16g03870	mRNA	An16g03870	NT_166531.1	869310	869784	D	An16g03870	join(<869310..869596,869685..>869784)	Aspergillus niger	84593384
An16g03880	mRNA	An16g03880	NT_166531.1	870106	871231	R	An16g03880	complement(join(<870106..870294,870368..>871231))	Aspergillus niger	4988781
An16g03890	mRNA	An16g03890	NT_166531.1	871922	874159	R	An16g03890	complement(join(<871922..872129,872171..872553,872615..872711,872774..872847,873306..873466,873599..873727,874108..>874159))	Aspergillus niger	4988782
An16g03900	mRNA	An16g03900	NT_166531.1	875578	876521	R	An16g03900	complement(join(<875578..875612,875724..875878,876259..>876521))	Aspergillus niger	84593385
An16g03910	mRNA	An16g03910	NT_166531.1	878417	880477	D	An16g03910	join(<878417..878714,878806..880327,880378..>880477)	Aspergillus niger	4988784
An16g03920	mRNA	An16g03920	NT_166531.1	881261	882058	D	An16g03920	join(<881261..881459,881667..>882058)	Aspergillus niger	84593386
An16g03930	mRNA	An16g03930	NT_166531.1	883147	883805	D	An16g03930	join(<883147..883313,883637..>883805)	Aspergillus niger	84593387
An16g03940	mRNA	An16g03940	NT_166531.1	885063	886063	D	An16g03940	join(<885063..885331,885406..885493,885572..>886063)	Aspergillus niger	4988787
An16g03950	mRNA	An16g03950	NT_166531.1	888125	889739	R	An16g03950	complement(join(<888125..888183,888285..888565,888633..889617,889691..>889739))	Aspergillus niger	4988788
An16g03960	mRNA	An16g03960	NT_166531.1	890021	891110	D	An16g03960	join(<890021..890127,890294..>891110)	Aspergillus niger	4988789
An16g03970	mRNA	An16g03970	NT_166531.1	891844	894357	D	An16g03970	join(<891844..891892,892097..892169,892232..892303,892396..892547,892793..892841,893153..893399,893777..893965,894007..894028,894125..>894357)	Aspergillus niger	84593388
An16g03980	mRNA	An16g03980	NT_166531.1	895109	897131	D	An16g03980	join(<895109..895153,895275..895924,896000..>897131)	Aspergillus niger	4988791
An16g03990	mRNA	An16g03990	NT_166531.1	897839	898085	D	An16g03990	join(<897839..897928,898008..>898085)	Aspergillus niger	84593389
An16g04000	mRNA	An16g04000	NT_166531.1	898685	905602	D	An16g04000	join(<898685..899079,899144..899255,899333..900042,900103..901542,902068..905380,905540..>905602)	Aspergillus niger	10097999
An16g04010	mRNA	An16g04010	NT_166531.1	906080	908381	R	An16g04010	complement(join(<906080..908284,908337..>908381))	Aspergillus niger	4988794
An16g04020	mRNA	An16g04020	NT_166531.1	908940	910299	D	An16g04020	join(<908940..908969,909044..909050,909110..909362,909419..909503,909562..>910299)	Aspergillus niger	4988795
An16g04030	mRNA	An16g04030	NT_166531.1	910732	913199	D	An16g04030	join(<910732..911153,911223..911506,911598..912027,912379..912735,912776..>913199)	Aspergillus niger	4988796
An16g04040	mRNA	An16g04040	NT_166531.1	915723	916950	R	An16g04040	complement(join(<915723..916524,916567..916616,916870..>916950))	Aspergillus niger	4988797
An16g04050	mRNA	An16g04050	NT_166531.1	917852	918511	R	An16g04050	complement(<917852..>918511)	Aspergillus niger	4988798
An16g04060	mRNA	An16g04060	NT_166531.1	919305	920892	D	An16g04060	join(<919305..919328,919397..919446,919569..919736,919782..920019,920190..920504,920560..>920892)	Aspergillus niger	4988799
An16g04070	mRNA	An16g04070	NT_166531.1	922943	923311	D	An16g04070	<922943..>923311	Aspergillus niger	84593390
An16g04080	mRNA	An16g04080	NT_166531.1	923535	926166	R	An16g04080	complement(join(<923535..924853,924884..924948,925026..925085,925137..926050,926155..>926166))	Aspergillus niger	4988801
An16g04090	mRNA	An16g04090	NT_166531.1	926405	927700	R	An16g04090	complement(join(<926405..926900,926966..927421,927522..>927700))	Aspergillus niger	4988802
An16g04100	mRNA	An16g04100	NT_166531.1	928520	935746	R	An16g04100	complement(join(<928520..928585,928649..934945,935024..>935746))	Aspergillus niger	4988803
An16g04110	mRNA	An16g04110	NT_166531.1	937342	940673	D	An16g04110	join(<937342..937384,937447..937551,937611..937897,937950..938162,938224..938322,938370..940449,940504..>940673)	Aspergillus niger	4988804
An16g04120	mRNA	An16g04120	NT_166531.1	943308	944404	R	An16g04120	complement(join(<943308..943391,943448..943618,943735..944031,944108..>944404))	Aspergillus niger	4988805
An16g04130	mRNA	An16g04130	NT_166531.1	945249	946649	D	An16g04130	join(<945249..945994,946052..>946649)	Aspergillus niger	4988806
An16g04140	mRNA	An16g04140	NT_166531.1	948009	950505	R	An16g04140	complement(join(<948009..950416,950496..>950505))	Aspergillus niger	4988807
An16g04150	mRNA	An16g04150	NT_166531.1	951109	952350	D	An16g04150	<951109..>952350	Aspergillus niger	4988808
An16g04160	mRNA	An16g04160	NT_166531.1	952797	954491	R	An16g04160	complement(join(<952797..952833,952893..953774,953836..>954491))	Aspergillus niger	4988809
An16g04170	mRNA	An16g04170	NT_166531.1	956745	959102	D	An16g04170	join(<956745..956908,956988..957086,957158..957225,957297..958982,959047..>959102)	Aspergillus niger	4988810
An16g04180	mRNA	An16g04180	NT_166531.1	960181	961626	D	An16g04180	<960181..>961626	Aspergillus niger	4988811
An16g04190	mRNA	An16g04190	NT_166531.1	961976	962707	R	An16g04190	complement(join(<961976..962315,962391..>962707))	Aspergillus niger	84593391
An16g04200	mRNA	An16g04200	NT_166531.1	963467	964457	R	An16g04200	complement(join(<963467..963754,963806..963997,964138..964216,964423..>964457))	Aspergillus niger	4988813
An16g04210	mRNA	An16g04210	NT_166531.1	966339	967595	R	An16g04210	complement(<966339..>967595)	Aspergillus niger	4988814
An16g04220	mRNA	An16g04220	NT_166531.1	969137	969928	R	An16g04220	complement(join(<969137..969263,969333..>969928))	Aspergillus niger	4988815
An16g04230	mRNA	An16g04230	NT_166531.1	970395	972367	D	An16g04230	join(<970395..970570,970624..970655,970711..970750,970808..970946,971001..971819,971875..972153,972206..>972367)	Aspergillus niger	4988816
An16g04240	mRNA	An16g04240	NT_166531.1	973983	974293	R	An16g04240	complement(join(<973983..974134,974194..>974293))	Aspergillus niger	84593392
An16g04250	mRNA	An16g04250	NT_166531.1	975008	976853	D	An16g04250	join(<975008..975328,975380..975796,975846..>976853)	Aspergillus niger	4988818
An16g04260	mRNA	An16g04260	NT_166531.1	979255	982970	D	An16g04260	join(<979255..982276,982331..982444,982501..>982970)	Aspergillus niger	4988819
An16g04270	mRNA	An16g04270	NT_166531.1	984244	987090	R	An16g04270	complement(join(<984244..984561,984617..985165,985225..986183,986237..986874,986954..>987090))	Aspergillus niger	4988820
An16g04280	mRNA	An16g04280	NT_166531.1	987897	988943	R	An16g04280	complement(<987897..>988943)	Aspergillus niger	84593393
An16g04290	mRNA	An16g04290	NT_166531.1	989358	990280	R	An16g04290	complement(join(<989358..989481,989722..989778,989884..989916,989997..990074,990174..>990280))	Aspergillus niger	84593394
An16g04300	mRNA	An16g04300	NT_166531.1	991188	991493	D	An16g04300	join(<991188..991294,991334..>991493)	Aspergillus niger	84593395
An16g04310	mRNA	An16g04310	NT_166531.1	992122	994440	R	An16g04310	complement(<992122..>994440)	Aspergillus niger	4988824
An16g04320	mRNA	An16g04320	NT_166531.1	995135	996174	D	An16g04320	join(<995135..995164,995221..>996174)	Aspergillus niger	4988825
An16g04330	mRNA	An16g04330	NT_166531.1	996336	997145	R	An16g04330	complement(join(<996336..996969,997042..>997145))	Aspergillus niger	4988826
An16g04340	mRNA	An16g04340	NT_166531.1	997525	998032	R	An16g04340	complement(join(<997525..997799,997834..>998032))	Aspergillus niger	4988827
An16g04350	mRNA	An16g04350	NT_166531.1	998926	1001058	R	An16g04350	complement(<998926..>1001058)	Aspergillus niger	4988828
An16g04360	mRNA	An16g04360	NT_166531.1	1001857	1003172	R	An16g04360	complement(join(<1001857..1001928,1002113..1002343,1002549..1002636,1002785..1002961,1003108..>1003172))	Aspergillus niger	84593396
An16g04370	mRNA	An16g04370	NT_166531.1	1003458	1004711	R	An16g04370	complement(join(<1003458..1004204,1004238..>1004711))	Aspergillus niger	4988830
An16g04380	mRNA	An16g04380	NT_166531.1	1005206	1006806	D	An16g04380	join(<1005206..1005263,1005456..1005606,1005696..1005927,1005985..1006229,1006324..1006407,1006476..1006626,1006702..>1006806)	Aspergillus niger	84593397
An16g04390	mRNA	An16g04390	NT_166531.1	1007871	1010300	D	An16g04390	<1007871..>1010300	Aspergillus niger	4988832
An16g04400	mRNA	An16g04400	NT_166531.1	1010694	1011654	D	An16g04400	join(<1010694..1010700,1010870..1010887,1011055..1011119,1011192..1011263,1011334..1011432,1011547..>1011654)	Aspergillus niger	4988833
An16g04410	mRNA	An16g04410	NT_166531.1	1011883	1013185	R	An16g04410	complement(join(<1011883..1011937,1011971..1012015,1012067..1012734,1012800..1013057,1013118..>1013185))	Aspergillus niger	4988834
An16g04420	mRNA	An16g04420	NT_166531.1	1014161	1015979	D	An16g04420	join(<1014161..1014245,1014315..1014365,1014423..1014570,1014628..1015419,1015472..>1015979)	Aspergillus niger	4988835
An16g04430	mRNA	An16g04430	NT_166531.1	1016506	1017256	R	An16g04430	complement(join(<1016506..1016736,1016823..1017060,1017149..1017176,1017244..>1017256))	Aspergillus niger	4988836
An16g04440	mRNA	An16g04440	NT_166531.1	1018503	1020301	D	An16g04440	join(<1018503..1018669,1018735..>1020301)	Aspergillus niger	4988837
An16g04450	mRNA	An16g04450	NT_166531.1	1020801	1021143	R	An16g04450	complement(join(<1020801..1020895,1020963..1021052,1021122..>1021143))	Aspergillus niger	4988838
An16g04460	mRNA	An16g04460	NT_166531.1	1021733	1024284	D	An16g04460	join(<1021733..1022454,1022503..1022723,1022809..1022919,1022951..>1024284)	Aspergillus niger	4988839
An16g04470	mRNA	An16g04470	NT_166531.1	1025387	1025953	R	An16g04470	complement(join(<1025387..1025448,1025648..1025703,1025783..1025830,1025901..>1025953))	Aspergillus niger	84593398
An16g04480	mRNA	An16g04480	NT_166531.1	1027816	1028151	D	An16g04480	join(<1027816..1027961,1028040..>1028151)	Aspergillus niger	84593399
An16g04490	mRNA	An16g04490	NT_166531.1	1029897	1030441	R	An16g04490	complement(join(<1029897..1029942,1030206..>1030441))	Aspergillus niger	84593400
An16g04500	mRNA	An16g04500	NT_166531.1	1031217	1032517	D	An16g04500	join(<1031217..1031805,1031880..>1032517)	Aspergillus niger	4988843
An16g04510	mRNA	An16g04510	NT_166531.1	1033246	1033761	R	An16g04510	complement(<1033246..>1033761)	Aspergillus niger	84593401
An16g04520	mRNA	An16g04520	NT_166531.1	1034009	1035252	R	An16g04520	complement(join(<1034009..1034026,1034110..1034464,1034553..1034704,1034794..1034990,1035090..>1035252))	Aspergillus niger	4988845
An16g04530	mRNA	An16g04530	NT_166531.1	1035512	1036655	R	An16g04530	complement(join(<1035512..1035838,1035929..1036276,1036323..>1036655))	Aspergillus niger	4988846
An16g04540	mRNA	An16g04540	NT_166531.1	1037467	1038628	R	An16g04540	complement(join(<1037467..1038352,1038443..1038513,1038563..>1038628))	Aspergillus niger	84593402
An16g04550	mRNA	An16g04550	NT_166531.1	1038705	1039743	D	An16g04550	join(<1038705..1038805,1038879..>1039743)	Aspergillus niger	4988848
An16g04560	mRNA	An16g04560	NT_166531.1	1040180	1041459	R	An16g04560	complement(join(<1040180..1041245,1041296..1041344,1041417..>1041459))	Aspergillus niger	4988849
An16g04570	mRNA	An16g04570	NT_166531.1	1041851	1043508	R	An16g04570	complement(join(<1041851..1041939,1042018..1042166,1042262..1042387,1042480..1042599,1042679..1042804,1042897..1043097,1043145..1043230,1043311..>1043508))	Aspergillus niger	84593403
An16g04580	mRNA	An16g04580	NT_166531.1	1043569	1045151	D	An16g04580	join(<1043569..1043877,1044030..>1045151)	Aspergillus niger	4988851
An16g04590	mRNA	An16g04590	NT_166531.1	1045307	1045729	D	An16g04590	join(<1045307..1045426,1045598..>1045729)	Aspergillus niger	84593404
An16g04600	mRNA	An16g04600	NT_166531.1	1045929	1047184	R	An16g04600	complement(join(<1045929..1046300,1046732..>1047184))	Aspergillus niger	4988853
An16g04630	mRNA	An16g04630	NT_166531.1	1047441	1049227	D	An16g04630	join(<1047441..1047630,1047695..1048038,1048095..1048578,1048634..1049013,1049207..>1049227)	Aspergillus niger	4988855
An16g04640	mRNA	An16g04640	NT_166531.1	1049439	1050167	R	An16g04640	complement(join(<1049439..1049514,1049600..1049952,1050036..>1050167))	Aspergillus niger	4988856
An16g04650	mRNA	An16g04650	NT_166531.1	1050740	1053605	D	An16g04650	join(<1050740..1050778,1051123..1051307,1051375..1051450,1051505..1051869,1051919..1052347,1052398..1053404,1053577..>1053605)	Aspergillus niger	4988857
An16g04660	mRNA	An16g04660	NT_166531.1	1053762	1055069	R	An16g04660	complement(join(<1053762..1054965,1055044..>1055069))	Aspergillus niger	4988858
An16g04670	mRNA	An16g04670	NT_166531.1	1055554	1059295	R	An16g04670	complement(join(<1055554..1057343,1057397..1057492,1057552..>1059295))	Aspergillus niger	4988859
An16g04680	mRNA	An16g04680	NT_166531.1	1060428	1061429	D	An16g04680	<1060428..>1061429	Aspergillus niger	4988860
An16g04690	mRNA	An16g04690	NT_166531.1	1061833	1062471	R	An16g04690	complement(join(<1061833..1061907,1061973..1062170,1062253..1062378,1062451..>1062471))	Aspergillus niger	4988861
An16g04700	mRNA	An16g04700	NT_166531.1	1062973	1064340	R	An16g04700	complement(<1062973..>1064340)	Aspergillus niger	4988862
An16g04710	mRNA	An16g04710	NT_166531.1	1064593	1065863	R	An16g04710	complement(join(<1064593..1065099,1065160..1065450,1065539..1065671,1065727..1065778,1065842..>1065863))	Aspergillus niger	4988863
An16g04720	mRNA	An16g04720	NT_166531.1	1067449	1074795	D	An16g04720	join(<1067449..1067575,1067634..1068585,1068640..1072375,1072466..1074343,1074406..>1074795)	Aspergillus niger	4988864
An16g04730	mRNA	An16g04730	NT_166531.1	1075381	1077191	D	An16g04730	join(<1075381..1075673,1075767..1076199,1076255..1076391,1076447..>1077191)	Aspergillus niger	4988865
An16g04750	mRNA	An16g04750	NT_166531.1	1078753	1079886	D	An16g04750	join(<1078753..1079079,1079146..>1079886)	Aspergillus niger	4988867
An16g04760	mRNA	An16g04760	NT_166531.1	1080860	1081865	R	An16g04760	complement(join(<1080860..1080916,1080975..>1081865))	Aspergillus niger	4988868
An16g04770	mRNA	An16g04770	NT_166531.1	1083039	1084167	D	An16g04770	join(<1083039..1083114,1083171..1083467,1083522..1083902,1083962..>1084167)	Aspergillus niger	4988869
An16g04780	mRNA	An16g04780	NT_166531.1	1084718	1087732	R	An16g04780	complement(join(<1084718..1085901,1085960..1087149,1087384..1087399,1087429..1087441,1087589..>1087732))	Aspergillus niger	4988870
An16g04790	mRNA	An16g04790	NT_166531.1	1088673	1092083	R	An16g04790	complement(<1088673..>1092083)	Aspergillus niger	4988871
An16g04800	mRNA	An16g04800	NT_166531.1	1093404	1094920	R	An16g04800	complement(join(<1093404..1093508,1093807..1093820,1093869..1093883,1093965..1093985,1094096..1094190,1094413..1094538,1094883..>1094920))	Aspergillus niger	84593405
An16g04810	mRNA	An16g04810	NT_166531.1	1095653	1096958	R	An16g04810	complement(join(<1095653..1095738,1095860..1095947,1096052..1096130,1096445..1096518,1096623..>1096958))	Aspergillus niger	84593406
An16g04820	mRNA	An16g04820	NT_166531.1	1097197	1098253	D	An16g04820	join(<1097197..1097446,1097679..>1098253)	Aspergillus niger	4988874
An16g04830	mRNA	An16g04830	NT_166531.1	1098478	1100360	R	An16g04830	complement(join(<1098478..1099445,1099511..1100146,1100261..>1100360))	Aspergillus niger	4988875
An16g04840	mRNA	An16g04840	NT_166531.1	1100968	1102217	R	An16g04840	complement(join(<1100968..1101388,1101450..1101567,1101630..1102002,1102059..>1102217))	Aspergillus niger	4988876
An16g04850	mRNA	An16g04850	NT_166531.1	1102520	1102956	D	An16g04850	join(<1102520..1102749,1102818..>1102956)	Aspergillus niger	84593407
An16g04860	mRNA	An16g04860	NT_166531.1	1103174	1104547	R	An16g04860	complement(join(<1103174..1103395,1103586..1103684,1103781..1103810,1103907..1104068,1104176..1104255,1104502..>1104547))	Aspergillus niger	84593408
An16g04870	mRNA	An16g04870	NT_166531.1	1105919	1107791	D	An16g04870	join(<1105919..1106405,1106464..1106576,1106637..>1107791)	Aspergillus niger	4988879
An16g04880	mRNA	An16g04880	NT_166531.1	1107971	1111777	R	An16g04880	complement(join(<1107971..1111185,1111238..1111316,1111365..1111604,1111667..>1111777))	Aspergillus niger	4988880
An16g04890	mRNA	An16g04890	NT_166531.1	1112266	1114852	D	An16g04890	join(<1112266..1112580,1112634..1112764,1112813..1114730,1114793..>1114852)	Aspergillus niger	4988881
An16g04900	mRNA	An16g04900	NT_166531.1	1115025	1115649	R	An16g04900	complement(join(<1115025..1115076,1115303..>1115649))	Aspergillus niger	4988882
An16g04910	mRNA	An16g04910	NT_166531.1	1116790	1118187	R	An16g04910	complement(join(<1116790..1117674,1117730..1117762,1117822..1117832,1117889..1117935,1117989..1118028,1118091..>1118187))	Aspergillus niger	4988883
An16g04920	mRNA	An16g04920	NT_166531.1	1118844	1119944	R	An16g04920	complement(join(<1118844..1119884,1119939..>1119944))	Aspergillus niger	4988884
An16g04930	mRNA	An16g04930	NT_166531.1	1120608	1121019	D	An16g04930	join(<1120608..1120766,1120846..>1121019)	Aspergillus niger	4988885
An16g04940	mRNA	An16g04940	NT_166531.1	1121689	1122788	D	An16g04940	join(<1121689..1121706,1121781..1121799,1122080..1122137,1122350..1122646,1122719..>1122788)	Aspergillus niger	4988886
An16g04950	mRNA	An16g04950	NT_166531.1	1123151	1124802	R	An16g04950	complement(join(<1123151..1123199,1123393..1124147,1124214..1124513,1124659..>1124802))	Aspergillus niger	4988887
An16g04960	mRNA	An16g04960	NT_166531.1	1125648	1126732	R	An16g04960	complement(join(<1125648..1125755,1125815..>1126732))	Aspergillus niger	84593409
An16g04970	mRNA	An16g04970	NT_166531.1	1126834	1129194	R	An16g04970	complement(join(<1126834..1128659,1128834..>1129194))	Aspergillus niger	4988889
An16g04980	mRNA	An16g04980	NT_166531.1	1129448	1130569	R	An16g04980	complement(join(<1129448..1129687,1129711..1129868,1129963..1130032,1130261..1130368,1130495..>1130569))	Aspergillus niger	84593410
An16g04990	mRNA	An16g04990	NT_166531.1	1130586	1131467	D	An16g04990	join(<1130586..1130642,1130721..1130822,1130932..1131057,1131098..1131142,1131237..>1131467)	Aspergillus niger	84593411
An16g05000	mRNA	An16g05000	NT_166531.1	1131912	1132195	D	An16g05000	join(<1131912..1132067,1132148..>1132195)	Aspergillus niger	84593412
An16g05010	mRNA	An16g05010	NT_166531.1	1132662	1133675	D	An16g05010	join(<1132662..1132803,1132867..1132940,1132998..>1133675)	Aspergillus niger	4988893
An16g05020	mRNA	An16g05020	NT_166531.1	1134290	1135216	D	An16g05020	join(<1134290..1134372,1134435..1134521,1134613..>1135216)	Aspergillus niger	4988894
An16g05030	mRNA	An16g05030	NT_166531.1	1135515	1135867	R	An16g05030	complement(join(<1135515..1135525,1135657..>1135867))	Aspergillus niger	4988895
An16g05040	mRNA	An16g05040	NT_166531.1	1136138	1136450	D	An16g05040	join(<1136138..1136261,1136368..>1136450)	Aspergillus niger	84593413
An16g05050	mRNA	An16g05050	NT_166531.1	1137790	1141400	R	An16g05050	complement(join(<1137790..1137947,1138000..1138117,1138170..1138348,1138400..1140267,1140324..1140508,1140582..1141042,1141165..1141243,1141311..>1141400))	Aspergillus niger	4988897
An16g05060	mRNA	An16g05060	NT_166531.1	1142052	1146192	R	An16g05060	complement(join(<1142052..1142552,1142603..1142782,1142838..1143025,1143078..1143357,1143408..1144345,1144436..1145907,1145963..>1146192))	Aspergillus niger	4988898
An16g05070	mRNA	An16g05070	NT_166531.1	1147373	1149800	R	An16g05070	complement(join(<1147373..1149050,1149103..1149585,1149641..1149709,1149781..>1149800))	Aspergillus niger	4988899
An16g05080	mRNA	An16g05080	NT_166531.1	1149852	1151606	R	An16g05080	complement(join(<1149852..1150277,1151305..1151419,1151500..>1151606))	Aspergillus niger	84593414
An16g05090	mRNA	An16g05090	NT_166531.1	1151720	1153975	D	An16g05090	join(<1151720..1151746,1151815..1151941,1152003..1152068,1152195..>1153975)	Aspergillus niger	4988901
An16g05100	mRNA	An16g05100	NT_166531.1	1155982	1156954	D	An16g05100	join(<1155982..1155984,1156256..1156376,1156836..>1156954)	Aspergillus niger	84593415
An16g05110	mRNA	An16g05110	NT_166531.1	1159127	1159542	R	An16g05110	complement(join(<1159127..1159218,1159374..>1159542))	Aspergillus niger	84593416
An16g05120	mRNA	An16g05120	NT_166531.1	1159788	1161222	D	An16g05120	join(<1159788..1160171,1160248..>1161222)	Aspergillus niger	4988904
An16g05130	mRNA	An16g05130	NT_166531.1	1161857	1163102	R	An16g05130	complement(join(<1161857..1162665,1162768..1162929,1163042..>1163102))	Aspergillus niger	4988905
An16g05140	mRNA	An16g05140	NT_166531.1	1163147	1164708	R	An16g05140	complement(join(<1163147..1163458,1163914..1164066,1164279..1164473,1164631..>1164708))	Aspergillus niger	84593417
An16g05150	mRNA	An16g05150	NT_166531.1	1164844	1167203	D	An16g05150	join(<1164844..1165298,1165369..1165394,1165459..1165854,1165914..1167058,1167114..>1167203)	Aspergillus niger	4988907
An16g05160	mRNA	An16g05160	NT_166531.1	1168613	1170519	D	An16g05160	join(<1168613..1168717,1168763..1168846,1169344..1169491,1169580..1170104,1170130..1170205,1170402..>1170519)	Aspergillus niger	84593418
An16g05170	mRNA	An16g05170	NT_166531.1	1170531	1171814	D	An16g05170	join(<1170531..1170593,1170720..1170977,1171087..1171136,1171355..1171424,1171674..>1171814)	Aspergillus niger	84593419
An16g05180	mRNA	An16g05180	NT_166531.1	1171817	1173130	R	An16g05180	complement(join(<1171817..1171913,1172094..1172136,1172229..1172287,1172913..>1173130))	Aspergillus niger	84593420
An16g05190	mRNA	An16g05190	NT_166531.1	1173388	1175160	R	An16g05190	complement(join(<1173388..1174898,1174990..1175038,1175122..>1175160))	Aspergillus niger	4988911
An16g05200	mRNA	An16g05200	NT_166531.1	1175766	1176472	D	An16g05200	join(<1175766..1175811,1175918..1175927,1176208..1176331,1176428..>1176472)	Aspergillus niger	84593421
An16g05210	mRNA	An16g05210	NT_166531.1	1178091	1179303	R	An16g05210	complement(join(<1178091..1178349,1178391..1178475,1178518..1178591,1178930..1179004,1179091..1179124,1179228..>1179303))	Aspergillus niger	84593422
An16g05220	mRNA	An16g05220	NT_166531.1	1179383	1180084	R	An16g05220	complement(join(<1179383..1179514,1179583..1179694,1179748..1179822,1179900..>1180084))	Aspergillus niger	84593423
An16g05230	mRNA	An16g05230	NT_166531.1	1180866	1182069	D	An16g05230	join(<1180866..1181059,1181146..1181185,1181266..1181308,1181399..1181517,1181593..1181684,1181765..1181888,1182007..>1182069)	Aspergillus niger	84593424
An16g05240	mRNA	An16g05240	NT_166531.1	1182124	1183033	R	An16g05240	complement(join(<1182124..1182237,1182362..1182413,1182624..1182746,1182867..>1183033))	Aspergillus niger	84593425
An16g05250	mRNA	An16g05250	NT_166531.1	1183288	1183823	R	An16g05250	complement(join(<1183288..1183423,1183482..1183516,1183569..1183702,1183784..>1183823))	Aspergillus niger	84593426
An16g05260	mRNA	An16g05260	NT_166531.1	1184552	1185988	R	An16g05260	complement(join(<1184552..1184604,1184733..1184904,1185243..1185867,1185972..>1185988))	Aspergillus niger	4988918
An16g05270	mRNA	An16g05270	NT_166531.1	1186472	1188154	R	An16g05270	complement(join(<1186472..1186671,1186735..1186882,1186932..1186992,1187070..>1188154))	Aspergillus niger	4988919
An16g05280	mRNA	An16g05280	NT_166531.1	1188883	1190236	D	An16g05280	join(<1188883..1188891,1188965..>1190236)	Aspergillus niger	4988920
An16g05290	mRNA	An16g05290	NT_166531.1	1190680	1192363	R	An16g05290	complement(join(<1190680..1191766,1191824..1192040,1192136..>1192363))	Aspergillus niger	4988921
An16g05300	mRNA	An16g05300	NT_166531.1	1192636	1194104	D	An16g05300	join(<1192636..1192812,1192920..1193181,1193228..1193353,1193470..1193510,1193606..1193800,1193910..>1194104)	Aspergillus niger	84593427
An16g05310	mRNA	An16g05310	NT_166531.1	1196061	1198085	R	An16g05310	complement(join(<1196061..1196192,1196317..1196662,1196724..1197543,1197597..1197791,1198007..>1198085))	Aspergillus niger	4988923
An16g05320	mRNA	An16g05320	NT_166531.1	1198536	1200041	D	An16g05320	join(<1198536..1199485,1199543..>1200041)	Aspergillus niger	4988924
An16g05330	mRNA	An16g05330	NT_166531.1	1200132	1200937	R	An16g05330	complement(join(<1200132..1200438,1200489..>1200937))	Aspergillus niger	4988925
An16g05340	mRNA	An16g05340	NT_166531.1	1202470	1203746	R	An16g05340	complement(join(<1202470..1202760,1202810..1203311,1203379..1203640,1203734..>1203746))	Aspergillus niger	4988926
An16g05350	mRNA	An16g05350	NT_166531.1	1204756	1206254	D	An16g05350	join(<1204756..1204953,1205004..1205212,1205266..>1206254)	Aspergillus niger	4988927
An16g05360	mRNA	An16g05360	NT_166531.1	1206761	1207516	R	An16g05360	complement(<1206761..>1207516)	Aspergillus niger	84593428
An16g05370	mRNA	An16g05370	NT_166531.1	1208164	1209907	R	An16g05370	complement(join(<1208164..1208192,1208246..1208563,1208622..1209316,1209375..1209558,1209618..1209787,1209888..>1209907))	Aspergillus niger	4988929
An16g05380	mRNA	An16g05380	NT_166531.1	1210645	1211787	D	An16g05380	join(<1210645..1210953,1211019..1211203,1211271..1211325,1211388..1211487,1211552..1211633,1211742..>1211787)	Aspergillus niger	4988930
An16g05390	mRNA	An16g05390	NT_166531.1	1211892	1213437	R	An16g05390	complement(join(<1211892..1212494,1212558..1213163,1213222..1213326,1213393..>1213437))	Aspergillus niger	4988931
An16g05400	mRNA	An16g05400	NT_166531.1	1214076	1216616	R	An16g05400	complement(join(<1214076..1214168,1214240..1215114,1215190..1215763,1215811..1216406,1216461..1216523,1216598..>1216616))	Aspergillus niger	4988932
An16g05410	mRNA	An16g05410	NT_166531.1	1217779	1218411	D	An16g05410	join(<1217779..1217842,1217955..1218086,1218162..1218203,1218293..>1218411)	Aspergillus niger	84593429
An16g05420	mRNA	An16g05420	NT_166531.1	1218699	1220417	D	An16g05420	join(<1218699..1219198,1219256..>1220417)	Aspergillus niger	4988934
An16g05430	mRNA	An16g05430	NT_166531.1	1220816	1222156	D	An16g05430	join(<1220816..1220991,1221036..1221090,1221166..1222004,1222060..>1222156)	Aspergillus niger	4988935
An16g05440	mRNA	An16g05440	NT_166531.1	1222288	1222944	R	An16g05440	complement(<1222288..>1222944)	Aspergillus niger	4988936
An16g05450	mRNA	An16g05450	NT_166531.1	1223308	1223802	D	An16g05450	join(<1223308..1223422,1223492..>1223802)	Aspergillus niger	4988937
An16g05460	mRNA	An16g05460	NT_166531.1	1224024	1225736	R	An16g05460	complement(join(<1224024..1224916,1224976..1225177,1225240..1225509,1225563..>1225736))	Aspergillus niger	4988938
An16g05470	mRNA	An16g05470	NT_166531.1	1226139	1227262	R	An16g05470	complement(join(<1226139..1226495,1226545..1226937,1227012..1227151,1227214..>1227262))	Aspergillus niger	84593430
An16g05480	mRNA	An16g05480	NT_166531.1	1227942	1229227	D	An16g05480	join(<1227942..1228214,1228283..1228355,1228464..1228556,1228739..1228966,1229103..>1229227)	Aspergillus niger	84593431
An16g05490	mRNA	An16g05490	NT_166531.1	1229436	1229941	D	An16g05490	join(<1229436..1229538,1229616..>1229941)	Aspergillus niger	84593432
An16g05500	mRNA	An16g05500	NT_166531.1	1230531	1232505	D	An16g05500	join(<1230531..1230693,1230766..1230844,1230897..>1232505)	Aspergillus niger	4988942
An16g05510	mRNA	An16g05510	NT_166531.1	1232720	1234526	R	An16g05510	complement(join(<1232720..1233166,1233264..1233678,1233739..>1234526))	Aspergillus niger	4988943
An16g05520	mRNA	An16g05520	NT_166531.1	1234624	1235534	D	An16g05520	join(<1234624..1234641,1234704..1234776,1234823..1234957,1235017..>1235534)	Aspergillus niger	4988944
An16g05530	mRNA	An16g05530	NT_166531.1	1235577	1236596	R	An16g05530	complement(join(<1235577..1235594,1235661..1235927,1236170..1236289,1236507..>1236596))	Aspergillus niger	84593433
An16g05540	mRNA	An16g05540	NT_166531.1	1236775	1237844	R	An16g05540	complement(join(<1236775..1236825,1236908..1236956,1237041..1237146,1237263..1237372,1237509..1237605,1237690..1237726,1237812..>1237844))	Aspergillus niger	84593434
An16g05550	mRNA	An16g05550	NT_166531.1	1237953	1239728	D	An16g05550	join(<1237953..1237967,1238016..1238165,1238215..1238550,1238596..1239642,1239699..>1239728)	Aspergillus niger	4988947
An16g05560	mRNA	An16g05560	NT_166531.1	1239944	1240849	D	An16g05560	join(<1239944..1240066,1240136..>1240849)	Aspergillus niger	4988948
An16g05570	mRNA	An16g05570	NT_166531.1	1241381	1242772	R	An16g05570	complement(join(<1241381..1242328,1242380..1242511,1242593..>1242772))	Aspergillus niger	4988949
An16g05580	mRNA	An16g05580	NT_166531.1	1244711	1246532	R	An16g05580	complement(join(<1244711..1245092,1245150..1245696,1245747..1246146,1246197..>1246532))	Aspergillus niger	4988950
An16g05590	mRNA	An16g05590	NT_166531.1	1247049	1247517	D	An16g05590	join(<1247049..1247090,1247341..>1247517)	Aspergillus niger	84593435
An16g05600	mRNA	An16g05600	NT_166531.1	1247853	1249320	D	An16g05600	join(<1247853..1248004,1248103..1248315,1248386..1248480,1248847..1249029,1249103..>1249320)	Aspergillus niger	84593436
An16g05610	mRNA	An16g05610	NT_166531.1	1250474	1250667	D	An16g05610	join(<1250474..1250513,1250552..>1250667)	Aspergillus niger	84593437
An16g05620	mRNA	An16g05620	NT_166531.1	1251277	1251703	D	An16g05620	join(<1251277..1251360,1251518..1251538,1251611..>1251703)	Aspergillus niger	84593438
An16g05630	mRNA	An16g05630	NT_166531.1	1252384	1252843	D	An16g05630	join(<1252384..1252525,1252695..>1252843)	Aspergillus niger	84593439
An16g05640	mRNA	An16g05640	NT_166531.1	1254126	1256390	D	An16g05640	join(<1254126..1254220,1254476..1254785,1254850..1256075,1256108..>1256390)	Aspergillus niger	4988956
An16g05650	mRNA	An16g05650	NT_166531.1	1257176	1258390	D	An16g05650	<1257176..>1258390	Aspergillus niger	84593440
An16g05660	mRNA	An16g05660	NT_166531.1	1258626	1261304	D	An16g05660	join(<1258626..1260577,1260647..1260668,1261075..1261155,1261284..>1261304)	Aspergillus niger	4988958
An16g05670	mRNA	An16g05670	NT_166531.1	1261667	1266692	R	An16g05670	complement(join(<1261667..1263562,1263616..1264444,1264496..1264790,1264854..1266024,1266068..1266196,1266372..>1266692))	Aspergillus niger	84593441
An16g05680	mRNA	An16g05680	NT_166531.1	1267902	1269767	R	An16g05680	complement(join(<1267902..1268004,1268075..1268218,1268342..1268544,1268630..1268751,1268824..1269228,1269390..1269460,1269670..>1269767))	Aspergillus niger	84593442
An16g05690	mRNA	An16g05690	NT_166531.1	1270365	1271499	R	An16g05690	complement(join(<1270365..1270515,1270590..1270645,1270693..1271063,1271121..1271184,1271232..1271359,1271409..>1271499))	Aspergillus niger	4988961
An16g05700	mRNA	An16g05700	NT_166531.1	1271874	1273127	R	An16g05700	complement(join(<1271874..1271988,1272072..1272222,1272442..1272517,1272622..1272996,1273080..>1273127))	Aspergillus niger	84593443
An16g05710	mRNA	An16g05710	NT_166531.1	1273391	1275068	R	An16g05710	complement(join(<1273391..1273732,1273785..1274384,1274461..1274819,1274873..>1275068))	Aspergillus niger	4988963
An16g05720	mRNA	An16g05720	NT_166531.1	1276116	1276604	R	An16g05720	complement(join(<1276116..1276245,1276323..1276436,1276522..>1276604))	Aspergillus niger	84593444
An16g05730	mRNA	An16g05730	NT_166531.1	1277472	1278749	R	An16g05730	complement(join(<1277472..1278015,1278085..1278563,1278623..1278661,1278705..>1278749))	Aspergillus niger	4988965
An16g05740	mRNA	An16g05740	NT_166531.1	1279569	1281055	R	An16g05740	complement(join(<1279569..1279637,1279729..1280082,1280185..1280560,1280908..1280978,1281035..>1281055))	Aspergillus niger	4988966
An16g05750	mRNA	An16g05750	NT_166531.1	1281579	1283263	R	An16g05750	complement(join(<1281579..1282994,1283036..>1283263))	Aspergillus niger	4988967
An16g05760	mRNA	An16g05760	NT_166531.1	1284236	1286727	R	An16g05760	complement(join(<1284236..1286066,1286122..1286567,1286626..>1286727))	Aspergillus niger	4988968
An16g05770	mRNA	An16g05770	NT_166531.1	1287059	1287792	D	An16g05770	join(<1287059..1287112,1287166..>1287792)	Aspergillus niger	4988969
An16g05780	mRNA	An16g05780	NT_166531.1	1288019	1290888	R	An16g05780	complement(join(<1288019..1288188,1288263..1288735,1288856..1289215,1289267..1289856,1289906..1290401,1290467..1290564,1290628..>1290888))	Aspergillus niger	84593445
An16g05790	mRNA	An16g05790	NT_166531.1	1291980	1293052	D	An16g05790	join(<1291980..1292061,1292136..1292832,1292884..>1293052)	Aspergillus niger	4988971
An16g05800	mRNA	An16g05800	NT_166531.1	1293384	1293827	D	An16g05800	join(<1293384..1293563,1293648..>1293827)	Aspergillus niger	84593446
An16g05810	mRNA	An16g05810	NT_166531.1	1293958	1295827	D	An16g05810	join(<1293958..1294592,1294645..1294922,1294974..>1295827)	Aspergillus niger	4988973
An16g05820	mRNA	An16g05820	NT_166531.1	1295995	1297028	R	An16g05820	complement(join(<1295995..1296043,1296083..1296548,1296595..1296631,1296792..>1297028))	Aspergillus niger	84593447
An16g05830	mRNA	An16g05830	NT_166531.1	1297754	1299694	D	An16g05830	join(<1297754..1297837,1297998..1298128,1298503..1298628,1298715..1299000,1299061..1299150,1299488..1299557,1299654..>1299694)	Aspergillus niger	84593448
An16g05840	mRNA	An16g05840	NT_166531.1	1300741	1304018	D	An16g05840	join(<1300741..1301140,1301216..1301439,1301499..1302143,1302247..1303152,1303212..>1304018)	Aspergillus niger	4988976
An16g05850	mRNA	An16g05850	NT_166531.1	1304507	1305494	R	An16g05850	complement(join(<1304507..1304590,1304709..1304797,1304892..1304953,1305042..1305123,1305215..>1305494))	Aspergillus niger	84593449
An16g05860	mRNA	An16g05860	NT_166531.1	1305961	1306882	D	An16g05860	join(<1305961..1306283,1306352..1306435,1306495..1306613,1306749..>1306882)	Aspergillus niger	84593450
An16g05870	mRNA	An16g05870	NT_166531.1	1307197	1308799	D	An16g05870	join(<1307197..1308057,1308335..1308417,1308487..>1308799)	Aspergillus niger	84593451
An16g05880	mRNA	An16g05880	NT_166531.1	1309822	1311291	R	An16g05880	complement(join(<1309822..1309881,1309936..>1311291))	Aspergillus niger	4988980
An16g05890	mRNA	An16g05890	NT_166531.1	1312396	1313094	R	An16g05890	complement(join(<1312396..1312640,1312818..>1313094))	Aspergillus niger	84593452
An16g05900	mRNA	An16g05900	NT_166531.1	1313175	1313913	R	An16g05900	complement(join(<1313175..1313404,1313501..1313585,1313661..1313734,1313775..>1313913))	Aspergillus niger	84593453
An16g05910	mRNA	An16g05910	NT_166531.1	1315021	1316653	R	An16g05910	complement(join(<1315021..1315909,1315973..1316404,1316475..>1316653))	Aspergillus niger	4988983
An16g05920	mRNA	An16g05920	NT_166531.1	1317765	1319378	D	An16g05920	join(<1317765..1317948,1318011..1318030,1318104..1318143,1318206..1318276,1318338..1318726,1318790..1318891,1318958..>1319378)	Aspergillus niger	4988984
An16g05930	mRNA	An16g05930	NT_166531.1	1320324	1321226	D	An16g05930	<1320324..>1321226	Aspergillus niger	4988985
An16g05940	mRNA	An16g05940	NT_166531.1	1321318	1323547	R	An16g05940	complement(join(<1321318..1321338,1321553..1321630,1321853..1323303,1323367..>1323547))	Aspergillus niger	4988986
An16g05950	mRNA	An16g05950	NT_166531.1	1324161	1325368	R	An16g05950	complement(join(<1324161..1324259,1324401..1324785,1325286..>1325368))	Aspergillus niger	84593454
An16g05960	mRNA	An16g05960	NT_166531.1	1327156	1328427	D	An16g05960	join(<1327156..1328046,1328159..1328258,1328372..>1328427)	Aspergillus niger	4988988
An16g05970	mRNA	An16g05970	NT_166531.1	1328601	1330293	R	An16g05970	complement(join(<1328601..1329225,1329271..1330153,1330218..>1330293))	Aspergillus niger	4988989
An16g05980	mRNA	An16g05980	NT_166531.1	1331291	1331706	D	An16g05980	join(<1331291..1331374,1331446..>1331706)	Aspergillus niger	84593455
An16g05990	mRNA	An16g05990	NT_166531.1	1331871	1332512	R	An16g05990	complement(join(<1331871..1332164,1332417..>1332512))	Aspergillus niger	84593456
An16g06000	mRNA	An16g06000	NT_166531.1	1332637	1333357	R	An16g06000	complement(join(<1332637..1332746,1332794..1332972,1333197..1333263,1333342..>1333357))	Aspergillus niger	84593457
An16g06010	mRNA	An16g06010	NT_166531.1	1333406	1334491	D	An16g06010	join(<1333406..1333454,1333511..1333889,1333953..1334162,1334347..>1334491)	Aspergillus niger	4988993
An16g06020	mRNA	An16g06020	NT_166531.1	1334795	1336131	D	An16g06020	join(<1334795..1334884,1335014..1335121,1335334..>1336131)	Aspergillus niger	84593458
An16g06030	mRNA	An16g06030	NT_166531.1	1336233	1336945	D	An16g06030	join(<1336233..1336718,1336916..>1336945)	Aspergillus niger	84593459
An16g06040	mRNA	An16g06040	NT_166531.1	1338024	1338612	D	An16g06040	join(<1338024..1338099,1338405..1338501,1338555..>1338612)	Aspergillus niger	84593460
An16g06070	mRNA	An16g06070	NT_166531.1	1340686	1341687	R	An16g06070	complement(join(<1340686..1340941,1341026..>1341687))	Aspergillus niger	84593461
An16g06080	mRNA	An16g06080	NT_166531.1	1342419	1343988	D	An16g06080	join(<1342419..1342577,1342627..1343058,1343119..1343230,1343318..1343695,1343963..>1343988)	Aspergillus niger	4989000
An16g06090	mRNA	An16g06090	NT_166531.1	1344530	1346522	D	An16g06090	join(<1344530..1344707,1344914..1344998,1345055..1345137,1345197..1345594,1345656..1346208,1346272..>1346522)	Aspergillus niger	4989001
An16g06100	mRNA	An16g06100	NT_166531.1	1346765	1347689	R	An16g06100	complement(join(<1346765..1346851,1346947..1347138,1347200..1347310,1347374..1347527,1347616..>1347689))	Aspergillus niger	4989002
An16g06120	mRNA	An16g06120	NT_166531.1	1350576	1352370	R	An16g06120	complement(join(<1350576..1351282,1351337..1352065,1352112..1352164,1352200..1352237,1352293..>1352370))	Aspergillus niger	4989004
An16g06130	mRNA	An16g06130	NT_166531.1	1353096	1354131	R	An16g06130	complement(join(<1353096..1353337,1353383..1353449,1353885..1353939,1354022..>1354131))	Aspergillus niger	84593462
An16g06140	mRNA	An16g06140	NT_166531.1	1354329	1355426	D	An16g06140	<1354329..>1355426	Aspergillus niger	4989006
An16g06160	mRNA	An16g06160	NT_166531.1	1356257	1357551	R	An16g06160	complement(join(<1356257..1356354,1356429..>1357551))	Aspergillus niger	84593463
An16g06170	mRNA	An16g06170	NT_166531.1	1358304	1359212	R	An16g06170	complement(join(<1358304..1358864,1358919..>1359212))	Aspergillus niger	4989009
An16g06180	mRNA	An16g06180	NT_166531.1	1359597	1360072	D	An16g06180	join(<1359597..1359608,1359731..>1360072)	Aspergillus niger	84593464
An16g06190	mRNA	An16g06190	NT_166531.1	1360338	1362118	R	An16g06190	complement(join(<1360338..1360999,1361055..1361423,1361475..1361626,1361680..1361796,1361846..1361895,1361972..>1362118))	Aspergillus niger	4989011
An16g06200	mRNA	An16g06200	NT_166531.1	1362904	1365076	R	An16g06200	complement(join(<1362904..1363414,1363471..1363828,1363947..1364283,1364337..1364784,1364886..>1365076))	Aspergillus niger	4989012
An16g06210	mRNA	An16g06210	NT_166531.1	1365647	1366825	R	An16g06210	complement(join(<1365647..1366151,1366230..1366562,1366629..>1366825))	Aspergillus niger	4989013
An16g06220	mRNA	An16g06220	NT_166531.1	1367108	1368918	D	An16g06220	join(<1367108..1367254,1367322..1367436,1367491..1368562,1368621..>1368918)	Aspergillus niger	4989014
An16g06230	mRNA	An16g06230	NT_166531.1	1369967	1370557	D	An16g06230	join(<1369967..1370070,1370115..1370140,1370195..1370310,1370375..1370459,1370505..>1370557)	Aspergillus niger	84593465
An16g06240	mRNA	An16g06240	NT_166531.1	1371026	1372060	D	An16g06240	<1371026..>1372060	Aspergillus niger	4989016
An16g06250	mRNA	An16g06250	NT_166531.1	1373331	1374992	R	An16g06250	complement(<1373331..>1374992)	Aspergillus niger	84593466
An16g06260	mRNA	An16g06260	NT_166531.1	1375531	1377244	R	An16g06260	complement(join(<1375531..1376174,1376217..1376587,1376656..1376849,1376992..1377120,1377179..>1377244))	Aspergillus niger	4989018
An16g06270	mRNA	An16g06270	NT_166531.1	1378003	1378740	D	An16g06270	<1378003..>1378740	Aspergillus niger	4989019
An16g06290	mRNA	An16g06290	NT_166531.1	1379916	1380636	R	An16g06290	complement(join(<1379916..1380054,1380329..1380515,1380597..>1380636))	Aspergillus niger	84593467
An16g06300	mRNA	An16g06300	NT_166531.1	1380973	1382475	R	An16g06300	complement(<1380973..>1382475)	Aspergillus niger	4989022
An16g06330	mRNA	An16g06330	NT_166531.1	1386142	1386672	R	An16g06330	complement(join(<1386142..1386553,1386641..>1386672))	Aspergillus niger	84593468
An16g06340	mRNA	An16g06340	NT_166531.1	1387655	1388507	D	An16g06340	join(<1387655..1387726,1387924..1387988,1388120..1388315,1388445..>1388507)	Aspergillus niger	84593469
An16g06350	mRNA	An16g06350	NT_166531.1	1390998	1392671	R	An16g06350	complement(join(<1390998..1392429,1392484..>1392671))	Aspergillus niger	4989027
An16g06360	mRNA	An16g06360	NT_166531.1	1393430	1395386	R	An16g06360	complement(join(<1393430..1393520,1393724..1394000,1394069..1394701,1394752..1394878,1394933..1395216,1395347..>1395386))	Aspergillus niger	4989028
An16g06370	mRNA	An16g06370	NT_166531.1	1396105	1398475	R	An16g06370	complement(join(<1396105..1396133,1396215..1396283,1396331..1396427,1396595..1396618,1396723..1396885,1396943..1397109,1397168..1397278,1397344..1398218,1398277..>1398475))	Aspergillus niger	4989029
An16g06380	mRNA	An16g06380	NT_166531.1	1400280	1401355	D	An16g06380	join(<1400280..1400762,1400865..1400892,1401024..1401061,1401152..>1401355)	Aspergillus niger	84593470
An16g06390	mRNA	An16g06390	NT_166531.1	1403908	1406753	D	An16g06390	join(<1403908..1404522,1404575..1405377,1405475..>1406753)	Aspergillus niger	4989031
An16g06400	mRNA	An16g06400	NT_166531.1	1406976	1407859	R	An16g06400	complement(join(<1406976..1407246,1407333..>1407859))	Aspergillus niger	4989032
An16g06410	mRNA	An16g06410	NT_166531.1	1408559	1410870	D	An16g06410	join(<1408559..1408682,1408725..1409361,1409424..1409987,1410037..1410308,1410371..>1410870)	Aspergillus niger	4989033
An16g06420	mRNA	An16g06420	NT_166531.1	1412051	1414087	D	An16g06420	join(<1412051..1412446,1412506..1413629,1414007..>1414087)	Aspergillus niger	4989034
An16g06430	mRNA	An16g06430	NT_166531.1	1414479	1414740	R	An16g06430	complement(join(<1414479..1414632,1414673..>1414740))	Aspergillus niger	84593471
An16g06440	mRNA	An16g06440	NT_166531.1	1415439	1418069	D	An16g06440	join(<1415439..1415548,1415677..1415765,1415819..1416163,1416217..1416341,1416393..1416629,1416681..1416815,1416875..1416972,1417033..1417205,1417313..1417741,1417819..>1418069)	Aspergillus niger	4989036
An16g06450	mRNA	An16g06450	NT_166531.1	1418618	1419439	D	An16g06450	join(<1418618..1418980,1419062..>1419439)	Aspergillus niger	84593472
An16g06460	mRNA	An16g06460	NT_166531.1	1420072	1421568	D	An16g06460	join(<1420072..1420281,1420353..1420405,1420509..1420708,1420775..>1421568)	Aspergillus niger	4989038
An16g06470	mRNA	An16g06470	NT_166531.1	1422834	1424067	D	An16g06470	join(<1422834..1422879,1422970..1423141,1423221..1423338,1423401..1423486,1423540..1423623,1423744..1423861,1423933..>1424067)	Aspergillus niger	4989039
An16g06480	mRNA	An16g06480	NT_166531.1	1425164	1426090	R	An16g06480	complement(<1425164..>1426090)	Aspergillus niger	4989040
An16g06490	mRNA	An16g06490	NT_166531.1	1427119	1427960	R	An16g06490	complement(join(<1427119..1427674,1427746..>1427960))	Aspergillus niger	4989041
An16g06500	mRNA	An16g06500	NT_166531.1	1428622	1429975	D	An16g06500	join(<1428622..1428934,1428971..1429587,1429649..>1429975)	Aspergillus niger	4989042
An16g06510	mRNA	An16g06510	NT_166531.1	1431948	1433148	D	An16g06510	join(<1431948..1432760,1432853..1432982,1433087..>1433148)	Aspergillus niger	4989043
An16g06520	mRNA	An16g06520	NT_166531.1	1433796	1434298	D	An16g06520	join(<1433796..1433882,1433941..1434014,1434073..1434132,1434196..>1434298)	Aspergillus niger	4989044
An16g06530	mRNA	An16g06530	NT_166531.1	1435368	1438063	R	An16g06530	complement(join(<1435368..1436290,1436351..1436804,1436854..1437864,1437929..>1438063))	Aspergillus niger	4989045
An16g06540	mRNA	An16g06540	NT_166531.1	1438354	1439427	R	An16g06540	complement(<1438354..>1439427)	Aspergillus niger	4989046
An16g06550	mRNA	An16g06550	NT_166531.1	1439910	1440839	D	An16g06550	join(<1439910..1440037,1440099..1440744,1440804..>1440839)	Aspergillus niger	4989047
An16g06560	mRNA	An16g06560	NT_166531.1	1441205	1443030	R	An16g06560	complement(join(<1441205..1442481,1442546..1442669,1442728..>1443030))	Aspergillus niger	4989048
An16g06570	mRNA	An16g06570	NT_166531.1	1443641	1444284	R	An16g06570	complement(join(<1443641..1443821,1443944..1443976,1444046..1444086,1444162..>1444284))	Aspergillus niger	84593473
An16g06580	mRNA	An16g06580	NT_166531.1	1447814	1449496	R	An16g06580	complement(join(<1447814..1448020,1448065..1448486,1448548..1448944,1449011..>1449496))	Aspergillus niger	4989050
An16g06590	mRNA	An16g06590	NT_166531.1	1450238	1451727	D	An16g06590	join(<1450238..1450307,1450416..1450898,1451090..>1451727)	Aspergillus niger	4989051
An16g06600	mRNA	An16g06600	NT_166531.1	1453845	1454957	D	An16g06600	join(<1453845..1454058,1454115..1454233,1454292..>1454957)	Aspergillus niger	4989052
An16g06610	mRNA	An16g06610	NT_166531.1	1455760	1457390	R	An16g06610	complement(join(<1455760..1455907,1455980..1456880,1456950..1457005,1457062..>1457390))	Aspergillus niger	4989053
An16g06620	mRNA	An16g06620	NT_166531.1	1457846	1459135	R	An16g06620	complement(<1457846..>1459135)	Aspergillus niger	4989054
An16g06630	mRNA	An16g06630	NT_166531.1	1459955	1460918	D	An16g06630	join(<1459955..1459988,1460063..1460407,1460461..>1460918)	Aspergillus niger	4989055
An16g06640	mRNA	An16g06640	NT_166531.1	1461748	1464189	R	An16g06640	complement(join(<1461748..1463897,1464030..>1464189))	Aspergillus niger	84593474
An16g06650	mRNA	An16g06650	NT_166531.1	1465130	1467803	D	An16g06650	join(<1465130..1465889,1466011..>1467803)	Aspergillus niger	84593475
An16g06660	mRNA	An16g06660	NT_166531.1	1469638	1470447	D	An16g06660	join(<1469638..1470010,1470063..1470259,1470334..>1470447)	Aspergillus niger	84593476
An16g06670	mRNA	An16g06670	NT_166531.1	1472108	1472854	R	An16g06670	complement(<1472108..>1472854)	Aspergillus niger	84593477
An16g06680	mRNA	An16g06680	NT_166531.1	1474312	1475911	D	An16g06680	join(<1474312..1475520,1475631..1475670,1475840..1475871,1475906..>1475911)	Aspergillus niger	4989060
An16g06690	mRNA	An16g06690	NT_166531.1	1476998	1479005	R	An16g06690	complement(join(<1476998..1477107,1477266..1478422,1478506..>1479005))	Aspergillus niger	4989061
An16g06700	mRNA	An16g06700	NT_166531.1	1479845	1480480	D	An16g06700	join(<1479845..1480223,1480275..>1480480)	Aspergillus niger	4989063
An16g06710	mRNA	An16g06710	NT_166531.1	1480578	1485722	D	An16g06710	join(<1480578..1483367,1483507..1483530,1483922..1484037,1484241..1484310,1484578..1484820,1484852..1485132,1485297..1485331,1485368..1485441,1485597..>1485722)	Aspergillus niger	84593478
An16g06720	mRNA	An16g06720	NT_166531.1	1486581	1507884	R	An16g06720	complement(join(<1486581..1490381,1490436..1498367,1498459..1498608,1498660..>1507884))	Aspergillus niger	10098073
An16g06730	mRNA	An16g06730	NT_166531.1	1509116	1509883	D	An16g06730	join(<1509116..1509142,1509430..1509492,1509544..1509557,1509718..>1509883)	Aspergillus niger	84593479
An16g06740	mRNA	An16g06740	NT_166531.1	1511800	1515913	D	An16g06740	join(<1511800..1511998,1512052..1512278,1512335..1512614,1512675..1512908,1512966..1514424,1514491..>1515913)	Aspergillus niger	4989066
An16g06750	mRNA	An16g06750	NT_166531.1	1516565	1518268	D	An16g06750	join(<1516565..1516932,1516993..>1518268)	Aspergillus niger	4989067
An16g06760	mRNA	An16g06760	NT_166531.1	1519710	1520467	R	An16g06760	complement(join(<1519710..1520164,1520221..>1520467))	Aspergillus niger	4989068
An16g06770	mRNA	An16g06770	NT_166531.1	1522569	1524150	D	An16g06770	join(<1522569..1522824,1522923..1523029,1523085..1523668,1523721..>1524150)	Aspergillus niger	4989069
An16g06780	mRNA	An16g06780	NT_166531.1	1524247	1526473	R	An16g06780	complement(join(<1524247..1525335,1525397..1526310,1526425..>1526473))	Aspergillus niger	4989070
An16g06790	mRNA	An16g06790	NT_166531.1	1526777	1528135	R	An16g06790	complement(<1526777..>1528135)	Aspergillus niger	4989071
An16g06800	mRNA	An16g06800	NT_166531.1	1530161	1531931	R	An16g06800	complement(join(<1530161..1530304,1530608..1531245,1531300..1531397,1531453..1531517,1531578..1531786,1531835..>1531931))	Aspergillus niger	4989072
An16g06810	mRNA	An16g06810	NT_166531.1	1533575	1534631	R	An16g06810	complement(join(<1533575..1534507,1534566..>1534631))	Aspergillus niger	4989073
An16g06820	mRNA	An16g06820	NT_166531.1	1535887	1537049	D	An16g06820	join(<1535887..1535915,1536047..1536196,1536257..>1537049)	Aspergillus niger	4989074
An16g06830	mRNA	An16g06830	NT_166531.1	1537421	1538252	D	An16g06830	join(<1537421..1537829,1537948..>1538252)	Aspergillus niger	84593480
An16g06840	mRNA	An16g06840	NT_166531.1	1540403	1541179	D	An16g06840	<1540403..>1541179	Aspergillus niger	84593481
An16g06850	mRNA	An16g06850	NT_166531.1	1541320	1545439	D	An16g06850	join(<1541320..1544661,1544721..1544804,1544864..1545240,1545295..>1545439)	Aspergillus niger	4989077
An16g06860	mRNA	An16g06860	NT_166531.1	1547091	1547919	R	An16g06860	complement(join(<1547091..1547606,1547666..>1547919))	Aspergillus niger	4989078
An16g06870	mRNA	An16g06870	NT_166531.1	1547930	1548638	D	An16g06870	join(<1547930..1547981,1548086..1548193,1548254..1548423,1548570..>1548638)	Aspergillus niger	84593482
An16g06880	mRNA	An16g06880	NT_166531.1	1549051	1549530	D	An16g06880	join(<1549051..1549169,1549203..1549312,1549439..>1549530)	Aspergillus niger	84593483
An16g06890	mRNA	An16g06890	NT_166531.1	1550070	1550915	R	An16g06890	complement(<1550070..>1550915)	Aspergillus niger	4989081
An16g06900	mRNA	An16g06900	NT_166531.1	1551172	1552343	D	An16g06900	join(<1551172..1551351,1551698..1551806,1552038..1552139,1552261..>1552343)	Aspergillus niger	84593484
An16g06910	mRNA	An16g06910	NT_166531.1	1552476	1555015	R	An16g06910	complement(join(<1552476..1552558,1552697..1552858,1552953..1553057,1553163..1553243,1553663..1553725,1553834..1553903,1553999..1554112,1554195..1554245,1554513..1554572,1554745..1554781,1554876..>1555015))	Aspergillus niger	84593485
An16g06920	mRNA	An16g06920	NT_166531.1	1555308	1555715	D	An16g06920	join(<1555308..1555360,1555450..1555507,1555611..>1555715)	Aspergillus niger	84593486
An16g06930	mRNA	An16g06930	NT_166531.1	1556011	1556478	R	An16g06930	complement(join(<1556011..1556079,1556135..1556301,1556361..>1556478))	Aspergillus niger	84593487
An16g06940	mRNA	An16g06940	NT_166531.1	1557408	1560410	D	An16g06940	join(<1557408..1557615,1557689..1557801,1557931..1557990,1558281..1559671,1559727..>1560410)	Aspergillus niger	4989086
An16g06950	mRNA	An16g06950	NT_166531.1	1560680	1562587	R	An16g06950	complement(join(<1560680..1561002,1561065..1561413,1561461..1561639,1561701..1561831,1562031..>1562587))	Aspergillus niger	4989087
An16g06960	mRNA	An16g06960	NT_166531.1	1562723	1563546	D	An16g06960	join(<1562723..1562919,1562981..1563144,1563314..>1563546)	Aspergillus niger	84593488
An16g06980	mRNA	An16g06980	NT_166531.1	1564992	1566739	R	An16g06980	complement(join(<1564992..1565181,1565303..1565446,1565535..1565779,1565869..1565947,1566035..1566089,1566176..1566328,1566395..1566555,1566606..>1566739))	Aspergillus niger	84593489
An16g06990	mRNA	pgaA	NT_166531.1	1566837	1568004	D	An16g06990	join(<1566837..1567065,1567120..>1568004)	Aspergillus niger	4989091
An16g07010	mRNA	An16g07010	NT_166531.1	1568718	1569805	R	An16g07010	complement(join(<1568718..1568767,1568827..1569139,1569215..1569378,1569479..1569577,1569654..1569726,1569773..>1569805))	Aspergillus niger	84593490
An16g07020	mRNA	An16g07020	NT_166531.1	1570869	1572851	D	An16g07020	join(<1570869..1570878,1570910..1571637,1571699..1571786,1571855..1572190,1572247..1572338,1572447..>1572851)	Aspergillus niger	84593491
An16g07030	mRNA	An16g07030	NT_166531.1	1574293	1575980	D	An16g07030	join(<1574293..1574425,1574497..1574631,1574693..1574896,1574956..1575329,1575386..1575555,1575586..1575620,1575687..1575828,1575947..>1575980)	Aspergillus niger	4989095
An16g07040	mRNA	An16g07040	NT_166531.1	1577067	1578338	R	An16g07040	complement(<1577067..>1578338)	Aspergillus niger	4989096
An16g07050	mRNA	An16g07050	NT_166531.1	1578464	1578919	D	An16g07050	join(<1578464..1578760,1578846..>1578919)	Aspergillus niger	84593492
An16g07060	mRNA	An16g07060	NT_166531.1	1579458	1579825	D	An16g07060	join(<1579458..1579528,1579750..>1579825)	Aspergillus niger	84593493
An16g07070	mRNA	An16g07070	NT_166531.1	1579999	1580830	D	An16g07070	join(<1579999..1580137,1580435..1580508,1580612..>1580830)	Aspergillus niger	84593494
An16g07080	mRNA	An16g07080	NT_166531.1	1581799	1582158	D	An16g07080	join(<1581799..1581882,1581934..1582058,1582122..>1582158)	Aspergillus niger	4989100
An16g07090	mRNA	An16g07090	NT_166531.1	1582380	1583440	R	An16g07090	complement(join(<1582380..1582420,1582478..1582555,1582654..>1583440))	Aspergillus niger	4989101
An16g07100	mRNA	An16g07100	NT_166531.1	1583616	1584069	D	An16g07100	join(<1583616..1583626,1583725..1583755,1583800..>1584069)	Aspergillus niger	84593495
An16g07110	mRNA	An16g07110	NT_166531.1	1584579	1586324	R	An16g07110	complement(join(<1584579..1584806,1584857..1585822,1585876..1586116,1586182..>1586324))	Aspergillus niger	4989103
An16g07120	mRNA	An16g07120	NT_166531.1	1587841	1593033	R	An16g07120	complement(join(<1587841..1588470,1588526..1589764,1589820..1591160,1591223..1591320,1591546..1591922,1591972..1592797,1592889..1592933,1592994..>1593033))	Aspergillus niger	4989104
An16g07130	mRNA	An16g07130	NT_166531.1	1594685	1596608	R	An16g07130	complement(join(<1594685..1594708,1594770..1595335,1595409..1596054,1596114..1596211,1596317..1596357,1596565..>1596608))	Aspergillus niger	4989105
An16g07140	mRNA	An16g07140	NT_166531.1	1598197	1599276	D	An16g07140	<1598197..>1599276	Aspergillus niger	4989106
An16g07150	mRNA	An16g07150	NT_166531.1	1599714	1601887	R	An16g07150	complement(join(<1599714..1599799,1599867..1601323,1601388..1601625,1601713..1601781,1601848..>1601887))	Aspergillus niger	4989107
An16g07160	mRNA	An16g07160	NT_166531.1	1602011	1603243	R	An16g07160	complement(join(<1602011..1602312,1602500..1602706,1602971..1603004,1603037..1603101,1603150..>1603243))	Aspergillus niger	84593496
An16g07170	mRNA	An16g07170	NT_166531.1	1604083	1606654	R	An16g07170	complement(join(<1604083..1604474,1604533..1604877,1604934..1605000,1605053..1605262,1605367..1605759,1605900..1605987,1606145..1606254,1606326..1606394,1606607..>1606654))	Aspergillus niger	84593497
An16g07180	mRNA	An16g07180	NT_166531.1	1607223	1608855	R	An16g07180	complement(join(<1607223..1607367,1607432..1607883,1607953..1608346,1608395..>1608855))	Aspergillus niger	4989110
An16g07190	mRNA	An16g07190	NT_166531.1	1609538	1611378	R	An16g07190	complement(join(<1609538..1609797,1610036..1610191,1610307..1610419,1610535..1610681,1610855..1611223,1611302..>1611378))	Aspergillus niger	84593498
An16g07200	mRNA	An16g07200	NT_166531.1	1611606	1612483	D	An16g07200	join(<1611606..1611623,1611677..>1612483)	Aspergillus niger	4989112
An16g07210	mRNA	An16g07210	NT_166531.1	1613107	1614369	R	An16g07210	complement(<1613107..>1614369)	Aspergillus niger	4989113
An16g07220	mRNA	An16g07220	NT_166531.1	1615166	1616512	D	An16g07220	join(<1615166..1615465,1615547..1615811,1615864..1616060,1616123..>1616512)	Aspergillus niger	4989114
An16g07230	mRNA	An16g07230	NT_166531.1	1616934	1618552	D	An16g07230	join(<1616934..1616979,1617031..1617603,1617655..1617766,1617819..1617874,1617981..>1618552)	Aspergillus niger	4989115
An16g07240	mRNA	An16g07240	NT_166531.1	1622059	1622687	R	An16g07240	complement(join(<1622059..1622082,1622181..1622210,1622348..1622376,1622407..1622500,1622619..>1622687))	Aspergillus niger	84593499
An16g07250	mRNA	An16g07250	NT_166531.1	1625011	1626450	D	An16g07250	join(<1625011..1625160,1625358..1625486,1625587..1626045,1626354..1626377,1626433..>1626450)	Aspergillus niger	84593500
An16g07260	mRNA	An16g07260	NT_166531.1	1628058	1630040	D	An16g07260	join(<1628058..1628866,1628939..>1630040)	Aspergillus niger	4989118
An16g07270	mRNA	An16g07270	NT_166531.1	1636153	1636886	D	An16g07270	join(<1636153..1636380,1636482..1636653,1636771..>1636886)	Aspergillus niger	84593501
An16g07280	mRNA	An16g07280	NT_166531.1	1640657	1642940	R	An16g07280	complement(join(<1640657..1640687,1640971..1641035,1641215..1641521,1641632..1641725,1641787..1641826,1641878..1642682,1642786..>1642940))	Aspergillus niger	4989120
An16g07290	mRNA	An16g07290	NT_166531.1	1643487	1644424	R	An16g07290	complement(join(<1643487..1643512,1643571..1643793,1643874..1644328,1644394..>1644424))	Aspergillus niger	4989121
An16g07300	mRNA	An16g07300	NT_166531.1	1644886	1646430	D	An16g07300	<1644886..>1646430	Aspergillus niger	4989122
An16g07310	mRNA	An16g07310	NT_166531.1	1646720	1647643	R	An16g07310	complement(<1646720..>1647643)	Aspergillus niger	4989123
An16g07320	mRNA	An16g07320	NT_166531.1	1648098	1648602	D	An16g07320	join(<1648098..1648270,1648317..>1648602)	Aspergillus niger	84593502
An16g07330	mRNA	An16g07330	NT_166531.1	1649408	1650120	D	An16g07330	join(<1649408..1649554,1649614..>1650120)	Aspergillus niger	4989125
An16g07340	mRNA	An16g07340	NT_166531.1	1651852	1652977	D	An16g07340	join(<1651852..1652068,1652139..>1652977)	Aspergillus niger	4989126
An16g07350	mRNA	An16g07350	NT_166531.1	1654137	1658075	D	An16g07350	join(<1654137..1654193,1654248..1654273,1654328..1654379,1654442..1654540,1654626..1654958,1655010..>1658075)	Aspergillus niger	4989127
An16g07360	mRNA	An16g07360	NT_166531.1	1658571	1662053	R	An16g07360	complement(join(<1658571..1660952,1661002..1661190,1661243..1661382,1661439..1661536,1661603..1661876,1661972..>1662053))	Aspergillus niger	4989128
An16g07370	mRNA	An16g07370	NT_166531.1	1662594	1663151	D	An16g07370	join(<1662594..1662953,1663059..>1663151)	Aspergillus niger	4989129
An16g07380	mRNA	An16g07380	NT_166531.1	1663307	1664462	R	An16g07380	complement(join(<1663307..1663347,1663420..1663596,1663668..1663853,1663884..1664247,1664310..1664343,1664413..>1664462))	Aspergillus niger	4989130
An16g07390	mRNA	An16g07390	NT_166531.1	1664778	1665594	D	An16g07390	join(<1664778..1664823,1664949..1665247,1665310..>1665594)	Aspergillus niger	4989131
An16g07400	mRNA	An16g07400	NT_166531.1	1666013	1667316	R	An16g07400	complement(join(<1666013..1666096,1666155..1666244,1666307..1666940,1667120..>1667316))	Aspergillus niger	4989132
An16g07410	mRNA	An16g07410	NT_166531.1	1668325	1670428	R	An16g07410	complement(join(<1668325..1669575,1669636..1669756,1669818..1669874,1670010..1670179,1670357..>1670428))	Aspergillus niger	4989133
An16g07420	mRNA	An16g07420	NT_166531.1	1671690	1672443	R	An16g07420	complement(join(<1671690..1672141,1672208..1672267,1672316..1672343,1672411..>1672443))	Aspergillus niger	4989134
An16g07430	mRNA	An16g07430	NT_166531.1	1673286	1673911	D	An16g07430	join(<1673286..1673534,1673593..1673673,1673738..>1673911)	Aspergillus niger	4989135
An16g07440	mRNA	An16g07440	NT_166531.1	1675420	1676989	D	An16g07440	join(<1675420..1675728,1675802..>1676989)	Aspergillus niger	4989136
An16g07450	mRNA	An16g07450	NT_166531.1	1677997	1681391	R	An16g07450	complement(join(<1677997..1679496,1679549..1679793,1679867..1681002,1681066..>1681391))	Aspergillus niger	4989137
An16g07460	mRNA	An16g07460	NT_166531.1	1683636	1686557	D	An16g07460	join(<1683636..1683760,1683817..1684231,1684315..1684510,1684571..1684602,1684661..1685437,1685488..1686195,1686255..>1686557)	Aspergillus niger	4989138
An16g07470	mRNA	An16g07470	NT_166531.1	1686990	1688663	D	An16g07470	join(<1686990..1687017,1687346..1687507,1687559..1687565,1687644..1688156,1688228..>1688663)	Aspergillus niger	84593503
An16g07480	mRNA	An16g07480	NT_166531.1	1689073	1691114	D	An16g07480	join(<1689073..1689243,1689321..>1691114)	Aspergillus niger	4989140
An16g07490	mRNA	An16g07490	NT_166531.1	1691548	1693490	D	An16g07490	join(<1691548..1691799,1691880..1693210,1693259..>1693490)	Aspergillus niger	4989141
An16g07500	mRNA	An16g07500	NT_166531.1	1693597	1695586	R	An16g07500	complement(join(<1693597..1693715,1693785..1694067,1694127..1694167,1694365..1694639,1694692..1694915,1694969..1695081,1695148..>1695586))	Aspergillus niger	4989142
An16g07510	mRNA	An16g07510	NT_166531.1	1696100	1697968	R	An16g07510	complement(join(<1696100..1696157,1696214..1696389,1696452..1697424,1697481..>1697968))	Aspergillus niger	4989143
An16g07520	mRNA	An16g07520	NT_166531.1	1698101	1699628	D	An16g07520	join(<1698101..1698398,1698535..1698706,1698777..1699393,1699453..>1699628)	Aspergillus niger	4989144
An16g07530	mRNA	An16g07530	NT_166531.1	1700111	1701721	R	An16g07530	complement(<1700111..>1701721)	Aspergillus niger	4989145
An16g07540	mRNA	An16g07540	NT_166531.1	1702393	1704139	D	An16g07540	join(<1702393..1702508,1702549..>1704139)	Aspergillus niger	4989146
An16g07550	mRNA	An16g07550	NT_166531.1	1705733	1706612	R	An16g07550	complement(join(<1705733..1705755,1705800..1705803,1705905..1705926,1705958..1706048,1706162..1706182,1706367..1706407,1706590..>1706612))	Aspergillus niger	84593504
An16g07560	mRNA	An16g07560	NT_166531.1	1710065	1711709	R	An16g07560	complement(<1710065..>1711709)	Aspergillus niger	4989148
An16g07580	mRNA	An16g07580	NT_166531.1	1713442	1714775	D	An16g07580	join(<1713442..1713825,1713896..1714232,1714281..1714377,1714547..>1714775)	Aspergillus niger	4989149
An16g07590	mRNA	An16g07590	NT_166531.1	1715424	1716714	R	An16g07590	complement(join(<1715424..1715534,1715936..1716031,1716109..1716234,1716329..1716524,1716698..>1716714))	Aspergillus niger	84593505
An16g07600	mRNA	An16g07600	NT_166531.1	1716971	1717733	D	An16g07600	join(<1716971..1717014,1717186..1717210,1717297..1717354,1717484..1717490,1717580..1717645,1717712..>1717733)	Aspergillus niger	84593506
An16g07610	mRNA	An16g07610	NT_166531.1	1718334	1719636	R	An16g07610	complement(join(<1718334..1719103,1719162..>1719636))	Aspergillus niger	4989152
An16g07620	mRNA	An16g07620	NT_166531.1	1720511	1722453	R	An16g07620	complement(join(<1720511..1720646,1720705..1722272,1722355..>1722453))	Aspergillus niger	4989153
An16g07630	mRNA	An16g07630	NT_166531.1	1723909	1724733	R	An16g07630	complement(join(<1723909..1724028,1724083..>1724733))	Aspergillus niger	4989154
An16g07640	mRNA	An16g07640	NT_166531.1	1726871	1727951	D	An16g07640	join(<1726871..1727120,1727210..1727435,1727508..1727865,1727928..>1727951)	Aspergillus niger	4989155
An16g07650	mRNA	An16g07650	NT_166531.1	1728932	1729590	D	An16g07650	join(<1728932..1728964,1729040..>1729590)	Aspergillus niger	4989156
An16g07660	mRNA	An16g07660	NT_166531.1	1730335	1731838	R	An16g07660	complement(join(<1730335..1730504,1730555..1730638,1730708..1730944,1730994..1731608,1731685..>1731838))	Aspergillus niger	4989157
An16g07670	mRNA	An16g07670	NT_166531.1	1733278	1734409	D	An16g07670	join(<1733278..1733286,1733411..1733550,1733681..1733768,1733865..1733878,1734208..>1734409)	Aspergillus niger	84593507
An16g07680	mRNA	An16g07680	NT_166531.1	1734815	1736580	D	An16g07680	join(<1734815..1735005,1735060..1735146,1735203..1735534,1735586..1735726,1735779..1735993,1736043..1736240,1736306..1736449,1736497..>1736580)	Aspergillus niger	4989159
An16g07690	mRNA	An16g07690	NT_166531.1	1737179	1739109	R	An16g07690	complement(join(<1737179..1738281,1738347..>1739109))	Aspergillus niger	4989160
An16g07700	mRNA	An16g07700	NT_166531.1	1739989	1740927	D	An16g07700	<1739989..>1740927	Aspergillus niger	4989161
An16g07710	mRNA	An16g07710	NT_166531.1	1741057	1742907	R	An16g07710	complement(join(<1741057..1741599,1741654..>1742907))	Aspergillus niger	4989162
An16g07720	mRNA	An16g07720	NT_166531.1	1743431	1744269	R	An16g07720	complement(join(<1743431..1743700,1743763..>1744269))	Aspergillus niger	4989163
An16g07730	mRNA	An16g07730	NT_166531.1	1745319	1746080	D	An16g07730	join(<1745319..1745476,1745538..1745595,1745670..1745689,1745818..1745909,1745965..>1746080)	Aspergillus niger	84593508
An16g07740	mRNA	An16g07740	NT_166531.1	1747517	1748176	D	An16g07740	join(<1747517..1747629,1747726..1747981,1748078..>1748176)	Aspergillus niger	84593509
An16g07750	mRNA	An16g07750	NT_166531.1	1748617	1750540	D	An16g07750	join(<1748617..1748644,1748720..1748884,1748943..1748975,1749070..1749197,1749332..1749449,1749533..1749713,1749803..1750018,1750090..1750199,1750288..1750348,1750402..>1750540)	Aspergillus niger	4989166
An16g07760	mRNA	An16g07760	NT_166531.1	1751900	1752537	D	An16g07760	join(<1751900..1752191,1752266..>1752537)	Aspergillus niger	84593510
An16g07770	mRNA	An16g07770	NT_166531.1	1753685	1754354	D	An16g07770	join(<1753685..1753704,1753735..1754065,1754139..>1754354)	Aspergillus niger	84593511
An16g07780	mRNA	An16g07780	NT_166531.1	1755107	1755503	R	An16g07780	complement(join(<1755107..1755421,1755471..>1755503))	Aspergillus niger	84593512
An16g07795	mRNA	An16g07795	NT_166531.1	1758548	1760647	D	An16g07795	join(<1758548..1759114,1759169..>1760647)	Aspergillus niger	4989170
An16g07800	mRNA	An16g07800	NT_166531.1	1760961	1762359	D	An16g07800	join(<1760961..1760968,1761107..1761269,1761448..1761891,1761943..1762144,1762166..>1762359)	Aspergillus niger	4989171
An16g07810	mRNA	An16g07810	NT_166531.1	1763039	1764702	R	An16g07810	complement(join(<1763039..1763254,1763332..>1764702))	Aspergillus niger	4989172
An16g07820	mRNA	An16g07820	NT_166531.1	1766075	1767162	R	An16g07820	complement(join(<1766075..1766359,1766558..1766569,1766694..1766810,1766938..>1767162))	Aspergillus niger	84593513
An16g07830	mRNA	An16g07830	NT_166531.1	1768032	1769747	R	An16g07830	complement(join(<1768032..1768940,1769016..1769297,1769362..1769514,1769565..>1769747))	Aspergillus niger	4989174
An16g07840	mRNA	An16g07840	NT_166531.1	1770300	1771571	R	An16g07840	complement(<1770300..>1771571)	Aspergillus niger	4989175
An16g07850	mRNA	An16g07850	NT_166531.1	1771819	1772461	D	An16g07850	join(<1771819..1771848,1771895..1771999,1772189..1772263,1772354..>1772461)	Aspergillus niger	4989176
An16g07860	mRNA	An16g07860	NT_166531.1	1773036	1777013	R	An16g07860	complement(join(<1773036..1773365,1773420..1774214,1774265..1774605,1774664..>1777013))	Aspergillus niger	4989177
An16g07870	mRNA	An16g07870	NT_166531.1	1777756	1779425	D	An16g07870	join(<1777756..1777764,1778105..1778230,1778293..1778336,1778392..1778469,1778519..>1779425)	Aspergillus niger	4989178
An16g07890	mRNA	An16g07890	NT_166531.1	1780782	1782905	R	An16g07890	complement(join(<1780782..1782336,1782371..1782519,1782632..1782647,1782732..1782793,1782852..>1782905))	Aspergillus niger	4989180
An16g07900	mRNA	An16g07900	NT_166531.1	1783316	1785611	D	An16g07900	join(<1783316..1783529,1783603..1783653,1783704..1783880,1783931..1784143,1784225..1784440,1784577..1784789,1784856..1784913,1784971..1785102,1785186..1785370,1785445..>1785611)	Aspergillus niger	4989181
An16g07910	mRNA	An16g07910	NT_166531.1	1786032	1787310	R	An16g07910	complement(join(<1786032..1786148,1786219..1786319,1786394..1786422,1786494..1786551,1786607..1786701,1786758..1786783,1786879..>1787310))	Aspergillus niger	4989182
An16g07920	mRNA	An16g07920	NT_166531.1	1789283	1789978	D	An16g07920	join(<1789283..1789388,1789451..1789545,1789613..>1789978)	Aspergillus niger	4989183
An16g07930	mRNA	An16g07930	NT_166531.1	1791191	1792381	D	An16g07930	join(<1791191..1791328,1791414..1791560,1791618..1791647,1791711..1791751,1791824..1791843,1791926..1792022,1792079..1792105,1792158..1792193,1792249..>1792381)	Aspergillus niger	84593514
An16g07940	mRNA	An16g07940	NT_166531.1	1793194	1794844	D	An16g07940	join(<1793194..1793326,1793387..1793431,1793494..1793774,1793828..>1794844)	Aspergillus niger	4989185
An16g07950	mRNA	An16g07950	NT_166531.1	1795781	1796605	R	An16g07950	complement(join(<1795781..1796114,1796182..1796423,1796474..>1796605))	Aspergillus niger	4989186
An16g07960	mRNA	An16g07960	NT_166531.1	1797500	1799268	R	An16g07960	complement(join(<1797500..1798930,1799017..>1799268))	Aspergillus niger	4989187
An16g07970	mRNA	An16g07970	NT_166531.1	1800015	1802444	D	An16g07970	join(<1800015..1800038,1800093..1800197,1800303..1800816,1800949..>1802444)	Aspergillus niger	4989188
An16g07980	mRNA	An16g07980	NT_166531.1	1803894	1805138	D	An16g07980	<1803894..>1805138	Aspergillus niger	4989189
An16g07990	mRNA	An16g07990	NT_166531.1	1806209	1808306	D	An16g07990	join(<1806209..1807725,1807781..>1808306)	Aspergillus niger	4989190
An16g08000	mRNA	An16g08000	NT_166531.1	1810040	1811018	R	An16g08000	complement(join(<1810040..1810851,1810943..>1811018))	Aspergillus niger	4989191
An16g08010	mRNA	An16g08010	NT_166531.1	1811541	1812757	D	An16g08010	join(<1811541..1811655,1811767..1812140,1812188..1812607,1812659..>1812757)	Aspergillus niger	4989192
An16g08020	mRNA	An16g08020	NT_166531.1	1814082	1817509	D	An16g08020	join(<1814082..1814112,1814218..1814337,1814435..1816449,1816506..>1817509)	Aspergillus niger	4989193
An16g08030	mRNA	An16g08030	NT_166531.1	1817937	1818983	D	An16g08030	join(<1817937..1817950,1818011..>1818983)	Aspergillus niger	4989194
An16g08040	mRNA	An16g08040	NT_166531.1	1819568	1820623	D	An16g08040	join(<1819568..1819582,1819674..1819789,1819872..1819898,1820008..1820221,1820273..1820496,1820566..>1820623)	Aspergillus niger	4989195
An16g08050	mRNA	An16g08050	NT_166531.1	1821250	1823267	R	An16g08050	complement(join(<1821250..1821485,1821610..1822259,1822319..1822365,1822414..1822895,1822960..1822981,1823031..>1823267))	Aspergillus niger	84593515
An16g08060	mRNA	An16g08060	NT_166531.1	1823277	1824800	D	An16g08060	<1823277..>1824800	Aspergillus niger	4989197
An16g08070	mRNA	An16g08070	NT_166531.1	1825325	1827081	R	An16g08070	complement(join(<1825325..1825688,1825775..1825908,1825963..1826473,1826564..>1827081))	Aspergillus niger	4989198
An16g08080	mRNA	An16g08080	NT_166531.1	1828069	1829980	D	An16g08080	join(<1828069..1828299,1828350..1828687,1828740..1829199,1829255..>1829980)	Aspergillus niger	4989199
An16g08090	mRNA	An16g08090	NT_166531.1	1830337	1831908	R	An16g08090	complement(join(<1830337..1830921,1830972..1831421,1831474..1831718,1831818..>1831908))	Aspergillus niger	4989200
An16g08100	mRNA	An16g08100	NT_166531.1	1833658	1834422	D	An16g08100	<1833658..>1834422	Aspergillus niger	4989201
An16g08110	mRNA	An16g08110	NT_166531.1	1834546	1837584	R	An16g08110	complement(join(<1834546..1836287,1836336..1837257,1837335..1837483,1837545..>1837584))	Aspergillus niger	4989202
An16g08120	mRNA	An16g08120	NT_166531.1	1838146	1844028	D	An16g08120	<1838146..>1844028	Aspergillus niger	4989203
An16g08130	mRNA	An16g08130	NT_166531.1	1844802	1847561	R	An16g08130	complement(join(<1844802..1845586,1845633..1845774,1845849..1846118,1846183..1847365,1847407..>1847561))	Aspergillus niger	4989204
An16g08140	mRNA	An16g08140	NT_166531.1	1847984	1849520	R	An16g08140	complement(join(<1847984..1848291,1848358..1848808,1848864..1848944,1849004..1849156,1849211..1849381,1849434..>1849520))	Aspergillus niger	4989205
An16g08150	mRNA	An16g08150	NT_166531.1	1850672	1852965	D	An16g08150	join(<1850672..1850703,1850799..>1852965)	Aspergillus niger	4989206
An16g08160	mRNA	An16g08160	NT_166531.1	1853134	1854357	D	An16g08160	join(<1853134..1853201,1853364..>1854357)	Aspergillus niger	4989207
An16g08170	mRNA	An16g08170	NT_166531.1	1854691	1856540	R	An16g08170	complement(join(<1854691..1855075,1855131..1855184,1855235..1855321,1855367..1855812,1855859..1856014,1856085..1856280,1856347..>1856540))	Aspergillus niger	4989208
An16g08180	mRNA	An16g08180	NT_166531.1	1857878	1859284	R	An16g08180	complement(join(<1857878..1858422,1858475..1858593,1858711..1858864,1858897..1859087,1859165..>1859284))	Aspergillus niger	4989209
An16g08190	mRNA	An16g08190	NT_166531.1	1859411	1860316	R	An16g08190	complement(join(<1859411..1859741,1859834..1860147,1860266..>1860316))	Aspergillus niger	84593516
An16g08200	mRNA	An16g08200	NT_166531.1	1860517	1862556	D	An16g08200	<1860517..>1862556	Aspergillus niger	4989211
An16g08210	mRNA	An16g08210	NT_166531.1	1863270	1863982	R	An16g08210	complement(join(<1863270..1863807,1863951..>1863982))	Aspergillus niger	4989212
An16g08220	mRNA	An16g08220	NT_166531.1	1864312	1865530	D	An16g08220	<1864312..>1865530	Aspergillus niger	4989213
An16g08230	mRNA	An16g08230	NT_166531.1	1866270	1867865	D	An16g08230	join(<1866270..1866384,1866540..1866680,1866862..1866923,1867090..1867138,1867197..1867260,1867312..1867418,1867738..1867758,1867807..>1867865)	Aspergillus niger	84593517
An16g08240	mRNA	An16g08240	NT_166531.1	1869914	1870912	D	An16g08240	join(<1869914..1869959,1870096..1870341,1870387..1870474,1870623..1870667,1870726..1870750,1870793..>1870912)	Aspergillus niger	84593518
An16g08250	mRNA	An16g08250	NT_166531.1	1871626	1872373	R	An16g08250	complement(join(<1871626..1872192,1872272..>1872373))	Aspergillus niger	84593519
An16g08260	mRNA	An16g08260	NT_166531.1	1873446	1874195	R	An16g08260	complement(join(<1873446..1873651,1873706..1873881,1874050..>1874195))	Aspergillus niger	84593520
An16g08270	mRNA	An16g08270	NT_166531.1	1874729	1875514	R	An16g08270	complement(join(<1874729..1874910,1875160..1875258,1875415..>1875514))	Aspergillus niger	84593521
An16g08280	mRNA	An16g08280	NT_166531.1	1875932	1876284	D	An16g08280	join(<1875932..1876089,1876218..>1876284)	Aspergillus niger	84593522
An16g08290	mRNA	An16g08290	NT_166531.1	1877314	1878064	R	An16g08290	complement(join(<1877314..1877444,1877528..1877800,1878004..>1878064))	Aspergillus niger	84593523
An16g08300	mRNA	An16g08300	NT_166531.1	1878392	1879647	R	An16g08300	complement(join(<1878392..1878580,1878693..1878806,1878985..1879074,1879192..1879315,1879463..>1879647))	Aspergillus niger	84593524
An16g08310	mRNA	An16g08310	NT_166531.1	1880333	1881171	D	An16g08310	join(<1880333..1880379,1880470..1880524,1880631..1880670,1880763..1880824,1880911..>1881171)	Aspergillus niger	84593525
An16g08320	mRNA	An16g08320	NT_166531.1	1881338	1882104	D	An16g08320	join(<1881338..1881418,1881516..1881666,1881712..1881910,1882017..>1882104)	Aspergillus niger	84593526
An16g08330	mRNA	An16g08330	NT_166531.1	1882483	1883733	R	An16g08330	complement(<1882483..>1883733)	Aspergillus niger	4989224
An16g08340	mRNA	An16g08340	NT_166531.1	1884121	1885312	D	An16g08340	join(<1884121..1884198,1884247..1884343,1884442..1884564,1884650..1884674,1884750..1884860,1885005..1885113,1885190..>1885312)	Aspergillus niger	84593527
An16g08350	mRNA	An16g08350	NT_166531.1	1885346	1885853	D	An16g08350	join(<1885346..1885446,1885491..1885586,1885709..>1885853)	Aspergillus niger	84593528
An16g08360	mRNA	An16g08360	NT_166531.1	1886884	1887939	R	An16g08360	complement(<1886884..>1887939)	Aspergillus niger	4989227
An16g08370	mRNA	An16g08370	NT_166531.1	1890012	1890887	R	An16g08370	complement(join(<1890012..1890042,1890247..>1890887))	Aspergillus niger	4989228
An16g08380	mRNA	An16g08380	NT_166531.1	1891339	1893112	R	An16g08380	complement(join(<1891339..1891507,1891622..1892852,1892933..1892966,1893071..>1893112))	Aspergillus niger	4989229
An16g08390	mRNA	An16g08390	NT_166531.1	1893490	1895382	D	An16g08390	join(<1893490..1893542,1894125..>1895382)	Aspergillus niger	4989230
An16g08400	mRNA	An16g08400	NT_166531.1	1896111	1896609	D	An16g08400	join(<1896111..1896215,1896304..1896324,1896436..>1896609)	Aspergillus niger	84593529
An16g08410	mRNA	An16g08410	NT_166531.1	1896839	1899023	R	An16g08410	complement(join(<1896839..1897464,1897529..1897757,1897821..1898193,1898259..1898748,1898858..>1899023))	Aspergillus niger	4989232
An16g08420	mRNA	An16g08420	NT_166531.1	1900651	1902572	R	An16g08420	complement(join(<1900651..1900683,1900736..1901027,1901059..1901476,1901537..1901761,1901819..1902071,1902180..>1902572))	Aspergillus niger	4989233
An16g08430	mRNA	An16g08430	NT_166531.1	1903772	1904835	R	An16g08430	complement(join(<1903772..1903932,1904002..1904070,1904181..1904300,1904385..1904682,1904767..>1904835))	Aspergillus niger	84593530
An16g08440	mRNA	An16g08440	NT_166531.1	1906164	1907458	D	An16g08440	join(<1906164..1906480,1906579..1906616,1906675..1906754,1906814..1906896,1906963..>1907458)	Aspergillus niger	4989235
An16g08450	mRNA	An16g08450	NT_166531.1	1907982	1910216	D	An16g08450	<1907982..>1910216	Aspergillus niger	4989236
An16g08460	mRNA	An16g08460	NT_166531.1	1912007	1915807	R	An16g08460	complement(join(<1912007..1912032,1912091..1913941,1914000..1914030,1914096..1915082,1915140..1915421,1915610..>1915807))	Aspergillus niger	4989237
An16g08470	mRNA	An16g08470	NT_166531.1	1916820	1918558	R	An16g08470	complement(join(<1916820..1916858,1917010..1918383,1918442..>1918558))	Aspergillus niger	4989238
An16g08480	mRNA	An16g08480	NT_166531.1	1919684	1920592	D	An16g08480	<1919684..>1920592	Aspergillus niger	4989239
An16g08490	mRNA	An16g08490	NT_166531.1	1921052	1923499	R	An16g08490	complement(join(<1921052..1921494,1921558..1923202,1923272..>1923499))	Aspergillus niger	4989240
An16g08500	mRNA	An16g08500	NT_166531.1	1924139	1925254	R	An16g08500	complement(<1924139..>1925254)	Aspergillus niger	4989241
An16g08510	mRNA	An16g08510	NT_166531.1	1926786	1928446	D	An16g08510	join(<1926786..1927760,1927817..1928181,1928269..1928368,1928423..>1928446)	Aspergillus niger	4989242
An16g08520	mRNA	An16g08520	NT_166531.1	1928985	1931052	R	An16g08520	complement(join(<1928985..1929050,1929087..1929096,1929189..1929599,1929720..1930099,1930151..1930227,1930291..1930327,1930381..1930593,1930693..1930754,1930821..>1931052))	Aspergillus niger	4989243
An16g08530	mRNA	An16g08530	NT_166531.1	1931253	1932831	D	An16g08530	join(<1931253..1931411,1931472..1931604,1931813..1931936,1931992..1932443,1932512..>1932831)	Aspergillus niger	4989244
An16g08540	mRNA	An16g08540	NT_166531.1	1933480	1935693	R	An16g08540	complement(join(<1933480..1933502,1933546..1933905,1933945..1934638,1934696..1935205,1935245..1935475,1935559..>1935693))	Aspergillus niger	4989245
An16g08550	mRNA	An16g08550	NT_166531.1	1936061	1936543	D	An16g08550	join(<1936061..1936084,1936167..1936350,1936473..>1936543)	Aspergillus niger	4989246
An16g08560	mRNA	An16g08560	NT_166531.1	1937046	1937828	R	An16g08560	complement(join(<1937046..1937320,1937390..1937571,1937632..>1937828))	Aspergillus niger	4989247
An16g08570	mRNA	An16g08570	NT_166531.1	1938242	1940818	D	An16g08570	join(<1938242..1938371,1938435..1938458,1938582..1938662,1938723..1939316,1939368..1940493,1940548..>1940818)	Aspergillus niger	4989248
An16g08580	mRNA	An16g08580	NT_166531.1	1941385	1941901	R	An16g08580	complement(join(<1941385..1941464,1941602..1941726,1941888..>1941901))	Aspergillus niger	4989249
An16g08590	mRNA	An16g08590	NT_166531.1	1942519	1943839	R	An16g08590	complement(join(<1942519..1942814,1942873..1942931,1943007..1943329,1943433..1943537,1943596..1943661,1943786..>1943839))	Aspergillus niger	4989250
An16g08600	mRNA	An16g08600	NT_166531.1	1943902	1944356	R	An16g08600	complement(join(<1943902..1944079,1944121..>1944356))	Aspergillus niger	84593531
An16g08610	mRNA	An16g08610	NT_166531.1	1944738	1946117	D	An16g08610	<1944738..>1946117	Aspergillus niger	4989252
An16g08620	mRNA	An16g08620	NT_166531.1	1946971	1949806	D	An16g08620	join(<1946971..1947308,1947436..1947601,1947656..1947786,1947849..1948052,1948106..1948454,1948506..1949326,1949392..>1949806)	Aspergillus niger	4989253
An16g08630	mRNA	An16g08630	NT_166531.1	1950897	1953160	R	An16g08630	complement(join(<1950897..1951547,1951612..1952098,1952158..1952224,1952284..>1953160))	Aspergillus niger	4989254
An16g08640	mRNA	An16g08640	NT_166531.1	1954646	1956280	D	An16g08640	join(<1954646..1954729,1954799..>1956280)	Aspergillus niger	4989255
An16g08650	mRNA	An16g08650	NT_166531.1	1957000	1957983	D	An16g08650	join(<1957000..1957356,1957462..>1957983)	Aspergillus niger	4989256
An16g08660	mRNA	An16g08660	NT_166531.1	1958136	1958928	R	An16g08660	complement(join(<1958136..1958364,1958416..1958743,1958841..>1958928))	Aspergillus niger	84593532
An16g08670	mRNA	An16g08670	NT_166531.1	1959046	1960544	D	An16g08670	join(<1959046..1959224,1959315..1959552,1959618..1960367,1960410..>1960544)	Aspergillus niger	4989258
An16g08680	mRNA	An16g08680	NT_166531.1	1960886	1961449	D	An16g08680	<1960886..>1961449	Aspergillus niger	4989259
An16g08690	mRNA	An16g08690	NT_166531.1	1961768	1964482	R	An16g08690	complement(<1961768..>1964482)	Aspergillus niger	84593533
An16g08700	mRNA	An16g08700	NT_166531.1	1966272	1968412	R	An16g08700	complement(join(<1966272..1966481,1966544..>1968412))	Aspergillus niger	4989261
An16g08710	mRNA	An16g08710	NT_166531.1	1968905	1969923	D	An16g08710	join(<1968905..1968916,1969003..1969101,1969204..1969300,1969364..1969450,1969509..1969572,1969629..1969806,1969879..>1969923)	Aspergillus niger	4989262
An16g08720	mRNA	An16g08720	NT_166531.1	1970929	1972359	D	An16g08720	join(<1970929..1971045,1971115..1971200,1971268..1971715,1971781..>1972359)	Aspergillus niger	4989263
An16g08730	mRNA	An16g08730	NT_166531.1	1973024	1974303	D	An16g08730	join(<1973024..1973182,1973287..1973595,1973659..>1974303)	Aspergillus niger	4989264
An16g08740	mRNA	An16g08740	NT_166531.1	1974706	1975455	R	An16g08740	complement(join(<1974706..1974862,1974942..1975186,1975339..>1975455))	Aspergillus niger	4989265
An16g08750	mRNA	An16g08750	NT_166531.1	1976230	1976882	R	An16g08750	complement(join(<1976230..1976510,1976843..>1976882))	Aspergillus niger	84593534
An16g08760	mRNA	An16g08760	NT_166531.1	1977193	1981462	D	An16g08760	join(<1977193..1980236,1980574..>1981462)	Aspergillus niger	4989267
An16g08770	mRNA	An16g08770	NT_166531.1	1983550	1983933	R	An16g08770	complement(join(<1983550..1983647,1983735..1983810,1983886..>1983933))	Aspergillus niger	84593535
An16g08780	mRNA	An16g08780	NT_166531.1	1984778	1988413	D	An16g08780	join(<1984778..1984931,1985013..>1988413)	Aspergillus niger	4989269
An16g08790	mRNA	An16g08790	NT_166531.1	1990858	1991992	R	An16g08790	complement(join(<1990858..1990990,1991109..1991203,1991391..1991534,1991942..>1991992))	Aspergillus niger	84593536
An16g08800	mRNA	An16g08800	NT_166531.1	1992608	1995500	D	An16g08800	join(<1992608..1992613,1992732..1993471,1993533..1993796,1993860..1994555,1994621..>1995500)	Aspergillus niger	4989271
An16g08810	mRNA	An16g08810	NT_166531.1	1995832	1996292	R	An16g08810	complement(join(<1995832..1995887,1995970..1996096,1996170..>1996292))	Aspergillus niger	4989272
An16g08820	mRNA	An16g08820	NT_166531.1	1997798	2002858	D	An16g08820	join(<1997798..1999907,1999965..>2002858)	Aspergillus niger	4989273
An16g08830	mRNA	An16g08830	NT_166531.1	2003425	2004377	D	An16g08830	join(<2003425..2003524,2003593..2003915,2003988..>2004377)	Aspergillus niger	4989274
An16g08840	mRNA	An16g08840	NT_166531.1	2004824	2007397	R	An16g08840	complement(<2004824..>2007397)	Aspergillus niger	4989275
An16g08850	mRNA	An16g08850	NT_166531.1	2007693	2010161	D	An16g08850	join(<2007693..2007806,2008004..2008018,2008077..2008150,2008204..2008438,2008493..2008632,2008679..2008952,2009003..2009124,2009174..>2010161)	Aspergillus niger	4989276
An16g08860	mRNA	An16g08860	NT_166531.1	2011712	2014535	D	An16g08860	join(<2011712..2011999,2012060..2012274,2012365..2013224,2013256..>2014535)	Aspergillus niger	4989277
An16g08870	mRNA	An16g08870	NT_166531.1	2014933	2016671	R	An16g08870	complement(join(<2014933..2015976,2016029..2016376,2016447..>2016671))	Aspergillus niger	4989278
An16g08880	mRNA	An16g08880	NT_166531.1	2017627	2018832	D	An16g08880	join(<2017627..2017776,2017846..>2018832)	Aspergillus niger	4989279
An16g08890	mRNA	An16g08890	NT_166531.1	2019298	2020059	R	An16g08890	complement(<2019298..>2020059)	Aspergillus niger	4989280
An16g08900	mRNA	An16g08900	NT_166531.1	2020844	2021733	D	An16g08900	join(<2020844..2021086,2021126..2021264,2021311..2021400,2021549..>2021733)	Aspergillus niger	84593537
An16g08910	mRNA	An16g08910	NT_166531.1	2021929	2023206	R	An16g08910	complement(<2021929..>2023206)	Aspergillus niger	4989282
An16g08920	mRNA	An16g08920	NT_166531.1	2025910	2027573	D	An16g08920	join(<2025910..2027246,2027396..2027465,2027556..>2027573)	Aspergillus niger	4989283
An16g08930	mRNA	An16g08930	NT_166531.1	2027709	2029182	R	An16g08930	complement(join(<2027709..2027884,2027956..2028147,2028244..2028328,2028525..2028642,2028995..>2029182))	Aspergillus niger	84593538
An16g08940	mRNA	An16g08940	NT_166531.1	2030768	2032422	D	An16g08940	join(<2030768..2031074,2031163..2031219,2031284..>2032422)	Aspergillus niger	4989285
An16g08950	mRNA	An16g08950	NT_166531.1	2033021	2035294	D	An16g08950	<2033021..>2035294	Aspergillus niger	4989286
An16g08960	mRNA	An16g08960	NT_166531.1	2035855	2039606	D	An16g08960	join(<2035855..2035894,2036082..2036175,2036233..2036307,2036940..2037091,2037173..2037322,2037432..2037608,2037702..2037786,2037859..2037977,2038088..2038172,2038293..2038409,2038522..2038629,2038714..2038804,2039013..2039222,2039304..>2039606)	Aspergillus niger	84593539
An16g08980	mRNA	An16g08980	NT_166531.1	2043639	2046447	D	An16g08980	join(<2043639..2043892,2043979..2044169,2044268..>2046447)	Aspergillus niger	4989288
An16g08990	mRNA	An16g08990	NT_166531.1	2046957	2047661	R	An16g08990	complement(join(<2046957..2047091,2047236..2047284,2047384..2047460,2047578..>2047661))	Aspergillus niger	84593540
An16g09000	mRNA	An16g09000	NT_166531.1	2047940	2048279	R	An16g09000	complement(join(<2047940..2048068,2048169..>2048279))	Aspergillus niger	84593541
An16g09010	mRNA	An16g09010	NT_166531.1	2048356	2050543	D	An16g09010	join(<2048356..2048704,2048770..2048874,2048936..2049052,2049109..2049232,2049280..2049295,2049343..2049459,2049525..2049579,2049634..2049787,2049856..2049914,2049977..>2050543)	Aspergillus niger	4989291
An16g09020	mRNA	An16g09020	NT_166531.1	2050995	2052725	R	An16g09020	complement(join(<2050995..2051223,2051293..2051388,2051467..2052074,2052132..>2052725))	Aspergillus niger	4989292
An16g09030	mRNA	An16g09030	NT_166531.1	2053301	2055470	D	An16g09030	join(<2053301..2053421,2053504..2053569,2053667..2053891,2053978..2054105,2054210..2054407,2054499..2054547,2054719..2054783,2054874..2054974,2055182..2055344,2055441..>2055470)	Aspergillus niger	84593542
An16g09040	mRNA	An16g09040	NT_166531.1	2056105	2057469	D	An16g09040	join(<2056105..2056479,2056570..>2057469)	Aspergillus niger	4989294
An16g09050	mRNA	An16g09050	NT_166531.1	2058333	2060064	R	An16g09050	complement(join(<2058333..2059714,2059818..>2060064))	Aspergillus niger	4989295
An16g09060	mRNA	An16g09060	NT_166531.1	2061713	2063317	D	An16g09060	join(<2061713..2062194,2062303..>2063317)	Aspergillus niger	4989296
An16g09070	mRNA	An16g09070	NT_166531.1	2063900	2065212	R	An16g09070	complement(join(<2063900..2064751,2064831..2064978,2065082..2065147,2065211..>2065212))	Aspergillus niger	4989297
An16g09080	mRNA	An16g09080	NT_166531.1	2065538	2066524	D	An16g09080	join(<2065538..2065573,2065656..2065812,2065927..2066011,2066350..>2066524)	Aspergillus niger	84593543
An16g09090	mRNA	An16g09090	NT_166531.1	2066739	2070677	D	An16g09090	join(<2066739..2066934,2067064..2067404,2067565..2067724,2067986..2070498,2070564..>2070677)	Aspergillus niger	4989299
An16g09100	mRNA	An16g09100	NT_166531.1	2071045	2072379	D	An16g09100	join(<2071045..2071157,2071384..2071447,2071532..2071672,2072269..>2072379)	Aspergillus niger	84593544
An16g09110	mRNA	An16g09110	NT_166531.1	2072569	2073081	R	An16g09110	complement(join(<2072569..2072643,2072731..2072962,2073038..>2073081))	Aspergillus niger	84593545
An16g09120	mRNA	An16g09120	NT_166531.1	2073714	2074592	R	An16g09120	complement(join(<2073714..2073844,2073942..2074017,2074073..2074361,2074531..>2074592))	Aspergillus niger	84593546
An16g09130	mRNA	An16g09130	NT_166531.1	2077735	2079554	D	An16g09130	join(<2077735..2077880,2077940..>2079554)	Aspergillus niger	4989303
An16g09140	mRNA	An16g09140	NT_166531.1	2080476	2085151	R	An16g09140	complement(join(<2080476..2080957,2081011..2081158,2081228..2081740,2081773..2081816,2081864..2082062,2082172..2082474,2082549..2082716,2082809..2083122,2083171..>2085151))	Aspergillus niger	4989304
An16g09150	mRNA	An16g09150	NT_166531.1	2085735	2087620	D	An16g09150	join(<2085735..2086284,2086378..2087376,2087439..>2087620)	Aspergillus niger	4989305
An16g09160	mRNA	An16g09160	NT_166531.1	2087843	2088435	R	An16g09160	complement(join(<2087843..2087907,2087972..2088036,2088091..2088149,2088202..>2088435))	Aspergillus niger	4989306
An16g09170	mRNA	An16g09170	NT_166531.1	2089020	2091137	D	An16g09170	join(<2089020..2089049,2089135..2089161,2089463..2090111,2090200..>2091137)	Aspergillus niger	4989307
An16g09180	mRNA	An16g09180	NT_166531.1	2091906	2093478	D	An16g09180	join(<2091906..2091951,2092084..2092272,2092334..>2093478)	Aspergillus niger	4989308
An16g09190	mRNA	An16g09190	NT_166531.1	2094057	2095552	R	An16g09190	complement(join(<2094057..2094575,2094657..2095146,2095218..2095293,2095358..2095407,2095488..>2095552))	Aspergillus niger	4989309
An16g09200	mRNA	An16g09200	NT_166531.1	2095990	2099218	D	An16g09200	join(<2095990..2096009,2096083..2096245,2096306..2098532,2098656..>2099218)	Aspergillus niger	4989310
An16g09210	mRNA	An16g09210	NT_166531.1	2099405	2100063	R	An16g09210	complement(join(<2099405..2099778,2099850..>2100063))	Aspergillus niger	4989311
An16g09220	mRNA	An16g09220	NT_166531.1	2100523	2101598	D	An16g09220	join(<2100523..2100553,2100652..2100675,2100873..2100939,2101306..2101371,2101490..>2101598)	Aspergillus niger	84593547
An16g09230	mRNA	An16g09230	NT_166531.1	2103209	2106264	D	An16g09230	join(<2103209..2103263,2103384..2103393,2103478..2103977,2104038..2104379,2104448..2104729,2104777..2105330,2105368..2105840,2105946..>2106264)	Aspergillus niger	4989313
An16g09240	mRNA	An16g09240	NT_166531.1	2107495	2108724	D	An16g09240	join(<2107495..2107618,2107778..>2108724)	Aspergillus niger	4989314
An16g09250	mRNA	An16g09250	NT_166531.1	2108934	2109856	R	An16g09250	complement(join(<2108934..2109281,2109383..>2109856))	Aspergillus niger	4989315
An16g09255	mRNA	An16g09255	NT_166531.1	2110200	2110382	R	An16g09255	complement(<2110200..>2110382)	Aspergillus niger	84593548
An16g09260	mRNA	An16g09260	NT_166531.1	2110566	2112749	R	An16g09260	complement(join(<2110566..2110834,2110885..2111365,2111425..2112132,2112205..2112370,2112418..2112544,2112601..2112651,2112707..>2112749))	Aspergillus niger	4989317
An16g09270	mRNA	An16g09270	NT_166531.1	2113919	2114428	D	An16g09270	join(<2113919..2114022,2114080..2114224,2114283..2114341,2114392..>2114428)	Aspergillus niger	4989318
An16g09280	mRNA	An16g09280	NT_166531.1	2114693	2115547	R	An16g09280	complement(join(<2114693..2114770,2114825..2114872,2114931..2115329,2115386..2115405,2115472..>2115547))	Aspergillus niger	4989319
An16g09290	mRNA	An16g09290	NT_166531.1	2116019	2118398	R	An16g09290	complement(join(<2116019..2116069,2116107..2116268,2116325..2116880,2116927..2116996,2117128..2117605,2117938..2118069,2118115..2118223,2118274..>2118398))	Aspergillus niger	4989320
An16g09300	mRNA	An16g09300	NT_166531.1	2119243	2120638	R	An16g09300	complement(join(<2119243..2120431,2120499..>2120638))	Aspergillus niger	4989321
An16g09310	mRNA	An16g09310	NT_166531.1	2121261	2122142	D	An16g09310	join(<2121261..2121330,2121545..2121690,2121758..2121895,2121951..>2122142)	Aspergillus niger	4989322
An16g09320	mRNA	An16g09320	NT_166531.1	2122334	2125543	R	An16g09320	complement(join(<2122334..2122507,2122576..2124984,2125046..2125081,2125168..2125194,2125245..2125390,2125450..>2125543))	Aspergillus niger	4989323
An16g09330	mRNA	An16g09330	NT_166531.1	2125959	2127211	D	An16g09330	join(<2125959..2126005,2126085..2126485,2126611..2126699,2126769..2126821,2127193..>2127211)	Aspergillus niger	84593549
An17g00010	mRNA	An17g00010	NT_166532.1	789	2955	D	An17g00010	join(<789..1242,1298..2548,2606..>2955)	Aspergillus niger	4989350
An17g00020	mRNA	An17g00020	NT_166532.1	4214	5903	D	An17g00020	join(<4214..4746,4927..5138,5321..5618,5771..>5903)	Aspergillus niger	84593550
An17g00030	mRNA	An17g00030	NT_166532.1	6404	7235	D	An17g00030	join(<6404..6694,6752..6883,6915..>7235)	Aspergillus niger	84593551
An17g00040	mRNA	An17g00040	NT_166532.1	8186	8827	D	An17g00040	join(<8186..8287,8441..>8827)	Aspergillus niger	84593552
An17g00050	mRNA	An17g00050	NT_166532.1	8923	9580	R	An17g00050	complement(join(<8923..8997,9086..9167,9273..9332,9388..9488,9560..>9580))	Aspergillus niger	84593553
An17g00060	mRNA	An17g00060	NT_166532.1	10955	12271	D	An17g00060	join(<10955..11031,11120..11236,11309..11492,11537..11889,11932..>12271)	Aspergillus niger	84593554
An17g00070	mRNA	An17g00070	NT_166532.1	13437	14349	D	An17g00070	join(<13437..13867,14151..>14349)	Aspergillus niger	84593555
An17g00090	mRNA	An17g00090	NT_166532.1	15549	16421	R	An17g00090	complement(join(<15549..15566,15855..>16421))	Aspergillus niger	84593556
An17g00100	mRNA	An17g00100	NT_166532.1	17744	18512	R	An17g00100	complement(join(<17744..17838,17886..>18512))	Aspergillus niger	84593557
An17g00120	mRNA	An17g00120	NT_166532.1	19014	20825	R	An17g00120	complement(join(<19014..19160,19221..19678,19741..20629,20700..>20825))	Aspergillus niger	4989341
An17g00130	mRNA	An17g00130	NT_166532.1	21182	23043	D	An17g00130	join(<21182..21260,21298..21305,21462..22078,22127..22389,22439..>23043)	Aspergillus niger	4989361
An17g00140	mRNA	An17g00140	NT_166532.1	23686	25616	D	An17g00140	join(<23686..24803,24869..25199,25265..>25616)	Aspergillus niger	84593558
An17g00150	mRNA	An17g00150	NT_166532.1	26930	27822	D	An17g00150	join(<26930..27059,27102..27260,27281..>27822)	Aspergillus niger	4989333
An17g00160	mRNA	An17g00160	NT_166532.1	28206	28502	D	An17g00160	<28206..>28502	Aspergillus niger	84593559
An17g00170	mRNA	An17g00170	NT_166532.1	28969	30345	R	An17g00170	complement(join(<28969..29039,29143..29287,29319..29715,29766..30118,30190..>30345))	Aspergillus niger	4989353
An17g00180	mRNA	An17g00180	NT_166532.1	32553	34139	R	An17g00180	complement(<32553..>34139)	Aspergillus niger	4989336
An17g00190	mRNA	An17g00190	NT_166532.1	35338	36167	R	An17g00190	complement(join(<35338..35502,35603..35673,35801..35956,36056..>36167))	Aspergillus niger	84593560
An17g00200	mRNA	An17g00200	NT_166532.1	36399	37329	D	An17g00200	join(<36399..36452,36514..>37329)	Aspergillus niger	4989331
An17g00210	mRNA	An17g00210	NT_166532.1	37743	39080	D	An17g00210	join(<37743..38025,38094..38189,38252..38655,38725..38812,38869..>39080)	Aspergillus niger	4989337
An17g00220	mRNA	An17g00220	NT_166532.1	39401	39858	D	An17g00220	join(<39401..39457,39565..>39858)	Aspergillus niger	84593561
An17g00230	mRNA	An17g00230	NT_166532.1	40071	41221	D	An17g00230	join(<40071..40113,40210..40574,40643..>41221)	Aspergillus niger	4989345
An17g00240	mRNA	An17g00240	NT_166532.1	42234	44140	D	An17g00240	join(<42234..42806,42872..>44140)	Aspergillus niger	4989338
An17g00250	mRNA	An17g00250	NT_166532.1	45177	45726	R	An17g00250	complement(join(<45177..45332,45394..>45726))	Aspergillus niger	4989358
An17g00260	mRNA	An17g00260	NT_166532.1	46252	47112	R	An17g00260	complement(join(<46252..46426,46479..46783,46852..>47112))	Aspergillus niger	4989359
An17g00270	mRNA	An17g00270	NT_166532.1	48101	49683	D	An17g00270	join(<48101..48103,48182..48247,48312..49380,49430..>49683)	Aspergillus niger	4989364
An17g00280	mRNA	An17g00280	NT_166532.1	50092	51870	D	An17g00280	<50092..>51870	Aspergillus niger	4989326
An17g00290	mRNA	An17g00290	NT_166532.1	52927	55513	D	An17g00290	join(<52927..53213,53514..53941,54015..>55513)	Aspergillus niger	4989329
An17g00300	mRNA	An17g00300	NT_166532.1	56471	59438	D	An17g00300	join(<56471..56648,56755..56847,56896..57003,57063..57139,57193..57300,57357..57535,57585..57653,57707..57922,57971..58578,58658..>59438)	Aspergillus niger	4989339
An17g00310	mRNA	An17g00310	NT_166532.1	59691	61674	R	An17g00310	complement(join(<59691..61394,61465..61590,61651..>61674))	Aspergillus niger	4989357
An17g00320	mRNA	An17g00320	NT_166532.1	62753	66630	D	An17g00320	join(<62753..63195,63264..65866,65918..>66630)	Aspergillus niger	4989327
An17g00330	mRNA	An17g00330	NT_166532.1	67685	69727	R	An17g00330	complement(join(<67685..68457,68515..68574,68645..69028,69088..>69727))	Aspergillus niger	4989348
An17g00340	mRNA	An17g00340	NT_166532.1	70443	71689	R	An17g00340	complement(join(<70443..70738,70793..70987,71041..71154,71205..71342,71394..71472,71531..>71689))	Aspergillus niger	4989328
An17g00350	mRNA	An17g00350	NT_166532.1	72813	73495	D	An17g00350	join(<72813..72905,72980..73070,73162..73214,73364..>73495)	Aspergillus niger	84593562
An17g00360	mRNA	An17g00360	NT_166532.1	74082	75717	D	An17g00360	join(<74082..74140,74323..74374,74429..74525,74649..74780,74859..74910,74953..75045,75130..75216,75311..75366,75458..>75717)	Aspergillus niger	84593563
An17g00370	mRNA	An17g00370	NT_166532.1	75983	77455	D	An17g00370	join(<75983..76197,76478..76784,76842..77075,77126..>77455)	Aspergillus niger	4989346
An17g00380	mRNA	An17g00380	NT_166532.1	78892	80257	R	An17g00380	complement(join(<78892..79268,79323..79482,79844..>80257))	Aspergillus niger	4989352
An17g00390	mRNA	An17g00390	NT_166532.1	80550	82140	R	An17g00390	complement(join(<80550..80624,80675..80846,80900..81042,81108..81485,81539..81705,81756..>82140))	Aspergillus niger	4989343
An17g00400	mRNA	An17g00400	NT_166532.1	83728	85243	D	An17g00400	join(<83728..83769,83880..83948,84066..84809,84842..>85243)	Aspergillus niger	4989344
An17g00410	mRNA	An17g00410	NT_166532.1	85972	87828	R	An17g00410	complement(join(<85972..86110,86452..86516,86614..86712,86768..87258,87315..87667,87737..>87828))	Aspergillus niger	84593564
An17g00420	mRNA	An17g00420	NT_166532.1	88633	89648	D	An17g00420	join(<88633..88644,88779..>89648)	Aspergillus niger	4989365
An17g00430	mRNA	An17g00430	NT_166532.1	90310	93387	R	An17g00430	complement(join(<90310..90503,90572..90709,91017..91050,91112..91447,91502..91862,91949..>93387))	Aspergillus niger	4989366
An17g00440	mRNA	An17g00440	NT_166532.1	94937	96693	R	An17g00440	complement(join(<94937..94990,95053..95185,95286..96565,96625..>96693))	Aspergillus niger	4989367
An17g00450	mRNA	An17g00450	NT_166532.1	97942	98901	D	An17g00450	<97942..>98901	Aspergillus niger	4989368
An17g00460	mRNA	An17g00460	NT_166532.1	99484	100058	D	An17g00460	join(<99484..99517,99550..99639,99704..99802,99877..>100058)	Aspergillus niger	84593565
An17g00470	mRNA	An17g00470	NT_166532.1	100593	102141	D	An17g00470	join(<100593..100629,100760..101160,101234..101911,102004..>102141)	Aspergillus niger	4989370
An17g00480	mRNA	An17g00480	NT_166532.1	103077	107209	R	An17g00480	complement(join(<103077..103226,103284..103349,103817..103961,104350..104513,104595..104626,104720..104861,105209..105271,105562..105783,105901..106007,106544..106660,106855..107013,107152..>107209))	Aspergillus niger	84593566
An17g00490	mRNA	An17g00490	NT_166532.1	107510	108443	D	An17g00490	join(<107510..107851,107910..107961,108011..108104,108161..>108443)	Aspergillus niger	4989372
An17g00500	mRNA	An17g00500	NT_166532.1	108898	109653	R	An17g00500	complement(<108898..>109653)	Aspergillus niger	84593567
An17g00510	mRNA	An17g00510	NT_166532.1	110939	111613	R	An17g00510	complement(join(<110939..111151,111222..111244,111371..111494,111533..>111613))	Aspergillus niger	84593568
An17g00520	mRNA	An17g00520	NT_166532.1	111923	114553	R	An17g00520	complement(join(<111923..113765,113819..114425,114547..>114553))	Aspergillus niger	4989375
An17g00530	mRNA	An17g00530	NT_166532.1	115486	120336	R	An17g00530	complement(join(<115486..117922,117995..118256,118305..>120336))	Aspergillus niger	4989376
An17g00540	mRNA	An17g00540	NT_166532.1	120586	122709	R	An17g00540	complement(join(<120586..121493,121722..>122709))	Aspergillus niger	84593569
An17g00550	mRNA	An17g00550	NT_166532.1	123548	124711	R	An17g00550	complement(join(<123548..124347,124418..124623,124689..>124711))	Aspergillus niger	4989378
An17g00560	mRNA	An17g00560	NT_166532.1	125539	127415	R	An17g00560	complement(join(<125539..126410,126467..126920,126981..>127415))	Aspergillus niger	4989379
An17g00570	mRNA	An17g00570	NT_166532.1	127922	130675	D	An17g00570	join(<127922..128318,128382..129061,129167..>130675)	Aspergillus niger	4989380
An17g00580	mRNA	An17g00580	NT_166532.1	131165	132587	R	An17g00580	complement(join(<131165..131807,131878..132038,132093..132232,132302..>132587))	Aspergillus niger	4989381
An17g00590	mRNA	An17g00590	NT_166532.1	134049	136851	D	An17g00590	join(<134049..134276,134423..134449,134595..134933,134991..135045,135138..135242,135302..135582,135848..136097,136193..>136851)	Aspergillus niger	4989382
An17g00600	mRNA	An17g00600	NT_166532.1	138516	140955	D	An17g00600	join(<138516..138587,138637..138857,139017..139751,139814..139951,140045..140152,140332..140344,140563..>140955)	Aspergillus niger	4989383
An17g00610	mRNA	An17g00610	NT_166532.1	142726	144606	D	An17g00610	join(<142726..143358,143484..143537,143716..143935,144338..144433,144464..>144606)	Aspergillus niger	84593570
An17g00620	mRNA	An17g00620	NT_166532.1	145468	146820	R	An17g00620	complement(join(<145468..146715,146767..>146820))	Aspergillus niger	4989385
An17g00630	mRNA	An17g00630	NT_166532.1	149274	150854	R	An17g00630	complement(join(<149274..150309,150367..150757,150821..>150854))	Aspergillus niger	4989386
An17g00640	mRNA	An17g00640	NT_166532.1	151761	152795	R	An17g00640	complement(<151761..>152795)	Aspergillus niger	4989387
An17g00650	mRNA	An17g00650	NT_166532.1	153116	155273	D	An17g00650	join(<153116..153249,153322..153954,154000..154218,154280..>155273)	Aspergillus niger	4989388
An17g00660	mRNA	An17g00660	NT_166532.1	155468	157087	R	An17g00660	complement(join(<155468..155715,155793..156381,156460..156749,156820..>157087))	Aspergillus niger	4989389
An17g00670	mRNA	An17g00670	NT_166532.1	158296	160260	D	An17g00670	<158296..>160260	Aspergillus niger	4989390
An17g00680	mRNA	An17g00680	NT_166532.1	161371	163282	D	An17g00680	join(<161371..161455,161495..161645,161715..162012,162070..162195,162242..162391,162446..>163282)	Aspergillus niger	4989391
An17g00690	mRNA	An17g00690	NT_166532.1	163833	165302	R	An17g00690	complement(join(<163833..163889,164020..164416,164531..164969,165032..>165302))	Aspergillus niger	4989392
An17g00700	mRNA	An17g00700	NT_166532.1	165536	167485	D	An17g00700	<165536..>167485	Aspergillus niger	4989393
An17g00710	mRNA	An17g00710	NT_166532.1	167930	168954	D	An17g00710	join(<167930..168037,168214..168487,168554..>168954)	Aspergillus niger	4989394
An17g00720	mRNA	An17g00720	NT_166532.1	169437	171615	D	An17g00720	join(<169437..169592,169699..169874,169942..170040,170100..170315,170376..>171615)	Aspergillus niger	4989395
An17g00730	mRNA	An17g00730	NT_166532.1	172095	173139	D	An17g00730	join(<172095..172145,172336..172996,173057..>173139)	Aspergillus niger	4989396
An17g00740	mRNA	An17g00740	NT_166532.1	176333	177458	R	An17g00740	complement(join(<176333..176453,176572..176838,176918..176966,177053..177147,177313..>177458))	Aspergillus niger	84593571
An17g00750	mRNA	An17g00750	NT_166532.1	177544	179541	D	An17g00750	<177544..>179541	Aspergillus niger	4989398
An17g00760	mRNA	An17g00760	NT_166532.1	180349	182370	D	An17g00760	join(<180349..180507,180574..180960,181018..181508,181536..>182370)	Aspergillus niger	4989399
An17g00770	mRNA	An17g00770	NT_166532.1	183127	184377	D	An17g00770	join(<183127..183274,183342..184027,184081..>184377)	Aspergillus niger	4989400
An17g00780	mRNA	An17g00780	NT_166532.1	184890	186647	D	An17g00780	join(<184890..185042,185133..185345,185417..185755,185841..>186647)	Aspergillus niger	4989401
An17g00790	mRNA	An17g00790	NT_166532.1	186695	188431	R	An17g00790	complement(<186695..>188431)	Aspergillus niger	4989402
An17g00800	mRNA	An17g00800	NT_166532.1	188915	190738	D	An17g00800	join(<188915..188997,189045..189831,190103..190163,190209..>190738)	Aspergillus niger	4989403
An17g00810	mRNA	An17g00810	NT_166532.1	191074	192009	D	An17g00810	<191074..>192009	Aspergillus niger	4989404
An17g00820	mRNA	An17g00820	NT_166532.1	194004	195365	D	An17g00820	<194004..>195365	Aspergillus niger	4989405
An17g00830	mRNA	An17g00830	NT_166532.1	195826	197574	R	An17g00830	complement(<195826..>197574)	Aspergillus niger	4989406
An17g00840	mRNA	An17g00840	NT_166532.1	198541	200191	R	An17g00840	complement(join(<198541..198748,198812..198976,199029..199086,199141..199286,199337..199446,199506..199824,199896..199920,199983..199997,200058..200086,200163..>200191))	Aspergillus niger	4989407
An17g00850	mRNA	An17g00850	NT_166532.1	200535	201761	D	An17g00850	<200535..>201761	Aspergillus niger	4989408
An17g00860	mRNA	An17g00860	NT_166532.1	201984	207027	R	An17g00860	complement(join(<201984..202291,202344..202785,202837..204270,204320..204649,204705..206750,206809..>207027))	Aspergillus niger	4989409
An17g00870	mRNA	An17g00870	NT_166532.1	207537	209661	D	An17g00870	join(<207537..207576,207788..>209661)	Aspergillus niger	4989410
An17g00880	mRNA	An17g00880	NT_166532.1	210262	211949	R	An17g00880	complement(join(<210262..210492,210551..211404,211458..211570,211634..211764,211827..>211949))	Aspergillus niger	4989411
An17g00890	mRNA	An17g00890	NT_166532.1	212613	214242	R	An17g00890	complement(join(<212613..212651,212705..213871,213939..214019,214090..>214242))	Aspergillus niger	4989412
An17g00900	mRNA	An17g00900	NT_166532.1	214669	215056	D	An17g00900	join(<214669..214746,214832..>215056)	Aspergillus niger	4989413
An17g00910	mRNA	An17g00910	NT_166532.1	215758	217450	R	An17g00910	complement(join(<215758..215804,215857..217019,217095..217130,217200..>217450))	Aspergillus niger	4989414
An17g00920	mRNA	An17g00920	NT_166532.1	217917	219245	R	An17g00920	complement(join(<217917..218131,218290..218379,218662..218762,219121..>219245))	Aspergillus niger	84593572
An17g00930	mRNA	An17g00930	NT_166532.1	219407	220368	D	An17g00930	join(<219407..219711,219794..219901,219949..220117,220183..>220368)	Aspergillus niger	4989416
An17g00940	mRNA	An17g00940	NT_166532.1	223189	224624	R	An17g00940	complement(join(<223189..223629,223682..224006,224064..224368,224424..>224624))	Aspergillus niger	4989417
An17g00950	mRNA	An17g00950	NT_166532.1	225020	226202	D	An17g00950	join(<225020..225379,225457..225810,225942..>226202)	Aspergillus niger	84593573
An17g00960	mRNA	An17g00960	NT_166532.1	226635	227165	R	An17g00960	complement(join(<226635..226692,226751..226768,226951..>227165))	Aspergillus niger	84593574
An17g00970	mRNA	An17g00970	NT_166532.1	230588	232275	D	An17g00970	join(<230588..230947,231000..231054,231107..231898,231962..232180,232250..>232275)	Aspergillus niger	4989420
An17g00980	mRNA	An17g00980	NT_166532.1	233405	234020	R	An17g00980	complement(join(<233405..233561,233905..>234020))	Aspergillus niger	84593575
An17g00990	mRNA	An17g00990	NT_166532.1	234090	234552	R	An17g00990	complement(join(<234090..234203,234294..234383,234478..>234552))	Aspergillus niger	84593576
An17g01000	mRNA	An17g01000	NT_166532.1	234897	236644	D	An17g01000	join(<234897..235100,235162..235309,235362..235446,235495..235620,235670..235734,235846..236019,236073..236246,236298..>236644)	Aspergillus niger	4989423
An17g01010	mRNA	An17g01010	NT_166532.1	237060	237774	R	An17g01010	complement(join(<237060..237125,237256..237580,237656..>237774))	Aspergillus niger	4989424
An17g01020	mRNA	An17g01020	NT_166532.1	238084	238548	R	An17g01020	complement(join(<238084..238242,238327..>238548))	Aspergillus niger	4989425
An17g01030	mRNA	An17g01030	NT_166532.1	239084	239898	R	An17g01030	complement(join(<239084..239128,239260..239472,239658..239723,239812..>239898))	Aspergillus niger	84593577
An17g01040	mRNA	An17g01040	NT_166532.1	240031	241543	D	An17g01040	join(<240031..240097,240144..>241543)	Aspergillus niger	4989427
An17g01050	mRNA	An17g01050	NT_166532.1	242697	247973	D	An17g01050	<242697..>247973	Aspergillus niger	4989428
An17g01060	mRNA	An17g01060	NT_166532.1	248680	251563	R	An17g01060	complement(join(<248680..249655,249702..250931,251142..>251563))	Aspergillus niger	4989429
An17g01070	mRNA	An17g01070	NT_166532.1	251938	253774	R	An17g01070	complement(<251938..>253774)	Aspergillus niger	4989430
An17g01080	mRNA	An17g01080	NT_166532.1	254887	257360	D	An17g01080	join(<254887..255141,255598..257124,257337..>257360)	Aspergillus niger	4989431
An17g01090	mRNA	An17g01090	NT_166532.1	257604	260022	R	An17g01090	complement(join(<257604..259622,259684..>260022))	Aspergillus niger	4989432
An17g01100	mRNA	An17g01100	NT_166532.1	260346	264085	D	An17g01100	join(<260346..260351,260473..260596,260665..260991,261044..261660,261716..>264085)	Aspergillus niger	4989433
An17g01110	mRNA	An17g01110	NT_166532.1	264327	264953	R	An17g01110	complement(join(<264327..264375,264428..264565,264616..264679,264728..264808,264863..>264953))	Aspergillus niger	4989434
An17g01120	mRNA	An17g01120	NT_166532.1	265122	267212	D	An17g01120	join(<265122..265233,265404..265603,265671..266023,266073..267015,267159..>267212)	Aspergillus niger	4989435
An17g01130	mRNA	An17g01130	NT_166532.1	267421	268962	R	An17g01130	complement(join(<267421..268879,268940..>268962))	Aspergillus niger	4989436
An17g01140	mRNA	An17g01140	NT_166532.1	269437	271431	D	An17g01140	<269437..>271431	Aspergillus niger	4989437
An17g01150	mRNA	An17g01150	NT_166532.1	271756	273286	R	An17g01150	complement(join(<271756..272562,272662..273120,273212..>273286))	Aspergillus niger	4989438
An17g01160	mRNA	An17g01160	NT_166532.1	273817	274270	R	An17g01160	complement(join(<273817..273907,273972..274061,274122..>274270))	Aspergillus niger	4989439
An17g01170	mRNA	An17g01170	NT_166532.1	274893	277382	R	An17g01170	complement(<274893..>277382)	Aspergillus niger	4989440
An17g01180	mRNA	An17g01180	NT_166532.1	278868	280802	R	An17g01180	complement(<278868..>280802)	Aspergillus niger	4989441
An17g01190	mRNA	An17g01190	NT_166532.1	281273	282136	D	An17g01190	join(<281273..281313,281419..281458,281567..281640,281726..281855,282005..>282136)	Aspergillus niger	84593578
An17g01200	mRNA	An17g01200	NT_166532.1	282237	282640	D	An17g01200	join(<282237..282245,282270..282538,282580..>282640)	Aspergillus niger	84593579
An17g01210	mRNA	An17g01210	NT_166532.1	283048	284183	R	An17g01210	complement(join(<283048..283162,283365..283410,283565..283625,283967..284029,284109..>284183))	Aspergillus niger	84593580
An17g01220	mRNA	An17g01220	NT_166532.1	284591	285244	D	An17g01220	join(<284591..284698,284919..284943,285021..>285244)	Aspergillus niger	84593581
An17g01230	mRNA	An17g01230	NT_166532.1	285653	286892	D	An17g01230	join(<285653..285838,285886..285948,286071..286199,286359..286415,286617..>286892)	Aspergillus niger	84593582
An17g01240	mRNA	An17g01240	NT_166532.1	288541	288867	R	An17g01240	complement(<288541..>288867)	Aspergillus niger	84593583
An17g01250	mRNA	An17g01250	NT_166532.1	289514	292536	R	An17g01250	complement(join(<289514..289598,289652..292247,292320..>292536))	Aspergillus niger	4989448
An17g01260	mRNA	An17g01260	NT_166532.1	293066	295573	R	An17g01260	complement(join(<293066..294216,294266..294872,294946..295320,295353..295460,295517..>295573))	Aspergillus niger	4989449
An17g01270	mRNA	An17g01270	NT_166532.1	296278	297532	D	An17g01270	join(<296278..296525,296619..297311,297409..>297532)	Aspergillus niger	4989450
An17g01280	mRNA	An17g01280	NT_166532.1	298369	301251	R	An17g01280	complement(join(<298369..300672,300724..300881,300937..301010,301070..>301251))	Aspergillus niger	4989451
An17g01290	mRNA	An17g01290	NT_166532.1	302426	303534	R	An17g01290	complement(join(<302426..302607,302676..302718,302984..303045,303420..>303534))	Aspergillus niger	84593584
An17g01300	mRNA	An17g01300	NT_166532.1	304746	307515	D	An17g01300	join(<304746..304878,304953..305007,305070..>307515)	Aspergillus niger	4989453
An17g01310	mRNA	An17g01310	NT_166532.1	308139	309023	R	An17g01310	complement(join(<308139..308462,308522..308611,308682..>309023))	Aspergillus niger	4989454
An17g01320	mRNA	An17g01320	NT_166532.1	310381	313311	D	An17g01320	join(<310381..310528,310642..310709,310778..310955,311020..311610,311665..312215,312277..>313311)	Aspergillus niger	4989455
An17g01330	mRNA	An17g01330	NT_166532.1	314409	315911	R	An17g01330	complement(join(<314409..314454,314531..314644,314706..315043,315101..315442,315513..315666,315738..315753,315860..>315911))	Aspergillus niger	4989456
An17g01340	mRNA	An17g01340	NT_166532.1	316287	317091	D	An17g01340	join(<316287..316598,316691..316885,317053..>317091)	Aspergillus niger	4989457
An17g01350	mRNA	An17g01350	NT_166532.1	317728	319766	R	An17g01350	complement(join(<317728..318555,318609..318977,319035..319164,319292..319461,319566..>319766))	Aspergillus niger	4989458
An17g01360	mRNA	An17g01360	NT_166532.1	321250	322251	D	An17g01360	join(<321250..321298,321382..321873,321966..322051,322114..>322251)	Aspergillus niger	4989459
An17g01370	mRNA	An17g01370	NT_166532.1	323293	324114	D	An17g01370	join(<323293..323590,323657..>324114)	Aspergillus niger	4989460
An17g01380	mRNA	An17g01380	NT_166532.1	325001	326950	R	An17g01380	complement(join(<325001..325120,325369..325474,325645..325692,325802..325938,326103..326213,326381..326645,326787..326849,326925..>326950))	Aspergillus niger	84593585
An17g01390	mRNA	An17g01390	NT_166532.1	327171	328703	D	An17g01390	join(<327171..327297,327365..327532,327590..327705,327767..328047,328100..>328703)	Aspergillus niger	4989462
An17g01400	mRNA	An17g01400	NT_166532.1	329156	329648	R	An17g01400	complement(join(<329156..329391,329534..>329648))	Aspergillus niger	84593586
An17g01410	mRNA	An17g01410	NT_166532.1	329826	334345	D	An17g01410	join(<329826..329918,330059..330278,330349..334064,334118..>334345)	Aspergillus niger	4989464
An17g01420	mRNA	An17g01420	NT_166532.1	336539	337671	D	An17g01420	join(<336539..336592,336862..337068,337143..337151,337281..337344,337418..337475,337554..>337671)	Aspergillus niger	4989465
An17g01430	mRNA	An17g01430	NT_166532.1	338651	339433	R	An17g01430	complement(join(<338651..338838,338935..339273,339355..>339433))	Aspergillus niger	4989466
An17g01440	mRNA	An17g01440	NT_166532.1	340474	342292	D	An17g01440	join(<340474..340631,340728..341080,341142..341538,341599..>342292)	Aspergillus niger	4989467
An17g01450	mRNA	An17g01450	NT_166532.1	343258	345898	D	An17g01450	join(<343258..343433,343518..343525,343958..344126,344204..344352,344459..344584,344642..344998,345099..345114,345164..345225,345276..345593,345654..>345898)	Aspergillus niger	4989468
An17g01460	mRNA	An17g01460	NT_166532.1	346687	347151	D	An17g01460	join(<346687..346795,346879..346916,346945..>347151)	Aspergillus niger	84593587
An17g01470	mRNA	An17g01470	NT_166532.1	347422	349057	D	An17g01470	join(<347422..347569,347657..347988,348056..>349057)	Aspergillus niger	4989470
An17g01480	mRNA	An17g01480	NT_166532.1	350750	352772	R	An17g01480	complement(join(<350750..352353,352427..>352772))	Aspergillus niger	4989471
An17g01490	mRNA	An17g01490	NT_166532.1	353964	359248	R	An17g01490	complement(join(<353964..354172,354231..358050,358108..358653,358730..>359248))	Aspergillus niger	4989472
An17g01495	mRNA	An17g01495	NT_166532.1	359494	360332	R	An17g01495	complement(join(<359494..359497,359665..359989,360101..>360332))	Aspergillus niger	84593588
An17g01510	mRNA	An17g01510	NT_166532.1	360380	360927	R	An17g01510	complement(join(<360380..360455,360551..360583,360669..360790,360829..>360927))	Aspergillus niger	84593589
An17g01520	mRNA	An17g01520	NT_166532.1	361694	363384	R	An17g01520	complement(join(<361694..361804,361874..361953,362002..362127,362203..362258,362313..362440,362512..362582,362668..362900,363019..363156,363236..>363384))	Aspergillus niger	84593590
An17g01530	mRNA	adhA	NT_166532.1	363417	364577	D	An17g01530	join(<363417..364067,364125..364479,364531..>364577)	Aspergillus niger	4989476
An17g01540	mRNA	An17g01540	NT_166532.1	365189	367303	R	An17g01540	complement(join(<365189..365343,365426..365810,365890..365976,366033..366565,366622..366759,366945..367145,367225..>367303))	Aspergillus niger	4989477
An17g01550	mRNA	An17g01550	NT_166532.1	368338	370852	R	An17g01550	complement(join(<368338..369569,369621..370280,370359..370511,370589..370624,370810..>370852))	Aspergillus niger	4989478
An17g01560	mRNA	An17g01560	NT_166532.1	371288	373408	R	An17g01560	complement(join(<371288..371508,371680..371754,371818..372639,372698..373019,373085..373124,373221..>373408))	Aspergillus niger	4989479
An17g01570	mRNA	An17g01570	NT_166532.1	373565	374358	R	An17g01570	complement(join(<373565..373888,373974..374112,374204..>374358))	Aspergillus niger	84593591
An17g01580	mRNA	An17g01580	NT_166532.1	375006	377466	R	An17g01580	complement(join(<375006..375258,375316..375399,375515..377062,377127..377226,377343..>377466))	Aspergillus niger	4989481
An17g01590	mRNA	An17g01590	NT_166532.1	377562	378319	D	An17g01590	join(<377562..377723,377835..377889,377955..>378319)	Aspergillus niger	84593592
An17g01600	mRNA	An17g01600	NT_166532.1	379469	380025	D	An17g01600	join(<379469..379580,379689..379772,379817..>380025)	Aspergillus niger	84593593
An17g01610	mRNA	An17g01610	NT_166532.1	380148	382868	D	An17g01610	join(<380148..380317,380476..380498,381029..381154,381215..381318,381476..381602,381644..381735,382089..382197,382230..382279,382331..382455,382520..>382868)	Aspergillus niger	84593594
An17g01620	mRNA	An17g01620	NT_166532.1	382909	385623	R	An17g01620	complement(join(<382909..383072,383183..383466,383552..383749,383849..383880,383974..384048,384173..384232,384399..384509,384558..384619,384923..385022,385392..385476,385553..>385623))	Aspergillus niger	84593595
An17g01630	mRNA	An17g01630	NT_166532.1	386027	386973	R	An17g01630	complement(join(<386027..386557,386617..>386973))	Aspergillus niger	4989486
An17g01640	mRNA	An17g01640	NT_166532.1	387277	388312	D	An17g01640	join(<387277..387576,387718..387904,388029..>388312)	Aspergillus niger	4989487
An17g01650	mRNA	An17g01650	NT_166532.1	388570	389476	D	An17g01650	join(<388570..388949,389018..389075,389150..>389476)	Aspergillus niger	4989488
An17g01660	mRNA	An17g01660	NT_166532.1	390314	392094	R	An17g01660	complement(join(<390314..391740,391794..>392094))	Aspergillus niger	4989489
An17g01670	mRNA	An17g01670	NT_166532.1	392540	393971	D	An17g01670	join(<392540..392709,392793..392821,392899..393025,393086..393148,393209..393234,393309..393391,393471..>393971)	Aspergillus niger	4989490
An17g01680	mRNA	An17g01680	NT_166532.1	394299	394772	R	An17g01680	complement(join(<394299..394359,394439..394484,394577..>394772))	Aspergillus niger	84593596
An17g01690	mRNA	An17g01690	NT_166532.1	395973	397391	D	An17g01690	join(<395973..396092,396188..396238,396702..396751,396794..396849,397312..>397391)	Aspergillus niger	84593597
An17g01700	mRNA	An17g01700	NT_166532.1	398420	400032	R	An17g01700	complement(join(<398420..398600,398811..398863,398951..399072,399165..399287,399331..399415,399496..399772,399863..>400032))	Aspergillus niger	84593598
An17g01710	mRNA	An17g01710	NT_166532.1	400210	401999	D	An17g01710	join(<400210..400470,400528..400768,400818..400886,400937..401383,401443..>401999)	Aspergillus niger	4989494
An17g01720	mRNA	An17g01720	NT_166532.1	402970	405869	D	An17g01720	join(<402970..402985,403119..403845,403903..404220,404273..>405869)	Aspergillus niger	4989495
An17g01730	mRNA	An17g01730	NT_166532.1	405991	409357	R	An17g01730	complement(join(<405991..406129,406405..406510,406634..406788,407395..407514,407579..409239,409355..>409357))	Aspergillus niger	4989496
An17g01740	mRNA	An17g01740	NT_166532.1	409977	411331	D	An17g01740	join(<409977..410016,410091..410148,410214..410385,410438..>411331)	Aspergillus niger	4989497
An17g01750	mRNA	An17g01750	NT_166532.1	412053	413671	R	An17g01750	complement(join(<412053..412388,412446..413288,413395..413472,413546..>413671))	Aspergillus niger	4989498
An17g01760	mRNA	An17g01760	NT_166532.1	414278	414738	D	An17g01760	join(<414278..414355,414407..414492,414579..>414738)	Aspergillus niger	4989499
An17g01770	mRNA	An17g01770	NT_166532.1	415259	419181	R	An17g01770	complement(join(<415259..415616,415673..418983,419047..>419181))	Aspergillus niger	4989500
An17g01795	mRNA	An17g01795	NT_166532.1	421938	423263	D	An17g01795	<421938..>423263	Aspergillus niger	4989501
An17g01805	mRNA	An17g01805	NT_166532.1	426772	429422	D	An17g01805	join(<426772..428445,428509..428613,428670..>429422)	Aspergillus niger	4989502
An17g01815	mRNA	An17g01815	NT_166532.1	430283	431316	D	An17g01815	join(<430283..430317,430418..430489,430549..430634,430705..430894,430956..>431316)	Aspergillus niger	4989503
An17g01823	mRNA	An17g01823	NT_166532.1	433000	433503	D	An17g01823	<433000..>433503	Aspergillus niger	84593599
An17g01825	mRNA	An17g01825	NT_166532.1	433635	436134	R	An17g01825	complement(join(<433635..435316,435612..>436134))	Aspergillus niger	4989505
An17g01835	mRNA	An17g01835	NT_166532.1	439031	440539	R	An17g01835	complement(join(<439031..439065,439123..439138,439230..439251,439516..439546,439785..439866,439915..440175,440351..>440539))	Aspergillus niger	84593600
An17g01845	mRNA	An17g01845	NT_166532.1	441027	441319	R	An17g01845	complement(join(<441027..441194,441269..>441319))	Aspergillus niger	84593601
An17g01855	mRNA	An17g01855	NT_166532.1	443215	444467	D	An17g01855	join(<443215..443317,443593..>444467)	Aspergillus niger	4989508
An17g01865	mRNA	An17g01865	NT_166532.1	446323	448656	R	An17g01865	complement(join(<446323..446964,447034..447171,447230..448021,448090..448239,448369..448438,448571..>448656))	Aspergillus niger	4989509
An17g01875	mRNA	An17g01875	NT_166532.1	449556	450277	D	An17g01875	join(<449556..449592,449667..449877,449953..450098,450165..>450277)	Aspergillus niger	4989510
An17g01885	mRNA	An17g01885	NT_166532.1	450578	451307	R	An17g01885	complement(join(<450578..450704,450861..451017,451106..>451307))	Aspergillus niger	4989511
An17g01895	mRNA	An17g01895	NT_166532.1	452171	452917	D	An17g01895	join(<452171..452448,452533..>452917)	Aspergillus niger	84593602
An17g01905	mRNA	An17g01905	NT_166532.1	454782	455689	R	An17g01905	complement(join(<454782..455173,455407..455506,455558..>455689))	Aspergillus niger	84593603
An17g01915	mRNA	An17g01915	NT_166532.1	456990	457539	D	An17g01915	join(<456990..457210,457449..>457539)	Aspergillus niger	84593604
An17g01925	mRNA	An17g01925	NT_166532.1	460441	462068	D	An17g01925	join(<460441..461877,461937..>462068)	Aspergillus niger	4989515
An17g01935	mRNA	An17g01935	NT_166532.1	463074	464351	D	An17g01935	join(<463074..463371,463771..464016,464203..>464351)	Aspergillus niger	84593605
An17g01945	mRNA	An17g01945	NT_166532.1	465835	467058	D	An17g01945	join(<465835..465847,465952..466002,466120..466165,466235..466308,466387..466534,466605..>467058)	Aspergillus niger	4989517
An17g01955	mRNA	An17g01955	NT_166532.1	467264	468401	R	An17g01955	complement(join(<467264..467307,467384..>468401))	Aspergillus niger	4989518
An17g01965	mRNA	An17g01965	NT_166532.1	469636	470748	D	An17g01965	join(<469636..469787,469860..>470748)	Aspergillus niger	4989519
An17g01975	mRNA	An17g01975	NT_166532.1	471154	472485	R	An17g01975	complement(<471154..>472485)	Aspergillus niger	4989520
An17g01977	mRNA	An17g01977	NT_166532.1	472854	474734	D	An17g01977	<472854..>474734	Aspergillus niger	4989521
An17g02010	mRNA	An17g02010	NT_166532.1	477604	480398	R	An17g02010	complement(join(<477604..478016,478067..478166,478229..480242,480382..>480398))	Aspergillus niger	4989522
An17g02020	mRNA	An17g02020	NT_166532.1	482623	484048	R	An17g02020	complement(join(<482623..483694,483759..483873,483955..>484048))	Aspergillus niger	4989523
An17g02030	mRNA	An17g02030	NT_166532.1	484968	486283	D	An17g02030	join(<484968..485833,485896..>486283)	Aspergillus niger	4989524
An17g02040	mRNA	An17g02040	NT_166532.1	487102	490818	D	An17g02040	join(<487102..487956,488029..488769,488815..>490818)	Aspergillus niger	4989525
An17g02050	mRNA	An17g02050	NT_166532.1	492253	492645	D	An17g02050	join(<492253..492362,492498..>492645)	Aspergillus niger	84593606
An17g02060	mRNA	An17g02060	NT_166532.1	497361	499699	D	An17g02060	join(<497361..497691,497772..>499699)	Aspergillus niger	4989527
An17g02070	mRNA	An17g02070	NT_166532.1	500640	502073	D	An17g02070	<500640..>502073	Aspergillus niger	4989528
An17g02075	mRNA	An17g02075	NT_166532.1	502766	504658	R	An17g02075	complement(join(<502766..503439,503500..>504658))	Aspergillus niger	4989529
An17g02080	mRNA	An17g02080	NT_166532.1	505245	507305	R	An17g02080	complement(join(<505245..505824,505894..>507305))	Aspergillus niger	4989530
An17g02090	mRNA	An17g02090	NT_166532.1	510106	511360	D	An17g02090	join(<510106..510529,510642..510940,511019..>511360)	Aspergillus niger	4989531
An17g02095	mRNA	An17g02095	NT_166532.1	512202	512565	D	An17g02095	join(<512202..512282,512362..>512565)	Aspergillus niger	4989532
An17g02100	mRNA	An17g02100	NT_166532.1	512806	513358	R	An17g02100	complement(join(<512806..512904,512971..513041,513103..513181,513248..>513358))	Aspergillus niger	4989533
An17g02110	mRNA	An17g02110	NT_166532.1	514473	515879	D	An17g02110	<514473..>515879	Aspergillus niger	4989534
An17g02120	mRNA	An17g02120	NT_166532.1	519639	521305	D	An17g02120	join(<519639..519649,519739..>521305)	Aspergillus niger	4989535
An17g02130	mRNA	An17g02130	NT_166532.1	522188	522916	R	An17g02130	complement(<522188..>522916)	Aspergillus niger	4989536
An17g02140	mRNA	An17g02140	NT_166532.1	524114	525472	D	An17g02140	join(<524114..524356,524437..524524,524593..524964,525030..>525472)	Aspergillus niger	4989537
An17g02150	mRNA	An17g02150	NT_166532.1	526622	528256	D	An17g02150	join(<526622..526919,527208..>528256)	Aspergillus niger	4989538
An17g02160	mRNA	An17g02160	NT_166532.1	528466	529788	R	An17g02160	complement(join(<528466..528497,528568..528799,528857..529051,529120..>529788))	Aspergillus niger	4989539
An17g02170	mRNA	An17g02170	NT_166532.1	530253	531941	R	An17g02170	complement(join(<530253..530582,530640..530866,530921..531552,531612..531768,531830..>531941))	Aspergillus niger	4989540
An17g02180	mRNA	An17g02180	NT_166532.1	532499	533845	R	An17g02180	complement(join(<532499..532911,532970..533012,533431..533528,533578..533756,533811..>533845))	Aspergillus niger	4989541
An17g02190	mRNA	An17g02190	NT_166532.1	534542	535718	R	An17g02190	complement(join(<534542..534924,534989..>535718))	Aspergillus niger	4989542
An17g02200	mRNA	An17g02200	NT_166532.1	535937	536938	D	An17g02200	join(<535937..535990,536048..>536938)	Aspergillus niger	4989543
An17g02210	mRNA	An17g02210	NT_166532.1	537373	539114	R	An17g02210	complement(join(<537373..537416,537468..537614,537690..538818,538881..538930,538994..>539114))	Aspergillus niger	4989544
An17g02220	mRNA	An17g02220	NT_166532.1	540765	542562	D	An17g02220	join(<540765..540940,541009..542126,542183..542280,542392..>542562)	Aspergillus niger	4989545
An17g02230	mRNA	An17g02230	NT_166532.1	543058	543921	R	An17g02230	complement(<543058..>543921)	Aspergillus niger	4989546
An17g02240	mRNA	An17g02240	NT_166532.1	544279	545153	D	An17g02240	join(<544279..544306,544583..544644,544714..545000,545066..>545153)	Aspergillus niger	4989547
An17g02250	mRNA	An17g02250	NT_166532.1	546374	547026	D	An17g02250	join(<546374..546545,546617..546747,546883..>547026)	Aspergillus niger	4989548
An17g02270	mRNA	An17g02270	NT_166532.1	549283	549978	R	An17g02270	complement(<549283..>549978)	Aspergillus niger	84593607
An17g02280	mRNA	An17g02280	NT_166532.1	552562	554404	R	An17g02280	complement(join(<552562..552659,552719..553968,554106..554186,554256..>554404))	Aspergillus niger	4989550
An17g02283	mRNA	An17g02283	NT_166532.1	555687	556187	D	An17g02283	<555687..>556187	Aspergillus niger	84593608
An17g02285	mRNA	An17g02285	NT_166532.1	556251	557338	D	An17g02285	join(<556251..556682,556737..556768,556817..556971,557033..557237,557305..>557338)	Aspergillus niger	4989552
An17g02287	mRNA	An17g02287	NT_166532.1	559200	559472	R	An17g02287	complement(<559200..>559472)	Aspergillus niger	4989553
An17g02290	mRNA	An17g02290	NT_166532.1	559796	564858	R	An17g02290	complement(join(<559796..559905,559958..560172,560229..560302,560361..564222,564278..564467,564518..564610,564684..>564858))	Aspergillus niger	4989554
An17g02300	mRNA	An17g02300	NT_166532.1	566091	567576	R	An17g02300	complement(join(<566091..566141,566201..566544,566598..567311,567363..567442,567530..>567576))	Aspergillus niger	4989555
An17g02310	mRNA	An17g02310	NT_166532.1	568743	573789	D	An17g02310	join(<568743..568831,568885..568924,568981..569496,569550..569888,569939..570073,570122..570188,570252..570383,570435..570784,570837..570982,571034..571183,571270..571502,571565..571708,571762..572094,572143..572231,572289..572423,572510..572742,572802..572925,572980..573025,573092..573242,573305..573453,573503..>573789)	Aspergillus niger	4989556
An17g02320	mRNA	An17g02320	NT_166532.1	574946	576981	D	An17g02320	join(<574946..575055,575106..575187,575244..575340,575390..575544,575594..575621,575672..575885,575936..576130,576201..>576981)	Aspergillus niger	4989557
An17g02330	mRNA	An17g02330	NT_166532.1	577655	579372	R	An17g02330	complement(join(<577655..577783,577836..577894,577949..577991,578048..578637,578688..578995,579059..>579372))	Aspergillus niger	4989558
An17g02340	mRNA	An17g02340	NT_166532.1	580021	581831	R	An17g02340	complement(join(<580021..580197,580253..580621,580672..580762,580818..581239,581299..581460,581564..581634,581699..>581831))	Aspergillus niger	4989559
An17g02350	mRNA	An17g02350	NT_166532.1	582392	583137	R	An17g02350	complement(join(<582392..582631,582685..582813,582874..583013,583083..>583137))	Aspergillus niger	4989560
An17g02360	mRNA	An17g02360	NT_166532.1	583733	586124	R	An17g02360	complement(join(<583733..584014,584067..>586124))	Aspergillus niger	4989561
An17g02370	mRNA	An17g02370	NT_166532.1	587806	588640	D	An17g02370	join(<587806..587954,588025..588387,588429..>588640)	Aspergillus niger	4989562
An17g02380	mRNA	An17g02380	NT_166532.1	588925	589470	R	An17g02380	complement(join(<588925..589118,589179..589317,589468..>589470))	Aspergillus niger	4989563
An17g02390	mRNA	An17g02390	NT_166532.1	590921	592004	D	An17g02390	join(<590921..590934,591013..591097,591144..591169,591296..591797,591860..>592004)	Aspergillus niger	10098096
An17g02400	mRNA	An17g02400	NT_166532.1	593004	593805	D	An17g02400	join(<593004..593042,593126..593205,593487..593496,593554..593605,593741..>593805)	Aspergillus niger	84593609
An03g00010	mRNA	An03g00010	NT_166520.1	2	4550	D	An03g00010	join(<2..122,187..1348,1410..2509,2572..2678,2735..3013,3066..3267,3324..4045,4255..4313,4400..>4550)	Aspergillus niger	4980698
An03g00020	mRNA	An03g00020	NT_166520.1	6195	8706	D	An03g00020	join(<6195..6293,6360..6387,6450..6513,6570..6818,6893..7130,7193..7264,7387..>8706)	Aspergillus niger	4980707
An03g00030	mRNA	An03g00030	NT_166520.1	8874	10021	D	An03g00030	join(<8874..8903,8963..9148,9216..9547,9613..>10021)	Aspergillus niger	4980726
An03g00040	mRNA	An03g00040	NT_166520.1	10510	11514	R	An03g00040	complement(join(<10510..11049,11119..>11514))	Aspergillus niger	4980727
An03g00050	mRNA	An03g00050	NT_166520.1	11790	13308	D	An03g00050	join(<11790..12083,12146..12620,12731..12973,13034..13122,13190..>13308)	Aspergillus niger	84590584
An03g00060	mRNA	An03g00060	NT_166520.1	14315	15931	D	An03g00060	join(<14315..14682,14743..>15931)	Aspergillus niger	4980715
An03g00070	mRNA	An03g00070	NT_166520.1	16369	16599	R	An03g00070	complement(join(<16369..16432,16496..16524,16597..>16599))	Aspergillus niger	84590585
An03g00080	mRNA	An03g00080	NT_166520.1	17994	18412	R	An03g00080	complement(join(<17994..18177,18402..>18412))	Aspergillus niger	84590586
An03g00090	mRNA	An03g00090	NT_166520.1	19330	19707	R	An03g00090	complement(join(<19330..19404,19464..19548,19625..>19707))	Aspergillus niger	84590587
An03g00100	mRNA	An03g00100	NT_166520.1	20071	21457	R	An03g00100	complement(join(<20071..20520,20612..20697,20972..21045,21076..21168,21219..21259,21446..>21457))	Aspergillus niger	84590588
An03g00110	mRNA	An03g00110	NT_166520.1	22055	22509	R	An03g00110	complement(join(<22055..22126,22165..22388,22467..>22509))	Aspergillus niger	84590589
An03g00120	mRNA	An03g00120	NT_166520.1	22998	24156	D	An03g00120	join(<22998..23285,23392..23536,23719..23726,23761..23827,23875..23988,24092..>24156)	Aspergillus niger	84590590
An03g00130	mRNA	An03g00130	NT_166520.1	25331	26938	D	An03g00130	<25331..>26938	Aspergillus niger	4980721
An03g00140	mRNA	An03g00140	NT_166520.1	29431	30465	R	An03g00140	complement(<29431..>30465)	Aspergillus niger	4980709
An03g00150	mRNA	An03g00150	NT_166520.1	31563	32579	D	An03g00150	<31563..>32579	Aspergillus niger	84590591
An03g00160	mRNA	An03g00160	NT_166520.1	33004	36248	R	An03g00160	complement(join(<33004..33248,33307..33845,33949..34548,34614..35466,35982..36028,36115..>36248))	Aspergillus niger	4980692
An03g00170	mRNA	An03g00170	NT_166520.1	36824	38246	R	An03g00170	complement(join(<36824..37731,37793..37885,37937..>38246))	Aspergillus niger	4980705
An03g00180	mRNA	An03g00180	NT_166520.1	38672	40280	R	An03g00180	complement(join(<38672..38779,38947..39068,39146..>40280))	Aspergillus niger	4980712
An03g00190	mRNA	pelB	NT_166520.1	41589	42956	R	An03g00190	complement(join(<41589..41924,41982..42312,42369..42494,42551..42694,42754..>42956))	Aspergillus niger	4980695
An03g00200	mRNA	An03g00200	NT_166520.1	44557	45208	D	An03g00200	join(<44557..44875,44973..>45208)	Aspergillus niger	4980702
An03g00210	mRNA	An03g00210	NT_166520.1	45264	45878	R	An03g00210	complement(join(<45264..45687,45754..>45878))	Aspergillus niger	4980725
An03g00220	mRNA	An03g00220	NT_166520.1	46175	46564	R	An03g00220	complement(join(<46175..46285,46361..>46564))	Aspergillus niger	84590592
An03g00230	mRNA	An03g00230	NT_166520.1	47264	49237	D	An03g00230	join(<47264..47398,47453..47523,47580..47693,47800..48263,48330..48353,48413..48738,48803..>49237)	Aspergillus niger	4980708
An03g00240	mRNA	An03g00240	NT_166520.1	49505	51533	R	An03g00240	complement(join(<49505..50101,50162..51142,51197..51275,51342..51400,51465..>51533))	Aspergillus niger	4980703
An03g00250	mRNA	An03g00250	NT_166520.1	52428	53188	R	An03g00250	complement(join(<52428..52825,52900..>53188))	Aspergillus niger	4980694
An03g00260	mRNA	An03g00260	NT_166520.1	54348	55563	D	An03g00260	join(<54348..54630,54681..55091,55160..>55563)	Aspergillus niger	84590593
An03g00270	mRNA	An03g00270	NT_166520.1	57290	58584	R	An03g00270	complement(join(<57290..57369,57526..57542,57574..57588,57959..58160,58383..>58584))	Aspergillus niger	84590594
An03g00280	mRNA	An03g00280	NT_166520.1	58715	60094	R	An03g00280	complement(join(<58715..58975,59029..59305,59364..59629,59686..59848,59910..>60094))	Aspergillus niger	4980699
An03g00290	mRNA	An03g00290	NT_166520.1	61676	63171	D	An03g00290	join(<61676..61882,61943..62168,62233..62379,62451..62568,62619..62687,62838..>63171)	Aspergillus niger	4980718
An03g00300	mRNA	An03g00300	NT_166520.1	63661	64932	D	An03g00300	<63661..>64932	Aspergillus niger	84590595
An03g00310	mRNA	An03g00310	NT_166520.1	66318	67694	D	An03g00310	<66318..>67694	Aspergillus niger	4980696
An03g00320	mRNA	An03g00320	NT_166520.1	68600	70184	D	An03g00320	join(<68600..68766,68828..69229,69290..>70184)	Aspergillus niger	4980691
An03g00330	mRNA	An03g00330	NT_166520.1	70866	71824	R	An03g00330	complement(join(<70866..71231,71340..71487,71766..>71824))	Aspergillus niger	10098126
An03g00340	mRNA	An03g00340	NT_166520.1	71983	73283	R	An03g00340	complement(join(<71983..72010,72181..72352,72428..72755,72808..72924,72979..73059,73119..>73283))	Aspergillus niger	4980729
An03g00350	mRNA	An03g00350	NT_166520.1	73650	74732	D	An03g00350	<73650..>74732	Aspergillus niger	4980706
An03g00360	mRNA	An03g00360	NT_166520.1	74814	75980	R	An03g00360	complement(<74814..>75980)	Aspergillus niger	4980700
An03g00370	mRNA	An03g00370	NT_166520.1	76399	77864	D	An03g00370	join(<76399..76700,76799..>77864)	Aspergillus niger	4980728
An03g00380	mRNA	An03g00380	NT_166520.1	78510	79461	D	An03g00380	join(<78510..79010,79069..>79461)	Aspergillus niger	4980723
An03g00390	mRNA	An03g00390	NT_166520.1	80643	81530	D	An03g00390	<80643..>81530	Aspergillus niger	84590596
An03g00400	mRNA	An03g00400	NT_166520.1	82784	83791	R	An03g00400	complement(<82784..>83791)	Aspergillus niger	4980710
An03g00410	mRNA	An03g00410	NT_166520.1	84988	86838	D	An03g00410	join(<84988..85078,85162..86069,86122..86248,86303..86422,86474..>86838)	Aspergillus niger	4980688
An03g00420	mRNA	An03g00420	NT_166520.1	87033	88405	R	An03g00420	complement(join(<87033..87400,87467..87534,87588..87730,87782..88006,88065..88169,88226..>88405))	Aspergillus niger	4980690
An03g00430	mRNA	An03g00430	NT_166520.1	89401	91251	D	An03g00430	join(<89401..89545,89609..89769,89800..89914,90096..90413,90467..>91251)	Aspergillus niger	4980738
An03g00450	mRNA	An03g00450	NT_166520.1	92689	93441	D	An03g00450	<92689..>93441	Aspergillus niger	4980731
An03g00460	mRNA	An03g00460	NT_166520.1	93795	95403	R	An03g00460	complement(join(<93795..95042,95149..>95403))	Aspergillus niger	4980732
An03g00470	mRNA	An03g00470	NT_166520.1	96294	97782	D	An03g00470	join(<96294..96473,96539..96820,96879..96951,97022..97251,97351..>97782)	Aspergillus niger	4980733
An03g00480	mRNA	An03g00480	NT_166520.1	98602	100592	R	An03g00480	complement(join(<98602..100280,100334..>100592))	Aspergillus niger	4980734
An03g00490	mRNA	An03g00490	NT_166520.1	101233	102292	D	An03g00490	join(<101233..101242,101343..>102292)	Aspergillus niger	4980735
An03g00500	mRNA	An03g00500	NT_166520.1	102859	104387	R	An03g00500	complement(join(<102859..103457,103520..>104387))	Aspergillus niger	4980736
An03g00520	mRNA	An03g00520	NT_166520.1	105583	107489	D	An03g00520	join(<105583..105883,105952..>107489)	Aspergillus niger	84590597
An03g00530	mRNA	An03g00530	NT_166520.1	108512	109907	R	An03g00530	complement(join(<108512..108859,108938..109132,109188..109239,109296..109846,109896..>109907))	Aspergillus niger	84590598
An03g00540	mRNA	An03g00540	NT_166520.1	110377	110594	R	An03g00540	complement(join(<110377..110398,110486..110551,110584..>110594))	Aspergillus niger	84590599
An03g00550	mRNA	An03g00550	NT_166520.1	111660	112322	D	An03g00550	<111660..>112322	Aspergillus niger	4980043
An03g00560	mRNA	An03g00560	NT_166520.1	112955	113770	D	An03g00560	join(<112955..113558,113733..>113770)	Aspergillus niger	4980044
An03g00580	mRNA	An03g00580	NT_166520.1	116064	117665	R	An03g00580	complement(<116064..>117665)	Aspergillus niger	4980046
An03g00590	mRNA	An03g00590	NT_166520.1	118823	120027	D	An03g00590	join(<118823..118825,118885..>120027)	Aspergillus niger	4980047
An03g00600	mRNA	An03g00600	NT_166520.1	120814	121863	R	An03g00600	complement(<120814..>121863)	Aspergillus niger	4980048
An03g00610	mRNA	An03g00610	NT_166520.1	122336	122586	D	An03g00610	join(<122336..122351,122432..>122586)	Aspergillus niger	84590600
An03g00620	mRNA	An03g00620	NT_166520.1	124631	125281	D	An03g00620	join(<124631..124716,124926..125019,125066..>125281)	Aspergillus niger	84590601
An03g00630	mRNA	An03g00630	NT_166520.1	125341	126496	R	An03g00630	complement(join(<125341..125441,125796..125898,126044..126077,126171..126364,126449..>126496))	Aspergillus niger	84590602
An03g00640	mRNA	An03g00640	NT_166520.1	126874	128656	D	An03g00640	join(<126874..127034,127107..127514,127568..127737,127796..127923,127981..128095,128151..>128656)	Aspergillus niger	4980052
An03g00650	mRNA	An03g00650	NT_166520.1	128912	135718	R	An03g00650	complement(<128912..>135718)	Aspergillus niger	4980053
An03g00660	mRNA	An03g00660	NT_166520.1	136212	137479	D	An03g00660	join(<136212..136346,136432..137164,137229..>137479)	Aspergillus niger	4980054
An03g00670	mRNA	An03g00670	NT_166520.1	138397	139551	R	An03g00670	complement(<138397..>139551)	Aspergillus niger	4980055
An03g00680	mRNA	An03g00680	NT_166520.1	140374	142211	D	An03g00680	join(<140374..140569,140740..>142211)	Aspergillus niger	4980056
An03g00690	mRNA	An03g00690	NT_166520.1	142820	143076	D	An03g00690	join(<142820..142825,142909..>143076)	Aspergillus niger	4980057
An03g00700	mRNA	An03g00700	NT_166520.1	144314	144817	D	An03g00700	join(<144314..144356,144511..144611,144740..>144817)	Aspergillus niger	84590603
An03g00720	mRNA	An03g00720	NT_166520.1	145654	145890	R	An03g00720	complement(join(<145654..145787,145860..>145890))	Aspergillus niger	4980060
An03g00730	mRNA	An03g00730	NT_166520.1	146356	148561	R	An03g00730	complement(join(<146356..146561,146629..147540,147613..148192,148253..>148561))	Aspergillus niger	4980061
An03g00740	mRNA	An03g00740	NT_166520.1	148981	150760	R	An03g00740	complement(join(<148981..149559,149620..150362,150394..150520,150746..>150760))	Aspergillus niger	4980062
An03g00750	mRNA	An03g00750	NT_166520.1	151153	153932	D	An03g00750	join(<151153..151164,151389..151445,151484..151626,151681..151796,151847..151981,152030..152574,152619..152892,152938..153113,153161..153344,153397..>153932)	Aspergillus niger	4980063
An03g00760	mRNA	An03g00760	NT_166520.1	155088	156604	R	An03g00760	complement(join(<155088..155138,155531..155576,155662..155799,156014..156216,156383..>156604))	Aspergillus niger	84590604
An03g00770	mRNA	An03g00770	NT_166520.1	156933	158054	D	An03g00770	<156933..>158054	Aspergillus niger	4980065
An03g00790	mRNA	An03g00790	NT_166520.1	159723	160237	R	An03g00790	complement(join(<159723..159961,160012..>160237))	Aspergillus niger	4980067
An03g00800	mRNA	An03g00800	NT_166520.1	160865	161518	D	An03g00800	join(<160865..160939,161082..161338,161434..>161518)	Aspergillus niger	84590605
An03g00810	mRNA	An03g00810	NT_166520.1	161780	162025	R	An03g00810	complement(join(<161780..161796,161902..>162025))	Aspergillus niger	84590606
An03g00820	mRNA	An03g00820	NT_166520.1	162277	163659	D	An03g00820	join(<162277..162321,162430..162603,162924..162977,163363..>163659)	Aspergillus niger	84590607
An03g00830	mRNA	An03g00830	NT_166520.1	164268	165443	R	An03g00830	complement(<164268..>165443)	Aspergillus niger	84590608
An03g00840	mRNA	An03g00840	NT_166520.1	165894	167903	D	An03g00840	<165894..>167903	Aspergillus niger	84590609
An03g00850	mRNA	An03g00850	NT_166520.1	169439	170555	D	An03g00850	join(<169439..169765,169820..170172,170228..>170555)	Aspergillus niger	4980073
An03g00860	mRNA	An03g00860	NT_166520.1	171299	172519	D	An03g00860	join(<171299..171472,171523..171677,171747..172079,172141..>172519)	Aspergillus niger	4980074
An03g00870	mRNA	An03g00870	NT_166520.1	172881	175340	D	An03g00870	join(<172881..173059,173275..173334,173517..175086,175221..>175340)	Aspergillus niger	4980075
An03g00880	mRNA	An03g00880	NT_166520.1	175841	176723	D	An03g00880	join(<175841..176681,176719..>176723)	Aspergillus niger	4980076
An03g00890	mRNA	An03g00890	NT_166520.1	177101	178340	R	An03g00890	complement(join(<177101..177706,177760..177907,177962..178212,178254..>178340))	Aspergillus niger	4980077
An03g00900	mRNA	An03g00900	NT_166520.1	178549	179114	R	An03g00900	complement(join(<178549..178710,178775..179048,179107..>179114))	Aspergillus niger	4980078
An03g00910	mRNA	An03g00910	NT_166520.1	180047	181362	R	An03g00910	complement(join(<180047..181135,181189..>181362))	Aspergillus niger	4980079
An03g00920	mRNA	An03g00920	NT_166520.1	182165	183474	D	An03g00920	join(<182165..182195,182249..>183474)	Aspergillus niger	4980080
An03g00930	mRNA	An03g00930	NT_166520.1	183553	184006	D	An03g00930	join(<183553..183571,183617..183713,183790..183877,183944..>184006)	Aspergillus niger	84590610
An03g00940	mRNA	xynA	NT_166520.1	184694	186187	R	An03g00940	complement(join(<184694..184783,184844..184909,184972..185062,185115..185160,185216..185304,185358..185503,185556..185677,185739..185787,185847..185887,185944..>186187))	Aspergillus niger	4980082
An03g00950	mRNA	An03g00950	NT_166520.1	186677	186943	R	An03g00950	complement(join(<186677..186806,186840..>186943))	Aspergillus niger	84590611
An03g00960	mRNA	axhA	NT_166520.1	187532	188530	D	An03g00960	<187532..>188530	Aspergillus niger	4980084
An03g00970	mRNA	An03g00970	NT_166520.1	188942	191266	D	An03g00970	join(<188942..189379,189419..>191266)	Aspergillus niger	4980085
An03g00980	mRNA	An03g00980	NT_166520.1	192006	192833	R	An03g00980	complement(<192006..>192833)	Aspergillus niger	4980086
An03g00990	mRNA	An03g00990	NT_166520.1	192966	194594	R	An03g00990	complement(join(<192966..193037,193111..193260,193561..193804,194071..194268,194361..194490,194570..>194594))	Aspergillus niger	84590612
An03g01000	mRNA	An03g01000	NT_166520.1	195446	196840	D	An03g01000	join(<195446..195509,195641..195825,195877..195913,195963..196422,196480..>196840)	Aspergillus niger	4980088
An03g01010	mRNA	An03g01010	NT_166520.1	197246	199640	R	An03g01010	complement(join(<197246..197318,197374..197516,197571..198202,198256..198346,198393..198510,198560..199021,199074..199337,199429..>199640))	Aspergillus niger	4980089
An03g01020	mRNA	An03g01020	NT_166520.1	200043	200389	R	An03g01020	complement(join(<200043..200176,200218..>200389))	Aspergillus niger	84590613
An03g01030	mRNA	An03g01030	NT_166520.1	200573	202156	R	An03g01030	complement(join(<200573..200816,200872..201625,201700..201910,201968..>202156))	Aspergillus niger	4980091
An03g01040	mRNA	An03g01040	NT_166520.1	202214	203735	D	An03g01040	join(<202214..202285,202413..202488,202575..202700,202796..202954,203042..203106,203156..203217,203312..203455,203537..>203735)	Aspergillus niger	84590614
An03g01050	mRNA	An03g01050	NT_166520.1	204486	206112	D	An03g01050	join(<204486..204893,204950..205123,205204..205771,205848..205932,206067..>206112)	Aspergillus niger	4980093
An03g01060	mRNA	An03g01060	NT_166520.1	206577	207068	R	An03g01060	complement(join(<206577..206679,206747..206825,206900..>207068))	Aspergillus niger	4980094
An03g01070	mRNA	An03g01070	NT_166520.1	207433	208678	R	An03g01070	complement(join(<207433..207576,207671..207697,207748..207824,208225..208344,208651..>208678))	Aspergillus niger	84590615
An03g01080	mRNA	An03g01080	NT_166520.1	210045	210465	D	An03g01080	join(<210045..210273,210323..>210465)	Aspergillus niger	84590616
An03g01090	mRNA	An03g01090	NT_166520.1	211024	212439	R	An03g01090	complement(join(<211024..211210,211272..211777,211830..212209,212271..>212439))	Aspergillus niger	4980097
An03g01100	mRNA	An03g01100	NT_166520.1	212840	214791	R	An03g01100	complement(join(<212840..212961,213051..213186,213360..213564,213976..214086,214435..214524,214658..>214791))	Aspergillus niger	84590617
An03g01110	mRNA	An03g01110	NT_166520.1	214894	216151	D	An03g01110	join(<214894..215005,215068..215079,215163..215266,215320..215355,215421..216055,216121..>216151)	Aspergillus niger	4980099
An03g01120	mRNA	An03g01120	NT_166520.1	216249	217754	R	An03g01120	complement(join(<216249..216361,216425..216514,216564..216806,216865..217345,217422..>217754))	Aspergillus niger	4980100
An03g01130	mRNA	An03g01130	NT_166520.1	218522	219346	R	An03g01130	complement(<218522..>219346)	Aspergillus niger	4980101
An03g01140	mRNA	An03g01140	NT_166520.1	219953	221443	D	An03g01140	join(<219953..220333,220389..220728,220791..>221443)	Aspergillus niger	4980102
An03g01150	mRNA	An03g01150	NT_166520.1	221452	222614	R	An03g01150	complement(join(<221452..221502,221705..221767,221859..221890,221940..222035,222205..222342,222575..>222614))	Aspergillus niger	84590618
An03g01160	mRNA	An03g01160	NT_166520.1	222796	224061	D	An03g01160	<222796..>224061	Aspergillus niger	4980104
An03g01170	mRNA	An03g01170	NT_166520.1	224709	225289	D	An03g01170	join(<224709..224945,225017..>225289)	Aspergillus niger	4980105
An03g01180	mRNA	An03g01180	NT_166520.1	226297	227158	R	An03g01180	complement(join(<226297..226517,226654..>227158))	Aspergillus niger	4980106
An03g01190	mRNA	An03g01190	NT_166520.1	227704	228615	D	An03g01190	<227704..>228615	Aspergillus niger	4980107
An03g01200	mRNA	An03g01200	NT_166520.1	229377	231621	D	An03g01200	join(<229377..229423,229617..229667,229725..230466,230526..231298,231357..>231621)	Aspergillus niger	4980108
An03g01210	mRNA	An03g01210	NT_166520.1	231745	232947	D	An03g01210	join(<231745..231761,231850..231933,232028..232228,232278..232513,232641..232771,232864..>232947)	Aspergillus niger	84590619
An03g01220	mRNA	An03g01220	NT_166520.1	233018	233584	D	An03g01220	join(<233018..233404,233522..>233584)	Aspergillus niger	84590620
An03g01230	mRNA	An03g01230	NT_166520.1	233903	235841	R	An03g01230	complement(join(<233903..234288,234367..234583,234644..235669,235707..>235841))	Aspergillus niger	4980111
An03g01240	mRNA	An03g01240	NT_166520.1	236315	238245	R	An03g01240	complement(join(<236315..237249,237297..237320,237375..237910,237971..>238245))	Aspergillus niger	4980112
An03g01250	mRNA	An03g01250	NT_166520.1	238363	239189	R	An03g01250	complement(join(<238363..238648,238975..>239189))	Aspergillus niger	84590621
An03g01260	mRNA	An03g01260	NT_166520.1	240032	240337	R	An03g01260	complement(join(<240032..240196,240266..>240337))	Aspergillus niger	84590622
An03g01270	mRNA	An03g01270	NT_166520.1	241457	242281	D	An03g01270	join(<241457..241546,241613..242052,242110..>242281)	Aspergillus niger	4980115
An03g01280	mRNA	An03g01280	NT_166520.1	242812	244817	D	An03g01280	join(<242812..243256,243310..244658,244734..>244817)	Aspergillus niger	4980116
An03g01290	mRNA	An03g01290	NT_166520.1	245471	247492	D	An03g01290	join(<245471..246140,246197..246565,246630..247075,247163..>247492)	Aspergillus niger	4980117
An03g01300	mRNA	An03g01300	NT_166520.1	248120	250290	D	An03g01300	join(<248120..248154,248535..248692,248810..248970,249024..249128,249185..249582,249669..249733,249806..>250290)	Aspergillus niger	4980118
An03g01310	mRNA	An03g01310	NT_166520.1	251270	253171	R	An03g01310	complement(join(<251270..252848,252918..253053,253147..>253171))	Aspergillus niger	4980119
An03g01320	mRNA	An03g01320	NT_166520.1	254415	255185	D	An03g01320	<254415..>255185	Aspergillus niger	4980120
An03g01330	mRNA	An03g01330	NT_166520.1	255393	256593	D	An03g01330	join(<255393..255499,255616..255774,255985..256050,256180..256337,256532..>256593)	Aspergillus niger	84590623
An03g01340	mRNA	An03g01340	NT_166520.1	256927	257666	R	An03g01340	complement(join(<256927..257125,257283..257452,257655..>257666))	Aspergillus niger	84590624
An03g01350	mRNA	An03g01350	NT_166520.1	257722	259097	D	An03g01350	join(<257722..257896,258034..258116,258170..258346,258402..258471,258528..258778,258831..>259097)	Aspergillus niger	4980124
An03g01360	mRNA	An03g01360	NT_166520.1	259113	260492	D	An03g01360	join(<259113..259337,259388..259721,259775..260112,260166..>260492)	Aspergillus niger	84590625
An03g01370	mRNA	An03g01370	NT_166520.1	260675	261559	R	An03g01370	complement(<260675..>261559)	Aspergillus niger	4980125
An03g01380	mRNA	An03g01380	NT_166520.1	262220	262617	D	An03g01380	join(<262220..262231,262273..>262617)	Aspergillus niger	84590626
An03g01390	mRNA	An03g01390	NT_166520.1	263005	264222	D	An03g01390	<263005..>264222	Aspergillus niger	4980127
An03g01400	mRNA	An03g01400	NT_166520.1	265262	266067	R	An03g01400	complement(join(<265262..265693,265972..>266067))	Aspergillus niger	84590627
An03g01410	mRNA	An03g01410	NT_166520.1	266475	268218	D	An03g01410	join(<266475..267418,267474..>268218)	Aspergillus niger	4980130
An03g01420	mRNA	An03g01420	NT_166520.1	269072	271273	D	An03g01420	join(<269072..271097,271212..>271273)	Aspergillus niger	84590628
An03g01430	mRNA	An03g01430	NT_166520.1	273429	274812	R	An03g01430	complement(join(<273429..273860,273923..274131,274205..274344,274395..274621,274672..>274812))	Aspergillus niger	4980131
An03g01440	mRNA	An03g01440	NT_166520.1	275608	276269	D	An03g01440	join(<275608..275726,275820..275885,275984..276050,276141..>276269)	Aspergillus niger	84590629
An03g01450	mRNA	An03g01450	NT_166520.1	276548	278482	R	An03g01450	complement(join(<276548..276780,276840..277127,277188..277564,277615..277761,277814..278117,278180..278235,278292..>278482))	Aspergillus niger	4980133
An03g01460	mRNA	An03g01460	NT_166520.1	278943	280113	R	An03g01460	complement(join(<278943..279290,279354..279832,279891..>280113))	Aspergillus niger	4980134
An03g01470	mRNA	An03g01470	NT_166520.1	280561	282368	D	An03g01470	join(<280561..280664,280716..280765,280858..281055,281100..281184,281229..281685,281735..282126,282173..>282368)	Aspergillus niger	4980135
An03g01480	mRNA	An03g01480	NT_166520.1	282679	284959	D	An03g01480	join(<282679..283297,283333..284574,284667..>284959)	Aspergillus niger	4980136
An03g01490	mRNA	An03g01490	NT_166520.1	285317	286171	R	An03g01490	complement(<285317..>286171)	Aspergillus niger	4980137
An03g01500	mRNA	An03g01500	NT_166520.1	286493	287497	R	An03g01500	complement(join(<286493..287287,287318..>287497))	Aspergillus niger	84590630
An03g01510	mRNA	An03g01510	NT_166520.1	288021	288513	D	An03g01510	join(<288021..288044,288145..>288513)	Aspergillus niger	84590631
An03g01520	mRNA	An03g01520	NT_166520.1	288984	290193	R	An03g01520	complement(join(<288984..289919,289975..>290193))	Aspergillus niger	4980140
An03g01530	mRNA	An03g01530	NT_166520.1	290799	295216	D	An03g01530	join(<290799..291075,291116..291215,291256..291442,291518..293388,293448..294627,294683..>295216)	Aspergillus niger	4980141
An03g01540	mRNA	An03g01540	NT_166520.1	295558	297235	R	An03g01540	complement(join(<295558..295564,295616..295671,295718..296045,296100..296246,296291..296429,296478..297123,297176..>297235))	Aspergillus niger	4980142
An03g01550	mRNA	An03g01550	NT_166520.1	297512	298030	D	An03g01550	join(<297512..297520,297572..297747,297808..>298030)	Aspergillus niger	84590632
An03g01560	mRNA	An03g01560	NT_166520.1	298413	300568	D	An03g01560	join(<298413..298513,298576..298750,298819..299191,299261..299488,299544..299626,299687..>300568)	Aspergillus niger	4980144
An03g01570	mRNA	An03g01570	NT_166520.1	301070	304026	R	An03g01570	complement(join(<301070..301848,301904..302605,302655..>304026))	Aspergillus niger	4980145
An03g01580	mRNA	An03g01580	NT_166520.1	304392	305785	R	An03g01580	complement(join(<304392..304530,304574..304918,305066..305097,305219..305351,305471..305576,305656..>305785))	Aspergillus niger	84590633
An03g01590	mRNA	An03g01590	NT_166520.1	306278	308134	R	An03g01590	complement(join(<306278..306844,306931..307394,307467..307647,307697..>308134))	Aspergillus niger	4980147
An03g01600	mRNA	An03g01600	NT_166520.1	309248	309959	R	An03g01600	complement(join(<309248..309475,309527..309597,309672..309831,309900..>309959))	Aspergillus niger	84590634
An03g01610	mRNA	An03g01610	NT_166520.1	310579	311493	R	An03g01610	complement(join(<310579..310815,310855..310985,311391..>311493))	Aspergillus niger	84590635
An03g01620	mRNA	An03g01620	NT_166520.1	312836	314687	D	An03g01620	join(<312836..312860,312915..313042,313117..313303,313360..313886,313946..314236,314304..>314687)	Aspergillus niger	4980150
An03g01630	mRNA	An03g01630	NT_166520.1	315807	316404	D	An03g01630	join(<315807..316011,316070..>316404)	Aspergillus niger	4980151
An03g01640	mRNA	An03g01640	NT_166520.1	317579	317895	D	An03g01640	join(<317579..317783,317816..>317895)	Aspergillus niger	4980152
An03g01650	mRNA	An03g01650	NT_166520.1	318071	319335	R	An03g01650	complement(join(<318071..318286,318340..>319335))	Aspergillus niger	4980153
An03g01660	mRNA	An03g01660	NT_166520.1	320630	322722	D	An03g01660	join(<320630..320888,320954..322095,322167..322288,322599..>322722)	Aspergillus niger	4980154
An03g01670	mRNA	An03g01670	NT_166520.1	323252	324323	D	An03g01670	join(<323252..323499,323573..323610,323665..323724,323924..324001,324058..324214,324299..>324323)	Aspergillus niger	4980155
An03g01680	mRNA	An03g01680	NT_166520.1	324449	325242	R	An03g01680	complement(join(<324449..324636,324717..>325242))	Aspergillus niger	4980156
An03g01690	mRNA	An03g01690	NT_166520.1	327058	328560	R	An03g01690	complement(<327058..>328560)	Aspergillus niger	4980157
An03g01700	mRNA	An03g01700	NT_166520.1	329808	331403	R	An03g01700	complement(<329808..>331403)	Aspergillus niger	4980158
An03g01710	mRNA	An03g01710	NT_166520.1	332501	333571	R	An03g01710	complement(join(<332501..332830,332909..333002,333048..333178,333283..333451,333513..>333571))	Aspergillus niger	4980159
An03g01720	mRNA	An03g01720	NT_166520.1	334558	335058	R	An03g01720	complement(join(<334558..334819,334896..334940,334985..>335058))	Aspergillus niger	84590636
An03g01730	mRNA	An03g01730	NT_166520.1	335118	336276	R	An03g01730	complement(join(<335118..335288,335404..335596,335718..335798,335989..336148,336222..>336276))	Aspergillus niger	84590637
An03g01740	mRNA	An03g01740	NT_166520.1	336350	337600	D	An03g01740	<336350..>337600	Aspergillus niger	4980162
An03g01750	mRNA	An03g01750	NT_166520.1	338243	339813	D	An03g01750	join(<338243..338661,338718..>339813)	Aspergillus niger	4980163
An03g01760	mRNA	An03g01760	NT_166520.1	340490	343293	R	An03g01760	complement(join(<340490..341108,341183..341445,341667..341887,341962..342628,342831..343088,343144..>343293))	Aspergillus niger	84590638
An03g01770	mRNA	An03g01770	NT_166520.1	344557	345239	R	An03g01770	complement(join(<344557..344630,344666..>345239))	Aspergillus niger	4980165
An03g01780	mRNA	An03g01780	NT_166520.1	345585	346306	R	An03g01780	complement(join(<345585..345816,345892..345992,346085..346144,346265..>346306))	Aspergillus niger	84590639
An03g01790	mRNA	An03g01790	NT_166520.1	348531	350180	R	An03g01790	complement(join(<348531..349076,349149..349898,350046..>350180))	Aspergillus niger	4980167
An03g01800	mRNA	An03g01800	NT_166520.1	351419	351863	D	An03g01800	join(<351419..351493,351572..351646,351747..>351863)	Aspergillus niger	4980168
An03g01810	mRNA	An03g01810	NT_166520.1	353983	355283	R	An03g01810	complement(join(<353983..354803,354841..354870,355235..>355283))	Aspergillus niger	4980169
An03g01820	mRNA	An03g01820	NT_166520.1	355608	362072	D	An03g01820	join(<355608..356638,356699..>362072)	Aspergillus niger	4980170
An03g01830	mRNA	An03g01830	NT_166520.1	363040	363849	R	An03g01830	complement(<363040..>363849)	Aspergillus niger	4980171
An03g01850	mRNA	An03g01850	NT_166520.1	365114	365941	R	An03g01850	complement(<365114..>365941)	Aspergillus niger	4980173
An03g01860	mRNA	An03g01860	NT_166520.1	367147	367758	R	An03g01860	complement(<367147..>367758)	Aspergillus niger	4980174
An03g01870	mRNA	An03g01870	NT_166520.1	369192	370391	D	An03g01870	join(<369192..369407,369464..369598,369645..>370391)	Aspergillus niger	84590640
An03g01880	mRNA	An03g01880	NT_166520.1	370791	371348	D	An03g01880	<370791..>371348	Aspergillus niger	4980176
An03g01890	mRNA	An03g01890	NT_166520.1	372080	373531	D	An03g01890	join(<372080..372646,372713..>373531)	Aspergillus niger	4980177
An03g01900	mRNA	An03g01900	NT_166520.1	374311	377445	D	An03g01900	join(<374311..374523,374573..374682,374796..374937,374995..375365,375415..375748,375810..375836,376141..376293,376354..376591,376803..376809,377284..377374,377422..>377445)	Aspergillus niger	4980178
An03g01910	mRNA	An03g01910	NT_166520.1	377982	379487	R	An03g01910	complement(<377982..>379487)	Aspergillus niger	4980179
An03g01920	mRNA	An03g01920	NT_166520.1	379759	381190	R	An03g01920	complement(join(<379759..379774,379884..380083,380163..380490,380534..380983,381108..>381190))	Aspergillus niger	84590641
An03g01930	mRNA	An03g01930	NT_166520.1	381500	382600	D	An03g01930	join(<381500..381599,381654..381724,382111..382240,382336..382394,382517..>382600)	Aspergillus niger	84590642
An03g01940	mRNA	An03g01940	NT_166520.1	382915	383745	D	An03g01940	join(<382915..383326,383379..383569,383668..>383745)	Aspergillus niger	4980182
An03g01950	mRNA	An03g01950	NT_166520.1	384425	385429	D	An03g01950	<384425..>385429	Aspergillus niger	4980183
An03g01960	mRNA	An03g01960	NT_166520.1	385593	385952	R	An03g01960	complement(join(<385593..385669,385716..385805,385889..>385952))	Aspergillus niger	84590643
An03g01970	mRNA	An03g01970	NT_166520.1	387005	387703	R	An03g01970	complement(join(<387005..387400,387482..387550,387635..>387703))	Aspergillus niger	84590644
An03g02000	mRNA	An03g02000	NT_166520.1	389357	391590	R	An03g02000	complement(join(<389357..389881,389920..389928,390052..390322,390372..390545,390606..390757,390829..391398,391468..>391590))	Aspergillus niger	4980188
An03g02010	mRNA	An03g02010	NT_166520.1	391764	392899	R	An03g02010	complement(join(<391764..391945,392026..392292,392554..392681,392805..>392899))	Aspergillus niger	84590645
An03g02020	mRNA	An03g02020	NT_166520.1	393138	394138	D	An03g02020	join(<393138..393228,393311..393413,393634..393821,393936..>394138)	Aspergillus niger	84590646
An03g02030	mRNA	An03g02030	NT_166520.1	394441	394979	D	An03g02030	join(<394441..394641,394710..>394979)	Aspergillus niger	84590647
An03g02040	mRNA	An03g02040	NT_166520.1	395419	396821	R	An03g02040	complement(join(<395419..395780,395842..396547,396603..>396821))	Aspergillus niger	4980192
An03g02050	mRNA	An03g02050	NT_166520.1	397626	398858	D	An03g02050	join(<397626..397743,398113..398418,398515..>398858)	Aspergillus niger	84590648
An03g02060	mRNA	An03g02060	NT_166520.1	399092	400588	D	An03g02060	join(<399092..399508,399551..399711,399762..399925,399974..400221,400274..>400588)	Aspergillus niger	4980194
An03g02070	mRNA	An03g02070	NT_166520.1	400978	402103	R	An03g02070	complement(join(<400978..401341,401418..401569,401691..401809,401868..402011,402064..>402103))	Aspergillus niger	4980195
An03g02080	mRNA	An03g02080	NT_166520.1	402751	404383	D	An03g02080	join(<402751..403131,403190..403446,403509..403591,403654..403965,404025..>404383)	Aspergillus niger	4980196
An03g02090	mRNA	An03g02090	NT_166520.1	405300	406630	R	An03g02090	complement(join(<405300..405556,405604..406504,406565..>406630))	Aspergillus niger	4980197
An03g02100	mRNA	An03g02100	NT_166520.1	406942	408003	D	An03g02100	join(<406942..407236,407291..>408003)	Aspergillus niger	4980198
An03g02110	mRNA	An03g02110	NT_166520.1	408414	409598	R	An03g02110	complement(join(<408414..408754,408811..409030,409104..>409598))	Aspergillus niger	4980199
An03g02120	mRNA	An03g02120	NT_166520.1	409758	411521	R	An03g02120	complement(join(<409758..409953,410006..410091,410152..410217,410269..410942,410997..411146,411198..411306,411366..>411521))	Aspergillus niger	4980200
An03g02130	mRNA	An03g02130	NT_166520.1	411863	413557	D	An03g02130	join(<411863..412171,412233..412430,412501..412855,412904..413220,413372..>413557)	Aspergillus niger	4980201
An03g02140	mRNA	An03g02140	NT_166520.1	413943	416040	R	An03g02140	complement(join(<413943..414004,414146..415045,415099..415658,415718..415838,415891..415933,415999..>416040))	Aspergillus niger	4980202
An03g02150	mRNA	An03g02150	NT_166520.1	416856	417884	R	An03g02150	complement(join(<416856..417819,417877..>417884))	Aspergillus niger	4980203
An03g02160	mRNA	An03g02160	NT_166520.1	418863	419870	R	An03g02160	complement(<418863..>419870)	Aspergillus niger	4980204
An03g02170	mRNA	An03g02170	NT_166520.1	419938	421240	R	An03g02170	complement(join(<419938..420276,420610..420680,420795..420909,421000..421031,421156..>421240))	Aspergillus niger	84590649
An03g02180	mRNA	An03g02180	NT_166520.1	421362	422357	D	An03g02180	<421362..>422357	Aspergillus niger	4980206
An03g02190	mRNA	An03g02190	NT_166520.1	423387	425233	R	An03g02190	complement(join(<423387..423814,423883..424571,424621..424877,424931..>425233))	Aspergillus niger	4980207
An03g02200	mRNA	An03g02200	NT_166520.1	425260	426133	R	An03g02200	complement(join(<425260..425432,425518..425632,425720..425932,426056..>426133))	Aspergillus niger	84590650
An03g02220	mRNA	An03g02220	NT_166520.1	427731	428551	R	An03g02220	complement(join(<427731..427881,428217..428332,428369..>428551))	Aspergillus niger	84590651
An03g02230	mRNA	An03g02230	NT_166520.1	428852	429675	R	An03g02230	complement(join(<428852..429022,429106..>429675))	Aspergillus niger	4980211
An03g02240	mRNA	An03g02240	NT_166520.1	430297	431405	D	An03g02240	join(<430297..430305,430545..>431405)	Aspergillus niger	4980212
An03g02250	mRNA	An03g02250	NT_166520.1	432581	433429	D	An03g02250	join(<432581..432652,432708..433059,433353..>433429)	Aspergillus niger	84590652
An03g02260	mRNA	An03g02260	NT_166520.1	434072	435145	D	An03g02260	join(<434072..434258,434325..>435145)	Aspergillus niger	4980214
An03g02270	mRNA	An03g02270	NT_166520.1	435741	436497	R	An03g02270	complement(join(<435741..436005,436124..>436497))	Aspergillus niger	4980215
An03g02280	mRNA	An03g02280	NT_166520.1	436707	438224	R	An03g02280	complement(join(<436707..436979,437163..>438224))	Aspergillus niger	4980216
An03g02290	mRNA	An03g02290	NT_166520.1	439122	439900	D	An03g02290	join(<439122..439412,439623..439730,439793..>439900)	Aspergillus niger	84590653
An03g02300	mRNA	An03g02300	NT_166520.1	441218	442324	D	An03g02300	<441218..>442324	Aspergillus niger	4980218
An03g02310	mRNA	An03g02310	NT_166520.1	443034	444191	D	An03g02310	join(<443034..443083,443165..443278,443353..443533,443609..443850,443951..>444191)	Aspergillus niger	84590654
An03g02320	mRNA	An03g02320	NT_166520.1	444298	446276	D	An03g02320	join(<444298..444469,444528..444680,444745..>446276)	Aspergillus niger	4980220
An03g02330	mRNA	An03g02330	NT_166520.1	446850	447907	D	An03g02330	join(<446850..446986,447053..447699,447771..>447907)	Aspergillus niger	4980221
An03g02350	mRNA	An03g02350	NT_166520.1	450575	452672	D	An03g02350	join(<450575..450732,451391..451621,451683..451734,451823..451926,452150..452275,452364..452442,452568..>452672)	Aspergillus niger	84590655
An03g02360	mRNA	An03g02360	NT_166520.1	452966	453464	D	An03g02360	join(<452966..453236,453292..453365,453441..>453464)	Aspergillus niger	4980224
An03g02370	mRNA	An03g02370	NT_166520.1	454340	455860	D	An03g02370	join(<454340..455006,455211..455661,455698..>455860)	Aspergillus niger	84590656
An03g02380	mRNA	An03g02380	NT_166520.1	456445	459329	D	An03g02380	join(<456445..457447,457504..457772,457845..>459329)	Aspergillus niger	4980226
An03g02390	mRNA	An03g02390	NT_166520.1	459670	460600	D	An03g02390	join(<459670..459771,459896..459954,460046..460228,460483..>460600)	Aspergillus niger	84590657
An03g02400	mRNA	An03g02400	NT_166520.1	461022	461592	D	An03g02400	join(<461022..461292,461372..461445,461542..>461592)	Aspergillus niger	4980228
An03g02410	mRNA	An03g02410	NT_166520.1	462849	463459	R	An03g02410	complement(join(<462849..463061,463394..>463459))	Aspergillus niger	84590658
An03g02420	mRNA	An03g02420	NT_166520.1	463743	465365	D	An03g02420	join(<463743..463858,463946..464035,464055..464152,464386..464499,464872..464985,465079..>465365)	Aspergillus niger	84590659
An03g02430	mRNA	An03g02430	NT_166520.1	465546	467053	D	An03g02430	join(<465546..466110,466152..>467053)	Aspergillus niger	4980231
An03g02450	mRNA	An03g02450	NT_166520.1	469108	469877	R	An03g02450	complement(join(<469108..469284,469350..469488,469642..>469877))	Aspergillus niger	84590660
An03g02460	mRNA	An03g02460	NT_166520.1	470566	470916	D	An03g02460	<470566..>470916	Aspergillus niger	84590661
An03g02480	mRNA	An03g02480	NT_166520.1	471680	472696	R	An03g02480	complement(<471680..>472696)	Aspergillus niger	4980236
An03g02490	mRNA	An03g02490	NT_166520.1	473662	474640	D	An03g02490	join(<473662..473729,473802..473922,473975..474103,474170..>474640)	Aspergillus niger	4980237
An03g02500	mRNA	An03g02500	NT_166520.1	474869	476475	R	An03g02500	complement(join(<474869..475020,475081..475208,475302..475324,475398..475404,475563..475674,475704..475756,475809..475848,475890..475971,476027..476287,476434..>476475))	Aspergillus niger	4980238
An03g02510	mRNA	An03g02510	NT_166520.1	477498	479158	R	An03g02510	complement(join(<477498..478100,478160..>479158))	Aspergillus niger	4980239
An03g02520	mRNA	An03g02520	NT_166520.1	479459	480000	D	An03g02520	join(<479459..479495,479588..>480000)	Aspergillus niger	84590662
An03g02525	mRNA	An03g02525	NT_166520.1	480452	481270	D	An03g02525	join(<480452..480510,480662..480870,480939..>481270)	Aspergillus niger	84590663
An03g02530	mRNA	An03g02530	NT_166520.1	481415	482597	D	An03g02530	join(<481415..482087,482143..482221,482290..482350,482424..>482597)	Aspergillus niger	4980242
An03g02540	mRNA	An03g02540	NT_166520.1	484586	488779	R	An03g02540	complement(join(<484586..485212,485288..485966,486018..486096,486159..486424,486488..486732,486820..488031,488263..488550,488606..>488779))	Aspergillus niger	4980243
An03g02550	mRNA	An03g02550	NT_166520.1	489121	490143	D	An03g02550	join(<489121..489282,489344..489908,489986..>490143)	Aspergillus niger	4980244
An03g02560	mRNA	An03g02560	NT_166520.1	490371	493204	R	An03g02560	complement(join(<490371..492353,492410..492564,492598..492707,492785..492822,492898..493041,493073..>493204))	Aspergillus niger	4980245
An03g02570	mRNA	An03g02570	NT_166520.1	493657	495455	R	An03g02570	complement(join(<493657..494072,494132..>495455))	Aspergillus niger	4980246
An03g02580	mRNA	An03g02580	NT_166520.1	497186	497962	D	An03g02580	<497186..>497962	Aspergillus niger	4980247
An03g02590	mRNA	An03g02590	NT_166520.1	498710	499317	R	An03g02590	complement(join(<498710..498953,499114..499171,499230..>499317))	Aspergillus niger	84590664
An03g02600	mRNA	An03g02600	NT_166520.1	499694	500889	D	An03g02600	join(<499694..499762,499828..499964,500051..500447,500539..>500889)	Aspergillus niger	4980249
An03g02610	mRNA	An03g02610	NT_166520.1	501428	502629	D	An03g02610	join(<501428..501774,501829..502502,502589..>502629)	Aspergillus niger	4980250
An03g02620	mRNA	An03g02620	NT_166520.1	503871	505246	R	An03g02620	complement(join(<503871..504112,504196..>505246))	Aspergillus niger	4980251
An03g02630	mRNA	An03g02630	NT_166520.1	505612	506421	R	An03g02630	complement(join(<505612..505697,505761..>506421))	Aspergillus niger	4980252
An03g02635	mRNA	An03g02635	NT_166520.1	508155	508729	R	An03g02635	complement(join(<508155..508323,508360..508559,508679..>508729))	Aspergillus niger	84590665
An03g02640	mRNA	An03g02640	NT_166520.1	509013	512043	R	An03g02640	complement(<509013..>512043)	Aspergillus niger	84590666
An03g02650	mRNA	An03g02650	NT_166520.1	512615	514360	R	An03g02650	complement(join(<512615..514261,514334..>514360))	Aspergillus niger	4980255
An03g02660	mRNA	An03g02660	NT_166520.1	514966	518072	R	An03g02660	complement(join(<514966..515119,515156..517494,517525..517816,518002..>518072))	Aspergillus niger	4980256
An03g02670	mRNA	An03g02670	NT_166520.1	518632	521718	R	An03g02670	complement(<518632..>521718)	Aspergillus niger	4980257
An03g02680	mRNA	An03g02680	NT_166520.1	522284	523193	R	An03g02680	complement(join(<522284..522732,522806..>523193))	Aspergillus niger	4980258
An03g02690	mRNA	An03g02690	NT_166520.1	524337	525932	R	An03g02690	complement(<524337..>525932)	Aspergillus niger	4980259
An03g02700	mRNA	An03g02700	NT_166520.1	527422	529953	R	An03g02700	complement(<527422..>529953)	Aspergillus niger	4980260
An03g02710	mRNA	An03g02710	NT_166520.1	530913	531161	D	An03g02710	<530913..>531161	Aspergillus niger	84590667
An03g02720	mRNA	An03g02720	NT_166520.1	531359	532999	R	An03g02720	complement(<531359..>532999)	Aspergillus niger	4980262
An03g02730	mRNA	An03g02730	NT_166520.1	534063	534361	D	An03g02730	join(<534063..534130,534192..534267,534297..534304,534343..>534361)	Aspergillus niger	84590668
An03g02740	mRNA	An03g02740	NT_166520.1	534509	535895	D	An03g02740	join(<534509..534596,534801..535054,535093..535159,535292..535517,535558..535685,535774..>535895)	Aspergillus niger	84590669
An03g02750	mRNA	An03g02750	NT_166520.1	536225	537184	R	An03g02750	complement(<536225..>537184)	Aspergillus niger	4980265
An03g02770	mRNA	An03g02770	NT_166520.1	538595	540371	D	An03g02770	join(<538595..538609,538681..540056,540107..>540371)	Aspergillus niger	4980267
An03g02780	mRNA	An03g02780	NT_166520.1	540677	541940	R	An03g02780	complement(join(<540677..541166,541232..541626,541749..>541940))	Aspergillus niger	4980268
An03g02790	mRNA	An03g02790	NT_166520.1	542581	543136	R	An03g02790	complement(join(<542581..542820,542864..>543136))	Aspergillus niger	84590670
An03g02800	mRNA	An03g02800	NT_166520.1	543354	544405	D	An03g02800	join(<543354..543613,543662..543961,544024..>544405)	Aspergillus niger	4980270
An03g02810	mRNA	An03g02810	NT_166520.1	545857	547341	D	An03g02810	<545857..>547341	Aspergillus niger	4980271
An03g02820	mRNA	An03g02820	NT_166520.1	547762	549549	R	An03g02820	complement(<547762..>549549)	Aspergillus niger	4980272
An03g02830	mRNA	An03g02830	NT_166520.1	550255	551693	R	An03g02830	complement(join(<550255..550296,550328..550532,550585..551143,551208..551343,551395..551527,551674..>551693))	Aspergillus niger	4980273
An03g02840	mRNA	An03g02840	NT_166520.1	552584	553416	R	An03g02840	complement(join(<552584..553283,553358..>553416))	Aspergillus niger	4980274
An03g02850	mRNA	An03g02850	NT_166520.1	553829	555173	R	An03g02850	complement(join(<553829..553877,553962..554077,554157..554564,554638..554855,554922..554927,554993..555060,555112..>555173))	Aspergillus niger	4980275
An03g02860	mRNA	An03g02860	NT_166520.1	556369	557476	R	An03g02860	complement(join(<556369..556406,556650..557221,557277..>557476))	Aspergillus niger	84590671
An03g02870	mRNA	An03g02870	NT_166520.1	558450	559722	R	An03g02870	complement(join(<558450..558483,558535..558725,558799..559425,559483..>559722))	Aspergillus niger	4980277
An03g02880	mRNA	An03g02880	NT_166520.1	560549	563535	R	An03g02880	complement(join(<560549..561293,561358..561419,561470..561613,561675..561917,561970..562026,562215..562268,562466..562510,562697..563296,563419..>563535))	Aspergillus niger	4980278
An03g02890	mRNA	An03g02890	NT_166520.1	565107	567857	R	An03g02890	complement(<565107..>567857)	Aspergillus niger	4980279
An03g02900	mRNA	An03g02900	NT_166520.1	567958	568518	R	An03g02900	complement(<567958..>568518)	Aspergillus niger	84590672
An03g02910	mRNA	An03g02910	NT_166520.1	569456	571110	R	An03g02910	complement(join(<569456..570862,570916..>571110))	Aspergillus niger	4980281
An03g02920	mRNA	An03g02920	NT_166520.1	571919	573205	D	An03g02920	<571919..>573205	Aspergillus niger	4980282
An03g02930	mRNA	An03g02930	NT_166520.1	573581	575761	D	An03g02930	<573581..>575761	Aspergillus niger	4980283
An03g02940	mRNA	An03g02940	NT_166520.1	576705	579059	D	An03g02940	join(<576705..577396,577462..577899,577959..578346,578402..578537,578608..>579059)	Aspergillus niger	4980284
An03g02950	mRNA	An03g02950	NT_166520.1	579753	581387	R	An03g02950	complement(<579753..>581387)	Aspergillus niger	4980285
An03g02960	mRNA	An03g02960	NT_166520.1	582419	584227	R	An03g02960	complement(join(<582419..583992,584047..>584227))	Aspergillus niger	4980286
An03g02970	mRNA	An03g02970	NT_166520.1	584992	587784	D	An03g02970	<584992..>587784	Aspergillus niger	4980287
An03g02980	mRNA	An03g02980	NT_166520.1	588861	589242	R	An03g02980	complement(join(<588861..589155,589211..>589242))	Aspergillus niger	4980288
An03g02990	mRNA	An03g02990	NT_166520.1	589893	591245	D	An03g02990	join(<589893..590373,590437..591077,591135..>591245)	Aspergillus niger	4980289
An03g03000	mRNA	An03g03000	NT_166520.1	592201	593847	D	An03g03000	join(<592201..592383,592438..592537,592592..>593847)	Aspergillus niger	4980290
An03g03010	mRNA	An03g03010	NT_166520.1	594541	596752	D	An03g03010	join(<594541..595045,595127..595617,595682..595909,596005..596095,596212..596313,596610..>596752)	Aspergillus niger	4980291
An03g03020	mRNA	An03g03020	NT_166520.1	598187	599236	R	An03g03020	complement(<598187..>599236)	Aspergillus niger	4980292
An03g03030	mRNA	An03g03030	NT_166520.1	599832	604058	R	An03g03030	complement(<599832..>604058)	Aspergillus niger	4980293
An03g03040	mRNA	An03g03040	NT_166520.1	604542	605547	R	An03g03040	complement(<604542..>605547)	Aspergillus niger	84590673
An03g03050	mRNA	An03g03050	NT_166520.1	607004	609667	D	An03g03050	join(<607004..608798,608982..>609667)	Aspergillus niger	4980295
An03g03060	mRNA	An03g03060	NT_166520.1	610890	611802	R	An03g03060	complement(join(<610890..611215,611328..>611802))	Aspergillus niger	84590674
An03g03070	mRNA	An03g03070	NT_166520.1	612252	616759	R	An03g03070	complement(join(<612252..613629,613701..614517,614575..615316,615545..>616759))	Aspergillus niger	4980297
An03g03080	mRNA	An03g03080	NT_166520.1	618546	618915	R	An03g03080	complement(join(<618546..618811,618837..>618915))	Aspergillus niger	84590675
An03g03090	mRNA	An03g03090	NT_166520.1	619596	620777	D	An03g03090	join(<619596..619617,619813..>620777)	Aspergillus niger	84590676
An03g03100	mRNA	An03g03100	NT_166520.1	621721	622679	D	An03g03100	join(<621721..622145,622386..622415,622652..>622679)	Aspergillus niger	84590677
An03g03110	mRNA	An03g03110	NT_166520.1	623331	627850	R	An03g03110	complement(join(<623331..625837,626042..626469,626635..627039,627189..627508,627635..>627850))	Aspergillus niger	84590678
An03g03120	mRNA	An03g03120	NT_166520.1	628579	629036	R	An03g03120	complement(join(<628579..628704,628971..>629036))	Aspergillus niger	84590679
An03g03130	mRNA	An03g03130	NT_166520.1	629612	632059	D	An03g03130	<629612..>632059	Aspergillus niger	4980303
An03g03270	mRNA	An03g03270	NT_166520.1	663491	666767	R	An03g03270	complement(join(<663491..664239,664397..666421,666614..>666767))	Aspergillus niger	4980317
An03g03280	mRNA	An03g03280	NT_166520.1	668832	669821	R	An03g03280	complement(join(<668832..669518,669582..>669821))	Aspergillus niger	4980318
An03g03290	mRNA	An03g03290	NT_166520.1	671239	672324	D	An03g03290	join(<671239..671776,671881..672214,672267..>672324)	Aspergillus niger	4980319
An03g03300	mRNA	An03g03300	NT_166520.1	673726	675442	D	An03g03300	join(<673726..673909,673971..>675442)	Aspergillus niger	4980320
An03g03310	mRNA	An03g03310	NT_166520.1	677396	680366	R	An03g03310	complement(join(<677396..678107,678158..678902,678962..679085,679140..679259,679346..679374,679413..679445,679484..679516,679628..679654,679918..679950,680058..680079,680196..680237,680319..>680366))	Aspergillus niger	4980321
An03g03320	mRNA	An03g03320	NT_166520.1	682024	682134	D	An03g03320	<682024..>682134	Aspergillus niger	84590680
An03g03330	mRNA	An03g03330	NT_166520.1	683201	685235	R	An03g03330	complement(join(<683201..684163,684231..684524,684582..>685235))	Aspergillus niger	4980323
An03g03340	mRNA	An03g03340	NT_166520.1	686112	687263	R	An03g03340	complement(<686112..>687263)	Aspergillus niger	4980324
An03g03350	mRNA	An03g03350	NT_166520.1	687673	691716	R	An03g03350	complement(join(<687673..687869,687916..687955,688307..688318,688375..688462,688729..688881,689204..689225,689292..689413,689473..690273,690333..690407,690468..691328,691388..691500,691558..>691716))	Aspergillus niger	4980325
An03g03360	mRNA	An03g03360	NT_166520.1	693613	694810	D	An03g03360	join(<693613..693861,693910..693958,694016..694032,694092..694705,694762..>694810)	Aspergillus niger	4980326
An03g03370	mRNA	An03g03370	NT_166520.1	695438	698945	D	An03g03370	join(<695438..696521,696552..697788,698579..>698945)	Aspergillus niger	84590681
An03g03380	mRNA	An03g03380	NT_166520.1	699145	700036	D	An03g03380	join(<699145..699488,699724..>700036)	Aspergillus niger	84590682
An03g03390	mRNA	An03g03390	NT_166520.1	701225	702646	R	An03g03390	complement(join(<701225..701582,701639..702144,702218..>702646))	Aspergillus niger	4980329
An03g03400	mRNA	An03g03400	NT_166520.1	704096	704977	D	An03g03400	join(<704096..704426,704490..>704977)	Aspergillus niger	84590683
An03g03420	mRNA	An03g03420	NT_166520.1	706201	707040	D	An03g03420	<706201..>707040	Aspergillus niger	4980332
An03g03430	mRNA	An03g03430	NT_166520.1	710412	711396	D	An03g03430	join(<710412..710750,710867..710923,711232..711271,711326..>711396)	Aspergillus niger	84590684
An03g03440	mRNA	An03g03440	NT_166520.1	713548	713932	D	An03g03440	join(<713548..713672,713707..>713932)	Aspergillus niger	84590685
An03g03450	mRNA	An03g03450	NT_166520.1	715153	716718	R	An03g03450	complement(join(<715153..715552,715616..715809,715895..716043,716226..716243,716544..>716718))	Aspergillus niger	4980335
An03g03460	mRNA	An03g03460	NT_166520.1	717073	718815	R	An03g03460	complement(<717073..>718815)	Aspergillus niger	4980336
An03g03470	mRNA	An03g03470	NT_166520.1	721282	723624	R	An03g03470	complement(join(<721282..723500,723612..>723624))	Aspergillus niger	4980337
An03g03480	mRNA	An03g03480	NT_166520.1	724685	727264	D	An03g03480	join(<724685..724895,724952..725087,725160..725271,725320..725457,725503..726417,726735..726879,726946..727171,727207..>727264)	Aspergillus niger	4980338
An03g03490	mRNA	An03g03490	NT_166520.1	728057	729160	R	An03g03490	complement(<728057..>729160)	Aspergillus niger	4980339
An03g03500	mRNA	An03g03500	NT_166520.1	729809	731266	D	An03g03500	<729809..>731266	Aspergillus niger	4980340
An03g03510	mRNA	An03g03510	NT_166520.1	732198	733577	D	An03g03510	<732198..>733577	Aspergillus niger	4980341
An03g03520	mRNA	An03g03520	NT_166520.1	735328	741867	R	An03g03520	complement(join(<735328..741123,741195..741668,741796..>741867))	Aspergillus niger	4980342
An03g03530	mRNA	An03g03530	NT_166520.1	743775	744939	D	An03g03530	join(<743775..743828,743896..>744939)	Aspergillus niger	4980343
An03g03540	mRNA	An03g03540	NT_166520.1	745783	747262	R	An03g03540	complement(join(<745783..746154,746294..>747262))	Aspergillus niger	4980344
An03g03550	mRNA	An03g03550	NT_166520.1	747635	748524	D	An03g03550	join(<747635..747863,747935..>748524)	Aspergillus niger	4980345
An03g03560	mRNA	An03g03560	NT_166520.1	749786	751776	D	An03g03560	join(<749786..750045,750116..750386,750451..750787,750845..>751776)	Aspergillus niger	4980346
An03g03570	mRNA	An03g03570	NT_166520.1	753005	754784	R	An03g03570	complement(join(<753005..753399,753488..753926,754077..>754784))	Aspergillus niger	4980347
An03g03580	mRNA	An03g03580	NT_166520.1	755273	755974	D	An03g03580	join(<755273..755844,755881..>755974)	Aspergillus niger	4980348
An03g03590	mRNA	An03g03590	NT_166520.1	756860	758581	R	An03g03590	complement(join(<756860..757936,758084..>758581))	Aspergillus niger	4980349
An03g03600	mRNA	An03g03600	NT_166520.1	759467	761506	D	An03g03600	<759467..>761506	Aspergillus niger	4980350
An03g03610	mRNA	An03g03610	NT_166520.1	764085	764383	R	An03g03610	complement(join(<764085..764146,764234..764268,764334..>764383))	Aspergillus niger	84590686
An03g03620	mRNA	An03g03620	NT_166520.1	764922	768923	R	An03g03620	complement(join(<764922..767932,767990..>768923))	Aspergillus niger	4980352
An03g03640	mRNA	An03g03640	NT_166520.1	774001	776206	D	An03g03640	join(<774001..774044,774441..774493,774720..>776206)	Aspergillus niger	4980353
An03g03650	mRNA	An03g03650	NT_166520.1	776448	777721	R	An03g03650	complement(join(<776448..776734,776825..776956,777142..>777721))	Aspergillus niger	84590687
An03g03660	mRNA	An03g03660	NT_166520.1	778492	780060	R	An03g03660	complement(join(<778492..778925,778998..779830,779909..>780060))	Aspergillus niger	4980355
An03g03670	mRNA	An03g03670	NT_166520.1	781002	782995	R	An03g03670	complement(join(<781002..781039,781072..781867,781937..782631,782730..782810,782908..>782995))	Aspergillus niger	4980356
An03g03680	mRNA	An03g03680	NT_166520.1	784484	785579	D	An03g03680	join(<784484..784702,784780..785125,785221..>785579)	Aspergillus niger	84590688
An03g03690	mRNA	An03g03690	NT_166520.1	786376	786943	R	An03g03690	complement(join(<786376..786500,786595..786676,786740..>786943))	Aspergillus niger	84590689
An03g03700	mRNA	An03g03700	NT_166520.1	789200	790526	D	An03g03700	join(<789200..789380,789446..789497,789565..789653,789722..790160,790230..790361,790418..>790526)	Aspergillus niger	4980359
An03g03710	mRNA	An03g03710	NT_166520.1	790835	791869	R	An03g03710	complement(<790835..>791869)	Aspergillus niger	4980360
An03g03720	mRNA	An03g03720	NT_166520.1	793192	794433	D	An03g03720	join(<793192..793293,793350..793944,794018..>794433)	Aspergillus niger	4980361
An03g03730	mRNA	An03g03730	NT_166520.1	795308	796114	R	An03g03730	complement(<795308..>796114)	Aspergillus niger	4980362
An03g03740	mRNA	An03g03740	NT_166520.1	797429	799161	R	An03g03740	complement(join(<797429..797567,797632..798217,798298..798770,798828..799019,799100..>799161))	Aspergillus niger	4980363
An03g03750	mRNA	An03g03750	NT_166520.1	802151	804129	D	An03g03750	join(<802151..802400,802481..802955,803010..>804129)	Aspergillus niger	4980364
An03g03760	mRNA	An03g03760	NT_166520.1	806643	808406	R	An03g03760	complement(join(<806643..808131,808228..>808406))	Aspergillus niger	4980365
An03g03770	mRNA	An03g03770	NT_166520.1	809457	811073	D	An03g03770	join(<809457..810726,810805..>811073)	Aspergillus niger	4980366
An03g03780	mRNA	An03g03780	NT_166520.1	812973	816395	R	An03g03780	complement(join(<812973..815386,815455..815673,815736..815807,815870..>816395))	Aspergillus niger	4980367
An03g03790	mRNA	An03g03790	NT_166520.1	819483	821592	R	An03g03790	complement(join(<819483..819554,819662..819901,819986..820144,820331..820407,820449..820674,820754..820900,821383..>821592))	Aspergillus niger	84590690
An03g03800	mRNA	An03g03800	NT_166520.1	824051	825754	D	An03g03800	join(<824051..824135,824208..824264,824420..824524,824583..824801,824970..>825754)	Aspergillus niger	4980369
An03g03810	mRNA	An03g03810	NT_166520.1	826594	827544	R	An03g03810	complement(<826594..>827544)	Aspergillus niger	4980370
An03g03820	mRNA	An03g03820	NT_166520.1	828225	829644	R	An03g03820	complement(join(<828225..829096,829171..829361,829427..>829644))	Aspergillus niger	4980371
An03g03830	mRNA	An03g03830	NT_166520.1	833172	836453	D	An03g03830	join(<833172..833285,833423..833519,833610..833691,833762..833811,833889..834215,834266..835066,835131..835298,835363..>836453)	Aspergillus niger	4980372
An03g03840	mRNA	An03g03840	NT_166520.1	837312	838826	D	An03g03840	join(<837312..837399,837434..838014,838092..838276,838365..838666,838765..>838826)	Aspergillus niger	4980373
An03g03850	mRNA	An03g03850	NT_166520.1	839019	840035	R	An03g03850	complement(<839019..>840035)	Aspergillus niger	4980374
An03g03860	mRNA	An03g03860	NT_166520.1	840727	843900	D	An03g03860	join(<840727..841597,841751..841988,842193..>843900)	Aspergillus niger	4980375
An03g03870	mRNA	An03g03870	NT_166520.1	844556	845239	R	An03g03870	complement(<844556..>845239)	Aspergillus niger	4980376
An03g03880	mRNA	An03g03880	NT_166520.1	846087	847249	D	An03g03880	join(<846087..846163,846239..846330,846406..846500,846592..846686,846827..846900,846987..>847249)	Aspergillus niger	84590691
An03g03890	mRNA	An03g03890	NT_166520.1	847717	849899	D	An03g03890	join(<847717..848278,848339..848822,848875..849166,849577..849635,849725..>849899)	Aspergillus niger	4980378
An03g03900	mRNA	An03g03900	NT_166520.1	850024	850727	R	An03g03900	complement(join(<850024..850091,850197..850285,850438..>850727))	Aspergillus niger	4980379
An03g03910	mRNA	An03g03910	NT_166520.1	850907	851219	R	An03g03910	complement(join(<850907..851006,851140..>851219))	Aspergillus niger	84590692
An03g03920	mRNA	An03g03920	NT_166520.1	852016	852444	R	An03g03920	complement(<852016..>852444)	Aspergillus niger	84590693
An03g03930	mRNA	An03g03930	NT_166520.1	852969	856510	D	An03g03930	join(<852969..853228,853320..853430,853485..853533,853637..853976,854115..>856510)	Aspergillus niger	4980382
An03g03940	mRNA	An03g03940	NT_166520.1	857324	861348	R	An03g03940	complement(join(<857324..857922,858030..859400,859547..860477,860565..860744,860818..>861348))	Aspergillus niger	4980383
An03g03950	mRNA	An03g03950	NT_166520.1	861587	862013	D	An03g03950	join(<861587..861631,861721..861804,861879..>862013)	Aspergillus niger	84590694
An03g03960	mRNA	An03g03960	NT_166520.1	862048	864732	R	An03g03960	complement(join(<862048..862167,862317..862393,862495..862530,862909..863617,863702..864324,864382..864586,864640..>864732))	Aspergillus niger	4980385
An03g03970	mRNA	An03g03970	NT_166520.1	864802	865685	D	An03g03970	join(<864802..864835,864918..865018,865109..865165,865258..865371,865575..>865685)	Aspergillus niger	84590695
An03g03980	mRNA	An03g03980	NT_166520.1	866273	866582	R	An03g03980	complement(join(<866273..866353,866433..>866582))	Aspergillus niger	84590696
An03g03990	mRNA	An03g03990	NT_166520.1	867086	868602	D	An03g03990	join(<867086..867223,867416..867490,867580..867725,867817..867931,868058..868147,868342..>868602)	Aspergillus niger	84590697
An03g04000	mRNA	An03g04000	NT_166520.1	869943	870549	D	An03g04000	join(<869943..870023,870130..870189,870298..>870549)	Aspergillus niger	84590698
An03g04010	mRNA	An03g04010	NT_166520.1	870766	872786	D	An03g04010	join(<870766..870780,870912..871165,871209..871268,871406..871488,871823..871924,872306..872344,872623..>872786)	Aspergillus niger	84590699
An03g04020	mRNA	An03g04020	NT_166520.1	873104	875480	R	An03g04020	complement(join(<873104..873200,873511..873581,873675..873815,873900..873959,874052..874110,874396..874494,874787..874939,875032..875131,875227..875281,875383..>875480))	Aspergillus niger	84590700
An03g04030	mRNA	An03g04030	NT_166520.1	875577	876673	R	An03g04030	complement(join(<875577..875646,875748..875834,876049..876126,876213..876430,876596..>876673))	Aspergillus niger	84590701
An03g04040	mRNA	An03g04040	NT_166520.1	877150	878332	R	An03g04040	complement(join(<877150..877248,877665..877757,877855..878082,878198..>878332))	Aspergillus niger	84590702
An03g04050	mRNA	An03g04050	NT_166520.1	878553	879849	R	An03g04050	complement(join(<878553..878678,878753..878829,879177..879329,879417..879461,879804..>879849))	Aspergillus niger	84590703
An03g04060	mRNA	An03g04060	NT_166520.1	882027	887218	R	An03g04060	complement(join(<882027..882290,882383..882474,882567..882635,882698..882852,882920..883704,883758..883803,883871..883974,884036..886852,886925..>887218))	Aspergillus niger	4980395
An03g04070	mRNA	An03g04070	NT_166520.1	888242	888470	R	An03g04070	complement(join(<888242..888358,888399..>888470))	Aspergillus niger	84590704
An03g04080	mRNA	An03g04080	NT_166520.1	889123	891413	D	An03g04080	join(<889123..889171,889265..891055,891256..>891413)	Aspergillus niger	4980397
An03g04090	mRNA	An03g04090	NT_166520.1	891632	893623	D	An03g04090	join(<891632..891793,891883..892089,892142..892249,892367..892465,892607..892902,892950..893373,893450..>893623)	Aspergillus niger	4980398
An03g04100	mRNA	An03g04100	NT_166520.1	894296	895894	D	An03g04100	join(<894296..894314,894662..894720,894815..894886,894969..895084,895167..895219,895485..>895894)	Aspergillus niger	84590705
An03g04110	mRNA	An03g04110	NT_166520.1	896267	898359	D	An03g04110	join(<896267..896452,896506..896589,896681..896740,896926..>898359)	Aspergillus niger	4980400
An03g04120	mRNA	An03g04120	NT_166520.1	899922	901320	R	An03g04120	complement(join(<899922..900910,900984..>901320))	Aspergillus niger	4980401
An03g04130	mRNA	An03g04130	NT_166520.1	901972	905889	R	An03g04130	complement(join(<901972..902168,903237..904297,904348..904684,904911..905007,905092..905171,905302..905462,905559..905636,905789..>905889))	Aspergillus niger	4980402
An03g04140	mRNA	An03g04140	NT_166520.1	905990	907284	D	An03g04140	join(<905990..906161,906338..>907284)	Aspergillus niger	4980403
An03g04150	mRNA	An03g04150	NT_166520.1	907372	907733	D	An03g04150	join(<907372..907391,907475..>907733)	Aspergillus niger	84590706
An03g04160	mRNA	An03g04160	NT_166520.1	907862	908221	R	An03g04160	complement(join(<907862..907957,908033..>908221))	Aspergillus niger	84590707
An03g04170	mRNA	An03g04170	NT_166520.1	908553	910437	D	An03g04170	join(<908553..908645,908738..908847,908931..909028,909538..909582,909680..909795,909853..>910437)	Aspergillus niger	84590708
An03g04180	mRNA	An03g04180	NT_166520.1	910670	911612	D	An03g04180	join(<910670..911201,911260..>911612)	Aspergillus niger	4980407
An03g04190	mRNA	An03g04190	NT_166520.1	913388	915033	R	An03g04190	complement(join(<913388..913801,913873..>915033))	Aspergillus niger	4980408
An03g04200	mRNA	An03g04200	NT_166520.1	915089	915814	D	An03g04200	join(<915089..915205,915297..915348,915444..915629,915705..>915814)	Aspergillus niger	84590709
An03g04210	mRNA	An03g04210	NT_166520.1	916043	919683	R	An03g04210	complement(join(<916043..916123,916174..917091,917387..917532,917588..917723,917777..918217,918267..918383,918443..919431,919482..>919683))	Aspergillus niger	4980410
An03g04220	mRNA	An03g04220	NT_166520.1	919696	920148	R	An03g04220	complement(<919696..>920148)	Aspergillus niger	84590710
An03g04230	mRNA	An03g04230	NT_166520.1	921391	923813	R	An03g04230	complement(join(<921391..921638,921704..921748,921796..921880,921945..922779,922848..922893,922949..923170,923228..923289,923343..923508,923610..923669,923738..>923813))	Aspergillus niger	4980412
An03g04240	mRNA	An03g04240	NT_166520.1	924327	924941	R	An03g04240	complement(join(<924327..924475,924566..924673,924845..>924941))	Aspergillus niger	84590711
An03g04250	mRNA	An03g04250	NT_166520.1	925009	928285	D	An03g04250	join(<925009..925071,925128..925273,925335..925866,925931..>928285)	Aspergillus niger	4980414
An03g04260	mRNA	An03g04260	NT_166520.1	928915	930292	D	An03g04260	join(<928915..930046,930174..>930292)	Aspergillus niger	84590712
An03g04270	mRNA	An03g04270	NT_166520.1	930308	931415	R	An03g04270	complement(join(<930308..930517,930981..931044,931138..>931415))	Aspergillus niger	84590713
An03g04280	mRNA	An03g04280	NT_166520.1	932590	933656	R	An03g04280	complement(join(<932590..933219,933289..933471,933540..>933656))	Aspergillus niger	4980417
An03g04290	mRNA	An03g04290	NT_166520.1	933736	934125	R	An03g04290	complement(<933736..>934125)	Aspergillus niger	84590714
An03g04300	mRNA	An03g04300	NT_166520.1	934206	934676	R	An03g04300	complement(join(<934206..934286,934445..934569,934643..>934676))	Aspergillus niger	84590715
An03g04310	mRNA	An03g04310	NT_166520.1	934702	935315	D	An03g04310	join(<934702..935076,935163..>935315)	Aspergillus niger	4980420
An03g04320	mRNA	An03g04320	NT_166520.1	935552	937560	R	An03g04320	complement(join(<935552..937248,937331..937428,937523..>937560))	Aspergillus niger	4980421
An03g04330	mRNA	An03g04330	NT_166520.1	937959	939400	D	An03g04330	join(<937959..938410,938482..>939400)	Aspergillus niger	4980422
An03g04340	mRNA	An03g04340	NT_166520.1	939815	941527	R	An03g04340	complement(join(<939815..939896,939954..941029,941102..941269,941328..941428,941518..>941527))	Aspergillus niger	4980423
An03g04350	mRNA	An03g04350	NT_166520.1	942053	946063	R	An03g04350	complement(join(<942053..943759,943973..944110,944433..944684,944780..945004,945423..945512,945617..945929,946005..>946063))	Aspergillus niger	4980424
An03g04360	mRNA	An03g04360	NT_166520.1	946102	946723	D	An03g04360	join(<946102..946589,946636..>946723)	Aspergillus niger	4980425
An03g04370	mRNA	An03g04370	NT_166520.1	946786	947141	R	An03g04370	complement(join(<946786..946843,946924..>947141))	Aspergillus niger	84590716
An03g04380	mRNA	An03g04380	NT_166520.1	947317	948544	D	An03g04380	join(<947317..947843,947992..948355,948449..>948544)	Aspergillus niger	4980427
An03g04390	mRNA	An03g04390	NT_166520.1	949226	953773	R	An03g04390	complement(join(<949226..950119,950182..950440,950484..950644,950724..950781,951043..952384,952644..952899,953402..953510,953709..>953773))	Aspergillus niger	10098123
An03g04400	mRNA	An03g04400	NT_166520.1	954095	954841	R	An03g04400	complement(<954095..>954841)	Aspergillus niger	4980429
An03g04410	mRNA	An03g04410	NT_166520.1	956533	957993	R	An03g04410	complement(join(<956533..956877,956955..957749,957877..>957993))	Aspergillus niger	4980430
An03g04420	mRNA	An03g04420	NT_166520.1	958245	958802	D	An03g04420	join(<958245..958350,958443..958546,958770..>958802)	Aspergillus niger	84590717
An03g04430	mRNA	An03g04430	NT_166520.1	958830	961823	R	An03g04430	complement(join(<958830..958875,959006..959085,959191..959304,959370..961494,961699..>961823))	Aspergillus niger	4980432
An03g04440	mRNA	An03g04440	NT_166520.1	962269	963979	R	An03g04440	complement(join(<962269..962357,962590..962655,962801..962891,962991..963110,963251..963412,963616..963661,963847..>963979))	Aspergillus niger	84590718
An03g04450	mRNA	An03g04450	NT_166520.1	964057	965423	D	An03g04450	join(<964057..964152,964247..964323,964423..964531,964755..964948,965020..965134,965301..>965423)	Aspergillus niger	84590719
An03g04460	mRNA	An03g04460	NT_166520.1	966278	966694	R	An03g04460	complement(join(<966278..966317,966401..966559,966615..>966694))	Aspergillus niger	84590720
An03g04470	mRNA	An03g04470	NT_166520.1	966981	969713	R	An03g04470	complement(join(<966981..967354,967430..967503,967952..968012,968415..968464,968527..968615,968646..>969713))	Aspergillus niger	84590721
An03g04480	mRNA	An03g04480	NT_166520.1	970343	970714	R	An03g04480	complement(join(<970343..970520,970674..>970714))	Aspergillus niger	84590722
An03g04485	mRNA	An03g04485	NT_166520.1	971109	971648	R	An03g04485	complement(<971109..>971648)	Aspergillus niger	84590723
An03g04500	mRNA	An03g04500	NT_166520.1	972316	973329	D	An03g04500	join(<972316..972741,972823..>973329)	Aspergillus niger	4980439
An03g04510	mRNA	An03g04510	NT_166520.1	973521	974514	R	An03g04510	complement(join(<973521..973759,973880..974120,974291..974383,974464..>974514))	Aspergillus niger	4980440
An03g04520	mRNA	An03g04520	NT_166520.1	975098	977010	R	An03g04520	complement(join(<975098..976823,976892..>977010))	Aspergillus niger	4980441
An03g04530	mRNA	An03g04530	NT_166520.1	978011	978811	R	An03g04530	complement(join(<978011..978736,978803..>978811))	Aspergillus niger	4980442
An03g04540	mRNA	An03g04540	NT_166520.1	979844	980313	D	An03g04540	join(<979844..979946,980123..>980313)	Aspergillus niger	84590724
An03g04550	mRNA	An03g04550	NT_166520.1	980637	982346	D	An03g04550	join(<980637..980989,981117..981151,981216..981388,981450..>982346)	Aspergillus niger	4980444
An03g04560	mRNA	An03g04560	NT_166520.1	982403	983336	R	An03g04560	complement(join(<982403..982738,982821..>983336))	Aspergillus niger	4980445
An03g04570	mRNA	An03g04570	NT_166520.1	985229	987509	D	An03g04570	join(<985229..985284,985472..985538,985635..987242,987306..>987509)	Aspergillus niger	4980446
An03g04580	mRNA	An03g04580	NT_166520.1	988206	989854	D	An03g04580	join(<988206..988244,988340..988402,988685..988716,988800..988837,988916..988976,989024..989099,989162..>989854)	Aspergillus niger	84590725
An03g04590	mRNA	An03g04590	NT_166520.1	990097	991594	R	An03g04590	complement(join(<990097..991087,991167..991262,991325..991364,991415..991528,991585..>991594))	Aspergillus niger	4980448
An03g04600	mRNA	An03g04600	NT_166520.1	992825	995365	D	An03g04600	join(<992825..992872,992964..993417,993486..994370,994422..>995365)	Aspergillus niger	4980449
An03g04610	mRNA	An03g04610	NT_166520.1	995632	996700	R	An03g04610	complement(join(<995632..996063,996226..996320,996388..996453,996510..996618,996689..>996700))	Aspergillus niger	4980450
An03g04620	mRNA	An03g04620	NT_166520.1	997102	997553	D	An03g04620	join(<997102..997178,997295..>997553)	Aspergillus niger	4980451
An03g04630	mRNA	An03g04630	NT_166520.1	997962	999637	R	An03g04630	complement(join(<997962..998057,998331..998457,998709..998780,998852..999000,999092..999217,999308..999415,999527..>999637))	Aspergillus niger	84590726
An03g04640	mRNA	An03g04640	NT_166520.1	1001528	1002648	R	An03g04640	complement(join(<1001528..1001698,1001833..1001855,1001951..1002269,1002466..>1002648))	Aspergillus niger	84590727
An03g04650	mRNA	An03g04650	NT_166520.1	1002757	1004592	D	An03g04650	<1002757..>1004592	Aspergillus niger	4980454
An03g04660	mRNA	An03g04660	NT_166520.1	1006188	1007606	D	An03g04660	join(<1006188..1006682,1006938..>1007606)	Aspergillus niger	4980455
An03g04670	mRNA	An03g04670	NT_166520.1	1008661	1011491	R	An03g04670	complement(join(<1008661..1009047,1009120..1009264,1009316..1009796,1009871..>1011491))	Aspergillus niger	4980456
An03g04680	mRNA	An03g04680	NT_166520.1	1012840	1014253	R	An03g04680	complement(join(<1012840..1013174,1013204..1013252,1013410..1013553,1013610..1013681,1013935..1013969,1014073..>1014253))	Aspergillus niger	4980457
An03g04690	mRNA	An03g04690	NT_166520.1	1015417	1016473	R	An03g04690	complement(join(<1015417..1015935,1016000..1016122,1016183..1016338,1016405..>1016473))	Aspergillus niger	4980458
An03g04700	mRNA	An03g04700	NT_166520.1	1018468	1020739	R	An03g04700	complement(join(<1018468..1018612,1018809..1018922,1018957..1019024,1019054..1019167,1019260..1019297,1019454..1019551,1019603..1019831,1019914..1019929,1020075..1020451,1020508..>1020739))	Aspergillus niger	4980459
An03g04710	mRNA	An03g04710	NT_166520.1	1021338	1023640	R	An03g04710	complement(join(<1021338..1021460,1021521..1021960,1022000..1023232,1023291..1023426,1023501..1023534,1023603..>1023640))	Aspergillus niger	4980460
An03g04720	mRNA	An03g04720	NT_166520.1	1025491	1028143	D	An03g04720	join(<1025491..1025897,1025984..1026819,1026906..1027538,1027623..>1028143)	Aspergillus niger	4980461
An03g04730	mRNA	An03g04730	NT_166520.1	1028567	1030633	D	An03g04730	join(<1028567..1028580,1028713..>1030633)	Aspergillus niger	4980462
An03g04740	mRNA	An03g04740	NT_166520.1	1030688	1033423	R	An03g04740	complement(join(<1030688..1031273,1031339..1031825,1031889..1031930,1031997..1032249,1032504..1032533,1032697..1032851,1032910..1033097,1033413..>1033423))	Aspergillus niger	4980463
An03g04750	mRNA	An03g04750	NT_166520.1	1034127	1036063	D	An03g04750	join(<1034127..1034174,1034255..1035045,1035109..1035164,1035228..1035500,1035587..1035707,1035793..1035893,1035999..>1036063)	Aspergillus niger	4980464
An03g04760	mRNA	An03g04760	NT_166520.1	1036261	1040443	R	An03g04760	complement(join(<1036261..1036356,1036426..1036759,1036821..1036995,1037067..1037392,1037441..1037461,1037508..1037619,1037673..1037706,1037755..1038578,1038648..1038685,1038787..1038918,1039322..1040058,1040141..>1040443))	Aspergillus niger	4980465
An03g04770	mRNA	An03g04770	NT_166520.1	1045225	1047523	R	An03g04770	complement(join(<1045225..1046942,1047022..1047154,1047231..1047436,1047508..>1047523))	Aspergillus niger	4980466
An03g04780	mRNA	An03g04780	NT_166520.1	1047960	1048706	R	An03g04780	complement(join(<1047960..1048118,1048208..1048440,1048613..>1048706))	Aspergillus niger	84590728
An03g04790	mRNA	An03g04790	NT_166520.1	1049126	1051270	R	An03g04790	complement(join(<1049126..1049373,1049435..1049908,1049961..1050732,1050804..1050886,1050958..>1051270))	Aspergillus niger	4980468
An03g04800	mRNA	An03g04800	NT_166520.1	1051462	1053289	D	An03g04800	join(<1051462..1051630,1051791..1052612,1052702..1052770,1052865..1052945,1053087..>1053289)	Aspergillus niger	4980469
An03g04810	mRNA	An03g04810	NT_166520.1	1053825	1054637	D	An03g04810	<1053825..>1054637	Aspergillus niger	4980470
An03g04820	mRNA	An03g04820	NT_166520.1	1055506	1056363	D	An03g04820	<1055506..>1056363	Aspergillus niger	4980471
An03g04830	mRNA	An03g04830	NT_166520.1	1059988	1060862	D	An03g04830	join(<1059988..1060114,1060351..1060436,1060497..>1060862)	Aspergillus niger	84590729
An03g04840	mRNA	An03g04840	NT_166520.1	1062584	1063459	D	An03g04840	join(<1062584..1063145,1063206..>1063459)	Aspergillus niger	4980473
An03g04850	mRNA	An03g04850	NT_166520.1	1064165	1064683	R	An03g04850	complement(<1064165..>1064683)	Aspergillus niger	4980474
An03g04860	mRNA	An03g04860	NT_166520.1	1067655	1068442	D	An03g04860	join(<1067655..1067696,1067801..1068067,1068224..>1068442)	Aspergillus niger	4980475
An03g04870	mRNA	An03g04870	NT_166520.1	1069220	1070257	D	An03g04870	<1069220..>1070257	Aspergillus niger	4980476
An03g04880	mRNA	An03g04880	NT_166520.1	1070746	1075344	D	An03g04880	join(<1070746..1070945,1071015..1071223,1071282..1071533,1071582..1071802,1071855..1072247,1072278..1072368,1072422..1073690,1073837..1074423,1074477..1074591,1074632..>1075344)	Aspergillus niger	4980477
An03g04890	mRNA	An03g04890	NT_166520.1	1076260	1077875	R	An03g04890	complement(join(<1076260..1076365,1076420..1076637,1076696..1076729,1076782..1076871,1076927..1077083,1077141..1077153,1077211..1077368,1077424..1077442,1077513..1077618,1077784..>1077875))	Aspergillus niger	4980478
An03g04900	mRNA	An03g04900	NT_166520.1	1079139	1080801	D	An03g04900	join(<1079139..1079540,1079600..1080328,1080381..1080630,1080698..>1080801)	Aspergillus niger	4980479
An03g04910	mRNA	An03g04910	NT_166520.1	1084132	1085391	D	An03g04910	join(<1084132..1084173,1084625..1084742,1084840..1085114,1085356..>1085391)	Aspergillus niger	4980480
An03g04920	mRNA	An03g04920	NT_166520.1	1085984	1087048	D	An03g04920	join(<1085984..1085989,1086068..>1087048)	Aspergillus niger	4980481
An03g04930	mRNA	An03g04930	NT_166520.1	1087684	1090116	D	An03g04930	join(<1087684..1087740,1087881..1088729,1088812..>1090116)	Aspergillus niger	4980482
An03g04940	mRNA	An03g04940	NT_166520.1	1090542	1091967	R	An03g04940	complement(join(<1090542..1091059,1091137..1091727,1091877..>1091967))	Aspergillus niger	4980483
An03g04950	mRNA	An03g04950	NT_166520.1	1092783	1093628	D	An03g04950	<1092783..>1093628	Aspergillus niger	4980484
An03g04960	mRNA	An03g04960	NT_166520.1	1094605	1099143	R	An03g04960	complement(join(<1094605..1098631,1098773..1098953,1099038..>1099143))	Aspergillus niger	4980485
An03g04970	mRNA	An03g04970	NT_166520.1	1100184	1107177	D	An03g04970	join(<1100184..1100344,1100418..1100558,1100615..1101892,1102230..1102250,1102327..1102386,1102480..1102600,1102681..1102986,1103038..1103548,1103600..>1107177)	Aspergillus niger	4980486
An03g04980	mRNA	An03g04980	NT_166520.1	1107433	1108690	R	An03g04980	complement(join(<1107433..1108373,1108437..1108480,1108542..>1108690))	Aspergillus niger	84590730
An03g04990	mRNA	An03g04990	NT_166520.1	1109287	1110083	R	An03g04990	complement(join(<1109287..1109875,1109953..>1110083))	Aspergillus niger	4980488
An03g05000	mRNA	An03g05000	NT_166520.1	1110386	1111957	D	An03g05000	join(<1110386..1110529,1110628..1110778,1110835..1111814,1111859..>1111957)	Aspergillus niger	4980489
An03g05010	mRNA	An03g05010	NT_166520.1	1112455	1113633	R	An03g05010	complement(<1112455..>1113633)	Aspergillus niger	4980490
An03g05020	mRNA	An03g05020	NT_166520.1	1114446	1115747	R	An03g05020	complement(join(<1114446..1114865,1114923..1115151,1115292..1115447,1115552..1115561,1115639..>1115747))	Aspergillus niger	4980491
An03g05030	mRNA	An03g05030	NT_166520.1	1116990	1117394	R	An03g05030	complement(<1116990..>1117394)	Aspergillus niger	4980492
An03g05040	mRNA	An03g05040	NT_166520.1	1118985	1122125	R	An03g05040	complement(join(<1118985..1119227,1119369..1119488,1119570..1119630,1119844..1120104,1120255..1120416,1120856..1121144,1121296..1121357,1121432..1121501,1121626..1121756,1121891..1121978,1122116..>1122125))	Aspergillus niger	84590731
An03g05050	mRNA	An03g05050	NT_166520.1	1123171	1124018	R	An03g05050	complement(join(<1123171..1123490,1123547..>1124018))	Aspergillus niger	4980494
An03g05060	mRNA	An03g05060	NT_166520.1	1125263	1127084	D	An03g05060	join(<1125263..1125354,1125381..1125458,1125511..1125743,1125805..1126651,1126703..>1127084)	Aspergillus niger	4980495
An03g05070	mRNA	An03g05070	NT_166520.1	1127237	1128833	R	An03g05070	complement(join(<1127237..1127448,1127552..1127777,1127845..1127887,1127942..1127963,1128106..1128269,1128297..1128511,1128567..>1128833))	Aspergillus niger	4980496
An03g05080	mRNA	An03g05080	NT_166520.1	1129277	1130147	D	An03g05080	join(<1129277..1129279,1129356..1129463,1129515..1129549,1129626..1129968,1130037..>1130147)	Aspergillus niger	4980497
An03g05090	mRNA	An03g05090	NT_166520.1	1130729	1132309	R	An03g05090	complement(join(<1130729..1131240,1131304..>1132309))	Aspergillus niger	4980498
An03g05100	mRNA	An03g05100	NT_166520.1	1134408	1135250	R	An03g05100	complement(join(<1134408..1134821,1134915..>1135250))	Aspergillus niger	4980499
An03g05110	mRNA	An03g05110	NT_166520.1	1136772	1137620	D	An03g05110	join(<1136772..1136835,1136899..>1137620)	Aspergillus niger	4980500
An03g05120	mRNA	An03g05120	NT_166520.1	1137898	1140005	R	An03g05120	complement(join(<1137898..1138265,1138339..1138706,1138795..1139154,1139217..1139360,1139486..1139758,1139815..>1140005))	Aspergillus niger	4980501
An03g05130	mRNA	An03g05130	NT_166520.1	1140471	1141325	R	An03g05130	complement(join(<1140471..1140994,1141055..1141151,1141225..1141252,1141312..>1141325))	Aspergillus niger	4980502
An03g05140	mRNA	An03g05140	NT_166520.1	1141908	1150384	D	An03g05140	join(<1141908..1142543,1142608..1142956,1143012..1143096,1143144..1143303,1143353..1143886,1143936..1143963,1144107..1144266,1144328..1145373,1145478..1145718,1145775..1146678,1146732..1147067,1147115..1147176,1147230..1147318,1147365..1149124,1149172..1149509,1149577..>1150384)	Aspergillus niger	4980503
An03g05150	mRNA	An03g05150	NT_166520.1	1150653	1151784	D	An03g05150	join(<1150653..1150965,1151054..>1151784)	Aspergillus niger	4980504
An03g05160	mRNA	An03g05160	NT_166520.1	1151934	1154069	R	An03g05160	complement(join(<1151934..1152328,1152379..1152540,1152587..1152995,1153081..1153266,1153332..1153396,1153451..>1154069))	Aspergillus niger	4980505
An03g05170	mRNA	An03g05170	NT_166520.1	1156344	1159292	R	An03g05170	complement(<1156344..>1159292)	Aspergillus niger	4980506
An03g05180	mRNA	An03g05180	NT_166520.1	1159476	1161223	D	An03g05180	join(<1159476..1159636,1159749..1159837,1160052..1160288,1160405..1160472,1160562..1160640,1160722..1160794,1160896..1160996,1161138..>1161223)	Aspergillus niger	84590732
An03g05190	mRNA	An03g05190	NT_166520.1	1162226	1163383	D	An03g05190	join(<1162226..1162351,1162433..>1163383)	Aspergillus niger	4980508
An03g05200	mRNA	An03g05200	NT_166520.1	1163880	1165688	D	An03g05200	join(<1163880..1164159,1164210..1164754,1164813..>1165688)	Aspergillus niger	4980509
An03g05210	mRNA	An03g05210	NT_166520.1	1166379	1167867	D	An03g05210	join(<1166379..1166634,1166702..>1167867)	Aspergillus niger	4980510
An03g05220	mRNA	An03g05220	NT_166520.1	1167971	1169101	R	An03g05220	complement(join(<1167971..1168410,1168538..1168756,1168816..>1169101))	Aspergillus niger	4980511
An03g05230	mRNA	An03g05230	NT_166520.1	1169960	1170290	D	An03g05230	join(<1169960..1170023,1170073..>1170290)	Aspergillus niger	84590733
An03g05240	mRNA	An03g05240	NT_166520.1	1170777	1172054	R	An03g05240	complement(<1170777..>1172054)	Aspergillus niger	4980513
An03g05250	mRNA	An03g05250	NT_166520.1	1172473	1174533	D	An03g05250	join(<1172473..1172959,1173013..1173110,1173163..1173521,1173574..1173835,1173897..1174016,1174082..1174182,1174244..1174367,1174486..>1174533)	Aspergillus niger	4980514
An03g05260	mRNA	An03g05260	NT_166520.1	1174655	1175924	R	An03g05260	complement(join(<1174655..1174824,1174880..1174935,1175017..1175109,1175182..1175346,1175399..1175601,1175658..>1175924))	Aspergillus niger	4980515
An03g05270	mRNA	An03g05270	NT_166520.1	1175947	1177008	D	An03g05270	join(<1175947..1176295,1176385..1176560,1176631..1176741,1176979..>1177008)	Aspergillus niger	84590734
An03g05280	mRNA	An03g05280	NT_166520.1	1177142	1178834	D	An03g05280	join(<1177142..1177312,1177432..1177528,1177769..1177900,1178011..1178209,1178532..1178636,1178723..>1178834)	Aspergillus niger	84590735
An03g05290	mRNA	An03g05290	NT_166520.1	1179104	1180567	D	An03g05290	join(<1179104..1179310,1179380..>1180567)	Aspergillus niger	4980518
An03g05300	mRNA	An03g05300	NT_166520.1	1183307	1185019	D	An03g05300	<1183307..>1185019	Aspergillus niger	4980519
An03g05310	mRNA	An03g05310	NT_166520.1	1185107	1186839	D	An03g05310	join(<1185107..1185857,1185989..>1186839)	Aspergillus niger	4980520
An03g05320	mRNA	An03g05320	NT_166520.1	1186954	1188560	R	An03g05320	complement(join(<1186954..1187287,1187347..>1188560))	Aspergillus niger	4980521
An03g05330	mRNA	An03g05330	NT_166520.1	1189318	1192026	D	An03g05330	join(<1189318..1189435,1189493..1190099,1190155..1191421,1191478..>1192026)	Aspergillus niger	4980522
An03g05340	mRNA	An03g05340	NT_166520.1	1192066	1193809	R	An03g05340	complement(join(<1192066..1192732,1192971..1193606,1193634..>1193809))	Aspergillus niger	4980523
An03g05360	mRNA	An03g05360	NT_166520.1	1194868	1196598	R	An03g05360	complement(join(<1194868..1195098,1195156..1195353,1195413..1195771,1195836..1196167,1196226..1196298,1196352..1196365,1196432..>1196598))	Aspergillus niger	4980525
An03g05370	mRNA	An03g05370	NT_166520.1	1197041	1197602	D	An03g05370	join(<1197041..1197212,1197331..>1197602)	Aspergillus niger	84590736
An03g05380	mRNA	An03g05380	NT_166520.1	1199479	1200484	R	An03g05380	complement(join(<1199479..1199545,1199616..1199946,1200014..1200138,1200204..>1200484))	Aspergillus niger	4980527
An03g05390	mRNA	An03g05390	NT_166520.1	1200806	1202222	D	An03g05390	join(<1200806..1200865,1200975..1201046,1201125..1201231,1201323..1201458,1201542..>1202222)	Aspergillus niger	84590737
An03g05400	mRNA	An03g05400	NT_166520.1	1202820	1204545	D	An03g05400	join(<1202820..1203047,1203125..1203260,1203350..1203475,1203609..1203724,1203879..1204104,1204204..1204245,1204331..>1204545)	Aspergillus niger	84590738
An03g05410	mRNA	An03g05410	NT_166520.1	1204569	1206454	R	An03g05410	complement(join(<1204569..1204640,1204763..1204933,1204983..1205243,1205382..1205447,1205843..1205957,1206396..>1206454))	Aspergillus niger	84590739
An03g05420	mRNA	An03g05420	NT_166520.1	1207622	1208506	D	An03g05420	<1207622..>1208506	Aspergillus niger	4980531
An03g05430	mRNA	An03g05430	NT_166520.1	1208762	1210465	R	An03g05430	complement(join(<1208762..1208939,1208996..1209342,1209423..1209779,1210016..>1210465))	Aspergillus niger	4980532
An03g05440	mRNA	An03g05440	NT_166520.1	1210648	1217374	R	An03g05440	complement(join(<1210648..1212228,1212278..1213042,1213090..1215332,1215379..1215572,1215621..1216624,1216672..1216963,1217025..>1217374))	Aspergillus niger	4980533
An03g05450	mRNA	An03g05450	NT_166520.1	1218125	1220966	R	An03g05450	complement(join(<1218125..1218376,1218425..1218605,1218824..1218867,1218954..1219188,1219331..1219450,1219553..1219802,1219868..1220152,1220207..1220801,1220880..>1220966))	Aspergillus niger	4980534
An03g05460	mRNA	An03g05460	NT_166520.1	1221810	1223508	D	An03g05460	join(<1221810..1221932,1221976..1222273,1222323..1222508,1222559..>1223508)	Aspergillus niger	4980535
An03g05470	mRNA	An03g05470	NT_166520.1	1223785	1224449	R	An03g05470	complement(join(<1223785..1224159,1224234..>1224449))	Aspergillus niger	84590740
An03g05480	mRNA	An03g05480	NT_166520.1	1225137	1226579	R	An03g05480	complement(join(<1225137..1225759,1225819..1225904,1225953..1226048,1226095..>1226579))	Aspergillus niger	4980537
An03g05490	mRNA	An03g05490	NT_166520.1	1226884	1228035	R	An03g05490	complement(<1226884..>1228035)	Aspergillus niger	4980538
An03g05500	mRNA	An03g05500	NT_166520.1	1228869	1231050	R	An03g05500	complement(join(<1228869..1230071,1230127..1230853,1230905..>1231050))	Aspergillus niger	84590741
An03g05510	mRNA	An03g05510	NT_166520.1	1231768	1232853	D	An03g05510	join(<1231768..1232032,1232271..1232329,1232449..1232516,1232614..1232696,1232771..>1232853)	Aspergillus niger	84590742
An03g05530	mRNA	An03g05530	NT_166520.1	1233567	1234363	R	An03g05530	complement(join(<1233567..1233972,1234023..>1234363))	Aspergillus niger	4980542
An03g05540	mRNA	An03g05540	NT_166520.1	1235513	1236653	D	An03g05540	join(<1235513..1235896,1235975..1236439,1236486..>1236653)	Aspergillus niger	4980543
An03g05550	mRNA	An03g05550	NT_166520.1	1237817	1237972	D	An03g05550	<1237817..>1237972	Aspergillus niger	84590743
An03g05560	mRNA	An03g05560	NT_166520.1	1238462	1239588	R	An03g05560	complement(join(<1238462..1238776,1238838..1239195,1239245..>1239588))	Aspergillus niger	4980545
An03g05570	mRNA	An03g05570	NT_166520.1	1239799	1241218	D	An03g05570	join(<1239799..1239879,1239917..1240013,1240381..1240446,1240554..1240660,1240733..1240818,1240907..1241036,1241129..>1241218)	Aspergillus niger	84590744
An03g05590	mRNA	An03g05590	NT_166520.1	1242058	1244668	D	An03g05590	join(<1242058..1242153,1242487..1242621,1242686..1242835,1242898..1243114,1243182..1243527,1243576..1243746,1243799..1244118,1244182..1244322,1244379..>1244668)	Aspergillus niger	4980547
An03g05600	mRNA	An03g05600	NT_166520.1	1245016	1246567	R	An03g05600	complement(join(<1245016..1245403,1245477..>1246567))	Aspergillus niger	4980548
An03g05610	mRNA	An03g05610	NT_166520.1	1247855	1248586	R	An03g05610	complement(<1247855..>1248586)	Aspergillus niger	4980549
An03g05620	mRNA	An03g05620	NT_166520.1	1248884	1249701	R	An03g05620	complement(join(<1248884..1249240,1249291..>1249701))	Aspergillus niger	4980550
An03g05630	mRNA	An03g05630	NT_166520.1	1251715	1252287	R	An03g05630	complement(join(<1251715..1251832,1251896..1252049,1252104..1252172,1252233..>1252287))	Aspergillus niger	84590745
An03g05640	mRNA	An03g05640	NT_166520.1	1253498	1254172	D	An03g05640	join(<1253498..1253576,1253841..>1254172)	Aspergillus niger	84590746
An03g05650	mRNA	An03g05650	NT_166520.1	1255705	1258045	R	An03g05650	complement(join(<1255705..1256293,1256396..1256484,1256559..1256901,1256957..1257345,1257421..1257574,1257615..1257911,1257975..>1258045))	Aspergillus niger	4980553
An03g05660	mRNA	An03g05660	NT_166520.1	1260364	1262331	R	An03g05660	complement(join(<1260364..1260839,1260978..1261062,1261139..1261558,1261642..1261734,1261817..1262051,1262124..1262253,1262301..>1262331))	Aspergillus niger	4980554
An03g05670	mRNA	An03g05670	NT_166520.1	1263354	1265255	D	An03g05670	join(<1263354..1264890,1264950..1265113,1265175..>1265255)	Aspergillus niger	4980555
An03g05680	mRNA	An03g05680	NT_166520.1	1265470	1268490	R	An03g05680	complement(<1265470..>1268490)	Aspergillus niger	4980556
An03g05690	mRNA	An03g05690	NT_166520.1	1269908	1271524	D	An03g05690	<1269908..>1271524	Aspergillus niger	84590747
An03g05700	mRNA	An03g05700	NT_166520.1	1272833	1274416	D	An03g05700	join(<1272833..1272885,1273254..1273727,1273771..>1274416)	Aspergillus niger	84590748
An03g05710	mRNA	An03g05710	NT_166520.1	1275076	1277071	R	An03g05710	complement(join(<1275076..1275602,1275661..>1277071))	Aspergillus niger	84590749
An03g05720	mRNA	An03g05720	NT_166520.1	1278055	1280343	D	An03g05720	join(<1278055..1278094,1278193..1278752,1278821..1278865,1278969..1279038,1279091..1279395,1279525..1279631,1279688..1279892,1279955..1280084,1280135..>1280343)	Aspergillus niger	4980560
An03g05730	mRNA	An03g05730	NT_166520.1	1280498	1281508	R	An03g05730	complement(join(<1280498..1280535,1280619..1280751,1280965..1281027,1281286..1281410,1281493..>1281508))	Aspergillus niger	84590750
An03g05740	mRNA	An03g05740	NT_166520.1	1282949	1284976	D	An03g05740	join(<1282949..1284257,1284459..>1284976)	Aspergillus niger	4980562
An03g05750	mRNA	An03g05750	NT_166520.1	1285418	1287095	R	An03g05750	complement(join(<1285418..1286622,1286676..1286791,1286845..>1287095))	Aspergillus niger	4980563
An03g05760	mRNA	An03g05760	NT_166520.1	1287649	1288634	D	An03g05760	join(<1287649..1288291,1288546..>1288634)	Aspergillus niger	84590751
An03g05770	mRNA	An03g05770	NT_166520.1	1289823	1290870	D	An03g05770	join(<1289823..1290081,1290158..>1290870)	Aspergillus niger	4980565
An03g05780	mRNA	An03g05780	NT_166520.1	1291158	1292894	R	An03g05780	complement(<1291158..>1292894)	Aspergillus niger	4980566
An03g05790	mRNA	An03g05790	NT_166520.1	1293452	1294803	R	An03g05790	complement(join(<1293452..1293765,1293814..1294274,1294323..1294446,1294493..1294619,1294675..>1294803))	Aspergillus niger	4980567
An03g05800	mRNA	An03g05800	NT_166520.1	1295138	1295385	D	An03g05800	join(<1295138..1295174,1295231..>1295385)	Aspergillus niger	84590752
An03g05810	mRNA	An03g05810	NT_166520.1	1296569	1297913	D	An03g05810	join(<1296569..1296739,1296784..1297168,1297202..1297331,1297377..1297444,1297491..1297521,1297562..>1297913)	Aspergillus niger	4980569
An03g05820	mRNA	An03g05820	NT_166520.1	1298632	1298970	D	An03g05820	join(<1298632..1298730,1298812..>1298970)	Aspergillus niger	84590753
An03g05830	mRNA	An03g05830	NT_166520.1	1299025	1300938	R	An03g05830	complement(join(<1299025..1299252,1299326..1299430,1299488..1300183,1300253..1300324,1300371..1300715,1300834..>1300938))	Aspergillus niger	4980571
An03g05840	mRNA	An03g05840	NT_166520.1	1301708	1302626	D	An03g05840	join(<1301708..1301750,1301808..1302241,1302300..>1302626)	Aspergillus niger	4980572
An03g05850	mRNA	An03g05850	NT_166520.1	1303418	1304347	R	An03g05850	complement(join(<1303418..1303464,1303572..1303805,1303861..1303929,1303986..1304264,1304341..>1304347))	Aspergillus niger	4980573
An03g05860	mRNA	An03g05860	NT_166520.1	1304713	1306417	D	An03g05860	join(<1304713..1304903,1304956..>1306417)	Aspergillus niger	4980574
An03g05870	mRNA	An03g05870	NT_166520.1	1306545	1308095	R	An03g05870	complement(<1306545..>1308095)	Aspergillus niger	4980575
An03g05880	mRNA	An03g05880	NT_166520.1	1309684	1311602	D	An03g05880	join(<1309684..1309999,1310083..1310331,1310389..1311272,1311333..1311420,1311490..>1311602)	Aspergillus niger	4980576
An03g05890	mRNA	An03g05890	NT_166520.1	1311964	1313838	R	An03g05890	complement(join(<1311964..1312196,1312246..1312359,1312413..1312602,1312656..1312756,1312805..1313078,1313123..1313262,1313312..1313378,1313424..1313539,1313589..>1313838))	Aspergillus niger	4980577
An03g05900	mRNA	An03g05900	NT_166520.1	1315156	1317686	D	An03g05900	join(<1315156..1315242,1315301..1315717,1315783..1316295,1316466..1316668,1316717..1317064,1317113..>1317686)	Aspergillus niger	84590754
An03g05910	mRNA	An03g05910	NT_166520.1	1318007	1318992	R	An03g05910	complement(join(<1318007..1318772,1318838..>1318992))	Aspergillus niger	4980579
An03g05930	mRNA	An03g05930	NT_166520.1	1320669	1322051	D	An03g05930	join(<1320669..1321268,1321329..>1322051)	Aspergillus niger	4980581
An03g05940	mRNA	An03g05940	NT_166520.1	1322334	1324678	R	An03g05940	complement(join(<1322334..1322716,1322781..1324198,1324259..1324490,1324548..1324618,1324674..>1324678))	Aspergillus niger	4980582
An03g05950	mRNA	An03g05950	NT_166520.1	1325486	1327503	R	An03g05950	complement(join(<1325486..1325700,1325766..1325861,1325917..1325984,1326036..1326242,1326299..1326376,1326433..1326608,1326660..1326854,1326900..1327063,1327116..1327158,1327222..>1327503))	Aspergillus niger	4980583
An03g05960	mRNA	An03g05960	NT_166520.1	1328170	1329030	R	An03g05960	complement(<1328170..>1329030)	Aspergillus niger	4980584
An03g05970	mRNA	An03g05970	NT_166520.1	1329719	1330232	R	An03g05970	complement(join(<1329719..1329886,1329978..1330108,1330196..>1330232))	Aspergillus niger	84590755
An03g05980	mRNA	An03g05980	NT_166520.1	1330549	1332818	D	An03g05980	join(<1330549..1330634,1330731..1331362,1331427..1332253,1332303..>1332818)	Aspergillus niger	4980586
An03g05990	mRNA	An03g05990	NT_166520.1	1333367	1334813	R	An03g05990	complement(join(<1333367..1333701,1333768..1334207,1334286..1334409,1334459..>1334813))	Aspergillus niger	4980587
An03g06000	mRNA	An03g06000	NT_166520.1	1335428	1336926	R	An03g06000	complement(join(<1335428..1336729,1336810..>1336926))	Aspergillus niger	4980588
An03g06010	mRNA	An03g06010	NT_166520.1	1337822	1345702	D	An03g06010	join(<1337822..1341766,1341930..1342089,1342780..1342987,1343023..>1345702)	Aspergillus niger	84590756
An03g06020	mRNA	An03g06020	NT_166520.1	1346778	1347256	D	An03g06020	join(<1346778..1346994,1347045..>1347256)	Aspergillus niger	4980590
An03g06030	mRNA	An03g06030	NT_166520.1	1352100	1352697	R	An03g06030	complement(join(<1352100..1352324,1352383..1352475,1352593..>1352697))	Aspergillus niger	84590757
An03g06040	mRNA	An03g06040	NT_166520.1	1353286	1354372	D	An03g06040	join(<1353286..1353436,1353481..1353565,1353641..1353806,1353857..1354007,1354125..>1354372)	Aspergillus niger	84590758
An03g06060	mRNA	An03g06060	NT_166520.1	1354905	1356223	R	An03g06060	complement(join(<1354905..1355064,1355318..1355513,1355639..1355724,1355779..1355804,1355934..1356036,1356141..>1356223))	Aspergillus niger	84590759
An03g06070	mRNA	An03g06070	NT_166520.1	1357599	1358198	R	An03g06070	complement(join(<1357599..1357650,1357777..>1358198))	Aspergillus niger	84590760
An03g06080	mRNA	An03g06080	NT_166520.1	1359523	1360911	R	An03g06080	complement(join(<1359523..1359708,1359902..1360052,1360102..1360796,1360843..>1360911))	Aspergillus niger	4980596
An03g06090	mRNA	An03g06090	NT_166520.1	1361399	1362558	D	An03g06090	join(<1361399..1361563,1361794..1362043,1362095..>1362558)	Aspergillus niger	4980597
An03g06100	mRNA	An03g06100	NT_166520.1	1365508	1366230	R	An03g06100	complement(join(<1365508..1365592,1365767..1365795,1365867..1365923,1366096..>1366230))	Aspergillus niger	84590761
An03g06110	mRNA	An03g06110	NT_166520.1	1366537	1367544	D	An03g06110	join(<1366537..1366734,1366818..1367214,1367300..>1367544)	Aspergillus niger	84590762
An03g06120	mRNA	An03g06120	NT_166520.1	1367909	1370097	D	An03g06120	join(<1367909..1368845,1368877..1369512,1369568..>1370097)	Aspergillus niger	4980600
An03g06130	mRNA	An03g06130	NT_166520.1	1370186	1371832	D	An03g06130	<1370186..>1371832	Aspergillus niger	84590763
An03g06140	mRNA	An03g06140	NT_166520.1	1373233	1375600	R	An03g06140	complement(join(<1373233..1373626,1373678..1373708,1373761..1373786,1373846..1373964,1374022..1374057,1374108..1374156,1374259..1374312,1374377..1374411,1374534..1374701,1374865..1374909,1374995..1375033,1375256..>1375600))	Aspergillus niger	4980602
An03g06160	mRNA	An03g06160	NT_166520.1	1375978	1376223	R	An03g06160	complement(join(<1375978..1376058,1376149..>1376223))	Aspergillus niger	84590764
An03g06175	mRNA	An03g06175	NT_166520.1	1376933	1377433	D	An03g06175	join(<1376933..1377038,1377091..1377140,1377233..>1377433)	Aspergillus niger	84590765
An03g06180	mRNA	An03g06180	NT_166520.1	1377719	1378372	D	An03g06180	join(<1377719..1377787,1378004..1378034,1378131..>1378372)	Aspergillus niger	84590766
An03g06200	mRNA	An03g06200	NT_166520.1	1380144	1381377	R	An03g06200	complement(join(<1380144..1380300,1380587..1380870,1381022..1381154,1381262..>1381377))	Aspergillus niger	84590767
An03g06210	mRNA	An03g06210	NT_166520.1	1384221	1384663	D	An03g06210	join(<1384221..1384347,1384401..1384472,1384557..>1384663)	Aspergillus niger	4980608
An03g06220	mRNA	An03g06220	NT_166520.1	1384810	1387281	D	An03g06220	join(<1384810..1385191,1385744..1386493,1386557..>1387281)	Aspergillus niger	4980609
An03g06230	mRNA	An03g06230	NT_166520.1	1388526	1390660	D	An03g06230	join(<1388526..1388912,1388966..>1390660)	Aspergillus niger	4980610
An03g06240	mRNA	An03g06240	NT_166520.1	1391746	1395587	R	An03g06240	complement(join(<1391746..1391868,1392134..1392343,1392388..1392538,1392610..1392795,1392871..1393717,1393787..1393962,1394045..1394075,1394139..1394259,1394315..1394387,1394461..1394571,1394638..1395245,1395339..>1395587))	Aspergillus niger	4980611
An03g06250	mRNA	An03g06250	NT_166520.1	1395895	1399734	D	An03g06250	join(<1395895..1396384,1396447..1397382,1397501..1397558,1397622..1397888,1397962..1398407,1398485..>1399734)	Aspergillus niger	4980612
An03g06260	mRNA	An03g06260	NT_166520.1	1400107	1400558	D	An03g06260	join(<1400107..1400157,1400227..1400419,1400467..>1400558)	Aspergillus niger	84590768
An03g06270	mRNA	An03g06270	NT_166520.1	1401565	1403317	R	An03g06270	complement(join(<1401565..1403002,1403058..>1403317))	Aspergillus niger	4980614
An03g06280	mRNA	An03g06280	NT_166520.1	1404165	1405755	D	An03g06280	join(<1404165..1404378,1404428..1404495,1404555..1404740,1404901..1405048,1405214..1405260,1405327..>1405755)	Aspergillus niger	4980615
An03g06290	mRNA	An03g06290	NT_166520.1	1407338	1408241	D	An03g06290	join(<1407338..1407496,1407623..1407989,1408102..>1408241)	Aspergillus niger	84590769
An03g06300	mRNA	An03g06300	NT_166520.1	1409627	1411006	R	An03g06300	complement(<1409627..>1411006)	Aspergillus niger	4980617
An03g06310	mRNA	pmeA	NT_166520.1	1415764	1417089	D	An03g06310	join(<1415764..1415880,1415942..1416078,1416129..1416208,1416260..1416406,1416458..1416518,1416575..1416768,1416830..>1417089)	Aspergillus niger	4980618
An03g06320	mRNA	An03g06320	NT_166520.1	1417478	1418465	R	An03g06320	complement(join(<1417478..1417776,1417854..1418223,1418340..>1418465))	Aspergillus niger	4980619
An03g06330	mRNA	An03g06330	NT_166520.1	1418905	1420166	R	An03g06330	complement(join(<1418905..1419384,1419435..1419666,1419721..1419868,1419917..1420094,1420146..>1420166))	Aspergillus niger	4980620
An03g06340	mRNA	An03g06340	NT_166520.1	1421400	1421897	D	An03g06340	<1421400..>1421897	Aspergillus niger	4980621
An03g06350	mRNA	An03g06350	NT_166520.1	1422026	1423432	R	An03g06350	complement(join(<1422026..1422122,1422199..1422227,1422276..1422925,1422966..1423032,1423089..1423199,1423256..>1423432))	Aspergillus niger	4980622
An03g06360	mRNA	An03g06360	NT_166520.1	1424106	1427101	D	An03g06360	join(<1424106..1424195,1424248..1424608,1424662..1425023,1425090..1425753,1425808..1425990,1426036..1426219,1426267..1426906,1426964..>1427101)	Aspergillus niger	4980623
An03g06370	mRNA	An03g06370	NT_166520.1	1427874	1430128	D	An03g06370	join(<1427874..1428366,1428516..1428832,1428886..1429302,1429361..1429587,1429680..1429818,1429901..>1430128)	Aspergillus niger	4980624
An03g06380	mRNA	An03g06380	NT_166520.1	1431197	1439591	D	An03g06380	join(<1431197..1431229,1431358..1432046,1432136..1432649,1432710..1432833,1432887..1432999,1433063..1433495,1433551..1433997,1434045..1436300,1436351..1436376,1436455..1437588,1437641..1437715,1437763..1438103,1438163..1438593,1438645..>1439591)	Aspergillus niger	4980625
An03g06390	mRNA	An03g06390	NT_166520.1	1440203	1442339	R	An03g06390	complement(join(<1440203..1440796,1440857..1441038,1441089..1441231,1441278..1441595,1441645..1442056,1442111..>1442339))	Aspergillus niger	4980626
An03g06400	mRNA	An03g06400	NT_166520.1	1442867	1445449	D	An03g06400	join(<1442867..1443021,1443069..1443858,1443904..1444104,1444160..1444249,1444300..1444350,1444396..1444517,1444564..>1445449)	Aspergillus niger	4980627
An03g06410	mRNA	An03g06410	NT_166520.1	1446226	1447194	D	An03g06410	join(<1446226..1446367,1446415..1447089,1447142..>1447194)	Aspergillus niger	4980628
An03g06420	mRNA	An03g06420	NT_166520.1	1447993	1448880	D	An03g06420	join(<1447993..1448530,1448627..>1448880)	Aspergillus niger	4980629
An03g06430	mRNA	An03g06430	NT_166520.1	1450294	1451482	D	An03g06430	join(<1450294..1450467,1450519..1451130,1451186..>1451482)	Aspergillus niger	4980630
An03g06440	mRNA	An03g06440	NT_166520.1	1451541	1452355	R	An03g06440	complement(join(<1451541..1452103,1452154..>1452355))	Aspergillus niger	4980631
An03g06450	mRNA	An03g06450	NT_166520.1	1452820	1453579	R	An03g06450	complement(join(<1452820..1452876,1452938..1453005,1453077..1453286,1453351..>1453579))	Aspergillus niger	4980632
An03g06460	mRNA	An03g06460	NT_166520.1	1454024	1455664	R	An03g06460	complement(join(<1454024..1454189,1454236..1454866,1454911..1455040,1455087..1455227,1455276..1455306,1455354..>1455664))	Aspergillus niger	4980633
An03g06470	mRNA	An03g06470	NT_166520.1	1456591	1459415	R	An03g06470	complement(join(<1456591..1456967,1457265..1457367,1457421..1457797,1458190..1458726,1458779..1459000,1459097..>1459415))	Aspergillus niger	4980634
An03g06480	mRNA	An03g06480	NT_166520.1	1459940	1461983	D	An03g06480	join(<1459940..1460577,1460627..1460880,1460928..1460992,1461069..>1461983)	Aspergillus niger	4980635
An03g06490	mRNA	An03g06490	NT_166520.1	1462110	1463378	R	An03g06490	complement(join(<1462110..1462257,1462320..1463067,1463159..>1463378))	Aspergillus niger	4980636
An03g06500	mRNA	An03g06500	NT_166520.1	1464818	1466041	D	An03g06500	<1464818..>1466041	Aspergillus niger	4980637
An03g06510	mRNA	An03g06510	NT_166520.1	1466879	1468396	D	An03g06510	<1466879..>1468396	Aspergillus niger	4980638
An03g06520	mRNA	An03g06520	NT_166520.1	1469236	1469958	R	An03g06520	complement(join(<1469236..1469821,1469864..>1469958))	Aspergillus niger	84590770
An03g06530	mRNA	An03g06530	NT_166520.1	1474506	1476333	R	An03g06530	complement(join(<1474506..1474695,1474762..1474827,1474888..1475040,1475091..1475487,1475542..1475712,1475772..1476109,1476173..>1476333))	Aspergillus niger	4980640
An03g06540	mRNA	An03g06540	NT_166520.1	1477265	1479229	R	An03g06540	complement(join(<1477265..1477600,1477658..1477779,1477829..1478321,1478371..1478849,1478914..>1479229))	Aspergillus niger	4980641
An03g06550	mRNA	glaA	NT_166520.1	1480115	1482286	R	An03g06550	complement(join(<1480115..1480801,1480860..1481497,1481559..1481655,1481711..1481997,1482073..>1482286))	Aspergillus niger	4980642
An03g06560	mRNA	An03g06560	NT_166520.1	1482938	1484626	R	An03g06560	complement(<1482938..>1484626)	Aspergillus niger	4980643
An03g06570	mRNA	An03g06570	NT_166520.1	1485522	1486205	R	An03g06570	complement(<1485522..>1486205)	Aspergillus niger	4980644
An03g06580	mRNA	An03g06580	NT_166520.1	1486587	1488760	R	An03g06580	complement(join(<1486587..1486698,1486758..1487540,1487589..1487736,1487870..1488126,1488174..>1488760))	Aspergillus niger	4980645
An03g06590	mRNA	An03g06590	NT_166520.1	1489399	1490953	R	An03g06590	complement(join(<1489399..1489932,1489985..>1490953))	Aspergillus niger	4980646
An03g06600	mRNA	An03g06600	NT_166520.1	1492128	1492983	D	An03g06600	join(<1492128..1492183,1492230..1492356,1492426..>1492983)	Aspergillus niger	4980647
An03g06610	mRNA	An03g06610	NT_166520.1	1494023	1495001	D	An03g06610	join(<1494023..1494257,1494310..>1495001)	Aspergillus niger	84590771
An03g06620	mRNA	An03g06620	NT_166520.1	1495496	1496378	D	An03g06620	join(<1495496..1495549,1495772..1496248,1496361..>1496378)	Aspergillus niger	4980649
An03g06630	mRNA	An03g06630	NT_166520.1	1496523	1498383	R	An03g06630	complement(join(<1496523..1496854,1496902..1497117,1497165..1497626,1497673..1497987,1498039..1498123,1498171..>1498383))	Aspergillus niger	4980650
An03g06640	mRNA	An03g06640	NT_166520.1	1499148	1499551	R	An03g06640	complement(join(<1499148..1499253,1499299..1499363,1499411..>1499551))	Aspergillus niger	4980651
An03g06650	mRNA	An03g06650	NT_166520.1	1500749	1502826	D	An03g06650	join(<1500749..1501298,1501348..1501947,1502017..1502217,1502455..1502548,1502724..>1502826)	Aspergillus niger	4980652
An03g06660	mRNA	An03g06660	NT_166520.1	1504534	1506659	D	An03g06660	join(<1504534..1504867,1504913..1505035,1505081..1505303,1505352..1505720,1505774..1505928,1505977..>1506659)	Aspergillus niger	4980653
An03g06670	mRNA	An03g06670	NT_166520.1	1507013	1513364	R	An03g06670	complement(join(<1507013..1512129,1512186..1512861,1512915..>1513364))	Aspergillus niger	4980654
An03g06680	mRNA	An03g06680	NT_166520.1	1515370	1516902	D	An03g06680	join(<1515370..1515424,1515667..1516356,1516398..1516618,1516677..1516768,1516887..>1516902)	Aspergillus niger	84590772
An03g06690	mRNA	An03g06690	NT_166520.1	1517749	1519229	R	An03g06690	complement(join(<1517749..1517846,1517919..1518849,1518909..>1519229))	Aspergillus niger	4980656
An03g06700	mRNA	An03g06700	NT_166520.1	1520062	1521549	R	An03g06700	complement(join(<1520062..1520080,1520126..>1521549))	Aspergillus niger	4980657
An03g06710	mRNA	An03g06710	NT_166520.1	1522370	1524577	R	An03g06710	complement(join(<1522370..1522719,1522817..1523132,1523485..1523755,1523810..1524203,1524253..>1524577))	Aspergillus niger	4980658
An03g06720	mRNA	An03g06720	NT_166520.1	1525108	1526911	D	An03g06720	join(<1525108..1525190,1525343..1525765,1525828..1526212,1526277..1526754,1526811..>1526911)	Aspergillus niger	4980659
An03g06730	mRNA	An03g06730	NT_166520.1	1526979	1529047	R	An03g06730	complement(join(<1526979..1527549,1527754..1527831,1527910..1528359,1528514..1528732,1528789..1528877,1528958..>1529047))	Aspergillus niger	4980660
An03g06740	mRNA	An03g06740	NT_166520.1	1529427	1531002	R	An03g06740	complement(join(<1529427..1529816,1529869..1530114,1530178..1530344,1530420..1530591,1530661..>1531002))	Aspergillus niger	4980661
An03g06750	mRNA	An03g06750	NT_166520.1	1532261	1532617	R	An03g06750	complement(join(<1532261..1532561,1532613..>1532617))	Aspergillus niger	4980662
An03g06760	mRNA	An03g06760	NT_166520.1	1532796	1535243	R	An03g06760	complement(join(<1532796..1532876,1532925..1532999,1533047..1534639,1534692..>1535243))	Aspergillus niger	4980663
An03g06770	mRNA	An03g06770	NT_166520.1	1538425	1539970	D	An03g06770	join(<1538425..1539504,1539566..1539701,1539930..>1539970)	Aspergillus niger	4980664
An03g06780	mRNA	An03g06780	NT_166520.1	1540633	1541300	D	An03g06780	join(<1540633..1540767,1540833..1541121,1541159..1541243,1541291..>1541300)	Aspergillus niger	84590773
An03g06790	mRNA	An03g06790	NT_166520.1	1542733	1543971	R	An03g06790	complement(join(<1542733..1543149,1543201..>1543971))	Aspergillus niger	4980666
An03g06800	mRNA	An03g06800	NT_166520.1	1545470	1548148	R	An03g06800	complement(join(<1545470..1545626,1545682..1545929,1545983..>1548148))	Aspergillus niger	4980667
An03g06810	mRNA	An03g06810	NT_166520.1	1552006	1554405	D	An03g06810	<1552006..>1554405	Aspergillus niger	4980668
An03g06820	mRNA	An03g06820	NT_166520.1	1556474	1558238	R	An03g06820	complement(join(<1556474..1557563,1557622..>1558238))	Aspergillus niger	4980669
An03g06830	mRNA	An03g06830	NT_166520.1	1564442	1565367	D	An03g06830	join(<1564442..1564505,1564596..1564615,1564774..1564861,1564946..>1565367)	Aspergillus niger	4980670
An03g06840	mRNA	An03g06840	NT_166520.1	1565541	1567138	R	An03g06840	complement(join(<1565541..1566267,1566324..1566983,1567059..>1567138))	Aspergillus niger	4980671
An03g06850	mRNA	An03g06850	NT_166520.1	1567635	1568119	R	An03g06850	complement(join(<1567635..1567775,1567839..1567984,1568068..>1568119))	Aspergillus niger	4980672
An03g06860	mRNA	An03g06860	NT_166520.1	1568798	1569851	D	An03g06860	join(<1568798..1568908,1568973..>1569851)	Aspergillus niger	4980673
An03g06870	mRNA	An03g06870	NT_166520.1	1570622	1571540	D	An03g06870	join(<1570622..1570706,1570784..1570917,1571048..1571133,1571343..1571424,1571499..>1571540)	Aspergillus niger	4980674
An03g06880	mRNA	An03g06880	NT_166520.1	1572401	1576941	R	An03g06880	complement(join(<1572401..1573040,1573130..1576437,1576471..>1576941))	Aspergillus niger	4980675
An03g06890	mRNA	An03g06890	NT_166520.1	1578299	1579195	R	An03g06890	complement(<1578299..>1579195)	Aspergillus niger	84590774
An03g06900	mRNA	An03g06900	NT_166520.1	1580637	1583384	R	An03g06900	complement(join(<1580637..1581143,1581204..1582642,1582709..>1583384))	Aspergillus niger	4980677
An03g06910	mRNA	An03g06910	NT_166520.1	1584324	1585510	D	An03g06910	join(<1584324..1584813,1584912..1585217,1585305..>1585510)	Aspergillus niger	4980678
An03g06915	mRNA	An03g06915	NT_166520.1	1585986	1586870	R	An03g06915	complement(join(<1585986..1586610,1586692..>1586870))	Aspergillus niger	84590775
An03g06920	mRNA	An03g06920	NT_166520.1	1588744	1591014	D	An03g06920	join(<1588744..1589007,1589109..1590474,1590551..>1591014)	Aspergillus niger	4980681
An03g06930	mRNA	An03g06930	NT_166520.1	1592097	1594505	D	An03g06930	join(<1592097..1592588,1592727..>1594505)	Aspergillus niger	4980682
An03g06940	mRNA	An03g06940	NT_166520.1	1595872	1597272	D	An03g06940	join(<1595872..1596016,1596185..1596776,1596939..>1597272)	Aspergillus niger	4980683
An03g06950	mRNA	An03g06950	NT_166520.1	1597736	1600265	R	An03g06950	complement(join(<1597736..1598050,1598119..1600101,1600167..>1600265))	Aspergillus niger	4980684
An03g06960	mRNA	An03g06960	NT_166520.1	1601038	1603616	R	An03g06960	complement(join(<1601038..1601124,1601245..1603113,1603171..1603358,1603412..>1603616))	Aspergillus niger	4980685
An03g06970	mRNA	An03g06970	NT_166520.1	1605151	1608306	D	An03g06970	join(<1605151..1606527,1606579..1607699,1607776..1607912,1607966..>1608306)	Aspergillus niger	4980686
An03g06980	mRNA	An03g06980	NT_166520.1	1608549	1609799	R	An03g06980	complement(<1608549..>1609799)	Aspergillus niger	84590776
An04g00010	mRNA	An04g00010	NT_166539.1	1	457	D	An04g00010	join(<1..44,110..290,425..>457)	Aspergillus niger	4990401
An04g00020	mRNA	An04g00020	NT_166539.1	791	5010	R	An04g00020	complement(join(<791..1125,1180..4502,4544..4587,4690..>5010))	Aspergillus niger	4990404
An04g00030	mRNA	An04g00030	NT_166539.1	5213	5672	R	An04g00030	complement(join(<5213..5250,5329..5443,5637..>5672))	Aspergillus niger	84590777
An04g00040	mRNA	An04g00040	NT_166539.1	5854	7020	D	An04g00040	join(<5854..5920,5963..>7020)	Aspergillus niger	4990405
An04g00050	mRNA	An04g00050	NT_166539.1	7486	8101	R	An04g00050	complement(join(<7486..7650,7715..8005,8057..>8101))	Aspergillus niger	4990406
An04g00060	mRNA	An04g00060	NT_166539.1	9400	10255	D	An04g00060	join(<9400..9454,9502..9694,9749..10104,10161..>10255)	Aspergillus niger	4990408
An04g00070	mRNA	An04g00070	NT_166539.1	11559	13676	D	An04g00070	join(<11559..12351,12469..>13676)	Aspergillus niger	4990403
An04g00080	mRNA	An04g00080	NT_166539.1	13780	14564	R	An04g00080	complement(join(<13780..14251,14347..>14564))	Aspergillus niger	4990407
An04g00090	mRNA	An04g00090	NT_166539.1	15414	15776	D	An04g00090	join(<15414..15482,15577..15624,15675..>15776)	Aspergillus niger	84590778
An04g00100	mRNA	An04g00100	NT_166539.1	15970	16595	D	An04g00100	join(<15970..15985,16069..16373,16452..>16595)	Aspergillus niger	4990409
An04g00110	mRNA	An04g00110	NT_166539.1	17256	18383	R	An04g00110	complement(join(<17256..17280,17333..17829,17896..17965,18040..18100,18194..>18383))	Aspergillus niger	4990411
An04g00120	mRNA	An04g00120	NT_166539.1	18562	19374	R	An04g00120	complement(join(<18562..18926,19098..>19374))	Aspergillus niger	4990412
An04g00130	mRNA	An04g00130	NT_166539.1	20516	21156	D	An04g00130	join(<20516..20668,20737..>21156)	Aspergillus niger	4990413
An04g00140	mRNA	An04g00140	NT_166539.1	22171	23673	D	An04g00140	join(<22171..22294,22352..22469,22519..23293,23356..>23673)	Aspergillus niger	4990414
An04g00150	mRNA	An04g00150	NT_166539.1	24082	24615	R	An04g00150	complement(join(<24082..24233,24302..24550,24603..>24615))	Aspergillus niger	4990415
An04g00160	mRNA	An04g00160	NT_166539.1	24916	26115	D	An04g00160	join(<24916..24920,25048..25129,25381..>26115)	Aspergillus niger	4990416
An04g00170	mRNA	An04g00170	NT_166539.1	26170	27429	R	An04g00170	complement(<26170..>27429)	Aspergillus niger	4990417
An04g00180	mRNA	An04g00180	NT_166539.1	28361	30701	D	An04g00180	join(<28361..28628,28696..>30701)	Aspergillus niger	4990418
An04g00190	mRNA	An04g00190	NT_166539.1	30981	31780	R	An04g00190	complement(join(<30981..31075,31159..31489,31568..>31780))	Aspergillus niger	4990419
An04g00200	mRNA	An04g00200	NT_166539.1	32085	32734	D	An04g00200	join(<32085..32549,32642..>32734)	Aspergillus niger	4990420
An04g00210	mRNA	An04g00210	NT_166539.1	33107	34104	R	An04g00210	complement(join(<33107..33207,33288..>34104))	Aspergillus niger	4990421
An04g00220	mRNA	An04g00220	NT_166539.1	34855	35947	D	An04g00220	join(<34855..35446,35539..35686,35821..>35947)	Aspergillus niger	4990422
An04g00230	mRNA	An04g00230	NT_166539.1	36225	39921	R	An04g00230	complement(join(<36225..36440,36526..36695,36764..39014,39189..39236,39303..39443,39502..39552,39608..39730,39835..>39921))	Aspergillus niger	84590779
An04g00240	mRNA	An04g00240	NT_166539.1	40608	41529	D	An04g00240	join(<40608..40779,40872..40979,41073..41250,41391..>41529)	Aspergillus niger	84590780
An04g00250	mRNA	An04g00250	NT_166539.1	42446	43854	R	An04g00250	complement(join(<42446..43740,43845..>43854))	Aspergillus niger	4990425
An04g00260	mRNA	An04g00260	NT_166539.1	44429	45280	R	An04g00260	complement(join(<44429..44628,44707..44843,44941..44994,45090..>45280))	Aspergillus niger	84590781
An04g00270	mRNA	An04g00270	NT_166539.1	46529	48780	R	An04g00270	complement(join(<46529..46769,46823..48520,48638..>48780))	Aspergillus niger	4990427
An04g00280	mRNA	An04g00280	NT_166539.1	49155	50353	D	An04g00280	join(<49155..49294,49403..49563,49601..49689,50054..>50353)	Aspergillus niger	84590782
An04g00290	mRNA	An04g00290	NT_166539.1	50805	51411	R	An04g00290	complement(join(<50805..50913,51020..51147,51337..>51411))	Aspergillus niger	84590783
An04g00300	mRNA	An04g00300	NT_166539.1	53118	56403	R	An04g00300	complement(join(<53118..56187,56393..>56403))	Aspergillus niger	84590784
An04g00310	mRNA	An04g00310	NT_166539.1	57194	58638	D	An04g00310	join(<57194..57201,57537..57603,57644..57694,57778..57794,58069..58213,58603..>58638)	Aspergillus niger	84590785
An04g00320	mRNA	An04g00320	NT_166539.1	59190	60448	R	An04g00320	complement(join(<59190..59392,59510..59565,59652..59718,59820..59870,59959..60179,60270..>60448))	Aspergillus niger	84590786
An04g00330	mRNA	An04g00330	NT_166539.1	61248	61640	R	An04g00330	complement(join(<61248..61304,61351..61446,61605..>61640))	Aspergillus niger	84590787
An04g00340	mRNA	An04g00340	NT_166539.1	62295	64111	D	An04g00340	join(<62295..62491,62586..62882,62968..>64111)	Aspergillus niger	4990434
An04g00350	mRNA	An04g00350	NT_166539.1	64909	66340	D	An04g00350	join(<64909..65307,65360..65657,65725..65819,65879..>66340)	Aspergillus niger	4990435
An04g00360	mRNA	An04g00360	NT_166539.1	66480	67776	R	An04g00360	complement(join(<66480..66804,66878..67287,67357..67387,67454..67569,67661..67702,67774..>67776))	Aspergillus niger	4990436
An04g00370	mRNA	An04g00370	NT_166539.1	68322	69735	D	An04g00370	join(<68322..68435,68485..69270,69381..69501,69620..>69735)	Aspergillus niger	4990437
An04g00380	mRNA	An04g00380	NT_166539.1	70426	71186	D	An04g00380	join(<70426..71034,71139..>71186)	Aspergillus niger	84590788
An04g00390	mRNA	An04g00390	NT_166539.1	72609	74524	R	An04g00390	complement(join(<72609..72707,72763..72847,72910..73572,73723..73910,74007..74076,74181..>74524))	Aspergillus niger	4990439
An04g00400	mRNA	An04g00400	NT_166539.1	75423	76666	R	An04g00400	complement(join(<75423..75443,75497..75761,75835..76187,76284..76419,76483..76519,76588..>76666))	Aspergillus niger	4990440
An04g00410	mRNA	An04g00410	NT_166539.1	78019	80286	R	An04g00410	complement(join(<78019..79134,79197..80076,80159..>80286))	Aspergillus niger	4990441
An04g00420	mRNA	An04g00420	NT_166539.1	80998	83802	R	An04g00420	complement(join(<80998..82029,82120..82316,82365..>83802))	Aspergillus niger	4990442
An04g00430	mRNA	An04g00430	NT_166539.1	84757	86174	D	An04g00430	join(<84757..84985,85047..85344,85404..86102,86162..>86174)	Aspergillus niger	4990443
An04g00433	mRNA	An04g00433	NT_166539.1	86401	86787	R	An04g00433	complement(<86401..>86787)	Aspergillus niger	84590789
An04g00440	mRNA	An04g00440	NT_166539.1	87651	88533	R	An04g00440	complement(join(<87651..87826,87901..88044,88248..88321,88442..>88533))	Aspergillus niger	84590790
An04g00450	mRNA	An04g00450	NT_166539.1	89591	89883	R	An04g00450	complement(join(<89591..89647,89737..>89883))	Aspergillus niger	84590791
An04g00460	mRNA	An04g00460	NT_166539.1	92456	92642	D	An04g00460	join(<92456..92512,92604..>92642)	Aspergillus niger	84590792
An04g00470	mRNA	An04g00470	NT_166539.1	95835	98527	D	An04g00470	join(<95835..95843,95888..95992,96040..96466,96527..96567,96750..96756,96889..97162,97307..97349,97508..97537,97585..97630,97815..97837,98047..98263,98490..>98527)	Aspergillus niger	84590793
An04g00480	mRNA	An04g00480	NT_166539.1	99164	99997	R	An04g00480	complement(join(<99164..99756,99826..>99997))	Aspergillus niger	4990449
An04g00490	mRNA	An04g00490	NT_166539.1	103283	104374	R	An04g00490	complement(<103283..>104374)	Aspergillus niger	4990450
An04g00500	mRNA	An04g00500	NT_166539.1	105344	107963	R	An04g00500	complement(join(<105344..106318,106375..106626,106679..107418,107499..107544,107623..107699,107732..>107963))	Aspergillus niger	4990451
An04g00510	mRNA	An04g00510	NT_166539.1	108631	109596	D	An04g00510	<108631..>109596	Aspergillus niger	4990452
An04g00520	mRNA	An04g00520	NT_166539.1	109707	110599	D	An04g00520	join(<109707..109772,109883..>110599)	Aspergillus niger	84590794
An04g00530	mRNA	An04g00530	NT_166539.1	110881	113329	R	An04g00530	complement(join(<110881..110920,110974..111350,111407..112142,112212..112434,112981..>113329))	Aspergillus niger	4990454
An04g00540	mRNA	An04g00540	NT_166539.1	113840	114242	D	An04g00540	join(<113840..113884,113967..>114242)	Aspergillus niger	84590795
An04g00550	mRNA	An04g00550	NT_166539.1	114718	115302	R	An04g00550	complement(join(<114718..114909,115093..>115302))	Aspergillus niger	84590796
An04g00560	mRNA	An04g00560	NT_166539.1	115782	116539	D	An04g00560	join(<115782..115880,115988..116108,116185..116280,116361..>116539)	Aspergillus niger	4990457
An04g00570	mRNA	An04g00570	NT_166539.1	116769	118937	R	An04g00570	complement(<116769..>118937)	Aspergillus niger	4990458
An04g00580	mRNA	An04g00580	NT_166539.1	119631	120614	D	An04g00580	<119631..>120614	Aspergillus niger	4990459
An04g00590	mRNA	An04g00590	NT_166539.1	121782	124002	D	An04g00590	join(<121782..122460,122570..122856,122910..123034,123084..>124002)	Aspergillus niger	4990460
An04g00600	mRNA	An04g00600	NT_166539.1	125291	126851	R	An04g00600	complement(join(<125291..125642,125739..125884,125938..126225,126284..126594,126716..>126851))	Aspergillus niger	4990461
An04g00610	mRNA	An04g00610	NT_166539.1	128423	130499	R	An04g00610	complement(join(<128423..128702,128755..>130499))	Aspergillus niger	4990462
An04g00620	mRNA	An04g00620	NT_166539.1	130649	131195	R	An04g00620	complement(join(<130649..131031,131102..>131195))	Aspergillus niger	84590797
An04g00630	mRNA	An04g00630	NT_166539.1	132358	134925	R	An04g00630	complement(join(<132358..133552,134121..134383,134441..134682,134739..>134925))	Aspergillus niger	10098347
An04g00640	mRNA	An04g00640	NT_166539.1	135730	140022	D	An04g00640	join(<135730..135811,135959..136127,136602..136946,137029..137293,137353..137587,137655..137784,137835..>140022)	Aspergillus niger	4990465
An04g00650	mRNA	An04g00650	NT_166539.1	140945	141162	D	An04g00650	join(<140945..141007,141070..>141162)	Aspergillus niger	4990466
An04g00660	mRNA	An04g00660	NT_166539.1	141640	142779	R	An04g00660	complement(<141640..>142779)	Aspergillus niger	4990467
An04g00670	mRNA	An04g00670	NT_166539.1	143180	143985	D	An04g00670	join(<143180..143266,143381..143567,143669..>143985)	Aspergillus niger	4990468
An04g00680	mRNA	An04g00680	NT_166539.1	145179	146709	R	An04g00680	complement(join(<145179..145911,145969..146605,146676..>146709))	Aspergillus niger	4990469
An04g00690	mRNA	An04g00690	NT_166539.1	147214	148029	D	An04g00690	join(<147214..147300,147351..147462,147514..147550,147594..147681,147910..>148029)	Aspergillus niger	4990470
An04g00700	mRNA	An04g00700	NT_166539.1	150397	150913	D	An04g00700	join(<150397..150433,150516..>150913)	Aspergillus niger	84590798
An04g00710	mRNA	An04g00710	NT_166539.1	155184	155727	R	An04g00710	complement(join(<155184..155519,155584..>155727))	Aspergillus niger	84590799
An04g00720	mRNA	An04g00720	NT_166539.1	156885	158668	R	An04g00720	complement(join(<156885..158165,158264..>158668))	Aspergillus niger	4990473
An04g00730	mRNA	An04g00730	NT_166539.1	158874	160885	D	An04g00730	join(<158874..159667,159701..160324,160603..>160885)	Aspergillus niger	84590800
An04g00740	mRNA	An04g00740	NT_166539.1	161562	162987	R	An04g00740	complement(join(<161562..162444,162494..>162987))	Aspergillus niger	4990475
An04g00747	mRNA	An04g00747	NT_166539.1	164790	165454	D	An04g00747	join(<164790..164966,165147..165284,165422..>165454)	Aspergillus niger	84590801
An04g00750	mRNA	An04g00750	NT_166539.1	165872	167327	D	An04g00750	join(<165872..166056,166117..166274,166334..166552,166603..166931,166980..167088,167230..>167327)	Aspergillus niger	4990477
An04g00760	mRNA	An04g00760	NT_166539.1	167715	170462	D	An04g00760	join(<167715..167722,167774..168011,168057..168111,168164..169058,169102..169676,169720..170122,170171..>170462)	Aspergillus niger	4990478
An04g00770	mRNA	An04g00770	NT_166539.1	170658	172524	R	An04g00770	complement(join(<170658..172285,172356..>172524))	Aspergillus niger	84590802
An04g00780	mRNA	An04g00780	NT_166539.1	172836	175308	R	An04g00780	complement(join(<172836..173328,173375..174430,174460..174594,174639..175096,175210..>175308))	Aspergillus niger	4990480
An04g00790	mRNA	An04g00790	NT_166539.1	176028	178236	R	An04g00790	complement(join(<176028..176075,176176..>178236))	Aspergillus niger	4990481
An04g00800	mRNA	An04g00800	NT_166539.1	180205	184052	R	An04g00800	complement(join(<180205..180602,180694..180948,181002..183323,183413..>184052))	Aspergillus niger	4990482
An04g00810	mRNA	An04g00810	NT_166539.1	185416	186037	D	An04g00810	join(<185416..185560,185673..>186037)	Aspergillus niger	84590803
An04g00820	mRNA	An04g00820	NT_166539.1	189080	190280	R	An04g00820	complement(join(<189080..189347,189560..189867,189918..>190280))	Aspergillus niger	4990484
An04g00830	mRNA	An04g00830	NT_166539.1	190760	192469	D	An04g00830	join(<190760..190909,191114..191592,191650..191816,191923..191978,192035..192273,192328..>192469)	Aspergillus niger	4990485
An04g00840	mRNA	An04g00840	NT_166539.1	193225	194679	R	An04g00840	complement(<193225..>194679)	Aspergillus niger	4990486
An04g00850	mRNA	An04g00850	NT_166539.1	196241	196738	D	An04g00850	join(<196241..196520,196644..>196738)	Aspergillus niger	4990487
An04g00860	mRNA	An04g00860	NT_166539.1	196840	198128	R	An04g00860	complement(join(<196840..198023,198095..>198128))	Aspergillus niger	4990488
An04g00870	mRNA	An04g00870	NT_166539.1	199642	202719	D	An04g00870	join(<199642..199888,199938..202517,202600..202635,202673..>202719)	Aspergillus niger	4990489
An04g00880	mRNA	An04g00880	NT_166539.1	203421	206961	R	An04g00880	complement(join(<203421..206390,206446..>206961))	Aspergillus niger	4990490
An04g00890	mRNA	An04g00890	NT_166539.1	209481	210569	R	An04g00890	complement(join(<209481..209519,209561..209576,209617..209633,209925..210110,210175..210346,210376..210417,210550..>210569))	Aspergillus niger	84590804
An04g00900	mRNA	An04g00900	NT_166539.1	217775	224344	D	An04g00900	join(<217775..217878,217972..218025,218108..218127,218401..218441,218856..218878,218921..218942,219093..219096,219202..219224,219519..219930,219994..220251,220308..220424,220484..220567,220617..220787,220841..221435,221494..>224344)	Aspergillus niger	4990492
An04g00910	mRNA	An04g00910	NT_166539.1	224977	228314	R	An04g00910	complement(join(<224977..226156,226260..226675,226723..227235,227283..227345,227395..227645,227696..>228314))	Aspergillus niger	4990493
An04g00920	mRNA	An04g00920	NT_166539.1	228871	229165	D	An04g00920	join(<228871..229045,229137..>229165)	Aspergillus niger	84590805
An04g00930	mRNA	An04g00930	NT_166539.1	237038	238061	D	An04g00930	join(<237038..237177,237359..>238061)	Aspergillus niger	4990495
An04g00940	mRNA	An04g00940	NT_166539.1	238474	239408	R	An04g00940	complement(join(<238474..238518,238674..238756,238808..238921,239035..239057,239350..>239408))	Aspergillus niger	84590806
An04g00950	mRNA	An04g00950	NT_166539.1	239659	240567	D	An04g00950	join(<239659..239802,239845..>240567)	Aspergillus niger	4990498
An04g00960	mRNA	An04g00960	NT_166539.1	241000	242499	D	An04g00960	<241000..>242499	Aspergillus niger	84590807
An04g00970	mRNA	An04g00970	NT_166539.1	243057	243845	D	An04g00970	<243057..>243845	Aspergillus niger	84590808
An04g00980	mRNA	An04g00980	NT_166539.1	244898	246380	R	An04g00980	complement(join(<244898..245434,245498..245727,245787..246148,246184..>246380))	Aspergillus niger	4990500
An04g00990	mRNA	gdhA	NT_166539.1	247732	249236	R	An04g00990	complement(join(<247732..248505,248564..249126,249191..>249236))	Aspergillus niger	4990501
An04g01000	mRNA	An04g01000	NT_166539.1	249369	250966	D	An04g01000	join(<249369..249522,249598..249651,249698..249806,249995..250094,250264..250445,250777..>250966)	Aspergillus niger	84590809
An04g01010	mRNA	An04g01010	NT_166539.1	252582	253368	D	An04g01010	join(<252582..252584,252785..252914,253130..>253368)	Aspergillus niger	84590810
An04g01020	mRNA	An04g01020	NT_166539.1	253417	255114	D	An04g01020	join(<253417..253539,253640..253785,253869..253946,254024..254362,254709..>255114)	Aspergillus niger	84590811
An04g01030	mRNA	An04g01030	NT_166539.1	255936	256237	D	An04g01030	join(<255936..255948,255996..>256237)	Aspergillus niger	84590812
An04g01040	mRNA	An04g01040	NT_166539.1	257049	258094	D	An04g01040	join(<257049..257145,257396..257720,257935..>258094)	Aspergillus niger	84590813
An04g01050	mRNA	An04g01050	NT_166539.1	258840	259339	R	An04g01050	complement(join(<258840..258941,258996..259097,259226..>259339))	Aspergillus niger	84590814
An04g01060	mRNA	An04g01060	NT_166539.1	260818	261719	D	An04g01060	join(<260818..260901,261456..>261719)	Aspergillus niger	84590815
An04g01070	mRNA	An04g01070	NT_166539.1	262485	262803	D	An04g01070	join(<262485..262563,262691..>262803)	Aspergillus niger	4990509
An04g01080	mRNA	An04g01080	NT_166539.1	263052	265861	R	An04g01080	complement(join(<263052..264531,264581..265521,265575..265732,265843..>265861))	Aspergillus niger	4990510
An04g01090	mRNA	An04g01090	NT_166539.1	266580	267197	R	An04g01090	complement(join(<266580..266827,266892..267040,267100..>267197))	Aspergillus niger	4990511
An04g01100	mRNA	An04g01100	NT_166539.1	268891	269682	R	An04g01100	complement(join(<268891..269561,269643..>269682))	Aspergillus niger	4990512
An04g01110	mRNA	An04g01110	NT_166539.1	270573	271991	R	An04g01110	complement(join(<270573..271866,271981..>271991))	Aspergillus niger	4990513
An04g01120	mRNA	An04g01120	NT_166539.1	272803	274053	D	An04g01120	<272803..>274053	Aspergillus niger	4990514
An04g01130	mRNA	An04g01130	NT_166539.1	274925	279415	D	An04g01130	join(<274925..275101,275161..275295,275355..275384,275441..275505,275561..275993,276043..276834,276889..277782,277831..278035,278085..278535,278587..>279415)	Aspergillus niger	4990515
An04g01140	mRNA	An04g01140	NT_166539.1	279760	281133	R	An04g01140	complement(join(<279760..280125,280173..280315,280365..>281133))	Aspergillus niger	4990516
An04g01150	mRNA	An04g01150	NT_166539.1	282326	285379	D	An04g01150	<282326..>285379	Aspergillus niger	4990517
An04g01160	mRNA	An04g01160	NT_166539.1	287049	289108	D	An04g01160	join(<287049..287491,287565..288169,288229..288801,288861..>289108)	Aspergillus niger	4990518
An04g01170	mRNA	An04g01170	NT_166539.1	290498	291382	R	An04g01170	complement(join(<290498..290655,290739..291005,291143..291166,291235..>291382))	Aspergillus niger	4990519
An04g01180	mRNA	An04g01180	NT_166539.1	292430	292609	D	An04g01180	<292430..>292609	Aspergillus niger	4990520
An04g01190	mRNA	An04g01190	NT_166539.1	293696	294990	R	An04g01190	complement(join(<293696..294031,294095..294465,294519..>294990))	Aspergillus niger	4990521
An04g01200	mRNA	An04g01200	NT_166539.1	295841	296715	D	An04g01200	join(<295841..295956,296178..296286,296354..296407,296626..>296715)	Aspergillus niger	4990522
An04g01210	mRNA	An04g01210	NT_166539.1	297127	298476	R	An04g01210	complement(join(<297127..297190,297249..297371,297425..>298476))	Aspergillus niger	4990523
An04g01220	mRNA	An04g01220	NT_166539.1	301307	303051	D	An04g01220	join(<301307..301419,301451..301504,301802..301910,302014..302063,302344..302473,302689..>303051)	Aspergillus niger	84590816
An04g01230	mRNA	An04g01230	NT_166539.1	303726	305052	D	An04g01230	join(<303726..303786,303853..304693,304749..>305052)	Aspergillus niger	4990525
An04g01240	mRNA	An04g01240	NT_166539.1	307377	309636	D	An04g01240	join(<307377..307429,307593..307673,307746..307860,308083..308209,308270..308528,308630..308721,308825..308954,309192..309249,309358..>309636)	Aspergillus niger	84590817
An04g01250	mRNA	An04g01250	NT_166539.1	313351	314547	D	An04g01250	join(<313351..313385,313446..>314547)	Aspergillus niger	4990527
An04g01260	mRNA	An04g01260	NT_166539.1	316094	317535	D	An04g01260	join(<316094..316266,316367..316998,317055..317102,317153..>317535)	Aspergillus niger	4990528
An04g01270	mRNA	An04g01270	NT_166539.1	318367	319130	D	An04g01270	join(<318367..318443,318510..319023,319068..>319130)	Aspergillus niger	10098293
An04g01280	mRNA	An04g01280	NT_166539.1	319973	321735	D	An04g01280	join(<319973..320631,320689..320853,320915..321295,321335..321377,321443..321469,321478..>321735)	Aspergillus niger	4990530
An04g01290	mRNA	An04g01290	NT_166539.1	321852	323812	R	An04g01290	complement(join(<321852..322825,322879..323053,323105..323284,323348..323735,323805..>323812))	Aspergillus niger	4990531
An04g01300	mRNA	An04g01300	NT_166539.1	324276	325315	R	An04g01300	complement(join(<324276..324782,324834..325165,325231..>325315))	Aspergillus niger	4990532
An04g01310	mRNA	An04g01310	NT_166539.1	327297	328544	D	An04g01310	join(<327297..327336,327407..327477,327544..327566,327636..327694,327756..327871,327927..328031,328098..>328544)	Aspergillus niger	4990533
An04g01320	mRNA	An04g01320	NT_166539.1	329551	330979	R	An04g01320	complement(join(<329551..330330,330403..330681,330758..>330979))	Aspergillus niger	4990534
An04g01330	mRNA	An04g01330	NT_166539.1	331350	333082	R	An04g01330	complement(join(<331350..331406,331461..331547,331599..331760,331817..332080,332139..332689,332815..332949,333043..>333082))	Aspergillus niger	4990535
An04g01340	mRNA	An04g01340	NT_166539.1	334413	336686	R	An04g01340	complement(join(<334413..334455,334523..334627,334686..335944,336007..336155,336225..336260,336314..336340,336406..336431,336489..336539,336661..>336686))	Aspergillus niger	4990536
An04g01350	mRNA	An04g01350	NT_166539.1	337719	338447	R	An04g01350	complement(join(<337719..337972,338087..338110,338174..>338447))	Aspergillus niger	4990537
An04g01360	mRNA	An04g01360	NT_166539.1	339445	341302	R	An04g01360	complement(join(<339445..339543,339604..339696,339744..341008,341110..>341302))	Aspergillus niger	4990538
An04g01370	mRNA	An04g01370	NT_166539.1	341759	343625	D	An04g01370	join(<341759..342292,342370..342406,342489..343360,343431..343467,343558..>343625)	Aspergillus niger	4990539
An04g01380	mRNA	An04g01380	NT_166539.1	343800	346548	R	An04g01380	complement(join(<343800..344074,344136..345559,345618..345669,345727..345881,345947..346181,346252..346417,346507..>346548))	Aspergillus niger	4990540
An04g01390	mRNA	An04g01390	NT_166539.1	347536	349266	R	An04g01390	complement(join(<347536..347585,347640..347998,348048..348252,348301..348312,348370..348529,348586..>349266))	Aspergillus niger	4990541
An04g01400	mRNA	An04g01400	NT_166539.1	350205	351782	D	An04g01400	join(<350205..350343,350624..350775,350812..351138,351189..>351782)	Aspergillus niger	84590818
An04g01410	mRNA	An04g01410	NT_166539.1	352448	353325	R	An04g01410	complement(join(<352448..352717,352769..352964,353019..353175,353271..>353325))	Aspergillus niger	4990543
An04g01420	mRNA	An04g01420	NT_166539.1	354184	355969	R	An04g01420	complement(join(<354184..354241,354419..354609,354665..355155,355212..355389,355465..355694,355846..>355969))	Aspergillus niger	4990544
An04g01427	mRNA	An04g01427	NT_166539.1	358968	359689	D	An04g01427	join(<358968..359080,359298..359371,359481..>359689)	Aspergillus niger	84590819
An04g01430	mRNA	An04g01430	NT_166539.1	359899	360804	D	An04g01430	join(<359899..360120,360193..360281,360360..>360804)	Aspergillus niger	4990546
An04g01440	mRNA	An04g01440	NT_166539.1	363466	364908	D	An04g01440	<363466..>364908	Aspergillus niger	4990547
An04g01450	mRNA	An04g01450	NT_166539.1	365206	366573	R	An04g01450	complement(join(<365206..366292,366340..366458,366493..>366573))	Aspergillus niger	4990548
An04g01460	mRNA	An04g01460	NT_166539.1	367360	368983	D	An04g01460	join(<367360..367665,367726..367790,367843..368139,368194..368375,368430..>368983)	Aspergillus niger	4990549
An04g01470	mRNA	An04g01470	NT_166539.1	369385	370826	D	An04g01470	join(<369385..369501,369629..369916,370005..370087,370125..370235,370328..370347,370618..>370826)	Aspergillus niger	4990550
An04g01480	mRNA	An04g01480	NT_166539.1	373417	375197	R	An04g01480	complement(join(<373417..373855,373919..374269,374527..374748,375052..>375197))	Aspergillus niger	4990551
An04g01490	mRNA	An04g01490	NT_166539.1	377324	378889	D	An04g01490	join(<377324..377382,377439..377534,377575..377629,377671..377760,377836..377941,378388..378482,378572..>378889)	Aspergillus niger	84590820
An04g01500	mRNA	An04g01500	NT_166539.1	382682	384811	D	An04g01500	join(<382682..384258,384313..>384811)	Aspergillus niger	4990553
An04g01510	mRNA	An04g01510	NT_166539.1	385350	385729	D	An04g01510	join(<385350..385371,385479..385555,385628..>385729)	Aspergillus niger	84590821
An04g01520	mRNA	An04g01520	NT_166539.1	386018	387814	R	An04g01520	complement(join(<386018..387409,387446..387578,387642..>387814))	Aspergillus niger	4990555
An04g01530	mRNA	An04g01530	NT_166539.1	388537	389437	D	An04g01530	join(<388537..388833,388913..>389437)	Aspergillus niger	4990556
An04g01535	mRNA	An04g01535	NT_166539.1	389799	390668	R	An04g01535	complement(<389799..>390668)	Aspergillus niger	4990557
An04g01540	mRNA	An04g01540	NT_166539.1	390980	392260	D	An04g01540	join(<390980..391050,391117..>392260)	Aspergillus niger	4990558
An04g01550	mRNA	An04g01550	NT_166539.1	392619	397069	R	An04g01550	complement(join(<392619..393682,393757..394036,394096..394229,394281..394525,394575..394917,394975..395736,395789..395881,395932..>397069))	Aspergillus niger	4990559
An04g01560	mRNA	An04g01560	NT_166539.1	397557	397921	R	An04g01560	complement(join(<397557..397582,397645..397677,397744..>397921))	Aspergillus niger	4990560
An04g01570	mRNA	An04g01570	NT_166539.1	398298	401796	D	An04g01570	join(<398298..399144,399197..400258,400311..400906,400964..401529,401616..>401796)	Aspergillus niger	4990561
An04g01580	mRNA	An04g01580	NT_166539.1	404382	405173	D	An04g01580	<404382..>405173	Aspergillus niger	4990562
An04g01590	mRNA	An04g01590	NT_166539.1	406685	408016	R	An04g01590	complement(<406685..>408016)	Aspergillus niger	4990563
An04g01600	mRNA	An04g01600	NT_166539.1	409127	412052	D	An04g01600	join(<409127..409946,409999..410955,411006..411323,411376..411557,411711..>412052)	Aspergillus niger	4990564
An04g01610	mRNA	An04g01610	NT_166539.1	412575	413618	R	An04g01610	complement(join(<412575..412752,412825..>413618))	Aspergillus niger	4990565
An04g01620	mRNA	An04g01620	NT_166539.1	414447	416723	D	An04g01620	join(<414447..414645,414735..414814,414886..415047,415321..415342,415430..415482,415541..415705,415805..416013,416099..416630,416700..>416723)	Aspergillus niger	4990566
An04g01630	mRNA	An04g01630	NT_166539.1	417265	419070	R	An04g01630	complement(join(<417265..418656,418706..418740,418808..418926,418991..>419070))	Aspergillus niger	4990567
An04g01640	mRNA	An04g01640	NT_166539.1	419534	422062	R	An04g01640	complement(<419534..>422062)	Aspergillus niger	4990568
An04g01650	mRNA	An04g01650	NT_166539.1	422606	423483	D	An04g01650	join(<422606..423036,423126..>423483)	Aspergillus niger	4990569
An04g01660	mRNA	An04g01660	NT_166539.1	424652	428981	D	An04g01660	join(<424652..425085,425147..425258,425322..425671,425725..427800,428492..428513,428561..428581,428719..428729,428849..>428981)	Aspergillus niger	4990570
An04g01665	mRNA	An04g01665	NT_166539.1	430327	430799	D	An04g01665	join(<430327..430533,430638..>430799)	Aspergillus niger	84590822
An04g01670	mRNA	An04g01670	NT_166539.1	434484	436400	D	An04g01670	join(<434484..435033,435073..435413,435480..>436400)	Aspergillus niger	4990572
An04g01680	mRNA	An04g01680	NT_166539.1	437171	438568	D	An04g01680	join(<437171..438264,438379..438397,438515..>438568)	Aspergillus niger	4990573
An04g01690	mRNA	An04g01690	NT_166539.1	438941	440048	R	An04g01690	complement(join(<438941..439201,439260..439472,439533..>440048))	Aspergillus niger	4990574
An04g01700	mRNA	An04g01700	NT_166539.1	442932	443789	D	An04g01700	<442932..>443789	Aspergillus niger	4990575
An04g01710	mRNA	An04g01710	NT_166539.1	444134	444608	R	An04g01710	complement(join(<444134..444459,444539..>444608))	Aspergillus niger	4990576
An04g01720	mRNA	An04g01720	NT_166539.1	445276	446468	D	An04g01720	join(<445276..445543,445618..445881,445933..>446468)	Aspergillus niger	4990577
An04g01730	mRNA	An04g01730	NT_166539.1	447199	450794	D	An04g01730	join(<447199..447228,447320..448014,448077..448287,448343..448798,448859..450446,450498..450647,450703..>450794)	Aspergillus niger	4990578
An04g01740	mRNA	An04g01740	NT_166539.1	451418	452335	D	An04g01740	<451418..>452335	Aspergillus niger	4990579
An04g01750	mRNA	An04g01750	NT_166539.1	453040	455490	R	An04g01750	complement(join(<453040..455133,455190..455409,455480..>455490))	Aspergillus niger	4990580
An04g01760	mRNA	An04g01760	NT_166539.1	457194	459632	D	An04g01760	join(<457194..457311,457365..458851,458922..>459632)	Aspergillus niger	4990581
An04g01770	mRNA	An04g01770	NT_166539.1	460012	461928	R	An04g01770	complement(join(<460012..461599,461656..461773,461835..>461928))	Aspergillus niger	4990582
An04g01780	mRNA	An04g01780	NT_166539.1	462240	463079	D	An04g01780	join(<462240..462399,462471..462859,462930..>463079)	Aspergillus niger	4990583
An04g01790	mRNA	An04g01790	NT_166539.1	464368	467308	R	An04g01790	complement(join(<464368..466256,466318..>467308))	Aspergillus niger	4990584
An04g01800	mRNA	An04g01800	NT_166539.1	469155	469975	R	An04g01800	complement(join(<469155..469298,469378..469832,469889..469907,469973..>469975))	Aspergillus niger	4990585
An04g01810	mRNA	An04g01810	NT_166539.1	470418	472001	D	An04g01810	join(<470418..470554,470612..>472001)	Aspergillus niger	4990586
An04g01820	mRNA	An04g01820	NT_166539.1	472690	473850	R	An04g01820	complement(join(<472690..472773,473193..473378,473803..>473850))	Aspergillus niger	4990587
An04g01830	mRNA	An04g01830	NT_166539.1	476622	479933	R	An04g01830	complement(join(<476622..477368,477418..477530,477581..478343,478395..478674,478729..479069,479175..479333,479423..479698,479799..>479933))	Aspergillus niger	4990588
An04g01840	mRNA	An04g01840	NT_166539.1	484352	485618	D	An04g01840	join(<484352..484722,484777..485122,485175..>485618)	Aspergillus niger	4990589
An04g01850	mRNA	An04g01850	NT_166539.1	487266	488873	D	An04g01850	join(<487266..487358,487419..487538,487598..487690,487758..>488873)	Aspergillus niger	4990590
An04g01860	mRNA	An04g01860	NT_166539.1	490380	492324	R	An04g01860	complement(join(<490380..491879,491956..>492324))	Aspergillus niger	4990591
An04g01870	mRNA	An04g01870	NT_166539.1	492734	493545	D	An04g01870	join(<492734..492893,492969..493218,493282..493405,493468..>493545)	Aspergillus niger	4990592
An04g01880	mRNA	An04g01880	NT_166539.1	493923	495827	D	An04g01880	join(<493923..494604,494659..495510,495628..>495827)	Aspergillus niger	4990593
An04g01890	mRNA	An04g01890	NT_166539.1	496201	499089	R	An04g01890	complement(join(<496201..498055,498105..498340,498411..498776,499054..>499089))	Aspergillus niger	4990594
An04g01900	mRNA	An04g01900	NT_166539.1	499461	502516	D	An04g01900	join(<499461..499634,499689..499716,499788..500074,500162..501377,501423..>502516)	Aspergillus niger	4990595
An04g01910	mRNA	An04g01910	NT_166539.1	502914	504560	R	An04g01910	complement(<502914..>504560)	Aspergillus niger	4990596
An04g01920	mRNA	An04g01920	NT_166539.1	505270	510049	R	An04g01920	complement(join(<505270..506418,506474..506631,506691..509629,509780..509923,510006..>510049))	Aspergillus niger	4990597
An04g01930	mRNA	An04g01930	NT_166539.1	510779	512371	D	An04g01930	join(<510779..511717,511772..>512371)	Aspergillus niger	4990598
An04g01940	mRNA	An04g01940	NT_166539.1	512966	514651	D	An04g01940	join(<512966..513489,513555..514541,514621..>514651)	Aspergillus niger	4990599
An04g01950	mRNA	An04g01950	NT_166539.1	515390	517075	D	An04g01950	join(<515390..515404,515510..515692,515757..516503,516586..516778,516843..>517075)	Aspergillus niger	4990600
An04g01960	mRNA	An04g01960	NT_166539.1	517401	517916	R	An04g01960	complement(<517401..>517916)	Aspergillus niger	4990601
An04g01970	mRNA	An04g01970	NT_166539.1	518323	518919	D	An04g01970	join(<518323..518387,518559..>518919)	Aspergillus niger	4990602
An04g01980	mRNA	An04g01980	NT_166539.1	519834	523106	R	An04g01980	complement(join(<519834..520031,520094..522165,522215..>523106))	Aspergillus niger	4990603
An04g01990	mRNA	An04g01990	NT_166539.1	524137	526823	D	An04g01990	join(<524137..524298,524378..524873,524932..525955,526004..>526823)	Aspergillus niger	4990604
An04g02000	mRNA	An04g02000	NT_166539.1	527064	528617	D	An04g02000	join(<527064..527199,527281..>528617)	Aspergillus niger	4990605
An04g02010	mRNA	An04g02010	NT_166539.1	528945	529542	R	An04g02010	complement(join(<528945..528989,529112..529378,529540..>529542))	Aspergillus niger	4990606
An04g02020	mRNA	An04g02020	NT_166539.1	529939	531185	D	An04g02020	join(<529939..530046,530130..530207,530278..530294,530359..530462,530534..530678,530735..530898,530986..>531185)	Aspergillus niger	4990607
An04g02030	mRNA	An04g02030	NT_166539.1	533499	535606	D	An04g02030	join(<533499..533701,533773..>535606)	Aspergillus niger	4990608
An04g02040	mRNA	An04g02040	NT_166539.1	537573	540272	D	An04g02040	join(<537573..537996,538071..538610,538669..538722,538778..538825,538888..>540272)	Aspergillus niger	4990609
An04g02050	mRNA	An04g02050	NT_166539.1	542516	543626	D	An04g02050	join(<542516..543199,543264..>543626)	Aspergillus niger	4990610
An04g02060	mRNA	An04g02060	NT_166539.1	544560	546810	D	An04g02060	join(<544560..544584,544698..544743,544822..545049,545116..546601,546655..>546810)	Aspergillus niger	4990611
An04g02070	mRNA	An04g02070	NT_166539.1	549135	554566	D	An04g02070	join(<549135..549173,549248..549404,549498..549856,549925..554148,554210..>554566)	Aspergillus niger	4990612
An04g02080	mRNA	An04g02080	NT_166539.1	556161	557538	D	An04g02080	join(<556161..556302,556333..556436,556554..556662,556762..556816,556917..>557538)	Aspergillus niger	84590823
An04g02090	mRNA	pyc	NT_166539.1	557605	561243	D	An04g02090	join(<557605..561075,561136..>561243)	Aspergillus niger	4990614
An04g02100	mRNA	An04g02100	NT_166539.1	561606	563429	R	An04g02100	complement(join(<561606..562597,562673..562951,563011..563034,563090..>563429))	Aspergillus niger	4990615
An04g02110	mRNA	An04g02110	NT_166539.1	565013	565531	D	An04g02110	join(<565013..565174,565286..>565531)	Aspergillus niger	4990616
An04g02120	mRNA	An04g02120	NT_166539.1	566514	567270	R	An04g02120	complement(join(<566514..566640,566748..566997,567117..>567270))	Aspergillus niger	4990617
An04g02130	mRNA	An04g02130	NT_166539.1	567731	568725	D	An04g02130	join(<567731..567757,567849..567857,567914..567985,568060..568486,568543..568587,568643..>568725)	Aspergillus niger	4990618
An04g02140	mRNA	An04g02140	NT_166539.1	569306	570134	D	An04g02140	join(<569306..569378,569591..569663,569828..>570134)	Aspergillus niger	4990619
An04g02150	mRNA	An04g02150	NT_166539.1	570816	573131	R	An04g02150	complement(join(<570816..570980,571044..>573131))	Aspergillus niger	4990620
An04g02160	mRNA	An04g02160	NT_166539.1	573809	577703	D	An04g02160	join(<573809..574307,574365..574956,575006..575171,575223..>577703)	Aspergillus niger	4990621
An04g02170	mRNA	An04g02170	NT_166539.1	578222	579357	R	An04g02170	complement(join(<578222..578501,578557..578771,578836..578862,579051..579242,579289..>579357))	Aspergillus niger	4990622
An04g02180	mRNA	An04g02180	NT_166539.1	580217	582058	D	An04g02180	join(<580217..580396,581244..581318,581396..581551,581591..581738,581811..>582058)	Aspergillus niger	84590824
An04g02190	mRNA	An04g02190	NT_166539.1	582479	583825	D	An04g02190	<582479..>583825	Aspergillus niger	4990624
An04g02200	mRNA	An04g02200	NT_166539.1	584464	586622	R	An04g02200	complement(join(<584464..586474,586594..>586622))	Aspergillus niger	4990625
An04g02210	mRNA	An04g02210	NT_166539.1	587505	588655	D	An04g02210	join(<587505..587734,587800..587904,587962..>588655)	Aspergillus niger	4990626
An04g02220	mRNA	An04g02220	NT_166539.1	588903	590237	R	An04g02220	complement(<588903..>590237)	Aspergillus niger	4990627
An04g02230	mRNA	An04g02230	NT_166539.1	591027	593168	R	An04g02230	complement(join(<591027..591299,591372..591849,591908..592269,592322..592453,592510..592596,592660..592731,592781..592899,592964..>593168))	Aspergillus niger	4990628
An04g02240	mRNA	An04g02240	NT_166539.1	593488	594035	D	An04g02240	join(<593488..593533,593593..>594035)	Aspergillus niger	4990629
An04g02250	mRNA	An04g02250	NT_166539.1	594267	594787	R	An04g02250	complement(join(<594267..594362,594442..594488,594542..594625,594681..594693,594752..>594787))	Aspergillus niger	4990630
An04g02260	mRNA	An04g02260	NT_166539.1	595202	595807	D	An04g02260	join(<595202..595265,595454..595582,595758..>595807)	Aspergillus niger	4990631
An04g02270	mRNA	An04g02270	NT_166539.1	596488	597461	R	An04g02270	complement(join(<596488..596527,596604..597211,597297..597376,597440..>597461))	Aspergillus niger	4990632
An04g02280	mRNA	An04g02280	NT_166539.1	597771	599669	R	An04g02280	complement(join(<597771..597919,597971..598072,598132..599080,599136..599267,599371..599554,599635..>599669))	Aspergillus niger	4990633
An04g02290	mRNA	An04g02290	NT_166539.1	600593	601206	R	An04g02290	complement(join(<600593..600883,600925..600991,601091..>601206))	Aspergillus niger	84590825
An04g02300	mRNA	An04g02300	NT_166539.1	602173	603213	D	An04g02300	<602173..>603213	Aspergillus niger	4990635
An04g02310	mRNA	An04g02310	NT_166539.1	604065	605306	R	An04g02310	complement(join(<604065..604554,604611..604759,604837..605111,605183..>605306))	Aspergillus niger	4990636
An04g02320	mRNA	An04g02320	NT_166539.1	606207	609465	D	An04g02320	join(<606207..606580,606654..>609465)	Aspergillus niger	84590826
An04g02330	mRNA	An04g02330	NT_166539.1	610365	612605	D	An04g02330	join(<610365..610416,610666..610975,611037..611785,611846..612060,612118..612181,612247..>612605)	Aspergillus niger	4990637
An04g02340	mRNA	An04g02340	NT_166539.1	612905	614022	R	An04g02340	complement(join(<612905..613231,613303..>614022))	Aspergillus niger	4990639
An04g02350	mRNA	An04g02350	NT_166539.1	614387	616297	D	An04g02350	join(<614387..614526,614614..614688,614814..615298,615346..615948,616027..616114,616207..>616297)	Aspergillus niger	84590827
An04g02360	mRNA	An04g02360	NT_166539.1	616363	617646	R	An04g02360	complement(join(<616363..616413,616468..>617646))	Aspergillus niger	4990641
An04g02370	mRNA	An04g02370	NT_166539.1	617937	619357	R	An04g02370	complement(join(<617937..618887,618944..>619357))	Aspergillus niger	4990642
An04g02380	mRNA	An04g02380	NT_166539.1	619805	620706	D	An04g02380	join(<619805..619879,619944..620043,620103..620386,620446..620645,620679..>620706)	Aspergillus niger	4990643
An04g02390	mRNA	An04g02390	NT_166539.1	620882	621284	R	An04g02390	complement(join(<620882..620913,621014..>621284))	Aspergillus niger	84590828
An04g02400	mRNA	An04g02400	NT_166539.1	621979	623354	R	An04g02400	complement(join(<621979..622499,622535..622750,622804..623138,623185..>623354))	Aspergillus niger	4990645
An04g02410	mRNA	An04g02410	NT_166539.1	623806	624945	D	An04g02410	<623806..>624945	Aspergillus niger	4990646
An04g02420	mRNA	An04g02420	NT_166539.1	625326	626738	R	An04g02420	complement(join(<625326..626374,626434..>626738))	Aspergillus niger	4990647
An04g02430	mRNA	An04g02430	NT_166539.1	626972	628256	R	An04g02430	complement(join(<626972..627464,627510..627683,627788..627979,628060..628084,628142..>628256))	Aspergillus niger	84590829
An04g02440	mRNA	An04g02440	NT_166539.1	629165	630028	R	An04g02440	complement(join(<629165..629635,629960..>630028))	Aspergillus niger	84590830
An04g02450	mRNA	An04g02450	NT_166539.1	630550	634471	R	An04g02450	complement(join(<630550..634344,634439..>634471))	Aspergillus niger	4990650
An04g02460	mRNA	An04g02460	NT_166539.1	634765	636847	R	An04g02460	complement(join(<634765..634809,634875..636478,636535..636649,636716..>636847))	Aspergillus niger	4990651
An04g02470	mRNA	An04g02470	NT_166539.1	637824	638770	R	An04g02470	complement(join(<637824..638171,638235..638426,638515..638541,638602..638621,638701..>638770))	Aspergillus niger	4990652
An04g02480	mRNA	An04g02480	NT_166539.1	639352	641579	D	An04g02480	join(<639352..639559,639612..640181,640239..641347,641403..>641579)	Aspergillus niger	4990653
An04g02490	mRNA	An04g02490	NT_166539.1	642315	644097	D	An04g02490	join(<642315..642407,642476..642613,642694..>644097)	Aspergillus niger	4990654
An04g02500	mRNA	An04g02500	NT_166539.1	644538	646213	D	An04g02500	join(<644538..644591,644672..645111,645167..645950,646016..>646213)	Aspergillus niger	4990655
An04g02510	mRNA	An04g02510	NT_166539.1	646863	648868	D	An04g02510	join(<646863..646911,646983..>648868)	Aspergillus niger	4990656
An04g02520	mRNA	An04g02520	NT_166539.1	649268	650217	R	An04g02520	complement(join(<649268..649905,649971..>650217))	Aspergillus niger	4990657
An04g02530	mRNA	An04g02530	NT_166539.1	650724	653433	R	An04g02530	complement(join(<650724..651809,651872..653072,653153..>653433))	Aspergillus niger	4990658
An04g02540	mRNA	An04g02540	NT_166539.1	653878	655968	D	An04g02540	join(<653878..654029,654225..654451,654518..655324,655380..655461,655601..655700,655737..655745,655870..>655968)	Aspergillus niger	4990659
An04g02550	mRNA	An04g02550	NT_166539.1	656509	659132	R	An04g02550	complement(join(<656509..656563,656624..658653,658711..658822,658924..>659132))	Aspergillus niger	4990660
An04g02560	mRNA	An04g02560	NT_166539.1	659730	660247	D	An04g02560	join(<659730..659813,659979..660137,660188..>660247)	Aspergillus niger	4990661
An04g02570	mRNA	An04g02570	NT_166539.1	660439	661115	R	An04g02570	complement(join(<660439..660863,660929..660999,661078..>661115))	Aspergillus niger	4990662
An04g02580	mRNA	An04g02580	NT_166539.1	662354	664172	D	An04g02580	join(<662354..662536,662598..662814,662875..>664172)	Aspergillus niger	4990663
An04g02590	mRNA	An04g02590	NT_166539.1	664385	665266	R	An04g02590	complement(join(<664385..664781,665057..665117,665200..>665266))	Aspergillus niger	84590831
An04g02600	mRNA	An04g02600	NT_166539.1	665925	667621	D	An04g02600	join(<665925..666702,666762..666879,666966..667070,667158..667550,667615..>667621)	Aspergillus niger	4990665
An04g02610	mRNA	An04g02610	NT_166539.1	667829	669526	R	An04g02610	complement(join(<667829..667940,668013..669282,669352..669439,669506..>669526))	Aspergillus niger	4990666
An04g02620	mRNA	An04g02620	NT_166539.1	669851	672286	R	An04g02620	complement(join(<669851..670027,670126..670280,670411..>672286))	Aspergillus niger	4990667
An04g02630	mRNA	An04g02630	NT_166539.1	673041	673301	R	An04g02630	complement(<673041..>673301)	Aspergillus niger	84590832
An04g02640	mRNA	An04g02640	NT_166539.1	673404	674953	R	An04g02640	complement(join(<673404..673515,673573..674695,674772..674870,674932..>674953))	Aspergillus niger	4990669
An04g02650	mRNA	An04g02650	NT_166539.1	675240	676714	D	An04g02650	join(<675240..675381,675437..675501,675551..675753,675804..676426,676476..>676714)	Aspergillus niger	4990670
An04g02660	mRNA	An04g02660	NT_166539.1	676775	677695	R	An04g02660	complement(join(<676775..677466,677563..>677695))	Aspergillus niger	4990671
An04g02670	mRNA	An04g02670	NT_166539.1	678132	679430	R	An04g02670	complement(join(<678132..678301,678350..678495,678546..678601,678660..678941,678989..679093,679163..679309,679362..>679430))	Aspergillus niger	4990672
An04g02680	mRNA	An04g02680	NT_166539.1	679852	680871	D	An04g02680	join(<679852..680034,680273..680323,680382..680427,680568..680585,680699..>680871)	Aspergillus niger	84590833
An04g02690	mRNA	An04g02690	NT_166539.1	681354	682580	D	An04g02690	join(<681354..681515,681580..681969,682033..682479,682536..>682580)	Aspergillus niger	4990674
An04g02700	mRNA	An04g02700	NT_166539.1	683119	685995	D	An04g02700	join(<683119..683316,683374..>685995)	Aspergillus niger	4990675
An04g02710	mRNA	An04g02710	NT_166539.1	686533	688245	R	An04g02710	complement(join(<686533..688131,688183..>688245))	Aspergillus niger	4990676
An04g02720	mRNA	An04g02720	NT_166539.1	689887	693491	R	An04g02720	complement(join(<689887..691022,691674..691924,691964..692189,692243..692305,692352..692694,692747..692791,692839..693056,693110..693221,693273..>693491))	Aspergillus niger	4990677
An04g02730	mRNA	An04g02730	NT_166539.1	695418	696431	D	An04g02730	join(<695418..695468,695583..>696431)	Aspergillus niger	4990678
An04g02740	mRNA	An04g02740	NT_166539.1	697607	700918	R	An04g02740	complement(<697607..>700918)	Aspergillus niger	84590834
An04g02750	mRNA	An04g02750	NT_166539.1	702614	703517	R	An04g02750	complement(join(<702614..703042,703320..>703517))	Aspergillus niger	84590835
An04g02760	mRNA	An04g02760	NT_166539.1	704188	705414	D	An04g02760	join(<704188..704363,704417..704638,704688..705148,705199..>705414)	Aspergillus niger	4990681
An04g02770	mRNA	An04g02770	NT_166539.1	705678	706851	D	An04g02770	join(<705678..705794,705857..706069,706153..706535,706693..706719,706806..>706851)	Aspergillus niger	4990682
An04g02780	mRNA	An04g02780	NT_166539.1	709180	710799	D	An04g02780	<709180..>710799	Aspergillus niger	4990683
An04g02790	mRNA	An04g02790	NT_166539.1	712353	714341	D	An04g02790	join(<712353..712479,712542..713613,713711..714055,714091..714129,714188..>714341)	Aspergillus niger	4990684
An04g02800	mRNA	An04g02800	NT_166539.1	715395	716333	D	An04g02800	join(<715395..715950,716029..>716333)	Aspergillus niger	4990685
An04g02810	mRNA	An04g02810	NT_166539.1	716705	717604	D	An04g02810	<716705..>717604	Aspergillus niger	84590836
An04g02820	mRNA	An04g02820	NT_166539.1	718527	719054	D	An04g02820	<718527..>719054	Aspergillus niger	4990686
An04g02830	mRNA	An04g02830	NT_166539.1	719350	721103	R	An04g02830	complement(join(<719350..719937,720005..720468,720516..720582,720630..720840,720885..>721103))	Aspergillus niger	4990688
An04g02840	mRNA	An04g02840	NT_166539.1	721347	723032	D	An04g02840	join(<721347..721437,721484..722503,722557..722895,722969..>723032)	Aspergillus niger	4990689
An04g02850	mRNA	An04g02850	NT_166539.1	723314	725415	D	An04g02850	join(<723314..723424,723484..724229,724281..>725415)	Aspergillus niger	4990690
An04g02870	mRNA	An04g02870	NT_166539.1	727597	728607	R	An04g02870	complement(join(<727597..728130,728182..>728607))	Aspergillus niger	84590837
An04g02880	mRNA	An04g02880	NT_166539.1	728901	730106	R	An04g02880	complement(<728901..>730106)	Aspergillus niger	4990693
An04g02890	mRNA	An04g02890	NT_166539.1	730490	731403	D	An04g02890	join(<730490..730709,730773..730934,730985..>731403)	Aspergillus niger	4990694
An04g02900	mRNA	An04g02900	NT_166539.1	731743	732486	D	An04g02900	join(<731743..731847,731899..732236,732294..>732486)	Aspergillus niger	4990695
An04g02910	mRNA	An04g02910	NT_166539.1	733924	734841	R	An04g02910	complement(join(<733924..734280,734344..>734841))	Aspergillus niger	4990696
An04g02920	mRNA	An04g02920	NT_166539.1	735991	736473	R	An04g02920	complement(<735991..>736473)	Aspergillus niger	84590838
An04g02930	mRNA	An04g02930	NT_166539.1	737829	739145	R	An04g02930	complement(join(<737829..738354,738422..738798,738858..>739145))	Aspergillus niger	4990698
An04g02940	mRNA	An04g02940	NT_166539.1	740206	741201	R	An04g02940	complement(join(<740206..740261,740391..>741201))	Aspergillus niger	4990699
An04g02950	mRNA	An04g02950	NT_166539.1	741517	743281	D	An04g02950	join(<741517..741952,742002..742348,742418..742835,742894..743034,743091..>743281)	Aspergillus niger	4990700
An04g02960	mRNA	An04g02960	NT_166539.1	745638	746100	D	An04g02960	join(<745638..745676,745832..745953,746076..>746100)	Aspergillus niger	84590839
An04g02970	mRNA	An04g02970	NT_166539.1	746851	748514	R	An04g02970	complement(join(<746851..746907,746972..747130,747162..>748514))	Aspergillus niger	4990702
An04g02980	mRNA	An04g02980	NT_166539.1	750377	752048	R	An04g02980	complement(join(<750377..751771,751839..>752048))	Aspergillus niger	4990703
An04g02990	mRNA	An04g02990	NT_166539.1	752735	753960	R	An04g02990	complement(join(<752735..753161,753222..753595,753656..753760,753811..>753960))	Aspergillus niger	4990704
An04g03000	mRNA	An04g03000	NT_166539.1	755543	756921	R	An04g03000	complement(join(<755543..756204,756261..>756921))	Aspergillus niger	84590840
An04g03010	mRNA	An04g03010	NT_166539.1	757877	758473	R	An04g03010	complement(<757877..>758473)	Aspergillus niger	4990706
An04g03030	mRNA	An04g03030	NT_166539.1	760619	761671	R	An04g03030	complement(<760619..>761671)	Aspergillus niger	84590841
An04g03040	mRNA	An04g03040	NT_166539.1	762321	762901	D	An04g03040	join(<762321..762407,762461..>762901)	Aspergillus niger	84590842
An04g03050	mRNA	An04g03050	NT_166539.1	764304	768170	R	An04g03050	complement(join(<764304..765002,765068..767454,767503..767665,767838..>768170))	Aspergillus niger	4990710
An04g03060	mRNA	An04g03060	NT_166539.1	768945	771020	R	An04g03060	complement(join(<768945..769661,769717..770062,770115..770398,770452..770605,770686..>771020))	Aspergillus niger	4990711
An04g03070	mRNA	An04g03070	NT_166539.1	772054	774372	D	An04g03070	join(<772054..772220,772299..772617,772789..773234,773283..>774372)	Aspergillus niger	4990712
An04g03080	mRNA	An04g03080	NT_166539.1	774514	776302	R	An04g03080	complement(join(<774514..775660,775761..775977,776034..776090,776149..>776302))	Aspergillus niger	4990713
An04g03090	mRNA	An04g03090	NT_166539.1	776896	777993	R	An04g03090	complement(join(<776896..777604,777665..>777993))	Aspergillus niger	4990714
An04g03100	mRNA	An04g03100	NT_166539.1	778542	780314	D	An04g03100	<778542..>780314	Aspergillus niger	4990715
An04g03110	mRNA	An04g03110	NT_166539.1	781060	783561	D	An04g03110	join(<781060..781264,781366..782075,782126..783191,783261..783270,783346..783391,783526..>783561)	Aspergillus niger	4990716
An04g03120	mRNA	An04g03120	NT_166539.1	783665	785239	R	An04g03120	complement(<783665..>785239)	Aspergillus niger	4990717
An04g03130	mRNA	An04g03130	NT_166539.1	785491	786443	D	An04g03130	join(<785491..786117,786168..>786443)	Aspergillus niger	4990718
An04g03140	mRNA	An04g03140	NT_166539.1	786532	787415	R	An04g03140	complement(join(<786532..787216,787291..>787415))	Aspergillus niger	4990719
An04g03150	mRNA	An04g03150	NT_166539.1	788432	789568	R	An04g03150	complement(<788432..>789568)	Aspergillus niger	4990720
An04g03160	mRNA	An04g03160	NT_166539.1	791487	792987	D	An04g03160	join(<791487..791880,791939..>792987)	Aspergillus niger	4990721
An04g03170	mRNA	An04g03170	NT_166539.1	793795	796064	D	An04g03170	join(<793795..795536,795670..795680,795862..>796064)	Aspergillus niger	4990722
An04g03180	mRNA	An04g03180	NT_166539.1	796882	798028	R	An04g03180	complement(join(<796882..797378,797433..797672,797722..>798028))	Aspergillus niger	4990723
An04g03190	mRNA	An04g03190	NT_166539.1	799228	800016	R	An04g03190	complement(<799228..>800016)	Aspergillus niger	84590843
An04g03195	mRNA	An04g03195	NT_166539.1	802332	802505	D	An04g03195	join(<802332..802435,802496..>802505)	Aspergillus niger	84590844
An04g03200	mRNA	An04g03200	NT_166539.1	803301	804717	R	An04g03200	complement(join(<803301..804242,804316..804456,804517..804618,804679..>804717))	Aspergillus niger	4990726
An04g03210	mRNA	An04g03210	NT_166539.1	805416	806237	R	An04g03210	complement(<805416..>806237)	Aspergillus niger	4990727
An04g03220	mRNA	An04g03220	NT_166539.1	809679	812164	R	An04g03220	complement(join(<809679..810918,810986..811830,811901..>812164))	Aspergillus niger	4990728
An04g03230	mRNA	An04g03230	NT_166539.1	812205	812657	D	An04g03230	join(<812205..812363,812439..>812657)	Aspergillus niger	84590845
An04g03240	mRNA	An04g03240	NT_166539.1	812702	813950	R	An04g03240	complement(join(<812702..812755,812799..812902,812980..813050,813121..813316,813401..813466,813550..813650,813730..>813950))	Aspergillus niger	84590846
An04g03250	mRNA	An04g03250	NT_166539.1	814067	817816	R	An04g03250	complement(join(<814067..816258,816323..817370,817427..>817816))	Aspergillus niger	4990731
An04g03260	mRNA	An04g03260	NT_166539.1	818236	819612	R	An04g03260	complement(<818236..>819612)	Aspergillus niger	4990732
An04g03270	mRNA	An04g03270	NT_166539.1	820088	823821	D	An04g03270	join(<820088..820227,820334..820503,820566..821092,821149..823407,823474..>823821)	Aspergillus niger	4990733
An04g03280	mRNA	An04g03280	NT_166539.1	824457	825160	D	An04g03280	join(<824457..824695,824941..>825160)	Aspergillus niger	84590847
An04g03290	mRNA	An04g03290	NT_166539.1	825460	827370	D	An04g03290	join(<825460..825574,825647..825658,825720..825991,826077..826821,826877..>827370)	Aspergillus niger	4990735
An04g03300	mRNA	An04g03300	NT_166539.1	828277	831660	D	An04g03300	join(<828277..828375,828433..828651,828715..830195,830246..830988,831044..>831660)	Aspergillus niger	4990736
An04g03310	mRNA	An04g03310	NT_166539.1	832411	834802	R	An04g03310	complement(join(<832411..833139,833240..>834802))	Aspergillus niger	4990737
An04g03320	mRNA	An04g03320	NT_166539.1	836119	837855	R	An04g03320	complement(join(<836119..836546,836604..836678,836739..837339,837409..>837855))	Aspergillus niger	4990738
An04g03330	mRNA	An04g03330	NT_166539.1	838795	840000	D	An04g03330	<838795..>840000	Aspergillus niger	4990739
An04g03340	mRNA	An04g03340	NT_166539.1	841704	843617	D	An04g03340	join(<841704..841892,842005..843174,843449..843482,843572..843582,843615..>843617)	Aspergillus niger	84590848
An04g03350	mRNA	An04g03350	NT_166539.1	843928	846576	R	An04g03350	complement(join(<843928..846148,846185..>846576))	Aspergillus niger	4990741
An04g03360	mRNA	An04g03360	NT_166539.1	848500	849342	R	An04g03360	complement(join(<848500..848756,848815..849067,849150..849258,849323..>849342))	Aspergillus niger	4990742
An04g03370	mRNA	An04g03370	NT_166539.1	849386	852095	R	An04g03370	complement(join(<849386..849812,849993..850197,850601..851042,851720..851869,851976..>852095))	Aspergillus niger	84590849
An04g03380	mRNA	An04g03380	NT_166539.1	852220	853674	D	An04g03380	join(<852220..852297,852525..852660,852799..853044,853101..853118,853174..853290,853355..>853674)	Aspergillus niger	4990744
An04g03400	mRNA	An04g03400	NT_166539.1	854671	856294	D	An04g03400	join(<854671..854798,854855..855054,855114..>856294)	Aspergillus niger	4990745
An04g03410	mRNA	An04g03410	NT_166539.1	856911	857695	R	An04g03410	complement(join(<856911..856942,857089..857309,857433..857456,857561..857585,857620..>857695))	Aspergillus niger	84590850
An04g03420	mRNA	An04g03420	NT_166539.1	862131	863336	D	An04g03420	join(<862131..862169,862263..862423,862521..862667,862739..>863336)	Aspergillus niger	4990747
An04g03430	mRNA	An04g03430	NT_166539.1	867107	869889	R	An04g03430	complement(join(<867107..867213,867278..867404,867505..867570,867834..867967,868050..868477,868818..868979,869209..869329,869519..869563,869662..869723,869810..>869889))	Aspergillus niger	84590851
An04g03440	mRNA	An04g03440	NT_166539.1	871920	873410	D	An04g03440	<871920..>873410	Aspergillus niger	4990749
An04g03450	mRNA	An04g03450	NT_166539.1	874165	874623	R	An04g03450	complement(join(<874165..874356,874435..874539,874594..>874623))	Aspergillus niger	84590852
An04g03460	mRNA	phyA	NT_166539.1	874663	876177	D	An04g03460	join(<874663..874706,874818..>876177)	Aspergillus niger	4990751
An04g03470	mRNA	An04g03470	NT_166539.1	876510	877010	R	An04g03470	complement(join(<876510..876666,876886..>877010))	Aspergillus niger	84590853
An04g03480	mRNA	An04g03480	NT_166539.1	877424	878567	R	An04g03480	complement(join(<877424..877435,877687..877832,878216..878344,878468..>878567))	Aspergillus niger	84590854
An04g03490	mRNA	An04g03490	NT_166539.1	878693	881564	R	An04g03490	complement(join(<878693..881413,881475..>881564))	Aspergillus niger	4990754
An04g03495	mRNA	An04g03495	NT_166539.1	882513	883566	D	An04g03495	join(<882513..882658,882734..882932,882996..883274,883327..>883566)	Aspergillus niger	4990755
An04g03500	mRNA	An04g03500	NT_166539.1	884001	884999	D	An04g03500	join(<884001..884226,884296..884663,884865..>884999)	Aspergillus niger	4990756
An04g03520	mRNA	An04g03520	NT_166539.1	885806	887417	D	An04g03520	join(<885806..886068,886345..886456,887244..>887417)	Aspergillus niger	84590855
An04g03530	mRNA	An04g03530	NT_166539.1	887989	889017	R	An04g03530	complement(join(<887989..888300,888405..888743,888799..>889017))	Aspergillus niger	4990759
An04g03540	mRNA	An04g03540	NT_166539.1	889223	890202	D	An04g03540	join(<889223..889341,889554..889640,889755..>890202)	Aspergillus niger	84590856
An04g03550	mRNA	An04g03550	NT_166539.1	890223	891049	R	An04g03550	complement(join(<890223..890268,890365..890414,890744..>891049))	Aspergillus niger	84590857
An04g03560	mRNA	An04g03560	NT_166539.1	891215	892131	D	An04g03560	join(<891215..891301,891446..891564,891604..891737,891879..891903,892035..>892131)	Aspergillus niger	84590858
An04g03570	mRNA	An04g03570	NT_166539.1	893024	894147	R	An04g03570	complement(join(<893024..893486,893542..893947,894021..>894147))	Aspergillus niger	4990763
An04g03580	mRNA	An04g03580	NT_166539.1	894828	895943	D	An04g03580	join(<894828..894833,895062..>895943)	Aspergillus niger	4990764
An04g03590	mRNA	An04g03590	NT_166539.1	896863	898900	D	An04g03590	join(<896863..896908,896994..897657,897709..>898900)	Aspergillus niger	4990765
An04g03600	mRNA	An04g03600	NT_166539.1	899422	904771	D	An04g03600	join(<899422..904169,904219..>904771)	Aspergillus niger	4990766
An04g03610	mRNA	An04g03610	NT_166539.1	904916	905567	R	An04g03610	complement(join(<904916..904955,905062..>905567))	Aspergillus niger	4990767
An04g03620	mRNA	An04g03620	NT_166539.1	906068	907746	D	An04g03620	join(<906068..906095,906163..906272,906327..906390,906456..906548,906597..906648,906702..>907746)	Aspergillus niger	4990768
An04g03630	mRNA	An04g03630	NT_166539.1	907981	910151	R	An04g03630	complement(join(<907981..908074,908150..909063,909134..909380,909448..>910151))	Aspergillus niger	4990769
An04g03640	mRNA	An04g03640	NT_166539.1	911245	914315	R	An04g03640	complement(join(<911245..912297,912349..913058,913112..>914315))	Aspergillus niger	4990770
An04g03650	mRNA	An04g03650	NT_166539.1	915318	916832	R	An04g03650	complement(join(<915318..916610,916674..>916832))	Aspergillus niger	4990771
An04g03660	mRNA	An04g03660	NT_166539.1	917180	918011	D	An04g03660	join(<917180..917293,917470..917664,917749..917808,917874..>918011)	Aspergillus niger	84590859
An04g03670	mRNA	An04g03670	NT_166539.1	918013	919871	R	An04g03670	complement(join(<918013..918067,918146..918244,918291..918412,918640..918820,918931..919044,919412..919526,919720..919780,919806..>919871))	Aspergillus niger	84590860
An04g03680	mRNA	An04g03680	NT_166539.1	919960	920972	D	An04g03680	join(<919960..920203,920313..920394,920453..>920972)	Aspergillus niger	4990774
An04g03690	mRNA	An04g03690	NT_166539.1	921026	925254	R	An04g03690	complement(join(<921026..921924,921978..922972,923096..924039,924105..924768,924818..>925254))	Aspergillus niger	4990775
An04g03700	mRNA	An04g03700	NT_166539.1	925920	926609	R	An04g03700	complement(join(<925920..925977,926036..926072,926135..926419,926473..926497,926565..>926609))	Aspergillus niger	4990776
An04g03710	mRNA	An04g03710	NT_166539.1	927280	928951	R	An04g03710	complement(join(<927280..927379,927433..928277,928334..928453,928506..928741,928800..928874,928924..>928951))	Aspergillus niger	4990777
An04g03720	mRNA	An04g03720	NT_166539.1	929851	935246	D	An04g03720	join(<929851..932781,932831..933097,933147..>935246)	Aspergillus niger	4990778
An04g03730	mRNA	An04g03730	NT_166539.1	935421	935688	R	An04g03730	complement(join(<935421..935538,935678..>935688))	Aspergillus niger	84590861
An04g03740	mRNA	An04g03740	NT_166539.1	936126	936895	D	An04g03740	join(<936126..936202,936293..936716,936818..>936895)	Aspergillus niger	84590862
An04g03750	mRNA	An04g03750	NT_166539.1	937142	938267	R	An04g03750	complement(join(<937142..937528,937581..937910,938022..>938267))	Aspergillus niger	4990781
An04g03770	mRNA	An04g03770	NT_166539.1	940374	942376	R	An04g03770	complement(join(<940374..940417,940649..941129,941183..941702,941752..941952,942011..942096,942146..>942376))	Aspergillus niger	4990783
An04g03780	mRNA	An04g03780	NT_166539.1	942838	945029	R	An04g03780	complement(join(<942838..944872,944971..>945029))	Aspergillus niger	4990784
An04g03790	mRNA	An04g03790	NT_166539.1	945705	947874	R	An04g03790	complement(join(<945705..946541,946974..947721,947777..>947874))	Aspergillus niger	4990785
An04g03800	mRNA	An04g03800	NT_166539.1	948256	949119	D	An04g03800	<948256..>949119	Aspergillus niger	4990786
An04g03810	mRNA	An04g03810	NT_166539.1	949413	950669	R	An04g03810	complement(join(<949413..950280,950336..950576,950624..>950669))	Aspergillus niger	4990787
An04g03820	mRNA	An04g03820	NT_166539.1	950959	952931	D	An04g03820	join(<950959..952763,952844..>952931)	Aspergillus niger	4990788
An04g03830	mRNA	An04g03830	NT_166539.1	956540	958234	D	An04g03830	join(<956540..956768,956826..958155,958207..>958234)	Aspergillus niger	4990789
An04g03840	mRNA	An04g03840	NT_166539.1	959653	960954	R	An04g03840	complement(<959653..>960954)	Aspergillus niger	4990790
An04g03850	mRNA	An04g03850	NT_166539.1	961807	966580	R	An04g03850	complement(join(<961807..963942,963999..965951,966008..>966580))	Aspergillus niger	4990791
An04g03860	mRNA	An04g03860	NT_166539.1	967959	968711	D	An04g03860	<967959..>968711	Aspergillus niger	4990792
An04g03870	mRNA	An04g03870	NT_166539.1	970457	971462	D	An04g03870	join(<970457..970622,970732..>971462)	Aspergillus niger	4990793
An04g03880	mRNA	An04g03880	NT_166539.1	972746	973132	D	An04g03880	<972746..>973132	Aspergillus niger	4990794
An04g03890	mRNA	An04g03890	NT_166539.1	974265	976816	D	An04g03890	join(<974265..974340,974421..>976816)	Aspergillus niger	4990795
An04g03900	mRNA	An04g03900	NT_166539.1	977091	977749	R	An04g03900	complement(join(<977091..977597,977636..>977749))	Aspergillus niger	4990796
An04g03910	mRNA	An04g03910	NT_166539.1	978455	981055	D	An04g03910	join(<978455..978523,978606..978821,978889..978992,979506..980870,981034..>981055)	Aspergillus niger	4990797
An04g03920	mRNA	An04g03920	NT_166539.1	981396	983982	D	An04g03920	join(<981396..981695,981760..983738,983829..>983982)	Aspergillus niger	4990798
An04g03930	mRNA	apsA	NT_166539.1	984334	987142	R	An04g03930	complement(join(<984334..984456,984533..986903,986991..>987142))	Aspergillus niger	4990799
An04g03940	mRNA	An04g03940	NT_166539.1	988492	990418	R	An04g03940	complement(join(<988492..989090,989160..989424,989484..989934,989994..990225,990316..>990418))	Aspergillus niger	4990800
An04g03950	mRNA	An04g03950	NT_166539.1	991847	995125	R	An04g03950	complement(join(<991847..992139,992178..994758,994887..994992,995082..>995125))	Aspergillus niger	4990801
An04g03960	mRNA	An04g03960	NT_166539.1	997590	1000299	R	An04g03960	complement(join(<997590..999682,999747..>1000299))	Aspergillus niger	4990802
An04g03970	mRNA	An04g03970	NT_166539.1	1000821	1003175	R	An04g03970	complement(<1000821..>1003175)	Aspergillus niger	4990803
An04g03980	mRNA	An04g03980	NT_166539.1	1004462	1006436	R	An04g03980	complement(join(<1004462..1005726,1005863..>1006436))	Aspergillus niger	4990804
An04g03990	mRNA	An04g03990	NT_166539.1	1006663	1007263	D	An04g03990	join(<1006663..1006709,1006801..1006955,1007157..>1007263)	Aspergillus niger	84590863
An04g04000	mRNA	An04g04000	NT_166539.1	1007734	1009337	R	An04g04000	complement(join(<1007734..1007845,1008138..1008236,1008306..1008406,1008455..1008521,1008788..1008895,1009018..1009093,1009286..>1009337))	Aspergillus niger	84590864
An04g04010	mRNA	An04g04010	NT_166539.1	1015056	1016602	D	An04g04010	join(<1015056..1015268,1015330..1015473,1016111..>1016602)	Aspergillus niger	84590865
An04g04020	mRNA	An04g04020	NT_166539.1	1016799	1017276	R	An04g04020	complement(join(<1016799..1017083,1017154..>1017276))	Aspergillus niger	84590866
An04g04030	mRNA	An04g04030	NT_166539.1	1017287	1018944	D	An04g04030	join(<1017287..1017414,1017507..1017636,1018053..1018110,1018229..1018408,1018476..1018642,1018695..1018804,1018854..>1018944)	Aspergillus niger	84590867
An04g04035	mRNA	An04g04035	NT_166539.1	1019861	1020070	D	An04g04035	<1019861..>1020070	Aspergillus niger	84590868
An04g04040	mRNA	An04g04040	NT_166539.1	1020361	1021718	R	An04g04040	complement(join(<1020361..1020437,1020521..1021284,1021357..1021504,1021640..>1021718))	Aspergillus niger	4990811
An04g04050	mRNA	An04g04050	NT_166539.1	1022445	1023029	R	An04g04050	complement(<1022445..>1023029)	Aspergillus niger	4990812
An04g04060	mRNA	An04g04060	NT_166539.1	1023760	1024926	R	An04g04060	complement(join(<1023760..1024497,1024570..>1024926))	Aspergillus niger	4990813
An04g04070	mRNA	An04g04070	NT_166539.1	1025226	1028135	R	An04g04070	complement(join(<1025226..1025343,1025491..1025643,1025912..1026095,1026366..1026493,1027158..1027716,1027982..>1028135))	Aspergillus niger	4990814
An04g04080	mRNA	An04g04080	NT_166539.1	1028770	1030580	D	An04g04080	join(<1028770..1028820,1028920..1029492,1029545..1029688,1029741..>1030580)	Aspergillus niger	4990815
An04g04090	mRNA	An04g04090	NT_166539.1	1030983	1032079	R	An04g04090	complement(join(<1030983..1031145,1031229..1031342,1031418..1031533,1031742..1031982,1032072..>1032079))	Aspergillus niger	84590869
An04g04100	mRNA	An04g04100	NT_166539.1	1032100	1034447	D	An04g04100	join(<1032100..1032214,1032282..1032302,1032393..1032499,1032573..1032741,1032901..>1034447)	Aspergillus niger	4990817
An04g04110	mRNA	An04g04110	NT_166539.1	1035154	1037809	R	An04g04110	complement(join(<1035154..1036516,1036577..1036723,1036888..1037000,1037058..1037288,1037429..>1037809))	Aspergillus niger	4990818
An04g04120	mRNA	An04g04120	NT_166539.1	1038454	1038734	R	An04g04120	complement(join(<1038454..1038559,1038652..>1038734))	Aspergillus niger	84590870
An04g04130	mRNA	An04g04130	NT_166539.1	1038787	1040290	D	An04g04130	join(<1038787..1039278,1039349..1040050,1040105..>1040290)	Aspergillus niger	4990820
An04g04140	mRNA	An04g04140	NT_166539.1	1040389	1040846	R	An04g04140	complement(join(<1040389..1040559,1040700..>1040846))	Aspergillus niger	84590871
An04g04150	mRNA	An04g04150	NT_166539.1	1041471	1042998	R	An04g04150	complement(join(<1041471..1041682,1041775..1041921,1042002..1042481,1042558..1042753,1042816..>1042998))	Aspergillus niger	4990822
An04g04160	mRNA	An04g04160	NT_166539.1	1043419	1045119	D	An04g04160	join(<1043419..1043523,1043570..1043716,1043763..1044296,1044430..>1045119)	Aspergillus niger	84590872
An04g04170	mRNA	An04g04170	NT_166539.1	1045499	1046558	R	An04g04170	complement(join(<1045499..1045819,1045872..1046197,1046265..1046375,1046423..>1046558))	Aspergillus niger	4990824
An04g04180	mRNA	An04g04180	NT_166539.1	1047435	1048155	R	An04g04180	complement(join(<1047435..1047932,1047999..1048112,1048144..>1048155))	Aspergillus niger	84590873
An04g04190	mRNA	An04g04190	NT_166539.1	1048664	1049793	D	An04g04190	join(<1048664..1048750,1048978..1049100,1049191..1049244,1049365..1049424,1049557..>1049793)	Aspergillus niger	84590874
An04g04200	mRNA	An04g04200	NT_166539.1	1050149	1053028	R	An04g04200	complement(join(<1050149..1050278,1050373..1050591,1050930..1051061,1051147..1051324,1051407..1051498,1051549..1051908,1052340..1052420,1052514..1052540,1052734..1052827,1052911..>1053028))	Aspergillus niger	84590875
An04g04210	mRNA	An04g04210	NT_166539.1	1053584	1054747	D	An04g04210	<1053584..>1054747	Aspergillus niger	4990828
An04g04220	mRNA	An04g04220	NT_166539.1	1055001	1055727	R	An04g04220	complement(join(<1055001..1055147,1055225..1055350,1055441..1055537,1055636..>1055727))	Aspergillus niger	84590876
An04g04230	mRNA	An04g04230	NT_166539.1	1056428	1057782	D	An04g04230	join(<1056428..1056669,1056725..1056858,1056938..1057069,1057125..1057451,1057616..>1057782)	Aspergillus niger	4990830
An04g04240	mRNA	An04g04240	NT_166539.1	1058446	1060367	D	An04g04240	join(<1058446..1058508,1058574..1059918,1059979..>1060367)	Aspergillus niger	4990831
An04g04260	mRNA	An04g04260	NT_166539.1	1061351	1062033	D	An04g04260	join(<1061351..1061575,1061738..1061781,1061892..>1062033)	Aspergillus niger	84590877
An04g04270	mRNA	An04g04270	NT_166539.1	1062906	1064805	D	An04g04270	join(<1062906..1063515,1063568..>1064805)	Aspergillus niger	4990834
An04g04280	mRNA	An04g04280	NT_166539.1	1068316	1068919	D	An04g04280	join(<1068316..1068394,1068453..>1068919)	Aspergillus niger	4990835
An04g04290	mRNA	An04g04290	NT_166539.1	1069138	1071622	D	An04g04290	join(<1069138..1069370,1069889..1070195,1070257..1070523,1070907..1071183,1071222..>1071622)	Aspergillus niger	84590878
An04g04300	mRNA	An04g04300	NT_166539.1	1072956	1073446	R	An04g04300	complement(join(<1072956..1073100,1073137..1073320,1073398..>1073446))	Aspergillus niger	84590879
An04g04310	mRNA	An04g04310	NT_166539.1	1074691	1077814	D	An04g04310	join(<1074691..1074792,1074864..1074920,1075038..1075070,1075140..1075371,1075715..1075786,1076972..1077213,1077525..1077659,1077734..>1077814)	Aspergillus niger	84590880
An04g04320	mRNA	An04g04320	NT_166539.1	1078659	1083081	D	An04g04320	join(<1078659..1079159,1079232..1080987,1081053..1081564,1081630..>1083081)	Aspergillus niger	4990839
An04g04330	mRNA	An04g04330	NT_166539.1	1084347	1086199	R	An04g04330	complement(join(<1084347..1084725,1084805..1085922,1085987..>1086199))	Aspergillus niger	4990840
An04g04340	mRNA	An04g04340	NT_166539.1	1086488	1093931	R	An04g04340	complement(join(<1086488..1087436,1087489..>1093931))	Aspergillus niger	4990841
An04g04350	mRNA	An04g04350	NT_166539.1	1094396	1095328	D	An04g04350	join(<1094396..1094426,1094815..1095088,1095106..>1095328)	Aspergillus niger	84590881
An04g04360	mRNA	An04g04360	NT_166539.1	1096041	1096937	D	An04g04360	join(<1096041..1096296,1096364..1096815,1096863..>1096937)	Aspergillus niger	84590882
An04g04370	mRNA	An04g04370	NT_166539.1	1097425	1099659	D	An04g04370	join(<1097425..1097564,1097626..1097732,1097795..>1099659)	Aspergillus niger	4990844
An04g04380	mRNA	An04g04380	NT_166539.1	1100318	1103977	R	An04g04380	complement(join(<1100318..1103428,1103707..1103793,1103864..1103918,1103949..>1103977))	Aspergillus niger	4990845
An04g04390	mRNA	An04g04390	NT_166539.1	1105379	1106028	D	An04g04390	join(<1105379..1105667,1105730..>1106028)	Aspergillus niger	4990846
An04g04400	mRNA	An04g04400	NT_166539.1	1106798	1108519	R	An04g04400	complement(<1106798..>1108519)	Aspergillus niger	4990847
An04g04410	mRNA	An04g04410	NT_166539.1	1109177	1109571	R	An04g04410	complement(join(<1109177..1109338,1109425..>1109571))	Aspergillus niger	84590883
An04g04420	mRNA	An04g04420	NT_166539.1	1109911	1110807	R	An04g04420	complement(join(<1109911..1110077,1110261..1110346,1110438..1110521,1110590..>1110807))	Aspergillus niger	84590884
An04g04430	mRNA	An04g04430	NT_166539.1	1111092	1112816	D	An04g04430	<1111092..>1112816	Aspergillus niger	4990850
An04g04440	mRNA	An04g04440	NT_166539.1	1113236	1114849	R	An04g04440	complement(join(<1113236..1113798,1113844..1114332,1114402..>1114849))	Aspergillus niger	4990851
An04g04450	mRNA	An04g04450	NT_166539.1	1116122	1116451	R	An04g04450	complement(<1116122..>1116451)	Aspergillus niger	84590885
An04g04460	mRNA	An04g04460	NT_166539.1	1117099	1117451	D	An04g04460	join(<1117099..1117213,1117273..>1117451)	Aspergillus niger	4990853
An04g04470	mRNA	An04g04470	NT_166539.1	1118216	1118966	D	An04g04470	join(<1118216..1118627,1118707..>1118966)	Aspergillus niger	4990854
An04g04480	mRNA	An04g04480	NT_166539.1	1119720	1120754	R	An04g04480	complement(<1119720..>1120754)	Aspergillus niger	4990855
An04g04490	mRNA	An04g04490	NT_166539.1	1121148	1123232	D	An04g04490	join(<1121148..1121586,1121633..1122144,1122210..>1123232)	Aspergillus niger	4990856
An04g04500	mRNA	An04g04500	NT_166539.1	1123692	1125557	D	An04g04500	join(<1123692..1124674,1124738..>1125557)	Aspergillus niger	4990857
An04g04510	mRNA	An04g04510	NT_166539.1	1125670	1126770	R	An04g04510	complement(join(<1125670..1125944,1126017..>1126770))	Aspergillus niger	4990858
An04g04520	mRNA	An04g04520	NT_166539.1	1127312	1128272	R	An04g04520	complement(join(<1127312..1127717,1128205..>1128272))	Aspergillus niger	84590886
An04g04530	mRNA	An04g04530	NT_166539.1	1128395	1129294	D	An04g04530	join(<1128395..1128505,1128580..1128948,1129040..>1129294)	Aspergillus niger	4990860
An04g04540	mRNA	An04g04540	NT_166539.1	1129718	1131775	R	An04g04540	complement(join(<1129718..1131114,1131162..1131515,1131577..>1131775))	Aspergillus niger	4990861
An04g04550	mRNA	An04g04550	NT_166539.1	1132368	1133849	D	An04g04550	join(<1132368..1132372,1132449..1132817,1133140..1133365,1133418..>1133849)	Aspergillus niger	84590887
An04g04560	mRNA	An04g04560	NT_166539.1	1134462	1136830	R	An04g04560	complement(join(<1134462..1134551,1134605..1134718,1134774..1134860,1135109..1135245,1135426..1135542,1136084..1136149,1136242..1136415,1136514..1136624,1136752..>1136830))	Aspergillus niger	84590888
An04g04570	mRNA	An04g04570	NT_166539.1	1137104	1139182	D	An04g04570	<1137104..>1139182	Aspergillus niger	4990864
An04g04580	mRNA	An04g04580	NT_166539.1	1140365	1141570	R	An04g04580	complement(join(<1140365..1140397,1140551..1140604,1140680..>1141570))	Aspergillus niger	84590889
An04g04590	mRNA	An04g04590	NT_166539.1	1142924	1143730	R	An04g04590	complement(<1142924..>1143730)	Aspergillus niger	4990866
An04g04600	mRNA	An04g04600	NT_166539.1	1143914	1144442	R	An04g04600	complement(join(<1143914..1144014,1144226..1144282,1144346..>1144442))	Aspergillus niger	84590890
An04g04610	mRNA	An04g04610	NT_166539.1	1145341	1145580	R	An04g04610	complement(join(<1145341..1145387,1145484..>1145580))	Aspergillus niger	84590891
An04g04620	mRNA	An04g04620	NT_166539.1	1146227	1147384	R	An04g04620	complement(<1146227..>1147384)	Aspergillus niger	4990869
An04g04630	mRNA	An04g04630	NT_166539.1	1147876	1149234	R	An04g04630	complement(<1147876..>1149234)	Aspergillus niger	4990870
An04g04640	mRNA	An04g04640	NT_166539.1	1150450	1151944	R	An04g04640	complement(join(<1150450..1150770,1150835..1150928,1150981..1151044,1151101..1151202,1151252..1151570,1151639..>1151944))	Aspergillus niger	4990871
An04g04650	mRNA	An04g04650	NT_166539.1	1152289	1153020	R	An04g04650	complement(join(<1152289..1152546,1152611..1152639,1152738..>1153020))	Aspergillus niger	84590892
An04g04660	mRNA	An04g04660	NT_166539.1	1153057	1153440	D	An04g04660	join(<1153057..1153137,1153225..>1153440)	Aspergillus niger	84590893
An04g04670	mRNA	An04g04670	NT_166539.1	1155633	1157011	D	An04g04670	join(<1155633..1155707,1155762..1155825,1155873..1155906,1155964..>1157011)	Aspergillus niger	4990874
An04g04680	mRNA	An04g04680	NT_166539.1	1157232	1158979	R	An04g04680	complement(join(<1157232..1157276,1157437..1157929,1157978..1158175,1158226..1158369,1158427..1158652,1158742..>1158979))	Aspergillus niger	4990875
An04g04690	mRNA	An04g04690	NT_166539.1	1159515	1161234	R	An04g04690	complement(join(<1159515..1160208,1160268..1160739,1160789..1160884,1160946..>1161234))	Aspergillus niger	4990876
An04g04700	mRNA	An04g04700	NT_166539.1	1161791	1162569	D	An04g04700	join(<1161791..1162480,1162540..>1162569)	Aspergillus niger	4990877
An04g04710	mRNA	An04g04710	NT_166539.1	1162787	1163578	R	An04g04710	complement(<1162787..>1163578)	Aspergillus niger	4990878
An04g04720	mRNA	An04g04720	NT_166539.1	1164345	1165596	D	An04g04720	join(<1164345..1164500,1164568..>1165596)	Aspergillus niger	4990879
An04g04730	mRNA	An04g04730	NT_166539.1	1167147	1169840	D	An04g04730	<1167147..>1169840	Aspergillus niger	4990880
An04g04740	mRNA	An04g04740	NT_166539.1	1170808	1173936	D	An04g04740	<1170808..>1173936	Aspergillus niger	4990881
An04g04750	mRNA	An04g04750	NT_166539.1	1175281	1178657	D	An04g04750	join(<1175281..1175484,1175590..1177640,1177691..1178064,1178119..>1178657)	Aspergillus niger	4990882
An04g04770	mRNA	An04g04770	NT_166539.1	1179471	1181592	D	An04g04770	join(<1179471..1179821,1179933..1180603,1180654..1180859,1180917..1181471,1181534..>1181592)	Aspergillus niger	4990884
An04g04790	mRNA	An04g04790	NT_166539.1	1183901	1185274	R	An04g04790	complement(join(<1183901..1184316,1184376..1184601,1184666..>1185274))	Aspergillus niger	4990886
An04g04800	mRNA	An04g04800	NT_166539.1	1185995	1186850	R	An04g04800	complement(join(<1185995..1186253,1186302..1186486,1186584..>1186850))	Aspergillus niger	4990887
An04g04810	mRNA	An04g04810	NT_166539.1	1187161	1189100	R	An04g04810	complement(join(<1187161..1188902,1188959..>1189100))	Aspergillus niger	4990888
An04g04820	mRNA	An04g04820	NT_166539.1	1190013	1192857	D	An04g04820	join(<1190013..1190099,1190235..1190471,1190532..1191125,1191488..1191623,1191746..1192101,1192168..1192347,1192432..>1192857)	Aspergillus niger	4990889
An04g04830	mRNA	An04g04830	NT_166539.1	1192900	1193303	R	An04g04830	complement(join(<1192900..1192955,1193045..1193083,1193234..>1193303))	Aspergillus niger	84590894
An04g04840	mRNA	An04g04840	NT_166539.1	1193638	1194471	D	An04g04840	join(<1193638..1193679,1193744..1193812,1193869..1193927,1193989..1194178,1194237..1194345,1194404..>1194471)	Aspergillus niger	4990891
An04g04850	mRNA	An04g04850	NT_166539.1	1195463	1196076	D	An04g04850	join(<1195463..1195612,1195828..>1196076)	Aspergillus niger	84590895
An04g04860	mRNA	An04g04860	NT_166539.1	1196448	1197923	R	An04g04860	complement(<1196448..>1197923)	Aspergillus niger	4990893
An04g04870	mRNA	An04g04870	NT_166539.1	1198282	1199155	R	An04g04870	complement(join(<1198282..1198372,1198430..1198497,1198554..1198960,1199026..>1199155))	Aspergillus niger	4990894
An04g04880	mRNA	An04g04880	NT_166539.1	1199480	1201807	D	An04g04880	<1199480..>1201807	Aspergillus niger	4990895
An04g04890	mRNA	An04g04890	NT_166539.1	1202389	1204289	R	An04g04890	complement(join(<1202389..1202673,1202732..1202898,1202961..1203955,1204024..>1204289))	Aspergillus niger	4990896
An04g04900	mRNA	An04g04900	NT_166539.1	1204399	1205921	D	An04g04900	join(<1204399..1204453,1204592..1204646,1204697..1204808,1204883..1205072,1205261..1205516,1205601..1205754,1205838..>1205921)	Aspergillus niger	84590896
An04g04910	mRNA	An04g04910	NT_166539.1	1206565	1207078	D	An04g04910	join(<1206565..1206582,1206685..1206844,1206930..>1207078)	Aspergillus niger	84590897
An04g04920	mRNA	An04g04920	NT_166539.1	1207224	1208115	R	An04g04920	complement(join(<1207224..1207344,1207426..1207490,1207626..1207739,1207792..1207831,1207920..1208009,1208036..>1208115))	Aspergillus niger	84590898
An04g04930	mRNA	An04g04930	NT_166539.1	1208405	1209448	R	An04g04930	complement(join(<1208405..1208487,1208579..1208653,1208739..1208777,1208865..1208898,1209074..1209219,1209370..>1209448))	Aspergillus niger	84590899
An04g04940	mRNA	An04g04940	NT_166539.1	1209871	1211048	R	An04g04940	complement(join(<1209871..1210293,1210386..1210610,1210721..1210765,1210830..>1211048))	Aspergillus niger	4990901
An04g04950	mRNA	An04g04950	NT_166539.1	1212219	1221881	D	An04g04950	join(<1212219..1219649,1219700..1221317,1221369..1221785,1221841..>1221881)	Aspergillus niger	4990902
An04g04960	mRNA	An04g04960	NT_166539.1	1222439	1222803	R	An04g04960	complement(join(<1222439..1222507,1222558..>1222803))	Aspergillus niger	84590900
An04g04970	mRNA	An04g04970	NT_166539.1	1224085	1226726	R	An04g04970	complement(join(<1224085..1224474,1224525..1226257,1226315..1226429,1226491..1226634,1226697..>1226726))	Aspergillus niger	4990904
An04g04980	mRNA	An04g04980	NT_166539.1	1227508	1228587	D	An04g04980	<1227508..>1228587	Aspergillus niger	4990905
An04g04990	mRNA	An04g04990	NT_166539.1	1230038	1231405	D	An04g04990	join(<1230038..1230044,1230101..1230144,1230253..1230399,1230457..1231333,1231386..>1231405)	Aspergillus niger	4990906
An04g05000	mRNA	An04g05000	NT_166539.1	1232039	1233455	R	An04g05000	complement(join(<1232039..1232579,1232631..1233287,1233391..>1233455))	Aspergillus niger	4990907
An04g05010	mRNA	An04g05010	NT_166539.1	1236857	1239082	R	An04g05010	complement(join(<1236857..1237059,1237132..1237274,1237436..1237685,1238180..1238244,1238362..1238614,1238734..1238856,1238956..>1239082))	Aspergillus niger	84590901
An04g05020	mRNA	An04g05020	NT_166539.1	1239142	1239735	D	An04g05020	join(<1239142..1239240,1239388..>1239735)	Aspergillus niger	84590902
An04g05030	mRNA	An04g05030	NT_166539.1	1240842	1241311	R	An04g05030	complement(join(<1240842..1241002,1241059..>1241311))	Aspergillus niger	84590903
An04g05040	mRNA	An04g05040	NT_166539.1	1241653	1242539	R	An04g05040	complement(join(<1241653..1241825,1242138..1242355,1242451..>1242539))	Aspergillus niger	84590904
An04g05050	mRNA	An04g05050	NT_166539.1	1243499	1244012	R	An04g05050	complement(join(<1243499..1243819,1243971..>1244012))	Aspergillus niger	84590905
An04g05060	mRNA	An04g05060	NT_166539.1	1244142	1245185	D	An04g05060	join(<1244142..1244195,1244287..1244478,1244527..1244606,1244657..>1245185)	Aspergillus niger	4990913
An04g05070	mRNA	An04g05070	NT_166539.1	1245794	1246251	D	An04g05070	join(<1245794..1245907,1246021..>1246251)	Aspergillus niger	84590906
An04g05080	mRNA	An04g05080	NT_166539.1	1246871	1247579	D	An04g05080	join(<1246871..1246949,1247076..1247116,1247204..1247243,1247358..1247467,1247529..>1247579)	Aspergillus niger	84590907
An04g05090	mRNA	An04g05090	NT_166539.1	1250246	1250574	D	An04g05090	join(<1250246..1250401,1250460..1250498,1250551..>1250574)	Aspergillus niger	84590908
An04g05100	mRNA	An04g05100	NT_166539.1	1250687	1253487	R	An04g05100	complement(join(<1250687..1253392,1253455..>1253487))	Aspergillus niger	4990917
An04g05110	mRNA	An04g05110	NT_166539.1	1254625	1255845	R	An04g05110	complement(join(<1254625..1255374,1255474..>1255845))	Aspergillus niger	4990918
An04g05120	mRNA	An04g05120	NT_166539.1	1256276	1257517	R	An04g05120	complement(<1256276..>1257517)	Aspergillus niger	4990919
An04g05130	mRNA	An04g05130	NT_166539.1	1257866	1259704	R	An04g05130	complement(join(<1257866..1258467,1258539..1258824,1258912..1259387,1259623..>1259704))	Aspergillus niger	4990920
An04g05140	mRNA	An04g05140	NT_166539.1	1260058	1260884	D	An04g05140	join(<1260058..1260183,1260382..1260583,1260748..>1260884)	Aspergillus niger	84590909
An04g05150	mRNA	An04g05150	NT_166539.1	1261695	1264640	R	An04g05150	complement(join(<1261695..1263058,1263119..1263305,1263358..1263606,1263666..>1264640))	Aspergillus niger	4990922
An04g05160	mRNA	An04g05160	NT_166539.1	1265189	1265709	D	An04g05160	join(<1265189..1265403,1265445..>1265709)	Aspergillus niger	84590910
An04g05170	mRNA	An04g05170	NT_166539.1	1266701	1267569	D	An04g05170	join(<1266701..1266838,1266923..1267015,1267116..1267271,1267396..>1267569)	Aspergillus niger	84590911
An04g05180	mRNA	An04g05180	NT_166539.1	1269034	1271851	D	An04g05180	join(<1269034..1269268,1269378..1270500,1270624..>1271851)	Aspergillus niger	4990925
An04g05190	mRNA	An04g05190	NT_166539.1	1272530	1274194	R	An04g05190	complement(<1272530..>1274194)	Aspergillus niger	4990926
An04g05200	mRNA	An04g05200	NT_166539.1	1274744	1275217	D	An04g05200	<1274744..>1275217	Aspergillus niger	84590912
An04g05210	mRNA	An04g05210	NT_166539.1	1275461	1277146	D	An04g05210	join(<1275461..1275589,1275651..1275763,1275842..1276190,1276280..>1277146)	Aspergillus niger	4990928
An04g05220	mRNA	An04g05220	NT_166539.1	1277780	1278612	R	An04g05220	complement(join(<1277780..1277844,1277950..1278072,1278297..>1278612))	Aspergillus niger	4990929
An04g05230	mRNA	An04g05230	NT_166539.1	1279087	1280138	R	An04g05230	complement(join(<1279087..1279605,1279666..1279837,1280128..>1280138))	Aspergillus niger	4990930
An04g05240	mRNA	An04g05240	NT_166539.1	1280477	1281383	D	An04g05240	join(<1280477..1280525,1280619..1281077,1281152..1281201,1281279..>1281383)	Aspergillus niger	84590913
An04g05250	mRNA	An04g05250	NT_166539.1	1282629	1283904	D	An04g05250	join(<1282629..1282853,1282933..1283267,1283574..>1283904)	Aspergillus niger	4990932
An04g05260	mRNA	An04g05260	NT_166539.1	1284354	1286140	D	An04g05260	join(<1284354..1284399,1284483..1284536,1284634..1284920,1284980..1285018,1285080..1285134,1285195..1285964,1286045..>1286140)	Aspergillus niger	4990933
An04g05270	mRNA	An04g05270	NT_166539.1	1286632	1287860	R	An04g05270	complement(join(<1286632..1286650,1286767..1287425,1287491..1287573,1287638..>1287860))	Aspergillus niger	4990934
An04g05280	mRNA	An04g05280	NT_166539.1	1288804	1293242	R	An04g05280	complement(join(<1288804..1292315,1292456..1292904,1293013..>1293242))	Aspergillus niger	4990935
An04g05290	mRNA	An04g05290	NT_166539.1	1294410	1294905	R	An04g05290	complement(join(<1294410..1294461,1294602..1294642,1294858..>1294905))	Aspergillus niger	84590914
An04g05300	mRNA	An04g05300	NT_166539.1	1296907	1298041	D	An04g05300	join(<1296907..1297034,1297102..>1298041)	Aspergillus niger	4990937
An04g05310	mRNA	An04g05310	NT_166539.1	1300151	1302891	R	An04g05310	complement(join(<1300151..1301032,1301083..1302548,1302612..1302690,1302766..>1302891))	Aspergillus niger	4990938
An04g05320	mRNA	An04g05320	NT_166539.1	1303488	1309504	R	An04g05320	complement(join(<1303488..1303550,1303619..1309016,1309074..>1309504))	Aspergillus niger	4990939
An04g05330	mRNA	An04g05330	NT_166539.1	1310347	1311879	R	An04g05330	complement(join(<1310347..1310785,1310841..1311422,1311500..>1311879))	Aspergillus niger	4990940
An04g05340	mRNA	An04g05340	NT_166539.1	1313141	1314183	R	An04g05340	complement(join(<1313141..1313236,1313359..1313386,1313477..1313559,1313598..1313665,1313774..1313852,1313942..1313981,1314077..>1314183))	Aspergillus niger	84590915
An04g05350	mRNA	An04g05350	NT_166539.1	1314769	1315888	R	An04g05350	complement(join(<1314769..1314895,1314934..1315067,1315406..1315526,1315633..1315761,1315815..>1315888))	Aspergillus niger	84590916
An04g05360	mRNA	An04g05360	NT_166539.1	1315976	1317739	D	An04g05360	<1315976..>1317739	Aspergillus niger	4990943
An04g05370	mRNA	An04g05370	NT_166539.1	1318125	1318302	R	An04g05370	complement(join(<1318125..1318237,1318296..>1318302))	Aspergillus niger	84590917
An04g05380	mRNA	An04g05380	NT_166539.1	1318638	1319861	R	An04g05380	complement(join(<1318638..1319144,1319200..1319556,1319613..1319763,1319830..>1319861))	Aspergillus niger	4990945
An04g05390	mRNA	An04g05390	NT_166539.1	1320144	1320572	D	An04g05390	join(<1320144..1320246,1320349..>1320572)	Aspergillus niger	84590918
An04g05400	mRNA	An04g05400	NT_166539.1	1320624	1322169	R	An04g05400	complement(join(<1320624..1320985,1321136..1321252,1321332..1321422,1321996..>1322169))	Aspergillus niger	84590919
An04g05410	mRNA	An04g05410	NT_166539.1	1322478	1323176	D	An04g05410	join(<1322478..1322863,1322915..1322987,1323051..>1323176)	Aspergillus niger	4990948
An04g05420	mRNA	An04g05420	NT_166539.1	1323894	1328379	R	An04g05420	complement(join(<1323894..1324197,1324265..1324589,1324645..1327936,1328008..>1328379))	Aspergillus niger	4990949
An04g05430	mRNA	An04g05430	NT_166539.1	1329255	1331059	D	An04g05430	join(<1329255..1330954,1330993..>1331059)	Aspergillus niger	4990950
An04g05440	mRNA	An04g05440	NT_166539.1	1331844	1336073	D	An04g05440	join(<1331844..1332077,1332131..1332334,1332387..1334341,1334390..>1336073)	Aspergillus niger	4990951
An04g05450	mRNA	An04g05450	NT_166539.1	1336865	1338930	R	An04g05450	complement(join(<1336865..1337213,1337264..1338127,1338191..>1338930))	Aspergillus niger	4990952
An04g05460	mRNA	An04g05460	NT_166539.1	1339290	1341509	R	An04g05460	complement(<1339290..>1341509)	Aspergillus niger	4990953
An04g05470	mRNA	An04g05470	NT_166539.1	1341855	1342906	D	An04g05470	join(<1341855..1341921,1342090..1342204,1342429..1342497,1342597..>1342906)	Aspergillus niger	84590920
An04g05480	mRNA	An04g05480	NT_166539.1	1343147	1345873	D	An04g05480	join(<1343147..1343262,1343428..1343466,1343520..1343584,1343670..1345328,1345392..>1345873)	Aspergillus niger	4990955
An04g05490	mRNA	An04g05490	NT_166539.1	1346366	1348210	R	An04g05490	complement(join(<1346366..1346653,1346708..1347131,1347183..1347196,1347254..1347407,1347457..1347529,1347581..1347686,1347741..1347825,1347889..1347957,1348014..>1348210))	Aspergillus niger	4990956
An04g05500	mRNA	An04g05500	NT_166539.1	1348940	1350535	D	An04g05500	<1348940..>1350535	Aspergillus niger	4990957
An04g05510	mRNA	An04g05510	NT_166539.1	1351333	1352213	D	An04g05510	join(<1351333..1351626,1351707..1351836,1351918..>1352213)	Aspergillus niger	4990958
An04g05520	mRNA	An04g05520	NT_166539.1	1352566	1352808	D	An04g05520	join(<1352566..1352702,1352778..>1352808)	Aspergillus niger	84590921
An04g05530	mRNA	An04g05530	NT_166539.1	1352918	1355346	R	An04g05530	complement(join(<1352918..1355223,1355277..>1355346))	Aspergillus niger	4990960
An04g05540	mRNA	An04g05540	NT_166539.1	1356268	1358756	R	An04g05540	complement(join(<1356268..1357553,1357792..1358170,1358442..1358556,1358689..>1358756))	Aspergillus niger	4990961
An04g05550	mRNA	An04g05550	NT_166539.1	1359992	1361176	D	An04g05550	<1359992..>1361176	Aspergillus niger	4990962
An04g05560	mRNA	An04g05560	NT_166539.1	1361768	1363320	R	An04g05560	complement(join(<1361768..1361804,1361945..1362015,1362152..1362310,1362404..1362753,1363018..1363250,1363307..>1363320))	Aspergillus niger	84590922
An04g05570	mRNA	An04g05570	NT_166539.1	1363877	1366020	D	An04g05570	join(<1363877..1364392,1364632..1365341,1365419..1365893,1365976..>1366020)	Aspergillus niger	4990964
An04g05580	mRNA	An04g05580	NT_166539.1	1366373	1367677	R	An04g05580	complement(<1366373..>1367677)	Aspergillus niger	84590923
An04g05590	mRNA	An04g05590	NT_166539.1	1369261	1370306	D	An04g05590	join(<1369261..1369396,1369501..>1370306)	Aspergillus niger	4990966
An04g05600	mRNA	An04g05600	NT_166539.1	1370476	1371982	D	An04g05600	join(<1370476..1370567,1370642..1370791,1370913..1370957,1371002..1371173,1371359..1371426,1371539..1371749,1371902..>1371982)	Aspergillus niger	84590924
An04g05610	mRNA	An04g05610	NT_166539.1	1372085	1374729	R	An04g05610	complement(join(<1372085..1372193,1372254..1372385,1372592..1372708,1372848..1373114,1373279..1373511,1373596..1373772,1373865..1373975,1374080..1374185,1374269..1374587,1374672..>1374729))	Aspergillus niger	84590925
An04g05620	mRNA	An04g05620	NT_166539.1	1375046	1377361	D	An04g05620	join(<1375046..1375084,1375150..1376394,1376453..1376713,1376774..1376903,1376962..1377236,1377299..>1377361)	Aspergillus niger	4990969
An04g05630	mRNA	An04g05630	NT_166539.1	1378555	1386333	D	An04g05630	join(<1378555..1378639,1378908..1379000,1379309..1383111,1383260..1383539,1383741..1385140,1385201..1385288,1385899..1385920,1386102..1386175,1386329..>1386333)	Aspergillus niger	4990970
An04g05640	mRNA	nuo51	NT_166539.1	1386708	1388377	R	An04g05640	complement(join(<1386708..1387868,1387951..1388022,1388120..>1388377))	Aspergillus niger	4990971
An04g05650	mRNA	An04g05650	NT_166539.1	1388674	1390679	R	An04g05650	complement(join(<1388674..1389932,1389985..1390244,1390321..>1390679))	Aspergillus niger	4990972
An04g05660	mRNA	An04g05660	NT_166539.1	1391736	1395780	R	An04g05660	complement(join(<1391736..1392440,1392916..1393617,1393673..1394590,1394633..1395052,1395112..>1395780))	Aspergillus niger	4990973
An04g05670	mRNA	An04g05670	NT_166539.1	1397886	1398650	D	An04g05670	join(<1397886..1397951,1398066..>1398650)	Aspergillus niger	4990974
An04g05680	mRNA	An04g05680	NT_166539.1	1398948	1400796	R	An04g05680	complement(join(<1398948..1399758,1399820..1400091,1400152..>1400796))	Aspergillus niger	4990975
An04g05690	mRNA	An04g05690	NT_166539.1	1402301	1403285	R	An04g05690	complement(join(<1402301..1402447,1402536..1402620,1402758..1402771,1403226..>1403285))	Aspergillus niger	84590926
An04g05700	mRNA	An04g05700	NT_166539.1	1404231	1406901	D	An04g05700	join(<1404231..1405274,1405334..1405917,1405971..>1406901)	Aspergillus niger	4990977
An04g05710	mRNA	An04g05710	NT_166539.1	1407246	1408256	R	An04g05710	complement(join(<1407246..1407331,1407430..1407517,1407578..1407639,1407755..>1408256))	Aspergillus niger	4990978
An04g05720	mRNA	An04g05720	NT_166539.1	1409114	1410494	D	An04g05720	join(<1409114..1409123,1409189..1409639,1409696..>1410494)	Aspergillus niger	4990979
An04g05730	mRNA	An04g05730	NT_166539.1	1410687	1411583	R	An04g05730	complement(join(<1410687..1410866,1410939..1411330,1411398..1411473,1411530..>1411583))	Aspergillus niger	4990980
An04g05740	mRNA	An04g05740	NT_166539.1	1412247	1413342	D	An04g05740	join(<1412247..1412641,1412735..1412780,1412836..>1413342)	Aspergillus niger	4990981
An04g05750	mRNA	An04g05750	NT_166539.1	1413529	1414084	R	An04g05750	complement(join(<1413529..1413549,1413606..1413700,1413869..1413965,1414037..>1414084))	Aspergillus niger	4990982
An04g05760	mRNA	An04g05760	NT_166539.1	1414747	1418205	D	An04g05760	join(<1414747..1415234,1415308..1415387,1415467..1415514,1415582..>1418205)	Aspergillus niger	4990983
An04g05770	mRNA	An04g05770	NT_166539.1	1421052	1421778	R	An04g05770	complement(join(<1421052..1421109,1421204..1421300,1421375..1421572,1421703..>1421778))	Aspergillus niger	84590927
An04g05780	mRNA	An04g05780	NT_166539.1	1422107	1424459	D	An04g05780	join(<1422107..1422172,1422354..1422446,1422864..1422947,1423036..1423183,1423262..1423406,1423468..1423581,1423684..1423745,1423911..1423977,1424060..1424220,1424312..1424380,1424455..>1424459)	Aspergillus niger	84590928
An04g05783	mRNA	An04g05783	NT_166539.1	1424585	1426370	D	An04g05783	join(<1424585..1424587,1424646..1424733,1424790..1425077,1425182..1425320,1425535..1425591,1425887..1426000,1426271..>1426370)	Aspergillus niger	84590929
An04g05790	mRNA	An04g05790	NT_166539.1	1427013	1432598	D	An04g05790	join(<1427013..1427062,1427152..1427219,1427518..1427607,1427677..1427761,1427955..1428023,1428133..1428460,1428575..1428697,1428765..1428976,1429255..1429348,1429437..1429907,1430004..>1432598)	Aspergillus niger	10098352
An04g05800	mRNA	An04g05800	NT_166539.1	1432690	1434075	R	An04g05800	complement(join(<1432690..1433528,1434027..>1434075))	Aspergillus niger	4990988
An04g05810	mRNA	An04g05810	NT_166539.1	1434102	1437975	R	An04g05810	complement(join(<1434102..1436836,1436886..1437789,1437901..>1437975))	Aspergillus niger	4990989
An04g05820	mRNA	An04g05820	NT_166539.1	1438797	1440992	R	An04g05820	complement(join(<1438797..1440281,1440334..1440479,1440536..>1440992))	Aspergillus niger	84590930
An04g05830	mRNA	An04g05830	NT_166539.1	1441021	1442093	D	An04g05830	join(<1441021..1441050,1441129..1441205,1441443..1441460,1441537..1441631,1441699..1441777,1441858..1441977,1442045..>1442093)	Aspergillus niger	84590931
An04g05840	mRNA	An04g05840	NT_166539.1	1444133	1445169	R	An04g05840	complement(join(<1444133..1444870,1444927..>1445169))	Aspergillus niger	4990990
An04g05850	mRNA	An04g05850	NT_166539.1	1447338	1448598	D	An04g05850	join(<1447338..1447442,1447579..1447651,1447776..1447796,1447868..1447913,1447972..1448024,1448099..1448417,1448502..>1448598)	Aspergillus niger	4990993
An04g05855	mRNA	An04g05855	NT_166539.1	1449062	1449450	D	An04g05855	join(<1449062..1449127,1449250..>1449450)	Aspergillus niger	84590932
An04g05860	mRNA	An04g05860	NT_166539.1	1451202	1452378	R	An04g05860	complement(join(<1451202..1451628,1451696..1452068,1452141..1452232,1452308..>1452378))	Aspergillus niger	4990995
An04g05870	mRNA	An04g05870	NT_166539.1	1453070	1465543	R	An04g05870	complement(join(<1453070..1453164,1453229..1453573,1453639..1457577,1457629..1465408,1465496..>1465543))	Aspergillus niger	4990996
An04g05880	mRNA	An04g05880	NT_166539.1	1466966	1470590	R	An04g05880	complement(join(<1466966..1467295,1467380..1467506,1467587..1469765,1469825..1470017,1470072..1470120,1470172..1470269,1470324..>1470590))	Aspergillus niger	4990997
An04g05900	mRNA	An04g05900	NT_166539.1	1471341	1475753	R	An04g05900	complement(<1471341..>1475753)	Aspergillus niger	10098338
An04g05930	mRNA	An04g05930	NT_166539.1	1478092	1479196	D	An04g05930	join(<1478092..1478125,1478214..1478429,1478517..>1479196)	Aspergillus niger	4990999
An04g05940	mRNA	An04g05940	NT_166539.1	1479755	1480957	R	An04g05940	complement(join(<1479755..1479985,1480160..1480593,1480666..>1480957))	Aspergillus niger	4991000
An04g05950	mRNA	An04g05950	NT_166539.1	1481771	1482670	R	An04g05950	complement(<1481771..>1482670)	Aspergillus niger	4991001
An04g05960	mRNA	An04g05960	NT_166539.1	1482798	1484374	D	An04g05960	join(<1482798..1482941,1483024..1483243,1483302..1483849,1483910..>1484374)	Aspergillus niger	4991002
An04g05970	mRNA	An04g05970	NT_166539.1	1484687	1486377	R	An04g05970	complement(join(<1484687..1485331,1485381..1486090,1486164..>1486377))	Aspergillus niger	4991003
An04g05980	mRNA	An04g05980	NT_166539.1	1487584	1488408	D	An04g05980	join(<1487584..1487763,1487831..1488237,1488321..>1488408)	Aspergillus niger	4991004
An04g05990	mRNA	An04g05990	NT_166539.1	1488670	1489674	R	An04g05990	complement(<1488670..>1489674)	Aspergillus niger	4991005
An04g06000	mRNA	An04g06000	NT_166539.1	1491361	1493811	D	An04g06000	join(<1491361..1491401,1491641..1491729,1491788..1491895,1491963..1492501,1492562..1492835,1492960..1493060,1493111..1493297,1493348..>1493811)	Aspergillus niger	4991006
An04g06010	mRNA	An04g06010	NT_166539.1	1494312	1495386	D	An04g06010	join(<1494312..1494990,1495097..>1495386)	Aspergillus niger	4991007
An04g06020	mRNA	An04g06020	NT_166539.1	1496312	1497116	R	An04g06020	complement(join(<1496312..1496349,1496411..>1497116))	Aspergillus niger	4991008
An04g06030	mRNA	An04g06030	NT_166539.1	1498326	1500674	D	An04g06030	join(<1498326..1498406,1498467..1498589,1498648..1498728,1498797..1498932,1498986..1499098,1499158..1499492,1499544..1499954,1500011..>1500674)	Aspergillus niger	4991009
An04g06040	mRNA	An04g06040	NT_166539.1	1501092	1502455	R	An04g06040	complement(join(<1501092..1501303,1501357..1501741,1501855..1502086,1502292..>1502455))	Aspergillus niger	4991010
An04g06050	mRNA	An04g06050	NT_166539.1	1503412	1503993	D	An04g06050	<1503412..>1503993	Aspergillus niger	4991011
An04g06060	mRNA	An04g06060	NT_166539.1	1504797	1505637	D	An04g06060	join(<1504797..1505253,1505285..>1505637)	Aspergillus niger	4991012
An04g06070	mRNA	An04g06070	NT_166539.1	1506902	1507315	D	An04g06070	join(<1506902..1507003,1507103..>1507315)	Aspergillus niger	4991013
An04g06080	mRNA	An04g06080	NT_166539.1	1507790	1510565	R	An04g06080	complement(join(<1507790..1507852,1507908..1508377,1508414..1508849,1508916..1509085,1509293..1510469,1510533..>1510565))	Aspergillus niger	4991014
An04g06090	mRNA	An04g06090	NT_166539.1	1511807	1513012	R	An04g06090	complement(join(<1511807..1512136,1512156..1512845,1512968..>1513012))	Aspergillus niger	4991015
An04g06100	mRNA	An04g06100	NT_166539.1	1513516	1516430	D	An04g06100	join(<1513516..1514548,1514791..1515493,1515713..>1516430)	Aspergillus niger	4991016
An04g06110	mRNA	An04g06110	NT_166539.1	1516908	1517974	D	An04g06110	join(<1516908..1517221,1517365..1517476,1517654..1517670,1517834..1517864,1517960..>1517974)	Aspergillus niger	4991017
An04g06120	mRNA	An04g06120	NT_166539.1	1518271	1520878	R	An04g06120	complement(join(<1518271..1520254,1520313..>1520878))	Aspergillus niger	4991018
An04g06130	mRNA	An04g06130	NT_166539.1	1522179	1523526	R	An04g06130	complement(join(<1522179..1522252,1522302..1522407,1522482..1522872,1523050..1523363,1523476..>1523526))	Aspergillus niger	84590933
An04g06140	mRNA	An04g06140	NT_166539.1	1523739	1526362	D	An04g06140	join(<1523739..1523842,1523901..1524969,1525006..1525021,1525112..1525971,1526030..>1526362)	Aspergillus niger	4991020
An04g06150	mRNA	An04g06150	NT_166539.1	1527024	1528938	D	An04g06150	join(<1527024..1527167,1527248..1527346,1527415..1527977,1528048..1528273,1528497..1528787,1528876..>1528938)	Aspergillus niger	4991021
An04g06160	mRNA	An04g06160	NT_166539.1	1529549	1530286	R	An04g06160	complement(join(<1529549..1529824,1529918..>1530286))	Aspergillus niger	4991022
An04g06170	mRNA	An04g06170	NT_166539.1	1530717	1531916	D	An04g06170	join(<1530717..1531268,1531350..>1531916)	Aspergillus niger	4991023
An04g06180	mRNA	An04g06180	NT_166539.1	1532062	1534335	R	An04g06180	complement(<1532062..>1534335)	Aspergillus niger	4991024
An04g06190	mRNA	An04g06190	NT_166539.1	1534976	1535263	D	An04g06190	<1534976..>1535263	Aspergillus niger	4991025
An04g06200	mRNA	An04g06200	NT_166539.1	1535804	1537933	R	An04g06200	complement(join(<1535804..1536815,1536867..1537000,1537049..1537526,1537647..>1537933))	Aspergillus niger	4991026
An04g06210	mRNA	An04g06210	NT_166539.1	1538451	1540088	R	An04g06210	complement(join(<1538451..1539402,1539462..1539529,1539586..1539666,1539730..1539959,1540022..>1540088))	Aspergillus niger	4991027
An04g06220	mRNA	An04g06220	NT_166539.1	1540392	1541428	D	An04g06220	join(<1540392..1540553,1540619..1540741,1541146..1541238,1541405..>1541428)	Aspergillus niger	84590934
An04g06230	mRNA	An04g06230	NT_166539.1	1545551	1546242	D	An04g06230	join(<1545551..1545683,1545884..1545977,1546158..>1546242)	Aspergillus niger	84590935
An04g06240	mRNA	An04g06240	NT_166539.1	1547953	1550194	D	An04g06240	join(<1547953..1548242,1548455..1549241,1549295..>1550194)	Aspergillus niger	4991030
An04g06250	mRNA	An04g06250	NT_166539.1	1551014	1552693	D	An04g06250	<1551014..>1552693	Aspergillus niger	4991031
An04g06260	mRNA	An04g06260	NT_166539.1	1553436	1560187	D	An04g06260	join(<1553436..1559179,1559350..>1560187)	Aspergillus niger	4991032
An04g06270	mRNA	An04g06270	NT_166539.1	1560777	1562166	R	An04g06270	complement(join(<1560777..1560804,1561140..1561267,1561449..1561597,1561671..1561924,1561991..>1562166))	Aspergillus niger	4991033
An04g06280	mRNA	An04g06280	NT_166539.1	1562809	1563435	D	An04g06280	<1562809..>1563435	Aspergillus niger	4991034
An04g06290	mRNA	An04g06290	NT_166539.1	1563613	1564903	R	An04g06290	complement(join(<1563613..1564179,1564230..1564665,1564740..>1564903))	Aspergillus niger	4991035
An04g06300	mRNA	An04g06300	NT_166539.1	1565318	1566273	R	An04g06300	complement(join(<1565318..1566099,1566150..>1566273))	Aspergillus niger	4991036
An04g06310	mRNA	An04g06310	NT_166539.1	1567155	1568066	D	An04g06310	join(<1567155..1567478,1567555..1567952,1568015..>1568066)	Aspergillus niger	4991037
An04g06320	mRNA	An04g06320	NT_166539.1	1568452	1569184	D	An04g06320	join(<1568452..1568767,1568853..>1569184)	Aspergillus niger	4991038
An04g06330	mRNA	An04g06330	NT_166539.1	1569759	1570922	R	An04g06330	complement(join(<1569759..1570234,1570297..1570788,1570856..>1570922))	Aspergillus niger	4991039
An04g06340	mRNA	An04g06340	NT_166539.1	1571550	1572071	D	An04g06340	join(<1571550..1571726,1571784..>1572071)	Aspergillus niger	4991040
An04g06350	mRNA	An04g06350	NT_166539.1	1574351	1575424	D	An04g06350	join(<1574351..1574771,1574844..>1575424)	Aspergillus niger	4991041
An04g06360	mRNA	An04g06360	NT_166539.1	1575733	1575933	R	An04g06360	complement(<1575733..>1575933)	Aspergillus niger	84590936
An04g06367	mRNA	An04g06367	NT_166539.1	1576622	1577086	R	An04g06367	complement(<1576622..>1577086)	Aspergillus niger	84590937
An04g06370	mRNA	An04g06370	NT_166539.1	1578043	1580420	D	An04g06370	join(<1578043..1580046,1580224..1580297,1580384..>1580420)	Aspergillus niger	4991044
An04g06380	mRNA	An04g06380	NT_166539.1	1581290	1582904	D	An04g06380	join(<1581290..1581409,1581473..1581551,1581663..1582303,1582358..1582645,1582695..1582754,1582803..>1582904)	Aspergillus niger	4991045
An04g06390	mRNA	An04g06390	NT_166539.1	1585641	1587034	R	An04g06390	complement(join(<1585641..1585805,1586064..1586171,1586385..1586508,1586621..1586719,1586803..1586854,1586995..>1587034))	Aspergillus niger	84590938
An04g06400	mRNA	An04g06400	NT_166539.1	1588209	1592896	D	An04g06400	join(<1588209..1588289,1588855..1589031,1589265..1589320,1589561..1589721,1590555..>1592896)	Aspergillus niger	4991047
An04g06410	mRNA	An04g06410	NT_166539.1	1593344	1593637	D	An04g06410	join(<1593344..1593412,1593464..>1593637)	Aspergillus niger	84590939
An04g06420	mRNA	An04g06420	NT_166539.1	1595289	1597468	D	An04g06420	join(<1595289..1595339,1595429..1595591,1595673..1595826,1595968..1596332,1596384..1596935,1596989..1597174,1597227..>1597468)	Aspergillus niger	4991049
An04g06430	mRNA	An04g06430	NT_166539.1	1598866	1600247	R	An04g06430	complement(join(<1598866..1599630,1599681..1599820,1599872..>1600247))	Aspergillus niger	4991050
An04g06440	mRNA	An04g06440	NT_166539.1	1600288	1601276	D	An04g06440	join(<1600288..1600391,1600445..1600594,1600694..1600745,1600878..1601090,1601193..>1601276)	Aspergillus niger	84590940
An04g06450	mRNA	An04g06450	NT_166539.1	1601583	1603595	D	An04g06450	join(<1601583..1601934,1602148..1602152,1602557..1602663,1602860..1603253,1603333..1603381,1603411..>1603595)	Aspergillus niger	84590941
An04g06460	mRNA	An04g06460	NT_166539.1	1604105	1605065	D	An04g06460	join(<1604105..1604132,1604230..>1605065)	Aspergillus niger	84590942
An04g06470	mRNA	An04g06470	NT_166539.1	1605140	1606167	D	An04g06470	join(<1605140..1605191,1605276..1605345,1605450..1605533,1605608..1605883,1605990..>1606167)	Aspergillus niger	84590943
An04g06480	mRNA	An04g06480	NT_166539.1	1607258	1607555	R	An04g06480	complement(join(<1607258..1607422,1607517..>1607555))	Aspergillus niger	84590944
An04g06490	mRNA	An04g06490	NT_166539.1	1607833	1608837	D	An04g06490	join(<1607833..1608167,1608222..>1608837)	Aspergillus niger	4991056
An04g06500	mRNA	An04g06500	NT_166539.1	1609126	1611314	R	An04g06500	complement(join(<1609126..1610161,1610279..1610343,1610409..>1611314))	Aspergillus niger	4991057
An04g06510	mRNA	An04g06510	NT_166539.1	1611850	1612910	R	An04g06510	complement(join(<1611850..1612529,1612603..1612818,1612889..>1612910))	Aspergillus niger	4991058
An04g06520	mRNA	An04g06520	NT_166539.1	1613435	1614759	D	An04g06520	join(<1613435..1613456,1613578..1613709,1613789..1613956,1614086..1614155,1614238..1614318,1614402..1614515,1614606..>1614759)	Aspergillus niger	84590945
An04g06530	mRNA	An04g06530	NT_166539.1	1615578	1616705	D	An04g06530	join(<1615578..1615976,1616031..1616477,1616564..1616610,1616660..>1616705)	Aspergillus niger	4991060
An04g06540	mRNA	An04g06540	NT_166539.1	1618327	1618614	R	An04g06540	complement(join(<1618327..1618372,1618466..>1618614))	Aspergillus niger	84590946
An04g06550	mRNA	An04g06550	NT_166539.1	1622149	1622934	R	An04g06550	complement(join(<1622149..1622381,1622506..1622736,1622910..>1622934))	Aspergillus niger	84590947
An04g06560	mRNA	An04g06560	NT_166539.1	1623017	1623927	R	An04g06560	complement(join(<1623017..1623117,1623223..1623310,1623399..1623575,1623712..>1623927))	Aspergillus niger	84590948
An04g06570	mRNA	An04g06570	NT_166539.1	1624153	1624748	D	An04g06570	join(<1624153..1624427,1624481..>1624748)	Aspergillus niger	4991064
An04g06580	mRNA	An04g06580	NT_166539.1	1625102	1627698	D	An04g06580	join(<1625102..1625305,1625495..1625660,1625749..1625856,1625898..1625965,1626037..1626150,1626236..1626305,1626406..1626471,1626580..1627470,1627568..>1627698)	Aspergillus niger	4991065
An04g06590	mRNA	An04g06590	NT_166539.1	1627740	1629299	R	An04g06590	complement(join(<1627740..1628767,1628822..1628899,1628957..>1629299))	Aspergillus niger	4991066
An04g06600	mRNA	An04g06600	NT_166539.1	1629794	1630954	R	An04g06600	complement(join(<1629794..1629851,1630022..1630072,1630185..1630584,1630930..>1630954))	Aspergillus niger	4991067
An04g06610	mRNA	An04g06610	NT_166539.1	1630977	1633168	D	An04g06610	join(<1630977..1631070,1631197..1631384,1631689..1631790,1631892..1631931,1632169..1632303,1632671..1632771,1632823..1632911,1633102..>1633168)	Aspergillus niger	84590949
An04g06620	mRNA	An04g06620	NT_166539.1	1633511	1635483	R	An04g06620	complement(join(<1633511..1633796,1633861..1634136,1634188..1634305,1634357..1634484,1634545..1634619,1634674..1634829,1634951..>1635483))	Aspergillus niger	4991069
An04g06630	mRNA	An04g06630	NT_166539.1	1635998	1638466	D	An04g06630	join(<1635998..1636071,1636396..1636545,1636628..1636774,1637043..1637273,1637359..1637434,1637516..1637578,1637710..1637932,1638036..1638066,1638174..1638288,1638410..>1638466)	Aspergillus niger	84590950
An04g06640	mRNA	An04g06640	NT_166539.1	1639617	1642056	D	An04g06640	join(<1639617..1640750,1640800..1641651,1641700..1641898,1641956..>1642056)	Aspergillus niger	4991071
An04g06650	mRNA	An04g06650	NT_166539.1	1642928	1643705	D	An04g06650	join(<1642928..1643355,1643428..1643570,1643644..>1643705)	Aspergillus niger	4991072
An04g06660	mRNA	An04g06660	NT_166539.1	1643866	1645225	R	An04g06660	complement(join(<1643866..1643945,1644002..1644307,1644370..>1645225))	Aspergillus niger	4991073
An04g06670	mRNA	An04g06670	NT_166539.1	1645830	1646418	R	An04g06670	complement(join(<1645830..1645932,1646007..1646136,1646226..1646286,1646362..>1646418))	Aspergillus niger	4991074
An04g06680	mRNA	An04g06680	NT_166539.1	1646858	1647547	D	An04g06680	<1646858..>1647547	Aspergillus niger	4991075
An04g06690	mRNA	An04g06690	NT_166539.1	1648374	1650289	R	An04g06690	complement(join(<1648374..1649650,1649702..1649901,1649952..>1650289))	Aspergillus niger	4991076
An04g06700	mRNA	An04g06700	NT_166539.1	1650420	1651059	D	An04g06700	join(<1650420..1650584,1650638..1650684,1650751..1650775,1650910..>1651059)	Aspergillus niger	84590951
An04g06710	mRNA	An04g06710	NT_166539.1	1651911	1652837	R	An04g06710	complement(join(<1651911..1651981,1652039..1652146,1652413..1652516,1652601..1652758,1652793..>1652837))	Aspergillus niger	84590952
An04g06720	mRNA	An04g06720	NT_166539.1	1653200	1654344	R	An04g06720	complement(join(<1653200..1653273,1653371..1653518,1653574..1653615,1653742..1653865,1653959..1654053,1654312..>1654344))	Aspergillus niger	84590953
An04g06730	mRNA	An04g06730	NT_166539.1	1655346	1657486	R	An04g06730	complement(join(<1655346..1655388,1655465..1655494,1655525..1655560,1655601..1655631,1655718..1655792,1656127..>1657486))	Aspergillus niger	4991080
An04g06740	mRNA	An04g06740	NT_166539.1	1657774	1659386	D	An04g06740	join(<1657774..1657865,1657944..1658003,1658902..1658969,1659096..1659239,1659340..>1659386)	Aspergillus niger	84590954
An04g06750	mRNA	An04g06750	NT_166539.1	1659941	1660586	D	An04g06750	join(<1659941..1660008,1660097..>1660586)	Aspergillus niger	4991082
An04g06760	mRNA	An04g06760	NT_166539.1	1660947	1662066	R	An04g06760	complement(join(<1660947..1661000,1661083..1661624,1661676..1661761,1661888..1661945,1662045..>1662066))	Aspergillus niger	84590955
An04g06790	mRNA	An04g06790	NT_166539.1	1662180	1666592	D	An04g06790	<1662180..>1666592	Aspergillus niger	10098339
An04g06800	mRNA	An04g06800	NT_166539.1	1666806	1667953	R	An04g06800	complement(join(<1666806..1667480,1667576..1667824,1667876..>1667953))	Aspergillus niger	84590956
An04g06820	mRNA	An04g06820	NT_166539.1	1668049	1668554	R	An04g06820	complement(join(<1668049..1668117,1668200..1668373,1668480..>1668554))	Aspergillus niger	84590957
An04g06830	mRNA	An04g06830	NT_166539.1	1669203	1669869	R	An04g06830	complement(join(<1669203..1669482,1669556..>1669869))	Aspergillus niger	84590958
An04g06840	mRNA	An04g06840	NT_166539.1	1670888	1675903	R	An04g06840	complement(<1670888..>1675903)	Aspergillus niger	4991088
An04g06850	mRNA	An04g06850	NT_166539.1	1675917	1676902	D	An04g06850	join(<1675917..1675995,1676208..1676303,1676355..1676478,1676519..1676546,1676664..1676731,1676776..>1676902)	Aspergillus niger	84590959
An04g06860	mRNA	An04g06860	NT_166539.1	1678822	1679556	D	An04g06860	join(<1678822..1678854,1679081..1679404,1679462..>1679556)	Aspergillus niger	84590960
An04g06870	mRNA	An04g06870	NT_166539.1	1680899	1683805	R	An04g06870	complement(join(<1680899..1681333,1681381..1681448,1681508..1682345,1682461..1682892,1683224..1683289,1683454..1683594,1683800..>1683805))	Aspergillus niger	4991091
An04g06880	mRNA	An04g06880	NT_166539.1	1685500	1686762	D	An04g06880	<1685500..>1686762	Aspergillus niger	4991092
An04g06890	mRNA	An04g06890	NT_166539.1	1687208	1689369	R	An04g06890	complement(join(<1687208..1688423,1688552..1688627,1688686..1688959,1689049..>1689369))	Aspergillus niger	4991093
An04g06900	mRNA	An04g06900	NT_166539.1	1691661	1693232	D	An04g06900	join(<1691661..1693000,1693187..>1693232)	Aspergillus niger	4991094
An04g06910	mRNA	amyR	NT_166539.1	1693848	1695695	R	An04g06910	complement(join(<1693848..1694155,1694214..1694664,1694716..>1695695))	Aspergillus niger	4991095
An04g06920	mRNA	aglU	NT_166539.1	1697425	1700548	D	An04g06920	join(<1697425..1698119,1698180..1698590,1698643..1698813,1698868..>1700548)	Aspergillus niger	4991096
An04g06930	mRNA	An04g06930	NT_166539.1	1701189	1703388	D	An04g06930	join(<1701189..1701341,1701393..1701431,1701498..1701613,1701671..1701779,1701831..1702059,1702123..1702285,1702336..1702482,1702538..1702778,1702836..1703115,1703212..1703272,1703351..>1703388)	Aspergillus niger	4991097
An04g06940	mRNA	PrtT	NT_166539.1	1704858	1707000	R	An04g06940	complement(join(<1704858..1705444,1705496..1705725,1705776..1706201,1706260..1706661,1706774..>1707000))	Aspergillus niger	4991098
An04g06950	mRNA	An04g06950	NT_166539.1	1716710	1717842	R	An04g06950	complement(join(<1716710..1716877,1716943..1717692,1717777..>1717842))	Aspergillus niger	4991099
An04g06960	mRNA	An04g06960	NT_166539.1	1730449	1732549	R	An04g06960	complement(join(<1730449..1732466,1732546..>1732549))	Aspergillus niger	4991100
An04g06970	mRNA	An04g06970	NT_166539.1	1735948	1737873	R	An04g06970	complement(join(<1735948..1736397,1736455..1736780,1736829..1737230,1737281..1737363,1737435..1737548,1737631..1737671,1737718..>1737873))	Aspergillus niger	4991101
An04g06980	mRNA	An04g06980	NT_166539.1	1739318	1740798	D	An04g06980	join(<1739318..1739515,1739592..1739688,1739755..1739969,1740055..1740191,1740285..>1740798)	Aspergillus niger	4991102
An04g06990	mRNA	An04g06990	NT_166539.1	1741053	1743022	R	An04g06990	complement(join(<1741053..1741101,1741175..1741432,1741488..1742225,1742328..>1743022))	Aspergillus niger	4991103
An04g07000	mRNA	An04g07000	NT_166539.1	1744573	1745627	D	An04g07000	join(<1744573..1744586,1744643..>1745627)	Aspergillus niger	4991104
An04g07010	mRNA	An04g07010	NT_166539.1	1746381	1747271	R	An04g07010	complement(join(<1746381..1746415,1746472..1746684,1746752..1746877,1746996..1747011,1747102..1747158,1747269..>1747271))	Aspergillus niger	4991105
An04g07020	mRNA	An04g07020	NT_166539.1	1749041	1750288	D	An04g07020	join(<1749041..1749063,1749131..1749663,1749723..>1750288)	Aspergillus niger	4991106
An04g07030	mRNA	An04g07030	NT_166539.1	1750735	1752109	R	An04g07030	complement(join(<1750735..1751591,1751643..1751784,1751837..1751895,1751948..1752039,1752099..>1752109))	Aspergillus niger	4991107
An04g07040	mRNA	An04g07040	NT_166539.1	1752687	1753642	D	An04g07040	join(<1752687..1752726,1752783..1753026,1753086..1753192,1753291..>1753642)	Aspergillus niger	4991108
An04g07050	mRNA	An04g07050	NT_166539.1	1754258	1755785	R	An04g07050	complement(join(<1754258..1754762,1754821..>1755785))	Aspergillus niger	4991109
An04g07060	mRNA	An04g07060	NT_166539.1	1756280	1758754	D	An04g07060	join(<1756280..1757521,1757582..1758217,1758269..>1758754)	Aspergillus niger	4991110
An04g07070	mRNA	An04g07070	NT_166539.1	1759311	1760711	D	An04g07070	join(<1759311..1759486,1759550..>1760711)	Aspergillus niger	4991111
An04g07080	mRNA	An04g07080	NT_166539.1	1761224	1762754	R	An04g07080	complement(join(<1761224..1761599,1761677..1762535,1762688..>1762754))	Aspergillus niger	4991112
An04g07090	mRNA	An04g07090	NT_166539.1	1763524	1765256	R	An04g07090	complement(join(<1763524..1764880,1764952..>1765256))	Aspergillus niger	4991113
An04g07100	mRNA	An04g07100	NT_166539.1	1767175	1769310	D	An04g07100	join(<1767175..1768416,1768476..1768762,1768848..>1769310)	Aspergillus niger	4991114
An04g07110	mRNA	An04g07110	NT_166539.1	1769701	1770479	R	An04g07110	complement(join(<1769701..1770085,1770166..>1770479))	Aspergillus niger	4991115
An04g07120	mRNA	An04g07120	NT_166539.1	1771166	1772182	R	An04g07120	complement(join(<1771166..1771371,1771428..1771542,1771604..>1772182))	Aspergillus niger	4991116
An04g07130	mRNA	An04g07130	NT_166539.1	1773047	1774059	R	An04g07130	complement(join(<1773047..1773250,1773307..>1774059))	Aspergillus niger	4991117
An04g07140	mRNA	An04g07140	NT_166539.1	1774225	1776457	D	An04g07140	join(<1774225..1774264,1774349..1774514,1774613..1774699,1774755..1775021,1775105..1775229,1775336..1775435,1775594..1775679,1776048..>1776457)	Aspergillus niger	84590961
An04g07150	mRNA	An04g07150	NT_166539.1	1776553	1777599	D	An04g07150	join(<1776553..1776618,1776971..1777076,1777171..1777273,1777418..1777457,1777489..>1777599)	Aspergillus niger	4991119
An04g07160	mRNA	An04g07160	NT_166539.1	1777829	1779078	R	An04g07160	complement(join(<1777829..1778592,1778661..1778836,1778891..>1779078))	Aspergillus niger	4991120
An04g07170	mRNA	An04g07170	NT_166539.1	1779650	1782396	R	An04g07170	complement(join(<1779650..1779802,1779886..>1782396))	Aspergillus niger	4991121
An04g07180	mRNA	An04g07180	NT_166539.1	1782803	1783416	D	An04g07180	join(<1782803..1782831,1783013..1783091,1783163..1783223,1783282..1783313,1783387..>1783416)	Aspergillus niger	4991122
An04g07190	mRNA	An04g07190	NT_166539.1	1784311	1786625	D	An04g07190	join(<1784311..1784372,1784435..1784609,1784663..1784718,1784776..1785188,1785221..1786137,1786188..>1786625)	Aspergillus niger	4991123
An04g07200	mRNA	An04g07200	NT_166539.1	1786821	1788374	R	An04g07200	complement(join(<1786821..1787236,1787301..1787778,1787831..1788168,1788215..>1788374))	Aspergillus niger	4991124
An04g07210	mRNA	An04g07210	NT_166539.1	1788849	1790303	D	An04g07210	join(<1788849..1789142,1789238..1789858,1789923..>1790303)	Aspergillus niger	4991125
An04g07220	mRNA	An04g07220	NT_166539.1	1792117	1793242	D	An04g07220	join(<1792117..1793177,1793221..>1793242)	Aspergillus niger	4991126
An04g07230	mRNA	An04g07230	NT_166539.1	1793665	1794429	D	An04g07230	join(<1793665..1793976,1794031..1794289,1794341..>1794429)	Aspergillus niger	4991127
An04g07240	mRNA	An04g07240	NT_166539.1	1795070	1796803	D	An04g07240	<1795070..>1796803	Aspergillus niger	4991128
An04g07250	mRNA	An04g07250	NT_166539.1	1797915	1798804	R	An04g07250	complement(join(<1797915..1798621,1798686..1798710,1798772..>1798804))	Aspergillus niger	4991129
An04g07260	mRNA	An04g07260	NT_166539.1	1799137	1800207	D	An04g07260	join(<1799137..1799182,1799261..1799315,1799378..1799718,1799786..>1800207)	Aspergillus niger	4991130
An04g07270	mRNA	An04g07270	NT_166539.1	1800829	1801864	R	An04g07270	complement(join(<1800829..1800876,1800928..1801563,1801622..>1801864))	Aspergillus niger	4991131
An04g07280	mRNA	An04g07280	NT_166539.1	1802222	1804144	D	An04g07280	join(<1802222..1802975,1803180..>1804144)	Aspergillus niger	4991132
An04g07290	mRNA	An04g07290	NT_166539.1	1804879	1806875	D	An04g07290	join(<1804879..1804913,1805157..1805214,1805303..1805431,1805515..1805635,1805729..1805867,1806087..1806173,1806218..1806320,1806371..1806555,1806713..>1806875)	Aspergillus niger	84590962
An04g07300	mRNA	An04g07300	NT_166539.1	1808207	1808704	R	An04g07300	complement(join(<1808207..1808428,1808654..>1808704))	Aspergillus niger	84590963
An04g07310	mRNA	An04g07310	NT_166539.1	1808837	1809990	R	An04g07310	complement(join(<1808837..1809075,1809182..1809256,1809678..>1809990))	Aspergillus niger	84590964
An04g07320	mRNA	An04g07320	NT_166539.1	1810534	1812102	D	An04g07320	join(<1810534..1811309,1811677..1811757,1811795..1811840,1812005..1812010,1812061..>1812102)	Aspergillus niger	84590965
An04g07330	mRNA	An04g07330	NT_166539.1	1812908	1813604	R	An04g07330	complement(join(<1812908..1813231,1813371..>1813604))	Aspergillus niger	4991137
An04g07340	mRNA	An04g07340	NT_166539.1	1814073	1816026	R	An04g07340	complement(join(<1814073..1815352,1815461..1815831,1815968..>1816026))	Aspergillus niger	4991138
An04g07350	mRNA	An04g07350	NT_166539.1	1817181	1817892	D	An04g07350	join(<1817181..1817343,1817437..1817528,1817614..1817848,1817882..>1817892)	Aspergillus niger	84590966
An04g07360	mRNA	An04g07360	NT_166539.1	1818291	1819485	R	An04g07360	complement(join(<1818291..1819029,1819085..>1819485))	Aspergillus niger	4991140
An04g07370	mRNA	An04g07370	NT_166539.1	1820588	1821826	R	An04g07370	complement(<1820588..>1821826)	Aspergillus niger	4991141
An04g07380	mRNA	An04g07380	NT_166539.1	1822248	1824670	R	An04g07380	complement(join(<1822248..1822426,1822479..1822510,1822565..1822628,1822688..1822733,1822784..1822808,1822863..1823103,1823180..1823421,1823487..1823869,1823970..1824048,1824230..1824323,1824462..1824492,1824547..>1824670))	Aspergillus niger	4991142
An04g07390	mRNA	An04g07390	NT_166539.1	1826223	1828848	R	An04g07390	complement(join(<1826223..1826543,1826637..1826711,1827111..1827274,1827463..1827600,1827680..1827977,1828148..1828232,1828314..1828494,1828613..1828740,1828787..>1828848))	Aspergillus niger	84590967
An04g07400	mRNA	An04g07400	NT_166539.1	1829113	1831349	D	An04g07400	join(<1829113..1829263,1829332..1831101,1831180..>1831349)	Aspergillus niger	4991144
An04g07410	mRNA	An04g07410	NT_166539.1	1832479	1833687	D	An04g07410	join(<1832479..1833526,1833587..>1833687)	Aspergillus niger	4991145
An04g07420	mRNA	An04g07420	NT_166539.1	1834858	1836538	D	An04g07420	join(<1834858..1834942,1835033..1835100,1835147..1835221,1835275..1835356,1835414..1835641,1835705..1835879,1836065..1836256,1836304..>1836538)	Aspergillus niger	84590968
An04g07430	mRNA	An04g07430	NT_166539.1	1837134	1837793	D	An04g07430	<1837134..>1837793	Aspergillus niger	4991147
An04g07435	mRNA	An04g07435	NT_166539.1	1840907	1841405	D	An04g07435	join(<1840907..1840994,1841197..1841268,1841332..>1841405)	Aspergillus niger	84590969
An04g07440	mRNA	An04g07440	NT_166539.1	1844218	1844817	R	An04g07440	complement(join(<1844218..1844334,1844356..>1844817))	Aspergillus niger	4991149
An04g07450	mRNA	An04g07450	NT_166539.1	1844918	1845298	D	An04g07450	join(<1844918..1844982,1845175..>1845298)	Aspergillus niger	84590970
An04g07460	mRNA	An04g07460	NT_166539.1	1845396	1847743	R	An04g07460	complement(join(<1845396..1847210,1847279..>1847743))	Aspergillus niger	4991151
An04g07470	mRNA	An04g07470	NT_166539.1	1849063	1850204	R	An04g07470	complement(join(<1849063..1849118,1849241..1849281,1849430..1849995,1850202..>1850204))	Aspergillus niger	4991152
An04g07480	mRNA	An04g07480	NT_166539.1	1852222	1853509	R	An04g07480	complement(join(<1852222..1852681,1852728..1853316,1853368..>1853509))	Aspergillus niger	4991153
An04g07490	mRNA	An04g07490	NT_166539.1	1854105	1855295	D	An04g07490	<1854105..>1855295	Aspergillus niger	4991154
An04g07500	mRNA	An04g07500	NT_166539.1	1855410	1855835	R	An04g07500	complement(<1855410..>1855835)	Aspergillus niger	4991155
An04g07510	mRNA	An04g07510	NT_166539.1	1856712	1858269	R	An04g07510	complement(join(<1856712..1857141,1857202..1857785,1857849..1857955,1858035..>1858269))	Aspergillus niger	4991156
An04g07530	mRNA	An04g07530	NT_166539.1	1859547	1863761	R	An04g07530	complement(<1859547..>1863761)	Aspergillus niger	4991158
An04g07540	mRNA	An04g07540	NT_166539.1	1864914	1865812	R	An04g07540	complement(join(<1864914..1865030,1865086..1865207,1865494..>1865812))	Aspergillus niger	4991159
An04g07550	mRNA	An04g07550	NT_166539.1	1866542	1867586	R	An04g07550	complement(join(<1866542..1866602,1866963..1867077,1867505..>1867586))	Aspergillus niger	84590971
An04g07555	mRNA	An04g07555	NT_166539.1	1868912	1869196	D	An04g07555	join(<1868912..1868959,1869038..>1869196)	Aspergillus niger	84590972
An04g07560	mRNA	An04g07560	NT_166539.1	1869935	1871914	D	An04g07560	join(<1869935..1870706,1870791..>1871914)	Aspergillus niger	84590973
An04g07580	mRNA	An04g07580	NT_166539.1	1872701	1872921	R	An04g07580	complement(join(<1872701..1872877,1872910..>1872921))	Aspergillus niger	84590974
An04g07590	mRNA	An04g07590	NT_166539.1	1873800	1874959	R	An04g07590	complement(join(<1873800..1874789,1874831..>1874959))	Aspergillus niger	84590975
An04g07595	mRNA	An04g07595	NT_166539.1	1875856	1876489	R	An04g07595	complement(join(<1875856..1876188,1876400..>1876489))	Aspergillus niger	84590976
An04g07600	mRNA	An04g07600	NT_166539.1	1878160	1878499	D	An04g07600	join(<1878160..1878329,1878466..>1878499)	Aspergillus niger	84590977
An04g07610	mRNA	An04g07610	NT_166539.1	1881124	1885183	D	An04g07610	join(<1881124..1881254,1881547..1881598,1881821..1881831,1881899..1881968,1882176..1882255,1882762..1882841,1883034..1883125,1883183..1883453,1883511..1883864,1883920..1883955,1884345..>1885183)	Aspergillus niger	84590978
An04g07620	mRNA	An04g07620	NT_166539.1	1885812	1888406	R	An04g07620	complement(join(<1885812..1886096,1886671..1886772,1886932..1886994,1887081..1887156,1887291..1887324,1887431..1887471,1887571..1887666,1887755..1887822,1887928..1887978,1888060..1888105,1888174..1888274,1888350..>1888406))	Aspergillus niger	84590979
An04g07630	mRNA	An04g07630	NT_166539.1	1888458	1889325	R	An04g07630	complement(join(<1888458..1888533,1888645..1888766,1889094..1889201,1889284..>1889325))	Aspergillus niger	84590980
An04g07640	mRNA	An04g07640	NT_166539.1	1892775	1893689	R	An04g07640	complement(join(<1892775..1892873,1892913..1893056,1893213..1893303,1893403..>1893689))	Aspergillus niger	84590981
An04g07650	mRNA	An04g07650	NT_166539.1	1895257	1895823	R	An04g07650	complement(<1895257..>1895823)	Aspergillus niger	84590982
An04g07670	mRNA	An04g07670	NT_166539.1	1895993	1897624	D	An04g07670	<1895993..>1897624	Aspergillus niger	84590983
An04g07680	mRNA	An04g07680	NT_166539.1	1898642	1900300	R	An04g07680	complement(<1898642..>1900300)	Aspergillus niger	4991173
An04g07690	mRNA	An04g07690	NT_166539.1	1901180	1902170	R	An04g07690	complement(join(<1901180..1901308,1901311..1901544,1901624..1901710,1901862..>1902170))	Aspergillus niger	84590984
An04g07700	mRNA	An04g07700	NT_166539.1	1903971	1905269	R	An04g07700	complement(join(<1903971..1904096,1904320..1904508,1904619..1904771,1905111..>1905269))	Aspergillus niger	84590985
An04g07710	mRNA	An04g07710	NT_166539.1	1906782	1907786	R	An04g07710	complement(<1906782..>1907786)	Aspergillus niger	84590986
An04g07720	mRNA	An04g07720	NT_166539.1	1908347	1910473	D	An04g07720	join(<1908347..1909178,1909800..>1910473)	Aspergillus niger	4991177
An04g07730	mRNA	An04g07730	NT_166539.1	1911699	1912477	D	An04g07730	join(<1911699..1911823,1912192..1912276,1912325..>1912477)	Aspergillus niger	84590987
An04g07740	mRNA	An04g07740	NT_166539.1	1913175	1914003	R	An04g07740	complement(join(<1913175..1913412,1913485..1913509,1913568..>1914003))	Aspergillus niger	4991179
An04g07750	mRNA	An04g07750	NT_166539.1	1916169	1917216	D	An04g07750	join(<1916169..1916176,1916310..1916367,1916635..1916836,1917104..>1917216)	Aspergillus niger	84590988
An04g07760	mRNA	An04g07760	NT_166539.1	1917682	1920224	R	An04g07760	complement(join(<1917682..1918182,1918235..1918378,1918466..1918510,1918564..1919415,1919499..1919553,1919605..1919708,1919798..1919929,1919982..>1920224))	Aspergillus niger	84590989
An04g07770	mRNA	An04g07770	NT_166539.1	1920270	1921095	D	An04g07770	join(<1920270..1920506,1920594..1920657,1920767..>1921095)	Aspergillus niger	84590990
An04g07780	mRNA	An04g07780	NT_166539.1	1921548	1922210	R	An04g07780	complement(join(<1921548..1921784,1921857..1922053,1922162..>1922210))	Aspergillus niger	84590991
An04g07790	mRNA	An04g07790	NT_166539.1	1922385	1922965	D	An04g07790	join(<1922385..1922476,1922541..1922693,1922770..>1922965)	Aspergillus niger	84590992
An04g07800	mRNA	An04g07800	NT_166539.1	1923196	1924170	D	An04g07800	join(<1923196..1923237,1923300..1923586,1923642..1923855,1923908..1924096,1924126..>1924170)	Aspergillus niger	4991185
An04g07810	mRNA	An04g07810	NT_166539.1	1924561	1925158	R	An04g07810	complement(join(<1924561..1924787,1924951..>1925158))	Aspergillus niger	84590993
An04g07820	mRNA	An04g07820	NT_166539.1	1925883	1926884	D	An04g07820	join(<1925883..1925951,1926059..1926152,1926193..1926414,1926546..1926667,1926765..>1926884)	Aspergillus niger	84590994
An04g07830	mRNA	An04g07830	NT_166539.1	1926889	1927654	D	An04g07830	join(<1926889..1927001,1927056..1927317,1927337..1927443,1927537..>1927654)	Aspergillus niger	84590995
An04g07840	mRNA	An04g07840	NT_166539.1	1927985	1931322	R	An04g07840	complement(join(<1927985..1928061,1928159..1928285,1928372..1928437,1928583..1928798,1928901..1929457,1929545..1929671,1930936..>1931322))	Aspergillus niger	84590996
An04g07850	mRNA	An04g07850	NT_166539.1	1931714	1932559	D	An04g07850	join(<1931714..1931758,1931890..1931985,1932076..1932260,1932334..>1932559)	Aspergillus niger	84590997
An04g07860	mRNA	An04g07860	NT_166539.1	1934786	1935452	R	An04g07860	complement(join(<1934786..1934857,1935201..>1935452))	Aspergillus niger	84590998
An04g07870	mRNA	An04g07870	NT_166539.1	1938221	1938326	D	An04g07870	join(<1938221..1938247,1938279..>1938326)	Aspergillus niger	84590999
An04g07880	mRNA	An04g07880	NT_166539.1	1939095	1940661	R	An04g07880	complement(join(<1939095..1939150,1939315..1939542,1939611..1939657,1939926..1940048,1940188..1940254,1940565..>1940661))	Aspergillus niger	84591000
An04g07890	mRNA	An04g07890	NT_166539.1	1941208	1942632	R	An04g07890	complement(join(<1941208..1941336,1941384..1941513,1941662..1941733,1941785..1941928,1942061..1942146,1942198..1942314,1942456..1942496,1942557..>1942632))	Aspergillus niger	84591001
An04g07900	mRNA	An04g07900	NT_166539.1	1943526	1944638	D	An04g07900	join(<1943526..1944229,1944278..>1944638)	Aspergillus niger	84591002
An04g07910	mRNA	An04g07910	NT_166539.1	1946968	1948206	R	An04g07910	complement(<1946968..>1948206)	Aspergillus niger	84591003
An04g07920	mRNA	An04g07920	NT_166539.1	1948235	1949391	D	An04g07920	join(<1948235..1948330,1948401..1948506,1948666..1948866,1949198..>1949391)	Aspergillus niger	84591004
An04g07930	mRNA	An04g07930	NT_166539.1	1950300	1950844	D	An04g07930	join(<1950300..1950580,1950645..1950662,1950709..>1950844)	Aspergillus niger	84591005
An04g07940	mRNA	An04g07940	NT_166539.1	1951303	1951831	D	An04g07940	join(<1951303..1951512,1951622..>1951831)	Aspergillus niger	84591006
An04g07950	mRNA	An04g07950	NT_166539.1	1952050	1952559	D	An04g07950	join(<1952050..1952220,1952353..1952460,1952503..>1952559)	Aspergillus niger	84591007
An04g07960	mRNA	An04g07960	NT_166539.1	1952758	1953797	R	An04g07960	complement(join(<1952758..1952808,1952891..1952970,1953055..1953134,1953365..1953497,1953608..>1953797))	Aspergillus niger	84591008
An04g07970	mRNA	An04g07970	NT_166539.1	1955331	1957591	D	An04g07970	join(<1955331..1955708,1955847..1956150,1956216..1956397,1956510..1957122,1957182..>1957591)	Aspergillus niger	84591009
An04g07980	mRNA	An04g07980	NT_166539.1	1958816	1959424	R	An04g07980	complement(join(<1958816..1959213,1959256..>1959424))	Aspergillus niger	84591010
An04g07990	mRNA	An04g07990	NT_166539.1	1964605	1966298	R	An04g07990	complement(join(<1964605..1964652,1964730..1964821,1964931..1964959,1965040..1965068,1965414..1965645,1965699..1966070,1966125..1966237,1966290..>1966298))	Aspergillus niger	84591011
An04g08000	mRNA	An04g08000	NT_166539.1	1970688	1973644	R	An04g08000	complement(join(<1970688..1970767,1970861..1971034,1971174..1971629,1971732..1972052,1972109..1972467,1972675..1973132,1973189..1973402,1973466..>1973644))	Aspergillus niger	84591012
An04g08020	mRNA	An04g08020	NT_166539.1	1977116	1978177	R	An04g08020	complement(join(<1977116..1977316,1977372..1977485,1977538..1977649,1977702..>1978177))	Aspergillus niger	4991206
An04g08030	mRNA	An04g08030	NT_166539.1	1978946	1981083	D	An04g08030	join(<1978946..1979073,1979124..1979243,1979298..1979506,1979559..1979605,1979654..1979708,1979761..1979879,1979935..1980201,1980252..1980373,1980426..1980598,1980648..1980713,1980760..1980840,1980887..>1981083)	Aspergillus niger	4991207
An04g08040	mRNA	An04g08040	NT_166539.1	1981362	1984181	D	An04g08040	join(<1981362..1981479,1981568..1981662,1981742..1981756,1981793..1982536,1982581..1982833,1982886..1983005,1983109..1983358,1983604..1983686,1983795..1983853,1983939..>1984181)	Aspergillus niger	4991208
An04g08050	mRNA	An04g08050	NT_166539.1	1984822	1985691	R	An04g08050	complement(join(<1984822..1984832,1984929..1985286,1985497..>1985691))	Aspergillus niger	4991209
An04g08060	mRNA	An04g08060	NT_166539.1	1986007	1986738	D	An04g08060	join(<1986007..1986281,1986381..>1986738)	Aspergillus niger	84591013
An04g08070	mRNA	An04g08070	NT_166539.1	1986896	1989416	R	An04g08070	complement(join(<1986896..1986953,1987095..1987294,1987347..>1989416))	Aspergillus niger	4991211
An04g08080	mRNA	An04g08080	NT_166539.1	1989631	1991675	D	An04g08080	join(<1989631..1991531,1991579..>1991675)	Aspergillus niger	4991212
An04g08090	mRNA	An04g08090	NT_166539.1	1991704	1992708	R	An04g08090	complement(<1991704..>1992708)	Aspergillus niger	4991213
An04g08100	mRNA	An04g08100	NT_166539.1	1992892	1993815	R	An04g08100	complement(<1992892..>1993815)	Aspergillus niger	4991214
An04g08110	mRNA	An04g08110	NT_166539.1	1994142	1995094	D	An04g08110	join(<1994142..1994820,1994979..>1995094)	Aspergillus niger	4991215
An04g08120	mRNA	An04g08120	NT_166539.1	1995348	1996232	D	An04g08120	<1995348..>1996232	Aspergillus niger	4991216
An04g08130	mRNA	An04g08130	NT_166539.1	1997058	1997648	D	An04g08130	<1997058..>1997648	Aspergillus niger	4991217
An04g08140	mRNA	An04g08140	NT_166539.1	1998253	1999448	D	An04g08140	join(<1998253..1998316,1998368..1998899,1999199..1999203,1999387..>1999448)	Aspergillus niger	84591014
An04g08150	mRNA	An04g08150	NT_166539.1	2000504	2001039	D	An04g08150	join(<2000504..2000570,2000633..>2001039)	Aspergillus niger	4991219
An04g08160	mRNA	An04g08160	NT_166539.1	2002024	2003711	D	An04g08160	join(<2002024..2002125,2002187..2002676,2002863..2003160,2003192..>2003711)	Aspergillus niger	4991220
An04g08170	mRNA	An04g08170	NT_166539.1	2004822	2005528	R	An04g08170	complement(join(<2004822..2004886,2004966..2005041,2005113..2005166,2005263..2005341,2005428..>2005528))	Aspergillus niger	84591015
An04g08180	mRNA	An04g08180	NT_166539.1	2005854	2007361	D	An04g08180	join(<2005854..2006074,2006165..2006249,2006326..2006525,2006546..2006718,2007094..2007202,2007301..>2007361)	Aspergillus niger	84591016
An04g08190	mRNA	An04g08190	NT_166539.1	2007699	2008172	D	An04g08190	<2007699..>2008172	Aspergillus niger	4991223
An04g08200	mRNA	An04g08200	NT_166539.1	2008459	2009480	R	An04g08200	complement(join(<2008459..2008608,2008675..2008834,2008964..2009042,2009264..2009343,2009455..>2009480))	Aspergillus niger	84591017
An04g08210	mRNA	An04g08210	NT_166539.1	2010205	2012552	D	An04g08210	join(<2010205..2010514,2010696..2010773,2010849..2010997,2011102..2011391,2011562..2012051,2012094..2012357,2012475..>2012552)	Aspergillus niger	4991225
An04g08220	mRNA	An04g08220	NT_166539.1	2012671	2013684	R	An04g08220	complement(join(<2012671..2013344,2013435..>2013684))	Aspergillus niger	4991226
An04g08230	mRNA	An04g08230	NT_166539.1	2014773	2016329	D	An04g08230	join(<2014773..2014825,2014893..2015037,2015167..2015238,2015294..2015515,2015546..2015872,2015926..2016091,2016148..>2016329)	Aspergillus niger	84591018
An04g08240	mRNA	An04g08240	NT_166539.1	2016703	2017716	D	An04g08240	<2016703..>2017716	Aspergillus niger	4991228
An04g08250	mRNA	An04g08250	NT_166539.1	2017892	2019473	R	An04g08250	complement(join(<2017892..2019076,2019144..>2019473))	Aspergillus niger	4991229
An04g08260	mRNA	An04g08260	NT_166539.1	2019678	2022245	R	An04g08260	complement(join(<2019678..2019742,2019834..2019922,2020081..2020122,2020239..2020359,2020488..2020661,2020811..2020898,2020988..2021047,2021140..2021192,2021352..2021582,2022071..>2022245))	Aspergillus niger	84591019
An04g08270	mRNA	An04g08270	NT_166539.1	2022751	2024620	D	An04g08270	join(<2022751..2022764,2022811..2022838,2022974..2022993,2023311..2023453,2023751..2023856,2024209..2024407,2024453..>2024620)	Aspergillus niger	84591020
An04g08280	mRNA	An04g08280	NT_166539.1	2025209	2025546	R	An04g08280	complement(join(<2025209..2025260,2025305..>2025546))	Aspergillus niger	84591021
An04g08290	mRNA	An04g08290	NT_166539.1	2026154	2027308	R	An04g08290	complement(<2026154..>2027308)	Aspergillus niger	4991233
An04g08300	mRNA	An04g08300	NT_166539.1	2027809	2029611	R	An04g08300	complement(join(<2027809..2029451,2029593..>2029611))	Aspergillus niger	4991234
An04g08310	mRNA	An04g08310	NT_166539.1	2029761	2030357	R	An04g08310	complement(join(<2029761..2029863,2029948..2030016,2030129..2030259,2030316..>2030357))	Aspergillus niger	84591022
An04g08320	mRNA	An04g08320	NT_166539.1	2030768	2032153	R	An04g08320	complement(join(<2030768..2031283,2031373..2031539,2031643..>2032153))	Aspergillus niger	4991236
An04g08330	mRNA	An04g08330	NT_166539.1	2033119	2033604	R	An04g08330	complement(<2033119..>2033604)	Aspergillus niger	4991237
An04g08340	mRNA	An04g08340	NT_166539.1	2034033	2038085	R	An04g08340	complement(join(<2034033..2034381,2034443..2037744,2037793..2037987,2038044..>2038085))	Aspergillus niger	4991238
An04g08350	mRNA	An04g08350	NT_166539.1	2038371	2038746	D	An04g08350	join(<2038371..2038451,2038510..>2038746)	Aspergillus niger	84591023
An04g08360	mRNA	An04g08360	NT_166539.1	2039146	2040919	R	An04g08360	complement(join(<2039146..2039469,2039531..2039906,2039961..2040516,2040566..2040635,2040691..2040786,2040833..>2040919))	Aspergillus niger	4991240
An04g08370	mRNA	An04g08370	NT_166539.1	2041743	2043431	D	An04g08370	join(<2041743..2042293,2042343..2042984,2043035..>2043431)	Aspergillus niger	4991241
An04g08380	mRNA	An04g08380	NT_166539.1	2043513	2044463	D	An04g08380	<2043513..>2044463	Aspergillus niger	84591024
An04g08390	mRNA	An04g08390	NT_166539.1	2045286	2046449	D	An04g08390	join(<2045286..2045369,2045439..2045662,2045716..2046235,2046354..>2046449)	Aspergillus niger	4991243
An04g08400	mRNA	An04g08400	NT_166539.1	2046763	2047655	D	An04g08400	join(<2046763..2047546,2047603..>2047655)	Aspergillus niger	84591025
An04g08410	mRNA	An04g08410	NT_166539.1	2048427	2049983	R	An04g08410	complement(<2048427..>2049983)	Aspergillus niger	4991245
An04g08420	mRNA	An04g08420	NT_166539.1	2050810	2052986	D	An04g08420	join(<2050810..2050832,2051068..2051081,2051235..2051384,2051443..2051717,2051774..2052086,2052160..2052803,2052972..>2052986)	Aspergillus niger	4991246
An04g08430	mRNA	An04g08430	NT_166539.1	2053450	2053807	R	An04g08430	complement(join(<2053450..2053478,2053558..>2053807))	Aspergillus niger	4991247
An04g08440	mRNA	An04g08440	NT_166539.1	2055219	2057065	R	An04g08440	complement(join(<2055219..2055406,2055479..2055580,2055639..2055943,2055993..>2057065))	Aspergillus niger	4991248
An04g08450	mRNA	An04g08450	NT_166539.1	2057225	2059012	D	An04g08450	join(<2057225..2057240,2057327..2057438,2057921..2058006,2058714..>2059012)	Aspergillus niger	84591026
An04g08460	mRNA	An04g08460	NT_166539.1	2059409	2060369	R	An04g08460	complement(join(<2059409..2060174,2060230..>2060369))	Aspergillus niger	4991250
An04g08470	mRNA	An04g08470	NT_166539.1	2060885	2061419	R	An04g08470	complement(join(<2060885..2061328,2061381..>2061419))	Aspergillus niger	84591027
An04g08480	mRNA	An04g08480	NT_166539.1	2061807	2062581	R	An04g08480	complement(join(<2061807..2061926,2061980..2062259,2062328..2062497,2062561..>2062581))	Aspergillus niger	4991252
An04g08490	mRNA	An04g08490	NT_166539.1	2063188	2064413	D	An04g08490	join(<2063188..2063305,2063454..2063875,2063928..>2064413)	Aspergillus niger	4991253
An04g08500	mRNA	An04g08500	NT_166539.1	2064792	2065336	D	An04g08500	join(<2064792..2065089,2065138..2065223,2065280..>2065336)	Aspergillus niger	4991254
An04g08510	mRNA	An04g08510	NT_166539.1	2065886	2067480	R	An04g08510	complement(join(<2065886..2066434,2066493..2066552,2066627..2066759,2066829..2067038,2067107..>2067480))	Aspergillus niger	4991255
An04g08520	mRNA	An04g08520	NT_166539.1	2068917	2069944	D	An04g08520	join(<2068917..2069394,2069436..2069618,2069685..>2069944)	Aspergillus niger	84591028
An04g08530	mRNA	An04g08530	NT_166539.1	2070268	2070572	R	An04g08530	complement(join(<2070268..2070378,2070462..>2070572))	Aspergillus niger	84591029
An04g08540	mRNA	An04g08540	NT_166539.1	2074746	2075341	R	An04g08540	complement(join(<2074746..2074798,2074992..2075147,2075227..>2075341))	Aspergillus niger	84591030
An04g08550	mRNA	An04g08550	NT_166539.1	2076390	2077700	R	An04g08550	complement(<2076390..>2077700)	Aspergillus niger	4991259
An04g08560	mRNA	An04g08560	NT_166539.1	2078803	2080591	R	An04g08560	complement(join(<2078803..2078916,2078963..2079063,2079144..2079813,2079886..2080391,2080459..>2080591))	Aspergillus niger	4991260
An04g08570	mRNA	An04g08570	NT_166539.1	2080693	2081268	D	An04g08570	join(<2080693..2080752,2080801..2080853,2080924..2081006,2081102..>2081268)	Aspergillus niger	84591031
An04g08580	mRNA	An04g08580	NT_166539.1	2081436	2083763	R	An04g08580	complement(<2081436..>2083763)	Aspergillus niger	4991262
An04g08590	mRNA	An04g08590	NT_166539.1	2085477	2087288	D	An04g08590	join(<2085477..2086687,2086745..>2087288)	Aspergillus niger	4991263
An04g08600	mRNA	An04g08600	NT_166539.1	2089184	2091735	D	An04g08600	join(<2089184..2090415,2090469..>2091735)	Aspergillus niger	4991264
An04g08610	mRNA	An04g08610	NT_166539.1	2093080	2094154	D	An04g08610	join(<2093080..2093369,2093452..>2094154)	Aspergillus niger	4991265
An04g08620	mRNA	An04g08620	NT_166539.1	2096467	2097705	R	An04g08620	complement(join(<2096467..2096607,2096656..2097020,2097081..2097453,2097583..>2097705))	Aspergillus niger	4991266
An04g08630	mRNA	An04g08630	NT_166539.1	2100778	2101761	R	An04g08630	complement(<2100778..>2101761)	Aspergillus niger	4991267
An04g08640	mRNA	An04g08640	NT_166539.1	2102746	2104554	D	An04g08640	join(<2102746..2102772,2102884..2103259,2103316..2103681,2103735..2103825,2103864..>2104554)	Aspergillus niger	4991268
An04g08650	mRNA	An04g08650	NT_166539.1	2105427	2106344	D	An04g08650	<2105427..>2106344	Aspergillus niger	4991269
An04g08660	mRNA	An04g08660	NT_166539.1	2106700	2107805	R	An04g08660	complement(join(<2106700..2107218,2107428..>2107805))	Aspergillus niger	4991270
An04g08670	mRNA	An04g08670	NT_166539.1	2109155	2111040	R	An04g08670	complement(join(<2109155..2110108,2110159..2110827,2110885..>2111040))	Aspergillus niger	4991271
An04g08680	mRNA	An04g08680	NT_166539.1	2111290	2112986	R	An04g08680	complement(join(<2111290..2111537,2111596..2112141,2112188..>2112986))	Aspergillus niger	4991272
An04g08690	mRNA	An04g08690	NT_166539.1	2113892	2116162	D	An04g08690	join(<2113892..2114963,2115015..>2116162)	Aspergillus niger	4991273
An04g08700	mRNA	An04g08700	NT_166539.1	2117321	2118992	D	An04g08700	join(<2117321..2117367,2117434..2117680,2117756..2117974,2118042..>2118992)	Aspergillus niger	4991274
An04g08710	mRNA	An04g08710	NT_166539.1	2119070	2120450	R	An04g08710	complement(join(<2119070..2119727,2119784..2119898,2119949..>2120450))	Aspergillus niger	4991275
An04g08720	mRNA	An04g08720	NT_166539.1	2120746	2122402	D	An04g08720	join(<2120746..2120805,2120850..2120923,2120987..2121231,2121293..2121471,2121530..2121835,2121891..2121915,2121968..2122105,2122151..2122336,2122371..>2122402)	Aspergillus niger	4991276
An04g08730	mRNA	An04g08730	NT_166539.1	2123729	2125473	D	An04g08730	join(<2123729..2123856,2123921..2125131,2125202..>2125473)	Aspergillus niger	4991277
An04g08740	mRNA	An04g08740	NT_166539.1	2125711	2127281	R	An04g08740	complement(join(<2125711..2125807,2125949..2127155,2127224..>2127281))	Aspergillus niger	4991278
An04g08750	mRNA	An04g08750	NT_166539.1	2127570	2129630	R	An04g08750	complement(<2127570..>2129630)	Aspergillus niger	84591032
An04g08760	mRNA	An04g08760	NT_166539.1	2129931	2131605	D	An04g08760	join(<2129931..2129995,2130090..>2131605)	Aspergillus niger	4991280
An04g08770	mRNA	An04g08770	NT_166539.1	2132742	2133291	D	An04g08770	join(<2132742..2132876,2132926..>2133291)	Aspergillus niger	84591033
An04g08780	mRNA	An04g08780	NT_166539.1	2133721	2134166	D	An04g08780	join(<2133721..2133759,2133798..>2134166)	Aspergillus niger	84591034
An04g08790	mRNA	An04g08790	NT_166539.1	2134998	2135912	R	An04g08790	complement(<2134998..>2135912)	Aspergillus niger	4991283
An04g08800	mRNA	An04g08800	NT_166539.1	2136672	2138054	R	An04g08800	complement(join(<2136672..2137646,2137722..>2138054))	Aspergillus niger	4991284
An04g08810	mRNA	An04g08810	NT_166539.1	2138904	2142295	R	An04g08810	complement(join(<2138904..2139969,2140049..2141646,2141703..2141719,2141780..2141882,2141938..2142081,2142136..2142201,2142293..>2142295))	Aspergillus niger	4991285
An04g08820	mRNA	An04g08820	NT_166539.1	2144561	2146750	R	An04g08820	complement(join(<2144561..2145085,2145137..2145276,2145332..2145825,2145883..2146076,2146142..2146220,2146300..2146571,2146712..>2146750))	Aspergillus niger	4991286
An04g08830	mRNA	An04g08830	NT_166539.1	2147021	2148600	D	An04g08830	join(<2147021..2147109,2147174..2147240,2147299..2147369,2147424..2147604,2147651..2147845,2147893..2148409,2148473..>2148600)	Aspergillus niger	4991287
An04g08840	mRNA	An04g08840	NT_166539.1	2150284	2152948	R	An04g08840	complement(join(<2150284..2150692,2150755..2151534,2151591..>2152948))	Aspergillus niger	4991288
An04g08850	mRNA	An04g08850	NT_166539.1	2153573	2155072	D	An04g08850	join(<2153573..2153621,2153831..2153927,2154021..2154091,2154157..2154238,2154311..2154388,2154508..2154630,2154770..2154831,2154918..>2155072)	Aspergillus niger	84591035
An04g08860	mRNA	An04g08860	NT_166539.1	2155720	2157440	R	An04g08860	complement(join(<2155720..2155910,2155977..2156789,2156863..2156967,2157038..2157121,2157413..>2157440))	Aspergillus niger	4991290
An04g08870	mRNA	An04g08870	NT_166539.1	2158015	2158455	D	An04g08870	join(<2158015..2158032,2158135..>2158455)	Aspergillus niger	84591036
An04g08880	mRNA	An04g08880	NT_166539.1	2159414	2160852	D	An04g08880	join(<2159414..2159596,2159679..2159715,2159789..2159859,2159914..2160296,2160357..>2160852)	Aspergillus niger	4991292
An04g08890	mRNA	An04g08890	NT_166539.1	2161506	2163390	D	An04g08890	join(<2161506..2161794,2161899..2163075,2163144..2163284,2163363..>2163390)	Aspergillus niger	4991293
An04g08900	mRNA	An04g08900	NT_166539.1	2164140	2165036	D	An04g08900	<2164140..>2165036	Aspergillus niger	4991294
An04g08910	mRNA	An04g08910	NT_166539.1	2165224	2165993	R	An04g08910	complement(join(<2165224..2165773,2165890..>2165993))	Aspergillus niger	84591037
An04g08920	mRNA	An04g08920	NT_166539.1	2166252	2169182	D	An04g08920	join(<2166252..2166389,2166552..2168735,2168847..>2169182)	Aspergillus niger	4991296
An04g08930	mRNA	An04g08930	NT_166539.1	2169522	2169770	R	An04g08930	complement(join(<2169522..2169688,2169743..>2169770))	Aspergillus niger	84591038
An04g08940	mRNA	An04g08940	NT_166539.1	2170541	2172499	R	An04g08940	complement(<2170541..>2172499)	Aspergillus niger	4991298
An04g08950	mRNA	An04g08950	NT_166539.1	2173009	2174311	D	An04g08950	join(<2173009..2173276,2173417..2173495,2173700..2173743,2173985..2174205,2174285..>2174311)	Aspergillus niger	84591039
An04g08970	mRNA	An04g08970	NT_166539.1	2175729	2177730	R	An04g08970	complement(join(<2175729..2176296,2176479..2177310,2177433..>2177730))	Aspergillus niger	4991301
An04g08980	mRNA	An04g08980	NT_166539.1	2178989	2179627	R	An04g08980	complement(join(<2178989..2179052,2179183..2179347,2179491..2179521,2179609..>2179627))	Aspergillus niger	4991302
An04g08990	mRNA	An04g08990	NT_166539.1	2180436	2181905	D	An04g08990	join(<2180436..2180625,2180686..2180833,2180886..2180958,2181015..2181139,2181197..>2181905)	Aspergillus niger	4991303
An04g09000	mRNA	An04g09000	NT_166539.1	2182360	2183927	R	An04g09000	complement(join(<2182360..2182637,2182716..2182767,2182847..2183177,2183250..2183359,2183416..2183523,2183619..2183671,2183849..>2183927))	Aspergillus niger	4991304
An04g09010	mRNA	An04g09010	NT_166539.1	2186197	2186523	D	An04g09010	<2186197..>2186523	Aspergillus niger	4991305
An04g09020	mRNA	An04g09020	NT_166539.1	2186589	2188133	R	An04g09020	complement(join(<2186589..2186743,2186823..2186931,2186990..2187241,2187335..2187972,2188115..>2188133))	Aspergillus niger	4991306
An04g09030	mRNA	An04g09030	NT_166539.1	2188631	2189844	R	An04g09030	complement(join(<2188631..2189244,2189312..2189510,2189562..2189611,2189675..2189722,2189778..>2189844))	Aspergillus niger	4991307
An04g09040	mRNA	An04g09040	NT_166539.1	2189932	2191093	D	An04g09040	join(<2189932..2189956,2190064..2190158,2190211..2190269,2190311..2190439,2190573..2190731,2190937..>2191093)	Aspergillus niger	84591040
An04g09050	mRNA	An04g09050	NT_166539.1	2192528	2193940	D	An04g09050	join(<2192528..2193279,2193344..2193875,2193917..>2193940)	Aspergillus niger	4991309
An04g09060	mRNA	An04g09060	NT_166539.1	2194089	2195460	R	An04g09060	complement(join(<2194089..2194953,2195009..>2195460))	Aspergillus niger	4991310
An04g09062	mRNA	An04g09062	NT_166539.1	2196130	2197730	D	An04g09062	join(<2196130..2196364,2196419..2196511,2196566..2196792,2196843..>2197730)	Aspergillus niger	4991311
An04g09065	mRNA	An04g09065	NT_166539.1	2198524	2199349	D	An04g09065	join(<2198524..2198569,2198628..>2199349)	Aspergillus niger	4991312
An04g09070	mRNA	An04g09070	NT_166539.1	2204997	2207768	D	An04g09070	<2204997..>2207768	Aspergillus niger	4991313
An04g09080	mRNA	An04g09080	NT_166539.1	2212571	2216056	D	An04g09080	join(<2212571..2215655,2215725..>2216056)	Aspergillus niger	4991314
An04g09090	mRNA	An04g09090	NT_166539.1	2217787	2220668	D	An04g09090	join(<2217787..2217895,2217964..2219439,2219656..>2220668)	Aspergillus niger	4991315
An04g09100	mRNA	An04g09100	NT_166539.1	2221138	2223201	R	An04g09100	complement(<2221138..>2223201)	Aspergillus niger	4991316
An04g09120	mRNA	An04g09120	NT_166539.1	2224796	2226552	D	An04g09120	join(<2224796..2224843,2224961..2225004,2225748..2225818,2225869..2226043,2226114..>2226552)	Aspergillus niger	4991317
An04g09130	mRNA	An04g09130	NT_166539.1	2227011	2227984	R	An04g09130	complement(join(<2227011..2227037,2227199..2227465,2227524..2227799,2227880..>2227984))	Aspergillus niger	4991318
An04g09140	mRNA	An04g09140	NT_166539.1	2228881	2231218	D	An04g09140	join(<2228881..2228975,2229088..2229222,2229419..2229489,2229564..>2231218)	Aspergillus niger	84591041
An04g09150	mRNA	An04g09150	NT_166539.1	2231712	2232896	D	An04g09150	join(<2231712..2232016,2232134..>2232896)	Aspergillus niger	4991320
An04g09160	mRNA	An04g09160	NT_166539.1	2232960	2233838	R	An04g09160	complement(join(<2232960..2233028,2233213..2233289,2233331..>2233838))	Aspergillus niger	4991321
An04g09170	mRNA	An04g09170	NT_166539.1	2235099	2237875	D	An04g09170	join(<2235099..2235148,2235216..2235243,2235312..2235367,2235429..2235678,2235747..2237238,2237289..>2237875)	Aspergillus niger	4991322
An04g09190	mRNA	An04g09190	NT_166539.1	2238326	2238916	R	An04g09190	complement(<2238326..>2238916)	Aspergillus niger	4991323
An04g09200	mRNA	An04g09200	NT_166539.1	2240452	2240886	D	An04g09200	join(<2240452..2240511,2240583..2240647,2240769..>2240886)	Aspergillus niger	84591042
An04g09210	mRNA	An04g09210	NT_166539.1	2242331	2243363	R	An04g09210	complement(join(<2242331..2242439,2242565..2242945,2243046..2243282,2243344..>2243363))	Aspergillus niger	84591043
An04g09220	mRNA	An04g09220	NT_166539.1	2243369	2244983	D	An04g09220	join(<2243369..2243636,2243713..2243874,2243947..>2244983)	Aspergillus niger	4991326
An04g09230	mRNA	An04g09230	NT_166539.1	2246953	2250147	R	An04g09230	complement(<2246953..>2250147)	Aspergillus niger	4991327
An04g09240	mRNA	An04g09240	NT_166539.1	2252781	2255143	D	An04g09240	join(<2252781..2252902,2253045..2253103,2253290..2253492,2253759..2253794,2254330..2254339,2254389..2254459,2254516..2254672,2254787..2254798,2254995..>2255143)	Aspergillus niger	84591044
An04g09250	mRNA	An04g09250	NT_166539.1	2255361	2257823	R	An04g09250	complement(join(<2255361..2255570,2255659..2256249,2256314..2256456,2256513..2256708,2256921..2256935,2257302..>2257823))	Aspergillus niger	4991329
An04g09260	mRNA	An04g09260	NT_166539.1	2259055	2261997	R	An04g09260	complement(join(<2259055..2259825,2259988..2261894,2261946..>2261997))	Aspergillus niger	4991330
An04g09270	mRNA	An04g09270	NT_166539.1	2262460	2265233	D	An04g09270	join(<2262460..2262624,2262693..>2265233)	Aspergillus niger	4991331
An04g09290	mRNA	An04g09290	NT_166539.1	2266975	2270565	R	An04g09290	complement(join(<2266975..2270429,2270487..>2270565))	Aspergillus niger	84591045
An04g09300	mRNA	An04g09300	NT_166539.1	2270853	2271794	D	An04g09300	join(<2270853..2270924,2271124..2271214,2271314..2271480,2271567..>2271794)	Aspergillus niger	84591046
An04g09310	mRNA	An04g09310	NT_166539.1	2271805	2272519	D	An04g09310	join(<2271805..2271855,2271928..2272077,2272241..>2272519)	Aspergillus niger	84591047
An04g09320	mRNA	An04g09320	NT_166539.1	2273078	2273549	D	An04g09320	join(<2273078..2273255,2273365..2273397,2273479..>2273549)	Aspergillus niger	84591048
An04g09330	mRNA	An04g09330	NT_166539.1	2273634	2274714	D	An04g09330	join(<2273634..2273771,2273919..2274167,2274266..2274416,2274446..>2274714)	Aspergillus niger	84591049
An04g09340	mRNA	An04g09340	NT_166539.1	2275454	2276113	R	An04g09340	complement(join(<2275454..2275586,2275740..>2276113))	Aspergillus niger	84591050
An04g09350	mRNA	An04g09350	NT_166539.1	2277146	2281381	D	An04g09350	join(<2277146..2277256,2277354..2277444,2278776..2278922,2280269..2280328,2280559..2280659,2280748..2280831,2280965..2281041,2281264..>2281381)	Aspergillus niger	84591051
An04g09360	mRNA	An04g09360	NT_166539.1	2281449	2282428	R	An04g09360	complement(join(<2281449..2281569,2281713..>2282428))	Aspergillus niger	4991339
An04g09370	mRNA	An04g09370	NT_166539.1	2282560	2283049	D	An04g09370	join(<2282560..2282845,2282946..>2283049)	Aspergillus niger	84591052
An04g09380	mRNA	An04g09380	NT_166539.1	2283580	2285287	D	An04g09380	join(<2283580..2283935,2283982..>2285287)	Aspergillus niger	4991341
An04g09390	mRNA	An04g09390	NT_166539.1	2285910	2286743	D	An04g09390	<2285910..>2286743	Aspergillus niger	4991342
An04g09400	mRNA	An04g09400	NT_166539.1	2290941	2293456	D	An04g09400	join(<2290941..2291827,2291896..2292793,2292877..2293068,2293124..>2293456)	Aspergillus niger	4991343
An04g09410	mRNA	An04g09410	NT_166539.1	2295235	2296236	D	An04g09410	join(<2295235..2295512,2295575..2295804,2295864..2295965,2296043..>2296236)	Aspergillus niger	4991344
An04g09420	mRNA	An04g09420	NT_166539.1	2297615	2299282	D	An04g09420	join(<2297615..2297781,2297832..2297845,2297898..2297970,2298017..2298348,2298396..2298754,2298805..2299146,2299199..>2299282)	Aspergillus niger	4991345
An04g09430	mRNA	An04g09430	NT_166539.1	2299424	2299618	D	An04g09430	join(<2299424..2299488,2299558..>2299618)	Aspergillus niger	84591053
An04g09440	mRNA	An04g09440	NT_166539.1	2299727	2300762	R	An04g09440	complement(join(<2299727..2300393,2300446..>2300762))	Aspergillus niger	4991347
An04g09450	mRNA	An04g09450	NT_166539.1	2300868	2301720	D	An04g09450	join(<2300868..2301157,2301299..2301504,2301611..>2301720)	Aspergillus niger	84591054
An04g09460	mRNA	An04g09460	NT_166539.1	2302014	2302632	R	An04g09460	complement(join(<2302014..2302171,2302275..2302427,2302539..>2302632))	Aspergillus niger	84591055
An04g09470	mRNA	An04g09470	NT_166539.1	2303512	2304164	D	An04g09470	join(<2303512..2303558,2303634..2303725,2303822..2303914,2303953..>2304164)	Aspergillus niger	84591056
An04g09480	mRNA	An04g09480	NT_166539.1	2304308	2305478	D	An04g09480	join(<2304308..2304356,2304405..2304676,2304741..>2305478)	Aspergillus niger	4991351
An04g09490	mRNA	An04g09490	NT_166539.1	2306582	2309229	D	An04g09490	join(<2306582..2306593,2306667..2306749,2306815..2306972,2307002..2307087,2307191..2307202,2307275..2307339,2307473..2307521,2307603..2307609,2307641..2307699,2307845..2307988,2308232..2308249,2308337..2308467,2308650..2308679,2308752..>2309229)	Aspergillus niger	4991352
An04g09500	mRNA	An04g09500	NT_166539.1	2311470	2312120	D	An04g09500	<2311470..>2312120	Aspergillus niger	10098354
An04g09510	mRNA	An04g09510	NT_166539.1	2314761	2315786	D	An04g09510	join(<2314761..2315229,2315292..2315348,2315401..>2315786)	Aspergillus niger	4991354
An04g09520	mRNA	An04g09520	NT_166539.1	2316140	2317610	R	An04g09520	complement(join(<2316140..2316450,2316506..2316957,2317014..2317137,2317194..2317320,2317383..>2317610))	Aspergillus niger	4991355
An04g09530	mRNA	An04g09530	NT_166539.1	2318423	2324149	D	An04g09530	join(<2318423..2318463,2319085..2319385,2319448..2322870,2322923..>2324149)	Aspergillus niger	4991356
An04g09540	mRNA	An04g09540	NT_166539.1	2324597	2326038	R	An04g09540	complement(join(<2324597..2325012,2325073..2325720,2325780..2325854,2325915..>2326038))	Aspergillus niger	4991357
An04g09550	mRNA	An04g09550	NT_166539.1	2328041	2330241	R	An04g09550	complement(join(<2328041..2328179,2328274..2328721,2328776..2329411,2329469..2329787,2329837..2329916,2329973..2330095,2330160..>2330241))	Aspergillus niger	4991358
An04g09560	mRNA	An04g09560	NT_166539.1	2330899	2331496	R	An04g09560	complement(join(<2330899..2331096,2331158..>2331496))	Aspergillus niger	4991359
An04g09570	mRNA	An04g09570	NT_166539.1	2334048	2335691	D	An04g09570	join(<2334048..2334301,2334356..>2335691)	Aspergillus niger	4991360
An04g09580	mRNA	An04g09580	NT_166539.1	2336541	2339582	R	An04g09580	complement(join(<2336541..2337427,2337475..2337840,2337944..2338243,2338736..>2339582))	Aspergillus niger	4991361
An04g09590	mRNA	An04g09590	NT_166539.1	2340180	2340917	D	An04g09590	join(<2340180..2340303,2340493..>2340917)	Aspergillus niger	84591057
An04g09600	mRNA	An04g09600	NT_166539.1	2341479	2343437	R	An04g09600	complement(join(<2341479..2342080,2342167..2342269,2342424..2342543,2342590..2343305,2343359..>2343437))	Aspergillus niger	4991363
An04g09610	mRNA	An04g09610	NT_166539.1	2344296	2345789	D	An04g09610	<2344296..>2345789	Aspergillus niger	4991364
An04g09620	mRNA	An04g09620	NT_166539.1	2345911	2347973	R	An04g09620	complement(join(<2345911..2346619,2346683..2346892,2346949..2347031,2347097..2347259,2347314..2347419,2347468..2347578,2347632..2347739,2347808..>2347973))	Aspergillus niger	4991365
An04g09630	mRNA	An04g09630	NT_166539.1	2348476	2349768	R	An04g09630	complement(join(<2348476..2348617,2348717..2348877,2348929..>2349768))	Aspergillus niger	4991366
An04g09640	mRNA	An04g09640	NT_166539.1	2350783	2352097	R	An04g09640	complement(join(<2350783..2351168,2351224..>2352097))	Aspergillus niger	4991367
An04g09650	mRNA	An04g09650	NT_166539.1	2352602	2353744	R	An04g09650	complement(<2352602..>2353744)	Aspergillus niger	4991368
An04g09660	mRNA	An04g09660	NT_166539.1	2354815	2357596	D	An04g09660	join(<2354815..2354898,2355155..2356210,2356264..2356645,2356716..2357101,2357237..2357254,2357313..2357503,2357593..>2357596)	Aspergillus niger	4991369
An04g09670	mRNA	An04g09670	NT_166539.1	2357833	2359258	R	An04g09670	complement(join(<2357833..2358346,2358431..2358892,2358963..>2359258))	Aspergillus niger	4991370
An04g09680	mRNA	An04g09680	NT_166539.1	2359698	2360557	R	An04g09680	complement(join(<2359698..2360113,2360186..2360381,2360441..>2360557))	Aspergillus niger	4991371
An04g09690	mRNA	An04g09690	NT_166539.1	2360945	2362034	R	An04g09690	complement(join(<2360945..2361372,2361423..2361535,2361592..>2362034))	Aspergillus niger	4991372
An04g09700	mRNA	An04g09700	NT_166539.1	2362985	2364268	D	An04g09700	join(<2362985..2363397,2363461..>2364268)	Aspergillus niger	4991373
An04g09710	mRNA	An04g09710	NT_166539.1	2365043	2366373	D	An04g09710	join(<2365043..2365261,2365328..2365412,2365472..2365786,2365837..2365952,2366014..>2366373)	Aspergillus niger	10098346
An04g09720	mRNA	An04g09720	NT_166539.1	2367088	2367862	R	An04g09720	complement(join(<2367088..2367587,2367673..>2367862))	Aspergillus niger	4991375
An04g09730	mRNA	An04g09730	NT_166539.1	2369428	2371438	R	An04g09730	complement(join(<2369428..2369544,2369619..2369772,2369820..2369923,2369991..2370279,2370336..>2371438))	Aspergillus niger	4991376
An04g09740	mRNA	An04g09740	NT_166539.1	2372456	2374063	R	An04g09740	complement(join(<2372456..2373694,2373755..>2374063))	Aspergillus niger	4991377
An04g09750	mRNA	An04g09750	NT_166539.1	2374928	2376717	D	An04g09750	join(<2374928..2375035,2375084..2375209,2375263..2375370,2375443..>2376717)	Aspergillus niger	4991378
An04g09760	mRNA	An04g09760	NT_166539.1	2377086	2379256	R	An04g09760	complement(join(<2377086..2377740,2377809..2378144,2378216..2378395,2378479..2378642,2378723..>2379256))	Aspergillus niger	4991379
An04g09770	mRNA	An04g09770	NT_166539.1	2380635	2381600	D	An04g09770	<2380635..>2381600	Aspergillus niger	4991380
An04g09780	mRNA	An04g09780	NT_166539.1	2381897	2382127	R	An04g09780	complement(<2381897..>2382127)	Aspergillus niger	84591058
An04g09790	mRNA	An04g09790	NT_166539.1	2382951	2384597	R	An04g09790	complement(join(<2382951..2383469,2383527..2384440,2384519..>2384597))	Aspergillus niger	4991382
An04g09800	mRNA	An04g09800	NT_166539.1	2385729	2386324	R	An04g09800	complement(join(<2385729..2385990,2386092..2386148,2386200..>2386324))	Aspergillus niger	84591059
An04g09810	mRNA	An04g09810	NT_166539.1	2386560	2387910	R	An04g09810	complement(join(<2386560..2387007,2387090..>2387910))	Aspergillus niger	4991384
An04g09820	mRNA	An04g09820	NT_166539.1	2388913	2390333	D	An04g09820	join(<2388913..2390015,2390072..>2390333)	Aspergillus niger	4991385
An04g09830	mRNA	An04g09830	NT_166539.1	2390630	2391305	R	An04g09830	complement(join(<2390630..2390862,2390918..>2391305))	Aspergillus niger	4991386
An04g09840	mRNA	An04g09840	NT_166539.1	2391797	2393452	D	An04g09840	join(<2391797..2391869,2392002..2393164,2393405..>2393452)	Aspergillus niger	84591060
An04g09850	mRNA	An04g09850	NT_166539.1	2394385	2396164	R	An04g09850	complement(join(<2394385..2394492,2394555..2394825,2394882..2395192,2395251..2395269,2395326..2395924,2395964..>2396164))	Aspergillus niger	4991388
An04g09860	mRNA	An04g09860	NT_166539.1	2396315	2397477	R	An04g09860	complement(join(<2396315..2396452,2396531..2396570,2396781..2397101,2397133..2397345,2397446..>2397477))	Aspergillus niger	84591061
An04g09870	mRNA	An04g09870	NT_166539.1	2397673	2399381	R	An04g09870	complement(join(<2397673..2397699,2397807..2398632,2398690..2399127,2399203..>2399381))	Aspergillus niger	4991390
An04g09880	mRNA	An04g09880	NT_166539.1	2400703	2403770	D	An04g09880	join(<2400703..2400749,2400838..2400918,2401075..2401221,2401398..2401830,2402119..2402181,2402293..2402425,2402582..2402842,2402961..2403090,2403179..2403250,2403340..2403480,2403626..>2403770)	Aspergillus niger	84591062
An04g09890	mRNA	An04g09890	NT_166539.1	2404185	2411552	D	An04g09890	join(<2404185..2404547,2404611..2404786,2404843..2411448,2411504..>2411552)	Aspergillus niger	4991392
An04g09900	mRNA	An04g09900	NT_166539.1	2412307	2414076	D	An04g09900	join(<2412307..2412370,2412476..>2414076)	Aspergillus niger	4991393
An04g09910	mRNA	An04g09910	NT_166539.1	2414484	2415762	R	An04g09910	complement(join(<2414484..2414696,2414791..2415363,2415433..>2415762))	Aspergillus niger	4991394
An04g09920	mRNA	An04g09920	NT_166539.1	2416458	2417689	D	An04g09920	join(<2416458..2416599,2416674..>2417689)	Aspergillus niger	4991395
An04g09930	mRNA	An04g09930	NT_166539.1	2418678	2420087	R	An04g09930	complement(join(<2418678..2418808,2418851..2418882,2418977..2419089,2419184..2419288,2419417..2419530,2419631..2419765,2419835..2419935,2420066..>2420087))	Aspergillus niger	84591063
An04g09940	mRNA	An04g09940	NT_166539.1	2420292	2420966	D	An04g09940	<2420292..>2420966	Aspergillus niger	4991397
An04g09950	mRNA	An04g09950	NT_166539.1	2421208	2422308	D	An04g09950	join(<2421208..2421396,2421562..2421676,2421758..2421902,2421980..2422110,2422220..>2422308)	Aspergillus niger	84591064
An04g09960	mRNA	An04g09960	NT_166539.1	2422487	2424594	D	An04g09960	join(<2422487..2422527,2422616..2423411,2423482..>2424594)	Aspergillus niger	10098356
An04g09970	mRNA	An04g09970	NT_166539.1	2424750	2425150	R	An04g09970	complement(join(<2424750..2424857,2424950..>2425150))	Aspergillus niger	84591065
An04g09980	mRNA	An04g09980	NT_166539.1	2425275	2425892	D	An04g09980	join(<2425275..2425426,2425505..>2425892)	Aspergillus niger	84591066
An04g09990	mRNA	An04g09990	NT_166539.1	2426122	2427058	R	An04g09990	complement(join(<2426122..2426922,2427014..>2427058))	Aspergillus niger	4991402
An04g10000	mRNA	An04g10000	NT_166539.1	2427631	2429411	R	An04g10000	complement(join(<2427631..2428366,2428587..2428952,2429011..2429268,2429323..>2429411))	Aspergillus niger	4991403
An04g10010	mRNA	An04g10010	NT_166539.1	2430093	2431371	D	An04g10010	join(<2430093..2430102,2430173..2430192,2430250..2430354,2430436..2430847,2430893..>2431371)	Aspergillus niger	4991404
An04g10020	mRNA	An04g10020	NT_166539.1	2432224	2433228	R	An04g10020	complement(join(<2432224..2432792,2432931..2433065,2433101..2433131,2433187..>2433228))	Aspergillus niger	4991405
An04g10030	mRNA	An04g10030	NT_166539.1	2433907	2442399	D	An04g10030	join(<2433907..2434065,2434134..2434278,2434347..2434970,2435060..2435150,2435203..2435537,2435631..2436056,2436153..2439121,2439186..2439247,2439305..2441138,2441200..>2442399)	Aspergillus niger	4991406
An04g10040	mRNA	An04g10040	NT_166539.1	2443173	2444506	D	An04g10040	join(<2443173..2443457,2443514..2443625,2443688..2443789,2443848..2443909,2443970..>2444506)	Aspergillus niger	4991407
An04g10050	mRNA	An04g10050	NT_166539.1	2445115	2448540	R	An04g10050	complement(join(<2445115..2445177,2445234..2445641,2445810..2445902,2445955..2446095,2446143..2446284,2446340..2446408,2446475..2446588,2446620..2446759,2446811..2446927,2447004..2447262,2447311..2447546,2447599..2448094,2448156..2448231,2448288..2448323,2448399..>2448540))	Aspergillus niger	4991408
An04g10060	mRNA	An04g10060	NT_166539.1	2448866	2450912	D	An04g10060	join(<2448866..2449160,2449280..2449628,2449688..>2450912)	Aspergillus niger	4991409
An04g10070	mRNA	An04g10070	NT_166539.1	2451581	2452887	R	An04g10070	complement(join(<2451581..2451870,2451945..2452272,2452397..2452554,2452619..2452626,2452681..2452765,2452827..>2452887))	Aspergillus niger	4991410
An04g10080	mRNA	An04g10080	NT_166539.1	2453816	2455158	R	An04g10080	complement(join(<2453816..2454342,2454405..2454723,2454781..2454821,2454885..>2455158))	Aspergillus niger	4991411
An04g10090	mRNA	An04g10090	NT_166539.1	2456370	2458039	D	An04g10090	join(<2456370..2456497,2456543..2456843,2456903..>2458039)	Aspergillus niger	4991412
An04g10100	mRNA	An04g10100	NT_166539.1	2459637	2460899	R	An04g10100	complement(join(<2459637..2459942,2460114..2460578,2460611..2460759,2460842..>2460899))	Aspergillus niger	84591067
An04g10110	mRNA	An04g10110	NT_166539.1	2462637	2463436	D	An04g10110	join(<2462637..2462871,2463097..2463185,2463392..>2463436)	Aspergillus niger	4991414
An04g10120	mRNA	An04g10120	NT_166539.1	2464382	2465713	R	An04g10120	complement(join(<2464382..2464750,2464835..2464848,2465149..2465198,2465228..2465246,2465342..2465510,2465693..>2465713))	Aspergillus niger	84591068
An04g10130	mRNA	leu2B	NT_166539.1	2465772	2467000	R	An04g10130	complement(join(<2465772..2465988,2466037..2466457,2466523..>2467000))	Aspergillus niger	4991416
An04g10140	mRNA	An04g10140	NT_166539.1	2468372	2470389	D	An04g10140	join(<2468372..2468598,2468670..2469269,2469371..2470204,2470266..>2470389)	Aspergillus niger	4991417
An04g10150	mRNA	An04g10150	NT_166539.1	2471419	2472006	D	An04g10150	join(<2471419..2471967,2471998..>2472006)	Aspergillus niger	84591069
An04g10180	mRNA	An04g10180	NT_166539.1	2478203	2478657	D	An04g10180	join(<2478203..2478295,2478336..2478441,2478605..>2478657)	Aspergillus niger	84591070
An04g10190	mRNA	An04g10190	NT_166539.1	2480830	2481294	D	An04g10190	join(<2480830..2480838,2480992..2481171,2481259..>2481294)	Aspergillus niger	84591071
An04g10200	mRNA	An04g10200	NT_166539.1	2481306	2482578	D	An04g10200	join(<2481306..2481480,2481584..2481608,2481645..2481785,2482125..>2482578)	Aspergillus niger	84591072
An04g10210	mRNA	An04g10210	NT_166539.1	2483447	2484584	R	An04g10210	complement(join(<2483447..2483636,2483705..2483880,2484061..2484179,2484229..2484418,2484495..>2484584))	Aspergillus niger	84591073
An04g10230	mRNA	An04g10230	NT_166539.1	2486960	2491860	D	An04g10230	join(<2486960..2487107,2487217..2487293,2487384..2487497,2487527..2487668,2487966..2487995,2488080..2488172,2488486..2488631,2488933..2489453,2489530..2489866,2490000..2490058,2490174..2490534,2490622..2490924,2491165..2491304,2491340..2491376,2491413..2491493,2491555..>2491860)	Aspergillus niger	4991424
An04g10240	mRNA	An04g10240	NT_166539.1	2494486	2495613	D	An04g10240	join(<2494486..2494624,2494694..>2495613)	Aspergillus niger	84591074
An04g10250	mRNA	An04g10250	NT_166539.1	2496280	2497285	R	An04g10250	complement(join(<2496280..2496656,2496716..2497136,2497268..>2497285))	Aspergillus niger	4991426
An04g10260	mRNA	An04g10260	NT_166539.1	2497693	2498433	R	An04g10260	complement(join(<2497693..2497795,2497881..2498285,2498360..>2498433))	Aspergillus niger	84591075
An04g10270	mRNA	An04g10270	NT_166539.1	2498687	2500399	R	An04g10270	complement(join(<2498687..2498864,2498957..2499874,2500019..2500121,2500286..>2500399))	Aspergillus niger	4991428
An04g10280	mRNA	An04g10280	NT_166539.1	2501157	2502470	D	An04g10280	<2501157..>2502470	Aspergillus niger	4991429
An04g10290	mRNA	An04g10290	NT_166539.1	2503778	2504804	R	An04g10290	complement(join(<2503778..2504110,2504175..2504431,2504493..2504724,2504778..>2504804))	Aspergillus niger	4991430
An04g10300	mRNA	An04g10300	NT_166539.1	2505573	2507698	D	An04g10300	join(<2505573..2505612,2505705..2506093,2506151..2506442,2506493..2506629,2506672..2507032,2507112..2507122,2507350..2507424,2507594..>2507698)	Aspergillus niger	4991431
An04g10320	mRNA	An04g10320	NT_166539.1	2509525	2510212	D	An04g10320	join(<2509525..2509551,2509608..2509637,2509850..>2510212)	Aspergillus niger	4991433
An04g10330	mRNA	An04g10330	NT_166539.1	2511914	2512739	D	An04g10330	join(<2511914..2512015,2512109..2512520,2512696..>2512739)	Aspergillus niger	84591076
An04g10340	mRNA	An04g10340	NT_166539.1	2512964	2515611	D	An04g10340	join(<2512964..2513075,2513143..2513563,2513724..2514005,2514061..2514200,2514239..2514827,2514883..2515405,2515456..>2515611)	Aspergillus niger	4991435
An04g10350	mRNA	An04g10350	NT_166539.1	2516605	2518909	D	An04g10350	join(<2516605..2516708,2516802..2516943,2517018..2517205,2517262..2517758,2517812..2518169,2518252..2518413,2518608..>2518909)	Aspergillus niger	10098357
An04g10360	mRNA	An04g10360	NT_166539.1	2519526	2520585	R	An04g10360	complement(join(<2519526..2519945,2519999..2520328,2520382..>2520585))	Aspergillus niger	4991437
An04g10370	mRNA	An04g10370	NT_166539.1	2520708	2521993	D	An04g10370	join(<2520708..2520764,2520976..2521154,2521212..2521261,2521384..2521474,2521517..2521702,2521771..>2521993)	Aspergillus niger	84591077
An04g10380	mRNA	An04g10380	NT_166539.1	2522089	2522467	R	An04g10380	complement(join(<2522089..2522283,2522396..>2522467))	Aspergillus niger	84591078
An04g10390	mRNA	An04g10390	NT_166539.1	2522538	2522822	D	An04g10390	join(<2522538..2522599,2522678..>2522822)	Aspergillus niger	84591079
An04g10400	mRNA	An04g10400	NT_166539.1	2522937	2524882	D	An04g10400	join(<2522937..2523222,2523294..2523768,2523826..>2524882)	Aspergillus niger	4991441
An05g00010	mRNA	An05g00010	NT_166521.1	1900	5782	D	An05g00010	join(<1900..2778,2838..5283,5334..5501,5715..>5782)	Aspergillus niger	4980753
An05g00020	mRNA	An05g00020	NT_166521.1	6023	8016	R	An05g00020	complement(join(<6023..7870,7909..>8016))	Aspergillus niger	4981002
An05g00030	mRNA	An05g00030	NT_166521.1	8475	9734	R	An05g00030	complement(<8475..>9734)	Aspergillus niger	84591080
An05g00040	mRNA	An05g00040	NT_166521.1	10978	12483	D	An05g00040	<10978..>12483	Aspergillus niger	4980739
An05g00050	mRNA	An05g00050	NT_166521.1	12740	14284	D	An05g00050	join(<12740..12906,13000..14032,14084..>14284)	Aspergillus niger	4980742
An05g00060	mRNA	An05g00060	NT_166521.1	14798	15838	R	An05g00060	complement(join(<14798..15325,15381..15516,15612..>15838))	Aspergillus niger	4980747
An05g00070	mRNA	An05g00070	NT_166521.1	17338	19900	D	An05g00070	join(<17338..17799,17865..17949,18052..18274,18333..18450,18496..18615,18678..18803,18877..18890,18943..19171,19230..19720,19774..>19900)	Aspergillus niger	4980749
An05g00080	mRNA	An05g00080	NT_166521.1	20181	21253	R	An05g00080	complement(join(<20181..20698,20783..21119,21185..>21253))	Aspergillus niger	4980755
An05g00090	mRNA	An05g00090	NT_166521.1	22037	22970	R	An05g00090	complement(join(<22037..22150,22219..22609,22675..>22970))	Aspergillus niger	4980741
An05g00100	mRNA	An05g00100	NT_166521.1	23456	24756	D	An05g00100	join(<23456..23551,23609..24565,24616..>24756)	Aspergillus niger	4980743
An05g00110	mRNA	An05g00110	NT_166521.1	25014	25875	R	An05g00110	complement(join(<25014..25241,25306..25565,25650..>25875))	Aspergillus niger	4980756
An05g00120	mRNA	An05g00120	NT_166521.1	26198	27700	D	An05g00120	join(<26198..26234,26309..26496,26562..26672,26727..26822,26882..>27700)	Aspergillus niger	4980750
An05g00130	mRNA	An05g00130	NT_166521.1	28307	29352	R	An05g00130	complement(join(<28307..28372,28466..28874,28970..29070,29137..>29352))	Aspergillus niger	4981001
An05g00140	mRNA	An05g00140	NT_166521.1	30045	31120	D	An05g00140	join(<30045..30257,30371..>31120)	Aspergillus niger	4980744
An05g00150	mRNA	An05g00150	NT_166521.1	31247	32967	R	An05g00150	complement(join(<31247..31569,31712..31898,31981..32092,32266..32380,32662..32737,32908..>32967))	Aspergillus niger	84591081
An05g00160	mRNA	An05g00160	NT_166521.1	33191	35272	R	An05g00160	complement(join(<33191..33817,33873..34549,34614..34648,34721..35069,35197..>35272))	Aspergillus niger	4980748
An05g00170	mRNA	An05g00170	NT_166521.1	37590	39125	D	An05g00170	join(<37590..38422,38478..38774,38828..>39125)	Aspergillus niger	4980746
An05g00180	mRNA	An05g00180	NT_166521.1	39604	41224	D	An05g00180	join(<39604..39684,39758..40003,40059..40541,40589..>41224)	Aspergillus niger	4980745
An05g00190	mRNA	An05g00190	NT_166521.1	42063	42812	D	An05g00190	<42063..>42812	Aspergillus niger	4980740
An05g00200	mRNA	An05g00200	NT_166521.1	43828	46376	D	An05g00200	join(<43828..44118,44206..45009,45071..45143,45243..45507,45563..45675,45727..>46376)	Aspergillus niger	4980751
An05g00210	mRNA	An05g00210	NT_166521.1	48155	50002	D	An05g00210	join(<48155..48226,48322..48365,48469..48543,48664..48740,49000..49119,49225..49305,49548..49646,49896..>50002)	Aspergillus niger	84591082
An05g00220	mRNA	An05g00220	NT_166521.1	50871	52376	R	An05g00220	complement(join(<50871..51504,51562..>52376))	Aspergillus niger	4980758
An05g00230	mRNA	An05g00230	NT_166521.1	52521	53181	D	An05g00230	join(<52521..52614,52889..53023,53108..>53181)	Aspergillus niger	84591083
An05g00240	mRNA	An05g00240	NT_166521.1	53938	54543	R	An05g00240	complement(join(<53938..54176,54381..>54543))	Aspergillus niger	84591084
An05g00250	mRNA	An05g00250	NT_166521.1	54823	56392	D	An05g00250	join(<54823..55154,55212..55221,55395..55469,55864..56082,56339..>56392)	Aspergillus niger	84591085
An05g00260	mRNA	An05g00260	NT_166521.1	57063	57664	R	An05g00260	complement(join(<57063..57178,57335..57464,57593..>57664))	Aspergillus niger	84591086
An05g00270	mRNA	An05g00270	NT_166521.1	60560	61449	D	An05g00270	join(<60560..60609,60840..>61449)	Aspergillus niger	84591087
An05g00280	mRNA	An05g00280	NT_166521.1	61828	65089	D	An05g00280	join(<61828..64287,64358..>65089)	Aspergillus niger	4980764
An05g00290	mRNA	An05g00290	NT_166521.1	66426	69812	D	An05g00290	<66426..>69812	Aspergillus niger	4980765
An05g00300	mRNA	An05g00300	NT_166521.1	70292	70722	D	An05g00300	join(<70292..70468,70645..>70722)	Aspergillus niger	4980766
An05g00310	mRNA	An05g00310	NT_166521.1	71079	74980	R	An05g00310	complement(join(<71079..71896,71956..>74980))	Aspergillus niger	4980767
An05g00320	mRNA	An05g00320	NT_166521.1	75003	76041	D	An05g00320	join(<75003..75008,75056..75238,75279..75456,75639..75764,75848..>76041)	Aspergillus niger	84591088
An05g00330	mRNA	An05g00330	NT_166521.1	77319	77567	R	An05g00330	complement(<77319..>77567)	Aspergillus niger	84591089
An05g00340	mRNA	An05g00340	NT_166521.1	79234	80040	D	An05g00340	<79234..>80040	Aspergillus niger	4980770
An05g00350	mRNA	An05g00350	NT_166521.1	80439	81409	D	An05g00350	join(<80439..80450,80508..>81409)	Aspergillus niger	4980771
An05g00360	mRNA	An05g00360	NT_166521.1	83108	86390	D	An05g00360	join(<83108..83123,83298..83494,85014..85222,85556..85576,86117..>86390)	Aspergillus niger	84591090
An05g00370	mRNA	An05g00370	NT_166521.1	87812	88609	D	An05g00370	join(<87812..87889,87962..>88609)	Aspergillus niger	4980773
An05g00380	mRNA	An05g00380	NT_166521.1	88803	89408	R	An05g00380	complement(<88803..>89408)	Aspergillus niger	84591091
An05g00390	mRNA	An05g00390	NT_166521.1	91105	93364	D	An05g00390	join(<91105..91483,91550..91945,92006..92884,92946..>93364)	Aspergillus niger	4980775
An05g00400	mRNA	An05g00400	NT_166521.1	93981	94574	R	An05g00400	complement(<93981..>94574)	Aspergillus niger	84591092
An05g00410	mRNA	An05g00410	NT_166521.1	96113	97987	D	An05g00410	join(<96113..96283,96391..96447,96503..96596,96653..96790,96843..>97987)	Aspergillus niger	4980777
An05g00420	mRNA	An05g00420	NT_166521.1	98303	99731	D	An05g00420	join(<98303..99653,99709..>99731)	Aspergillus niger	4980778
An05g00430	mRNA	An05g00430	NT_166521.1	99943	100660	D	An05g00430	join(<99943..100038,100105..100179,100231..100369,100512..>100660)	Aspergillus niger	4980779
An05g00440	mRNA	An05g00440	NT_166521.1	100959	106379	D	An05g00440	join(<100959..100991,101098..101473,101536..102112,102204..103362,103612..103958,104215..105001,105057..>106379)	Aspergillus niger	10098138
An05g00450	mRNA	An05g00450	NT_166521.1	106481	107533	R	An05g00450	complement(join(<106481..106622,106692..>107533))	Aspergillus niger	84591093
An05g00460	mRNA	An05g00460	NT_166521.1	108252	108399	R	An05g00460	complement(join(<108252..108281,108325..>108399))	Aspergillus niger	84591094
An05g00470	mRNA	An05g00470	NT_166521.1	115511	116148	R	An05g00470	complement(join(<115511..115750,115847..115904,116135..>116148))	Aspergillus niger	84591095
An05g00478	mRNA	An05g00478	NT_166521.1	121983	122580	D	An05g00478	join(<121983..122076,122348..>122580)	Aspergillus niger	84591096
An05g00480	mRNA	An05g00480	NT_166521.1	123927	126042	D	An05g00480	join(<123927..124197,124258..124458,124513..124645,124704..>126042)	Aspergillus niger	4980785
An05g00490	mRNA	An05g00490	NT_166521.1	127116	130597	R	An05g00490	complement(join(<127116..128233,128311..128431,128677..128778,128885..129301,129362..129552,129607..130341,130426..>130597))	Aspergillus niger	4980786
An05g00500	mRNA	An05g00500	NT_166521.1	131587	133244	D	An05g00500	join(<131587..131692,131761..>133244)	Aspergillus niger	4980787
An05g00510	mRNA	An05g00510	NT_166521.1	134295	136445	D	An05g00510	<134295..>136445	Aspergillus niger	4980788
An05g00520	mRNA	An05g00520	NT_166521.1	138606	141647	R	An05g00520	complement(join(<138606..139170,139217..140110,140163..140823,140858..>141647))	Aspergillus niger	4980789
An05g00530	mRNA	An05g00530	NT_166521.1	142334	150424	D	An05g00530	join(<142334..142403,142441..144305,144369..145053,145109..145303,145360..149184,149242..149813,149867..>150424)	Aspergillus niger	4980790
An05g00540	mRNA	An05g00540	NT_166521.1	151268	152137	D	An05g00540	join(<151268..151572,151703..151853,151988..>152137)	Aspergillus niger	84591097
An05g00550	mRNA	An05g00550	NT_166521.1	154002	155339	R	An05g00550	complement(<154002..>155339)	Aspergillus niger	4980792
An05g00560	mRNA	An05g00560	NT_166521.1	155669	157095	D	An05g00560	join(<155669..155963,156824..>157095)	Aspergillus niger	84591098
An05g00570	mRNA	An05g00570	NT_166521.1	157746	159879	D	An05g00570	join(<157746..157770,158126..159546,159613..>159879)	Aspergillus niger	4980794
An05g00580	mRNA	An05g00580	NT_166521.1	161756	163481	R	An05g00580	complement(join(<161756..161770,162100..162153,162271..162354,162403..162491,162596..162743,162950..163011,163382..>163481))	Aspergillus niger	84591099
An05g00590	mRNA	An05g00590	NT_166521.1	164486	164905	R	An05g00590	complement(join(<164486..164508,164540..164622,164719..164772,164874..>164905))	Aspergillus niger	84591100
An05g00600	mRNA	An05g00600	NT_166521.1	169373	170113	D	An05g00600	<169373..>170113	Aspergillus niger	84591101
An05g00610	mRNA	An05g00610	NT_166521.1	170566	173061	D	An05g00610	join(<170566..171746,171836..171916,171973..172172,172228..172774,172845..>173061)	Aspergillus niger	4980798
An05g00620	mRNA	An05g00620	NT_166521.1	175117	175931	R	An05g00620	complement(join(<175117..175278,175323..175363,175530..175710,175755..>175931))	Aspergillus niger	84591102
An05g00625	mRNA	An05g00625	NT_166521.1	176066	181480	D	An05g00625	<176066..>181480	Aspergillus niger	4980800
An05g00630	mRNA	An05g00630	NT_166521.1	181660	193122	D	An05g00630	<181660..>193122	Aspergillus niger	4980801
An05g00635	mRNA	An05g00635	NT_166521.1	193280	194737	D	An05g00635	<193280..>194737	Aspergillus niger	84591103
An05g00640	mRNA	An05g00640	NT_166521.1	195994	198934	D	An05g00640	join(<195994..196406,196463..198493,198559..198761,198864..>198934)	Aspergillus niger	4980803
An05g00650	mRNA	An05g00650	NT_166521.1	199803	200376	R	An05g00650	complement(join(<199803..199959,200068..200167,200271..>200376))	Aspergillus niger	84591104
An05g00660	mRNA	An05g00660	NT_166521.1	200406	200983	R	An05g00660	complement(join(<200406..200573,200660..200725,200827..200871,200912..>200983))	Aspergillus niger	84591105
An05g00670	mRNA	An05g00670	NT_166521.1	201254	204028	D	An05g00670	<201254..>204028	Aspergillus niger	4980806
An05g00680	mRNA	An05g00680	NT_166521.1	205772	206323	D	An05g00680	join(<205772..205794,205834..205865,206032..206084,206144..206161,206240..>206323)	Aspergillus niger	84591106
An05g00690	mRNA	An05g00690	NT_166521.1	206602	209275	R	An05g00690	complement(join(<206602..207029,207132..207425,207484..>209275))	Aspergillus niger	4980808
An05g00700	mRNA	An05g00700	NT_166521.1	209409	209904	D	An05g00700	join(<209409..209490,209566..209727,209819..>209904)	Aspergillus niger	84591107
An05g00710	mRNA	An05g00710	NT_166521.1	210020	211722	R	An05g00710	complement(join(<210020..210136,210311..210365,210482..210585,210719..210802,210856..210902,211078..211233,211307..211478,211534..>211722))	Aspergillus niger	84591108
An05g00720	mRNA	An05g00720	NT_166521.1	212568	214764	D	An05g00720	join(<212568..213203,213289..214457,214503..>214764)	Aspergillus niger	4980811
An05g00730	mRNA	An05g00730	NT_166521.1	215176	217611	R	An05g00730	complement(join(<215176..215223,215271..215322,215422..215553,215651..215756,215858..215971,216050..216189,216242..216320,216442..216451,216507..216558,216613..217041,217102..217292,217345..217406,217455..217482,217552..>217611))	Aspergillus niger	4980812
An05g00740	mRNA	An05g00740	NT_166521.1	217715	218758	R	An05g00740	complement(join(<217715..217811,217969..218000,218152..218262,218481..218573,218672..>218758))	Aspergillus niger	84591109
An05g00750	mRNA	An05g00750	NT_166521.1	220518	221458	R	An05g00750	complement(join(<220518..220557,220623..220807,220874..220966,221456..>221458))	Aspergillus niger	4980814
An05g00760	mRNA	An05g00760	NT_166521.1	221727	222769	R	An05g00760	complement(join(<221727..222355,222451..>222769))	Aspergillus niger	4980815
An05g00770	mRNA	An05g00770	NT_166521.1	223363	223957	D	An05g00770	join(<223363..223373,223450..223504,223692..223774,223870..>223957)	Aspergillus niger	4980816
An05g00780	mRNA	An05g00780	NT_166521.1	224607	225828	R	An05g00780	complement(join(<224607..225551,225628..225704,225771..>225828))	Aspergillus niger	4980817
An05g00790	mRNA	An05g00790	NT_166521.1	226886	228235	D	An05g00790	join(<226886..226890,226948..227047,227100..227421,227478..227523,227573..228090,228141..>228235)	Aspergillus niger	4980818
An05g00800	mRNA	An05g00800	NT_166521.1	228337	228659	D	An05g00800	join(<228337..228424,228496..>228659)	Aspergillus niger	84591110
An05g00810	mRNA	An05g00810	NT_166521.1	229560	230057	D	An05g00810	join(<229560..229727,229786..229872,229956..>230057)	Aspergillus niger	4980820
An05g00820	mRNA	An05g00820	NT_166521.1	230233	231294	R	An05g00820	complement(join(<230233..231203,231258..>231294))	Aspergillus niger	4980821
An05g00830	mRNA	An05g00830	NT_166521.1	231329	233148	D	An05g00830	join(<231329..231452,231616..231770,231859..>233148)	Aspergillus niger	4980822
An05g00840	mRNA	An05g00840	NT_166521.1	233283	234090	D	An05g00840	join(<233283..233368,233605..233689,233802..233829,233879..>234090)	Aspergillus niger	84591111
An05g00850	mRNA	An05g00850	NT_166521.1	234413	236253	D	An05g00850	join(<234413..235241,235296..235551,235614..>236253)	Aspergillus niger	4980824
An05g00860	mRNA	An05g00860	NT_166521.1	236482	236841	R	An05g00860	complement(<236482..>236841)	Aspergillus niger	84591112
An05g00870	mRNA	An05g00870	NT_166521.1	236876	239477	D	An05g00870	join(<236876..237009,237107..237731,237782..239039,239102..239211,239343..>239477)	Aspergillus niger	4980826
An05g00880	mRNA	An05g00880	NT_166521.1	239676	240998	R	An05g00880	complement(join(<239676..240759,240832..>240998))	Aspergillus niger	4980827
An05g00890	mRNA	An05g00890	NT_166521.1	241052	241549	D	An05g00890	join(<241052..241132,241226..>241549)	Aspergillus niger	84591113
An05g00900	mRNA	An05g00900	NT_166521.1	241722	244015	R	An05g00900	complement(join(<241722..243532,243580..>244015))	Aspergillus niger	4980829
An05g00910	mRNA	An05g00910	NT_166521.1	244731	246211	D	An05g00910	join(<244731..244820,245086..245172,245744..245799,246019..>246211)	Aspergillus niger	84591114
An05g00920	mRNA	An05g00920	NT_166521.1	247273	248146	R	An05g00920	complement(join(<247273..247697,247783..247794,247899..248024,248062..>248146))	Aspergillus niger	84591115
An05g00930	mRNA	An05g00930	NT_166521.1	248422	250585	D	An05g00930	join(<248422..248492,248619..248725,248789..248901,248961..249039,249108..249456,249514..>250585)	Aspergillus niger	4980832
An05g00940	mRNA	An05g00940	NT_166521.1	251176	251683	R	An05g00940	complement(join(<251176..251262,251312..>251683))	Aspergillus niger	84591116
An05g00950	mRNA	An05g00950	NT_166521.1	252147	253637	D	An05g00950	join(<252147..252212,252267..252372,252429..252848,252940..253196,253248..>253637)	Aspergillus niger	4980834
An05g00960	mRNA	An05g00960	NT_166521.1	254208	254853	D	An05g00960	join(<254208..254600,254680..>254853)	Aspergillus niger	4980835
An05g00970	mRNA	An05g00970	NT_166521.1	255132	256283	R	An05g00970	complement(<255132..>256283)	Aspergillus niger	4980836
An05g00980	mRNA	An05g00980	NT_166521.1	257198	258318	D	An05g00980	join(<257198..257299,257347..>258318)	Aspergillus niger	4980837
An05g00990	mRNA	An05g00990	NT_166521.1	258681	259803	D	An05g00990	join(<258681..259718,259783..>259803)	Aspergillus niger	4980838
An05g01000	mRNA	An05g01000	NT_166521.1	259993	261480	R	An05g01000	complement(<259993..>261480)	Aspergillus niger	4980839
An05g01010	mRNA	An05g01010	NT_166521.1	262077	264330	R	An05g01010	complement(join(<262077..263265,263333..263981,264068..264088,264324..>264330))	Aspergillus niger	4980840
An05g01020	mRNA	An05g01020	NT_166521.1	264511	264984	D	An05g01020	join(<264511..264724,264875..>264984)	Aspergillus niger	84591117
An05g01030	mRNA	An05g01030	NT_166521.1	265179	265961	R	An05g01030	complement(join(<265179..265448,265510..265700,265739..>265961))	Aspergillus niger	4980842
An05g01040	mRNA	An05g01040	NT_166521.1	266583	268206	D	An05g01040	join(<266583..266642,266695..266950,267045..267208,267260..267397,267451..>268206)	Aspergillus niger	4980843
An05g01060	mRNA	An05g01060	NT_166521.1	269027	285519	R	An05g01060	complement(join(<269027..275998,276061..281299,281462..>285519))	Aspergillus niger	4980845
An05g01070	mRNA	An05g01070	NT_166521.1	286162	287178	D	An05g01070	join(<286162..286496,286551..>287178)	Aspergillus niger	4980846
An05g01080	mRNA	An05g01080	NT_166521.1	288939	289957	R	An05g01080	complement(join(<288939..289681,289738..>289957))	Aspergillus niger	84591118
An05g01090	mRNA	An05g01090	NT_166521.1	290094	291003	D	An05g01090	join(<290094..290188,290407..290459,290819..>291003)	Aspergillus niger	84591119
An05g01100	mRNA	An05g01100	NT_166521.1	292800	294089	R	An05g01100	complement(join(<292800..293024,293124..293947,294044..>294089))	Aspergillus niger	4980849
An05g01110	mRNA	An05g01110	NT_166521.1	294944	299913	D	An05g01110	join(<294944..295162,295233..295764,295817..>299913)	Aspergillus niger	4980850
An05g01120	mRNA	An05g01120	NT_166521.1	301328	302990	R	An05g01120	complement(join(<301328..302869,302940..>302990))	Aspergillus niger	4980851
An05g01140	mRNA	An05g01140	NT_166521.1	304588	305899	R	An05g01140	complement(join(<304588..305330,305367..305458,305709..>305899))	Aspergillus niger	84591120
An05g01150	mRNA	An05g01150	NT_166521.1	307200	308049	R	An05g01150	complement(join(<307200..307591,307693..307995,308025..>308049))	Aspergillus niger	84591121
An05g01160	mRNA	An05g01160	NT_166521.1	308576	309553	D	An05g01160	join(<308576..308830,308996..309335,309384..>309553)	Aspergillus niger	4980855
An05g01170	mRNA	An05g01170	NT_166521.1	310659	311390	D	An05g01170	join(<310659..310937,310992..>311390)	Aspergillus niger	4980856
An05g01180	mRNA	An05g01180	NT_166521.1	311519	312100	R	An05g01180	complement(join(<311519..311686,311774..311872,311981..>312100))	Aspergillus niger	4980857
An05g01190	mRNA	An05g01190	NT_166521.1	312250	312432	R	An05g01190	complement(join(<312250..312371,312417..>312432))	Aspergillus niger	84591122
An05g01200	mRNA	An05g01200	NT_166521.1	312980	314685	D	An05g01200	join(<312980..313160,313395..313600,313650..313919,313972..314104,314153..314203,314329..314537,314587..>314685)	Aspergillus niger	4980859
An05g01210	mRNA	An05g01210	NT_166521.1	314941	315887	R	An05g01210	complement(join(<314941..314985,315036..315382,315452..>315887))	Aspergillus niger	4980860
An05g01220	mRNA	An05g01220	NT_166521.1	316753	317556	R	An05g01220	complement(join(<316753..317402,317478..>317556))	Aspergillus niger	84591123
An05g01230	mRNA	An05g01230	NT_166521.1	317913	319260	R	An05g01230	complement(join(<317913..317947,318072..318232,318389..318589,318668..>319260))	Aspergillus niger	84591124
An05g01240	mRNA	An05g01240	NT_166521.1	319911	320655	R	An05g01240	complement(join(<319911..320269,320472..>320655))	Aspergillus niger	84591125
An05g01250	mRNA	An05g01250	NT_166521.1	321293	322425	R	An05g01250	complement(join(<321293..321401,321431..>322425))	Aspergillus niger	84591126
An05g01260	mRNA	An05g01260	NT_166521.1	322982	324259	R	An05g01260	complement(join(<322982..323114,323202..>324259))	Aspergillus niger	84591127
An05g01270	mRNA	An05g01270	NT_166521.1	325014	326272	R	An05g01270	complement(join(<325014..325177,325297..>326272))	Aspergillus niger	4980866
An05g01280	mRNA	An05g01280	NT_166521.1	326885	327756	R	An05g01280	complement(join(<326885..327184,327221..327374,327743..>327756))	Aspergillus niger	84591128
An05g01290	mRNA	An05g01290	NT_166521.1	328728	330412	R	An05g01290	complement(join(<328728..329381,329438..>330412))	Aspergillus niger	4980868
An05g01300	mRNA	An05g01300	NT_166521.1	330813	332157	D	An05g01300	join(<330813..330932,331050..331123,331274..331387,331478..331690,331767..>332157)	Aspergillus niger	84591129
An05g01310	mRNA	An05g01310	NT_166521.1	334057	334279	R	An05g01310	complement(join(<334057..334184,334216..>334279))	Aspergillus niger	84591130
An05g01320	mRNA	An05g01320	NT_166521.1	335134	336408	D	An05g01320	join(<335134..335857,335921..336049,336110..>336408)	Aspergillus niger	4980871
An05g01330	mRNA	An05g01330	NT_166521.1	336697	337845	R	An05g01330	complement(join(<336697..337218,337285..>337845))	Aspergillus niger	4980872
An05g01340	mRNA	An05g01340	NT_166521.1	338485	340137	D	An05g01340	<338485..>340137	Aspergillus niger	4980873
An05g01350	mRNA	An05g01350	NT_166521.1	340513	341824	D	An05g01350	join(<340513..341255,341308..>341824)	Aspergillus niger	4980874
An05g01360	mRNA	An05g01360	NT_166521.1	343107	344441	R	An05g01360	complement(join(<343107..344040,344123..344319,344394..>344441))	Aspergillus niger	4980875
An05g01370	mRNA	An05g01370	NT_166521.1	344797	345275	R	An05g01370	complement(join(<344797..344905,344968..>345275))	Aspergillus niger	4980876
An05g01380	mRNA	An05g01380	NT_166521.1	345538	346491	R	An05g01380	complement(join(<345538..345558,345688..>346491))	Aspergillus niger	4980877
An05g01390	mRNA	An05g01390	NT_166521.1	346627	347255	R	An05g01390	complement(join(<346627..346712,346797..346964,347008..347113,347235..>347255))	Aspergillus niger	84591131
An05g01400	mRNA	An05g01400	NT_166521.1	347295	347789	D	An05g01400	<347295..>347789	Aspergillus niger	4980879
An05g01410	mRNA	An05g01410	NT_166521.1	348510	350541	R	An05g01410	complement(join(<348510..349036,349096..349150,349205..349727,349782..349931,349986..350105,350157..350355,350400..>350541))	Aspergillus niger	4980880
An05g01420	mRNA	An05g01420	NT_166521.1	351415	352700	D	An05g01420	join(<351415..351431,351496..351769,351921..351961,352138..352209,352411..352524,352640..>352700)	Aspergillus niger	84591132
An05g01430	mRNA	An05g01430	NT_166521.1	353015	353822	D	An05g01430	join(<353015..353027,353078..353277,353350..353603,353642..>353822)	Aspergillus niger	84591133
An05g01440	mRNA	An05g01440	NT_166521.1	354441	356109	R	An05g01440	complement(join(<354441..355231,355279..355739,355789..355919,355954..>356109))	Aspergillus niger	4980883
An05g01450	mRNA	An05g01450	NT_166521.1	357302	358448	R	An05g01450	complement(join(<357302..357355,357429..>358448))	Aspergillus niger	4980884
An05g01460	mRNA	An05g01460	NT_166521.1	358811	359585	R	An05g01460	complement(join(<358811..358945,359119..359230,359425..>359585))	Aspergillus niger	84591134
An05g01470	mRNA	An05g01470	NT_166521.1	359735	360758	D	An05g01470	join(<359735..359902,359952..>360758)	Aspergillus niger	84591135
An05g01480	mRNA	An05g01480	NT_166521.1	361155	362611	D	An05g01480	join(<361155..362259,362299..362478,362598..>362611)	Aspergillus niger	84591136
An05g01490	mRNA	An05g01490	NT_166521.1	362689	363074	R	An05g01490	complement(join(<362689..362743,362797..>363074))	Aspergillus niger	4980888
An05g01500	mRNA	An05g01500	NT_166521.1	363519	365178	R	An05g01500	complement(join(<363519..363593,363647..364175,364230..365011,365071..>365178))	Aspergillus niger	4980889
An05g01510	mRNA	An05g01510	NT_166521.1	365627	365773	R	An05g01510	complement(<365627..>365773)	Aspergillus niger	84591137
An05g01520	mRNA	An05g01520	NT_166521.1	366246	366866	R	An05g01520	complement(<366246..>366866)	Aspergillus niger	4980891
An05g01530	mRNA	An05g01530	NT_166521.1	367221	367497	D	An05g01530	join(<367221..367335,367433..>367497)	Aspergillus niger	84591138
An05g01550	mRNA	An05g01550	NT_166521.1	367953	368757	D	An05g01550	join(<367953..367970,368022..368238,368342..368456,368724..>368757)	Aspergillus niger	84591139
An05g01560	mRNA	An05g01560	NT_166521.1	369157	370062	D	An05g01560	<369157..>370062	Aspergillus niger	4980895
An05g01580	mRNA	An05g01580	NT_166521.1	370802	371482	D	An05g01580	join(<370802..370856,370933..371083,371182..>371482)	Aspergillus niger	84591140
An05g01590	mRNA	An05g01590	NT_166521.1	372088	373303	D	An05g01590	join(<372088..372090,372223..372550,372780..372973,373049..>373303)	Aspergillus niger	84591141
An05g01600	mRNA	An05g01600	NT_166521.1	374167	376538	R	An05g01600	complement(join(<374167..375522,375580..375630,375722..375877,375961..376348,376438..>376538))	Aspergillus niger	4980899
An05g01610	mRNA	An05g01610	NT_166521.1	377000	379684	D	An05g01610	join(<377000..377301,377364..377638,377705..378075,378131..378885,378946..>379684)	Aspergillus niger	4980900
An05g01620	mRNA	An05g01620	NT_166521.1	381733	384623	R	An05g01620	complement(join(<381733..383544,383630..>384623))	Aspergillus niger	10098144
An05g01640	mRNA	An05g01640	NT_166521.1	385631	386800	R	An05g01640	complement(<385631..>386800)	Aspergillus niger	4980903
An05g01650	mRNA	An05g01650	NT_166521.1	388598	390030	R	An05g01650	complement(join(<388598..388741,388796..389296,389360..389540,389602..389920,389997..>390030))	Aspergillus niger	4980904
An05g01660	mRNA	An05g01660	NT_166521.1	391434	395988	R	An05g01660	complement(join(<391434..395233,395301..>395988))	Aspergillus niger	4980905
An05g01670	mRNA	An05g01670	NT_166521.1	396262	397669	R	An05g01670	complement(join(<396262..396365,396547..396922,397005..397108,397152..397325,397425..397498,397566..>397669))	Aspergillus niger	84591142
An05g01680	mRNA	An05g01680	NT_166521.1	398024	400051	D	An05g01680	join(<398024..398381,398436..398914,398968..399143,399199..399771,399826..>400051)	Aspergillus niger	4980907
An05g01700	mRNA	An05g01700	NT_166521.1	401256	406521	R	An05g01700	complement(join(<401256..401305,401409..401553,401719..402262,402313..402393,402444..403062,403110..403297,403344..403836,403890..404052,404099..404835,404889..405122,405168..405447,405500..406239,406308..>406521))	Aspergillus niger	4980909
An05g01710	mRNA	An05g01710	NT_166521.1	407146	407962	R	An05g01710	complement(join(<407146..407421,407480..>407962))	Aspergillus niger	4980910
An05g01720	mRNA	An05g01720	NT_166521.1	408479	409491	R	An05g01720	complement(join(<408479..409155,409206..>409491))	Aspergillus niger	4980911
An05g01730	mRNA	An05g01730	NT_166521.1	409957	410334	D	An05g01730	join(<409957..410035,410099..>410334)	Aspergillus niger	4980912
An05g01740	mRNA	An05g01740	NT_166521.1	410392	412375	R	An05g01740	complement(join(<410392..410526,410605..410728,410779..410890,410941..412117,412190..>412375))	Aspergillus niger	4980913
An05g01750	mRNA	An05g01750	NT_166521.1	413342	414568	R	An05g01750	complement(<413342..>414568)	Aspergillus niger	4980914
An05g01760	mRNA	An05g01760	NT_166521.1	414969	416607	D	An05g01760	join(<414969..414990,415124..>416607)	Aspergillus niger	4980915
An05g01770	mRNA	An05g01770	NT_166521.1	417143	418459	D	An05g01770	<417143..>418459	Aspergillus niger	4980916
An05g01780	mRNA	An05g01780	NT_166521.1	421355	423454	D	An05g01780	join(<421355..421883,421950..422032,422090..422778,422849..423314,423404..>423454)	Aspergillus niger	4980917
An05g01790	mRNA	An05g01790	NT_166521.1	423812	423933	D	An05g01790	join(<423812..423818,423881..>423933)	Aspergillus niger	84591143
An05g01800	mRNA	An05g01800	NT_166521.1	424929	426832	D	An05g01800	join(<424929..425151,425289..>426832)	Aspergillus niger	4980919
An05g01810	mRNA	An05g01810	NT_166521.1	427122	428189	R	An05g01810	complement(<427122..>428189)	Aspergillus niger	4980920
An05g01820	mRNA	An05g01820	NT_166521.1	428614	429015	R	An05g01820	complement(<428614..>429015)	Aspergillus niger	4980921
An05g01830	mRNA	An05g01830	NT_166521.1	429604	431244	R	An05g01830	complement(<429604..>431244)	Aspergillus niger	4980922
An05g01840	mRNA	An05g01840	NT_166521.1	431964	433726	R	An05g01840	complement(join(<431964..432174,432227..432358,432412..433398,433456..433604,433673..>433726))	Aspergillus niger	4980923
An05g01850	mRNA	An05g01850	NT_166521.1	434526	436008	D	An05g01850	join(<434526..434647,434709..>436008)	Aspergillus niger	4980924
An05g01860	mRNA	An05g01860	NT_166521.1	436693	438655	D	An05g01860	join(<436693..438103,438156..>438655)	Aspergillus niger	4980925
An05g01870	mRNA	An05g01870	NT_166521.1	439090	440748	D	An05g01870	join(<439090..439659,439706..440066,440132..440604,440674..>440748)	Aspergillus niger	4980926
An05g01880	mRNA	An05g01880	NT_166521.1	442254	443565	D	An05g01880	join(<442254..442373,442433..442563,442621..442643,442694..442860,442992..443214,443289..443422,443479..>443565)	Aspergillus niger	4980927
An05g01890	mRNA	An05g01890	NT_166521.1	443884	445405	R	An05g01890	complement(join(<443884..444789,444823..444974,445009..445141,445211..>445405))	Aspergillus niger	4980928
An05g01900	mRNA	An05g01900	NT_166521.1	446359	447820	R	An05g01900	complement(join(<446359..446603,446679..446966,447017..447294,447451..447638,447779..>447820))	Aspergillus niger	84591144
An05g01910	mRNA	An05g01910	NT_166521.1	448320	449684	R	An05g01910	complement(join(<448320..448813,448880..449570,449637..>449684))	Aspergillus niger	84591145
An05g01920	mRNA	An05g01920	NT_166521.1	449792	451429	D	An05g01920	join(<449792..449808,449851..450003,450187..450275,450329..450372,450464..450585,450679..450747,450932..451119,451293..>451429)	Aspergillus niger	84591146
An05g01930	mRNA	An05g01930	NT_166521.1	451492	451936	R	An05g01930	complement(join(<451492..451836,451886..>451936))	Aspergillus niger	84591147
An05g01940	mRNA	An05g01940	NT_166521.1	451991	452722	D	An05g01940	join(<451991..452107,452179..452248,452304..>452722)	Aspergillus niger	84591148
An05g01960	mRNA	An05g01960	NT_166521.1	453666	454655	R	An05g01960	complement(join(<453666..453923,453987..>454655))	Aspergillus niger	4980935
An05g01980	mRNA	An05g01980	NT_166521.1	457291	460257	R	An05g01980	complement(<457291..>460257)	Aspergillus niger	10098146
An05g02000	mRNA	An05g02000	NT_166521.1	461140	462695	R	An05g02000	complement(join(<461140..461169,461316..461338,461683..462436,462486..462554,462606..>462695))	Aspergillus niger	4980937
An05g02010	mRNA	An05g02010	NT_166521.1	463630	465470	R	An05g02010	complement(join(<463630..464027,464088..464668,464713..464950,464989..465283,465333..>465470))	Aspergillus niger	4980938
An05g02020	mRNA	An05g02020	NT_166521.1	465853	467818	D	An05g02020	join(<465853..465929,465986..466682,466874..467531,467622..>467818)	Aspergillus niger	4980939
An05g02030	mRNA	An05g02030	NT_166521.1	468369	469428	R	An05g02030	complement(join(<468369..468675,468731..>469428))	Aspergillus niger	4980940
An05g02040	mRNA	An05g02040	NT_166521.1	469671	470640	D	An05g02040	join(<469671..469721,469909..470306,470370..>470640)	Aspergillus niger	4980941
An05g02050	mRNA	An05g02050	NT_166521.1	470885	471748	R	An05g02050	complement(join(<470885..471347,471402..>471748))	Aspergillus niger	4980942
An05g02060	mRNA	An05g02060	NT_166521.1	472038	473189	D	An05g02060	join(<472038..472119,472170..472591,472643..472943,473143..>473189)	Aspergillus niger	4980943
An05g02070	mRNA	An05g02070	NT_166521.1	473452	474583	R	An05g02070	complement(join(<473452..473913,473971..>474583))	Aspergillus niger	4980944
An05g02080	mRNA	An05g02080	NT_166521.1	475422	476780	R	An05g02080	complement(join(<475422..475893,475957..476074,476307..476505,476562..>476780))	Aspergillus niger	4980945
An05g02090	mRNA	An05g02090	NT_166521.1	477484	478458	R	An05g02090	complement(<477484..>478458)	Aspergillus niger	84591149
An05g02100	mRNA	amyA	NT_166521.1	479879	481919	D	An05g02100	join(<479879..480043,480099..480137,480223..480338,480408..480516,480585..480813,480872..481034,481100..481246,481312..481552,481632..>481919)	Aspergillus niger	4980947
An05g02110	mRNA	An05g02110	NT_166521.1	482156	484033	D	An05g02110	join(<482156..482278,482546..>484033)	Aspergillus niger	4980948
An05g02120	mRNA	An05g02120	NT_166521.1	484327	485633	D	An05g02120	join(<484327..484735,484795..485114,485166..>485633)	Aspergillus niger	4980949
An05g02130	mRNA	An05g02130	NT_166521.1	486024	486923	R	An05g02130	complement(join(<486024..486581,486663..>486923))	Aspergillus niger	10098139
An05g02140	mRNA	An05g02140	NT_166521.1	487100	488048	R	An05g02140	complement(join(<487100..487585,487635..>488048))	Aspergillus niger	10098140
An05g02150	mRNA	An05g02150	NT_166521.1	489184	489580	D	An05g02150	join(<489184..489409,489501..>489580)	Aspergillus niger	84591150
An05g02160	mRNA	An05g02160	NT_166521.1	489668	492042	R	An05g02160	complement(join(<489668..489770,489947..490014,490122..490226,490293..490396,490648..490721,491014..491202,491299..491454,491585..491749,491984..>492042))	Aspergillus niger	84591151
An05g02170	mRNA	An05g02170	NT_166521.1	492273	494080	D	An05g02170	join(<492273..492462,492523..492808,492884..493110,493188..>494080)	Aspergillus niger	4980954
An05g02180	mRNA	An05g02180	NT_166521.1	494446	494675	D	An05g02180	join(<494446..494495,494528..>494675)	Aspergillus niger	84591152
An05g02190	mRNA	An05g02190	NT_166521.1	495504	497515	D	An05g02190	join(<495504..495512,495625..495688,495985..496110,496186..496777,496846..>497515)	Aspergillus niger	4980956
An05g02200	mRNA	An05g02200	NT_166521.1	497734	499077	R	An05g02200	complement(<497734..>499077)	Aspergillus niger	4980957
An05g02210	mRNA	An05g02210	NT_166521.1	499726	500928	R	An05g02210	complement(<499726..>500928)	Aspergillus niger	4980958
An05g02220	mRNA	An05g02220	NT_166521.1	501259	502173	R	An05g02220	complement(join(<501259..501940,502115..>502173))	Aspergillus niger	4980959
An05g02230	mRNA	An05g02230	NT_166521.1	502410	504183	R	An05g02230	complement(join(<502410..503713,503778..>504183))	Aspergillus niger	4980960
An05g02240	mRNA	An05g02240	NT_166521.1	504800	506217	D	An05g02240	join(<504800..505115,505197..505380,505428..505499,505581..505686,505752..505829,505878..506057,506098..>506217)	Aspergillus niger	84591153
An05g02250	mRNA	An05g02250	NT_166521.1	506997	507905	D	An05g02250	join(<506997..507731,507870..>507905)	Aspergillus niger	4980962
An05g02260	mRNA	An05g02260	NT_166521.1	508121	509374	R	An05g02260	complement(join(<508121..509069,509122..509129,509198..509320,509369..>509374))	Aspergillus niger	4980963
An05g02270	mRNA	An05g02270	NT_166521.1	510185	511868	R	An05g02270	complement(join(<510185..510441,510485..510539,510591..510663,510716..510908,510959..511549,511621..>511868))	Aspergillus niger	4980964
An05g02280	mRNA	An05g02280	NT_166521.1	512590	513770	R	An05g02280	complement(join(<512590..513483,513537..>513770))	Aspergillus niger	4980965
An05g02290	mRNA	An05g02290	NT_166521.1	514874	515233	R	An05g02290	complement(join(<514874..514979,515073..>515233))	Aspergillus niger	84591154
An05g02300	mRNA	An05g02300	NT_166521.1	515305	516281	D	An05g02300	join(<515305..515537,515588..515780,515835..>516281)	Aspergillus niger	4980967
An05g02310	mRNA	An05g02310	NT_166521.1	516379	517478	R	An05g02310	complement(join(<516379..516721,516778..>517478))	Aspergillus niger	4980968
An05g02320	mRNA	An05g02320	NT_166521.1	518547	519992	D	An05g02320	join(<518547..518718,518782..519161,519222..519675,519778..>519992)	Aspergillus niger	4980969
An05g02330	mRNA	An05g02330	NT_166521.1	520092	521621	R	An05g02330	complement(<520092..>521621)	Aspergillus niger	4980970
An05g02340	mRNA	An05g02340	NT_166521.1	522117	523992	R	An05g02340	complement(join(<522117..522290,522363..523265,523332..523627,523686..>523992))	Aspergillus niger	4980971
An05g02350	mRNA	Arsa-48	NT_166521.1	525548	526154	D	An05g02350	join(<525548..525707,525760..>526154)	Aspergillus niger	4980972
An05g02360	mRNA	An05g02360	NT_166521.1	526754	528177	R	An05g02360	complement(join(<526754..527234,527284..527290,527440..527793,527859..>528177))	Aspergillus niger	10098141
An05g02370	mRNA	An05g02370	NT_166521.1	528835	530238	D	An05g02370	<528835..>530238	Aspergillus niger	4980974
An05g02380	mRNA	An05g02380	NT_166521.1	530649	532615	D	An05g02380	join(<530649..530984,531050..532508,532563..>532615)	Aspergillus niger	4980975
An05g02390	mRNA	An05g02390	NT_166521.1	533074	535117	R	An05g02390	complement(join(<533074..533981,534040..534617,534675..>535117))	Aspergillus niger	4980976
An05g02400	mRNA	An05g02400	NT_166521.1	537355	538010	D	An05g02400	join(<537355..537407,537464..>538010)	Aspergillus niger	4980977
An05g02410	mRNA	An05g02410	NT_166521.1	538343	540446	R	An05g02410	complement(join(<538343..538472,538577..538987,539041..>540446))	Aspergillus niger	4980978
An05g02420	mRNA	An05g02420	NT_166521.1	540846	542193	R	An05g02420	complement(join(<540846..541249,541305..541369,541432..541829,541887..541991,542047..>542193))	Aspergillus niger	4980979
An05g02430	mRNA	An05g02430	NT_166521.1	542653	543127	R	An05g02430	complement(join(<542653..542949,543014..>543127))	Aspergillus niger	84591155
An05g02440	mRNA	pgaC	NT_166521.1	543399	544737	R	An05g02440	complement(join(<543399..543730,543784..543913,543970..544395,544471..>544737))	Aspergillus niger	4980981
An05g02450	mRNA	An05g02450	NT_166521.1	547307	549400	R	An05g02450	complement(join(<547307..548394,548466..548739,548781..548905,548989..549031,549092..549188,549276..>549400))	Aspergillus niger	4980982
An05g02460	mRNA	An05g02460	NT_166521.1	551244	552869	R	An05g02460	complement(join(<551244..552749,552801..>552869))	Aspergillus niger	4980983
An05g02470	mRNA	An05g02470	NT_166521.1	553575	558874	D	An05g02470	join(<553575..553790,553845..554409,554453..554682,554735..555014,555068..555301,555415..556106,556168..556333,556393..556734,556801..557056,557366..558013,558118..558570,558658..>558874)	Aspergillus niger	4980984
An05g02480	mRNA	An05g02480	NT_166521.1	559365	561214	D	An05g02480	join(<559365..559920,559987..560052,560145..>561214)	Aspergillus niger	84591156
An05g02490	mRNA	An05g02490	NT_166521.1	562426	564614	R	An05g02490	complement(join(<562426..562756,562816..562907,562984..563568,563627..564044,564123..564522,564572..>564614))	Aspergillus niger	4980986
An05g02500	mRNA	An05g02500	NT_166521.1	564934	566379	R	An05g02500	complement(join(<564934..566103,566168..566242,566308..>566379))	Aspergillus niger	4980987
An05g02510	mRNA	An05g02510	NT_166521.1	566924	568763	D	An05g02510	join(<566924..567317,567369..567458,567520..567929,567993..568184,568245..>568763)	Aspergillus niger	4980988
An05g02520	mRNA	An05g02520	NT_166521.1	569363	571444	R	An05g02520	complement(join(<569363..569694,569754..569974,570021..570692,570746..570905,570975..571176,571225..571342,571410..>571444))	Aspergillus niger	4980989
An05g02530	mRNA	An05g02530	NT_166521.1	572390	575335	D	An05g02530	join(<572390..572661,572718..572926,572991..573700,573760..573842,573895..573973,574034..574321,574639..574747,574849..575000,575078..>575335)	Aspergillus niger	4980990
An05g02540	mRNA	An05g02540	NT_166521.1	578611	580513	D	An05g02540	join(<578611..578857,578920..579394,579469..>580513)	Aspergillus niger	4980991
An05g02550	mRNA	An05g02550	NT_166521.1	581713	583558	D	An05g02550	join(<581713..581805,581842..581944,582009..582402,582466..582525,582592..582781,582851..>583558)	Aspergillus niger	84591157
An05g02560	mRNA	An05g02560	NT_166521.1	584123	586686	R	An05g02560	complement(join(<584123..585047,585099..585220,585272..585295,585380..585400,585774..586430,586561..>586686))	Aspergillus niger	4980993
An05g02570	mRNA	An05g02570	NT_166521.1	587382	589534	D	An05g02570	join(<587382..587607,587672..587751,587811..588097,588155..588176,588243..588442,588520..588662,588717..>589534)	Aspergillus niger	4980994
An05g02580	mRNA	An05g02580	NT_166521.1	590747	591953	D	An05g02580	join(<590747..590863,590956..591125,591180..591411,591474..>591953)	Aspergillus niger	4980995
An05g02590	mRNA	An05g02590	NT_166521.1	592441	593420	R	An05g02590	complement(join(<592441..592750,592802..593175,593232..>593420))	Aspergillus niger	4980996
An05g02600	mRNA	An05g02600	NT_166521.1	594325	596448	D	An05g02600	join(<594325..594402,594548..596351,596396..>596448)	Aspergillus niger	4980997
An05g02610	mRNA	An05g02610	NT_166521.1	597791	600103	R	An05g02610	complement(join(<597791..598309,598362..598441,598663..598912,599225..599870,599922..>600103))	Aspergillus niger	4980998
An05g02620	mRNA	An05g02620	NT_166521.1	601244	602358	R	An05g02620	complement(join(<601244..601823,601880..601977,602013..602196,602257..602278,602322..>602358))	Aspergillus niger	84591158
An05g02630	mRNA	An05g02630	NT_166521.1	602796	603069	R	An05g02630	complement(join(<602796..602966,603064..>603069))	Aspergillus niger	84591159
An11g00010	mRNA	An11g00010	NT_166526.1	1592	4000	R	An11g00010	complement(<1592..>4000)	Aspergillus niger	4984233
An11g00020	mRNA	An11g00020	NT_166526.1	5402	6013	R	An11g00020	complement(join(<5402..5422,5497..5754,5945..>6013))	Aspergillus niger	84592162
An11g00030	mRNA	An11g00030	NT_166526.1	7094	7628	D	An11g00030	join(<7094..7188,7292..7336,7385..>7628)	Aspergillus niger	84592163
An11g00040	mRNA	An11g00040	NT_166526.1	7827	8231	D	An11g00040	join(<7827..8061,8122..>8231)	Aspergillus niger	4984231
An11g00050	mRNA	An11g00050	NT_166526.1	8623	20484	R	An11g00050	complement(join(<8623..12114,12246..19982,20050..>20484))	Aspergillus niger	4984252
An11g00060	mRNA	An11g00060	NT_166526.1	22376	23792	R	An11g00060	complement(join(<22376..22709,22767..22862,22927..23306,23363..23430,23486..23542,23597..>23792))	Aspergillus niger	4984258
An11g00070	mRNA	An11g00070	NT_166526.1	24889	26414	D	An11g00070	join(<24889..25083,25301..25507,25542..26031,26104..>26414)	Aspergillus niger	4984246
An11g00080	mRNA	An11g00080	NT_166526.1	26946	28290	R	An11g00080	complement(join(<26946..27322,27470..27534,27589..27971,28027..>28290))	Aspergillus niger	4984248
An11g00090	mRNA	An11g00090	NT_166526.1	34405	35882	R	An11g00090	complement(join(<34405..34781,34841..34948,35000..35131,35188..35454,35610..35775,35856..>35882))	Aspergillus niger	4984256
An11g00100	mRNA	An11g00100	NT_166526.1	36325	38460	R	An11g00100	complement(join(<36325..36455,36563..36628,36685..36717,36889..37824,37881..>38460))	Aspergillus niger	4984228
An11g00110	mRNA	An11g00110	NT_166526.1	41114	42096	R	An11g00110	complement(join(<41114..41552,41612..41826,41886..41971,42021..>42096))	Aspergillus niger	4984242
An11g00120	mRNA	An11g00120	NT_166526.1	43347	45198	R	An11g00120	complement(join(<43347..43429,43497..44102,44166..44621,44702..44971,45081..>45198))	Aspergillus niger	4984264
An11g00130	mRNA	An11g00130	NT_166526.1	45754	47705	D	An11g00130	join(<45754..45950,45992..46010,46042..46255,46325..46983,47034..>47705)	Aspergillus niger	4984227
An11g00140	mRNA	An11g00140	NT_166526.1	47821	49148	R	An11g00140	complement(join(<47821..48216,48307..48658,48713..48943,49006..>49148))	Aspergillus niger	84592164
An11g00150	mRNA	An11g00150	NT_166526.1	50765	51614	R	An11g00150	complement(join(<50765..51139,51204..>51614))	Aspergillus niger	4984234
An11g00160	mRNA	An11g00160	NT_166526.1	51913	52405	R	An11g00160	complement(join(<51913..52172,52219..>52405))	Aspergillus niger	84592165
An11g00170	mRNA	An11g00170	NT_166526.1	52961	53498	D	An11g00170	join(<52961..52990,53050..53116,53185..>53498)	Aspergillus niger	4984243
An11g00180	mRNA	An11g00180	NT_166526.1	53793	56109	R	An11g00180	complement(join(<53793..54091,54284..54423,54678..54723,54783..54942,55214..55414,55562..55875,56031..>56109))	Aspergillus niger	4984249
An11g00190	mRNA	An11g00190	NT_166526.1	57056	58082	D	An11g00190	join(<57056..57513,57809..57861,57916..>58082)	Aspergillus niger	84592166
An11g00200	mRNA	An11g00200	NT_166526.1	60058	62660	D	An11g00200	join(<60058..60181,60235..60428,60475..60527,60586..60808,60859..61105,61155..61317,61367..>62660)	Aspergillus niger	4984238
An11g00210	mRNA	An11g00210	NT_166526.1	63132	64793	D	An11g00210	<63132..>64793	Aspergillus niger	4984261
An11g00220	mRNA	An11g00220	NT_166526.1	65772	68857	D	An11g00220	join(<65772..66203,66262..66302,66353..66673,66725..66954,67007..67059,67109..67230,67284..68453,68565..68634,68810..>68857)	Aspergillus niger	4984230
An11g00230	mRNA	An11g00230	NT_166526.1	69461	70906	R	An11g00230	complement(join(<69461..69951,70123..>70906))	Aspergillus niger	4984259
An11g00240	mRNA	An11g00240	NT_166526.1	71512	72642	R	An11g00240	complement(join(<71512..71920,72000..72074,72138..72371,72431..>72642))	Aspergillus niger	4984260
An11g00250	mRNA	An11g00250	NT_166526.1	73251	85102	R	An11g00250	complement(join(<73251..75980,76039..84402,84439..84801,84851..>85102))	Aspergillus niger	4984263
An11g00260	mRNA	An11g00260	NT_166526.1	86303	87887	R	An11g00260	complement(join(<86303..86459,86534..86752,86806..87276,87326..87510,87560..87657,87713..>87887))	Aspergillus niger	4984232
An11g00270	mRNA	An11g00270	NT_166526.1	88150	89708	D	An11g00270	join(<88150..88446,88499..89074,89133..>89708)	Aspergillus niger	4984247
An11g00280	mRNA	An11g00280	NT_166526.1	90665	91756	D	An11g00280	<90665..>91756	Aspergillus niger	4984229
An11g00290	mRNA	An11g00290	NT_166526.1	91966	94572	R	An11g00290	complement(<91966..>94572)	Aspergillus niger	4984240
An11g00300	mRNA	An11g00300	NT_166526.1	95094	96842	R	An11g00300	complement(join(<95094..95414,95667..95698,95774..95869,95937..96054,96111..>96842))	Aspergillus niger	4984253
An11g00310	mRNA	An11g00310	NT_166526.1	97998	99295	R	An11g00310	complement(join(<97998..98722,98776..>99295))	Aspergillus niger	4984236
An11g00320	mRNA	An11g00320	NT_166526.1	99734	100642	D	An11g00320	join(<99734..99907,99974..>100642)	Aspergillus niger	4984250
An11g00330	mRNA	An11g00330	NT_166526.1	101026	101871	R	An11g00330	complement(<101026..>101871)	Aspergillus niger	4984239
An11g00340	mRNA	An11g00340	NT_166526.1	102385	102692	R	An11g00340	complement(join(<102385..102470,102566..102578,102654..>102692))	Aspergillus niger	84592167
An11g00350	mRNA	An11g00350	NT_166526.1	102914	104733	R	An11g00350	complement(join(<102914..103088,103160..104284,104356..104472,104525..>104733))	Aspergillus niger	4984244
An11g00360	mRNA	An11g00360	NT_166526.1	106831	108056	D	An11g00360	join(<106831..107101,107165..107211,107401..107442,107838..>108056)	Aspergillus niger	84592168
An11g00370	mRNA	An11g00370	NT_166526.1	108108	110834	D	An11g00370	join(<108108..108237,108308..108392,108484..108595,108690..109654,109708..110121,110222..110415,110497..110598,110653..>110834)	Aspergillus niger	4984241
An11g00380	mRNA	An11g00380	NT_166526.1	111153	112806	R	An11g00380	complement(join(<111153..111317,111367..112428,112489..>112806))	Aspergillus niger	4984265
An11g00390	mRNA	An11g00390	NT_166526.1	114216	116778	D	An11g00390	join(<114216..114879,114942..115033,115099..115113,115169..116349,116610..>116778)	Aspergillus niger	4984257
An11g00400	mRNA	An11g00400	NT_166526.1	117253	118950	D	An11g00400	join(<117253..117856,117916..118141,118198..118566,118614..>118950)	Aspergillus niger	4984266
An11g00410	mRNA	An11g00410	NT_166526.1	119881	121034	D	An11g00410	join(<119881..120067,120133..>121034)	Aspergillus niger	4984267
An11g00420	mRNA	An11g00420	NT_166526.1	121867	123248	D	An11g00420	join(<121867..122028,122110..122151,122267..122372,122438..122971,123045..123117,123176..>123248)	Aspergillus niger	4984268
An11g00430	mRNA	An11g00430	NT_166526.1	124033	125723	R	An11g00430	complement(join(<124033..124292,124362..124484,124542..124704,124766..125347,125423..125597,125659..>125723))	Aspergillus niger	4984269
An11g00440	mRNA	An11g00440	NT_166526.1	126557	128353	R	An11g00440	complement(join(<126557..127135,127191..127532,127585..127766,127820..127867,127932..128101,128169..>128353))	Aspergillus niger	4984270
An11g00450	mRNA	An11g00450	NT_166526.1	129061	130848	R	An11g00450	complement(join(<129061..129776,129888..130304,130366..130425,130497..130554,130630..130650,130729..>130848))	Aspergillus niger	4984271
An11g00460	mRNA	An11g00460	NT_166526.1	131312	133051	R	An11g00460	complement(join(<131312..132625,132677..>133051))	Aspergillus niger	4984272
An11g00470	mRNA	An11g00470	NT_166526.1	133806	134704	D	An11g00470	join(<133806..134184,134262..>134704)	Aspergillus niger	4984273
An11g00480	mRNA	An11g00480	NT_166526.1	134941	136134	R	An11g00480	complement(join(<134941..135739,135818..136079,136125..>136134))	Aspergillus niger	4984274
An11g00490	mRNA	An11g00490	NT_166526.1	136333	137521	D	An11g00490	join(<136333..136621,136687..136787,136853..>137521)	Aspergillus niger	4984275
An11g00500	mRNA	An11g00500	NT_166526.1	137687	138412	R	An11g00500	complement(join(<137687..138051,138154..>138412))	Aspergillus niger	4984276
An11g00510	mRNA	An11g00510	NT_166526.1	139058	141245	R	An11g00510	complement(join(<139058..139485,139544..140639,140693..140882,140935..141051,141106..>141245))	Aspergillus niger	4984277
An11g00520	mRNA	An11g00520	NT_166526.1	142003	143525	D	An11g00520	join(<142003..142095,142193..142198,142331..142673,142833..142918,143187..>143525)	Aspergillus niger	84592169
An11g00530	mRNA	An11g00530	NT_166526.1	143932	145468	D	An11g00530	join(<143932..144372,144452..>145468)	Aspergillus niger	4984279
An11g00540	mRNA	An11g00540	NT_166526.1	147087	147919	D	An11g00540	join(<147087..147125,147250..147321,147435..147495,147533..147620,147769..>147919)	Aspergillus niger	84592170
An11g00550	mRNA	An11g00550	NT_166526.1	148267	148904	R	An11g00550	complement(join(<148267..148413,148528..148752,148902..>148904))	Aspergillus niger	84592171
An11g00560	mRNA	An11g00560	NT_166526.1	149454	150533	R	An11g00560	complement(join(<149454..150216,150270..150322,150378..>150533))	Aspergillus niger	4984281
An11g00570	mRNA	An11g00570	NT_166526.1	150931	152154	D	An11g00570	join(<150931..151163,151222..151663,151709..151792,151840..>152154)	Aspergillus niger	4984283
An11g00580	mRNA	An11g00580	NT_166526.1	152435	153783	D	An11g00580	join(<152435..152507,152644..152827,152880..153016,153059..153472,153527..>153783)	Aspergillus niger	4984284
An11g00590	mRNA	An11g00590	NT_166526.1	154540	156903	R	An11g00590	complement(join(<154540..156213,156271..>156903))	Aspergillus niger	10098067
An11g00600	mRNA	An11g00600	NT_166526.1	157223	158577	R	An11g00600	complement(join(<157223..157402,157456..157896,157951..158070,158128..>158577))	Aspergillus niger	4984286
An11g00610	mRNA	An11g00610	NT_166526.1	159962	161607	R	An11g00610	complement(join(<159962..160895,160950..161351,161537..>161607))	Aspergillus niger	4984287
An11g00620	mRNA	An11g00620	NT_166526.1	162303	163742	D	An11g00620	join(<162303..162478,162528..162590,162644..163512,163567..>163742)	Aspergillus niger	4984288
An11g00630	mRNA	An11g00630	NT_166526.1	164041	167732	D	An11g00630	join(<164041..164155,164342..164422,164814..164895,164958..166680,166737..166830,166891..>167732)	Aspergillus niger	4984289
An11g00640	mRNA	An11g00640	NT_166526.1	168842	169914	R	An11g00640	complement(join(<168842..169540,169682..169841,169895..>169914))	Aspergillus niger	4984290
An11g00650	mRNA	An11g00650	NT_166526.1	170185	171122	D	An11g00650	join(<170185..170286,170347..170970,171021..>171122)	Aspergillus niger	4984291
An11g00660	mRNA	An11g00660	NT_166526.1	171462	174567	D	An11g00660	join(<171462..171778,171900..172133,172190..172365,172418..172779,172838..173440,173491..173753,173799..>174567)	Aspergillus niger	4984292
An11g00670	mRNA	An11g00670	NT_166526.1	174938	177018	R	An11g00670	complement(join(<174938..176345,176398..176675,176726..176791,176878..>177018))	Aspergillus niger	4984293
An11g00680	mRNA	An11g00680	NT_166526.1	178655	181560	R	An11g00680	complement(join(<178655..178848,178920..179566,179637..179987,180048..180411,180469..180626,180679..181375,181440..>181560))	Aspergillus niger	4984294
An11g00690	mRNA	An11g00690	NT_166526.1	182576	185525	D	An11g00690	join(<182576..183010,183072..>185525)	Aspergillus niger	4984295
An11g00700	mRNA	An11g00700	NT_166526.1	186424	187254	D	An11g00700	join(<186424..186961,187028..>187254)	Aspergillus niger	84592172
An11g00710	mRNA	An11g00710	NT_166526.1	188103	188834	R	An11g00710	complement(join(<188103..188503,188555..188693,188754..>188834))	Aspergillus niger	4984297
An11g00720	mRNA	An11g00720	NT_166526.1	190217	190930	R	An11g00720	complement(join(<190217..190360,190421..190488,190549..>190930))	Aspergillus niger	4984298
An11g00730	mRNA	An11g00730	NT_166526.1	192852	193142	D	An11g00730	join(<192852..192893,192954..>193142)	Aspergillus niger	4984299
An11g00740	mRNA	An11g00740	NT_166526.1	194011	195333	R	An11g00740	complement(join(<194011..194253,194309..195193,195256..>195333))	Aspergillus niger	4984300
An11g00742	mRNA	An11g00742	NT_166526.1	197181	197894	D	An11g00742	join(<197181..197562,197650..197690,197751..>197894)	Aspergillus niger	10098229
An11g00744	mRNA	An11g00744	NT_166526.1	199277	200008	D	An11g00744	join(<199277..199357,199418..>200008)	Aspergillus niger	10098230
An11g00746	mRNA	An11g00746	NT_166526.1	200324	202036	R	An11g00746	complement(join(<200324..200688,201117..201822,201992..>202036))	Aspergillus niger	84592173
An11g00748	mRNA	An11g00748	NT_166526.1	202586	203872	R	An11g00748	complement(<202586..>203872)	Aspergillus niger	10098068
An11g00750	mRNA	An11g00750	NT_166526.1	204222	205688	D	An11g00750	join(<204222..204337,204423..204601,204674..205192,205243..>205688)	Aspergillus niger	4984305
An11g00760	mRNA	An11g00760	NT_166526.1	207097	208410	D	An11g00760	join(<207097..207561,207632..208034,208144..208263,208364..>208410)	Aspergillus niger	4984306
An11g00770	mRNA	An11g00770	NT_166526.1	208706	210927	R	An11g00770	complement(join(<208706..209895,209943..210007,210057..210181,210249..210485,210587..210757,210868..>210927))	Aspergillus niger	4984307
An11g00780	mRNA	An11g00780	NT_166526.1	213149	214555	D	An11g00780	join(<213149..213563,213618..213772,213835..214066,214128..>214555)	Aspergillus niger	4984308
An11g00790	mRNA	An11g00790	NT_166526.1	214890	216350	R	An11g00790	complement(join(<214890..216135,216166..>216350))	Aspergillus niger	4984309
An11g00800	mRNA	An11g00800	NT_166526.1	216671	217449	D	An11g00800	join(<216671..216682,216751..216816,216892..>217449)	Aspergillus niger	4984310
An11g00810	mRNA	An11g00810	NT_166526.1	220777	222983	R	An11g00810	complement(join(<220777..221349,221442..221993,222049..222688,222746..222874,222934..>222983))	Aspergillus niger	4984311
An11g00820	mRNA	An11g00820	NT_166526.1	223396	223998	D	An11g00820	join(<223396..223432,223676..>223998)	Aspergillus niger	84592174
An11g00830	mRNA	An11g00830	NT_166526.1	224952	228412	D	An11g00830	join(<224952..225565,225613..>228412)	Aspergillus niger	4984313
An11g00840	mRNA	An11g00840	NT_166526.1	228952	231233	R	An11g00840	complement(join(<228952..229521,230359..230955,231013..231114,231180..>231233))	Aspergillus niger	4984314
An11g00850	mRNA	An11g00850	NT_166526.1	231922	232023	D	An11g00850	<231922..>232023	Aspergillus niger	84592175
An11g00860	mRNA	An11g00860	NT_166526.1	232504	235729	D	An11g00860	join(<232504..233030,233151..234855,234916..235254,235313..>235729)	Aspergillus niger	4984316
An11g00870	mRNA	An11g00870	NT_166526.1	236276	241913	R	An11g00870	complement(join(<236276..237425,237478..>241913))	Aspergillus niger	4984317
An11g00880	mRNA	An11g00880	NT_166526.1	242436	242836	R	An11g00880	complement(join(<242436..242570,242744..>242836))	Aspergillus niger	84592176
An11g00890	mRNA	An11g00890	NT_166526.1	244054	244787	R	An11g00890	complement(join(<244054..244233,244318..244564,244636..>244787))	Aspergillus niger	4984319
An11g00900	mRNA	An11g00900	NT_166526.1	245011	245498	R	An11g00900	complement(join(<245011..245052,245097..245249,245343..>245498))	Aspergillus niger	84592177
An11g00910	mRNA	An11g00910	NT_166526.1	245685	246661	D	An11g00910	join(<245685..245914,245977..>246661)	Aspergillus niger	4984321
An11g00920	mRNA	An11g00920	NT_166526.1	247323	248756	D	An11g00920	join(<247323..247539,247594..>248756)	Aspergillus niger	4984322
An11g00930	mRNA	An11g00930	NT_166526.1	249242	251187	R	An11g00930	complement(join(<249242..250908,251079..>251187))	Aspergillus niger	4984323
An11g00940	mRNA	An11g00940	NT_166526.1	251465	254779	R	An11g00940	complement(join(<251465..251842,251892..252290,252343..252843,252896..253231,253284..253517,253565..254161,254264..254560,254765..>254779))	Aspergillus niger	4984324
An11g00950	mRNA	An11g00950	NT_166526.1	255167	256740	D	An11g00950	join(<255167..255504,255658..255881,256029..256258,256310..256478,256565..>256740)	Aspergillus niger	84592178
An11g00960	mRNA	An11g00960	NT_166526.1	256838	261531	D	An11g00960	join(<256838..256901,256994..257072,257490..257653,257734..257836,258924..259391,259449..260017,260333..260779,260881..260989,261044..261197,261289..>261531)	Aspergillus niger	4984326
An11g00970	mRNA	An11g00970	NT_166526.1	262061	264251	R	An11g00970	complement(join(<262061..262111,262254..>264251))	Aspergillus niger	4984327
An11g00980	mRNA	An11g00980	NT_166526.1	264291	265387	D	An11g00980	join(<264291..264299,264386..264511,264767..264826,264915..265037,265136..>265387)	Aspergillus niger	84592179
An11g00990	mRNA	An11g00990	NT_166526.1	266290	267754	D	An11g00990	join(<266290..266415,266488..267219,267284..>267754)	Aspergillus niger	4984329
An11g01000	mRNA	An11g01000	NT_166526.1	269264	271807	R	An11g01000	complement(join(<269264..269498,269664..>271807))	Aspergillus niger	4984330
An11g01010	mRNA	An11g01010	NT_166526.1	272083	272394	D	An11g01010	<272083..>272394	Aspergillus niger	84592180
An11g01020	mRNA	An11g01020	NT_166526.1	272492	272753	D	An11g01020	join(<272492..272616,272708..>272753)	Aspergillus niger	84592181
An11g01040	mRNA	An11g01040	NT_166526.1	274745	278050	D	An11g01040	join(<274745..274800,274872..274992,275015..275149,275233..275298,275616..275804,275872..277199,277255..277469,277525..277794,277851..>278050)	Aspergillus niger	4984333
An11g01050	mRNA	An11g01050	NT_166526.1	278229	278506	D	An11g01050	join(<278229..278283,278334..>278506)	Aspergillus niger	84592182
An11g01060	mRNA	An11g01060	NT_166526.1	278801	281132	D	An11g01060	join(<278801..280202,280246..>281132)	Aspergillus niger	4984335
An11g01070	mRNA	An11g01070	NT_166526.1	281328	282909	D	An11g01070	join(<281328..282677,282811..>282909)	Aspergillus niger	4984336
An11g01080	mRNA	An11g01080	NT_166526.1	283210	285327	D	An11g01080	<283210..>285327	Aspergillus niger	4984337
An11g01090	mRNA	An11g01090	NT_166526.1	286491	287007	R	An11g01090	complement(join(<286491..286820,286894..>287007))	Aspergillus niger	84592183
An11g01100	mRNA	An11g01100	NT_166526.1	287179	289120	D	An11g01100	join(<287179..287242,287387..287526,287563..287696,287753..287876,287927..288003,288056..288420,288478..>289120)	Aspergillus niger	4984339
An11g01110	mRNA	An11g01110	NT_166526.1	290683	292780	D	An11g01110	join(<290683..290885,290929..291192,291236..291456,291502..291622,291670..>292780)	Aspergillus niger	4984340
An11g01120	mRNA	An11g01120	NT_166526.1	293269	295067	R	An11g01120	complement(join(<293269..293308,293395..293444,293535..293597,293704..294045,294101..294229,294280..294474,294525..294617,294669..294753,294804..294817,294879..294966,295021..>295067))	Aspergillus niger	4984341
An11g01130	mRNA	An11g01130	NT_166526.1	295402	296446	R	An11g01130	complement(join(<295402..295629,295863..295976,296082..296132,296206..296266,296313..>296446))	Aspergillus niger	84592184
An11g01140	mRNA	An11g01140	NT_166526.1	296541	298711	R	An11g01140	complement(join(<296541..296612,296681..296759,296871..296984,297155..297334,297434..297550,298066..298410,298461..>298711))	Aspergillus niger	4984343
An11g01150	mRNA	An11g01150	NT_166526.1	300247	301930	D	An11g01150	join(<300247..300408,300461..300583,300644..300725,300775..301446,301494..>301930)	Aspergillus niger	4984344
An11g01160	mRNA	An11g01160	NT_166526.1	302035	302532	R	An11g01160	complement(<302035..>302532)	Aspergillus niger	84592185
An11g01170	mRNA	An11g01170	NT_166526.1	303014	303821	D	An11g01170	join(<303014..303132,303447..303603,303723..>303821)	Aspergillus niger	84592186
An11g01180	mRNA	An11g01180	NT_166526.1	303968	305114	D	An11g01180	join(<303968..304094,304176..304273,304420..304959,305031..>305114)	Aspergillus niger	4984347
An11g01190	mRNA	An11g01190	NT_166526.1	305310	306753	R	An11g01190	complement(join(<305310..306132,306191..306563,306642..>306753))	Aspergillus niger	4984348
An11g01200	mRNA	An11g01200	NT_166526.1	308922	310670	R	An11g01200	complement(join(<308922..309073,309122..309221,309267..309376,309420..309789,309826..310113,310253..310605,310643..>310670))	Aspergillus niger	4984349
An11g01210	mRNA	An11g01210	NT_166526.1	310859	311224	D	An11g01210	join(<310859..311097,311143..>311224)	Aspergillus niger	84592187
An11g01220	mRNA	An11g01220	NT_166526.1	311369	313028	R	An11g01220	complement(join(<311369..312234,312290..>313028))	Aspergillus niger	4984351
An11g01230	mRNA	An11g01230	NT_166526.1	313106	314100	R	An11g01230	complement(join(<313106..313225,313279..313654,313747..313833,313970..>314100))	Aspergillus niger	84592188
An11g01240	mRNA	An11g01240	NT_166526.1	314583	316887	R	An11g01240	complement(join(<314583..315389,315457..316196,316305..316462,316568..316622,316803..>316887))	Aspergillus niger	4984353
An11g01250	mRNA	An11g01250	NT_166526.1	317138	321298	D	An11g01250	join(<317138..317235,317292..317518,317619..317732,318180..319961,319999..320136,320223..320407,320622..320789,320921..321019,321152..>321298)	Aspergillus niger	84592189
An11g01260	mRNA	An11g01260	NT_166526.1	321360	323229	R	An11g01260	complement(join(<321360..321749,321840..322133,322239..322573,322639..322823,322895..322991,323052..>323229))	Aspergillus niger	4984355
An11g01270	mRNA	An11g01270	NT_166526.1	324759	327020	D	An11g01270	join(<324759..324793,324839..324866,324914..325152,325206..325492,325571..325628,325681..326236,326285..326373,326429..326642,326697..>327020)	Aspergillus niger	4984356
An11g01280	mRNA	An11g01280	NT_166526.1	328129	329433	R	An11g01280	complement(join(<328129..328293,328396..328468,328565..328640,328739..328922,329083..329157,329262..329342,329419..>329433))	Aspergillus niger	84592190
An11g01290	mRNA	An11g01290	NT_166526.1	329634	332054	D	An11g01290	join(<329634..329649,329711..329848,329895..330017,330088..330199,330281..330494,330620..330878,331397..331648,331776..331883,331969..>332054)	Aspergillus niger	84592191
An11g01300	mRNA	An11g01300	NT_166526.1	332441	334090	R	An11g01300	complement(join(<332441..332465,332535..333798,333892..>334090))	Aspergillus niger	4984359
An11g01310	mRNA	An11g01310	NT_166526.1	335215	336020	D	An11g01310	join(<335215..335392,335450..335742,335793..335867,335922..>336020)	Aspergillus niger	4984360
An11g01320	mRNA	An11g01320	NT_166526.1	337190	337862	D	An11g01320	join(<337190..337498,337806..>337862)	Aspergillus niger	84592192
An11g01330	mRNA	An11g01330	NT_166526.1	338797	339683	D	An11g01330	join(<338797..338862,338932..339094,339157..339290,339427..339508,339580..>339683)	Aspergillus niger	4984362
An11g01340	mRNA	An11g01340	NT_166526.1	340231	341166	D	An11g01340	<340231..>341166	Aspergillus niger	4984363
An11g01350	mRNA	An11g01350	NT_166526.1	341268	342385	R	An11g01350	complement(join(<341268..341635,341701..342204,342254..342326,342374..>342385))	Aspergillus niger	4984364
An11g01360	mRNA	An11g01360	NT_166526.1	343095	344944	D	An11g01360	join(<343095..343488,343626..>344944)	Aspergillus niger	84592193
An11g01370	mRNA	An11g01370	NT_166526.1	345033	345486	R	An11g01370	complement(join(<345033..345055,345139..345234,345325..345382,345421..>345486))	Aspergillus niger	84592194
An11g01380	mRNA	An11g01380	NT_166526.1	345599	346194	D	An11g01380	join(<345599..345861,346140..>346194)	Aspergillus niger	84592195
An11g01390	mRNA	An11g01390	NT_166526.1	346348	347373	D	An11g01390	<346348..>347373	Aspergillus niger	4984368
An11g01400	mRNA	An11g01400	NT_166526.1	347891	349100	D	An11g01400	join(<347891..348287,348849..348872,349066..>349100)	Aspergillus niger	4984369
An11g01410	mRNA	An11g01410	NT_166526.1	350115	351745	D	An11g01410	join(<350115..350385,350436..350567,350617..350919,350964..>351745)	Aspergillus niger	4984370
An11g01420	mRNA	An11g01420	NT_166526.1	352184	353371	D	An11g01420	<352184..>353371	Aspergillus niger	4984371
An11g01430	mRNA	An11g01430	NT_166526.1	353826	355302	R	An11g01430	complement(join(<353826..354142,354610..354740,354812..354978,355036..>355302))	Aspergillus niger	4984372
An11g01470	mRNA	An11g01470	NT_166526.1	357686	358580	D	An11g01470	join(<357686..357694,357990..358071,358204..>358580)	Aspergillus niger	84592196
An11g01480	mRNA	An11g01480	NT_166526.1	359029	359913	R	An11g01480	complement(join(<359029..359095,359230..359313,359514..359570,359716..359787,359840..>359913))	Aspergillus niger	84592197
An11g01490	mRNA	An11g01490	NT_166526.1	360297	360984	R	An11g01490	complement(join(<360297..360649,360858..>360984))	Aspergillus niger	84592198
An11g01500	mRNA	An11g01500	NT_166526.1	361013	363591	D	An11g01500	join(<361013..361097,361187..361247,361389..361649,361706..361868,361924..361993,362072..362259,362403..362588,362684..363038,363114..363216,363312..363399,363505..>363591)	Aspergillus niger	84592199
An11g01510	mRNA	An11g01510	NT_166526.1	363856	366182	R	An11g01510	complement(join(<363856..364477,364603..>366182))	Aspergillus niger	4984380
An11g01520	mRNA	An11g01520	NT_166526.1	367183	373524	R	An11g01520	complement(join(<367183..367476,367538..372793,372931..>373524))	Aspergillus niger	4984381
An11g01530	mRNA	An11g01530	NT_166526.1	374125	378528	D	An11g01530	join(<374125..374166,374400..374433,374518..374564,374654..374738,374821..374874,374941..375100,375635..375824,376118..376354,377321..377400,377475..377564,377650..377704,377787..377868,378359..>378528)	Aspergillus niger	84592200
An11g01540	mRNA	An11g01540	NT_166526.1	378916	380090	D	An11g01540	join(<378916..379012,379066..379620,379693..>380090)	Aspergillus niger	4984383
An11g01550	mRNA	An11g01550	NT_166526.1	380976	382780	R	An11g01550	complement(join(<380976..381059,381139..381919,381994..382558,382645..>382780))	Aspergillus niger	4984384
An11g01560	mRNA	An11g01560	NT_166526.1	382968	383684	R	An11g01560	complement(join(<382968..383042,383102..383570,383656..>383684))	Aspergillus niger	84592201
An11g01570	mRNA	An11g01570	NT_166526.1	383726	385265	D	An11g01570	join(<383726..384154,384231..>385265)	Aspergillus niger	4984386
An11g01580	mRNA	An11g01580	NT_166526.1	385735	387676	D	An11g01580	join(<385735..386058,386139..386819,386909..>387676)	Aspergillus niger	4984387
An11g01590	mRNA	An11g01590	NT_166526.1	387904	388172	D	An11g01590	join(<387904..388056,388119..388139,388158..>388172)	Aspergillus niger	84592202
An11g01600	mRNA	An11g01600	NT_166526.1	388221	388883	R	An11g01600	complement(<388221..>388883)	Aspergillus niger	4984389
An11g01610	mRNA	An11g01610	NT_166526.1	390676	397186	D	An11g01610	join(<390676..396860,396919..>397186)	Aspergillus niger	4984390
An11g01620	mRNA	An11g01620	NT_166526.1	397874	398626	D	An11g01620	join(<397874..398039,398209..398295,398369..398406,398606..>398626)	Aspergillus niger	84592203
An11g01630	mRNA	An11g01630	NT_166526.1	398633	399692	D	An11g01630	join(<398633..398969,399034..>399692)	Aspergillus niger	4984392
An11g01640	mRNA	An11g01640	NT_166526.1	400138	401571	R	An11g01640	complement(<400138..>401571)	Aspergillus niger	4984393
An11g01650	mRNA	An11g01650	NT_166526.1	401959	403834	D	An11g01650	join(<401959..402607,402685..402848,402914..>403834)	Aspergillus niger	4984394
An11g01660	mRNA	An11g01660	NT_166526.1	404993	405844	R	An11g01660	complement(<404993..>405844)	Aspergillus niger	4984395
An11g01670	mRNA	An11g01670	NT_166526.1	405996	407449	D	An11g01670	join(<405996..406119,406189..406389,406465..406540,406632..406733,406930..407200,407339..>407449)	Aspergillus niger	84592204
An11g01680	mRNA	An11g01680	NT_166526.1	408111	409293	R	An11g01680	complement(join(<408111..408200,408276..408434,408506..408569,408676..408724,409015..409047,409209..>409293))	Aspergillus niger	84592205
An11g01690	mRNA	An11g01690	NT_166526.1	411066	411538	D	An11g01690	join(<411066..411074,411160..411171,411255..411398,411515..>411538)	Aspergillus niger	4984398
An11g01700	mRNA	An11g01700	NT_166526.1	412298	414085	R	An11g01700	complement(join(<412298..413930,414030..>414085))	Aspergillus niger	4984399
An11g01710	mRNA	An11g01710	NT_166526.1	414756	415641	R	An11g01710	complement(join(<414756..414872,414943..415487,415530..>415641))	Aspergillus niger	84592206
An11g01720	mRNA	An11g01720	NT_166526.1	415920	417811	R	An11g01720	complement(join(<415920..416239,416292..416619,416675..417146,417203..417367,417424..417457,417583..>417811))	Aspergillus niger	4984401
An11g01730	mRNA	An11g01730	NT_166526.1	418394	418904	R	An11g01730	complement(join(<418394..418497,418585..418785,418871..>418904))	Aspergillus niger	84592207
An11g01740	mRNA	An11g01740	NT_166526.1	418969	421196	D	An11g01740	join(<418969..419004,419087..419350,419418..>421196)	Aspergillus niger	4984403
An11g01750	mRNA	An11g01750	NT_166526.1	422061	425113	D	An11g01750	join(<422061..422759,422967..423106,423459..423963,424022..>425113)	Aspergillus niger	4984404
An11g01760	mRNA	An11g01760	NT_166526.1	425280	426811	D	An11g01760	join(<425280..425657,425809..425916,425971..426178,426306..426415,426476..>426811)	Aspergillus niger	4984405
An11g01770	mRNA	An11g01770	NT_166526.1	427250	431093	R	An11g01770	complement(join(<427250..427457,427527..428019,428076..430515,430593..>431093))	Aspergillus niger	4984406
An11g01780	mRNA	An11g01780	NT_166526.1	431825	432401	R	An11g01780	complement(join(<431825..431913,432012..432112,432197..432303,432396..>432401))	Aspergillus niger	84592208
An11g01790	mRNA	An11g01790	NT_166526.1	432680	433629	D	An11g01790	join(<432680..432729,432854..432926,433002..433021,433092..433154,433220..433291,433356..>433629)	Aspergillus niger	4984408
An11g01800	mRNA	An11g01800	NT_166526.1	436017	436951	R	An11g01800	complement(join(<436017..436085,436624..436704,436746..436842,436866..>436951))	Aspergillus niger	84592209
An11g01810	mRNA	An11g01810	NT_166526.1	437025	437672	D	An11g01810	join(<437025..437053,437178..437291,437357..>437672)	Aspergillus niger	4984410
An11g01820	mRNA	An11g01820	NT_166526.1	438227	439274	D	An11g01820	join(<438227..438363,438527..438819,438946..>439274)	Aspergillus niger	84592210
An11g01830	mRNA	An11g01830	NT_166526.1	439765	441089	D	An11g01830	join(<439765..439883,439946..>441089)	Aspergillus niger	4984412
An11g01840	mRNA	An11g01840	NT_166526.1	441757	443507	R	An11g01840	complement(join(<441757..442851,442932..443442,443494..>443507))	Aspergillus niger	4984413
An11g01850	mRNA	An11g01850	NT_166526.1	444005	451837	D	An11g01850	join(<444005..445443,445509..>451837)	Aspergillus niger	4984414
An11g01860	mRNA	An11g01860	NT_166526.1	452137	452712	R	An11g01860	complement(<452137..>452712)	Aspergillus niger	4984415
An11g01870	mRNA	An11g01870	NT_166526.1	453141	455864	D	An11g01870	join(<453141..453182,453310..453696,453763..455636,455693..>455864)	Aspergillus niger	4984416
An11g01880	mRNA	An11g01880	NT_166526.1	456362	457398	R	An11g01880	complement(join(<456362..456982,457075..>457398))	Aspergillus niger	4984417
An11g01890	mRNA	An11g01890	NT_166526.1	458360	460233	R	An11g01890	complement(join(<458360..459488,459554..459778,459836..459898,459980..>460233))	Aspergillus niger	4984418
An11g01900	mRNA	An11g01900	NT_166526.1	462586	463312	R	An11g01900	complement(join(<462586..462726,462799..462822,462900..463130,463217..463267,463304..>463312))	Aspergillus niger	84592211
An11g01910	mRNA	An11g01910	NT_166526.1	464110	465222	R	An11g01910	complement(join(<464110..464220,464422..464552,464615..464722,464811..>465222))	Aspergillus niger	84592212
An11g01920	mRNA	An11g01920	NT_166526.1	466117	467452	D	An11g01920	join(<466117..466329,466619..466693,466819..466949,467053..467127,467171..467250,467343..>467452)	Aspergillus niger	84592213
An11g01930	mRNA	An11g01930	NT_166526.1	469010	470938	R	An11g01930	complement(<469010..>470938)	Aspergillus niger	84592214
An11g01940	mRNA	An11g01940	NT_166526.1	472159	472858	D	An11g01940	join(<472159..472459,472539..>472858)	Aspergillus niger	4984423
An11g01950	mRNA	An11g01950	NT_166526.1	473750	476916	D	An11g01950	join(<473750..474121,474185..474773,474824..475629,475678..475980,476032..>476916)	Aspergillus niger	4984424
An11g01960	mRNA	An11g01960	NT_166526.1	477078	478112	R	An11g01960	complement(join(<477078..477334,477359..>478112))	Aspergillus niger	4984425
An11g01970	mRNA	An11g01970	NT_166526.1	478496	479373	R	An11g01970	complement(join(<478496..479206,479263..>479373))	Aspergillus niger	4984426
An11g01980	mRNA	An11g01980	NT_166526.1	480374	482455	D	An11g01980	join(<480374..480526,480580..480852,480903..481019,481096..481180,481233..481301,481352..481957,482025..>482455)	Aspergillus niger	4984427
An11g01990	mRNA	An11g01990	NT_166526.1	487585	489582	D	An11g01990	<487585..>489582	Aspergillus niger	4984428
An11g02000	mRNA	An11g02000	NT_166526.1	491509	495341	R	An11g02000	complement(join(<491509..493721,493797..494244,494352..>495341))	Aspergillus niger	4984429
An11g02010	mRNA	An11g02010	NT_166526.1	496442	497840	D	An11g02010	join(<496442..496671,496730..496903,496934..>497840)	Aspergillus niger	4984430
An11g02020	mRNA	An11g02020	NT_166526.1	498330	500013	R	An11g02020	complement(join(<498330..499703,499765..>500013))	Aspergillus niger	4984431
An11g02030	mRNA	An11g02030	NT_166526.1	506239	507125	R	An11g02030	complement(join(<506239..506273,506348..506399,506450..506936,507082..>507125))	Aspergillus niger	4984432
An11g02040	mRNA	An11g02040	NT_166526.1	508165	510234	R	An11g02040	complement(join(<508165..508605,508667..509095,509159..509610,509673..509860,510218..>510234))	Aspergillus niger	4984433
An11g02050	mRNA	An11g02050	NT_166526.1	512588	513286	D	An11g02050	<512588..>513286	Aspergillus niger	4984434
An11g02060	mRNA	An11g02060	NT_166526.1	513433	514498	R	An11g02060	complement(join(<513433..513498,513585..513825,514073..514188,514364..>514498))	Aspergillus niger	84592215
An11g02070	mRNA	An11g02070	NT_166526.1	517068	517481	R	An11g02070	complement(<517068..>517481)	Aspergillus niger	4984436
An11g02090	mRNA	An11g02090	NT_166526.1	518939	520253	D	An11g02090	join(<518939..519154,519206..519304,519354..519421,519476..>520253)	Aspergillus niger	4984438
An11g02100	mRNA	An11g02100	NT_166526.1	521611	523494	R	An11g02100	complement(join(<521611..521697,521755..522911,522968..523309,523371..>523494))	Aspergillus niger	4984439
An11g02110	mRNA	An11g02110	NT_166526.1	524845	529974	D	An11g02110	join(<524845..526436,526498..526620,526670..526768,526821..526945,527002..527049,527099..527768,527823..527900,527951..528512,528563..528814,528868..529157,529215..529642,529701..529777,529843..>529974)	Aspergillus niger	4984440
An11g02120	mRNA	An11g02120	NT_166526.1	530536	532421	R	An11g02120	complement(join(<530536..531736,531832..>532421))	Aspergillus niger	4984441
An11g02140	mRNA	An11g02140	NT_166526.1	534671	535407	R	An11g02140	complement(join(<534671..534712,534820..534974,535066..535264,535339..>535407))	Aspergillus niger	4984443
An11g02150	mRNA	An11g02150	NT_166526.1	536020	538611	R	An11g02150	complement(join(<536020..536765,536838..537739,537789..538335,538392..>538611))	Aspergillus niger	4984444
An11g02160	mRNA	An11g02160	NT_166526.1	539777	540463	D	An11g02160	<539777..>540463	Aspergillus niger	4984445
An11g02170	mRNA	An11g02170	NT_166526.1	540825	542120	R	An11g02170	complement(<540825..>542120)	Aspergillus niger	4984446
An11g02180	mRNA	An11g02180	NT_166526.1	542622	544173	D	An11g02180	join(<542622..542689,542760..543269,543325..543975,544026..>544173)	Aspergillus niger	4984447
An11g02190	mRNA	An11g02190	NT_166526.1	544395	545186	R	An11g02190	complement(<544395..>545186)	Aspergillus niger	4984448
An11g02200	mRNA	An11g02200	NT_166526.1	545902	547287	D	An11g02200	join(<545902..546560,546614..546673,546731..547088,547153..>547287)	Aspergillus niger	4984449
An11g02220	mRNA	An11g02220	NT_166526.1	548288	550845	R	An11g02220	complement(join(<548288..548352,548408..548544,548597..548734,548787..548875,548927..548983,549109..549244,549280..549367,549420..>550845))	Aspergillus niger	4984451
An11g02230	mRNA	An11g02230	NT_166526.1	551650	553245	D	An11g02230	join(<551650..551844,551902..>553245)	Aspergillus niger	4984452
An11g02240	mRNA	An11g02240	NT_166526.1	554993	555943	D	An11g02240	join(<554993..555058,555164..555188,555295..555521,555581..>555943)	Aspergillus niger	84592216
An11g02250	mRNA	An11g02250	NT_166526.1	556501	557918	R	An11g02250	complement(join(<556501..556685,556835..556910,557042..557149,557219..557246,557335..557358,557473..557587,557768..>557918))	Aspergillus niger	84592217
An11g02260	mRNA	An11g02260	NT_166526.1	559755	561317	D	An11g02260	join(<559755..559831,560015..560155,560505..560650,560954..561063,561159..>561317)	Aspergillus niger	84592218
An11g02270	mRNA	An11g02270	NT_166526.1	563769	565595	R	An11g02270	complement(join(<563769..565426,565496..>565595))	Aspergillus niger	4984456
An11g02280	mRNA	An11g02280	NT_166526.1	565871	566861	D	An11g02280	join(<565871..566006,566122..566196,566274..566297,566394..566458,566703..>566861)	Aspergillus niger	84592219
An11g02290	mRNA	An11g02290	NT_166526.1	567422	568289	R	An11g02290	complement(join(<567422..567492,567688..567746,567869..567956,568041..568146,568230..>568289))	Aspergillus niger	84592220
An11g02300	mRNA	An11g02300	NT_166526.1	568973	570120	D	An11g02300	join(<568973..569105,569474..569548,569655..569851,569938..>570120)	Aspergillus niger	84592221
An11g02310	mRNA	An11g02310	NT_166526.1	570297	572204	R	An11g02310	complement(join(<570297..570510,570602..570633,570719..570763,570965..571081,571414..571584,571634..571755,572117..>572204))	Aspergillus niger	84592222
An11g02330	mRNA	An11g02330	NT_166526.1	574358	574929	R	An11g02330	complement(join(<574358..574547,574712..>574929))	Aspergillus niger	84592223
An11g02340	mRNA	An11g02340	NT_166526.1	575487	575694	D	An11g02340	join(<575487..575615,575692..>575694)	Aspergillus niger	84592224
An11g02350	mRNA	An11g02350	NT_166526.1	575982	577399	R	An11g02350	complement(join(<575982..576094,576118..576157,576200..576606,576724..576818,576895..576952,577336..>577399))	Aspergillus niger	84592225
An11g02360	mRNA	An11g02360	NT_166526.1	580962	583212	R	An11g02360	complement(join(<580962..581006,581072..581398,581454..581591,581642..582290,582345..582634,582696..582779,582833..582926,583010..583058,583123..583140,583203..>583212))	Aspergillus niger	4984465
An11g02365	mRNA	An11g02365	NT_166526.1	585090	586406	R	An11g02365	complement(join(<585090..585944,586003..586243,586354..>586406))	Aspergillus niger	84592226
An11g02370	mRNA	An11g02370	NT_166526.1	587178	591643	D	An11g02370	join(<587178..587266,587320..587473,587525..587558,587598..588508,588570..588603,588788..588986,589096..>591643)	Aspergillus niger	4984467
An11g02380	mRNA	An11g02380	NT_166526.1	598875	600426	R	An11g02380	complement(join(<598875..598901,598959..600128,600245..600301,600367..>600426))	Aspergillus niger	4984468
An11g02390	mRNA	An11g02390	NT_166526.1	601173	603712	D	An11g02390	join(<601173..601516,601679..602604,602788..603260,603317..603458,603537..>603712)	Aspergillus niger	4984469
An11g02400	mRNA	An11g02400	NT_166526.1	604325	606345	D	An11g02400	join(<604325..604540,604650..606237,606293..>606345)	Aspergillus niger	4984470
An11g02420	mRNA	An11g02420	NT_166526.1	608325	609126	D	An11g02420	join(<608325..608946,609002..>609126)	Aspergillus niger	84592227
An11g02430	mRNA	An11g02430	NT_166526.1	609618	611194	R	An11g02430	complement(join(<609618..610731,610791..>611194))	Aspergillus niger	4984473
An11g02440	mRNA	An11g02440	NT_166526.1	612676	615848	D	An11g02440	join(<612676..613009,613067..613242,613280..613840,613893..614478,614539..>615848)	Aspergillus niger	4984474
An11g02450	mRNA	An11g02450	NT_166526.1	616030	616992	R	An11g02450	complement(<616030..>616992)	Aspergillus niger	4984475
An11g02460	mRNA	An11g02460	NT_166526.1	617422	618361	R	An11g02460	complement(join(<617422..617493,617554..617653,617708..618242,618319..>618361))	Aspergillus niger	4984476
An11g02470	mRNA	An11g02470	NT_166526.1	619886	622022	D	An11g02470	join(<619886..619930,620061..620141,620180..620332,620499..621081,621131..621214,621265..>622022)	Aspergillus niger	4984477
An11g02480	mRNA	An11g02480	NT_166526.1	622227	623833	R	An11g02480	complement(join(<622227..622703,622760..623130,623251..623459,623532..>623833))	Aspergillus niger	4984478
An11g02490	mRNA	An11g02490	NT_166526.1	624507	625291	R	An11g02490	complement(join(<624507..624720,624774..624892,624971..>625291))	Aspergillus niger	4984479
An11g02500	mRNA	An11g02500	NT_166526.1	625915	627036	D	An11g02500	join(<625915..626241,626288..626640,626709..>627036)	Aspergillus niger	4984480
An11g02510	mRNA	An11g02510	NT_166526.1	627789	629430	D	An11g02510	join(<627789..628218,628250..628429,628484..628815,628879..>629430)	Aspergillus niger	4984481
An11g02520	mRNA	An11g02520	NT_166526.1	629926	632220	D	An11g02520	join(<629926..630087,630369..631118,631179..631661,631734..631909,631962..>632220)	Aspergillus niger	4984482
An11g02530	mRNA	An11g02530	NT_166526.1	632627	634326	D	An11g02530	join(<632627..633342,633444..>634326)	Aspergillus niger	4984483
An11g02540	mRNA	An11g02540	NT_166526.1	634714	635679	R	An11g02540	complement(<634714..>635679)	Aspergillus niger	4984484
An11g02550	mRNA	An11g02550	NT_166526.1	640286	642609	R	An11g02550	complement(join(<640286..641629,641954..642154,642202..642277,642428..>642609))	Aspergillus niger	4984485
An11g02560	mRNA	An11g02560	NT_166526.1	646465	646918	R	An11g02560	complement(join(<646465..646666,646881..>646918))	Aspergillus niger	84592228
An11g02570	mRNA	An11g02570	NT_166526.1	647019	647457	D	An11g02570	join(<647019..647058,647185..647297,647332..>647457)	Aspergillus niger	84592229
An11g02580	mRNA	An11g02580	NT_166526.1	647575	650055	R	An11g02580	complement(join(<647575..647939,647996..648097,648149..648998,649040..649213,649261..649367,649546..649560,649926..>650055))	Aspergillus niger	4984488
An11g02590	mRNA	An11g02590	NT_166526.1	650974	651889	R	An11g02590	complement(join(<650974..651136,651203..651680,651823..>651889))	Aspergillus niger	4984489
An11g02600	mRNA	An11g02600	NT_166526.1	652781	654535	R	An11g02600	complement(join(<652781..652873,652931..653201,653257..653567,653620..653638,653696..654294,654362..>654535))	Aspergillus niger	4984490
An11g02610	mRNA	An11g02610	NT_166526.1	656522	658131	D	An11g02610	join(<656522..656968,657057..657883,657939..>658131)	Aspergillus niger	4984491
An11g02620	mRNA	An11g02620	NT_166526.1	658954	661114	D	An11g02620	join(<658954..659107,659355..660595,660654..660904,661057..>661114)	Aspergillus niger	4984492
An11g02630	mRNA	An11g02630	NT_166526.1	662255	664148	D	An11g02630	join(<662255..662461,662565..>664148)	Aspergillus niger	4984493
An11g02640	mRNA	An11g02640	NT_166526.1	664607	665318	D	An11g02640	join(<664607..664850,664957..>665318)	Aspergillus niger	4984494
An11g02650	mRNA	An11g02650	NT_166526.1	665697	667730	D	An11g02650	join(<665697..665805,665927..666095,666154..666198,666268..666370,666429..>667730)	Aspergillus niger	4984495
An11g02660	mRNA	An11g02660	NT_166526.1	668536	670872	D	An11g02660	join(<668536..668607,668638..669003,669072..669545,669601..>670872)	Aspergillus niger	4984496
An11g02670	mRNA	An11g02670	NT_166526.1	671697	674044	R	An11g02670	complement(join(<671697..673552,673612..673938,674011..>674044))	Aspergillus niger	4984497
An11g02680	mRNA	An11g02680	NT_166526.1	675328	677302	D	An11g02680	join(<675328..675549,675798..676056,676131..676483,676588..677014,677105..677125,677235..>677302)	Aspergillus niger	4984498
An11g02690	mRNA	An11g02690	NT_166526.1	677450	680125	R	An11g02690	complement(join(<677450..678902,678963..679155,679212..679456,679523..679635,679718..>680125))	Aspergillus niger	4984499
An11g02700	mRNA	An11g02700	NT_166526.1	686515	689209	D	An11g02700	join(<686515..686590,686663..686836,686893..688234,688621..688879,688921..688952,689061..689106,689180..>689209)	Aspergillus niger	4984500
An11g02720	mRNA	An11g02720	NT_166526.1	690534	691935	R	An11g02720	complement(<690534..>691935)	Aspergillus niger	84592230
An11g02730	mRNA	An11g02730	NT_166526.1	695781	696745	D	An11g02730	join(<695781..695835,695883..695970,696029..696160,696231..696538,696603..>696745)	Aspergillus niger	4984503
An11g02740	mRNA	An11g02740	NT_166526.1	697722	698132	D	An11g02740	join(<697722..697807,697854..697891,698116..>698132)	Aspergillus niger	84592231
An11g02750	mRNA	An11g02750	NT_166526.1	698518	700828	R	An11g02750	complement(join(<698518..698639,698717..698792,698854..699051,699104..699389,699455..700400,700485..700627,700824..>700828))	Aspergillus niger	4984505
An11g02760	mRNA	An11g02760	NT_166526.1	701713	703669	R	An11g02760	complement(join(<701713..703604,703660..>703669))	Aspergillus niger	4984506
An11g02770	mRNA	An11g02770	NT_166526.1	704468	705920	D	An11g02770	join(<704468..704510,704592..704695,704765..705831,705899..>705920)	Aspergillus niger	4984507
An11g02780	mRNA	An11g02780	NT_166526.1	708490	711411	D	An11g02780	join(<708490..708495,708734..711136,711199..>711411)	Aspergillus niger	4984508
An11g02785	mRNA	An11g02785	NT_166526.1	712272	712781	D	An11g02785	join(<712272..712297,712387..712495,712623..>712781)	Aspergillus niger	4984509
An11g02790	mRNA	An11g02790	NT_166526.1	712965	713295	R	An11g02790	complement(join(<712965..713062,713256..>713295))	Aspergillus niger	84592232
An11g02810	mRNA	An11g02810	NT_166526.1	715773	716141	R	An11g02810	complement(join(<715773..715847,715941..715977,716080..>716141))	Aspergillus niger	84592233
An11g02830	mRNA	An11g02830	NT_166526.1	722397	724052	D	An11g02830	join(<722397..722669,722729..723157,723216..>724052)	Aspergillus niger	4984513
An11g02840	mRNA	An11g02840	NT_166526.1	725636	727335	D	An11g02840	join(<725636..725761,725828..725953,726016..726123,726178..>727335)	Aspergillus niger	4984514
An11g02850	mRNA	An11g02850	NT_166526.1	728028	729094	R	An11g02850	complement(join(<728028..728643,728700..>729094))	Aspergillus niger	4984515
An11g02855	mRNA	An11g02855	NT_166526.1	729971	730305	R	An11g02855	complement(join(<729971..730004,730073..>730305))	Aspergillus niger	84592234
An11g02860	mRNA	An11g02860	NT_166526.1	730572	731749	D	An11g02860	join(<730572..730605,730671..730715,730775..731485,731574..>731749)	Aspergillus niger	4984517
An11g02870	mRNA	An11g02870	NT_166526.1	732284	735567	D	An11g02870	join(<732284..732370,732447..732529,732658..733707,733758..733966,734017..734149,734209..734433,734485..734640,734703..>735567)	Aspergillus niger	4984518
An11g02880	mRNA	An11g02880	NT_166526.1	735675	736504	R	An11g02880	complement(join(<735675..735816,735961..736040,736125..736308,736362..>736504))	Aspergillus niger	84592235
An11g02890	mRNA	An11g02890	NT_166526.1	736819	737448	R	An11g02890	complement(<736819..>737448)	Aspergillus niger	84592236
An11g02900	mRNA	An11g02900	NT_166526.1	737989	740019	D	An11g02900	join(<737989..738167,738285..738383,738479..738730,738813..>740019)	Aspergillus niger	4984521
An11g02910	mRNA	An11g02910	NT_166526.1	740216	740633	R	An11g02910	complement(join(<740216..740353,740415..740546,740616..>740633))	Aspergillus niger	84592237
An11g02920	mRNA	An11g02920	NT_166526.1	740936	742758	R	An11g02920	complement(join(<740936..741112,741200..742173,742270..742539,742611..>742758))	Aspergillus niger	4984523
An11g02930	mRNA	An11g02930	NT_166526.1	743199	743650	R	An11g02930	complement(join(<743199..743297,743495..743569,743615..>743650))	Aspergillus niger	84592238
An11g02940	mRNA	An11g02940	NT_166526.1	744104	744700	R	An11g02940	complement(join(<744104..744215,744297..>744700))	Aspergillus niger	4984525
An11g02950	mRNA	An11g02950	NT_166526.1	745645	748391	R	An11g02950	complement(join(<745645..746862,746910..747015,747064..747324,747374..747506,747594..747638,747699..747885,747960..>748391))	Aspergillus niger	4984526
An11g02960	mRNA	An11g02960	NT_166526.1	749684	750873	R	An11g02960	complement(join(<749684..749945,750005..750168,750221..750729,750837..>750873))	Aspergillus niger	4984527
An11g02970	mRNA	An11g02970	NT_166526.1	751585	752726	D	An11g02970	join(<751585..751873,751933..>752726)	Aspergillus niger	4984528
An11g02980	mRNA	An11g02980	NT_166526.1	753624	755603	D	An11g02980	join(<753624..753899,753955..754779,754826..754873,754932..755352,755479..>755603)	Aspergillus niger	4984529
An11g02990	mRNA	An11g02990	NT_166526.1	755752	757505	R	An11g02990	complement(join(<755752..756918,756985..757260,757296..>757505))	Aspergillus niger	4984530
An11g03000	mRNA	An11g03000	NT_166526.1	757936	761880	R	An11g03000	complement(join(<757936..758054,758241..758268,758320..758520,758729..760337,760430..760632,760684..761235,761288..761467,761647..>761880))	Aspergillus niger	4984531
An11g03010	mRNA	An11g03010	NT_166526.1	762077	762889	D	An11g03010	join(<762077..762320,762391..762642,762690..>762889)	Aspergillus niger	84592239
An11g03020	mRNA	An11g03020	NT_166526.1	763202	763718	R	An11g03020	complement(join(<763202..763315,763417..763546,763633..>763718))	Aspergillus niger	84592240
An11g03030	mRNA	An11g03030	NT_166526.1	763772	764475	R	An11g03030	complement(join(<763772..763860,763940..763979,764019..764107,764198..764248,764343..>764475))	Aspergillus niger	84592241
An11g03040	mRNA	An11g03040	NT_166526.1	764477	765669	D	An11g03040	join(<764477..764536,764600..>765669)	Aspergillus niger	4984535
An11g03050	mRNA	An11g03050	NT_166526.1	765770	768539	R	An11g03050	complement(join(<765770..766264,766409..766945,767147..>768539))	Aspergillus niger	4984536
An11g03060	mRNA	An11g03060	NT_166526.1	769171	770599	R	An11g03060	complement(join(<769171..769461,769529..769899,769972..770240,770298..>770599))	Aspergillus niger	4984537
An11g03070	mRNA	An11g03070	NT_166526.1	771241	773202	R	An11g03070	complement(join(<771241..771711,771868..772272,772470..772506,772579..772809,772936..773162,773200..>773202))	Aspergillus niger	4984538
An11g03080	mRNA	An11g03080	NT_166526.1	773876	774710	R	An11g03080	complement(join(<773876..773914,774000..774074,774116..774230,774308..774569,774686..>774710))	Aspergillus niger	84592242
An11g03090	mRNA	An11g03090	NT_166526.1	774712	775995	D	An11g03090	join(<774712..774872,774905..775004,775171..775544,775601..775671,775733..>775995)	Aspergillus niger	4984540
An11g03100	mRNA	An11g03100	NT_166526.1	776522	777572	R	An11g03100	complement(join(<776522..777382,777446..777469,777531..>777572))	Aspergillus niger	4984541
An11g03110	mRNA	An11g03110	NT_166526.1	778493	780071	D	An11g03110	join(<778493..778911,778959..779017,779065..>780071)	Aspergillus niger	4984542
An11g03120	mRNA	An11g03120	NT_166526.1	780433	781475	D	An11g03120	join(<780433..781088,781175..>781475)	Aspergillus niger	4984543
An11g03130	mRNA	An11g03130	NT_166526.1	782289	783275	D	An11g03130	<782289..>783275	Aspergillus niger	4984544
An11g03140	mRNA	An11g03140	NT_166526.1	784830	786424	D	An11g03140	join(<784830..784843,784985..785050,785352..785549,785593..785639,785819..785931,785963..786239,786279..>786424)	Aspergillus niger	84592243
An11g03150	mRNA	An11g03150	NT_166526.1	787550	788995	D	An11g03150	join(<787550..787615,787668..787725,787780..788515,788565..788896,788952..>788995)	Aspergillus niger	4984546
An11g03160	mRNA	An11g03160	NT_166526.1	789984	791442	R	An11g03160	complement(join(<789984..791344,791421..>791442))	Aspergillus niger	4984547
An11g03170	mRNA	An11g03170	NT_166526.1	792957	793977	R	An11g03170	complement(join(<792957..793246,793305..793464,793536..793880,793942..>793977))	Aspergillus niger	4984548
An11g03180	mRNA	An11g03180	NT_166526.1	794783	798922	R	An11g03180	complement(join(<794783..794905,794958..798660,798720..>798922))	Aspergillus niger	4984549
An11g03190	mRNA	An11g03190	NT_166526.1	799808	800934	R	An11g03190	complement(join(<799808..800514,800568..800599,800812..800882,800932..>800934))	Aspergillus niger	4984550
An11g03200	mRNA	inuA	NT_166526.1	802511	804061	R	An11g03200	complement(<802511..>804061)	Aspergillus niger	4984551
An11g03210	mRNA	An11g03210	NT_166526.1	804999	805548	R	An11g03210	complement(join(<804999..805182,805247..805393,805467..>805548))	Aspergillus niger	84592244
An11g03220	mRNA	An11g03220	NT_166526.1	806371	808848	R	An11g03220	complement(join(<806371..807288,807350..807610,807668..808098,808147..808442,808497..808588,808652..808666,808735..808749,808801..>808848))	Aspergillus niger	4984553
An11g03230	mRNA	An11g03230	NT_166526.1	809873	811704	D	An11g03230	join(<809873..810035,810098..810248,810311..811278,811331..811614,811666..>811704)	Aspergillus niger	4984554
An11g03240	mRNA	An11g03240	NT_166526.1	812156	813247	R	An11g03240	complement(join(<812156..812181,812236..812597,812650..813013,813091..>813247))	Aspergillus niger	4984555
An11g03250	mRNA	An11g03250	NT_166526.1	813514	814014	R	An11g03250	complement(join(<813514..813663,813781..>814014))	Aspergillus niger	84592245
An11g03260	mRNA	An11g03260	NT_166526.1	814117	815168	D	An11g03260	join(<814117..814316,814377..814453,814507..814590,814646..814714,814768..>815168)	Aspergillus niger	4984557
An11g03270	mRNA	An11g03270	NT_166526.1	815880	817323	D	An11g03270	join(<815880..815980,816040..817249,817306..>817323)	Aspergillus niger	4984558
An11g03290	mRNA	An11g03290	NT_166526.1	819031	821407	R	An11g03290	complement(join(<819031..820054,820104..820776,820848..821061,821162..>821407))	Aspergillus niger	4984560
An11g03300	mRNA	An11g03300	NT_166526.1	822042	823180	R	An11g03300	complement(join(<822042..822117,822248..822304,822726..822822,823039..>823180))	Aspergillus niger	84592246
An11g03310	mRNA	An11g03310	NT_166526.1	823508	826373	D	An11g03310	join(<823508..823598,823780..>826373)	Aspergillus niger	4984562
An11g03320	mRNA	An11g03320	NT_166526.1	826866	826955	D	An11g03320	<826866..>826955	Aspergillus niger	84592247
An11g03330	mRNA	An11g03330	NT_166526.1	828140	831381	D	An11g03330	join(<828140..828202,828266..828692,828740..>831381)	Aspergillus niger	4984564
An11g03340	mRNA	An11g03340	NT_166526.1	831960	833934	R	An11g03340	complement(join(<831960..832265,832344..832584,832639..832785,832835..832997,833050..833278,833339..833447,833507..833622,833679..833717,833767..>833934))	Aspergillus niger	4984565
An11g03350	mRNA	An11g03350	NT_166526.1	834952	837027	R	An11g03350	complement(join(<834952..835019,835072..836051,836102..836222,836273..836382,836434..836516,836573..836709,836769..>837027))	Aspergillus niger	4984566
An11g03360	mRNA	An11g03360	NT_166526.1	837387	837746	D	An11g03360	join(<837387..837456,837532..837564,837646..>837746)	Aspergillus niger	84592248
An11g03370	mRNA	An11g03370	NT_166526.1	838273	839265	R	An11g03370	complement(join(<838273..838374,838464..838510,838851..838987,839043..839138,839228..>839265))	Aspergillus niger	84592249
An11g03380	mRNA	An11g03380	NT_166526.1	839444	840417	D	An11g03380	join(<839444..839518,839587..>840417)	Aspergillus niger	4984569
An11g03390	mRNA	An11g03390	NT_166526.1	841116	842236	D	An11g03390	join(<841116..841152,841255..841358,841409..>842236)	Aspergillus niger	4984570
An11g03400	mRNA	An11g03400	NT_166526.1	844248	845732	D	An11g03400	<844248..>845732	Aspergillus niger	4984571
An11g03420	mRNA	An11g03420	NT_166526.1	846252	847965	D	An11g03420	join(<846252..846389,846503..846793,846838..>847965)	Aspergillus niger	4984573
An11g03430	mRNA	An11g03430	NT_166526.1	849494	851386	D	An11g03430	join(<849494..849686,849751..849880,849942..850133,850185..850336,850384..850628,850680..850951,851008..>851386)	Aspergillus niger	4984574
An11g03450	mRNA	An11g03450	NT_166526.1	853251	853820	D	An11g03450	join(<853251..853382,853477..853704,853767..>853820)	Aspergillus niger	4984576
An11g03460	mRNA	An11g03460	NT_166526.1	854246	858678	R	An11g03460	complement(join(<854246..856000,856051..>858678))	Aspergillus niger	4984577
An11g03470	mRNA	An11g03470	NT_166526.1	859331	861166	R	An11g03470	complement(join(<859331..859970,860017..860470,860524..>861166))	Aspergillus niger	4984578
An11g03480	mRNA	An11g03480	NT_166526.1	862240	864029	R	An11g03480	complement(join(<862240..862262,862528..862540,862761..>864029))	Aspergillus niger	4984579
An11g03490	mRNA	An11g03490	NT_166526.1	865001	865989	D	An11g03490	join(<865001..865084,865148..865371,865425..>865989)	Aspergillus niger	4984580
An11g03500	mRNA	An11g03500	NT_166526.1	867265	868632	D	An11g03500	join(<867265..867602,867655..868158,868219..868427,868478..>868632)	Aspergillus niger	4984581
An11g03510	mRNA	An11g03510	NT_166526.1	868685	870511	R	An11g03510	complement(join(<868685..870239,870287..870422,870469..>870511))	Aspergillus niger	4984582
An11g03520	mRNA	An11g03520	NT_166526.1	871299	871988	R	An11g03520	complement(<871299..>871988)	Aspergillus niger	4984583
An11g03530	mRNA	An11g03530	NT_166526.1	872347	874083	R	An11g03530	complement(join(<872347..872695,872746..873189,873237..873409,873460..873484,873533..873823,873878..>874083))	Aspergillus niger	4984584
An11g03540	mRNA	An11g03540	NT_166526.1	874558	876078	R	An11g03540	complement(join(<874558..874899,874948..>876078))	Aspergillus niger	4984585
An11g03550	mRNA	An11g03550	NT_166526.1	877691	879094	R	An11g03550	complement(join(<877691..877831,877927..877992,878049..878351,878415..878684,878768..>879094))	Aspergillus niger	84592250
An11g03560	mRNA	An11g03560	NT_166526.1	880657	881460	R	An11g03560	complement(join(<880657..880735,880785..880876,880962..881273,881392..>881460))	Aspergillus niger	84592251
An11g03570	mRNA	An11g03570	NT_166526.1	881607	883610	D	An11g03570	join(<881607..881898,881994..882306,882406..882637,882710..883000,883057..883176,883230..883393,883448..>883610)	Aspergillus niger	4984588
An11g03580	mRNA	An11g03580	NT_166526.1	884122	885927	R	An11g03580	complement(join(<884122..884448,884511..884995,885048..>885927))	Aspergillus niger	4984589
An11g03590	mRNA	An11g03590	NT_166526.1	887172	888917	D	An11g03590	<887172..>888917	Aspergillus niger	4984590
An11g03600	mRNA	An11g03600	NT_166526.1	889353	890786	D	An11g03600	join(<889353..889478,889550..889643,889883..890095,890167..>890786)	Aspergillus niger	4984591
An11g03610	mRNA	An11g03610	NT_166526.1	893586	898018	D	An11g03610	join(<893586..894555,894609..>898018)	Aspergillus niger	4984592
An11g03620	mRNA	An11g03620	NT_166526.1	899180	900279	D	An11g03620	join(<899180..899335,899392..899601,899674..>900279)	Aspergillus niger	4984593
An11g03630	mRNA	An11g03630	NT_166526.1	900603	903089	D	An11g03630	join(<900603..900676,900745..901529,901564..901794,901855..902464,902522..>903089)	Aspergillus niger	4984594
An11g03640	mRNA	An11g03640	NT_166526.1	904348	906846	D	An11g03640	join(<904348..904986,905036..906308,906359..>906846)	Aspergillus niger	4984595
An11g03660	mRNA	An11g03660	NT_166526.1	907480	909516	R	An11g03660	complement(join(<907480..907834,908134..908151,908200..908224,908250..908440,908721..908841,908890..909013,909065..909099,909188..909224,909284..909337,909445..>909516))	Aspergillus niger	4984597
An11g03670	mRNA	An11g03670	NT_166526.1	910240	911508	D	An11g03670	join(<910240..910319,910430..911051,911107..>911508)	Aspergillus niger	84592252
An11g03680	mRNA	An11g03680	NT_166526.1	912244	913559	R	An11g03680	complement(join(<912244..912351,912431..912680,912754..913183,913277..>913559))	Aspergillus niger	4984599
An11g03690	mRNA	An11g03690	NT_166526.1	913929	916375	D	An11g03690	join(<913929..914144,914211..914278,914364..915327,915386..>916375)	Aspergillus niger	4984600
An11g03700	mRNA	An11g03700	NT_166526.1	916818	918459	R	An11g03700	complement(join(<916818..916976,917030..918364,918421..>918459))	Aspergillus niger	4984601
An11g03710	mRNA	An11g03710	NT_166526.1	918692	919621	D	An11g03710	join(<918692..918723,918808..918968,919207..919264,919349..919408,919483..>919621)	Aspergillus niger	84592253
An11g03720	mRNA	An11g03720	NT_166526.1	920088	920599	R	An11g03720	complement(join(<920088..920200,920267..920351,920392..920428,920511..>920599))	Aspergillus niger	84592254
An11g03730	mRNA	An11g03730	NT_166526.1	921296	922586	R	An11g03730	complement(join(<921296..921752,921804..921921,921986..922358,922431..>922586))	Aspergillus niger	4984604
An11g03740	mRNA	An11g03740	NT_166526.1	924199	926032	D	An11g03740	join(<924199..924446,924507..924707,924769..>926032)	Aspergillus niger	4984605
An11g03750	mRNA	An11g03750	NT_166526.1	927464	929007	D	An11g03750	join(<927464..927477,927618..927784,927892..927966,928127..928415,928509..928818,928912..>929007)	Aspergillus niger	84592255
An11g03760	mRNA	An11g03760	NT_166526.1	929119	930662	D	An11g03760	join(<929119..929922,929976..>930662)	Aspergillus niger	4984607
An11g03770	mRNA	An11g03770	NT_166526.1	931208	932189	D	An11g03770	join(<931208..931636,931777..931833,931939..931964,932069..>932189)	Aspergillus niger	4984608
An11g03780	mRNA	An11g03780	NT_166526.1	932665	934852	D	An11g03780	join(<932665..933265,933375..934252,934300..934372,934422..>934852)	Aspergillus niger	4984609
An11g03790	mRNA	An11g03790	NT_166526.1	934971	936387	R	An11g03790	complement(join(<934971..935155,935230..935595,935667..935716,935777..935797,935875..936090,936170..>936387))	Aspergillus niger	4984610
An11g03800	mRNA	An11g03800	NT_166526.1	936767	938052	D	An11g03800	join(<936767..936817,936868..>938052)	Aspergillus niger	4984611
An11g03810	mRNA	An11g03810	NT_166526.1	938448	938896	D	An11g03810	join(<938448..938473,938524..>938896)	Aspergillus niger	4984612
An11g03820	mRNA	An11g03820	NT_166526.1	939488	940557	D	An11g03820	join(<939488..939531,939849..>940557)	Aspergillus niger	4984613
An11g03830	mRNA	An11g03830	NT_166526.1	940958	941595	D	An11g03830	join(<940958..941115,941184..941239,941318..941481,941554..>941595)	Aspergillus niger	4984614
An11g03860	mRNA	An11g03860	NT_166526.1	942955	945229	R	An11g03860	complement(join(<942955..943056,943110..943270,943321..943382,943434..944050,944106..944265,944314..944708,944763..944976,945105..>945229))	Aspergillus niger	4984617
An11g03870	mRNA	An11g03870	NT_166526.1	945943	952185	D	An11g03870	join(<945943..947690,947750..948303,948362..948722,948788..950733,950851..950939,951088..951110,951198..951224,951328..951333,951420..951507,951560..951627,951918..>952185)	Aspergillus niger	4984618
An11g03880	mRNA	An11g03880	NT_166526.1	952597	953529	D	An11g03880	<952597..>953529	Aspergillus niger	4984619
An11g03890	mRNA	An11g03890	NT_166526.1	953905	956174	D	An11g03890	join(<953905..955208,955262..>956174)	Aspergillus niger	4984620
An11g03900	mRNA	An11g03900	NT_166526.1	956451	958274	D	An11g03900	join(<956451..956573,956631..956636,956700..956763,956812..956910,956961..957114,957168..957345,957402..>958274)	Aspergillus niger	4984621
An11g03920	mRNA	An11g03920	NT_166526.1	959482	968289	R	An11g03920	complement(join(<959482..959522,959622..965752,965819..965978,966057..966762,966823..966979,967047..967480,967599..967867,967941..>968289))	Aspergillus niger	4984623
An11g03930	mRNA	An11g03930	NT_166526.1	968393	969695	R	An11g03930	complement(join(<968393..968451,968529..968573,968627..968688,968776..968836,968930..969439,969508..969585,969668..>969695))	Aspergillus niger	4984624
An11g03940	mRNA	An11g03940	NT_166526.1	970129	971909	D	An11g03940	join(<970129..970206,970287..971163,971260..>971909)	Aspergillus niger	4984625
An11g03950	mRNA	An11g03950	NT_166526.1	972937	974747	R	An11g03950	complement(join(<972937..973006,973096..973108,973204..974084,974181..974289,974346..974478,974553..>974747))	Aspergillus niger	4984626
An11g03960	mRNA	An11g03960	NT_166526.1	975475	976638	D	An11g03960	join(<975475..975682,975769..976222,976287..>976638)	Aspergillus niger	4984627
An11g03970	mRNA	An11g03970	NT_166526.1	978919	980825	R	An11g03970	complement(join(<978919..979224,979281..980746,980807..>980825))	Aspergillus niger	4984628
An11g03980	mRNA	An11g03980	NT_166526.1	981569	982329	D	An11g03980	join(<981569..981653,981724..981836,981968..982014,982122..>982329)	Aspergillus niger	84592256
An11g03990	mRNA	An11g03990	NT_166526.1	982580	983427	D	An11g03990	join(<982580..982593,982675..982760,982921..983073,983129..>983427)	Aspergillus niger	84592257
An11g04000	mRNA	An11g04000	NT_166526.1	983885	985426	D	An11g04000	<983885..>985426	Aspergillus niger	4984631
An11g04010	mRNA	An11g04010	NT_166526.1	986347	987738	R	An11g04010	complement(<986347..>987738)	Aspergillus niger	4984632
An11g04020	mRNA	An11g04020	NT_166526.1	988966	989982	D	An11g04020	<988966..>989982	Aspergillus niger	4984633
An11g04030	mRNA	An11g04030	NT_166526.1	990434	991759	R	An11g04030	complement(join(<990434..990834,990898..991066,991132..991198,991275..>991759))	Aspergillus niger	4984634
An11g04040	mRNA	An11g04040	NT_166526.1	993119	994758	R	An11g04040	complement(join(<993119..993235,993297..993398,993468..993814,993875..993947,994025..994239,994308..>994758))	Aspergillus niger	4984635
An11g04050	mRNA	An11g04050	NT_166526.1	996266	998006	R	An11g04050	complement(join(<996266..996333,996387..996703,996773..997096,997158..997772,997831..>998006))	Aspergillus niger	4984636
An11g04060	mRNA	An11g04060	NT_166526.1	998281	999231	D	An11g04060	join(<998281..998313,998365..>999231)	Aspergillus niger	4984637
An11g04070	mRNA	An11g04070	NT_166526.1	999728	1000619	R	An11g04070	complement(join(<999728..999776,999863..1000000,1000087..1000244,1000300..1000346,1000421..1000455,1000552..>1000619))	Aspergillus niger	84592258
An11g04080	mRNA	An11g04080	NT_166526.1	1000667	1001296	D	An11g04080	<1000667..>1001296	Aspergillus niger	84592259
An11g04090	mRNA	An11g04090	NT_166526.1	1001679	1003592	R	An11g04090	complement(<1001679..>1003592)	Aspergillus niger	4984640
An11g04100	mRNA	An11g04100	NT_166526.1	1004665	1005358	D	An11g04100	join(<1004665..1004707,1004760..>1005358)	Aspergillus niger	4984641
An11g04110	mRNA	An11g04110	NT_166526.1	1006201	1007913	D	An11g04110	<1006201..>1007913	Aspergillus niger	4984642
An11g04120	mRNA	An11g04120	NT_166526.1	1008263	1009061	D	An11g04120	join(<1008263..1008382,1008433..1008954,1008993..>1009061)	Aspergillus niger	4984643
An11g04130	mRNA	An11g04130	NT_166526.1	1009329	1010556	R	An11g04130	complement(join(<1009329..1009742,1009774..>1010556))	Aspergillus niger	84592260
An11g04140	mRNA	An11g04140	NT_166526.1	1012395	1012699	D	An11g04140	join(<1012395..1012531,1012615..>1012699)	Aspergillus niger	84592261
An11g04150	mRNA	An11g04150	NT_166526.1	1013574	1014826	D	An11g04150	join(<1013574..1013739,1013800..1014167,1014220..1014298,1014345..>1014826)	Aspergillus niger	4984646
An11g04160	mRNA	An11g04160	NT_166526.1	1015246	1016535	R	An11g04160	complement(join(<1015246..1015269,1015300..1015753,1015805..>1016535))	Aspergillus niger	4984647
An11g04168	mRNA	An11g04168	NT_166526.1	1017075	1017783	D	An11g04168	join(<1017075..1017110,1017250..>1017783)	Aspergillus niger	4984648
An11g04180	mRNA	bipA	NT_166526.1	1018071	1020260	R	An11g04180	complement(join(<1018071..1018636,1018691..1019796,1019852..1020047,1020110..>1020260))	Aspergillus niger	4984649
An11g04190	mRNA	An11g04190	NT_166526.1	1020271	1021315	D	An11g04190	join(<1020271..1020356,1020498..1020625,1020685..1020741,1020835..1020924,1021209..>1021315)	Aspergillus niger	84592262
An11g04200	mRNA	An11g04200	NT_166526.1	1021608	1024418	R	An11g04200	complement(join(<1021608..1022815,1022866..1023048,1023097..1023834,1024019..1024093,1024193..>1024418))	Aspergillus niger	4984651
An11g04210	mRNA	An11g04210	NT_166526.1	1025006	1028649	R	An11g04210	complement(join(<1025006..1025933,1025989..1027104,1027159..1028453,1028536..>1028649))	Aspergillus niger	4984652
An11g04220	mRNA	An11g04220	NT_166526.1	1029728	1031772	R	An11g04220	complement(join(<1029728..1030185,1030247..1030389,1030444..1031529,1031621..>1031772))	Aspergillus niger	4984653
An11g04230	mRNA	An11g04230	NT_166526.1	1032524	1035494	D	An11g04230	join(<1032524..1032638,1032671..1033115,1033178..>1035494)	Aspergillus niger	84592263
An11g04240	mRNA	An11g04240	NT_166526.1	1036636	1038789	D	An11g04240	join(<1036636..1036784,1036834..1037115,1037164..1037706,1038207..1038251,1038328..1038337,1038685..>1038789)	Aspergillus niger	4984655
An11g04250	mRNA	An11g04250	NT_166526.1	1039385	1042710	R	An11g04250	complement(join(<1039385..1039819,1039879..1041911,1041960..1042267,1042430..1042437,1042504..>1042710))	Aspergillus niger	4984656
An11g04260	mRNA	An11g04260	NT_166526.1	1043203	1044115	R	An11g04260	complement(join(<1043203..1043906,1043977..>1044115))	Aspergillus niger	4984657
An11g04270	mRNA	An11g04270	NT_166526.1	1045048	1046220	R	An11g04270	complement(join(<1045048..1045692,1045723..1046054,1046109..>1046220))	Aspergillus niger	4984658
An11g04280	mRNA	An11g04280	NT_166526.1	1046796	1054259	D	An11g04280	join(<1046796..1046996,1047064..1047208,1047264..1047532,1047582..1047944,1047996..1048938,1048997..1052304,1052347..1053321,1053376..1054048,1054111..>1054259)	Aspergillus niger	4984659
An11g04290	mRNA	An11g04290	NT_166526.1	1054359	1055379	R	An11g04290	complement(join(<1054359..1054567,1054662..1054813,1054883..1055083,1055162..>1055379))	Aspergillus niger	4984660
An11g04300	mRNA	An11g04300	NT_166526.1	1056279	1058074	D	An11g04300	join(<1056279..1056548,1056605..>1058074)	Aspergillus niger	4984661
An11g04310	mRNA	An11g04310	NT_166526.1	1058959	1061280	R	An11g04310	complement(join(<1058959..1059551,1059604..1059810,1059857..1060471,1060521..1060641,1060690..1060788,1060853..1060928,1060993..1061027,1061110..1061159,1061241..>1061280))	Aspergillus niger	4984662
An11g04320	mRNA	An11g04320	NT_166526.1	1062709	1065387	R	An11g04320	complement(join(<1062709..1062813,1062868..1063202,1063255..1063354,1063411..>1065387))	Aspergillus niger	4984663
An11g04330	mRNA	An11g04330	NT_166526.1	1066968	1068506	R	An11g04330	complement(join(<1066968..1067214,1067319..1067451,1067601..1067744,1068491..>1068506))	Aspergillus niger	84592264
An11g04340	mRNA	An11g04340	NT_166526.1	1070821	1072490	R	An11g04340	complement(join(<1070821..1071314,1071368..1072049,1072146..>1072490))	Aspergillus niger	4984665
An11g04350	mRNA	An11g04350	NT_166526.1	1072588	1074895	R	An11g04350	complement(join(<1072588..1072747,1072863..1073012,1073483..1073677,1073859..1074107,1074220..1074680,1074803..>1074895))	Aspergillus niger	84592265
An11g04360	mRNA	An11g04360	NT_166526.1	1075140	1078834	D	An11g04360	join(<1075140..1075524,1075575..1075843,1075913..1078205,1078263..>1078834)	Aspergillus niger	4984667
An11g04370	mRNA	An11g04370	NT_166526.1	1080039	1080707	R	An11g04370	complement(join(<1080039..1080209,1080278..1080404,1080589..>1080707))	Aspergillus niger	4984668
An11g04380	mRNA	An11g04380	NT_166526.1	1082945	1085392	R	An11g04380	complement(<1082945..>1085392)	Aspergillus niger	84592266
An11g04390	mRNA	An11g04390	NT_166526.1	1085859	1086892	R	An11g04390	complement(join(<1085859..1086098,1086165..1086519,1086575..1086653,1086766..>1086892))	Aspergillus niger	4984669
An11g04400	mRNA	An11g04400	NT_166526.1	1087151	1089553	D	An11g04400	join(<1087151..1087218,1087321..1087453,1087513..1087794,1087855..1088623,1088694..>1089553)	Aspergillus niger	4984671
An11g04410	mRNA	An11g04410	NT_166526.1	1090667	1092691	D	An11g04410	<1090667..>1092691	Aspergillus niger	4984672
An11g04420	mRNA	An11g04420	NT_166526.1	1093476	1098520	R	An11g04420	complement(join(<1093476..1095204,1095258..1095375,1095430..1097808,1097941..1098315,1098358..>1098520))	Aspergillus niger	4984673
An11g04450	mRNA	An11g04450	NT_166526.1	1101656	1103062	R	An11g04450	complement(join(<1101656..1101877,1102113..1102229,1102338..1102485,1102570..1102809,1102893..>1103062))	Aspergillus niger	84592267
An11g04460	mRNA	An11g04460	NT_166526.1	1103314	1106361	D	An11g04460	join(<1103314..1103532,1103610..1103708,1103803..>1106361)	Aspergillus niger	4984677
An11g04470	mRNA	An11g04470	NT_166526.1	1107380	1110108	R	An11g04470	complement(join(<1107380..1107657,1107750..1109696,1109757..>1110108))	Aspergillus niger	4984678
An11g04480	mRNA	An11g04480	NT_166526.1	1110534	1115400	D	An11g04480	join(<1110534..1110579,1110615..1110905,1110977..1113811,1113858..1114511,1114561..1115073,1115366..>1115400)	Aspergillus niger	4984679
An11g04500	mRNA	An11g04500	NT_166526.1	1116596	1117307	D	An11g04500	join(<1116596..1117146,1117238..>1117307)	Aspergillus niger	4984681
An11g04510	mRNA	An11g04510	NT_166526.1	1117604	1119844	R	An11g04510	complement(join(<1117604..1117675,1117733..>1119844))	Aspergillus niger	4984682
An11g04520	mRNA	An11g04520	NT_166526.1	1120494	1122776	D	An11g04520	join(<1120494..1120514,1120571..1120602,1120667..1120724,1120802..1120905,1120964..>1122776)	Aspergillus niger	4984683
An11g04530	mRNA	An11g04530	NT_166526.1	1123364	1124717	R	An11g04530	complement(join(<1123364..1123665,1123733..>1124717))	Aspergillus niger	4984684
An11g04540	mRNA	An11g04540	NT_166526.1	1125028	1127239	R	An11g04540	complement(join(<1125028..1127020,1127232..>1127239))	Aspergillus niger	4984685
An11g04550	mRNA	An11g04550	NT_166526.1	1127836	1129286	D	An11g04550	join(<1127836..1127964,1128037..1128158,1128218..1128672,1128781..>1129286)	Aspergillus niger	4984686
An11g04560	mRNA	An11g04560	NT_166526.1	1131127	1131916	R	An11g04560	complement(join(<1131127..1131459,1131564..1131604,1131865..>1131916))	Aspergillus niger	84592268
An11g04570	mRNA	An11g04570	NT_166526.1	1132054	1132973	D	An11g04570	join(<1132054..1132258,1132379..1132524,1132660..1132761,1132878..>1132973)	Aspergillus niger	84592269
An11g04580	mRNA	An11g04580	NT_166526.1	1132985	1134700	R	An11g04580	complement(join(<1132985..1133188,1133290..1133406,1133492..1133568,1133641..1133718,1133814..1134025,1134154..1134231,1134277..1134343,1134427..1134589,1134641..>1134700))	Aspergillus niger	84592270
An11g04600	mRNA	An11g04600	NT_166526.1	1139011	1140397	D	An11g04600	join(<1139011..1139063,1139194..1139393,1139463..>1140397)	Aspergillus niger	4984690
An11g04610	mRNA	An11g04610	NT_166526.1	1141158	1143507	D	An11g04610	join(<1141158..1141461,1141526..>1143507)	Aspergillus niger	4984691
An11g04620	mRNA	An11g04620	NT_166526.1	1143823	1144808	R	An11g04620	complement(join(<1143823..1144467,1144552..1144599,1144683..>1144808))	Aspergillus niger	4984692
An11g04630	mRNA	An11g04630	NT_166526.1	1145409	1149987	D	An11g04630	join(<1145409..1145489,1145555..1146248,1146302..1147540,1147580..>1149987)	Aspergillus niger	4984693
An11g04640	mRNA	An11g04640	NT_166526.1	1150409	1151248	D	An11g04640	join(<1150409..1150595,1150719..>1151248)	Aspergillus niger	4984694
An11g04650	mRNA	An11g04650	NT_166526.1	1151751	1153075	R	An11g04650	complement(join(<1151751..1152518,1152578..>1153075))	Aspergillus niger	4984695
An11g04660	mRNA	An11g04660	NT_166526.1	1154100	1155225	D	An11g04660	join(<1154100..1154285,1154362..>1155225)	Aspergillus niger	4984696
An11g04670	mRNA	An11g04670	NT_166526.1	1155466	1160273	R	An11g04670	complement(join(<1155466..1155986,1156035..1156113,1156166..1159788,1159849..>1160273))	Aspergillus niger	4984697
An11g04680	mRNA	An11g04680	NT_166526.1	1161098	1161977	D	An11g04680	join(<1161098..1161542,1161602..1161747,1161800..>1161977)	Aspergillus niger	4984699
An11g04690	mRNA	An11g04690	NT_166526.1	1162080	1163222	D	An11g04690	<1162080..>1163222	Aspergillus niger	84592271
An11g04700	mRNA	An11g04700	NT_166526.1	1163996	1165105	D	An11g04700	join(<1163996..1164047,1164162..>1165105)	Aspergillus niger	4984700
An11g04710	mRNA	An11g04710	NT_166526.1	1165218	1166661	R	An11g04710	complement(join(<1165218..1165327,1165414..1166539,1166602..>1166661))	Aspergillus niger	84592272
An11g04720	mRNA	An11g04720	NT_166526.1	1167067	1168581	R	An11g04720	complement(<1167067..>1168581)	Aspergillus niger	4984702
An11g04730	mRNA	papA	NT_166526.1	1168881	1171100	D	An11g04730	join(<1168881..1168897,1169058..1169225,1169345..1169630,1169688..1169932,1169996..1170081,1170133..1170297,1170349..1170369,1170419..1170557,1170615..1170711,1170789..>1171100)	Aspergillus niger	4984703
An11g04740	mRNA	An11g04740	NT_166526.1	1171221	1173473	R	An11g04740	complement(join(<1171221..1171259,1171366..1171600,1171681..1171862,1171925..1172787,1172846..>1173473))	Aspergillus niger	4984704
An11g04750	mRNA	An11g04750	NT_166526.1	1173913	1179876	D	An11g04750	join(<1173913..1174003,1174075..1174199,1174262..1174411,1174485..1176721,1176816..1177045,1177097..1178562,1178614..>1179876)	Aspergillus niger	4984705
An11g04760	mRNA	An11g04760	NT_166526.1	1180012	1180844	D	An11g04760	join(<1180012..1180048,1180167..1180300,1180370..1180533,1180596..1180701,1180761..>1180844)	Aspergillus niger	4984706
An11g04770	mRNA	An11g04770	NT_166526.1	1181332	1182552	D	An11g04770	join(<1181332..1181599,1181671..1182256,1182408..>1182552)	Aspergillus niger	4984707
An11g04780	mRNA	An11g04780	NT_166526.1	1182672	1184734	R	An11g04780	complement(join(<1182672..1184291,1184347..1184414,1184473..>1184734))	Aspergillus niger	4984708
An11g04790	mRNA	An11g04790	NT_166526.1	1185524	1186109	D	An11g04790	join(<1185524..1185655,1185764..1185924,1185977..>1186109)	Aspergillus niger	4984709
An11g04800	mRNA	An11g04800	NT_166526.1	1187014	1187534	R	An11g04800	complement(join(<1187014..1187137,1187243..1187311,1187386..>1187534))	Aspergillus niger	84592273
An11g04810	mRNA	aox1	NT_166526.1	1187982	1189139	D	An11g04810	join(<1187982..1188235,1188289..1188579,1188629..>1189139)	Aspergillus niger	4984711
An11g04820	mRNA	An11g04820	NT_166526.1	1190087	1191634	D	An11g04820	<1190087..>1191634	Aspergillus niger	4984712
An11g04830	mRNA	An11g04830	NT_166526.1	1192883	1196098	D	An11g04830	<1192883..>1196098	Aspergillus niger	4984713
An11g04840	mRNA	An11g04840	NT_166526.1	1196393	1197177	R	An11g04840	complement(join(<1196393..1196560,1196623..1196732,1196814..>1197177))	Aspergillus niger	4984714
An11g04850	mRNA	An11g04850	NT_166526.1	1198306	1198584	D	An11g04850	<1198306..>1198584	Aspergillus niger	84592274
An11g04860	mRNA	An11g04860	NT_166526.1	1198901	1199951	D	An11g04860	join(<1198901..1199731,1199802..>1199951)	Aspergillus niger	4984716
An11g04870	mRNA	An11g04870	NT_166526.1	1200376	1200896	R	An11g04870	complement(join(<1200376..1200677,1200754..1200803,1200883..>1200896))	Aspergillus niger	4984717
An11g04880	mRNA	An11g04880	NT_166526.1	1201236	1204018	R	An11g04880	complement(join(<1201236..1201718,1201765..1203576,1203662..>1204018))	Aspergillus niger	4984718
An11g04890	mRNA	An11g04890	NT_166526.1	1204770	1207541	R	An11g04890	complement(<1204770..>1207541)	Aspergillus niger	84592275
An11g04900	mRNA	An11g04900	NT_166526.1	1208781	1210294	R	An11g04900	complement(join(<1208781..1209111,1209175..1209234,1209288..1209368,1209427..1209652,1209706..1209821,1209858..>1210294))	Aspergillus niger	4984720
An11g04910	mRNA	An11g04910	NT_166526.1	1213395	1213728	D	An11g04910	join(<1213395..1213406,1213450..>1213728)	Aspergillus niger	84592276
An11g04920	mRNA	An11g04920	NT_166526.1	1214088	1216141	R	An11g04920	complement(join(<1214088..1214437,1214519..1214644,1214720..1214800,1214893..1214962,1215052..1215159,1215374..1215451,1216031..>1216141))	Aspergillus niger	84592277
An11g04930	mRNA	An11g04930	NT_166526.1	1217623	1218768	R	An11g04930	complement(join(<1217623..1217766,1217816..1217841,1217900..1217983,1218184..1218559,1218610..>1218768))	Aspergillus niger	4984723
An11g04935	mRNA	An11g04935	NT_166526.1	1219156	1220916	R	An11g04935	complement(join(<1219156..1219235,1219288..1219347,1219590..>1220916))	Aspergillus niger	84592278
An11g04940	mRNA	An11g04940	NT_166526.1	1222661	1226535	R	An11g04940	complement(join(<1222661..1223187,1223240..1223294,1223355..1223874,1223921..1224073,1224123..1224242,1224296..1224494,1224549..1224656,1224767..1224848,1225079..1225495,1225577..1225621,1225788..1225936,1226218..1226297,1226414..>1226535))	Aspergillus niger	4984725
An11g04950	mRNA	An11g04950	NT_166526.1	1227144	1228007	R	An11g04950	complement(join(<1227144..1227512,1227641..1227879,1227974..>1228007))	Aspergillus niger	84592279
An11g04960	mRNA	An11g04960	NT_166526.1	1228060	1229992	R	An11g04960	complement(join(<1228060..1228190,1228648..1228813,1228922..1229004,1229138..1229274,1229437..1229480,1229613..1229861,1229954..>1229992))	Aspergillus niger	84592280
An11g04970	mRNA	An11g04970	NT_166526.1	1231165	1232362	R	An11g04970	complement(join(<1231165..1231818,1231875..1232038,1232089..>1232362))	Aspergillus niger	4984728
An11g04980	mRNA	An11g04980	NT_166526.1	1233581	1235114	R	An11g04980	complement(join(<1233581..1233650,1233715..1234623,1234843..>1235114))	Aspergillus niger	84592281
An11g04990	mRNA	An11g04990	NT_166526.1	1235217	1237290	R	An11g04990	complement(join(<1235217..1237180,1237245..>1237290))	Aspergillus niger	4984730
An11g05000	mRNA	An11g05000	NT_166526.1	1238268	1242225	R	An11g05000	complement(join(<1238268..1238371,1238433..1241886,1241950..>1242225))	Aspergillus niger	4984731
An11g05010	mRNA	An11g05010	NT_166526.1	1244364	1246087	D	An11g05010	join(<1244364..1244456,1244519..1245625,1245678..1245802,1246006..>1246087)	Aspergillus niger	4984732
An11g05030	mRNA	An11g05030	NT_166526.1	1246774	1248714	R	An11g05030	complement(join(<1246774..1247048,1247111..1247221,1247357..1248167,1248286..>1248714))	Aspergillus niger	84592282
An11g05040	mRNA	An11g05040	NT_166526.1	1248733	1248963	D	An11g05040	join(<1248733..1248783,1248865..>1248963)	Aspergillus niger	84592283
An11g05050	mRNA	An11g05050	NT_166526.1	1249212	1249476	R	An11g05050	complement(join(<1249212..1249307,1249369..>1249476))	Aspergillus niger	84592284
An11g05060	mRNA	An11g05060	NT_166526.1	1249933	1251279	D	An11g05060	<1249933..>1251279	Aspergillus niger	4984737
An11g05070	mRNA	An11g05070	NT_166526.1	1251785	1252338	D	An11g05070	join(<1251785..1251877,1252014..1252241,1252288..>1252338)	Aspergillus niger	84592285
An11g05080	mRNA	An11g05080	NT_166526.1	1252450	1252938	R	An11g05080	complement(join(<1252450..1252488,1252572..1252722,1252826..>1252938))	Aspergillus niger	84592286
An11g05090	mRNA	An11g05090	NT_166526.1	1252970	1253973	D	An11g05090	join(<1252970..1253317,1253398..1253551,1253660..1253856,1253908..>1253973)	Aspergillus niger	84592287
An11g05100	mRNA	An11g05100	NT_166526.1	1254202	1255835	R	An11g05100	complement(join(<1254202..1254234,1254283..1255717,1255780..>1255835))	Aspergillus niger	4984741
An11g05110	mRNA	An11g05110	NT_166526.1	1256351	1258299	D	An11g05110	join(<1256351..1256515,1256578..1257171,1257233..1258018,1258177..>1258299)	Aspergillus niger	4984742
An11g05120	mRNA	An11g05120	NT_166526.1	1258785	1260606	R	An11g05120	complement(join(<1258785..1260217,1260256..1260266,1260572..>1260606))	Aspergillus niger	4984743
An11g05130	mRNA	An11g05130	NT_166526.1	1262706	1264365	R	An11g05130	complement(join(<1262706..1262778,1262930..1263351,1263419..1263625,1263688..>1264365))	Aspergillus niger	4984744
An11g05140	mRNA	An11g05140	NT_166526.1	1264426	1265392	D	An11g05140	join(<1264426..1264615,1264769..1264850,1264947..1265018,1265115..1265184,1265258..>1265392)	Aspergillus niger	84592288
An11g05150	mRNA	An11g05150	NT_166526.1	1265551	1266046	R	An11g05150	complement(join(<1265551..1265952,1266023..>1266046))	Aspergillus niger	84592289
An11g05160	mRNA	An11g05160	NT_166526.1	1266217	1267121	D	An11g05160	join(<1266217..1266374,1266482..1266682,1266775..1266952,1266993..>1267121)	Aspergillus niger	84592290
An11g05170	mRNA	An11g05170	NT_166526.1	1267289	1268044	R	An11g05170	complement(join(<1267289..1267450,1267580..>1268044))	Aspergillus niger	84592291
An11g05180	mRNA	An11g05180	NT_166526.1	1269771	1271572	D	An11g05180	join(<1269771..1269921,1269978..1270129,1270189..1270596,1270657..1271292,1271393..>1271572)	Aspergillus niger	4984749
An11g05190	mRNA	An11g05190	NT_166526.1	1271825	1272853	R	An11g05190	complement(<1271825..>1272853)	Aspergillus niger	4984750
An11g05200	mRNA	An11g05200	NT_166526.1	1273533	1275012	D	An11g05200	join(<1273533..1273589,1273683..1273750,1273863..1273912,1274571..1274682,1274763..1274822,1274877..>1275012)	Aspergillus niger	84592292
An11g05220	mRNA	An11g05220	NT_166526.1	1275574	1276026	R	An11g05220	complement(join(<1275574..1275626,1275786..1275881,1275951..>1276026))	Aspergillus niger	84592293
An11g05230	mRNA	An11g05230	NT_166526.1	1276650	1278008	D	An11g05230	join(<1276650..1276925,1276991..1277256,1277320..1277580,1277645..>1278008)	Aspergillus niger	4984754
An11g05240	mRNA	An11g05240	NT_166526.1	1278169	1281073	R	An11g05240	complement(join(<1278169..1280490,1280552..>1281073))	Aspergillus niger	4984755
An11g05260	mRNA	An11g05260	NT_166526.1	1282289	1282795	R	An11g05260	complement(<1282289..>1282795)	Aspergillus niger	4984756
An11g05270	mRNA	An11g05270	NT_166526.1	1283707	1284795	R	An11g05270	complement(join(<1283707..1283888,1284110..1284218,1284354..1284528,1284603..1284688,1284778..>1284795))	Aspergillus niger	84592294
An11g05280	mRNA	An11g05280	NT_166526.1	1284886	1286803	D	An11g05280	join(<1284886..1285408,1285488..1285960,1286023..1286368,1286427..1286503,1286564..>1286803)	Aspergillus niger	4984758
An11g05300	mRNA	An11g05300	NT_166526.1	1287097	1288543	D	An11g05300	<1287097..>1288543	Aspergillus niger	84592295
An11g05310	mRNA	An11g05310	NT_166526.1	1289042	1291395	D	An11g05310	join(<1289042..1289140,1289193..1289305,1289375..1290188,1290288..1290320,1290358..1291082,1291140..>1291395)	Aspergillus niger	4984760
An11g05320	mRNA	An11g05320	NT_166526.1	1292467	1293312	R	An11g05320	complement(join(<1292467..1292994,1293049..>1293312))	Aspergillus niger	4984761
An11g05330	mRNA	An11g05330	NT_166526.1	1293677	1294735	D	An11g05330	join(<1293677..1293754,1293820..1293907,1293971..1294310,1294363..>1294735)	Aspergillus niger	4984762
An11g05340	mRNA	An11g05340	NT_166526.1	1294910	1296283	R	An11g05340	complement(join(<1294910..1295130,1295191..>1296283))	Aspergillus niger	4984763
An11g05350	mRNA	An11g05350	NT_166526.1	1297346	1300267	D	An11g05350	join(<1297346..1297618,1297671..1297907,1297969..1298115,1298242..1298370,1298437..1298943,1298975..1299208,1299266..1299319,1299377..1299458,1299513..1299629,1299687..1299871,1299927..1299977,1300034..>1300267)	Aspergillus niger	4984764
An11g05380	mRNA	An11g05380	NT_166526.1	1300872	1303192	D	An11g05380	join(<1300872..1300907,1300995..1301321,1301405..>1303192)	Aspergillus niger	4984767
An11g05390	mRNA	An11g05390	NT_166526.1	1303598	1307517	R	An11g05390	complement(join(<1303598..1306792,1306872..1306928,1306984..>1307517))	Aspergillus niger	4984768
An11g05400	mRNA	An11g05400	NT_166526.1	1307939	1314559	R	An11g05400	complement(join(<1307939..1309830,1310065..1310221,1310311..1310535,1310785..1313706,1313740..1313850,1313911..1313964,1314020..>1314559))	Aspergillus niger	4984769
An11g05410	mRNA	An11g05410	NT_166526.1	1316015	1317192	D	An11g05410	join(<1316015..1316102,1316187..1316447,1316519..1316754,1316800..1317083,1317153..>1317192)	Aspergillus niger	84592296
An11g05420	mRNA	An11g05420	NT_166526.1	1317583	1321575	R	An11g05420	complement(<1317583..>1321575)	Aspergillus niger	4984771
An11g05430	mRNA	An11g05430	NT_166526.1	1323223	1324761	D	An11g05430	join(<1323223..1323262,1323440..>1324761)	Aspergillus niger	4984772
An11g05440	mRNA	An11g05440	NT_166526.1	1325051	1325563	R	An11g05440	complement(join(<1325051..1325107,1325176..1325381,1325476..>1325563))	Aspergillus niger	4984773
An11g05450	mRNA	An11g05450	NT_166526.1	1326753	1329031	D	An11g05450	join(<1326753..1326957,1327033..1328195,1328243..>1329031)	Aspergillus niger	4984774
An11g05460	mRNA	An11g05460	NT_166526.1	1329449	1331695	D	An11g05460	join(<1329449..1329505,1329573..1329591,1329678..1329793,1329849..1329938,1329987..1330056,1330092..1330236,1330287..1330628,1330740..1330786,1330863..1331044,1331139..1331204,1331291..>1331695)	Aspergillus niger	4984775
An11g05470	mRNA	An11g05470	NT_166526.1	1331803	1332869	R	An11g05470	complement(<1331803..>1332869)	Aspergillus niger	84592297
An11g05480	mRNA	An11g05480	NT_166526.1	1333863	1335102	R	An11g05480	complement(join(<1333863..1334128,1334189..1334498,1334533..1334614,1334668..1334888,1334942..1335012,1335069..>1335102))	Aspergillus niger	4984777
An11g05490	mRNA	An11g05490	NT_166526.1	1335513	1335954	R	An11g05490	complement(join(<1335513..1335615,1335645..1335815,1335866..>1335954))	Aspergillus niger	4984778
An11g05500	mRNA	An11g05500	NT_166526.1	1338034	1341279	D	An11g05500	join(<1338034..1339049,1339100..1340102,1340152..>1341279)	Aspergillus niger	4984779
An11g05510	mRNA	An11g05510	NT_166526.1	1342546	1344143	D	An11g05510	join(<1342546..1342635,1342699..1343151,1343208..1343880,1343938..>1344143)	Aspergillus niger	4984780
An11g05520	mRNA	An11g05520	NT_166526.1	1345144	1347802	D	An11g05520	join(<1345144..1346031,1346182..1346907,1346960..1347022,1347077..1347195,1347310..>1347802)	Aspergillus niger	4984781
An11g05530	mRNA	An11g05530	NT_166526.1	1348969	1352478	R	An11g05530	complement(join(<1348969..1349233,1349322..1349378,1349432..1349567,1349625..>1352478))	Aspergillus niger	4984782
An11g05540	mRNA	An11g05540	NT_166526.1	1355311	1356657	D	An11g05540	join(<1355311..1355374,1355419..1355511,1355581..1355721,1355823..1355951,1356037..1356074,1356136..1356351,1356412..>1356657)	Aspergillus niger	84592298
An11g05550	mRNA	An11g05550	NT_166526.1	1357107	1358762	R	An11g05550	complement(<1357107..>1358762)	Aspergillus niger	4984784
An11g05560	mRNA	An11g05560	NT_166526.1	1359150	1360604	R	An11g05560	complement(join(<1359150..1359611,1359642..1359784,1359839..>1360604))	Aspergillus niger	4984785
An11g05570	mRNA	An11g05570	NT_166526.1	1361551	1369260	D	An11g05570	join(<1361551..1362122,1362191..1367045,1367048..1367332,1367392..1367807,1367880..>1369260)	Aspergillus niger	4984786
An11g05580	mRNA	An11g05580	NT_166526.1	1370636	1372529	R	An11g05580	complement(join(<1370636..1370844,1370913..1372127,1372187..>1372529))	Aspergillus niger	4984787
An11g05590	mRNA	An11g05590	NT_166526.1	1373007	1373587	D	An11g05590	join(<1373007..1373130,1373272..1373388,1373499..>1373587)	Aspergillus niger	84592299
An11g05600	mRNA	An11g05600	NT_166526.1	1373855	1375516	R	An11g05600	complement(<1373855..>1375516)	Aspergillus niger	4984789
An11g05610	mRNA	An11g05610	NT_166526.1	1375924	1376580	D	An11g05610	join(<1375924..1376037,1376097..1376324,1376413..>1376580)	Aspergillus niger	84592300
An11g05620	mRNA	An11g05620	NT_166526.1	1376911	1380367	R	An11g05620	complement(join(<1376911..1376994,1377104..1377313,1377401..1377622,1378546..1378739,1378817..1378925,1379008..1379096,1379486..1379554,1379771..1379819,1379924..1380097,1380287..>1380367))	Aspergillus niger	84592301
An11g05630	mRNA	An11g05630	NT_166526.1	1380377	1382412	D	An11g05630	join(<1380377..1380614,1380800..1381015,1381106..>1382412)	Aspergillus niger	4984792
An11g05640	mRNA	An11g05640	NT_166526.1	1383222	1384201	R	An11g05640	complement(join(<1383222..1383466,1383529..1383821,1383876..1383974,1384038..>1384201))	Aspergillus niger	4984793
An11g05650	mRNA	An11g05650	NT_166526.1	1384339	1385496	D	An11g05650	join(<1384339..1384488,1384577..1384660,1384714..>1385496)	Aspergillus niger	4984794
An11g05660	mRNA	An11g05660	NT_166526.1	1386850	1390614	R	An11g05660	complement(<1386850..>1390614)	Aspergillus niger	4984795
An11g05670	mRNA	An11g05670	NT_166526.1	1391124	1391401	D	An11g05670	join(<1391124..1391263,1391350..>1391401)	Aspergillus niger	84592302
An11g05680	mRNA	An11g05680	NT_166526.1	1391810	1393533	D	An11g05680	join(<1391810..1392132,1392189..1393038,1393087..>1393533)	Aspergillus niger	4984797
An11g05690	mRNA	An11g05690	NT_166526.1	1393591	1394374	R	An11g05690	complement(join(<1393591..1393612,1393762..1393853,1393974..1394045,1394130..1394192,1394234..>1394374))	Aspergillus niger	84592303
An11g05700	mRNA	An11g05700	NT_166526.1	1395120	1396005	R	An11g05700	complement(join(<1395120..1395758,1395824..1395916,1395979..>1396005))	Aspergillus niger	4984799
An11g05710	mRNA	An11g05710	NT_166526.1	1396333	1398732	D	An11g05710	<1396333..>1398732	Aspergillus niger	4984800
An11g05720	mRNA	An11g05720	NT_166526.1	1399562	1401038	D	An11g05720	join(<1399562..1400638,1400730..>1401038)	Aspergillus niger	84592304
An11g05730	mRNA	An11g05730	NT_166526.1	1401279	1405133	R	An11g05730	complement(<1401279..>1405133)	Aspergillus niger	4984802
An11g05740	mRNA	An11g05740	NT_166526.1	1406188	1409241	R	An11g05740	complement(join(<1406188..1406323,1406606..1408957,1409075..>1409241))	Aspergillus niger	4984803
An11g05750	mRNA	An11g05750	NT_166526.1	1409328	1410824	D	An11g05750	join(<1409328..1409959,1410006..1410357,1410408..>1410824)	Aspergillus niger	4984804
An11g05760	mRNA	An11g05760	NT_166526.1	1411012	1412067	R	An11g05760	complement(<1411012..>1412067)	Aspergillus niger	4984805
An11g05770	mRNA	An11g05770	NT_166526.1	1413365	1416421	D	An11g05770	<1413365..>1416421	Aspergillus niger	4984806
An11g05780	mRNA	An11g05780	NT_166526.1	1416727	1417729	R	An11g05780	complement(join(<1416727..1416836,1416942..1417295,1417492..>1417729))	Aspergillus niger	4984807
An11g05790	mRNA	An11g05790	NT_166526.1	1418478	1419816	D	An11g05790	join(<1418478..1418723,1418822..1418998,1419390..1419518,1419664..>1419816)	Aspergillus niger	84592305
An11g05800	mRNA	An11g05800	NT_166526.1	1420017	1421767	D	An11g05800	join(<1420017..1420694,1420762..1420936,1421039..1421334,1421411..>1421767)	Aspergillus niger	4984809
An11g05810	mRNA	An11g05810	NT_166526.1	1422223	1422633	R	An11g05810	complement(<1422223..>1422633)	Aspergillus niger	4984810
An11g05820	mRNA	An11g05820	NT_166526.1	1422841	1425269	R	An11g05820	complement(join(<1422841..1422947,1423063..1423466,1423553..1423752,1423808..1424212,1424287..1424433,1424489..1424535,1424647..1425045,1425206..>1425269))	Aspergillus niger	4984811
An11g05840	mRNA	An11g05840	NT_166526.1	1425974	1426898	R	An11g05840	complement(join(<1425974..1426141,1426217..1426361,1426426..1426533,1426591..>1426898))	Aspergillus niger	4984812
An11g05850	mRNA	An11g05850	NT_166526.1	1427395	1429108	D	An11g05850	join(<1427395..1427782,1427856..1428424,1428463..1428681,1428742..1428960,1429013..>1429108)	Aspergillus niger	4984813
An11g05860	mRNA	An11g05860	NT_166526.1	1429554	1431565	R	An11g05860	complement(join(<1429554..1430490,1430613..1431139,1431312..1431461,1431509..>1431565))	Aspergillus niger	84592306
An11g05870	mRNA	An11g05870	NT_166526.1	1432056	1436540	R	An11g05870	complement(join(<1432056..1433133,1433284..1433414,1433503..1433523,1433697..1433902,1434666..1434681,1434793..1434914,1435097..1435140,1435597..>1436540))	Aspergillus niger	10098083
An11g05880	mRNA	An11g05880	NT_166526.1	1438041	1438404	D	An11g05880	<1438041..>1438404	Aspergillus niger	84592307
An11g05890	mRNA	An11g05890	NT_166526.1	1439647	1440802	D	An11g05890	join(<1439647..1440214,1440283..1440521,1440680..>1440802)	Aspergillus niger	84592308
An11g05900	mRNA	An11g05900	NT_166526.1	1441119	1442820	R	An11g05900	complement(join(<1441119..1441763,1441832..1442003,1442044..1442374,1442676..>1442820))	Aspergillus niger	4984818
An11g05910	mRNA	An11g05910	NT_166526.1	1443265	1444296	D	An11g05910	<1443265..>1444296	Aspergillus niger	4984819
An11g05920	mRNA	An11g05920	NT_166526.1	1444696	1446045	R	An11g05920	complement(<1444696..>1446045)	Aspergillus niger	4984820
An11g05930	mRNA	An11g05930	NT_166526.1	1447547	1449390	D	An11g05930	join(<1447547..1447704,1447801..1447881,1448106..1448270,1448338..1448695,1448747..1448986,1449040..>1449390)	Aspergillus niger	4984821
An11g05940	mRNA	An11g05940	NT_166526.1	1450299	1457850	R	An11g05940	complement(join(<1450299..1450969,1451024..1451195,1451246..1451832,1451888..1456754,1456801..1457142,1457193..1457461,1457511..>1457850))	Aspergillus niger	4984822
An11g05950	mRNA	An11g05950	NT_166526.1	1458602	1460091	D	An11g05950	join(<1458602..1459395,1459674..>1460091)	Aspergillus niger	4984823
An11g05960	mRNA	An11g05960	NT_166526.1	1462231	1470345	D	An11g05960	join(<1462231..1462401,1462462..1462606,1462674..1462942,1463025..1463381,1463442..1463844,1463992..1464405,1464462..1465612,1465672..1465960,1465991..>1470345)	Aspergillus niger	4984824
An11g05970	mRNA	An11g05970	NT_166526.1	1471271	1472819	R	An11g05970	complement(join(<1471271..1471734,1471809..1471964,1472017..1472186,1472244..1472481,1472696..>1472819))	Aspergillus niger	4984825
An11g05980	mRNA	An11g05980	NT_166526.1	1473108	1474550	R	An11g05980	complement(join(<1473108..1473164,1473240..>1474550))	Aspergillus niger	4984826
An11g05990	mRNA	An11g05990	NT_166526.1	1475917	1476548	D	An11g05990	join(<1475917..1476018,1476069..>1476548)	Aspergillus niger	4984827
An11g06000	mRNA	An11g06000	NT_166526.1	1477900	1479261	R	An11g06000	complement(join(<1477900..1478262,1478321..1478669,1478745..1478846,1479041..>1479261))	Aspergillus niger	4984828
An11g06010	mRNA	An11g06010	NT_166526.1	1480049	1480381	D	An11g06010	<1480049..>1480381	Aspergillus niger	84592309
An11g06030	mRNA	An11g06030	NT_166526.1	1481524	1482351	R	An11g06030	complement(join(<1481524..1481833,1481906..>1482351))	Aspergillus niger	84592310
An11g06040	mRNA	An11g06040	NT_166526.1	1483742	1486412	D	An11g06040	join(<1483742..1483786,1483913..1484178,1484286..1484289,1484764..1484799,1484866..1484989,1485235..>1486412)	Aspergillus niger	4984832
An11g06050	mRNA	An11g06050	NT_166526.1	1487004	1487497	R	An11g06050	complement(join(<1487004..1487006,1487054..1487260,1487327..>1487497))	Aspergillus niger	84592311
An11g06060	mRNA	An11g06060	NT_166526.1	1488122	1494553	R	An11g06060	complement(join(<1488122..1492139,1492197..1492556,1492669..1493146,1493377..1493550,1493600..1493767,1493824..>1494553))	Aspergillus niger	4984834
An11g06070	mRNA	An11g06070	NT_166526.1	1495540	1495851	D	An11g06070	<1495540..>1495851	Aspergillus niger	4984835
An11g06080	mRNA	An11g06080	NT_166526.1	1496621	1498090	R	An11g06080	complement(join(<1496621..1496774,1496841..>1498090))	Aspergillus niger	84592312
An11g06090	mRNA	An11g06090	NT_166526.1	1498191	1499078	R	An11g06090	complement(join(<1498191..1498267,1498320..>1499078))	Aspergillus niger	4984836
An11g06100	mRNA	An11g06100	NT_166526.1	1499514	1501260	R	An11g06100	complement(join(<1499514..1499666,1499865..1499927,1500007..1500388,1500444..1501158,1501197..>1501260))	Aspergillus niger	4984838
An11g06110	mRNA	An11g06110	NT_166526.1	1501606	1502668	R	An11g06110	complement(join(<1501606..1502003,1502059..1502568,1502641..>1502668))	Aspergillus niger	4984839
An11g06120	mRNA	An11g06120	NT_166526.1	1503182	1504770	R	An11g06120	complement(join(<1503182..1504721,1504760..>1504770))	Aspergillus niger	4984840
An11g06130	mRNA	An11g06130	NT_166526.1	1505266	1506315	D	An11g06130	<1505266..>1506315	Aspergillus niger	4984841
An11g06140	mRNA	An11g06140	NT_166526.1	1506543	1508441	R	An11g06140	complement(join(<1506543..1507671,1507725..1508086,1508144..1508251,1508304..>1508441))	Aspergillus niger	4984842
An11g06150	mRNA	An11g06150	NT_166526.1	1509463	1511358	R	An11g06150	complement(join(<1509463..1509825,1509875..1510671,1510731..1510840,1510896..1510908,1510977..>1511358))	Aspergillus niger	4984843
An11g06160	mRNA	An11g06160	NT_166526.1	1513284	1514776	D	An11g06160	join(<1513284..1513870,1513927..>1514776)	Aspergillus niger	4984844
An11g06170	mRNA	An11g06170	NT_166526.1	1515364	1516410	D	An11g06170	<1515364..>1516410	Aspergillus niger	4984845
An11g06180	mRNA	An11g06180	NT_166526.1	1516933	1519726	D	An11g06180	join(<1516933..1517021,1517119..1517253,1517332..1517603,1517669..1517754,1517806..1518440,1518491..1518661,1518709..>1519726)	Aspergillus niger	4984846
An11g06190	mRNA	An11g06190	NT_166526.1	1520005	1521451	R	An11g06190	complement(join(<1520005..1521132,1521200..>1521451))	Aspergillus niger	4984847
An11g06200	mRNA	An11g06200	NT_166526.1	1522071	1523038	R	An11g06200	complement(join(<1522071..1522121,1522178..1522827,1522897..>1523038))	Aspergillus niger	4984848
An11g06210	mRNA	An11g06210	NT_166526.1	1523626	1529663	D	An11g06210	join(<1523626..1523678,1523759..1523825,1523930..1524045,1524124..1524492,1524554..1526193,1527412..>1529663)	Aspergillus niger	10098249
An11g06230	mRNA	An11g06230	NT_166526.1	1529892	1530965	R	An11g06230	complement(<1529892..>1530965)	Aspergillus niger	4984850
An11g06240	mRNA	An11g06240	NT_166526.1	1532406	1534472	R	An11g06240	complement(<1532406..>1534472)	Aspergillus niger	84592313
An11g06250	mRNA	An11g06250	NT_166526.1	1534761	1536372	R	An11g06250	complement(join(<1534761..1534953,1535134..1535289,1535467..1535556,1535686..1535748,1535838..1535892,1535999..1536079,1536175..1536230,1536275..>1536372))	Aspergillus niger	84592314
An11g06260	mRNA	An11g06260	NT_166526.1	1537680	1539175	R	An11g06260	complement(join(<1537680..1537749,1537807..1538030,1538090..1538123,1538173..1538262,1538311..1538456,1538546..1538718,1538842..>1539175))	Aspergillus niger	4984853
An11g06270	mRNA	An11g06270	NT_166526.1	1539903	1541782	D	An11g06270	join(<1539903..1540739,1540804..1540918,1540974..1541266,1541327..>1541782)	Aspergillus niger	4984854
An11g06280	mRNA	An11g06280	NT_166526.1	1542163	1543675	R	An11g06280	complement(join(<1542163..1542225,1542321..1542492,1542600..>1543675))	Aspergillus niger	4984855
An11g06290	mRNA	An11g06290	NT_166526.1	1544862	1547480	R	An11g06290	complement(join(<1544862..1545002,1545095..1546155,1546236..1546948,1547167..1547308,1547462..>1547480))	Aspergillus niger	4984856
An11g06300	mRNA	An11g06300	NT_166526.1	1547782	1550656	R	An11g06300	complement(join(<1547782..1548163,1548230..1548326,1548400..1548477,1548551..1549114,1549234..1549771,1549825..1550024,1550091..1550381,1550464..>1550656))	Aspergillus niger	84592315
An11g06310	mRNA	An11g06310	NT_166526.1	1552504	1553091	R	An11g06310	complement(join(<1552504..1552528,1552620..1552740,1552851..>1553091))	Aspergillus niger	84592316
An11g06320	mRNA	An11g06320	NT_166526.1	1553784	1555660	R	An11g06320	complement(join(<1553784..1553931,1553991..1554082,1554139..1554159,1554225..1554338,1554395..1554688,1554755..1555080,1555140..1555165,1555219..1555324,1555397..1555495,1555555..>1555660))	Aspergillus niger	4984859
An11g06330	mRNA	An11g06330	NT_166526.1	1556557	1558035	D	An11g06330	join(<1556557..1556631,1556699..1556831,1556886..1557477,1557537..>1558035)	Aspergillus niger	4984860
An11g06350	mRNA	An11g06350	NT_166526.1	1560133	1561840	R	An11g06350	complement(join(<1560133..1560159,1560317..1560397,1560443..1560818,1560886..1561199,1561271..>1561840))	Aspergillus niger	84592317
An11g06380	mRNA	An11g06380	NT_166526.1	1562456	1566868	D	An11g06380	<1562456..>1566868	Aspergillus niger	4984863
An11g06400	mRNA	An11g06400	NT_166526.1	1568834	1570601	D	An11g06400	join(<1568834..1568941,1569246..1569708,1569835..1570216,1570274..>1570601)	Aspergillus niger	84592318
An11g06410	mRNA	An11g06410	NT_166526.1	1571143	1572206	R	An11g06410	complement(join(<1571143..1571160,1571233..1571244,1571286..1571521,1571624..1571817,1571866..1572016,1572110..>1572206))	Aspergillus niger	84592319
An11g06420	mRNA	An11g06420	NT_166526.1	1572505	1574207	R	An11g06420	complement(join(<1572505..1573758,1573827..>1574207))	Aspergillus niger	4984866
An11g06430	mRNA	An11g06430	NT_166526.1	1574925	1576201	R	An11g06430	complement(join(<1574925..1575737,1575826..1575882,1575944..>1576201))	Aspergillus niger	4984867
An11g06440	mRNA	An11g06440	NT_166526.1	1576823	1577911	D	An11g06440	<1576823..>1577911	Aspergillus niger	4984868
An11g06450	mRNA	An11g06450	NT_166526.1	1578724	1579317	R	An11g06450	complement(join(<1578724..1579065,1579162..>1579317))	Aspergillus niger	4984869
An11g06460	mRNA	An11g06460	NT_166526.1	1580344	1592365	D	An11g06460	join(<1580344..1581272,1581324..1581699,1581750..1582158,1582203..1582393,1582459..1584011,1584070..1587142,1587203..>1592365)	Aspergillus niger	4984870
An11g06480	mRNA	An11g06480	NT_166526.1	1593095	1594121	R	An11g06480	complement(join(<1593095..1593110,1593163..>1594121))	Aspergillus niger	4984872
An11g06490	mRNA	An11g06490	NT_166526.1	1595197	1597096	R	An11g06490	complement(join(<1595197..1595980,1596041..1596708,1596764..>1597096))	Aspergillus niger	4984873
An11g06500	mRNA	An11g06500	NT_166526.1	1598172	1598861	R	An11g06500	complement(join(<1598172..1598425,1598525..1598637,1598767..>1598861))	Aspergillus niger	84592320
An11g06510	mRNA	An11g06510	NT_166526.1	1599494	1601509	D	An11g06510	join(<1599494..1599656,1599722..1600129,1600181..1600245,1600308..1600527,1600578..1600624,1600684..1601024,1601095..1601242,1601357..>1601509)	Aspergillus niger	4984875
An11g06520	mRNA	An11g06520	NT_166526.1	1601900	1603527	R	An11g06520	complement(join(<1601900..1602576,1602667..1602924,1603251..1603349,1603422..>1603527))	Aspergillus niger	4984876
An11g06530	mRNA	An11g06530	NT_166526.1	1603631	1603916	D	An11g06530	join(<1603631..1603636,1603743..>1603916)	Aspergillus niger	84592321
An11g06540	mRNA	mndA	NT_166526.1	1604785	1607805	D	An11g06540	join(<1604785..1604972,1605090..1605170,1605225..1605451,1605506..>1607805)	Aspergillus niger	4984878
An11g06550	mRNA	An11g06550	NT_166526.1	1608084	1608539	R	An11g06550	complement(<1608084..>1608539)	Aspergillus niger	84592322
An11g06560	mRNA	An11g06560	NT_166526.1	1609539	1611038	D	An11g06560	join(<1609539..1609597,1609718..1609776,1609878..1609949,1610378..1610482,1610566..1610686,1610936..>1611038)	Aspergillus niger	84592323
An11g06570	mRNA	An11g06570	NT_166526.1	1611470	1614602	D	An11g06570	join(<1611470..1613765,1613856..1614251,1614329..1614445,1614502..>1614602)	Aspergillus niger	4984881
An11g06580	mRNA	An11g06580	NT_166526.1	1615851	1617038	D	An11g06580	join(<1615851..1615879,1615958..1616038,1616204..1616642,1616702..1616864,1616923..>1617038)	Aspergillus niger	84592324
An11g06590	mRNA	An11g06590	NT_166526.1	1617434	1618458	D	An11g06590	join(<1617434..1617620,1617698..>1618458)	Aspergillus niger	4984883
An11g06600	mRNA	An11g06600	NT_166526.1	1619082	1620476	D	An11g06600	join(<1619082..1619513,1619577..>1620476)	Aspergillus niger	4984884
An11g06610	mRNA	An11g06610	NT_166526.1	1621587	1622584	R	An11g06610	complement(join(<1621587..1621859,1621919..1622192,1622286..>1622584))	Aspergillus niger	4984885
An11g06620	mRNA	An11g06620	NT_166526.1	1623722	1624513	D	An11g06620	join(<1623722..1623809,1623893..1623994,1624086..1624172,1624328..1624369,1624455..>1624513)	Aspergillus niger	84592325
An11g06630	mRNA	An11g06630	NT_166526.1	1625370	1631176	D	An11g06630	join(<1625370..1625656,1625712..1625806,1625902..1626545,1626617..1628222,1628273..1630553,1630590..1630723,1630779..1630928,1630980..>1631176)	Aspergillus niger	4984887
An11g06640	mRNA	An11g06640	NT_166526.1	1631498	1632488	R	An11g06640	complement(join(<1631498..1631518,1631706..>1632488))	Aspergillus niger	4984888
An11g06650	mRNA	An11g06650	NT_166526.1	1633439	1635837	R	An11g06650	complement(join(<1633439..1634293,1634342..1635553,1635604..>1635837))	Aspergillus niger	4984889
An11g06660	mRNA	An11g06660	NT_166526.1	1636072	1637370	D	An11g06660	join(<1636072..1636982,1637184..>1637370)	Aspergillus niger	4984890
An11g06670	mRNA	An11g06670	NT_166526.1	1637750	1640887	R	An11g06670	complement(<1637750..>1640887)	Aspergillus niger	4984891
An11g06680	mRNA	An11g06680	NT_166526.1	1641308	1642144	D	An11g06680	join(<1641308..1641346,1641479..>1642144)	Aspergillus niger	4984892
An11g06690	mRNA	An11g06690	NT_166526.1	1642383	1642880	R	An11g06690	complement(join(<1642383..1642403,1642452..>1642880))	Aspergillus niger	4984893
An11g06700	mRNA	An11g06700	NT_166526.1	1644162	1645254	D	An11g06700	join(<1644162..1644191,1644292..1644355,1644436..1644656,1645099..>1645254)	Aspergillus niger	84592326
An11g06710	mRNA	An11g06710	NT_166526.1	1646183	1646459	R	An11g06710	complement(join(<1646183..1646372,1646404..>1646459))	Aspergillus niger	84592327
An11g06720	mRNA	An11g06720	NT_166526.1	1648413	1649406	R	An11g06720	complement(join(<1648413..1648552,1648647..1649065,1649131..1649315,1649383..>1649406))	Aspergillus niger	4984896
An11g06730	mRNA	An11g06730	NT_166526.1	1649781	1651556	D	An11g06730	join(<1649781..1649850,1649905..>1651556)	Aspergillus niger	4984897
An11g06740	mRNA	An11g06740	NT_166526.1	1651905	1652732	R	An11g06740	complement(<1651905..>1652732)	Aspergillus niger	4984898
An11g06750	mRNA	An11g06750	NT_166526.1	1653518	1656527	D	An11g06750	join(<1653518..1653524,1653635..1654476,1654509..>1656527)	Aspergillus niger	4984899
An11g06760	mRNA	An11g06760	NT_166526.1	1657264	1658243	R	An11g06760	complement(join(<1657264..1657722,1657806..1658122,1658201..>1658243))	Aspergillus niger	4984900
An11g06770	mRNA	An11g06770	NT_166526.1	1658696	1660589	D	An11g06770	join(<1658696..1659054,1659116..1659510,1659562..>1660589)	Aspergillus niger	4984901
An11g06780	mRNA	An11g06780	NT_166526.1	1660806	1661308	R	An11g06780	complement(join(<1660806..1660821,1660878..1661080,1661150..>1661308))	Aspergillus niger	4984902
An11g06790	mRNA	An11g06790	NT_166526.1	1662134	1663367	R	An11g06790	complement(join(<1662134..1662826,1662876..>1663367))	Aspergillus niger	4984903
An11g06800	mRNA	An11g06800	NT_166526.1	1664329	1665651	R	An11g06800	complement(join(<1664329..1664384,1664417..1664738,1664784..1664813,1664887..1665108,1665154..>1665651))	Aspergillus niger	4984904
An11g06810	mRNA	An11g06810	NT_166526.1	1666607	1667502	D	An11g06810	join(<1666607..1666880,1666952..1667065,1667108..>1667502)	Aspergillus niger	4984905
An11g06820	mRNA	An11g06820	NT_166526.1	1667704	1668762	R	An11g06820	complement(<1667704..>1668762)	Aspergillus niger	4984906
An11g06830	mRNA	An11g06830	NT_166526.1	1669777	1671166	D	An11g06830	join(<1669777..1669791,1669942..1670083,1670238..>1671166)	Aspergillus niger	4984907
An11g06840	mRNA	An11g06840	NT_166526.1	1671684	1671952	D	An11g06840	join(<1671684..1671712,1671809..1671835,1671881..1671887,1671923..>1671952)	Aspergillus niger	84592328
An11g06850	mRNA	An11g06850	NT_166526.1	1672555	1674497	R	An11g06850	complement(join(<1672555..1672580,1672622..>1674497))	Aspergillus niger	4984909
An11g06860	mRNA	An11g06860	NT_166526.1	1675541	1677245	R	An11g06860	complement(join(<1675541..1676985,1677038..>1677245))	Aspergillus niger	4984910
An11g06870	mRNA	An11g06870	NT_166526.1	1679092	1679586	D	An11g06870	join(<1679092..1679098,1679167..1679271,1679333..1679509,1679570..>1679586)	Aspergillus niger	84592329
An11g06880	mRNA	An11g06880	NT_166526.1	1679947	1681014	R	An11g06880	complement(join(<1679947..1680318,1680401..1680917,1680989..>1681014))	Aspergillus niger	4984912
An11g06890	mRNA	An11g06890	NT_166526.1	1682062	1682789	D	An11g06890	join(<1682062..1682112,1682252..1682412,1682480..>1682789)	Aspergillus niger	4984913
An11g06900	mRNA	An11g06900	NT_166526.1	1683851	1684967	R	An11g06900	complement(join(<1683851..1683987,1684042..1684223,1684276..1684390,1684445..1684482,1684605..1684646,1684839..1684846,1684935..>1684967))	Aspergillus niger	4984914
An11g06910	mRNA	An11g06910	NT_166526.1	1685106	1686185	D	An11g06910	join(<1685106..1685160,1685208..1685300,1685419..1685494,1685637..1685737,1685840..1685994,1686108..>1686185)	Aspergillus niger	84592330
An11g06920	mRNA	An11g06920	NT_166526.1	1686496	1687253	D	An11g06920	join(<1686496..1686732,1686907..1687140,1687194..>1687253)	Aspergillus niger	4984916
An11g06930	mRNA	An11g06930	NT_166526.1	1687562	1688671	R	An11g06930	complement(join(<1687562..1688182,1688243..>1688671))	Aspergillus niger	4984917
An11g06950	mRNA	An11g06950	NT_166526.1	1690614	1692830	R	An11g06950	complement(join(<1690614..1692173,1692315..>1692830))	Aspergillus niger	4984918
An11g06960	mRNA	An11g06960	NT_166526.1	1693715	1695813	R	An11g06960	complement(join(<1693715..1693744,1693844..1693970,1694022..1694140,1694192..1694413,1694464..1694497,1694550..1694593,1694644..1695036,1695097..1695224,1695277..1695309,1695376..1695540,1695612..>1695813))	Aspergillus niger	4984919
An11g06970	mRNA	An11g06970	NT_166526.1	1696397	1697255	D	An11g06970	join(<1696397..1696460,1696519..>1697255)	Aspergillus niger	4984920
An11g06980	mRNA	An11g06980	NT_166526.1	1697834	1698844	D	An11g06980	join(<1697834..1698164,1698399..>1698844)	Aspergillus niger	4984921
An11g06990	mRNA	An11g06990	NT_166526.1	1699686	1703282	D	An11g06990	join(<1699686..1700341,1700621..1700905,1700984..1701979,1702316..1702694,1702743..1703143,1703267..>1703282)	Aspergillus niger	4984922
An11g07000	mRNA	An11g07000	NT_166526.1	1703481	1704840	R	An11g07000	complement(join(<1703481..1703953,1704009..>1704840))	Aspergillus niger	4984923
An11g07010	mRNA	An11g07010	NT_166526.1	1705569	1707139	D	An11g07010	join(<1705569..1706643,1706706..>1707139)	Aspergillus niger	4984924
An11g07020	mRNA	An11g07020	NT_166526.1	1708657	1709514	R	An11g07020	complement(join(<1708657..1709004,1709080..>1709514))	Aspergillus niger	4984925
An11g07030	mRNA	An11g07030	NT_166526.1	1709923	1711383	R	An11g07030	complement(join(<1709923..1709994,1710181..1710449,1710525..1710607,1710665..1711146,1711216..>1711383))	Aspergillus niger	4984926
An11g07040	mRNA	An11g07040	NT_166526.1	1712282	1712645	R	An11g07040	complement(join(<1712282..1712288,1712347..>1712645))	Aspergillus niger	4984927
An11g07050	mRNA	An11g07050	NT_166526.1	1713548	1714704	D	An11g07050	join(<1713548..1713941,1714000..1714221,1714294..1714322,1714399..>1714704)	Aspergillus niger	4984928
An11g07060	mRNA	An11g07060	NT_166526.1	1714965	1716102	R	An11g07060	complement(join(<1714965..1715262,1715419..1715548,1715628..>1716102))	Aspergillus niger	4984929
An11g07070	mRNA	An11g07070	NT_166526.1	1716654	1718060	R	An11g07070	complement(<1716654..>1718060)	Aspergillus niger	4984930
An11g07080	mRNA	An11g07080	NT_166526.1	1718504	1720855	R	An11g07080	complement(join(<1718504..1719447,1719497..1719630,1719688..1719844,1719892..1720267,1720327..1720709,1720783..>1720855))	Aspergillus niger	4984931
An11g07090	mRNA	An11g07090	NT_166526.1	1721551	1722202	R	An11g07090	complement(join(<1721551..1721598,1721676..1722128,1722197..>1722202))	Aspergillus niger	4984932
An11g07100	mRNA	An11g07100	NT_166526.1	1722489	1723867	R	An11g07100	complement(join(<1722489..1722519,1722729..1722814,1723205..1723762,1723823..>1723867))	Aspergillus niger	4984933
An11g07110	mRNA	An11g07110	NT_166526.1	1724183	1724850	D	An11g07110	join(<1724183..1724242,1724587..1724622,1724710..>1724850)	Aspergillus niger	84592331
An11g07120	mRNA	An11g07120	NT_166526.1	1725933	1726823	R	An11g07120	complement(<1725933..>1726823)	Aspergillus niger	4984935
An11g07130	mRNA	An11g07130	NT_166526.1	1727013	1727579	D	An11g07130	join(<1727013..1727053,1727153..1727256,1727315..1727402,1727444..>1727579)	Aspergillus niger	84592332
An11g07140	mRNA	An11g07140	NT_166526.1	1728979	1730669	D	An11g07140	join(<1728979..1729187,1729433..1729672,1730128..1730255,1730341..>1730669)	Aspergillus niger	84592333
An11g07150	mRNA	An11g07150	NT_166526.1	1731718	1735116	R	An11g07150	complement(join(<1731718..1731843,1732067..1732257,1732326..1732598,1732654..1732857,1732913..1732919,1732970..1733202,1733251..1733545,1733596..>1735116))	Aspergillus niger	4984938
An11g07160	mRNA	An11g07160	NT_166526.1	1735626	1737803	D	An11g07160	join(<1735626..1735810,1735881..1736205,1736269..1736815,1736868..1736983,1737066..>1737803)	Aspergillus niger	4984939
An11g07170	mRNA	An11g07170	NT_166526.1	1738505	1738864	R	An11g07170	complement(join(<1738505..1738519,1738569..1738652,1738703..>1738864))	Aspergillus niger	84592334
An11g07180	mRNA	An11g07180	NT_166526.1	1740197	1741322	D	An11g07180	join(<1740197..1740473,1740530..1740640,1740702..1740995,1741066..>1741322)	Aspergillus niger	84592335
An11g07190	mRNA	An11g07190	NT_166526.1	1742024	1743288	R	An11g07190	complement(join(<1742024..1742370,1742445..1742784,1742867..1742877,1742951..1743149,1743220..>1743288))	Aspergillus niger	4984942
An11g07200	mRNA	An11g07200	NT_166526.1	1743437	1743668	R	An11g07200	complement(join(<1743437..1743523,1743633..>1743668))	Aspergillus niger	84592336
An11g07210	mRNA	An11g07210	NT_166526.1	1743920	1746984	R	An11g07210	complement(join(<1743920..1746825,1746894..>1746984))	Aspergillus niger	4984944
An11g07220	mRNA	An11g07220	NT_166526.1	1747864	1748958	D	An11g07220	join(<1747864..1747907,1747978..1748323,1748392..>1748958)	Aspergillus niger	4984945
An11g07250	mRNA	An11g07250	NT_166526.1	1751638	1756050	D	An11g07250	<1751638..>1756050	Aspergillus niger	84592337
An11g07270	mRNA	An11g07270	NT_166526.1	1757599	1758738	R	An11g07270	complement(join(<1757599..1758344,1758396..1758471,1758550..>1758738))	Aspergillus niger	4984947
An11g07280	mRNA	An11g07280	NT_166526.1	1758870	1760139	D	An11g07280	join(<1758870..1759081,1759169..1759306,1759362..1759436,1759527..1759590,1759844..1759989,1760076..>1760139)	Aspergillus niger	84592338
An11g07290	mRNA	An11g07290	NT_166526.1	1760256	1761023	R	An11g07290	complement(<1760256..>1761023)	Aspergillus niger	4984949
An11g07300	mRNA	An11g07300	NT_166526.1	1761620	1763316	D	An11g07300	join(<1761620..1761638,1761745..1761821,1761881..1762287,1762353..1763093,1763109..>1763316)	Aspergillus niger	4984950
An11g07310	mRNA	An11g07310	NT_166526.1	1763979	1769360	R	An11g07310	complement(<1763979..>1769360)	Aspergillus niger	4984951
An11g07320	mRNA	An11g07320	NT_166526.1	1770000	1771004	D	An11g07320	join(<1770000..1770209,1770261..>1771004)	Aspergillus niger	4984952
An11g07330	mRNA	An11g07330	NT_166526.1	1771379	1772623	R	An11g07330	complement(<1771379..>1772623)	Aspergillus niger	4984953
An11g07340	mRNA	An11g07340	NT_166526.1	1773090	1773839	D	An11g07340	<1773090..>1773839	Aspergillus niger	4984954
An11g07350	mRNA	An11g07350	NT_166526.1	1774249	1776752	R	An11g07350	complement(join(<1774249..1775559,1775613..1776119,1776176..1776313,1776375..>1776752))	Aspergillus niger	4984955
An11g07360	mRNA	An11g07360	NT_166526.1	1777191	1777651	R	An11g07360	complement(join(<1777191..1777304,1777391..>1777651))	Aspergillus niger	84592339
An11g07370	mRNA	An11g07370	NT_166526.1	1777855	1779999	R	An11g07370	complement(join(<1777855..1777985,1778067..1778171,1778276..1778341,1778397..1778507,1778584..1778733,1778813..1778922,1779353..1779453,1779546..1779643,1779689..1779870,1779959..>1779999))	Aspergillus niger	84592340
An11g07380	mRNA	An11g07380	NT_166526.1	1780286	1781266	D	An11g07380	<1780286..>1781266	Aspergillus niger	4984958
An11g07420	mRNA	An11g07420	NT_166526.1	1783574	1784786	D	An11g07420	join(<1783574..1783586,1783658..1783740,1783838..1783906,1783982..1784000,1784045..1784136,1784187..1784368,1784457..1784476,1784551..>1784786)	Aspergillus niger	84592341
An11g07430	mRNA	An11g07430	NT_166526.1	1784929	1785631	R	An11g07430	complement(join(<1784929..1784998,1785092..1785175,1785516..>1785631))	Aspergillus niger	84592342
An11g07440	mRNA	An11g07440	NT_166526.1	1785712	1786715	R	An11g07440	complement(join(<1785712..1785799,1785942..1786005,1786104..1786225,1786359..1786416,1786529..1786600,1786646..>1786715))	Aspergillus niger	84592343
An11g07450	mRNA	An11g07450	NT_166526.1	1786816	1788840	D	An11g07450	join(<1786816..1786858,1786930..1787038,1787284..1787488,1787544..1787699,1787752..1788206,1788261..1788290,1788342..>1788840)	Aspergillus niger	4984965
An11g07460	mRNA	An11g07460	NT_166526.1	1788966	1789399	D	An11g07460	join(<1788966..1789034,1789121..>1789399)	Aspergillus niger	84592344
An11g07480	mRNA	An11g07480	NT_166526.1	1790740	1791133	D	An11g07480	join(<1790740..1790841,1790919..1790975,1791059..>1791133)	Aspergillus niger	84592345
An11g07490	mRNA	An11g07490	NT_166526.1	1791375	1792924	R	An11g07490	complement(join(<1791375..1791451,1791537..1791597,1791654..1791694,1791769..>1792924))	Aspergillus niger	4984969
An11g07500	mRNA	An11g07500	NT_166526.1	1794529	1795162	D	An11g07500	join(<1794529..1794724,1794885..>1795162)	Aspergillus niger	84592346
An11g07510	mRNA	An11g07510	NT_166526.1	1795577	1797268	D	An11g07510	join(<1795577..1795639,1795700..1796562,1796779..>1797268)	Aspergillus niger	4984971
An11g07530	mRNA	An11g07530	NT_166526.1	1798104	1802071	R	An11g07530	complement(join(<1798104..1798271,1798404..1800341,1800387..1801597,1801846..1801926,1801978..>1802071))	Aspergillus niger	84592347
An11g07550	mRNA	An11g07550	NT_166526.1	1803685	1806221	R	An11g07550	complement(join(<1803685..1804736,1804796..1805356,1805584..1805622,1805709..1805814,1805959..1805993,1806058..1806110,1806160..>1806221))	Aspergillus niger	4984974
An11g07560	mRNA	An11g07560	NT_166526.1	1806391	1807515	R	An11g07560	complement(join(<1806391..1806508,1806608..1806653,1806701..1806917,1806963..1807128,1807349..>1807515))	Aspergillus niger	84592348
An11g07570	mRNA	An11g07570	NT_166526.1	1807803	1808605	D	An11g07570	join(<1807803..1807845,1807897..1807985,1808051..>1808605)	Aspergillus niger	4984976
An11g07580	mRNA	An11g07580	NT_166526.1	1808675	1808992	R	An11g07580	complement(join(<1808675..1808786,1808850..>1808992))	Aspergillus niger	84592349
An11g07590	mRNA	An11g07590	NT_166526.1	1810119	1814551	D	An11g07590	join(<1810119..1810244,1810295..1810423,1810472..1810559,1810595..1810723,1810771..1810912,1810975..1811994,1812046..>1814551)	Aspergillus niger	4984978
An11g07600	mRNA	An11g07600	NT_166526.1	1816104	1817186	D	An11g07600	join(<1816104..1816456,1816547..>1817186)	Aspergillus niger	4984979
An11g07610	mRNA	An11g07610	NT_166526.1	1818264	1820438	R	An11g07610	complement(join(<1818264..1818620,1818683..1818974,1819021..1819444,1819604..>1820438))	Aspergillus niger	4984980
An11g07620	mRNA	An11g07620	NT_166526.1	1820779	1822000	D	An11g07620	join(<1820779..1820926,1820982..>1822000)	Aspergillus niger	84592350
An11g07630	mRNA	An11g07630	NT_166526.1	1822080	1824296	R	An11g07630	complement(join(<1822080..1822137,1822257..1822287,1822344..1823410,1823473..1823676,1823879..1823885,1824061..1824146,1824238..>1824296))	Aspergillus niger	4984982
An11g07640	mRNA	An11g07640	NT_166526.1	1824637	1825803	D	An11g07640	join(<1824637..1824976,1825035..1825339,1825450..1825558,1825616..>1825803)	Aspergillus niger	4984983
An11g07650	mRNA	An11g07650	NT_166526.1	1826012	1826925	D	An11g07650	join(<1826012..1826192,1826249..1826430,1826488..>1826925)	Aspergillus niger	4984984
An11g07660	mRNA	An11g07660	NT_166526.1	1827591	1830177	D	An11g07660	join(<1827591..1828658,1828705..1829717,1829766..>1830177)	Aspergillus niger	4984985
An11g07670	mRNA	An11g07670	NT_166526.1	1831018	1834887	D	An11g07670	join(<1831018..1831729,1831783..1832208,1832397..1832516,1832603..1832685,1832797..1833516,1833697..1833823,1834032..1834078,1834147..>1834887)	Aspergillus niger	4984986
An11g07680	mRNA	An11g07680	NT_166526.1	1835334	1837134	R	An11g07680	complement(join(<1835334..1836846,1836934..1837036,1837104..>1837134))	Aspergillus niger	4984987
An11g07690	mRNA	An11g07690	NT_166526.1	1837445	1838676	D	An11g07690	join(<1837445..1837501,1837559..1837694,1837763..1837882,1837940..1838600,1838646..>1838676)	Aspergillus niger	4984988
An11g07700	mRNA	An11g07700	NT_166526.1	1838887	1841885	R	An11g07700	complement(join(<1838887..1840082,1840173..1840924,1840971..1841112,1841240..1841705,1841817..>1841885))	Aspergillus niger	4984989
An11g07710	mRNA	An11g07710	NT_166526.1	1843122	1844406	R	An11g07710	complement(join(<1843122..1843272,1843360..1843712,1843767..1844058,1844120..>1844406))	Aspergillus niger	4984990
An11g07720	mRNA	An11g07720	NT_166526.1	1845010	1846146	D	An11g07720	join(<1845010..1845044,1845093..>1846146)	Aspergillus niger	4984991
An11g07730	mRNA	An11g07730	NT_166526.1	1847720	1850566	R	An11g07730	complement(join(<1847720..1847767,1847812..1847866,1848072..1848194,1848454..1848928,1848985..1849594,1849668..1849733,1849802..1849953,1850005..>1850566))	Aspergillus niger	84592351
An11g07740	mRNA	An11g07740	NT_166526.1	1850932	1852306	D	An11g07740	join(<1850932..1851409,1851462..>1852306)	Aspergillus niger	4984993
An11g07750	mRNA	An11g07750	NT_166526.1	1853555	1854556	D	An11g07750	<1853555..>1854556	Aspergillus niger	4984994
An11g07760	mRNA	An11g07760	NT_166526.1	1854621	1855895	R	An11g07760	complement(<1854621..>1855895)	Aspergillus niger	4984995
An11g07770	mRNA	An11g07770	NT_166526.1	1856276	1858131	R	An11g07770	complement(join(<1856276..1856396,1856567..1856676,1856761..1856874,1857000..1857111,1857371..1857557,1857641..1857753,1858028..>1858131))	Aspergillus niger	84592352
An11g07780	mRNA	An11g07780	NT_166526.1	1858240	1863137	D	An11g07780	join(<1858240..1858434,1858499..1859280,1859339..1861074,1861145..1861455,1861532..1861695,1861768..1861817,1861934..1862330,1862387..>1863137)	Aspergillus niger	4984997
An11g07790	mRNA	An11g07790	NT_166526.1	1863391	1864450	R	An11g07790	complement(join(<1863391..1863656,1863918..1864256,1864306..>1864450))	Aspergillus niger	84592353
An11g07800	mRNA	An11g07800	NT_166526.1	1865443	1867536	D	An11g07800	<1865443..>1867536	Aspergillus niger	84592354
An11g07810	mRNA	An11g07810	NT_166526.1	1867777	1868587	R	An11g07810	complement(join(<1867777..1868402,1868584..>1868587))	Aspergillus niger	84592355
An11g07820	mRNA	An11g07820	NT_166526.1	1868907	1873908	D	An11g07820	join(<1868907..1869113,1869165..1869917,1869974..1870253,1870600..1871493,1871553..1871894,1871960..1872083,1872157..1872228,1872285..1872400,1872504..1873128,1873237..>1873908)	Aspergillus niger	4985001
An11g07830	mRNA	An11g07830	NT_166526.1	1875521	1878266	D	An11g07830	join(<1875521..1875826,1875891..1876451,1876504..1876620,1876670..1876951,1877001..1877264,1877319..1877496,1877548..>1878266)	Aspergillus niger	4985002
An11g07840	mRNA	An11g07840	NT_166526.1	1878828	1879654	R	An11g07840	complement(join(<1878828..1879210,1879291..>1879654))	Aspergillus niger	4985003
An11g07850	mRNA	An11g07850	NT_166526.1	1880408	1881280	D	An11g07850	join(<1880408..1880411,1880444..1880598,1880671..1880739,1880841..1880926,1880967..1881170,1881229..>1881280)	Aspergillus niger	84592356
An11g07870	mRNA	An11g07870	NT_166526.1	1882254	1883715	R	An11g07870	complement(join(<1882254..1882343,1882520..1882719,1882817..1883083,1883172..1883287,1883410..1883517,1883603..>1883715))	Aspergillus niger	84592357
An11g07875	mRNA	An11g07875	NT_166526.1	1884033	1884632	D	An11g07875	<1884033..>1884632	Aspergillus niger	4985007
An11g07880	mRNA	An11g07880	NT_166526.1	1884778	1887204	D	An11g07880	join(<1884778..1884921,1885030..1885175,1885399..1885479,1885841..1886031,1886124..1886185,1886492..1886525,1886753..1886916,1887139..>1887204)	Aspergillus niger	84592358
An11g07900	mRNA	An11g07900	NT_166526.1	1887743	1889271	D	An11g07900	join(<1887743..1887855,1887946..1888002,1888146..1888459,1888511..1888669,1888754..1888882,1888967..1889017,1889102..>1889271)	Aspergillus niger	84592359
An11g07910	mRNA	An11g07910	NT_166526.1	1889557	1890841	D	An11g07910	join(<1889557..1889985,1890029..1890046,1890113..>1890841)	Aspergillus niger	4985011
An11g07920	mRNA	An11g07920	NT_166526.1	1891184	1891506	D	An11g07920	join(<1891184..1891196,1891337..>1891506)	Aspergillus niger	4985012
An11g07930	mRNA	An11g07930	NT_166526.1	1892127	1896551	R	An11g07930	complement(join(<1892127..1892164,1892212..1893781,1893830..1893880,1893933..1894653,1894711..1895726,1895777..1895808,1895859..1896103,1896145..>1896551))	Aspergillus niger	4985013
An11g07940	mRNA	An11g07940	NT_166526.1	1897843	1898406	D	An11g07940	join(<1897843..1898050,1898129..>1898406)	Aspergillus niger	84592360
An11g07950	mRNA	An11g07950	NT_166526.1	1899167	1900313	D	An11g07950	join(<1899167..1899493,1899573..>1900313)	Aspergillus niger	4985015
An11g07960	mRNA	An11g07960	NT_166526.1	1900946	1903175	D	An11g07960	join(<1900946..1901381,1901443..>1903175)	Aspergillus niger	4985016
An11g07970	mRNA	An11g07970	NT_166526.1	1903772	1906257	D	An11g07970	join(<1903772..1903780,1903946..1904102,1904199..1904310,1904427..>1906257)	Aspergillus niger	4985017
An11g07980	mRNA	An11g07980	NT_166526.1	1908110	1910015	R	An11g07980	complement(join(<1908110..1908260,1908316..1909475,1909539..>1910015))	Aspergillus niger	4985018
An11g07990	mRNA	An11g07990	NT_166526.1	1910133	1910877	D	An11g07990	join(<1910133..1910354,1910404..1910475,1910517..1910565,1910643..1910705,1910780..>1910877)	Aspergillus niger	84592361
An11g08000	mRNA	An11g08000	NT_166526.1	1910935	1911927	R	An11g08000	complement(join(<1910935..1911121,1911383..1911476,1911535..1911758,1911845..>1911927))	Aspergillus niger	84592362
An11g08010	mRNA	An11g08010	NT_166526.1	1912581	1913562	D	An11g08010	join(<1912581..1912631,1912686..1913421,1913474..>1913562)	Aspergillus niger	4985021
An11g08020	mRNA	An11g08020	NT_166526.1	1913879	1915154	R	An11g08020	complement(join(<1913879..1914281,1914359..1914803,1914856..1914892,1914963..>1915154))	Aspergillus niger	4985022
An11g08030	mRNA	An11g08030	NT_166526.1	1915848	1917686	D	An11g08030	join(<1915848..1916683,1916740..1917273,1917328..1917482,1917550..>1917686)	Aspergillus niger	4985023
An11g08040	mRNA	An11g08040	NT_166526.1	1917775	1918908	R	An11g08040	complement(join(<1917775..1917839,1917880..1917951,1918021..1918055,1918153..1918210,1918260..1918355,1918845..>1918908))	Aspergillus niger	84592363
An11g08050	mRNA	An11g08050	NT_166526.1	1919301	1920234	R	An11g08050	complement(join(<1919301..1920105,1920161..>1920234))	Aspergillus niger	4985025
An11g08060	mRNA	An11g08060	NT_166526.1	1921393	1923256	R	An11g08060	complement(join(<1921393..1922623,1922676..>1923256))	Aspergillus niger	4985026
An11g08070	mRNA	An11g08070	NT_166526.1	1923927	1925678	R	An11g08070	complement(<1923927..>1925678)	Aspergillus niger	4985027
An11g08080	mRNA	An11g08080	NT_166526.1	1926679	1928051	R	An11g08080	complement(join(<1926679..1926992,1927052..1927506,1927555..1927684,1927751..>1928051))	Aspergillus niger	4985028
An11g08090	mRNA	An11g08090	NT_166526.1	1928557	1929715	D	An11g08090	join(<1928557..1928609,1928781..1928903,1929311..1929412,1929571..>1929715)	Aspergillus niger	84592364
An11g08100	mRNA	An11g08100	NT_166526.1	1930059	1931006	R	An11g08100	complement(join(<1930059..1930762,1930877..>1931006))	Aspergillus niger	4985030
An11g08110	mRNA	An11g08110	NT_166526.1	1931246	1932304	R	An11g08110	complement(join(<1931246..1931327,1931413..1931539,1931622..1931701,1931738..1931857,1932047..1932230,1932301..>1932304))	Aspergillus niger	84592365
An11g08120	mRNA	An11g08120	NT_166526.1	1932941	1933446	D	An11g08120	join(<1932941..1933068,1933112..1933239,1933316..>1933446)	Aspergillus niger	4985032
An11g08130	mRNA	An11g08130	NT_166526.1	1934272	1935449	D	An11g08130	join(<1934272..1934456,1934650..1934767,1934862..>1935449)	Aspergillus niger	4985033
An11g08140	mRNA	An11g08140	NT_166526.1	1935789	1936825	R	An11g08140	complement(join(<1935789..1936385,1936442..1936533,1936585..>1936825))	Aspergillus niger	4985034
An11g08150	mRNA	An11g08150	NT_166526.1	1937701	1938900	R	An11g08150	complement(join(<1937701..1937733,1937866..>1938900))	Aspergillus niger	4985035
An11g08160	mRNA	An11g08160	NT_166526.1	1940036	1941393	D	An11g08160	join(<1940036..1940069,1940137..1940313,1940372..>1941393)	Aspergillus niger	4985036
An11g08170	mRNA	An11g08170	NT_166526.1	1941689	1942721	R	An11g08170	complement(join(<1941689..1942283,1942340..1942525,1942603..>1942721))	Aspergillus niger	4985037
An11g08180	mRNA	An11g08180	NT_166526.1	1943477	1947514	D	An11g08180	join(<1943477..1944263,1944318..>1947514)	Aspergillus niger	4985038
An11g08190	mRNA	An11g08190	NT_166526.1	1948048	1949988	D	An11g08190	join(<1948048..1948272,1948484..1948794,1948854..>1949988)	Aspergillus niger	4985039
An11g08200	mRNA	An11g08200	NT_166526.1	1950287	1951504	R	An11g08200	complement(<1950287..>1951504)	Aspergillus niger	4985040
An11g08210	mRNA	An11g08210	NT_166526.1	1952167	1953840	R	An11g08210	complement(join(<1952167..1952202,1952351..1952425,1952631..1952650,1952730..1953116,1953191..1953629,1953747..1953782,1953838..>1953840))	Aspergillus niger	84592366
An11g08220	mRNA	An11g08220	NT_166526.1	1954075	1957358	D	An11g08220	join(<1954075..1954179,1954532..1954547,1954840..1954894,1955196..1955628,1955680..1955778,1955841..1955952,1956019..1956271,1956328..1956451,1956498..1956595,1956645..1956662,1956711..1956903,1956960..1957101,1957159..>1957358)	Aspergillus niger	4985042
An11g08230	mRNA	An11g08230	NT_166526.1	1957842	1958789	R	An11g08230	complement(join(<1957842..1957949,1958018..1958033,1958096..1958594,1958732..>1958789))	Aspergillus niger	84592367
An11g08240	mRNA	An11g08240	NT_166526.1	1959321	1960756	R	An11g08240	complement(join(<1959321..1959477,1959860..1960009,1960073..1960209,1960631..>1960756))	Aspergillus niger	84592368
An11g08250	mRNA	An11g08250	NT_166526.1	1961995	1965429	R	An11g08250	complement(join(<1961995..1962679,1962735..1963759,1963810..1963918,1963977..1964538,1964591..1964959,1965018..>1965429))	Aspergillus niger	4985045
An11g08260	mRNA	An11g08260	NT_166526.1	1966604	1967086	R	An11g08260	complement(join(<1966604..1966769,1966869..>1967086))	Aspergillus niger	4985046
An11g08280	mRNA	An11g08280	NT_166526.1	1967994	1969348	R	An11g08280	complement(join(<1967994..1968769,1968835..>1969348))	Aspergillus niger	4985048
An11g08290	mRNA	An11g08290	NT_166526.1	1970222	1971471	R	An11g08290	complement(join(<1970222..1970843,1970924..>1971471))	Aspergillus niger	84592369
An11g08300	mRNA	An11g08300	NT_166526.1	1972177	1972448	D	An11g08300	join(<1972177..1972266,1972395..>1972448)	Aspergillus niger	84592370
An11g08320	mRNA	An11g08320	NT_166526.1	1973117	1975237	R	An11g08320	complement(join(<1973117..1973119,1973190..1973266,1973489..1974074,1974130..1974623,1974687..1974873,1974932..>1975237))	Aspergillus niger	4985052
An11g08330	mRNA	An11g08330	NT_166526.1	1975958	1977601	R	An11g08330	complement(join(<1975958..1975993,1976058..1976517,1976592..1976803,1976857..1977272,1977304..>1977601))	Aspergillus niger	4985053
An11g08340	mRNA	An11g08340	NT_166526.1	1977709	1978535	R	An11g08340	complement(join(<1977709..1978115,1978145..>1978535))	Aspergillus niger	84592371
An11g08350	mRNA	An11g08350	NT_166526.1	1979418	1983000	R	An11g08350	complement(join(<1979418..1979982,1980233..1980267,1980598..>1983000))	Aspergillus niger	84592372
An11g08360	mRNA	An11g08360	NT_166526.1	1983795	1985399	D	An11g08360	<1983795..>1985399	Aspergillus niger	84592373
An11g08370	mRNA	An11g08370	NT_166526.1	1985625	1987660	R	An11g08370	complement(join(<1985625..1985659,1985716..>1987660))	Aspergillus niger	4985057
An11g08380	mRNA	An11g08380	NT_166526.1	1988865	1989421	D	An11g08380	join(<1988865..1988908,1989178..>1989421)	Aspergillus niger	84592374
An11g08390	mRNA	An11g08390	NT_166526.1	1992526	1995051	D	An11g08390	<1992526..>1995051	Aspergillus niger	84592375
An11g08400	mRNA	An11g08400	NT_166526.1	1996285	1997938	R	An11g08400	complement(join(<1996285..1997772,1997828..>1997938))	Aspergillus niger	4985060
An11g08410	mRNA	An11g08410	NT_166526.1	1998667	1999801	D	An11g08410	join(<1998667..1998771,1998833..1999255,1999313..>1999801)	Aspergillus niger	4985061
An11g08420	mRNA	An11g08420	NT_166526.1	2000140	2000700	R	An11g08420	complement(join(<2000140..2000234,2000326..2000569,2000668..>2000700))	Aspergillus niger	84592376
An11g08430	mRNA	An11g08430	NT_166526.1	2000953	2002084	D	An11g08430	join(<2000953..2001045,2001195..2001320,2001404..2001503,2001666..>2002084)	Aspergillus niger	84592377
An11g08440	mRNA	An11g08440	NT_166526.1	2003515	2005389	R	An11g08440	complement(join(<2003515..2004736,2004812..>2005389))	Aspergillus niger	4985064
An11g08450	mRNA	An11g08450	NT_166526.1	2005579	2006453	D	An11g08450	join(<2005579..2005706,2005846..2005898,2005985..2006124,2006205..>2006453)	Aspergillus niger	84592378
An11g08460	mRNA	An11g08460	NT_166526.1	2006721	2007766	D	An11g08460	join(<2006721..2006767,2006800..2007174,2007256..>2007766)	Aspergillus niger	4985066
An11g08470	mRNA	An11g08470	NT_166526.1	2007958	2010198	R	An11g08470	complement(join(<2007958..2008675,2008732..2009127,2009178..2010051,2010141..>2010198))	Aspergillus niger	84592379
An11g08480	mRNA	An11g08480	NT_166526.1	2010723	2011173	R	An11g08480	complement(join(<2010723..2010726,2010818..2010934,2010983..>2011173))	Aspergillus niger	84592380
An11g08500	mRNA	An11g08500	NT_166526.1	2012854	2014079	R	An11g08500	complement(join(<2012854..2012951,2013053..2013291,2013402..2013510,2013569..2013647,2013705..>2014079))	Aspergillus niger	4985067
An11g08510	mRNA	An11g08510	NT_166526.1	2015049	2016161	R	An11g08510	complement(<2015049..>2016161)	Aspergillus niger	4985071
An11g08520	mRNA	An11g08520	NT_166526.1	2016767	2018593	R	An11g08520	complement(<2016767..>2018593)	Aspergillus niger	84592381
An11g08530	mRNA	An11g08530	NT_166526.1	2018953	2020004	R	An11g08530	complement(join(<2018953..2019524,2019575..>2020004))	Aspergillus niger	4985073
An11g08540	mRNA	An11g08540	NT_166526.1	2020780	2021825	R	An11g08540	complement(join(<2020780..2020914,2020961..2021005,2021115..2021277,2021417..2021544,2021643..>2021825))	Aspergillus niger	84592382
An11g08550	mRNA	An11g08550	NT_166526.1	2022094	2025053	D	An11g08550	join(<2022094..2023466,2023523..>2025053)	Aspergillus niger	4985075
An11g08570	mRNA	An11g08570	NT_166526.1	2025822	2025976	R	An11g08570	complement(join(<2025822..2025889,2025925..>2025976))	Aspergillus niger	84592383
An11g08580	mRNA	An11g08580	NT_166526.1	2026402	2026872	R	An11g08580	complement(join(<2026402..2026484,2026568..2026572,2026655..>2026872))	Aspergillus niger	84592384
An11g08590	mRNA	An11g08590	NT_166526.1	2027572	2028467	D	An11g08590	join(<2027572..2027648,2027821..2027870,2027967..2028083,2028181..>2028467)	Aspergillus niger	84592385
An11g08600	mRNA	An11g08600	NT_166526.1	2028747	2030005	D	An11g08600	join(<2028747..2028803,2029191..2029462,2029600..>2030005)	Aspergillus niger	84592386
An11g08610	mRNA	An11g08610	NT_166526.1	2030511	2031526	R	An11g08610	complement(join(<2030511..2031428,2031488..>2031526))	Aspergillus niger	4985081
An11g08620	mRNA	An11g08620	NT_166526.1	2033110	2034816	D	An11g08620	join(<2033110..2033427,2033482..>2034816)	Aspergillus niger	4985082
An11g08630	mRNA	An11g08630	NT_166526.1	2037367	2039229	R	An11g08630	complement(join(<2037367..2037571,2037637..2037683,2037741..2037959,2038014..2038053,2038128..2038169,2038225..2038338,2038556..2038688,2038754..2038801,2039217..>2039229))	Aspergillus niger	84592387
An11g08640	mRNA	An11g08640	NT_166526.1	2041572	2042203	D	An11g08640	join(<2041572..2041689,2041984..2042105,2042141..>2042203)	Aspergillus niger	84592388
An11g08650	mRNA	An11g08650	NT_166526.1	2045667	2049521	R	An11g08650	complement(join(<2045667..2049077,2049140..2049291,2049365..2049407,2049465..>2049521))	Aspergillus niger	4985085
An11g08670	mRNA	An11g08670	NT_166526.1	2051087	2055499	R	An11g08670	complement(<2051087..>2055499)	Aspergillus niger	10098098
An11g08700	mRNA	An11g08700	NT_166526.1	2058587	2060107	R	An11g08700	complement(join(<2058587..2059053,2059112..2059314,2059370..2059373,2059409..2059462,2059492..>2060107))	Aspergillus niger	84592389
An11g08710	mRNA	An11g08710	NT_166526.1	2062668	2063838	D	An11g08710	join(<2062668..2062727,2062780..>2063838)	Aspergillus niger	84592390
An11g08720	mRNA	An11g08720	NT_166526.1	2065159	2066412	D	An11g08720	<2065159..>2066412	Aspergillus niger	84592391
An11g08730	mRNA	An11g08730	NT_166526.1	2066766	2067486	R	An11g08730	complement(join(<2066766..2066891,2066926..>2067486))	Aspergillus niger	84592392
An11g08740	mRNA	An11g08740	NT_166526.1	2069343	2069622	R	An11g08740	complement(join(<2069343..2069438,2069620..>2069622))	Aspergillus niger	84592393
An11g08750	mRNA	An11g08750	NT_166526.1	2070993	2071445	R	An11g08750	complement(<2070993..>2071445)	Aspergillus niger	4985092
An11g08760	mRNA	An11g08760	NT_166526.1	2071781	2073319	R	An11g08760	complement(<2071781..>2073319)	Aspergillus niger	4985094
An11g08770	mRNA	An11g08770	NT_166526.1	2073420	2077279	R	An11g08770	complement(join(<2073420..2076988,2077269..>2077279))	Aspergillus niger	84592394
An11g08780	mRNA	An11g08780	NT_166526.1	2079726	2080543	R	An11g08780	complement(join(<2079726..2080242,2080320..>2080543))	Aspergillus niger	4985095
An11g08790	mRNA	An11g08790	NT_166526.1	2081709	2082443	D	An11g08790	<2081709..>2082443	Aspergillus niger	4985096
An11g08810	mRNA	An11g08810	NT_166526.1	2083927	2085755	D	An11g08810	join(<2083927..2084146,2084180..2084425,2084472..2084540,2084599..2085198,2085331..>2085755)	Aspergillus niger	4985098
An11g08820	mRNA	An11g08820	NT_166526.1	2086290	2088402	D	An11g08820	join(<2086290..2086331,2086460..2086653,2086725..2087415,2087485..2087644,2087703..2088013,2088077..2088271,2088358..>2088402)	Aspergillus niger	4985099
An11g08830	mRNA	An11g08830	NT_166526.1	2088618	2090647	R	An11g08830	complement(join(<2088618..2088937,2089007..2089263,2089351..2090591,2090636..>2090647))	Aspergillus niger	4985100
An11g08840	mRNA	An11g08840	NT_166526.1	2091209	2091962	D	An11g08840	join(<2091209..2091215,2091256..2091457,2091512..>2091962)	Aspergillus niger	4985101
An11g08850	mRNA	An11g08850	NT_166526.1	2092901	2094052	D	An11g08850	join(<2092901..2093122,2093185..2093779,2093853..>2094052)	Aspergillus niger	84592395
An11g08860	mRNA	An11g08860	NT_166526.1	2094711	2095316	R	An11g08860	complement(join(<2094711..2094807,2094871..2095158,2095216..>2095316))	Aspergillus niger	4985103
An11g08870	mRNA	An11g08870	NT_166526.1	2096985	2098402	D	An11g08870	join(<2096985..2097455,2097520..2098221,2098286..>2098402)	Aspergillus niger	4985104
An11g08880	mRNA	An11g08880	NT_166526.1	2098856	2100620	R	An11g08880	complement(join(<2098856..2098904,2098948..2100051,2100126..2100529,2100582..>2100620))	Aspergillus niger	4985105
An11g08890	mRNA	An11g08890	NT_166526.1	2101023	2102370	R	An11g08890	complement(join(<2101023..2101746,2101828..2102210,2102284..>2102370))	Aspergillus niger	4985106
An11g08900	mRNA	An11g08900	NT_166526.1	2102851	2104610	D	An11g08900	join(<2102851..2104254,2104355..2104439,2104489..>2104610)	Aspergillus niger	4985107
An11g08910	mRNA	An11g08910	NT_166526.1	2104746	2106413	R	An11g08910	complement(join(<2104746..2105606,2105657..2106249,2106329..>2106413))	Aspergillus niger	84592396
An11g08920	mRNA	An11g08920	NT_166526.1	2107211	2111379	R	An11g08920	complement(join(<2107211..2110392,2110440..>2111379))	Aspergillus niger	4985109
An11g08930	mRNA	An11g08930	NT_166526.1	2113364	2115696	D	An11g08930	join(<2113364..2113432,2113487..2113687,2113741..2113881,2113995..2114407,2114462..2115402,2115458..>2115696)	Aspergillus niger	4985110
An11g08940	mRNA	An11g08940	NT_166526.1	2115998	2116966	R	An11g08940	complement(join(<2115998..2116122,2116172..2116353,2116430..2116536,2116597..2116817,2116891..>2116966))	Aspergillus niger	4985111
An11g08950	mRNA	An11g08950	NT_166526.1	2118753	2119926	D	An11g08950	join(<2118753..2118774,2118841..2119107,2119163..2119254,2119303..>2119926)	Aspergillus niger	4985112
An11g08960	mRNA	An11g08960	NT_166526.1	2120461	2121016	R	An11g08960	complement(join(<2120461..2120674,2120788..2120877,2120928..>2121016))	Aspergillus niger	84592397
An11g08970	mRNA	An11g08970	NT_166526.1	2123410	2124243	D	An11g08970	join(<2123410..2123677,2123960..>2124243)	Aspergillus niger	84592398
An11g08980	mRNA	An11g08980	NT_166526.1	2126031	2127980	D	An11g08980	join(<2126031..2126948,2126982..>2127980)	Aspergillus niger	84592399
An11g08990	mRNA	An11g08990	NT_166526.1	2128614	2130517	R	An11g08990	complement(join(<2128614..2128649,2128801..2129726,2129795..2129948,2130002..>2130517))	Aspergillus niger	4985116
An11g09000	mRNA	An11g09000	NT_166526.1	2132709	2133368	D	An11g09000	<2132709..>2133368	Aspergillus niger	4985117
An11g09010	mRNA	An11g09010	NT_166526.1	2134973	2136749	D	An11g09010	join(<2134973..2135345,2135769..2135924,2135983..>2136749)	Aspergillus niger	4985118
An11g09020	mRNA	An11g09020	NT_166526.1	2138546	2139781	D	An11g09020	join(<2138546..2138615,2138845..2138894,2139046..2139349,2139606..>2139781)	Aspergillus niger	84592400
An11g09030	mRNA	An11g09030	NT_166526.1	2140061	2141847	R	An11g09030	complement(join(<2140061..2140751,2140806..2141709,2141775..>2141847))	Aspergillus niger	4985120
An11g09040	mRNA	An11g09040	NT_166526.1	2142875	2144011	R	An11g09040	complement(join(<2142875..2143601,2143650..2143771,2143850..>2144011))	Aspergillus niger	4985121
An11g09050	mRNA	An11g09050	NT_166526.1	2146112	2146996	R	An11g09050	complement(join(<2146112..2146184,2146563..>2146996))	Aspergillus niger	4985122
An11g09060	mRNA	An11g09060	NT_166526.1	2147592	2148847	D	An11g09060	join(<2147592..2147874,2147925..>2148847)	Aspergillus niger	4985123
An11g09080	mRNA	An11g09080	NT_166526.1	2149633	2151113	R	An11g09080	complement(join(<2149633..2150427,2150488..2150851,2150962..>2151113))	Aspergillus niger	4985124
An11g09090	mRNA	An11g09090	NT_166526.1	2151762	2152717	D	An11g09090	join(<2151762..2151985,2152056..2152145,2152242..2152488,2152527..2152625,2152703..>2152717)	Aspergillus niger	84592401
An11g09110	mRNA	An11g09110	NT_166526.1	2153969	2155477	R	An11g09110	complement(join(<2153969..2155137,2155192..>2155477))	Aspergillus niger	4985127
An11g09120	mRNA	An11g09120	NT_166526.1	2156145	2156925	R	An11g09120	complement(join(<2156145..2156384,2156442..2156474,2156716..2156828,2156907..>2156925))	Aspergillus niger	4985128
An11g09130	mRNA	An11g09130	NT_166526.1	2158092	2159912	R	An11g09130	complement(<2158092..>2159912)	Aspergillus niger	4985129
An11g09140	mRNA	An11g09140	NT_166526.1	2161376	2163063	D	An11g09140	join(<2161376..2161742,2161800..2162680,2162737..>2163063)	Aspergillus niger	4985130
An11g09150	mRNA	An11g09150	NT_166526.1	2163597	2165752	D	An11g09150	join(<2163597..2163757,2163807..2164475,2164528..2164722,2164802..2165009,2165108..>2165752)	Aspergillus niger	4985131
An11g09160	mRNA	An11g09160	NT_166526.1	2166059	2167174	R	An11g09160	complement(join(<2166059..2166332,2166369..>2167174))	Aspergillus niger	84592402
An11g09170	mRNA	An11g09170	NT_166526.1	2167981	2169511	R	An11g09170	complement(join(<2167981..2168897,2168967..2169273,2169335..>2169511))	Aspergillus niger	4985133
An11g09180	mRNA	An11g09180	NT_166526.1	2170508	2172685	D	An11g09180	<2170508..>2172685	Aspergillus niger	84592403
An11g09190	mRNA	An11g09190	NT_166526.1	2173067	2174125	R	An11g09190	complement(<2173067..>2174125)	Aspergillus niger	4985135
An11g09200	mRNA	An11g09200	NT_166526.1	2174997	2175866	D	An11g09200	join(<2174997..2175277,2175340..2175438,2175491..>2175866)	Aspergillus niger	4985136
An11g09210	mRNA	An11g09210	NT_166526.1	2176268	2178467	R	An11g09210	complement(join(<2176268..2177188,2177281..2177424,2177478..2178017,2178282..>2178467))	Aspergillus niger	4985137
An11g09220	mRNA	An11g09220	NT_166526.1	2179624	2180963	R	An11g09220	complement(join(<2179624..2180219,2180345..>2180963))	Aspergillus niger	4985138
An11g09230	mRNA	An11g09230	NT_166526.1	2181561	2182578	R	An11g09230	complement(join(<2181561..2181647,2181833..2182305,2182359..>2182578))	Aspergillus niger	4985139
An11g09240	mRNA	An11g09240	NT_166526.1	2183179	2184810	R	An11g09240	complement(<2183179..>2184810)	Aspergillus niger	4985140
An11g09250	mRNA	An11g09250	NT_166526.1	2186554	2187672	R	An11g09250	complement(<2186554..>2187672)	Aspergillus niger	4985141
An11g09260	mRNA	An11g09260	NT_166526.1	2189042	2190895	D	An11g09260	join(<2189042..2189299,2189358..2189643,2189694..2189848,2189986..2190367,2190423..>2190895)	Aspergillus niger	4985142
An11g09270	mRNA	An11g09270	NT_166526.1	2191128	2192949	R	An11g09270	complement(join(<2191128..2192318,2192369..2192580,2192631..>2192949))	Aspergillus niger	4985143
An11g09280	mRNA	An11g09280	NT_166526.1	2200433	2201116	D	An11g09280	join(<2200433..2200435,2200644..2200704,2200752..2200782,2200996..>2201116)	Aspergillus niger	84592404
An11g09290	mRNA	An11g09290	NT_166526.1	2203902	2205312	D	An11g09290	join(<2203902..2204272,2204743..2204846,2205023..2205074,2205240..>2205312)	Aspergillus niger	84592405
An11g09300	mRNA	An11g09300	NT_166526.1	2205970	2206618	R	An11g09300	complement(<2205970..>2206618)	Aspergillus niger	84592406
An11g09310	mRNA	An11g09310	NT_166526.1	2207783	2210050	R	An11g09310	complement(join(<2207783..2209899,2209984..>2210050))	Aspergillus niger	4985147
An11g09320	mRNA	An11g09320	NT_166526.1	2210412	2212219	R	An11g09320	complement(join(<2210412..2210895,2210972..2211203,2211257..2211298,2211346..2211459,2211516..2211558,2211611..2211755,2211841..2211968,2212049..>2212219))	Aspergillus niger	4985148
An11g09330	mRNA	An11g09330	NT_166526.1	2212713	2213985	D	An11g09330	join(<2212713..2212730,2212789..2212865,2213057..2213252,2213458..>2213985)	Aspergillus niger	4985149
An11g09340	mRNA	An11g09340	NT_166526.1	2214935	2216036	R	An11g09340	complement(join(<2214935..2215531,2216028..>2216036))	Aspergillus niger	4985150
An11g09350	mRNA	An11g09350	NT_166526.1	2219179	2221734	R	An11g09350	complement(join(<2219179..2219240,2219509..2220240,2220297..2220447,2220509..2220849,2220918..>2221734))	Aspergillus niger	4985151
An11g09360	mRNA	An11g09360	NT_166526.1	2222348	2227891	R	An11g09360	complement(join(<2222348..2225171,2225222..2227226,2227279..2227415,2227469..2227658,2227729..>2227891))	Aspergillus niger	4985152
An11g09370	mRNA	An11g09370	NT_166526.1	2228281	2228795	D	An11g09370	join(<2228281..2228395,2228472..2228703,2228777..>2228795)	Aspergillus niger	4985153
An11g09380	mRNA	An11g09380	NT_166526.1	2228904	2229994	R	An11g09380	complement(join(<2228904..2229429,2229504..>2229994))	Aspergillus niger	4985154
An11g09390	mRNA	An11g09390	NT_166526.1	2231358	2232144	R	An11g09390	complement(join(<2231358..2231667,2231734..2231844,2231906..>2232144))	Aspergillus niger	4985155
An11g09400	mRNA	An11g09400	NT_166526.1	2232473	2233190	D	An11g09400	join(<2232473..2232520,2232582..2232596,2232730..2232880,2232910..>2233190)	Aspergillus niger	4985156
An11g09410	mRNA	An11g09410	NT_166526.1	2234084	2235146	R	An11g09410	complement(join(<2234084..2234422,2234568..>2235146))	Aspergillus niger	4985157
An11g09420	mRNA	An11g09420	NT_166526.1	2236024	2237529	D	An11g09420	join(<2236024..2236409,2236465..2236699,2236754..2236893,2236931..2237051,2237275..>2237529)	Aspergillus niger	4985158
An11g09430	mRNA	An11g09430	NT_166526.1	2240619	2243169	D	An11g09430	join(<2240619..2242632,2242688..>2243169)	Aspergillus niger	84592407
An11g09440	mRNA	An11g09440	NT_166526.1	2243674	2246079	D	An11g09440	join(<2243674..2243914,2244033..2244134,2244205..2244551,2244606..2244974,2245030..2245801,2245856..>2246079)	Aspergillus niger	4985160
An11g09450	mRNA	An11g09450	NT_166526.1	2247525	2248850	D	An11g09450	join(<2247525..2248000,2248066..2248679,2248732..>2248850)	Aspergillus niger	4985161
An11g09460	mRNA	An11g09460	NT_166526.1	2249558	2250105	D	An11g09460	join(<2249558..2249635,2249725..>2250105)	Aspergillus niger	4985162
An11g09470	mRNA	An11g09470	NT_166526.1	2250610	2252509	R	An11g09470	complement(join(<2250610..2251363,2251409..2251438,2251500..>2252509))	Aspergillus niger	4985163
An11g09480	mRNA	An11g09480	NT_166526.1	2253249	2254537	D	An11g09480	join(<2253249..2253313,2253366..2253799,2254360..2254448,2254481..>2254537)	Aspergillus niger	4985164
An11g09490	mRNA	An11g09490	NT_166526.1	2254800	2256328	R	An11g09490	complement(join(<2254800..2255111,2255167..2255586,2255711..>2256328))	Aspergillus niger	4985165
An11g09500	mRNA	An11g09500	NT_166526.1	2262477	2263623	R	An11g09500	complement(join(<2262477..2262816,2262977..2263261,2263333..2263470,2263610..>2263623))	Aspergillus niger	4985166
An11g09510	mRNA	An11g09510	NT_166526.1	2263974	2265175	R	An11g09510	complement(join(<2263974..2264779,2264835..2265092,2265148..>2265175))	Aspergillus niger	4985167
An11g09520	mRNA	An11g09520	NT_166526.1	2265846	2267762	R	An11g09520	complement(join(<2265846..2265998,2266054..2266235,2266283..2267336,2267424..>2267762))	Aspergillus niger	4985168
An11g09530	mRNA	An11g09530	NT_166526.1	2268602	2272546	D	An11g09530	join(<2268602..2268679,2268769..2268895,2268947..2269041,2269133..2269750,2269807..2269959,2270008..2271207,2271264..2271389,2271448..2271564,2271645..2272255,2272318..>2272546)	Aspergillus niger	4985169
An11g09540	mRNA	An11g09540	NT_166526.1	2273254	2277603	D	An11g09540	join(<2273254..2273534,2273588..2273747,2273810..2274281,2274368..>2277603)	Aspergillus niger	4985170
An11g09550	mRNA	An11g09550	NT_166526.1	2277692	2283025	R	An11g09550	complement(join(<2277692..2277695,2277964..2282731,2282791..>2283025))	Aspergillus niger	4985171
An11g09560	mRNA	An11g09560	NT_166526.1	2283395	2284828	D	An11g09560	<2283395..>2284828	Aspergillus niger	4985172
An11g09570	mRNA	An11g09570	NT_166526.1	2285691	2286103	D	An11g09570	join(<2285691..2285838,2285964..>2286103)	Aspergillus niger	4985173
An11g09580	mRNA	An11g09580	NT_166526.1	2286695	2287989	R	An11g09580	complement(join(<2286695..2287021,2287094..2287576,2287726..>2287989))	Aspergillus niger	4985174
An11g09590	mRNA	An11g09590	NT_166526.1	2289432	2291832	D	An11g09590	join(<2289432..2289464,2289523..2289552,2289603..2289697,2289785..2290101,2290159..2290850,2290916..2291391,2291460..>2291832)	Aspergillus niger	4985175
An11g09600	mRNA	An11g09600	NT_166526.1	2292077	2294428	R	An11g09600	complement(join(<2292077..2292564,2292608..2292985,2293048..2293138,2293203..2293648,2293702..2293747,2293808..2293872,2293935..2294075,2294144..2294288,2294351..>2294428))	Aspergillus niger	4985176
An11g09610	mRNA	An11g09610	NT_166526.1	2296039	2297621	R	An11g09610	complement(join(<2296039..2297193,2297239..2297299,2297354..2297512,2297578..>2297621))	Aspergillus niger	4985177
An11g09620	mRNA	An11g09620	NT_166526.1	2298837	2299830	D	An11g09620	join(<2298837..2298890,2298942..2299068,2299277..2299398,2299449..2299650,2299712..>2299830)	Aspergillus niger	4985178
An11g09630	mRNA	An11g09630	NT_166526.1	2300309	2301190	R	An11g09630	complement(<2300309..>2301190)	Aspergillus niger	4985179
An11g09640	mRNA	An11g09640	NT_166526.1	2301718	2302514	R	An11g09640	complement(join(<2301718..2302329,2302398..>2302514))	Aspergillus niger	4985180
An11g09650	mRNA	An11g09650	NT_166526.1	2303982	2305225	D	An11g09650	join(<2303982..2304231,2304361..2304657,2304741..>2305225)	Aspergillus niger	4985181
An11g09660	mRNA	An11g09660	NT_166526.1	2306561	2308182	D	An11g09660	join(<2306561..2306700,2306782..2306791,2306855..2307012,2307094..2307140,2307206..2307301,2307358..2308022,2308072..>2308182)	Aspergillus niger	4985182
An11g09670	mRNA	An11g09670	NT_166526.1	2308863	2309389	D	An11g09670	join(<2308863..2308865,2309059..2309121,2309207..>2309389)	Aspergillus niger	4985183
An11g09680	mRNA	An11g09680	NT_166526.1	2310555	2311424	D	An11g09680	<2310555..>2311424	Aspergillus niger	4985184
An11g09690	mRNA	An11g09690	NT_166526.1	2311540	2313219	R	An11g09690	complement(join(<2311540..2312139,2312191..2312679,2312736..2312972,2313028..2313084,2313136..>2313219))	Aspergillus niger	4985185
An11g09700	mRNA	An11g09700	NT_166526.1	2314374	2316038	D	An11g09700	<2314374..>2316038	Aspergillus niger	4985186
An11g09710	mRNA	An11g09710	NT_166526.1	2316339	2318365	R	An11g09710	complement(join(<2316339..2316687,2316779..2317827,2317891..2318119,2318340..>2318365))	Aspergillus niger	4985187
An11g09720	mRNA	An11g09720	NT_166526.1	2319526	2327017	D	An11g09720	join(<2319526..2325980,2326036..>2327017)	Aspergillus niger	10098102
An11g09730	mRNA	An11g09730	NT_166526.1	2327359	2330889	D	An11g09730	join(<2327359..2327408,2327480..2327561,2327645..2327834,2328028..2328053,2328298..2329116,2329384..2329488,2329561..2329712,2329782..>2330889)	Aspergillus niger	4985189
An11g09740	mRNA	An11g09740	NT_166526.1	2331434	2332695	R	An11g09740	complement(join(<2331434..2332269,2332348..>2332695))	Aspergillus niger	4985190
An11g09750	mRNA	An11g09750	NT_166526.1	2333893	2335967	D	An11g09750	join(<2333893..2334981,2335032..>2335967)	Aspergillus niger	4985191
An11g09760	mRNA	An11g09760	NT_166526.1	2336601	2337851	D	An11g09760	<2336601..>2337851	Aspergillus niger	4985192
An11g09770	mRNA	An11g09770	NT_166526.1	2338724	2340264	R	An11g09770	complement(join(<2338724..2339038,2339111..2339368,2339428..>2340264))	Aspergillus niger	4985193
An11g09780	mRNA	An11g09780	NT_166526.1	2341513	2342501	D	An11g09780	join(<2341513..2341693,2341753..>2342501)	Aspergillus niger	4985195
An11g09790	mRNA	An11g09790	NT_166526.1	2345663	2348010	D	An11g09790	join(<2345663..2345831,2345939..2345966,2346101..2346283,2346519..2346664,2346740..2346809,2346882..>2348010)	Aspergillus niger	4985196
An11g09800	mRNA	An11g09800	NT_166526.1	2348386	2350128	D	An11g09800	<2348386..>2350128	Aspergillus niger	4985197
An11g09820	mRNA	An11g09820	NT_166526.1	2351179	2353824	R	An11g09820	complement(join(<2351179..2352365,2352426..>2353824))	Aspergillus niger	4985199
An11g09830	mRNA	An11g09830	NT_166526.1	2356509	2357418	R	An11g09830	complement(join(<2356509..2357001,2357065..2357162,2357227..>2357418))	Aspergillus niger	4985200
An11g09840	mRNA	An11g09840	NT_166526.1	2358099	2358766	D	An11g09840	join(<2358099..2358149,2358245..2358409,2358534..2358596,2358652..2358701,2358757..>2358766)	Aspergillus niger	4985201
An11g09850	mRNA	An11g09850	NT_166526.1	2359290	2362428	D	An11g09850	join(<2359290..2359301,2359423..>2362428)	Aspergillus niger	4985202
An11g09860	mRNA	An11g09860	NT_166526.1	2362619	2366884	R	An11g09860	complement(join(<2362619..2362678,2362768..2362864,2362962..2362981,2363127..2363181,2363247..2363264,2363933..2363951,2364300..2365021,2365082..2365254,2365338..2365711,2365765..>2366884))	Aspergillus niger	4985203
An11g09870	mRNA	An11g09870	NT_166526.1	2368283	2369857	R	An11g09870	complement(join(<2368283..2369195,2369250..>2369857))	Aspergillus niger	4985204
An11g09880	mRNA	An11g09880	NT_166526.1	2370885	2371920	D	An11g09880	join(<2370885..2371232,2371306..2371349,2371510..2371711,2371807..>2371920)	Aspergillus niger	4985205
An11g09890	mRNA	An11g09890	NT_166526.1	2372291	2375369	R	An11g09890	complement(join(<2372291..2372824,2372883..2374343,2374407..2374690,2374744..2375033,2375104..>2375369))	Aspergillus niger	4985206
An11g09900	mRNA	An11g09900	NT_166526.1	2376291	2378024	D	An11g09900	join(<2376291..2376381,2376438..2376491,2376556..>2378024)	Aspergillus niger	4985207
An11g09910	mRNA	An11g09910	NT_166526.1	2379082	2381295	R	An11g09910	complement(join(<2379082..2380515,2380577..2381219,2381288..>2381295))	Aspergillus niger	4985208
An11g09920	mRNA	An11g09920	NT_166526.1	2383264	2383964	D	An11g09920	join(<2383264..2383287,2383413..2383501,2383571..2383581,2383684..>2383964)	Aspergillus niger	4985209
An11g09930	mRNA	An11g09930	NT_166526.1	2384229	2385162	R	An11g09930	complement(join(<2384229..2384878,2384940..>2385162))	Aspergillus niger	4985210
An11g09940	mRNA	An11g09940	NT_166526.1	2385570	2387179	D	An11g09940	join(<2385570..2385710,2385786..2386346,2386416..2386470,2386542..2386604,2386668..>2387179)	Aspergillus niger	4985211
An11g09950	mRNA	An11g09950	NT_166526.1	2387294	2388524	R	An11g09950	complement(join(<2387294..2387345,2387392..>2388524))	Aspergillus niger	4985212
An11g09960	mRNA	An11g09960	NT_166526.1	2388939	2389714	D	An11g09960	join(<2388939..2389119,2389169..2389335,2389388..>2389714)	Aspergillus niger	4985213
An11g09970	mRNA	An11g09970	NT_166526.1	2390526	2391239	D	An11g09970	join(<2390526..2390773,2390842..2391106,2391207..>2391239)	Aspergillus niger	4985214
An11g09980	mRNA	An11g09980	NT_166526.1	2391512	2393257	R	An11g09980	complement(join(<2391512..2391538,2391568..2391615,2391747..2392408,2392478..2392827,2392874..2393099,2393179..>2393257))	Aspergillus niger	4985215
An11g09985	mRNA	An11g09985	NT_166526.1	2394026	2394734	D	An11g09985	join(<2394026..2394350,2394446..2394551,2394635..>2394734)	Aspergillus niger	4985216
An11g09990	mRNA	An11g09990	NT_166526.1	2394947	2396356	R	An11g09990	complement(join(<2394947..2395505,2395555..2396216,2396264..>2396356))	Aspergillus niger	4985217
An11g10000	mRNA	An11g10000	NT_166526.1	2396716	2397819	D	An11g10000	join(<2396716..2397103,2397153..2397333,2397390..2397488,2397535..2397587,2397623..>2397819)	Aspergillus niger	4985218
An11g10010	mRNA	An11g10010	NT_166526.1	2399094	2400263	R	An11g10010	complement(<2399094..>2400263)	Aspergillus niger	84592408
An11g10020	mRNA	An11g10020	NT_166526.1	2403647	2404713	D	An11g10020	join(<2403647..2404169,2404237..2404465,2404524..>2404713)	Aspergillus niger	4985220
An11g10030	mRNA	An11g10030	NT_166526.1	2405266	2406225	R	An11g10030	complement(join(<2405266..2405326,2405382..2405614,2405674..2405833,2405926..2405984,2406095..2406127,2406193..>2406225))	Aspergillus niger	4985221
An11g10050	mRNA	An11g10050	NT_166526.1	2408172	2410926	R	An11g10050	complement(join(<2408172..2408330,2408378..2408547,2408726..2408769,2409012..2409219,2409270..2409779,2409834..2410099,2410145..2410582,2410634..>2410926))	Aspergillus niger	4985222
An11g10060	mRNA	An11g10060	NT_166526.1	2411584	2414906	D	An11g10060	join(<2411584..2411824,2412055..2412076,2412370..2412562,2412635..2412688,2412772..2413378,2413432..2413640,2413696..2414260,2414321..2414464,2414518..2414612,2414671..2414741,2414795..>2414906)	Aspergillus niger	4985223
An11g10070	mRNA	An11g10070	NT_166526.1	2415723	2416835	R	An11g10070	complement(join(<2415723..2416218,2416291..2416398,2416468..>2416835))	Aspergillus niger	4985224
An11g10080	mRNA	An11g10080	NT_166526.1	2417905	2418780	D	An11g10080	join(<2417905..2417910,2417980..2418035,2418088..2418235,2418353..2418570,2418741..>2418780)	Aspergillus niger	4985225
An11g10090	mRNA	An11g10090	NT_166526.1	2419381	2420135	R	An11g10090	complement(join(<2419381..2419529,2419586..2419678,2419789..2419863,2420108..>2420135))	Aspergillus niger	4985226
An11g10100	mRNA	An11g10100	NT_166526.1	2421035	2421848	R	An11g10100	complement(join(<2421035..2421115,2421174..2421190,2421256..2421353,2421408..2421419,2421486..2421502,2421573..2421604,2421679..2421729,2421812..>2421848))	Aspergillus niger	4985227
An11g10110	mRNA	An11g10110	NT_166526.1	2425098	2430321	D	An11g10110	join(<2425098..2425701,2425765..2426362,2426412..2426616,2426667..2427305,2427359..2427657,2427708..2428587,2428687..2428981,2429032..2429258,2429314..>2430321)	Aspergillus niger	4985228
An11g10120	mRNA	An11g10120	NT_166526.1	2433104	2433479	D	An11g10120	join(<2433104..2433257,2433352..>2433479)	Aspergillus niger	84592409
An11g10130	mRNA	An11g10130	NT_166526.1	2433899	2435053	R	An11g10130	complement(join(<2433899..2434629,2434770..2434834,2434896..>2435053))	Aspergillus niger	84592410
An11g10140	mRNA	An11g10140	NT_166526.1	2436378	2437563	D	An11g10140	join(<2436378..2436465,2436535..2436768,2436842..2437009,2437184..>2437563)	Aspergillus niger	4985231
An11g10150	mRNA	An11g10150	NT_166526.1	2437714	2438755	R	An11g10150	complement(join(<2437714..2438090,2438155..2438530,2438606..>2438755))	Aspergillus niger	4985232
An11g10160	mRNA	An11g10160	NT_166526.1	2439081	2440130	R	An11g10160	complement(<2439081..>2440130)	Aspergillus niger	4985233
An11g10170	mRNA	An11g10170	NT_166526.1	2441450	2442185	D	An11g10170	join(<2441450..2441644,2441762..2441911,2442063..>2442185)	Aspergillus niger	84592411
An11g10180	mRNA	An11g10180	NT_166526.1	2442939	2444042	R	An11g10180	complement(join(<2442939..2443756,2443808..>2444042))	Aspergillus niger	4985235
An11g10190	mRNA	An11g10190	NT_166526.1	2446155	2448488	R	An11g10190	complement(join(<2446155..2446312,2446435..2446821,2447047..2447323,2447377..2448086,2448138..2448270,2448320..2448365,2448481..>2448488))	Aspergillus niger	4985236
An11g10200	mRNA	An11g10200	NT_166526.1	2449044	2449759	D	An11g10200	join(<2449044..2449230,2449310..2449334,2449395..2449554,2449624..2449631,2449714..>2449759)	Aspergillus niger	4985237
An11g10210	mRNA	An11g10210	NT_166526.1	2450133	2452764	R	An11g10210	complement(join(<2450133..2450862,2450911..2451047,2451096..2451202,2451303..2451380,2451442..2451848,2451900..2451993,2452047..>2452764))	Aspergillus niger	4985238
An11g10230	mRNA	An11g10230	NT_166526.1	2453232	2453373	R	An11g10230	complement(join(<2453232..2453282,2453332..>2453373))	Aspergillus niger	84592412
An11g10240	mRNA	An11g10240	NT_166526.1	2454044	2455883	D	An11g10240	join(<2454044..2454715,2454770..2454788,2454844..>2455883)	Aspergillus niger	4985241
An11g10250	mRNA	An11g10250	NT_166526.1	2456088	2457087	D	An11g10250	join(<2456088..2456218,2456273..2456441,2456479..>2457087)	Aspergillus niger	84592413
An11g10260	mRNA	An11g10260	NT_166526.1	2457764	2459019	R	An11g10260	complement(join(<2457764..2457805,2457863..2458003,2458067..2458432,2458482..2458576,2458626..>2459019))	Aspergillus niger	4985243
An11g10270	mRNA	An11g10270	NT_166526.1	2460580	2461962	D	An11g10270	join(<2460580..2460907,2460941..>2461962)	Aspergillus niger	84592414
An11g10280	mRNA	An11g10280	NT_166526.1	2463007	2464398	D	An11g10280	join(<2463007..2463325,2463356..>2464398)	Aspergillus niger	84592415
An11g10290	mRNA	An11g10290	NT_166526.1	2464695	2466194	R	An11g10290	complement(<2464695..>2466194)	Aspergillus niger	4985246
An11g10300	mRNA	An11g10300	NT_166526.1	2466771	2468222	D	An11g10300	<2466771..>2468222	Aspergillus niger	4985247
An11g10310	mRNA	An11g10310	NT_166526.1	2468675	2470381	D	An11g10310	join(<2468675..2468782,2468866..2469053,2469112..2469275,2469329..2469632,2469691..2470269,2470363..>2470381)	Aspergillus niger	4985248
An11g10320	mRNA	An11g10320	NT_166526.1	2470691	2474518	R	An11g10320	complement(join(<2470691..2470777,2470834..2471201,2471234..2472063,2472155..2472233,2472308..2473360,2473416..2473600,2473652..2473709,2473760..2473840,2473904..2474061,2474132..2474207,2474303..2474320,2474384..2474430,2474511..>2474518))	Aspergillus niger	4985249
An11g10330	mRNA	An11g10330	NT_166526.1	2475537	2478924	R	An11g10330	complement(join(<2475537..2477847,2477941..2478550,2478912..>2478924))	Aspergillus niger	4985250
An11g10340	mRNA	An11g10340	NT_166526.1	2479947	2480930	D	An11g10340	<2479947..>2480930	Aspergillus niger	4985251
An11g10350	mRNA	An11g10350	NT_166526.1	2481313	2482850	R	An11g10350	complement(join(<2481313..2481481,2481536..2482230,2482298..2482687,2482737..>2482850))	Aspergillus niger	4985252
An11g10360	mRNA	An11g10360	NT_166526.1	2483794	2484366	D	An11g10360	join(<2483794..2483799,2483922..2483966,2484065..2484314,2484356..>2484366)	Aspergillus niger	84592416
An11g10370	mRNA	An11g10370	NT_166526.1	2484615	2486025	R	An11g10370	complement(join(<2484615..2484776,2484835..>2486025))	Aspergillus niger	4985254
An11g10380	mRNA	An11g10380	NT_166526.1	2486706	2488781	R	An11g10380	complement(join(<2486706..2486849,2486917..2488214,2488286..>2488781))	Aspergillus niger	4985255
An11g10390	mRNA	An11g10390	NT_166526.1	2489534	2491020	D	An11g10390	join(<2489534..2489598,2489655..2490017,2490080..2490372,2490569..2490738,2490782..2490848,2491004..>2491020)	Aspergillus niger	4985256
An11g10400	mRNA	An11g10400	NT_166526.1	2491732	2493626	D	An11g10400	join(<2491732..2493306,2493372..>2493626)	Aspergillus niger	4985257
An11g10410	mRNA	An11g10410	NT_166526.1	2495497	2498231	R	An11g10410	complement(join(<2495497..2496015,2496068..2496213,2496340..2497028,2497093..>2498231))	Aspergillus niger	4985258
An11g10420	mRNA	An11g10420	NT_166526.1	2499423	2501277	R	An11g10420	complement(join(<2499423..2499569,2499772..2499842,2500062..2500187,2500360..2500393,2500465..2500531,2500569..2500681,2501212..>2501277))	Aspergillus niger	84592417
An11g10430	mRNA	An11g10430	NT_166526.1	2502296	2503582	R	An11g10430	complement(join(<2502296..2502346,2502495..2502671,2502732..2502790,2502953..2503083,2503209..2503231,2503392..2503417,2503513..>2503582))	Aspergillus niger	4985260
An11g10440	mRNA	An11g10440	NT_166526.1	2504603	2505320	D	An11g10440	join(<2504603..2504681,2504778..2504878,2505192..>2505320)	Aspergillus niger	84592418
An11g10450	mRNA	An11g10450	NT_166526.1	2506409	2507898	R	An11g10450	complement(join(<2506409..2506930,2506992..2507553,2507607..2507611,2507704..2507789,2507886..>2507898))	Aspergillus niger	4985262
An11g10460	mRNA	An11g10460	NT_166526.1	2508452	2510887	D	An11g10460	join(<2508452..2508732,2508813..2509656,2509721..>2510887)	Aspergillus niger	4985263
An11g10470	mRNA	An11g10470	NT_166526.1	2511794	2513326	D	An11g10470	join(<2511794..2512007,2512095..2513010,2513100..2513209,2513280..>2513326)	Aspergillus niger	4985264
An11g10480	mRNA	An11g10480	NT_166526.1	2513746	2514357	D	An11g10480	join(<2513746..2513800,2514022..2514129,2514293..>2514357)	Aspergillus niger	84592419
An11g10490	mRNA	An11g10490	NT_166526.1	2514541	2515321	D	An11g10490	join(<2514541..2514627,2514786..2514815,2514944..2515127,2515182..>2515321)	Aspergillus niger	4985266
An11g10500	mRNA	An11g10500	NT_166526.1	2515783	2516001	R	An11g10500	complement(<2515783..>2516001)	Aspergillus niger	84592420
An11g10510	mRNA	An11g10510	NT_166526.1	2516109	2517713	D	An11g10510	join(<2516109..2516356,2516460..2516809,2516881..2516997,2517040..2517212,2517310..2517433,2517532..>2517713)	Aspergillus niger	84592421
An11g10520	mRNA	An11g10520	NT_166526.1	2518463	2520339	R	An11g10520	complement(join(<2518463..2520104,2520164..>2520339))	Aspergillus niger	4985269
An11g10530	mRNA	An11g10530	NT_166526.1	2520673	2522155	D	An11g10530	join(<2520673..2520794,2520890..2521105,2521200..2521261,2521372..2521659,2521796..2521832,2521915..>2522155)	Aspergillus niger	84592422
An11g10540	mRNA	An11g10540	NT_166526.1	2523277	2524110	R	An11g10540	complement(join(<2523277..2523753,2523823..>2524110))	Aspergillus niger	4985271
An11g10550	mRNA	An11g10550	NT_166526.1	2525493	2526987	R	An11g10550	complement(join(<2525493..2525601,2525692..2525739,2525894..2526057,2526123..2526229,2526322..2526368,2526418..2526516,2526593..2526769,2526805..2526878,2526967..>2526987))	Aspergillus niger	84592423
An11g10560	mRNA	An11g10560	NT_166526.1	2527510	2529439	D	An11g10560	join(<2527510..2527563,2527690..2527758,2527844..2528118,2528218..2529020,2529060..>2529439)	Aspergillus niger	4985273
An11g10570	mRNA	An11g10570	NT_166526.1	2530383	2530891	D	An11g10570	join(<2530383..2530422,2530530..>2530891)	Aspergillus niger	4985275
An11g10580	mRNA	An11g10580	NT_166526.1	2530993	2532003	D	An11g10580	<2530993..>2532003	Aspergillus niger	84592424
An11g10590	mRNA	An11g10590	NT_166526.1	2532872	2534548	R	An11g10590	complement(<2532872..>2534548)	Aspergillus niger	4985276
An11g10600	mRNA	An11g10600	NT_166526.1	2534959	2537126	R	An11g10600	complement(join(<2534959..2535170,2535270..2536118,2536176..2536471,2536659..2536834,2536933..2537019,2537082..>2537126))	Aspergillus niger	4985277
An11g10610	mRNA	An11g10610	NT_166526.1	2537781	2538891	D	An11g10610	join(<2537781..2537826,2537888..2538323,2538411..>2538891)	Aspergillus niger	4985278
An11g10620	mRNA	An11g10620	NT_166526.1	2539986	2540965	D	An11g10620	join(<2539986..2540056,2540194..>2540965)	Aspergillus niger	4985279
An11g10630	mRNA	An11g10630	NT_166526.1	2542473	2544827	D	An11g10630	join(<2542473..2542497,2542613..2542682,2542760..2542831,2542885..2543314,2543391..2544363,2544622..>2544827)	Aspergillus niger	4985280
An11g10640	mRNA	An11g10640	NT_166526.1	2545924	2546283	D	An11g10640	join(<2545924..2545928,2546058..>2546283)	Aspergillus niger	84592425
An11g10650	mRNA	An11g10650	NT_166526.1	2546348	2548384	R	An11g10650	complement(join(<2546348..2548262,2548326..>2548384))	Aspergillus niger	4985282
An11g10660	mRNA	An11g10660	NT_166526.1	2548866	2555141	D	An11g10660	<2548866..>2555141	Aspergillus niger	4985283
An11g10670	mRNA	An11g10670	NT_166526.1	2555482	2556930	R	An11g10670	complement(join(<2555482..2555645,2555727..>2556930))	Aspergillus niger	4985284
An11g10680	mRNA	An11g10680	NT_166526.1	2558677	2560554	D	An11g10680	join(<2558677..2560091,2560167..>2560554)	Aspergillus niger	4985285
An11g10690	mRNA	An11g10690	NT_166526.1	2561821	2563633	R	An11g10690	complement(join(<2561821..2562438,2562507..2563044,2563112..2563269,2563346..>2563633))	Aspergillus niger	4985286
An11g10700	mRNA	An11g10700	NT_166526.1	2563772	2564126	D	An11g10700	join(<2563772..2563787,2563857..2563921,2563995..>2564126)	Aspergillus niger	84592426
An11g10710	mRNA	An11g10710	NT_166526.1	2564292	2566306	D	An11g10710	join(<2564292..2565969,2566056..>2566306)	Aspergillus niger	4985288
An11g10720	mRNA	An11g10720	NT_166526.1	2567422	2570446	D	An11g10720	join(<2567422..2567457,2567570..>2570446)	Aspergillus niger	4985289
An11g10730	mRNA	An11g10730	NT_166526.1	2571084	2572655	R	An11g10730	complement(join(<2571084..2572329,2572465..>2572655))	Aspergillus niger	4985290
An11g10740	mRNA	An11g10740	NT_166526.1	2573463	2574695	R	An11g10740	complement(join(<2573463..2573866,2573966..2574414,2574475..>2574695))	Aspergillus niger	4985291
An11g10750	mRNA	An11g10750	NT_166526.1	2575328	2576485	R	An11g10750	complement(join(<2575328..2576153,2576213..2576329,2576391..>2576485))	Aspergillus niger	4985292
An11g10760	mRNA	An11g10760	NT_166526.1	2576821	2577936	D	An11g10760	<2576821..>2577936	Aspergillus niger	4985293
An11g10770	mRNA	An11g10770	NT_166526.1	2579143	2581250	D	An11g10770	join(<2579143..2579795,2579819..>2581250)	Aspergillus niger	4985294
An11g10780	mRNA	An11g10780	NT_166526.1	2582907	2585174	D	An11g10780	join(<2582907..2583594,2583645..2583856,2583909..>2585174)	Aspergillus niger	4985295
An11g10790	mRNA	An11g10790	NT_166526.1	2585769	2587098	D	An11g10790	join(<2585769..2586077,2586139..>2587098)	Aspergillus niger	4985296
An11g10800	mRNA	An11g10800	NT_166526.1	2587201	2587866	R	An11g10800	complement(<2587201..>2587866)	Aspergillus niger	4985297
An11g10810	mRNA	An11g10810	NT_166526.1	2588517	2590102	D	An11g10810	join(<2588517..2589591,2589730..2589784,2589913..>2590102)	Aspergillus niger	4985298
An11g10820	mRNA	An11g10820	NT_166526.1	2590185	2593030	R	An11g10820	complement(join(<2590185..2591488,2591551..2591989,2592089..2592183,2592253..>2593030))	Aspergillus niger	4985299
An11g10830	mRNA	An11g10830	NT_166526.1	2594074	2594635	D	An11g10830	join(<2594074..2594140,2594319..2594374,2594441..>2594635)	Aspergillus niger	84592427
An11g10840	mRNA	An11g10840	NT_166526.1	2594840	2596050	D	An11g10840	join(<2594840..2594894,2595231..2595665,2595728..>2596050)	Aspergillus niger	4985301
An11g10850	mRNA	An11g10850	NT_166526.1	2596446	2597755	R	An11g10850	complement(join(<2596446..2596684,2596827..2596931,2597180..2597236,2597324..2597410,2597505..2597632,2597709..>2597755))	Aspergillus niger	84592428
An11g10860	mRNA	An11g10860	NT_166526.1	2598216	2599115	D	An11g10860	join(<2598216..2598499,2598569..2598599,2598732..2598800,2598919..2599002,2599080..>2599115)	Aspergillus niger	84592429
An11g10870	mRNA	An11g10870	NT_166526.1	2599850	2600882	D	An11g10870	join(<2599850..2599957,2600013..2600110,2600174..>2600882)	Aspergillus niger	4985304
An11g10880	mRNA	An11g10880	NT_166526.1	2601531	2604157	D	An11g10880	join(<2601531..2601719,2601798..2601917,2602006..2602103,2602188..2602236,2602354..2602408,2602511..2602615,2602689..2602753,2602873..2602975,2603075..2603197,2603291..2603374,2603498..2603597,2603663..2603753,2603904..2604029,2604089..>2604157)	Aspergillus niger	84592430
An11g10890	mRNA	An11g10890	NT_166526.1	2604825	2605878	D	An11g10890	join(<2604825..2605324,2605386..>2605878)	Aspergillus niger	4985306
An11g10900	mRNA	An11g10900	NT_166526.1	2608079	2608546	R	An11g10900	complement(join(<2608079..2608255,2608421..>2608546))	Aspergillus niger	84592431
An11g10910	mRNA	An11g10910	NT_166526.1	2609274	2610345	D	An11g10910	join(<2609274..2609429,2609493..2609548,2609613..>2610345)	Aspergillus niger	4985308
An11g10920	mRNA	An11g10920	NT_166526.1	2610771	2614135	R	An11g10920	complement(join(<2610771..2613602,2613659..>2614135))	Aspergillus niger	4985309
An11g10930	mRNA	An11g10930	NT_166526.1	2616762	2621176	R	An11g10930	complement(join(<2616762..2618653,2618716..>2621176))	Aspergillus niger	4985310
An11g10940	mRNA	An11g10940	NT_166526.1	2621249	2623086	D	An11g10940	join(<2621249..2621333,2621429..2621487,2621569..2621620,2621693..2621744,2621909..2621972,2622077..2622306,2622370..2622479,2622566..2622854,2622942..>2623086)	Aspergillus niger	84592432
An11g10950	mRNA	An11g10950	NT_166526.1	2623824	2624751	D	An11g10950	join(<2623824..2623851,2623948..2624285,2624341..>2624751)	Aspergillus niger	4985312
An11g10960	mRNA	An11g10960	NT_166526.1	2625105	2626069	R	An11g10960	complement(join(<2625105..2625806,2625887..2625954,2626024..>2626069))	Aspergillus niger	4985313
An11g10970	mRNA	An11g10970	NT_166526.1	2626666	2628129	R	An11g10970	complement(join(<2626666..2627738,2627772..>2628129))	Aspergillus niger	4985314
An11g10980	mRNA	An11g10980	NT_166526.1	2628326	2629122	D	An11g10980	join(<2628326..2628516,2628669..>2629122)	Aspergillus niger	84592433
An11g10990	mRNA	An11g10990	NT_166526.1	2630275	2632959	R	An11g10990	complement(join(<2630275..2630444,2630517..2632761,2632846..>2632959))	Aspergillus niger	4985316
An11g11000	mRNA	An11g11000	NT_166526.1	2635196	2637435	D	An11g11000	join(<2635196..2635402,2635499..2635554,2635587..>2637435)	Aspergillus niger	4985317
An11g11010	mRNA	An11g11010	NT_166526.1	2637905	2643512	R	An11g11010	complement(join(<2637905..2637911,2637971..2638039,2638108..>2643512))	Aspergillus niger	4985318
An11g11020	mRNA	An11g11020	NT_166526.1	2645179	2646334	D	An11g11020	join(<2645179..2645542,2645613..>2646334)	Aspergillus niger	4985319
An11g11030	mRNA	An11g11030	NT_166526.1	2647025	2647822	R	An11g11030	complement(join(<2647025..2647243,2647441..2647639,2647791..>2647822))	Aspergillus niger	4985320
An11g11040	mRNA	An11g11040	NT_166526.1	2648229	2651321	R	An11g11040	complement(join(<2648229..2648930,2649009..2649179,2649234..2650598,2650661..2650827,2650880..2650970,2651138..2651142,2651198..>2651321))	Aspergillus niger	4985321
An11g11050	mRNA	An11g11050	NT_166526.1	2653432	2655967	D	An11g11050	join(<2653432..2653463,2653651..2654368,2654424..2654543,2654597..>2655967)	Aspergillus niger	4985322
An11g11060	mRNA	An11g11060	NT_166526.1	2656571	2657815	D	An11g11060	join(<2656571..2656616,2656690..2656731,2656954..2657028,2657095..2657157,2657228..2657637,2657756..>2657815)	Aspergillus niger	4985324
An11g11070	mRNA	An11g11070	NT_166526.1	2659334	2661282	D	An11g11070	join(<2659334..2659448,2659638..2659759,2659867..>2661282)	Aspergillus niger	84592434
An11g11080	mRNA	An11g11080	NT_166526.1	2662573	2665930	R	An11g11080	complement(join(<2662573..2663568,2663648..2664919,2665001..2665069,2665140..2665302,2665436..2665609,2665884..>2665930))	Aspergillus niger	4985325
An11g11090	mRNA	An11g11090	NT_166526.1	2666162	2667252	D	An11g11090	join(<2666162..2667066,2667213..>2667252)	Aspergillus niger	4985326
An11g11100	mRNA	An11g11100	NT_166526.1	2667502	2669197	R	An11g11100	complement(join(<2667502..2668185,2668240..2668300,2668367..2668826,2668927..>2669197))	Aspergillus niger	4985327
An11g11110	mRNA	An11g11110	NT_166526.1	2670058	2673954	D	An11g11110	join(<2670058..2670293,2670379..2670890,2670950..2671073,2671133..2671274,2671330..2673708,2673781..>2673954)	Aspergillus niger	4985328
An11g11120	mRNA	An11g11120	NT_166526.1	2674711	2676339	R	An11g11120	complement(join(<2674711..2675646,2675711..2675770,2675832..2675901,2675961..2676000,2676084..2676160,2676254..>2676339))	Aspergillus niger	4985329
An11g11130	mRNA	An11g11130	NT_166526.1	2677854	2679345	R	An11g11130	complement(join(<2677854..2678395,2678454..2678540,2678580..2678638,2678686..2678867,2678926..2679025,2679081..2679175,2679254..2679292,2679334..>2679345))	Aspergillus niger	4985330
An11g11140	mRNA	An11g11140	NT_166526.1	2680516	2684450	D	An11g11140	join(<2680516..2680950,2681006..2681154,2681214..2684195,2684249..>2684450)	Aspergillus niger	4985331
An11g11150	mRNA	An11g11150	NT_166526.1	2684621	2687971	R	An11g11150	complement(<2684621..>2687971)	Aspergillus niger	4985332
An11g11160	mRNA	An11g11160	NT_166526.1	2689101	2691285	D	An11g11160	join(<2689101..2689145,2689292..2690708,2690802..2690985,2691043..2691085,2691166..>2691285)	Aspergillus niger	4985333
An11g11170	mRNA	An11g11170	NT_166526.1	2692273	2692878	D	An11g11170	<2692273..>2692878	Aspergillus niger	4985334
An11g11180	mRNA	An11g11180	NT_166526.1	2693565	2695329	D	An11g11180	join(<2693565..2693596,2693734..2693765,2693825..2693892,2693958..2695075,2695146..>2695329)	Aspergillus niger	4985335
An11g11190	mRNA	An11g11190	NT_166526.1	2696047	2700075	D	An11g11190	join(<2696047..2696127,2696179..2696585,2696642..2697143,2697182..2697439,2697496..2698055,2698099..2698201,2698260..2698525,2698580..2699236,2699286..2699388,2699448..2699606,2699661..2699800,2699853..2699928,2699977..>2700075)	Aspergillus niger	4985336
An11g11200	mRNA	An11g11200	NT_166526.1	2700480	2700658	R	An11g11200	complement(join(<2700480..2700586,2700616..>2700658))	Aspergillus niger	84592435
An11g11210	mRNA	An11g11210	NT_166526.1	2701491	2703183	D	An11g11210	join(<2701491..2701534,2701596..2701668,2701727..2702323,2702380..>2703183)	Aspergillus niger	4985338
An11g11220	mRNA	An11g11220	NT_166526.1	2703904	2704326	D	An11g11220	join(<2703904..2703954,2704035..2704196,2704252..>2704326)	Aspergillus niger	84592436
An11g11230	mRNA	An11g11230	NT_166526.1	2704929	2706339	D	An11g11230	join(<2704929..2704961,2705024..2705078,2705131..2705151,2705209..2705340,2705414..2705561,2705667..2705924,2705987..2706022,2706075..2706224,2706282..>2706339)	Aspergillus niger	4985340
An11g11240	mRNA	An11g11240	NT_166526.1	2706507	2708063	R	An11g11240	complement(join(<2706507..2707523,2707576..2707771,2707888..>2708063))	Aspergillus niger	4985341
An11g11250	mRNA	An11g11250	NT_166526.1	2708393	2710027	D	An11g11250	join(<2708393..2709226,2709269..2709370,2709440..>2710027)	Aspergillus niger	4985342
An11g11260	mRNA	An11g11260	NT_166526.1	2710296	2711236	R	An11g11260	complement(join(<2710296..2710913,2711135..>2711236))	Aspergillus niger	4985343
An11g11270	mRNA	An11g11270	NT_166526.1	2712260	2713209	D	An11g11270	join(<2712260..2712425,2712485..>2713209)	Aspergillus niger	84592437
An11g11280	mRNA	An11g11280	NT_166526.1	2713472	2715525	R	An11g11280	complement(join(<2713472..2713516,2713576..2713647,2713722..2713789,2713843..2713897,2713956..2714015,2714073..2714465,2714548..2714892,2714978..2715033,2715087..2715158,2715223..2715281,2715341..>2715525))	Aspergillus niger	4985345
An11g11290	mRNA	An11g11290	NT_166526.1	2715789	2716510	D	An11g11290	join(<2715789..2715841,2716092..2716228,2716259..2716288,2716320..2716367,2716426..2716471,2716498..>2716510)	Aspergillus niger	4985346
An11g11300	mRNA	httA	NT_166526.1	2716934	2717508	R	An11g11300	complement(join(<2716934..2716992,2717045..2717248,2717301..2717389,2717456..>2717508))	Aspergillus niger	4985347
An11g11310	mRNA	An11g11310	NT_166526.1	2718148	2718732	D	An11g11310	join(<2718148..2718322,2718377..2718448,2718504..2718591,2718642..>2718732)	Aspergillus niger	4985348
An11g11320	mRNA	An11g11320	NT_166526.1	2719080	2720539	R	An11g11320	complement(join(<2719080..2719437,2719493..2719720,2719780..2719948,2719999..2720307,2720389..>2720539))	Aspergillus niger	4985349
An06g00010	mRNA	An06g00010	NT_166522.1	1	3115	D	An06g00010	join(<1..110,186..236,276..887,1006..>3115)	Aspergillus niger	84591160
An06g00020	mRNA	An06g00020	NT_166522.1	3670	4090	D	An06g00020	join(<3670..3946,4044..>4090)	Aspergillus niger	84591161
An06g00030	mRNA	An06g00030	NT_166522.1	6085	7248	D	An06g00030	<6085..>7248	Aspergillus niger	4981019
An06g00040	mRNA	An06g00040	NT_166522.1	7705	8320	D	An06g00040	join(<7705..7734,8032..8126,8188..8197,8258..>8320)	Aspergillus niger	84591162
An06g00050	mRNA	An06g00050	NT_166522.1	8691	9170	R	An06g00050	complement(join(<8691..8705,8781..>9170))	Aspergillus niger	84591163
An06g00060	mRNA	An06g00060	NT_166522.1	10995	12803	R	An06g00060	complement(join(<10995..11032,11217..11329,11453..11499,11576..12189,12266..>12803))	Aspergillus niger	84591164
An06g00090	mRNA	An06g00090	NT_166522.1	15925	20337	D	An06g00090	<15925..>20337	Aspergillus niger	10098299
An06g00110	mRNA	An06g00110	NT_166522.1	23809	26354	R	An06g00110	complement(join(<23809..23833,24104..24193,24253..24386,24443..24562,24663..24921,25027..>26354))	Aspergillus niger	84591165
An06g00120	mRNA	An06g00120	NT_166522.1	27876	29408	R	An06g00120	complement(join(<27876..27934,28052..>29408))	Aspergillus niger	4981011
An06g00130	mRNA	An06g00130	NT_166522.1	29964	31186	D	An06g00130	join(<29964..30335,30389..>31186)	Aspergillus niger	4981018
An06g00140	mRNA	An06g00140	NT_166522.1	32574	32911	R	An06g00140	complement(join(<32574..32680,32881..>32911))	Aspergillus niger	84591166
An06g00150	mRNA	An06g00150	NT_166522.1	33708	35482	D	An06g00150	join(<33708..34147,34207..>35482)	Aspergillus niger	4981022
An06g00160	mRNA	An06g00160	NT_166522.1	35888	36506	R	An06g00160	complement(join(<35888..36210,36288..36338,36392..>36506))	Aspergillus niger	4981010
An06g00170	mRNA	aglA	NT_166522.1	38658	40271	D	An06g00170	<38658..>40271	Aspergillus niger	4981013
An06g00180	mRNA	An06g00180	NT_166522.1	41273	41918	D	An06g00180	join(<41273..41341,41416..41476,41509..41597,41637..41741,41780..41826,41903..>41918)	Aspergillus niger	4981008
An06g00190	mRNA	An06g00190	NT_166522.1	42822	44822	D	An06g00190	join(<42822..43717,43767..43908,43959..44052,44111..44414,44471..>44822)	Aspergillus niger	4981033
An06g00200	mRNA	An06g00200	NT_166522.1	45843	46963	R	An06g00200	complement(join(<45843..46672,46765..>46963))	Aspergillus niger	4981014
An06g00210	mRNA	An06g00210	NT_166522.1	47773	49042	R	An06g00210	complement(join(<47773..48358,48422..48746,48799..>49042))	Aspergillus niger	4981030
An06g00220	mRNA	An06g00220	NT_166522.1	49609	50435	R	An06g00220	complement(join(<49609..49901,50021..50145,50275..>50435))	Aspergillus niger	84591167
An06g00230	mRNA	An06g00230	NT_166522.1	50882	51739	D	An06g00230	<50882..>51739	Aspergillus niger	4981017
An06g00240	mRNA	An06g00240	NT_166522.1	52446	53193	R	An06g00240	complement(join(<52446..52765,52833..>53193))	Aspergillus niger	84591168
An06g00250	mRNA	An06g00250	NT_166522.1	55991	56176	R	An06g00250	complement(join(<55991..56128,56168..>56176))	Aspergillus niger	84591169
An06g00260	mRNA	An06g00260	NT_166522.1	56883	58967	D	An06g00260	join(<56883..57252,57324..57400,57454..58711,58765..>58967)	Aspergillus niger	4981003
An06g00270	mRNA	An06g00270	NT_166522.1	59568	60757	R	An06g00270	complement(join(<59568..59675,59733..60277,60427..>60757))	Aspergillus niger	4981026
An06g00280	mRNA	An06g00280	NT_166522.1	61438	62396	R	An06g00280	complement(join(<61438..62217,62283..>62396))	Aspergillus niger	4981009
An06g00290	mRNA	An06g00290	NT_166522.1	63683	67042	D	An06g00290	join(<63683..63909,63977..64099,64151..64842,64894..66161,66219..66351,66422..66568,66648..>67042)	Aspergillus niger	4981024
An06g00300	mRNA	An06g00300	NT_166522.1	67620	69045	R	An06g00300	complement(join(<67620..67850,67904..68160,68214..68364,68394..68511,68576..68693,68754..68759,68833..68882,68957..>69045))	Aspergillus niger	4981025
An06g00310	mRNA	An06g00310	NT_166522.1	70747	72760	D	An06g00310	join(<70747..70872,70929..71041,71094..71782,71871..>72760)	Aspergillus niger	4981020
An06g00320	mRNA	An06g00320	NT_166522.1	73378	73691	R	An06g00320	complement(join(<73378..73406,73466..>73691))	Aspergillus niger	4981023
An06g00330	mRNA	An06g00330	NT_166522.1	74151	76339	D	An06g00330	join(<74151..75105,75143..75575,75637..75901,75953..>76339)	Aspergillus niger	4981027
An06g00340	mRNA	An06g00340	NT_166522.1	77302	78858	D	An06g00340	<77302..>78858	Aspergillus niger	4981005
An06g00350	mRNA	An06g00350	NT_166522.1	81050	82964	D	An06g00350	join(<81050..81268,81336..81420,81482..81796,81865..81980,82039..82336,82408..>82964)	Aspergillus niger	4981034
An06g00360	mRNA	An06g00360	NT_166522.1	84416	85894	D	An06g00360	join(<84416..84506,84561..85255,85307..>85894)	Aspergillus niger	4981035
An06g00370	mRNA	An06g00370	NT_166522.1	86450	87704	D	An06g00370	join(<86450..86815,86870..87192,87245..87292,87427..87463,87535..87541,87694..>87704)	Aspergillus niger	4981036
An06g00380	mRNA	An06g00380	NT_166522.1	88139	89793	D	An06g00380	join(<88139..88187,88249..88394,88501..88911,88972..>89793)	Aspergillus niger	4981037
An06g00390	mRNA	An06g00390	NT_166522.1	89923	91451	R	An06g00390	complement(join(<89923..90449,90496..90913,91026..>91451))	Aspergillus niger	4981038
An06g00400	mRNA	An06g00400	NT_166522.1	93453	94828	R	An06g00400	complement(join(<93453..93803,93929..94165,94300..94429,94514..94631,94687..>94828))	Aspergillus niger	84591170
An06g00410	mRNA	An06g00410	NT_166522.1	96404	96988	D	An06g00410	join(<96404..96438,96708..96714,96854..>96988)	Aspergillus niger	84591171
An06g00420	mRNA	An06g00420	NT_166522.1	98444	99378	D	An06g00420	join(<98444..98491,98607..99179,99197..99276,99351..>99378)	Aspergillus niger	84591172
An06g00430	mRNA	An06g00430	NT_166522.1	100051	101277	R	An06g00430	complement(join(<100051..101053,101102..>101277))	Aspergillus niger	4981042
An06g00440	mRNA	An06g00440	NT_166522.1	102872	103676	R	An06g00440	complement(join(<102872..102896,102970..103129,103186..103311,103392..103541,103634..>103676))	Aspergillus niger	84591173
An06g00460	mRNA	An06g00460	NT_166522.1	105858	107402	D	An06g00460	<105858..>107402	Aspergillus niger	4981045
An06g00470	mRNA	An06g00470	NT_166522.1	107702	109042	R	An06g00470	complement(join(<107702..108201,108316..108538,108902..>109042))	Aspergillus niger	4981046
An06g00480	mRNA	An06g00480	NT_166522.1	109489	110877	R	An06g00480	complement(join(<109489..109794,109844..109902,110053..110171,110675..>110877))	Aspergillus niger	84591174
An06g00490	mRNA	An06g00490	NT_166522.1	111909	113324	D	An06g00490	join(<111909..112103,112180..112216,112275..112342,112408..112787,112849..112910,112978..>113324)	Aspergillus niger	4981048
An06g00500	mRNA	An06g00500	NT_166522.1	116024	117564	R	An06g00500	complement(join(<116024..116778,116853..>117564))	Aspergillus niger	84591175
An06g00510	mRNA	An06g00510	NT_166522.1	119409	121564	D	An06g00510	join(<119409..119543,119599..120130,120180..120311,120369..120891,120992..121096,121416..121476,121541..>121564)	Aspergillus niger	4981050
An06g00520	mRNA	An06g00520	NT_166522.1	122031	122564	D	An06g00520	join(<122031..122147,122196..>122564)	Aspergillus niger	84591176
An06g00530	mRNA	An06g00530	NT_166522.1	123132	125143	D	An06g00530	join(<123132..123475,123538..124075,124134..124604,124652..>125143)	Aspergillus niger	84591177
An06g00540	mRNA	An06g00540	NT_166522.1	125262	126052	R	An06g00540	complement(join(<125262..125727,125954..>126052))	Aspergillus niger	84591178
An06g00550	mRNA	An06g00550	NT_166522.1	126312	129393	R	An06g00550	complement(join(<126312..126383,126456..126695,127196..127265,127949..128493,128691..128778,128899..129015,129059..129169,129259..129308,129370..>129393))	Aspergillus niger	84591179
An06g00560	mRNA	An06g00560	NT_166522.1	129663	131736	D	An06g00560	join(<129663..129807,129860..129912,129961..130233,130284..130361,130411..130806,130861..131206,131268..131353,131410..>131736)	Aspergillus niger	4981055
An06g00570	mRNA	An06g00570	NT_166522.1	132616	133450	R	An06g00570	complement(join(<132616..132672,132727..132752,132792..132855,132901..133006,133101..>133450))	Aspergillus niger	84591180
An06g00580	mRNA	An06g00580	NT_166522.1	133684	135560	R	An06g00580	complement(join(<133684..135442,135505..>135560))	Aspergillus niger	4981057
An06g00590	mRNA	An06g00590	NT_166522.1	136610	137135	R	An06g00590	complement(join(<136610..136924,136980..>137135))	Aspergillus niger	4981058
An06g00600	mRNA	An06g00600	NT_166522.1	140151	141255	D	An06g00600	join(<140151..140262,140329..140663,140716..>141255)	Aspergillus niger	4981059
An06g00610	mRNA	An06g00610	NT_166522.1	141577	142609	R	An06g00610	complement(join(<141577..141593,141672..141709,141840..141895,141942..142439,142490..>142609))	Aspergillus niger	4981060
An06g00620	mRNA	An06g00620	NT_166522.1	144983	146838	D	An06g00620	join(<144983..145189,145249..145506,145565..145813,145882..146188,146258..>146838)	Aspergillus niger	4981061
An06g00630	mRNA	An06g00630	NT_166522.1	147318	148798	R	An06g00630	complement(join(<147318..147419,147475..148479,148526..>148798))	Aspergillus niger	4981062
An06g00640	mRNA	An06g00640	NT_166522.1	149686	152206	D	An06g00640	join(<149686..149765,149820..149948,150011..150054,150116..150259,150314..150822,150873..151008,151201..151254,151311..151682,151746..>152206)	Aspergillus niger	4981063
An06g00650	mRNA	An06g00650	NT_166522.1	152850	153297	D	An06g00650	<152850..>153297	Aspergillus niger	84591181
An06g00660	mRNA	An06g00660	NT_166522.1	153519	156401	D	An06g00660	join(<153519..155027,155079..>156401)	Aspergillus niger	4981065
An06g00670	mRNA	An06g00670	NT_166522.1	156720	160118	R	An06g00670	complement(join(<156720..157889,157940..158065,158118..>160118))	Aspergillus niger	4981066
An06g00680	mRNA	An06g00680	NT_166522.1	161139	161705	D	An06g00680	<161139..>161705	Aspergillus niger	4981067
An06g00690	mRNA	An06g00690	NT_166522.1	162520	163323	R	An06g00690	complement(<162520..>163323)	Aspergillus niger	84591182
An06g00700	mRNA	An06g00700	NT_166522.1	163699	165812	R	An06g00700	complement(join(<163699..164581,164650..>165812))	Aspergillus niger	84591183
An06g00705	mRNA	An06g00705	NT_166522.1	165842	166573	D	An06g00705	join(<165842..166057,166112..>166573)	Aspergillus niger	10098300
An06g00710	mRNA	An06g00710	NT_166522.1	166988	170647	D	An06g00710	join(<166988..168516,168634..168682,168913..169179,169238..>170647)	Aspergillus niger	4981071
An06g00720	mRNA	An06g00720	NT_166522.1	170804	171913	R	An06g00720	complement(join(<170804..170865,171007..171117,171179..171450,171506..171746,171802..>171913))	Aspergillus niger	4981072
An06g00730	mRNA	An06g00730	NT_166522.1	173267	176254	R	An06g00730	complement(join(<173267..173415,173524..173570,173683..174130,174482..175772,176222..>176254))	Aspergillus niger	84591184
An06g00740	mRNA	An06g00740	NT_166522.1	177693	178947	D	An06g00740	join(<177693..177793,177852..178268,178467..178695,178756..>178947)	Aspergillus niger	4981074
An06g00750	mRNA	An06g00750	NT_166522.1	180117	181038	R	An06g00750	complement(join(<180117..180814,180876..>181038))	Aspergillus niger	4981075
An06g00760	mRNA	An06g00760	NT_166522.1	182905	184640	R	An06g00760	complement(join(<182905..183098,183165..183266,183325..183623,183678..183799,183858..>184640))	Aspergillus niger	4981076
An06g00770	mRNA	An06g00770	NT_166522.1	186038	188023	R	An06g00770	complement(join(<186038..186442,186510..186670,186725..187231,187281..187352,187403..187730,187793..>188023))	Aspergillus niger	4981077
An06g00780	mRNA	An06g00780	NT_166522.1	189937	193227	R	An06g00780	complement(join(<189937..189961,190018..190882,190915..192056,192145..192335,192841..>193227))	Aspergillus niger	84591185
An06g00790	mRNA	An06g00790	NT_166522.1	193358	194086	D	An06g00790	join(<193358..193360,193449..193520,193970..>194086)	Aspergillus niger	84591186
An06g00800	mRNA	An06g00800	NT_166522.1	194271	195101	R	An06g00800	complement(<194271..>195101)	Aspergillus niger	84591187
An06g00810	mRNA	An06g00810	NT_166522.1	195938	198997	D	An06g00810	join(<195938..195972,196013..>198997)	Aspergillus niger	4981081
An06g00820	mRNA	An06g00820	NT_166522.1	199267	201323	D	An06g00820	join(<199267..199404,199622..199823,199915..200165,200214..>201323)	Aspergillus niger	4981082
An06g00830	mRNA	An06g00830	NT_166522.1	201730	203709	D	An06g00830	join(<201730..201893,201941..202017,202089..202593,202644..>203709)	Aspergillus niger	4981083
An06g00840	mRNA	An06g00840	NT_166522.1	203969	205099	R	An06g00840	complement(join(<203969..204342,204396..204797,204874..>205099))	Aspergillus niger	4981084
An06g00850	mRNA	An06g00850	NT_166522.1	205636	206526	R	An06g00850	complement(join(<205636..206129,206197..206340,206430..>206526))	Aspergillus niger	4981085
An06g00860	mRNA	An06g00860	NT_166522.1	206976	207947	R	An06g00860	complement(<206976..>207947)	Aspergillus niger	4981086
An06g00870	mRNA	An06g00870	NT_166522.1	208632	209099	R	An06g00870	complement(join(<208632..208802,208911..>209099))	Aspergillus niger	84591188
An06g00880	mRNA	An06g00880	NT_166522.1	209326	210877	R	An06g00880	complement(join(<209326..209544,209921..210084,210438..210494,210599..210688,210784..>210877))	Aspergillus niger	84591189
An06g00890	mRNA	An06g00890	NT_166522.1	211801	212897	D	An06g00890	join(<211801..211945,212120..212135,212240..>212897)	Aspergillus niger	4981089
An06g00900	mRNA	An06g00900	NT_166522.1	215123	216187	R	An06g00900	complement(join(<215123..215475,215544..215647,215703..215853,215905..>216187))	Aspergillus niger	4981090
An06g00920	mRNA	An06g00920	NT_166522.1	217788	218531	R	An06g00920	complement(<217788..>218531)	Aspergillus niger	4981091
An06g00930	mRNA	An06g00930	NT_166522.1	219201	219721	D	An06g00930	join(<219201..219252,219333..>219721)	Aspergillus niger	4981092
An06g00940	mRNA	An06g00940	NT_166522.1	220540	222032	D	An06g00940	join(<220540..220548,220630..221137,221196..221321,221376..221600,221668..>222032)	Aspergillus niger	4981093
An06g00950	mRNA	An06g00950	NT_166522.1	223456	224564	D	An06g00950	join(<223456..223816,223882..>224564)	Aspergillus niger	4981094
An06g00960	mRNA	An06g00960	NT_166522.1	225506	226629	R	An06g00960	complement(join(<225506..225534,225621..>226629))	Aspergillus niger	84591190
An06g00970	mRNA	An06g00970	NT_166522.1	229634	230809	D	An06g00970	join(<229634..229742,229798..230038,230095..>230809)	Aspergillus niger	4981096
An06g00990	mRNA	An06g00990	NT_166522.1	231768	233222	D	An06g00990	<231768..>233222	Aspergillus niger	4981098
An06g01000	mRNA	An06g01000	NT_166522.1	235653	236591	D	An06g01000	join(<235653..235733,235794..235980,236044..236216,236268..>236591)	Aspergillus niger	4981099
An06g01010	mRNA	An06g01010	NT_166522.1	238089	238720	R	An06g01010	complement(join(<238089..238229,238328..238465,238586..>238720))	Aspergillus niger	84591191
An06g01020	mRNA	An06g01020	NT_166522.1	240295	241205	R	An06g01020	complement(join(<240295..240992,241052..>241205))	Aspergillus niger	4981101
An06g01030	mRNA	An06g01030	NT_166522.1	242344	245091	D	An06g01030	join(<242344..242411,242942..242963,243154..243205,243409..243481,243747..244092,244150..>245091)	Aspergillus niger	4981102
An06g01040	mRNA	An06g01040	NT_166522.1	245908	246599	D	An06g01040	join(<245908..246064,246153..246245,246343..>246599)	Aspergillus niger	4981103
An06g01050	mRNA	An06g01050	NT_166522.1	247238	248262	R	An06g01050	complement(join(<247238..247334,247404..247478,247553..>248262))	Aspergillus niger	4981104
An06g01060	mRNA	An06g01060	NT_166522.1	249396	250685	D	An06g01060	join(<249396..249430,249617..>250685)	Aspergillus niger	4981105
An06g01070	mRNA	An06g01070	NT_166522.1	250917	252158	R	An06g01070	complement(<250917..>252158)	Aspergillus niger	4981106
An06g01080	mRNA	An06g01080	NT_166522.1	253166	255656	R	An06g01080	complement(join(<253166..254048,254098..254316,254369..255529,255580..>255656))	Aspergillus niger	4981107
An06g01090	mRNA	An06g01090	NT_166522.1	255886	256494	D	An06g01090	join(<255886..256092,256165..256190,256247..256282,256470..>256494)	Aspergillus niger	84591192
An06g01100	mRNA	An06g01100	NT_166522.1	258686	260200	D	An06g01100	join(<258686..258923,258983..259179,259256..>260200)	Aspergillus niger	4981109
An06g01110	mRNA	An06g01110	NT_166522.1	260405	262646	R	An06g01110	complement(join(<260405..260457,260556..261242,261346..261535,261582..262490,262539..>262646))	Aspergillus niger	4981110
An06g01120	mRNA	An06g01120	NT_166522.1	263287	264079	D	An06g01120	join(<263287..263328,263525..263589,263651..263875,263956..>264079)	Aspergillus niger	4981111
An06g01130	mRNA	An06g01130	NT_166522.1	265050	268120	D	An06g01130	join(<265050..265054,265122..265159,265237..265331,265404..267826,267892..>268120)	Aspergillus niger	4981112
An06g01140	mRNA	An06g01140	NT_166522.1	269425	270856	D	An06g01140	join(<269425..270583,270645..>270856)	Aspergillus niger	4981113
An06g01160	mRNA	An06g01160	NT_166522.1	271695	273307	R	An06g01160	complement(join(<271695..271897,271979..272219,272278..272591,272712..273001,273057..>273307))	Aspergillus niger	4981115
An06g01170	mRNA	An06g01170	NT_166522.1	274896	276693	D	An06g01170	join(<274896..275216,275272..275721,275782..>276693)	Aspergillus niger	4981116
An06g01180	mRNA	An06g01180	NT_166522.1	277164	279070	R	An06g01180	complement(join(<277164..278621,279020..>279070))	Aspergillus niger	4981117
An06g01190	mRNA	An06g01190	NT_166522.1	281174	282198	R	An06g01190	complement(join(<281174..281353,281428..281723,281823..281908,282188..>282198))	Aspergillus niger	4981118
An06g01200	mRNA	An06g01200	NT_166522.1	283165	285263	R	An06g01200	complement(join(<283165..283232,283285..283711,283771..284108,284159..>285263))	Aspergillus niger	4981119
An06g01210	mRNA	An06g01210	NT_166522.1	285680	286846	D	An06g01210	<285680..>286846	Aspergillus niger	4981120
An06g01220	mRNA	An06g01220	NT_166522.1	287342	288105	D	An06g01220	join(<287342..287354,287448..287660,287924..>288105)	Aspergillus niger	4981121
An06g01260	mRNA	An06g01260	NT_166522.1	291780	292709	D	An06g01260	join(<291780..292222,292322..>292709)	Aspergillus niger	4981125
An06g01270	mRNA	An06g01270	NT_166522.1	293773	295592	D	An06g01270	join(<293773..294009,294057..>295592)	Aspergillus niger	4981126
An06g01290	mRNA	An06g01290	NT_166522.1	301800	303120	D	An06g01290	join(<301800..301988,302038..302074,302128..302195,302349..302632,302700..>303120)	Aspergillus niger	4981128
An06g01300	mRNA	An06g01300	NT_166522.1	303770	318001	R	An06g01300	complement(join(<303770..317503,317567..>318001))	Aspergillus niger	4981129
An06g01310	mRNA	An06g01310	NT_166522.1	319837	320228	D	An06g01310	join(<319837..319842,319939..320028,320079..>320228)	Aspergillus niger	84591193
An06g01320	mRNA	An06g01320	NT_166522.1	320761	322789	D	An06g01320	join(<320761..321166,321224..321521,321570..321949,322006..322335,322449..>322789)	Aspergillus niger	4981131
An06g01330	mRNA	An06g01330	NT_166522.1	323875	324129	R	An06g01330	complement(join(<323875..324025,324110..>324129))	Aspergillus niger	84591194
An06g01340	mRNA	An06g01340	NT_166522.1	325074	326422	R	An06g01340	complement(join(<325074..325401,325518..325546,325787..>326422))	Aspergillus niger	84591195
An06g01350	mRNA	An06g01350	NT_166522.1	326525	327767	R	An06g01350	complement(join(<326525..327486,327563..>327767))	Aspergillus niger	4981134
An06g01360	mRNA	An06g01360	NT_166522.1	328526	329784	R	An06g01360	complement(join(<328526..329107,329173..329670,329761..>329784))	Aspergillus niger	4981135
An06g01370	mRNA	An06g01370	NT_166522.1	331021	332699	R	An06g01370	complement(join(<331021..331334,331392..332571,332637..>332699))	Aspergillus niger	4981136
An06g01380	mRNA	An06g01380	NT_166522.1	333684	338106	R	An06g01380	complement(join(<333684..334204,334262..334433,334489..334909,334965..335352,335524..335643,335699..336236,336291..336379,336431..336825,336876..336921,336976..337183,337235..337983,338085..>338106))	Aspergillus niger	4981137
An06g01390	mRNA	An06g01390	NT_166522.1	338647	339440	D	An06g01390	join(<338647..338827,338901..339020,339081..339275,339349..>339440)	Aspergillus niger	4981138
An06g01400	mRNA	An06g01400	NT_166522.1	343225	345804	D	An06g01400	join(<343225..343660,343715..344202,344255..344592,344655..>345804)	Aspergillus niger	4981139
An06g01410	mRNA	An06g01410	NT_166522.1	346743	347520	R	An06g01410	complement(join(<346743..346835,346932..347187,347399..>347520))	Aspergillus niger	84591196
An06g01420	mRNA	An06g01420	NT_166522.1	347713	349287	R	An06g01420	complement(<347713..>349287)	Aspergillus niger	4981141
An06g01430	mRNA	An06g01430	NT_166522.1	351070	352993	D	An06g01430	join(<351070..351076,351450..352199,352287..>352993)	Aspergillus niger	4981142
An06g01440	mRNA	An06g01440	NT_166522.1	355719	357347	R	An06g01440	complement(join(<355719..355803,355899..356085,356181..356232,356312..356449,356513..356606,356794..356860,356960..>357347))	Aspergillus niger	4981143
An06g01450	mRNA	An06g01450	NT_166522.1	357376	359741	D	An06g01450	join(<357376..357558,357597..357674,357720..357835,357968..358234,358405..358454,358553..358957,359008..359082,359159..359278,359385..359470,359673..>359741)	Aspergillus niger	84591197
An06g01460	mRNA	An06g01460	NT_166522.1	361029	361496	D	An06g01460	join(<361029..361076,361164..>361496)	Aspergillus niger	4981145
An06g01470	mRNA	An06g01470	NT_166522.1	361685	363064	R	An06g01470	complement(<361685..>363064)	Aspergillus niger	4981146
An06g01480	mRNA	An06g01480	NT_166522.1	363375	365414	D	An06g01480	join(<363375..363909,363970..364453,364569..364770,364899..364967,365067..365134,365179..365266,365301..>365414)	Aspergillus niger	4981147
An06g01490	mRNA	An06g01490	NT_166522.1	365849	369337	R	An06g01490	complement(join(<365849..366807,366860..367571,367633..368336,368464..>369337))	Aspergillus niger	4981148
An06g01500	mRNA	An06g01500	NT_166522.1	374161	377053	D	An06g01500	join(<374161..374891,374959..>377053)	Aspergillus niger	4981149
An06g01510	mRNA	An06g01510	NT_166522.1	379833	382569	D	An06g01510	join(<379833..380839,380907..382472,382533..>382569)	Aspergillus niger	4981150
An06g01520	mRNA	An06g01520	NT_166522.1	383415	385876	D	An06g01520	join(<383415..383577,383629..383747,383816..384050,384116..384216,384270..384426,384474..>385876)	Aspergillus niger	4981151
An06g01530	mRNA	An06g01530	NT_166522.1	387165	388372	R	An06g01530	complement(join(<387165..388043,388106..388251,388306..>388372))	Aspergillus niger	4981152
An06g01540	mRNA	An06g01540	NT_166522.1	389293	390988	R	An06g01540	complement(join(<389293..389475,389534..390025,390083..390593,390660..>390988))	Aspergillus niger	4981153
An06g01550	mRNA	An06g01550	NT_166522.1	391763	397588	R	An06g01550	complement(join(<391763..392048,392106..397376,397452..>397588))	Aspergillus niger	4981154
An06g01560	mRNA	An06g01560	NT_166522.1	399520	399829	R	An06g01560	complement(join(<399520..399707,399811..>399829))	Aspergillus niger	84591198
An06g01580	mRNA	An06g01580	NT_166522.1	405307	407507	D	An06g01580	join(<405307..406376,406433..>407507)	Aspergillus niger	4981157
An06g01590	mRNA	An06g01590	NT_166522.1	407826	408559	R	An06g01590	complement(join(<407826..408396,408465..>408559))	Aspergillus niger	4981158
An06g01600	mRNA	An06g01600	NT_166522.1	409287	410893	R	An06g01600	complement(join(<409287..409907,409955..>410893))	Aspergillus niger	4981159
An06g01610	mRNA	An06g01610	NT_166522.1	411846	412256	D	An06g01610	join(<411846..411879,411959..412151,412214..>412256)	Aspergillus niger	4981160
An06g01620	mRNA	An06g01620	NT_166522.1	412487	413283	R	An06g01620	complement(join(<412487..413196,413265..>413283))	Aspergillus niger	4981161
An06g01630	mRNA	An06g01630	NT_166522.1	413624	415909	D	An06g01630	join(<413624..413926,413981..414682,414764..>415909)	Aspergillus niger	4981162
An06g01640	mRNA	An06g01640	NT_166522.1	416105	417349	R	An06g01640	complement(join(<416105..416934,416994..417119,417175..417218,417285..>417349))	Aspergillus niger	4981163
An06g01650	mRNA	An06g01650	NT_166522.1	417950	418324	D	An06g01650	join(<417950..418046,418149..>418324)	Aspergillus niger	4981164
An06g01660	mRNA	An06g01660	NT_166522.1	418584	419434	R	An06g01660	complement(join(<418584..418612,418666..418831,418898..418943,419009..419108,419227..>419434))	Aspergillus niger	4981165
An06g01670	mRNA	An06g01670	NT_166522.1	420581	420895	D	An06g01670	join(<420581..420594,420652..>420895)	Aspergillus niger	84591199
An06g01690	mRNA	An06g01690	NT_166522.1	422636	425096	D	An06g01690	join(<422636..422692,422787..422803,422994..423066,423150..423293,423355..424257,424311..424500,424576..>425096)	Aspergillus niger	4981168
An06g01700	mRNA	An06g01700	NT_166522.1	425360	426520	D	An06g01700	join(<425360..425521,425619..425664,425746..425986,426235..>426520)	Aspergillus niger	84591200
An06g01710	mRNA	An06g01710	NT_166522.1	426611	429017	D	An06g01710	join(<426611..426688,426764..426820,426903..427027,427104..428278,428341..>429017)	Aspergillus niger	4981170
An06g01720	mRNA	An06g01720	NT_166522.1	430502	432199	D	An06g01720	join(<430502..430571,430644..431172,431229..432115,432171..>432199)	Aspergillus niger	4981171
An06g01730	mRNA	An06g01730	NT_166522.1	434681	436286	D	An06g01730	join(<434681..434718,434890..434992,435065..435100,435217..435349,435421..435513,435576..435632,435698..436145,436235..>436286)	Aspergillus niger	4981172
An06g01740	mRNA	An06g01740	NT_166522.1	437732	440272	D	An06g01740	join(<437732..437818,437950..439993,440052..>440272)	Aspergillus niger	4981173
An06g01750	mRNA	An06g01750	NT_166522.1	441874	443892	R	An06g01750	complement(join(<441874..443237,443311..443531,443603..443672,443820..>443892))	Aspergillus niger	4981174
An06g01760	mRNA	An06g01760	NT_166522.1	445648	447476	R	An06g01760	complement(join(<445648..446969,447047..447120,447196..447344,447465..>447476))	Aspergillus niger	4981175
An06g01770	mRNA	An06g01770	NT_166522.1	448438	449376	D	An06g01770	join(<448438..448982,449052..>449376)	Aspergillus niger	4981176
An06g01780	mRNA	An06g01780	NT_166522.1	449978	452211	R	An06g01780	complement(join(<449978..451723,451819..451967,452038..452054,452162..>452211))	Aspergillus niger	4981177
An06g01790	mRNA	An06g01790	NT_166522.1	452945	453348	D	An06g01790	join(<452945..453060,453177..>453348)	Aspergillus niger	84591201
An06g01800	mRNA	An06g01800	NT_166522.1	454007	454457	R	An06g01800	complement(join(<454007..454010,454267..>454457))	Aspergillus niger	84591202
An06g01810	mRNA	An06g01810	NT_166522.1	455079	456257	D	An06g01810	join(<455079..455470,455540..>456257)	Aspergillus niger	4981180
An06g01820	mRNA	An06g01820	NT_166522.1	456808	457651	R	An06g01820	complement(join(<456808..457386,457613..>457651))	Aspergillus niger	4981181
An06g01830	mRNA	An06g01830	NT_166522.1	458401	462122	D	An06g01830	join(<458401..458475,458557..461060,461264..461462,461520..>462122)	Aspergillus niger	4981182
An06g01840	mRNA	An06g01840	NT_166522.1	462484	464244	R	An06g01840	complement(join(<462484..462514,462610..462819,462917..463084,463144..463223,463288..463493,463549..463951,464119..>464244))	Aspergillus niger	4981183
An06g01850	mRNA	An06g01850	NT_166522.1	464715	466761	R	An06g01850	complement(join(<464715..466198,466302..>466761))	Aspergillus niger	4981184
An06g01860	mRNA	An06g01860	NT_166522.1	467147	468073	R	An06g01860	complement(<467147..>468073)	Aspergillus niger	4981185
An06g01870	mRNA	An06g01870	NT_166522.1	468490	469190	D	An06g01870	join(<468490..468491,468557..468606,468718..468878,468939..>469190)	Aspergillus niger	4981186
An06g01880	mRNA	An06g01880	NT_166522.1	469492	471178	R	An06g01880	complement(join(<469492..470434,470487..470801,470931..>471178))	Aspergillus niger	4981187
An06g01890	mRNA	An06g01890	NT_166522.1	472352	473473	D	An06g01890	join(<472352..472391,472502..472584,472844..472912,473093..473185,473248..473262,473366..>473473)	Aspergillus niger	4981188
An06g01900	mRNA	An06g01900	NT_166522.1	473816	475394	R	An06g01900	complement(join(<473816..474306,474359..474458,474508..474549,474600..>475394))	Aspergillus niger	4981189
An06g01910	mRNA	An06g01910	NT_166522.1	476461	477509	D	An06g01910	join(<476461..476775,477063..>477509)	Aspergillus niger	4981190
An06g01920	mRNA	An06g01920	NT_166522.1	478567	480370	D	An06g01920	join(<478567..478618,478685..478924,478974..479081,479132..479460,479517..479942,479997..480200,480257..>480370)	Aspergillus niger	4981191
An06g01930	mRNA	An06g01930	NT_166522.1	481588	482296	R	An06g01930	complement(join(<481588..481596,481849..481905,481990..482032,482166..482189,482259..>482296))	Aspergillus niger	4981192
An06g01940	mRNA	An06g01940	NT_166522.1	483413	484254	R	An06g01940	complement(join(<483413..483451,483497..483544,483672..483690,483802..483970,484251..>484254))	Aspergillus niger	84591203
An06g01950	mRNA	An06g01950	NT_166522.1	489501	490393	D	An06g01950	join(<489501..489762,489825..>490393)	Aspergillus niger	4981194
An06g01960	mRNA	An06g01960	NT_166522.1	490786	491914	D	An06g01960	join(<490786..491262,491324..>491914)	Aspergillus niger	4981195
An06g01970	mRNA	An06g01970	NT_166522.1	493234	494774	D	An06g01970	join(<493234..493620,493674..494129,494184..>494774)	Aspergillus niger	4981196
An06g01980	mRNA	An06g01980	NT_166522.1	496368	497389	R	An06g01980	complement(join(<496368..496412,496504..496734,496791..497038,497095..>497389))	Aspergillus niger	4981197
An06g01990	mRNA	An06g01990	NT_166522.1	497840	499140	R	An06g01990	complement(join(<497840..498617,498668..498884,499089..>499140))	Aspergillus niger	4981198
An06g02000	mRNA	An06g02000	NT_166522.1	500946	503418	R	An06g02000	complement(join(<500946..501008,501068..501792,502456..502468,502532..502763,502817..>503418))	Aspergillus niger	4981199
An06g02010	mRNA	An06g02010	NT_166522.1	504322	505137	D	An06g02010	<504322..>505137	Aspergillus niger	4981200
An06g02020	mRNA	An06g02020	NT_166522.1	505627	507270	D	An06g02020	join(<505627..505784,505861..506887,506956..507076,507137..>507270)	Aspergillus niger	4981201
An06g02030	mRNA	An06g02030	NT_166522.1	507582	509114	R	An06g02030	complement(<507582..>509114)	Aspergillus niger	4981202
An06g02040	mRNA	An06g02040	NT_166522.1	509962	512559	D	An06g02040	<509962..>512559	Aspergillus niger	4981203
An06g02050	mRNA	An06g02050	NT_166522.1	512882	514447	D	An06g02050	join(<512882..513014,513123..>514447)	Aspergillus niger	4981204
An06g02060	mRNA	An06g02060	NT_166522.1	516374	517969	D	An06g02060	join(<516374..516464,516630..517519,517636..517709,517783..>517969)	Aspergillus niger	4981205
An06g02070	mRNA	An06g02070	NT_166522.1	519773	521260	R	An06g02070	complement(join(<519773..519962,520013..520245,520304..>521260))	Aspergillus niger	4981206
An06g02080	mRNA	An06g02080	NT_166522.1	522948	524030	D	An06g02080	<522948..>524030	Aspergillus niger	4981207
An06g02090	mRNA	An06g02090	NT_166522.1	524660	526088	R	An06g02090	complement(join(<524660..524974,525027..525274,525326..525486,525556..>526088))	Aspergillus niger	4981208
An06g02100	mRNA	An06g02100	NT_166522.1	526389	527073	R	An06g02100	complement(join(<526389..526661,526712..526737,526791..>527073))	Aspergillus niger	84591204
An06g02110	mRNA	An06g02110	NT_166522.1	528113	528997	R	An06g02110	complement(<528113..>528997)	Aspergillus niger	84591205
An06g02120	mRNA	An06g02120	NT_166522.1	529324	530414	D	An06g02120	join(<529324..529597,529687..529818,529854..530035,530094..>530414)	Aspergillus niger	4981211
An06g02130	mRNA	An06g02130	NT_166522.1	530831	531121	R	An06g02130	complement(<530831..>531121)	Aspergillus niger	84591206
An06g02140	mRNA	An06g02140	NT_166522.1	531750	532418	R	An06g02140	complement(<531750..>532418)	Aspergillus niger	84591207
An06g02150	mRNA	An06g02150	NT_166522.1	532919	535106	D	An06g02150	join(<532919..533451,533762..534859,534932..>535106)	Aspergillus niger	4981214
An06g02160	mRNA	An06g02160	NT_166522.1	536655	538214	D	An06g02160	<536655..>538214	Aspergillus niger	4981215
An06g02170	mRNA	An06g02170	NT_166522.1	539703	540728	R	An06g02170	complement(<539703..>540728)	Aspergillus niger	4981216
An06g02180	mRNA	An06g02180	NT_166522.1	543806	548146	D	An06g02180	join(<543806..544068,544238..544937,544983..545064,545166..545188,545260..545756,545815..545870,545931..546109,546166..546341,546397..546423,546485..546853,547107..547165,547244..547438,547494..547620,547674..547765,547830..>548146)	Aspergillus niger	4981217
An06g02190	mRNA	An06g02190	NT_166522.1	548835	549635	R	An06g02190	complement(join(<548835..548881,549125..549303,549628..>549635))	Aspergillus niger	84591208
An06g02200	mRNA	An06g02200	NT_166522.1	550446	551744	D	An06g02200	<550446..>551744	Aspergillus niger	84591209
An06g02210	mRNA	An06g02210	NT_166522.1	553775	556206	D	An06g02210	join(<553775..554732,554792..554939,554994..>556206)	Aspergillus niger	4981220
An06g02220	mRNA	An06g02220	NT_166522.1	556874	557216	D	An06g02220	join(<556874..556908,556952..>557216)	Aspergillus niger	84591210
An06g02230	mRNA	An06g02230	NT_166522.1	557851	558427	R	An06g02230	complement(join(<557851..557944,558114..>558427))	Aspergillus niger	84591211
An06g02240	mRNA	An06g02240	NT_166522.1	561003	561841	D	An06g02240	join(<561003..561096,561150..>561841)	Aspergillus niger	84591212
An06g02250	mRNA	An06g02250	NT_166522.1	562242	564122	R	An06g02250	complement(join(<562242..562291,562335..562350,562560..562613,562747..562871,563234..563273,563510..563534,563656..563669,563815..563942,564020..564045,564079..>564122))	Aspergillus niger	84591213
An06g02260	mRNA	An06g02260	NT_166522.1	564626	565352	D	An06g02260	join(<564626..564699,564878..564952,565163..>565352)	Aspergillus niger	84591214
An06g02268	mRNA	An06g02268	NT_166522.1	569262	569627	D	An06g02268	join(<569262..569438,569505..>569627)	Aspergillus niger	84591215
An06g02270	mRNA	An06g02270	NT_166522.1	570218	571909	D	An06g02270	<570218..>571909	Aspergillus niger	4981227
An06g02280	mRNA	An06g02280	NT_166522.1	572342	574158	D	An06g02280	join(<572342..572350,572572..572788,572869..572931,573374..573414,573449..573566,573705..573846,573987..>574158)	Aspergillus niger	84591216
An06g02290	mRNA	An06g02290	NT_166522.1	577159	578485	R	An06g02290	complement(join(<577159..577544,577597..577661,577712..577937,578002..578091,578290..>578485))	Aspergillus niger	10098298
An06g02300	mRNA	An06g02300	NT_166522.1	579792	580182	R	An06g02300	complement(join(<579792..579825,579890..579935,580050..>580182))	Aspergillus niger	84591217
An06g02310	mRNA	An06g02310	NT_166522.1	584316	585121	D	An06g02310	join(<584316..584610,584700..>585121)	Aspergillus niger	4981231
An06g02320	mRNA	An06g02320	NT_166522.1	586215	587225	R	An06g02320	complement(join(<586215..586592,586794..586862,586926..587014,587093..>587225))	Aspergillus niger	84591218
An06g02330	mRNA	An06g02330	NT_166522.1	588882	589151	D	An06g02330	<588882..>589151	Aspergillus niger	84591219
An06g02340	mRNA	An06g02340	NT_166522.1	589477	590597	R	An06g02340	complement(join(<589477..590226,590300..590378,590464..>590597))	Aspergillus niger	4981234
An06g02350	mRNA	An06g02350	NT_166522.1	590960	592438	D	An06g02350	join(<590960..591108,591294..591451,591558..592219,592277..>592438)	Aspergillus niger	4981235
An06g02360	mRNA	An06g02360	NT_166522.1	592765	594638	R	An06g02360	complement(join(<592765..593596,593724..593781,593948..593995,594155..594200,594393..594445,594490..594493,594567..>594638))	Aspergillus niger	84591220
An06g02370	mRNA	An06g02370	NT_166522.1	595192	596215	D	An06g02370	join(<595192..595233,595313..>596215)	Aspergillus niger	4981237
An06g02380	mRNA	An06g02380	NT_166522.1	596405	598603	D	An06g02380	join(<596405..596632,596779..596825,596889..597203,597670..598156,598268..598404,598537..>598603)	Aspergillus niger	4981238
An06g02390	mRNA	An06g02390	NT_166522.1	599733	600271	D	An06g02390	join(<599733..599867,599948..>600271)	Aspergillus niger	84591221
An06g02400	mRNA	An06g02400	NT_166522.1	602683	604047	D	An06g02400	<602683..>604047	Aspergillus niger	4981240
An06g02410	mRNA	An06g02410	NT_166522.1	605773	606171	R	An06g02410	complement(join(<605773..605834,605958..>606171))	Aspergillus niger	84591222
An06g02420	mRNA	An06g02420	NT_166522.1	607567	609430	D	An06g02420	join(<607567..607690,607749..>609430)	Aspergillus niger	4981242
An06g02430	mRNA	An06g02430	NT_166522.1	610920	613284	D	An06g02430	join(<610920..611019,611234..611458,611556..611760,611829..612145,612230..>613284)	Aspergillus niger	4981243
An06g02450	mRNA	An06g02450	NT_166522.1	615824	618917	R	An06g02450	complement(join(<615824..616374,616428..616627,616693..616773,616832..617675,617773..618143,618202..618284,618417..>618917))	Aspergillus niger	4981244
An06g02460	mRNA	An06g02460	NT_166522.1	623444	625277	D	An06g02460	join(<623444..624524,624676..624753,624857..625133,625204..625228,625263..>625277)	Aspergillus niger	4981245
An06g02470	mRNA	An06g02470	NT_166522.1	625759	627087	D	An06g02470	<625759..>627087	Aspergillus niger	4981246
An06g02480	mRNA	An06g02480	NT_166522.1	627280	629475	R	An06g02480	complement(join(<627280..627337,627392..627726,627779..628073,628128..628548,628604..628805,628878..629404,629472..>629475))	Aspergillus niger	4981247
An06g02490	mRNA	An06g02490	NT_166522.1	630064	631572	R	An06g02490	complement(join(<630064..630513,630555..630664,630721..631047,631103..631208,631270..>631572))	Aspergillus niger	4981248
An06g02500	mRNA	An06g02500	NT_166522.1	632889	635223	R	An06g02500	complement(join(<632889..632923,632978..633969,634020..634405,634470..634923,634985..>635223))	Aspergillus niger	4981249
An06g02510	mRNA	An06g02510	NT_166522.1	635937	637450	D	An06g02510	join(<635937..636047,636122..636329,636390..>637450)	Aspergillus niger	4981250
An06g02520	mRNA	An06g02520	NT_166522.1	638073	639077	D	An06g02520	join(<638073..638082,638192..638259,638324..638362,638538..638900,639051..>639077)	Aspergillus niger	84591223
An06g02530	mRNA	An06g02530	NT_166522.1	640611	644277	R	An06g02530	complement(join(<640611..641462,641524..643468,643544..643823,643894..643974,644054..644104,644211..>644277))	Aspergillus niger	4981252
An06g02540	mRNA	An06g02540	NT_166522.1	644949	645763	R	An06g02540	complement(join(<644949..645080,645151..645588,645662..>645763))	Aspergillus niger	4981253
An06g02550	mRNA	An06g02550	NT_166522.1	646544	651714	D	An06g02550	join(<646544..647126,647251..647304,647362..647702,647825..647882,647935..648156,648465..649080,649152..649506,649572..650142,650209..650588,650661..650850,650924..651197,651306..651544,651590..>651714)	Aspergillus niger	4981254
An06g02560	mRNA	An06g02560	NT_166522.1	652341	653046	D	An06g02560	join(<652341..652426,652480..652618,652727..652841,652976..>653046)	Aspergillus niger	84591224
An06g02570	mRNA	An06g02570	NT_166522.1	654947	657982	R	An06g02570	complement(join(<654947..655019,655052..655269,655327..655627,655717..656216,656301..656531,656579..656593,656644..656909,657012..657230,657292..657307,657370..657530,657590..657659,657728..657765,657829..>657982))	Aspergillus niger	4981256
An06g02580	mRNA	An06g02580	NT_166522.1	658656	659174	R	An06g02580	complement(join(<658656..658994,659055..>659174))	Aspergillus niger	84591225
An06g02590	mRNA	An06g02590	NT_166522.1	659729	660750	D	An06g02590	join(<659729..659744,659872..660356,660384..660516,660620..>660750)	Aspergillus niger	84591226
An06g02600	mRNA	An06g02600	NT_166522.1	660793	662076	D	An06g02600	join(<660793..660795,660968..661533,661899..>662076)	Aspergillus niger	84591227
An06g02610	mRNA	An06g02610	NT_166522.1	662218	663032	R	An06g02610	complement(join(<662218..662557,662627..662958,663029..>663032))	Aspergillus niger	4981260
An06g02620	mRNA	An06g02620	NT_166522.1	663266	664753	R	An06g02620	complement(join(<663266..663645,663737..664063,664173..664331,664515..>664753))	Aspergillus niger	84591228
An06g02630	mRNA	An06g02630	NT_166522.1	665127	666129	D	An06g02630	join(<665127..665142,665259..665350,665415..665449,665488..665501,665588..665718,665768..>666129)	Aspergillus niger	84591229
An06g02640	mRNA	An06g02640	NT_166522.1	666884	667822	D	An06g02640	<666884..>667822	Aspergillus niger	4981263
An06g02650	mRNA	An06g02650	NT_166522.1	668450	670159	R	An06g02650	complement(join(<668450..669139,669194..669341,669417..>670159))	Aspergillus niger	4981264
An06g02660	mRNA	An06g02660	NT_166522.1	671492	673105	D	An06g02660	<671492..>673105	Aspergillus niger	4981265
An06g02670	mRNA	An06g02670	NT_166522.1	673297	675119	R	An06g02670	complement(join(<673297..673504,673598..673770,673854..>675119))	Aspergillus niger	4981266
An06g02680	mRNA	An06g02680	NT_166522.1	675286	675876	R	An06g02680	complement(<675286..>675876)	Aspergillus niger	4981267
An06g02690	mRNA	An06g02690	NT_166522.1	676198	676955	R	An06g02690	complement(join(<676198..676782,676857..>676955))	Aspergillus niger	84591230
An06g02700	mRNA	An06g02700	NT_166522.1	677569	679122	R	An06g02700	complement(<677569..>679122)	Aspergillus niger	4981269
An06g02710	mRNA	An06g02710	NT_166522.1	680009	680850	D	An06g02710	<680009..>680850	Aspergillus niger	4981270
An06g02730	mRNA	An06g02730	NT_166522.1	683010	683572	D	An06g02730	join(<683010..683051,683231..>683572)	Aspergillus niger	84591231
An08g00010	mRNA	An08g00010	NT_166524.1	1216	2389	D	An08g00010	join(<1216..1434,1484..>2389)	Aspergillus niger	4982328
An08g00020	mRNA	An08g00020	NT_166524.1	3057	3653	R	An08g00020	complement(<3057..>3653)	Aspergillus niger	84591553
An08g00030	mRNA	An08g00030	NT_166524.1	4277	5209	R	An08g00030	complement(<4277..>5209)	Aspergillus niger	4982349
An08g00040	mRNA	An08g00040	NT_166524.1	5336	5812	D	An08g00040	join(<5336..5422,5693..>5812)	Aspergillus niger	84591554
An08g00050	mRNA	An08g00050	NT_166524.1	6323	6783	R	An08g00050	complement(join(<6323..6624,6629..6701,6751..>6783))	Aspergillus niger	84591555
An08g00060	mRNA	An08g00060	NT_166524.1	7532	8268	R	An08g00060	complement(join(<7532..7723,7819..7875,7989..8105,8136..8178,8264..>8268))	Aspergillus niger	84591556
An08g00070	mRNA	An08g00070	NT_166524.1	8386	12278	D	An08g00070	join(<8386..8451,8538..8567,8631..8703,8759..8830,8881..9593,9640..10411,10460..10930,11059..11288,11362..11740,11793..11964,12038..>12278)	Aspergillus niger	4982323
An08g00080	mRNA	An08g00080	NT_166524.1	13052	13631	D	An08g00080	join(<13052..13283,13336..>13631)	Aspergillus niger	4982350
An08g00090	mRNA	An08g00090	NT_166524.1	14156	16479	R	An08g00090	complement(join(<14156..14857,14953..15296,15356..15894,15946..16325,16444..>16479))	Aspergillus niger	4982318
An08g00100	mRNA	An08g00100	NT_166524.1	17052	17435	D	An08g00100	join(<17052..17298,17359..>17435)	Aspergillus niger	4982339
An08g00110	mRNA	An08g00110	NT_166524.1	17463	17858	R	An08g00110	complement(join(<17463..17798,17820..>17858))	Aspergillus niger	84591557
An08g00120	mRNA	An08g00120	NT_166524.1	17948	18716	R	An08g00120	complement(join(<17948..18078,18173..18457,18623..>18716))	Aspergillus niger	84591558
An08g00140	mRNA	An08g00140	NT_166524.1	18986	19512	D	An08g00140	join(<18986..19122,19386..>19512)	Aspergillus niger	84591559
An08g00160	mRNA	An08g00160	NT_166524.1	20218	22533	R	An08g00160	complement(join(<20218..20284,20368..20445,20487..20605,20914..20972,21458..21535,21770..21986,22062..22096,22172..22248,22326..22377,22455..>22533))	Aspergillus niger	84591560
An08g00170	mRNA	An08g00170	NT_166524.1	22606	23383	D	An08g00170	join(<22606..22722,22835..23056,23150..>23383)	Aspergillus niger	84591561
An08g00180	mRNA	An08g00180	NT_166524.1	23643	25417	R	An08g00180	complement(join(<23643..23950,24016..24134,24196..24953,25049..>25417))	Aspergillus niger	4982352
An08g00190	mRNA	An08g00190	NT_166524.1	26493	27062	D	An08g00190	join(<26493..26585,26629..26678,26747..26829,26918..26945,27005..>27062)	Aspergillus niger	84591562
An08g00200	mRNA	An08g00200	NT_166524.1	27902	28219	D	An08g00200	join(<27902..27932,28053..>28219)	Aspergillus niger	84591563
An08g00210	mRNA	An08g00210	NT_166524.1	28975	31296	D	An08g00210	join(<28975..29414,29494..29753,29824..31152,31211..>31296)	Aspergillus niger	4982324
An08g00220	mRNA	An08g00220	NT_166524.1	32213	33906	D	An08g00220	join(<32213..32319,32379..32706,32775..33062,33187..33316,33399..33542,33593..33678,33847..>33906)	Aspergillus niger	84591564
An08g00230	mRNA	An08g00230	NT_166524.1	34758	34975	R	An08g00230	complement(join(<34758..34792,34876..>34975))	Aspergillus niger	84591565
An08g00240	mRNA	An08g00240	NT_166524.1	36516	36812	R	An08g00240	complement(<36516..>36812)	Aspergillus niger	84591566
An08g00250	mRNA	An08g00250	NT_166524.1	38256	38571	R	An08g00250	complement(join(<38256..38373,38417..>38571))	Aspergillus niger	84591567
An08g00260	mRNA	An08g00260	NT_166524.1	38863	39907	R	An08g00260	complement(join(<38863..39176,39243..39302,39588..39609,39662..>39907))	Aspergillus niger	84591568
An08g00270	mRNA	An08g00270	NT_166524.1	39992	40495	D	An08g00270	join(<39992..40056,40306..>40495)	Aspergillus niger	84591569
An08g00280	mRNA	An08g00280	NT_166524.1	40959	41867	D	An08g00280	join(<40959..41031,41092..41132,41278..41404,41467..>41867)	Aspergillus niger	4982338
An08g00290	mRNA	An08g00290	NT_166524.1	42405	44394	D	An08g00290	join(<42405..42617,42708..43112,43170..43605,43659..43938,44002..44108,44174..>44394)	Aspergillus niger	4982348
An08g00300	mRNA	An08g00300	NT_166524.1	44786	45657	D	An08g00300	join(<44786..44801,44866..44976,45090..45292,45385..>45657)	Aspergillus niger	4982332
An08g00310	mRNA	An08g00310	NT_166524.1	46165	47519	R	An08g00310	complement(join(<46165..46503,46562..46775,46840..46977,47032..47113,47173..47301,47381..>47519))	Aspergillus niger	4982341
An08g00320	mRNA	An08g00320	NT_166524.1	47617	47831	D	An08g00320	join(<47617..47652,47748..>47831)	Aspergillus niger	84591570
An08g00330	mRNA	An08g00330	NT_166524.1	48080	48524	D	An08g00330	join(<48080..48413,48487..>48524)	Aspergillus niger	84591571
An08g00340	mRNA	An08g00340	NT_166524.1	49042	50337	D	An08g00340	join(<49042..49044,49116..49152,49211..49471,49519..49688,49753..49846,49920..50106,50154..>50337)	Aspergillus niger	4982316
An08g00350	mRNA	An08g00350	NT_166524.1	50577	51411	R	An08g00350	complement(join(<50577..51121,51180..>51411))	Aspergillus niger	4982354
An08g00360	mRNA	An08g00360	NT_166524.1	51843	55065	D	An08g00360	join(<51843..51945,51977..53200,53259..53952,54003..>55065)	Aspergillus niger	4982345
An08g00370	mRNA	An08g00370	NT_166524.1	55578	55955	D	An08g00370	join(<55578..55665,55804..>55955)	Aspergillus niger	4982321
An08g00380	mRNA	An08g00380	NT_166524.1	56498	59645	R	An08g00380	complement(join(<56498..56624,56707..58079,58172..58903,58985..59275,59339..59458,59511..>59645))	Aspergillus niger	4982317
An08g00390	mRNA	An08g00390	NT_166524.1	60523	60837	D	An08g00390	<60523..>60837	Aspergillus niger	4982333
An08g00400	mRNA	An08g00400	NT_166524.1	61583	63914	D	An08g00400	join(<61583..62830,62886..63250,63302..>63914)	Aspergillus niger	4982351
An08g00410	mRNA	An08g00410	NT_166524.1	65026	68001	D	An08g00410	<65026..>68001	Aspergillus niger	4982344
An08g00420	mRNA	An08g00420	NT_166524.1	68554	70025	D	An08g00420	join(<68554..69342,69427..69690,69763..69924,70002..>70025)	Aspergillus niger	4982356
An08g00430	mRNA	An08g00430	NT_166524.1	70243	72217	R	An08g00430	complement(join(<70243..71589,71659..72019,72087..>72217))	Aspergillus niger	4982357
An08g00440	mRNA	An08g00440	NT_166524.1	73244	74175	R	An08g00440	complement(join(<73244..73300,73376..73494,73552..73662,73725..73742,73842..>74175))	Aspergillus niger	4982358
An08g00450	mRNA	An08g00450	NT_166524.1	75714	76354	D	An08g00450	join(<75714..75749,75828..75911,75980..>76354)	Aspergillus niger	4982359
An08g00460	mRNA	An08g00460	NT_166524.1	77071	77654	R	An08g00460	complement(join(<77071..77193,77224..77301,77328..77365,77564..>77654))	Aspergillus niger	84591572
An08g00470	mRNA	An08g00470	NT_166524.1	78163	79555	R	An08g00470	complement(join(<78163..78966,79034..>79555))	Aspergillus niger	4982361
An08g00480	mRNA	An08g00480	NT_166524.1	80859	82040	D	An08g00480	join(<80859..80917,81008..>82040)	Aspergillus niger	4982362
An08g00490	mRNA	An08g00490	NT_166524.1	82282	83494	R	An08g00490	complement(join(<82282..82585,82660..82897,82963..>83494))	Aspergillus niger	4982363
An08g00500	mRNA	An08g00500	NT_166524.1	83742	84888	R	An08g00500	complement(join(<83742..84011,84057..84262,84351..>84888))	Aspergillus niger	4982364
An08g00510	mRNA	An08g00510	NT_166524.1	85164	87263	D	An08g00510	join(<85164..85300,85421..>87263)	Aspergillus niger	4982365
An08g00520	mRNA	An08g00520	NT_166524.1	88121	89268	R	An08g00520	complement(join(<88121..88936,89005..>89268))	Aspergillus niger	4982366
An08g00530	mRNA	An08g00530	NT_166524.1	90082	90643	D	An08g00530	join(<90082..90137,90184..90286,90371..>90643)	Aspergillus niger	84591573
An08g00540	mRNA	An08g00540	NT_166524.1	91641	92964	D	An08g00540	join(<91641..91652,91961..91993,92167..92352,92446..92495,92553..92736,92812..>92964)	Aspergillus niger	4982368
An08g00550	mRNA	An08g00550	NT_166524.1	93685	97500	R	An08g00550	complement(join(<93685..94718,94845..95350,95645..>97500))	Aspergillus niger	4982369
An08g00560	mRNA	An08g00560	NT_166524.1	97979	99266	D	An08g00560	join(<97979..98222,98309..98348,98403..98419,98588..99014,99191..>99266)	Aspergillus niger	4982370
An08g00570	mRNA	An08g00570	NT_166524.1	100021	101888	R	An08g00570	complement(join(<100021..101288,101359..101512,101628..>101888))	Aspergillus niger	4982371
An08g00580	mRNA	An08g00580	NT_166524.1	102485	106641	R	An08g00580	complement(join(<102485..104256,104317..104430,104531..106145,106351..>106641))	Aspergillus niger	4982372
An08g00590	mRNA	An08g00590	NT_166524.1	109248	112005	D	An08g00590	join(<109248..111021,111077..>112005)	Aspergillus niger	4982373
An08g00600	mRNA	An08g00600	NT_166524.1	112958	113889	D	An08g00600	join(<112958..113032,113112..113493,113588..>113889)	Aspergillus niger	4982374
An08g00610	mRNA	An08g00610	NT_166524.1	114632	115907	D	An08g00610	join(<114632..114677,114958..115005,115164..115419,115599..115776,115857..>115907)	Aspergillus niger	4982375
An08g00620	mRNA	An08g00620	NT_166524.1	116566	118599	D	An08g00620	join(<116566..116870,116958..117774,117841..>118599)	Aspergillus niger	4982376
An08g00630	mRNA	An08g00630	NT_166524.1	120023	121935	R	An08g00630	complement(join(<120023..120060,120125..121685,121858..>121935))	Aspergillus niger	4982377
An08g00640	mRNA	An08g00640	NT_166524.1	122694	125002	R	An08g00640	complement(join(<122694..122821,122876..124903,124990..>125002))	Aspergillus niger	4982378
An08g00650	mRNA	An08g00650	NT_166524.1	126479	127109	D	An08g00650	join(<126479..126522,126602..126679,126718..126751,126881..127041,127085..>127109)	Aspergillus niger	84591574
An08g00660	mRNA	An08g00660	NT_166524.1	127423	129012	R	An08g00660	complement(<127423..>129012)	Aspergillus niger	4982380
An08g00670	mRNA	An08g00670	NT_166524.1	130017	132007	R	An08g00670	complement(join(<130017..130278,130337..130511,130584..130917,130973..131076,131137..>132007))	Aspergillus niger	4982381
An08g00680	mRNA	An08g00680	NT_166524.1	132506	133261	D	An08g00680	join(<132506..132880,133058..>133261)	Aspergillus niger	4982382
An08g00690	mRNA	An08g00690	NT_166524.1	133629	134982	R	An08g00690	complement(join(<133629..134130,134196..134310,134375..134682,134960..>134982))	Aspergillus niger	4982383
An08g00700	mRNA	An08g00700	NT_166524.1	135542	137038	D	An08g00700	join(<135542..135750,135803..135977,136037..>137038)	Aspergillus niger	4982384
An08g00710	mRNA	An08g00710	NT_166524.1	137452	138766	R	An08g00710	complement(join(<137452..138572,138640..>138766))	Aspergillus niger	4982385
An08g00720	mRNA	An08g00720	NT_166524.1	139060	141426	D	An08g00720	<139060..>141426	Aspergillus niger	4982386
An08g00730	mRNA	An08g00730	NT_166524.1	141837	144203	R	An08g00730	complement(join(<141837..143756,143849..144091,144156..>144203))	Aspergillus niger	4982387
An08g00740	mRNA	An08g00740	NT_166524.1	144506	145332	D	An08g00740	join(<144506..144549,144675..>145332)	Aspergillus niger	4982388
An08g00750	mRNA	An08g00750	NT_166524.1	145632	146542	R	An08g00750	complement(join(<145632..146043,146220..146331,146401..>146542))	Aspergillus niger	4982389
An08g00760	mRNA	An08g00760	NT_166524.1	147014	149150	R	An08g00760	complement(join(<147014..147145,147210..148868,148926..>149150))	Aspergillus niger	4982390
An08g00770	mRNA	An08g00770	NT_166524.1	149594	151016	D	An08g00770	join(<149594..149614,149674..149974,150034..150258,150316..150585,150655..>151016)	Aspergillus niger	4982391
An08g00780	mRNA	An08g00780	NT_166524.1	151389	151990	R	An08g00780	complement(join(<151389..151496,151548..151625,151913..>151990))	Aspergillus niger	4982392
An08g00790	mRNA	An08g00790	NT_166524.1	152529	153322	D	An08g00790	join(<152529..153003,153036..>153322)	Aspergillus niger	4982393
An08g00800	mRNA	An08g00800	NT_166524.1	153687	156512	D	An08g00800	<153687..>156512	Aspergillus niger	4982394
An08g00810	mRNA	An08g00810	NT_166524.1	157028	158693	D	An08g00810	join(<157028..157483,157601..157677,157803..158157,158247..>158693)	Aspergillus niger	4982395
An08g00820	mRNA	An08g00820	NT_166524.1	159239	160436	R	An08g00820	complement(join(<159239..159379,159501..159583,159629..159722,159814..159845,160112..160222,160403..>160436))	Aspergillus niger	84591575
An08g00830	mRNA	An08g00830	NT_166524.1	160950	163054	D	An08g00830	join(<160950..160985,161367..161685,161790..161863,161932..162016,162084..162290,162356..162535,162681..>163054)	Aspergillus niger	4982397
An08g00840	mRNA	An08g00840	NT_166524.1	164877	166314	D	An08g00840	join(<164877..165406,165462..165812,165867..>166314)	Aspergillus niger	4982398
An08g00850	mRNA	An08g00850	NT_166524.1	166977	168189	R	An08g00850	complement(join(<166977..167689,167850..>168189))	Aspergillus niger	4982399
An08g00860	mRNA	An08g00860	NT_166524.1	169230	170818	R	An08g00860	complement(join(<169230..169540,169625..170276,170447..>170818))	Aspergillus niger	4982400
An08g00870	mRNA	An08g00870	NT_166524.1	171680	174060	R	An08g00870	complement(join(<171680..172598,172655..173232,173288..173484,173537..173904,173957..>174060))	Aspergillus niger	4982401
An08g00880	mRNA	An08g00880	NT_166524.1	174354	175927	D	An08g00880	join(<174354..174458,174528..175240,175326..175544,175713..175747,175872..>175927)	Aspergillus niger	4982402
An08g00890	mRNA	An08g00890	NT_166524.1	176505	177091	R	An08g00890	complement(join(<176505..176953,177031..>177091))	Aspergillus niger	4982403
An08g00900	mRNA	An08g00900	NT_166524.1	177712	178100	D	An08g00900	join(<177712..177830,177918..>178100)	Aspergillus niger	4982404
An08g00910	mRNA	An08g00910	NT_166524.1	178358	180547	R	An08g00910	complement(<178358..>180547)	Aspergillus niger	4982405
An08g00920	mRNA	An08g00920	NT_166524.1	181172	181783	D	An08g00920	<181172..>181783	Aspergillus niger	4982406
An08g00930	mRNA	An08g00930	NT_166524.1	182103	183127	R	An08g00930	complement(join(<182103..182787,182854..182989,183043..>183127))	Aspergillus niger	4982407
An08g00940	mRNA	An08g00940	NT_166524.1	184101	186655	D	An08g00940	join(<184101..184987,185049..185189,185248..>186655)	Aspergillus niger	4982408
An08g00950	mRNA	An08g00950	NT_166524.1	187333	188013	R	An08g00950	complement(join(<187333..187692,187798..>188013))	Aspergillus niger	4982409
An08g00960	mRNA	An08g00960	NT_166524.1	188796	190351	R	An08g00960	complement(join(<188796..189249,189570..>190351))	Aspergillus niger	4982410
An08g00970	mRNA	rps28	NT_166524.1	191004	191634	D	An08g00970	join(<191004..191262,191456..>191634)	Aspergillus niger	4982411
An08g00980	mRNA	An08g00980	NT_166524.1	192187	193694	R	An08g00980	complement(join(<192187..192259,192315..193134,193235..193530,193597..>193694))	Aspergillus niger	4982412
An08g00990	mRNA	An08g00990	NT_166524.1	194651	196255	D	An08g00990	join(<194651..196049,196113..>196255)	Aspergillus niger	4982413
An08g01000	mRNA	An08g01000	NT_166524.1	197593	198838	R	An08g01000	complement(join(<197593..198664,198750..>198838))	Aspergillus niger	4982414
An08g01010	mRNA	An08g01010	NT_166524.1	199715	200184	R	An08g01010	complement(join(<199715..199798,199909..>200184))	Aspergillus niger	84591576
An08g01020	mRNA	An08g01020	NT_166524.1	200357	201123	D	An08g01020	join(<200357..200397,200463..>201123)	Aspergillus niger	4982416
An08g01030	mRNA	An08g01030	NT_166524.1	201557	202373	D	An08g01030	join(<201557..201613,201773..202186,202257..>202373)	Aspergillus niger	4982417
An08g01040	mRNA	An08g01040	NT_166524.1	203168	203998	D	An08g01040	join(<203168..203236,203376..203632,203694..203781,203843..>203998)	Aspergillus niger	4982418
An08g01050	mRNA	An08g01050	NT_166524.1	205221	206014	R	An08g01050	complement(join(<205221..205261,205428..205465,205579..205727,205847..205955,205986..>206014))	Aspergillus niger	84591577
An08g01060	mRNA	An08g01060	NT_166524.1	206321	209376	D	An08g01060	join(<206321..206340,206451..206473,206558..206596,206657..206762,206822..206955,207027..208242,208301..208594,208643..208780,208826..209221,209277..>209376)	Aspergillus niger	4982420
An08g01070	mRNA	An08g01070	NT_166524.1	210533	212828	R	An08g01070	complement(join(<210533..210807,211074..211188,211285..212397,212448..>212828))	Aspergillus niger	4982421
An08g01080	mRNA	An08g01080	NT_166524.1	214475	215603	R	An08g01080	complement(join(<214475..215171,215245..>215603))	Aspergillus niger	4982422
An08g01090	mRNA	An08g01090	NT_166524.1	216004	218103	R	An08g01090	complement(<216004..>218103)	Aspergillus niger	4982423
An08g01100	mRNA	An08g01100	NT_166524.1	221698	222858	D	An08g01100	<221698..>222858	Aspergillus niger	4982424
An08g01110	mRNA	An08g01110	NT_166524.1	223241	224734	R	An08g01110	complement(join(<223241..223594,224717..>224734))	Aspergillus niger	84591578
An08g01120	mRNA	An08g01120	NT_166524.1	226530	227291	D	An08g01120	join(<226530..226939,227003..>227291)	Aspergillus niger	4982426
An08g01130	mRNA	An08g01130	NT_166524.1	228695	229528	D	An08g01130	<228695..>229528	Aspergillus niger	4982427
An08g01140	mRNA	An08g01140	NT_166524.1	230293	231003	D	An08g01140	join(<230293..230322,230453..230491,230582..230656,230719..>231003)	Aspergillus niger	4982428
An08g01150	mRNA	An08g01150	NT_166524.1	231638	233029	R	An08g01150	complement(join(<231638..231898,232121..232276,232338..232833,232891..232912,233008..>233029))	Aspergillus niger	4982429
An08g01160	mRNA	An08g01160	NT_166524.1	233811	235769	D	An08g01160	<233811..>235769	Aspergillus niger	4982430
An08g01170	mRNA	An08g01170	NT_166524.1	238204	239233	R	An08g01170	complement(join(<238204..238775,238828..>239233))	Aspergillus niger	4982431
An08g01180	mRNA	An08g01180	NT_166524.1	241022	242520	D	An08g01180	join(<241022..241583,241646..242245,242300..>242520)	Aspergillus niger	4982432
An08g01190	mRNA	An08g01190	NT_166524.1	242948	243829	D	An08g01190	join(<242948..243100,243179..243311,243444..>243829)	Aspergillus niger	4982433
An08g01200	mRNA	An08g01200	NT_166524.1	244151	246235	R	An08g01200	complement(<244151..>246235)	Aspergillus niger	4982434
An08g01210	mRNA	An08g01210	NT_166524.1	247046	249844	R	An08g01210	complement(join(<247046..247814,247864..248036,248087..248290,248343..248637,248694..249067,249125..249271,249329..249439,249505..249642,249722..>249844))	Aspergillus niger	4982435
An08g01220	mRNA	An08g01220	NT_166524.1	251341	251804	D	An08g01220	join(<251341..251518,251689..>251804)	Aspergillus niger	84591579
An08g01230	mRNA	An08g01230	NT_166524.1	252197	256807	R	An08g01230	complement(join(<252197..252405,252461..254800,254870..255143,255201..255387,255754..255921,256009..256322,256556..>256807))	Aspergillus niger	4982437
An08g01240	mRNA	An08g01240	NT_166524.1	259282	262459	D	An08g01240	join(<259282..259443,259545..260380,260564..261194,261263..>262459)	Aspergillus niger	4982438
An08g01250	mRNA	An08g01250	NT_166524.1	263638	266055	R	An08g01250	complement(join(<263638..264697,264764..>266055))	Aspergillus niger	4982439
An08g01260	mRNA	An08g01260	NT_166524.1	266812	267982	R	An08g01260	complement(join(<266812..267421,267499..267731,267788..>267982))	Aspergillus niger	4982440
An08g01270	mRNA	An08g01270	NT_166524.1	269465	271602	R	An08g01270	complement(join(<269465..270367,270423..270972,271018..271143,271191..271303,271354..271388,271437..271537,271592..>271602))	Aspergillus niger	4982441
An08g01280	mRNA	An08g01280	NT_166524.1	272912	273870	R	An08g01280	complement(join(<272912..273031,273466..>273870))	Aspergillus niger	4982442
An08g01290	mRNA	An08g01290	NT_166524.1	275360	277134	D	An08g01290	join(<275360..275470,275602..275811,275935..276216,276326..276976,277024..>277134)	Aspergillus niger	4982443
An08g01300	mRNA	An08g01300	NT_166524.1	277228	278514	R	An08g01300	complement(<277228..>278514)	Aspergillus niger	4982444
An08g01310	mRNA	An08g01310	NT_166524.1	279412	280962	R	An08g01310	complement(<279412..>280962)	Aspergillus niger	4982445
An08g01320	mRNA	An08g01320	NT_166524.1	281302	285585	D	An08g01320	join(<281302..281338,281387..282242,282294..282392,282454..283883,283939..284124,284176..285379,285441..>285585)	Aspergillus niger	4982446
An08g01330	mRNA	An08g01330	NT_166524.1	286290	287588	D	An08g01330	join(<286290..286836,286900..>287588)	Aspergillus niger	4982447
An08g01340	mRNA	An08g01340	NT_166524.1	288992	290919	D	An08g01340	join(<288992..289154,289247..289464,289524..289710,289765..290792,290848..>290919)	Aspergillus niger	4982448
An08g01350	mRNA	An08g01350	NT_166524.1	291087	292506	R	An08g01350	complement(join(<291087..291247,291319..291478,291533..291873,291929..292260,292322..>292506))	Aspergillus niger	4982449
An08g01360	mRNA	An08g01360	NT_166524.1	293348	294049	D	An08g01360	<293348..>294049	Aspergillus niger	4982450
An08g01370	mRNA	An08g01370	NT_166524.1	294970	296155	D	An08g01370	join(<294970..295058,295182..295211,295288..295374,295444..>296155)	Aspergillus niger	4982451
An08g01380	mRNA	An08g01380	NT_166524.1	297457	298929	R	An08g01380	complement(<297457..>298929)	Aspergillus niger	84591580
An08g01390	mRNA	An08g01390	NT_166524.1	300160	300975	D	An08g01390	join(<300160..300245,300329..300552,300641..>300975)	Aspergillus niger	84591581
An08g01392	mRNA	An08g01392	NT_166524.1	301172	301782	R	An08g01392	complement(join(<301172..301221,301571..>301782))	Aspergillus niger	4982452
An08g01400	mRNA	An08g01400	NT_166524.1	302609	305510	D	An08g01400	join(<302609..302687,302853..302949,303023..303168,303236..303399,303487..303549,303746..303904,304041..304184,304256..304300,304398..304444,304581..304700,304806..304824,304948..305020,305069..305115,305295..>305510)	Aspergillus niger	84591582
An08g01410	mRNA	An08g01410	NT_166524.1	306831	308416	D	An08g01410	join(<306831..307059,307386..307506,307768..307918,308264..>308416)	Aspergillus niger	4982456
An08g01420	mRNA	An08g01420	NT_166524.1	309901	311238	R	An08g01420	complement(<309901..>311238)	Aspergillus niger	4982457
An08g01430	mRNA	An08g01430	NT_166524.1	312792	314378	D	An08g01430	join(<312792..312844,313132..313382,313446..313563,313641..313903,314114..314282,314318..>314378)	Aspergillus niger	4982458
An08g01440	mRNA	An08g01440	NT_166524.1	314977	316232	R	An08g01440	complement(join(<314977..316114,316183..>316232))	Aspergillus niger	4982459
An08g01450	mRNA	An08g01450	NT_166524.1	316856	318892	D	An08g01450	join(<316856..318059,318479..318708,318749..318791,318825..>318892)	Aspergillus niger	84591583
An08g01460	mRNA	An08g01460	NT_166524.1	319227	320870	D	An08g01460	join(<319227..319286,319339..319848,319908..>320870)	Aspergillus niger	4982461
An08g01470	mRNA	An08g01470	NT_166524.1	321710	323907	R	An08g01470	complement(join(<321710..323700,323757..>323907))	Aspergillus niger	84591584
An08g01480	mRNA	An08g01480	NT_166524.1	325032	327497	R	An08g01480	complement(<325032..>327497)	Aspergillus niger	4982463
An08g01490	mRNA	An08g01490	NT_166524.1	327799	328670	D	An08g01490	join(<327799..327934,327967..>328670)	Aspergillus niger	4982464
An08g01500	mRNA	An08g01500	NT_166524.1	329284	330123	D	An08g01500	join(<329284..329549,329637..>330123)	Aspergillus niger	4982465
An08g01510	mRNA	An08g01510	NT_166524.1	330327	331612	R	An08g01510	complement(join(<330327..330820,330885..331429,331494..>331612))	Aspergillus niger	4982466
An08g01520	mRNA	An08g01520	NT_166524.1	332044	333156	R	An08g01520	complement(join(<332044..332246,332297..332624,332695..332959,333017..>333156))	Aspergillus niger	4982467
An08g01530	mRNA	An08g01530	NT_166524.1	335270	335542	D	An08g01530	join(<335270..335297,335496..>335542)	Aspergillus niger	84591585
An08g01540	mRNA	An08g01540	NT_166524.1	336372	337051	R	An08g01540	complement(join(<336372..336675,336774..336953,337044..>337051))	Aspergillus niger	4982469
An08g01550	mRNA	An08g01550	NT_166524.1	337790	338300	D	An08g01550	join(<337790..337839,337933..337967,338113..>338300)	Aspergillus niger	4982470
An08g01560	mRNA	An08g01560	NT_166524.1	338697	341582	D	An08g01560	join(<338697..339969,340025..341346,341448..>341582)	Aspergillus niger	4982471
An08g01570	mRNA	An08g01570	NT_166524.1	344269	345454	R	An08g01570	complement(join(<344269..344561,344599..344658,344828..344861,344918..345044,345080..345151,345242..345283,345444..>345454))	Aspergillus niger	84591586
An08g01580	mRNA	An08g01580	NT_166524.1	346550	348805	D	An08g01580	<346550..>348805	Aspergillus niger	4982473
An08g01590	mRNA	An08g01590	NT_166524.1	350727	352143	D	An08g01590	join(<350727..351217,351324..>352143)	Aspergillus niger	4982474
An08g01600	mRNA	An08g01600	NT_166524.1	352985	356535	D	An08g01600	join(<352985..353021,353183..353257,353345..353566,353636..356386,356438..>356535)	Aspergillus niger	4982475
An08g01610	mRNA	An08g01610	NT_166524.1	357582	359222	D	An08g01610	join(<357582..357656,357901..358458,358671..>359222)	Aspergillus niger	4982476
An08g01620	mRNA	An08g01620	NT_166524.1	359917	360261	D	An08g01620	<359917..>360261	Aspergillus niger	4982477
An08g01630	mRNA	An08g01630	NT_166524.1	360531	363855	R	An08g01630	complement(join(<360531..361259,361304..361779,361826..362093,362143..362269,362312..363537,363592..>363855))	Aspergillus niger	4982478
An08g01640	mRNA	An08g01640	NT_166524.1	364210	365362	D	An08g01640	join(<364210..364212,364285..365261,365317..>365362)	Aspergillus niger	4982479
An08g01650	mRNA	An08g01650	NT_166524.1	366126	367709	R	An08g01650	complement(join(<366126..366801,366859..>367709))	Aspergillus niger	4982480
An08g01660	mRNA	An08g01660	NT_166524.1	368176	368883	D	An08g01660	<368176..>368883	Aspergillus niger	4982481
An08g01670	mRNA	An08g01670	NT_166524.1	368981	369259	D	An08g01670	<368981..>369259	Aspergillus niger	84591587
An08g01680	mRNA	An08g01680	NT_166524.1	370273	373710	D	An08g01680	<370273..>373710	Aspergillus niger	4982483
An08g01690	mRNA	An08g01690	NT_166524.1	374625	375653	R	An08g01690	complement(<374625..>375653)	Aspergillus niger	4982484
An08g01700	mRNA	An08g01700	NT_166524.1	376630	377017	D	An08g01700	join(<376630..376740,376809..376891,376963..>377017)	Aspergillus niger	4982485
An08g01710	mRNA	An08g01710	NT_166524.1	377312	379229	R	An08g01710	complement(join(<377312..378210,378261..378360,378411..378499,378552..378566,378615..378727,378862..379056,379123..>379229))	Aspergillus niger	4982486
An08g01720	mRNA	An08g01720	NT_166524.1	380004	381832	D	An08g01720	join(<380004..380030,380087..380132,380188..380263,380311..380502,380558..380801,380850..381106,381163..>381832)	Aspergillus niger	4982487
An08g01730	mRNA	An08g01730	NT_166524.1	382398	383226	R	An08g01730	complement(join(<382398..382966,383061..>383226))	Aspergillus niger	4982488
An08g01740	mRNA	An08g01740	NT_166524.1	384386	385501	D	An08g01740	join(<384386..384408,384510..384638,384707..384955,385006..>385501)	Aspergillus niger	4982489
An08g01750	mRNA	An08g01750	NT_166524.1	385990	387421	D	An08g01750	join(<385990..386042,386092..>387421)	Aspergillus niger	4982490
An08g01760	mRNA	An08g01760	NT_166524.1	388278	389766	D	An08g01760	join(<388278..388543,388606..388859,388925..389062,389112..389369,389427..389668,389722..>389766)	Aspergillus niger	4982491
An08g01770	mRNA	An08g01770	NT_166524.1	390340	391606	D	An08g01770	join(<390340..390396,390807..391052,391115..>391606)	Aspergillus niger	4982492
An08g01780	mRNA	An08g01780	NT_166524.1	391994	393111	R	An08g01780	complement(join(<391994..392034,392113..392909,392972..>393111))	Aspergillus niger	4982493
An08g01790	mRNA	An08g01790	NT_166524.1	393604	394902	D	An08g01790	join(<393604..393611,393672..393711,393788..394257,394323..>394902)	Aspergillus niger	4982494
An08g01800	mRNA	An08g01800	NT_166524.1	395310	396460	D	An08g01800	join(<395310..395339,395396..395585,395664..>396460)	Aspergillus niger	4982495
An08g01810	mRNA	An08g01810	NT_166524.1	396689	400409	R	An08g01810	complement(join(<396689..397984,398048..398169,398219..399643,399818..399867,400060..>400409))	Aspergillus niger	84591588
An08g01820	mRNA	An08g01820	NT_166524.1	400544	403424	R	An08g01820	complement(join(<400544..402255,402312..403106,403194..>403424))	Aspergillus niger	4982496
An08g01830	mRNA	An08g01830	NT_166524.1	403907	404839	D	An08g01830	join(<403907..403963,404372..404534,404613..>404839)	Aspergillus niger	84591589
An08g01840	mRNA	An08g01840	NT_166524.1	406599	407678	R	An08g01840	complement(join(<406599..406703,406763..407065,407124..>407678))	Aspergillus niger	4982499
An08g01850	mRNA	An08g01850	NT_166524.1	408172	411961	D	An08g01850	join(<408172..408315,408356..408691,408762..409173,409228..411636,411687..>411961)	Aspergillus niger	4982500
An08g01860	mRNA	An08g01860	NT_166524.1	414470	416402	D	An08g01860	join(<414470..415757,415805..415945,415991..416067,416115..416142,416192..416254,416302..>416402)	Aspergillus niger	4982501
An08g01870	mRNA	An08g01870	NT_166524.1	416776	418042	R	An08g01870	complement(join(<416776..417068,417157..417529,417586..417624,417911..>418042))	Aspergillus niger	4982502
An08g01880	mRNA	An08g01880	NT_166524.1	418552	418735	D	An08g01880	join(<418552..418576,418617..>418735)	Aspergillus niger	84591590
An08g01890	mRNA	An08g01890	NT_166524.1	419070	420323	D	An08g01890	join(<419070..419601,419657..419869,419944..>420323)	Aspergillus niger	4982504
An08g01900	mRNA	An08g01900	NT_166524.1	420712	423178	D	An08g01900	join(<420712..422296,422347..422476,422769..422845,423039..>423178)	Aspergillus niger	4982505
An08g01910	mRNA	An08g01910	NT_166524.1	423343	425170	D	An08g01910	join(<423343..423443,423496..423526,423574..423693,423747..423797,423851..423876,423928..424192,424242..424816,424867..>425170)	Aspergillus niger	4982506
An08g01920	mRNA	An08g01920	NT_166524.1	425381	427871	R	An08g01920	complement(join(<425381..425467,425531..425578,425940..425955,426007..426830,426889..427588,427638..427738,427788..>427871))	Aspergillus niger	4982507
An08g01930	mRNA	An08g01930	NT_166524.1	428391	429642	R	An08g01930	complement(join(<428391..428449,428509..428530,428707..>429642))	Aspergillus niger	4982508
An08g01940	mRNA	An08g01940	NT_166524.1	429782	431182	R	An08g01940	complement(join(<429782..429836,429868..429892,429952..>431182))	Aspergillus niger	4982509
An08g01950	mRNA	An08g01950	NT_166524.1	431886	432884	D	An08g01950	join(<431886..431973,432074..432219,432285..>432884)	Aspergillus niger	4982510
An08g01960	mRNA	An08g01960	NT_166524.1	433155	434777	R	An08g01960	complement(join(<433155..433167,433233..433668,433718..434319,434369..434495,434547..434679,434739..>434777))	Aspergillus niger	4982511
An08g01970	mRNA	An08g01970	NT_166524.1	435763	437344	R	An08g01970	complement(join(<435763..436055,436218..436248,436306..436398,436446..436660,436717..>437344))	Aspergillus niger	4982512
An08g01980	mRNA	An08g01980	NT_166524.1	437860	438722	R	An08g01980	complement(join(<437860..438038,438122..>438722))	Aspergillus niger	4982513
An08g01990	mRNA	An08g01990	NT_166524.1	439697	441253	R	An08g01990	complement(<439697..>441253)	Aspergillus niger	4982514
An08g02000	mRNA	An08g02000	NT_166524.1	441669	443757	D	An08g02000	join(<441669..443453,443509..>443757)	Aspergillus niger	4982515
An08g02020	mRNA	An08g02020	NT_166524.1	444328	445980	R	An08g02020	complement(join(<444328..445223,445298..445919,445957..>445980))	Aspergillus niger	4982517
An08g02030	mRNA	An08g02030	NT_166524.1	446639	448599	D	An08g02030	join(<446639..446696,446750..447285,447452..447521,447578..>448599)	Aspergillus niger	4982518
An08g02040	mRNA	An08g02040	NT_166524.1	449351	449863	R	An08g02040	complement(join(<449351..449528,449856..>449863))	Aspergillus niger	84591591
An08g02050	mRNA	An08g02050	NT_166524.1	451084	452432	R	An08g02050	complement(join(<451084..451670,451730..451862,451905..452318,452412..>452432))	Aspergillus niger	4982520
An08g02060	mRNA	An08g02060	NT_166524.1	453201	455231	D	An08g02060	join(<453201..453761,453922..453994,454052..454395,454449..454555,454598..454787,454838..454946,455008..>455231)	Aspergillus niger	4982521
An08g02070	mRNA	An08g02070	NT_166524.1	455984	456335	R	An08g02070	complement(join(<455984..456061,456207..>456335))	Aspergillus niger	84591592
An08g02080	mRNA	An08g02080	NT_166524.1	458255	460381	D	An08g02080	<458255..>460381	Aspergillus niger	4982523
An08g02090	mRNA	An08g02090	NT_166524.1	461538	463473	R	An08g02090	complement(join(<461538..463042,463128..>463473))	Aspergillus niger	4982524
An08g02100	mRNA	An08g02100	NT_166524.1	464875	466054	D	An08g02100	join(<464875..465091,465184..465222,465254..465321,465379..465646,465714..>466054)	Aspergillus niger	84591593
An08g02110	mRNA	An08g02110	NT_166524.1	467470	468315	R	An08g02110	complement(<467470..>468315)	Aspergillus niger	4982526
An08g02120	mRNA	An08g02120	NT_166524.1	471760	473542	R	An08g02120	complement(join(<471760..472018,472166..472276,472472..472723,472764..472817,472848..472906,473016..473052,473322..>473542))	Aspergillus niger	84591594
An08g02140	mRNA	An08g02140	NT_166524.1	474764	475110	D	An08g02140	join(<474764..474821,475055..>475110)	Aspergillus niger	84591595
An08g02150	mRNA	An08g02150	NT_166524.1	476029	476294	D	An08g02150	join(<476029..476067,476155..476172,476211..>476294)	Aspergillus niger	84591596
An08g02160	mRNA	An08g02160	NT_166524.1	478096	480359	R	An08g02160	complement(join(<478096..478242,478406..478643,478749..478825,478881..479095,479201..479524,479600..479670,479714..479753,479847..479991,480099..>480359))	Aspergillus niger	84591597
An08g02170	mRNA	An08g02170	NT_166524.1	480998	481618	D	An08g02170	join(<480998..481135,481175..>481618)	Aspergillus niger	4982531
An08g02180	mRNA	An08g02180	NT_166524.1	482274	483393	D	An08g02180	join(<482274..482325,482397..482829,482913..>483393)	Aspergillus niger	4982532
An08g02190	mRNA	An08g02190	NT_166524.1	484141	485372	D	An08g02190	join(<484141..484672,484762..>485372)	Aspergillus niger	4982533
An08g02200	mRNA	An08g02200	NT_166524.1	486734	491306	R	An08g02200	complement(join(<486734..486863,486922..>491306))	Aspergillus niger	4982534
An08g02210	mRNA	An08g02210	NT_166524.1	492161	494768	D	An08g02210	join(<492161..492172,492251..492653,492709..492870,492926..493022,493079..494150,494202..>494768)	Aspergillus niger	4982535
An08g02220	mRNA	An08g02220	NT_166524.1	495700	498256	R	An08g02220	complement(join(<495700..496740,496794..498066,498152..>498256))	Aspergillus niger	4982536
An08g02230	mRNA	An08g02230	NT_166524.1	498601	500612	D	An08g02230	join(<498601..498775,498838..499107,499158..500283,500339..500417,500571..>500612)	Aspergillus niger	4982537
An08g02240	mRNA	An08g02240	NT_166524.1	501499	502418	D	An08g02240	join(<501499..501556,501621..501646,501715..502057,502118..502284,502347..>502418)	Aspergillus niger	4982538
An08g02260	mRNA	An08g02260	NT_166524.1	503218	504646	D	An08g02260	join(<503218..503283,503380..503800,503880..>504646)	Aspergillus niger	4982539
An08g02270	mRNA	An08g02270	NT_166524.1	505346	505902	R	An08g02270	complement(join(<505346..505382,505543..505657,505788..>505902))	Aspergillus niger	4982540
An08g02280	mRNA	An08g02280	NT_166524.1	506831	509287	D	An08g02280	join(<506831..506912,506990..507007,507098..507174,507272..507338,507400..508403,508457..>509287)	Aspergillus niger	4982541
An08g02290	mRNA	An08g02290	NT_166524.1	510207	512031	D	An08g02290	join(<510207..510586,510702..510793,510845..>512031)	Aspergillus niger	4982542
An08g02300	mRNA	An08g02300	NT_166524.1	513136	513972	R	An08g02300	complement(<513136..>513972)	Aspergillus niger	84591598
An08g02310	mRNA	An08g02310	NT_166524.1	514101	532251	R	An08g02310	complement(join(<514101..515540,515590..517208,517257..517704,517786..517917,517976..518355,518412..530724,530778..531080,531178..531594,531748..>532251))	Aspergillus niger	4982544
An08g02320	mRNA	An08g02320	NT_166524.1	535264	535410	D	An08g02320	join(<535264..535352,535395..>535410)	Aspergillus niger	84591599
An08g02330	mRNA	An08g02330	NT_166524.1	538141	543496	D	An08g02330	join(<538141..538356,538523..539060,539120..539346,539403..539682,539749..539982,540035..540825,540881..541043,541103..541459,541515..541638,541696..541767,541815..541930,541999..542617,542681..542761,542817..543191,543256..>543496)	Aspergillus niger	4982546
An08g02340	mRNA	An08g02340	NT_166524.1	544617	548754	R	An08g02340	complement(join(<544617..545839,545892..548033,548115..>548754))	Aspergillus niger	4982547
An08g02350	mRNA	An08g02350	NT_166524.1	549134	550406	R	An08g02350	complement(join(<549134..549945,550013..550080,550166..550245,550323..>550406))	Aspergillus niger	4982548
An08g02360	mRNA	An08g02360	NT_166524.1	551122	552070	R	An08g02360	complement(join(<551122..551300,551353..551857,552026..>552070))	Aspergillus niger	4982549
An08g02370	mRNA	An08g02370	NT_166524.1	553381	554023	R	An08g02370	complement(join(<553381..553655,553729..>554023))	Aspergillus niger	84591600
An08g02380	mRNA	An08g02380	NT_166524.1	555637	556564	D	An08g02380	join(<555637..555811,555879..555907,555984..556121,556187..>556564)	Aspergillus niger	4982551
An08g02390	mRNA	An08g02390	NT_166524.1	557217	559396	D	An08g02390	join(<557217..557652,557682..>559396)	Aspergillus niger	4982552
An08g02400	mRNA	An08g02400	NT_166524.1	561283	564014	D	An08g02400	join(<561283..562023,562096..563521,563575..>564014)	Aspergillus niger	4982553
An08g02410	mRNA	An08g02410	NT_166524.1	565227	566863	D	An08g02410	join(<565227..565233,565552..565578,565780..565933,565996..>566863)	Aspergillus niger	4982554
An08g02420	mRNA	An08g02420	NT_166524.1	568081	570660	R	An08g02420	complement(join(<568081..568190,568246..568435,568488..568877,568934..569301,569354..569465,569523..570046,570156..>570660))	Aspergillus niger	4982555
An08g02430	mRNA	An08g02430	NT_166524.1	571330	573004	D	An08g02430	join(<571330..571372,571786..571868,572296..572787,572933..>573004)	Aspergillus niger	84591601
An08g02440	mRNA	An08g02440	NT_166524.1	573751	576045	R	An08g02440	complement(join(<573751..574929,574984..575558,575682..>576045))	Aspergillus niger	4982557
An08g02450	mRNA	An08g02450	NT_166524.1	576427	577627	D	An08g02450	join(<576427..576860,576934..>577627)	Aspergillus niger	4982558
An08g02460	mRNA	An08g02460	NT_166524.1	577950	578781	R	An08g02460	complement(join(<577950..578453,578538..578651,578716..>578781))	Aspergillus niger	4982559
An08g02470	mRNA	An08g02470	NT_166524.1	579298	580224	D	An08g02470	join(<579298..579300,579397..579527,579912..580137,580219..>580224)	Aspergillus niger	4982560
An08g02480	mRNA	An08g02480	NT_166524.1	580812	584034	R	An08g02480	complement(join(<580812..581527,581767..582033,582259..582384,582435..582657,582711..583127,583161..583430,583480..583822,583889..>584034))	Aspergillus niger	4982561
An08g02490	mRNA	An08g02490	NT_166524.1	584641	586977	R	An08g02490	complement(join(<584641..584764,585300..585519,585734..585820,585903..586144,586319..586360,586449..586578,586680..>586977))	Aspergillus niger	84591602
An08g02500	mRNA	An08g02500	NT_166524.1	587139	589075	D	An08g02500	join(<587139..587589,587684..588489,588539..>589075)	Aspergillus niger	4982563
An08g02510	mRNA	An08g02510	NT_166524.1	589582	590662	R	An08g02510	complement(join(<589582..590149,590234..590367,590477..>590662))	Aspergillus niger	4982564
An08g02520	mRNA	An08g02520	NT_166524.1	591434	593165	R	An08g02520	complement(join(<591434..592942,593005..593099,593153..>593165))	Aspergillus niger	4982565
An08g02530	mRNA	An08g02530	NT_166524.1	593604	594576	D	An08g02530	join(<593604..593703,593766..593787,593850..593959,594095..>594576)	Aspergillus niger	4982566
An08g02540	mRNA	An08g02540	NT_166524.1	594721	595735	R	An08g02540	complement(join(<594721..594778,594843..594898,595052..595085,595159..595238,595323..595346,595601..595642,595697..>595735))	Aspergillus niger	84591603
An08g02550	mRNA	An08g02550	NT_166524.1	596573	597850	R	An08g02550	complement(join(<596573..596627,596733..596916,597167..597495,597846..>597850))	Aspergillus niger	84591604
An08g02560	mRNA	An08g02560	NT_166524.1	597885	599983	D	An08g02560	join(<597885..598003,598074..598166,598251..598403,598485..598580,598784..598955,599077..599171,599361..599577,599867..>599983)	Aspergillus niger	84591605
An08g02570	mRNA	An08g02570	NT_166524.1	600297	602391	D	An08g02570	join(<600297..600525,600790..600855,600932..601031,601072..601229,601340..601470,601581..601667,601754..601901,602078..602246,602343..>602391)	Aspergillus niger	84591606
An08g02580	mRNA	An08g02580	NT_166524.1	604582	606757	D	An08g02580	join(<604582..604911,604970..>606757)	Aspergillus niger	4982571
An08g02590	mRNA	An08g02590	NT_166524.1	607524	608763	D	An08g02590	join(<607524..607658,607745..607963,608038..>608763)	Aspergillus niger	4982572
An08g02600	mRNA	An08g02600	NT_166524.1	609734	611698	R	An08g02600	complement(<609734..>611698)	Aspergillus niger	4982573
An08g02610	mRNA	An08g02610	NT_166524.1	611880	612769	D	An08g02610	join(<611880..611988,612079..612143,612309..612426,612465..612620,612672..>612769)	Aspergillus niger	84591607
An08g02620	mRNA	An08g02620	NT_166524.1	613603	614803	D	An08g02620	join(<613603..613614,613646..613990,614082..614217,614350..614420,614561..>614803)	Aspergillus niger	84591608
An08g02625	mRNA	An08g02625	NT_166524.1	615078	615263	R	An08g02625	complement(<615078..>615263)	Aspergillus niger	84591609
An08g02630	mRNA	An08g02630	NT_166524.1	615310	617147	D	An08g02630	join(<615310..615663,615743..615794,615919..616013,616082..616278,616340..616492,616632..616801,616851..616910,617023..>617147)	Aspergillus niger	84591610
An08g02640	mRNA	An08g02640	NT_166524.1	618949	619197	R	An08g02640	complement(<618949..>619197)	Aspergillus niger	84591611
An08g02650	mRNA	An08g02650	NT_166524.1	620557	622391	R	An08g02650	complement(join(<620557..620652,620745..620793,620885..620932,621015..621078,621173..621383,621573..621711,621801..622004,622103..622266,622362..>622391))	Aspergillus niger	84591612
An08g02660	mRNA	An08g02660	NT_166524.1	622827	623629	R	An08g02660	complement(join(<622827..623494,623524..>623629))	Aspergillus niger	84591613
An08g02670	mRNA	An08g02670	NT_166524.1	624211	624810	D	An08g02670	<624211..>624810	Aspergillus niger	4982581
An08g02680	mRNA	An08g02680	NT_166524.1	626513	629618	R	An08g02680	complement(join(<626513..628552,628615..629328,629394..>629618))	Aspergillus niger	4982582
An08g02690	mRNA	An08g02690	NT_166524.1	629745	630132	D	An08g02690	join(<629745..629876,630046..>630132)	Aspergillus niger	84591614
An08g02700	mRNA	An08g02700	NT_166524.1	630670	632103	R	An08g02700	complement(join(<630670..631670,631742..631769,631905..631962,632027..>632103))	Aspergillus niger	4982584
An08g02710	mRNA	An08g02710	NT_166524.1	632809	633687	D	An08g02710	<632809..>633687	Aspergillus niger	4982585
An08g02720	mRNA	An08g02720	NT_166524.1	634638	635372	R	An08g02720	complement(join(<634638..634665,634759..>635372))	Aspergillus niger	4982586
An08g02730	mRNA	An08g02730	NT_166524.1	636103	638934	R	An08g02730	complement(join(<636103..636184,636240..637780,637834..>638934))	Aspergillus niger	4982587
An08g02740	mRNA	An08g02740	NT_166524.1	639025	639944	D	An08g02740	join(<639025..639420,639706..639738,639879..>639944)	Aspergillus niger	84591615
An08g02750	mRNA	An08g02750	NT_166524.1	640148	641355	R	An08g02750	complement(join(<640148..640388,640479..640529,640643..640723,640821..640972,641045..641085,641331..>641355))	Aspergillus niger	84591616
An08g02760	mRNA	An08g02760	NT_166524.1	642667	644325	R	An08g02760	complement(join(<642667..642698,642751..644061,644130..>644325))	Aspergillus niger	84591617
An08g02770	mRNA	An08g02770	NT_166524.1	645042	646604	R	An08g02770	complement(join(<645042..645654,645712..646231,646301..>646604))	Aspergillus niger	4982591
An08g02780	mRNA	An08g02780	NT_166524.1	647525	649832	D	An08g02780	join(<647525..648841,648897..>649832)	Aspergillus niger	4982592
An08g02790	mRNA	An08g02790	NT_166524.1	650088	651143	R	An08g02790	complement(join(<650088..650138,650210..650539,650603..650725,650787..650915,651007..651032,651086..>651143))	Aspergillus niger	4982593
An08g02800	mRNA	An08g02800	NT_166524.1	651930	652883	D	An08g02800	<651930..>652883	Aspergillus niger	4982594
An08g02810	mRNA	An08g02810	NT_166524.1	653308	655824	R	An08g02810	complement(join(<653308..654076,654274..654786,654837..654946,654985..>655824))	Aspergillus niger	4982595
An08g02820	mRNA	An08g02820	NT_166524.1	656785	659541	D	An08g02820	join(<656785..656807,656855..656915,656951..657282,657413..657542,657617..657841,657906..658489,658581..>659541)	Aspergillus niger	4982596
An08g02830	mRNA	An08g02830	NT_166524.1	659955	660709	R	An08g02830	complement(join(<659955..660022,660099..660216,660304..660590,660658..>660709))	Aspergillus niger	4982597
An08g02840	mRNA	An08g02840	NT_166524.1	661426	661956	R	An08g02840	complement(join(<661426..661502,661683..>661956))	Aspergillus niger	84591618
An08g02850	mRNA	An08g02850	NT_166524.1	662896	663785	R	An08g02850	complement(join(<662896..663204,663361..663566,663686..>663785))	Aspergillus niger	4982599
An08g02860	mRNA	An08g02860	NT_166524.1	664173	665995	R	An08g02860	complement(join(<664173..664652,664730..665089,665185..665558,665605..665734,665784..665863,665926..>665995))	Aspergillus niger	4982600
An08g02870	mRNA	An08g02870	NT_166524.1	666548	670196	D	An08g02870	join(<666548..667483,667534..668645,668695..669238,669291..>670196)	Aspergillus niger	4982601
An08g02880	mRNA	An08g02880	NT_166524.1	671632	671940	D	An08g02880	<671632..>671940	Aspergillus niger	84591619
An08g02890	mRNA	An08g02890	NT_166524.1	672693	673021	R	An08g02890	complement(join(<672693..672872,672929..>673021))	Aspergillus niger	84591620
An08g02900	mRNA	An08g02900	NT_166524.1	673058	674796	D	An08g02900	join(<673058..673267,673354..673496,673552..673678,673728..674651,674716..>674796)	Aspergillus niger	4982604
An08g02910	mRNA	An08g02910	NT_166524.1	675377	677172	R	An08g02910	complement(join(<675377..675482,675577..677043,677150..>677172))	Aspergillus niger	4982605
An08g02920	mRNA	An08g02920	NT_166524.1	678420	680352	D	An08g02920	join(<678420..678644,678704..678883,679012..679051,679131..680220,680328..>680352)	Aspergillus niger	4982606
An08g02930	mRNA	An08g02930	NT_166524.1	681003	684608	R	An08g02930	complement(join(<681003..681525,681579..681909,681963..684011,684070..684286,684327..>684608))	Aspergillus niger	4982607
An08g02940	mRNA	An08g02940	NT_166524.1	684987	685903	D	An08g02940	join(<684987..685199,685316..685488,685588..>685903)	Aspergillus niger	84591621
An08g02950	mRNA	An08g02950	NT_166524.1	685965	686367	D	An08g02950	join(<685965..686174,686311..>686367)	Aspergillus niger	4982609
An08g02960	mRNA	An08g02960	NT_166524.1	687117	688811	R	An08g02960	complement(join(<687117..687845,688002..688252,688516..688647,688697..>688811))	Aspergillus niger	4982610
An08g02970	mRNA	An08g02970	NT_166524.1	689573	690893	D	An08g02970	join(<689573..689741,689791..689798,689848..689961,690010..690153,690209..690591,690644..>690893)	Aspergillus niger	4982611
An08g02980	mRNA	An08g02980	NT_166524.1	690938	692081	D	An08g02980	join(<690938..691503,691552..691583,691640..691932,691995..>692081)	Aspergillus niger	84591622
An08g02990	mRNA	An08g02990	NT_166524.1	692450	693141	D	An08g02990	join(<692450..692457,692514..>693141)	Aspergillus niger	4982613
An08g03000	mRNA	An08g03000	NT_166524.1	693363	694764	R	An08g03000	complement(join(<693363..693548,693603..694095,694158..694249,694307..694401,694464..>694764))	Aspergillus niger	4982614
An08g03010	mRNA	An08g03010	NT_166524.1	695331	696031	R	An08g03010	complement(join(<695331..695412,695462..695551,695683..695780,695807..>696031))	Aspergillus niger	4982615
An08g03020	mRNA	An08g03020	NT_166524.1	696240	696477	D	An08g03020	join(<696240..696273,696315..696411,696465..>696477)	Aspergillus niger	84591623
An08g03030	mRNA	An08g03030	NT_166524.1	696778	697804	R	An08g03030	complement(join(<696778..697194,697252..697525,697586..697716,697796..>697804))	Aspergillus niger	4982617
An08g03040	mRNA	An08g03040	NT_166524.1	698350	699662	R	An08g03040	complement(join(<698350..698418,698664..699388,699500..>699662))	Aspergillus niger	4982618
An08g03050	mRNA	An08g03050	NT_166524.1	700234	700470	D	An08g03050	join(<700234..700243,700331..>700470)	Aspergillus niger	84591624
An08g03060	mRNA	An08g03060	NT_166524.1	700678	703386	D	An08g03060	join(<700678..700810,700868..701511,701563..701885,701934..702073,702120..702568,702617..702729,702789..>703386)	Aspergillus niger	4982620
An08g03070	mRNA	An08g03070	NT_166524.1	703970	705474	R	An08g03070	complement(join(<703970..705020,705077..>705474))	Aspergillus niger	4982621
An08g03080	mRNA	An08g03080	NT_166524.1	707250	708287	D	An08g03080	<707250..>708287	Aspergillus niger	4982622
An08g03090	mRNA	An08g03090	NT_166524.1	709036	713392	R	An08g03090	complement(join(<709036..710316,710372..>713392))	Aspergillus niger	4982623
An08g03100	mRNA	An08g03100	NT_166524.1	713922	715292	D	An08g03100	join(<713922..714149,714279..714464,715041..>715292)	Aspergillus niger	84591625
An08g03110	mRNA	An08g03110	NT_166524.1	716106	717026	D	An08g03110	join(<716106..716109,716279..716523,716627..716662,716749..716798,716873..>717026)	Aspergillus niger	84591626
An08g03120	mRNA	An08g03120	NT_166524.1	717422	718396	R	An08g03120	complement(<717422..>718396)	Aspergillus niger	4982626
An08g03130	mRNA	An08g03130	NT_166524.1	719126	720160	D	An08g03130	join(<719126..719203,719275..719356,719592..719648,719760..>720160)	Aspergillus niger	84591627
An08g03140	mRNA	An08g03140	NT_166524.1	722843	723709	D	An08g03140	join(<722843..723064,723200..723300,723341..723530,723611..>723709)	Aspergillus niger	84591628
An08g03150	mRNA	An08g03150	NT_166524.1	723836	725599	D	An08g03150	join(<723836..724237,724346..725392,725462..>725599)	Aspergillus niger	4982629
An08g03160	mRNA	An08g03160	NT_166524.1	726715	727595	R	An08g03160	complement(join(<726715..726888,726983..727237,727362..>727595))	Aspergillus niger	84591629
An08g03170	mRNA	An08g03170	NT_166524.1	728116	729928	D	An08g03170	join(<728116..728181,728515..728802,728867..729453,729529..>729928)	Aspergillus niger	4982631
An08g03180	mRNA	An08g03180	NT_166524.1	730860	732611	D	An08g03180	join(<730860..731054,731346..731441,731533..731933,731997..732105,732167..732322,732399..>732611)	Aspergillus niger	4982632
An08g03190	mRNA	An08g03190	NT_166524.1	733316	735317	D	An08g03190	join(<733316..733327,733459..733482,733569..733594,733720..733761,733837..733891,733956..734411,734482..734816,734870..735229,735284..>735317)	Aspergillus niger	4982633
An08g03200	mRNA	An08g03200	NT_166524.1	736604	738354	R	An08g03200	complement(join(<736604..736729,736785..737016,737095..737769,737827..738081,738139..738203,738268..>738354))	Aspergillus niger	4982634
An08g03210	mRNA	An08g03210	NT_166524.1	738839	740489	R	An08g03210	complement(join(<738839..739008,739138..739208,739723..739863,739969..740084,740245..740334,740412..>740489))	Aspergillus niger	84591630
An08g03220	mRNA	An08g03220	NT_166524.1	740942	741187	D	An08g03220	join(<740942..741044,741084..>741187)	Aspergillus niger	84591631
An08g03230	mRNA	An08g03230	NT_166524.1	741501	741722	R	An08g03230	complement(join(<741501..741520,741599..>741722))	Aspergillus niger	84591632
An08g03240	mRNA	An08g03240	NT_166524.1	742060	746222	D	An08g03240	join(<742060..743870,743924..745689,745753..>746222)	Aspergillus niger	4982638
An08g03250	mRNA	An08g03250	NT_166524.1	747592	748212	R	An08g03250	complement(join(<747592..747658,747722..>748212))	Aspergillus niger	4982639
An08g03260	mRNA	An08g03260	NT_166524.1	749766	750543	R	An08g03260	complement(join(<749766..749927,749988..750075,750139..750202,750264..750359,750414..750451,750506..>750543))	Aspergillus niger	4982640
An08g03270	mRNA	An08g03270	NT_166524.1	750968	754080	D	An08g03270	join(<750968..751272,751339..751759,751811..752200,752253..753861,753938..>754080)	Aspergillus niger	4982641
An08g03280	mRNA	An08g03280	NT_166524.1	755156	756752	D	An08g03280	join(<755156..755303,755383..>756752)	Aspergillus niger	4982642
An08g03290	mRNA	An08g03290	NT_166524.1	757126	758213	R	An08g03290	complement(join(<757126..757922,757989..758107,758137..>758213))	Aspergillus niger	4982643
An08g03300	mRNA	An08g03300	NT_166524.1	760433	765289	D	An08g03300	join(<760433..761315,761370..761421,761473..761489,761546..762116,762169..762252,762300..762359,762435..762624,762683..764116,764164..764567,764617..>765289)	Aspergillus niger	4982644
An08g03320	mRNA	An08g03320	NT_166524.1	766774	767952	R	An08g03320	complement(join(<766774..766908,766994..767737,767950..>767952))	Aspergillus niger	4982646
An08g03330	mRNA	An08g03330	NT_166524.1	768163	768769	D	An08g03330	join(<768163..768348,768419..768503,768624..>768769)	Aspergillus niger	84591633
An08g03340	mRNA	An08g03340	NT_166524.1	769066	771334	R	An08g03340	complement(join(<769066..771070,771129..>771334))	Aspergillus niger	4982648
An08g03350	mRNA	An08g03350	NT_166524.1	771906	772245	D	An08g03350	join(<771906..772172,772243..>772245)	Aspergillus niger	84591634
An08g03360	mRNA	An08g03360	NT_166524.1	773361	776700	D	An08g03360	join(<773361..774014,774073..774700,774755..>776700)	Aspergillus niger	4982650
An08g03370	mRNA	An08g03370	NT_166524.1	777380	777661	R	An08g03370	complement(join(<777380..777486,777574..777586,777629..>777661))	Aspergillus niger	84591635
An08g03380	mRNA	An08g03380	NT_166524.1	778386	780487	D	An08g03380	join(<778386..778433,778787..779975,780030..>780487)	Aspergillus niger	4982652
An08g03390	mRNA	An08g03390	NT_166524.1	781345	782064	R	An08g03390	complement(<781345..>782064)	Aspergillus niger	4982653
An08g03400	mRNA	An08g03400	NT_166524.1	783636	790105	R	An08g03400	complement(join(<783636..785320,785378..786041,786097..788439,788495..>790105))	Aspergillus niger	4982654
An08g03410	mRNA	An08g03410	NT_166524.1	790170	790725	D	An08g03410	join(<790170..790251,790295..790506,790609..>790725)	Aspergillus niger	84591636
An08g03420	mRNA	An08g03420	NT_166524.1	791211	792599	R	An08g03420	complement(join(<791211..791763,791907..792472,792549..>792599))	Aspergillus niger	4982656
An08g03430	mRNA	An08g03430	NT_166524.1	793112	794109	D	An08g03430	join(<793112..793231,793515..793850,793957..>794109)	Aspergillus niger	4982657
An08g03440	mRNA	An08g03440	NT_166524.1	795037	796172	R	An08g03440	complement(join(<795037..795603,795693..>796172))	Aspergillus niger	4982658
An08g03450	mRNA	An08g03450	NT_166524.1	796810	797935	R	An08g03450	complement(join(<796810..797177,797214..797640,797699..797830,797894..>797935))	Aspergillus niger	4982659
An08g03460	mRNA	An08g03460	NT_166524.1	798374	800393	D	An08g03460	join(<798374..798557,798616..>800393)	Aspergillus niger	4982660
An08g03470	mRNA	An08g03470	NT_166524.1	800807	804415	R	An08g03470	complement(join(<800807..801062,801132..801170,801230..801431,801482..801593,801650..801731,801784..801818,801871..802060,802110..802199,802249..802345,802401..802758,802804..802863,803039..803438,803492..803867,804067..>804415))	Aspergillus niger	4982661
An08g03480	mRNA	An08g03480	NT_166524.1	804771	807167	R	An08g03480	complement(<804771..>807167)	Aspergillus niger	4982662
An08g03490	mRNA	An08g03490	NT_166524.1	807569	808869	D	An08g03490	join(<807569..807608,807688..807727,807988..808355,808409..>808869)	Aspergillus niger	4982663
An08g03493	mRNA	An08g03493	NT_166524.1	809258	809703	D	An08g03493	join(<809258..809313,809433..>809703)	Aspergillus niger	4982664
An08g03500	mRNA	An08g03500	NT_166524.1	810098	810470	R	An08g03500	complement(join(<810098..810177,810211..810273,810353..>810470))	Aspergillus niger	84591637
An08g03510	mRNA	An08g03510	NT_166524.1	814553	816873	D	An08g03510	join(<814553..814618,814682..815007,815360..815409,815564..815664,815843..815880,816015..816126,816160..816254,816627..>816873)	Aspergillus niger	4982666
An08g03520	mRNA	An08g03520	NT_166524.1	817018	818490	D	An08g03520	join(<817018..817410,817471..>818490)	Aspergillus niger	4982667
An08g03530	mRNA	An08g03530	NT_166524.1	819922	824243	R	An08g03530	complement(join(<819922..819961,820030..821036,821100..824074,824147..>824243))	Aspergillus niger	4982668
An08g03540	mRNA	An08g03540	NT_166524.1	824697	825042	D	An08g03540	join(<824697..824704,824758..824856,824925..>825042)	Aspergillus niger	84591638
An08g03550	mRNA	An08g03550	NT_166524.1	828106	829750	D	An08g03550	join(<828106..828909,828980..>829750)	Aspergillus niger	4982670
An08g03560	mRNA	An08g03560	NT_166524.1	830857	832503	D	An08g03560	<830857..>832503	Aspergillus niger	4982671
An08g03570	mRNA	An08g03570	NT_166524.1	833291	839993	R	An08g03570	complement(join(<833291..839835,839909..>839993))	Aspergillus niger	4982672
An08g03580	mRNA	An08g03580	NT_166524.1	841920	843024	R	An08g03580	complement(join(<841920..842149,842219..842379,842443..842700,842768..>843024))	Aspergillus niger	4982673
An08g03590	mRNA	An08g03590	NT_166524.1	845070	845961	D	An08g03590	join(<845070..845267,845405..845612,845695..845882,845944..>845961)	Aspergillus niger	4982674
An08g03600	mRNA	An08g03600	NT_166524.1	847315	848260	R	An08g03600	complement(join(<847315..847437,847504..847523,847577..847679,847741..847759,847814..847953,848024..848059,848128..848133,848174..>848260))	Aspergillus niger	4982675
An08g03610	mRNA	An08g03610	NT_166524.1	849633	851678	D	An08g03610	join(<849633..849813,849886..>851678)	Aspergillus niger	4982676
An08g03620	mRNA	An08g03620	NT_166524.1	854006	855148	D	An08g03620	<854006..>855148	Aspergillus niger	4982677
An08g03630	mRNA	An08g03630	NT_166524.1	856645	857637	D	An08g03630	<856645..>857637	Aspergillus niger	4982678
An08g03640	mRNA	An08g03640	NT_166524.1	858179	860023	R	An08g03640	complement(join(<858179..858473,858546..858896,858955..859772,859829..>860023))	Aspergillus niger	4982679
An08g03650	mRNA	An08g03650	NT_166524.1	860984	864688	D	An08g03650	join(<860984..861104,861189..861315,861451..861563,861848..861920,861972..863922,863966..>864688)	Aspergillus niger	10098329
An08g03660	mRNA	An08g03660	NT_166524.1	865108	866260	D	An08g03660	join(<865108..865213,865339..865864,865948..>866260)	Aspergillus niger	4982681
An08g03670	mRNA	An08g03670	NT_166524.1	867808	869922	D	An08g03670	join(<867808..867991,868088..868193,868299..868575,868656..868767,868845..869020,869114..869308,869361..869698,869748..>869922)	Aspergillus niger	4982682
An08g03680	mRNA	An08g03680	NT_166524.1	871681	873781	D	An08g03680	join(<871681..871923,871981..872009,872073..872404,872452..872565,872613..872938,872999..873385,873434..>873781)	Aspergillus niger	4982683
An08g03690	mRNA	An08g03690	NT_166524.1	875914	876808	D	An08g03690	join(<875914..876061,876234..876478,876561..876626,876716..>876808)	Aspergillus niger	4982684
An08g03700	mRNA	An08g03700	NT_166524.1	877325	878501	R	An08g03700	complement(join(<877325..877330,877457..877463,877553..878451,878499..>878501))	Aspergillus niger	4982685
An08g03710	mRNA	An08g03710	NT_166524.1	880414	882849	D	An08g03710	<880414..>882849	Aspergillus niger	4982686
An08g03720	mRNA	An08g03720	NT_166524.1	883120	885122	R	An08g03720	complement(join(<883120..884143,884188..884278,884326..884733,884790..884877,884934..>885122))	Aspergillus niger	4982687
An08g03730	mRNA	An08g03730	NT_166524.1	885916	887025	R	An08g03730	complement(join(<885916..886354,886441..886658,886714..>887025))	Aspergillus niger	4982688
An08g03740	mRNA	An08g03740	NT_166524.1	887742	888927	R	An08g03740	complement(join(<887742..888270,888356..>888927))	Aspergillus niger	4982689
An08g03750	mRNA	An08g03750	NT_166524.1	888959	891050	D	An08g03750	join(<888959..889076,889128..889255,889358..889498,889572..889938,889991..890835,890919..>891050)	Aspergillus niger	4982690
An08g03760	mRNA	An08g03760	NT_166524.1	891394	891998	R	An08g03760	complement(join(<891394..891432,891486..891521,891564..>891998))	Aspergillus niger	4982691
An08g03770	mRNA	An08g03770	NT_166524.1	893081	894331	D	An08g03770	<893081..>894331	Aspergillus niger	4982692
An08g03780	mRNA	An08g03780	NT_166524.1	894926	896945	R	An08g03780	complement(join(<894926..895175,895279..895778,895868..896040,896099..896284,896479..896794,896877..>896945))	Aspergillus niger	4982693
An08g03790	mRNA	An08g03790	NT_166524.1	897493	908676	D	An08g03790	join(<897493..898132,898199..898837,898914..901862,901920..904104,904165..905054,905103..906680,906740..>908676)	Aspergillus niger	4982694
An08g03800	mRNA	An08g03800	NT_166524.1	908873	909532	D	An08g03800	<908873..>909532	Aspergillus niger	84591639
An08g03810	mRNA	An08g03810	NT_166524.1	910254	911197	R	An08g03810	complement(join(<910254..910345,910390..>911197))	Aspergillus niger	4982696
An08g03820	mRNA	An08g03820	NT_166524.1	912281	913327	R	An08g03820	complement(<912281..>913327)	Aspergillus niger	4982697
An08g03830	mRNA	An08g03830	NT_166524.1	913852	914897	D	An08g03830	join(<913852..914266,914323..>914897)	Aspergillus niger	4982698
An08g03840	mRNA	An08g03840	NT_166524.1	915845	916960	R	An08g03840	complement(<915845..>916960)	Aspergillus niger	4982699
An08g03850	mRNA	An08g03850	NT_166524.1	917816	919489	R	An08g03850	complement(join(<917816..918898,918953..>919489))	Aspergillus niger	4982700
An08g03860	mRNA	An08g03860	NT_166524.1	921481	921923	R	An08g03860	complement(join(<921481..921603,921780..>921923))	Aspergillus niger	4982702
An08g03870	mRNA	An08g03870	NT_166524.1	921944	924571	R	An08g03870	complement(<921944..>924571)	Aspergillus niger	84591640
An08g03880	mRNA	An08g03880	NT_166524.1	926362	928887	D	An08g03880	<926362..>928887	Aspergillus niger	4982703
An08g03890	mRNA	An08g03890	NT_166524.1	930006	930962	R	An08g03890	complement(join(<930006..930051,930253..930562,930713..>930962))	Aspergillus niger	4982704
An08g03900	mRNA	An08g03900	NT_166524.1	933220	934865	D	An08g03900	join(<933220..933394,933453..933559,933615..934150,934202..934655,934710..>934865)	Aspergillus niger	4982705
An08g03910	mRNA	An08g03910	NT_166524.1	935469	936336	D	An08g03910	join(<935469..935487,935564..935741,935819..936012,936074..>936336)	Aspergillus niger	4982706
An08g03920	mRNA	An08g03920	NT_166524.1	936508	938005	R	An08g03920	complement(join(<936508..936665,936799..>938005))	Aspergillus niger	4982707
An08g03930	mRNA	An08g03930	NT_166524.1	938376	939795	D	An08g03930	join(<938376..938492,938551..938645,938748..938999,939105..>939795)	Aspergillus niger	4982708
An08g03940	mRNA	An08g03940	NT_166524.1	940538	940920	D	An08g03940	join(<940538..940562,940649..>940920)	Aspergillus niger	4982709
An08g03950	mRNA	An08g03950	NT_166524.1	943304	944512	D	An08g03950	<943304..>944512	Aspergillus niger	4982710
An08g03960	mRNA	An08g03960	NT_166524.1	946051	947175	R	An08g03960	complement(join(<946051..946123,946199..946263,946321..946814,946913..947025,947156..>947175))	Aspergillus niger	4982711
An08g03970	mRNA	An08g03970	NT_166524.1	948947	950137	R	An08g03970	complement(<948947..>950137)	Aspergillus niger	4982712
An08g03980	mRNA	An08g03980	NT_166524.1	952854	954454	D	An08g03980	join(<952854..952889,952981..953084,953139..953308,953367..953401,953467..953763,953831..>954454)	Aspergillus niger	4982713
An08g03990	mRNA	An08g03990	NT_166524.1	954520	955517	R	An08g03990	complement(join(<954520..954586,954676..954908,954958..955033,955087..>955517))	Aspergillus niger	84591641
An08g04000	mRNA	An08g04000	NT_166524.1	957035	958268	D	An08g04000	join(<957035..957622,957693..>958268)	Aspergillus niger	4982715
An08g04015	mRNA	An08g04015	NT_166524.1	960537	960872	D	An08g04015	<960537..>960872	Aspergillus niger	4982716
An08g04030	mRNA	An08g04030	NT_166524.1	962056	964646	D	An08g04030	join(<962056..962090,962189..962536,962608..963292,963384..>964646)	Aspergillus niger	4982718
An08g04040	mRNA	An08g04040	NT_166524.1	964840	966602	R	An08g04040	complement(join(<964840..965231,965285..965805,965857..966094,966152..966492,966547..>966602))	Aspergillus niger	4982719
An08g04050	mRNA	An08g04050	NT_166524.1	967912	969296	R	An08g04050	complement(join(<967912..969071,969215..>969296))	Aspergillus niger	84591642
An08g04060	mRNA	An08g04060	NT_166524.1	970205	972210	D	An08g04060	join(<970205..970373,970434..970850,970928..971780,971856..972108,972193..>972210)	Aspergillus niger	4982721
An08g04070	mRNA	An08g04070	NT_166524.1	973128	974045	R	An08g04070	complement(join(<973128..973181,973430..973719,973928..>974045))	Aspergillus niger	4982722
An08g04080	mRNA	An08g04080	NT_166524.1	974458	976296	R	An08g04080	complement(join(<974458..976104,976192..>976296))	Aspergillus niger	4982723
An08g04090	mRNA	An08g04090	NT_166524.1	976836	979008	R	An08g04090	complement(join(<976836..978695,978787..>979008))	Aspergillus niger	4982724
An08g04100	mRNA	An08g04100	NT_166524.1	980848	982878	D	An08g04100	<980848..>982878	Aspergillus niger	4982725
An08g04110	mRNA	An08g04110	NT_166524.1	984366	985661	R	An08g04110	complement(join(<984366..985188,985276..>985661))	Aspergillus niger	4982726
An08g04120	mRNA	An08g04120	NT_166524.1	988120	989007	R	An08g04120	complement(join(<988120..988567,988652..>989007))	Aspergillus niger	4982727
An08g04130	mRNA	An08g04130	NT_166524.1	989953	992604	R	An08g04130	complement(join(<989953..991074,991131..991273,991322..991685,991731..991804,991853..992005,992134..992499,992577..>992604))	Aspergillus niger	4982728
An08g04140	mRNA	An08g04140	NT_166524.1	993995	995935	D	An08g04140	<993995..>995935	Aspergillus niger	4982729
An08g04150	mRNA	An08g04150	NT_166524.1	996917	997967	R	An08g04150	complement(join(<996917..997550,997648..>997967))	Aspergillus niger	4982730
An08g04160	mRNA	An08g04160	NT_166524.1	998829	1000848	R	An08g04160	complement(join(<998829..999985,1000036..1000309,1000363..>1000848))	Aspergillus niger	4982731
An08g04170	mRNA	An08g04170	NT_166524.1	1000866	1001260	D	An08g04170	join(<1000866..1000882,1000930..1001026,1001132..>1001260)	Aspergillus niger	84591643
An08g04180	mRNA	An08g04180	NT_166524.1	1001660	1003505	D	An08g04180	join(<1001660..1001740,1001810..1001870,1002680..1002766,1002920..1003157,1003235..1003342,1003429..>1003505)	Aspergillus niger	84591644
An08g04190	mRNA	An08g04190	NT_166524.1	1003766	1005954	R	An08g04190	complement(join(<1003766..1003921,1004216..1004651,1004724..1004972,1005526..1005644,1005731..1005800,1005936..>1005954))	Aspergillus niger	84591645
An08g04200	mRNA	An08g04200	NT_166524.1	1006031	1007039	D	An08g04200	join(<1006031..1006262,1006360..1006526,1006566..1006803,1006957..>1007039)	Aspergillus niger	84591646
An08g04210	mRNA	An08g04210	NT_166524.1	1007758	1010211	R	An08g04210	complement(join(<1007758..1007813,1007866..1008041,1008127..1008296,1008785..1008836,1008888..1008957,1009013..1009119,1009251..1009328,1009451..1009582,1009734..1009805,1009931..1010029,1010075..>1010211))	Aspergillus niger	84591647
An08g04220	mRNA	An08g04220	NT_166524.1	1010558	1011409	D	An08g04220	join(<1010558..1010563,1010622..1010827,1010897..1011204,1011285..>1011409)	Aspergillus niger	84591648
An08g04230	mRNA	An08g04230	NT_166524.1	1014160	1014762	R	An08g04230	complement(join(<1014160..1014171,1014258..1014284,1014331..1014365,1014407..1014424,1014494..1014629,1014712..>1014762))	Aspergillus niger	84591649
An08g04235	mRNA	An08g04235	NT_166524.1	1015300	1016116	R	An08g04235	complement(join(<1015300..1015686,1015979..>1016116))	Aspergillus niger	84591650
An08g04240	mRNA	An08g04240	NT_166524.1	1017556	1019453	D	An08g04240	join(<1017556..1017877,1017958..1018296,1018349..1019317,1019380..>1019453)	Aspergillus niger	4982740
An08g04250	mRNA	An08g04250	NT_166524.1	1020627	1023505	R	An08g04250	complement(join(<1020627..1021069,1021125..1023140,1023205..>1023505))	Aspergillus niger	4982741
An08g04260	mRNA	An08g04260	NT_166524.1	1024136	1025503	D	An08g04260	join(<1024136..1024150,1024215..1024310,1024430..1025162,1025223..>1025503)	Aspergillus niger	4982742
An08g04270	mRNA	An08g04270	NT_166524.1	1025906	1027096	R	An08g04270	complement(<1025906..>1027096)	Aspergillus niger	4982743
An08g04280	mRNA	An08g04280	NT_166524.1	1028362	1030053	R	An08g04280	complement(join(<1028362..1028721,1028782..1029429,1029487..1029591,1029673..>1030053))	Aspergillus niger	4982744
An08g04290	mRNA	An08g04290	NT_166524.1	1031324	1032432	D	An08g04290	join(<1031324..1031389,1031455..1031580,1031632..>1032432)	Aspergillus niger	4982745
An08g04300	mRNA	An08g04300	NT_166524.1	1035940	1038533	D	An08g04300	join(<1035940..1036687,1036751..1037548,1037627..1037817,1037868..>1038533)	Aspergillus niger	4982746
An08g04310	mRNA	An08g04310	NT_166524.1	1039349	1040496	D	An08g04310	join(<1039349..1039462,1039635..1040186,1040220..1040309,1040364..1040394,1040468..>1040496)	Aspergillus niger	4982747
An08g04320	mRNA	An08g04320	NT_166524.1	1042545	1043407	D	An08g04320	join(<1042545..1042674,1042749..>1043407)	Aspergillus niger	84591651
An08g04330	mRNA	An08g04330	NT_166524.1	1044944	1045756	D	An08g04330	<1044944..>1045756	Aspergillus niger	4982749
An08g04335	mRNA	An08g04335	NT_166524.1	1046932	1047514	R	An08g04335	complement(join(<1046932..1047037,1047214..1047243,1047300..>1047514))	Aspergillus niger	84591652
An08g04340	mRNA	An08g04340	NT_166524.1	1052072	1052615	R	An08g04340	complement(join(<1052072..1052350,1052494..1052536,1052566..>1052615))	Aspergillus niger	84591653
An08g04350	mRNA	An08g04350	NT_166524.1	1057363	1058525	D	An08g04350	join(<1057363..1057600,1057699..1058270,1058340..>1058525)	Aspergillus niger	4982752
An08g04360	mRNA	An08g04360	NT_166524.1	1059861	1061370	R	An08g04360	complement(join(<1059861..1061007,1061071..1061219,1061329..>1061370))	Aspergillus niger	4982753
An08g04370	mRNA	An08g04370	NT_166524.1	1062597	1063866	R	An08g04370	complement(join(<1062597..1062652,1062789..1063578,1063640..1063722,1063782..>1063866))	Aspergillus niger	4982754
An08g04380	mRNA	An08g04380	NT_166524.1	1064755	1065294	R	An08g04380	complement(join(<1064755..1065064,1065166..1065197,1065271..>1065294))	Aspergillus niger	4982755
An08g04390	mRNA	An08g04390	NT_166524.1	1065616	1066291	D	An08g04390	join(<1065616..1065754,1065839..1065901,1065975..>1066291)	Aspergillus niger	4982756
An08g04400	mRNA	An08g04400	NT_166524.1	1067119	1068562	D	An08g04400	join(<1067119..1067427,1067492..>1068562)	Aspergillus niger	4982757
An08g04410	mRNA	An08g04410	NT_166524.1	1069262	1069693	R	An08g04410	complement(join(<1069262..1069518,1069660..>1069693))	Aspergillus niger	4982758
An08g04420	mRNA	An08g04420	NT_166524.1	1070057	1072585	D	An08g04420	join(<1070057..1070281,1070369..1071542,1071607..1072415,1072562..>1072585)	Aspergillus niger	4982759
An08g04430	mRNA	An08g04430	NT_166524.1	1072750	1073939	R	An08g04430	complement(join(<1072750..1072770,1072899..1072910,1072954..1072979,1073126..1073347,1073456..>1073939))	Aspergillus niger	4982760
An08g04440	mRNA	An08g04440	NT_166524.1	1074893	1075665	D	An08g04440	join(<1074893..1075411,1075465..>1075665)	Aspergillus niger	4982761
An08g04450	mRNA	An08g04450	NT_166524.1	1076016	1077816	R	An08g04450	complement(join(<1076016..1076073,1076128..1077472,1077534..>1077816))	Aspergillus niger	4982762
An08g04460	mRNA	An08g04460	NT_166524.1	1078474	1079163	D	An08g04460	<1078474..>1079163	Aspergillus niger	4982763
An08g04470	mRNA	An08g04470	NT_166524.1	1079812	1081398	D	An08g04470	join(<1079812..1079977,1080036..1080064,1080147..1080409,1080473..1081152,1081214..>1081398)	Aspergillus niger	4982764
An08g04480	mRNA	An08g04480	NT_166524.1	1082317	1085173	D	An08g04480	join(<1082317..1082417,1082581..1083018,1083079..1084823,1084881..>1085173)	Aspergillus niger	4982765
An08g04490	mRNA	EPR	NT_166524.1	1085800	1087912	D	An08g04490	join(<1085800..1086039,1086134..1086251,1086307..1086461,1086511..1086633,1086683..1086855,1086901..1086988,1087041..1087146,1087208..1087367,1087428..1087628,1087696..>1087912)	Aspergillus niger	4982766
An08g04500	mRNA	An08g04500	NT_166524.1	1089166	1093731	D	An08g04500	join(<1089166..1089805,1089854..1089912,1089965..1091330,1091375..>1093731)	Aspergillus niger	4982767
An08g04510	mRNA	An08g04510	NT_166524.1	1094629	1095001	D	An08g04510	join(<1094629..1094703,1094771..1094897,1094961..>1095001)	Aspergillus niger	84591654
An08g04520	mRNA	An08g04520	NT_166524.1	1095179	1096202	R	An08g04520	complement(join(<1095179..1096030,1096089..>1096202))	Aspergillus niger	4982769
An08g04530	mRNA	An08g04530	NT_166524.1	1097083	1098238	D	An08g04530	join(<1097083..1097209,1097294..1097907,1098068..>1098238)	Aspergillus niger	4982770
An08g04540	mRNA	An08g04540	NT_166524.1	1099987	1101449	R	An08g04540	complement(join(<1099987..1100072,1100124..1100149,1100438..1100457,1100502..1101175,1101248..>1101449))	Aspergillus niger	4982771
An08g04550	mRNA	An08g04550	NT_166524.1	1101925	1103645	R	An08g04550	complement(join(<1101925..1102365,1102453..1102771,1102815..1103443,1103632..>1103645))	Aspergillus niger	4982772
An08g04560	mRNA	An08g04560	NT_166524.1	1104352	1105724	R	An08g04560	complement(join(<1104352..1105522,1105681..>1105724))	Aspergillus niger	4982773
An08g04570	mRNA	An08g04570	NT_166524.1	1106877	1108436	R	An08g04570	complement(<1106877..>1108436)	Aspergillus niger	4982774
An08g04580	mRNA	An08g04580	NT_166524.1	1108766	1109792	R	An08g04580	complement(join(<1108766..1109225,1109286..1109411,1109503..>1109792))	Aspergillus niger	4982775
An08g04590	mRNA	An08g04590	NT_166524.1	1110115	1111311	R	An08g04590	complement(<1110115..>1111311)	Aspergillus niger	4982776
An08g04600	mRNA	An08g04600	NT_166524.1	1111699	1113823	R	An08g04600	complement(join(<1111699..1111943,1111998..1112423,1112470..1112588,1112670..1113041,1113087..1113309,1113363..1113418,1113504..>1113823))	Aspergillus niger	4982777
An08g04610	mRNA	An08g04610	NT_166524.1	1114569	1114808	D	An08g04610	join(<1114569..1114731,1114777..>1114808)	Aspergillus niger	84591655
An08g04620	mRNA	An08g04620	NT_166524.1	1116292	1118873	D	An08g04620	join(<1116292..1117733,1117792..1118143,1118190..1118450,1118499..1118579,1118628..1118657,1118690..1118825,1118869..>1118873)	Aspergillus niger	4982779
An08g04630	mRNA	An08g04630	NT_166524.1	1119060	1120360	R	An08g04630	complement(join(<1119060..1120186,1120255..>1120360))	Aspergillus niger	4982780
An08g04640	mRNA	An08g04640	NT_166524.1	1120824	1122756	R	An08g04640	complement(join(<1120824..1121154,1121205..1121505,1121556..1121649,1121695..1121827,1121873..>1122756))	Aspergillus niger	4982781
An08g04650	mRNA	An08g04650	NT_166524.1	1123504	1124031	R	An08g04650	complement(join(<1123504..1123981,1124024..>1124031))	Aspergillus niger	84591656
An08g04660	mRNA	An08g04660	NT_166524.1	1127530	1129034	D	An08g04660	join(<1127530..1127557,1127612..1127679,1127728..1127882,1127940..1128100,1128165..1128266,1128327..1128387,1128463..1128547,1128612..>1129034)	Aspergillus niger	4982783
An08g04670	mRNA	An08g04670	NT_166524.1	1129256	1131033	R	An08g04670	complement(join(<1129256..1129803,1129864..1130414,1130466..1130693,1130826..1130913,1130946..>1131033))	Aspergillus niger	4982784
An08g04680	mRNA	An08g04680	NT_166524.1	1132349	1134144	D	An08g04680	join(<1132349..1132472,1132993..1133108,1133234..1133261,1133502..1133734,1134007..>1134144)	Aspergillus niger	84591657
An08g04690	mRNA	An08g04690	NT_166524.1	1135575	1136724	R	An08g04690	complement(join(<1135575..1135802,1135855..1135923,1135982..1136278,1136338..>1136724))	Aspergillus niger	4982786
An08g04700	mRNA	An08g04700	NT_166524.1	1137252	1139672	D	An08g04700	join(<1137252..1137310,1137364..1137700,1137776..1137924,1138023..1138085,1138166..1138805,1139028..1139364,1139412..1139590,1139661..>1139672)	Aspergillus niger	4982787
An08g04710	mRNA	An08g04710	NT_166524.1	1140469	1141651	D	An08g04710	join(<1140469..1141546,1141593..>1141651)	Aspergillus niger	4982788
An08g04720	mRNA	An08g04720	NT_166524.1	1141790	1142471	R	An08g04720	complement(join(<1141790..1141973,1142084..1142124,1142352..>1142471))	Aspergillus niger	84591658
An08g04730	mRNA	An08g04730	NT_166524.1	1142892	1144607	R	An08g04730	complement(join(<1142892..1143165,1143215..1143526,1143572..1143695,1143743..1144139,1144210..1144396,1144456..>1144607))	Aspergillus niger	4982790
An08g04740	mRNA	An08g04740	NT_166524.1	1144984	1147084	D	An08g04740	join(<1144984..1145729,1145776..>1147084)	Aspergillus niger	4982791
An08g04750	mRNA	An08g04750	NT_166524.1	1147916	1148863	D	An08g04750	<1147916..>1148863	Aspergillus niger	4982792
An08g04760	mRNA	An08g04760	NT_166524.1	1149139	1151406	D	An08g04760	<1149139..>1151406	Aspergillus niger	84591659
An08g04770	mRNA	An08g04770	NT_166524.1	1152012	1154511	D	An08g04770	join(<1152012..1152205,1152292..1152383,1152426..1152659,1152692..1153103,1153230..1153976,1154043..>1154511)	Aspergillus niger	4982795
An08g04780	mRNA	An08g04780	NT_166524.1	1154916	1156252	D	An08g04780	<1154916..>1156252	Aspergillus niger	84591660
An08g04790	mRNA	An08g04790	NT_166524.1	1156401	1157735	R	An08g04790	complement(join(<1156401..1156699,1156929..1157304,1157364..1157431,1157497..1157533,1157583..>1157735))	Aspergillus niger	4982796
An08g04800	mRNA	An08g04800	NT_166524.1	1158295	1158673	R	An08g04800	complement(join(<1158295..1158394,1158462..>1158673))	Aspergillus niger	84591661
An08g04810	mRNA	An08g04810	NT_166524.1	1159421	1160533	D	An08g04810	<1159421..>1160533	Aspergillus niger	4982798
An08g04820	mRNA	An08g04820	NT_166524.1	1161142	1164522	R	An08g04820	complement(join(<1161142..1163664,1163718..1163880,1163927..1164165,1164223..>1164522))	Aspergillus niger	4982799
An08g04830	mRNA	An08g04830	NT_166524.1	1165375	1166579	R	An08g04830	complement(join(<1165375..1165780,1165861..1166335,1166375..>1166579))	Aspergillus niger	4982800
An08g04840	mRNA	An08g04840	NT_166524.1	1168125	1168876	D	An08g04840	join(<1168125..1168737,1168827..>1168876)	Aspergillus niger	4982801
An08g04850	mRNA	An08g04850	NT_166524.1	1169413	1170234	R	An08g04850	complement(join(<1169413..1169441,1169559..1169590,1169630..>1170234))	Aspergillus niger	4982802
An08g04860	mRNA	An08g04860	NT_166524.1	1170790	1175819	R	An08g04860	complement(join(<1170790..1172204,1172268..1172332,1172388..1172504,1172614..1172737,1172789..1173383,1173432..1174162,1174222..1174455,1174518..1174797,1174854..>1175819))	Aspergillus niger	4982803
An08g04870	mRNA	An08g04870	NT_166524.1	1177409	1178869	R	An08g04870	complement(<1177409..>1178869)	Aspergillus niger	4982804
An08g04880	mRNA	An08g04880	NT_166524.1	1179868	1180721	R	An08g04880	complement(join(<1179868..1180618,1180681..>1180721))	Aspergillus niger	4982805
An08g04890	mRNA	An08g04890	NT_166524.1	1181211	1182767	R	An08g04890	complement(join(<1181211..1181460,1181517..1181995,1182051..1182133,1182194..>1182767))	Aspergillus niger	4982806
An08g04900	mRNA	An08g04900	NT_166524.1	1183885	1185415	R	An08g04900	complement(join(<1183885..1183995,1184049..1184704,1184758..>1185415))	Aspergillus niger	4982807
An08g04910	mRNA	An08g04910	NT_166524.1	1186047	1186854	D	An08g04910	join(<1186047..1186066,1186221..1186448,1186542..1186674,1186756..>1186854)	Aspergillus niger	4982808
An08g04920	mRNA	An08g04920	NT_166524.1	1187135	1188906	R	An08g04920	complement(join(<1187135..1187158,1187545..1188445,1188503..1188575,1188681..1188794,1188891..>1188906))	Aspergillus niger	4982809
An08g04930	mRNA	An08g04930	NT_166524.1	1189569	1191270	R	An08g04930	complement(join(<1189569..1190472,1190534..1191094,1191167..>1191270))	Aspergillus niger	4982810
An08g04940	mRNA	An08g04940	NT_166524.1	1191544	1192317	R	An08g04940	complement(join(<1191544..1191761,1192063..1192178,1192256..>1192317))	Aspergillus niger	84591662
An08g04950	mRNA	An08g04950	NT_166524.1	1192349	1193308	D	An08g04950	join(<1192349..1192409,1192610..1192859,1193110..>1193308)	Aspergillus niger	84591663
An08g04960	mRNA	An08g04960	NT_166524.1	1193666	1195630	R	An08g04960	complement(join(<1193666..1194454,1194488..>1195630))	Aspergillus niger	84591664
An08g04970	mRNA	An08g04970	NT_166524.1	1195772	1198305	R	An08g04970	complement(join(<1195772..1196832,1196901..1197356,1197636..1197823,1197890..1197975,1198051..>1198305))	Aspergillus niger	4982813
An08g04980	mRNA	An08g04980	NT_166524.1	1198315	1199152	D	An08g04980	join(<1198315..1198435,1198620..1198752,1198843..>1199152)	Aspergillus niger	84591665
An08g04990	mRNA	An08g04990	NT_166524.1	1201896	1204496	R	An08g04990	complement(join(<1201896..1202023,1202089..1204011,1204070..1204099,1204175..>1204496))	Aspergillus niger	4982816
An08g05000	mRNA	An08g05000	NT_166524.1	1204595	1206604	D	An08g05000	join(<1204595..1204606,1204683..1204913,1204989..1205162,1205335..1205443,1205545..1205841,1206250..1206388,1206502..>1206604)	Aspergillus niger	84591666
An08g05010	mRNA	An08g05010	NT_166524.1	1206746	1209035	R	An08g05010	complement(join(<1206746..1206816,1206880..1207169,1207228..1207912,1208165..1208416,1208464..1208560,1208741..1208848,1208889..>1209035))	Aspergillus niger	4982818
An08g05020	mRNA	An08g05020	NT_166524.1	1209232	1211098	R	An08g05020	complement(join(<1209232..1209273,1209359..1209552,1209776..1209868,1209951..1210053,1210151..1210212,1210422..1210523,1210565..1210639,1210729..1210815,1210891..1210986,1211053..>1211098))	Aspergillus niger	84591667
An08g05030	mRNA	An08g05030	NT_166524.1	1212233	1214721	R	An08g05030	complement(join(<1212233..1212873,1212929..1213873,1213904..1214434,1214491..1214609,1214660..>1214721))	Aspergillus niger	4982820
An08g05050	mRNA	An08g05050	NT_166524.1	1215368	1216734	R	An08g05050	complement(join(<1215368..1215622,1215707..1216372,1216458..1216623,1216694..>1216734))	Aspergillus niger	4982821
An08g05060	mRNA	An08g05060	NT_166524.1	1217205	1219324	D	An08g05060	join(<1217205..1217221,1217256..1217327,1217435..1217678,1218050..>1219324)	Aspergillus niger	4982822
An08g05070	mRNA	An08g05070	NT_166524.1	1220733	1222120	D	An08g05070	join(<1220733..1220870,1220938..1221020,1221084..1221228,1221308..1221343,1221402..1221999,1222080..>1222120)	Aspergillus niger	4982823
An08g05080	mRNA	An08g05080	NT_166524.1	1222644	1224305	R	An08g05080	complement(<1222644..>1224305)	Aspergillus niger	4982824
An08g05090	mRNA	An08g05090	NT_166524.1	1224363	1225124	D	An08g05090	<1224363..>1225124	Aspergillus niger	84591668
An08g05100	mRNA	An08g05100	NT_166524.1	1225956	1227694	R	An08g05100	complement(join(<1225956..1227475,1227547..>1227694))	Aspergillus niger	4982826
An08g05110	mRNA	An08g05110	NT_166524.1	1227932	1231217	D	An08g05110	join(<1227932..1228017,1228112..1228336,1228390..1228479,1228577..1228673,1228900..1228997,1229234..1229441,1229777..1229800,1229892..1229953,1230224..1230447,1230507..1230575,1230654..1230709,1230762..1230854,1230924..1230959,1231009..1231044,1231176..>1231217)	Aspergillus niger	84591669
An08g05120	mRNA	An08g05120	NT_166524.1	1231235	1231506	D	An08g05120	join(<1231235..1231384,1231417..>1231506)	Aspergillus niger	84591670
An08g05130	mRNA	An08g05130	NT_166524.1	1231631	1232729	R	An08g05130	complement(join(<1231631..1231923,1232141..1232203,1232400..1232494,1232629..>1232729))	Aspergillus niger	84591671
An08g05140	mRNA	An08g05140	NT_166524.1	1233094	1237941	D	An08g05140	join(<1233094..1233244,1233322..1233613,1233733..1233842,1234452..1234532,1235401..1235506,1235589..1235685,1235780..1235979,1236033..1236074,1236171..1236256,1236346..1236428,1236517..1236704,1237140..1237189,1237363..1237396,1237491..1237590,1237708..>1237941)	Aspergillus niger	84591672
An08g05150	mRNA	An08g05150	NT_166524.1	1238509	1240317	D	An08g05150	join(<1238509..1238703,1238743..1238772,1238812..1238903,1238979..1239626,1239732..>1240317)	Aspergillus niger	4982831
An08g05160	mRNA	An08g05160	NT_166524.1	1241263	1242725	R	An08g05160	complement(join(<1241263..1241669,1241732..>1242725))	Aspergillus niger	4982832
An08g05170	mRNA	An08g05170	NT_166524.1	1243131	1243875	D	An08g05170	join(<1243131..1243250,1243300..1243393,1243575..1243702,1243747..>1243875)	Aspergillus niger	84591673
An08g05180	mRNA	An08g05180	NT_166524.1	1246177	1246763	R	An08g05180	complement(join(<1246177..1246726,1246756..>1246763))	Aspergillus niger	84591674
An08g05190	mRNA	An08g05190	NT_166524.1	1246914	1250774	R	An08g05190	complement(join(<1246914..1247965,1248068..1250431,1250468..>1250774))	Aspergillus niger	4982835
An08g05200	mRNA	An08g05200	NT_166524.1	1251433	1255284	R	An08g05200	complement(join(<1251433..1251564,1251627..1253638,1253867..1254120,1254183..1255160,1255226..>1255284))	Aspergillus niger	4982836
An08g05210	mRNA	An08g05210	NT_166524.1	1256017	1258225	D	An08g05210	join(<1256017..1256076,1256159..1256327,1256431..1256571,1256688..1256808,1256968..1257113,1257188..1257322,1257795..1258013,1258107..>1258225)	Aspergillus niger	84591675
An08g05220	mRNA	An08g05220	NT_166524.1	1258910	1260532	R	An08g05220	complement(join(<1258910..1258989,1259082..1259199,1259280..1259345,1259423..1259579,1259912..1260166,1260294..1260411,1260487..>1260532))	Aspergillus niger	84591676
An08g05230	mRNA	An08g05230	NT_166524.1	1260764	1261972	D	An08g05230	<1260764..>1261972	Aspergillus niger	4982839
An08g05240	mRNA	An08g05240	NT_166524.1	1262492	1263178	D	An08g05240	join(<1262492..1262827,1262866..1263013,1263090..>1263178)	Aspergillus niger	84591677
An08g05250	mRNA	An08g05250	NT_166524.1	1263223	1265588	D	An08g05250	join(<1263223..1264339,1264498..>1265588)	Aspergillus niger	4982841
An08g05260	mRNA	An08g05260	NT_166524.1	1266209	1267481	R	An08g05260	complement(join(<1266209..1266314,1266400..>1267481))	Aspergillus niger	4982842
An08g05270	mRNA	An08g05270	NT_166524.1	1267678	1267992	D	An08g05270	join(<1267678..1267740,1267906..>1267992)	Aspergillus niger	84591678
An08g05278	mRNA	An08g05278	NT_166524.1	1268401	1268965	D	An08g05278	join(<1268401..1268754,1268807..>1268965)	Aspergillus niger	4982844
An08g05290	mRNA	An08g05290	NT_166524.1	1269741	1272182	D	An08g05290	join(<1269741..1269791,1269938..1270020,1270067..>1272182)	Aspergillus niger	4982845
An08g05300	mRNA	An08g05300	NT_166524.1	1273326	1275812	D	An08g05300	join(<1273326..1273400,1273514..1273545,1273660..1275091,1275153..1275461,1275522..>1275812)	Aspergillus niger	4982846
An08g05310	mRNA	An08g05310	NT_166524.1	1276460	1277832	R	An08g05310	complement(join(<1276460..1277162,1277220..1277652,1277718..>1277832))	Aspergillus niger	4982847
An08g05320	mRNA	An08g05320	NT_166524.1	1278435	1279481	D	An08g05320	join(<1278435..1278879,1278949..>1279481)	Aspergillus niger	4982848
An08g05330	mRNA	An08g05330	NT_166524.1	1279769	1281411	R	An08g05330	complement(join(<1279769..1279917,1279975..1280241,1280298..>1281411))	Aspergillus niger	4982849
An08g05340	mRNA	An08g05340	NT_166524.1	1281842	1283845	D	An08g05340	join(<1281842..1283430,1283473..>1283845)	Aspergillus niger	84591679
An08g05350	mRNA	An08g05350	NT_166524.1	1285249	1286834	D	An08g05350	join(<1285249..1285476,1285554..>1286834)	Aspergillus niger	4982850
An08g05360	mRNA	An08g05360	NT_166524.1	1287035	1291105	D	An08g05360	join(<1287035..1287356,1287411..1287985,1288046..1288600,1288658..1290618,1290683..1290798,1290853..>1291105)	Aspergillus niger	4982852
An08g05370	mRNA	An08g05370	NT_166524.1	1291813	1292870	D	An08g05370	join(<1291813..1292015,1292107..1292139,1292222..1292314,1292459..1292593,1292798..>1292870)	Aspergillus niger	84591680
An08g05380	mRNA	An08g05380	NT_166524.1	1292885	1294817	D	An08g05380	join(<1292885..1293018,1293391..1293482,1293731..1294044,1294109..1294536,1294588..1294653,1294757..>1294817)	Aspergillus niger	4982854
An08g05390	mRNA	An08g05390	NT_166524.1	1295229	1296275	D	An08g05390	join(<1295229..1295599,1295624..>1296275)	Aspergillus niger	4982855
An08g05400	mRNA	An08g05400	NT_166524.1	1296420	1297854	R	An08g05400	complement(join(<1296420..1296847,1296911..1297487,1297550..1297730,1297784..>1297854))	Aspergillus niger	4982856
An08g05410	mRNA	An08g05410	NT_166524.1	1298443	1299651	R	An08g05410	complement(join(<1298443..1299389,1299630..>1299651))	Aspergillus niger	4982857
An08g05420	mRNA	An08g05420	NT_166524.1	1299985	1301413	D	An08g05420	join(<1299985..1300057,1300115..1300221,1300281..1301184,1301277..>1301413)	Aspergillus niger	4982858
An08g05430	mRNA	An08g05430	NT_166524.1	1301746	1302125	D	An08g05430	join(<1301746..1301818,1302007..>1302125)	Aspergillus niger	84591681
An08g05440	mRNA	An08g05440	NT_166524.1	1302400	1306004	R	An08g05440	complement(join(<1302400..1302899,1302952..1303032,1303110..1303271,1303314..1305849,1305930..>1306004))	Aspergillus niger	4982860
An08g05450	mRNA	An08g05450	NT_166524.1	1307615	1312044	R	An08g05450	complement(join(<1307615..1308399,1308475..1310093,1310181..1311634,1311717..1311841,1311912..>1312044))	Aspergillus niger	4982861
An08g05460	mRNA	An08g05460	NT_166524.1	1312200	1313353	R	An08g05460	complement(join(<1312200..1312549,1312618..1312732,1313107..1313210,1313311..>1313353))	Aspergillus niger	84591682
An08g05470	mRNA	An08g05470	NT_166524.1	1315379	1320783	R	An08g05470	complement(join(<1315379..1315540,1315727..1315871,1315990..1316556,1316645..1316775,1317043..1318573,1318636..1319937,1319988..1320106,1320160..>1320783))	Aspergillus niger	4982863
An08g05480	mRNA	An08g05480	NT_166524.1	1321033	1322515	D	An08g05480	join(<1321033..1321098,1321177..1321306,1322337..>1322515)	Aspergillus niger	84591683
An08g05490	mRNA	An08g05490	NT_166524.1	1322750	1323634	D	An08g05490	<1322750..>1323634	Aspergillus niger	4982865
An08g05500	mRNA	An08g05500	NT_166524.1	1324123	1325343	R	An08g05500	complement(join(<1324123..1324717,1324823..>1325343))	Aspergillus niger	4982866
An08g05510	mRNA	An08g05510	NT_166524.1	1325558	1326104	D	An08g05510	join(<1325558..1325724,1325790..1325972,1326047..>1326104)	Aspergillus niger	4982867
An08g05520	mRNA	An08g05520	NT_166524.1	1326231	1327469	R	An08g05520	complement(join(<1326231..1326478,1326548..1327093,1327154..>1327469))	Aspergillus niger	4982868
An08g05530	mRNA	An08g05530	NT_166524.1	1328012	1329839	D	An08g05530	join(<1328012..1328058,1328186..1328435,1328489..1328790,1328846..>1329839)	Aspergillus niger	4982869
An08g05540	mRNA	An08g05540	NT_166524.1	1330992	1333507	R	An08g05540	complement(join(<1330992..1333094,1333217..>1333507))	Aspergillus niger	4982870
An08g05550	mRNA	An08g05550	NT_166524.1	1333534	1334072	D	An08g05550	join(<1333534..1333773,1333872..>1334072)	Aspergillus niger	84591684
An08g05560	mRNA	An08g05560	NT_166524.1	1334421	1335126	D	An08g05560	join(<1334421..1334559,1334618..>1335126)	Aspergillus niger	4982872
An08g05570	mRNA	An08g05570	NT_166524.1	1335306	1338500	R	An08g05570	complement(join(<1335306..1336034,1336110..>1338500))	Aspergillus niger	4982873
An08g05580	mRNA	An08g05580	NT_166524.1	1338556	1340638	D	An08g05580	join(<1338556..1338627,1338684..1338860,1339216..1339281,1339440..1339526,1339595..1339717,1339780..1340499,1340567..>1340638)	Aspergillus niger	4982874
An08g05590	mRNA	An08g05590	NT_166524.1	1341020	1342131	R	An08g05590	complement(join(<1341020..1341366,1341449..1341632,1341722..1341867,1341963..>1342131))	Aspergillus niger	4982875
An08g05600	mRNA	An08g05600	NT_166524.1	1342327	1342929	R	An08g05600	complement(join(<1342327..1342537,1342707..1342754,1342859..>1342929))	Aspergillus niger	84591685
An08g05610	mRNA	niaD	NT_166524.1	1343210	1346163	R	An08g05610	complement(join(<1343210..1344099,1344154..1344777,1344829..1345052,1345104..1345339,1345392..1345650,1345707..1345806,1345893..>1346163))	Aspergillus niger	4982877
An08g05620	mRNA	An08g05620	NT_166524.1	1346262	1346553	D	An08g05620	join(<1346262..1346311,1346387..1346450,1346488..>1346553)	Aspergillus niger	84591686
An08g05630	mRNA	An08g05630	NT_166524.1	1346920	1347795	R	An08g05630	complement(join(<1346920..1347069,1347162..1347222,1347264..1347355,1347571..>1347795))	Aspergillus niger	84591687
An08g05640	mRNA	An08g05640	NT_166524.1	1347832	1351626	D	An08g05640	join(<1347832..1348004,1348078..1348228,1348321..1348860,1348916..1348998,1349050..1349565,1349627..1349829,1349881..1350353,1350417..1350574,1350630..>1351626)	Aspergillus niger	4982880
An08g05650	mRNA	An08g05650	NT_166524.1	1351922	1352916	D	An08g05650	join(<1351922..1352197,1352289..1352366,1352461..1352535,1352610..1352675,1352753..1352820,1352880..>1352916)	Aspergillus niger	84591688
An08g05660	mRNA	An08g05660	NT_166524.1	1353195	1353993	R	An08g05660	complement(join(<1353195..1353392,1353676..1353810,1353874..>1353993))	Aspergillus niger	84591689
An08g05670	mRNA	An08g05670	NT_166524.1	1354087	1355822	D	An08g05670	join(<1354087..1354254,1354316..1354395,1354457..1354732,1354781..1355586,1355638..>1355822)	Aspergillus niger	4982883
An08g05680	mRNA	An08g05680	NT_166524.1	1357449	1357958	D	An08g05680	join(<1357449..1357575,1357666..1357802,1357875..>1357958)	Aspergillus niger	4982884
An08g05690	mRNA	An08g05690	NT_166524.1	1358228	1359678	R	An08g05690	complement(join(<1358228..1358685,1358736..1358796,1358854..>1359678))	Aspergillus niger	4982885
An08g05700	mRNA	An08g05700	NT_166524.1	1359874	1361245	R	An08g05700	complement(join(<1359874..1359984,1360085..1360151,1360335..1360601,1360656..1360718,1360770..1360938,1361080..>1361245))	Aspergillus niger	4982886
An08g05710	mRNA	An08g05710	NT_166524.1	1361328	1361643	R	An08g05710	complement(join(<1361328..1361573,1361620..>1361643))	Aspergillus niger	84591690
An08g05720	mRNA	An08g05720	NT_166524.1	1361733	1362769	D	An08g05720	join(<1361733..1361786,1361842..1362535,1362633..>1362769)	Aspergillus niger	4982888
An08g05730	mRNA	An08g05730	NT_166524.1	1362868	1364024	D	An08g05730	join(<1362868..1362870,1363059..1363096,1363163..>1364024)	Aspergillus niger	4982889
An08g05740	mRNA	An08g05740	NT_166524.1	1364339	1364807	R	An08g05740	complement(join(<1364339..1364503,1364601..>1364807))	Aspergillus niger	84591691
An08g05750	mRNA	An08g05750	NT_166524.1	1365714	1366961	R	An08g05750	complement(join(<1365714..1365765,1365846..1365914,1365953..1366065,1366361..1366504,1366671..1366780,1366868..>1366961))	Aspergillus niger	84591692
An08g05760	mRNA	An08g05760	NT_166524.1	1367036	1370750	D	An08g05760	join(<1367036..1367087,1367173..1370019,1370086..>1370750)	Aspergillus niger	4982892
An08g05770	mRNA	An08g05770	NT_166524.1	1370790	1371177	D	An08g05770	join(<1370790..1370904,1371028..1371102,1371146..>1371177)	Aspergillus niger	84591693
An08g05780	mRNA	An08g05780	NT_166524.1	1371510	1373831	D	An08g05780	join(<1371510..1372019,1372086..1372722,1372786..1373683,1373756..>1373831)	Aspergillus niger	4982894
An08g05790	mRNA	An08g05790	NT_166524.1	1374268	1377392	R	An08g05790	complement(join(<1374268..1374675,1374732..1376497,1376554..1376631,1376701..1376804,1376859..1376920,1376983..1377018,1377082..1377094,1377214..>1377392))	Aspergillus niger	4982895
An08g05800	mRNA	An08g05800	NT_166524.1	1377778	1378597	R	An08g05800	complement(join(<1377778..1378073,1378160..1378307,1378484..>1378597))	Aspergillus niger	84591694
An08g05810	mRNA	An08g05810	NT_166524.1	1378602	1378855	R	An08g05810	complement(join(<1378602..1378687,1378765..>1378855))	Aspergillus niger	84591695
An08g05820	mRNA	An08g05820	NT_166524.1	1379822	1381224	R	An08g05820	complement(join(<1379822..1379921,1379976..1380214,1380274..1380403,1380472..1380600,1380661..1381006,1381098..>1381224))	Aspergillus niger	4982898
An08g05830	mRNA	An08g05830	NT_166524.1	1381410	1384648	D	An08g05830	join(<1381410..1381441,1381528..1381707,1381755..1381862,1381918..1382009,1382137..1382287,1383653..1383811,1383904..1384038,1384561..>1384648)	Aspergillus niger	84591696
An08g05840	mRNA	An08g05840	NT_166524.1	1384801	1386191	R	An08g05840	complement(join(<1384801..1384946,1385497..1385568,1385676..1385764,1385913..1385988,1386047..>1386191))	Aspergillus niger	84591697
An08g05850	mRNA	An08g05850	NT_166524.1	1386354	1388135	D	An08g05850	join(<1386354..1386409,1386479..1386526,1386630..1386759,1386828..1386871,1386936..1387035,1387112..1387468,1387541..1387619,1387681..1387864,1387928..>1388135)	Aspergillus niger	4982901
An08g05860	mRNA	An08g05860	NT_166524.1	1389029	1392204	D	An08g05860	join(<1389029..1389090,1389376..1389480,1389574..1389816,1389928..1389955,1390143..1390428,1390488..1390528,1390578..1390715,1390771..>1392204)	Aspergillus niger	4982902
An08g05870	mRNA	An08g05870	NT_166524.1	1393032	1395550	R	An08g05870	complement(join(<1393032..1393220,1393284..1395319,1395424..>1395550))	Aspergillus niger	4982903
An08g05880	mRNA	An08g05880	NT_166524.1	1395801	1396418	D	An08g05880	join(<1395801..1395866,1396006..1396111,1396151..1396280,1396355..>1396418)	Aspergillus niger	84591698
An08g05890	mRNA	An08g05890	NT_166524.1	1396473	1399109	R	An08g05890	complement(join(<1396473..1396551,1396622..1396672,1396731..1396863,1396993..1397247,1397333..1397496,1397911..1398862,1398938..>1399109))	Aspergillus niger	4982905
An08g05900	mRNA	An08g05900	NT_166524.1	1400049	1401024	D	An08g05900	join(<1400049..1400485,1400570..1400625,1400687..>1401024)	Aspergillus niger	4982906
An08g05910	mRNA	An08g05910	NT_166524.1	1401524	1402943	D	An08g05910	join(<1401524..1401763,1401894..1402128,1402204..>1402943)	Aspergillus niger	4982907
An08g05920	mRNA	An08g05920	NT_166524.1	1403504	1406397	R	An08g05920	complement(join(<1403504..1404367,1404594..1405187,1405250..1406107,1406188..>1406397))	Aspergillus niger	4982908
An08g05930	mRNA	An08g05930	NT_166524.1	1407432	1407648	R	An08g05930	complement(join(<1407432..1407483,1407566..>1407648))	Aspergillus niger	84591699
An08g05940	mRNA	An08g05940	NT_166524.1	1407726	1409219	D	An08g05940	<1407726..>1409219	Aspergillus niger	84591700
An08g05950	mRNA	An08g05950	NT_166524.1	1409440	1410974	R	An08g05950	complement(join(<1409440..1410735,1410798..>1410974))	Aspergillus niger	4982911
An08g05960	mRNA	An08g05960	NT_166524.1	1412943	1415000	R	An08g05960	complement(join(<1412943..1414421,1414503..>1415000))	Aspergillus niger	84591701
An08g05970	mRNA	An08g05970	NT_166524.1	1415541	1416476	R	An08g05970	complement(<1415541..>1416476)	Aspergillus niger	4982913
An08g05980	mRNA	An08g05980	NT_166524.1	1417341	1417645	D	An08g05980	join(<1417341..1417479,1417548..>1417645)	Aspergillus niger	84591702
An08g06010	mRNA	An08g06010	NT_166524.1	1419802	1420289	R	An08g06010	complement(join(<1419802..1419834,1419888..1419950,1420263..>1420289))	Aspergillus niger	84591703
An08g06030	mRNA	An08g06030	NT_166524.1	1422825	1423731	R	An08g06030	complement(join(<1422825..1423285,1423365..1423411,1423469..>1423731))	Aspergillus niger	4982919
An08g06040	mRNA	An08g06040	NT_166524.1	1423831	1425202	D	An08g06040	join(<1423831..1423917,1423959..1424071,1424435..1424485,1424535..1424707,1424780..1424837,1425112..>1425202)	Aspergillus niger	84591704
An08g06050	mRNA	An08g06050	NT_166524.1	1427129	1430406	R	An08g06050	complement(join(<1427129..1430147,1430207..>1430406))	Aspergillus niger	4982921
An08g06060	mRNA	An08g06060	NT_166524.1	1431046	1432018	D	An08g06060	join(<1431046..1431051,1431131..>1432018)	Aspergillus niger	4982922
An08g06070	mRNA	An08g06070	NT_166524.1	1432295	1433747	R	An08g06070	complement(join(<1432295..1432810,1432919..1433001,1433086..1433151,1433269..1433466,1433573..>1433747))	Aspergillus niger	4982923
An08g06080	mRNA	trpC	NT_166524.1	1434197	1436509	R	An08g06080	complement(<1434197..>1436509)	Aspergillus niger	4982924
An08g06090	mRNA	An08g06090	NT_166524.1	1436984	1442601	D	An08g06090	join(<1436984..1437051,1437116..1441190,1441246..>1442601)	Aspergillus niger	4982925
An08g06100	mRNA	An08g06100	NT_166524.1	1444248	1446202	D	An08g06100	join(<1444248..1445308,1445392..1445680,1445802..1445905,1445968..>1446202)	Aspergillus niger	4982926
An08g06110	mRNA	An08g06110	NT_166524.1	1446640	1448181	R	An08g06110	complement(join(<1446640..1446713,1446874..1446943,1447450..1447501,1447647..1447841,1448174..>1448181))	Aspergillus niger	84591705
An08g06120	mRNA	An08g06120	NT_166524.1	1448914	1450617	D	An08g06120	join(<1448914..1449525,1449561..1449579,1450129..1450310,1450423..>1450617)	Aspergillus niger	10098015
An08g06125	mRNA	An08g06125	NT_166524.1	1451058	1451483	R	An08g06125	complement(<1451058..>1451483)	Aspergillus niger	84591706
An08g06130	mRNA	An08g06130	NT_166524.1	1452267	1453519	R	An08g06130	complement(join(<1452267..1452310,1452370..1452926,1452984..1453326,1453402..>1453519))	Aspergillus niger	4982930
An08g06140	mRNA	An08g06140	NT_166524.1	1454541	1456704	R	An08g06140	complement(join(<1454541..1454673,1454723..1454811,1455010..1455333,1455695..1455755,1455851..1455963,1456175..1456302,1456401..1456553,1456650..>1456704))	Aspergillus niger	84591707
An08g06150	mRNA	An08g06150	NT_166524.1	1456789	1458731	D	An08g06150	join(<1456789..1456829,1457052..1457166,1457388..1457717,1457972..1458222,1458317..>1458731)	Aspergillus niger	4982932
An08g06160	mRNA	An08g06160	NT_166524.1	1459203	1460438	R	An08g06160	complement(join(<1459203..1459950,1460017..>1460438))	Aspergillus niger	4982933
An08g06170	mRNA	An08g06170	NT_166524.1	1461707	1462661	D	An08g06170	join(<1461707..1461962,1462027..>1462661)	Aspergillus niger	4982934
An08g06180	mRNA	An08g06180	NT_166524.1	1463159	1465134	R	An08g06180	complement(join(<1463159..1463202,1463255..1463506,1463581..1463786,1463868..1464198,1464300..1464390,1464452..1464848,1464914..>1465134))	Aspergillus niger	4982935
An08g06190	mRNA	An08g06190	NT_166524.1	1465559	1466553	D	An08g06190	join(<1465559..1465657,1465733..1465798,1465851..1465955,1466003..1466244,1466289..1466381,1466511..>1466553)	Aspergillus niger	4982936
An08g06200	mRNA	An08g06200	NT_166524.1	1467363	1469265	R	An08g06200	complement(join(<1467363..1467758,1467835..1468074,1468154..1468586,1468869..1469130,1469196..>1469265))	Aspergillus niger	4982937
An08g06210	mRNA	An08g06210	NT_166524.1	1469486	1471101	D	An08g06210	join(<1469486..1469594,1469705..>1471101)	Aspergillus niger	4982938
An08g06220	mRNA	An08g06220	NT_166524.1	1471779	1472051	R	An08g06220	complement(<1471779..>1472051)	Aspergillus niger	4982939
An08g06230	mRNA	An08g06230	NT_166524.1	1472711	1477257	D	An08g06230	join(<1472711..1472728,1472821..>1477257)	Aspergillus niger	4982940
An08g06240	mRNA	An08g06240	NT_166524.1	1479660	1481674	D	An08g06240	join(<1479660..1479759,1479878..1479948,1480032..1480281,1480354..1481081,1481141..>1481674)	Aspergillus niger	4982941
An08g06250	mRNA	An08g06250	NT_166524.1	1483233	1484819	D	An08g06250	join(<1483233..1483350,1483507..>1484819)	Aspergillus niger	4982942
An08g06260	mRNA	An08g06260	NT_166524.1	1485272	1488010	D	An08g06260	<1485272..>1488010	Aspergillus niger	4982943
An08g06270	mRNA	An08g06270	NT_166524.1	1488116	1489432	R	An08g06270	complement(join(<1488116..1488307,1488383..1489061,1489126..1489268,1489376..>1489432))	Aspergillus niger	4982944
An08g06280	mRNA	An08g06280	NT_166524.1	1490880	1491358	D	An08g06280	join(<1490880..1490977,1491091..>1491358)	Aspergillus niger	84591708
An08g06290	mRNA	An08g06290	NT_166524.1	1494587	1495058	R	An08g06290	complement(join(<1494587..1494725,1494934..>1495058))	Aspergillus niger	84591709
An08g06300	mRNA	An08g06300	NT_166524.1	1495524	1497444	R	An08g06300	complement(join(<1495524..1495817,1495882..1495957,1496587..1496668,1496755..1496889,1497354..>1497444))	Aspergillus niger	84591710
An08g06310	mRNA	An08g06310	NT_166524.1	1497779	1500132	R	An08g06310	complement(join(<1497779..1497900,1498095..1498143,1498320..1498514,1498701..1498814,1498993..1499130,1499500..1499622,1499673..1499790,1499984..1500074,1500120..>1500132))	Aspergillus niger	84591711
An08g06320	mRNA	An08g06320	NT_166524.1	1502785	1506255	D	An08g06320	<1502785..>1506255	Aspergillus niger	4982949
An08g06330	mRNA	An08g06330	NT_166524.1	1507555	1508773	D	An08g06330	join(<1507555..1508045,1508126..1508261,1508347..1508585,1508665..>1508773)	Aspergillus niger	4982950
An08g06340	mRNA	An08g06340	NT_166524.1	1509230	1510547	R	An08g06340	complement(join(<1509230..1509364,1509482..1510068,1510149..1510294,1510348..>1510547))	Aspergillus niger	4982951
An08g06350	mRNA	An08g06350	NT_166524.1	1510868	1512497	R	An08g06350	complement(join(<1510868..1511865,1511921..1512158,1512217..1512308,1512368..1512388,1512467..>1512497))	Aspergillus niger	4982952
An08g06360	mRNA	An08g06360	NT_166524.1	1512892	1514775	D	An08g06360	join(<1512892..1513543,1513837..1514368,1514427..1514670,1514710..>1514775)	Aspergillus niger	4982953
An08g06370	mRNA	An08g06370	NT_166524.1	1515570	1516920	D	An08g06370	join(<1515570..1516778,1516912..>1516920)	Aspergillus niger	4982954
An08g06380	mRNA	An08g06380	NT_166524.1	1518106	1519839	D	An08g06380	join(<1518106..1518679,1518746..>1519839)	Aspergillus niger	4982955
An08g06390	mRNA	An08g06390	NT_166524.1	1520573	1521828	R	An08g06390	complement(join(<1520573..1520840,1520909..1521046,1521127..1521458,1521557..1521745,1521811..>1521828))	Aspergillus niger	4982956
An08g06400	mRNA	An08g06400	NT_166524.1	1522526	1523916	D	An08g06400	join(<1522526..1522544,1522667..1522713,1522778..1522921,1523032..1523257,1523330..>1523916)	Aspergillus niger	4982957
An08g06410	mRNA	An08g06410	NT_166524.1	1524057	1524306	D	An08g06410	join(<1524057..1524134,1524220..>1524306)	Aspergillus niger	84591712
An08g06420	mRNA	An08g06420	NT_166524.1	1525009	1526493	R	An08g06420	complement(join(<1525009..1525268,1525344..1526098,1526174..>1526493))	Aspergillus niger	4982959
An08g06430	mRNA	An08g06430	NT_166524.1	1527535	1529888	R	An08g06430	complement(join(<1527535..1527749,1527831..1527959,1528025..1528214,1528274..1528359,1528429..1528589,1528651..1528757,1528809..1528982,1529036..1529253,1529320..1529370,1529419..1529503,1529559..>1529888))	Aspergillus niger	4982960
An08g06440	mRNA	An08g06440	NT_166524.1	1531127	1532253	R	An08g06440	complement(join(<1531127..1531644,1531719..>1532253))	Aspergillus niger	4982961
An08g06450	mRNA	An08g06450	NT_166524.1	1532858	1533742	D	An08g06450	join(<1532858..1533290,1533327..>1533742)	Aspergillus niger	4982962
An08g06460	mRNA	An08g06460	NT_166524.1	1534098	1536134	D	An08g06460	join(<1534098..1534136,1534327..1534387,1534482..1534594,1534657..1534710,1534791..1534973,1535062..1535265,1535323..1535409,1535457..>1536134)	Aspergillus niger	4982963
An08g06470	mRNA	An08g06470	NT_166524.1	1536925	1537768	R	An08g06470	complement(join(<1536925..1537130,1537358..1537414,1537462..1537604,1537761..>1537768))	Aspergillus niger	84591713
An08g06485	mRNA	An08g06485	NT_166524.1	1540763	1541011	D	An08g06485	<1540763..>1541011	Aspergillus niger	84591714
An08g06490	mRNA	An08g06490	NT_166524.1	1541323	1542504	R	An08g06490	complement(join(<1541323..1541462,1541692..1541797,1541845..1541854,1541901..1541998,1542211..>1542504))	Aspergillus niger	4982966
An08g06500	mRNA	An08g06500	NT_166524.1	1543071	1544330	R	An08g06500	complement(<1543071..>1544330)	Aspergillus niger	4982967
An08g06510	mRNA	An08g06510	NT_166524.1	1545789	1547160	R	An08g06510	complement(join(<1545789..1546019,1546419..1546478,1546633..1546812,1547008..>1547160))	Aspergillus niger	84591715
An08g06520	mRNA	An08g06520	NT_166524.1	1548918	1551638	D	An08g06520	<1548918..>1551638	Aspergillus niger	4982969
An08g06530	mRNA	An08g06530	NT_166524.1	1552633	1554340	D	An08g06530	join(<1552633..1553948,1554190..>1554340)	Aspergillus niger	4982970
An08g06540	mRNA	An08g06540	NT_166524.1	1554380	1555287	R	An08g06540	complement(join(<1554380..1554898,1554967..>1555287))	Aspergillus niger	4982971
An08g06550	mRNA	An08g06550	NT_166524.1	1555569	1556328	D	An08g06550	join(<1555569..1555600,1555783..1555808,1555999..1556176,1556274..>1556328)	Aspergillus niger	4982972
An08g06560	mRNA	An08g06560	NT_166524.1	1557294	1558763	D	An08g06560	join(<1557294..1557324,1557562..1557742,1557815..1557962,1558033..1558270,1558483..>1558763)	Aspergillus niger	4982973
An08g06570	mRNA	An08g06570	NT_166524.1	1559330	1561908	R	An08g06570	complement(join(<1559330..1559443,1559506..1560869,1560937..1561231,1561299..1561383,1561444..1561586,1561855..>1561908))	Aspergillus niger	4982974
An08g06580	mRNA	facB	NT_166524.1	1564421	1567288	R	An08g06580	complement(join(<1564421..1565575,1565633..1565990,1566048..1566328,1566386..1566696,1566805..>1567288))	Aspergillus niger	4982975
An08g06590	mRNA	An08g06590	NT_166524.1	1571126	1572910	R	An08g06590	complement(join(<1571126..1571206,1571327..1571918,1571979..1572505,1572614..>1572910))	Aspergillus niger	4982976
An08g06600	mRNA	An08g06600	NT_166524.1	1573317	1573894	D	An08g06600	join(<1573317..1573721,1573778..>1573894)	Aspergillus niger	4982977
An08g06610	mRNA	An08g06610	NT_166524.1	1573974	1575835	R	An08g06610	complement(join(<1573974..1574000,1574059..1574179,1574232..1574411,1574466..1574671,1574730..1574941,1574997..1575028,1575077..1575170,1575238..1575506,1575605..1575614,1575683..1575740,1575800..>1575835))	Aspergillus niger	4982978
An08g06620	mRNA	An08g06620	NT_166524.1	1577287	1577770	D	An08g06620	join(<1577287..1577400,1577456..>1577770)	Aspergillus niger	4982979
An08g06630	mRNA	An08g06630	NT_166524.1	1579034	1579887	D	An08g06630	join(<1579034..1579081,1579147..>1579887)	Aspergillus niger	4982980
An08g06640	mRNA	An08g06640	NT_166524.1	1581335	1581644	D	An08g06640	join(<1581335..1581382,1581417..1581437,1581468..>1581644)	Aspergillus niger	84591716
An08g06650	mRNA	An08g06650	NT_166524.1	1582424	1583315	R	An08g06650	complement(join(<1582424..1582721,1582749..1582806,1582997..>1583315))	Aspergillus niger	4982982
An08g06660	mRNA	An08g06660	NT_166524.1	1583817	1586098	D	An08g06660	join(<1583817..1583901,1583961..1584112,1584176..>1586098)	Aspergillus niger	4982983
An08g06670	mRNA	An08g06670	NT_166524.1	1587144	1590240	R	An08g06670	complement(join(<1587144..1588301,1588358..1588463,1588518..1588597,1588651..1589045,1589131..1589765,1589833..1589918,1589996..1590088,1590205..>1590240))	Aspergillus niger	4982984
An08g06680	mRNA	An08g06680	NT_166524.1	1591011	1592436	D	An08g06680	join(<1591011..1591022,1591151..1591834,1591905..1592060,1592362..>1592436)	Aspergillus niger	4982985
An08g06690	mRNA	An08g06690	NT_166524.1	1594289	1596571	D	An08g06690	<1594289..>1596571	Aspergillus niger	4982986
An08g06700	mRNA	An08g06700	NT_166524.1	1597419	1599896	R	An08g06700	complement(join(<1597419..1597532,1597677..>1599896))	Aspergillus niger	4982987
An08g06710	mRNA	An08g06710	NT_166524.1	1600306	1601404	R	An08g06710	complement(join(<1600306..1600763,1600885..>1601404))	Aspergillus niger	4982988
An08g06720	mRNA	An08g06720	NT_166524.1	1601761	1604053	R	An08g06720	complement(join(<1601761..1602732,1602797..1603026,1603078..1603112,1603165..1603622,1603676..1603889,1604028..>1604053))	Aspergillus niger	4982989
An08g06730	mRNA	An08g06730	NT_166524.1	1605377	1606315	D	An08g06730	join(<1605377..1605391,1605440..1605963,1606096..>1606315)	Aspergillus niger	4982990
An08g06740	mRNA	An08g06740	NT_166524.1	1606731	1607630	D	An08g06740	<1606731..>1607630	Aspergillus niger	4982991
An08g06750	mRNA	An08g06750	NT_166524.1	1607859	1612196	R	An08g06750	complement(join(<1607859..1608359,1608409..1608659,1608707..1608953,1609004..1609459,1609495..1611198,1611244..1611765,1611835..1612023,1612116..>1612196))	Aspergillus niger	4982992
An08g06760	mRNA	An08g06760	NT_166524.1	1613684	1617089	R	An08g06760	complement(join(<1613684..1616931,1617026..>1617089))	Aspergillus niger	4982993
An08g06770	mRNA	An08g06770	NT_166524.1	1618084	1621377	R	An08g06770	complement(join(<1618084..1620888,1620949..>1621377))	Aspergillus niger	4982994
An08g06780	mRNA	An08g06780	NT_166524.1	1621851	1625623	R	An08g06780	complement(join(<1621851..1621943,1622001..1624397,1624443..1624906,1624995..1625199,1625241..1625291,1625348..>1625623))	Aspergillus niger	4982995
An08g06790	mRNA	An08g06790	NT_166524.1	1626350	1629691	D	An08g06790	join(<1626350..1626656,1626732..1627009,1627061..1628985,1629064..>1629691)	Aspergillus niger	4982996
An08g06800	mRNA	An08g06800	NT_166524.1	1630976	1631926	D	An08g06800	<1630976..>1631926	Aspergillus niger	84591717
An08g06810	mRNA	An08g06810	NT_166524.1	1632028	1635248	D	An08g06810	join(<1632028..1635040,1635099..1635143,1635210..>1635248)	Aspergillus niger	4982998
An08g06820	mRNA	An08g06820	NT_166524.1	1635760	1636455	D	An08g06820	join(<1635760..1635792,1635822..1635825,1635867..1635894,1636203..1636207,1636295..1636308,1636426..>1636455)	Aspergillus niger	84591718
An08g06830	mRNA	An08g06830	NT_166524.1	1636766	1637298	R	An08g06830	complement(join(<1636766..1636821,1637000..1637015,1637257..>1637298))	Aspergillus niger	84591719
An08g06840	mRNA	An08g06840	NT_166524.1	1638041	1638925	R	An08g06840	complement(join(<1638041..1638253,1638439..1638607,1638686..1638775,1638858..>1638925))	Aspergillus niger	84591720
An08g06850	mRNA	An08g06850	NT_166524.1	1642174	1644345	D	An08g06850	join(<1642174..1643047,1643114..>1644345)	Aspergillus niger	4983002
An08g06860	mRNA	An08g06860	NT_166524.1	1645258	1645659	R	An08g06860	complement(join(<1645258..1645400,1645434..1645537,1645637..>1645659))	Aspergillus niger	84591721
An08g06870	mRNA	An08g06870	NT_166524.1	1646768	1647484	R	An08g06870	complement(join(<1646768..1646917,1647097..1647225,1647287..>1647484))	Aspergillus niger	84591722
An08g06880	mRNA	An08g06880	NT_166524.1	1647584	1649056	R	An08g06880	complement(join(<1647584..1647786,1647979..1648124,1648176..1648280,1648316..1648506,1648595..1648800,1648885..>1649056))	Aspergillus niger	84591723
An08g06890	mRNA	An08g06890	NT_166524.1	1650307	1651191	R	An08g06890	complement(<1650307..>1651191)	Aspergillus niger	4983006
An08g06900	mRNA	An08g06900	NT_166524.1	1651565	1652561	D	An08g06900	join(<1651565..1651812,1651895..1651943,1652151..1652428,1652486..>1652561)	Aspergillus niger	84591724
An08g06910	mRNA	An08g06910	NT_166524.1	1652733	1654346	R	An08g06910	complement(join(<1652733..1652822,1652965..1653084,1653199..1653255,1653356..1653522,1653561..1653667,1653755..1653777,1653909..1654045,1654133..1654183,1654277..>1654346))	Aspergillus niger	84591725
An08g06920	mRNA	An08g06920	NT_166524.1	1655108	1656119	R	An08g06920	complement(join(<1655108..1655524,1655611..1655692,1655774..1655848,1655940..1656051,1656113..>1656119))	Aspergillus niger	84591726
An08g06930	mRNA	An08g06930	NT_166524.1	1656984	1657423	R	An08g06930	complement(join(<1656984..1657184,1657246..1657287,1657322..>1657423))	Aspergillus niger	84591727
An08g06940	mRNA	An08g06940	NT_166524.1	1657841	1658314	R	An08g06940	complement(join(<1657841..1657866,1657926..1658201,1658305..>1658314))	Aspergillus niger	4983011
An08g06950	mRNA	An08g06950	NT_166524.1	1658640	1659043	R	An08g06950	complement(join(<1658640..1658936,1659002..>1659043))	Aspergillus niger	84591728
An08g06960	mRNA	An08g06960	NT_166524.1	1659143	1659731	D	An08g06960	join(<1659143..1659167,1659277..1659384,1659454..>1659731)	Aspergillus niger	4983013
An08g06970	mRNA	An08g06970	NT_166524.1	1663735	1665017	R	An08g06970	complement(join(<1663735..1663846,1663945..1664142,1664322..1664390,1664439..1664533,1664593..1664693,1664807..1664918,1665009..>1665017))	Aspergillus niger	84591729
An08g06980	mRNA	An08g06980	NT_166524.1	1665076	1666999	D	An08g06980	join(<1665076..1665448,1665504..1665758,1665819..>1666999)	Aspergillus niger	4983015
An08g06990	mRNA	An08g06990	NT_166524.1	1667908	1668913	D	An08g06990	join(<1667908..1668434,1668499..>1668913)	Aspergillus niger	4983016
An08g07000	mRNA	An08g07000	NT_166524.1	1669308	1669748	D	An08g07000	<1669308..>1669748	Aspergillus niger	84591730
An08g07010	mRNA	An08g07010	NT_166524.1	1670422	1671910	R	An08g07010	complement(join(<1670422..1671187,1671259..1671382,1671445..1671497,1671554..1671656,1671715..>1671910))	Aspergillus niger	4983018
An08g07020	mRNA	An08g07020	NT_166524.1	1672387	1674366	R	An08g07020	complement(join(<1672387..1672650,1672705..1673499,1673552..1674224,1674290..>1674366))	Aspergillus niger	4983019
An08g07030	mRNA	An08g07030	NT_166524.1	1674643	1676646	D	An08g07030	<1674643..>1676646	Aspergillus niger	4983020
An08g07040	mRNA	An08g07040	NT_166524.1	1677050	1678675	R	An08g07040	complement(<1677050..>1678675)	Aspergillus niger	4983021
An08g07050	mRNA	An08g07050	NT_166524.1	1679180	1684425	D	An08g07050	join(<1679180..1679364,1679445..1679936,1680001..1682779,1682839..>1684425)	Aspergillus niger	4983022
An08g07060	mRNA	An08g07060	NT_166524.1	1684894	1687476	R	An08g07060	complement(join(<1684894..1686708,1686766..1686882,1686932..1687388,1687460..>1687476))	Aspergillus niger	4983023
An08g07070	mRNA	An08g07070	NT_166524.1	1687874	1693115	D	An08g07070	join(<1687874..1688173,1688209..1688632,1688686..1690414,1690461..1691305,1691357..1691773,1691821..1692194,1692243..1692542,1692594..>1693115)	Aspergillus niger	4983024
An08g07080	mRNA	An08g07080	NT_166524.1	1693510	1694684	D	An08g07080	join(<1693510..1693771,1693840..>1694684)	Aspergillus niger	4983025
An08g07090	mRNA	An08g07090	NT_166524.1	1696036	1697657	D	An08g07090	join(<1696036..1696350,1696400..1696632,1696667..>1697657)	Aspergillus niger	4983026
An08g07100	mRNA	An08g07100	NT_166524.1	1698546	1699505	D	An08g07100	<1698546..>1699505	Aspergillus niger	4983027
An08g07110	mRNA	An08g07110	NT_166524.1	1699820	1703189	R	An08g07110	complement(join(<1699820..1700776,1700828..1701009,1701057..1702084,1702374..1702384,1702719..1702990,1703165..>1703189))	Aspergillus niger	4983028
An08g07120	mRNA	An08g07120	NT_166524.1	1703449	1705700	R	An08g07120	complement(join(<1703449..1705287,1705318..1705524,1705578..>1705700))	Aspergillus niger	4983029
An08g07130	mRNA	An08g07130	NT_166524.1	1705784	1706498	D	An08g07130	join(<1705784..1705922,1706131..>1706498)	Aspergillus niger	84591731
An08g07140	mRNA	An08g07140	NT_166524.1	1708420	1708770	D	An08g07140	<1708420..>1708770	Aspergillus niger	84591732
An08g07150	mRNA	An08g07150	NT_166524.1	1709118	1710143	R	An08g07150	complement(join(<1709118..1709553,1709610..1709713,1709768..1709940,1709999..>1710143))	Aspergillus niger	4983032
An08g07160	mRNA	An08g07160	NT_166524.1	1710608	1711522	D	An08g07160	join(<1710608..1710767,1710885..1710971,1711143..>1711522)	Aspergillus niger	84591733
An08g07170	mRNA	An08g07170	NT_166524.1	1711721	1712972	D	An08g07170	join(<1711721..1711886,1712229..1712326,1712583..>1712972)	Aspergillus niger	84591734
An08g07180	mRNA	An08g07180	NT_166524.1	1713227	1713977	R	An08g07180	complement(join(<1713227..1713330,1713423..1713476,1713565..1713729,1713848..>1713977))	Aspergillus niger	84591735
An08g07190	mRNA	An08g07190	NT_166524.1	1714044	1714627	D	An08g07190	join(<1714044..1714171,1714263..1714266,1714343..1714408,1714457..>1714627)	Aspergillus niger	84591736
An08g07200	mRNA	An08g07200	NT_166524.1	1715232	1715975	R	An08g07200	complement(join(<1715232..1715333,1715426..1715656,1715738..1715767,1715828..1715867,1715941..>1715975))	Aspergillus niger	4983037
An08g07210	mRNA	An08g07210	NT_166524.1	1716744	1717440	D	An08g07210	join(<1716744..1717325,1717390..>1717440)	Aspergillus niger	4983038
An08g07220	mRNA	An08g07220	NT_166524.1	1717637	1718636	R	An08g07220	complement(join(<1717637..1718234,1718297..1718421,1718502..>1718636))	Aspergillus niger	4983039
An08g07230	mRNA	An08g07230	NT_166524.1	1719560	1720642	D	An08g07230	join(<1719560..1719706,1719752..1720585,1720637..>1720642)	Aspergillus niger	4983040
An08g07240	mRNA	An08g07240	NT_166524.1	1721156	1721958	R	An08g07240	complement(join(<1721156..1721178,1721244..1721652,1721758..>1721958))	Aspergillus niger	4983041
An08g07250	mRNA	An08g07250	NT_166524.1	1722326	1725280	R	An08g07250	complement(join(<1722326..1722521,1722636..>1725280))	Aspergillus niger	4983042
An08g07260	mRNA	An08g07260	NT_166524.1	1726021	1727418	R	An08g07260	complement(join(<1726021..1726471,1726706..1726906,1727118..1727197,1727281..1727360,1727415..>1727418))	Aspergillus niger	84591737
An08g07270	mRNA	An08g07270	NT_166524.1	1727644	1728994	R	An08g07270	complement(join(<1727644..1728160,1728252..>1728994))	Aspergillus niger	4983044
An08g07280	mRNA	An08g07280	NT_166524.1	1730201	1731625	D	An08g07280	join(<1730201..1730299,1730353..1731131,1731189..1731322,1731393..>1731625)	Aspergillus niger	4983045
An08g07290	mRNA	aldA	NT_166524.1	1732419	1734091	R	An08g07290	complement(join(<1732419..1732575,1732629..1732698,1732756..1733957,1734027..>1734091))	Aspergillus niger	4983046
An08g07300	mRNA	An08g07300	NT_166524.1	1735526	1736170	D	An08g07300	join(<1735526..1735689,1735826..1735930,1736068..>1736170)	Aspergillus niger	84591738
An08g07310	mRNA	An08g07310	NT_166524.1	1736408	1737242	D	An08g07310	join(<1736408..1736800,1736898..>1737242)	Aspergillus niger	4983048
An08g07320	mRNA	An08g07320	NT_166524.1	1737739	1739728	D	An08g07320	join(<1737739..1737766,1737827..1738176,1738226..>1739728)	Aspergillus niger	4983049
An08g07330	mRNA	An08g07330	NT_166524.1	1740114	1742433	R	An08g07330	complement(join(<1740114..1740284,1740320..1742367,1742418..>1742433))	Aspergillus niger	4983050
An08g07340	mRNA	An08g07340	NT_166524.1	1743546	1746524	D	An08g07340	<1743546..>1746524	Aspergillus niger	4983051
An08g07350	mRNA	An08g07350	NT_166524.1	1747393	1749125	R	An08g07350	complement(join(<1747393..1748328,1748390..1748674,1748741..1748840,1748921..1749051,1749117..>1749125))	Aspergillus niger	4983052
An08g07360	mRNA	An08g07360	NT_166524.1	1750428	1751105	R	An08g07360	complement(join(<1750428..1750627,1750713..1750958,1751048..>1751105))	Aspergillus niger	4983053
An08g07370	mRNA	An08g07370	NT_166524.1	1751449	1753869	D	An08g07370	join(<1751449..1751848,1751929..1753204,1753257..1753619,1753767..>1753869)	Aspergillus niger	4983054
An08g07380	mRNA	An08g07380	NT_166524.1	1754734	1756629	D	An08g07380	join(<1754734..1754765,1754844..1755157,1755262..1756397,1756465..>1756629)	Aspergillus niger	4983055
An08g07390	mRNA	An08g07390	NT_166524.1	1756694	1757668	R	An08g07390	complement(<1756694..>1757668)	Aspergillus niger	4983056
An08g07400	mRNA	An08g07400	NT_166524.1	1757960	1760099	R	An08g07400	complement(join(<1757960..1757992,1758336..1758869,1758931..1759185,1759286..1759306,1759373..1759518,1759575..1759766,1759825..1759869,1759931..>1760099))	Aspergillus niger	4983057
An08g07410	mRNA	An08g07410	NT_166524.1	1760190	1760709	D	An08g07410	join(<1760190..1760228,1760272..1760402,1760459..1760554,1760640..>1760709)	Aspergillus niger	84591739
An08g07420	mRNA	An08g07420	NT_166524.1	1761573	1768466	R	An08g07420	complement(join(<1761573..1767682,1767743..>1768466))	Aspergillus niger	4983059
An08g07430	mRNA	An08g07430	NT_166524.1	1770378	1771107	R	An08g07430	complement(join(<1770378..1770490,1770541..1770773,1770896..>1771107))	Aspergillus niger	84591740
An08g07440	mRNA	An08g07440	NT_166524.1	1772692	1774803	R	An08g07440	complement(<1772692..>1774803)	Aspergillus niger	4983061
An08g07450	mRNA	An08g07450	NT_166524.1	1775465	1777403	D	An08g07450	join(<1775465..1775472,1775519..1775772,1775805..1776254,1776382..1776394,1776797..1776899,1776996..1777281,1777342..>1777403)	Aspergillus niger	84591741
An08g07460	mRNA	An08g07460	NT_166524.1	1778242	1781689	D	An08g07460	join(<1778242..1778512,1778573..1779611,1779712..>1781689)	Aspergillus niger	4983063
An08g07465	mRNA	An08g07465	NT_166524.1	1782560	1784827	D	An08g07465	<1782560..>1784827	Aspergillus niger	4983064
An08g07470	mRNA	An08g07470	NT_166524.1	1785145	1786250	D	An08g07470	join(<1785145..1785185,1785283..1785990,1786190..>1786250)	Aspergillus niger	4983065
An08g07480	mRNA	An08g07480	NT_166524.1	1787454	1789926	D	An08g07480	join(<1787454..1789530,1789631..>1789926)	Aspergillus niger	4983066
An08g07485	mRNA	An08g07485	NT_166524.1	1790414	1790596	R	An08g07485	complement(<1790414..>1790596)	Aspergillus niger	4983067
An08g07490	mRNA	An08g07490	NT_166524.1	1792034	1793815	D	An08g07490	<1792034..>1793815	Aspergillus niger	4983068
An08g07510	mRNA	An08g07510	NT_166524.1	1794968	1798279	R	An08g07510	complement(<1794968..>1798279)	Aspergillus niger	4983070
An08g07520	mRNA	An08g07520	NT_166524.1	1799140	1800291	D	An08g07520	join(<1799140..1799264,1799333..1799364,1799449..1799779,1799835..>1800291)	Aspergillus niger	4983071
An08g07530	mRNA	An08g07530	NT_166524.1	1800962	1803909	R	An08g07530	complement(join(<1800962..1802083,1802140..1802376,1802440..1803459,1803529..>1803909))	Aspergillus niger	4983072
An08g07540	mRNA	An08g07540	NT_166524.1	1808777	1813743	R	An08g07540	complement(join(<1808777..1812014,1812090..1813304,1813354..1813474,1813530..>1813743))	Aspergillus niger	4983073
An08g07550	mRNA	An08g07550	NT_166524.1	1815192	1816764	D	An08g07550	join(<1815192..1815829,1815891..1816171,1816303..1816390,1816460..1816502,1816714..>1816764)	Aspergillus niger	4983074
An08g07560	mRNA	An08g07560	NT_166524.1	1820623	1821792	D	An08g07560	join(<1820623..1820629,1820659..1821416,1821487..1821491,1821540..>1821792)	Aspergillus niger	4983075
An08g07570	mRNA	An08g07570	NT_166524.1	1824707	1825638	D	An08g07570	join(<1824707..1824947,1825012..1825350,1825403..>1825638)	Aspergillus niger	4983076
An08g07580	mRNA	An08g07580	NT_166524.1	1825838	1826455	R	An08g07580	complement(join(<1825838..1825846,1825891..1826260,1826328..>1826455))	Aspergillus niger	4983077
An08g07590	mRNA	An08g07590	NT_166524.1	1827485	1829415	D	An08g07590	join(<1827485..1828193,1828250..>1829415)	Aspergillus niger	4983078
An08g07600	mRNA	An08g07600	NT_166524.1	1829601	1830666	R	An08g07600	complement(join(<1829601..1830362,1830438..1830538,1830663..>1830666))	Aspergillus niger	4983079
An08g07610	mRNA	An08g07610	NT_166524.1	1830958	1833756	D	An08g07610	<1830958..>1833756	Aspergillus niger	4983080
An08g07620	mRNA	An08g07620	NT_166524.1	1834083	1834395	R	An08g07620	complement(join(<1834083..1834194,1834250..1834272,1834359..>1834395))	Aspergillus niger	84591742
An08g07630	mRNA	An08g07630	NT_166524.1	1834772	1835767	R	An08g07630	complement(<1834772..>1835767)	Aspergillus niger	4983082
An08g07640	mRNA	An08g07640	NT_166524.1	1836123	1836580	D	An08g07640	join(<1836123..1836198,1836251..>1836580)	Aspergillus niger	84591743
An08g07650	mRNA	An08g07650	NT_166524.1	1837129	1837582	D	An08g07650	join(<1837129..1837276,1837390..1837446,1837506..>1837582)	Aspergillus niger	84591744
An08g07660	mRNA	An08g07660	NT_166524.1	1837625	1838989	R	An08g07660	complement(join(<1837625..1837820,1838024..1838172,1838250..1838417,1838438..1838663,1838871..>1838989))	Aspergillus niger	84591745
An08g07670	mRNA	An08g07670	NT_166524.1	1839098	1839871	D	An08g07670	join(<1839098..1839151,1839339..1839443,1839526..1839708,1839806..>1839871)	Aspergillus niger	84591746
An08g07680	mRNA	An08g07680	NT_166524.1	1840606	1842588	D	An08g07680	join(<1840606..1840734,1840867..1841001,1841084..1841141,1841221..1841421,1841692..1841787,1842416..>1842588)	Aspergillus niger	84591747
An08g07690	mRNA	An08g07690	NT_166524.1	1842803	1843308	D	An08g07690	join(<1842803..1842901,1842994..1843099,1843199..>1843308)	Aspergillus niger	84591748
An08g07700	mRNA	An08g07700	NT_166524.1	1843433	1844853	R	An08g07700	complement(join(<1843433..1843640,1843724..1843817,1844438..1844552,1844674..1844733,1844839..>1844853))	Aspergillus niger	84591749
An08g07710	mRNA	An08g07710	NT_166524.1	1844913	1846695	D	An08g07710	join(<1844913..1845557,1845694..>1846695)	Aspergillus niger	4983090
An08g07720	mRNA	An08g07720	NT_166524.1	1846773	1847218	R	An08g07720	complement(join(<1846773..1846885,1846995..1847027,1847116..>1847218))	Aspergillus niger	84591750
An08g07730	mRNA	An08g07730	NT_166524.1	1847290	1848638	D	An08g07730	join(<1847290..1847339,1847836..1847908,1847992..1848094,1848128..1848290,1848344..>1848638)	Aspergillus niger	84591751
An08g07740	mRNA	An08g07740	NT_166524.1	1848949	1850878	D	An08g07740	join(<1848949..1849067,1849149..1849249,1849302..1849417,1849442..>1850878)	Aspergillus niger	4983093
An08g07750	mRNA	An08g07750	NT_166524.1	1851006	1851287	D	An08g07750	<1851006..>1851287	Aspergillus niger	84591752
An08g07760	mRNA	An08g07760	NT_166524.1	1851499	1851746	R	An08g07760	complement(join(<1851499..1851523,1851607..>1851746))	Aspergillus niger	84591753
An08g07770	mRNA	An08g07770	NT_166524.1	1852243	1854437	D	An08g07770	join(<1852243..1852501,1852578..1852817,1852875..1852970,1853018..1853093,1853141..1853327,1853382..1853650,1853705..1853841,1853891..1854143,1854203..>1854437)	Aspergillus niger	4983096
An08g07780	mRNA	An08g07780	NT_166524.1	1855438	1857397	R	An08g07780	complement(join(<1855438..1855915,1855972..1856436,1856485..1856633,1856688..1856729,1856780..1856981,1857039..>1857397))	Aspergillus niger	4983097
An08g07790	mRNA	An08g07790	NT_166524.1	1858123	1860531	R	An08g07790	complement(<1858123..>1860531)	Aspergillus niger	4983098
An08g07800	mRNA	An08g07800	NT_166524.1	1860805	1861581	D	An08g07800	join(<1860805..1860867,1860923..1860966,1861050..>1861581)	Aspergillus niger	4983099
An08g07810	mRNA	An08g07810	NT_166524.1	1862283	1863188	D	An08g07810	<1862283..>1863188	Aspergillus niger	4983100
An08g07820	mRNA	An08g07820	NT_166524.1	1863546	1866330	R	An08g07820	complement(join(<1863546..1863645,1863808..1863986,1864024..1864282,1864326..1864643,1864709..1864803,1864848..1865856,1865943..1866020,1866098..>1866330))	Aspergillus niger	4983101
An08g07830	mRNA	An08g07830	NT_166524.1	1866576	1870651	R	An08g07830	complement(join(<1866576..1866668,1866983..1867246,1867343..1867762,1867818..1869724,1869793..1869971,1870019..1870458,1870553..>1870651))	Aspergillus niger	4983102
An08g07840	mRNA	cprA	NT_166524.1	1871668	1873826	R	An08g07840	complement(join(<1871668..1871964,1872036..>1873826))	Aspergillus niger	4983103
An08g07850	mRNA	An08g07850	NT_166524.1	1873874	1874662	D	An08g07850	join(<1873874..1873938,1873982..1874073,1874295..1874440,1874561..>1874662)	Aspergillus niger	84591754
An08g07860	mRNA	An08g07860	NT_166524.1	1874736	1875708	R	An08g07860	complement(join(<1874736..1875095,1875260..1875311,1875396..1875526,1875658..>1875708))	Aspergillus niger	84591755
An08g07870	mRNA	An08g07870	NT_166524.1	1876525	1884775	D	An08g07870	join(<1876525..1876681,1876754..1876810,1876905..1877711,1877780..1878502,1878634..1878871,1878918..1880229,1880262..1881256,1881328..>1884775)	Aspergillus niger	4983106
An08g07880	mRNA	An08g07880	NT_166524.1	1885000	1885391	D	An08g07880	join(<1885000..1885196,1885265..>1885391)	Aspergillus niger	84591756
An08g07890	mRNA	An08g07890	NT_166524.1	1885425	1886746	D	An08g07890	join(<1885425..1885590,1885676..1885866,1886012..>1886746)	Aspergillus niger	4983108
An08g07900	mRNA	An08g07900	NT_166524.1	1887250	1888521	D	An08g07900	join(<1887250..1887848,1887931..1888047,1888149..1888211,1888341..>1888521)	Aspergillus niger	4983109
An08g07910	mRNA	An08g07910	NT_166524.1	1888568	1890323	R	An08g07910	complement(join(<1888568..1888686,1888752..1888869,1888915..1889555,1889624..1889845,1889909..1889944,1890008..>1890323))	Aspergillus niger	4983110
An08g07920	mRNA	An08g07920	NT_166524.1	1890971	1892856	R	An08g07920	complement(join(<1890971..1891814,1891866..1892676,1892772..>1892856))	Aspergillus niger	4983111
An08g07930	mRNA	An08g07930	NT_166524.1	1893147	1896654	R	An08g07930	complement(join(<1893147..1893259,1893339..1893438,1893569..1893925,1894160..1894262,1894315..1894725,1894766..1895958,1896129..1896165,1896252..1896532,1896622..>1896654))	Aspergillus niger	4983112
An08g07940	mRNA	An08g07940	NT_166524.1	1896694	1898034	R	An08g07940	complement(join(<1896694..1896848,1896947..1896995,1897077..1897206,1897481..>1898034))	Aspergillus niger	4983113
An08g07950	mRNA	An08g07950	NT_166524.1	1898328	1899487	D	An08g07950	join(<1898328..1898509,1898584..1898617,1898709..1898780,1898830..1898921,1899030..1899128,1899259..>1899487)	Aspergillus niger	4983114
An08g07960	mRNA	An08g07960	NT_166524.1	1900094	1901376	D	An08g07960	join(<1900094..1900177,1900234..1900267,1900321..1900569,1900629..1901194,1901249..>1901376)	Aspergillus niger	4983115
An08g07980	mRNA	An08g07980	NT_166524.1	1902442	1902732	D	An08g07980	<1902442..>1902732	Aspergillus niger	84591757
An08g08000	mRNA	An08g08000	NT_166524.1	1903979	1906076	R	An08g08000	complement(join(<1903979..1905553,1905813..>1906076))	Aspergillus niger	4983119
An08g08010	mRNA	An08g08010	NT_166524.1	1906107	1906985	D	An08g08010	<1906107..>1906985	Aspergillus niger	4983120
An08g08020	mRNA	An08g08020	NT_166524.1	1907632	1908648	D	An08g08020	<1907632..>1908648	Aspergillus niger	4983121
An08g08030	mRNA	An08g08030	NT_166524.1	1909385	1911061	R	An08g08030	complement(<1909385..>1911061)	Aspergillus niger	4983122
An08g08040	mRNA	An08g08040	NT_166524.1	1911223	1913495	R	An08g08040	complement(join(<1911223..1911280,1911360..1911400,1911477..1911596,1911938..1913146,1913196..>1913495))	Aspergillus niger	4983123
An08g08050	mRNA	An08g08050	NT_166524.1	1913531	1914982	D	An08g08050	join(<1913531..1913650,1913751..1913837,1913922..1914102,1914147..1914214,1914341..1914415,1914532..1914621,1914749..>1914982)	Aspergillus niger	84591758
An08g08060	mRNA	An08g08060	NT_166524.1	1915291	1916899	D	An08g08060	join(<1915291..1915578,1915634..>1916899)	Aspergillus niger	4983125
An08g08070	mRNA	An08g08070	NT_166524.1	1917261	1919106	R	An08g08070	complement(join(<1917261..1917403,1917555..>1919106))	Aspergillus niger	4983126
An08g08080	mRNA	An08g08080	NT_166524.1	1919275	1921457	R	An08g08080	complement(join(<1919275..1920763,1920822..1921015,1921074..1921284,1921354..>1921457))	Aspergillus niger	4983127
An08g08090	mRNA	An08g08090	NT_166524.1	1921780	1922885	R	An08g08090	complement(join(<1921780..1922091,1922157..1922340,1922400..1922446,1922516..1922593,1922655..>1922885))	Aspergillus niger	4983128
An08g08100	mRNA	An08g08100	NT_166524.1	1923436	1924629	R	An08g08100	complement(join(<1923436..1923819,1923882..1924158,1924217..>1924629))	Aspergillus niger	4983129
An08g08110	mRNA	An08g08110	NT_166524.1	1924771	1925692	R	An08g08110	complement(<1924771..>1925692)	Aspergillus niger	84591759
An08g08120	mRNA	An08g08120	NT_166524.1	1927895	1928418	D	An08g08120	join(<1927895..1927902,1927955..1928174,1928227..>1928418)	Aspergillus niger	4983131
An08g08130	mRNA	An08g08130	NT_166524.1	1928646	1929857	R	An08g08130	complement(<1928646..>1929857)	Aspergillus niger	4983132
An08g08140	mRNA	An08g08140	NT_166524.1	1931357	1933408	D	An08g08140	join(<1931357..1931667,1931726..1931765,1931825..1932798,1932864..1933165,1933282..1933286,1933394..>1933408)	Aspergillus niger	4983133
An08g08150	mRNA	An08g08150	NT_166524.1	1933620	1935860	R	An08g08150	complement(join(<1933620..1935429,1935488..1935623,1935827..>1935860))	Aspergillus niger	4983134
An08g08160	mRNA	An08g08160	NT_166524.1	1937585	1938180	D	An08g08160	join(<1937585..1937797,1937929..>1938180)	Aspergillus niger	84591760
An08g08180	mRNA	An08g08180	NT_166524.1	1939251	1939543	D	An08g08180	join(<1939251..1939282,1939414..>1939543)	Aspergillus niger	84591761
An08g08190	mRNA	An08g08190	NT_166524.1	1940916	1942248	R	An08g08190	complement(join(<1940916..1941069,1941119..1941402,1941450..1941559,1941616..1941697,1941747..1941872,1941919..>1942248))	Aspergillus niger	4983137
An08g08200	mRNA	An08g08200	NT_166524.1	1942887	1943593	R	An08g08200	complement(join(<1942887..1942901,1942981..1943110,1943316..>1943593))	Aspergillus niger	4983138
An08g08210	mRNA	An08g08210	NT_166524.1	1944286	1945368	D	An08g08210	<1944286..>1945368	Aspergillus niger	4983139
An08g08220	mRNA	An08g08220	NT_166524.1	1947416	1949077	D	An08g08220	join(<1947416..1948728,1948786..>1949077)	Aspergillus niger	4983140
An08g08230	mRNA	An08g08230	NT_166524.1	1950829	1960564	D	An08g08230	join(<1950829..1951163,1951215..1958956,1959025..1959794,1959851..>1960564)	Aspergillus niger	4983141
An08g08240	mRNA	An08g08240	NT_166524.1	1962615	1965045	D	An08g08240	join(<1962615..1963136,1963221..1964451,1964555..>1965045)	Aspergillus niger	4983142
An08g08250	mRNA	An08g08250	NT_166524.1	1966366	1968265	D	An08g08250	join(<1966366..1966605,1966652..>1968265)	Aspergillus niger	4983143
An08g08260	mRNA	An08g08260	NT_166524.1	1968684	1969509	R	An08g08260	complement(join(<1968684..1968760,1969042..1969109,1969166..>1969509))	Aspergillus niger	4983144
An08g08280	mRNA	An08g08280	NT_166524.1	1972288	1973507	R	An08g08280	complement(join(<1972288..1973265,1973328..>1973507))	Aspergillus niger	4983146
An08g08290	mRNA	An08g08290	NT_166524.1	1975483	1977287	R	An08g08290	complement(join(<1975483..1976562,1976625..>1977287))	Aspergillus niger	4983147
An08g08300	mRNA	An08g08300	NT_166524.1	1977848	1979266	R	An08g08300	complement(join(<1977848..1978163,1978240..1978409,1978462..1978880,1978936..>1979266))	Aspergillus niger	4983148
An08g08310	mRNA	An08g08310	NT_166524.1	1979744	1981285	R	An08g08310	complement(join(<1979744..1979867,1979922..1980997,1981064..>1981285))	Aspergillus niger	4983149
An08g08320	mRNA	An08g08320	NT_166524.1	1982251	1983222	D	An08g08320	<1982251..>1983222	Aspergillus niger	4983150
An08g08330	mRNA	An08g08330	NT_166524.1	1983331	1985355	R	An08g08330	complement(join(<1983331..1983645,1983716..1984423,1984473..1984568,1984620..1984704,1984824..1985032,1985073..1985214,1985261..1985271,1985332..>1985355))	Aspergillus niger	4983151
An08g08340	mRNA	An08g08340	NT_166524.1	1986030	1988840	R	An08g08340	complement(join(<1986030..1986072,1986136..1986147,1986201..1987091,1987163..1987630,1987689..1988185,1988271..1988418,1988519..1988620,1988668..>1988840))	Aspergillus niger	4983152
An08g08350	mRNA	An08g08350	NT_166524.1	1989158	1990873	D	An08g08350	<1989158..>1990873	Aspergillus niger	84591762
An08g08360	mRNA	An08g08360	NT_166524.1	1992388	1993282	D	An08g08360	join(<1992388..1992722,1992776..1993152,1993215..>1993282)	Aspergillus niger	84591763
An08g08370	mRNA	An08g08370	NT_166524.1	1993644	1996274	R	An08g08370	complement(join(<1993644..1994220,1994275..1994958,1995007..1995836,1995889..1995977,1996051..1996083,1996139..>1996274))	Aspergillus niger	4983155
An08g08380	mRNA	An08g08380	NT_166524.1	1996959	1999058	R	An08g08380	complement(join(<1996959..1997157,1997218..1997897,1998245..1998557,1998667..>1999058))	Aspergillus niger	4983156
An08g08390	mRNA	An08g08390	NT_166524.1	1999545	2000866	D	An08g08390	join(<1999545..1999561,1999645..1999845,1999908..2000015,2000071..2000303,2000414..2000677,2000736..>2000866)	Aspergillus niger	84591764
An08g08400	mRNA	An08g08400	NT_166524.1	2000914	2001875	R	An08g08400	complement(join(<2000914..2001097,2001176..2001258,2001328..2001528,2001582..>2001875))	Aspergillus niger	4983158
An08g08410	mRNA	An08g08410	NT_166524.1	2002145	2004143	R	An08g08410	complement(join(<2002145..2002748,2002802..2003368,2003422..2003540,2003615..2003660,2003815..>2004143))	Aspergillus niger	4983159
An08g08420	mRNA	An08g08420	NT_166524.1	2004890	2005318	D	An08g08420	<2004890..>2005318	Aspergillus niger	84591765
An08g08430	mRNA	An08g08430	NT_166524.1	2005895	2008646	D	An08g08430	join(<2005895..2005987,2006142..2006177,2006207..2006563,2006613..2008082,2008140..>2008646)	Aspergillus niger	4983161
An08g08440	mRNA	An08g08440	NT_166524.1	2008743	2010087	D	An08g08440	join(<2008743..2009246,2009409..2009626,2009676..>2010087)	Aspergillus niger	84591766
An08g08450	mRNA	An08g08450	NT_166524.1	2011274	2013113	R	An08g08450	complement(join(<2011274..2011647,2011703..>2013113))	Aspergillus niger	4983163
An08g08460	mRNA	An08g08460	NT_166524.1	2014350	2015803	R	An08g08460	complement(join(<2014350..2014449,2014490..2014568,2014642..2014695,2015054..2015167,2015215..2015323,2015412..2015513,2015684..>2015803))	Aspergillus niger	84591767
An08g08470	mRNA	An08g08470	NT_166524.1	2017047	2018949	D	An08g08470	join(<2017047..2017093,2017209..2017335,2017522..>2018949)	Aspergillus niger	4983165
An08g08480	mRNA	An08g08480	NT_166524.1	2019153	2020169	D	An08g08480	join(<2019153..2019228,2019276..2019334,2019382..2019756,2019810..2020007,2020086..>2020169)	Aspergillus niger	4983166
An08g08490	mRNA	An08g08490	NT_166524.1	2021299	2022296	D	An08g08490	join(<2021299..2021456,2021524..2021760,2021807..>2022296)	Aspergillus niger	4983167
An08g08500	mRNA	An08g08500	NT_166524.1	2022939	2023350	D	An08g08500	join(<2022939..2023015,2023149..>2023350)	Aspergillus niger	4983168
An08g08510	mRNA	An08g08510	NT_166524.1	2025678	2027350	R	An08g08510	complement(join(<2025678..2026484,2026545..2026692,2026731..2027254,2027318..>2027350))	Aspergillus niger	4983169
An08g08520	mRNA	An08g08520	NT_166524.1	2027628	2029450	R	An08g08520	complement(join(<2027628..2027737,2027815..2028101,2028176..2028522,2028584..2029254,2029312..>2029450))	Aspergillus niger	4983170
An08g08530	mRNA	An08g08530	NT_166524.1	2030058	2031831	D	An08g08530	join(<2030058..2030413,2030478..>2031831)	Aspergillus niger	4983171
An08g08540	mRNA	An08g08540	NT_166524.1	2032117	2034984	R	An08g08540	complement(join(<2032117..2033467,2033514..2033870,2033929..2034539,2034595..>2034984))	Aspergillus niger	4983172
An08g08550	mRNA	An08g08550	NT_166524.1	2037231	2042529	D	An08g08550	join(<2037231..2037305,2037368..2037721,2037761..2040730,2040790..>2042529)	Aspergillus niger	4983173
An08g08560	mRNA	An08g08560	NT_166524.1	2043025	2044839	D	An08g08560	join(<2043025..2044185,2044357..2044458,2044522..>2044839)	Aspergillus niger	4983174
An08g08570	mRNA	An08g08570	NT_166524.1	2045265	2047177	R	An08g08570	complement(join(<2045265..2045449,2045530..2045585,2045771..2046503,2046550..2046634,2046684..2046799,2046856..>2047177))	Aspergillus niger	4983175
An08g08580	mRNA	An08g08580	NT_166524.1	2047274	2049733	D	An08g08580	join(<2047274..2047386,2047656..2047777,2047855..2047943,2047989..2048090,2048289..2048388,2048458..2048585,2048649..2048746,2049059..2049115,2049196..2049410,2049483..2049547,2049647..>2049733)	Aspergillus niger	84591768
An08g08590	mRNA	An08g08590	NT_166524.1	2051058	2055167	R	An08g08590	complement(join(<2051058..2051636,2051692..2054781,2054840..2054930,2054989..>2055167))	Aspergillus niger	4983177
An08g08600	mRNA	An08g08600	NT_166524.1	2056824	2058268	D	An08g08600	join(<2056824..2056860,2057009..2057023,2057116..2057226,2057279..2057310,2057365..2057482,2057545..2057741,2057801..>2058268)	Aspergillus niger	4983178
An08g08620	mRNA	An08g08620	NT_166524.1	2060618	2061695	R	An08g08620	complement(join(<2060618..2061357,2061413..>2061695))	Aspergillus niger	4983180
An08g08630	mRNA	An08g08630	NT_166524.1	2061711	2063496	D	An08g08630	join(<2061711..2061861,2061908..2062060,2062165..2062256,2062297..2062406,2062445..2062577,2062680..2063088,2063348..>2063496)	Aspergillus niger	84591769
An08g08640	mRNA	An08g08640	NT_166524.1	2063503	2064701	R	An08g08640	complement(join(<2063503..2063781,2063861..2064026,2064184..2064425,2064540..>2064701))	Aspergillus niger	84591770
An08g08650	mRNA	An08g08650	NT_166524.1	2065348	2066071	D	An08g08650	join(<2065348..2065437,2065487..2065633,2065881..2065982,2066027..>2066071)	Aspergillus niger	84591771
An08g08660	mRNA	An08g08660	NT_166524.1	2067108	2068434	D	An08g08660	join(<2067108..2067348,2067563..>2068434)	Aspergillus niger	4983184
An08g08670	mRNA	An08g08670	NT_166524.1	2069213	2072881	D	An08g08670	join(<2069213..2070010,2070076..2072376,2072438..2072635,2072708..>2072881)	Aspergillus niger	4983185
An08g08680	mRNA	An08g08680	NT_166524.1	2074271	2075504	R	An08g08680	complement(join(<2074271..2075392,2075448..>2075504))	Aspergillus niger	84591772
An08g08690	mRNA	An08g08690	NT_166524.1	2076663	2078070	R	An08g08690	complement(join(<2076663..2077378,2077429..2077481,2077527..2077701,2077776..>2078070))	Aspergillus niger	4983187
An08g08700	mRNA	An08g08700	NT_166524.1	2079121	2081357	D	An08g08700	join(<2079121..2081029,2081161..2081222,2081325..>2081357)	Aspergillus niger	84591773
An08g08710	mRNA	An08g08710	NT_166524.1	2081802	2083343	D	An08g08710	<2081802..>2083343	Aspergillus niger	4983189
An08g08720	mRNA	An08g08720	NT_166524.1	2084366	2085367	D	An08g08720	join(<2084366..2084475,2084536..>2085367)	Aspergillus niger	4983190
An08g08730	mRNA	An08g08730	NT_166524.1	2086186	2089026	R	An08g08730	complement(<2086186..>2089026)	Aspergillus niger	4983191
An08g08740	mRNA	An08g08740	NT_166524.1	2089828	2090713	D	An08g08740	join(<2089828..2089831,2090085..2090250,2090416..>2090713)	Aspergillus niger	4983192
An08g08750	mRNA	cpy	NT_166524.1	2091333	2093068	R	An08g08750	complement(join(<2091333..2092498,2092561..>2093068))	Aspergillus niger	4983193
An08g08760	mRNA	An08g08760	NT_166524.1	2093680	2094955	D	An08g08760	join(<2093680..2093746,2093908..2094286,2094347..2094868,2094931..>2094955)	Aspergillus niger	4983194
An08g08770	mRNA	An08g08770	NT_166524.1	2095105	2096501	R	An08g08770	complement(join(<2095105..2095130,2095257..2095443,2095486..2095799,2095849..2096195,2096278..>2096501))	Aspergillus niger	4983195
An08g08780	mRNA	An08g08780	NT_166524.1	2098922	2099650	R	An08g08780	complement(join(<2098922..2099208,2099314..>2099650))	Aspergillus niger	4983196
An08g08790	mRNA	An08g08790	NT_166524.1	2100184	2102345	R	An08g08790	complement(join(<2100184..2100258,2100349..2100516,2100757..2101016,2101113..2101216,2101354..2101458,2101505..2101572,2101672..2101729,2101816..2101905,2102113..2102164,2102249..>2102345))	Aspergillus niger	84591774
An08g08810	mRNA	An08g08810	NT_166524.1	2102549	2103244	R	An08g08810	complement(join(<2102549..2102864,2102991..>2103244))	Aspergillus niger	84591775
An08g08820	mRNA	An08g08820	NT_166524.1	2103963	2105858	D	An08g08820	join(<2103963..2104057,2104155..2104594,2104663..>2105858)	Aspergillus niger	4983200
An08g08830	mRNA	An08g08830	NT_166524.1	2106638	2107531	R	An08g08830	complement(join(<2106638..2106741,2106798..2107210,2107274..2107443,2107490..>2107531))	Aspergillus niger	84591776
An08g08840	mRNA	An08g08840	NT_166524.1	2107588	2109290	D	An08g08840	join(<2107588..2107823,2107873..2107900,2107949..2109117,2109176..>2109290)	Aspergillus niger	4983202
An08g08850	mRNA	An08g08850	NT_166524.1	2109391	2112288	D	An08g08850	join(<2109391..2109419,2109826..2111210,2111261..>2112288)	Aspergillus niger	4983203
An08g08860	mRNA	An08g08860	NT_166524.1	2112599	2114368	R	An08g08860	complement(join(<2112599..2113283,2113341..>2114368))	Aspergillus niger	4983204
An08g08870	mRNA	An08g08870	NT_166524.1	2114717	2115506	R	An08g08870	complement(join(<2114717..2114946,2114999..>2115506))	Aspergillus niger	4983205
An08g08880	mRNA	An08g08880	NT_166524.1	2116016	2116418	R	An08g08880	complement(join(<2116016..2116293,2116337..>2116418))	Aspergillus niger	84591777
An08g08890	mRNA	An08g08890	NT_166524.1	2116705	2118129	D	An08g08890	<2116705..>2118129	Aspergillus niger	4983207
An08g08900	mRNA	An08g08900	NT_166524.1	2118907	2119974	R	An08g08900	complement(join(<2118907..2119344,2119433..2119574,2119655..>2119974))	Aspergillus niger	84591778
An08g08910	mRNA	An08g08910	NT_166524.1	2121677	2123457	R	An08g08910	complement(join(<2121677..2123153,2123234..>2123457))	Aspergillus niger	4983209
An08g08920	mRNA	An08g08920	NT_166524.1	2124326	2126753	R	An08g08920	complement(join(<2124326..2124349,2124466..2124631,2124809..2124972,2125018..2125283,2125332..2125416,2125477..2125764,2125812..2125939,2125982..2125989,2126025..2126137,2126197..2126407,2126461..2126484,2126547..2126673,2126723..>2126753))	Aspergillus niger	4983210
An08g08930	mRNA	An08g08930	NT_166524.1	2126982	2127557	R	An08g08930	complement(<2126982..>2127557)	Aspergillus niger	4983211
An08g08940	mRNA	An08g08940	NT_166524.1	2127847	2129172	R	An08g08940	complement(join(<2127847..2128683,2128765..>2129172))	Aspergillus niger	4983212
An08g08950	mRNA	An08g08950	NT_166524.1	2129528	2131339	R	An08g08950	complement(join(<2129528..2129815,2130008..2130868,2130929..>2131339))	Aspergillus niger	4983213
An08g08960	mRNA	An08g08960	NT_166524.1	2131661	2132682	D	An08g08960	join(<2131661..2131874,2132114..2132276,2132505..>2132682)	Aspergillus niger	84591779
An08g08970	mRNA	An08g08970	NT_166524.1	2133955	2134124	R	An08g08970	complement(join(<2133955..2133979,2134027..>2134124))	Aspergillus niger	84591780
An08g08980	mRNA	An08g08980	NT_166524.1	2134577	2136854	R	An08g08980	complement(join(<2134577..2134595,2134643..2135316,2135363..2135688,2135782..2136702,2136770..>2136854))	Aspergillus niger	4983216
An08g08990	mRNA	An08g08990	NT_166524.1	2136970	2137596	D	An08g08990	join(<2136970..2137027,2137076..2137201,2137310..>2137596)	Aspergillus niger	84591781
An08g09000	mRNA	An08g09000	NT_166524.1	2138378	2139853	R	An08g09000	complement(join(<2138378..2138543,2138859..2139313,2139389..>2139853))	Aspergillus niger	4983218
An08g09010	mRNA	An08g09010	NT_166524.1	2140661	2144706	D	An08g09010	join(<2140661..2140904,2141078..2143151,2143345..2144629,2144680..>2144706)	Aspergillus niger	4983219
An08g09020	mRNA	gmdB	NT_166524.1	2145561	2147481	R	An08g09020	complement(join(<2145561..2145676,2145750..2145837,2145932..2146801,2146848..2147123,2147176..>2147481))	Aspergillus niger	4983220
An08g09030	mRNA	An08g09030	NT_166524.1	2148153	2149734	R	An08g09030	complement(join(<2148153..2148254,2148315..2148920,2148976..2149035,2149104..2149475,2149534..>2149734))	Aspergillus niger	4983221
An08g09040	mRNA	An08g09040	NT_166524.1	2151182	2152780	R	An08g09040	complement(join(<2151182..2152512,2152576..>2152780))	Aspergillus niger	4983222
An08g09050	mRNA	An08g09050	NT_166524.1	2152916	2154886	D	An08g09050	join(<2152916..2152945,2153056..2153196,2153224..2153333,2153420..2153612,2153698..2153793,2153921..2154018,2154132..2154228,2154284..2154679,2154791..>2154886)	Aspergillus niger	84591782
An08g09060	mRNA	An08g09060	NT_166524.1	2155468	2155593	D	An08g09060	join(<2155468..2155541,2155572..>2155593)	Aspergillus niger	84591783
An08g09070	mRNA	An08g09070	NT_166524.1	2156318	2156563	D	An08g09070	<2156318..>2156563	Aspergillus niger	84591784
An08g09080	mRNA	An08g09080	NT_166524.1	2156706	2157873	D	An08g09080	join(<2156706..2156886,2156944..2157277,2157361..2157445,2157799..>2157873)	Aspergillus niger	84591785
An08g09090	mRNA	An08g09090	NT_166524.1	2158799	2160161	R	An08g09090	complement(join(<2158799..2159825,2159884..>2160161))	Aspergillus niger	84591786
An08g09100	mRNA	An08g09100	NT_166524.1	2160899	2161926	D	An08g09100	join(<2160899..2160988,2161068..2161526,2161738..>2161926)	Aspergillus niger	4983228
An08g09110	mRNA	An08g09110	NT_166524.1	2162281	2162805	R	An08g09110	complement(<2162281..>2162805)	Aspergillus niger	84591787
An08g09120	mRNA	An08g09120	NT_166524.1	2163236	2165289	R	An08g09120	complement(join(<2163236..2163590,2163649..2164015,2164079..2164236,2164301..2165042,2165121..>2165289))	Aspergillus niger	4983230
An08g09130	mRNA	An08g09130	NT_166524.1	2165484	2166126	D	An08g09130	join(<2165484..2165595,2165635..2165691,2165799..2165878,2165929..>2166126)	Aspergillus niger	84591788
An08g09140	mRNA	An08g09140	NT_166524.1	2166467	2168973	D	An08g09140	join(<2166467..2166772,2166826..>2168973)	Aspergillus niger	4983232
An08g09150	mRNA	An08g09150	NT_166524.1	2170068	2170810	R	An08g09150	complement(join(<2170068..2170362,2170440..>2170810))	Aspergillus niger	4983233
An08g09160	mRNA	An08g09160	NT_166524.1	2171400	2177014	R	An08g09160	complement(join(<2171400..2171842,2171896..2172040,2172091..2173488,2173545..2176584,2176638..>2177014))	Aspergillus niger	4983234
An08g09170	mRNA	An08g09170	NT_166524.1	2177291	2180880	D	An08g09170	join(<2177291..2177315,2177422..2179787,2179927..>2180880)	Aspergillus niger	4983235
An08g09180	mRNA	An08g09180	NT_166524.1	2181337	2182128	R	An08g09180	complement(<2181337..>2182128)	Aspergillus niger	4983236
An08g09190	mRNA	An08g09190	NT_166524.1	2183380	2185392	R	An08g09190	complement(join(<2183380..2184531,2184592..2184950,2185014..>2185392))	Aspergillus niger	4983237
An08g09200	mRNA	An08g09200	NT_166524.1	2186387	2186690	R	An08g09200	complement(join(<2186387..2186439,2186541..>2186690))	Aspergillus niger	84591789
An08g09210	mRNA	An08g09210	NT_166524.1	2186768	2187838	D	An08g09210	<2186768..>2187838	Aspergillus niger	4983239
An08g09220	mRNA	An08g09220	NT_166524.1	2188106	2189778	R	An08g09220	complement(join(<2188106..2188570,2188681..>2189778))	Aspergillus niger	84591790
An08g09230	mRNA	An08g09230	NT_166524.1	2190079	2191731	R	An08g09230	complement(join(<2190079..2190426,2190508..2191617,2191687..>2191731))	Aspergillus niger	4983241
An08g09240	mRNA	An08g09240	NT_166524.1	2193322	2196169	D	An08g09240	join(<2193322..2193361,2193615..2194126,2194219..2194752,2194816..2195311,2195437..2195486,2195750..>2196169)	Aspergillus niger	4983242
An08g09250	mRNA	An08g09250	NT_166524.1	2196668	2198329	D	An08g09250	join(<2196668..2196790,2196839..2196935,2197002..2197951,2198027..>2198329)	Aspergillus niger	4983243
An08g09260	mRNA	An08g09260	NT_166524.1	2198825	2201343	R	An08g09260	complement(join(<2198825..2198890,2199001..2199135,2199204..2199544,2199636..2200090,2200151..2201166,2201233..>2201343))	Aspergillus niger	4983244
An08g09270	mRNA	An08g09270	NT_166524.1	2201466	2203073	D	An08g09270	join(<2201466..2201535,2201589..2201638,2201770..2201859,2201935..2202006,2202095..2202148,2202226..2202279,2202381..2202648,2202776..2202820,2202901..>2203073)	Aspergillus niger	84591791
An08g09280	mRNA	An08g09280	NT_166524.1	2203139	2204491	D	An08g09280	join(<2203139..2203297,2203358..2203435,2203496..2204039,2204078..2204105,2204224..>2204491)	Aspergillus niger	4983246
An08g09290	mRNA	An08g09290	NT_166524.1	2205094	2206124	R	An08g09290	complement(join(<2205094..2205956,2206034..>2206124))	Aspergillus niger	84591792
An08g09300	mRNA	An08g09300	NT_166524.1	2206349	2207005	D	An08g09300	join(<2206349..2206862,2206899..>2207005)	Aspergillus niger	84591793
An08g09310	mRNA	An08g09310	NT_166524.1	2207860	2210978	D	An08g09310	join(<2207860..2207991,2208211..2208348,2208418..2208748,2208837..2209076,2209231..2210140,2210209..2210624,2210713..>2210978)	Aspergillus niger	4983249
An08g09320	mRNA	An08g09320	NT_166524.1	2211045	2212664	R	An08g09320	complement(join(<2211045..2212245,2212312..>2212664))	Aspergillus niger	4983250
An08g09330	mRNA	An08g09330	NT_166524.1	2213932	2215041	D	An08g09330	<2213932..>2215041	Aspergillus niger	4983251
An08g09340	mRNA	An08g09340	NT_166524.1	2216873	2217807	R	An08g09340	complement(join(<2216873..2217160,2217222..2217476,2217538..>2217807))	Aspergillus niger	4983252
An08g09350	mRNA	An08g09350	NT_166524.1	2218327	2220031	D	An08g09350	join(<2218327..2218471,2218532..2219048,2219093..2219324,2219381..>2220031)	Aspergillus niger	4983253
An08g09360	mRNA	An08g09360	NT_166524.1	2220709	2221656	D	An08g09360	join(<2220709..2221266,2221321..2221518,2221573..>2221656)	Aspergillus niger	4983254
An08g09370	mRNA	An08g09370	NT_166524.1	2221875	2224743	R	An08g09370	complement(join(<2221875..2222349,2222431..2222663,2222714..2222839,2222993..2223393,2223447..2223980,2224054..2224357,2224408..2224478,2224665..>2224743))	Aspergillus niger	4983255
An08g09380	mRNA	An08g09380	NT_166524.1	2225196	2226722	R	An08g09380	complement(join(<2225196..2225432,2225482..2226022,2226099..2226228,2226292..2226451,2226627..>2226722))	Aspergillus niger	4983256
An08g09390	mRNA	An08g09390	NT_166524.1	2227562	2228482	D	An08g09390	join(<2227562..2227612,2227760..2228105,2228154..>2228482)	Aspergillus niger	4983257
An08g09400	mRNA	An08g09400	NT_166524.1	2230248	2231090	R	An08g09400	complement(join(<2230248..2230306,2230414..2230683,2231009..>2231090))	Aspergillus niger	84591794
An08g09410	mRNA	An08g09410	NT_166524.1	2231569	2235192	D	An08g09410	join(<2231569..2231823,2231878..2232103,2232208..2232526,2232619..2232756,2233491..2234162,2234380..2234512,2234609..2234740,2235004..>2235192)	Aspergillus niger	84591795
An08g09420	mRNA	An08g09420	NT_166524.1	2235634	2236206	D	An08g09420	<2235634..>2236206	Aspergillus niger	4983260
An08g09430	mRNA	An08g09430	NT_166524.1	2237457	2239775	R	An08g09430	complement(<2237457..>2239775)	Aspergillus niger	4983261
An08g09440	mRNA	An08g09440	NT_166524.1	2240375	2241665	D	An08g09440	join(<2240375..2240427,2240999..2241048,2241172..>2241665)	Aspergillus niger	84591796
An08g09450	mRNA	An08g09450	NT_166524.1	2243123	2244131	R	An08g09450	complement(join(<2243123..2243289,2243351..2243986,2244047..>2244131))	Aspergillus niger	4983263
An08g09460	mRNA	An08g09460	NT_166524.1	2245045	2246492	R	An08g09460	complement(join(<2245045..2245770,2246134..2246363,2246417..>2246492))	Aspergillus niger	4983264
An08g09470	mRNA	An08g09470	NT_166524.1	2247003	2249609	D	An08g09470	join(<2247003..2247135,2247178..2247214,2247299..2247451,2247535..2248391,2248458..2249094,2249355..2249360,2249428..2249486,2249587..>2249609)	Aspergillus niger	4983265
An08g09490	mRNA	An08g09490	NT_166524.1	2250258	2252721	R	An08g09490	complement(join(<2250258..2250669,2250734..2250916,2250974..2251545,2251639..2251719,2251773..2252083,2252141..2252418,2252570..>2252721))	Aspergillus niger	4983267
An08g09500	mRNA	An08g09500	NT_166524.1	2254112	2257659	D	An08g09500	join(<2254112..2254230,2254945..2255075,2255154..2255648,2255716..2256330,2256401..>2257659)	Aspergillus niger	84591797
An08g09510	mRNA	An08g09510	NT_166524.1	2259251	2260633	D	An08g09510	join(<2259251..2259669,2259715..2259772,2260052..>2260633)	Aspergillus niger	84591798
An08g09520	mRNA	An08g09520	NT_166524.1	2260800	2262274	R	An08g09520	complement(join(<2260800..2261665,2261927..2262099,2262165..>2262274))	Aspergillus niger	84591799
An08g09530	mRNA	An08g09530	NT_166524.1	2263380	2265575	D	An08g09530	join(<2263380..2263542,2263598..2264118,2264218..2264289,2264548..2264629,2264714..2264778,2264824..2264967,2265145..2265211,2265310..>2265575)	Aspergillus niger	84591800
An08g09540	mRNA	An08g09540	NT_166524.1	2265945	2267942	D	An08g09540	join(<2265945..2266133,2266164..2266546,2266886..2267007,2267322..2267401,2267482..2267533,2267623..2267702,2267790..>2267942)	Aspergillus niger	84591801
An08g09550	mRNA	An08g09550	NT_166524.1	2268086	2270066	D	An08g09550	join(<2268086..2268389,2268438..2268916,2268979..2269444,2269521..2269633,2269707..>2270066)	Aspergillus niger	4983273
An08g09560	mRNA	An08g09560	NT_166524.1	2270865	2272346	D	An08g09560	join(<2270865..2271022,2271084..2271591,2271666..>2272346)	Aspergillus niger	84591802
An08g09570	mRNA	An08g09570	NT_166524.1	2273839	2275858	D	An08g09570	join(<2273839..2273919,2274001..2274912,2274992..2275172,2275270..2275493,2275727..>2275858)	Aspergillus niger	4983275
An08g09580	mRNA	An08g09580	NT_166524.1	2276585	2277550	R	An08g09580	complement(<2276585..>2277550)	Aspergillus niger	4983276
An08g09590	mRNA	An08g09590	NT_166524.1	2281816	2282198	D	An08g09590	join(<2281816..2281970,2282087..>2282198)	Aspergillus niger	84591803
An08g09600	mRNA	An08g09600	NT_166524.1	2283227	2284575	D	An08g09600	join(<2283227..2283268,2283692..2283729,2283819..2283852,2283923..2283982,2284225..2284378,2284532..>2284575)	Aspergillus niger	84591804
An08g09610	mRNA	An08g09610	NT_166524.1	2284916	2286310	R	An08g09610	complement(<2284916..>2286310)	Aspergillus niger	4983279
An08g09620	mRNA	An08g09620	NT_166524.1	2287984	2290541	R	An08g09620	complement(join(<2287984..2288141,2288238..2288268,2288434..2289490,2289540..2289689,2289739..2290257,2290308..2290361,2290417..>2290541))	Aspergillus niger	4983280
An08g09630	mRNA	An08g09630	NT_166524.1	2290814	2291795	R	An08g09630	complement(join(<2290814..2290901,2291003..2291421,2291474..2291666,2291728..>2291795))	Aspergillus niger	4983281
An08g09640	mRNA	An08g09640	NT_166524.1	2292204	2293557	R	An08g09640	complement(join(<2292204..2292717,2292772..2293163,2293237..2293344,2293489..>2293557))	Aspergillus niger	4983282
An08g09650	mRNA	An08g09650	NT_166524.1	2295987	2296283	D	An08g09650	join(<2295987..2296027,2296094..>2296283)	Aspergillus niger	84591805
An08g09660	mRNA	An08g09660	NT_166524.1	2296651	2296905	D	An08g09660	join(<2296651..2296740,2296795..>2296905)	Aspergillus niger	84591806
An08g09670	mRNA	An08g09670	NT_166524.1	2297503	2297892	R	An08g09670	complement(<2297503..>2297892)	Aspergillus niger	84591807
An08g09680	mRNA	An08g09680	NT_166524.1	2298221	2298763	D	An08g09680	<2298221..>2298763	Aspergillus niger	4983286
An08g09690	mRNA	An08g09690	NT_166524.1	2299241	2300630	R	An08g09690	complement(join(<2299241..2299647,2299836..2299906,2299963..2300040,2300095..>2300630))	Aspergillus niger	4983287
An08g09700	mRNA	An08g09700	NT_166524.1	2301147	2302528	R	An08g09700	complement(join(<2301147..2301434,2301492..2302062,2302119..2302199,2302255..2302341,2302404..>2302528))	Aspergillus niger	4983288
An08g09710	mRNA	An08g09710	NT_166524.1	2304217	2305395	R	An08g09710	complement(join(<2304217..2304362,2304428..2304905,2304958..>2305395))	Aspergillus niger	4983289
An08g09720	mRNA	An08g09720	NT_166524.1	2305513	2307323	D	An08g09720	join(<2305513..2305597,2305679..2305775,2305890..2306056,2306159..2306281,2306356..2306405,2306485..2306797,2306862..2306919,2306969..>2307323)	Aspergillus niger	4983290
An08g09740	mRNA	An08g09740	NT_166524.1	2308425	2310660	R	An08g09740	complement(join(<2308425..2308496,2308769..2308825,2308923..2309213,2309342..2310436,2310532..>2310660))	Aspergillus niger	84591808
An08g09750	mRNA	An08g09750	NT_166524.1	2312456	2313664	R	An08g09750	complement(join(<2312456..2313147,2313204..2313494,2313556..>2313664))	Aspergillus niger	4983293
An08g09760	mRNA	An08g09760	NT_166524.1	2315444	2317122	D	An08g09760	<2315444..>2317122	Aspergillus niger	4983294
An08g09770	mRNA	An08g09770	NT_166524.1	2317461	2318966	D	An08g09770	join(<2317461..2317806,2317900..2318035,2318152..2318452,2318530..>2318966)	Aspergillus niger	84591809
An08g09780	mRNA	An08g09780	NT_166524.1	2320376	2321873	D	An08g09780	join(<2320376..2320533,2320606..2320681,2320792..2321471,2321608..2321708,2321749..2321760,2321836..>2321873)	Aspergillus niger	4983296
An08g09790	mRNA	An08g09790	NT_166524.1	2323425	2324092	D	An08g09790	join(<2323425..2323431,2323524..2323590,2323810..>2324092)	Aspergillus niger	84591810
An08g09800	mRNA	An08g09800	NT_166524.1	2324724	2326499	D	An08g09800	<2324724..>2326499	Aspergillus niger	4983298
An08g09810	mRNA	An08g09810	NT_166524.1	2327514	2328446	R	An08g09810	complement(<2327514..>2328446)	Aspergillus niger	4983299
An08g09820	mRNA	An08g09820	NT_166524.1	2329156	2329505	D	An08g09820	join(<2329156..2329247,2329401..2329451,2329484..>2329505)	Aspergillus niger	84591811
An08g09830	mRNA	An08g09830	NT_166524.1	2331038	2332575	D	An08g09830	join(<2331038..2332487,2332556..>2332575)	Aspergillus niger	84591812
An08g09840	mRNA	An08g09840	NT_166524.1	2332869	2333782	R	An08g09840	complement(join(<2332869..2333009,2333141..2333220,2333292..2333673,2333753..>2333782))	Aspergillus niger	84591813
An08g09850	mRNA	An08g09850	NT_166524.1	2334536	2336102	R	An08g09850	complement(join(<2334536..2335329,2335377..2335667,2335719..2335863,2335920..>2336102))	Aspergillus niger	4983303
An08g09860	mRNA	An08g09860	NT_166524.1	2337617	2339052	R	An08g09860	complement(join(<2337617..2338270,2338351..2338509,2338570..2338697,2338752..>2339052))	Aspergillus niger	84591814
An08g09870	mRNA	An08g09870	NT_166524.1	2339478	2340421	R	An08g09870	complement(join(<2339478..2340018,2340087..>2340421))	Aspergillus niger	4983305
An08g09880	mRNA	An08g09880	NT_166524.1	2342153	2342525	R	An08g09880	complement(join(<2342153..2342209,2342254..2342306,2342360..>2342525))	Aspergillus niger	4983306
An08g09900	mRNA	An08g09900	NT_166524.1	2345384	2348062	R	An08g09900	complement(join(<2345384..2345485,2345518..2345631,2345689..2345776,2345830..2346474,2346525..2347380,2347414..>2348062))	Aspergillus niger	4983307
An08g09910	mRNA	An08g09910	NT_166524.1	2348845	2350607	D	An08g09910	join(<2348845..2349864,2350003..2350189,2350246..>2350607)	Aspergillus niger	84591815
An08g09920	mRNA	An08g09920	NT_166524.1	2351932	2352547	D	An08g09920	join(<2351932..2352030,2352116..>2352547)	Aspergillus niger	4983309
An08g09930	mRNA	An08g09930	NT_166524.1	2353363	2354967	R	An08g09930	complement(join(<2353363..2353821,2353905..2354641,2354877..>2354967))	Aspergillus niger	84591816
An08g09940	mRNA	An08g09940	NT_166524.1	2356855	2358385	R	An08g09940	complement(join(<2356855..2357193,2357252..>2358385))	Aspergillus niger	4983311
An08g09950	mRNA	An08g09950	NT_166524.1	2359238	2359849	D	An08g09950	join(<2359238..2359417,2359473..2359628,2359769..>2359849)	Aspergillus niger	84591817
An08g09960	mRNA	An08g09960	NT_166524.1	2360553	2361710	D	An08g09960	join(<2360553..2361239,2361452..2361601,2361648..>2361710)	Aspergillus niger	4983313
An08g09970	mRNA	An08g09970	NT_166524.1	2364150	2367774	D	An08g09970	join(<2364150..2364761,2364859..>2367774)	Aspergillus niger	4983314
An08g09980	mRNA	An08g09980	NT_166524.1	2368320	2370006	R	An08g09980	complement(join(<2368320..2369275,2369395..2369510,2369588..2369861,2369982..>2370006))	Aspergillus niger	4983315
An08g09990	mRNA	An08g09990	NT_166524.1	2370887	2372375	R	An08g09990	complement(join(<2370887..2370998,2371120..2371160,2371474..2371564,2371685..2371813,2371870..>2372375))	Aspergillus niger	84591818
An08g10000	mRNA	An08g10000	NT_166524.1	2373829	2375630	R	An08g10000	complement(join(<2373829..2374718,2374772..2375483,2375536..>2375630))	Aspergillus niger	4983317
An08g10010	mRNA	An08g10010	NT_166524.1	2378501	2379285	D	An08g10010	join(<2378501..2378558,2378624..2378940,2378991..2379038,2379163..>2379285)	Aspergillus niger	4983318
An08g10020	mRNA	An08g10020	NT_166524.1	2379767	2380804	D	An08g10020	<2379767..>2380804	Aspergillus niger	4983319
An08g10030	mRNA	An08g10030	NT_166524.1	2381086	2381559	R	An08g10030	complement(join(<2381086..2381139,2381208..2381331,2381396..>2381559))	Aspergillus niger	4983320
An08g10040	mRNA	An08g10040	NT_166524.1	2382274	2385038	R	An08g10040	complement(join(<2382274..2383206,2383275..2383529,2383587..2383805,2383857..2384057,2384113..2384421,2384499..>2385038))	Aspergillus niger	4983321
An08g10050	mRNA	An08g10050	NT_166524.1	2385903	2386813	D	An08g10050	join(<2385903..2386058,2386129..2386201,2386252..2386595,2386682..>2386813)	Aspergillus niger	4983322
An08g10060	mRNA	An08g10060	NT_166524.1	2387448	2388507	D	An08g10060	join(<2387448..2387507,2387718..2387810,2387883..2388036,2388105..2388310,2388376..>2388507)	Aspergillus niger	4983323
An08g10070	mRNA	An08g10070	NT_166524.1	2389451	2392117	R	An08g10070	complement(join(<2389451..2389582,2389856..2390501,2390685..2391316,2391377..>2392117))	Aspergillus niger	4983324
An08g10080	mRNA	An08g10080	NT_166524.1	2392323	2393573	R	An08g10080	complement(<2392323..>2393573)	Aspergillus niger	84591819
An08g10090	mRNA	An08g10090	NT_166524.1	2394066	2394531	R	An08g10090	complement(join(<2394066..2394109,2394192..2394383,2394507..>2394531))	Aspergillus niger	84591820
An08g10100	mRNA	An08g10100	NT_166524.1	2395352	2397701	R	An08g10100	complement(join(<2395352..2395479,2395640..2395973,2396032..2396364,2396412..2396523,2396664..2396717,2396940..2397427,2397498..>2397701))	Aspergillus niger	4983327
An08g10110	mRNA	An08g10110	NT_166524.1	2399954	2400479	D	An08g10110	join(<2399954..2399969,2400038..2400247,2400316..>2400479)	Aspergillus niger	4983328
An08g10120	mRNA	An08g10120	NT_166524.1	2401307	2401897	D	An08g10120	join(<2401307..2401378,2401475..2401634,2401728..>2401897)	Aspergillus niger	84591821
An08g10130	mRNA	An08g10130	NT_166524.1	2402642	2406916	D	An08g10130	join(<2402642..2402703,2402971..>2406916)	Aspergillus niger	4983330
An08g10140	mRNA	An08g10140	NT_166524.1	2408096	2408980	R	An08g10140	complement(join(<2408096..2408302,2408382..2408456,2408891..>2408980))	Aspergillus niger	4983331
An08g10150	mRNA	An08g10150	NT_166524.1	2409454	2410425	R	An08g10150	complement(join(<2409454..2410280,2410371..>2410425))	Aspergillus niger	4983332
An08g10160	mRNA	An08g10160	NT_166524.1	2411771	2413037	D	An08g10160	join(<2411771..2412572,2412748..>2413037)	Aspergillus niger	84591822
An08g10170	mRNA	An08g10170	NT_166524.1	2414764	2415869	R	An08g10170	complement(join(<2414764..2414858,2414914..2415761,2415805..>2415869))	Aspergillus niger	4983334
An08g10180	mRNA	An08g10180	NT_166524.1	2417562	2418979	D	An08g10180	join(<2417562..2418518,2418839..>2418979)	Aspergillus niger	4983335
An08g10190	mRNA	An08g10190	NT_166524.1	2419597	2421110	R	An08g10190	complement(join(<2419597..2420520,2420575..2420645,2420711..>2421110))	Aspergillus niger	4983336
An08g10200	mRNA	An08g10200	NT_166524.1	2422934	2423466	R	An08g10200	complement(join(<2422934..2423096,2423188..2423230,2423373..>2423466))	Aspergillus niger	84591823
An08g10210	mRNA	An08g10210	NT_166524.1	2424454	2426719	D	An08g10210	join(<2424454..2424535,2424583..2424742,2424792..2424984,2425038..2425390,2425436..2425642,2425700..2425977,2426025..>2426719)	Aspergillus niger	4983338
An08g10220	mRNA	An08g10220	NT_166524.1	2427546	2432962	R	An08g10220	complement(join(<2427546..2427702,2427757..2427908,2428043..2428199,2428626..>2432962))	Aspergillus niger	10098019
An08g10260	mRNA	An08g10260	NT_166524.1	2433727	2435059	D	An08g10260	join(<2433727..2434016,2434114..2434541,2434605..2434843,2434931..2434946,2434987..2434999,2435035..>2435059)	Aspergillus niger	4983340
An08g10270	mRNA	An08g10270	NT_166524.1	2435171	2442504	R	An08g10270	complement(join(<2435171..2435246,2435343..2435346,2435800..2442223,2442343..>2442504))	Aspergillus niger	4983341
An08g10280	mRNA	An08g10280	NT_166524.1	2443500	2445223	R	An08g10280	complement(join(<2443500..2445040,2445097..>2445223))	Aspergillus niger	4983342
An08g10300	mRNA	An08g10300	NT_166524.1	2447519	2449441	D	An08g10300	join(<2447519..2447811,2447879..2449130,2449187..>2449441)	Aspergillus niger	4983344
An08g10310	mRNA	An08g10310	NT_166524.1	2450522	2451209	R	An08g10310	complement(join(<2450522..2450627,2450683..2451015,2451103..>2451209))	Aspergillus niger	4983345
An08g10320	mRNA	An08g10320	NT_166524.1	2452444	2454122	D	An08g10320	join(<2452444..2452529,2452574..>2454122)	Aspergillus niger	4983346
An08g10330	mRNA	An08g10330	NT_166524.1	2454774	2456913	D	An08g10330	join(<2454774..2454816,2454899..>2456913)	Aspergillus niger	4983347
An08g10340	mRNA	An08g10340	NT_166524.1	2457744	2458949	D	An08g10340	join(<2457744..2458045,2458135..2458579,2458887..>2458949)	Aspergillus niger	4983348
An08g10350	mRNA	An08g10350	NT_166524.1	2459246	2460124	R	An08g10350	complement(<2459246..>2460124)	Aspergillus niger	4983349
An08g10360	mRNA	An08g10360	NT_166524.1	2460780	2466912	D	An08g10360	join(<2460780..2461071,2461121..>2466912)	Aspergillus niger	4983350
An08g10370	mRNA	An08g10370	NT_166524.1	2468427	2469146	R	An08g10370	complement(join(<2468427..2468892,2468953..>2469146))	Aspergillus niger	4983351
An08g10380	mRNA	An08g10380	NT_166524.1	2469642	2471792	R	An08g10380	complement(join(<2469642..2470909,2470973..2471591,2471649..2471696,2471769..>2471792))	Aspergillus niger	4983352
An08g10390	mRNA	An08g10390	NT_166524.1	2472732	2475647	R	An08g10390	complement(join(<2472732..2473617,2473667..2473850,2473911..2474123,2474268..2474272,2474388..2474482,2474529..2475104,2475162..>2475647))	Aspergillus niger	4983353
An08g10400	mRNA	An08g10400	NT_166524.1	2478188	2479792	R	An08g10400	complement(join(<2478188..2478499,2478549..2478907,2479061..2479523,2479588..2479617,2479724..>2479792))	Aspergillus niger	4983354
An08g10410	mRNA	An08g10410	NT_166524.1	2481763	2483994	R	An08g10410	complement(<2481763..>2483994)	Aspergillus niger	4983355
An08g10420	mRNA	An08g10420	NT_166524.1	2485198	2486390	D	An08g10420	join(<2485198..2485270,2485616..2485683,2485958..2486071,2486199..>2486390)	Aspergillus niger	84591824
An08g10430	mRNA	An08g10430	NT_166524.1	2486596	2488550	R	An08g10430	complement(join(<2486596..2486642,2486737..2487007,2487346..2487437,2487515..2487592,2487902..2488037,2488076..2488242,2488337..2488437,2488513..>2488550))	Aspergillus niger	84591825
An08g10440	mRNA	An08g10440	NT_166524.1	2490245	2493060	R	An08g10440	complement(join(<2490245..2490742,2490792..2490985,2491033..2491261,2491305..2491538,2491602..2491899,2491948..2492113,2492163..2492442,2492492..2492708,2492771..2492793,2492851..>2493060))	Aspergillus niger	4983358
An08g10450	mRNA	An08g10450	NT_166524.1	2495628	2498902	D	An08g10450	join(<2495628..2495924,2496012..2497225,2497496..2498726,2498777..>2498902)	Aspergillus niger	4983359
An08g10460	mRNA	An08g10460	NT_166524.1	2499471	2500955	R	An08g10460	complement(join(<2499471..2499727,2499933..2500342,2500408..>2500955))	Aspergillus niger	4983360
An08g10470	mRNA	An08g10470	NT_166524.1	2501350	2501999	D	An08g10470	join(<2501350..2501418,2501511..>2501999)	Aspergillus niger	4983361
An08g10480	mRNA	An08g10480	NT_166524.1	2502620	2503876	D	An08g10480	join(<2502620..2502622,2502952..2503029,2503102..2503611,2503676..>2503876)	Aspergillus niger	4983362
An08g10490	mRNA	An08g10490	NT_166524.1	2504192	2507688	R	An08g10490	complement(join(<2504192..2504344,2504852..2507240,2507311..2507519,2507632..>2507688))	Aspergillus niger	4983363
An08g10500	mRNA	An08g10500	NT_166524.1	2508834	2509883	R	An08g10500	complement(join(<2508834..2508899,2508929..2508963,2509082..2509137,2509234..>2509883))	Aspergillus niger	4983364
An08g10510	mRNA	tpsA	NT_166524.1	2510717	2512543	R	An08g10510	complement(join(<2510717..2510879,2510932..2511271,2511323..2511693,2511758..2512130,2512237..>2512543))	Aspergillus niger	4983365
An08g10520	mRNA	An08g10520	NT_166524.1	2514682	2516033	R	An08g10520	complement(join(<2514682..2514702,2515033..2515394,2515449..2515808,2515871..2515883,2515950..>2516033))	Aspergillus niger	4983366
An08g10530	mRNA	An08g10530	NT_166524.1	2517127	2519993	R	An08g10530	complement(join(<2517127..2517387,2517450..2518795,2518854..2519452,2519555..2519574,2519664..2519741,2519838..2519855,2519982..>2519993))	Aspergillus niger	4983367
An08g10540	mRNA	An08g10540	NT_166524.1	2520459	2521877	D	An08g10540	join(<2520459..2520511,2520830..2520902,2520959..2521387,2521501..2521667,2521757..>2521877)	Aspergillus niger	4983368
An08g10550	mRNA	An08g10550	NT_166524.1	2522476	2523466	R	An08g10550	complement(join(<2522476..2522815,2522899..2523238,2523295..>2523466))	Aspergillus niger	4983369
An08g10560	mRNA	An08g10560	NT_166524.1	2523773	2526859	D	An08g10560	join(<2523773..2523885,2524281..2524953,2525009..2525092,2525143..2525266,2525313..>2526859)	Aspergillus niger	4983370
An08g10570	mRNA	An08g10570	NT_166524.1	2527590	2531244	D	An08g10570	join(<2527590..2527657,2527734..2527896,2527956..2528126,2528186..2528873,2528927..2529136,2529257..2529711,2529765..2529869,2529922..2530040,2530142..2530180,2530259..2530936,2530996..2530999,2531218..>2531244)	Aspergillus niger	4983371
An08g10580	mRNA	An08g10580	NT_166524.1	2531920	2532330	R	An08g10580	complement(join(<2531920..2532160,2532236..>2532330))	Aspergillus niger	10098335
An08g10590	mRNA	An08g10590	NT_166524.1	2532359	2534171	D	An08g10590	join(<2532359..2532376,2532449..2532541,2532674..2532739,2532823..2532900,2532958..2533018,2533057..2533188,2533249..2533298,2533811..2533966,2534073..>2534171)	Aspergillus niger	84591826
An08g10600	mRNA	An08g10600	NT_166524.1	2534355	2536876	R	An08g10600	complement(join(<2534355..2534729,2534793..2535839,2535892..2536160,2536210..2536324,2536378..2536437,2536499..>2536876))	Aspergillus niger	4983374
An08g10610	mRNA	An08g10610	NT_166524.1	2537941	2539680	D	An08g10610	join(<2537941..2538148,2538392..2538522,2538773..2538891,2538943..2539162,2539213..2539518,2539580..2539600,2539648..>2539680)	Aspergillus niger	4983375
An08g10620	mRNA	An08g10620	NT_166524.1	2540142	2540547	D	An08g10620	join(<2540142..2540478,2540540..>2540547)	Aspergillus niger	10098336
An08g10630	mRNA	An08g10630	NT_166524.1	2540824	2541594	R	An08g10630	complement(join(<2540824..2541274,2541488..>2541594))	Aspergillus niger	84591827
An08g10640	mRNA	An08g10640	NT_166524.1	2542269	2544626	R	An08g10640	complement(join(<2542269..2543843,2543893..2544302,2544356..>2544626))	Aspergillus niger	4983378
An08g10650	mRNA	An08g10650	NT_166524.1	2546140	2549011	D	An08g10650	join(<2546140..2546676,2546733..2548379,2548436..>2549011)	Aspergillus niger	4983379
An08g10660	mRNA	An08g10660	NT_166524.1	2549809	2551560	D	An08g10660	join(<2549809..2549846,2550090..2550129,2550213..2550246,2550318..2550389,2550474..2550506,2550758..2551061,2551524..>2551560)	Aspergillus niger	84591828
An08g10670	mRNA	An08g10670	NT_166524.1	2552248	2553463	D	An08g10670	join(<2552248..2552357,2552413..2552608,2552658..2553387,2553435..>2553463)	Aspergillus niger	4983381
An08g10680	mRNA	An08g10680	NT_166524.1	2553833	2554907	R	An08g10680	complement(join(<2553833..2554527,2554595..>2554907))	Aspergillus niger	4983382
An08g10690	mRNA	An08g10690	NT_166524.1	2555103	2556646	R	An08g10690	complement(join(<2555103..2555201,2555252..2555587,2555635..2555793,2555841..2555982,2556034..2556125,2556183..2556277,2556328..2556390,2556457..2556470,2556528..>2556646))	Aspergillus niger	4983383
An08g10700	mRNA	An08g10700	NT_166524.1	2557249	2558113	R	An08g10700	complement(join(<2557249..2557770,2557842..2558013,2558067..>2558113))	Aspergillus niger	4983384
An08g10710	mRNA	An08g10710	NT_166524.1	2558688	2559960	D	An08g10710	join(<2558688..2558955,2559025..2559260,2559319..>2559960)	Aspergillus niger	4983385
An08g10720	mRNA	An08g10720	NT_166524.1	2560040	2562614	R	An08g10720	complement(join(<2560040..2560067,2560124..2560159,2560400..2560821,2560881..2561749,2561815..2562053,2562144..2562435,2562602..>2562614))	Aspergillus niger	4983386
An08g10730	mRNA	An08g10730	NT_166524.1	2562876	2563976	R	An08g10730	complement(join(<2562876..2563103,2563140..2563378,2563433..2563456,2563585..2563722,2563784..>2563976))	Aspergillus niger	4983387
An08g10740	mRNA	An08g10740	NT_166524.1	2564718	2565650	R	An08g10740	complement(join(<2564718..2564920,2564983..2565100,2565165..2565493,2565563..>2565650))	Aspergillus niger	4983388
An08g10750	mRNA	An08g10750	NT_166524.1	2566638	2568869	R	An08g10750	complement(join(<2566638..2566823,2566885..2567586,2567642..2567667,2567762..>2568869))	Aspergillus niger	4983389
An08g10760	mRNA	An08g10760	NT_166524.1	2569859	2571220	D	An08g10760	<2569859..>2571220	Aspergillus niger	4983390
An08g10770	mRNA	An08g10770	NT_166524.1	2571617	2572508	D	An08g10770	join(<2571617..2572142,2572189..2572263,2572336..>2572508)	Aspergillus niger	84591829
An08g10780	mRNA	An08g10780	NT_166524.1	2572709	2574613	D	An08g10780	join(<2572709..2572774,2572827..2572887,2572961..2573052,2573113..2573324,2573380..2573467,2573514..2573627,2573710..2573722,2573771..2573906,2573955..2574045,2574102..2574516,2574576..>2574613)	Aspergillus niger	4983392
An08g10790	mRNA	An08g10790	NT_166524.1	2575252	2576999	D	An08g10790	join(<2575252..2575420,2575473..2575607,2575897..>2576999)	Aspergillus niger	4983393
An08g10800	mRNA	An08g10800	NT_166524.1	2577506	2579619	R	An08g10800	complement(join(<2577506..2577783,2577840..2579499,2579560..>2579619))	Aspergillus niger	4983394
An08g10810	mRNA	An08g10810	NT_166524.1	2580227	2582038	R	An08g10810	complement(<2580227..>2582038)	Aspergillus niger	4983395
An08g10820	mRNA	An08g10820	NT_166524.1	2583308	2584838	D	An08g10820	join(<2583308..2583641,2583703..>2584838)	Aspergillus niger	4983396
An08g10830	mRNA	An08g10830	NT_166524.1	2585116	2586881	R	An08g10830	complement(join(<2585116..2586661,2586730..>2586881))	Aspergillus niger	4983397
An08g10840	mRNA	An08g10840	NT_166524.1	2587685	2589628	D	An08g10840	join(<2587685..2587687,2587778..2587896,2587973..2588111,2588205..2588264,2588587..2588783,2588977..2589162,2589254..2589386,2589476..>2589628)	Aspergillus niger	84591830
An08g10860	mRNA	An08g10860	NT_166524.1	2590725	2596919	R	An08g10860	complement(join(<2590725..2591159,2591212..2591327,2591395..2591883,2591942..>2596919))	Aspergillus niger	4983400
An08g10870	mRNA	An08g10870	NT_166524.1	2597305	2598842	D	An08g10870	join(<2597305..2597662,2597722..>2598842)	Aspergillus niger	4983401
An08g10880	mRNA	An08g10880	NT_166524.1	2599077	2601519	R	An08g10880	complement(join(<2599077..2599581,2599642..2600120,2600174..2600332,2600386..2601226,2601317..>2601519))	Aspergillus niger	4983402
An08g10890	mRNA	An08g10890	NT_166524.1	2601886	2602499	R	An08g10890	complement(join(<2601886..2602002,2602104..2602190,2602230..2602341,2602483..>2602499))	Aspergillus niger	84591831
An08g10900	mRNA	An08g10900	NT_166524.1	2602557	2603328	D	An08g10900	join(<2602557..2602738,2602833..2602932,2602986..2603222,2603269..>2603328)	Aspergillus niger	84591832
An08g10910	mRNA	An08g10910	NT_166524.1	2604145	2604866	D	An08g10910	join(<2604145..2604234,2604516..2604613,2604698..>2604866)	Aspergillus niger	84591833
An08g10920	mRNA	An08g10920	NT_166524.1	2604982	2606843	R	An08g10920	complement(join(<2604982..2605008,2605090..2605177,2605238..2605301,2605357..2605439,2605499..2606254,2606313..2606510,2606572..>2606843))	Aspergillus niger	4983406
An08g10930	mRNA	An08g10930	NT_166524.1	2607288	2612889	D	An08g10930	join(<2607288..2607370,2607428..2607454,2607506..2607942,2607996..2612707,2612761..>2612889)	Aspergillus niger	4983407
An08g10940	mRNA	An08g10940	NT_166524.1	2613469	2614392	D	An08g10940	join(<2613469..2613507,2613560..2613743,2613754..2613936,2614067..>2614392)	Aspergillus niger	84591834
An08g10950	mRNA	An08g10950	NT_166524.1	2614997	2615751	D	An08g10950	join(<2614997..2615039,2615165..>2615751)	Aspergillus niger	4983409
An08g10960	mRNA	An08g10960	NT_166524.1	2615836	2617311	R	An08g10960	complement(join(<2615836..2615898,2615988..2616091,2616124..2616252,2616346..2616495,2616551..2616644,2616727..2616764,2616853..2616952,2617138..>2617311))	Aspergillus niger	84591835
An08g10970	mRNA	An08g10970	NT_166524.1	2617857	2619620	R	An08g10970	complement(join(<2617857..2618720,2618778..2619095,2619157..2619271,2619331..2619393,2619453..2619532,2619606..>2619620))	Aspergillus niger	4983411
An08g10980	mRNA	An08g10980	NT_166524.1	2620335	2622987	R	An08g10980	complement(join(<2620335..2620937,2620994..2621378,2621436..2621610,2621665..2622056,2622114..2622765,2622837..>2622987))	Aspergillus niger	4983412
An08g10990	mRNA	An08g10990	NT_166524.1	2623828	2624998	R	An08g10990	complement(join(<2623828..2623942,2624055..2624153,2624212..2624477,2624541..2624796,2624856..>2624998))	Aspergillus niger	4983413
An08g11000	mRNA	An08g11000	NT_166524.1	2625443	2626002	D	An08g11000	join(<2625443..2625635,2625668..2625753,2625823..>2626002)	Aspergillus niger	84591836
An08g11010	mRNA	An08g11010	NT_166524.1	2626723	2627557	D	An08g11010	join(<2626723..2626891,2626957..2627350,2627404..>2627557)	Aspergillus niger	4983415
An08g11020	mRNA	An08g11020	NT_166524.1	2627787	2629065	D	An08g11020	join(<2627787..2627820,2627883..2627985,2628073..2628193,2628262..2628367,2628478..2628667,2628722..2628827,2628883..>2629065)	Aspergillus niger	84591837
An08g11030	mRNA	phyB	NT_166524.1	2629304	2630927	D	An08g11030	join(<2629304..2630084,2630149..2630266,2630328..2630432,2630492..>2630927)	Aspergillus niger	4983417
An08g11040	mRNA	An08g11040	NT_166524.1	2631711	2633264	R	An08g11040	complement(join(<2631711..2632090,2632146..2632322,2632382..2633075,2633145..>2633264))	Aspergillus niger	4983418
An08g11060	mRNA	An08g11060	NT_166524.1	2634649	2635470	D	An08g11060	<2634649..>2635470	Aspergillus niger	4983420
An08g11070	mRNA	suc1	NT_166524.1	2635966	2637735	R	An08g11070	complement(<2635966..>2637735)	Aspergillus niger	4983421
An08g11080	mRNA	An08g11080	NT_166524.1	2638298	2639193	D	An08g11080	join(<2638298..2638462,2638537..2638593,2638690..2638774,2639054..>2639193)	Aspergillus niger	84591838
An08g11090	mRNA	An08g11090	NT_166524.1	2639235	2639614	R	An08g11090	complement(join(<2639235..2639310,2639431..2639519,2639573..>2639614))	Aspergillus niger	84591839
An08g11100	mRNA	An08g11100	NT_166524.1	2639868	2640269	D	An08g11100	join(<2639868..2639964,2640040..2640086,2640144..>2640269)	Aspergillus niger	84591840
An08g11110	mRNA	An08g11110	NT_166524.1	2641240	2642058	D	An08g11110	join(<2641240..2641314,2641402..2641447,2641586..2641619,2641705..2641774,2641951..>2642058)	Aspergillus niger	84591841
An08g11120	mRNA	An08g11120	NT_166524.1	2642255	2642989	D	An08g11120	<2642255..>2642989	Aspergillus niger	4983426
An08g11130	mRNA	An08g11130	NT_166524.1	2643589	2643859	R	An08g11130	complement(join(<2643589..2643648,2643716..>2643859))	Aspergillus niger	4983427
An08g11140	mRNA	An08g11140	NT_166524.1	2644996	2646203	R	An08g11140	complement(join(<2644996..2645135,2645221..2645379,2645595..2645755,2645882..2645946,2646165..>2646203))	Aspergillus niger	84591842
An08g11150	mRNA	An08g11150	NT_166524.1	2648486	2648773	D	An08g11150	<2648486..>2648773	Aspergillus niger	84591843
An08g11160	mRNA	An08g11160	NT_166524.1	2649139	2651402	D	An08g11160	join(<2649139..2649437,2649490..2649709,2649764..2650451,2650504..>2651402)	Aspergillus niger	4983430
An08g11170	mRNA	An08g11170	NT_166524.1	2651998	2653022	D	An08g11170	<2651998..>2653022	Aspergillus niger	84591844
An08g11180	mRNA	An08g11180	NT_166524.1	2653892	2654893	D	An08g11180	<2653892..>2654893	Aspergillus niger	4983433
An08g11190	mRNA	An08g11190	NT_166524.1	2654979	2657594	D	An08g11190	<2654979..>2657594	Aspergillus niger	84591845
An08g11200	mRNA	An08g11200	NT_166524.1	2658193	2660197	D	An08g11200	join(<2658193..2658253,2658444..2658490,2658685..2659422,2659553..>2660197)	Aspergillus niger	84591846
An08g11210	mRNA	An08g11210	NT_166524.1	2661556	2662165	R	An08g11210	complement(join(<2661556..2662023,2662132..>2662165))	Aspergillus niger	84591847
An08g11220	mRNA	An08g11220	NT_166524.1	2663821	2664825	R	An08g11220	complement(join(<2663821..2663936,2663988..2664513,2664751..>2664825))	Aspergillus niger	84591848
An08g11230	mRNA	An08g11230	NT_166524.1	2665511	2666844	D	An08g11230	join(<2665511..2665570,2665762..2666054,2666106..>2666844)	Aspergillus niger	4983437
An08g11240	mRNA	An08g11240	NT_166524.1	2667207	2668897	D	An08g11240	join(<2667207..2667236,2667328..2667372,2667469..2667583,2667669..2667757,2668237..2668359,2668442..2668726,2668814..>2668897)	Aspergillus niger	84591849
An08g11250	mRNA	An08g11250	NT_166524.1	2669228	2671202	R	An08g11250	complement(join(<2669228..2669363,2669437..2669474,2669676..2669815,2669925..2669998,2670302..2670454,2670572..2670674,2670754..2670966,2671076..>2671202))	Aspergillus niger	84591850
An08g11260	mRNA	An08g11260	NT_166524.1	2671425	2676516	R	An08g11260	complement(join(<2671425..2673902,2674064..2675203,2675352..2675488,2675661..>2676516))	Aspergillus niger	10098021
An08g11270	mRNA	An08g11270	NT_166524.1	2677115	2677525	R	An08g11270	complement(join(<2677115..2677171,2677230..2677311,2677455..>2677525))	Aspergillus niger	84591851
An08g11280	mRNA	An08g11280	NT_166524.1	2677789	2678014	R	An08g11280	complement(join(<2677789..2677858,2677923..>2678014))	Aspergillus niger	84591852
An08g11290	mRNA	An08g11290	NT_166524.1	2678537	2679329	D	An08g11290	join(<2678537..2678592,2678807..2678946,2679121..>2679329)	Aspergillus niger	84591853
An08g11300	mRNA	An08g11300	NT_166524.1	2679455	2680889	R	An08g11300	complement(join(<2679455..2680276,2680545..>2680889))	Aspergillus niger	84591854
An08g11310	mRNA	An08g11310	NT_166524.1	2681006	2683780	D	An08g11310	join(<2681006..2681106,2681460..2681550,2682007..2682025,2682197..2682329,2682460..2682570,2682797..2682891,2683009..2683124,2683210..2683593,2683745..>2683780)	Aspergillus niger	84591855
An08g11320	mRNA	An08g11320	NT_166524.1	2683894	2684363	D	An08g11320	join(<2683894..2684251,2684299..>2684363)	Aspergillus niger	84591856
An08g11330	mRNA	An08g11330	NT_166524.1	2684578	2685375	R	An08g11330	complement(<2684578..>2685375)	Aspergillus niger	4983447
An08g11340	mRNA	An08g11340	NT_166524.1	2685683	2686147	D	An08g11340	join(<2685683..2685724,2685759..2685925,2685976..>2686147)	Aspergillus niger	84591857
An08g11350	mRNA	An08g11350	NT_166524.1	2686261	2688824	D	An08g11350	join(<2686261..2686279,2686381..2686555,2686612..2686819,2686911..2686974,2687304..2687374,2687461..2687752,2687827..2687961,2688028..2688141,2688205..2688317,2688492..>2688824)	Aspergillus niger	84591858
An08g11360	mRNA	An08g11360	NT_166524.1	2688865	2689592	R	An08g11360	complement(join(<2688865..2689048,2689109..2689159,2689338..2689412,2689522..>2689592))	Aspergillus niger	84591859
An08g11370	mRNA	An08g11370	NT_166524.1	2689912	2690871	R	An08g11370	complement(join(<2689912..2690084,2690176..2690264,2690344..2690490,2690669..2690739,2690818..>2690871))	Aspergillus niger	84591860
An08g11380	mRNA	An08g11380	NT_166524.1	2691444	2692211	D	An08g11380	<2691444..>2692211	Aspergillus niger	4983452
An08g11390	mRNA	An08g11390	NT_166524.1	2692841	2702281	D	An08g11390	join(<2692841..2693126,2693177..2696220,2696410..2700958,2701029..>2702281)	Aspergillus niger	4983453
An08g11400	mRNA	An08g11400	NT_166524.1	2703280	2703781	D	An08g11400	join(<2703280..2703424,2703633..>2703781)	Aspergillus niger	84591861
An08g11410	mRNA	An08g11410	NT_166524.1	2704022	2704819	D	An08g11410	join(<2704022..2704053,2704108..>2704819)	Aspergillus niger	4983455
An08g11420	mRNA	An08g11420	NT_166524.1	2705144	2705636	R	An08g11420	complement(join(<2705144..2705176,2705259..2705291,2705505..2705597,2705625..>2705636))	Aspergillus niger	84591862
An08g11430	mRNA	An08g11430	NT_166524.1	2706248	2706772	D	An08g11430	<2706248..>2706772	Aspergillus niger	84591863
An08g11440	mRNA	An08g11440	NT_166524.1	2708097	2708783	R	An08g11440	complement(join(<2708097..2708595,2708722..>2708783))	Aspergillus niger	84591864
An08g11450	mRNA	An08g11450	NT_166524.1	2709533	2710420	R	An08g11450	complement(join(<2709533..2709959,2710080..>2710420))	Aspergillus niger	84591865
An08g11460	mRNA	An08g11460	NT_166524.1	2711718	2712494	D	An08g11460	join(<2711718..2711733,2712346..>2712494)	Aspergillus niger	84591866
An08g11480	mRNA	An08g11480	NT_166524.1	2714280	2715074	R	An08g11480	complement(join(<2714280..2714788,2714836..2714890,2714976..>2715074))	Aspergillus niger	84591867
An08g11490	mRNA	An08g11490	NT_166524.1	2715554	2716618	R	An08g11490	complement(join(<2715554..2715717,2715808..2715912,2716013..2716035,2716117..2716205,2716376..2716436,2716512..>2716618))	Aspergillus niger	84591868
An08g11500	mRNA	An08g11500	NT_166524.1	2717079	2717946	D	An08g11500	join(<2717079..2717129,2717187..2717237,2717296..2717358,2717407..2717827,2717903..>2717946)	Aspergillus niger	84591869
An08g11510	mRNA	An08g11510	NT_166524.1	2718998	2724090	D	An08g11510	join(<2718998..2719992,2720052..2720091,2720191..>2724090)	Aspergillus niger	4983464
An08g11520	mRNA	An08g11520	NT_166524.1	2724419	2729510	D	An08g11520	join(<2724419..2725441,2725575..>2729510)	Aspergillus niger	4983465
An08g11530	mRNA	An08g11530	NT_166524.1	2730335	2731286	D	An08g11530	join(<2730335..2730426,2730557..2730704,2730761..2731143,2731208..>2731286)	Aspergillus niger	84591870
An08g11540	mRNA	An08g11540	NT_166524.1	2731672	2733502	R	An08g11540	complement(join(<2731672..2733029,2733121..>2733502))	Aspergillus niger	4983467
An08g11550	mRNA	An08g11550	NT_166524.1	2733886	2735019	D	An08g11550	join(<2733886..2734158,2734230..2734328,2734714..>2735019)	Aspergillus niger	84591871
An08g11560	mRNA	An08g11560	NT_166524.1	2735205	2735910	R	An08g11560	complement(join(<2735205..2735486,2735545..2735813,2735901..>2735910))	Aspergillus niger	4983469
An08g11570	mRNA	An08g11570	NT_166524.1	2737306	2737905	R	An08g11570	complement(<2737306..>2737905)	Aspergillus niger	84591872
An08g11580	mRNA	An08g11580	NT_166524.1	2738797	2739686	D	An08g11580	join(<2738797..2738858,2738916..2739516,2739555..>2739686)	Aspergillus niger	4983471
An08g11590	mRNA	An08g11590	NT_166524.1	2740752	2743271	R	An08g11590	complement(join(<2740752..2741297,2741376..2741447,2741667..2741680,2741715..2741781,2742022..2742882,2743083..2743115,2743251..>2743271))	Aspergillus niger	10098024
An08g11600	mRNA	An08g11600	NT_166524.1	2744694	2745293	R	An08g11600	complement(<2744694..>2745293)	Aspergillus niger	4983473
An08g11610	mRNA	An08g11610	NT_166524.1	2745686	2749000	R	An08g11610	complement(join(<2745686..2747143,2747267..>2749000))	Aspergillus niger	4983474
An08g11620	mRNA	An08g11620	NT_166524.1	2749354	2750459	R	An08g11620	complement(<2749354..>2750459)	Aspergillus niger	4983475
An08g11630	mRNA	An08g11630	NT_166524.1	2752017	2752342	D	An08g11630	join(<2752017..2752195,2752252..>2752342)	Aspergillus niger	84591873
An08g11640	mRNA	An08g11640	NT_166524.1	2752742	2753500	R	An08g11640	complement(<2752742..>2753500)	Aspergillus niger	84591874
An08g11650	mRNA	An08g11650	NT_166524.1	2765986	2766624	R	An08g11650	complement(join(<2765986..2766160,2766265..2766503,2766616..>2766624))	Aspergillus niger	84591875
An08g11660	mRNA	An08g11660	NT_166524.1	2766758	2767493	R	An08g11660	complement(join(<2766758..2767222,2767452..>2767493))	Aspergillus niger	84591876
An08g11670	mRNA	An08g11670	NT_166524.1	2767907	2770520	D	An08g11670	join(<2767907..2767996,2768102..2768131,2768162..2768255,2768358..2768468,2768689..2768702,2768976..2769186,2769321..2769352,2769588..2769697,2769758..>2770520)	Aspergillus niger	84591877
An08g11680	mRNA	An08g11680	NT_166524.1	2773435	2774371	R	An08g11680	complement(join(<2773435..2773816,2773871..2774235,2774327..>2774371))	Aspergillus niger	10098027
An08g11690	mRNA	An08g11690	NT_166524.1	2776375	2777136	D	An08g11690	join(<2776375..2776441,2776489..2776521,2776721..2776867,2776913..>2777136)	Aspergillus niger	84591878
An08g11700	mRNA	An08g11700	NT_166524.1	2778337	2779566	R	An08g11700	complement(join(<2778337..2778573,2778666..2778749,2779234..2779293,2779399..>2779566))	Aspergillus niger	84591879
An08g11710	mRNA	An08g11710	NT_166524.1	2780737	2781298	R	An08g11710	complement(join(<2780737..2780757,2780869..2780877,2780990..2781022,2781095..>2781298))	Aspergillus niger	84591880
An08g11720	mRNA	An08g11720	NT_166524.1	2781581	2785102	R	An08g11720	complement(join(<2781581..2781837,2781907..2782111,2782318..2782531,2783130..2783516,2783575..2783718,2783766..2783803,2784096..2784276,2784330..2784484,2784614..2784638,2784781..2784866,2785058..>2785102))	Aspergillus niger	4983485
An08g11730	mRNA	An08g11730	NT_166524.1	2786291	2787729	D	An08g11730	join(<2786291..2786473,2786533..>2787729)	Aspergillus niger	84591881
An08g11740	mRNA	An08g11740	NT_166524.1	2789485	2790123	D	An08g11740	join(<2789485..2789636,2789722..2790008,2790047..>2790123)	Aspergillus niger	84591882
An08g11750	mRNA	An08g11750	NT_166524.1	2790189	2791202	R	An08g11750	complement(join(<2790189..2791106,2791155..>2791202))	Aspergillus niger	84591883
An08g11760	mRNA	An08g11760	NT_166524.1	2791896	2793216	D	An08g11760	join(<2791896..2792075,2792128..>2793216)	Aspergillus niger	4983489
An08g11770	mRNA	An08g11770	NT_166524.1	2795761	2798535	R	An08g11770	complement(join(<2795761..2796302,2796353..2796549,2796600..2796680,2796731..2798044,2798104..2798213,2798272..>2798535))	Aspergillus niger	4983490
An08g11780	mRNA	An08g11780	NT_166524.1	2799242	2802759	D	An08g11780	join(<2799242..2799954,2800007..2801356,2801412..2801532,2801585..2801647,2801700..2801939,2801988..2802230,2802279..2802515,2802565..>2802759)	Aspergillus niger	4983491
An08g11790	mRNA	An08g11790	NT_166524.1	2805795	2806495	R	An08g11790	complement(join(<2805795..2805842,2805902..>2806495))	Aspergillus niger	4983492
An08g11800	mRNA	An08g11800	NT_166524.1	2807136	2808858	D	An08g11800	join(<2807136..2807854,2808412..2808462,2808507..>2808858)	Aspergillus niger	4983493
An08g11810	mRNA	An08g11810	NT_166524.1	2809554	2811190	R	An08g11810	complement(join(<2809554..2809589,2809720..2809776,2809916..2809922,2810261..2810286,2810335..2810361,2810391..2810451,2810676..2810962,2811014..>2811190))	Aspergillus niger	4983494
An08g11820	mRNA	An08g11820	NT_166524.1	2812181	2813818	R	An08g11820	complement(join(<2812181..2812577,2812630..2812723,2812764..2812785,2813032..2813226,2813411..2813480,2813535..>2813818))	Aspergillus niger	84591884
An08g11830	mRNA	An08g11830	NT_166524.1	2814087	2815285	R	An08g11830	complement(join(<2814087..2815124,2815283..>2815285))	Aspergillus niger	84591885
An08g11840	mRNA	An08g11840	NT_166524.1	2816692	2817331	R	An08g11840	complement(join(<2816692..2816926,2816982..>2817331))	Aspergillus niger	84591886
An08g11850	mRNA	An08g11850	NT_166524.1	2817697	2818238	D	An08g11850	join(<2817697..2818006,2818123..>2818238)	Aspergillus niger	84591887
An08g11860	mRNA	An08g11860	NT_166524.1	2818771	2820490	D	An08g11860	join(<2818771..2818995,2819058..2819402,2819456..>2820490)	Aspergillus niger	4983499
An08g11870	mRNA	An08g11870	NT_166524.1	2820894	2822825	R	An08g11870	complement(join(<2820894..2821164,2821219..2821757,2821811..2821996,2822121..2822578,2822628..2822694,2822748..>2822825))	Aspergillus niger	84591888
An08g11880	mRNA	An08g11880	NT_166524.1	2823868	2824041	R	An08g11880	complement(join(<2823868..2823901,2823953..>2824041))	Aspergillus niger	84591889
An08g11890	mRNA	An08g11890	NT_166524.1	2824404	2825094	D	An08g11890	join(<2824404..2824897,2824962..>2825094)	Aspergillus niger	4983502
An08g11900	mRNA	An08g11900	NT_166524.1	2826754	2827616	R	An08g11900	complement(join(<2826754..2826835,2826868..2826971,2827193..2827546,2827596..>2827616))	Aspergillus niger	84591890
An08g11910	mRNA	An08g11910	NT_166524.1	2827800	2829375	R	An08g11910	complement(join(<2827800..2828114,2828209..2828303,2828383..2828558,2828752..2828855,2828942..2829045,2829213..>2829375))	Aspergillus niger	84591891
An08g11920	mRNA	An08g11920	NT_166524.1	2830103	2830585	R	An08g11920	complement(join(<2830103..2830378,2830490..>2830585))	Aspergillus niger	84591892
An08g11930	mRNA	An08g11930	NT_166524.1	2831091	2833614	D	An08g11930	join(<2831091..2832833,2833077..2833115,2833210..>2833614)	Aspergillus niger	4983506
An08g11940	mRNA	An08g11940	NT_166524.1	2834248	2835428	D	An08g11940	join(<2834248..2834416,2834479..2834751,2834862..2834914,2835258..>2835428)	Aspergillus niger	84591893
An08g11950	mRNA	An08g11950	NT_166524.1	2836106	2837619	R	An08g11950	complement(join(<2836106..2836136,2836166..2836319,2836556..2836720,2836839..>2837619))	Aspergillus niger	84591894
An08g11960	mRNA	An08g11960	NT_166524.1	2839326	2840130	D	An08g11960	join(<2839326..2839397,2839519..>2840130)	Aspergillus niger	84591895
An08g11970	mRNA	An08g11970	NT_166524.1	2841413	2843115	D	An08g11970	join(<2841413..2841472,2841583..2841857,2841961..2842046,2842719..2842884,2842965..>2843115)	Aspergillus niger	84591896
An08g11980	mRNA	An08g11980	NT_166524.1	2843701	2844511	D	An08g11980	join(<2843701..2843752,2843822..2844078,2844160..2844336,2844422..>2844511)	Aspergillus niger	84591897
An08g11990	mRNA	An08g11990	NT_166524.1	2844626	2846047	D	An08g11990	join(<2844626..2844718,2844772..2845427,2845474..>2846047)	Aspergillus niger	4983512
An08g12000	mRNA	An08g12000	NT_166524.1	2847013	2847722	D	An08g12000	join(<2847013..2847061,2847286..2847360,2847480..2847561,2847608..>2847722)	Aspergillus niger	84591898
An08g12010	mRNA	An08g12010	NT_166524.1	2849299	2849938	R	An08g12010	complement(join(<2849299..2849625,2849801..>2849938))	Aspergillus niger	4983514
An08g12020	mRNA	An08g12020	NT_166524.1	2850155	2850700	R	An08g12020	complement(join(<2850155..2850337,2850384..2850497,2850584..>2850700))	Aspergillus niger	84591899
An08g12030	mRNA	An08g12030	NT_166524.1	2850809	2851325	D	An08g12030	join(<2850809..2851030,2851131..>2851325)	Aspergillus niger	84591900
An08g12040	mRNA	An08g12040	NT_166524.1	2851668	2851949	D	An08g12040	join(<2851668..2851676,2851726..2851806,2851854..>2851949)	Aspergillus niger	84591901
An08g12060	mRNA	An08g12060	NT_166524.1	2856185	2857922	D	An08g12060	join(<2856185..2856213,2856267..2856762,2856880..2856986,2857017..2857040,2857226..2857343,2857695..>2857922)	Aspergillus niger	4983519
An08g12070	mRNA	An08g12070	NT_166524.1	2858087	2860219	R	An08g12070	complement(join(<2858087..2858652,2858803..2859298,2859337..2859626,2859670..>2860219))	Aspergillus niger	4983520
An08g12080	mRNA	An08g12080	NT_166524.1	2861817	2863791	R	An08g12080	complement(join(<2861817..2862159,2862212..2862627,2862771..2863127,2863223..2863306,2863411..2863464,2863515..2863649,2863789..>2863791))	Aspergillus niger	84591902
An08g12090	mRNA	An08g12090	NT_166524.1	2864448	2865231	R	An08g12090	complement(join(<2864448..2864554,2864606..2864795,2864857..2864982,2865052..>2865231))	Aspergillus niger	84591903
An08g12100	mRNA	An08g12100	NT_166524.1	2866998	2867708	D	An08g12100	join(<2866998..2867045,2867088..2867158,2867367..2867483,2867642..>2867708)	Aspergillus niger	84591904
An08g12110	mRNA	An08g12110	NT_166524.1	2868165	2870456	R	An08g12110	complement(<2868165..>2870456)	Aspergillus niger	4983524
An08g12120	mRNA	An08g12120	NT_166524.1	2870997	2872068	D	An08g12120	join(<2870997..2871133,2871298..2871433,2871640..>2872068)	Aspergillus niger	84591905
An08g12130	mRNA	An08g12130	NT_166524.1	2873902	2875918	R	An08g12130	complement(join(<2873902..2873997,2874098..2874236,2874335..2874449,2874848..2874964,2875089..2875150,2875457..2875532,2875614..2875652,2875837..>2875918))	Aspergillus niger	84591906
An08g12140	mRNA	An08g12140	NT_166524.1	2875973	2876881	D	An08g12140	join(<2875973..2876332,2876381..2876601,2876650..>2876881)	Aspergillus niger	84591907
An08g12150	mRNA	An08g12150	NT_166524.1	2877126	2878746	R	An08g12150	complement(join(<2877126..2878138,2878194..>2878746))	Aspergillus niger	4983528
An08g12160	mRNA	An08g12160	NT_166524.1	2879641	2889224	D	An08g12160	join(<2879641..2887840,2887897..>2889224)	Aspergillus niger	4983529
An08g12170	mRNA	An08g12170	NT_166524.1	2891753	2895641	R	An08g12170	complement(join(<2891753..2891923,2891974..2892282,2892347..2893271,2893304..2893915,2894099..2894323,2894377..>2895641))	Aspergillus niger	4983530
An08g12180	mRNA	An08g12180	NT_166524.1	2896044	2896897	D	An08g12180	join(<2896044..2896085,2896139..2896148,2896310..2896363,2896585..2896589,2896623..2896667,2896865..>2896897)	Aspergillus niger	84591908
An08g12200	mRNA	An08g12200	NT_166524.1	2898209	2902147	D	An08g12200	join(<2898209..2899184,2899241..2900874,2900931..2901691,2901724..2901827,2902062..>2902147)	Aspergillus niger	4983532
An08g12210	mRNA	An08g12210	NT_166524.1	2903473	2907335	D	An08g12210	join(<2903473..2905569,2905698..>2907335)	Aspergillus niger	10098028
An08g12220	mRNA	An08g12220	NT_166524.1	2908138	2910763	R	An08g12220	complement(join(<2908138..2908597,2908702..2909390,2909534..2909680,2909829..2909921,2910058..2910110,2910221..2910493,2910556..>2910763))	Aspergillus niger	10098029
An08g12230	mRNA	An08g12230	NT_166524.1	2911353	2913876	R	An08g12230	complement(join(<2911353..2911757,2911852..2911890,2912134..2912825,2913453..>2913876))	Aspergillus niger	10098030
An08g12240	mRNA	An08g12240	NT_166524.1	2914643	2917662	R	An08g12240	complement(join(<2914643..2917243,2917310..2917393,2917477..>2917662))	Aspergillus niger	4983536
An08g12250	mRNA	An08g12250	NT_166524.1	2919579	2922978	R	An08g12250	complement(join(<2919579..2920563,2920718..2920772,2920918..2921250,2921344..2921895,2922003..>2922978))	Aspergillus niger	4983537
An08g12260	mRNA	An08g12260	NT_166524.1	2923946	2925041	D	An08g12260	join(<2923946..2924002,2924331..2924468,2924560..2924630,2924834..>2925041)	Aspergillus niger	84591909
An18g00010	mRNA	An18g00010	NT_166533.1	944	1817	D	An18g00010	join(<944..1218,1287..1404,1475..1560,1628..>1817)	Aspergillus niger	4989573
An18g00020	mRNA	An18g00020	NT_166533.1	2043	2199	R	An18g00020	complement(join(<2043..2138,2182..>2199))	Aspergillus niger	84593610
An18g00030	mRNA	An18g00030	NT_166533.1	3821	5901	D	An18g00030	join(<3821..3976,4034..4228,4294..4388,4448..4848,4905..5030,5077..5192,5246..5332,5390..5506,5569..5653,5720..>5901)	Aspergillus niger	4989597
An18g00040	mRNA	An18g00040	NT_166533.1	6777	8378	D	An18g00040	join(<6777..6892,6953..>8378)	Aspergillus niger	4989566
An18g00050	mRNA	An18g00050	NT_166533.1	9321	10649	D	An18g00050	join(<9321..9737,9789..>10649)	Aspergillus niger	4989584
An18g00060	mRNA	An18g00060	NT_166533.1	10794	13175	R	An18g00060	complement(join(<10794..12463,12530..12861,12915..13000,13134..>13175))	Aspergillus niger	4989598
An18g00070	mRNA	An18g00070	NT_166533.1	13400	14523	D	An18g00070	join(<13400..13435,13494..13562,13630..13773,13826..13998,14055..>14523)	Aspergillus niger	4989596
An18g00080	mRNA	An18g00080	NT_166533.1	14764	15747	R	An18g00080	complement(join(<14764..14804,14892..14982,15060..15232,15325..15425,15494..>15747))	Aspergillus niger	84593611
An18g00090	mRNA	An18g00090	NT_166533.1	17833	18767	D	An18g00090	join(<17833..17863,17921..18379,18427..>18767)	Aspergillus niger	4989585
An18g00100	mRNA	An18g00100	NT_166533.1	19897	21286	R	An18g00100	complement(join(<19897..20056,20119..20424,20493..20979,21040..>21286))	Aspergillus niger	4989586
An18g00110	mRNA	An18g00110	NT_166533.1	22207	24648	D	An18g00110	join(<22207..23380,23448..23841,23897..24188,24247..>24648)	Aspergillus niger	4989580
An18g00120	mRNA	An18g00120	NT_166533.1	25113	26987	R	An18g00120	complement(join(<25113..26040,26102..26250,26304..26345,26401..26602,26659..>26987))	Aspergillus niger	4989587
An18g00130	mRNA	An18g00130	NT_166533.1	27150	27907	D	An18g00130	join(<27150..27209,27513..27698,27785..>27907)	Aspergillus niger	84593612
An18g00150	mRNA	An18g00150	NT_166533.1	28920	30216	D	An18g00150	join(<28920..28962,29198..29227,29584..29761,29976..>30216)	Aspergillus niger	84593613
An18g00170	mRNA	An18g00170	NT_166533.1	31844	33225	R	An18g00170	complement(join(<31844..32729,32810..>33225))	Aspergillus niger	4989590
An18g00180	mRNA	An18g00180	NT_166533.1	33373	34304	D	An18g00180	join(<33373..33446,33513..33551,33637..33707,33767..33883,33997..34030,34079..>34304)	Aspergillus niger	84593614
An18g00190	mRNA	An18g00190	NT_166533.1	35360	35647	D	An18g00190	join(<35360..35428,35474..>35647)	Aspergillus niger	84593615
An18g00200	mRNA	An18g00200	NT_166533.1	37027	37797	D	An18g00200	join(<37027..37274,37653..>37797)	Aspergillus niger	84593616
An18g00210	mRNA	An18g00210	NT_166533.1	40634	42277	R	An18g00210	complement(join(<40634..41371,41951..>42277))	Aspergillus niger	84593617
An18g00230	mRNA	An18g00230	NT_166533.1	43343	44307	D	An18g00230	join(<43343..43601,43667..>44307)	Aspergillus niger	4989581
An18g00240	mRNA	An18g00240	NT_166533.1	45688	46701	D	An18g00240	<45688..>46701	Aspergillus niger	4989589
An18g00250	mRNA	An18g00250	NT_166533.1	47444	47684	D	An18g00250	join(<47444..47446,47478..47489,47536..47593,47626..>47684)	Aspergillus niger	84593618
An18g00260	mRNA	An18g00260	NT_166533.1	48831	50550	R	An18g00260	complement(join(<48831..49184,49292..50431,50503..>50550))	Aspergillus niger	4989570
An18g00270	mRNA	An18g00270	NT_166533.1	51087	51858	D	An18g00270	join(<51087..51334,51441..51515,51565..51631,51805..>51858)	Aspergillus niger	84593619
An18g00280	mRNA	An18g00280	NT_166533.1	54393	55369	R	An18g00280	complement(join(<54393..55269,55320..>55369))	Aspergillus niger	4989571
An18g00290	mRNA	An18g00290	NT_166533.1	56238	57630	R	An18g00290	complement(join(<56238..56436,56780..56794,56859..57252,57309..>57630))	Aspergillus niger	4989594
An18g00300	mRNA	An18g00300	NT_166533.1	58345	61714	R	An18g00300	complement(join(<58345..59941,60833..60917,61636..>61714))	Aspergillus niger	4989595
An18g00320	mRNA	An18g00320	NT_166533.1	62247	64136	D	An18g00320	join(<62247..62324,62388..>64136)	Aspergillus niger	4989567
An18g00330	mRNA	An18g00330	NT_166533.1	64354	65444	D	An18g00330	join(<64354..64513,64582..>65444)	Aspergillus niger	4989579
An18g00340	mRNA	An18g00340	NT_166533.1	65494	66349	R	An18g00340	complement(join(<65494..65572,65678..65821,65865..>66349))	Aspergillus niger	84593620
An18g00350	mRNA	An18g00350	NT_166533.1	66808	67536	R	An18g00350	complement(join(<66808..66887,67079..67137,67231..67289,67379..67390,67438..>67536))	Aspergillus niger	84593621
An18g00360	mRNA	An18g00360	NT_166533.1	67892	68980	D	An18g00360	join(<67892..68128,68216..68227,68307..68474,68565..68650,68740..>68980)	Aspergillus niger	84593622
An18g00370	mRNA	An18g00370	NT_166533.1	69173	69856	D	An18g00370	join(<69173..69240,69313..>69856)	Aspergillus niger	4989600
An18g00380	mRNA	An18g00380	NT_166533.1	71244	73013	D	An18g00380	join(<71244..71485,71561..72070,72149..>73013)	Aspergillus niger	4989601
An18g00390	mRNA	An18g00390	NT_166533.1	73477	74369	D	An18g00390	join(<73477..74098,74314..>74369)	Aspergillus niger	4989602
An18g00400	mRNA	An18g00400	NT_166533.1	75217	76830	D	An18g00400	join(<75217..75342,75434..75805,75907..>76830)	Aspergillus niger	4989603
An18g00410	mRNA	An18g00410	NT_166533.1	77062	78435	R	An18g00410	complement(join(<77062..77323,77384..77444,77502..77694,77778..78214,78276..>78435))	Aspergillus niger	4989604
An18g00420	mRNA	An18g00420	NT_166533.1	79525	81182	D	An18g00420	join(<79525..79639,79703..79811,79869..79984,80059..80301,80359..>81182)	Aspergillus niger	4989605
An18g00430	mRNA	An18g00430	NT_166533.1	81459	82841	R	An18g00430	complement(join(<81459..81865,81919..81983,82039..82430,82504..82611,82680..>82841))	Aspergillus niger	4989606
An18g00440	mRNA	An18g00440	NT_166533.1	83718	85670	R	An18g00440	complement(join(<83718..83923,83972..84102,84159..84546,84605..84846,84898..85146,85193..85448,85501..85552,85602..>85670))	Aspergillus niger	4989607
An18g00450	mRNA	An18g00450	NT_166533.1	86153	88828	R	An18g00450	complement(join(<86153..86168,86256..86372,86478..86585,86712..86775,86858..86973,87053..87118,87172..87300,87462..87487,87587..87697,87962..88009,88089..88250,88373..88559,88698..>88828))	Aspergillus niger	84593623
An18g00460	mRNA	An18g00460	NT_166533.1	89290	91317	D	An18g00460	<89290..>91317	Aspergillus niger	4989609
An18g00470	mRNA	An18g00470	NT_166533.1	91474	92335	R	An18g00470	complement(join(<91474..91682,91737..92210,92248..>92335))	Aspergillus niger	4989610
An18g00480	mRNA	An18g00480	NT_166533.1	92870	94704	D	An18g00480	join(<92870..93053,93117..93790,93901..>94704)	Aspergillus niger	4989611
An18g00490	mRNA	An18g00490	NT_166533.1	96695	97751	R	An18g00490	complement(join(<96695..96718,96830..96937,97050..>97751))	Aspergillus niger	4989612
An18g00500	mRNA	An18g00500	NT_166533.1	98674	100674	R	An18g00500	complement(join(<98674..99222,99297..99872,99942..100181,100418..100502,100634..>100674))	Aspergillus niger	4989613
An18g00510	mRNA	An18g00510	NT_166533.1	102163	103636	D	An18g00510	join(<102163..102300,102362..>103636)	Aspergillus niger	4989614
An18g00520	mRNA	An18g00520	NT_166533.1	104963	116702	D	An18g00520	join(<104963..105025,105099..113846,113931..>116702)	Aspergillus niger	4989615
An18g00530	mRNA	An18g00530	NT_166533.1	117780	120057	D	An18g00530	join(<117780..118142,118228..118269,118351..119251,119316..119768,119846..119908,119966..>120057)	Aspergillus niger	4989616
An18g00540	mRNA	An18g00540	NT_166533.1	120818	125385	R	An18g00540	complement(join(<120818..121450,121526..125094,125232..>125385))	Aspergillus niger	4989617
An18g00550	mRNA	An18g00550	NT_166533.1	125596	127058	R	An18g00550	complement(join(<125596..125909,125972..126438,126507..126630,126699..126825,126891..>127058))	Aspergillus niger	4989618
An18g00560	mRNA	An18g00560	NT_166533.1	127071	129188	R	An18g00560	complement(join(<127071..127255,127282..127325,127513..127670,128010..128229,128496..128633,128716..128852,128940..129033,129130..>129188))	Aspergillus niger	84593624
An18g00570	mRNA	An18g00570	NT_166533.1	129772	130770	D	An18g00570	join(<129772..129821,129880..130016,130064..130118,130170..>130770)	Aspergillus niger	4989620
An18g00580	mRNA	An18g00580	NT_166533.1	131350	131615	R	An18g00580	complement(join(<131350..131495,131549..>131615))	Aspergillus niger	84593625
An18g00590	mRNA	An18g00590	NT_166533.1	131778	132724	D	An18g00590	join(<131778..131863,131990..132061,132240..132333,132530..>132724)	Aspergillus niger	84593626
An18g00600	mRNA	An18g00600	NT_166533.1	132853	133296	D	An18g00600	<132853..>133296	Aspergillus niger	4989623
An18g00620	mRNA	An18g00620	NT_166533.1	134509	135226	R	An18g00620	complement(join(<134509..134627,134674..>135226))	Aspergillus niger	4989625
An18g00630	mRNA	An18g00630	NT_166533.1	136091	137119	R	An18g00630	complement(join(<136091..136326,136391..136698,136777..137033,137096..>137119))	Aspergillus niger	4989626
An18g00640	mRNA	An18g00640	NT_166533.1	137371	137919	D	An18g00640	join(<137371..137480,137631..>137919)	Aspergillus niger	84593627
An18g00650	mRNA	An18g00650	NT_166533.1	137930	139834	D	An18g00650	join(<137930..138056,138435..138692,138800..138918,139220..139253,139355..139579,139767..>139834)	Aspergillus niger	84593628
An18g00660	mRNA	An18g00660	NT_166533.1	140490	141239	R	An18g00660	complement(<140490..>141239)	Aspergillus niger	4989629
An18g00670	mRNA	An18g00670	NT_166533.1	142131	144111	D	An18g00670	join(<142131..142720,142785..>144111)	Aspergillus niger	4989630
An18g00680	mRNA	An18g00680	NT_166533.1	145268	146131	R	An18g00680	complement(join(<145268..145654,145824..145902,145983..>146131))	Aspergillus niger	4989631
An18g00690	mRNA	An18g00690	NT_166533.1	146763	148378	D	An18g00690	join(<146763..146771,147089..147149,147463..147707,147800..>148378)	Aspergillus niger	4989632
An18g00700	mRNA	An18g00700	NT_166533.1	149300	151250	D	An18g00700	join(<149300..149844,149895..149951,150018..150198,150255..150478,150557..150700,150753..150809,150868..151001,151066..151138,151193..>151250)	Aspergillus niger	4989633
An18g00710	mRNA	An18g00710	NT_166533.1	151623	152893	R	An18g00710	complement(join(<151623..151817,151897..152248,152318..152652,152711..>152893))	Aspergillus niger	84593629
An18g00720	mRNA	An18g00720	NT_166533.1	153257	154800	R	An18g00720	complement(join(<153257..153409,153781..153882,153952..154037,154531..154645,154714..>154800))	Aspergillus niger	84593630
An18g00730	mRNA	An18g00730	NT_166533.1	155421	156713	D	An18g00730	<155421..>156713	Aspergillus niger	4989636
An18g00740	mRNA	An18g00740	NT_166533.1	157327	159388	D	An18g00740	join(<157327..157582,157672..158155,158220..158803,158862..>159388)	Aspergillus niger	4989637
An18g00750	mRNA	An18g00750	NT_166533.1	160310	161545	D	An18g00750	join(<160310..160401,160456..160681,160737..160793,160825..161163,161219..161392,161444..>161545)	Aspergillus niger	4989638
An18g00760	mRNA	An18g00760	NT_166533.1	161814	162317	R	An18g00760	complement(join(<161814..162070,162155..162196,162296..>162317))	Aspergillus niger	84593631
An18g00790	mRNA	An18g00790	NT_166533.1	162431	166843	D	An18g00790	<162431..>166843	Aspergillus niger	4989640
An18g00810	mRNA	An18g00810	NT_166533.1	168055	168942	D	An18g00810	join(<168055..168102,168165..168309,168368..>168942)	Aspergillus niger	4989641
An18g00820	mRNA	An18g00820	NT_166533.1	169067	169851	R	An18g00820	complement(join(<169067..169278,169335..>169851))	Aspergillus niger	4989642
An18g00830	mRNA	An18g00830	NT_166533.1	169916	170513	D	An18g00830	join(<169916..170029,170085..>170513)	Aspergillus niger	84593632
An18g00840	mRNA	An18g00840	NT_166533.1	170686	171529	R	An18g00840	complement(join(<170686..170856,171026..171100,171161..>171529))	Aspergillus niger	4989644
An18g00850	mRNA	An18g00850	NT_166533.1	172154	172942	D	An18g00850	<172154..>172942	Aspergillus niger	4989645
An18g00860	mRNA	An18g00860	NT_166533.1	173166	174878	D	An18g00860	<173166..>174878	Aspergillus niger	4989646
An18g00870	mRNA	An18g00870	NT_166533.1	175819	176874	R	An18g00870	complement(<175819..>176874)	Aspergillus niger	4989647
An18g00880	mRNA	An18g00880	NT_166533.1	177884	178705	D	An18g00880	join(<177884..178366,178415..>178705)	Aspergillus niger	4989648
An18g00890	mRNA	An18g00890	NT_166533.1	179398	180969	R	An18g00890	complement(<179398..>180969)	Aspergillus niger	84593633
An18g00900	mRNA	An18g00900	NT_166533.1	181815	182426	D	An18g00900	join(<181815..181930,182055..182122,182179..182239,182307..182327,182381..>182426)	Aspergillus niger	4989650
An18g00910	mRNA	An18g00910	NT_166533.1	182689	183490	R	An18g00910	complement(join(<182689..183009,183113..>183490))	Aspergillus niger	4989651
An18g00920	mRNA	An18g00920	NT_166533.1	183685	184189	D	An18g00920	join(<183685..183969,184061..>184189)	Aspergillus niger	84593634
An18g00940	mRNA	An18g00940	NT_166533.1	184885	186687	R	An18g00940	complement(join(<184885..184917,184969..185458,185511..185819,185873..186243,186604..>186687))	Aspergillus niger	4989654
An18g00950	mRNA	An18g00950	NT_166533.1	187432	188419	R	An18g00950	complement(join(<187432..187766,187845..188167,188322..>188419))	Aspergillus niger	4989655
An18g00960	mRNA	An18g00960	NT_166533.1	188856	191023	R	An18g00960	complement(join(<188856..189100,189137..189308,189390..189719,189784..189803,189869..190246,190318..190390,190444..190543,190893..>191023))	Aspergillus niger	4989656
An18g00970	mRNA	An18g00970	NT_166533.1	191414	192059	R	An18g00970	complement(join(<191414..191926,192024..>192059))	Aspergillus niger	84593635
An18g00980	mRNA	An18g00980	NT_166533.1	192265	193344	D	An18g00980	join(<192265..192408,192474..192800,192858..193000,193050..>193344)	Aspergillus niger	4989658
An18g00990	mRNA	An18g00990	NT_166533.1	193431	193571	R	An18g00990	complement(<193431..>193571)	Aspergillus niger	4989659
An18g01000	mRNA	An18g01000	NT_166533.1	194144	195123	D	An18g01000	join(<194144..194393,194456..194685,194749..>195123)	Aspergillus niger	4989660
An18g01010	mRNA	An18g01010	NT_166533.1	195624	197108	D	An18g01010	join(<195624..195781,195842..>197108)	Aspergillus niger	4989661
An18g01020	mRNA	An18g01020	NT_166533.1	197673	198816	R	An18g01020	complement(join(<197673..197962,198055..198489,198561..>198816))	Aspergillus niger	4989662
An18g01030	mRNA	An18g01030	NT_166533.1	199258	201036	D	An18g01030	join(<199258..199305,199367..199925,199991..200147,200228..200383,200447..200586,200678..>201036)	Aspergillus niger	4989663
An18g01040	mRNA	An18g01040	NT_166533.1	201410	204135	D	An18g01040	join(<201410..201508,201583..201683,201752..201987,202042..202807,203017..203579,203681..203896,203969..>204135)	Aspergillus niger	4989664
An18g01050	mRNA	An18g01050	NT_166533.1	204417	206199	R	An18g01050	complement(join(<204417..205088,205145..205282,205354..205763,205824..205947,206014..>206199))	Aspergillus niger	4989665
An18g01060	mRNA	An18g01060	NT_166533.1	206740	207696	D	An18g01060	join(<206740..207019,207087..207215,207311..>207696)	Aspergillus niger	4989666
An18g01070	mRNA	An18g01070	NT_166533.1	208628	211070	D	An18g01070	join(<208628..208702,208810..208945,209208..209389,209456..209647,209724..209788,209850..210290,210366..210947,211067..>211070)	Aspergillus niger	4989667
An18g01080	mRNA	An18g01080	NT_166533.1	211441	212311	R	An18g01080	complement(join(<211441..211864,211903..211986,212094..212194,212246..>212311))	Aspergillus niger	84593636
An18g01090	mRNA	An18g01090	NT_166533.1	212518	214481	D	An18g01090	join(<212518..213327,213380..213519,213569..>214481)	Aspergillus niger	4989669
An18g01100	mRNA	An18g01100	NT_166533.1	214604	215862	R	An18g01100	complement(join(<214604..214689,214725..214864,214917..215274,215346..>215862))	Aspergillus niger	4989670
An18g01110	mRNA	An18g01110	NT_166533.1	216620	216880	D	An18g01110	<216620..>216880	Aspergillus niger	4989671
An18g01120	mRNA	An18g01120	NT_166533.1	217063	219121	R	An18g01120	complement(join(<217063..217109,217166..217667,217724..218600,218659..218688,218739..>219121))	Aspergillus niger	4989672
An18g01130	mRNA	An18g01130	NT_166533.1	221050	222099	D	An18g01130	<221050..>222099	Aspergillus niger	4989673
An18g01140	mRNA	An18g01140	NT_166533.1	222449	223480	D	An18g01140	<222449..>223480	Aspergillus niger	4989674
An18g01150	mRNA	An18g01150	NT_166533.1	224372	226315	D	An18g01150	join(<224372..224796,224870..225988,226045..>226315)	Aspergillus niger	4989675
An18g01170	mRNA	An18g01170	NT_166533.1	227427	229638	D	An18g01170	join(<227427..227496,227556..227669,227719..227988,228039..228884,228938..229020,229069..>229638)	Aspergillus niger	4989677
An18g01180	mRNA	An18g01180	NT_166533.1	230523	232181	D	An18g01180	join(<230523..232098,232162..>232181)	Aspergillus niger	84593637
An18g01200	mRNA	An18g01200	NT_166533.1	233494	235563	D	An18g01200	join(<233494..233532,233625..233817,233877..234006,234063..234258,234346..234472,234527..234771,234843..235114,235182..>235563)	Aspergillus niger	4989678
An18g01210	mRNA	An18g01210	NT_166533.1	235792	237364	R	An18g01210	complement(join(<235792..236003,236055..236217,236279..236583,236628..236953,237012..>237364))	Aspergillus niger	4989681
An18g01220	mRNA	An18g01220	NT_166533.1	237749	239406	R	An18g01220	complement(join(<237749..238375,238431..238978,239036..239144,239203..>239406))	Aspergillus niger	4989682
An18g01230	mRNA	An18g01230	NT_166533.1	240028	242088	D	An18g01230	join(<240028..240289,240338..240405,240462..240653,240713..241012,241074..241355,241541..241802,241970..>242088)	Aspergillus niger	4989683
An18g01240	mRNA	An18g01240	NT_166533.1	242714	244204	D	An18g01240	join(<242714..243085,243165..243450,243523..243822,243881..243956,244018..>244204)	Aspergillus niger	4989684
An18g01250	mRNA	An18g01250	NT_166533.1	244437	244813	R	An18g01250	complement(join(<244437..244683,244764..>244813))	Aspergillus niger	4989685
An18g01270	mRNA	An18g01270	NT_166533.1	245565	246069	D	An18g01270	join(<245565..245599,245742..>246069)	Aspergillus niger	84593638
An18g01280	mRNA	An18g01280	NT_166533.1	248079	249164	R	An18g01280	complement(join(<248079..248398,248591..248716,248753..248872,249116..>249164))	Aspergillus niger	84593639
An18g01290	mRNA	An18g01290	NT_166533.1	249699	251032	D	An18g01290	join(<249699..250298,250367..>251032)	Aspergillus niger	4989689
An18g01300	mRNA	An18g01300	NT_166533.1	251875	252684	D	An18g01300	<251875..>252684	Aspergillus niger	4989690
An18g01320	mRNA	An18g01320	NT_166533.1	255507	257000	D	An18g01320	join(<255507..255677,255741..256050,256111..>257000)	Aspergillus niger	4989692
An18g01330	mRNA	An18g01330	NT_166533.1	257847	259373	D	An18g01330	join(<257847..258364,258447..258773,258864..259086,259248..>259373)	Aspergillus niger	4989693
An18g01340	mRNA	An18g01340	NT_166533.1	259672	261444	D	An18g01340	join(<259672..259834,259884..260037,260103..>261444)	Aspergillus niger	4989694
An18g01350	mRNA	An18g01350	NT_166533.1	261632	263463	R	An18g01350	complement(join(<261632..261859,261908..262085,262143..262699,262757..262816,262873..262885,262942..263152,263204..263344,263397..>263463))	Aspergillus niger	4989695
An18g01360	mRNA	An18g01360	NT_166533.1	264246	266798	D	An18g01360	join(<264246..264351,264384..264459,264504..264561,264609..264795,264845..264944,264987..265070,265117..265303,265348..265398,265446..265616,265663..265981,266030..266526,266589..>266798)	Aspergillus niger	4989696
An18g01370	mRNA	An18g01370	NT_166533.1	267063	268662	D	An18g01370	join(<267063..267162,267428..267601,267737..267829,268182..268243,268338..268446,268508..>268662)	Aspergillus niger	84593640
An18g01380	mRNA	An18g01380	NT_166533.1	268740	274507	R	An18g01380	complement(join(<268740..268784,268878..268966,269107..269753,269830..269913,269978..270171,270248..270669,270723..270787,270961..271192,271261..271608,271676..271838,271888..272185,272242..272735,272865..272979,273144..273701,273801..273918,274018..274219,274289..>274507))	Aspergillus niger	4989698
An18g01390	mRNA	An18g01390	NT_166533.1	275128	276732	R	An18g01390	complement(<275128..>276732)	Aspergillus niger	4989699
An18g01400	mRNA	An18g01400	NT_166533.1	277215	278607	D	An18g01400	join(<277215..277585,277632..277886,277944..278382,278440..>278607)	Aspergillus niger	4989700
An18g01410	mRNA	An18g01410	NT_166533.1	279369	280859	D	An18g01410	join(<279369..279447,279526..280235,280293..>280859)	Aspergillus niger	4989701
An18g01420	mRNA	An18g01420	NT_166533.1	280945	282625	R	An18g01420	complement(join(<280945..282167,282232..>282625))	Aspergillus niger	4989702
An18g01430	mRNA	An18g01430	NT_166533.1	284007	285140	R	An18g01430	complement(join(<284007..284785,284858..>285140))	Aspergillus niger	4989703
An18g01440	mRNA	An18g01440	NT_166533.1	285519	288186	D	An18g01440	join(<285519..285602,285847..285863,285903..286004,286036..286043,286265..286797,286849..>288186)	Aspergillus niger	4989704
An18g01450	mRNA	An18g01450	NT_166533.1	289875	290447	D	An18g01450	join(<289875..290209,290291..>290447)	Aspergillus niger	84593641
An18g01460	mRNA	An18g01460	NT_166533.1	290923	291984	D	An18g01460	join(<290923..290971,291024..291384,291439..291551,291610..291632,291689..291741,291795..>291984)	Aspergillus niger	4989706
An18g01470	mRNA	An18g01470	NT_166533.1	292470	294853	D	An18g01470	join(<292470..292588,292664..292667,292733..292949,293021..293422,293485..293549,293804..293825,293888..293937,293999..294136,294168..294396,294510..294604,294779..>294853)	Aspergillus niger	4989707
An18g01480	mRNA	An18g01480	NT_166533.1	295551	297104	D	An18g01480	<295551..>297104	Aspergillus niger	4989708
An18g01490	mRNA	An18g01490	NT_166533.1	297209	298377	R	An18g01490	complement(join(<297209..297797,297854..>298377))	Aspergillus niger	4989709
An18g01500	mRNA	An18g01500	NT_166533.1	299193	300088	R	An18g01500	complement(join(<299193..299378,299435..299660,299724..>300088))	Aspergillus niger	4989710
An18g01510	mRNA	An18g01510	NT_166533.1	301316	301878	R	An18g01510	complement(join(<301316..301426,301529..301665,301767..>301878))	Aspergillus niger	84593642
An18g01520	mRNA	An18g01520	NT_166533.1	302820	303941	D	An18g01520	<302820..>303941	Aspergillus niger	4989712
An18g01530	mRNA	An18g01530	NT_166533.1	304017	305431	R	An18g01530	complement(join(<304017..304500,304556..305063,305123..305159,305228..>305431))	Aspergillus niger	4989713
An18g01540	mRNA	An18g01540	NT_166533.1	306130	307539	D	An18g01540	<306130..>307539	Aspergillus niger	4989714
An18g01550	mRNA	An18g01550	NT_166533.1	307628	310789	R	An18g01550	complement(join(<307628..307704,307827..308776,308825..309076,309129..309376,309557..>310789))	Aspergillus niger	4989715
An18g01560	mRNA	An18g01560	NT_166533.1	311506	312874	D	An18g01560	join(<311506..311617,311793..311882,311954..312076,312210..312328,312421..312498,312579..312670,312769..>312874)	Aspergillus niger	84593643
An18g01570	mRNA	An18g01570	NT_166533.1	313051	314560	D	An18g01570	join(<313051..313200,313248..313364,313412..313602,313652..313774,313820..313900,313965..314373,314510..>314560)	Aspergillus niger	4989717
An18g01580	mRNA	An18g01580	NT_166533.1	315290	316019	R	An18g01580	complement(join(<315290..315939,316007..>316019))	Aspergillus niger	4989718
An18g01590	mRNA	An18g01590	NT_166533.1	316726	318846	R	An18g01590	complement(join(<316726..316858,316921..318583,318644..318689,318757..>318846))	Aspergillus niger	4989719
An18g01600	mRNA	An18g01600	NT_166533.1	319584	320810	R	An18g01600	complement(join(<319584..319763,319819..320120,320178..320508,320616..>320810))	Aspergillus niger	4989720
An18g01610	mRNA	An18g01610	NT_166533.1	321664	323705	R	An18g01610	complement(join(<321664..322931,322982..323367,323434..>323705))	Aspergillus niger	4989721
An18g01620	mRNA	An18g01620	NT_166533.1	325257	326923	R	An18g01620	complement(join(<325257..326328,326379..>326923))	Aspergillus niger	4989722
An18g01630	mRNA	An18g01630	NT_166533.1	327676	329222	D	An18g01630	join(<327676..327813,327874..329017,329071..>329222)	Aspergillus niger	4989723
An18g01640	mRNA	An18g01640	NT_166533.1	330077	332329	D	An18g01640	join(<330077..330133,330190..330596,330642..330917,330975..331439,331489..331598,331650..>332329)	Aspergillus niger	4989724
An18g01660	mRNA	An18g01660	NT_166533.1	333565	334247	D	An18g01660	join(<333565..333580,333788..334146,334221..>334247)	Aspergillus niger	84593644
An18g01670	mRNA	pfkA	NT_166533.1	334275	336729	D	An18g01670	join(<334275..335015,335072..335533,335581..>336729)	Aspergillus niger	4989727
An18g01680	mRNA	An18g01680	NT_166533.1	337054	338152	R	An18g01680	complement(join(<337054..337073,337153..>338152))	Aspergillus niger	4989728
An18g01690	mRNA	An18g01690	NT_166533.1	338433	340039	R	An18g01690	complement(join(<338433..338513,338565..338704,338764..339558,339625..339772,339823..339837,339889..339962,340015..>340039))	Aspergillus niger	4989729
An18g01700	mRNA	An18g01700	NT_166533.1	340471	342282	R	An18g01700	complement(join(<340471..341532,341582..341710,341759..341954,342008..>342282))	Aspergillus niger	4989730
An18g01710	mRNA	An18g01710	NT_166533.1	342605	343169	D	An18g01710	join(<342605..342828,342857..>343169)	Aspergillus niger	84593645
An18g01720	mRNA	An18g01720	NT_166533.1	343619	345493	D	An18g01720	join(<343619..343960,344011..344376,344426..345382,345440..>345493)	Aspergillus niger	4989732
An18g01730	mRNA	An18g01730	NT_166533.1	346330	347310	R	An18g01730	complement(<346330..>347310)	Aspergillus niger	4989733
An18g01740	mRNA	An18g01740	NT_166533.1	349299	350413	R	An18g01740	complement(join(<349299..349678,349740..350179,350247..>350413))	Aspergillus niger	4989734
An18g01750	mRNA	An18g01750	NT_166533.1	351223	352333	D	An18g01750	join(<351223..351298,351350..351628,351693..>352333)	Aspergillus niger	4989735
An18g01760	mRNA	An18g01760	NT_166533.1	352592	354314	R	An18g01760	complement(join(<352592..353158,353213..353771,353841..354143,354241..>354314))	Aspergillus niger	4989736
An18g01770	mRNA	An18g01770	NT_166533.1	354797	357584	R	An18g01770	complement(join(<354797..354844,354964..355180,355384..355903,355976..356472,356536..356746,356837..357018,357105..357241,357477..>357584))	Aspergillus niger	4989737
An18g01780	mRNA	An18g01780	NT_166533.1	358497	359868	R	An18g01780	complement(<358497..>359868)	Aspergillus niger	4989738
An18g01790	mRNA	An18g01790	NT_166533.1	360653	360982	R	An18g01790	complement(join(<360653..360755,360810..>360982))	Aspergillus niger	4989739
An18g01800	mRNA	An18g01800	NT_166533.1	362275	363229	R	An18g01800	complement(join(<362275..362970,363036..363115,363166..>363229))	Aspergillus niger	84593646
An18g01810	mRNA	An18g01810	NT_166533.1	363524	364213	D	An18g01810	join(<363524..363634,363734..>364213)	Aspergillus niger	84593647
An18g01820	mRNA	An18g01820	NT_166533.1	364315	364942	R	An18g01820	complement(join(<364315..364533,364639..364698,364802..>364942))	Aspergillus niger	84593648
An18g01830	mRNA	An18g01830	NT_166533.1	365045	366739	D	An18g01830	join(<365045..365234,365288..365533,365580..366040,366074..>366739)	Aspergillus niger	4989743
An18g01840	mRNA	An18g01840	NT_166533.1	368197	370531	D	An18g01840	join(<368197..369054,369130..369293,369361..369659,369708..369931,369989..>370531)	Aspergillus niger	4989744
An18g01850	mRNA	An18g01850	NT_166533.1	371921	372468	R	An18g01850	complement(join(<371921..372221,372371..>372468))	Aspergillus niger	84593649
An18g01860	mRNA	An18g01860	NT_166533.1	372481	376062	D	An18g01860	join(<372481..373417,373461..373500,373531..374244,374292..375320,375368..375638,375686..375800,375851..>376062)	Aspergillus niger	4989746
An18g01870	mRNA	An18g01870	NT_166533.1	376343	377708	R	An18g01870	complement(join(<376343..376479,376569..376637,377009..377124,377204..377572,377683..>377708))	Aspergillus niger	84593650
An18g01880	mRNA	An18g01880	NT_166533.1	378187	380022	R	An18g01880	complement(join(<378187..378209,378310..378628,378739..379025,379198..379290,379577..379727,379789..>380022))	Aspergillus niger	84593651
An18g01890	mRNA	An18g01890	NT_166533.1	381533	384972	R	An18g01890	complement(join(<381533..382060,382111..383616,383673..383817,383870..>384972))	Aspergillus niger	4989749
An18g01900	mRNA	An18g01900	NT_166533.1	386036	386752	D	An18g01900	join(<386036..386228,386319..386396,386562..>386752)	Aspergillus niger	84593652
An18g01910	mRNA	An18g01910	NT_166533.1	387316	389522	D	An18g01910	join(<387316..387607,387693..388577,388762..>389522)	Aspergillus niger	84593653
An18g01920	mRNA	An18g01920	NT_166533.1	389727	391130	D	An18g01920	<389727..>391130	Aspergillus niger	84593654
An18g01930	mRNA	An18g01930	NT_166533.1	392494	393095	R	An18g01930	complement(join(<392494..392506,392563..>393095))	Aspergillus niger	4989753
An18g01940	mRNA	An18g01940	NT_166533.1	393200	394068	D	An18g01940	join(<393200..393343,393387..393440,393509..393600,394002..>394068)	Aspergillus niger	84593655
An18g01950	mRNA	An18g01950	NT_166533.1	395140	396726	D	An18g01950	join(<395140..395964,396022..>396726)	Aspergillus niger	4989755
An18g01960	mRNA	An18g01960	NT_166533.1	397162	399693	R	An18g01960	complement(join(<397162..397419,397478..397789,397842..398520,398570..398825,398875..399093,399144..>399693))	Aspergillus niger	4989756
An18g01970	mRNA	An18g01970	NT_166533.1	400459	401496	D	An18g01970	<400459..>401496	Aspergillus niger	4989757
An18g01980	mRNA	An18g01980	NT_166533.1	401912	404227	D	An18g01980	<401912..>404227	Aspergillus niger	4989758
An18g01990	mRNA	An18g01990	NT_166533.1	404264	405635	R	An18g01990	complement(join(<404264..405329,405379..>405635))	Aspergillus niger	4989759
An18g02000	mRNA	An18g02000	NT_166533.1	405680	407102	R	An18g02000	complement(join(<405680..405984,406107..406465,406544..406766,406826..>407102))	Aspergillus niger	4989760
An18g02010	mRNA	An18g02010	NT_166533.1	408557	411191	D	An18g02010	join(<408557..408563,408647..409015,409078..409175,409238..410080,410131..410217,410268..410514,410569..410800,410856..411048,411102..>411191)	Aspergillus niger	4989761
An18g02020	mRNA	tigA	NT_166533.1	411692	412837	D	An18g02020	join(<411692..412202,412269..>412837)	Aspergillus niger	4989762
An18g02030	mRNA	An18g02030	NT_166533.1	413199	413677	R	An18g02030	complement(join(<413199..413359,413436..413535,413624..>413677))	Aspergillus niger	4989763
An18g02040	mRNA	An18g02040	NT_166533.1	414522	414940	D	An18g02040	join(<414522..414561,414753..414816,414874..>414940)	Aspergillus niger	84593656
An18g02050	mRNA	An18g02050	NT_166533.1	415214	416910	D	An18g02050	join(<415214..415384,415438..415497,415537..415691,415758..415911,415970..416601,416649..416661,416707..>416910)	Aspergillus niger	4989765
An18g02060	mRNA	An18g02060	NT_166533.1	417350	419167	R	An18g02060	complement(<417350..>419167)	Aspergillus niger	4989766
An18g02070	mRNA	An18g02070	NT_166533.1	419644	421197	D	An18g02070	join(<419644..419668,419746..419854,419893..420279,420372..420501,420831..420883,420939..>421197)	Aspergillus niger	84593657
An18g02080	mRNA	An18g02080	NT_166533.1	422320	424620	R	An18g02080	complement(join(<422320..422499,422597..422709,422784..422884,422992..423184,423298..423345,423464..423511,423564..423700,424059..424185,424278..424521,424600..>424620))	Aspergillus niger	84593658
An18g02090	mRNA	An18g02090	NT_166533.1	425626	427014	D	An18g02090	join(<425626..425740,425877..426589,426647..426736,426804..426923,426994..>427014)	Aspergillus niger	4989769
An18g02100	mRNA	An18g02100	NT_166533.1	428110	428856	R	An18g02100	complement(join(<428110..428337,428427..428563,428667..>428856))	Aspergillus niger	84593659
An18g02110	mRNA	An18g02110	NT_166533.1	429830	430791	D	An18g02110	join(<429830..430420,430486..>430791)	Aspergillus niger	4989771
An18g02120	mRNA	An18g02120	NT_166533.1	430929	431481	D	An18g02120	join(<430929..430972,431064..>431481)	Aspergillus niger	84593660
An18g02130	mRNA	An18g02130	NT_166533.1	432062	433473	R	An18g02130	complement(join(<432062..432150,432215..432335,432411..432551,432613..432758,432889..433040,433295..433335,433465..>433473))	Aspergillus niger	4989773
An18g02140	mRNA	An18g02140	NT_166533.1	434489	435562	R	An18g02140	complement(join(<434489..434559,434620..434748,434805..435063,435266..>435562))	Aspergillus niger	4989774
An18g02150	mRNA	An18g02150	NT_166533.1	436134	438668	R	An18g02150	complement(<436134..>438668)	Aspergillus niger	4989775
An18g02160	mRNA	An18g02160	NT_166533.1	439144	439563	D	An18g02160	join(<439144..439177,439313..>439563)	Aspergillus niger	84593661
An18g02170	mRNA	An18g02170	NT_166533.1	440594	442332	R	An18g02170	complement(join(<440594..440935,440994..441399,441455..441541,441593..441994,442061..>442332))	Aspergillus niger	4989777
An18g02180	mRNA	An18g02180	NT_166533.1	443402	443843	R	An18g02180	complement(join(<443402..443533,443802..>443843))	Aspergillus niger	84593662
An18g02190	mRNA	An18g02190	NT_166533.1	445848	447203	D	An18g02190	join(<445848..446093,446150..446881,446913..>447203)	Aspergillus niger	4989779
An18g02200	mRNA	An18g02200	NT_166533.1	447876	449552	R	An18g02200	complement(join(<447876..448193,448291..448718,448784..448856,448921..448926,448991..449350,449433..>449552))	Aspergillus niger	4989780
An18g02210	mRNA	An18g02210	NT_166533.1	450430	451404	R	An18g02210	complement(join(<450430..450539,450596..450743,450830..451009,451077..451176,451239..451292,451375..>451404))	Aspergillus niger	4989781
An18g02220	mRNA	An18g02220	NT_166533.1	451911	452681	D	An18g02220	join(<451911..451995,452084..452463,452523..>452681)	Aspergillus niger	4989782
An18g02230	mRNA	An18g02230	NT_166533.1	453231	455830	R	An18g02230	complement(join(<453231..453787,453857..455537,455604..455753,455813..>455830))	Aspergillus niger	4989783
An18g02240	mRNA	An18g02240	NT_166533.1	456329	459113	D	An18g02240	join(<456329..456472,456550..458445,458504..458583,458643..458792,458858..>459113)	Aspergillus niger	4989784
An18g02250	mRNA	An18g02250	NT_166533.1	459901	463035	R	An18g02250	complement(join(<459901..459980,460184..461123,461196..461264,461318..461338,461412..461988,462044..462248,462302..462414,462708..462809,462890..>463035))	Aspergillus niger	4989785
An18g02260	mRNA	An18g02260	NT_166533.1	464206	464787	R	An18g02260	complement(join(<464206..464359,464420..464553,464740..>464787))	Aspergillus niger	84593663
An18g02270	mRNA	An18g02270	NT_166533.1	464960	466474	R	An18g02270	complement(<464960..>466474)	Aspergillus niger	4989787
An18g02280	mRNA	An18g02280	NT_166533.1	468329	471872	D	An18g02280	join(<468329..468359,468455..468698,468831..470373,470432..470698,470750..470875,470925..>471872)	Aspergillus niger	4989788
An18g02290	mRNA	An18g02290	NT_166533.1	473399	473699	D	An18g02290	join(<473399..473562,473645..>473699)	Aspergillus niger	84593664
An18g02300	mRNA	An18g02300	NT_166533.1	474900	475312	D	An18g02300	join(<474900..474981,475052..475131,475256..>475312)	Aspergillus niger	84593665
An18g02305	mRNA	An18g02305	NT_166533.1	477232	478950	R	An18g02305	complement(join(<477232..477321,477466..>478950))	Aspergillus niger	4989791
An18g02310	mRNA	An18g02310	NT_166533.1	478953	480446	R	An18g02310	complement(join(<478953..479530,479928..479986,480022..>480446))	Aspergillus niger	84593666
An18g02320	mRNA	An18g02320	NT_166533.1	481523	482190	R	An18g02320	complement(join(<481523..481900,481967..482109,482154..>482190))	Aspergillus niger	84593667
An18g02330	mRNA	An18g02330	NT_166533.1	484775	487093	D	An18g02330	join(<484775..484948,485004..485058,485113..486073,486129..486497,486533..486554,486569..>487093)	Aspergillus niger	4989794
An18g02340	mRNA	An18g02340	NT_166533.1	487241	487726	D	An18g02340	<487241..>487726	Aspergillus niger	84593668
An18g02350	mRNA	An18g02350	NT_166533.1	488764	490128	R	An18g02350	complement(join(<488764..488826,488929..489316,489584..>490128))	Aspergillus niger	4989796
An18g02360	mRNA	An18g02360	NT_166533.1	491763	493162	D	An18g02360	join(<491763..491925,492024..492493,492566..>493162)	Aspergillus niger	4989797
An18g02370	mRNA	An18g02370	NT_166533.1	493327	493796	R	An18g02370	complement(join(<493327..493432,493486..>493796))	Aspergillus niger	4989798
An18g02380	mRNA	An18g02380	NT_166533.1	494499	495984	D	An18g02380	join(<494499..494707,494787..>495984)	Aspergillus niger	4989799
An18g02390	mRNA	An18g02390	NT_166533.1	497007	497340	R	An18g02390	complement(join(<497007..497098,497241..>497340))	Aspergillus niger	84593669
An18g02400	mRNA	pkcA	NT_166533.1	497950	501742	D	An18g02400	join(<497950..498382,498466..498732,498814..499395,499445..499840,499906..500319,500380..500908,500965..501166,501218..501623,501681..>501742)	Aspergillus niger	4989801
An18g02410	mRNA	An18g02410	NT_166533.1	502445	504553	D	An18g02410	<502445..>504553	Aspergillus niger	4989802
An18g02420	mRNA	An18g02420	NT_166533.1	506307	506776	D	An18g02420	join(<506307..506460,506592..506650,506768..>506776)	Aspergillus niger	84593670
An18g02430	mRNA	An18g02430	NT_166533.1	507060	508807	R	An18g02430	complement(join(<507060..507269,507349..507512,507651..507820,508081..508156,508249..508348,508433..508578,508648..508678,508736..>508807))	Aspergillus niger	84593671
An18g02440	mRNA	An18g02440	NT_166533.1	510439	514236	D	An18g02440	join(<510439..510612,510704..510769,510824..511828,511910..513209,513256..513538,513603..513923,513972..>514236)	Aspergillus niger	4989805
An18g02460	mRNA	An18g02460	NT_166533.1	514780	515779	D	An18g02460	join(<514780..514823,514912..514942,514991..515297,515394..>515779)	Aspergillus niger	4989807
An18g02470	mRNA	An18g02470	NT_166533.1	516078	517262	R	An18g02470	complement(join(<516078..516307,516356..516396,516448..516457,516509..516557,516610..516935,516997..517007,517073..517185,517242..>517262))	Aspergillus niger	4989808
An18g02480	mRNA	An18g02480	NT_166533.1	517907	520429	D	An18g02480	join(<517907..520086,520141..>520429)	Aspergillus niger	4989809
An18g02490	mRNA	An18g02490	NT_166533.1	521478	526501	R	An18g02490	complement(join(<521478..521828,521883..522265,522318..522424,522483..522871,522923..523268,523323..526264,526355..>526501))	Aspergillus niger	4989810
An18g02500	mRNA	An18g02500	NT_166533.1	526578	528933	R	An18g02500	complement(join(<526578..526735,527546..527673,527987..528037,528137..528238,528337..528603,528704..528792,528868..>528933))	Aspergillus niger	84593672
An18g02510	mRNA	An18g02510	NT_166533.1	528935	533707	D	An18g02510	join(<528935..531164,531216..533074,533147..>533707)	Aspergillus niger	4989812
An18g02520	mRNA	An18g02520	NT_166533.1	534139	536190	R	An18g02520	complement(join(<534139..535748,535814..535996,536046..>536190))	Aspergillus niger	4989813
An18g02530	mRNA	An18g02530	NT_166533.1	536952	538987	D	An18g02530	join(<536952..537261,537892..538007,538296..538435,538876..>538987)	Aspergillus niger	84593673
An18g02540	mRNA	An18g02540	NT_166533.1	538995	539339	R	An18g02540	complement(<538995..>539339)	Aspergillus niger	84593674
An18g02550	mRNA	An18g02550	NT_166533.1	539374	541248	R	An18g02550	complement(join(<539374..541105,541184..>541248))	Aspergillus niger	4989816
An18g02560	mRNA	An18g02560	NT_166533.1	541399	544934	R	An18g02560	complement(join(<541399..541505,541677..541692,541804..541918,542141..542656,542760..544298,544346..544528,544593..544696,544833..>544934))	Aspergillus niger	4989817
An18g02570	mRNA	An18g02570	NT_166533.1	545057	545808	D	An18g02570	join(<545057..545173,545261..545339,545575..545693,545716..>545808)	Aspergillus niger	84593675
An18g02580	mRNA	An18g02580	NT_166533.1	545810	547286	D	An18g02580	join(<545810..546042,546098..546283,546339..546642,547182..>547286)	Aspergillus niger	4989819
An18g02590	mRNA	An18g02590	NT_166533.1	548364	549199	D	An18g02590	join(<548364..548474,548556..549047,549110..>549199)	Aspergillus niger	4989820
An18g02600	mRNA	An18g02600	NT_166533.1	550708	551565	D	An18g02600	<550708..>551565	Aspergillus niger	4989821
An18g02610	mRNA	An18g02610	NT_166533.1	552550	558330	R	An18g02610	complement(join(<552550..552957,553052..556981,557156..557263,557336..557549,557645..557789,557939..558159,558203..>558330))	Aspergillus niger	4989822
An18g02620	mRNA	An18g02620	NT_166533.1	558891	562043	D	An18g02620	join(<558891..559011,559156..559951,560012..560177,560265..561537,561610..>562043)	Aspergillus niger	10098283
An18g02630	mRNA	An18g02630	NT_166533.1	562389	563715	D	An18g02630	join(<562389..562634,562696..>563715)	Aspergillus niger	4989824
An18g02640	mRNA	An18g02640	NT_166533.1	563937	565480	R	An18g02640	complement(join(<563937..563999,564088..564184,564303..564365,565057..565155,565476..>565480))	Aspergillus niger	84593676
An18g02650	mRNA	An18g02650	NT_166533.1	565674	567548	R	An18g02650	complement(join(<565674..565790,565854..566314,566385..567279,567387..>567548))	Aspergillus niger	4989826
An18g02660	mRNA	An18g02660	NT_166533.1	567621	569213	R	An18g02660	complement(join(<567621..567733,567941..568072,568336..568439,568516..568581,569140..>569213))	Aspergillus niger	84593677
An18g02670	mRNA	An18g02670	NT_166533.1	569292	569811	D	An18g02670	join(<569292..569421,569513..569578,569729..>569811)	Aspergillus niger	84593678
An18g02680	mRNA	An18g02680	NT_166533.1	570023	571563	R	An18g02680	complement(join(<570023..571465,571525..>571563))	Aspergillus niger	4989829
An18g02690	mRNA	An18g02690	NT_166533.1	572399	574586	R	An18g02690	complement(join(<572399..572518,572658..574225,574328..>574586))	Aspergillus niger	4989830
An18g02700	mRNA	An18g02700	NT_166533.1	574957	576662	R	An18g02700	complement(join(<574957..576011,576070..576355,576414..>576662))	Aspergillus niger	4989831
An18g02710	mRNA	An18g02710	NT_166533.1	577902	580784	D	An18g02710	<577902..>580784	Aspergillus niger	4989832
An18g02720	mRNA	An18g02720	NT_166533.1	581602	582531	D	An18g02720	join(<581602..581638,581737..581865,581936..582119,582201..>582531)	Aspergillus niger	4989833
An18g02730	mRNA	An18g02730	NT_166533.1	584203	585525	R	An18g02730	complement(join(<584203..584671,584758..584975,585038..585196,585253..>585525))	Aspergillus niger	4989834
An18g02740	mRNA	An18g02740	NT_166533.1	586606	588475	D	An18g02740	join(<586606..587451,587549..>588475)	Aspergillus niger	84593679
An18g02750	mRNA	An18g02750	NT_166533.1	588750	589887	R	An18g02750	complement(join(<588750..589226,589420..589594,589653..589775,589838..>589887))	Aspergillus niger	4989836
An18g02752	mRNA	An18g02752	NT_166533.1	590334	591521	D	An18g02752	<590334..>591521	Aspergillus niger	4989837
An18g02760	mRNA	An18g02760	NT_166533.1	592243	597654	R	An18g02760	complement(join(<592243..592425,592479..592787,592841..593717,593780..594388,594434..596475,596546..597422,597482..>597654))	Aspergillus niger	4989838
An18g02770	mRNA	An18g02770	NT_166533.1	598684	599950	R	An18g02770	complement(join(<598684..598700,598847..599545,599602..>599950))	Aspergillus niger	4989839
An18g02780	mRNA	An18g02780	NT_166533.1	601303	602557	D	An18g02780	join(<601303..601403,601510..>602557)	Aspergillus niger	84593680
An18g02790	mRNA	An18g02790	NT_166533.1	603860	604959	R	An18g02790	complement(join(<603860..604351,604405..604522,604604..604658,604908..>604959))	Aspergillus niger	84593681
An18g02800	mRNA	An18g02800	NT_166533.1	605158	606630	D	An18g02800	join(<605158..605262,605319..605551,605599..606169,606355..>606630)	Aspergillus niger	4989842
An18g02810	mRNA	An18g02810	NT_166533.1	607113	609282	R	An18g02810	complement(join(<607113..607165,607248..607460,607751..607850,607957..608011,608091..608121,608253..608306,608351..608439,608533..608613,608713..608823,609025..609122,609205..>609282))	Aspergillus niger	84593682
An18g02820	mRNA	An18g02820	NT_166533.1	609574	610549	R	An18g02820	complement(join(<609574..609679,609738..609741,610012..>610549))	Aspergillus niger	4989844
An18g02830	mRNA	An18g02830	NT_166533.1	611211	614665	R	An18g02830	complement(join(<611211..611471,611522..611824,611872..612866,612923..613133,613183..614419,614535..>614665))	Aspergillus niger	4989845
An18g02840	mRNA	An18g02840	NT_166533.1	615650	616315	D	An18g02840	join(<615650..616126,616184..>616315)	Aspergillus niger	4989846
An18g02850	mRNA	An18g02850	NT_166533.1	616470	617558	R	An18g02850	complement(join(<616470..617396,617499..>617558))	Aspergillus niger	4989847
An18g02860	mRNA	An18g02860	NT_166533.1	618429	621204	R	An18g02860	complement(join(<618429..618677,618930..619213,619276..620653,620827..621125,621195..>621204))	Aspergillus niger	4989848
An18g02870	mRNA	An18g02870	NT_166533.1	621728	622638	R	An18g02870	complement(join(<621728..622008,622082..622182,622457..>622638))	Aspergillus niger	84593683
An18g02880	mRNA	An18g02880	NT_166533.1	622865	624250	R	An18g02880	complement(join(<622865..622957,623083..623166,623277..623421,623498..623543,623634..623789,623807..623911,623998..>624250))	Aspergillus niger	84593684
An18g02890	mRNA	An18g02890	NT_166533.1	624646	625222	R	An18g02890	complement(join(<624646..624978,625094..>625222))	Aspergillus niger	4989851
An18g02900	mRNA	An18g02900	NT_166533.1	625867	627257	D	An18g02900	join(<625867..625893,625973..626163,626245..626669,626726..627102,627159..>627257)	Aspergillus niger	4989852
An18g02910	mRNA	An18g02910	NT_166533.1	627644	628314	D	An18g02910	join(<627644..627705,627791..627822,627881..627896,627984..628071,628123..628182,628250..628267,628297..>628314)	Aspergillus niger	4989853
An18g02920	mRNA	An18g02920	NT_166533.1	629026	630694	R	An18g02920	complement(join(<629026..629081,629177..629323,629408..629471,629570..629611,629717..629827,629932..630087,630530..>630694))	Aspergillus niger	84593685
An18g02930	mRNA	An18g02930	NT_166533.1	632063	632566	R	An18g02930	complement(join(<632063..632225,632361..>632566))	Aspergillus niger	84593686
An18g02940	mRNA	An18g02940	NT_166533.1	632962	646125	R	An18g02940	complement(join(<632962..633408,633469..645773,645843..>646125))	Aspergillus niger	4989856
An18g02950	mRNA	An18g02950	NT_166533.1	646809	652181	R	An18g02950	complement(join(<646809..647105,647160..647546,647604..648135,648176..648576,648628..649698,649759..649918,649990..650058,650111..650152,650234..650292,650343..651024,651073..651180,651230..651495,651547..651650,651705..651898,651958..>652181))	Aspergillus niger	4989857
An18g02960	mRNA	An18g02960	NT_166533.1	652756	654145	D	An18g02960	join(<652756..653165,653229..653505,653564..>654145)	Aspergillus niger	4989858
An18g02970	mRNA	An18g02970	NT_166533.1	654422	655491	R	An18g02970	complement(join(<654422..655143,655209..>655491))	Aspergillus niger	4989859
An18g02980	mRNA	An18g02980	NT_166533.1	656259	659183	D	An18g02980	join(<656259..656730,656813..659045,659099..>659183)	Aspergillus niger	4989860
An18g02990	mRNA	An18g02990	NT_166533.1	659532	660329	R	An18g02990	complement(join(<659532..659742,659852..660142,660241..>660329))	Aspergillus niger	4989861
An18g03000	mRNA	An18g03000	NT_166533.1	660643	661987	R	An18g03000	complement(join(<660643..661643,661715..661859,661925..>661987))	Aspergillus niger	4989862
An18g03010	mRNA	An18g03010	NT_166533.1	662680	665677	R	An18g03010	complement(join(<662680..662712,662766..665075,665132..665296,665363..665427,665530..>665677))	Aspergillus niger	4989863
An18g03020	mRNA	An18g03020	NT_166533.1	666083	668092	R	An18g03020	complement(join(<666083..667239,667295..667546,667612..>668092))	Aspergillus niger	4989864
An18g03030	mRNA	An18g03030	NT_166533.1	668751	671370	D	An18g03030	join(<668751..668819,668871..669050,669106..669372,669428..671059,671172..671200,671244..>671370)	Aspergillus niger	4989865
An18g03040	mRNA	An18g03040	NT_166533.1	671829	674139	R	An18g03040	complement(join(<671829..671955,672019..672075,672129..672249,672309..673337,673389..>674139))	Aspergillus niger	4989866
An18g03050	mRNA	An18g03050	NT_166533.1	675118	676064	R	An18g03050	complement(join(<675118..675265,675354..675498,675625..675738,675834..675875,676031..>676064))	Aspergillus niger	84593687
An18g03060	mRNA	An18g03060	NT_166533.1	677042	680528	R	An18g03060	complement(join(<677042..677500,677555..677845,677902..679583,679649..680013,680097..680314,680424..>680528))	Aspergillus niger	4989868
An18g03070	mRNA	An18g03070	NT_166533.1	681043	682546	D	An18g03070	join(<681043..681094,681161..681315,681450..681609,681666..>682546)	Aspergillus niger	4989869
An18g03080	mRNA	An18g03080	NT_166533.1	684064	685853	D	An18g03080	join(<684064..684514,684600..684661,684762..684856,684888..685253,685308..685507,685576..>685853)	Aspergillus niger	4989870
An18g03090	mRNA	An18g03090	NT_166533.1	686504	687817	D	An18g03090	join(<686504..687342,687421..>687817)	Aspergillus niger	4989871
An18g03100	mRNA	An18g03100	NT_166533.1	687964	688648	R	An18g03100	complement(join(<687964..688448,688534..>688648))	Aspergillus niger	4989872
An18g03110	mRNA	An18g03110	NT_166533.1	689097	691289	D	An18g03110	<689097..>691289	Aspergillus niger	4989873
An18g03120	mRNA	An18g03120	NT_166533.1	692229	694665	R	An18g03120	complement(join(<692229..692357,692419..694285,694355..>694665))	Aspergillus niger	4989874
An18g03130	mRNA	An18g03130	NT_166533.1	695345	698090	D	An18g03130	join(<695345..695458,695514..695960,696051..696135,696202..696398,696507..696980,697125..697425,697486..697763,697827..>698090)	Aspergillus niger	4989875
An18g03140	mRNA	An18g03140	NT_166533.1	698659	699569	R	An18g03140	complement(join(<698659..698849,699107..699117,699195..699386,699427..699461,699546..>699569))	Aspergillus niger	84593688
An18g03150	mRNA	An18g03150	NT_166533.1	701156	703789	D	An18g03150	join(<701156..701236,701360..>703789)	Aspergillus niger	4989877
An18g03160	mRNA	An18g03160	NT_166533.1	704130	705393	R	An18g03160	complement(join(<704130..704211,704261..704406,704533..704587,704712..704914,705126..705207,705383..>705393))	Aspergillus niger	84593689
An18g03170	mRNA	An18g03170	NT_166533.1	706721	710487	D	An18g03170	join(<706721..706856,706923..709736,709794..710194,710245..>710487)	Aspergillus niger	4989879
An18g03180	mRNA	An18g03180	NT_166533.1	710980	712208	D	An18g03180	join(<710980..711025,711115..>712208)	Aspergillus niger	4989880
An18g03190	mRNA	An18g03190	NT_166533.1	712582	714272	R	An18g03190	complement(join(<712582..712728,712773..712882,712934..713830,713901..714100,714166..>714272))	Aspergillus niger	4989881
An18g03200	mRNA	An18g03200	NT_166533.1	715435	716957	D	An18g03200	join(<715435..715469,715541..715563,715628..715989,716058..>716957)	Aspergillus niger	4989882
An18g03210	mRNA	An18g03210	NT_166533.1	717497	718750	D	An18g03210	join(<717497..717828,717889..718328,718394..718560,718613..>718750)	Aspergillus niger	4989883
An18g03220	mRNA	An18g03220	NT_166533.1	718919	720520	R	An18g03220	complement(<718919..>720520)	Aspergillus niger	4989884
An18g03230	mRNA	An18g03230	NT_166533.1	720956	722348	D	An18g03230	join(<720956..721994,722053..>722348)	Aspergillus niger	4989885
An18g03240	mRNA	An18g03240	NT_166533.1	722688	723331	R	An18g03240	complement(join(<722688..723008,723158..>723331))	Aspergillus niger	4989886
An18g03250	mRNA	An18g03250	NT_166533.1	724137	726262	R	An18g03250	complement(join(<724137..724482,724531..724912,724966..725091,725139..725312,725368..>726262))	Aspergillus niger	4989887
An18g03260	mRNA	An18g03260	NT_166533.1	726794	727418	R	An18g03260	complement(join(<726794..726979,727056..727102,727400..>727418))	Aspergillus niger	84593690
An18g03270	mRNA	An18g03270	NT_166533.1	728270	731121	R	An18g03270	complement(join(<728270..728741,728788..728856,728911..730945,731034..>731121))	Aspergillus niger	4989889
An18g03280	mRNA	An18g03280	NT_166533.1	732211	733300	R	An18g03280	complement(join(<732211..732761,732976..>733300))	Aspergillus niger	4989890
An18g03290	mRNA	An18g03290	NT_166533.1	733823	736152	R	An18g03290	complement(join(<733823..734161,734212..734549,734606..734706,734765..734909,734960..735074,735138..735629,735691..735842,735912..736017,736090..>736152))	Aspergillus niger	4989891
An18g03300	mRNA	An18g03300	NT_166533.1	737129	739389	D	An18g03300	join(<737129..737181,737238..737278,737341..737360,737421..737497,737554..737683,737741..738007,738064..738305,738360..739168,739226..>739389)	Aspergillus niger	4989892
An18g03310	mRNA	An18g03310	NT_166533.1	740333	741610	R	An18g03310	complement(join(<740333..740665,740888..741201,741457..>741610))	Aspergillus niger	4989893
An18g03320	mRNA	An18g03320	NT_166533.1	742274	744635	R	An18g03320	complement(join(<742274..742956,743095..744031,744093..>744635))	Aspergillus niger	4989894
An18g03330	mRNA	An18g03330	NT_166533.1	745507	746699	D	An18g03330	join(<745507..745652,745739..>746699)	Aspergillus niger	4989895
An18g03335	mRNA	An18g03335	NT_166533.1	747028	749367	R	An18g03335	complement(<747028..>749367)	Aspergillus niger	4989896
An18g03340	mRNA	An18g03340	NT_166533.1	749679	751000	R	An18g03340	complement(join(<749679..750258,750326..750738,750799..750822,750879..750895,750988..>751000))	Aspergillus niger	4989897
An18g03350	mRNA	An18g03350	NT_166533.1	751565	751981	D	An18g03350	<751565..>751981	Aspergillus niger	4989898
An18g03360	mRNA	An18g03360	NT_166533.1	752639	755011	R	An18g03360	complement(join(<752639..752677,752735..>755011))	Aspergillus niger	4989899
An18g03370	mRNA	An18g03370	NT_166533.1	755889	758030	D	An18g03370	join(<755889..756125,756178..756327,756473..756535,756652..756924,757075..757108,757299..757348,757428..757532,757884..>758030)	Aspergillus niger	84593691
An18g03380	mRNA	An18g03380	NT_166533.1	759685	760105	D	An18g03380	join(<759685..759707,759808..>760105)	Aspergillus niger	4989901
An18g03390	mRNA	An18g03390	NT_166533.1	761356	761991	R	An18g03390	complement(join(<761356..761522,761655..761723,761753..761781,761813..761826,761869..>761991))	Aspergillus niger	84593692
An18g03400	mRNA	An18g03400	NT_166533.1	762612	763578	R	An18g03400	complement(join(<762612..762788,762855..762934,763015..763388,763508..>763578))	Aspergillus niger	84593693
An18g03405	mRNA	An18g03405	NT_166533.1	764176	764424	R	An18g03405	complement(<764176..>764424)	Aspergillus niger	84593694
An18g03410	mRNA	An18g03410	NT_166533.1	764923	766491	D	An18g03410	join(<764923..765087,765249..765464,765620..765949,766173..766374,766427..>766491)	Aspergillus niger	84593695
An18g03420	mRNA	An18g03420	NT_166533.1	766696	768669	R	An18g03420	complement(join(<766696..766819,767194..767431,767516..767678,767709..767806,768369..768393,768511..>768669))	Aspergillus niger	84593696
An18g03430	mRNA	An18g03430	NT_166533.1	769149	770377	D	An18g03430	join(<769149..769938,769977..>770377)	Aspergillus niger	4989907
An18g03440	mRNA	An18g03440	NT_166533.1	770980	771513	R	An18g03440	complement(join(<770980..771126,771205..>771513))	Aspergillus niger	84593697
An18g03450	mRNA	An18g03450	NT_166533.1	771781	773847	D	An18g03450	<771781..>773847	Aspergillus niger	4989909
An18g03460	mRNA	An18g03460	NT_166533.1	774181	774483	R	An18g03460	complement(<774181..>774483)	Aspergillus niger	4989910
An18g03470	mRNA	An18g03470	NT_166533.1	774737	776418	D	An18g03470	join(<774737..774905,775034..775067,775137..>776418)	Aspergillus niger	4989911
An18g03480	mRNA	An18g03480	NT_166533.1	776506	778100	R	An18g03480	complement(join(<776506..777614,777664..777968,778021..>778100))	Aspergillus niger	4989912
An18g03490	mRNA	An18g03490	NT_166533.1	778485	780017	D	An18g03490	join(<778485..778858,778918..779205,779253..779379,779832..>780017)	Aspergillus niger	4989913
An18g03530	mRNA	An18g03530	NT_166533.1	781628	784702	R	An18g03530	complement(<781628..>784702)	Aspergillus niger	84593698
An18g03540	mRNA	An18g03540	NT_166533.1	785506	786372	R	An18g03540	complement(join(<785506..785620,785674..785755,785817..>786372))	Aspergillus niger	4989917
An18g03550	mRNA	An18g03550	NT_166533.1	788409	789687	R	An18g03550	complement(join(<788409..789065,789114..789200,789248..789390,789456..>789687))	Aspergillus niger	4989919
An18g03560	mRNA	An18g03560	NT_166533.1	790195	792690	D	An18g03560	join(<790195..790243,790323..790354,790453..790472,790724..791003,791088..791130,791254..791511,791728..791909,792003..792062,792147..792233,792351..792454,792531..>792690)	Aspergillus niger	84593699
An18g03570	mRNA	bgl1	NT_166533.1	793928	796875	D	An18g03570	join(<793928..793984,794081..794223,794275..794319,794374..794426,794478..795669,795732..796590,796642..>796875)	Aspergillus niger	4989921
An18g03580	mRNA	An18g03580	NT_166533.1	797241	798266	D	An18g03580	join(<797241..797964,798139..>798266)	Aspergillus niger	4989922
An18g03590	mRNA	An18g03590	NT_166533.1	798391	799611	R	An18g03590	complement(join(<798391..798677,798762..>799611))	Aspergillus niger	4989923
An18g03600	mRNA	An18g03600	NT_166533.1	799815	801383	D	An18g03600	join(<799815..799856,800016..>801383)	Aspergillus niger	4989924
An18g03610	mRNA	An18g03610	NT_166533.1	801671	804083	D	An18g03610	join(<801671..801718,801807..>804083)	Aspergillus niger	4989925
An18g03620	mRNA	An18g03620	NT_166533.1	805047	807476	D	An18g03620	join(<805047..805245,805624..>807476)	Aspergillus niger	4989926
An18g03630	mRNA	An18g03630	NT_166533.1	809051	810310	R	An18g03630	complement(<809051..>810310)	Aspergillus niger	4989927
An18g03640	mRNA	An18g03640	NT_166533.1	811495	811901	R	An18g03640	complement(join(<811495..811835,811871..>811901))	Aspergillus niger	4989928
An18g03650	mRNA	An18g03650	NT_166533.1	813895	814395	R	An18g03650	complement(join(<813895..813957,814009..814036,814283..>814395))	Aspergillus niger	84593700
An18g03660	mRNA	An18g03660	NT_166533.1	814788	817870	R	An18g03660	complement(join(<814788..816797,816844..816941,816988..>817870))	Aspergillus niger	4989930
An18g03670	mRNA	An18g03670	NT_166533.1	819703	822059	D	An18g03670	join(<819703..820376,820415..821743,821972..>822059)	Aspergillus niger	4989931
An18g03680	mRNA	An18g03680	NT_166533.1	822363	822631	D	An18g03680	join(<822363..822483,822516..>822631)	Aspergillus niger	84593701
An18g03690	mRNA	An18g03690	NT_166533.1	822980	823986	D	An18g03690	join(<822980..823431,823496..823809,823859..>823986)	Aspergillus niger	4989933
An18g03700	mRNA	An18g03700	NT_166533.1	824153	825877	R	An18g03700	complement(join(<824153..824402,824455..825616,825676..>825877))	Aspergillus niger	4989934
An18g03710	mRNA	An18g03710	NT_166533.1	827453	831202	R	An18g03710	complement(join(<827453..827775,827829..828205,828257..828282,828323..828453,828485..828560,828607..828760,828932..830753,830805..831008,831073..>831202))	Aspergillus niger	4989935
An18g03720	mRNA	An18g03720	NT_166533.1	832012	832836	R	An18g03720	complement(<832012..>832836)	Aspergillus niger	4989936
An18g03730	mRNA	An18g03730	NT_166533.1	834855	835605	R	An18g03730	complement(join(<834855..834960,835019..>835605))	Aspergillus niger	4989937
An18g03740	mRNA	An18g03740	NT_166533.1	841957	843780	D	An18g03740	join(<841957..842694,842753..843044,843100..843469,843522..843621,843652..>843780)	Aspergillus niger	4989938
An18g03750	mRNA	An18g03750	NT_166533.1	845257	846051	R	An18g03750	complement(<845257..>846051)	Aspergillus niger	84593702
An18g03760	mRNA	An18g03760	NT_166533.1	846156	848928	R	An18g03760	complement(join(<846156..846403,846458..846611,846661..848331,848418..848456,848832..>848928))	Aspergillus niger	4989940
An18g03770	mRNA	An18g03770	NT_166533.1	851260	857137	D	An18g03770	join(<851260..851270,851341..851358,851425..856788,856843..>857137)	Aspergillus niger	4989941
An18g03780	mRNA	An18g03780	NT_166533.1	858016	860976	R	An18g03780	complement(<858016..>860976)	Aspergillus niger	4989942
An18g03790	mRNA	An18g03790	NT_166533.1	861636	863533	R	An18g03790	complement(join(<861636..861995,862053..862739,862802..>863533))	Aspergillus niger	4989943
An18g03800	mRNA	An18g03800	NT_166533.1	865086	867141	R	An18g03800	complement(join(<865086..865390,865460..866089,866146..866592,866675..866870,866950..>867141))	Aspergillus niger	4989944
An18g03810	mRNA	An18g03810	NT_166533.1	868936	870062	R	An18g03810	complement(join(<868936..869074,869167..869425,869511..869564,869753..869888,870042..>870062))	Aspergillus niger	4989945
An18g03820	mRNA	An18g03820	NT_166533.1	871030	872896	R	An18g03820	complement(<871030..>872896)	Aspergillus niger	4989946
An18g03830	mRNA	An18g03830	NT_166533.1	873597	874876	D	An18g03830	join(<873597..873798,873942..>874876)	Aspergillus niger	4989947
An18g03850	mRNA	An18g03850	NT_166533.1	876599	877964	R	An18g03850	complement(join(<876599..876673,876792..876968,877047..877102,877217..877447,877509..877618,877695..877868,877912..>877964))	Aspergillus niger	84593703
An18g03860	mRNA	An18g03860	NT_166533.1	878659	879488	R	An18g03860	complement(join(<878659..878682,878776..878806,879220..>879488))	Aspergillus niger	84593704
An18g03870	mRNA	An18g03870	NT_166533.1	881215	882940	D	An18g03870	join(<881215..881481,881594..>882940)	Aspergillus niger	4989951
An18g03880	mRNA	An18g03880	NT_166533.1	883858	885128	R	An18g03880	complement(join(<883858..883941,884000..884025,884177..>885128))	Aspergillus niger	4989952
An18g03890	mRNA	An18g03890	NT_166533.1	885776	887608	R	An18g03890	complement(join(<885776..886263,886312..886614,886669..>887608))	Aspergillus niger	4989953
An18g03900	mRNA	An18g03900	NT_166533.1	888196	888951	R	An18g03900	complement(join(<888196..888652,888755..888845,888912..>888951))	Aspergillus niger	4989954
An18g03910	mRNA	An18g03910	NT_166533.1	889401	892200	D	An18g03910	join(<889401..891788,891844..>892200)	Aspergillus niger	4989955
An18g03920	mRNA	An18g03920	NT_166533.1	892532	893166	R	An18g03920	complement(join(<892532..892598,892667..892684,892763..892857,892951..>893166))	Aspergillus niger	4989956
An18g03930	mRNA	An18g03930	NT_166533.1	893776	896287	R	An18g03930	complement(join(<893776..895617,895679..>896287))	Aspergillus niger	84593705
An18g03940	mRNA	An18g03940	NT_166533.1	897252	898941	R	An18g03940	complement(join(<897252..897305,897811..897835,897888..898015,898067..898381,898438..898574,898635..898658,898725..>898941))	Aspergillus niger	4989957
An18g03950	mRNA	An18g03950	NT_166533.1	902864	904811	D	An18g03950	join(<902864..903495,903546..903823,903883..>904811)	Aspergillus niger	4989959
An18g03960	mRNA	An18g03960	NT_166533.1	907135	910698	D	An18g03960	join(<907135..909339,909397..>910698)	Aspergillus niger	4989960
An18g03970	mRNA	An18g03970	NT_166533.1	911690	913004	D	An18g03970	join(<911690..912897,912944..>913004)	Aspergillus niger	4989961
An18g03980	mRNA	An18g03980	NT_166533.1	913831	916240	D	An18g03980	join(<913831..914695,914750..916125,916184..>916240)	Aspergillus niger	4989962
An18g03990	mRNA	An18g03990	NT_166533.1	917144	918723	D	An18g03990	join(<917144..917611,917720..918089,918191..>918723)	Aspergillus niger	4989963
An18g04000	mRNA	An18g04000	NT_166533.1	919123	919512	D	An18g04000	join(<919123..919125,919201..>919512)	Aspergillus niger	4989964
An18g04010	mRNA	An18g04010	NT_166533.1	920048	921414	R	An18g04010	complement(join(<920048..920779,920830..921206,921252..>921414))	Aspergillus niger	4989965
An18g04020	mRNA	An18g04020	NT_166533.1	923284	923914	R	An18g04020	complement(<923284..>923914)	Aspergillus niger	4989966
An18g04030	mRNA	An18g04030	NT_166533.1	927649	929253	D	An18g04030	join(<927649..928210,928271..>929253)	Aspergillus niger	4989967
An18g04040	mRNA	An18g04040	NT_166533.1	929884	931152	R	An18g04040	complement(join(<929884..929953,930029..930921,931141..>931152))	Aspergillus niger	4989968
An18g04050	mRNA	An18g04050	NT_166533.1	933067	933400	R	An18g04050	complement(join(<933067..933256,933294..>933400))	Aspergillus niger	84593706
An18g04060	mRNA	An18g04060	NT_166533.1	934163	936845	D	An18g04060	join(<934163..934422,934489..935644,935696..935804,935860..936185,936237..>936845)	Aspergillus niger	4989970
An18g04070	mRNA	Balu-42	NT_166533.1	938393	939142	R	An18g04070	complement(<938393..>939142)	Aspergillus niger	4989971
An18g04080	mRNA	An18g04080	NT_166533.1	942053	943715	R	An18g04080	complement(join(<942053..942197,942276..942718,942776..943169,943249..>943715))	Aspergillus niger	4989972
An18g04090	mRNA	An18g04090	NT_166533.1	945252	946197	R	An18g04090	complement(join(<945252..945690,945756..946026,946083..>946197))	Aspergillus niger	4989973
An18g04100	mRNA	An18g04100	NT_166533.1	951530	952900	D	An18g04100	join(<951530..951606,951671..952065,952122..>952900)	Aspergillus niger	4989974
An18g04110	mRNA	An18g04110	NT_166533.1	953307	956807	R	An18g04110	complement(join(<953307..954374,954433..954621,954672..955144,955199..956214,956270..956407,956474..956574,956643..>956807))	Aspergillus niger	4989975
An18g04120	mRNA	An18g04120	NT_166533.1	957521	958026	D	An18g04120	join(<957521..957617,957684..957822,957894..>958026)	Aspergillus niger	4989976
An18g04130	mRNA	An18g04130	NT_166533.1	958491	960138	D	An18g04130	join(<958491..958547,958605..958674,958755..959188,959251..>960138)	Aspergillus niger	4989977
An18g04140	mRNA	An18g04140	NT_166533.1	960509	961985	R	An18g04140	complement(join(<960509..961607,961670..961731,961800..>961985))	Aspergillus niger	4989978
An18g04150	mRNA	An18g04150	NT_166533.1	963771	965334	D	An18g04150	join(<963771..964079,964148..964411,964462..>965334)	Aspergillus niger	4989979
An18g04160	mRNA	An18g04160	NT_166533.1	965966	967919	D	An18g04160	join(<965966..966124,966201..966414,966466..>967919)	Aspergillus niger	4989980
An18g04170	mRNA	An18g04170	NT_166533.1	969575	971622	D	An18g04170	join(<969575..969803,969851..>971622)	Aspergillus niger	4989981
An18g04180	mRNA	An18g04180	NT_166533.1	972169	973288	D	An18g04180	join(<972169..972198,972730..972793,972859..972919,973000..>973288)	Aspergillus niger	4989982
An18g04190	mRNA	An18g04190	NT_166533.1	973957	974639	R	An18g04190	complement(join(<973957..973986,974098..974330,974456..>974639))	Aspergillus niger	4989983
An18g04200	mRNA	An18g04200	NT_166533.1	975101	977293	R	An18g04200	complement(join(<975101..975643,975694..976194,976248..976546,976597..>977293))	Aspergillus niger	4989984
An18g04210	mRNA	An18g04210	NT_166533.1	982150	983298	D	An18g04210	<982150..>983298	Aspergillus niger	4989985
An18g04220	mRNA	An18g04220	NT_166533.1	984632	986156	R	An18g04220	complement(join(<984632..985195,985253..985498,985689..985765,985889..985910,986106..>986156))	Aspergillus niger	4989986
An18g04230	mRNA	An18g04230	NT_166533.1	988576	990466	R	An18g04230	complement(join(<988576..990233,990295..>990466))	Aspergillus niger	4989987
An18g04240	mRNA	An18g04240	NT_166533.1	990902	995199	D	An18g04240	join(<990902..990957,991028..991391,991448..993920,993969..994055,994108..994329,994380..994918,994963..>995199)	Aspergillus niger	4989988
An18g04250	mRNA	An18g04250	NT_166533.1	995452	996308	R	An18g04250	complement(join(<995452..995693,995771..>996308))	Aspergillus niger	4989989
An18g04260	mRNA	An18g04260	NT_166533.1	996999	998171	D	An18g04260	join(<996999..997039,997106..>998171)	Aspergillus niger	4989990
An18g04270	mRNA	An18g04270	NT_166533.1	998352	999048	R	An18g04270	complement(join(<998352..998506,998609..998711,998932..>999048))	Aspergillus niger	4989991
An18g04280	mRNA	An18g04280	NT_166533.1	1000422	1001567	D	An18g04280	join(<1000422..1000566,1000818..1000861,1000953..>1001567)	Aspergillus niger	4989992
An18g04290	mRNA	An18g04290	NT_166533.1	1001628	1002750	R	An18g04290	complement(join(<1001628..1001987,1002106..1002561,1002652..>1002750))	Aspergillus niger	4989993
An18g04295	mRNA	An18g04295	NT_166533.1	1004447	1004832	D	An18g04295	join(<1004447..1004458,1004587..1004727,1004815..>1004832)	Aspergillus niger	84593707
An18g04300	mRNA	An18g04300	NT_166533.1	1006160	1010044	D	An18g04300	join(<1006160..1009765,1009817..>1010044)	Aspergillus niger	4989995
An18g04310	mRNA	An18g04310	NT_166533.1	1010431	1011056	D	An18g04310	join(<1010431..1010433,1010532..1010856,1010932..>1011056)	Aspergillus niger	4989996
An18g04320	mRNA	An18g04320	NT_166533.1	1011618	1013645	R	An18g04320	complement(join(<1011618..1013420,1013622..>1013645))	Aspergillus niger	4989997
An18g04330	mRNA	An18g04330	NT_166533.1	1014689	1015895	D	An18g04330	join(<1014689..1014864,1014920..>1015895)	Aspergillus niger	4989998
An18g04340	mRNA	An18g04340	NT_166533.1	1016099	1017513	R	An18g04340	complement(join(<1016099..1016641,1016733..1017049,1017119..1017323,1017405..1017412,1017462..>1017513))	Aspergillus niger	4989999
An18g04350	mRNA	An18g04350	NT_166533.1	1017875	1021691	D	An18g04350	join(<1017875..1018394,1018474..1019275,1019820..1020247,1020583..1020817,1020974..>1021691)	Aspergillus niger	4990000
An18g04360	mRNA	An18g04360	NT_166533.1	1023206	1024211	R	An18g04360	complement(join(<1023206..1023669,1023746..>1024211))	Aspergillus niger	84593708
An18g04365	mRNA	An18g04365	NT_166533.1	1024342	1025038	R	An18g04365	complement(join(<1024342..1024374,1024445..1024467,1024528..>1025038))	Aspergillus niger	4990001
An18g04380	mRNA	An18g04380	NT_166533.1	1032069	1032681	D	An18g04380	join(<1032069..1032113,1032329..1032345,1032402..>1032681)	Aspergillus niger	84593709
An18g04390	mRNA	An18g04390	NT_166533.1	1033344	1034135	D	An18g04390	join(<1033344..1033418,1033729..1033802,1033836..1033958,1034087..>1034135)	Aspergillus niger	84593710
An18g04400	mRNA	An18g04400	NT_166533.1	1034811	1036585	R	An18g04400	complement(join(<1034811..1034920,1034967..1035087,1035156..1035512,1035574..1035911,1035967..1036037,1036093..1036129,1036188..1036265,1036328..1036370,1036435..1036455,1036565..>1036585))	Aspergillus niger	4990006
An18g04410	mRNA	An18g04410	NT_166533.1	1037205	1038194	D	An18g04410	join(<1037205..1037465,1037549..1037632,1037712..1037849,1037948..1038005,1038079..>1038194)	Aspergillus niger	4990007
An18g04420	mRNA	An18g04420	NT_166533.1	1038809	1041501	R	An18g04420	complement(join(<1038809..1038925,1038993..1039668,1039718..1040469,1040541..1041134,1041206..1041312,1041386..1041413,1041472..>1041501))	Aspergillus niger	4990008
An18g04430	mRNA	An18g04430	NT_166533.1	1042440	1044021	R	An18g04430	complement(join(<1042440..1042709,1042817..1043248,1043303..1043772,1043868..>1044021))	Aspergillus niger	4990009
An18g04440	mRNA	An18g04440	NT_166533.1	1044826	1046719	R	An18g04440	complement(join(<1044826..1044877,1044942..>1046719))	Aspergillus niger	4990010
An18g04450	mRNA	An18g04450	NT_166533.1	1047156	1048872	R	An18g04450	complement(join(<1047156..1047191,1047703..1048313,1048364..1048609,1048719..>1048872))	Aspergillus niger	4990011
An18g04460	mRNA	An18g04460	NT_166533.1	1049902	1051479	R	An18g04460	complement(<1049902..>1051479)	Aspergillus niger	4990012
An18g04470	mRNA	An18g04470	NT_166533.1	1053037	1055553	D	An18g04470	join(<1053037..1053504,1053566..1054219,1054354..>1055553)	Aspergillus niger	4990013
An18g04480	mRNA	An18g04480	NT_166533.1	1056257	1057206	D	An18g04480	join(<1056257..1056625,1056748..1057001,1057080..>1057206)	Aspergillus niger	4990014
An18g04490	mRNA	An18g04490	NT_166533.1	1057863	1058568	R	An18g04490	complement(join(<1057863..1057905,1058095..1058277,1058436..1058451,1058526..>1058568))	Aspergillus niger	4990015
An18g04520	mRNA	An18g04520	NT_166533.1	1060461	1061929	R	An18g04520	complement(join(<1060461..1061700,1061844..>1061929))	Aspergillus niger	4990018
An18g04530	mRNA	An18g04530	NT_166533.1	1064147	1066077	D	An18g04530	join(<1064147..1064656,1064707..1064792,1064913..1065161,1065210..>1066077)	Aspergillus niger	4990019
An18g04540	mRNA	An18g04540	NT_166533.1	1066224	1067296	R	An18g04540	complement(join(<1066224..1066446,1066521..>1067296))	Aspergillus niger	4990020
An18g04550	mRNA	An18g04550	NT_166533.1	1069272	1071545	D	An18g04550	<1069272..>1071545	Aspergillus niger	4990021
An18g04560	mRNA	An18g04560	NT_166533.1	1071637	1072566	R	An18g04560	complement(<1071637..>1072566)	Aspergillus niger	4990022
An18g04570	mRNA	An18g04570	NT_166533.1	1072933	1074877	R	An18g04570	complement(join(<1072933..1072962,1073095..1073264,1073397..1073825,1073885..1074440,1074537..1074647,1074740..>1074877))	Aspergillus niger	4990023
An18g04580	mRNA	An18g04580	NT_166533.1	1075732	1077319	R	An18g04580	complement(join(<1075732..1075756,1075815..1076661,1076711..1076873,1076938..1077224,1077259..>1077319))	Aspergillus niger	4990024
An18g04590	mRNA	An18g04590	NT_166533.1	1079229	1080226	D	An18g04590	join(<1079229..1079319,1079597..1079919,1079978..1080026,1080096..>1080226)	Aspergillus niger	4990025
An18g04600	mRNA	An18g04600	NT_166533.1	1081015	1082202	R	An18g04600	complement(join(<1081015..1081727,1081876..1082109,1082187..>1082202))	Aspergillus niger	4990026
An18g04610	mRNA	An18g04610	NT_166533.1	1083018	1085605	R	An18g04610	complement(join(<1083018..1083669,1083811..1085261,1085330..1085487,1085566..>1085605))	Aspergillus niger	4990027
An18g04620	mRNA	An18g04620	NT_166533.1	1086671	1088257	R	An18g04620	complement(join(<1086671..1087936,1087994..>1088257))	Aspergillus niger	4990028
An18g04630	mRNA	An18g04630	NT_166533.1	1088830	1089510	D	An18g04630	join(<1088830..1088847,1088955..1089027,1089203..1089380,1089435..>1089510)	Aspergillus niger	84593711
An18g04640	mRNA	An18g04640	NT_166533.1	1090826	1092398	R	An18g04640	complement(join(<1090826..1090939,1090993..1091907,1091980..1092240,1092297..>1092398))	Aspergillus niger	4990030
An18g04650	mRNA	An18g04650	NT_166533.1	1092758	1093885	D	An18g04650	join(<1092758..1092804,1092871..>1093885)	Aspergillus niger	4990031
An18g04660	mRNA	An18g04660	NT_166533.1	1094969	1096847	D	An18g04660	join(<1094969..1095091,1095126..1095586,1095644..1096348,1096402..1096757,1096789..>1096847)	Aspergillus niger	4990032
An18g04670	mRNA	An18g04670	NT_166533.1	1097851	1099342	R	An18g04670	complement(join(<1097851..1098124,1098187..1098475,1098548..1099065,1099129..1099205,1099259..>1099342))	Aspergillus niger	4990033
An18g04680	mRNA	An18g04680	NT_166533.1	1099366	1100187	D	An18g04680	join(<1099366..1099384,1099407..1099797,1099893..>1100187)	Aspergillus niger	84593712
An18g04690	mRNA	An18g04690	NT_166533.1	1100312	1105056	R	An18g04690	complement(join(<1100312..1101718,1101788..1104634,1104696..1104755,1104931..>1105056))	Aspergillus niger	4990035
An18g04700	mRNA	An18g04700	NT_166533.1	1105063	1105380	D	An18g04700	<1105063..>1105380	Aspergillus niger	84593713
An18g04710	mRNA	An18g04710	NT_166533.1	1105438	1106957	D	An18g04710	join(<1105438..1105554,1105655..1105771,1105843..1105880,1106052..1106246,1106553..1106646,1106711..1106827,1106916..>1106957)	Aspergillus niger	84593714
An18g04720	mRNA	An18g04720	NT_166533.1	1108604	1108852	D	An18g04720	join(<1108604..1108637,1108779..>1108852)	Aspergillus niger	84593715
An18g04730	mRNA	An18g04730	NT_166533.1	1109446	1111709	D	An18g04730	join(<1109446..1109747,1109826..1111559,1111682..>1111709)	Aspergillus niger	4990039
An18g04740	mRNA	An18g04740	NT_166533.1	1112106	1113056	D	An18g04740	join(<1112106..1112138,1112431..1112472,1112560..1112646,1112736..1112784,1112962..>1113056)	Aspergillus niger	84593716
An18g04750	mRNA	An18g04750	NT_166533.1	1113533	1114474	D	An18g04750	<1113533..>1114474	Aspergillus niger	4990041
An18g04760	mRNA	An18g04760	NT_166533.1	1114776	1115589	D	An18g04760	join(<1114776..1115012,1115104..1115207,1115433..>1115589)	Aspergillus niger	84593717
An18g04770	mRNA	An18g04770	NT_166533.1	1116351	1116630	R	An18g04770	complement(join(<1116351..1116514,1116606..>1116630))	Aspergillus niger	84593718
An18g04780	mRNA	An18g04780	NT_166533.1	1117143	1118856	D	An18g04780	join(<1117143..1117241,1117357..>1118856)	Aspergillus niger	4990044
An18g04790	mRNA	An18g04790	NT_166533.1	1119531	1120049	D	An18g04790	join(<1119531..1119585,1119689..1119787,1119889..>1120049)	Aspergillus niger	4990045
An18g04800	mRNA	An18g04800	NT_166533.1	1120221	1123914	R	An18g04800	complement(join(<1120221..1121744,1121824..1122647,1122814..1122988,1123042..>1123914))	Aspergillus niger	4990046
An18g04810	mRNA	An18g04810	NT_166533.1	1124523	1125964	D	An18g04810	join(<1124523..1124786,1124841..1125207,1125272..1125471,1125524..>1125964)	Aspergillus niger	4990047
An18g04820	mRNA	An18g04820	NT_166533.1	1127741	1128223	D	An18g04820	<1127741..>1128223	Aspergillus niger	84593719
An18g04830	mRNA	An18g04830	NT_166533.1	1130483	1131390	D	An18g04830	join(<1130483..1130655,1130945..1131012,1131182..1131260,1131342..>1131390)	Aspergillus niger	84593720
An18g04840	mRNA	An18g04840	NT_166533.1	1131735	1133303	R	An18g04840	complement(join(<1131735..1132843,1132900..1133038,1133101..1133230,1133299..>1133303))	Aspergillus niger	4990050
An18g04850	mRNA	An18g04850	NT_166533.1	1135139	1135741	R	An18g04850	complement(join(<1135139..1135174,1135248..1135342,1135447..1135656,1135729..>1135741))	Aspergillus niger	4990051
An18g04860	mRNA	An18g04860	NT_166533.1	1135854	1136327	R	An18g04860	complement(join(<1135854..1135937,1136021..1136139,1136279..>1136327))	Aspergillus niger	84593721
An18g04870	mRNA	An18g04870	NT_166533.1	1136417	1137086	D	An18g04870	join(<1136417..1136440,1136485..1136662,1136761..>1137086)	Aspergillus niger	4990053
An18g04880	mRNA	An18g04880	NT_166533.1	1137392	1138318	R	An18g04880	complement(join(<1137392..1138035,1138105..>1138318))	Aspergillus niger	4990054
An18g04900	mRNA	An18g04900	NT_166533.1	1139451	1140012	R	An18g04900	complement(join(<1139451..1139594,1139660..1139749,1139923..>1140012))	Aspergillus niger	84593722
An18g04910	mRNA	An18g04910	NT_166533.1	1140253	1142150	R	An18g04910	complement(join(<1140253..1140415,1140465..1140740,1140805..1140910,1140972..1141857,1141938..1142003,1142121..>1142150))	Aspergillus niger	4990057
An18g04920	mRNA	An18g04920	NT_166533.1	1142438	1143762	D	An18g04920	join(<1142438..1142534,1142618..1142924,1143001..1143108,1143326..1143446,1143526..>1143762)	Aspergillus niger	84593723
An18g04930	mRNA	An18g04930	NT_166533.1	1143918	1144186	R	An18g04930	complement(join(<1143918..1144004,1144082..>1144186))	Aspergillus niger	84593724
An18g04950	mRNA	An18g04950	NT_166533.1	1146311	1146852	D	An18g04950	join(<1146311..1146348,1146415..1146496,1146584..1146691,1146739..>1146852)	Aspergillus niger	84593725
An18g04960	mRNA	An18g04960	NT_166533.1	1147104	1148517	R	An18g04960	complement(join(<1147104..1147342,1147590..1147940,1148051..1148186,1148398..>1148517))	Aspergillus niger	84593726
An18g04970	mRNA	An18g04970	NT_166533.1	1148533	1149670	D	An18g04970	join(<1148533..1149171,1149223..1149343,1149585..>1149670)	Aspergillus niger	84593727
An18g05000	mRNA	An18g05000	NT_166533.1	1151185	1151818	R	An18g05000	complement(join(<1151185..1151676,1151744..>1151818))	Aspergillus niger	4990066
An18g05010	mRNA	An18g05010	NT_166533.1	1151946	1154843	D	An18g05010	join(<1151946..1151959,1152048..1152112,1152334..1152414,1152509..1152730,1152820..1152943,1153241..1153378,1153513..1153671,1153811..1153965,1154064..1154070,1154147..1154283,1154359..1154450,1154549..1154611,1154700..>1154843)	Aspergillus niger	84593728
An18g05020	mRNA	An18g05020	NT_166533.1	1155392	1156184	R	An18g05020	complement(join(<1155392..1155399,1155472..1155808,1156046..1156101,1156178..>1156184))	Aspergillus niger	4990068
An18g05030	mRNA	An18g05030	NT_166533.1	1156329	1156679	R	An18g05030	complement(join(<1156329..1156434,1156479..1156544,1156594..>1156679))	Aspergillus niger	84593729
An18g05040	mRNA	An18g05040	NT_166533.1	1156973	1163998	D	An18g05040	join(<1156973..1157021,1157046..1160045,1160073..1163857,1163942..>1163998)	Aspergillus niger	4990070
An18g05050	mRNA	An18g05050	NT_166533.1	1164707	1165940	D	An18g05050	join(<1164707..1165190,1165258..>1165940)	Aspergillus niger	4990071
An18g05060	mRNA	An18g05060	NT_166533.1	1166770	1168446	R	An18g05060	complement(join(<1166770..1167294,1167364..1168277,1168350..>1168446))	Aspergillus niger	4990072
An18g05070	mRNA	An18g05070	NT_166533.1	1168815	1170153	R	An18g05070	complement(join(<1168815..1169821,1169886..>1170153))	Aspergillus niger	4990073
An18g05080	mRNA	An18g05080	NT_166533.1	1170504	1171965	D	An18g05080	join(<1170504..1170506,1170564..1171543,1171605..>1171965)	Aspergillus niger	4990074
An18g05090	mRNA	An18g05090	NT_166533.1	1172110	1173375	R	An18g05090	complement(join(<1172110..1172754,1172857..>1173375))	Aspergillus niger	4990075
An18g05100	mRNA	An18g05100	NT_166533.1	1174028	1175413	D	An18g05100	<1174028..>1175413	Aspergillus niger	4990076
An18g05110	mRNA	An18g05110	NT_166533.1	1175636	1177621	R	An18g05110	complement(<1175636..>1177621)	Aspergillus niger	4990077
An18g05120	mRNA	An18g05120	NT_166533.1	1178076	1179715	R	An18g05120	complement(join(<1178076..1178287,1178350..1178643,1178695..1179199,1179261..1179381,1179452..1179483,1179548..>1179715))	Aspergillus niger	4990078
An18g05130	mRNA	An18g05130	NT_166533.1	1180023	1181333	D	An18g05130	join(<1180023..1180053,1180120..1180242,1180445..1180956,1181130..>1181333)	Aspergillus niger	4990079
An18g05140	mRNA	An18g05140	NT_166533.1	1181492	1182922	R	An18g05140	complement(join(<1181492..1182655,1182716..>1182922))	Aspergillus niger	4990080
An18g05150	mRNA	An18g05150	NT_166533.1	1183169	1184724	D	An18g05150	join(<1183169..1183493,1183581..1184357,1184423..>1184724)	Aspergillus niger	4990081
An18g05160	mRNA	An18g05160	NT_166533.1	1185094	1185732	R	An18g05160	complement(<1185094..>1185732)	Aspergillus niger	84593730
An18g05170	mRNA	An18g05170	NT_166533.1	1185842	1186886	R	An18g05170	complement(join(<1185842..1186318,1186376..1186390,1186455..1186599,1186701..1186714,1186794..>1186886))	Aspergillus niger	4990083
An18g05180	mRNA	An18g05180	NT_166533.1	1187464	1188825	R	An18g05180	complement(join(<1187464..1187518,1187576..1188350,1188451..1188556,1188637..>1188825))	Aspergillus niger	4990084
An18g05190	mRNA	An18g05190	NT_166533.1	1189568	1190965	D	An18g05190	join(<1189568..1189662,1189718..1189731,1189794..1189813,1189872..1189981,1190043..1190374,1190437..1190908,1190959..>1190965)	Aspergillus niger	4990085
An18g05200	mRNA	An18g05200	NT_166533.1	1191039	1191689	D	An18g05200	join(<1191039..1191056,1191274..1191337,1191484..>1191689)	Aspergillus niger	84593731
An18g05210	mRNA	An18g05210	NT_166533.1	1191732	1192999	D	An18g05210	join(<1191732..1191851,1191912..1191960,1192053..1192415,1192478..1192571,1192657..>1192999)	Aspergillus niger	4990087
An18g05220	mRNA	An18g05220	NT_166533.1	1193275	1195359	D	An18g05220	join(<1193275..1193333,1193387..1193432,1193503..1193684,1193736..1193753,1193816..1193882,1193942..1194002,1194053..1194152,1194209..1194314,1194365..1194490,1194565..1195015,1195244..>1195359)	Aspergillus niger	4990088
An18g05230	mRNA	An18g05230	NT_166533.1	1195734	1197278	D	An18g05230	join(<1195734..1196053,1196149..1196564,1196620..>1197278)	Aspergillus niger	4990089
An18g05240	mRNA	An18g05240	NT_166533.1	1197724	1201189	D	An18g05240	join(<1197724..1197801,1197922..1197992,1198081..1198126,1198209..1198452,1198497..1198533,1198627..1198723,1198768..1199014,1199300..1199359,1199521..1199693,1199742..1199811,1199978..1200100,1200192..1200262,1200349..1200561,1200643..1201035,1201091..>1201189)	Aspergillus niger	84593732
An18g05250	mRNA	An18g05250	NT_166533.1	1201781	1202647	R	An18g05250	complement(join(<1201781..1202289,1202399..1202514,1202598..>1202647))	Aspergillus niger	84593733
An18g05260	mRNA	An18g05260	NT_166533.1	1203113	1204143	D	An18g05260	join(<1203113..1203175,1203401..1203542,1203699..1203864,1203957..>1204143)	Aspergillus niger	84593734
An18g05270	mRNA	An18g05270	NT_166533.1	1204349	1206138	R	An18g05270	complement(join(<1204349..1204613,1204657..1204855,1204920..1204998,1205053..1205409,1205478..1205577,1205633..1205676,1205735..1205864,1205963..1206010,1206083..>1206138))	Aspergillus niger	4990093
An18g05280	mRNA	An18g05280	NT_166533.1	1206257	1209514	R	An18g05280	complement(join(<1206257..1206560,1206651..1206765,1206982..1207066,1208099..1208866,1208952..1209084,1209159..1209299,1209405..>1209514))	Aspergillus niger	4990094
An18g05290	mRNA	An18g05290	NT_166533.1	1209762	1210162	D	An18g05290	join(<1209762..1209843,1209968..1210014,1210100..>1210162)	Aspergillus niger	84593735
An18g05310	mRNA	An18g05310	NT_166533.1	1210610	1211048	R	An18g05310	complement(join(<1210610..1210623,1210710..1210809,1210905..1210938,1211038..>1211048))	Aspergillus niger	84593736
An18g05340	mRNA	An18g05340	NT_166533.1	1212962	1215375	R	An18g05340	complement(join(<1212962..1214876,1214957..>1215375))	Aspergillus niger	4990100
An18g05350	mRNA	An18g05350	NT_166533.1	1215377	1216256	D	An18g05350	join(<1215377..1215631,1215769..1215840,1215951..>1216256)	Aspergillus niger	84593737
An18g05360	mRNA	An18g05360	NT_166533.1	1216515	1217250	R	An18g05360	complement(join(<1216515..1216685,1216744..1216835,1216930..1216973,1217162..>1217250))	Aspergillus niger	84593738
An18g05370	mRNA	An18g05370	NT_166533.1	1219335	1219860	R	An18g05370	complement(join(<1219335..1219444,1219686..>1219860))	Aspergillus niger	84593739
An18g05380	mRNA	An18g05380	NT_166533.1	1220105	1223431	R	An18g05380	complement(join(<1220105..1221517,1221582..1222854,1223361..>1223431))	Aspergillus niger	4990104
An18g05400	mRNA	An18g05400	NT_166533.1	1223563	1225105	D	An18g05400	join(<1223563..1223645,1223748..1223864,1223959..1224048,1224315..1224343,1224429..1224626,1224684..1224797,1224879..1224976,1225049..>1225105)	Aspergillus niger	84593740
An18g05410	mRNA	An18g05410	NT_166533.1	1225316	1227845	D	An18g05410	join(<1225316..1225531,1226269..1226387,1226512..1226604,1226650..1226895,1226978..1227011,1227062..1227132,1227381..1227546,1227641..1227703,1227738..>1227845)	Aspergillus niger	84593741
An18g05420	mRNA	An18g05420	NT_166533.1	1228111	1230225	D	An18g05420	join(<1228111..1228116,1228199..1228412,1228499..1229570,1229622..>1230225)	Aspergillus niger	4990107
An18g05430	mRNA	An18g05430	NT_166533.1	1231331	1232187	R	An18g05430	complement(join(<1231331..1231410,1231467..1231675,1231738..1231942,1232013..>1232187))	Aspergillus niger	4990108
An18g05440	mRNA	An18g05440	NT_166533.1	1232285	1233339	D	An18g05440	join(<1232285..1232483,1232535..1232635,1232836..>1233339)	Aspergillus niger	4990109
An18g05450	mRNA	An18g05450	NT_166533.1	1233606	1236590	R	An18g05450	complement(join(<1233606..1233692,1233780..1233958,1234003..1234267,1234707..1235424,1235487..1235763,1235817..1236193,1236253..>1236590))	Aspergillus niger	4990110
An18g05460	mRNA	An18g05460	NT_166533.1	1237564	1239651	D	An18g05460	join(<1237564..1237635,1237847..1238148,1238202..1238398,1238512..1238711,1238796..1238846,1238950..1239129,1239255..1239377,1239463..>1239651)	Aspergillus niger	84593742
An18g05470	mRNA	An18g05470	NT_166533.1	1240078	1241691	D	An18g05470	join(<1240078..1240303,1240404..1241046,1241106..>1241691)	Aspergillus niger	4990112
An18g05480	mRNA	An18g05480	NT_166533.1	1241908	1244551	R	An18g05480	complement(join(<1241908..1242039,1242145..1242329,1242420..1242548,1242632..1242917,1242993..1243053,1243110..1243725,1243783..1243826,1243885..1244138,1244201..1244354,1244409..>1244551))	Aspergillus niger	4990113
An18g05490	mRNA	An18g05490	NT_166533.1	1245795	1246500	R	An18g05490	complement(join(<1245795..1246408,1246464..>1246500))	Aspergillus niger	4990114
An18g05500	mRNA	An18g05500	NT_166533.1	1247354	1249697	D	An18g05500	join(<1247354..1247556,1247612..>1249697)	Aspergillus niger	4990115
An18g05510	mRNA	An18g05510	NT_166533.1	1250553	1252403	D	An18g05510	<1250553..>1252403	Aspergillus niger	84593743
An18g05520	mRNA	An18g05520	NT_166533.1	1252984	1254239	R	An18g05520	complement(join(<1252984..1253310,1253364..>1254239))	Aspergillus niger	4990117
An18g05530	mRNA	An18g05530	NT_166533.1	1254544	1255273	D	An18g05530	join(<1254544..1254647,1254681..1254881,1255036..>1255273)	Aspergillus niger	84593744
An18g05540	mRNA	An18g05540	NT_166533.1	1257059	1258009	R	An18g05540	complement(join(<1257059..1257700,1257769..1257788,1257946..>1258009))	Aspergillus niger	4990119
An18g05550	mRNA	An18g05550	NT_166533.1	1258295	1259080	R	An18g05550	complement(join(<1258295..1258851,1258915..>1259080))	Aspergillus niger	4990120
An18g05560	mRNA	An18g05560	NT_166533.1	1259271	1259546	D	An18g05560	<1259271..>1259546	Aspergillus niger	4990121
An18g05570	mRNA	An18g05570	NT_166533.1	1260471	1263179	R	An18g05570	complement(join(<1260471..1260622,1260680..>1263179))	Aspergillus niger	4990122
An18g05580	mRNA	An18g05580	NT_166533.1	1263460	1263837	R	An18g05580	complement(<1263460..>1263837)	Aspergillus niger	84593745
An18g05590	mRNA	An18g05590	NT_166533.1	1264060	1265341	D	An18g05590	join(<1264060..1264165,1264362..1264373,1264422..1264558,1264615..1265243,1265311..>1265341)	Aspergillus niger	4990124
An18g05600	mRNA	An18g05600	NT_166533.1	1265692	1268617	R	An18g05600	complement(join(<1265692..1266329,1266409..1266518,1266654..1266753,1266875..1267029,1267079..1267385,1267439..1267550,1267607..1267622,1267685..1267821,1267870..1268086,1268164..1268223,1268280..1268311,1268392..1268421,1268555..>1268617))	Aspergillus niger	4990125
An18g05610	mRNA	An18g05610	NT_166533.1	1269031	1271248	R	An18g05610	complement(join(<1269031..1269244,1269390..1269454,1269510..1269607,1269655..1269676,1269724..1269991,1270044..1270157,1270212..1270283,1270340..1270392,1270441..1270503,1270568..1270665,1270726..>1271248))	Aspergillus niger	4990126
An18g05620	mRNA	An18g05620	NT_166533.1	1272100	1274643	D	An18g05620	<1272100..>1274643	Aspergillus niger	4990127
An18g05630	mRNA	An18g05630	NT_166533.1	1275100	1276355	R	An18g05630	complement(join(<1275100..1275986,1276062..1276259,1276328..>1276355))	Aspergillus niger	4990128
An18g05640	mRNA	An18g05640	NT_166533.1	1278113	1278768	R	An18g05640	complement(join(<1278113..1278413,1278473..>1278768))	Aspergillus niger	4990129
An18g05650	mRNA	An18g05650	NT_166533.1	1281331	1284301	D	An18g05650	join(<1281331..1281577,1281651..1281873,1282011..1282124,1282282..1282492,1282603..1282686,1282817..>1284301)	Aspergillus niger	10098278
An18g05660	mRNA	An18g05660	NT_166533.1	1284797	1285380	R	An18g05660	complement(join(<1284797..1284824,1284965..>1285380))	Aspergillus niger	4990131
An18g05670	mRNA	An18g05670	NT_166533.1	1286667	1287556	R	An18g05670	complement(join(<1286667..1286797,1286857..1287122,1287279..>1287556))	Aspergillus niger	4990132
An18g05680	mRNA	An18g05680	NT_166533.1	1287927	1288792	D	An18g05680	join(<1287927..1288145,1288250..1288267,1288357..1288437,1288501..1288549,1288632..>1288792)	Aspergillus niger	4990133
An18g05690	mRNA	An18g05690	NT_166533.1	1289898	1291198	D	An18g05690	join(<1289898..1290167,1290255..1290501,1290598..1291091,1291148..>1291198)	Aspergillus niger	4990134
An18g05700	mRNA	An18g05700	NT_166533.1	1292293	1295392	R	An18g05700	complement(join(<1292293..1292342,1292656..1293733,1294042..1294099,1294131..>1295392))	Aspergillus niger	4990135
An18g05710	mRNA	An18g05710	NT_166533.1	1296665	1297806	D	An18g05710	join(<1296665..1296933,1296984..>1297806)	Aspergillus niger	4990136
An18g05715	mRNA	An18g05715	NT_166533.1	1297827	1298133	R	An18g05715	complement(join(<1297827..1297838,1297960..>1298133))	Aspergillus niger	84593746
An18g05720	mRNA	An18g05720	NT_166533.1	1298396	1300122	D	An18g05720	join(<1298396..1298776,1298834..1299303,1299352..1299469,1299514..1299692,1299744..>1300122)	Aspergillus niger	4990138
An18g05730	mRNA	An18g05730	NT_166533.1	1304012	1305344	R	An18g05730	complement(join(<1304012..1305215,1305277..>1305344))	Aspergillus niger	4990139
An18g05740	mRNA	An18g05740	NT_166533.1	1308190	1310651	R	An18g05740	complement(join(<1308190..1308390,1308479..1308988,1309105..1309461,1309523..1309795,1309855..1310148,1310242..1310317,1310388..1310475,1310585..>1310651))	Aspergillus niger	4990140
An18g05750	mRNA	An18g05750	NT_166533.1	1311009	1312294	D	An18g05750	join(<1311009..1311262,1311344..1311480,1311549..>1312294)	Aspergillus niger	4990141
An18g05760	mRNA	An18g05760	NT_166533.1	1312727	1314463	R	An18g05760	complement(join(<1312727..1312737,1312834..1313442,1313494..1313880,1313944..1313992,1314069..1314231,1314357..>1314463))	Aspergillus niger	4990142
An18g05770	mRNA	An18g05770	NT_166533.1	1315377	1317685	R	An18g05770	complement(join(<1315377..1315489,1315584..1316245,1316313..1316685,1316740..1317076,1317186..1317352,1317442..>1317685))	Aspergillus niger	4990143
An18g05780	mRNA	An18g05780	NT_166533.1	1320477	1322284	D	An18g05780	join(<1320477..1320672,1320709..1321321,1321391..1321404,1321464..>1322284)	Aspergillus niger	4990144
An18g05790	mRNA	An18g05790	NT_166533.1	1322531	1323340	R	An18g05790	complement(<1322531..>1323340)	Aspergillus niger	4990145
An18g05800	mRNA	An18g05800	NT_166533.1	1324236	1326719	D	An18g05800	<1324236..>1326719	Aspergillus niger	4990146
An18g05810	mRNA	An18g05810	NT_166533.1	1327265	1328260	R	An18g05810	complement(join(<1327265..1327370,1327457..1327559,1327840..1327967,1328238..>1328260))	Aspergillus niger	4990147
An18g05820	mRNA	An18g05820	NT_166533.1	1329253	1331351	D	An18g05820	join(<1329253..1329303,1329461..1330334,1330395..1330489,1330542..>1331351)	Aspergillus niger	4990148
An18g05830	mRNA	An18g05830	NT_166533.1	1332440	1336157	D	An18g05830	join(<1332440..1332622,1332812..1333034,1333098..1333273,1333340..1333771,1333825..1335890,1335950..>1336157)	Aspergillus niger	4990149
An18g05840	mRNA	An18g05840	NT_166533.1	1336534	1337973	R	An18g05840	complement(join(<1336534..1336917,1337007..1337555,1337629..>1337973))	Aspergillus niger	4990150
An18g05850	mRNA	An18g05850	NT_166533.1	1338420	1340123	R	An18g05850	complement(join(<1338420..1338575,1338629..1338814,1338863..1339076,1339126..1339295,1339342..1339620,1339667..1339691,1339753..1339834,1339904..>1340123))	Aspergillus niger	4990151
An18g05860	mRNA	An18g05860	NT_166533.1	1340628	1341387	D	An18g05860	join(<1340628..1340696,1340911..1340988,1341122..1341254,1341341..>1341387)	Aspergillus niger	4990152
An18g05870	mRNA	An18g05870	NT_166533.1	1342192	1343402	R	An18g05870	complement(join(<1342192..1342338,1342398..1342456,1342517..1342566,1342624..1343231,1343292..>1343402))	Aspergillus niger	4990153
An18g05880	mRNA	An18g05880	NT_166533.1	1344285	1346498	R	An18g05880	complement(join(<1344285..1345848,1345954..>1346498))	Aspergillus niger	4990154
An18g05890	mRNA	An18g05890	NT_166533.1	1346931	1348853	D	An18g05890	join(<1346931..1347607,1347669..1348688,1348742..>1348853)	Aspergillus niger	4990155
An18g05900	mRNA	An18g05900	NT_166533.1	1349588	1350610	R	An18g05900	complement(<1349588..>1350610)	Aspergillus niger	4990156
An18g05910	mRNA	An18g05910	NT_166533.1	1351009	1352754	D	An18g05910	join(<1351009..1351343,1351398..1351533,1351588..>1352754)	Aspergillus niger	4990157
An18g05920	mRNA	An18g05920	NT_166533.1	1354043	1356411	R	An18g05920	complement(join(<1354043..1355046,1355112..>1356411))	Aspergillus niger	4990158
An18g05930	mRNA	An18g05930	NT_166533.1	1357362	1357945	D	An18g05930	join(<1357362..1357629,1357908..>1357945)	Aspergillus niger	4990159
An18g05940	mRNA	An18g05940	NT_166533.1	1359623	1360746	R	An18g05940	complement(join(<1359623..1360351,1360423..>1360746))	Aspergillus niger	4990160
An18g05950	mRNA	An18g05950	NT_166533.1	1361004	1361512	R	An18g05950	complement(join(<1361004..1361264,1361369..>1361512))	Aspergillus niger	84593747
An18g05960	mRNA	An18g05960	NT_166533.1	1362172	1365532	R	An18g05960	complement(join(<1362172..1365136,1365222..>1365532))	Aspergillus niger	4990162
An18g05970	mRNA	An18g05970	NT_166533.1	1367301	1368533	R	An18g05970	complement(join(<1367301..1367348,1367456..1367533,1367598..1367601,1367662..1367679,1367818..1367831,1367987..1368040,1368342..>1368533))	Aspergillus niger	84593748
An18g05980	mRNA	An18g05980	NT_166533.1	1368872	1369811	R	An18g05980	complement(join(<1368872..1369024,1369087..1369221,1369305..1369502,1369637..1369664,1369744..>1369811))	Aspergillus niger	4990164
An18g05990	mRNA	An18g05990	NT_166533.1	1369880	1370457	D	An18g05990	join(<1369880..1369948,1370029..1370078,1370229..>1370457)	Aspergillus niger	84593749
An18g06000	mRNA	An18g06000	NT_166533.1	1372715	1373263	D	An18g06000	join(<1372715..1372827,1372918..1373105,1373184..>1373263)	Aspergillus niger	84593750
An18g06010	mRNA	An18g06010	NT_166533.1	1374472	1375588	D	An18g06010	join(<1374472..1374888,1374953..>1375588)	Aspergillus niger	4990167
An18g06020	mRNA	An18g06020	NT_166533.1	1376080	1377680	D	An18g06020	join(<1376080..1376185,1376283..1376615,1376681..1377037,1377100..>1377680)	Aspergillus niger	4990168
An18g06030	mRNA	An18g06030	NT_166533.1	1378059	1379361	D	An18g06030	join(<1378059..1378181,1378317..1378532,1378663..1378705,1379080..1379137,1379259..>1379361)	Aspergillus niger	84593751
An18g06040	mRNA	An18g06040	NT_166533.1	1379867	1381438	R	An18g06040	complement(join(<1379867..1379984,1380303..1380346,1380506..1380541,1380642..1380738,1380821..1380953,1381097..1381207,1381309..>1381438))	Aspergillus niger	84593752
An18g06050	mRNA	An18g06050	NT_166533.1	1381588	1383601	D	An18g06050	join(<1381588..1381716,1381772..1381841,1381901..1382049,1382106..1382511,1382573..1383149,1383229..>1383601)	Aspergillus niger	4990171
An18g06060	mRNA	An18g06060	NT_166533.1	1384154	1385940	R	An18g06060	complement(join(<1384154..1384448,1384822..1384853,1384946..1385030,1385581..1385712,1385822..>1385940))	Aspergillus niger	84593753
An18g06070	mRNA	An18g06070	NT_166533.1	1387201	1388107	R	An18g06070	complement(join(<1387201..1387412,1388047..>1388107))	Aspergillus niger	84593754
An18g06080	mRNA	An18g06080	NT_166533.1	1388651	1390462	R	An18g06080	complement(join(<1388651..1388871,1388972..1389063,1389114..1389301,1389381..1389532,1389649..1389796,1389836..1389901,1390006..1390098,1390180..1390246,1390332..>1390462))	Aspergillus niger	84593755
An18g06085	mRNA	An18g06085	NT_166533.1	1390798	1391286	D	An18g06085	join(<1390798..1390974,1391044..>1391286)	Aspergillus niger	84593756
An18g06090	mRNA	An18g06090	NT_166533.1	1391305	1391673	R	An18g06090	complement(join(<1391305..1391337,1391423..1391479,1391548..>1391673))	Aspergillus niger	84593757
An18g06100	mRNA	An18g06100	NT_166533.1	1391864	1394029	R	An18g06100	complement(join(<1391864..1392056,1392158..1392252,1392328..1392410,1392927..1393020,1393106..1393222,1393317..1393412,1393547..1393674,1393758..1393838,1393999..>1394029))	Aspergillus niger	84593758
An18g06110	mRNA	An18g06110	NT_166533.1	1394218	1395321	D	An18g06110	<1394218..>1395321	Aspergillus niger	4990178
An18g06115	mRNA	An18g06115	NT_166533.1	1395638	1395862	D	An18g06115	<1395638..>1395862	Aspergillus niger	84593759
An18g06120	mRNA	An18g06120	NT_166533.1	1396460	1398333	R	An18g06120	complement(join(<1396460..1397130,1397266..1397338,1397389..1397727,1397783..1397882,1397982..1398094,1398175..>1398333))	Aspergillus niger	4990180
An18g06130	mRNA	An18g06130	NT_166533.1	1399163	1399586	R	An18g06130	complement(join(<1399163..1399446,1399511..>1399586))	Aspergillus niger	4990181
An18g06140	mRNA	An18g06140	NT_166533.1	1399644	1399984	D	An18g06140	join(<1399644..1399733,1399793..>1399984)	Aspergillus niger	84593760
An18g06150	mRNA	An18g06150	NT_166533.1	1400125	1400637	R	An18g06150	complement(join(<1400125..1400433,1400551..>1400637))	Aspergillus niger	84593761
An18g06160	mRNA	An18g06160	NT_166533.1	1401211	1402110	D	An18g06160	join(<1401211..1401704,1401789..>1402110)	Aspergillus niger	4990184
An18g06170	mRNA	An18g06170	NT_166533.1	1402548	1404903	D	An18g06170	join(<1402548..1402641,1402702..1402859,1402941..1403053,1403131..1403436,1403494..1403621,1403698..1403837,1404004..1404085,1404317..1404462,1404739..>1404903)	Aspergillus niger	4990185
An18g06180	mRNA	An18g06180	NT_166533.1	1405804	1406344	D	An18g06180	join(<1405804..1406175,1406267..>1406344)	Aspergillus niger	84593762
An18g06190	mRNA	An18g06190	NT_166533.1	1406405	1407968	R	An18g06190	complement(join(<1406405..1407609,1407719..>1407968))	Aspergillus niger	4990187
An18g06200	mRNA	An18g06200	NT_166533.1	1408084	1410941	D	An18g06200	join(<1408084..1408235,1408321..1408402,1408556..1408930,1409455..1409667,1409831..1410087,1410231..1410353,1410508..1410672,1410842..>1410941)	Aspergillus niger	84593763
An18g06210	mRNA	An18g06210	NT_166533.1	1411417	1412667	D	An18g06210	<1411417..>1412667	Aspergillus niger	4990189
An18g06220	mRNA	An18g06220	NT_166533.1	1413137	1415274	R	An18g06220	complement(join(<1413137..1413403,1413506..1413680,1413774..1414182,1414238..1414882,1414959..>1415274))	Aspergillus niger	4990190
An18g06230	mRNA	An18g06230	NT_166533.1	1416525	1417934	R	An18g06230	complement(join(<1416525..1416645,1416711..1417167,1417229..1417615,1417718..>1417934))	Aspergillus niger	4990191
An18g06240	mRNA	An18g06240	NT_166533.1	1418229	1419496	R	An18g06240	complement(join(<1418229..1418382,1418545..1418667,1418691..1418883,1418983..1419087,1419130..1419181,1419295..1419369,1419443..>1419496))	Aspergillus niger	84593764
An18g06250	mRNA	An18g06250	NT_166533.1	1419553	1421147	D	An18g06250	join(<1419553..1419676,1419752..1419808,1419886..1420225,1420289..1420729,1420793..>1421147)	Aspergillus niger	4990193
An18g06260	mRNA	An18g06260	NT_166533.1	1421636	1422686	D	An18g06260	join(<1421636..1421654,1421757..1421830,1421979..>1422686)	Aspergillus niger	4990194
An18g06270	mRNA	An18g06270	NT_166533.1	1423686	1425111	R	An18g06270	complement(join(<1423686..1424042,1424099..1424186,1424268..1424542,1424632..1424643,1424705..1424724,1424787..1424833,1424901..1424908,1425100..>1425111))	Aspergillus niger	4990195
An18g06280	mRNA	An18g06280	NT_166533.1	1425414	1427510	R	An18g06280	complement(join(<1425414..1425523,1425767..1425915,1426153..1426206,1426319..1426452,1426493..1426547,1426960..1427154,1427449..>1427510))	Aspergillus niger	84593765
An18g06290	mRNA	An18g06290	NT_166533.1	1427616	1430901	D	An18g06290	join(<1427616..1427733,1427802..1427959,1428032..1430347,1430409..1430731,1430790..>1430901)	Aspergillus niger	4990197
An18g06300	mRNA	An18g06300	NT_166533.1	1431374	1432027	R	An18g06300	complement(join(<1431374..1431634,1431733..1431834,1431923..>1432027))	Aspergillus niger	84593766
An18g06310	mRNA	An18g06310	NT_166533.1	1432163	1433990	D	An18g06310	join(<1432163..1432297,1432359..1432459,1432516..1432733,1432817..1433161,1433236..1433466,1433578..>1433990)	Aspergillus niger	4990199
An18g06320	mRNA	An18g06320	NT_166533.1	1434932	1437590	R	An18g06320	complement(join(<1434932..1437177,1437235..1437382,1437444..>1437590))	Aspergillus niger	4990200
An18g06330	mRNA	An18g06330	NT_166533.1	1437610	1438776	D	An18g06330	join(<1437610..1437641,1437800..1438000,1438089..1438143,1438311..1438375,1438450..1438488,1438632..>1438776)	Aspergillus niger	84593767
An18g06340	mRNA	An18g06340	NT_166533.1	1440253	1441713	R	An18g06340	complement(join(<1440253..1440312,1440545..1440628,1440794..1440936,1441002..1441047,1441117..>1441713))	Aspergillus niger	4990202
An18g06350	mRNA	An18g06350	NT_166533.1	1442164	1442911	D	An18g06350	join(<1442164..1442301,1442381..1442855,1442895..>1442911)	Aspergillus niger	4990203
An18g06360	mRNA	An18g06360	NT_166533.1	1443253	1444027	R	An18g06360	complement(join(<1443253..1443629,1443740..1443872,1443941..>1444027))	Aspergillus niger	4990204
An18g06370	mRNA	An18g06370	NT_166533.1	1444655	1447943	D	An18g06370	join(<1444655..1444992,1445639..1445702,1445970..1446040,1446096..1446240,1446288..1446698,1446755..1447246,1447301..1447709,1447867..>1447943)	Aspergillus niger	4990205
An18g06380	mRNA	An18g06380	NT_166533.1	1448628	1449466	R	An18g06380	complement(join(<1448628..1448681,1448780..>1449466))	Aspergillus niger	4990206
An18g06390	mRNA	An18g06390	NT_166533.1	1450558	1453473	D	An18g06390	join(<1450558..1450639,1450818..1450922,1451014..1452324,1452380..>1453473)	Aspergillus niger	4990207
An18g06400	mRNA	An18g06400	NT_166533.1	1454319	1455797	D	An18g06400	join(<1454319..1454437,1454504..1454540,1454649..1454763,1454816..1455059,1455130..1455511,1455744..>1455797)	Aspergillus niger	4990208
An18g06410	mRNA	An18g06410	NT_166533.1	1456109	1457188	R	An18g06410	complement(join(<1456109..1456323,1456382..1456587,1456646..1456915,1456987..1457068,1457134..>1457188))	Aspergillus niger	4990209
An18g06420	mRNA	An18g06420	NT_166533.1	1457402	1458067	R	An18g06420	complement(join(<1457402..1457554,1457637..1457750,1457823..1457907,1458003..>1458067))	Aspergillus niger	84593768
An18g06430	mRNA	An18g06430	NT_166533.1	1458373	1459308	R	An18g06430	complement(<1458373..>1459308)	Aspergillus niger	4990211
An18g06440	mRNA	An18g06440	NT_166533.1	1459530	1460051	R	An18g06440	complement(<1459530..>1460051)	Aspergillus niger	4990212
An18g06450	mRNA	An18g06450	NT_166533.1	1460226	1460728	D	An18g06450	join(<1460226..1460471,1460513..1460583,1460662..>1460728)	Aspergillus niger	84593769
An18g06460	mRNA	An18g06460	NT_166533.1	1460770	1461216	R	An18g06460	complement(join(<1460770..1460840,1460929..1460975,1461032..>1461216))	Aspergillus niger	84593770
An18g06470	mRNA	An18g06470	NT_166533.1	1461451	1462799	D	An18g06470	join(<1461451..1461523,1461603..1461668,1461745..>1462799)	Aspergillus niger	4990215
An18g06485	mRNA	An18g06485	NT_166533.1	1463576	1464266	R	An18g06485	complement(join(<1463576..1464084,1464227..>1464266))	Aspergillus niger	10098280
An18g06490	mRNA	An18g06490	NT_166533.1	1464589	1465422	D	An18g06490	join(<1464589..1464595,1464652..1464666,1464731..1464791,1464843..>1465422)	Aspergillus niger	4990217
An18g06500	mRNA	An18g06500	NT_166533.1	1465980	1467070	D	An18g06500	join(<1465980..1466084,1466181..1466243,1466295..1466611,1466676..1466750,1466821..>1467070)	Aspergillus niger	4990218
An18g06510	mRNA	An18g06510	NT_166533.1	1468055	1472779	D	An18g06510	join(<1468055..1468088,1468154..1468335,1468410..1471641,1471707..1472164,1472228..>1472779)	Aspergillus niger	4990219
An18g06520	mRNA	An18g06520	NT_166533.1	1473234	1480248	D	An18g06520	join(<1473234..1478141,1478218..1478439,1478602..1478635,1478684..1479102,1479220..1479389,1479483..1479655,1479787..1479851,1480039..>1480248)	Aspergillus niger	4990220
An18g06530	mRNA	An18g06530	NT_166533.1	1480529	1481469	R	An18g06530	complement(join(<1480529..1480675,1480726..1480830,1480948..1481008,1481134..1481208,1481420..>1481469))	Aspergillus niger	84593771
An18g06540	mRNA	An18g06540	NT_166533.1	1481630	1484386	D	An18g06540	join(<1481630..1481857,1481982..1482088,1482240..1482246,1482288..1482408,1482474..1483060,1483127..1483369,1483463..1483518,1483551..1483911,1483970..1484241,1484276..>1484386)	Aspergillus niger	4990222
An18g06550	mRNA	An18g06550	NT_166533.1	1484668	1485328	R	An18g06550	complement(join(<1484668..1484807,1484843..1484987,1485082..1485189,1485296..>1485328))	Aspergillus niger	84593772
An18g06560	mRNA	An18g06560	NT_166533.1	1485371	1486615	D	An18g06560	<1485371..>1486615	Aspergillus niger	84593773
An18g06570	mRNA	An18g06570	NT_166533.1	1486718	1488957	D	An18g06570	join(<1486718..1487694,1487747..1488353,1488418..>1488957)	Aspergillus niger	4990225
An18g06580	mRNA	An18g06580	NT_166533.1	1490286	1491580	R	An18g06580	complement(join(<1490286..1491257,1491311..>1491580))	Aspergillus niger	4990226
An18g06590	mRNA	An18g06590	NT_166533.1	1492042	1493321	R	An18g06590	complement(join(<1492042..1492082,1492141..1492381,1492452..1493038,1493099..>1493321))	Aspergillus niger	4990227
An18g06600	mRNA	An18g06600	NT_166533.1	1493809	1494399	D	An18g06600	join(<1493809..1494042,1494100..>1494399)	Aspergillus niger	4990228
An18g06610	mRNA	An18g06610	NT_166533.1	1494492	1495077	R	An18g06610	complement(join(<1494492..1494688,1494765..1494861,1494928..>1495077))	Aspergillus niger	4990229
An18g06620	mRNA	An18g06620	NT_166533.1	1495375	1496677	R	An18g06620	complement(join(<1495375..1495540,1495773..1495881,1495949..1496057,1496412..1496558,1496642..>1496677))	Aspergillus niger	84593774
An18g06630	mRNA	An18g06630	NT_166533.1	1497304	1497787	R	An18g06630	complement(join(<1497304..1497483,1497514..1497667,1497744..>1497787))	Aspergillus niger	84593775
An18g06640	mRNA	An18g06640	NT_166533.1	1498729	1500996	D	An18g06640	<1498729..>1500996	Aspergillus niger	84593776
An18g06650	mRNA	An18g06650	NT_166533.1	1502821	1503402	R	An18g06650	complement(<1502821..>1503402)	Aspergillus niger	4990233
An18g06660	mRNA	An18g06660	NT_166533.1	1503946	1504379	R	An18g06660	complement(join(<1503946..1504069,1504270..>1504379))	Aspergillus niger	84593777
An18g06670	mRNA	An18g06670	NT_166533.1	1504854	1505849	D	An18g06670	join(<1504854..1504868,1504936..1505657,1505717..>1505849)	Aspergillus niger	4990235
An18g06680	mRNA	An18g06680	NT_166533.1	1506083	1506988	R	An18g06680	complement(join(<1506083..1506687,1506753..1506900,1506959..>1506988))	Aspergillus niger	4990236
An18g06690	mRNA	An18g06690	NT_166533.1	1507665	1508489	R	An18g06690	complement(join(<1507665..1508245,1508313..1508361,1508415..>1508489))	Aspergillus niger	4990237
An18g06700	mRNA	An18g06700	NT_166533.1	1508890	1509728	D	An18g06700	join(<1508890..1508984,1509041..>1509728)	Aspergillus niger	4990238
An18g06710	mRNA	An18g06710	NT_166533.1	1509993	1510902	R	An18g06710	complement(join(<1509993..1510049,1510120..1510766,1510827..>1510902))	Aspergillus niger	4990239
An18g06720	mRNA	An18g06720	NT_166533.1	1511462	1513522	D	An18g06720	join(<1511462..1512065,1512117..1513336,1513391..>1513522)	Aspergillus niger	4990240
An18g06730	mRNA	An18g06730	NT_166533.1	1514003	1519017	D	An18g06730	join(<1514003..1514043,1514082..1514538,1514612..1518302,1518353..>1519017)	Aspergillus niger	4990241
An18g06740	mRNA	An18g06740	NT_166533.1	1519754	1520598	R	An18g06740	complement(join(<1519754..1520391,1520529..>1520598))	Aspergillus niger	4990242
An18g06750	mRNA	An18g06750	NT_166533.1	1520907	1521818	D	An18g06750	join(<1520907..1520929,1521002..>1521818)	Aspergillus niger	4990243
An18g06760	mRNA	An18g06760	NT_166533.1	1522466	1524082	R	An18g06760	complement(join(<1522466..1522553,1522623..1523526,1523595..1523669,1523744..1523801,1524050..>1524082))	Aspergillus niger	4990244
An18g06770	mRNA	An18g06770	NT_166533.1	1525370	1525696	D	An18g06770	<1525370..>1525696	Aspergillus niger	84593778
An18g06780	mRNA	An18g06780	NT_166533.1	1526542	1527506	R	An18g06780	complement(join(<1526542..1527345,1527408..>1527506))	Aspergillus niger	4990246
An18g06790	mRNA	An18g06790	NT_166533.1	1527800	1528394	D	An18g06790	join(<1527800..1527843,1527969..1528079,1528232..>1528394)	Aspergillus niger	84593779
An18g06800	mRNA	An18g06800	NT_166533.1	1528586	1529734	D	An18g06800	join(<1528586..1528588,1528647..1528712,1528774..1528932,1529015..1529237,1529307..1529341,1529396..>1529734)	Aspergillus niger	4990248
An18g06810	mRNA	An18g06810	NT_166533.1	1530003	1530785	R	An18g06810	complement(join(<1530003..1530420,1530507..1530672,1530737..>1530785))	Aspergillus niger	4990249
An18g06820	mRNA	An18g06820	NT_166533.1	1531322	1533733	R	An18g06820	complement(join(<1531322..1531542,1531597..1531758,1531812..1533205,1533277..1533508,1533600..1533670,1533729..>1533733))	Aspergillus niger	4990250
An18g06830	mRNA	An18g06830	NT_166533.1	1534051	1534317	D	An18g06830	join(<1534051..1534177,1534274..>1534317)	Aspergillus niger	84593780
An18g06840	mRNA	An18g06840	NT_166533.1	1537225	1540999	D	An18g06840	join(<1537225..1537467,1537582..1538978,1539018..1539628,1539884..1540294,1540367..1540840,1540896..>1540999)	Aspergillus niger	4990252
An18g06850	mRNA	An18g06850	NT_166533.1	1541521	1541990	R	An18g06850	complement(join(<1541521..1541733,1541805..>1541990))	Aspergillus niger	4990253
An09e01720	tRNA	tRNA-Ala (AGC)	NT_166525.1	369649	369720	D	tRNA-Ala	369649..369720	Aspergillus niger	4983703
An09e01780	tRNA	tRNA-Ile (AAT)	NT_166525.1	380180	380253	D	tRNA-Ile	380180..380253	Aspergillus niger	4983709
An09e02070	tRNA	tRNA-Gly (GCC)	NT_166525.1	451303	451373	R	tRNA-Gly	complement(451303..451373)	Aspergillus niger	4983738
An09e02195	tRNA	tRNA-SeC (TCA)	NT_166525.1	477797	477927	R	tRNA-Sec	complement(477797..477927)	Aspergillus niger	4983751
An09e02570	tRNA	tRNA-Arg (ACG)	NT_166525.1	554691	554762	D	tRNA-Arg	554691..554762	Aspergillus niger	4983789
An09e04220	tRNA	tRNA-Arg (ACG)	NT_166525.1	951869	951940	D	tRNA-Arg	951869..951940	Aspergillus niger	4983957
An09e04400	tRNA	tRNA-Gln (CTG)	NT_166525.1	977635	977706	D	tRNA-Gln	977635..977706	Aspergillus niger	4983974
An09e05090	tRNA	tRNA-Arg (TCG)	NT_166525.1	1135055	1135126	R	tRNA-Arg	complement(1135055..1135126)	Aspergillus niger	4984042
An14e01090	tRNA	tRNA-Lys (CTT)	NT_166529.1	303718	303790	D	tRNA-Lys	303718..303790	Aspergillus niger	4986964
An14e01640	tRNA	tRNA-Met (CAT)	NT_166529.1	423486	423593	R	tRNA-Met	complement(423486..423593)	Aspergillus niger	4987019
An14e01740	tRNA	tRNA-Gly (TCC)	NT_166529.1	450739	450820	D	tRNA-Gly	450739..450820	Aspergillus niger	4987030
An14e03750	tRNA	tRNA-Thr (AGT)	NT_166529.1	943145	943217	D	tRNA-Thr	943145..943217	Aspergillus niger	4987232
An14e03840	tRNA	tRNA-Gln (TTG)	NT_166529.1	960593	960684	D	tRNA-Gln	960593..960684	Aspergillus niger	4987241
An14e04690	tRNA	tRNA-Ala (TGC)	NT_166529.1	1118040	1118166	R	tRNA-Ala	complement(1118040..1118166)	Aspergillus niger	4987326
An14e04700	tRNA	tRNA-Ala (TGC)	NT_166529.1	1118455	1118582	R	tRNA-Ala	complement(1118455..1118582)	Aspergillus niger	4987327
An01e00180	tRNA	tRNA-Lys (CTT)	NT_166518.1	42338	42410	D	tRNA-Lys	42338..42410	Aspergillus niger	4978374
An01e00230	tRNA	tRNA-Asp (GTC)	NT_166518.1	55056	55145	D	tRNA-Asp	55056..55145	Aspergillus niger	4978415
An01e00300	tRNA	tRNA-Asp (GTC)	NT_166518.1	71366	71455	R	tRNA-Asp	complement(71366..71455)	Aspergillus niger	4977295
An01e00350	tRNA	tRNA-Ala (AGC)	NT_166518.1	82910	82981	D	tRNA-Ala	82910..82981	Aspergillus niger	4977443
An01e00410	tRNA	tRNA-Asp (GTC)	NT_166518.1	99557	99646	R	tRNA-Asp	complement(99557..99646)	Aspergillus niger	4978241
An01e00580	tRNA	tRNA-Lys (CTT)	NT_166518.1	145242	145314	D	tRNA-Lys	145242..145314	Aspergillus niger	4977649
An01e00590	tRNA	tRNA-Lys (CTT)	NT_166518.1	145337	145409	D	tRNA-Lys	145337..145409	Aspergillus niger	4978109
An01e01510	tRNA	tRNA-Pro (AGG)	NT_166518.1	356717	356807	D	tRNA-Pro	356717..356807	Aspergillus niger	4978480
An01e01570	tRNA	tRNA-Ile (TAT)	NT_166518.1	371613	371702	R	tRNA-Ile	complement(371613..371702)	Aspergillus niger	4978394
An01e01910	tRNA	tRNA-Ala (TGC)	NT_166518.1	457050	457121	D	tRNA-Ala	457050..457121	Aspergillus niger	4978495
An01e02450	tRNA	tRNA-Asp (GTC)	NT_166518.1	591462	591552	D	tRNA-Asp	591462..591552	Aspergillus niger	4978275
An01e02580	tRNA	tRNA-Met (CAT)	NT_166518.1	614207	614278	D	tRNA-Met	614207..614278	Aspergillus niger	4977936
An01e03830	tRNA	tRNA-Glu (TTC)	NT_166518.1	914047	914118	D	tRNA-Glu	914047..914118	Aspergillus niger	4978196
An01e03890	tRNA	tRNA-Glu (TTC)	NT_166518.1	919993	920064	R	tRNA-Glu	complement(919993..920064)	Aspergillus niger	4978216
An01e04290	tRNA	tRNA-Met (CAT)	NT_166518.1	1003735	1003849	R	tRNA-Met	complement(1003735..1003849)	Aspergillus niger	4977827
An01e04780	tRNA	tRNA-Val (CAC)	NT_166518.1	1139912	1139985	D	tRNA-Val	1139912..1139985	Aspergillus niger	4977018
An01e05430	tRNA	tRNA-Val (AAC)	NT_166518.1	1294575	1294648	R	tRNA-Val	complement(1294575..1294648)	Aspergillus niger	4977194
An01e05550	tRNA	tRNA-Thr (AGT)	NT_166518.1	1318083	1318154	R	tRNA-Thr	complement(1318083..1318154)	Aspergillus niger	4977218
An01e06590	tRNA	tRNA-Phe (GAA)	NT_166518.1	1553099	1553171	D	tRNA-Phe	1553099..1553171	Aspergillus niger	4977442
An01e06680	tRNA	tRNA-Val (CAC)	NT_166518.1	1568473	1568546	R	tRNA-Val	complement(1568473..1568546)	Aspergillus niger	4978143
An01e07610	tRNA	tRNA-Leu (AAG)	NT_166518.1	1787755	1787866	R	tRNA-Leu	complement(1787755..1787866)	Aspergillus niger	4978511
An01e07880	tRNA	tRNA-Glu (CTC)	NT_166518.1	1855186	1855257	D	tRNA-Glu	1855186..1855257	Aspergillus niger	4978260
An01e08320	tRNA	tRNA-Ser (GCT)	NT_166518.1	1964063	1964167	R	tRNA-Ser	complement(1964063..1964167)	Aspergillus niger	4977610
An01e08330	tRNA	tRNA-Ser (GCT)	NT_166518.1	1964561	1964665	R	tRNA-Ser	complement(1964561..1964665)	Aspergillus niger	4977075
An01e08340	tRNA	tRNA-Ser (GCT)	NT_166518.1	1965038	1965142	R	tRNA-Ser	complement(1965038..1965142)	Aspergillus niger	4977497
An01e08350	tRNA	tRNA-Ser (GCT)	NT_166518.1	1965675	1965779	D	tRNA-Ser	1965675..1965779	Aspergillus niger	4977861
An01e08480	tRNA	tRNA-Ser (GCT)	NT_166518.1	1997078	1997182	R	tRNA-Ser	complement(1997078..1997182)	Aspergillus niger	4977889
An01e08940	tRNA	tRNA-His (GTG)	NT_166518.1	2131340	2131423	D	tRNA-His	2131340..2131423	Aspergillus niger	4978002
An01e09990	tRNA	tRNA-Ser (AGA)	NT_166518.1	2375453	2375534	R	tRNA-Ser	complement(2375453..2375534)	Aspergillus niger	4977375
An01e10260	tRNA	tRNA-Ala (TGC)	NT_166518.1	2432678	2432815	R	tRNA-Ala	complement(2432678..2432815)	Aspergillus niger	4977879
An01e10670	tRNA	tRNA-Glu (CTC)	NT_166518.1	2520665	2520736	D	tRNA-Glu	2520665..2520736	Aspergillus niger	4977549
An01e11040	tRNA	tRNA-Gln (CTG)	NT_166518.1	2606375	2606446	R	tRNA-Gln	complement(2606375..2606446)	Aspergillus niger	4977868
An01e11050	tRNA	tRNA-Gln (TTG)	NT_166518.1	2607216	2607287	R	tRNA-Gln	complement(2607216..2607287)	Aspergillus niger	4977043
An01e11060	tRNA	tRNA-Gln (CTG)	NT_166518.1	2608434	2608505	R	tRNA-Gln	complement(2608434..2608505)	Aspergillus niger	4977144
An01e11110	tRNA	tRNA-Gln (CTG)	NT_166518.1	2621063	2621134	R	tRNA-Gln	complement(2621063..2621134)	Aspergillus niger	4977584
An01e11460	tRNA	tRNA-Cys (GCA)	NT_166518.1	2694272	2694343	D	tRNA-Cys	2694272..2694343	Aspergillus niger	4977691
An01e11490	tRNA	tRNA-Ser (AGA)	NT_166518.1	2699592	2699672	D	tRNA-Ser	2699592..2699672	Aspergillus niger	4978233
An01e11870	tRNA	tRNA-Arg (ACG)	NT_166518.1	2793691	2793762	D	tRNA-Arg	2793691..2793762	Aspergillus niger	4978518
An01e11980	tRNA	tRNA-Tyr (GTA)	NT_166518.1	2820725	2820812	R	tRNA-Tyr	complement(2820725..2820812)	Aspergillus niger	4977943
An01e12140	tRNA	tRNA-Gly (GCC)	NT_166518.1	2859430	2859500	D	tRNA-Gly	2859430..2859500	Aspergillus niger	4978034
An01e12280	tRNA	tRNA-Pro (AGG)	NT_166518.1	2894515	2894605	D	tRNA-Pro	2894515..2894605	Aspergillus niger	4977952
An01e12510	tRNA	tRNA-Ser (CGA)	NT_166518.1	2969923	2970003	D	tRNA-Ser	2969923..2970003	Aspergillus niger	4977415
An01e12650	tRNA	tRNA-Val (CAC)	NT_166518.1	2999858	2999953	D	tRNA-Val	2999858..2999953	Aspergillus niger	4977367
An01e12870	tRNA	tRNA-Leu (AAG)	NT_166518.1	3058173	3058284	R	tRNA-Leu	complement(3058173..3058284)	Aspergillus niger	4977139
An01e12900	tRNA	tRNA-Leu (AAG)	NT_166518.1	3061993	3062104	D	tRNA-Leu	3061993..3062104	Aspergillus niger	4977511
An01e12930	tRNA	tRNA-Ser (AGA)	NT_166518.1	3072928	3073009	R	tRNA-Ser	complement(3072928..3073009)	Aspergillus niger	4977923
An01e13800	tRNA	tRNA-Glu (CTC)	NT_166518.1	3299328	3299399	R	tRNA-Glu	complement(3299328..3299399)	Aspergillus niger	4977947
An01e13840	tRNA	tRNA-Glu (CTC)	NT_166518.1	3312249	3312320	D	tRNA-Glu	3312249..3312320	Aspergillus niger	4977594
An01e14470	tRNA	tRNA-Pro (AGG)	NT_166518.1	3461625	3461715	D	tRNA-Pro	3461625..3461715	Aspergillus niger	4977931
An01e14580	tRNA	tRNA-Glu (CTC)	NT_166518.1	3488151	3488222	D	tRNA-Glu	3488151..3488222	Aspergillus niger	4977839
An13e00120	tRNA	tRNA-Met (CAT)	NT_166528.1	35812	35923	R	tRNA-Met	complement(35812..35923)	Aspergillus niger	4986450
An13e00960	tRNA	tRNA-Arg (ACG)	NT_166528.1	221360	221431	R	tRNA-Arg	complement(221360..221431)	Aspergillus niger	4986544
An13e01670	tRNA	tRNA-Leu (CAG)	NT_166528.1	415864	415978	R	tRNA-Leu	complement(415864..415978)	Aspergillus niger	4986615
An13e02440	tRNA	tRNA-Gly (GCC)	NT_166528.1	589027	589097	D	tRNA-Gly	589027..589097	Aspergillus niger	4986692
An13e02490	tRNA	tRNA-Gly (GCC)	NT_166528.1	600079	600149	R	tRNA-Gly	complement(600079..600149)	Aspergillus niger	4986697
An13e02595	tRNA	tRNA (TTC)	NT_166528.1	615669	615798	D	An13e02595	615669..615798	Aspergillus niger	4986708
An13e02750	tRNA	tRNA-Arg (ACG)	NT_166528.1	645433	645504	D	tRNA-Arg	645433..645504	Aspergillus niger	4986724
An13e03830	tRNA	tRNA-Ala (CGC)	NT_166528.1	853789	853860	D	tRNA-Ala	853789..853860	Aspergillus niger	4986829
An12e00280	tRNA	tRNA-Lys (CTT)	NT_166527.1	72439	72511	D	tRNA-Lys	72439..72511	Aspergillus niger	4985370
An12e01240	tRNA	tRNA-Thr (CGT)	NT_166527.1	346071	346155	R	tRNA-Thr	complement(346071..346155)	Aspergillus niger	4985474
An12e01390	tRNA	tRNA-Thr (CGT)	NT_166527.1	383323	383402	D	tRNA-Thr	383323..383402	Aspergillus niger	4985489
An12e02270	tRNA	tRNA-Arg (CCG)	NT_166527.1	585471	585551	R	tRNA-Arg	complement(585471..585551)	Aspergillus niger	4985578
An12e02290	tRNA	tRNA-Met (CAT)	NT_166527.1	588032	588103	R	tRNA-Met	complement(588032..588103)	Aspergillus niger	4985580
An12e02610	tRNA	tRNA-Asp (GTC)	NT_166527.1	663442	663531	D	tRNA-Asp	663442..663531	Aspergillus niger	4985612
An12e03060	tRNA	tRNA-Lys (CTT)	NT_166527.1	790427	790499	D	tRNA-Lys	790427..790499	Aspergillus niger	4985656
An12e03450	tRNA	tRNA-Lys (CTT)	NT_166527.1	886384	886456	R	tRNA-Lys	complement(886384..886456)	Aspergillus niger	4985694
An12e04270	tRNA	tRNA-Ala (CGC)	NT_166527.1	1065464	1065550	D	tRNA-Ala	1065464..1065550	Aspergillus niger	4985775
An12e04290	tRNA	tRNA-Val (AAC)	NT_166527.1	1067885	1067958	D	tRNA-Val	1067885..1067958	Aspergillus niger	4985777
An12e04300	tRNA	tRNA-Val (AAC)	NT_166527.1	1068496	1068569	R	tRNA-Val	complement(1068496..1068569)	Aspergillus niger	4985778
An12e04400	tRNA	tRNA-Val (AAC)	NT_166527.1	1085367	1085440	R	tRNA-Val	complement(1085367..1085440)	Aspergillus niger	4985788
An12e04420	tRNA	tRNA-Val (AAC)	NT_166527.1	1086737	1086810	D	tRNA-Val	1086737..1086810	Aspergillus niger	4985790
An12e05340	tRNA	tRNA-Leu (AAG)	NT_166527.1	1323173	1323287	R	tRNA-Leu	complement(1323173..1323287)	Aspergillus niger	4985884
An12e05560	tRNA	tRNA-Tyr (GTA)	NT_166527.1	1371906	1371991	D	tRNA-Tyr	1371906..1371991	Aspergillus niger	4985906
An12e05860	tRNA	tRNA-Ser (AGA)	NT_166527.1	1451703	1451783	D	tRNA-Ser	1451703..1451783	Aspergillus niger	4985936
An12e06220	tRNA	tRNA-His (GTG)	NT_166527.1	1515767	1515850	R	tRNA-His	complement(1515767..1515850)	Aspergillus niger	4985973
An12e06320	tRNA	tRNA-Thr (CGT)	NT_166527.1	1529161	1529239	D	tRNA-Thr	1529161..1529239	Aspergillus niger	4985983
An12e06330	tRNA	tRNA-Thr (TGT)	NT_166527.1	1529354	1529425	D	tRNA-Thr	1529354..1529425	Aspergillus niger	4985984
An12e06390	tRNA	tRNA-Arg (ACG)	NT_166527.1	1544730	1544801	R	tRNA-Arg	complement(1544730..1544801)	Aspergillus niger	4985990
An12e07310	tRNA	tRNA-Ala (AGC)	NT_166527.1	1760103	1760174	R	tRNA-Ala	complement(1760103..1760174)	Aspergillus niger	4986080
An12e07410	tRNA	tRNA-Ser (TGA)	NT_166527.1	1788584	1788716	R	tRNA-Ser	complement(1788584..1788716)	Aspergillus niger	4986090
An12e07440	tRNA	tRNA-Ser (TGA)	NT_166527.1	1794802	1794883	R	tRNA-Ser	complement(1794802..1794883)	Aspergillus niger	4986093
An12e09730	tRNA	tRNA-Asp (GTC)	NT_166527.1	2282140	2282229	R	tRNA-Asp	complement(2282140..2282229)	Aspergillus niger	4986326
An12e09740	tRNA	tRNA-Ala (CGC)	NT_166527.1	2282303	2282374	R	tRNA-Ala	complement(2282303..2282374)	Aspergillus niger	4986327
An12e09840	tRNA	tRNA-His (GTG)	NT_166527.1	2302645	2302715	R	tRNA-His	complement(2302645..2302715)	Aspergillus niger	4986337
An12e10010	tRNA	tRNA-Ala (AGC)	NT_166527.1	2338082	2338153	D	tRNA-Ala	2338082..2338153	Aspergillus niger	4986354
An12e10040	tRNA	tRNA-Ala (AGC)	NT_166527.1	2342912	2342983	R	tRNA-Ala	complement(2342912..2342983)	Aspergillus niger	4986357
An12e10070	tRNA	tRNA-Ala (AGC)	NT_166527.1	2346403	2346474	D	tRNA-Ala	2346403..2346474	Aspergillus niger	4986360
An15e01660	tRNA	tRNA-Arg (ACG)	NT_166530.1	458008	458079	D	tRNA-Arg	458008..458079	Aspergillus niger	4987767
An15e02430	tRNA	tRNA-Cys (GCA)	NT_166530.1	634102	634173	D	tRNA-Cys	634102..634173	Aspergillus niger	4987844
An15e03840	tRNA	tRNA-Ala (AGC)	NT_166530.1	920642	920713	R	tRNA-Ala	complement(920642..920713)	Aspergillus niger	4987985
An15e03920	tRNA	tRNA-Glu (TTC)	NT_166530.1	934675	934762	D	tRNA-Glu	934675..934762	Aspergillus niger	4987993
An15e04090	tRNA	tRNA-Val (AAC)	NT_166530.1	966562	966635	D	tRNA-Val	966562..966635	Aspergillus niger	4988010
An15e04730	tRNA	tRNA-Val (AAC)	NT_166530.1	1111905	1111978	D	tRNA-Val	1111905..1111978	Aspergillus niger	4988074
An15e04890	tRNA	tRNA-Leu (AAG)	NT_166530.1	1157332	1157442	D	tRNA-Leu	1157332..1157442	Aspergillus niger	4988090
An15e04910	tRNA	tRNA-Thr (AGT)	NT_166530.1	1162055	1162127	D	tRNA-Thr	1162055..1162127	Aspergillus niger	4988092
An15e05040	tRNA	tRNA-Val (AAC)	NT_166530.1	1184598	1184671	R	tRNA-Val	complement(1184598..1184671)	Aspergillus niger	4988105
An15e05140	tRNA	tRNA-Ile (AAT)	NT_166530.1	1215479	1215552	D	tRNA-Ile	1215479..1215552	Aspergillus niger	4988115
An15e05420	tRNA	tRNA-Ile (AAT)	NT_166530.1	1267872	1267945	R	tRNA-Ile	complement(1267872..1267945)	Aspergillus niger	4988143
An15e06130	tRNA	tRNA-Lys (CTT)	NT_166530.1	1426469	1426541	D	tRNA-Lys	1426469..1426541	Aspergillus niger	4988214
An15e07320	tRNA	tRNA-Val (AAC)	NT_166530.1	1730864	1730937	R	tRNA-Val	complement(1730864..1730937)	Aspergillus niger	4988333
An15e07410	tRNA	tRNA-Tyr (GTA)	NT_166530.1	1748245	1748332	D	tRNA-Tyr	1748245..1748332	Aspergillus niger	4988342
An15e07420	tRNA	tRNA-Tyr (GTA)	NT_166530.1	1748702	1748790	D	tRNA-Tyr	1748702..1748790	Aspergillus niger	4988343
An15e07430	tRNA	tRNA-Tyr (GTA)	NT_166530.1	1749610	1749697	D	tRNA-Tyr	1749610..1749697	Aspergillus niger	4988344
An15e07440	tRNA	tRNA-Tyr (GTA)	NT_166530.1	1749789	1749877	D	tRNA-Tyr	1749789..1749877	Aspergillus niger	4988345
An15e07450	tRNA	tRNA-Tyr (GTA)	NT_166530.1	1750476	1750563	D	tRNA-Tyr	1750476..1750563	Aspergillus niger	4988346
An02e00900	tRNA	tRNA-Asp (GTC)	NT_166519.1	197109	197198	R	tRNA-Asp	complement(197109..197198)	Aspergillus niger	4978571
An02e00940	tRNA	tRNA-Pro (AGG)	NT_166519.1	201297	201387	R	tRNA-Pro	complement(201297..201387)	Aspergillus niger	4978575
An02e02670	tRNA	tRNA-Arg (TCG)	NT_166519.1	620512	620583	R	tRNA-Arg	complement(620512..620583)	Aspergillus niger	4978753
An02e03020	tRNA	tRNA-Arg (TCG)	NT_166519.1	704120	704250	D	tRNA-Arg	704120..704250	Aspergillus niger	4978788
An02e03035	tRNA	tRNA-SeC (TCA)	NT_166519.1	705752	705882	D	tRNA-Sec	705752..705882	Aspergillus niger	4978790
An02e03040	tRNA	tRNA-Phe (GAA)	NT_166519.1	706950	707078	D	tRNA-Phe	706950..707078	Aspergillus niger	4978791
An02e03080	tRNA	tRNA-SeC (TCA)	NT_166519.1	711603	711735	D	tRNA-Sec	711603..711735	Aspergillus niger	4978794
An02e03680	tRNA	tRNA-Arg (ACG)	NT_166519.1	868183	868254	D	tRNA-Arg	868183..868254	Aspergillus niger	4978854
An02e05130	tRNA	tRNA-Val (CAC)	NT_166519.1	1214829	1214929	D	tRNA-Val	1214829..1214929	Aspergillus niger	4979002
An02e05200	tRNA	tRNA-Ala (TGC)	NT_166519.1	1229116	1229186	R	tRNA-Ala	complement(1229116..1229186)	Aspergillus niger	4979009
An02e06475	tRNA	tRNA-Asp (ATC)	NT_166519.1	1522086	1522212	D	tRNA-Asp	1522086..1522212	Aspergillus niger	4979138
An02e06477	tRNA	tRNA-Phe (AAA)	NT_166519.1	1522300	1522429	D	tRNA-Phe	1522300..1522429	Aspergillus niger	4979139
An02e07540	tRNA	tRNA-His (GTG)	NT_166519.1	1803081	1803164	D	tRNA-His	1803081..1803164	Aspergillus niger	4979243
An02e08150	tRNA	tRNA-Gly (TCC)	NT_166519.1	1974963	1975034	D	tRNA-Gly	1974963..1975034	Aspergillus niger	4979304
An02e09320	tRNA	tRNA-Gly (GCC)	NT_166519.1	2325157	2325227	D	tRNA-Gly	2325157..2325227	Aspergillus niger	4979422
An02e09400	tRNA	tRNA-Lys (CTT)	NT_166519.1	2338530	2338602	R	tRNA-Lys	complement(2338530..2338602)	Aspergillus niger	4979430
An02e09410	tRNA	tRNA-Lys (TTT)	NT_166519.1	2339361	2339433	D	tRNA-Lys	2339361..2339433	Aspergillus niger	4979431
An02e09750	tRNA	tRNA-Pro (CGG)	NT_166519.1	2415994	2416073	R	tRNA-Pro	complement(2415994..2416073)	Aspergillus niger	4979464
An02e09760	tRNA	tRNA-Pro (CGG)	NT_166519.1	2416261	2416340	R	tRNA-Pro	complement(2416261..2416340)	Aspergillus niger	4979465
An02e10822	tRNA	tRNA-Ala	NT_166519.1	2676085	2676217	D	tRNA-Ala	2676085..2676217	Aspergillus niger	4979574
An02e10824	tRNA	tRNA-Glu (TTC)	NT_166519.1	2677071	2677201	D	tRNA-Glu	2677071..2677201	Aspergillus niger	4979575
An02e10826	tRNA	tRNA (unknown)	NT_166519.1	2677664	2677792	D	An02e10826	2677664..2677792	Aspergillus niger	4979576
An02e10828	tRNA	tRNA (CCA)	NT_166519.1	2677873	2678000	D	An02e10828	2677873..2678000	Aspergillus niger	4979577
An02e14440	tRNA	tRNA-Arg (ACG)	NT_166519.1	3495304	3495375	D	tRNA-Arg	3495304..3495375	Aspergillus niger	4979984
An07e00610	tRNA	tRNA-Leu (CAA)	NT_166523.1	111011	111123	R	tRNA-Leu	complement(111011..111123)	Aspergillus niger	4981332
An07e01370	tRNA	tRNA-Glu (CTC)	NT_166523.1	254045	254116	D	tRNA-Glu	254045..254116	Aspergillus niger	4981404
An07e02330	tRNA	tRNA-Cys (GCA)	NT_166523.1	461897	461969	D	tRNA-Cys	461897..461969	Aspergillus niger	4981500
An07e02340	tRNA	tRNA-Cys (GCA)	NT_166523.1	462488	462559	D	tRNA-Cys	462488..462559	Aspergillus niger	4981501
An07e02610	tRNA	tRNA-Gly (GCC)	NT_166523.1	524937	525007	R	tRNA-Gly	complement(524937..525007)	Aspergillus niger	4981528
An07e05300	tRNA	tRNA-Thr (AGT)	NT_166523.1	1152521	1152593	D	tRNA-Thr	1152521..1152593	Aspergillus niger	4981797
An07e05320	tRNA	tRNA-Thr (AGT)	NT_166523.1	1154387	1154459	D	tRNA-Thr	1154387..1154459	Aspergillus niger	4981799
An07e05330	tRNA	tRNA-Thr (AGT)	NT_166523.1	1154534	1154606	D	tRNA-Thr	1154534..1154606	Aspergillus niger	4981800
An07e05560	tRNA	tRNA-Gly (GCC)	NT_166523.1	1193573	1193643	R	tRNA-Gly	complement(1193573..1193643)	Aspergillus niger	4981823
An07e05860	tRNA	tRNA-Gly (GCC)	NT_166523.1	1251387	1251457	R	tRNA-Gly	complement(1251387..1251457)	Aspergillus niger	4981853
An07e06320	tRNA	tRNA-Gln (CTG)	NT_166523.1	1354925	1354996	D	tRNA-Gln	1354925..1354996	Aspergillus niger	4981899
An07e06660	tRNA	tRNA-Met (CAT)	NT_166523.1	1431535	1431606	R	tRNA-Met	complement(1431535..1431606)	Aspergillus niger	4981934
An07e06830	tRNA	tRNA-Glu (CTC)	NT_166523.1	1468989	1469060	D	tRNA-Glu	1468989..1469060	Aspergillus niger	4981951
An07e06890	tRNA	tRNA-Ala (TGC)	NT_166523.1	1476748	1476831	D	tRNA-Ala	1476748..1476831	Aspergillus niger	4981957
An07e06950	tRNA	tRNA-Ala (TGC)	NT_166523.1	1487112	1487198	R	tRNA-Ala	complement(1487112..1487198)	Aspergillus niger	4981963
An10e00200	tRNA	tRNA-Phe (GAA)	NT_166537.1	42555	42627	R	tRNA-Phe	complement(42555..42627)	Aspergillus niger	4990268
An10e00990	tRNA	tRNA-Thr (AGT)	NT_166537.1	253178	253250	D	tRNA-Thr	253178..253250	Aspergillus niger	4990350
An16e02840	tRNA	tRNA-Arg (CCG)	NT_166531.1	618268	618339	D	tRNA-Arg	618268..618339	Aspergillus niger	4988677
An16e03440	tRNA	tRNA-Leu (AAG)	NT_166531.1	761166	761277	R	tRNA-Leu	complement(761166..761277)	Aspergillus niger	4988738
An16e04740	tRNA	tRNA-Glu (TTC)	NT_166531.1	1077692	1077763	R	tRNA-Glu	complement(1077692..1077763)	Aspergillus niger	4988866
An16e06050	tRNA	tRNA-Leu (CAG)	NT_166531.1	1339006	1339117	R	tRNA-Leu	complement(1339006..1339117)	Aspergillus niger	4988997
An16e06060	tRNA	tRNA-Leu (CAG)	NT_166531.1	1340029	1340139	D	tRNA-Leu	1340029..1340139	Aspergillus niger	4988998
An16e06110	tRNA	tRNA-Lys (CTT)	NT_166531.1	1348705	1348777	R	tRNA-Lys	complement(1348705..1348777)	Aspergillus niger	4989003
An16e06150	tRNA	tRNA-Phe (GAA)	NT_166531.1	1355910	1355982	D	tRNA-Phe	1355910..1355982	Aspergillus niger	4989007
An16e07880	tRNA	tRNA-Arg (CCT)	NT_166531.1	1780173	1780244	D	tRNA-Arg	1780173..1780244	Aspergillus niger	4989179
An17e00080	tRNA	tRNA-Glu (CTC)	NT_166532.1	15286	15357	D	tRNA-Glu	15286..15357	Aspergillus niger	4989354
An03e00440	tRNA	tRNA-Asp (GTC)	NT_166520.1	91618	91707	D	tRNA-Asp	91618..91707	Aspergillus niger	4980730
An03e00510	tRNA	tRNA-Gln (TTG)	NT_166520.1	105162	105252	D	tRNA-Gln	105162..105252	Aspergillus niger	4980737
An03e00570	tRNA	tRNA-Val (TAC)	NT_166520.1	114631	114717	R	tRNA-Val	complement(114631..114717)	Aspergillus niger	4980045
An03e00710	tRNA	tRNA-Leu (AAG)	NT_166520.1	144995	145106	D	tRNA-Leu	144995..145106	Aspergillus niger	4980059
An03e00780	tRNA	tRNA-Ile (AAT)	NT_166520.1	159004	159077	D	tRNA-Ile	159004..159077	Aspergillus niger	4980066
An03e01980	tRNA	tRNA-Leu (AAG)	NT_166520.1	387591	387702	D	tRNA-Leu	387591..387702	Aspergillus niger	4980186
An03e01990	tRNA	tRNA-Gly (TCC)	NT_166520.1	389081	389178	D	tRNA-Gly	389081..389178	Aspergillus niger	4980187
An03e02210	tRNA	tRNA-Ala (AGC)	NT_166520.1	427369	427440	D	tRNA-Ala	427369..427440	Aspergillus niger	4980209
An03e02440	tRNA	tRNA-Leu (TAG)	NT_166520.1	468691	468778	D	tRNA-Leu	468691..468778	Aspergillus niger	4980232
An03e02470	tRNA	tRNA-Arg (ACG)	NT_166520.1	471269	471340	D	tRNA-Arg	471269..471340	Aspergillus niger	4980235
An03e02760	tRNA	tRNA-Met (CAT)	NT_166520.1	537819	537890	D	tRNA-Met	537819..537890	Aspergillus niger	4980266
An03e05520	tRNA	tRNA-Glu (CTC)	NT_166520.1	1233126	1233197	D	tRNA-Glu	1233126..1233197	Aspergillus niger	4980541
An03e05920	tRNA	tRNA-Gln (TTG)	NT_166520.1	1319554	1319637	R	tRNA-Gln	complement(1319554..1319637)	Aspergillus niger	4980580
An03e06190	tRNA	tRNA-Gly (TCC)	NT_166520.1	1378451	1378537	R	tRNA-Gly	complement(1378451..1378537)	Aspergillus niger	4980606
An03e06917	tRNA	tRNA (AGC)	NT_166520.1	1587566	1587698	D	An03e06917	1587566..1587698	Aspergillus niger	4980680
An04e02860	tRNA	tRNA-Thr (AGT)	NT_166539.1	725892	725964	R	tRNA-Thr	complement(725892..725964)	Aspergillus niger	4990691
An04e03510	tRNA	tRNA-Asp (GTC)	NT_166539.1	885691	885780	R	tRNA-Asp	complement(885691..885780)	Aspergillus niger	4990757
An04e03760	tRNA	tRNA-Gly (CCC)	NT_166539.1	940139	940226	D	tRNA-Gly	940139..940226	Aspergillus niger	4990782
An04e04250	tRNA	tRNA-Gly (GCC)	NT_166539.1	1060776	1060846	R	tRNA-Gly	complement(1060776..1060846)	Aspergillus niger	4990832
An04e04760	tRNA	tRNA-Phe (GAA)	NT_166539.1	1179019	1179091	D	tRNA-Phe	1179019..1179091	Aspergillus niger	4990883
An04e04780	tRNA	tRNA-Met (CAT)	NT_166539.1	1182953	1183061	D	tRNA-Met	1182953..1183061	Aspergillus niger	4990885
An04e08960	tRNA	tRNA-Ser (GCT)	NT_166539.1	2174462	2174566	D	tRNA-Ser	2174462..2174566	Aspergillus niger	4991300
An05e01540	tRNA	tRNA-Met (CAT)	NT_166521.1	367523	367630	D	tRNA-Met	367523..367630	Aspergillus niger	4980893
An05e01690	tRNA	tRNA-Leu (AAG)	NT_166521.1	400422	400533	R	tRNA-Leu	complement(400422..400533)	Aspergillus niger	4980908
An05e01950	tRNA	tRNA-Tyr (GTA)	NT_166521.1	453495	453583	D	tRNA-Tyr	453495..453583	Aspergillus niger	4980934
An11e01440	tRNA	tRNA-Ser (CGA)	NT_166526.1	355865	355945	D	tRNA-Ser	355865..355945	Aspergillus niger	84592124
An11e01450	tRNA	tRNA-Ser (CGA)	NT_166526.1	356356	356436	D	tRNA-Ser	356356..356436	Aspergillus niger	84592125
An11e01460	tRNA	tRNA-Ser (CGA)	NT_166526.1	357115	357195	R	tRNA-Ser	complement(357115..357195)	Aspergillus niger	84592126
An11e02080	tRNA	tRNA-Val (AAC)	NT_166526.1	518033	518106	R	tRNA-Val	complement(518033..518106)	Aspergillus niger	84592127
An11e02130	tRNA	tRNA-Glu (CTC)	NT_166526.1	533167	533238	D	tRNA-Glu	533167..533238	Aspergillus niger	84592128
An11e02210	tRNA	tRNA-Glu (CTC)	NT_166526.1	547760	547831	D	tRNA-Glu	547760..547831	Aspergillus niger	84592129
An11e02410	tRNA	tRNA (unknown)	NT_166526.1	606559	606650	R	An11e02410	complement(606559..606650)	Aspergillus niger	84592130
An11e03280	tRNA	tRNA-Gly (GCC)	NT_166526.1	817663	817733	R	tRNA-Gly	complement(817663..817733)	Aspergillus niger	84592131
An11e03410	tRNA	tRNA-Pro (CGG)	NT_166526.1	846026	846105	R	tRNA-Pro	complement(846026..846105)	Aspergillus niger	84592132
An11e03440	tRNA	tRNA-Thr (TGT)	NT_166526.1	851930	852012	R	tRNA-Thr	complement(851930..852012)	Aspergillus niger	84592133
An11e03650	tRNA	tRNA-Pro (AGG)	NT_166526.1	907001	907088	R	tRNA-Pro	complement(907001..907088)	Aspergillus niger	84592134
An11e03840	tRNA	tRNA-Phe (GAA)	NT_166526.1	941921	941993	D	tRNA-Phe	941921..941993	Aspergillus niger	84592135
An11e03850	tRNA	tRNA-Arg (ACG)	NT_166526.1	942665	942736	D	tRNA-Arg	942665..942736	Aspergillus niger	84592136
An11e04430	tRNA	tRNA-Lys (TTT)	NT_166526.1	1099582	1099667	D	tRNA-Lys	1099582..1099667	Aspergillus niger	84592138
An11e04440	tRNA	tRNA-Lys (TTT)	NT_166526.1	1099941	1100026	D	tRNA-Lys	1099941..1100026	Aspergillus niger	84592139
An11e04490	tRNA	tRNA-Glu (CTC)	NT_166526.1	1116021	1116092	D	tRNA-Glu	1116021..1116092	Aspergillus niger	84592140
An11e05020	tRNA	tRNA-Leu (TAA)	NT_166526.1	1246317	1246437	R	tRNA-Leu	complement(1246317..1246437)	Aspergillus niger	84592141
An11e05210	tRNA	tRNA-Gln (CTG)	NT_166526.1	1275275	1275346	R	tRNA-Gln	complement(1275275..1275346)	Aspergillus niger	84592142
An11e05360	tRNA	tRNA-Pro (AGG)	NT_166526.1	1300684	1300774	R	tRNA-Pro	complement(1300684..1300774)	Aspergillus niger	84592143
An11e05370	tRNA	tRNA-Arg (ACG)	NT_166526.1	1300795	1300866	R	tRNA-Arg	complement(1300795..1300866)	Aspergillus niger	84592144
An11e06470	tRNA	tRNA-Glu (TTC)	NT_166526.1	1592784	1592855	R	tRNA-Glu	complement(1592784..1592855)	Aspergillus niger	84592147
An11e07390	tRNA	tRNA-Leu (TAA)	NT_166526.1	1782206	1782338	R	tRNA-Leu	complement(1782206..1782338)	Aspergillus niger	84592148
An11e07400	tRNA	tRNA-Leu (CAA)	NT_166526.1	1782456	1782568	R	tRNA-Leu	complement(1782456..1782568)	Aspergillus niger	84592149
An11e07410	tRNA	tRNA-Leu (CAA)	NT_166526.1	1783271	1783383	D	tRNA-Leu	1783271..1783383	Aspergillus niger	84592150
An11e07860	tRNA	tRNA-Lys (CTT)	NT_166526.1	1881766	1881838	R	tRNA-Lys	complement(1881766..1881838)	Aspergillus niger	84592152
An11e07890	tRNA	tRNA-Lys (CTT)	NT_166526.1	1887521	1887593	R	tRNA-Lys	complement(1887521..1887593)	Aspergillus niger	84592153
An11e08270	tRNA	tRNA-Val (AAC)	NT_166526.1	1967476	1967549	R	tRNA-Val	complement(1967476..1967549)	Aspergillus niger	84592154
An11e08310	tRNA	tRNA-Arg (ACG)	NT_166526.1	1972664	1972735	R	tRNA-Arg	complement(1972664..1972735)	Aspergillus niger	84592155
An11e08560	tRNA	tRNA-Ser (AGA)	NT_166526.1	2025684	2025764	D	tRNA-Ser	2025684..2025764	Aspergillus niger	84592157
An11e08800	tRNA	tRNA-Lys (CTT)	NT_166526.1	2083074	2083146	R	tRNA-Lys	complement(2083074..2083146)	Aspergillus niger	84592158
An11e09810	tRNA	tRNA-Gln (CTG)	NT_166526.1	2350512	2350583	D	tRNA-Gln	2350512..2350583	Aspergillus niger	84592160
An06e00450	tRNA	tRNA-Thr (AGT)	NT_166522.1	104864	104936	D	tRNA-Thr	104864..104936	Aspergillus niger	4981044
An06e01150	tRNA	tRNA-Leu (TAG)	NT_166522.1	271027	271141	D	tRNA-Leu	271027..271141	Aspergillus niger	4981114
An06e01230	tRNA	tRNA-Ile (AAT)	NT_166522.1	288759	288832	R	tRNA-Ile	complement(288759..288832)	Aspergillus niger	4981122
An06e01240	tRNA	tRNA-Ile (AAT)	NT_166522.1	289570	289643	D	tRNA-Ile	289570..289643	Aspergillus niger	4981123
An06e01250	tRNA	tRNA-Ile (AAT)	NT_166522.1	290905	290978	D	tRNA-Ile	290905..290978	Aspergillus niger	4981124
An06e01280	tRNA	tRNA-Ile (AAT)	NT_166522.1	296362	296435	R	tRNA-Ile	complement(296362..296435)	Aspergillus niger	4981127
An06e01570	tRNA	tRNA-Pro (AGG)	NT_166522.1	404739	404829	D	tRNA-Pro	404739..404829	Aspergillus niger	4981156
An08e00130	tRNA	tRNA-Ala (AGC)	NT_166524.1	18755	18826	R	tRNA-Ala	complement(18755..18826)	Aspergillus niger	4982334
An08e00150	tRNA	tRNA-Ala (AGC)	NT_166524.1	19944	20015	D	tRNA-Ala	19944..20015	Aspergillus niger	4982342
An08e02010	tRNA	tRNA-Phe (GAA)	NT_166524.1	444050	444122	D	tRNA-Phe	444050..444122	Aspergillus niger	4982516
An08e03310	tRNA	tRNA-Gly (GCC)	NT_166524.1	765786	765856	D	tRNA-Gly	765786..765856	Aspergillus niger	4982645
An08e04020	tRNA	tRNA-Pro (AGG)	NT_166524.1	961248	961338	D	tRNA-Pro	961248..961338	Aspergillus niger	4982717
An08e05990	tRNA	tRNA-Ser (AGA)	NT_166524.1	1417905	1417985	D	tRNA-Ser	1417905..1417985	Aspergillus niger	4982915
An08e06000	tRNA	tRNA-Ser (AGA)	NT_166524.1	1418387	1418467	D	tRNA-Ser	1418387..1418467	Aspergillus niger	4982916
An08e06020	tRNA	tRNA-Ser (AGA)	NT_166524.1	1420731	1420811	R	tRNA-Ser	complement(1420731..1420811)	Aspergillus niger	4982918
An08e07970	tRNA	tRNA-Ile (AAT)	NT_166524.1	1901898	1901971	D	tRNA-Ile	1901898..1901971	Aspergillus niger	4983116
An08e07990	tRNA	tRNA-Ile (AAT)	NT_166524.1	1903157	1903230	R	tRNA-Ile	complement(1903157..1903230)	Aspergillus niger	4983118
An08e08270	tRNA	tRNA-Arg (ACG)	NT_166524.1	1972126	1972197	R	tRNA-Arg	complement(1972126..1972197)	Aspergillus niger	4983145
An08e08610	tRNA	tRNA-Gly (GCC)	NT_166524.1	2058876	2058946	R	tRNA-Gly	complement(2058876..2058946)	Aspergillus niger	4983179
An08e08800	tRNA	tRNA-Arg (ACG)	NT_166524.1	2101951	2102022	D	tRNA-Arg	2101951..2102022	Aspergillus niger	4983198
An08e10290	tRNA	tRNA-Gln (CTG)	NT_166524.1	2445390	2445461	D	tRNA-Gln	2445390..2445461	Aspergillus niger	4983343
An08e10850	tRNA	tRNA-Gly (GCC)	NT_166524.1	2589993	2590063	R	tRNA-Gly	complement(2589993..2590063)	Aspergillus niger	4983399
An08e11050	tRNA	tRNA-Thr (AGT)	NT_166524.1	2633933	2634005	R	tRNA-Thr	complement(2633933..2634005)	Aspergillus niger	4983419
An18e00610	tRNA	tRNA-Asp (GTC)	NT_166533.1	134147	134236	D	tRNA-Asp	134147..134236	Aspergillus niger	4989624
An18e00930	tRNA	tRNA-Arg (CCG)	NT_166533.1	184518	184598	D	tRNA-Arg	184518..184598	Aspergillus niger	4989653
An18e01160	tRNA	tRNA-His (GTG)	NT_166533.1	226594	226677	D	tRNA-His	226594..226677	Aspergillus niger	4989676
An18e01190	tRNA	tRNA-Ala (AGC)	NT_166533.1	232533	232604	R	tRNA-Ala	complement(232533..232604)	Aspergillus niger	4989679
An18e01260	tRNA	tRNA-Leu (CAG)	NT_166533.1	245357	245469	R	tRNA-Leu	complement(245357..245469)	Aspergillus niger	4989686
An18e01310	tRNA	tRNA-Leu (CAG)	NT_166533.1	252740	252851	D	tRNA-Leu	252740..252851	Aspergillus niger	4989691
An18e01650	tRNA	tRNA-Lys (CTT)	NT_166533.1	332802	332874	R	tRNA-Lys	complement(332802..332874)	Aspergillus niger	4989725
An18e02450	tRNA	tRNA-Gly (GCC)	NT_166533.1	514472	514542	R	tRNA-Gly	complement(514472..514542)	Aspergillus niger	4989806
An18e03500	tRNA	tRNA-Gly (GCC)	NT_166533.1	780494	780565	R	tRNA-Gly	complement(780494..780565)	Aspergillus niger	4989914
An18e03510	tRNA	tRNA-Gly (GCC)	NT_166533.1	781036	781106	D	tRNA-Gly	781036..781106	Aspergillus niger	4989915
An18e03520	tRNA	tRNA-Gly (GCC)	NT_166533.1	781116	781187	D	tRNA-Gly	781116..781187	Aspergillus niger	4989916
An18e03840	tRNA	tRNA-Asp (GTC)	NT_166533.1	876033	876122	D	tRNA-Asp	876033..876122	Aspergillus niger	4989948
An18e04500	tRNA	tRNA-Met (CAT)	NT_166533.1	1058950	1059021	R	tRNA-Met	complement(1058950..1059021)	Aspergillus niger	4990016
An18e04510	tRNA	tRNA-Met (CAT)	NT_166533.1	1060156	1060227	R	tRNA-Met	complement(1060156..1060227)	Aspergillus niger	4990017
An18e04890	tRNA	tRNA-Asp (GTC)	NT_166533.1	1139179	1139268	R	tRNA-Asp	complement(1139179..1139268)	Aspergillus niger	4990055
An18e04980	tRNA	tRNA-Asp (GTC)	NT_166533.1	1150095	1150184	R	tRNA-Asp	complement(1150095..1150184)	Aspergillus niger	4990064
An18e04990	tRNA	tRNA-Asp (GTC)	NT_166533.1	1150790	1150879	D	tRNA-Asp	1150790..1150879	Aspergillus niger	4990065
An18e05300	tRNA	tRNA-Phe (GAA)	NT_166533.1	1210230	1210347	R	tRNA-Phe	complement(1210230..1210347)	Aspergillus niger	4990096
An18e05320	tRNA	tRNA-Phe (GAA)	NT_166533.1	1211373	1211445	R	tRNA-Phe	complement(1211373..1211445)	Aspergillus niger	4990098
An18e05330	tRNA	tRNA-Phe (GAA)	NT_166533.1	1212016	1212088	D	tRNA-Phe	1212016..1212088	Aspergillus niger	4990099
An09e01360	rRNA	5S rRNA	NT_166525.1	291464	291582	R	5S ribosomal RNA	complement(291464..291582)	Aspergillus niger	4983667
An14e01290	rRNA	5S rRNA	NT_166529.1	355222	355334	D	5S ribosomal RNA	355222..355334	Aspergillus niger	4986984
An14e01320	rRNA	5S rRNA	NT_166529.1	358852	358970	R	5S ribosomal RNA	complement(358852..358970)	Aspergillus niger	4986987
An14e02800	rRNA	5S rRNA	NT_166529.1	692857	692975	R	5S ribosomal RNA	complement(692857..692975)	Aspergillus niger	4987136
An01e00440	rRNA	5S rRNA	NT_166518.1	108503	108621	D	5S ribosomal RNA	108503..108621	Aspergillus niger	4977502
An01e00980	rRNA	5S rRNA	NT_166518.1	232907	233025	R	5S ribosomal RNA	complement(232907..233025)	Aspergillus niger	4978428
An01e01100	rRNA	5S rRNA	NT_166518.1	255491	255609	R	5S ribosomal RNA	complement(255491..255609)	Aspergillus niger	4978184
An01e01200	rRNA	5S rRNA	NT_166518.1	289333	289451	R	5S ribosomal RNA	complement(289333..289451)	Aspergillus niger	4977699
An13e03880	rRNA	5S rRNA	NT_166528.1	863701	863819	D	5S ribosomal RNA	863701..863819	Aspergillus niger	4986834
An12e01740	rRNA	5S rRNA	NT_166527.1	459045	459163	R	5S ribosomal RNA	complement(459045..459163)	Aspergillus niger	4985524
An12e02140	rRNA	5S rRNA	NT_166527.1	562826	562944	D	5S ribosomal RNA	562826..562944	Aspergillus niger	4985564
An12e02230	rRNA	5S rRNA	NT_166527.1	580790	580908	D	5S ribosomal RNA	580790..580908	Aspergillus niger	4985574
An12e02260	rRNA	5S rRNA	NT_166527.1	584495	584613	R	5S ribosomal RNA	complement(584495..584613)	Aspergillus niger	4985577
An12e02530	rRNA	5S rRNA	NT_166527.1	645724	645842	D	5S ribosomal RNA	645724..645842	Aspergillus niger	4985604
An12e02570	rRNA	5S rRNA	NT_166527.1	658020	658138	D	5S ribosomal RNA	658020..658138	Aspergillus niger	4985608
An12e05130	rRNA	5S rRNA	NT_166527.1	1278614	1278732	R	5S ribosomal RNA	complement(1278614..1278732)	Aspergillus niger	4985863
An12e05410	rRNA	5S rRNA	NT_166527.1	1340061	1340179	R	5S ribosomal RNA	complement(1340061..1340179)	Aspergillus niger	4985891
An12e05480	rRNA	5S rRNA	NT_166527.1	1359873	1359991	R	5S ribosomal RNA	complement(1359873..1359991)	Aspergillus niger	4985898
An12e05620	rRNA	5S rRNA	NT_166527.1	1386561	1386679	D	5S ribosomal RNA	1386561..1386679	Aspergillus niger	4985912
An12e06020	rRNA	5S rRNA	NT_166527.1	1477454	1477572	R	5S ribosomal RNA	complement(1477454..1477572)	Aspergillus niger	4985952
An12e06260	rRNA	5S rRNA	NT_166527.1	1520309	1520427	R	5S ribosomal RNA	complement(1520309..1520427)	Aspergillus niger	4985977
An12e06450	rRNA	5S rRNA	NT_166527.1	1555214	1555332	D	5S ribosomal RNA	1555214..1555332	Aspergillus niger	4985995
An12e06570	rRNA	5S rRNA	NT_166527.1	1582608	1582726	D	5S ribosomal RNA	1582608..1582726	Aspergillus niger	4986007
An12e07010	rRNA	5S rRNA	NT_166527.1	1674694	1674812	R	5S ribosomal RNA	complement(1674694..1674812)	Aspergillus niger	4986050
An12e07080	rRNA	5S rRNA	NT_166527.1	1690424	1690542	D	5S ribosomal RNA	1690424..1690542	Aspergillus niger	4986057
An12e07290	rRNA	5S rRNA	NT_166527.1	1754399	1754517	D	5S ribosomal RNA	1754399..1754517	Aspergillus niger	4986078
An15e01010	rRNA	5S rRNA	NT_166530.1	270106	270224	R	5S ribosomal RNA	complement(270106..270224)	Aspergillus niger	4987701
An07e01920	rRNA	5S rRNA	NT_166523.1	353323	353441	R	5S ribosomal RNA	complement(353323..353441)	Aspergillus niger	4981459
An19e00020	rRNA	5S rRNA	NT_166538.4	6619	6737	D	5S ribosomal RNA	6619..6737	Aspergillus niger	84593781
An16e04610	rRNA	5S rRNA	NT_166531.1	1046404	1046522	R	5S ribosomal RNA	complement(1046404..1046522)	Aspergillus niger	4988854
An16e06280	rRNA	5S rRNA	NT_166531.1	1379202	1379320	D	5S ribosomal RNA	1379202..1379320	Aspergillus niger	4989020
An16e06320	rRNA	5S rRNA	NT_166531.1	1385357	1385475	D	5S ribosomal RNA	1385357..1385475	Aspergillus niger	4989024
An16e06970	rRNA	5S rRNA	NT_166531.1	1563613	1563731	R	5S ribosomal RNA	complement(1563613..1563731)	Aspergillus niger	4989089
An16e07000	rRNA	5S rRNA	NT_166531.1	1568509	1568627	D	5S ribosomal RNA	1568509..1568627	Aspergillus niger	4989092
An03e01840	rRNA	5S rRNA	NT_166520.1	364682	364800	D	5S ribosomal RNA	364682..364800	Aspergillus niger	4980172
An03e02340	rRNA	5S rRNA	NT_166520.1	448419	448537	D	5S ribosomal RNA	448419..448537	Aspergillus niger	4980222
An03e03140	rRNA	28S rRNA	NT_166520.1	634163	637133	R	28S ribosomal RNA	complement(<634163..>637133)	Aspergillus niger	4980304
An03e03150	rRNA	5.8S rRNA	NT_166520.1	637302	637460	R	5.8S ribosomal RNA	complement(637302..637460)	Aspergillus niger	4980305
An03e03160	rRNA	18S rRNA	NT_166520.1	637640	639441	R	18S ribosomal RNA	complement(637640..639441)	Aspergillus niger	4980306
An03e03170	rRNA	28S rRNA	NT_166520.1	642122	644708	R	28S ribosomal RNA	complement(<642122..>644708)	Aspergillus niger	4980307
An03e03180	rRNA	28S rRNA	NT_166520.1	644809	645562	R	28S ribosomal RNA	complement(<644809..>645562)	Aspergillus niger	4980308
An03e03190	rRNA	5.8S rRNA	NT_166520.1	645731	645889	R	5.8S ribosomal RNA	complement(645731..645889)	Aspergillus niger	4980309
An03e03200	rRNA	18S rRNA	NT_166520.1	646069	647870	R	18S ribosomal RNA	complement(646069..647870)	Aspergillus niger	4980310
An03e03210	rRNA	28S rRNA	NT_166520.1	650551	653521	R	28S ribosomal RNA	complement(<650551..>653521)	Aspergillus niger	4980311
An03e03220	rRNA	5.8S rRNA	NT_166520.1	653690	653848	R	5.8S ribosomal RNA	complement(653690..653848)	Aspergillus niger	4980312
An03e03230	rRNA	18S rRNA	NT_166520.1	654028	655829	R	18S ribosomal RNA	complement(654028..655829)	Aspergillus niger	4980313
An03e03240	rRNA	28S rRNA	NT_166520.1	658510	661480	R	28S ribosomal RNA	complement(<658510..>661480)	Aspergillus niger	4980314
An03e03250	rRNA	5.8S rRNA	NT_166520.1	661649	661807	R	5.8S ribosomal RNA	complement(661649..661807)	Aspergillus niger	4980315
An03e03260	rRNA	18S rRNA	NT_166520.1	661987	662659	R	18S ribosomal RNA	complement(<661987..>662659)	Aspergillus niger	4980316
An03e03410	rRNA	5S rRNA	NT_166520.1	705581	705699	D	5S ribosomal RNA	705581..705699	Aspergillus niger	4980331
An03e06050	rRNA	5S rRNA	NT_166520.1	1354414	1354532	R	5S ribosomal RNA	complement(1354414..1354532)	Aspergillus niger	4980593
An05e01050	rRNA	5S rRNA	NT_166521.1	268372	268490	R	5S ribosomal RNA	complement(268372..268490)	Aspergillus niger	4980844
An05e01130	rRNA	5S rRNA	NT_166521.1	303970	304088	R	5S ribosomal RNA	complement(303970..304088)	Aspergillus niger	4980852
An05e01570	rRNA	5S rRNA	NT_166521.1	370121	370239	D	5S ribosomal RNA	370121..370239	Aspergillus niger	4980896
An05e01630	rRNA	5S rRNA	NT_166521.1	385025	385143	D	5S ribosomal RNA	385025..385143	Aspergillus niger	4980902
An11e03910	rRNA	5S rRNA	NT_166526.1	958671	958789	D	5S ribosomal RNA	958671..958789	Aspergillus niger	84592137
An11e06020	rRNA	5S rRNA	NT_166526.1	1480807	1480925	D	5S ribosomal RNA	1480807..1480925	Aspergillus niger	84592145
An11e06340	rRNA	5S rRNA	NT_166526.1	1558324	1558442	R	5S ribosomal RNA	complement(1558324..1558442)	Aspergillus niger	84592146
An11e07540	rRNA	5S rRNA	NT_166526.1	1802534	1802652	D	5S ribosomal RNA	1802534..1802652	Aspergillus niger	84592151
An11e08490	rRNA	5S rRNA	NT_166526.1	2012635	2012753	D	5S ribosomal RNA	2012635..2012753	Aspergillus niger	84592156
An11e09100	rRNA	5S rRNA	NT_166526.1	2153160	2153278	R	5S ribosomal RNA	complement(2153160..2153278)	Aspergillus niger	84592159
An11e10220	rRNA	5S rRNA	NT_166526.1	2453090	2453208	D	5S ribosomal RNA	2453090..2453208	Aspergillus niger	84592161
An08e09480	rRNA	5S rRNA	NT_166524.1	2249880	2249998	D	5S ribosomal RNA	2249880..2249998	Aspergillus niger	4983266
An08e09730	rRNA	5S rRNA	NT_166524.1	2307425	2307590	D	5S ribosomal RNA	2307425..2307590	Aspergillus niger	4983291
An18e04940	rRNA	5S rRNA	NT_166533.1	1144852	1144970	R	5S ribosomal RNA	complement(1144852..1144970)	Aspergillus niger	4990060